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•  1  ^    •  '  I        f       I 


)       r  I'     <  r   i        n   '  >  .      ■ 


f 


THE 


AMERICAN  EPHEMERIS 


A«D 


NAUTICAL  ALMANAC 


FOB  THX  TSAB 


18  9  5 


FIS8T  EDITION 


mUMMMB   Ur   COMfUAMOB    WJTB  A    JOOT  MMgOLUTiOM    0#    ttU  WOMTT-MOTm  COHQMMta 


WASHINGTON: 
BUREAU  OP  EQUIPMENT. 

1892. . 


X 


f  ■'•  Jjr-jj  .,  -jijj 


/'■/.••■/  fi  ■:; '.  //, ../ 


/•  ,•    .       •  /   •    '^■ 


-v-w-  ■/  ,, 


/•■  ..  -■■      'J-;--  J- 


PREFACE. 


The  arrangement  of  The  American  Ephemeris  adopted  in  the  volume 
for  the  year  1882,  and  explained  in  the  Appendix  to  that  volumei  has 
been  continued  without  radical  change  to  the  present  time. 
•  The  additions  then  made  comprise  more  complete  data  for  eclipses  of 
the  sun,  diagrams  showing  the  configurations  of  the  satellites  of  Jupiter, 
data  respecting  the  disks  of  Mercury  and  Venus  for  the  reduction  of  me- 
ridian and  photometric  observations,  and  diagrams,  with  tables,  for  ident- 
ifying any  known  satellites  of  other  planets.  The  work  is  divided  into 
three  parts,  as  follows: — 

Part  I,  Ephemeris  for  the  Meridian  of  Greenwich^  gives  the  geocentric 
and  heliocentric  positions  of  the  major  planets,  the  Ephemeris  of  the  Sun, 
and  other  fundamental  astronomical  data  for  equi-distant  intervals  of  Green- 
wich mean  time. 

Part  n,  Ephemeris  for  the  Meridian  of  Washington^  gives  the  ephem- 
erides  of  the  fixed  stars,  sun.  moon,  and  major  planets  for  transit  over  the 
meridian  of  Washington.  The  mean  places  of  the  fixed  stars  and  the 
data  for  their  reduction  are  also  included  in  this  part  The  list  of  mean 
and  apparent  places  of  fixed  stars  has  been  greatly  enlarged,  for  the  con- 
venience of  field-aatronomers. 

Part  m.  Phenomena^  contains  predictions  of  phenomena  to  be  observed, 
with  data  for  their  computation.  Washington  mean  time  is  used  in  this 
part  except  in  a  few  cases,  notably  that  of  eclipses,  where  Ghreenwich  mean 
time  was  judged  more  convenient. 

SmON  NEWCOMB, 

Pr^ft$$9r  U.  S.  Abvy^  S^iperinfindent 
WAimif«TON,  AfercA,  1803. 


XPH  9G— in 


CONTENTS. 


CofTMtioSS   •  •  • 

Clirosological  Ermt  and  Cjelet 
Symbob  and  AbbreTiationa 


Ti 

Tiii 


PART  ISFHEMBBI8  FOB  THB  MBBIDIAN  OF  OBBBKWICH. 


of 
BMhlfoath 
Ephemeria  of  tha  San       ...........     I— III 

Ephaoiaria  of  tha  Moon    ..........  IT— XII 

Phaaaa  of  tha  Moon  ...........         XII 

Lonar  Diatancaa      ...........    XIII — XVIII 

Gaocantric  Epbamaridai  of  tha  Planata  Marcnry,  Vanni,  Mart,  Jnpitar,  Satorn,  Uranna,  Naptana 
Haliocantric  Epbamaridai  of  tha  PJanata  Mareary,  Vanai,  Mara,  Jnpitar,  Satttm,  Uranna,  Naptnna 
8an*i  Co^rdinatai ....... 

Moon*!  Longituda  and  Latitnda  ..... 

Moon*!  Equator  and  Libration      ..... 

Obliquity  of  tha  Ecliptic,  Equation  of  Eqninoza!,  Prace!«ion,  ate. 

PART  U—EPHEMERIS  FOB  THE  MEBIDIAN  OF  WASHINOTON. 
BittKL*!  Form  ale  for  Star-Raduction!  . 
Bcsaalian  Star-Numbart,  Ji^  B^  C^  D 
Indepandent  Btar-Nnmbara,  /,  ^,  A,  ate.  . 
Maan  Place!  of  Standard  8ura  for  1895.0 
Apparent  Place!  of  Four  Circumpolar  Btara 
Apparent  Place!  of  Other  Standard  Btara 
Apparent  Right  Afcentione  of  Additional  Stan 
Ephemeri!  of  *the  Sun        .... 
Moon-Culmination!  .... 

TranMt-Ephemeridea  of  tha  Planet!  Mercury,  Venua,  Mar!,  Jupiter,  Saturn,  Uranue,  Neptune 

PART  m—FBENOMENA. 
CfCupeaa        •.....•••... 

Moon*a  Phaaet,  Apogee,  Perigee,  and  Greatett  Libration       ..... 

Element!  for  the  Prediction  of  Occultatione      ....... 

Occultation!  Vitibla  at  Wa!bington         ........ 

DowKst*!  Table  for  Facilitating  tha  Prediction  of  Occultatione       .... 

Disk  of  Mercury     ........... 

Diek  of  Venu!         ........... 

Di!k  of  Mara 

Satallitaa  of  Jupiter  .......... 

Satallitea  of  Saturn  .......... 

Ring!  of  Saturn      ........... 

Satallitea  of  Uranna  .......... 

Satellite  of  Neptune  ......... 

Phenomena,  Planetary  Conetellation!      ........ 

Po!ition!  of  Obiervatorie!  ......... 

On  the  Arrangement  and  Uea  of  The  JhmMrumm  Epkemeris  and  JfmutUml  Alimmmmc 


918 
950 
964 
979 
976 
978 

980 
981 
985 
993 
909 
314 
365 
377 
385 
393 

413 
V4I9 
490 
450 
459 
454 
455 
456 
457 
4tt2 
4H5 
486 
487 
^488 
■490 
495 


AFFENDIX, 
On  the  Conetruction  of  TIU  jfaiariean  Efkwmtris  and  JfmmHc&l  Alw^mnme  for  1895 

TABLB8. 
Table     I. — Correction  of  Lunar  Dietancee  lor  Second  Differencaa  in  Moon*!  Motion 
Table    II. — Reduction  of  Sidereal  to  Mean  Solar  Time.        .... 
Table  III. — Reduction  of  Mean  Solar  to  Sidereal  Time.        .... 
Table  IV. — Latitude  by  Obiervation  of  the  Altitude  of  Polaria        .  • 

BPH 


591 

595 
596 
599 
539 


CORRECTIONS. 


Ephemerit  for  1891  (FSnt  EdUim  (mbf\ 
Page  298,    Dec.  of  4  Dn*  Minority  for  78®  W  BS^.H 

300,    R.  A.,  a*  Capricorni, 
338,    Dec,  a  Leonia, 
350,    R.  A.,  y  Draconifl, 

387,     Bright  Limb  of  Moon  from  Maj  8  to  May  18, 
501,     Lines  30  and  31, 

and 


read  78«  3'  35'M4 
••    <20h 

«•     I7h 
"    I 

"Chicago    read    a  point  I  <>  South  of  Chicago 
"   4IO  ti       40O 


«  29h 

u  190 

«  15«» 

"  II 


Ephemeriifor  1892. 
Page  287,    Hor.  Parallax  of  Venus,  on  July  4th,  9th, 

far      4ri!9  46.'3 

read    30.1  30.5 


and  on  August  3d, 

for      57!o 
read   23.8 


8th, 
60.4 
22.0 


299,  Line  36, 
394, 

448,  January  8, 

487,  November  10, 


and 


for     •  <9  Herculis, 

April  17«»  0»>  2".6 
June  19*  23»»  55ni.8 
o  Piscium 

6    9    h 


14th, 

46.8 
30.1 

13th, 

63'8 

20.4 

read 
•( 

cc 


19th, 

48.4 

29.1 

18th, 

67J 

18.9 


24th, 

50.8 

27.5 

23rd, 
70.3 
17.5 


29th. 

5fo 

25.7 

28th. 
73.4 
16.3 


*  o  Herculis. 
April     im    Ob    2«.6 
June     ISA  aSb  55m.8 
a  Arietis 

c5    ?   h       ?  —  0<>3I' 


Ephtmtris  for  189a 
Page  274,    Sept.  12.5,  Moon's  Lat.,  for    0<>  16'  57".9 

411,    Solar  Eclipse  of  April  15^16, 


414,  Log  A  y, 

485,  Aug.  22, 

485,  Sept.  l«i  lOfc  14", 

485,  Dec.  6^1b30«, 

485,  Dee.  19«  23b  23>i, 

485, 

505,  Line  33, 

606,  First  line. 


"    —  00  16'  57".9 

Eclipse  ends,  in  Long.  4°  57'.7  E.,  read  14°  57.7  E. 

—  8.  «    _7 

s  ««  n. 

c5   ?   D  "     d   9   h 

9— 609*  •'9+60  9' 

i  "     (5 

"      Dec.  21- 20b  45-.  „    Dec.  20- aOb  45« 

"      cost  «(     COJ.I 

"     449  «.    445 


it 

(C 
M 
C( 


Ephemnia  for  1894. 
Page  419,    Greatest  Libration  of  Moon,        for    January  25-  6b  38« 
489,    November  11- 21b  35n>  ««      6    9  0 


read    January  25-  17b  80n 
"        <5    ?   S 


SPH 


CHRONOLOGICAL  ERAS  AND  CYCLES. 


4 


OHRONOLOOICAL  EBA8. 

TBAB    18d5,    WHICH    COMPRISES    THE    LATTER    PART    OF     THE    119TH    AND    THE    BEOINNING  * 
OP     THE    190th    tear    OF     THE    INDEPENDENCE    OF     THE    UNITED    STATES    OF     AMERICA, 
CORRESPONDS 


The  year  6606  of  the  Julian  Period; 

**         7403-7404  of  the  Byzandne  era,  the  year  7404  commencbig  on  September  let; 

^        5655->i656  of  the  Jewish  era,  the  year  5656  commencing  on  Sept  19th,  or,  more  exactly, 

at  sunset  on  September  18th;  ' 

**         2648  since  the  fbmidation  of  Rome,  according  to  Varro; 

**         2642  since  the  beginning  of  the  era  of  Nabonassar,  which   has   been   assigned  to 
Wednesday,  the  26th  of  February  of  the  3967th  year  of  the   Julian   Period; 
corresponding,  in  the  notation  of  chronologists,  to  the  747th;  and,  in  the  notation 
of  astronomers,  to  the  746th  year  before  the  birth  of  Christ; 
**         2671  of  the  Olympiads,  or  the  third  year  of  the  668th  Olympiad  commencing  in  July, 
1895,  if  we  fix  the  era  of  the  Olympiads  at  7754  years  before  Christ,  or  near 
the  beginning  of  July  of  the  year  3938  of  the  Julian  Period ; 
^         2307  of  the  Grecian  era,  or  the  era  of  the  Seleucidn ; 
*^         1611  of  the  era  of  Dioclxtian  ; 

^         2555  of  the  Japanese  era  and  to  the  28th  year  of  the  period  entitled  '^MeyL" 
The  year  1313  of  the  Mohammedan  era,  or  the  era  of  the  Hegira,  begins  on  the  24th  day  of 
June,  1895. 

The  first  day  of  January  of  the  year  1895  is  the  2;413,I95th  day  mnce  the  commencement  of  the 
JulisB  Period. 


CHRONOLOGICAL  CYCLES, 


Dominieal  Letter F 

4 

Pyde  or  Golden  Number    •    •    •    15 


Solar  €<ycle 26 

Roman  Indiction 8 

Julian  Period 6606 


SYMBOLS  AM)  ABBR 


ONS. 


BIQS8  or  THK  PLAITXIS,  ETC 

© 

The  Ron. 

s 

Ibn. 

c 

The  Moon. 

X 

Jnpiter. 

s 

Mercury. 

\ 

Stttuiii. 

9 

Venus. 

& 

Unmttt. 

9 

Tbe  Earth. 

SJGirB  OF  T 

ItE  ZODIAC 

N^ptmie. 

ASFECTB. 

dM  flUM  Longknde  er  Rlgiit 
9(P  in  Longknde  or  Rlgiit 
IW  in  Longknde  or  Eaglit 


ABBMEVIATIOSB. 


8 

N  •  Noilti« 

0  •  SoudL 

E*  EMt 


Nod«. 
Nod«. 


9 

MiDiim  of  Arc 

It 

Secondeof  Arc 

fe 

Houn.. 

" 

ICoatee  of  Time. 

• 

Sooondeof  Tiine. 

BPK 


ASTRONOMICAL   EPHEMERIS 


FOR  TBB 


MERIDIAN  OF  GREENWICH 


ALM 


JANUARY,  1895. 


I. 


AT  GREENWICH  APPARENT  NOON. 


• 

M 

^ 

S 

g 

^ 

S 

• 

« 

5 

a 

•m 

%4 

O 

O 

>» 

►» 

& 

' 

Toes. 

1 

Wed. 

2 

Thar. 

3 

Frid. 

4 

Sat. 

5 

8uy. 

6 

Mod. 

7 

Tues. 

8 

Wed. 

9 

Thur. 

10 

Frid. 

11 

Sat 

12 

SUN. 

13 

Mod. 

14 

Taes. 

15 

Wed. 

16 

Thar. 

17 

Frid. 

18 

Sat. 

19 

SUN. 

20 

Mon. 

21 

Tue8. 

22 

Wed. 

23 

Thar. 

24 

Frid. 

25 

Sat. 

26 

SUN. 

27 

Mon. 

28 

Taes. 

29 

Wed. 

30 

Thar. 

31 

Frid. 

32 

THE  SUN'S 


Apparent 
Bight  AsGenaion. 


n     m       8 

18  47  19.51 
18  51  44.37 

18  56  8.85 

19  0  32.92 
19  4  56.55 
19  9  19.71 

19  13  42.38 
19  18  4.54 
19  22  26.16 

19  26  47.21 
19  31  7.70 
19  35  27.58 

19  39  46.85 
19  44  5.49 
19  48  23.48 

19  52  40.80 

19  56  57.46 

20  1  13.41 

20  5  28.66 
20  9  43.18 
20  13  56.96 

20  18  10.00 
20  22  2227 
20  26  33.76 

20  30  44.45* 
20  34  54.35 
20  39  3.43 

20  43  11.69 
20  47  19.11 
20  51  25.70 
20  55  31.46 


8 

1.044 
1.028 
I.OII 

0.993 
0.975 
0.965 

0.934 
0.912 
0.889 

0.865 
0.841 
0.816 

0.7P0 
0.763 
0.736 

0.708 
0.679 
0.650 

0.620 
0.590 
0.559 

0.527 
0.495 
0.462 

0.429 
0.395 
0.361 

0.327 
0.292 
0.257 
0.222 


20  59  36.36    10.187 


Dift  for 
IHoar. 


Apparent 
Declination. 


S.23  0  33.6 
22  55  20.1 
22  49  39.2 

22  43  31.2 
22  36  56.1 
22  29  54.2 

22  22  25.8 
22  14  31.0 
22  6  10.0 

21  57  23.2 
21  48  10.8 
21  38  33.0 

21  28  30.0 
21  18  2.2 
21  7  10.0 

20  55  53.2 
20  44  12.6 
20  32  8.3 

20  19  40.6 
20  6  50.0 
19  53  36.6 

19  40  0.9 
19  26  3.3 
19  11  44.1 

18  57  3.6 
18  42  2.4 
18  26  40.8 

18  10  59.2 
17  54  58.0 
17  38  37.7 
17  21  58.7 


Diff.  for 
IHonr. 


•f  1 2.49 
13.63 
14.77 

•f  1 5.90 
17.02 
18.13 

+19.23 
20.32 
21.41 

+22.49 
23.55 

24.60 

• 

+25.64 
26.67 
27.69 

+28.69 
29.69 
30.67 

+31.63 
32.58 
33.52 

+34.44 
35.35 
36.24 

+37.12 
37.98 
38.82 

+39.64 
40.45 
41.24 
42.01 


S.  17     5      1.31+42.76 


Semi- 
diameter. 


Sidereal 
Time  of 
Semi- 
diameter 
Paasing 
Pieridian. 


tt 


6  18.35 

6  18.36 

6  18.36 

6  18.35 

6  18.34 

6  18.32 

6  18.30 

6  18.28 

6  18.24 

6  18.20 

6  18^6 

6  18.10 

6  18.04 

6  17.98 

6  17.91 

6  17.83 

6  17.75 

6  17.66 

6  17.57 

6  17.47 

6  17.36 


17.26 
17.15 
6  17.04 


6 
6 


6  16.92 

6  16.80 

6  16.68 

6  16.56 

6  16.43 

6  16.30 

6  16.16 


16  16.02 


71.05 
71.01 
70.96 

70.90 
70.84 
70.78 

70.72 
70.65 
70.58 

70.50 
70.42 
70.34 

70.26 
70.17 
70.08 

69.99 
69.89 
69.79 

69.69 
69.59 
69.48 

69.38 
69.27 
69.16 

69.05 
68.94 
68.83 

68.72 
68.60 
68.49 
68.38 

68.26 


Equation  of 

Time, 

to  be 

Added  to 

Apparent 

Time. 


m       8 

3  46.50 

4  14.72 

4  42.57 

5  10.00 

5  37.00 

6  3.53 

6  29.57 

6  55.10 

7  20.09 

7  44.52 

8  8.38 
8  31.64 

8  54.29 

9  16.31 
9  37.68 

9  58.40 
10  18.44 
10  37.78 

10  56.42 

11  14.33 
11  31.52 

11  47.95 

12  3.62 
12  18.50 

12  32.61 
12  45.91 

12  58.40 

13  10.06 
13  20.91 
13  30.91 
13  40.08 

13  48.41 


Dili:  for 
1  Hour. 


8 

1.184 
1.168 
1.152 

1.134 
1. 115 
1.095 

1.074 
1.052 
1.030 

1.006 
0.982 
0.957 

0.931 
0.904 
0.877 

0.849 
0.820 
0.791 

0.762 
0.731 
0.700 

0.669 
0.637 
0.604 

0.571 
0.537 
0.503 

0.469 
0.434 
0.400 
0.365 

0.329 


KOTB.— The  mean  time  of  semldiameter  passing  may  be  fonnd  by  subtracting  0*.19  firom  the  alderoal  time. 

The  aign  +  prefixed  to  the  hourly  change  of  declination  indicatea  that  south  dedinatlona  are  decreasing. 


n. 


JANUARY,  1895. 


AT  GBEENWIOH  MEAN  NOON. 


1 


TaeB. 
Wed. 
Thar. 

Frid. 
Sat. 

SUN. 

Mod. 
Toes. 
Wed. 

Thar. 
Frid. 
Sat. 

SUIT. 

Mod. 

TneB. 

Wed. 
Thar. 
Frid. 

Sat. 

SUN. 

Mon. 

Taes. 
Wed. 
niar. 

Frid. 
Sat. 

Bim. 

Mod. 
Toes. 
Wed. 
Thar. 

Frid. 


I 


1 

2 
3 

4 
5 
6 

7 
8 
9 

10 
11 
12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

26 
26 
27 

28 
29 
30 
31 

32 


THE  SUITS 


BigM 


h     m      • 

18  47  18.81 
18  51  43.59 

18  56  7.98 

19  0  31.97 
19  4  55.52 
19  9  18.60 

19  13  41.20 
19  18  3.28 
19  22  24.82 

19  26  45.81 
19  31  6.22 
19  35  26.04 

19  39  45.25 
19  44  3.82 
19  48  21.75 

19  52  39.02 

19  56  55.62 

20  1  11.52 

20  5  26.72 
20  9  41J20 
20  13  54.94 

20  18  7.93 
20  22  20.16 
20  26  31.61 

20  30  42.28 
20  34  52.14 
20  39     1.19 

20  43  9.42 
20  47  16.82 
20  51  23.39 
20  55  29.13 

20  59  34.02 


IMC  for 


• 

1.039 
1.094 
1.008 

0.990 
0.979 
0.952 

0.931 
0.909 
0.806 

0.869 
0.838 
0.813 

0.787 
0.760 
0.733 

0.705 
0.677 
0.648 

0.618 
0.588 
0.557 

0.525 
0.493 
0.461 

0.428 
0.394 
0.360 

0.326 
0.291 
0.256 
0.221 


10.186 


S.23 


6  34.4 


22  55  21.1 
22  49  40.4 

22  43  32.6 
22  36  57.7 
22  29  56.1 

22  22  27.9 
22  14  33.4 
22    6  12.7 

21  57  26.2 
21  48  14.0 
21  38  36.5 

21  28  33.9 
21  18  6.4 
21    7  14.4 

20  55  58.0 
20  44  17.8 
20  32  13.8 

20  19  46.4 
20  6  56.2 
19  53  43.1 

19  40  7.8 
19  26  10.5 
19  11  51.6 

18  57  11.5 
18  42  10.6 
18  26  49.3 

18  11  8.0 
17  55  7.1 
17  38  47.1 
17  22    8.3 

S.  17    5  11.2 


DULtm 
1 


•M2.48 
13.62 
14.76 

+15.89 
17.01 
18.12 

•1-19.22 
20.32 
21.40 

+22.47 
23.54 
24.59 

+25.63 
26.66 
27.67 

+28.68 
29.67 
30.65 

+31.62 
32.57 
33.51 

+34.43 
35.34 
36.23 

+37.10 
37.96 
38.80 

+39.63 
40.43 
41.22 
41.99 

+42.75 


Xqulteor 


tobe 


3  46.42 

4  14.64 

4  42.47 

5  9.90 

5  36.89 

6  3.42 

6  29.45 

6  54.98 

7  19.96 

7  44.39 

8  8.25 
8  31.50 

8  54.15 

9  16.17 
9  37.54 

9  58.25 
10  18.29 
10  37.64 

10  56.28 

11  14.20 
11  31.38 

11  47.82 

12  3.49 
12  18.38 

12  32.49 
12  45.79 

12  58.29 

13  9.96 
13  20.81 
13  30.82 
13  40.00 

13  48.33 


DUtfor 
IHonr. 


1.183 
1.168 
1.151 

1.134 
1.115 
1.095 

1.074 
1.052 

1.029 

1.006 
0.982 
0.956 

0.930 
0.904 
0.877 

0.849 
0.820 
0.791 

0.761 
0.731 
0.700 

0.669 
0.637 
0.604 

0..57I 
0.537 
0.503 

0.469 
0.435 
0.400 
0.365 

0.330 


Von.— TIm  ■6aiidiAiMt«r  for  umab  noon  nwy  b«  •momed  the  Mne  m  tiwi  for  Appami  doo«. 

The  ttgn  +  prefixed  to  the  honriy  ohanKe  of  deoliiuition  indloetee  thu  aonth  deelhuitioM 
are  deereaetng 


Siderael 


Of 


BIffhl 


18  43  32.89 
18  47  2a95 
18  51  25.51 

18  55  22.07 

18  59  18.63 

19  3  15.18 

19  7  11.74 
19  11  8.30 
19  15  4.86 

19  19  1.42 
19  22  57.98 
19  26  54.54 

19  30  51.10 
19  34  47.65 
19  38  44.21 

19  42  40.77 
19  46  37.33 
19  50  33.88 

19  54  30.44 

19  58  27.00 

20  2  23.56 

20  6  20.12 
20  10  16.67 
20  14  13.23 

20  18  9.79 
20  22  6.34 
20  26  2.90 

20  29  59.46 
20  33  56.02 
20  37  52.57 
20  41  49.13 

20  45  45.69 


DIft  fori  How, 
4-9>.8565. 
<TiU>leIII.) 


JANUARY,  1895. 


III. 


AT  GREENWICH  MEAN  NOON. 

i 

« 

THE  SUITS 

Logarithm 

of  the 

BadiosTeotor 

a 
J 

1 

TBTTS  LONGrrUDS. 

HMBTfane 

1 

•8 
1 

IMCfiNT 

IHonr. 

LATITUDS. 

of  the 
Xarth. 

DiAfor 
IHenr. 

of 
Sidereal  Keen. 

X 

A' 

1 

280  52  5L9 

52  50J 

153!93 

-  o.lo 

9.9926805 

-  1.3 

h      m        • 

5  15  35.76 

2 

2 

281  54    2.0 

54    0.0 

159.99 

+  0.02 

9  9926782 

-  0.5 

5  11  39.85 

8 

3 

282  55  11.9 

55    9.7 

152.91 

0.15 

9.9926782 

+  0.5 

5    7  43.94 

4 

4 

283  56  21.5 

56  19.1 

159.89 

+  0.27 

9.9926804 

•I-  1.4 

5     3  48.02 

5 

5 

284  57  30.5 

57  27.9 

159.87 

0.37 

9.9926849 

9.4 

4  59  52.11 

6 

6 

285  58  39.3 

58  36.5 

159.85 

0.45 

9.9926919 

3.4 

4  55  56.20 

7 

7 

286  59  47.5 

59  44.5 

159.83 

+  0.52 

9.9927014 

•1-  4.6 

4  52     0.29 

8 

8 

288    0  55.2 

0  52.0 

159.89 

0.56 

9.9927139 

5.7 

4  48    4.38 

9 

9 

289    2    2.7 

1  59.3 

159.80 

0.56 

9.9927288 

6.8 

4  44     8.46 

10 

10 

290    3    9.6 

3    6.0 

159.78 

+  0.54 

9.9927465 

+  8.0 

4  40  12.55 

11 

11 

291    4  16.3 

4  12.6 

159.77 

0.49 

9.9927672 

9.9 

4  36  16.64 

12 

12 

292    5  22.5 

5  18.6 

159.75 

0.40 

9.9927908 

10.4 

4  32  20.72 

13 

13 

293    6  28.4 

6  24.3 

159.74 

+  0.30 

9.9928170 

•I-I1.5 

4  28  24.81 

14 

14 

294    7  34.0 

7  29.7 

159.73 

0.18 

9.9928462 

19.7 

4  24  28.90 

15 

15 

295    8  39.3 

8  34.8 

159.79 

+  0.05 

99928779 

13.8 

4  20  32.99 

16 

16 

296    9  44.3 

9  39.6 

159.71 

-  0.08 

9.9929122 

+14.8 

4  16  37.08 

17 

17 

297  10  49.1 

10  44.2 

159.69 

0.22 

9.9929489 

15.8 

4  12  41.16 

18 

18 

298  11  53.5 

11  48.5 

159.68 

0.33 

9.9929880 

16.7 

4    8  45.25 

19 

19 

299  12  57.6 

12  52.4 

159.66 

-  0.44 

9.9930290 

+17.6 

4    4  49.34 

20 

20 

300  14     1.4 

13  56.0 

159.65 

0.52 

9.9930724 

18.4 

4    0  53.43 

21 

21 

301  15    4.7 

14  59.2 

159.63 

0.57 

9.9931174 

19.1 

3  56  57.52 

22 

22 

302  16    7.5 

16     1.8 

159.60 

—  0.59 

9.9931643 

+19.8 

3  53     1.61 

23 

23 

303  17     9.8 

17    3.9 

159.57 

0.59 

9.9932127 

90.5 

3  49     5.69 

24 

24 

304  18  11.3 

18    5.3 

159.55 

0.55 

9.9932629 

91.9 

3  45    9.78 

25 

25 

305  19  12.3 

19    6.1 

159.59 

-0.49 

9.9933144 

+91.8 

3  41   13.87 

26 

26 

306  20  12.1 

20    6.7 

159.48 

0.40 

9.9933674 

99.4 

3  37  17.96 

27 

27 

307  21  11.1 

21     4.5 

159.44 

0.29 

9.9934217 

93.0 

3  33  22.05 

28 

28 

308  22    9.1 

22    2.4 

159.40 

—  0.17 

9.9934777 

+93.6 

3  29  26.14 

29 

29 

309  23     6.1 

22  59.2 

159.35 

-  0.04 

9.9935350 

94.9 

3  25  30.23 

30 

30 

310  24     1.7 

23  54.7 

159.99 

+  0.10 

9.9935938 

94.9 

3  21  34.32 

31 

31 

311  24  56.0 

24  48.8 

159.94 

0.22 

9.9936543 

95.7 

3  17  38.40 

32 

32 

312  25  49.1 

25  41.7 

159.18 

+  0.33 

9.9937165 

+96.3 

3  13  ^.49 

Kon 

A.— The 
the] 

namben  in  oolanm 
ateen  •qninox  of  J« 

X  oorreepond 
luftry  (H.D. 

to  the  tn 

le  equinox  of  the  d*te;  in  ooli 

unn  a' to 

Dift  for  1  Hoar. 

—  9-.8296. 

(Table  n.) 

rv. 


JANUARY,  1895. 


GBEBNWIOH  HBAN  TIMB. 

• 

• 

8 

« 

e 
1 

• 

THE 

Mooirs 

milUTAMBTKR 

HOBIZOHTAL 

PAKATXAX. 

UPPER  TRANSIT. 

AOB. 

KOOB. 

mdnighi. 

KOOB. 

Dim  for 
IHoor. 

Midnight. 

DiCfmr 
IHonr. 

ICeridlAD  of 
Oreenwieb. 

Blfll  for 
IHonr. 

Koon 

14  49''.0 

14  5L6 

54'  15'!8 

♦orro 

54'25'!3 

+o!90 

h      m 

4    9.6 

1.65 

d 

5.4 

2 

14  54.8 

14  58.7 

54  37.2 

I.IO 

54  51.6 

1.89 

4  49.5 

1.64 

6.4 

3 

15    3.2 

15    8.4 

55     8.2 

1.49 

56  27.3 

1.69 

6  29.4 

1.69 

7.4 

4 

15  14.3 

15  20.7 

55  48.7 

•fl.88 

56  12.2 

+8.04 

6  11.0 

1.78 

8.4 

5 

15  27.6 

15  35.0 

56  37.7 

2.19 

57    4.8 

8.31 

6  55.6 

1.05 

9.4 

6 

15  42.7 

15  50.7 

57  33.2 

2.40 

68    2.4 

8.44 

7  44.8 

2.16 

10.4 

7 

15  68.7 

16    6.6 

58  31.8 

•1-2.44 

69     10 

+8.39 

8  39.7 

2.41 

11.4 

8 

16  14.3 

16  21.4 

59  29.1 

8.27 

59  65.4 

8.09 

9  40.6 

8.65 

12.4 

9 

16  27.9 

16  33.6 

60  19.2 

1.85 

60  39.9 

1.56 

10  46.1 

8.78 

13.4 

10 

16  38.1 

16  41.5 

60  56.7 

41.22 

61    9.2 

+0.83 

11  52.9 

8.76 

14.4 

11 

16  43.6 

16  44.3 

61  16.7 

•M>.49 

61  19.3 

+0.01 

12  57.4 

8.60 

15.4 

12 

16  43.6 

16  41.7 

61  16.9 

-0.40 

61    9.7 

-0.79 

13  67.2 

8.39 

16.4 

13 

16  38.5 

16  34.2 

60  58.0 

-1.14 

60  42.3 

-1.46 

14  51.9 

8.18 

17.4 

14 

16  29.0 

16  23.0 

60  23.0 

1.72 

60     1.1 

1.98 

15  42.4 

8.04 

18.4 

15 

16  16.4 

16    9.5 

59  37.0 

2.07 

59  11.5 

2.15 

16  30.2 

1.96 

19.4 

16 

16    2.4 

15  55.1 

58  45.3 

-2.30 

58  18.7 

-8.80 

17  16.8 

1.94 

20.4 

17 

15  48.0 

15  41.0 

57  52.5 

2.15 

57  27.0 

2.08 

18    3.5 

1.97 

21.4 

18 

15  34.4 

15  28.0 

57     2.5 

1.99 

56  39.3 

1.87 

18  51.5 

8.03 

22.4 

19 

15  22.1 

15  16.6 

56  17.6 

-1.75 

56  67.4 

-1.61 

19  41.3 

8.18 

23.4 

20 

15  11.6 

15    7.0 

55  38.9 

1.48 

55  22.0 

1.33 

20  33.0 

8.18 

24.4 

21 

15    2.9 

14  59.2 

55    6.9 

1.19 

54  63.4 

1.06 

21  25.8 

8.81 

25.4 

22 

14  56.9 

14  53.1 

64  41.4 

-0.93 

54  31.0 

-0.81 

22  18.6 

8.18 

26.4 

23 

14  50.6 

14  48.6 

54  21.9 

0.69 

64  14.4 

0.58 

23    9.9 

8.09 

27.4 

24 

14  46.9 

14  45.5 

54    8.1 

0.47 

64    3.1 

0.36 

23  58.7 

1.97 

28.4 

25 

14  44.5 

14  43.8 

53  59.4 

-0.86 

53  56.9 

-0.15 

6   . 

29.4 

26 

14  43.5 

14  43.5 

53  55.7 

-0.05 

53  55.8 

+0.06 

0  44.6 

1.85 

0.6 

27 

14  43.9 

14  44.6 

53  57.1 

+0.17 

53  69.9 

0.30 

1  27.8 

1.75 

1.6 

28 

14  45.8 

14  47.4 

64    4.2 

+0.48 

64  10.0 

+0.55 

2    8.7 

1.67 

2.6 

29 

14  49.4 

14  51.9 

64  17.4 

0.69 

54  26.6 

0.84 

2  48.4 

1.64 

3.6 

30 

14  54.9 

14  58.4 

64  37.6 

1.00 

64  50.6 

1.16 

3  27.7 

1.65 

4.6 

31 

15    2.5 

15    7.1 

66    5.5 

1.33 

55  22.4 

1.49 

4    7.9 

1.71 

.6.6 

82 

15  12.3 

15  18.0 

65  41.3 

+1.66 

66    2.3 

+1.83 

4  50.2 

1.83 

6.6 

6 


JAinJAKT,  189& 


V. 


GfiBBSWIOH  MBAS  TDfB. 


THE  UOOWS  RKKST  ASCEHHIOlf  ASD  DKCLUTAXHUr. 


JHSmtbT 


DUtftir 


IXftibr 


Dfftter 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


TXJBSDAY  1. 


h  m 
22  46 
22  48 
22  50 
22  52 
22  53 
22  55 
22  57 

22  59 

23  0 


23 
23 
23 
23 
23 
23 
23 
23 
23 
23 


2 
4 

6 
8 
9 
II 
13 
15 
16 
18 


23  20 
23  22 
23  23 
23  25 
23  27 


42^  J 
29^ 
16.87 
3.74 
50.52 
37^ 
23^ 
10.40 

5ad8 

4a30 
29.66 
15i)6 

2.20 
48.40 
34.56 
20.68 

6.76 
52.82 
38.85 
24.86 
10.86 
56JM 
42.82 
28.80 


L78M 

L78M 

1.77M 

1.7777 

I.778B 

I.77S3 

I.77« 

1.7731 

1.77Sf 

1.77ia 

I.77D4 

I.7W7 

I.l 

1.1 

1.7178 

1.7874 

1.7C70 

l.THT 

1. 

U1 

1.7063 

1.7063 


/# 


S.  9  II  20.4 
8  57  48.1 
8  44  ia6 
8  30  36.9 
8  16  58.1 
8  3  17.2 
7  49  34.2 
7  35  -^.2 
7  22  2.2 
7  8  V3J3 
6  54  22.5 
6  40  29.8 
6  26  35J) 
6  12  39.0 
5  58  41.0 
5  44  41.3 
5  30  :)9.9 
5  16  36.9 
5  2  32.4 
4  48  26.3 
4  34  18.7 
4  20  9.6 
4  5  59.1 

S.  3  51  47J2 


WEDNESDAY  2. 


0 

23  29 

1 

23  31 

2 

23  32 

3 

23  34 

4 

23  :36 

5 

23  :« 

6 

2:j  ;J9 

7 

23  41 

8 

23  43 

9 

2:j  45 

10 

23  46 

11 

23  48 

12 

23  50 

13 

23  52 

14 

23  54 

15 

23  55 

16 

23  57 

17 

2:j  .59 

18 

0     1 

19 

0    2 

20 

0    4 

21 

0    6 

22 

0    8 

23 

0  10 

24 

0  II 

14,78 

0.77 
46.77 
32.7J> 
IBM 

4.90 
51.01 
37.15 
23J« 

9.56 
55.84 
42.17 
28.57 
15.04 

1.58 
48.19 

21.66 
8.54 
55.51 
42J58 
29.76 
17.06 
4.47 
52.00 


1.70M 
1.7BM 
1.7068 
I.787S 
1.7676 
1.7068 
1.7087 
1.7003 
1.7701 
1.7719 
1.7717 
1.77S7 
1.7739 
I.77SI 
1.7703 
1.7773 
1.7788 
1.7800 
1.7801 
1.7837 
1.78S4 
1.7873 
l.TWW 
1.7914 
1.7993 


9.  3  37 
3  23 
3  9 
2  54 
2  40 
2  26 
2  II 
I  57 
1  4:i 
1  28 
1  14 
0  59 
0  45 
0  30 
0  16 
S.  0  2 
N.  0  12 
0  26 
0  41 

0  55 

1  10 
I  25 


I 
I 

N.  2 


39 
54 

8 


34.0 
19.5 

3.7 
46.7 
28.6 

9.3 
48.9 
27.5 

5.1 
41.6 
17.2 
51.9 
25.8 
58.8 
31.1 

2.7 
26.4 
56.1 
26.5 
57.5 
28.9 

0.8 

;w.9  ■ 


ISJ19 
13.597 


0.084 
1X608 
13.733 
13.787 
13.798 
13.831 
I3L883 
13.894 
13.983 
13.958 
13.981 

i4jm 

I4U07 
14J)83 
14.088 
14.114 
14.139 
14.163 
14.187 
14.989 


14.931 
14.359 
14.373 
14.903 
14.319 
14J01 
14U)48 
M.J65 
14.369 
14.399 
14.414 
14.498 
14.449 
14.458 
14.408 
14.479 
14.490 
I4JW1 
14.519 
14.590 
14.5)^ 
14.5:^ 
14.543 
I4..>47 
14.56i 


0 

1 

2 
3 
4 
5 

6 
7 
8 
9 
10 
II 
12 
13 
14 
15 
16 
17 
18 
19 
20 
21 
22 
23 


THUBSDAT  X 


0  11  32.00 

• 
i.70n 

0  13  39.66 

1.7K6 

0  15  27.^ 

1.79T7 

0  17  15.39 

1.8000 

0  19    3.46 

1.8096 

0  20  51.69 

1.8061 

0  22  40.07 

1.8077 

0  24  28.61 

1.8194 

0  26  17.32 

1.8139 

0  28    6.19 

1.8180 

0  29  55.24 

1.8191 

0  31  44.48 

1.8899 

0  33  :WiM) 

1.803 

0  35  23.51 

1.8U6 

0  87  13.32 

I.8SI8 

0  39    a33 

I.83U 

0  40  sa55 

1.8388 

0  42  43.99 

1.84M 

0  44  :M.64 

1.8460 

0  46  25.51 

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14.198 

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13.774 

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JANUARY,  1895. 


GSBBKWIOH  MBAN  IDfB. 

THK  MOOira  RIGHT  ASCENBIOIT  AND  DEOIJKATIOK. 

Bitmr. 

■ 

DUtfor 
IMinate. 

DeollBattoii. 

DUE  for 
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Boor  Bight  lootBrioii 

DIftfor 
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Peolfartton. 

dm:  for 

SA 

TUBD- 

AT  6. 

MONDAY  7. 

b     ID     • 

• 

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0 

1  42    a91 

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N.13  37  22.9 

13.774 

0 

3  27    9.39 

9.4035 

N.23  22  54.4 

9J67 

1 

1  44    4.14 

9Mm 

13  51    8.1 

13.739 

1 

3  29  33.89 

9.4131 

23  32  48.7 

9.00 

Q 

1  46    4.77 

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14    4  50.7 

13.688 

2 

3  31  58.96 

9.4996 

23  42  35.5 

9.717 

3 

1  48    5.80 

S.0906 

14  18  30.6 

13.643 

3 

3  34  24.60 

9.4399 

23  52  14.7 

9.586 

4 

1  50    7M 

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14  32    7.8 

IS.S97 

4 

3  36  50.82 

9^17 

24    1  4ai 

9.497 

5 

1  52    9.10 

9.0344 

14  45  42.2 

13.540 

5 

3  39  17.61 

9.4513 

24  11     9.6 

9.395 

6 

1  54  11.37 

9U>414 

14  59  13.7 

13.500 

6 

3  41  44.98 

9.4600 

24  20  25.1 

0.100 

7 

1  56  14.07 

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15  12  42J2 

13.440 

7 

3  44  12.92 

9.4704 

24  29  32.4 

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1  58  17.21 

9.0950 

15  26    7.6 

13.307 

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3  46  41.43 

9.4799 

24  38  31.5 

8.919 

9 

2    0  20.78 

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15  39  29.9 

13.345 

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3  49  lOJSl 

9.4804 

24  47  22.2 

8.774 

10 

2    2  24.79 

9.0706 

15  52  49.0 

13.900 

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3  51  40.16 

9.4988 

24  56    4.4 

8.631 

11 

2    4  29.25 

9U»789 

10    6    4.7 

13.933 

11 

3  54  10.37 

9.5083 

25    4  37i) 

8.489 

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2    6  34.17 

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13.176 

12 

3  56  41.15 

9.5177 

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8.337 

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2    8  39.54 

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13.117 

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3  59  12.49 

9.9970 

25  21  18.4 

8.188 

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9.1011 

16  45  31.1 

13.006 

14 

4    1  44.39 

9.5363 

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15 

2  12  51.67 

9.1089 

16  58  32.6 

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15 

4    4  16.85 

9.5456 

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16 

2  14  58.44 

9.1 168 

17  11  30.3 

19.930 

16 

4    6  49.86 

9.5547 

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2  17    5.69 

9.1948 

17  24  24J2 

19.805 

17 

4    9  23.41 

9.5637 

25  52  50.3 

7.571 

18 

2  19  13.42 

9.1390 

17  37  14.1 

19.797 

18 

4  11  57.51 

9.5798 

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7.411 

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9.1411 

17  49  59.9 

19.799 

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4  14  32.15 

9.5818 

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2  23  30.35 

9.1493 

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19.660 

20 

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9.5007 

26  14  49.7 

7.066 

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2  25  39.55 

9.1575 

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19.588 

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4  19  43.03 

9.5096 

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6.090 

32 

2  27  49J25 

9.1659 

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19.514 

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4  22  I9J37 

9.6009 

26  28  40.1 

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9.1744 

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2  36  33.16 

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9.6491 

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2  38  45.43 

9.9080 

19  29  28.7 

19.199 

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27   0  ia6 

5.884 

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2  40  58.23 

9.9177 

19  41  33.5 

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4  38    7.38 

9.6584 

27    6    4.3 

5.704 

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2  43  11.55 

9.9965 

19  53  33J2 

11.953 

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4  40  47.13 

94064 

27  11  41.1 

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2  45  25.41 

9.9355 

20    5  27.8 

11.866 

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4  43  27.35 

9.6749 

27  17    7.0 

5.340 

7 

2  47  39.81 

9.9444 

20  17  17.1 

11.776 

7 

4  46    8.04 

9.6818 

27  22  21.9 

5.195 

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2  49  54.74 

9.9534 

20  29    Oi) 

11.684 

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4  48  49.18 

9.6804 

27  27  25.6 

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2  52  10.22 

9.9699 

20  40  39J2 

11.509 

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4  51  30.77 

9.6068 

27  32  18.0 

4.770 

10 

2  54  26.24 

9.9716 

20  52  IIJ) 

11.407 

10 

4  54  12.80 

9.7041 

27  36  59.1 

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2  56  42.81 

9.9608 

21    3  38.9 

11.401 

11 

4  56  55.26 

9.7119 

27  41  28.7 

4.397 

12 

2  58  59M 

9.9901 

21  19    0.0 

11.309 

12 

4  59  38.14 

9.7181 

27  45  46.7 

4.903 

13 

3    I  17.62 

9.9993 

21  26  15.1 

11.909 

13 

5    2  21.43 

9.7948 

27  49  53.1 

4Mm 

14 

3    3  35.86 

9.3087 

21  37  24J2 

11.100 

14 

5    5    5.12 

9.7315 

27  53  47.7 

9.811 

15 

3    5  54.66 

9JI80 

21  48  27.1 

10.996 

15 

5    7  49.21 

9.7360 

27  57  30.4 

3.619 

16 

3    8  14.02 

9.3974 

21  59  23.6 

10.888 

16 

5  10  33.68 

9.7443 

28     1     1.2 

3.419 

17 

3  10  33.95 

9.3360 

22  10  ia7 

10.781 

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5  13  18.52 

9.7503 

28    4  19i) 

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3  12  54.45 

9.3464 

22  20  57.3 

10.671 

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5  16  a7i 

9.7961 

28    7  26.5 

3306 

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3  15  15.52 

9.3558 

22  31  34.2 

10.558 

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5  18  49J25 

9.7618 

28  10  20i) 

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3  17  37.15 

9.3668 

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10.444 

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9.7674 

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3  19  59.35 

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5  24  21.34 

9.7797 

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3  22  22.12 

9.3843 

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10.910 

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5  27    7.86 

9.7777 

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9.183 

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9.4035 

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9.967 

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^J.28  21  4a7 

l.TO 

8 


JAJfUARY,  18^5. 


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2"J 

9  4.=^  5::.«>:> 

dJ«K 

16  13  333 

IS^Mt 

'2:3 

7  44  44.<i'J 

t.'*4«' 

2:.  44   >.i. 

tJiiii' 

*J.: 

9  4r  ltU*4 

tJM7 

)5S7    &8 

t&jtat 

ifrl 

7  47  2V'.:i:i 

1.74* 

NJ^5  3(,  |:j.I 

fe.5Z 

24 

9  50  :^.79 

SJCTD 

Ti.lS  41  «U6 

ttbSM 

vm. 


JANUARY,  1896. 


9 


OBBBNWIOH  HBAN  TDfB. 

THE  MOOirS  RIGHT  A8CEN8IOK  AND  DSCUHATIOK. 

-• 

DULtat 
IWmaU, 

DMlfanMon. 

I>i£fi»r 
IMlBiito. 

Bmv. 

BfffhtAMMdoB. 

DICflir 
IMlBSta. 

TlimllMilhwi 

Diftfor 
IMlBttte. 

SI 

JNDAl 

T  18. 

TUESDAY  15. 

0 

9  50  39.79 

• 

UTTO 

• 

N.15  41  49!8 

m 
15360 

0 

h    m     • 

11  37  21JS3 

• 
9.1696 

N.  1  25  31J2 

17369 

1 

9  53    2.18 

9jmi 

15  26  25.6 

15.444 

1 

11  39  27JS8 

93609 

2    8  27.7 

17359 

9 

9  55  24.12 

9Mt9 

15  10  56.5 

15396 

2 

11  41  33.43 

93060 

1  51  24i) 

17349 

3 

9  57  45.61 

8J644 

14  55  22.5 

15.607 

3 

11  43  39.09 

930r 

1  34  22.7 

17.030 

4 

10    0    &&*> 

9JHf 

14  39  43.7 

15364 

4 

11  45  44.56 

^10600 

1  17  21.3 

17316 

5 

10    2  27J25 

9JBm 

14  94    0.4 

15.790 

5 

11  47  49J4 

93665 

1     0  20.8 

17301 

6 

10    4  47.41 

11.9399 

14    8  12.6 

15333 

6 

11  49  54i»4 

93836 

0  43  21.2 

16384 

7 

10    7    7.13 

«JB5] 

13  52  20.4 

15304 

7 

11  51  59.87 

93697 

0  26  22.7 

16366 

8 

10    9  26.42 

9.3180 

13  36  24.1 

15.979 

8 

11  54    4.63 

93760 

N.  0    9  25;3 

16346 

9 

10  11  45.29 

9JI0O 

13  20  23.7 

16.099 

9 

11  56    9.23 

937B3 

8.  0    7  30.8 

16394 

10 

10  14    3.73 

9J038 

13    4  19.4 

16.103 

10 

11  58  13.67 

93797 

0  24  25.6 

16309 

11 

10  16  21.75 

9.9089 

12  48  11.3 

16.166 

11 

12    0  17.96 

93799 

0  41   19.0 

16.878 

12 

10  18  39.36 

9.9001 

12  31  59.5 

16396 

12 

12    2  22.11 

93680 

0  58  10.9 

16359 

13 

10  20  56.56 

9.9633 

12  15  44.2 

10.983 

13 

12    4  2&I2 

93657 

1  15     1.2 

16395 

14 

10  23  13.36 

9.9706 

11  59  25.5 

16330 

14 

12    6  30.00 

93696 

1  31  49.9 

16.797 

15 

10  25  29.75 

9J609 

11  43    3.5 

16309 

15 

12    8  33.75 

93615 

1  48  36.9 

16.768 

16 

10  27  45.75 

9.9634 

11  26  :«.4 

16.443 

16 

12  10  37.38 

93S06 

2    5  22.1 

16.737 

17 

10  30    1.36 

9JS0O 

11  10  10.3 

16.493 

17 

12  12  40.90 

93577 

2  22    5.3 

16.704 

18 

10  32  16J>8 

9.9506 

10  53  39.2 

16341 

18 

12  14  44.30 

93658 

2  38  46.6 

16371    ■ 

19 

10  34  31.42 

9.9443 

10  37    5.4 

16365 

19 

12  16  47.60 

93549 

2  55  25.9 

J6337    . 

20 

10  36  45.89 

SI.9389 

10  20  29.0 

16.698 

20 

12  18  50.80 

93696 

3  12    3.0 

16.600 

21 

10  :)9    0.00 

9.1391 

10    3  50.1 

16360 

21 

12  20  53i^l 

93511 

3  28  37.9 

16369 

22 

10  41  13.74 

9J960 

9  47    8.7 

16.706 

22 

12  22  56^ 

93407 

3  45  10.5 

16394 

23 

10  43  27.12 
M( 

9J9900 

>NDA^ 

N.  9  30  25.1 
r  14. 

16.744 

23 

12  24  59.87 
WEE 

93483 

^NESD 

S.  4     1  40.8 
AY  16. 

16.464 

0 

10  45  40.14 

9J14] 

N.  9  13  39.4 

16.778 

0 

12  27    2.73 

93471 

a  4  18    8.6 

16.443 

1 

10  47  52.81 

93064 

8  56  51.7 

16319 

1 

12  29    5.52 

93499 

4  :M  .33i) 

16.401 

3 

10  50    5.15 

93096 

8  40    2.0 

16343 

2 

12  31     a24 

93446 

4  .50  56.7 

16357 

3 

10  52  17.15 

9.1979 

8  23  10.5 

16379 

3 

12  33  lOiK) 

93438 

5    7  16.8 

16319 

4 

10  54  28.82 

9.1017 

8    6  17.4 

16308 

4 

12  35  13J)0 

93490 

5  23  34.2 

16367 

5 

10  56  40.16 

9.1864 

7  49  22.7 

16394 

5 

12  37  16.06 

93499 

5  39  48.8 

16310 

6 

10  .58  51.19 

9.1819 

7  32  26J5 

16347 

6 

12  39  I8J57 

93415 

5  56    0.5 

16.171 

7 

11     1     1.90 

9.1759 

7  15  2J).0 

16368 

7 

12  41  21.04 

93409 

6  12    9.3 

16.199 

8 

II    3  12.30 

9.1706 

6  58  30.3 

16388 

8 

12  43  23.48 

93404 

6  28  15.1 

16.071 

9 

1 1    5  22.40 

9.1656 

6  41  30JS 

17.006 

9 

12  45  25.89 

93900 

6  44  17.8 

16316 

10 

11    7  32.20 

9.1660 

6  24  29.6 

17399 

10 

12  47  28.27 

9.0306 

7    0  l7Ji 

15365 

11 

11    9  41.71 

9.IG6I 

6    7  27.9 

17335 

11 

12  49  30.(;4 

93393 

7  16  13.6 

15319 

12 

11  11  50il3 

9.1513 

5  50  25.4 

17347 

12 

12  51  32.99 

93301 

7  32    6.7 

15357 

13 

11  13  59.87 

9.1467 

5  33  22.2 

17356 

13 

12  53  35.33 

93900 

7  47  56.4 

15300 

14 

11  16    8JS4 

9.1493 

5  16  18.4 

17367 

14 

12  55  37.67 

93900 

8    3  42.7 

15.749 

15 

11   18  16.95 

9.1360 

4  59  14.2 

17373 

15 

12  .57  40.01  1 

93301 

8  19  25.5 

15384 

16 

11  20  25.10 

9.1337 

4  42    9.6 

17379 

16 

12  59  42.36 

93900 

8  35    4.8 

15395 

17 

11  22  32i)9 

9.1904 

4  25    4.7 

17363 

17 

13     1  44.72 

93904 

8  50  40J> 

15364 

18 

1 1  24  40.62 

9.1999 

4    7  59.6 

17UI65 

18 

13    3  47.09 

93907 

9    6  12.5 

15309 

19 

11  26  48.01 

9.1919 

3  50  54J> 

17.085 

19 

13    5  49.48 

93401 

9  21  40.7 

15.430 

20 

11  28  55.17 

9J173 

3  33  4i>.4 

17.084 

20 

13    7  5liK) 

93406 

9  37    5.2 

1S376 

21 

11  31    2.09 

9.1135 

3  16  44.4 

17389 

21 

13    9  54J35 

93411 

9  52  25.8 

15310 

22 

11  :»    8.79 

9.1006 

2  50  39.6 

17377 

22 

13  11  56.8:) 

93417 

10    7  42.4 

15344 

23 

1 1  35  1.5.27 

9.1669 

2  42  a'i.2 

17370 

23 

13  13  «).35 

93494 

10  22  55.1 

15.177 

24 

11  37  21.53 

9.1096 

N.  2  25  31.2 

17389 

24 

13  16     li»2 

93439 

8.10  38    a7 

15.100 

10 


JANUARY,  1896. 


IX. 


GBBBNWIOH  MEAN  TIMB. 


THE  MOON'S  RIGHT  ASCElfSION  AND  DECLINATION. 


Hoar. 


BlffhtAsoeiiiiiioii. 


Dlftfor 
llfinnte. 


DeoUnation. 


Diif  for 
IMioateJ 


Biicht 


DUtfor 
IMfarateJ 


DeoUiMtioa. 


DUE  for 
llilnote. 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


THURSDAY  17. 


b  m 

13  16 
13  18 
13  20 
13  22 
13  24 
13  26 
13  28 
13  30 
13  32 
13  34 
13  36 
13  38 
13  40 
13  42 
13  44 
13  46 
13  48 
13  50 
13  53 
13  55 
13  57 

13  59 

14  1 
14  3 


• 

8 

1.92 

SI.0439 

4.53 

8UM30 

7.19 

9.0448 

9.91 

SUMS8 

12.69 

9.0469 

15.54 

90)480 

18.45 

9.0499 

21.44 

90)506 

24.51 

90»18 

27.65 

90)531 

30.88 

9.0540 

34.20 

90)509 

37.62 

9.0677 

41.13 

90)593 

44.74 

90)611 

48.46 

90)099 

52.29 

9.0047 

56.23 

9.0600 

0.28 

9.0685 

4.45 

90)706 

8.74 

9.0796 

13.16 

90)747 

17.70 

90)768 

22.38 

9.0791 

8. 


S. 


FRIDAY 


0 

14    5 

1 

14    7 

2 

14    9 

3 

14  11 

4 

14  13 

5 

14  15 

6 

14  17 

7 

14  20 

8 

14  22 

9 

14  24 

10 

14  26 

11 

14  28 

12 

14  30 

13 

14  32 

14 

14  34 

15 

14  36 

16 

14  39 

17 

14  41 

18 

14  43 

19 

14  45 

20 

14  47 

21 

14  49 

22 

14  51 

23 

14  54 

24 

14  56 

27.19 

9.0614 

32.14 

9.0837 

37.23 

9.0860 

42.46 

9.0884 

47.84 

90)909 

53.37 

9.0933 

59.04 

9.0958 

4.87 

9.0986 

10.86 

9.1019 

17.01 

9.1036 

23.32 

9.1065 

29.79 

9.1099 

36.43 

9.1190 

43.23 

9.1148 

50.20 

9.II77 

57.35 

9.1906 

4.67 

9.1934 

12.16 

9.1963 

19.a3 

9.1993 

27.68 

9.1399 

35.70 

9.1359 

43.90 

9.1389 

52.28 

9.1419 

0.85 

9.1443 

9.60 

9.1474 

8. 


o 

0 
0 
1 
1 
I 
I 

2 
2 
2 
2 
3 
3 
3 
3 
4 
4 
4 
4 
4 
5 
5 
5 
5 
6 


8. 


/  It 
38  3.7 

53  8.2 

8  8.5 
23  4.6 
37  56.4 
52  4:J.8 

7  26.9 
22  5.5 
36  39.5 


51 
5 

19 
34 
48 

2 
16 
30 
44 
57 
11 
25 
38 
52 

5 


6 

6 
6 
6 
7 
7 
7 
7 
8 
8 
8 
8 
8 
9 
9 
9 
9 
9 
20 
20 
20 
20 
20 
20 
8.21 


18 
31 
44 
57 
10 
23 
36 
48 

1 
13 
25 
37 
50 

1 

13 
25 
37 
48 

0 
II 
22 
33 
44 
55 

6 


8.9 
33.6 
53.7 

9.0 
19.4 
2.5.0 
25.7 
21.4 
12.0 
57.5 
37.9 
13.0 
42.8 

7.3 
26.5 


40.2 
48.4 
51.1 
48.1 
39.5 
25.2 

5.2 
39.3 

7.5 
29.9 
46.3 
56.6 

0.9 
59.1 
51.1 
36.8 
16.2 
49.3 
16.1 
36.4 
50.2 
57.5 
58.2 
5i.3 
39.e 


15.109 
15.040 
14.970 
14.899 
14.897 
14.754 
.14.681 
14.605 
14.598 
14.451 
14.374 
14.995 
14.914 
14.133 
14.059 
13.970 
13.686 
13.801 
13.710 
13.099 
13.641 
13.463 
13.364 
13.974 


13.183 
13.091 
19.997 
19.903 
19.809 
19.714 
19.617 
19.519 
19.499 
19.393 
19.993 
19.199 
19.091 
11.918 
11.814 
11.709 
11.604 
11.499 
11.399 
11.984 
11.176 
11.067 
10.957 
10.617 
10.735 


0 

I 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


SATURDAY  19. 


h     m    0 

• 

14  56    9.60 

9.1474 

14  58  18.54 

9.1506 

15    0  27.66 

9.1536 

15    2  36.96 

9.1566 

15    4  46.45 

9.1697 

15    6  56.13 

9.1098 

15    9    5.99 

9.1659 

15  11  16.04 

9.1601 

15  13  2&28 

9.1799 

15  15  36.71 

9.1763 

15  17  47.32 

9.1784 

15  19  58.12 

9^1616 

15  22    9.11 

9.1847 

15  24  20.28 

9.1878 

15  26  31.64 

9.1909 

15  28  43.19 

9.1940 

15  30  54.92 

9.1971 

15  33    6.84 

9.9009 

15  35  18.94 

9.9039 

15  37  31.23 

9.9069 

15  ;)9  43.69 

9.9099 

15  41  56.33 

9.9199 

15  44    9.15 

9.9189 

15  46  22.15 

9.9161 

8.21  6  39.8 
21  17  20.5 
21  27  54.4 
21  38  21.5 
21  48  41.8 

21  58  55.1 

22  9  1.4 
22  19  0.7 
22  28  53.0 
22  38  38.2 
22  48  16.3 

22  57  47.2 

23  7  10.8 
23  16  27.1 
23  25  36.2 
23  34  37.9 
23  43  32.2 

23  52  19.0 

24  0  58.3 
24  9  30.1 
24  17  54.3 
24  26  10.9 
24  34  19.8 

8.24  42  21.0 


SUNDAY  20. 


15  48 
15  50 
15  .53 
15  55 
15  57 
15  59 


16 
16 
16 
16 


1 
4 

6 

8 


16  10 
16  13 
16  15 
16  17 
16  19 
16  22 
16  24 
16  26 
16  28 
16  31 
16  33 
16  a5 
16  ;J8 
16  40 
16  42 


35.32 

90BD9 

48.66 

9.9938 

2.18 

9.9967 

15.87 

9.9996 

29.73 

9.9394 

43.75 

9.9361 

57.94 

9.9378 

12.29 

9.9406 

26.80 

9.9431 

41.46 

9.9456 

56.27 

9.9489 

11.24 

9.9507 

26.36 

9.9639 

41.63 

9.9550 

57.03 

9.9678 

12.57 

9.9001 

28.24 

9.9693 

44.05 

9.9646 

59.99 

9.9667 

16.06 

9.9687 

32.24 

9.9707 

48.54 

9.9797 

4.96 

9.9745 

21.48 

9.9709 

38.11 

9.9780 

8.24 

24 

25 

25 

25 

25 

25 

25 

25 

25 

26 

26 

26 

26 

26 

26 

26 

26 

26 

26 

27 

27 

27 

27 
8.27  19  26.9 


50  14.5 

58    0.2 

5  38.1 

13  8.2 
20  30.4 
27  44.6 
34  50.9 
41  49.2 

48  39.5 
55  21.7 

1  55.8 
8  21.8 

14  39.6 
20  49.2 
26  50.7 
32  43.9 
38  28.8 
44    5.4 

49  33.7 
54  53.6 

0    5.1 

5    8.2 

10    2.9 

14  49.1 


n 
10.796 

10.689 

10.500 

10.396 

10.960 

10.163 

10.047 

9.030 

0.819 

9.694 

9.675 

9.454 

9.333 

0.919 

90)00 

8.967 

8.809 

8.717 

8.699 

8.467 

6.340 

8.919 

80)84 

7J57 


7JV7 
7JB7 
7.567 
7.436 
7J04 
7.171 
70O8 


6.771 
0.636 
6.601 


6.003 
6.966 
6.816 
6.679 
6.641 
6.409 
6.969 
6.199 
4.969 
4.841 
4.700 
4.S69 


X. 


JANUARY,  1895. 


11 


OBBBNWiOH  MBAN  TIMB. 

THE  MOOirS  BIGHT  A8CENSI0K  AND  DECLINATION. 

Memt. 

BIgktAMeuloa. 

DUE  for 
IMlBVta. 

I»— H— tfon. 

Die  for 
llOBate 

Hmv. 

Blgfci6t<wrion 

DUtfor 
llClBvto. 

JMbaaUan. 

Diftfor 
IMlnate. 

H( 

)iJDAl 

r  21. 

WHDNBSDAT  28. 

0 

h    n      • 
16  42  38.11 

• 

8J780 

8.2/  19  26^9 

It 
4.SS6 

0 

18  32  24.48 

• 
8J681 

&2^  12  17^.3 

f  y^ 

1 

16  44  54J4 

8J797 

27  23  56.2 

4.417 

1 

18  34  4ai3 

8JS66 

28    9  53.0 

8.475 

3 

16  47  11.67 

8.8813 

27  28  16.9 

4.874 

2 

18  36  55.63 

8J670 

28    7  20.3 

8.613 

3 

16  49  28.59 

8^686 

27  32  29.1 

4.131 

3 

18  39  10.97 

8J543 

28    4  39.4 

8.751 

4 

16  51  45.60 

8.8848 

27  36  32.7 

3.066 

4 

18  41  26.15 

8J5I6 

28    1  50.2 

84166 

5 

16  54    2.69 

8.S8U 

27  40  27.7 

3.646 

5 

18  43  41.17 

8.8488 

27  58  52.8 

3il85 

6 

16  56  19.86 

8.8868 

27  44  14.2 

3.703 

6 

18  45  56.02 

8.8460 

27  55  47.2 

3.168 

7 

16  58  37.11 

8.8660 

27  47  52.1 

3.550 

7 

18  48  10.69 

8.8430 

27  52  33.4 

3.807 

8 

17    0  54.42 

8.8601 

27  51  21.3 

3.415 

8 

18  50  25.18 

8.8460 

27  49  11J> 

3.438 

9 

17    3  11.80 

8.8006 

27  54  41.9 

3.878 

9 

18  52  39.49 

8.8360 

27  45  41.6 

3.566 

10 

17    5  29J24 

8.8011 

27  57  53.$) 

8.186 

10 

18  54  53.61 

8.8337 

27  42    a6 

3.700 

II 

17    7  46.73 

8.8010 

28    0  57.2 

8.083 

11 

18  57    7.54 

8.8305 

27  38  17.6 

3.833 

12 

17  10    4.27 

8.8087 

28    3  51.8 

8.836 

12 

18  59  21J27 

SJ878 

27  34  23.6 

3J66 

13 

17  12  21.86 

8J0S5 

28    6  37.7 

8.603 

13 

19     1  34.80 

8.9838 

27  30  21.7 

4.008 

14 

17  14  39.49 

8.8041 

28    9  15.0 

8.548 

14 

19    3  48.12 

8:0803 

27  26  11.8 

4.930 

15 

17  16  57.15 

8.8046 

28  11  4a6 

8.404 

15 

19    6    1.24 

8.8160 

27  21  54.1 

4.380 

16 

17  19  14.84 

8.8061 

28  14    3.5 

8.856 

16 

19    8  14.15 

8.8133 

27  17  28.0 

4.401 

17 

17  21  32.56 

8.80S5 

28  16  14.6 

8.118 

17 

19  10  26.84 

8.8067 

27  12  55J2 

4.691 

18 

17  23  50.30 

8.8067 

28  18  17.0 

IJ67 

18 

19  12  39.31 

8.8060 

27    8  14.1 

4.749 

19 

17  2(S    8.05 

8.8066 

28  20  10.7 

1.888 

19 

19  14  51.56 

8.8088 

27    3  25.3 

4.6n 

20 

17  28  25.81 

8.8060 

28  21  55.7 

1.677 

20 

19  17    a58 

8.1064 

26  58  28.8 

5UNH 

21 

17  30  43J57 

8.8060 

28  23  32.0 

1.538 

21 

19  19  15;)7 

8.1046 

26  53  24.8 

5.130 

22 

17  33    1.33 

8.8066 

28  24  59.6 

1^67 

22 

19  21  26.93 

8.1607 

26  48  13J2 

5J957 

23 

17  35  19.08 
TD 

8.8067 

ESDA 

18.28  26  ia4 
Y  22. 

1J841 

23 

19  23  38J25 
THl 

8.1867 

JBSDi 

8.26  42  54.0 
LY  24. 

5J63 

0 

17  37  36.82 

8J0S5 

a28  27  28.5 

ijm 

0 

19  25  49.34 

80897 

18.26  37  27.3 

5J07 

1 

17  39  54.54 

8.8008 

28  28  29.9 

9J»l 

1 

19  28    0.18 

8.1787 

26  31  S3.2 

5.630 

2 

17  42  12.24 

8.8047 

28  29  22.6 

0.806 

2 

19  30  10.78 

8.1746 

26  26  11.7 

5.798 

3 

17  44  29.91 

8J048 

28  30    6JS 

0.6B6 

3 

19  32  21.13 

8.1704 

26  20  22.9 

5.674 

4 

17  46  47.55 

8.8036 

28  30  41.7 

0.515 

4 

19  34  31.2:3 

8.1688 

26  14  2a8 

5J05 

5 

17  49    5.14 

8.8096 

28  31     8.3 

6.371 

5 

19  36  41.07 

8.1610 

26    8  23.5 

6.116 

6 

17  51  22.68 

8.8010 

28  31  26.2 

0.896 

6 

19  38  50.66 

8.1576 

26    2  12i) 

6.837 

7 

17  53  40.17 

8.8011 

28  31  35.4 

-OUWl 

7 

19  40  59.99 

8.1533 

25  55  55.1 

6J65 

8 

17  55  57.61 

8.8009 

28  31  a5.9 

•••0.063 

8 

19  43    9.06 

8.1400 

25  49  30.3 

6.478 

9 

17  58  14.99 

8.8801 

28  31  27.8 

0.867 

9 

19  45  17.87 

8.1447 

25  42  58.5 

6.566 

10 

18    0  32.30 

8.8870 

28  31  11.0 

0J58 

10 

19  47  26.42 

8.1408 

25  36  19.7 

6.786 

11 

18    2  49.53 

8.8660 

28  30  45.6 

0.406 

11 

19  49  34.70 

8.1357 

25  29  33.9 

6.891 

12 

18    5    a69 

8.8853 

28  30  11.5 

0.640 

12 

19  51  42.71 

8.1318 

25  22  4IJ2 

6.835 

13 

18    7  23.76 

83638 

28  29  *^8.8 

0.763 

13 

19  53  50.45 

8.1867 

25  15  41.7 

7.040 

14 

18    9  40.74 

8.8683 

28  28  37.6 

0.085 

14 

19  55  57.92 

8.1888 

25    835.3 

7.169 

15 

18  11  57.63 

8.8607 

28  27  37.8 

IMJ 

15 

19  58    5.12 

8.1177 

25    1  22.2 

7J74 

in 

18  14  14.42 

8.8780 

28  26  29.5 

1.810 

16 

20    0  12.04 

8.1131 

24  54    2.4 

7J65 

17 

18  16  31.10 

8.8ni 

28  25  12.6 

1.368 

17 

20    2  18.69 

8.1085 

24  46  3a0 

7.406 

18 

18  18  47.67 

8.8798 

28  23  47.2 

1.484 

18 

20    4  25.06 

8.1036 

24  39    ao 

7.604 

19 

18  21    4.13 

8.8733 

28  22  13.3 

1.636 

19 

20    6  31.15 

8.6688 

24  31  23.5 

7.713 

20 

18  23  20.47 

8.8718 

28  20  30.9 

1.777 

20 

20    8  SSM 

8.0646 

24  23  37.4 

7.689 

21 

18  25  3a67 

8.9680 

28  18  40.1 

1.017 

21 

20  10  42.50 

841006 

24  15  44.9 

7.898 

22 

18  27  52.74 

8.8667 

28  16  40.9 

8UIA7 

22 

20  12  47.76 

8UM53 

24    7  46.1 

6.033 

23 

18  30    8.68 

8.8645 

28  14  33.3 

8.197 

2;j 

20  14  ,52.73 

8.0606 

23  59  40.9 

6.136 

24 

18  32  24.48 

8.8691 

S.28  12  17.3 

8.336 

24 

20  16  .57.42 

8.0756 

k23  51  29J> 

Bjm 

12 


JANUARY,  1895. 


XL 


GBBBirWlOH  MEAN  TIME. 

THR  MOON'S  BIGHT  ASCENSION  AND  DECLINATION. 

Hour. 

BightAsoenaion. 

Dfftfor 
llCinate. 

Deolinatioii. 

Difffor 
IMinate. 

Hour. 

BightAaoensioii. 

Diftfor 
ilClnate. 

DoQlintttioii. 

Difllfor 
IMisnte. 

p] 

%II>A1 

:  25. 

SUJNDAT  27. 

h     m      s 

s 

0  t  ft 

ti 

h     m      8 

• 

oil* 

M 

0 

20  16  57.42 

9U»758 

S.23  51  29.5 

8.949 

0 

21  51  20.24 

1.8661 

S.15  33  40.1 

13.150 

1 

20  19    1.83 

9.071 1 

23  43  11.9 

8.345 

1 

21  53  12.10 

1.8695 

15  21  29.3 

19.909 

2 

20  21     5.95 

9.0663 

23  34  48.1 

8.447 

2 

21  55    3.74 

1.8589 

15    9  15.0 

19.368 

3 

20  2:3    9.79 

9.0616 

23  26  18.2 

8.548 

3 

21  56  55.17 

1J»55 

14  56  57.2 

19.386 

4 

20  25  13.35 

94)568 

23  17  42.3 

8.648 

4 

21  58  46.40 

1.8591 

14  44  35.9 

19.389 

5 

20  27  16.62 

9.0ri99 

23    9    0.4 

8.748 

5 

22    0  37.42 

1.8487 

14  32  11.3 

19.437 

6 

20  29  19.61 

9.0474 

23    0  12.5 

8.847 

6 

22    2  28.24 

1.8454 

14  19  43.4 

19.499 

7 

20  31  22.31 

9.0497 

22  51  18.8 

8.944 

7 

22    4  18.87 

1.8499 

14    7  12JI 

19.547 

8 

20  a3  24.73 

9.0380 

22  42  19.3 

9.040 

8 

22    6    9.30 

1.8389 

13  54  37.7 

19.609 

9 

20  35  2().87 

9.0339 

22  2S  14.0 

9.136 

9 

22    7  59.54 

1.8358 

13  42    0.0 

19.655 

]0 

20  37  28.72 

9.0385 

22  24    3.0 

9.931 

10 

'  22    9  49.60 

ijsm 

13  29  19.1 

19.707 

]1 

20  39  30.29 

9.0938 

22  14  46.3 

9.395 

11 

22  11  39.47 

iJJtiSl 

13  16  35.2 

19.757 

12 

20  41  31.58 

9.0199 

22    5  24.0 

9.417 

12 

22  13  29.16 

1.8967 

13    3  48.3 

19.807 

13 

20  43  32.59 

9.0145 

21  55  56.2 

9.509 

13 

22  15  18.67 

1.8337 

12  50  58.4 

19.857 

14 

20  45  33.32 

9.0097 

21  46  22.9 

9.601 

14 

22  17    8.01 

1.8309 

12  38    5.5 

19.906 

15 

20  47  33.76 

9.0050 

21  36  44.1 

9.691 

15 

22  18  57.18 

1.8181 

12  25    9.7 

19.953 

16 

20  49  33.92 

9.0004 

21  27    0.0 

9.779 

16 

22  20  46.18 

1.8153 

12  12  11.1 

13.000 

17 

20  51  33.81 

1.9958 

21   17  10.6 

9.867 

17 

22  22  35.02 

1.8196 

11  59    9.7 

13.046 

18 

20  53  33.42 

1.9919 

21    7  15.9 

9.955 

18 

22  24  23.69 

1.8099 

11  46    5.6 

13.091 

19 

20  55  32.75 

1.9866 

20  57  16.0 

10.041 

19 

22  26  12.21 

1.8074 

11  32  58.8 

13.136 

20 

20  57  31.81 

1.9830 

20  47  11.0 

10.197 

20 

22  28    0.58 

1.8048 

11  19  49.3 

13.181 

21 

20  59  30.59 

1.9774 

20  37    0.8 

10.911 

21 

22  29  48.79 

1.8033 

11     6  37.1 

13.994 

22 

21     1  29.10 

1.9799 

20  26  45.6 

10.994 

22 

22  31  36.86 

1.8000 

10  53  22.4 

13.866 

23 

21    3  27.34 
8A1 

1.9684 

8.20  16  25.5 
lY  26. 

10.377 

23 

22  33  24.79 
M( 

1.7977 

>NDA1 

S.  10  40    5.2 
ir  28. 

13J07 

0 

21    5  25.31 

1.9639 

S.20    6    0.4 

10.459 

0 

22  35  12.58 

1.7954 

S.10  26  45.6 

13.347 

1 

21    7  23.01 

1.9594 

19  55  30.4 

10.540 

1 

22  37    0.24 

1.7931 

10  13  23.5 

13.388 

2 

21    9  20.44 

1.9550 

19  44  55.6 

10.619 

2 

22  38  47.76 

1.7909 

9  59  59.0 

13.497 

3 

21  11  17.61 

1.9506 

19  34  16.1 

10.698 

3 

22  40  35.15 

1.7888 

9  46  32.3 

13.464 

4 

21   13  14.51 

1.9463 

19  23  31.8 

10.777 

4 

22  42  22.42 

1.7868 

9  33    3J3 

13.509 

5 

21  15  11.15 

1.9418 

19  12  42.8 

10.854 

5 

22  44    9.57 

1.7848 

9  19  32.0 

13.539 

6 

21  17    7.53 

1.9375 

19     1  49.3 

10.930 

6 

22  45  56.60 

1.7889 

9    5  58.6 

13.574 

7 

21   19    3.65 

1.9339 

18  50  51.2 

11.006 

7 

22  47  43.52 

1.7811 

8  52  23.1 

13.610 

8 

21  20  59.51 

1.9389 

18  39  48.6 

11.080 

8 

22  49  30.33 

1.7793 

8  38  45.4 

13UM6 

9 

21  22  55.12 

1.9947 

18  28  41.6 

11.153 

9 

22  51  17.03 

1.7775 

8  25    5.6 

13.680 

10 

21  24  50.47 

1.9205 

18  17  30.2 

11.936 

10 

22  53    3.63 

1.7759 

8  11  23.8 

13.719 

11 

21  26  45.58 

1.9164 

18    6  14.4 

11.996 

11 

22  54  50.14 

1.7743 

7  57  40.1 

13.744 

12 

21  28  40.44 

1.9193 

17  54  54.4 

11.368 

12 

22  56  36.55 

1.7797 

7  43  54.5 

13.776 

13 

21  30  35.05 

lJ9(m 

17  43  30.2 

11.438 

13 

22  58  22.87 

1.7713 

7  30    7.0 

13.807 

14 

21  32  29.42 

1.9049 

17  32     1.8 

11.508 

14 

23    0    9.11 

1.7700 

7  16  17.6 

13.837 

15 

21  34  23.55 

1.9009 

17  20  29.2 

11.577 

15 

23    1  55.27 

1.7687 

7    2  26.5 

13.866 

16 

21  JJ6  17.44 

1.8963 

17    8  52.6 

11.643 

16 

23    3  41.35 

1.7674 

6  48  33.7 

13.894 

17 

21  38  11.09 

1.8989 

16  57  12.0 

11.709 

17 

23    5  27.36 

1.7669 

6  34  39.2 

13.999 

18 

21  40    4.50 

1.8883 

16  45  27.5 

11.774 

18 

23    7  13.29 

1.7650 

6  20  43.0 

13.950 

19 

21  41  57.68 

1.8845 

16  33  39.1 

11.839 

19 

23    8  59.16 

1.7640 

6    6  45.2 

13.976 

20 

21  43  50.64 

1.8807 

16  21  46.8 

11.903 

20 

23  10  44.97 

1.7630 

5  52  45.9 

14.001 

21 

21  45  43.37 

1.8770 

16    9  50.7 

11.967 

21 

2:^  12  30.72 

1.7631 

5  38  45.1 

14.096 

22 

21  47  :J5.88 

1.8733 

15  57  50.8 

12.038 

22 

23  14  16.42 

1.7612 

5  24  42.8 

14.051 

23 

21  49  28.17 

1.8697 

15  45  47.3 

13.089 

'^^ 

2:i  16    2.07 

1.7605 

5  10  39.0 

14J)74 

24 

2!  51  20.24 

1.8661 

S.I5  ,33  40.1 

13.150 

24 

23  17  47.68 

1.7598 

S.  4  56  33.9 

ujm 

JV 1  L« 


JAinJARY,  1895. 


13 


OBBENWIGH  MEAK  TIME. 

THE  MOOITS  RIGHT  ASCENSION  AND  DECLINATIOH. 

Hoar. 

RIChtAMMoafam. 

DUE  for 
iMimito. 

• 

DooUiUition. 

1  Mtsate.  "*"• 

If  Ifht  A  ■ofiilon 

JHKUt 

..-^ 

BiCfor 
IMlBsta. 

TUl 

BSDAl 

I  29. 

TUUKSDAY  81. 

0 

b     m      • 

23  17  47.68 

• 

1.7808 

s.  is6ds!9 

14.007 

0 

h     m     • 
0  42  51.46 

• 

1.8109 

N.  ^dS(2£2 

14J01 

1 

23  19  33J25 

1.79M 

4  42  27.4 

14.110 

1 

0  44  4040 

1.8173 

6  46  41.0 

14J07 

2 

23  21  18.78 

1.7580 

4  28  19.6 

14.140 

2 

0  46  29.54 

1.8000 

7    0  59.0 

14.909 

3 

23  23    4^ 

1.7581 

4  14  10.6 

14.100 

3 

0  48  18J7 

1.800 

7  15  lai 

14.970 

4 

23  24  49.75 

1.7577 

4    0    0.4 

14.180 

4 

0  50    8.39 

1.8971 

7  29  32.2 

14.950 

5 

23  26  35.20 

1.7573 

3  45  49.0 

14.109 

5 

0  51  58.12 

1.8300 

7  43  47J2 

14.949 

6 

23  28  20.63 

1.7570 

3  31  36.5 

14.917 

6 

0  53  48.06 

1.8341 

758    1J2 

14.994 

7 

23  30    6.04 

1.7568 

3  17  22i) 

14.935 

7 

0  55  38i21 

1.8370 

8  12  14.1 

14.904 

8 

23  31  51.45 

1.7507 

3    3    8.3 

14.958 

8 

0  57  28.57 

1.8413 

8  26  25.7 

14.183 

9 

23  33  36.85 

1.7507 

2  48  52.7 

14.908 

9 

0  59  19.16 

1.8451 

8  40  36.1 

14.169 

10 

23  35  22.25 

1.7507 

2  34  36.1 

14.984 

10 

1     1    9.98 

1.8480 

8  54  45J2 

14J40 

11 

23  37    7.66 

1.7508 

2  20  lae 

14.998 

11 

1     3    1.03 

1J088 

9    8  52J) 

14.117 

12 

23  38  53.07 

1.7500 

2    6    0.3 

14.318 

12 

1     4  52.32 

1.8508 

9  22  59.2 

14.003 

13 

23  40  38.49 

1.7578 

1  51  41.2 

14.395 

13 

1    6  43.85 

1.8000 

9  37    4.0 

14.000 

14 

23  42  23i>3 

1.7575 

1  37  21.3 

14.338 

14 

1     8  35.63 

1.8051 

9  51    7.3 

14.043 

15 

23  44    9.39 

1.7578 

1  23    0.6 

14.351 

15 

1  10  27.67 

1.8004 

10    5    9.1 

140117 

16 

23  45  54.87 

1.7583 

1     8  39.2 

14J69 

16 

1   12  19.96 

1.8737 

10  19    9.3 

13.908 

17 

23  47  40.39 

1.7580 

0  54  17.2 

14.379 

17 

1  14  12^ 

1.8788 

10  33    7.7 

13.950 

18 

23  49  25.94 

1.7594 

0  39  54.6 

14.389 

18 

1  16    5.a5 

1.8807 

10  47    4.4 

13J00 

19 

23  51  11.52 

1.7001 

0  25  31.4 

14.391 

19 

1   17  58.45 

1.8673 

11    0  59.3 

13.809 

20 

23  52  57.15 

1.7000 

S.  0  11    7.7 

14.308 

20 

1   19  51.83 

1.8001 

11  14  52.3 

13.887 

21 

23  54  42.83 

1.7017 

N.  0    3  16.4 

14.406 

21 

1  21  45.50 

1.8000 

11  28  43.4 

13.836 

22 

23  56  28.56 

1.7097 

0  17  41.0 

14.413 

22 

1  23  39.46 

1J018 

11  42  32.5 

13.801 

23 

23  58  14.35 

1.7037 

N.  0  32    6.0 

14.410 

23 

1  25  33.72 

1J007 

N.ll  56  I9J) 

13.700 

WEE 

>NESD 

AY  30. 

* 

l^KIDAY,  FEB 

BUAEY  1. 

0 
1 

0    0    0.20 
0    1  46.11 

1.7047 
1.7058 

[N.  0  46  31.3 
1    0  56.9 

14.494 
l4Am 

0 

i     1  27  28J^    um 

|N.12  10    4^ 

|_  18.730 

2 

0    3  32.10 

1.7071 

1  15  22,7 

14.439 

3 

0  5  iai6 

1.7084 

1  29  48.8 

14.430 

4 

5 

0    7    4.30 
0    8  50.53 

1.7007 
1.7719 

1  44  15.0 
1  58  41.3 

14.436 
14.430 

PHASES  OP  T] 

BE  MOON. 

t 

6 
7 

0  10  36.85 
0  12  2:3.26 

1.7797 
1.7743 

2  13    7.7 
2  27  34.1 

14v440 
14.440 

8 

0  14    9.77 

1.7701 

2  42    0.5 

14.440 

4       li 

m 

9 

0  15  56.39 

1.7770 

256  26.9 

14.430 

]>  First  Quarter.    .  Ji 

in.     3    19    . 

52.2 

10 
11 

0  17  4ai2 
0  19  29.96 

1.T707 
1.7817 

3  10  53.1 
3  25  19.1 

14.430 
14.439 

( 

3  Full  Moon      .    .    • 

.    10    18 

^.8 

12 

0  21  16.92 

1.7837 

3  39  45.0 

14.490 

i 

C  Lost  Quarter .    .    • 

.    17    10 

55.2 

13 

0  23    4.01 

1.7858 

3  54  10.6 

14.494 

#  New  Moon     •    •    • 

.    25      9 

25.9 

14 

0  24  51.22 

1.7879 

4    8  35.9 

14.419 

15 
16 

0  f»i  38.56 
0  28  26.04 

1.7909 
1.7906 

4  23    0.9 
4  37  25.5 

14.413 
14.400 

17 

0  30  ia66 

1.7950 

4  51  49.6 

14.398 

4        h 

18 

0  32    1.44 

1.7970 

5    6  13.3 

14.300 

i 

C  Perigee  ....  X 

Ko.    11     12J2 

19 

0  33  49.37 

1.8009 

5  20  36.4 

14.300 

C  Apogee 

.    26     5.1 

20 

0  35  37.46 

13)98 

534  58.9 

14.370 

i 

21 
22 

0  37  25.70 
0  3i)  14.11 

1.8054 
1.8083 

5  49  20.8 

6  3  42.0 

14.350 
I4J47 

23 

0  41    2.70 

1.8119 

6  18    2.5 

1      14.335 

1  24 

0  42  5I.4() 

I      1.8149 

N.  6  32  22.2 

14.391 

— _— 

u 


JAHUART,  1895. 


XTH. 


• 

GBEENWIGH  ME  A  If  TIME. 

LUNAB  DI8TAKCE8. 

1  ^ 

Vame  and  IMrMCflM 

of  ObJMt. 

NooiL 

F.L. 

of 
DftC 

flTh. 

F.L. 
of 

Vlii. 

P.L. 

of 

i>tfl: 

IXh. 

F.L. 

of 
Difl: 

O           f           H 

O         t        »0 

O             0            ti 

o       t      m 

1 

HtIN 

W. 

58  44  56 

34» 

60    5  59 

3460 

61  27    8 

3454 

62  48  24 

3418 

Mark 

E. 

50  53    2 

3iW3 

49  26  56 

3108 

48    0  44 

3193 

46  34  26 

3188 

tt  Arietis 

K. 

57  25  52 

3QM 

55  57  35 

3001 

54  29  15 

3087 

5:{    0  50 

3U83 

Aldebunui 

£. 

88  35  33 

SIM 

87    7  52 

3110 

85  40    6 

3114 

84  12  14 

3109 

2 

Bun 

W. 

69  36  51 

3406 

70  59    1 

3397 

72  21  21 

3366 

73  43  53 

3376 

f 

Mars 

E. 

39  21   10 

3iM 

:J7  54    6 

3146 

36  26  52 

3138 

34  5!l  28 

3I» 

' 

tt  Ai'ietis 

E. 

45  37  25 

90M 

44    6  27 

30S5 

42  39  22 

3100 

41   10  11 

3045 

Aldelmrtui 

E. 

76  51     8 

3076 

75  22  31 

3070 

73  53  45 

3063 

72  24  50 

305& 

Jt'FlTISR 

E. 

1^  21  31 

S973 

96  50  45 

9966 

95  19  49 

9957 

93  48  42 

9947 

3 

Hi'ff 

W. 

80  39  40 

3318 

82    3  31 

8306 

83  27  37 

3999 

84  51  58 

3977 

' 

roiiialliaut 

w. 

37  :«  m 

3630 

38  50  28 

3569 

40    9  22 

tCRRJ 

41  29  15 

3478 

! 

AMelinniu 

E. 

i'A  57  40 

3011 

63  27  41 

3001 

61  57  30 

9993 

60  27    8 

9989 

Jl'FITER 

E. 

8^>  10    3 

9606 

84  37  39 

9684 

83    5    0 

9873 

81  32    6 

9860 

Pollux 

E. 

107  58  23 

99S7 

106  26  38 

9015 

104  54  38 

9009 

103  22  22 

9890 

4 

Huw 

W. 

91  58    2 

3»l 

93  24  10 

3186 

94  50  37 

3166 

96  17  24 

3151 

Fomaltiaut 

W. 

48  21  38 

3970 

49  46  25 

3934 

51  11  54 

3900 

52  38    3 

3168 

Aldelianui 

E. 

5'^  52    9 

t03i 

51  20  31 

9883 

49  48  41 

9919 

48  16  38 

9904 

JUPITKR 

E. 

73  43  27 

t703 

72    8  50 

9779 

70  33  54 

9763 

68  58  38 

9749 

Pollux 

E. 

95  36  48 

9»0 

94    2  46 

9806 

92  28  25 

9780 

90  53  43 

9776 

5 

Avn 

W. 

103  36  38 

3060 

105    5  36 

3049 

106  34  57 

9099 

106    4  42 

3009 

Fotnolhmut 

W. 

59  58  17 

3018 

61  28    8 

9900 

62  58  :« 

9963 

64  29  32 

9936 

a  P«gii8i 

W. 

39  22    3 

3379 

40  44  52 

3319 

42    8  50 

3954 

43  33  55 

3»9 

Al(l«;LNir«ii 

E. 

40  3:^  38 

9865 

39    0  34 

9860 

37  27  24 

9657 

35  54  10 

9855 

JUFITJER 

E. 

60  57  13 

9660 

59  19  52 

9659 

57  42    8 

9636 

56    4    2 

9618 

Pollux 

E. 

8:2  54  56 

9600 

81   18    3 

9673 

79  40  47 

9655 

78    3    6 

9637 

6 

8ui» 

W. 

115  39  37 

9003 

117  11  52 

9683 

118  44  32 

9869 

120  17  39 

9849 

Foinalhrnut 

w. 

72  12  40 

9811 

73  46  5:} 

9786 

75  21  36 

9765 

76  5(f  50 

9749 

<i  Pt'ipmi 

w. 

50  54    5 

9077 

52  24  47 

9939 

53  56  17 

9901 

55  28  34 

9867 

JVFITJER 

E. 

47  47  41 

9534 

46    7  15 

9517 

44  26  25 

9499 

42  45  11 

9484 

4 

Pollux 

E. 

69  48  29 

9544 

(>8    8  17 

9595 

66  27  38 

9505 

64  46  32 

9487 

lU^gulUR 

E. 

106  37    1 

9M3 

104  56  47 

9593 

103  16    6 

9504 

101  34  58 

9485 

7 

FoiiiiilhRUt 

W. 

85    0  23 

9636 

m  38  31 

9615 

88  17    6 

9596 

89  56    7 

9577 

u  P<*Ku«l 

W. 

i^\  20  46 

9700 

<>4  57  14 

9681 

m  34  19 

9654 

as  12     1 

9698 

Pollux 

E. 

56  14  20 

9301 

54  30  32 

9379 

52  46  17 

9353 

51     1  35 

9335 

llMguluR 

E. 

93    2  31 

9386 

91   18  39 

9360 

89  34  20 

9350 

87  49  34 

9331 

0 

tt  Pt«Kati 

W. 

76  29    2 

9610 

78  10     1 

9489 

79  51  29 

9468 

81  33  26 

9450 

Mar* 

W. 

:)6  13    0 

9377 

;J7  57    8 

9350 

:i9  41  42 

9341 

41  26  42 

9394 

n  Alh'lla 

W. 

:»  17  31 

9331 

a*)    2  36 

9306 

36  48  27 

9969 

38  34  53 

9960 

Polliu 

E. 

42  II  2(> 

9046 

40  24    7 

9999 

;«  3i»  23 

9919 

36  48  14 

9197 

lii'l^ulu* 

e. 

78  58  56 

9941 

77  11  29 

9993 

75  23  36 

9906 

73  a5  18 

9190 

li 

u  V**\/,Hm\ 

w. 

90    9  27 

9360 

91  5.)  46 

9356 

93  38  24 

9CI44 

95  23  19 

9933 

Mari* 

w. 

50  17  42 

904A 

52    5    2 

9931 

53  52  43 

9918 

55  40  44 

9905 

t*  Alitalia 

w. 

47  :M  50 

9163 

49  24  13 

9147 

51   14    0 

9139 

53    4  11 

9116 

l(t*l{*<lu* 

E. 

64  27  51 

9115 

62  37  15 

9101 

60  46  17 

9088 

58  54  59 

9076 

XIV. 


JANUARY,  1895. 


15 


OBBBNWIGH  MEAN  TIMBL 

^ 

LUNAR  DISTAKOfia 

• 

P.L. 

P.L. 

P.L. 

P.L. 

5^ 

ofOIUeel. 

Midnight. 

of 

ma. 

XV^ 

of 
DUt 

AViilH' 

of 
Dlir. 

XXIh. 

of 

1 

Sun 

W. 

6l    94§ 

3439 

6^3i  25 

3431 

O         J          H 

6653    1 

3483 

eSiisi 

3415 

Mam 

£. 

45    8    2 

3188 

43  41  31 

3175 

42  14  52 

3188 

40  48    5 

3180 

a  Arietis 

£. 

51  32  20 

3078 

50    3  45 

3074 

48  35    4 

3089 

47    6  17 

3085 

Aldeburmo 

£ 

82  44  15 

31M 

81  16  10 

3007 

79  47  57 

3001 

78  19  37 

3084 

2 

SUK 

W. 

75    6  37 

S3» 

76  29  33 

3354 

77  52  42 

3343 

79  16    4 

3331 

Mam 

£. 

33  31  54 

3190 

32    4    9 

3110 

30  36  12 

3101 

29    8    3 

3091 

a  Arieda 

£. 

39  40  54 

3040 

38  11  31 

3034 

36  42    ] 

3030 

35  12  25 

3096 

Aldelmnm 

£. 

70  55  45 

3047 

69  26  30 

3038 

67  57    4 

3030 

66  27  28 

3090 

JupiTca 

£. 

92  17  23 

9938 

90  45  52 

9998 

89  14    9 

9018 

87  42  13 

9907 

3 

Soir 

W. 

86  16  36 

3983 

87  41  31 

3il48 

89    6  43 

3933 

90  32  13 

3917 

Fomalhaut 

W. 

42  50    4 

3431 

44  11  45 

3387 

45  34  16 

3346 

46  57  34 

3308 

Aldebaran 

£. 

58  56  33 

9973 

57  25  46 

S989 

55  54  46 

9953 

54  2!)  34 

9949 

JupiTsa 

E. 

79  58  56 

9847 

78  25  29 

9835 

76  51  46 

9691 

75  17  46 

9M7 

Pollux 

£. 

101  49  50 

9878 

100  17    1 

9863 

98  43  55 

9849 

97  10  31 

9835 

4 

Sow     • 

W. 

97  44  32 

3133 

99  12    1 

3116 

100  39  51 

3098 

102    8    3 

3070 

Fomalhaut 

W. 

54    4  51 

3130 

55  32  17 

3105 

57    0  21 

3075 

58  29     1 

3048 

* 

Aldebaran 

E. 

46  44  24 

9694 

45  11  58 

9888 

43  39  21 

9878 

42    6  34 

9871 

JopiTsa 

£. 

67  23    3 

9733 

65  47    7 

9717 

64  10  50 

9701 

62  34  12 

96t« 

Pollux 

£. 

89  18  41 

9758 

87  43  18 

9741 

86    733 

9795 

84  31  26 

9707 

5 

SfTK 

W. 

109  34  52 

9083 

111     5  26 

9964 

112  36  24 

9043 

114    7  48 

9994 

Fomnlbaut 

W. 

66    1    5 

9910 

67  33  11 

9865 

69    5  49 

9660 

70  38  59 

9638 

a  Peipisi 

W. 

45    0    2 

3159 

46  27    9 

3104 

47  55  14 

3000 

49  24  13 

3017 

Aldelmnui 

E. 

34  20  54 

9608 

32  47  39 

9881 

31   14  30 

9000 

29  41  31 

9881 

JvnrmtL 

E. 

54  25  32 

9001 

52  46  39 

9585 

51     7  2:J 

9588 

49  27  44 

9951 

Pollux 

E. 

76  25    1 

9818 

74  46  31 

9600 

rj    7  36 

9581 

71  28  15 

9583 

6 

8uif 

W. 

121  51  12 

9889 

123  25  11 

9801 

124  59  37 

9789 

126  34  29 

9789 

Fomalhaut 

W. 

78  32  34 

9719 

80    8  48 

9608 

81  45  31 

9678 

8:)  22  43 

9655 

aPegaai 

W. 

57    1  35 

9833 

58  35  20 

9800 

60    9  48 

9780 

61  44  57 

9738 

JUPITBR 

E. 

41    335 

9487 

39  21  36 

9459 

37  39  15 

9436 

ai  56  32 

9499 

Pollux 

E. 

63    5    0 

9487 

61  23    0 

9448 

59  40  34 

9490 

57  57  41 

9410 

Regiilua 

E. 

99  53  23 

9485 

98  11  21 

9448 

96  28  52 

9496 

94  45  55 

9408 

7 

Fomalhaut 

W. 

91  35  34 

9008 

93  15  26 

9541 

94  55  42 

9594 

96  36  22 

9»X.' 

aPegaai 

w. 

69  50  18 

9809 

71  29  10 

9578 

73    8  a5 

95M 

74  48  3:J 

9539 

Pollux 

E. 

^16  26 

9318 

47  30  50 

9996 

45  44  48 

9WI 

4*)  58  20 

9903 

Regulua 

E. 

86    4  20 

9313 

84  18  40 

9994 

82  32  32 

9978 

80  45  57 

9958 

8 

aPegaai 

W. 

83  15  49 

9439 

84  58  38 

9415 

86  41  52 

9300 

SS  25  a» 

1 
9384 

Mars 

W. 

43  12    6 

9307 

44  57  55 

9991 

46  44    8 

9775 

48  30  44 

9960 

a  Ariotia 

W. 

40  21  52 

9938 

42    9  23 

9418 

43  57  24 

9199 

45  45  53 

9IW 

Pollux 

E. 

34  59  42 

9180 

33  10  47 

9187 

31  21  .MO 

9153 

29  31  52 

9141 

Regulua 

£. 

71  46  36 

9174 

69  57  29 

9159 

68    7  59 

9143 

m  18   6 

9199 

9 

aPegaai 

W. 

97    830 

9394 

98  53  55 

9315 

100  39  32 

93W 

102  25  20 

9399 

Mars 

W. 

57  29    4 

9193 

59  17  42 

9181 

61     6  38 

9170 

62  55  50 

9161 

a  Arii'tia 

W. 

54  54  45 

9103 

56  45  40 

9090 

58  m  54 

9078 

60  28  27 

9067 

Regulua 

£. 

57    323 

9084 

55  11  29 

9053 

53  19  17 

9049 

51  26  49 

9033  \ 

1 

16 


JANUART,  1895. 


XV. 


OBBENWIOH  MKAK  TDfB. 

LU£IAB  DIOTAHCES. 

• 

KMBOMdlMrMtiM 

of  Old«)t. 

Nooo* 

P.L. 
of 

IHk. 

P.L. 

of 

DiC 

Vlh. 

P.L. 

•f 

DiC 

IXk. 

P.L. 
•f 

Dift 

10 

Mars 

W. 

el  45  16 

tlfiS 

O          $          10 

66  34  56 

9149 

e&%i  50 

9136 

O         f        #* 

70  14  56 

9198 

a  Arietis 

W. 

62  20  17 

9067 

64  12  23 

9047 

66    4  44 

9039 

67  57  18 

9090 

Aldebaran 

w. 

32  16  22 

9916 

34    3    9 

9937 

35  50  41 

9910 

37  38  54 

9186 

Kegulus 

E. 

49  34    7 

90» 

47  41  11 

9916 

45  48    2 

9099 

43  54  41 

9009 

Spica 

E. 

103  33  48 

9091 

101  40  46 

9013 

99  47  32 

9006 

97  54    5 

1908 

11 

Mars 

W. 

79  27  37 

9109 

81  18  27 

9193 

83    9  21 

9109 

85    0  17 

9109 

a  Arietis 

W. 

77  22  46 

9006 

79  16  13 

9009 

81    9  44 

9001 

83    3  17 

9000 

Aldebaran 

W. 

46  47  31 

9107 

48  38  19 

9096 

50  29  22 

9090 

52  20  37 

9083 

Spica 

E. 

88  24  34 

1976 

86  30  21 

1973 

84  36    4 

1972 

82  41  45 

1979 

Satorh 

E. 

101  52  24 

9016 

99  59  13 

9019 

98    558 

9011 

96  12  41 

9010 

12 

a  Arietis 

W. 

92  30  57 

9099 

94  24  18 

99U 

96  17  32 

9016 

98  10  38 

9094 

Aldebarao 

W. 

61  38  38 

9079 

63  30  21 

9079 

65  22    3 

9076 

67  13  41 

9078 

JCPITER 

W. 

40  53    7 

1989 

42  46  59 

1090 

44  40^ 

1903 

46  34  35 

1996 

Spica 

E. 

73  10  25 

1961 

71  16  20 

1966 

69  22  22 

1969 

67  28  31 

1996 

Saturh 

E. 

86  46  24 

9019 

84  53  19 

9093 

83    0  21 

9096 

81    7  31 

9034 

13 

a  Arietis 

W. 

107  33  27 

9064 

109  25  21 

9976 

111  16  58 

9066 

113    8  18 

9098 

Aldebaran 

W. 

76  30    5 

9109 

78  20  51 

9116 

80  11  23 

9197 

82    1  41 

9137 

Jupiter 

W. 

56    1  a5 

9097 

57  54  27 

9035 

59  47    6 

9046 

61  39  30 

9066 

Pollux 

W. 

32  53  18 

9044 

34  45  44 

9063 

36  37  56 

9069 

38  29  53 

9079 

Spica 

E. 

58    1  52 

9034 

56    9  11 

9043 

54  16  44 

9053 

52  24  33 

9064 

SATDRrt 

E. 

71  46    1 

9976 

69  54  24 

9086 

68    3    2 

9096 

66  11  57 

9108 

Antares 

E. 

103  55  52 

9034 

102    3  11 

9043 

100  10  44 

9063 

98  18  33 

9064 

14 

Aldebaran 

W. 

91    8  58 

9196 

92  57  28 

9919 

94  45  37 

9997 

96  33  24 

9949 

JOPITSR 

W. 

70  57  18 

9114 

72  47  56 

9196 

74  38  13 

9141 

76  28    9 

9156 

Pollux 

W. 

47  45  27 

9199 

49  35  37 

9146 

51  25  27 

9160 

53  14  55 

9174 

Spica 

E. 

43    8    8 

9197 

41  17  50 

9141 

39  27  53 

9166 

37  38  17 

9170 

Satitrh 

E. 

57    1  19 

9176 

55  12  14 

9191 

53  23  33 

9907 

51  35  16 

99S3 

Antares 

E. 

89    2    8 

9197 

87  11  50 

9140 

85  21  52 

9166 

83  32  16 

9169 

Son 

£. 

134  44  43 

9464 

133    2  39 

9476 

131  20  55 

9499 

129  39  80 

9607 

15 

Aldebaran 

W. 

105  26  31 

9396 

107  11  54 

9349 

106  56  52 

9360 

110  41  24 

9879 

JOPITBR 

W. 

85  32  15 

9933 

87  19  54 

1946 

89    7  10 

9964 

90  54    2 

9961 

Pollux 

W. 

62  16  44 

9961 

64    3  56 

9866 

65  50  45 

9963 

67  87  10 

9»0 

Regulus 

W. 

25  28  20 

9959 

27  15  24 

9979 

29    2    5 

9967 

30  48  24 

9303 

Satorn 

E. 

42  40  14 

9316 

40  54  36 

9336 

39    9  27 

9366 

37  24  48 

9378 

Antares 

E. 

74  29  55 

9947 

72  42  37 

9963 

70  55  43 

9979 

69    9  13 

9898 

Suif 

E. 

121  17  42 

9666 

119  38  27 

9991 

117  59  34 

9619 

116  21    5 

9637 

16 

JirpiTBR 

W. 

99  42  12 

9366 

101  26  36 

9369 

108  10  36 

9400 

104  54  11 

94n 

Pollux 

W. 

76  23    9 

93fi 

78    7    8 

9400 

79  50  43 

9417 

81  33  53 

9133 

Rogulus 

W. 

3934    4 

»64 

41  18    1 

9401 

43    1  34 

9417 

44  44  44 

9194 

Antares 

E. 

60  22  49 

9360 

58  38  45 

9907 

56  55    6 

9414 

55  11  51 

901 

Suif 

E. 

106  14  36 

9796 

106  38  30 

9749 

105    2  47 

9761 

103  27  28 

9779 

17 

Pollux 

W. 

90    3  51 

9617 

91  44  41 

9633 

9825    8 

9649 

95    5  13 

9666 

Regulus 

W. 

53  14  40 

9617 

54  55  30 

9633 

56  35  57 

9649 

58  16    2 

9664 

Antares 

E. 

46  41  33 

9614 

45    0  39 

9630 

4320    8 

9646 

41  89  59 

9569 

Suif 

E. 

95  36  44 

9606 

94    8  44 

9996 

92  31    7 

9909 

90  58  52 

9999 

XVI. 


JANUARY,  1895. 


17 


GBEBKWIOH  MBAJT  TIME. 


LUNAB  DISTANCES. 


5* 


10 


II 


12 


I    13 


H 


15 


16 


17 


N»meftnd  Dtreeitoa 
of  Oiy«et. 


Mam  W. 

a  ArietiH  W. 

Alilelmnin  W. 

KeKiiliiH  E . 

Spicn  E . 

Mam  W. 

a  Arietis  W. 

Alilebnrnii  W. 

8|>ic«  E . 

BATURlf  E  . 

o  Arietiti  W. 

Alclebamii  W. 

Jupiter  W. 

Spicji  E . 

Saturn  E . 

aArictiH  W. 

Alclebnrnn  W. 

Jupiter  W. 

Pollux  W. 

S|>ica  E . 

BATURff  E  . 

Aotares  E . 

Aldebnmn  W. 

Jupiter  W. 

Pollux  W. 

S(iirii  E . 

Saturn  E . 

Aniares  E  • 

Sun  E. 

Alcl«lNiniii  W. 

Jupiter  W. 

Pollux  W. 

RegiiliiM  W. 

Saturn  E . 

Antar«$0  E . 

Sun  E  : 

Jupiter  W, 

Pollux  W. 

Re^iliis  W. 

AiiUires  E . 

Sun  E. 

Pollux  •  W. 

Rejpilus  W. 

Antnres  E . 

Sun  E. 


Midnight. 


// 


72  5  12 
69  50  5 
311  27  43 
42  I  10 
96  0  28 

86  51  13 
84  56  52 

54  12  2 

80  47  26 
94  19  23 

100  3  35 
69  5  14 

48  28  16 
(\5  M  49 
79  14  50 

114  59  20 
8.)  51  44 

63  31  38 
40  21  :i5 
50  32  39 

64  21  10 
96  26  :)9 

98  20  49 
78  17  43 

55  4  2 
35  49  4 

49  47  23 

81  43  2 
127  58  26 

112  25  29 
92  40  2!) 
6l»  2:3  10 
32  31  19 
a5  40  41 
67  23  8 

114  43  0 

106  :37  21 
83  16  40 
46  27  30 
53  2!)  0 

101  52  32 

96  44  56 
59  55  46 
40  0  12 
89  26  59 


P.L. 

of 


S1S9 
909:i 
0165 
1096 
1900 

9109 
9000 

9078 
1979 
9010 

9031 
9063 
9000 

9001 
9041 

9111 
9148 
9066 

9083 
9076 
9190 
9076 

9958 
9170 
9188 
9184 
9941 
9184 
9691 

9398 
9996 
9316 
9319 
9400 
9313 
9654 

9434 
9450 
9450 
9448 
9797 

9581 
9580 
0J76 
9937 


XVk. 


o   « 

73  55 
71  43 
41  17 

40  7 
94  6 


3 

3 

30 

41 


88  42  9 

86  50  27 
56  3  a5 

78  53  7 
92  26  5 

101  56  21 

70  56  40 

50  21  50 
6:)  41  17 
77  22  19 

116  50  3 
85  41  30 
65  23  30 
42  13  0 
48  41  3 
62  30  42 
94  35  3 

100  7  50 
80  6  55 
56  52  47 
34  0  13 

47  59  56 

79  54  II 
126  17  42 

114  9  7 
94  26  3*2 

71  8  46 
31  19  51 
3:3  57  6 
65  37  27 

113  5  18 

108  20  7 
84  59  3 

48  9  5:3 

51  46  33 
too  18  0 

98  24  17 
61  iVi  8 
:W  20  47 

87  55  27 


P.L. 

of 

Diff. 


9117 
9018 
9147 
1901 
1986 

9103 
9001 
9975 
1973 
9011 

9038 
9068 
9006 


9048 

9194 
9160 
9077 
90O4 


9133 
9080 

9974 

9185 


9190 
9537 

9417 
9315 
9333 
9935 
9494 


9679 

9451 
9467 
9467 
9465 
9815 

9506 
9506 
9593 
9954 


xvnifc. 


O  t        ft 

75  46  II 
73  36    9 

43  6  50 
38  13  42 
92  12  45 

90  33  3 
88  44    0 

57  55  13 

76  58  50 
90  32  48 

103  48  56 
72  47  .58 
52  15  15 
61  47  56 
75  30    0 

118  40  26 
87  30  58 
67  15    4 

44  4  8 
46  49  45 
60  40  33 
92  43  45 

101  54  26 
81  55  45 

58  41  9 
32  11  45 
46  12  55 
78  5  42 

124  37  20 

115  52  17 
96  12  10 
72  53  58 
36  4  59 
:32  14  5 
6:3  .52  10 

111  28  0 

no  2  29 
86  41  2 

49  51  52 

50  4  30 
98  43  52 

100  3  17 

6:3  14  9 

;«>  41  43 

86  24  17 


P.L. 

of 

Diff. 


0113 
9019 
9139 
1087 
19M 

9105 
9003 

9079 
1974 
9013 

9046 
9004 
9019 
9016 
9057 

9137 
9179 
9080 
9107 
9101 
9147 
9101 

9200 
9900 

9910 
9915 
9977 
9915 
9553 

9436 
933!I 
3349 
!I359 
9448 
9346 
9M9 

9468 
9484 
9481 
9481 
9833 

9SI9 
9611 
9610 
9970 


XX|h. 


O    «   ft 

77  36  51 
75  29  24 
44  57  0 
:36  19  48 
90  18  42 

92  2:3  .54 
!K)  37  31 
.VJ  46  .55 
75  4  :35 
88  39  34 

105  41  18 
74  39  7 
54  8  31 
.5J>  .54  47 
73  37  54 


20  :30  28 

9151 

89  20    8 

9185 

6S>    6  20 

9101 

45  54  57 

9110 

44  58  47 

9113 

58  50  45 

9161 

JK)  .52  47 

9113 

103  40  42 
8:3  44  12 
<i0  29  8 
30  2:3  40 
44  26  21 
76  17  37 

122  57  20 

117  35  0 

97  .57  2:3 

74  38  46 

37  49  43 

:30  31  :«» 

♦>2  7  17 

109  51  6 

III  44  27 

88  22  :38 
51  33  28 
4H  22  .50 
97  10  7 

101  41  56 
61  52  49 
:i5  3  1 
84  53  27 


P.L. 

of 

Die 


9100 


9118 
1984 
1979 

9100 
9005 
9079 
1977 
9016 

9065 
9101 
9010 
9095 
9065 


1307 
9916 


9931 
9995 

9931 


9457 
9348 


9368 
9475 
9363 
9707 

9486 
9500 

9501 
9497  I 
9850 

9097 


18 


JANUARY,  1895. 


XVII 


GBBBNWIOH  MBAN  TTMK 

LUNAB  DI8TAMCKS. 

• 

:§ 

18 

Vame  and  DlreetloD 
ofOlU«et. 

NOOD. 

P.L. 

of 

DiC 

flTh. 

P.L. 

of 

DiC 

Vlh. 

P.L. 

of 

DiC 

n> 

P.L, 
JHM. 

Pollux 

W. 

103"  20'  14 

964t 

104*58' 15f 

9867 

106  35  5^ 

9871 

loe'^is  i 

9888 

Regiiliifi 

W. 

66  31    8 

t64l 

68    9    7 

9666 

69  46  47 

9670 

71  24    7 

9884 

Sun 

£. 

83  22  58 

3003 

81  52  49 

9019 

80  23*  0 

9034 

78  53  80 

9058 

19 

Regiilus 

W. 

79  26  11 

9751 

81     1  43 

9763 

82  36  59 

9775 

84  11  59 

9788 

Spica 

W. 

25  25    9 

9750 

27    0  43 

9709 

28  36    1 

9774 

30  11    3 

9786 

Sun 

E. 

71  30  38 

3193 

70    2  56 

3137 

68  35  31 

3150 

67    8  22 

3183 

20 

Reffiilus 
Spica 

W. 

92    3  12 

9643 

93:^  44 

9869 

95  10    3 

9863 

96  43    9 

9873 

W. 

38    226 

9M9 

39  36    0 

9869 

41    9  21 

9861 

42  42  30 

9871 

Saturn 

W. 

24  44  21 

9095 

26  14  53 

9981 

27  45  29 

9981 

29  16    6 

9980 

Sun 

E. 

59  56  28 

9995 

58  30  49 

3938 

57    5  23 

3947 

55  40  10 

9959 

21 

Spica 

W. 

50  25  15 

9016 

51  57  15 

9993 

5329    5 

9931 

55    0  45 

9938 

Saturn 

W. 

36  48  51 

9093 

38  19  13 

9997 

39  49  30 

3001 

41   19  42 

9906 

Sun 

E. 

48  37  11 

3300 

47  13  10 

3319 

45  49  30 

3397 

44  25  40 

9337 

22 

Spica 

W. 

62  36  51 

9971 

64    7  40 

9977 

65  ;)8  21 

9983 

67    8  55 

9989 

Saturn 

W. 

48  49  23 

9096 

50  19    8 

3030 

51  48  38 

3034 

53  18    8 

3089 

Sun 

E. 

37  29  55 

3379 

36    7  15 

3388 

84  44  45 

8396 

83  22  24 

9486 

23 

Spica 

W. 

74  40    3 

3014 

76    9  59 

3018 

77  39  49 

3089 

79    984 

9096 

Saturn 

W. 

60  44  22 

3068 

62  13  23 

3001 

63  42  20 

9086 

65  11  13 

9089 

Sun 

E. 

2633    5 

3449 

25  11  44 

3459 

23  50  34 

9489 

22  29  86 

9480 

27 

Sun 

W. 

17  31  11 

3658 

18  50  31 

3646 

20  10    4 

3636 

21  29  50 

3B94 

a  Arietis 

E. 

72  13  57 

3109 

70  45  50 

3101 

69  17  42 

3101 

67  49  34 

9101 

Mars 

E. 

77  30  26 

3983 

76    5  31 

3963 

74  40  36 

3909 

78  15  40 

9969 

Aldebaran 

E. 

103  18  31 

3H8 

101  51  20 

3147 

100  24    7 

3146 

98  56  52 

9143 

28 

Sun 

W. 

28  11    6 

3488 

29  31  44 

3481 

30  52  29 

3475 

82  13  21 

3470 

a  Arietis 

E. 

60  28  38 

3096 

59    0  22 

3094 

57  32    5 

3099 

56    8  46 

9091 

Mars 

E. 

66  10  33 

3969 

64  45  25 

3949 

63  20  14 

3947 

61  55    0 

9944 

Aldebaran 

E. 

91  39  59 

3133 

90  12  29 

3199 

88  44  55 

3197 

87  17  18 

9194 

29 

Sun 

W. 

38  59  17 

3439 

40  20  49 

9433 

41  42  28 

3497 

43    4  14 

9490 

a  Arietis 

E. 

48  41  37 

3080 

47  13    3 

3078 

45  44  27 

3076 

44  15  48 

3074 

Mars 

E. 

54  47  55 

3996 

53  22  17 

3991 

51  56  33 

3917 

50  80  44 

3919 

Aldebaran 

E. 

79  58  16 

3107 

78  30  15 

3104 

77    2  10 

3100 

75  84    0 

3098 

Jupiter 

E. 

98  40  28 

3095 

97  10  46 

3090 

95  40  58 

3015 

94  11    4 

3010 

30 

Sun 

W. 

49  55    6 

3389 

51  17  43 

3374 

52  40  29 

3366 

54    3  25 

3368 

Venus 

W. 

35  27  51 

3489 

36  48  58 

3454 

38  10  13 

3448 

39  31  38 

9438 

Mars 

E. 

43  20    3 

3183 

41  53  33 

3177 

40  26  56 

3189 

39    0  10 

3189 

Al<lebaran 

E. 

68  II  50 

3073 

66  43    7 

3087 

65  14  17 

3089 

63  45  21 

3068 

Jupiter 

E. 

86  39  53 

9981 

85    9  16 

9973 

83  38  30 

9968 

82    785 

9969 

31 

Sun 

W. 

61     0  49 

3306 

62  24  54 

3995 

63  49  11 

3983 

65  13  42 

3979 

Venus 

W. 

46  21  18 

3387 

47  43  49 

3377 

49    6  32 

3365 

50^1  28 

3363 

Aldelmrnii 

E. 

56  19    0 

3099 

54  49  23 

3093 

53  19  39 

3018 

51  49  48 

3013 

Jupiter 

E. 

74  30  34 

9917 

72  58  37 

9909 

71  26  29 

9898 

69  54    8 

9889 

Pollux 

E. 

99    5  18 

9994 

97  33  29 

9913 

96    1  27 

9903 

94  29  12 

9899 

XVIII. 


JANUARY,  1895. 


19 


GBBBMWIOH  MBAN  TIME. 

LUKAB  DISTANCES. 

P.L. 

P.L. 

P.L. 

P.L. 

VMM  and  Direetion 

•roiUMi. 

Midnight 

of 

DiC 

XVh. 

of   * 

XVlUb. 

of 
DUt 

XXlh 

of 
DUL 

IS 

Pollax 

W. 

109  50    7 

90B9 

Iff  2^43 

8713 

11^   3  18 

9797 

111  39  14 

B740 

Regiiluf 

W. 

73    1    8 

9608 

74  37  51 

9719 

76  14  15 

9795 

77  50  22 

9736 

Son 

E. 

77^  19 

3065 

75  5*  27 

3080 

74  26  53 

3005 

72  58  37 

3100 

19 

Refuliw 

W. 

85  46  43 

t7W 

87  21  12 

9611 

88  55  26 

9691 

90  29  26 

9839 

Spica 

W. 

31  45  49 

§796 

33  20  20 

9600 

34  54  36 

9690 

36  28  38 

9691 

Son 

E. 

65  41  29 

3177 

64  14  52 

3186 

62  48  29 

3901 

61  22  21 

3814 

20 

Regius 
Spica 

W. 

96  16    3 

9689 

99  48  45 

9001 

101  21  15 

9900 

102  53  34 

9908 

W. 

44  15  26 

9660 

45  48  10 

9060 

47  20  43 

9606 

48  Sii    4 

9000 

Satumi 

W. 

30  46  44 

9061 

32  17  20 

9068 

33  47  54 

9066 

35  18  24 

9989 

Son 

E. 

54  15  10 

9900 

52  50  22 

3960 

51  25  47 

3960 

50     1  23 

3300 

31 

Spica 

W. 

56  32  16 

9946 

58    337 

9009 

59  34  50 

9060 

61     5  54 

9995 

Satoeii 

W. 

42  49  49 

3000 

44  19  51 

9014 

45  49  47 

3016 

47  19  38 

3099 

Svn 

E. 

43    2  11 

3310 

41  38  52 

3354 

40  15  43 

3303 

38  52  44 

9379 

33 

Spka 

W. 

68  39  21 

9904 

70    9  41 

3000 

71  39  54 

3004 

73  10    2 

3000 

SATumif 

W. 

54  47  32 

3043 

56  16  51 

3047 

57  46    6 

3051 

59  15  16 

9054 

Sun 

E. 

32    0  13 

3413 

30  38  11 

3499 

29  16  19 

3431 

27  54  37 

9430 

23 

Spica 

W. 

80  39  14 

3030 

82    8  50 

3034 

83  38  21 

3037 

85    7  48 

9041 

Satubn 

W. 

66  40    1 

3079 

68    8  45 

3074 

69  37  26 

3076 

71    6    3 

3080 

Son 

E. 

21    8  ^ 

9404 

19  48  19 

3506 

18  28    4 

3590 

17    8    9 

3548 

27 

Son 

W. 

22  49  48 

3615 

24    9  55 

3507 

25  30  11 

3500 

26  50  35 

9404 

aArieda 

E. 

66  21  25 

3100 

64  5.)  15 

3000 

63  25    4 

3006 

61  56  52 

9008 

Mabs 

E. 

71  50  42 

3900 

70  25  43 

3956 

69    0  42 

3958 

67  35  39 

9953 

Aldebaran 

E. 

97  29  34 

3141 

96    2  14 

3139 

94  34  52 

3137 

93    7  27 

3134 

28 

Son 

W. 

33  34  19 

3403 

34  55  24 

3456 

36  16  35 

3459 

37  37  53 

3448 

aArieda 

E. 

54  35  25 

3080 

5:3    7    2 

3067 

51  38  36 

30(6 

50  10    8 

3069 

MAaa 

E. 

60  29  4.3 

3941 

59    4  22 

3Bn 

57  38  57 

3934 

56  13  28 

3831 

Aldebaran 

E. 

85  49  37 

3190 

84  21  52 

3116 

82  54    4 

3114 

81  26  12 

9111 

29 

Son 

W. 

44  26    8 

9413 

45  48  10 

3400 

47  10  20 

3306 

48  32  3!) 

3391 

oArietia 

E. 

42  47    7 

3079 

41  18  2:3 

3000 

39  49  36 

3066 

:38  20  47 

3065 

Maes 

E. 

49    4  49 

3007 

47  38  48 

3901 

46  12  40 

3105 

44  46  25 

3160 

Aldebaran 

E. 

74    5  45 

3091 

72  37  25 

3067 

71     8  59 

3069 

69  40  27 

9078 

JOFITSa 

E. 

92  41    4 

3005 

91  10  57 

9900 

89  40  43 

9903 

88  10  22 

9067 

90 

Sun 

W. 

55  26  32 

3347 

56  49  49 

3330 

58  13  17 

9397 

59  36  57 

9317 

VsNIfS 

W. 

40  53  12 

3496 

42  14  57 

3418 

43  36  53 

3408 

44  59    0 

3300 

Mars 

E. 

37  33  15 

3155 

36    6  12 

3147 

:M  38  59 

3139 

33  II  37 

9131 

Aldelmran 

E. 

62  16  18 

3069 

60  47    9 

3046 

59  17  53 

3040 

57  48  30 

3034 

JUFITKR 

E. 

80  36  31 

9059 

79    5  18 

9043 

77  33  54 

9935 

76    2  19 

9997 

31 

Bon 

W. 

66  38  26 

3950 

68    325 

3947 

69  28  38 

3935 

70  54    6 

3991 

Vtwoi    • 

W. 

51  52  38 

3341 

53  16    2 

3399 

54  39  40 

3315 

56    3  34 

3309 

Aldebamn 

E. 

50  19  51 

3007 

48  49  47 

3009 

47  19  37 

9907 

45  49  21 

9099 

JopiTBa 

E. 

68  21  a5 

9679 

66  48  49 

9608 

65  15  49 

9857 

6:)  42  35 

9848 

Pollux 

E. 

92  56  44 

9669 

91  24    2 

9670 

89  51     5 

9660 

88  17  54 

9647 

20 


FEBRTTAET,  1895. 


r. 


AT  GEBESWICH  APPABEST  JTOON. 


S 


Frid. 

suy, 

>fon. 
Tnes. 
WM, 

Thar. 
Piid. 
Sat. 

.\r<)n. 

.  Tues. 

I 

I  Weil. 
Thnr. 

Fria. 

8at. 

suy. 

Mon. 


a 
5 


1 
2 
3 

4 
5 
6 

7 
8 
9 

10 
H 
12 

VA 
14 
15 

16 
17 

18 

i  TiieH.  19 
Wed.  '20 
Thur.   21 


Frid. 
Hat. 

sijy, 

Mon. 
Tries. 

Wed. 


22 
23 
24 

25 
•2« 
27 


Thur.   28 
Frid.     29 


THE  aUSTS 


Appsraot 


h       tn        a 

20  59  36.36 

21  3  40.12 
21     7  43.64 

21  II  46  02 

21  15  47.57 

21  19  48.29 

21  23  48.19 

21  27  47.28 

21  31  45  57 

21  35  43.07 

21  30  39.80 

21  43  35.76 

21  47  30.97 

21  51  25.45 

21  55  19.20 


Dfftfor 
I  Hoar. 


21 

22 
•22 

22 
22 


59 
3 

6 

10 
14 

18 


22  22 
22  26 

'22  29 


12.24 
4.59  j 
56.25 

47.24 

27-25  I 

1 

16.30 

4.T2' 
52,53 


22  33  39.75 

'22  37  26.38 

22  41  12,44 

22  44  57.94 

22  48  42.91 


10.187 
10.152 
10.117 

lO.O^i 
10.047 
10.013 

9.J>79 
9.IM5 
9.DI2 

9.860 

9.1^48 
9.816 

9.785 
9.755 
9.7« 

9.606 
9.««7 
9.609 

9.611 
9.r>84 
9..T57 

9.531 
9.506 
9.180 

9.455 
9.4:n 
9.408 

9.;te5 
9.3b^i 


7 


## 


5     1.3 

6  ^  46.1 
6  30  13.4 


OHEfer 

1 


+42.76 
44.22 


6  12  23.6  '  +44..»2 
5  54  17.2!  45.61 
5  35  54.5,    W.£T 


5  17  16.0    +4tS.9^ 

4  58  22.1  I    47.56 

4  39  13J2      48.18 

4  19  49.6  I  +4H.7» 

4    0  11.7  j    411.37 

3    10  20.0       49.94 


3  '20  14.8 .  +50.49 
2  59  56.5;  51.03 
2  39  25.6      31.55 


2  18  42.3 
1  57  47.1 
1  X  40.4 


+52.05 
5^.54 

5:s.0i 


1  15  22.7  +53.44J 
0  53  54.3  53.89 
0  32  15.7      54  31 


10  10  27  3,  +54.71 
9  48  29.5  !  55.09 
9  '26  22.7  I    55.45 

i 

9     4     7.5    +.M.::*0 
8   41    44.2'     56.13 

8  19  iaj;i     56.44 

7  56  35.1    +56.ri 
S.    7  33  50.1    +57.01 


It 


6  16J)2 
6  15.88 
6  15.rj 

6  15.58 
6  15.42 
6  15.26 

6  15.09 
6  14.92 
6  14.74 

6  14  56 
6  14.37 
6  14.18 

6  13.98 
6  13.78 
6  13.57 

6  13.36 
6  13.15 
6   12.93 

6  12.71 
6  12.49 
6   12.26 

6  12.04 
6  11-81 
6   11-58 

6  11.35 
6  11.12 
6   10.N8 

6  10.65 
6  10.41 


TSsmoi 


68.26 
68.15 
68.03 

67.92 
67.80 
67.68 

67.57 
67.46 
67.35 

67.24 
67  13 
67.02 

66.91 
66.80 
66.70 

66.60 
6i>.50 
66  40 

66.30 
66.20 
66. 1 1 

66.02 
65.93 
65.84 

65.75 
65.67 
65.59 

65.51 
65.44 


xa  b» 


TioM. 


m 


13  48.41 

13  55.89 

14  2.54 

14  8.3$ 
14  13.33 

14  17.48 

14  2».81 
14  23.34 
14  25.07 

14  26.01 

14  26.18 
14  25.59 

14  24.25 

14  22.18 
14  19.38 

14  15.88 
14  11.68 
14    6.80 

14  1.25 
13  5504 
13  48.18 

13  40.70 
13  32.59 
13  23.87 

13  14.56 
13  4.66 
12  54.20 

12  43.17 
12  31.62 


Dm. 

I 


0.399 
0.£H 


XoTK.— rbe  meaa  timo  of  vraiidiamecer  pa— ing  may  be  found  by  ^uocracuoi:  >*  IS  trom  the  ^iderottl  tiiae. 
Tb(t  flifcn  •+-  prntlxwi  to  the  bonrir  ctuui^of  ibHrlLnadun  imiifiattfa  ihi^t  4011th  •ieciliudoa*  »r« 


0.924 

a.  190 

0.156 


I 


0.1 

0.089 

0.« 


§.0«3 
0.009 
0. 


0.071 
0.101 
0.131 

O.IOO 
0.189 
0.tl7 

0.945 
O.iT* 
0.999 

a.39S 
0.360 
0..T75 

0.400 
0.494 
0.448 

0.471 
0.4^3 


J 


n. 


FEBRUARY,  1895. 


21 


- 

AT  GREENWICH  MEAN  NOON. 

# 

• 

THE  SUN'S 

i 

1 

5 

1 

• 

e 

t 

XqiwUoD  of 

Tine, 

to  be 
Snbtraeted 

ftWMk 

MeenTine. 

Din:  for 
1  Honr. 

SidereAl 

Time, 

or 

Rl|Cbt  AureDslon 

of 

Mmui  Sitn. 

Apparrat 
RlirhtAMenslon. 

DUr  for 
1  Hour. 

AppATMit 
DeolinAtlon. 

DUtfor 
1  Hoar. 

Frid. 

Sat. 

SUlf. 

1 

2 
3 

h      m       « 

20  59  34.02 

21  3  38.07 
21     7  41.28 

• 
10.186 

10.151 

10.116 

S.  17     5  1 L2 
16  47  56.2 
16  30  23.8 

+42'!75 
43.49 
44.21 

13  48*33 

13  55.82 

14  2.48 

e 
0.330 

0.295 

0.260 

li      m       11 

20  45  45.69 
20  49  42.24 
20  53  38.80 

Hon. 
Taee. 
Wed. 

4 
5 
6 

21   11  43.65 
21   15  45.19 
21   19  45.91 

I4).06^ 
10.047 
10.013 

16  12  34.2 
15  54  28.0 
15  36     5.6 

•M4.9I 
45.60 
46.27 

14    8.29 
14  13.28 
14   17.44 

0.225 
0.191 
0.156 

20  57  35.36 

21  1  31.91 
21     5  28.47 

Thar. 
Prid. 
Sat. 

7 
8 
9 

21  23  45.80 
21  27  44.90 
21  31  43.19 

9.079 
9.946 
9.913 

15  17  27.4 
14  58  33.6 
14  39  24.8 

-H6.92 
47.55 
48.17 

14  20.78 
14  23.32 
14  25.05 

0.122 
0.089 
0.056 

21     9  25.02 
21    13  21.58 
21   17   18.14 

8uy. 

Moo. 
Taea. 

10 
11 
12 

21  35  40.69 
21  39  37.43 
21  43  33.40 

9.880 
9.848 
9.817 

14  20     1.4 
14     0  1^3.7 
13  40  32.1 

+48.77 
49.36 
49.93 

14  26.00 
14  26.18 
14  25.60 

0.024 
O.OOHi 
0.040 

21  21    14.69 
21  25  11.25 
21  29    7.80  1 

Wed. 
Thor. 
Frid. 

13 
14 
15 

21  47  2862 
21  51  23.11 
21  55  16.88 

9.786 
9.755 
9.725 

13  20  27.0 
13    0    8.8 
12  39  38.0 

+50.49 
51.03 
51.54 

14  24.26 
14  22.20 
14  19.41 

0.071 
0.101 
0.131 

21  33     4.36 
21  37     0.91 
21  40  57.47  \ 

Sat. 

SUIT. 

Mod. 

16 
17 
18 

21  59    9.94 

22  3    2.30 
22    6  53.98 

9.696 
9.667 
9.639 

12  18  54.7 
11  57  59.6 
11  36  53.0 

+52.04 
52.54 
53.01 

14  15.92 
14  11.72 
14     6.85 

0.160 
0.189 
0.217 

21  44  54.02 
21  48  50.58 
21  52  47.13 

Taes. 
Wed. 
Thar. 

19 
20 
21 

22  10  44.99 
22  14  35.34 
22  18  25.05 

9.612 
9.585 
9.558 

11  15  35.3 
10  54     6.9 
10  32  28.3 

+53.46 
53.89 
54.31 

14     1.30 
13  55.10 
13  48.25 

0.245 
0.272 
0.299 

21  56  43.69  ' 

22  0  40.24 
22     4  36.80 

Frid. 

Sat. 

BUK. 

22 
23 
24 

22  22  14.12 
22  26    2.58 
22  29  50.42 

9.532 
9.506 
9.481 

10  10  39.8 
9  48  42.0 
9  26  35.2 

+54.71 
55.10 
65.47 

13  40.77 
13  32.67 
13  23.96 

0.325 
0.350 
0.375 

22    8  33.35 
22  12  29.91 
22  16  26.46 

Mod. 
Taeiu 
Wed. 

25 
26 
27 

22  33  37.66 
22  37  24.32 
22  41   10.42 

9.456 
9.432 
9.409 

9    4  19.9 
8  41  56  5 
8  19  25.4 

+55.81 
56.13 
56.44 

13  14.65 
13     4.75 
12  54.29 

0.400 
0.424 
0.447 

22  20  23.02  , 
22  24   19.57 
22  28  16.12 

Thar. 
Frid. 

28 
29 

22  44  55.96 
22  48  40.95 

9.386 
0.364 

7  56  47.2 
S.    7  34    2.1 

+56.73 
+57.01 

12  43.28 
12  31.72 

0.470 
0.492 

22  32   12.68 
22  36     9.23 

1 

!ffOT«.~Tlie» 

TiM* 

■TO  44 

•aidiAmetar  for  aw 
iini  +  preAsed  lo  th 

lOBoonm 
0  hoariy  o 

%y  be  Msaaad  the  Mine  m  the 
hMigeof  deoUnatloa  iDdicAtee 

i  for  eppAreot  n 
that  eoath  declii 

oon. 
aatione 

DUf.  for  1  Hour,    ■ 

-f-9».8:><M. 

(Table  IIL) 

22 


FEBRUAET,  1 


AT  6BBENWI0H  MEAN  NOOK. 


I 


1 
2 
3 

4 
5 
6 

7 

9 

10 
11 
12 

19 
U 
16 

1« 
17 
16 

18 
20 
21 

22 

2;i 

21 

26 
26 
27 

28 

2U 


« 


I 


82 
dd 
34 

35 
36 
37 

38 
30 
40 

41 
42 
43 

44 

46 
4« 

47 

4IJ 
40 

60 
61 
62 

63 

64 
65 

66 
67 
M 
69 

60 


THE  8UIP8 


T&U£  LONQITUOX. 


312  26  49.1 

313  26  40.6 

314  27  30^ 

316  28  19.6 

316  29  6.7 

317  29  62.6 

318  30  36.8 

319  31  19.6 

320  32  1.1 

321  32  41.2 

322  33  20.0 

323  33  67.6 

324  34  33.8 
326  36  8.8 

326  36  42.6 

327  36  16.1 

328  36  46.3 

329  37  16.4 

330  37  46  1 

331  38  12.6 

332  38  38.4 

333  30  2  9 
331  39  26.8 
336  39  47.1 

336  40  6.7 

337  40  24.4 
3:i8  40  40.4 
3;i9  40  54.4 

340  41  6  4 


26  41.7 

26  83.1 

27  28.1 

28  11.7 

28  68.7 

29  44.4 

aO  28.6 
31  11.2 

31  62.6 

32  32.6 

33  11.2 

33  48.6 

34  24.6 
34  69.6 
36  33.2 

36  66 

36  36.6 

37  6.6 

37  36.2 

38  2.4 
38  28  2 

38  6"^  6 

39  16  3 

39  36.6 

89  66.0 

40  13.6 
40  29  6 
40  43.3 

40  66.2 


UCIar 
1 


&S.I8 

&iM 

69.00 

51.88 

5I>S 
&I.76 
61.70 

51.64 
51. &9 

51.49 
51.44 
51.38 

51.33 
51.98 
51. '2:1 

51.17 
51.11 
51.05 

50.99 
50.9*i 
00.85 

50.78 
50.70 
50.6)2 
50.54 


150.45 


+  0.38 
0.43 
0.50 

+  0.66 
0.66 
0.64 

+  0.49 
0.41 
0.32 

+  0.20 
+  0.08 
^OM 

-0.19 
0.81 
0.42 

-  0.50 
0.66 
0.69 

-  0.59 
0.66 
0.61 

-  0.42 
0.31 
0.19 

-0  07 

+  0.07 

0.20 

0.31 

+  0.41 


•fite 


9.9987165 
9.9937804 
9.9988462 

9.9989441 
9.9989841 
9.9940562 

9.9941807 
9.9942074 
9.9942865 

9.99486T9 
9.9944516 
9JM5874 

9.9946255 
9.9947155 
9.9948075 

9.9949011 
9.9949965 
9.9950932 

9.9951913 
9.9952904 
9.9953906 

9.9954916 
9.9955933 
9.9966958 

9.9957989 
9.9969025 
9.9960071 
9.9961120 

9.9962178 


27.1 

29.6 
30.5 

411.5 
3ltS 
33^ 

434.3 

35.3 


437.1 
37  J) 
36.7 

439.4 
40.0 
40.6 

441.1 
41.5 
41.9 

442.3 
42.6 
42.9 

443.1 
43.4 
4X6 
43.9 

444.2 


Muis  —  rUtt  numliura  In  piitumn  1  <niitvi«|mm4  !•  Ih«  lni«  •^vlaoc  of  th«  dftt«t  la  1H^'^^*^  V  to 


fc      m       i 

8  18  42.49 
8  9  46.58 
8    5  50.67 

8  1  54.76 
S  57  58.85 
2  54    2:94 

2  50  7.08 
2  46  11.12  I 
2  42  1&J21   j 

2  38  19.30  i 
2  84  23.39  ' 
2  80  27.48 

2  26  31.57 
2  22  35.66 
2  18  39.75 

2  14  43.84 
2  10  47.94 
2  6  62.03 

2  2  56.12 
1  59  0.21 
1  55  4.30 

1  51  8.39 
1  47  12.48 
1  43  16.57 


1  39  20.66 
1  36  24.76 
1  31  28.85 
1  27  32.94 

1  23  37.03 


DULinrl  Hov. 


(TiUen.) 


IV. 


FEBRUARY,  1895. 


23 


6BEENWI0H  MEAN  TIME. 

4 
1 

• 

THE  M00N»8 

8IMIDIAMITIR. 

HORIZONTAL 

PARALLAX. 

UPPRKTRAN8IT. 

AQR 

H^ 

lOdnfcbi. 

Noon. 

Diff.  for 
IHoor. 

MtdBigfat. 

Diff.  for 
1  Hoar. 

MeridiM  of 
Oreenwieh. 

DIff.   for 
1  Hour. 

Noun. 

1 

3 
8 

15  12'!3 
15  24.2 
15  38.0 

15  18!0 
15  30.8 
15  45.4 

55  4L3 

56  25.1 

57  15.7 

1.97 
9.23 

56'    2'3 

56  49.6 

57  43.1 

4-1.83 
2.11 

2.:^ 

h       m 

4  50.2 

5  36.0 

6  26.6 

ni 

i.8:i 

2.00 
2.22 

.1 

6.6 
7.6 

8.6 

4 
6 
6 

15  53.1 

16  8.6 
16  23.3 

16    0.9 
16  16.1 
16  29.8 

58  11.3 

59  8.3 

60  2.1 

.+2.37 
2.33 
2.09 

58  39.9 

59  35.9 

60  26.1 

-••2.38 
2.24 

1.88 

7  22.7 

8  24  0 

9  28.8 

2.45 
2.65 
2.69 

96 
10.6 
11.6 

7 
8 
9 

16  35.5 
16  43.8 
16  46.9 

16  40.2 
16  46.0 
16  46.3 

60  47.1 

61  17.4 
61  28.9 

•M.60 

0.89 

-H).05 

61     4.4 
61  25.7 
61  26.8 

•fl.26 
+0.47 
-0.39 

10  33.9 

11  362 

12  31.3 

2.67 
2.51 
2.3:1 

12  6 
13.6 
14.6 

10 
11 
IS 

16  44.4 
16  36.5 
16  24.4 

16  41.0 
16  30.9 
16  17.3 

61   19.6 
60  50.7 
60    6.4 

•-0.8I 
1.55 
2.09 

61     7.4 
60  30.2 
59  40.1 

-1.20 
1.85 
2.27 

13  28.2 

14  19.0 

15  7.9 

2.17 
2.07 
2.02 

15.6 
166 
17.6 

18 
14 
15 

16    9.6 
15  53.7 
15  38.1 

16     1.7 
15  45.8 
15  30.7 

59  12.0 
58  13.6 
57  16.2 

-2.38 
2.44 
2.31 

58  43  0 
57  44.5 
56  49.1 

-2.43 
2.39 
2.20 

15  56.3 

16  45.5 

17  36.0 

2.03 

•2.07 

2.14 

18.6 
19.6 
20.6 

16 
17 
18 

15  23.7 
15  11.4 
15     1.3 

15  17.3 
15    6.0 
14  57.2 

56  23.5 
55  38.0 
55     1.0 

-2.06 
1.72 
1.35 

55  59.7 
55  18.4 
54  45.9 

-1.90 
1.54 
1.17 

18  28.^ 

19  21.2 

20  14.4 

2.20 
2.22 
2.19 

216 
22.6 
23.6 

19 
90 
21 

14  53.6 
14  48  3 
14  45.1 

14  50.7 
14  46.4 
14  44.2 

54  32.9 
54  13.2 
54     1.4 

-1.00 
0.65 
0.34 

54  22.0 
54     6.4 
53  58.2 

-0.82 

0.49 

-0.20 

21     6.2 

21  55.7 

22  42.4 

2.12 
2.01 

1.89 

24.6 
25  6 
26.6 

22 
23 
24 

14  43.7 
14  44.1 
14  45.9 

14  43.7 
14  44.8 
14  47.3 

53  56.5 

53  57.8 

54  4.5 

-0.07 

+0.17 

0.38 

53  56.5 

54  0.5 
54     9.6 

+0.05 
0.28 
0.48 

23  26.4 

6 
0    8.0 

1.78 
1.70 

27.6 
28.6 
29.6 

25 
26 

27 

14  49.0 
14  53.4 
14  59.1 

14  51.1 

14  56.1 

15  2.4 

54  16.0 
54  32.1 
54  53.0 

f0.&8 
0.77 
0.97 

54  23.5 

54  42.0 

55  5.3 

+0.67 
0.87 
1.08 

0  48.1 

1  27.6 

2  7.5 

1.65 
1.65 
1.69 

0.8 
1.8 
28 

28 
29 
30 
31 

15    6.2 
15  14.6 
15  24.6 
15  35.9 

15  10.2 
15  19.4 
15  30.1 
15  42.1 

55  18.9 

55  50.1 

56  26.6 

57  8.3 

-^1.19 
1.41 
1.63 
1.83 

55  33.8 

56  77 

56  46.9 

57  30.8 

+1.30 
1.52 
1.74 
1.91 

2  49.0 

3  3:)  2 

4  21.3 

5  14.0 

1.78 
1.91 
2.10 
2.30 

38 

4.8 
5.8 

6.8  ; 

1 

S3 

15  48.4 

15  54.9 

57  54.2 

4-1.97 

58  18.1 

+2.00 

6  11.5 

2.49 

7.8  , 

< 

24 


FEBRUARY,  1895. 


QBJSBSWIOH  MEAS  TIME. 


TOE  MOOirS  SIGHT  ASCEH8IOV  AXD  DBCUHATIOH. 


IMC 


IMAISBr 


0 

1 
z 

4 

5 

6 

7 

6 

9 

10 

11 

12 

13 

14 

IS 

l« 

17 

18 

^ 
21 
22 
23 


0 
I 
2 

a 

4 

(J 
7 
8 
9 
10 
II 
12 
13 
M 
15 
16 
17 
18 
19 
20 
21 
22 
23 
24 


I 


I 


FRIDAY  1. 


h     m 

I  27 
I  29 
I  SI 
1  33 

1  as 

I  37 

1  ai 

1  40 
1  42 
44 

46 
48 
SO 
S2 
i  SI 
I  S5 
S8 
0 


I 
I 
I 
I 
I 


i 

2 
2 
2 
2 
2 
2 
2 


2 
4 

6 

8 

10 

12 


28:27 

23.13 

18^10 

13,79 

9J0O 

S74 

2JiO 

5&M 

S6.I5 

s:ij&4 

SL48 

49>38 
48.24 
47  J  7 
46-47 
46JS 
46^1 
46j66 
47Ji0 
4873 

S2.42 
SIJ88 
57.75 


isin 

1. 

I. 


N. 


I. 
1. 
I. 

UMM 
IJ60 

1.97fl 
IJ978 


90107 


tjotn 

9JB3n 


N. 


§ 

2 
2 
2 
3 
3 
3 
3 
3 
4 
4 
4 
4 
5 
5 
5 
5 
5 
6 
6 
6 
6 
7 
7 


10    li 
23  47.1 

37  27.6 
51     5^ 

4  41.7 
18  15.1 
31  46J0 
45  11.4 
58  40.1 

12   ai 

25  23.4 

38  40.8 
51  55.3 

6.8 
15.3 
20.7 
44  22il 
57  21.8 
10  17.3 
23  9.4 
35  58.0 
48  43.1 
I  24.5 
14    2.2 


5 
18 

31 


SATURDAY  2. 


2 
2 
2 
2 
2 
2 
2 
2 


15 
17 
19 
21 
23 
25 
27 
2!^ 


2  31 
2  r« 
2:i5 

38 
40 
42 
41 

4(i 
48 
2  51 


2 
2 
2 
2 
2 
2 


2 
2 
2 
2 
3 

a 

3 


55 

57 

59 

2 

4 

6 


1.04 
4.75 

vun 

18.49 
2:*.J»5 

29J^J 

;w.22 
43.orj 
5o;jo 
58.o;< 

6.24 
14.9*^ 

24.08 

;«.7i 

51.12 
5/»l 

I7.0!» 
21^.17 
41.75 
54.84 
8.43 
2^^M 
:J7.I4 


«.0f>H3 
9X1656 

9jo:w 

9W7S 
S.4M7 
9.10» 
3.1007 
91173 
9.1950 
9.1398 
9.1407 
9.146(7 
9.1560 
9.1645 
9.17*^6 
9.1'»7 
9.1H80 
9.1979 
9.9055 
9.91 3» 
9.3923 
3.9307 
9.2:102 
9.0477 


N.17 
17 
17 
18 
18 
18 
18 
18 
19 
19 
19 
19 
19 
20 
20 
20 
20 
20 
21 
21 
21 
21 
21 
21 

N.22 


26  36.0 

39  5.9 

51  31.9 

3  53.9 
16  11.7 
28  25.3 

40  34.6 

52  39J> 

4  39il 
16  35.7 
28  26i^ 
40  13.3 
51  54i^ 

3  31.6 
15  3.3 
26  29.8 
37  51.1 
49  7.2 

0  17.8 
II  22.9 
22  22.5 
33  16.4 
44  4.5 
54  46.7 

5  2:3.0 


i3jtn 

13.577 


IX4M 
13.451 
13.406 
13.361 
13.314 
13.916 
13J917 
13.167 
1X116 
I3J063 
13.000 
19JS3 
19.8B7 
19.830 
19.781 
19.791 
19.050 
ltJ06 


9.531 
9.406 
9.400 


9.191 
9.118 
9.044 
1.968 
1.809 
1.813 
1.733 
1.659 
1.570 
1.485 
1.399 
I.3I9 
1.993 
1.131 
1.039 
04H6 
0.850 
0.759 
0.6M 
0.554 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 
1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


SUNDAY  8. 


h 

3 
3 
3 
3 
3 
3 
3 
3 
3 
3 


6 
8 
11 
13 
15 
17 
20 
22 
24 
27 
3  29 
3  31 
34 
:)6 
38 
41 
43 
3  46 
3  48 
3  50 
53 
55 
58 
0 


3 
3 
3 
3 
3 


3 
3 
3 
4 


37.14 

7.90 
24.06 
4a74 
57.94 
15.67 
31.92 
52L70 
12.00 
31.83 
52.19 
13.09 
34.52 
56.48 
18.97 
41.99 

5.55 
29.64 
54J26 
19.41 
45.09 
11.30 
38.04 


I 


9J9737 
9j9n4 

9.9011 


I 


9L3I73 
9J.61 


9J3616 


9.3971 
9.4059 
9.4147 


9.4419 
9.4500 


22 
22 
22 
22 
22 
23 
23 
23 
23 
23 
23 
24 
24 
24 
24 
24 
24 
24 
25 
25 
25 
25 
J«J25 


5  23.0 

15  53.2 
26  17.2 
36  34i» 
46  46.21 
56  51  J)  i 

6  49.2 

16  40;7 
26  25.4 

36  a2 

45  34.0 
51  57.7 
4  14.1 
13  2:i.2 
22  24.8 
31  18.9 
5.3 
4:t9 
14.7 
37.5 
13  52.1 
21  58.5 
29  56.6 

37  46.3 


40 

48 

57 

5 


MONDAY  4. 


4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
5 
5 


3 
5 

8 
10 
12 
15 
17 
20 
2:J 
25 
28 
30 
33 

a5 

38 
40 
43 
46 
48 
51 
53 
56 
59 
1 
4 


5.30 
;».09 

1.40 
30.22 
59.56 
29.41 
59.77 
30.63 

2.00 
33.87 

6.24 
39.09 
12.43 
46.25 
20.54 
55.31 
30.54 

6.22 
A2.m 
18.95 
55.97 
33.42 
11.30 
49.59 
28.29 


9.4586 

t.4675 
9.4761 
9.4847 
9.4939 
9.5017 
9.5109 
9.5186 
9.5970 
9.5353 
9.5435 
9.5516 
9.5597 
9^^676 
2.5755 
9.5833 
9.5909 
9.5985 
9.6061 
9.6134 
9.6906 
9.®77 
9.6347 
9.6416 
9.6483 


N.25 
25 

26 
26 
26 
26 
26 
26 
26 
26 
26 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
N.28 


45  27.4 
52  59.9 

0  23.6 
7  38.4 
14  44.2 
41.0 
28.6 
6.9 
35.7 
55.0 
4.7 
4.6 
54.7 
34.8 
4.9 
22  24.8 
27  34.5 
:«  3:3.8 
37  22.6 
42    0.8 

46  28.4 
50  45.2 
54  51.2 
58  46.2 

2  30.2 


21 

28 

a5 

41 
47 
54 
0 
5 
II 
17 


10.564 

10.458 

10.948 

10.949 

10.134 

10U195 

0.914 

9.809 

9.688 

9.579 

9.454 

9.334 

0.919 

0.080 

6.964 

8.837 

&706 

8.578 

a447 

8.319 

8.175 

8.037 

7.808 

7.757 


7.613 

7.468 

7.391 

7.172 

7.092 

6.870 

6.716 

6359 

6.401 

6.949 

6.080 

5.917 

5.752 

5.585 

5.417 

5.947 

5.075 

4J901 

4.725 

4.548 

4.370 

4.190 

AMQ 

3.825 

3.641 


VI. 


FEBRUARY,  1895. 


25 


GBBBNWIOH  IIBAK  TDCB. 

THE  MOON'S  RIOHT  ASCENSION  AND  DECLINATION. 

Hoar. 

BIf b  t  A^««iMtoo. 

DUtfor 
1  Hinate. 

DeottiiAtkni. 

DUtfor 
llfliinte. 

RlfhtAaeanaloa. 

Diftfor 
llCiniite. 

DeoUiMtloii. 

Dlff.  for 
1  Mionte. 

TC 

FESDA 

T  6. 

THURSDAY  7. 

li     m      • 

• 

1             O        »        It 

tt 

h     m      11 

• 

1                  O            0             II 

II 

0 

5    4  28.09 

9.6463 

N.28    2  30.2 

2M\ 

0 

7  16   :«.I5 

9.7583 

N.27    4  10.4 

6.958  ! 

1 

5    7    7.39 

9.6M9 

'^    6    3.1 

3.454 

1 

7  18  48J>7 

9.7566 

26  57  48.7 

6.466  1 

2 

5    9  46.88 

9.8614 

28    9  24.7 

3.966 

2 

7  21  33.82 

9.7597 

26  51  14.5 

6.679 

3 

5  12  2a76 

9.6677 

28  12  a5.0 

3UW7 

3 

7  24  18.90 

9.7497 

26  44  28.0 

6.877 

4 

5  15    7.01 

9.6739 

28  15  33.9 

9.888 

4 

7  27    :}.79 

9.7466 

•  26  37  2!>.2 

7.089 

5 

5  17  47.6:} 

9.6799 

28  18  21.3 

9MA 

5 

7  29  48.49 

9.7433 

26  30  18.1 

7.987 

6 

5  20  2860 

9.6857 

28  20  57.2 

9.501 

6 

7  30  30.99 

9.7398 

26  22  54.7 

7.491    , 

7 

5  23    9.J« 

9.6815 

28  23  21.4 

9.906 

7 

7  a'S  17.27 

9.7369 

26  15  19.2 

7.699 

8 

5  25  51.58 

9.6970 

28  25  XU) 

9.110 

8 

7  :I8     1.33 

9.7393 

26    7  31.7 

7.899  ; 

9 

5  28  33.56 

9.7(ME3 

28  27  34.6 

1.913 

9 

7  40  45.15 

9.7983 

25  59  32.2 

8.091    \ 

10 

5  31   15.86 

9.7075 

28  29  2:).5 

1.715 

10 

7  43  28.73 

9.7949 

25  51  20.8 

8.^289 

II 

5  33  58.46 

9.7195 

'^8  31     0.4 

1.515 

II 

7  46  10.05 

9.7198 

25  42  57.5 

6.486 

12 

5  36  41.36 

9.7174 

28  32  25.3 

1J)I4 

12 

7  48  55.11 

9.7154 

25  34  22.5 

8.681 

13 

5  39  24.55 

9.7991 

28  33  38.1 

1.119 

13 

7  51  37.90 

9.7108 

25  25  a5.8 

8.875 

14 

5  42    8.01 

9.7*365 

28  34  38.8 

0.910 

14 

7  54  20.41 

9.7061 

25  16  37.5 

9.067 

15 

5  44  51.73 

9.7307 

28  a5  27.3 

0.706 

15 

7  57    2.63 

9.7019 

25    7  27.7 

9.958 

16 

5  47  a5.70 

9.7349 

28  36    3.5 

0.501 

16 

7  59  44.55 

9.6969 

24  58    6.5 

9.448 

17 

5  50  i9.<.)2 

9.7380 

28  36  27.4 

0.996 

17 

8    2  26.17 

9.6910 

24  48  ai9 

9.637 

18 

5  53    4.37 

9.7496 

28  m  38.9 

-••0.089 

18 

8    5    7.47 

9.6857 

24  :«  50.1 

9.89:1   ! 

19 

5  55  4!».03 

9.7461 

28  m  38.0 

-0.119 

19 

8    7  48.45 

9.6803 

24  28  5,5.0 

10.007   1 

20 

5  58  J«.90 

9.7494 

28  m  24.6 

0.397 

20 

8  10  29.11 

9.6749 

24   18  49.3 

10.190  1 

21 

6     1   18.96 

9.7SS6 

28  35  58.8 

0.535 

21 

8  13    9.44 

9.66D3 

24    8  32.4 

10.379  ' 

23 

6    4    4.21 

9.7555 

28  35  20.4 

0.745 

22 

8  15  49.43 

9.6836 

23  58    4.7 

10.551     ; 

23 

6    6  49.62 
WBl 

9.7589 

)NE8L 

N.28  34  29.4 
)AY  6. 

0J)66 

23 

8  18  09.07 
F 

9.6577 

BIDA! 

N.23  47  263 

Z  8. 

10.798 

0 

6    9  a5.l9 

9.7607 

N.28  33  25.7 

1.167 

0 

8  2i    8.36 

9J6I8 

N.23  36  37.3 

15.904 

I 

6  12  20.90 

9.7630 

28  32    9.4 

1.378 

1 

8  23  47.2S) 

9.6458 

23  25  37.8 

11.078  ; 

2 

6  15    6.75 

9.7699 

28  30  40.4 

1.590 

2 

8  26  25.86 

9.6397 

23  14  27.9 

11.950 

3 

6  17  52.72 

9.7670 

08  28  5*^.6 

1.809 

3 

8  29    4.06 

9.6336 

23    3    7.8 

11.490 

4 

6  20  38.7!) 

9.7686 

28  27    4.1 

9.015 

4 

8  :)t  41.88 

94(973 

22  5137.5 

11.588  ) 

5 

6  2:i  24.95 

9.7701 

28  24  56.8 

9.997 

5 

8  34  19.33 

9.0910 

20  :»  57.0 

11.755  ; 

6 

6  26  1 1.20 

9.7713 

28  22  36.8 

9.440 

6 

8  :)6  56.40 

9.6146 

22  28    6i) 

11.919 

7 

6  28  57.51 

9.7793 

28  20    4.0 

9.654 

7 

8  39  33.08 

9.6081 

22  16    6J> 

19.081 

8 

6  31  43.88 

9.7739 

28  17  18.3 

9.868 

8 

8  42    9;l7 

9.6016 

22    3  57.2 

19.949 

9 

6  34  30..30 

9.7738 

28  14  19.8 

34M9 

9 

8  44  4.5.27 

9.5950 

21  51  37.9 

19.390 

10 

6  37  16.74 

9.7749 

28  11    8.5 

3.905 

10 

8  47  20.77 

9.5883 

21  39    9.3 

19.554 

11 

6  40    3.20 

9.7744 

28    7  44.4 

3.508 

n 

8  49  55.87 

9.5816 

21  26  31.4 

19.708 

12 

6  42  49.67 

9.7744 

28    4    7.5 

3.799 

12 

8  52  30.57 

9.5749 

21   13  44.3 

19.880 

13 

6  45  36.13 

9.7749 

08    0  17.7 

3.836 

13 

8  55    4.86 

9.5681 

21     0  48.0 

13.009   , 

14 

6  48  2257 

9.7737 

27  56  15.2 

4.149 

14 

8  57  38.74 

9.5613 

20  47  43.0 

13.156 

15 

6  51     8.97 

9.7730 

27  51  59,9 

4.369 

15 

9    0  12.22 

9.5546 

20  31  09.5 

13.301 

16 

6  53  55.33 

9.7799 

27  47  31.8 

4.574 

16 

9    2  45.0J» 

93477 

00  01     7.1 

13.444 

17 

6  56  41.6:) 

9.7719 

27  42  51.0 

4.787 

17 

9    5  17.94 

9J(408 

20    7  3^).0 

13.564 

18 

6  59  27.87 

9.7700 

27  37  57.4 

4.000 

18 

9    7  50.18 

9.5339 

19  53  57.0 

13.799 

19 

7    2  14.03 

9.7685 

27  :«  51.1 

5.910 

19 

9  10  20.01 

9.5970 

n»  40    9.6  ! 

i3.Kr^ 

20 

7    5    0.0i> 

9.7667 

27  07  :e.2 

5.491 

20 

9  12  5:^.40 

9.5900 

19  0(1  M.I 

13.9W   ' 

21 

7    7  46.04 

9.7648 

27  22    0.6 

5.639 

21 

9  15  04.41 

9.5130 

l!»  10  10.6  1 

H.IZ) 

22 

7  10  31.87 

9.7698 

27  16  16.4 

5349 

20 

9  17  54.!i8 

9.5061    j 

18  .57  .5!».3  1 

14.959   ' 

23 

7  13  17.58 

9.760^ 

07  10  19.6 

6.(»0 

Z\ 

9  00  25.14 

9.4999 

18  43  40.4 

HJira  ^ 

24 

7  16    3.15 

9.7583 

N.27    4   10.4 

6.958 

24 

!»  00  5I.H8 

9.4999 

N.I8  Oil  14.0 

UJMi  ' 

26 


FEBRUARY,  1895. 


VII, 


GBBBNWIOH  MEAN  TIME. 


THB  MOON'S  BIGHT  ASCENSION  AND  DECLINATKW. 


Hoar. 


lUghtAgowirion. 


0 
1 

3 
4 

5 

6 
7 
8 
9 
10 
11 
12 
13 
14 
15 
16 
17 
18 
19 
20 
21 
22 
23 


0* 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


DiiUfor 
IMIiiute. 


SATQEDAY  9. 


b  m 

9  22 
9  25 
927 
9  30 
9  32 
935 
9  37 
9  40 
9  42 
9  45 
47 
49 
52 
9  54 
9  57 
9  59 


9 
9 
9 


10 
10 
10 
10 
10 
10 


I 

4 

6 

9 

II 

13 


10  16 
10  18 


• 

• 

1 

54.88 

9.4M9    N.l 

24.20 

9.48S9 

53.11 

fi.4783 

21.60 

8.4713 

49.67 

•S.4644 

\7JXi 

t.457e 

44.58 

9.4507 

11.41 

9.4438 

1 

37.83 

S.4370 

3.85 

8.4309 

29.46 

9.4935 

54.67 

9.4107 

19.47 

9.4100 

43.87 

9.4034 

7.88 

9.3908 

31.49 

9.3909 

54.71 

9.3637 

I7..54 

9.3779 

39.98 

9J706 

2.04 

9.3045 

23.72 

9^569 

45.03 

9.3680 

5i)6 

9.3468 

2053 

9J307 

N.l 

§ 

8 
7 
7 
7 
7 
7 
6 
6 
6 
5 
5 
5 
5 
4 
4 
4 
4 
3 
3 
3 
3 
2 
2 


29  l4.0 
14  40.2 
59  59.2 
45  11.0 
15.9 
14.0 
5.4 
50.3 
29  28.8 
14  1.1 
58  27.3 
42  47.6 
27  2.0 


30 

15 

0 

44 


11 
55 
39 
23 


10.8 
14.1 
IIJD 
4^ 
6  52.1 
50  34.7 
34  12.5 
17  45.6 
1  14.2 
44  38.5 
27  58.5 


SUNDAY  10. 


10  20 
10  23 
10  25 
10  27 
10  30 
10  32 
10  34 
10  36 
10  39 
10  41 
10  43 
10  46 
10  48 
10  50 
10  52 
10  55 
10  57 
10  59 


II 
II 
11 
II 
11 
11 
II 


I 
4 

6 

8 

10 

13 

15 


46.73 

9.3337 

a57 

9.39n 

26.05 

9.3918 

45.18 

9.3150 

a96 

9.3109 

22.40 

9J044 

40.49 

9.9987 

58.25 

9J9939 

1.5.68 

9.98n 

32.78 

9.98B3 

49..56 

9.9770 

6.02 

9.9717 

22.17 

9.9060 

38.01 

9.9015 

53.55 

9.9504 

8.78 

9.9514 

23.72 

9.9407 

38.?8 

9.9490 

52.76 

9.9373 

6.86 

9.9397 

20.68 

9.9981 

34.23 

94S37 

47.52 

9.9104 

0Ji6 

9.9198 

13.35 

9.9111 

N.I2 

11 

11 

II 

11 

10 

10 

10 

9 

9 

9 

9 

8 

8 

8 

7 

7 

7 

7 

6 

6 

6 

5 

5 

N.  5 


11  14.4 

54  26.4 
37  34.6 
20  39.0 

3  39i) 
46  37.4 
29  31.7 

12  2^ 

55  11.0 
37  56.3 
20  9.9 

3  I8i) 
45  56.5 
28  31.7 
11  4.8 
53  35.8 
36  4.8 
18  32.1 

0  57.7 
43  21.8 
25  44.4 

8  5.7 
50  25.9 
32  45.1 
15    3.3 


Difffer 
IMimata 


14.809 
14.083 
14.743 
14.801 
14.970 
15UM7 
15.197 
15.300 
15.410 
15.519 
15.019 
15.711 
15.807 
15.800 
15.901 
10.080 
18.100 
10J48 
10*330 
10.400 
10.480 
lOJMO 
10.031 
10.701 


10.707 
10.839 
10.895 
10.950 
17U»13 
17.008 
17.199 
17.179 
17.991 
17.968 
17J19 
17.353 
I7J93 
17.431 
17.406 
17.500 
17.531 
17.550 
17.580 
17.011 
17.034 
17.054 
17.679 
17.088 
17.703 


BIffhiAjMMakm. 


Di£for 
1  Minute. 


DeoltnatioB. 


IMiBttte. 


0 
1 
2 
3 
4 
5 
6 
7 
8 
9 
0 
1 
2 
3 
4 
5 
6 
7 
8 
9 
20 
21 
22 
23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


MONDAY  11. 


b 
11 
II 
11 
II 
11 
11 
11 
II 
11 
11 
11 
II 
11 
II 
11 
11 
II 
11 
11 
11 
11 

12 
12 
12 


u 
15 
17 
19 
21 
24 
26 
28 
30 
32 
34 
37 
39 
41 
43 
45 
47 
50 
52 
54 
56 
58 
0 
3 
5 


• 

• 

13.35 

9.9111 

25.89 

SJMMO 

38.18 

9.9099 

50.24 

9.1991 

2.07 

9.1953 

ia68 

9.1910 

25.06 

9.1879 

36.23 

9.1844 

47.19 

9.1800 

57.94 

9.1775 

8.49 

9.1743 

18.86 

9.1719 

29.04 

9.1089 

39.04 

9.1059 

48.86 

9.1009 

58.50 

9.1504 

7i« 

9.1507 

17.30 

9.1540 

2a46 

9J514 

35.47 

9.1490 

44.34 

9.1467 

53.06 

9.1445 

1.68 

9.14S3 

10.15 

9.1401 

N. 


N. 
S. 


8. 


o 

5 
4 
4 
4 

4 

3 

3 

3 

2 

2 

2 

1 

1 

1 

1 

0 

0 

0 

0 

0 

0 

0 

1 

1 


15  3.3 
57  20.7 
39  37.5 
21  53.7 

4  9.5 
46  25.0 
28  40.2 
10  55.4 
53  10.6 
35  25.9 
17  41.5 
59  57J> 
42  14.0 
24  31.1 

6  48.9 
49  7.5 
31  27.0 

13  47.6 
3  50.7 

21  27.7 

39   a4 

56  37.7 

14  10.4 
31  41.4 


TUESDAY  12. 


12 
12 
12 


7 

9 

11 


12  13 
12  15 
12  17 
12  20 
12  22 
12  24 
12  26 
12  28 
12  30 
12  32 
12  34 
12  37 
12  39 
12  41 
12  43 
12  45 
12  47 
12  49 
12  51 
12  54 
12  56 
12  58 


18.49 

9.1380 

26.71 

9.1309 

34.83 

9.1344 

42.81 

9.13S7 

50.75 

9.1310 

5a56 

9.1994 

a28 

9.1979 

13J)I 

9.1965 

21.46 

9.1953 

28.94 

9.1941 

36;i5 

9.1999 

43.69 

9.1918 

50il7 

9.1908 

58.19 

9.1199 

5.36 

9.1199 

12.49 

9.1185 

19.58 

9.1178 

26.63 

9.1179 

33.65 

9.1108 

40.65 

9.1104 

47162 

9.1100 

54.57 

9.1158 

1.51 

9.1157 

8.45 

9J150 

15.38 

9.1155 

a  1 

2 
2 
2 
2 
3 
3 
3 
4 
4 
4 
4 
5 
5 
5 
6 
6 
6 
6 
7 
7 
7 
8 
8 
8.  8 


49  10.6 

6  38.0 
24    3J> 

41  26i) 
58  48.1 
16  7.1 
33  23.8 

50  38.1 

7  49.8 
24  58.8 

42  5.1 


59 
16 
33 
50 


a7 

9.4 
7.1 
1.7 


6  53.2 
2:141.5 
40  26.4 
57  7.9 
13  45.9 
30  20.3 
46  51.1 

3  ia2 

19  41.4 
36    0.7 


#/ 


7.; 
7.716 

17. 


7.733 
n.730 
7.744 
7.747 
7.747 
7.74i 
n.749 
7.737 
7.- 
7.'; 
7. 


7.047 


n. 
7.5a 

7.566 
7.531 


17.479 
17.441 
17.407 
17J19 
I7J30 
17.997 
17.858 
17.917 
17J73 
17.198 
17.081 
n.030 
10J87 
10.930 
10.804 
10339 
10.777 
10.790 
10469 
10J03 
10.543 
10.481 
10.419 
10J54 
10.960 


vm. 


FEBRUARY.  1895. 


27 


GBBENWIOH  MBAN  TIMB. 

THE  MOOITS  RIGHT  ASCENSION  AND  DECLINATION. 

B«ar. 

BIgktAMMsloa. 

Dlffter 
iMLmto. 

DfiH— tkwi 

Dlfffor 
IMfaiiite, 

Hour. 

BiXhtAaeanaioa. 

Diftfiir 
IMfamte. 

DmUmUIob. 

DUE  for 
IMImitA. 

WEE 

^NESD 

AY  18. 

FRIDAY  16. 

li    m     • 

• 

a  1  86    07 

H 

bat 

• 

0       0     *t 

u 

0 

12  58  15^ 

9.1155 

19J969 

0 

14  41    0.61 

9.1854 

8.19  59  54.3 

11303 

1 

13    0  22.31 

9.1159 

8  52  16.1 

16.9S9 

1 

14  43  11.81 

9.1879 

20  11  39.0 

11386 

2 

13    2  29.25 

9J157 

9    8  27.4 

16.153 

2 

14  45  23.16 

9.1993 

20  23  1&7 

11.560 

8 

13    4  36.20 

9.1159 

9  24  84.5 

19JW3 

3 

14  47  84.65 

9.1998 

20  34  47.3 

11.450 

4 

13    6  4ai6 

9.1193 

9  40  37.4 

16U113 

4 

14  49  4a29 

9.1953 

20  46  10.7 

11330 

5 

13    8  50.15 

9.1197 

9  56  36.1 

19.949 

5 

14  51  58.09 

9.1979 

20  57  26i» 

11310 

6 

13  10  57.16 

9.1171 

10  12  30.4 

15.888 

6 

14  54  lOUM 

9J004 

21    8  35.9 

11380 

7 

13  13    4.20 

9.1179 

10  28  20.2 

15.793 

7 

14  56  22.14 

9.9099 

21  19  37.6 

10367 

8 

13  15  11.27 

9.II8I 

10  44    5.6 

15.718 

8 

14  58  34.39 

9.9054 

21  80  32.0 

10344 

9 

13  17  18.37 

9.1197 

10  59  4a4 

15.641 

9 

15    0  4a79 

94979 

21  41  ]a9 

10.790 

10 

13  19  25JSI 

9.1194 

11   15  22.5 

15.599 

10 

15    2  59.34 

9.9195 

21  51  58.4 

10.597 

11 

Vi  21  32.70 

9.1901 

11  30  53.9 

15.483 

II 

15    5  12.05 

9.9131 

22    2  30.5 

10.473 

12 

13  23  d^M 

9.1969 

1 1  46  20.5 

15.469 

12 

15    7  24i^l 

93159 

22  12  55.1 

10347 

13 

13  25  47.21 

9.1918 

12    1  42.2 

15.391 

13 

15    9  37il2 

9.9181 

22  23  12.1 

10390 

14 

13  27  54J^ 

9.1999 

12  16  59.0 

15.938 

14 

15  11  51.08 

9.9997 

22  33  21.5 

10309 

15 

13  30    1.96 

9.1940 

12  32  10.8 

15.154 

15 

15  14    4.40 

9.9939 

22  43  23.3 

0366 

J6 

13  32    9.43 

9.1960 

12  47  17.5 

15UM0 

16 

15  16  17.87 

9.9»7 

22  53  17.4 

0337 

17 

13  34  16.96 

9.1901 

13    2  19.1 

14.969 

17 

15  18  31.49 

9J989 

23    3    3.7 

0.706 

18 

13  36  24.56 

9.1973 

13  17  15.4 

14.894 

18 

15  20  45.26 

9.9307 

23  12  42.3 

0.578 

19 

13  :»  32.24 

9.1969 

13  32    &4 

14.806 

19 

15  22  59.18 

9J9339 

23  22  lai 

0.447 

20 

13  40  40.00 

9.1909 

13  46  52.1 

14.717 

20 

15  25  13.25 

9.9957 

23  31  36.0 

9316 

21 

13  42  47.83 

9.1919 

14     1  32.5 

14J97 

21 

15  27  27.47 

9J999 

23  40  51.0 

9.184 

22 

13  44  55.75 

9.1397 

14  16    7.4 

14.535 

22 

15  29  41.84 

9.9497 

23  49  5ai 

9369 

23 

13  47    a76 
THl 

9.1349 

JRSD^ 

8. 14  80  36.7 
lY  14. 

14.449 

23 

15  31  56.35 
SA1 

93431 

a23  58  57.3 
LY  16. 

8390 

0 

13  49  11.86 

9.1969 

18.14  45    0.4 

14.949 

0 

15  34  11.01 

tJ405 

8.24    7  48JS 

*    8.789 

1 

13  51  20.06 

9.1374 

14  59  IM 

14.953 

1 

15  36  25.81 

93479 

24  16  31.6 

8359 

2 

13  53  28.35 

9.1390 

15  13  30.8 

14.157 

2 

15  38  40.76 

93693 

24  25    a7 

8317 

3 

13  55  36.74 

9.1497 

15  27  37.3 

HMO 

3 

15  40  55J5 

93697 

24  3:)  33.7 

8389 

4 

13  57  45.23 

9.1494 

15  41  38.0 

13.996 

4 

15  4:1  11.08 

93960 

24  41  52.5 

8346 

5 

13  59  5:^.83 

9.1449 

15  55  32.8 

13.863 

5 

15  45  26.45 

93579 

24  50    a2 

8aio 

6 

14    2    2JS4 

9.1461 

16    9  21.6 

13.763 

6 

15  47  4liK^ 

93595 

24  58    5.7 

7373 

7 

14    4  11.36 

9.1479 

16  23    4.4 

13.660 

7 

15  49  57.59 

93617 

25    6    0.0 

7336 

8 

14    6  20.29 

9.1406 

16  36  41.1 

13.560 

8 

15  52  13.36 

93939 

25  13  46.0 

7308 

9 

14    8  29.34 

9.1519 

16  50  1 1.6 

13.457 

9 

15  54  29.26 

93991 

25  21  23.7 

7350 

10 

14  10  38.51 

9.1599 

17    3  a5.9 

13.353 

10 

15  56  45.29 

93699 

25  28  53.1 

7.490 

11 

14  12  47.80 

9.1559 

17  16  54.0 

13.949 

11 

15  59     1.45 

9.9793 

25  36  14.1 

7391 

12 

14  14  57.22 

9.1561 

17  30    5.8 

13.149 

12 

16    1  17.73 

93793 

25  43  26.8 

7.149 

13 

14  17    a77 

9.1909 

17  43  11.2 

13.696 

13 

16    8  84.13 

93743 

25  50  31.1 

7391 

14 

14  19  16.44 

9.1693 

17  56  10.2 

19.968 

14 

16    5  50.65 

93793 

25  57  26.9 

9359 

15 

14  21  26.24 

9.1644 

18    9    2.6 

19.819 

15 

16    8    7.29 

93789 

26    4  14.2 

9.718 

16 

14  23  36.17 

9.1667 

18  21  48.5 

19.711 

16 

16  10  24.04 

93601 

26  10  53.1 

9377 

17 

14  25  4a24 

9.1669 

18  34  27.9 

19.601 

17 

16  12  40JH) 

93610 

26  17  23.5 

9335 

18 

14  27  56.44 

9.1719 

18  47    0.6 

19.489 

18 

16  14  57.87 

93837 

26  23  45.3 

6.999 

19 

14  30    6.78 

9.1735 

18  59  26.6 

19J77 

19 

16  17  14iH 

93063 

26  29  58.5 

6.140 

20 

14  32  17.26 

9.1759 

19  11  45.9 

19.964 

20 

16  19  32.1 1 

9.9879 

26  36    3.2 

6307 

21 

14  34  27.88 

y.l789 

19  23  58.3 

19.150 

21 

16  21  49.38 

93987 

26  41  Si^Ji 

5363 

22 

14  36  38.65 

9.1606 

19  36    S.9 

19406 

22 

16  24    6.75 

93909 

26  47  46.6 

5.710 

23 

14  38  49.56 

9.1830 

19  48    2.6 

11.990 

23 

16  26  24.20 

93016 

26  53  25.6 

5375 

21 

14  41    0.61 

9J654 

8. 19  59  54.3 

11.803 

21 

16  2d  41.74 

93931 

8.26  58  55.8 

6331 

28 


FEBRUARY,  1895. 


IX. 


ORBBKWiOH  MEAN  TIMB. 

THE  MOOira  RIGHT  ASCENSION  AND  DECLINATION. 

Hoar. 

RIgb  i  A«o«iiidoo. 

IMA  for 

DMliMtfon. 

mmtn 

IMinnto. 

Hoar. 

Bight  AmoimUmi. 

DUffor 
llCiiiQte. 

DoeHMtfam 

Oifllfor 
IMlaato. 

St 

JNDAl 

r   17. 

TUESDAY  19. 

h     m     • 

m 

o       t       m 

M 

h     m     • 

• 

O            0            tf 

»$ 

0 

16  28  41.74 

9.9931 

S.26  58  55J 

5.431 

0 

18  19    2.23 

9.9740 

s.28  30  54.0 

1371 

I 

16  30  59^ 

9.9944 

27    4  17.3 

6.966 

1 

18  21   18.60 

9J9717 

28  29  15.5 

1.719 

2 

16  33  17.07 

9.9957 

27    9  30.1 

5.149 

2 

18  23  34.83 

9.96B3 

28  27  28J5 

1.653 

3 

16  35  34.a5 

9.9970 

27  14  34.2 

4.996 

3 

18  25  50.92 

9.9068 

28  25  33.1 

1.963 

4 

16  37  52.71 

9.9989 

27  19  29.6 

4.860 

4 

18  28    6.85 

9.9649 

28  23  29.3 

9.133 

5 

16  40  10.6:) 

9.9903 

27  24  16.2 

4.704 

5 

18  30  22.62 

9.9615 

28  21  I7.I 

9.979 

6 

16  42  28.62 

9.3003 

27  28  54.1 

4.558 

6 

J8  32  .38.2:J 

9.9586 

28  18  56.6 

9.411 

7 

16  44  46.67 

9.3013 

27  33  23.2 

4.419 

7 

18  34  53.68 

9.9560 

28  16  27.8 

9.549 

8 

16  47    4.77 

9JW99 

27  37  43.5 

4.966 

8 

18  .37    8i)5 

9.9531 

28  13  50.7 

9.667 

9 

16  49  22.!)3 

9.3030 

27  41  55.1 

4.119 

9 

18  39  24.05 

9.9509 

28  J 1     5.3 

9.894 

10 

16  51  41.13 

9.3038 

27  45  57.8 

3.979 

10 

18  41  38.98 

9.9479 

28    8  11.8 

9.960 

11 

16  53  59.38 

9J30iS 

27  49  51.7 

11 

18  43  5:3.72 

9.9449 

28    5  10.1 

3.097 

12 

16  56  17.67 

9ja»\ 

27  53  36.8 

3.678 

12 

18  46    8.28 

93411 

28    2    0.2 

3.933 

1.3 

16  58  a5.99 

93M 

27  57  lai 

3.531 

13 

18  48  22.65 

9.9370 

27  58  42.2 

3.367 

14 

17    0  5VU 

9.3061 

28    0  40.5 

3.384 

14 

18  50  36.82 

9.9346 

27  55  ia2 

3.501 

15 

17    3  12.72 

9.3005 

28    3  59.1 

3.937 

15 

18  52  .50.80 

9.9319 

27  51  42.1 

3.6K 

J6 

17    5  31.12 

93M8 

28    7    8.9 

SUMO 

16 

18  .55    4..57 

9.9978 

27  48    0.0 

3.766 

17 

17    7  49.54 

9.3071 

28  10    9.8 

9.949 

17 

18  57  18.14 

9.9944 

27  44  10.0 

3.900 

18 

17  10    7.97 

9.3079 

28  13    1.9 

9.794 

18 

18  59  31..50 

9J(909 

27  40  12.0 

4.039 

19 

17  12  26.41 

9.3073 

28  15  45.1 

9.647 

19 

19     1  44.65 

9J1173 

27  36    6.1 

4.163 

20 

J  7  f4  44.85 

9.3079 

28  18  19.5 

9.499 

20 

19    3  57.58 

9.9137 

27  31  52.4 

4.993 

21 

17  17    3.28 

9.3079 

28  20  45.0 

9.359 

21 

19    6  10.30 

9.9101 

27  27  30.9 

4.4S3 

22 

17  19  21.71 

9.3071 

28  23     1.7 

9.904 

22 

19    8  22.79 

9.9063 

27  23     1.6 

4.669 

23 

17  21  40.13 

9.3068 

)NDA1 

S.28  25    9.5 
Z  18. 

90157 

23 

19  10  35.06 
WEU 

9.9096 

>NESD 

S.27  18  24.6 
AY  20. 

4.661 

0 

17  23  58.53 

9.3066 

p.28  27    8.5 

IJOO 

0 

19  12  47.10 

9.1988 

S.27  13  39.9 

4.609 

1 

17  26  16.91 

9.3061 

28  28  58.6 

1.769 

I 

19  14  58.91 

9.1949 

27    8  47.6 

4J»36 

2 

17  28  a5.26 

9.3056 

28  30  39i) 

1.615 

2 

19  17  10.49 

9.1910 

27    3  47.6 

5Um 

3 

17  30  53.58 

9.3051 

28  32  12.4 

1.468 

3 

19  19  21.8:3 

9.1870 

26  58  40.1 

6.187 

4 

17  a3  11.87 

9.3045 

28  3:)  36.1 

1.391 

4 

19  21  ^M 

9.1830 

26  .53  2.5.1 

6.319 

5 

17  35  .30.12 

9.3037 

28  34  50.9 

1.173 

5 

19  23  43.79 

9.1790 

26  48    2.6 

6.437 

6 

17  37  48.31 

9.3098 

28  35  56„9 

ijoar 

6 

19  25  54.41 

9.1749 

26  42  32.7 

6.560 

7 

17  40    6.45 

9.3019 

28  36  54.1 

0.880 

7 

19  28    4.78 

9.1708 

26  36  55.4 

6.689 

8 

17  42  24.54 

9JW10 

28  37  42.5 

0.734 

8 

19  30  14.90 

9.1667 

26  31   10.8 

6.804 

9 

17  44  42.57 

9.9999 

28  38  22.2 

0.588 

9 

19  32  24.78 

9.1695 

26  25  18.9 

6.996 

10 

17  47    0.53 

9^87 

28  38  53.1 

0.449 

10 

J9  34  34.40 

9.1589 

26  19  19.8 

6.04fr 

11 

17  49  18.42 

9.9975 

28  39  15.2 

0.996 

11 

19  36  4:a7 

9.1540 

26  13  13.5 

6.165 

12 

J7  51  3(>.23 

9.9969 

28  39  28.6 

0.IS0 

12 

19  38  52.88 

9.1497 

26    7    0.0 

6.984 

13 

17  5J}  5.3.96 

8.9948 

28  39  33.2 

-0.005 

13 

J9  41     1.73 

2.1453 

26    0  39.4 

6.409 

14 

17  56  11.61 

9.9933 

28  39  29.2 

-••0.139 

14 

19  43  10.32 

2.1410 

25  .54  11.8 

6.519 

15 

17  58  29.16 

9.9017 

28  39  16.5 

0.984 

15 

19  45  18.a5 

9.1367 

25  47  37.2 

6.635 

16 

18    0  46.61 

9.9901 

28  38  .5.5.1 

0.499 

16 

19  47  26.72 

9.1393 

25  40  55.6 

6.751 

17 

18    3    liSr? 

9.9884 

28  ;«  25.0 

0.573 

17 

19  49  34.52 

9.1978 

25  34    7.1 

6.866 

18 

18    5  21.22 

9.9866 

28  37  46^3 

0.717 

18 

19  51  42.05 

9.1933 

25  27  11.7 

6JM0 

19 

18    7  38.36 

9.9847 

28  36  59.0 

0.860 

19 

19  5:3  49.31 

9.1188 

25  20    9.5 

ijm 

20 

18    9  55..*« 

9.9897 

28  36    ai 

ijfm 

20 

19  55  56.31 

9.1144 

25  13    0.6 

7.904 

21 

J8  12  12.29 

9.2807 

28  34  58.6 

1.146 

21 

19  58    .3.04 

9.1099 

25    5  45.0 

7.316 

22 

18  14  2J).07 

9.9786 

28  33  45.6 

1.988 

22 

20    0    9.50 

9.1053 

24  58  22.7 

7.497 

23 

18  16  45.72 

9.9763 

28  32  24.0 

1.430 

23 

20    2  15.68 

9.1007 

24  .50  53.8 

7.637 

24 

18  19    2.23 

9.9740 

S.28  30  54.0 

1.571 

24 

20    4  21.59 

9.0969 

S.24  43  18.3 

7.646 

X. 


FEBRUARY,  1895. 


29 


OBEENWIOH  MEAK  TIME. 

• 

THE  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 

-• 

WchtAMMSba. 

DiAfor 
lUiButo. 

DeolUtttioB. 

Olfflbr 
llCinate. 

Hour. 

BliChtAt06n«too. 

Olfffor 
llOaate. 

DmIIbMIod. 

Difflfor 
1  Minute. 

THl 

JRSD^ 

lY  21. 

SATURDAY  28. 

0 

km* 

90    4  91^ 

• 

9.O0O 

8.3I  4ti  1^!3 

0t 
7J46 

0 

b    m     • 
31  39  49.53 

1.8880 

S.  16  47  3^J) 

11.643 

1 

30    6  97J23 

9^17 

94  :)5  36.3 

7.753 

1 

91  41  43.75 

1.8663 

16  a5  36.3 

11.909 

3 

30    833^ 

9.0679 

34  37  47.9 

7.860 

3 

91  43  35.76 

1.8818 

16  33  39.8 

11.974 

3 

30  10  37«69 

9U»96 

34  19  53.1 

7.967 

3 

91  45  98.56 

1.8783 

16  II  39.4 

194)38 

4 

30  13  43JSI 

9JnB0 

34  11  51.9 

8.079 

4 

91  47  91.15 

1.8747 

15  59  35.3 

19.109 

5 

30  14  47.05 

9Un33 

34    3  44.4 

8.177 

5 

91  49  13.53 

1.8711 

15  47  37.3 

19.164 

6 

30  16  5IJ3I 

94*87 

33  55  30.7 

8.980 

6 

31  51     5.68 

1.8677 

15  35  15.5 

19.996 

7 

30  18  55^ 

9UNM9 

33  47  10.8 

8.383 

7 

31  53  .57.64 

1.8644 

15  33    0.1 

19.987 

8 

30  30  59.01 

%Mm 

33  38  44.7 

8.486 

8 

31  .54  49.40 

1.8611 

15  10  41.1 

19.347 

9 

30  33    3.45 

9.0960 

33  30  13.5 

8.587 

9 

31  56  40.97 

1.8678 

14  58  18.5 

19.407 

10 

30  35    5.61 

9.0904 

3:)  31  34.3 

8.687 

10 

31  ssasiM 

1.8546 

14  45  53.3 

19.465 

II 

30  37    8.50 

90)458 

33  13  50.1 

8.786 

11 

31    0  33.53 

1.8514 

14  a)  33.7 

19.599 

13 

30  39  11.11 

9.0419 

33    4    0.0 

8.884 

13 

31    3  14JS1 

1.8483 

14  30  49.7 

19.579 

13 

30  31  i:).45 

94)387 

33  55    4.0 

8.989 

13 

31    4    5.31 

13459 

14    8  13.3 

19.635 

14 

30  33  15JS1 

94)391 

33  46    3.1 

94)70 

14 

31    5  5.5.9:) 

1.8499 

13  55  :«.5 

19.690 

15 

30  35  17.30 

9.0975 

93  36  54.5 

9.174 

15 

31     7  46.37 

1.8399 

13  43  50.5 

19.744 

16 

30  37  18.81 

94)990 

33  37  41.3 

9.969 

16 

33    9  36.63 

1.8389 

13  30    4.3 

19.797 

17 

30  39  30.05 

94)184 

33  18  33.3 

9.364 

17 

33  11  36.73 

1.8334 

13  17  UM 

I9.8M) 

18 

30  41  31.03 

94)139 

33    8  57.5 

9.457 

18 

33  13  ia64 

1.6306 

13    4  33.3 

19.909 

19 

90  43  31.73 

94)094 

31  59  37.3 

9.549 

19 

33  15    6.39 

1.8979 

13  51  36.6 

|.?.059 

00 

90  45  93.15 

9.0048 

31  49  51.6 

9.641 

30 

33  16  5.5.98 

1.8999 

13  .38  38.0 

13.009 

91 

90  47  93.30 

94)003 

31  40  10.4 

9.739 

31 

33  18  45.41 

1.8995 

13  35  36.4 

134)51 

39 

30  49  33.18 

IJ058 

31  30  33.8 

9.891 

33 

33  30  34.68 

1.8198 

19  19  91.9 

134)99 

93 

30  51  31.80 
F] 

1.9914 

8.31  30  31.9 
:  22. 

9J09 

33 

33  39  93:79 

1.8179 

8.11  59  14.5 

13.147 

0 

30  53  31.15 

1.9870 

8.31  10  34.7 

9.987 

0 

99  94  19.75 

1.8147 

B.11  46    4.3 

13.195 

1 

30  55  30.34 

1.9606 

31    0  :».3 

104)85 

1 

93  96    IM 

MI93 

11  33  51.1 

I.X941 

9 

90  57  19.06 

IJ781 

30  50  34.5 

10.171 

3 

93  37  .50.33 

1.8100 

1 1  19  35.3 

13.9« 

3 

90  59  17.61 

1.9737 

30  40  11.7 

10.956 

3 

33  39  38.76 

1.8077 

11     6  16.9 

13.399 

4 

91     1   15.90 

1J804 

30  39  5a8 

10.340 

4 

33  31  37.15 

1.8054 

10  53  .55.8 

13.373 

5 

91    3  13.94 

1.9659 

30  19  20J^ 

10.493 

5 

23  33  15.41 

1.8039 

10  .39  a2.i 

13.416 

6 

91    5  1 1.73 

14)608 

30  9  ao 

10.506 

6 

33  .a5    3.53 

1.8009 

10  36    5.9 

13.458 

7 

31    7    9.34 

1.9565 

19  58  :K).3 

10.588 

7 

33  36  51.53 

1.7088 

10  13  37.3 

13.499 

8 

31    9    6.50 

1.9593 

19  47  53.5 

10.669 

8 

33  38  39.39 

1.7960 

9  59    60 

134>39    \ 

9 

31  11    3.51 

1.9481 

19  37    9.9 

10.749 

9 

33  40  37.15 

1.7950 

9  45  33.5 

13.578    ! 

10 

91  13    0J27 

1.9430 

19  26  22.6 

10.898 

10 

33  49  14.79 

1.7030 

9  31  56.6 

13.617 

II 

31  14  56.78 

14096 

19  15  30.6 

10.906 

11 

33  44    3.31 

1.7911 

9  18  18.4 

13.655 

19 

31  16  53.04 

1.9357 

19    4  33.9 

10.983 

13 

33  45  49.73 

1.7893 

9    4  38.0 

13.699 

13 

31  18  49X6 

1.9316 

18  53  33.<J 

114)00 

13 

33  47  37.03 

1.7876 

8  .50  55.4 

13.798   ' 

14 

31  30  44.8;) 

1J974 

18  43  36.7 

11.135 

14 

22  49  34.33 

1.7800 

8  37  10.6 

13.764 

15 

31  33  40.35 

1.9933 

18  31  16.4 

11.900 

15 

33  51   1 1.3:) 

1.7843 

8  33  33.7 

13,799 

16 

31  34  a5.63 

1.9194 

18  30     1.6 

11.963 

16 

33  53  .5a34 

1.7898 

8    9  34.7 

13.^33 

17 

31  36  30.68 

1.9155 

18    8  43.4 

11.357 

17 

33  54  45.36 

1.7813 

7  55  4:i7 

I3.M6 

18 

31  38  35.49 

1.9115 

17  57  18.8 

11.499 

18 

33  .56  33.a) 

1.7798 

7  41  .50.8 

13.898   1 

19 

31  30  30.06 

1.9077 

17  45  50.9 

11.500 

19 

33  58  18.83 

1.7784 

7  37  .56.0 

13.939 

90 

31  33  14.41 

r4)039 

17  34  18.8 

11.570 

30 

33    0    5.50 

1*7771 

7  13  5\K:i 

13.961 

91 

31  34    8.53 

1.9001 

17  33  43.5 

11409 

31 

33     1  53.09 

1.7758 

7    0    0.7 

13.991 

99 

31  36    3:43 

14V63 

17  11     3.1 

11.708 

33 

33    3  38.60 

1,T747 

6  46    0.4 

14.019   . 

33 

31  37  56.09 

14M6 

16  59  17.5 

11.776 

33 

33    5  35.05 

1.7736 

6  31  .58.4 

14.048 

94 

31  39  49.53 

1.8889 

S.  16  47  38.9 

11.843 

34 

33    7  11.43 

t      1.7795 

8.  6  17  54.7 

144)76 

30 


FEBRUARY,  1895. 


XI. 


ORRnir 

WR 

AN  TIME. 

. 

WIOH 

THB  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 

Hour. 

BightAio— ton. 

Die  for 
IHiante. 

Dediiiatioii. 

lUfffor 
llOnote. 

HxNir. 

BlghtAMMMlOB. 

IMftfor 
IMlBttte. 

DMdlwitioii. 

DUtfor 
IKInote. 

MC 

)KDA1 

r  25. 

WEDNESDAY  27. 

b    m     • 

• 

O          i          M 

tt 

b    Bi      • 

• 

O        i        t* 

It 

0 

23    7  11.43 

1.7795 

S.  6  17  54.7 

14.076 

0 

0  32  19.23 

1.8018 

N.  5  14  20.2 

14.457 

1 

23    8  57.75 

1.771ft 

6    3  49.3 

14.109 

1 

0  34    7.38 

1.8037 

5  28  47.3 

14.445 

2 

23  10  44.01 

1.7706 

5  49  42.4 

14.197 

2 

0  35  55.67 

1.8081 

5  43  ia6 

14.439 

3 

23  12  30.22 

I.TW? 

5  a5  34.0 

14.159 

3 

0  37  44.11 

1.8886 

5  57  39.2 

14.419 

4 

23  14  16.38 

1.7889 

5  21  24.1 

14.177 

4 

0  39  32.70 

1.8119 

6  12    3i) 

14.404 

5 

23  16    2.49 

1.78n 

5    7  12.7 

14.901 

5 

0  41  21.45 

1.8137 

6  26  27.6 

14.388 

6 

23  17  48.56 

1.7875 

4  53    0.0 

14.994 

6 

0  43  10.35 

1.8184 

6  40  50.4 

14.379 

7 

23  19  34.59 

].7«e0 

4  38  45.9 

14.948 

7 

0  44  59.42 

1.8199 

6  55  12.2 

14.353 

8 

23  21  20.59 

1.7063 

4  24  20^ 

14.987 

8 

0  46  48.66 

1.8999 

7    9  32.8 

I4JS4 

9 

23  23    6.55 

1.7868 

4  10  13.9 

14.987 

9 

0  48  38.08 

1.8959 

7  23  52.3 

14.315 

10 

23  24  52.49 

1.7855 

3  55  56.1 

14.307 

10 

0  50  27.68 

1.8981 

7  38  10.6 

14.995 

11 

2:)  26  38.41 

1.7859 

3  41  37.1 

14.397 

11 

0  52  17.45 

1.8311 

7  52  27.7 

14.974 

12 

23  28  24.31 

1.7849 

3  27  16.9 

14.345 

12 

0  54    7.41 

1.8343 

8    6  4a5 

14.959 

13 

23  30  10.19 

1.7647 

3  12  55.7 

14.389 

13 

0  55  57.57 

1.8376 

8  20  58.0 

14.999 

14 

23  31  56.07 

1.7648 

2  58  33.5 

14.378 

14 

0  57  47.92 

1.8409 

8  35  11.0 

14.904 

15 

23  33  41.94 

1.7844 

2  44  10.4 

UJ393 

15 

0  59  38.47 

1.8449 

8  49  22.5 

14.170 

16 

23  35  27.80 

1.7844 

2  29  46.3 

14.408 

16 

1     1  29.23 

1.8477 

9    3  32.5 

14.154 

17 

23  37  13.67 

1.7845 

2  15  21.4 

14.499 

17 

1    3  20.20 

1.8513 

9  17  41.0 

14.197 

18 

23  38  59.54 

1.7648 

2    0  55.6 

14.438 

18 

1     5  11.39 

1.8558 

9  31  47.8 

14JM 

19 

23  40  45.42 

1.7848 

1  46  29.1 

14.449 

19 

1    7    2.80 

1.8587 

9  45  .52^) 

lAJmi 

20 

23  42  31.32 

1.7851 

1  32    1.8 

14.481 

20 

1    8  54.43 

1.8694 

9  59  56.3 

14JHI 

21 

23  44  17.23 

1.7854 

1  17  33.8 

14.479 

21 

1   10  4a29 

1.8088 

10  13  57.8 

HUWO 

22 

23  46    3.17 

1.7859 

1    3    5.2 

14.481 

22 

1  12  38.38 

1.8708 

10  27  57.4 

13.978 

23 

23  47  49.14 
TD 

1.7883 

1ESDA 

a  0  48  36.1 
Y  26. 

14.480 

23 

1  14  30.71 
THl 

1.8749 

TBSDi 

N.IO  41  55.1 
LY  28. 

13.048 

0 

23  49  35.13 

1.7868 

8.  0  34    6.4 

14.409 

0 

1  16  23.28 

1.8788 

N.IO  55  50.9 

13.019 

1 

23  51  21.16 

1.7875 

0  19  36.2 

14.507 

1 

1  18  16.09 

1.8893 

1 1    9  44.6 

13.877 

2 

23  53    7i» 

1.7888 

S.  0    5    5.6 

14.514 

2 

1  20    9.16 

1.8688 

11  23  3a2 

13.841 

3 

23  54  53.34 

1.7889 

N.  0    9  25.4 

14.590 

3 

1  22    2.49 

1.8910 

11  37  25.6 

43.804 

4 

23  56  39.50 

1.7897 

0  23  56.8 

14^85 

4 

1  23  56.08 

1.8853 

11  51  12.7 

13.767 

5 

23  58  25.71 

1.7797 

0  38  28.4 

14.599 

5 

1  25  49iJ3 

1.8097 

12    4  57.6 

13.798 

6 

0    0  11.98 

1.7717 

0  53    0.3 

14.533 

6 

1  27  44.05 

1J043 

12  18  40.1 

13Jffi8 

7 

0     1  58.31 

1.7797 

1    7  32.4 

14.537 

7 

1  29  38.45 

1JW89 

12  32  20.1 

13.647 

8 

0    3  44.70 

J. 7738 

1  22    4.7 

14.538 

8 

1  31  33.12 

1.9135 

12  45  57.7 

13.608 

9 

0    5  31.16 

1.7749 

1  36  37.0 

14.539 

9 

1  33  28.07 

1.9188 

12  59  32.8 

13.583 

10 

0    7  17.69 

1.7789 

1  51    9.4 

14.540 

10 

1  35  23.31 

1.9931 

13  13    5.3 

13.519 

11 

0    9    4.30 

1.7775 

2    5  41.8 

14.539 

11 

1  37  18.84 

1.9980 

13  26  35.1 

13.473 

12 

0  10  50.M9 

1.7788 

2  20  14.1 

14.538 

12 

1  39  14.67 

1.0330 

13  40    2.1 

13.497 

13 

0  12  37.76 

1.7803 

2  34  46.3 

14.538 

13 

1  41  10.80 

1.0381 

13  53  26.3 

13.380 

14 

0  14  24.63 

1.7819 

2  49  18.4 

14.534 

14 

1  43    7.24 

1.0439 

14    6  47.7 

13.339 

15 

0  16  11.59 

1.7835 

3    3  50.4 

14.531 

15 

1  45    3J)8 

1.0483 

14  20    6.1 

13.989 

16 

0  17  58.65 

1.7859 

3  18  22.1 

14.595 

16 

1  47    1.03 

1.9635 

14  33  21.5 

13.931 

17 

0  19  45.82 

1.7870 

3  32  53.4 

14.519 

17 

1  48  58.40 

1.0589 

14  46  3^i.8 

13.178 

18 

0  21  33.09 

1.7888 

3  47  24.4 

14.513 

18 

1  50  56.10 

IJ843 

14  59  42i) 

13.195 

19 

0  23  20.48 

1.7007 

4     1  55.0 

14.608 

19 

1  52  54.12 

1.9807 

15  12  48.8 

13.079 

20 

0  25    7.98 

1.7997 

4  16  25.1 

14.498 

20 

1  54  52.47 

1.9753 

15  25  51.5 

13.017 

21 

0  '^6  55.60 

1.7947 

4  30  54.8 

14.490 

21 

1  56  51.16 

1.9810 

15  38  50.8 

19.960 

22 

0  28  43.34 

1.7969 

4  45  23.9 

14.480 

22 

1  58  50.19 

1.9867 

15  51  46.7 

19.909 

23 

0  30  31.22 

1.7901 

4  59  52.4 

14.469 

23 

2    0  49.56 

1.9994 

16    4  39.1 

19.844 

24 

0  32  19.23 

1.8013 

N.  5  14  20.2 

14.467 

24 

2    2  49.28 

1.9983 

N.16  17  28U) 

19.784 

FEBRUARY,  1895. 


31 


QBEBNWIOH  MBAK  TIBfE. 


PHASES  OF  THE  MOOK. 


d  b  Bi 

>  First  Quarter Feb.        2  19  16.1 

O  Full  Moon •        .9  5  23.0 

C  La«t  Quarter 16  1  8.8 

#  New  Moon 24  4  43.6 


C  Perigee 
C  Apogee 


•  F^ 


d 
9 


b 

1J2 


22     ej8 


32 


FEBRUARY,  Id9di 


&SXBSWICB  MEAS  TEO. 


9 
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LUBTJUt  D0fKASCS& 


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fifi  51  112 
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74  6  «> 
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80  35  55 
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61  7  46 
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lOH  16  13 

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71  12  10 
27  4J>  31 
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84  33  3 

121  6  9 
105  2*2  46 
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41  24  53 
31  1>  33 
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70  41  33 

55  35  10 

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no  21  52 

70  13  52 

m  7  58 

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1)5  36  ll> 

101)  58  7 

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73  40  47 
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35  45  37 
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04  58  43 


WO, 


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tTM 


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1883 
f79f 


t493 

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9701 
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9909 

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9090 
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9997 
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9001 
9134 
90aft 
9010 
1975 
9004 


np. 


73  45  50 
&^  32  8 
^  19  40 
'42  48.  t^ 
60  35  24 
85  10  44 


DUT 


3193 


85  24  33 
70  18    3 

3I« 

48  21  58 

3I7I 

47  56    4 

97« 

72  30  31 

fMt 

lOU  20    9 

t;w7 

97  25    6 

99e 

82    5  42 

MOi 

60  15  27 

9910 

59  28  44 

9577 

96  18    3 

9S7S 

109  50  56 

«7«0 

94  18  41 

9»49 

72  48  II 

9706 

29  29  12 

^S36 

46     1  52 

9435 

82  50  38 

9431 

122  44  21 

9619 

106  59  24 

9089 

85  54  21 

9536 

43    9  25 

9339 

33  51   10 

9469 

33    7  59 

9994 

68  55  38 

92W 

57  23  34 

9184 

46  40  42 

9315 

54  33  48 

9151 

108  32  30 

9148 

73    5  23 

906H 

60  56    7 

9-iOO 

41  40    6 

9903 

93  44    4 

9039 

108    6  41 

9070 

87    7  15 

1996 

75  30  54 

9198 

5(;  30  16 

9074 

37  38  46 

9007 

78  ;M)  'iS 

1970 

93    5  14 

1098 

Ylh. 


75  12  7 

60  16  50 
38  :»  5:j 
41  18  5 
59  I  26 
8:i  :)6  45 

H6  53  21 
71  45  14 
41>  48  42 
46  19  53 
70  54  3 

107  43  39 

96  56  53 
83  35  53 

61  47  3:J 
57  49  18 

94  38  34 

III  26  5 

95  52  14 
74  24  43 
31  9  :y> 
44  19  7 
81  7  48 

124  23  0 

108  36  28 
87  34  44 
44  54  28 
:m  33  17 
30  31  51 
67  9  16 

59  12  25 

48  36  19 

53  43  6 

10(>  42  44 

73  57  II 
63  44  34 
43  38  39 
91  51  30 
106  14  55 

89  0  56 


77  21 

58  n 
:tt»  33 
76  43 


10 

55 

10 

6 


91  II  36 


P.L. 


98lt 


3131 
3U9 

9W7 


9883 
9561 
9558 

9749 


9506 

9417 
9413 

9599 


9518 
9317 
9449 
9978 
9967 

9168 
9999 
9136 
9139 

9056 
9188 
9181 
9098 
9058 

1990 
9199 
9064 
1998 
1964 
1993 


76  38  41 

61  41  48 
3l»  59  15 
39  47  :0 
57  27  13 
82  2  29 

88  32  29 
T4  13  46 
51  16  II 

44  43  23 
69  17  15 

106  6  49 

100  39  4 
85  6  27 
6:i  30  14 
56  9  39 
93  58  41 

113  I  40 
97  96  13 
76  1  46 
:i3  50  1^7 
43  a5  57 
79  24  33 

126    2    5 
1 10  13  59 

89  15  33 
46  40  2 
36  15  53 
28  35  19 
65  22  28 

61     1  41 

50  12  20 

50  5:^     I 

104  52  34 

75  49  18 
64  33  19 

45  17  25 
89  58  39 

104  32  51 


90  54  46 

i9e« 

79  11  35 

9M8 

60    3  49 

9057 

41  25  48 

1990 

74  47  35 

1960 

89  17  50 

1987 

•r 


3I«4 


3444 


3094 
3114 


9GSH 

9S7ci 


9667 
S963 
»$&5 
9M3 
S540 

9799 
9801 
9660 

9480 
9399 
9394 

9574 
9643 
9500 
9997 
9493 
9969 
9950 

9151 
9983 
91W 
9118 

9046 
9178 
9ltl 
9017 
9046 


XIV. 


FEBRUARY,  1895. 


83 


ORRRN  WICH  MBAN  TIME. 

LUNAK  DI8TAMCR8. 

• 

U 

1 

Nmio  Md  DlroctfoB 
•r  Galoot. 

Midnight. 

P.L. 
oC 

IMff. 

XVk. 

P.L. 
of 

xvmii 

P.L. 

of 

VltL 

XXlh. 

P.L. 

•r 

Biff. 

dvif 

W. 

78    5  3§ 

3M9 

o        t     n 

79  32  43 

3134 

81    0  11 

3116 

8^27  59 

9169 

Vrnvs 

W. 

f»    7    4 

3890 

64  32  38 

3614 

65  58  30 

3196 

67  24  41 

9189 

a  pMgMsi 

W. 

41  90  42 

3301 

42  43    9 

3341 

44    6  33 

3994 

45  30  51 

3951 

AldelMmtt 

£. 

38  16  56 

aB69 

36  46  23 

9965 

35  15  51 

9960 

33  45  24 

9905 

ioriTBR 

E. 

55  52  4:^ 

fl7« 

54  17  57 

9E773 

52  42  54 

9761 

51     7  35 

9747 

Polhiji 

E. 

80  27  56 

9769 

78  53    5 

9766 

77  17  55 

9764 

75  42  27 

9730 

9 

Suit 

W. 

81)  51  59 

3SI7 

91  21  51 

9986 

92  52    5 

9981 

94  22  42 

9969 

Vrnub 

W. 

74  40  39 

309« 

76    8  54 

3077 

77  37  32 

3059 

79    6  :« 

3040 

aPegfi«i 

W. 

52  44  24 

30M 

54  13  18 

3031 

55  42  52 

9990 

57  13    6 

9966 

JOPITBR 

E. 

43    6  34 

Si8l 

41  29  26 

9167 

39  52    4 

9954 

38  14  22 

9640 

Polhix 

K. 

67  40    5 

9*9 

66    234 

9645 

61  24  40 

9699 

62  46  24 

9619 

Regulus 

E. 

104  2!)  37 

9190 

102  52    4 

9649 

101  14    8 

9087 

99  :)5  50 

9610 

3 

Suit 

W. 

10<2     1  40 

9966 

US  34  40 

9646 

ia5    8    6 

9896 

106  41  57 

9606 

Vbno» 

W. 

86  ir?  96 

9943 

88    8  50 

9093 

89  40  40 

9903 

91   12  55 

9663 

At  Pegiisi 

W. 

M  5:)  30 

9899 

66  27  20 

9603 

68     1  44 

9T78 

6!)  m  41 

9753 

Pollux 

E. 

54  2il  15 

9&» 

52  48  36 

9667 

51     7  33 

9460 

49  26    5 

9471 

Reguliis 

E. 

91   18  24 

9599 

89  37  42 

9504 

87  96  a5 

9466 

86  15    2 

9467 

4 

Sun 

W. 

114  37  41 

9710 

116  14    8 

9666 

117  51    2 

9670 

119  28  22 

9660 

ViFicrs 

W. 

yy  0  39 

9769 

100  35  31 

S76I 

102  10  50 

9741 

103  46  35 

9799 

a  P«^ini 

W. 

77  39  20 

€638 

79  17  23 

9617 

80  55  55 

9596 

82  34  56 

9573 

a  Arieiis 

W. 

34  9i  18 

9465 

36  14  a5 

8436 

37  .S7  27 

9466 

39  40  5:) 

9369 

Pollux 

E. 

40  ^i  21 

98ta 

39    820 

tM4 

37  23  53 

9346 

:i5  39    0 

9396 

ReguliM 

£. 

77  40  49 

9376 

75  56  40 

9357 

74  12    4 

9330 

72  27    2 

9391 

5 

Stm 

W. 

m  41  a5 

9566 

129  21  31 

9636 

131     1  51 

»90 

132  42  36 

9509 

Vknus 

W. 

111  51  55 

9694 

113  30  17 

9605 

115    9    5 

»67 

1 16  48  Id 

9566 

ttPemi 
a  AiiDtia 

W. 

90  56  45 

9463 

9-2  38  22 

9467 

94  20  22 

9451 

96    2  44 

9436 

W. 

48  26    6 

9sen 

50  12  40 

9956 

51  5il  42 

9936 

53  47  12 

9996 

Mam 

W. 

37  58  54 

94CM 

39  42  23 

9365 

41  26  19 

9367 

43  10  41 

9349 

Pollux 

£. 

26  48  2:1 

9946 

25    1    4 

9»l 

23  13  23 

9^17 

21  25  21 

9905 

Keguliia 

E. 

63  35  15 

99J3 

61  47  36 

9615 

59  59  31 

9196 

58  II     1 

9160 

6 

a  Arietw 

W. 

63  51  22 

9136 

^  41  26 

9191 

66  31  53 

9107 

6H  22  42 

9003 

Mars 

W. 

51  58  44 

9966 

53  45  31 

9953 

55  32  :I9 

9930 

57  20    8 

9995 

RexiiluR 

E. 

49    2  33 

9106 

47  II  43 

9069 

45  20  :« 

9079 

43  2!)     1 

9066 

8|iicR 

E. 

103    2    2 

9103 

101   II     8 

9669 

99  19  52 

9075 

97  28  15 

9063 

7 

ft  Artotis 

W. 

77  41  41 

9035 

79  34  20 

9095 

81  27  15 

9017 

83  20  23 

9000 

Mars 

W. 

66  22  20 

9166 

68  II  36 

9158 

70     1    7 

9147 

71  50  51 

9141 

AUIebofRit 

W. 

47    6  52 

9143 

48  56  46 

9196 

50  47    6 

9111 

52  37  49 

9097 

8  pica 

E. 

88    5  32 

9006 

86  12  10 

1966 

84  18  3:) 

1000 

82  24  43 

lora 

Saturiv 

E. 

102  30  31 

9097 

100  37  55 

9096 

98  45    4 

9010 

!K>  51  59 

9011 

8 

a  Arietis 

W. 

93  48  42 

1069 

94  42  44 

1970 

96  36  51 

1977 

J»8  31     1 

1977 

Mars 

W. 

81     2    7 

9114 

82  52  45 

9111 

84  43  27 

9109 

Wi  34  13 

9106 

Alilelmnin 

W. 

61  55  55 

9046 

63  48  13 

9043 

65  40  40 

9039 

67  3:J  14 

9035 

JrriTCR 

W. 

43  19  38 

1084 

45  13  38 

1976 

47    7  47 

1974 

49    2    3 

1971 

Bpica 

E. 

72  52  57 

1966 

70  58  13 

1963 

69    3  25 

1961 

m    8  33 

I9M 

Satprh 

E. 

87  23  56 

1964 

85  29  57 

1961 

83  35  53 

1979 

81  41  46 

1976 

8 


u 


FEBRUARY,  1895. 


1 

OBEENWIOH  MBAS  TIMK 

LUHAB  DI8TAHCEIC 

1   • 

P.L. 

P.L. 

P.  L. 

P.  li^ 

n 

r 

«                     

■•*•• 

ffoOD* 

of 

lU^ 

•i 

Vlh. 

•e 

IS^ 

•f 

•f  Otjirt. 

DW. 

DUt 

Dm 

Dur. 

9 

aAneds 

W. 

100  25  12 

itn 

102  19  23 

Itn 

104  13  3S 

1979 

10§    7  40 

1901 

Maes 

W. 

88  25    0 

»107 

90  15  48 

9106 

92    6  35 

9109 

93  57  20 

9111 

Akftefottnui 

w. 

a»25  54 

«n 

71   18  38 

9691 

TS  11  24 

9039 

75    4  11 

9931 

Jvmmm 

w. 

50  56  23 

IM» 

52  50  46 

1968 

54  45  II 

1968 

56  3!l  36 

1909 

Polliiz 

w. 

25  43  15 

Ift3 

27  37  47 

1963 

29  32  20 

1963 

31  2i»  53 

1963 

Spies 

E. 

65  13  39 

IIM 

63  18  45 

1190 

61  Z\  51 

1951 

59  28  5!) 

1953 

Hatckv 

E. 

79  47  37 

It78 

77  5:}  28 

1979 

75  59  21 

IMI 

74    5  16 

1989 

Antam 

E. 

111     7  39 

IMt 

109  12  44 

I9B0 

107  17  50 

1951 

105  22  58 

19n 

10 

Maas 

W. 

103    9  48 

tl3S 

104  59  53 

9143 

106  49  47 

9151 

106  39  28 

91M 

AMelianm 

W. 

84  27  18 

«M 

86  19  35 

9656 

88  11  42 

9064 

90    3  37 

9079 

* 

Jrrmta 

W. 

IIG  10  46 

tna 

68    4  40 

1994 

m  58  23 

9001 

71  51  55 

90IO 

1 

PollliX 

W. 

40  58  50 

1M8 

42  52  53 

I96B 

44  46  46 

1996 

46  40  27 

9003 

Spiem 

E. 

49  55  54 

1975 

48     1  41 

19» 

46    7  39 

1990 

44  13  49 

1906 

8aTOR9 

E. 

6i  36  19 

9M9 

62  42  59 

9on 

60  49  52 

9096 

58  56  58 

9936 

Afitares 

E. 

95  49  51 

1975 

93  55  38 

1909 

92     1  35 

1990 

90    7  45 

1096 

11 

AbM«niD 

W. 

99  19  33 

tl97 

101     9  51 

9141 

102  59  48 

9155 

104  49  24 

9170 

JrrrTCR 

W. 

81  r6    2 

9061 

83    8     1 

9073 

84  59  41 

9087 

86  51     0 

9100 

■ 

Pollux 

W. 

56    5  22 

9055 

57  57  31 

9067 

5i»  49  21 

9080 

61  40  51 

9094 

SATVIUf 

E. 

49  36  46 

9096 

47  45  44 

9113 

45  55    5 

9139 

44    4  51 

9147 

AoLires 

E. 

80  42  14 

9051 

78  49  59 

9063 

76  58    3 

9079 

75    6  27 

9690 

12 

JfTFITEa 

W. 

96    2    8 

9in 

97  51   10 

9194 

99  39  47 

9911 

101  27  58 

9990 

1 

1 

Pollux 

W. 

70  52  53 

9119 

72  42    7 

9186 

74  30  56 

9909 

76  19  20 

9910 

RefiiliM 

W. 

:h    S   0 

9171 

35  52  II 

9187 

37  40  58 

9904 

39  29  20 

9990 

Satorh 

E. 

a5    0  47 

9950 

3:j  13  34 

9976 

31  26  59 

9309 

29  41    3 

9330 

Antares 

E. 

65  53  59 

9166 

64    4  40 

9189 

<^  15  46 

9900 

60  27  18 

9916 

1 

Bvm 

E. 

141     9    2 

9469 

139  27  33 

9505 

137  46  27 

9699 

136    5  45 

9549 

13 

Pollfix 

w. 

85  14  50 

9300 

87    0  36 

9398 

88  45  54 

9347 

90  30  45 

9366 

Rep^iliM 

W. 

48  24  44 

9310 

50  10  2i» 

9396 

51  55  48 

9947 

53  40  39 

9366 

Antar«s 

E. 

51  31  2SI 

9307 

49  45  :\9 

9396 

48    0  17 

9344 

46  15  22 

9364 

a  Aq(ifl9 

E. 

102  53  20 

3133 

101  25  50 

3149 

W  58  31 

3159 

98  31  24 

3163 

1 

8ujr 

E. 

127  48  36 

9636 

126  10  29 

9655 

124  32  48 

9675 

122  55  35 

909S 

14 

Pollfix 

W. 

99    8  II 

946! 

100  50  19 

9480 

102  32    0 

9499 

104  13  14 

9518 

1 

1 

Reindiw 

W. 

62  18    8 

9460 

64    0  17 

9480 

65  41  59 

9496 

67  23  15 

9517 

AntarM 

E. 

;^  37  39 

S459 

Sa  55  28 

9477 

M  13  43 

9497 

32  32  25 

9516 

1 

a  Aqiiile 

E. 

91  l:i  48 

3941 

89  54  27 

3960 

88  2^>  29 

9980 

87    4  54 

3301 

1 

9VJ9 

E. 

114  56  10 

9797 

113  21  37 

9817 

111  47  31 

9837 

110  13  51 

9858 

15 

Pollfix 

W. 

112  32  57 

9610 

114  11  38 

9698 

115  49  55 

9646 

117  27  48 

9663 

Reflrnliiii 

W. 

75  43    7 

9600 

77  21  50 

9696 

79    0    9 

9644 

80  38    4 

9661 

n  Aqtiite 

E, 

80    8  :w 

3433 

78  46  41 

3449 

77  25  20 

3478 

76    4  31 

9506 

i 

Hvn 

E. 

102  31  58 

9956 

101     0  50 

9975 

99  30    6 

9993 

97  59  45 

9013 

16 

Reiffflffs 

W. 

8H  41  59 

9744 

90  17  41 

9760 

91  53    2 

9775 

93  28    3^ 

9789 

H|»im 

W. 

34  41  31 

9743 

36  17  14 

9758 

37  52  37 

9773 

39  27  40 

9788 

1 

Hati'H!* 

W. 

21     4  3(; 

9935 

22  36  10 

9997 

24     7  54 

9994 

25  39  43 

9991 

1 

[ 

a  Ar|iiilfe 

E. 

69  28  54 

3670 

68  II  a5 

3708 

eS  54  56 

9746 

65  36  57 

9785 

8t;if 

E. 

90  3:}  42 

3101 

89    5  34 

3119 

87  37  47 

3134 

86  10  19 

91»1 

XV  [. 


FEBRUARY,  1895. 


35 


1 

OBBBNWIOH  MPiAN  TIME. 

LUNAR  DISTANCRB. 

» 

• 

r 

Name  and  Dtroetion 
of  0bj«6i. 

Midnight. 

P.L. 
of 

Diff. 

XVii. 

P.L. 

of 

Diff. 

xvnih. 

P.L. 

of 
DUt 

XXlh. 

P.L. 
of 

Diff. 

9 

or  Arietb 

W. 

9       $      If 

108     1  44 

1966 

0        t      n 

109  55  42 

•   1969 

llf  49  33 

1904 

Ill  43  16 

9001 

Mars 

W. 

95  48    2 

9115 

97  38  39 

9110 

<»9  2S)  10 

9194 

101  19  :» 

9190 

Aldebnmii 

w. 

70  56  57 

iI033 

78  49  40 

9096 

80  42  19 

9039 

82  34  52 

0044 

JOPITBII 

w. 

58  :):)  59 

1971 

60  28  19 

1974 

62  22  34 

1977 

64  16  44 

1009 

Pollux 

w. 

3:)  21  25 

19S5 

a5  15  54 

1968 

37  10  19 

1979 

39    4  38 

1976 

Spica 

K. 

57  34  10 

1956 

55  39  26 

1960 

5.)  44  48 

1964 

51  50  17 

1060 

Satoeiv 

E. 

72  II  15 

1967 

70  17  20 

1991 

68  2:)  31 

1996 

66  29  50 

9009 

Aiitares 

E. 

103  28    9 

1966 

101  33  25 

1960 

99  38  46 

1963 

97  44  14 

1969 

10 

Mam 

VV. 

110  28  56 

9160 

112  18  10 

9160 

114    7    7 

9199 

115  55  47 

9909 

AlclelMinin 

W. 

91  55  20 

9061 

93  46  48 

9099 

95  ;w    0 

9109 

97  28  56 

9116 

Jupiter 

W. 

73  45  14 

S0I9 

75  :w  19 

9096 

77  31   10 

9038 

79  2;}  45 

9060 

Pollux 

W. 

48  3:)  56 

9019 

50  27  11 

9IHN 

52  20  1 1 

9039 

54  12  55 

9049 

Spica 

K. 

42  20  12 

9006 

40  26  50 

9017 

:«  33  43 

9096 

36  40  53 

9039 

SATURIf 

E. 

U7    4  20 

9047 

55  II  59 

9666 

53  19  55 

9070 

51  28  10 

9084 

Aiitares 

E. 

88  14    8 

9007 

86  20  45 

9017 

84  27  38 

9098 

82  34  47 

0039 

11 

AliMmniii 

W. 

106  38  37 

9160 

106  27  26 

9909 

no  15  51 

9919 

112    3  50 

9937 

JUPITKR 

W. 

88  41  59 

9115 

90  32  36 

9190 

92  22  50 

•  9145 

94  12  41 

9161 

Pollux 

W. 

63  32    0 

9107 

65  22  48 

9199 

67  13  13 

9137 

69    3  15 

9159 

SATuaif 

E. 

42  15    4 

9166 

40  25  44 

9166 

38  36  54 

9906 

36  48  34 

9997 

Aiitares 

E. 

73  15  13 

9104 

71  24  20 

9119 

69  33  50 

9134 

67  4.3  43 

9149 

13 

Jl^  PITER 

W. 

103  15  43 

9947 

105    3    1 

9966 

106  49  52 

9963 

108  36  16 

9909 

1 

Pollux 

W. 

78    7  19 

9937 

79  54  52 

9965 

81  41  58 

9973 

8:)  28  37 

9991 

Regiiliis 

W. 

41   17  17 

9938 

43    4  48 

9956 

44  51  53 

9973 

46  :^  32 

9991 

Satden 

E. 

27  55  50 

9364 

26  II  2:) 

9390 

24  27  47 

9438 

22  45    7 

•489 

Autares 

E. 

58  39  15 

9996 

56  51  3!) 

9969 

55    4  29 

9970 

53  17  46 

9986 

Buif 

£. 

134  25  28 

9569 

132  45  36 

9677 

131     6  10 

9606 

129  27  10 

9616 

13 

Pollux 

W. 

92  15    9 

S364 

93  59    6 

9404 

95  42  35 

9493 

97  25  37 

9449 

Regiiliis 

W. 

55  25    3 

9364 

57    9    0 

9409 

58  52  30 

9493 

60  :^5  3> 

•441 

AtitJtres 

E. 

44  30  55 

9389 

42  46  55 

9409 

41     3  23 

9490 

39  20  17 

9440 

a  Aqiiiltt 

E. 

97    4  31 

3176 

95  \r7  53 

9190 

94  11  3*2 

3906 

92  45  30 

9993 

Sun 

E. 

121  18  48 

9715 

119  42  28 

9736 

118    6  35 

9756 

116  31     9 

9776 

U 

Pollux 

W. 

105  54    2 

9637 

107  34  24 

9656 

109  14  20 

9574 

no  53  51 

9609 

Regiiliis 

W. 

69    4    5 

9636 

70  44  29 

9654 

72  24  27 

9573 

74    3  59 

9691 

Antares 

E. 

30  51  34 

9636 

2JMI     9 

9553 

27  31     9 

9579 

25  51  35 

9600 

a  Aqiiila 

E. 

85  40  44 

3394 

84  17    0 

3347 

82  53  43 

3371 

81  30  53 

9306 

Son 

E. 

108  40  38 

9677 

107    7  50 

9896 

105  35  28 

9017 

104    3  31 

9996 

15 

Pollux 

W. 

119    5  17 

9681 

120  42  2:j 

9607 

122  19    7 

9714 

123  55  28 

9731 

Regiiliis 

W. 

82  15  36 

9678 

83  52  45 

9696 

85  29  32 

9719 

87    5  56 

9798 

a  Aquilie 

E. 

74  44  14 

3637 

73  24  31 

3669 

72    5  23 

3601 

70  46  50 

9636 

Sun 

E, 

96  29  48 

9090 

95    0  13 

9049 

93  31     1 

9067 

92    2  11 

9064 

16 

Repiliis 
8|>ica 

W. 

95    2  45 

9804 

96  37    8 

9616 

98  11  13 

9831 

99  45    0 

9846 

W. 

41     2  24 

9609 

42  36  49 

9617 

44  10  55 

9830 

45  44  44 

9644 

8a  TV  EFT 

W. 

27  II  35 

9999 

28  43  2<) 

9994 

30  15  14 

9098 

31  46  57 

9999 

aAquil» 

E. 

64  23  \^) 

9896 

63    9    4 

3670 

61  55  14 

3015 

60  42    9 

9909 

Son 

E. 

84  43  II 

3167 

83  16  22 

3189 

81  49  51 

9197 

80  23  38 

9911 

m 


FEBBriRT,  IS9SL 


XVIL 


4      l»S»M^ 


(«        ^«»\-« 

t  -v,  .  *  <  tit*"* 
H.N 

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A  ft Im toe 


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I 

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p>  fw;  r.s 

41  ^i*'  :T^ 

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«i    •^t.  57 


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#     f.     ^ 
7::  «  Kl 

4i:    U*      *• 

41  ai  ai 


I 


«  at*  4." 
iw  ij  7 

97  14   12 

at  57  m 
47  10  ■? 

«7  ia2  4Si 
7^  »  S6 

A>  37  S4 

^     *^  Si 
44  47   12 

54  *>  ao 

tJ7^    2 

44:  %^  <II 

4v»  4n  34 

d5    ;i  40 


I 


asn 


ii 


»M    • 


XVIIL 


FEBRUARY,  1895. 


37 


OBBBNWIOH  MEAN  TIMB. 

LUNAR  DISTANORa 

• 

• 

Umbo  uid  Diroetioa 

of  OklMli. 

Midnight 

P.L. 

of 

XVh. 

P.L. 
of 

XVill»>. 

P.L. 
of 

XXIb. 

P.L. 
of 

r 

tr»  \^«^|^v«s 

DiC 

DUt 

DlflU 

Ditr. 

J7 

Refulus 

W. 

107*  29  43 

fl906 

O         »         M 

109    1  55 

9916 

110  3:^51 

9996 

0      i      tf 

112    5  34 

9939 

8|iica 

W. 

53  99  37 

tSOft 

55     I  50 

9016 

56  3:1  48 

9997 

58    5  33 

9937 

Satueh 

W. 

39  23  45 

SMS 

40  54  41 

9973 

42  25  28 

9961 

43  56    5 

9987 

a  Aquiin 

E. 

54  49  19 

4X» 

53  41  30 

4306 

52  34  43 

4375 

51  28  59 

4V4i 

Sun 

E. 

73  16  40 

nn 

71  52    9 

3990 

70  27  39 

3301 

69    3  29 

3313 

18 

Spica 

W. 

65  41  14 

t9« 

67  11  49 

9090 

68  42  14 

9998 

70  12  29 

3005 

SATUAIf 

W. 

51  27    2 

30« 

52  56  48 

3097 

54  2«i  27 

3034 

55  .55  58 

3039 

a  AquilB 

E. 

46  18  16 

4910 

45  20    9 

5095 

44  2:1  3:) 

5149 

43  28  3:? 

59KI 

8ozf 

E. 

62    5  43 

3319 

60  42  43 

3371 

59  19  53 

3379 

57  57  13 

33C« 

19 

Spica 

W. 

77  41  42 

3035 

79  11  11 

3041 

80  40  33 

3045 

82    9  50 

3049 

Satvbn 

W. 

63  21  54 

3064 

64  50  48 

3069 

66  19  36 

3079 

67  48  20 

3076 

Antares 

W. 

31  47  45 

3036 

33  17  13 

3041 

34  46  a5 

3045 

36  15  52 

3050 

SOH 

E. 

51    5  54 

3«0 

49  44    0 

3495 

48  22  12 

3431 

47    0  30 

3436 

90 

Spica 

W. 

8!)  as  3 

3067 

91    3  53 

3069 

92  32  41 

3071 

94     1  26 

3073 

Satobjt 

W. 

75  10  58 

3000 

76  39  20 

3009 

78    7  39 

3094 

79  35  56 

3005  1 

AiitarM 

W. 

43  41    3 

3006 

45    9  54 

3069 

46  38  41 

3071 

48    7  2t> 

3073 

Self 

E. 

40  13  15 

34M 

38  52    0 

3457 

37  30  48 

3460 

36    9  39 

3463 

1 

9J 

Spica 

W. 

101  24  44 

3078 

102  53  20 

3078 

104  21  56 

3078 

105  50  32 

3078 

BAToaif 

W. 

86  57    0 

3100 

88  25  10 

3100 

8J)  53  20 

3101 

91  21  29 

3100 

Antarea 

W. 

55  30  44 

3078 

56  59  20 

3078 

58  27  56 

3079 

59  56  31 

3078 

Suit 

E. 

99  24  25 

3470 

28    3  27 

3471 

26  42  30 

3471 

25  21  34 

3471  ; 

99 

Sathui 

W. 

98  42  25 

3006 

100  10  39 

3095 

101  38  55 

3094 

103    7  12 

i 

3009 

Aiitarea 

W. 

67  19  37 

3074 

68  48  18 

3073 

70  17    0 

3079 

71  45  44 

3070 

Son 

B. 

18  37    0 

3474 

17  16    7 

3475 

15  55  15 

3477 

14  34  25 

3478 

95 

Suiff 

W. 

14  13    5 

3306 

15  35  96 

3387 

16  57  57 

3379 

18  20  37 

3379 

aArietifl 

E. 

45  41     1 

3051 

44  11  51 

3048 

42  42  :I8 

3046 

41   13  22 

3045 

Maes 

E. 

66  26  54 

3913 

65    1    0 

3909 

m  :15    1 

3904 

62    8  56 

3198 

Aldebaran 

E. 

76  59  54 

3078 

75  31   17 

3073 

74   2  sa 

3069 

72  33  48 

3066 

JOPITKB 

£. 

94  56    9 

3094 

93  26  26 

3019 

91  56  37 

3014 

90  26  42 

3009 

96 

Sun 

W. 

25  16    8 

3334 

26  39  40 

3397 

28    320 

3310 

29  27    9 

3319 

aArietb 

E. 

33  46  45 

3043 

32  17  25 

3045 

30  48    8 

3047 

29  18  .53 

3051 

MAas 

E. 

54  56  56 

3171 

53  30  12 

3165 

52    3  21 

3158 

50  36  22 

3153 

Alclebamn 

E. 

65    8  44 

3047 

63  39  29 

3043 

62  10  10 

3039 

60  40  46 

3036 

JOPITSB 

E. 

82  55  29 

9961 

81  24  53 

9976 

79  54  10 

9969 

78  2S  19 

9964 

97 

Self 

W. 

36  23  30 

3971 

37  53  15 

3963 

39  18  10 

3954 

40  43  15 

3946 

BfAat 

E. 

43  19  34 

3119 

41  51  48 

3113 

40  23  54 

3105 

38  55  51 

3099 

Aldebanm 

E. 

53  12  46 

3091 

51  42  59 

3018 

50  13    9 

3016 

48  43  16 

3015 

JoptTca 

E. 

70  47    7 

9931 

69  15  27 

9994 

67  43  3il 

9916 

66  11  41 

9909 

Pollux 

E. 

95  52  56 

9903 

94  20  41 

9606 

92  48  17 

9888 

91   15  43 

98tW 

98 

Sun 

W. 

47  51  21 

3196 

49  17  32 

3186 

50  43  56 

3178 

52  10  32 

3107 

AMebaran 

E. 

41  13  39 

3017 

39  43  47 

3019 

38  13  58 

3094 

36  44   15 

3030  , 

JoPtTBB 

E. 

58  29  29 

9971 

56  56  33 

9869 

55  2:i  26 

9854 

53  50    8 

9tH6  ' 

PdUiiz 

E. 

83  30  19 

9637 

81  56  32 

9896 

80  22  40 

9618 

78  48  36 

9eo9  1 

38 


MARCH,  1895. 


AT  aBEBNWIGH  APPABENT  NOON. 


I 


I 


Frid. 
Sat. 

8Uir. 

Mod. 
Tues. 
Wed. 

Thur, 
Frid. 
Sat. 

SUN. 

Mod. 

Taes. 

Wed. 
Thur. 
Frid. 

Sat. 

SUN. 

Mon. 

Taes. 
Wed. 
Thur. 

Frid. 
Sat. 

auy. 

Mod. 
Tues. 
Wed. 

Thur. 
Frid. 
Sat. 

8UN. 

Mod. 


3 
§ 

3 


1 

2 
8 

4 
5 
6 

7 
8 
9 

10 
11 
12 

Id 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 
31 

32 


THE  SDN*S 


Apparent 
Rlj(bt  Aaoonsion. 


h     m        H 

22  48  42.91 
22  52  27.34 
22  56  11.27 

22  59  54.71 

23  3  37.68 
23  7  20.20 

23  11  2.29 
23  14  43.97 
23  18  25.26 

23  22  6.19 
23  25  46.79 
23  29  27.08 

23  33  7.07 
23  36  46.79 
23  40  26.28 

23  44  5.54 
23  47  44.60 
23  51  23.49 

23  55  2.22 

23  58  40.82 

0  2  19.30 

0  5  57.68 
0  9  35.99 
0  13  14.23 

0  16  52.43 
0  20  30.60 
0  24  8.76 

0  27  46.93 
0  31  25.12 
0  35  3.34 
0  38  41.62 

0  42  19.98 


Ditr.  for 
X  Honr. 


a 

9.362 
9.341 
9.390 

9.300 
9.281 
9.263 

9.245 
9.229 
9.213 

9.199 
9.I&5 
9.173 

9.161 
9.150 
9.141 

9.132 
9.124 
9.117 

9.111 
9.106 
9.102 

9.098 
9.095 
9.093 

9.091 
9.090 
9.090 

9.091 
9.092 
9.094 
9.097 


AppMent 
Deollnatloii. 


tt 


S.   7  33  50.1 

7  10  58.8 
6  48     1.5 

6  24  58.7 
6  1  50.7 
5  38  37.9 

5  15  20.6 
4  51  59.4 
4  28  34.4 

4  5  6.1 
3  41  34.8 
3  18    0.9 

2  54  24.6 
2  30  46.5 
2    7     6.7 

1  43  25.6 
1  19  43.6 
0  56     1.1 

0  32  18.4 
S.  0  8  35.8 
N.  0  15    6.2 

0  38  47.3 

1  2  27.1 
1  26    5.2 

1  49  41.2 

2  13  14.8 

2  36  45.6 

3  0  13.1 
3  23  37.0 

3  46  56.9 

4  10  12.5 


9. too  In.  4  33  23.3 


DULfor 
1  Hoar. 


+57.01 
57.26 
57.50 

+57.72 
57.93 
58.12 

+58.30 
58.46 
58.61 

+58.74 
58.86 
58.96 

+59.05 
59.12 
59.18 

+59.23 
59.26 
59.28 

+59.28 
59.26 
59.23 

+59.18 
59.12 
59.04 

+58.95 
58.84 
58.71 

+58.57 
58.41 
58.24 
58.05 

+57.85 


Semi- 
diaroetar. 


Sidereal 
Time  of 
SeiDl- 
diaaaeter 
Paaeiiig 
pCeridiao 


6  10.41 

6  10.18 

6  9.94 

6  9.69 

6  9.45 

6  9.20 

6  8.95 

6  8.70 

6  8.45 

6  8.19 

6  7.93 

6  7.66 

6  7.39 

6  7.12 

6  6.85 

6  6.58 

6  6.30 

6  6.03 

6  5.75 

6  5.47 

6  5.19 

6  4.91 

6  4.63 

6  4.35 

6  4.08 

6  3.80 

6  3.53 


6 
6 
6 
6 


3.25 
2.98 
2.71 
2.43 


16    2.16 


65.44 
65.37 
65.30 

65.23 
65.17 
65.11 

65.05 
64.99 
64.94 

64  89 
64.84 
64.79 

64.75 
64.71 
64.68 

64.65 
64.62 
64.59 

64.57 
64.55 
64.53 

64.51 
64.50 
64.49 

64.48 
64.48 
64.48 

64.49 
64.49 
64.50 
64.51 

64.53 


Xqnatloiief 

Time, 

to  be 
Added  to 
AppMvnt 

Time. 


m       a 

12  31.62 
12  19.53 
12    6.94 

11  53.86 
11  40.31 
11  26.31 

11  11.89 
10  57.06 
10  41.84 

10  26.26 

10  10.35 

9  54.12 

9  37.61 
9  20.82 
9    3.80 

8  46.56 

6  29.11 
8  11.49 

7  53.72 
7  35.81 
7  17.79 

6  59.67 
6  41.47 
6  23.21 

6  4.90 
5  46.58 
5  28.23 

5  9.90 
4  51.58 
4  33.30 
4  15.08 

3  56.93 


DIftibr 
X  Hoar. 


a 

0.493 
0.514 
0.536 

0.555 
0.574 
0.592 

0.610 
0.696 
0.642 

0.656 
0.669 
0.682 

0.694 
0.704 
0.714 

0.723 
0.730 
0.737 

0.743 
0.748 
0.753 

0.767 
0.760 
0.762 

0.763 
0.764 
0.764 

0.764 
0.762 
0.760 
0.758 

0.754 


KoTB.-<The  mean  time  of  eemidlameter  pasainjB;  may  be  foand  by  sabtraotinic  O'.IS  from  tbe  aldereal  time. 

The  eifpi  +-  prefixed  to  tbe  hourly  change  of  deolination  indicatea  that  aooth  deoUnationa  are  decreaaiBCi 
north  dedinationa,  inoreaalog. 


IL 


MARCH,  1895. 


39 


AT  OBBBlTWiOH  MRAN  NOON. 

( 

THE  SUN'S 

t 

1 

• 

1 

1 

KqoAtlooof 

Time, 

to  be 
Sabtnotod 

froai 
ICean  Time. 

Sidereal 

Time, 

or 

Right  AeoeiMioii 

or 

Mean  8nn. 

AppATSBt 

Right  ▲•mmIoo. 

I>tCfbr 
1  Hoar. 

AppATOBt 

DeeliiMftioD. 

Dtfllfor 
IHoor. 

Din  for 
iHoar. 

Prid. 

1 

h      m      t 

22  48  40.95 

9.364 

S.    7  34    2.1 

+57.01 

12  31*72 

0.492 

h      n       n 

22  36    9.23 

Sat. 

2 

22  52  25.42 

9.343 

7  11   10.6 

57.27 

12  19.64 

0.514 

22  40     5.79 

BUN. 

8 

22  56    9.39 

9.3W 

6  48  13.2 

57.51 

12    7.05 

0.5.35 

22  44     2.34 

Hod. 

4 

22  59  52.87 

9.30« 

6  25  10.2 

+57.73 

11  53.97 

0.555 

22  47  5ft.90 

Tues. 

5 

23    3  35.87 

9.t{83 

6    2    2.0 

57.94 

11  40.42 

0.574 

22  51  55.45 

Wed, 

6 

23    7  18.43 

9.965 

5  38  49.0 

58.13 

11  26.43 

0.592 

22  55  52  00 

Tlinr. 

7 

23  11     0.56 

9.247 

5  15  31.6 

+58.31 

11   12.00 

0.610 

22  59  48  56 

Frid. 

8 

23  14  42.28 

9.930 

4  52  10.1 

58.47 

10  57.17 

0.620 

23    3  45.11 

Sat 

9 

23  18  23.62 

9.215 

4  28  44.9 

58.62 

10  41.96 

0.642 

23    7  41.66 

BUir. 

10 

23  22    4.59 

9.201 

4     5  16.4 

+58.75 

10  26.37 

0.656 

23  11  38  22 

Mod. 

11 

23  25  45.24 

9.187 

3  41  44.9 

58.87 

10  10.46 

0.670 

23  15  34.77 

Taea. 

12 

23  29  25.56 

9.174 

3  18  10.7 

58.97 

9  54.24 

0.682 

23  19  31.33 

Wed. 

18 

23  33    5  60 

9.163 

2  54  34.2 

+59.06 

9  37.72 

0.694 

23  23  27.88 

Thnr. 

14 

23  36  45  37 

9.152 

2  30  55.8 

59.14 

9  20.94 

0.704 

23  27  24  43 

Frid. 

15 

23  40  24.90 

9.142 

2    7  15.7 

59.20 

9    3.91 

0.714 

23  31  20.99 

Sat. 

16 

23  44    4.20 

9.133 

1  43  34.3 

+59.24 

8  46.66 

0.723 

23  35  17.54 

Buir. 

17 

23  47  43.31 

9.126 

1   19  52.1 

59.27 

8  29.22 

0.731 

23  39  14  10 

Moo. 

18 

23  51  22.24 

9.119 

0  56    9  8 

59.29 

8  11.60 

0.737 

23  43  10.65 

Tae8. 

19 

23  55     1.02 

9.113 

0  32  26.2 

+50.29 

7  53.82 

0.743 

23  47    7.20 

Wed. 

20 

23  58  39.66 

9.IOd 

S.    0    8  43.4 

59.27 

7  3591 

0.748 

23  51     3.76 

Thar. 

21 

0    2  18.19 

9.103 

N.  0  14  58.9 

59.24 

7  17.88 

0.753 

23  55    0.31 

Prid. 

22 

0    5  56.62 

9.100 

0  38  40.3 

+59.20 

6  59.76 

0.757 

23  58  56  86 

Sat 

23 

0    9  34.97 

9.097 

1     2  20.5 

59.14 

6  41.56 

0.760 

0    2  53.42  ' 

BUN. 

24 

0  13  13.26 

9.094 

1  25  58.9 

59.06 

6  23.29 

0.762 

0     6  49.97 

Mod. 

25 

0  16  51.51 

9.093 

1  49  35.2 

+58.06 

6    4.98 

0.763 

0  10  46.52 

Toes. 

26 

0  20  29.73 

9.092 

2  13  '9.1 

58.85 

5  46.65 

0.7C4 

0  14  43.08 

Wed. 

27 

0  24    7.94 

9.092 

2  36  40.2 

58.73 

5  28.30 

0.764 

0  18  39.63  1 

1 

Tbur. 

28 

0  27  46.15 

9.093 

3    0    8.0 

+58.59 

5    9.96 

0.764 

0  22  36.18  ' 

Prid. 

29 

0  31  24.38 

9.094 

3  23  32.2 

58.43 

4  51.64 

0.763 

0  26  3*2.71 

Sat 

30 

0  35    2.65 

9.096 

3  46  52.5 

58.25 

4  33.36 

0.701 

0  30  29  29 

BUN. 

31 

0  38  40.98 

9.099 

4  10    8.3 

58.06 

4  15.13 

0.7r»8 

0  31  2r>.S.5 

Mod. 

32 

0  42  19.38 

9.102 

N.   4  33  19.5 

+57.86 

3  56.98 

0.7r»4 

0  38  22.40 

Diff.  for  1  Hour, 
(Table  III.) 

Von.— Tli«» 
Th«s 
mn4i 

BuUdlMDOterfor  mei 
ign  +  prefixed  to  tb 
mnwiliigi  Borihdec 

umoonnu 
le  hooiiy  c 
rtinaHom, 

%j  be  lueame*!  the  eame  aa  thai 
bea^  of  deolinAtiou  iodicatei 
inoreaelng. 

I  for  »pp*reoi  nc 
1  that  eoatb  d«« 

ran. 

tin  At  tone 

40 


MARCH,  1895. 


irL 


AT  GREEN  WIOH  MEAN  NOON. 


5 


o 

IS 


1 

2 
3 

4 
5 
6 

7 
6 
9 

10 
11 
12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
i26 
27 

i  28 
29 
30 
31 

32 


e 


60 
61 
62 

63 
64 
65 

66 
67 

68 

69 
70 
71 

72 
73 
74 

75 
76 
77 

78 
79 
80 

81 
82 
83 

84 
85 
86 

87 
88 
89 
90 

91 


THE  SUN'S 


TRUE  LOMOITUBB. 


340  41     6.4 

341  41   16.2 

342  41  24.0 

343  41  29.6 

344  41  33.0 

345  41  34.4 

346  41  33.6 

347  41  30.7 

348  41  25.7 

349  41   18.7 

350  41     9.7 

351  40  58.8 

352  40  45.9 

353  40  31.2 

354  40  14.9 

355  39  56,7 

356  39  36  8 

357  39  15.2 

358  38  51.8 

359  38  26.8 

0  37  59.9 

1  37  31.3 

2  37    0  9 

3  36  28.5 

4  35  54  2 

5  35  17.9 

6  34  39.6 

7  33  59.0 

8  33  16.4 

9  32  31.3 

10  31  44.0 

11  30  54.4 


X' 


40  55.2 

41  4.9 
41   12.6 

41  18.1 
41  21.3 
41  22.6 

41  21.7 
41  18.7 
41   13.6 

41  6.5 
40  57.4 
40  46.3 

40  33.3 
40  18.5 
40    2.1 

39  43  8 
39  23.8 
39    2.1 

38  38.6 
38  13.5 
37  46.4 

37  17.7 
36  47.2 
36  14.7 

35  40  3 
35  39 
34  25.5 

33  44.8 
33  2.1 
32  16.9 
31  29.4 


JHW.  for 
1  floor. 


50.45 
50.37 
50.28 

50.19 
50.10 
50.01 

49.93 
49.83 
49.75 

49.67 
49.59 
49.50 

49.4S 
49.:)5 
49.*<28 

49.21 
49.14 
49.06 

48.99 
48.92 

48.84 

48.77 
48.69 
48.61 

48.53 

48.45 
48.36 

48.27 
48.17 
48.08 
47.98 


30  89.7   .    147.89 


LiiTlTUDK. 


+  0.41 

0.49 
0.54 

+  0.56 
055 
0.50 

+  0.44 
0.35 
0.23 

+  0.11 

-0.02 

0.15 

-0.27 
0.38 
0.47 

-  0.54 
0.58 
0.59 

-0.57 
0.51 
0.43 

-  0.33 
0.21 

-  0.07 

+  0.06 
0.19 
0.31 

+  0.42 
0.50 
0.56 
0.58 

+  0.59 


of  the 

B«diMTeetor 

oTtbe 


9.9962178 
9.9963244 
9.9964318 

9.9965402 
9.9966497 
9.9967604 

9.9968722 
9.9969853 
9  9970998 

9.9972156 
9.9973329 
9.9974515 

9.9975714 
9.9976924 
9.9978145 

9  9979376 
9.9980615 
9.9981862 

9.9983113 
9.9984367 
9.9985623 

9.9986877 
9.9988132 
9.9989384 

9.9990634 
9.9991879 
9.9993119 

99994356 
9.9995588 
9.9996816 
9.9998039 


9.9999262   +50.9 


Dlftr«r 
iHoor. 


•M4.2 
44.6 
45.0 

•M5.5 
45.9 
46.4 

+46.9 
47.4 
48.0 

-M8.6 
49.1 
49.7 

+50.2 
50.7 
51.1 

+51.5 
51.8 
52.0 

+52.2 
52.3 
52.3 

+52.3 
52.2 
52.1 

+52.0 
51.8 
51.6 

+51.4 
51.2 
51.1 
51.0 


Honu— Tbo  Bomben  la  oolanw  k  oorrMpoad  to  Ue  trao  oqaiaox  of  tbo  d«to|  ia  ooIomb  X'  to 
tko  mMui  oqainox  of  JaaiiBry  •'.O. 


1  23  37.03 
1  19  41.12 
1   15  45.21 

1  11  49.30 
1  7  53.40 
1     3  57.49 

I  0  1.58 
0  56  5.67 
0  52     9.77 

0  48  13.86 
0  44  17.95 
0  40  22.04 

0  36  26.14 
0  32  80.23 
0  28  34.32 

0  24  38.4 1 
0  20  42  50 
0  16  46.60 

0  12  50.69 
0  8  54.78 
0    4  58.87 


{    0     1 

I  23    57 

23  53 

23  49 


2.97^ 
7.0(5^ 

11  15 
15.24 


23  45  19.33 
23  41  23.42 
23  37  27.52 

23  33  31.61 
23  29  35.70 
23  25  39.79 
23  21  43  89 

23  17  47.98 

Dift  for  1  Hour, 

—  9«.8296. 

(Table  n.) 


_ .  i 


IV. 


MARCH,  1895. 


41 


GBBBNWIOH  ICBAN  TIME. 


THE  MOOITS 


e 
91 


o 


1 

2 
3 

4 
5 
6 

7 

6 
9 

10 
11 
12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 
31 

82 


BBMIDIAliBTaS. 


IVOOB* 


15  14.6 
15  24.6 
15  35.9 

15  48.4 

16  1.5 
16  14.4 

16  25.9 
16  84.7 
16  89.7 

16  89.8 
16  84.9 
16  25J^ 

16  12.6 
15  57.6 
15  42.1 

15  27.2 
15  14.0 
15  3.0 

14  54.7 
14  49.1 
14  46.0 

14  45.4 
14  46.9 
14  50  1 

14  54.9 

15  0.7 
15  7.3 

15  14.7 
15  22.7 
15  31.1 
15  40.0 

15  49.3 


MidnlKbt. 


15  19.4 
15  80.1 
15  42.1 

15  54.9 

16  8.1 
16  20.4 

16  80.7 
16  87.7 
16  40.4 

16  38.0 
16  30.7 
16  19.4 

16  5.2 
15  49.8 
15  34.5 

15  20.3 
15  8.2 
14  58.5 

14  51.5 
14  47J2 
14  45.4 

14  45.9 
14  48.3 
14  52.3 

14  57.6 

15  3.9 
15  11.0 

15  18.6 
15  26.8 
15  35.5 
15  44.6 

15  54.0 


HORIZOBTTAL  PARALLAX. 


Koon. 


u 


55  50.1 

56  26.6 

57  8.3 

57  MJ2 

58  42.3 

59  29.6 

60  11.8 

60  44.2 

61  2.3 


61 
60 
60 


2.8 
44.8 
10.2 


59  22.8 
58  27.8 
57  30.8 

56  36.2 
55  47.7 
55    7.5 

54  86.8 
54  16.1 
54    4.9 

54  2.6 
54  8.1 
54  20.1 

54  87.5 

54  58.8 

55  23.3 

55  50.4 

56  19.5 

56  50.6 

57  23.8 

57  57.4 


Dilt  for 
1  Hoar. 


l.6:i 
!.»:) 

-¥1.97 
9.01 
1.69 

•I-I.58 

1.08 

40.40 

-0.37 
I. II 
1.73 

-9.16 
9.3G 
9.85 

-9.16 
1.85 
1.48 

-1.07 

0.66 

-0.98 

+0.08 
0.37 
0.69 

40.81 
0.96 
1.08 

+1.17 
1.95 
1.33 
1.39 

+1.44 


Mtdnigbt. 


56    7.7 

56  46.9 

57  30.8 

58  18.1 

59  6.3 

59  51.6 

60  29.5 

60  55.3 

61  4.9 

60  56.1 
60  29.4 
59  47.8 

58  55.9 
57  59.3 
57    2.9 

56  11.0 
55  26.5 
54  50.9 

54  25.2 
54  9.3 
54    2.7 

54  4.5 
54  134 
54  28.2 

54  47.6 

55  10.7 

55  36.6 

56  4.7 

56  34.8 

57  6.8 

57  40.2 

58  14.7 


Diir.  for 
X  Hour. 


+  I.ft9 
1.74 
1.91 

+9.00 
1.97 
1.76 

+1.35 

0.75 

+0.09 

-0.76 
1.44 
1.96 

-9.99 

9.38 
8.98 

-9.09 
1.68 
1.98 

-0.86 

0.47 

-0.10 

+0.93 
0.60 
0.73 

+0.89 
1.09 
1.13 

+1.91 
1.30 
1.36 
1.49 

+1.44 


ITPPJER  TRANSIT. 


IferidisQ  of 
Uroobwieb. 


B       m 

8  83i2 

4  21.3 

5  14.0 

6  11.5 

7  12.7 

8  15.5 

9  17.1 

10  15.8 

11  11.0 

12  3.2 
12  53.5 
18  43.2 

14  33.5 

15  25.2 

16  184 

17  12.8 

18  7.3 

19  0.5 

19  51.2 

20  89.0 

21  23.8 

22  6.1 
22  46  8 
28  26.6 


0 
0 

1 
2 
8 
4 


mtt  for 
lUoor. 


6.6 
47.9 

816 

18.8 

10.2 

5.9 


5    5.2 


D1 

1.91 
9.10 
9.30 

9.49 
9.60 
9.61 

9.59 
9.37 
9.93 

9.13 
9.08 
9.08 

9.19 
9.19 
9.95 

9.98 
9,95 
9.17 

9.06 
1.93 
1.81 

1.79 
1.67 
1.65 


1.60 
1.76 

1.89 
9.05 
9.94 
9.40 

9.59 


▲GB. 


NOOB. 


ft 

4.8 
5.8 
6.8 

7.8 
8.8 
9.8 

10  8 
11.8 
12.8 

13  8 
148 
15.8 

168 
178 

18.8 

198 
20.8 
21.8 

22.8 
23.8 
24.8 

25.8 
26.8 

27.8 

28.8 
0.1 
1.1 

2.1 
3.1 
4.1 
5.1 

6.1 


42 


MAKCH,  1S&5. 


eKBKSWIOH  ME. 

^2iMiJL^9 

THK 1I00I9PB  ncrar  Aacss 

msm 

1  A5D  DifiClJlf ATIOS: 

Hmt. 

RigbtAwwDafam. 

IM&ftr 

— 

mcfcr 

BUhtAimi—ioiui 

DUEfbr 
IWinirtw 

.— > 

DfUfer 
iMnate. 

F 

RIDAl 

r  L 

SUJHDAY  3L 

0 

S^    2  4&J28 

•       1 

If  ,1^  17  9&0 

BL3M 

0 

3  46  31 J6 

•          1 
9J3M 

NJN  57    3L4 

8.J91 

f 

a   4  4&;» 

±mm 

16  30  l:U 

lajm 

1 

3  48  512.29 . 

9LJ4B 

25    5  18.8 

e.m 

a 

2    «  40.78 

^§f^i 

t6  4^SiJ 

njtm 

2 

3  51  l:U8 

9bX37 

25  13  265 

d 

^    95056 

tjmn 

16  55  3314 

njsm 

3 

353  3L73 

SJBtS 

35  31  36.3 

7.n8 

4 

^  ja  51.71 

9Mm 

17    8    63 

njam 

4 

355  56JG4 

9^889 

25  29  l&l 

7.797 

S 

iSi  f$5i^21» 

9Mm 

17  20  962 

njm 

5 

3  58  torn 

9J3B 

35  37     1.9 

7389 

« 

^  I4  56wll 

%jf9m 

nm  %\ 

BUM 

6 

4    0  41.82 

tJ»fl 

35  44  37.5 

73M 

7 

!^  M57^ 

i^Mif 

17  45  34il 

njfm 

7 

4    3    5J» 

9J9t7 

35  53    4.8 

7388 

d 

!^  19    0^ 

iJMm 

17  57  41^ 

ttJW 

8 

4    5  28.82 

9J989 

35  59  33.8 

7347 

d 

229   ao4 

tjsas 

18    0  55ul 

itjn 

9 

4    7  5aL0O 

9L48f7 

36    6  34.4 

7J86 

K) 

323    6w45 

9.MN 

18  22    4J2 

nLJw 

10 

4  10  17.63 

9^049 

36  13  36.4 

8389 

II 

2  25  1025 

9j9m$ 

18  34    9i> 

BuMi 

11 

4  12  42J0 

9L4BM 

36  20  29.8 

9317 

n 

2  27  3AM 

%mm 

18  46    9.3 

ujm 

12 

4  15    8.22 

9L409 

36  37  14.5 

•379 

n 

2  2»  ldi)» 

%j9m 

18  56    5.1 

turn 

13 

4  17  34.18 

1.4383 

36  33  50.4 

0394 

M 

2  31  2li« 

9jt9m 

19    9  56L2 

tun 

14 

4  20    0LS7 

9L443B 

26  40  17.4 

8375 

J5 

2  33  29^ 

MKM 

19  91  49L6 

11.333 

15 

4  22  37.40 

9.4B0t| 

36  46  35.4 

8394 

!    )« 

2  35  35^ 

illii* 

19  33  24J2 

itma 

16 

4  31  Si.66 

9L4538 

26  53  44J3 

8309 

•7 

2  Z7  41.45 

%wn 

19  45    li) 

ujsn 

17 

4  27  22.^ 

9.48« 

26  56  44.1 

5310 

1    ^^ 

2i»4a<» 

t.ll4» 

19  56  3918 

tiAm 

18 

4  29  5a45 

9.4799 

27    4  34.6 

5.764 

'  n 

2  41  55.13 

«.ni« 

20    7  50ii 

I1.4M 

19 

4  32  18.96 

9.4789 

27  10  15t8 

5307 

30 

244    2:80 

9Lf»» 

20  19  21J3 

IIJI8 

20 

4  31  47il2 

9.4858 

27  15  47.5 

5.449 

^ 

2  46  10-41* 

trtSM 

20  60  37^ 

11.931 

21 

4  37  17.27 

9L4n8 

37  31    9.7 

5309 

9!l 

2  48  18.81 

tj«i 

20  41  49i> 

I1J« 

22 

4  39  47i» 

9.49*4 

27  26  32.3 

5.139 

99 

9  50  27.56 

t.l4M 

NJ30  53  519 

lum 

23 

4  43  17J20 

tJ5981 

NJ27  31  25.3 

4388 

• 

SA 

TUBD 

AY  2. 

M 

ON  DA 

Y  4. 

0 

9  52  3fl74 

t.MI 

N.21    3  5&3 

i%jm 

0 

4  44  47.76 

93198 

NJ27  36  18.5 

4394 

1 

2  iH  46^ 

9LMB0 

21  14  50:2 

IC88B 

1 

4  47  ia71 

9.5101 

37  41     1.8 

4339 

a 

2  56  56^1 

t.ni9 

21  25  39J^ 

19.773 

3 

4  49  5005 

9.5955 

27  45  35.2 

4.473 

% 

2  50    6.90 

trlTtf 

21  a6  23X> 

19.C78 

3 

4  52  21.77 

9.53n 

27  49  58.6 

4306 

4 

3     1  17.83 

S.1I9* 

21  47    0.8 

I9J61 

4 

4  54  53.86 

9.5379 

27  54  US) 

4.137 

5 

3    3  251.21 

t.t«3B 

21  57  32.7 

19.489 

5 

4  57  26.32 

9.S44I 

27  58  15.0 

3307 

6 

3    5  4I.()3 

9jmf7 

28    7  58.7 

I9J89 

6 

4  59  59.15 

9.5591 

28    2    7.9 

3.795 

7 

3    7  53;W) 

ItMtn 

22  18  18.6 

I9.9BJ 

7 

5    232.33 

9.5659 

28    5  50.4 

3399 

8 

3  10    6.02 

9MSfJ 

22  28  32.4 

10.178 

8 

5    5    5.86 

9.5617 

38    932.5 

3.448 

9 

3  12  l?MO 

^_ftn 

22  38  30.9 

19.073 

9 

5    7  39.74 

9.5874 

28  12  44.2 

3373 

1    10 

3  14  :«i.8i 

9jsam 

22  48  41.1 

9Jf7 

10 

5  10  13.95 

93799 

28  15  55.3 

3397 

!    11 

3  16  46.8?» 

9JSO» 

22  58  35.9 

9afi8 

11 

5  12  4&49 

93783 

28  18  55.8 

9319 

'    12 

3  19     1.43 

%j»m 

23    8  24.1 

9.749 

12 

5  15  23.a5 

93036 

28  21  45.6 

9.740 

.    13 

3  21   16.43 

t.9S38 

23  18    5.8 

9.09 

13 

5  17  58.52 

93887 

28  24  24.6 

9380 

14 

3  23  31.88 

t.«M 

23  27  40.8 

9J97 

14 

5  20  34.00 

93038 

38  26  52.8 

9379 

15 

3  25  47.7J» 

9.M9I 

33  87    9.1 

9.414 

15 

5  23    9.78 

93987 

38  29  10.1 

9.197 

16 

3  28    4.17 

tjanwj 

23  46  30J( 

9.»8 

16 

5  25  45.85 

93B35 

28  31  ia4 

9313 

•7 

3  30  21.00 

9M43 

'Zi  55  44.9 

9.18i 

17 

5  28  22.20 

9.8069 

28  33  11.7 

13« 

18 

3  3i  3H.'^!» 

9.90  iO 

24    4  52.3 

9.003 

18 

5  30  58.83 

93197 

28  34  55.8 

1343 

lf> 

3  31  5^;.01 

t.9997 

24  13  52.5 

e.943 

19 

5  33  35.72 

93170 

28  36  28.8 

1.457 

.   20 

3  37  I4.2^i 

9.3076 

24  22  45JS 

8.8n 

20 

5  36  12.87 

93919 

28  37  50.6 

1370 

21 

3  3J»  :^^.J>i 

9.3IM 

24  31  31.2 

8.700 

21 

5  38  50.27 

939M 

28  39    1.2 

1389 

2*^ 

3  41  5?.fJ8 

9.9999 

24  40    9JS 

8.570 

22 

5  41  27.90 

93»l 

28  40    0.5 

0.803 

1   23 

3  44  1».0<> 

9.3W7 

24  48  40.3 

8.440 

23 

5  44    5.76 

933» 

28  40  48.4 

0.703 

24 

3  46  31.76 

9.33M 

N.24  57    3.4 

8.391 

24 

5  46  43.85 

93306 

1^.28  41  24.8 

0319 

VL 


MAKOH,  1895. 


48 


GBBBM  WIOH  MBAN  TTME. 

■ 

• 
THB  HOOITS  BiaHT  ASCENSION  AND  DECLINATION. 

Hoar. 

DUtfor 

lICiBDtow 

PtdhiaHMu 

DUtfor 
IMImite. 

Boor. 

BtgkULMMdoa. 

DmUmUIm. 

Din:  for 
IHInnte. 

TC 

FESDA 

T  5. 

<5 

THURSDAY  7. 

b      m     t 

■ 

N.2l4l'24^ 

b    n      a 

• 

0      t      *t 

/( 

0 

5  46  43.85 

tJON 

0419 

0 

7  54  19.14 

94187 

NJ25  20  laO 

84SI 

1 

5  49  22.15 

t.MOO 

28  41  49.8 

0491 

1 

7  56  56.15 

94147 

25  11  23.3 

9409 

2 

5  52    0.65 

9M» 

28  42    3J3 

•I- 0.190 

2 

7  59  32.91 

94107 

25    2  17.7 

9.189 

3 

5  54  39.34 

9.610 

28  42    5.2 

•>  0.064 

3 

8    2    9.43 

94006 

24  53     1.4 

9461 

4 

5  57  18.21 

9.6493 

28  41  55.6 

0456 

4 

8    4  45.70 

94094 

24  43  34.4 

9430 

5 

5  59  57.26 

9jB99 

28  41  34.3 

0.459 

5 

8    7  21.72 

94081 

24  33  56.7 

9.716 

6 

6    2  36.48 

9.6M9 

28  41     1.4 

0446 

6 

8    9  57.47 

94030 

24  24    8.5 

9.801 

7 

6    5  15.85 

9.6573 

28  40  16.8 

0449 

7 

8  12  32i)5 

94801 

24  14    9.8 

10.065 

8 

6    7  55.36 

9j6S06 

28  39  20.4 

1437 

8 

8  15    8.16 

94846 

24    4    0.7 

10.937 

1) 

6  10  35.00 

9.6617 

28  38  12.3 

1433 

9 

8  17  43.10 

94790 

23  53  41.4 

10.407 

10 

6  13  14.77 

94837 

28  36  52.4 

1.430 

10 

8  20  17.75 

94751 

23  43  11.9 

10477 

11 

6  15  54.65 

9.6666 

28  a5  20.7 

1497 

If 

8  22  5^11 

94709 

23  32  32.2 

10.746 

13 

6  18  34.64 

9J679 

28  33  37.1 

1495 

12 

8  25  2ai8 

94653 

23  21  42.4 

10.919 

13 

6  21  14.72 

9UWS7 

28  31  41.7 

9483 

13 

8  27  59J)5 

94603 

23  10  42.7 

11477 

H 

6  23  54.88 

9.6700 

28  29  34.4 

9.991 

14 

8  30  33.42 

94654 

22  59  33.1 

11441 

15 

6  26  35.12 

9.6719 

28  27  15.2 

9.419 

15 

8  33    6.60 

94604 

22  48  13.8 

11.409 

16 

6  29  15.42 

9.6791 

28  24  44.1 

9418 

16 

8  a5  39.47 

94499 

22  36  44.8 

11469 

17 

6  31  55.77 

9.6796 

28  22     I.I 

9417 

J7 

8  38  12.03 

94400 

22  25    a3 

11.791 

18 

6  34  36.16 

9.6734 

28  19    6.1 

9416 

18 

8  40  44.27 

94347 

22  13  18.3 

11.878 

]» 

6  37  16.58 

9.6730 

28  15  59.2 

3.9H 

19 

8  43  16.19 

94904 

22     1  20.9 

19433 

20 

6  39  57.03 

9.6749 

28  12  40.4 

X4I3 

20 

8  45  47.79 

94941 

21  49  14;) 

19.187  1 

21 

6  42  37.49 

9.6743 

28    9    9.7 

3419 

21 

8  48  19.08 

94188 

21  36  58.5 

19438 

•22 

6  45  17.95 

94749 

28    5  27.0 

3411 

22 

8  50  50.05 

94194 

21  24  33.7 

19488 

23 

6  47  58.40 1 
WKI 

94740 

>NBSE 

N.28    1  32.4 
>AY  6. 

4.000 

23 

8  53  2a69 
F 

94080 

RTDAI 

N.21  11  59.9 

r  a 

19437 

0 

6  50  38.83 

9.6736 

N.27  57  25.9 

4.907 

0 

8  55  51.01 

94005 

NJ20  59  17.2 

19.784 

1 

6  53  19.2:1 

9.6730 

27  53    7.5 

4.406 

1 

8  58  20.99 

9.4000 

20  46  25.8 

19498 

2 

6  55  59.59 

94799 

27  48  37.2 

4404 

2 

9    0  50.64 

9.4915 

20  33  •  5.8 

13471 

3 

6  58  39.91 

94715 

27  43  55.0 

4409 

3 

9  3  \9sn 

9.4800 

20  20  17.3 

13419 

4 

7    1  20.17 

94704 

27  39    0.9 

5400 

4 

9    5  48i)6 

9.4804 

20    7    0.4 

13451 

5 

7    4    0.36 

94609 

27  a3  5.5.0 

5.197 

5 

9    8  17.62 

9.4748 

19  53  as.2 

13.488 

6 

7    6  40.47 

9.6678 

27  28  37.3 

5.303 

6 

9  10  45.94 

9.4609 

19  40     1.8 

13493 

7 

7    9  20.50 

94663 

27  23    7.8 

5400 

7 

9  13  13.92 

9.4636 

19  26  20.4 

13.757 

8 

7  12    0.43 

94646 

27  17  263 

5.786 

8 

9  15  41.57 

9.4581 

19  12  31.0 

13468 

9 

7  14  40.25 

94(97 

27  11  33.5 

5461 

9 

9  18    8.89 

9.4995 

18  58  33.8 

14417 

10 

7  17  19.96 

94600 

27    5  28.8 

6.176 

10 

9  20  a5.87 

9.4460 

18  44  28a) 

14.145 

11 

7  19  59JS5 

94587 

26  59  12.4 

6470 

II 

9  23    2J>2 

9.4413 

18  30  16.4 

14470 

12 

7  22  39.00 

94664 

26  52  44.4 

6469 

12 

9  25  28.83 

94357 

18  15  56J> 

14403 

13 

7  25  18.31 

94640 

26  46    4.8 

6.706 

13 

9  27  54.81 

9.4309 

18     I  29.2 

14415 

14 

7  27  57.48 

94515 

26  39  ia6 

6448 

14 

9  30  20.45 

9.4946 

17  46  54.7 

14.635 

15 

7  30  :I^k49 

94167 

26  32  il.O 

7.130 

15 

9  32  45.70 

9^191 

17  32  lao 

14.759 

16 

7  33  15.33 

94450 

26  24  56.9 

7430 

16 

9  a5  10.74 

94136 

17  17  24.4 

14467 

17 

7  tVi  54.00 

94499 

26  17  31.4 

7490 

17 

9  37  a5;i9 

9.4081 

17    2  28.9 

14481 

18 

7  38  32.48 

9.6398 

26    9  54.5 

7.700 

18 

9  39  59.71 

9.4096 

16  47  26.7 

15499 

10 

7  41  10.77 

94386 

26    2    a3 

7407 

19 

9  42  23.70 

94079 

16  32  17.9 

I5.10I 

20 

7  43  48.87 

94339 

25  54    6.9 

8483 

20 

9  44  47;}7 

94017 

16  17    2.6 

15408 

21 

7  46  26.76 

94U7 

25  45  56.3 

8460 

21 

9  47  10.71 

94863 

16     1  40.9 

15^413 

22 

7  49    4.44 

•4«^* 

25  37  34.6 

8.454 

22 

9  49  aj.73 

94610 

15  46  13.0 

15416 

28 

7  51  41.90 

94905 

25  2:)     1.8 

8438 

23 

9  51  .56.43 

94757 

1     15  30  39.0 

15417 

24 

7  M  19.14 

94187 

NJ25  20  18.0 

8491 

24 

9  54  l^JBl 

94704 

N.15  14  58.9 

14.717 

44 


MARCH,  189S. 


Vll 


* 

QBSENWIOH  ItSJ^  TIME. 

THE  MOOTS  SU«T  AflCTSVffiOV  AND  DBCLIKATIOH. 

Bmtr. 

JDiCfor 

»— > 

IMCAtr 
IMtenta 

Si^^Ba« 

BIghtAwM— inm 

DiClbr 

DuflHwrtan. 

IMiMrte. 

BATUBDj 

^.T». 

MONDAY  11. 

b     n      « 

■ 

•        #        #« 

1       ^ 

b     n     • 

• 

0     #       •* 

n 

0 

9  54   18^1 

tjetm 

N.15  U  S6i) 

i5.7n 

0 

11  4:1     5..% 

9J601 

N.  1  37  3Ij6 

XtJO^ 

J 

9  56  40^ 

8.a6M 

14  59  13.0 

1&613 

1 

11  45  16.65 

9J679 

1    9  34.7 

r7.M5 

U 

9  59    2.03 

t.Jf» 

14  43  21.4 

I5J07 

2 

1 1  47  27.83 

9J053 

0  51  38J2 

I7ja8 

'4 

10     1  34.07 

<.aMt 

14  27  34.2 

1S.MV 

3 

1 1  49  .%.^9 

9J6B 

0  33  42.1 

17.991 

4 

10    8  45.20 

t.»«7 

14  11  31.5 

lt.M» 

4 

11  51  49.85 

9J619 

N.  0  15  46.5 

njoti 

5 

10   6   6.m 

taut 

13  55  13.5 

li.t77 

5 

11  54    0.72 

S.1604 

S.  0    3    &4 

YtjKm 

6 

10    a  2(S.55 

%n» 

13  89    0.:) 

16.963 

6 

11  56  11.50 

9J760 

030    2.6 

i7.6M 

7 

10  10  46.77 

tMm 

13  32  42i) 

16.347 

7 

1 1  58  32.19 

9.1775 

0  37  55i> 

\1M% 

a 

10  13    6.70 

tjmn 

13    6  16.7 

16>M9 

8 

13    0  3*2.80 

9J769 

0  55  48.2 

17.609 

V 

10  15  26.34 

%Mm 

12  49  50Ji 

16.996 

9 

12    2  43.33 

9.174 

1   13  39.3 

r7.M9 

10 

10  17  45.69 

tJMOl 

12  33  17.7 

16.S6& 

10 

12    4  5:178 

9.1737 

1  31    9.2 

17.899 

Jl 

10  20    4.75 

9.9163 

12  16  40;) 

I6j96I 

11 

12    7    4.17 

9.1797 

1  49  17.7 

17,797 

rv 

10  22  2HM 

t.3M& 

1 1  59  56.4 

16.734 

U 

12    9  14J>0 

9.1717 

3    7    4.8 

17.779 

j:j 

10  24  42.01 

t.30M 

II  43  12J2 

16.605 

13 

12  1 1  24.77 

9.1707 

3  34  50.S 

17.744 

J4 

10  27    0.23 

9^14 

II  36  31.8 

16.673 

14 

12  13  34.98 

9.1608 

3  43  34.1 

17.716 

15 

10  29  18.  8 

%Mm 

II     9  37.4 

16.940 

15 

13  15  4.5.15 

9.1601 

3    0    6.2 

17.686 

US 

10  31  35.H6 

tjma 

10  52  29X) 

17.604 

16 

12  17  5,5.27 

9.1664 

3  17  56.4 

17.663 

17 

10  3:1  53.27 

IDUO 

10  35  36J^ 

I7.M6 

17 

12  30    .5..35 

9.1677 

3  35  34.6 

17.618 

IH 

10  :i6  10.42 

t.M37 

10  18  31.1 

17.196 

18 

12  22  15.40 

9.1679 

3  53  10.6 

I7.S09 

JO 

10  m  27.32 

9.t»6 

10     1   IIJ 

17.164 

19 

12  24  35.42 

S.1667 

4  10  44.4 

17.544 

20 

10  40  43.9(i 

%jmA 

9  43  59X) 

17.911 

20 

12  36  a5.4 1 

9.1663 

4  38  15.9 

n.S65 

21 

10  43    0;i5 

9J719 

9  36  42.9 

17.994 

21 

12  28  45.38 

9.1660 

4  45  45.0 

17.463 

iTi 

10  45  16M 

tJltIS 

9    9  3:).7 

17.345 

2*2 

12  30  55.33 

9.1656 

5    3  1IJ> 

17.496 

u;i 

10  47  82.41 
8( 

JNDAI 

N.  8  52    1.5 
i  10. 

I7J95 

33 

13  33    5.28 
TD 

9.1657 

ESDA 

S.  5  20  35.4 
Y  12. 

17.376 

0 

10  49  4t^.06 

N.  8  34  a6.8 

17.443 

0 

12  a5  15^ 

9J657 

S.  5  37  56.6 

17.399 

1 

10  m    3.52 

ft.«M 

8  17    8.3 

17.487 

1 

12  37  2.5.16 

9.1657 

5  55  14.9 

17,980 

2 

10  54  IH.73 

«.iftl7 

7  50  37iJ 

17.590 

3 

12  39  35.10 

9.1657 

6  12  30.2 

17.930 

I) 

10  M  :i:i.72 

g  fl^ 

7  42    4.8 

17.570 

3 

12  41  45.05 

9.1659 

6  29  42.5 

17.178 

4 

10  58  4H.4!» 

%M\\ 

7  34  39.4 

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4 

12  43  ,55.01 

9.I66I 

6  46  51.6 

17.195 

A 

1 1     1     3.05 

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7    6  51.7 

17.647 

5 

12  46    4.98 

9.1663 

7    3  57.5 

17U17I 

i\ 

11     3  17.40 

M97ft 

6  49  11.8 

17.661 

6 

12  48  14.97 

9.1667 

7  21     0.1 

17UI14 

7 

II     5  31.55 

«.«HI 

6  31  30.0 

17.713 

7 

12  50  24.1>8 

9.1679 

7  37  59.2 

16.956 

H 

II     7  4.V49 

t.tUM 

6  13  46^3 

t7.743 

8 

12  52  .35.0:] 

9.1677 

7  54  ,54.7 

16.895 

U 

1 1     9  5i».2 1 

9.fWT« 

5  56    0.8 

17.779 

9 

12  ,54  45.11 

9.1689 

8  II  46.6 

16.833 

10 

II   12  I2.H0 

tt.«N4 

5  38  13.7 

17.796 

10 

12  66  ,5.5.22 

9.1660 

8  28  34.7 

16.770 

n 

II   14  2(M7 

•.WM 

5  20  35.1 

17.893 

II 

12  5?)    .5.:W 

9.1697 

8  45  19.0 

16.706 

iti 

1 1  16  m».37 

MIM 

5    2  35.0 

17.645 

12 

13     1   15..58 

9.1704 

9     1  59.4 

16339 

II) 

II    IH  5*i.;ti» 

MIM 

4  44  43.7 

17.864 

13 

13    3  2,5.83 

9.1719 

9  18  a5.7 

16^1 

14 

II  21     5.21 

MIV7 

4  26  51.3 

17.689 

14 

13    5  36.11 

9.1799 

9  as    7i) 

16,509 

lA 

II  23  n.m 

«.«IM 

4    8  57.)l 

17.008 

15 

13    7  46.49 

9.1739 

9  51  35.9 

16.431 

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1 1  2A  !UK44 

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17.019 

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13    9  .56.91 

9.1749 

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II  27  4i.H(» 

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3  3:1    H.5 

174)93 

17 

13  12    7.40 

9.1753 

10  34  18.9 

16,984 

IH 

II  2f)  fW>.OI 

•.tm* 

3  15  12.8 

17.03a 

18 

13  14   17.95 

9.1764 

10  40  3;i7 

16.906 

ll» 

II  !M     7.<»7 

9.IWNI 

2  57  16.5 

17,9411 

19 

13  16  28.-57 

9.1777 

10  56  4:i9 

16.131 

20 

II  31   IHJti 

•JUfH 

2  39  19.8 

17.947 

20 

13  18  39.27 

9.1790 

1 1   12  49.4 

16.659 

Ul 

II  fNi  :|(I.;h 

•.iM4 

2  21  2*^,9 

I7.9A0 

21 

13  20  50.a5 

9.1803 

11  28  50.2 

15«J73 

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2    3  25.H 

I7.II5« 

22 

13  2:1    0.91 

9.1617 

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9.1010 

1  45  28.7 

17.9ft9 

%\ 

13  25  11.8(5 

9.1839 

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15,806 

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N.  1  27  31.6 

I7.9M 

24 

13  27  22.81 » 

9.ien 

a  12  16  33.1 

15.793 

vnL 


MARCH,  1895. 


45 


GBBBNWIOH  MEAK  TIMB. 


THE  MOOirS  RIGHT  ASCENSION  AND  DECLINATION. 


Diftlbr 
iKimUe. 


DeolifiAlkm. 


Diitfor 
IHlmateJ 


DiCfbr 
llCliittte. 


Dtttfor 
IMlBute. 


0 

1 

tl 

3 

4 

5 

6 

7 

8 

9 

10 

II 

19 

13 

14 

15 

17 
18 
19 
!W 
31 
99 
93 


WHDNBSDAT  13. 


h  m 
13  97 
13  99 
13  31 
13  33 
13  36 
13  38 
13  40 
13  49 
13  44 
13  47 
13  49 
13  51 
13  53 
13  55 

13  58 

14  0 


14 
14 
14 
14 
14 
II 


9 
4 
7 
9 
II 
13 


14  15 
14  18 


t 

• 

99><5> 

•.1847    S.  1 

34.09 

9.1809 

45.94 

9.1878 

56.56 

9.1895 

7.98 

9.1919 

19.51 

9.1930 

31.14 

9.1948 

49,88 

9.1987 

.54.74 

9.1987 

a79 

9.9007 

18.89 

9.9096 

31.0!) 

9.90« 

43.36 

9.9008 

55.89 

9.9088 

8.49 

9.9110 

91.14 

9.9131 

33.99 

9.9153 

46.96 

9.9178 

0.11 

9.9199 

13..37 

9.9993 

96.78 

9.9947 

40.33 

9.9970 

54.09 

9.9994 

7.86 

9.9918 

8.1 

O  /         ft 

9  16  93.1 

9  39    3.9 

9  47  39.6 

3  3  10.0 

3  18  35.0 

3  3:3  54.6 

3  49    8.7 

4  4  17.9 
4  19  90.0 
4  34  17.0 

4  49    8.9 

5  3  53.5 
5  18  39.7 
5  33    5J) 

5  47  39J) 

6  1  53.7 
6  16  8.9 
6  30  16.4 


6  44 

6  58 

7  19 


18.1 
13.3 


7  95  43.8 
7  39  19.0 
7  59  47.4 


THURSDAY  14. 


0 

14  93  91.84 

1 

14  99  a5.97 

9 

14  94  50J25 

3 

14  97    4.68 

4 

14  99  19.9r$ 

5 

14  31  33.99 

6 

14  33  48.88 

7 

14  86    3.99 

8 

14  38  19.1 1 

9 

14  40  34.46 

10 

14  49  49.9  i 

11 

14  45    5.69 

19 

14  47  91.4.3 

13 

14  49  37.40 

14 

14  51  53.59 

15 

14  54    9.80 

16 

14  56  96.93 

17 

14  58  49.89 

18 

15    0  59.56 

19 

15    3  ia46 

90 

15    5  3:151 

91 

15    7  50.71 

99 

15  10    8.06 

98 

15  19  95.56 

M 

15  14  43.91 

9.9349 

9.9387 
9.9309 
9.9417 
9.9449 
9.9488 
9.9494 
9.9519 
9.9545 
9.9571 
9.9597 
9.9899 
9.9846 
9.9674 
9.9700 
9.9796 
9.9759 
9.9777 
9.9803 
9.9899 
9.9854 
9.9879 
9.9904 
9.9999 
9.9954 


S.I8     6 
18    19 

18  39 
18  45 

18  58 

19  II 
19  93 
19  IMi 

19  48 

20  I 
90  13 
90  95 
90  37 
90  48 
91 
91 


0 
19 


91  9:j 

91  34 


91 
91 
99 
99 
99  99 
99  39 
S.99  49 


45 

56 

7 

18 


9.0 
93.7 
31.3 
31.8 
ZW 
11.5 
50.5 
99.9 
46.5 

3.4 
19.8 
14.6 

8.8 
55.3 
34.1 

5.9 
98.4 
43.7 
51.1 
50.5 
41.9 
25.1 

0.9 
97.9 
45.9 


1$ 

15.793 
15.838 
15.551 
15.489 
15.379 
15.981 
15.188 
15UIM 
14.998 
14J09 
14.804 
14.704 
14.803 
14.509 
14.398 
14.994 
14.180 
14.089 
13.974 
13.885 
13.754 
13.849 
13.530 
13.417 


13.309 
13.188 
13.088 
19.919 
19.831 
19.711 
19.589 
19.487 
19.343 
19.919 
19.093 
11.907 
11.839 
11.711 
11.589 
11.459 
IIJ9I 
11.189 
11.057 
10.993 
10.788 
10.659 
10.517 
10.381 
10.943 


0 

I 

9 
8 
4 
5 
6 
7 
8 
9 
0 
I 

9 

3 

4 

5 

6 

7 

8 

9 

90 

91 

99 

S3 


0 

1 

9 

3 

4 

5 

6 

7 

8 

9 

10 

II 

19 

13 

14 

15 

16 

17 

18 

19 

90 

91 

29 

9:j 

94 


FRIDAY  16. 


h  m 
15  14 
15  17 
15  19 
15  91 
15  93 
15  96 
15  98 
15  30 
15  33 
15  35 
15  37 
15  40 
15  49 
15  44 
15  47 
15  49 
15  51 
15  54 
15  56 

15  58 

16  I 
16  3 
16  5 
16  8 


■ 

■ 

43.91 

9.9064 

I.OI 

9.9978 

18J)5 

9.3009 

37.04 

9J097 

55.97 

9J05O 

13.64 

9.9073 

39.15 

9.9098 

50.80 

9.9118 

9.58 

9.9149 

98.50 

9.9184 

47.55 

9.9188 

6.73 

9.9908 

96.04 

9.9999 

45.47 

9.9949 

5.09 

9.9988 

94.69 

9.9988 

44.47 

9.9307 

4.37 

9.3998 

94.88 

9.990 

44.49 

9.9300 

4.70 

9J377 

95.09 

9.93M 

45.43 

9.9408 

5.93 

9.9495 

8.95 
99 
93 
93 
93 
93 
93 
93 
94 
94 
94 
94 
94 
94 
94 
95 
95 
95 
95 
95 
95 
95 
96 

8.96 


49  4.<9 
59  56;) 
9  58.4 
19  59.1 
99  37.4 
39  14.3 
49.6 
9.4 
13.6 
16.9 
lO.I 
55.3 

49  31.9 

50  59.7 
59  18.6 

7  98.7 
15  30.0 
93  99.4 
31  .5i) 
38  40.4 
46  6.0 
53  99.6 
0  30.1 
7  98.6 


48 
58 
7 
16 
95 
3:) 


SATURDAY  16. 


16  10 
16  19 


16 
16 
16 


15 
17 
19 


16  99 
16  94 
16  96 
16  99 
16  31 
16  33 
16  m 
16  38 
16  41 
16  43 
16  45 
16  48 
16  50 
16  .59 
16  55 
16  57 

16  59 

17  9 
17  4 
17  6 


96J5:| 
47.91 

7.97 
98^1 
49.79 
10.70 
31.74 
59.85 
14.01 
a5.92 
5(5.48 
17.78 
39.13 

0.51 
9UM 
43.34 

4.79 
96.95 
47.79 

9i» 
30.(57 
.5^14 
13.60 
35.05 
.56.47  1 


9.9440 
9.9454 
9.9487 
9.3479 
9.9491 


9.3519 
9.9599 
9.9591 
9.9539 
9.3547 
9.3554 
9.9581 
9.3585 
9.3580 
9J573 
9.3578 
9.1578 
9.9:^ 
9.9579 
9.3S78 
9.9577 
9.9578 
9.3579 
9.3587 


8.96 
96 
96 
96 
96 
96 
96 
96 
97 
97 
97 
97 
97 
97 
97 
97 
97 
97 
97 
97 
97 
98 
98 
98 

8.98 


14  18.0 
90  58.3 
97  99.5 
33  51.6 
40  4.5 
8.9 
9.8 
48J2 
94.3 
51.9 
8.!) 

17;) 
ia4 
6.9 

33  46.8 
38  18.1 
40.1 
59.8 
.5(5.9 
.50.3 
35.1 
10.6 
3(5.8 
.53.7 
1;) 


46 
.59 
.57 
3 
8 
14 
19 
94 
99 


49 

46 

50 

.54 

58 

9 

5 

8 

19 


10.949 
10.104 
9.985 
9.806 
9.685 
9.549 
9.401 
9.958 
9.115 
8.971 
8.898 
6.681 
8.536 
SJ3» 
8.949 
8.006 
7.947 
7.799 
7.650 
7.501 
7J59 
7.901 
74150 
6.809 


8.747 
6.506 
6.444 
6.999 
6.139 
5.996 
5.833 
54179 
5.595 
5.379 
5.918 
54)83 
4JM 
4753 
4.59B 
4.444 
4.388 
4.134 
3.979 

2M9 
3.514 
3J)50 
3.904 
94M9 


46 


MARCH,  1895. 


GKBBNWICH  MBAK  TDOL 

THB  MOON^  BIGHT  ASCEN8IOH  AHB  DECUHATIOH. 

DICiir 

DiClbr 

BT|f  1 

«i»tiMIMl». 

OlCftr 

Die  for 

llOrata. 

llOwite. 

Kaa^Bc. 

IKInta. 

iMtsnto. 

81 

TKDA1 

r  17. 

i€> 

TUBSDAT  19. 

0 

17    65&47 

• 

O           0           M 

B.28  12    1.3 

ft 

0 

ii   »   ■ 

18  57  59J1 

8.27  45  1^6 

S.987 

1 

17    9  \7M 

tJBO 

28  14  59.6 

9.804 

1 

19    0  14012 

9jno 

27  41    9.4 

4.190 

2 

17  11  39^23 

tJB66 

28  17  48.6 

9.740 

2 

19    2  28U)7 

9.9391 

27  36  58.3 

4.S99 

3 

17  14    0Ji6 

tJBSl 

28  20  2a4 

9.586 

3 

19    4  41.87 

9.9978 

27  32  39.1 

4.383 

4 

17  16  21M 

tJM4 

28  22  58i) 

9.431 

4 

19    6  55.41 

9.9936 

27  28  12.2 

4.513 

5 

17  I8  4a08 

tJUS 

28  25  20.1 

9.976 

5 

19    9    a70 

9.9193 

27  23  37.5 

4.649 

6 

17  21    4i27 

9JBM 

28  27  32.0 

9.199 

6 

19  11  21.r3 

9.9148 

27  18  55.1 

4.771 

7 

17  23  25.40 

fJ616 

28  29  34.7 

1.968 

7 

19  13  34.49 

9Jil06 

27  14    5.0 

4.890 

8 

17  25  46.46 

TIMft 

28  31  28J2 

1.814 

8 

19  15  46.99 

9.9069 

27    9    7.2 

5.097 

9 

17  28    7.46 

9JHH 

28  33  12.4 

1.660 

9 

19  17  59Ja 

9.9017 

27    4     1.8 

5.153 

10 

17  30  2&39 

t.3481 

28  34  47.4 

1.507 

10 

19  20  1IJ20 

9.1979 

26  58  48.9 

5.978 

II 

17  32  49J23 

9JHgI 

28  36  13.3 

1JS5 

11 

19  22  22.89 

9.1996 

26  53  28.4 

5.403 

12 

17  35    9M 

t.3459 

28  37  30.0 

1.909 

12 

19  24  34;n 

9.1880 

26  48    0.5 

5.597 

!   >3 

17  37  30.66 

9JHJI 

28  38  37.5 

1JH9 

13 

19  26  45.45 

9.1834 

26  42  25.2 

5.650 

'   14 

17  39  5IJ34 

SJ4» 

28  :»  a5.9 

0.887 

14 

19  28  56.32 

9.1788 

26  36  42.5 

5.779 

15 

17  42  1 1.72 

9.34M 

28  40  25.1 

0.744 

15 

19  31     6.91 

9.1749 

26  30  52.6 

5.883 

'    16 

17  44  32.09 

9.1386 

28  41    5J2 

0.503 

16 

19  33  17.22 

9.1600 

26  24  55.4 

6UU4 

'    17 

17  46  52.a5 

t.3367 

28  41  36.3 

0.443 

17 

19  35  27.25 

9.1647 

26  18  50.9 

6.194 

18 

17  4J>  12JW 

9.3348 

28  41  58.4 

.     0.999 

18 

19  37  36.99 

9.1600 

26  12  39.3 

6.953 

lU 

17  51  32JS3 

9J3f7 

28  42  11.4 

A- 0.149 

19 

19  39  46.45 

9.I5S9 

26    6  20.6 

6.371 

20 

17  53  52.43 

9.3M6 

28  42  15.4 

h0M6 

20 

19  41  55.62 

9.1966 

25  59  54.8 

6.4C6 

21 

17  56  12.20 

9.3W4 

28  42  10.4 

'     0.157 

21 

19  44    4.51 

9.14S7 

25  53  22.0 

6.604 

22 

17  58  31.84 

9JH1 

28  41  56.5 

0.307 

22 

19  46  laii 

9.1400 

25  46  42.3 

6.719 

23 

18    0  51.33 

9JB7 

8.28  41  33.6 

0.4S6 

23 

19  48  21.42 

iJ961 

a25  39  55.7 

6.834 

M( 

>NDA1 

ir  18. 

WEL 

^MESD 

AT  20. 

0 

18    3  10.68 

9.3919 

a28  41     1.8 

0.604 

0 

19  50  29.44 

9.1319 

a25  33    2.2 

6.948 

1 

18    5  29.88 

9J187 

28  40  21.1 

0.751 

1 

19  52  37.17 

9.1964 

25  26    1.9 

74W1 

2 

18    7  48.92 

9.3161 

28  39  31.6 

0.898 

2 

19  54  44.61 

9.1916 

25  18  54.9 

7.179 

3 

18  10    7.81 

9.3134 

28  38  33.3 

14M5 

3 

19  56  51.76 

9.1167 

25  11  41J2 

7.983 

4 

18  12  26.53 

9.3106 

28  37  26.2 

1.199 

4 

19  .58  58.62 

9.1119 

25    4  20.9 

7.394 

5 

18  14  45.08 

9J0n 

28  36  10.3 

1.337 

5 

20     1     5.19 

9.1070 

24  56  53i) 

7.504 

6 

18  17    3.45 

9.3047 

28  34  45.7 

1.489 

6 

20    3  11.46 

9.1091 

24  49  20.4 

7.619 

7 

18  19  21JR5 

9.3017 

28  33  12.4 

1.697 

7 

20    5  17.44 

9.0979 

24  41  40.4 

7.790 

8 

18  21  39.66 

9JU67 

28  31  80.5 

1.771 

8 

20    7  23.13 

9U)094 

24  3:)  54.0 

7.897 

9 

18  23  57.49 

9.9996 

28  29  3J).9 

1.915 

9 

20    9  28.5:3 

9.0876 

24  26    1J2 

7.939 

JO 

18  26  15.13 

9.3999 

28  27  40.7 

^Ml 

10 

20  II  3.3.64 

9Mm 

24  18    2.1 

8U07 

II 

18  28  32.57 

9.SM00 

28  25  3:i0 

9.199 

II 

20  13  :».45 

9.0778 

24    9  56.7 

8.149 

12 

18  30  49.81 

9.9857 

28  23  16.8 

9.341 

12 

20  15  42.97 

9.0799 

24     1  45.1 

8.945 

13 

18  33    6.a5 

9.9699 

28  20  52.1 

9.489 

13 

20  17  47.20 

9.0681 

23  55  27.3 

8.347 

14 

18  35  2:).68 

9.9787 

^  18  19.0 

9.699 

14 

20  19  51.14 

9U)639 

23  45    a4 

8.440 

15 

18  37  40.29 

9.9751 

2S  15  37.5 

9.709 

15 

20  21  54.78 

9Utt63 

23  ;J6  33.4 

8.550 

16 

le  39  56.69 

9.9715 

28  12  47.6 

9.901 

16 

20  2!)  58.14 

9.0536 

23  27  57.4 

8.650 

17 

18  42  12.87 

9.9678 

28    9  49.4 

BJ039 

17 

20  26     1.21 

9.0487 

23  19  15.4 

8.748 

18 

18  44  28.83 

9.9641 

28    6  42JI 

3.177 

18 

20  28    3.99 

9.0439 

23  10  27.6 

8.846 

19 

18  46  44.56 

9.9003 

28    3  28.2 

3.313 

19 

20  30    6.48 

9.0399 

2:3     1  3:3J) 

8.943 

20 

18  49    0.06 

9.9S64 

28    0    5.3 

3.450 

20 

20  32    8.69 

9.0344 

22  52  34.4 

9.040 

21 

18  51   15.33 

9:9596 

27  56  34.2 

3.586 

21 

20  34  10.61 

9.0996 

22  43  2J).l 

0.136 

22 

18  53  30ja7 

9.9486 

27  .52  55.0 

3.790 

22 

20  36  12.24 

9.0948 

22  34  18.1 

9.931 

23 

\S  55  45.16 

9.9445 

27  49    7.8 

3.853 

23 

20  38  13.59 

9.0909 

22  25     1.4 

9.394 

24 

18  57  .59.71 

9.9405 

8,27  45  12.6 

3.987 

24 

20  40  14.66 

9.0155 

S.22  15  39.2 

9.417 

X. 


MARCH,  1895, 


47 


QBBBKWIOH  MEAN  TIMB. 


0 

1 

9 

3 

4 

5 

6 

7 

8 

9 

10 

Jl 

13 

13 

14 

15 

10 

17 

18 

19 

20 

21 

33 

33 

34 


THE  MOOITS  RIGHT  ASCENSION  AND  DECLINATION. 


Dim  for 
llOoute. 


DeeUnaUon. 


Diftlur 
1  Minute 


THURSDAY  21. 


h    n      • 

■ 

o 

0 

20  40  14.66 

tU»lflft 

S.23 

1 

30  43  15.45 

94)106 

22 

3 

30  44  15i)6 

%JMl 

21 

3 

30  46  16.18 

9M14 

21 

4 

20  48  iai3 

1.M69 

21 

S 

20  50  15.81 

1.9994 

21 

6 

30  52  15J22 

1.9e78 

21 

7 

20  54  14.35 

1.9633 

21 

8 

20  56  13.21 

1.9766 

20 

9 

20  58  11.81 

1.9744 

20 

10 

21    0  10.14 

ijttn 

20 

II 

21    3    8.20 

1.9056 

20 

13 

21    4    6.00 

L9619 

20 

13 

21    6    3J>4 

1.9968 

20 

14 

21    8    0.82 

1J)095 

19 

15 

21    9  57.84 

1.9463 

19 

16 

31  11  54.61 

1.9441 

19 

17 

31  13  51.13 

1.9399 

19 

18 

21   15  47.40 

1.9356 

19 

19 

21  17  43.43 

1.9317 

19 

30 

21   19  39.20 

1.9976 

18 

31 

21  21  34.73 

1.9935 

18 

33 

21  23  30.02 

1.9196 

18 

33 

21  25  25.08 

1J157 

S.18 

il 


15  39.3 

6  11.4 

56  38.1 

46  59.4 
37  15.3 
27  25.9 
17  31.2 

7  31.2 

57  26.1 

47  15.9 
37    0.6 

26  40.2 

16  14.8 
5  44JS 

55  9.3 
44  29.4 
33  44.7 
22  55J2 
12  1.1 
1  2.4 
49  59.0 
3d  51.1 

27  38.8 
16  22.0 


FRIDAY  22. 


31  37 
31  29 
21  31 
21  :» 
31  34 
31  36 
31  38 
31  40 
31  43 
31  44 
21  46 
31  48 
31  .50 
31  51 
21  53 
31  55 
31  57 
21  59 


23 
33 
33 
33 
33 


I 

3 
4 
6 
8 


33  10 
32  13 


19.90 
14.48 
8.84 
2.97 
56.87 
50J>6 
44.0:) 
37.28 
30.32 
23.15 
15.77 

ai9 

0.40 
.52.42 
44.24 
35.87 
27.31 
18.57 
9.64 
0.53 
51.25 
41.80 

^^I8 

22.39 
1Z44 


sin 

J976 
.9041 
.9003 
Mm 
.8930 
.8893 

.8899 
.6787 
.8753 
.8719 
.8886 
.8653 
.8691 
.8589 
.8658 
.8597 
.8497 
.8467 
.8438 
.8410 


S.18 
17 
17 
17 
17 
17 
1<> 
16 
16 
16 
16 
15 
15 
15 
15 
15 
14 
14 
14 
14 
14 
13 
13 
13 

8.13 


5  OS) 

53  35JS 

42  5.7 

30  31.7 

18  53.6 
7  11.3 

55  2.5.0 

43  34.7 

31  40.3 

19  42.0 
7  39.9 

55  33J) 
43  24.1 
31  10.6 
18  53.4 

6  32.5 

54  8.0 
41  40.0 
29  8.5 
16  33.5 

3  55.1 
51  13.4 
38  28U) 
25  39.9 
12  48.4 


9.417 
9.S69 
9A)0 


9.779 
9.866 
9.956 
10.043 
10.196 
10.913 
10.996 
10.389 
10.464 
10.546 
lOUM 
10.706 
10.785 
10.M3 
10.940 
11.017 
11.094 
11.168 
11.949 
11J16 


Soar. 


0 
1 
2 
3 

4 

5 

6 

7 

8 

9 

0 

I 

2 

3 

4 

5 

6 

7 

8 

9 

20 

21 

22 

23 


11.966 

0 

11.460 

1 

11.539 

2 

11.601 

3 

11.670 

4 

11.736 

5 

11.805 

6 

11.879 

7 

11J99 

8 

I9UN0 

9 

19U)67 

10 

19.131 

11 

19.194 

12. 

19.956 

13 

19.317 

14 

19.378 

15 

19.437 

16 

19.496 

17 

19.554 

18 

19.619 

19 

19.668 

20 

19.794 

21 

19.779 

22 

19.833 

23 

19.885 

24 

DHL  for 
llOaiUe. 


DeoUiiAttim. 


DULfor 
1  Minute. 


SATORDAY  23. 


h 

33 
32 
32 
32 
32 


13 
14 
15 
17 

19 


32  21 
22  23 

22  24 

23  26 
32  28 
22  30 
22  32 
22  34 

22  a5 

22  37 
22  39 
22  41 
22  43 
22  44 
22/6 
22  48 
22  50 
22  51 
22  53 


13.44 

2.33 
52.06 
41.64 
31.07 
20.36 

9JS1 
58.52 
47.39 
36.13 
24.74 
13J23 

1.60 
49.85 
37^19 
26.01 
19M 

1.76 
49.48 
37.11 
24.64 
12.08 
59.44 
46.73 


.8309 
^6976 
.8951 


.6180 
.6157 
.6134 
.6119 
.8099 
JUn9 
.8059 
3139 
.8014 
.7996 
.7976 
.7969 
.7946 
.7939 
.7914 
.7900 
.7887 
.7675 


a  13 

12 

12 

12 

12 

12 

11 

U 

II 

11 

11 

10 

10 

10 

10 

9 

9 

9 

9 

8 

8 

8 

8 

la  8 


12  4a4 
59  53.7 
46  55.8 
33  54i) 
20  51.0 


7 
54 
41 
28 
14 

I 
48 
34 
21 

7 
54 


44.0 
34.1 
21.3 
5.7 
47.3 
26.1 
2.2 
35.7 
6JS 
34.8 
0.6 
40  23i) 
26  44.7 
13  3J2 
59  19.4 
45  33;) 
31  44i) 
17  54.3 
4  1.6 


SUNDAY  24. 


33  55 

32  57 

22  59 

23  0 


23 
2:1 
23 
23 
2:) 
23 
23 
23 
23 
23 


2 

4 

6 

8 

9 

11 

13 

15 

16 

18 


23  20 
2:1  22 
23  24 
23  25 
23  27 
23  29 
23  31 
23  32 
23  34 
23  36 
23  38 


33.94 
21.08 

8.15 
55.15 
42.09 
28i« 
15i»l 

2.59 
49.33 

36.0:) 

22.69 
9.32 
5.5.92 
42.49 
29.04 
I5J>8 
2.10 
48.GI 
35.12 
21.62 

ai3 

54.64 
41.16 
27.70 
14.26 


.7863  IS. 
.7651 


.7898 
.7819 
.7610 
.7801 
.7793 
.7786 
.7780 
.7n4 
.7769 
.7764 
.7760 
.7757 
.7765 
.7753 
.7759 
.7751 
.7751 
.7759 
.7753 
.7756 
.7756 
.7769 


IB. 


750  6.8 
7  36  10.0 
7  22  ll.l 
7  8  10.3 
6  54  7.6 
6  40  3.0 
6  25  56.5 
6  II  48.2 
5  57  38.3 
5  43  26.7 
5  29  13.5 
5  14  58.6 
5  0  42.2 
4  46  24.3 
4  33  5.0 
4  17  44.3 
4  3  22J2 
3  48  58M 
3  34  34.2 
3  20  8.4 
3  5  41.4 
3  51  13.3 
3  36  44.1 
2  22  14.0 
2    7  42i) 


It 


9J90 
3U>40 
ZMl 
3.141 
3.189 
3.937 
3.964 
3.330 
13.376 
3.490 
3.464 
3.507 
3.549 
3.501 

3.679 
3.711 
3.749 
3.787 
3.895 
13.861 
13.896 


13.930 
13.964 
13.997 
140)99 
14.061 
14.009 
14.193 
14.159 
14.179 
14.907 
14.334 
14.901 
14.986 
I4JI0 
14.333 
14.356 
14J79 
14.400 
14.490 
14.440 
14.459 
14.477 
14.494 
14.510 
14.596 


^•i 


48 


MARCH,  1895. 


GSBBSTWIOH  MBAK  TIMB. 

• 

THK  MOON'S  BIGHT  A8CBNSI0K  AND  DEOLDtATIO:?. 

• 

Hoar. 

Bight  Ajtoenaion. 

DUKfor 
llOaiite. 

• 

DmUmIIm. 

DUtfor 
llCinota. 

Eoar. 

BlshtA«06iMloii. 

Dfftfer 
HOnnto. 

DMttnatioB. 

JHtt.tiu 
IMinnte. 

M( 

)NDA^ 

t  25. 

WEDNESDAY  27. 

h     m      • 

■ 

S.  2    7  421) 

*/ 

h    m      • 

• 

O         t          If 

«f 

0 

23  38  USi6 

1.77R 

14.590 

0 

1    5  12.91 

1.8780 

N.  9  31  13.1 

14.943 

1 

23  40    0^ 

1.73I06 

1  53  lOJ) 

14.541 

1 

1     7    5.52 

1.8788 

9  45  26.8 

14.914 

2 

23  41  47.45 

I.THl 

1  38  38.0 

14.556 

2 

1     B5Sja7 

1.8897 

9  5!>  38.8 

14.184 

8 

23  43  34.09 

1.7776 

1  24    4.2 

14.560 

3 

1   10  51.45 

1.8807 

10  13  48.9 

14.159 

4 

23  45  20.76 

1.7783 

1    9  29.7 

14.581 

4 

1  12  44.77 

IJS9V7 

10  27  57,1 

14.190 

5 

23  47    7.48 

1.7790 

0  54  54JS 

14.599 

5 

1  14  38.33 

1.8047 

10  42    3.3 

140)60 

6 

23  48  54.24 

1.7797 

0  40  18.7 

14.009 

6 

1   16.32.13 

1.8000 

10  56    7.4 

14.051 

7 

23  50  41.04 

1.7805 

0  25  42.2 

14U»9 

7 

1  18  26.19 

1.9031 

11  10    9.4 

140)15 

8 

23  52  27..90 

1.7814 

S.  0  11     5.2 

14.699 

8 

1  20  20.51 

1JNI74 

11  24    9.2 

13.978 

9 

23  54  14.81 

I.780 

N.  0    3  32.4 

14.631 

9 

1  22  15.08 

1.9118 

11  38    6.8 

13.941 

10 

23  56     1.78 

1.78M 

0  18  10.5 

14.637 

10 

1  24    9JI2 

1J)160 

11  .52    2.1 

13.901 

11 

23  57  48.82 

1.784ft 

0  ;)2  48.9 

140(43 

11 

1  26    5.02 

1.9906 

12    5  541) 

13.800 

12 

23  59  ;{5.92 

1.7867 

0  47  27.7 

14UM9 

12 

1  28    0.3JI 

1.99S9 

12  19  45.3 

13.819 

13 

0     1  23.10 

1.7670 

1    2    6.8 

14.654 

13 

1  29  .56.04 

1JM96 

12  3:1  3:^2 

13.777 

14 

0    3  10.36 

1.7888 

1   16  46.2 

14.658 

14 

1  31  51117 

1.9345 

12  47  18J> 

13.733 

15 

0    4  57.69 

1.7800 

1  31  25.8 

14US69 

15 

1  33  48.18 

1.9909 

13     1     1.1 

130)86 

16 

0    6  45.11 

1.7911 

1  46    5.6 

14Ui63 

16 

1  a5  44.68 

1JH41 

13  14  41.0 

13.649 

17 

0    8  32.62 

1.7090 

2    0  45.4 

14.664 

17 

1  37  41.47 

1.9400 

13  28  18.1 

13.504 

18 

0  10  20.22 

1.7949 

2  15  25.3 

14.665 

18 

i  39  38.56 

1.9540 

13  41  52.3 

13.546 

1!) 

0  12    7J^ 

1.7958 

2  30  s:2 

14.664 

19 

1  41  35.95 

I. 9500 

13  55  23.6 

13.400 

20 

0  13  55.72 

1.7970 

2  44  45.0 

14.663 

20 

1  43  33.64 

1.9041 

14    8  51.8 

13.445 

21 

0  15  43.63 

1.7904 

2  59  24.8 

14.669 

21 

1  45  31.64 

1.9099 

14  22  I7D 

13.393 

22 

0  17  3l.a5 

13)13 

3  14    4.4 

14.658 

22 

1  47  29i)5 

1.9744 

14  a5  39.0 

13.340 

23 

0  19  19.79 

1.80W 

N.  3  28  4a7 

14.654 

23 

1  49  28.57 

1.9797 

N.14  48  57.8 

13.960 

TQ 

ESDA 

r  26. 

THl 

JRSDi 

lY  28. 

0 

0  21     8.04 

1.8059 

N.  3  4.3  22.8 

14.640 

0 

1  51  27.51 

lOMOO 

N.15    2  13.3 

13.900 

1 

0  22  56.42 

1.8073 

3  58     1.6 

140(43 

1 

1  53  26.77 

1.0004 

15  15  25.4 

13.173 

2 

0  24  um 

1.8004 

4  12  40.0 

14.636 

2 

1  55  26.36 

1.9950 

15  28  34.1 

13.115 

3 

0  26  3:155 

1.8117 

4  27  17i) 

14.698 

3 

1  57  26.28 

9.0015 

15  41  3912 

130)56 

4 

0  28  22;« 

1.8140 

4  41  55.3 

14.619 

.    4 

1  59  26.54 

9.0071 

15  54  40.7 

190)05 

5 

0  30  11.23 

1.8164 

4  56  :J2.2 

14.610 

5 

2     1  27.13 

9.0197 

16    7  38.6 

19.933 

G 

0  32    0.29 

1.8180 

5  11     8.5 

14.500 

6 

2    3  28.06 

90)184 

16  20  32.7 

19.809 

7 

0  3:^  49.50 

1.8914 

5  25  44.1 

14.588 

7 

2    5  29.34 

90)949 

16  33  221) 

19.805 

8 

0  a5  t^M 

1.8S30 

5  40  19.0 

14Ji76 

8 

2    7  301K) 

90)999 

16  46    9;i 

19.740 

9 

0  37  28.37 

1.8900 

5  54  5:).2 

14.563 

9 

2    9  32.9:1 

9.0358 

16  58  51.7 

19.673 

10 

0  39  18.05 

1.8994 

6    9  26.6 

I4JS48 

10 

2  11  35,26 

90H17 

17  11  30.0 

190)04 

11 

0  41     7iK) 

1.8399 

6  2:3  59.0 

I4J>33 

11 

2  13  37.94 

9.0477 

17  24    412 

19.534 

12 

0  42  57.91 

1.8360 

6  lis  30.5 

14i6l7 

12 

2  15  40.98 

90)538 

17  36  34.1 

19.4« 

13 

0  44  48.10 

1.8380 

6  5:}    1.0 

14.499 

13 

2  17  44.39 

9.0509 

17  48  59.7 

19.390 

14 

0  46  38.47 

1^10 

7    7  30.4 

14.481 

14 

2  19  48.17 

9.0660 

18     1  21.0 

19.318 

15 

0  48  29.02 

1.8441 

7  21  58.7 

14.469 

15 

2  21  52.31 

9.0799 

18  13  37D 

19.943 

16 

0  50  19.76 

1.8479 

7  :J6  25.8 

14.449 

16 

2  23  56.83 

9.0785 

18  25  50.2 

19.167 

17 

0  52  I0.6<J 

1.8504 

7  50  51.7 

14.421 

17 

2  26    1.73 

9.0848 

18  37  571) 

19.068 

18 

0  54     1.81 

1.8537 

8    5  16.3 

14.399 

18 

2  28    7.00 

9.0011 

18  50    0.8 

19.009 

19 

0  55  53.13 

1.8571 

8  19  39.6 

14.376 

19 

2  30  12.66 

9.0975 

19     1  .59.0 

11.999 

'   20 

0  .57  44.66 

1.8608 

8  34     1.4 

14.351 

20 

2  32  18.70 

9.1039 

19  13  52.3 

11.847 

21 

0  59  36.40 

1.8641 

8  48  21.7 

14.395 

21 

2  .34  25.12 

9.1103 

19  25  40.7 

11.764 

22 

1    1  28.:)5 

1.8077 

9    2  40.4 

14.399 

22 

2  36  31.9:^ 

9.1168 

19  37  24.0 

11.680 

2:j 

1     3  20J>2 

1.8713 

9  16  57.(> 

14.979 

2:^ 

2  38  :«).I4 

9.1934 

19  49    2.3 

11.586 

24 

1     5  12.91 

1.8790 

N.  9  31   13.1 

14.943 

24 

2  40  46.74 

9.1300 

N.20    0  35.4 

1 1.50*1 

xn. 


MARCH,  1895. 


49 


OBBBNWIOH  MBAN  TIME. 

THE  MOON'S  BIGHT  ASCENSION  AND  DECLINATION. 

Boar. 

SighlAMeasioiL 

DiCfor 
llCtniifiA. 

DMUnatkm. 

Diltfor 
llCinnto^ 

Hour. 

BlfhlAMMMiOII. 

DHL  tor 
Hflante. 

DlClbr 
IMlanto. 

FI 

IIDAY 

29. 

SUNDAY  81. 

0 

2  40  4^74 

• 

tJ300 

NM    0  3514 

11.507 

0 

h    n     • 
4  30  54.25 

• 
9.4537 

NJ27    5  l£o 

63n 

1 

2  42  54.74 

9.1387 

20  12    3.2 

11.418 

1 

4  33  21.65 

9.4596 

27  10  46JS 

6.481 

2 

2  45    ai4 

S.1433 

20  23  25.6 

11.316 

2 

4  35  49.40 

9.4653 

27  16  10.7 

6314 

3 

2  47  11.93 

9.1499 

20  34  42.6 

11.937 

3 

4  38  17.49 

9.4710 

27  21  25.4 

5.165 

4 

2  49  21.13 

9.1247 

20  45  54.1 

11.144 

4 

4  40  45.92 

9.4767 

27  26  30.5 

6306 

5 

2  51  30.74 

9.1635 

20  56  59.9 

11UM9 

5 

4  43  14.69 

9.4893 

27  31  26.0 

4344 

6 

2  53  40.75 

9.1703 

21     8    0.0 

10.953 

6 

4  45  4.%80 

9.4878 

27  36  114 

4389 

7 

2  55  51.17 

9.1771 

21   18  54.3 

10.867 

7 

4  48  13.23 

9.4991 

27  40  474 

4318 

8 

2  58    2.00 

9.1640 

21  29  42.8 

10.758 

8 

4  .50  42^ 

9.4064 

27  45  14.0 

4353 

9 

3    0  ia25 

9.1909 

21  40  25.3 

10.6&8 

9 

4  53  ia03 

93036 

27  49  30.2 

4.188 

10 

3    2  24.91 

9.1977 

21  51     1.8 

lOJAl 

10 

4  .55  43.40 

93086 

27  53  36.5 

4391 

II 

3    4  36.98 

9.9046 

22     1  32.2 

10.454 

11 

4  .58  14.06 

93135 

27  57  32.7 

3359 

12 

3    6  49.46 

9.9115 

22  II  56.3 

10.349 

12 

5    0  45.02 

93184 

28     1   18.8 

3383 

13 

3    9    2.36 

9.9185 

22  22  14.1 

10.943 

13 

5    3  16.27 

93939 

28    4  54.7 

3313 

14 

3  11  15.68 

9.9956 

22  32  25.5 

10.137 

14 

5    5  4740 

93978 

28    8  20.4 

3343 

15 

3  13  29.42 

9.9395 

22  42  :¥k5 

10UN8 

15 

5    8  19.60 

93393 

28  II  35il 

3.179 

16 

3  15  4a58 

9.9394 

22  52  28.9 

9.918 

16 

5  10  51.67 

93367 

28  14  41.0 

9309 

17 

3  17  58.15 

93463 

23    2  20.7 

9.807 

17 

5  13  24.00 

93469 

28  17  35.7 

9365 

18 

3  20  iai4 

9.9533 

23  12    5.7 

9.693 

18 

5  J5  56.58 

93451 

28  20  20.0 

9350 

19 

3  22  28.'>5 

9.9603 

23  21  4a9 

9.579 

19 

5  18  29.41 

93409 

28  22  53.7 

9.474 

20 

3  24  44.38 

9.9674 

23  31  15.2 

9.469 

20 

5  21     2.48 

93530 

28  25  16.9 

9396 

91 

3  27    0.64 

9.9746 

2:)  40  39.4 

9.345 

21 

5  23  35.77 

93567 

28  27  29.5 

9.191 

23 

3  29  1742 

9Jei5 

23  49  56.6 

9.997 

22 

5  26    9.28 

93603 

28  29  31.4 

13a 

23 

3  31  34.42 

9.9804 

N.23  59    &6 

9.166 

23 

5  28  43.01 

um 

NJ28  3I  224 

1.764 

SAG 

mBDi 

LY  30. 

MON] 

DAY,  . 

APKIL  1. 

0 

1 

3  33  51^ 
3  36    9.86 

9.9963 
9.3094 

|NJ24    8    9.3 
24  17    4.6 

8J88 

0 

5  31  16.95 1 

utn 

N.28  83    ai 

1366 

^           ^^^B 

^ 

2 

3:)8  28J22 

9.3094 

24  25  52.5 

8.737 

3 

3  40  46.99 

9.3163 

24  34  3:).0 

8311 

4 
5 

3  43    ai7 
3  45  25.77 

9.3339 
9.3301 

24  43    5J) 
24  51  31.0 

8383 
8363 

PHASBS 

OF  T] 

BE  MOON 

• 

6 
7 

3  47  45.78 
3  50    6.21 

9J870 

24  59  48.3 

25  7  57^ 

8393 

9.3436 

8399 

« 

8 

3  52  27.04 

9.3506 

25  15  59.3 

7358 

d        h 

m 

9 
10 
11 

3  54  48J28 
3  57    9.J0 
3  59  31.99 

9.3574 
9.3649 
9.3710 

25  23  52.8 
25  31  38.2 
25  39  154 

7394 
7387 
7349 

5 
( 

D  First  Quart< 
3  Full  Moon 

jr.    Blai 

.        .        . 

t^      4      0    ' 

.   10   15  ; 

104 
J74 

12 
13 
14 

4    1  54.45 
4    4  17.31 
4    6  40J>7 

9.3^7 
9J043 
9J909 

25  4<>  44.1 

25  54    4.5 

26  1  16.5 

7.410 
7370 
7.199 

i 
i 

t  Last  Qiiarte 
1  New  Moon 

r  .    .    . 

... 

.   17   17  ; 

.    25    22    1 

)I4 
25.0 

15 
16 

4    9    4.22 
4  11  28.26 

9J074 
9.40» 

26    8  20.0 
26  15  144 

6341 

17 

4  13  52.60 

9.4103 

2622    0.9 

6366 

d        h 

18 
19 
20 

4  16  17.50 
4  18  42.69 
4  21    8.26 

9.4167 
9.4930 
9.4993 

26  28  38.2 
26  35    6.7 
26  41  26.2 

6348 

6.460 

i 
i 

Z  Perigee  •    . 
t  Apogee  .    . 

•  Mai 

•  •    • 

t^h      9    12.6 
.    21     184 

21 

4  23  34.21 

9.4356 

26  47  36.6 

6366 

22 

4  26    0.58 

9.4417 

26  63  37.9 

8346 

23 

4  28  27.21 

9.4477 

26  59  30.1 

5.799 

24 

4  30  54.25 

9.4537 

N.27    5  13.0 

5.637 

1 

50 


MARCH,  1895. 


xm. 


GEBENWIOH  MKAN  TIME. 

LUNAR  DISTANCEa 

• 

5^ 

Name  and  Directioo 
of  Objeoi. 

Noon. 

P.L. 

of 

DUK 

mh. 

P.L. 

of 

Dilt 

Vlh. 

P.L. 
of 

Dm: 

ixi^. 

P.L. 

JMa. 

1 

Soif 

W. 

53  37  21 

3156 

O        /        // 

55    4  23 

3145 

5<t3/  38 

3133 

57  5^    f 

3199 

Vkwos 

W. 

32  15  25 

3953 

33  40  32 

3940 

35    5  54 

9988 

36  31  30 

9916 

JiTPITEE 

E. 

52  10  40 

8838 

50  43     1 

9898 

49    9  10 

9890 

47  a5    8 

«MI 

Pollux 

E. 

77  14  20 

9790 

75  39  51 

9768 

74    5    8 

9779 

72  30  12 

8709 

2 

Sun 

W. 

65  20  10 

3060 

66  49    8 

3047 

68  18  23 

3034 

69  47  54 

8091 

Vewus 

W. 

43  43  10 

3153 

45  10  16 

3138 

46  37  39 

9195 

48    5  18 

3111 

Pollux 

E. 

64  31  59 

9719 

62  55  35 

9;  00 

61   18  55 

9688 

59  41  59 

967S 

Kegiilus 

E. 

101  22    0 

9710 

99  45  34 

9698 

98    8  52 

9686 

96  31  53 

9674 

3 

Sow 

W. 

77  19  45 

9950 

78  51     1 

9935 

80  22  36 

9990 

81  54  30 

9804 

Vknus 

W. 

55  27  53 

3039 

56  57  18 

3093 

58  27    2 

3008 

59  57    5 

9889 

a  Arietis 

W. 

24     5  49 

9757 

25  41   13 

9796 

27  17  18 

9698 

28  54     1 

9C79 

Pollux 

E. 

51  33    5 

9611 

49  54  25 

9598 

48  15  27 

9584 

46  36  10 

9571 

Regulus 

E. 

88  22  43 

9608 

m  43  59 

9595 

85    4  57 

S581 

83  25  36 

9M6 

4 

Soif 

W. 

89  38  59 

9895 

91  12  54 

9809 

92  47  10 

9793 

94  21  47 

9776 

VeI»09 

W, 

67  32  18 

9919 

69    4  21 

9895 

70  36  46 

9879 

72    9  32 

9869 

n  Arietis 

W. 

:^7    5  39 

9561 

38  45  27 

9549 

40  25  42 

9599 

42    6  24 

9683 

Pollux 

E. 

3d  15    0 

9500 

36  3:J  47 

9466 

34  52  14 

9479 

33  10  21 

9457 

Regulys 

E. 

75    3  54 

9494 

73  22  32 

9480 

71  40  50 

9465 

09  58  47 

9449 

5 

Sun 

W. 

102  20  17 

C694 

103  57    5 

9676 

105  34  15 

9661 

107  11  47 

9645 

Venus 

W. 

79  58  43 

9779 

81  %\  39 

9769 

8;^    8  57 

9745 

84  44  37 

9799 

a  Arietis 

W. 

50  36  25 

9413 

52  19  41 

9396 

54    3  21 

9380 

55  47  25 

.8369 

Mars 

W. 

25  15  43 

9599 

2f>  54  49 

9579 

28  34  23 

9553 

30  14  23 

9534 

Regulus 

E. 

61  23    8 

9373 

59  38  55 

9358 

57  54  20 

9343 

56    9  23 

9388 

6 

Sun 

W. 

115  24  58 

9564 

117    4  42 

9549 

118  44  47 

9534 

120  25  13 

9519 

a  Arietis 

W. 

64  33  46 

9089 

m  20  12 

9-J67 

68    7    0 

9951 

69  54  11 

9937 

Mars 

W. 

38  40  44 

9447 

40  2:^  12 

9430 

42    6    4 

9415 

43  49  18 

9398 

AMehnran 

W. 

34  27  5:J 

9469 

3<)    9  31 

9450 

37  51  54 

9419 

39  35     1 

9391 

Rejrulus 

E. 

47  19  11 

9954 

45  32    4 

9941 

43  44  37 

9996 

41  5()  48 

9919 

Spica 

E. 

101   18  31 

9951 

99  31  20 

9937 

97  43  47 

9993 

95  55  53 

9908 

7 

a  Arietis 

W. 

78  55  19 

9170 

80  44  32 

9157 

82  34    4 

9145 

84  23  54 

9134 

• 

Mars 

W. 

52  JJO  52 

9338 

54  16  11 

9314 

56     1  50 

9309 

57  47  47 

9999 

AldelMU'an 

W. 

48  19  56 

9976 

50    6  31 

9956 

51  53  a5 

9939 

5,3  41     5 

9999 

Jupiter 

W. 

2}»  21  30 

9939 

31     9  10 

9313 

32  57  18 

9195 

34  45  53 

9179 

Spica 

E. 

m  51  17 

9143 

85     1  24 

9131 

8:mi  12 

9190 

81  20  43 

9168 

Saturn 

E. 

100  56  26 

9160 

99    6  58 

9148 

97  17  12 

9136 

95  27    8 

9194 

8 

a  Arietis 

W. 

93  37    7 

9086 

95  28  28 

9077 

97  20    2 

9070 

99  11  47 

9064 

Mars 

vv. 

m  41  39 

9938 

68  29  10 

9930 

70  16  5:} 

9999 

72    4  48 

9914 

AhlelMuiiu 

vv. 

62  44   19 

9153 

(M  33  57 

9143 

m  23  51 

9139 

68  14     1 

9194 

Jupiter 

w. 

43  54  24 

9113 

45  45    4 

9103 

47  35  59 

9094 

49  27    8 

9085 

Spica 

E. 

11    4  13 

9060 

70  12  12 

9059 

68  19  59 

9044 

66  27  34 

9037 

Saturn 

E. 

86  12  43 

9076 

84  21     7 

9068 

82  29  19 

9061 

80  37  20 

9064 

9 

Mars 

VV. 

81     6  45 

9169 

82  55  29 

9186 

84  44  18 

9184 

86  3)  10 

9189 

AMi'lmraii 

W. 

77  27  51 

9090 

79  19    5 

9087 

81   10  24 

9064 

83     1  48 

9063 

JUPITKR 

W. 

58  45  49 

9054 

60  37  59 

9050 

62  30  15 

9048 

64  22  35 

9046 

NP^ 


XIV. 


MARCH,  1895. 


51 


OBEBNWIOH  MEAN  TIME. 

LUNAR  DISTANCES. 

• 

P.L. 

P.L. 

P.L. 

P.L, 

1 

Nmb6  Mid  DIreeUoD 
of  Object. 

Midnight. 

of 
Diff. 

XVh. 

of 
Dlff. 

xvnfh 

of 
Diif. 

XXL^ 

of 
DHL 

Suit 

W. 

O        t        it 

59  26  50 

3110 

60  54  4§ 

3096 

O        0       ii 

62  23    0 

3086 

GSai^ 

3073 

Vcifus 

W. 

a?  57  20 

3904 

39  2:^  24 

3191 

40  49  44 

3178 

42  16  19 

9166 

JOPITCK 

E. 

46    0  55 

960.1 

44  26  31 

9794 

42  51  55 

9785 

41   17    8 

9776 

PoUuz 

E. 

70  55    3 

»7i7 

69  19  39 

9747 

67  44     1 

8735 

66    8    8 

8783 

9 

Scif 

W. 

71  17  41 

3006 

72  47  46 

9993 

74  18    8 

9979. 

75  48  47 

9964 

VBNUt 

W. 

49  :»  J4 

3097 

51     1  27 

3089 

52  29  58 

3069 

5.3  58  46 

9053 

Pollux 

E. 

58    4  46 

96«3 

5()  27  17 

9650 

54  49  30 

9638 

53  11  26 

9695 

Regulus 

E. 

94  54  38 

S661 

93  17    6 

9648 

91  39  16 

9635 

90    1     9 

9691 

3 

Soif 

W. 

83  26  44 

9680 

84  59  17 

9673 

86  32  11 

9857 

88    5  25 

8649 

Vknub 

W. 

61  27  28 

SS76 

i^  58  11 

9961 

64  29  13 

9945 

66  o;« 

9996 

a  Arietifl 

W. 

30  31  18 

9646 

32    9    8 

9695 

33  47  29 

9603 

lis  26  20 

9583 

Pollux 

E. 

44  56  a'i 

9557 

43  16  41 

9543 

41  .36  27 

9598 

39  55  53 

9515 

Kegiihis 

E. 

81  45  55 

9553 

80    5  55 

9538 

78  25  35 

9594 

76  44  55 

8500 

4 

Soif 

W. 

95  56  46 

9760 

97  32    6 

9744 

1>9    7  48 

9798 

100  43  51 

9710 

Veivos 

W. 

73  42  :*l 

9846 

75  16    7 

9899 

76  49  57 

9819 

78  21    9 

8795 

a  Arietis 

W. 

43  47  33 

9485 

45  29    8 

9467 

47  11     8 

9448 

48  .53  :M 

8431^ 

Pollux 

E. 

31  28    7 

9413 

29  45  33 

9499 

28    2  40 

9415 

26  19  27 

8409 

Repilus 

E. 

68  16  22 

9434 

66  33  36 

9419 

64  50  28 

9404 

63    6  59 

8389 

5 

Sun 

W. 

108  49  41 

9698 

110  27  58 

9619 

112    6  36 

9596 

1 13  45  36 

8580 

Vcffot 

W. 

86  20  :iJ) 

9719 

87  57    3 

9695 

89  33  49 

9679 

91   10  57 

8663 

a  Arietis 

W. 

57  31  54 

8346 

59  16  47 

9330 

61     2    3 

8313 

62  47  43 

8998 

Mars 

W. 

31  54  49 

9515 

33  35  41 

9407 

a5  16  .58 

9480 

36  58  39 

9463 

Regulus 

E. 

54  24    4 

8313 

52  38  23 

9998 

50  52  21 

9983 

49    5  57 

8908 

6 

Sun 

W. 

122    6    0 

9504 

123  47    7 

9489 

125  28  .35 

9475 

127  10  23 

8469 

a  Arietis 

W. 

71  41  43 

9993 

73  29  36 

9909 

75  17  50 

9195 

77    6  25 

9189 

Mars 

W. 

45  32  55 

9384 

47  16  5.3 

9369 

49     1   12 

9355 

50  45  52 

8341 

Ahlelmrnn 

W. 

41   18  48 

9364 

43    3  14 

9340 

44  48  15 

9317 

4(>  :»  .50 

9996 

Ke^uliifl 

E. 

40   8  :«> 

9199 

38  20  10 

9186 

3<;  31  21 

9173 

34  42  13 

9161 

Spicfi 

E. 

94    7  38 

9195 

92  19    3 

9181 

90  30    7 

9109 

88  40  52 

9155 

7 

a  Arietiii 

W. 

86  14     1 

9193 

88    4  25 

9113 

89  55    4 

9103 

91  45  .58 

9004 

Mars 

W. 

59  34     1 

9979 

61  20  32 

9968 

6:3    7  19 

9957 

64  .54  22 

9947 

Aldelmmn 

W. 

55  2 »    0 

9906 

57  17  18 

91 9Q 

59    5  .'W 

9178 

60  54  .59 

9165 

Jdpiter 

W. 

3(»  M  52 

9164 

,38  24  1 1 

9H9 

40  13  58 

9136 

42    4     2 

9IM 

Spir4i 

E. 

79  29  5(5 

9098 

77  .38  53 

9087 

75  47  34 

9077 

73  .56    0 

9069 

Saturn 

E. 

93  36  46 

9114 

9i  46    8 

9103 

89  55  14 

9094 

88    4     5 

9085 

8 

a  Arietis 

W. 

101     3  42 

9058 

102  55  46 

9053 

101  47  58 

9048 

106  40  17 

9045 

M4R^ 

W. 

73  52  54 

9908 

75  41    10 

9909 

77  29  34 

9197 

7!i  18    6 

9109 

Aldeliaran 

W. 

70    4  24 

9115 

71  55    0 

9107 

73  45  48 

9101 

75  m  45 

9006 

JUPITCR 

W. 

51   18  31 

9077 

5.3  10    6 

9070 

55     1  51 

9064 

,56  5:^  46 

9059 

Spica 

E. 

64  34  58 

9039 

62  12  13 

9096 

60  49  19 

9091 

.58  .5()  17 

9017 

Saturu 

E. 

78  45  10 

9048 

76  52  51 

9043 

75    0  24 

9039 

73    7  50 

9035 

0 

Mars 

W. 

88  22    5 

9181 

90  11     1 

9I« 

91  59  .'W* 

91 « 

1*3  48  :o 

9184 

AI(l«lmron 

W. 

84  53  14 

9081 

86  44  42 

9081 

88  3<;  11 

908^ 

90  27  38 

9060 

JuriTBR 

W. 

66  14  58 

9044 

68    7  24 

9044 

69  59  50 

9044 

71  52  15 

8046 

52 


MARCH,  1895. 


OBEEKWIOH  MEAN  TDCB. 

LUHAR  DISTAKCE8. 

• 

P.L. 

P.L. 

P.L. 

P.L. 

1    o  a 

Kftme  aaH  Dirccti—    1 

NOOD* 

•f 

nffc. 

of 

Vlii. 

of 

DO. 

•f 

•rObj«ci. 

DHL 

BfC 

DiC 

INlt 

9 

Pollux 

w. 

33  5^31 

ttll 

35  45  32 

9918 

37  3ti  38 

9016 

39  31  4§ 

t0i3 

Spica 

E. 

57    3    9 

tOI3 

55    9  55 

9010 

53  16  37 

9009 

51  23  16 

9007 

pATORIf 

E. 

71  15  11 

«X» 

69  22  27 

9930 

67  29  40 

9099 

65  36  50 

9096 

AuUires 

E. 

103  57  11 

9013 

101     3  57 

9919 

99  10  39 

9096 

97  17  17 

9007 

10 

AKIelmran  . 

W. 

92  19    3 

9066 

94  10  24 

9069 

96    1  40 

9094 

97  52  49 

9069 

JrpiTEii 

W. 

73  44  38 

9046 

75  36  58 

9061 

77  2S»  13 

9964 

79  21  23 

9069 

Pollux 

W. 

48  58    3 

9016 

50  51  13 

9019 

52  44  19 

9099 

54  37  19 

9090 

S|iica 

E. 

41  56  19 

l!01l 

-   40    3    2 

9014 

38    9  50 

9018 

36  16  44 

9099 

8*TURIf 

E. 

56  13    0 

9030 

54  20  27 

9044 

52  28     1 

9066 

50  35  45 

9067 

Antares 

E. 

87  50  18 

9011 

85  57     1 

9014 

84    3  48 

9917 

82  10  41 

9099 

11 

Jupiter 

W. 

88  40    5 

9099 

90  31  16 

9191 

92  22  13 

9111 

94  12  55 

9191 

Polltix 

W. 

r4    0  16 

9059 

65  52  18 

9068 

67  44    7 

9077 

69  35  42 

9067 

Reiftiliis 

W. 

27  10  29 

9064 

29    224 

9079 

30  54    7 

9081 

32  45  36 

1^ 

Aiitjires 

E 

72  47  16 

9066 

70  55    9 

9064 

69    3  15 

9074 

67  11  36 

9966 

12 

Polhix 

W. 

78  49  23 

9147 

80  39  10 

9161 

82  28  37 

91-75 

84  17  43 

9190 

Rfiniliis 

W. 

41  59    3 

9148 

43  48  49 

9161 

45  38  15 

9179 

47  27  20 

9190 

Aiitnres 

E. 

57  57  :M 

9144 

56    7  42 

9168 

54  18  11 

9179 

52  29    2 

9187 

a  Aquile 

E 

108  11  34 

9099 

106  41  49 

9090 

105  12    1 

9919 

103  42  12 

3091 

13 

PoHiix 

W. 

93  17  27 

9369 

95    4  12 

9967 

96  50  31 

9304 

98  36  25 

9399 

Refill  iifl 

VV. 

56  27    4 

9969 

58  13  49 

9986 

60    0    9 

9303 

61  46    4 

9391 

Anrnres 

E. 

43  29    0 

9967 

41  42  12 

99(^ 

39  55  49 

9309 

38    9  52 

9390 

a  Aquilie 

E. 

96  14  28 

9059 

94  45  28 

3079 

93  16  44 

9067 

91  48  18 

3103 

14 

Repiiliis 

W. 

70  29    7 

9419 

72  12  24 

9431 

73  55  15 

9419 

75  37  40 

9466 

a  Aqnilee 

E. 

84  31  36 

3904 

83    5  32 

3930 

81  39  58 

3955 

80  14  54 

9969 

Suff 

E. 

134  45  21 

9736 

133    9  27 

9764 

131  33  59 

9776 

129  58  58 

9796 

15 

Regiilus 

VV. 

84    3    6 

9569 

85  42  53 

9681 

87  22  14 

9699 

89    1  10 

9618 

S|»ica 

W. 

:iO    2  37 

9561 

31  42  25 

9580 

3:)  21  47 

9599 

a5    0  44 

9617 

a  Aqiiilie 

E. 

73  17  59 

3438 

71  56  26 

3474 

70  a5  33 

3611 

69  15  21 

3549 

8ur( 

E. 

122  10  30 

OiifM 

120  38    6 

9916 

119    6    8 

9936 

117  34  35 

9067 

16 

Sfiica 

W. 

43    9  22 

9706 

44  45  55 

9799 

46  22    5 

9739 

47  57  53 

97S6 

SATORtf 

W. 

29  59  45 

9793 

31  34  22 

9601 

33    8  48 

9810 

34  43    3 

9890 

a  Aqiiilae 

K. 

62  45  29 

3760 

61  29  55 

3890 

60  15  14 

3873 

59    1  27 

3996 

1 
1 

Slw 

E. 

no   3    1 

9069 

108  33  53 

9071 

107    5    8 

3090 

105  36  46 

3107 

17 

S|iira 

W. 

55  51  36 

9633 

57  25  21 

9848 

58  58  47 

9869 

60  31  55 

9876 

, 

Satorn 

W. 

42  30  51>' 

9873 

44    3  52 

9886 

45  36  30 

9806 

47    8  54 

9906 

1 

n  Aqiiilie 

E. 

53    7  20 

4966 

51  59  46 

4339 

50  53  23 

4416 

49  48  15 

4509 

1 

Fornnlhniit 

K. 

73  16  46 

3110 

71  48  48 

3199 

70  21   14 

3149 

68  54    4 

9168 

1 

S5LPI 

E. 

98  20    9 

9191 

96  53  49 

9907 

95  27  48 

3999 

94    2    5 

9936 

18 

Spica 

W. 

68  13  24 

9936 

69  44  55 

9948 

71   16  13 

9959 

72  47  17 

9909 

t 

Satorw 

W. 

54  47  32 

9959 

56  18  36 

9968 

57  49  29 

9977 

59  20  10 

9980 

AninreH 

W. 

22  19  31 

9938 

%\  51     2 

9950 

25  22  18 

9960 

26  5;)  21 

9970 

1 

Potimlhniit 

K. 

61  44    9 

3970 

60  19  2:J 

9-299 

58  55    2 

9313 

57  31    6 

9337 

1 
1 

8t'!« 

E. 

86  57  41 

3306 

85  33  35 

9316 

84    0  42 

3398 

82  46    3 

3338 

XVL 


MARCH,  1895. 


63 


GBEBNWIOH  MEAN  TIME. 

LUNAB  DISTANCEa 

J8  . 

H*a«  Mid  DlrooUoo 

Midnight. 

P.L. 

of 

DIft 

XVJi. 

P.L. 

of 
Diff. 

XVIflb. 

P.L. 

of 

Diff. 

XXlb. 

P.U 

of 
DHL 

9 

Pollux 

W. 

O            1         if 

41  25    2 

8019 

43  18  iS 

9019 

4i?ll'34 

9019 

4/    4  50 

9014 

8|HCtl 

E. 

49  29  52 

9006 

47  36  27 

9007 

45  43    3 

9007 

43  49  40 

9009 

SATURlf 

E. 

63  44    0 

9096 

61  51   10 

9030 

59  .58  2:) 

9039 

.58    5  ;J!» 

9035 

Aiilaret 

E. 

95  23  53 

9000 

93  30  28 

9006 

91  37    3 

9007 

89  43  39 

9009 

10 

AldelMiran 

W. 

99  43  50 

9I0S 

101  34  42 

9119 

103  25  23 

9190 

105  15  .52 

9199 

JUPITKE 

w. 

81   13  26 

9064 

\R^    5  21 

9070 

84  57    6 

9on 

86  48  41 

9084 

Pollux 

w. 

56  30  13 

9031 

58  22  59 

9037 

60  15  a5 

9044 

m    8    1 

9051 

S|>icj« 

E. 

34  23  45 

90M 

32  30  55 

9034 

:M38  14 

9041 

28  45  41 

9048 

SATURff 

E. 

48  43  39 

906& 

46  51  46 

9074 

45    0    7 

9085 

43    8  44 

9096 

Anlarefl 

E. 

80  17  41 

9097 

78  24  49 

9033 

76  32    7 

9041 

74  39  ;J6 

9048 

11 

Jl'PITKR 

W. 

96    322 

9139 

97  53  32 

9144 

99  43  24 

9157 

101  32  .57 

9170 

Pollux 

W. 

71  27     1 

9096 

73  18    4 

9109 

75    8  49 

9191 

76  59  16 

9134 

Rei^ulus 

W. 

:34  36  51 

9100 

:J6  27  50 

9111 

38  18  :S2 

9199 

40    8  57 

9135 

AiiUre* 

E. 

65  20  13 

900ft 

63  29    6 

9107 

61  38  17 

9118 

59  47  46 

9131 

12 

Pollux 

W. 

86    6  26 

9904 

87  54  47 

9990 

89  42  44 

9936 

91  30  18 

9953 

Regulufl 

W, 

49  16    3 

9904 

51     4  24 

99>M 

52  52  21 

9936 

54  .39  .55 

9953 

Aiitarea 

E 

50  40  15 

9909 

48  51  51 

9918 

47    3  50 

9934 

45  16  13 

9950 

aAquilie 

E. 

102  12  25 

aoM 

100  42  42 

3030 

99  13    7 

3030 

97  43  42 

3047 

13 

Pollux 

W. 

100  21  53 

9339 

102    6  55 

9358 

103  .51  30 

9376 

105  :)5  .39 

9394 

Kegulus 

W. 

63  31  33 

9330 

65  16  36 

9357 

67     1   13 

9375 

68  45  2:i 

9394 

Aiitares 

E. 

36  24  21 

9337 

.34  39  16 

9355 

32  54  37 

9374 

31   10  25 

9399 

aAquils 

E. 

90  20  12 

3190 

88  52  27 

3139 

87  25    5 

3159 

65  58    7 

3169 

14 

Reguliifl 

W. 

77  19  38 

9487 

79     1   10 

9S06 

80  42  15 

9595 

82  22  54 

9544 

a  Aquils 

E. 

78  50  22 

3311 

77  26  23 

3341 

76    2  59 

3379 

74  40  10 

3405 

Son 

E. 

128  24  24 

9815 

126  50  16 

9636 

125  16  35 

9856 

123  43  20 

9876 

15 

Refulufl 

W. 

90  3!)  41 

9636 

92  17  47 

9654 

93  55  29 

9679 

95  .32  47 

:680 

Spicti 

W. 

36  :)9  16 

9635 

38  17  24 

9653 

.39  55    7 

9671 

41  .32  26 

9666 

a  Aquike 

E. 

67  55  51 

3500 

i^  ,37    6 

3639 

&5  19    6 

3676 

64     1  53 

3799 

Son 

E. 

116    3  28 

9976 

114  32  45 

9996 

113    2  27 

3014 

111  3*2  32 

3034 

16 

Spica 

W. 

49  33  19 

9779 

51     8  24 

9786 

52  43    8 

9603 

54  17  .32 

9818 

Baturfi 

W. 

36  17    5 

9830 

.37  50  54 

9640 

3*)  24  30 

9651 

40  57  52 

9609 

a  Aqiiibv 

E. 

57  48  36 

3967 

5(>  36  44 

4046 

55  25  52 

4113 

54  16    3 

41 H9 

Son 

E. 

104    8  45 

3195 

102  41     6 

3149 

101   13  47 

3156 

99  46  48 

3175 

17 

Spiea 

W. 

62    4  45 

9668 

63  37  19 

9901 

65    9  36 

9913 

66  41  .38 

9996 

HATURlf 

W. 

48  41     5 

9»17 

50  13    2 

9»M 

51  44  45 

99U9 

5.3  16  15 

9949 

a  Aquilie 

E. 

48  44  25 

4.%96 

47  41  57 

46U6 

46  40  .56 

4606 

45  41  25 

499J 

Fouialbiiut 

E. 

67  27  17 

31tM 

m    0  54 

3909 

64  :M  55 

3i»9 

63    9  20 

39i:> 

Soil 

E. 

92  36  39 

3951 

91   11  30 

3965 

89  46  ;to 

3979 

88  22    2 

3V99 

18 

8pica 

W. 

74  18    9 

9979 

75  48  48 

9968 

77  19  16 

9997 

78  49  :W 

3005 

Batoeic 

W. 

60  50  40 

9995 

62  20  59 

30O4 

63  51     7 

3011 

65  21     6 

3019 

Aiitares 

W. 

28  24  11 

9960 

29  54  49 

9960 

31  25  16 

9907 

32  55  ;« 

30riG 

Foumlhaul 

E. 

56    7  37 

3368 

.54  44  34 

3363 

53  21  .58 

3406 

51  .59  50 

34.H4   . 

Bvm 

£. 

81  22  36 

3360 

79  59  22 

3360 

78  36  20 

3370 

77  13  29 

3379 

54 


MARCH,  I89aL 


XVIL 


« 
a 


r 


i  ■» 


>>-' 


:9 

.^o^rsi 

W. 

^tTTH^ 

w. 

%t|f»r»*i» 

w. 

^-vmtUmtiC 

E . 

^fl-* 

E, 

id 

^rjrrjf 

W. 

:**TT»«j» 

w. 

.4lnmr«9 

w. 

^u^ 

E. 

il 

^rpn«ir 

w. 

.ttioir«w 

w. 

^iT 

E. 

:£» 

^i'7*'«» 

w. 

.4nmr**j* 

w. 

.'•fl'T 

E. 

» 

.♦nttn«^*» 

fr. 

5R  «TT^ 

i  fv      « 

■ 


E. 

W. 
E, 

w. 

E, 

E. 
E. 
E. 

W. 
E. 
E, 
E. 

W< 

E. 
K. 
E. 


W. 

E. 
E, 

H 

W. 

K. 
E. 


9Q  46  3 
yt»  4  4^ 
21  ^  57 

«  l.»  31 

.%  la  «* 
26  3  2 
ft*  31  4!* 
1*2  «    9 


^  S9 
44  6  55 
57  II  16 
e!0  14  41 

35  rti  17 

41  37  :c» 

07  2»  :ti 

Ka  lU  44 

47  .T»]  41 
51  .-«  -27 
;*I  «    9 

a»  48  23 
M  I  42 
m  25  13 
41  '/2  2) 
78  Jl  24 


I 


I 


3M4 


fM  5*1  55 
^  2S37 
56  :»  V-i 
75  50  49 

!*^  13  W 
7^  44  5ci 
4f5  21  rt 
«4  54  39 

5f^  II  2 
54  4  3 

I''-^  •»  4!> 
ijt^  a*  ■>: 
43  15  S 


*1  5d  7 
3at»  59   >o 


II 


»« 


9791 


t7f7 


90O« 
9f«5 
»61 


i^^ 


i»l  40  :I4 

i«  :»  IK 
:iS55» 

«>  17  4 

74  :»  ft* 

I 

99  44  n 

^  R:»> 
47  5«  :> 
«333  # 

9S  1  » 
Se#30  3:5 
a  42  56 

l€3  4r>  1* 

71  28  5 
41  53  » 

83  19  16^ 
43  17  5' 

31  9  17 ; 

95  16  2  f 
51  7  52 

20  530. 


13  45  22 

48  41  58 

54  34  5 
<»  2  25 
91  14  » 

25  20  3 

42  36  41 

55  37  36 

78  3il  42 

37  7  23 

43  2  42 
65  S3  II 

102  43  13 

49  7  24 
52  54  25 
81»  44  3 

61  20  50 
:«  :^1>  44 
32  55  16 
39  42  41 
76  31  35 


1 


F.  I. 


I 


WM. 


31tl 


aM4 

9700 


»M 


-^ci  E>2I 
«ft>  S)  ^ 
37  25  i^ 
47  Si»aS 

73    S5? 

I 
I 

96  n   c 

1^1  Its 

4»  E»  I 
«S  II  30 

99  30  « 
61  ]$  7 
51  21  « 

I'-S  17  50 
72  5r:  4^ 

40  32  38 

^  4S3C- 
44  II  5 
2&»  40  3] 

!ii5  46  8 
^  12  5 
1?  42  58 


I 


15 
47 
53 

Or; 


27 

5 


11 
II 

4  5^ 
29  SJ 


a^  40  50 

26  47  47 
41  6  17 
54  3  46 
77    4  XJ 

38  36  41 

41  27  41 

64  16  31 

101     6  31 

50  38  20 

51  16  10 

88    5  44 

62  53  30 

37  18  7 
34  25  36 

38  2  46 
74  51  32 


Mil 


tll8 


tf4l 


&4  48  59 
71  »  32 
3e  51  56 
46  36  21 
71  43  44 

9S4I  54 
81  II  1 
5D  47  49 
6D50  10 

94  56  43 
62  36  38 

50  043 

106  46  24 

74  25  30 
39  II  21 

86  17  50 
45  6:18 
3B  18  40 

96  16  22 
53  17  17 
17  20  20 

16  37  46 
45  40  11 

51  35  42 
64  57  II 
88    655 

28  15  43 

39  35  44 

52  29  47 

75  29  11 

40  6  II 
39  52  32 
62  39  40 
99  29  37 

52  928 
49  37  43 
86  27  13 

64  26  24 
38  56  51 

35  56  12 

36  22  39 
n  II  16 


F.Ii. 


94J« 


MM 


1H9 


3417 


3376 


3181 


3038 
9874 
9818 

3109 
9976 
9615 
9751 

3095 
9783 
96KI 
9681 

9046 

9619 
9608 


9969 
9538 


xvm. 


MARCH,  1895. 


55 


GBEENWIOH  MEAN  TIME. 

LUNAR  DISTANCES. 

1* 

^^                                    A      WA 

A  ■ 

P.L. 

P.L. 

P.L. 

P.L. 

K*a«MMl  Dlreeuon 

OfOI^Mt. 

Midnight 

of 
Diff. 

XVb. 

of 
Dili: 

xvnib. 

of 
Diff. 

XXIh. 

of 
Diff. 

19 

8|»ica 

Wr 

8^  18  28 

3041 

8/47  50 

3047 

Oil* 

89  17    5 

3059 

O         0        tf 

90  46  13 

3058 

SATURIf 

W. 

72  48  49 

3051 

74  17  59 

3068 

75  47    2 

3080 

77  16    0 

3085 

Aniarefl 

W. 

40  24  25 

3049 

41  5:)  46 

3047 

43  23     1 

3069 

44  52    9 

3058 

FomaHiaut 

E. 

45  IC  52 

3683 

43  57  59 

3818 

42  39  44 

3857 

41  22  11 

3000 

Sun 

E. 

70  21  39 

3417 

68  59  42 

9493 

67  37  52 

3430 

66  16    9 

3435 

90 

Spica 

W. 

98  10  38 

3074 

99  39  19 

8077 

101     7  57 

3078 

102  36  3:) 

3080 

Saturn 

W. 

84  39  36 

30« 

86    8    8 

3083 

87  36  38 

3085 

89    5    6 

3087 

Antarea 

W. 

52  1H  3:) 

3074 

53  45  14 

3077 

55  13  52 

3078 

56  42  28 

3080 

8UN 

E. 

59  28  51 

3454 

58    7  35 

3458 

56  46  22 

3450 

55  25  12 

3480 

21 

Satoeic 

W. 

9627    7 

3068 

97  55  31 

3067 

99  2:)  56 

3087 

100  52  22 

3088 

Antares 

W. 

64    5  10 

3089 

65  33  42 

3081 

67    2  15 

3079 

68  30  50 

3078 

Soif 

E. 

48  39  37 

3489 

47  18  30 

3489 

45  57  23 

3461 

44  36  15 

3150 

« 

Satukn 

W. 

108  15    0 

3075 

109  43  40 

3073 

111   122:) 

3080 

112  41  10 

3087 

Aiitarea 

W, 

75  54  17 

3088 

77  23    8 

3063 

78  52    3 

3060 

80  21     3 

3058 

Qvv 

E. 

37  50    0 

3448 

36  28  36 

3443 

35    7    8 

3430 

33  45  36 

3435 

93 

Antares 

W. 

87  47  16 

3033 

89  16  48 

3098 

90  46  26 

3099 

92  16  11 

3017 

aAqiiiUe 

W. 

46    3  38 

4800 

47    3    1 

4794 

48     1  42 

4706 

49  .2  37 

4893 

Son 

E. 

26  56  43 

3419 

25  34  40 

3408 

24  12  32 

3401 

22  50  17 

3397 

34 

Aiitarea 

W. 

99  46  44 

9087 

101   17  13 

9980 

102  47  51 

9073 

104  18  37 

9988 

a  AqiiiUe 

W. 

54  Zi  24 

4999 

55  30  21 

4936 

56  38  14 

4188 

57  46  51 

4140 

Sun 

E. 

15  57  36 

3379 

14  34  47 

3387 

13  11  53 

8384 

1 1  48  55 

3383 

27 

Sun 

W. 

18    4  18 

8170 

19  31     3 

3180 

20  58    0 

3150 

22  25    9 

3140 

AlclelNiran 

E. 

44    9  16 

9087 

42  38  22 

9980 

41     7  31 

9979 

3!»  3<i  43 

9077 

Mars 

E. 

50    6  16 

3090 

48  36  40 

3099 

47    6  55 

3014 

45  37    0 

3008 

Jupiter 

E. 

63  24  19 

9667 

61  51   18 

9859 

60  18    7 

9659 

58  44  46 

9845 

Pollux 

E. 

86  32  50 

9009 

84  58  34 

9801 

8:i  24    7 

9799 

81  49  29 

9785 

28 

Sim 

W. 

29  43  50 

3009 

31   12    9 

3089 

32  40  40 

3073 

34    9  23 

3084 

Mars 

E. 

38    5     1 

9980 

m  :u  10 

9969 

a5    3  10 

9906 

3;) :«    1 

9049 

JOPITCR 

E. 

50  55  39 

9eo« 

49  21  22 

9801 

47  46  55 

9794 

46  12  19 

9788 

Pollux 

E. 

73  53  39 

9743 

72  17  56 

9734 

70  42    1 

9796 

69    5  56 

9717 

99 

Sun 

W. 

41  35  53 

3015 

43    5  47 

3006 

44  a5  53 

9998 

46    6  11 

9988 

JUPITCR 

E. 

38  17  15 

9757 

36  41  51 

9753 

a5    6  21 

9747 

33  :»  44 

9744 

Pollux 

E. 

61     2  37 

9074 

59  25  22 

9688 

57  47  56 

9857 

56  10  16 

9847 

Regulus 

E. 

97  52  32 

987t 

96  15  15 

9883 

94  37  45 

9854 

93    0    3 

9845 

30 

SUR 

W. 

53  40  49 

9035 

55  12  23 

9095 

56  44  10 

9915 

58  16  10 

1 
0905 

Pollux 

E. 

47  59    4 

9603 

46  20  13 

9503 

44  41     9 

9564 

43     1  52 

9575 

Regolua 

£. 

84  48  29 

9509 

83    9  33 

9580 

81  30  23 

9580 

79  51     0 

9570 

31 

Suff 

W. 

65  59  31 

9869 

67  32  52 

9641 

69    6  27 

9830 

70  40  16 

9f>l8 

a  ArietiR 

W. 

40  :)5  55 

9579 

42  15  19 

9588 

43  55     1 

9553 

45  35     1 

9539 

VcHUt 

W. 

37  27    4 

9958 

38  58  12 

9944 

40  29  35 

9931 

42     1    14 

9910    1 

Pollux 

E. 

34  42  19 

95Q9 

33    1  46 

9590 

31  21     1 

9511 

2!»  40    3 

KiOO   1 

Regulua 

E. 

71  30  47 

9591 

69  50    3 

9519 

68    9    6 

9509 

66  27  55 

9409 

56 


APRIL,  1895. 


AT  GBEENWIOH  APPABBNT  NOON. 


1 

1 

1 

1 

o 

Mou. 

1 

Taes. 

2 

Wed. 

3 

Thop. 

4 

Frid. 

5 

Sat. 

6 

SUIT. 

7 

Mod. 

8 

Tues. 

9 

Wed. 

10 

Tlrnr. 

11 

Frid. 

12 

Sat. 

13 

SUN. 

14 

Mod. 

15 

Tues. 

16 

Wed. 

17 

Thur. 

18 

Frid. 

19 

Sat. 

20 

SUN. 

21 

Mod. 

22 

Tues. 

23 

Wed. 

24 

Thur. 

25 

Frid. 

26 

Sat 

27 

SUN. 

28 

Mou. 

29 

Tues. 

30 

Wed. 

31 

THE  SUN^ 


Apparent 
Bight  Atoenftlon. 


h     m       ■ 

0  42  19.98 
0  45  58.43 
0  49  36.99 

0  53  15.68 

0  56  54.53 

1  0  33.54 

1  4  12.74 
1  7  52.16 
1  11  31.80 

1  15  11.71 
1  18  51.89 
1  22  32.36 

1  26  13.15 
1  29  54.28 
1  33  35.75 

1  37  17.60 
1  40  59.84 
1  44  42.47 

1  48  25.53 
1  52  9.01 
1  55  52.92 

1  59  37.29 

2  3  22.12 
2    7    7.42 

2  10  53.19 
2  14  39.45 
2  18  26.20 

2  22  13.44 
2  26  1.18 
2  29  49.43 

2  33  38.20 


out  for 
IHoor. 


• 
9.100 

9.104 

9.109 

9.115 
9.129 
9.130 

9.138 
9.147 
9.157 

9.168 
9.180 
9.193 

9.207 
9.221 
9.236 

9.252 
9.268 
9.285 

9.303 
9.321 
9.339 

9.358 
9.378 
9.397 

9.417 
9.437 
9.458 

9.479 
9.500 
9.521 

9.543 


Apparent 
DeoUnaHoo. 


N. 


O 

4 


23.3 


33 

4  56  29.2 

5  19  29.6 

5  42  24.3 

6  5  12.9 
6  27  55.1 

6  50  30.6 

7  12  59.1 
7  35  20.2 

7  57  33.7 

8  19  39.2 

8  41  36.5 

9  3  25.1 
9  25  4.9 
9  46  35.5 

10  7  56.5 
10  29    7.6 

10  50    8.6 

11  10  58  9 
11  31  38.3 

11  52    6.5 

12  12  23.0 
12  32  27.6 

12  52  19.8 

13  11  59.4 
13  31  25.9 

13  50  39.0 

14  9  38.4 
14  28  23.7 
14  46  54.6 


N.15    5  10.8 


DUr.  for 
IHour. 


•h57.85 
57.63 
57.40 

+57.15 
56.89 
56.62 

+56.33 
56.03 
55.72 

+55.40 
55.06 
54.71 

+54.34 
53.96 
53.57 

+5,3.17 
52.75 
52.32 

+51.87 
51.41 
50.93 

+50.44 
49.93 
49.41 

+48.88 
48.33 
47.76 

+47.18 
46.59 
45.98 


Semi* 
diameter. 


$         u 

6  2.16 
6  1.89 
6     1.62 

6  1.35 
6  1.08 
6    0.81 

6  0.54 
6  0.27 
6    0.00 

5  59.73 
5  59.45 
5  59.18 

5  58.91 
5  58.63 
5  58.36 

5  58.09 
5  57.82 
5  57.55 

5  57.28 
5  57.02 
5  56.76 

5  56.50 
5  56.24 
5  55.99 

5  55.74 
5  55.49 
5  55.25 

5  55.01 
5  54.77 
5  54.53 


sidereal 
Time  of 
Semi- 
diameter 
Passing 
[Meridian, 


+45.36      15  54.30 


64.53 
64.55 
64.57 

^4.59 
64.62 
64.65 

64.68 
64.71 
64.75 

64.78 
64.82 
64.86 

64.91 
64.96 
65.01 

65.06 
65.12 
65.17 

65  23 
65.29 
65.36 

65.42 
65.49 
65.55 

65.62 
65.69 
65.77 

65.84 
65.92 
65.99 

66.07 


Equation  of 

TiUM, 

to  be 
Added  to 


Sabtraoted 

from 
Apparent 

Time. 


I 


m       s 

3  56.93 
3  38.88 
3  20.93 

3  3.12 
2  45.46 
2  27.96 

2  10.66 
1  53.57 
1  36.71 

1  20.10 
1  3.77 
0  47.74 

0  32.02 
0  16.63 
0     1.59 


DHL  for 
IHour. 


0  13.08 

0  27.36 

0  41.24 

0  54.70 

1  7.74 
1  20.34 

1  32.50 

1  44.19 

1  55.42 

2  6.17 
2  16.44 
2  26i22 

2  35.51 

2  44.30 

2  52.58 

3  0.35 


0.754 
0.750 
0.745 

0.739 
0.732 
0.725 

0.717 
0.707 
0.097 

0.686 
0.674 
0.6GI 

0.648 
0.6:ii 
O46I9 

0.603 
0..%7 
0.570 

0.552 
0.534 
0.516 

0.497 
0.478 
0.458 

0.4:W 
0.418 
0.397 

0.377 
0.3.56 
0.335 

0.313 


Kon.— The  mean  time  of  semtdiameter  passing  may  be  found  by  snbtraettng  (H.IS  ftom  the  aidereal  time. 

The  sign  +-  prefixed  to  the  hourly  olumge  of  deoilnation  indicates  that  north  declinations  are  Inereasing. 


IL 


APRIL,  1895. 


57 


AT  6BEENWIGH  MEAN  NOON. 

i 

i 

1 

1 

• 

THB  SUM'S 

Xqofttloaor 

Time, 

t*be 
Bnbinoted 

tnm 

Olfllfor 
IHoar. 

SMovMl 

TImo, 

or 

lUght  AjMODtlOB 

of 
MeooSaa. 

AppMenl 

Right  AM6MI0B. 

IMA  for 
IHoar. 

Appanai 
DeoUiMtloa. 

DIAttm 
iHoar. 

AddMl  to 
MmbTIido. 

Mod. 

1 

h      m      • 

0  42  19.38 

• 
0.109 

N.   4  38  19.5 

+57'.86 

3  5^98 

0.754 

b     m       ■ 

0  38  22.40 

TueB. 

2 

0  45  57.88 

9.106 

4  56  25.6 

67.64 

3  38.92 

0.760 

0  42  18.95 

Wed. 

3 

0  49  36.48 

9.1  II 

5  19  26.4 

67.41 

3  20.97 

0.746 

0  46  15  51 

Thnr. 

4 

0  53  15.22 

9.117 

5  42  21.3 

467.16 

'  3    3.16 

0.739 

0  50  12.06 

Frid. 

5 

0  56  54  11 

9.194 

6    5  10.2 

66.96 

2  45.49 

0.739 

0  54    8.62 

Sat 

6 

1     0  33.16 

9.119 

6  27  52.7 

66.63 

2  27.99 

0.796 

0  58    5.17 

SUN. 

7 

1     4  12.41 

9.140 

6  50  28.5 

456.34 

2  10.69 

0.716 

1     2     1.72 

Mou. 

8 

1     7  51.87 

9.149 

7  12  57.3 

66.04 

1  53.59 

0.707 

1     5  58.28 

Taes. 

9 

1  11  31.56 

9.159 

7  35  18.7 

66.73 

1  36.73 

0.697 

1     9  54.83 

Wed. 

10 

1  15  11.51 

9.170 

7  57  32.4 

456.41 

1  20.12 

0.686 

1   13  51.39 

Thar. 

11 

1  18  51.73 

9.189 

8  19  38.2 

66.07 

1     3.79 

0.674 

1    17  47.94 

Frid. 

12 

1  22  32.24 

9.195 

8  41  35.7 

64.79 

0  47.75 

0.669 

1  21  44.50 

Sat. 

13 

1  26  13.07 

9.908 

9    3  24.6 

464.36 

0  32.02 

0.648 

1  25  41.05 

8uy. 

14 

1  29  54.24 

9.999 

*     9  25    4.7 

63.97 

0  16.63 

0.634 

1  29  37.60 

Mod. 
Tues. 

15 
16 

1  33  35.75 
1  37  17.64 

9.937 
9.953 

9  46  35.5 
10    7  56.7 

63.68 
463.18 

0     1.59 

0.619 
0.603 

1  33  34.16 
1  37  30.71 

0  13.08 

Wed. 

17 

1  40  59.91 

9.970 

10  29    8.0 

69.76 

0  27.36 

0.587 

1  41  27.27 

Thar. 

18 

1  44  42.58 

9.987 

10  50    9.2 

69.33 

0  41.24 

0.670 

1  45  23.82 

Frid. 

19 

1  48  25.67 

9.304 

11   10  59.7 

451.88 

0  54.71 

0.659 

1  49  20.38 

Sat. 

20 

1  52    9.18 

9.399 

11  31  39.3 

61.49 

1     7.75 

0.634 

1  53  16.93 

SUlf. 

21 

1  55  53.13 

9.341 

11  52    7.6 

60.94 

1  20.36 

0.616 

1  57  13  49 

Mod. 

22 

1  59  37.53 

9.360 

12  12  24.3 

450.46 

1  32.51 

0.497 

2     1   10.04 

Toes. 

23 

2    3  22.39 

9.379 

12  32  29.0 

49.94 

1  44.20 

0.478 

2     5    6.60  ; 

Wed- 

24 

2    7    7.72 

9.399 

12  52  21.4 

49.49 

1  55.43 

0.468 

2    9    3.15 

Thar. 

25 

2  10  5a52 

9.419 

13  12     1.1 

448.88 

2    6.19 

0.438 

2  12  59.71 

Frid. 

26 

2  14  39.81 

9.439 

13  31  27.7 

4&33 

2  16.45 

0.418 

2  16  56.26 

8at. 

27 

2  18  26.58 

9.469 

13  50  40.9 

47.76 

2  26.24 

0.398 

2  20  52.82  t 

sun. 

28 

2  22  13.85 

9.480 

14    9  40.4 

447.18 

2  35,53 

0.377 

2  24  49.38  • 

Mod. 

29 

2  26     1.62 

9.501 

14  28  25.8 

46.60 

2  44.32 

O.a.'iO 

2  28  45.93 

Toes. 

30 

2  29  49.89 

9.699 

14  46  56.8 

46.99 

2  52.60 

0.334 

2  32  42.49 

Wed- 

31 

2  33  3a68 

9.644 

N.15    5  13.1 

446.37 

8    0.36 

0.313 

2  36  39  01 

Ttei 

■nil 

MMldlMBetor  IbrnM 
tlga -f*  proAjwd  to  th 
iw— ■Ing 

MIIMOW 

e  boarlj  o 

»y  be MsumMltiM Mine «(i  Um( 
hang*  of  dooli nation  Indioftteo 

i  far  appawnl  m 
thAt  north  decli 

Mm. 
natooo 

DUt  for  I  Hoor,  - 
<T«bU  ni.) 

56 


APBIL,  1895. 


IIL 


f 


I'  I 


13 
14 
li 

16 
17 
1% 

19 

21 

» 
23 
24 

25 
26 
27 

28 

.'^ 
30 

31 


I 


fl 


1 

« 
3 

il 

6  ' 


7  W 

%  ;  M 

10  !  100 

11  I  101 


12  ;  102 


103 
104 
105 

106 
107 
108 

109 
110 
111 

112 
113 
114 

115 
116 
117 

118 
119 
120 

121 


AT  (WEESiriCH  XEAS  SOOS. 


TEE  8inr8 


30  39.7 
29  47JB 


11  30  S4.4 

12  30    2ji 

13  29    a4 

14  28  12j9 

15  27  13L1 

16  26  12il 

17  25    8^ 

18  24    3.4 

19  22  55 J  r  22  40J 


27  57il  1 
26  5&0  I 
25  56^ 

24  534 
23  47^ 


20  21  46.4 

21  20  34^ 

22  19  214$ 

23  18    6.4 

24  16  49.5 

25  15  30.8 

26  14  10.3 

27  12  48.3 

28  11  24.7 

29  9  59.4 

30  8  32.4 

31  7    3.9 

32  5  33.5 

33  4     1^ 

34  2  27.4 

35  0  51.7 

35  59  14.0 

36  57  34.5 

37  55  52,9 

38  54    9.4 

39  52  23.9 

40  50  36.3 


21  30.7 
20  19il 
19    5J 

17  50.3 
16  33.3 
15  14.4 

13  53.8 
12  31.7 
11     8X) 

9  42.5 
8  15.4 
6  46.8 

5  16.2 
3  43.9 
2    9^ 

0  34.0 

58  56  Jl 
57  16^ 

55  34^ 
53  51.2 
52    5.5 

50  17.8 


47j 
47^1 


47.15 
47.07 
4lS3t 


4C75 
4lSM 

16.61 
46.55 
46.48 

46.41 
46^ 
46.» 

46.90 
46.12 
46.04 

45ir7 
45.80 
iSMl 

45.73 
45.65 
45^7 


145.48 


+  0^ 
0.56 
0.50 

+  0.42 
0.30 
0.19 

+  0il6 

^0J06 

0.19 

-0.30 
0.39 
0.46 

—  0.51 
0.52 
0.50 

—  0.44 
0.37 
0J28 

—  0.16 

—  0.02 
+  0.12 

+  0.25 
0.37 
0.49 

+  0.57 
0.63 
0.66 

+  0.67 
0.64 
0.59 

+  0.50 


0.0000482  • 
OuOOOlTQS  1 


0.0002922 
0.0004143 
00005365 

0.0006589 
0.0007817 
0.0009046 

0.0010279 
0.0011513 
0.0012750 


0.0013987 
0.0015224 
0.0016458 

0.0017691 
0.0018916 
0.0020137 

0.0021349 
0.0022551 
0.0023741 

0.0024920 
0.0026085 
0.0027235 

0.0028372 
0.0029493 
0.0030599 

0.0031691 
0.0032771 
0.0033836 

0.0034889 


I 


5ljt 

451.1 
51.9 
51.3 

451.4 
51.5 
51.5 

451.5 
51.5 
51.4 

4  51.2 
51.0 
50.7 

450.3 
49.9 
49.4 

44S.8 
48.9 
47.6 

4^7.0 
46.4 

45.8 

445.3 
44.7 
44.1 

443.6 


VcmL^TlM  mumh^n  fa  eolama  X  otrraap— 4  t*  tke  trot  «q«faoxof  (h«  4Ato|  la  eoluu  Vto 


k      m tf 

23  17  47.98 

23  13  52.07 

23  9  56.16 


6    0.25 
23    2    4.34 

22  58    a44 

22  54  12.53 
22  50  16  62 
22  46  2071 

22  42  24  80 
22  38  28.90 
22  34  32^ 

22  30  37.08 
22  26  41.17 
22  22  45i26 

22  18  49.35 
22  14  53.44 
22  10  57.53 

22  7  1.62 
22  3  5.72 
21  59  9.81 

21  55  13.90 
21  51  17.99 
21  47  22.08 

21  43  26.17 
21  39  30.26 
21  35  34.35 

21  31  38.44 
21  27  42.53 
21  23  46.62 

21  19  50.71 


DiC  for  1  Hoar, 
— 9*.8S»6. 
ITabUIL) 


IV. 


APRIL,  1895. 


59 


OBEENWIOH  MBAN  TIME. 

8 

• 

e 
1 

2 
3 

TH  K  HOOITS 

• 

• 

SKMIDIAMSTSR. 

HORIZONTAL  PARALLAX. 

UPPER  TRANSIT. 

AGE. 

HOM. 

MiAntfhl. 

Kooa. 

Diff,  for 
1  Hoar. 

Xldatcbl. 

DUr.  for 
IHoar. 

Moridira  of 
Oretmwleh. 

Dlir.  for 
1  Hoar. 

Noon. 

15  49.3 

15  58.7 

16  7.8 

15  54.0 

16  3.3 
16  12.1 

57  57^4 

58  31.9 

59  5.4 

1.43 
1.34 

58'  14!7 

58  48.9 

59  21.1 

+1.44 
1.40 
1.96 

h      m 

5  5.2 

6  6.1 

7  6.3 

m 
9.59 

9.54 

9.47 

6.1 
7.1 
8.1 

4 
5 
6 

16  16.0 
16  22.6 
16  26.6 

16  19.6 
16  24.9 
16  27.4 

59^.6 

59  59.6 

60  14.3 

-1^1.15 

0.82 

♦0.37 

59  48.6 

60  8.3 
60  17.2 

+  1.00 

0.61 

+0.10 

8    4.0 

8  58.5 

9  50.2 

9.34 
9.91 
9.11 

9.1 
10.1 
11.1 

7 
6 
9 

16  27.3 
16  24.2 
16  17.4 

16  26.2 
16  21.2 
16  12.7 

60  16.8 
60    5.6 
59  40.6 

-0.18 
0.76 
1.30 

60  13.0 
59  54.7 
59  23.5 

-0.47 
1.04 
1.53 

10  40.1 

11  29.4 

12  19.3 

9.06 
9.06 
9.11 

12.1 
13.1 
14.1 

10 
11 
12 

16    7.4 
15  55.0 
15  41.5 

16     1.4 
15  48.4 
15  34.4 

59    3.8 
58  18.4 
57  28.8 

-1.73 
9.00 
9.09 

58  41.9 
57  53.9 
57    3.7 

-1.89 
9.07 
9.07 

13  10  8 

14  4  3 
14  59.7 

9.19 
9.97 
9.33 

15.1 
16.1 
17.1 

13 
14 
15 

15  28.0 
15  15.5 
15    4.8 

15  21.5 
15    9.9 
15    0.8 

56  39.1 
55  53.1 
55  13.8 

-9.01 
1.79 
1.46 

56  15.4 
55  32.5 
54  57.4 

-1.99 
1.64 
1.98 

15  55.7 
1^  50.8 
17  43.6 

9.33 
9.96 
9.14 

18.1 
19.1 
20.1 

16 

17 

18 

14  56.4 
14  50.8 
14  48.0 

14  53.3 
14  49.1 
14  47.6 

54  43.2 
54  22.6 
54  12J2 

-1.08 

0.65 

-0.99 

54  31.6 
54  16.1 
54  10.8 

-0.86 

0.43 

-0.01 

18  33.1 

19  19.3 

20  2.5 

1.99 
1.86 
1.75 

21.1 
22.1 
23.1 

19 
20 
21 

14  47.9 
14  50.4 
14  55.0 

14  48.8 
14  52.5 
14  58.1 

54  11.9 
54  20.9 
54  38.0 

40.19 
0.55 
0.86 

54  15  3 
54  28.6 
54  49.2 

+0.38 
0.71 
0.90 

20  43.6 

21  23.6 

22  3.5 

1.68 
1.66 
1.68 

24.1 
25.1 
26.1 

22 
23 
24 

15     1.5 
15    9.2 
15  17.7 

15    5.2 
15  13.4 
15  22.0 

55     1.7 

55  30.1 

56  1.3 

+1.09 
1.96 
1.39 

55  15  4 

55  45.6 

56  17.2 

+1.18 
1.30 
1.33 

22  44.5 

23  27.7 

6 

1.75 

1.86 

27.1 
28.1 
29.1 

25 
26 
27 

15  26.4 
15  35.0 
15  43.0 

15  30.7 
15  39.1 
15  46.8 

56  33.3 

57  4.7 
57  34.3 

+1.33 
1.98 
1.18 

56  49.1 

57  19.8 
57  48.2 

+1.31 
1.93 
1.13 

0  14.3 

1  5.1 

2  0.4 

9.09 
9.91 
9.39 

0.5 
1.5 
2.5 

28 
29 
30 

15  50.4 

15  56.9 

16  2.6 

15  53.7 

15  59.8 

16  5.0 

58     1.3 
58  25.4 
58  46.1 

+1.06 
0.93 
0.80 

58  13.7 
58  36.1 
58  55.2 

+1.00 
0^ 
0.71 

2  59.5 

4  0.5 

5  0.9 

9.59 
9.54 
9.47 

3.5 
4.5 
5.5 

31 

16    7.3 

16    9.3 

59    3.5 

+0.65 

59  10.8 

+0.56 

5  58.7 

9.33 

6.5 

60 


APRIL,  1896. 


aBEBNWIOH  MEAN  TIME. 


THE  MOON'S  SIGHT  ABGENaiON  AND  DECLINATJON. 


Hour. 


RIf  h  t  A.M6n<kni. 


mCfor 
1  Minut«. 


DwdiMtkm. 


Diftfor 
IMiantoJ 


Hoar. 


Bight  Aaoenaion. 


Diff  for 
IMinato. 


DeeliBaUon. 


Diltfbr 
IMianto. 


0 

] 

2 

3 

4 

5 

6 

7 

8 

9 

10 

H 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


MONDAY  1. 


b 
5 
5 
5 
5 
5 
5 


m 
31 
33 
36 
38 
41 
44 
5  45 
5  49 
51 
54 
57 
59 
2 


5 
5 
5 
5 
6 
6 
6 
6 
6 
6 
6 


4 

7 
10 
12 
15 
17 


6  20 
6  23 
6  25 
6  28 
630 


■ 

• 

16.95 

%Btlt 

51.06 

t.570i 

25.40 

t.573t^ 

59.91 

%A-m 

34.59 

9J&Tn 

9.43 

t.58]t 

44.42 

i.5844 

19.56 

9.&868- 

54.84 

9.5V91 

dOJ25 

9.5911 

5.77 

9.5930 

41.41 

9.5948 

17.15 

9.5964 

52J)8 

9.5979 

28JK) 

9J»999 

4.89 

9.9004 

40.95 

94019 

17.07 

94093 

53.23 

94030 

29.43 

9.0030 

5.66 

94041* 

41.92 

94044 

18.19 

94045 

54.46 

9.6044 

28  34  32J 
28  35  51.6 
28  36  59.6 
28  37  56.6 
28  38  427 
28  39  17.8 
28  39  41.9 
28  39  54.9 
28  39  56J^ 
28  39  47.8 
28  39  27  JS 
28  38  56.1 
28  38  13.5 
28  37  19.7 
28  36  14.8 
2a  34  58.6 
28  33  31.2 
28  31  52.5 
28  30  2.6 
28  28  1.4 
28  25  49.0 
28  23  25.3 
N.28  20  ^.3 


TUESDAY  2. 


6  33 
6  3(i 

6  :^ 

6  41 
6  43 
6  46 
6  49 
6  51 
6  54 
6  56 

6  59 

7  2 


7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 


4 
7 

9 
12 
15 
17 
20 
22 
25 
27 
30 
33 
35 


30.72 

94049 

6.97 

94040 

43.20 

SI4035 

19.39 

94098 

55.54 

9.6091 

31.64 

9.6019 

7.68 

9.6001 

43.&5 

9.5989 

19.55 

9.5977 

55;J7 

9JS969> 

31.09 

94045 

6.71 

94998 

42.23 

94910 

17.63 

94689 

52.90 

94860 

28.04 

94846 

3.05 

94899 

37.91 

94797 

12.61 

94778 

47.15 

94743 

21.53 

9.5715 

55.73 

94685 

29.75 

94654 

3.58 

9.5699 

37.21 

94589 

N.28 
28 
28 
28 
28 
28 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
26 
26 
26 
26 
26 
26 

N.26 


18 
15 
II 

8 

5 

1 

57 


4.1 

6.6 

57.9 

37.9 

6.7 

24.3 

30.6 

53  25.7 

49  9.7 
44.42.6 
4P    4.4 

35  15i) 
30  14.6 
25  3.1 
19^0.6 

14  7JJ 
8  22.8 
2  27.5 

56  21.3 

50  4.3 
43  36.5 

36  58.0 
30  8.8 
23    8.9 

15  58.5 


f0 

1485 


1.^ 
1499 
1.049 
9459 
9476 
0.498 
9409 
4- 0.195 
-9469 
0446 
0.431 
0417 
0403 
0489 
1.176 
1463 
1461 
1.738 
1496 
9.113 
9461 
.  9.489 
9.6n 


9464 
3.059 
9439 
3.497 
3.614 
8.N)1 
3488 
4.174 
4459 
4444 
4.730 
4415 
5499 
5.983 
5.466 
5.648 
5.831 
6.019 
6.193 
6473 
6459 
6.731 
6.909 
7.086 
7.  69 


0 

1 

2 
3 
4 
5 

6 
7 
8 
9 
10 
11 
12 
13 
14 
15 
16 
17 
18 
19 
20 
21 
22 
23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


•     WEDNESDAY  8. 


h 

7 
7 
7 

7 
7 
7 
7 
7 
7 
7 
8 
8 
8 
8 
8 
8 
8 
8 


in 

a5 

38 

40 

43 

45 

48 

50 

53 

55 

58 

1 

3 

6 

8 

II 

13 

16 

18 


8  21 
8  23 
8  26 
8  28 
8  30 
833 


■ 

'■ 

37JJ1 

.    94569 

10.64 

94565 

43.87 

94591 

16.89 

94485 

49.69 

94448 

22.27 

94411 

54.62 

94379 

2a74 

94339 

58.61 

94999 

3a24 

94961 

1.62 

94900 

32.75 

94166 

3.62 

94193 

:^.23 

94080 

4.58 

94038 

34.m 

9.4991 

4.47 

9.4945 

34.00 

9.4898 

3.25 

9.4859 

32.22 

9.4605 

0.91 

9.4757 

2J).3I 

9.4709 

57.42 

9.4661 

25.24 

9.4619 

N.26 
26 
26 
25 
25 
25 
25 
25 
25 
25 
24 
24 
24 
24 
24 
24 
23 
23 
23 
23 
23 
23 
22 

NJ22 


15  58.5 
8  37J5 
1  6.0 

5S  24.1 
45  31.8 
37  29.2 
29  Hi.3 
20  53.2 
12  20.0 
3  36.7 

54  43.4 
45  40.2 

36  27.2 
27  4.3 
17  31.7 

7  49.5 
57  57.7 
47  56.3 

37  45.5 
27  25.4 

16  56.0 
6  17.4 

55  29.7 
44  33.0 


THURSDAY  4. 


8  35 
8  38 
8  40 
8  43 
8  45 
8  48 
8  50 
8  52 
8  55 
8  57 
0 


9 
9 
9 
9 
9 
9 
9 
9 
9 


2 

4 

7 

9 

12 

14 

16 

19 


9  21 
9  24 

9  26 
9  28 
9  31 
9  33 


52.77 

9.4563 

20.00 

9.4513 

46.93 

9.4464 

13.57 

9.4415 

39.91 

9.4364 

5.94 

9.4313 

31.67 

9.4963 

57.10 

9.4919 

22.22 

9.4169 

47.04 

9.4119 

11.56 

9.4061 

35.77 

9.4010 

59.68 

94959 

23  28 

94908 

4a58 

94858 

9.58 

94807 

32.27 

9.3757 

54.66 

9.3707 

16.75 

9.3657 

38.54 

94607 

o.a3 

94557 

21.22 

94507 

42.12 

9.3458 

2.72 

94408 

2i\m 

94359 

N.22 
22 
22 
21 
21 
21 
21 
21 
20 
20 
20 
20 
20 
19 
19 
19 
19 
19 
18 
18 
18 
18 
17 
17 

N.17 


10 
59 
47 

a5 

23 
11 
59 
47 


33  27.4 
22  12.9 

49.6 
17.7 
37.2 
48.1 
50.6 
44.8 
30.8 
8.7 

34  38.5 
22  0.3 

9  14.3 
.56  20.5 
43  19.0 

lao 

53.5 

2!).6 

36  20.2 
22  34.8 
8  42.3 
54  43.0 
40  36.9 
26  24.2 


30 

16 

3 

49 


7489 
7.4J7 
7419 
7.78ft 
7457 
8.199 


6.469 

8437 

8409 

8471 

9.135 

9.999 

9.489 

9499 

9.383 

9443 

10.109 

10458 

10.413 

10487 

10.719 

10470 

11419 


11.167 
1 1416 
11.460 
11404 
11.747 
11488 
19497 
19.166 
19401 
19.439 
19470 
19.709 
19439 
19461 
13468 
19413 
13437 
13.458 
13478 
13497 
13416 
13.939 
14445 
14.157 
14.967 


VL 


APRIL,  1895. 


61 


QBBENWIOH  MBAN  TTMP). 

THE  MOON'S  BIGHT  A80EK8I0N  AND  DECLINATION. 

Hmt. 

RiSktAMMlfaMl. 

DiCfor 
llClBa(6. 

DeoUMtkm. 

DiiClbr 
lUinnto 

Sottr. 

BlghtAiewilBa. 

DtClbr 

llilamt«. 

I>eolliuitloB. 

DiAfor 
1  Minoto. 

- 

F 

RIDAl 

r  5. 

SUNDAY  7. 

0 

9  33  23.02 

• 

N.17*26'2i!2 

14.987 

0 

k    n      • 
11  20  51.37 

■ 
t.1871 

N.  4  27  59.0 

17.473 

1 

9  35  4a03 

9.3311 

17  12    4.9 

14.378 

1 

11  23    1.34 

9.1883 

4  10  ^W 

17.495 

9 

9  38    2.76 

9JI964 

16  57  39.1 

14.461 

2 

11  25  11.21 

9.I8I7 

8  52  59.6 

17.514 

3 

9  40  22.20 

S.3917 

16  43    6.9 

14.568 

3 

11  27  90.{I8 

t.1891 

3  a5  28.2 

17.539 

4 

9  42  4\M 

9.31(10 

16  28  28Ji 

14.809 

4 

11  29  30.66 

9.1808 

3  17  55.7 

17.549 

5 

9  45    0.23 

9.3199 

16  13  43.9 

14.703 

5 

11  31  40.25 

9.1501 

3    0  22.3 

17.584 

6 

9  47  18.8-2 

9.3075 

15  58  53.3 

14.803 

6 

1 1  33  49.75 

t.1577 

2  42  48.0 

17.577 

7 

9  49  37.13 

9.3090 

15  43  56.7 

14.009 

7 

11  35  59.17 

t.1984 

2  25  13.0 

17.588 

8 

9  51  55.17 

9.9064 

15  28  54.3 

15UM8 

8 

11  88    SM 

9.1553 

2    7  37.4 

iijm 

9 

9  54  12.94 

9.9930 

15  13  46.1 

19.183 

9 

11  40  17.81 

9.1549 

1  50     1.2 

17.808 

10 

9  56  30.44 

9.9894 

14  58  82.3 

15:978 

10 

1 1  42  27.03 

9.1589 

1  32  24.7 

17.811 

11 

9  58  47.67 

9.9850 

14  43  13.0 

16;387 

11 

11  44  36.KI 

9.1899 

1   14  47i) 

17.815 

12 

10    1     4.64 

9.9807 

14  27  48;) 

19.458 

12 

1 1  46  45;)0 

9.1514 

0  57  10.9 

17.817 

13 

10    3  21  .a5 

9.9783 

14  12  18;) 

15.544 

13 

1 1  48  54.36 

91507 

0  39  3:).9 

17.817 

14 

10    5  37.80 

9.9790 

13  56  43.0 

]5j83I 

14 

II  51    3.38 

9.1490 

0  21  56i) 

17.818 

15 

10    7  53JI9 

9.9878 

13  41     2.6 

15.715 

15 

11  53  12.a5 

9.1409 

N.  0    4  20.0 

nsi9 

16 

10  10    9M 

9.9837 

13  25  17.2 

15.707 

16 

11  55  21.29 

9.1497 

8.  0  13  ia6 

17.807 

17 

10  12  25.63 

9.9508 

13    9  27.0 

15.8n 

17 

11  57  80.20 

9.1483 

0  30  52.8 

17.800 

18 

10  14  41.08 

9.9556 

12  53  32.0 

15.058 

18 

11  59  39.09 

9.1488 

0  48  28.6 

17.599 

19 

10  16  56.29 

9.9518 

12  37  32.3 

18403 

19 

12     1  47i»6 

9.1477 

1    6    3.8 

17.581 

20 

10  19  11.27 

9.9477 

12  21  28.0 

18.108 

20 

12    3  5a8i 

9.1479 

1  23  38.3 

17.588 

21 

10  21  26.01 

9.9438 

12    5  19.3 

18.189 

21 

12    6    5.66 

9.1473 

1  41   12.0 

17.554 

22 

10  23  40.52 

9.9400 

11  49    6.2 

18.953 

22 

12    8  14.50 

9.1473 

1  58  44.8 

17.538 

23 

10  25  54.81 

i.9383 

rURDi 

N.ll  32  48.9 
kY  6. 

.    18J99 

23 

12  10  23.34 

9.1473 

(JNDA 

a  2  16  16.6 

r  8. 

17.590 

0 

10  28    8.88 

9J397 

N.ll  16  27.5 

18.308 

0 

12  12  32.18 

9.1474 

S.  2  33  47.2 

njoo 

1 

10  30  22.73 

9J90I 

II     0    2.1 

18.457 

1 

12  14  41.0:) 

.  9.i4n 

2  51  16.6 

17.470 

2 

10  32  36.:^ 

9.9958 

10  43  32.7 

18.599 

2 

12  16  49.90 

9.1470 

3    8  44.7 

17.458 

3 

10  34  411.80 

9.9991 

10  26  5!).5 

18.584 

3 

12  18  5a78 

9.1489 

3  26  11.3 

17.431 

4 

10  37    3.02 

9.9197 

10  10  22.6 

18.844 

4 

12  21    7.69 

9.1487 

3  43  36.4 

17.405 

5 

10  3!)  16.04 

9.9154 

9  53  42.2 

18.703 

5 

12  23  ia63 

9.1409 

4    0  59.9 

17J77 

6 

10  41  28.87 

9.9199 

9  36  58.3 

18.780 

6 

12  25  25JI9 

9.1487 

4  18  21.6 

17.348 

7 

10  43  41.51 

9.9091 

9  20  11.0 

18.815 

7 

12  27  S4M 

9.1584 

4  35  41.4 

17JI4 

8 

10  45  5:).9<> 

9.9050 

9    3  20.5 

18.888 

8 

12  29  4a64 

9.1519 

4  52  59;) 

17381 

9 

10  48   a*^2 

9.9098 

8  46  26.8 

18.090 

9 

12  31  52.73 

9.1519 

5  10  15.1 

17.948  ' 

10 

10  50  18.:K) 

9.1990 

8  2!)  30.1 

I8J60 

10 

12  34     1.87 

9.1597 

5  27  28.8 

17.908  j 

U 

10  52  30.21 

9.1071 

8  12  30.5 

17.017 

11 

12  36  11.06 

9.1587 

5  44  40.1 

17.188 

12 

10  54  41016 

^1044 

7  55  2H.0 

17.084 

12 

12  38  20.32 

9.1548 

6    1  49.0 

17.197   I 

13 

10  56  53.54 

9.1017 

7  .'JS  22.8 

17.108 

13 

12  40  2!>.64 

9.1580 

6  18  55.4 

17.068  ' 

14 

10  59    4.96 

9.1800 

7  21   15.0 

17.158 

14 

12  42  39.03 

9.1571 

6  85  5JI.3 

17J>49 

15 

11     1   16.22 

9.1884 

7    4    4.8 

17.198 

15 

12  44  48.4t> 

9.1589 

6  53    OJS 

18J07 

16 

1 1     3  27.:« 

9.1840 

6  46  52.2 

17.tt0 

16 

12  46  58.02 

9.1808 

7    9  58il 

18.048 

17 

1 1    5  38.:I0 

9.1818 

6  29  37.3 

17JU8 

17 

12  49    7.64 

9.1810 

7  26  54;) 

18  806 

18 

11     7  4VI.I2 

9.1799 

6  12  20.3 

n^aoi 

18 

12  51   17.34 

9.1894 

7  43  46.7 

18.S47 

19 

11     1>  5'.».80 

9.1770 

5  55     1.2 

17.334 

19 

12  53  27.13 

9.1848 

8    0  36.0 

18.795 

20 

11   12  WJ^i 

9.1740 

5  37  40.2 

rtan 

20 

12  55  37.02 

9.1808 

8  17  22.1 

18.741 

21 

11   14  20.79 

9.1798 

5  20  17.4 

17J04 

21 

12  57  47.00 

9.1879 

8  84    4J) 

I0u885 

22 

11  16  3IJ0 

9.1708 

5    2  52.9 

n.499 

22 

12  59  57.08 

9.1880 

8  50  4i;) 

18.897 

23 

II  18  41.V9 

9.1880 

4  45  26.7 

17.440 

23 

13    2    7.27 

9.1707 

9    7  20.1 

18.587 

24 

11  20  5i;)7 

9.1871 

N.  4  27  59.0 

17.473 

24 

13    4  \7M 

9.1798 

S.  9  23  5-2.3 

I8J08 

62 


APRIL,  1895. 


VII. 


GEBBNWIOH  MEAN  TIME. 

- 

THE  MOON'S  BIGHT  ASCENSION  AHB  BfiCLINATION. 

Hoar. 

RlfChtAsoension. 

Difffor 
IKinate. 

DMUnaUoD. 

Diftfor 
IMlBttto. 

Hour. 

BlghtAsoendoB. 

Diit  for 
IMinate. 

I>MUBi4iM. 

Di£for 
IMtauito. 

TUB8DA 

Y  9. 

THURSDAY  11. 

0 

km* 
13    4  17.57 

• 
S.1798 

S.  9  33  5^3 

16.506 

0 

14  51  37.31 

• 
9.3110 

8.20  55  .53.3 

11.779 

1 

13    6  27.98 

a.1745 

9  40  20.8 

16.443 

1 

14  53  56.07 

9.3149 

21    7  a5.7 

11.641 

2 

13    8  38.51 

a.1754 

9  56  45.5 

16.379 

2 

14  56  15.02 

9.3174 

21   19  10.2 

11.507 

3 

13  10  49.15 

a.l7d4 

10  13    6.3 

16.313 

3 

14  58  34.16 

9.3906 

21  30  3(16 

11.373 

4 

13  12  59il2 

9.1806 

10  29  23.1 

16.945 

4 

15    0  .53.49 

9.3938 

21  41  .5.5.0 

11.939 

5 

13  15  10.82 

9.1898 

10  45  a5J 

16.175 

5 

15    3  13.02 

9.3971 

21  53    5;i 

11.103 

6 

13  17  21.85 

9.1850 

II     1  44.1 

16.104 

6 

15    5  32.74 

9J308 

22    4    7.3 

10.985 

7 

13  19  ;W.C2 

9.1879 

1 1   17  48.2 

16.039 

7 

15    7  .52.65 

22  15    1.1 

10.897 

8 

13  21  44.:W 

9.1886 

1 1  33  47.9 

I5J»58 

8 

15  10  12.74 

9.3364 

22  25  46.6 

10.669 

9 

13  23  55.76 

9.1919 

II  49  43.1 

15.889 

9 

15  12  :«.02 

9.3396 

22  36  23.8 

10.549 

10 

13  26    7;i5 

9.1943 

12    5  33.7 

J5.804 

10 

15  14  53.49 

9.3496 

22  46  52.5 

10.408 

II 

13  28  19.08 

9.1967 

12  21  19.6 

15.795 

11 

15  17  14.13 

9.3455 

22  57  12.7 

10.966 

12 

13  30  30^ 

9.1999 

12  37    0.7 

15.644 

12 

15  19  34.95 

9.3485 

23    7  24.4 

10.193 

13 

13  m  43.00 

9.9019 

12  52  36.9 

15.569 

13 

15  21  55.95 

9.3514 

23  17  27.5 

9.979 

14 

13  34  55.19 

9.9045 

13    8    8.1 

15.478 

14 

15  24  17.12 

9.3543 

23  27  21.9 

9.834 

15 

13  37    7.54 

9.9071 

13  23  34.3 

15.393 

15 

15  26  38.47 

9.3571 

23  37    7.6 

9.688 

16 

13  .ft)  20.05 

9.9099 

13  ;«  55.3 

15..106 

16 

15  28  59.98 

9.3500 

23  46  44.5 

9.549 

17 

13  41  32.73 

9.9197 

13  54  11.0 

15.917 

17 

15  31  21.66 

9.3697 

2:^  ,56  12.7 

0.396 

18 

13  43  45..58 

9.9155 

14    9  21.4 

15.198 

18 

15  33  43.50 

9.3653 

24    5  :^.0 

9.947 

19 

13  45  58.59 

9.9183 

14  24  26.4 

15.037 

19 

15  36    5.50 

9.3680 

24  14  42.4 

9J098 

20 

13  48  11.78 

9.9919 

14  39  25.8 

14.943 

20 

15  38  27.6f> 

9.3706 

24  23  43.8 

8.948 

21 

13  50  25.14 

9.9949 

14  54  19.5 

14.848 

21 

15  40  49.97 

9.3731 

24  32  36.2 

8.798 

22 

13  52  38.68 

9.9971 

15    9    7.5 

14.753 

22 

15  43  12.43 

9.3756 

24  41  19.5 

6.647 

23 

13  54  52^ 
WEI] 

9.9300 

►NESD 

S.  15  23  49.8 
AY   10. 

14.656 

23 

15  45  35.04 

P] 

9.3781 

aiDAi 

S.24  49  53.8 

:  12. 

&495 

0 

13  57    6.28 

9.9330 

S.  15  38  26.2 

14.557 

0 

15  47  57.80 

9J804 

8.24  58  18.9 

8.949 

1 

13  59  2().:i5 

9.9361 

15  52  56.6 

14.456 

1 

15  50  20.69 

9.3896 

25    6  34.8 

6.189 

2 

14     1  34.61 

9.9309 

16    7  20.9 

14.353 

2 

15  52  43.71 

9.3848 

25  14  41.6 

8U06 

3 

14    3  49.06 

9.9494 

16  21  39.0 

14.950 

3 

15  55    6.87 

9.3870 

25  22  39.1 

7.881 

4 

14    6    3.70 

9.91S5 

16  11%  50.9 

14.146 

4 

15  57  30.15 

9.3890 

25  30  27.3 

7.796 

5 

14    8  18.52 

9.9486 

16  49  56.5 

14UM0 

5 

15  59  5.3.55 

9.3910 

25  38    a2 

7.570 

6 

14  10  3:^.53 

9.9518 

17    3  55.7 

13.939 

6 

16    2  17.07 

9.:j990 

25  45  3.5.7 

7.413 

7 

14  12  48.74 

9.9551 

17  17  48.4 

13.893 

7 

16    4  40.70 

9.3947 

25  52  55.8 

7.957 

8 

14  15    4.14 

9.9583 

17  31  34.5 

13.713 

8 

16    7    4.44 

9.3965 

26    0    6.5 

7.100 

9 

14  17  19.73 

9.9615 

17  45  14.0 

13.609 

9 

16    9  28.28 

9.3989 

26    7    7.8 

6.949 

10 

14  19  a5.52 

9.9647 

17  58  46.7 

13.488 

10 

16  11  52.22 

9.3996 

2()  13  .59.6 

6.784 

11 

14  21  51.50 

9.9680 

18  12  12.6 

13.374 

11 

16  14  16.25 

9.4013 

26  20  41.9 

6.696 

12 

14  24    7.68 

9.9713 

18  25  31.6 

13.958 

12 

16  16  40.38 

9.4096 

26  27  14.7 

6.467 

13 

14  26  24.06 

9.9746 

18  38  43.6 

13.149 

13 

16  19    4J>9 

9.4041 

26  33  37.9 

6JM7 

14 

14  28  40.64 

9JI779 

18  51  48.6 

13.093 

14 

16  21  28.87 

9.4053 

26  39  51.6 

6.147 

15 

14  30  57.41 

9.9819 

19    4  46.4 

19.903 

15 

16  23  53.23 

9.4065 

26  45  55.6 

5.987 

10 

14  a*)  14.;^ 

9.9845 

19  17  .37.0 

19.789 

16 

16  26  17.65 

9.4076 

26  51  50.0 

5.897 

17 

14  a5  31.55 

9.9878 

19  30  20.3 

19J61 

17 

16  28  42.14 

9.4087 

26  57  34.8 

5.666 

18 

14  37  48.92 

9.9919 

19  42  56.3 

19.537 

18 

16  31    a69 

9.4096 

27    3    9i) 

6.504 

19 

14  40    a49 

9.9945 

19  55  24.8 

19.419 

19 

16  .33  31.29 

9.4103 

27    8  .35.3 

5.343 

20 

14  42  24.2(i 

9.9977 

20    7  45.8 

19.987 

20 

16  35  55.93 

9.4110 

27  13  51.1 

5.1« 

21 

N  44  42.22 

9.3010 

20  19  59.2 

19.160 

21 

16  38  20.61 

9.4116 

27  18  57.2 

5UBI 

22 

14  47    0.38 

9.3044 

20  32    5.0 

19.039 

22 

16  40  45.32 

9.4199 

27  23  53.6 

4.658 

23 

14  49  18.75 

9.3077 

20  44    3.1 

11.909 

23 

16  43  10.07 

9.4197 

27  28  40.2 

4.696 

24 

14  51  37.31 

9.3110 

S.20  55  .5.3.3 

11.779 

24 

16  45  34.84 

9.4199 

8.27  33  17.1 

4.534 

vnL 


APRIL,  1895. 


63 


GBBBNWIOH  MBAH  TIMB. 


THE  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 


Romr, 


0 
I 

2 

3 

4 

5 

G 

7 

8 

9 

10 

II 

19 

la 

14 
15 
16 
17 
18 
19 
30 
31 
92 
23 


0 

I 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

23 

23 

24 


BlffbtAaoMittoii. 


Di£  for 
IMiBQle. 


DeoIluftUoa. 


mm  tor 
1  MtBat« 


SATURDAY  13. 


b  m 
6  45 
6  47 
6  50 
6  52 
6  55 

6  57 

7  0 
7  2 
7    4 


7 
9 
12 
14 
16 
19 
21 
24 
26 
28 
31 
33 
36 
38 
40 


• 

•        1 

34.84 

S.4I» 

59.63 

S.4I31 

24.41 

9.4139 

49.21 

S.4I39 

14.00 

9.4139 

38.79 

9.4139 

3.56 

f.4197 

2t».3l 

9.4193 

.53.04 

9.4118 

17.73 

9.4119 

42.38 

9.4104 

6.!>8 

9.4009 

31.54 

9.4068 

56.04 

9.4077 

20.47 

9.4086 

44.83 

9.4053 

9.11 

9.4040 

33.31 

9.40i8 

57.43 

9.4010 

21.43 

9.3903 

45.34 

9.3076 

9.14 

9.3957 

33.83 

9.3038 

56.40 

9.3017  1 

S.27 
27 
27 
27 
27 
27 
27 
28 
28 
28 
38 
28 
28 
28 
38 
38 
38 
28 
38 
38 
38 
38 
38 

S.38 


33 
37 
42 
46 
50 
53 
57 
1 
4 
7 
10 
13 
16 
18 
30 
33 
35 
»? 
38 
30 
31 
33 
33 
34 


17.1 

44.3 

1.8 

9.5 

7.5 

55.7 

34.3 

3.0 

23.0 

31.3 

30.9 

20.7 

0.8 

31.2 

51.9 

3.0 

4.4 

56.2 

.38.3 

10.8 

3:U 

47.1 

50.9 

45.2 


SUNDAY  14. 


17  43 
17  45 
17  48 
17  50 
17  53 
17  .55 
17  .57 

17  5!» 

18  2 


18 
18 
18 
18 
18 
18 
18 


4 
7 
9 
II 
14 
16 
18 


18  31 
18  33 
18  25 
18  28 
18  30 
18  33 
18  35 
18  37 
18  39 


19.84 
43.15 

3!».34 
53.31 
14.93 
37.49 
59.88 
2^0!) 
44.13 
5J»8 
27.64 
49.10 
10.36 
31.43 
53.37 
I3.1H) 
:«.3I 
.5:^.4! » 
VUi 
3:).M> 

53.64 
11.88 

30.86 
49.59 


9.3896 
9.3873 
9JW49 
9.3894 
9.3799 
9.3773 
9.3746 
9.3717 
9.3687 
9.3657 
9.3696 
9.3693 
9.3560 
9.35«7 
9J)499 
9  J  457 
9.3490 
9.3389 
9.3344 
9JC*06 
9.3967 
9J?W7 
9.3185 
9JI43 
9.3101 


8.38 

38 
38 
38 

38 
38 
38 
38 
38 
38 
38 
38 
38 
38 
38 
38 
38 
28 
38 
28 
38 
28 
38 
38 
8.38 


3<> 


34 


a5  30.0 
36  5.3 
31.3 
47.6 
54.6 
3<)  53.3 
'M  40.7 
19.7 
49J5 
10.1 
31.5 
33  3:^.7 

33  16.8 
31  0.8 
39  35.8 
38  1.8 
3«»  18.8 

34  3<>i) 
23  3(J.l 
30  I6J> 
17  58  I 
15  31.0 
13  55.3 
10  10.8 

7  17.7 


m 
4.594 

4.379 

4.91* 

4UM7 

9.805 

9.793 

8.561 

9.396 

3.936 

9.074 

9.919 

9.749 

9.587 

9.490 

9.965 

9.104 

1.943 

1.789 

1.699 

1.469 

1.309 

1.143 

0.984 

0.896 


0.666 
0.510 
0.959 
0.195 
-  0.039 
•••0.116 
0.979 
0.497 
0.580 
0.733 
0.886 
1.039 
1.191 
1.349 
1.499 
1.649 
1.791 
IS39 
9.087 
9.933 
9.379 
9.594 
9J68 
9.819 
9.956 


Hoar. 


BlchtA.Mearfon. 


0 
I 

2 

a 

4 
5 

6 
7 
8 
9 
10 
II 
12 
13 
14 
15 
16 
17 
18 
19 
20 
21 
22 
23 


0 
I 
2 
3 
4 
5 
6 
7 
8 
9 
0 
1 
2 
3 
4 
5 
6 
7 
8 
9 
20 
21 
22 
23 
34 


Dfftlbr 
1  If  Innte. 


DeeltaAtloB. 


DIftfor 
minute. 


MONDAY  16. 


h    m 

18  39 
18  42 
18  44 
18  46 
m49 
18  51 
18  53 
18  55 
18  58 


19 
19 
19 
19 
•19 
19 
19 
19 
19 


0 
2 
4 

7 
9 
11 
13 
16 
18 


19  20 
19  22 
19  25 
19  27 
19  29 
19  31 


4i)JS9 

8.07 
26.28 
44«23 

lJd2 
f!^.3a 
36.47 
53;» 

9.91 
26.30 
42.30 
57  JM 
VV& 
28.45 
43.27 
57.80 
12.0^2 
25J« 
3!).53 
53.82 

5.80 
18.47 
30.82 
42.86 


■ 
i.ji6i 


9J0I4 
9.9970 


9.9870 


9J767 
9.9739 
tJ69l 
9.9643 
t.9504 


9.9446 


9.S344 
9.9909 

9.9941 
9.9180 
9.9137 
9.9085 
9.9039 
9.1900 


k2l  i 

17:7 

28    4 

16.1 

28     1 

6.0 

27  57  47.4 

27  54  20.4 

27  50  45.1 

27  47 

1.5 

27  43 

9.6 

27  39 

9Ji 

27  a5 

1.3 

27  30  4.5.0 

27  26  20.6 

27  21 

48JJ 

27  17 

8.1 

27  12  20.0 

27    7  24.0 

27    2  20.3 

26  57 

8i) 

26  51 

49J 

2t$  46  2:1.2 

26  40  4!».0 

26  :» 

7.3 

26  29 

18.3 

8.26  Zi  21.7 

TUESDAY  16. 


19  33 
19  36 
19  38 
19  40 
19  43 
19  44 
19  46 
19  49 
19  51 
19  53 
19  55 
19  57 
19  59 


30 
30 
30 
30 
30 


1 
4 
6 

R 
10 


30  13 
30  14 


20 
20 


16 
18 


20  20 
20  22 
20  24 


54.»fO 

5018 
17.06 
27.81 
38.24 
48.35 
58.13 

7.59 
16.72 
25J^3 
34.01 
43,17 
50.00 
57.50 

4.68 
11J>.3 
18.a5 
24.25 
30.13 
3.5.(« 
40JM 
45.83 
50.40 
54.66 
.58.61 


9.1997 
9.1873 
9.1819 
9.1765 
9.1719 
9.1658 
9.1603 
9.1549 
9.1495 
9.1441 
9.1397 
9.1339 
9.l9n 
9.1993 
9.1169 
9.III4 
9.1000 
9.1007 
9.0053 

9.0791 
9.0737 
9UW84 
9.0639 


18.26 

26 
2(> 
25 
25 
25 
25 
25 
25 
25 
25 
25 
24 
24 
24 
34 
34 
34 
34 
34 
33 
23 
23 
23 
f^.23 


18.0 
7.0 
48.8 
2:i.4 
50.9 
IIJS 
25.1 
31.8 
31.6 
24.6 
10.9 
50.5 
23.5 
50.0 
9.9 

rw.5 

16  31.3 
8  25.8 
14.1 
.5<13 
33.4 
3.5 

3t;.5 

44.6 


17 
II 

4 
58 
51 
45 
38 
31 
24 
17 
10 

3 
55 
47 
40 

:« 

34 


0 
51 
43 
a'i 
»i 
17 


H 

9.956 

9.006 
9.930 
9.380 
9.510 
9.658 
3.796 
9L033 

Ajm 

4.904 
4.330 
4.479 
4.604 
4.736 
4.867 
4.997 
5.196 
5.954 
5.381 
5.507 
54D9 
5.757 
6.860 


6.199 
6.943 
6.363 
6.489 
6.009 
6.715 
6.831 
6.946 
7.000 
7.179 
7.984 
7.305 
7.504 
7.613 
7.791 
7.*W 
7JKM 
6.039 
8.143 
8.946 
8.347 
8.44« 
8  549 
8.649 
8.T47 


64 


APRIL,  1895. 


IX. 


OBBBM  WIOH  MBAH  TIMB. 

THE  UOOTTS  RIGHT  A6CEKSION  AlTD  DECUKATIOH. 

a*«r. 

Bi^tA*B«>4>n. 

DUtfcr 
IMianfee. 

PadtaMUa. 

DHNtfor 

1  MiDBlC. 

Hmt. 

BlfliiAiBfriw 

DUEfw 
IMaatCL 

IM£fbr 
IMiBBtc. 

WEDNRSD 

AY  17. 

FRIDAY  19. 

0 

20^  figjSI 

• 

8.23'  17'  44!c 

m 
a.747 

0 

\    m     • 

21  58  31.51 

• 
1.8581 

ai4  41  3^3 

§£433 

1 

20  27    2.24 

tMsn 

23    8  56i* 

8.944 

1 

22    0  22J>5 

1.6491 

14  29  10.6 

19.490 

2 

20  29    5^ 

tJSd 

23   0   a3 

fL94l 

2 

22    2  ia40 

1.8400 

14  16  39.5 

18346 

3 

20  31     &54 

tJM33 

22  51     4.0 

9JBM 

3 

22    4    4.07 

1.8430 

14    4    5.1 

ltJ»l 

4 

20  :«  1L22 

ijMtl 

22  41  59.0 

9.131 

4 

22    5  5IJk» 

1.8491 

13  51  27.4 

19UE:6 

5 

20  35  i:iJ59 

tjom 

22  91  48.3 

9Xb 

5 

22    7  44.88 

13339 

13  38  4a4 

18.711 

6 

20  37  15^4 

tjtij« 

22  'Z\  32.0 

9.317 

6 

22    9  a5.03 

1.8344 

13  26    2.1 

18.764 

7 

20  39  17;i8 

tjfMS 

22  14  10.2 

9.409 

7 

22  11  25.01 

1.8317 

13  13  14.7 

19.816 

e 

20  41  la^i 

tjMIS 

22    4  42i> 

9.500 

8 

22  13  14.8:) 

1.8980 

13    0  24.2 

18J«7 

9 

au  43  l!U« 

tJlIM 

21  55  10.2 

9J590 

9 

22  15    4.48 

1.8989 

12  47  30.6 

18.918 

10 

20  45  20.79 

IMU 

21  45  3-2.1 

9.979 

10 

22  16  53i« 

1.8S37 

12  34  34.0 

18.969 

II 

20  47  2i;« 

tjtM3 

21  a5  48.7 

9.7e7 

II 

22  18  4a33 

1.8919 

12  21  34.3 

13.019 

12 

20  49  2iJ>5 

tjilJ3 

21  26    O.i 

9.8S4 

12 

22  20  32.53 

1.8187 

12    8  31.7 

13.068 

13 

20  51  21.48 

j.fln3 

21   16    6.2 

>       9.941 

13 

22  22  2IJ>8 

IJI164 

11  55  26.2 

19.116 

14 

20  5.3  21.11 

1.99J4 

21     6    7.2 

li.039 

14 

22  24  10.50 

IJU49 

11  42  17.8 

13.163 

15 

20  .55  20.45 

1AM 

20  56    3.1 

10.110 

15 

22  25  5i».28 

1.8119 

11  29    6.6 

13.909 

14} 

20  57  19.50 

I  Mil 

20  45  54.0 

10.194 

16 

22  27  47 JO 

1.8097 

11   15  52.7 

13.955 

17 

20  59  18.20 

1.97W 

20  a5  39.8 

10.?77 

17 

22  29  36.45 

IJVTf 

11    2  36.0 

13.301 

l« 

21     1   i«.73 

J.97» 

20  25  20.7 

10.359 

18 

22  31  24.84 

1.8055 

10  49  I&6 

19.345 

19 

21     3  W^ 

1.1175 

20  14  56.7 

10.441 

19 

22  a)  13.11 

1.808 

10  35  54.6 

13.3(« 

20 

21     5  12^i 

iMm 

20    4  27.8 

10.591 

20 

22  as     1.27 

L8017 

10  22  30.0 

13.431 

21 

21     7  10.45 

Lssei 

l!>  53  54.2 

10.590 

21 

22  36  49.32 

1.7909 

10    9    2.8 

19.474 

22 

21     9    7.80 

i.ffias 

19  43  15-9 

10.678 

22 

22  38  37.26 

1.7981 

9  55  3ai 

13.516 

23 

21  11     AM 
THl 

JBSDi 

8. 19  32  3^2.8 
LY  18. 

10.756 

23 

22  40  25.09 
SAT 

1.3983 

:UKDi 

&  9  42    0.9 
LY  20. 

13.557 

0 

21  13     IjG8 

1.9444 

p.  19  21  45.1 

10.633 

0 

22  42  12.82 

1.7947 

B.  9  28  26.2 

13.597 

1 

21   14  .58.21 

I.94M 

19  10  52.8 

10.900 

1 

22  44    0.46 

1.7939 

9  14  49.2 

13.677 

2 

21  16  54.48 

l.t»7 

18  59  56.0 

10.984 

2 

22  45  48.01 

1.7917 

9    1    9.8 

130(76 

3 

21   15  50.49 

1^313 

18  48  54.7 

11.058 

3 

22  47  a5.46 

1.7908 

8  47  28.1 

13.714 

4 

21  20  46.24 

1.9970 

18  37  49.0 

11.139 

4 

22  49  22.83 

1.7888 

8  33  AiSl 

13.751 

5 

21  'U  4UT4 

1.9298 

18  26  38J^ 

11.905 

5 

22  51  10.12 

1.7876 

8  19  58.0 

13.787 

« 

til  24  36 J/7 

i.9iai 

18  15  24.4 

11.977 

6 

22  52  57.34 

1.7864 

8    6    9.7 

13.893 

7 

21  2r>  3Ii« 

1.9144 

18    4    5.7 

11.347 

7 

22  54  44.49 

1.78» 

7  52  19.2 

13.859 

>J 

21  2)5  2f;J0 

ijun 

17  52  42.7 

11.417 

8 

22  56  31.57 

1.7841 

7  38  26.6 

13.803 

9 

21  30  21.19 

umm 

17  41   15.6 

ll.4e$7 

9 

22  58  18.58 

1.7831 

7  24  32.0 

13JW 

10 

21  32  15.44 

IM» 

17  24  44.3 

11.556 

10 

23    0    5.54 

1.7899 

7  10  35.4 

13.960 

II 

21  31     9.46 

IJ0*O 

17  18    ei^ 

11.693 

11 

2:)    1  52.45 

I. 7813 

6  56  36.8 

13.999 

12 

21  3*;    3Ji^4 

1«»44 

17    6  29.5 

11.8^1 

12 

2:)    3  31CiO 

1.7804 

6  42  36.3 

14.094 

13 

21  37  5r;.79 

IJMf 

16  54  46.1 

11.757 

13 

23    5  2(5.10 

1.7798 

6  28  33.9 

14.055 

II 

21  '.fJ  V;JI 

l.Mt7 

16  42  58.7 

11.899 

14 

23    7  12.87 

1.7799 

6  14  29.7 

144)85 

ir, 

21   41  4;$.20 

%j9m 

16  31     7.4 

11.887 

15 

23    8  59.(i0 

1.7786 

6    0  237 

14.114 

m; 

21  Vi  ;>..r.7 

tjnu 

16  19  I2J} 

IIJ^ 

16 

23  10  46.30 

1.7780 

5  46  16.0 

14.143 

17 

21  4.>  Uh,7:i , 

iJtTtA 

16    7  13.4 

19.013 

17 

23  12  32.96 

1.7775 

5  32    6.6 

14.171 

1' 

21  47  21.17 

lJf792 

15  55  10.7 

19.076 

18 

23  14  19.60 

1.7771 

5  17  55.5 

14.198 

»•# 

2(  4'f  Ki  10 

ijistn 

15  43    4.3 

19.137 

19 

23  16    6.22 

1.7768 

5    3  42.8 

14.995 

'^f 

21  iil     5.1'^ 

\.ma 

15  30  .54.2 

19.107 

20 

23  17  52.82 

1.7766 

4  49  28.5 

14.951 

U\  ' 

4i  ui  ui:i\ 

XMim 

15  18  40.6 

19.957 

21 

23  19  39.41 

1.7765 

4  aJ  12.7 

14.978 

u 

'/I  r,i  i^.j^» 

l>iWf7 

15    6  2:U 

19.317 

22 

23  21  26.00 

1.7764 

4  20  55.4 

14.300 

^^ 

4t     >,    4^/,^ 

tJlu'M 

14  54     2.6 

19«n6 

23 

2)  23  12.58 

1.7763 

4    6  3().7 

14.393 

:^f 

VI    >!  ;5I/J 

lA^ii 

«.I4  41  :\f'^^ 

19.433 

24 

23  24  69.16 

1.7764 

8.  3  52  16.6 

14.346 

X. 


APRIL,  1895. 


65 


GBBENWIGH  MEAN  TIME. 


THE  MOON'S  BIGHT  ASCENSION  AND  DECLINATION. 

Hmt. 

RlflilAMMatoii. 

Dl£  for 

DecUnatioii. 

Diflt  for 
I  Hinate. 

Hour.  Riicht  A«06ii8ion. 

Dili:  for 
I  Minute. 

Diir.for 
lUlnnte. 

SI 

JNDA1 

r  21. 

TUESDAY  23. 

b   ■    • 

• 

0         «         M 

H 

h      H      • 

• 

N.  7  ii  31.3 

m 

0 

23  24  59.16 

I.77M 

S.  3  52  16.6 

14.346 

0 

0  51  42.67 

1.8658 

14.479 

1 

23  26  45.75 

1.7780 

3  37  5.5.1 

I4J68 

1 

0  53  34.73 

1.8695 

8     1  59.5 

14.460 

3 

23  28  32JJ5 

1.7788 

3  23  .32.4 

14.389 

2 

0  .55  27.01 

1.8739 

8  16  26.5 

14.439 

3 

23  30  18.JI6 

1.7770 

3    9    8.4 

14.410 

3 

0  57  19.51 

1.8770 

8  30  .52.2 

14.417 

4 

23  32    5.59 

1.7773 

2  54  43.2 

14.430 

4 

0  59  12.25 

1.8810 

8  45  Hi.5 

14J94 

5 

2:i  t$i  52.24 

1.7777 

2  40  16.8 

14.449 

5 

1     1     .Vi3 

1.8850 

8  59  3SI.4 

14.370 

6 

23  .35  38.JI2 

1.7789 

2  25  49.3 

14.467 

6 

1     2  58.45 

1.8890 

9  14    0.9 

14.345 

7 

^i  37  25.(J3 

1.77ti8 

2  11  20.7 

14.485 

7 

1     4  5li)l 

1.8939 

9  28  20.8 

14.318 

8 

23  39  12.38 

1.7794 

1  56  51.1 

14.509 

8 

1     6  4.5.6:1 

1.8974 

9  42  39.1 

14.991 

9 

23  40  5S».]6 

1.7801 

1  42  20.5 

14.518 

9 

1     8  39.60 

1.9017 

9  56  5.5.7 

14.969 

10 

23  42  45.^9 

1.7800 

1  27  49.0 

14.533 

10 

1  10  3:i.a3 

\J90S0 

10  11   10.6 

14.933 

11 

23  44  3-^.87 

1.7818 

1   13  16.6 

14.548 

11 

1  12  28.:12 

1.9103 

10  25  2:1.7 

14.909 

12 

23  46  19.81 

1.7837 

0  58  43.3 

14.560 

12 

1  14  2:1.07 

1.9148 

10  3J)  34.9 

14.171 

13 

23  48    6.80 

1.7837 

0  44    9.2 

14.574 

13 

1  16  18.10 

1.9195 

10  5:1  44.2 

14.138 

14 

23  49  53.86 

1.7848 

0  29  34.4 

14.586 

14 

1  18  1:1.41 

1.9941 

II     7  5IJ5 

14.103 

15 

23  51  40.!»d 

1.7860 

0  14  58.9 

14  697 

15 

1  20    8.99 

1.9988 

11  21  .5416 

14.068 

16 

23  M  28.17 

l,.7879 

a  0    0  22.7 

14.607 

16 

1  22    4.86 

1.9336 

1 1  35  59  6 

14.039 

17 

23  55  15.44 

1.788ft 

N.  0  14  14.0 

14.617 

17 

1  24     1.02 

1J385 

11  50    0.4 

13.994 

18 

23  57    2.79 

1.7809 

0  28  51.3 

14.696 

18 

1  25  57.48 

1.9434 

12    3  58.9 

134165 

19 

23  58  50.23 

1.7913 

0  43  29.1 

14.634 

19 

1  27  54.23 

1.9484 

12  17  .5.5.0 

13.915 

20 

0    0  37.75 

1.7998 

0  58    7.4 

14.649 

20 

1  29  51.29 

1.9535 

12  31  48.7 

13.874 

21 

0    2  25J36 

1.7944 

1  12  46.1 

14.648 

21 

1  31  48.(i5 

1.9586 

12  45  :19.9 

13.839 

tl2 

0   4  iao7 

1.7961 

1  27  25.2 

14.653 

22 

1  33  46J» 

1.9638 

12  59  28.5 

13.788 

23 

0    6    0.89 
M( 

1.7978 

)NDA1 

N.  1  42    4.5 
I  22. 

14.657 

23 

1  35  44.31 
WBl] 

1  9691   > 

►NESD 

N.I3  13  14.4 
AY  24. 

13.743 

0 

0    7  48.81 

1.7996 

N.  1  .56  44.1 

144169 

0 

1  37  4^61 

1J744 

N.I3  26  57.6 

13.697 

1 

0    9  36.84 

1.8015 

2  11  2:1.9 

14.665 

1 

1  39  41.23 

14^98 

13  40  38  0 

13.649 

2 

0  11  24.99 

1.8035 

2  26    3il 

14.667 

2 

1  41  40.18 

1J853 

13  54  1.5.5 

13.600 

3 

0  13  13.26 

1.8065 

2  40  44.0 

I4.r*68 

3 

1  43  3J>.47 

1.9909 

14    7  50.0 

13.5rrf) 

4 

0  15     1.65 

1.8077 

2  55  24.1 

14.668 

4 

1  45  39.0!) 

1.9964 

14  21  21.5 

13.498 

5 

0  16  50.18 

1.8099 

3  10    4.2 

14.667 

5 

1  47  39.04 

9.0090 

14  34  49.8 

13.445 

6 

0  18  38.84 

1.8199 

3  24  44.2 

14.666 

6 

1  49  :ii».:« 

9.0077 

14  48  N.9 

13JWI 

7 

0  20  27.64 

1.8145 

.3  39  24.1 

14.664 

7 

1  51  a».97 

9.0136 

15     1  :ii).7 

13.:i36 

8 

0  22  16.58 

1.8168 

3  54    :i.H 

14.661 

8 

1  .53  40.!Hi 

9.0194 

15  14  5.Vi 

13.9W 

,  9 

0  24    5.66 

141193 

4    8  4a4 

14.657 

9 

1  55  4i.:iO 

9.0953 

15  28  10.3 

I3.W9 

10 

0  25  54.89 

1.8919 

4  2:1  22.7 

14.659 

10 

1  57  44.00 

9.0313 

15  41  21.8 

13.169 

11 

0  27  44.28 

1.8946 

4  38     1.6 

14.645 

11 

1  59  46.06 

9.0373 

15  54  2!i.7 

13.109 

12 

0  2!>  33.84 

1.8973 

4  52  40.1 

14.638 

12 

2     1  4H.48 

9.0434 

16    7  :M.0 

13.010 

13 

0  31  2:1.56 

1.8301 

5    7  18.2 

14.631 

13 

2    3  51.27 

9.0196 

16  20  31.5 

19.976 

14 

0  33  1^45 

1.8399 

5  21  .5.5.8 

14.699 

14 

2    5  51.43 

9.0557 

16  :«  31.1 

I9.»ll 

15 

0  a5    :i5l 

1.8358 

5  36  3*2.8 

14.619 

15 

2    7  57  96 

9.0619 

16  46  23.8 

19.H45 

16 

0  »!  5:1.75 

1.6389 

5  51     9.2 

14.602 

16 

2  10     1.86 

9.06H3  ' 

16  .59  12.5 

19,777 

17 

0  38  44.18 

1.8490 

6    5  45.0 

14.590 

17 

2  12    615 

9.0747    1 

17   II  .57.0 

18.707 

18 

0  40  :)4.79 

1.8451 

6  2>l  20.0 

14.577 

18 

2  14  10.82 

9  0.>«I0 

17  24  :17.3 

19.636 

19 

0  42  25.59 

1.8483 

6  31  54.2 

14.563 

19 

2  16  15.87 

O.O'OS 

17  :17  \:v\ 

19/44 

20 

0  44  I6..'>(» 

1.8617 

6  49  27.5 

14.548 

20 

2  18  21.32 

9.0941 

17  4!»  45.0 

19.499 

21 

0  46    7.80 

1.8551 

7    4    0.0 

14.533 

21 

2  20  27.16 

9.1007 

18    2  1*2.3 

19.417 

22 

0  47  59.21 

1.8586 

7  18  31.5 

14.517 

^l 

2  rz  :i:J.  10 

9,1079 

IH  II  :r>.o 

l9JiW 

23 

0  49  .50.83 

1.8099 

7  33    2.0 

14.498 

2:} 

2  24  40.03 

9.1138 

IH  26  .5:1.1 

19.969 

24 

0  51  42.<P^ 

1 .88:18 

N.  7  47  31.3 

14.479 

24 

2  21 »  47.06 

9.IJ05 

N.I 8  :19    6.4 

19.189 

66 


APRIL,  1895. 


XL 


GREEK WICH  MEAN  TIME. 

THE  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 

Hour. 

RigbtA^oABsSon. 

Diltfor 
IMiButo. 

DMUaftttoB. 

Diitfor 

IMlBUtA. 

HOOB. 

BtgktAMotniou. 

DiiCfor 
IMianto. 

DeollBatkni. 

DilLfer 
IMfnntew 

THl 

7BSDJ 

lY  25. 

8ATUBDAT  27. 

%    m     • 

• 

O          «          M 

M 

b    m      • 

• 

•  _  -'      » 

«r 

0 

2  26  47.06 

9.1906 

N.18  39    &4 

19.189 

0 

4  16  39.08 

9.4SM 

N.26  23  16.5 

6.567 

1 

2  28  54.49 

9.1973 

18  51  14.9 

19.109 

1 

4  19    a47 

9.4506 

26  29  4.5.9 

6.413 

2 

2  31     2.33 

9.1341 

19    3  18.6 

19.030 

2 

4  21  34.23 

9.4667 

26  36    &0 

6.957 

3 

2  3:)  10.58 

9.1409 

19  15  17.3 

114196 

3 

4  24    2;35 

9.4717 

26  42  16.8 

6.101 

4 

2  35  19.24 

9.1477 

19  27  10.9 

11.850 

4 

4  26  30.83 

9.4776 

26  48  18.1 

6.943 

5 

2  :r7  28.31 

9.1M6 

19  38  59.3 

11.769 

5 

4  28  59.65 

9.4833 

26  54    9.9 

6.784 

6 

2  39  37.79 

9.1615 

19  50  42.4 

11.674 

6 

4  31  28.82 

9.4890 

26  59  52i5 

6.694 

7 

2  41  47.69 

9.1686 

20    2  20.2 

UJ>» 

7 

4  33  58.:33 

9.4946 

27    5  24.8 

5.469 

8 

2  43  58.01 

9.1756 

20  13  52.6 

11.494 

8 

4  36  28.17 

9.5000 

27  10  47.6 

6.996 

9 

2  46    8.75 

9.I8» 

20  25  19.5 

11.401 

9 

4  38  58.33 

9.5063 

27  16    0.6 

6.135 

10 

2  48  19.91 

9.1896 

20  36  40.7 

11.306 

10 

4  41  28.81 

9.5106 

27  21     3.8 

4.971 

II 

2  50  31.49 

9.1966 

20  47  56.2 

11.909 

11 

4  43  59.61 

9.6158 

27  25  57.1 

4.806 

12 

2  52  43.50 

9.9037 

20  59    5.8 

11.111 

12 

4  46  30.71 

9.5908 

27  30  40.4 

4.637 

13 

2  54  55.94 

9.9108 

21  10    9.5 

UJOl% 

13 

4  49    2.11 

9.5958 

27  35  lae 

4.468 

14 

2  57    8.80 

9.9179 

21  21     7.3 

10.019 

14 

4  51  33.81 

9.5307 

27  39  36.6 

4.S98 

15 

2  59  22.09 

9.9961 

21  31  59.0 

10.810 

15 

4  54    5.79 

9.5353 

27  43  49.4 

4.197 

16 

3     1  a5.8l 

9.3399 

21  42  44.5 

10.706 

16 

4  56  38.05 

9.5399 

27  47  51.9 

3.956 

17 

3    3  49 Jd6 

9.3393 

21  53  23.7 

lOMil 

17 

4  59  10.58 

9.5443 

27  51  44.1 

3.783 

18 

3    6    4.53 

9.9466 

22    3  56.6 

10.494 

18 

5    1  4:3.37 

9.5487 

27  55  25.9 

3.609 

ID 

3    8  19.54 

9.9637 

22  14  23.0 

10.386 

19 

5    4  16.42 

9.5599 

27  58  57.2 

3.435 

1  20 

3  10  34.98 

9.9600 

22  24  42.9 

10.976 

20 

5    6  49.72 

9.5669 

28    2  18.1 

3.960 

21 

3  12  50.85 

9.^2681 

22  34  56.1 

10.163 

21 

5    9  2:3.25 

9.5608 

28    5  28.4 

3.083 

22 

3  15    7.15 

9.9763 

22  45    2.5 

10.060 

22 

5  11  57.01 

9JS646 

28    8  28.0 

9.906 

23 

3  17  23.89 
F] 

BIDAl 

N.22  55    2.1 
r  26. 

9.936 

23 

5  14  31.00 
SI 

9.56«3 

rNDA^ 

NJ»  11  17.0 
r  28. 

9.797 

0 

3  19  41.06 

9.9896 

]NM    4  54.8 

9.890 

0 

5  17    5.21 

9.S718 

N.28  13  55.3 

9.548 

1 

3  21  58.66 

9.9969 

23  14  40.5 

9.709 

1 

5  19  39.62 

9.5759 

28  16  22.8 

9.368 

2 

3  24  16.^ 

9.3041 

23  24  19.0 

9.589 

2 

5  22  14.23 

9.5783 

28  18  39.5 

9.188 

3 

3  26  ^5.15 

9.3119 

2:J  33  50;J 

9.461 

3 

5  24  49.02 

9.5813 

28  20  45.4 

9.007 

4 

3  28  54.04 

9.3184 

23  43  14;j 

9.338 

4 

5  27  2:3.99 

9.5849 

28  22  40.4 

1.896 

5 

3  31   13.36 

9.3956 

23  52  30il 

9.913 

5 

5  29  59.13 

9.5870 

28  24  24.5 

1.643 

6 

3  33  33.10 

9.3396 

24     1  39.9 

9.068 

6 

5  32  ai.43 

9.5896 

28  25  57.6 

1.460 

7 

3  35  53.27 

9JI307 

24  10  41.4 

8.961 

7 

5  35    !».88 

9.5991 

28  27  19.7 

1.977 

8 

3  38  13.86 

9J468 

24  19  35.2 

8.839 

8 

5  37  45.48 

9.5044 

28  28  30.8 

1.093 

9 

3  40  34.88 

9.3636 

24  28  21.2 

8.701 

9 

5  40  21.21 

95965 

28  29  :K).9 

0.909 

10 

3  42  5(5.32 

93106 

24  36  59.3 

6.568 

10 

5  42  57.06 

9.5086 

28  30  I9i» 

0,723 

II 

3  45  18.17 

9J677 

24  45  29J> 

8.436 

11 

5  45  3:3.03 

9.6003 

28  :K)  57.7 

0.537 

12 

3  47  40.44 

9.3747 

24  5:3  51.6 

6.301 

12 

5  48    9.10 

9.6030 

28  31  24.4 

0.353 

13 

3  50    3.13 

9«1816 

25    2    5.6 

8.164 

13 

5  50  45.27 

9.6035 

28  31  :R)i> 

40.166 

M 

3  52  26.22 

9.3883 

25  10  11.3 

6.096 

14 

5  53  21.52 

9.6048 

28  31  44.3 

-0.090 

15 

3  54  49.72 

9.3951 

25  18    8.7 

7.887 

15 

5  55  57.85 

9.6061 

28  31  37.5 

0.907 

16 

3  57  13.63 

9.4018 

25  25  57.7 

7.746 

16 

5  58  34.25 

9.6071 

28  31   19.5 

0.394 

17 

3  59  37.94 

9.4085 

25  3:3  38.2 

7.604 

17 

6     1   10.70 

9.6079 

28  :30  50.2 

0.5F1 

18 

4     2    2.65 

9.4159 

25  41  10.2 

7.461 

18 

6    3  47.20 

9.6087 

28  m    9.7 

0.768 

19 

4     4  27.76 

9.4917 

25  48  33.5 

7.315 

19 

6    6  2:J.74 

9.6099 

28  29  18.0 

0.956 

20 

4    6  5:126 

9.4989 

25  55  48.0 

7.167 

20 

6    9    0.30 

9.6095 

28  28  15.0 

1.143 

.  21 

4     9  19.14 

9.4346 

26    2  53.6 

7.018 

21 

6  11  3(;.88 

9.6007 

28  27    0.8 

1.331 

,  22 

4   11  45.41 

9.4410 

26    9  50.2 

6.669 

22 

6  14  I:J.47 

9.6098 

28  25  35.3 

1.518 

23 

4  14  12.06 

9.4479 

26  16  37.9 

6.719 

23 

6  16  50.06 

9.6097 

28  23  58.6 

1.706 

24 

4   16  39.08 

9.4534 

N.26  23  16.5 

6.567 

24 

6  19  26.64 

9.6094 

N.28  22  10.6 

1.883 

Wi 


^^^^mm* 


xn. 


APRIL,  1895. 


67 


GREENWICH  MEAN  TIME. 


THE  MOON'S  EIGHT  ASCENSION  AND  DECLINATION. 


Hon*. 


KIghf  Aaaeirion. 


0 
I 
9 

3 
4 
5 

6 
7 
8 
U 
10 
II 
13 
13 
U 
15 
16 
17 
18 
li) 
tK) 
21 
23 
23 


Diillfor 
lKinat«. 


DoelinatSoB. 


Diff.for 
1  Kinato 


Hour. 


MONDAY  29. 


k    m 

6  19 
629 
624 
627 
629 
632 

6  as 

637 
6  40 
6  42 
6  45 
6  48 
6  50 
6  53 
6  55 

6  58 

7  I 


7 
7 
7 
7 

7 
7 

7 


3 
6 
8 
II 
13 
J6 
19 


26.64 

ai9 
39.72 
16.21 
52.65 
29.03 

5.34 
41.58 
17.73 
53.78 
29.7:) 

5J>7 
41.28 
ia86 
52.31 
27.fi2 

2.77 
37.76 
12.58 
47.22 
21.68 
5.5.94 
30.00 

3.85 


TUESDAY  30. 


• 

« ^  •      *      " 

t.60M 

N.28  22  10.6 

9J0M 

28  20  11.4 

«.«oe6 

28  18    0.9 

9.6077 

28  15  39.2 

94068 

28  13    6.3 

9.60&7 

28  10  22.2 

9.6046 

28    7  26i> 

9.6039 

28    4  20.4 

9.6017 

28    1    2J 

9.6000 

27  57  34.1 

9.5089 

27  53  54.3 

9.5869 

27  50    3.4 

9.5041 

27  46    1.5 

9.5919 

27  41  48.6 

9.5607 

27  37  24.6 

9.5879 

27  32  49.7 

9.5845 

27  28    3.9 

9.5817 

27  Zi    7.2 

9.5788 

27  17  59.8 

9.5758 

27  12  41.6 

9.5797 

27    7  12.6 

9.5683 

27     1  32.9 

9.5659 

26  55  42.5 

9S0M 

SM  49  41.6 

0 

7  21  37.49 

9.5688 

1 

7  24  10J)I 

9.5551 

2 

7  26  44.10 

9.5519 

3 

7  29  17.05 

9.5479 

4 

7  31  49.77 

9.5439 

5 

7  34  22.24 

9.5301 

6 

7  36  54.46 

9.5348 

7 

7  39  26.42 

9.5306 

8 

7  41  58.12 

9.5961 

9 

7  44  29.55 

9.5916 

10 

7  47    0.71 

9.5170 

II 

7  49  31.59 

9.5193 

12 

7  52    2.19 

9.5076 

13 

7  54  32.51 

9.5098 

14 

7  .57    2.53 

9.4978 

15 

7  59  32.25 

9.4998 

16 

8    2    1.67 

9.4878 

17 

8    4  30.79 

9.48^ 

18 

8    6  59.61 

9.47n 

19 

8    9  28.12 

9.4795 

20 

8  11  56.31 

9.4673 

21 

8  14  24.19 

9.4691 

22 

8  16  51.76 

9.4567 

23 

8  19  l!).00 

9.4513 

24 

8  21  i5M 

9.4450 

N.26 
26 
26 
26 
26 
26 
26 
25 
25 
25 
25 
25 
25 
25 
24 
24 
24 
24 
24 
24 
24 
2:) 
23 
23 

N.23 


43  30.2 
37  8.3 
30  a5.9 
23  5.3.1 
17  0.0 
56.7 
43.2 
19.5 
4.5.8 
2.1 
8.4 
44) 
51.6 
28.6 
55.9 
13.6 
21.8 
32  20.7 
23  10.2 
13  50.4 
4  21.4 
54  43.4 
56.3 
0.2 
.55.2 


9 
2 
55 
47 
40 
32 
24 
15 
7 
58 
50 
41 


44 

:)o 

24 


m 
1.803 

9.968 
9.456 
9.649 
9.898 
8U>I5 
9.901 
3.386 
3.571 
3.756 
3.940 
4.193 
4.307 
4.491 
4.673 
4.854 
5U»4 
5.913 
5.393 
0.579 
5.751 
V.998 
6.103 


6.978 
6.453 
6.697 
6.799 
6J»70 
7.140 
7J10 
7.478 
7.645 
7.819 
7.077 
8J40 
8.309 
8.464 
8.695 
8.784 
8.941 
•0107 
0J53 
9.407 
9.558 
9.700 
9.860 
10.000 
10.157 


RlKbtA^eeasloii. 


DIfClbr 
IMinate. 


DooUnaUoii. 


DiiC  for 
1  Minute. 


WEDNESDAY,  MAY  1. 
0  I     8  2?  45.92 1    M459  |nj2^  fU  5.5!2 1    lo! 


187 


PHASES  OP  THE  MOON. 


^  First  Quarter     .April  3  9  27.9 

O  Full  Moon     •    .    .    .  9  1  43.4 

C    Last  Quarter.    ...  16  II  22.3 

•  New  Moon     ....  24  13  11.1 


C  Perigee.    •    •    .April      6    16^ 
C  Apogee 18    12.7 


68 


APRIL,  1895. 


xin. 


1 

1 
1 

OBBBNWICH  MBAS  TIMU. 

LUNAR  DISTANCES. 

P 

• 

•1 

Name  And  Direetloa 
of  Object. 

Noon. 

P.L. 

of 

JHW. 

ITf^ 

P.L. 

of 

DMT. 

vifc. 

P.L. 
of  - 

Dur. 

IXh. 

P.L. 

•f 
DitL 

J 

SU!* 

W. 

C           t         tf 

72  14  20 

mm 

o          *        *< 

73  48  38 

1797 

75  23  10 

9786 

0        >       w 

76  57  56 

9775 

ft  Arietis 

W. 

47  J5  20 

x590 

48  55  57 

9514 

50  36  51 

9509 

52  18    2 

9480 

VEWlfS      . 

w. 

43  :«    9 

9007 

45    5  19 

9004 

46  37  45 

9869 

48  10  27 

9870 

Ke|^iilu8 

E. 

64  4(5  30 

9489 

63    4  51 

9471 

61  22  57 

9461 

59  40  49 

9450 

Spica 

E. 

] 18  46  37 

9480 

117    4  55 

9470 

115  22  59 

9450 

1 13  40  48 

9«4» 

2 

Suit 

W. 

64  55  28 

9719 

86  31  43 

9707 

88    8  13 

906 

89  44  58 

9K6 

ft  Arietis 

W. 

60  48  13 

9430 

62  31     5 

9419 

(54  14  13 

9407 

65  .57  38 

9306 

Vewijs 

W. 

55  57  47 

9810 

57  32    2 

9796 

59    6  3*2 

9786 

60  41   18 

9775 

Aldeliaroii 

W. 

30  53  17 

9680 

32  30  24 

9643 

34    8  20 

9611 

a5  47    0 

9689 

ReguliiB 

E. 

51     6  30 

93:<9 

49  22  54 

9389 

47  39    3 

9379 

45  54  58 

9368 

1 

8  pica 

E. 

105    6  14 

9397 

103  22  35 

9386 

101  38  40 

9375 

99  54  30 

9306 

1 

3 

Sun 

W. 

97  52  26 

9630 

99  30  40 

9619 

101    9    9 

9600 

102  47  52 

9B0B 

ftAHelis 

w. 

74  38  41 

9349 

76  23  40 

9331 

78    8  55 

9390 

79  54  25 

9SII 

Ve1«U8 

w. 

68  38  58 

9716 

70  15  16 

9706 

71  51  48 

9604 

73  28  m 

9684 

Aiiiebaran 

w. 

44    9  2<; 

9465 

45  51  28 

9447 

47  33  .56 

9499 

49  16  49 

9419 

Marb 

w. 

•32  35  59 

9&30 

34  16  31 

9517 

sa  57  20 

9504 

.37  38  27 

9403 

S|ii<'a 

E. 

91     9  58 

9314 

89  24  19 

9304 

87  38  25 

9994 

85  52  16 

9904 

Saturn 

E. 

103  48  21 

3391 

102    2  52 

9311 

100  17    8 

9300 

98  31     8 

9990 

4 

Sun 

W. 

111     5     1 

9M8 

112  45    8 

9539 

114  25  27 

9530 

116    5  Si) 

9081 

Venus 

W. 

81  36    9 

9639 

83  14  21 

9691 

84  52  47 

9619 

86  31  25 

9003 

Al<l<'lmran 

W. 

57  56  57 

9:^ 

59  41  59 

9336 

61  27  20 

9315 

6:1  12  58 

9304 

1 

Mars 

W. 

46    8    6 

9437 

47  50  48 

9497 

49  33  44 

9417 

51   16  .54 

9406 

1 

Jupiter 

W. 

36  :w  10 

9394 

38  21  .34 

9311 

40    7  17 

9300 

41  53  17 

9980 

Spica 

E. 

7(5  58    0 

9937 

75  10  28 

9999 

7:1  22  43 

9990 

71  34  45 

9911 

Saturn 

E. 

89  37  35 

9943 

87  50  11 

9934 

86    2  34 

9995 

84  14  44 

9917 

5 

Vewub 

W. 

94  47  37 

9569 

96  27  24 

9555 

98    7  21 

9548 

99  47  27 

9549 

1 

Aidebaran 

W. 

72    5    0 

99» 

73  52    6 

9947 

75  39  23 

9939 

77  26  .52 

9933 

Mark 

W. 

59  55  58 

9366 

61  40  22 

9359 

63  24  56 

9359 

65    9  40 

9946 

1 
1 

Jupiter 

W. 

50  47    5 

9941 

52  .34  31 

9933 

.54  22    9 

9996 

56    9  58 

9919 

1 

Pollux 

VV. 

28  24  5(5 

9186 

.30  13  45 

9178 

.32    2  45 

9171 

33  51  56 

9164 

8|»ica 

E. 

(«  31  54 

9174 

60  42  47 

9167 

.58  53  30 

9161 

.57    4    4 

9155 

Saturn 

E. 

75  12  42 

9188 

73  23  47 

9175 

71  .34  42 

9170 

69  45  29 

9165 

AutnreH 

E. 

108  26     1 

9174 

106  36  51 

9167 

104  47  37 

9161 

102  58  10 

9156 

G 

Al(i«;haran 

W. 

86  26  32 

9907 

88  14  49 

9904 

SH)    3  11 

9901 

91  51  37 

9198 

1 

Mars 

W. 

73  55  21 

9991 

75  40  .50 

9318 

77  26  2:1 

9315 

79  12     1 

9313 

Jupiter 

VV. 

65  II  20 

9199 

m  59  ,59 

9189 

6S  48  43 

9186 

70  37  32 

9169 

Pollux 

W. 

43    0  10 

9139 

44  50  10 

9135 

46  40  16 

9139 

48  30  26 

9130 

H|»K'ri 

E. 

47  54  55 

9133 

46    4  46 

9130 

44  14  32 

9197 

42  24  14 

9195 

Saturn 

E. 

00  :<7  44 

9147 

58  47  57 

9145 

5(5  58    7 

9144 

55    8  15 

9144 

AuUtreK 

E. 

93  49    0 

9139 

91  58  50 

9130 

90    8  36 

9197 

88  18  18 

9194 

1     7 

AUU'imnn 

W. 

100  54  14 

9199 

102  42  43 

9d0i 

104  31     9 

9904 

106  19  .30 

9908 

1  Marh 

W. 

88     0  45 

9309 

8J)  46  31 

9311 

91  32  15 

9319 

!»3  17  57 

9914 

Jf;piTKft 

W. 

79  42  17 

9179 

81  31    16 

9180 

8:i  20  14 

9189 

85    9    9 

9181 

Pollux 

VV. 

57  41  58 

91-26 

.59  32  18 

9196 

61  22  .37 

9198 

63  12  .54 

9130 

Hati;kw 

K. 

45  59  10 

9153 

44    9  :W 

9158 

42  20     1 

9164 

40  30  39 

9171 

AuUircM 

E. 

79    6  12 

9199 

77  15  46 

9193 

75  25  22 

9194 

73  35    0 

9196 

XIV. 


APRIL,  1895. 


Cd 


• 

OBEEN  WIOH  MEAN  TIME. 

LUNAR  DISTANORB. 

1 

Mais*  and  Dirtetlon 
of  Objoet, 

Midnight. 

P.L. 

of 

Diff. 

X\^' 

P.L. 

of 

Dfit 

xvnik- 

P.L. 

of 

Dilt 

XXih 

• 

P.L. 

of 

Diff. 

Soft 

W. 

fi     1    It 
78  32  57 

'  9763 

o       t     u 

80    8  13 

9753 

81  43  43 

9741 

83  19  28 

9730 

a  Arietis 

W. 

53  5i)  31 

M77 

55  41  17 

9465 

57  23  19 

9453 

59    5  38 

9449 

Vknob        , 

w. 

49  43  24 

9650 

51  16  36 

9846 

52  50    4 

9834 

54  23  48 

9t»9 

Rcf^lllUB 

Spica 

E. 

57  58  26 

9441 

56  15  49 

9430 

54  32  57 

9490 

52  49  51 

9410 

E. 

111  58  23 

*  9438 

no  15  43 

9498 

108  32  48 

9417 

106  49  38 

9408 

2 

Sun 

W. 

91  21  58 

9B74 

92  59  13 

9663 

94  36  42 

9659 

96  14  27 

9641 

n  Arietis 

W. 

67  41   19 

93B4 

69  25  16 

9373 

71     929 

9363 

72  53  57 

935} 

Vnirs 

W. 

62  16  19 

9783 

63  51  36 

97»I 

ft5  27    8 

9740 

67    2  55 

r«98 

Alilelmran 

W. 

37  26  20 

9&&& 

39    6  17 

9530 

40  46  49 

9507 

42  27  .W 

9486 

Kegtilus 

E. 

44  10  38 

93M 

42  26    3 

9348 

40  41  14 

9338 

38  56  10 

9398 

S|>ira 

E. 

98  10    6 

9355 

96  25  27 

S344 

94  40  32 

9334 

92  55  22 

9394 

3 

Sun 

W. 

104  26  50 

9588 

106    6    2 

9577 

107  45  28 

9567 

109  25    8 

9558 

a  Ariel  is 

W. 

81  40    9 

9300 

8:j  26    8 

9991 

85  12  21 

9981 

86  58  48 

9979 

Venub 

W. 

75    5  38 

9673 

76  42  54 

9669 

78  20  25 

9659 

79  58  10 

9641 

Aldebnmii 

W. 

51     0    7 

9396 

52  43  48 

9381 

54  27  50 

9366 

56  12  14 

9353 

Makb 

\V. 

:£)  19  50 

9481 

41     1  30 

9468 

42  43  27 

9458 

44  25  :« 

9448 

8|>i€A 

E. 

84    5  53 

9974 

82  19  15 

9965 

80  32  24 

9956 

78  45  19 

9946 

Saturn 

E. 

96  44  54 

9980 

94  58  25 

9970 

93  11  42 

9961 

91  24  45 

9tf9 

4 

Sun 

W. 

117  46  43 

9519 

1 19  27  39 

9504 

121     8  47 

9497 

122  50    5 

94«0 

Venus 

W. 

88  10  16 

9504 

89  49  19 

9585 

91  28  34 

9577 

93    8    0 

9569 

AUIelNiraii 

W. 

64  58  52 

9903 

66  45    2 

9983 

68  31  27 

9979 

70  18    7 

9964 

Mass 

W. 

53    0  18 

9908 

54  43  55 

9390 

56  27  44 

9389 

58  11  45 

93rj 

JUPITKS 

W. 

43  39  33 

9978 

45  26    5 

9968 

47  12  51 

9950 

48  59  51 

9949 

Spica 

E. 

69  46  34 

9903 

67  58  11 

9196 

66    9  37 

9188 

64  20  51 

9180 

Saturn 

E. 

82  26  42 

9900 

80  38  28 

9909 

78  50    3 

9196 

77     1  28 

9188 

5 

Vrncb 

W. 

101  27  42 

9538 

103    8    5 

9531 

104  48  35 

9596 

106  29  12 

9599 

AldelMran 

W. 

79  14  31 

9997 

81    2  19 

9990 

82  50  16 

9915 

84  38  21 

9911 

Mars 

W. 

66  54  :» 

•    9340 

68  »)  33 

9335 

70  24  42 

9330 

72    9  58 

9395 

JuPtTRR 

W. 

57  57  57 

9919 

59  46    6 

9907 

61  34  23 

9909 

63  22  48 

9197 

Pollux 

W. 

35  41  18 

9158 

37  30  49 

9153 

3!)  20  28 

9147 

41   10  16 

9143 

Spica 

E. 

55  14  29 

9150 

5.)  24  46 

9145 

51  34  56 

9141 

49  44  59 

9136 

Satiirn 

E. 

67  56    8 

9161 

66    6  41 

9156 

64  17    7 

9153 

62  27  28 

9149 

AntRres 

E. 

101     8  35 

9150 

99  18  52 

9145 

97  29    1 

9141 

95  39    4 

9136 

6 

Aldelmnin 

W. 

93  40    7 

9197 

95  28  3!) 

9197 

97  17  11 

9197 

99    5  43 

9198 

Mars 

W. 

80  57  42 

9311 

82  43  26 

9309 

84  29  12 

9300 

86  14  59 

9300  , 

JUPITRR 

W. 

72  26  25 

9189 

74  15  20 

9180 

76    4  18 

9179 

77  5:j  17 

9I7P 

Pollux 

W. 

50  20  40 

9198 

52  10  57 

9196 

54     1   16 

9195 

55  51  ;J7 

9195 

HpiCR 

E. 

40  33  53 

9193 

38  43  29 

9199 

36  53    4 

9199 

35    2  :J8 

9199 

Saturn 

E. 

5:}  18  23 

9144 

51  28  31 

9145 

49  :)8  41 

9147 

47  48  M 

SIM) 

Aula  res 

E. 

86  27  56 

9193 

84  37  3*2 

9199 

82  47    6 

9191 

80  56  :«> 

9191 

7 

Aldebaran 

W. 

108    7  46 

9919 

109  55  55 

9917 

111  43  57 

9994 

113  31  49 

9931 

Mars 

W. 

95    3  36 

8317 

i>6  49  11 

9391 

im  34  40 

9395 

100  20    3 

2330 

JUPITRR 

W. 

8<)  58     1 

9186 

88  46  49 

9IB0 

IH)  35  32 

9194 

1»2  24     9 

911^ 

Pollux 

W, 

65    3    7 

9133 

66  53  16 

9136 

68  43  21 

9139 

70  :«J  20 

9144 

Saturn 

E. 

38  41  28 

9179 

36  52  29 

9188 

35    3  44 

9900 

3:)  15  16 

9919 

AntRres 

£. 

71  44  41 

9130 

69  54  27 

9139 

68    4  17 

9136 

66  14  13 

9141 

70 


APRIL,  1896. 


XV. 


ORBBMWIOH  MBAJSr  TIM& 

LUHAS  D18TAKGB& 

1 
1  5  . 

ill 
8 

P.L. 

P.L. 

P.  L 

P.  I- 

VMMMi4  DtreetiM   i 

Noon. 

of 

mk. 

•f 

Viw. 

•r 

JXb- 

•f 

•f  Ob)«et. 

Dur. 

Die 

IMC 

Diff. 

Mau 

W. 

o          #        </ 

102    5  19 

«336 

0          i         f* 

103  50  27 

9341 

105  35  2j^ 

9348 

O           t        t' 

107  20  17 

93G5 

JUPITCR 

W. 

94  12  38 

«M 

96     1     0 

9919 

97  49  13 

9916 

99  37  16 

9993 

Pollux 

w. 

72  23  12 

9140 

74  12  57 

91S5 

76    2  33 

9161 

.77  52    0 

9168 

Refill  his 

w. 

35  32  59 

9U1 

37  22  41 

9156 

39  12  15 

9168 

41     1  4  ) 

9168 

Aoum 

E. 

64  24  16 

ti4e 

62  34  27 

9151 

60  44  46 

9156 

58  55  15 

9166 

9 

Pollux 

W. 

86  56  24 

9900 

88  44  38 

9999 

90  32  36 

9930 

92  20  19 

9M1 

Reftitliifl 

W. 

50    6    3 

9900 

51  54  17 

9919 

53  42  16 

9999 

55  30    0 

9941 

Autunsm 

E. 

49  50  30 

9997 

48    2  13 

9916 

46  14  10 

9997 

44  26  23 

9938 

aAquils 

E. 

101  30  40 

3091 

100    0  53 

3099 

96  31    8 

3996 

97     1  27 

3030 

10 

Pollux 

W. 

101  14  36 

9908 

103    0  31 

9316 

104  46    7 

9331 

106  31  22 

9345 

RefiiliiB 

W. 

64  24  22 

9309 

m  10  19 

9315 

67  55  56 

9399 

69  41   13 

9343 

a  Aquike 

E. 

89  35  11 

9060 

88    637 

3006 

86  38  22 

9119 

85  10  27 

3130 

11 

R(>f^fliis 

W. 

78  22  21 

9419 

80    5  28 

9435 

81  48  13 

9451 

83  30  35 

94«7 

tt  Aqiitis 

E. 

77  57     1 

3946 

76  31  46 

3974 

75    7    4 

3304 

73  42  57 

3335 

Poinalbaut 

E. 

102  59  34 

9669 

101  22  30 

9695 

99  45  43 

9706 

98    9  14 

9799 

12 

Re^iiliis 

W. 

91  56  37 

9551 

93  36  40 

9568 

95  16  19 

9565 

96  55  35 

9601 

8t»ica 

W, 

37  55  54 

9590 

39  a5  58 

9566 

41   15  39 

9583 

42  54  57 

9601 

a  AqutlflB 

E. 

66  51  59 

3519 

65  31  56 

3563 

64  12  41 

3608 

62  54  15 

9665 

Fonialliaut 

E. 

90  11  46 

9601 

88  37  20 

9818 

87    3  16 

9636 

85  29  35 

98:5 

13 

Regiiius 

W. 

105    6  12 

9665 

106  43  12 

9701 

108  19  50 

9718 

109  56    6 

9734 

R|>ica 

W. 

51     5  41 

9684 

52  42  42 

9700 

54  19  22 

9716 

55  55  40 

9739 

Satuen 

W. 

39  29  42 

97S9 

41     5  53 

9735 

42  41  47 

9747 

44   17  25 

9760 

a  Aqiiile 

E. 

56  35  43 

»37 

55  23     1 

4005 

54  11  26 

4075 

53     1     0 

4159 

Potnuibnut 

E. 

77  47    9 

9050 

76  15  54 

9970 

74  45    4 

9990 

73  14  39 

3011 

a  Pef^asi 

E. 

99  44     1 

9040 

98  12  33 

9955 

96  41  24 

9969 

95  10  33 

9094 

8i/jf 

E. 

129  36    8 

3031 

128    6  34 

3040 

126  37  22 

9066 

125    8  31 

3083 

14 

B\Aen 

W. 

63  52    0 

9609 

a5  26  16 

9893 

67    0  14 

9838 

68  33  53 

9859 

Haturn 

W. 

52  II  20 

9695 

53  45  16 

9»7 

55  18  56 

9850 

56  52  19 

9869 

Antar«8 

W. 

17  58     1 

9810 

19  32  16 

9»5 

21    6  12 

9639 

22  3i)  49 

9859 

Fornnlhaiit 

E. 

65  49    7 

3119 

64  21  21 

3143 

62  54    3 

3166 

61  27  13 

3180 

a  Pegasi 

E. 

87  40  56 

3060 

86  11  57 

3075 

84  43  17 

3001 

83  14  56 

3105 

8t)ff 

E. 

117  49  25 

3166 

116  22  35 

3189 

114  56    4 

3197 

113  29  51 

3919 

15 

8|»ica 

W. 

76  17  48 

9916 

77  49  46 

9997 

79  21  30 

9930 

80  52  59 

9950 

HlTURlf 

W. 

64  35  22 

9991 

66    7  14 

9939 

67  38  52 

9949 

69  10  17 

9953 

Atilarefl 

W. 

30  23  40 

9016 

31  55  38 

9997 

33  27  22 

9939 

34  58  51 

9950 

Fomalhaut 

E. 

54  20  21 

3319 

52  56  31 

3347 

51  33  14 

S376 

50  10  30 

3408 

a  Pi'^fiai 

E. 

75  57  53 

9184 

74  31  25 

3900 

73    5  16 

9916 

71  39  26 

3931 

Hun 

E. 

106  23    5 

3989 

104  58  32 

3994 

103  34  13 

3306 

102  10    9 

3319 

10 

H|>ira 

W. 

88  27  11 

9998 

89  57  26 

3006 

91  27  31 

3014 

92  57  27 

3099 

HikTuair 

W. 

76  44  18 

9998 

78  14  3:} 

3006 

79  44  39 

3014 

81  14  35 

3091 

Afituri^ 

W. 

42  33     1 

9098 

44    3  16 

3006 

45  33  21 

3014 

47    3  16 

3099 

Korniillmut 

E. 

43  26  II 

3568 

42    7  24 

3633 

40  49  25 

3679 

39  32  16 

3799 

a  P<;Ka«i 

E. 

64  34  55 

3313 

63  10  58 

3330 

61  47  21 

3346 

60  24    3 

3364 

*• 

Hun 

E. 

95  13    5 

1371 

93  50  15 

3380 

92  27  36 

3386 

91    5    6 

9307 

XVI. 


APRIL,  1895. 


71 


GBBBKWICH  MBAN  TDfB. 

LUNAR  DISTANCES. 

• 

8 

KAwoMdDireetlMi 
of  Objeei. 

Midnight 

P.L. 

of 

Diff. 

XVI*. 

P.L. 

of 

Diff. 

XVliih- 

P.L. 
of 

Die 

XXIk. 

P.L. 
of 

Diff. 

Mars 

W. 

O         »        00 

109    4  56 

t383 

11^49  24 

9371 

112  33' 40 

9300 

Ill  17  43 

9901 

JcptTEE 

W. 

101  25    9 

9931 

103  12  50 

9930 

105    0  19 

9948 

106  47  :)5 

9958 

Pollux 

W. 

79  41  16 

9175 

81  30  21 

9189 

83  19  15 

9191 

85    7  56 

9900 

RefciiliiB 

W. 

42  50  56 

9175 

44  40    1 

9183 

46  28  54 

9101 

48  17  35 

9900 

Aiitares 

E. 

57    554 

9179 

55  16  45 

9160 

53  27  47 

9188 

51  39    2 

9197 

9 

Pollux 

W. 

94    7  46 

9959 

95  54  56 

9964 

97  41  48 

99n 

99  28  21 

9980 

ReiniliiB 

W. 

57  17  27 

9951 

59    4  38 

9964 

60  51  31 

9976 

6238    6 

9980 

Aiitnres 

E. 

42  38  52 

9949 

40  51  38 

9969 

39    4  42 

9974 

37  18    4 

9987 

tt  Aqiiile 

E. 

95  31  51 

9096 

94    223 

3M^ 

92  33    6 

9065 

91    4     1 

9067 

10 

Pollux 

W. 

108  16  16 

9360 

110    0  49 

9375 

111  45    0 

1380 

113  28  50 

9405 

Reguliifl 

W. 

71  26  10 

9358 

73  10  45 

9379 

74  54  59 

9388 

76  38  51 

9403 

a  Aqiiile 

E. 

83  42  54 

3150 

82  15  45 

9179 

80  49    3 

9105 

79  22  47 

9990 

11 

Regiiliis 

W. 

85  12  34 

94S4 

86  54  10 

9501 

88  35  22 

9517 

90  16  11 

9534 

a  Aqiiile 

E. 

72  19  26 

9368 

70  56  33 

9409 

69  34  19 

9490 

68  12  47 

9470 

Pomolhaut 

E. 

96  33    4 

9797 

94  57  13 

9759 

93  21  43 

9700 

91  46  34 

9785 

12 

Rej^ulufl 

W. 

98  34  28 

9618 

100  12  58 

9635 

101  51    5 

9609 

103  28  50 

9669 

Spica 

W. 

44  33  51 

9618 

46  12  22 

9634 

47  50  31 

9651 

49  28  17 

9667 

a  Aqiiiln 

E. 

61  36  40 

9706 

60  19  59 

3760 

59    4  15 

9815 

57  49  28 

9875 

Fomalhaut 

E. 

83  56  18 

9873 

82  23  24 

9809 

80  50  55 

9911 

79  18  50 

9990 

13 

Re^iliis 

W. 

111  32    1 

9750 

113    735 

9766 

114  42  48 

9781 

116  17  41 

9795 

Spica 

W. 

57  31  37 

9748 

59    7  13 

9763 

60  42  29 

9779 

62  17  24 

9794 

SATURlf 

W. 

45  52  46 

9779 

47  27  50 

9765 

49    2  37 

9796 

50  37    7 

9811 

o  AqiiilflB 

E. 

51  51  48 

4939 

50  43  52 

4317 

49  37  15 

4400 

48  32    2 

4508 

Fomnllmiit 

E. 

71  44  40 

9039 

70  15    7 

9053 

68  46    0 

9075 

67  17  20 

3097 

aPegnsi 

E. 

93  40    0 

9000 

92    9  46 

9014 

90  39  51 

9090 

89  10  14 

9044 

Son 

E. 

123  40    1 

9101 

122  11  52 

9117 

120  44    8 

9139 

119  16  34 

9150 

14 

Silica 

W. 

70    7  14 

.    9866 

71  40  17 

9878 

73  13    4 

9601 

74  45  34 

9004 

Satorn 

W. 

58  25  27 

9874 

59  58  19 

9887 

61  30  55 

9608 

63    3  16 

9010 

Antarfs 

W. 

24  13    9 

9866 

25  46  II 

9679 

27  18  57 

9809 

26  51  26 

9^ 

Foninlliaiit 

E. 

60    0  51 

9914 

58  34  58 

9990 

57    9a5 

9965 

55  44  42 

9809 

<i  Pegnsi 

E. 

81  46  53 

9191 

80  19    9 

9138 

78  51  45 

9159 

77  24  40 

9168 

Soif 

E. 

112    3  56 

9997 

110  38  19 

9941 

109  12  58 

9955 

107  47  54 

n» 

15 

8|>ica 

W. 

82  24  15 

9961 

83  55  17 

9070 

85  26    7 

9080 

86  56  45 

9980 

Saturn 

W. 

70  41  29 

9063 

72  12  28 

9079 

73  4.3  16 

9081 

75  13  52 

ooeo 

Alibi  rea 

W. 

36  30    6 

9961 

38     1    8 

9070 

39  31  58 

9081 

41    2a5 

9989 

Fotnalbaut 

E, 

48  48  22 

9430 

47  26  50 

9473 

46    5  56 

3500 

44  45  42 

3548 

n  PegnsI 

E. 

70  13  54 

9947 

68  48  41 

3964 

67  23  47 

9970 

65  59  11 

9996 

Son 

E. 

100  46  19 

3330 

99  22  42 

3341 

97  59  18 

9351 

96  36    6 

3361 

16 

Spica 

W. 

94  27  13 

9098 

95  56  51 

9034 

97  26  21 

3041 

96  55  43 

3046 

Hatorn 

W. 

82  44  22 

9097 

84  14    1 

3034 

85  43  32 

3039 

87  12  .56 

3044   1 

A II  tares 

W. 

48  33    2 

9098 

50    2  40 

3034 

51  32  10 

3041 

M     1  3*2 

3046   > 

Fornalhaut 

E. 

38  16    0 

9785 

37    0  42 

3847 

a5  46  28 

9914 

34  33  22 

99M   1 

a  Pegnsi 

E. 

59    1    5 

9361 

57  38  27 

3400 

56  16  10 

3418 

54  54  14 

9438 

Sua 

E. 

89  42  46 

9404 

88  20  34 

9411 

86  58  30 

9417 

85  36  33 

9493 

72 


APRIL,  1895. 


XVII. 


GBEB^WIGH  MEAJS  TIME. 

LUNAR  DISTAMCKS. 

P.L. 

P.L, 

P.L. 

P.L. 

■  SIS 

a 

17 

Kawe  sad  Direetloa 
oTOb^et. 

Noon. 

of 
Dlff. 

ni>>- 

•f 

IMC 

Vlh. 

of 

Diff. 

IXfc. 

•f 

INC 

S|»ira 

W. 

100  24' 59 

3051 

101  54    9 

3056 

O           '        It 

103  23  13 

3060 

C            If 

104  52  12 

306:1 

SATl'Rif 

W. 

88  42  14 

3049 

90  11  26 

3054 

91  40  32 

3058 

93    9  3:) 

3061 

Aiitnres 

w. 

54  30  48 

3051 

55  5Sr  58 

3066 

57  29    2 

3060 

58  58    0 

3069 

a  Pegasi 

E. 

53  :n  41 

3458 

52  11  30 

3480 

50  50  43 

3509 

49  30  21 

3595 

Suw 

E. 

84  14  43 

3499 

02  52  59 

9434 

81  31  21 

3438 

80    9  48 

3449 

;i8 

Satiric 

W. 

100  3:^  46 

3079 

102    2  30 

3073 

108  31   12 

3073 

104  59  54 

3074 

Aiitares 

W. 

(%  22    5 

3073 

67  50  47 

3073 

69  19  29 

3074 

70  48  10 

9073 

1 

Si'w 

E. 

73  22  57 

34S4 

72     1  42 

345S 

70  40  28 

3456 

69  19  14 

3455 

>   19 

Saturh 

W. 

112  23  29 

3009 

113  52  17 

3067 

115  21    7 

3064 

116  50    1 

9061 

Aiitnrefl 

W. 

78  II  5:{ 

306« 

79  40  44 

3063 

81    9  39 

3060 

82  38  .38 

3056 

80!f    • 

E. 

62  32  53 

3448 

61   11  31 

3446 

59  50    6 

344S 

58  28  37 

3436 

20 

Autares 

W. 

90    4  49 

3034 

91  34  22 

3096 

93    4    3 

3080 

94  33  51 

3014 

a  Af|uil» 

W. 

47  30  49 

4749 

48  31  13 

4656 

49  32  48 

4580 

50  35  30 

4506 

Su« 

E. 

51  40    2 

3415 

50  18    2 

3408 

48  55  55 

9409 

47  33  41 

3396 

Ul 

AiiUires 

W. 

102    5    1 

9977 

103  35  43 

9968 

105    6  36 

9960 

106  37  39 

9951 

a  Aqiiils 

W. 

56    4    4 

4903 

57  12  27 

4154 

58  21  37 

4107 

59  31  32 

4063 

Hvtt 

E. 

40  40  37 

3360 

39  17  35 

3353 

37  54  25 

3346 

36  31    6 

3337 

22 

a  Aqnilie 

W. 

65  31  17 

3873 

66  45    4 

3849 

67  59  23 

3811 

69  14  14 

3769 

Foinnllifiut 

w. 

36  52  48 

3667 

38  10  10 

3008 

39  28  3i\ 

3553 

40  48    2 

3S01 

HoJi 

E. 

29  32  12 

3969 

28    7  59 

3991 

26  43  37 

3984 

25  19    7 

3979 

2G 

Hon 

W. 

18    7  41 

9099 

19  38    4 

9979 

21     8  52 

9953 

22  40    4 

9936 

Mias 

E. 

39    5  17 

9804 

37  30  54 

9796 

35  56  21 

9788 

34  21  38 

9781 

roiiiix 

E. 

57  57  12 

9585 

56  17  56 

9577 

54  38  29 

9568 

52  58  50 

9559 

1 

RegiiluB 

E. 

94  46  43 

9568 

93    7  23 

9573 

91  27  51 

9564 

89  48    7 

9555 

1 
27 

But 

VV. 

30  20  50 

9809 

31  53  48 

9659 

33  27    0 

9648 

35    0  25 

9836 

Pollux 

E. 

44  37  42 

9590 

42  56  56 

9519 

41  15  59 

9504 

39  34  52 

9497 

t 

R«*gulujs 

E. 

81  26  27 

9514 

79  45  33 

9506 

78    4  28 

9498 

76  23  12 

9490 

28 

Hvti 

W. 

42  50  43 

9799 

44  25  22 

9764 

46    0  11 

9775 

47  35  11 

9767 

Pollux 

E. 

31     6  56 

9466 

29  24  55 

9461 

27  42  47 

9456 

26    0  32 

9458 

I 

liegiilus 

E. 

67  54  15 

9454 

66  11  57 

9448 

64  29  30 

9441 

62  46  54 

9434 

'  29 

8u?» 

W. 

55  32  42 

9731 

57    8  41 

9725 

58  44  48 

• 
9718 

60  21     4 

9711 

Aliletmraii 

W. 

27  57  53 

9738 

29  a3  43 

9697 

31  10  27 

9609 

:«  47  58 

5639 

Vewts 

W. 

20  34  15 

9857 

22    7  29 

9843 

23  41     1 

9899 

25  14  51 

9817 

KegiiluB 

E. 

54  11  .35 

9403 

52  28    5 

9398 

50  44  27 

9391 

49    0  40 

9387 

i 

H|»icii 

E. 

108  II  56 

9401 

106  28  23 

9396 

104  44  42 

9390 

103    0  53 

9384 

( 

HATURIf 

E. 

118  49  51 

9411 

117    6  32 

9403 

115  23    2 

9397 

113  39  23 

2390 

,  30 

HU!1 

W. 

68  24  31 

9681 

70    1  36 

9675 

71  38  49 

9069 

73  16  10 

9664 

A\tW,bitran 

W. 

41     4  22 

9535 

42  45     1 

9508 

44  26    3 

9494 

46    7  25 

9481 

\k>v» 

VV. 

33    7  :30 

9770 

34  42  37 

9769 

36  17  55 

9754 

;i7  5.3  23 

9747 

ICffglllUR 

E. 

40  19  52 

9360 

38  35  20 

9355 

36  50  41 

9350 

35    5  55 

9346 

H}>ica 

E. 

94  19  45 

9357 

92  35    8 

9359 

90  50  24 

9347 

89    5  33 

9349 

■ 

HATURIf 

E. 

104  58  51 

9360 

103  14  19 

9355 

101  29  40 

k349 

99  44  52 

9344 

XVIIL 


APRIL,  1895. 


73 


GBEENWIOH  MEAN  TIME. 

LUNAR  DISTANCES. 

• 

P.L. 

P.L. 

P.L. 

P.L. 

17 

Hmm  And  DirecUoB 
•f  ObJ«ot. 

Midnight 

of 
IMIt 

XVh. 

of 

DUt 

XVIIib. 

of 

Diit 

XXIh. 

of 

Diff. 

Spica 

W. 

O         t         II 

106  21     7 

90«5 

107  49  59 

3066 

109  1^  4? 

3070 

1 1^  Ai  ai 

3073 

Saturn 

W. 

94  :i8  ^ 

90«5 

96    7  23 

3067 

97  36  13 

3060 

99    5     1 

3071 

AiitJireB 

W. 

60  26  56 

soft 

61  55  48 

3060 

6:)  24  36 

3071 

64  53  21 

3079 

a  PegaBi 

E, 

48  10  25 

3UI 

46  50  57 

3577 

45  31  58 

3606 

44  13  30 

3636 

Sun 

-E. 

78  48  19 

M4C 

77  26  54 

3449 

76    5  33 

3451 

74  44  14 

3453 

18 

SAToaif 

W, 

106  28  a*) 

3073 

107  57  17 

3673 

109  25  59 

3679 

no  54  43 

3070 

Aula  res 

w. 

72  16  52 

3073 

n  45  35 

3079 

75  14  19 

3076 

76  43    5 

3069 

Sun 

E. 

67  58    0 

34» 

66  36  46 

3454 

65  15  30 

3453 

^^  54  13 

3450 

19 

Saturn 

W. 

118  18  58 

3068 

119  47  59 

3055 

121  17    4 

3051 

122  46  14 

3047 

Aiitares 

W. 

84    7  41 

3059 

65  36  49 

3M7 

87    6    3 

3013 

88  35  2:) 

3038 

Sun 

E. 

57    7    4 

3435 

55  45  27 

3436 

54  23  44 

3495 

53    1  56 

3490 

20 

Antares 

W. 

96    3  47 

3006 

97  33  52 

9999 

99    4    6 

9999 

100  34  29 

9985 

a  Aqiiile 

W. 

51  39  17 

4438 

52  44    4 

4373 

53  49  50 

4313 

55  56  31 

49»6 

Sun 

E. 

46  11  20 

3360 

44  48  51 

3383 

43  26  15 

m5 

42    3  30 

3368 

21 

Antares 

W. 

108    8  5.) 

9M8 

109  40  18 

9933 

111  11  55 

9094 

112  43  44 

9914. 

a  Aquiln 

W. 

60  42  10 

4081 

61  53  29 

3980 

63    5  28 

3949 

64  18    5 

3908 

Sun 

E. 

a5    7  37 

3330 

33  44    0 

3391 

32  20  13 

»13 

30  56  17 

3306 

22 

a  Aqiiilfe 

W. 

70  29  35 

37M 

71  45  25 

9798 

73     1  42 

3703 

74  18  26 

3660 

Foiiialbniit 

W. 

42    8  25 

34ft5 

43  29  39 

3419 

44  51  42 

3379 

46  14  30 

3335 

Sun 

E. 

23  54  31 

3973 

22  29  48 

3970 

21    5    1 

3066 

19  40  10 

3965 

26 

SlUN 

W, 

24  II  37 

9091 

25  43  29 

9006 

27  15  40 

9894 

28  48    7 

9881 

Mam 

E. 

32  46  45 

9775 

31   M  44 

9766 

29  36a'i 

9763 

28     1   19 

9759 

Pollux 

E. 

51   18  5!) 

9551 

49  :«  57 

9543 

47  58  43 

99i35 

46  18  18 

9597 

RegiiluB 

E. 

88    8  10 

9547 

86  28    2 

9638 

84  47  42 

9530 

83    7  10 

9599 

■ 

27 

Sun 

W. 

36  34    4 

9696 

38    7  56 

9818 

39  42    0 

9800 

41   16  16 

9801 

Pollux 

E. 

37  53  35 

9491 

;i6  12    9 

9484- 

34  30  IQ 

9478 

32  48  49 

9479 

ReguluB 

E, 

74  41  45 

9483 

73    0    8 

9475 

71  18  20 

9468 

69  36  22 

9469 

1 

28 

Sun 

W. 

49  10  22 

9780 

50  45  43 

9753 

52  21  13 

9745 

53  56  53 

9738 

Pollux 

E, 

24  18  11 

9446 

22  a*)  45 

9445 

20  53  14 

9443 

19  10  40 

9449 

Regulus 

£. 

61    4    8 

9498 

59  21  13 

9499 

57  38    9 

9415 

55  54  56 

9410 

29 

Sun 

W, 

61  57  29 

9705 

63  34    2 

9698 

65  10  44 

9699 

66  47  34 

9687 

Aldebaran 

W. 

34  26  10 

9005 

36    4  58 

9581 

37  44  18 

9561 

39  24    7 

9549 

Vkncs 

W. 

26  48  57 

9808 

28  23  17 

9797 

29  57  49 

9787 

31  :»  34 

9779 

Re^ulus 
Spica 

E. 

47  16  46 

9381 

45  32  44 

9375 

43  48  34 

9371 

42    4  17 

9365 

E. 

101   16  55 

9378 

99  ;«  49 

9973 

97  48  36 

9367 

96    4  14 

9369 

Saturn 

E. 

111  55  34 

9384 

no  11  36 

9378 

108  27  30 

9379 

106  43  15 

9366 

30 

Sun 

W. 

74  53  38 

9658 

76  31  14 

9654 

78    8  56 

9640 

79  46  45 

9643 

Alilebaran 

W. 

47  49    5 

9468 

49  31     3 

9457 

51   13  17 

9446 

52  55  46 

94.T6 

• 

Venus 

W. 

39  29    0 

9741 

41     4  40 

9734 

42  40  41 

9798 

44  16  44 

»7«   , 

Re|(ulu0 

E. 

3:^  21     3 

9349 

31  :^    4 

9337 

2i*  50  59 

voa 

28    5  4H 

9330 

Spica 

E. 

87  20  34 

9337 

85  35  29 

9339 

83  50  16 

9397 

82     4  56 

9393    1 

Saturn 

E. 

97  59  57 

9330 

96  14  55 

9334 

94  29  45 

93» 

92  44  28 

9395   . 

74 


MAY,  1895. 


AT  GREENWICH  APPARENT  NOON. 


Ji 

a 

t 

§ 

^ 

^ 

• 

• 

J3 

.a 

«» 

♦» 

%4 

Vi 

O 

o 

>% 

>> 

« 

« 

Q 

Q 

Wed. 
Thar. 
Frid. 

Sat 

srar. 

Mod. 

Tues. 
Wed. 
Thar. 

Frid. 
Sat. 

SUK. 

Mod, 
Taes. 
Wed. 

Tlmr. 
Frid. 
Sat 

srar. 

Mon. 
Tues. 

Wed. 
Thar. 
Frid. 

Sat 

SUIT. 

Mod. 

Taes. 
Wed. 
Thar. 
Frid. 

Sat 


1 
2 
3 

4 

5 
6 

7 
8 
9 

10 
11 
12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 
31 

32 


THE  SUN'S 


Apparent 
Biffbt  Asoeiiaion. 


"Ti      m       • 

2  33  38.20 
2  37  27.49 
2  41  17.31 

2  45  7.66 
2  48  58.56 
2  52  50.00 

2  56  42.00 

3  0  34.56 
3    4  27.70 

3  8  21.40 
3  12  15.70 
3  16  10  57 

3  20  6.03 
3  24  2.08 
3  27  58.73 

3  31  55.96 
3  35  53.78 
3  39  52.18 

3  43  51.17 
3  47  50  71 
3  51  50.82 

3  55  51.48 

3  59  52.67 

4  3  54.39 

4  7  56,62 
4  11  59.34 
4  16    2.54 

4  20  6.20 
4  24  10.31 
4  28  14.86 
4  32  19.81 

4  36  25,17 


Diff.  for 
1  Hour. 


n 
9.543 

9565 

9.587 

9.609 
9.63^ 
9.655 

9.678 
9.702 
9.726 

9.750 
9.774 
9.798 

9.823 

9.848 
9.872 

9.897 
9.921 
9.945 

9.969 

9.993 

10.016 

10.039 
10.061 
10.082 

10.103 
10.123 
10.143 

10.162 
10.180 
10.198 
10.215 

10.231 


Apparent 
DoolinatioB. 


N.15 


lo's 


5 

15  23  12.0 
15  40  57.9 

15  58  28.2 

16  15  42.5 
16  32  40.6 

16  49  22.3 

17  5  47.1 
17  21  55.0 

17  37  45.4 

17  53  18.3 

18  8  33.4 

18  23  30  2 

18  38     8.6 

18  52  28.3 

19  6  29.0 
19  20  10.4 
19  33  32.2 

19  46  34.2 

19  59   160 

20  11  37.4 

20  23  38.1 
20  35  18.0 
20  46  36.6 

20  57  33.7 

21  8  9.2 
21   18  22.7 

21  28  14.2 
21  37  43.2 
21  46  49.8 
21  55  33.6 

N.22    3  54.5 


Diff  for 
1  Uoar. 


+45.35 
44.73 
44.09 

+43.43 
42.76 
42.08 

+41.39 
40.68 
:».96 

+39.24 
38.50 
37.75 

+36.99 
.36.21 
35.42 

+34.63 
33.82 
.33.00 

+32.16 
31.32 
30.46 

+29.59 
28.72 
27.83 

+26.93 
26.02 
25.10 

+24.17 
23.24 
22.30 
21.35 

+20.39 


Semi- 
diameter. 


*i 


5  54.30 
5  54.07 
5  53.85 

5  53.63 
5  53.40 
5  53.18 

5  52.96 
5  52.74 
5  52.53 

5  52.31 
5  52.10 
5  51.89 

5  51.68 
5  51.47 
5  51.27 

5  51.07 
5  50.87 
5  50.67 

5  50.48 
5  50.29 
5  50.11 

5  49.93 
5  49.76 
5  49.59 

5  49.43 
5  49.27 
5  49.12 

5  48.97 
5  48.82 
5  48.68 
5  48.54 


15  48.41 


SiderMl 
Time  of 
Semi- 
diameter 
Paasing 
Meridian. 


66.07 
66.15 
66.23 

66.31 
66.39 
66.47 

66.55 
66.63 
66.71 

66.79 
66.88 
66.96 

67.04 
67.12 
67.20 

67.28 
67.36 
67.44 

67.52 
67.60 
67.67 

6775 
67.82 
67.90 

67.97 
68.04 
68.11 

68.18 
68.24 
68.30 
68.36 


Kqnatloaof 

TInM, 

to  be 

Sabtracted 
fktim 

Appareut 

Time. 


m       a 

3  0.35 
3  7.59 
3  14.31 

3  20.50 
3  26.15 
3  31.25 

3  35,79 
3  39.77 
3  43.18 

3  46.03 
3  48.29 
3  49.96 

3  51.06 
3  51.56 
3  51.47 

3  50  80 
3  49.54 
3  47.70 

3  45.28 
3  42.30 
3  38.76 

3  34.67 
3  30.05 
3  24.90 

3  19.25 
3  13.10 
3     6.48 

2  59.39 
2  51.86 
2  43.89 
2  35.52 


Diir.  for 
1  Hour. 


68.41      2  26.74 


• 

0.313 
0.291 
0.269 

0.247 
0.224 
0.201 

0.178 
0.154 
0.130 

0.106 
0.082 
0.058 

0.033 
0.009 
0.016 

0.040 
0.065 
0,08I» 

0.112 
0.136 
0.159 

0.182 
0.204 
0.225 

0.246 
0.266 
0.286 

0.305 
0.323 
0.340 
0.357 

0..374 


Kara.— Tbe  mean  time  of  aemidiameter  paaaing  may  be  found  by  subtractiae  0*.18  f^m  the  eidereal  time. 

The  aigB  +-  prefixed  to  the  hourly  ohaoge  of  deolination  indioatea  that  north  dedinatione  are  increasing. 


n. 


MAT,  1896. 


75 


AT  GREENWICH  MEAN  NOON. 

THE  SUN'S 

• 

i 

1 

1 

4 

• 

o 

Bqotttloaof 

Tlmo« 

to  bo 

Addodto 

MeonTiso. 

Die  for 
IHow. 

SldOTMl 

Tiio«. 

or 

lUlclit  Aoeeooloa 

of 

XouHhd. 

RlxhtAMMitsion. 

Die  for 
IHow. 

▲ppAreat 
DoelhifttSoB. 

DUt  ft»r 
IHoor. 

Wed. 
Tlinr. 
Frid. 

1 

2 
3 

2  33  38.68 
2  37  27.99 
2  41  17.83 

9.544 
9.566 
9.588 

N.  15    5  13^ 
16  23  14.4 
15  41     0.3 

+45!37 
44.74 
44.09 

m       • 

3    0.36 
3    7.61 
3  14  33 

0 

0.313 
0.991 
0.909 

b      m       P 

2  36  39.04 
2  40  35.60 
2  44  32.15 

Sat 

sum 

Mod. 

4 
5 
6 

2  45    8.19 
2  48  59.11 
2  52  50.56 

9.610 
9.63.3 
9.656 

15  58  30.6 

16  15  45.0 
16  32  43.1 

443.43 
49.76 
49.08 

3  20.52 
3  26.16 
8  81.26 

0.946 
0.99:1 
0.900 

2  48  2871 
2  62  25  27 
2  66  21.82 

Toes. 
Wed. 
Thar. 

7 
8 
9 

2  56  42.58 
8    0  35.15 

3  4  28.30 

9.679 
9.7(K{ 
9.796 

16  49  24.8 

17  5  49.6 
17  21  57.4 

441.39 
40.68 
39.96 

8  35.80 
8  89.78 
3  48.19 

0.177 
0.154 
0.130 

3    0  18.38 
3    4  14.94 
8    8  11.49 

Frid. 

Sat. 

SUN. 

10 
11 
12 

8    8  22.02 
8  12  16.32 
8  16  11.20 

9.760 
9.776 
9.799 

17  37  47.9 

17  53  20.8 

18  8  35  8 

4^39.93 
38.60 
37.75 

3  46.03 
3  48.29 
8  49.97 

0.106 
0.089 
0058 

3  12    8.05 
3  16    4.61 
8  20     1.16 

Mon. 
Taes. 
Wed. 

13 
14 
15 

'  3  20    6.66 
3  24    2.72 
3  27  59.36 

9.833 
9.848 
9.87*2 

18  23  32.6 
18  38  11.0 
18  52  30.6 

4-36.98 
:I6.90 
35.49 

3  51.06 
8  51.56 
8  51.47 

0.033 
0.009 
0.016 

3  23  57.72 
3  27  54.28 
3  31  50.83 

Thar. 
Frid. 
Sat. 

16 
17 
18 

3  31  56  60 
3  35  54.41 
3  39  52.81 

9.897 
9.991 
9.945 

19    6  31.2 
19  20  12.5 
19  33  34.3 

434.69 
33.81 
39.99 

3  50.80 
3  49.54 
3  47.69 

0.040 
0.065 
0.089 

3  35  47  39 
3  39  43.95 
3  43  40.50 

suy. 

Mon. 
Tnes. 

19 
20 
21 

3  43  51.79 
3  47  51.33 
3  51  51.43 

9.969 

9.993 

10.016 

19  46  36.2 

19  59  17.9 

20  1139.3 

4-39.16 
31.39 
30.46 

3  45.27 
3  42.29 
3  38.75 

0.113 
0.130 
0.159 

3  47  37.06 
3  51  33.62 
3  55  30.18 

Wed. 
Thar. 
Frid. 

22 
23 
24 

3  55  52.08 

3  59  53.26 

4  3  54.96 

10.038 
10.060 
10.081 

20  23  39.9 
20  35  19.6 
20  46  38.2 

4-99.59 
98.71 
97.89 

3  34.66 
3  30.03 
3  24.89 

0.189 
0.904 
0.995 

3  59  26.74 

4  3  23.^9 
4    7  19  85  : 

Sat 

SUN. 

Mon. 

25 
26 
27 

4    7  57.18 
4  11  59.88 
4  16    3.06 

10.109 
10.129 
10.149 

20  57  35.2 

21  8  10.6 
21   18  24.1 

496.93 
96.09 
95.10 

3  19.23 

3  13.09 

.3    6.46 

0.946 
0.966 
0.986 

4  11   16.41 
4  15  12.97 
4  19    9.52 

Toes. 
Wed. 
Thar. 
Frid. 

28 
29 
30 
81 

4  20    6.71 
4  24  10.80 
4  28  15.32 
4  32  20.25 

10.161 
10.180 
10.197 
10.914 

21  28  15.4 
21  37  44.4 
21  46  50.8 
21  55  34.5 

4-94.17 
93.94 
99.99 
91.34 

2  59.37 
2  51.84 
2  43.88 
2  3550 

0.305 
0.393 
0.340 
0.357 

4  23    6.08 
4  27    2.64 
4  30  59.20 
4  34  55.76 

Sat 

32 

4  36  25.59 

10.930 

N.22    3  55.3 

490.:» 

2  26.73 

0.373 

4  38  52.32 

TkM« 

•reli 

anUlU  a«)tor  for  iiia:i 
ilCn  4*  predxed  10  th 

w  Qooa  m 
slioiuiyo 

fty  b«  aMomeil  the  n^&me  an  tb» 
hftogo  of  dooUnatioa  iodioAleo 

t  for  app  iront  a 
Ihst  Dorth  dodii 

OOtt. 

Mtloao 

DUr.  fbr  1  Hoar, 
-f9>.8565. 
(ToMoin.) 

76 


MAY,  1895. 


IIL 


AT  GREENWICH  MEAN  NOON. 


?9 


1 

2 
3 

4 
5 
6 

7 
8 
9 

10 
11 
12 

13 
14 

15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 

26 
27 

28 
29 
30 
31 

32 


• 

e 
1^ 


121 
122 
123 

124 
125 
126 

127 
128 
129 

130 
131 
132 

133 
134 
135 

136 
137 
138 

139 
140 
141 

142 
143 
144 

145 
146 
147 

148 
149 
150 
151 

152 


THE  SUN*S 


TBUI  LONOITUDS. 


It 


40  50  36.3 

41  48  46.7 

42  46  55.1 

43  45     1.6 

44  43    6.1 

45  41     8.9 

46  39    9.6 

47  37    8.9 

48  35    6.4 

49  33    2.4 

50  30  57.0 

51  28  50.2 

52  26  42.0 

53  24  32.5 

54  22  21.9 

55  20  10.1 

56  17  57.1 

57  15  43.1 

58  13  27.9 

59  11   11.7 

60  8  54.3 

61  6  35.7 

62  4  16.1 

63  1  55.2 

63  59  33.0 

64  57    9.5 

65  54  44.8 

66  52  18.8 

67  49  51.4 

68  47  22.7 

69  44  52.7 

70  42  21.2 


X' 


50  17.8 

48  28.0 
46  36.3 

44  42.6 
42  47.0 

40  49.6 

38  50.2 
36  49.3 
34  46.6 

32  42.5 
30  36.9 
28  80.0 

26  21.6 
24  11.9 
22     1.2 

19  49.2 
17  36.0 
15  21.9 

13    6.5 

10  50.1 

8  32.6 

6  13.8 
3  54.0 
1  32.9 

59  10.6 
56  46.9 
54  22.0 

51  55.8 

49  28.2 
46  59.4 
44  29.2 

41  57.5 


DilL  for 
1  Honr. 


45.48 
45.39 
45.31 

45.23 
45.15 

45.06 

45.00 
44.93 

44.86 

44.80 
44.74 

44.69 

44.63 
44.58 
44.53 

44.48 
44.43 
44.39 

44.34 
44.30 
44.25 

44.20 
44.15 
44.10 

44.05 
44.00 
43.94 

43.89 
43^4 
43.78 
43.72 


143.66 


LATITUDE. 


/» 


+  0.50 
0.40 
0.28 

+  0.15 
+  0.02 
-0.10 

-0.21 
0.31 
0.39 

-0.43 
0.45 
0.43 

-  0.39 
0.31 
0.22 

-  0.10 
+  0.02 

0.16 

+  0.30 

.    0.42 

0.53 

+  0.62 
0.69 
0.73 

+  0.73 
0.72 
0.67 

+  0.59 
0.49 
0.38 
0.25 

+  0.12 


Lofftrithm 

of  the 

Rjidlas  Vector 

of  the 

B«rth. 


0.0034889 
0.0035931 
0.0036964 

0.0037986 
0.0039000 
0.0040006 

0.0041005 
0.0041998 
0.0042984 

0.0043964 
0.0044935 
0.0045901 

0.0046856 
0.0047801 
0.0048735 

0.0049655 
0.0050562 
0.0051453 

0,0052327 
0.0053181 
0.0054014 

0.0054828 
0.0055619 
0.0056389 

0.0057136 
0.0057862 
0.0058565 

0.0059216 
0.0059907 
0.0060549 
0.0061170 

0.0061774 


Dfff.  for 
1  Hoar. 


+43.6 
43.2 
42.8 

•M2.4 
42.1 
41.8 

•MI.5 
41.2 
40.9 

•M0.6 
40.4 
40.0 

+39.6 
39.1 
38.6 

+38.1 
37.5 
36.8 

+360 
35.2 
34.3 

+33.4 
32.5 
31.6 

+30.7 
29.8 
28.9 

+28.0 
27.1 
26.3 
25.6 

+24.9 


Hon.— The  nambers  in  eolama  X  oorretpond  to  the  tme  eqainos  of  the  date;  in  oolamn  X'  to 
the  mean  eqoinox  of  Janoarj  (H.O. 


Meaa  TImo 
of 
Sidereal  K< 


n       IH         ■ 

21  19  50.71 
21  15  54.80 
21  11  58.89 

21  8  2.98 
21  4  7.07 
21  0  11.16 

20  56  15.25 
20  52  19.34 
20  48  23.43 

20  44  27.52 
20  40  31.61 
20  36  35.70 

20  32  39.78 
20  28  43.87 
20  24  47.96 

20  20  52.05 
20  16  56.14 
20  13  0.23 

20  9  4.32 
20  5  8.41 
20  1  12.50 

19  57  16.58 
19  53  20.67 
19  49  24.76 

19  45  28.85 
19  41  32.94 
19  37  37.02 

19  33  41.11 
19  29  45.20 
19  25  49.29 
19  21  53.37 

19  17  57.46 

Diff.  for  1  Hour. 

—  9«.8296. 

(TaUe  II.) 


IV. 


MAY,  1895. 


77 


OBBBNWIOH  MEAN  TDfB. 

• 

i 

THE  MOOITS 

• 

• 

SKlODIAinBTXB. 

HORIZONTAL  PARALLAX. 

XTPPSR  TRANSIT. 

AQB. 

HOOB. 

Midnight. 

Noon. 

Diltfor 
IHoor. 

Midaighi. 

Die  for 
IHoor. 

Merldlu  of 
Oreenwieli. 

Diflt  for 
1  Hour. 

NOOB. 

1 

16    7'.3 

16    9'!3 

59    3*^5 

+or66 

59   10'!8 

40r56 

h      m 

5  58.7 

m 
2.33 

d 
6.5 

2 

16  11.0 

16  12.3 

59  16.9 

0.47 

59  22.0 

0.36 

6  52.9 

2.19 

7.5 

3 

16  13.3 

16  13.9 

59  25.6 

40.24 

59  27.8 

40.12 

7  44.0 

2.07 

8.5 

4 

16  14.1 

16  13.7 

59  28.4 

-0.03 

59  27.1 

-0.19 

8  32.8 

9  20?7 

2.00 

9.5 

5 

16  12.8 

16  11.4 

59  23.8 

0.36 

59  18.5 

0.53 

1.09 

10.5 

6 

16    9.3 

16    6.7 

59  11.0 

0.71 

59     1.4 

0.89 

10    8.9 

2.03 

-11.5 

7 

16    3.5 

15  59.8 

58  49.6 

-1.07 

58  358 

-1.23 

10  58.7 

2.12 

12.5 

8 

15  55.5 

15  50.8 

58  20.2 

1.37 

58    2.9 

1.50 

11  50.9 

2.23 

13.5 

9 

15  45.7 

15  40.4 

57  44.3 

1.59 

57  24.7 

1.66 

12  45.5 

2.32 

14.5 

10 

15  34.9 

15  29.3 

57    4.4 

-1.70 

56  43.9 

-1.70 

13  41.9 

2.36 

15.5 

11 

15  23.7 

15  18.3 

56  23.5 

1.68 

56    3.5 

1.63 

14  38.3 

2.33 

16.5 

12 

15  13.1 

15    8.2 

55  44.5 

1.54 

55  26.6 

1.43 

15  33.1 

2.22 

17.5 

13 

15    3.8 

14  59.8 

55  10.2 

-1.89 

54  55.6 

-1.13 

16  24.7 

2.08 

18.5 

U 

14  56.4 

14  53.5 

54  43  0 

0.96 

54  32.6 

0.77 

17  12.7 

1.92 

195 

15 

14  51.4 

14  49.8 

54  24.6 

0.57 

54  19.0 

-0.36 

17  57.2 

1.79 

20.5 

16 

14  49.0 

14  48.9 

54  16.0 

-0.14 

54  15.6 

40.07 

18  39.1 

1.71 

21.5 

17 

14  49.5 

14  50.8 

54  17.8 

40.99 

54  22.5 

0.50 

19  19.2 

1.65 

22.5 

18 

14  52.8 

14  55.4 

54  29.7 

0.70 

54  39.3 

0.89 

19  58.8 

1.65 

23.5 

19 

14  58.6 

15    2.3 

54  51.1 

+1.07 

55    4.9 

41.23 

20  39.0 

1.70 

24^ 

20 

15    6.6 

15  11.3 

55  20.5 

1.37 

55  37.7 

1.49 

21  21.1 

1.81 

255 

21 

15  16.3 

15  21.6 

55  56.2 

1.58 

56  15.5 

1.63 

22    6.4 

1.97 

26.5 

22 

15  27.0 

15  32.5 

56  35.4 

41.67 

56  55.6 

41.68 

22  55.9 

2.16 

275 

23 

15  37.9 

15  43.2 

57  15.6 

1.65 

57  35.1 

1.58 

23  50.3 

2.37 

28.5 

24 

15  48.3 

15  53.0 

57  53.6 

1.50 

58  11.0 

1.39 

6 

29.5 

25 

15  57  4 

16     1.2 

58  27.0 

41.26 

58  41.2 

41.10 

0  49.4 

2.54 

1.0 

26 

16    4.6 

16    7.4 

58  53.5 

0.94 

59    3.8 

0.78 

1  51.5 

2.61 

2.0 

27 

16    9.6 

16  11.3 

59  12.1 

0.60 

59  18.3 

0.44 

2  53.7 

2.56 

3.0 

28 

16  12.5 

16  13.2 

59  22.6 

40.28 

59  25.0 

40.13 

3  53.5 

2.41 

4.0 

29 

16  13.3 

16  13.0 

59  25.6 

-0.02 

59  24.6 

-0.15 

4  49.4 

2.24 

50 

30 

16  12.4 

16  11.3 

59  22.1 

0.27 

59  18.2 

0..38 

5  41.4 

2.09 

6.0 

31 

16    9.9 

16    8.2 

59  13.1 

0.47 

59    6.9 

0.56 

6  30.3 

1.99 

7.0 

32 

16    6.2 

16    4.0 

58  59.6 

-0.65 

58  51.3 

-0.73 

7  17.5 

1.95 

8.0 

78 


MAY,  1895. 


T. 


OBBEKWIOH  MEAN  TIMB. 

THE  MOON'S  RIOHT  ASCENSION  AND  DECLINATION. 

floor. 

BlghtAMeadoa. 

I>lfti»r 

DMOaallMk 

DiCfer 
iMlnate. 

UOVf. 

BlffbtAtMMfam. 

DHL  ftif 
IMinato. 

DeellMtSoB. 

DliLter 
IMinato. 

WEI 

>NESi: 

>AY  1. 

FRIDAY  8. 

b   «    ■ 

• 

1      0    #    ## 

M 

Una 

• 

•       r       « 

^ 

0 

8  31  mm 

t.4450 

N.33  34  55.3 

10.157 

0 

10  13  55.73 

t.1000 

N.I3  56  39.7 

15.461 

I 

8  34  13.51 

t.440» 

33  14  41.4 

10.309 

1 

10  15    7.43 

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13  41   13.3 

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3 

8  36  38.78 

t.43»l 

33    4  19.0 

10.445 

3 

10  17  18.87 

9.1867 

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I5.S59 

3 

8  3J)    4.73 

t.4i0e 

33  53  48.0 

10.587 

3 

10  19  30.07 

t.1647 

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4 

8  31  30.33 

t.«4l 

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9.1800 

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15.693  ' 

5 

8  3:)  55.61 

9.4M5 

33  33  30.5 

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5 

10  3:)  51.78 

6.1779 

11  38  43.0 

15.758 

6 

8  36  30.55 

t.4190 

33  31  34.3 

11.007 

6 

10  36    3.30 

9.1730 

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7 

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MOTS 

33  10  19.6 

11.145 

7 

10  38  13.60 

9.1007 

II     7    3.5 

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8 

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9.40I7  1 

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11.980 

8 

10  30  33.67 

9.1001 

10  51     8.7 

15.949 

!) 

8  43  33.37 

9.3M9 

31  47  46.0 

11.413 

9 

10  3*2  33.53 

9.1060 

10  35  10.4 

10.000 

10 

8  45  56.97 

9.3900 

31  36  17.3 

11.540 

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10  34  43.18 

9.1599 

10  19    8.7 

10.057 

II 

8  48  30.34 

t.d8Sl 

31  34  40.5 

11.077 

11 

10  36  51.63 

9.1559 

10    3    3.(; 

10.119 

\2 

8  50  43.17 

9.9794 

31  13  55i) 

11.807 

13 

10  39    0.89 

6.1590 

9  46  55.3 

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1.) 

8  5;)    5.77 

9.3738 

31     1     3.6 

11JKI5 

13 

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6.1494 

9  IV>  43.8 

16.917 

14 

8  55  38.03 

9.3689 

30  49    3.7 

19.001 

14 

10  43  18.83 

6.I40S 

9  14  39.3 

16.967 

15 

8  57  4!M)5 

9.3090 

30  36  56.3 

19.180 

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6.1483 

8  58  11.8 

16.316 

10 

i)   0  11.54 

9.3570 

30  34  41.4 

19.310 

16 

10  47  36.03 

6.1404 

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16.363 

17 

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9.3SH 

30  13  19.1 

19.439 

17 

10  49  44.36 

6.1375 

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10.408 

18 

9    4  53.71 

9.3409 

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19.559 

18 

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1!) 

9    7  14.30 

9.3404 

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19.070 

19 

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6.1390 

7  52  34.0 

10.494 

20 

9    9  34JW 

9.3346 

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19.787 

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6.1994 

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9.3909 

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19.903 

31 

10  58  16.05 

6.1900 

7  19  39.8 

10.574 

tw 

9  14  14.07 

9.3938 

19    8  40.9 

13.017 

33 

11     0  33.59 

6.1944 

7    3  54.3 

\tJ6l9 

33 

9  16  33.34 
TH 

9.3180 
URSD. 

N.18  55  36.5 
A.Y  2. 

13.199 

33 

11    3  30.98 
SA 

6.1690 

rURD. 

N.  6  46  16.4 
kY  4. 

10.048 

0 

9  18  53.39 

9.3131 

N.18  43  35.4 

13.940 

0 

11    4  38.33 

6.1106 

N.  6  29  36.5 

16.089 

1 

9  31   10.91 

9.3077 

18  39    7.7 

13.349 

1 

11    6  45.35 

6.1170 

6  13  54.6 

16.715 

3 

9  3:^  39.31 

9.:4093 

18  15  43.5 

13.457 

3 

1 1    8  53.34 

6.1154 

5  56  10.7 

10.747 

3 

9  35  47.18 

9.9900 

18    3  13.9 

13.563 

3 

1 1  10  59.30 

6.1134 

5  39  35.0 

10.770 

4 

9  38    4.84 

9.9917 

17  48  :)6.0 

13.067 

4 

11   13    5.95 

8.1110 

5  33  37.6 

16.804  ; 

5 

9  30  33.19 

9.9805 

17  34  53.9 

13.770 

5 

11   15  13.59 

8.1097 

5    5  48.5 

16.831 

6 

9  33  39.3<2 

9.9813 

17  31     3.6 

13.879 

6 

11   17  19.11 

8.1078 

4  48  57.!) 

16.856 

7 

9  34  55.94 

9.9709 

17    7    8.3 

13.971 

7 

1 1  19  35.53 

6.1006 

4  33    5.8 

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8 

9  37  I3.;i6 

9.9711 

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14.068 

8 

11  31  31.86 

6.1047 

4   15  13.3 

16.909 

\> 

9  3J>  38.47 

9.9000 

16  ;<9    0.1 

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9 

1 1  3.3  38.09 

6.1039 

3  58  17.6 

I6a>99 

10 

9  41  44.<28 

9.9010 

16  34  47.3 

14.960 

10 

1 1  35  44.34 

6.1017 

3  41  21.7 

16.941 

II 

9  43  59.79 

9.9500 

16  10  38.9 

14.353 

II 

1 1  37  50.W 

6.1003 

3  34  34.7 

16.957 

13 

9  46  15.00 

9.9511 

15  56    4.9 

14.445 

13 

11  39  56.38 

9.0001 

3    7  »J.8 

16.979 

13 

9  48  3!».93 

9.9403 

15  41  35.5 

14J^ 

13 

II  33    3.19 

6.0980 

3  50  28.0 

16.987 

14 

9  50  44.55 

9.9415 

15  37    0.7 

14.093 

14 

11  34    8.04 

6.0000 

3  33  28.4 

17.0(10 

15 

9  53  58.!  K) 

9.9307 

15  13  30.7 

14.710 

15 

11  36  ia83 

6.0050 

2  16  38.0 

17U»I9 

U\ 

9  55  13.96 

9.9390 

14  57  35.5 

14.790 

16 

11  38  19.55 

6.0061 

1  59  37.0 

17.091 

17 

9  57  3«;.74 

9.9974 

14  43  45.3 

14.879 

17 

1 1  40  3.5.33 

9M43 

1  43  3.5.5 

17.098 

18 

9  59  40.35 

9.9999 

14  37  .50.0 

14.001 

18 

1 1  43  30.86 

9.0935 

1  35  33.6 

17UK» 

10 

10     1  53.4!» 

9.91  N 

14  13  49.9 

15.049 

19 

1 1  44  3&45 

9.0999 

1    8  31.3 

17.040 

30 

10    4    6.46 

9.9139 

13  57  45.0 

15.190 

30 

II  46  43.01 

9.0993 

0  51  18.8 

17.049 

31 

10    6  19,16 

9.9095 

13  43  35.5 

15.197 

31 

1 1  48  47.53 

9.0017 

0  34  16.3 

17.044 

33 

10    8  31.60 

9.9053 

13  37  31.4 

15.973 

33 

1 1  50  5;i03 

6.0914 

0  17  13.5 

I7JH4 

3.3 

10  10  43.7I> 

9.9011 

13  13    3.8 

I5.n48 

33 

11  53  58.50 

6.0919 

N.  0    0  lOi) 

17.049 

[34 

10  13  55.73 

9.T909 

N.13  5<i  3'J.7 

15.4^1 

34 

11  55    3jr7 

6.0911 

a  0  16  51.6 

17.040 

VL 


MAT,  1895. 


79 


GEBENWICH  MEAN  TIME. 

THR  MOON'S  BIQHT  A30BKSI0K  AKD  DECLIKATIOV. 

Hmu. 

Bt<htAw6inloii. 

DHL  (or 
IBIinato. 

DMllnAUoii. 

Difllfor 
lliinate. 

ffoar. 

BUbtAcoMMlMi. 

DULfor 
IMinato. 

DmUuHm. 

Dili:  for 

IMiDOt*. 

SI 

JNDA^ 

?  6. 

TUESDAY  7. 

b     m     • 

• 

^    0     i    If 

It 

b      B        • 

• 

0          1          M 

tt 

0 

11  55    3i)7 

941011 

S.  0  16  51.6 

i74M0 

0 

13  36  44.73 

9.1738 

S.13  21  43.0 

15.664 

1 

11  57    9.43 

94)909 

0  33  5:^9 

174136 

1 

13  38  55.26 

9.1719 

13  36  43.5 

14.985 

3 

11  59  14.88 

9.0906 

0  50  55.9 

17.099 

2 

13  41    5i)9 

9.1869 

13  51  40.2 

14.906 

3 

12     1  20.33 

9.0909 

1     7  57.4 

17.091 

3 

13  43  16.92 

9.1830 

14    6  32.1 

14.893 

4 

12    3  25.79 

9.0911 

1  24  .58.4 

174)19 

4 

13  45  28.06 

9.1874 

14  21  19.0 

14.739 

5 

12    5  31.26 

9.0013 

1  41  .18.8 

174)09 

5 

13  47  39.41 

9.1919 

14  36    0.8 

14.653 

6 

12    7  36.75 

94)917 

1  .58  58.6 

16.990 

6 

13  49  50.98 

9.1946 

14  50  37.4 

14.S67 

7 

12    9  42.20 

34)091 

2  15  57.6 

16.976 

7 

13  52    3.76 

9.1989 

15    5    8.8 

14.479 

8 

12  11  47.80 

9.0995 

2  32  55.7 

16.960 

8 

13  54  14.76 

9.9619 

15  19  34.9 

14.390 

9 

12  13  5:vk\ 

9.0930 

2  49  52.8 

16.949 

9 

13  56  26.98 

9.9056 

15  33  5.5.6 

14.998 

10 

12  15  58.96 

94)937 

3    6  48.8 

I64»4 

10 

13  58  39.42 

9.9099 

15  48  10.7 

14.906 

II 

12  18    4.61 

94)945 

3  23  43.7 

16.904 

II 

14    0  52.09 

9.9139 

16    2  20.3 

14.119 

12 

12  20  10.30 

94>0&3 

3  40  37.3 

16.889 

12 

14    3    4il8 

9.9168 

16  16  24.2 

14.017 

13 

12  22  16.04 

9.0969 

3  57  29.6 

16.859 

13 

14    5  18.10 

9.9906 

16  30  22.3 

13.919 

14 

12  24  21.84 

9.0979 

4  14  20.4 

16.834 

14 

14    7  31.45 

9.9946 

16  44  14.5 

13.891 

15 

12  26  27.70 

9.0989 

4  31     9.7 

16.808 

15 

14    9  45.04 

9.9984 

16  58    0.8 

13.799 

Hi 

12  28  3:^(52 

94)993 

4  47  .57.4 

16.780 

16 

14  11  58.86 

9.9399 

17  11  41.1 

13.991 

17 

12  ;)0  39.02 

9.1006 

5    4  43.3 

16.750 

17 

14  14  12.91 

9.9301 

17  25  15.3 

13.517 

18 

12  32  45.69 

9.1019 

5  21  27.4 

16.719 

18 

14  16  27.19 

9.9409 

17  38  43.2 

13.419 

19 

12  34  51.84 

9.1033 

5  38    9.6 

16.667 

19 

14  18  41.71 

9.9441 

17  52    4.8 

njsm 

20 

J2  36  58.08 

9.1047 

5  54  49.8 

16.653 

20 

14  20  5&48 

9.9481 

18    5  20.1 

13.901 

31 

12  39    4.40 

9.1061 

6  II  27.9 

16.617 

21 

14  23  11.48 

9.9599 

18  18  28.9 

134)99 

32 

12  41  10.81 

9.1978 

6  28    3.8 

16.579 

22 

14  25  36.73 

9.9560 

18  31  31.2 

19J89 

33 

12  43  17.33 

9.1095 

ONDA 

8.  6  44  37.4 
Y  6. 

16.540 

23 

14  37  42i20 
WEI 

tJOOl 

)NESE 

ai8  44  26.8 

>AY  a 

19.871 

0 

13  45  23.95 

9.1113 

S.  7     1    8.6 

16.500 

0 

14  29  57i« 

9.9049 

S.  18  57  15.7 

19.758 

1 

12  47  30.68 

9.1 131 

7  17  37.4 

16.468 

1 

14  32  ]3.!H) 

9.9089 

19    9  .57.8 

19.645 

3 

12  49  37.52 

9.1149 

7  :J4    3.6 

16.414 

2 

14  34  30.11 

9.9799 

19  22  :».i 

I94kl0 

3 

12  51  44.47 

9.1169 

7  50  27.1 

16.369 

3 

14  36  46..56 

9.9709 

19  35     1.4 

19.413 

4 

12  5:3  5U55 

9.1190 

8    6  47.9 

16.399 

4 

14  39    3.26 

9.9009 

19  47  22.7 

19.995 

5 

12  .55  58.75 

9.1911 

8  2:3    5.8 

16.974 

5 

14  41  20.20 

9.9843 

19  59  mJ6 

19.175 

6 

12  iid    6.08 

9.1^39 

8  39  20.8 

16.995 

6 

14  43  37;J8 

9.9863 

20  11  43.7 

194)54 

7 

13    0  13.54 

9.1956 

8  55  :J2.8 

16.173 

7 

14  45  54.80 

9.9994 

20  23  -43.3 

wsm 

8 

13    2  21.14 

9.1979 

9  II  41.6 

16.190 

8 

14  48  12.47 

9.9966 

20  35  a5.6 

11.610 

9 

13    4  28.89 

9.1303 

9  27  47.2 

16.066 

9 

14  .50  30.:i8 

9.3005 

20  47  20J> 

wsm 

10 

13    6  36.78 

9.1397 

9  43  49.5 

16.010 

10 

14  52  48.53 

9.3045 

20  58  574> 

11.560 

11 

13    8  44.82 

9.1353 

9  .59  48.4 

15.059 

11 

14  55    i\.\n 

93)86 

21   10  27.7 

11.439 

12 

13  10  5:i.02 

9.1379 

10  15  43.8 

15.(«3 

12 

14  57  2.5.55 

9.3I9S 

21  21  49.8 

11.304 

13 

13  13     1.37 

9.1406 

10  31  a5.6 

15.839 

13 

14  59  44.42 

9.3164 

21  33    4.2 

11.175 

14 

13  15    9J9 

9.1433 

10  47  23.7 

15.771 

14 

15    2    3.52 

9.3903 

21  44  10.8 

114H4 

15 

13  17  18.57 

9.1461 

11     3    8.1 

15.707 

15 

15    4  22.m> 

9J949 

21  55    9.5 

10.919 

16 

13  19  27.42 

9.1469 

II   18  48X) 

15.649 

16 

15    6  42.43 

9.3981 

22    6    0.2 

10.779 

17 

13  21  3<i.44 

9.1518 

II  34  25.1 

15.574 

17 

15    9    2.2:< 

9J390 

22  16  43.0 

10.646 

18 

13  2;i  45.(*>4 

9.1548 

11  49  57.5 

15.506 

18 

15  II  2-2.27 

^3368 

22  27  17.7 

10.519 

19 

13  25  55.02 

9.1578  • 

12    5  2.5.7 

15.436 

19 

15  13  42..53 

9.3396 

22  .37  44.2 

10.374 

30 

13  28    4.58 

9.1609 

12  20  49.8 

15.366 

20 

15  16    3.02 

9.3434 

'n  48    2.5 

10.937 

31 

13  30  14;^) 

9.1641 

12  :36    9.6 

15.993 

21 

15  18  23.73 

9.3471 

22  58  I2.t» 

10.008 

22 

13  32  24.27 

9.1673 

12  51  25.0 

15.918 

22 

15  20  44.t>7 

93508 

23    8  I4JJ 

9.958 

33 

13  34  34.40 

9.1706 

13    6  3.5.8 

15.149 

2:3 

15  2:J    5.82 

9.3544 

23  18    7.5 

9.917 

34 

13  36  44.73 

9.1738 

S.  13  21  42.0 

15.064 

24 

15  25  27.19 

9.3580 

s.2:j  27  52;3 

9.676 

80 


MAY,  1895. 


VIL 


OBBBKWIOH  MEAN  TIME. 


THE  MOON'S  BIGHT  ASCENSION  AND  DECLINATION. 


Hoar. 


Right  AMonskm. 


Diltfor 
1  Minute. 


DeoUnatiott. 


DUCfor 
1  Minute 


Blfbt 


DUE  for 
1  Minnie. 


DeoUnayoB. 


Diftfbr 
1  Minute. 


0 
1 
2 
3 
4 

6 
7 
8 
•9 
JO 
II 
12 
13 
14 
15 
16 
17 
18 
19 
20 
21 
22 
23 


0 
I 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

10 

17 

18 

19 

20 

21 

22 

23 

24 


THUESDAY  9. 


h  HI 

15  25 
15  27 
15  30 
15  32 
15  34 
15  37 
15  39 
15  42 
15  44 
15  46 
15  49 
15  51 
15  5:i 
15  56 
15  58 


16 
16 
16 
16 
16 
16 
16 
16 


1 

3 
6 
8 
10 
13 
15 
18 


16  20 


• 

•        1 

27.19 

8.9580 

48.78 

9.9815 

10.57 

•  9  J849 

32.57 

9.3881 

54.78 

9.3717 

17.18 

9J7S0 

39.78 

9.3783 

2.58 

9.3815 

25.56 

9.3646 

48.73 

9^77 

12.08 

9.3808 

35.60 

9.3035 

59.30 

9.9064 

23.17 

9.9002 

47.20 

9.4018 

11.38 

9.4043 

35.72 

9.4060 

0.21 

9.4004 

24.85 

9.4U7 

49.62 

9.4139 

14.52 

9.4161 

39.55 

9.4189 

4.70 

9.4901 

29i)6 

9.49W 

S.23 
23 
23 
23 
24 
24 
24 
24 
24 
24 
24 
25 
25 
25 
25 
25 
25 
25 
25 
26 
26 
26 
26 

S.26 


27  52.3 
37 
46 
56 

5 
14 
2:J 
32 
40 
49 
57 

5 
13 
21 
28 


28.6 
56.2 
15.1 
25.3 
26.8 
19.5 

3.3 
38.1 

3.9 
20.6 
28.3 
2(>.8 
16.1 
56.2 
36  27.0 
43  48.5 

0.6 

3.4 
56.7 
40J> 
14.8 
39.5 


51 
58 
4 
11 
18 
24 


30  54.6 


FRIDAY  10. 


16  22 
16  25 
16  27 
16  30 
16  32 
16  a*! 
16  37 
16  39 
16  42 
16  44 
16  47 
16  49 
16  52 
16  54 
16  56 
16  59 


17 
17 
17 
17 
17 
17 
17 
17 


I 
4 

6 
9 
II 
14 
16 
18 


17  21 


55;m 

9.4938 

20.82 

9.4955 

46.40 

9.4270 

12.06 

9.4984 

37.81 

9.4998 

3.64 

9.4319 

29.55 

9.4393 

55.52 

9.4333 

21.55 

9.4349 

47.63 

9.4350 

13.75 

9.4357 

39.91 

9.4363 

6.11 

9.4368 

32.33 

9.4379 

58.57 

9.4374 

24.82 

9.4376 

51.08 

9.4376 

17.3:  J 

9.4374 

4.3.57 

9.4379 

!>.79 

9.4368 

a5.*l9 

9.4364 

2.16 

9.4358 

28.29 

9.4351 

54.37 

9.4349 

20.40 

9.4333 

S.26  37  0.2 
26  42  56.1 
26  48  42.3 
26  54  18.9 

26  5!)  45.8 

27  5  2.9 
27  10  10.2 
27  15  7.7 
27  19  55.5 
27  24  3:^.5 
27  29  1.6 
27  3:J  19.9 
27  37  28.4 
27  41  27.0 
27  45  15.7 
27M8  54.6 
27  52  23.6 
27  55  42.6 

27  58  51.8 

28  I  51.1 
28  4  40.5 
28  7  20.1 
28  9  49.8 
28  12    9.6 

S.28  14  19.6 


It 

0.676 
0.533 
9..188 
9.943 
0.098 
8.069 
8.804 
8.655 
8.505 
8.354 
8.903 
8.051 
7.808 
7.745 
7.581 
7.436 
7.980 
7.194 
6.067 
6.809 
6.651 
6.499 
6.339 
6.179 


6.019 
5.851 
5.690 
5.599 
5.366 
5.903 
5.040 
4.878 
4.715 
4.551 
4.387 
4.993 
4.059 
3.894 
3.730 
3.566 
3.400 
3.935 
3.071 
9.906 
9.749 
9.577 
9.419 
9.948 
9.085 


0 
I 
2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 
I 

2 
3 
4 
5 
6 
7 
8 
9 
0 
I 

2 

3 

4 

5 

6 

7 

8 

9 

20 

21 

22 

23 

24 


SATUBDAY  II. 


li  ra 
17  21 
17  23 
17  26 
17  28 
17  31 
17  33 

17  a5 

17  38 
17  40 
17  43 
17  45 
17  48 
17  50 
17  52 
17  55 
17  57 


18 
18 
18 
18 
18 
18 
18 
18 


0 

2 

4 

7 

9 

12 

14 

16 


• 

• 

20.40 

9.4333 

46.37 

9.4399 

12.27 

9.4311 

38.10 

9.4908 

3.85 

9.4984 

29.51 

9.4967 

55.06 

9.4950 

20.51 

9.49S3 

45.86 

9.4915 

11.09 

9.4195 

3a20 

9.4173 

1.17 

9.4150 

26.00 

9.4196 

50.68 

9.4109 

15.22 

9.4077 

39.60 

9.4050 

3.82 

9.4099 

27.86 

9.3099 

51.72 

9.3961 

15.39 

9.3030 

38.88 

9.3808 

2.17 

9.38K 

25.26 

9.3831 

48.14 

9UI705 

8.2§ 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 

8.28 


14 
16 
18 
19 
21 


19.6 
19.8 
10.1 
50.5 
21.1 

22  42.0 

23  53.1 

24  54.5 

25  46.1 

26  28.0 

27  o;i 

27  22.9 
27  a5.8 
27  39.1 
27  32.9 
27  17.1 
26  51.8 
26  17.0 
25  32.8 
24  39.2 
23  36.2 
22  23.8 
21  2.2 
19  31.3 


SUNDAY  12. 


18  19 
18  21 
18  23 
18  26 
18  28 
18  31 
18  33 

18  a5 

18  38 
18  40 
18  42 
18  45 
18  47 
18  49 
18  52 
18  54 
18  56 
18  58 


19 
19 
19 
19 


1 

3 
5 

8 


19  10 
19  12 
19  14 


10.80 

9.37S0 

33.24 

9.3799 

55.46 

9.3663 

17.44 

9.3643 

39.18 

9.3003 

0.68 

9.3563 

21.94 

9.3999 

42.94 

9.3478 

3.68 

9.3434 

24.15 

9.3380 

44..% 

9.3345 

4.29 

9.3990 

23.95 

9.3953 

43.33 

9.3906 

2.42 

9.3157 

21.21 

9.3108 

39.71 

9.3069 

57.92 

9.3000 

15.82 

9.9958 

aui 

9.9907 

50.70 

9.9866 

7.68 

9.9809 

24M 

9.9750 

40.68 

9.9007 

56.71 

9.9644 

3.28 
28 
28 
28 
28 
28 
28 
28 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
26 

8.26 


17  51.2 
16  1.9 
14  3.5 
11  5ai 
9  39.7 


7 

4 

1 

59 

56 

52 


14.2 
39.8 
56.6 
4.5 
3.6 
54.0 
49  35.7 
46  8.8 
42  3a3 
38  49.3 
34  56.9 
30  56.0 
26  46.8 
22  29.3 
18  3.6 
13  29.7 
8  47.7 
3  57.7 
58  59.6 
53  53.6 


1.991 
1.756 
1.599 
l.«9 
1.S67 
1.104 
0.941 
0.779 
0.618 
0.457 
0.996 
-  0.135 
••-  0.094 
0.183 
0.349 
0.001 
0.658 
0.815 
0.979 
1.198 
1.983 
1.438 
1.509 


1.745 
1.807 
9.048 
9.196 
9.349 
9.499 
9.647 
9.794 
9.941 
3.087 
3.999 

3.:m 

3.590 
3.609 
3.803 
3.944 
4.064 
4.999 
4.360 
4.497 
4.639 
4.767 
4J01 
5.094 
5.166 


vm. 


MAY,  1895. 


81 


GBBBNWIOH  MB  AN  TIME. 

THB  MOON'S  RIGHT  AA0RN8ION  AND  DECLINATION. 

B««r. 

Difllfor 
IMlBato. 

I>«OliMttOB. 

Difllfor 
IMhiate 

Boor. 

Bi||btA«seMioa. 

Dilt  for 
1  llinalo. 

DoeliiwUoii. 

IMA  for 

1  UiDiito. 

M< 

JNDA^ 

i  18. 

• 

WEDNESDAY  15. 

0 

19  J4  56.71 

• 

t.9i44 

8.3d  53  53^6 

ft.ioe 

0 

b    III      • 

30  57    3J58 

• 
IJ999 

8.3^34   I3.I 

0f 
16.954 

1 

19  17  13.41 

t.9lii 

36  48  :«>.7 

5.906 

1 

30  59    3iM 

1.9870 

30  33  54.4 

16.335 

9 

19  19  37.78 

S.9U4 

36  43  lai 

0.495 

3 

31     1    3.03 

tJ6l8 

30  13  31.9 

16.415 

3 

li»  31  43.83 

9.9«7f 

36  37  48.7 

5.554 

3 

31    3    0.77 

1.9767 

30    3    4.6 

10.495 

4 

19  33  57J53 

«.94t4 

36  33  11.6 

5.689 

4 

31     4  5i».33 

1.9716 

19  .53  33.5 

10.573 

5 

19  36  1IJ)I 

%s9m 

36  36  36.9 

5.806 

5 

31    6  57.:W 

1.9665 

19  41  .5.5.8 

10.656 

6 

19  38  35i)5 

9.»lt 

36  30  MM 

5JI94 

6 

31     8  55.30 

1.9616 

19  31   14.5 

16.797 

7 

19  30  39.66 

fi.«se 

36  14  34.8 

6U»56 

7 

31   10  .53.75 

1.9667 

19  30  38.6 

10.809 

8 

19  33  5:).03 

9.91W 

36    8  37.6 

6.189 

8 

31   13  50.00 

1.9518 

19    9  :w.3 

10.877 

!l 

19  35    6.04 

9.9IM 

36  3  lao 

6.304 

9 

31   14  46.!m 

1.9469 

18  .58  43.4 

10.050 

10 

19  37  18.73 

9.9094 

35  55  51.1 

6.490 

10 

31  16  4:^63 

1.9499 

18  47  44.3 

114M3 

II 

19  39  31.05 

9.9097 

35  49  33.0 

6.S45 

II 

31   18  40.03 

1J974 

18  36  40.6 

11.006 

\2 

19  41  43.04 

9.l96i 

35  43  45.7 

6.664 

13 

31  30  3<II3 

1.9397 

18  35  33.7 

11.167 

13 

19  43  54.<« 

9.1911 

35  36    3.3 

6.789 

13 

31  33  3I.!M 

1.9981 

18  14  30.5 

11.937 

14 

19  46    5.97 

9.1954 

35  39  11.8 

6.000 

14 

31  34  37.49 

IJWM 

18    3    4.3 

UJ3M 

15 

19  48  16.93 

9.1796 

35  33  14.3 

7U)I0 

15 

31  36  33.77 

1.9190 

17  51  43.8 

11.374 

Id 

19  50  37.51 

9.1737 

35  15    94^ 

7.131 

16 

31  38  17.77 

1.9145 

17  40  19.3 

11.449 

17 

19  53  37  J6 

9.1079 

35    7  58.6 

7.944 

17 

31  30  13.51 

1.9109 

17  38  50.8 

1I.&09 

18 

19  54  47.66 

9.1091 

35    0  40.6 

7J67 

18 

31  33    6il9 

1.9058 

17  17  18.3 

11.576 

19 

19  !i6  57J2I 

9.1509 

34  ^*)  15.8 

7.469 

19 

31  34     1.31 

1.9015 

17    5  41.7 

IIUMO 

30 

19  59    a40 

9.I50S 

V4  45  44.3 

7.679 

30 

31  a5  .5.VI7 

1.8979 

16  .54     1.4 

11.704 

31 

30    1   1.5.34 

9.1444 

34  38    6.3 

7.688 

31 

31  IY7  48.88 

1.8931 

16  43  17.3 

11.767 

23 

30    3  33.73 

9.1386 

34  30  31.7 

7.797 

33 

31  39  43.34 

14«90 

W  30  3!^.3 

1IU0O 

33 

30    5  31^ 
TU 

9.1397 

ESDA 

8.34  33  30.6 
Y  14. 

7JN5 

33 

31  41  a5J)6 
THl 

1.8849 
JBSD^ 

8.16  18  37.6 
LY  16. 

11.899 

0 

30    7  39.66 

9.1906 

8.34  14  33.1 

MM 

0 

31  43  88.53 

1.8806 

8. 16    6  43J2 

11.953 

1 

30    9  47.09 

9.1910 

34    6  39.3 

8.116 

1 

31  45  31.36 

1.8766 

15  .54  43.3 

19J)I3 

3 

30  II  54.18 

9.1159 

33  .58  19.3 

ejai 

3 

31  47  13.76 

1.8731 

15  43  40.6 

19.079 

3 

30  14    0.93 

9.1094 

3:}  50    3.8 

8394 

3 

31  49    6.04 

I.86M 

15  :K)  34.5 

19.131    , 

4 

30  16    7.31 

9.1030 

3:)  41  40J) 

8.496 

4 

31  50  58.0i) 

1.8657 

15  18  34.9 

19.169 

5 

30  18  13.35 

9.0078 

3;)  33  11.7 

8.597 

5 

31  53  49.ini 

1.8619 

15    6  11.8 

19.947 

B 

30  30  19.04 

%Mm 

33  3^  37.1 

8.697 

6 

31  .54  41.53 

IMm 

14  5.)  .55;) 

1930 

7 

30  33  34.39 

9.0809 

3:i  15  .56JS 

8.796 

7 

31  .56  33.91 

1.8547 

14  41  .355 

19.358 

1     8 

30  34  39.39 

94)804 

3:i    7  10.0 

8.894 

8 

31  58  34.09 

1.8513 

14  39  13.3 

19.413 

9 

30  36  :i4.04 

9U>747 

33  .58  I7.(» 

8JKtt 

9 

33    0  1.5.07 

1.8479 

14   16  45i> 

19.467 

10 

30  38  38.35 

9UM90 

33  49  19.4 

9.017 

10 

33    3    .5.84 

1.8445 

14     4  16.3 

19.590 

Jl 

30  30  4^33 

9.063S 

33  40  15.6 

9.1  II 

II 

33    3  56.4 1 

1.8413 

13  51  4a5 

19.579    ' 

13 

30  33  4.5i>5 

9Mn 

33  31     6.1 

9.905 

13 

32    5  46.79 

1.8381 

13  :W    7.6 

19.694 

13 

30  34  49.34 

9U)M0 

33  31  5I.U 

9.996 

13 

33    7  3(».'.>8 

I.t049 

13  36  38.6 

19.675 

1  J4 

30  36  .53.19 

9.0464 

33  13  30.4 

9.390 

14 

3-2    9  36.!  »8 

1.8317 

13  13  46.6 

19.795 

15 

30  38  54.81 

9UM0e 

33    3    4.3 

9.48i 

15 

33  II   16.79 

1.8987 

13     1     1.6 

19.775 

16 

30  40  57.09 

9.0369 

31  5:)  33.6 

9JV7i 

16 

33  13    6.43 

1.8958 

13  48  i:).6 

19.894 

1   17 

30  43  59.04 

9.0997 

31  43  55.7 

9.659 

17 

32  14  5.5.H8 

1.8930 

13  a5  33.7 

19.871 

!  18 

30  45    0.66 

9.0949 

31  34  13.5 

9.747 

18 

33  16  4.5.18 

1.8909 

13  33  3l».0 

19.918 

19 

30  47     1.95 

9.0180 

31  34  3(>.l 

9.834 

19 

33  18  34;il 

1.8174 

13    9  .33.5 

19J65 

30 

30  49    3i)3 

9.0134 

31  14  au 

9.091 

30 

33  30  3:i37 

1.8147 

1 1  .5^5  3:^.3 

130)19   1 

31 

30  51     3JS6 

9.0080 

31     4  3.*».6 

10.005 

31 

33  33  13.07 

1.RI9I 

II  43  31.1 

ixtan  ' 

,  23 

30  53    3.88 

9UW97 

30  .54  :«.8 

10.080 

33 

33  34    0.73 

IJM96 

1 1  :m)  3<;.3 

13.109 

33 

30  55    3.89 

IJW7S 

30  44  34.9 

10.179 

33 

33  35  49.3:J 

1.8079 

11    17  18.9 

1X145 

34 

30  57    3.58 

1.0999 

8.30  :m  13.1 

10.954 

34 

33  37  37..59 

1.8048 

8.11     4     8.9 

1X186 

82 


MAT.  1896l 


IX. 


4  ,i,K 


WICH  MBAS  JUUL 


0 
I 
2 

4 

7 
8 
f> 
10 
II 
12 
V4 
M 
15 
16 
17 
18 
IJ> 

H 
*-« 

•21 


FBIDAT  n. 

6 

lb    9      •      I 

•      1 

aif  /  €& 

1 

»S9  2Sj^t 

MSiSSul 

a 

»ai  ia8D 

MHt 

M:I7  4U2 

:5 

»Zi    IM 

um 

iodi2a5 

4 

32  .14  4l>i» 

tstm 

N  II  aLi> 

S 

a^.-ws  z:j» 

!.:•• 

9  57  4L2 

^ 

^TSa  HSH 

i:38ii 

»44  ML4 

7 

2^40  1X40 

uplift 

9  30«)U2 

8 

2^  41  S^Jfi 

IJWf 

9  17  K>-& 

*> 

S$  4^470)1 

I.3M7 

9    34&2 

10 

22  45:U.I« 

umm 

8  50  I4l4 

II 

»  47  31^1 

umm 

8  9S3&4 

11 

2s^4»  am 

U9m 

8»    flul 

13 

22  5M)  s^m 

umm 

8    9  2011 

14 

22  i52  4lja2 

unm 

7  55  37^ 

ir> 

22  34  aa52 

urm 

741  5a7 

it> 

22  iW>  15.15 

uTjm 

7  28    7j6 

17 

22  58     IJI 

unst, 

7  14  19^ 

18 

22  5U  4^21 

utm 

7    029LS 

K# 

^)    1  :i4>s 

LTXK 

6  46  37  J 

i» 

23    a2li» 

i:n» 

6  32  41.1 

21 

25    5    7^35 

urm 

6  18  4a8 

^ 

m  6^\m 

unm 

6    4  51^ 

9S 

n    8  2UJ&7 

unm 

191  5  50  53L1 

SATURDAY  la 


21 
23 
23 
23 
23 
23 


10 
12 
13 
15 
17 
19 


23  21 
23  22 
23  24 
23  26 
2:1  28 
23  211 
23  31 
23  m 
2:1  35 
2J  :VJ 
21  38 
23  40 
23  42 
Zi  44 
23  45 
'Zi  47 
2:1  4!> 
2;*  51 
2:j  52 


2Rfl7 
12.23 

5e;?7 

44.48 
30J>7 
16.65 

2.72 
48  J8 
Z4M 
20il0 

6J/7 
53L05 
3!M5 
25J27 
IU2 

57>;o 

4^82 

30.08 

^73 
45M4 

:r»>>i 

22.14 

8.75 

55.43 


1; 
I* 


«. 


1.1 
1.1 

1.9177 
IJV77 

I.TITf 


1.: 
I.: 
1.^ 
I.: 

I.77M 

U7m 

L.77I4 
l.7»l 

t.7at 
ijim 
unm 
unm 
urrji 

1.7787 


5 

5 
5 
4 
4 
4 
4 
3 
3 
3 
3 
3 
2 
2 
2 
2 
I 
I 
1 
I 
0 


N. 


36 
22 
8 
54 
40 
26 
12 
58 
43 
2t» 
15 
I 
46 
S2 
18 
3 
49 
35 
20 
6 
52 
0  37 
0  23 
0  8 
0  5 


r 


SO  J  I 

47.2 

42.2' 

35J! 

27.7  1 

18.4) 

77 
557 
4^4 
27i> 
125 
55.4 
37  J» 
I8J5 
58.4 
37.4 
15.4 
52.5 
28.7 

4.2 

38.y 

12.9 
46.2 
41.2 


OLSIT 


ELM? 


M.J7I 
14JH 
MJtl 
UAH 
MJC7 
4.1V 
4JI1I 


4J71 


4.374 


14.4M 
4.4U 
4.487 


2 

3 

4, 

5 

6 

7 

8 

9 
10 
II 
12 
13 
14 
IS 
16 
17 
18 
19 
20 
21 
^ 
23 


4.4SI 


0 

I 

2 
3 
4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


sinn>AT  19L 


k    * 


93  »  SSja     unm  PC.  0 


I      28 


23 
» 

0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 


12.11 


54  4aj9 

5*>  29iB 
58  I5J)I> 

0  2L299 

1  511111 
3 
5 
7 
8 

10 

I2  33lI7[ 

14  23LII 

16  11.19 

17  S>.43 
19  47  J9 
21  3HJI1 
23  2ty9 

25  i:i8;i 

27    2:83 

28  sau)! 

30  41^ 
32  30L91 
34  20^61 


0 
0 

1 
1 
1 
I 

2 
2 
2 
2 
2 
3 
3 
3 
3 
4 
4 
4 
4 
5 
5 
N.  5 


5  4U 
20  9J2 
3t  377 
49    «l7 

336L2 
18  «LI 
32  31x3 
47    «L9 

I  377 
16    8.8 

30  4ai 

45  IIJS 
59  43L0 
14  14.6 
28  46LI 
43  I7j6. 
57  4!U). 
I2  20L2 
26  5IJ2 
41  2IJ» 
55  52.4  j 
10  23L5, 
2t  5911  I 
39  2IJ3 


MOXDAY  20. 


0 
0 
0 
0 
0 
0 
0 
0 
0 
0 


36 
38 
39 
41 
43 
45 
47 
49 
50 
.52 
0  51 
0  56 
0  58 
0 


1 
I 
I 
1 
1 
I 
1 
1 
I 
I 
I 
1 


2 
4 

5 
7 
9 
II 
13 
15 
17 
19 
21 


I0L55 

0.66 

41.41* 
3^.22 
2117 
14.0 

572 
57.:M 
49J20 
41.30 
:«.64 
26,  J3 
19.08 
12.19 

5J56 
59.20 
53.12 
47^11 
4l.7l» 
36.56 
31.62 
26.96 
22.65 
18.62 


Lns  IN.  5 

6 

6 

6 

6 

7 

7 

7 

7 

8 

8 

8 

8 

9 

9 

9 

9 

9 

10 

10 

10 

10 

11 

II 

N.ll 


.0744 


umn 


.SIM 

st^  i 


53  500 
8  l&l 
22  45l5 
37  123 
51  38.4 

6  a6 

20  28.0 
34  5IJ5 
49  14.0 

3  35.5 
17  55i) 
:r2  15.1 
46  3:1.1 

0  49il 
15  5J3 
29  I9J3 
43  3li» 
57  42i) 
11  52.;l 
26    0.0 

40  ai 
51  ia4 

8  12i» 

22  ia4 

36  11.9 


14.471 
14.49 
14.4*7 


14JM 
14J4r7 
I4.&»    I 
I4JSM 
I 


14-591 


14.594 


14.518 
14.514 
I4.&I0 
14.5K 
14.4n 
I4.4M 


4.413 


4.441 
4.497 
4v4l3 


4.383 

4.3C7    j 

i 


4J1t 


4J»I5 


4.107 
4.l7t 
4.143 
4.11ft 
4.067 
4.167 
4.09ft 


3.9S6 


,   ^  L      J» 


X 


MAT,  1895. 


83 


OBBBNWIOH  MEAN  TIMB. 


THE  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 


RIgklAtOMMioii, 


Dlftlbr 
IMiantoJ 


DeoUiMktloii. 


Difllfbr 
1  MinateJ 


Hoar. 


BiffbtAtOMMioii. 


DIfllfor 
IMlaato. 


DeoIiDtttloD. 


DIfllfor 
1  Ulvato. 


0 

1 

3 
3 
4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


TUB8DAT  21, 


h    m 

1  21 
1  23 
I  25 
I  27 
]  29 
I  31 
1  33 
1  34 
1  36 
1  38 
I  40 
1  42 
1  44 
I  46 
I  48 
I  50 
I  52 
1  55 
1  57 

1  59 

2  I 
2  3 
2  5 
2  7 


• 

• 

18.62 

I.9SM 

N.l 

14.90 

1.9407 

11.50 

IJ401 

8.43 

1.961ft 

5.68 

1.9500 

3.26 

1J094 

1.17 

IJ880 

59.42 

1.9737 

58.02 

IJ798 

56„«^7 

IJ866 

56.28 

1.9914 

55JM 

1.9073 

55.96 

9UW34 

.56.35 

94M06 

57.11 

9U)I58 

58.25 

90091 

59.77 

9.098ft 

1.67 

9.0348 

3.95 

9.9419 

6.m 

9.0478 

9.69 

94)549 

13.17 

9UWI3 

17.05 

%MBl 

21.34 

94r74ft 

N.I 

I 
I 

2 
2 
2 
2 
2 
3 
3 
3 
3 
4 
4 
4 
4 
5 
5 
5 
5 
5 
6 
6 
6 
6 


36 
50 
4 
17 
31 


ll'jD 


8.4 
2.7 
54.8 
44.6 
45  32.1 
59  17.1 
12  59.6 

26  39.6 
40  16.9 
53  51.5 

7  23.2 
20  52.1 
34  18.1 
47  41.0 

I  0.7 
14  17.2 

27  30.5 
40  40.4 
53  46.9 

6  49.8 
19  49.1 
32  44.7 
45  363 


WEDNESDAY  22. 


0 

2    9 

1 

2  11 

2 

2  13 

3 

2  15 

4 

2  17 

5 

2  19 

6 

2  22 

7 

2  24 

8 

2  26 

9 

228 

10 

330 

11 

2  32 

12 

2  34 

13 

2  37 

14 

239 

15 

2  41 

16 

243 

17 

2  45 

18 

2  48 

19 

2  50 

20 

2  52 

21 

2.54 

22 

2  56 

23 

259 

24 

3    1 

2a03 

9.9817 

31.14 

9.0687 

36.1.7 

9.0957 

42.62 

9.1097 

49.00 

9.1098 

55.80 

9.1109 

3.03 

9.1949 

10.70 

9.131ft 

18.81 

9.1388 

27.35 

9.1401 

36.34 

9.1539 

45.78 

9.1019 

55.66 

9.106ft 

6.00 

9.1701 

16.79 

9.1838 

28.03 

9.1919 

39.73 

9.1989 

51.90 

9.9006 

4.53 

9J9I43 

17.6*^ 

9.9991 

31.18 

9.9999 

45.21 

9.93n 

59.70 

9.9454 

14.66 

9.9533 

30.10 

9.969 

N.16 
17 
17 
17 
17 
18 
18 
18 
18 
18 
19 
19 
19 
19 
19 
20 
20 
20 
20 
20 
20 
21 
21 
21 

N.2I 


I 

13 
26 
38 
50 

2 
14 


58  24.4 
11  8.3 

23  48.2 
36  24.0 

48  55.5 
22.7 
45.4 

:i6 
17.2 
26.2 
30.3 
29.5 
26  23.7 
38  12.8 

49  56.8 

1  a5.5 

13  8.9 

24  3a7 
35  58.9 
47  15.5 
58  263 

9  31.2 
20  30.1 
31  2:}.0 
42  9.7 


I9JS8 
I3JW3 
13.887 
13.849 
13.811 
13.771 
13.799 
13.687 
13.644 
13.599 
13.509 
13.505 
13.457 
13.407 
13.360 
13.309 
13.948 
19.193 
13.137 
13.078 
134)18 
19.997 
19.69ft 
19.811 


19.765 
19.098 
19.631 
19.561 
19.489 
19.416 
19.341 
19.965 
19.188 
19.109 
19.097 
11.945 
11.861 
11.776 
114)80 
11.601 
11.510 
11.417 
11.393 
11.998 
11.131 
114)39 
10.939 
I0.8M 
10.796 


0 

1 

2 
3 
4 
5 
6 
7 
8 
9 
0 
1 
2 
3 
4 
5 
6 
7 
8 
9 
20 
21 
22 
23 


0 

I 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

i:) 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


THUBSDAT  23. 


k 

3 
3 
3 
3 
3 
3 
3 
3 
3 


I 

3 

6 

8 

10 

12 

15 

17 

19 


3  22 
3  24 
26 
29 
31 
dri 
36 
38 
41 
43 
45 
48 
50 
53 
55 


3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 


• 

■ 

30.10 

9.9619 

46.01 

9.9681 

2.:W 

9.9789 

19.24 

9.9648 

36..57 

9.9997 

54.:i7 

9.3007 

12.65 

9.3086 

31.40 

9.3165 

.50.(« 

9.3944 

io.:o 

9.3399 

30..50 

9.3401 

51.14 

9.3480 

12.26 

9.3559 

:«.e5 

9.3637 

55.91 

9.3715 

18.43 

9JI799 

41.42 

9.3879 

4.87 

9.3947 

28.79 

9.4095 

5;il7 

9.4101 

18.00 

9.4177 

4:i29 

9.4959 

9.03 

9.4397 

a5.22 

9.4409 

W.21 
21 
22 
22 
22 
22 
22 
22 
23 
23 
f&i 
23 
23 
23 
24 
24 
24 
24 
24 
24 
24 
25 
25 

N.25 


24 
34 


4 
14 


42    ^.7 

52  50.1 

3  24.1 

13  51.6 

12.5 

26.7 

44  34.2 
54  34.7 

28.2 
J4.7 
23  .5,3.9 
3:^  25.8 
42  50.3 
52  7.3 
16.6 
I8J2 
Mil 
27  57.7 
36  35.5 

45  5.1 
5;^  »>.5 

I  :tt>.5 

9  44.1 

17  40.1 


I 

10 
19 


358 


4 

4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 


0 

2 

5 

7 

10 

12 

15 

17 

20 

22 

25 

27 

:jo 

32 

a5 

38 
40 
43 
45 
48 
50 
.53 

5^; 

58 


FRIDAY  24. 


INA5 
25 
25 
25 
25 
26 
26 
26 
2ii 
2(> 
2(1 
2«i 
26 
26 
26 
27 
27 
27 
27 
27 
27 
27 
27 
27 

N.27 


i.a5 

9.447ft 

28.92 

9.4548 

56.43 

9.4099 

24.38 

9.4094 

52.76 

9.4765 

2IJW 

9.4834 

50.77 

9.4903 

20.40 

9.4979 

50.44 

9.5041 

20.89 

9.5107 

51.73 

9.5179 

22.!»6 

9.5937 

54.58 

9.5309 

26..58 

9.5364 

58.95 

9.5496 

3I.61» 

9.5487 

4.79 

9.5546 

38.24 

9.5604 

12.04 

9.5669 

46.18 

9J7I7 

20.65 

9.5771 

55.43 

9.5894 

30.,5.3 

9.5«r76 

5  94 

9.5996 

41.64 

9.5074 

25  27.5 
ai    6.1 

40  35.9 
47  56.8 

8.6 
IIJ3 

4.7 
48.8 
23.5 
48.8 

4.4 
10.3 

G^ 
5*.8 
29.1 
5.5.4 
11.6 
17.6 
13.3 
.58.7 
28  ai.6 
92  58.0 
37  11.8 

41  14i) 
45    7.4 


55 
2 

9 
15 
22 

28 

a5 

41 
47 
52 
58 
3 
9 
14 
19 


10.796 

10.690 

10.519 

10.403 

10.993 

10.181 

104)67 

9.950 

9.833 

9.714 

9.593 

9.470 

9.346 

9.919 

94191 

8.961 

8.899 

8.607 

8.569 


8.987 
8.147 
84)0ft 
7.889 


7.717 

7..*»70 

7.499 

7.979 

7.191 

6.967 

6.819 

6.657 

6.509 

6.341 

6.179 

64)17 

6.854 

5.668 

ft.599 

ft.354 

6.185 

ft.914 

4.849 

4.669 

4.494 

4.318 

4.141 

9.9C3 

S.78ft 


84 


MAT,  1895. 


XL 


OBBBNWIOH  MBAN  TIMB. 


THE  MOON'S  RIGHT  ASCBHSION  AND  DECLINATION. 


Hoar 


Right  ▲sMntioD. 


Di£f«r 
llCinateJ 


Deoliii*tioa« 


DiiCfor 
llfiBOte 


0 
I 

2 
3 
4 
5 

6 
7 
8 
9 
10 
II 
1^ 
13 
14 
15 
10 
17 
18 
19 
•^0 
21 
2-2 
23 
24 


SATURDAY  25. 


h     m      • 

•       1 

O         1 

0 

4  58  41.64 

9.5874 

N.27  45 

I 

5    I  17.6:* 

9.6039 

27  48 

2 

5    3  53.90 

9.«0«7 

27  52 

3 

5    6  30.44 

9.6119 

27  55 

4 

5    9    7.24 

9.6154 

27  58 

5 

5  11  44.29 

9.6195 

28    1 

6 

5  14  21..58 

9.6334 

28    4 

7 

5  16  59.10 

9.6979 

28    7 

8 

5  19  36.84 

9.6306 

28    9 

9 

5  22  14.80 

9.6343 

28  II 

to 

5  24  .52.96 

9.6376 

28  13 

11 

5  27  31.31 

9.6406 

28  15 

12 

5  30   9.ai 

9.6434 

28  17 

13 

5  3*2  48..52 

9.6469 

28  18 

14 

5  .^5  27.38 

9.6469 

28  20 

15 

5  38    6;i9 

9.6513 

28  21 

16 

5  40  45.53 

9.6534 

28  22 

17 

5  43  24.80 

9.6555 

28  22 

18 

5  46    4.19 

9.6573 

28  23 

19 

5  48  43.68 

9.6590 

28  23 

20 

5  51  23.27 

9.6605 

28  2:) 

21 

5  54    2.94 

9.6617 

28  23 

22 

5  56  42.68 

9.6698 

28  23 

23 

5  59  22.48 

9.6637 

N.28  22 

f.4 
49.1 
Vd^ 
39.8 
48.7 
46.6 
33.4 
9.0 
33.5 
46.7 
48.6 
3J).2 
18.4 
46.2 
2.5 
7.3 
0.6 
42.3 
12.4 
30.9 
37.8 

3ai 

16.7 
4a6 


m 
3.785 

3.604 

3.499 

3.940 

3.067 

9.879 

9.687 

9.501 

9Jii4 

9.196 

IJI37 

1.748 

1.558 

1.367 

1.176 

0.964 

0.791 

0.598 

0.406 

0.919 

4-0.018 

-0.176 

0.371 

t.566 


H«ar, 


SKbtA«>.Mk».  i»i»  J>^ 


DecUnatlon. 


Di£  for 
1  Minute 


6 
6 
6 
6 
6 
6 
6 


2 
4 

7 
10 
12 
15 
18 


6  20 
6  %l 
6  26 
6  28 
6  31 
6  34 
6  3(i 
6  39 
6  41 
6  44 
6  47 
6  49 
6  52 
6  55 
6  .57 


7 

7 
7 


0 
3 
5 


SUNDAY  26. 


N.2d 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 

N.27 


2.33 

9.6645 

42.22 

9.6651 

22.14 

3.6654 

2.07 

9.6656 

42.01 

3.6657 

21.95 

9.6654 

1.86 

3.6649 

41.74 

941644 

21..5J> 

9.6637 

1.39 

3.6638 

41.13 

96617 

20.79 

3.6603 

0.:i7 

3.6589 

mm 

3.6573 

19.24 

8Ut554 

.58.51 

3UI534 

:i7.65 

9.6513 

16.66 

3.4490 

55..53 

9.6465 

34.24 

9.64.38 

12.79 

3.6410 

51.16 

3.6380 

29;i5 

8.6349 

7..35 

9.6317 

45.15 

9.6383 

0 

I 

2 
3 
4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


22    8.8 

0.761 

0 

21   17.3 

0.966 

1 

20  14.1 

1.151 

2 

18  59.2 

1.346 

3 

17  32.6 

1.541 

4 

15  54.3 

1.737 

5 

14    4.2 

1.939 

6 

12    2.4 

9.137 

7 

9  49.0 

9.391 

8 

7  23.9 

9.516 

9 

4  47.1 

9.710 

10 

1  58.7 

9.903 

II 

58  58.7 

3.007 

12 

55  47.1 

3.990 

13 

52  23.9 

3.4» 

14 

48  49.2 

3.674 

15 

45    3.0 

3.866 

16 

41     5.3 

4.057 

17 

36  56.1 

4.347 

18 

32  35.6 

4.437 

19 

28   a7 

4.636 

20 

23  20.5 

4.t<14 

21 

18  26.0 

5,003 

22 

13  20.3 

5.188 

23 

8    3.5 

5J73 

24 

MONDAY  27. 


h 

7 
7 
7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

7 

8 

8 


5 

8 
II 
13 
16 
18 
21 
24 
26 
29 
31 
34 
36 
39 
42 
44 
47 
49 
52 
54 
57 
59 
2 
5 


45.15 
22.74 

0.11 
37.25 
14.15 
50.81 
27.2-2 

3.37 
39.25 
14.86 
50.19 
25.23 
59.98 
34.43 

8.57 
42.40 
15.91 
49.09 
21.94 
54.45 
26.6:} 
58.47 
29.96 

1.09 


9.6363 

9.6947 

9.6900 

9.6170 

9.6130 

9.6089 

9.6047 

9.6003 

9.5958 

9.5019 

9.5864 

9.5616 

9.5767 

9.5716 

9.5664 

9.5619 

9.5558 

9.5503 

9.5447 

9.5391 

9.5335 

9.59n 

9..'i316 

9.5159 


N.2f 
27 
26 
26 
26 
26 
26 
26 
26 
26 
26 
25 
25 
25 
25 
25 
25 
25 
25 
24 
24 
24 
24 

N.24 


H 

3.5 

a5.6 

.56.6 

6J5 

5.5 

53.6 

.32  30.9 

25  57.4 
13.2 
18.5 
13.2 

.57  57.4 
50  3i;) 

.54.8 
8.0 

II. I 
4.1 

47.1 

20.1 
.5.3  43.3 
44  .54i.8 
36  0.6 

26  54.8 
17  39.6 


8 

2 

56 

51 

45 

;« 


19 

12 

5 


42 
35 
27 
19 
10 
2 


TUESDAY  28. 


8 
8 
8 
8 
8 


7 
10 
12 
15 
17 


8  20 
8  22 
8  24 
8  27 
8  2!) 
8  32 
8  34 
8  37 
8  39 
8  42 
8  44 
8  46 
8  49 
8  51 
8  54 

8  .v; 

8  58 

9  1 
9  3 
9    5 


31.87 

2.2I> 

32..34 

2.0.3 

3l.a5 

0.29 

28.86 

.57.a5 

21.86 

52;}0 

\\)M 

46.o:j 

12.31 
38.21 

3.72 
28.84 
.53.-57 
17.91 
41.87 

5.44 
28.62 
51.41 
n.8l 

a5.8:i 

57.4(; 


9.5100 
9.5039 
9.4978 
9.4917 
9.4855 
9,4799 
9.4730 
3.4667 
8.4604 
3.4543 
3.4478 
3.4413 
8.4348 
8.4984 
8.4819 
8.4154 
8.4080 
3.4035 
8.3961 
9.3696 
3.3831 
8.3766 
8.3703 
3.3637 
3JJ573 


N.24 
23 
2:} 
23 
23 
23 
23 
22 
22 
22 
22 
22 
22 
21 
21 
21 
21 
21 
20 
20 
20 
20 
20 
19 

N.I9 


8  15.0 
58  41.0 
48  57.9 
3J  5.7 
29  4.5 
18  .54.3 

8  35.3 
58  7.5 
47  31.2 
36  46.4 
25  .5:^2 
14  51.6 

3  41.8 
,52  %\SS 

40  58.0 
29  24.1 
17  42.4 

5  5.3.0 
.53  .56.0 

41  .51.5 
21>  39.6 
17  20.4 

4  54.0 
,52  20.5 
.39  40.1 


m 
6.373 

5.568 

5.743 

5.996 

6.107 

6.988 

6.468 

6.647 

6.834 

7.000 

7.176 

7..'M9 

7.593 

7.694 

7.864 

8.039 

8.300 

8.367 

8.593 

e.e»4 

8.856 

9.017 
9.175 
9.339 


9.488 
9.649 
9.794 
9.945 
10.095 
10.943 
10.390 
10.534 
10.676 
10.817 
10.957 
11.095 
11.331 
11.365 
11.496 
11.630 
11.759 
11.887 
19  013 
13.137 
19.359 
19.380 
19.499 
19.616 
19.731 


■^w^^ 


xn. 


HAT,  1895. 


85 


OREENWIOH  HEAN  TIHE. 


THE  HOOK'S  BIOHT  ASCEW8I0N  AND  DECLINATION. 


9  17  m.m 

«J»7 

9  19  511.35 

a.3ias 

1)  33  IB.33 

UI33 

9  34  mMi 

ajoTi 

9  36  5S.0e 

>JOIO 

U  09  13.!)6 

a.UH 

9  31  -MAS 

9  33  i7.m 

LMM 

9  36    4.4.T 

».«no 

9  38  30.87 

9^11 

9  40  36.!)6 

9  13  52.70 

■.9SH 

9  45    8.10 

tM31 

9  47  3:1.1s 

9.MM 

9  49  37.86 

>.HM 

9  51  52.34 

a.vm 

9  54    6JW 

i^uie 

9  56  30.03 

IJtNl 

9  58  33.43 

i.»d7 

18  34  36.8 

I3.W) 

5 

18  31  16.6 

ff 

18    7  50a 

7 

17  54  17.7 

lUM 

H 

17  40  39.1 

IS4M 

9 

17  36  54.6 

10 

17  i:i    4.3 

tl 

16  59    8.3 

lUM 

13 

16  45    6.5 

13 

16  30  59.3 

ii.in 

14 

16  16  46.7 

i4.aM 

15 

16    3  38.8 

16 

15  48    5.7 

t4.m 

17 

15  33  37.5 

IR 

15  l!l    4.3 

If) 

15    4  36.3 

3(1 

14  49  43.3 

H.7M 

31 

14  34  55.6 

H.R3a 

33 

N.I4  90    3.4 

33 

TOURSDAY  S 


10  0  46.S1 
10  3  59.28 
10  5  11.74 
to  7  33.B!> 
10  9  35.74 
10  II  47J» 
10  13  SS-Vi 
10  16  9.53 
10  18  3a33 
ID  30  30.64 
10  33  40.78 
10  34  50.65 
10  37  0.35 
10  39  9Ji^ 
10  31  18.68 
10  33  37.53 
10  %5  36.1 1 
10  37  44.47 
10  39  53.59 
10  43  0.48 
10  44  &IS 
10  46  15.60 
10  48  33.83 
10  50  39.66 
10  53  36.60 


N.I4  5  6J 

13  50  5.6 
13  35  0.3 
13  ID  50.6 
13  4  36.9 
13  49  19J3 
13  33  57.7 
13  16  33.4 
13  3  %3 

11  47  sao 

1131  5tit 
M  16  14.8 
11  0  ais 
10  44  45.8 

10  36  56J 


10  1 


4.3 


9  57  ao 

9  41  104) 
9  35  10.1 
9  9  &6 
8  53  0.6 
8  36  53.1 
6  aO  41.3 
e  4  98.0 
N.  7  48  13.7 


n     3    7JI6 

%Mgl 

II     S  13.68 

una* 

II     7  19.93 

■.Otis 

n     9  34.63 

aMM 

II   11  9!i.e7 

■JHII 

II   l:|  S4i)6 

11   15  3ii.!i| 

i.aeis 

11   17  44.73 

a.07ti 

1 1   19  49.40 

•.OTJt 

11  31  53Jt6 

«.07« 

1 1  93  58,19 

ijma 

II  36    3.70 

11  98    6.91 

%j)ma 

11  30  11.03 

tjon 

11  33  15.03 

11  3i  18.>I4 

MSM 

1 1  36  93.76 

VMM 

1 1  .38  3fl..-)0 

II  40  30.17 

6  3(i  36.3 
6  9  511.7 
5  S:t  31.5  i«.4gg 
5  37  1.9  iijca 
5  30  30.9  i(jM 
5  3  .'M.S 
4  47  25.0  its«7 
4  30  50A  it.&u 
4  14  14.8  it.M9 
3  .^7  3S.3  iB.aiti 
3  4 1  0.6 
3  24  3i.3  UMi 
3  7  4a4  i«ju 
3  51  3.9  it.«u 
3  34  33.8 
9  17  43.3 
3  I  3Ji 
I  44  31.4 
.  I  37  40.1 


SATURDAY,  JDNB  1. 

0  I    II  43  33.77  I    tMM  |W.  I   10  5^8 ) 


FHASBB  OP  THE  HOON. 


Jt  Pint  Quarter . 
O  Pull  Moon 
C  l^t  QiMiier . 

'  #  New  Mood 
>  Pint  Quarter . 


C   Perigee  . 
C  Pangea . 


d  h  IB 

I  15  44.0 

8  II  58.9 

16  5  43.9 

34  0  46.3 

30  30  4a4 


86 


MAT,  1895. 


xm. 


OBEBNWIGH  MEAN  TIMR 

LUNAR  DISTANCES. 

U 

1- 

Kmho  nod  Dlreetloo 
of  Objeet. 

Nooii. 

• 

P.L. 

of 

Difr. 

Hill. 

P.L. 

of 

DifL 

Vlh. 

P.L. 

of 
Ditt. 

DD^ 

P.L. 

of 
Dllt 

1 

SUK 

W. 

8f  24  41 

9639 

eS    2  43 

9634 

si  id  52 

9099 

^  19    7 

909S 

Aldelmran 

W. 

54  38  :W 

9490 

56  21  27 

9418 

58    4  36 

9410 

59  47  .57 

9403 

Vewos 

w. 

45  52  55 

971« 

47  29  14 

9710 

49    5  41 

9704 

50  42  15 

9699 

Jupiter 

w. 

2i)    y  24 

9438 

30  52    4 

9498 

32  34  .59 

9419 

34  18    7 

9410 

Mars 

w. 

20  43  14 

9547 

28  2:}  22 

9538 

30    3  42 

9530 

31  44  13 

9599 

Spicn 

E. 

80  19  30 

9318 

78  33  57 

9314 

76  48  18 

9309 

75    2  32 

9306 

Saturn 

E. 

90  59    5 

9390 

89  13  35 

9316 

87  27  59 

9319 

85  42  17 

9908 

2 

Suif 

W. 

94  31  49 

9604 

96  10  38 

9601 

97  49  31 

9S96 

99  28  29 

9594 

Vewos 

W. 

58  46  4(1 

9675 

60  2;j  59 

9679 

62    1   17 

9667 

63  V^  41 

9663 

Jt'PITKR 

W. 

42  5(3  35 

9375 

44  40  45 

9370 

46  25    3 

9365 

48    9  28 

9360 

Mars 

W. 

40    9    7 

9494 

41  50  29 

9489 

43  31  57 

9485 

45  13  32 

9480 

Pollux 

W. 

24  46  22 

9304 

2(J  32  16 

9999 

28  18  17 

9994 

30    4  25 

9980 

Spica 

E. 

66  12  18 

9Q87 

64  25  59 

9983 

62  39  34 

9980 

60  53    5 

9977 

Saturn 

E. 

76  52  23 

9990 

75    6    9 

9987 

73  19  51 

9984 

71  33  28 

Antares 

E. 

112    6  31 

9987 

110  20  12 

9983 

108  33  47 

9979 

106  47  17 

9977 

8 

Sun 

W. 

107  44  21 

9581 

109  23  42 

9580 

111    3    5 

9577 

112  42  31 

9576 

Venus 

W. 

71  46  S3 

9647 

73  24  44 

9644 

75    2  39 

S649 

76  40  37 

9640 

Jupiter 

W. 

56  53    9 

9341 

58  38    9 

9337 

60  23  14 

^iX> 

62    8  22 

9333 

Mars 

W. 

53  42  50 

9469 

55  24  56 

9460 

57    7    5 

9458 

.58  49  18 

9455 

Pollux 

W. 

38  56  38 

9971 

40  43  20 

9968 

42  30    6 

9966 

44  16  .56 

9964 

spica 

E. 

51  59  33 

9964 

50  12  40 

9961 

48  25  43 

9959 

46  .38  43 

9958 

Saturn 

E. 

62  40  47 

9973 

60  54    8 

9979 

5<>    7  27 

9971 

57  20  45 

9970 

Aiitaras 

£. 

97  53  44 

9963 

96    6  50 

9961 

94  19  53 

9959 

92  32  53 

9957 

4 

Venus 

W. 

84  51     2 

9633 

86  29  12 

9639 

88    7  23 

9639 

89  45  34 

9639 

Jupiter 

W. 

70  54  49 

9394 

72  40  13 

9394 

74  25  37 

9394 

76  II     2 

9394 

Mars 

W. 

67  21     3 

9448 

69    3  30 

9448 

70  45  .57 

9447 

72  28  25 

9448 

Pollux 

W. 

53  11  46 

9956 

54  58  50 

9956 

56  45  .54 

9956 

58  32  .59 

9956 

Spicn 

E. 

37  43  14 

9959 

35  56    4 

9959 

34    8  54 

9951 

32  21  43 

9959 

Saturn 

E. 

48  27  18 

9976 

46  40  42 

9978 

44  54  10 

9981 

43    7  4:} 

9985 

Antares 

E. 

83  37  19 

9951 

81  50    8 

9951 

80    2  57 

9951 

78  15  45 

9951 

5 

Jupiter 

W. 

84  57  56 

9398 

86  43  14 

9331 

88  28  29 

9933 

90  13  41 

9336 

Mars 

W. 

81     0  33 

9459 

82  42  54 

9454 

84  25  12 

9457 

86    7  28 

9459 

Pollux 

w. 

67  28  12 

9960 

6i)  15  10 

9969 

71     2    5 

9964 

72  48  .57 

9967 

Regnlus 

w. 

30  37  38 

9909 

32  24  34 

^63 

34  11  28 

9965 

^5  58  19 

9967 

Saturn 

E. 

34  17  15 

9318 

32  31  42 

9399 

30  46  24 

9341 

29     1  24 

9356 

Antares 

E. 

69  20    0 

9957 

67  32  57 

9969 

65  45  56 

9961 

63  58  59 

9963 

6 

Jupiter 

W. 

98  58  28 

9355 

100  43    8 

9360 

102  27  40 

9365 

104  12    5 

9371 

Mars 

W. 

94  37  31 

9478 

i)6  19  15 

9484 

98    0  51 

9489 

99  42  20 

9494 

Pollux 

W. 

81  42    9 

9985 

83  28  30 

9990 

85  14  44 

9995 

87    0  51 

9300 

Regulus 

W. 

44  51  32 

9985 

46  37  54 

9989 

48  24  10 

9994 

50  10  18 

9999 

An  tares 

E. 

55    5  21 

9989 

53  18  55 

9987 

51  32  36 

9991 

49  46  24 

9998 

aAquilfe 

E. 

105  52    8 

3194 

104  24  27 

3114 

102  56  35 

3108 

101  28  35 

3104 

7 

Pollux 

W. 

95  49  14 

9333 

97  34  25 

9341 

99  19  25 

9349 

101    4  13 

9357 

Reguliis 

W. 

58  58  S3 

9331 

60  44    7 

9339 

62  29    9 

9347 

64  14    0 

9355 

Antares 

E. 

40  57  37 

9330 

39  12  21 

9336 

37  27  17 

9346 

35  42  24 

9354 

QAquiles 

E. 

94    7  51 

3106 

92  39  48 

3119 

91  11  51 

8117 

89  44    2 

9196 

XIV. 


MAY,  1895. 


87 


GBBBNWIOH  MBAN  TIME. 

LUNAR  DISTAKOE& 

L 

P.L. 

P.L. 

P.L. 

P.L. 

1 

Vmb«  and  DtreotloB 
of  OI^Mt. 

Midnight. 

of 

xvn. 

•r 

IMC 

xvnih. 

• 

of 

Difl: 

XXl^ 

of 

Diir. 

Slilf 

W. 

87  57  28 

M81 

89  35  55 

9917 

91  U  2if 

9919 

9Ssi  5 

9608 

AldeliAran 

W. 

61  31  28 

tJM 

63  15  10 

«66 

64  59    2 

-9386 

66  4:1    3 

9376 

Vei>ius 

W. 

52  18  56 

MM 

53  55  44 

9089 

55  32  38 

9684 

57    9  39 

9680 

JUPITEA 

W. 

36     1  27 

MM 

37  44  59 

9395 

39  28  41 

9388 

41  12  :« 

9301 

Mars 

W, 

33  24  55 

9516 

35    5  46 

9516 

36  46  45 

9504 

38  27  52 

9409 

H|»lc« 

E. 

73  16  41 

1D09 

71  30  44 

9968 

69  44  41 

9904 

67  58  32 

9990 

Saturn 

£• 

83  56  29 

93M 

82  10  35 

9309 

80  24  36 

9997 

78  38  32 

9904 

9 

Soif 

W. 

101     7  32 

9591 

102  46  39 

9580 

104  25  49 

9586 

106    5    3 

9583 

Veivcs 

W. 

65  16  10 

9669 

66  53  44 

9156 

68  31  23 

99U 

70    9    6 

9650 

JuPITBft 

W. 

49  54    0 

9356 

51  38  38 

9951 

5.)  23  2!) 

»48 

55    8  13 

9344 

MaR8 

W. 

46  55  13 

9476 

48  37    0 

9179 

50  18  52 

9460 

52    0  49 

9486 

Pollux 

W. 

81  50  40 

9965 

3337    1 

9991 

a5  23  28 

99n 

37  10     1 

9t74 

Spica 

E. 

59    6  31 

9974 

57  19  53 

9970 

55  33  10 

9966 

53  46  23 

9906 

Haturr 

E. 

69  47    2 

9979 

68    0  32 

9978 

66  14    0 

9976 

64  27  25 

9974 

Aiitares 

E. 

105    0  43 

9973 

103  14    4 

9970 

101  27  21 

9966 

99  40  34 

9966 

3 

Scin 

W. 

114  21  59 

9674 

116    1  29 

9574 

117  41    0 

9573 

119  20  32 

9579 

VSRCIS 

W. 

78  18  37 

9698 

79  56  40 

9636 

81  34  46 

9635 

83  12  53 

9634 

JuPITSft 

W. 

63  53  34 

9331 

65  38  49 

9396 

67  24    7 

9397 

69    9  27 

9396 

Mars 

W. 

60  31  34 

9453 

62  13  53 

9459 

63  56  14 

9450 

&5  38  38 

9440 

Pollux 

W. 

46    3  49 

9969 

47  50  45 

9960 

49  37  43 

9958 

51  24  44 

9956 

spies 

E. 

44  51  41 

9956 

43    4  37 

9K6 

41  17  31 

99U 

39:10  23 

9953 

Saturn 

E. 

5534    2 

9970 

53  47  19 

9971 

52    0  37 

9979 

50  13  56 

9974 

Antares 

E. 

90  45  50 

9»6 

88  58  45 

9»4 

87  11  38 

9953 

85  24  29 

9959 

4 

Vsffut 

W. 

91  23  45 

9633 

93    1  55 

9633 

94  40    5 

9635 

96  18  13 

9636 

Jupiter 

W. 

77  56  26 

9394 

79  41  50 

9994 

81  27  14 

•996 

83  12  36 

9397 

Mars 

W. 

74  10  52 

9446 

75  53  19 

9146 

77  35  45 

9449 

79  18  10 

9450 

Pollux 

W. 

60  20    3 

9950 

62    7    7 

9»7 

63  54  10 

9658 

65  41   12 

9950 

Spica 

E. 

30  34  3:) 

99U 

28  47  24 

•159 

27    0  16 

«56 

25  13  10 

9956 

Saturn 

£. 

41  21  21 

9969 

3935    6 

9906 

37  48  59 

9301 

36    3    1 

•300 

Aiitarea 

£. 

76  28  34 

9»] 

74  41  23 

9953 

72  54  14 

9653 

71    7    6 

9955 

5 

Jupiter 

W. 

91  58  48 

9339 

93  43  51 

9349 

95  28  49 

9346 

97  13  42 

9360 

Mars 

W. 

87  49  37 

9469 

89  31  43 

9465 

91  13  45 

9479 

92  55  41 

9474 

Pollux 

W. 

74  35  45 

9970 

76  22  29 

9973 

78    9    8 

99n 

79  55  42 

9981 

RefniluR 

W. 

37  45    7 

9970 

3S)  31  51 

9973 

41  18  30 

99n 

43    5    4 

9961 

Saturn 

E. 

27  16  46 

9373 

25  32  33 

9395 

23  48  51 

9499 

22    5  47 

9454 

Aiitarea 

E. 

62  12    5 

9906 

60  25  16 

9976 

58  38  32 

9973 

56  51  53 

9978 

6 

JuPITXft 

W. 

105  56  21 

9378 

107  40  28 

9994 

109  24  26 

9391 

111     8  13 

9398 

Mars 

W. 

101  23  41 

9500 

103    4  54 

9507 

104  45  57 

9514 

106  26  51 

9599 

Pollux 

W. 

88  46  50 

9307 

90  32  40 

9913 

92  18  21 

9319 

94    3  53 

9396 

KeguliiR 

W. 

51  56  19 

9305 

53  42  11 

9311 

55  27  55 

9317 

57  13  21) 

9994 

Antares 

E. 

48    0  21 

9303 

46  14  26 

9300 

44  28  40 

9315 

42  43    3 

9393 

a  Aquil» 

E. 

100    0  30 

3101 

98  32  21 

3000 

97    4  10 

3000 

95  35  59 

3101 

7 

Pollux 

W. 

102  48  49 

9366 

104  33  12 

9375 

106  17  22 

9385 

108    1  18 

9304 

RefpiliiR 

W. 

65  58  3!) 

9364 

67  43    5 

9373 

69  27  18 

9389 

71   11  18 

9309 

Antares 

E. 

33  57  4:) 

9363 

32  13  15 

9379 

3029    0 

9389 

28  44  59 

9391 

aAquiUa 

E. 

88  16  24 

sm 

86  48  58 

3148 

85  21  46 

3161 

83  54  50 

3176 

88 


MAY,  1895. 


1 

GOBBNWIGH  MBAJT  TDOL 

LUNAS  DiirrAacE& 

■3  • 

"4 

r 

Name  and  IMreetkm 
of  Objeei. 

Noon. 

•r 

Dift 

lUh. 

P.L. 

or 

VPi. 

P.L. 

«r 

DD^ 

P.L. 

of 

DfC 

O           f           4« 

O         /         «' 

O             #             M 

Of** 

78    4  54 

8 

Rpglllllfl 

w. 

7^55    4 

Mn 

74  38  35 

9M9 

76  21  52 

MB 

9434 

a  Aqnilie 

E. 

^28  11 

awt 

81     1  52 

mm 

79  35  54 

3BSi 

78  10  19 

3950 

FoflHllllMIlt 

E. 

168  8  or 

k    

106  30  57 

mm 

104  54    3 

•» 

103  17  15 

9709 

9 

Re)i(iilu8 

W. 

86  36    3 

MBt 

88  17  27 

WB 

89  58  33 

SIS 

91  39  31 

9530 

S|»icii 

W. 

33  34  58 

MM 

34  16  22 

mm 

35  57  99 

mtr 

37  38  18 

^^■^ 

a  A<]iitli^ 

E. 

71     i)  15 

3M9 

69  4i>  38 

MI4 

68  24  37 

3«7 

67    3  14 

3164 

FotnRlliniit 

E. 

95  16    5 

S7« 

93  40  30 

97n 

93    5  11 

t773 

90  30    8 

9786 

10 

Re^iius 

W. 

99  58  53 

wan 

101  37  53 

lUI 

103  16  32 

t^^m^ 

104  54  53 

9638 

Spica 

W. 

45  57  54 

«06 

47  36  54 

auo 

49  15  35 

WH 

50  53  57 

9630 

Satcr.v 

W. 

3H  23  56 

9t41 

38     1  55 

9KI 

39  39  41 

^flBK 

41   l#  15 

9670 

or  Aqiiilie 

K. 

60  27  17 

v%^ 

59  10  34 

33M 

57  54  46 

3H3 

56  39  57 

3079 

FoinHlhmit 

E. 

82  3!)  16 

«s» 

81     6    4 

W74 

79  33  13 

S^VI 

78    043 

9006 

• 

ft  Peg»8t 

e. 

10*1  31  38 

98W 

102  58  96 

mm 

101  35  98 

^^^^w 

99S44 

9801 

II 

Spirn 

w. 

5!>     1     9 

flW7 

60  37  40 

rm 

63  13  53 

873S 

63  49  46 

9749 

SATOHPf 

w. 

49  21  30 

13M 

50  57  35 

SZ38 

53  33  25 

93BO 

54    8  59 

or  Aqiiilie 

E. 

50  42  20 

4M» 

49  34  32 

4B90 

48  28    7' 

007 

47  3;i  10 

4533 

FoniulhHnf 

E. 

70  2:j  4J> 

SMI 

68  53  38 

mm 

67  93  53 

300 

65  54:H 

3065 

arP«gnsi 

E. 

92  12  48 

aK4 

90  41  37 

mm 

89  10  44 

AU 

87  40    8 

9905 

1^ 

3|M<»a 

W. 

71  44  46 

18IS 

73  18  SI 

mm 

74  53  45 

ma 

76  36  30 

0863 

1 
1 

SATORft 

w. 

62    2  49 

MS 

63  36  47 

9C» 

65  10  30 

mm 

66  43  58 

9c69 

1 

Anrnres 

w. 

25  50  29 

t»l5 

27  24  37 

mm 

98  58  28 

9M9 

:«o  »2    3 

98^3 

Fomnlhant 

E. 

58  31  48 

318) 

57    8  18 

mm 

55  42  20 

sno 

54  16  54 

3965 

Of  P»?)^ast 

E. 

80  II  39 

srt 

78  42  5;) 

mtg* 

77  14  27 

3100 

75  46  20 

3119 

Serf 

E. 

137    0  41 

»» 

135  34  19 

mm 

134    8  13 

3015 

132  43^ 

3997 

13 

Spim 

W. 

81  10  20 

»ft 

85  42  93 

wm 

87  14  13 

«M 

88  45  49 

9043 

1 

?ATrR?f 

w. 

74  27  33 

t»M 

75  59  ai 

mm 

77  31  21 

9005 

7!>    3  55 

9945 

Antrtrrs 

w. 

38  16    2 

S»l» 

39  48    5 

mm 

41  19  S5 

IBM 

42  51  31 

9943 

Fwn«llmtft 

E. 

47  18  32 

M» 

45  56  48 

Mf? 

44  a5  47 

3507 

43  15  31 

3559 

rtf  P«*grt!^i 

E. 

68  :»  43 

39e» 

67    4  3(> 

3a» 

r»5  38  50 

3S37 

&1  13  25 

3955 

??ow 

E. 

125  36  41 

ane 

124  12  15 

mm 

132  48    1 

3900 

121  34    0 

3390 

i 
14 

?pK» 

W. 

?¥>  20  45 

tnt 

97  51   II 

mm 

99  21  26 

3000 

100  51  31 

3013 

BATOR.f 

W. 

8<l  37  47 

»w 

88    8  12 

mm 

89  38  27 

3000 

91     8  32 

3013 

A  r»tn  res 

W. 

50  26  28 

»w 

51  56  5:) 

mm 

5337    9 

3000 

54  57  15 

3013 

flf  Pftjfasi 

E. 

57  11  49 

3X3 

55  48  39 

3374 

54  25  53 

3306 

53    332 

3419 

1 

1 

Sow 

E. 

1 14  26  51 

3366 

113    4     1 

3377 

III  41   18 

3360 

110  18  44 

3393 

15 

Anfnr*?s 

W. 

62  25  41 

3»«i 

63  55     I 

3047 

65  24  16 

SBOI 

06  53  36 

3065 

flf  P'^srnsi 

E. 

46  18  41 

36&3 

44  5S»  15 

3&»4 

43  40  23 

3619 

42  22    9 

3656 

??tN 

E. 

103  27  55 

MM 

102    6    6 

34i9 

100  44  23 

3433 

99  23  43 

3438 

l» 

AntArftfl 

W. 

74  18  18 

3M6 

75  47    9 

3068 

77  16    0 

3»7 

78  44  50 

3067 

\ 
1 

?«LN 

K. 

92  a5  24 

3440 

91   14    3 

3450 

89  52  43 

3450 

88  31  23 

34S0 

17 

Attf/trft^ 

W. 

86    9  16 

SOM 

87  38  17 

BOM 

89    7  31 

3069 

90  86  30 

3047 

Of  AqMiltn 

W. 

44  48  4}) 

40M 

45  45  46 

4806 

46  44    5 

4W1 

47  43  40 

4715 

1 

- *- 

SirW 

E. 

81  44  30 

3449 

80  23     1 

3438 

79    1  28 

3435 

77  39  51 

3431 

XVI 


MAY,  1895. 


89 


GBBEN  WIOH  MBAN  TIMB. 

LUNAR  DISTANCES. 

• 

ITAiiieftnd  DlroetkNi 
of  Olii«ek 

Midnight. 

P.L. 

XVii. 

P.L. 

•r 

xvmii. 

P.L. 
of 

XXlh. 

P.L. 
of 

8 

^9      ^^  W^^^WV 

DilL 

Diff. 

Diff. 

r3^ft. 

Refiiliis 

W, 

O             III 

79  47  40 

•445 

O          t       It 

81  30  II 

9457 

83  13  35 

9460 

84*54  3^^' 

9480 

o  Aqiiilie 

E. 

76  45    9 

3973 

75  30  36 

3907 

73  56  11 

3394 

73  33  37 

3351 

Fomnlliaut 

£. 

101  40  38 

9710 

100    4  II 

9719 

98  37  56 

9»0 

96  51  54 

9738 

9 

Repiliis 

W, 

93  19  53 

1M3 

!»5    0    5 

9557 

96  39  59 

9570 

!)8  19  a5 

9583 

SpICA 

W, 

39  18  50 

tM3 

40  59    4 

9606 

43  38  59 

9960 

44  18  :M 

9563 

o  Aqiiiln 

E. 

&5  43  33 

3S93 

64  33  33 

3564 

63    3  19 

3008 

61  44  5:) 

3654 

Fonmlhaiit 

E. 

88  55  31 

9790 

87  30  53 

9613 

85  46  41 

1696 

84  13  49 

9849 

10 

Regulus 

W. 

100  33  56 

OOM 

lOfl  10  40 

9666 

109  48    5 

9081 

111  35  II 

9605 

8|>icA 

W. 

5333    1 

9669 

54    9  46 

9666 

55  47  13 

9079 

57  34  30 

9003 

Saturn 

W. 

43  54  35 

9061 

44  31  41 

9601 

46    8  3:) 

9703 

47  45    9 

9714 

ciAqiiiUe 

E. 

55  3(i    9 

3936 

54  13  36 

4005 

53     1  51 

4078 

51  51  38 

4156 

Foroalhaut 

E. 

76  38  33 

9096 

74  56  47 

90H 

7:1  35  34 

9009 

71  54  34 

9989 

a  Pegaai 

£. 

98  30  14 

9003 

96  47  59 

9015 

95  15  59 

9997 

93.44  15 

9041 

11 

Spica 

W. 

65  35  31 

9709 

67    0  39 

9775 

68  35  39 

9780 

70  10  31 

9809 

SATURIf 

W. 

55  44  17 

9n4 

57  19  19 

9786 

5854    5 

9798 

60  38  a*! 

9811 

a  Aquiln 

E. 

46  19  47 

4046 

45  18    3 

4770 

44  18     1 

4003 

43  19  49 

5049 

Fomnllinut 

E. 

64  35  41 

8067 

63  57  15 

3110 

61  39  17 

3133 

60     1  48 

3158 

cr  TegiiBi 

E. 

86    9  49 

3010 

84  39  49 

3095 

83  10    7 

3040 

81  40  44 

3065 

13 

S|Mra 

W. 

77  59  39 

9060 

79  33  43 

96n 

81     5  30 

9600 

83  3d    3 

9901 

SATURIf 

W. 

68  17  10 

9670 

69  50    7 

9661 

71  33  50 

98n 

73  55  18 

9903 

Antarea 

W. 

33    5  31 

9666 

33  38  34 

9677 

a5  II  13 

9600 

36  43  44 

9901 

Fomalhaut 

E. 

53  53    3 

3904 

.51  37  44 

3395 

50    4    3 

3358 

48  40  57 

3303 

a  Pegaai 

E. 

74  18  33 

3135 

73  51     6 

3151 

71  33  58 

3108 

69  57  10 

3185 

Sun 

£. 

131   16  45 

3940 

139  51  33 

3959 

138  36  15 

3904 

137     1  31 

3970 

13 

Spica 

W. 

90  17  13 

9054 

91  48  34 

9964 

93  19  33 

9973 

94  50    9 

9091 

Saturn 

W. 

80  34  17 

9054 

83    5  37 

9004 

83  36  35 

9973 

85    7  II 

9081 

Aiilnrea 

W. 

44  33  55 

9054 

45  54    6 

9063 

47  35    5 

9073 

48  55  53 

9081 

Foiimlhnut 

E. 

41  56    4 

3508 

40  :J7  38 

305O 

39  19  48 

3796 

38    3    7 

3766 

a  Pegaai 

E. 

63  48  31 

3974 

61  33  39 

3904 

59  5!)  30 

3313 

58  35  33 

33^9 

Sun 

E. 

130    0  13 

3331 

118  36  36 

3340 

117  13  II 

3350 

115  49  57 

3359 

14 

Spira 

W. 

103  31  3d 

30Q0 

103  51   16 

3096 

ia5  30  57 

3999 

106  50  30 

3038 

Saturn 

W. 

93  38  39 

3090 

94    8  17 

3096 

95  37  57 

3083 

\a    7  39 

3038  ; 

Antarea 

W. 

56  37  13 

3090 

57  57    0 

3096 

»)  36  41 

3009 

60  5«i  14 

3037 

a  Pegaai 

£. 

51  41  37 

3443 

50  30    9 

3469 

48  59  10 

3405 

47  38  40 

7S>%i 

Son 

£. 

108  56  19 

3400 

107  34    3 

3407 

106  II  S3 

3413 

104  49  51 

3418 

15 

Antarea 

W. 

68  33  31 

3056 

69  51  33 

3000 

71  30  30 

3063 

73  49  35 

3065  1 

a  Pegaai 

E. 

41     4  35 

3606 

39  47  44 

3740 

38  31  39 

3788 

37  16  34 

3840  ' 

Sun 

E. 

98     1    9 

3440 

96  39  38 

3444 

95  18  II 

3446 

9:1  56  46 

3448 

16 

Antarea 

W. 

80  13  40 

3066 

81  43  31 

3065 

83  II  34 

36C3 

84  40  19 

3061 

Sun 

E. 

87  10    3 

3440 

85  48  43 

3448 

84  37  30 

3446 

83    556 

3445 

17 

Antarea 

W. 

93    5  44 

3043 

93  35    3 

3038 

95    4  39 

3033 

96  34     1 

3097 

a  AqniUb 

W. 

48  44  37 

4635 

49  46  33 

4M0 

50  49  33 

4400 

51  5:1  3:1 

44:M 

Sun 

E. 

76  18    9 

3496 

74  56  33 

3491 

73  34  39 

3415 

73  13  39 

• 

3409  , 

• 

90 


MAY,  1895. 


XVII. 


OBEENWICH  MEAN  TIME. 

LUNAB  DISTANOEA. 

Day  of  the 
Mouth. 

Name  and  Direction 
of  Object 

Noon. 

P.L. 

of 

Dis: 

nib- 

P.L. 

of 

Diff. 

VIb. 

P.L. 

of 

Diff. 

1X1^ 

P.L. 

of 
DiflC 

Ota 

O        1         tt 

0      /      /« 

0      t      t» 

18 

Antnres 

W. 

98    3  40 

903J 

99  33  27 

9014 

101     3  23 

3007 

102  33  27 

9909 

a  A<\ui\te 

W. 

52  58  23 

4363 

54    4  18 

4306 

55  11     5 

4951 

56  18  43 

4901 

Sun 

E. 

70  50  2:j 

3409 

69  28    9 

3396 

68    5  48 

3388 

66  43  18 

3380 

19 

a  Aquilie 

W. 

62    8    8 

3984 

63  20    3 

3946 

64  32  36 

3919 

65  45  44 

3877 

Fomnllmiit 

W. 

33  34  29 

3008 

34  47  41 

3898 

36    2  14 

3755 

37  18    3 

9680 

Sun 

E. 

59  48  26 

3336 

58  24  56 

3395 

57     1  14 

3316 

55  37  21 

S305 

20 

a  Aqiiilie 

W. 

7J  59  36 

3798 

73  15  53 

3703 

74  32  37 

3677 

75  49  48 

3654 

FoiriHlhniit 

W. 

43  53    3 

3430 

45  14  46 

3389 

46  37  15 

3350 

48    0  29 

3313 

Sun 

E. 

48  34  44 

3949 

47    9  33 

3937 

45  44    8 

9995 

44  18  29 

3914 

21 

a  Aqnilie 

W. 

82  21  48 

3548 

83  41   19 

.%30 

85     1   10 

3513 

86  21  20 

3497 

Foinfilhniit 

W. 

55    6  38 

3156 

56  a3  40 

3199 

58     1   15 

9103 

59  29  22 

3078 

a  Pegaiii 

W. 

34  36  56 

3609 

35  55  21 

3533 

37  15    9 

3463 

38  36  14 

9400 

Sun 

E. 

37    6  42 

3155 

35  39  39 

3143 

34  12  22 

3133 

32  44  52 

SI99 

26 

Sun 

W. 

25  56  28 

9701 

27  33    6 

9687 

29  10    3 

9675 

30  47  17 

9063 

Kepilus 
Spica 

E. 

58    0  42 

9317 

5(;  15    8 

S31I 

54  29  25 

9306 

52  43  34 

9301 

E. 

112    1  34 

9316 

no  15  58 

9311 

108  30  14 

S305 

106  44  22 

9900 

27 

Sun 

W. 

38  56  47 

9691 

40  35  13 

9616 

42  13  46 

9611 

43  52  26 

9606 

Re^iiluB 

E. 

43  52  39 

9981 

4i    6  11 

9978 

40  19  39 

9974 

38  :«    2 

9979 

Spica 

E. 

97  5:^  15 

9979 

96    6  44 

9975 

94  20    8 

9979 

92  33  28 

9970 

Saturn 

E. 

IO(i  43  29 

9988 

104  57  12 

9985 

103  10  50 

9981 

101  24  23 

9979 

28 

Sun 

W. 

52    7  12 

9590 

53  46  21* 

9588 

55  25  2S 

9586 

57    4  47 

9585 

Spica 

E. 

83  39  22 

9969 

81  52  2(i 

9961 

80    5  29 

9960 

78  18  31 

9960 

Saturn 

E. 

92  31  16 

9969 

90  44  31 

9968 

88  57  45 

9968 

87  10  59 

9968 

29 

Sun 

W. 

65  21  10 

9585 

67    0  26 

9585 

68  39  42 

9585 

70  18  57 

9587 

Jupiter 

W. 

34  :)0  12 

9368 

36  14  33 

9366 

37  58  56 

9364 

39  43  22 

9964 

Spica 

E. 

69  2:3  40 

9969 

67  36  44 

9963 

65  49  50 

9964 

64    2  58 

9966 

Saturn 

E. 

7^  17  11 

9971 

76  30  29 

9979 

74  43  49 

9974 

72  57  12 

9977 

30 

Sun 

W. 

78  34  3!> 

9596 

80  13  39 

9599 

81  52  36 

9601 

83  31  29 

9604 

Jupiter 

W. 

48  25  42 

9364 

50  10    8 

9366 

51  54  32 

9368 

53  38  53 

9309 

Venus 

W. 

37  23  42 

9641 

39     1  41 

9644 

40  39  m 

9646 

42  17  28 

9649 

Pollux 

W. 

35  48  35 

9986 

37  34  55 

9388 

39  21   12 

9989 

41     7  27 

9999 

Mars 

W. 

34  10  46 

94d9 

35  52  25 

9489 

37  34    3 

9485 

39  15  38 

9486 

Spica 

E. 

55    9  15 

9976 

5:5  22  40 

9978 

51  36    8 

9981 

49  49  40 

9984 

Saturn 

E. 

64    4  58 

9990 

62  18  44 

9994 

60  32  S5 

9997 

58  46  31 

9309 

Antares 

E. 

101    3  27 

9975 

99  16  51 

9978 

97  30  19 

9980 

95  43  50 

9983 

31 

Sun 

W. 

91  44  51 

9691 

93  23  17 

9695 

95     1  38 

9699 

96  39  54 

9633 

Jupiter 

W. 

62  19  55 

9389 

64    3  56 

9384 

65  47  53 

9388 

67  31  45 

9391 

Venus 

W. 

50  25  54 

9664 

52    3  22 

9667 

5.3  40  46 

9671 

55  18    5 

9975 

Pollux 

W. 

49  57  46 

9305 

51  43  38 

9309 

53  29  25 

9319 

55  15    7 

9315 

Mars 

W. 

47  42  47 

9499 

49  24     1 

9503 

51     5  10 

9506 

52  46  15 

9510 

Spica 

E. 

40  58  28 

9300 

39  12  28 

9303 

37  2()  a3 

9307 

35  40  44 

9311 

Saturn 

E. 

49  57  53 

9396 

48  12  32 

9333 

46  27  20 

9339 

44  42  17 

9346 

Autares 

E. 

86  52  32 

9998 

85    6  30 

9309 

83  20  34 

9306 

81  34  43 

9310 

XVIII. 


MAY,  1895. 


91 


OBEENWIOH  MEAN  TIMH. 

LUMAB  DI8TAH0EA. 

KMieMidDlf«eiioo 

Midnight. 

P.L. 

of 

DHL 

XVh. 

P.L. 

of 

DUL 

xvmb. 

P.L. 
of 

XXth- 

P.L. 

of 

DIff. 

18 

Antnres 

W. 

lOl    ^4\ 

9M1 

105  34    5 

9983 

107'    4^ 

9974 

\0i  35  24 

9965 

o  Aquil» 

W. 

57  27    8 

4I&3 

58  36  19 

4107 

59  46  14 

4064 

i'tO  56  51 

4093 

Sun 

E. 

65  20  39 

337S 

63  57  51 

3364 

62  34  53 

3355 

61   II  45 

3315 

19 

o  AqiiilflB 

W, 

60  59  27 

3845 

68  13  43 

381A 

69  28  30 

3786 

70  43  48 

3758 

Foroalbaut 

W. 

3835    2 

9^«8 

39  53    6 

8573 

41  12  10 

8689 

42  32  10 

3474 

8uir 

E. 

54  13  15 

98M 

52  46  57 

8983 

51  24  26 

9979 

49  59  42 

3960 

20 

a  Aquiln 

W. 

77    7  24 

9131 

78  25  25 

8608 

79  43  50 

3587 

81    2  38 

9587 

Fomalbiiut 

W. 

49  24  26 

3978 

50  49    3 

8946 

52  14  18 

9914 

53  40  10 

31A4 

Sun 

E. 

42  52  36 

3SW 

41  26  29 

3189 

40    0    7 

9178 

38  33  31 

8167 

21 

o  Aqiiilie 

W. 

87  41  48 

3481 

89    233 

3486 

90  23  35 

9453 

91  44  52 

3440 

Foroalhaiit 

W. 

60  57  59 

3058 

62  27    7 

3039 

63  56  43 

3007 

65  26  47 

9985 

oPegasi 

W. 

39  58  30 

3343 

41  21  52 

3891 

42  46  14 

3949 

44  II  33 

3197 

Son 

E. 

31  17    9 

3119 

29  49  14 

8104 

28  21    9 

8080 

26  52  54 

3000 

96 

Soif 

W. 

32  24  46 

96S3 

34    2  29 

9644 

a5  40  24 

8636 

37  18  30 

9898 

Re|^liis 
Spiem 

E. 

50  57  36 

»»6 

49  11  31 

9»l 

47  25  19 

9988 

45  39    2 

9984 

E. 

104  58  22 

9995 

103  12  15 

9990 

101  26    1 

8966 

99  39  41 

9989 

27 

Soff 

W, 

45  31  13 

•901 

47  10    6 

9588 

48  49    4 

9986 

50  28    6 

9589 

Re|(iilu8 
Spica 

E. 

36  46  22 

9970 

:M  59  39 

9988 

:«  12  53 

9967 

31  26    5 

9967 

E. 

90  46  45 

9968 

88  59  58 

9966 

87  13    8 

9964 

85  26  16 

9963 

Saturn 

E. 

99  37  52 

9978 

97  51  17 

9974 

96    4  39 

9979 

94  17  59 

9970 

28 

Sun 

W. 

58  44    2 

.    9588 

60  23  18 

9584 

62    2a5 

9583 

63  41  53 

9584 

Spica 

E. 

76  31  32 

9960 

74  44  3:) 

9960 

72  57  35 

9960 

71   10  37 

9961 

HATuaif 

E. 

85  24  12 

9986 

83  37  26 

9988 

81  50  40 

9989 

80    3  55 

9978 

29 

Son 

W. 

71  58  10 

9588 

73  37  21 

9S80 

75  16  30 

9689 

76  55  :J6 

9504 

JcipmcR 

W. 

41  27  49 

9963 

43  12  17 

9309 

44  56  46 

•383 

46  41   14 

9363 

Spicn 

E. 

62  16    8 

9968 

(K)  29  21 

9960 

58  42  36 

•971 

56  55  54 

9973 

Satokn 

E. 

71   10  38 

9979 

(i9  24    7 

•981- 

67  37  40 

9981 

<»  51   17 

•987 

30 

Sun 

W. 

85  10  18 

9807 

86  49    3 

9618 

88  27  44 

9614 

90    6  20 

9618 

JUPITIR 

W. 

55  23  12 

9371 

57    7  28 

9373 

58  51  41 

9376 

60  a5  50 

9379 

Vknus 

W. 

43  55  17 

9659 

45  3:)    2 

9654 

47  10  44 

9667 

48  48  21 

9660 

Pollux 

W. 

42  53  :18 

9994 

44  39  46 

9997 

46  25  50 

•308 

48  II  .50 

9309 

Mars 

W. 

40  57  II 

9489 

42  38  40 

9491 

44  20    6 

8493 

46     1  29 

9497 

Spica 

E. 

48    3  17 

9987 

46  16  58 

9988 

44  30  43 

•998 

42  44  \^\ 

9996  1 

Satorn 

E. 

57    034 

•308 

55  14  43 

9311 

5;)  28  59 

•315 

51  43  22 

9391   1 

Antarea 

E. 

93  57  26 

9966 

92  11    6 

9989 

90  24  50 

•999 

88  38  39 

9995 

1 

31 

So»f 

W. 

98  18    4 

9838 

99  56    8 

9649 

101  34    6 

9846 

103  11  58 

1 
9669 

JUPITKR 

W. 

69  15  32 

9395 

70  59  14 

•396 

72  42  51 

•403 

74  26  22 

9407  , 

Venus 

W. 

56  55  19 

9678 

58  32  28 

9683 

CiO    9  31 

9687 

61  46  28 

9091 

Pollux 

W. 

57    0  44 

8319 

58  46  16 

93« 

60  31  l2 

9397 

62  17    2 

9331 

Mars 

W. 

54  27  15 

9513 

56    8  10 

9517 

57  48  59 

9591 

59  21^  43 

9595  ' 

Spica 

E. 

33  55    0 

9315 

32    9  22 

9990 

30  23  51 

9393 

28  38  25 

9998  ' 

Saturn 

E. 

42  57  24 

9353 

41   12  42 

9361 

39  28  11 

9370 

:J7  43  53 

9379  . 

Aninrea 

E. 

79  48  58 

•314 

78    3  19 

9317 

76  17  45 

9999 

74  32  17 

•196 

92 


JUNE,  1895. 


AT  GREENWICH  APPARENT  NOON. 


t 

s 

^ 

e 

• 

• 

5 

5 

%« 

«4 

o 

e 

K 

>» 

il 

<s 

P 

Q 

Sat 

8UX. 

Mou. 

Tues. 
Wed. 
Tbur. 

Frid. 
Sat. 

SUN. 

Mod. 
Tues. 
Wed. 

Thur. 
Frid. 
Sat. 

SUN. 

Mon. 

Tues. 

Wed. 
Thur. 
Frid. 

Sat 

SUN. 

Mou. 

Tues. 
Wed. 
Thur. 

Frid. 
Sat 

SUN. 

Mon. 


1 
2 
3 

4 
5 

6 

7 
8 
9 

10 
11 
12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 

31 


THE  SUN'S 


Apparent 
Eight  Asoension. 


h     m        fl 

4  36  25.17 
4  40  30.91 
4  44  37.02 

4  48  43.48 
4  52  50.28 

4  56  57.40 

5  1  4.83 
5  5  12.55 
5     9  20.55 

5  13  28  80 
5  17  37.30 
5  21  46.02 

5  25  54.94 
5  30  4.05 
5  34  13.32 

5  38  22.73 
5  42  32.25 
5  46  41.87 

5  50  51.55 
5  .55     1.26 

5  59  10.99 

6  3  20.70 
6  7  30.36 
6  11  39.94 

6  15  49.43 
6  19  58.78 
6  24    7.98 

6  28  17.00 
6  32  25.81 
6  36  34.39 

6  40  42.72 


Dlff.  for 
I  Hour. 


o.2:n 

0.247 
0.262 

0.276 
0.290 
0.303 

0.316 
0.328 
0.339 

0.349 
0.359 
0.368 

0.376 
0.383 
0.389 

0.394 
0.-398 
0.402 

0.404 
0.405 
0.405 

0.404 
0.401 
0.397 

0.392 
0.386 
0.379 

0.371 
0.362 
0.352 


10.341 


Apparent 
Deolination. 


// 


N.22  3  54.5 

22  11  52.3 

22  19  26.9 

22  26  38.1 

22  33  25.8 

22  39  49.9 

22  45  50.2 

22  51  26.5 

22  56  38.8 


23  1 
23  5 
23    9 


27.0 
51.0 
50.6 


23  13  25.8 
23  16  36.4 
23  19  22.5 

23  21  43.8 
23  23  40.4 
23  25  12.3 

23  26  19  3 
23  27     1.5 

23  27  18.8 

23  27  11.2 
23  26  38.8 
23  25  41.6 

23  24  19.5 
23  22  32.8 
23  20  21.3 

23  17  45.2 
23  14  44.6 
23  11   19.5 

N.23    7  30.2 


Dlff.  for 
1  Hour. 


+20.39 
19.43 
18.46 

+IT.48 
16.50 
15.51 

+  I4.5{ 
13.51 
12.51 

+  11.50 

10.49 

9.47 

+  8.45 
7.43 
6.40 

+  5.37 
4.34 
3.31 

+  2.28 

1.24 

+  0.20 

-  0.83 
1.87 
2.90 

-  3.93 
4.96 
5.99 

-  7.01 
8.03 
9.05 

-10.06 


Senii. 
diameter. 


Sidereal 
Time  of 

Semi- 
diameter 
Passing 
Meridian 


5  48.41 
5  48.28 
5  48.16 

5  48.04 
5  47.92 
5  47.80 

5  47.69 
5  47.58 
5  47.47 

5  47.37 
5  47.27 
5  47.17 

5  47.07 
5  46  98 
5  46.89 

5  46.81 
5  46.73 
5  46.66 

5  46.59 
5  46.53 
5  46.47 

5  46.42 
5  46.38 
5  46.34 

5  46.30 
5  46.27 
5  46.25 

5  46.23 
5  46.22 
5  46.21 


15  46.20 


68.41 
68.46 
68.51 

68  56 
68.61 
68.66 

68.71 
68.75 

68.78 

68.81 
68.84 
68.87 

68.90 
68.92 
68.94 

68.95 
68.96 
68.97 

68.97 
68.97 
68.97 

68.97 
68.96 
68.95 

68.94 
68.92 
68.90 

68.87 
68.84 
68.81 

68.78 


Sqaatloa  of 

Time, 

to  be 
Sabtraoted 

from 


Added  to 

Apparent 

Time. 


m  a 

2  26.74 

2  17.59 

2  8.06 

1  58.19 

1  47.97 

1  37.44 

1  26.60 

1  15.47 

1  4.06 

0  52.40 

0  40.49 

0  28.36 


0 
0 


16.03 
3.52 


0  9.16 

0  21.97 

0  34.90 

0  47.93 

• 

1  1.01 
1  14.13 
1  27.26 

1  40.38 

1  53.44 

2  6.43 

2  19.32 

2  32.08 

2  44.69 

2  57.11 

3  9.33 
3  21.32 

3  33.06 


D'dL  fbr 
1  Hoar. 


0.374 
0.389 
0.404 

0.418 
0.432 
0.445 

0.458 
0.470 
0.481 

0.491 
0.501 
0.510 

0.518 
0.525 
0.531 

0.536 
0.541 
0.544 

0.54G 
0.547 
0.547 

0.545 
0M3 
0.539 

0.534 
0.i>28 
0.521 

0.513 
0.504 
0.494 

0.483 


KoTC— The  mnan  time  of  aemidiameter  paiaias;  may  bo  fonbd  by  sabtraotlng  0*.lO  from  the  sidereal  time. 

The  sign  +•  prefixed  to  the  lioariy  ohaage  of  docliuivcioa  tnilioat,es  that  uorlta  Ueclinations  are  iuoreaaiogi 
the  sign  —  indicates  that  north  decimations  are  decreasing. 


II. 


JUNE,  1895. 


93 


AT  GBBBNWIOH  MBAIT  NOOK 


i 
I 


Sat. 

SUN. 

Mod. 

T»e«. 

,Wed. 

Thar. 

Frid. 
Sat 

SUK. 

i  Mod. 
Tae6* 
Wed. 

Thar. 
Prid. 
SaU 

SUN. 

Moo. 

Taes. 

Wed. 

Thar. 
Frid.. 

Sat 

BUN. 

Mod. 

Toes. 
Wed. 
Thur. 

Frid. 

Sat. 

SUN. 

Mod. 


8 

9) 

I 

o 


1 

2 
3 

4 
5 

6 

7 
8 
9 

la 
11 

12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 

31 


THE  SUN'S 


Appftitnit 
Blghl  AMeatioo. 


b      m      i 

4  36  25.59 
4  40  31.30 
4  44  37.38 

4  48  43.82 
4  52  50.59 

4  56  57.68 

5  1  5.07 
5  5  12.76 
5  9  20.73 

5  13  28.95 
5  17  37.42 
5  21  46.10 

5  25  5199 
5  30  4.06 
5  34  13.30 

5  38  22.66 
5  42  32.15 
5  46  41.73 

5  50  51.38 
5  55  1.05 

5  59  10.74 

6  3  20.U 
6  7  30  03 
6  11  39.58 

6  15  49  03 
6  19  58  34 
6  24  7.51 

6  28  16.49 
6  32  25.26 
6  36  3381 

6  40  42.11 


DlflU  for 
1  Hour. 


10.230 
I0.*i46 
10.261 

10.275 
I0.2«» 
10.302 

10.314 
I0.32« 

I0.:m 

10.348 
10.357 
10.366 

10.374 
\0.'\8\ 
10.387 

10.31)2 
10.396 
10.400 

10.402 
10.403 
10.403 

10.402 
I0..399 
10.396 

I0.:i9l 
10.385 
10.378 

10.370 
10.361 
10.351 

10.340 


▲pptfent 
DeeUiiAtioo. 


N.22  3  55.3 
22  11  53.1 
22  19  27.6 

22  26  38.7 
22  33  26.4 
22  39  50.3 

22  45  50.5 
22  51  26.8 

22  56  39.1 

23  1  27.2 
23  5  51.2 
23  9  50.7 

23  13  25.8 
23  16  36.4 
23  19  22.5 

23  21  43.8 
23  23  40.4 
23  25  12.3 

23  26  19.3 
23  27  1.5 
23  27  18.8 


Diff.  for 
IHoar. 


+20.39 
19.42 
18.45 

+17.47 
16.49 
15.50 

+14.51 
13.51 
12.51 

+11.50 

10.49 

9.47 

+  8.45 
7.43 
6.40 

+  5.37 
4.34 
3.31 

+  2.2H 

1.24 

+  0.20 


23  27  11.3  -0.8:» 
23  26  38.9  I  1.87 
23  25  41.7       2.90 


23  24  19.7  -  3  93 

23  22  33.0  4.96 

23  20  21.5  5.99 

23  17  45.5  -  7.01 

23  14  45.0  8.03 

23  11  20.0  9.05 

! 

N.23    7  30.7  -10.06 


BqaatkNiof 

Time, 

to  be 

Ailded  to 


Subtracted 

from 
Mean  Time. 


m       s 

2  26.73 

2  17.57 

2  8.05 

1  58.18 

1  47.96 

1  37.43 

1  26.59 

1  15.46 

1  4.05 

0  52.39 

0  40.49 

0  28.36 

0  16.03 

0  3.52 


TM 


0  21.97 

0  34.90 

0  47  92 

1  1.00 
1  14.12' 
1  27.25 

1  40.36 

1  53.43 

2  6.41 

2  19.30 

2  32.06 

2  44.66 

2  57.09 

3  21.29 


Diftfor 
IHoor. 


0.373 
0..389 
0.404 

0.418 
0.432 
0.445 

0.458 
0.470 
0.481 

0.491 
0.501 
0.510 

0.518 
0.525 
0.531 

0.536 
0.541 
0.544 

0.546 
0.547 
0.547 

0.545 
0.543 
0.539 

0.534 
0.528 
0.521 

0.513 
0.504 
0.494 


3  38.03       0.483 


Vow.— Tkeeemidiameter  for  tutsan  qood  niAy  be  aeaamaU  the  Mine  ae  that  for  apparent  noon. 

TlMtisn  +  prefixed  to  the  buorly  oUauiceof  declinatiun  iodioatea  that  north  decllnatlona 
«•  Infennlngi  the  alga  —  indioatee  that  north  decUnationa  are  deoreaainK. 


Tlma, 
or 
Riffht 

of 
MmbSu. 


4  38  52.32 
4  42  48.87 
4  46  45.43 

4  50  41.99 
4  54  38.55 

4  58  35.11 

5  2  31.67 
5  6  28.22 
5  10  21.78 

5  14  21.34 
5  18  17.90 
5  22  14.46 

5  26  11.02 
5  30  7.58 
5  34     4.14 

5  38  0.70 
5  41  57.25 
5  45  53.81 

5  49  50.37  I 
5  53  46.93 

5  57  43.49 

6  1  40.05 
6    5  36.61  i 
6     9  33.17 

6  13  29.72 
6  17  26.28 
6  21  22.81 

6  25  19.40 
6  29  15.96 
6  33  12.52 

6  87    9.08 


IHff.  for  1  Hour, 

-f9'.H565. 
(Table  III.) 


94 


JUNE,  1896. 


IIL 


AT  GBBENWIOH  llfEAN  NOON. 

• 

g 

i 

THE  SUITS 

9      - »M^     ^    ■ 

^0 

• 

• 

TRUE  LOHOITimX. 

Iiogeritam 

of  the 

Bedlna  Tector 

Mom  The 

1 

e 

1 

DilL  for 
IHoor. 

LATITUDB. 

of  the 
Xerth. 

Dim  for 
IHonr. 

of 
SIdereelHooB. 

X 

V 

152 

70  42  2ir2 

41  57?5 

HsCee 

+  0J2 

0.0061774 

•^24.9 

19  17  57.46 

2 

153 

71  39  48.6 

39  24.7 

143.61 

-  0.02 

0.0062363 

24.2 

19  14     1.55 

3 

154 

72  37  14.9 

36  50.8 

143.57 

0.12 

0.0062937 

23.6 

19  10    5.64 

4 

155 

73  34  39.9 

34  15.6 

143.59 

-0.23 

0.0063494 

+23.0 

19     6    9.72 

5 

156 

74  32    3.9 

31  39.4 

143.48 

0.31 

0.0064039 

22.4 

19    2  13.81 

6 

157 

75  29  26.9 

29    2.2 

143.44 

0.36 

0.0064568 

21.9 

18  58  17.90 

7 

158 

76  26  48.9 

26  24.1 

143.40 

-  0.38 

0.0065087 

+21.4 

18  51  21.99 

8 

159 

77  24  10.1 

23  45.1 

143.37 

0.38 

0.0065595 

20.8 

18  50  26.07 

9 

160 

78  21  30.6 

21     5.4 

143.34 

0.34 

0.0066088 

20.3 

18  46  30.16 

10 

161 

79  18  50.4 

18  25.0 

143.31 

-  0.28 

0.0066568 

+19.7 

18  42  34.25 

11 

162 

80  16    9.7 

15  44.1 

143.29 

0.18 

0.0067035 

19.1 

18  38  38.33   1 

12 

163 

81  13  28.4 

13    2.6 

143.27 

-0.07 

• 

0.0067485 

18.5 

18  34  42.42 

13 

164 

82  10  46.8 

10  20.8 

143.26 

+  0.05 

0.0067921 

+17.8 

18  30  46  51 

14 

165 

83    8    4.7 

7  38.5 

143.24 

0.18 

0.0068339 

17.0 

18  26  50.60 

15 

166 

84    5  22.3 

4  55.9 

143.23 

0.32 

0.0068738 

16.2 

18  22  54.68 

16 

167 

85    2  39.6 

2  13.0 

143.22 

+  0.44 

0.0069117 

+15.4 

18  18  58.77 

17 

168 

85  59  56.7 

59  29.9 

143.21 

0.55 

0.0069476 

14.5 

18  15    2.86 

18 

169 

86  57  13.5 

56  46.5 

143.19 

0.66 

0.0069811 

13.5 

18  11     6.94 

19 

170 

87  54  30.1 

54    2.9 

143.18 

+  0.73 

0.0070124 

+12.5 

18    7  11.03 

20 

171 

88  51  46.3 

51   19.0 

143.17 

0.78 

0  00704 1 1 

11.5 

18    3  15.12 

21 

172 

89  49    2.3 

48  34.8 

143.16 

0.79 

0.0070673 

10.4 

17  59  19.20 

22 

173 

90  46  17.9 

45  50.2 

143.14 

+  0.77 

0.0070908 

+  9.3 

17  55  23.29 

23 

174 

91  43  33.2 

43     5.3 

143.13 

0.72 

0.0071117 

a2 

17  51  27.38 

21 

175 

92  40  48.0 

40  19.9 

143.11 

0.64 

0.0071301 

7.1 

17  47  31.47 

25 

176 

93  38    2.5 

37  34.2 

143.10 

+  0.55 

0.0071458 

+-6.0 

17  43  35.r»5 

26 

177 

94  35  16.6 

34  48.1 

143.08 

0.43 

0.0071590 

5.0 

17  39  39.64 

27 

178 

95  32  30.3 

32     1.6 

143.06 

0.31 

0.0071699 

4.0 

17  35  43.73 

28 

179 

96  29  43.5 

29  14.6 

143.04 

+  0.17 

0.0071784 

♦  3.0 

17  31  47.81 

29 

180 

97  26  56.3 

26  27.2 

143.03 

+  0.04 

0.007 1816 

S.I 

17  27  51.90 

30 

181 

98  24    a7 

23  39.4 

143.01 

-0.08 

0.0071886 

1^ 

17  23  55.99 

31 

182 

99  21  20.7 

20  51.2 

142.99 

-0.19 

0.0071909 

+-0.6 

17  20    0.08 

Hon 

L— Tbe 

■ambers  im  aolania  X  oorrMpoad  to  the  tn 
oMea  eqainox  of  Jennary  <M.O. 

te  equiaox  of  the  4etei  li  eola 

mnX'u 

DiS,  for  1  Hour, 
— 9«.8296. 
nM>leIL) 

IV. 


JUNE,  1895. 


95 


OBBBNWIOH  MBAN  TIMB. 

• 

i 

TUB  MOOITS 

1 

• 

! 

SSHTDIAHVTKR. 

HOBIZOITTAL  PARALLAX. 

UPPER  TRANSIT. 

AOB. 

HOMU 

lOdBigbt. 

Vooa. 

Dlff.  for 
1  Hoar. 

MUid^t. 

Dift  for 
IHonr. 

. 

KaridUaor 
Orociiiwieh. 

J>m,  for 
1  Hoar. 

Hooa. 

1 

16      6^2 

*       t0 

16    4.0 

58  59.6 

-4K66 

58  5f.3 

-0.73 

h      m 

7  17.5 

m 
1.95 

d 

8.0 

2 

16     1.5 

15  58.7 

58  42.1 

0.80 

58  82.0 

0.88 

8    4.4 

1.97 

9.0 

3 

15  55.7 

15  52.4 

58  20.9 

0.96 

58    8.9 

1.03 

8  52.4 

9.04 

10.0 

4 

15  49.0 

15  45.3 

57  56.1 

-I.IO 

57  42.5 

•1.17 

9  42.5 

9.14 

11.0 

5 

15  41.3 

15  37.2 

57  28.1 

1.93 

57  13.0 

1.98 

10  352 

9.95 

12.0 

6 

15  33.0 

15  28.6 

56  57.4 

l.3S< 

66  41.4 

1.35 

11  30.4 

9.33 

13.0 

7 

15  24.2 

15  19.7 

56  25.1 

-1.36 

56    8.8 

-1.35 

12  26.7 

9.35 

14.0 

8 

15  15.4 

15  11.1 

55  52.7 

1.33 

55  37.0 

1.98 

13  22.3 

9.98 

15.0 

9 

15    7.0 

15    3J2 

55  22.0 

I.VI 

55    7.9 

1.13 

14  15.6 

9.15 

16.0 

10 

14  59.6 

14  56.5 

54  54.9 

-1.03 

54  43.3 

-0.90 

15    5.3 

1.99 

17.0 

11 

14  53.7 

14  51.5 

54  33.3 

0.76 

54  25.1 

0.60 

15  51.4 

1.86 

16.0 

12 

14  49.8 

14  48.7 

54  18.9 

0.43 

• 

54  14.9 

-0.94 

16  34.3 

1.73 

19.0 

13 

14  48.3 

14  48.5 

54  13.2 

-0.04 

54  14.0 

+0.16 

17  14.9 

1.66 

20.0 

14 

14  49.3 

14  50.9 

54  17.1 

+0  37 

54  22.9 

0.59 

17  54.4 

1.63 

21.0 

15 

14  53.2 

14  56.1 

54  31.2 

O.fc^O 

54  42.0 

1.00 

18  33.7 

1.66 

22.0 

16 

14  59.7 

15    4.0 

54  55.3 

+1.'^ 

55  10.9 

+1.39 

19  14.3 

1.74 

23.0 

17 

15    8.8 

15  14.2 

55  28.7 

1.56 

55  48.4 

1.79 

19  57.5 

1.87 

24.0 

18 

15  20.0 

15  26.2 

56    9.9 

1.85 

56  32.7 

1.94 

20  44.6 

9.05 

25.0 

19 

15  32.7 

15  39.3 

56  56.4 

+«.oo 

57  20.8 

+9.03 

21  36.6 

9.9H 

26.0 

20 

15  46  0 

15  52.5 

57  45.2 

a.o2 

58    9.2 

1.96 

22  34.0 

9.50 

27.0 

21 

15  58.8 

16    4.7 

58  32  2 

1.86 

58  53.8 

1.79 

• 

23  35.9 

9.64 

28.0 

22 

16  10.0 

16  14.7 

59  13.4 

41.54 

59  30.7 

+1.39 

6 

29.0 

23 

16  18.6 

16  21.7 

59  45.1 

1.08 

59  56.5 

0.89 

0  39.8 

9.66 

0.6 

24 

16  24.0 

16  25.3 

60    4.7 

+0.55 

60    9.6 

+0.96 

1  42.5 

9.55 

1.6 

25 

16  25.7 

16  25.2 

60  11.0 

-0.01 

60    9.3 

-0.96 

2  41.6 

9.37 

2.6 

26 

16  24.0 

16  22.0 

60    4.7 

0.50 

59  57.4 

0.70 

3  36.4 

9.19 

3.6 

27 

16  19.4 

16  16.2 

59  47.8 

0.88 

59  36.2 

1.03 

4  27.3 

9.06 

4.6 

28 

16  12.6 

16    8.7 

59  23.0 

-1.15 

59    8.6 

-1.94 

5  15.5 

1.98 

56 

29 

16    4.5 

16    0.1 

58  53.2 

1.31 

58  37  2 

1.35 

6    2.6 

1.96 

66 

30 

15  55.7 

15  51.2 

58  20.8 

1.38 

58    4.2 

1.38 

6  50.0 

9.00 

7.6 

31 

15  46.6 

15  42.2 

57  47.6 

-1.38 

57  81.2 

-1.35 

7  38.9 

9.08 

8.6 

96 


JUNE,  1895. 


V. 


• 

OBBBNWICH  MEAlf  TIME. 

THE  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 

Hoar. 

Ri|tl>^-^*^*>''<>'>- 

DIfffor 
llCinate. 

DeeUDAtloB. 

Diftfer 
IMiaate. 

Hoar. 

Right  AioettrioiK 

DHeibr 
1  MiBiiU). 

DeoUaatioii. 

DUE  for 
1  Minute. 

8A' 

ruuDi 

\Y  1. 

MONDAY  3. 

0 

II  42  33*77 

a 

N.  1  id  5^8 

I6J88 

0 

b     m      • 

13  21  47.33 

• 
9.1069 

S.1I  44  525 

15.115 

1 

II  44  37^ 

9Mta 

0  54  17.5 

16.688 

1 

13  23  53.83 

9.1008 

1 1  59  .57.4 

15.049 

2 

1 1  46  40.77 

9UI574 

0  37  36.2 

16.687 

2 

13  26    0.51 

9.1198 

12  14  58.3 

14.98^ 

3 

II  48  44.19 

tMM 

0  20  55.0 

16.684 

3 

13  28    7.37 

9.1158 

12  29  55.2 

14.913 

4 

1 1  50  47^ 

9M68 

N.  0    4  14.1 

16.678 

4 

13  30  14.41 

9.1189 

12  44  47.9 

14.849 

5 

II  52  50.88 

t.oaM 

a  0  12  26.4 

16.679 

5 

13  32  21.64 

9.1990 

12  5!>  36.3 

14.771 

6 

11  54  54.16 

S.0M4 

0  29    6.5 

16.664 

6 

13  34  2!l.05 

9.1951 

13  14  20.4 

14.698 

7 

II  56  57.41 

t.0540 

0  45  46.1 

I6JS6 

7 

13  36  3(1.65 

9.1994 

13  2t>    0.1 

140»4 

8 

II  59    0.64 

9M» 

1    2  25.1 

16.645 

8 

13  :)8  44.46 

9.1318 

13  43  35;j 

14.518 

9 

12    1    3.84 

S.0633 

1   19    3.5 

16.634 

9 

13  40  52.47 

9.1359 

13  58    5.9 

14,479 

10 

12    3    7.03 

9.0531 

1  35  41.2 

16.631 

10 

13  43    0.68 

9.1386 

14   12  31.9 

14.394 

11 

12    5  10.21 

t.06O 

1  52  18.0 

16.606 

11 

13  45    9.10 

9.1491 

14  26  .53.2 

14.314 

12 

12    7  13;)8 

tUtfW 

a    8  5:^J^ 

16.590 

12 

13  47  17.73 

9.1456 

14  41     9.6 

14.933 

13 

12    9  16.55 

%M» 

2  25  28.8 

16.573 

13 

13  49  26.57 

91499 

14  55  21.1 

14.151 

14 

12  11  19.73 

8.0631 

3  42    2.7 

16.555 

14 

13  51  35.63 

9.1598 

15    9  27.7 

140)68 

15 

12  13  22.92 

9.0533 

2  58  35.4 

16.535 

15 

13  5:3  44.91 

9.1565 

15  2:}  29.3 

]3.9Ki 

l() 

12  15  26.13 

9.0536 

3  15   a9 

16.513 

16 

13  55  54.41 

9.1609 

15  37  25.7 

13.806 

17 

12  17  2!»;J5 

9.0639 

3  31  37.0 

16.490 

17 

13  58    4.13 

9.1639 

15  51    16.8 

13.808 

18 

12  19  ;«.60 

90)645 

3  48    5.7 

16.467 

18 

14    0  14.08 

9.1677 

16    5    2.7 

13.790 

iy 

12  21  35.8«l 

9.0661 

4    4  3:i0 

16.449 

19 

14    2  24.26 

9.1716 

16  18  43.2 

13.6» 

20 

12  23  39.21 

9.0567 

4  20  58.7 

16.414 

20 

14    4  34.67 

9.1754 

16  32  18.2 

13.51)7 

21 

12  25  42.57 

9.0564 

4  37  22.7 

16.386 

21 

14    6  45.31 

9.1793 

16  45  47.7 

13.445 

22 

12  27  45i« 

9.0579 

4  53  45.0 

16.357 

22 

14    8  56.19 

9.1833 

16  59  11.6 

13.351 

23 

12  29  49.44 

SI 

9.0589 

[JKDA' 

S.  5  10    5.5 

16.»27 

23 

14  11    7.31 
Tt 

9.1874 

rESDA 

S.  17  12  29.8 
Y  4. 

13.956 

0 

12  31  52.96 

9M9i 

S.  5  26  24.2 

16.996 

0 

14  13  18.68 

9.1915 

a  17  25  42.2 

13.158 

1 

12  33  56.55 

9UM03 

5  42  40.9 

16.961 

1 

14  15  30.29 

9.1955 

17  38  48.8 

130)60 

2 

12  36    0^ 

9.0614 

5  58  55.5 

16.995 

2 

14  17  42.14 

9.1995 

17  51  49.4 

19.96Q 

3 

12  38    3012 

9.0697 

6  15    7.9 

16.189 

3 

14  19  54.23 

9.9036 

18    4  44.0 

19.809 

4 

12  40    7.72 

9.0640 

%  31    18.1 

16  159 

4 

14  22    6.57 

9.9077 

18  17  32.5 

19.757 

5 

12  42  11.60 

94»54 

e  47  26.1 

16.113 

5 

14  24  19.16 

9.9119 

18  30  14.9 

19.654 

6 

12  44  15.57 

9.0669 

7    3  31.7 

160179 

({ 

14  26  32.00 

9.9)61 

18  42  51.0 

19.549 

7 

12  46  19.6:) 

9.0685 

7  19  34.8 

16  031 

7 

14  28  45.09 

9.9903 

18  55  20.8 

19.443 

8 

12  48  23.79 

9.0709 

7  a5  aTi.4 

15.987 

8 

14  30  58.43 

9.9945 

19    7  44.2 

19.336 

i) 

12  50  28.06 

9.0790 

7  51  3:^.3 

15.949 

9 

14  33  12.03 

9.9987 

19  20     1.1 

19.937 

10 

12  52  32.43 

90)738 

8    7  28.5 

15.897 

10 

14  35  25.88 

9.9330 

19  32  11.5 

19.118 

II 

12  54  360)1 

9.0757 

8  23  21.0 

1.5.851 

11 

14  37  m>.99 

9.9379 

19  44  15.3 

19.007 

12 

12  56  41.51 

9.0777 

8  3J)  10.6 

15.809 

12 

14  39  .54.a5 

9.9415 

19  56  12.:^ 

11.894 

13 

12  58  46.23 

9.0797 

8  54  57.3 

15.752 

13 

14  42    8.97 

9.9457 

20    8    2.5 

11.780 

14 

13    0  51.07 

9U>ei7 

9  10  40.9 

15.701 

14 

14  44  23.84 

9.9506 

20  19  45.9 

11.666 

15 

13    2  56.04 

9.0810 

9  26  21.4 

15.648 

15 

14  46  38.97 

9.9643 

20  31  22.4 

11.550 

16 

13    5    1.15 

90)863 

9  41  58.7 

15.594 

16 

14  48  54.36 

9.9586 

20  42  51.9 

11.439 

17 

13    7    6.40 

90W86 

9  57  32.7 

15.539 

17 

14  51    10.01 

9.9699 

20  54  14.3 

11.313 

18 

13    9  11.78 

9.0909 

10  13    3.4 

15.483 

18 

14  5.3  25.91 

9.9679 

21     5  29.5 

11.193 

ID 

13  11   17.31 

9.0935 

10  28  30.7 

15.495 

19 

14  55  42.07 

9.9714 

21  16  37.5 

11.079 

20 

13  13  23.00 

9.0961 

10  43  54.4 

15.365 

20 

14  57  58.48 

9.9757 

21  27  38.2 

10.950 

21 

13  15  28.84 

90)987 

JO  5!)  14.5 

15.304 

21 

15    0  15.15 

902799 

21  38  31.5 

10,  W7 

2*2 

13  17  34.84 

9.1013 

11  14  30.9 

15.343 

22 

15    2  3-^,07 

9.9841 

21  49  17.4 

10.703 

23 

13  19  41.00 

9.1041 

11  29  43.6 

15.180 

23 

15    4  49.24 

9.9883 

21  69  55.8 

10.577 

24 

13  21  47.33 

9.1069 

S.  1 1  44  52.5 

15.115 

24 

15    7    6.67 

9.9996 

a  22  10  '2(^.6 

10.449 

VL 


JUNE,  1895. 


97 


GBBBMWIOH  MR  AN  TIME. 

THE  MOOirS  BIQHT  ASCENSION  AND  DECLINATION. 

B*w. 

Btgfctltwrfwi 

BUCfbr 

D—llaatt— ■ 

BUCIbr 
IMinnto. 

-■ 

Die  for 
IMlaata. 

PoolliMitloa. 

DIAfer 
IMloato. 

WEI 

)NESI] 

^AT6, 

FRIDAY  7. 

0 

k     m      • 

15    7    6.67 

• 
Mm 

8.2f  lO'  9^6 

1M# 

0 

k    m      • 

17    1    9.68 

• 
9.4949 

8.9/  47  99J5 

93U 

1 

15    9  94.35 

tJM7 

99,90  49.7 

I0J91 

1 

17    3  98.19 

9.4959 

27  50  43.5 

9.159 

9 

15  11  49J28 

t.3006 

99  31    5.1 

10.199 

9 

17    5  53.79 

9.4957 

27  53  47.7 

9389 

3 

15  14    0.45 

9.9049 

99  41  19.8 

10.009 

3 

17    8  19.27 

9.4959 

27  56  42.2 

9397 

4 

15  16  18.87 

9JD91 

99  51  19.6 

9391 

4 

17  10  44.83 

9.4900 

27  59  27.0 

9305 

5 

15  18  37.54 

9.9199 

93    1    AJS 

9.790 

5 

17  13  10.39 

9.4959 

28    2    2.0 

9309 

6 

15  90  56.45 

9.9179 

9:)  10  48.4 

9J04 

6 

17  15  a5.94 

9.4957 

28    4  27.3 

9341 

7 

15  93  15.60 

9J919 

93  90  94.9 

9.590 

7 

17  18     1.48 

9.4955 

28    6  42.9 

9.179 

8 

15  2!i  S4Jd9 

939S1 

93  99  59.0 

9.905 

8 

17  90  97.00 

9.4959 

28    8  48.8 

9317 

9 

15  27  54.61 

9.9999 

93  39  11.6 

9.956 

9 

17  99  59.50 

9.4947 

28  10  44.9 

1354 

10 

15  30  14.47 

9.3999 

93  48  99.9 

9.190 

10 

17  95  17.96 

9.4940 

28  12  31.3 

1399 

11 

15  39  S4M 

9J967 

93  57  96.0 

8309 

11 

17  97  43.38 

9.4999 

28  14    8.0 

1390 

U 

15  34  54.87 

9.9404 

94    6  90.7 

8341 

19 

17  30    a74 

9.4993 

28  15  34.9 

1306 

13 

15  37  15.41 

9.9449 

94  15    6.9 

8.700 

13 

17  39  34.a5 

9.4913 

28  16  52.1 

1307 

-14 

15  39  36.17 

9.9479 

94  93  44.7 

8350 

14 

17  34  59.30 

9.4909 

28  17  59.7 

1340 

15 

15  41  57.16 

9.9510 

94  39  14.0 

8.417 

15 

17  37  94.47 

9.4160 

28  18  57.6 

0365 

16 

15  44  I8;i6 

9.3S5I 

94  40  34.7 

8379 

16 

17  39  49.56 

9.4175 

28  19*45.9 

0.794 

17 

15  46  39.77 

9.9566 

94  48  46J 

8.198 

17 

17  49  14J>7 

9.4101 

28  20  24.5 

0389 

18 

15  49     1.38 

9.9019 

94  56  50.1 

7389 

18 

17  44  3!U9 

9.4144 

28  20  53.4 

0309 

19 

15  51  93.90 

9.9059 

95    4  44.7 

7397 

19 

17  47    4.30 

9.4197 

28  21   12.7 

0349 

90 

15  53  45J29 

9.3087 

95  19  30J^ 

7360 

90 

17  49  99.01 

9.4108 

28  21  22i> 

-0389 

ai 

15  56    7.44 

9.9719 

95  90    7.4 

7341 

91 

17  51  53.60 

9.4068 

28  21  22.7 

4-0377 

32 

15  58  99.85 

9.9701 

95  97  35.4 

7309 

99 

17  54  18.06 

93007 

28  21  13;) 

0390 

93 

16    0  59.45 

9.9789 

8.95  34  SiJi 

730 

93 

17  56  49.40 

93045 

8.28  20  54.4 

0394 

TH 

UBSD. 

AT  6. 

SA*] 

rUBDi 

\Y  8. 

• 

0 

16    3  15J33 

9J819 

8.95  49    4.6 

7309 

0 

17  59    6.60 

9.4091 

8.28  20  2a0 

9359 

1 

16    5  38.19 

9.9M1 

95  49    5.6 

0349 

1 

18    1  30.65 

93000 

28  19  48.1 

9.710 

2 

16    8     1.39 

9JO0O 

95  55  57.6 

0.790 

9 

18    3  54.55 

93971 

28  19    0.8 

0307 

3 

16  10  94.69 

9.9607 

96    9  40.4 

0.C37 

3 

18    6  ia:)0 

93944 

28  18    4.1 

139) 

4 

16  19  48.08 

9J999 

96    9  14.0 

0.484 

4 

18    8  41.88 

93910 

28  16  58.0 

1.179 

5 

16  15  11.70 

9JSB60 

96  15  38.5 

0391 

5 

18  11     5J29 

93687 

28  15  42.6 

1334 

6 

16  17  a5.48 

9J97e 

96  91  53.7 

0.170 

6 

18  13  98.'>3 

93857 

28  14  17i) 

1.469 

7 

16  19  59.41 

ft  <aga 

96  97  59.6 

0.091 

7 

18  15  5J.58 

93690 

28  12  4a9 

1349 

8 

16  99  9:M7 

9.4091 

96  33  56.9 

5305 

8 

18  18  14.44 

93793 

28  11     0.7 

1.797 

9 

16  94  47.66 

9.4049 

96  39  43.4 

5.700 

9 

18  90  37.10 

93700 

28    9    8.3 

1350 

10 

16  97  11.98 

9.4004 

96  45  91.9 

5359 

10 

18  99  5!».56 

93796 

28    7    6.7 

9.109 

11 

16  99  3a43 

9.4005 

96  50  49.6 

5395 

11 

18  95  91.81 

93000 

28    4  56.0 

9.959 

19 

16  39     1.00 

9.4104 

26  56    8.6 

5.997 

19 

18  97  43.84 

93653 

28    2  »;.3 

9.409 

13 

16  34  95.68 

9.4199 

27     1  18.1 

5379 

13 

18  30    !},65 

93616 

28    0    7.6 

9354 

14 

16  36  50.47 

9^199 

27    6  18.1 

4390 

14 

18  39  97.23 

93577 

27  57  2!K8 

9.704 

15 

16  39  15.35 

9^154 

97  11    8JS 

4.700 

15 

18  34  48.58 

93538 

27  54  43.1 

93A9 

16 

16  41  40;)9 

9.4100 

97  15  49.3 

4301 

16 

18  37    9.(59 

93496 

27  51  47.5 

9300 

17 

16  44    5.38 

9.4104 

97  20  20.6 

4.449 

17 

18  39  30.56 

93457 

27  48  43.1 

9.147    . 

18 

16  46  30JS:) 

9.4107 

97  24  49.3 

4.961 

18 

18  41  51.17 

93114 

27  45  29.9 

9303    ' 

19 

16  48  55.75 

9.4900 

27  28  54.3 

4.190 

19 

18  44  11.53 

93371 

27  42    7.9 

9.438 

90 

16  51  91.03 

9.4918 

27  :«  56.7 

9359 

90 

18  46  31.6;) 

93:«7 

27  :»  37.3 

3369    1 

91 

16  53  46;i7 

9.4997 

97  36  49.4 

9.790 

91 

18  48  51.46 

932W 

27  34  58.1 

9.795    ' 

99 

16  56  11.76 

9.4990 

97  40  39.4 

9337 

99 

18  51   11.02 

93937 

27  31   lOJ) 

9.868    1 

23 

16  58  37.90 

9.4949 

97  44    5.8 

9.470 

93 

18  &3  30.31 

93192 

27  27  l:).9 

4310 

94 

17    1    9.68 

9.4949 

8.97  47  29.5 

9314 

94 

18  55  49.32 

931  e 

S.27  2)    9.1 

4.150 

98 


JTTNE,  189& 


YJL 


0 

1 

2 
3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

I 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

10 

17 

18 

19 

20 

21 

22 

23 

24 


GSBEKWICH  MBAN  TIMB. 


THE  MOOirS  RIGHT  ASCEHSION  AND  DECLINATION. 


Sichi 


DiKtmr 


SUNDAY  9, 


18  55 

18  58 

19  0 


19 
19 
19 
19 
19 
19 
19 
19 


2 
5 

7 
9 
11 
14 
16 
18 


19  20 
19  23 
19  25 
19  27 
19  29 
19  32, 
19  34 
19  36 
19  38 
19  41 
19  43 
19  45 
19  47 


49^ 

26.48 
44iS2 

2.47 
20i)l 
37J25 
54.18 
lOJO 
27.11 
43.10 
58.77 
14.11 
29.13 
43.81 
58.16 
12.18 
25.86 
39.20 
.'i2J20 

4.86 
17.17 
29.13 
40.75 


• 

L.  -^ 

tjie 

8.27 

t.a697 

27 

tJMS 

27 

9Jtm 

27 

%Mm 

27 

tjmm 

27 

9jma 

26 

nsm 

26 

t.9744 

26 

tJ0B8 

26 

|.t08 

26 

tJSM 

26 

t.ts» 

26 

t3f7S 

26 

t.S419 

26 

t.tlM 

26 

%jom 

25 

t.sst 

25 

t.9199 

25 

t.9iae 

25 

tjoei 

25 

%sm 

25 

t.lMS 

25 

S.1M7 

8.25 

23 
18 
14 
10 
5 
0 
55 


9.1 
55JI 
34.3 

4.4 

26.3 

39.9 

45.4 

50  42J9 

45  32J3 
40  13.8 
34  47.4 

29  ia2 

23  31.3 
17  41.7 

11  44.4 
5  39.5 

59  27.1 
53    7.3 

46  40.1 
40  5.6 
33  23.9 
26  34il 
19  38.8 

12  35.7 


19  49 
19  52 
19  54 
19  56 

19  58 

20  0 


20 
20 
20 
20 
20 
20 
20 
20 
20 


2 
5 
7 

9 
II 
13 
15 
17 
19 


20  21 
20  24 
20  26 
20  28 
20  30 
20  32 
20  34 
20  36 
20  38 
20  40 


MONDAY  10. 


18.25 
24 
24 
24 
24 
24 
24 
24 
24 
23 
23 
23 
23 
2:) 
23 
23 
22 
22 
22 
22 
22 
22 
22 
21 

S.2I 


52.02 

S.IM0 

2M 

S.I791 

13.51 

S.I73t 

23.72 

9.1973 

33.58 

9.1914 

43.09 

9.1SM 

52.24 

9.1499 

1.04 

9.1437 

9.48 

9.1377 

17.57 

9.1319 

25.30 

9.I9S9 

32.68 

9.1901 

39.71 

9.1149 

46.18 

9.1069 

52.70 

9.1093 

58.G6 

9.0994 

4.27 

tMM 

9J>3 

9Ma 

14.43 

9jon» 

18.99 

9.0731 

2ri.20 

9UW79 

27.06 

9.0914 

30Ji7 

9.0ft57 

.33.74 

94)590 

36.57 

9.0449 

4J99 


4.499 

4.SC7 
4.794 
4.841 
4.975 
i.199 


9.374 


9.934 

9.793 
M9I 
9.916 
9.144 


9.914 


9.7S9 
9.879 


7J19 


mkgk 


IMtaimt*. 


DMllBAtim. 


ma.  for 
IMinato. 


0 

I 

2 
3 
4 

5 
6 
7 
8 
9 
0 
I 

2 

3 

4 

5 

6 

7 

8 

9 

20 

21 

22 

23 


5  25.6 

7.996 

0 

58    8.6 

7.349 

1 

50  44.8 

7.494 

2 

43  14.1 

7.997 

3 

a5  36.7 

7.978 

4 

27  52.7 

7.768 

5 

20    2.1 

7.898 

6 

12    5.0 

8.999 

7 

4     1.4 

8.113 

8 

55  51.5 

8.916 

9 

47  35.3 

6.393 

10 

39  12.8 

8.497 

II 

30  44.1 

8.999 

12 

22    9.3 

8.931 

13 

13  28.4 

8.731 

14 

4  41.6 

8.889 

15 

55  48.9 

8.997 

16 

46  50.3 

9.095 

17 

37  45.9 

9.191 

18 

28  35.8 

9.919 

19 

19  20.0 

9.310 

20 

9  58.6 

9.403 

21 

0  31.7 

9.494 

22 

50  59.3 

9.584 

23 

41  21.6 

9.673 

24 

TUBSDAY  11. 


20  40 
20  42 
20  44 
20  46 
20  48 
20  50 
20  52 
20  54 
20  56 

20  58 

21  0 


21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 


2 
4 

6 
8 
10 
12 
14 
16 
18 
20 
22 
24 
26 


36.57 
39.05 
4i:i9 
43.00 
44.47 
45.60 
4a40 
46.87 
47i)l 
46.82 
46.31 
45.48 
44.32 
42.85 
41.07 
38i^ 
36..'>7 
33.86 
30.85 
27JS4 
23.93 
20.03 
15.83 
11.35 


9J973 
9.9917 
9.9191 
9.9199 
9.0051 


.9949 


.9781 
J799 
.9977 

J674 


.9473 
.9493 
.9374 


sm 


IS.21 
21 
21 
21 
21 
20 
20 
20 
20 
20 
20 
19 
19 
19 
19 
19 
18 
18 
18 
18 
18 
18 
17 

S.I7 


4l'2l!6 


31 
21 
II 
1 
51 
41 
31 
21 


38.5 
50.1 
56.6 
57i^ 
54.1 
45.3 
31.5 
12.8 

10  49.3 
0  21.0 

49  48.0 
39  10.4 
28  28.2 
17  41.4 
6  50.1 
55  54.4 
44  54.4 
33  50.1 
22  41.5 

11  28.7 
0  11.8 

48  50.8 
37  25.8 


WEDNESDAY  12. 


21  28 
21  30 
21  31 
21  33 
21  35 
21  37 
21  3!) 
21  41 
21  43 
21  45 
21  47 
21  48 
21  50 
21  52 
21  54 
21  56 

21  58 

22  0 


22 
22 
22 
22 
22 


I 

3 
5 
7 

9 


22  II 
22  12 


6.58 

1.53 
56.20 
50.60 
44.73 
38J59 
32.18 
25.52 
18.60 
11.42 

:i99 
5a32 
48.40 
40.24 
31.85 
23.23 
14.38 

5.31 
56.02 
46.52 
36.80 
26.87 
16.74 

6.41 
55.89 


JI69 
.9135 


.9044 

QAAA 


.8911 

ftMM 


.6783 
.8749 
.8701 
.6600 
.6691 


.6544 

.8907 
.6470 
.6434 
.8396 
.6389 
.63M 
.8995 
.6963 
.8931 


9.873 
9.789 
9.849 
9J99 

0.091 
0.106 
0.168 
0.971 


0.439 
0.511 
0.588 
0j999 

0.749 
0.618 
0.699 
0J64 
IM» 
1.197 
1.178 
1347 
1.316 
1.383 
U.449 


6.17  25  56.9 

11.514 

17  14  24.1 

11.579 

17    2  47.4 

11.844 

16  51    a8 

11.797 

16  39  22.5 

11.790 

16  27  34.5 

11.839 

16  15  42J) 

11.690 

16    3  47.7 

11.949 

15  51  49.0 

19UI07 

15  39  46.8 

isa»5 

15  27  41.2 

19.199 

15  15  32.1 

19.179 

15    3  19.7 

19.934 

14  51     4.1 

19.988 

14  38  45.2 

19.349 

14  26  23.1 

19.395 

14  13  57.8 

19.447 

14     1  29.5 

19.497 

13  48  58.2 

19.547 

13  36  23.9 

19.597 

13  23  46.6 

19.645 

13  11     6.5 

19.603 

12  58  23.5 

19.740 

12  45  37.7 

19.787 

8.12  32  49.1 

19.639 

vm. 


JUNE,  1896. 


99 


GBBBNWIOH  MBAN  TIME. 

THE  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 

Hoar. 

BIfhtAMMsieii. 

dm:  for 
IMlaato. 

DMlIaattoB. 

DHL  for 
IMtsnte. 

Hoar. 

BlffbiJlMoiMlon. 

DlflU  for 
IMlnnte. 

DooUaMtoB. 

Dili:  for 
IMinuto. 

THl 

JESDi! 

lT  18. 

SATURDAY  16. 

0 

22  12  55^ 

• 
1.8m 

a  1^  3!i  49T] 

19.899 

0 

23  38    6J23 

• 
1.7549 

s.  f  3/50J 

14.996 

1 

22  14  45.18 

1.8196 

12  J9  S7M 

19.8n 

1 

23  39  5IJM 

1.7554 

1  23  38.4 

14.919 

3 

22  16  34.27 

1.8187 

12    7    3.9 

19.991 

2' 

23  41  36.88 

1.7560 

1    9  25.3 

14.994 

3 

22  18  23.18 

1.8137 

11  54    7.3 

19.964 

3 

23  43  22.26 

1.7567 

0  55  11J( 

14.936 

4 

22  20  11.92 

1.8106 

11  41    8.2 

13.007 

4 

23  45    7.68 

1.7574 

0  40  57.0 

14.946 

5 

22  22    0.48 

1.8079 

11  28    Oil 

13UM9 

5 

23  46  53.15 

1.7589 

0  26  42.0 

14.966 

6 

22  23  48.87 

1.8051 

11  15    2.3 

130)90 

6 

23  48  38.67 

1.7591 

8.  0  12  26.4 

14.965 

7 

22  25  37.10 

1.8094 

11     1  55.7 

13.130 

7 

23  50  24.24 

1.7601 

N.  0     1  49.8 

14.973 

8 

22  27  2.5.16 

1.7997 

10  48  4a7 

13.170 

8 

23  52    9.88 

1.7619 

0  16    a4 

14.989 

9 

22  29  13.06 

1.7971 

10  35  au 

13.900 

9 

23  53  55.58 

1.7693 

0  30  2:3.4 

14.987 

10 

22  31     0.81 

1.7946 

10  22  21.6 

13.947 

10 

23  55  41.35 

1.7635 

0  44  iOJA 

14.993 

11 

22  32  48.42 

1.7999 

10    9    5.7 

13.964 

11 

23  57  27.20 

1.7648 

0  58  58.6 

14.999 

12 

22  34  3SJ8 

1.7898 

9  55  47J( 

13.391 

12 

23  59  13.13 

1.7669 

1  13  ia7 

14.304 

13 

22  36  23.20 

1.7876 

9  42  27.1 

13.357 

13 

0    0  59.14 

1.7677 

1  27  a5.i 

14.306 

H 

22  38  10.39 

1.78fi3 

9  29    4.6 

13.399 

14 

0    2  45.25 

1.7699 

1  41  53.7 

14.319 

15 

22  39  57.44 

1.7831 

9  15  40.0 

13.497 

15 

0    4  31.45 

1.7706 

1  56  12.5 

14.315 

16 

22  41  44.36 

1.7810 

9    2  13;) 

13.461 

16 

0    6  17.75 

1.7796 

2  10  3IJ^ 

14.317 

17 

22  43  31.16 

1.7791 

8  48  44.6 

13.494 

17 

0    8    4.16 

1.7744 

2  24  50.6 

14.318 

18 

22  45  17.85 

1.7779 

8  35  14.0 

19.S97 

18 

0    9  50.67 

1.7769 

2  39    9.7 

14.318 

19 

22  47    4.42 

1.7753 

8  21  41.4 

13.569 

19 

0  11  37.30 

1.7769 

2  53  2&8 

14.319 

20 

22  48  50.88 

1.7735 

8    8    6.9 

13.591 

20 

0  13  24.05 

1.7803 

3    7  48.0 

14.319 

21 

22  50  37.24 

1.7718 

7  54  30i^ 

13.6119 

21 

0  15  lOSXi 

1.7894 

3  22    7.1 

14.317 

22 

22  52  23.50 

1.7769 

7  40  52;) 

13J51 

22 

0  16  57JH 

1.7847 

3  86  26.1 

14J15 

23 

22  54    9.66 

F] 

j.Toeo 
RIDAl 

S.  7  27  12.4 
:  14. 

I3J60 

23 

0  18  45.09 
SG 

1.7869 

N.  3  50  44.9 
r  16. 

14J19 

0 

22  55  55.73 

1.7671 

|8.  7  13  30.7 

13.766 

0 

020  82.37 

1.7863 

N.  4  5  aa 

I4J89 

I 

22  57  41.71 

1.7666 

6  59  47.3 

13.737 

1 

0  22  19.80 

1.7918 

4  19  22.0 

14.304 

3 

22  50  27.62 

1.7645 

6  46    2i) 

13.764 

2 

0  24    7.38 

1.7943 

4  33  40.1 

14.999 

3 

23    1  13.45 

1.7639 

6  32  15.6 

13.790 

3 

0  25  55.12 

1.7979 

4  47  57JI 

14.993 

4 

23    2  59.20 

1.7619 

6  18  27.4 

13.817 

4 

0  27  4a02 

1.7997 

5    2  15.3 

14.986 

5 

23    4  44.88 

1.7609 

6    4  37.6 

13.843 

5 

0  29  31.09 

1.8096 

5  16  32.2 

14.979 

6 

23    6  30J>1 

1.7600 

5  50  46.3 

13.867 

6 

0  31   WM 

1.8065 

5  30  48.7 

14J71 

7 

23    8  ia08 

1.7590 

5  36  5:3.6 

13.891 

7 

0  33    7.75 

1.8085 

5  45    4.7 

14.909 

8 

23  10    1.59 

1.7581 

5  22  59.4 

13.915 

8 

0  34  56.35 

1.8115 

5  59  20.1 

14.951 

9 

23  II  47.05 

1.7573 

5   9   a8 

13.937 

9 

0  36  45.13 

1.8147 

6  13  34.8 

14.940 

10 

23  13  32.46 

1.7566 

4  55    6.9 

13359 

10 

0  38  34.11 

1.8179 

6  27  48i> 

14.999 

11 

23  15  17.84 

1.7560 

4  41    8.7 

13.981 

11 

0  40  23.28 

1.8919 

6  42    2.3 

14.917 

12 

23  17    3.18 

1.7564 

4  27    9J2 

liM» 

12 

0  42  12.<i5 

1.8946 

6  56  14.9 

14.903 

13 

23  18  48.49 

1.7566 

4  13    8.4 

14.099 

13 

0  44    2.2:3 

1.8989 

7  10  26.7 

14.189 

14 

23  20  33.78 

1.7546 

3  59    6JS 

14.041 

14 

0  45  52.03 

14018 

7  24  37.6 

14.174 

15 

23  22  19.04 

1.7543 

3  45    3.5 

14.069 

15 

0  47  42.04 

1.8354 

7  38  47.6 

14.166 

16 

23  24    4.29 

1.7541 

3  30  59.4 

14.078 

16 

0  49  32.28 

1.8399 

7  52  56.6 

14.149 

17 

23  25  49J>3 

1.7538 

3  16  54.2 

14.096 

17 

0  51  22.75 

1.8430 

8    7    4.6 

14.195 

18 

23  27  34.75 

1.7537 

3    2  47JI 

14.113 

18 

0  53  13.44 

1.8468 

8  21  11.6 

14.167 

19 

23  29  19i^ 

1.7537 

2  48  40.6 

14.199 

19 

0  55    4;i7 

1.8609 

8  35  17.4 

14.687 

20 

23  31     5.20 

1.7539 

2  34  ;I2.4 

14.144 

20 

0  56  55.55 

1.86&I 

8  49  22.0 

14.067 

21 

23  32  50.44 

1.7541 

2  20  23.3 

14.159 

21 

0  58  46.98 

1.8693 

9    3  25.4 

I44H6 

22 

23  34  35.69 

1.7643 

2    6  13.3 

14.174 

22 

1     0  :J8.67 

1.8636 

9  17  27.5 

14.093 

23 

23  36  20iMS 

1.7545 

1  52    2.4 

14.187 

23 

1     2  30.61 

1.M79 

9  31  2t<.2 

14.000 

24 

23  38    a23 

1.7549 

8.   1  37  50.8 

14M0 

24 

1     4  22.81 

1.8793 

N.  9  45  27.5 

'      13J77 

100 


JUNE,  189& 


GBBBSrWIOH  MBAK  TIMB. 


THE  MOOirS  RIGHT  ASOSmiOV  AMD  DBCUHATIOH. 


Ufk 


DIftfvr 


DiC; 


DUCiK 


Dift  for 
IMiaate. 


0 
1 
2 

3 
4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

ai 

24 


MONDAY  17. 


1 
I 
1 
1 
1 
I 
I 
I 
1 


4 
6 
8 
10 
11 
13 
15 
17 
19 
1  21 
1  23 
1  25 
1  27 
I  29 
1  31 
1  33 
1  34 
1  36 
1  38 
1  40 
1  42 
1  44 
1  46 
1  48 


22JI 
15J28 

ao3 

1.06 
54.37 
47.98 
41J» 
3a08 
30.59 
25.41 
20.54 
16.00 
11.78 
7.89 
4.34 
1.13 
58J27 
55.76 
53.60 
51.80 
50.37 
49.31 
48.62 
48.32 


• 

o  ^  #  m 

m 

ijgm 

N.  9  45  27JS 

I9L997 

unm 

9  50  25.4 

19J6i 

I.0B1A 

10  13  21.7 

I3J99 

ijum 

10  27  ia4 

13.896 

1.8910 

10  41    9.4 

13.879 

L.89B9 

10  55    OM 

13.049 

iJ99e 

11    8  50.4 

13.811 

IJIM 

11  22  3ai 

13.789 

1.9111 

11  36  24.0 

13.749 

IJIO 

11  50    7.9 

13.714 

1.9919 

12    3  49.7 

13.089 

1J970 

12  17  29JS 

13.049 

1.93M 

12  31    7.2 

13.010 

1.9989 

12  44  42.7 

13.579 

1.9197 

12  58  15.8 

13.S39 

1.9494 

13  11  46.5 

13.489 

IJfifit 

13  25  14.8 

13.458 

1.9911 

13  38  40.7 

13.410 

IJSTO 

13  52    4.0 

13J08 

1.9731 

14    5  24.6 

13.391 

1J799 

14  18  42.5 

13.970 

1.9694 

14  31  57.7 

13.999 

1.9918 

14  45  10.0 

13.181 

1J969 

N.14  58  19.4 

13.131 

TUESDAY  18. 


1 
1 
1 
1 
1 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 


50 
52 
54 

56 

58 

0 

2 

5 

7 

9 

11 

13 

15 

17 

19 

21 

23 

25 

28 

30 

32 

34 

36 

tiS 

40 


48.40 

9UMM0 

48.87 

90)111 

49.73 

90)177 

50.99 

9.990 

52.65 

90O19 

54.73 

9UI981 

57i» 

9.0440 

0.12 

9.0019 

3.45 

9.0000 

7M 

9.0001 

11.38 

9.0733 

laoo 

OUWOO 

21.05 

94)079 

26.55 

9.0953 

32.49 

9.1097 

38.88 

9.1109 

45.72 

9.1178 

53.02 

9.1990 

0.78 

9.1339 

9.00 

9.1400 

17.69 

9.1468 

26.86 

9.1507 

36.50 

9.1047 

46.<« 

9.1797 

57.22 

9.1007 

N.I5  11  25.7 
15  24  28.9 
15  37  29.0 

15  50  25.9 

16  3  19.4 
16  16  9.5 
16  28  56.2 
16  41  39.3 

16  54  18.7 

17  6  54.4 
17  19  26.3 
17  31  54.3 
17  44  18.3 

17  56  38.2 

18  8  54.0 
18  21  5.5 
18  33  12.7 
18  45  15.4 

18  57  13.6 

19  9  7.2 
19  20  56.1 
19  32  40.1 
19  44  19.3 
19  55  5:^.5 

N.20    7  22.6 


13.079 
13.997 
19.975 
19J99 
19.604 
19.807 
19.740 
19487 
19.090 
19.503 
19.499 
19.433 
19.300 
19.997 
19.997 
19.150 
194)63 
19.000 
11.939 
11.804 
11.774 
11.083 
11.019 
11.598 
11.449 


0 

1 

2 
3 
4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 
1 
2 
3 
4 
5 
6 
7 
8 
9 
0 
1 
2 
3 
4 
5 
6 
7 
8 
9 
20 
21 
22 
23 
24 


WEDNESDAY  19. 


k    m 


2 
2 
2 
2 
2 
2 
2 
2 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 


40 
43 
45 
47 
49 
51 
54 
56 
58 
0 


3 
5 
7 
9 
12 
14 
16 
19 
21 
23 
26 
3  28 
3  30 
3  33 


57J8 
8.30 
19.87 
81.93 
44.48 
57.52 
11.06 
25.10 
39.64 
54.68 
10.22 
26J^ 
42.83 
59.89 
17.46 
^M 
54.15 
VSX 
32.88 
53.01 
ia65 
34.81 
56.48 
18.65 


t.1807 
1.1886 

9.9001 
9.9133 
9J9I9 


9.9485 


9.S717 


9.9979 
9.3007 
9.3149 


9.3319 


9.3738 


N.20    ^22.6 

11.449 

20  18  46^ 

11.355 

20  30    5.2 

11.900 

20  41  18.4 

11.174 

20  52  26.1 

114189 

21    3  28.3 

19.989 

21  14  24.8 

10.8KI 

21  25  15.5 

10.790 

21  36    0.3 

10.097 

21  46  39.1 

10.506 

21  57  11.8 

10.493 

22    738.3 

10.388 

22  17  58.4 

10.989 

22  28  12.1 

10.174 

22  38  19.3 

10.000 

22  48  20.0 

9.965 

22  58  13.9 

9.849 

23    8    1.0 

9.797 

23  17  41.1 

9.010 

23  27  14.2 

9.499 

23  36  40.1 

9.371 

23  45  58.7 

9.940 

23  55    9.9 

9.195 

NJ24    4  ia7 

9.000 

THURSDAY  20. 


3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 


35 
38 
40 
42 
45 
47 
50 
.52 
55 
57 
59 
2 
4 
7 
9 
12 
14 
17 
19 
22 
24 
27 
30 
32 
35 


4i.:«i 

9.3683 

4JS2 

9.3908 

28.22 

9J093 

52.43 

9.4077 

17.14 

9.4100 

42Ji5 

9.4944 

8.07 

9.4397 

34.28 

9.4410 

0.99 

9.4499 

28.19 

9.4574 

55.88 

9.4055 

24.05 

9.4735 

52.70 

9.4815 

21.83 

9.4895 

51.44 

9.4974 

21.52 

9.5089 

52.07 

9.5190 

23.08 

9.5900 

54.54 

9.5961 

26.45 

9.5350 

58.81 

94M30 

31.61 

9.5509 

4.84 

9J674 

38i»0 

9.5044 

12.57 

9.5713 

INJ24 
24 
24 
24 
24 
24 
25 
25 
25 
25 
25 
25 
25 
25 
26 
26 
26 
26 
26 
26 
26 
26 
26 
26 

N.27 


13  9.9 
21  58.4 
30  39.1 
39  11.8 

47  36.5 

55  53.1 

4  1.4 
12  1.4 
19  52.9 
27  35.8 

35  10.0 
42  35i> 
49  52.1 

56  59.7 
3  58.2 

10  47.5 
17  27.5 
23  58.1 
30  19.1 

36  30JS 
42  :i2.2 

48  24.2 
54  6.2 
59  38.2 

5  0.1 


6.679 
6.743 
6.619 
6.476 
6.344 
6.907 


7.999 

7.787 

7.60 

7.498 

7.351 

74109 

74»l 

0.896 

0.744 

0.568 

6.430 

6.970 

0.100 

0.947 

0.783 

0.017 

9.449 

5.980 


•m"^^ 


X 


JUNE.  1895. 


101 


GBBBKWIOH  MBAK  TDfB. 

THE  MOOITS  lUQHT  AflCSNSION  AMD  DECLINATION. 

B^r^^r* 

THghtAta— rioi 

BUCIbr 

DMitaMlita* 

OiCfor 
IMlBiito. 

Bmt. 

BlgkOAMMwlM. 

DUE  far 

IMiBate. 

DMUaatloB. 

Diftfttr 

• 

P] 

RTDAl 

r  21. 

SUNDAY  23. 

0 

4  ^1^57 

• 
t.87ia 

N.2/  i  iEi 

OJOO 

0 

6  43  40.96 

• 
9.7104 

N.27  4/  1/.I 

m 
4304 

1 

4  37  47.05 

%js7m 

27  10  IIJ 

5.100 

1 

6  46  23.53 

9.7080 

2737    6.6 

4395 

2 

4  40  21il5 

tJOM 

27  15  13.2 

4317 

2 

6  49    5il9 

9.7000 

27  32  47.1 

4394 

3 

4  42  57J25 

t.S01t 

27  20    4J2 

4.7C1 

3 

6  51  48;i2 

9.7043 

27  28  15.7 

430 

4 

445  32M 

%Mm 

27  24  44  J 

4.500 

4 

6  54  30.51 

9.7019 

27  23  32.3 

4399 

5 

4  48    9.01 

8J0« 

27  29  HM 

4.411 

5 

6  57  12.V> 

•3003 

27  18  37.0 

6399 

6 

4  50  45.45 

tJ^lH 

27  33  34.1 

4.S39 

6 

6  59  54.43 

93900 

27  13  29.9 

6317 

7 

4  53  22.26 

%jiim 

27  37  42.7 

4J03 

7 

7    2  36.14 

93937 

27    8  11.0 

6.419 

•8 

4  55  59.43 

uns 

27  41  40i^ 

9.079 

8 

7    5  17.67 

93900 

27    2  40.4 

6300 

9 

4  58  36i)6 

%MtB 

27  45  27.4 

9M0 

9 

7    7  59.00 

93079 

26  56  58.0 

6301 

10 

5    1  14.82 

%jan 

27  49    3.3 

9.500 

10 

7  10  40.13 

•3037 

26  51    4.0 

6300 

11 

5    3  53.01 

tj63n 

27  52  28.1 

9491 

11 

7  13  21.05 

93009 

26  44  58.4 

6.160 

12 

5    6  31.53 

8.M46 

27  55  41.8 

9.115 

12 

7  16    1.75 

93704 

26  38  41.4 

0379 

13 

5    9  10.36 

S.6497 

27  58  44.3 

9.940 

13 

7  18  42J22 

93794 

26  32  12.9 

0371 

14 

5  11  49.49 

MMa 

28    I  35.6 

9.790 

14 

7  21  22.44 

93009 

26  25  32i) 

0.701 

15 

5  14  28.92 

9M» 

28    4  \5^ 

9.570 

15 

7  24    2.41 

93040 

26  18  41.6 

0348 

16 

5  17    8.63 

•.0641 

28    6  44.0 

9.379 

16 

7  26  42.12 

93507 

26  11  39.1 

7.115 

17 

5  19  48.61 

•.0080 

28    9    1.0 

9.187 

17 

7  29  21.57 

93659 

26    4  25.4 

7391 

18 

5  22  28.86 

•.0399 

28  11    6.5 

1J95 

18 

7  32    0.74 

93505 

25  57    0.6 

7300 

19 

5  25    9.36 

9.0779 

28  13    0.4 

1.001 

19 

7  34  39.63 

93457 

25  49  24.7 

7.089 

30 

5  27  50.10 

9.0809 

28  14  42.6 

IJ07 

20 

7  37  18.22 

93407 

25  41  37.9 

7370 

21 

5  30  31.07 

9.0017 

28  16  13.2 

1.419 

21 

7  39  56JS1 

93M0 

25  33  40.3 

8300 

22 

5  33  12.26 

9J909 

28  17  32.1 

1.910 

22 

7  42  34.49 

931N 

25  25  31.9 

83N 

23 

535  53.65 
8A1 

9J910 

N.28  18  39.1 
lT  22. 

1.010 

23 

7  45  12.16 
M( 

93951 

>NDA^ 

NJ25  17  12.7 
r  24. 

8308 

0 

5  38  35J24 

9J947 

NJ28  19  34J2 

0.819 

0 

7  47  49.50 

93190 

NJ25    8  42.9 

8384 

1 

5  41  17.01 

9.09n 

28  20  17.4 

0.091 

1 

7  50  26.51 

93141 

25    0    2.6 

8.788 

2 

5  43  58.96 

9.7005 

28  20  4^7 

0.499 

2 

7  53    3.19 

93085 

24  51  IIJ^ 

8311 

3 

5  46  41.07 

9.7011 

28  21    ai 

0.991 

3 

7  55  39JS3 

93097 

24  42  10.9 

9.109 

4 

5  49  23.33 

9.7004 

28  21  15.5 

•f  oum 

4 

7  58  15.52 

93000 

24  32  59.6 

9379 

5 

5  52    5.72 

9.7070 

28  21  10.8 

-0.179 

5 

8    0  51.16 

93010 

24  23  38.2 

9.441 

6 

5  54  48JM 

9.7000 

28  20  54.0 

0.300 

6 

8    3  26.44 

93050 

24  14    6.7 

9307 

7 

557  30:87 

9.7113 

28  20  25.2 

0.509 

7 

8    6    1.36 

93788 

24    4  25.3 

9.779 

8 

6    0  13.60 

9.7199 

28  19  44.2 

0.784 

8 

8    8  35JK) 

93790 

23  54  34.1 

93» 

9 

6    2  56.42 

9.7149 

28  18  51.1 

0.987 

9 

8  11  10.07 

93009 

23  44  3ai 

19307 

10 

6    5  39.31 

9.71M 

28  17  45.8 

1.180 

10 

8  13  43.86 

93000 

23  34  22.5 

10.950 

11 

6    822.27 

9.7104 

28  16  28.4 

1J09 

11 

8  16  17.27 

93530 

23  24    2.4 

10314 

12 

eu    M8 

9.7179 

28  14  58.8 

1.500 

12 

8  18  50.29 

93471 

23  13  32.8 

10371 

13 

6  13  48.3:3 

9.7177 

28  13  17.0 

1.790 

13 

8  21  22.92 

93400 

23    2  53.9 

10.795 

14 

6  16  31.40 

9.7180 

28  11  23.0 

9MI 

14 

8  2:3  55.16 

93340 

22  52    5.8 

I03n 

15 

6  19  14.49 

9.7189 

28    9  16.9 

9J94 

15 

8  26  27.00 

93973 

22  41    a7 

11397 

16 

6  21  57.59 

9.7189 

28    6  58.6 

9.400 

16 

8  28  58.44 

93907 

22  30    2.6 

11.170 

17 

6  24  40.67 

9.7179 

28    4  28i) 

9J11 

17 

8  31  29.48 

93130 

22  18  47.6 

11391 

18 

6  27  23.73 

9.7174 

28    1  45.3 

9J11 

18 

8  34    0.11 

93079 

22    7  23.8 

11.408 

19 

6  30    6.76 

9.7107 

27  58  50.4 

9.010 

19 

8  36  30.34 

93004 

21  55  51.4 

11311 

!  20 

6  32  49.74 

9.7159 

27  55  43.4 

9310 

20 

8  39    0.16 

9.4915 

21  44  10.5 

11.799 

21 

6  35  32.66 

9.7147 

27  52  24.2 

9.491 

21 

8  41  29.56 

9.4800 

21  32  21.1 

11399 

22 

6  38  15JS1 

9.7115 

27  48  52.9 

3J99 

22 

8  43  58.55 

9.4797 

21  20  23.5 

19399 

23 

6  40  58J38 

9.7191 

27  45    9.5 

9J&0 

23 

8  46  27.13 

9.4790 

21     8  17.7 

19.104 

94 

6  43  40JM 

9.7104 

NJ27  41  14.1 

4394 

24 

8  48  55.29 

9.4050 

N.20  56    3.8 

1«397 

02 


JUNE,  1896. 


QBEENWIOH  MBAN  TDiB. 

THE  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 

lour. 

RlghtAjoenaioQ. 

Dim  for 
IMinato. 

DeoUnatlon. 

Dlftfor 
IMiaate. 

Hoar. 

BifhtAtoeasioii. 

Dlftfor 
lliinato. 

DeeliBaUon. 

Dlftfor 
IMinata. 

TU] 

ESDA1 

Z  25. 

THURSDAY  27. 

h    m     % 

a 

O          «          M 

tf 

b    n      • 

• 

o        i        m 

00 

0 

8  48  55.29 

9.4650 

N.20  56    3.8 

19.997 

0 

10  39  44.62 

9.1717 

N.  9  10    4.8 

16.379 

1 

8  51  23.04 

9.4590 

20  43  42.0 

19.496 

1 

10  41  54.78 

S.1671 

8  53  41.3 

16.411 

2 

8  53  50.37 

9.4590 

20  31  12.4 

19.557 

2 

10  44    4.67 

9.1096 

8  37  15.5 

16.448 

3 

8  56  17J28 

9.4451 

20  18  SUA 

19.685 

3 

10  46  14.31 

S.1565 

8  20  47.5 

16.484 

4 

8  58  43.78 

9.4389 

20    5  50.2 

19.810 

4 

10  48  23.69 

S.1649 

8    4  17.4 

16.517 

5 

9     1     9.86 

9.4319 

19  52  57^^ 

19.033 

5 

10  50  32.82 

9.1501 

7  47  45.4 

16.549 

6 

9    3  35.53 

9.4943 

19  39  58.2 

13.055 

6 

10  52  41.70 

9.1460 

7  31  11.5 

16.580 

7 

9    6    0.78 

9.4173 

19  26  51.3 

13.174 

7 

10  54  50.34 

9.1491 

7  14  35.8 

16.606 

8 

9    8  25.61 

9.4104 

19  13  37.3 

13.999 

8 

10  56  58.75 

9.1389 

6  57  58.5 

16.635 

9 

9  10  50.03 

9.4035 

19    0  16.3 

1.^407 

9 

10  59    6.93 

9.1344 

6  41  19.6 

16.660 

10 

9  13  14.03 

9.3966 

18  46  48.5 

13.519 

10 

11     1  14.88 

9.1307 

6  24  39.3 

16.683 

11 

9  15  37.62 

9.3897 

18  33  14.0 

13.631 

11 

11    3  22.61 

9.1971 

6    7  57.6 

16.706 

12 

9  18    0.80 

9.3899 

18  19  32.8 

13.741 

12 

11     5  30.13 

9.1936 

5  51  14.6 

16.797 

13 

9  20  23..'>7 

9.3761 

18    5  45.1 

13.847 

13 

1 1    7  37.44 

9.1909 

5  34  30.4 

16.745 

14 

9  22  45.93 

9.3693 

17  51  51.1 

13.969 

14 

1 1     9  44.55 

9.1160 

5  17  45.2 

16.769 

15 

9  25    7.89 

9.3696 

17  37  50.8 

14.056 

15 

11  11  51.47 

9.1137 

5    0  59.0 

16.778 

16 

9  27  29.44 

9..3558 

17  23  44.4 

14.157 

16 

1 1  13  58.20 

9.1106 

4  44  11.8 

16.799 

17 

9  29  50.59 

9.3491 

17    9  32.0 

14.957 

17 

11   16    4.74 

S.I075 

4  27  23.9 

16.804 

18 

9  32  11.34 

9.3495 

16  55  13.6 

14.354 

18 

11  18  11.10 

9.1046 

4  10  35.3 

16.815 

19 

9  34  31.69 

9.3359 

16  40  49.5 

14.449 

19 

11  20  17.29 

9.1017 

3  53  46.1 

16.895 

20 

9  36  51.65 

9.3993 

16  26  19.7 

14.549 

20 

11  22  23.31 

9.0900 

3  36  56.3 

16.833 

21 

9  39  11.21 

9.3998 

16  11  44.4 

14.633 

21 

11  24  29.17 

9.0963 

3  20    6.1 

16U» 

22 

9  4 1  30.39 

9.3164 

15  57    3.7 

14.799 

22 

11  26  34.87 

9.0938 

3    3  I5i> 

16.843 

23 

9  43  49.18 
WEL 

9.3100 

>NESD 

NJ5  42  17.7 
AY  26, 

14.810 

23 

11  28  40.43 
F] 

9M14 

RlDAl 

N.  2  46  24J) 
r  28. 

16.847 

0 

9  46    7.59 

9.3037 

N.15  27  26.5 

14.896 

0 

11  30  45.84 

9.0800 

N.  2  29  34.0 

16.840 

1 

9  48  25.62 

9.3973 

15  12  30.3 

14J)79 

1 

11  32  51.11 

90)867 

2  12  43.0 

16.849 

2 

9  50  43.27 

9.9911 

14  57  29.1 

15.061 

2 

11  34  56.24 

9.0845 

1  55  52.1 

16.847 

3 

9  53    0.55 

9.9849 

14  42  23.0 

15.140 

3 

11  37     1.25 

9U>895 

1  39     1.3 

16.845 

4 

9  55  17.46 

9.9788 

14  27  12.3 

15.917 

4 

11  ;^    6.14 

9.0805 

1  22  10.7 

16.841 

5 

9  57  34.01 

9.9797 

14  11  57.0 

15.999 

5 

11  41  10.91 

9U)786 

1     5  20.4 

16.835 

(> 

9  59  50.19 

9.9667 

13  56  37.2 

15.366 

6 

11  43  15.57 

9.0766 

0  48  30.5 

16.898 

7 

10    2    6.01 

9.9608 

13  41  13.1 

15.437 

7 

1 1  45  20.12 

9.0751 

0  ^i  41.0 

16.890 

8 

10    4  21.48 

9.9550 

13  25  44.7 

15.507 

8 

11  .47  24.58 

9.0735 

N.  0  14  52.1 

16.810 

9 

10    6  36.61 

9.9499 

13  10  12.2 

15.575 

9 

1 1  49  28.94 

9.0719 

a  0    1  56.2 

16.799 

10 

10    8  51.39 

9.9435 

12  54  35.7 

15.641 

10 

11  51  a3.2l 

9.0705 

0  18  43.8 

16.786 

11 

10  11     5.83 

9.9378 

12  38  55.3 

15.706 

11 

1 1  53  37.40 

9.0689 

0  35  30.5 

16.771 

12 

10  13  19.93 

9.9399 

12  23  11.0 

15.768 

12 

11  55  41.51 

9.0679 

0  52  16.3 

16.756 

13 

10  15  a3.70 

9.9967 

12    7  23.1 

15.898 

13 

1 1  57  45.55 

9.0668 

1    9    1.2 

16.739 

14 

10  17  47.14 

9.9913 

11  51  31.6 

15.887 

14 

1 1  59  49.53 

9.0658 

1  25  45.0 

16.790 

15 

10  20    0.26 

9.9160 

11  35  36.7 

15.943 

15 

12     1  53.45 

9U)648 

1  42  27.6 

16.700 

16 

10  22  13.06 

9.9107 

11   19  38.4 

15J»98 

16 

12    3  57.31 

94)639 

1  59    9.0 

16.680 

17 

10  24  25..55 

9.9056 

1 1     3  36.9 

16.051 

17 

12    6    1.12 

9U)639 

2  15  49.2 

16.657 

18 

10  26  37.73 

9.9005 

10  47  32.3 

16.109 

18 

12    8    4.89 

9.0695 

2  32  27.9 

16.633 

19 

10  28  49.61 

9.1955 

10  31  24.7 

16.159 

19 

12  10    8.62 

9.0619 

2  49    5.1 

16.608 

20 

10  31     1.19 

9.1905 

10  15  14.1 

16.900 

20 

12  12  12,32 

90)614 

3    5  40.8 

16.589 

21 

10  .33  12.47 

9.1856 

9  59    0.7 

16J)46 

21 

12  14  15.99 

9.0610 

3  22  14.9 

16.554 

22 

10  35  23.46 

9.1809 

9  42  44.6 

16.990 

22 

12  16  19.64 

9.0607 

3  38  47.3 

16.595 

2;j 

10  :i7  34.18 

9.1763 

9  26  25.9 

16.339 

23 

12  18  23.28 

9.0605 

3  55  17.9 

16.404 

24 

10  39  44.62 

9.1717 

N.  9  10    4.8 

16.379 

24 

12  20  26.90 

9.0603 

S.  4  11  46.6 

16.468 

JUNE,  1895. 


103 


GBBfiNWiUU  MBAN  TIMB. 

THK  MOON'S  BIGHT  ASCENSION  AND  DECLINATION. 

Dift  for 
Hfiaato. 

DMliaatloo. 

I>lff.for 
IMlttate. 

Hoar. 

BlffhtAaMiMloB. 

Dtftfor 
IMiaate. 

DMUMtiOlk 

DUCfor 
HfiaaCA. 

SATURDAY  29. 

MONDAY,  JULY  1. 

0 

1 

l2  20  26iK) 
12  22  30JS2 

• 
9.0603 

8.0003 

S.  ^11  46.6 
4  28  13.4 

16.498 

o|    14    0  45.481    ^i47t|s.l^31    ^.4      is^ 

2 

12  24  34.14 

t.0004 

4  44  38.1 

16.384 

3 

12  26  37.77 

9.0000 

5    1    0.7 

I6J58 

4 

12  28  41.41 

8UM06 

5  17  21.1 

I6J99 

5 

12  30  45.06 

8.0610 

5  33  39.3 

16J89 

6 

12  32  48.73 

8.06H 

5  49  55.1 

16.843 

7 

12  34  52.43 

9M19 

6    6    8.5 

I6J08 

8 

12  36  56.16 

9.0685 

6  22  19.4 

16.160 

9 

12  38  59.93 

8.0638 

6  38  27.7 

16.117 

• 

10 

12  41    3.74 

9.0638 

6  54  33.4 

16.878 

11 

12  43    7.60 

8.0647 

7  10  36.4 

16J86 

U 

12  45  11^1 

84)606 

726  36.5 

15J78 

13 

12  47  15.47 

8.0666 

7  42  33.7 

16J98 

14 

12  49  19.50 

9Mrf 

7  58  28.0 

15.880 

15 

12  5!  23.r»0 

9.0688 

8  14  19.4 

15.830 

16 

12  53  27.77 

8.0708 

8  30    7.6 

15.777 

PHASES  OF  THB  MOON. 

17 

18 
19 

12  55  32.02 
12  57  36.34 
12  59  40.75 

9.0714 

8  45  5^6 

9  1  34.3 
9  17  12.7 

15.788 

94)797 
9.0749 

15.607 
15.618 

4       k       a 

O  Full  Moon     .    .  June     6    23      0.0 

20 
31 

13    1  45J25 
13    3  49.85 

9.0758 
9Un75 

9  32  47.7 
9  48  19.3 

15.6(6 
15.487 

22 

13    5  54JS5 

94)709  . 

10    3  47.3 

15.430 

C    Lut  Quarter.    ...    14    23    27.8 

23 

13    7  59.^5 

9.0608    S.10   19   11.6 

15.375 

#  New  Moon     .    •    •    .    22      9    50.8 
>  F\m  Quarter     ...    29      2      a7 

0 

sr 

13  10    4.26 

VSDAY  30. 

84)897  IS.  10  34  32.3  1 

15.313 

M                  m_ 

1 
2 

13  12    9J28 
13  14  14.42 

84)647 
84)667 

10  49  49.2 

11  5    2.3 

15.850 
15.185 

€       a 
C  Apogee  •    •    •    •  June    13     2.1 

3 

13  16  19.69 

84)688 

11  20  11.4 

15.118 

C  Perigee 24    23.4 

4 

13  18  25.06 

4  «%        ^\^^        ^Vtf%      £^^^ 

8.0908 

11  35  16J> 

15.008 

5 

13  20  30.60 

8.0938 

11  50  17.6 

14^83 

6 

13  22  36.26 

841055 

12    5  14JI 

14.813 

7 

13  24  42.06 

84)978 

12  20    7.2 

14.848 

8 

13  26  48.00 

8.1009 

12  34  55.6 

14.771 

9 

13  28  54.08 

9.1086 

12  49  39.7 

14J06 

10 

13  31     0.31 

9.1059 

13    4  19.4 

14.084 

11 

13  33    6.70 

9.1078 

13  18  54.6 

14.50 

12 

13  35  13.25 

9.1105 

13  33  25.1 

14.478 

13 

13  37  19.96 

9.1139 

13  47  51.0 

14JN 

14 

13  39  26.84 

9.1100 

14    2  12.2 

14.314 

15 

13  41  33.88 

9.1188 

14  16  28.7 

I4J34 

16 

13  43  41.10 

9.19)8 

14  30  40.3 

14J50 

17 

13  45  48.50 

9.1948 

14  44  46.9 

14J68 

18 

13  47  56.07 

9.1978 

14  58  48.6 

13J86 

19 

13  50    3.8;) 

9.1308 

15  12  45.2 

13J08 

20 

13  52  J  1.78 

9.1340 

15  26  36.6 

13.813 

21 

13  54  19ill 

9.1378 

15  40  22.8 

13.796 

22 

13  56  28.24 

9.1404 

15  54    3.7 

13.637 

23 

13  58  36.76 

9.1437 

16    7  39-3 

13.547 

24 

14    0  4.5.18 

9.1470 

S.16  21    9.4 

13.456  1                                 *                                                                           1 

106 


JUNE,  1895. 


XV. 


GBBBKWIOH  MEAN  OUMB. 


LUNAR  DI8TANCE& 


• 
ja  . 

1^ 

Kmdo  Aud  DlreoUon 
of  Object. 

Noon. 

P.L. 

of 
Diff. 

Iflk. 

P.L. 

of 

Die 

Vlh. 

P.  L. 

of 
Dtir. 

IXh. 

P.L. 
of 

Diir. 

8 

Spica 

W. 

67  19  48 

9774 

68  54  50 

9788 

70  29  3i^ 

9795 

72    4  li' 

9807 

Satorn 

W. 

59    91» 

9793 

60  43  59 

9893 

62  18  2:) 

9813 

63  52  34 

9899 

Foiiialhiiiit 

E. 

62  42    9 

9118 

61  14  21 

3140 

59  47    0 

3183 

58  20    6 

3186 

a  Pegasi 

K. 

84  19  43 

3018 

82  49  53 

3099 

81  20  18 

3043 

79  50  59 

9058 

9 

Spica 

W. 

79  53  90 

M60 

81  26  42 

9889 

82  59  40 

9880 

84  32  25 

9689 

Saturn 

W. 

71  40  18 

9873 

73  13  12 

9688 

74  45  54 

9681 

76  18  24 

9901 

Antares 

W. 

33  59    6 

9669 

35  32  17 

9869 

37    5  16 

9879 

38  38    2 

9889 

Fomalhaut 

E. 

51  13    1 

9399 

49  49  15 

9354 

48  26    6 

338R 

47    3  36 

9494 

a  Pegasi 

E. 

72  28  32 

919f7 

71     0  55 

3149 

69  33  36 

3158 

68    636 

9174 

10 

Spica 

W. 

92  13    5 

9937 

93  44  37 

9948 

95  15  58 

9984 

96  47    8 

9989 

Saturn 

W. 

83  57  50 

9948 

85  29    8 

9957 

87    0  15 

9986 

88  31   11 

9974 

An  tares 

W. 

46  18  44 

9998 

47  50  17 

9948 

49  21  38 

9954 

50  52  48 

9989 

Fomalhaut 

E. 

40  22  19 

90ftl 

39    4  40 

9788 

37  48    3 

9779 

36  32  32 

3843 

a  Pegasi 

E. 

60  56  36 

9981 

59  31  39 

9981 

58    7    5 

9900 

56  42  54 

9391 

a  Arietis 

E. 

101  56  29 

9989 

100  25  29 

997J 

98  54  40 

9979 

97  24     1 

9988 

11 

Spica 

W. 

104  20  25 

9001 

105  50  36 

9008 

107  20  39 

9015 

108  50  33 

9091 

Saturn 

W. 

96    3  16 

90U 

97  33  12 

9890 

99    3    0 

9097 

100  32  39 

9033 

Aiitares 

W. 

58  26    6 

9001 

59  56  18 

9008 

61  26  21 

9014 

62  56  16 

3091 

a  Pegasi 

E. 

49  48  17 

9439 

48  26  45 

9488 

47    5  45 

9497 

45  45  17 

3598 

a  Arietis 

E. 

89  53  18 

3096 

88  2:)  37 

3033 

86  54    5 

9099 

85  24  41 

3045 

Sun 

E. 

133  17  57 

3393 

131  55  32 

3399 

130  33  14 

9405 

129  n    3 

3410 

12 

Saturn 

W. 

107  59    4 

3081 

109  28     1 

9085 

110  56  53 

9070 

112  25  39 

3073 

Antares 

W. 

70  24    5 

3048 

71  53  21 

9050 

73  22  32 

3054 

74  51  38 

3057 

a  Arietis 

E. 

77  59  28 

3079 

76  30  44 

9077 

75    2    6 

3080 

73  33  32 

3064 

Sun 

E. 

122  21  36 

3434 

120  59  58 

9438 

119  38  24 

3441 

118  16  54 

3445 

13 

Antares 

W. 

82  16  19 

3087 

83  45    9 

3088 

85  13  58 

3088 

86  42  47 

3067 

aAqnilsB 

W. 

42  14  27 

5998 

43    7  37 

5173 

44    2  19 

5059 

44  58  28 

4955 

a  Arietis 

E. 

66  11  42 

3098 

64  43  28 

9098 

63  15  16 

9099 

61  47    5 

3100 

Sun 

E. 

111  30    5 

34ft3 

110    8  48 

9453 

108  47  31 

9453 

107  26  14 

3459 

14 

Antares 

W. 

94    7    9 

3058 

95  36    9 

9058 

97    5  12 

3059 

98  34  20 

3049 

a  Aqiiilffi 

W. 

49  58    5 

4548 

51     I  17 

4480 

52    5  27 

4419 

53  10  31 

4963 

a  Arietis 

E. 

54  26  14 

3097 

52  58    1 

3098 

51  29  46 

3094 

50     1  29 

3091 

Sun 

E. 

100  39  29 

3449 

99  18    0 

9498 

97  56  27 

3435 

96  34  50 

3431 

15 

Antares 

W. 

106    1  23 

3099 

107  31    9 

9015 

109    1     3 

3007 

110  31     7 

3000 

a  Aquilie 

W. 

58  47  54 

4195 

59  57  32 

4065 

61     7  48 

4048 

62  18  42 

4011 

a  Arietis 

E. 

42  39  17 

3078 

41  10  40 

9079 

39  41  58 

3070 

38  13  12 

3086 

Sun 

E. 

89  45  17 

3400 

88  23    1 

9393 

87    0  36 

3386 

85  38    3 

3377 

16 

a  Aquil» 

W. 

68  21  38 

9859 

69  a5  47 

3894 

70  50  24 

3798 

72    5  30 

3770 

Fomalhaut 

W. 

40  17  19 

9699 

41  35  22 

9580 

42  54  18 

3534 

44  14    5 

9490 

Sun 

E. 

78  42  41 

9398 

77  19    2 

3317 

75  55  10 

3308 

74  31     5 

3994 

17 

ciAquilsB 

W. 

78  27  31 

9859 

79  45    8 

9639 

81    3    8 

3811 

82  21  30 

3599 

Fomalhaut 

W. 

51    4  14 

9907 

52  28  17 

3978 

53  52  57 

3948 

55  18  12 

3916 

Sun 

E. 

67  27    1 

9996 

66    1  25 

3914 

64  35  33 

3199 

63    9  23 

3185 

XVI. 


JUNE,  1895. 


107 


QBEBKWICH  MEAK  TIMB. 

LUNAR  DISTAKCfES. 

'J 

Vmbo  ABd  DIroetloB 
of  Objoei. 

Midnight. 

P.L. 

of 

Diir. 

XVh- 

P.L. 

of 

Diff. 

XVlllb. 

P.L. 

of 

IMC 

XXIk. 

P.L. 

•r 

8 

Spiea 

W, 

7^38  30 

9818 

O            /         M 

75  12  35 

9en 

7i  46  2? 

9en 

7^20    S 

9949 

Saturn 

W. 

65  26  33 

9833 

67    0  18 

9849 

68  33  51 

9809 

70    7  11 

9989 

Fomalhaut 

E. 

56  53  40 

9918 

55  27  43 

99M 

54    2  17 

98a 

52  37  32 

aPegtM 

E, 

78  21  56 

9879 

76  53  10 

99a 

75  34  40 

9997 

73  56  27 

9119 

9 

Spica 

W. 

86    4  58 

9889 

87  37  18 

9909 

89    926 

9919 

90  41  21 

9997 

SATOIUf 

W. 

77  50  41 

9911 

79  22  46 

9999 

80  54  39 

9939 

82  26  20 

9939 

Antares 

W. 

40  10  35 

9888 

41  42  56 

9909 

43  15    4 

9919 

44  47    0 

9997 

Fomalhaut 

£• 

45  41  47 

9483 

44  20  42 

3088 

43    024 

9009 

41  40  55 

3098 

aPegasi 

E. 

66  39  56 

3199 

65  13  35 

3998 

63  47  35 

3995 

62  21  55 

3949 

10 

Spica 

W. 

96  18    8 

9971 

99  48  57 

9979 

101  19  36 

9987 

102  50    5 

9994 

Saturn 

W. 

90    1  56 

9989 

91  32  31 

9990 

93    2  56 

9998 

94  33  11 

3998 

Antares 

W. 

52  23  48 

9971 

53  54  37 

'  9979 

55  25  16 

9909 

56  55  46 

9994 

Fomalhaut 

E. 

35  18  14 

9919 

34    5  14 

4005 

32  53  39 

4191 

31  43  38 

4919 

a  Pegiifii 

E. 

55  19    7 

9343 

53  55  45 

3385 

52  32  48 

3388 

51  10  18 

3414 

a  Anetia 

E. 

95  53  33 

9998 

94  23  15 

9083 

9253    6 

9911 

91  23    7 

3919 

]1 

Spica 

W. 

no  20  20 

3097 

111  49  59 

3999 

113  19  32 

9999 

114  48  58 

9949 

Saturn 

W. 

102    2  11 

3099 

103  31  35 

3049 

105    0  51 

9»l 

106  30    1 

9958 

Antarea 

W. 

64  26    3 

3898 

a5  55  43 

9931 

67  25  17 

9937 

68  54  44 

9949 

a  Pepisi 
a  Anetia 

E. 

44  25  24 

9089 

43    6    8 

3098 

41  47  31 

39n 

40  29  37 

3879 

E. 

63  55  24 

90S9 

82  26  15 

3957 

80  57  13 

9089 

79  28  17 

3098 

Sun 

E. 

127  48  58 

3415 

126  26  59 

3491 

125    5    6 

3495 

123  43  18 

9431 

12 

Saturn 

W. 

113  54  21 

3078 

115  22  58 

3080 

116  51  32 

3ea 

118  20    2 

3087 

Antarea 

w. 

76  20  40 

3080 

77  49  38 

3089 

79  18  34 

3085 

80  47  27 

3085 

cr  Arietia 

E. 

72    5    3 

3087 

70  36  38 

3090 

69    8  16 

3093 

67  39  58 

3085 

Sun 

E. 

116  55  28 

3446 

115  34    4 

3449 

114  12  43 

3458 

112  51  23 

3409 

13 

Antarea 

W. 

88  11  37 

3087 

89  40  27 

3085 

91    9  19 

9884 

92  38  13 

3089 

a  AqnilflB 

W. 

45  55  59 

4880 

46  54  46 

4771 

47  54  46 

4»1 

48  55  53 

4815 

a  Arietia 

E. 

60  18  55 

3101 

58  50  46 

3100 

57  22  36 

3188 

55  54  26 

3088 

Sun 

E. 

106    4  56 

3451 

104  43  37 

3450 

103  22  17 

9447 

102    0  54 

3446 

14 

Antarea 

W. 

100    3  32 

3044 

101  32  50 

3099 

103    2  14 

9884 

104  31  45 

3088 

a  Aqniln 

W. 

54  16  26 

4309 

55  23  10 

4959 

56  30  41 

4919 

57  38  56 

4108 

a  Arietb 

E, 

48  33    9 

3089 

47    4  46 

3087 

45  36  20 

9oa 

44    7  50 

3881 

Sun 

E. 

95  13    8 

• 

3495 

93  51  20 

3490 

92  29  26 

9414 

91    7  25 

3488 

15 

Antarea 

W. 

112    1  20 

9991 

113  31  44 

990 

115    2  18 

9973 

116  33    4 

9985 

aAqiiihe 

W. 

63  30  11 

3975 

64  42  15 

3943 

65  54  51 

3919 

67    7  59 

9881 

a  Arietia 

E. 

36  44  21 

3084 

.35  15  27 

3080 

33  46  29 

9958 

32  17  28 

9056 

Sun 

E. 

84  15  20 

3388 

82  52  27 

3368 

81  29  23 

9349 

80    6    8 

9338 

16 

o  Aquil« 

W. 

73  21    3 

3748 

74  37    2 

3791 

75  53  27 

9997 

77  10  17 

3875 

Foinalhaiit 

W. 

45  34  40 

3450 

46  56    0 

3411 

48  18    4 

3373 

49  40  49 

3340 

Sun 

E. 

73    6  46 

3981 

71  42  12 

3989 

70  17  24 

3955 

68  52  20 

3949 

17 

a  Aqniln 

W. 

83  40  13 

3573 

84  59  17 

3506 

86  18  41 

3536 

87  38  25 

3590 

Fomalhaut 

W. 

56  44    2 

3188 

58  10  26 

3181 

59  37  22 

3134 

61     4  50 

3100 

Sun 

E. 

61  42  56 

3170 

60  16  11 

3156 

58  49    8 

3149 

57  21  47 

3194 

108 


JUKE,  1895. 


XVIL 


LETX 

UfK 

GBXlfillWlOli  JLKi 

LDHAS  DIBIAHGB& 

_    A* 

P.Zi. 

F.I.. 

F.L. 

P.L. 

•f  Olttofc 

Noon. 

IMC 

fiPL 

DUt 

VPi. 

DfC 

OK 

DiC 

18 

o  Aqiiil« 

w. 

8l58  27 

35M 

O            0          H 

90  18  47 

3400 

91  39  24 

9tM 

O          f       If 

93    0  17 

9460 

FotiuiUuiiit 

w. 

02  32  50 

300 

64    1  20 

306S 

65  30  20 

3096 

66  59  49 

3011 

oPe|^ 

w. 

41  18  20 

2»\ 

42  42    7 

3973 

44    650 

39» 

45  32  28 

3183 

Bun 

E. 

55  54    7 

3lt9 

54  26    8 

3IS3 

52  57  50 

3on 

51  29  12 

3060 

19 

aAquike 

W. 

99  48  n 

3406 

101  10  19 

3400 

102  32  36 

3303 

103  55    0 

3388 

Pommlbaut 

W. 

74  34  21 

S90t 

76    6  37 

9889 

77  39  19 

9861 

79  12  26 

9843 

aPegui 

W. 

52  52  44 

ins 

54  22  59 

9067 

55  53  53 

9837 

57  25  25 

9007 

Buir 

E. 

44    1    4 

tosi 

42  30  27 

9006 

40  59  30 

9066 

39  28  14 

9935 

90 

Fomalbatit 

W. 

87    4    6 

t7S3 

88  39  35 

9738 

90  15  25 

9799 

91  51  36 

9707 

oPegMi 

W. 

65  12    2 

S777 

66  47    0 

97S3 

68  22  29 

9739 

69  58  27 

9710 

Soir 

E. 

31  47  16 

9606 

30  14  14 

9866 

28  40  57 

9846 

27    7  27 

9836 

34 

Soir 

W. 

21  57    7 

S5« 

23  37  18 

9S99 

25  17  51 

9516 

26  58  42 

9506 

Spiea 

E. 

88  14  40 

tl47 

86  24  52 

9144 

84  35    0 

9141 

82  45    4 

9146 

Satokji 

E. 

96    7  56 

9167 

94  18  38 

9164 

92  29  16 

9161 

90  39  50 

9160 

25 

Self 

W. 

35  25  51 

S477 

37    7  37 

9476 

38  49  26 

9474 

40  31  16 

9473 

Spiea 

E. 

73  a5    4 

9130 

71  45    5 

9141 

69  55    8 

9143 

68    5  14 

9145 

Satiikji 

E. 

81  32  22 

9161 

79  42  55 

9109 

77  53  30 

9166 

76    4    9 

9167 

26 

Son 

W. 

49    0    8 

9484 

50  41  44 

9488 

52  23  14 

9409 

54    4  38 

• 
9496 

SpicA 

£• 

58  56  53 

9164 

57    7  31 

9169 

55  18  16 

9174 

53  29    9 

9180 

SaTURIT 

E. 

66  58  42 

9180 

65    9  58 

9106 

63  21  23 

9901 

61  32  57 

9908 

Anturet 

E. 

104  51    4 

9163 

103    1  41 

9168 

101  12  25 

9173 

99  23  17 

9178 

27 

Suif 

W. 

62  29  39 

9590 

64  10  12 

9536 

65  50  35 

9544 

67  30  47 

•OOV 

MARf 

W. 

27  41    9 

9410 

29  24  29 

9417 

31     7  40 

9494 

32  50  40 

9431 

Bpieo 

E. 

44  25  54 

9913 

42  37  46 

9990 

40  49  49 

9999 

39    2    4 

9937 

Batorit 

E. 

52  33  34 

9940 

50  46  20 

9950 

48  59  20 

9960 

47  12  35 

9979 

A II  tares 

E. 

90  19  54 

9919 

88  31  44 

9990 

86  43  46 

9997 

84  55  59 

9935 

28 

Sc/if 

W. 

75  48  54 

9506 

77  27  54 

9805 

79    6  42 

9615 

80  45  17 

9895 

Mars 

W. 

41  22  50 

9475 

43    4  39 

9483 

44  46  16 

9493 

46  27  39 

9508 

VsffUf 

W. 

30  55    2 

9006 

32  33  49 

9615 

34  12  23 

9695 

35  50  44 

9635 

BATURlf 

E. 

38  23     1 

9343 

36  38    4 

9357 

34  53  28 

9373 

33    9  15 

9391 

Aiitares 

E. 

76    0    5 

9978 

74  13  33 

9987 

72  27  14 

9306 

70  41    8 

9306 

29 

Bon 

W. 

88  54  47 

9676 

90  31  59 

9886 

92    8  58 

9606 

93  45  43 

9707 

Marr 

W. 

54  51  14 

9559 

56  31  15 

9561 

58  11    3 

9579 

59  50  37 

9589 

Vkwos 

W. 

43  59    8 

9685 

45  36    8 

9805 

47  12  54 

9706 

48  49  26 

9716 

Ref^iiliiR 

W. 

38    2  42 

9355 

39  47  22 

9364 

41  31  48 

9374 

43  16    0 

9383 

Antares 

E. 

61  54    6 

9353 

60    9  23 

9383 

58  24  55 

9379 

56  40  40 

9389 

a  AqniliB 

E. 

111  40  41 

3946 

110  15  26 

3936 

108  49  59 

3997 

107  24  22 

3990 

30 

BUK 

W. 

101  45  56 

9760 

10!)  21   16 

9771 

104  56  22 

9789 

106  31  14 

9799 

Mars 

W. 

68    4  56 

9633 

69  43    6 

9643 

71  21    2 

9854 

72  58  44 

9664 

Vrnus 

W. 

56  48  39 

9789 

58  23  48 

9779 

59  58  44 

9769 

61  33  26 

9790 

Regiilim 

W. 

51  53  33 

9433 

53  36  21 

9449 

55  18  56 

9459 

57    1  17 

9469 

A II  Ul  1*68 

E. 

48    3    1 

9439 

46  20  12 

9441 

44  37  36 

9461 

42  55  14 

9461 

o  Aqiiilv 

E. 

100  15  .2 

3913 

98  49    8 

3915 

97  23  17 

3890 

95  57  31 

3994 

xvra. 


JUNE,  1895. 


109 


OBBEIirWIOH  MEAN  TIMB. 


LUNAR  DI8TAK0B& 


aadDlr«otkMi 


18  a  Aquilv  W 
Fomalbaut  W 
aPegui  W 
Soil  E 

19  a  Aquila  W 
Fotnalbaat  W 
aPegasi  W 
Son  E 

20  Fotnalhaut  W, 
1  PegMi  W 
Scrii  E 

34     Son  W 

Spica  E 

HATumR  £ 

25  Soif  W 
Spiea  E 
SAToaif  E 

26  Son  W 
Spica  E 
SATomir  E 
Antarea  E 

27  Soir  W. 

Mars  W 

Spica  E 

Satoen  E 

Antarea  E 

28  Soif  W. 
MAaa  W 

VmnvB  W 

Satviui  E 

Antaras  E 

29  Suit  W. 
MAEa  W 

VR508  W 

Regiiliia  W 

Antarea  E 

aAquibs  £ 

30  Son  W 
MAEa  W 
VKNoa  W 
Reictilua  W, 
Antarea  E 
a  Aquiba  E 


Midnigfat. 


9l2i  23 

68  29  48 
46  58  57 

50  0  14 

105  17  30 

60  45  58 

58  57  35 
37  56  39 

93  28  7 
71  34  54 
25  33  46 

28  39  47 
80  55  6 
88  50  22 

42  13  7 
66  J5  24 
74  14  52 

55  45  54 

51  40  J I 

59  44  41 
97  34  17 

69  10  48 
34  33  30 
37  14  31 
45  26  5 
83    8  23 

82  23  38 
48  8  49 
37  28  52 
31  25  27 
68  55  16 

95  22  14 

61  29  57 
50  25  44 
44  59  59 
54  56  40 

105  58  37 

108  5  52 
74  36  12 
63  7  55 
58  43  24 
41  13  6 

94  31  50 


P.L. 
of 


»« 


9079 


9#7 
9199 
9159 

9<74 
9149 
9179 


9919 
9196 

9S9I 


9919 


9419 
9315 

9717 


9797 
9394 


9919 


9874 
9610 
9479 
9471 

ani 


XVh. 


95  4^48 
70  0  15 
48  26  16 

48  30  56 

106  40  4 
82  19  54 
60  30  21 
36  24  45 

95  4  57 
73  11  49 
23  59  56 

30  21  5 
79  5  6 
87  0  52 

43  54  57 
64  25  38 
72  25  40 

57  27  3 

49  51  22 
57  56  36 

95  45  27 

70  50  37 
36  16  8 
35  27  10 
43  39  52 
81  21  0 

84  1  46 
49  49  46 
39  6  46 
29  42  6 
67  938 

96  58  31 

63  9  3 

52  1  48 
46  43  43 

53  12  54 
104  32  47 

109  40  16 
76  13  27 

64  42  10 
60  25  17 
39  31  12 
93  6  17 


P.L. 

or 

Dift 


9499 
9989 

9104 


9978 


9198 
9199 

9479 
9191 
9174 


9199 
9991 

9191 


9448 


A 
9845 


9855 

9430 


9799 


9737 
9403 


3919 
9914 


9481 
9481 


xvmk. 


97^ 


423 

71  31  10 
49  54  21 

47  1  19 

108  2  39 
83  54  15 
62  3  41 
34  52  33 

96  42  6 
74  49  10 
2226  0 

32  233 
77  15  5 
85  11  22 

45  36  44 
62  35  57 
70  36  34 

59  8  4 

48  2  42 
56  8  43 
93  56  46 

72  30  15 
37  58  34 

33  40  2 
41  53  56 
79  33  49 

85  39  40 
51  30  29 
40  44  27 
27  59  14 

65  24  13 

98  M  33 
64  47  55 
53  37  39 
48  27  14 
51  29  22 
103  6  53 

111  14  26 
77  50  28 

66  16  12 
62  6  57 
37  49  32 
91  40  52 


P.L. 

of 

Dlft 


9087 
9019 


9891 


9138 
9159 

9478 
9155 
9178 

9519 
9199 
9911 
9199 

9B77 
9457 


9U9 


9459 


9739 
9813 
9747 
9419 
9419 
9919 


9491 
9490 


XXP^ 


9^26  1§ 

73  232 
51  23  II 

45  31  21 

109  25  14 
85  28  59 
63  37  35 
33  20  3 

98  19  32 

76  26  57 
20  52  3 

3344  9 
75  25  4 
83  21  52 

47  18  28 
60  46  22 
68  47  34 

60  48  56 

46  14  13 

54  21  2 
92  8  15 

74  9  41 

39  40  48 
31  53  7 

40  8  19 

77  46  51 

87  17  20 
53  10  58 
42  21  54 
26  16  55 
63  39  2 

100  10  22 

66  26  32 

55  13  16 
50  10  31 
49  46  4 

101  40  58 

112  48  22 
79  27  15 

67  50  1 
63  48  23 
36  8  5 
90  15  37 


P.L. 

of 

JHW. 


9415 


9997 


9770 
9801 
9938 


9831 
9997 


9139 
9159 

9491 
9159 
9194 


9495 

9971 


9541 
9979 


9344 


9750 


9756 
9493 
9499 
9911 


9704 
9041 
9901 
9500 


110 


JULY,  1895l 


AT  GREENWICH  APPARENT  NOON. 


1 


7 

a 


THE  smra 


• 


\i 


Wed. 


Tkmr.     4 
Piid.  ,   5 


Mott.      8 
9 


Wed.  10 
11 
IS 

SU.     !l3 

«rar.  14 

15 


1€ 
17 
18 


Prid.  ;19 
Sdit.     .20 

8UJr.  21 

I 

Tmb.   s 
Wed.    24 


Frid.    » 

27 


«rX  28 
Mob.  29 
Tmm.  aO 
Wed.    31 

Tlisr.  i32 


b     a 

€  40 
C44 

€  48 


€  53    5i» 


I 


€  57  13.12  i  l9Jt90 
7     1  19^11  I0.»5 


7  5 
7  9 
7  13 


7  17  43.32 
7  21  4&17 

7 


7  29  56.57 
7  M  0.10 
7  38    3.16 


10 
10 


7  42  5.74 
7  46  7.83 
7  50    9.40 

7  54  10.45 

7  58  10.96 

8  2  10.92 

8  6  10.32 
8  10  9.14 
8  14    7.37 

8  18  5.01 
8  23  2.04 
8  25  58.46 

8  29  54J27 
8  33  49.45 
8  37  44.01 
8  41  37.94 


10.211 
10.193 
10.175 

I0.IS7 
10.137 
10.117 

10.097 
I0.07S 
10. 


i0.03t 
10.010 


9.914 
S>.e«4 


8  45  31J25      9.7t)e 


9.^12 

9.7W 
9.734 


NJ23 


0 


7  30.2  ^19M 
33    3  16.6;    I 
22  58  38.81 


I2J7 


I 


23  53  37.1  -13.07 
23  48  11.6;  14.06 
32  42  22.3'    15.06 


9.4  -16.03 
1  ■    17.00 
17.97 


23  36 
32  29 
32  22 


32  15  ia6  -1833 
32  7  34.8  I9J9B 
31  59  16.1  ■   20.83 

■ 

31  50  44.8  -91.77 
31  41  51.0  22.71 
31  32  34.9 

■ 

31  32  56.7 
21  13  56.6 
31     3  34.9 ; 

i 

20  51  51.7  -27.24 
20  40  47.31  26112 
20  29  32.0 


20  17  36.0  -29.84 

20    5  29.5  30.69 

19  53    3.9  31.52 

I 

19  40  16.5  -32.34 

19  27  ia4  33.15 
19  13  45.1 


19  0  0.7 
18  45  57.7 
18  31  36.1 
18  16  56.5 


74 


14 

37.0t 


N.18      1   590   -37.76 


ky»« 


15  46J20 
15  46.20 
15  46l31 

15  46.21 
15  46.32 
15  46J23 

15  46.25 
15  46.27 
15  46J29 


15 
15 
15 


15  46.43 
15  46.46 
15  46.50 

15  46.55 
15  46.61 
15  46.67 

15  46.73 
15  46.80 

15  46.88 

15  46.96 
15  47.05 
15  47.14 

15  47J24 
15  47.34 
15  47.45 

15  47.56 
15  47.68 
15  47.80 
15  47.92 

15  48.05 


•MS 


68.78 
68.75 
68.71 

68.67 
68.62 
68l57 


6a47 
6a41 


68.17 
68.10 
6a03 

67.96 
67.88 
67.80 

67.73 
67.e 
67.57 

67.49 
67.41 


67.16 
67.08 

66.99 
66.91 


66.74 


3  33.06 
3  44.53 

3  55.70 

4  f  .56 
4  17.10 
4  27.30 

4  37.14 
4  46.61 

4  55.69 

5  4.38 
5  12.65 
5  20.49 

5  37.90 
5  34.85 
5  41.34 

5  47.34 
5  52.85 
5  57.85 


6 

6  6J27 

6  9.66 

6  12.50 

6  14.75 

6  16.42 

6  17.50 

6  nss 

6  17.84 

6  17.09 

6  15.72 

6  13.r2 

6  11.11 

6  7.87 


Die 
IH 


0.483 
0.471 
0.469 


0.432 
0.417 

0.402 
0.386 
OuT/O 

0.353 
0.336 
0.318 

0.299 
0.»> 
0.260 

0.240 
0.219 
0.197 

0.175 
0.153 
0.130 

0.106 
0.082 
0.057 

0.032 
0.007 
0.018 

0.041 
0.070 
0.096 
0.122 

0.148 


n. 


JULY,  1896. 


Ill 


AT  OBEEKWIOH  MEAN  NOOK. 


t 

i 
1 

1 

i 

«« 

%4 

e 

e 

K 

K 

i 

& 

Men. 

1 

Tues. 

2 

Wed. 

3 

Thar. 

4 

Frid. 

5 

Sat 

6 

SUN. 

7 

Mod. 

8 

Toes. 

9 

Wed. 

10 

Thar. 

11 

Frid. 

12 

Sat. 

13 

SUN. 

14 

Mod. 

15 

Taea. 

16 

Wed. 

17 

Thar. 

18 

Frid. 

19 

Sat 

20 

SUN. 

21 

Hon. 

22 

Taes. 

23 

Wed. 

24 

Thar. 

25 

Frid. 

26 

Sat 

27 

SUN. 

28 

Mod. 

29 

Toes. 

30 

Wed. 

31 

Thar. 

32 

THE  SUITS 


▲ppamt 
Blgbt 


km. 
6  40  42.11 

6  44  50.13 
6  48  57.86 

6  53  5.29 

6  57  12.39 

7  1  19.14 

7  5  25.54 
7  9  31.57 
7  13  37.21 

7  17  42.45 
7  21  47.28 
7  25  51.69 

7  29  55.65 
7  33  59.16 
7  38  2.21 

7  42  4.77 
7  46  6.84 
7  50  8.40 

7  54  9.44 

7  58  9.94 

8  2  9.89 

8  6  9.29 
8  10  8.10 
8  14  6.34 

8  18  3.97 
8  22  1.01 
8  25  57.43 

8  29  53.24 
8  33  48.43 
8  37  42.99 
8  41  36.94 

8  45  30.26 


DUKfor 
IHoar. 


0.340 

o.a^d 

0.316 

0.303 
0.989 
0.274 

0.259 
0.243 
0.227 

0.210 
0.192 
0.174 

0.156 
0.137 
0.117 

0.097 
0.076 
0.054 

0.032 
0.009 
9.986 

9.963 
9.939 
9.914 

9.889 
9.864 
9.838 

9.812 
9.787 
9.761 
9.735 

9.709 


▲ppAreat 

DtdlBAttOO. 


N.23  7  30.7 
23  3  17.2 
22  58  39.6 

22  53  38.0 
22  48  12.6 
22  42  23.4 

22  36  10.6 
22  29  34.4 
22  22  34.8 

22  15  12.2 
22  7  26.4 
21  59  17.9 

21  50  46.8 
21  41  53.1 
21  32  37.1 

21  22  59.0 
21  12  59.1 
21  2  37.4 

20  51  54.4 
20  40  50.1 
20  29  24.9 

20  17  39.0 
20  5  32.7 
19  53  6.2 

19  40  19.8 
19  27  13.8 
19  13  48.6 

19  0  4.3 
18  46  1.3 
18  31  39.8 
18  17  0.2 

N.  18  2  2.8 


Diftfor 
IHoar. 


-10.06 
11.07 
12.07 

-13.06 
14.05 
15.04 

-16.02 
16.99 
17.96 

-18.92 
19.88 
20.83 

-21.77 
22.70 
23.63 

-24.54 
25.45 
26.35 

-27.24 
28.12 

28.98 

-29.83 
30.68 
31.52 

-32.34 
33.15 
33.95 

-34.74 
35.51 
36.27 
37.02 

-37.76 


to  be 
Sabiraeted 
froin 
Time. 


3  33.03 
3  44.50 

3  55.67 

4  6.53 
4  17.06 
4  27.27 

4  37.11 
4  46.58 

4  55.66 

5  4.35 
5  12.62 
5  20.47 

5  27.87 
5  34.82 
5  41.31 

5  47.32 
5  52.83 

5  57.83 

6  2.31 
6  6.25 
6    9.65 

6  12.49 
6  14.74 
6  16.42 

6  17.50 
6  17.98 
6  17.84 

6  17.09 

6  15.73 

6  13.73 

6  11.12 


Did:  for 
IHoor. 


6      7.88       0.148 


• 
0.483 

0.471 

0.459 

0.446 
0.432 
0.417 

0.402 
0.386 
0.370 

0..353 
0.336 
0.318 

0.299 
0.280 
0.260 

0.240 
0.219 
0.197 

0.175 
0.153 
0.130 

0.106 
0.082 
0.057 

0.032 
0.007 
0.018 

0.044 
0.070 
0.096 
0.122 


Van.— Th«ft««ldiMaetor  for  niMui  noon  nuiy  be  AManed  Ihe  MMne  «•  that  for  ftppareat  aoom. 

Tbe  eliCB  — >  preflKed  to  the  hourly  ohiuixeof  deolioatioo  Indioatee  thiU  north  deolUubiiooe 


OdefMl 


or 
RlfCht 

of 
MmbSuii. 


h     m 

6  37 
6  41 
6  45 


9.08 
5.64 
2J20 


6  48  58.75 
6  52  55.31 

6  56  51.87 

7  0  48.43 
7  4  44.99 
7     8  41.55 

7  12  38.10 
7  16  34.66 
7  20  31.22 

7  24  27.78 
7  28  24.34 
7  32  20.90 

7  36  17.45 
7  40  14.01 
7  44  10.57 

7  48  7.13 
7  52  3.69 
7  56    0.24 

7  59  56  80 

8  3  53.36 
8    7  49.92 

8  11  46.47 
8  15  43.03 
8  19  39.59 

8  23  36.14 
8  27  32.70  ! 
8  31  29.26  I 
8  35  25.82 

8  39  22.37 


Diff.  for  1  Hour, 
-f9».8o6r>. 
(Table  III.) 


112 


JULY,  1895. 


m 


^ 


I 


1 

2 
3 

4 
5 
6 

7 
8 
9 

10 
11 
12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 
31 

32 


I 

e 


182 
183 
184 

185 
186 
187 

188 
189 
190 

191 
192 
193 

194 
195 
196 

197 
198 
199 

20b 
201 
202 

203 
204 
205 

206 
207 
208 

209 
210 
211 
212 

213 


AT  6BBENWI0H  MEAN  NOON. 


THE  smre 


TBUX  LOKOITUDX. 


99  21  20.7 

00  18  32.4 

01  15  43.8 

02  12  55.1 

03  10    6.1 

04  7  17.2 

05  4  28.4 

06  1  39.6 

06  58  51.1 

07  56    2.9 

08  53  15.1 

09  50  27.8 

10  47  41.0 

11  44  54.8 

12  42    9.3 

13  39  24.4 

14  36  40.2 

15  33  56.8 

16  31  13.9 

17  28  31.6 

18  25  50.0 

19  23    9.1 

20  20  28.7 

21  17  49.0 

22  15    9.6 

23  12  30.8 

24  9  52.6 

25  7  14.8 

26  4  37.6 

27  2    0.8 
27  59  24.7 


128  56  49.2 


20  51.2 

18  2.8 
15  14.0 

12  25.1 
9  35.9 
6  46.8 

3  57.8 
1     8.8 

58  20.1 

55  31.7 
52  43.7 
49  56.3 

47  9.3 
44  22.9 
41  37.2 

38  52.1 
36  7.7 
33  24.2 

30  41.1 
27  58.6 
25  16.8 

22  35.8 

19  55.2 
17  15.3 

14  35.7 

11  56.7 

9  18.3 

6  40.4 

4  3.0 
1  26.1 

58  49.9 

56  14.3 


DIftftr 
IHoor. 


2.99 
2.98 
2.97 

2.96 
2.96 
2.96 

2.97 
2.98 
2.99 

3.00 
3.02 
3.04 

3.06 
3.09 
3.12 

3.15 
3.18 
3.21 

3.23 
3.26 
3.28 

3.30 
3.33 
3.:)5 

3.37 
3.39 
3.42 

3.44 
3.46 
3.48 
3.51 


143.54 


LATITUDB. 


It 


-0.19 
0.27 
0.33 

-0.36 
0.36 
0.33 

-0.28 
0.19 

-  0.08 

+  0.04 
0.15 
0.29 

+  0.42 
0.53 
0.63 

+  0.71 
0.76 
0.78 

+  0.76 
0.71 
0.65 

+  0.56 
0.44 
0.31 

+  0.18 
+  0.05 

-  0.08 

-0.19 
0.28 
0.35 
0.39 

-  0.40 


Logarittm 

of  the 

Badini  Teotor 

of  the 

Berth. 


0.0071909 
0.0071911 
0.0071898 

0.0071868 
0.0071821 
0.0071761 

0.0071686 
0.0071597 
0.0071494 

0.007  J  376 
0.0071243 
0.0071092 

0.0070924 
0.0070737 
0.0070532 

0.0070304 
0.0070055 
0.0069781 

0.0069485 
0.0069162 
0.0068815 

0.0068442 
0.0068044 
0.0067619 

0.0067171 
0.0066699 
0.0066205 

0.0065688 
0.0065152 
0.0064599 
0.0064027 

0.0063439 


DUE  for 
IHonr. 


•I-  0.5 

-  0.3 
0.9 

-  1.6 
2.2 

2.8 

-  3.4 
4.0 
4.6 

-5.2 
6.9 
6.6 

-7.4 

8.2 
9.0 

-  9.9 
10.9 
11.9 

-12.9 
13.9 
15.0 

-16.1 
17.1 
18.2 

-19.2 
20.1 
21.1 

-21.9 
22.7 
23.5 
24.2 

-24.8 


Hon.— The  Bombeni  in  eolaiiui  A  oorreepond  to  the  tine  equinox  of  the  datei  in  eoDinin  V  to 
the  ■een  eqniBOZ  of  Jemiery  O'.O. 


of 

SMUieel  Koon. 


n      m       s 

17  20  0.08 
17  16  4.16 
17  12    8.25 

17  8  12.34 
17  4  16.43 
17  0  20.51 

16  56  24.60 
16  52  28.69 
16  48  32.78 

16  44  36.86 
16  40  40.95 
16  36  45.04 

16  32  49.13 
16  28  53.21 
16  24  57.30 

16  21  1.39 
16  17  5.48 
16  13  9.56 

16  9  13.65 
16  5  17.74 
16  1  21.83 

15  57  25.92 
15  53  3000 
15  49  34.09 

15  45  38.18 
15  41  42.27 
15  37  46.36 

15  33  50.45 
15  29  54.54 
15  25  58.63 
15  22  2.72 

15  18  6.80 


Difll  for  1  Hoot, 

—  9».8296. 

(Table  II.) 


^■(" 


IV. 


JULY,  1895. 


113 


OBBBNWIOH  MBAN  TDCK 

• 

THE  M00N*8 

1 

1 

2 
8 

SKMIDIAlfXTSB. 

HOBIZONTAL  PAKATJ.AX. 

UPPKB  TBAH8IT. 

AQM. 

Vtm. 

Mkblghl. 

V«OB. 

DilLfor 
IHour. 

ICSdniciit. 

Dlitfor 
1  Hoar. 

M«ridlM  of 
Greenwiob. 

Diit  for 
1  Hoar. 

KOOB. 

15  4^.6 

15  37.7 
15  29.1 

15  42'!2 
15  33.4 
15  24.9 

57  47'!6 
57  14.9 
56  43.1 

ft 
-1.38 

1.35 

1.30 

57'  3l';2 
56  58.8 
56  27.7 

1.33 
1.97 

h      m 

7  38.9 

8  30.0 

9  23.5 

n 

9.08 
9.18 
9.97 

d 
8.6 

9.6 
10.6 

4 
5 
6 

15  20.8 
15  13.0 
15    5.8 

15  16.9 
15    9.3 
15    2.4 

56  12.7 
55  44.1 
55  17.5 

-1.93 
1.16 
1.05 

55  58.2 
55  30.4 
55    5.2 

-1.19 
1.11 
1.00 

10  18.8 

11  14.2 

12  8.1 

9.39 
9.99 
9.19 

11.6 
12.6 
13.6 

7 
8 
9 

14  59.3 
14  53.8 
14  49.6 

14  56.4 
14  51.5 
14  48.1 

54  53.6 
54  33.5 
54  18.0 

-0.93 
0.76 
0.53 

54  430 
54  25.1 
54  12.5 

-0.84 
0.65 
Q.39 

12  59.0 

13  46.4 

14  30.4 

9.05 
1.90 
1.77 

14.6 
15.6 
16.6 

10 
11 
12 

14  47.0 
14  46.4 
14  48.0 

14  46.4 
14  46.9 
14  49.8 

54    8.6 
54     6.3 
54  12.4 

-0.95 

40.07 

0.44 

54    6.5 

54    8.2 
54  18.8 

-0.10 

40.95 

0.63 

15  11.7 

15  51.3 

16  30.2 

1.68 
1.63 
1.63 

17.6 
18.6 
19.6 

13 

14 
15 

14  52.2 

14  59.0 

15  8.4 

14  55.2 

15  3.3 
15  14.0 

54  27.6 

54  52  5 

55  27.0 

40.83 
1.94 
1.63 

54  38.8 

55  8.6 
55  47.6 

41.04 
1.44 
1.80 

17    9.7 

17  50.9 

18  35.2 

1.67 
1.77 
1.93 

20.6 
21.6 
22.6 

16 
17 
18 

15  20.1 
15  33.8 
15  48.7 

15  26.8 
15  41.2 
15  56.2 

56  10.3 

57  0.6 
57  55.0 

41.96 
2.90 
9.30 

56  34.7 

57  27.5 

58  22.7 

49.10 
9.97 
9.98 

19  23.9 

20  17.9 

21  17.1 

9.13 
9.36 
9.56 

23.6 
24.6 
25.6 

19 
20 
21 

16    3.5 
16  nJ2 
16  28J2 

16  10.6 
16  23.1 
16  32.3 

58  49.7 

59  39.8 

60  20.1 

49.90 
1.91 
1.40 

59  15.6 

60  1.5 
60  35.1 

49.09 
1.68 
1.09 

22  20.1 

23  24.2 

6 

9.67 
9.65 

26.6 
27.6 
28.6 

22 
28 
24 

16  35.8 
16  87.8 
16  35.6 

16  37.1 
16  37.3 
16  32.9 

60  46.2 
60  55.5 
60  47.4 

40.75 
10.09 
-0.67 

60  53.1 
60  53.5 
60  37.4 

40.39 

-0.34 

0.98 

0  26.3 

1  24.5 

2  18.6 

9.51 
9.34 
9.18 

0.3 
1.3 
2.3 

25 
26 
27 

16  29.2 
16  19.6 
16    8.0 

16  24.7 
16  14.0 
16     1.9 

60  23.9 
59  48.7 
59    6.2 

-1.95 
1.64 
1.86 

60    7.5 
59  28.1 
58  43.5 

-1.47 
1.77 
1.90 

3    9.5 

3  58.4 

4  46.8 

9.07 
9.09 
9.09 

3.3 
4.3 
5.3 

28 
29 
80 
81 

15  55.6 
15  43.3 
15  31.7 
15  21.3 

15  49.4 
15  87.4 
15  26.3 
15  16.5 

58  20.6 
57  35.3 
56  52.8 
56  14.4 

-1.90 
1.84 
1.69 
1.50 

57  57.8 
57  13.6 
56  33.0 
55  57.0 

-1.89 
1.77 
1.60 
1.40 

5  35.9 

6  26.7 

7  19.6 

8  14.1 

9.08 
9.16 
9.94 
9.99 

6.3 
7.3 
8.3 
9.3 

82 

15  12.1 

15    8.0 

55  40.8 

-1.30 

55  25.8 

-1.90 

9    9.1 

9.98 

10.3 

9 


114 


JULY,  189& 


6BBSBWIGH  MBAS  TOOL 


THE  M003PS  SIGHT  ABCESSIOJS  AMD  DSCUKAHOS. 


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VL 


JULY,  1895. 


115 


OBEENWIOH  MEAN  TIME. 

THE  HOOire  RIQHT  ASCENSION  AND  DECLINATION. 

Rami, 

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F 

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tjom 

22  34    9.2 

9.178 

2 

18  43  3f{.20 

9.3914 

27  40  .5:^.6 

3.496 

2 

20  29  2:143 

9.0797 

22  24  55.7 

9.973 

3 

18  45  .55..37 

9.3174 

27  37  19.4 

3.641 

3 

20  31  27.62 

9.0670 

22  15  36Ji 

0.367 

4 

18  48  14.29 

9JI33 

27  33  36.7 

9.783 

4 

20  33  31.47 

9.0613 

22    6  11.7 

9.460 

5 

18  50  9iM7 

9.3009 

27  29  45.4 

3.999 

5 

20  35  'S4M 

9.0997 

21  56  41.3 

9.969 

6 

18  52  51.40 

9.3061 

27  25  45.7 

4.069 

6 

20  37  38.16 

9.0909 

21  47    5.4 

9.643 

7 

18  .55    9.58 

9.3007 

27  21  :^7.6 

4.909 

7 

20  39  41.00 

9.0446 

21  37  24.1 

9.733 

6 

18  57  27.49 

9J963 

27  17  21.1 

4.343 

8 

20  41  4:).51 

9.0300 

21  27  37.4 

9Jf9i 

9 

18  59  45.14 

9.90t9 

27  12  56.4 

4.481 

9 

20  43  45.68 

9.0934 

21  17  4,5.4 

9.911 

10 

19    2    2.52 

9.9874 

27    8  2:U 

4.618 

10 

20  45  47..52 

9.0970 

21     7  48.1 

9.908 

11 

19    4  19.63 

9.9890 

27    3  42.2 

4.759 

11 

20  47  49.03 

9.0999 

20  .57  4.5.7 

10.083 

12 

19    6  36.47 

9.9783 

26  58  .52.8 

4.881 

12 

20  49  50.22 

9U»171 

20  47  :W.2 

10.166 

13 

19    8  53.03 

9.9736 

26  &^  55.3 

5.099 

13 

20  51  51.08 

90)116 

20  37  25.6 

16.959 

14 

19  11     9;)0 

9.9668 

26  48  49.8 

6.157 

14 

20  53  51.61 

9UW6I 

20  27    8.0 

16J33 

15 

19  13  25.28 

9.9030 

26  43  36.4 

6980 

15 

20  55  51.81 

9.0007 

20  16  4.5.6 

10.414 

lt{ 

19  15  40.97 

9.9500 

26  38  15.1 

5.491 

16 

20  .57  51.69 

14«94 

20    6  18.3 

10.495 

17 

19  17  5<i.3B 

9.9541 

26  :«  45.9 

9.969 

17 

20  ,59  5l.*i6 

1.9001 

19  .55  46.2 

10.974 

18 

19  20  11.46 

9.9401 

26  27    8.8 

&4»9 

18 

21     1  50.51 

I4HM8 

19  45    iM 

10.699 

19 

19  22  26.25 

9.9440 

26  21  24.0 

9JI0 

19 

21     3  49.44 

ljy796 

19  ^i  27  J* 

10.730 

20 

19  24  40.74 

9.9380 

26  15  3l.«'i 

9.038 

20 

21     5  48.06 

1.0743 

19  23  41.8 

I0.l«7 

21 

19  26  54i«2 

9.9138 

26    9  31.5 

6.069 

21 

21    7  46M 

IJI801 

19  12  51.1 

10.889 

22 

19  29    8.79 

9J980 

26    3  2:^.8 

6.101 

22 

21     9  4<.%5 

1.9640 

19     1  .55i> 

10.9S6 

23 

19  31  22.35 

9.9933 

25  57    8.6 

6.319 

2:i 

21  II  42.04 

1.9900 

18  50  56.4 

lli>99 

24 

19  33  a5JS9 

9.9180 

8.25  .50  46.0 

6.438 

24 

21   13  39.43 

1.9539 

S.  18  3J)  .52.5 

ll.iOl     1 

116 


JULY,  1896. 


VEL 


GREEKWIOH  MBAN  TIME. 


THE  MOON'S  BIQHT  ASCENSION  AND  DECLINATION. 


Soar. 


Bighl  Aaeanaion. 


DUCfor 
IMinato. 


Deeliii*ti«ii. 


Dlftfor 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 
I 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


TUESDAY  9. 


b  m 
21  13 
21  15 
21  17 
21  19 
21  21 
21  2:) 
21  25 
21  27 
21  29 
21  31 
21  :« 
21  34 
21  36 
21  38 
21  40 
21  42 
21  44 
21  46 
21  48 
21  49 
21  51 
21  53 
21  55 
21  57 


s 

• 

o 

31>.43 

IJS30 

S.18 

36.51 

1.M88 

18 

33.29 

1.9439 

18 

2ia8 

1.9390 

18 

25.i^ 

1.9341 

17 

21.87 

1.9999 

17 

17.48 

1.9944 

17 

12.80 

1.9197 

17 

7.84 

1.9150 

17 

2.60 

1.9103 

16 

.57.08 

1.9067 

16 

51.29 

]J)019 

16 

45/« 

1.60C7 

16 

38.89 

I.a099 

16 

32.2ii 

1.6878 

15 

25.43 

1.8835 

15 

18.31 

1.8799 

15 

10.94 

1.6750 

15 

3.31 

1.8708 

15 

55.43 

1.8667 

14 

47.31 

1.8697 

14 

38.95 

1.6587 

14 

30..35 

1.8548 

14 

21.52 

1.8509 

S.14 

20 

8 

57 

45 


3!)  5L% 
28  44.3 
17  31.8 

6  15.2 
54  54.4 
43  29.5 

32  0.7 
27i) 
51.2 
10.7 
26.4 

:«  38.4 
21  46.7 
9  51.4 
57  .52.5 
45  50.2 

33  44.5 
35.3 
22.8 

7.0 
48.0 
32  25.8 
20    0.5 

7  32.1 


21 

9 
57 
44 


WEDNESDAY  10. 


21 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 


59 
1 

2 

4 

6 

8 

10 

12 

13 

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17 

19 


22  21 
22  22 
22  24 
22  26 
22  28 
22  30 
22  31 

22  a3 

22  35 
22  37 
22  :^ 
22  40 
22  42 


12.46 

1.8471 

3.17 

1.8433 

53.66 

1.8396 

43.92 

1.8359 

3:^97 

1.8394 

23.81 

1.8989 

13.43 

1.8954 

2.85 

1.8990 

.52.07 

1.8187 

41.09 

1.8154 

29.92 

1.8193 

18.56 

1.8099 

7.02 

1.8061 

55.29 

1.8031 

43Ji9 

1.8009 

31.31 

1.7973 

19.06 

1.7945 

6.65 

1.7918 

54.08 

1.7899 

41.35 

1.7866 

28.47 

1.7840 

15.43 

1.7815 

2.  5 

1.7799 

48.93 

1.7769 

a5.48 

1.7747 

8.13 
13 
13 
13 
13 
12 
12 
12 
12 
12 
11 
II 
11 
11 
10 
10 
10 
10 
10 
9 
9 
9 
9 
8 
S.  8 


55  0.8 
42  26.5 
29  49.2 
17  9.1 
26.2 
40.5 
52.1 
1.1 
7.4 
11.2 
12.5 
11.3 
7.6 
1.6 
53.3 
42.7 
28  29.9 
15  14.8 
1  .57.6 
48  38.3 
35  17.0 
21  53.7 
8  28.4 
55  1.2 
41  32.1 


4 

51 
38 
26 
13 

0 
47 
34 
21 

8 
54 
41 


11.101 
ll.ITt 
11.949 
llJlt 
11.381 
11.447 
11.513 
11.579 
11.643 
11.707 
11.769 
11.831 
11.899 
11.959 
19.010 
19.067 
19.194 
19.181 
19.936 
19.990 
19.343 
19.396 
19.447 
lt.497 


19.647 
19.597 
19.645 
19.609 
19.738 
19.784 
19.898 
194f79 
19.916 
I9J»8 
1>.999 
13.041 
13.081 
13.119 
13.157 
13.195 
13.939 
13.960 
13.304 
13.338 
13.379 
13.405 
13.437 
13.469 
13.501 


0 
1 
2 
3 

4 
5 

6 
7 
8 
9 
10 
11 
12 
13 
14 
15 
16 
17 
18 
19 
20 
21 
22 
23 


0 
1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


Bli^lAooiirfoB 


DUL  for 
IMinnteJ 


DMlfor 
iHlBato. 


h  m 
22  42 
22  44 
22  46 
22  47 
22  49 
22  51 
22  53 
22  54 
22  56 

22  58 

23  0 


23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 


1 

3 

5 

7 

9 

10 

12 

14 

15 

17 

19 


23  21 
23  22 


THURSDAY  11. 


35.48 
21.89 

8.17 
54.33 
40.37 
26.30 
12.11 
57.81 
43.41 
28.92 
14.33 
59.65 
44.89 
30.05 
15.13 

0.13 
45.07 
29.95 
14.77 
59.53 
44J25 
28i)2 
13.55 
59.14 


FEIDAY  12. 


• 

^      o       '       *» 

fV 

1.7747 

8.  8  41  32.1 

13J01 

1.7794 

8  28     1.1 

13.581 

1.7709 

8  14  28.4 

13J68 

1.7883 

8    0  .54.0 

13.688 

1.7664 

7  47  17.9 

13.816 

1.7645 

7  33  40.1 

18.643 

1.7096 

7  20   a7 

i3jeo 

1.7608 

7    6  19.8 

13.865 

1.7509 

6  52  37.3 

13.791 

1.7577 

638  53.3 

13.745 

1.7661 

6  25    7il 

13.789 

1.7547 

6  11  21.0 

13.789 

1.7533 

5  57  32.8 

13.814 

i.7sao 

5  43  43.3 

13.836 

1.7507 

5  29  52.5 

13.8Sr 

1.7496 

5  16    0.4 

13.877 

1.7486 

5  2   rjj 

13  807 

1.7475 

4  48  12.8 

13.916 

1.7406 

4  34  17.3 

13SM 

1.7457 

4  20  20.7 

13368 

1.7449 

4    6  23.1 

13.960 

1.7449 

3  52  24.5 

13.965 

1.7416 

3  38  24i> 

14UI61 

1.7499 

S.  3  24  24.4 

14.818 

23  24 
23  26 
23  28 
23  29 
23  31 
23  33 
23  :i5 
23  36 
23  38 
23  40 
23  42 
23  43 
23  45 
2:i  47 
23  49 
23  50 
23  .52 
23  54 
23  .56 
23  57 
23  59 
0  1 
0  3 
0  4 
0    6 


42.70 

1.7496 

27.24 

1.7491 

11.75 

1.7417 

56.24 

1.7414 

40.72 

1.7413 

2,5.19 

1.7419 

9.66 

1.7419 

54.13 

1.7419 

38.60 

1.7413 

23.08 

1.7415 

7..58 

1.7418 

52.10 

1.7499 

.m64 

1.7496 

21.21 

1.7431 

5.81 

1.7437 

.50.45 

1.7444 

35.14 

1.7459 

19.87 

1.7458 

4.65 

1.7468 

49.49 

1.7478 

34.39 

1.7488 

19.36 

1.7501 

4.40 

1.7513 

49..52 

1.7596 

34.71 

1.7539 

S.  3  10  23.0 
2  56  20.& 
2  42  17.8 
2  28  14.1 
2  14  9.7 
2  0  4.6 
1  45  58.8 
1  31  52.4 
1  17  45.5 
1  3  38.1 
0  49  30J2 
0  35  21.9 
0  21  13.1 
S.  0  7  4.0 
N.  0  7  5.4 
0  21  15.1 
0  35  25.1 

0  49  35.2 

1  3  45.5 
1  17  5541 
1  32    6.4 

1  46  16.9 

2  0  27.4 
2  14  37.9 

N.  2  28  48.3 


14.690 
14.849 
14.658 
14.688 
14.079 
14.601 
14.168 
14.111 
14.119 
14.197 
14.196 
14.149 
14.149 
14.154 
14.168 
14.184 
14.187 
14.170 
14.179 
14.174 
14.178 
14.175 
14.175 
14.174 
14.178 


vm. 


JULY,  1895. 


117 


* 

OBBBM  WIOH  MB  AN  TIMB. 

• 

TUK  HOOITS  BIQHT  ASCENSION  AND  DECLINATION. 

HkMAmmIn. 

DfClbr 

DMUBAttOil. 

DiCter 
IMIaMla. 

Bow. 

Rigkt4MM«loii. 

Diftfer 
IMlaato. 

]>«eIlB*Uoo. 

IMfllfbr 
lliinaU. 

8A^ 

PURDi 

^.Y  W. 

MONDAY  15. 

0 

%    m     • 

0    6  34.71 

• 

1.1S30 

N.  {  9^  4^ 

14.179 

0 

1  33  56.55 

t 
IJI85 

N.I3  33    i.5 

.    13.188 

1 

0    8  \9M9 

1.7965 

9  49  58.6 

14.170 

1 

1  35  51.89 

1J930 

13  46  1 14S 

13.146 

9 

0  10    5;)7 

L7ft7l 

9  57    S.7 

14.167 

9 

1  37  47.49 

1.9995 

13  59  19.0 

13.109 

3 

0  II  50.84 

1.7597 

3  11  18.6 

14.163 

3 

1  39  43.36 

1.9359 

14  19  9:i8 

13457 

4 

0  13  36.41 

1.7004 

3  95  98.3 

14.160 

4 

1  41  39.64 

1.9400 

14  95  9.54* 

13.019 

5 

0  15  99.09 

1.7W9 

3  39  37.7 

14.153 

5 

1  43  36427 

1.9467 

14  38  95.3 

.    ItJOO 

6 

0  17    7.87 

1.7940 

3  53  46.7 

14.147 

6 

1  45  33.94 

1.0595 

14  51  91.8 

19.918 

7 

0  18  5.3.77 

1.7660 

4    7  55.3 

14.141 

7 

1  47  30.57 

1.9586 

15    4  15.4 

19.860 

6 

0  90  30.79 

1.7681 

4  99    3.6 

14.134 

8 

1  49  98.97 

1.9647 

15  17    6.1 

19.819 

9 

0  99  95iM 

1.7703 

4  36  11.4 

14J96 

9 

1  51  96.33 

1.9708 

15  99  .5.^7 

19.767 

10 

0  94  19.99 

1.7795 

4  50  18.7 

14.117 

10 

1  53  94.76 

1.9770 

15  49  38.9 

19.715 

II 

0  95  58.64 

1.7747 

5    4  95.5 

14.107 

11 

1  55  93.57 

1.9834 

15  55  19.5 

19.669 

19 

0  97  45.19 

1.7771 

5  18  31.6 

14.007 

19 

1  57  99.77 

1.9606 

16    7  57.6 

19.608 

13 

0  99  31.89 

1.7706 

5  39  37.1 

14UW7 

13 

1  59  99.35 

1J969 

16  90  39.4 

19.559 

14 

0  31   18.74 

1.7091 

5  46  49.0 

lijm 

14 

9    1  99.39 

%Mn 

16  3:1    3.8 

19.494 

15 

0  33    5.74 

1.7847 

6    046.1 

14.009 

15 

9    3  99.68 

%JlM9 

16  45  31.7 

19.436 

16 

0  34  59410 

1.7874 

6  14  49.4 

14UM9 

16 

9    5  93.44 

9.0160 

16  .57  .56.1 

19J77 

17 

0  36  40.93 

1.7909 

6  98  5^0 

14U06 

17 

9    7  94.60 

9.0998 

17  10  164* 

19.315 

IB 

0  38  97.79 

1.7930 

6  49  53.7 

14UMI 

18 

9    9  96.17 

t.0997 

17  98  3:U> 

19.953 

19 

0  40  15.39 

1.7960 

6  56  54.5 

I4U)66 

19 

9  11  98.16 

9.0366 

17  34  47.9 

19.190 

90 

0  49    3J24 

1.7900 

7  10  54.3 

13.969 

90 

9  13  30.56 

9.0435 

17  46  .56.7 

19.195 

91 

0  43  51.97 

1.8091 

7  94  53.1 

13J79 

91 

9  15  33.38 

9jOS06 

17  59    9.9 

19.050 

99 

0  45  39.49 

1.8063 

7  38  50  J) 

13.954 

99 

9  17  3a63 

MMSTJ 

18  11    a7 

11J09 

98 

0  47  97il| 
81 

1.0007 

FNDAl 

N.  7  59  47.6 
r  14. 

13.036 

98 

9  19  40.31 
TU 

tU»40 

ESDA 

N.I8  93    IJi 
Y  16. 

11.903 

0 

0  49  16.53 

1.8190 

N.  8    6  43J2 

isjn 

0 

9  91  44.49 

t.0799 

N.I8  34  54JS 

11J53 

1 

0  51    5.35 

1.S154 

8  90  37.6 

13.807 

1 

9  93  48.97 

njnm 

18  46  4.3.6 

11.780 

9 

0  59  54.38 

1.8190 

8  34  30.8 

13.875 

9 

9  95  .53417 

9.0870 

18  58  98.4 

ll.7t0 

3 

0  54  4a<!3 

1.8997 

848  99.6 

13.869 

8 

9  97  59.41 

t.0044 

19  10    8.7 

11.634 

4 

0  56  33.10 

1.0964 

9    9  13.1 

13.830 

4 

9  30    5.30 

9.1090 

19  91  44.5 

11.500 

5 

058  99.80 

1.8301 

9  16    9.9 

13.807 

5 

9  39  11.65 

9.1005 

19  33  1.5.8 

11.489 

6 

1    0  19.79 

1.8339 

9  99  49il 

13.789 

6 

9  34  ia45 

9.1179 

19  44  49.4 

11.404 

7 

1    9    9.87 

1.8379 

9  43  36.1 

13.TS7 

7 

9  36  95.79 

9.1950 

19  56    4^ 

'    11.394 

8 

1    3  53.97 

I.849I 

9  57  90.8 

13.731 

8 

9  38  33.45 

S.l»7 

90    7  91.3 

11349 

9 

1    5  ASM 

1.8409 

10  II     .3.8 

13.704 

9 

9  40  41.65 

S.I406 

90  18  3:U 

11.100 

10 

1    7  34.89 

1J604 

10  94  45.9 

13.676 

10 

9  49  50.39 

9.1485 

90  99  40.5 

114170 

II 

1    9  954^^ 

1.8547 

10  38  94i» 

13.647 

11 

9  44  59.47 

t.1564 

90  40  4Z5 

10.000 

19 

1  II  17.38 

1.8590 

10  59    9.9 

13.617 

19 

9  47    9.09 

9.1643 

90  51  39J) 

10J09 

13 

1  13    9.05 

1.8635 

11    5  39.0 

13J^ 

13 

9  49  19.19 

9.1794 

91     9  30.8 

10.814 

14 

1  15     1.00 

1.8681 

11  19  13.3 

13.556 

14 

9  51  99.78 

9.1806 

91  13  174) 

10.794 

15 

1  16  53.9:) 

1.8798 

11  39  45.7 

13.593 

15 

9  53  40.86 

S.1887 

91  93  57.7 

10.639 

16 

1  18  45.74 

1.8776 

11  46  161 

13.496 

16 

9  55  59.43 

9.1960 

91  34  3-24J 

10.538 

17 

1  90  liS.S4 

1.8893 

11  59  44JS 

13.456 

17 

9  58    4.49 

9.9059 

91  45    94) 

10.443 

18 

1  99  31.69 

1.807O 

19  13  10.8 

13.490 

18 

3    0  17.05 

9.9134 

91  55  9a0 

10.346 

19 

1  94  95.00 

1.8099 

19  96  3441 

13JW4 

19 

3    9  30.10 

9.9917 

99    5  43.8 

10.917 

90 

1  96  I8.H9 

1.8073 

19  39  56.9 

13.347 

90 

3    4  43.66 

9.S30I 

99  15  55.7 

10.140 

91 

1  98  19.68 

1JW94 

19  53  166 

1X300 

91 

3    6  57.79 

9S385 

99  96     1.6 

10.047 

99 

1  30    6ii6 

1.9077 

13    6  34.0 

13.970 

99 

3    9  12.28 

9.9469 

99  36     14} 

0043 

93 

1  39    1.60 

1.9I3I 

13  19  49.0 

13.999 

93 

3  11  97.a5 

9.9553 

'    99  45  544^ 

9.830 

91 

1  83  56^ 

1.9186 

N.I3  33    IJS 

13.188 

94 

3  13  494^2 

9.90;f7 

N4»  55  49.0 

9.733 

118 


JULY,  1895. 


IX, 


OBEENWIOH  MEAN  TIME. 


THE  MOON'S  SIGHT  ASCENSION  AND  DECLINATION. 


Hoar. 


Blcbt  AMMwion. 


Dlftfor 
IMinato. 


DeolinMioii. 


IMA  fur 
iMinateJ 


0 

1 

2 
8 
4 

5 

6 

7 

8 

9 

10 

II 

12 

Id 

J4 
15 
16 
17 
18 
19 
20 
21 
22 
23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


WEDNESDAY  17. 


ii 
3 
3 
3 
3 
3 
3 


m 
13 
15 
18 
20 
22 
25 
8  27 
3  29 
32 
34 
36 
39 
41 


3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 


43 
46 
48 
51 
53 
55 

3  58 

4  0 
3 
5 
8 


4 
4 
4 


42^ 
59.00 
15.60 
32.71 
50.33 

8.46 
27.11 
46.27 

5J>5 
26.14 
46.85 

8.0& 
29.82 
52.08 
14.85 
38.13 

1.92 
26.22 
51.03 
16.35 
42.17 

8.49 
35.31 

2.63 


• 

(.9637 
S.9793 
fi.9809 
S.98M 
S.S979 
9.3065 
8.3151 
8.3937 


8.3408 
8.3495 
8.3581 
8.3667 
8.3759 
9.3837 
9.3999 
9.4007 
9.4009 
9.4177 
9.4269 
9.4345 
9.4498 
9.4511 
9.4594 


N.22  55 
23  5 
23  14 
23  24 
23  33 
23  42 

23  52 

24  1 
24  9 
24  18 
24  27 
24  35 
24  44 

24  52 

25  0 


8 
16 


25 
25 

25  24 
25  31 
25  39 
25  46 

25  53 

26  0 
N.26    7 


42.0 
22.7 

56J) 
24.4 
45.2 
59.2 
6.2 
6.2 
.59.0 
44.5 
22.7 
53.4 
16.5 
31.9 
Ji9.6 
;U).4 
31.2 
14.9 
50.3 
17.4 
36.1 
4a4 
48.0 
40.9 


THURSDAY  18. 


4 
4 

4 
4 
4 

4 
4 

4 
4 

4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
5 
5 
5 
5 
5 


10 
12 
15 
17 
20 
22 
25 
27 
30 

3;^ 

35 

38 

40 

43 

45 

48 

.50 

.VJ 

5(> 

58 

1 

4 

6 

9 

11 


30.44 

9.4676 

58.74 

9.4757 

27.53 

9.4838 

56.80 

9.4918 

26.55 

9.4998 

56.78 

9.5077 

27.47 

9.5154 

58.63 

9.5339 

30.25 

9.7»308 

2.3:3 

9.5384 

MM 

9.5458 

7J&^^ 

9.5539 

41.24 

9.5604 

15.08 

9.5676 

41U35 

9.5746 

24.03 

9.5814 

59.12 

9.5883 

34.62 

9.5951 

10.53 

9.6017 

46.82 

9.60f0 

23.49 

9.6149 

0.53 

9.6904 

37.94 

9.6965 

15.71 

9.6393 

53.82 

9.6380 

N.26 
26 
2(> 
26 
26 
26 
26 
26 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
28 
28 

N.28 


14  24.9 
21  0.0 
27  26.1 
33  43.0 
39  50.6 
45  48.9 
51  37.8 
17.1 
46.8 
6.7 


57 
2 
8 
13 
18 
23 
27 


16.8 
17.0 
7.1 
47.1 
16.9 
36  36.3 
40  45.3 
43.8 
31.7 
8.9 
35.4 
51.0 
55.7 
49.4 
32.0 


44 

48 

52 

55 

58 

1 

4 

7 


9.739 
9UN4 
9.514 
9.409 
9.990 
9.175 
9.058 
8.940 
8.819 
8.607 
6.574 
8.448 
8.391 
8.199 
8.069 
7.930 
7.706 
7.659 
7.591 
7.389 
7.949 
7.099 
6.954 
6.807 


Hoar. 


Right  A^oeosion, 


DUtfor 
IHfamte. 


DecliBatioB. 


BiAfor 
1  Minute. 


6.659 
6.510 
6.358 
6.904 
6.049 
5.893 
6.735 
5.575 
5.413 
5.950 
6.086 
4.919 
4.751 
4.589 
4.410 
4.937 
4.063 
3.887 
3.709 
3.531 
3.351 
3.169 
9.986 
9.609 
9.617 


0 

1 

2 
3 
4 

5 

6 

7 

8 

9 

0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

20 

21 

22 

23 


0 
I 
2 
3 
4 
5 
6 
7 
8 
9 
0 
1 
2 
3 
4 
5 
6 
7 
8 
9 
20 
21 
22 
23 
24 


FRIDAY  19. 


k 

5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
6 
6 
6 
6 
6 
6 


11 
14 
17 
19 
22 
25 
27 
30 

:« 

35 

38 

41 

43 

46 

49 

52 

54 

57 

0 

2 

5 

8 

11 

13 


53.82 
32J27 
11.05 
50.16 
29.57 

9.28 
49.29 
29.58 
10.13 
50.94 
32.01 
13.31 
54.83 
36.57 
18.52 

0.66 
42.99 
25.48 

8.13 
50.93 
33.86 
]6i^2 

0.09 
43J^ 


• 

9.6380 
t.6436 
8.6491 
8.6543 
8UI593 
8.6643 
8Jt699 
9UI737 
9.6780 
9U»93 
9.6864 
9.6909 
9.6938 
9.6974 
9.7007 
9.7039 
9.7068 
9.7095 
9.7191 
9.7144 
8.7166 
8.7186 
8.7909 
8.7918 


28 
28 

28 
28 

28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
N.28 


7  32.0 

10   a4 

12  23.6 
14  32.4 
16  29.8 

18  15.8 

19  50.3 

21  13.2 

22  24.4 

23  23.9 

24  11.6 

24  47.6 

25  11.7 
25  23.9 
25  24.1 
25  12.2 
24  48.3 
24  12.3 
23  24.1 
22  23.8 
21  11.3 
19  46.6 
18  9.6 
16  20.4 


SATURDAY  20. 


6  16 
6  19 
6  21 
6  24 
6  27 
6  30 
6  32 

6  a5 

6  38 
6  40 
6  43 
6  46 
6  49 
6  51 
6  54 

6  57 

7  0 
7  2 
7    5 


7 
7 
7 
7 
7 
7 


8 
10 
13 
16 
19 
21 


26.70 

9.7939 

10.13 

9.7943 

53.62 

9.7959 

37.16 

9.7960 

20.74 

9.7965 

VH 

8.7968 

47.96 

9.7970 

31.58 

9.7969 

15.19 

9.7967 

58.78 

9.7963 

42.34 

9.7956 

25.85 

9.7947 

9.31 

9,7937 

52.70 

9.7995 

36.01 

9.7911 

19.23 

9.7194 

2.34 

9.7176 

45.34 

9.7157 

28.22 

9.7135 

10.96 

9.7111 

.53..55 

9.7086 

35.99 

9.7059 

18.26 

8.7030 

0.35 

8.7000 

42.26 

8.6968 

N.28 
28 
28 
28 
28 
28 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
26 
26 
26 
26 
26 

N.26 


14  18.9 

12  5.1 

9  39.0 

7  0.5 
4  9.7 

1  6.6 
.57  51.2 
54  2:i5 
.50  43.4 
46  51.0 
42  4(J.:} 
38  29.3 
34  0.1 
29  18.6 
24  24i) 
19  19.1 
14  1.1 

8  31.0 

2  48.8 
.56  .54.6 
50  48.4 
44  30.2 
38  0.1 
31  18.2 
24  24.5 


8.617 
9.430 
9.949 
9..069 
1.809 
1.671 
1.478 
1.884 
1.089 
0.8B3 
0.697 
0.501 
0.309 
4-0.103 
-0.097 
0.998 
0.499 
0.701 
0.904 
1.107 
I.3I0 
1.514 
1.718 
1.999 


9.197 

9.339 

9.538 

8.744 

9.949 

3.154 

3.359 

3.565 

3.771 

3.976 

4.181 

4.385 

4.568 

4.793 

4.996 

5.198 

5.401 

5.603 

6.803 

6UKO 

6.903 

6.409 

6.600 

6.797 

tM3 


X. 


JULY,  1895. 


119 


• 

OBBBNWIOH  VEAS  TDO. 

THR  MOOITS  BIOHT  AS0EN8I0K  AKD  DECLINATION. 

- 

Die  fir 
IMfamtti 

-^ 

DIftlbr 
IMIaatA 

Ho«r. 

BlffbtAjMeufon. 

DtlLfer 

IMlAOtA. 

I>Mlt]iAll<m. 

Die  for 
1  Mlaoto. 

81 

JNDA^ 

r  21. 

TUESDAY  23. 

0 

7  974^98 

t 

Njsrf  94'  fU!n 

6J63 

0 

•  9  9?  13^75 

• 
9.4941 

N.17  30  2^.9 

14.960 

1 

7  94  9a97 

%jmH 

96  17  19.0 

7.166 

1 

9  97  39.00 

8.4176 

17  15  46.0 

14.660 

9 

7  97    5.47 

IflOU 

96  10    1.9 

7J6I 

9 

9  30    3.86 

8.4116 

17     1     9.6 

14.776 

3 

7  99  4a76 

IflOU 

96    933J2 

7J74 

3 

9  39  98.39 

8.404.S 

16  46  I9J^ 

14.661 

4 

7  39  97^9 

Man 

95  54  53.0 

.7.767 

4 

9  34  59.40 

8.3961 

16  31  16J& 

14.963 

5 

7  35    8.64 

Sj6783 

95  47    1.9 

7.956 

5 

9  37  ia09 

8.3817 

16  16  r4.9 

15.009 

6 

7  37  49.99 

9.9749 

95  38  58.0 

8.147 

6 

9  39  39.40 

8.3653 

16     1     6.9 

15.188 

7 

7  40  99 J»S 

9.97M 

95  30  43J( 

8J35 

7 

9  49    9;i9 

8.3760 

15  45  .53.1 

15.878 

8 

7  43    9.69 

9J660 

95  99  17.8 

6.589 

8 

9  44  94.86 

8.3786 

15  30  3:i6 

15.371 

9 

7  45  49.49 

9.«tl0 

95  13  40.9 

6.707 

9 

9  46  47.03 

8J663 

15  15    (^.6 

15.469 

10 

7  48  98iM 

9JSM 

95    4  53.0 

8J81 

10 

9  49    H.89 

8.3601 

14  59  38.9 

15.558 

II 

7  51     8.19 

9.9517 

94  55  54.0 

8UI74 

11 

9  51  :K).94 

8.3530 

14  44    9.4 

15.640 

19 

7  53  47.15 

8.6468 

94  46  44.1 

9.956 

19 

9  53  51.99 

8.3477 

14  98  91.4 

15.785 

13 

7  56  95.81 

9.6417 

94  37  93.4 

8.434 

13 

9  56  1  lil7 

8.3417 

14  19  a5.4 

153)7 

14 

7  59    4.16 

9UD68 

94  97  59.0 

8.618 

14 

9  58  39.99 

8.3357 

13  56  44.6 

15.667 

15 

8     1  49.90 

9.6IIS 

94  18    9J» 

8.796 

15 

10    0  59.95 

8.3997 

13  40  49.0 

15.866 

16 

8    4  19419 

9.6960 

94    8  17.9 

9J65 

16 

10    3  ll.a'i 

9.3837 

13  94  48.7 

16.049 

17 

8    6  57.39 

9.6996 

93  58  14.1 

16.138 

17 

10    5  31  10 

8.3178 

13    8  43i> 

16.116 

18 

8    9  34.38 

8JI49 

93  48    0.7 

16.306 

18 

10    7  49.9J> 

8.3190 

19  .59  34.8 

16.187 

19 

8  19  11.11 

8.6008 

93  37  37.0 

16.478 

19 

10  10    8.54 

1  3gff3 

19  m  91.4 

16.957 

90 

8  14  47.50 

8J0S6 

9:^  97    3.9 

16.647 

90 

10  19  96.75 

8.3907 

19  90    3.9 

16.395 

91 

8  17  93.54 

8.5077 

9:)  16  19.3 

10.614 

91 

10  14  44.6*2 

8.9951 

19    3  49.4 

16.386 

99 

8  19  59.9:i 

8.5918 

93    5  95.5 

10.878 

99 

10  17    9.16 

8.9606 

11  47  17.1 

16.458 

93 

8  99  34.56 
M< 

8.5696 

N.99  54  91.9 

• 

ir  29. 

1U48 

93 

10  19  19.37 

■1 

WEC 

8.8641 

N.l  1  30  4ao 
AT  24. 

16.515 

0 

8  95    9/^4 

8.5790 

N.99  43    8JS 

11.303 

0 

10  91  36.95 

8.9786 

IN.II  14  15.3 

16.574 

1 

8  97  44.15 

8.5786 

99  31  45.5 

11.469 

1 

10  93  59JI 

8.9733 

10  57  39.1 

16.631 

9 

8  30  I8;)9 

9.5676 

99  90  13.1 

11.618 

9 

10  96    9.a5 

8.9661 

10  40  59.6 

16.686 

3 

8  m  59.96 

9.5613 

99    8  31;) 

11.774 

3 

10  98  94J)8 

9.9698 

10  94  U\M 

10.730 

4 

8  35  95.75 

8.5560 

91  56  40.9 

1IJ87 

4 

10  30  40.60 

8.9578 

10    7  30i> 

16.788 

5 

8  37  58  J6 

8.5467 

91  44  40.0 

18.678 

5 

10  39  hUM 

8.9596 

9  50  49.1 

16.837 

6 

8  40  3I.H0 

8.5484 

91  39  30J 

19.997 

6 

10  35  10.94 

83478 

9  ;«  50.4 

16.664 

7 

8  4:^    3.95 

8.5X6 

91  90  1^7 

19.375 

7 

10  37  9.5.66 

8.8430 

9  16  56.0 

16.996 

8 

8  45  a5ill 

84W96 

91     7  45.8 

19.591 

8 

10  »)  40.10 

8.8369 

8  .59  59i) 

16.978 

9 

8  48    7.4! » 

9.5931 

90  55  10.9 

18.664 

9 

10  41  54.95 

8.8335 

8  49  59.4 

17.019 

10 

8  no  38.68 

8.5165 

90  49  96.1 

18.806 

10 

10  44    8.19 

9.9960 

8  95  57.5 

17.056 

II 

8  5:1    9.47 

8.5099 

90  99  33.6 

18.945 

II 

10  4(i  91.79 

9.9944 

8    8  53.4 

17.067 

19 

8  55  39.87 

8.5034 

90  16  3*2.7 

13.068 

19 

10  48  a5.05 

9.9190 

7  51  47.1 

17.188    1 

13 

8  58    9.88 

8.4966 

90    3  93.7 

13.917 

13 

10  no  48.11 

9.9155 

7  34  3H.8 

17.154 

14 

9    0  3SI.49 

9.4909 

19  50    67 

13.348 

14 

10  SS    0.91 

9.9119 

7  17  98.*i 

17.164 

15 

9    3    8.70 

8.4636 

19  36  410) 

13.460 

15 

10  .55  ia46 

8.8071 

7    0  i<;.7 

17.819 

Itf 

9    5  37.59 

8.4770 

19  9:)    9.1 

13.606 

16 

10  .57  95.76 

8.9030 

6  43    ai 

17.930 

17 

9    8    .5.94 

8.4703 

19    9  98.8 

13.735 

17 

10  .59  37.39 

9.1980 

6  95  48.0 

17.964 

18 

!»  10  :».96 

8.4637 

18  55  40.9 

13.600 

18 

11     1  49.6:) 

8.1949 

6    8  31.4 

17.987 

19 

9  13     IJS8 

8.4571 

18  41  45.6 

13.969 

19 

11     4     1.91 

8.1911 

5  51  i:<.5 

17  JM 

90 

9  15  98.81 

8.4500 

18  97  4ai 

14.10) 

90 

11     6  19.56 

9.1873 

5  ai  .54.4 

17J97 

91 

9  17  55.64 

8.4436 

18  13  33.4 

14.810 

91 

1 1     8  9:^.69 

9.1637 

5  16  34.9 

17.344 

99 

990  99.07 

8.4378 

17  59  16.7 

14.335 

99 

II   10  :)4.6I 

9.1801 

4  59  lai 

nJBO 

93 

9  99  48.11 

8.4307 

17  44  53.9 

14.448 

93 

11   19  4.5;)l 

8.1766 

4  41  51.1 

17J73 

94 

9  95  ia75 

8.4641 

N.17  30  99J> 

J4.560 

94 

11  14  55J0 

8.1738 

N.  4  94  98.3 

17J85 

120 


JULY,  1895. 


XI. 


t 

GBfiBNWIOH  MPiAK  TIME. 

* 

THE  MOON'S  BIUUT  ASCENSION  AND  DECLINATION. 

Hoar. 

Bight  A^oensioii. 

Diftfor 
llCinata. 

DeoliiuUloii. 

DIftfor 
1  ICtnnto. 

Hoar. 

Rl|rhtA.«o60Blon. 

Difl:ft>r 
llfinute. 

DIfffor 
llCiBttto. 

TEXl 

nasDA 

Y  25. 

• 

SATUBDAY  97. 

0 

11  14  55.80 

S.I739 

N.  1  2^  2^3 

J7.38B 

0 

b    HI     • 
12  57    ^93 

t 
9.11C7 

B.  9  11  1^.4 

16.019 

] 

11  17    6.09 

8.1099 

4    7    4.9 

17.396 

1 

12  59  lojm 

9.1176 

9  27  17.3 

154H8 

2 

11  19  16.19 

9.1667 

3  49  40.9 

17.493 

2 

13    1  18.04 

9.1185 

9  43  12.2 

15.888 

3 

II  21  26.10 

9.1636 

3  32  16.6 

17.406 

3 

13    3  25.18 

9.1196 

9  59    3.2 

15.817 

4 

11  2:)  35.82 

9.160S 

3  14  52.0 

17.413 

4 

13    5  32.39 

9.1907 

10  14  50.2 

15.748 

5 

11  25-45.36 

8.1576 

2  57  27.1 

17.4M 

5 

13    7  39.67 

9.1919 

10  30  3:).0 

15J678 

6 

11  27  54.73 

9.1M7 

2  40    2.1 

17.417 

6 

13    9  47.02 

9.1939 

10  46  11.6 

15^607 

7 

11  30    3.93 

8.1590 

2  22  37.1 

17.416 

7 

13  11  54.45 

9.1946 

11     1  45il 

15.536 

8 

11  32  12.97 

9.1493 

2    5  12.2 

17.413 

8 

13  14  .  1.97 

9.1961 

11  17  ]5i) 

15.4<n 

9 

11  34  21.85 

8.1467 

1  47  47.6 

17.406 

9 

13  16    9.58 

9.1976 

11  32  41.5 

15.389 

10 

1 1  36  30.58 

8.1443 

1  30  2;};) 

17.409 

10 

13  18  17.28 

9.1999 

11  48    2.6 

15.318 

11 

11  38  39.17 

9.1419 

1  12  59.4 

17.394 

11 

13  20  25.06 

9.1308 

12    3  19.1 

15.936 

12 

11  40  47.61 

9.1395 

0  55  36.0 

17.386 

12 

13  22  32.97 

9.1394 

12  18  30.9 

16.157 

13 

11  42  55.91 

8.1373 

0  38  13.2 

17.373 

13 

13  24  40.97 

9.1348 

12  3338.0 

15.078 

14 

11  45    4.09 

8.1353 

0  20  51.2 

17.360 

14 

13  26  49M 

9.1360 

12  48  40.3 

14.998 

15 

11  47  12.15 

8.1333 

N.  0    3  30.0 

17.346 

15 

13  28  57.29 

9.1378 

13    3  37.8 

14.917 

16 

1 1  49  20.09 

8.1314 

S.  0  13  50.3 

17.330 

16 

13  31     5.62 

9.1380 

13  18  30.3 

14.833 

17 

11  51  27.92 

9.1995 

0  31     9.6 

17.319 

17 

13  33  14.08 

9.1490 

13  33  17.8 

14.749 

18 

1 1  53  35.63 

9.18n 

0  48  27.8 

17.993 

18 

13  35  22.66 

9.1441 

13  48    0.2 

14.664 

19 

1 1  55  43.24 

8.1961 

1     5  44.8 

17.979 

19 

13  37  31.37 

9.1469 

14    2  37.5 

14.577 

20 

1 1  57  50.76 

9.1946 

1  23    0.5 

17JM9 

20 

13  39  40.20 

9.1484 

14  17    9.5 

14.480 

21 

n  59  58.19 

8.1931 

1  40  14.7 

17.994 

21 

13  41  49.17 

9.1507 

14  31  36.2 

14.401 

22 

12    2    5.53 

8.1918 

1  57  27.4 

17.199 

22 

13  43  58.28 

9.1530 

14  45  57.6 

14.311 

23 

12    4  12.80 
F] 

9.1905 

S.  2  14  38.6 
26. 

17.179 

23 

13  46    7.53 
SC 

9.1553 

• 

FNDAl 

S.15    0  13J5 
r  28. 

14.919 

0 

12    6  19.09 

9.1193 

S.  2  31  48.1 

17.143 

0 

13  48  16.92 

9.1577 

{S.15  14  23i) 

14.197 

1 

12    8  27.11 

9.1189 

2  48  55.8 

17.113 

1 

13  50  26.46 

9.1609 

15  28  28.8 

14.034 

2 

12  10  34.17 

9.II71 

3    6    1.6 

17.081 

2 

13  52  36.15 

9.1697 

15  42  28.0 

13.939 

3 

12  12  41.16 

9.1161 

3  2:)    5.5 

njHi 

3 

13  54  45i)9 

9.1653 

15  56  21.5 

134(43 

4 

12  14  48.10 

9.1153 

3  40    7.3 

17.019 

4 

13  56  55.99 

9.1680 

16  10    9.2 

13.747 

5 

12  16  55.00 

9.1146 

3  57    7  J) 

16.976 

5 

13  59    6.15 

9.1706 

16  2;)  51.1 

13.649 

6 

12  19     1.86 

9.1140 

4  14    4.4 

16.938 

6 

14     1  16.46 

9.1733 

16  37  27.1 

13.550 

7 

12  21     8.68 

9.1134 

4  30  59.5 

16.896 

7 

14    3  26.94 

9.1761 

16  50  57.1 

13.450 

8 

12  2:^  15.47 

9.1199 

4  47  52.2 

16.857 

8 

14    5  37.59 

9.1789 

17    4  21.1 

13.349 

9 

12  25  22.\>3 

8.1195 

5    4  42.4 

16.815 

9 

14    7  48.41 

9.1817 

17  17  39.0 

13.947 

10 

12  27  28.97 

8.1199 

5  21  30.0 

16.779 

10 

14    9  59.40 

9.1846 

17  m  50.7 

13.143 

11 

12  29  35.<)9 

9.1119 

5  38  15.0 

16.797 

11 

14  12  10.56 

9.1875 

17  Hi  56.2 

13.038 

12 

12  31  42.40 

9.III8 

5  54  57.2 

16.680 

12 

14  14  21.90 

9.1905 

17  56  55.3 

J9J33 

13 

12  a3  49.10 

9.1118 

6  11  36.6 

16.6J9 

13 

14  16  33.42 

9.1935 

18    9  48.1 

19.897 

14 

12  35  55.81 

9.1118 

6  28  13.0 

16.589 

14 

14  18  45.12 

9.1965 

18  22  34.5 

19.719 

15 

12  38    2.52 

9.1119 

6  44  46.4 

16.539 

15 

14  20  57.00 

9.1995 

18  35  14.4 

194S10 

16 

12  40    9.24 

9.1191 

7    1  ia8 

16.480 

16 

14  23    9.06 

9.9096 

18  47  47.7 

19.500 

17 

12  42  15.98 

8.1 194 

7  17  44.0 

16.496 

17 

14  25  21.31 

9.9057 

19    0  14.4 

19.390 

18 

12  44  22.73 

9.1197 

7  34    7.9 

16.37J 

18 

14  27  33.75 

9.9089 

19  12  34.5 

19.978 

19 

12  46  29.51 

9.II39 

7  50  28.5 

16.315 

19 

14  29  4^38 

9.9191 

19  24  47.8 

19.166 

20 

12  48  36.32 

9.1137 

8    6  45.7 

16.957 

20 

14  31  59.20 

9.9159 

19  36  54.3 

19Jfil 

21 

12  50  43.16 

9.1143 

8  22  59.3 

16.198 

21 

14  34  12.20 

9.9184 

19  48  53.9 

11.036 

22 

12  52  50.04 

9.1150 

8  39    9.3 

16.137 

22 

14  36  25.40 

9.^316 

20    0  46.(> 

11.891 

23 

12  54  56.96 

8.1158 

8  55  15.7 

16.076 

23 
24 

14  38  38.79 

9.9948 

20  12  32.4 

11.704 

24 

12  57    3.93 

8.1167 

S.  9  1 1   18.4 

16.013 

14  40  52.:% 

9.9981 

S.20  24  11.1 

11.580 

xn. 


JULT,  1895. 


121 


GRBBM  WIOH  MEAN  TIMB. 

• 

THE  HOOira  RIGHT  ASCENSION  AND  DECLINATION. 

^. 

Dlitfor 

"DtoMmttna 

DUKIbr 
iMlBiite. 

Omc  SICblAM«MiMI. 

DUE  fiw 
llClBat«. 

IHoUiuUkm. 

DUtfor 
IMIwite. 

• 

M( 

)NDA1 

r  29. 

WEDNESDAY  81. 

0 

14  40  52^ 

t 
unsi 

S.20  fU  lf.1 

11466 

0 

16  3r2S?75 

94997  8.2/    8     £3 

4499 

1 

14  43    6.17 

tJ9M 

20  85  42.7 

11.467 

1 

16  33  44JS6 

94649  r  27   13      1.8 

4415 

9 

14  45  20.15 

«.S347 

20  47    7Jl 

11447 

2 

16  36    a46 

94657 

27  17  46.1 

4463 

8 

14  47  34.33 

9J0t$ 

90  58  24.4 

11497 

8 

16  38  28.44 

94670 

27  22  21.3 

4410 

4 

14  49  48.71 

9JHl% 

21    9  34.4 

11.106 

4 

16  40  5050 

94689 

27  26  47.3 

4456 

5 

14  52    3J28 

9JHil$ 

21  20  37.1 

10469 

5 

16  43  12.63 

94664 

27  31    4.0 

4401 

6 

14  54  18.05 

s.9m 

21  31  32.3 

19456 

6 

16  45  34.83 

94719 

27  35  11.4 

4447 

7 

14  56  33.02 

9.9511 

21  42  20.1 

10.734 

7 

16  47  57.10 

94716 

27  39    9.6 

9493 

8 

14  58  4ai9 

•JM4 

21  53   0.4 

10400 

8 

16  50  19.42 

94794 

27  42  58JS 

9.739 

9 

15    1    3JS5 

9.9577 

22    3  33.2 

10.483 

9 

16  52  41.79 

94739 

27  46  38.^ 

9484 

10 

15    3  19.11 

9.9619 

22  13  58.4 

10466 

10 

16  55    4.21 

9.3740 

27  50    8.6 

9.499 

11 

15    5  34.87 

9.9644 

22  24  15i» 

10497 

11 

16  57  2a67 

94746 

27  53  2!>.6 

3.979 

13 

15    7  50.84 

9.96n 

22  34  25.6 

10406 

12 

16  59  49.16 

94791 

27  56  ilJSi 

3.117 

13 

15  10    7.00 

9.9799 

22  44  27.6 

9466 

13 

17    2  11.68 

94799 

27  59  43.7 

9481 

14 

15  12  23.35 

9J9749 

22  54  21.8 

9437 

14 

17    4  34.23 

94700 

28    2  36.8 

9407 

15 

15  14  39.90 

9.9n4 

23    4    8.1 

9.706 

15 

17    6  56.80 

9470 

28    5  20JS 

9451 

16 

15  16  56.64 

9J806 

23  13  46.5 

9474 

16 

17    9  19.38 

94763 

28    7  54.9 

9.490 

17 

15  19  i:|..'S7 

9.9639 

23  23  16JI 

9.441 

17 

17  11  41.96 

94763 

28  10  20.0 

9449 

18 

15  21  30.70 

9.9671 

23  32  39.4 

9407 

18 

17  14    4JS4 

94763 

28  12  aw 

9.184 

19 

15  23  ASM 

9.9969 

23  41  53.8 

9.179 

19 

17  16  27.11 

94789 

28  14  42.1 

9499 

20 

15  26    5Ji3 

9.906 

23  51    0.0 

9436 

20 

17  18  49.68 

94766 

28  16  39.1 

1479 

21 

15  28  23.22 

9J964 

23  59  58.1 

6460 

21 

17  21  12.23 

94786 

28  18  26.8 

1.717 

22 

15  30  41.10 

9.9996 

24    8  4aO 

8.769 

22 

17  23  34.75 

94751 

28  20    5.2 

1499 

23 

15  32  59.17 

9.3017 

BSDA 

8.24  17  29.6 
Y  80. 

8494 

23 

17  25  57.24 
THUBSD 

94749  a28  21  34J2I 
AY,  AUGUST  1. 

1.409 

TU 

0 

1 

15  35  17.42 
15  37  35.85 

9J057 
9^067 

8.24  26    2.9 
24  34  27.8 

8485 
8446 

01 

17  28  19.69  1 

94739  |a28  22  53il| 

1.951 

""" 

H^i^KBS3 

2 

15  39  54.46 

9.SI16 

24  42  44.4 

8407 

3 

15  42  l^M 

9.3145 

24  50  5^6 

8466 

4 

15  44  tXlM 

9.3173 

24  58  52.3 

7494 

5 

15  46  51.32 

9.3901 

25    6  43.4 

7.781 

PHASES 

OF  THB  MOON. 

> 

6 

15  49  10.61 

9yjM9 

25  14  26.0 

tf\4P      ^^^           ^^   /\ 

7439 

7 

15  51  30.07 

9.3957 

25  22    0.0 

7.494 

8 

15  53  49.69 

94968 

25  29  25.3 

7499 

4       b 

^ 

9 
10 

15  56    9.47 
15  58  29.40 

94369 

9J334 

25  36  4^0 
25  43  50.0 

7406 
7480 

< 

3  Full  Mood 

.    .  July      6    11    1 

18.8 

11 

16    0  49.48 

94390 

25  50  49.2 

6413 

< 

C  LostQitartei 

r.    .    .    .    14    15    31.0 

12 

16    3    9.72 

94385 

25  57  39.6 

6.767 

i 

1  New  Mood 

....    21     17    31^ 

13 
14 

16  5  3aio 

16    7  50.62 

94469 
94439 

26    4  2IJS2 
26  10  54.0 

6.479 

* 

>  First  Qiiarta 

>r.    .    .    .    28     8    : 

15.7 

15 
16 

16  10  11.28 
16  12  32.08 

94495 

94477 

26  17  17J) 
26  23  32i) 

6491 
6.175 

17 

16  14  53.00 

94199 

26  29  38.9 

64» 

4        li 

18 

16  17  UM 

9.3516 

26  35  35.9 

5479 

i 

t  Apogee  •    . 

.    .  July     10    19.1 

19 
20 

16  19  35.22 
16  21  56.51 

94539 
94557 

26  41  23i) 
26  47    2J) 

5.795 
5475 

i 

t  Perigee.    • 

.    •    «    «    23      OJS 

21 

16  24  17.91 

94579 

26  52  32.9 

5.494 

22 

16  26  39.42 

94501 

26  57  53.8 

5473 

» 

16  29    1.03 

94611 

27    3    5.6 

5.191 

91 

16  31  22.75 

94M7 

&27    8    8.3 

4.966 

*— 

122 


JULY,  1895. 


xm. 


OBEBKWIOH  MEAK  TIME. 

LUMAK  DI8TANCE& 

VMM  aaa  DbMtiMi 

Noon. 

P.L. 

•r 

111^ 

P.L. 
Die 

Vlfc. 

P.L. 

•r 

Difll 

• 

P.L. 
of 

IMt: 

1 

8oif 

W. 

114  2Si    7 

mn 

115  55^ 

986i 

117  2^  4? 

9860 

119    l4? 

9876 

M«R« 

W. 

81    3  49 

9714 

82  40  10 

9796 

84  16  17 

9736 

85  52  II 

t74» 

Vbivui 

w. 

A9  23  36 

9»l 

70  56  58 

9801 

72  30    7 

9671 

74    3    3 

9881 

Regiilim 

w. 

65  :»  35 

9610 

€7  10  34 

9690 

68  51  20 

9530 

70  31  52 

9690 

aAquite 

E. 

88  50  34 

aMs 

87  25  43 

39n 

86    1    5 

3990 

84  36  42 

tan 

2 

Mars 

W. 

93  48  24 

9JH 

95!^)    0 

9803 

96  57  24 

9613 

96  31  35 

969 

Vb5I78 

W. 

81  44  30 

9031 

8:)  16  10 

9041 

84  47  37 

9960 

86  18  53 

9960 

Regnlim 

W. 

78  51  J8 

9586 

80  30  33 

9606 

82    9  35 

9604 

83  48  25 

9619 

a  AqnilfB 

E. 

77  39  10 

9389 

76  16  41 

3400 

74  54  35 

3431 

73  32  54 

34Sft 

Fotnalhimt 

E. 

102  29  32 

9e8i 

100  56  29 

9871 

99  23  33 

9678 

97  50  46 

9804 

3 

Vewcs 

W. 

93  52    9 

9007 

95  22  13 

3017 

9652    5 

9996 

96  21  45 

9096 

Reipilufl 

W. 

91  59  28 

9656 

93  37    4 

i«67 

95  14  28 

9671 

96  51  40 

9686 

SfHca 

W. 

37  58  40 

9650 

39  36  15 

9668 

41  13  38 

96n 

42  50  49 

9686 

SATumif 

w. 

30  40  24 

9790 

32  15  ^7 

9751 

33  51  29 

9753 

35  26  59 

9796 

cit  Aquilfe 

E. 

ea  51  :i5 

3696 

65  32  55 

3690 

64  14  52 

3664 

62  57  27 

9709 

FomaUiaut 

E. 

90    9  J3 

9996 

»i  37  27 

9096 

87    5  52 

9945 

85  34  30 

9096 

aPegafli 

E. 

112    4  30 

9039 

1 10  32  52 

9936 

109    1  18 

9999 

107  29  48 

90« 

4 

VKIfUS 

W. 

105  47  15 

3069 

107  15  47 

3001 

108  44    8 

3160 

110  12  18 

9100 

Spica 

W. 

50  5;)  49 

9799 

52  29  50 

9738 

54    5  40 

9746 

55  41  19 

9756 

Hatorw 

W. 

43  2:)  1 1 

9780 

44  58    5 

9786 

46  32  52 

9799 

48    7  31 

9796 

a  Aqnile 

E. 

56  41   15 

3RI3 

55  28  2!l 

3990 

54  16  40 

4060 

53    5  50 

4115 

Fomalliaat 

E. 

78    0  59 

3011 

76  31    0 

3093 

75     1  16 

3036 

73  31  48 

9060 

aPegnai 

E. 

99  53  48 

9970 

98  22  58 

9977 

96  52  16 

9963 

95  21  42 

9991 

5 

Venus 

W. 

117  30  24 

3153 

1 !8  57  29 

3163 

120  24  23 

3171 

121  51     7 

9179 

Hpica 

W. 

63  36  45 

9797 

65  11  17 

9806 

66  45  38 

9814 

68  19  48 

9891 

Hatuwt 

w. 

55  58  33 

9833 

57  :«  18 

9640 

59    5  54 

9617 

60  39  21 

9895 

Fonmlhaat 

E. 

66    8  51 

3196 

64  41  13 

3143 

63  13  55 

3161 

61  46  59 

9179 

aPegasi 

E. 

87  51  20 

3039 

86  21  47 

3049 

84  52  26 

3061 

83  23  16 

9000 

6 

8  pica 

W. 

76    7  59 

9809 

77  41    6 

9871 

79  14    2 

9878 

80  46  49 

9667 

^ATOIUf 

W. 

68  24  11 

9809 

69  56  40 

9900 

71  28  59 

9907 

73    1     9 

9016 

Aiiinrea 

W. 

30  13  30 

9809 

31  46  37 

9870 

33  19  34 

9878 

34  52  21 

9667 

Fomalhaut 

E. 

54  38  16 

3988 

53  13  51 

3315 

51  49  57 

3349 

50  26  34 

9379 

oPeKnsi 

E. 

76    0  33 

3114 

74  32  41 

3196 

73    5    3 

9136 

71  37  39 

9151 

a  Arietis 

E. 

117  55  21 

9809 

116  22  52 

9609 

114  50  32 

9906 

113  18  21 

9914 

7 

Spica 

W. 

88  28  10 

9995 

8J>  59  57 

9939 

91  31  35 

9040 

93    3    3 

9947 

Satorr 

W. 

80  3i)  :\s 

9969 

82  10  48 

9950 

8;)  41  52 

9906 

85  12  47 

9974 

Aiitares 

W. 

42  33  44 

9994 

44    5  32 

9939 

45  37  10 

9930 

47    8  39 

9047 

Fomalhaut 

E. 

43  38  47 

3553 

42  19  21 

3606 

41     0  44 

3648 

39  43     1 

3709 

a  Pegosi 

E. 

64  24  39 

3990 

62  58  54 

3936 

61  33  27 

3959 

60    8  19 

3960 

a  Anetis 

E. 

105  39  45 

9990 

104    8  29 

9967 

102  37  22 

9964 

101     6  24 

9970 

8 

8  pica 

W. 

100  38  11 

9981 

102    8  47 

9967 

103  39  16 

9904 

105    9  36 

3000 

Saturn 

W. 

92  45    6 

3008 

94  15    9 

3015 

95  45    3 

3099 

97  14  49 

3098 

Aiitarea 

W. 

54  43  50 

9981 

56  14  27 

9987 

57  44  56 

9993 

59  15  17 

9990 

a  Pegaai 

E. 

53    7  55 

3366 

51  45    0 

3389 

50  22  31 

3413 

49    0  2!) 

3436 

a  Arietis 

E. 

93  3;)  40 

3004 

92    332 

3010 

90  33  32 

3017 

89    3  40 

9099 

XIV. 


JULY,  1895. 


123 


* 

• 

GBBBNWIOH  MEAN  TIMB. 

• 

LUNAR  DISTANCES. 

• 

•. 

1^ 

• 

P.L. 

P.L. 

P.L. 

P.L. 

Haa^wdDireettai 

Midnight. 

of 
DUt 

XVii. 

of 
DUt 

xvmk. 

of 
Diit 

XXlh. 

of 

IMC 

1 

Bvn 

W. 

120  34  34 

9080 

122    i    7 

9600 

12^3^  2^" 

9910 

125  1133 

9991 

MikM 

w. 

87  27  51 

t7S6 

89    3  18 

9764 

90  38  33 

9n4 

92  13  :<5 

9764 

Vcivct 

w. 

75  a^S  46 

9691 

77    8  16 

9901 

78  40  33 

9011 

80  12  38 

9991 

RegtiluB 

w. 

72  12  11 

9M8 

73  52  17 

9566 

75  :»  10 

9907 

77  11  50 

9576 

a  Aquila 

E. 

83  12  35 

9319 

81  48  45 

9334 

80  25  13 

9351 

79    2    1 

9379 

a 

Mars 

W. 

100    5  33 

9699 

101  39  19 

9849 

103  12  53 

9851 

104  44>  15 

9601 

Vsifus 

W. 

87  49  56 

9969 

89  20  47 

9979 

90  51  26 

9989 

92  21  53 

9907 

Regulns 

W. 

85  27    2 

9699 

87    527 

9631 

88  43  40 

9640 

90  21  40 

9649 

a  Aqiiibe 

E. 

72  II  40 

9469 

70  50  53 

3506 

69  30  36 

9634 

68  10  49 

3564 

Fomalbaat 

£. 

96  18    7 

9692 

94  45  38 

9900 

93  13  19 

9900 

91  41  11 

9916 

3 

Vbhos 

W. 

99  51  14 

9945 

101  20  31 

9054 

102  49  37 

3063 

104  18  :i2 

9073 

Bellas 
8pica 

W. 

98  28  40 

9994 

100    5  28 

9709 

101  42    5 

9711 

lO:)  18  :W 

ri9 

W. 

44  27  48 

9694 

46    4  m 

9793 

47  41  12 

9719 

4!»  17  36 

9790 

SATomif 

W. 

37    225 

9760 

38  37  46 

9764 

40  13    1 

9769 

41  48    9 

9n4 

a  Aqiiilm 

E. 

61  40  42 

9743 

60  24  40 

3766 

59    9  23 

3839 

57  54  54 

9681 

Fomiilhaut 

E. 

84    3  21 

9966 

82  32  25 

9976 

81     1  42 

9987 

79  31  13 

9999 

a  Pegasi 

E. 

105  58  23 

9947 

104  27    4 

9953 

102  55  52 

9956 

101  24  46 

9964 

4 

Vsncrs 

W. 

111  40  17 

9118 

113    8    5 

3197 

114  35  42 

9196 

116    3    8 

9144 

Spiea 

W. 

57  16  46 

9993 

58  52    3 

9779 

60  27    8 

9760 

62    2    2 

9798 

Saturu 

W. 

49  42    1 

98» 

51   16  22 

9611 

52  50  35 

9618 

54  24  39 

9890 

aAquilw 

E. 

51  56    3 

4166 

50  47  23 

4961 

49  3J  54 

4349 

48  :»  40 

4430 

Fomalhaat 

E. 

72    2  37 

9664 

70  33  43 

3078 

69    5    7 

9093 

67  36  49 

3110 

sPegaM 

E. 

93  51  18 

9996 

92  21    3 

3006 

90  50  58 

9015 

89  21     4 

9093 

5 

Vxifos 

W. 

123  17  41 

9196 

124  44    4 

3107 

126  10  17 

3906 

127  36  19 

3914 

Spica 

W. 

69  53  48 

9830 

71  27  37 

9836 

73    1  15 

9647 

74  M  42 

9655 

SATuaif 

W. 

62  12  38 

9699 

63  45  46 

9869 

65  18  44 

9677 

fki  51  32 

9664 

Fomalhaut 

E. 

60  20  25 

9190 

58  54  15 

3990 

57  28  29 

3949 

56    3    9 

1905 

aPegasi 

E. 

81  54  18 

9070 

80  25  32 

3061 

78  56  59 

3001 

77  28  39 

3193 

6 

Spica 

W. 

82  19  25 

9694 

8:)  51  51 

9909 

85  24    7 

9910 

86  56  13 

9917 

Sato EN 

W. 

74  33    9 

9999 

76    5    0 

9990 

77  :i6  41 

9937 

79    8  13 

9945 

Antareif 

W. 

36  24  57 

9694 

37  57  23 

9901 

:)9  29  40 

9909 

41     1  47 

9917 

Fomalhaiit 

E. 

49    3  45 

3408 

47  41  31 

3436 

46  19  55 

3471 

44  58  59 

3511 

a  P«psi 
aArtetb 

E. 

70  10  31 

3163 

68  43  38 

3178 

67  17    2 

3191 

&5  50  42 

3905 

E. 

111  46  20 

9090 

110  14  27 

9998 

108  42  44 

9935 

107  11   10 

9949 

7 

Spica 

W. 

94  34  22 

9954 

96    5  32 

9961 

97  36  34 

9966 

99    7  27 

9979 

Satuen 

W. 

86  43  32 

9961 

88  14    8 

99t« 

89  44  36 

9095 

91   14  .55 

9061 

Autarea 

W. 

48  39  58 

9954 

50  11     9 

9961 

51  42  II 

9967 

53  13    5 

9974 

Foinalbaut 

E. 

38  26  16 

3769 

37  10  34 

3«e 

35  56     1 

3001 

34  42  42 

9063 

aPegaai 

E. 

58  43  31 

9967 

57  19    4 

3365 

55  54  58 

3395 

54  31   15 

3345 

aArietia 

E. 

99  35  34 

9077 

98    4  53 

9964 

96  34  20 

9901 

95    3  56 

9997 

8 

Spica 

W. 

106  30  49 

3005 

108    9  55 

3019 

109  :»  53 

9016 

Ml     9  44 

.  V»i  ' 

SATraif 

W. 

98  44  27 

3034 

100  13  58 

3040 

101  43  21 

3046 

103  12  37 

9oa9 

Autarea 

W. 

60  45  31 

30C5 

6-2  15  37 

3011 

m  45  ,% 

3017 

65  15  28 

3009' 

aPe^i 
a  Anetia 

E. 

47  38  56 

3466 

46  17  54 

3496 

44  57  25 

3597 

43  37  31 

3500 

E. 

87  33  55 

3090 

86    4  18 

3034 

84  34  48 

3040 

83    5  25 

9045  - 

1 

124 


JULY,  1895. 


XV. 


OBBBNWIOH  MBAN  TIMB. 

• 

• 

• 

« 

LUNAR  DISTANCES. 

* 

Kame  and  Direetioo 
ofOttJeot. 

Noon, 

P.L. 

of 

DtA 

nih. 

P.L. 

of 

JMC 

Vlh 

P.L. 

of 

DUt 

1». 

P.l    ( 
of 
Die 

9 

SATL'RIf 

W. 

104  4f  45 

9057 

106  l6  4? 

9063 

107  3^  4§ 

9668 

109    8  31 

9073 

Antaren 

W. 

66  45  14 

90M 

68  14  54 

9099 

69  44  27 

9037 

71  13  54 

9041 

a  Arietis 

E. 

81  36    8 

9061 

80    6  58 

9056 

78  37  54 

9061 

77    8  57 

9065 

Aldebaran 

E. 

112  45  25 

9114 

111  17  32 

9116 

109  49  42 

9119 

108  21  56 

9193 

10 

Antares 

W. 

78  39  55 

9050 

80    8  55 

9069 

81  37  51 

9065 

83    6  44 

9067 

a  Arietis 

E. 

69  45  30 

9086 

66  17    3 

9080 

66  48  40 

9099 

&5  20  21 

9096 

AUIelmran 

E, 

101    3  59 

9196 

99  36  3:) 

9198 

98    9    9 

9140 

*  96  41  48 

9149 

11 

Antares 

W. 

90  30  36 

9073 

91  59  19 

9079 

93  28    2 

9079 

94  56  45 

9079 

aAqiiiln 

W, 

47  19    9 

4799 

48  19  44 

4665 

49  21  22 

4585 

50  24    0 

4510 

a  ArietiH 

E. 

57  59  32 

9105 

56  31  2!l 

9106 

55    3  27 

9108 

53  35  27 

3106 

Aldebaran 

E, 

89  25  28 

9147 

87  58  15 

9148 

86  31     3 

9148 

a5    8  51 

9147 

Suif 

E. 

130    1  17 

9450 

128  40    7 

9458 

127  18  56 

9457 

125  57  44 

3456 

12 

Antnres 

W. 

102  20  41 

9069 

103  49  36 

9060 

105  18  34 

90S7 

106  47  36 

3069 

a  Aqiiilm 
a  Arietis 

W. 

55  50  18 

4956 

56  57  51 

4914 

58    6    4 

4179 

59  14  56 

4135 

E. 

46  15  32 

9100 

44  47  33 

9108 

43  19  33 

9107 

41  51  32 

3167 

Aldebiiran 

E. 

77  47  38 

9149 

76  20  19 

9190 

74  52  57 

9198 

73  25  33 

3134 

Son 

E. 

119  11   13 

• 

9444 

1 17  49  46 

9490 

116  28  14 

9496 

115    6  38 

3431 

13 

a  Aqiiilre 

W. 

65    7  47 

9979 

66  19  54 

9044 

67  32  29 

9919 

68  45  30 

3809 

Fomnllitiut 

W, 

37  12    7 

9835 

38  26  :)3 

9778 

39  41  58 

9795 

40  58  19 

9675 

Aldebaran 

E. 

66    7  38 

9118 

64  :«)  50 

9114 

63  11  57 

9100 

61  43  58 

3166 

Son 

E. 

108  17    9 

9401 

106  54  54 

9904 

105  32  31 

9986 

104    9  59 

3979 

14 

a  Aqhiln 

W. 

74  56  51 

3778 

76  12  16 

3797 

77  28    3 

9798 

78  44  10 

3718 

Fomnlhnut 

W. 

47  32    8 

9476 

48  52  59 

9449 

50  14  28 

9411 

51  36  32 

3961 

Aldebaran 

E, 

54  22  37 

9079 

52  54    2 

9074 

51  25  21 

9060 

49  56  34 

3064 

Son 

E. 

97  14  49 

9991 

95  51  13 

9910 

94  27  24 

9308 

93    322 

3906 

15 

a  AqiiilfB 

W. 

85    9  41 

9631 

86  27  42 

9614 

87  46    1 

9500 

89    4  36 

3585 

Fomalbuut 

W. 

58  35    7 

9945 

60    0  23 

9990 

61  26    8 

9106 

62  52  22 

3179 

Aldebaran 

E. 

42  31    9 

9043 

41     1  50 

9041 

39  32  28 

9040 

38    3    5 

9040 

Son 

E. 

85  59  34 

9931 

84  34     1 

9916 

83    8  11 

9901 

81  42    3 

9186 

16 

Fomalliniit 

W. 

70  10  29 

9060 

71  39  28 

9038 

73    8  54 

9017 

74  38  46 

9006 

a  Pegasi 

W. 

48  26  32 

9181 

49  53    4 

9146 

51  20  18 

9111 

52  48  14 

9070 

• 

Son 

E. 

74  26  42 

9105 

72  58  38 

9087 

71  30  13 

9070 

70    1  27 

9059 

17 

Fomalhaiit 

W. 

82  14  34 

9604 

83  47    0 

9875 

85  19  51 

9856 

86  53    6 

98cn 

a  Pegasi 

W. 

60  17  29 

9031 

61  49    9 

9908 

63  21  24 

9876 

64  54  13 

9651 

Son 

E. 

62  32    2 

9060 

61     0  59 

9049 

59  29  33 

9999 

57  57  43 

9003 

18 

Fomalhaut 

W. 

94  45  22 

9748 

96  20  58 

9799 

97  56  55 

9716 

99  3:)  13 

9701 

oPegAAi 

W. 

72  46  25 

9730 

74  22  25 

9707 

75  58  55 

9686 

77  35  54 

9665 

o  Arietis 

W. 

29  28  44 

9566 

31     8  25 

9540 

32  48  42 

9515 

34  29  35 

9401 

Son 

E. 

50  12  25 

0608 

48  38    7 

9780 

47    3  25 

9771 

45  28  W 

9759 

19 

a  Pegasi 

W. 

85  47  44 

9566 

87  27  25 

9549 

89    7  30 

9539 

90  47  59 

9516 

a  Arietis 

W. 

43    2    8 

8380 

44  46  11 

9361 

46  30  42 

S349 

48  15  41 

9393 

Son 

E. 

37  26  45 

9664 

a5  49  17 

9648 

34  11  27 

9639 

32  33  15 

96n 

XVL 


JULY,  1895. 


125 


GBBElirWIOH  MBAN  TIME. 

LUNAB  DI6TAHCK8. 

ITMIttMd  DiMOtiOB 

•roiOMft. 

MUbilghu 

DfC 

XVk. 

P.L. 

•r 

XVillb. 

P.L. 

of 

DIff 

XXlh. 

P.L. 

of 

DUL 

9 

Satvah 

ADtATM 

aArietk 
Aldebarao 

W. 
W. 
E. 
E. 

no  37  14 
73  43  16 
75  40    5 

106  54  14 

1978 

3070 
9I» 

Ui    5  51' 
74  13  33 
74  11   19 

105  36  35 

3999 
3049 

3974 
8199 

Ill3^3§ 
75  41  44 
73  43  38 

103  59    0 

3087 
3953 
3078 
8131 

Hi?  iiS 

77  10  51 

71   14    3 

103  31  38 

3001 
30&6 

3089 
3133 

10 

Astarefl 

aArietis 

Atdebnran 

W. 
E. 
E. 

84  35  34 
63  53    6 
95  14  39 

3069 

seoe 

9148 

86    4  33 
63  33  54 
93  47  13 

8070 
3100 
8144 

87  33    8 
60  55  44 
93  19  56 

3079 
3109 
8146 

89  1  53 
59  37  37 

90  53  43 

3079 
3104 
3146 

11 

Antares 
a  Aqiiil0 
aArietui 
Aidebsnui 
Son 

W. 
W. 
E. 
E. 
E. 

96  35  39 
51  37  on 
53    7  37 
83  36  38 
134  36  31 

8971 
4469 
8199 
8147 
8454 

97  54  14 
53  33    3 
50  39  38 
83    i»  35 
133  15  16 

3069 

4409 

3109 
3146 
8499 

99  33    1 
53  37  33 
49  II  39 
80  43  II 
131  53  58 

3068 

4351 
3110 
3144 
3449 

100  51  50 
54  43  38 
47  43  31 
79  14  55 

130  33  37 

8066 
4303 
3109 
3143 
8446 

12 

Antares 
a  Amiilv 
ttAnetis 
Aldebsrau 
Son 

W. 
W. 
B. 
E. 
E. 

108  16  43 
60  34  34 
40  33  31 
71  58    5 

113  44  56 

8949 
4190 
3106 
3139 
8498 

109  45  55 
61  34  36 
:«  55  39 
70  30  34 

113  33    9 

• 
3944 

4965 

3105 

8199 

8491 

111  15  13 
<>3  45    3 
37  37  36 
69    3    0 

111     1   16 

3039 
4033 
3104 
3195 
3115 

1 

113  44  37 
63  56    9 
:\S  59  31 

67  :»3i 

109  39  16 

8038 
4009 

3109 
3199  1 
8496 

13 

iiAquil» 
Fofnalbaut 
Aldebanin 
8oif 

W. 
W. 

E. 
E. 

69  58  58 

43  15  3:) 

60  15  54 

103  47  18 

8997 
3930 
3190 
3970 

71   13  51 

43  33  a5 

58  47  44 

101  34  37 

3844 
3597 
3095 

3399 

73  37    8 

44  53  34 

57  19  38 

100     1  35 

3691 
3547 
3090 
3351 

73  41  48 
46  II  56 
55  51     6 
98  38  13 

3799 
3511 
3064 
3341 

14 

aAqtiil» 
Poinalbaut 
Aldsbarui 
Suit 

W. 
W, 
E. 
£. 

80    038 
53  59  10 
48  37  40 
91  39    6 

8799 
3351 
3969 
3984 

81   17  35 
54  33  33 

46  58  40 
90  14  36 

3981 
3394 
3996 

3971 

83  34  33 
55  46    6 
45  39a5 
88  49  51 

3964 

3997 
3990 
3950 

83  51  57 
57  10  31 
44    0  34 
87  34  51 

3647 
3970 
3047 
3944  ! 

15 

a  Aquilai 
FoHMlhaut 
AMefaanin 
Sow 

W. 
W. 
E. 
E. 

90  33  37 
64  19    4 
36  33  43 
80  15  37 

8570 
8149 
8949 
8171 

91  43  34 
65  46  14 
35    4  31 

78  48  53 

3557 
3199 
8946 
8154 

93     1  55 
67  13  53 
33  35    5 
77  31  49 

8545 
3104 
3059 
3136 

94  31  30 
68  41  57 
33    5  56 
75  54  36 

3539 
3098 

3060 
3191 

16 

FomallMiot 

afegasi 

Suit 

W. 
W. 
B. 

76    9    4 
54  16  49 
68  33  19 

9975 
8947 
3034 

77  39  48 
55  46    3 
67    3  49 

9954 
3917 
3916 

79  10  58 
57  15  55 
65  33  56 

993& 
9907 
9998 

80  43  33 
58  46  34 
64    3  41 

9914  \ 
9956 

9979 

17 

FomallNiut 
afagasi    • 
8oit 

W. 

w, 

E. 

88  36  46 
66  37  35 
56  35  38 

9818 
9995 
9994 

90    0  50 
68     1  30 
54  53  49 

9900 

9001 
9996 

91  as  18 
69  35  57 
53  19  46 

9789 
9777 
9640 

93  10    9 
71   10  55 
51  46  18 

9766 
9753 
9097 

18 

Foroalhaut 
aPMaai 
aArietis 
Son 

W. 
W. 
W. 
E. 

101     9  53 
79  13  31 
36  II     1 
48  53  48 

9U7 
9844 
9167 
9734 

103  46  50 
80  51  16 
37  53    0 
43  16  53 

9979 
9994 
9444 
9716 

104  34    7 
83  39  31> 

39  :»  ;« 

40  40  31 

9659 
9904 
9499 

9696 

106     1  43 
84    8  39 
41   18  ti5 
39    3  51 

9647  I 
9SA5  ' 
9401   1 
9681 

19 

aFeffMi 
•  Arteils 
Bon 

W. 

93  38  50 
50    1    7 
80  54  43 

eoo 

9304 

9609 

94  10    3 
51  47    0 
39  15  51 

9485 
9967 
9509 

95  51  37 
53  ;«  19 
37  36  41 

9471 
9970 
95T7 

97  :n  31 

55  30    3 
35  57  15 

94M 
9!2&3 

9567 

p 

126 


JULY,  1895. 


XVIL 


GBEENWIOH  MBAN  TDfB. 

- 

- 

LIJKAB  BISTANOES. 

U3 

VaMMdDtnedoB 

Noon. 

P.I.. 

•r 

ma. 

ITTh. 

P.I.. 

DHL 

VIk 

P.L. 
of 

Dift 

Epi. 

P.I.. 

of 

DiC 

8oif 

W. 

17  56  56 

vtan 

19  40  a5 

9386 

2f  2^  30 

9378 

23    8  37 

9379 

Spka 

E. 

64  21  32 

9030 

62  28  45 

9031 

60  a5  59 

9033 

58  43  16 

9035 

Satoen 

£. 

72  37  31 

9066 

70  45  40 

9068 

68  5:i  52 

9071 

67    2    8 

9074 

ADiares 

E. 

110  15  45 

9099 

108  22  56 

9030 

106  30    9 

9039 

104  37  25 

9034 

34 

Soit 

W. 

31  50  15 

9379 

33  34  30 

9376 

35  18  39 

9381 

37    2  41 

9387 

Spica 

E. 

49  21     0 

9050 

47  28  56 

9064 

45  37     1 

9071 

43  45  17 

9078 

BATuaif 

E. 

57  45    8 

9109 

55  54  12 

9111 

54    3  29 

9119 

52  12  59 

9199 

Antaras 

E. 

95  14  59 

905e 

93  22  52 

9069 

91  30  55 

9069 

89  39    8 

9077 

25 

Soit 

W. 

45  40  20 

9498 

47  23  15 

9438 

49    5  55 

9449 

50  48  20 

9460 

SATORlf 

E. 

43    4  3^2 

9188 

41   15  47 

9904 

39  27  25 

9U0 

37  ;i9  27 

9937 

Antares 

E. 

80  23  22 

9199 

78  32  56 

9139 

76  42  45 

9143 

74  52  51 

9153 

26 

Suit 

W. 

59  16  17 

9593 

60  56  58 

9536 

62  37  21 

9590 

64  17  25 

95S4 

Maes 

W. 

34  12    6 

9407 

35  55  31 

9490 

37  38  37 

9434 

39  21  2:^ 

9448 

An  tares 

E. 

65  47  41 

9914 

63  59  35 

9997 

62  11  48 

9941 

60  24  21 

9955 

27 

Son 

W. 

72  32  47 

9638 

74  10  51 

9659 

75  48  35 

77  25  58 

9684 

Mars 

W. 

47  50    9 

9599 

49  30  52 

9536 

51   11  15 

9551 

52  51   17 

9568 

Vbhus 

W. 

28  10  32 

9581 

29  49  53 

9586 

31  28  53 

9611 

33    7  33 

9696 

Antares 

E. 

51  3^2  12 

9394 

49  46  48 

9338 

48     1  44 

9353 

46  17    2 

9367 

a  Aquil» 

E. 

103  16    4 

3199 

101  48  21 

3197 

100  20  44 

3139 

98  53  13 

3139 

28 

Son 

W. 

85  27  44 

9760 

87    3    4 

9779 

88  38    4 

9791 

90  12  44 

9805 

Mam 

W. 

61     6  17 

9649 

62  44  15 

9657 

64  21  53 

9679 

65  59  10 

9687 

VElfOli 

W. 

41   15  54 

9699 

42  52  35 

9713 

44  28  57 

9799 

46    4  59 

9743 

Antares 

E. 

37  38  41 

9440 

35  56    3 

9454 

34  13  45 

9468 

32  31  47 

9489 

a  Aquil« 

£• 

91  38  17 

3193 

90  11  59 

3907 

88  45  58 

3999 

87  20  15 

3939 

29 

Suit 

W, 

98    1   11 

9880 

99  33  55 

9895 

101    6  20 

9909 

102  38  27 

9993 

Mars 

W. 

74    0  43 

9760 

75  36    4 

9774 

77  11    6 

9788 

78  45  50 

9801 

Venos 

W. 

54    0  26 

9814 

55  34  36 

9897 

57    8  29 

9841 

58  42    4 

9865 

a  Aquilae 

E. 

80  16  53 

3336 

78  53  23 

3358 

77  30  18 

3381 

76    7  40 

3406 

Fomalhaut 

E. 

105  15  43 

9849 

103  42    9 

9851 

102    8  47 

9861 

100  35  38 

9870 

30 

Suit 

W. 

110  14  40 

9991 

111  45    4 

3005 

113  15  11 

3018 

114  45    2 

3030 

Mars 

W. 

86a5    6 

9868 

88    8    6 

9880 

89  40  50 

9893 

91  13  18 

9905 

Vekos 

W. 

66  25  45 

9918 

67  57  41 

9931 

69  29  21 

9919 

71     0  46 

9954 

Spica 

W. 

35     1   13 

9657 

36  38  50 

9669 

38  16  12 

9681 

39  5:)  18 

9699 

a  Aqiiilot 

E. 

69  21  58 

3549 

68    2  28 

3589 

66  43  34 

3616 

65  25  17 

3653 

Fouifilhaut 

E. 

92  53  13 

9996 

91  21  27 

9937 

89  49  55 

9950 

88  18  39 

9968 

aPegaai 

E. 

114  54  56 

9936 

113  2:)  23 

9941 

111  51  56 

9946 

110  20  36 

9953 

31 

Suit 

W. 

122  10  27 

3091 

123  38  48 

3109 

125    6  55 

3114 

126  34  48 

3196 

Maes 

W. 

98  51  48 

9964 

100  22  46 

9074 

101  53  31 

9985 

10.3  24    2 

9996 

Vends 

w. 

78  34  14 

3010 

80    4  14 

3090 

81  34    2 

3030 

83    3  37 

3040 

8  pica 

w. 

47  55    3 

9747 

49  30  41 

9737 

51     6    5 

9767 

52  41  16 

9778 

Saturn 

w. 

39  50  48 

9891 

41  24  48 

9R88 

42  58  39 

9R35 

44  32  21 

9843 

a  Aquiln 

E. 

59    4  20 

3867 

57  50  27 

3919 

56  37  26 

3979 

55  25  19 

4030 

Fomalhaut 

E. 

80  46  11 

3096 

79  16  30 

3039 

77  47    5 

3059 

76  17  57 

3067 

aPegasi 

E. 

102  46    1 

9988 

101  15  33 

9996 

99  45  15 

3004 

98  15    7 

3019 

xvm. 


JULY,  1895. 


127 


OBBBNWIOH  MEAN  UMB. 

LUNAB  DlfiTAKGEfi. 

• 

H 

^kV                                   M     V^tf 

P.I.. 

F.L. 

• 

P.I.. 

P.L. 

Vaaeud  DirvetMa 

Wdnigfat. 

XVk. 

DftA 

XVIIlb. 

of 
DUt. 

XXP»- 

of 
Diir. 

93 

Suit 

W. 

3l53»S 

t38B 

96  37  iS 

9967 

o        •        $t 

38  31  34 

9967 

3d    5^56 

9309 

Spica 

E. 

56  50  37 

9039 

54  58    3 

9049 

53    5  a5 

9046 

51  13  13 

C058 

Satuaii 

E. 

65  10  39 

9078 

63  18  56 

9083 

61  37  31 

9089 

59  36  15 

9095 

Aotares 

£. 

103  44  44 

9087 

100  53    8 

9041 

98  59  38 

9046 

97    7  15 

90G6 

94 

Son 

W. 

38  46  34 

9394 

40  30  18 

9401 

43  13  51 

9410 

43  57  13 

9419 

Spica 

E. 

41  53  44 

9066 

40    3  34 

9095 

38  11   17 

9104 

36  30  34 

9115 

Satuen 

E. 

50  33  44 

9139 

48  33  45 

9150 

46  43    3 

9169 

44  S:i  37 

9175 

AntarM 

E. 

87  47  33 

9065 

85  56  10 

9093 

84    5    0 

9109 

83  14    4 

9111 

35 

Soif 

W. 

53  30  30 

9179 

54  19  33 

9484 

55  53  59 

9497 

57  35  17 

9510 

Satorn 

E. 

35  51  54 

9955 

34    4  48 

9975 

33  18  13 

9996 

3033    7 

9919 

Antarea 

E. 

73    3  13 

9165 

71  13  53 

9176 

69  34  50 

9189 

67  36    6 

9909 

96 

8U5 

W, 

65  57    9 

9579 

67  36  33 

9593 

m  15  38 

9607 

70  54  33 

9693 

MAas 

W. 

41    3  49 

9469 

43  45  55 

9477 

44  37  40 

9499 

46    9    5 

9507 

ADtarea 

E. 

58  37  15 

9968 

56  50  39 

9989 

55    4    3 

9996 

5:1  17  57 

9310 

37 

Soif 

W. 

79    3    0 

9698 

80  39  43 

9714 

83  16    3 

9799 

83  53    4 

9745 

Maei 

W. 

54  30  59 

9M8 

56  10  19 

9596 

57  4!)  19 

9619 

59  37  58 

9996 

Vaifua 

W. 

34  45  53 

9640 

36  33  5:^ 

9655 

38    1  3:) 

9670 

39  :)8  5:) 

9684 

Antarea 

E. 

44  33  40 

9389 

43  48  39 

9396 

41    4  59 

9411 

39  31  40 

9495 

aAquiliB 

E. 

97  35  51 

9148 

95  58  39 

3157 

94  31  38 

3168 

93    4  50 

9189 

98 

Son 

W. 

91  47    5 

9891 

93  31    6 

9836 

94  54  47 

9851 

96  38    9 

9866 

Maei 

W. 

67  36    8 

9791 

69  13  46 

9716 

70  49    4 

9731 

79  35    3 

9745 

Vaaut 

W. 

47  40  43 

9757 

«»  16    6 

9779 

50  51  11 

9785 

53  35  58 

9800 

Antnrea 

E. 

30  50    9 

9497 

39    8  51 

9511 

37  37  5.} 

9595 

35  47  14 

9538 

aAquils 

£. 

85  54  53 

3956 

84  39  49 

3974 

83    5    7 

»94 

81  40  48 

3314 

99 

Son 

W. 

104  10  17 

9937 

ia5  41  49 

9951 

107  13    3 

9965 

108  44    0 

9978 

Maes 

W. 

80  30  16 

9815 

81  54  34 

9898 

83  38  15 

9849 

a5    1  49 

9865 

Venqs 

W. 

60  15  31 

9667 

61  48  33 

9680 

63  31     6 

9893 

64  53  34 

9906 

a  Aqiiilie 

E. 

74  45  30 

3439 

73  33  50 

3459 

73    3  40 

3488 

70  43    3 

3518 

Fomaihaiit 

B. 

99    3  41 

9881 

97  39  58 

9099 

95  57  39 

9903 

94  35  14 

9914 

30 

Sua 

W. 

116  14  37 

3943 

117  43  57 

3055 

119  13    3 

3067 

130  41  53 

3079 

MAaa 

W, 

93  45  30 

9917 

94  17  37 

9999 

95  49    9 

9941 

97  30  36 

9053 

■ 

Vsaut 

W. 

73  31  56 

9965 

74    3  53 

9977 

75  33  3:) 

9989 

77    4    0 

9999 

Spica 

W. 

41  30    9 

9704 

43    6  44 

9714 

44  43    5 

9795 

46  19  11 

9736 

a  Aqiiiln 

E. 

64    7  40 

3609 

63  50  44 

9731 

61  34  :K) 

3774 

60  19     1 

39« 

Fotnalhaut 

E. 

86  47  38 

9974 

S5  16  53 

9986 

8:)  46  3:1 

yooo 

83  16    9 

3019  , 

afagaai 

E. 

108  49  34 

9959 

107  18  30 

9966 

105  47  35 

9979 

104  16  :» 

9061    , 

31 

Soil 

W. 

138    3  37 

3136 

I3J)  3!)  53 

9147 

130  57    6 

3157 

133  34    7 

9168 

Maes 

W. 

104  54  30 

3006 

\m  34  35 

9017 

107  54  17 

3096 

ia>  3:j  57 

3037 

Vsifoa 

W. 

84  3:1    0 

3051 

8<>    3  10 

906O 

87  31     9 

3000 

Hrt  511  5(1 

3079   _ 

Spica 

W. 

54  16  V\ 

97W7 

55  50  58 

9797 

57  35  30 

9806 

58  59  50 

»H|5    \ 

Satoeh 

W, 

46    5  53 

9850 

47  :«  16 

9857 

49  13  m 

9865 

50  45  :M 

8K79   \ 

fii  Aqiiilia 

E. 

54  14    9 

4001 

5:)    3  59 

4157 

51  54  53 

4998 

50  46  5*-i 

4303 

Fotnalhaot 

E. 

74  49    7 

3081 

73  30  34 

3096 

71  53  19 

9110 

70  34  3-2 

3195 

apegaai 

E. 

96  45    9 

3090 

95  15  31 

9099 

93  45  44 

3097 

93  16  17 

9046 

128 


AUOUST,  1895u 


m 


▲T  OXEEHWICH  APPABEHT  HOOH. 


I 

I 


Tbor. 
Frid, 

tiVV. 
Mofi# 

Wwl. 
TImn 
FrtiU 

Mon. 

Tiien. 
W<hI. 
Tliur. 

Frill. 
Hat. 

Mon. 
Tiwii. 
Wed. 

Thiir. 

Krid. 

Hat 

Mon. 

WtMl. 

Tlinr. 
Krid. 


I 

I 


1 

3 
8 

4 
ft 
6 

7 
ft 
9 

10 
11 
Vi 

la 

14 

1ft 

16 
17 
18 

19 
30 
91 

39 
93 
94 

9ft 
96 
97 

9N 
99 
SO 
SI 


THE  SUW 


KsktA 


ivr.v.|»9 


6  45  31.25 
ft  49  23.94 
0  53  16,01 

«  67  7,47 
9  0  58.32 
9    4  48.56 

9  8  38,22 
9  12  27.30 
9  16  15,80 

9  20  3.73 
9  23  51.10 
9  27  37  93 

9  31  21.21 
9  35  9.96 
9  88  55.18 

9  42  39.89 
9  46  24.09 
9  50    7.79 

9  53  50.99 

9  57  83.72 

10     1  15.96 

10  4  57.74 
10  8  89.06 
10  12  19.93 

10  16  0.37 
10  19  40.38 
10  23  19.98 

10  26  59.19 

10  80  88.01 

10  84  16.48 

10  87  54.59 

10  41  82.88 


IMC  for 


0.706 
9,689 
0.667 

0.631 
0.606 
9.661 

9,567 
9.633 
9.609 

9.486 
9.462 
9.439 

0.417 

9.374 

0.36tf 
9.331 
9.310 

0.990 
9.»i70 
0.*i50 

9.931 
9.919 
9.194 

9.176 
9.160 
9.14)2 

9.I9C 
9.110 
9.096 
9.061 

9.06H 


N.l^  1  59.0 
17  46  43.9 
17  81  11.5 

17  15  22.2 
16  59  16.0 
16  42  53.4 

16  26  14.7 
16  9  20.0 
15  52    9.7 

15  34  44.0 
15  17  3.3 
14  59    7.8 

14  40  57.9 
14  22  33.8 
14    3  55.8 

13  45  4.3 
13  25  59.6 
13    6  42.0 

12  47  11.8 
12  27  29.5 
12    7  35.3 

1 1  47  29.6 
11  27  12.6 
11     6  44.9 

10  46  6.7 
10  25  18.3 
10    4  20.1 

9  43  12.5 
9  21  55.7 
9  0  80.1 
6  88  55.9 

N.  8  17  13.6 


DML 
1 


-37.76 
38.49 
39.90 

-39.91 
40.60 
41.96 

-41.96 
49.61 
43.95 

-43.88 
44.50 
46.11 

-45.71 
46.99 
46.86 

-47.49 
47.96 
48.49 

-49.01 
49.51 
50.00 

-50.47 
50.93 
51.37 

-51.80 
59.99 
59.69 

-53.01 
63.39 
53.76 
54.10 

-54.43 


5  48.05 
5  48.18 
5  48.32 

5  48.45 
5  48.59 
5  48.73 

5  48.88 
5  49.03 
5  49.18 

5  49.33 
5  49.49 
5  49.65 

5  49.81 
5  49.97 
5  50.14 

5  50.32 
5  50.50 
5  50.68 

5  50.87 
5  51.06 
5  51.26 

5  51.46 
5  51.66 
5  51.87 

5  52.08 
5  52.30 
5  52.52 

5  52.75 
5  58.97 
5  58.20 
5  53.48 


15  53,66    64.48 


66.65 
66.57 
66.48 

66.39 
66.30 
66.21 

66.18 
66.05 
65.97 

65.88 
65.80 
65.72 

65.64 
65.56 
65.48 

65.40 
65.33 
65.25 

65.18 
65.11 
65.04 

64.97 
64.91 
64.85 

64.79 
64.73 
64.68 

64.62 
64.57 
64.52 
64.47 


TJ 


6  7.87 
6  4.01 
5  59.54 

5  54.45 
5  48.76 
5  42.47 

5  35.59 
5  28.13 
5  20.09 

5  11.49 
5  2.34 
4  52.63 

4  42.39 
4  31.61 
4  20.31 

4  849 
3  56.17 
3  43.35 

3  30.04 
3  16.24 
3     1.97 

2  47.28 
2  32.04 
2  16.40 

2  0.32 
1  43.83 
1  26.92 

1  9.62 
0  51.94 
0  33.90 
0  15.51 


0    &21 


IHmt. 


0.148 
0.174 
0.199 

0.995 
0.950 
0.975 

0.999 
0.393 
0.347 

0.370 
0.393 
0.416 

0.438 
0.460 
0.489 

0.503 
0.594 
0.545 

0.565 
0.585 
0.604 

0.693 
0.649 
0.661 

0.679 
0.696 
0.713 

0.729 
0.744 
0.759 
0.773 

0.786 


T^  tUm  ->  K»6i«l  M  U*  kMriy  okMf*  •T  4««liMtiM 


fmaik  \s  MMnetlax  tM6  Ami  tte 


n. 


AUGUST,  1896. 


129 


AT  GREEN WIGU  MEAN  NOON. 

i 

1 

1 

THE  SUITS 

Ttai*. 

to  be 

SaMrMted 

froin 

Dili:  for 
1  Hour. 

SMerMl 

Time, 

or 

Bif^iAMeoeloa 

of 

MenaHoa. 

BlffhtAMCMlOB. 

Dm,  tot 

IHoor. 

ApptTM* 

Oifllfbr 
IHovr. 

Added  to 
MeesTime. 

Thar. 

Frid. 

Sat 

1 

2 
8 

b     m       • 

8  45  80.26 
8  49  22.96 
8  58  15.04 

• 
9.709 

9.68:1 

9.657 

N.18^    2     2^8 

17  46  47.7 
17  31  15.4 

"ZtM 
38.49 
39.20 

m       • 

6    7.88 
6    4.03 
5  59.56 

e 
0.148 
0.174 
0.199 

h      m       n 

8  39  22.37 
8  43  18.93 
8  47  15.49 

SUN. 

Mod. 

Toes. 

4 
5 
6 

8  57    6.52 

9  0  57.39 
9    4  47.65 

9.G39 
9.607 
9.58^ 

17  15  26.0 
16  59  19.9 
16  42  57.8 

-39.90 
40.60 
41.28 

5  54.47 
5  48.79 
5  42.50 

0.224 
0.250 
0.275 

8  51  1204 
8  55    8.60 
8  59    5.16 

Wed. 
Thar. 
Frid. 

7 
8 
9 

9    8  37.38 
9  12  26.43 
9  16  14.95 

9.558 
9.534 
9.510 

16  26  18.5 
16    9  28.8 
15  52  13.5 

-41.95 
42.61 
43.25 

5  35.62 
5  28.16 
5  20.12 

0.299 
0..323 
0.347 

9    3     1.71 
9    6  58.27 
9  10  54.83 

Sat 

SUN. 

Moo. 

10 
11 
12 

9  20    2.90 
9  23  50.81 
9  27  37.16 

9.487 
9.464 
9.441 

15  84  47.8 
15  17    7.0 
14  59  11.4 

-43.89 
44.51 
45.12 

5  11.52 
5    2.37 
4  52.67 

0.370 
0.393 
0.416 

9  14  51.38 
9  18  47.94 
9  22  44.49 

Taes. 
Wed. 
Thor. 

18 
14 
15 

9  81  28.47 
9  35    9.25 
9  88  54.50 

9.419 
9.397 
9.375 

14  41     1.4 
14  22  37J2 
14    8  59.2 

-45.71 
46.30 
46.87 

4  42.42 
4  81.64 
4  20.34 

0.4.38 
0.460 
0.482 

9  26  41.05 
9  30  37.60 
9  34  34.16 

Frid. 

Sat. 

SUN. 

16 
17 
18 

9  42  39.24 
9  46  23.48 
9  50    7.21 

9.354 
9.333 
9.312 

18  45    7.5 
18  26    2.7 
18    6  45.0 

-47.43 
47.97 
48.50 

4    8.53 
3  56.21 
3  48.38 

0.503 
0.524 
0.545 

9  38  80.72 
9  42  27.27 
9  46  28.83 

Mod. 
Tnes. 
Wed. 

19 
20 
21 

9  53  50.45 

9  57  33.21 

10     1   15.49 

9.299 
9.272 
9.252 

12  47  14.6 
12  27  32.1 
12    7  37.7 

-411.02 
4i).52 
50.01 

3  30.07 
8  16.27 
8    2.00 

0.565 
0.585 
0.604 

9  50  20.38 
9  54  16.94 
9  58  13.49 

Thar. 

Frid. 

Sat 

22 
28 
24 

10    4  57.81 
10    8  38.67 
10  12  19.58 

9.233 
9.214 
9.196 

11  47  31.8 
11  27  14.7 
11     6  46.7 

-50.48 
50.94 
51.38 

2  47.26 
2  32.07 
2  16.42 

0.62:1 
0.642 
0.661 

10    2  10.05 
10    6    6.60 
10  10    8.16 

BUN. 

Moo. 

Taes. 

25 
26 
27 

10  16    0.06 
10  19  40.11 
10  28  19.76 

9.178 
9.160 
9.144 

10  46    8.3 
10  25  19.7 
10    4  21.3 

-61.81 
52.23 
52.63 

2    0.35 
1  43.84 
1  26.94 

0.679 
0.696 
0.713 

10  13  59.71 
10  17  56.27 
10  21  52.82 

Wed. 
Thar. 
Frid. 
Sat 

28 
29 
80 
81 

10  26  59.01 
10  30  87.88 
10  34  16.39 
10  37  54.55 

10  41  3238 

9.128 
9.112 
9.097 
9.063 

9.070 

9  43  13.4 
9  21  56.4 
9    0  30.5 
8  88  56.1 

-63.02 
53.40 
53.76 
54.11 

1     9.63 
0  51.95 
0  33  90 
0  1551 

0.729 
0.744 
0.759 
0.773 

0.786 

10  25  49.38 
10  29  45.93 
10  33  42.49 
10  37  39.04 

10  41  85.59 

Dlir.  fbr  1  Hour. 
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15  14  Mie 

15  10  14J6 
15    6  19.07 

15   sn.16 

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14  54  31.34 
14  5* 
14  46 


14  43  43.61 
14  38  47.70 
14  34  51.79 


14  30 

14  96  59.97 

14  23    4.06 

14  19    ai5 

14  15  19.24 
14  11  16.33 

14  7  20.43 
14  3  24.51 
13  50  2a60 

13  55  32.69 
13  51  36.78 
13  47  40.87 

13  43  44.97 
13  39  49.06 
13  85  53.15 

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13  28  1.33 
13  24  5.42 
13  20    9.51 

13  16  18.61 


Die  Ht  1  Ho«r, 

"—  9'.bB96. 

(T«MeIL) 


IV. 


AUGUST,  1896. 


131 


GBBENWIOH  MBAK  TIMB. 

. 

• 

THK  Mooxrd 

1 

• 

BIMIDIAlCmB. 

HORIZONTAL  PAXALLAX. 

UPPEB  TRANSIT. 

AGS. 

Hpo«. 

MidBlgbi. 

AOOB. 

IMC  for 
IHonr. 

MMiiIffht. 

DIff.  Ibr 
IHoar. 

MeridlMi  of 
Qroonwieb. 

JML  for 
lUoor. 

NOOB. 

1 

2 
3 

15  12  J 
15    4.3 
14  57.8 

15    8'!0 
15    0.9 
14  55.0 

55  40^8 
55  12.0 
54  48.1 

i.io 

0.90 

55  25!8 
54  59.5 
54  37.9 

-1.90 
1.00 
0.80 

h      in 

9    9.1 
10    3.1 
10  54  6 

m 

9.98 
9.91 
9.08 

4 

10.3 
11.3 
12.3 

4< 

5 

6 

14  52.5 
14  48.5 
14  45.9 

14  50.4 
14  47.0 
14  45.1 

54  28.8 
54  14.2 
54     4.4 

-0.70 
0.59 
0.30 

54  21.0 
54    8.6 
54     1.5 

-0.61 

0.41 

-0.18 

11  42.9 

12  27.9 

13  9.9 

1.94 

1.81 
1.70 

13.3 
14.3 
15.3 

7 
8 
9 

14  44.7 
14  45.1 
14  47.3 

14  44.6 
14  45.9 
14  49i2 

54    0.0 
54     1.5 
54    9.7 

-0.07 

-IO.90 

0.60 

53  59.9 

54  4.6 
54  16.6 

40.06 
0.36 
0.66 

13  50.0 

14  28.9 

15  7.8 

1.64 
1.69 
1.64 

16.3 
17.3 
18.3 

10 
11 
12 

14  51.6 

14  58.2 

15  7.1 

14  54.6 

15  2.4 
15  12.5 

54  25.5 

54  49.7 

55  22.5 

•fO.83 
1.19 
1.56 

54  36.5 

55  5.0 
55  42.2 

-M.OI 
1.37 
1.73 

15  47.8 

16  30.1 

17  15.9 

1.70 
1.83 

9.00 

19.3 
20.3 
21.3 

13 
14 
15 

15  18.4 
15  31.7 
15  46.6 

15  24.8 
15  39.0 
15  54.4 

56    3.9 

56  52.9 

57  47.6 

-M.09 
9.18 
9.35 

56  27.5 

57  19.7 

58  16.0 

-1^9.04 

9.98 
9.37 

18  6.2 

19  1.6 

20  1.4 

9.90 
9.41 
9.67 

22.3 
23.3 
24.3 

16 
17 

18 

16    2.1 
16  17.2 
16  30.1 

16    9.8 
16  24.0 
16  35.4 

58  44.5 

59  39.7 

60  27.3 

+2.37 
9.17 
1.74 

59  12.8 

60  4.8 
60  46.6 

+9.30 
1.98 
1.44 

21  3.9 

22  6.5 

23  6.6 

9.69 
9.57 
9.44 

25.3 
26.3 
27.3 

19 
20 
21 

16  39.5 
16  44.2 
16  43.5 

16  42.5 
16  44.5 
16  41.1 

61     1.9 
61   19.0 
61  16.4 

•M.10 
-IO.30 
-0.59 

61  12.9 
61  20.2 
61    7.8 

40.71 

-0.1 1 

0.90 

6 
0    3.4 

0  56.8 

9.99 
9.17 

28.3 

29.8 

1.0 

22 
23 
24 

16  37.6 
16  27.3 
16  14J2 

16  32.9 
16  21.1 
16    7.0 

60  54,7 
60  17.1 
59  28.8 

-i.96 
1.89 
9.16 

60  37.6 
59  54.0 
59    2.3 

-1.57 
9.01 
9.94 

1  48.0 

2  38.2 

3  28.7 

9.10 
9.09 
9.13 

2.0 
8.0 
4.0 

25 
26 
27 

15  59.5 
15  44.8 
15  30.9 

15  52.1 
15  37.7 
15  24.4 

58  35.0 
57  40.8 
56  49.7 

-9.98 
9.91 
9.09 

58    7.7 
57  14.6 
56  26.1 

-9.96 
9.13 
1.90 

4  20.5 

5  14.0 

6  9.0 

9.19 
9.96 
9.31 

5.0 
6.0 
7.0 

28 
29 
30 
81 

15  18.5 
15    8.0 
14  59.6 
14  53.1 

15  13.0 
15    3.5 
14  56.1 
14  50.6 

56    4.2 
55  25.7 
54  54.7 
54  31.0 

-1.76 
1.46 
1.14 
0.84 

55  44.1 
55    9.3 
54  41.9 
54  21.7 

-1.60 
1.99 
0.99 
0.70 

7    4.5 

7  59.1 

8  51.3 

9  40.4 

9.30 
9.93 
9.19 
1.97 

8.0 

9.0 

10.0 

11.0 

33 

14  48.5 

14  46.8 

54  14.1 

-0.67 

54  ao 

-0.44 

10  26.1 

1.84 

12.0 

. 

132 


AUGUST,  1895. 


GBBBl^lV^IOH  MBAK  TIMB. 


THE  MOON'S  HIQHT  ASCENSION  AND  DECLINATION. 


Hoar. 


Right  ▲•oeQtioD. 


DUE  for 
IMinQto. 


DeolIiMtiOD. 


DIftfor 
IMiaoto. 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

2-a 

2:1 

24 


THURSDAY  1. 


17  28 

17  30 
17  33 
17  35 
17  37 
17  40 
17  42 
17  44 
17  47 
17  49 
17  52 
17  54 
17  56 
17  59 


18 
18 
18 
18 
18 
18 
18 
18 


1 

3 
6 
8 
10 
13 
15 
17 


18  20 
18  22 


• 

• 

19.69 

9.3738 

42.10 

8.3731 

4.46 

8.3799 

2a76 

9.3719 

49.00 

9.3709 

11.18 

93O0 

3:1.28 

9.3877 

55.30 

9.3889 

17.23 

9JWa 

3J).07 

9.3639 

0.81 

9.3818 

22.41 

9.3507 

43.1>7 

9.3578 

5.38 

9..'S58 

26.66 

9.3B37 

47.82 

9.3815 

8.84 

9.3499 

29.72 

9.3487 

50.45 

9.3449 

11.03 

9.3417 

31.45 

9.3390 

51.71 

9.3369 

11.80 

9.3333 

31.71 

9.3304 

8.2§ 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 

8.28 


22  5^9 

24  4.3 

25  5.4 

25  57.1 
2<)  :i9.6 
27  12.8 
27  3<k8 
27  51.5 

57.0 
53.3 
40.4 
18.3 

26  47.0 
26  6.6 

17.1 
18.5 
10.9 
54.2 
20  28.5 
18  53.9 
10.3 
17.8 
16.4 
6.2 


27 
27 
27 
27 


25 
24 
2:1 
21 


17 
15 
13 
11 


18  24 
18  27 
18  29 
18  31 
18  34 
18  36 
18  38 
18  41 
18  43 
18  45 
18  47 
18  50 
18  52 
18  54 
18  57 
18  59 


19 
19 
19 
19 
19 
19 
19 
19 
19 


I 
3 

6 
8 
10 
12 
15 
17 
1!» 


FRIDAY  2. 


8.28 
28 
28 
28 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
26 
26 
26 
26 
26 

8.26 


51.45 

9.3374 

11.00 

9.3^49 

30.36 

9.3910 

49.52 

9JI77 

8.48 

9.3149 

27.23 

9.3107 

45.77 

9.3079 

4.10 

9.3038 

22.20 

9.9999 

40.08 

9.9981 

57.73 

9.9999 

15.14 

9.9889 

32.:« 

9.984a 

49.25 

9.9801 

5.93 

9.9780 

22.37 

9.9718 

38.55 

9.9875 

54.47 

9.9831 

10.12 

9.9587 

25.51 

9.9549 

40.(» 

9.9497 

55.47 

9.9451 

10.04 

9.9404 

24;i2 

9.9357 

:jH.:w 

2.3309 

8  47.1 

6  19.3 
3  42.7 
0  57.4 

58  3.5 
55     1.0 

51  49.8 
48  30.1 
45     1.9 

41  25.3 
37  40.3 
33  i6M 

29  45.2 

25  aw 

21  17.0 
16  50.6 
12  16.1 

7  33.5 
2  42.9 

57  44.3 

52  37.8 
47  23.4 

42  1.2 
:16  31.2 

30  53.5 


M 

IJBl 
lUM 
0.940 
8.785 
0.831 
0.477 
0.399 
0.188 
-0.015 
•f  0.138 
0.999 
0.445 
0.507 
0.749 
0.901 
1.059 
1.909 
1.353 
1.503 
1.859 
13)1 
1.949 
9.097 
8.944 


HMir. 


BIchtAaoentioB. 


9.391 
9.537 
9.889 
9.897 
9J70 
3J14 
3.957 
3.399 
3.540 
3.880 
3.890 
3J50 
4Mf7 
4J935 
4.379 
4.507 
4.849 
4.778 
4.910 
64M9 
6.174 
5.305 
5.435 
5.584 
bM9 


Diftfor 
[IMinataw 


Ptwllnatfan- 


Diftfor 
IMiBttte. 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


SATURDAY  a 


k  m 
19  19 
19  21 
19  24 
19  26 
19  28 
19  30 
19  32 
19  35 
19  37 
19  39 
19  41 
19  43 
19  4<i 
19  48 
19  50 
19  52 
19  54 
19  56 
19  58 


20 
20 
20 
20 
20 


1 
3 
5 
7 
9 


• 

• 

38.32 

8.9309 

52.03 

8.9981 

5.45 

8.9913 

ia59 

8.9185 

31.43 

8.9115 

43.97 

9.9088 

56.22 

8.9018 

8.16 

8.1085 

19.80 

8.1914 

31.13 

9.1889 

42.15 

9.1811 

52.86 

8.1750 

3.26 

9.1707 

13.34 

8.1854 

23.11 

8.1809 

32.57 

9.1550 

41.71 

9.1497 

50.53 

9.1443 

59.03 

9.1390 

7.21 

9.1337 

15.07 

9.1983 

22.61 

9.1999 

29.82 

9.1175 

36.71 

9.1191 

20  11 

20  13 
20  15 
20  18 
20  20 
20  22 
20  24 
20  26 
20  28 
20  30 
20  :i2 
20  34 
20  36 
20  38 
20  40 
20  42 
20  44 
20  46 
20  48 
20  50 
20  52 
20  54 
20  56 

20  58 

21  0 


S.26 
26 
26 
26 
26 
26 
25 
25 
25 
25 
25 
25 
25 
25 
24 
24 
24 
24 
24 
24 
24 
24 
23 

8.23 


SUNDAY  4. 


18.23 
23 
23 
23 
23 
22 
22 
22 
22 
22 
22 
22 
21 
21 
21 
21 
21 
21 
20 
20 
20 
20 
20 
19 

8.19 


19 
13 

7 
0 


30  53JS 
25  8.2 
15.2 
14.7 
6.8 
51.4 
54  28.6 

47  58.5 
41  21.2 
34  36.7 

27  45.1 
20  46.3 
13  40.5 

6  27.7 
59  8.1 
51  41.7 
44  8.5 
36  28.5 

28  41i) 
20  48.7 
12  49.0 

4  42.8 
56  30.2 

48  11.2 


43J28 

8.1087 

49.52 

8.1013 

55.44 

9.0088 

1.04 

9.0908 

6.31 

9.0869 

11.26 

9.0798 

15.89 

9.0744 

20.19 

9.0890 

24.17 

9.0837 

27.83 

9.0583 

31.17 

9.0530 

34.19 

90478 

36.88 

90)499 

39.25 

9.0380 

41.31 

9.0318 

43.05 

94)983 

44.47 

9U»I1 

45.58 

9.0150 

46.38 

94)107 

4a87 

9.0055 

47.04 

9.0003 

46.90 

1.9051 

46.45 

1.9900 

45.70 

1.9849 

44.r>4 

1.9700 

39  46.0 
31  14.6 
22  37.0 
13  53J2 
3.4 
7.7 
6J3 

45.6 
26.6 
2.0 
31.8 
50  56.1 
41  15.0 
28.4 
36.5 
39.3 
36J^ 
2i>.3 
16.6 
:8.9 
20  36.3 
10  8.7 
59  36.3 
48  59.1 


5 
56 
47 
37 
28 
19 
10 

0 


31 
21 
II 
I 
51 
41 
30 


m 
54B8 

5.819 

6.946 

84170 

6J94 

6.318 

8.441 

8.569 

6.669 

6.601 

6.990 

.030 

.155 

.970 


.407 

.810 

.799 

.839 

.041 

&049 

8.157 

8.983 

8J86 


6.478 

6^75 

6.678 

8.788 

8679 

6.977 

04»74 

0.171 

0.988 

9.363 

0.487 

0.540 

0.640 

0.731 

0.691 

0.080 

0J07 

184)83 

10.180 

10JB53 

10.336 

10.418 

lOJOO 

lOJkOO 

10.850 


I 


VL 


AUGUST,  1895. 


133 


GBBBNWIOH  MBAN  TIME. 

THK  MOOira  RIGHT  ASCENSION  AND  DECLINATION. 

mt^^KW^ 

DULfcr 
IMteate. 

I>— MMttoa 

DULtat 
IMlaato. 

Hoar. 

RiltlitA«06iioioo. 

Dtftfor 
llCinuie. 

DMlInatioo. 

I>lir.for 

I  M lODt*. 

M 

ONDA 

Y  6. 

WEDNESDAY  7. 

k    ■     • 

• 

O        »       m 

» 

h    m      • 

• 

e      «       M 

0t 

0 

31    0  44.64 

iJBrm 

&.  19  48  59.1 

I0J60 

0 

93  30  43iM 

1.7800 

8. 10    4  97.5 

13.344 

1 

31    3  43^ 

IJ748 

19  38  17J9 

10.737 

1 

33  33  31.30 

1.7864 

9  51    5.8 

13J70 

3 

31     4  41.63 

ijmm 

19  37  30.6 

10.815 

9 

33  34  18.31 

1.7830 

9  37  43.0 

13.413 

3 

31    6  39.66 

1J648 

19  16  39.4 

lOJOl 

3 

3336    5J27 

1.7814 

9  34  16J3 

13.447 

4 

31    8  37.40 

1J609 

19    5  4a7 

10J66 

4 

99  37  53.08 

1.7700 

9  10  48.4 

13.470 

5 

31  10  34.85 

1.9660 

18  54  43J^ 

11.040 

5 

99  39  :«.75 

1.7706 

8  57  ia7 

13.510 

6 

31  13  33.00 

1J601 

18  43  38J^ 

11.113 

6 

93  41  35i28 

1.7743 

8  43  47.3 

13.54^ 

7 

31   14  38.86 

1.MS8 

18  33  39^1 

11.186 

7 

33  43  11.67 

1.7791 

8  30  ia9 

13.570 

8 

31   16  35.44 

l.MOt 

18  31  16.6 

11J57 

8 

33  44  57i» 

1.7000 

8  16  38.8 

13.000 

9 

31  18  31.73 

ijaso 

18    9  59.1 

11J87 

9 

33  46  44.06 

i.7tn 

8    3    li> 

13.096 

10 

31  30  17.74 

1.0311 

17  58  37.4 

11.307 

10 

33  48  30.06 

1.7067 

7  49  33.4 

13.665 

11 

31  33  13.47 

1.9964 

17  47  11.5 

11.466 

11 

99  50  15il5 

1.7638 

7  35  43;i 

13.689 

Id 

31  34    8.91 

IMll 

17  35  41.6 

11.530 

13 

93  53    J.79 

1.7010 

7  33    1.6 

13.706 

13 

31  36    4.08 

1.9179 

17  34    7.7 

11.508 

13 

99  53  47.38 

1.7001 

7    8  18.3 

13.733 

U 

31  37  58.98 

1JI9T 

17  13  39.8 

11.063 

14 

9-^  55  39.93 

1.7581 

6  54  3:i6 

13.758 

15 

31  39  53.60 

isom 

17    0  48.1 

11.790 

15 

93  57  18.37 

1.7505 

6  40  47.4 

13.789 

16 

31  31  47.96 

1.0087 

16  49    3.5 

11.709 

16 

93  5i)    a71 

1.7540 

6  36  59.8 

IZJ&H 

17 

31  33  43.05 

1.8903 

16  37  lai 

11.864 

17 

9:)    0  48JI6 

1.7S34 

6  13  10.9 

13.896 

18 

31  35  35.88 

1.806O 

16  35  30.0 

11.016 

18 

93    9  34.11 

1.7510 

5  59  90.7 

13.847 

19 

31  37  39.45 

J.6907 

16  13  33.3 

ll.9n 

19 

93    4  19.18 

1.7504 

5  45  39.3 

13.86rt 

90 

31  39  33.76 

1.8864 

16    1  93.8 

10.030 

30 

93    6    4.16 

1.7400 

5  31  36.5 

13.888 

31 

31  41  15.H3 

i.8en 

15  49  18i^ 

19.004 

31 

93    7  49.06 

1.7477 

5  17  43.6 

13J08 

93 

31  4;i    8.63 

1.8781 

15  37  11.5 

loaso 

33 

93    9  33.88 

1.7404 

5    3  47 JS 

13.097 

33 

31  45    1.19 

1.8730 

8. 15  35    0.7 

19300 

33 

93  11  1&63 

1.7453 

&  4  49  51.4 

13.944 

Tl 

JESDA 

T  6. 

* 

TH 

URSD. 

AY  8. 

0 

31  46  53.50 

1.8608 

SJ5  13  46.4 

I9J60 

0 

93  13    3.33 

1.7443 

18.  4  35  54.9 

13J61 

1 

31  48  45.57 

1.8658 

15    0  38.8 

19J90 

1 

93  14  47.95 

1.7439 

4  31  56.0 

13.078 

3 

31  50  37.40 

1.8610 

14  48    8.0 

19.374 

3 

93  16  33.51 

1.7499 

4    7  56.9 

13.003 

3 

31  53  3i).00 

1.8680 

14  35  4^9^ 

19.498 

3 

9:)  18  17.01 

1.7413 

3  53  56.8 

14UM8 

4 

31  54  30.36 

1.8640 

14  33  16.6 

19.480 

4 

93  90     1.46 

1.7406 

3  39  .55.i) 

14.099 

5 

31  56  11.50 

1.8604 

14  10  46.3 

19.531 

5 

33  31  45.87 

1.7397 

3  35  54J2 

14.036 

6 

31  58    3.41 

1.8406 

13  58  13.9 

19.589 

6 

33  3:)  30.33 

1.7300 

3  II  51.6 

14.040 

7 

31  59  53.09 

1.8490 

13  45  36.5 

19.639 

7 

33  35  14.55 

1.7384 

3  57  48;i 

14M$1 

8 

33    1  43.56 

1.8303 

13  33  57.1 

19.681 

8 

33  36  58.84 

1.7378 

3  41  44.3 

14Un9 

9 

33    3  3:i8l 

1.8367 

13  30  14.8 

19.798 

9 

33  38  43.09 

1.7373 

3  3!l  39.7 

H.089 

10 

33    5  33.84 

1.8399 

13    7  39.7 

19.775 

10 

9:}  30  37.33 

1.7370 

3  15  :u^ 

ujon 

II 

33    7  |:*.67 

1.6987 

13  54  41.8 

19.899 

11 

93  33  11.5:1 

1.7367 

3     1  38.7 

14.109 

13 

*i    9    3.39 

1.8953 

13  41  51.1 

19.867 

13 

9:1  3:j  5.5.79 

1.7364 

1  47  33.3 

14.111 

13 

33  10  53.71 

1.8990 

13  88  57.7 

19.019 

13 

3:j  :»  :ft>.89 

1.7309 

1  33  15.4 

14.118 

14 

33  13  4liO 

I.8187- 

13  16     1.7 

ttsu 

14 

93  :«7  34.06 

1.7361 

1   19    8.1 

H.194 

15 

33  14  30.95 

1.6154 

13   3   ai 

i9Joe 

15 

33  39    8.33 

1.7360 

1    5    0.5 

14.130 

I4i 

33  16  19.78 

1.8199 

II  50     IM 

13.040 

16 

33  40  59;» 

1.7361 

0  50  53.5 

14.130 

17 

33  18    8.43 

1.8009 

11  36  58.3 

13.080 

17 

S:)  43  36.55 

1.7309 

0  :)6  44.3 

14449 

18 

33  19  56.88 

IJM» 

11  33  53.3 

13.190 

18 

93  44  90.73 

1.7363 

0  3*2  a5.5 

14.146 

19 

33  31  45.16 

1.8030 

1 1  10  43^1 

13.160 

19 

9:)  46    4.91 

1.7366 

H.  0    8  36.6 

H.149    > 

3D 

33  33  3:136 

1.8009 

10  57  3ai 

13.100 

30 

3:1  47  49.11 

1.7309 

N.  0    5  43.4 

H.I59 

31 

3*1  35  31.18 

1.7973 

10  44  30.0 

13.937 

31 

9:)  49  33;» 

1.7379 

0  19  51.6 

H.I54 

33 

33  37    8  JK) 

1.7045 

10  31     4.6 

13  974 

33 

9:1  51  17.57 

1.7377 

0  34    Oil 

14.155 

93 

33  38  56.53 

1.7017 

10  17  47.1 

13.300 

93 

Uti  53     1.85 

1.7369 

0  48  10.3 

14.156 

94 

33  30  4:i94 

1.7800 

8.10    4  37.5 

13.344 

34 

33  54  46.16 

1.7388 

N.  1     3  1!».6 

14.157 

iU 


AUeUST,  18»5t 


vn. 


*TS 


GBJUUWICU  XKAS 


*i  I 


A  '^  '    I 


FBIDATt. 


1 

ft   «     •     ' 
»S4  iluK 

:^n.{  ifSA 

1 

»:»l«j(l 

UQ0 

1  W9U0 

« 

»^  flM 

LiS^t 

1  aoau 

^ 

^^  ^BjF   ^P^p^^^p 

LSftI 

1  44  47JS 

4 

4f     1  t%>!fl! 

tjs^m 

1  SM16 

S 

%  a%;»f 

Ks^m 

3  13    2t4 

4 

4»    $  KL^ 

LSOi 

327  MjO 

7 

^    ^97Jg^ 

L301 

3  4139L4 

Ji 

♦    •f  t3L1» 

LJ4B 

3»».4 

» 

#  1^27^> 

»-^CS 

3    9ag.l  . 

M 

#  13  fZ/iCl 

l^*** 

a»4St4 

If 

#  »$7i97 

l«3Stt 

337  52J2 

« 

<^  i:^  #^» 

UBt7 

3SI  5ej5 

t^ 

#  17  »Jfe 

uys 

4    6    4^ 

II 

#  1^  nx 

VPBm 

4  90    9j6 

fJ(  . 

^»^M 

txm 

4  34  I4J2 

f^ 

uri^zi 

\MKk 

4  48  las 

17 

0  W  *J<^ 

u)mi  ' 

S    3  2M 

« 

#  ^  IO$ 

t>no 

5  16  23^ 

K# 

0  13?     0-* 

wmu  1 

530  2Sj6 

V/ 

0  Zl  4«J» 

1 

5  44  26.4 

5fl 

0  z%  yn:& 

umi 

556  dU 

» 

0  «r  i^.vi 

urm 

6  lit&5 

»l 

Ota    4j55 

vrm 

N.  6  26  23^ 

• 

8ATLKDAY  10. 

^1 

0  ^  r»i;¥i 

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N.  6  40  20.6 

1 ! 

0  ^5  JI7^I 

1.7381 

6  54  16^ 

5r 

h  ¥}  */4>»7 

unm 

7    8  11.5 

;i 

0  4v  \\:^. 

UltM 

722    5J2 

4 

0  t5  »r# 

1.70* 

7  35  57.7 

U 

0  %u  4:»j^j 

1«»87 

7  49  48^ 

r,  • 

0  47  »?j;io 

uni€ 

8    3  38.9 

7 

0  4'>  20.^9^ 

wma 

8  17  27.5 

.     H 

0  r#i    HM 

uwn 

8  31   14.7 

i     ^ 

0  w  ,v;jvi , 

ijmm 

8  45    OJS 

!  10 

0  M  44.71  • 

ijmm 

8  58  44.8 

,  it 

0  .Vi  J«M 

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9  I2  27JS 

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0  5^  2JJi^ 

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9  26    8.7 

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9  39  48.2 

.   14 

1    1  «l^ 

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9  53  26U) 

15 

1    J)  4«;i« 

1.MI8 

10    7    2.2 

1^ 

1     5  ^72 

IJOtt 

10  20  36.6 

17 

1    7  '^;irj 

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10  34    9.1 

.   IH 

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10  47  39.7 

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1   II     7M 

l.a3M 

II     1     8.4 

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1   12  57^ 

l«OM 

11  14  aM 

VI 

1   14  47^11 

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11  27  59.7 

w 

1   lf(  »H/ift 

1.4479 

11  41  2St2 

1/3 

1    18  *ZIM 

I.M9I 

11  54  42.6 

'/4 

1  'VO  t^JM 

l.«fi«4 

N.I2    8    0.9 

Kjnt 


i3.aM 


1X718 
1X7» 
1X751 
1X795 
I  IMP 
1X878 
1X544 
1X818 
1X588 
1XS68 


1X484 
1X488 
1X498 
13.383 
1X358 


• 
1 

2 

3 

4 

5 

< 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


1X988 


SUNDAY  IL 


8 
12  21 
12  34 
12  47 
0    0 


Oil 
16L9 
3Qj6 
41^ 
50J8 


13  27    li) 

13  40    2J2 

13  53    Oj8 

14    5  5&JB 

14  ld50i> 

14  31  40U3 

14  44  27JB 

14  57  12L4 

15    9  53L9 

15  22  323 

15  35    7.6 

15  47  39j8 

16    0    &7 

16  12  34.3 

16  24  56.5 

16  37  I5J3 

16  49  30.6 

N.17    1  42J3 

MONDAY  12. 


0 

2    6  18i« 

1 

2  8  iao3 

2 

2  10  17.47 

3 

2  12  17^ 

4 

2  14  17.49 

5 

2  16  18.07 

6 

2  18  \9SQ 

7 

220  2Q.3e 

8 

2  ^  22.13 

9 

2  24  24.28 

10 

226  26.83 

11 

2  28  29.78 

12 

2  30  3:^14 

13 

232  3Kil2 

14 

2  34  41.11 

15 

2  36  45.72 

16 

2  38  5a76 

17 

2  40  56.22 

18 

2  43    2.11 

19 

2  45    8.44 

20 

2  47  15.20 

21 

2  49  22.40 

22 

2  51  30.04 

%\ 

2  53  38.13 

24 

2  55  4&67 

mm 


1X183 


:    ijei4 

N.17  13  502 

1X189 

!      IJ8838  . 

17  25  543 

1X848 

iji8a8 

17  37  .VkO 

11477 

9j8H8 

17  49  51.7 

11413 

t.8885 

18     1  44.5 

11.847 

t.8198 

18  13  33.3 

11.779 

:     9.8188 

18  25  lao 

11.711 

'      94858 

18  36  58.6 

11449 

9j8n5 

18  48  35.0 

11.571 

X8389 

19    0    7.1 

11.489 

94408 

19  II  34.8 

11.498 

9JS88 

19  22  58.2 

1IJ59 

X8085 

19  34  17.1 

11477 

X8884 

19  45  31.4 

11.199 

X8333 

19  56  41.0 

11.191 

94084 

20    7  45.9 

11449 

X8e» 

20  18  4ao 

19461 

X0848 

20  29  41.2 

1X879 

X10I8 

20  40  31.5 

10.798 

XI881 

20  51  1&7 

10.711 

XI 184 

21     1  56.8 

10495 

X1937 

21  12  31.7 

10437 

X131I 

21  23    1.3 

10.448 

XI388 

21  33  25.5 

10458 

X148I 

^^\  43  44.3 

10487 

vm. 


AUGUST,  1895. 


135 


GBBBNWIOH  MBAN  TIME. 


THE  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 


Bight  iiUBihi 


0 

1 

9 

3 

4 

5 

6 

7 

8 

9 

10 

II 

19 

13 

14 

15 

16 

17 

18 

19 

20 

91 

99 

93 


DIfllfer 
IMiBUU. 


DtoUaatlpB. 


DIftfor 
IMteBid 


TUESDAY  13. 


k 

9 
9 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 


S5 

57 

0 

9 

4 

6 

8 

10 

13 

15 

17 

19 

99 

94 

96 

98 

31 

33 

35 

37 

40 

49 

44 


3  47 


• 

• 

4a67 

9.1461 

55.66 

i.l&36 

5.10 

S.I6I1 

I4il9 

9.1697 

95^ 

9.1764 

36.15 

9.1841 

47.43 

9.1918 

.W.I7 

9.1995 

11.37 

9.9073 

94.04 

9.9151 

37.18 

9.9no 

50.79 

9.SM6 

4.88 

9.9387 

19.44 

9.9466 

34.47 

9J545 

i9jm 

9.9695 

5.97 

9.9764 

99.43 

9.9783 

39-S7 

9.9663 

56.78 

9.9943 

14.68 

9.3093 

33.06 

9.3103 

S\M 

9.3189 

11.95 

9.3869 

91 
99 
99 
99 
99 
99 
99 
93 
93 
93 
93 
93 
93 
93 
94 
94 
94 
94 
94 
94 
94 
95 
IN.95 


43  44.3 

53  57.6 

4    5.9 

14  7.1 
94  3.3 
33  53.6 
43  37.9 
53  ia9 

48.4 

14.3 

33.9 

47.9 

54.0 

48  54.9 

57  47.7 

6  34JS 

15  14.4 
93  47.4 

39  ia4 

40  39.3 
48  43^) 
56  48.9 
4  45.1 
19  34.5 


9 
19 
91 

30 
39 


WEDNESDAY  14. 


0 

3  49  31.06 

9.3349 

NJ25 

1 

3  51  51.35 

9.3491 

95 

9 

3  .54  1^11 

9J506 

95 

3 

3  .56  33.35 

9.3579 

95 

4 

-  3  58  55.06 

9.3658 

95 

5 

4     1  17.94 

9.3737 

95 

6 

4    3  39.90 

9.3815 

96 

7 

4   6  ao9 

9.3803 

96 

8 

4    8  9a6l 

9.3071 

96 

9 

4  10  .50.67 

9.4048 

96 

10 

4  13  15.19 

9.4194 

96 

II 

4  15  40.16 

9.4900 

96 

19 

4  18    5J» 

9.4976 

96 

13 

4  90  31.48 

9.4359 

96 

14 

4  99  57.89 

9.4497 

96 

15 

4  95  94.60 

9.4S01 

96 

16 

4  97  51.83 

9.457S 

97 

17 

4  30  19.50 

9.4648 

97 

18 

4  39  47.61 

9.4791 

97 

19 

4  35  16.15 

9.4799 

97 

90 

4  :i7  45.1 1 

9.4863 

97 

91 

4  40  14.50 

9.4033 

97 

29 

4  49  44.31 

9.5009 

97 

93 

4  45  UM 

9.5071 

97 

94 

4  47  4.5.16 

9.AI38 

N.97 

90  16.3 
97  .50.4 
35  16.8 
49  35.3 
49  4.5.9 
56  4^4 

3  49.7 
10  98.8 
17  6.5 
93  a5.8 
99  56.6 

36  as 

49  19.9 

48  as 

53  59.6 
59  99.4 

4  57.1 
10  15.6 
I5  94i) 
90  94.9 
95  ia4 
99  .56.3 
34  97.6 
38  49.3 
43     1.9 


16.967 

10.174 
10.679 
0.984 
9.H87 
9.788 
9.688 
9.587 
9.484 
9J79 
9.974 
9.167 
9M9 
8.948 
8.836 
8.793 


8.409 

8.374 
8J54 
8.139 
84»10 
7.886 
7.760 


7.639 
7.564 
7.374 
7.949 
7.100 
6J73 
6.837 
6.608 
6.558 
6.417 
6.975 
6.136 
5.M84 
5.K17 
5.688 
5.537 
5.385 
5.939 

tjm 

4.991 
4.769 
4.609 
4.449 
4.980 
4.116 


0 

1 

9 
3 
4 

5 

6 

7 

8 

9 

10 

II 

19 

13 

14 

15 

16 

17 

18 

19 

90 

91 

99 

93 


0 
1 
9 
8 
4 
5 
6 
7 
8 
9 
0 
I 
9 
3 
4 
5 
6 
7 
8 
9 
90 
91 
99 
93 
94 


BIchtAMMMtOB 


Dlffl  for 
IMiaote. 


DeoHnatlon. 


Diltfor 
IMiaoto. 


THURSDAY  15. 


k 
4 
4 
4 
4 
4 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 


47 
50 
59 
55 
57 
0 
9 
5 
8 
10 
13 
15 
18 
90 
93 
96 
98 
31 
33 
36 

:«> 

41 
44 
47 


• 

• 

45.16 

9.5138 

]ai9 

9.5905 

47.69 

9.5971 

19.44 

9.5335 

51.64 

9.5300 

94.99 

9.5409 

.57.18 

9.5593 

30.50 

9.5583 

4.18 

9.5649 

38*^1 

9.5700 

19JS8 

9.5757 

47J29 

9.5813 

99.33 

9.5867 

57.69 

9.5919 

33.36 

9.5611 

9M 

9.6099 

4.5.69 

9.6070 

99.18 

93117 

59.09 

93169 

36.13 

93907 

13.50 

93990 

.51.13 

93999 

99.00 

93331 

7.10 

93306 

N.97 
97 
97 
97 
97 
98 
98 
98 
98 
98 
98 
98 
28 
98 
98 
28 
98 
98 
98 
98 
98 
98 
98 

1NJ28 


43    \Ji 

47    3.9 

50  55.9 

54  37.9 

58    9.1 

1  30.8 

4  49.9 

7  43.9 

10  33.8 

13  13.9 

43.4 

2.9 

10.9 

7.4 

93  53.8 

95  99.9 

26  53.6 

98  7.0 

99  9.9 
30    0.9 

30  40.0 

31  8.5 
31  95.6 
31  31.3 


15 
18 
90 
99 


FRIDAY  16. 


5 
5 
5 
5 

6 
6 
6 
6 


49 

59 

55 

57 

0 

3 

5 

8 


6  10 
6  13 


6 
6 
6 

6 


16 
18 
91 
94 
6  96 
6  99 
6  39 
6  35 
6  37 
6  40 
6  43 
6  45 
6  48 
6  51 
6  53 


45.43 
93JI7 

9.79 
41.66 
90.79 

0.09 
39JV> 
19.17 

:«.83 
I8.a5 

.58.M6 
39.99 
I9ji5 
59il6 
40.44 
QOM 

1J>7 
49.90 
99.86 

3.54 
44.99 
94.90 

.5JS7 
46.93 


93406 
93441 
93474 
93506 
93536 
93563 


93615 


93679 


93714 
93798 
93741 
93799 
93761 
93768 
93774 
93778 
93780 
93780 
93779 
93777 
9.6773 


N.98 
98 
28 
98 
98 
98 
98 
98 
98 
98 
98 
28 
28 
28 
28 
28 
28 
27 
27 
97 
97 
97 
27 
97 

N.97 


31  9SJ^ 

31  8.9 
30  39.4 
29  59.0 

29  6.9 
28  3.1 
26  47.7 
95  20  J> 
23  41.5 

.50.7 
48.1 
33.6 
7.3 
19  99.1 
9  38JI 
6  36.8 
99.7 
.56.7 
18.8 
59  98.9 
48  97.0 
44  13.9 
3<)  47.4 
a5  M 

30  90.1 


91 
19 
17 
15 


3 
.59 

.56 


4.116 
3350 
3.783 
3316 
3.447 
3376 
3.103 
9330 
9.736 
9.580 
9.409 
9393 

1363 
I. 
1.4 
1315 
1.130 
0344 
0.757 
0.560 
0380 
•f  0.190 
-6301 


6.199 
0384 
6377 
6.771 
6306 
1.166 
1396 
1359 
1.748 
1345 
9.149 
9340 
9338 
9.737 
9336 
3.135 


3.739 


4.131 
4336 

4396 

4.798 
4397 


136 


AUGUST,  1895. 


IX. 


GRBBNWIOH  MBAN  TIMB. 


THE  MOOHV  RIGHT  ASCENSION  AND  DECLINATION. 


0 

I 

22 

3 

4 

5 

6 

7 

8 

9 

10 

11 

19 

13 

14 

15 

16 

17 

18 

19 

90 

21 

« 

93 

94 


IMftfor 
IXfawto. 


D1(L  for 
tMiBald 


8ATUBDAT  17. 


0 

km* 
6  53  46.93 

• 

t.0773 

N.97  30  9(^1 

I 

6  56  96.85 

t.0766 

97  95  18JS 

9 

6  59    7.49 

t.e757 

97  90    5X) 

3 

7     1  47.94 

t.9748 

97  14  39.7 

4 

7    4  98.40 

t.9737 

97    9    9J> 

5 

7    7    8.79 

n.vm 

97    3  13:5 

6 

7    9  49.09 

9J709 

96  57  19.6 

7 

7  19  99;)0 

9.60»3 

96  50  59.9 

8 

7  15    9.41 

9.6670 

96  44  a5.5 

9 

7  17  49.41 

9.6657 

96  37  59.5 

10 

7  90  99.99 

9J636 

96  31  11.8 

11 

7  93    9.04 

9.6614 

96  94  19.4 

19 

7  95  48.66 

9.6601 

96  17     1.4 

13 

7  98  98.13 

9.6665 

96    9  38.8 

14 

7  31     7.44 

9.6638 

96    9    4.8 

15 

7  33  46.59 

9.6510 

95  54  19.4 

16 

7  36  95.56 

9.6480 

95  46  99.6 

17 

7  39    4.35 

9.6450 

95  38  14.4 

18 

7  41  49.96 

9.6418 

95  99  54.9 

19 

7  44  91.37 

9.6385 

95  91  94.9 

90 

7  46  59.58 

9.63S0 

95  19  49.4 

91 

7  49  37.57 

9.6314 

95    3  49:5 

99 

7  59  15.34 

9.61278 

94  54  45.6 

93 

7  54  59.90 

9.6941 

N.94  45  30.7 

SUNDAY  18. 


7 

8 
8 
8 
8 
8 
8 
8 
8 


57 

0 

9 

5 

7 

10 

13 

15 

18 


8  90 
8  93 
8  96 
8  99 
8  31 
8  33 
8  36 
8  38 
8  41 
8  43 
8  46 
8  48 
8  51 
8  54 
8  56 
8  !i& 


30.^3 

9.6909 

7.39 

9.6161 

44.16 

9.6110 

90.75 

9.6077 

57.08 

9.6034 

3:^.15 

0.5090 

8.96 

9.5945 

44.49 

9.5699 

19.74 

9.5859 

54.71 

9.5604 

99.39 

9.5756 

3.78 

9.5707 

37.88 

9.5658 

11.68 

9.5606 

45.17 

9.5557 

18..% 

9.5506 

51.94 

9.5453 

93.80 

9.5400 

5(i.04 

9.5348 

97.97 

9JM96 

.59.58 

9.5941 

30.8(5 

9.5187 

1.89 

9.5139 

39.45 

9.5078 

9.76 

9.5094 

N.94 
94 

V4 
94 

9;^ 

93 
9:} 
93 
9,3 
93 
99 
99 
99 
99 
99 
91 
91 
91 
91 
91 
90 
90 
90 
90 
N.19 


36  5.0 
96  98.5 
16  41.3 
6  43.4 
56  34.9 
46  16.0 
46.7 
7.1 
17.3 
17.4 
7.5 
47.7 
18.0 
38.6 
49.6 
53  51.0 
41  43.0 
99  9.5.7 
16  59.9 
4  9:i6 
51  39.0 
38  45.5 
95  4.3.3 
19  39.4 

59  lao 


35 
95 
14 

3 
59 
40 
99 
17 

5 


4J97 
6.196 
5,393 
5.591 
6.718 
5J16 
6.113 
6.309 
6.503 
6.606 
6.893 
74)87 
7.980 
7.479 
7.669 
7.859 
8.049 
8.931 
8.418 
8.604 
8.789 
8.973 
9.157 
0.338 


0.518 
9.697 
9.876 
10.053 
10.998 
10.409 
10.574 
10.745 
10.914 
11.089 
11.948 
11.413 
11.576 
11.737 
11.887 
I9U»5 
19.911 
19.365 
19.517 
19.668 
19.617 
19.964 
13.108 
13.959 
13.394 


Bo«r. 


BlgktA^OttiMioii. 


DUE  for 
IMiaate. 


l>aoHiMiti<m. 


0 
1 
9 
3 
4 
5 
6 
7 
8 
9 
0 
1 
9 
3 
4 
5 
6 
7 
8 
9 
90 
91 
99 
93 


0 
1 
9 
3 
4 
5 
6 

8 
9 
10 
II 
19 
13 
14 
15 
16 
17 
18 
19 
90 
91 
99 
93 
94 


Diff  for 
llCinate. 


MONDAY  19. 


k  m 
859 


9 
9 
9 
9 
9 
9 
9 


1 
4 
6 

9 
11 
13 

16 


9  18 
9  91 
9  93 
9  96 

9  98 
9  31 

9  a3 

9  35 
9  38 
9  40 
9  43 
9  45 
9  47 
9  50 
9  59 
9  55 


• 

• 

• 

9.76 

9.5094 

N.I 

39.74 

9.4968 

9.38 

9.4819 

31.69 

9.4867 

0.66 

9.4801 

99.30 

9.4746 

.57.61 

9.4690 

^ 

95..58 

9.4634 

53.99 

9.4578 

90.59 

9.4599 

47.49 

9.4467 

14.13 

9.4419 

40.43 

9.4356 

6.40 

9.4301 

1 

39.04 

9.4946 

1 

57..35 

9.4191 

J 

99.33 

9.4136 

J 

46.98 

9.4089 

11.31 

9.4098 

35.39 

9.3974 

59.00 

9.3990 

99.36 

9.3867 

45.40 

9.3814 

8.13 

9.3761 

N.l 

9  59  lao 

9  45  45.1 
9  39  9.0 
9  18  94.7 
9  4  39.3 
8  50  39.0 
8  36  9:^.8 
8  99  8.0 
8  7  44.6 
7  53  13.7 
7  38  a5.5 
7  93  50.9 
7  8  57.8 
6  53  58.4 
6  38  59.3 
6  93  3!).5 
6  8  90.1 
5  59  54.3 
5  37  99.9 


5 
5 
4 
4 


91 

5 

50 

34 

18 


44.0 
59.7 
9.5 
13.6 
19.1 


TUESDAY  20. 


9  57 

9  59 

10  9 


10 
10 
10 


4 
6 
9 


10  11 
10  13 
10  16 
10  18 
10  90 
10  93 
10  95 
10  97 
10  30 
10  39 
10  34 
10  37 
10  39 
10  41 
10  43 
10  46 
10  48 
10  .50 
10  53 


30.54 

9.3709 

59.64 

9.3658 

14.44 

9.3608 

35.93 

9.3557 

57.19 

9.3507 

18.01 

9.3457 

38.60 

9.3408 

58.90 

9.3359 

18.91 

9.3311 

38.64 

9.3964 

58.08 

9.3918 

17.95 

9.3179 

36.14 

9.3196 

54.76 

9.3081 

1.3.11 

9.3037 

31.90 

9.9994 

49.03 

9.9951 

6.61 

9.9908 

93.93 

9.9866 

41.00 

9.9899 

57.83 

9.9786 

14.43 

9.9747 

30.79 

9.9706 

46.99 

9.9670 

9Ji3 

9.96S1 

N.14 
3 
3 
3 
2 
9 
9 
9 
1 
1 
1 

0 
0 
0 
0 
9 
9 
9 
8 
8 
8 
8 
7 
7 

W.  7 


9  5.0 
45  59.6 
99  35.0 
13  19.9 
56  44.5 

40  19.0 
93  34.7 

6  59.9 
50  6.7 
.33  16.1 
16  91.4 
59  99.7 
49  90.0 
95  13.6 

8  3.(5 
.^^O  50.1 
33  33.9 
16  1.3.1 
.58  49.8 

41  93.6 
9:)  54.6 

6  99.8 
48  48.5 
31  11.8 
13  39.7 


ISJ94 
13.533 

i3.(no 

13.806 
13.939 
l4Ur71 
14.900 
14.397 
14.459 
14.576 
14.686 
14.814 
14.939 
I5UM6 
15.157 
15.968 
15.377 
15.483 
15.586 
15.687 
15.787 
15.884 
15.978 
164179 


16.169 
16.950 
16.337 
16.491 
16Ji09 
16.589 
16.659 
16.733 
16.807 
16.877 
16.945 
17.019 
17.076 
17.137 
17.196 
17.953 
17.308 
17.369 
17.419 
17.460 
17.507 
17.551 
17.599 
17.639 
17.069 


X. 


AUGUST,  1895. 


137 


OBEENWIOH  MBA2T  TDfB. 


THB  MOON'S  BIGHT  ASCEH8I0N  AND  DECLINATION. 


ttljchi  A  ■opinion 


Diftfor 
llClante. 


DtollBAtfOB. 


DiCfor 
IMIaatoJ 


Bight  IflOMSlOIL 


Dtftfor 

IMteutoJ 


D«0liB«tlOlL 


Diftlbr 
IMlaaU. 


0 
1 

3 
4 

5 

6 

7 

8 

9 

10 

II 

I!2 

13 

14 

15 

16 

17 

18 

19 

20 

31 

22 

23 

24 


WEDNESDAY  21. 


0 

10  53    2^ 

• 
9J9tn 

N,  i  \i  8^7 

17J66 

0 

1 

10  55  18^2 

tsan 

6  55  51.5 

17.704 

1 

2 

10  57  33^ 

•.9501 

6  38    8.2 

17.737 

2 

3 

10  59  49^ 

S.9596 

6  20  23.0 

17.768 

3 

4 

11    2    4^ 

S.M09 

6    2  36.0 

17.797 

4 

5 

11     4  19.16 

8.M<0 

5  44  47.3 

17.895 

5 

6 

11     6  33.82 

%Mm 

5  26  57.0 

J7.860 

6 

7 

11     8  48.29 

9.9996 

5    9    5.3 

17.879 

7 

8 

II   11    2.57 

4  51  12.4 

17.809 

8 

9 

11   13  16.67 

9.9335 

4  33  18.3 

17.911 

9 

10 

1 1   15  30.59 

9.4306 

4  15  23.1 

17.997 

10 

11 

11   17  44.34 

9.9978 

3  57  27.1 

17.940 

11 

12 

11   19  57J93 

9.9951 

3  39  30.3 

17.959 

12 

13 

11  22  11.36 

9.9994 

3  21  32.8 

17J69 

13 

14 

11  24  24.62 

9.9196 

3    3  34.8 

17.970 

14 

15 

11  26  37.73 

9.9173 

2  45  36.4 

17J77 

15 

16 

11  28  50.70 

9.9150 

2  27  37.6 

17.981 

16 

17 

11  31     3.53 

9.9197 

2    9  38.7 

17J»89 

17 

18 

II  33  16.22 

9.9104 

1  51  39.8 

17.961 

18 

19 

1 1  :»  28.78 

9.9063 

1  33  41.0 

17.979 

19 

20 

II  37  41.21 

9.9069 

1  15  42.3 

17.976 

20 

21 

1 1  39  53.52 

9.9049 

0  57  43.9 

17.970 

21 

22 

11  42    5.71 

9.9093 

0  39  45J) 

I7J69 

22 

23 

11  44  17.80 

9J006 

H.  0  31  48.5 

17.951 

23 

THURSDAY  22. 


11  46 
11  48 
II  50 
II  53 
II  55 
II  57 

11  59 

12  I 
12  4 
12  6 
12  8 
12  10 
12  12 
12  14 
12  17 
12  19 
12  21 
12  23 
12  25 
12  28 
12  30 
12  32 
1.2  34 
12  36 
12  38 


29.78 
41.66 
53.45 

5.14 
16.75 
28.28 
39.r3 
51.11 

2.43 
13.69 
24.89 
36.05 
47.16 
58.23 

9.27 
20.27 
31.25 
42.21 
53.16 

4.10 
15.03 
25.96 
36.89 
47.83 
58.79 


9.1969 
9.1979 
9.1967 
9.1049 
9.1996 
9.1915 
9.1903 
9.1899 
9.1889 
9.1879 
9.1864 
9.I8Q6 
9.1848 
9.1849 
9.1697 
9.1839 
9.1698 
9.1898 
9.1894 
9.1899 
9.1869 
9.1899 
9.1893 
9.1895 
i.1898 


N.  0 
8.  0 
0 
0 
1 
1 
1 
2 
2 
2 
2 
3 
3 
3 
4 
4 
4 
4 
5 
5 
5 
6 
6 
6 
8.  6 


3  51J 
14  4.1 
31  59.2 
49  53.3 

7  46.2 
25  37.9 
43  28.3 


1 

19 
36 
54 
12 


17.2 
4.5 

5ai 

33.9 

15.8 

29  55.7 

47  33.5 

5    9.0 

22  42.2 

40  13.0 

57  41.2 
15  6.8 
32  29.6 
49  49.6 

7    H.() 
24  20.5 

41  31.3 

58  38.9 


17.936 

0 

17.995 

1 

17.910 

2 

17.899 

3 

17.879 

4 

17.851 

5 

17.897 

6 

17.809 

7 

17.774 

8 

17.745 

9 

17.714 

10 

17.689 

11 

17.647 

12 

17.611 

13 

17.579 

14 

17.533 

15 

17.499 

16 

17.448 

17 

17.403 

18 

17.357 

19 

17.308 

20 

17.957 

21 

17.906 

22 

17.153 

23 

17.098 

24 

PBJDAY  28. 


12  38 
12  41 
12  43 
12  45 
12  47 
12  49 
12  52 
12  54 
12  56 

12  58 

13  0 


13 
13 
13 
13 
13 


3 
5 
7 
9 
II 


13  13 
13  16 
13  18 
13  20 
13  22 
13  24 
13  27 
13  29 


• 

•        1 

58.79 

S.I698 

9.77 

S.I839 

20.77 

9.1635 

31.79 

9.1839 

42.84 

9.1845 

5;l93 

S.1851 

5.06 

9.1858 

16.23 

9.1866 

27.45 

9.1875 

38.7:< 

9.1684 

50.06 

9.1864 

1.46 

t.1905 

124« 

9.1916 

24.45 

9.1996 

3a06 

9.1941 

47.74 

9.1964 

aijio 

9.1968 

ii;i5 

9.1983 

23.29 

9.1996 

35.32 

9.9013 

47.45 

9.9036 

59.68 

9.9047 

12.01 

t.9064 

24.45 

9.9061 

a  6  5^  3^9 

n.066 

7  15  43.1 

17.041 

7  32  43.8 

16.689 

7  49  40.9 

16.999 

8    6  34.4 

16.861 

8  23  24.2 

16.797 

8  40  10.1 

16.739 

8  .56  52.1 

16.616 

9  13  30.0 

16^67 

9  30    3.8 

16.598 

9  46  33.4 

16.457 

10    2  58.7 

16.3» 

10  19  19.6 

16.311 

10  a5  36.0 

16.935 

10  51  47.8 

16.157 

11    7  54.9 

16U»70 

1 1  23  ,57.3 

15.999 

11  39  .54.8 

15.917 

1 1  55  47.4 

15.635 

12  11  a5.o 

15.751 

12  27  17.5 

15J64 

12  42  .54.7 

i5.sn 

12  58  26.7 

15.466 

a  13  13  53.4 

15J09 

SATURDAY  24. 


13  31 
13  33 
13  :« 
13  38 
13  40 
13  42 
13  44 
13  47 
13  49 
13  51 
13  .5:3 
13  56 
13  58 


14 
14 
14 
14 
14 
14 
14 
14 
14 


0 

2 

5 

7 

9 

II 

14 

16 

18 


14  20 
14  2:< 
14  25 


3a99 

t.9160 

».l 

49.a5 

9.9196 

2.43 

9.9136 

15.32 

9.9159 

28;m 

9.9181 

41.49 

9.9969 

54.76 

9.9994 

ai7 

9.9946 

21.71 

9.9966 

a5a» 

9.9990 

49.19 

9.9314 

3.15 

9.9336 

1 

17.25 

9.9369 

1 

31.50 

9.9387 

1 

45JK) 

t.9411 

1 

0.44 

9.9436 

15.13 

9.9409 

29.98 

9.6486 

44.99 

9.9515 

0.16 

9.9541 

15.48 

9.9567 

30.96 

9.9594 

46.61 

9.9699 

2.42 

63649 

18.40 

9.9677 

ai 

3  29  14.6 
3  44  30.3 

3  59  40.4 

4  14  44.8 
4  29  43.4 
4  44  36.2 

4  59  23.1 

5  14  4.0 
5  28  38.8 
5  43    7.4 

5  57  29  J 

6  II  45il 
6  25  .5.5,7 
6  39  59.0 

6  53  55.8 

7  7  46.0 
7  21  29.5 
7  35    6.2 

7  48  mA 

8  1  59.2 
8  15  15..3 
8  28  24.4 
8  41  26.4 

8  54  21.3 

9  7    9.0 


5.367 
5.915 
5.191 
5.665 
4.999 


4.739 
4.631 
4.598 
4.495 
4.391 
4.616 
4.106 
4.001 
13.869 
3.781 


13.555 
X449 


13.910 

9.674 
9.855 
9.734 


138 


AUGUST,  1895. 


XI. 


OBBENWIOH  MEAN  TIME. 

THE  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 

• 

Hour. 

RigbtAaoenaioo. 

Dlfllfor 
IHlniito. 

DeoUnfttkm. 

Diftfor 
llOnQto. 

Bnir. 

BtghtAsoMiiion. 

DliCfor 
IMiBttte. 

D<wlteatton. 

DUtfor 

IMlBQto. 

sc 

rKT>Al 

r  25. 

TUESDAY  27. 

0 

h     m      • 

14  25  18.40 

• 
9.W77 

1           o       t       m 

S.19    7    9.0 

I9!734 

0 

h    »      • 
16  17  ia32 

• 
9J838 

S.2I  41  49J9 

0f 

6J98 

1 

14  27  34.54 

9.9704 

19  19  49.4 

19.619 

I 

16  19  36.39 

9.3869 

26  47  40.2 

ft.779 

2 

14  29  50.85 

9.9739 

19  32  22.4 

19.489 

2 

16  21  59JS4 

S.3864 

26  53  21.8 

5.fl6 

3 

14  32    7.33 

9.9701 

19  44  48.0 

19.365 

3 

16  24  22.76 

9.367f 

26  58  54.1 

&.460 

4 

14  34  23i)8 

9.97l« 

19  57    6M 

19.940 

4 

16  26  4(i.05 

9.3686 

27    4  16.9 

&jmf 

5 

14  36  40.79 

9.9816 

20    9  16.8 

19.114 

5 

16  29    9.39 

QnoMK 

27    9  30.2 

&.I43 

6 

14  38  57.77 

9.9644 

20  21  19.8 

11.967 

6 

16  31  32.79 

9.3904 

27  14  34.1 

4.966 

7 

14  41   14.92 

9.987d 

20  33  15.2 

11.850 

7 

16  33  56.24 

9.3919 

27  19  28.5 

4.898 

8 

14  43  32.24 

9.9909 

20  45    2.9 

11.730 

8 

16  36  19.74 

9.3990 

27  24  ia4 

4.669 

9 

14  45  49,74 

9.9931 

20  56  42.8 

11.599 

9 

16  38  43.28 

9.3997 

27  28  48.8 

4.511 

10 

14  48    7.41 

9.9950 

21    8  14.8 

11.468 

10 

16  41     6.86 

9.3039 

27  33  14.7 

4J59 

11 

14  50  25.24 

9.9967 

21  19  39.0 

11.337 

11 

16  43  30.46 

9.3936 

27  37  31.1 

4.194 

12 

14  52  43.25 

9.3016 

21  30  55.3 

11.905 

12 

16  45  54.09 

9.3940 

27  41  38.0 

44196 

13 

14  55     1.43 

9.3044 

21  42    3.6 

11.071 

13 

16  48  17.74 

9.3943 

27  45  a5.4 

xsn 

14 

14  57  19.77 

9.3071 

21  53    3.8 

10.936 

14 

16  50  41.40 

9.3945 

27  49  23.2 

3.717 

15 

14  59  38.28 

9.3099 

22    3  55.9 

10.801 

15 

16  53    5.08 

9.3946 

27  ,W     1.5 

3.556 

16 

15     1  5().96 

9.3198 

22  14  39.9 

10.664 

16 

16  55  28.76 

9.3946 

27  ,56  30.2 

3.309 

17 

15    4  15.81 

9.3156 

22  25  15.6 

10.596 

17 

16  57  52.43 

9.3945 

27  59  49.4 

3.941 

18 

15    6  34.83 

9.3183 

22  a5  43.0 

lO-lS? 

18 

17    0  16.10 

9.3943 

28    2  .59.1 

3.069 

ID 

15    8  54.01 

9.3911 

22  46    2.1 

10.949 

19 

17    2  39.75 

9.3940 

28    5  5S1.2 

fiJ99 

20 

15  11   13.36 

9.3938 

22  56  12.9 

10.110 

20 

17    5    3.:« 

9.3937 

28    8  49.8 

9.764 

21 

15  13  32.87 

9.3965 

23    6  15.3 

9jano 

21 

17    7  26.99 

9.3939 

28  11  30.9 

9.606 

22 

15  15  52.54 

9.3999 

23  16    9.3 

9.898 

22 

17    9  50.57 

9.3997 

28  14    23 

9.447 

23 

15  18  12.37 
M( 

)NDA1 

8.23  25  54.7 
i  26. 

9.686 

23 

17  12  14.11 
WEL 

9.3090 

^NESD 

&28  16  24.5 
AY  28. 

9368 

0 

15  20  32.36 

9.3344 

S.23  a5  31.6 

9.543 

0 

17  14  37.61 

9.3019 

8.28  18  37.0 

9.199 

1 

15  22  52.50 

9.3370 

23  44  59.9 

9.400 

1 

17  17    1.06 

9.3903 

28  20  40.0 

1.971 

2 

15  25  12.80 

9.3396 

23  54  19.6 

9.956 

2 

17  19  24.45 

9.3804 

28  22  :)a5 

1.813 

3 

15  27  33.26 

9.3499 

24    3  :U).6 

9.110 

3 

17  21  47.79 

9.3884 

28  24  17.6 

1.656 

4 

15  29  53.87 

9.3447 

24  12  32.8 

8.964 

4 

17  24  1 1.06 

9.3873 

28  25  52.2 

1.497 

5 

15  32  14.62 

9.3471 

24  21  26.3 

8.818 

5 

17  26  34.26 

9.3861 

28  27  17.3 

1J39 

6 

15  34  35.52 

9.3496 

24  30  1 1.0 

8.671 

6 

17  28  57.39 

9.3848 

28  28  32.9 

1.169 

7 

15  36  5(i57 

9J)519 

24  38  46.8 

8.593 

7 

17  31  20.44 

9.3833 

28  29  39.1 

I4»95 

8 

15  39  17.75 

9.3549 

24  47  13.7 

8.375 

8 

17  33  4:i:» 

9.3817 

28  30  35.9 

0.869 

9 

15  41  39.07 

9.3ri65 

24  55  31.8 

8.997 

9 

17  36    6.24 

9.3800 

28  31  23.4 

0.713 

10 

15  44    0.53 

9.3587 

25    3  40.9 

84)77 

10 

17  38  28.99 

9.3783 

28  32     1.5 

0.5S7 

11 

15  46  22.12 

9.3609 

25  11  41.0 

7.996 

11 

17  40  51.64 

9.3766 

28  32  30.2 

0.406 

12 

15  48  43.84 

9.3631 

25  19  32.0 

7.775 

12 

17  43  14.18 

9.3747 

28  32  49.5 

6.944 

13 

15  51     5.69 

9.3659 

25  27  14.0 

74194 

13 

17  45  36.60 

9.3796 

28  :«  59.5 

-04190 

14 

15  53  27.66 

9.3679 

25  34  46.9 

7.473 

14 

17  47  58.89 

9.3705 

28  :«    0.3 

4-0.064 

15 

15  .55  49.75 

9..1699 

25  42  10.7 

7.390 

15 

17  50  21.06 

9.3684 

28  32  51.8 

0.919 

16 

15  58  11.96 

9.3711 

25  49  25.3 

7.167 

16 

17  .52  43.10 

9.3661 

28  32  IU.0 

6.379 

17 

16    0  34.28 

9.3799 

25  56  ,30.7 

7.013 

17 

17  .55    4.99 

9.3636 

28  32    7.1 

6.596 

18 

16    2  56.70 

9.3746 

26    3  2a9 

6.859 

18 

17  57  26.73 

9.3611 

28  31  31.0 

6.6n 

19 

16    5  19.23 

9.3763 

26  10  13.8 

6.705 

19 

17  59  48;)2 

9.3585 

28  30  45.8 

0.830 

20 

16    7  41.86 

9.3780 

26  16  51.5 

6.551 

20 

18    2    9.75 

9.3559 

28  29  51.4 

0.989 

21 

16  10    4.59 

9.3797 

26  23  I9i) 

6.396 

21 

18    4  31.03 

9.3539 

28  28  47.9 

1.133 

22 

16  12  27.42 

9.3819 

26  2J)  39.0 

6.941 

22 

18    6  52.14 

9.3503 

28  27  a5.4- 

1.984 

23 

16  14  50.33 

9.3895 

26  a5  48.8 

6.0^5 

23 

18    9  13.07 

9.3474 

28  26  laS 

1.436 

24 

16  17  13.32 

9.3838 

8.26  41  49.2 

5.9-28 

24 

18  11  a3.83 

9.3445 

8.28  24  43.2 

1JM6 

XII. 


AUGUST,  1895. 


189 


OBBBNWIOH  MEAN  TIMB. 

THE  If  CON'S  RIOHT  ASCENSION  AND  DECLINATION. 

Hmt. 

SlcbtAM^uloB. 

Dlirfor 
1  Miaou. 

DoolhMirt— 

9 
llOnoto. 

Booi; 

IMCfor 
1  Miaou. 

DmUmUob. 

DtClto 
IMIaat*. 

THl 

7RSDJ 

lT29. 

SATURDAY  81. 

0 

18  11  33^ 

• 

t.3446 

a2l34  4SU) 

1.866 

0 

19  50  19.39 

• 
8.1978 

8.3/  30  3^4 

7j047 

1 

18  13  54.41 

9.3413 

38  33    3^ 

1.734 

1 

20    1  36.86 

8.1818 

34  23  30.3 

7J06 

9 

18  16  14.79 

^am 

38  31  15.1 

IJ08 

2 

20    8  34.00 

8.1164 

34  14  39J 

8.088 

8 

18  18  34jm 

tJ348 

38  19  17J 

8.080 

3 

20    5  40.83 

8.1111 

34    633.9 

6.166 

4 

18  20  54.97 

tJ3]S 

38  17  11.7 

8.176 

4 

20    7  47.34 

8.1667 

33  58    9.6 

6.973 

5 

18  23  14.76 

8J8B1 

38  14  56.7 

8.383 

5 

20    9  53JS2 

8.1003 

2:1  49  5ai 

0J76 

6 

18  25  34.34 

t.3M5 

38  13  32.9 

8.410 

6 

20  11  59.38 

8JM60 

S3  41  34.4 

M79 

7 

18  27  53.70 

8.3800 

28  10    0.4 

8414 

7 

20  14    4M 

841607 

33  32  52.6 

8.568 

8 

18  30  12.85 

9J173 

38    7  19Jt 

8.756 

8 

20  16  10.14 

8.0643 

33  24  14.6 

6.681 

9 

18  33  31.78 

8JI37 

38    4  29.4 

8J08 

9 

20  18  15.04 

8U»788 

23  15  30.6 

6.783 

10 

18  34  50.49 

8.3006 

38    1  31.0 

3UM5 

10 

30  30  19.63 

8.0737 

23    6  40.7 

Bjm 

11 

18  37  sm 

%J30M 

37  58  34.0 

3.167 

11 

20  33  33.88 

8UW63 

22  57  US 

6J88 

13 

18  39  37.19 

83>I8 

27  55    8Ji 

3J80 

12 

30  34  37.83 

8UM30 

22  48  4ai 

o.on 

13 

18  41  45.18 

8.9078 

37  51  44.5 

8.470 

13 

30  36  31.44 

tMn 

22  39  35.6 

0.178 

14 

18  44    3.!«3 

8.9B36 

37  48  13.1 

3.610 

14 

30  28  34.75 

8.0686 

23  30  22.4 

0.867 

15 

18  46  30.44 

8.9607 

37  44  31.3 

8.740 

15 

20  30  37.74 

8.0478 

22  21    3.6 

OJOI 

16 

18  48  37.70 

8.96S5 

37  40  43.3 

3.667 

16 

20  :{2  40.41 

8.0410 

22  11  39.1 

0.454 

17 

18  50  54.70 

8.9619 

37  36  44.8 

4.096 

17 

20  34  43.77 

8.0867 

22    2    9.1 

0.546 

18 

18  53  11.44 

9.9768 

37  32  39  J2 

4.169 

18 

20  36  44.82 

8uni6 

31  83  3:i6 

0.837 

19 

18  55  37..93 

9.9794 

27  28  25.4 

4.996 

19 

20  38  46J)6 

8.0863 

31  43  52.7 

0.797 

20 

18  57  44.13 

8.9060 

37  34    a4 

4.433 

20 

30  40  47.98 

8.0811 

31  33    64 

0.616 

31 

19    0    0.08 

9.9636 

37  19  3a4 

4.567 

21 

30  43  49.09 

8.8I80 

31  33  14.8 

0J03 

33 

19    3  15.75 

9.9560 

27  14  55.4 

4.700 

22 

30  44  49.89 

8.0100 

31  13  18.0 

0J60 

33 

19    4  31.15 

9.9643 

S.27  10    9.4 

4.633 

23 

30  46  50.39 

8J067 

a31    8  16.0 

io.on 

P] 

\i\\}Al 

r  80. 

SUNDAY 

,   SEP! 

rEMBEB  t 

i 

0 

1 

19    6  4^27 
19    9     l.ll 

8.9497 
8.9449 

S.37    5  15.4 
27    0  13.6 

5.006 

0 

30  48  50.58 

1     8.0007 

18.30  53    SJS 

1     10.109 

3 

19  11  15.66 

8.9409 

26  55    3.9 

5.996 

3 

19  13  29i^ 

9.9364 

26  49  46.5 

5.354 

4 
5 

19  15  4:i9l 
19  17  57.59 

9.9306 
9.9956 

26  44  21.4 
36  38  48.6 

5.483 
5.611 

PHASES 

OP  T] 

EE  MOON. 

t 

6 
7 

19  20  10.97 
19  22  24.06 

9.9906 
9.9156 

26  3:1    8.1 
26  27  20.1 

6.737 
6.869 

8 

19  24  36.85 

9.8106 

26  21  24.7 

5.066 

4        h 

^ 

9 

19  26  49.33 

8J0fi6 

26  15  21.8 

6.110 

( 

3  Full  Moon 

•    •  Ai 

ug.      5      1    . 
.    18      5 

51J2 

10 
11 

19  29     1.51 
19  31   13.%^ 

8.9006 
9.1066 

26    9  11.5 
26    2  5.U) 

6.939 
6.354 

i 

t  idkBi  Qiiartc 

>r.    •    • 

18.5 

13 

19  33  24.i»7 

8.1904 

25  56  29.0 

6.475 

( 

9  New  Moon 

•    •    • 

•    30      0 

55J 

13 
14 

19  ai  36.24 
19  37  47.19 

9.I0S8 
8.1700 

25  49  56.9 
35  43  17.6 

6.506 
6.713 

^ 
^ 

^  First  Qimjt4 

Br.    •    • 

.    36    17    ^ 

C3.3 

15 

19  39  57.83 
19  42    8.16 

8.1747 
9.1605 

25  36  31.3 
25  29  :^.9 

6.631 
6.046 

= 

— — 

17 

19  44  18.17 

9.1649 

25  22  37.5 

7M4 

^ 

4        h 

18 

19  46  27.87 

9.U06 

25  15  30.2 

7.178 

i 

t  A|K>gee.    • 

•    •  Ai 

ag.      7      7JS 

19 

19  48  37.25 

8.1537 

25   8  lai 

7.909 

i 

I  Perigee.    • 

•       #        e 

.    30      8.9 

30 
31 

19  50  46.31 
li»  52  55.06 

8.I4M 

A    0  ^^t% 

25    0  55.1 
24  53  27.4 

7.406 

4b    ASA 

9.1439 

7J^I7 

33 

19  55    a49 

9.1378 

24  45  .53.0 

7.696 

33 

19  57  11.60 

9.1395 

24  38  12.0 

7.738 

34 

19  59  19.39 

8.1979 

S.24  30  24.4 

7JM7 

140 


AUGUST,  1895. 


XIIL 


OIIKRNWIOH  MB  AN  TIMB. 

LUNAR  DIfiTANCRa 

• 

Name  and  Direetloo 

Noon. 

P.L. 
of 

lUh. 

P.L. 
of 

Vlh. 

P.L. 
of 

IXh. 

P.L. 
of 

1 

of  OUJect. 

DlfT. 

I>lfr 

Dur. 

DfC 

Vends 

W. 

C          »         It 

1»0  28  31 

3068 

Off 

91  56  55 

3096 

o        1       n 

93  25    9 

8105 

94  53  13 

3114 

Spica 

W. 

GO  33  58 

9885 

62    7  54 

9833 

63  41  39 

9849 

65  15  12 

9851 

Saturn 

w. 

52  18  29 

9880 

5:3  51  14 

9887 

55  23  50 

9894 

56  56  16 

9909 

Fomalhaut 

E. 

68  56  43 

3149 

67  29  24 

3158 

66    2  24 

3174 

64  35  44 

3199 

aPegasi 

E. 

90  47     1 

aoas 

89  17  56 

3085 

67  49    3 

3073 

86  20  20 

3089 

2 

Spica 

W. 

73    0  18 

9881 

74  32  49 

9896 

76    5  11 

9905 

77  37  24 

9919 

Saturn 

W. 

64  36    7 

9837 

66    7  3S> 

9944 

67  39    2 

9960 

69  10  17 

9958 

Aiitares 

W. 

27    5  47 

988] 

28  38  18 

9898 

30  10  40 

9905 

31  42  52 

9919 

roitiallifiut 

E. 

57  27  50 

3988 

56    3  25 

3319 

54  39  27 

3335 

53  15  56 

3360 

a  Pegasi 

E. 

78  59  41 

3131 

77  32    9 

3149 

76    4  50 

3153 

74  37  44 

3189 

3 

Spica 

W. 

a5  16  15 

9948 

86  47  36 

9961 

88  18  50 

9968 

89  49  56 

9983 

Saturn 

W. 

76  44  27 

9989 

78  14  54 

9995 

79  45  13 

3001 

81  15  25 

3097 

Aiitiires 

W. 

39  21  45 

9945 

40  53    7 

9951 

42  24  21 

9057 

43  55  28 

9983 

Fomalhaut 

E. 

46  2(1    2 

3509 

45    5  48 

3547 

43  46  16 

3587- 

42  27  28 

3631 

a  Pegasi 

E. 

67  25  31 

3991 

65  59  47 

3934 

64  34  18 

3947 

63    9    4 

3961 

aArietis 

E. 

108  51     9 

9909 

107  20  18 

9975 

105  49  34 

9981 

104  18  57 

9985 

4 

Spica 

W. 

97  23  38 

9991 

98  54    2 

9996 

100  24  20 

3001 

101  54  31 

3085 

Saturn 

W. 

88  44  38 

3034 

90  14    9 

3039 

91  43  3:) 

3044 

93  12  51 

3048 

An  tares 

W. 

51  29  13 

9990 

f)2  59  38 

rtnnm 

snwo 

54  29  57 

3001 

56    0    9 

3006 

a  Pegasi 

E. 

56    7  14 

3340 

54  43  49 

3358 

53  20  44 

3378 

51  58    2 

3396 

aArietis 

E. 

96  47  32 

3019 

95  17  34 

3018 

93  47  43 

3099 

92  17  58 

3096 

5 

Saturn 

W. 

100  37  54 

3079 

102    6  38 

3077 

103  35  16 

3081 

105    3  49 

3086 

Aiitarea 

W. 

63  29  47 

3097 

64  59  26 

3030 

66  29     1 

3034 

67  58  31 

3038 

aArietis 

E. 

84  50  :^ 

3049 

8:^  21  23 

3059 

81  52  15 

3066 

80  23  12 

3060 

Aldebaran 

E. 

1 15  57  30 

3119 

114  29  44 

3191 

113    2    0 

3193 

111  34  18 

3195 

6 

Antares 

W. 

75  25    0 

3053 

76  54    7 

3056 

78  23  10 

3059 

79  52  10 

3009 

a  Arietis 

E. 

72  59    6 

3078 

71  30  29 

3080 

70    1  55 

3083 

68  33  25 

3087 

Aldeburuii 

E. 

104  16  22 

3133 

102  48  53 

3135 

101  21  26 

3138 

99  54    2 

3138 

7 

Antares 

W. 

87  16  .35 

3009 

88  45  22 

3070 

90  14    8 

3071 

91  42  53 

3079 

n  Aqnilm 

W. 

45    6  33 

4993 

46    4  29 

4839 

47    3  39 

4748 

48    3  58 

4671 

a  Arietis 

E. 

61   11  44 

3098 

59  43  :32 

3101 

58  15  2;) 

3101 

56  47  15 

3104 

Aldebaran 

E. 

92  37  25 

3145 

91   10  10 

3146 

89  42  56 

3148 

88  15  44 

3148 

8 

Antares 

W; 

99    6  31 

3079 

100  a5  15 

3070 

102    4    1 

3069 

103  32  48 

3068 

a  Aqnilto 

W. 

53  20  28 

4366 

54  26  20 

4317 

55  32  57 

4973 

56  40  15 

4931 

1 

a  Arietis 

E. 

49  27    6 

3110 

47  59    9 

3111 

4(i  31  13 

3119 

45    3  Id 

3113 

Aldebaran 

E. 

80  59  51 

3150 

79  32  42 

3149 

78    5  32 

3149 

76  38  22 

3149 

9 

a  Aqnilte 

W. 

62  25  52 

4058 

63  36  35 

4098 

64  47  47 

4009 

65  59  25 

3975 

roinullinut 

W. 

34  37    6 

4006 

35  48  40 

3937 

37     1  22 

3875 

38  15    7 

3818 

Aldebaran 

E. 

69  22  22 

3144 

67  55    6 

3143 

66  27  49 

3149 

65    0  30 

3141 

10 

a  AqnilfB 

W. 

72    3  37 

3865 

73  17  32 

3846 

74  31  47 

3898 

75  46  20 

3810 

Foinalbant 

W. 

44  37    4 

3598 

45  55  40 

3565 

47  14  5:) 

3539 

48  34  42 

3501 

Aldebaran 

E, 

57  43  26 

3131 

56  15  54 

3199 

54  48  20 

3197 

53  20  43 

3195 

Sun 

E. 

126  26    9 

3389 

125    3  40 

3383 

123  41    4 

3376 

122  18  20 

3368 

XIV. 


AUGUST,  1895. 


141 


OBEENWIOH  MEAN  TIME. 


LUMAB  DISTAirCES. 


1^ 


1 


3 


6 


8 


9 


10 


If Mi«  Mi4  IMwcM— 
•rObjMC 


VBffOS  W. 

8|iiea  W. 

Sati/rh  W. 

Fomnlhaiit  E  • 

a  PegaM  E . 

Spica  W. 

SATumi  W. 

Aotares  W. 

Fotmilhaiit  E  • 

a  Pegvsi  E  • 

Spica  W. 

Saturit  W. 

Autarea  W. 

Fomnlliaiit  E . 

a  Pegasi  E  • 

CI  Anetia  E  • 

Spica  W. 

SAToaif  W. 

Aourea  W. 

aPenai  E. 

aAnetb  .E. 

Satorm  W. 

Antarea  W. 

oAriatia  E. 

AlclabarmB  E  • 

Antarea  W. 

a  Arieda  E  • 

Aldebaran  E . 

AiiCaraa  W. 

a  Aqiiils  W. 

a  Arietia  E  • 

Alclalmran  E . 

Antarea  W. 

CI  Aquibs  W. 

a  Ariotia  E. 

Aldebaran  E  • 

o  Ac|uil«  W. 

Fonuilliaat  W. 

Ahlelmraii  E  • 

a  Aquibs  W. 

Fomaliiaut  W. 

Aklebaran  E . 

Sum  E. 


Midnight. 


9^91  S 

66  48  34 
58  28  32 
63  9  25 
84  51  49 

79  927 
70  41  23 
33  14  56 
51  52  54 
73  10  50 

91  20  55 
82  45  29 
45  26  27 
41  9  27 
61  44  7 

102  48  26 

103  24  37 
94  42  4 
57  30  16 
50  a5  43 
90  48  18 

106  32  17 
69  2Z.57 
78  54  14 

110    6  39 

81  21    8 

67  4  59 
98  26  39 

93  II  37 
49  5  22 
55  19  10 
86  48  32 


P.L, 
of 

Diff. 


91» 
909 


9091 

9919 
9964 
9919 


3174 


9013 


3078 
3976 


9010 
9063 
9009 

9490 
9931 


3049 
3066 
3196 


3140 

3079 
4600 

3106 
3146 


XVfc. 


105    1  37 

3066 

57  48  12 

4199 

43a'i24 

3114 

75  11  12 

3146 

67  11  29 

3961 

39  29  51 

3767 

63  33  10 

3139 

77    1  12 

3793 

49  55    5 

3479 

51  53    4 

3193 

120  55  27 

3360 

97  48  49 
68  21  45 

60  039 

61  43  27 

83  23  29 

80  41  22 

72  12  21 
34  46  51 
50  30  22 
71  44  JO 

92  51  46 

84  15  26 
46  57  19 

39  52  17 
60  19  27 

101  18    3 

104  54  37 
96  11  11 
59    0  17 

49  13  49 
89  18  44 

108    0  40 
.  70  57  18 

77  25  21 
108  39    1 

82  50  3 
65  36  36 
96  59  18 

94  40  21 

50  7  47 
53  51     7 

85  21  21 

106  30  28 
58  56  46 
42    7  31 

73  44     1 

68  23  57 

40  45  28 

62  5  48 

78  16  21 

51  16  0 
50  25  22 

119  32  25 


P.L. 

•r 

due: 


3199 

9867 
99J6 


3101 


9070 


3414 
3166 

9975 
3018 
9974 
3731 


9997 
3015 


9014 
9443 


9044 
9068 

9199 

9066 
9091 
9149 

9073 
4635 

3166 
3149 


4164 
3114 
3148 

3997 
9719 
3197 

97n 
9446 
9199 


xvnifc. 


ff 


99  16  2:^ 
69  54  46 
61  32  37 
60  17  52 
81  55  21 


82  13  8 
73  43  1 1 
18  37 
8  21 


36 
49 


70  17  43 


94  22  30 

er>  45  17 
48  28  4 
38  36  3 
58  55  4 
99  47  46 

106  24  31 
97  40  II 
60  30  12 

47  52  21 

87  49  16 

109  28  59 
72  26  36 
75  56  :« 

107  II  26 

84  18  56 
64  8  16 

95  31  59 

96  9  4 

51  II  8 

52  23  5 
83  54  II 

107  59  21 
60  5  54i 
40  39  39 
72  16  49 

69  36  49 
42  I  55 
60  38  23 

79  31  47 
52  37  25 

48  57  39 
118  9  14 


F.L. 

of 

Die 


9198 
9875 
9964 

3947 
3111 


9977 


9AAA 

3197 
9981 


3789 


3019 
3064 

3018 


3006 

3047 
3071 
3130 

3067 
3004 
3143 

3073 
4474 
3108 
3149 

3069 

4199 
3115 
3147 

3667 
3676 
3135 

3769 
3490 
3190 
3344 


XXlh 


100  43  47 
71  27  37 
($:)  4  26 

58  52  39 
80  27  25 

83  44  46 
75  13  5.3 
37  50  15 
47  46  54 
68  51  30 

95  53  7 
87  15  1 

49  58  42 
37  20  49 
57  30  59 

98  17  36 

107  54  20 

99  9  5 
m    0    2 

46  31  21 
86  19  53 

no  57  13 

73  55  50 

74  27  47 
105  43  5:) 

a5  47  46 
62  39  59 
94  4  41 

97  37  47 
52  15  23 

50  55  5 
82  27  I 

109  28  17 
61  15  38 
3i»  II  48 
70  49  36 

70  50  2 
43  19  8 

59  10  56 

80  47  29 
5:{  59  19 

47  29  54 
116  '15  53 


F.L. 

of 

Diir. 


3144 


9930 
3968 
3191 


99» 
9099 
3475 


3853 


3007 

3093 
3068 

3099 
3496 


3161 
3061 
3074 
3139 

3068 

3096 
3144 

3079 
4418 
3109 
3149 

3060 

4087 
3116 
3146 

3K85 
3K35 
3133 

3747 
3306 
3119 


142 


AUGUST,  1895. 


XV. 


OBEENWIOH  MEAK  TIMB. 

LUKAB  DISTANCES. 

• 

11 

11 

Kanio  and  DIreoUoa 
of  Objoci. 

Noon. 

P.L. 
•f 

Diff. 

lllh. 

P.L. 
«f 

Dur. 

Vlh. 

P.  L. 
of 

Diff. 

IXb. 

P.L. 

of 

Diff. 

a  Aquilie 

Fomalhaut 

Aldelmrau 

Pollux 

Sun 

W. 
W. 
E. 
E. 
E. 

O            t         41 

82    326 
55  21  41 
46    2    7 
88  17    9 
115  22  22 

3739 
3379 
3118 
8960 
3395 

8^  19  38 
56  44  30 
44  34  19 
86  46  17 
113  58  40 

3719 
3349 
3118 
9059 
3315 

8l36    &' 
58    7  45 
43    6  31 
85  15  13 
112  34  46 

3706 
3396 
3118 
9950 
3306 

85  52  46 
59  31  26 
41  38  4:) 
8:)  43  58 
111  10  41 

3683 

3306 
3119 
9940 
3994 

12 

*a  Aquiln 
Fomalhaut 
a  Pegnsi 
Pollux 
Sun 

W. 
W. 
W. 
E. 
E. 

92  19  19 
66  35  54 
44  51  31 
76    4  27 
104    6  57 

3638 

3904 
3359 
9887 
3936 

93  37  12 
68     1  58 
46  14  34 
74  31  51 
102  41  30 

3699 
3186 
3394 
9874 
3999 

94  55  15 
69  28  24 
47  38  18 
72  58  59 
101  15  47 

3690 
3167 
3980 
9869 
3909 

96  13  28 

70  55  13 
49    2  42 

71  25  51 

99  49  48 

3611 
3148 
3957 
9849 
3194 

13 

Fomalhaut 
a  Pegasi 
Polhix 
Sun 

W. 
W. 
E. 
E. 

78  14  49 
56  13  51 
63  35  57 
92  35  3;) 

3058 
3111 
9781 
3119 

79  43  50 
57  41  47 
62    1    4 
91    7  47 

3040 
3084 
9786 
3103 

81  13  13 

59  10  16 

60  25  51 
89  39  41 

3099 

3050 
9751 
3087 

82  42  58 
60  39  16 
58  50  19 
88  11  15 

3005 
3034 
9735 
3009 

14 

Fomalhaut 

aPegaai 

Pollux 

JUPITBR 

Sun 

W. 
W. 
E. 
E. 
E. 

90  17    7 
68  11  55 
50  47  23 
55    6  14 
80  43  46 

9990 
99M 
9655 
9739 
9981 

91  49    1 
69  43  56 
49    9  42 
53  30  16 
79  13  10 

9909 

9891 
9638 
9715 
9909 

93  21  17 
71  16  26 
47  31  39 
51  53  56 
77  42  10 

9886 
9869 
9891 
9098 
9944 

94  53  54 
72  49  25 
45  53  13 
50  17  13 
76  10  47 

9870 
9847 
9604 
9680 
9994 

15 

aPegaai 
aArietis 
Pollux 
Jupiter 

Sun 

W. 
W. 
E. 
E. 
E. 

80  41  tM 
37  4:1  55 
37  a5    5 
42    7  45 
68  27  41 

9741 
9561 
9517 
9599 
9897 

82  17    7 

39  23  43 
35  54  15 

40  28  40 
66  53  48 

9790 
9539 
9499 
9575 
9808 

83  53  20 
41     4    2 
34  13    1 
38  49  11 
65  19  30 

9700 
9517 
9489 
9559 
9788 

a5  30    0 
42  44  52 
32  31  23 
37    9  19 
63  44  46 

9681 
9495 
9465 
9541 
9767 

16 

a  Pegaai 
a  Arietis 
Sun 

W. 
W. 
E. 

93  39  46 
51  16  29 
55  44  28 

9588 
9391 
9668 

95  18  57 

53  0  16 

54  7    5 

9571 
9371 
9649 

96  58  32 
54  44  32 
52  29  16 

9555 

9359 
9699 

98  38  29 
56  29  16 
50  51     1 

9539 
9610 

17 

a  Arietia 
Arldebaran 

Sun 

W. 
W. 

E. 

65  19  49 
35    2  40 
42  33  15 

9941 
9445 
9518 

67    7  15 
36  45  11 
40  52  27 

9994 

.  9411 
9500 

68  55    7 

38  28  30 

39  11   14 

9906 

9379 
9483 

70  43  23 
40  12  35 
37  29  37 

9191 
9348 
9467 

18 

o  Arietta 

Aldebaran 

Sun 

W. 
W. 
E. 

79  50  37 
49    2  58 
28  55  57 

9118 
9998 
9399 

81  41    9 
50  50  44 
27  12  11 

9105 
9908 
9379 

8332    1 
52  39    0 
25  28    6 

9099 

9190 
9367 

85  23  12 
54  27  43 
23  43  44 

9080 
9173 
9357 

21 

Sun 

Saturn 

Antares 

W. 
E. 
E. 

13  40    2 
50  36    9 
86  31    0 

9987 
9048 
1988 

15  26  21 
48  43  50 
84  36  58 

9987 
9057 
1967 

17  12  39 
46  51  44 
8243    4 

9990 
9065 
1993 

18  58  53 
44  59  51 
80  49  18 

9995 

9075 
1090 

22 

Sun 

Saturn 

Aiitares 

W. 
E. 
E. 

27  47  48 
35  44  58 
71  23  20 

9334 

9145 
9041 

29  32  58 
33  55    8 
69  30  50 

9344 
9164 
9059 

31  17  53 

32  5  46 
67  38  36 

9355 
9184 
9063 

33    2  32 
90  16  55 
65  46  40 

9368 
9908 

9074 

23 

Sun 

Antares 

aAquil« 

W. 
E. 
E. 

41  41    9 

56  31  40 

107  27    9 

9438 
9140 
99n 

43  23  52 

54  41  42 

105  56  27 

9459 
9155 
9976 

45    6  13 

52  52    6 

104  25  44 

9467 
9160 
9977 

46  48  12 

51    2  52 

102  55    3 

9484 
9184 
9981 

XVL 


AUGUST,  1895. 


143 


OBEBU  WIOH  MEAN  TIMB. 

LUNAR  DISTANCES. 

11 

Hmbo  *a4  DIroetioD 
•fOIJoot. 

Midnight. 

P.L. 

of 

Dlff. 

XV^ 

P.L. 
of 

Dlff. 

XVI|1«»- 

P.L. 

of 
Dlff. 

xxn». 

P.L. 

of 
Diff. 

CI  Aqiiibe 

W. 

Sf    9' 46' 

9681 

8^96  47 

3670 

89  44    6 

3659 

9f    l'  3f 

9649 

Fomiilluiiit 

W. 

60  55  32 

3994 

6290    9 

3964 

&i  44  56 

3944 

65  10  13 

9994 

AlclebariD 

E. 

40  10  56 

3190 

38  43  11 

3194 

37  15  30 

3198 

a5  47  54 

3133 

Pollux 

E. 

89  19  30 

9RI1 

80  40  50 

9990 

79    8  56 

9900 

77  36  49 

9806 

Son 

E. 

• 

100  46  93 

390 

108  91  59 

3979 

106  57    8 

3960 

105  32  10 

3947 

19 

o  Aqiiilie 

W. 

97  31  50 

3004 

96  50  90 

3598 

100    8  57 

3501 

101  27  41 

3586 

Fomalhaut 

W. 

79  99  94 

3130 

73  49  57 

3111 

75  17  Sii 

3094 

76  46  10 

3076 

dPensi 

w. 

50  97  44 

3995 

51  53  93 

3195 

53  19  38 

3166 

54  46  28 

3138 

Pollux 

E. 

69  59  97 

9630 

68  18  46 

9883 

66  44  48 

9809 

65  10  32 

9705 

Son 

E. 

98  23  39 

3180 

96  56  59 

3166 

95  30    9 

3150 

94    3    0 

3135 

13 

Fomalhaut 

W. 

84  13    4 

9000 

a5  43  39 

9970 

87  14  99 

9053 

88  45  34 

9936 

oPofaai 

W. 

69    8  47 

3000 

63  38  49 

9985 

65    9  91 

9961 

66  40  23 

9937 

Pollux 

E. 

57  14  96 

9790 

55  38  13 

9704 

54     1  38 

9688 

52  24  42 

9671 

Soil 

E. 

86  49  98 

3069 

en  13  90 

9035 

83  43  51 

3018 

82  14    0 

9990 

14 

Fomalhaut 

W. 

96  96  51 

9864 

98    0    9 

9838 

99  33  47 

9893 

101    7  45 

9808 

aPenai 

W. 

74  29  59 

9895 

75  56  48 

9804 

77  31  11 

9789 

79    6    2 

9761 

Pollux 

E. 

44  14  93 

9586 

49  35    9 

9580 

40  55  32 

9669 

39  15  31 

9534 

JOPITXR 

E. 

48  40    6 

9663 

47    9  36 

9646 

45  94  43 

9698 

43  46  26 

9610 

Son 

E. 

74  38  59 

9906 

73    6  47 

9886 

71  34  10 

9866 

70    1    8 

9847 

15 

a  Pepsi 
a  Anelia 

W. 

87    7    6 

9001 

88  44  38 

9649 

90  99  36 

9694 

92    0  59 

9606 

W. 

44  96  19 

9474 

46    8    9 

9453 

47  50  92 

9439 

49  3:1  II 

9419 

Pollux 

E. 

30  49  90 

9448 

29    6  53 

9431 

97  94    3 

9415 

25  40  50 

9400 

JoFiTxm 

E. 

35  99    3 

9895 

33  48  24 

9506 

39    7  99 

9499 

30  25  57 

9476 

Son 

E. 

69    935 

9747 

60  33  58 

9797 

58  57  54 

9707 

57  21  24 

9088 

16 

aPe|^ 
aAnetia 

W. 

100  18  48 

9594 

101  59  28 

9510 

103  40  28 

9496 

105  21  47 

9489 

W. 

58  14  98 

9313 

60    0    8 

9995 

61  46  15 

99n 

6:^  32  49 

9950 

Son 

E. 

49  19  19 

9581 

47  33  11 

9579 

45  .53  38 

9563 

44  13  39 

9535 

17 

cr  Arietia 

W. 

7939    4 

9176 

74  91    8 

9160 

76  10  36 

9145 

78    0  28 

9139 

Aldebaran 

W. 

41  57  94 

9391 

43  49  53 

9995 

45  99    0 

9970 

47  15  43 

9940 

Son 

E. 

35  47  37 

9450 

34    5  14 

9436 

39  92  30 

9490 

30  39  24 

9405 

18 

a  Arietia* 

W. 

87  14  49 

9000 

89    699 

9069 

90  58  31 

9060 

92  50  48 

9041 

Aldebaran 

W. 

56  16  51 

9157 

58    693 

9149 

59  56  18 

9199 

61  46  33 

9116 

Son 

E. 

91  59    7 

9346 

90  14  15 

9337 

18  29    9 

9398 

16  43  51 

9399 

91 

• 
Son 

W. 

20  45    0 

9301 

99  30  58 

9307 

94  16  47 

9315 

26    2  24 

9394 

Satorn 

E, 

43    8  14 

9086 

41  16  54 

9009 

39  95  5:1 

9113 

37  35  14 

9198 

Antarea 

E. 

78  55  42 

9007 

77    9  18 

9014 

75    9    5 

9099 

73  16    5 

9039 

93 

Son 

W. 

34  46  53 

9380 

36  30  56 

9004 

38  14  40 

9407 

39  58    5 

9499 

Satvkn 

E. 

28  98  40 

9935 

26  41     4 

9965 

94  54  13 

8300 

23    8  13 

9340 

Aotorea 

E. 

63  55    1 

9086 

69    3  41 

9009 

60  19  40 

9113 

58  22    0 

9196  ' 

93 

Son 

W. 

48  99  48 

9500 

50  11     1 

9517 

51  51  50 

9534 

53  32  16 

9559 

Antarea 

E. 

49  14     1 

990O 

47  95  34 

9916 

45  37  30 

9933 

43  49  51 

9949 

aAqulto 

E. 

101  94  96 

9006 

99  53  56 

9993 

96  23  35 

3009 

96  53  25 

3014 

144 


AUGUST,  1895. 


XVI L 


GItBBNWICH  MEAN  TIME. 

• 

LUHAR  DI8TAHCE8. 

• 

4*  XI 

F.Js. 

P.I.. 

P.L. 

P.I.. 

d4 

VMM  Mid  Dliwjrf 

Noon. 

of 
Diff. 

n^ 

of 

VIk. 

of 
Diff. 

ix»». 

of 

Diir. 

Soff 

W. 

o          *        ** 

55  12  17 

S570 

O         0        ft 

56  51  53 

9688 

5l3l'    5 

9006 

60    9  52 

9694 

Ham 

W. 

39  42  54 

t4« 

41  24  56 

9489 

43    634 

9600 

44  47  47 

9610 

Antares 

E. 

42    236 

tMS 

40  15  46 

9981 

38  29  21 

9100 

36  43  21 

9317 

a  Aquikb 

E. 

U5  23  29 

30» 

93  53  48 

3039 

92  24  23 

^^99^ 

90  55  17 

3071 

25 

Scii 

W. 

68  17  29 

9718 

69  53  45 

9737 

71  29  36 

9766 

73    5    2 

9775 

MAKt 

W. 

53    7  32 

96J0 

54  46  14 

9099 

56  24  30 

9647 

58    2  21 

9Ko 

Vehos 

W. 

36  20  58 

9475 

38    2  47 

9490 

39  44  14 

9506 

41  25  20 

9690 

a  AquikD 

E. 

83  35  22 

zin 

82    8  40 

3196 

80  42  26 

3991 

79  16  42 

3948 

26 

Bun 

W. 

80  56    4 

9667 

8229    5 

9886 

84     1  42 

9903 

85  33  57 

9991 

Mars 

W. 

66    5  32 

S7S6 

67  40  58 

9773 

69  16     1 

9791 

70  50  41 

9808 

\kVV9 

W. 

49  45  40 

f9«5 

51  24  42 

9610 

53    3  23 

9K6 

54  41  44 

9640 

Spica 

W. 

31  33  30 

tM6 

33  13  39 

9663 

34  53  25 

9679 

36  32  49 

9506 

CI  Aquibs 

E. 

72  16  18 

xm 

70  54    0 

3434 

69  32  22 

3470 

68  11  24 

3607 

Fomalbaiit 

E. 

96    634 

9818 

94  32  29 

9839 

92  58  43 

9848 

91  25  18 

9864 

27 

Soif 

W. 

93    9  39 

atoe 

94  39  44 

3093 

96    9  28 

9039 

97  38  53 

3065 

Vsprut 

W. 

62  48  36 

9710 

64  25    2 

9794 

66     1  10 

9737 

67  37     1 

9750 

Spica 

W. 

44  44  20 

9874 

46  21  35 

96t)0 

47  58  30 

9703 

49  a*)    6 

9718 

Saturn 

W. 

35    3  26 

9777 

36  38  24 

9786 

38  13  10 

9796 

39  47  43 

9807 

a  Aquilie 

E. 

61  37  :« 

3793 

60  21  10 

3773 

59    5  40 

3896 

57  51     4 

3881 

FoniaJhnut 

E. 

83  43  26 

9948 

82  12    8 

9966 

80  41  11 

9983 

79  10  37 

3000 

aPegam 

E. 

105  48  40 

9919 

104  16  45 

9931 

102  45    5 

9949 

101  13  40 

9964 

28 

Soil 

W. 

105    1   14 

3199 

106  28  49 

3143 

107  56    7 

3166 

109  23    9 

9108 

Vesos 

W, 

75  32    6 

9611 

77    6  20 

9891 

78  40  20 

^9833 

80  14    5 

9843 

Bpica 

W. 

57  3:}  23 

978S 

59    8  10 

9798 

60  42  40 

9611 

62  16  54 

9893 

Batoeit 

W. 

47  37     1 

9860 

49  10  11 

9870 

50  43    8 

9681 

52  15  51 

9899 

a  AqiiikD 

E. 

51  53    7 

4919 

50  44  52 

4999 

49  37  52 

4377 

48  32  10 

4468 

FoiiialhaiU 

E. 

71  43  15 

3001 

70  14  54 

3110 

68  46  57 

3199 

67  19  23 

3148 

aPegaii 

£. 

93  40  21 

3016 

92  10  27 

3097 

90  40  48 

3030 

89  11  24 

3069 

29 

Soif 

W. 

116  34  34 

3999 

118    0    9 

3941 

119  25  30 

3961 

120  50  39 

9961 

Venue 

W. 

87  59  35 

9601 

89  32    5 

9901 

91     4  23 

9909 

92  36  31 

9917 

Bpiem 

W. 

70    4  17 

9678 

71  37    4 

9880 

r3    9  37 

9896 

74  41  58 

9909 

Batuen 

W. 

59  56    8 

9949 

61  27  34 

9950 

62  58  49 

9960 

64  29  52 

9969 

AntMfefl 

W. 

24    9  47 

9879 

25  42  33 

9880 

27  15    6 

9899 

28  47  26 

9908 

Poiniilhiiiit 

E. 

60    7  32 

3953 

58  42  26 

3976 

57  17  46 

3999 

55  53  a3 

3394 

aPefaai 

E. 

81  48  11 

3114 

80  20  18 

3196 

78  52  :» 

3138 

77  25  15 

8160 

SO 

Bpica 

W. 

82  20  49 

9960 

83  52    4 

9968 

85  23    9 

9966 

86  54    5 

9973 

Batuen 

W. 

72    2  29 

3000 

73  32  31 

3016 

75    2  24 

3093 

76  32    8 

3030 

AutnreE 

W. 

36  26  19 

9960 

37  57  M 

9968 

^  39  28  39 

9966 

40  59  35 

9979 

Foiiialhaut 

E. 

48  59  5SI 

3464 

47  38  55 

3496 

46  18  29 

3634 

44  58  42 

3571 

aPegasi 

E. 

70  12    2 

3914 

68  46    9 

3997 

67  20  32 

3940 

65  55  10 

3954 

31 

Bpica 

W. 

94  26  39 

3003 

95  56  48 

3009 

97  26  50 

3014 

98  56  45 

3018 

Batuen 

W. 

83  58  49 

3060 

85  27  47 

3066 

86  56  39 

3070 

88  25  25 

3076 

An  tares 

W. 

48  32  13 

3003 

50    2  22 

3008 

51  32  25 

3014 

53    2  21 

3018 

CI  Pe^^asi 

E. 

58  52  31 

3397 

57  28  51 

3346 

56    5  31 

3309 

54  42  31 

3379 

aArieda 

E. 

99  44  15 

3094 

98  14  32 

3030 

96  44  56 

9084 

95  15  26 

3039 

xvin. 


AUGUST,  1896. 


145 


GBBBNWIOH  iSEAS  TIME. 

LUNAR  DI8TANCE8. 

• 

u 

P.L. 

• 

P.L. 

P.I*. 

P.L. 

Van*  MdDiwoiw 

MidDigfau 

DiC 

• 

or 

DUL 

XVlUh. 

of 

XXIh. 

•r 

34 

8uif 

W. 

af  i&  ll 

MO 

6^36  l7 

9668 

65    3  42 

8661 

O           f         H 

m  40  48 

8889 

Mars 

W. 

46  28  34 

S537 

48    8  56 

8566 

49  48  53 

8673 

51  28  25 

9691 

Aiitmres 

E. 

34  57  46 

8336 

33  12  37 

8369 

31  27  53 

8370 

29  43  35 

9397 

ciAqute 

E. 

89  26  32 

3066 

87  58    8 

8106 

86  30    8 

3196 

85    232 

3149 

35 

Suit 

W, 

74  40    3 

9m 

76  14  40 

8619 

77  48  52 

8631 

79  22  40 

9848 

Maes 

W. 

59  39  48 

6664 

61  16  50 

8701 

62  53  28 

8719 

64  29  42 

9738 

Vknos 

W. 

43    6    6 

95» 

44  46  31 

8650 

46  26  35 

8566 

48    6  18 

8580 

o  Aquil« 

E. 

77  51  30 

6876 

76  26  50 

3306 

75    2  44 

73  39  13 

3301 

26 

Suit 

W. 

87    5  49 

6936 

88  37  19 

9966 

90    8  27 

8973 

91  39  14 

8899 

Mam 

W. 

72  24  58 

8686 

73  58  5S 

9849 

75  32  27 

9859 

77    5  ;J9 

9876 

VBiicri 

W. 

56  19  45 

8664 

57  57  27 

9669 

59  34  49 

9663 

61   II  52 

8697 

Spica 

W. 

38  II  50 

8611 

39  50  30 

9677 

41  28  48 

9643 

43    6  44 

8668 

CI  Aqiii1» 

E. 

66  51     8 

3646 

65  31  35 

3687 

64  12  47 

3631 

62  54  46 

3676 

Fomalbaut 

E. 

89  52  13 

8660 

88  19  29 

8698 

86  47    7 

8914 

85  15    6 

8931 

27 

Soif 

W. 

99    758 

3670 

100  36  44 

3066 

102    5  12 

3100 

103  33  22 

3114 

Venos 

W. 

69  12  34 

V70 

70  47  51 

9776 

72  22  52 

8787 

73  .57  37 

9799 

Bpica 

W. 

51  11  22 

8736 

52  47  19 

9746 

54  22  58 

9760 

55  58  19 

9778 

SATOKIf 

W. 

41  22    2 

8618 

42  56    7 

8696 

44  29  59 

9638 

46    3  37 

9849 

CI  Aquils 

E. 

56  37  25 

3039 

55  24  45 

4609 

54  13    7 

4067 

53    2  3:) 

4137 

Foinalhaut 

E. 

77  40  24 

3018 

76  10  33 

3096 

74  41     5 

3064 

73  11  59 

3079 

oPegasi 

£. 

99  42  30 

8906 

98  11  35 

9978 

96  40  55 

9999 

95  10  30 

3903 

28 

Sun 

W, 

110  49  56 

3186 

112  16  27 

3183 

113  42  44 

3906 

115    8  46 

3818 

Vbnijs 

W. 

81  47  37 

8664 

83  20  55 

9863 

84  54     1 

9673 

86  26  54 

8663 

8|»ica 

W. 

63  50  52 

8636 

65  24  35 

9646 

66  58    3 

8667 

68  31   17 

8668 

Saturh 

W. 

53  48  20 

8909 

55  20  36 

9919 

56  52  39 

8999 

58  24  30 

9939 

CI  Aquilie 

E. 

47  27  50 

4667 

46  24  57 

4673 

45  23  35 

4769 

44  23  50 

4913 

Fomalbaut 

£. 

65  52  12 

3168 

64  25  25 

3166 

62  59    2 

3909 

61  33    4 

3831 

aPegasi 

£. 

87  42  15 

3064 

86  13  21 

3on 

84  44  43 

3969 

83  16  20 

3101 

39 

895 

W. 

122  15  36 

3871 

123  40  21 

3681 

125    4  55 

3990 

126  29  18 

3908 

Vcifoi 

W. 

94    8  28 

8994 

95  40  16 

9939 

97  1 1  54 

9839 

98  43  23 

9946 

8pica 

W. 

76  14    6 

8917 

77  46    3 

9996 

79  17  49 

9936 

80  49  24 

9949 

8ATtTIUf 

W. 

66    0  44 

89n 

67  31  26 

9966 

69     1  57 

9993 

70  32  18 

3001 

Antarea 

W. 

30  19  35 

8916 

31  51  33 

9986 

33  23  19 

9936 

34  54  54 

9949 

Fomalbaut 

E. 

54  29  49 

3949 

53    6  34 

3376 

51  43  50 

3404 

50  21  38 

3433 

aPegati 

E. 

75  58    6 

3163 

74  31  12 

3176 

73    4  34 

3188 

71  38  10 

3901 

30 

8pica 

W, 

88  24  52 

8979 

89  55  31 

9966 

91  26    1 

8999 

92  56  34 

9989 

8AT0Alf 

W. 

78    1  44 

3637 

79  31  11 

3043 

81     0  31 

3048 

82  29  44 

3966 

Aotarea 

W. 

42  30  23 

8979 

44     1    2 

9966 

45  31  33 

9991 

47     1  57 

9687 

Fomalbaut 

E. 

43  39  3^ 

3619 

42  21  15 

3667 

41     3  42 

3706 

39  47    0 

3766 

aPegasi 

E. 

64  30    5 

3868 

63    5  16 

3669 

61  40  44 

3997 

60  16  29 

3318 

31 

8pica 

W, 

100  26  35 

3083 

101  56  19 

3987 

103  25  58 

3039 

104  55  31 

3036 

8AT0IUf 

W. 

89  54    5 

3060 

91  22  39 

3994 

92  51     8 

30M 

94  19  31 

3089 

Antarea 

W. 

54  32  12 

3099 

56     1  57 

9097 

57  31  36 

9031 

59     1   10 

3094 

aPegad 
aAnetM 

E. 

53  19  51 

3399 

51  57  33 

3416 

50  35  37 

3439 

49  14    5 

9469 

E. 

9346    3 

3043 

92  16  43 

3046 

90  47  30 

3060 

89  18  22 

3666 

10 


146 


SEPTEMBER,  1895. 


AT  OREENWIOH  APPAEENT  NOON. 


t 


SUN. 

Mod. 

Taes. 

Wed. 
Thar. 
Frid. 

Sat. 

8UK. 

Mod. 

Tnes. 
Wed. 
Thur. 

Frid. 
Sat. 

SUN. 

Moo. 
Taes. 
Wed. 

Thar. 
Frid. 
Sat. 

SUN. 

Moo. 

Tues. 

Wed. 
Thar. 
Frid. 

Sat. 

SUN. 

Mod. 

Taes. 


I 
I 

o 

I 


1 

2 
3 

4 
5 
6 

7 
8 
9 

10 
11 
12 

• 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 

31 


THE  suira 


AppArent 
Bight 


k     m 1 

10  41  32.38 
10  45  9.86 
10  48  47.05 

10  52  23.98 
10  56    0.66 

10  59  37.12 

11  3  13.38 
11  6  49.45 
11  10  25.37 

11  14  1.15 
11  17  36.81 
11  21  12.37 

11  24  47.85 
11  28  23.28 
11  31  58.65 

11  35  34.01 
11  39  9.36 
11  42  44.71 

11  46  20.09 
11  49  55.51 
11  53  31.00 

11  57    6.56 

12  0  42.21 
12    4  17.98 

12  7  53.88 
12  11  29.93 
12  15    6.15 

12  18  42.56 
12  22  19.19 
12  25  56.05 

12  29  33.16 


DUE  for 
IHonr. 


• 
9.068 

9.056 

9.044 

9.034 
9.024 
9.015 

9.007 
9.000 
8.994 

8.989 
8.984 
8.980 

8.977 
8.975 
8.974 

8.973 
8,973 
8.974 

8.975 
8.977 
8.980 

8.984 
8.988 
8.993 

8.999 
9.006 
9.013 

9.022 
9.031 
9.041 

9.052 


AppArant 
OediiiftlioB. 


N. 


o 

8 


17 


13.6 


7  55  23.3 
7  33  25.4 

7  11  20.2 
6  49  8.0 
6  26  49.0 

6  4  23.6 
5  41  52.1 
5  19  14.7 

4  56  31.8 
4  33  43.6 
4  10  50.7 

3  47  53.2 
3  24  51.4 
3  1  45.8 

2  38  36.7 
2  15  24.4 
1  52  9.3 

1  28  51.8 
1  5  32.2 
0  42  10.9 

N.  0  18  48.3 

S.  0  4  35.2 

0  27  59.4 

0  51  23.8 

1  14  48.1 

1  38  12.0 

2  1  35.0 
2  24  57.0 
2  48  17.5 

S.  3  11  36i2 


Diillfor 
IHour. 


-64.43 
54.75 
55.06 

-55.36 
55.65 
55.93 

-56.19 
56.44 
66.67 

-56.90 
57.11 
57.30 

-57.48 
57.65 
67.81 

-57.95 

58.07 
58.18 

-58.27 
58.:i5 
58.41 

-58.46 
5S.49 
58.51 

-58.51 
58.50 

58.48 

-58.44 
58.38 
58.32 

-58.24 


8«iDi- 
dlainetor. 


SSderaiJ 

Time  of 

Semi- 

dUuneter 

Pataing 


5  53.66 
5  53.90 
5  54.13 

5  54.37 
5  54.60 
5  54.84 

5  55.08 
5  55.32 
5  55.56 

5  55.81 
5  56.05 
5  56.30 

5  56.55 
5  56.80 
5  57.05 

5  57.31 
5  57.57 
5  57.83 

5  58.10 
5  58.37 
5  58.63 

5  58.90 
5  59.18 
5  59.45 

5  59.73 

6  0.01 
6    0.29 

6  0.57 
6  0.85 
6     1.13 


16     1.41 


64.43 
64.39 
64.35 

64.31 
64.27 
64.24 

64J^1 
64.18 
64.15 

64.13 
64.11 
64.09 

64.08 
64.07 
64.06 

$4.06 
64.06 
64.06 

64.06 
64.07 
64.08 

64.10 
64.12 
64.14 

64.17 
64.20 
64.23 

64.26 
64.29 
64.33 

64.37 


BqnatkNiof 

TinM, 

to  be 
Sabtnotod 


AppuoBt 
Time. 


m      • 

0  3.21 
0  22.23 

0  41.54 

1  1.11 
1  20.92 

1  40.97 

2  1.21 
2  21.63 

2  42J21 

3  2.93 
3  23.77 

3  44.70 

4  6.72 
4  26.79 

4  47.91 

5  9.05 
5  30.20 

5  51.34 

6  12.46 
6  33.53 

6  54.54 

7  15.48 
7  36.32 

7  57.04 

8  17.64 
8  38.09 

8  58.37 

9  18.46 
9  38.33 
9  57.97 

10  17.36 


DUtfcM 
IHoor. 


0.786 
0.798 
0.810 

0.821 
0.830 
0.839 

0.847 
0.854 
0.860 

0.865 
0.870 
0.874 

0.877 
0.879 
0.8d0 

0.881 
0.881 
0.880 

0.879 
00^77 
0.874 

0.870 
0.866 
0.861 

0.855 
0.848 
0.841 

0.833 
0.823 
0.813 

0.802 


Von.— The  naan  ttmo  of  aemidiaioetor  pmiiIdk  may  be  found  bj  sabtniotiiig  0".18  firom  the  stdereal  time. 

The  eifn  —  pre6zed  to  the  hooiij  eheage  of  deolinfttioD  Indioatee  thAt  north  deoUnatiou  Me  deereMtngi 
•ooth  deolioations,  iscreeaing. 


IL 


SEPTEMBER,  1895. 


147 


* 

AT  OBEENWIOH  MEAN  NOON. 

THE  SUN'S 

t 

i 

4 

• 

Itqwtkmof 

Time, 

tobe 

Add«d  to 

IfMuTiBie. 

DiiKfor 
IHour. 

8ld«Ml 

TiOM^ 

or 
of 

Appttreni 
Klghl  AaoeMfam. 

DIAL  for 
IHour. 

AppMOBl 

DeoUnAlloB. 

DUKftir 
IHom; 

SUN. 

Mod. 

Toes. 

1 
2 
3 

h     m      • 

10  41  32.38 
10  45    9.92 
10  48  47.16 

9.070 

.   9.056 

9.047 

N.  8  17  13.4 
7  55  22.9 
7  33  24.7 

-64''.44 
54.76 
55.08 

■1       • 

0    3.21 
0  22.23 
0  41.55 

0.786 
0.799 
0.810 

10  4*  35*59 
10  45  32.15 
10  49  28.70 

Wed. 
Thar. 
Frid. 

4 
5 
6 

10  52  24.13 
10  56    087 
10  59  37.38 

9.036 
9.0*^ 
9.017 

7  11  19.2 
6  49    6.6 
6  26  47.4 

-55.38 
55.66 
55.94 

1     1.13 
1  20.94 
1  40.99 

0.821 
0.831 
0.840 

10  53  25.26 

10  57  21.81 

11  1  18.37 

Sat 

SUN. 

Mod. 

7 
8 
9 

11     3  13.68 
11     6  49.81 
11  10  25.78 

9.009 
9.002 
0.99o 

6    4  21.6 
5  41  49.8 
5  19  12.1 

-66.20 
56.45 
56.69 

2     1.24 
2  21.67 
2  42.25 

0.847 
0.654 
0.861 

11     5  14.92 
11     9  11.47 
11  13    8.03 

Tnes. 
Wed. 
Thar. 

10 
11 
12 

11  14     1.60 
11  17  37.32 
11  21  12.93 

8.990 
8.986 
8.982 

4  56  28.8 
4  33  40.4 
4  10  47.1 

-56.91 
57.12 
57.32 

3    2.98 
3  23.82 
3  44.76 

0.866 
0.870 
0.874 

11  17    4.58 
11  21     1.14 
11  24  57.69 

Frid. 

Sat 

flUN. 

13 
14 
15 

11  24  48.46 
11  28  23.94 
11  31  59.37 

8.979 
8.977 
8.976 

3  47  49.2 
3  24  47.1 
8     1  41.1 

-67.50 
57.67 
57.82 

4    5.78 
4  26.86 
4  47.98 

0.877 
0.879 
0.881 

11  28  54.24 
11  32  50.80 
11  36  47.35 

Moo. 
Toes. 
Wed. 

16 
17 
18 

11  35  34.78 
11  39  10.18 
11  42  45.58 

8.975 
8.975 
8.976 

2  38  31.6 
2  15  19.0 
1  52    3.6 

-67.96 
58.09 
58.20 

5    9.13 
5  30.28 
5  51.43 

0.881 
0.881 
0.881 

11  40  43.90 
11  44  40.46 
11  48  37.01 

Thor. 
FrkL 

Sat 

19 
20 
21 

11  46  21.02 
11  49  56.50 
11  53  32.03 

8.977 
8.979 
8.982 

1  28  45.7 
1     5  25.8 
0  42    4.2 

-58.29 
58.37 
58.43 

6  12.55 
6  33.62 
6  54.64 

0.879 
0.877 
0.874 

11  52  83.56 

11  56  30.12 

12  0  26.67 

BUN. 

Moo. 

Toes. 

22 
23 
24 

11  57    7.64 

12  0  43.35 
12    4  19.17 

8.986 
8.990 
8.995 

N.    0  18  41.2 

S.    0    4  42.7 

0  28    7.2 

-58.48 
58.51 
58.53 

7  15.58 
7  36.43 
7  57.16 

0.870 
0.866 
0.861 

12    4  23.23 
12    8  19.78 
12  12  16.33 

Wed. 
Thor. 
Frid. 

25 
26 
27 

12    7  55.12 
12  11  31.23 
12  15    7.50 

9.001 
9.008 
9.016 

0  51  31.9 

1  14  56.6 
1  38  20.8 

-58.53 
58.52 
58.49 

8  17.76 
8  38.21 
8  58.49 

0.855 
0.848 
0.841 

12  16  12.89 
12  20    9.44 
12  24    5.99 

Sat 

BUN. 

Mod. 

28 
29 
30 

12  18  43.96 
12  22  20.64 
12  25  57.55 

9.024 
9.033 
9.043 

2     1  44.2 
2  25    6.4 
2  48  27.2 

-58.45 
58.40 
58.33 

9  18.59 
9  38.46 
9  58.11 

0.833 
0.823 
0.813 

12  28    2.55 
12  31  59.10 
12  35  55.66 

Toes. 

31 

12  29  34.72 

9.055 

S.    3  11  46.2 

-68.25 

10  17.49 

0.801 

12  39  52i21 

Vorm.^Tkei 
Thei 

ilCB  —  pr»fls0d  to  tiM  hoorl  J  fl 
•ereMlBf  t  tootli  deelinfttloiia, 

%f  be  Mramed  Ihe  mom  as  th*! 
Iuuif»  of  deolinAtkm  t»dio>t— 
InoroMlnic 

\  tot  AppMMit  BC 

thai  BorthdMli 

toa. 

DULtorlBamr, 

+9>.856& 
(TabU»  III.) 

148 


8EPTEM6EB,  1895. 


in. 


AT  ORBBNWIOH  MEAN  NOON. 


a 

e 


o 

K 

m 


1 

2 
3 

4 
5 
6 

T 
8 
9 

10 
11 
12 

13 
14 
15 

16 
17 

18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 

31 


i 


o 


244 
245 
246 

247 
248 
249 

250 
251 
252 

253 
254 
255 

256 
257 
258 

259 
260 
261 

262 
263 
264 

265 
266 
267 

268 
269 
270 

271 
272 
273 

274 


THE  SUITS 


TBUX  LOMGmTDS. 


58  46  31.8 

59  44  38.0 

60  42  45.6 

61  40  54.8 

62  39    5.9 

63  37  18.8 

64  35  33.5 

65  33  50.2 

66  32    8.9 

67  30  29.7 

68  28  52.7 

69  27  17.7 

70  25  44.9 

71  24  14.3 

72  22  45.7 

73  21   19.3 

74  19  55.0 

75  18  32.6 

76  17  12.2 

77  15  53.8 

78  14  37.2 

79  13  22.4 

80  12    9.5 

81  10  58.3 

82  9  48.8 

83  8  41.1 

84  7  35.1 

85  6  30.9 

86  5  28.3 

87  4  27.6 


188    8  28.7 


45  52.4 
43  58.5 
42    6.0 

40  15.1 
38  26.1 
36  38.8 

34  53.4 
33  10.0 
31  28.6 

29  49.3 
28  12.1 
26  37.0 

25  4.1 
23  33.4 

22    4.7 

20  38.2 
19  13.8 
17  51.2 

16  30.7 
15  12.2 
13  55.5 

12  40.6 
11  27.6 
10  16.3 

9  6.7 
7  58.9 
6  52.8 


5 
4 
3 


48.5 
45.8 
44.9 


2  45.9 


DiCibr 
1H< 


m 

5.92 
5.9B 
5.35 

5.43 
5.50 
5.57 

5.65 
5.73 
5.83 

5.91 
6.00 
6.09 

6.16 
6.97 
6.35 

6.44 
6.53 
6.61 

6.69 
6.77 
6.85 

6.93 
7.00 
7.07 

7.14 
7.22 
7.29 

7.36 
7.43 
7.51 


147.59 


LATITUDE. 


—  0.18 

—  0.06 
+  0.07 

+  0.21 
0.34 
0.46 

+  0.57 
0.65 
0.71 

+  0.74 
0.74 
0.71 

+  0.66 
0.57 
0.46 

+  0.34 

0.21 

+  0.08 

—  0.05 
0.16 
0.26 

—  0.34 
0.39 
0.41 

—  0.38 
0.34 
0.27 

-0.18 

—  0.05 
+  0.07 

+  0.21 


•f  the 

BAdiosTecior 

oftt« 


0.0037802 
0.0036738 
0.0035668 

0.0034593 
0.0033515 
0.0032431 

0.0031342 
0.0030248 
0.0029150 

0.0028045 
0.0026932 
0.0025812 

0.0024683 
0.0023543 
0.0022392 

0.0021229 
0.0020055 
0.0018868 

0.0017669 
0.0016459 
0.0015237 

0.0014003 
0.0012761 
0.0011511 

0.0010254 
0.0008992 
0.0007726 

0.0006460 
0.0005193 
0.0003926 

0.0002663 


DiflLlbr 
lHo«r. 


-44.2 
44.5 
44.7 

-44.9 
45.1 
45.3 

-45.5 
45.7 
45.9 

-46.2 
46.5 
46.9 

-47.3 
47.7 

48.2 

-48.7 
49.2 
49.7 

-50.2 
60.7 
51.2 

-51.6 
61.9 
52.2 

-52.5 

62.7 
52.8 

-52.8 
52.8 
52.7 

-52.5 


Vote.— The  aambdn  ia  odlaiaa  X  oorrespond  to  tli«  trae  equinox  of  Iho  dfttoi  in  colnmn  Vio 
the  mean  eqoinox  of  January  (H.O. 


Ifea 

of 

8ldflc«nlN 


b      n       a 

13  16  13.61 
13  12  17.70 
13  8  21.79 

13  4  25.88 
13  0  29.97 
12  56  34.06 

12  52  38.16 
12  48  42.25 
12  44  46.34 

12  40  50.43 
12  36  54.52 
12  32  58.62 

12  29  2.71 
12  25  6.80 
12  21  10.89 

12  17  14.98 
12  13  19.08 
12  9  23.17 

12  5  27.26 
12  1  31.35 
11  57  35.44 

11  53  39.54 
11  49  43.63 
11  45  47.72 

11  41  51.82 
11  37  55.91 
11  34  0.00 

11  30  4.09 
11  26  8.18 
11  22  12.28 

11  18  16.37 


BIfll  fbr  1  Hour, 
^R^.9296. 
rCd^le  U.) 

-^ 


IV. 


SEPTEMBER,  1895. 


149 


OBBENWIOH  MBAN  TIME. 

i 

THE  MOON'S 

1 
1 

1 

8XMIDIAMXTKR. 

HORIZONTAL  PARALLAX. 

UPPER  TRANSIT. 

AGS. 

KOM. 

mdalfht. 

Aoon. 

Dlff.  for 
IHonr. 

MIdBlghl. 

Dlir.  for 
1  Hoar. 

MorUUaa  of 
Qreoowleb. 

BIC  for 
IHov. 

Nooo. 

1 

2 
3 

14  4a5 
14  45.6 
14  44.3 

14  46'!8 
14  44.8 
14  44.2 

54  U.l 
54     3.5 
53  58.6 

-0.09 

64'    8'!0 

54    0.3 
53  58.1 

-0.44 
-0.90 
40.09 

h      m 

10  26.1 

11  8.9 
11  49.5 

m 
134 

1.73 

1.66 

d 

12.0 
13.0 
14.0 

4 
5 
6 

14  44.4 
14  45.9 
14  48.9 

14  45.0 
14  47.3 
14  51.0 

53  59.0 

54  4.7 
54  15.7 

40.13 
0.36 
0.58 

54     1.2 
54    9.5 
54  23.4 

40.94 
0.46 
0.70 

12  28.7 

13  7.6 
13  47.2 

1.69 
1.63 
1.68 

15.0 
16.0 
17.0 

7 
8 
9 

14  53.5 

14  59.8 

15  7.9 

14  56.4 

15  3.6 
15  12.7 

54  32.5 

54  55.6 

55  25.3 

40.83 
1.14 
1^ 

54  43.2 

55  9.6 
55  42.8 

41.00 
1.94 
1.63 

14  28.5 
16  12.7 
16    0.6 

1.77 
1.91 
9.09 

18.0 
19.0 
20.0 

10 
11 
12 

15  17.9 
15  29.7 
15  43.0 

15  23.6 
15  36.2 
15  50.1 

56    2.0 

56  45.3 

57  34.2 

41.67 
1.93 
9.13 

56  22.9 
67    9.1 
58    0.2 

41.80 
9.04 
9.18 

16  62.9 

17  49.4 

18  49.0 

9.97 
9.43 
9.69 

21.0 
22.0 
23.0 

13 
14 
15 

15  57.3 

16  11.6 
16  24.8 

16    4.5 
16  18.4 
16  30.5 

58  26.6 

59  19.3 

60  7.6 

43.21 
2.13 
1.85 

58  53.2 

59  44.3 

60  28.6 

4^90 
9.01 
1.69 

19  49.6 

20  49.1 

21  46.2 

9.59 
9.44 
9.39 

24.0 
25.0 
26.0 

16 
17 
18 

16  35.3 
16  42.0 
16  43.6 

16  39.2 
16  43.5 
16  42.4 

60  46.5 

61  10.8 
61   16.8 

41.34 
40.65 
-0.16 

61    0.8 
61  16.3 
61  12.4 

4*1.01 
40.96 
-0.67 

22  40.6 

23  82.8 

6 

9.91 
9.16 

27.0 
28.0 
29.0 

19 
20 
21 

16  39.9 
16  31.3 
16  18.8 

16  36.1 
16  25.4 
16  11.6 

61     3.2 
60  31.5 
59  45.8 

-0.96 
1.64 
9.11 

60  49.4 
60  10.1 
59  19.4 

-1.39 
1.90 
9.96 

0  24.0 

1  16.6 

2  8.2 

9.13 
9.17 
9.94 

0.6 
1.6 
2.6 

22 
23 
24 

16    4.0 
15  48.4 
15  33.2 

15  56.2 
15  40.7 
15  26.1 

58  51.5 
57  54  0 
56  58.3 

-9.36 
2.38 
9.93 

58  22.8 
57  25.7 
56  32.3 

-9.40 
9.39 
9.10 

8    2.9 
8  59.2 
4  56.8 

9.39 
9.37 
9.37 

8.6 
4.6 
5.6 

25 
26 
27 

15  19.5 
15    7.9 
14  58.6 

15  13.4 
15    2.9 
14  54.9 

56    8.0 
55  25.2 
54  51.2 

-1.95 
1.60 
1.93 

55  45.5 
55    7.1 
54  37.7 

-1.78 
1.49 
1.03 

6  52.6 

6  46.5 

7  87.0 

9.30 
9.18 
9.03 

6.6 
7.6 
8.6 

28 
29 
30 

14  51.9 
14  47.5 
14  45.4 

14  49.4 
14  46.2 
14  45.1 

54  26.4 
54  10.4 
54    2.6 

-0.86 

0.49 

-0.17 

54  17.4 
54    5.6 
54     1.5 

-0.67 

0.33 

-0.03 

8  28.8 

9  7.6 
9  48.6 

1.88 
1.76 
1.68 

9.6 
10.6 
11.6 

81 

14  45.2 

14  45.8 

54    2.0 

^.10 

54    4.0 

40.93 

10  28.2 

1.63 

12.6 

150 


SEPTEMBEB,  1895. 


' 

ORBEUWIOH  MRAN  TIMB. 

THE  MOON'S  RIGHT  ASCENSION  AND  DilCLINATION. 

Hmt. 

BlfhiA^Mukm. 

DIftfor 
llOaata. 

DeeUMtfoa. 

INC  for 
IMiaate. 

Bmt. 

Bt^iAMeMkm. 

INflLfer 
IMlaate. 

DMifaMdOB. 

Dili:  for 
IMiaat*. 

81 

JIADA' 

T  1. 

TUESDAY  3. 

0 

\    m     9 

20  48  50JS8 

9MtfJ 

S.20  5^    &S 

10.l8i 

0 

ii   »    ■ 

22  19  44.58 

■ 
1.8048 

S.II  25  30i) 

13.149 

1 

20  50  50.47 

IS96$ 

20  42  5a6 

10.945 

1 

22  21  32.78 

1.8090 

II  12  21.2 

13.189 

2 

20  52  50.05 

1.9906 

20  32  39.4 

10.398 

2 

22  23  20.82 

1.7909 

10  59    9.1 

13.999 

3 

20  54  49.33 

I.98B6 

20  22  17.2 

10.411 

3 

22  25    8.69 

1.796S 

10  45  54.6 

13.961 

4 

20  56  48.32 

1^697 

20  11  50.1 

lt.498 

.    4 

23  26  56.40 

1.7939 

10  32  37.8 

13.999 

5 

20  58  47.01 

1.9757 

20    1   ISSl 

'  10.57* 

5 

22  28  43i)6 

1.7914 

10  19  ia7 

13.336 

6 

21    0  45.40 

1.9306 

19  50  41.5 

10J51 

6 

22  30  31.37 

1.7880 

10    5  57.4 

13J79 

7 

21    2  43.50 

1.9060 

19  40    0.1 

10.799 

7 

22  32  18.63 

1.7864 

9  52  34.0 

13.408 

8 

21     4  41.31 

1.9611 

19  29  14.0 

10.806 

8 

22  34    5.74 

1.7839 

9  39    8.4 

13.444 

9 

21     6  38.83 

1.9S63 

19  18  234 

10.889 

9 

22  35  52.70 

I.78I6 

9  25  40.7 

13.478 

10 

21    8  36.07 

1J5I0 

19    7  28J2 

10J57 

10 

22  37  39.53 

1.7794 

9  12  11.0 

13.511 

It 

21  10  33.02 

1.9468 

18  56  28.5 

11UI39 

11 

22  39  2a23 

1.7771 

8  58  39.4 

13.543 

12 

21  12  29.69 

1.9499 

18  45  24.4 

11.105 

12 

22  41  12.79 

1.7749 

8  45    5.9 

13.574 

13 

21  14  26.08 

1.9375 

18  34  15.9 

11.177 

13 

22  42  59J22 

1.7798 

8  31  30.5 

13.606 

14 

21  16  22.19 

1.9399 

18  23    3.1 

11.940 

14- 

22  44  45.53 

1.7700 

8  17  53.3 

13.636 

15 

21  18  18.03 

1.9S83 

18  II  46.0 

11.390 

15 

22  46  31.73 

1.7890 

8    4  14.2 

13.666 

16 

21  20  I3J>9 

1.9337 

18    0  24.7 

11J89 

16 

22  48  17.81 

1.7670 

7  50  33.4 

13.694 

17 

21  22    8.88 

1.9193 

17  48  59.3 

11.458 

17 

22  50    a77 

1.7651 

7  36  50.9 

13.799 

18 

21  24    SJ^l 

1.9149 

17  37  29.8 

11.596 

18 

22  51  49.62 

1.7633 

7  23    6.8 

13.748 

19 

21  25  58.67 

1.9105 

17  25  56J2 

11.599 

19 

22  53  35.37 

1.7616 

7    9  21.1 

13.774 

20 

21  27  53.17 

1.9061 

17  14  18.7 

11.657 

20 

22  55  21.02 

1.7800 

6  55  3^3.9 

13.800 

21 

21  29  47.41 

1JMI8 

17    2  37.3 

11.799 

21 

22  57    a57 

1.7584 

6  41  45.1 

13.895 

22 

21  31  41.39 

1.8976 

16  50  52.0 

11.787 

22 

22  58  52.03 

1.7569 

6  27  54  J^ 

13.648 

23 

21  33  35.12 

1.8934 

ONDA 

S.16  39    2.8 
Y2. 

11.851 

23 

23    0  37.40 
WEI 

1.7554 

)NESE 

S.  6  14    3.3 
►AY  4. 

13.871 

0 

21  a5  28.60 

1.8899 

S.16  27    9.9 

11.913 

0 

23    2  22.68 

1.7540 

IS.  6    0  10.4 

13.893 

1 

21  37  21.83 

IJWSI 

16  15  13.3 

11.974 

1 

23    4    7.88 

1.7597 

5  46  16J2 

13.915 

2 

21  39  14.81 

1.8810 

16    3  13.0 

13.034 

2 

23    5  53.00 

1.7514 

5  32  20.6 

13.937 

3 

21  41    7.55 

i.8no 

15  51    9.2 

19.093 

3 

2:^    7  38.05 

1.7509 

5  18  23.8 

13^)56 

4 

21  43    0.05 

1.8731 

15  39    1.8 

19.159 

4 

2:J    9  23.03 

1.7491 

5    4  25.9 

13.975 

5 

21  44  52.32 

1.8699 

15  26  50.9 

19.910 

5 

23  II     7.94 

1.7479 

4  50  26.8 

13.994 

6 

21  46  44.^5 

1.86S3 

15  14  36.6 

19.967 

6 

2:}  12  52,78 

1.7469 

4  36  26.6 

14.019 

7 

21  48  36.15 

1.8614 

15    2  18.9 

19.399 

7 

23  14  37.57 

1.7460 

4  22  25.4 

14.098 

8 

21  50  27.72 

1.8577 

14  49  57.9 

19.377 

8 

23  16  22.30 

1.7451 

4    8  2:).2 

14U>45 

9 

21  52  19.07 

1.8540 

14  37  33.6 

19.439 

9 

23  18    6.98 

1.7443 

3  54  20.0 

14.061 

10 

21  54  10.20 

1.8503 

14  25    6.1 

19.485 

10 

23  19  51.62 

1.7436 

3  40  15.9 

14.075 

II 

21  56     1.11 

1.8467 

14  12  35.4 

19.538 

11 

2:^  21  36.21 

1.7499 

3  26  11.0 

14.068 

12 

21  57  51.80 

1.8431 

14    0     1.5 

19.590 

12 

2:3  23  20.76 

1.7499 

3  12    5.3 

14.109 

13 

21  59  42.28 

1.8396 

13  47  24.6 

19.640 

13 

2;}  25    5.28 

1.7417 

2  57  58.8 

14.115 

14 

22     1  :)2.56 

1.8369 

13  34  44.7 

19.690 

14 

23  26  49.77 

1.7419 

2  43  51.5 

14.197 

15 

22    3  22.63 

1.8398 

13  22    1.8 

.     19.739 

15 

23  28  34.2i 

1.7407 

2  29  43.6 

14.137 

16 

22    5  12.50 

1.8995 

13    9  16.0 

19.787 

16 

23  30  18.65 

1.7404 

2  15  35.1 

14.147 

17 

22    7    2.17 

1.8969 

12  56  27.3 

19.834 

17 

23  32    3.07 

1.7409 

2    1  26.0 

14.157 

18 

22    8  51.64 

1.8999 

Vi  43  35.9 

19.880 

18 

23  3:}  47.47 

1.7399 

1  47  16.3 

14.166 

19 

22  10  40.92 

1.8198 

12  30  41.7 

19.997 

19 

23  35  31.86 

1.7397 

1  33    6.1 

14.173 

20 

22  12  30.02 

1.8167 

12  17  44.7 

19.979 

20 

23  37  16.24 

1.7397 

1  18  55JJ 

14.180 

21 

22  14  18.1K3 

1.8137 

12    4  45.1 

13.01B 

21 

23  39    0.62 

1.7397 

1    4  44.5 

14.186 

22 

22  16    7.(»6 

1.8107 

11  51  42J) 

13.058 

22 

23  40  45.00 

1.7397 

0  50  33.2 

14.199 

23 

22  17  56.21 

1.8077 

11  38  38.2 

13.100 

23 

23  42  29.39 

1.7398 

0  36  21.5 

14.197 

24 

22  19  44.58 

1.8048 

8.11  25  30.9 

13.149 

24 

23  44  13.78 

1.7400 

S.  0  22    9.5 

14.901 

VL 


SEPTEMBER,  1895. 


151 


OBEBNWIOH  MBAN  TIME. 


0 
1 
2 

4 

5 

6 

7 

8 

9 

10 

II 

1^ 

13 

14 

15 

16 

17 

18 

19 

SO 

21 

23 

23 


0 

I 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

IH 

17 

18 

19 

20 

21 

22 

23 

24 


THE  MOOITS  RIGHT  ASCENSION  AND  DECLINATION. 


^^^^^  f^  ■W  ^^^^^p^^^V^^^^^p^W^^Vv  i 


DIAL  for 
llCinato. 


DeollBAtioii. 


DiClbr 
llCinateJ 


THUE8DAY  6. 


li     ai 

23  44 
23  45 
23  47 
2:^  49 
23  51 
2:3  52 
23  54 
23  56 
2:)  58 
2:)  59 


0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 
0 


I 

3 

5 

6 

8 

10 

12 

13 

15 

17 

19 

20 

22 

24 


• 

• 

ia78 

J.74M 

58.19 

1.7403 

42.62 

1.7406 

27.06 

1.7409 

lia>3 

1.7414 

56.03 

1.7418 

40.55 

1.7494 

25.11 

1.7431 

9.72 

1.7438 

54.37 

1.7446 

39.07 

1.74S5 

23.83 

1.7464 

8.64 

1.7473 

53k5I 

1.7484 

38.45 

1.7406 

2:146 

1.7508 

8JM 

1.7590 

53.70 

1.7533 

38«94 

1.7547 

24.27 

1.7569 

9.69 

1.7577 

55.*20 

1.7503 

40.81 

1.7611 

26JS3 

1.7698 

3.  0 
S.  0 
N.  0 
0 
0 
0 
I 
1 
1 
1 
I 
2 
2 
2 
2 
3 
3 
3 
3 
4 
4 
4 
4 
N.  5 


FRIDAY  6. 


22'  9:5 
7  57.3 

6  15.0 

20  27.5 
34  40.1 

48  52.7 
3  5.4 

17  18.0 
31  30.5 
45  42.8 
59  54.9 
14  6.9 
28  18.6 
42  29il 
56  40.9 
10  51.5 
25  1.6 
39  llSl 
53  20.3 

7  28  J 

21  36.6 
a5  43.7 

49  50.0 
3  55.6 


0  26 
0  27 
0  29 
0  31 
33 
35 
36 
38 
40 
42 
43 
45 
47 
49 
51 
52 
54 
56 
58 
0 


0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

0 

1 

I 

I 

I 

1 

1 


1 
3 
5 
7 
9 


12.35 

58.28 

44;» 

30.50 
ia79 

3J31 
49.76 
36.44 
23.27 
10.24 
57;i6 
44.63 
32.06 
19.a5 

7.41 
55.33 
43.43 
31.71 
20.17 

a8i 

57.65 
46.68 
35.91 
25.34 
14418 


1.7646 
1.7666 
1.7686 
1.7706 
1.7796 
1.7747 
1.7760 
1.7703 
1.7817 
1.7841 
1.7866 

i.Tgra 

1.7910 
1.7946 
1.7973 
1.8009 
1.8039 
1.8069 
1.8009 
1.6194 
1.6156 
1.8186 
1.8999 
1.8056 
1.8901 


N.  5 
5 
5 
6 
6 
6 
6 
6 
7 
7 
7 
7 
8 
8 
8 
8 
9 
9 
9 
9 
9 
10 
10 
10 
N.IO 


18 
32 

46 
0 
14 
28 
42 
56 
10 


a4 

4.3 
7J2 
9J2 
10.2 
10.1 
8J 
6.4 
2.7 


23  ,57.8 
37  51.6 
51  44.0 
5  a5.0 
19  24.5 
33  12.5 
46  59.0 
0  4a9 
14  27.1 
8J» 
48.2 
26.1 
2.1 
22  3(;.2 
36  8;J 
49  38.4 


28 
41 

9 


$» 

14.601 
14.904 
14.907 
14.900 
14.910 
14.911 
14.911 
14.900 
14.907 
14.904 
14.901 
14.197 
14.199 
14.186 
14.180 
14.179 
14.164 
14.156 
14.147 
14.136 
14.194 
14.119 
144M 
\KMtt 


\J0b 
3.066 


3.949 
3.996 
3.907 
13.886 
3.869 
3.897 
3.819 
3.787 
3.769 
3.734 
3.706 
3.676 
3.647 
34)16 
3.584 
3.559 
3.518 
3.484 


Hour. 


IUfhlA«MB«ioo. 


Dlltfor 
IMloaUd 


DMllDAttOB. 


0 
1 
2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

2:1 

24 


Diftfor 
IMlaiit*. 


SATUEDAT  7. 


\  m 
1  9 
1   11 


12 
14 
16 
18 
1  20 
1  22 
1  24 
1  25 
1  27 
1  29 
1  31 
1  33 
I  35 
1  37 
1  39 
1  40 
I  42 
1  44 
1  46 
1  48 
1  50 
1  52 


• 

• 

14.96 

1.8991 

N.l 

4.83 

1.8397 

54JK) 

1.8363 

4.5.18 

1.8396 

35.69 

1.8437 

26.43 

1.8476 

17.40 

1.8514 

8.60 

1.8564 

0.05 

1.8606 

51.74 

1.8636 

4:u» 

1.86n 

J 

35.87 

1.8790 

28;i2 

1.8763 

1 

21.03 

1.8807 

14.00 

1.8851 

7.24 

1.8896 

0.75 

1.8949 

54  JM 

1.966 

48.61 

1.9636 

424*7 

1J083 

37.61 

1J»191 

32.54 

1.9180 

27.77 

1.9936 

23.30 

1J966 

N.l 

o 

0 

I 
I 
I 
I 
1 

2 
2 
2 
2 
3 
3 
3 


4 
4 
4 
4 
4 
5 
5 
5 
5 


SUNDAY  a 


49 

3 
16 
29 
43 
56 

9 
23 
36 
49 

2 

15 

28 

3  41 

3  54 

7 


20 
33 
45 
58 
11 
23 
36 
48 


38.4 

&4 
32.3 
56.0 
17.4 
36ii 
53.3 

7.7 
19.6 
29.0 
35.9 
40.1 
41.6 
40.4 
3a4 
29.5 
19.7 

6.9 
51.1 
32.2 
10.1 
44J 
16J3 
44.3 


1 
1 
1 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 


54 

56 

58 

0 

2 

4 

6 

7 

9 

11 

13 

15 

17 

19 

21 

23 

25 

27 

30 

32 

34 

36 

38 

40 

42 


19.13 

15J27 

11.72 

8.48 

5.56 

2417 

0.70 

58.76 

57.16 

55  J9 

54416 

54.37 

54.13 

54.24 

54.70 

55..52 

56.70 

58.24 

0.15 

2.43 

5.08 

8.10 

II JK) 

15.28 

19.44 


J331 


.9434 
.9487 
.9541 


J706 
.9761 
.9617 
J673 
J931 


9J047 
9.6107 
9.6167 
9.0927 
%Mgt 
9.6349 
94H11 
9.0473 
9UB36 
9UI506 


9.079B 


N.I6 
6 
6 
6 
6 
7 
7 
7 
7 
7 
8 
8 
8 
8 
8 
8 
9 
9 
9 
9 
9 
20 
20 
20 
N.20 


1  9.0 

13  30.2 

25  4741 
38  2X) 
50  12.4 

2  19.2 

14  2242 

26  21.3 

38  164S 
50    7.8 

1  55.0 
13  38.1 
25  17.1 
36  51.8 
48  22.2 
59  4842 
11  9.7 
22  26.8 
33  3il.3 
44  47.1 
55  50.2 

6  484i 
17  4I4> 
28  30.3 

39  13.8 


3.484 
3.449 
6.413 
3.376 
I3J36 
3.999 


19.919 
9.178 
3.136 
3.009 
3.047 
3.009 
9JS7 
9.909 
9.861 
9.^19 
9.769 
9.711 
9.656 
9.606 
9J6I 
I9.4M 
lt.446 


9J04 
9.141 


9.618 

1.963 

1.886 

1.891 

1.759 

1J64 

1.614 

1349 

1.470 

1. 

1. 

1.947 

1.169 

1.001 

1.019 

0.931 

0349 

0.766 

6.689 


152 


SEPTEMBER,  1895. 


VIL 


OBEBlirWIOH  MBAN  TIMB. 


THE  MOOITS  RIOHT  ASCEKSION  AND  DBCLIKATIOir. 


DUtfor 
IMiimtoJ 


Difllfiar 
IMlBotoJ 


DUt  for 
IMInvtoJ 


DHL  for 
IMInoto. 


0 
1 
2 
3 
4 

5 

6 
7 
8 
9 
10 
11 
12 
13 
14 
15 
Itf 
17 
18 
19 
20 
21 
22 
23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


MONDAY  9. 


ii 
3 
2 
3 
2 
2 
2 
2 
2 
2 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 


42 
44 

46 
48 
50 
52 
54 
56 
511 
1 
3 
5 
7 
9 
II 
14 
16 
18 
20 
3  22 
3  25 
3  27 
3  29 
3  31 


19.44 
23.99 
28.93 
34.25 
39i>7 
4a09 
52.60 
59.51 

6.82 
14.54 
22.66 
31.19 
40.13 
4«U8 
51).24 

9.41 
20.00 
31.00 
42.42 
54.26 

6.51 
19.18 
32.27 
45.78 


• 

SU»798 
S.079I 

8.0990 
8.0960 
8.1068 
8.1118 
8.1185 
8.1968 
8.1390 
8.1388 
8.1450 
8.1594 
8.1599 
9.1661 
9.1730 
9.1799 
8.1868 
9.1938 
9.9007 
9.9077 
9.9147 
9.9917 
8.9888 


N.2$99  l£8 

20  49  52J2 

21    0  25.4 

21  10  53.4 

21  21  16.1 

21  31  33.4 

21  41  45.3 

21  51  51.6 

22    1  52.3 

22  11  47«4 

22  21  36.7 

22  31  20.1 

22  40  57.7 

22  50  29.3 

22  59  54.8 

23    9  14.2 

23  18  27.3 

2:}  27  34.1 

2:)  36  34.6 

23  45  28.6 

2:)  54  16.1 

24    2  56.9 

24  11  31.0 

NM  19  58.4 

TUESDAY  10. 


3 
3 
3 
3 


33 
36 
38 
40 
3  42 
3  45 
3  47 
49 
52 
3  .54 
3  56 
59 
1 


3 
3 


3 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 


3 
5 
8 
10 
13 
15 
17 
20 
22 
24 
27 
29 


59.72 

8.9358 

14.08 

9.9497 

28.85 

8.8497 

44.04 

8.9567 

59.66 

8.9637 

1.5.(i9 

8.9707 

32.14 

8.9777 

49.01 

8.9847 

6M0 

8.9917 

24.01 

9.9986 

42.13 

9.3054 

0.66 

8.3193 

19.61 

8.3199 

:«.97 

9.3961 

58.74 

9.3399 

18.92 

8.3397 

;».50 

8.3464 

0.49 

8.3539 

21.88 

8.3598 

43.67 

8.3664 

.5.a5 

8.3730 

28.43 

8.3796 

51.40 

9.3860 

14.75 

9.3994 

38.49 

9J988 

N.24 
24 
24 
24 
25 
25 
25 
25 
25 
25 
25 
25 
25 
26 
26 
26 
26 
26 
26 
26 
26 
26 
27 
27 

NJ27 


28  19.0 

36  32.6 
44  39.2 
52  38.6 

0  30i) 

8  lao 

15  53.7 
23  24.0 

30  46.8 
38    2.1 

9.7 
9.5 
1.5 
45.6 
12  21.7 
18  49.8 
25    9.8 

31  21.5 

37  24i) 
43  19.9 
49  6.5 
54  44.6 

0  14.0 

5  34.7 

10  46.7 


45 
52 

59 
5 


I0J88 

10.607 

lOJlO 

10.488 

10.338 

10.943 

10.158 

10.059 

9.966 

OJTTO 

0.778 

9.87S 

9.577 

9.478 

9J74 

9.971 

9.168 

9.061 

8.954 

6.646 

6.736 

8.694 

8.518 

8.400 


wO^RSv 

6.168 

&050 

7.931 

7.819 

7.690 

7.567 

7.449 

7J17 

7.191 

7.069 

8.939 

6.801 

6.668 

6.535 

8.401 

6.964 

6.196 

5.987 

5.847 

6.706 

5.509 

M17 

5.979 

5.196 


0 

1 

2 
3 
4 
5 

6 

7 

8 

9 

0 

I 

2 

3 

4 

5 

6 

7 

8 

9 

20 

21 

22 

23 


0 
I 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


WEDNESDAY  11. 


4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 


29 
32 
34 
36 
39 
41 
44 
46 
49 
51 
53 
56 
58 
I 
3 
6 
8 
11 
13 
16 
18 
21 
23 
26 


38.49 

• 

SJ888 

2.61 

8.4051 

27.10 

8.4114 

5\SJ7 

8.4176 

17.21 

8.4837 

42.81 

8.4897 

8.77 

8.4357 

350)9 

8.4418 

1.76 

8.4473 

28.77 

8.4530 

56.12 

8.4587 

2:).8I 

8.4648 

51.K{ 

8.4697 

20.17 

8.4751 

48.84 

8.4804 

17.82 

8.48B8 

47.11 

8.4907 

16.70 

8.4957 

46.59 

8.5006 

16.76 

8.5058 

47J22 

8.5100 

17.96 

8.5148 

48.97 

8.5190 

20.24 

8.5838 

N.27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
27 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 

N.28 


10  4^7 
15  49.8 
20  44.0 
25  29.3 
30  5.5 
34  32.5 
38  50.3 
42  58  J 
46  .58.0 
50  47.8 
54  28.1 
57  58.8 
1  19.8 
4  31.2 
7  32.8 
10  24.5 
13  6.3 
15  38i2 
18  0.1 
20  11.9 
22  13.5 

24  4J^ 

25  46.1 
27  17.0 


THURSDAY  12. 


28 
31 
33 
36 
39 
41 
44 
46 
49 
51 
54 
.56 

5  59 

6  2 


5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 


6 
6 
6 
6 
6 
6 
6 
6 
6 
6 


4 

7 
9 
12 
14 
17 
20 
22 
25 
27 


630 


51.76 
23.53 
55.54 
27.79 

0.26 
32.95 

.5.85 
38.95 
12.25 
45.74 
19.41 
53.25 
27.25 

1.41 
35.71 
10.15 
44.72 
19.41 
54.22 
29.13 

4.14 
39.23 
14.40 
49.64 
24.95 


8.5974 
8^315 
8.5355 
9.5393 
9.5430 
9.5468 
9.5600 

8.5586 
8.5507 
8.5896 
8.5663 
8.5680 
8.5705 
8.5798 
8.5750 
8.5778 
9.5799 
9.5810 
9.5887 
8.5848 
9.5856 
9.5867 
9.5878 
8.5889 


IN.28 
28 

28 

28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
98 
28 
28 
28 
28 
28 
28 
28 
28 
N.28 


28  37JS 

29  47.6 

30  47J2 

31  36.3 

32  14.8 
32  42.7 

32  59.9 

33  a4 

33  2.2 
32  47.2 
32  21.4 
31  44.7 
30  57.1 
29  58.6 
28  49.1 
27  28.6 
25  57.1 
24  14.5 
22  20.9 
20  I6J2 

18  a4 

15  33.4 

12  55.3 

10  6.1 

7  5.7 


8.188 
4.978 


4.878 
4.587 
4.873 
4.918 
4U184 
8J08 
8.751 


3.431 
8.870 
8.106 
8.944 
8.779 
8.614 
8.448 
8.881 
8.118 
1.948 
1.778 
1.801 
1.498 


1.956 

1.081 
0.906 
0.730 
0.553 
0.376 
0.198 
4-0.019 
-0.180 
0.340 
0.591 
0.709 
0.884 
10)67 
1.950 
1.433 
1.617 
1.808 
1.986 
8.171 
8457 
8.548 
8.797 
8.913 
8.108 


0 


vm. 


SEPTEMBER,  1895. 


153 


GBBBNWIOH  MBAN  TUUL 

THR  MOOira  RIOHT  ASCENSION  AND  DECLINATION. 

How. 

UkMAammIoo. 

DUE  for 

iMiBUlA. 

DMllMrtlOB. 

Diftlto 
IMIanltk 

Ooor. 

MchtAoftonriwi 

DIltftN* 

* 

n^nWuHoa 

DMtlbr 

F] 

lilDAl 

r  la 

SUNDAY  16. 

0 

ii  »    • 

6  30  94i)5 

6.5686 

SSd    i   5^7 

i!l66 

0 

8  ^  19!44 

9.4617 

NJ29    8  31.8 

llJB8i 

1 

6:»  o;)i 

6.5667 

98    8  54.1 

6.987 

1 

8  35  48.89 

9.4876 

91  56  59J9 

11.737 

9 

6  35  35.71 

t.9606 

98    0  31.3 

9.473 

9 

8  38  17.95 

9.4834 

91  45    a4 

11.666 

3 

6  38  11.14 

6.5667 

97  56  57.4 

3J50 

3 

8  40  46.83 

9.4793 

91  33    5.6 

19.636 

4 

6  40  iiliiO 

6.5616 

97  53  19.9 

6.646 

4 

8  43  1.5.46 

9.4751 

91  90  58.8 

19.186 

5 

6  43  99.08 

6.561ft 

97  49  1.5.8 

4.633 

5 

8  45  4:iJM 

9.4706 

91    8  43.0 

19.337 

6 

6  45  57J>8 

6.5617 

97  45    8J2 

4.996 

6 

8  48  11.91; 

9.4665 

90  56  18.3 

19.464 

7 

6  48  33.08 

9.5616 

97  40  49.4 

4.407 

7 

8  .50  39.89 

9.4699 

90  43  44il 

19.666 

8 

6  51     8.57 

6.S6I9 

97  36  19.4 

4.569 

8 

8  53    7.49 

9.4579 

90  31    9J) 

19.779 

9 

6  53  44.04 

9.5616 

97  31  38.3 

4.776 

9 

8  55  34.77 

9.4536 

90  18  19.3 

19J13 

10 

6  56  19.49 

6.5666 

97  96  46.0 

4J65 

10 

8  58    1.85 

9.4499 

90    5  13.9 

13.654 

11 

6  58  54.91 

6.5600 

97  91  49.5 

ft.151 

11 

9    0  98.67 

9.4447 

19  59    5.8 

19.166 

19 

7    1  30.99 

6.5869 

97  16  97.9 

5.337 

19 

9    9  55.99 

9.4403 

19  38  50.1 

13.336 

13 

7    4    5.(a 

9.5864 

97  11    9.1 

6.599 

13 

9    5  91.51 

9.4360 

19  95  9a9 

13.466 

14 

.7    6  40.90 

6.587ft 

97    5  95J8 

ft.707 

14 

9    7  47.54 

9.4316 

19  II  54  Jt 

13.566 

15 

7  9  iai9 

6.5854 

96  59  37.9 

5.869 

15 

9  10  13.30 

9.4979 

18  58  14.3 

13.731 

16 

7  11  51.97 

6.5656 

96  53  38.1 

%jm 

16 

9  19  38.80 

9.4996 

18  44  96.5 

13,066 

17 

7  14  96;W 

6.5837 

96  47  98.0 

6.961 

17 

9  15    4.04 

9.4164 

18  30  30il 

13.661 

18 

7  17     i;J9 

6.5896 

96  41    6.8 

6.445 

18 

9  17  99.01 

9.4146 

18  16  97.6 

14.118 

19 

7  19  36.91 

6.5867 

9<>  34  34.6 

6.696 

19 

9  19  53.79 

9.4667 

18    9  16.8 

I4.90 

90 

7  99  11.00 

9.5790 

96  97  51.4 

6.811 

90 

9  99  18.17 

9.4053 

17  47  58.5 

14.367 

91 

7  94  45.69 

9.5779 

96  90  57.3 

6J93 

91 

9  94  49.35 

9.4006 

17  33  39.8 

14.468 

99 

7  97  90.96 

9.5799 

96  13  59.3 

7.174 

99 

997    6.97 

9.366ft 

17  18  59.9 

14,667 

93 

7  99  54J1 

9.5731 

PUEDi 

N.96    6  36.4 
LY  14. 

7J56 

93 

9  99  99il3 
M( 

9J699 

JNDA^ 

N.17    4  19J) 
r  16. 

14.796 

0 

7  39  99.03 

9.5706 

N.95  59    9.7 

7.53ft 

0 

9  31  53.33 

9.3876 

N.16  49  39.9 

14.841 

1 

7  a5    3.91 

9.5665 

95  51  39.9 

7.714 

1 

9  34  ia47 

9.3636' 

16  34  39.0 

14Jfi« 

9 

7  37  37.96 

9.5669 

95  4:)  44.0 

7.863 

9 

9  36  39.36 

9.3703 

16  19  38.9 

lftJ66 

3 

7  40  11.16 

9.5637 

95  35  4.5.0 

8.079 

3 

9  39     1.99 

9J7S6 

16    4  30.7 

lft.179 

4 

7  49  44.90 

9.5611 

95  97  35.3 

&946 

4 

9  4 1  94.36 

9Jt706 

15  49  16.7 

15.967 

5 

7  45  18.49 

9J584 

95  19  15.1 

8.495 

5 

9  43  46.48 

9J666 

15  3;)  .Vi.9 

15J6ft 

6 

7  47  51.91 

94556 

95  10  44.3 

8.601 

6 

9  46    8.:i5 

.    15  18  99.3 

15.506 

7 

7  .50  9.5.16 

9.5597 

95    9    3.0 

8.776 

7 

9  48  9SUI7 

9J583 

15    9  5«>.9 

15.608 

8 

7  59  58.93 

9.5467 

94  53  1IJ2 

8.950 

8 

9  50  5I;M 

9.3546 

14  47  17.0 

15.763 

9 

7  55  31.19 

9.5466 

94  44    9.0 

9.199 

9 

9  5:1  19.47 

9J601 

14  31  B1.8 

15.669 

10 

7  58    3.89 

9.5434 

94  34  56.5 

9.964 

10 

9  55  33.35 

9.3461 

14  15  40.7 

15J66 

11 

8    0  36^33 

9.5409 

94  95  33.7 

0.465 

11 

9  57  54.00 

9.3499 

13  .59  43.8 

I5J66 

19 

8    3    8.64 

9.5366 

94  16    0.7 

0.634 

19 

10    0  14.41 

9J369 

13  43  41.9 

16.606 

18 

8    5  40.75 

9.5334 

94    6  17.6 

0.603 

13 

10    9  34..58 

9.3343 

13  97  33,1 

16.160 

14 

8    8  19.65 

9.5999 

93  56  94;) 

0.979 

14 

10    4  54.59 

9.336ft 

13  11  19.6 

16.966 

15 

8  10  44.34 

9.5964 

93  46  91.0 

10.136 

15 

10    7  14.94 

9.3967 

19  55    0.8 

16J67 

16 

8  13  1.5.89 

9.5996 

93  36    7.8 

10.303 

16 

10    9  33.73 

9.3636 

19  38  36.8 

16.446 

17 

8  15  47.08 

6.5191 

93  95  44.6 

16.466 

17 

10  11  .53.00 

9.3193 

19  99    7.8 

\%jm 

18 

8  18  18.11 

9.5154 

93  15  11.6 

10.631 

18 

10  14  19.04 

9.3156 

19    5  3:ii) 

I6J06 

19 

8  90  48.99 

9.5116 

9;)    4  98.9 

16.799 

19 

10  16  .30.87 

9.3191 

11  48  5.5.1 

16.686 

90 

8  93  19..50 

6.56n 

99  5:)  36.5 

16.053 

90 

10  18  49.49 

9.306ft 

11  39  11.6 

16.769 

91 

8  95  49.84 

9.5036 

99  49  :)4.5 

11.119 

91 

10  91     7.89 

9.3050 

11   I5  9:i6 

16.837 

92 

8  98  HUK5 

9.4996 

99  31  93,0 

11.970 

99 

10  93  96.09 

9.3016 

10  58  31.1 

16.911 

93 

8  30  49:89 

9.4957 

99  90    9.1 

11.497 

93 

10  95  44.08 

9.96n 

10  41  34.3 

16,966 

94 

8  33  19.44 

9.4917 

In.99    8  31.8 

IIJM 

94 

10  98     1.87 

9J649 

N.10  94  33,3 

17.051 

154 


SEPTEMBER,  1895. 


IX. 


GBBBNWIOH  MEAN  TIMB. 

THIS  MOOH^  KIOHT  AflCENSIOH  AND  DECLIHATIOK. 

• 

ElglltA4MMf«B. 

Die  Cm* 
IMiaaUu 

PwnltMttM 

Btttfvr 
IMimU. 

Die  Cm* 
llfiMto. 

__ 

DiCfivr 
IMlBota. 

TU 

ESDA 

r  17. 

THUKSDAT  19. 

1l      M        • 

• 

o      »      tt 

u 

k    H     • 

• 

9        »       m 

m 

0 

10  28    1^ 

MMf 

N.IO  24  33.3 

17.061 

0 

12  15  44.38 

9.9994 

8.  3  53  37.6 

i7Je4 

1 

10  30  19.46 

tJ»l7 

10    7  28.2 

17.117 

1 

12  17  57.74 

9J999 

4  II  30.9 

17.891 

2 

10  32  36.87 

1  BOOfl 

9  50  19.2 

17.189 

2 

12  20  11.13 

9.9933 

4  29  22.2 

17.837 

3 

10  34  54.09 

t.9855 

9  33    6.3 

17.946 

3 

12  22  24.54 

9^908 

4  47  11.3 

17.799 

4 

10  37  11.13 

tJ»4 

9  15  49.7 

17.306 

4 

12  24  374)9 

9.9946 

5    4  58.1 

17.761 

5 

10  39  27M 

t.9799 

8  58  29.6 

17.364 

5 

12  26  51.48 

9.9953 

5  22  42.6 

17.791 

6 

10  41  44.65 

tSf$i 

8  41  ao 

17.499 

6 

12  29    5.02 

9.9961 

5  40  24.6 

17.S77 

7 

10  44     1.15 

%St2FI 

8  23  39.0 

17.476 

7 

12  31  18.61 

9.9969 

5  58    3.9 

17.639 

8 

10  46  17.49 

%jrm 

8    6    8i) 

17.597 

8 

12  33  32.25 

9.99n 

6  15  40.5 

17.667 

9 

10  48  33ii6 

9.9661 

7  48  35.7 

17.678 

9 

12  35  454)4 

9.9987 

6  33  14.3 

17.538 

10 

10  50  49.67 

9J656 

7  30  59.5 

17.697 

10 

12  37  59.70 

9.9998 

6  50  45.1 

17.487 

II 

10  53    5.52 

9J669 

7  13  20.5 

17.673 

11 

12  40  13.52 

9.9309 

7    8  12.8 

17.436 

12 

10  55  21.22 

9J606 

6  55  38.8 

17.717 

12 

12  42  27.41 

9.9399 

7  25  37.3 

17.381 

13 

10  57  36.78 

9JM1 

6  37  54.5 

17.758 

13 

12  44  41.38 

9.9336 

7  42  58.5 

17.395 

14 

10  59  52.19 

9.9567 

6  20    7.8 

17.796 

14 

12  46  55.43 

9.9348 

8    0  16.3 

17.967 

15 

11     2    7.46 

9.9634 

6    2  18.7 

17.837 

15 

12  49    9.55 

9.9361 

8  17  30.^ 

17.907 

16 

11     4  22.60 

9.9S19 

5  44  27.4 

17.679 

16 

12  51  23.76 

9.9376 

8  34  41.1 

17.145 

17 

11    6  37.61 

9.9499 

5  26  34.1 

17J04 

17 

12  5:3  38.07 

9.9399 

8  51  474) 

170189 

18 

11     8  bQM 

9.9479 

5    8  384) 

17J36 

18 

12  55  .52.47 

9.9408 

9    8  50.9 

170)17 

19 

11  11    7.27 

9.9469 

4  50  41.8 

17.966 

19 

12  58    64)7 

9.9tt6 

9  25  49.9 

16.949 

20 

11  13  21.92 

9.9439 

4  32  43.1 

17.999 

20 

13    0  21.57 

9.9449 

9  42  44.8 

mot 

21 

11  15  36.46 

9.9414 

4  14  42.8 

18.017 

21 

13    2  36.27 

9A469 

9  59a5.5 

16.800 

22 

1 1  17  50.89 

9.9397 

3  56  41.1 

184M0 

22 

13    4  51.08 

9.9478 

10  16  214) 

16.737 

23 

11  20    5.22 
WEU 

9iA380 

N.  3  38  38.0 
AT  18. 

180)69 

23 

13  7  aoi 

F] 

9.9496 

aiDAl 

8.10  33    3.9 

:  20. 

16.609 

0 

11  22  19.45 

9.9364 

N.  3  20  33.7 

18.060 

0 

13    9  21.06 

9J618 

8.10  49  41.3 

16J66 

1 

11  24  33.59 

9.9349 

3    2  28.4 

16.006 

1 

13  11  36.23 

9.9638 

11    6  14.1 

16.507 

2 

1 1  26  47.64 

9.9336 

2  44  22.2 

18.111 

2 

13  13  51.52 

9.9668 

11  22  42.2 

16.497 

3 

II  29     1.61 

9.9399 

2  26  15.1 

18.193 

3 

13  16    6.93 

9.9679 

11  39    5.4 

16.346 

4 

II  31   15.50 

9.9309 

a    8    7.4 

16.133 

4 

13  18  22.47 

9.9609 

11  55  23.7 

16.969 

5 

1 1  33  2i».32 

9.9998 

1  49  59.1 

18.149 

5 

13  20  38.15 

9.9695 

12  11  364) 

16.177 

6 

1 1  a'S  43.08 

.    9.9987 

1  31  50.4 

18.148 

6 

13  22  5;i97 

9.9648 

12  27  45.0 

160)91 

7 

1 1  {r?  56.77 

9.9977 

1  13  41.4 

18.169 

7 

13  25    9.92 

9.9671 

12  43  47.8 

160)09 

8 

11  40  10.40 

9.9967 

0  55  32.2 

18.153 

8 

13  27  26.02 

9.9606 

12  59  4542 

16.919 

9 

1 1  42  2:).98 

9.9969 

0  37  23.0 

18.163 

9 

13  29  42.26 

9.9719 

13  15  37.2 

16.890 

10 

11  44  37.51 

9.9961 

0  19  13.8 

18.159 

10 

13  31  58.65 

9.9744 

13  31  23.6 

16.797 

11 

1 1  46  50.99 

9.9943 

N.  0    1     4.8 

18.147 

11 

13  34  15.19 

9.9770 

13  47    4.4 

16.639 

12 

II  49    4.43 

9.9937 

S.  0  17    3.8 

18.140 

12 

13  36  31.89 

9.9796 

14    2  39.4 

16.536 

13 

I]  51   17.84 

9.9939 

0  35  12.0 

18.139 

13 

13  38  48.74 

9.9699 

14  18    8.6 

16.437 

14 

11  53  31.22 

9.9997 

0  53  19.6 

18.199 

14 

13  41     5.75 

9.9849 

14  33  31.8 

16.336 

15 

1 1  55  44.57 

9.9994 

1   11  2(i.6 

16.100 

15 

13  43  22.92 

9.9676 

14  48  484) 

16.934 

16 

1 1  57  57.90 

9.9991 

1  29  32.7 

18.094 

16 

13  45  40.26 

9.9003 

15    3  594) 

16.139 

17 

12    0  11.22 

9.9918 

1  47  3741 

18.077 

17 

13  47  57.76 

9.9930 

15  19    4.7 

15.097 

18 

12    2  24.52 

9.9917 

2    5  42.0 

18.059 

18 

13  50  15.42 

9.9968 

15  34    3.1 

14.090 

19 

12    4  37.82 

9.9917 

2  23  45.0 

18.038 

19 

13  52  33.25 

9.9987 

15  48  55.1 

14.619 

20 

12    6  51.12 

9.9917 

2  4 1  4({.6 

18.016 

20 

13  54  51426 

9.3016 

16    3  40.6 

14.703 

21 

12    9    4.42 

9.9917 

2  59  46.8 

17.990 

21 

13  57    9.44 

9.3044 

16  18  19.5 

14.609 

22 

12  II   17.73 

9.9919 

3  17  4.5.4 

17.963 

22 

13  59  27.79 

9.3073 

16  32  51.7 

14.480 

23 

12  13  31.05 

9^1991 

3  a5  42.4 

17.036 

23 

14     1  46.32 

9.3109 

16  47  17.1 

14.367 

24 

12  15  44.:)8 

9.9994 

S.  3  53  37.6 

17.904 

24 

14    4    5.02 

9.3139 

8.17    1  35.7 

14.969 

X. 


SEPTEMBER,  1895. 


155 


GBBBNWIOH  MEAN  TDfB. 


TH£  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 


0 

1 

3 

3 

4 

5 

6 

7 

8 

9 

10 

II 

13 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


DUE  for 
IMinato. 


noolfiiatloii 


Dim  for 
iMinatd 


SATUKDAT  21. 


14 
14 
14 
14 
14 
14 
14 


4 
6 
8 
11 
13 
15 
18 


14  20 
14  22 
14  25 
14  27 
14  29 
14  32 
14  34 
14  36 
14  39 
14  41 
14  43 
14  46 
14  48 
14  50 
14  53 
14  55 
14  58 


• 

• 

5.02 

9.3130 

23.90 

9.3109 

42.96 

9.3199 

2.21 

9.3993 

21.64 

9.3953 

41.25 

9.3983 

1.04 

9.33U 

21.02 

9.3345 

41.18 

9J37S 

1JS2 

9.3400 

22.05 

9.3437 

42.76 

9.3407 

3.66 

9.3408 

24.74 

9.3S90 

46.01 

9.3560 

7.46 

9.3500 

29.09 

9.3091 

50.91 

9J699 

12iX2 

9.3083 

a5.1l 

9.3713 

57.47 

9.3743 

20.01 

9.3779 

42.73 

9.3809 

5.63 

9.3831 

a 


7 
7 


7 
7 
7 

8 


1 
15 
29 
43 
57 
II 
824 
838 

8  51 

9  4 
9  18 
9  31 
9  43 
9  56 

20  9 
20  21 
20  33 
20  45 

20  57 

21  9 
21  21 
21  33 
21  44 

S.21  55 


SUNDAY  22. 


35.7 
47.3 
51.8 
49.2 
39.4 
22.3 
57.8 
25J> 
4a4 
59.2 
4.3 
1.7 
51.2 
32.8 
6.4 
31.9 
49.3 
58.4 
59.2 
51.7 
35.8 
lU) 
38.3 
56.71 


0 

15    0  28.70 

9J880 

8.22    7    a5 

1 

15    2  5W5 

9.3868 

22  18    7J5 

2 

15    5  15.36 

9U»I0 

22  28  59.7 

3 

15    7  38.94 

9.3044 

22  39  43.0 

4 

15  10    2.69 

9.3079 

22  50  17.4 

5 

15  12  26.61 

9.4000 

23    0  42.8 

6 

15  14  50.69 

9.4097 

2:)  10  59.1 

7 

15  17  UM 

9.4063 

23  21    6.4 

8 

15  19  39.33 

9.4079 

23  31     4.6 

9 

15  22    3.88 

9.4104 

23  40  53.5 

10 

15  24  28J» 

9.4199 

23  50  33.2 

11 

15  26  5^43 

9.4154 

24    0   a7 

12 

15  29  ia43 

9.4170 

24    9  24.8 

13 

15  31  43..57 

9.4909 

24  18  3a5 

14 

15  34    8.&5 

9.4994 

24  27  38.8 

15 

15  36  34.2() 

9.4940 

24  36  31.7 

16 

15  38  59.80 

9.4968 

24  45  15.0 

17 

15  4 1  25.47 

9.4960 

24  5.)  48.8 

18 

15  43  51.27 

9.4310 

25    2  13.0 

19 

15  46  17.19 

9.4300 

25  10  27.6 

20 

15  48  43J22 

9.4348 

25  18  32.5 

21 

15  51    9Ski 

9.4300 

25  26  27.7 

22 

15  53  35.61 

9.4383 

25  34  13.2 

23 

15  56    ijoe 

9.4300 

25  41  49.0 

24 

15  58  28.40 

9.4415 

S.25  49  15.0 

4.134 
4.010 
3.807 
3.770 
3.053 
3.530 
3.405 
3.9n 
3.140 
30)91 
9.601 
9.750 
%MJ 
9.409 
9.357 
9.991 
9.083 
1.044 
1.606 
1.063 
1.591 
1J79 
1.905 


Hoar. 


0 
1 

2 
3 

4 
5 
6 
7 
8 
9 
0 
1 
2 
3 
4 
5 
6 
7 
8 
9 
20 
21 
22 
28 


11.000 

0 

10.043 

1 

10.790 

2 

10.047 

3 

10.498 

4 

10.348 

5 

10.197 

6 

10.046 

7 

0.803 

8 

0.730 

9 

0.585 

10 

0.430 

II 

0.973 

12 

0.117 

13 

8J00 

14 

6L809 

15 

8.043 

16 

8.483 

17 

8.393 

18 

8.109 

19 

8UW1 

20 

7400 

21 

7.on 

22 

7.515 

23 

7.359 

24 

INC  for 

IMlmtoJ 


DmHbaMm. 


Die  for 
IMIaate. 


MONDAY  28. 


15  58^ 

16  0 


16 
16 
16 
16 
16 
16 
16 


8 
5 
8 
10 
13 
15 
18 


16  20 
16  22 
16  25 
16  27 
16  30 
16  32 

16  a5 

16  37 
16  40 
16  42 
16  45 
16  47 
16  49 
16  52 
16  54 


• 

• 

28.40 

9.4410 

d4.<r0 

9.4431 

2IJ57 

9.4443 

48.28 

9.4450 

15.07 

9.4471 

41.93 

9.4489 

8.86 

9.4493 

35.85 

9.4503 

2.90 

9.4519 

30  00 

9.4590 

57.14 

9.4S97 

24.32 

9.4583 

5IJM 

9.4530 

18.79 

9.4540 

4a06 

9.4540 

13^)4 

9.4040 

40.63 

9.4040 

7M 

9.4560 

a5.2;{ 

9.4040 

2.52 

9.4547 

29.80 

9.4544 

57.05 

9.4540 

24.28 

9.4030 

51.48 

9.4530 

S.2ff  49  ]£o 

25  56  3IJ2 

26  3  37.5 
26  10  33il 
26  17  20.4 
26  23  57.0 
26  30  23.7 
26  36  40.4 
26  42  47.2 
26  48  44.0 

26  54  30.8 

27  0  7.5 
27  5  .34.2 
27  10  50.8 
27  15  57.4 
27  20  54.0 
27  25  40.5 
27  30  16.9 
27  34  43.3 
27  38  59.6 
27  43  5.8 
27  47  2.0 
27  50  48.1 

a27  54  24.1 


TUESDAY  24. 


16  .•57 

16  59 

17  2 


17 
17 
17 
17 
17 
17 
17 


4 

7 
9 
12 
14 
16 
19 


17  21 
17  24 
17  26 
17  29 
17  31 
17  33 
17  36 
17  .38 
17  41 
17  43 
17  46 
17  48 
17  50 
17  53 
17  55 


18.64 

9.4999 

45.75 

9.4514 

12.81 

9.4500 

39.81 

9.4404 

6.74 

9.4469 

3:i.6l 

9.4479 

0.40 

9.4450 

27.10 

9.4443 

53.71 

9.4490 

20.23 

9.4411 

46.64 

9.4399 

1^94 

9.4374 

31M3 

9.4303 

5.19 

9.4339 

31.12 

9.4311 

5<liM2 

9.4988 

22.58 

9.4904 

48.09 

9.4930 

i:U5 

9.4913 

:*R.65 

9.4166 

3.r>8 

9.4197 

28.54 

9.4196 

53.22 

9.4008 

17.72 

9.4007 

42.03 

9.4030 

e.27 

28 
28 

28 
28 

28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 
28 


57 
I 

4 
7 
9 


50.0 
SJ^ 

11.7 
7J> 

12  29.1 
14  54J> 
17  10.7 
19  ia6 

21  12.5 

22  58.4 
24  34.5 

26  0.7 

27  17.0 

28  23.5 

29  20.2 
7.1 

44.3 
11.8 
21».6 
:J7.7 

:«.! 

25.0 
4.4 


30 
30 
31 
31 
31 
31 
31 
31 


R.28  30  34.2 


7.187 
7.099 
0J07 


0Jf7 


0.100 
OjOOO 
0.063 


0.SO0 


0.199 
0J97 


4.001 


4.186 


3.669 
1.004 
1.510 


1.940 

1.101 
1.013 
9.047 


9.913 
tM7 
9.101 
9.015 
1348 
I48S 
1.619 
1.354 
1.190 
1.097 


0.701 
0.530 

o.3n 

0310 
-0304 
4-0.100 
0304 
0.403 
0389 


156 


SEPTEMBER,  1895. 


XI 


GBBBKWIOH  MEAN  TIME. 


THE  MOON'S  EiaHT  AfiCENSION  AKD  DECLINATION. 


BIfiitAioftarioD, 


DtlEfbr 


DUE  for 
tMlavtoJ 


RlglitAfl06iiiloii. 


Difllfor 
HCinoto. 


DMliaAtlMI. 


I>Utfar 
UOmite. 


0 
1 
2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

\2 

13 

14 

15 

16 

17 

18 

19 

120 

21 

5W 

23 

24 


WEDNESDAY  25. 


b     m      • 

• 

0 

17  55  42.03 

9.4036 

1 

17  58    ai4 

9.4609 

2 

18    0  30.06 

9.3M0 

3 

18    2  5a77 

9.3834 

4 

18    5  17.27 

9.S8B6 

5 

18    7  40Ji5 

9J861 

6 

18  10    3.60 

9^893 

7 

18  12  26.42 

9.3786 

8 

18  14  49.02 

9J747 

9 

18  17  11.38 

9.3706 

10 

18  19  33.49 

9J666 

11 

18  21  55.36 

9.3094 

12 

18  24  16.98 

9.3589 

13 

18  26  38.34 

9.3538 

14 

18  28  59.44 

9.3494 

15 

18  31  20.27 

9.3449 

16 

18  33  40.83 

9J404 

17 

18  36    1.12 

9.3358 

18 

18  38  21.13 

9.3319 

19 

18  40  40.86 

9J964 

20 

18  43    0.30 

9.3910 

21 

18  45  19.45 

9J107 

22 

18  47  38.31 

9J118 

23 

18  49  56.87 

9J066 

S.2§  dd  3^.2 

28  29  54.6 

28  29    5.5 

28  28    7.0 

28  26  59.1 

28  25  42.0 

28  24  15.6 

28  22  40.0 

28  20  55.2 

28  19    IJ2 

28  16  58.2 

28  14  46.1 

28  12  25.1 

28    9  55.1 

28    7  ia2 

28    4  28.5 

28    1  32U) 

27  58  26.7 

27  55  12.8 

27  51  50.3 

27  48  19.1 

27  44  39.4 

27  40^1.3 

8.27  36  54.7 

THURSDAY  26. 


18  52 
18  54 
18  56 
18  59 


19 
19 
19 
19 
19 
19 
19 
19 
19 


1 

3 

5 

8 

10 

12 

15 

17 

19 


19  21 
19  23 
19  26 
19  28 
19  30 
19  32 
19  Sa 
19  37 
19  39 
19  41 
19  43 
19  45 


15.13 

9.3018 

33.09 

9.9907 

50.74 

9.9910 

8.08 

9.9864 

25.11 

9.9819 

41.82 

9.9758 

.58.21 

9.9706 

14.28 

9.9659 

30.03 

9.9596 

45.45 

9.9544 

0..55 

9.9480 

15;}2 

9.9433 

29.75 

9.9377 

43.85 

9.9399 

57.61 

9.9966 

11.04 

9J910 

24.13 

9.9153 

36.88 

9.9097 

49.29 

9.9040 

1.36 

9.1089 

iao8 

9.1096 

24.46 

9.1868 

35.50 

9.1811 

4ai9 

9.1753 

56.54 

9.1696 

8.27 
27 
27 
27 
27 
27 
27 
27 
26 
26 
26 
26 
26 
26 
26 
26 
26 
26 
25 
25 
25 
25 
25 
25 

8.25 


32  49.8 

28  36.6 
24  15.1 
19  45.5 
15  7.8 
10  22.0 

5  28.2 
0  26.5 

55  \6J& 

49  59.4 
44  34.1 
39    1.2 

33  20.7 
27  32.6 

21  36i) 
15  33.8 

9  23.3 
3    5.4 

56  40.3 

50  8.0 
43  28.5 
36  41i» 

29  48.3 

22  47.8 
15  40.4 


M 

04t89 

0.730 
O.800 

ijno 

1.363 

ij&n 

1.670 

1.093 

1.975 

9.190 

9.976 

9.495 

9.574 

9.799 

9.869 

3.015 

3.160 

3.304 

3.448 

3.591 

3.739 

3.879 

4.019 


4.151 

4.989 

4.496 

4.561 

4.696 

4.830 

4JW9 

6.094 

6.996 

6.357 

6.485 

5.619 

6.738 

8.865 

6JMK) 

6.114 

6.937 

6.358 

6.478 

6.508 

6.717 

6.835 

6.951 

7.066 

7.181 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


FRIDAY  27. 


b     m 

19  45 

19  48 
19  50 
19  52 
19  54 
19  56 
19  58 


20 
20 
20 
20 
20 
20 
20 
20 
20 
20 


0 

3 

5 

7 

9 

11 

13 

15 

17 

19 


20  21 
20  24 
20  26 
20  28 
20  30 
20  32 
20  34 


56M 
6M 

iai9 

25.50 
34.46 
43.07 
51.33 
59.25 
6.82 
14.05 
20il3 
27.47 
33.66 
39.51 
45.02 
50.18 
55.00 
59.49 
3.64 
7.45 
10.92 
14.06 
16.87 
19.35 


SATURDAY  28. 


■ 
9.1606 

8.25  15  40.4 

7.181 

9.1638 

25    8  26.1 

7.994 

9.1580 

25    1     5.1 

7.406 

9.1599 

24  53  37.4 

7JI7 

9.1464 

24  46    3.0 

7^098 

9.1406 

24  38  22.0 

7.737 

9.1348 

24  30  34.5 

7.(^5 

9.1991 

24  22  40.6 

7.969 

9.1933 

24  14  40.2 

Bjm 

9.1170 

24    6  33.5 

0.164 

9.1118 

23  58  20.5 

6.968 

9.1061 

23  50     1.3 

0.371 

9.1003 

23  41  36.0 

0.479 

9.0046 

23  33    4.6 

0.573 

9.0880 

2:3  24  27J2 

0.673 

9.0839 

23  15  43.8 

8.779 

9.0770 

23    6  54.5 

8.870 

9.0790 

22  57  59.4 

8.967 

9.0663 

22  48  58.5 

0UM9 

9.0607 

22  39  51.9 

0.167 

9U>55I 

22  30  ;I9.6 

9.951 

9.0406 

22  21  21.8 

9.344 

90)441 

22  11  58.4 

0.436 

9.0986 

8.22    2  29.5 

0.696 

20  36 
20  38 
20  40 
20  42 
20  44 
20  46 
20  48 
20  .50 
20  52 
20  54 
20  56 

20  58 

21  0 


21 
21 
21 
21 
21 
21 
21 
21 
21 
21 


2 

4 

6 

8 

10 

12 

14 

15 

17 

19 


21  21 
21  23 


21.49 
23.31 
24.80 
25.97 
26.81 
27.34 
27.55 
27.44 
27.02 
26.29 
25.25 

Qsm 

22.26 

20.31 

18.06 

15.51 

12.67 

9.54 

6.11 

2.40 

58.41 

54.14 

49.59 

44.77 

39.67 


9.0330 
9.0976 
9.0999 
9.0168 
9.0114 
9UH)61 
9UK)08 
IMM 
iMOi 
]J)853 
1.9809 
1.9751 

1.9650 
1.9600 
1.9551 
1.9509 
14M53 
1.9406 
1.9358 
1.9319 

■  tMMK 
J.mQv 

1.9919 
1.9173 
1.9198 


8.21 

21 
21 
21 
21 
21 
20 
20 
20 
20 
20 
20 
19 
19 
19 
19 
19 
18 
18 
18 
18 
18 
18 
17 
8.17 


52  55.3 
43  15.7 
33  30.8 

23  40.6 
13  45.2 

3  44.8 

53  39.3 
4:)  28.8 
33  13.3 
22  5:i0 
12  27.9 

1  58.0 
51  23.3 
40  44.0 
30  0.1 
19  11.7 

8  18.8 
57  21.4 
46  19.6 
35  13.5 

24  3.2 
12  48.7 

1  30.0 
50  7.2 
38  40.3 


9.016 
0.704 
9.799 
9.880 
9.965 
10.049 
10.133 
10.917 
10.998 
10.378 
10.468 
lOJUn 
10.617 
10.693 
10.709 
10.844 
10J»I0 
I0J93 
11.066 
11.137 
11.907 
11.977 
11.346 
11.414 
11.489 


XIL 


SEPTEMBER,  1895. 


157 


OBBEMWiOH  MVsAS  TIME. 

THB  MOOira  RIGHT  AS0EN8I0K  AND  DECLINATION. 

^V^^BT* 

Sifht^MMSiOB. 

Dlflllbr 
IWmmim. 

l>— H— tfawi 

Dtftlbr 
IMiajBto. 

DUE  for 
llOaot^ 

PecHnati— . 

Dlftfor 
IMiaate. 

SUNDAY  39. 

TUESDAY,  OOTOBEB  1. 

0 
1 

91  9?  39.67 
31  35  34^1 
31  37  38.ii8 

ism  8.1^3^  4(r^ 

11388 

0     33  51  33.14      1.7848  Is.  /  36  3£3      ixm 

■ 
3 

■.wot 
IJMO 

17  15  34.6 

11347 
11319 

3 

31  39  93.79 

1.8007 

17    3  56.0 

11378 

4 

31  31  16.64 

IJOM 

16  59  ISJS 

11.748 

5 

31  33  10.34 

1.0019 

16  40  37.3 

11381 

6 

31  35    a58 

1.8000 

16  38  37.1 

11380 

7 

31  36  5a67 

1.0008 

16  16  43.3 

11300 

8 

31  38  49.53 

1.8788 

16    4  46X) 

11305 

9 

31  40  43.13 

1.8748 

15  59  45.1 

19344 

10 

31  43  34.49 

1.8708 

15  40  40.7 

19.180 

II 

31  44  96.63 

1.8008 

15  38  32.8 

19.181 

19 

31  46  18.53 

1.8031 

15  16  31.4 

19318 

13 

31  48  10.19 

IJ503 

15    4    6.6 

19373 

14 

31  50    1.63 

1.8555 

14  51  48.6 

19300 

15 

31  51  53.85 

1.0518 

14  39  37.3 

19309 

16 

31  53  43.85 

1.0M9 

14  37    3.8 

19.435 

PHASES  OF  THE  MOON. 

17 

31  55  34.64 

1.8447 

14  14  35.1 

19.488 

18 

31  57  35  33 

1  JMItt 

14    3    4.3 

13  49  30.3 

19341 
19389 

19 

31  59  15.59 

1.8377 

30 
31 

33    1     5.75 
39    9  55.71 

1.8M8 
liOll 

13  36  53.3 
13  34  13.3 

19341 
19300 

4       h        m 

O  Full  Moon     .    .Sept.      3    17    55.3 

33 

99    4  45.48 

1.8078 

13  11  20Ji 

19.738 

C   Last  Quarter  •    •    •    •     11     16    50.8 

33 

33    6d5M 

1.8840  a]9  58  44.8 

19.788 

#  New  Moon     •    .    •    •    18      8    55.4 
^  First  Quarter     •    •    •    35      6    33.6 

0 

M( 
99    8  94.43 

>NDAY  30. 

19338 

1.8015 

a  13  45  56J3 

1 

99  JO  ia63 

1.8184 

13  33    4M 

19378 

4       k 

3 

9:2  13    3.64 

13153 

13  30  10.8 

19394 

C  Apogee.    •    •    .SepL      8     9.6 

3 

39  13  51.47 

13194 

13    7  14.0 

19308 

C  Perigee 17    19J3 

4 
5 

33  15  40.13 
33  17  98.61 

13005 

13000 

11  54  14.6 
11  41  13.6 

13319 
13366 

C  Apogee 30    14J3 

6 
7 

93  19  16J^ 
33  31    5.07 

13038 
13019 

11  98  &0 
11  15    0.9 

13307 
13.138 

8 

39  39  5a06 

1.7905 

II     1  51.4 

13.178 

9 

33  34  40.89 

1.7959 

10  48  39.5 

13318 

10 

33  96  98.57 

1.7934 

10  35  95;i 

133017 

11 

93  38  laiO 

1.7910 

10  99    8.7 

13308 

13 

92  30    3.49 

1.7008 

10    8  49.8 

13333 

13 

39  31  5073 

1.7809 

9  55  98.7 

13308 

14 

99  33  37.84 

1.7840 

9  49    5.5 

13308 

15 

99  35  34.81 

1.7818 

9  38  40.1 

13341 

16 

39  37  11.65 

1.7798 

9  15  19.6 

13379 

17 

39  38  58.36 

1.7775 

9     1  43.1 

13308 

18 

93  40  44.95 

1.7755 

8  48  11.6 

13341 

19 

33  43  31.43 

1.7730 

8  34  38.1 

13373 

30 

33  44  17.78 

1.7717 

8  31    3.8 

13304 

91 

33  46    4.03 

1.7800 

8    7  35.6 

13338 

39 

33  47  50.16 

1.7889 

7  53  46U5 

13300 

33 

39  49  36.90 

1.7005 

7  40    M 

13394 

94 

99  rtl  99.14 

1.7848  IS.   7  96  93^ 

13.799 

158 


SEPTEMBER,  1895. 


XIIL 


♦ 

GREENWICH  MEAN  TIME. 

« 

LUNAR  DISTANCES. 

• 

Hmm  Mid  Diraolion 

OfOIUMl. 

Noon. 

P.L. 

of 

Die 

ITTh, 

P.I^ 
•f 

INC 

Vlh. 

P.L. 
of 

Di> 

P.L. 
of 

Die 

1 

Spica 

W. 

106  25    S 

ao39 

107  5^24 

9043 

109  2^  44 

9046 

110  5:^  0 

9048 

Saturn 

W. 

95  47  50 

3006 

97  16    4 

3100 

98  44  14 

9104 

100  12  19 

9106 

Antares 

w. 

60  30  40 

9038 

62    0    6 

3049 

63  29  27 

9046 

64  58  44 

3047 

aPegasi 

E. 

47  52  58 

3486 

46  32  18 

3613 

45  12    8 

9541 

43  52  29 

3671 

a  Anetis 

E. 

87  49  18 

9060 

86  20  19 

3063 

84  5]  24 

3006 

83  22  33 

3060 

Aldebaran 

E. 

118  52  37 

3138 

117  25  13 

3138 

115  57  49 

9138 

114  30  26 

3130 

9 

Saturn 

W. 

107  31  52 

3190 

108  59  37 

3193 

no  27  19 

9196 

111  54  58 

3197 

Antareii 

W. 

72  24  23 

3066 

73  53  23 

3060 

75  22  21 

306<i 

76  51   17 

3064 

aArieds 

E. 

75  59  10 

3083 

74  30  38 

3063 

73    2    8 

9066 

71  33  41 

3087 

Aldebaran 

E. 

107  13  45 

3143 

105  46  27 

3143 

104  19    9 

9143 

102  51  52 

3144 

8 

Antares 

W. 

84  15  36 

3067 

a*)  44  26 

3068 

87  13  15 

9068 

88  42    4 

3068 

a  AquiUa 

W. 

43  12  47 

6144 

44    7  51 

6034 

45    4  20 

4831 

46    2  10 

4837 

aArietb 

E, 

64  11  54 

3004 

62  43  37 

3006 

61  15  21 

9006 

59  47    7 

3006 

Akiebaran 

E. 

95  35  32 

3145 

94    8  17 

3144 

92  41     1 

9144 

91  13  45 

3144 

4 

Antares 

W. 

96    6  15 

3066 

97  35    8 

3064 

99    4    2 

9069 

100  32  58 

3061 

a  Aquil» 

W. 

51    8  41 

447S 

52  12  58 

4415 

53  18    6 

4969 

54  24    2 

4311 

aArietis 

E. 

52  26    5 

3100 

50  57  55 

9100 

49  29  45 

9101 

48    1  36 

3101 

Aldebaran 

E. 

83  57  21 

9143 

82  30    3 

3149 

81    2  44 

9141 

79  35  24 

3141 

Pollux 

E. 

127    2  16 

3071 

125  33  31 

3060 

124    4  44 

9060 

122  35  56 

3066 

5 

Antares 

W. 

107  58    6 

3061 

109  27  16 

3040 

110  56  28 

9647 

1 12  25  43 

9043 

aAquil» 

W. 

60    4  11 

4111 

61  14    2 

4070 

62  24  24 

4040 

63  35  15 

4090 

Fomalhaut 

W. 

32  17  41 

4160 

33  26  45 

4074 

34  37  12 

9007 

2S  48  55 

3096 

. 

aArietis 

E. 

40  40  58 

3104 

39  12  53 

3106 

37  44  49 

9106 

m  16  46 

3108 

Aldebaran 

E. 

72  18  33 

3137 

70  51     8 

3136 

69  23  42 

9134 

67  56  14 

3134 

Pollux 

E. 

115  11  19 

9066 

113  42  16 

3063 

112  13    9 

3061 

no  43  59 

3048 

6 

aAquiln 

W. 

6936    5 

3001 

70  49  24 

3881 

72    3    3 

3809 

73  17    1 

3845 

Fomalhaut 

W. 

42    2  59 

3660 

43  20  19 

3630 

44  38  21 

3606 

45  57    1 

Aldebaran 

E. 

60  38  41 

3190 

59  11     7 

3190 

57  43  33 

3190 

56  15  58 

9196 

Pollux 

E. 

103  17  12 

3031 

101  47  38 

3096 

100  17  58 

3099 

98  48  13 

9018 

JUPITRR 

E. 

112  11  11 

3104 

no  43    6 

3100 

109  14  56 

3006 

107  46  41 

9001 

7 

a  Aqniln 

W. 

79  31    4 

3770 

80  46  37 

3758 

82    223 

3746 

83  18  21 

3736 

Fomalhaut 

W. 

52  38  37 

3497 

54    0  23 

3406 

55  22  3:) 

3386 

56  45    7 

3364 

Aldebaran 

E. 

48  57  57 

3190 

47  30  22 

3130 

46    2  49 

3131 

44  35  17 

3134 

Pollux 

E. 

91  18    1 

S093 

89  47  39 

9086 

88  17    9 

9081 

86  46  32 

S075 

Jupiter 

E. 

100  23  54 

3064 

98  55    0 

3068 

97  25  59 

3069 

95  56  50 

3046 

8 

a  AqniliB 

W. 

89  40  54 

3600 

90  57  52 

3689 

92  14  58 

3677 

93  32  10 

3670 

Fomalhaut 

W. 

63  43  29 

997S 

65    8  10 

3960 

66  33  10 

3943 

67  58  28 

3997 

aPegasi 

W. 

42    4  25 

3460 

43  25  24 

3439 

44  47    4 

3308 

46    9  23 

3366 

Aldebaran 

E. 

37  18  41 

3160 

35  51  43 

3168 

34  24  56 

3180 

32  58  23 

3103 

Pollux 

E. 

79  II  25 

9030 

77  39  56 

99;^ 

76    8  18 

9094 

74  36  29 

9016 

JUPITRR 

E. 

88  29    1 

9000 

86  58  59 

3001 

85  28  48 

9003 

83  58  26 

9086 

Suif 

E. 

133  13    9 

3904 

131  48  50 

3986 

130  24  21 

8976 

128  59  42 

3967 

9 

a  Aquiln 

W. 

99  59  33 

3660 

101  17  13 

3640 

102  34  54 

9649 

103  52  36 

3640 

Fonialhaut 

W, 

75    9  26 

• 

9156 

76  36  29 

9141 

78    3  49 

9197 

79  31  26 

3114 

XIV. 


SEPTEMBER,  1895. 


159 


GBBENWIOH  MEAN  TIMB. 

• 

LUNAR  DI8TANCE& 

u 

P.L. 

P.L. 

P.L. 

P.L. 

^1 

Vmm  and  DtrtetlOB 

Midnight. 

of 

XVii. 

of 
DUt 

XVlUh. 

of 
DHL 

XXlh. 

•f 

SHtt. 

1 

Spiea 

W. 

iilxi  l9 

soot 

11^5/22 

9064 

115  2623 

9066 

116  4^31 

3066 

^ATUmN 

W. 

101  40  21 

3110 

103    8  19 

9119 

104  36  13 

9116 

106    4    4 

3118 

Aiitnres 

w. 

66  27  58 

»61 

67  57    8 

9069 

69  26  16 

906& 

70  .55  21 

3867 

aPei^ 

E. 

42  33  23 

9004 

41  14  53 

9041 

39  57    3 

9080 

38  39  55 

9796 

orAnedfl 

E. 

81  53  46 

ao7t 

8025    2 

9076 

78  56  22 

9078 

77  27  45 

9079 

Aldebarfto 

E. 

113    3    4 

0140 

111  35  43 

9141 

110    8  23 

9149 

106  41    4 

9149 

9 

Satorh 

W. 

113  22  35 

31S9 

114  50  10 

9130 

116  17  43 

9133 

117  45  13 

9133 

Antares 

W. 

78  20  n 

9000 

79  49    4 

3000 

81   17  55 

3000 

82  46  46 

3067 

ciArietb 

E. 

70    5  16 

9000 

68  36  53 

3081 

67    8  32 

3091 

65  40  12 

9083 

AldelMurao 

£. 

101  24  36 

9144 

99  57  20 

3144 

98  30    4 

3144 

97    2  48 

9144 

8 

Antnrea 

W. 

90  10  53 

9067 

91  39  43 

3067 

93    8  33 

3000 

94  37  24 

9066 

a  AqiiiloB 

W. 

47    1  16 

4759 

48    1  32 

4673 

49    2  54 

4001 

50    5  18 

4633 

a  Arietb 

E. 

58  18  53 

9097 

56  50  40 

3000 

55  22  28 

3008 

53  54  16 

3008 

AMebaran 

E. 

89  46  29 

9144 

88  19  13 

9149 

86  51  56 

3143 

85  24  39 

3143 

4 

Antares 

W, 

102    1  55 

9000 

103  30  54 

9067 

104  59  56 

3066 

106  29    0 

3064 

a  AqiiiloD 

W. 

55  30  44 

4900 

5638    8 

49» 

57  46  12 

4183 

58  54  54 

4146 

aArietia 

E. 

46  33  27 

9101 

45    5  19 

9101 

43  37  11 

3109 

42    9    4 

3103 

Aldebaran 

E. 

78    8    4 

9199 

76  40  42 

9199 

75  13  20 

3138 

73  45  57 

3136 

Pollux 

E. 

121    7    5 

9006 

119  38  12 

9069 

118    9  17 

3060 

116  40  19 

3069 

5 

Antarea 

W. 

113  55    2 

9M1 

115  24  24 

9097 

116  53  51 

3034 

118  23  22 

3030 

a  Aquiln 

W. 

64  46  35 

9on 

65  58  21 

9006 

67  10  32 

9844 

(»  23    7 

3991 

Fomalhaut 

W. 

37    1  48 

9006 

38  15  43 

9808 

39  30  37 

9766 

40  46  23 

3710 

aArietia 

E. 

34  48  46 

9110' 

33  20  48 

9119 

31  52  53 

9115 

30  25    2 

3119 

Alf1«baFan 

E. 

66  28  46 

9199 

65    1   16 

9139 

63  33  46 

9131 

62    6  14 

3130 

Pollux 

E. 

109  14  46 

9046 

107  45  29 

9MI 

106  16    7 

9030 

104  46  42 

3034 

6 

aAquiba 

W. 

74  31  17 

9800 

75  45  50 

9819 

77    0  40 

9797 

78  15  45 

9784 

Fomalhaut 

W. 

47  16  17 

9631 

48  36    7 

9603 

49  56  28 

9477 

51   17  18 

9461 

Aldabaran 

E. 

54  48  22 

9198 

53  20  46 

3197 

51  53    9 

9198 

50  25  33 

9190 

Pollux 

E. 

97  18  23 

9014 

95  48  27 

3808 

94  18  95 

9003 

92  48  16 

9906 

JopiTxa 

E. 

106  18  20 

9000 

104  49  53 

9881 

103  21  20 

3876 

101  52  40 

9070 

7 

a  Aquiloe 

W. 

84  34  31 

3796 

85  50  52 

3716 

87    7  2;J 

3706 

88  24    4 

9097 

Fomalbant 

W. 

58    8    5 

9346 

59  31  25 

3390 

60  55    6 

3306 

62  19    8 

swO 

Aldebaran 

E. 

43    7  49 

3137 

41  40  24 

3140 

40  13    3 

3146 

38  45  48 

9159 

Pollux 

E. 

85  15  48 

9088 

83  44  55 

9069 

82  13  54 

9064 

80  42  44 

9947 

JupiTsa 

E. 

94  27  34 

3030 

92  58    9 

3831 

91  28  35 

3896 

89  58  53 

9017 

8 

n  AquilflB 

W. 

94  49  29 

3064 

96    6  54 

3001 

97  24  23 

3867 

98  41  56 

t 
9063   1 

Fomalhaut 

W. 

69  24    5 

3113 

70  49  59 

9190 

72  16  11 

3ira 

73  42  40 

3100 

dPegaai 

W. 

47  32  19 

3336 

48  55  50 

3306 

50  19  55 

3976 

51  44  32 

3963 

Alfleliaraii 

E. 

31  32    6 

3011 

30    6  10 

3931 

28  40  38 

3966 

27  15  37 

3991 

Pollux 

E. 

rj    4  30 

9097 

71  32  20 

9088 

69  59  56 

9680 

68  27  25 

9879 

JOPITXR 

E. 

82  27  54 

9070 

80  57  11 

9086 

79  26  16 

9967 

77  55    9 

9947 

Son 

E. 

127  34  52 

3858 

126    9  51 

9048 

124  44  39 

3838 

123  19  15 

3997 

9 

a  Aquiln 

W. 

105  10  17 

3060 

106  27  57 

9009 

107  45  35 

3656 

109    3    9 

1 
3660 

Fomalhaut 

W, 

80  59  19 

3101 

82  27  28 

9067 

83  55*54 

3074 

85  24  35 

3060 

160 


SEPTEMBER,  1895. 


XV. 


GBBRMWICH  MBAK  TIMB. 

UJHAM  J>I8TAHCB& 

• 

■U 

9 

•iOk^ML 

NOOD* 

P.L. 

•r 

ITTh, 

P.L. 

•r 

IMC 

VIk. 

P.L. 

IXk. 

P.L. 

of 

DfC 

aP€gM 

W. 

SS   9t6 

nm 

5I35  15 

»M 

si    125 

9189 

0     «     *• 
57  27  53 

3156 

Pollux 

E. 

66  54  a9 

9eoi 

65  21  41 

9856 

63  48  30 

9849 

62  15    6 

9839 

Jomu 

E. 

76  23  50 

tsn 

74  52  18 

9997 

73  20  34 

9916 

71  48  36 

9906 

Sim 

E. 

121  53  38 

»J7 

120  27  49 

9996 

119    1  47 

3194 

117  35  31 

3183 

10 

fcHMlomt 

W. 

86  53  33 

9H7 

88  22  47 

3934 

89  52  17 

3999 

91  22    3 

3999 

•  PegM 

W. 

64  47    4 

3866 

66  16    8 

3639 

67  45  36 

3616 

69  15  27 

9908 

Polliu 

E. 

54  24  33 

t7W 

52  49  41 

9399 

51  14  33 

9796 

49  39    8 

8744 

JopfTcm 

E. 

64    5  10 

9817 

62  31  43 

98B 

60  58    0 

9891 

59  24    0 

9608 

Sim 

E. 

110  20  38 

urn 

108  52  53 

9106 

107  24  51 

3963 

105  56  33 

3078 

11 

Fomdluuit 

W. 

96  54  48 

nn 

100  26    7 

9936 

101  57  41 

9994 

103  29  29 

9919 

•  Pep. 

W. 

76  50  30 

1901 

78  22  38 

9691 

79  55    9 

9873 

81  28    2 

9855 

•  AneOB 

W. 

33  43  46 

wm 

35  19  41 

9714 

36  56    2 

9696 

38  32  49 

9676 

Poilaz 

E. 

41  37  43 

mn 

40    0  32 

9963 

3823    2 

9849 

36  45  13 

9634 

E. 

51  29  38 

mn 

49  53  51 

9795 

48  17  44 

9716 

46  41  18 

9606 

RegnltiB 

E. 

7827    9 

us? 

76  49  45 

9959 

75  12    1 

9638 

73  33  57 

9669 

Svu 

£. 

96  30  33 

MS 

97    024 

9989 

95  29  56 

9979 

98  59    8 

9955 

12 

PcHMlhmt 

W. 

III  II  56 

Ml 

112  45    3 

9K6 

114  18  20 

98«6 

115  51  48 

9846 

■^^^ 

W. 

89  17  58 

9779 

90  53    2 

9796 

92  28  27 

9741 

94    4  13 

9795 

«  Ariecis 

w. 

4643    5 

950 

48  22  24 

9564 

50    2    8 

9545 

51  42  18 

9597 

Jcmmt 

E. 

3834    7 

9991 

36  55  39 

9696 

35  16  51 

3:)  37  42 

9574 

EegvluB 

E. 

65  18  20 

9SI3 

63  38    7 

9597 

61  57  31 

9516 

60  16  32 

9494 

So* 

E. 

86  19  51 

9839 

84  46  54 

9859 

83  13  34 

9835 

81  39  51 

9817 

13 

«Pepii 

W. 

102    8    8 

9B9 

103  45  53 

9638 

105  23  56 

9995 

107    2  17 

9613 

cAnecb 

W. 

60    927 

907 

61  52    9 

94J9 

63  35  17 

9491 

05  18  50 

9384 

Aldebvaa 

W. 

30  10  16 

9716 

31  46  35 

9899 

33  23  56 

9697 

35    2  14 

9560 

RegoltiB 

E. 

51  45  46 

Mlf 

50    225 

9393 

48  18  40 

9375 

46  34  30 

9359 

So« 

£• 

73  45  25 

tarn 

72    920 

9796 

70  32  51 

9999 

68  55  58 

9679 

14 

cAried* 

W. 

74    2  53 

99M 

75  48  56 

9961 

77  35  24 

9964 

79  22  16 

9948 

Alilebuw 

W. 

43  25  34 

90S 

45    8  19 

9466 

46  51  41 

9984 

48  35  38 

9361 

RegoltiB 

E. 

37  47  36 

»» 

36     1     0 

9999 

34  14     1 

990 

32  26  38 

9996 

Sim 

£. 

60  45  25 

9563 

59    6    6 

9565 

57  26  23 

9548 

55  46  16 

9530 

15 

cArielii 

W. 

88  22  27 

9179 

90  11  36 

9159 

92     1    6 

91« 

93  50  57 

9139 

Aldebttui 

W. 

57  23  26 

9956 

S9  10  28 

9946 

60  57  56 

62  45  49 

9906 

S<m 

E. 

47  19  54 

9«a 

45  37  31 

9« 

43  54  48 

9«tt 

42  11  44 

9408 

16 

cArietk 

W. 

103    4  51 

9V» 

104  56  28 

9669 

106  48  20 

9967 

108  40  25 

9649 

AWMmim 

W. 

71  51    0 

9IS7 

73  41    3 

9199 

75  31  23 

9116 

77  22    0 

9105 

Sun 

£. 

33  31  45 

tM7 

31  46  54 

9m 

30    1  49 

09 

28  16  30 

9318 

20 

8o« 

W. 

23    343 

9)97 

24  47  22 

9416 

26  30  43 

•194 

26  13  44 

9438 

Antara 

E. 

48    5  47 

9196 

46  14  41 

9169 

44  23  56 

9193 

42  33  32 

9137 

aAquiki 

£• 

100  27  2ti 

9e7« 

96  54  36 

9881 

97  21  53 

95  49  19 

9897 

21 

Sim 

W. 

36  43  19 

9999 

3824    4 

9S39 

40    4  24 

9566 

41  44  19 

9575 

aAqnte 

£• 

88  10    7 

9969 

86  39  15 

9969 

85    848 

83  38  47 

3093 

FoauJlmK 

E. 

113  55  22 

9M9 

112  15    4 

9549 

110  34  57 

9969 

106  55    4 

9668 

X 


XVL 


SEPTEMBER,  1895. 


161 


* 

OBBBNWIOH  MBAN  UMB. 

LUNAR  DlfTTAMCIS. 

Vmi«m4  DIrMllM 

•ro^lMi. 

Midnifht. 

P.L. 

of 

Dlft 

XVk. 

P.L. 
DUL 

XVIllk. 

P.L. 
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Diff. 

XXlfc. 

P.U 
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DIE, 

9 

W, 

58  5^5^' 

9197 

60  99  if 

9115 

6f50'    g 

9006 

6:rid94 

9979 

Pollux 

E. 

60  41  29 

i8W 

59    737 

9917 

57  33  31 

9006 

55  59  10 

9799 

JVPITSR 

E. 

70  16  94 

leM 

68  43  58 

9993 

67  11   17 

9671 

a5  38  9t 

9659 

Sun 

E. 

116    9    9 

9171 

114  49  18 

9159 

113  15  90 

3147 

111  48    7 

9133 

10 

FomaUmtn 

W. 

99  59    5 

9906 

94  99  93 

9904 

95  59  56 

9979 

97  93  44 

9909 

aPegasi 

W. 

70  45  49 

99ra 

79  16  90 

9009 

73  47  91 

9044 

75  18  44 

9999 

Pollux 

E. 

48    3  26 

9931 

46  97  97 

9717 

44  51   10 

9704 

43  14  36 

9666 

JoriTKR 

E. 

57  49  43 

9795 

56  15    9 

9709 

54  40  17 

9768 

53    5    7 

9759 

8vi« 

E. 

104  97  57 

9M6 

109  59    4 

9949 

101  99  52 

9034 

100    0  99 

3919 

11 

Fomnlhaut 

W. 

105    ]  32 

9909 

106  33  48 

9091 

108    6  18 

9901 

109  39    1 

9679 

aPe^i 

W. 

83    1  18 

99^ 

84  34  56 

9009 

86    8  55 

9006 

87  43  16 

9769 

a  Arietis 

W. 

40  10    1 

9157 

41  47  39 

9939 

43  95  42 

9019 

45    4  11 

9901 

Pollux 

E. 

35    7    4 

9999 

33  28  36 

9990 

31  49  49 

9691 

30  10  49 

9677 

JoriTBB 

E. 

45    4  39 

9991 

43  97  96 

9990 

41  50    0 

9651 

40  19  14 

9996 

ReguluB 

E. 

71  55  39 

9997 

70  16  46 

9M1 

68  37  39 

9670 

66  58  11 

9669 

Boil 

E. 

99  97  59 

9089 

90  56  99 

9999 

89  24  38 

9906 

87  59  26 

9997 

13 

FomallMiiit 

W. 

117  95  94 

9094 

118  50    8 

9099 

120  32  58 

9690 

192    6  59 

9999 

aPegasi 
aArMa 

W. 
W. 

95  40  90 
5!!  29  5:) 

9109 
9910 

97  16  48 
55    353 

9«1 

98  .53  S5 
56  45  19 

9060 
9473 

100  30  49 
58  97  10 

9900 

9459 

JuriTBR 

E. 

31  58  19 

9600 

30  18  99 

9645 

28  38  12 

9531 

96  57  49 

9617 

Refulua 

E. 

58  35  10 

9cn 

56  53  95 

9499 

55  11  16 

9443 

53  98  43 

9499 

Sw 

E. 

80    5  45 

9»9 

78  31  16 

9791 

76  56  23 

9763 

75  21    6 

9744 

13 

aPefui 

W. 

108  40  54 

9901 

no  19  47 

9691 

111  58  55 

9560 

118  38  17 

9979 

aAnetb 

W. 

67    9  48 

9990 

68  47  11 

9940 

70  32    0 

9331 

79  17  14 

9314 

Aldebanin 

W. 

36  41  93 

9M0 

38  91  90 

9999 

40    9    3 

9499 

41  43  98 

Regulus 

E. 

44  49  .56 

9M9 

43    4  58 

9396 

41  19  a5 

9909 

39  33  48 

9991 

8<ii« 

E. 

67  18  40 

9094 

65  40  56 

9936 

64    9  51 

9618 

62  94  90 

9900 

14 

aArietb 

W. 

81    9  39 

99a 

89  57  11 

9910 

84  45  14 

9969 

86  33  39 

9199 

Alcksburui 

W. 

50  90    9 

9939 

59    5  19 

9917 

53  50  47 

9996 

55  36  59 

99n 

Refulua 

E. 

30  38  59 

9919 

98  50  43 

9197 

97    9  II 

9169 

95  13  17 

9199 

8v» 

E. 

54    5  45 

9914 

59  94  51 

9497 

50  43  34 

9469 

49    1  55 

15 

aArieda 

W. 

95  41    7 

9190 

97  31  36 

9107 

99  99  94 

9000 

101  13  99 

9069 

AlcleliaraB 

W. 

64  34    7 

9191 

66  92  48 

9170 

68  11  51 

9100 

70    1  16 

9149 

Son 

E. 

40  98  91 

9909 

38  44  39 

9909 

37    038 

9370 

35  16  90 

9359 

16 

aArietia 

W. 

110  39  43 

9949 

119  95  19 

9960 

114  17  52 

9999 

116  10  41 

9669 

Aldebaran 

W. 

79  19  59 

9000 

81    3  58 

9900 

82  55  16 

9001 

84  46  45 

9974 

Bon 

E. 

96  30  57 

9911 

94  45  13 

9908 

99  59  18 

9990 

91  13  15 

9999 

90 

Svir 

W. 

99  56  94 

9494 

31  38  49 

9470 

33  20  38 

9467 

35    9  10 

9609 

Aiitarea 

E. 

40  43  99 

9159 

38  53  49 

9167 

37    4  31 

9100 

35  15  37 

9199 

a  Aquil» 

E. 

94  16  56 

9006 

92  44  47 

9991 

91   19  55 

9935 

89  41  91 

9961 

91 

8oi« 

W. 

43  93  48 

9093 

45    2  59 

9613 

46  41  29 

9639 

48  19  40 

9959 

a  Aquil« 

E. 

89    9  15 

9066 

80  40  19 

9969 

79  11  41 

3110 

77  43  43 

9139 

Pomalhaitt 

£. 

107  15  95 

9500 

105  36    3 

9693 

103  56  58 

9907 

109  18  19 

9991 

II 


1G2 


SEPTEMBER,  1895. 


XVII. 


GBBBN  WICH  MBAN  TIME. 

■ 

LUKAS  DISTANCES. 

22 

Hmm  and  Dinctlon 
•r  Object. 

Noon. 

P.L. 

Dttr 

nib. 

P.I* 
of 

VIk. 

P.L. 

•r 
Dttr 

IXh- 

P.L. 

•r 

DIA 

Son 

W. 

49  57'  25f 

tS7f 

51^3^  4^^ 

9699 

53ltf34' 

9719 

54  47  58 

9739 

Spica 

W. 

26  42  48 

«eo 

28  27  20 

9378 

30  11  26 

9386 

31  55    6 

9415 

a  Aqiiiltt 

E. 

76  16  21 

3160 

74  49  a*} 

3909 

73  23  28 

3936 

71  58    1 

3970 

Fomalhaut 

E. 

100  39  46 

983e 

99    1  40 

96B9 

97  23  56 

9969 

95  46  34 

9689 

23 

Suit 

W, 

62  43  20 

9831 

64  17    5 

9853 

65  50  24 

9873 

67  23  17 

9898 

8|>iea 

W. 

40  26  53 

flM7 

42    7  56 

9596 

43  48  33 

9544 

45  28  45 

99ff3 

SATURlf 

W. 

28  23    2 

9666 

30    0  41 

9963 

31  38  11 

9679 

:»  15  29 

9683 

a  Aqiiilw 

E. 

65     1  45 

3477 

63  40  55 

3694 

62  20  57 

3574 

61     1  54 

3998 

Fomalhaut 

E. 

87  45  38 

9779 

86  10  42 

9798 

84  36  11 

9818 

83    2    6 

9e3S 

aPegaai 

E. 

109  51  17 

9763 

108  16    1 

9778 

106  41    4 

9799 

105    6  25 

9809 

24 

80N 

W. 

75    1  28 

9990 

76  31  53 

9009 

78     1  55 

8097 

79  31  34 

9645 

Batorr    . 

W. 

41  18    1 

9747 

42  53  39 

9760 

44  28  59 

9774 

46    4    1 

9789 

a  Aquiitt 

E, 

54  41  44 

3936 

53  2!»     1 

4010 

52  17  31 

4087 

51     7  17 

4171 

Fomalhaut 

E. 

75  18  26 

9945 

Ti  47    4 

9967 

72  16  10 

9089 

70  45  44 

3013 

aPegaai 

E. 

97  18    1 

9883 

95  45  20 

9809 

94  13    0 

9915 

92  41    0 

9931 

25 

Suit 

W. 

86  54  22 

3139 

88  21  53 

3148 

89  49    5 

3163 

91  15  58 

3179 

Satorn 

W. 

53  54  33 

98S9 

55  27  45 

9879 

57    0  40 

9886 

58  33  18 

9896 

Fomalhaut 

E. 

63  20  48 

3133 

61  53  18 

3156 

60  26  18 

3184 

58  59  50 

3910 

aPegaal 

E. 

85    6    6 

3013 

83  36    9 

3090 

82    632 

9045 

80  37  15 

3061 

26 

8oif 

W. 

98  25  54 

8950 

9!)  51     4 

3964 

101  15  58 

3976 

102  40  38 

398B 

Satuen 

W. 

66  12  25 

9069 

67  43  29 

9971 

69  14  18 

9981 

70  44  54 

9099 

Antnres 

W. 

33  11    0 

9891 

34  43  31 

9901 

36  15  48 

9913 

37  47  50 

9094 

Fomalhaut 

E. 

51  55  40 

3358 

50  32  a5 

3301 

49  10    8 

3495 

47  48  20 

3463 

a  Pepisi 

E. 

73  15  49 

3143 

71  48  31 

3150 

70  21  33 

3176 

68  54  55 

3103 

a  Arietia 

E. 

115    0  39 

9915 

113  28  39 

9997 

111  56  54 

9937 

110  25  23 

9946 

27 

Suif 

W. 

109  40  37 

3349 

111     4    0 

3351 

112  27  13 

3360 

113  50  15 

3369 

Hatuen 

W. 

78  14  44 

3040 

79  44    7 

3048 

81  13  20 

3056 

82  42  23 

3064 

AiiUirea 

W. 

45  24  42 

9973 

46  55  29 

9981 

48  26    5 

9080 

49  56  31 

9907 

a  Pe^si 

E, 

61  46  43 

3978 

60  22    6 

3S95 

58  57  49 

3913 

57  33  53 

3339 

a  Arietis 

E. 

102  50  54 

9006 

101  20  35 

3003 

99  50  26 

3011 

98  20  27 

9019 

28 

8UN 

W. 

120  43    7 

9406 

122    5  17 

3411 

123  27  21 

9416 

124  49  19 

3433 

HATORlf 

W» 

90    527 

9006 

91  33  41 

3109 

93    1  48 

3107 

94  29  49 

3119 

Autares 

W. 

57  26  26 

3030 

58  56    2 

9036 

60  25  31 

9040 

61  54  54 

3045 

a  Pef^asi 

E. 

50  39  53 

3437 

49  18  18 

3469 

47  57  11 

3487 

46  36  32 

3515 

a  Arietis 

E. 

90  52  44 

3069 

89  23  35 

3066 

87  54  32 

3061 

86  25  35 

3066 

Alilebaran 

E. 

121  53    5 

9134 

120  25  37 

9137 

118  58  12 

3130 

117  30  50 

3141 

29 

SAToaif 

W. 

101  48  35 

9131 

103  16    7 

8133 

104  43  36 

9137 

106  11     1 

3138 

Antores 

W. 

69  20  34 

3009 

70  49  30 

3065 

72  18  23 

3066 

73  47  14 

3069 

a  Arietis 

E. 

79    2    9 

3064 

77  33  40 

3067 

76    5  15 

3000 

74  36  53 

3001 

Aldebaran 

E. 

no  14  29 

9146 

108  47  17 

3149 

107  20    7 

3150 

lan  52  58 

3150 

30 

Antams 

W. 

81  11     1 

3073 

82  39  44 

9073 

84    8  27 

3079 

85  37  11 

3079 

oAqiiiln 

W. 

41  22  46 

6419 

42  14  32 

5977 

43    7  .56 

5154 

44    2  52 

6041 

L 

a  ArietiA 

E. 

67  15  33 

3008 

65  47  21 

3000 

64  19  10 

3099 

62  50  59 

9100 

n 

Aldebaran 

E. 

98  37  16 

3160 

97  10    7 

3150 

95  42  58 

9149 

94  15  48 

»«^ll 

1 

XVIII. 


SEPTEMBER,  1895. 


163 


GBEENWIOH  MilAK  TIMB. 

LUNAR  DISTANCES. 

• 

Kudo  Mid  Dtreeiloo 
ofOI^Joct. 

Midnight. 

P.L. 

of 

Dilt 

XVh. 

P.L. 

of 

Dilt 

xvmh. 

P.L. 

of 

Diff. 

XXlb. 

P.U 
of 

inn. 

UU 

Buif 

W. 

5^2^  SS 

V7M 

o      t      n 

57  59  27 

9779 

O        t        It 

59  34  31 

9799 

6f    9    § 

9813 

8|»ica 

W. 

33  36  20 

9433 

a5  21     8 

9459 

37    3  29 

9470 

38  45  24 

9489 

a  Aqiiilas 

R. 

70  33  15 

9309 

69    9  13 

3347 

67  45  56 

3388 

66  23  26 

3431 

Foinalhaut 

E. 

94    935 

9703 

92  32  59 

9791 

90  56  47 

9740 

89  21    0 

9750 

^ 

Sorr 

W. 

68  55  45 

9919 

70  27  48 

9099 

71  59  26 

9959 

rj  30  39 

9971 

Spica 

W. 

47    8  31 

9581 

48  47  52 

9599 

50  26  49 

9617 

52    5  21 

9634 

Satoiin 

W. 

34  52  32 

9694 

36  29  20 

9707 

:<8    5  51 

9719 

39  42    5 

9733 

a  Aqiiiln 

E. 

59  43  48 

3681 

58  26  41 

3741 

57  10  37 

3809 

55  55  37 

3867 

Foinalhaut 

E. 

81  28  28 

9699 

79  55  17 

9880 

78  22  33 

9901 

76  50  16 

9999 

aPegasi 

E. 

103  32    5 

9891 

101  58    4 

9836 

100  24  23 

9859 

98  51     2 

9867 

34 

Suit 

W. 

81     0  51 

3063 

82  29  46 

3081 

83  58  19 

3096 

85  26  31 

3115 

Satorh 

w. 

47  38  44 

9809 

49  13    9 

9817 

50  47  15 

9831 

.52  21     3 

9845 

a  Aquil«» 

E. 

49  58  23 

4959 

48  50  52 

4955 

47  44  50 

4457 

46  40  20 

4567 

Fomalhaut 

E. 

69  15  47 

3035 

67  46  18 

3080 

66  17  19 

3083 

64  48  49 

3107 

ciPegnsi 

E. 

91    9  20 

9947 

8938     1 

9963 

88    7    2 

9980 

86  36  24 

9996 

25 

Son 

W. 

92  42  32 

9194 

94    8  48 

3909 

95  34  47 

9993 

97    029 

9937 

SATIIRIf 

W, 

60    5  39 

9911 

61  37  44 

9994 

63    9  33 

9935 

64  41    7 

9948 

Fomalhaut 

E. 

57  33  53 

3938 

56    8  29 

3966 

54  43  38 

3995 

53  19  21 

3»6 

aPegasi 

E. 

79    8  18 

9078 

77  39  41 

90M 

76  11  24 

3110 

74  43  27 

9196 

96 

Soif 

W, 

104    5    4 

9999 

105  29  17 

9911 

106  53  16 

3399 

108  17    2 

9339 

Saturn 

W. 

72  15  17 

3009 

73  45  27 

9013 

75  15  24 

3099 

76  45  10 

9931 

Aittares 

W. 

39  19  38 

9935 

40  51  13 

9945 

42  22  a5 

9955 

43  53  44 

9964 

Fomalhaut 

E. 

46  27  14 

3501 

45    6  51 

9549 

43  47  13 

3586 

42  28  23 

3633 

a  Pepsi 
aAnetit 

E. 

67  28  37 

3909 

66    239 

3995 

64  37    0 

9949 

63  11  41 

3969 

E. 

108  54    4 

9958 

107  22  58 

9968 

105  52    5 

9977 

104  21  24 

9988 

27 

Son 

W. 

115  13    7 

3377 

116  35  50 

3385 

117  58  24 

3999 

119  20  49 

9399 

Satorn 

W. 

84  11  17 

3071 

85  40    2 

3078 

87    8  38 

9086 

8837    6 

9091 

Aiitarea 

W. 

51  26  47 

3005 

52  56  54 

3011 

54  26  53 

9018 

55  56  43 

9094 

aPegasi 

E. 

56  10  19 

3351 

54  47    7 

3379 

53  24  18 

9393 

52    1  53 

9415 

aArieda 

E. 

96  50  38 

3096 

95  20  57 

3093 

93  51  25 

9099 

9222    1 

9945 

28 

Suit 

W. 

126  11  10 

3497 

127  32  56 

3431 

128  54  37 

9436 

130  16  13 

9499 

Saturn 

W. 

95  57  44 

3116 

97  25  34 

3190 

98  53  19 

3194 

100  20  59 

9198 

An  tares 

W. 

m  24  1 1 

3049 

64  5:J  23 

3059 

66  22  31 

3056 

67  51  34 

9069 

a  Pepsi 
a  Anetis 

E. 

45  16  24 

9544 

43  56  48 

3575 

42  37  46 

3609 

41   19  21 

9645 

E. 

84  56  44 

3071 

8;l  27  59 

3074 

81  59  18 

3078 

80  30  42 

9081 

Aldebanm 

E. 

116    3  30 

9149 

114  36  12 

3144 

113    8  56 

3146 

111  41  42 

9147 

29 

Satorn 

W. 

107  38  24 

9140 

109    5  45 

3143 

110  :»    3 

3144 

112    0  19 

9145 

Antares 

W, 

75  16    2 

9068 

76  44  49 

3071 

78  13  34 

3079 

79  42  18 

9073 

a  Arietis 

E. 

73    8  3:j 

9094 

71  40  16 

3095 

70  12    0 

3096 

68  43  46 

3997 

Aldeharan 

E. 

104  25  49 

9151 

102  58  41 

3151 

101  31  33 

3151 

100    4  25 

3150  ! 

30 

Atiures 

W. 

87    5  55 

9071 

88  34  40 

3060 

90    3  27 

3069 

91  32  15 

9067  1 

a  AqiillfB 

W. 

44  59  15 

4938 

45  56  59 

4843 

46  56    0 

47M» 

47  .56  13 

4676  ' 

a  Anetis 

E. 

61  22  49 

3100 

59  54  :e> 

3099 

.58  26  28 

3009 

.56  .58  17 

9098 

* 

Aldelwran 

E. 

92  48  36 

3147 

91  21  2;) 

3146 

89  54    9 

3144 

88  26  53 

9143 

164 


OCTOBER,  1895, 


I. 


AT  OBBBNWICH  APPARENT  NOON. 


• 

1 

• 

► 

^ 

# 

• 

5 

4 

% 

o 

t> 

K 

« 

« 

Q 

1 

Tiies. 

Wed. 

2 

Thar. 

8 

Frid. 

4 

Sat. 

5 

SUN. 

6 

Moil. 

7 

Tiies. 

8 

Wed. 

9 

Thar. 

10 

Frid. 

11 

Sat. 

12 

SUN. 

13 

Mod. 

14 

Tues. 

15 

Wed. 

16 

Tliur. 

17 

Frid. 

18 

Sat. 

19 

sun. 

20 

Mod. 

21 

Tues. 

22 

Wed. 

23 

Tbur 

24 

Frid. 

25 

Sat. 

26 

SUN. 

27 

Mod. 

28 

Tues. 

29 

Wed. 

30 

Thar. 

31 

Frid. 

321 

THE  SUN*8 


▲ppM«Bi 

Bl^hft  Awxmtlon. 


li     in        • 

12  29  33.16 
12  33  10.56 
12  36  48.26 

12  40  26.30 
12  44  4.68 
12  47  43.44 

12  51  22.59 
12  55  2.18 

12  58  42.20 

13  2  22.68 
13  6  3.66 
13  9  45.14 

18  13  27.14 
13  17  9.68 
13  20  52.79 

13  24  36.46 
18  28  20.73 
13  32  5.59 

13  35  51.07 
13  39  37.16 
13  43  23.94 

13  47  11.34 
13  50  59.41 
13  54  48.16 

13  58  37.60 

14  2  27.74 
14  6  18.59 

14  10  10.18 
14  14  2.50 
14  17  55.59 
14  21  49.44 

14  25  44.08 


Oiir.  for 
iHonr. 


n 

9.05*2 
9.065 
9.07S 

9.093 
9.109 
9.194 

9.140 
9.158 
9.177 

9.197 
9.918 
9.939 

9.961 
9.*281 
9.308 

9.332 
9.357 
9.38*2 

9.408 
9.435 
9.462 

9.489 
9.517 
9.546 

9.575 
9.604 
9.634 

9.665 
9.696 
9.728 
9.760 

9.793 


▲ppATMlft 

DeoliiiAtlvB. 


S.  8  11  36.2 
8  84  52.8 
8  58  6.9 

4  21  18.3 

4  44  26.6 

5  7  31.5 

5  80  32.6 

5  53  29.6 

6  16  22.1 

6  89  9.8 

7  1  52.8 
7  24  29.3 

7  47  0.3 

8  9  24.9 
8  81  42.8 

8  53  53.6 

9  15  56  8 
9  37  52.0 

9  59  38.9 
10  21  16  9 

10  42  45.7 

11  4  4.8 
11  25  13.9 

11  46  12.6 

12  7  0.4 
12  27  36.9 

12  48  1.8 

13  8  14.6 
13  28  15.0 

13  48  2.6 

14  7  37.0 


Diftlbr 
IHonr. 


S.  14  26  57.9    -48.08 


-58.24 
58.14 
58.03 

-57.91 
57.77 
57.62 

-57.46 
57.28 
57.09 

-56.88 
56.66 
66.42 

-56.16 

55.89 
55.60 

-55.29 
54.97 
54.63 

-54.27 
53.89 
53.50 

-53.09 
52.66 
52.22 

-51.76 
51.28 
50.79 

-50.28 
49.75 
49.21 
48.65 


Semi- 


Slderaii) 
Time  of 

Semi- 
diameter 
Paaeing 
hCeridiMi 


6 
6 
6 


6 
6 
6 
6 


1.41 
1.69 
1.97 


6  2.24 

6  2.52 

6  2.79 

6  8.07 

6  8.34 

6  8.61 

6  8.88 

6  4.15 

6  4.42 

6  4.69 

6  4.96 

6  5.23 

6  5.50 

6  5.77 

6  6.04 

6  6.32 

6  6.59 

6  6.86 

6  7.13 

6  7.40 

6  7.67 

6  7.94 

6  8.21 

6  8.48 


8.74 
9.00 
9.26 
9.52 


16    9.77 


64.37 
64.42 
64.47 

64  52 
64.57 
64.62 

64.68 
64.74 
64.80 

64.87 
64.91 
65.02 

65.09 
65.17 
65.25 

65.33 
65.41 
65.50 

65.59 
65.69 
65.78 

65.88 
65.98 
66.08 

66.18 
66.28 
66.39 

66.50 
66.61 
66.72 
66.83 

66.94 


Kquation  of 

Time, 

to  be 
Subtnoted 

IWmii 
▲ppareal 

Time. 


m   e 

10  17.36 
10  36.46 

10  55.26 

11  13.73 
11  31.85 

11  49.f0 

12  6.95 
12  23.87 
12  40.36 

12  56.38 

13  11.92 

13  26.96 

18  41.47 
IS  55.44 

14  8.85 

14  21.70 
14  38.95 
14  45.61 

14  56.65 

15  7.07 
15  16.84 

15  25.97 
15  31.43 
15  42.22 

15  49.32 

15  55.71 

16  1.40 

16  6.35 

16  10.57 

16  14.03 

16  16.73 

16  18.64 


Dur.  fH 

IHear. 


0.802 
0.790 
0.776 

0.762 
0.747 
0.731 

0.714 
0.696 
0.677 

0.657 
0.637 
0.6t6 

0.594 
0.571 
0.547 

0.523 
0.498 
0.473 

0.447 
0.421 
0.394 

0.366 
0.:i:t8 
0.310 

0.281 
0.252 
0.222 

0.191 
0.160 
0.128 
0.096 

0.063 


Hon.^The  meM  time  of  oiaidiametier  peMinc  ihaj  be  fouod  by  labtrMting  0M8  firom  the  stderoAl  ttae. 

The  eiKo  —  predzed  to  the  hoarlj  ohMge  of  deoUiubtioft  iadioetee  that  eoath  deoUo*Uoiie  are  inoreaalBC.* 


IL 


OCTOBER,  1896. 


165 


AT  GBBBirWIOH  UBAS  VOOS. 

m 

1 

1 

THE  amrs 

i 

JBqoatloaof 

Tlaio, 

tobe 

Addctdto 

MmbTIiim. 

DIfffor 
IHonr. 

9MwMd 
UcMAM^riM 

AppunI 
BUM  Aammttim. 

IMCfbr 
IBqv. 

Appawt 

Dtftlbr 
IHbur. 

Tuea. 

1 

12  29  84.72 

9.05& 

8.    a  11  46J2 

-66.95 

10  17^49 

0.801 

12  89  52.21 

Wed. 

2 

12  83  12.17 

9.067 

as5  ai 

68.15 

10  36.60 

0.789 

12  48  48.76 

Tbur. 

8 

12  36  49.92 

9.080 

a  68  17.5 

68.04 

10  55.40 

0.777 

12  47  45^ 

Fri(L 

4 

12  40  28.00 

9.004 

4  21  29JI 

-67.99 

11  13.87 

0.763 

12  51  41.87 

Sat 

6 

12  44    6.43 

9.100 

4  44  87.7 

67.78 

11  31.99 

0.747 

12  55  88.42 

Binr. 

6 

12  47  45.24 

9.IS& 

5    7  42.9 

67,63 

11  49.74 

0.731 

12  69  84.98 

Mon. 

7 

12  51  24.44 

9.14^ 

5  W  44J2 

-67.47 

12    7.09 

0.714 

18    8  81.68 

Tues. 

8 

12  55    4.07 

9.160 

5  68  41.4 

67.99 

12  24.01 

0.696 

18    7  2dM 

Wed. 

9 

12  58  44.14 

9.179 

»  leua 

67.10 

12  40.50 

0.677 

18  11  24j64 

Thar. 

10 

18    2  24.67 

9.199 

6  89  22.1 

-6639 

12  56.52 

0.657 

18  16  21.19 

Frid. 

11 

13    6    5.69 

9.990 

7    2    4JB 

56.66 

13  12.06 

0.637 

13  19  17.76 

Sau 

12 

18    9  47.21 

9.941 

7  24  41.9 

66.49 

13  27.09 

0.615 

18  88  leap 

Buy. 

18 

18  18  29.26 

9.963 

7  47  18.1 

-66.17 

13  41.60 

0.593 

13  87  10^ 

Mod. 

U 

18  17  11.84 

9.986 

8    9  87.9 

66.90 

13  55.57 

0.570 

18  81    7.41 

Taee. 

15 

13  20  54.98 

9.310 

8  81  56.0 

65.69 

14    8.98 

0.547 

18  85    8J6 

Wed. 

16 

13  24  88.70 

9.334 

8  54    6.9 

-66.30 

14  21.82 

0.593 

18  89    0,58 

Thar. 

17 

13  28  23.00 

9.368 

9  16  10J2 

64^^ 

14  34.07 

0.498 

18  48  57.07 

Frid. 

18 

13  32    7.90 

9.384 

9  88    5J^ 

64.63 

14  45.72 

0.473 

18  46  68.68 

Sat 

19 

13  85  53.42 

9.410 

9  59  52.4 

-64.97 

14  56.76 

0.447 

18  60  60.18 

sun. 

20 

13  39  39.56 

9.436 

10  21  80.4 

63.69 

15    7.17 

0.491 

13  54  46.74 

Mod. 

21 

18  43  26.35 

9.463 

10  42  59JI 

63.50 

15  16.94 

0.394 

18  58  48.89 

Taee. 

22 

18  47  13.78 

9.490 

11    4  18J^ 

-63.09 

15  26.07 

0.366 

14    8  89  J6 

Wed. 

23 

13  51     1.88 

9.618 

11  25  27.6 

69.66 

15  34.52 

0.3.% 

14    6  86v40 

Thar. 

24 

13  54  50.66 

9JM7 

11  46  26J2 

69.99 

15  42.30 

0.310 

14  10  82.96 

Frid. 

25 

13  58  40.12 

djae 

12    7  14.0 

-61.76 

15  49.39 

0.981 

14  14  29.51 

Sat 

26 

14    2  30.29 

9.605 

12  27  50.5 

51.98 

15  55.78 

0.951 

14  18  26.07 

SUN. 

27 

14    6  21.17 

9.635 

12  48  15.8 

60.78 

16     1.45 

0.^1 

14  82  22.62 

Moo. 

28 

14  10  12.77 

9.666 

18    8  28.1 

-60.97 

16    6.40 

0.191 

14  26  19.18 

Toes. 

29 

14  14    5.12 

9.697 

18  28  28.4 

49.75 

16  10.61 

0.160 

14  30  15.73 

Wed. 

80 

14  17  58.22 

9.729 

18  48  15.9 

49.91 

16  14.06 

O.I'^H 

14  34  12.29 

Thar. 

81 

14  21  52.09 

9.761 

14    7  bOJ2 

48.65 

16  16.75 

0.096 

14  38    8.64 

Frid. 

32 

14  25  46.74 

9.794 

S.  14  27  11.0 

-48.07 

16  18.66 

0.063 

14  42    5.40 

ioldiMaatar  for  aai 
Iga  —  prsAztd  to  tb 

maooa  tw 
•  koarlyo 

Ay  bo  Mtaiaod  tli*  Mine  m  tha 
hMijeoof  dooUoAtloa  ladloAtoo 

A  for  appATtiit  n 
tiiM  ooath  doc) 

oon* 
buOiOBS 

Die  far  1  Boo; 
+9>.8G06. 

MVll 

»MU. 

dMhtenU 

166 


OCTOBER,  1895. 


m. 


AT  GBEENWIOH  MEAN  NOON. 

9 

k 

THR  SUN'S 

i 

LOfMltfaB 

Of  tko 

a 

H 

1 

1 

TEUB  LOVGITUBS. 

BftdtuToelor 

ICMaTfaM 

^ 
^ 

^ 

^ 

DiCfer 
IHmt. 

LA.TITUBK. 

of  tho 
Xortk. 

Dtltfor 
IHoor. 

of 
SMoffMlHooa. 

X 

V 

1 

274 

188    3  28^7 

2  45^9 

147.59 

+  o!2i 

0.0002663 

-52.5 

h      m       • 

11  18  16.37 

2 

276 

189    2  31.8 

1  48.9 

U7.67 

0.35 

0.0001404 

52.3 

11  14  20.46 

8 

276 

190    1  36.7 

0  53.7 

147.75 

0.47 

0.0000150 

52.1 

11  10  24.55 

4 

277 

191    0  43.8 

0    0.7 

H7.84 

+  0.58 

9.9998901 

-51.9 

• 

11    6  28.64 

5 

278 

191  59  52.8 

59    9.6 

147.92 

0.66 

9.9997658 

51.7 

11     2  82.74 

6 

279 

192  59    4.0 

58  20.7 

M8.0I 

0.73 

9.9996419 

61.5 

10  58  36.83 

7 

280 

193  58  17.3 

57  33.9 

U8.I0 

+  0.77 

9.9995185 

-61.3 

10  54  40.92 

8 

281 

194  57  33.0 

56  49.4 

148.19 

0.78 

9.9993958 

51.1 

10  50  45.01 

9 

282 

195  56  50.9 

56    7i2 

148.29 

0.76 

9.9992735 

60.9 

10  46  49.10 

10 

283 

196  56  11.1 

55  27.8 

I48.a9 

+  0.71 

9.9991514 

-60.8 

10  42  53.20 

11 

284 

197  55  33.7 

54  49.8 

U8.49 

0.63 

9.9990297 

50.7 

10  38  57.29 

12 

285 

198  54  58.5 

54  14.5 

148.58 

0.53 

9.9989082 

60.6 

10  35     1.38 

13 

286 

199  54  25.8 

53  41.7 

148.68 

+  0.41 

9.9987867 

-50.6 

10  31     5.47 

14 

287 

200  53  55.3 

53  11.0 

148.78 

0J28 

9.9986653 

50.6 

10  27     9.56 

15 

288 

201  53  27.1 

52  42.7 

U8.87 

0.15 

9.9985436 

60.7 

10  23  13.66 

16 

289 

202  53     hi 

52  16.6 

148.96 

+  0.01 

9.9984221 

-50.7 

10  19  17.75 

17 

290 

203  52  37.2 

51  52.6 

149.05 

-0.10 

9.9983003 

50.8 

10  15  21.84 

18 

291 

204  52  15.6 

51  30.9 

149.14 

Oi21 

9.9981783 

50.9 

10  11  25.93 

19 

292 

205  51  55.8 

51  10.9 

149.22 

-0.29 

9.9980562 

-50.9 

10    7  30.02 

20 

293 

206  51  38.1 

50  53.1 

149.30 

0.34 

9.9979341 

50.9 

10     3  34.11 

21 

294 

207  51  22.2 

50  37.1 

149.38 

0.36 

9.9978118 

50.9 

9  59  38.20 

22 

295 

208  51     8.2 

50  23.0 

^  149.45 

-  0.36 

9.9976898 

-60.8 

9  55  42  30 

23 

296 

209  50  55.9 

50  10.5 

149.52 

0.32 

9.9975678 

50.7 

9  51  46.39 

24 

297 

210  50  45.3 

49  59.8 

149.60 

0.25 

9.9974463 

50.6 

9  47  50.48 

25 

298 

211  50  36.5 

49  50.9 

149.67 

-0.16 

9.9973253 

-50.3 

9  43  54.57 

26 

299 

212  50  29.3 

49  43.5 

149.74 

-0.05 

9.9972051 

50.0 

9  39  58.66 

27 

300 

213  50  23.7 

49  37.8 

149.80 

+  0.07 

9.9970855 

49.6 

9  36    2.75 

28 

301 

214  50  19.8 

49  33.7 

149.87 

+  0.20 

9.9969670 

-49.1 

9  32    6.84 

29 

302 

215  50  17.5 

49  31.3 

149.94 

0.34 

9.9968497 

48.6 

9  28  10.93 

30 

303 

216  50  17.0 

49  30.7 

150.01 

0.46 

9.9967336 

48.0 

9  24  15.02 

31 

304 

217  50  18.2 

49  31.7 

150.09 

0.57 

9.9966189 

47.4 

9  20  19.11 

32 

305 

218  50  21.1 

49  34.5 

150.16 

+  0.67 

9.9965059 

-46.8 

9  16  23.20 

Vaim.--Tb« 

Bomben  ia  eolomi 

A  OORMpOOd 

totbotn 

le  •qainoz  of 

tho  dft4o;  ia  ooli 

unn  a' to 

DiflL  for  1  Hoar, 
—  9-.8S96. 

thm 

■—  eqalBOZ  of  Ji 

uaary  •<.•• 

riabloll.) 

IV. 


OCTOBER,  1896. 


167 


GBBBNWIOH  MBAN  IIM£L 

j 

1 

2 
3 

TUE  Mooirs 

SSMIDIAMXTIS. 

HOBIZOVTAL  PAJULLAZ. 

UPFBB  TRAH8IT. 

AOB. 

»- 

MldBichi. 

Hoca. 

DUtlbr 
IHon. 

W&aigki, 

DUtlbr 
IHoar. 

Oreenwieb. 

lUoor. 

Hmb. 

14  45'!2 
14  46.7 
14  49.7 

14  45'!8 
14  48.0 
14  51.6 

54'    2^0 
54    7.5 
54  18.4 

40riO 
0.35 
0.56 

54'    4*^0 
54  12.3 
54  25.6 

40!93 
0.46 
0.65 

h      m 

10  28.2 

11  7.2 
11  46.7 

1.63 
1.63 
1.67 

il 

12.6 
13.6 
14.6 

4 
5 
6 

14  58.9 

14  59.2 

15  5.6 

14  56.4 

15  2.3 
15    9.2 

54  33.9 

54  53.5 

55  17.0 

40.73 
0.90 
1.06 

54  43.2 

55  4.7 
55  30.2 

40.89 
0.98 
1.15 

12  27.7 

13  11.2 
13  58.1 

1.76 
1.88 
9.04 

15.6 
16.6 
17.6 

7 
8 
9 

15  13.1 
15  21.7 
15  31.3 

15  17.2 
15  26.4 
15  36.5 

55  44.4 

56  15.9 
56  51.3 

•fl.93 
1.40 
1.66 

55  59.6 

56  33.1 

57  10.5 

41.31 
1.48 
1.63 

14  48.9 

15  4a6 

16  41.3 

9.90 
9.35 
9.44 

18.6 
19.6 
20.6 

10 
11 
12 

15  42.0 

15  53.3 

16  4.9 

15  47.6 

15  59.1 

16  10.5 

57  30.4 

58  \2J2 
58  54.6 

41.69 
1.77 
1.74 

57  51.0 

58  33.5 

59  15.3 

41.74 
1.77 
1.69 

17  40.1 

18  38.1 

19  34.0 

9.45 
9.38 
9.98 

21.6 
22.6 
23.6 

13 
14 
15 

16  15.9 
16  25.3 
16  32.0 

16  20.8 
16  29.0 
16  33.9 

59  35.0 

60  9.5 
60  34.1 

41.66 
1.96 
0.76 

59  58.2 

60  28.3 
60  41.3 

41.44 

1.03 

40.46 

20  27.5 

21  18.9 

22  9.3 

9.18 
9.11 
9.10 

24.6 
25.6 
26.6 

16 
17 
18 

16  34.9 
16  33.4 
16  27.4 

16  34.7 
16  31.0 
16  22.9 

60  44.8 
60  39.4 
60  17.4 

40.19 

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1.94 

60  44.2 
60  30.4 
60    0.7 

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0.99 
1.63 

28    0.0 
23  52J^ 

6 

9.13 
9.99 

27.6 
28.6 

19 
20 
21 

16  17.5 
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15  42.7 

59  40.8 
58  53.5 
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58  27.3 
57  33.1 

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9.96 

0  46.6 

1  43.6 

2  42.1 

9.39 
9.49 
9.45 

1.2 
2.2 
3.2 

22 
23 
24 

15  35.4 
15  21.6 
15    9.5 

15  28.3 
15  15.3 
15    4.4 

57    6.2 
56  15.5 
55  31.2 

-9.90 
1.90 
1.67 

56  40.2 
55  52.4 
55  12.3 

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1.86 
1.48 

3  40.6 

4  37.1 

5  30.1 

9.41 
9.99 
9.19 

4.2 
5.2 
6.2 

25 
26 
27 

14  59.8 
14  52.8 
14  48.5 

14  56.0 
14  50.3 
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54  55.7 
54  29.9 
54  14.1 

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0.87 
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54  41.5 
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54  10.0 

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0.66 

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6  18.9 

7  4.0 
7  46.1 

1.81 
1.70 

7.2 

8.2 
9.2 

28 
29 
30 
31 

14  46.9 
14  47.7 
14  50.6 
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14  47.0 
14  48.9 
14  52.8 
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54    8J2 
54  11.2 
54  21.9 
54  39.1 

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40.99 

0.59 

0.89 

54    8.6 
54  15.6 
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40.13 
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0.79 
0.91 

8  26.1 

9  5.2 
9  44.5 

10  25.1 

1.64 
1.63 
1.66 
1.73 

10.2 
11.2 
12.2 

ia2 

82 

15     IJI 

15    4.6 

55    0.9 

40.99 

55  13.3 

41.06 

11    ai 

1.86 

14i2 

168 


OCTOBER,  1895. 


OBBBKWIOH  MBAN  TDfB. 

THB  MOON'S  BIGHT  ASCBNSION  AND  DBCLINATIOK. 

Hoar, 

Bl^tAjN6BSlOB. 

IKInato. 

I>6eUilfttlM. 

Die  far 

lliiBUtd. 

Hbar. 

BiglitA^Miision. 

IMIaiite. 

D«ellii«tlOB. 

IMft.ror 
IMiaotA. 

TC 

IK»I>A 

T  1. 

THURSDAY  8. 

0 

22  51  22.14 

• 

1.7648 

S.  f  2^  2^3 

ll!799 

0 

h    m     • 

0  15  98M 

■ 
1.7f« 

N.  1  50  85.5 

14^199 

1 

22  53    7.98 

1.7639 

7  12  39.1 

13.750 

1 

0  17  13.98 

1.7668 

4    4  46.8 

14.183 

2 

22  54  53.73 

1.78J8 

6  58  53.3 

13.777 

2 

0  19    0.0:) 

1.7888 

4  18  57.5 

14.173 

3 

22  56  39.40 

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6  45    5.9 

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3 

0  20  46.18 

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14.183 

4 

22  58  24.98 

1.7900 

6  31  17.0 

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4 

0  22  32.43 

1.7718 

4  47  17.1 

14.151 

5 

23    0  10.48 

1.7577 

6  17  26.6 

18.853 

5 

0  24  1&80 

1.7788 

5    1  25.8 

14.138 

6 

23     1  55.90 

1.7564 

6    3  34.7 

13.8n 

6 

0  26    5.29 

1.7758 

5  15  33.7 

14.198 

7 

2:)    3  41.25 

1.7S63 

5  49  41.4 

13.809 

7 

0  27  51.90 

1.7778 

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23    526.54 

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13.991 

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S.  2    4  54^ 
►AT  2. 

14.166 

23 

0  56  37.34 
F 

1.8197 

RIDA'! 

N.  9  13    0.5 
I  4. 

13.7V7 

0 

23  33  2.5.11 

1.7457 

S.  1  50  44.3 

14.177 

0 

0  58  26.62 

1.8989 

IN.  9  96  45.6 

13.737 

1 

2;\  35    9.85 

1.7457 

1  36  a3.4 

14.186 

1 

1     0  16.09 

1.8969 

9  40  28.9 

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23  36  54.59 

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1    2    5.76 

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23  38  39.34 

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1    3  55.62 

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13.846 

4 

23  40  24.10 

1.7469 

0  53  57.7 

14.910 

4 

1     5  45.69 

1.8369 

10  21  270) 

13.613 

5 

23  42    8.88 

1.7465 

0  39  44.9 

14.917 

5 

1     7  35.97 

1.8307 

10  35    3.7 

13.579 

6 

23  43  53.68 

1.7468 

0  25  31.7 

14.999 

6 

1     9  26.46 

1.8439 

10  48  37.4 

13.544 

7 

23  45  38.50 

1.7479 

a  0  11  18.2 

14.997 

7 

1   11   17.16 

1.8460 

11  2  ao 

13.508 

8 

23  47  23.35 

1.7477 

N.  0    2  55.6 

14.939 

8 

1   13    8.09 

1.8507 

11  15  38.4 

13.479 

9 

23  49    8.2:^ 

1.7483 

0  17    9.6 

14.935 

9 

1  14  59.24 

1.8544 

11  29    5.6 

13.434 

10 

2:)  50  53.15 

1.7490 

0  31  23.8 

14.937 

10 

1  16  50.62 

1.8589 

11  42  30.5 

13J39S 

11 

2:)  52  38.11 

1.7497 

0  45  38.1 

14.939 

11 

1  18  42.23 

1.8891 

11  55  53.1 

13.357 

12 

23  54  23.11 

1.7504 

0  59  52.5 

14.941 

12 

1  20  34.07 

1.8860 

12    9  13.3 

13.316 

13 

23  56    8.16 

1.7519 

1  14    7.0 

14.941 

13 

1  22  26.15 

1.8701 

12  22  31.0 

13.974 

14 

23  57  53.26 

1.7599 

1  28  21.4 

14.940 

14 

1  24  18.48 

1.8749 

12  85  46L2 

13.939 

15 

23  59  38.42 

1.7539 

1  42  35.8 

14.939 

15 

1  26  11.05 

1.8783 

12  48  .5a9 

13.180 

16 

0    1  23.64 

1.7549 

1  56  50.1 

14.937 

16 

1  28    a87 

1.88B5 

13    2    8.9 

13.144 

17 

0    3    8.92 

1.7559 

2  11     4.3 

14.935 

17 

1  29  56.95 

1.8888 

13  15  16.2 

134)08 

18 

0    4  54.27 

1.7564 

2  25  18.3 

14.939 

18 

1  31  50.29 

1.6019 

13  28  20.7 

134)59 

19 

0    6  39.69 

1.7577 

2  39  32.1 

14J»7 

19 

1  3:)  43.89 

1.8895 

13  41  22.4 

13.005 

20 

0    8  25.19 

1.7500 

2  53  45.5 

14.991 

20 

1  a5  37.75 

1.8090 

13  54  21.3 

19.957 

21 

0  10  10.77 

1.7603 

3    7  58.6 

14.916 

21 

1  37  31.88 

1.9044 

14    7  17.2 

19.907 

22 

0  11  56.43 

1.7618 

3  22  11.4 

14.909 

22 

1  39  26.28 

1.9000 

14  20  lai 

19.858 

23 

0  13  42.19 

1.7634 

3  36  23.7 

14.901 

23 

1  41  20J^ 

1.9137 

14  32  59.9 

19.804 

24 

0  15  28.04 

1.7649 

N.  3  50  35.5 

14.199 

24 

1  43  15.92 

1.9183 

N.I 4  45  46.6 

19.759 

VL 


OOTOBER,  1895. 


169 


rftaiafc 


eBBBNWIOH  MBAN  TIMB. 


THE  MOON^  RTOHT  ASCENSION  AND  DECLINATION. 


Btgfcti.iee«ilrMi 


DULfor 
IXlavto. 


DMllBstloa. 


DIAter 
llCiasteJ 


IMflllbr 
lMlnat«. 


DIEfbr 


0 
1 

3 

4 

5 

6 

7 

8 

9 

10 

11 

19 

13 

14 

15 

16 

17 

16 

19 

90 

91 

99 

93 


0 

1 

9 

3 

4 

5 

6 

7 

8 

9 

10 

II 

19 

13 

14 

15 

16 

17 

18 

19 

90 

91 

22 

33 

94 


SATUBDAT  5. 


b  m 
1  43 
1  45 
1  47 
1  49 
1  50 
1  59 
1  54 
1  56 
1  58 
0 


9 
9 
9 
9 
9 
9 
9 
9 


9 
4 

6 

8 

10 

19 

14 


9  16 
9  18 
9  90 
999 
994 
996 
998 


15^ 
11.16 
6.69 
9.50 
58.60 
55.01 
51.79 
48.73 
46.04 
43.66 
41JS9 
39.84 
38.41 
37.30 
36.51 
36.05 
35.1*9 
36.19 
36.66 
37.54 
38.76 
40.39 
49.93 
44.49 


.9183 
.9991 
.9978 


N. 


.9978 
.9497 
.9477 
JS97 
J678 


J795 

J788 

.9849 

.9898 

.9851 

9.0008 

9.0089 

9.0118 

9.0175 

9M09 

9.0989 

9.0347 

9JM06 


W. 


4 
5 
5 
5 
5 
6 
6 
6 
6 
6 
7 
7 
7 
7 
7 
8 
8 
8 
8 
8 
9 
9 
9 


45  4d!6 
58  30.1 
II  10.4 
93  47.3 

36  90.8 
48  50.9 

1  17.5 

13  40i» 

95  59.8 
38  15.5 
50  97.4 

9  35.4 

14  39.5 

96  39.6 
38  35.7 
50  97.7 

9  15.5 
13  59.0 
95  38.1 

37  19.8 
48  4a  1 

0  a9 

II  30.1 
99  46.6 


SUNDAY  6. 


930 
939 
934 
36 
39 


9 
9 
9 
9 
9 
9 
9 
9 
9 


41 
43 
45 
47 
49 
51 
53 
9  55 
9  57 


3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 


0 

9 

4 

6 

8 

10 

19 

15 

17 

19 

91 


47.09 

94M83 

50.05 

9.0993 

5:^.37 

9.0089 

57.04 

9.0849 

1.07 

9.0709 

5.47 

9.0763 

10.93 

9.0894 

15.36 

9.0885 

90.85 

9.0946 

96.71 

9.1007 

39i)4 

9.1009 

39.54 

9.1739 

46.59 

9.1194 

53J^7 

9.1957 

1.60 

9.1399 

9.71 

9.1383 

18.90 

9.1448 

97.06 

9.1508 

36.30 

9.1579 

45il9 

9.1638 

55.93 

9.1700 

6.39 

9.1783 

17.09 

9.1897 

98.94 

9.1891 

39.78 

9.1955  ' 

N.19  33 
19  45 
19  56 
90  7 
90  17 
90  98 
90  39 

90  50 

91  0 
91 
91 
91 
91 
91 
99 
99 

99  91 
9*2  31 
99  40 
99  50 
99  59 
93  8 
93  17 
93  96 

N.93  35 


10 
91 
31 
41 
51 
I 
II 


58.3 

5.9 

7.9 

4.3 

56.3 

43.9 

95.0 

1.5 

32.6 

58.3 

18.5 

33.9 

49.3 

45.7 

43.3 

35.0 

90.8 

0.6 

34.3 

1.9 

9:i3 

38.3 

46i) 

49.1 

44.81 


19.799 
19.898 
19343 
19.587 
19.530 
19.479 
19.413 
I9J53 
19.999 
19.930 
19.108 
19.101 
I9U135 
11.988 
11.901 
11.839 
11.761 
11.668 
1IJ15 
11.549 
11.467 
11.399 
11J14 
11.935 


0 
1 
9 
8 
4 

5 

6 

7 

8 

9 

10 

II 

19 

13 

14 

15 

16 

17 

18 

19 

90 

91 

99 

93 


MONDAY  7. 


8  91 
393 
96 
98 
30 
39 
34 


3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
3 
4 
4 
4 
4 
4 
4 


37 

39 

41 

43 

46 

48 

50 

53 

55 

57 

59 

9 

4 

6 

9 

II 

13 


89.78 
51.70 

4.00 
16.68 
99.75 
4a90 
57.03 
11.94 
95.83 
40.80 
56.14 
11.86 
97.96 
44.43 

1J87 
18.49 
36.09 
54.03 
19JM 
31.09 
50.06 

9.45 
99.90 
49.30 


9.1956 
9.9018 


9.9146 
9.9910 
9.9973 
9.9337 
9.9400 
9.9463 


9.9899 
9.9714 
9.9776 


9.9901 


93M3 
9JI43 


9J391 
9J379 


HJiSsii^JB 

urn 

93  44  33.9 

a769 

93  53  16.3 

6J66 

94     1  51.9 

6338 

94  10  90.6 

6L499 

94  18  49.5 

6J87 

94  96  57.4 

ai89 

94  35    5J2 

6.671 

94  43    5.9 

7359 

94  50  59.4 

7331 

94  58  45.6 

7.768 

95    6  94.4 

7385 

95  13  55.8 

7.461 

95  91  19.7 

7335 

95  98  36.0 

7397 

95  85  44.6 

7379 

95  49  45JS 

6366 

95  49  38.6 

6391 

95  56  93.8 

6389 

96    3    1.1 

6364 

96    9  30.3 

6.419 

96  15  51.4 

6384 

96  99    4.4 

6.146 

In.96  98    9J2 

6316 

TUESDAY  8. 


11.155 

0 

4  16    9.75 

93437 

11374 

1 

4  18  30.55 

93495 

10399 

9 

4  90  51.09 

93551 

103C9 

3 

4  93  13.16 

93607 

10394 

4 

4  95  34.97 

f.^fffff 

10.rJ9 

5 

4  97  57.11 

93718 

10359 

6 

4  30  I9..58 

93773 

10363 

7 

4  39  49.38 

936M 

10.473 

8 

4  a5    5.49 

93f(78 

10389 

9 

4  37  98.91 

93999 

10.991 

!0 

4  3!)  59.64 

93981 

10.198 

11 

4  49  1(168 

9.4039 

10.104 

19 

4  44  41.09 

9.4081 

10306 

13 

4  47    5.65 

9.4130 

9311 

14 

4  49  30.58 

93178 

9319 

15 

4  51  55.7!) 

9.4995 

9.713 

16 

4  54  91.98 

9.4979 

9319 

17 

4  56  47.05 

9.4317 

9311 

18 

4  59  13.09 

9.4369 

9.408 

19 

5     1  39J)9 

9.4405 

9303 

90 

5    4    5.95 

9.4447 

9.197 

91 

5    6  39.76 

9.4489 

9390 

99 

5    8  59.89 

9.4530 

6389 

93 

5  11  97.19 

93689 

8373 

94 

5  13  54.65 

9.4807 

IN.96  34  5.6 
96  39  53.7 
96  45  33.3 
96  51    4.4 

96  56  96i) 

97  I  40.8 
97  6  45.9 
97  II  49.3 
97  16  99.9 
97  91  8.5 
97  95  38.9 
97  99  58.8 
97  34  10.3 
'<7  38  19.6 
97  49  5.8 
97  45  49.7 
97  49  94.3 
97  59  49.5 
97  56  5.9 

97  59 

98  9 
98  4 
98  7 
98  10 

^.98  19 


11.4 
8.1 

55.9 

39.6 
0.3 

18.3 


6371 
5.731 
5389 
5.447 
6303 
6.158 
5319 
4366 
4.718 

4.419 
4367 
4.115 


3309 
3354 


3341 

3.183 


9385 
9.704 
9343 
9381 

9318 


170 


OCTOBEB,  1895. 


YIL 


GBBBNWICH  MBAS  HUB. 

THR  MOOrS  UiQET  ABCEM&OS  AXD  DKCfJIflTIOH, 

t 

'J 

DfCI^ 

DMLi^ 

Dfftiir 

DiCfar 

! 

I 

IMimmtm. 

iMlMiA. 

\Wmmm. 

IMiBBt*. 

WKimESl 

>AY  9. 

KKIDAY  IL 

0 

5  13  54J65 

•         1 

H3S  \i  l£3 

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0 

7  14  12.46 

•         1 
9JM7 

N.26  41  44.0 

04B6 

1 

5  16  22^1 

%Mtt 

28  14  26u5 

tJM 

1 

7  16  42.68 

94997 

26  35  35.6 

64e    ! 

2 

5  18  50^ 

%jtm 

28  16  24.8 

LJ99 

2 

7  19  12.79 

94907 

26  29  17i) 

64» 

3 

5  21  I8J59 

tjan 

28  18  ia3 

1795 

3 

7  21  42J7 

94999 

26  22  48.2 

6465 

4 

5  23  47ilO 

tJOU 

28  19  51.8 

l.Sfi9 

4 

7  24  12j^ 

9490 

26  16    9.2 

6.7M 

5 

5  2tf  I5j60 

tAJM 

28  21  20.3 

ijn 

5 

7  26  42;R 

949M 

26    92ai 

6489 

G 

5  28  44JO 

%ABi€ 

28  22  38i» 

lJ9tf 

6 

7  29  IlilO 

9.4910 

26    2  21.0 

7489 

7 

5  31   i:i3il 

t^4M7 

20  23  47.4 

1.957 

7 

7  31  41.32 

94991 

25  55  \\M 

IJtM 

0 

5  33  42.56 

tAgm 

20  24  45.8 

9.009 

8 

7  34  10.59 

94995 

25  47  52.6 

740 

9 

5  36  IIJIO 

9Am% 

28  25  34.0 

9.719 

9 

7  36  39  JO 

94637 

25  40  23.4 

7499 

10 

5  38  41.41 

tAU9 

28  26  12.1 

9.550 

10 

739    8.64 

949M 

25  32  44.3 

7.734 

II 

5  41   11^ 

%Jt6M 

28  26  40.0 

OJfe* 

11 

7  41  37.41 

9.4781 

25  24  55.3 

74N 

12 

5  43  40JM) 

%jtm 

28  26  577 

0.910 

12 

7  44    6.02 

9.475J 

25  16  5a4 

&969 

13 

5  46  10^ 

S^SMf 

28  27    5.1 

♦  0.«17 

13 

7  46  34.45 

t.47SI 

25    8  47.7 

84B 

14 

5  48  40iC 

8.90t7 

20  27    2.2 

-0.194 

14 

7  4!>    2.69 

94999 

25    0  29.4 

9486 

15 

5  51   IIJ20 

t.9M6 

28  26  49i) 

OJOO 

15 

7  51  30.75 

94981 

24  52    1.4 

8447 

16 

5  53  41^ 

t.9ai8 

28  26  25.5 

0.479 

16 

7  53  56.62 

94989 

24  43  2:).8 

&797 

17 

5  56  12.02 

tMtH 

28  25  51.6 

9^959 

17 

7  56  26.30 

94507 

24  34  3(15 

94^ 

18 

5  58  42.^1 

%Am 

28  25    7.3 

9.095 

18 

7  58  5a78 

94563 

24  25  39.7 

9495 

19 

6     1  13.26 

t.»itt 

20  24  12.6 

9J96 

19 

8    1  21.06 

9.4599 

24  16  33.5 

9.189 

'M 

6    3  44.0:1 

%Am 

28  23    7.5 

I.I79 

20 

8    3  48.13 

94496 

24    7  17.8 

9439 

Ul 

6    6  14.88 

t.»l48 

28  21  5li) 

1.947 

21 

8    6  15.00 

9.4461 

23  57  52.8 

9.404 

22 

6    8  45.81 

t.»lfl 

28  20  25.8 

1.599 

22 

8    8  41.66 

94495 

23  48  18J> 

9449 

23 

6  11  16.81 
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7ESDi 

NJ28  18  49.3 
lY   10. 

1499 

23 

8  u  aio 

8A1 

94389 

N^  38  34.9 
lY   12. 

• 

0 

6  13  47.87 

%jb\m 

NJ28  17    2.3 

1471 

0 

8  13  34.33 

9.4353 

N.23  28  4^1 

9459 

1 

6  16  18.99 

9.6190 

28  15    4.8 

9447 

1 

8  16    0.34 

9.4317 

23  18  40.2 

19.107 

2 

6  18  50.15 

%Jb\91 

28  12  56.7 

9499 

2 

8  18  26.13 

94979 

23    8  29.3 

10457 

3 

6  21  2l.a5 

%JSSM 

28  10  .m2 

9490 

3 

8  20  51.69 

9.4949 

22  .58    9.4 

10.400 

4 

6  2:1  52Ji8 

%j!mi 

^^    8    9.2 

9479 

4 

8  23  17.03 

94904 

22  47  4a6 

10454 

5 

6  26  2:).83 

9.M10 

28    5  29.6 

9.747 

5 

8  25  42.14 

9.4106 

22  37    2.9 

10.709 

0 

6  28  55.10 

S.M19 

28    2  39JS 

9499 

6 

8  28    7.02 

9.4197 

22  26  16.4 

10448 

7 

6  31  26;W 

S.6913 

27  .59  .•W.9 

3400 

7 

8  30  31.67 

9.4M«9 

22  15  21.2 

10483 

8 

6  :j:j  57.66 

S.MI9 

27  56  27.7 

3474 

8 

8  32  56.09 

9.4051 

22    4  17.3 

11.136 

U 

6  3({  28.93 

9.5911 

27  53    6.0 

3.449 

9 

8  35  20.28 

94019 

21  .53    4.9 

11478 

10 

6  3SI    0.19 

9.5906 

27  49  33.8 

3485 

10 

8  37  AA3Q 

94979 

21  41  44.0 

11419 

II 

6  41  31.43 

9.S9M 

27  45  51.0 

3401 

11 

8  40    7.94 

94939 

21  30  14.6 

11459 

12 

6  44    2.64 

9.5190 

27  41  57.7 

3470 

12 

8  42  31.42 

94883 

21   18  36i) 

11487 

13 

6  46  33.82 

9.51M 

27  37  53.9 

4.151 

13 

8  44  54.66 

94853 

21    6  50:9 

11435 

14 

6  49    4M 

t.51M 

27  3:)  31^6 

4495 

14 

8  47  17.66 

94813 

20  54  56.7 

11471 

15 

6  51  36.03 

9.5179 

27  29  14.9 

4.499 

15 

8  49  40.42 

94773 

20  42  54.4 

19.106 

10 

6  54    7.06 

9.5197 

27  24  39.7 

4473 

16 

8  52    2.94 

94733 

20  30  44.0 

19439 

17 

6  56  3H.03 

9.615A 

27  19  54.1 

4447 

17 

8  54  25.22 

94694 

20  18  25.7 

19471 

18 

6  59    8.1>2 

9^149 

27  14  58.1 

5491 

18 

8  56  47.27 

94655 

20    5  59.5 

19409 

19 

7     1  39.73 

9.5199 

27    9  51.6 

5.194 

19 

8  59    9.08 

94614 

19  53  25.5 

19439 

20 

7    4  10.47 

9.5119 

27    4  34.8 

5467 

20 

9    1  30.64 

94573 

19  40  43.7 

19.700 

21 

7    6  41.12 

9.5109 

26  59    7.6 

5439 

21 

9    3  51.96 

94533 

19  27  54.3 

19486 

22 

7    9  11.67 

9J063 

26  53  30.1 

5.719 

22 

9    6  13.04 

94494 

19  14  57.4 

13.019 

23 

7  11  42.12 

9.5008 

26  47  42.2 

O.IjIW 

23 

9    8  3:^89 

94455 

19     1  52.9 

13.137 

*M 

7  14  12.46 

9.5047 

N.26  41  44.0 

6.055 

24 

9  10  54.50 

94415 

N.18  48  41.0 

13.950 

vm. 


OCTOBER,  1896. 


171 


GBBBNWIOH  MBAK  TDCB. 


THE  MOOITS  RIGHT  ASCENSION  AND  DECUNATIOH. 


0 

1 

2 

3 

4 

5 

6 

7 

6 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


BICk 


DiKlbr 


DUtfor 
IMiaold 


SUNDAY  la 


k  m 
9  10 
9  13 
9  15 
9  17 
!)  20 
9  22 
924 
927 
9  29 
9  SI 
9  34 
9  36 
938 
9  41 
9  43 
9  45 
9  47 
9  50 
9  52 
954 
9  56 
9  59 
10  1 
10  3 


• 

■ 

54^ 

ft.3415 

14^ 

S.3378 

35.01 

9.3397 

54.92 

9.3996 

14.59 

9.3959 

34.03 

9.301 

53.24 

9.3193 

12.22 

9.31tf 

30.98 

9.3107 

49.51 

9.3070 

7.82 

^J3039 

25.91 

9.99M 

43.77 

9.9050 

1.42 

9.9093 

18.86 

9.9688 

36.08 

9.9653 

53.10 

9.9610 

9.91 

9.9766 

26.52 

9.9759 

42.93 

9.V710 

59.44 

9.9066 

15.16 

9.9853 

30.98 

9.9099 

46.62 

9.9501 

N.18  4^  41.0 
18  35  21.8 
18  21  55.4 
18  8  21.8 
17  54  41.2 
17  40  53.6 
17  26  59.1 
17  12  57.8 
16  58  49.8 
16  44  35.2 
16  30  14.1 
16  15  46.5 
16 
15 
15 
15 
15 
14 
14 
14 
14 
13 
13 

N.I3 


I 
46 
31 
16 

I 


12.6 
32.5 
46.2 
5:j.8 
55.5 
46  51.3 
31  41.3 
16  25.6 
I  4.4 
45  37.7 
30  5.6 
14  2&2 


MONDAY  14. 


10 
10 
10 
10 
10 
10 
10 


6 
8 
10 
12 
15 
17 
19 


10  21 
10  23 
10  26 
10  28 
10  30 
10  32 
10  35 
10  37 
10  39 
10  41 
10  44 
10  46 
10  48 
10  50 
10  52 
10  55 
10  57 
10  59 


2.07 

9.9B60 

\7M 

9.9530 

32.43 

9.9501 

47.35 

9.9479 

2.10 

9JM44 

16.68 

9.9417 

31.10 

9.9390 

45.36 

94D03 

59,46 

9.9337 

13.4 1 

9.9319 

27.21 

9.9988 

40.87 

9.9964 

54.;}8 

9.0941 

7.76 

9.9910 

21.01 

9.9108 

34.13 

9.9177 

47.13 

9.9157 

0.01 

9.9137 

12.77 

9.9118 

25.42 

9.9100 

37.97 

9.9063 

50.42 

9.9067 

2.77 

9.9051 

15.03 

9.9037 

27.21 

9J9099 

N.I 2  58  45.6 

12  42  57.9 

12  27  5.3 

12  II  7.8 

II  55  5.4 

II  38  58.4 

1 1  22  46.8 

1 1  6  30.7 

10  50  10.2 

10  3:)  45.4 

10  17  16.5 

10  0  43.5 

9  44  6.5 

9  27  25.7 

9  10  41.1 

8  53  52.8 

8  37  1.0 

8  20  5.7 

8  3  7.1 

7  46  5.3 

7  29  0.3 

7  II  52.3 

6  54  41.4 

6  37  27.7 

N.  6  20  11.4 


18JK0 
19.880 
13J00 
13.018 
13.730 
13.651 
13J65 
lijm 
14.188 
14.906 
14.406 
14.519 
14.617 
14.790 
14.899 
14.999 
15.091 
15.118 
15.914 
15.307 
15.300 
15.400 
15.579 
15J67 


15.759 
15.636 
154)16 
154)99 

16.078 

16.155 

16.931 

16.306 

16J77 

16.447 

16.516 

16.583 

16.648 

16.719 

16.774 

10334 

16.809 

16.040 

174)03 

17U)57 

17.106 

17.157 

17.905 

17.950 

17.903 


0 

I 

2 
3 
4 

5 

6 
7 
8 
9 
0 
I 

2 
3 
4 
5 
6 
7 
8 
9 
20 
21 
22 
23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

Id 

19 

20 

21 

22 

23 

24 


Dlftfcr 
llOrateJ 


Dlftter 
UMlBste. 


TUBSDAY  15. 


k    m 
0  59 
1 


8 
6 
8 
10 
12 
14 
17 
19 


1  21 
1  23 
I  25 
I  27 
1  30 
I  32 
I  34 
I  36 
I  38 
I  41 
1  43 
I  45 
1  47 
1  49 


• 

• 

27,21 

tJ099 

39;io 

^•9008 

51.31 

tJOOO 

a25 

t.lOM 

15.12 

9.1073 

26.93 

t.1063 

38.67 

9.100S 

50.36 

9.1944 

2.00 

9.1087 

laoo 

9.1930 

25.16 

9.1093 

36.68 

9.1017 

48.17 

9.1919 

59.63 

9.1989 

11.08 

tJ989 

22J(I 

9J0ei 

33JI3 

9.1063 

45.35 

9.1989 

5&76 

9.1989 

8.17 

9.1004 

19.60 

9.1989 

31.04 

9.1908 

42.50 

9.1919 

53i)8 

9.1918 

6 
5 
5 
5 
4 
4 
4 
4 
3 
3 
3 
2 
2 
9 
1 
1 
1 
1 
0 
0 
0 
0 
0 


9oii:;i 

2  52,5 
45dlU) 
28  7J2 
10  4U 
53  13U) 
35  42L8 

18  ia7 

0  36.7 
43  1.0 
25  23.8 

7  45.1 
50  5J0 
32  2a7 
14  41.2 
56  57.7 
89  13.3 
21  28.1 

8  42.3 
45  554) 
28  9.0 
10  21.8 

725.6 

25  lai 


WEDNESDAY  16. 


11 
II 
II 
II 
12 
12 
12 
12 
12 
12 
12 
12 
12 


52 

54 

56 

58 

0 

3 

5 

7 

9 

11 

14 

16 

18 


12  20 
12  22 
12  25 
12  27 
12  29 
12  31 
12  33 
12  36 
12  38 
12  40 
12  42 
12  45 


5.49 
17.03 
28.61 
40.24 
51.92 

3.64 
15.42 
27.27 
39.19 
51.17 

a23 
15.37 
27.60 
39.92 
52.34 

4.85 
17.47 
30J20 
43.04 
56.00 

9.08 
22J39 
35.63 
49.11 

2.72 


9.1991 

9.ion 

9.1934 
9.1049 
9.1960 
9.1959 
9.1989 
9.1981 
9.1009 
9.90M 
9J017 
9J0I1 
9.9048 
9.9061 

9jon 


«. 


9.9119 
9.9131 
9k91S0 
ft9170 
9.9101 
9.9913 


9.9961    8. 


0  43   a? 

1  0  48.1 
1  18  35.3 
1  36  22.1 

1  54    &4 

2  II  54.2 
2  29  39.3 

2  47  23.6 

3  5  6i) 
3  22  49.2 
3  40  30.3 

3  58  lO.I 

4  15  48.5 
4  33  25.4 

4  51    a6 

5  8  34.1 
5  26    5.7 

5  43  35.3 

6  I  2.9 
6  18  28.2 
6  35  5IJ2 

6  53  11.7 

7  10  29.6 
7  27  44J& 
7  44  57.4 


nJ98 

nj77 
n.4i6 

n.459 

n.487 

n3i9 
nj6i 
n.681 
njo8 
njna 

n.857 
17.878 
17J08 
n.717 
n.733 
11747 
n.758 
il.nB 
17.777 
n.70l 
17.788 
n.791 
17.783 


17.799 

17.788 

17.763 

17.778 

17.787 

17.757 

17.746 

17.730 

17.713 

17^606 

17.874 

17J69 

17J97 

I7J0I 

17.579 

17.649 

17.510 

17.477 

17.441 

17.409 

17.381 

17.390 

17.977 

17.939 

I7.184 


172 


OOTOBBR,  18d& 


OBHUfWIOH  MBAM  TUOL 


TUB  MOOTS  BIOHT  AttSSamr  AKD 


0 
I 

% 
4 

5 

7 
8 

10 
11 
19 
13 
14 
15 
16 
17 
18 
10 
90 
21 
23 
23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

10 

20 

21 

22 

23 

24 


THUB8DAT  17. 


b  ■ 
12  45 
12  47 
12  49 
12  51 
12  53 
12  56 

12  58 

13  0 


ML48 
9039 
44^ 
58^ 
I3ilt 


13 
13 
13 
13 
13 
13 
13 
13 


2 

5 

7 

9 

II 

14 

16 

18 


13  21 
13  23 
13  25 
13  27 
13  30 
13  32 
13  34 
13  37 


42.25 
57.12 
12.17 
27^ 
4-2.80 
58.30 
14.17 
30.  U 

46ao 

2.66 
19.22 
35JI9 
52JI6 
10.14 
27.54 
45.15 


%Mii 


1.1177 


%jmi 


fLtUsTA 

njM 

8    2    7i) 

n.iJ4 

8  19  13.5 

vijm 

8  36  16J8 

vum 

8  53  16.8 

vufn 

9  10  13.5 

Mj»M 

927    67 

MjfiC 

9  43  56J2 

M.1M 

10    0  42.0 

l«.73t 

10  17  24.0 

yum 

10  34    2i) 

yLsm 

10  50  35^ 

M.Ut 

11    7    5iS 

yL€M 

11  23  31.0 

mjm 

11  39  52.0 

MJM 

11  56   a4 

M.tB 

12  12  20.2 

ltaS7 

12  28  37.2 

ML077 

12  44  29.4 

iftjas 

13    0  26.6 

lS.tM 

13  16  18.6 

ujBn 

13  32    5.4 

1S.73$ 

13  47  46.9 

Iftjl47 

18.14    8  2a0 

It  BM 

FBIDAY  18. 


13  30 
13  41 
13  43 
13  46 
13  48 
13  50 
13  53 
13  55 

13  57 

14  0 


14 
14 
14 
14 
14 
14 
14 
II 


2 
4 

7 
9 
II 
14 
16 
19 


14  21 
14  23 
14  26 
14  28 
14  30 
14  3:1 
14  S!i 


21M 
30.28 
57.77 
16.49 
35.44 
54^1 
14.01 
33.65 
53JI2 
13.63 
33^*7 
54.55 
15.37 
36.43 
57.73 
10.27 
41.05 
3.07 
25.34 
47.85 
10.60 
33.58 
56.80 
20.27 


9.afj9 

tJ176 
S.39I4 


fj#0 

9J3b» 
9M19 

t.a8ti 
s.ani 


9.aafi 


9.3979 


B.14 
14 
14 
15 
15 
15 
15 
16 
16 
16 
16 
17 
17 
17 
17 
17 
18 
18 
18 
18 
10 
10 
10 
10 

8.10 


18  53.6 
34  I8J> 
40  37.6 
4  50.9 
10  58.2 
34  50.5 
54.5 
43.2 
25.6 
1.5 
48  30.8 
2  53.:) 
0.0 
17.8 
10.6 
14.3 
1.8 
26  42.0 
40  14.8 
Sii  40.0 
6  57.7 
20  7.7 
33  OJ) 
46  4.2 
58  50.6 


40 

4 

10 

34 


17 
31 
45 
50 
13 


0 
1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


15.489 

0 

15.367 

1 

15.970 

2 

15.179 

3 

15.979 

4 

14.909 

5 

H.004 

6 

14.759 

7 

14UB9 

8 

14.543 

9 

14.433 

10 

14.318 

11 

14.994 

12 

14.998 

13 

13.971 

14 

13.tt9 

15 

13.731 

16 

13.098 

17 

13.483 

18 

13.358 

10 

13.931 

20 

13.109 

21 

19.071 

22 

19.639 

2:3 

19.706 

24 

14  35 
14  38 
14  40 
14  42 
14  45 
14  47 
14  50 
14  52 
14  55 
14  57 

14  50 

15  2 


8ATDBDAY  19. 


43M 

7JB8 

32.11 


15 
15 
15 
15 
15 


4 

7 

9 

12 

14 


15  17 
15  19 
15  21 
15  24 
15  26 
15  20 
15  31 


21.18 
46L06 
11.18 
36.53 

2L10 
27^ 
53J0] 
20.15 
46J6t 
13.29 
4ai7 

7J26 
34.56 

2.06 
20.76 
57.66 
2574 
54.01 
22.46 
51.09 


• 

8.19  58  506 

is- 

•.49U 

90  II  28J0 

11.SVI 

f  MM 

20  93SB.I 

lt.4M 

%Atm 

90  96  91.0 

II  1 

tMm 

90  48  34J6 

19.157 

9.41C7 

91    03BL8 

i9.M7 

ft49M 

91  12  36L6 

11^825 

t.090 

91  94  94.8 

11.331 

t.49M 

91  36    4J3 

ujm 

9.4a7 

21  47  35.1 

UAm 

9.4K5 

91  58  57.1 

IIJMB 

%Atm 

22  10  102 

11.144 

tA&m 

92  21  14.4 

MJM 

MAm 

22  32    9J> 

19.90 

9AmB 

92  42  55.5 

19J9I 

9ASn 

92  58»l4 

19ii39 

MAm 

93    4    OlO 

I9J93 

%jtm 

23  14  18;) 

19.997 

%AKn 

23  24  97.2 

10,091 

9^4695 

23  34  96.6 

93X1 

C49M 

23  44  16.6 

9.7S3 

t.4»7 

23  5:1  57.0 

9^93 

t^47S7 

24    3  27.8 

9.439 

%jam 

a94  19  48.8 

9J9M 

SUNDAY  20. 


15  84 
15  36 
15  30 
15  41 
15  44 
15  46 
15  40 
15  51 
15  54 
15  56 
15  59 


16 
16 
16 
16 
16 
16 


1 
4 
6 
9 
11 
14 


16  16 
16  19 
16  21 
16  24 
16  26 
16  20 
16  31 
16  34 


19.89 
48.86 
17.90 
47.28 
16.72 
46.32 
16.06 
45.!3 
15.94 
46.07 
16.32 
46.68 
17.15 
47.72 
18.30 
40.14 
10.07 

OO.oo 

21.86 
52.00 
23.90 
55.13 
26.31 
57.52 
28.75 


9.4814 


9.4994 


9.4068 
9.4999 

9.5019 


9.9951 
9J5999 
9.5087 
9.5193 
9.5118 
9.5139 
9.5145 
9.5157 
9^68 
9.5177 
9.5185 
9.5109 
9.5199 


9.9907 


8.24 
24 
24 
94 
24 
25 
25 
25 
25 
25 
25 
25 
25 
26 
26 
26 
26 
26 
26 
26 
26 
26 
27 
27 

8.27 


22  0.1 
31  1.6 
30  53.2 
48  35.0 
57  6.8 

5  28.6 
13  40.4 
21  42.1 
20  33.6 

37  15.0 
46.1 

7.0 
17.6 
17^1 

7.8 

10  47.3 
26  16.4 
:i2  35.1 

38  43.4 
44  4IJ2 
50  28.5 
56  5.2 

I  31.4 

6  47.1 

11  52.2 


44 
52 
50 
6 
13 


9.198 


a778 
8413 
«i<447 


ait9 

7J43 
7.7T4 

7.439 


7.091 
6.918 
6.745 
6.S79 
9J98 


6.951 
5.976 
0.700 
5.S94 
5.349 
5.173 
4.997 


X 


OCTOBER,  1895. 


173 


GBBBKWIOH  MBAK  TIME. 

THM  M  001P8  BI9ST  ASOXmnMr  Mm  DEOLOTATIOM. 

SI  «k  ft.  A^i^a^^ 

DUtlbr 

^^     ,11m  .  al  I  — 

DIff.for 

HAMV 

tm 

IMftOtr 

IMLtn 

^S^^BV  • 

BMg^\MiM9am^Hm, 

IMlMto. 

IMlBtltA. 

■vMn. 

IMtevte. 

HOnoU. 

MC 

)i!n>Ai 

r  9L 

WEUNEBDAY  28. 

0 

16  34  9el75 

• 
t.St07 

8.9^  ll'  5^9 

0t 
AMI 

0 

18^96.80 

• 

8.97  8J  3/.0 

m 

1 

16  37  aoo 

%jsn$ 

97  16  46.7 

4.001 

1 

18  35  59.18 

OJOOO 

97  49  97.0 

0J49 

9 

16  39  3IJ96 

%jmi 

97  91  30.7 

4.045 

9 

18  38  15.93 

OJOli 

97  46    7.9 

3L399 

3 

16  49    9JS3 

«.MI1 

97  96    4.1 

4.408 

3 

18  40  37il6 

0J701 

97  49  39  J) 

0J40 

4 

16  44  33.79 

%jsn$ 

97  30  96.9 

4J9I 

4 

18  43    0.36 

0.3700 

97  3})    3.1 

3J87 

5 

16  47    5.04 

%jsn$ 

27  34  39.1 

4.114 

5 

18  45  99.43 

OJ05I 

97  35  17.4 

0J34 

6 

16  49  36.96 

9.M01 

97  38  40.6 

0J30 

6 

18  47  44.17 

OJOOO 

97  31  23.0 

9J70 

7 

16  59    7.45 

9.SIM 

97  49  31.6 

0.700 

7 

18  .W    5.57 

OJ507 

97  97  19i> 

4.193 

8 

16  54  38.61 

t.51N 

27  46  19.0 

0JW5 

8 

18  59  9H.(9 

OJ470 

97  23    8.9 

4J07 

9 

16  57    9.73 

njitm 

97  49  41.8 

0.400 

9 

18  54  47.32 

0J401 

97  18  47.9 

4.400 

H) 

16  50  40.80 

9.5tTJ 

97  53    1.0 

0.0a 

10 

18  57    IJPff 

OJOOO 

97  14  19.1 

4J60 

IJ 

17    9  11.81 

8.5ltl 

97  56    9.7 

8UM0 

11 

18  59  97.66 

OJ300 

97    9  41.9 

4J00 

19 

17    4  49.74 

8.5I« 

97  59    7.8 

O.80O 

19 

19     1  47;i0 

ojoa 

97    4  56JS 

4J08 

13 

17    7  1^60 

t.ftl37 

28    1  55.3 

0.704 

13 

19    4    6..58 

OJIOO 

97    0    9.8 

4J04 

14 

17    9  44.38 

9.5n9 

98    4  39;) 

OJOO 

14 

19    6  95.49 

OJIOO 

96  55    0.8 

5.101 

15 

17  19  15.07 

8.5107 

28    6  58.8 

OJM 

15 

19    8  44.04 

OJOOl 

96  49  50.7 

5J» 

16 

17  14  45.66 

9.MM 

28    9  14.8 

0.179 

16 

19  11    9.22 

OJO0I 

96  44  :I9.6 

5J09 

17 

17  17  16.15 

9.5071 

98  11  90;l 

9405 

17 

19  13  90.03 

OJ007 

96  39    6.4 

5J09 

18 

17  19  46.59 

OJiiBt 

98  13  15.4 

1.801 

18 

19  15  37.47 

OJ870 

96  33  39.3 

5J34 

19 

17  99  16.77 

9jBim 

28  15    0.0 

1.057 

19 

19  17  54Ji3 

OJOIO 

96  97  50.3 

5.704 

90 

17  94  46.89 

0.5000 

98  16  34.9 

1.40* 

90 

19  90  1 1J2I 

OJMO 

96  99    0.6 

5J03 

91 

17  97  16.87 

1.1100 

98  17  58.1 

1JI9 

91 

19  99  97.59 

OJOOO 

96  16    3.9 

OJOI 

22 

17  99  46.71 

0.4001 

28  19  11.6 

IJ30 

99 

19  94  43.45 

OJOOO 

96    9  58.1 

0.140 

93 

17  39  ia40 
TD 

0.404 

ESDA 

8.28  90  14.8 
Y  92. 

0J07 

98 

19  96  58^19 
THI 

7B0Di 

8.96    3  45J» 
LY24. 

0 

17  34  45.99 

O.400O 

B.28  9I    7.7 

0.707 

0 

19  99  14.18 

tMOO 

B.9S  87  95.4 

OJOO 

1 

17  37  15.97 

0.4078 

98  91  50.4 

OJOO 

1 

19  31  98.98 

OJOOl 

95  50  57.8 

OJOI 

9 

17  89  44.46 

0.40BO 

98  99  99.8 

0.465 

9 

19  33  43;i9 

OJOOO 

95  44  92J) 

0J40 

8 

17  49  ia47 

0.4BI0 

98  29  45.0 

OJOO 

3 

19  35  57.39 

0.0001 

95  37  40.7 

0.703 

4 

17  44  49.99 

0.4707 

98  99  57.0 

r'-0.1l7 

4 

19  38  10il8 

O.O0O7 

95  30  51.3 

OJOO 

5 

17  47  lOill 

0.4783 

98  99  59.0 

<3'9J5I 

5 

19  40  94.16 

0JI70 

95  93  54  J 

7J0I 

6 

17  49  39.33 

0.4719 

98  99  50a) 

OJIO 

6 

19  49  37.00 

0JI07 

95  16  51.9 

7.118 

7 

17  89    7J54 

0.400 

28  29  39.8 

0.305 

7 

19  44  49.45 

OJOOO 

25    9  40.6 

7JM 

8 

17  54  35JS3 

9.4047 

98  99    4.7 

0.590 

8 

19  47    IJSl 

0.1077 

95    9  23.1 

7J49 

9 

17  57    3.30 

9.40S0 

98  91  9a6 

0.717 

9 

19  49  13.18 

9.1910 

94  54  58.7 

7J83 

JO 

17  59  30.84 

0.4070 

98  90  38.6 

OJ09 

10 

19  51  94.46 

9.1040 

94  47  97.5 

7J70 

11 

18    1  58.14 

O.40IO 

98  19  40.8 

1.045 

11 

19  53  35.36 

0.1704 

94  39  49.6 

7J87 

19 

18    4  95.90 

0.4400 

28  18  ;».9 

1J07 

19 

19  55  45.87 

9.nio 

94  32    5.1 

7.707 

13 

18    6  59.01 

0.4447 

98  17  15.9 

1.370 

13 

19  57  55.99 

0.1054 

94  94  14.0 

7J0O 

14 

18    9  18JS7 

0.4404 

98  15  48.8 

1.539 

14 

90    0    5.79 

0.1500 

94  16  16.4 

OJII 

15 

18  11  44.86 

0.43BO 

98  14  1^1 

IJ09 

15 

90    9  15.06 

0.1504 

94    8  19.3 

0.191 

16 

18  14  ia88 

9.4n4 

98  19  95.8 

1.051 

16 

90    4  94.01 

O.I400 

94    0     1.9 

OJOO 

17 

18  16  86.63 

0.4009* 

28  10  30.0 

OJOO 

17 

90    6  39JW 

9.1300 

93  51  45J2 

8J30 

18 

18  19    9.11 

9.4909 

28    8  94.7 

0.107 

18 

20    8  40.76 

0.1030 

93  43  92.3 

8.433 

19 

18  91  97.30 

9.474 

28    6  10.0 

9J9I 

19 

90  10  48JS6 

O.IO00 

93  84  53.3 

8J35 

90 

18  93  89J90 

9.4105 

28    3  45J) 

9.479 

20 

90  19  55.98 

0.1004 

93  96  18.1 

8jn 

91 

18  96  16.80 

,9.4075 

98     1  1^5 

9J3S 

21 

90  15    3.01 

9.1140 

93  17  36.9 

8.737 

99 

18  98  41.10 

'9.40V 

27  ,S8  29.9 

9.787 

99 

90  17    !>.fi6 

9.ion 

23    8  49.7 

8J35 

98 

18  31    5.10 

9J075 

27  55  38.0 

OJII 

93 

90  19  15JJ3 

9.1014 

99  59  56.7 

8J00 

94 

18  33  98.80 

0.3903 

8.97  59  87.0 

OJOO 

94 

90  91  9ia» 

•^. 

8.99  60  57.9 

OJOO 

174 


OCTOBER,  1895. 


XL 


GBBETBTWIOH  MEAN  TIME. 


THE  MOOITS  BIGHT  ASCENSION  AND  DECLINATION. 


Hoor. 


BlghtA>warion. 


DiKfor 


Difllfor 
llCinote. 


0 

1 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


FBIDAY  25. 


h  m 

20  21 
20  23 
20  25 
20  27 
20  29 
20  31 
20  33 
20  35 
20  37 
20  39 
20  42 
20  44 
20  46 
20  48 
20  50 
20  5'i 
20  54 
20  56 

20  58 

21  0 


21 
21 
21 
21 


2 
4 
6 
7 


• 

■ 

21^ 

SUMS 

27  A5 

^jom 

32.50 

9JMSn 

37^ 

9U>7e4 

41.67 

9X703 

45.70 

9.0649 

49.37 

9MSI 

52.67 

9.0590 

55.61 

9U)460 

.58.19 

9U>400 

0.41 

9^041 

2J28 

941989 

3.79 

9.0999 

4.95 

9U>165 

5.77 

9U)107 

6.24 

suxeo 

6.37 

IJKW3 

6.16 

1.0937 

5.62 

1J»889 

4.74 

I4MQ0 

3.53 

1J779 

2.00 

1.9717 

0.14 

1J)663 

57.96 

1.9611 

Is.  22 
22 
22 
22 
22 
22 
21 
21 
21 
21 
21 
21 
20 
20 
20 
20 
20 
20 
19 
19 
19 
19 
19 

&19 


50  57.9 
41  53.3 
32  43.0 
23  27  JJ 
14  5.8 
4  38.9 
55  6.6 
45  29.0 
35  46.1 
57.9 
4.6 
6.2 
2.7 
54.3 
41.0 
25  22.8 
14  59.8 
4  32.1 
53  59.8 
43  22.8 
32  41.3 
21  55.3 
11  4.8 
0  10.0 


25 
16 
6 
56 
45 
35 


SATURDAY  26. 


21    9 
21  II 


21 
21 


13 
15 


21  17 
21  19 
21  21 
21  23 
21  25 
21  27 
21  29 
21  31 
21  33 
21  34 
21  m 
21  38 
21  40 
21  42 
21  44 
21  46 
21  48 
21  49 
21  51 
21  53 
21  55 


55.47 
52.66 
49.54 
46.11 
42.38 
38.35 
34.02 
29.39 
24.48 
19.28 
13.79 
8.03 
1.99 
55.68 
49.10 
42.25 
35.14 
27.78 
20.17 
12.31 
4.20 
55.85 
47.27 
:i8.45 
29.40 


1.0568 
1.0506 
1.0454 
1.9403 
1.9353 
1.9303 
1.0953 
1.9905 
1.9157 
]i)109 
1.9069 
1.0017 
1.8971 
1.8896 
1.8881 
1.8837 
1.8704 
1.8759 
1.8711 
i.mw 
1.8698 
l.a!S80 
1.8560 
I.86II 
1.8473 


s. 


8. 


8 
8 
8 
8 
8 
7 
7 
7 
7 
7 
6 
6 
6 
6 
6 
5 
5 
5 
5 
5 
4 
4 
4 
4 


49  10.9 
38  7.5 
26  59.9 
15  48.2 
4  32.4 
53  12.5 
41  48.7 
30  21.0 
18  49.4 
7  14.0 
55  34.8 
43  51.9 
5.4 
15.3 
21.6 
24.4 
23.8 
19.8 
12.4 
1.7 
47.8 
30.7 
10.4 
47.1 
20.7 


32 
20 

8 
56 
44 
32 
20 

8 
55 
43 
31 
18 

6 


0.098 

9.194 

9.917 

9.J10 

0.409 

0.493 

0.589 

9.671 

9.759 

9.846 

9.031 

10.016 

10.099 

10.181 

10J969 

10.343 

10.499 

10.500 

10.577 

10.654 

10.799 

10.804 

10.877 

10.949 


Hoar. 


11.091 

11.009 
11.161 
11.999 
11.997 
11.364 
11.490 
11.494 
11.558 
11.699 
11.684 
11.745 
11.805 
11.865 
11.994 
11J)89 
19.039 
19.095 
19.151 
19.905 
19.958 
19.31 1 
19.363 
19.414 
19.465 


mght  A  ■camion. 


Difffor 
IMinato. 


DULCdt 
IMlAalo. 


0 

I 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

II 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

2*2 

23 

24 


SUNDAY  27. 


b 

21 

21 
21 
22 
22 
22 
22 
2-2 
22 
22 
22 
22 
22 
22 


m 

55 

57 

59 

1 

2 

4 

6 

8 

10 

11 

13 

15 

17 

19 


22  21 
22  22 
22  24 
22  26 
22  28 
22  29 
f^  31 
22  33 
22  35 
22  37 


29.40 
20.12 
10.63 

0.92 
51.00 
40.87 
30.53 
19.99 

9.26 
58.33 
47.21 

a5.9i 

24.43 
12.78 

0i)5 
48.95 
36.79 
24.48 
12.01 
51».39 
46.62 
33.71 
20.66 

7.48 


• 

o 

1.8473 

S.14 

1.8436 

13 

1.8400 

13 

1.8364 

13 

1.8399 

13 

1.8994 

13 

1.8960 

12 

1.6997 

12 

1.8195 

12 

1.8163 

12 

1.8139 

11 

1.8109 

11 

1.8079 

11 

1.8043 

11 

1.8014 

11 

1.7087 

10 

1.7961 

10 

1.7935 

10 

1.7909 

10 

1.7884 

10 

1.7860 

9 

1.7837 

9 

1.7814 

9 

1.7709 

S.  9 

6  20.7 
53  51.3 
19.0 
43.7 
5.6 
24.7 
.50  41.0 
37  54.6 
.5.5 
13.8 
19.5 
22.7 
:J3  23.3 
20  21.5 


41 

28 

16 

3 


25 
12 

,59 
46 


7 
54 
41 
27 
14 

1 
48 
34 
21 

7 


17.3 
10.8 

lil 
50.8 
37.5 
22.0 

4^3 
44.5 
22.6 
583 


MONDAY  28. 


22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
23 
2:^ 
23 
23 
23 
23 
2:j 
23 

2:3 

2:3 
23 
23 
23 


38  64.17 

1.7771 

40  40.73 

1.7750 

42  27.17 

1.7731 

44  13.50 

1.7719 

45  59.71 

1.7694 

47  45.82 

1.7676 

49  31.82 

1.7668 

51   17.72 

1.7649 

53    3.53 

1.7697 

54  49.25 

I.76I9 

56  34.88 

1.7698 

58  20.43 

1.7585 

0    5.90 

1.7573 

1  51.30 

1.7561 

3  36.63 

1.7549 

5  21.89 

1.7538 

7    7.09 

1.7590 

8  52.24 

1.7590 

10  37.33 

1.7511 

12  22.:}7 

1.7S03 

14    7.37 

1.7407 

15  .•>2.34 

1.7499 

17  37.27 

1.7488 

19  22.17 

1.7481 

21     7.04 

1.7477 

S.  8 
8 
8 
8 
8 
7 
7 
7 
7 
6 
6 
6 
6 
5 
5 
5 
5 
5 
4 
4 
4 
4 
3 
3 

©.  3 


54 
41 
27 
14 

0 
46 
33 
19 

6 
52 
38 
24 
11 
57 
43 
29 
15 

1 
47 
34 
20 

6 
52 
38 
24 


3ao 

5.3 
35.7 

4J2 
30.9 
55.9 
19.2 
40.8 

0.8 
19.2 
36.0 
51.3 

5.1 
17.5 
2a6 
38.3 
46.7 
53.8 
59.7 

4.5 

8.1 
10.6 
12.1 
12.6 
12.1 


19.469 

19.514 
19.563 
19.611 
19.658 
19.705 
19.751 
19.796 
19.840 
19.883 
19.996 
19.966 
13.010 
13.050 
13.089 
13.198 
13.166 
13.903 
13.940 
13.977 
13.319 
13.347 
13.381 
13.414 


13.446 
13.477 
13.509 
13.540 
13.568 
13.596 
13.696 
13.653 
13.680 
13.707 
13.739 
13.757 
13.781 
13.804 
13.897 
13.849 
13.871 
13.899 
13<^11 
13.930 
13JN9 
13.967 
ia.983 
14.000 
14^16 


xn. 


OCTOBER,  1895. 


17 


OBBBlirWIOH  MEAN  TIME. 


1 

FHE  MOOITS  RIGHT  ASCENSION  AND  DECLINATION. 

B9Qr. 

KigbtAMtulM. 

DeellBAtloB. 

Dm.  for 
LMiiiat*. 

Boor. 

RtCktAMeMlM. 

Die  for 
IMiante. 

DMUMUeik 

Dlftfor 
iMlaoU 

TUl 

S8DA1 

r  29. 

THURSDAY  81. 

0 

b    m     a 

23  21    7.04 

• 

l.7«7 

8.  3  24  m 

l4!oi8 

0 

0  45  sijsr 

• 
1.8130 

N.  7  52  58.7 

laUNM 

1 

23  22  51.89 

1.7473 

3  10  10.7 

14U01 

1 

0  47  43.74 

1.8189 

8    6  52.3 

13.689 

3 

X^  24  36.72 

1.7471 

2  56    8.4 

14.048 

2 

0  49  32.81 

1.8194 

8  20  44.6 

13.860 

3 

23  26  21.54 

1.7469 

2  42    5.3 

14.058 

3 

0  51  22.07 

1.8897 

8  34  a5Ji 

13.636 

4 

23  28    6.a5 

1.7468 

2  28    1.4 

14.078 

4 

0  53  11.53 

1.8980 

8  48  24.9 

13.811 

5 

23  29  51.16 

1.7468 

2  13  56.7 

14.084 

5 

0  55     1.19 

1.8»3 

9    2  12.8 

13.786 

a 

2:J  31  :B5.97 

1.7468 

1  59  51.3 

ujm 

6 

0  56  51.05 

1.8397 

9  15  59.2 

13.760 

7 

Z^  :^  20.78 

1.7468 

1  45  45.2 

14.107 

7 

0  58  41.12 

1.0363 

9  29  44.0 

13.739 

8 

23  35    5.60 

1.7471 

1  31  38JS 

14.117 

8 

1    0  31.41 

1.8308 

9  43  27.0 

13.70i 

9 

23  36  50.43 

1.7474 

1  17  31.2 

14.197 

9 

1    2  21.91 

1.8135 

9  57    8JJ 

13X79 

10 

23  38  35.28 

1.7477 

1    1323.3 

14.135 

10 

I    4  12.63 

1.8473 

10  10  47.6 

13.649 

11 

23  40  20.15 

1.7480 

0  49  15.0 

14.143 

11 

1     6    a58 

1.8519 

10  24  25.2 

13.611 

12 

2:3  42    5.04 

1.7484 

035    6.2 

14.151 

12 

1    7  54.77 

1.8661 

10  38    0.9 

13.578 

13 

23  43  49.96 

1.7480 

020  56.9 

14.157 

13 

1    9  46.19 

1.8588 

10  51  34.6 

13.545 

14 

23  45  34.92 

1.7486 

S.  0    6  47.3 

14.189 

14 

1  11  37.84 

1.8898 

11     5    6.3 

13.511 

15 

23  47  19JK2 

I.7S83 

N.  0    7  22.6 

14.187 

15 

1  13  2I».73 

1.8068 

11  18  35.9 

13.475 

16 

23  49    4.96 

1.7511 

0  21  32.8 

14J79 

16 

1  15  21.86 

1.8718 

11  32    3.3 

13.439 

17 

23  50  50.05 

1.7518 

0  a5  43.2 

14.178 

17 

1  17  14.25 

1.8758 

1 1  45  28.5 

13.40i 

18 

23  52  35.19 

1.7588 

0  49  SiiJ^ 

14.179 

18 

1   19    6J9 

1.8784 

11  58  51.5 

13.364 

19 

23  54  20J39 

1.7S38 

1    4    4.7 

14.181 

19 

1  20  59.78 

1.6638 

12  12  12.2 

13.394 

20 

23  56    5.65 

1.7548 

1  18  15.6 

14.189 

20 

1  22  52.94 

1.8868 

12  25  30.4 

13.98:1 

21 

2:)  57  50.97 

1.7868 

1  32  26.6 

14.183 

21 

1  24  46.36 

1.8086 

12  38  46.1 

13.941 

22 

23  59  36.36 

1.7571 

1  46  37.6 

14.183 

22 

1  26  40.05 

1.6879 

12  51  59.3 

13.198 

23 

0    1  21^ 

1.7584 

N«  2    0  48.6 

14.183 

23 

1  28  34.02 

1J818 

*N.I3    5  10.0 

13.151 

WEE 

>NESD 

AY  30. 

FRIDAY,  KOYEMBBR  1, 

0 

1 

0    8    7.37 
0    4  53.00 

1.7508 
1.76lf 

N.  2  14  SLIH 
2  29  10.5 

14.188 
14.178 

0 

1     1  30  28J26 1    1J084 

IN.I3  18  18.0 

1      13.111 

2 

0    6  38.71 

1.7806 

2  43  21.1 

14.175 

3 

0    8  24.51 

1.7641 

2  57  31.5 

14.178 

4 
5 

0  10  10.40 
0  11  56.40 

1.7658 
1.7875 

3  11  41.7 
3  25  51.6 

14.188 
14.183 

PHASES  OF  T 

HE  MOON 

• 

6 

7 

0  13  42.50 
0  15  28.70 

1.7808 
1.7710 

3  40    1.2 
3  54  10.4 

14.157 
14.148 

8 

0  17  15.02 

i.rio 

4    8  19.1 

14J41 

d       h 

M 

9 
10 
11 
12 

0  19     1.46 
0  20  48.02 
0  22  34.70 
0  24  2li»1 

1.7770 
1.7701 
1.7813 

4  22  27.3 
4  36  a5.0 

4  50  42.1 

5  4  48.6 

14.139 
14493 
14.113 
14.109 

O  Full  Moon     .    •  Oct      3    10 
C  Lnflt  Quarter.    ...    11      2 
#  New  Moon     •    ...    17    18 

47.5 

34.1 

9.9 

13 
14 

0  28    a46 
0  27  55..54 

1.7838 

1.7858 

5  18  54.4 
5  32  59.5 

14UI8I 
14UI78 

>  First  Quarter.    •    . 

.    .    24    23 

4.0 

15 
16 

0  29  42.76 
0  31  30.13 

1.7868 
1.7007 

5  47    3.8 

6  1    7J2 

14.064 
14.048 

-=— = 

17 
18 

0  33  17.65 
0  35    5.33 

1.7833 
1.7000 

6  15    9.7 
6  29  11.4 

14.095 
14.090 

d       h 
C  Perigee.    •    •    .  Oct    16     4.2 

19 

0  36  53.17 

1.7067 

6  43  12.1 

14UW9 

^  Apogee .    •   •    . 

.   .   28     a8 

20 
21 

0  38  41.17 
0  40  29.33 

1.8014 

6  57  11.7 

7  11  10J2 

13.084 

1.8049 

134W6 

22 

0  42  I7.(;7 

1.6070 

7  25    7.6 

13.047 

23 

0  44    6.18 

1.8100 

7  39    3.8 

IX9» 

24 

0  45  54.87 

luiiao 

N.  7  52  58.7 

13.004 

1 

176 


OCTOBER,  1895. 


XITL 


GBBIUrWiUU  MBAJS  TIMBL 


LUHAB  DiariNCBS. 


?! 


1 


8 


6 


8 


Antares  W. 

o  Aquils  W. 

o  Arletifl  E . 

Aldebanm  E  • 

Antares  W. 

o  Aquils  W. 

a  Arletb  E . 

Aldelwrmn  E  • 

Pollax  £ . 

aAquils  W. 

Fomalbaut  W. 

AJdebaran  E . 

Pollux  E . 

JOPITBR  E. 

a  Aquilie  W. 

Fomnlhaut  W. 

Alclebaran  E . 

Pollux  E . 

JOPITSE  E  . 

a  Aquils  W. 

Fomnlhaut  W. 

a  Pegaai  W. 

Aldebanm  E  • 

Pollux  E  • 

JUPITXR  E  . 

Pomalhaut  W. 

a  Pegad  W. 

Pollux  E . 

JUPITSR  E  • 

Reguhia  E« 

Fomalbaut  W. 

o  Pegaai  W. 

Pollux  E  • 

JUPITKR  E  . 

ReguluB  £  • 

Vbii  08  E  • 

8oir  E. 

Fomalbaut  W. 

a  Pe^i  W. 

a  ArietiB  W. 

Pollux  E . 

JUPITKR  £  . 

Regulua  E  • 

Vxiiro  E . 

Sun  £• 


Noon. 


»3  1  5 

48  57  33 
55  30  5 

86  59  36 

104  53  28 
57  41  30 

43  43  53 
75  19  55 

118  16  3 

67  8  19 
39  26  57 
63  37  21 

106  20  4 

119  48  24 

77  230 

49  56  20 
51  52  7 

94  17  54 

107  55  15 

87  14  1 
60  59  31 

39  81  19 

40  6  43 

82  8  16 

95  54  22 

72  24  37 

50  30  56 
69  49  56 

83  44  32 
106  41  28 

84  5  58 
62  3  17 

57  21  36 
71  24  28 
94  12  12 

114  20  32 
139  35  45 

96  026 

73  58  24 
30  43  55 

44  41  49 

58  52  36 
81  31  9 

101  36  2 
127  55  8 


P.L. 

of 

INC 


9043 
4171 


S19S 
3049 

3019 
3738 
3100 
3014 
3070 

3784 
3447 


3073 


3980 
3S19 
8113 


9976 

9184 
3958 


9919 


3078 
3095 
9887 
9854 
9801 
9778 
3184 


9974 
9606 
9737 
9780 
9738 
9713 
3089 


ink. 


94  29  57 

49  59  57 

54  1  &3 
85  32  17 

106  22  47 
58  50  24 

42  15  31 
73  52  16 

116  46  51 

68  21  20 
40  43  4 
62    9  19 

104  50    9 
118  19  38 

78  18  10 
51  17  43 

50  23  51 
92  47    8 

106  25  35 

88  31  17 
62  24  6 
40  51  22 
38  38  49 
80  36  29 
94  23  39 

TS  51  29 

51  55  59 

68  16  58 
82  12  37 

105  8  24 

85  34  37 
6:)  31  33 

55  47  17 

69  51  10 
92  37  45 

112  45  35 
138    8  53 

97  30  33 
75  29  9 
32  18  13 

43  5  58 
57  17  42 

79  55  6 
99  59  39 

126  26  37 


P.L. 

or 

Dur. 


4533 

3098 
3130 


4131 


3193 
3045 


3108 
3010 


3749 
3499 


3477 
3190 
9918 


3183 


9911 
9857 

3087 
3078 
9798 
9845 
9799 
9770 
3154 

9997 
9981 
9709 
9797 
9770 
9717 
9704 
3071 


Vlh- 


95  58  5§ 

51  3  20 

52  33  39 
84    4  55 

107  52  II 

59  59  56 

40  47  9 
72  24  34 

115  17  34 

69  34  45 
42    0    2 

60  41  15 

103  20    9 

116  50  46 

79  34    5 

52  39  35 
48  55  36 

91  16  15 

104  55  48 

89  48  42 
63  49  I 
42  12  12 
37  11    4 

79  4  33 

92  52  48 

75  18  35 

53  21  30 
66  43  50 

80  40  32 
103  35  10 

87  3  27 
65    0    9 

54  12  47 
68  17  40 
91     3    7 

111  10  28 
136  41  49 

99    0  49 

77  0  II 
33  52  52 

41  29  54 

55  42  35 

78  18  49 
98  23    5 

124  57  52 


P.L. 

of 

JHS. 


4489 
3008 

3138 


4098 


3190 
3041 

3879 
3647 
3109 


3738 


3014 


3947 
3438 
3199 
9819 


3141 
3910 


30S7 
8089 

9790 


9769 
3144 


DD^ 


9948 
9773 
9718 
9780 
9707 


9^27  49 
52  7  39 

51  5  24 
82  37  31 

109  21  39 
61  10  2 
:)9  18  46 
70  56  49 

113  48  12 

70  48  33 
43  17  46 
59  13  8 

101  50  3 
115  21  48 

80  50  14 
54  1  54 
47  27  21 
89  45  14 
103  25  53 

91  6  14 
65  14  15 
43  33  46 
a5  43  29 

77  32  29 
91  21  48 

76  45  55 
54  47  27 

65  10  33 
79  8  17 

102  1  46 

88  32  29 
6629  5 

52  38  6 

66  43  59 

89  28  17 
109  35  10 
135  14  33 

100  31  15 

78  31  29 
35  27  52 
39  53  38 
.54  7  15 
76  42  19 
96  46  19 

123  28  53 


P.L. 

•r 

nut 


4410 
3005 

3138 


4861 


3118 
3037 


3101 
3000 

3055 

3794 
3375 
3007 


3000 


3409 
3139 


3199 
3188 
9M7 


3047 
8047 


9773 
9784 
3134 


9760 
9789 
9780 


XIV. 


OCTOBER,  1895. 


177 


OSEEl^WiOH  MBAN  T 

irr^^H 

LUNAR  DI8T1NCB6. 

a- 

1 

P.L. 

P.L. 

P.L. 

P.L. 

Hmb«  mi4  Dlreell«B 
•f0bj««l. 

Midnlghu 

of 
INC 

XV^ 

•r 

INC 

xvmb. 

of 
Die 

XXlh. 

of 
INC 

Antares 

W. 

9^5^50 

SSM 

O          t       II 

100  25  54 

3659 

O          1        f/ 

101  55    2 

3050 

Oil* 

103  24  13 

3047 

aAniiilie 

W. 

5.)  12  51 

4355 

54  18  53 

4301 

55  25  42 

4956 

56  33  15 

4919 

a  ArietiB 

E. 

49  37    8 

3094 

48    8  51 

301O 

46  40  3:) 

3099 

45  12  14 

3091 

Aldebaran 

£. 

81  10    5 

9133 

79  42  36 

3139 

78  15    5 

3199 

76  47  31 

3198 

3 

Antares 

W. 

no  51  12 

itas 

112  20  50 

8094 

113  50  33 

8919 

115  20  22 

3015 

a  A<|uil» 

W. 

62  20  42 

4099 

63  31  53 

3099 

64  43  34 

9970 

65  55  43 

3943 

a  Arietis 

E, 

37  50  22 

8068 

36  21  58 

8080 

34  5:) :« 

9090 

33  25  13 

8091 

AlilelNinui 

E. 

69  29    1 

3115 

68     1  10 

3114 

66  3;}  17 

9110 

65    5  20 

3109 

Pollux 

E. 

1 12  18  45 

3833 

110  49  13 

8090 

109  19  36 

3094 

107  49  53 

3019 

3 

a  Aqiiiln 

W. 

72    2  42 

3639 

73  17  11 

3613 

74  32    0 

3798 

75  47    6 

9779 

Foinalhniit 

W. 

44  36  14 

8560 

45  55  22 

3535 

47  15    7 

9604 

48  Sa  27 

3474 

AlHtibaraii 

E. 

57  44  59 

3090 

56  16  48 

3096 

54  48  36 

9096 

5;i  20  22 

3098 

Pollux 

E. 

100  19  50 

9095 

98  49  31 

9969 

97  19    5 

9965 

95  48  33 

9979 

JUPITIR 

E. 

113  52  43 

3050 

112  23  32 

3043 

1 10  54  13 

9039 

109  24  48 

3039 

4 

a  Aquiln 

W. 

82    636 

8711 

83  23  11 

3701 

84  39  57 

9691 

85  56  54 

8661 

FoiiHillmut 

W. 

55  24  39 

3354 

56  47  48 

3933 

58  11  21 

9314 

59  35  16 

9997 

Aldebnran 

E. 

45  59    8 

3099 

44  30  57 

3101 

43    2  48 

9104 

41  34  43 

9108 

Pollux 

E. 

88  14    6 

»M 

86  42  50 

9944 

85  11  27 

9938 

83  39  56 

9831 

JOPITBR 

£. 

101  55  51 

8009 

100  25  41 

9906 

98  55  23 

9969 

97  24  57 

9989 

5 

a  Aqtiiln 

W. 

92  23  52 

8047 

93  41  36 

8049 

94  59  25 

3636 

96  17  18 

906 

Fomallifiut 

W. 

66  39  46 

3918 

68    5  34 

3904 

69  31  39 

3190 

70  58    0 

9in 

apegnat 

W. 

44  56    0 

3968 

46  18  53 

3396 

47  42  21 

3308 

49    6  23 

9969 

AMebaraii 

E. 

34  16    7 

8IS9 

32  49    0 

9166 

31  22  12 

9186 

29  55  46 

9009 

Pollux 

E. 

76    0  16 

9606 

74  27  54 

9691 

72  55  24 

9864 

71  22  45 

9678 

JOPITXR 

£. 

89  50  39 

9948 

88  19  21 

9941 

86  47  54 

9934 

85  16  18 

9998 

6 

Foinallmut 

W. 

78  13  29 

8118 

79  41  17 

9107 

81    9  18 

8090 

82  37  32 

8087 

aPegasi 

W. 

56  13  50 

3166 

57  40  :i7 

9146 

59    7  48 

3199 

60  35  22 

9119 

Pollux 

E. 

63  37    6 

9639 

62    3  29 

9631 

60  29  42 

9693 

58  55  44 

9815 

J  u  PITS  a 

E. 

77  35  52 

9667 

76    3  17 

9879 

74  30  31 

9871 

72  57  35 

9869 

Regulua 

£. 

100  28  12 

9635 

98  54  28 

9695 

97  20  33 

9816 

95  46  28 

9809 

7 

Foinalhaut 

W. 

90    1  43 

3939 

91  31    8 

9090 

93    0  43 

3099 

94  30  29 

8919 

opecaai 

W. 

67  58  20 

3091 

69  27  54 

9017 

70  57  46 

3009 

72  27  56 

9968 

Pollux 

E. 

51     3  14 

977* 

4t»  28  10 

9784 

47  52  55 

9755 

46  17  28 

9746 

Jvpmca 

E. 

65  10    7 

9616 

63  36    3 

9806 

62     1  46 

9799 

60  27  17 

9790 

Regulua 

E. 

87  5:^  16 

9706 

86  18    3 

9796 

84  42  37 

9747 

83    6  59 

9736 

Vxtfut 

£. 

107  59  42 

r46 

106  24    3 

9736 

104  48  14 

9730 

lO:)  12  14 

9791 

Sun 

£. 

133  47    5 

3194 

132  19  25 

3114 

130  51  32 

3103 

129  23  26 

9093 

8 

Fomalhaut 

W. 

102    1  50 

9976 

103  32  33 

9969 

105    3  25 

9989 

106  34  25 

9957 

a  Pe^si 
n  .\netiB 

W. 

80    3    4 

9999 

81  34  55 

9900 

83    7    2 

9696 

84  39  24 

9665 

W. 

37    3  12 

9745 

38  38  52 

9731 

40  14  51 

9718 

41  51    9 

9709 

Pollux 

E. 

38  17  10 

9699 

36  40  2!> 

9660 

a5  3  a*^ 

9660 

33  26  28 

9670 

JoptTca 

E. 

52  31  41 

9740 

50  55  54 

9730 

49  19  53 

9719 

47  43  39 

9708 

Regulua 

E. 

75    5  36 

9667 

73  28  3I> 

9676 

71  51  27 

9060 

70  14     1 

9655 

ViNVl 

£. 

95    9  20 

9676 

93  :^  10 

9966 

91  54  47 

9658 

90  17  11 

9649 

Qvn 

£. 

121  59  41 

8036 

120  30  15 

8096 

119    0  34 

8014 

117  30  39 

8003 

18 


178 


OCTOBER,  1895. 


XV. 


GBBBNWIOH  MBAl«r  TIMB. 

LUNAR  DI8T1NCE& 

• 

• 

ja  . 

Vfttte  Mid  DireetloB 
of  Oljjoot. 

Noon. 

P.L. 

of 

Dur. 

m^ 

P.L. 

«f 

Dift 

Vlh. 

P.  L. 

of 
DUn 

IXh. 

P.  L. 
of 

9 

aPe^i 
a  AnetiB 

W. 

86  12    S 

9873 

87  44f55 

9661 

89  18    i 

9650 

Oil* 

90  51  27 

9S36 

W. 

43  27  46 

9666 

45    4  42 

9675 

46  41  56 

9061 

48  19  28 

9647 

JOPITBR 

£. 

46    7  10 

9696 

44  30  27 

9687 

42  53  29 

9675 

41  16  16 

9665 

Regulus 

E. 

68  36  20 

9643 

66  58  24 

9636 

65  20  13 

9691 

63  41  47 

9610 

VEIfCIt 

E. 

88  39  23 

9640 

87    1  22 

9099 

85  23    7 

9690 

83  44  39 

9610 

Sciir 

• 

E. 

116    0  30 

9991 

114  30    6 

9976 

112  59  26 

9960 

111  28  31 

9954 

10 

oPe^i 

W. 

96  42    0 

9786 

100  16  48 

9775 

101  51  48 

9766 

103  27    1 

9756 

aAnetis 

W. 

56  31  45 

9560 

58  11    8 

9506 

59  50  49 

9553 

61  30  49 

9540 

AldebaraD 

W. 

26  45  20 

9999 

28  17    2 

9en 

29  49  50 

9639 

31  23  36 

9791 

KeguluB 

£. 

55  25  35 

9550 

53  45  31 

9537 

52    5    9 

9595 

50  24  30 

9519 

VEIfOt 

E. 

75  28  47 

9557 

73  48  53 

9546 

72    844 

9535 

70  28  19 

9594 

Son 

E. 

103  49  54 

9669 

102  17  21 

9675 

100  44  30 

9669 

99  11  22 

9848 

11 

a  Arietis 

W. 

69  55  31 

9471 

71  37  25 

9456 

73  19  38 

9443 

75    2  11 

9430 

Aldebaran 

W. 

39  24  27 

9639 

41    2  38 

9607 

42  41  23 

9583 

44  20  42 

9500 

Regulus 

E. 

41  56  48 

9447 

40  14  20 

9434 

38  31  34 

9491 

36  48  29 

9408 

Vbhus 

E. 

62    222 

9467 

60  20  23 

9456 

5838    8 

9444 

56  55  36 

9433 

8uir 

E. 

91  21  16 

9779 

89  46  20 

9765 

88  11    6 

9750 

86  35  33 

9736 

12 

aArietis 

W. 

83  39  45 

9309 

85  24  14 

9348 

87    9    3 

9335 

88  54  11 

9399 

Aldebamn 

W. 

52  44  47 

9458 

54  27    0 

9440 

56    938 

9499 

57  52  41 

9405 

Vends 

E. 

48  18  53 

9376 

46  34  44 

9365 

44  50  19 

9354 

43    5  38 

9344 

Suit 

E. 

78  33    4 

9665 

76  55  37 

9659 

75  17  52 

9636 

73  39  48 

9094 

13 

a  Arietis 

W. 

97  44  32 

9960 

99  31  31 

9946 

101  18  47 

9930 

103    6  21 

9995 

Aldebaraii 

W. 

66  33  53 

9396 

68  19  14 

9319 

70    4  56 

9998 

71  50  58 

9965 

Pollux 

W. 

23    3    0 

9966 

24  49  49 

9950 

2637    2 

9935 

28  24  37 

9991 

Son 

E. 

65  24  48 

9557 

63  44  54 

9544 

62    4  42 

.    9539 

60  24  13 

9590 

14 

Aldebaran 

W. 

80  45  49 

9996 

82  33  38 

9915 

84  21  43 

9905 

86  10    3 

9190 

Pollux 

W. 

37  27  26 

9161 

39  16  53 

9150 

41    6  36 

9140 

42  56  34 

9130 

8uir 

E. 

51  57  48 

9465 

50  15  46 

9156 

48  33  31 

9447 

46  51    3 

9438 

15 

Aldebaran 

W. 

95  14  47 

9161 

97    4  14 

9155 

98  53  50 

9151 

100  43  32 

9147 

Pollux 

W. 

52    9  46 

9091 

54    0  59 

9965 

55  52  21 

9079 

57  43  52 

9075 

Jupiter 

W. 

37    6    4 

9139 

38  56  14 

9194 

40  46  36 

9116 

42  37    7 

9113 

Son 

E. 

38  15  56 

9405 

36  32  29 

9401 

34  48  55 

9396 

33    5  17 

9395 

19 

Son 

W. 

17  32  38 

9606 

19  11  25 

9600 

2050    8 

9614 

22  28  44 

9699 

a  Aquiln 

E. 

81  21  44 

9965 

79  51  13 

3008 

78  21  10 

3039 

76  51  37 

3059 

Fomalhaut 

E. 

106  26  47 

9511 

104  45  48 

9581 

103    5    4 

9530 

101  24  33 

9541 

20 

Son 

W. 

30  38  13 

9666 

32  15  12 

9701 

33  51  50 

9716 

a'S  28    6 

9735 

a  Aquiitt 

E. 

69  32  45 

3990 

68    7    0 

3950 

66  42    1 

3301 

65  17  51 

3345 

F^omalhaut 

E. 

93    6  17 

9619 

91  27  38 

9698 

89  49  21 

9645 

88  11  27 

9663 

oPegaai 

E. 

115    7  47 

9614 

113  29  11 

9094 

111  50  48 

9635 

1 10  12  40 

9646 

21 

Son 

W. 

43  23  44 

9894 

44  57  41 

9843 

46  31  13 

9669 

48    4  21 

9660 

a  Aquiln 

E. 

58  30  29 

3606 

57  12    1 

3669 

55  54  41 

3735 

54  38  31 

3606 

Fomalhaut 

E. 

80    8  16 

9709 

78  32  58 

9763 

76  58    8 

9605 

75  23  47 

9896 

aPegaai 

E. 

102    6  10 

9713 

100  29  48 

9799 

98  53  47 

9745 

97  18    7 

9789 



XVL 


OCTOBER,  1895. 


179 


OBBBNWIOH  MEAN  TIMB. 

LUNAR  DISTANCES. 

• 

«0. ^^ *  V^A ^^_ 

_   A«    _   ^ 

P.L. 

P.L. 

P.L. 

P.L. 

B  MM  ABd  DlTMOOB 

•robjoei. 

IIHnighU 

of 

XV^ 

of 
DUt 

XVIIIb. 

of 

XXIK 

of 

Diflr. 

9 

oAnetk 

w. 

f^^   & 

1697 

ft!  58' 5^ 

9616 

O          t       It 

95  33    5 

9805 

9f    7  26 

9795 

w. 

49  57  19 

9834 

51  35  38 

9691 

53  13  55 

9607 

54  52  41 

9593 

JOPITKR 

E. 

39  38  49 

9664 

38    1    7 

9649 

36  33    9 

9639 

34  44  57 

9690 

Regulus 

E. 

63    3    5 

9909 

6034    7 

9506 

58  44  53 

9574 

57    5  22 

9569 

VsNUt 

E. 

83    5  57 

9599 

80  37    1 

9589 

78  47  51 

9578 

77    8  26 

9568 

Sun 

E. 

109  57  20 

9941 

108  35  53 

9996 

106  54  10 

9015 

105  32  10 

9909 

10 

a  Pepsi 
o  Anetb 

W. 

105    3  37 

WJ€7 

106  38    4 

9738 

108  13  53 

9731 

109  49  53 

9793 

W. 

63  11    7 

9595 

64  51  45 

9519 

66  33  41 

9499 

68  13  56 

9486 

Aldebaran 

Wt 

33  58  16 

9763 

34  33  45 

9790 

36    9  58 

9689 

37  46  &3 

9660 

Regulus 

E. 

48  43  34 

9499 

47    2  30 

9487 

45  30  48 

9473 

43  38  57 

9460 

Vsifot 

E. 

68  47  39 

9519 

67    643 

9509 

65  35  33 

9490 

63  44    5 

9479 

Soil 

E. 

97  37  57 

9635 

96    4  14 

9891 

94  30  13 

9607 

93  55  54 

9799 

11 

a  Arietis 

W. 

76  45    3 

9417 

78  38  14 

9403 

80  11  45 

9389 

81  55  35 

9376 

Aldeliaran 

W. 

46    0  33 

9538 

47  40  53 

9517 

49  31  43 

9497 

51    3     1 

94T7 

Regulus 

E. 

35    5    6 

9095 

33  31  34 

9981 

31  37  23 

9368 

39  53    3 

9356 

Venus 

E. 

55^^3  48 

9499 

53-39  44 

9410 

51  46  33 

9398 

50    3  46 

9387 

Suit 

E. 

84  59  41 

9799 

83  33  30 

9707 

81  47    0 

9669 

80  10  11 

9680 

13 

oArietifl 

W. 

90  39  38 

9309 

93  35  34 

9997 

94*11  38 

9964 

95  57  51 

'9979 

Aldebaran 

W. 

5936    9 

9986 

61  20    1 

9379 

63    4  16 

9356 

64  48  54 

9349 

Vsnut 

E. 

41  20  43 

9333 

39  35  31 

9393 

37  50    5 

9313 

36    4  35 

S304 

Suit 

E. 

73    1  35 

9619 

70  23  43 

9506 

68  43  43 

9583 

67    4  34 

9570 

13 

aArtetb 

W. 

104  54  11 

9914 

106  43  18 

9904 

108  30  40 

9193 

110  19  18 

9164 

Aldebaran 

W. 

73  37  30 

9979 

75  34    0 

9960 

77  10  59 

9947 

78  58  16 

9937 

Pollux 

W. 

30  13  33 

9906 

33    0  49 

9196 

33  49  33 

9183 

sa  38  16 

9179 

Sun 

E. 

58  43  38 

9006 

57    3  36 

9497 

55  31    9 

9486 

53  39  36 

9476 

14 

Aldebaran 

W. 

87  58  36 

9186 

89  47  33 

9180 

91  36  30 

9179 

93  35  39 

9167 

Pollux 

W. 

44  46  47 

9199 

46  37  13 

9113 

48  27  53 

9106 

50  18  43 

9098 

Suit 

E. 

45    8  22 

9430 

43  35  30 

9493 

41  43  28 

9416 

39  59  16 

9410 

15 

Aldebaran 

W. 

103  33  20 

9144 

104  33  13 

9141 

106  13'   8 

9140 

108    3    6 

9140 

Pollux 

W. 

59  a'S  30 

9070 

61  37  15 

9066 

63  19    6 

9064 

65  11     1 

9061 

JUPITBR 

W, 

44  37  47 

9106 

46  18  34 

9104 

48    9  27 

9101 

50    0  25 

9096 

Sun 

E. 

31  31  35 

9394 

39  37  51 

9394 

27  54    7 

9395 

26  10  25 

9906 

19 

Sun 

W. 

34    7    9 

9639 

35  45  20 

9643 

27  23  16 

9657 

29    0  54 

9671 

o  Aquils 

E, 

75  33  37 

9067 

73  54  13 

3117 

72  26  23 

3149 

70  59  13 

3164 

Fomalhaut 

E. 

99  44  17 

9553 

98    4  18 

9567 

96  24  38 

9581 

94  45  17 

9596 

90 

Sun 

W. 

37    4    0 

9759 

38  39  31 

9769 

40  14  39 

9788 

41  49  23 

9606 

aAquil» 

E. 

63  54  31 

9391 

63  33    4 

9440 

61   10  33 

3493 

59  50     1 

3647 

Fomalhaut 

E. 

86  33  58 

9881 

84  56  53 

9701 

83  20  14 

imo 

81  44     1 

9741 

aPegaai 

E. 

108  34  47 

9656 

106  57  11 

9671 

105  19  53 

9685 

103  42  52 

9608 

21 

Sun 

W. 

49  37    5 

9809 

51     9  35 

9919 

53  41  20 

9938 

54  12  51 

9957 

o  Aquils 

E. 

53  33  35 

9881 

53    9  56 

3961 

50  57  38 

4048 

49  46  46 

4140 

Fomalhaut 

E. 

73  49  56 

9859 

73  16  35 

9875 

70  43  44 

9890 

69  11  24 

9994 

oPegaai 

E. 

95  49  49 

9778 

94    7  53 

9795 

92  33  18 

9813 

90  59    7 

9630 

180 


OCTOBER,  1895. 


XVIL 


6BBEHWI0H  UEAS  TIMB. 

LUHAB  DI8TAHCX& 

• 

T.Js. 

P.L. 

P.L. 

P.L. 

VaoMMd  Dinetiai 

Noon. 

•f 

lUk. 

Diff. 

vifc.. 

af 
Diff: 

IX*- 

•f 

O           '         0 

•       /  "^## 

O         t       u 

O             t          H 

22 

Scm 

w. 

55  43  58 

mm 

57  14  42 

MM 

58  45    2 

9913 

60  14  59 

9831 

Fonmlbaut 

E. 

67  39  36 

MM 

66    820 

«78 

64  37  37 

9003 

6:)    7  28 

3030 

aPegasi 

£. 

89  25  18 

tM8 

87  51  52 

im 

86  18  50 

9885 

84  46  12 

9903 

23 

Svfr 

W. 

67  39    6 

»91 

69    650 

3138 

70  34  13 

9155 

72    1  16 

3171 

Antares 

W. 

29    1    2 

87M 

30  36  27 

9779 

32  11  31 

1788 

33  46  14 

9803 

Fomalbaut 

E. 

55  45  30 

3181 

54  18  58 

3914 

52  53    5 

9946 

51  27  53 

3985 

aPe^an 
a  Anetw 

E. 

77    856 

wn 

75  38  40 

3018 

74    8  49 

3837 

72  39  22 

3056 

E. 

119    8    2 

9784 

117  33  13 

9799 

115  58  44 

9814 

114  24  34 

9«9 

24 

W. 

79  11  43 

3Mi 

80  36  54 

9163 

82    1  49 

• 

9977 

83  26  27 

3991 

Antares 

W. 

41  35    3 

1874 

43    7  55 

9867 

44  40  30 

9900 

46  12  49 

9919 

Fomalhaut 

E. 

44  33    3 

9495 

43  12  33 

3545 

41  52  58 

9698 

40  :m  21 

3656 

a  Pepsi 
a  Aneds 

E, 

65  18  10 

3157 

63  51    9 

3178 

62  24  33 

3198 

60  58  22 

3990 

E. 

106  38  24 

1808 

105    6    2 

9910 

103  33  56 

9993 

102    2    6 

1935 

25 

8l71f 

W. 

90  25  55 

3351 

91  49    8 

3369 

93  12    8 
56  52  15 

3379 

94  34  57 

3381 

Antares 

W. 

53  50  40 

1987 

55  21  34 

9977 

9966 

58  22  45 

9995 

aPeil^i 

E. 

53  53  54 

3334 

52  30  22 

3358 

51     7  18 

9385 

49  44  44 

3411 

a  Arietia 

E. 

94  26  34 

1969 

92  56    8 

9996 

91  25  53 

9008 

89  55  50 

3017 

26 

Soil 

W. 

101  26  27 

3493 

102  48  18 

3499 

104  10    2 

9436 

105  31  38 

3441 

Antares 

W. 

65  52  43 

3031 

67  22  17 

3038 

68  51  43 

9043 

70  21     2 

3048 

aArieda 

E. 

82  28    8 

3054 

80  59    2 

3060 

79  30    3 

9066 

78     1   12 

3071 

Aldebaran 

E. 

113  40    2 

3190 

112  12  17 

3194 

110  44  37 

8198 

109  17    1 

3139 

27 

Suif 

W. 

112  18  14 

9483 

113  39  20 

3466 

115    022 

9468 

116  21  22 

3471 

Aiitarea 

W. 

77  46  16 

3067 

79  15    6 

3068 

80  43  54 

9071 

82  12  39 

3079 

a  Arietta 

E. 

70  38  22 

3091 

69  10    2 

3004 

67  41  45 

3096 

66  13  31 

3009 

Aldebaran 

E. 

102    0    0 

3144 

100  32  44 

3146 

99    5  30 

3148 

97  38  18 

3148 

28 

Sun 

W. 

123    5  56 

3474 

124  26  49 

3473 

125  47  43 

3479 

127    8  38 

3471 

Aiitnrea 

W. 

89  36  11 

3073 

91    4  54 

3079 

92  33  38 

3071 

94    2  2:) 

3069 

a  AqiiilfB 

W. 

46  32  46 

4771 

47  32  46 

4690 

48  33  54 

4615 

49  36    6 

4544 

a  Arietiis 

E. 

58  52  50 

3104 

57  24  45 

3103 

55  56  39 

3103 

54  28  33 

3109 

Aldebnrnn 

E. 

90  22  22 

3148 

88  55  10 

3146 

87  27  56 

3145 

86    0  41 

3144 

29 

Aiitarea 

W. 

101  26  53 

3054 

102  55  59 

3051 

104  25    9 

3047 

105  54  24 

3049 

a  Aqiiil® 

W. 

55     1     6 

4983 

56    8  33 

4918 

57  16  42 

4175 

58  25  32 

4134 

a  Arietis 

E. 

47    7  48 

3096 

45  39  34 

3095 

44  11   18 

3093 

42  43    0 

3001 

Aldeimmii 

E. 

78  43  54 

3133 

77  16  24 

3199 

75  48  50 

3196 

74  21   12 

3193 

30 

aAquilflB 

W. 

64  18  46 

3983 

65  31     2 

3835 

66  43  46 

3900 

67  56  57 

3889 

Fomalliaiit 

W. 

36  36  28 

3873 

37  50  15 

3819 

39    5    5 

3755 

40  20  54 

3704 

Aldebaran 

E. 

e7     1  59 

3104 

65  33  54 

3101 

64    5  45 

3096 

62  37  31 

3099 

Pollux 

E. 

109  47  59 

309] 

108  18  12 

3015 

106  48  18 

3009 

105  18  16 

3001 

31 

a  Aqnilao 

W. 

74    9    4 

3771 

75  24  36 

3753 

76  40  27 

3735 

77  56  37 

3718 

Fomalhfiiit 

W. 

46  52  22 

3500 

48  12  46 

3468 

49  3:)  46 

3437 

50  55  21 

3448 

Aldebaran 

E. 

55  15  10 

3073 

5:)  46  28 

3071 

52  17  4*} 

3068 

50  48  54 

3066 

Pollux 

E. 

97  45  56 

1986 

96  15     1 

9958 

94  43  56 

9951 

93  12  42 

9943 

JUPITXR 

E. 

114  26  26 

9993 

112  56    5 

9985 

111  25  34 

9977 

109  54  53 

1970 

XVIIL 


OCTOBER,  1895. 


181 


■ 

GBBBNWIOH  MBAN  TIMB. 

LUKAB  DI8T1NCE& 

^9                     •  «%.■ 

^  m 

P.L. 

P.L. 

P.L. 

P.L. 

VMM  aDdDireotMB 

Midnight 

of 

DUL 

XVfc. 

«f 

XVlUb. 

of 

XXP^ 

of 

33 

Sun 

w. 

6\  44  33 

9049 

eS  \iii 

9008 

64  ii  34 

9066 

6^  11     1 

9104 

FoinalhAiit 

E. 

61  37  53 

9059 

60    8  53 

9086 

58  40  39 

9118 

57  13  41 

3148 

ciPegmii 

E. 

83  13  57 

9999 

81  43    6 

9941 

80  10  39 

9960 

78  39  36 

9978 

33 

Soif 

W. 

73  37  59 

9186 

74  54  33 

9904 

76  30  38 

9990 

77  46  14 

9934 

Aiitares 

W. 

35  30  38 

9818 

36  54  43 

9633 

88  38  37 

9847 

40    1  54 

9861 

Fomalhnut 

E. 

50    334 

9399 

48  39  38 

9369 

47  16  38 

3403 

45  54  35 

9448 

aPemi 
a  Anetis 

E. 

71  10  19 

9076 

69  41  40 

9006 

68  13  36 

9116 

66  45  36 

9136 

E. 

113  50  44 

9643 

111  17  13 

9058 

109  43  59 

9871 

108  11    3 

9884 

34 

Suff 

W. 

84  50  50 

9304 

86  14  57 

9316 

87  38  50 

9999 

89    339 

9330 

AntareB 

W. 

47  44  53 

9994 

49  16  40 

9935 

50  48  14 

9946 

53  19  34 

9958 

Fomallmut 

E. 

39  16  47 

9718 

38    0  19 

9786 

36  45    3 

9860 

35  31     3 

9041 

apegiifli 
aArietis 

E. 

59  33  36 

9949 

58    7  16 

9964 

56  43  33 

9989 

55  17  54 

3310 

£. 

100  30  31 

9946 

96  59  11 

tB58 

97  38    5 

9900 

95  57  13 

9979 

35 

SCN 

W. 

95  57  35 

9391 

97  30    3 

9300 

98  43  30 

9406 

100    4  38 

3415 

Antares 

W. 

59  53    4 

9009 

61  33  13 

9011 

63  53  13 

9018 

64  33    3 

3006 

aPef(asi 

E. 

48  33  40 

9430 

47    1    8 

9470 

45  40  10 

9501 

44  19  47 

3535 

oArietia 

E. 

88  35  58 

9099 

86  56  17 

9933 

85  36  45 

9040 

83  57  33 

3047 

36 

Son 

W. 

106  53    8 

9446 

108  14  33 

9451 

109  35  51 

9495 

110  57    5 

3400 

Aula  res 

W. 

71  50  15 

9069 

73  19  33 

9067 

74  48  35 

9061 

76  17  33 

3064 

a  Arietia 

E. 

76  33  37 

9076 

75    3  48 

9081 

73  35  15 

9064 

73    6  46 

3088 

Aldebaran 

E. 

107  49  30 

9136 

106  33    3 

9199 

104  54  39 

9140 

103  37  18 

3143 

37 

Son 

W. 

1 17  43  19 

9471 

119    3  15 

9479 

130  34    9 

9473 

131  45    3 

3474 

Antarea 

W. 

83  41  33 

9079 

85  10    5 

9073 

86  38  47 

9073 

88    7  39 

3073 

a  Arietia 

E. 

64  45  30 

9101 

63  17  11 

9101 

61  49    3 

3109 

60  30  56 

3103 

Aldebaran 

E. 

96  11    6 

9146 

94  43  55 

8148 

93  16  44 

9149 

91  49  33 

3148 

38 

Son 

W. 

138  39  34 

9470 

139  50  33 

9498 

131  11  33 

9409 

133  33  35 

3463 

Antarea 

W. 

95  31  11 

9067 

97    0    1 

9064 

98  38  55 

9901 

99  57  53 

3058 

a  Aqnilio 

W. 

50  39  19 

4481 

51  43  38 

4499 

53  48  31 

4364 

53  54  35 

4313 

a  Arietia 

E. 

53    0  36 

9109 

51  33  19 

9101 

50    4  10 

3100 

48  36    0 

3098 

Aldelmmn 

E. 

84  33  35 

9109 

83    6    6 

9140 

81  38  45 

9199 

80  11  31 

9136 

39 

Antarea 

W. 

107  33  45 

9037 

108  53  13 

9099 

110  33  45 

9099 

111  53  35 

3099 

a  Aqiiilie 

W. 

59  :»    1 

4096 

60  45    7 

4061 

61  55  47 

4090 

63    7     1 

3905 

a  Arietia 

E. 

41  14  40 

900O 

39  46  18 

9088 

38  17  54 

9087 

36  49  38 

3086 

Alilelmran 

E. 

73  53  30 

9119 

71  35  44 

9116 

69  57  54 

9119 

68  39  59 

3106 

30 

aAquiln 

W. 

69  10  ai 

98S7 

70  34  38 

9B» 

71  39    4 

9919 

73  53  53 

3799 

Foinalliaut 

W. 

41  37  ;<7 

9656 

43  55  II 

9019 

44  13  33 

3579 

45  33  37 

3535 

Alilebarafi 

E. 

61    9  13 

9068 

59  40  48 

9085 

58  13  30 

3081 

56  43  47 

3078 

Pollux 

E. 

103  48    5 

9996 

103  17  46 

9988 

100  47  18 

9961 

99  16  43 

9973 

31 

a  Aqiiiln 

W. 

79  13    5 

9109 

80  39  50 

9099 

81  46  50 

3673 

83    4    6 

3800 

Fointilbant 

W. 

53  17  38 

S38I 

53  40    6 

9356 

55    3  13 

3339 

56  36  47 

3300 

Aldelianin 

E. 

49  30    3 

9004 

47  51     9 

9009 

46  3*2  13 

3061 

44  53  16 

3061 

Pollux 

E. 

91  41   18 

9036 

90    9  44 

9997 

88  38    0 

9019 

87    6    5 

9011 

JOFITBB 

E. 

108  34    3 

9999 

106  53    3 

9954 

105  31  51 

9945 

103  50  39 

182 


NOYEMBEB,  189& 


AT  OBEENWICH  APPARENT  NOON. 


i 


5 

0 

9 

« 


PricL 

Sat. 

Mod* 
Tnes. 
Wed. 

Tbnr. 
Frid. 
Sat. 

SUIT. 

Mod. 

Tae«. 

Wed. 
Thar. 
Frid. 

Sat. 

8UJ!r. 

Man* 

Tnes. 

,Wed. 

Thar. 

Frid. 

Sat. 

SUN. 

Mod. 
Tnes. 
Wed. 

Thar. 

Frid. 

Sat. 

8UK. 


1 
2 
3 

4 
5 
6 

7 
8 
9 

10 
11 
12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 

31 


nf 


THE  SUITS 


KlKkt 


4  25  44.08 
4  29  39.51 
4  33  35.75 

4  37  32.81 
4  41  30.71 
4  45  29.45 

4  49  29.03 
4  53  29.48 

4  57  30.80 

5  1  32.98 
5  5  36.04 
5    9  39.96 

5  13  44.76 
5  17  50.42 
5  21  56.94 

5  26  4.32 
5  30  12.55 
5  34  21.61 

5  38  31.50 
5  42  42.20 
5  46  53.71 

5  51  6.01 
5  55  19.08 

5  59  32.92 

6  3  47.50 
6  8  2.82 
6  12  1S.85 

6  16  35.59 
6  20  53.03 
6  25  11.13 


DiflLfcr 


16  29  29.90    10.795 


9.793 
9.827 
9.801 


9.930 
9.965 

0.001 
0.037 
0.073 

0.109 
0.145 
0.182 

0.218 
0.254 
0.290 

0.325 
0.360 
0.395 

0.429 
0.463 
0.496 

0.529 
0.561 
0.592 

0.623 
0.653 
0.683 

0.712 
0.740 
0.768 


S.  14  26  57.9 

14  46    4.8 

15  4  57.4 

15  23  35.2 

15  41  57.9 

16  0    5.2 

16  17  56.5 
16  35  31.5 

16  52  49.8 

17  9  51.0 
17  26  34.7 
17  43    0.4 

17  59    7.8 

18  14  56.3 
18  90  25.7 

18  45  35.4 

19  0  25.2 
19  14  54.5 

19  29  3.0 
19  42  50J2 

19  56  16.0 

20  9  19.7 
20  22  1.2 
20  34  20.1 

20  46  15.9 

20  57  48.5 

21  8  57.4 

21  19  42.4 
21  30  3.2 
21  39  59.5 

S.21  49  31.0 


Die 
1 


-48.06 
47.49 
46.88 


45.62 
44.97 


43.61 
42.91 

-42.19 
41.45 
40J69 

-39.91 
39.19 
38.31 

-37.49 
36.65 
35.79 

-34.91 
34.02 
33.11 

-32.19 
31.26 
30.31 

-29.34 
28.36 
27.37 

-26.37 
25.36 
24.33 

-23.29 


6  9.77 

6  10.02 

6  10J27 

6  10.51 

6  10.75 

6  10.98 

6  11.21 

6  11.44 

6  ll.CT 


11.89 
12.11 
16  12.32 


6 
6 


6  12.54 

6  12.75 

6  12.96 

6  13.17 

6  13.38 

6  13.58 

6  13.78 

6  13.98 

6  14.18 

6  14.38 

6  14.57 

6  14.76 

6  14.94 

6  15.12 

6  15.30 


15.47 
15.64 
6  15.80 


16  15.95 


66.94 
CT.05 
CT.17 

CTJ28 
CT.40 
67.52 

CT.64 
CT.76 
67.88 

6aoo 

68.12 
68.24 

68.36 
68.48 
6a59 

68.71 
68.82 
68.94 

69.05 
69.17 
69.28 

69.39 
69.49 
69.60 

69.70 
69.81 
69.91 

70.01 
70.10 
70.19 

70.28 


16  ia64 
16  19.76 
16  2008 

16  19.57 
16  18J24 
16  16.06 

16  13.04 
16  9.15 
16    4.41 

15  58.80 
15  52.32 
15  44.97 

15  36.75 
15  27.68 
15  17.73 

15  6.94 
14  55.30 
14  42.83 

14  29.54 
14  15.43 
14    0.52 

13  44.82 
13  28.35 
13  11.12 

12  53.15 
12  34.44 
12  15.02 

11  54.88 
11  34.07- 
11  12.58 

10  50.43 


DfC 
1 


t.063 
tJ»0 
MM 

0.938 
tJ)73 
0.108 

t.144 
0.180 
t.216 

0.252 
0.288 
0.324 

t.360 
0.396 
0.432 

0.467 
0.502 
0.537 

0.571 
0.605 
0.638 

0.670 
0.702 
0.733 

0.764 
0.794 
0.824 

0.853 
0.881 
0.909 

0.936 


Hon.— The  me*n  time  of  flemidUmeter  pMcing  joaj  be  fosnd  by  sabtnotinff  0".19  ftroM  the 

The  eifpi  —  prefixed  to  the  hourly  change  of  deoUnation  Indioatee  thmt  eoath  deoUiiatloaa 


IL 


NOVEMBER,  1895. 


183 


AT  OBEBNWIOH  MEAN  NOON. 


i 


Prid. 

Sat 

8UK. 

Mod. 
Taes. 
Wed. 

Thar. 

Frid. 

Sat. 

8uy. 

Mod. 
Taes. 

Wed- 
Thar. 
Frid. 

Sat. 

SUN. 

Moiu 

Toes. 
Wed. 
Thar. 

Frid. 

Sat 

SUN. 

Hon. 
Taes. 
Wed. 

Thar. 

Frid. 

Sat. 

SUN. 


« 

I 


e 


1 

2 
3 

4 
5 
6 

7 
8 
9 

10 
11 
12 

18 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 

31 


THE  8UN*8 


"E     m       ■ 

4  25  46.74 
4  29  42.18 
4  33  38.44 

4  37  35.51 
4  41  33.41 
4  45  32.15 

4  49  31.74 
4  53  32.19 

4  57  33.50 

5  1  35.67 
5  5  38.72 
5    9  42.63 

5  13  47.41 
5  17  53.06 
5  21  59.57 

5  26  6.92 
5  30  15.12 
5  84  24.16 

5  38  34.02 
5  42  44.69 
5  46  56.16 

5  51  8.42 
5  55  21.45 

5  59  35.24 

6  3  49.78 
6  8  5.05 
6  12  21.03 

6  16  37.72 
6  20  55.10 
6  25  18.14 


16  29  31.85 


Difllfor 


9.794 
9.»J7 
9.861 

9.895 
9.930 
9.966 

0.001 
0.037 
0.073 

0.109 
0.H5 
0.181 

0.217 
0.953 
0.389 

0.394 
0.359 
0.394 

0.498 
0.461 
0.494 

0.527 
0.569 
0.500 

0.691 
0.661 
0.681 

0.710 
0.738 
0.766 

10.793 


DtoUaAtloB. 


s. 


o        # 

4  27 

4  46 

5  5 


11.0 
17.7 
10.1 


5  23  47.8 

5  42  10.8 

6  0  17.8 

6  18  8.4 
6  85  48.2 

6  58     1.8 

7  10  2^ 
7  26  45.6 
7  48  ILl 

7  59  18.1 

8  15  6.4 
8  80  35.4 

8  45  44.8 

9  0  34.2 
9  15    3J2 

9  29  11.8 
9  42  58.3 
9  56  28.7 


20  9  27.1 
20  22  8.2 
20  34  26.7 

20  46  22^2 

20  57  54.4 

21  9    8.0 

21  19  47.6 
21  80  8.1 
21  40    4.0 


UUL  for 
lHo«r. 


-48.07 
47.48 
46.88 

-46.96 
45.69 
44.96 

-44.99 
43.60 
49.90 

-49.18 
41.43 
40.67 

-39.90 
39.11 
88J0 

-37.48 
36.63 
35.77 

-34.90 
34.01 
33.10 

-39.18 
31.94 
30.99 

-99.33 
98.35 
97.36 

-96.36 
95.34 
94.31 


XqoAtioB  of 

Time, 

tobe 

Added  to 

ICeeiiTime. 


S.  21  49  85.2  -93.98 


16  18.66 
16  19.77 
16  20.07 

16  19.56 
16  18.21 
16  16.03 

16  18.00 
16  9.10 
16  4.35 

15  58.73 
15  52.24 
15  44.88 

15  36.66 
15  27.57 
15  17.62 

15  6.83 
14  55.18 
14  42.70 

14  29.40 
14  15.28 
14    0.37 

18  44.67 
13  28.19 
18  10.96 

12  52.98 
12  34.27 
12  14.85 

11  54.72 
11  33.90 
11  12.41 

10  50.26 


DlAfor 
1  Hour. 


0.063 
0.030 
0.004 

0.038 
0.073 
0.108 

0.144 
O.IHO 
0.916 

0.959 
0.988 
0.394 

0.361 
0.397 
0.439 

0.468 
0.503 
0.537 

0.571 
0.605 
0.638 

0.670 
0.702 
0.734 

0.765 
0.795 
0.894 

0.853 
0.881 
0.909 

0.936 


SidOTMl 

Time, 

or 

RlKht  AweotloB 

of 

Mom  Bos. 


yorri.^Tlio  >omldtometof  fbr  aiaoo  aooa  isoy  bo  tMsaii  m1  the  tomo 
Tbo  oiCB  «  proAxod  lo  (ho  hoarly  ohoBgo  of  doeliaolkni 
HO  iBonootnip 


tbot  for  opporoni  booo. 
thai  Mfitli  doeUooUoaa 


n     m       i 

4  42  5.40 
4  46  1.95 
4  49  58.51 

4  53  55.07 

4  57  51.62 

5  1  48.18 

5  5  44.73 
5  9  41.29 
5  13  87.85 

5  17  34.40 
5  21  30.96 
5  25  27.52 

5  29  24.07 
5  33  20.63 
5  37  17.19 

5  41  13.75 
5  45  10.30 
5  49    6.86 

5  53    8.42 

5  56  59.97 

6  0  56.53 

6  4  53.09 
6  8  49.65 
6  12  46.20 

6  16  42.76 
6  20  39.32 
6  24  35.88 

6  28  32.44 
6  32  28.99 
6  36  25.55 


16  40  22.11 


DilK  A»r  1  Hour, 
H-9*.8565. 
(TobloIII.) 


184 


NOVEMBER,  1895. 


m. 


AT  OBBENWIOH  MEAN  NOON. 


5 

a 
o 

« 
e 


1 

2 
8 

4 
5 
6 

7 
8 
9 

10 
11 
12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 

81 


3 


305 
306 
307 

308 
309 
810 

311 
312 
313 

314 
315 
316 

317 
318 
319 

320 
321 
322 

323 
324 
325 

326 
327 
328 

329 
330 
331 

332 
333 
334 

335 


THE  SUN'S 


TBUX  LONOrrUDB. 


218  50  21.1 

219  50  25.7 

220  50  32.3 

221  50  40.8 

222  50  51.2 

223  51  3.5 

224  51  17.8 

225  51  34.2 

226  51  52.5 

227  52  12.9 

228  52  35.3 

229  52  59.6 

230  53  25.8 

231  53  53.8 

232  54  23.7 

233  54  55.2 

234  55  28.2 

235  56  2.9 

236  56  39.0 

237  57  16.4 

238  57  55.1 

239  58  35.0 

240  59  16.0 

241  59  58.1 

242  60  41.2 

244  1  25.4 

245  2  10.6 

246  2  56.8 

247  3  44.0 

248  4  32.3 

249  5  21.6 


49  84.5 
49  38.9 
49  45.4 

49  53.7 

50  4.0 
50  16.1 

50  30.3 

50  46.5 

51  4.7 

51  24.9 

51  47.2 

52  11.3 

52  37.3 

53  5.2 

53  34.9 

54  6.2 

54  39.1 

55  13.7 

55  49.6 

56  26.8 

57  5.4 

57  45.1 

58  25.9 

59  7.8 

59  50.7 

0  34.7 

1  19.8 


2 
2 
3 


5.8 
52.8 
40.9 


4  80.0 


Dift  for 
IHoar. 


150.16 
150.23 
150.31 

150^ 
150.47 
150.55 

150.64 
150.73 
150.81 

160.89 
150.97 
151.05 

151.13 
151.21 
151.28 

151.35 
151.41 
151.47 

151.53 
151.59 
151.64 

151.69 
151.73 
151.78 

151.82 
151.86 
151.90 

151.95 
151.99 
152.04 

152.08 


LATITUDS. 


+  0.67 
0.74 
0.79 

+  0.80 
0.78 
0.73 

+  0.65 
0.56 
0.44 

+  0.32 

0.18 

+  0.05 

-0.07 
0.18 
0.26 

-0.32 
0.35 
0.35 

—  0.32 
0.27 
0.18 

-0.07 

+  0.05 

0.17 

+  0.31 
0.44 
0.55 

+  0.65 
0.73 
0.78 

+  0.80 


OftlM 

BadiuTeeior 
•f  the 


9.9965059 
9.9963943 
9.9962845 

9.9961763 
9.9960696 
9.9959646 

9.9958612 
9.9957592 
9.9956587 

9.9955595 
9.9954613 
9.9953646 

9.9952686 
9.9951737 
9.9950797 

9.9949865 
9.9948943 
9.9948029 

9.9947125 
9.9946232 
9.9945351 

9.9944481 
9.9943626 
9.9942786 

9.9941964 
9.9941161 
9.9940378 

9.9939615 
9.9938876 
9.9938162 

9.9937472 


Difllfer 
IHoar. 


-46.8 
46.1 
45.4 

-44.7 
44.1 
43J> 

-42.8 
42.2 
41.6 

-41.1 
40.6 
40.2 

-39.8 
39.4 
39.0 

-38.6 
38.2 
37.8 

-37.4 
37.0 
36.5 

-35.9 
35.3 
34.6 

-33.8 
33.0 
32.2 

-31.3 
30.3 
29.3 

-28.3 


VoTS.— Thenanibort  in  oolana  X  oorrecpond  to  the  trao  equinox  of  the  dfttet  1b  eoliiinn  X'to 
the  meen  eqainox  of  Jaoiutry  f.O. 


of 
8Met«elK< 


T-15 1 

9  16  23.20 
9  12  27.29 
9  8  31.38 

9  4  35.47 
9  0  39.56 
8  56  43.65 

8  52  47.74 
8  48  51.83 
8  44  55.92 

8  41  0.01 
8  37  4.10 
8  33  8.19 

8  29  12.28 
8  25  16.37 
8  21  20.45 

8  17  24.54 
8  13  28.63 
8  9  32.72 

8  5  3681 
8  1  40.90 
7  57  44.99 

7  53  49.08 
7  49  53.16 
7  45  57J25 

7  42  1.34 
7  38  5.43 
7  34  9.52 

7  30  13.60 
7  26  17.69 
7  22  21.78 

7  18  25.87 


DHL  for  1  Hoar, 
— 9*.8296. 
<Ublen.) 


IV. 


NOVEMBER,  1895. 


185 


GBBBNWIOH  MBAN  TIMB. 

THE  MOOITS 

8 

i 

8BMTDIAMBTXB. 

HORIZOHTAL  PARALLAX. 

ITPPSR  TRANSIT. 

AOB. 

HOM. 

HMnlgbt. 

VOM. 

DIff.  fbr 
IHoar. 

XUali^ 

Dtftfor 
IHonr. 

M«rMlra  of 
OreoDwieh. 

INC  for 
IHoor. 

NOM. 

1 

1       $t 

15     1.8 

15    4^6 

55    0'!9 

•M)!99 

55  13'!8 

4  LOO 

II      m 

11     8.1 

■1 
1.85 

d 
14.2 

2 

15    8.2 

15  11.8 

55  26.8 

I.IO 

55  89.8 

1.14 

11  54.4 

9.01 

15.2 

8 

15  15.6 

15  19.5 

55  53.7 

1.17 

56    7.9 

1.19 

12  44.7 

9.18 

16.2 

4 

15  23.4 

15  27.8 

56  22.2 

••-i.90 

56  86.6 

41.90 

18  88.9 

9.33 

17J2 

5 

15  31.3 

15  35.2 

56  51.1 

1.90 

57    5.6 

1.90 

14  86.3 

9.43 

18.2 

6 

15  89.2 

15  43.1 

57  20.1 

1.90 

57  84.6 

1.90 

15  85.0 

9.44 

19.2 

7 

15  47.0 

15  50.9 

57  49.0 

41.19 

58    3.2 

41.18 

16  82.9 

9.37 

20.2 

8 

15  54.7 

15  58.5 

58  17.3 

1.17 

58  31.2 

1.14 

17  28.5 

9.96 

21J2 

9 

16    2.2 

16    5.7 

58  44.6 

1.10 

58  57.6 

1.05 

18  21.3 

9.14 

22.2 

10 

16    9.0 

16  12.1 

59    9.8 

40.98 

59  21.1 

40.89 

19  11.5 

9.05 

23.2 

11 

16  14.8 

16  17.1 

59  31.1 

0.77 

59  39.6 

0.63 

20    0.4 

9.09 

24.2 

12 

16  19.0 

16  20.2 

59  46.3 

0.47 

59  50.9 

40.98 

20  49.1 

9.05 

25.2 

13 

16  20.8 

16  20.6 

59  53.0 

40.07 

59  52.5 

-0.16 

21  89.0 

9.19 

26.2 

14 

16  19.7 

16  18.0 

59  49.1 

-0.40 

59  42.8 

0.65 

22  81.3 

9.94 

27.2 

15 

16  15.5 

16  12.2 

59  83.5 

0.90 

59  21.3 

1.13 

28  26.6 

9.37 

28.2 

16 

16    8.1 

16    3.4 

59    6.3 

-1.33 

58  49.0 

-1.53 

6 

29.2 

17 

15  58.0 

15  52.3 

58  29.5 

1.09 

58    8.4 

1.81 

0  24.7 

9.46 

0.8 

18 

15  46.2 

15  39.9 

57  46.1 

1.89 

57  23.0 

I. on 

1  24.2 

9.48 

1.8 

19 

15  33.6 

15  27.3 

56  59.7 

-1.93 

56  36.6 

-1.90 

2  22.9 

9.40 

2.8 

20 

15  21.2 

15  15.4 

56  14.2 

1.8:1 

55  52.8 

1.79 

3  18.7 

9.94 

3.8 

21 

15  10.0 

15    5.0 

55  32.9 

1.58 

55  14.8 

1.43 

4  10.4 

9.06 

4.8 

22 

15    0.7 

14  56.9 

54  58.7 

-1.25 

54  44.9 

-1.05 

4  57.7 

1.8!) 

5.8 

23 

14  53.8 

14  51.3 

54  33.4 

0.85 

54  24.5 

0.63 

5  41.3 

1.75 

6.8 

24 

14  49.6 

14  48.6 

54  18.2 

-0.41 

54  14.6 

-0.90 

6  22.2 

1.66 

7.8 

25 

14  48.3 

14  48.8 

54  13.5 

40.09 

54  15.1 

40.94 

7     1.6 

1.63 

8.8 

26 

14  49.9 

14  51.6 

54  19.2 

0.44 

54  25.6 

0.63 

7  40.5 

1.6:1 

9.8 

27 

14  54.0 

14  56.9 

54  34.3 

0.81 

54  45.0 

0.97 

8  20.8 

1.09 

10.8 

28 

15    0.3 

15    4.2 

54  57.5 

41.11 

55  11.6 

41.93 

9    2.2 

1.80 

11.8 

29 

15    8.4 

15  12.9 

55  27.1 

1.33 

55  43.6 

1.40 

9  47.2 

1.96 

12.8 

80 

15  17.6 

15  22.4 

56    0.8 

1.45 

56  18.4 

1.48 

10  86.4 

9.14 

13.8 

31 

15  27J2 

15  32.0 

56  36.2 

41.47 

56  53.7 

41.44 

11  80.0 

9.39 

14.8 

186 


NOVEMBER,  1895. 


GBBBIilWIOH  MBAN  TIME. 

THE  MOON'S  BIOHT  AflCENBIOK  AND  DBGLDTATION. 

Hoar. 

BlglitAMaaslmi. 

Dlftlbr 
IMtaiato. 

DeeUaiiAloB. 

DlClbr 
iMiBiito. 

Boat. 

— 

IMCtir 

IMlBlltti 

PwH— H— ■ 

DUtfbr 
IMiiiitt*. 

F 

ElOAl 

r  1. 

SUNDAY  8. 

0 

%    m    • 
1  30  28.26 

1.9084 

N.13^  1^  l£o 

13.111 

0 

8    8  19.73 

tJ664 

NJ22  34    fj2 

9.564 

1 

1  32  22.78 

1.9111 

13  31  23.3 

134)65 

1 

3  10  31.10 

9J999 

22  43  31.9 

9.499 

2 

1  34  17.59 

1.9156 

13  44  25.8 

134)18 

2 

3  12  42.87 

9a994 

22  52  56.3 

9.3S6 

3 

1  36  12JG6 

1.9807 

13  57  25i( 

19.971 

3 

3  14  55.03 

9i9066 

23    2  14.2 

9.944 

4 

1  38    8.07 

1.9956 

14  10  22.3 

19.999 

4 

3  17    7.58 

9.9195 

23  11  25.6 

9J94 

5 

1  40    3.75 

1.9306 

14  23  lai 

19.871 

5 

3  19  20Ji3 

9L9191 

23  20  30.3 

94)83 

6 

1  41  59.73 

1.9966 

14  36    6.8 

19.819 

6 

3  21  33.87 

9J9S6 

23  29  28.3 

Mil 

7 

1  43  56.01 

1.9406 

14  48  54.4 

19.767 

7 

3  23  47.60 

9.9391 

23  38  19.6 

8.797 

8 

1  45  52.60 

1.9457 

15    1  3Bi» 

19.714 

8 

3  26    1.72 

9.9386 

23  47    4.0 

a688 

9 

1  47  49.50 

1.9609 

15  14  20.1 

19.659 

9 

3  28  16.22 

94H49 

23  55  41.4 

6.565 

10 

1  49  46.7! 

1.9661 

15  26  58.0 

19.603 

10 

3  30  31.11 

9.9514 

24    4  11.8 

6.4n 

11 

1  51  44.23 

1.9613 

15  39  32.5 

19.547 

11 

332  46.39 

9J9578 

24  12  35.1 

6J89 

12 

1  53  42.07 

1J667 

15  52    3.6 

19.489 

12 

3  35    2.05 

9J966I 

24  20  51.3 

8J09 

13 

1  55  40.23 

ijarm 

16    4  31.2 

19.430 

13 

3  37  ia09 

9.9706 

24  29    0J2 

84)67 

14 

1  57  38.72 

1.9776 

16  16  55.2 

19.368 

14 

3  39  34.52 

9J770 

24  37    1.8 

7J64 

15 

1  59  37J>4 

1.9831 

16  29  15.4 

19.306 

15 

3  41  51.33 

9.9834 

24  44  55.9 

7.839 

16 

2    1  36.69 

1.9686 

16  41  31.9 

19.944 

16 

3  44    8.52 

9.9807 

24  52  42.5 

7.714 

17 

2    3  36.17 

1.9949 

16  53  44.7 

19.181 

17 

3  46  2a09 

9.9969 

25    0  21.6 

7.587 

18 

2    5  35.99 

1.9998 

17    5  53.6 

19.115 

18 

3  48  44.03 

9.3091 

25    7  53.0 

7.458 

19 

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18418 

19 

12  14   ai8 

14384 

3  48  21.4 

17437 

20 

10  34    0.22 

9.1587 

9  23  24.8 

18477 

20 

12  16  11.54 

9.1408 

4    5  23.1 

17419 

21 

10  36    9.20 

9a488 

9    7  18.5 

18433 

21 

12  18  20.02 

1.1499 

4  22  23.7 

18480 

22 

10  38  18.05 

9.1484 

8  51    8J) 

18.187 

22 

12  20  28.61 

9.1449 

4  39  23.0 

18478 

23 

10  40  2a77 

9.1441 

8  34  56.1 

18438 

23 

12  22  37U12 

9.1489 

4  56  21.0 

18465 

24 

10  42  85.37 

9.1493 

N.  8  18  40.2 

18491 

24 

12  24  46.16 

14484 

a  5  13  17.6 

18430 

vm. 


NOVEMBER,  1895. 


189 


0 

I 

9 

3 

4 

5 

6 

7 

8 

9 

JO 

II 

19 

13 

14 

15 

16 

17 

18 

19 

90 

91 

99 

93 


0 
I 

9 

3 

4 

5 

6 

7 

8 

9 

10 

II 

19 

13 

14 

15 

16 

17 

18 

19 

90 

91 

99 


OBBBNWIOH  MBAN  TDfB. 


THE  UOatn  BIOHT  ASOBmOir  IHD  DECUKATIOV. 


BigH 


94 


mtfK 


DiiLlbr 


Bmt. 


WBDNB8DAT  IS. 


k  m 
19  94 
19  96 
19  99 
19  31 
19  33 
19  35 
19  37 
19  39 
19  49 
19  44 
19  46 
19  48 
19  50 
19  59 
19  55 
19  57 
19  59 


13 
13 
13 
13 
13 
13 
13 


I 
3 

6 

8 

10 

19 

14 


■ 

■ 

4a  16 

S.I4M 

55.13 

S.lSt7 

4.94 

t.lfi«f 

13.48 

S.18M 

99.87 

9.1977 

39.41 

••160 

49.11 

S.IM6 

51.97 

S.M57 

\M 

fi.l«M 

19.18 

S.I7I9 

99J>5 

S.r749 

3:il0 

•.177S 

43U» 

•.I8H 

54.75 

s.iat 

5.86 

S.IM6 

17.16 

t.lMO 

98.66 

S.I«M 

40.37 

S.1M9 

S9J29 

MW4 

4.49 

8.M30 

ia76 

9MH 

99.33 

%M14 

49.13 

•JIfl 

55.15 

M189 

B.  i 

5 

5 

6 

6 

6 

6 

7 

7 

7 

8 

8 

8 

8 

9 

9 

9 

9 

10 

10 

10 

11 

II 

B.I1 


30  19.6 

47  ao 

3  57.6 
90  47.4 
37  35.9 

54  ^S 
11  4.5 

97  45.8 
44  94.7 

I  l.l 
17  35.0 

34  a9 

50  84.6 
7  0.1 

98  99.6 
39  49.0 

55  58.9 
19  ll.l 
98  90.6 
44  96.5 

098.8 
16  97.3 
39  99.0 


THUB8DAY  14. 


13  17 
13  19 
13  91 
13  93 
13  96 
13  98 
13  30 
13  39 
13  35 
13  37 
13  39 
13  41 
13  44 
13  46 
13  48 
13  50 
13  53 
13  55 

13  57 

14  0 


14 
14 
14 
14 
14 


9 
4 

7 

9 

11 


8.40 

tJHS 

an  48  19.8 

uim 

tJMi 

19    3  59.6 

a5.69 

%M$B 

19  19  49.1 

49.59 

MM0 

19  35  90.3 

^At 

S.ON 

19  50  54.1 

ia97 

%jHm 

13    6  98.5 

39.9!l 

9Mn 

13  91  48.3 

47.97 

M&IT 

13  37    8.4 

3J90 

9JKM 

13  59  98.7 

18.69 

t.*JIM 

14    7  84.1 

34.45 

t.tM§ 

14  92  ^9^ 

50.47 

%mm 

14  37  39.7 

a76 

9jmB 

14  59  34.7 

98.3:1 

tJIM 

15    7  94.4 

40.17 

%Mm 

15  99    8.6 

57  JW 

t.i07f 

15  36  47.3 

14.67 

%Mm 

15  51  90.3 

39.35 

•J9I0 

16    5  47.6 

50.31 

•J»17 

16  90    9i) 

8.55 

•J064 

16  84  94.4 

97.08 

•Jill 

16  48  38.8 

45.H9 

•JIM 

17    9  37.0 

4.99 

tJMf 

17  16Si9 

94.38 

•JM7 

17  30  94.4 
8.17  44    M 

44.07 

%Mm 

itjn 

lt.816 
IMI3 
lt.779 

IMSS 


ItjMS 
lt.«7 


lt.410 
lt.198 

l*.tl» 


ISbflS 
lft.744 
IM79 


1AM7 

lftJ74 
liJMi 
1MI4 
lt.131 
§•.•17 


I4.7n 
IMil 
I4.W7 

I4J97 
liMf 
I4.IM 
I4JI1 
lajSft 
1S.7S7 
ia.«78 


Mgkt 


mtfK 


dm:  for 
IMfarato. 


0 

I 

9 

3 

4 

5 

6 

7 

8 

9 

10 

II 

19 

13 

14 

15 

16 

17 

18 

19 

90 

91 


0 

1 

9 

8 

4 

5 

6 

7 

8 

9 

10 

II 

19 

13 

14 

15 

16 

17 

18 

19 

90 

91 

99 


94 


FBIDAT  1& 


14  II 
14  14 


14 
14 


16 
18 


14  91 
14  93 
14  95 
14  98 
14  30 
14  39 
14  35 
14  37 
14  40 
14  49 
14  44 
14  47 
14  49 
14  59 
14  54 
14  56 

14  99 

15  1 
15  4 
15    6 


■ 

■ 

44.07 

•.•MS 

4.05 

•JIM 

94.39 

•J4N 

44.88 

•J«l 

5.73 

fjnff 

96.88 

•JMi 

48.39 

•JBtS 

iao6 

•Jf<7 

39.09 

•JMt 

54.41 

•J7« 

I7.(XI 

•J7M 

89iM 

•JSO 

ai5 

•JMt 

96.65 

•JNI 

50.44 

•JMt 

14JS1 

•.«M 

:w.H7 

•.40M 

3.59 

•.4131 

98.45 

•.4i7t 

53.67 

•.4nt 

19.16 

•.4f?l 

44  J8 

•.4317 

10.97 

•.4IO 

9fM 

1  tma 

8.1/44  £4 

17  57  45.8 

18  II  ia5 
18  94  40JS 
18  37  57.6 

18  51    7.6 

19  4  lOJi 
19  17  6.9 
19  99  54.7 
19  49  35.7 
19  55  9.9 
90  7  35J) 
90  19  53.5 
90  39  4.0 

90  44  ao 

90  56  1.3 

91  7  47i) 
91  19  9a4 
91  30  56.6 
91  49  18J( 
91  53  39.0 
99  4  37.0 
99  15  83.4 

S.99  96  91.1 


SATUBDAT  16. 


IZMB 
13.456 
I3J43 


3.107 


S.746 
S.4I6 


9.166 

ijn 

1J44 
1.766 
IJ79 
1.434 
IJ66 
1.164 

ura 


1617B3 


15    9    3.88 

•i«464 

8.99  37    0.1 

19J77 

15  II  30.73 

•^4466 

99  47  30.3 

16.496 

15  18  57.85 

••4646 

99  57  51.% 

16J70 

15  16  95J» 

•.4666 

93    8    a7 

10.196 

15  18  59.87 

••4667 

93  18    6.8 

•J76 

15  91  90.75 

•^4466 

93  98    0.8 

9J69 

15  93  48J8 

•.4766 

93  37  453 

9J67 

15  96  17.95 

•.4749 

93  47  909 

9.519 

15  98  45.87 

•.4766 

93  56  46.9 

9J56 

15  31  14.79 

9.4666 

94    6    3.5 

9.197 

15  88  4a80 

9.4866 

94  15  10.6 

9J36 

15  36  laii 

9.4966 

94  94    8.1 

6.979 

15  38  49.63 

9.4666 

94  39  55.9 

9.716 

15  41  19.37 

9.4674 

94  41  34i) 

9J63 

15  43  49.39 

A-M69 

94  50    9.3 

9J60 

15  46  19.48 

iLljfH 

94  58  90.8 

6.996 

15  48  49.83 

9J974 

95    6  99.4 

6J66 

15  51  ia37 

9JI66 

95  14  98.0 

7J64 

15  53  44.10 

9JI37 

95  99  laO 

7.797 

15  56  15.01 

9JI68 

95  99  55.9 

7J56 

]5  58  4a69 

9JI94 

95  37  93.6 

7J69 

16    1  17^ 

9J966 

95  44  41.8 

7J10 

16    8  48.75 

9J949 

95  51  4!».8 

7J49 

16    6  90.39 

9J6f73 

95  58  47.6 
8.96    5  35.1 

•jn 

16    859.08 

9J667 

9.766 

190 


NOVEMBER,  1895. 


IX. 


GBBBNWIOH  MBAN  TIMB. 

THE  MOON'S  RIGHT  ASOENSIOK  AND  DECLINATIOH. 

Hour. 

BifhllMMriOB. 

Dlftlbr 
IHInato. 

PtIllfattlOT 

Diftfor 
IHInato. 

Etoc 

BigktAioenriOT. 

DiClbr 
IMtaivte. 

DMUnatfoB. 

IMlavte. 

SI 

I^DAl 

r  17. 

TUBSDAT  19. 

h    m      ■ 

■      1 

o       #       «r 

M 

b    n     ■ 

• 

O          1         tt 

m 

0 

16    8  52.03 

9.6897 

S.26    5  35.1 

6.705 

0 

18  10  2a62 

9.4819 

8.28    3  42.3 

1.794 

] 

16  11  23.68 

8.5319 

26  12  12.2 

6J09 

1 

18  12  55.36 

9.4767 

28    1  5a9 

1.688 

3 

16  13  55.86 

t.5341 

26  18  38i) 

6.358 

2 

18  15  23.83 

9.4799 

27  59  55.6 

9Ma 

3 

16  16  27.97 

9.5908 

26  24  55.2 

6.184 

3 

18  17  52.02 

9.4675 

27  57  47.5 

t.916 

4 

16  19    0.20 

9.5381 

26  31     1.0 

tJM 

4 

18  20  19.93 

9.4888 

27  55  29.7 

9J78 

5 

16  21  32.54 

9.5387 

26  36  56.3 

5.833 

5 

18  22  47.56 

8.4580 

27  53    2.1 

9.548 

6 

16  24    4.97 

9.5418 

26  42  41.0 

5.658 

6 

18  25  14.89 

9.4530 

27  50  24.9 

9.680 

7 

16  26  37.50 

9.5499 

26  48  15.2 

5.489 

7 

18  27  41.92 

9.4480 

27  47  38Ji 

9.858 

8 

16  29  10.12 

9.5443 

26  53  38.8 

5.305 

8 

18  30    8.65 

8.4496 

27  44  4li> 

30)17 

9 

16  31  42.82 

9.5456 

26  58  51.8 

5.197 

9 

18  32  35.06 

9.4375 

27  41  36.1 

3.175 

10 

16  34  15.59 

9.5467 

27    3  54.1 

4J60 

10 

18  35    1.15 

9.43tt 

27  38  20.9 

3.331 

]] 

16  36  48.42 

9.5475 

27    8  45.8 

4.779 

11 

18  37  26.92 

9.4867 

27  34  56.4 

3.485 

19 

16  39  21J29 

9.5483 

27  13  2a8 

4J»4 

12 

18  39  52.36 

9.4919 

27  31  22.7 

3.638 

13 

16  41  54J3I 

9.5490 

27  17  57.1 

4.416 

13 

18  42  17.46 

9.4155 

27  27  39.8 

3.788 

14 

16  44  27.17 

9.5486 

27  22  ia7 

4.937 

14 

18  44  42.22 

9.4008 

27  23  47,7 

3.843 

15 

16  47    0.16 

9.5500 

27  26  25.5 

4.056 

15 

18  47    6.64 

9.4041 

27  19  46.6 

44W3 

16 

16  49  33.17 

9.5509 

27  30  23.6 

3.879 

16 

18  49  3a71 

93W8 

27  15  36.5 

4.948 

17 

16  52    6.18 

9.5508 

27  34  11.0 

3.700 

17 

18  51  54.42 

9.3899 

27  11  17.5 

4.388 

18 

16  54  39J90 

9.5509 

27  37  47.6 

3.591 

18 

18  54  17.78 

9.3868 

27    6  49.7 

4.537 

19 

16  57  12.21 

9.5500 

27  41  13.5 

3.349 

19 

18  56  40.77 

8.3801 

27    2  13.1 

4j683 

20 

16  59  45.20 

9.5487 

27  44  28.6 

3.169 

20 

18  59    a39 

8.3738 

26  57  27.8 

4.888 

21 

17    2  18.17 

9.5499 

27  47  32.9 

9Je3 

21 

19    1  25.64 

8.3677 

26  52  33.8 

4J71 

22 

17    4  51.11 

.    9.5486 

27  50  26.5 

8.804 

22 

19    3  47.51 

9J613 

26  47  31.3 

5.119 

23 

17    7  24.00 
M( 

9.5477 

)NDA1 

8.27  53    9.4 

• 

r  18. 

8.685 

23 

19    6    9.00 
WKL 

9.3550 

^NBSD 

8.26  42  20.4 
AY  20. 

5J68 

0 

17    9  56.84 

9.5468 

18.27  55  41.5 

1       9.446 

0 

19    8  30.11 

9.3487 

I&26  37    1.1 

5.399 

1 

17  12  29.62 

8.5457 

27  58    2.9 

9.967 

1 

19  10  50.84 

8.3498 

26  31  33.4 

5.530 

2 

17  15    2.33 

9.5444 

28    0  13.5 

S4W6 

2 

19  13  11.17 

8.3366 

26  25  57  JS 

5.666 

3 

17  17  34.95 

9.5430 

28    2  13.4 

1;909 

3 

19  15  31.1L 

9.3990 

26  20  13.5 

5311 

4 

17  20    7.49 

9.5416 

28    4    2.6 

1.738 

4 

19  17  50.65 

9J994 

26  14  21.4 

5.995 

5 

17  22  39.94 

9.5308 

28    5  41.2 

1.554 

5 

19  20    9.80 

9.3156 

26    8  21.3 

6.006 

6 

17  25  12.28 

8.5381 

28    7    9.1 

1.377 

6 

19  22  28.55 

9.3089 

26    2  13J3 

6.908 

7 

17  27  44.51 

8.5361 

28    8  26.4 

1.198 

7 

19  24  46.90 

9.3094 

25  55  57.3 

6.330 

8 

17  30  ia6i 

f.ffflWi 

28    9  33.0 

1.098 

8 

19  27    4.84 

9.9866 

25  49  33.6 

6.458 

9 

17  32  48.58 

8.5317 

28  10  29.1 

0.847 

9 

19  29  22.37 

9.9887 

25  43    2.2 

6.587 

10 

17  35  20.41 

8.5683 

28  11  14.6 

0.671 

10 

19  31  39.49 

8.9818 

25  36  23.1 

6.713 

11 

17  37  52.09 

8J868 

28  11  49.6 

0.496 

11 

19  33  56.20 

8.9751 

25  29  36.6 

6.837 

12 

17  40  23.62 

8.5841 

28  12  14.0 

0.319 

12 

19  36  12.51 

9.9663 

25  22  42.7 

6J60 

13 

17  42  54.98 

8.5818 

28  12  27.9 

-0.146 

13 

19  38  28.40 

9.9614 

25  15  41.4 

70163 

14 

17  45  26.16 

8.5189 

28  12  31.5 

•foun? 

14 

19  40  43.88 

9.9545 

25    8  32.7 

7.805 

15 

17  47  57.16 

8.5151 

28  12  24.7 

8.900 

15 

19  42  58.94 

9.9475 

25    1  ia8 

7.384 

16 

17  50  27.97 

8.5118 

28  12    7.5 

8.339 

16 

19  45  13.58 

9.9406 

24  53  53.8 

7.449 

17 

17  52  58.58 

8.5065 

28  11  40.0 

^ri^^»w 

17 

19  47  27.81 

9.9337 

24  46  23.7 

7.558 

18 

17  55  28J9 
17  57  59.18 

8.5050 

28  11    2.2 

0.715 

18 

19  49  41.62 

9.9967 

24  :)8  4a7 

7.674 

19 

9.5013 

28  10  14J2 

0.866 

19 

19  51  55.01 

9.9197 

24  31    2.8 

7.788 

20 

18    0  29.15 

8.4975 

28    9  16.0 

1.054 

20 

19  54    7.98 

9.9197 

24  23  12.0 

7.808 

21 

18    2  58.88 

8.4836 

28    8    7.7 

1.993 

21 

19  56  20.54 

9.9058 

24  15  14.5 

8.014 

22 

18    5  28i7 

8.4886 

28    6  49.3 

1JI91 

22, 

19  58  32.68 

9.1988 

24    7  10.3 

8.195 

23 

18    7  57.62 

9.4654 

28    5  20.8 

1J68 

23 

20    0  44.40 

8.1819 

23  58  59.5 

t.934 

24 

18  10  26.62 

8.4819 

8.28    3  42.3 

1.794 

24 

20    2  55.71 

9.1860 

8.23  50  42.2 

8J49 

X. 


NOVEMBER,  1895. 


191 


OBBBKWIOH  KEJlS  TDfB. 

THE  MOOIPg  BIOHT  ABOENSION  AND  DKOTiTNATION. 

•■^Ww* 

- — 

DHL  for 
llOaolt. 

DmUmIIm. 

DMLtoT 

IMlBQt*. 

Bmr. 

Hlht  i  ■Bwriwi 

Dt&fbr 
IMiBote. 

DeottMittOB. 

Dt&for 
IMIanto. 

THl 

TBSDA 

lT  21. 

SATUKDAY  28. 

0 

30    3  55.71 

8J86t 

8.33'' 50  4^1 

ft 
0J49 

0 

21  40^23136 

1J033 

8.15  39  ir.6 

19.197 

1 

20    5    6.60 

ta786 

33  43  18.4 

0.440 

1 

31  43  15.73 

1.0666 

15  17    3.4 

19.160 

9 

20    7  17.07 

t.1711 

33  33  48.3 

0.503 

2 

31  44    8JK) 

1.6040 

15    4  50.0 

19.939 

3 

20    9  27.13 

«J6« 

33  35  12.0 

0.007 

3 

31  46    1.80 

1.6704 

14  53  34.6 

19.983 

4 

20  11  36.78 

S.I573 

23  16  29.5 

0.700 

4 

31  47  54.43 

1.8750 

14  40  lai 

19.334 

5 

20  13  46.01 

9.1803 

23    7  40.8 

0.009 

5 

31  49  46.80 

1.8700 

14  37  54.5 

19^85 

6 

20  15  54J2 

9.1434 

22  58  4ai 

0.009 

6 

31  51  2SM 

1.0009 

14  15  39.9 

19.434 

7 

20  18    3J22 

9.1366 

22  49  45.4 

04)01 

7 

31  53  30.74 

1.6010 

14    3    3.4 

19.488 

8 

20  20  11J22 

9.1990 

22  40  38.8 

0.150 

8 

31  55  33.33 

1.6577 

13  50  32.1 

19.598 

9 

20  23  18.81 

9.1931 

22  31  36.4 

9.954 

9 

21  57  13.67 

1.6536 

13  37  59.0 

19.575 

10 

20  24  25.99 

9.1163 

3333    8.3 

0.340 

10 

21  59    4.76 

1.0405 

13  25  23.1 

19.891 

11 

20  26  32.77 

9.1006 

33  13  44.5 

0.443 

11 

22    0  55.61 

1.0456 

13  12  44.5 

19.866 

12 

20  28  39.15 

9.1090 

33    3  15.1 

0.530 

12 

33    3  46.32 

1.0410 

13    0    3.2 

19.710 

13 

20  30  45.12 

9.0069 

31  53  40J3 

9MI 

13 

33    4  36.60 

1.83n 

12  47  19.3 

19.753 

14 

30  33  50.69 

t,oe90 

31  43  59.9 

0.717 

14 

33    6  36.75 

13340 

12  34  32J 

19.790 

IS 

30  34  55  J7 

94)630 

31  34  14.1 

9.007 

15 

33    8  16.68 

1.8M3 

13  31  43.8 

19J87 

16 

30  37    0.65 

9.0764 

31  34  33.0 

0.605 

16 

33  10    6.39 

1.8667 

13    8  52.4 

19.878 

17 

30  39    5.04 

94)660 

31  14  36.7 

9MI 

17 

33  11  55.89 

1.6939 

11  55  58.5 

19.918 

18 

30  41    9.04 

%MH 

31    4  35.3 

10.000 

18 

33  13  45.17 

1.8197 

11  43    2.2 

19.967 

19 

30  43  13.65 

94)070 

30  54  18.8 

10.151 

19 

32  15  34.25 

1.8163 

11  30    3.6 

194)96 

20 

30  45  15.88 

94600 

30  44    7.3 

10J34 

20 

22  17  23.13 

1.6130 

11  17    2.7 

13.034 

31 

30  47  18.73 

94)449 

30  33  50.7 

lOJIO 

21 

22  19  11.81 

1.8900 

11     3  59.6 

13.671 

23 

30  49  31.18 

94070 

30  33  39.3 

10J07 

23 

23  21    0.30 

1.8066 

10  50  54.2 

13.197 

33 

30  51  33.37 

F] 

9J017 

EUDAl 

8.30  13    3.1 

:  23. 

io.4n 

33 

23  33  48.60 
SI 

1.80M 
TNDAI 

8.10  37  46.7 

13.140 

0 

30  53  34  J8 

f,(H54 

8.30    3  33.1 

10.560 

0 

33  34  3a71 

1.8600 

8.10  34  37J2 

13.170 

1 

30  55  26.33 

94)103 

19  51  56.4 

10.039 

1 

33  36  34.64 

1.7074 

10  11  35.6 

13.911 

3 

20  57  37.29 

9.0139 

19  41  16J2 

10.700 

3 

33  38  12.40 

1.7047 

9  58  11.9 

13.945 

3 

20  59  37JK) 

9.0079 

19  30  31.4 

10.794 

3 

22  30    0.00 

1.7010 

9  44  56.3 

13.9n 

4 

31     1  38.15 

94)011 

19  19  43.1 

10.650 

4 

22  31  47.43 

1.7609 

9  31  38.6 

13J09 

5 

31    3  28.03 

IJ090 

19    8  48.4 

10J3I 

5 

22  33  34.70 

1.7065 

9  18  19.1 

13.340 

6 

31     5  37.55 

1.6601 

18  57  50.4 

114)03 

6 

23  35  31.81 

1.7830 

9    4  57.8 

13.371 

7 

31    7  3a73 

1.9633 

18  46  48.1 

114)74 

7 

33  37    8.77 

1.7014 

8  51  34.6 

13.401 

8 

31    9  2SM 

1.9770 

18  35  41.5 

11.144 

8 

33  38  55JM 

1.7790 

8  38    9.7 

13.490 

9 

31  11  34.03 

1.9710 

18  34  30.8 

11.913 

9 

33  40  42^25 

1.7707 

8  34  43.1 

13.456 

10 

31  18  33.17 

1J669 

18  13  16.0 

IIJ61 

10 

22  42  38.78 

1.7744 

8  11  14.8 

13.486 

11 

31  15  19.97 

iJ606 

18    1  57.1 

11.340 

11 

33  44  15.18 

1.7799 

7  57  44.8 

13.513 

13 

31  17  17.43 

1.0040 

17  50  34.3 

11.414 

13 

32  46     1.45 

1.7709 

7  44  13.3 

13J90 

13 

31  19  14.56 

1.0480 

17  39    7.4 

11.470 

13 

22  47  47.60 

1.7009 

7  30  40.1 

13.504 

14 

31  31  11.37 

1.0441 

17  37  36.8 

11.549 

14 

22  49  33.63 

1.7009 

7  17    5JJ 

13J00 

IS 

31  33    7.85 

1.9397 

17  16    3.4 

11J04 

15 

22  51  19.54 

1.70O 

7    3  39.3 

133J5 

16 

31  35    4.01 

1J934 

17    4  34.3 

11J66 

16 

22  53    5.34 

1.7095 

6  49  51.7 

13J3e 

17 

31  36  59.86 

1.0909 

16  53  42JS 

11.797 

17 

33  54  51.04 

1.7000 

6  36  12.7 

13J6I 

18 

31  28  55.39 

1.9990 

16  40  57.0 

11.787 

18 

33  56  36.64 

1.7509 

6  23  33.4 

13483 

19 

21  30  50.61 

1.0170 

16  29    8.0 

11.040 

19 

33  58  32.14 

1.7570 

6    8  50.7 

13.705 

20 

21  32  45JSS 

1.0199 

16  17  15.5 

11.903 

20 

23    0    7.55 

1.7909 

5  55    7.8 

13.796 

31 

21  34  40.16 

IJ066 

16    5  19.6 

IIJOO 

21 

23    1  52.88 

1.7540 

5  41  33.6 

13.747 

2» 

31  36  34.49 

1J030 

15  53  20.3 

19.017 

33 

23    3  38.13 

1.7535 

5  37  38.3 

13.706 

33 

31  38  38JS3 

IJOOI 

15  41  17.6 

19.079 

23 

33    533.30 

1.7999 

5  13  51.7 
8.  5    0    4.0 

13.785 

34 

31  40  32.36 

1.6033 

18.15  29  11.6 

19.197 

24 

33    7    8.39 

1.7900 

13404 

192 


NOVEMBER,  1895. 


OBEB^WIOH  HBAN  TIME. 

TU£  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 

Hour.  ] 

Bight  lioearioa. 

DIfllfor 
LMiniiltw 

DooUMltlM. 

Dl£ft»r 
llCBttto. 

^nr.  ] 

UghtAMMifloo.  ^^ 

SmUmUIm. 

Diftfbr 
IMlBvte. 

MC 

^NDAl 

r  25. 

WKDNBSDAY  27. 

0 

h     m      « 
23    7    8^ 

•       1 

1.7S09    1 

s.  5  d  ^'.0 

13.804 

0 

h     m      8 

0  31  19J29 

• 

1.7866 

N.  &  n  20.2 

13.913 

1 

23    8  58.41 

1.7496 

4  46  15.2 

13.899 

1 

0  3!)    6.56 

1.7899 

6  25  14.5 

13.688 

3 

23  10  38.37 

1.748B 

4  32  25.4 

13.838 

2 

0  34  54.00 

1.7990 

6  39    7.9 

13.883 

3 

2:)  12  23.28 

1.7480 

4  18  34.6 

13.855 

3 

0  36  41.60 

1.7948 

6  53    0.4 

13.867 

4 

23  14    8.13 

1.7471 

4    4  42.8 

13.871 

4 

0  38  29.37 

1.7977 

7    6  51i) 

13.849 

5 

2:3  15  52.93 

1.7463 

3  50  50.1 

13.886 

5 

0  40  17.32 

1.8006 

7  20  42.3 

13.830 

6 

23  17  37.69 

1.7156 

3  36  56.5 

13.901 

6 

0  42    5.44 

1.8036 

7  34  31.5 

13.811 

7 

23  19  22.41 

1.7450 

3  23    2.0 

134)14 

7 

0  43  53.75 

1.8067 

7  48  19.6 

13.799 

8 

23  21     7.09 

1.7444 

3    9    6.8 

13J97 

8 

0  45  42J25 

1.8099 

8    2    6.5 

13.771 

9 

23  22  51.74 

1.7430 

2  55  10.8 

13.939 

9 

0  47  30.94 

1.8139 

8  15  52.1 

13.749 

10 

23  24  36.36 

1.7436 

2  41  14.1 

13U»9 

10 

0  49  19.83 

1.8166 

8  29  36.4 

13.797 

11 

23  26  20.97 

1.7433 

2  27  16.6 

13.964 

11 

0  51     8.93 

1.8900 

8  43  19.4 

13.704 

12 

2:3  28    5.56 

U7431 

2  13  18.4 

13.975 

12 

0  52  58.23 

1.8934 

8  57    0.9 

13.679 

13 

2:)  2S)  50.14 

1.74» 

1  59  19.6 

13.984 

13 

0  54  47.74 

1.8970 

9  10  40.9 

13.666 

14 

23  31  34.71 

1.7498 

1  45  20.3 

IZM3 

14 

0  56  37.47 

1.8307 

9  24  19.5 

13.630 

15 

23  33  19.27 

1.7496 

1  31  20.4 

14.009 

15 

0  58  27.43 

1.8345 

9  37  56.5 

13.603 

J6 

23  35    3.84 

1.7499 

1  17  20.0 

14.010 

16 

1     0  17.61 

1.8383 

9  51  31.9 

13.576 

17 

23  36  48.42 

1.7430 

1    3  19.2 

14.018 

17 

1    2    8.02 

1.8499 

10    5    5.6 

13.547 

18 

23  38  33.00 

1.7439 

0  49  17.9 

14U)95 

18 

1    3  58.67 

1.8469 

10  18  37.5 

13.517 

19 

23  40  17.60 

1.7436 

0  35  16.2 

14.031 

19 

1    5  49.55 

1.8501 

10  32    7.7 

13.487 

20 

23  42    2.23 

1.7440 

0  21  14.2 

14.036 

20 

1    7  40.68 

1.8549 

10  45  36.0 

13.456 

21 

23  43  46.88 

1.7444 

S.  0    7  11.9 

14.041 

21 

1    9  32.06 

1.8584 

10  59    2.4 

13.494 

22 

23  45  31.56 

1.7450 

N.  0    6  50.7 

14.045 

22 

1  11  23.69 

1.8697 

11  12  26J) 

13.399 

23 

23  47  16i28 
TV 

1.7456 
BSDA 

N.  0  20  53.5 
Y26. 

144H8 

23 

1  13  15.58 
TflC 

1.8670 

IKSDA 

N.ll  25  49.4 
Y28. 

13.356 

0 

23  49    1.03 

1.7463 

IN.  0  34  56.5 

144)59 

0 

1  15    7.73 

1.8713 

N.ll  39    9.8 

13.393 

1 

23  50  45.83 

1.7471 

0  48  59.7 

14.054 

1 

1  17    0.14 

1.8758 

11  52  28.1 

13.987 

2 

23  52  30.68 

1.7479 

1    3    3.0 

14.056 

2 

1  18  52.83 

1.8804 

12    5  44.2 

13.948 

3 

23  54  15.58 

1.7488 

1  17    6.3 

14.056 

3 

1  20  45.79 

1.8850 

12  18  5ao 

13.911 

4 

23  56    0.54 

1.7499 

1  31    9.7 

144)57 

4 

1  22  39.03 

1.8897 

12  32    9.5 

13.179 

5 

23  57  45.57 

1.7610 

1  45  13.1 

14.056 

5 

1  24  32.55 

1.6944 

12  45  18.7 

13.139 

6 

23  59  30.66 

1.7599 

1  59  16.4 

14.066 

6 

1  26  26.36 

1.8993 

12  58  25.4 

13.091 

7 

0    1  15.83 

1.7535 

2  13  19.7 

14.053 

7 

1  28  20.46 

1.9049 

13  11  29.6 

13.049 

8 

0    3     1.08 

1.7548 

2  27  22.8 

14.060 

8 

1  30  14.86 

14)091 

13  24  81.3 

134)07 

9 

0    4  46.40 

1.7561 

2  41  25.7 

14.047 

9 

1  32    9.55 

14)141 

13  37  30.4 

19J63 

10 

0    6  31.81 

1.7576 

2  55  28.4 

14.043 

10 

1  84    4.55 

1.9199 

13  50^8 

19.917 

11 

0    8  17.31 

■  1.7599 

3    9  30.8 

14.038 

11 

1  35  59.86 

1.9944 

14    3  20.5 

19.871 

12 

0  10    2.91 

1.7608 

3  23  33.0 

14.093 

12 

1  37  55.48 

1.9997 

14  16  11.3 

19.894 

13 

0  11  48.61 

1.7696 

3  37  84.8 

14.097 

13 

1  39  51.42 

1J350 

14  28  59.3 

19.776 

14 

0  13  34.42 

1.7644 

3  51  36.2 

14.091 

14 

1  41  47.68 

1.9403 

14  41  44.4 

19.796 

15 

0  15  20.33 

1.7669 

4    5  37.3 

14.014 

15 

1  43  44.26 

1.9457 

14  54  26.4 

19.674 

16 

0  17    6M 

1.7689 

4  19  37.9 

144)05 

16 

1  45  41.17 

1.9613 

15    7    5.3 

19.699 

17 

0  18  52.51 

1.7709 

4  33  37.9 

13.996 

17 

1  47  38.42 

1.9569 

15  19  41.1 

19.570 

18 

0  20  38.78 

1.7798 

4  47  37.4 

13.987 

18 

1  49  36.00 

1.9696 

15  32  13.7 

19.516 

19 

0  22  25.18 

1.7745 

5    1  36.3 

13.976 

19 

1  51  3:).92 

1.9689 

15  44  48.0 

19.461 

20 

0  24  11.72 

1.7767 

5  15  84.5 

13.965 

20 

1  53  32.19 

1.9740 

15  57    9.0 

19.404 

21 

0  25  58.39 

1.7791 

5  29  32.1 

13.954 

21 

1  55  80.80 

1.9798 

16    9  31.5 

19.346 

22 

0  27  45.21 

1.7816 

5  43  29.0 

13.941 

22 

1  57  29.77 

1.9867 

16  21  50.5 

19.987 

23 

0  29  32.18 

1.7640 

5  57  25.0 

I3J97 

23 
24 

1  59  29.09 

1.9917 

16  34    6.0 

19.998 

24 

0  81  19.29 

1.7866 

N.  6  11  20J2 

13.913 

2    1  28.77 

1.9977 

N.16  46  17.9 

19.167 

XII. 


NOVEMBER,  1895. 


193 


OBBBNWIGH  MEAN  TIME. 

• 

THK  MOOITS  RIGHT  ASCENSION  AND  DECLINATION. 

fHimr. 

BlghlAiefrioa. 

Diftfor 

IMlBttlS. 

• 
D«OlillAtiOD. 

Dlitfor 
IMinale. 

RlghtAfloeiMioii. 

Dlfllfor 
1  lOaate. 

D«oUii»tloa. 

Diff.  for 
1  Minute. 

J^BIOAT  29. 

SUNDAY,  DECEMBER  1. 

0 

1 

k    m     ■ 
2    1  28.77 
2    3  28.81 

SaS  46  1/.9 
16  58  26.1 

19.167 

of     3  45    4.64      9.3965  N.24  54  35.3       7.636 

SJ037 

19.105 

2 

2    5  29.22 

9M99 

17  10  30.5 

19.041 

3 

2    7  29.99 

9.0160 

17  22  31.0 

11.975 

4 

2    9  31.14 

9M» 

17  34  27.5 

1IJ09 

5 

2  11  32.66 

9.0966 

17  46  20.1 

11.849 

6 

2  13  34.56 

9.0348 

17  58    8.6 

11.773 

7 

2  15  36.84 

9.0419 

18    9  52.9 

11.703 

8 

2  17  39.51 

9.0477 

18  21  3ao 

11.639 

9 

2  19  42.57 

9.0649 

18  33    8.8 

11.560 

10 

2  21  46.02 

9.0607 

18  44  40.2 

II.486 

II 

2  23  49.86 

9.0679 

18  56    7.1 

IMIO 

12 

2  25  54.09 

9.0738 

19    7  29.4 

11.333 

13 

2  27  58.72 

9.0606 

19  18  47.1 

11.956 

14 

2  30    a76 

9.0873 

19  30    0.1 

11.177 

15 

2  in    9.20 

9.0941 

19  41     8.3 

IIJM 

16 

2  34  15.05 

9.1008 

19  52  11.6 

11.014 

PHASES  OP  THE  MOON. 

17 
18 
19 

2  36  21.30 
2  38  27JI6 
2  40  35.03 

9.1076 

20  3  10.0 
20  14   a4 

20  24  51.7 

10.939 

9.1144 
9.1913 

10.847 
10.761 

O  Fill!  Moon     .    .  Nov.      2      3    18.3 

20 
21 

2  42  42JS2 
2  44  50.43 

9.1983 
9.1353 

20  35  34.7 
20  46  12.4 

10.679 
10.583 

22 

2  46  58.76 

9.1499 

20  56  44.7 

10.493 

C    Last  Quarter.    ...      9     11       6.5 

23 

2  49    7.50 

9.1499 

SM    7  US 

10.469 

#  NewMoou     •    •    •    •    16      5     IIJS 

J>  First  Quarter     ...    23     19     18.7 

0 

SAl 
2  51  16.66 

?URDAT  30. 

16.316 

1.1569 

NJ21  17  33.0 

d       h 
C  Perinea  •    •    •    •  Nor.    13      a7 

1 

2  53  26.25 

9.1633 

21  27  48.8 

16.915 

2 

2  55  36.26 

9.1703 

21  37  58.8 

10.118 

3 

2  57  4a69 

9.1774 

21 48  ao 

10.691 

C  Apogee 24    22.9 

4 

2.59  57JS5 

9.1646 

21  58    1.3 

9.999 

5 

3    2    8.84 

9.1917 

22    7  5a6 

9.889 

6 

3    4  20.56 

9.1988 

22  17  39.9 

9.790 

7 

3    6  32.70 

9.9060 

22  27  20.0 

9.617 

8 

3    8  45J38 

9.9139 

22  36  5a9 

9.519 

9 

3  10  58.29 

9.9904 

22  46  21.4 

9.465 

10 

3  13  11.73 

9.9975 

22  55  4-2^ 

9.998 

11 

3  15  25JS9 

9.9346 

23    4  57J2 

9.189 

12 

3  17  39J8 

9.9417 

23  14    5.2 

0.878 

13 

3  19  54^ 

9.9489 

23  23    6.5 

8J66 

14 

3  22    9.75 

9.9561 

23  32    1.1 

8L859 

15 

3  24  25.33 

t.9639 

23  40  4a8 

8.736 

16 

3  26  41.34 

9.9763 

23  49  29.6 

8J99 

17 

3  28  57.77 

%sn4 

23  58    3.4 

8.563 

18 

3  31  14.63 

9J845 

24    6  30.0 

•J8I 

19 

3  33  31.91 

9.9916 

24  14  49.4 

•J63 

20 

8  35  49.62 

9.9987 

24  23    1.5 

8.141 

21 

3  38    7.75 

9.3057 

24  31    6.3 

8.017 

22 

3  40  26.30 

9.3I« 

24  39    3.6 

7.809 

23 

8  42  45.26 

9.3195 

24  46  .S3;< 

7.764 

24 

3  45    4.64 

9J965 

N.24  54  35.3 

7J36 

13 


1M 


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:*  liiii- 


xm. 


I 


9 


9^  ^^^n^mf^tt 


IXVAB  MRAKSOL 


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hmmn  R « 

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a  rtitfMMt  w. 

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lltiKiiliit  K . 

VKf<fui  K . 

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CI  Arltidff  W. 

AhltiburAii  W. 

littffMllll  K . 

Vmmus  K  . 

Hvn  IC . 

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Aldt^lMtmii  W. 

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mM  0 
m  m40 

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7H  t0  4& 

110  2ta 

81  3  90 
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m^Ki  4U 
77  2H  42 
117  26  19 

03  2  41 
71  4  t1» 
27  4'^  »5 
47  40  Mi 
64  45  10 
64  38    3 


w. 

105  13  7 

w. 

8:1  23  7 

w. 

40  21)  Si\ 

K. 

51  49  30 

K. 

71  37  40 

E. 

102  2  44 

95  55  6 
M  34  36 
3H  42  5 
08  25  22 
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66  5.)  25 
tM  24  43 
45  I  10 
76  55  19 
121  16  47 

80  25  II 
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85  25  59 
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t7l6 


tor 

MM 

M7ft 
0060 
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0501 


0701 
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0550 

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37  S4    6 

41  S$» 
04     I  44 

100  47  12 

96  7  19 
7a43» 
48»    0 

71  37  6 
88  36  41 

108  28  02 

82  31  40 
60  33  17 
59  036 
75  53  56 
95  50  57 

94  33  32 

72  36  3 
29  17  16 
46  12  16 
63    8  52 

83  1  10 

106  44  52 

84  56  28 

42  7    7 

50  II  43 
m  59  17 

100  29  46 

97  29  50 

55  13  43 

37  2  51 

56  45  30J 
88    0    5 

132    5  15 

68  34  11 

38  I  21 

43  19  49 
75  19  41 

119  43  21 

82  7  33 

51  10  19 
62  28  28 

83  43    7 

107  8  49 


F.L. 


fjn 


•ni 

•706 


II 

•015 


•701 
•508 
•570 


•013 

•510 
•070 


•736 


•443 
•541 
•078 
•4^9 
•7t7 


8SS^  IS 
flO  40    4 

39  »»! 

40  95  98' 
82  29  18  = 

IS  18 


97  95  21 

73  II  37 
50  20  36 
70  3  II 
86  53  16 

106  54  30 

84  1  13 
02  338 
57  35  13 

74  18  58 
94  15  33 

96  4  32 
74  7  45 
30  52  22 
44  35  35 
61  32  23 

81  24    5 

108  16  41 
86:^0  1 
43  44  37 
48  :^\  44 
68  20  42 

98  56  39 

99  4  43 
56  53  3 
35  2:^  27 
55  526 
86  25  37 

130  33  13 

70  15  10 
39  38  29 
41  38  16 
73  43  52 
118    9  4:^ 

83  50  6 
52  50  35 
60  51  18 

82  0    4 
105  33  38 


•in 


9741 


•917 


9073 

99SI 
9834 
9059 
9833 
90O7 
9854 

9775 
9579 
9579 
9549 
9799 
9904 

9509 
9057 
9478 
9739 


9435 

9S98 
9670 
9415 


m       m 


88  IS  21 
e    S  17 

40  31  40 
38S#37 
80  56  40 
97  43  £2 

!«  4S37! 
73  39  16! 
SI  46  44 
68  39    6< 
85  19  39 
10S30  17 

85  30  59 
6332  1 
55«I36 
73  43«» 
92  39  38 

97  35  41 
75  39  42 

32  37  50 
42  58  34 
59  55  42 

79  46  49 

109  48  33 
88  3  45 

45  22  32 

46  55  34 
66  41  57 
97  23  21 

100  39  44 

58  32  36 

33  43  5:1 

53  25  II 

84  50  59 
129  0  59 

71  56  21 

41  16  6 
39  56  32 

72  7  54 
1 16  35  5:3 

85  32  51 

54  31  9 

59  13  58 

80  16  50 
103  58  15 


aoi9 
aow 

9741 


9738 


9641 


9Bn 

9700 
9564 
9564 
9534 

9785 

9494 
9636 
9470 
9793 
9891 

9497 
9515 


9406 
9740 


xrv. 


NOVEMBER,  1895. 


195 


GBEBNWIOH  MEAN  TIME. 


LUNAR  DIBTANCE& 


1^ 


«aMDlreetln 
•rOltfMt. 


aAquilM  W. 

FoinallMiut  W. 

a  I'emi  W. 

Aldelianin  E. 

Pollax  £  • 

JuriTBR  E. 

2  a  Aquil0  W. 
Fomalhaut  W. 
a  Pegfim  W. 
Pollux  E . 
JuriTBR  E  • 
ReguliM  E . 

3  Fomalbaut  W. 
a  Pegui  W. 
Pollux  E . 

JUPITBA  E  • 

Reguluf  E. 

Foinalbaiit  W. 

aPegMi  W. 

aAmtb  W. 

Pollux  E  • 

JCPtTBA  E  • 

Regulus  E. 

Foroalluiiit  W. 

aPegasi  W. 

a  Aneds  W. 

JUPITBB  E  • 

Reg^'lua  E. 

Vmnv  E  • 

6    aftnd  W. 

a  Am6»  W. 

JUFITSE  E  • 

Regolus  E  • 

VKMOt  E . 

Son  E. 

tf  AriotM  W* 

Aldelmran  W. 

Rogulw  E. 

Vbhos  £. 

DOW  E  • 

8    aArietk  W. 

Aldebvan  W. 

Vxif  OS  E . 

Sptca  E. 

8oif  B. 


Mldnii^L 


8^3^47 
63  90  53 
41  56  15 

37  28  52 
79  23  52 
96  10  55 

100  4  35 
75    7  22 

53  13  23 
66  54  49 
83  45  51 

103  45  52 

87  057 

65  1  54 

54  13  50 
71  8  28 
91  3  42 

99    657 

77  11  55 
34    339 

41  21  12 

58  18  50 

78  9  22 

111  20  27 
89  37  41 
47  0  21 
45  17  14 
65  3  0 
95  49  54 

102  14  52 
60  12  21 
32  4  9 
51  44  45 
83  16  11 

127  28  3^2 

73  37  43 

42  54  10 

38  14  36 
70  31  45 

115    I  53 

87  15  47 

56  12    1 

57  36  27 
78  33  24 

102  22  40 


P.L. 
of 


3110 

son 


91M 


9891 
S79« 


9751 
9794 


9794 


9919 
9817 


9918 


9794 
9U5 

9567 


9777 


9919 


9719 
9911 

9419 


9741 


xv*. 


0t 

9 


9$  si 

64  56  50 
43  18  38 
36    0  14 

77  50  53 
94  38  27 

101  23  45 
76  35  44 

54  40  30 

65  20  21 
82  II  51 

102  II  16 

88  31    7 

66  32  7 
52  37  53 
69  32  56 

89  27  34 

100  38  20 

78  44  22 

35  39  47 
39  43  51 

56  41  47 
76  31  43 

112  53  22 
91  11  47 
48  38  34 

43  38  43 
63  23  52 
94  16  17 

103  50  7 
61  52  18 
30  24  15 
50  4  8 
81  41  13 

125  55  53 

75  19  17 

44  32  39 

36  32  29 
68  55  26 

113  27  39 

88  58  55 

57  5.)  10 

55  58  47 

76  49  47 
100  46  54 


P.L. 

of 

DiC 


9998 
9193 


9664 

aS87 
9078 
9199 
9799 
9819 
9786 


9794 
9749 
9716 


9711 


9974 
9648 

9919 
9(08 
9891 
9910 


9031 

9786 
9645 
9fi6l 
9618 
9799 
9879 

9477 
9901 
9154 
9796 


9411 
9491 
9047 


9739 


xvmb. 


9^  \6  46 

66  23  7 
44  41  44 
:i4  31  46 
76  17  43 
93  5  48 

102  42  55 
78  4  21 
5<>  8  4 
6:^  45  42 
80  37  40 

100  36  28 

90  1  28 
68  2  39 
51  1  45 

67  57  12 
87  51  15 

102  9  50 
80  17  4 

37  16  12 

38  6  19 
55  4  32 
74  53  53 


114  24 
92  46 
50  17 
42  0 
61  44 


17 
4 

1 
1 

3!) 


92  42  29 

ia5  25  28 
63  32  28 
28  44  12 
48  23  20 
80  6  5 

124  23  3 


77 
46 


I 
II 


3 
32 

:m  50  1 1 

67  18  57 
53 


111 


14 


90  42  14 
59  34  ir* 
54  20  5H 
75  5  58 
99  10  56 


P.L. 

of 

DUr. 


9177 
3390 
9095 


9876 


9668 


3109 
9789 
8804 
9776 

9986 


9716 
f734 
9707 

9934 

9079 


9654 
9686 

9640 


9610 
9901 
9574 


9756 
9537 


9510 
9789 


9468 


9446 
9701 
9793 

9403 

9479 
9640 
9389 
9799 


P.L. 

XXlh. 

of 

DHL 

9^  aJ  3l 

9686 

67  49  44 

8161 

46    5  32 

3888 

33    3  30 

9107 

74  44  22 

984il 

91  32  57 

9866 

104    2    4 

3576 

79  tHi  1.3 

3053 

57  m    4 

9087 

62  10  51 

9774 

79    3  17 

9795 

99     1  29 

9768 

91  32    0 

9977 

m  3:<  30 

9956 

49  25  26 

9707 

m  21    17 

9796 

m  14  45 

9098 

103  41  26 

9930 

81  49  .W 

9869 

38  52  54 

9686 

36  28  37 

9647 

53  27    6 

9668 

73  15  52 

9639 

115  56  11 

9999 

94  20  30 

9794 

51  55  42 

9601 

40  21     8 

9694 

60    5    3 

9666 

91     8  31 

9815 

107    0  54 

9799 

65  12  50 

9697 

27    3  59 

8638 

46  42  21 

9609 

78  30  47 

9754 

122  50     1 

9657 

78  43     1 

9480 

47  50  47 

9570 

;w    7  42 

9498 

65  42  18 

91)09 

no  18  37 

9785 

92  25  45 

9305 

61   16  19 

9166 

52  42  .V5 

9638 

73  21  58 

9374 

97  34  46 

9714 

196 


NOVEMBER,  189S. 


GRRRlirWIOH  MBi 

Vft^rl^^^H 

• 

LUMAB  DUrTAMCSa 

9 

Kmm  Mid  mnetium 
•rObJeci. 

Noon* 

P.I.. 

Ufh. 

P.I.. 

Vlk. 

P.L. 

of 
Dfff. 

n^ 

ma. 

a  Arietis 

W. 

9l    i^ 

t887 

95  5^20 

mm 

97  3#  25 

«71 

99  21  41 

S94 

Aldebaran 

W. 

62  58  17 

f4S7 

64  40  31 

9447 

66  22  59 

9436 

68    5  42 

tftO 

VEffUS 

E. 

51    4  44 

sns 

49  2rS23 

9618 

47  47  53 

9810 

46    9  12 

9894 

8|>ica 

E. 

71  37  46 

S306 

69  53  23 

S»8 

68    8  48 

9350 

66  24    2 

990 

• 

8uiff 

E. 

95  58  25 

f7Q8 

94  21  53 

9907 

92  45    9 

9669 

91    8  14 

9861 

10 

a  Arietis 

W. 

108    5  40 

tnB 

109  50  59 

ini 

111  36  28 

9316 

113  22    6 

9396 

AldelMiimn 

W. 

76  42  41 

SKI 

78  26  43 

vn 

80  10  57 

9366 

81  55  22 

9357 

Pollux 

W. 

33  23  58 

8390 

35    9  28 

9319 

36  55  10 

9303 

38  41     5 

9995 

Venui 

E. 

37  53  28 

»71 

36  13  53 

9964 

34  34    9 

9550 

32  54  18 

9S63 

Spiea 

E. 

57  37  26 

9905 

55  51  34 

9908 

54    5  31 

9901 

52  19  18 

9963 

8uif 

E. 

83    0  54 

9640 

81  22  54 

9639 

79  44  43 

9oe 

78    6  22 

9617 

11 

Aldebaran 

W. 

90  40  11 

t3» 

92  25  38 

9316 

94  11  14 

9311 

95  56  58 

9399 

Pollux 

W. 

47  33  32 

9B&8 

49  20  33 

9961 

51    7  44 

9946 

5255    4 

9939 

JOPITBE 

W. 

30  11  23 

9f74 

31  58    0 

9967 

33  44  48 

9960 

35  31  47 

9B3 

Spica 

E. 

43  25  41 

8t6l 

41  38  29 

9946 

39  51    9 

9830 

38    3  40 

9934 

Sun 

E. 

69  52    9 

9664 

68  12  52 

9677 

66  33  26 

9579 

64  53  52 

9586 

13 

Aldebaran 

W. 

104  47  18 

9986 

106  33  38 

9983 

108  20    2 

9981 

110    6  29 

9960 

Pollux 

W. 

61  53  54 

9913 

63  42    2 

9900 

65  30  16 

9905 

67  18  3r! 

9901 

JOPITBK 

W. 

44  28  57 

9996 

46  16  47 

9990 

48    4  44 

9918 

49  52  47 

9il3 

Regiilus 

W. 

24  58  55 

9907 

26  47  12 

9903 

28  35  35 

9900 

3024    3 

9198 

Son 

E. 

56  34  16 

9643 

54  54    3 

9640 

53  13  45 

9638 

51  33  24 

9536 

13 

Pollux 

W. 

76  21  26 

9100 

78  10    9 

9188 

79  58  54 

9188 

81  47  40 

9187 

JUPITBR 

W. 

58  54  14 

9900 

60  42  42 

9198 

62  31  12 

9198 

64  19  44 

9197 

Regulus 

w. 

3i)27  33 

9184 

41  16  24 

9183 

43    5  17 

9189 

44  54  11 

9189 

80N 

E. 

43  11    2 

9631 

41  30  32 

9533 

39  50    4 

9535 

38    939 

9636 

14 

Pollux 

W. 

90  51  22 

9193 

92  40    0 

9106 

94  28  34 

9100 

96  17    3 

9909 

JOPITBE 

W. 

73  22  17 

9909 

75  10  42 

9904 

76  59    3 

9907 

78  47  20 

9910 

Regulus 

W. 

53  58  32 

9168 

55  47  17 

9100 

57  35  59 

9194 

59  24  36 

9197 

8UN 

E. 

29  49    2 

9569 

28    9  24 

9570 

2630    0 

9509 

24  50  54 

9607 

18 

•Sim 

W. 

23  29  33 

9996 

25    1  19 

9033 

26  32  56 

9949 

28    4  22 

9951 

a  Aqnilie 

E. 

52  26  36 

3869 

51  12  27 

3033 

49  59  41 

4099 

48  48  2:) 

4117 

Foinnlhaut 

E. 

72  48  53 

9808 

71  14  36 

9830 

69  40  47 

9859 

68    7  27 

9076 

aPegaai 

E. 

94  34  36 

no 

92  58  22 

9735 

91  22  28 

9749 

89  46  53 

9765 

19 

8rrc 

W. 

35  38    6 

8013 

37    8    3 

3097 

38  37  42 

3049 

40    7    3 

3066 

Fomalhaut 

E. 

60  28  38 

3007 

58  58  34 

3096 

57  29    6 

3087 

56    0  16 

3009 

a  Pegaal 

E. 

81  54  16 

9848 

80  20  51 

9866 

78  47  49 

9886 

77.15  11 

9903 

30 

Son 

W. 

47  29  13 

3139 

48  56  44 

3148 

50  23  56 

3183 

51  50  50 

3178 

Fomalhaut 

E. 

48  46  27 

8986 

47  21  58 

3990 

45  58  20 

337S 

44  35  35 

3494 

aPe^i 

E. 

69  38    4 

3009 

68    7  54 

3093 

66  38  10 

3045 

65    8  53 

3066 

a  Arietis 

E. 

111  16  45 

9760 

109  41  36 

9783 

108    6  46 

9798 

106  32  15 

9619 

21 

Sun 

W. 

59    0  55 

3950 

60  26    5 

3964 

61  50  59 

3978 

63  15  38 

3900 

tt  Pe^asi 

E. 

57  49  14 

3189 

56  22  43 

3907 

54  56  42 

3903 

53  31  12 

3959 

a  Arietis 

E. 

98  44  14 

9880 

97  11  30 

9804 

9539    3 

9000 

94    652 

9918 

XVL 


NOVEMBER,  1895. 


197 


OfiBBNWIOH  MBAK  TIME. 


UINAR  DISTANCES. 


10 


11 


19 


IS 


14 


IS 


19 


90 


91 


aArieCb  W 

Aldebanm  W 

Vbnos  E 

8|>ica  E 

SuH  £ 

a  Arietb  W 

AldelNiran  W 

Pollux  W 

Venus  E 

8|>ica  £ 

Son  £ 

Aldebann  W 

Pollux  W 

JOPITXA  W 

Spica  £ 

Sun  £ 

AldelMinn  W 

Pollux  W 

JUPITBK  W 

ftegulus  W 

Sun  £ 

Pollux  W. 

JoPtTXA  W 

Regulus  W 

Sun  £ 

Pollux  W 

JUPITBA  W, 

Regulus  W 

Sun  £ 

Sun  W 

aAquiltt  £ 

Foroalliaut  £ 

aPeg&fli  £ 

Sun  W 

Foinalluiut  £ 

aPegaai  £ 

Sun  W 

FonMlbaut  £ 

aPemsi  £ 

aAmcia  £ 

Sun  W 

aPegui  £ 

aAmtifl  £ 


MidplfhL 


101  6  7 
«^  48  39 
44  30  22 
64  3SI  5 
89  31    8 

115  754 
83  39  59 

40  27  19 
81  J4  19 

50  39  54 
76  97  50 

97  49  49 
54  49  34 
37  18  55 
36  16  3 
63  14  10 

111  59  58 
69  7  9 

51  40  55 
39  19  37 
49  59  59 

83  36  97 
66  8  16 

46  43  5 
36  99  18 

98  5  97 
80  at  39 
61  13  8 
93  19  8 

99  35  36 

47  38  38 
66  34  37 
88  11  39 

41  36  6 
54  39  5 
75  49  56 

53  17  96 
43  13  46 

63  40  9 
104  58    3 

64  40  1 
59  6  13 
99  34  56 


P.L. 
IMC 


•417 


IMS 
MT7 
illO 


•S79 
•IM 


•m 


9197 
9l8i 
SMI 


SSM 


4891 
990S 

SfTSI 

9071 
9193 


9191 
9479 


XVk. 


109  50  44 
71  31  50 
49  51  99 

69  53  57 
87  53  51 

116  53  51 
85  94  47 

49  13  :io 
99  34  13 
48  46  90 
74  49    9 

99  98  47 
56  30  19 
39  6  13 
34  98  19 
61  34  91 

113  39  98 

70  55  39 
53  99  9 
34  I  15 
48  19  39 

85  95  13 

67  56  48 
48  31  59 
34  49    9 

99  53  45 
89  93  38 
63  1.34 
91  33  47 

31  6  36 
46  :)0  39 

65  9  18 

86  36  46 

43    4  51 

53  4  35 
74  11    6 

54  43  44 
41  59  57 
(fi  11  38 

103  94    9 

66  4    9 

50  41  46 
91    3  16 


P.L. 

Diff. 


S40e 


9944 

syTo 


SS4I 


9979 
9199 


•199 


XVIIP>- 


•199 
9189 
9949 

9919 
9919 


9979 


9797 

9097 
9199 


9997 
9&3ft 
9111 


3315 
9319 


104  3a(3S 
73  15  14 
41  19  13 
61  8  38 

86  16  93 

118  39  57 

87  9  45 
44  0  0 
97  54  I 
46  59  37 
73  10  18 

101  14  59 

58  17  59 
40  53  39 
39  40  97 

59  54  96 

115  95  59 
79  44  7 
55  17  97 
35  49  58 
4639    3 


44  33  17 

51  37  47 
79  39  40 

56    9  45 

40  33  II 

60  43  49 

101  50  33 

67  98  3 
49  17  5.) 
89  31  51 


P.L. 

Dift 


87  13  58 

•199 

69  45  19 

•199 

50  90  59 

9194 

33    8  53 

9999 

101  41  55 

9919 

84  11  38 

9994 

64  49  53 

9910 

19  55  57 

9979 

33  37  99 

9969 

45  94  10 

44ftft 

63  30  31 

9991 

85    9  14 

9914 

9851 

9979 
•193 


•199 


9109 


3597 
9134 
9854 


3345 
90^ 


XXlk. 


I0^96  3r 
74  58  51 
39  39  55 
5993    8 

84  38  44 

190  96  11 

88  54  53 
45  46  41 
96  13  44 

45  19  44 
71  31  18 

103  1  9 

60  5  53 

49  41  14 

30  59  98 

58  14  94 

117  19  99 
74  39  45 
57  5  49 
37  38  44 
44  51  33 

89  9  41 
71  3:)  49 

59  9  43 

31  98  59 

103  99  58 

85  5!l  30 
66  38  5 
18  18  44 

34    7  591 
44  19  38 

61  59  17 
83  98    4 

46  1  94 

50  11  44 
71    8  39 

57  35  98 

39  14  :» 

59  16  14 

100  17  15 

68  51  49 

47  54  34 

88    0  40 


P.L. 

ef 
Die 


9577 
9319 
9949 


•537 
9957 


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9158 
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46  3!  51 

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92  43    7 

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104  14  21 

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105  35  11 

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98  44  33 

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91  51  43 

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114  11  51 

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112  38  15 

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105  52  49 

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77    9  56 

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55  12  45 

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56  41  24 

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58  10  33 

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59  40  10 

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64  44  46 

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63    9  15 

9740 

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82  22  48 

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101  35  49 

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100    0    8 

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96  24  11 

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96  47  59 

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NOVEMBER,  1895. 


199 


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37  12  27 

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33  17    9 

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65    3    5 

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62    7  23 

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107  43  57 

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106  14  25 

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104  44  45 

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130    3  13 

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131  25  59 

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75  45  40 

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53  18  10 

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28  1  6.8 
28    5  48.8 

28  10  3.8 
28  18  50.2 
28  17    9.2 

28  20  0.2 
28  22  23.2 
28  24  18.0 

28  25  44.6 

23  26  43.0 
28  27  13.1 

28  27  14.9 
28  26  48.4 
28  25  53.6 

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28  22  39.4 
28  20  20.0 

28  17  82.6 

28  14  17.2 

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7  19  47.70 
7  28  44.26 

7  27  40.81 
7  31  37.87 
7  35  33.93 

7  39  30.49 
7  43  27.05 
7  47  23.61 

7  51  20.17 
7  55  16.73 

7  59  13.28 

8  8  9.84 
8  7  6.40 
8  11     2.96 

8  14  59.52 
8  18  56.06 
8  22  52.64 

8  26  49.20 
8  30  45.76 
8  34  42.32 
8  38  38.87 


18  42  35.43 


Votm^-Tk«  MiBlftUifQetor  for  ta—a  noon  auy  be  MsamM  tho  mw^  m  th»t  for  *ppM«oi  oooa. 

The  »ign  ^  preflxoil  to  the  hourly  eluuife  of  dooUoAtioo  indloAtM  that  woath  dedliuulotto 
art  iuern—liigi  Iho  sign  -f  indloalM  that  toalh  dooUDAtiou  aro  daei—a Ing, 


IMA  for  1  Boar. 
-|.9*.t£65. 


202 


DEGEMBfiB,  1895. 


HI 


AT  OBBENWIOH  MBAH  HOOK. 


I 

I 

e 


I 
I 

e 


THE  SUITS 


TXUX  LOVOITUIIM. 


DtC 
1 


LAXXTUBK. 


1 
2 
3 

4 
5 
6 

7 
8 
9 

10 
11 
12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 
31 

32 


335 
336 
837 

338 
339 
340 

341 
342 
343 

344 
345 
346 

347 
348 
349 

350 
351 
352 

353 
354 
355 

356 
357 
358 

359 
360 
361 

362 
363 
364 
365 

866 


249  5  21.6 

250  6  12J2 

251  7    8.8 

252  7  56.6 

253  8  50.6 

254  9  45.7 

255  10  42.1 

256  11  39.7 

257  12  38.6 

258  18  88.6 

259  14  39.6 

260  15  41.8 

261  16  45.0 

262  17  49i2 

263  18  54.1 

264  19  59.8 

265  21    6.1 

266  22  13.0 

267  23  20.4 

268  24  28.0 

269  25  36.0 

270  26  44.1 

271  27  52.4 

272  29    0.7 

273  30    9.0 

274  31  17.4 

275  32  25.7 

276  38  34.0 

277  34  42.3 

278  35  50.7 

279  36  59.0 

280  88    7  J^ 


4  30.0 

5  20.4 

6  11.8 

7  4.5 

7  58.3 

8  53J2 

9  49.4 

10  46.8 

11  45.5 

12  45.3 

13  46.1 

14  48.1 

15  51.1 

16  55.2 

17  59.9 

19  5.4 

20  IIJ^ 

21  18.2 

22  25.4 

23  32.8 

24  40.6 

25  48.5 

26  56.6 

28  4.7 

29  12.8 

30  21.0 

31  29.1 

82  37.2 
33  45.3 
84  53.5 
36     1.6 

87    9.9 


5^06 
68.13 
58.18 


S2.97 
52.33 

68.37 
68.43 

58.48 

58.53 
58.57 
58.61 

58.65 
68.69 
58.78 

58.75 
58.78 
58.80 

58.82 
58.83 
52.84 

52.85 
52.85 
58.85 

52.85 
52.85 

52.85 

58.% 
58.85 
58.85 
68.85 


158.85 


+  0.80 
0.79 
0.74 

+  0.68 
0.59 
0.47 

+  0.34 

0.21 

+  0.08 

-0.04 
0.15 
0.24 

-0.31 
0.35 
0.36 

-0.34 
0.28 
0.21 

-0.11 

+  0.01 

0.14 

+  0.28 
0.39 
0.51 

+  0.61 
0.68 
0.74 

+  0.76 
0.76 
0.72 
0.66 

+  0.57 


9.9937472 
9.9986805 
9.9986164 

9.9935549 
9.9934958 
9.9934392 

9.9933849 
9.9933327 
9.9932828 

9.9932350 
9.9931890 
9.9981449 

9.9981024 
9.9930616 
9.9930225 

9.9929848 
9.9929488 
9.9929144 

9.9928815 
9.9928503 
9.9928210 

9.9927935 
9.9927680 
9.9927447 

9.9927237 
9.9927050 
9.9926889 

• 

9.9926756 
9.9926650 
9.9926571 
9.9926521 

9.9926500 


-88.3 
86^ 


84.1 
83.1 


81.3 
80.4 

-19.5 
18.8 
l&l 

-17.4 
16.7 
16.0 

-15.3 
14.7 
14.0 

-13.4 
18.6 
11.8 

-10.9 

10.0 

9.1 

-8.8 
7.8 
6.1 

-5.0 
3.9 
8.7 
1.5 

-  0.8 


—Tht  Biimb«n  Ib  tittmmm  A  wuMiiiad  to  tlw  true  eqalaoz  of  tlM  4«to|  Ib 
eqvlaoK  «f  Jaaaarj  •'.4l 


•otaaa  Vto 


7  18  25.87 
7  14  29.95 
7  10  34.04 

7  6  88.13 
7  2  42J22 
6  58  46.30 

6  54  50.39 
6  50  54.48 
6  46  58.57 

6  43  2.65 
6  39  6.74 
6  85  10.83 

6  31  14.91 
6  27  19.00 
6  23  23.09 

6  19  27.18 
6  15  31.26 
6  11  35.35 

6  7  39.44 
6  3  43.52 
5  59  47.61 

5  55  51.70 
5  51  55.78 
5  47  59.87 

5  44  8.96 
5  40  a04 
5  36  12.18 

5  32  16J22 
5  28  20.30 
5  24  24.39 
5  20  2a48 

5  16  82.57 


DlCftrl 

—  9'.6B96i> 

<Tibl»IU 


IV. 


DEOEMBEB,  1895. 


203 


OBBBNWIOH  HflAN  TIMB. 

d 

a 

THBMOOirS 

5 

1 

8BUIDIAHXTSIL 

HOBIZOMTAL  PARALLAX. 

XTPPBR  TRANSIT. 

AGS. 

VOOB. 

IfidBigbt. 

VOOB. 

Diff.  Ibr 
IHmv. 

ICldali^*. 

DlAfor 
1  Hoar. 

HtridUaof 
Oreenwfteb. 

DMt  for 
1  Hoar. 

VOMI. 

1 

2 
8 

15  27'!2 
15  36.6 
15  45.4 

15  82'!0 
15  41.1 
15  49.8 

56  8^2 

57  10.8 
57  42.9 

1.40 
1.^ 

56'  53''.7 
57  27.8 
57  57.8 

4-1.44 
1.34 
1.16 

k      m 

11  80.0 

12  27.6 
18  27.4 

9.39 
«.46 
9.60 

d 

14.8 
15.8 
16.8 

4 
5 
6 

15  52.9 

15  59.0 

16  8.6 

15  56.1 

16  1.5 
16    5.4 

58  10.5 
58  82.9 
58  50.0 

4-1.06 
0.89 
0.60 

58  22.4 
58  42.1 
58  56.6 

40.93 
0.71 
0.50 

14  27.0 

15  24.8 

16  18.2 

9.46 
«.39 
9.18 

17.8 
18.8 
19.8 

7 
8 
9 

16    6.9 
16    9.0 
16    9.7 

16    8.0 
16    9.4 
16    9.6 

59    2.0 
59    9.1 
59  12J2 

•M).40 

0.91 

40.03 

59    6.2 

59  11.2 

•59  12.0 

40.30 
40.13 
-0.06 

17    9.0 

17  57.4 

18  44.9 

9.06 
1.99 
1.98 

20.8 
21.8 
22.8 

10 
11 

12 

16    9.3 
16    7.6 
16    4.4 

16    8.6 
16    6.2 
16    2.8 

59  10.7 
59    4.5 
58  58.0 

-0.15 
0.37 
0.60 

59    8.8 
58  59.5 
58  45.1 

-0.96 
0.48 
0.73 

19  82.8 

20  22.6 

21  15.1 

9.03 
9.19 
9.96 

28.8 
24.8 
25.8 

13 
14 
15 

15  59.7 
15  53.3 
15  45.3 

15  56.7 
15  49.5 
15  40.9 

58  35.6 
58  12.0 
57  42.8 

-0.85 
I.IO 
1.33 

58  24.6 
57  58.1 
57  26.4 

-0.98 
1.99 
1.41 

22  10.8 
28    9.0 

6 

9.38 
9.46 

26.8 
27.8 
28.8 

16 
17 
18 

15  36.1 
15  26.2 
15  16.3 

15  31.2 
15  21.2 
15  11.5 

• 

57    9.0 
56  82.6 
55  56.0 

-1.48 
1.53 
1.49 

56  51.0 
56  14.2 
55  88.5 

-1.69 
1.63 
1.49 

0  7.9 

1  5.4 
1  59.4 

9.44 
9.33 
9.16 

0.2 
1.2 
2.2 

19 
20 
21 

15    7.0 
14  59.0 
14  52.9 

15    2.8 
14  55.7 
14  50.8 

55  21.9 
54  52.6 
54  30.8 

-1.33 
1.08 
0.75 

55    6.5 
54  40.5 
54  22.5 

-1.99 
0.93 
0.56 

2  49.1 
8  34.7 
4  17.0 

1.98 
1.89 
1.70 

3.2 
4.2 
5.2 

22 
23 
24 

14  49.3 
14  48.3 
14  50.2 

14  48.5 
14  48.9 
14  52.8 

54  16.9 
54  13.4 
54  20.4 

-0.36 

40.07 

0.51 

54  13.9 
54  15.6 
54  27.9 

-0.15 

40.99 

0.73 

4  57.0 

5  85.9 

6  15.0 

1.64 
1.69 
1.65 

6.2 
7.2 
8J2 

25 
26 
27 

14  55  0 

15  2.4 
15  12.2 

14  58.4 

15  7.1 
15  17.7 

54  38.0 

55  5.8 
55  41.0 

•M).94 
1.39 
1.63 

54  50.5 

55  22.2 

56  1.8 

41.14 
1.49 
1.75 

6  55.4 

7  88.5 

8  25i2 

1.73 
1.86 
9.04 

9.2 
10.2 
11.2 

28 
29 
30 
81 

15  23.6 
15  35.9 
15  48.1 
15  59.3 

15  29.7 
15  42.1 

15  53.9 

16  4.1 

56  22.9 

57  8.1 

57  53.0 

58  34.0 

♦  1.83 
1.00 
1.81 
1.57 

56  45.8 

57  80.8 

58  14.2 
58  51.9 

41.87 
1.87 
1.71 
1.40 

9  16.7 

10  12.8 

11  12.6 

12  18.8 

9.94 
9.43 
9.54 
9.54 

12.2 
13.2 
14.2 
15.2 

82 

16    8.4 

16  12.0 

59    7.6 

4-1.91 

59  20.9 

41.00 

18  ia9 

9.45 

16.2 

11 

2(H' 


DECt!MBEB,  1895. 


OBBBNWIOH  HBAK  TDfB. 


THB  MOOira  BIOffT  ASCENSIOK  AND  DBOLINATIOV. 


Hoar. 


BigkftAMmitloiL 


DICIbr 
1 


llClMita 


Olftair 


Dlftfar 
llOnato. 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


SUNDAY  L 


h  m 
3  45 

3  47 
3  49 
3  52 
354 
856 
3  59 


4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 


1 
3 
6 
8 
II 
13 
15 
18 
20 
23 
25 
28 
30 
32 
35 
37 
40 


• 

• 

4^ 

%MK 

24.44 

S-UB 

44.64 

9.9101 

5J25 

t.3400 

26.27 

t.3S37 

47ii9 

9.30M 

9^2 

•Mtl 

31.74 

t.S7M 

54;)5 

t.3801 

17A5 

tWK 

40.74 

9MS0 

4^1 

tjnt 

28.a'> 

t.4054 

53.16 

t.4116 

18.05 

t.4178 

43.30 

t.4938 

8.91 

t.4997 

34.87 

§.4356 

1.18 

t.4413 

27i» 

t.447f 

54.82 

9Am 

22.13 

tJ579 

49.77 

t.4633 

17.73 

§.4666 

NJ2l5^35.3 

25    2    9.6 

25    9  36.1 

95  16  54.7 

2524    5^ 

25  81    7.8 

35  38    2.1 

35  44  48.2 

25  51  25.9 

25  57  55.2 

20    4  16.0 

26  10  28.3 

26  16  31.9 

26  22  26.8 

26  28  12.8 

26  33  49.9 

26  39  18.1 

26  44  37.2 

26  49  47Ji 

26  54  48.1 

26  59  39.6 

27    4  21.7 

27    8  54.4 

NJ27  13  17.7 

MONDAY  2. 


4 
4 
4 

4 
4 
4 
4 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 


42 
45 
47 
.50 
,5i 
55 
57 
0 
2 
5 
7 
10 
12 
15 
17 
20 
22 
25 
27 
:\0 
33 
35 
38 
40 
43 


46.00 
14.57 
43.44 
12.61 
42.06 
11.79 
41.79 
12.05 
42.57 
13.34 
44.34 
15.57 
47.03 
18.70 
50.57 
22.65 
54.92 
27.36 
59.97 
32.74 
5.67 
38.74 
IIM 
45.27 
18.72 


fl.4737 
6.4787 
8.4637 
6.4686 
8.4039 
8.40n 
8.6069 
8.6065 
8.5107 
8.5147 
8.5166 
8.5994 
8.5961 

8.5360 
8.536) 
8.5309 

8.5491 
8.5446 
83476 


NJ27  17 

27  21 
27  25 
27  29 
27  32 
27  36 
27  39 
27  42 
27  45 
27  48 
27  50 
27  53 
27  55 
27  57 
27  59 


8.5599 
8J544 


8.5583 


28 
28 
28 
28 
28 
28 
28 
28 
28 
^.28 


1 
2 
4 

5 
6 
7 
7 

8 
8 
8 


31.4 
35.5 
29.9 
14.6 
49.5 
14.5 
29.5 
34.5 
29.5 
14.5 
49.3 
13.9 
28.2 
32.2 
25.9 

9.2 
42.0 

4.4 
16.3 
17.7 

8.4 
4^5 
18.0 
36.8 
45.0 


ijm 

IMI 
7.376 
7313 
7.100 
6J73 
6.837 
6.606 
6J56 
6.417 
6.876 
6.139 
6.067 
6Ut4l 
5.603 
6.544 
6.394 
6343 
6UI01 
4336 
4.786 


4.466 

4366 


4.146 

3367 
3.896 
3363 
3.400 
3333 
3.167 
3.000 
9.833 
9365 
8.495 
8394 
8.153 
1381 
1306 
1334 
1.460 
1366 
1.111 
0334 
0.757 
0380 
0.409 
0.995 
4-0.047 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 


0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 


TUESDAY  8. 


5  43 
5  45 

5  48 
5  50 
5  53 
5  56 
58 
1 


5 
6 
6 
6 
6 
6 
6 
6 
6 


3 

6 
8 
11 
14 
16 
19 


6  21 
624 
626 
6  29 
632 
634 
6  37 
639 
6  42 


18.72 
52.27 
25.92 
59.66 
33.48 

7.36 
41.30 
15.29 
49.33 
23.40 
57.49 
31.59 

5.69 
39.79 
13.87 
47.92 
21.94 
55.92 
29.84 

3.70 
37.49 
11.20 
44.82 
18.35 


83583 


83616 

9,yffif 

83646 

83658 
83661 


83676 
83666 
83669 


93689 
83678 
83673 
83667 
83656 
83646 
83637 
83696 
83611 
83506 
83579 


NJ28    8  45.0 

•f>6347 

28    8  42.5 

-0.139 

28    8  29i2 

6319 

28    8    5.1 

0.409 

28    7  30J2 

6371 

28    6  44.6 

6360 

28    5  48.2 

1380 

28    4  41.0 

1311 

28    322.9 

1309 

28    1  54.0 

1379 

28    0  14.3 

1.799 

27  58  23.8 

13» 

27  56  22.4 

9.119 

27  54  10J2 

9388 

27  51  A7St 

9379 

27  49  13.4 

9364 

27  46  28.7 

8334 

27  43  33.3 

9313 

27  40  27.1 

9.163 

27  37  10.1 

9378 

27  33  42.4 

3366 

27  30    3.9 

3.731 

27  26  14.7 

3.006 

N.27  22  14.9 

4366 

WEDNESDAY  4. 


6  44 
6  47 
6  49 
6  52 
6  55 
6  57 


7 

7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 
7 


0 

2 

5 

7 

10 

12 

15 

17 

20 

22 

25 

27 

30 

32 

a5 

37 
40 
42 
45 


51.77 
25.08 
58.26 
3J.3I 

4.22 
36.98 

9.59 
42.04 
14.32 
46.41 
18.32 
50.04 
2IJ^ 
52.87 
23.97 
54.86 
25.52 
55.95 
2ai4 
56.08 
25.78 
55.23 
24.42 
53.34 
21.99 


83561 
83541 
83510 
83407 
93473 
83446 
93499 
93304 
83364 
83333 

83970 

83936 

93901 

93166 

93199 

93061 

93059 

93011 

9.4970 

8.4999 

9.4887 

9.4643 

9.4706 

9.4753 


N.27 
27 
27 
27 
26 
26 
26 
26 
26 
26 
26 
26 
26 
26 
26 
25 
25 
25 
25 
25 
25 
25 
25 
24 

N.24 


18    4.5 

13  4:3.5 

9  11.8 
4  29.5 

59  36.7 
54  33.5 
49  19.8 
43  55.7 
38  21.3 
32  36.6 
26  41.6 
20  36.4 

14  21.0 
55.5 
19.9 
34.4 
38.9 
33.5 
18.2 
53.1 
18.4 

10  34.1 
2  40.2 

54  36.7 
46  23.8 


7 
1 
54 
47 
40 
33 
25 
18 


4.430 
4316 
4.788 
4367 
6.141 
6316 
6.467 
6350 
6331 


6.178 
6341 
6360 
6376 


7366 
7J73 
7337 
7.406 
7.666 
7316 
7.076 
8.137 


VI. 


DECEMBER,  1895. 


205 


OBBBNWIOH  MEAN  TDCB. 

THB  MOOiro  BIGHT  ABOMSBaxm  ASD  DEOUHATIOll. 

^B^^BW 

« — 

DULtir 
llOntt. 

. — 

IMteato. 

Boor. 

IMCf^r 

llClMUt. 

. — 

IMC  Ant 
IMlrato. 

TH 

UBSD. 

(lY  A. 

SATUKDAY7. 

0 

h    m     • 

7  45  91^ 

• 
t.4789 

NJiiid^ 

8J08 

0 

9  38  ]5J» 

• 
•J8» 

kljT  Zi  95.4 

141188 

1 

7  47  50^ 

9Am 

94  38    1.6 

8.448 

1 

9  40  98.79 

8J898 

15  19  11.9 

14488 

9 

7  50  18.47 

8.4660 

94  99  3a0 

8J83 

9 

9  49  41.98 

8.8178 

15    4  58JI 

14468 

3 

7  59  40J29 

8.4013 

94  90  49.9 

8.787 

3 

9  44  54.86 

8.9138 

14  50  99.6 

14.434 

4 

7  55  13^ 

S.4fi«8 

94  11  S9SI 

61008 

4 

9  47    7.59 

8.9067 

14  36    1.1 

I44I5 

5 

7  57  41.06 

8.4517 

94    3    0.9 

9.068 

5 

9  49  19.91 

8J048 

14  91  97.8 

14485 

6 

8  0  ao3 

8.4497 

9:)  53  59.9 

OJ07 

6 

9  51  39.03 

8.1087 

14    6  49.7 

14473 

7 

8    9  34.69 

8.4418 

93  44  35.3 

9.3S6 

7 

9  53  43.88 

8.1954 

13  59    7.0 

14.749 

8 

8    5    1.05 

8.4M8 

93  35    9.5 

8.603 

.8 

9  55  55.48 

8.I91I 

13  37  19.8 

14404 

9 

8    7  97.11 

8.4317 

93  95  34.9 

9.649 

9 

958    6.89 

8.1008 

13  99  98.1 

14408 

10 

8    9  59.86 

8.4968 

93  15  51.6 

9.783 

10 

10    0  17iK) 

8.1897 

13    7  39.0 

14470 

11 

8  19  18.30 

8.4914 

93    5  59.7 

9.936 

11 

10    9  98.74 

8.1768 

19  59  31.7 

15448 

12 

8  14  43.43 

8.4189 

99  55  59.3 

lojm 

19 

10    4  39.33 

8.1745 

19  37  97J8 

15.108 

13 

8  17    8i25 

8.4110 

99  45  50.4 

10.917 

13 

10    6  49.68 

8.1788 

19  99  18.6 

15.177 

14 

8  19  39.75 

8.4057 

99  35  3^19 

10.366 

14 

10    8  59J0 

8.1687 

19    7    6.0 

15448 

15 

8  91  56.94 

8.4006 

99  95    7.7 

10.488 

15 

10  11    9.68 

8.1698 

11  51  49.6 

15405 

16 

8  94  90.81 

9JB08 

99  14  34.0 

10490 

16 

10  13  19.38 

84588 

11  36  99.4 

15468 

17 

8  96  44.36 

8Je08 

99    3  59.9 

10.763 

17 

10  15  98.76 

8.1654 

II  91    5.4 

15.430 

18 

8  99    7.59 

8J846 

91  53    9.5 

10.805 

18 

10  17  37  J8 

8.1518 

11    5  37.8 

15.460 

19 

8  31  30.50 

8.8791 

91  49    4.8 

11^197 

19 

10  19  46.96 

8.1468 

10  50    6.7 

15447 

90 

8  33  53.08 

8.8787 

91  30  59J2 

11J57 

90 

10  91  55.77 

8.1447 

10  34  39.1 

15465 

31 

8  36  15.34 

8.3668 

91  19  45.9 

11.966 

91 

10  94    4.35 

8.1413 

10  18  54.1 

15461 

99 

8  88  87^ 

H  3100 

91    8  94.9 

11.413 

99 

10  96  19.73 

BJ38I 

10    3  193 

15.714 

93 

840  58.88 

8J674 

HWAT 

INJ20  56  56;) 

r  6. 

11.688 

93 

10  98  9099 

81 

t.1348 

JNDA 

N.  9  47  98.4 

15.788 

0 

8  48  90.16 

8JS80 

NJ20  45  90.3 

IIJ68 

0 

10  30  98^9 

8J3M 

N.  9  81  40.9 

15417 

1 

8  45  41.19 

8.3466 

90  33  36.9 

11.765 

1 

10  39  86.73 

8.1881 

9  15  50.4 

15486 

9 

8  48    1.75 

8.3411 

20  91  46.1 

ilJ07 

9 

10  34  44.36 

8J957 

8  59  57.0 

15414 

3 

8  50  99.05 

8.3367 

90    9  48.1 

19U»96 

8 

10  36  51.81 

8J806 

8  44    0.7 

15461 

4 

8  59  49.03 

8.3303 

19  57  4aO 

18.143 

4 

10  38  59.09 

8.1868 

8  98    1.7 

16406 

5 

8  55    1.60 

8.3048 

19  45  30i) 

19J960 

5 

10  41    6.91 

8.1178 

8  19    0.0 

16440 

6 

8  57  91.09 

8.3106 

19  33  11.8 

18.376 

6 

10  43  iai6 

8.1145 

7  55  55.8 

16481 

7 

8  59  40.03 

9.3141 

19  90  45.8 

19.460 

7 

10  45  19M 

8.1188 

7  39  49.1 

16.139 

8 

9    1  58.79 

8.3067 

19    8  13.1 

19.601 

8 

10  47  96.60 

8.1868 

7  93  40.0 

16.170 

9 

9    4  17.08 

9.3033 

18  55  33.7 

19.719 

9 

10  49  33.10 

8.1078 

7    7  98.7 

16407 

10 

9    6  35.19 

9.9060 

18  49  47.7 

19.890 

10 

10  51  39.46 

8J0« 

6  51  15.9 

16.943 

11 

9    8  59.84 

8.9997 

18  99  55.3. 

19.097 

11 

10  53  45.69 

8.1687 

6  34  59.5 

16479 

19 

9  11  10.95 

9.9675 

18  16  56.5 

130199 

19 

10  55  51.78 

8.1666 

6  18  41.7 

16419 

13 

9  13  97.34 

9.9883 

18    3  51.4 

13.137 

13 

10  57  57.75 

8.6865 

6    9  99.0 

16444 

14 

9  15  44.19 

9.9771 

17  50  40.1 

13.940 

14 

11  0  aoo 

8.0065 

5  46    0.4 

16474 

15 

0  18    0.59 

8.9719 

17  37  92.6 

13.349 

15 

11    9    9.33 

8.8846 

5  99  37.1 

16.469 

16 

9  90  16.75 

8.9668 

17  93  59.1 

13.441 

16 

11    4  14.95 

84688 

5  13  19.1 

16.430 

17 

9  99  39.61 

8.9617 

17  10  99.7 

13.539 

17 

11    6  90.47 

84818 

4  56  45.5 

16.457 

18 

9  94  48.16 

9.3&67 

16  56  54.4 

13.636 

18 

11    8  95.90 

84686 

4  40  17.3 

16.469 

19 

9  97    3.41 

9.8517 

16  43  ia4 

13.731 

19 

11  10  31.93 

84681 

4  93  47.7 

16464 

90 

9  99  18.36 

8.9467 

16  99  96.7 

13.894 

90 

1 1  19  36.47 

84687 

4    7  16.8 

16496 

91 

9  31  33.01 

93418 

16  15  34.5 

13.016 

91 

11  14  41.63 

94654 

3  50  44.6 

16447 

99 

9  33  47.:J7 

9.9368 

16    1  36.8 

UJW7 

99 

11  16  46.79 

84849 

3  34  11.9 

16466 

93 

9  36    1.44 

9.9391 

15  47  ;0.7 

14.085 

93 

11  18  51.73 

84680 

3  17  36.7 

16489 

94 

9  :W  15.9:2 

0.9973 

N.15  33  9.5.4 

14.169 

94 

II  90  56.67 

84818 

N.  3     1     1.3 

16487 

206 


DBOEMBER,  1895. 


VIL 


OSBBVWIOH  lOAir  TIMIL 


0 
I 
9 
9 
4 
ft 

7 

0 

9 

10 

II 

19 

tn 
u 
m 

10 
17 

10 

J9 


91 
99 

98 


0 
1 
9 
9 
4 
ft 
6 
7 

n 

10 

If 

19 

la 

14 
15 
10 
17 

10 
Id 

90 
U\ 
'M 
99 
94 


THB  MOOm  BiaBT 


■1    t    HI, 


AMD  DlOLOIAtlOK. 


Die  for 


1 


tWhiii 


MOSDAT  9. 


%  m 
I  90 
I  9» 
I  90 
I  97 
I  U^ 
I  91 
I  9^ 
I  95 
I  97 
I  W 
I  41 
I  49 
I  45 
f  47 
I  50 
I  59 
I  54 
I  M 
I  50 
0 


9 
4 
0 
0 


tt.m 
in^H) 

urtM 

'Mmi 

MM 
i¥X\\ 

4^70 

4H/^I 

57^ 
9,00 

I5,W 
'iO>i0 
95,49 
90/iO 
95,09 
9{MM 
44iMI 


9Mt$ 

%jmm 

fJIM 

fJ77l 

%jtrm 
9jtfm 
%jfm 
Mm 
9jtm 
9Mni 
9jtm 
%4nm 
umn 
%Mm 


%jm% 


H.i 
9 
9 
9 
I 
1 
I 
I 

0 
0 
0 
0 
0 
0 
0 

1 
1 
I 
I 

9 
9 
9 
8 
8 


44  95X) 
97  47,8 
II  UJ8 
64  91,1 
87  6IJI 
91  1X9 

4  93,1 
47  61,7 
91  11,0 
14  90,9 

9  J0.7 
10  6IJ» 

95  99,9 
69  19,8 

0  69.1 

96  98X1 

49  t%5 

50  6M 
16  99,7 
99  7,9 
40  44,1 

6  90,0 
91  66,0 


TUKHDAT  10, 


19  10 
19  19 
19  15 
19  17 
19  If) 
19  91 
19  99 
19  95 
19  97 
19  9() 
19  91 
19  »9 

19  ;r» 
19 ;« 

19  40 
19  49 
19  44 
19  40 
19  4H 
19  50 
19  59 
19  51 
19  57 
19  6(1 

n    I 


40,07 
51J)5 
0.11 
5,95 
U)M 
10  JO 

u\m 

97.94 
99.Jf7 
9^.H1 
44.77 
50.H0 
57/17 
9.41 
(MK) 
10.59 

9;i;«i 
mM 

44.MI 

.vv.oi 

WMK) 

7;f7 
I5;w 

99/40 


HMHt 
9AtHH 
0.0910 


m.  8  80  99^ 
8 
4 
4 
4 


9AfH$ 
9MH 
9M» 

0,tOO4 
0.IMI 
0.IM« 
•.lOM 
••IM9 
0.1117 
0,1140 
0,1  iM 
0.1100 
0,1000 
0J«l 
0.1000 
0.1310 
0,1MI 
0.1070 


6 

6 
6 
0 
0 
0 
0 
7 
7 
7 
7 
0 
0 
0 
9 
9 
9 
9 
H.IO 


56 

II 
90 
44 
I 
17 


1,0 
89,4 
9.7 
99,0 
0.0 
95,0 
89  60,0 
6.)  19,4 
0  89,0 
99  61,7 
99  H4 
65  99.0 
II  96.4 
97  46J( 
49  59;i 
69  60.7 
IJS 
1,7 
69,9 
59.9 
45.7 
94.5 
90,9 
9.9 


10 
99 
47 

9 
19 
95 
51 

7 


MJ07 

SMI0 
1OJ07 
1O.«0 
IOJ# 
t$M7 
10401 
10.071 

tun 

fOJ70 
SiJOl 
S0J0I 
IOJ70 

to,fn 

10,074 
IOJ00 
10400 
10  JH 


I04M 
IOJ0O 
10400 
I0J0I 
M4lft 


MJoy 

10497 
10410 
10,409 
10400 
10443 
10417 
10400 
10400 
10407 
M40O 
S040I 
1OJI0 
10.107 
10,140 
M.1I0 
10400 
104« 
10401 
10400 
U407 
U4B0 
10.700 
10.707 
I04O 


0 

1 

9 
8 
4 
ft 

0 
7 
8 

9 
10 
11 
19 
19 
14 
16 
10 
17 
10 
19 
90 
91 
99 
99 


0 
1 
9 
8 
4 
6 
0 
7 
0 
9 
0 
1 
9 
9 
4 
6 
0 
7 
9 
9 
90 
91 
99 
99 
94 


WEDVESDAT  11. 


h 

18 
19 
19 
19 
19 
19 
19 
19 
19 
19 


I 
8 
6 

7 
9 
19 
14 
10 
10 
90 


19  99 
19  95 
19  97 
19  99 
19  91 
19  99 
19  90 
19  90 
19  40 
19  49 
19  44 
19  47 
19  49 
18  61 


• 

•        1 

99,40 

0,1070  B.1 

81,79 

0,1400 

40,99 

•.1400 

49,06 

0.1470 

I 

67,JI9 

0.1107 

7,19 

0.1041 

10.40 

0.1077 

9r{.05 

0,1014 

95,05 

0.1000 

45,07 

0,1000 

60.19 

0,1707 

0,60 

0,1707 

17,99 

0.1007 

99,90 

0.1047 

J 

89,49 

0.1000 

60il4 

0,1000 

9,04 

0.1070 

14,00 

04010 

7BM 

04000 

99,90 

04100 

69,04 

04140 

6,06 

04101 

1H.89 

04007 

81,09 

0.0100 

ki 

8  i 

99 

98 
69 
9 
94 
40 
65 
10 
95 
40 
65 
10 
95 
40 
9  65 
10 
94 
99 
69 


0 
0 
0 
1 
1 
1 
1 
9 
9 
9 
9 
9 
8 
9 


4 
4 
4 
4 

6 
6 
6 
6 


7 
99 


60 


49,9 
10,8 
fiOB 
90,0 
AM 

7,9 
95,;} 
99,4 
49,0 
55,7 
57,0 
65,9 
48.7 
87if 
99X> 

1,0 
80,9 

7.9 
99.0 
69,0 

0.4 
10,0 
93J( 


TIIUBSDAT  IS. 


18  09 

18  66 

950 


4 
4 
4 

4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 
4 


0 
9 
4 
7 
9 
II 
14 
10 
10 
90 
99 
96 
97 
90 
99 
94 
97 
99 
41 
44 
40 
40 


46.79 

69,89 
14.99 

49,05 
69,10 
14,04 
90,47 
40.00 

9,09 
19,74 
90.70 
64.07 
11,00 
99.00 
47.09 

0,95 
95,10 
44.91 

9.76 
99.49 
49JU 

9,09 
94  JM 
45JI0 


0, 

04091 
04400 


04017 
04000 

04014 
0,0000 

04710 
04700 
04010 
04001 
04010 
04001 
04010 


04110 
04100 
04014 
04000 

04110 
04307 
04417 
•4407 

04010 


18.10 
10 
10 
10 
10 
17 
17 
17 
17 
10 
10 
10 
10 
10 
19 
19 
19 
19 
19 
90 
90 
90 
90 
90 

8.91 


493,0 
10  17,0 
99    M 

46  40,0 
69  95JI 
19  67,9 

98  99.0 

99  49.9 
59  65,7 

0  9i> 
19  9,9 
91  60JI 
44  40,0 
67  90.9 
10    9,1 

9*2  9i;i 

94  59,7 

47  7,9 


59 
II 
99 


14.7 

16,1 

8;) 

94  54.9 

40  99.9 

50    4,1 

9  97.0 


10414 
10410 

n 
II 


u. 

10,130 
10407 
14407 
14400 
14400 
M.770 
14,700 


14404 


14400 

MJIO 
14.100 


10,100 

13400 
13470 
13474 
13470 
13,074 
13.170 
10400 
10.000 
10400 
10.747 
10407 
10400 
10410 
10400 
10,100 
10400 
11447 
11407 
11,700 
11400 
11400 
11400 


VHL 


DEOEMBEB,  1895. 


207 


O&HBNWIOH  MBAN  TIME. 

• 

THB  MOOira  BIOBT  ASOKlfaiOK  AKD  DSOUVATION. 

HWi 

■»MUMliHl 

Olftlbr 

ItflMlt^ 

DoolteftllM. 

XNftlbr 
iMtoalo. 

HMtf. 

BtgfcHiwirfii. 

DlClbr 

iIomiol 

BMllMllliik 

XHCIbr 

F] 

UDAI 

:  IS. 

aUNDAT  1& 

14  48  48J(0 

• 
•Jilt 

B.9r  i  VfM 

liJ8i 

0 

18  4^83161 

• 
Mtl7 

8.9^9^1^ 

iJ86 

14  51    6.78 

•jm 

91  90  4841 

IIJM 

1 

16  40    5.13 

•J667 

97  98    0  J 

8.786 

14  5:1980)9 

•4tit 

91  31  59.3 

11.674 

9 

16  51  80.70 

8J866 

97  31  30.1 

8J6I 

14  55  50.18 

MMi 

91  49  59J 

lOJa 

3 

16  54    8.39 

•J874 

97  85    8JI 

8476 

14  58  I9;U 

•JTIt 

91  5:)  45.4 

I6JI8 

4 

16  56  9iiM 

tJ881 

97  38  94.9 

8408 

15    0  MM 

9jrm 

99    4  :I0.9 

I0J88 

5 

16  50  11.69 

8J6» 

97  41  31.1 

•487 

15    9  B7M 

tMll 

99  15    7.0 

10.646 

6 

17    1  4a4l 

8J866 

97  44  97 J> 

•408 

15    5  90.61 

tjvm 

99  95  :I5.6 

10.400 

7 

17    4  15.15 

•J881 

97  47  ia4 

•477 

15    7  434)5 

fJ0l4 

99  a'V  5<10 

10.878 

8 

17    6  46.00 

•J88I 

97  40  484} 

•408 

15  10    7.58 

ffJMi 

99  46    8.9 

16.188 

0 

17    0  18.64 

8J688 

97  59  13.6 

•486 

10 

15  19  31.50 

V.40II 

99  56  19.0 

6J88 

10 

17  II  50.:i7 

8.6661 

97  54  97i» 

•.161 

II 

15  14  55.71 

MOM 

93    6    7;) 

0J6I 

II 

17  14  99.08 

8J1888 

97  56  3K7 

1476 

19 

15  17  90.90 

MIM 

93  15  54.1 

8.706 

19 

17  16  53.76 

9Mn 

97  58  95.0 

1481 

15  10  44J^ 

MIM 

93  95  39.3 

0J66 

13 

17  10  95.40 

8.6878 

98    0    7  J 

I486 

15  99  10.09 

MI97 

93  a'V     1.0 

6.486 

14 

17  91  57.00 

8J668 

98    1  4ai 

1.461 

15  94  35.34 

§.«•« 

93  44  9*2.7 

8J7I 

15 

17  94  98.54 

8.6661 

98    3    14) 

1.876 

15  97    0.(18 

•.4W7 

93  53  .34.7 

8.186 

16 

17  97   aoi 

8.68M 

98    4  13.9 

I.IOI 

15  99  90.79 

•.4338 

94    9  laM 

6.tn 

17 

17  91»  31.41 

8Jir 

98    5  144) 

64*7 

15  81  59J)9 

•.on 

94  II  39.0 

6J86 

18 

17  :i9    9.73 

•M18 

98    8    4.4 

0.768 

15  34  10.31 

M4I« 

94  90  17il 

6J76 

10 

17  34  :)3.05 

8.6166 

98    8  44.4 

8478 

90 

15  86  45.f»5 

•.4411 

94  98  N).9 

6J66 

90 

17  :I7    5.07 

8.6176 

98    7  1341 

84t8 

91 

15  30  19.H4 

t.460t 

94  37  90.0 

6J76 

91 

17  30  .16.00 

8.6168 

98    7  3:1.0 

0.838. 

99 

15  41  31l.i>H 

^i^^u 

94  45  37.6 

6JI7 

99 

17  49    6.110 

8.6M 

98    7  41.7 

•04I8 

98 

18  44    7.88 

raRi)/ 

H.94  53  46.0 

lY  U. 

6L66I 

93 

17  44  37.70 
M( 

84117 

>NDA1 

Ib,98    7  40.1 
IT  16. 

♦  6J1J 

0 

18  48  844W 

1.4668 

0.95    1  45.0 

7JM 

0 

17  47    8.30 

MM 

8.98    7  96Ji 

•4M 

1 

15  49    9.H3 

M66I 

95    0  :I4.5 

7.747 

1 

17  49  38U« 

•4668 

98    7    6.0 

8.466 

9 

15  51  80i)l 

t.4606 

95  17  14.6 

7J66 

9 

17  89    0.99 

glgH 

98    6  334» 

6487 

8 

15  53  50.91 

1.4711 

95  94  45.1 

7.488 

8 

17  54  3031 

8J6M 

98    5  50.8 

6.787 

4 

15  W  97.73 

1.4771 

95  :n    6.0 

1M7 

4 

17  57   o;)o 

i.4668 

98    4  574) 

6467 

8 

15  58  56.46 

t.4666 

95  30  17.9 

7.106 

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208 


DEOEMBER,  1895. 


DL 


* 

GBBBNWIOH  MBAK  TIMB. 

• 

THR  MOOiro  RIGHT  A80SN8ION  AND  DEOLINATIOK. 

Hoar. 

BIcktAaoMiiwa. 

DUt  for 
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18309 

X. 


DEOEMBER,  1895. 


209 


OBBBNWIOH  MBAN  TIMB. 

THB  MOOirS  HIQHT  A80EN8IOH  AND  DECLINATION. 

^. 

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mm  hit 

Df  llaattoB. 

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BIthllMtiMloa. 

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0  37  I7;M 

1.7916 

7  14  44.9 

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18 

93  15    5J9 

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8  38  93.5 

19.979 

13 

0  39    4.31 

1.7949 

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13.999 

14 

93  16  50.59 

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19.991 

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0  49  38.7:) 

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19.903 

16 

93  90  19.81 

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9  56  44.0 

19.001 

16 

0  44  9<l.i0 

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8    9  19.5 

19.001 

17 

93  99    4M 

1.7417 

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1.7969 

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1.7410 

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0  48     1.09 

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19.939 

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t,IIOA0 

9  17    9.1 

13.479 

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19.044 

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0  55  I4.S*6 

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13.469 

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93  39  30.66 

t.7Mft 

1   19  14.4 

18.949 

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0  57    a79 

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9  43  rxj.3 

19.400    1 

91 

93  34  UM 

1.7300 

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13.964 

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0  .58  59.H9 

1.9100 

N.  9  57  91.0 

19.397   ' 

14 


210 


DECEMBER,  1895. 


XL 


GBBBNWIOH  MBAN  TIMB. 


THE  MOON'S  BIGHT  ASCENSION  AND  DECLINATION. 


Hovr. 


RlghlA40«iwtOD. 


Did:  for 
IKiaule. 


OmUbaUob. 


Dlftfor 
llCinatoJ 


BS^tAtomaloii. 


DIftfor 
llCinato. 


DMOiMtlM. 


Dlfllfvr 
1  ICinnto. 


0 
1 

2 
3 

4 
5 

7 
8 
9 
10 
|] 
1^2 
13 
14 
15 
16 
17 
18 
VJ 
20 
21 
22 
23 
24 


WEDNESDAY  26. 


0 

h     m      • 
0  58  52.82 

ft 

1.8100 

N.  9  57  21.0 

1 

1     0  42.07 

1.8997 

10  10  44.0 

2 

1    2  31.55 

1.8M5 

10  24    5.1 

3 

1    4  21.25 

1.8303 

10  37  24.4 

4 

1    6  11.18 

1.8340 

10  50  41.8 

5 

1    8    1.35 

1.8380 

11    3  57.4 

6 

1    9  51.76 

1.8400 

11  17  11.0 

7 

1  11  42.41 

1.8464 

11  30  22.5 

8 

1  13  33.32 

1.8506 

11  43  32.0 

9 

1  15  24.48 

1.8648 

11  56  39.4 

10 

1  17  15.90 

l.»89 

12    9  44.6 

11 

1  19    7.58 

1.8636 

12  22  47.6 

12 

1  20  59.53 

1.8681 

12  a*)  48.2 

13 

1  22  51.75 

1.8797 

12  48  46.5 

14 

1  24  44.26 

1.8776 

13     1  42.4 

15 

1  26  37.05 

1.8803 

13  14  35.9 

16 

1  28  30.13 

1.8871 

13  27  26.9 

17 

1  30  23.50 

1.8019 

13  40  15.3 

18 

1  32  17.16 

1.8068 

13  53    1.1 

19 

1  34  11.12 

1.0010 

14    5  44.2 

20 

1  36    5.39 

liMTO 

14  18  24.6 

21 

1  37  59.98 

1.0J04 

14  31    2.2 

22 

1  39  54.88 

1.0177 

14  43  36.9 

23 

1  41  50.10 

1.0030 

N.14  56    8.7 

THURSDAY  26. 


1  43 
I  45 
I  47 
I  49 
1  51 
53 
55 
57 
5!» 
I 
3 
5 
7 
9 
11 
13 
15 
17 
19 


I 
1 
I 
1 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 


2  21 
2  23 
25 
27 
2  29 
2  31 


2 
2 


45.64 

14»84 

N.l 

41.51 

1.0330 

J 

:}7.71 

1.0305 

J 

34.25 

1.0459 

J 

31.13 

1.0500 

J 

28.:36 

1.9567 

] 

25.93 

1.9605 

1 

23.86 

1.0686 

1 

2*2.15 

1.0714 

1 

20.79 

1.9804 

1 

19.80 

1.9866 

19.18 

1.9008 

18.93 

1.9990 

19.06 

3.0053 

19.57 

9.0117 

20.47 

9.0189 

21.76 

0.0948 

23.44 

9.0313 

25.51 

9.0370 

27.98 

0.0446 

30.86 

3.0513 

1 

34.14 

9.0581 

■ 

37.83 

9.0650 

41.94 

9.0710 

46.46 

9.0788 

N.l 

5 
5 
5 
5 
5 
6 
6 
6 
6 
6 
7 
7 
7 
7 
7 
8 
8 
8 
8 
8 
9 
9 
9 
9 
9 


8  37.6 


21 
33 
45 
58 
10 


3.4 
26.1 
45.6 
1.9 
14.9 
22  24.5 
34  :)0.7 
46  33.4 
58  32.6 
10  28.1 
22  19.9 

34  ao 

45  52.2 
57  32.5 

9  8.9 
20  41.2 
32  9.3 
43  33.2 
54  52.8 

6  8.1 
17  19.0 
28  25.4 
39  27.2 
50  24.3 


19J07 

I3J07 

13.337 

13.306 

13J75 

13.943 

13.900 

13.175 

13.141 

13.106 

13.068 

130)30 

19.991 

19.959 

19.919 

19.871 

19.898 

19.785 

19.741 

19.696 

19460 

10.600 

19.554 

19.506 


19.466 
19.404 
19.359 
19.996 
19.944 
19.188 
19.139 
I9UI74 
19.016 
11.066 
11.804 
11.838 
11.760 
11.704 
11.630 
11.579 
11.503 
11.433 
11.380 
11.991 
11.918 
11.144 
11.068 
lOJOl 
I0J19 


0 

1 

2 
3 
4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

33 


0 
1 
2 
3 
4 
5 
6 
7 
8 
9 
0 
1 
2 
3 
4 
5 
6 
7 
8 
9 
20 
21 
22 
23 
24 


FRIDAY  27. 


k    n 
2  31 

33 
35 
38 
40 
42 
44 
46 
48 
50 
52 
55 


2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
2 
3 
3 
3 
3 
8 
3 
3 
3 


57 

59 

1 

3 

5 

8 

10 

12 

14 

17 


d  19 
8  21 


46.46 
51.40 
5a76 

2JS4 

8.75 
1.%.39 
22.47 
29.98 
87.93 
46.31 
55.14 

4.41 
14.13 
24.30 
34.91 
45.97 
57.49 

9.46 
21.88 
34.76 
48.09 

1.88 
16.13 
30.83 


• 
9.0786 

HaS  50  24.3 

10419 

9.0858 

20    1  16.7 

10433 

94998 

20  12    4JI 

10.739 

9.0000 

20  22  47.0 

10470 

9.1071 

20  33  24.7 

10487 

9.1143 

20  43  57.4 

10409 

9.1916 

20  54  24.9 

10.415 

9.1968 

21    4  47.2 

10497 

S.136I 

21  15    4.2 

10438 

9.1494 

21  25  15.8 

10.148 

9.1508 

21  35  21.9 

10406 

t.1669 

21  45  22J^ 

9499 

9.1657 

21  55  17.4 

9467 

9.17S9 

22    5    6.6 

9.779 

9.1806 

22  14  50.0 

9.676 

0.1809 

22  24  27.6 

9476 

9.1957 

22  33  59.1 

9.474 

9.9039 

22  43  24.5 

9.379 

94100 

22  52  43.8 

9400 

0.0184 

23    1  56.8 

9.164 

9.9960 

23  11    3.5 

9467 

94836 

23  20    3.7 

A.949 

94419 

28  28  57.4 

0440 

94486 

N.23  37  44i^ 

8.730 

SATURDAY  28. 


823 
8  26 
8  28 
8  30 
8  32 
835 
837 
839 
8  42 
344 
3  46 
49 
51 
53 
56 
58 
0 


3 
3 
8 
3 
3 
4 
4 
4 
4 
4 
4 
4 
4 
4 


8 
5 

8 
10 
12 
15 
17 
20 


45.99 

1.61 
17.69 
34.22 
51.21 

8.66 
26.57 
44.93 

3.74 
23.01 
42.73 

2.90 
23.51 
44.57 

6.07 
28.02 
50.40 
13.21 
86.46 

0.14 
24.24 
4a76 
13.70 
39.06 

4.82 


9.9565 
94649 
9.9717 
94793 
9.9870 
04946 
94099 
94007 
94179 
94949 
94394 
94396 
94479 
94647 
94091 
94604 
94766 


94911 
94969 
9.4009 
9.4199 
9.4199 
9.4900 
9.4397 


N.23 
23 
24 
24 
24 
24 
24 
24 
24 
24 
25 
25 
25 
25 
25 
25 
25 
25 
26 
96 
26 
26 
26 
26 

N.26 


46  25.0 

0418 

54  58.7 

8404 

3  2.5.5 

8Uli« 

II  45.2 

8.970 

19  57.9 

8.159 

28    3.5 

8.039 

36     1.8 

7411 

43  52.8 

7.788 

51  36.4 

7463 

59  12.4 

7437 

6  40.8 

7.410 

14     1.6 

7481 

21  14.5 

7.140 

28  19JS 

7417 

85  16.6 

6484 

42    5.6 

6.740 

48  46JS 

6419 

55  19.1 

6.474 

1  43.4 

6435 

7  59.3 

6.104 

14    6.7 

6451 

20    5.4 

6406 

25  55.4 

6.761 

31  3t5.7 

6415 

37    9.2 

k467 

XII. 


DECEMBER,  1895. 


211 


ORBHNWIOH  MBAN  TIHB. 


THB  MOON'S  RIGHT  ASCENSION  AND  DECLINATION. 


0 
1 

8 
4 
5 

6 
7 
8 
9 
10 
II 
19 
13 
14 
15 
16 
17 
18 
19 
90 
91 
99 
93 


0 
I 

9 

3 

4 

5 

6 

7 

6 

9 

10 

II 

19 

13 

14 

IS 

16 

17 

18 

19 

90 

91 

93 

93 

I  94 


Rlgkl 


Dlff-lbr 
lMlnat«J 


OmUbaUob. 


Biff,  for 
llOaaU. 


SUNDAY  29. 


k 

4 

4 

4 

4 

4 

4 

4 

4 

4 

4 

4 

4 

4 

4 

4 

4 

4 

5 

5 

5 

5 

5 

5 

5 


90 
9*2 
94 
97 
99 
39 
34 
37 
39 
49 
44 
47 
49 
59 
54 
57 
59 
9 
4 
7 
9 
19 
15 
17 


4J9 
30^ 
57  JW 
94.53 
5IJ9 
19.64 
47.76 

\eM 

45.13 
liM 
43.94 
13.88 
44.16 
14.77 
45.79 
I(UI9 
48.57 
30.46 
59.65 
95.13 
57M 
30i)4 
4.94 
37.81 


• 

9Am 

ssiS 

MM6 

96 

•.44n 

96 

%mm 

96 

t.46n 

96 

%m$ 

97 

1.4719 

97 

•.4781 

97 

•.4648 

97 

•.4001 

97 

0.900 

97 

0.M18 

97 

t.5074 

97 

0.0190 

97 

0,51« 

97 

0.8097 

97 

OJOOO 

97 

0.5940 

97 

0.0900 

97 

0.5497 

97 

0.5404 

97 

0.5500 

97 

0.5570 

97 

0.50li 

NiW 

59 

57 

9 

7 

II 


3^    0.9 

49  39.7 
47  47.9 

59.6 

48.8 
35.7 

ia9 

41.3 
15  59.9 
90  8.9 
94  8.9 
97  57  J 
31  37.5 
7.3 
97.9 
37.0 
86.7 
47  96.3 

50  5.6 
59  34.6 
54  53.3 

57  1.5 

58  59.9 
0  46.4 


35 
38 
41 
44 


MONDAY  80. 


5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
5 
6 
6 
6 
6 
6 
6 
6 
6 
6 


90 
99 
95 
97 
30 
33 
35 
38 
40 
43 
46 
48 
51 
53 
56 
59 
1 
4 
6 
9 
19 
14 
17 
19 
99 


11.63 
45.69 
19.98 
54.49 
99.91 

4.14 
39il6 
14.56 
5a04 
95.69 

1.49 
37.44 
13.53 
49.74 
96.07 

9JM) 
39.03 
15.64 
59.33 
99.08 

5.89 
4^74 
19.<S 
56.54 
3:i46 


0.5799 
0.5700 
0.5004 
0.5«7 


0.0100 
OJIOO 
0JI90 
04198 
0J140 
OJISO 
0.0150 
0.0I&9 


N.98 
98 
98 
98 
98 
98 
98 
98 
98 
98 
98 
98 
98 
98 
98 
98 
98 
98 
98 
97 
97 
97 
97 
97 

N.97 


5 
6 
7 
7 

8 


9  93.1 

3  4ai 

4.3 

8.8 
9JS 
45.4 
17.4 
8  38JS 
8  4a6 
8  47.7 

8  av8 

8  19.8 

7  38.7 

653JS 

5  57.1 

49.6 

30.9 

1.0 

19.8 

56  97.4 

56  9:i8 

54    8J) 

51  49.8 

49    5.4 

46  167 


4 

3 
9 
0 


0b407 
5.917 
0.100 
5.019 


4.709 
4.547 
4.980 
4.030 
4UW0 
9J07 
9.744 
9.570 
9.414 
9.847 
9.070 
0.011 
••741 


0J07 


1.874 


IJOO 

1.9a 

1.104 


4-0.077 
-0.187 
OJOI 
•.«78 
OJOI 
0.8C7 


MB 


.780 

J87 

0.154 


0.717 


BlicktA^oendon, 


IMC  for 

IMlattUJ 


D«oUa»UoB. 


Die  for 
IMloat*. 


TUB8DAY  81. 


0 

1 

9 

3 

4 

5 

6 

7 

8 

9 

10 

11 

19 

13 

14 

15 

16 

17 

18 

19 

90 

91 

99 

93 


699 
695 
6  97 
6  30 
633 
635 
6  38 
6  40 
6  43 
6  46 
6  48 
6  51 
653 
656 

6  59 

7  1 


7 
7 
7 
7 

7 
7 
7 
7 


4 

6 
9 
19 
14 
17 
19 
99 


33.46 
10.38 
47.30 
94.90 

1.07 
37.91 
14.70 
51.43 
98.10 

4.69 
41.19 
17.60 
53.90 
dOM 

6.15 
49.08 
17.87 
5;).5I 
99.00 

4.39 
39.46 
14.49 
49.19 
93.76 


• 

•J1S9 
•J159 
•J150 
0JI40 
0J149 
0J190 
•J187 
0.8117 
•J105 
OJOOl 
8.8078 
8J050 
0J041 


0.9069 


0J801 
0.9870 
8.5840 

0.5811 
8.5778 
0J744 


tiJxf  ii  l(C7 

97  43  IHJ 

97  40    5.6 

97  36  43.9 

97  33    9.6 

97  99  94.7 

97  95  98.6 

97  91  91.3 

97  17    9.9 

97  19  3:i3 

97    7  59.6 

97    3    0.8 

96  .57  iiS.O 

96  .59  44.9 

96  47  19.3 

96  41  4:1.4 

96  35  56.6 

96  99  .59.0 

96  93  .50.5 

96  17  31.9 

96  11     IJ9 

96    4  90.6 

95  57  9i>.3 

N.95  50  97.4 

9.487 


9.841 
4J88 

4J14 


4.771 
5.198 


5.907 
5480 
5.870 
0J5I 
0.938 
8.411 
8.5H8 
8.788 


7.110 


WEDNB8DAY,  JANUARY  1,  1896. 
0  1     7  94  58.19 1    04788  mX  43  15.0  |     IM 

m  ■■  ■■       ■      "1 —    f       i-  -       —      -.  -.  — — 


PHASBS  OF  THB  MOON. 


O  Full  Mood     • 
(  Lnoc  Quarter. 
%  New  Moon 
>  First  Quarter. 
O  Full  Mooo      • 


Dee. 


C  Porigee  • 

C  Apogee. 


.  Deo, 


4  k  « 

1  18  38.4 

0  19  9.9 

15  18  99J 

93  17  91.5 

81  8  30.8 


4        k 

9      4.0 

99    90J9 


212 


DECEMBER,  1895. 


XIIL 


« 

OBERSrWIOH  MBAH  TIMB. 

LUKAS  DlflTANCES. 

ii 

1 

F.L. 

P.L. 

F.I. 

P.I^ 

y— Mt4  I>if»etl—   1 

NlNNl* 

of 

mh. 

•f 

Vffc. 

•r 

iX*>- 

•r 

1 

•f  OI4«et. 

DUC 

IMC 

Ddt 

Die 

PoflMlbsnt 

W. 

9          >        »* 

m  12  SI 

«M 

O            /          M 

90  44  29 

8883 

9^  16  19 

8818 

O                          M 

iti  48  23 

8808 

a  Pegasi 

W. 

67  14  48 

wtm 

68  46  56 

sen 

70  19  25 

8B» 

71  52  16 

9660 

Pollux 

E. 

51  53  22 

Msa 

50  15  47 

8848 

48  37  57 

8638 

46  59  5:) 

mm 

JoFfTBR 

E. 

ai29  17 

wm 

67  51  24 

8834 

66  13  15 

8888 

64  34  50 

8611 

Regulas 

E. 

88  42  55 

mm 

87    5    7 

8938 

8527    3 

8898 

83  48  43 

9615 

2 

aPegnm 

W. 

79  41  25 

1788 

81  16    9 

8778 

82  51    9 

93«3 

84  26  25 

803 

a  Arielw 

W. 

96  38  17 

8819 

38  16  46 

8684 

39  55  as 

8881 

41  34  4:1 

8677 

Pollux 

E. 

38  45  59 

8977 

37    6  32 

8988 

35  26  53 

SU8 

33  47    2 

8561 

JupfTSB 

E. 

56  18  57 

8958 

54  39    2 

8545 

52  58  52 

8936 

51  18  29 

8588 

RepjIiM 

E. 

75  33  18 

8581 

73  53  29 

8698 

72  13  25 

8548 

70  33    7 

9530 

3 

aPocnai 

W. 

92  26  12 

8984 

94    246 

8897 

95  39  30 

• 

8809 

97  16  24 

9889 

aAnetw 

W. 

49  54  40 

8619 

51  a'(27 

8988 

53  16  28 

8499 

54  57  43 

8488 

JOFITXR 

E. 

42  53  12 

8488 

41  11  31 

8478 

39  29  38 

8483 

37  47  33 

8458 

Regulus 

E. 

62    8  16 

8484 

60  26  40 

8478 

58  44  51 

8486 

57    250 

8458 

4 

aArietia 

W. 

63  27    8 

8447 

65    9  36 

8l:« 

66  52  15 

8439 

68  35    4 

8498 

Aldebaran 

W. 

33    324 

8188 

34  40  50 

8839 

36  18  52 

8615 

37  57  27 

9593 

Rejpiliia 
Spica 

E. 

48  30    0 

8481 

46  46  55 

8419 

45    3  41 

8406 

4:120  17 

8401 

E. 

1(J2  31    9 

8488 

100  48    6 

8419 

99    4  &3 

8408 

!»7  21  31 

9403 

Vsirut 

E. 

105  13  41 

8388 

103  88  59 

8788 

102    4    7 

9775 

100  29    6 

9799 

5 

aArietia 

W. 

77  11  24 

a»6 

78  55    5 

838J 

80  38  53 

8368 

82  22  48 

9081 

Aldeiiaran 

W. 

46  16  55 

8818 

47  57  52 

8900 

4!)  39    5 

8468 

51  20  M 

8476 

Suica 
Vsjrua 

E. 

88  42  34 

8375 

8(1  58  23 

8371 

85  14    6 

8386 

83  29  42 

9361 

E. 

92  32    3 

8741 

90  56  17 

8736 

89  20  25 

8731 

87  44  26 

8797 

SAToav 

E. 

109  50  23 

8448 

106    7  48 

8436 

106  25    5 

8431 

104  42  15 

9496 

6 

aArietia 

W. 

91    3  58 

8M 

92  48  28 

8B8 

94  33    3 

8355 

96  17  ^ 

9358 

Al«lelianui 

W. 

59  51   18 

•C37 

61  34    0 

8431 

63  16  51 

8445 

((4  59  50 

8419 

Spica 

E. 

74  46    9 

8348 

73    1  10 

9038 

71  16    7 

8336 

09  31     0 

8333 

Vaifiia 

E. 

79  43  15 

8710 

78    6  48 

8707 

76  30  17 

9704 

74  53  42 

9709 

Baturv 

E. 

96    626 

8405 

94  22  59 

8488 

92  39  27 

8396 

90  55  50 

9396 

Sun 

E. 

126  22  54 

8683 

124  46    5 

8889 

123    9  11 

8665 

121  32  11 

9861 

7 

Aldehnran 

W. 

73  36  31 

8398 

75  20    9 

8395 

77    3  51 

8981 

78  47  38 

93P9 

Pollux 

W. 

30  19  50 

8348 

32    4  48 

vn 

3:)  49  53 

804 

35  35    3 

9331 

Hpica 

E. 

60  44  24 

8881 

58  58  55 

8318 

57  13  2!) 

8817 

55  27  48 

9315 

Vaivua 

E. 

66  50  12 

9885 

65  13  25 

8683 

63  36  36 

8099 

61  59  46 

9809 

BAToaif 

E. 

82  16  48 

8384 

80  82  50 

8881 

78  48  50 

8388 

77    4  47 

9360 

MAEa 

E. 

94  57  59 

8868 

93  18    7 

8956 

91  38  11 

8553 

89  58  12 

9569 

Son 

E. 

113  25  59 

8885 

111  48  32 

8688 

110  11     1 

8660 

106  33  27 

9657 

8 

Aldebanui 

W. 

87  27  22 

8388 

89  11  26 

8378 

90  55  32 

8377 

92  39  40 

8377 

Pollux 

W. 

44  21  57 

8318 

46    7  30 

8817 

47  53    5 

8815 

49  38  43 

9319 

JUPITBE 

W. 

26  53  58 

8303 

28  39  53 

8881 

30  25  51 

8699 

32  11  52 

9996 

Spica 

E. 

46  39  21 

8300 

44  5:1  34 

8N6 

43    7  46 

8307 

41  21  57 

9307 

VB5oa 

E. 

53  55  38 

8168 

52  18  51 

8168 

50  42    6 

8698 

49    5  23 

9808 

SATuaii 

E. 

68  24  12 

8375 

66  40    2 

8375 

64  55  52 

8975 

63  11  42 

8378 

MAaa 

E. 

81  37  45 

8545 

79  57  35 

8544 

78  17  23 

8543 

76  37  10 

8549 

Son 

£. 

100  24  55 

8849 

98  47    6 

8847 

97    9  15 

8648 

95  31  23 

9848 

DBGEMBER,  1895. 


213 


aBERNWIOH  MBAV  TIME. 

• 

LUNAX  mnAMcam. 

KMMMi4Dlr«)UMi 
ofObjMC 

MldnlghL 

P.L. 
of 

DIff. 

XVk. 

P.L. 
•r 

xvm^ 

P.L. 

of 

Via. 

XXIh 

P.L. 

•r 

INK 

1 

Fomalhaut 

W. 

o^96a6 

mm 

06  53'  6 

MM 

9l35  4g 

mn 

9^5^39 

MM 

aPegasi 

w. 

7:135^ 

tt«4 

74  58  58 

MM 

76  33  49 

MI5 

78    6  58 

MOI 

Pollux 

E. 

45  91  84 

«!• 

4343    1 

MM 

43    4  14 

MM 

40  35  13 

MM 

JUPITBE 

E. 

63  56  K) 

m» 

61  17  15 

MM 

59  88    4 

M77 

57  58  38 

MM 

R«fulu« 

E. 

89  10    8 

MM 

80  81  18 

MM 

78  53  13 

MM 

77  13  53 

M7I 

9 

aPe^ 

W. 

86    1  55 

1741 

87  87  40 

t7M 

89  13  38 

t7M 

90  49  49 

9713 

a  Anetk 

W. 

4:)  14    9 

wm 

44  53  53 

MM 

46  83  53 

M4I 

48  14    8 

96M 

Pollux 

E. 

83    659 

wa 

80  96  45 

MM 

98  46  33 

MM 

37    5  50 

9ftM 

JOPITSE 

E. 

49  87  53 

9M 

47  57    3 

wm 

46  15  58 

mn 

44  34  41 

94M 

RagiiliM 

E. 

68  53  85 

mm 

67  11  50 

Ml« 

65  80  51 

MM 

63  49  40 

•4M 

8 

«Pefi«l 

W. 

98  53  97 

mn 

100  30  88 

wm 

103    7  55 

MM 

103  45  18 

9eM 

aArtetis 

W. 

56  8»  11 

mm 

58  80  83 

M7I 

60    3  46 

MM 

61  44  51 

9406 

JUPITBA 

£. 

86    5  18 

•M0 

84  33  53 

M41 

33  40  16 

MM 

30  57  30 

94M 

Regulut 

E, 

55  90  88 

MM 

53  88  M 

MM 

51  55  40 

MM 

50  13  55 

tM0 

4 

aArietis 

W. 

70  18    9 

Mlf 

79    1  10 

Ml) 

73  44  36 

M07 

75  37  51 

tMI 

Aldebftimn 

W. 

89  86  83 

M74 

41  16    8 

MM 

43  55  50 

MM 

44  36  17 

96M 

Reffuius 
8pk« 

VsRVt 

E. 

41  86  44 

MM 

89  53    3 

MM 

88    9  13 

MM 

36  36  15 

sn9 

E. 

9588    0 

mn 

98  54  91 

tMI 

93  10  83 

MM 

90  36  37 

93M 

E. 

98  53  57 

mm 

97  18  40 

tIM 

95  43  15 

mm 

94    7  43 

97M 

ft 

aArieds 

W. 

84    650 

MM 

85  50  80 

M73 

87  85  13 

MM 

89  19  33 

9Mi 

Al<l«hanui 

W. 

53    3  18 

MM 

54  44  15 

MM 

56  36  35 

MM 

58    8  46 

M44 

8|ilca 

E. 

81  45  II 

Mft7 

80    084 

MM 

78  15  51 

MM 

76  31     3 

9Mft 

Vspiot 

E. 

86    8  93 

t7M 

84  33  19 

M19 

83  55  58 

97I9 

81    19  39 

9719 

Batvui 

E. 

103  59  18 

MM 

101  16  14 

MI7 

99  33    4 

Ml) 

97  49  48 

94M 

6 

aAriedi 

W. 

98    396 

MM 

99  47  18 

M47 

101  33    4 

M« 

108  16  58 

9M4 

AMebftimn 

W. 

66  43  57 

MIS 

68  36  11 

Mie 

70    9  33 

MM 

71  .53  59 

9M9 

8|iica 

E. 

67  45  48 

MM 

66    033 

MM 

64  15  13 

MM 

63  39  50 

9M3 

Vspiot 

E. 

73  17    5 

MM 

71  40  95 

MM 

70    3  43 

MM 

68  36  58 

9M9 

Satorh 

E. 

89  13    9 

MM 

87  38  94 

MM 

85  44  85 

MM 

84    0  43 

93M 

Son 

E. 

119  55    6 

M7t 

118  17  56 

M74 

116  40  41 

M7I 

115    3  33 

99M 

7 

AMelwraii 

W. 

80  31  38 

M07 

89  15  93 

MM 

83  59  19 

MM 

85  48  19 

tMO 

Pollia 

W. 

87  90  18 

MM 

89    5  87 

MM 

40  51    0 

MM 

43  36  37 

t»0 

Bpiea 

E. 

53  43  II 

MU 

51  56  33 

MI9 

50  10  50 

Mil 

48  35    6 

MIO 

VBHcrt 

E. 

60  93  56 

MM 

58  46    6 

MM 

57    9  16 

MM 

55  33  36 

99M 

BATOftll 

E. 

75  30  43 

M78 

73  36  37 

MTU 

71  53  30 

MM 

70    8  31 

«3fM 

M4M 

E. 

88  18  II 

M6I 

8638    8 

MM 

84  58    3 

M47 

83  17  54 

9M6 

Bow 

E. 

106  55  50 

MM 

105  18  10 

MU 

103  40  37 

MM 

103    3  43 

9IS0 

6 

AMabma 

W. 

04  38  48 

MH 

96    756 

MM 

97  53    5 

MM 

99  36  14 

mn 

Pdlluz 

w. 

51  34  S3 

MI9 

58  10    5 

Mil 

54  55  48 

MIO 

56  41  3:) 

93M 

iOPITBA 

w. 

38  57  55 

MM 

:)5  44     1 

MM 

87  30    8 

MM 

39  16  17 

9M9 

Biiica 
Yxinit 

E. 

39  36    7 

MM 

37  50  16 

MM 

36    4  35 

MC6 

34   18  34 

t3M 

E. 

47  28  43 

ffTM 

45  53    5 

ffTM 

44  15  33 

97M 

43  :i9    4 

9713 

Batoui 

E. 

61  37  33 

MM 

50  48  34 

M78 

57  59  17 

9378 

56  15  II 

1CV« 

Mam 

E. 

74  56  56 

MM 

78  16  43 

MM 

71  36  37 

MM 

69  56  13 

9&4« 

Bw 

E. 

98  58  39 

M«4 

93  15  84 

MM 

90  37  38 

M4) 

88  59  41 

MO 

214 


DECEMBER,  1895. 


XV. 


• 

iL»T 

flffW, 

GBBBNWIOH  MBi 

LUNAR  DISTANOKa 

• 

Hmbo  »Bd  DlroeftloB 
of  OtadMi. 

Noon. 

of 

vm. 

mil* 

P.L. 
of 

IMC 

Vlfc. 

P.L. 

Die: 

n^ 

P.  JL 
of 

iMflr. 

9 

Pollux 

W. 

5l27'l§ 

S30S 

6^  1^    6 

9308 

6f  56  5S 

9909 

6§44  41 

9907 

JuPfTBK 

W. 

41    2  28 

9991 

42  48  40 

9991 

44  34  53 

909 

46  21     7 

9990 

Vbnoi 

E. 

41    241 

«7J7 

39  26  24 

9793 

87  50  15 

9799 

36  14  14 

9737 

SATuaif 

E. 

54  31    7 

9881 

52  47    5 

9384 

51    3    7 

9988 

49  19  12 

9380 

Mars 

E. 

68  15  57 

9M9 

66  35  42 

9M3 

64  55  26 

950 

63  15  14 

9543 

Sujf 

E. 

87  21  44 

9849 

85  43  46 

9849 

84    548 

9849 

82  27  50 

9849 

10 

Pollux 

W. 

72  33  43 

9989 

74  19  30 

9980 

76    5  16 

9918 

77  51     1 

9311 

JUPITBR 

W. 

55  12  20 

908 

56  58  34 

999J 

58  44  47 

9991 

60  31     0 

9999 

Regulus 

W. 

a5  38  34 

9909 

37  24  30 

9399 

39  10  26 

93M 

40  56  20 

9304 

Mars 

E. 

54  54  24 

9560 

53  14  20 

9551 

51  84  18 

9999 

49  54  19 

9556 

Suif 

E. 

74  18    6 

9818 

72  40  12 

9848 

71    2  19 

9647 

69  24  28 

9849 

11 

Pollux 

W. 

86  39  21 

9319 

88  24  54 

9398 

90  10  24 

9909 

91  55  51 

9394 

JCPITBR 

W. 

69  21  39 

9996 

71    7  41 

9300 

72  53  40 

9309 

74  39  36 

9304 

Regulus 

W. 

49  45  25 

9319 

51  31    7 

9314 

53  16  46 

9318 

55    2  22 

8318 

Bun 

E. 

61  15  49 

9680 

59  38  15 

9689 

58    0  44 

9889 

56  23  17 

9689 

13 

Pollux 

W. 

JOO  42    8 

9349 

102  27    9 

9344 

104  12    5 

9947 

105  56  56 

9358 

JOPITKR 

W. 

83  28  23 

9319 

85  13  56 

9399 

86  59  23 

9398 

88  44  45 

9330 

Regulus 

W. 

63  49  25 

9333 

65  34  36 

9337 

67  19  42 

9341 

69    4  42 

9345 

SCN 

E. 

48  17  20 

9698 

46  40  27 

9605 

45    3  41 

9701 

43  27    3 

9708 

13 

JOPITKR 

W. 

97  30    2 

9353 

99  14  44 

9950 

100  59  18 

8384 

102  43  44 

9071 

Regulus 

W. 

77  48    6 

9360 

79  32  25 

9375 

81  16  36 

9388 

83    0  39 

9387 

Sun 

E. 

35  26  15 

9748 

33  50  39 

9750 

32  15  17 

9700 

30  40    9 

9789 

17 

Sim 

W. 

15  31  58 

9999 

16  57  33 

3913 

18  23  27 

9903 

19  49  33 

3197 

Fomnlhaut 

E. 

53  16  10 

3153 

51  49    4 

3186 

50  22  38 

9993 

48  56  56 

3960 

a  Pegusi 

E. 

74  16  52 

9900 

72  44  45 

9996 

71  12  59 

9049 

69  41  34 

9961 

18 

Son 

W. 

27    038 

3908 

28  26  38 

9915 

29  52  29 

9993 

31  18  11 

3939 

Fomalhnut 

E. 

42    0  57 

3508 

40  40  39 

9567 

39  21  29 

9635 

38    3  32 

3700 

a  Pegasi 

E. 

62  10  17 

3057 

60  41  15 

3079 

59  12  40 

9101 

57  44  32 

3194 

19 

Son 

W. 

38  23  55 

3981 

39  48  29 

9991 

41  12  51 

330] 

42  37    1 

3311 

a  Pegasi 

E. 

50  31     8 

3953 

49    6    2 

9984 

47  41  32 

3318 

46  17  39 

3349 

a  Anetis 

E. 

90  56  14 

9880 

89  23  41 

9901 

87  51  23 

9919 

86  19  19 

9994 

20 

Son 

W. 

49  34  57 

3381 

50  57  58 

3370 

52  20  49 

3379 

53  43  29 

3367 

a  Arietis 

E. 

78  42  26 

9975 

77  11  42 

9085 

75  41  11 

9994 

74  10  51 

3004 

Aldeliaf^n 

E. 

110    6  43 

3038 

108  37  17 

9045 

107    8    0 

3053 

105  38  53 

9060 

21 

Sun 

W. 

60  34  28 

3497 

61  56  14 

3434 

63  17  52 

3440 

64  39  23 

3448 

aAquilfs 

W. 

41     8  49 

5960 

42    2  26 

5137 

42  57  a5 

6095 

43  54  11 

4999 

a  Anetis 

E. 

66  41  56 

3045 

65  12  39 

3059 

63  43  31 

3090 

62  14  31 

3085 

Aldebaran 

E. 

96  15  33 

9008 

96  47  18 

3109 

95  19  11 

3109 

93  51  11 

3114 

22 

Son 

W. 

71  25  28 

3480 

72  46  27 

3479 

74    7  22 

3474 

75  28  15 

3477 

aAqnilfs 

W, 

48  55  41 

4530 

49  59    7 

4488 

51    3  27 

4414 

52    8  36 

4389 

a  Arietis 

E. 

54  51  22 

3009 

53  23    3 

3097 

51  54  50 

3101 

50  26  41 

3105 

Aldebaran 

E. 

86  32  44 

9138 

85    5  18 

9140 

83  37  57 

3143 

82  10  39 

3148 

XVL 


DECEMBER,  1895. 


215 


ORBHNWIOH  MBAN  TIMB. 

LUNAR  DIgrANOE& 

9 

HMBeaa4DlrMtloa 

« 

Midnight. 

P.L. 
of 

INff. 

XVfc. 

P.L. 

of 

Dlft 

xvnih. 

P.L. 

of 
Die 

XXlb. 

F.L. 

of 
IMff. 

Pollux 
Jupiter 

VXNOS 

Saturn 
Mars 

Son 

W. 
W. 
£. 
K. 
£. 
E. 

65  30  35 
48    7  31 
34  88  33 
47  35  33 
61  a5     1 
80  49  53 

007 

9740 

SM4 
iM3 

ef  16  19 

49  53  36 
33    3  44 
45  51  36 
59  54  49 
79  11  55 

tMe 

9999 

9756 
8396 
9M6 
9943 

69    2    if 
51  39  51 
31  27  17 
44    7  56 
58  14  39 
77  33  58 

9399 

9989 
9790 
9401 
9640 
9043 

70  47  55 
53  '^^\    6 
39  53    5 
43  34  33 
56  31  30 
75  56    3 

9306 
9990 

9779 
9406 
9548 
9043 

10 

Pollux 
JoriTBR 
ReguluR 
Mars 

Son 

W. 
W. 
W. 
E. 
E. 

79  36  45 
62  17  11 
42  42  13 
48  14  34 
67  46  39 

tilt 
t»3 
SMS 
tB6S 
tIftS 

81  32  27 
64    3  31 
44  38    4 
46  34  33 
66    853 

tll3 
t894 
tl07 
9B99 
9959 

83    8    7 
65  49  29 
46  13  53 
44  54  46 
64  31     8 

9316 
9990 
9309 
9S00 
9«6 

84  5.)  45 
67  :i5  35 
47  59  40 
43  15    4 
ez  53  37 

tllO 
9B97 
9310 
9S70 
9067 

11 

Pollux 

JOPITBR 

Regulus 

Son 

W. 
W. 
W. 
£. 

93  41  15 
76  25  29 
56  47  55 
54  45  55 

t997 
t»7 

tail 

tSTt 

95  96  85 
78  11  18 
58  83  24 
53    838 

9331 
«309 

9194 
t979 

97  11  50 
79  57    4 
60  18  49 
51  31  26 

9333 

9313 
KM7 
9991 

98  57.    1 
81  43  45 
63    4    9 
49  54  30 

9339 
9316 
9930 
9006 

19 

Pollux 

JoPtTBR 

Refnilus 
Son 

W. 
W. 
W. 

E. 

107  41  40 
!H)30    1 
70  49  36 
41  50  34 

SMS 

tSM 

SMS 

t7IS 

109  96  18 
92  15  11 
72  34  24 
40  14  14 

9331 
9SS9 
9164 
9799 

111  10  49 
94    0  15 
74  19    5 
38  38    3 

9390 

9343 
93S9 

9739 

113  55  13 
95  45  13 
76    3  39 
37    3    3 

9ar7i 

9349 

9104 

9730 

13 

JoriTKR 
Regulus 
Son 

W. 
W. 
E. 

104  28    1 
84  44  33 
29    5  17 

ttn 

t3M 

t?ft 

106  12    9 
86  28  17 
27  80  42 

9393 
t409 
ttit 

107  56    8 
88  II  53 
35  56  37 

9399 
9497 

t097 

109  39  57 
Ol  55  17 
34  33  34 

9414 
9947 

17 

Son 

Foroalhnut 

aPogasi 

W. 
E. 
E. 

21  15  46 
47  33    0 
68  10  32 

SIM 

tna 

2242    9 
46    753 
66  89  52 

9194 
3949 
9197 

24    8  18 
44  44  38 
65    936 

9197 
9397 
9917 

35  34  31 
43  33  18 
63  39  44 

9449 

3037 

18 

Son 

Fomalhaui 

aPegasi 

W. 
E. 
E. 

32  43  42 
36  46  54 
56  16  51 

mi 

84  9    8 

85  31  41 
54  49  40 

9161 
9979 
9179 

35  34  13 
84  18    0 
53  33  58 

3901 
9979 
3199 

36  5S»    9 
3;i    6    0 
51  56  47 

9970 
4001 
390 

19 

Son 

a  Pepsi 
aArMtb 

W. 
E. 
E. 

44     1    0 
44  54  24 
84  47  30 

45  24  46 
43  31  50 
83  15  54 

9493 
9946 

46  48  21 
43    9  59 
81  44  33 

3341 
3463 

9956 

48  II  45 
40  48  5:1 
80  13  3:) 

3361 
3500 
9996 

90 

Son 

a  Arietis 
Aldebsnii 

W. 
E. 
E. 

55    6    0 

72  40  43 

104    9  55 

MIS 

56  28  21 

71  10  46 

102  41    7 

9496 
9991 
9976 

57  50  83 

69  40  59 

101  13  27 

9413 
3039 
9099 

59  13  34 
68  11  3;i 
99  43  56 

3499 

3037 
3009 

21 

Son 

aAquiUs 
aArwtis 
Aldeharmn 

W. 
W. 
E. 
E. 

66    0  47 
44  52    8 
60  45  39 
93  33  18 

946t 

SS71 
Silt 

67  22    5 
45  51  20 
59  16  54 
90  55  31 

9469 

4744 
9979 
9194 

68  43  18 
46  51  43 
57  48  17 
89  27  50 

9499 
4906 
9099 
3199 

70    4  35 
47  5:1  13 
56  19  46 
88    0  14 

9406 
4505 
30«  - 
3133 

22 

Son 

a  Aqitilv 
a  Arietis 
Aldebsfui 

W. 
W. 
E. 
E. 

76  49    5 
53  14  83 
48  58  37 
80  43  25 

S47S 
4314 
919$ 
914S 

78  9  53 
54  31   13 
47  30  37 

79  16  14 

9499 

9119 
9169 

79  30  40 
55  38  33 
46    3  40 
77  49    5 

3480 
4098 
9114 
31M 

80  51  37 

56  :m  :t\ 

44  34  47 
76  31  58 

1 

3480 

4100  ' 
3110  ' 
9169 

2ie 


DECEAiBEB,  1895. 


XVIL 


• 

ORnBMWIOH  MSAN  TIMB. 

LUMAS  DUrAHOBS. 

h 
n 

r 

P.Ia. 

P.L. 

P.L. 

P.L. 

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Soon. 

of 

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of 

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jmff. 

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82  12  1^' 

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86  14  36 

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57  45    9 

4IS3 

58  54  20 

4118 

60    4    4 

4086 

61   14  19 

4056 

aArietw 

E. 

43    6  57 

SI  IS 

41  39    9 

9190 

40  11  24 

9191 

38  43  40 

3194 

Aldebaran 

E. 

74  54  52 

SIS3 

73  27  47 

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72    0  43 

9154 

70  33  39 

3164 

24 

Scif 

W. 

92  59  28 

9457 

94  20  40 

9459 

95  41  57 

9446 

97    3  21 

9440 

a  Aquilm 

W. 

67  J2  29 

3996 

68  25  23 

9004 

69  38  39 

9882 

70  52  17 

3860 

Fomnlhaiit 

W. 

40    5  30 

9611 

41  20  21 

3780 

42  36    3 

3718 

43  52  31 

3877 

Aldebanui 

E. 

63  18    7 

9148 

61  50  56 

9146 

60  2:M2 

9144 

58  56  26 

3141 

Pollux 

£. 

105  52  51 

9060 

104  23  52 

9066 

102  54  48 

9061 

101  25  38 

3044 

25 

Suff 

W. 

103  52  18 

9401 

105  14  33 

9383 

106  36  58 

3383 

107  59  34 

3379 

a  Aquila 

W. 

77    5  34 

9766 

78  21  10 

9751 

79  37    3 

3734 

80  53  14 

3719 

Fomalfaaut 

W. 

50  25    2 

9006 

51  45  20 

94n 

53    6  10 

9449 

54  27  31 

3499 

Aldebaran 

E. 

51  39  13 

9I«7 

50  11  36 

9194 

48  43  55 

9190 

47  16  10 

3119 

Pollux 

E. 

93  57  46 

9000 

92  27  44 

9000 

90  57  31 

9891 

89  27    7 

9869 

JOPITBR 

£. 

110  15  11 

9071 

108  44  22 

9969 

107  13  23 

9964 

105  42  12 

9944 

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Sen 

W. 

114  55  38 

9316 

lie  19  31 

9904 

117  43  38 

3891 

119    8    0 

3977 

Fomnlhaut 

W. 

61  21  30 

3908 

62  45  39 

9981 

64  10  13 

9059 

65  35  12 

3838 

a  Pegaai 

W. 

39  :I6  40 

9480 

40  57  27 

3435 

42  19    4 

9803 

43  41  29 

3353 

Aldebaran 

E. 

39  56  53 

9113 

38  28  59 

3114 

37    1     7 

3118 

'ih  ;»  19 

9199 

Pollux 

E. 

81  52    2 

IKMIO 

80  20  20 

9917 

78  48  23 

9905 

77  16  II 

9893 

JUPITKR 

£. 

98    3    8 

9601 

96  30  38 

9679 

94  57  52 

9667 

93  24  51 

9855 

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Fomalfaaut 

W. 

72  46  14 

3138 

74  13  38 

3119 

75  41  24 

8101 

77    9  a3 

3ora 

a  Pegaai 

w. 

50  44  11 

3184 

52  10  39 

9155 

53  37  42 

3197 

55    5  19 

3100 

Pollux 

E. 

69  31     6 

9898 

67  57  14 

9813 

66  23    3 

9799 

64  48  34 

9785 

Jupiter 

E. 

85  35  38 

9788 

84    0  55 

9774 

82  25  53 

9700 

80  50  ai 

9745 

Regulus 

E. 

106  23  20 

9800 

104  49  18 

9805 

103  14  57 

9799 

101  40  18 

9777 

28 

Fomalfaaut 

W 

84  35  47 

9006 

86    6    6 

9979 

87  36  45 

9963 

89    7  44 

9947 

a  Pegiisi 

W. 

62  31  24 

9976 

64    2    7 

9953 

65  33  19 

9931 

67    4  59 

9909 

Pollux 

E. 

56  51  23 

9719 

55  14  59 

9696 

53  38  14 

9681 

52     1     9 

S666 

JC/PITER 

E. 

72  48  58 

9671 

71  11  39 

9655 

69  a*)  59 

9640 

67  55  58 

«09» 

Regulus 

E. 

93  42  11 

9701 

92    5  33 

9687 

90  28  35 

9671 

88  51  16 

9656 

29 

Fomalfaaut 

W. 

96  47  27 

9676 

98  20  17 

9869 

99  53  24 

9851 

101  26  46 

9839 

a  Pegasi 

W. 

74  50    2 

9808 

76  24  19 

9789 

77  59    1 

9779 

79  34    6 

9754 

a  Arietis 

W. 

31  36  21 

9649 

3:3  14    9 

9698 

34  52  26 

9608 

36  31   10 

9588 

Pollux 

E. 

43  50  43 

9&93 

42  11  38 

9578 

40  32  13 

9564 

38  52  29 

9550 

JOPITKR 

E. 

59  40  41 

9648 

58    0  35 

9533 

56  20    7 

9517 

54  39  18 

9503 

Regulus 

E. 

80  39  30 

9679 

79    0    6 

9563 

77  20  20 

9548 

75  40  13 

9533 

30 

a  Pegasi 

W. 

87  a5    5 

9675 

89  12  19 

9660 

90  49  52 

9646 

92  27  44 

9634 

aArietis 

W. 

44  51  22 

9409 

46  32  37 

9483 

48  14  14 

9467 

49  56  14 

9459 

JCJPITER 

E. 

46  10    6 

9431 

44  27  15 

9417 

42  44    4 

9403 

41     0  34 

9391 

Regulus 

E. 

67  14  27 

9460 

65  32  17 

9445 

63  49  47 

9439 

62    6  58 

9418 

81 

aArietis 

W. 

58  31  22 

9089 

60  15  22 

9371 

61  59  39 

9958 

63  44  14 

9347 

JOPITBR 

E. 

32  18  33 

9331 

30  33  J8 

OSfiO 

28  47  47 

9309 

27    2     1 

8300 

Regulus 

E. 

53  28  11 

9355 

51  43  32 

9344 

49  58  37 

9833 

48  13  26 

9399 

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21 


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LUHAB  DISTANOSa. 

5^ 

P.L. 

T.h, 

P.U 

P.L. 

Hmm  nd  Dlraoaoo 

Midnight. 

of 

XVk. 

of 

DUE 

XVlUh. 

of 

Old 

XXIi^ 

•r 

DHL 

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Soil 

W. 

8^3^28 

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9470 

9^17  20 

9490 

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9403 

a  Aq^niln 
a  AnetU 

W. 

6925    8 

49m 

63  36  15 

4001 

64  47  54 

9974 

65  59  59 

3040 

E. 

87  15  59 

Slt4 

35  48  19 

9197 

34  20  49 

9199 

39  5:)    6 

3130 

AldekMuran 

E. 

69    685 

«U 

67  39  30 

9I99 

66  12  94 

9191 

64  45  16 

3150 

94 

Soif 

W. 

98  24  52 

M» 

99  46  31 

9490 

101    8  18 

9410 

102  30  13 

3410 

aAqiiil« 

W. 

72    6  17 

9N1 

73  20  37 

9991 

74  35  17 

3993 

75  50  16 

3785 

Fomnlbaut 

W. 

45    9  43 

Mn 

46  27  37 

9909 

47  46    9 

3500 

49    5  18 

3530 

Aldelmran 

E. 

57  29    6 

9138 

56    1  43 

9199 

54  34  17 

9133 

53    6  47 

3190 

Pollux 

E. 

99  56  20 

903t 

9B26  55 

3931 

96  57  91 

9994 

95  27  38 

3017 

25 

Suiv 

W. 

109  92  92 

nm 

110  45  92 

9K1 

119    8  34 

9949 

113  31  59 

3399 

a  Aquila 

W. 

89    9  41 

9704 

83  26  24 

3989 

84  43  23 

9070 

86    0  37 

3001 

Foinolhaiit 

W. 

55  49  28 

un 

57  11  43 

3979 

58  34  32 

9349 

59  57  48 

3395 

Aldebaran 

E. 

45  48  33 

UM 

44  20  33 

9114 

49  59  41 

9119 

41  24  47 

3113 

Pollux 

E. 

87  56  89 

mn 

86  25  44 

9009 

84  54  44 

9901 

83  93  30 

9040 

JUPITBK 

E. 

104  10  49 

wm 

109  39  14 

9094 

101    7  26 

9013 

99  35  94 

9009 

26 

Sl'lf 

W. 

120  39  38 

9M 

121  57  31 

9900 

193  99  41 

8939 

194  48    7 

9999 

Fomalhaut 

W. 

67    086 

9tia 

68  96  24 

9197 

69  59  37 

9177 

71  19  14 

31&8 

aPegnsi 
AlUelNiraii 

W. 

45    4  39 

m$ 

46  98  39 

3981 

47  53    6 

9947 

49  18  90 

3915 

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84    536 

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3938     1 

3139 

31  10  38 

9101 

29  43  30 

3100 

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75  43  43 

M8i 

74  10  59 

9997 

79  37  58 

9950 

71    4  41 

9841 

JOPITBR 

E. 

91  51  84 

mm 

90  18    1 

9H9 

88  44  11 

0010 

87  10    3 

9889 

27 

Fomalhaut 

W. 

78  38    4 

9904 

80    6  58 

3047 

81  36  13 

9090 

83    5  50 

9013 

aPegwsi 

W. 

56  33  29 

9079 

58    9  11 

3047 

59  31  25 

9099 

61     1  10 

9000 

Pollux 

E. 

63  13  46 

9770 

61  38  39 

9750 

60    3  13 

9741 

58  97  98 

9790 

JoriTXR 

E. 

79  14  53 

9791 

77  38  54 

9710 

76    9^5 

9701 

74  95  57 

9680 

ReguluB 

£. 

100    5  20 

wm 

98  30    2 

9747 

96  54  25 

9739 

95  18  98 

9717 

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9039    8 

90» 

99  10  41 

9917 

93  42  38 

9009 

95  14  54 

9S0O 

a  Pegnsi 

W. 

68  37    7 

9887 

70    9  49 

9607 

71  49  4:1 

9847 

rs  16  10 

9898 

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E. 

50  23  44 

98M 

48  45  59 

99S7 

47    7  54 

9991 

45  99  98 

9007 

JUPJTBR 

E. 

66  17  37 

9910 

64  38  55 

9t03 

69  59  51 

9578 

61  90  96 

9504 

RaguluB 

E. 

87  13  37 

9940 

85  35  37 

90!i6 

83  57  16 

9010 

89  18  34 

9903 

29 

Fomalhaut 

W. 

103    0  23 

9998 

104  34  14 

9910 

106    8  17 

9800 

107  49  33 

9801 

ttPe^aifi 
a  Anetia 

W. 

81    9  34 

9737 

89  45  95 

9791 

84  91  37 

9704 

85  58  11 

9660 

W. 

38  10  29 

9000 

39  50    0 

9551 

41  :iO    3 

9533 

43  10  31 

9510 

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E. 

87  19  25 

9537 

a5  39    3 

9583 

33  51  99 

9510 

39  10  9:1 

9489 

JUPITXR 

E. 

89  58    9 

9488 

51  16  39 

9479 

49  34  48 

9400 

47  59  37 

9445 

Regulua 

E. 

73  59  45 

9017 

79  18  56 

9B09 

70  37  47 

9499 

68  56  17 

9474 

30 

ttPegasi 

W. 

94    553 

9991 

95  44  19 

9919 

97  93    0 

9309 

99    1  56 

95m 

aAnetia 

W. 

51  38  a5 

9437 

53  91  17 

9493 

55    4  19 

•400 

56  47  41 

9300 

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E. 

39  16  46 

9378 

37  39  39 

9M5 

35  48  14 

•359 

34    3  '^Z 

9:V4'i 

Regulut 

E. 

60  38  49 

•400 

58  40  99 

9999 

56  56  36 

55  19  39 

8368 

31 

aArietis 

W. 

65  29    5 

909 

67  14  19 

9M5 

68  59  35 

•110 

70  45  19 

9300 

JoPtTBE 

E. 

25  16    2 

9601 

93  29  50 

9983 

91  43  26 

•on 

19  56  59 

9070 

Regulus 

E. 

46  27  59 

9119 

44  49  17 

9309 

49  56  91 

•009 

41  10  11 

1      9903 

218 


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MERCURY,  1895. 


219 


- 

GBBBNWIOH  MBAN  TDfB. 

MAROIL 

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AFBIL. 

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7   6    4.9 

116.76 

0  40.6 

90 

7  16  69.10 

19.999 

913697.1 

6.97 

99  51.9 

99 

II  19  45.84 

16.996 

6  19  45.9 

1I6J6 

0  43.1 

90 

793  34.81 

16.999 

91  37  49.3 

♦  9J9 

99  54.9 

80 

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16.796 

6  3394.6 

116  J9 

0  45.5 

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7  3098.79 

♦17.997 

♦913663.7 

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99  68.1 

31 

1195  90.97 

♦16.499 

♦  447   6.6 

-11646 

0  47.8 

39 

7  37  39.60 

4-I6J91 

♦913361.6 

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39 

Di 

113199.79 

♦I6J6I    ♦  4    6  64.3 

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0  50.0 

l)^iftk«MMt] 

91k. 

16lb. 

Ulk.  ! 

lOU 

99tk. 

90U. 

lyoTllMMMth. 

4tk. 

016. 

14lk 

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941k. 

901k. 

Hor.ParalUx    . 

1^7 

16.S 

i.Z 
1    14.0 

l7 
19.4 

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109 

9.5 

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8.4 

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in 

7Jk 

7.6 

£5 

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6.5 

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Ttoil9-|-r^tiM4toltekMilj«taa«t«f4MUMll«  tedlMlMl 
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lo—  Of  doormlag  —4  oootk  doolioaXooe  Inntiooiig. 

222 


MERCURY,  1895. 


OBBBNWIOH  MEAN  TIMB. 

gEPTKMBRR. 

• 

OCTORRB. 

1 

1 

Aypmnt 

Klght 
Aacenskm. 

Tar.  of 

B.A. 

fori 

Hour. 

Apporent 
Deolliifttkii. 

DmL 

fofrl 

Hour. 

IferMiMi 

PMMgO. 

1 

Aaoension. 

▼ar.of 
B.A. 
fori 
Honr. 

Appami 
DeolEithm. 

Oed. 

fivl 

Honr. 

lf«Hdha 

#«-. 

JTOOA. 

F«MI. 

Nifom. 

Ifmm, 

JTOOA. 

JTma. 

M^ 

h    m    • 

• 

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m 

h    m 

h     M      • 

s 

9      9      m 

m 

h    m 

1 

113199.79 

•I>l6.9ftl 

4  4    0  54.3 

-118.86 

0  50.0 

1 

14    138.95 

4  8.388 

-15  99   7.5 

-84.88 

19I.B 

2 

1 1  37  33.08 

I6.0i5 

3  14  50.5 

114  93 

0  59.1 

9 

14    5  17.69 

8.848 

15  47  91.1 

81.97 

19i.S 

3 

1143  31.05 

14.800 

9  98  58.1 

114.41 

0  54.1 

3 

14    8  47.36 

8^86 

16  11    6.7 

67.48 

121.0 

4 

1 1  49  9;).98 

H.009 

1  43  19.5 

113.79 

0  56.0 

4 

14  19   6.48 

8.060 

16  33  lao 

63.48 

190.4 

6 

1 1  55  19.03 

14.401 

0  57  56.8 

113.06 

0  57.9 

5 

14  15  13.86 

7.646 

16  53  48.4 

49.88 

1  19^ 

6 

19   0  55.40 

•1-U.tlt 

4  0  19  59.4 

-119.98 

0  59.7 

6 

14  18   8.96 

4  6.078 

-171930.5 

-44.88 

1  18.5 

7 

19   6  34.97 

14.098 

-  0  31  51.7 

111.30 

1    1.4 

7 

14  90  48.31 

6.360 

1799  16.0 

88.84 

1  17.9 

8 

19  19   8.81 

18.861 

1  16  13.5 

110.49 

1    3.0 

8 

14  93  19.59 

8.667 

17  43  55.5 

83.88 

1  I&.7 

9 

1917  39.17 

18.680 

9   0  11.9 

100.38 

1    4.6 

9 

14  95  19.99 

4.884 

17  56  18.8 

97  J6 

1  13.8 

10 

1993    5.47 

18.614 

9  43  43.0 

106.96 

1    6.1 

10 

14  97    6.84 

4.066 

18  614.6 

91.88 

1  11.6 

11 

19  98  97.H6 

418.968 

-  3  96  47.0 

-187.07 

1    7.5 

II 

14  98  33.99 

4  8.180 

-1813  30.1 

-14.89 

1    9.1 

19 

19  33  46.49 

18.106 

4    9  91.6 

106.80 

1    8.9 

19 

14  99  36.73 

9.187 

1817  51.9 

-   7.08 

1    6.9 

13 

19  39    1.93 

18.040 

4  51  95.0 

104.47 

1  10.9 

13 

14  30  15.93 

4  1.066 

18  19   5.1 

4    1.00 

1    9.9 

14 

19  44  19.34 

lt.887 

5  39  55.6 

188.07 

1  11.4 

14 

14  30  96.89 

-8.104 

18  16  54.3 

9.98 

0  59.9 

15 

19  49  19.80 

18.786 

6  13  51.6 

101.60 

1  19.6 

15 

14  30   9.70 

1.886 

1811    3.3 

19.43 

0  54J» 

16 

19  54  9.3.65 

419.684 

-  654  11.4 

-100.04 

I  13.7 

16 

14  99  99.99 

-9.696 

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4  99.58 

0  50.9 

17 

19  59  93.83 

18.481 

7  33  59.9 

08.41 

1  14.8 

17 

14  98   3.41 

8.968 

17  47  18.9 

40.81 

0  44.0 

18 

19   4  90.39 

19.976 

8  19  54.3 

86.70 

1  15.9 

18 

14  96  19.48 

6.988 

17  98  58.3 

61.48 

0  39.1 

19 

13   9  13.07 

19.118 

8  51  14.0 

84.81 

1  16.8 

19 

14  93  49.63 

6.806 

17   6   6.4 

89.87 

0:^.8 

90 

1314    1.97 

IIJ66 

9  98  49.7 

08.04 

1  17.6 

90 

14  90  56.04 

7.846 

16  3841.1 

74.90 

0  96.1 

91 

IS  18  46.88 

•I-I1.787 

-10   5  39.9 

-81.06 

1  18.4 

91 

14  17  34.00 

-8.966 

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4  86.06 

0  18.8 

99 

13  93  97.68 

11.610 

10  4140.6 

88.09 

119.1 

99 

14  13  47.15 

0.006 

15  30  45.9 

04.06 

Oll.l 

93 

1398   4.19 

11.486 

11  16  51.4 

86.86 

1  19.8 

93 

14    9  40.49 

10.806 

14  51    9.5 

103.86 

1  •   I.I 

f»  M   • 

94 

13  39  35.97 

11.998 

1151    9.1 

84.59 

190.4 

94 

14    590.96 

11.096 

14    891.3 

100.68 

93  46.5 

95 

13  37   9.99 

11.017 

1994  31.0 

89.91 

190.9 

% 

14    0  53.87 

11.117 

13  93  38.6 

118.41 

93  38.9 

96 

13  4194.66 

•I-10.791 

-19  56  54.1 

-79.70 

191.3 

96 

13  56  99.37 

-10.886 

-19  38    1.3 

4114.17 

93  30.0 

97 

13  45  40.75 

10.647 

13  98  15.3 

77.06 

191.6 

97 

13  59  15.06 

10.900 

1159  43.1 

111.78 

93  99.9 

98 

13  49  50.73 

10.981 

13  58  31.1 

74J6 

191.8 

98 

13  48  19.00 

0.361 

11    9   0.5 

106  J» 

93  14.8 

99 

13  5:1 54.05 

9.009 

14  97  37.8 

71.99 

1  91.9 

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13  44  48.43 

8.168 

1098   6.1 

07.89 

93   7.9 

30 

13  57  50.13 

9.876 

14  55  31.5 

68.16 

1  91.9 

30 

13  4149.50 

6.786 

9  51    4.8 

86.99 

93    1.6 

31 

14    138.95 

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-64.88 

191.8 

31 

18  39  96.87 

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4  74.14 

99  55.9 

39 

14    517.69 

4-8.946 

-15  47  91.1 

-61.97 

1915 

39 

13  37  43.64 

-8.464 

-  8  51  55.8 

4  80.10 

99  50.9 

DftJOftlMMOBtil. 

8d. 

8th. 

18tk 

18th. 
7.6 

98d. 

98tk 

Dft/ of  the  Month. 

8d. 

8th. 

18tl 

k.l8th.  1 

ISd. 

98lh. 

Bemidiameter  .  •  . 
Hor.Parallut   •  •  • 

£5 
6.7 

6.9 

i.7 
7.1 

£o 

7.9 

8.4 

8oi 
Ho 

nidiarnetor  . 
r.  FaralUx   . 

92 

£8 
10.1 

Hi 

X    l7 
119.4  1 

1^0 
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4^8 

a    .    •    • 

W9m»—>Th«aiga -1- ladieAtM  north  deeUnatloBti 

fhaotga-lndloitooaoi 

nth  lUnllnillm 

MERCURY,  1895. 


223 


GBBBM  WIOH  MBAN  TDCB. 

HOVEMBBR. 

DEOBMBBB. 

4 
8 

n 

.A»c«iiiii«»B. 

Tar.  of 

B.A. 
fori 
Hour. 

Apjparaai 

^ar.«r 

DaeL 

fori 

Hoar. 

Iferidiaa 

1 

AaeaoaioB. 

Tar.aT 

K.A. 
fori 
Hoor. 

Apparaol 
Daollnatka 

TacaT 

DaoL 
fori 
How. 

MarldlOB 

JTma. 

JTaM. 

»-. 

Mtm, 

JTaM. 

JfoaA. 

JTcfOik 

9mm. 

1 

has 

13  37  43.64 

• 
-9.464 

Ota 

-86155.8 

m 
496.19 

h    m 
99  60.9 

1 

h   a    a 
15  45  36.37 

• 
•I'I6.69I 

Q      t      m 

-19  91    9.1 

m 

k   m 
93   7.6 

9 

13  30  41.38 

1.79 

8  30  40.1 

46.49 

99  46.6 

9 

15  61  56.85 

16.996 

19  48  19.1 

96.56 

93  10.0 

3 

13  36*^.33 

-O.MB 

8  15  37.7 

99.68 

99  49.9 

3 

15  58  19.80 

16.697 

90  14  99.7 

84J9 

93  19.5 

4 

13  36  :<i».60 

4-  1 JM 

8   6  18.3 

16.19 

99  39.9 

4 

16    4  45.15 

16.166 

9039  38.6 

81.99 

93  15.0 

6 

13  37  37.36 

3.178 

8   9  37.8 

4>9J9 

99  37.5 

6 

16  1 1  19.86 

18.999 

91    3  67.7 

99.69 

93  17.6 

6 

13  99  11.90 

••-4tM 

-  8   4  I5a» 

-10.39 

99  35.7 

6 

16  17  49.88 

416.968 

-91  97  I7J> 

-•7.98 

93  90.9 

7 

13  41  18.39 

5.946 

8  10  47.6 

99.06 

99  34.3 

7 

16  94  15.17 

16J69 

91  49  37.9 

64.51 

93  99.8 

8 

13  43  56.79 

7.140 

89144.7 

99.59 

99  33.4 

8 

16  30  49.70 

16.466 

99  10  53^ 

61.87 

93  95.5 

9 

13  47    0.33 

S.tl9 

8  36  38.1 

41.74 

99  39.9 

9 

16  37  96.44 

16.676 

99  31    6.3 

49.16 

93  98.9 

10 

13  50  99.96 

9.119 

8  54  59.0 

49  JO 

99  39.8 

10 

16  44    5.34 

16.665 

99  50  19.5 

49.99 

93  31.0 

11 

13  54  19.66 

4-19.019 

-  9  16  19.4 

-66.79 

99  33.0 

11 

16  50  46.36 

4-16.789 

-93    811.0 

-49J9 

93  33.8 

19 

13  58  98.99 

IO.<BO 

9  40  19.9 

99.67 

99  33.5 

19 

16  57  99.47 

16.646 

93  95   0.9 

49.58 

93  36.6 

13 

14    9  54.91 

11.996 

10   6  15.0 

67.45 

99  34.9 

13 

17    4  14.65 

16.696 

93  40  38.6 

97.99 

93  39.4 

14 

14    7  35.35 

11.96J 

10  34    3.4 

71.46 

99  35.1 

14 

17  11    1.84 

17.667 

93  55    4.7 

94.68 

93  49.3 

15 

14  19  98.45 

19  469 

11    3  18.0 

74.66 

99  36.9 

15 

17  17  50.98 

17.666 

94    8  17.0 

91.46 

93  45.9 

16 

14  17  39.59 

•M9  90 

-1 1  33  40.8 

-77.16 

99  37.5 

16 

17  94  49.09 

417.166 

-94  90  14.0 

-99.99 

93  4&I 

17 

14  99  46.38 

I9JS6 

19   4  56.1 

79.99 

99  38.9 

17 

17  3134.91 

17.941 

94  30  54.4 

96.07 

93  51.1 

18 

14  98   8.61 

19686 

19  36  49.6 

69.95 

99  40.5 

18 

17  38  99.57 

17.914 

94  40  16.9 

91.79 

93  54.1 

Itt 

14  33  38.95 

19J77 

13  9  a8 

61.17 

99  49.9 

19 

17  45  95JM 

17.969 

94  48  90.0 

18.46 

93  57.1 

90 

14  39  14.43 

14.199 

13  4149.4 

8r.67 

99  43.9 

90 

17  5993.91 

17.416 

9455   9^ 

U.87 

91 

14  44  56.41 

4'14J6I 

-14  14  91.1 

-81 J9 

99  45.7 

91 

17  59  93.49 

4-17  J19 

-96   099.9 

-11.89 

•   0.9 

99 

14  50  43.55 

14.664 

14  46  06.4 

91.99 

99  47.7 

99 

18   6  94.36 

17.587 

95    4  90.1 

8.19 

0   3.3 

93 

14  56  35.30 

14.747 

15  19  90.7 

99.96 

99  49.7 

93 

18  13  96.61 

17.666 

95   6  59.9 

4.68 

0   6.4 

94 

15   931.97 

14.914 

15  5197.5 

79.69 

99  51.7 

94 

18  90  30.08 

I7J68 

95   7  59.9 

-8J8 

0   9.5 

95 

15   8  31.07 

16Jt7 

16  93  10.9 

78.76 

99  53.8 

95 

18  97  34.69 

17.719 

95   7  40.1 

4-9J9 

•  19.6 

96 

15  14  34.39 

4I6J0O 

-16  64  95.9 

-77.47 

99  56.0 

96 

18  34  40.11 

417.749 

-t5   659.3 

4-8.94 

0  15.8 

97 

1590  40.98 

15.999 

17  95    7.8 

76.06 

99  58.9 

97 

18  41  46.39 

17.778 

95   9  35.5 

19.97 

oiao 

98 

15  96  50.69 

16.469 

17  55  19.6 

74.97 

93    0.5 

98 

18  48  53.31 

17.799 

94  57  48.6 

19J6 

099.1 

99 

15  33    3.15 

16.669 

18  94  36.5 

79.66 

9:1    9.8 

99 

18  56   0418 

njl4 

94  51  30.6 

XtM 

0  95.3 

30 

15  39  18.44 

16JB9 

18  53  16.3 

78.76 

93   5.9 

30 

19   3   8^ 

I7J91 

94  43  40.6 

mM 

098.5 

91 

15  45  36.37 

4H6.691 

-19  91    9.1 

-66.66 

93   7.6 

31 

19  10  16.09 

417JI9 

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498.99 

0  31.7 

39 

15  51  56.85 

4-16.966 

-19  48  19.1 

-66.66 

93  10.0 

39 

19  17  93.55 

4-17J97 

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6.7 

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£4 

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1    9.3 
1    6.1 

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lioas  art  dnanmahkg,    1  hm  •igu  —  indU-Atc*  thai  oorih  dtallaal 

♦ 

lliai  %%%\\  ianllaatlima  irn  lanrtailng  ■nil  wth  4<iiilaa 
kNM  ara  4aena»tBg  aad  awrth  dreUaaUaoa  laaraaalBf. 

224 


VENUS,  1895. 


.™™  ^  ™       1 

JANUARY. 

• 

FEBRUABT. 

• 

«• 
a 
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e 

1 

Appar6Bt 
AtoaiiaJon. 

Tar.of 
B.A. 
fort 

Hoar. 

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Tar.if 

Deet 

fori 

Hoar. 

MeridiAU 

• 

a 

1 

Tar.of 

B.A. 

fori 

How. 

AplboroBi 
DeoUBfttion. 

Tar.«r 

Boot 

fori 

Ho«r. 

M«rtdfa 

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jr«o«. 

M—n, 

JfiPOM. 

No9n, 

#«-. 

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1 

li    ni     • 
19  20  51.00 

m 
413.566 

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-23    9  51.1 

II 

491.45 

h    m 
0  37.3 

1 

h   m    m 
22   0  35.58 

419.067 

0     /      *# 
-13  47  45.1 

484.71 

i  14.9 

2 

19  26  1(5  70 

IS.S54 

23    0  55.0 

S3.93 

0  38.8 

2 

22    5  25.07 

19.096 

13  21  41.0 

85.89 

15.8 

3 

19  31  41.61 

13.M0 

22  51  16.7 

94.96 

0  40.3 

3 

22  10  1.3.40 

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12  55  15.5 

884W 

16,7 

4 

19  37    5.66 

19.483 

22  40  56.5 

99.71 

041  8 

4 

22  15    0.50 

11.943 

1228  29.4 

87.94 

17.5 

5 

19  42  28.81 

13.445 

22  29  55.0 

96.49 

0  43.2 

5 

22  19  46.66 

11.697 

12    123.5 

86.14 

I&3 

6 

19  47  51.02 

419.405 

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430.11 

0  44.6 

6 

2224  31.64 

411.699 

-1 1  33  68.7 

488.99 

19.1 

7 

19  53  12.25 

13.963 

22    5  49.8 

91.78 

0  46.0 

7 

22  29  15.56 

11.806 

11    6  15.6 

89.87 

19.9 

8 

19  58  32.45 

13.920 

21  52  47.1 

33.43 

0  47.4 

8 

22  33  58.46 

11.706 

10  38  15.0 

78  J6 

ao.7 

9 

20    3  51.60 

13.S75 

21  39    5.0 

35.06 

0  48.8 

9 

22  38  40.35 

11.795 

10   9  57.8 

71.06 

21.4 

10 

20   9   9.66 

13.S90 

21  24  44.1 

36.67 

0  50.1 

10 

22  43  21.28 

11.886 

9  4124.6 

71.78 

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11 

20  14  26.69 

413.IS1 

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496.95 

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22  48    1.28 

411.8« 

-9  1236.3 

479.31 

22.9 

12 

20  10  42.36 

13.133 

20  54    8.4 

39.60 

0  52.8 

12 

22  52  40.39 

11.819 

8  43  33.6 

79.90 

23.6 

13 

20  24  56.97 

13.064 

20  37  54.7 

41.33 

0  54.1 

13 

22.57  18.65 

ll.8n 

8  14  17.3 

73.45 

24.3 

H 

20  30  10.37 

13.033 

20  21    4.7 

49.83 

0  55.4 

14 

23    156.11 

11.544 

7  44  48.0 

73.96 

^.0 

15 

20  35  22.55 

i9.gn 

20    3^.9 

44.31 

0  56.7 

15 

23   6  32.78 

11.619 

7  15  6.7 

74.47 

25.6 

16 

20  40  33.50 

419  090 

-19  45  38.1 

445.79 

0  57.9 

16 

23  11    8.70 

411.499 

-6  45  14.0 

474.98 

26.3 

17 

20  45  43.20 

19.878 

19  27   2.9 

47.17 

0  59.1 

17 

23  15  43.93 

11.464 

6  16  10.7 

78.38 

26.9 

18 

20  50  51.64 

I9.8» 

19   7  54.0 

48  56 

1    0.3 

18 

23  20  18.50 

11.497 

5  44  57.5 

78.75 

27.6 

19 

20  55  58.81 

19.779 

18  48  12.0 

49  99 

1     1.5 

19 

23  24  52.45 

11.499 

5  14  35.1 

76.11 

28.2 

20 

21    1    4.70 

19.719 

18  27  57.8 

61.96 

1    2.7 

20 

23  29  25.82 

11.379 

4  44    4.4 

76.44 

28.8 

21 

21    6   9.30 

419  066 

-18   7  12.1 

449.55 

1    3.9 

21 

23  33  58.65 

41IJ57 

-4  13  26.1 

478.74 

129.4 

22 

21  11  12.61 

13.619 

17  45  55.5 

63.89 

1    5.0 

22 

23  38  30.98 

11.137 

3  42  40.9 

77.91 

130.0 

23 

21  16  14.64 

19.568 

17  24    8.8 

56.06 

1    6.1 

23 

23  43   2.85 

11.919 

3  1 1  49.7 

77  J6 

30.6 

24 

21  21  15.37 

19JI04 

17    152.9 

56.96 

1    7.1 

24 

23  47  34.30 

11.308 

2  40  53.2 

77.45 

31.2 

26 

21  20  14.81 

19.450 

16  39   8JS 

67.43 

1    8.1 

25 

23  52   5.:f7 

11^67 

2  9  52.1 

77.63 

31.8 

26 

21  31  12.98 

419.397 

-16  15  56.3 

456.57 

1    9.1 

26 

23  56  36.10 

411.974 

-  1  38  47.3 

477.77 

132.4 

27 

21  36   9  87 

19.344 

15  52  17.2 

69.68 

1  10.1 

27 

0    1    6.53* 

11.969 

1    7  39.4 

77.66 

32.9 

28 

2141    5.50 

19^191 

15  28  11.9 

90.75 

1  11.1 

28 

0    5  36.70 

11.959 

0  36  29.3 

77.96 

33.5 

29 

21  45  59.86 

19.939 

15   3  41.2 

61.79 

I  12.1 

29 

0  10   6.65 

11.944 

-  0   5  17.6 

78.08 

34.0 

30 

21  50  52.99 

19.166 

14  38  46.0 

09  80 

1  13.0 

30 

0  14  36.42 

11.937 

4  0  25  54.8 

78.09 

34.6 

31 

21  55  44.89 

419.137 

-14  13  27.0 

483.77 

1  14.0 

31 

0  19   6.04 

411.989 

4  0  57   7.9 

4-78.81 

35.1 

32 

22   0  35.58 

419.067 

-13  47  45.1 

464.71 

1  14.9 

32 

0  23  35.56 

411.899 

4  1  28  18.9 

477  J8 

35.7 

DajoftheMonih. 

Itt 

eth. 
5.3 

nth. 

(fl 
6.3 

leu 

1.  9l«t  9 

lea. 

9Ut. 

Di^oftlieHoiilk. 

6th. 

lOlh. 

Uih. 

90tb. 

95th. 

Seuiidiameter  .  . 
Hor.  Parallax   .  . 

5il 

^1 
5; 

1     ^.2 
\    5.3 

£2 

5.4 

5.4 

Semidiameter 

Uor.  Farallaz 

5.6 

£3 
6.6 

Sa 

5.6 

6.7 

Xovi.*Th*fliffB  -f  ladioatea  mertk 

idooUaatloiiai  t%o  atin     ImHoatoa  ■onlh  <Unilnillf>aa 

VENUS,  1895. 


225 


OBBBNWIOH  MEAN  TIME. 

MABCH. 

APRIL. 

• 

s 

e 

AaooBsioB. 

▼•r.of 
B.A. 
fori 
Ho«r. 

Apparent 
DeeUnntioo. 

Var.of 
Decl. 
fori 
Hoar. 

Meridian 

• 

• 

ja 
«• 

a 

e 

0 

1 

AaoenaioD. 

Var.of 
R.A. 
for  1 
floor. 

Apparent 
Deolinatfon. 

▼ar.of 
I>ecL 
fori 

Hour. 

Meridian 
PiMeace. 

M—n, 

Jfo#ii. 

N99m. 

JTeoA. 

^eoM. 

ifeoA. 

Ifp9n. 

ifeoA. 

1 

km* 

0  10   6.66 

• 

-  0    5  17.6 

478.00 

1 

h    m 
134.0 

1 

h    m     • 
9  3197.01 

• 
411.794 

0     0     1* 
415    7  97.4 

444.91 

h    m 
153.1 

9 

0  14  36.49 

ll.»7 

4-  0  95  54.8 

78.09 

34.6 

9 

9  36  10.53 

IIU09 

15  39  59.7 

63  J6 

153.9 

3 

0  19   6.04 

ii.n» 

0  57    7.9 

78.01 

35.1 

3 

9  40  54.96 

11.871 

15  56   9.9 

69.41 

1  54.7 

4 

0  93  35.56 

I1.SW 

1  98  18.9 

77.96 

35.7 

4 

9  45  40.39 

11.910 

16  99  55.1 

61.41 

165.5 

6 

0  98    5.03 

I1J98 

1  59  99.0 

77.86 

36.9 

5 

9  50  96.61 

I1J49 

16  47  16.6 

06.98 

156.3 

6 

0  39  34.49 

•1-ll.SM 

4-  9  30  36.9 

■ 

477.77 

36.8 

6 

9  55  13.85 

411.989 

417  11  13.1 

469.39 

157.9 

7 

0  37    3.98 

11.930 

3    141.9 

77.64 

37.3 

7 

3   0   9.06 

19.099 

17  34  44.0 

86.94 

158.1 

8 

0  4133.54 

11.834 

3  39  4.3.4 

77.47 

37.9 

8 

3    4  51.94 

19.069 

17  57  48.5 

57.19 

1  59.0 

9 

0  46   3.90 

I1.S39 

4    3  40.4 

77.97 

38.4 

9 

3    941.39 

19.110 

18  90  95.8 

65.98 

1  59.9 

10 

0  50  33.09 

11.946 

4  34  39.1 

77.04 

39.0 

10 

3  14  39.53 

19.151 

18  49  35.3 

54.80 

9^  0.8 

II 

0  56   3.03 

4-11.966 

4-5    5  17.9 

476.78 

39.5 

II 

3  19  94.65 

419.199 

419   4  16.9 

463.69 

9    1.7 

12 

0  59  33.98 

11.966 

5  35  !S7.9 

76.49 

40.1 

19 

3  94  17.76 

19.933 

19  95  9R.0 

69.37 

9   9.7 

13 

1    4    3.81 

11.979 

6    6  99.3 

76.18 

40.7 

13 

399  11.85 

19.974 

19  46  10.1 

61.19 

9   3.6 

14 

1    8  34.67 

11.993 

6  36  53.5 

76.83 

41.3 

14 

3  34    6.99 

19.315 

90    6  91.6 

49.83 

9   4.6 

15 

1  13   5.89 

11.909 

7   7   9.0 

76.46 

141.8 

15 

3  39   9.98 

19.366 

90  96    1.9 

48fli 

9    5.6 

16 

1  17  37.51 

•H1.996 

4-7  37  15.0 

479.04 

149.4 

16 

3  44    0.00 

419.306 

490  45  10.5 

447.18 

9   6.6 

17 

199   938 

I1.SI6 

8   7  10.8 

74.61 

149.9 

17 

3  48  57.98 

19.430 

91    3  46.6 

45.89 

9   7.6 

18 

196  49.19 

11.367 

8  36  55.7 

74.14 

43.5 

18 

3  53  56.90 

19.475 

91  91  49.7 

44.43 

9   8.6 

19 

1  31  15.19 

11.389 

0   6  99.1 

73.64 

44.1 

19 

3  58  56.75 

19.513 

91  39  19.3 

43.09 

9   9.6 

«) 

1  35  48.81 

11.413 

9  35  50.1 

73.11 

44.7 

90 

4    3  57.51 

19.600 

91  56  14.5 

41.58 

9  10.7 

91 

1  40  93.09 

4-11.438 

410    4  58.1 

479.55 

45.4 

91 

4    8  59.13 

419.666 

499  19  34.7 

440.11 

911.8 

«9 

1  44  57.86 

11.465 

10  33  5^3 

71.06 

46.0 

99 

4  14    1.60 

19.691 

99  98  19.5 

99.69 

9  19.9 

23 

1  49  33.37 

11.493 

II    9  31.8 

71.34 

46.7 

93 

4  19   4.90 

19.664 

9-2  43  98.4 

97.11 

9  14.0 

94 

154    9.55 

11.699 

1 1  30  56.0 

70.68 

47.3 

94 

4  94    8.99 

19.696 

99  58   0.7 

96.66 

9  15.9 

96 

1  58  46.45 

11.6S3 

1159    4.1 

70.00 

48.0 

95 

4  99  13.89 

19.716 

93  1 1  56.0 

9189 

916.3 

96 

9   394.10 

•f  11 .686 

4-19  96  55.5 

460.98 

48.7 

96 

4  34  19.37 

419.745 

493  95  13.7 

499.44 

9  17.5 

97 

9   8   9.53 

11.618 

19  54  99.9 

68.53 

49.4 

97 

4  39  95.58 

19.779 

93  37  53.4 

39.86 

9ia6 

98 

9  19  41.75 

11.661 

13  91  44.5 

67.76 

50.1 

98 

4  44  39.49 

19.797 

93  49  54.5 

00.94 

9  19.8 

90 

9  17  91.79 

I1J66 

13  48  40.8 

66.93 

50.9 

99 

4  49  39.83 

19.890 

94    1  16.7 

97.61 

9  91.0 

30 

9  99   9.66 

11.191 

14  15  17.9 

66.09 

51.6 

30 

4  54  47.76 

19.840 

94  1 1  59.6 

96.96 

999.9 

31 

9  96  44.40 

•fll.TS? 

414  41  33.0 

466.91 

59.4 

31 

4  59  56.15 

419.850 

494  99   9.8 

494.39 

993.4 

39 

9  3197.01 

4-11.794 

415   7  97.4 

464.31 

53.1 

39 

5   5   4.95 

419.874 

494  31  96.0 

4M.63 

994.6 

0^«rtb«M«itf 

L 

Id. 

Ttk. 

19th. 

17th. 

99d. 

^.9 
6.1 

9Tth. 

D^  of  the  Month. 

lat 

•(h. 

1 
Uth. 

I6lh. 

91al. 

9ilk 

8«aiidiftinet«r  •  • 
Hor.  Pftrallai  •  . 

(C5 
5.7 

5.8 

1C7 
6.9 

6.0 

d!o 

8« 

midiameter  .  . 
Dr.  Parallax  .  • 

£1 
6.3 

1   6.4 

6.5 

e.4 

6.7 

6.8 

&7 

7.0 

Tk«aigB  fprtflstdtolhAlioarlyobMifeofdoolljuUoviiKtlofttMt 
tliiamniKinr— rfnl     The  aiipi^iiidioAtM  that  north  doolioatJ 

hat  north  deoUnatloaa  ara  laeraaeinf  and  aonth  deellaa- 
lonaare  decreaaing  and  aoath  deeUaaUoni  taoreaefnf. 

15 


226 


VENUS,  1896. 


OBBENWIOH  MEAN  TIMK. 

MAT. 

JUNE. 

. 

• 

1 

1 

AtoensioB. 

Var.  of 

B.A. 

fori 

Honr. 

▲vparent 
Dacfiatkia. 

▼ar.oT 

DecL 

fori 

Hour. 

MerMlaB 
Paaaage. 

4 
1 

1 

Aaeenakm. 

Tar.  of 
ILA. 
fori 
Hoar. 

ApparBBt 
DeenoatioB. 

Var.  of 

DeoL 

fori 

Hoar. 

MarMiM 

JToim. 

JTooA. 

JTooik 

jr«oik 

JTOOA. 

JTOOA. 

XffOOA. 

S^om. 

h   m    • 
4  59  56.15 

a 
+19.866 

C       0       M 

+24  22   9^ 

+M.89 

b    m 
223.4 

1 

h  m   a 
7  37  32.85 

a 
+19.136 

+23  54' 36.6 

-«7.94 

b      M 

258.8 

9 

5    5    4.95 

19.874      24  31  26.0 

99.63 

2  24.6 

2 

7  42  23.30 

19.070 

2:i  43  10.7 

99.39 

2  59.7 

3 

5  10  14.11 

19.888 1     24  40    8.9 

90.94 

2  25.8 

3 

7  47  12.18 

19.003 

23  31    9.4 

30.78 

3    0.5 

4 

5I5  2:).57 

19  889 

24  48  1  I.I 

19.94 

2  27.0 

4 

7  51  59.45 

11.936 

23  18  33.1 

3».99 

3    1.4 

5 

5  20  33.27 

19J08 

24  55  32.4 

17.63 

2  28.2 

5 

7  66  45.05 

11.886 

23    6  22.8 

33.63 

3   2.2 

6 

5  25  43.14 

+19.914 

+25   212.6 

+15.81 

2  29.4 

6 

8    128.95 

+11.793 

+22  6139.1 

-36.91 

3  a.0 

7 

5  30  53.12 

19.917 

25   811.4 

14.88 

2  30.6 

7 

8   6  11.10 

11.790 

22  37  22.4 

36..17 

3   3.8 

8 

5  36    3.15 

19.918 

25  13  28.8 

19.36 

2  31.9 

8 

8  10  51.49 

11.646 

22  22  33.4 

87.70 

3    4.5 

9 

5  41  13.17 

13.917 

25  18   4.6 

10.89 

2  33.1 

9 

8  15  30.07 

11.589 

22   7  12.8 

99.00 

3    5.2 

10 

5  46  23.13 

19.919 

25  21  58.6 

8.88 

234^ 

10 

820   6.80 

U.4M 

21  51  21.3 

40.98 

3    5.9 

II 

5  51  32.96 

+19.906 

+2525  10.8 

+  7.14 

2  36.5 

II 

824  41.67 

+11.413 

+21  34  59.4 

-41 J3 

3   6.5 

12 

5  56  42.59 

19.886 

25  2741.1 

6.39 

2  36.8 

12 

8  29  14.65 

11.334 

21  18   7.8 

49.75 

3   7.1 

13 

6    1  51.96 

19.864 

25  29  29.7 

3.66 

2  38.0 

13 

8  33  45.71 

11.964 

21    0  47.3 

43.94 

3   7.7 

14 

6   7    1.00 

19.868 

25  30  36.5 

1.91 

2  39.2 

14 

8  38  14.83 

11.173 

20  42  58.5 

46.11 

3   6.3 

15 

6  12   9.G4 

19.861 

25  31    1.4 

+  0.17 

2  40.4 

15 

8  42  41.99 

11.891 

20  24  42.2 

46.94 

3   8.8 

16 

6  17  17.83 

+19.830 

+25  30  44.6 

-  1.67 

241.6 

16 

8  47   7.18 

+11.006 

+20    5  59.1 

-47.35 

3    9.3 

17 

6  22  25.49 

19.807 

25  29  46.2 

9.30 

2  42.8 

17 

8  51  30.37 

10.984 

19  46  49.7 

48.49 

3   9.7 

18 

6  27  32.56 

19.781 

25  28   6.3 

6.09 

2  44.0 

18 

8  55  51.55 

10.840 

19  27  14.9 

49.47 

3  10.1 

19 

6  32  38.98 

19.763 

25  25  45.0 

6.74 

2  45.2 

19 

9   0  10.69 

10.755 

19   7  15.3 

60.49 

3  10.4 

80 

6  37  44.67 

19.791 

25  22  42.6 

8.46 

2  46.3 

20 

»*  4  27.78 

10.689 

18  46  51.8 

61.47 

3  10.7 

21 

6  42  49.58 

+19.687 

+25  18  59.3 

-10.15 

2  47.5 

21 

9   8  42.80 

+10.589 

+1826    5.0 

-68.49 

3  11.0 

•2^ 

6  47  53.63 

19.650 1     25  14  35.3 

11.84 

2  48.6 

22 

9  12  55.73 

10.495 

18    4  55.7 

63.34 

3  11.3 

23 

6  52  56.77 

19.610 

25   9  31.0 

13.59 

2  49.7 

23 

917    6.66 

10.407 

17  43  24.7 

64.93 

3  11.5 

24 

6  57  58.91 

19.568;     25    3  46.5 

16.18 

2  50.8 

24 

9  21  15.26 

10.318 

17  21  32.8 

66.09 

3  11.7 

25 

7    2  59.99 

19.593 

24  57  22.3 

16.83 

251.9 

25 

9  25  21.82 

10.998 

16  59  20.7 

56.98 

3  11.9 

26 

7    7  59.96 

+19.475 

+24  50  18.8 

-18.46 

2  52.9 

26 

929  26.23 

+10.138 

+16  36  49.1 

-56.71 

3  12.0 

27 

7  12  58.74 

19.494 

24  42  36.4 

90.07 

2  54.0 

27 

9  33  28.46 

10.047 

16  13  59.0 

67.47 

3  12.1 

28 

7  17  56.28 

19.371 

24  34  15.5 

91.88 

255.0 

28 

9  37  28.48 

9.956 

15  50  51.2 

68.19 

3  12.1 

2J> 

7  22  52.52 

19  315 

24  25  16.6 

93J94 

2  56.0 

29 

9  4126.29 

9.869 

1627  26.3 

58.88 

3  12.1 

30 

7  27  47,40 

19.967 

24  15  40.1 

94.80 

257.0 

30 

9  45  21.88 

9.769 

15   3  46.2 

68.64 

3  12.0 

31 

7  32  40.87  ,  +19.197 

+24    5  26.6 

-«.33 

2  57.9 

31 

9  49  15.22 

+  9.676 

+14  39  48.7 

-60.16 

312.0 

32 

7  37  32.85   +19.ias    +2:)  54  36.6 

1 

-97.84 

2  58.8 

32 

9  63   6.28 

• 

+  9.680 

+14  16  37.6 

-60.76 

311i) 

Day  of  the  Month. 

lak 

7M 

6ib. 

Utb. 

I6tli 

7.e 

1.  Slat.  1 

1    8.1 

6th. 

Slat. 

D»7orthelCoath. 

6th. 

10th. 

16th.  < 

lOfeh. 

36 

tb. 

SOih. 

Sei 
Ho 

nidiameter  •  . 
r.  Parallax  •  . 

f.l 
7.4 

f3 
74> 

^0 
8.3 

($!3 
8.6 

Semi  diameter  •  • 
Hor.  Parallax  •  . 

9.0 

)     9.3 

9';4 

9.8 
10.2 

1( 

li 

{'.3 
).7 

WSL 

VcmL^TlM  sigB  -f  iadioaiM  aonh  dodinatioosf 

• 

« 

VENUS,  1895. 


227 


GREENWICH  MEAN  TIME. 

JULY. 

AUGUST. 

• 

a 

8 

% 

e 
1 

AMAiuion. 

V»r.«f 
R.A. 
for  1 
Hoar. 

ApMirent 
DMltnuUon. 

▼•r.of 

Decl. 
fori 
Honr. 

Meridian 

4 
1 

e 

I 

1 

AiioenaioD. 

Var.of 
RA. 
fori 
Hoar. 

Apparent 
Doeltnailon. 

Vv.of 
l>ecl. 
fori 
Hour. 

IC*ridiaa 
PMMga. 

^<0#M. 

JTma. 

n99%* 

J»^^I4» 

S—n, 

^Mm. 

ivooa. 

ifoon. 

b    ni     • 
0  49  15.99 

• 
ff.f75 

O      t        tt 

414  39  48.7 

1* 

-99.10 

b    in 
3  19.0 

b    m     • 
1199    5.49 

• 
46.199 

O            «              M 

41  91    9.0 

-69.19 

k    m 
9  49.5 

9 

9  53    6.98 

9.580 

14  15  37.6 

99.19 

3  11.9 

9 

II  31  30.59 

5.998 

0  56    0.8 

99.59 

9  48.0 

3 

9  56  55.06 

9.485 

13  51  19.7 

01.91 

3  11.8 

3 

II  33  51.88 

5J94 

0  31    5.6 

99.91 

9  46.4 

4 

10    0  41.55 

9.989 

13  96  34.7 

01.84 

3  11.7 

4 

1136   9.15 

5.699 

40   6  94.6 

91.49 

9  44.8 

5 

10    4  95.73 

9J99 

13    1  44.4 

99.94 

3  11.5 

5 

1138  99.99 

5.400 

-0  18    1.9 

99.74 

9  43.1 

6 

10    8   7.57 

49.199 

419  36  49.6 

-9i.80 

3  11.3 

6 

II  40  31.17 

46.900 

-0  49  10.5 

-99.99 

9  41.3 

7 

10  1 1  47.07 

9.090 

19  II  30.1 

99.fl 

3  II.O 

7 

1 1  49  3.5.66 

5.099 

1    6   9.9 

59.96 

9  30.4 

6 

10  15  94.19 

9.907 

1 1  46   7.7 

69.03 

3  10.7 

8 

1 1  44  35.60 

4.991 

1  99  34.8 

58.44 

9  37.4 

9 

10  18  58.94 

8.997 

II  90  36.1 

04.00 

3  10.3 

9 

1 1  46  30.86 

4.708 

1  59  47.9 

57.57 

9  35.4 

10 

10  99  31.98 

8.797 

10  54  56.0 

64.94 

3   9.8 

10 

II  48  91.98 

4.497 

9  15  37.9 

56.64 

9  3:1.3 

II 

10  96    1.91 

48.000 

410  99   8.9 

-64.04 

3   9.3 

II 

II  50   6.71 

44.900 

-9  38   5.6 

-55.65 

931.1 

19 

10  99  98.70 

8.594 

10    3  13.5 

64.91 

3   8.8 

19 

1 1  51  46.98 

4.008 

3   0   8.8 

54.69 

9  98.8 

13 

10  39  53.73 

9.491 

9  37  19.5 

09.16 

3   8.3 

13 

II  53  91.99 

9.849 

3  91  45.9 

59.48 

9  96.4 

14 

10  36  16.97 

8.987 

9  11    6.0 

05.98 

3   7.7 

14 

11  54  51.35 

9.009 

3  49  55.4 

99.99 

9  93.9 

15 

10  39  36.30 

%M\ 

8  44  54.8 

09.56 

3   7.1 

15 

11  56  15.09 

9.998 

4    3  35.6 

51.94 

991.4 

16 

10  49  5.T77 

46.174 

4  8  18  39.6 

-65.79 

3   6.5 

16 

1157  39.97 

49.119 

-4  93  44.6 

-49.71 

9  18.8 

17 

10  46   8.67 

8.000 

7  5991.3 

95.88 

3   5.8 

17 

1 1  58  44.78 

9J99 

4  43  90.6 

49.99 

9  16.1 

18 

10  4990.95 

7.958 

7  96   0.7 

95.99 

3   5.1 

18 

1 1  5!)  50.30 

9.507 

5   9  91.8 

49.79 

913.9 

19 

10  59  30.57 

7.845 

6  59  38.5 

95.95 

3   4.3 

19 

19   0  49.36 

9.989 

5  90  45.9 

45.99 

9  10.9 

90 

10  55  37.48 

7.731 

6  33  15.7 

95.96 

8   3.5 

90 

19    1  41.75 

9.041 

5  38  30.9 

49.89 

9   7.1 

91 

10  58  41.64 

47.015 

4  6   659.8 

-65.94 

3   9.6 

91 

19   9  97.96 

41.759 

-6  55  34.4 

-41.74 

9   3.9 

99 

II     149.98 

7.400 

5  40  30.8 

95.99 

3    1.7 

99 

19   3   5.70 

1.459 

6  1 1  54.0 

99.99 

9   0.7 

93 

II    4  41.44 

7.975 

5  14  10.6 

69.78 

3   0.7 

93 

19   3  36.84 

1.149 

697  97.3 

97.88 

157.3 

94 

II    7  36.96 

7J5i 

4  47  53.9 

05.05 

9  59.7 

94 

19   4    0.47 

9J99 

6  49  11.6 

95.79 

153.7 

9S 

II  10  99.46 

7.194 

4  91  39.5 

09.48 

9  58.6 

95 

19   4  16.40 

9.599 

6  56   4.9 

njsb 

150.0 

96 

II  13  18.86 

49.999 

4  3  55  30.5 

-95.97 

9  57.4 

96 

19    4  94.50 

46.179 

-7    9   9.7 

-81.99 

146.9 

97 

II  16    5.10 

0.900 

3  99  97.0 

09.09 

9  56.9 

97 

19   4  94.!i9 

-9.165 

7  91    4.9 

90.89 

1  49.3 

98 

11  18  48.08 

6.799 

3  3  30.1 

94.79 

9  55.0 

98 

19   4  16.56 

9.997 

7  39   6.0 

88.99 

138.9 

99 

119197.71 

9.500 

9  37  40.8 

94.98 

9  53.7 

99 

19    4    0.98 

9JQ8 

7  49   5.1 

89.01 

134.0 

30 

1194    3.89 

9.494 

919   0.9 

64.99 

9  59.4 

30 

19   3  35.67 

1.900 

7  50  58.6 

00.88 

199.6 

31 

1196  36.49 

49.999 

4  1  46  99.9 

-69.57 

9  51.0 

31 

19   3   9.67 

-1.559 

-7  58  43.6 

-17  JO 

I9S.I 

39 

1199   6.49 

46.198 

4  1  91    9.0 

-69.10 

• 

9  49.5 

39 

19   991.99 

-1.909 

-8   5  17.8 

-14J0 

190.5 

Di 

ijoflboMMitk. 

•th. 
Hi 

16tb. 

Uth. 

t6th. 

95th. 
15.1 

86th. 

I.<6 
16^ 

DajoriboMoBtb. 

4tk 

,    9tb. 

tOtb. 

19th. 

94th. 

89th. 

8« 
He 

nidUmeter   •  • 
^.  FarmiUi    •  . 

^    l*Xl 

)    133 

isf.8 
13.3 

1^7 
Mil 

Samidiameter  •  . 
Hor.  Parallax    •  . 

MA 

\  i($!i 

1    188 

19.6 
90.3 

9r.3 

99.0 

9f0 
93.9 

94''.9 

ioa»M«d«orMi 

aio 

,    Th 

•itrlrol 
ettgm- 

-tadloi 

rdooii 

At 

fetoa 
aor 

iladioi 
tbdaol 

kt«a( 
lioat 

Uia»  aorthdadl 
list  ara  dooTM 

laall 
alag 

ooaa 

and 

ralsora 

MKttbdl 

•atnf  a 
Msllaaftt 

adaoi 

oaahi 

itli 

on 

laaii 

tltaa- 

1 

I 


228 


VENUS,  1895. 


GREENWICH  MEAN  TIME. 

BEPTEMBBB. 

OCTOBER. 

i 

1 

Appareoi 
AscftiLsion. 

Vw.of 

R.A. 

fori 

Hoar. 

Apparent 
Declination. 

Tar.of 

DecL 

fori 

Hoar. 

Meridian 
Paaaage. 

• 

1 

Aaoenaion. 

▼ar.of 
B.A. 
ftrrl 
Hoar. 

Apparent 
DecUnatioo. 

Var.of 

Ded. 

fori 

Hoar. 

MerMiaa 
Paa^iCe. 

J^oon. 

Noon. 

JrOOM. 

Noon, 

Xocm. 

Soon, 

Noon. 

Noon. 

h    m     8 
12    2  21.29 

-1.900 

o      #      «# 

-8   6  17.8 

It 
-14.90 

h    m 
120.5 

1 

h    m    a 
II  10  35.66 

m 
—9.560 

O      t       u 

-2  26  57.2 

m 
447.94 

h    » 
22  26.1 

2 

12    1  31.54 

9.947 

8  10  38.4 

11.79 

1  15.7 

2 

II    9  38.40 

1.901 

3   8  18.2 

45.97 

22  21.4 

3 

12    0  33.51 

9.58t< 

8  14  43.1 

8.58 

1  10.8 

3 

11    8  50.07 

1.896 

1  50  12.1 

44.50 

22  16.8 

4 

1 1  59  27.37 

9.999 

8  17  29.4 

5.96 

1    5.8 

4 

11    8  10.82 

1.444 

1  32  43.5 

49.85 

22  12.4 

5 

1158  13.31 

3.948 

8  18  55.8 

-1.91 

1    0.6 

5 

11    7  40.77 

1.060 

1  15  56.2 

41.05 

22    8.1 

6 

II  56  51.57 

-3.561 

-8  19   0.4 

4-1.53 

0  55.3 

6 

11    7  19.95 

-0.674 

-0  59  53.7 

430.19 

22    3.9 

7 

1155  22.46 

3.859 

8  17  42.0 

6.01 

0  49.9 

7 

II    7   8.40 

-0.989 

0  44  39.2 

37.07 

21  59.9 

6 

1 1  53  46.40 

4.141 

8  14  59.6 

8.59 

0  44.4 

8 

11    7   6.07 

40.003 

0  30  15.0 

34.99 

21  56.1 

9 

II  52   3.81 

4.403 

810  53.1 

19.03 

0  38.8 

9 

11    7  12.85 

0.470 

0  16  43.3 

99.70 

21  52.4 

10 

11  50  15.23 

4.649 

8   522.5 

15.59 

0  33.1 

10 

II    7  28.62 

0.8O 

-0   4    5.7 

30.49 

21  48.9 

II 

114821.18 

-4.855 

-7  58  28.3 

4-18.96 

0  27.3 

II 

II    753.25 

4-1.907 

40    7  36.6 

498.00 

21  45.5 

12 

1 1  46  22.34 

5.049 

750  11.8 

93.38 

0  21.4 

12 

II    8  26.55 

1.565 

0  18  22.2 

95.79 

21  42.2 

13 

11  44  19.33 

6.900 

7  40  34.8 

95.68 

0  15.4 

13 

11    9   8.32 

1.014 

0  28  10.8 

93.33 

21  39.1 

14 

11  42  12.93 

5.306 

7  29  :U).8 

98.87 

0   9.3 

14 

II    9  58.34 

1.953 

037   2.1 

90.94 

21  .36.1 

15 

1140    3.91 

ft.419 

7  17  30.0 

31.91 

5  0    i.i 

15 

1 1  10  56.40 

9.589 

0  44  55^ 

19.55 

21  33.2 

16 

1 1  37  53.08 

-6.478 

-7    4    9.1 

4-34.78 

23  51.0 

16 

II  12   2.25 

49.009 

40  51  52.3 

416.16 

2130.5 

17 

11  35  41.21 

5.503 

6  49  41.6 

37.46 

23  44.9 

17 

II  13  15.64 

8.911 

0  57  51.5 

13.78 

2127.9 

18 

II  33  29.15 

5.499 

6  34  12.5 

39.93 

23  38.B 

18 

II  14  36.31 

3.610 

1    2  54.0 

11.43 

2125.5 

19 

11  31  17.81 

5.446 

6  17  46.9 

49.18 

23  32.7 

19 

II  16    4.02 

0.796 

1    7   0.4 

9.11 

2123.2 

20 

II  29   8.00 

5.364 

6    0  30.0 

44.16 

23  26.7 

20 

11  17  38.52 

4.070 

1  10  11.5 

6.89 

21  21.0 

21 

11  27   0.57 

-5.948 

-5  42  28.5 

•M5.86 

23  20.7 

21 

11  19  19.58 

44.344 

41  12  27.8 

4  4.56 

21  18.8 

22 

1 1  24  56.30 

5.099 

5  23  50.1 

47.96 

23  14.8 

22 

1121    6.95 

4.609 

1  13  50.3 

9.34 

21  16.7 

23 

1 1  22  56.02 

4.917 

5    4  40.8 

48.41 

23   9.0 

23 

1123   0.39 

4.860 

1  14  19.9 

4  0.15 

21  14.8 

24 

1121    0.45 

4.706 

4  45   8.0 

46.95 

23   3.2 

24 

1 1  24  59.66 

6.068 

1  13  57.6 

-9.00 

21  12.9 

25 

11  19  10.31 

4.466 

4  25  18.5 

46.79 

22  57.5 

25 

1127    4.54 

6.317 

1  12  44.2 

4.11 

21  II. 1 

26 

11  17  26.24 

-4.901 

-4    519.7 

450.04 

22  52.0 

26 

1129  14.80 

46.537 

41  10  40.8 

-0.17 

21    9.4 

27 

II  15  48.83 

3.910 

3  45  18.1 

50.01 

22  46.6 

27 

113130.27 

6.750 

1    7  48.4 

6.10 

21    7.8 

28 

II  14  16.62 

3.601 

3  25  20.6 

49.70 

22  41.3 

28 

1133  50.74 

5.954 

1    4    8.1 

10.17 

21    6.9 

29 

II  12  56  09 

3.979 

3    5  34.0 

46.13 

22  36.1 

29 

1136  16.00 

0.150 

0  59  40.8 

19.10 

21    4.7 

30 

II  11  41.65 

9.997 

2  46   4.3 

48.36 

22  31.0 

30 

1 1  38  45.87 

0.3M 

0  54  27.6 

19.99 

21    3.4 

31 

II  10  35.66 

-9.569 

-2  26  57.2 

4^.94 

22  26.1 

31 

114120.16 

40.510 

40  48  29.6 

-15.83 

21    2.1 

32 

II    9  38.40 

-9.901 

-Q   8  18.2 

•H6J7 

22  21.4 

32 

1 1  43  58.71 

• 

4«.099 

40  41  48.0 

-17.63 

21    0.8 

Day  of  the  Month. 

Id. 

8th. 

18th. 

18th 

9ld. 

98th. 

Day  of  the  Month. 

td. 

8th. 

10th. 

18th. 

38d. 

38Ui. 

Semidiametar.  . 
Hot.  Parallax .  . 

2^.8 
27.7 

28.4 
29.4 

29.7 
30.7 

3rf!3 
313 

30"! 
31.2 

2^:3 

30.3 

Semidimineter  .  . 
Hor.  Parallax   .  . 

2/.S 
28.1 

)  2^.1 
)  27.1 

24'!3 
25JS 

23.3 

2d!8 
21.6 

1^.3 
20.0 

H0TB.~Th4 

1  algB  +  indloatea  north  dedinatUmat 

the  den — ftidloatea  aoofth  daollMiftloM. 

VENtJS,  1896. 


229 


in 

1 

GBBBNWIOH 

BAN  Tnra. 

NOYEMBKR. 

DECEHBEK. 

4 

^igy* 

Tar.«r 
B.A. 

How. 

AppOTCBt 

DoeUiMtloB. 

DooL 

fori 

Hou. 

MoridlM 

1 

t 

AooonoioB. 

Tar.oT 

B.A. 

Ibrl 

Hov. 

Apporaot 
Dooitnorton. 

Tar.of 

DmL 

fori 

Hour. 

MerldlMi 
Pmmmio. 

IvifOII* 

Wmm, 

jr»m. 

909m. 

JfaM. 

JTaM. 

V99m, 

Hmm. 

1 

11     B      • 

II  43  58.71 

m 
•H.6M 

O        #         M 

40  4148.0 

m 
-17.83 

91    0.8 

1 

13  95  51.54 

• 
4  8.785 

9      t       10 

-6  4193.0 

$$ 
-4040 

h   m 
90  46.6 

9 

II  46  41.35 

fjsa 

0  34  93il 

19  J8 

90  69.6 

13  99  47.19 

8453 

7    1  11.0 

4048 

90  45^ 

3 

1 1  49  97.99 

iMm 

0  96  18.3 

91.88 

90  58.5 

13  83  44.45 

8.989 

7  91    7.6 

68.08 

90  45.5 

4 

II  59  18.97 

7.174 

0  17  39.5 

m73 

90  57.4 

13  87  43.31 

9488 

741  11.8 

6848 

90  45.6 

5 

1155  19.95 

7.9n 

40   8  7^ 

91.33 

90  66.4 

18  4143.76 

18488 

8    199.6 

8848 

90  45.7 

6 

1 1  58   9.71 

•I-7.4M 

-0    154.9 

-9548 

90  65.5 

18  45  45.78 

418.117 

-89180.1 

-68.79 

90  46.8 

7 

19    1  10.59 

7.fll 

0  19  34.3 

9748 

90  54.6 

18  49  49.36 

18.181 

8  49   0.3 

8848 

90  46.0 

8 

19    4  14.53 

7.738 

0  93  49.1 

9844 

90  53.8 

13  53  54.47 

18.945 

9   9  95.0 

5148 

90  46.1 

9 

19   7  91.63 

7JS6 

0  35  38.9 

3944 

90  53.0 

1868    l.ll 

18408 

9  99  59.3 

61.18 

90  46.3 

10 

19  10  31.69 

7.»7» 

048   0.4 

3148 

90  59.3 

10 

U   9  9.98 

18419 

9  4391.9 

6140 

90  46^ 

11 

19  13  44.60 

4e.M6 

-1    0  54.6 

.-«48 

90  51.6 

II 

14   6  18.96 

418.434 

-10   850.8 

-6143 

90  46.7 

19 

19  17    0.95 

9SM 

1  14  19.4 

34.18 

90  51.0 

19 

U  10  30.13 

18.408 

10  94  90.1 

6148 

90  46.9 

13 

19  90  18.53 

•.316 

1  98  13.6 

35.39 

90  60.4 

13 

14  14  49.79 

18468 

10  44  48.0 

61.19 

90  47.9 

11 

19  93  39.34 

8.418 

149  36.1 

3841 

90  49.8 

14 

14  18  56.93 

18480 

II    513.6 

61.90 

90  47.5 

15 

1997   9.58 

*8^18 

1  57  95.8 

3748 

90  49.8 

15 

14  93  19.54 

18481 

1 1  95  35.9 

6844 

90  47.9 

16 

19  30  98.17 

•^8.814 

-9  19  41.5 

-3848 

90  48.8 

16 

14  97  99.60 

418.741 

-1145  53.9 

-6944 

90  48.3 

17 

19  33  56.09 

8.787 

9  98  99.0 

39.88 

90  48.4 

17 

14  31  48.11 

18489 

19   6   6.7 

60.41 

90  48.7 

18 

19  37  96.07 

8.797 

9  44  96.9 

4848 

90  4&0 

18 

14  36   8.08 

18488 

19  96  13.4 

50.14 

90  49.1 

19 

19  40  58.96 

8JN 

3   0  53.0 

4147 

90  47.6 

19 

14  40  99.60 

18488 

19  46  18.1 

4043 

90  49.5 

90 

19  44  39.50 

8.980 

3  17  41.4 

41.48 

90  47.8 

90 

14  44  59.36 

18489 

18   6   4.8 

40.40 

90  49il 

91 

19  48    8.74 

49.851 

-3  34  50.3 

-4348 

90  47.0 

91 

14  49  16.66 

411.00 

-18  96  47.7 

-40.09 

90  50.4 

9a 

19  51  46.09 

9.131 

8  59  18.6 

44.87 

90  46.7 

99 

14  53  49.39 

11.108 

13  45  90.9 

4040 

90  60.9 

93 

19  55  96.99 

9JQ8 

4  10   5.3 

4441 

90  46.5 

93 

14  58   9.56 

11.189 

14    4  43.4 

4040 

90  51.6 

94 

19  59    8.99 

9.985 

4  98   9.4 

4841 

90  46.3 

94 

15   9  38.17 

11409 

14  93  54.4 

47.70 

90  59.1 

95 

13   9  59.67 

9.360 

4  46  990^ 

48.18 

90  46.1 

95 

16   7    8.90 

11480 

14  49  59.9 

47.17 

90  59.7 

96 

13  6  38.90 

49.434 

-5   5   5.9 

-4841 

90  45.9 

96 

15  1189.68 

411440 

-15    138.9 

-4848 

90  53.3 

97 

13  10  95.48 

9.508 

5  93  56.4 

4748 

90  45.8 

97 

15  16  19.60 

11. 419 

15  90   9.5 

45.08 

90  53.9 

98 

13  14  14.47 

9.577 

5  43   0.3 

4748 

90  45.7 

98 

15  90  46.96 

11.408 

15  38  95.7 

4545 

90  54.5 

99 

13  18   5.16 

9447 

6   9  16.7 

48.43 

90  45.6 

99 

15  95  99.75 

11481 

15  56  96.1 

44.87 

90  55.9 

30 

13  9157.59 

9.718 

6  9144.6 

48.88 

90  45.6 

30 

15  99  59.98 

11481 

16  14    9.7 

4348 

90  55.9 

31 

13  9551.54 

49.785 

-6  4193.0 

-4948 

90  45.5 

81 

15  34  38.63 

411440 

-16  31  35.8 

-4341 

90  56.6 

39 

13  99  47.19 

49.853 

-7    1  11.0 

-4948 

90  45.5 

89 

15  39  18.71 

• 

411480 

-16  48  43.5 

-48.49 

90  57.8 

D^j  •€  Ik*  HobUi. 

Sd. 

Tlh. 

ntk. 

ITlk. 

M4. 

tlUL 

DoyoTllioHoBU. 

fd. 

Tib. 

Ittk. 

iTa 

1.  Old.  1 

I7UI. 

394. 

9.6 

8«nidianiet«r 
Hot.  Parallai 

•  • 

•  • 

I7i 

I8i 

)    1^7 
^    I7il 

1^^ 

16.1 

15.1 

l£7 
14Ji 

isTo 

134 

Somidiametor  .  • 
Hor.Parmllax    .  . 

i£i 

19.6 

ir.6 

19.0 

ir.o 

11.4 

icfi 

lOi 

»  kT.o 

}  10.4  1 

0J> 

4  to  lb*  kMily  •hMff*  of dMllMMM  latfMtet 
riBf.    TlMilCB  — ladSoMoolhMaorUdooltm 

IhM  Mrtli  AoeltefttkNM  1 
hiosoora  d«er— ■iag  ood 

irolaBriiaaloKonJ  oooO  8t>llM 
oosfth  daclJuiioiulBoroMtoc. 

230 


MAES,  1895. 


OBEBNWIOH  MEAN  TIME. 

JANUARY. 

FEBBUABT. 

• 

1 
1 

1 

Apparent 

lUgbt 
Asoonaiun. 

Var.  of 

R.A. 

fori 

Huor. 

Apparent 
DeoUnation. 

Var.  of 

DeeL 

fori 

Hoar. 

Meridian 
Passage. 

4 

*5 

Ascension. 

Var.  of 

R.A. 

fori 

Hoar. 

Apparent 
DeoUnation. 

Var.  of 
DeeL 
ftarl 

Hoar. 

Mer«£ni 

Nocn. 

Noon, 

Noon. 

Noon. 

o 

t 

1 

Noim. 

Noon. 

Noon. 

Noon. 

h    m     B 
1  51  49.07 

s 
+3.675 

Oil! 

412  37  43.6 

493.66 

h   m 
7    7.5 

h   m    s 
9  47   2.24 

s 
45.103 

o     »      u 
417  36   8.2 

493.78 

h     m 
6    0^ 

9 

1  53  18.02 

3.7  aft 

12  46  58.8 

93.91 

7    6J 

2 

2  49   6.16 

6.138 

17  45  37.3 

93.85 

6  56.9 

3 

1  54  48.41 

3.796 

12  56  17.7 

93.36 

7    2.7 

3 

2  61    8.90 

6.179 

17  55    3.8 

«^ 

6  57.0 

4 

1  56  20.21 

3.8M 

13    6  40.1 

93.50 

7    0.3 

4 

2  63  13.44 

8.906 

18    4  27.4 

93.49 

6  55.9 

5 

1  57  53.38 

8.911 

13  16   6.6 

93.63 

6  57.9 

6 

2  55  18.77 

8.936 

18  13  48.1 

98.39 

6  53.3 

6 

1  59  27.90 

4-3.966 

413  24  33.9 

493.74 

6  55.5 

6 

2  67  24.89 

48.970 

418  23   6.6 

4«3.17 

5  51.5 

7 

2    1    3.73 

4.090 

13  34    4.9 

98.84 

6  53.2 

7 

2  69  31.77 

5.309 

18  32  19.9 

93.83 

649.7 

8 

2   2  40.85 

4.073 

13  43  38.4 

83.93 

6  50.9 

8 

3    1  39.40 

8.3» 

18  4130.7 

99.88 

6  47.9 

9 

2    4  19.22 

4.195 

13  53  14.0 

M.01 

6  48.6 

0 

3    3  47.77 

8.364 

18  50  37.8 

99.79 

6  46.1 

10 

2    5  58.83 

4.176 

14    251.5 

94.09 

6  46.3 

10 

3   5  66.87 

8.394 

18  59  41.2 

99.56 

644^ 

11 

2    7  39.64 

44.999 

414  12  30.7 

494.16 

6  44.1 

11 

3   8   6.69 

48.464 

419   8  40.7 

499.39 

6  49.5 

19 

2   9  21.63 

4.973 

1422  11.3 

94.99 

641.8 

12 

3  10  17.19 

5.453 

19  17  36.0 

99.91 

6  40.7 

13 

2  1 1    4.77 

4.991 

14  31  53.3 

94.97 

6  39.6 

13 

3  12  26.4% 

8.488 

19  26  27.0 

99.03 

6  39.0. 

M 

2  12  49.05 

4.368 

14  41  36.3 

94.31 

6  37.4 

14 

3  14  40.31 

5.511 

19  35  13.8 

91.85 

6  37.9 

15 

2  14  34.45 

4.414 

14  61  20.2 

94.34 

6  35.2 

15 

3  16  62.90 

5.539 

19  43  66.1 

91.67 

6  35.5 

16 

2  16  20.94 

+4.460 

415    1    4.7 

494.37 

6  33.1 

16 

3  19   6.17 

45  667 

4-10  52  33.9 

491.48 

6  33.8 

17 

2  18    8.51 

4.805 

15  10  49.8 

94.39 

6  30.9 

17 

3  21  20.12 

5.585 

20    1    6.9 

91.98 

639.1 

16 

2  19  57.15 

4.549 

15  20  35.2 

94.40 

6  28.8 

18 

3  23  34.74 

5.693 

20   9  36.1 

91.08 

6  30.4 

19 

2  21  46.84 

4.593 

15  30  20.8 

94.40 

6  26.7 

19 

3  25  50.01 

5.650 

20  17  68.3 

90.87 

5  28.7 

20 

2  23  37.58 

4.636 

15  40    6.4 

94.39 

6  24.6 

20 

3  28    5.93 

5.677 

20  26  16.4 

90.65 

5  27.0 

21 

2  25  29.34 

f4  678 

415  49  51.8 

494.38 

6  22.5 

21 

3  30  22.50 

45.704 

420  34  29.3 

490.49 

5  25.4 

22 

2  27  22.11 

4.719 

15  59  36.8 

94.36 

6  20.5 

22 

3  32  39.72 

5.730 

20  42  36.8 

90.19 

6  23.7 

23 

2  29  15.88 

4.760 

16    9  21.3 

94.33 

6  18.4 

23 

3  34  57.54 

5.756 

20  50  38.8 

19.96 

6  22.1 

24 

2  31  10.63 

4.801 

16  19    5.2 

94.30 

6  16.4 

24 

3  37  16.00 

5.789 

20  58  35.1 

19.73 

5  20.4 

25 

2  33    6.35 

4.841 

16  28  48.1 

94.96 

6  14.4 

25 

3  39  35.07 

5.807 

21    6  25.7 

19.49 

5  18.8 

26 

2  35    3.03 

•H.881 

416  38  30.0 

494.99 

6  12.4 

26 

3  41  54.74 

45.839 

421  14  10.4 

419.91 

6  17.9 

27 

2  37    0.64 

4.990 

16  48  10.6 

94.17 

6  10.4 

27 

3  44  15.01 

5.856 

21  21  49.0 

18.98 

6  15.6 

28 

2  38  59.17 

4.956 

16  57  49.8 

94.11 

6    8.5 

28 

3  46  35.87 

5.880 

2129  21.6 

18.79 

6  14.0 

29 

2  40  58.62 

4.995 

17    7  27.4 

94.04 

6    6.5 

29 

3  48  57.29 

5.904 

21  36  47.6 

18.45 

6  12.4 

30 

2  42  58.97 

5.039 

17  17    3.1 

93.96 

6    4.6 

30 

3  51  19.27 

8.987 

21  44    7.2 

18.18 

6  10.9 

31 

2  45   0.18 

45.068 

417  26  36.8 

493.86 

6    2.7 

31 

3  53  41.79 

48.949 

421  61  20.2 

417.90 

6   9.3 

32 

2  47    2.24 

46.103 

417  36   8.2 

493.76 

6    0.8 

32 

3  56    4.84 

45.971 

421  68  26.6 

417.81 

6   7.8 

Day  of  the  Month. 

•.     8th. 

^!8    ^J> 
10.2    9.7 

10th. 

^:3 

9J2 

15t)] 

8.t 

1.90th.  9 

1    4!8 
1    8.4 

tftth. 

SOth. 

Daj  of  the  Month. 

4th. 

9th. 

14th. 

19th. 

34th. 

Sei 
Ho 

nidiameter  •  . 
r.  Parallax    •  . 

8.0 

It 
4.4 

7.7 

Semidiameter    •  •  •  •  • 
Hor.  Parallax 

12 
7.4 

^.0 
7.1 

i.8 

6.8 

i.7 
6.6 

S.6 
6.3 

KoTB.— Thesiga  +  indioatoa north  deoUaatiooat  the  aign  —  iadieateaeonth  dedtnatloM. 

MARS,  1895. 


231 


OBBBNWIOH  MBAK  TIME. 

MABCH. 

APRHi. 

4 
8 

A«oi«akm. 

Var.of 
R.A. 
fori 
Host. 

ApparMi 

DMlteatloB. 

Tar.  or 

DecL 

Ibrl 

Hov. 

Maridlaa 

1 

^ficsr 

Tar.aT 
R.A. 
fori 
Hoar. 

ApparMrt 
DeoUaalkm. 

Tar.  of 

DmO. 

fori 

Hoar. 

Meridian 

ntrni. 

JTma. 

K99ti» 

Nmm, 

J^OMI. 

iTaoii. 

V9m. 

JIToom. 

1 

b    m    • 
3  48  57.90 

• 
46.9M 

O        #         M 

491  36  47.6 

m 
410.45 

b     B 

6  19.4 

\ 

baa 

6   6  61.94 

a 
40.447 

9     1      m 

494  94  59  4 

m 
40.00 

b    Bi 
4  97.9 

fi 

351  1997 

Mm 

91  44    7.9 

10.10 

5  100^ 

9 

6   8  96.07 

0.4B0 

94  98   8.5 

700 

4  95.9 

3 

3  5:141.79 

6.M9 

91  61  90.9 

I7J0 

6   9.3 

3 

6  11    1.17 

0.470 

94  31    a3 

7.30 

4  94.6 

4 

3  56    4.84 

6J71 

9168  96.6 

17  Jl 

6   7.8 

4 

613  36.59 

0.460 

94  33  68.6 

OJO 

4  93.9 

6 

3  58  98.49 

6.M1 

99   696.0 

17.30 

6   6.9 

6 

616  19.19 

0.460 

94  36  39.6 

0.50 

4  91.8 

6 

4    0  69.50 

-H.014 

499  19  18.6 

417.03 

5   4.7 

6 

6  18  47  J6 

40.460 

494  39  10.8 

40.10 

4  90.4 

7 

4    3  17.09 

•.016 

99  19   3.9 

10.74 

6   3.1 

7 

6  91  94.00 

0J07 

94  41  39.6 

5.79 

4  10. 1 

8 

4    6  49.16 

#.085 

99  96  49.1 

10.44 

6    1.6 

8 

6  94    0.97 

0.510 

94  43  44.6 

5.39 

4  17.7 

0 

4    8    7.79 

0.075 

99  39  13.1 

10.14 

6   0.1 

9 

6  96  36.76 

OJM 

94  46  47.0 

4J0 

4  16.4 

10 

4  10  33.74 

O.0M 

99  38  36.6 

15.03 

4  58.6 

10 

6  99  13.49 

0.530 

94  47  39.7 

AM 

4  16.1 

II 

4  13    0.94 

40.113 

499  44  59.6 

415.51 

4  67.1 

II 

6  31  60.98 

♦0.546 

494  49  99.7 

44.00 

4  13.7 

l« 

4  15  97.19 

0.190 

9951     1.0 

15.10 

4  56.6 

19 

634  97.39 

0.547 

94  60  55.9 

3.06 

4  19.4 

13 

4  17  54.68 

0.151 

99  57    1.7 

14.00 

4  54.1 

13 

637   4.66 

0554 

94  59  19.3 

3.97 

4  II. 1 

14 

4  90  99.41 

0.100 

93   9  54.6 

I4A3 

4  59.7 

14 

63041.94 

0.501 

94  63  39.8 

9J0 

4    9.8 

16 

4  99  50.68 

0.107 

93   8  39.7 

14J0 

4  61.9 

16 

6  49  19.49 

0J06 

94  54  36.5 

9.45 

4    8.6 

16 

4  95  19.38 

•I4JM5 

493  14  16.8 

413.07 

4  49.7 

16 

6  44  67.19 

40J94 

494  55  30.9 

49.04 

4    7.9 

17 

4  97  48.50 

O.SIi 

93  19  45.9 

13.54 

4  48.3 

17 

6  47  36.06 

0.500 

94  56  14.0 

1J9 

4    6.9 

18 

4  30  18.03 

O.S» 

93  95    6.8 

13J0 

446.8 

18 

6  60  13.05 

0.500 

94  66  47.8 

1.91 

4    4.6 

19 

4  39  47.98 

0.960 

93  30  19.5 

10.05 

4  45.4 

19 

659  51.18 

0.500 

94  67  11.7 

9.79 

4    3.3 

90 

4  36  18.33 

0J73 

93  35  93.9 

19.50 

4  43.9 

90 

6  65  99.44 

%jm 

94  67  95.5 

-^Jgl 

4    9.0 

91 

4  37  49.08 

^%sm 

493  40  19.9 

419.15 

4  49.6 

91 

668   7.89 

40.069 

494  67  99.3 

-4.65 

4    0.7 

99 

4  40  90.99 

0.300 

93  45   7.6 

11.00 

4  41.1 

99 

6   0  46.39 

0.099 

94  57  93.0 

0.47 

3  59.4 

93 

4  49  61.75 

0.3B9 

93  49  46.5 

11.45 

4  39.7 

93 

6   3  94.99 

0.010 

94  57    6.6 

0J6 

3  58.1 

94 

4  45  93.65 

0.337 

93  54  16.9 

11.00 

4  38.3 

94 

6   6   3.61 

0.014 

94  56  40.9 

1.31 

3  56.8 

96 

4  47  56.99 

0.3Bt 

93  58  38.6 

10.73 

4  36.9 

96 

6   8  49.38 

0.017 

94  66    3.6 

1.73 

3  55.6 

96 

4  60  98.66 

•M.307 

494    9  61.3 

410.30 

4  35.6 

96 

6  1191.99 

40J96 

494  56  16.9 

-9.15 

3  54.9 

97 

4  63    1.53 

0.311 

94    6  55.3 

0.90 

4  34.1 

97 

6  14    0.19 

0069 

94  54  90.0 

9.50 

3  59.9 

98 

4  65  34.86 

0.306 

94  10  50.3 

9.00 

4  39.7 

98 

6  16  39.07 

0.094 

94  63  13.0 

3.00 

3  51.6 

99 

4  68   8.49 

0.400 

94  14  36.3 

9.91 

4  31.3 

99 

6  19  18.06 

0.095 

94  61  66.8 

3.49 

3  50.3 

30 

6   0  49.44 

0.OU 

94  18  13.9 

0.04 

4  30.0 

30 

6  9167.08 

0.090 

94  60  98.6 

3J5 

3  49.0 

31 

5   3  16.70 

•M.434 

494  91  40.9 

4  6.49 

4  98.6 

31 

6  94  36.19 

40.097 

494  48  51.1 

-4.97 

3  47.7 

39 

6   661.94 

40.447 

494  94  59.4 

4  0.00 
u  tiati 

4 

97.9 

39 

697  16.17 

40J97 

494  47    3.6 

-4J9 

3  46.4 

D^roftk«HMtJi. 

M. 

Olb. 

Hi 

5.9 

Utb. 

£3 
6.7 

loa 

hi 

lOlb. 

31a&. 

DayaflbaXa 

D«b. 

•Cb. 

lOlb. 

15U 

i.9#tk9 

154b. 

96(b. 

Setuidianeter  •  • 
Hor.  Parallax   .  • 

6.1 

1    £1 
^    5.4 

£0 
6J9 

£9 
6.1 

8« 
Uo 

Bidiaiiiator  . 
»r.  Faraliaz  « 

£8 
4.9 

£8 
4.8 

£: 

4.: 

r  £6 
r  4.6 

£6 
4.5 

£6 
4.4 

•  •  •  . 

TIm  rf«B -f  prtflxed  to  (be  bottrij  ohaag*  of  daeUaatloa  ladtoatoa 
tf— awdaeraarffif,    UMaicn^ladleatMUaftaorU^aoUaatJ 

tbataortbdaeU 

lo^a  ara  Oaeiaa 

tnatlaiM  vt%  Inortaalag  wmA  aawtb 
»iag  mA  aostb  innllaatlnaa  laan 

4aallM. 

232 


MAK8,  1895. 


aSEBNWIOH  MBA2r  TIME. 


s 

o 


I 

2 
3 
4 

5 

6 

7 

8 

9 

10 

II 
12 
13 
14 
15 

16 
17 
18 
19 
20 

21 
22 
23 
24 
25 

26 
27 

28 
29 
30 

31 
32 


MAY. 


Apparent 

KiKht 
Acceiision. 


JfooH. 


h    m     s 
6  24  36.12 

627  15.17 

6  29  54.21 

6  32  33.23 

6  35  12.23 

6  37  51.21 
6  40  30.14 
6  43  9.03 
6  45  47.87 
6  48  26.65 

6  51  5.37 
6  53  44.02 
6  56  22.58 

6  59    1.07 

7  1  39.48 

7  4  17.80 
7  6  56.03 
7  9  34.15 
7  12  12.17 
7  14  50.09 

7  17  27.89 
7  20  5.56 
7  22  4.3.11 
7  25  20.53 
7  27  57.8i) 

7  30  .34.94 
7  33  11.89 
7  35  48.70 
7  38  25.33 
7  41     1.79 

7  43  38.06 
7  46  14.14 


Var.  of 

R.A. 

fori 

Hoor. 


Noon. 


A 

46.697 
6.697 
6.697 
6.696 
6.695 

46.693 
6.691 
6.619 
6.617 
6.615 

46.613 
6.610 
6.607 
6.603 
6.&00 

46.595 
6.591 
6.587 
6.589 
6.577 

46.579 
6567 
6.569 
6.556 
6.560 

46.544 
6.537 
6.530 
6.583 
6.515 

46.507 
46.400 


Apparent 
DecllnatioD. 


KOOH. 


Oil! 

424  48  51.1 
24  47  3.5 
24  45  5.8 
24  42  57.9 
24  40  40.0 

424  38  12.0 
24  35  33.9 
24  32  45.7 
24  29  47.5 
24  26  39.3 

424  23  21.1 
24  19  52.9 
24  16  14.9 
24  12  26.9 
24  8  28.9 

424  4  21.1 
24  0  3.4 
23  55  35.9 
23  50  58.6 
23  46  11.6 

423  41  14.8 
23  36  8.4 
23  30  52.3 
23  25  26.6 
2:^19  51.3 

423  14  6.5 
23  8  12.2 
23  2  8.5 
22  55  55.4 
22  49  33.1 

422  43    1.5 
422  36  20.7 


Far.  of 
Decl. 
fori 
Honr. 


Noon. 


Neridlaa 
Paasage. 


a 

o 


$$ 
-4.87 

4.60 

6.19 

6.64 

5.86 

-6.38 
6.80 
7.99 
7.64 
6.06 

-8.47 

J8.88 

0.30 

0.71 

10.19 

-10.63 
10.04 
11.35 
11.76 
19.16 

-19.57 
19.97 
13.37 
13.77 
14.17 

-14.67 
14.96 
15.35 
15.74 
16.13 

-16.51 
-16.80 


"K    m 
3  47.7 

3  46.4 

3  45.1 

3  43.8 

3  42.6 

3  41.3 
3  40.0 
3  38.7 
3  37.4 
3  36.1 

3  34.8 
3  33.5 
3  32.2 
3  30.9 
3  29.6 

328.3 
3  27.0 
3  25.7 
3  24.4 
3  23.1 

3  21.8 
3  20.5 
3  19.2 
3  17.9 
3  16.5 

3  15.2 
3  13.9 
3  12.6 
3  11.3 
3    9.9 

3  8.6 
3    7.3 


Di^  of  the  Month. 


Semidiameter 
Hor.  Parallax 


6th. 

10th. 

16th. 

20th. 

26th. 

^Ih 

II 

II 

II 

II 

2.4 

2.4 

2.4 

2.3 

4.3 

4.3 

4.2 

4.1 

4.1 

80th. 


4.0 


1 
2 
3 
4 
5 

6 
7 

8 

9 

10 

II 
12 
13 
14 
15 

16 

17 
18 
19 
20 

21 
22 
23 
24 
25 

26 
27 
28 
29 
30 

31 
32 


JUNE. 


Apparent 

Right 
Aacenaion. 


Noon, 


Far.  of 

B.A. 

fori 

Hoar. 


Noon. 


h    m     a 
7  46  14.14 

7  48  50.03 

7  51  25.73 

754    1.22 

7  56  36.50 

7  59  11.57 

8  1  46.43 
8  4  21.08 
8  6  55.52 
8  9  29.73 

8  12  3.74 
8  14  37.53 
8  17  11.10 
8  19  44.45 
8  22  17.58 

8  24  50.50 
827  23.19 
8  29  55.66 
8  32  27.91 
8  34  59.94 

8  37  31.75 
8  40  3.33 
8  42  34.67 
8  45  5.79 
8  47  36.68 

8  50  7.33 
8  52  37.74 
8  55    7.91 

8  57  37.85 

9  0    7.54 

9  2  37.00 
9   5   6.22 


Apparent 
Deolinatfon. 


Noon. 


s 
46.400 

6.401 

6.488 

6.466 

46.467 
6.448 
6.430 
6.4J0 
6.401 

46.419 
6.403 
6.304 

'6.385 
6.378 

46.367 
6.358 
6.340 
6.340 
6.330 

46.391 
6.311 
6.309 
6.989 
6.988 

46.979 
6.969 
6.959 
6.949 
6.939 

46.999 
46.919 


422  36  20.7 
22  29  30.8 
22  22  31.8 
22  15  23.9 
22   8   7.0 

422  0  41.2 
21  53  6.5 
21  45  23.1 
21  37  31.1 
21  29  30.4 

421  21  21.1 
21  13  3.2 
21  4  36.9 
20  56  2.2 
80  47  19.2 

420  38  27.8 
20  29  28.2 
20  20  20.4 
20  1 1  4.5 
20    1  40.6 

419  52  8.7 
19  42  29.0 
19  3241.4 
19  22  46.1 
19  12  43.2 

419  2  32.7 
18  52  14.7 
18  41  49.3 
18  31  16.7 
18  20  36.8 

418   9  49.8 
417  58  55.7 


Far.  of 
Deel. 
for  1 

Hour. 


Noon. 


-16.86 
I7.t7 
17.65 
18.09 
18.30 

-18.76 
10.13 
10.40 
10.86 
90.21 


Meridian 


3 
3 
3 
3 
3 


m 

7.3 

5.9 

4.6 

3.2 

1.9 


.67 
90.99 
91.97 
91.69 
91.97 

-99.31 
99.65 
99.09 
93.33 


94.64 
M.06 


96.90 
96.91 
96.61 
90.81 


Jl 
.40 


Day  of  the  Month. 


Semidiameter  •  . 
Hor.  Parallax  .  . 


4«h. 


£2 

3.9 


3  0.5 
259.1 
2  57.8 
2  56.4 
255.1 

2  5.3.7 
2  52.3 
2  50.9 
2  49.5 
2  4ai 

2  46,7 
2  45.3 
2  43.9 
2  42.5 
241.1 

2  39.7 
2  38.3 
2  36.9 
2  35.4 
2  34.0 

2  32.6 
2  31.2 
2  29.7 
2  28.2 
2  26.8 

2  25.4 
2  23.9 


9th. 


3.9 


Utfa. 


ij2 

3UJ 


lIKh. 


II 
2i8 

3.8 


UOk. 


Mth. 


3.7 


Kon.— The  aiKn  +  indloatea  north  deolinatioas;  the  sUn — Indloatea  aoath  deoUnationa. 


liAES,  188S. 


333 


OKBBNWIOH  MBAK  TDCIL 

JULT. 

AUQU8T. 

• 

s 

o 

Aoeoaalon. 

▼ar.of 
R.A. 
fori 
Hoar. 

▲fparoat 

OtoliBatftMi. 

▼ar.of 
Doel. 
fori 
Hoar. 

MorldlftB 

4 

1 

0 

1 

▲aeonaioa. 

▼ar.of 
R.A. 
fcrl 
Hoar. 

▲Moroat 

DaoUaatloa. 

▼ar.af 
DooL 
fbrl 
Hoar. 

Moridlaa 

if  #MI« 

Jfom. 

JToMk 

JTOMk 

JTOMk 

JfOMk 

JTooa. 

JToMi. 

1 

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9   9  37.00 

9       t       f* 

+18   9  49.8 

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k   m 
995.4 

1 

k    m     • 

1618   S.95 

• 
4«J45 

0     #     i» 
4^1143  98.9 

4» 

k    m 
138.6 

9 

9   5   6.99 

•.iif 

17  58  65.7 

97.4^ 

993.9 

16  90  97.05 

•J0^ 

1199  330^ 

MM 

137.0 

3 

9   7  35.90 

•jn 

17  47  54.7 

»M 

999.4 

10  99  50.01 

Mn 

II  1535.1 

MM 

1  35.5 

4 

9  10    3.94 

•.lii 

17  36  46.8 

mjm 

990JI 

10  95  19.81 

•J47 

11    139.6 

MM 

133.9 

6 

9  19  39.44 

$.m 

17  95  39.0 

MM 

919^ 

16  97  35.49 

AJtt 

10  47  94  J( 

MM 

139.4 

6 

915   0.71 

•M.m 

4*17  14  10.5 

-MM 

918.1 

1099  68.03 

46JS7 

4^103319^ 

-•M7 

130.8 

7 

9  17  98.75 

•.194 

17   949.3 

mM 

916.6 

10  39  90.45 

$sm 

101856.9 

••.74 

199.3 

8 

9  19  56.56 

f.154 

16  51    7.5 

mm 

915.1 

8 

10  34  49.76 

ijm 

10   4  37.0 

MM 

197.7 

9 

99994.15 

•.144 

16  39  96.9 

«» 

913.6 

9 

10  37   4.95 

•JS^ 

9  50  13.0 

MM 

196.9 

10 

9  94  51.51 

•.!» 

1697  38.4 

mm 

919.1 

10 

10  39  97.03 

•.MS 

935  45.0 

MM 

194.6 

II 

9  97  18.65 

4f.l« 

416  15  44.3 

--mM 

9  10.6 

11 

10  4149.09 

45JI4 

4^991  13.9 

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193.0 

l« 

9  99  45.58 

6.117 

16   9  43.8 

••.14 

9  9.1 

19 

10  44  10.91 

BJ^% 

9   6  37.6 

MM 

191.4 

13 

9  39  19.30 

•.IM 

15  51  37.1 

MM 

9   7.6 

13 

10  46  39.71 

^M$ 

85158.3 

•t.71 

1  19.8 

14 

9  34  38.89 

•.ItO 

15  39  94.9 

MM 

9   6.1 

14 

10  48  54.43 

•JS^ 

837  15.4 

MM 

1  18.3 

15 

997   5.13 

•.•n 

1597   5.9 

MM 

9   4.6 

15 

10  51  16.07 

•J4^ 

89998.8 

tfM 

1  16.7 

16 

9  39  31.94 

46.404 

4-15  14  40.1 

-M.I7 

9   3.1 

16 

10  53  37.65 

45.^»7 

4>8  7  3S.8 

-37.M 

1  15.1 

17 

9  4157.16 

•.•79 

15   9   9.0 

•1.4a 

9    1.6 

17 

10  55  59.16 

•JM 

7  69  45.5 

MM 

1  13.5 

18 

9  44  99.89 

•.MB 

14  49  39.1 

turn 

9   0.1 

18 

10  5890.61 

•.••• 

797  48.9 

•7.43 

1  11.9 

19 

9  46  48.49 

•••ao 

14  36  49.5 

MM 

158.6 

19 

II    049.00 

•JM 

799  49.1 

S7Jt 

1  10.3 

90 

9  49  13.76 

•.iM 

14  94    I.I 

••.13 

157.1 

90 

II    3   3.35 

•M 

7   7  46.1 

S7.f7 

1    8.7 

91 

9  5138.99 

4f.M4 

4*14  Ij    7.1 

--MM 

155.5 

91 

11    5*94.65 

46  J0^ 

4  6  69  40.1 

-•7.77 

1    7.1 

99 

9  54    3.90 

•.OM 

13  58   7.6 

MM 

154.0 

99 

11    7  45.90 

5.0N 

6  37  31.9 

•7.87 

i    5.5 

93 

9  56  98.69 

•.MB 

13  45  9.6 

MM 

159.4 

93 

11  10   7.19 

•JSI 

6  99  19.4 

S7JT 

1    3.9 

94 

9  58  53.30 

•.Ml 

13  31  59.3 

»M 

150.9 

94 

11  19  98.30 

Mm 

6   7   4.8 

MM 

1    9.4 

95 

10    1  17.73 

•.•14 

13  18  36.7 

nM 

149.4 

95 

11  14  49.45 

$Mi 

5  51  47.8 

M.i$ 

1    0.8 

96 

10   341.98 

46.4i7 

413   515.9 

-nM 

147.8 

96 

1 1  17  10.59 

-^Mm 

4*  536  98.4 

"MM 

0  59.9 

97 

10   6   6.06 

•.•N 

19  51  50.1 

•S.71 

146.3 

97 

11  19  31.70 

Mm 

591    6.4 

MM 

0  57.6 

98 

10   899.96 

ft.810 

19  38  19.3 

•Mi 

144.7 

98 

1 1  91  59.79 

Mn 

5   5  49.1 

MM 

0  56.0 

9» 

10  10  53.70 

^M$ 

1994  43.6 

•4.10 

143.9 

99 

1194  13.88 

Mn 

4  SO  15.5 

MM 

0  54.4 

ao 

10  13  17.98 

•.•It 

1911    3.1 

a4j^ 

141.7 

30 

ll96  34iM 

Map 

4  34  46.8 

MM 

0  59.8 

SI 

10  15  40.69 

45jn 

4*1 1  57  18.0 

-M.4^ 

140.1 

31 

1198  66.05 

4«.n» 

4  4  19  16.0 

-••.74 

051.9 

39 

10  18   3.96 

45J0i 

4-114398.9 

-94.67 

138.6 

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I) 

1131  17.13 

45J^^ 

4*4    343.9 

^MM 

0  49.6 

Vmj  of  ^kmUmtk, 

4tk. 

91k. 

144k 

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44k. 

t94k. 

lay  arika  Hani 

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3.4 

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£1 
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235 


OBBBNWIOH  MBAK  TIMB. 

HOVBMBES. 

DECEMBER. 

4 
8 

o 
1 

▲aoooskm. 

Yar.  of 
R.A. 
«»rl 
Hour. 

Appareat 
DoouDaUoB. 

Var.of 
DocL 
fori 

Hour. 

MorldlaB 
Paaaage. 

1 

Aaoonaion. 

Var.of 

&A. 

fori 

Hour. 

Apparent 
Deollnatloa. 

Var.of 

DooL 

fori 

Hoar. 

Meridian 
Pasaago. 

Jfom. 

iTMA. 

JTOOA. 

Wmm, 

^OOA. 

jr^am. 

ifOtA. 

ifoMk 

h   m    B 
13  50  37.98 

II 
•H.450 

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-1 1  45  58.8 

00 
-99.91 

h    m 
93  16.9 

1 

h   flu    a 
15  90  33.58 

a 
47.909 

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-18  16  55.9 

00 

-98.68 

li    m 
99  89.9 

2 

14    9  19.99 

•.4IB 

19   0  95.6 

99.99 

93  14.8 

9 

1593  93.98 

7.998 

18  96   5.1 

97.79 

99  38.1 

3 

14    4  47.73 

f.488 

19  14  47.9 

96.88 

93  13.5 

3 

15  96  13.59 

7.194 

1839    5.5 

97  J3 

99  37.0 

4 

14    7  93.60 

%M4 

1999   5.4 

95.99 

93  19.1 

4 

15  99    4.99 

7.199 

18  49  57.0 

99.96 

99  35.9 

6 

14    9  59.91 

•JO 

19  43  18.1 

99.49 

93  10.8 

5 

15  3155.60 

7.148 

19   0  39.4 

99A6 

99  34.8 

6 

14  19  36.67 

46.M1 

-19  57  95.8 

-«.91 

93   9.5 

6 

15  34  47.45 

4-7.171 

-19  11  19.7 

-98.19 

9933.7 

7 

14  15  13.89 

6.M0 

13  1198.5 

95.99 

93   8.9 

7 

15  37  39.84 

7.194 

19  91  36.6 

96  J9 

99  39.7 

8 

14  17  51.57 

f.S79 

13  96  95.9 

94.78 

93    6.9 

8 

16  40  39.77 

7.917 

19  31  51.1 

96.49 

99  31.6 

0 

14  90  99.79 

6J0Q 

13  39  18.0 

UM 

93    5.6 

9 

15  43  96.94 

7.09 

19  4166.0 

94.99 

99  30.6 

10 

14  93   8.34 

•.#19 

13  53   4.6 

94.» 

93    4.3 

10 

15  46  90.94 

ijm 

19  51  51.0 

94  A9 

99  99.5 

II 

14  95  47.44 

46.639 

-14    6  46.5 

-94.99 

93    3.0 

II 

15  49  14.77 

47J94 

-90    136.1 

-94.17 

99  98.5 

19 

14  98  97.01 

•••M 

14  90  90.6 

99.84 

93    1.7 

19 

15  59   9.84 

7JI09 

90  11  11.9 

93.76 

99  97.5 

13 

14  31    7.07 

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14  33  49.8 

S3J9 

93   0.5 

13 

15  55   5.44 

7.998 

90  90  36.1 

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14 

14  33  47.61 

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14  47  19.9 

93.93 

99  60.9 

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15  58    1.56 

7.90 

90  99  50.6 

99.88 

99  95.5 

15 

14  36  98.64 

•.719 

15   0  99.8 

93.97 

99  58.0 

15 

16   0  58.91 

7.930 

90  38  54.6 

99.44 

99  94.5 

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14  39  10.17 

4«.749 

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99  56.7 

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16   3  55.37 

4-7J8I 

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14  41  59.19 

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15  96  44.4 

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7.419 

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91 A4 

99  99.5 

18 

14  44  34.70 

9.789 

153941.8 

99.96 

99  54.3 

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16   9  51.99 

7.433 

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91.98 

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19 

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7.464 

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6.894 

16    5  15.9 

91.67 

99  51.9 

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16  15  49.07 

7.475 

91  91  31.8 

90.15 

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14  59  45.96 

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16  18  48.73 

47.466 

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14  55  99.78 

6.866 

16  30  91.7 

91.07 

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16  91  48.68 

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93    14  58  14.81 

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16  49  43.6 

39.76 

99  48.3 

93 

16  94  49.51 

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91  44  51.1 

18.71 

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94    15    1    0.35 

6.908 

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16  97  50.61 

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91  59  14.9 

18.99 

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15    3  46.40 

6.989 

17   7    4.5 

90.11 

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16  30  59.18 

7.676 

91  59  95.5 

17.79 

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15    6  39.96 

46.961 

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99  44.0 

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16  33  54.99 

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15    9  90.03 

6.973 

17  30  54.3 

99.46 

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16  36  56.71 

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16.71 

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15  19   7.63 

6.994 

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98.77 

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16  43    3.05 

7.661 

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15.68 

99  11.4 

30 

15  17  44.40 

7.038 

18   5  38.1 

99.49 

99  40.3 

30 

16  46    6.89 

7.919 

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15.16 

99  10.6 

31 

15  90  33.58 

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31 

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1693  93.98 

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99  38.1 

39 

16  59  15.89 

47.796 

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3.6 

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3.5 

Day  of  iha  Month. 

lat. 

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JUPITER,  1895. 


237 


GBBEKWIOH  MBAN  TIME. 

MABCH. 

• 

APBIL. 

a 
e 

1 

Aaoeooion. 

Tar.af 

B.A. 
fori 
Hoar. 

▲vparaal 

Tar.  of 
DmI. 
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Mortdlaa 

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1 

1 

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Hoar. 

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1 

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8 

40.9» 

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493  91    9.7 

0 
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7   7.1 

1 

b   Bi    a 

5  54  44.57 

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4-1.990 

493  97  96.1 

46.49 

b    ai 

6  15.6 

9 

5  44  99.08 

0.37f 

93  91  13.9 

6.47 

7   8.3 

9 

655  13.99 

1.899 

93  97  36.5 

6.49 

619.9 

3 

5  44  38.38 

f.4W 

9:1 91  95.3 

6.46 

6  59.5 

3 

5  55  48.03 

1.849 

93  97  46.5 

6.41 

5   8.8 

4 

5  44  48.50 

$.4m 

93  91  36.9 

6.40 

6  55.8 

4 

5  5690.68 

1.879 

9397  56.0 

6.90 

5   5.4 

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6  44  69.46 

•.474 

93  91  48.8 

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5  56  53J» 

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9396   5.9 

0.97 

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5  45  11.95 

46.516 

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46.61 

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6  57  97.76 

41.499 

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4  58.7 

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6  44.6 

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0.84 

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6  40.9 

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5  58  37.17 

1.476 

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0.80 

4  59.0 

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5  45  51.47 

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93  99  38.0 

6.69 

6  37.1 

9 

5  50  19.73 

1.499 

93  98  37.9 

0.80 

4  4^6 

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6  46   6.47 

6.619 

93  99  50.7 

6.fi9 

6  33.5 

10 

559  48.84 

1.516 

93  98  44.0 

6.86 

4  45.3 

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5  46  99.97 

46.679 

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46.54 

6  99.8 

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6   0  95.50 

4-1.090 

493  98  50.9 

46J99 

4  49.0 

19 

5  46  38.85 

6.767 

93  93  16.4 

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6  96.9 

19 

6    1    9.70 

1.561 

93  98  55.7 

6.86 

4  38.7 

13 

5  46  56.91 

6.791 

93  93  99.4 

6.54 

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93  99   0.7 

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4  35.4 

14 

5  47  14.33 

6.771 

93  93  49.4 

0.56 

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14 

6   9  18.71 

1.696 

9399   5.1 

6.17 

4  39.1 

15 

5  47  33.99 

6809 

93  93  55.5 

6.56 

6  15.3 

15 

6   9  57.49 

1.697 

9399   8.8 

6.14 

4  98.8 

10 

5  47  59.87 

46JI4 

4-93  94    8.6 

46.55 

6  11.7 

16 

6   3  36.79 

41.616 

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46.11 

4  95.5 

17 

5  48  13.97 

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93  94  91.8 

6.56 

6   8.1 

17 

6   4  16.60 

1.696 

93  99  14.9 

6.96 

4  99.9 

18 

5  48  34.41 

6je6 

93  94  34.9 

6.56 

6   4.5 

18 

6  4  56.90 

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93  99  15.8 

6.90 

4  19.0 

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5  48  56.98 

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93  94  48.1 

6.56 

6    1.0 

19 

6   5  37.69 

1.716 

93  99  16.7 

46.68 

4  15.7 

90 

5  49  18.89 

6J67 

93  95    LI 

6.54 

5  57.4 

90 

6   6  18.97 

1.799 

93  9916.8 

-6.69 

4  19.5 

91 

5  49  49.99 

46J67 

493  95  14.1 

46.54 

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6   7   0.73 

4-1.780 

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6    9.9 

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5  50   6.98 

1.017 

93  95  97.1 

6.59 

5  50.3 

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6   7  49.95 

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93  99  14.8 

6.66 

6    6.0 

93 

5  50  31.04 

1.647 

93  95 .19.9 

6J9 

6  46.8 

93 

6   8  95.63 

1.789 

93  99  19.5 

6.11 

4    9.7 

94 

5  50  56.51 

1.676 

93  95  59.5 

6.56 

5  43.3 

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6   9   8.77 

1J07 

93  99   9.3 

0.14 

3  60.5 

95 

5  51  99.67 

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9396   5.1 

6.56 

5  39.8 

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6   9  59.36 

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3  56.3 

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6.50 

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3  49.9 

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5  59  45.94 

1.160 

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0.40 

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6  19    5.70 

1.878 

93  98  47.8 

0.90 

3  46.7 

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5  53  14.10 

1.816 

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0.40 

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6  19  50.99 

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93  98  40.1 

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3  43.5 

30 

5  53  43.61 

1.90 

93  97    4.4 

0.47 

5  99.5 

30 

6  13  36.68 

1.018 

93  98  31.4 

6J6 

3  40.4 

31 

6  54  18.77 

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493  97  15.4 

46.46 

5  19.1 

31 

6  14  99.75 

4-IJ06 

493  9891.7 

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3  37.9 

39 

6  54  44.57 

41.900 

4-93  97  96.1 

46.49 

5  15.6 

39 

6  15  9.99 

4>1.8I4 

493  9611.0 

-6.47 

3  34.1 
881b. 

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Uh. 

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1.8 

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18.2 

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1/.5 
1.6 

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lalca-l-proini 

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oariyoha 

agaol 

9t 

rdi 

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looladioi 

......  • . .1 

Mat 

I             AJ 

(balaortbdaeli 

aatiwwa 

«      -■ 

rataoraai 

■lafa 

d4 

1  -  -- ._  _j_  _ 

238 


JUPITER,  1895i 


GBBBKWIOH  MBAK  TDfB. 

MAT. 

JVUE. 

1 

31 

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T«r.«r 
1m\ 

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3  30.9 

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93  11  15.5 

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3  94.6 

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93  10  99.4 

9.91 

149.6 

• 

6  18  i%m 

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391.5 

6 

6  45  96.17 

49J87 

493   997.9 

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146.6 

7 

6  19   7.09 

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9397    1.8 

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3  18.4 

7 

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9.as 

93   839.0 

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143.6 

8 

6  19  55.71 

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93  96  44.7 

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3  15.3 

8 

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93   7  34.7 

8.41 

I  40.6 

9 

690  44.67 

t.M7 

23  9696.5 

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3  19.1 

9 

6  48  14.34 

t.8e 

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93   635.9 

8.S3 

134.6 

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11 

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19 

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93  95  95.0 

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3  9.8 

19 

6  51    3.79 

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93    3  31.4 

8.85 

1  98.7 

13 

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8.78 

195.7 

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6  94  54.30 

t.119 

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9  56.6 

14 

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93    191.9 

9.78 

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6  54  51.94 

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099.1 
,     88th. 

Dsjof  \ 

tba  Month. 

Mh. 

18th. 

84th. 

DajaTthaHMth. 

Ul. 

9th. 

17th. 

Po 
He 

lar  Semidian 
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m«— The  sign  +  ladieatM  north  de6li]iall«B«t 

• 

iha  ilfa  — iBdIoaleaaoBth  dMUMiiloaa. 

JUPITBR,  1895. 


239 


OBBBITWIOH  MKAJJ  TIME. 

• 

JULT. 

▲UOUST. 

4 
I 

AtownloO- 

Tar.of 
B.A. 
fori 
Hour. 

Amoiviil 
Dodtwatkw. 

Tar.  of 

Bed. 

fori 

Hoar. 

ICerMlaa 
PanoKe. 

4 

8 

1 

Aoeonoloa. 

Tar.  of 
R.A. 
fori 
Boar. 

▲pparoai 
DeoUaatlon. 

Tar.  of 

0001. 

fori 
Boor. 

Meriaiaa 

1 

ifoOA. 

JTOMk 

JfOMI. 

/roon. 

Jfooa. 

iTooA. 

JTma. 

iTooa. 

7    0  15.64 

s 
49.414 

O        *        $0 

499  39    7.6 

-3.79 

h   ai 
0  39.1 

1 

h    m    • 
7  38  54.64 

• 
49.334 

4-91  49  45.6 

-5.94 

k   ai 
99  66.6 

9 

7  10  13.58 

9.414 

99  37  36.8 

3^ 

0  99.1 

9 

7  39  50..«i8 

9.398 

91  40  39.6 

5.97 

99  63.6 

3 

7  11  11.53 

i.4lft 

99  36    4.6 

3.87 

0  96.1 

3 

7  40  46.38 

9.390 

91  38  39.8 

5.36 

99  50.6 

4 

7  19   9.49 

t.416 

99  34  81.1 

9.99 

0  93.1 

4 

7  41  49.03 

9.316 

91  36  95.9 

6.34 

99  47.6 

5 

7  13    7.45 

9.415 

99  39  66.4 

9.99 

0  90.1 

5 

7  49  37.53 

9.399 

91  34  16.7 

5.37 

99  44.6 

6 

7  14    5.40 

49.414 

499  31  90.9 

-4.93 

0  17.9 

6 

7  43  39.87 

4tJ99 

491  39   7.5 

-5.48 

99  41.6 

7 

7  15    3.34 

t.414 

99  99  49.9 

4.08 

014.9 

7 

7  44  98.04 

9.90ft 

91  99  57.6 

5.43 

99  38.6 

8 

7  16    1.97 

t.413 

99  98    4.3 

4.14 

0  11.9 

8 

7  45  93.04 

9.988 

91  97  46.8 

5.46 

99  35.6 

9 

7  16  50.17 

f.419 

99  96  94.4 

4.10 

0   8.3 

0 

7  46  17^ 

9.981 

9195  35.3 

5.49 

99  39.6 

10 

7  17  57.05 

t.411 

99  94  43.9 

4.94 

0   5.3 

10 

7  47  19.53 

9.974 

91  93  93.9 

5Jt 

99  99.5 

11 

7  18  54.90 

4t.4IO 

499  93   0.8 

-4J9 

i  t    t.i 

in  m.i 

II 

7  48    7.00 

49.990 

491  91  10.4 

-6.55 

99  96.5 

19 

7  10  59.73 

9.460 

99  91  17.1 

4.35 

93  56.4 

19 

7  49    1.98 

9.909 

91  18  57.0 

5.57 

9993.5 

13 

7  90  50.59 

9.4V7 

99  19  39.9 

4.40 

93  53.4 

13 

7  411  55.38 

9366 

91  16  49.8 

5.60 

99  90.4 

U 

7  91  48.97 

9.40ft 

99  17  46.1 

4.45 

93  50.4 

14 

7  50  49.98 

9J9tt 

91  14  98.9 

ft.69 

99  17.4 

15 

7  99  45.97 

9.403 

9915  58.7 

4.50 

93  47.4 

15 

7  51  49.97 

9.933 

91  19  13.0 

5.64 

99  14.3 

16 

7  93  43.63 

4fi.49l 

4^99  14  10.9 

-4.56 

93  44.4 

16 

7  59  36.45 

49.9M 

491    9  57.3 

-5J6 

99  11.3 

17 

79441.93 

9J09 

99  19  90.5 

4.90 

93  41.5 

17 

7  53  99.79 

9.915 

91    7  41.0 

5.68 

99  a9 

18 

7  95  38.76 

9J06 

99  10  99.6 

4.95 

93  38.5 

18 

7  54  99.76 

9.905 

91    594.3 

5.70 

99   5.9 

19 

7  96  36.93 

t.913 

99   837.6 

4.09 

93  35.5 

19 

7  55  15.58 

9.106 

91    3   7.9 

5.79 

99   9.1 

90 

7  97  33.63 

9J06 

99   6  44.4 

4.74 

93  39.5 

90 

756   8.17 

9.186 

91    0  49.7 

5.74 

91  50.0 

91 

7  98  30.95 

49.387 

499   4  50.1 

-4.79 

93  99.6 

91 

7  57   0.51 

49.176 

4-90  58  31.8 

-5.79 

9155.9 

99 

7  99  98.18 

9.383 

99   9  54  8 

4.83 

93  96.6 

99 

7  57  59.61 

9.196 

90  56  13.6 

6.77 

91  59.8 

93 

7  30  95..39 

9.379 

99   0  58.4 

4M 

93  93.6 

93 

7  58  44.46 

9.155 

90  53  56.1 

6.79 

91  49.8 

94 

7  31  99.36 

9.37ft 

91  59    0.9 

4.99 

93  90.6 

94 

7  59  36.05 

9.144 

90  51  36.3 

6.79 

91  46.7 

93 

7  39  19.31 

9.379 

91  57    9.4 

4.09 

93  17.6 

95 

8   0  97.37 

9.133 

90  49  17.9 

9J9 

91  43.6 

96 

733  16.15 

49J9ft 

49155   9.8 

-5.00 

93  14.6 

96 

8    1  18.43 

49.190 

490  46  68.0 

-«J6 

91  40.5 

97 

7  34  19.87 

9.311 

91  53   9.9 

6.04 

93  11.6 

97 

8   9   9.91 

9.116 

90  44  38.7 

6.81 

91  37.5 

98 

7  35   9.48 

9.356 

9151    0.8 

ft.08 

93   8.6 

98 

8   9  59.71 

9.666 

90  49  19.9 

6.81 

91  34.4 

99 

7  36    5.97 

9.391 

91  48  58.4 

ft.l9 

93   5.6 

99 

8   3  49.03 

9.086 

90  39  5(».5 

5.89 

91  31.3 

30 

7  37    9.33 

9.349 

91  46  55.0 

6.16 

93   9.6 

30 

8   4  39.86 

9.974 

90  37  39.9 

5J9 

9198.9 

31 

7  37  58.55 

49.3M 

491  44  50.7 

-6J0 

99  59.6 

81 

8   699.49 

49.666 

490  35  90.9 

-«69 

91  95.1 

39 

7  38  54.64 

49.334 

491  49  45.6 

-6.94 

99  56.6 

39 

8   618.83 
DayoflbaMi 

49.648 

490  33   0.5 

-6J9 

9199.0 

DijofUMM< 

mU. 

9d. 

IIU. 

I9tk 

.     KUl 

ntk« 

4Ui. 

19th. 

90tk 

.     99U. 

Polftf  Somidian 
Horisonul  Pan 

illaz  .  . 

1^1 
14 

1.4 

u 

\        1.4 

Po 
Ho 

lar  Bamidian 
tiisoBtal  Pan 

latar  •  • 
liiaz  •  . 

lis 

lA 

iir.3 

1.4 

1^.6 
1^ 

1^7 
IJ5 

TWrfgn-f  prtflxi 
UamtB  oro  4>ena 

Id  to  tko  hoorij  ohnfo  of  doeUmtioa  lD4leACo« 
rfBff.   Tho  ttga — ladlootoo  Uurt  oorUi  rfooll— r 

thalnocihdoell 
loaaaradoOTM 

InatioQ*  mpa  fnoriaalig  aad  oowtk  dooUaa- 
rlit  aa4  nmth  innllaollnM  loiamiiai 

240 


JUPITER,  1896. 


M] 

- 

— \ 

QSBBNWICH 

SAN  TDOS. 

OCTDBSB. 

• 

1 

o 

I 

rSEl 

Tar.af 

fori 
H««r. 

kymsfmX 

Tv.af 

I>aet 
fori 
Ho«r. 

MarMtt 

• 
S 

o 

I 

*ssr 

Tv.of 

R.A. 

Ho«r. 

mCuSmi. 

Tar.  or 

I>ooL 

fori 

Hoar. 

MwMta 

ir«M. 

jr«M». 

Xma. 

JToow. 

jroM». 

jr..* 

IToMt. 

JTooa. 

1 

8   6  18^ 

• 

^90  33   0.5 

n 

9199.0 

1 

\   m    % 

8  98  10.67 

a 
•ff-1.556 

41996  14.7 

•• 
-6.84 

li    m 
1945.6 

2 

8   7    7.86 

9.t3f 

90  30  40.8 

5.88 

91  18.9 

9 

8  98  47.74 

I.6M 

19  94  14.9 

4J8 

19  42.3 

3 

8    7  56.57 

t.«l 

90  98  91.9 

6.81 

91  15.8 

3 

89994.30 

1.618 

199915.3 

4.94 

19  38.9 

4 

8    8  44.98 

t.919 

90  96    1.7 

8.81 

91  19.6 

4 

830   0.37 

1.488 

19  90  17.5 

4.88 

19  35.6 

6 

8   933.07 

\MI 

909349.3 

i.81 

91    9.5 

5 

83035.99 

i.4n 

19  18  91.1 

4.89 

19  39.9 

6 

8  10  90.83 

-fi-tn 

490  91  93.0 

-5.80 

91    6.3 

6 

891  10.96 

•1-1.448 

419  16  96.1 

-4.78 

19  98:9 

7 

811    8.^'     I.MO 

90  19   4.0 

8.79 

91    3.9 

7 

83145.47 

1.4V 

19  14  39.7 

4.78 

19  95.5 

e 

8II55.:<5       \MA 

90  16  45.9 

8.78 

91    0.0 

8 

8  39  19.46 

1.406 

19  19  40.7 

4.83 

19  99.1 

9 

8  19  49.10 

\M\ 

90  14  96.7 

5.77 

90  56.9 

9 

839  59.91 

1.989 

19  10  50.3 

4.S7 

19  18.7 

10 

8  13  98.51 

\jm 

90  19   8^ 

8.75 

90  53.7 

10 

833  95.89 

IJ98 

19   9    1.5 

4.50 

19  15.3 

II 

8  14  14.56 

41JII 

•1-90   9  50.7 

-«.78 

90  50.5 

II 

833  58.17 

41.998 

419   7  14.4 

-4.43 

19  11.9 

13 

8  15   0.% 

1J06 

90   733.3 

8.79 

90  47.3 

19 

834  99.96 

1JI8 

19    5  99.0 

4.38 

19   8.5 

13 

8  15  45.57 

1.881 

90   6  16.9 

8.70 

90  44.1 

13 

835    1.18 

1JB8 

19   3  45.4 

4.96 

19    5.1 

N 

8  16  30.59 

IJK 

90   950.7 

8.88 

90  40.9 

14 

835  31.83 

1J86 

19   9   3.5 

4.90 

19    1.7 

15 

8  17  15.09 

1.849 

90   0  43.7 

8.88 

90  37.7 

15 

8  36    1.89 

1J4I 

49   0  93.6 

4.19 

18  58.9 

16 

8  17  69.96 

-1-1.833 

•fl9  58  98.3 

-8.84 

90  34.5 

16 

836  31.37 

41.918 

418  58  45.5 

-4.84 

18  54.8 

17 

8  18  43.03 

IJI8 

19  56  13.4 

841 

90  31.3 

17 

837    0.95 

1.181 

18  57   9.4 

3.90 

18  51.3 

18 

8  19  96.49 

1.790 

19  53  50.9 

8J6 

90  98.1 

18 

8  37  98.59 

1.186 

18  55  35.3 

3.88 

18  47.9 

19 

8  90    9.39 

1.788 

19  51  45.7 

8.56 

90  94.9 

19 

887  56.17 

1.198 

18  54    3.3 

8.79 

18  44.4 

90 

890  51.94 

• 

1.784 

19  49  33.0 

6  51 

90  91.6 

90 

8  38  93.91 

1.118 

18  59  33.4 

8.70 

18  40.9 

91 

8  91  34.07 

•1-1.748 

•fl9  47  9I.O 

-6.48 

90  18.4 

91 

8  38  49.69 

41.087 

418  51    5.6 

-3.81 

18  37.4 

99 

8  99  15.77 

1.798 

19  45   9.9 

5.45 

90  15.9 

99 

8  39  15.39 

1.081 

18  49  40.0 

9.59 

18  33.9 

93 

8  99  57.03 

1.710 

19  49  59.7 

6.41 

90  11.9 

93 

8  39  40.59 

1.834 

18  48  16.6 

9.49 

18  30.3 

94 

8  93  37.85 

\M\ 

19  40  60.4 

6.87 

90   8.6 

94 

8  40    5.01 

1.007 

18  46  55.6 

3.93 

18  96.8 

95 

8  94  18.99 

1J79 

19  38  49.1 

6.93 

90   5.4 

95 

8  40  98.84 

8.980 

18  45  36.9 

3.93 

18  93.9 

96 

8  94  58.13 

•1-1.853 

•1-19  36  34.7 

-6.98 

90   9.1 

96 

8  40  59.09 

48.008 

418  44  90.5 

-3.13 

18  19.7 

97 

8  95  37.58 

1.834 

19  34  98.5 

6.94 

19  58.8 

97 

8  41  14.53 

8.994 

18  43   6.4 

3.03 

18  16.1 

98 

8  96  16.57 

1.815 

19  39  93.3 

6.10 

19  55.5 

98 

841  36.37 

8.808 

18  4154.8 

9.93 

18  19.6 

99 

8  96  55.09 

1.50ft 

19  30  19.3 

6.14 

19  59.9 

99 

8  4157.53 

0.888 

18  40  45.7 

9.83 

18    9.0 

30 

8  97  33.19 

1.575 

19  98  16.4 

5.00 

19  48.9 

30 

8  49  18.09 

8.848 

18  39  39.0 

9.78 

18    6.4 

31 

8  98  10.67 

-1-1.565 

+19  96  14.7 

-6.84 

19  45.6 

31 

8  49  37.81 

48.811 

418  38  34^ 

-9.08 

18    1.8 

39 

8  98  47.74 

•I-1.534 

•1^19  94  14.3 

-4.80 

19  49.3 

39 

8  49  56.99 

48.780 

418  37  33.3 

-9.51 

17  58.1 

D»y  of  the  Montb. 

Sth. 

tttk. 

Hat 

99tk. 

Daj  orthoMoatli. 

Tth. 

16«k. 

98d. 

tlak 

Polar  Semidiameter  •  • 
Horizonul  Parallax  • 

icTi 
1^ 

16^4 
1.8 

16% 
>       1.6 

Po 
Ha 

lar  Samidiametor 
visontal  Parallax  . 

1^0 
1.6 

vi'A 

17% 
1.7 

leQi 

1.7 

iroTi.^Tha  fliKB  <|- l»U«iUaMrih  dMUsaHooil 

tka  ilea — ladioatoa  aoalh  daaHwOloBa. 

JUPITER,  1895. 


241 


GBBU^  WIOH  MEAS  TIME. 

0 

NOYEMBEB. 

DECEMBEE. 

AOCOBSIOB. 

▼•r.of 
R.A. 
fori 
Hoar. 

AMwreat 

DMdlBMlOB. 

▼Ar.«r 

Doel. 
fori 
Hoor. 

MeridtMi 

i 

8 

AMooaloa. 

Var.of 
B.A. 
fori 
Hoar. 

AMaroBi 
DoeUnatloii. 

Tar.  of 
Deol. 
fori 
Hour. 

MarMlaa 

*f  o»w» 

Fma. 

JTma. 

XW«. 

o 

1 

^OOA. 

JToMi. 

ifOMt. 

IToMi. 

k     Ml      • 

• 

e     1     t* 

$» 

b    m 

b     M      S 

• 

e      1     «# 

m 

li    ai 

t 

e  43  56.93 

44.18i 

+16  37  33.11 

-331 

17  68.1 

1 

8  46  40.36 

-4.183 

+18  39  18.6 

+1J8 

16   8.6 

9 

8  43  16.33 

•.TO 

18  36  34.4 

9.48 

17  64.6 

3 

8  46  35.56 

8JI7 

18  39  50.0 

IM 

15  60.6 

3 

8  43  33.03 

0.7t3 

I8  36  3ai 

3.91 

17  60.9 

3 

8  46  39.96 

8J68 

18  30  34.7 

\M 

16  65.5 

4 

8  43  &0.09 

•JW 

16  34  44.5 

•.!• 

17  47.3 

4 

8  46  33.56 

•.883 

18  31    3.6 

1.84 

1661.5 

6 

8  44   6.30 

•JB 

18  33  63.6 

•.•7 

17  43.6 

5 

8  46  16.37 

8.317 

18  31  43.4 

1.77 

1547^ 

6 

8  44  31.84 

40.ai 

+1833   5.4 

-IJ5 

17  39.8 

6 

6  46   8.38 

-4.3M 

+18  33  37.3 

+1J8 

16  43.4 

7 

8  44  96.66 

MM 

18  3330.1 

XM 

17  36.9 

7 

8  45  50.50 

0.383 

18  33  14.3 

8.08 

15  39.3 

8 

8  44  60.75 

•J71 

18  31  37.6 

1.71 

17  33.4 

8 

8  46  50.00 

8.416 

18  34    4.4 

8.16 

15  35.3 

9 

8  46   4.09 

•.640 

18  30  67.9 

%M 

17  38.7 

9 

8  45  39.63 

8.448 

18  34  57.4 

%SI 

16  31.1 

10 

8  45  16.68 

•J09 

18  30  31.1 

1.47 

17  35.0 

10 

6  46  38.47 

8.481 

18  35  53.5 

8.48 

15  360^ 

II 

8  46  38.69 

+9.477 

+18  39  47.3 

*!.» 

17  31.3 

II 

6  46  16.53 

-4JI4 

+18  36  53.5 

+tJ8 

1533.8 

19 

8  46  39.60 

•.4« 

1839  16.4 

1.91 

17  17.6 

13 

8  45    3.81 

8J46 

18  37  54.5 

8.84 

15  18.6 

13 

8  46  49.90 

•.413 

18  38  48.6 

1.10 

17  13.7 

13 

8  44  50.33 

8.578 

18  38  59.4 

8.78 

15  14.6 

N 

8  45  60.43 

•.an 

18  38  33.6 

•JO 

17   9.9 

14 

8  44  36.06 

0.818 

18  40   7.1 

%M 

16  10.3 

15 

8  46   8.19 

•Mi 

16  98   1^ 

%M 

17   6.1 

15 

844  31.04 

8J4I 

18  41  17.7 

8.88 

16   6.1 

16 

84616.16 

44.3I6 

+1837  43.0 

-4.79 

17   3.3 

16 

844   6.37 

-4J71 

+18  43  31.0 

+S.II 

15    1.9 

17 

846  33.36 

•J83 

1837  37.4 

%M 

16  58.6 

17 

8  43  48.76 

8.783 

18  43  47.1 

3.88 

14  67.7 

18 

8  46  99.76 

•JM 

18  37  14.8 

•.40 

16  64.7 

16 

8  43  31.53 

8.738 

18  45   5.7 

8.33 

14  53.6 

19 

8  46  36.37 

•.917 

16  37   6.4 

•.» 

16  50.8 

19 

843  13.56 

0.783 

18  46  37.1 

8.44 

14  49.3 

90 

8  46  40.19 

•.164 

1636  59.1 

%M 

16  46.9 

30 

8  43  64.88 

8.788 

18  47  500^ 

8J6 

14  46.0 

91 

8  46  44.31 

4«.16l 

+18  96  66.0 

-^M 

16  43.1 

31 

8  43  35.50 

-4J81 

+18  49  17.3 

+8J6 

14  40.7 

99 

8  46  47.43 

•.117 

18  36  56.0 

+•.•7 

16  39.3 

33 

8  43  15.44 

8J68 

18  50  46.0 

8.76 

14  36.5 

93 

8  46  49.86 

•.«« 

18  36  59.3 

•JBO 

16  35.3 

33 

8  4164.70 

8.878 

18  59  17.0 

%» 

14  33.3 

94 

6  46  61.47 

•.•61 

18  37   6.6 

•.33 

16  31.4 

34 

8  4133.30 

8J86 

18  53  50.4 

8.M 

14  37.9 

35 

8  46  83.39 

+•.•17 

18  37  16.1 

•.40 

16  37.4 

35 

8  41  11.35 

0J98 

18  65  35.9 

4.88 

14  33.6 

93 

8  4663.31 

-^.•I6 

+1637  37.6 

+•.•• 

16  33.5 

96 

8  40  48.57 

-4.868 

+18  57    3.6 

+4.19 

14  19.3 

97 

8  46  61.53 

•.•M 

1637  43.6 

•.73 

16  19.6 

37 

8  40  35.37 

0.983 

18  58  43.3 

4J8 

14  14.9 

38 

8  46  49.94 

•J«3 

18  38  9.0 

•.86 

16  15.6 

98 

8  40    1.36 

i.ooe 

19   0  34.9 

4J8 

14  10.6 

39 

8  4647.64 

•.117 

18  98  34.8 

0.90 

16  11.6 

99 

8  39  36.86 

1.039 

19   3   8.6 

4J8 

14    6.3 

SO 

8  46  44.35 

•.IM 

18  38  50.1 

1.18 

16   7.6 

30 

839  11.79 

1.068 

19   3  53.9 

4.43 

14    1.9 

31 

84640.36 

-4.183 

+18  3918.6 

+1.86 

16   3.6 

31 

8  38  46.16 

1 

-IJ78 

+19    5  41.0 

+4J8 

13  57.6 

33 

846  35M 

-4JI7 

+18  39  60.0 

+1.80 

15  50.6 

33 

8  38  19.97 

-1.181 

+  19    7  29.7 

+4J8 

13  53.3 

Diqr«rikoMottlh« 

8«k. 

lOlli. 

94lh. 

Di^  of  tb«  Month. 

9d. 

lOth. 

I8lh. 

84th. 

84th. 

Po 

Isr  8«niidiain6t6r  •  • 

•    •    •    • 

lrf> 

19?1 

1^6 

P« 

liar  Bemidiunotar .  . 

sir.i 

3rrj> 

^9 

3^3 

3r6 

Ha 

mMtal  Pan 

lllftX  •  • 

\JA 

1.8 

li) 

U< 

Drisontal  Parallax .  . 

1.9 

1.9 

3.0 

90 

8.0 

Tk 

••Igs  •i-prtixMl  to  Iho  I 

tottriy  otoof  •f  4ooltnjuioa  ImUoatei  t 

Aat  north  doettastSoao  aro  ineraoaiaK  a 

AdaoathdMilbia. 

« 

t—  m  iltortMJMg.   T1 

M  Blgo — iDdioatoo  that  Dorth  dooUaat 

ioaa  are  dooraaaiBf  and  Math  dMUaatI 

ooalaniMiiag. 

16 


242 


SATURN,  1896. 


6BBB21 VVIOH  MBAN  TIME. 

JANUARY. 

i 

FEBBUARY. 

• 

1 

Apparent 

Right 
Aaoension. 

Var.  of 

R.A. 

fori 

Honr. 

Apparent 
DecUBatioii. 

Tar.  of 

DecL 

fori 

Hoar. 

MerUUan 
Paaeage. 

1 

Aeeeiakm. 

Var.  of 

ILA. 

fori 

Honr. 

Apparent 
Declination. 

Var.  of 

DeeL 

fori 

Hovr. 

McrMian 

Jfoon. 

Jfooik. 

Noon, 

No9h* 

Nocn. 

iTaon. 

JfaoM. 

Jfaon. 

h    m     s 

• 

O       1        It 

t* 

h   m 

h    m    a 

• 

o     #      w 

m 

k    m 

1 

14  16  22.23 

40.703 

-11    856.7 

-8.07 

19  99.8 

1 

14  92  20.06 

+O.930 

-113140.9 

-4.56 

17  33.7 

2 

14  16  38.95 

0.090 

11  10   9.4 

S.00 

19  96.9 

9 

14  92  25.58 

0.9S9 

11  31  59.9 

0.48 

17  99.9 

3 

14  16  55.35 

0.677 

1 M 1  20.3 

9.99 

19  92.5 

3 

14  92  30.71 

6.906 

11  39   9.9 

0.38 

17  96.0 

4 

14  17  11.44 

0.684 

11  19  29.4 

i.84 

19  18.9 

4 

14  22  35.44 

0.180 

11  39  10.1 

0.90 

17  99.9 

5 

14  17  27.21 

0.651 

• 

11  13  36.7 

• 

1.77 

19  15.9 

5 

14  99  39.76 

0.179 

1 1  39  16.0 

0.99 

17  18.3 

6 

14  17  42.65 

+0.637 

-11  14  49.1 

-9.60 

1911.5 

6 

14  99  43.69 

+0.156 

-1139  19.8 

-«.lt 

17  14.4 

7 

14  17  57.77 

0.0U 

11  15  45.6 

9.61 

19   7.8 

7 

14  99  47.91 

0.180 

II  32  21.7 

-0.03 

17  10.6 

8 

14  18  12.56 

0.609 

11  16  47.9 

9.53 

19   4.1 

6 

14  22  50.33 

0.199 

11  3221.5 

+0.06 

17    6.7 

9 

14  18  97.01 

0.505 

1M7  47.0 

9.46 

19   0.4 

9 

14  22  53.04 

0.106 

1132  19.3 

0.14 

17    9.8 

10 

14  1841.13 

0.561 

11  16  44.9 

9.87 

18  56.7 

10 

14  22  55.35 

0.068 

1132  15.1 

0.99 

16  58.9 

11 

14  18  54.91 

+0.667 

-11  19  40.9 

-9.99 

16  5.3.0 

11 

14  99  57.96 

+0.079 

-1139  a9 

+0.80 

16  55.0 

12 

14  19    6.34 

0.563 

II  20  34.9 

9.91 

18  49.3 

12 

14  92  58.76 

0.055 

1139   0.7 

0.80 

16  51.1 

13 

14  19  21.43 

0.530 

1191  97.1 

9.13 

18  45.6 

13 

14  22  59.86 

0.038 

11  31  50.5 

0.47 

16  47.9 

14 

14  19  34.17 

O.SM 

119917.3 

9.05 

18  41.9 

14 

14  23    0.55 

0.091 

113138.3 

0.65 

16  43.2 

15 

14  19  46.56 

0.500 

1193   5.6 

• 

1.97 

18  38.1 

15 

14  23    0.84 

+0.004 

1131  94.1 

0.68 

16  39.3 

16 

14  19  58.59 

+0.404 

-1193  51.9 

-1.89 

18  34.4 

16 

14  93   0.73 

-0.013 

-1 1  31    7.9 

+0.71 

16  35.4 

17 

14  20  10.26 

0.470 

1 1  24  36.3 

1.81 

18  30.6 

17 

14  93    0.91 

0.030 

1 1  30  49.8 

%M 

16  31.4 

18 

14  20  21.57 

0.464 

1125  18.7 

1.79 

18  96.9 

18 

14  99  59.98 

0.047 

1 1  30  29.6 

0.88 

16  97.5 

19 

14  20  32.51 

0.449 

1 1  25  59.0 

1.64 

18  93.1 

19 

14  92  57.95 

0.064 

1190    7.5 

0.96 

16  93.5 

20 

14  20  43.08 

0.433 

1126  37.4 

1.55 

18  19.4 

20 

14  99  56.92 

6.081 

1 1  99  43.4 

1.04 

1619.6 

21 

14  20  53.28 

+0.417 

-1127  13.8 

-1.47 

18  15.6 

21 

14  99  54.08 

•M>.068 

-1 1  99  17.4 

+1.19 

16  15.6 

22 

14  21    3.10 

0.401 

1 1  27  48.9 

1.30 

18  11.9 

22 

14  99  51.54 

0.116 

1 1  98  49.4 

1.90 

1611.6 

23 

14  21  12.54 

0.385 

1128  90.6 

1.30 

18   8.1 

93 

14  99  48.60 

0.189 

1198  19.6 

1.90 

16   7.6 

24 

14  21  21.61 

0.369 

1198  50.9 

1.99 

18   4.3 

94 

14  92  45.97 

0.148 

1 1  97  47.8 

1.86 

16   3.6 

25 

14-21  30.28 

0.353 

1199  19.9 

1.13 

18   0.5 

25 

14  99  41.54 

0.164 

1197  14.1 

1.44 

15  59.6 

26 

14  21  38.57 

+0.337 

-11  29  45.5 

-1.06 

17  56.7 

96 

14  92  37.42 

-0.180 

-1 1  96  38.5 

+1.59 

15  55.6 

27 

14  21  46.47 

0.391 

1 1  30   9.7 

0.97 

17  52.9 

97 

14  22  32.90 

0.196 

1196    1.1 

^  1.60 

15  51.6 

28 

14  21  5.3.98 

0.305 

11  30  31.9 

0.88 

17  49.1 

98 

14  22  28.00 

0.919 

1195  91.9 

1.67 

15  47.6 

29 

14  22    1.09 

0.989 

11  30  52.1 

0.80 

17  45.3 

99 

14  22  99.71 

0.998 

1 1  94  40.9 

1.75 

15  43.6 

30 

14  22   7.81 

0.979 

1131  10.9 

0.71 

17  41.5 

30 

14  99  17.04 

0.944 

1193  58.1 

1.88 

15  39.5 

31 

14  22  14.13 

+0.955 

-113126.9 

-0.68 

17  37.6 

31 

14  99  10.99 

-0.960 

-1193  13.5 

+1J0 

15  35.5 

32 

14  2^20.06 

• 

+0.939 

-11  31  40.9 

-0.56 

17  33.7 

39 

14  99   4.57 

-0.976 

-1 1  99  97.9 

+1.07 

15  31.5 

Day  of  the  Month. 

• 

8th. 

16th. 

.     94th. 

DajoftheH< 

nth. 

Ut. 

tth. 

nth. 

Sith. 

Polar  Semidiameter  .  . 

f.7 

i:^ 

i'^ 

1        8.0 

Polar  Bemidian 

leter  .  . 

rfj 

(Tii 

8:3 

8!4 

Horixontal  Parallax  .  . 

0.9 

0.9 

0.S 

)       0.9 

Horixontal  Pari 

iliaz  .  • 

0.9 

0.9 

0.9 

>       1.0 

ir< 

ynE.->Th< 

»SifB+-] 

indJca 

tot 

inortfa 

ideoUnatl( 

onei 

the  alga  —  Iih 

Ueateaae 

nthdeoB 

aatloi 

la. 

SATURN,  1895. 


243 


: 

OBBBNWIGH  BfBAN  TIME. 

MARCH. 

APRn^ 

9 

Atwirioa. 

Tar.  of 
R.A. 
fori 
Hour. 

OaSiiuSa*. 

Tar.af 

DecL 

fori 

Hottr. 

Moridian 
Paaaage. 

1 

1 

Atoeitaloa. 

Var.of 
R.A. 
fori 
Hoar. 

Apparent 
DoolInatioB. 

Var.of 

lleiO. 

fori 

Hoar. 

Moridlaa 

Ifmm, 

Ifotn. 

jr«m. 

jr«m. 

W^trn. 

ifoon. 

JToon. 

Jfoon. 

IMS 

B 

0        0         t0 

m 

h    m 

h    m     • 

• 

o     i      m 

0t 

k    m 

1      1 

H  99  99.71 

-4.9n 

-1 1  94  40.9 

4-1.76 

15  4.3.6 

1 

14  16  51.99 

-4.695 

-10  50  47.1 

43.51 

13  36.1 

1 

9 

14  99  17.04 

6.944 

1193  58.1 

1.66 

15  39.5 

9 

14  16  36.17 

6.693 

10  49  99.3 

9.54 

13  31.9 

1 

3 

14  99  10.99 

6jn 

1193  13.5 

1J6 

15  35.5 

3 

14  16  90.86 

6.641 

10  47  56.8 

9.57 

13  97.7 

4 

14  99   4.57 

•SH 

119997.9 

1.67 

1531.5 

4 

14  16    5.36 

6.646 

10  46  30.7 

9.66 

13  93.5 

b 

14  91  67.78 

6.01 

11  91  39.1 

9.64 

1597.4 

5 

14  15  49.68 

6.667 

10  45   3.8 

9.63 

13  19.3 

6 

14  91  60.69 

-4.966 

*l  1  90  49.3 

44.11 

1593.4 

6 

14  15  33.83 

-^.684 

-10  43  36.9 

4-3.66 

13  15.1 

7 

14  91  4.1.10 

6.961 

1 1  19  57.9 

9.18 

15  19.3 

7 

14  15  17.89 

6.671 

10  49   8.1 

9.66 

13  10.0 

8 

14  91  35.99 

6.366 

11  19   4J) 

9.66 

15  15.9 

8 

14  15    1.65 

6.677 

10  40  39.5 

3.76 

13    6.7 

9 

14  91  96.99 

6.961 

11  18  10.9 

9.96 

15  11.1 

9 

14  14  46.33 

0.683 

10  39  10.4 

3.79 

13    9.5 

10 

14  91  I&4I 

6.965 

II  17  13.9 

9.96 

15   7.1 

10 

14  14  98.86 

0.686 

10  37  40.7 

3.74 

19  58.3 

II 

14  91    0.48 

-4J79 

-11  16  16.1 

49.46 

15    3.0 

11 

14  14  19.97 

-4.604 

-10  36  10.6 

43.76 

19  54.1 

19 

14  91    0.91 

6.369 

II  15  16.7 

9.51 

14  58.9 

19 

14  13  55.56 

6.666 

10  34  40.9 

9.77 

19  49.9 

13 

14  90  50.60 

6.467 

11  14  15.8 

9.57 

14  54.8 

13 

14  13  38.73 

6.703 

10  33    9.5 

f.78 

19  45.7 

14 

14  90  40.66 

6.411 

11  13  13.3 

9.69 

14  50.7 

14 

14  13  91.79 

6.767 

10  31  38.4 

3.79 

19  41.5 

15 

14  90  30.39 

6.496 

11  19   9.3 

9M 

14  46.6 

15 

14  13    4.76 

6.711 

10  30   7.1 

3.86 

19  37.3 

16 

14  90  19.81 

-4.446 

*ll  It    3.9 

44.76 

14  49.5 

16 

14  19  47.64 

-6.715 

-10  98  35.6 

43.81 

19  33.1 

17 

14  90   8.90 

6.461 

11    957.0 

9.81 

14  38.4 

17 

14  19  30.44 

0.718 

10  97    4.0 

3.81 

19  98.9 

18 

14  19  57.68 

6.474 

11    8  48.8 

9.87 

14  34.9 

18 

14  19  13.17 

6.711 

10  95  39.9 

UBl 

19  94.7 

19 

14  19  46.15 

6.467 

11    7  39.9 

9.83 

14  30.1 

19 

14  II  55.84 

6.793 

10  94    0.4 

9M 

1990.4 

90 

14  19  34.39 

6.466 

11    698.3 

9.96 

14  96.0 

90 

14  II  38.46 

6.7V 

10  99  98.6 

3.89 

19  16.9 

91 

14  19  99.90 

-4.611 

*ll    516.1 

44.64 

14  91.9 

91 

14  1191.03 

-6.797 

-10  90  66.9 

49.89 

19  19.0 

99 

14  19   9.78 

6.sn 

11    4    9.6 

9.69 

14  17.7 

99 

14  II    3.57 

6.798 

10  19  95.9 

9.81 

19   7.8 

93 

14  1857.08 

6.594 

11    9  47.9 

9.14 

14  13.6 

93 

14  10  46.08 

6.798 

10  17  53.7 

9.86 

19   3.5 

94 

14  18  44.11 

6.546 

11    139.1 

3.19 

14    9.4 

94 

14  10  98.58 

6.798 

10  16  99.4 

9.76 

1150.3 

9ft 

14  18  30.87 

6.566 

11    0  15.0 

9.99 

14    5.3 

95 

14.10  11.08 

6.799 

10  14  51.4 

9.76 

1155.1 

96 

14  18  17.37 

-4J67 

-10  58  56.8 

4-9.96 

14    1.1 

96 

14    9  53.59 

-4.796 

-10  13  90.6 

43.77 

1150.9 

97 

14  18   S.6I 

6.576 

10  57  37.6 

9.36 

13  56.9 

97 

14    9  36.11 

6.798 

10  11  50.9 

8.79 

1 1  46.6 

98 

14  17  49.60 

6J66 

10  66  17.4 

3.36 

13  59.8 

98 

14    9  18.65 

6.797 

10  10  90.9 

9.79 

11  49.4 

99 

14  17  35.30 

6J66 

10  54  56.9 

3.46 

13  48.6 

99 

14    9    1.93 

6.795 

10    8  60.7 

9.71 

1138.9 

30 

14  17  90.80 

6.667 

10  53  34.0 

9.44 

13  44.4 

30 

14    8  43.85 

6.793 

10    7  91.7 

9.69 

1134.0 

91 

14  17   6.90 

-4.616 

-10  6911.0 

4-9.46 

13  40.9 

31 

14    8  96.59 

-0.791 

-10    5  53.9 

49.67 

11  99.8 

99 

14  16  51.99 

-6.666 

-10  50  47.1 

4-9.51 

13  36.1 
99th. 

39 

14    8    9.96 

-4.718 

-10    4  95.4 

43.64 

J19S.5 
89th. 

Vaj9i^k»Mmfk. 

6t^ 

191k. 

9Ut. 

Day  of  Iha  Month. 

4th. 

14th 

.      994. 

Polar  8«niidiftM6Ur  .  . 

fr6 

•Tfi 

^7 

As 

Polar  Samidiam 

latar.  • 

^M 

iCs 

}     fs 

1        8!9 

Hwisooui  PaimlUji  •  • 

lUI 

1.0 

IX 

1.0 

HorisoBtal  Pan 

illaz.  • 

1.0 

IC 

)        IM 

1.0 

Tht  ilCB  4  prWImd  to  tk« 

kovly  ahnga  of  4Ml1«itk«  hidtoatM  tbat  Bortli  4ed 

InatloBti 

ire  laoreaolnff  and  MNth  dodlaa- 

pmmm  mmm  J.-p^.I.^       -M 

!•  tlgO  —  llMlirMt«>«  thmk 

north  dMiltfiatSflBft  am  flrirrM 

iviagaad 

• 

^^_ 

nB^«^|^« 

244 


SATURN,  1895. 


5 
S 


I 

s 

3 
4 

5 

6 
7 
8 
9 
10 

M 
12 
13 
14 
15 

16 
17 
18 
19 
20 

21 
22 
23 
24 
25 

26 
27 

28 
29 
30 

31 
32 


GBBBNWIOH  MEAN  TQCB. 


MAT. 


Apparent 

Hjht 

A»C«0S10B. 


Novn. 


T 
14 

14 

14 

14 

14 


14 
14 
14 
14 
14 

14 
14 
14 
14 
14 


14 
14 


m    • 
8  26.52 

8   9.26 

7  52.07 

7  34.96 

7  17.93 


14  7    1.00 

14  6  44.18 

14  6  27.47 

14  6  10.88 

14  5  54.42 


5  38.09 
5  21.91 
5  5.88 
4  50.01 
4  34.31 

4  18.78 
4  3.43 
3  48.27 
3  33.31 
3  18.56 


14  3   4.02 

14  2  49.70 

14  2  35.61 

14  2  21.75 

14  2   8.14 

14  I  54.77 

14  1  41.66 

14  1  28.HI 

14  I  16.22 

14  1    3.91 


0  51.87 
0  40.12 


Vsr.of 

B.A. 

fori 

Hoar. 


JTdHMk 


Apptrait 
DoeliiuUSoD. 


JTooA. 


•     i 

-•.7SI  j 
0.718 
0.715 
0.711 
0.7Q7 

-O.TW 
0.006 

o.on 
o.oee 
o.< 


o 

-10 


-^.077 
0.871 
0.864 
0.867 
0.890 

-0.843 
0.835 
0.887 
OJif 
0.811 


0.903! 
0.983 
0.573 
0.983 


5  53.2 
10    4  25.4 

10  2  58.2 
10  I  31.6 
10   0   5.8 

0  58  40.8 
9  57  16.6 
9  55  53.3 
9  54  30.8 
9  53   9.3 

9  51  48.8 
9  60  29.3 
9  49  10.8 
9  47  53.5 
9  46  37.3 

9  45  22.2 
9  44  8.4 
9  42  55.9 
9  41  44.7 
9  40  34.7 

9  39  26.2 
938  19.1 
9  37  13.5 
9  36  9.4 
9  35   6.7 


Tar.of 

DmL 

fori 

Hour. 


Moridiui 


JTma. 


-0.558    - 
0.541 
0.530 
0.519 
0.588 

-0.498 
-0.484 


9  34  5.7 
9  33  6.2 
9  32  8.4 
9  31  12.2 
9  30  17.8 

9  29  25.1 
9  28  34.0 


m 
49  J7 

a.84 

3.81 
3.58 
3.96 

4S.9S 
9.40 
9.45 
9.41 
9.37 

49.93 
9.99 

9.S9 
9.90 
9.15 

49.10 
9.05 
9.00 
9.94 
9.86 

49.88 
9.78 
9.70 
S.84 
S.96 

49.61 
9.44 
9.37 
9.30 
9.83 

49.18 
49.09 


1129.8 
1125.5 
1121.3 
II  17.1 
II  12.9 

II  8.7 
II  4.5 
11  0.3 
10  56.1 
10  51.9 

10  47.6 
10  43.4 
10  39.3 
10  35.1 
10  30.9 

10  26.7 
10  22.5 
10  18.3 
10  14.1 
10  ID.O 

10   5.8 

10    1.6 

9  57.5 

9  53.3 

9  49.2 

9  45.0 
9  40.9 
9  36.7 
9  32.6 
9  28.4 

924.3 
9  20.2 


JUNE. 


o 

t 


Dfty  of  the  Month. 


Polar  Seniidianieter  . 
Horizontal  Parallax   . 


Oth. 


1.0 


leui. 


8ij 
1.0 


94tli. 


8.7 
1.0 


I 

2 
3 
4 

5 

6 

7 

8 

9 

10 

II 
12 
13 
14 
15 

16 
17 
18 
19 
20 

21 
22 
23 
24 
25 

26 
27 
28 
29 
30 

31 
32 


AMraaioB. 


bus 
14    0  40.12 

14    0  28.66 

14    0  17.49 

14    0   6.69 

13  50  66.06 

13  59  45.79 
13  59  35.84 
13  59  26.20 
13  59  16.88 
13  50   7.88 

13  58  59.20 
13  58  50.85 
13  58  42.84 
13  58  35.16 
13  58  27.82 

13  58  20.82 
13  58  14.17 
13  58  7.87 
13  58  1.92 
13  57  56.33 

13  57  51.09 
13  57  46.21 
13  57  41.70 
13  57  37.55 
13  57  33.77 

13  57  30.35 
13  57  27.31 
13  57  24.64 
13  57  22.34 
13  57  20.41 

13  57  18.85 
13  57  17.66 


V«r.  of 
R.A. 

fori 
Hoar. 


JTooA. 


-0.464 

0.479 
0.480 
0.447 
0.434 

-0.491 
0.416 
0.3K 
0.380 
0.388 


0.941 
0.997 
0.919 
0.990 


Appareot 
Deenaaiioa. 


0.971 
0J68 

0.941 


-8.911 
0.198 
0.161 
0.188 
0.190 

-0.135 
0.190 
0.104 
0.089 
0.073 


-0.088 


Bay  of  the  Month. 


Polar  Soraidiameter  •  • 
Horizontal  Parallax  •  • 


-9  28  34.0 
9  27  44.7 
9  26  57.2 
9  26  1 1.5 
9  2527.7 

-9  24  45.6 
9  24  5.4 
9  23  27.1 
9  22  50.7 
9  22  16.2 

-9  21  43.6 
9  21  12.9 
9  20  44.2 
9  20  17.4 
9  19  62.7 

-9  19  30.0 
9  19  9.3 
9  18  50.6 
9  1834.0 
9  18  19.4 

-918  6.9 
9  17  56.5 
9  17  48.2 
9  17  41.9 
9  17  37.8 

-9  17  35.8 
9  17  35.9 
9  17  38.0 
9  17  42.3 
917  48.7 

-9  17  57.1 
-9  18  7.7 


Var.of 
DeeL 
fori 
H 


lit 


8':7 

1.0 


9th. 


49.09 
9.89 
1.96 
1.87 
1.79 

41.79 
1.94 
1.58 
1.46 
1.40 


IJM 
1.18 
1.86 
0.90 

40.91 
0J9 
0.74 
0J5 


40.48 
0.99 
0.91 
0J9 
0.19 

40.85 

-0.04 

8.13 


0.91 


9  20.2 
9  16.1 
9  12.0 
9  7.8 
9   3.7 

8  59.6 
8  55.5 
8  51.5 
8  47.4 
843.3 

8  39.2 
835.2 
831.1 
8  27.0 
8  23.0 

8I8J) 
8  14.9 
8  10.9 
8  6.8 
8   2L8 

758.8 
7  54.8 
7  50Ui 
7  46.8 
7  42.8 

7  38.8 
7  34.8 
7  30.8 
7  26.9 
722.9 

7  18.9 
7  15.0 


1.0 


nth. 


is. 

IJO 


96th. 


£4 
1.0 


HOTB.>-The  sigB  4  indicate*  north  deelinatJonat  the  aiffn  ^  indleatee  aoath 


SATURN,  1896. 


245 


I 

9 
3 
4 
6 

6 

7 

8 

9 

10 

II 
19 
13 
14 
15 

16 
17 
18 
19 
90 

91 
99 
93 
94 
95 

9A 
97 
98 
99 
30 

31 
39 


OBBBNWIOH  MBAN  TOO. 


JULT. 


A«e*iisl<ni. 


^#ow. 


Htm  •^ 
3  57  18.85 

3  57  17.66 

3  57  16.84 

3  57  16.40 

3  57  16.34 

3  57  16.65 
3  57  17.39 
3  57  18.37 
3  57  19.79 
3  57  91.59 

3  57  93.76 
3  57  96.99 
3  57  99.90 
3  57  39.48 
3  57  36.13 

3  57  40.16 
3  57  44.55 
3  57  49.31 
3  57  54<44 
3  57  59.94 

3  58  5.81 
3  58  19.04 
3  58  18.64 
3  58  95.61 
3  58  39.93 

3  58  40.69 
3  68  48.66 
3  58  67.06 
3  50  6.81 
8  69  14.90 

3  59  94.36 
3  69  34.16 


y«r.of 
B.A. 
fori 
Hour. 


Jv#ow. 


0.M9 

O.MI 

-O.OII 

40.M5 

40.MI 
0.016 
f.lOO 

o.or 

0.063 

40.099 
0.1H 
0.139 
0.145 
0.100 

40.176 
0.191 
0M7 
0.«» 
0J37 

40.959 
OJ06 
0JB3 
OJHO 
0.313 


0J43 
0.306 
0.379 

o.a» 

40.401 
40.416 


BfljofltelfoBik. 


AppareBi 
D«eUiifttloii. 


Jv#ow. 


Oft* 

•9  r  57.1 
9  18  7.7 
9  18  90.3 
9  18  35.0 
9  18  51.8 

-9  19  10.7 
9  19  31.6 
9  19  54.6 
9  90  19.6 
9  90  46.7 

-9  91  16.9 
9  91  47.0 
9  99  90.9 
9  99  55.4 
9  93  39.7 

-9  94  19.0 
9  94  53.9 
9  95  36.5 
9  96  91.7 
9  97   8.9 

-9  97  58.1 
9  98  49.9 
9  99  49.9 
9  30  37.9 
9  31  34.1 

-9  39  39.9 
9  33  33.5 
9  34  36.0 
9  35  40.3 
9  36  46.4 

-9  37  54.3 
-9  39    4.0 


VftT.of 

DmI. 

fori 

Honr. 


Jv#oii. 


-0.39 
0.4B 
0.87 
0.05 
0.74 


0.91 
1.00 
1.06 
1.17 

-IJ6 
1.34 
l.4i 
1.51 
1.80 

-1.67 
1.76 
1.04 
1.93 
9.61 


9.17 
9.15 


9.41 


9.56 
9.64 

9.79 
9.79 


MaridlAii 


^1    m 
7  18.9 

7  15.0 

7  11.0 

7   7.1 

7   3.9 

6  69.3 
6  55.3 
6  51.4 
6  47.6 
6  43.6 

6  39.7 
6  36.8 
6  39.0 
6  98.1 
6  94.9 

6  90.3 
6  16.5 
6  19.6 
6  8.8 
6   6.0 

6  I.I 
6  57.3 
6  53.5 
6  49.7 
6  45.9 

6  49.1 
6  38.3 
5  34.5 

5  30.7 
696.9 

693.1 

6  19.4 


AUGUST. 


4 
I 


Polar  Semidiametor  .  . 
U  orison ul  Parallaz  .  • 


Sd. 


H 

8.3 
0.9 


11th. 


8^^ 
0.9 


191k. 


^.1 
0.9 


97th. 


rfo 

0.9 


I 

9 
3 
4 
6 

6 

7 

8 

9 

10 

II 
19 
13 
14 
16 

16 
17 
18 
19 
90 

91 
99 
93 
94 
96 

96 
97 
98 
99 
30 

31 
39 


^BST' 


^#MI. 


b    ii    i 
13  89  34.16 

13  59  44.98 

13  60  64.76 

14  0   5.68 
14   0  16.73 


14 
14 
14 
14 
14 


0  98.91 
0  40.03 

0  59.17 

1  4.65 
1  17.44 


14  130.56 

14  I  44.00 

14  157.76 

14  9  11.83 

14  9  96.91 

14  9  40J0 

14  9  65.91 

14  3  11.99 

14  3  96.83 

14  3  49.74 


14 
14 
14 
14 
14 


8  68.95 
4  16.45 
4  39.94 

4  49.39 

5  6.68 


14  694.39 

14  5  49.94 

14  6  0.43 

14  6  18.89 

14  6  37.61 

14  6  66.59 

14  7  15.83 


▼ar.oT 
B.A. 
fori 
Hoar. 


40.416 
6.430 
0.444 
0.456 
0.479 


OJOO 

0313 

*  0.506 

0.540 

40.554 

0J67 
0.580 
0.503 


40.619 
0.699 
0JI5 
0J57 
0J7O 


0.094 

9.700 
0.718 
0.730 

40.749 
0.753 
0.764 
0.775 
0.796 

40.797 


▲pparmit 
^•eltnftUoD. 


DmI 


Jv#oii. 


939 


4.0 


9  40  15.4 
9  4198.6 

9  49  43.5 
9  44    0.0 

•  9  45  18.9 
9  46  38.1 
9  47  59.6 
9  49  99.8 
9  60  47.6 

>  9  59  13.9 
96341.8 
9  65  11.3 
9  56  49.9 

9  68  14.7 

>  9  69  4a7 
10  194.9 
10  3  1.9 
10  4  39.5 
10   6  19.3 

•10  8  0.4 
10   9  49.9 

10  1196.7 
10  13  11.9 
10  14  58.3 

-10  16  46.0 
10  18  34.9 

10  90  95.0 
10  99  16.3 
10  94   8.7 

-10  96   9.9 
-10  97  56J^ 


▼•r.of 
DmI. 
fori 
Honr. 


DayofilMMoBUu 


Polar  SoBudiaraetar  •  • 
Horisoatal  Parallax  .  . 


4tlL 


7.8 
0.0 


3.01 
8.06 
3.15 
3.99 


3J6 
3.43 


3.67 


3.70 
3.76 
3.89 
8J0 


4.01 
4.07 
4.13 
4.19 


lf*rldUa 

Ii    m 
6  19.4 

615.6 

6  11.8 

6   8.1 

6   4.3 

4.41 
4.40 

-4.51 
4.56 

4.61 
4.66 
4.71 


5  0.6 
4  56.9 
4  53.9 
4  49.4 
4  45.7 

4  49.0 
4  38.3 
4  34.6 
4  30.9 
4  97.9 

4  93.5 
4  19.8 
4  16.1 
4  19.4 

4   8.8 

4  6.1 
4  1.5 
3  57.8 
3  54.9 
8  60.5 

3  46.9 
3  43.9 
3  39.6 
3  35.9 
8  39.3 

8  98.7 
8  95.1 


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31  I  14 
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30  16.15 

30  44.08 

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31  40.03  : 

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-HJ6I    - 


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9l8l5u9 
990  3SJ 
999  S4X 
1995  1X7 
997  3X6 

9  99  SI.9 
9  39  9.7 
934  97.9 
936  4S.8 
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94190.7 
943  37.6 


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0    4.5 

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93  54.0 

93  50.6 
93  47.1 


DttjoftlMlfaatfc. 


Polar  Scmidimraeter  •  • 
Horizontal  Parallax  •  • 


Ttk. 


7.3 

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7.9 
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Von-^TIi^  irfca  4- l»4k«tA«  aortfa  dtcaaatlout  Am  liga  —  ladieatea  aovtk 


SATURN,  1895. 


247 


GRRENWiOH  MEAN  TIUB. 

NOVElfBEB. 

DECBUBEE. 

4 
8 

•9 
1 

1 

Vsr.  of 

a  A. 

fori 
Hour. 

Apparent 
DeelWloa. 

Tar.  of 

DmL 

fori 

Hoar. 

Merldiaa 

4 
1 

^ggr 

Tar.  of 
B.A. 
fori 
Hoar. 

Apparrat 
DeclInatioB. 

Tar.  of 
l>c«L 
fori 
Hour. 

Meridlaa 
PiMige. 

JTma. 

Jf#OM. 

Jftfom. 

«v0oa. 

Jftfoa. 

/Toon. 

• 

Jftfom. 

Jfooa. 

h    M     • 
14  39  36.10 

• 

•••1.148 

-19  43  37.6 

** 
-5.70 

k    m 
93  47.1 

1 

h    m    0 

14  46  96.03 

• 
41.188 

O       »         it 

-13  47  4.3.6 

0* 

k    ai 
99    9.9 

9 

14  33    4.15 

1.100 

19  45  54.9 

8.00 

93  43.6 

9 

14  46  59.56 

1.103 

13  49  39.6 

4.89 

91  59.4 

3 

14  33  39.99 

1.100 

19  48  10.3 

5.07 

93  40.1 

3 

14  47  18.95 

1.098 

13  5134.7 

4.78 

91  55.9 

4 

14  34    0.30 

1.100 

19  50  96.1 

»Jft 

93  36.7 

4 

14  47  45.99 

1.009 

13  53  98.8 

4.74 

9159.4 

6 

14  34  98.39 

1.170 

19  59  41.5 

6.03 

93  33.9 

5 

14  4811.36 

1.067 

1355  91J^ 

4.00 

91  48.9 

6 

14  34  56.48 

•H.IT0 

-19  54  56.4 

-6.01 

93  99.8 

6 

14  48  37.96 

4-1.001 

-13  57  14.0 

-4J5 

91  45.4 

7 

14  35  94.57 

1.170 

19  57  10.9 

6J0 

93  96.3 

7 

14  49    3.93 

1J7S 

13  50    6.0 

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9I41JI 

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14  35  59.65 

1.170 

19  59  94.9 

537 

93  99.9 

8 

14  49  98.94 

1.000 

14    0  64.9 

4M 

9138.4 

9 

14  36  90.73 

1.100 

13    1  38.4 

6J6 

93  19.4 

0 

14  49  54.51 

1.003 

14    9  43.8 

4.61 

9134.8 

10 

14  36  48.78 

1.100 

13   3  51.4 

6.63 

93  15.9 

10 

14  50  19.93 

1.000 

14    4  31.6 

4.47 

9131.3 

II 

14  37  16.89 

4-1. 108 

-13   6   3.8 

-6.61 

93  19.4 

11 

14  50  45.18 

4-1.040 

-14    6ia3 

-4.49 

9197.8 

19 

14  37  44.83 

1.107 

13    815.6 

6.48 

93   9.0 

19 

14  51  10.97 

1.049 

14    8   3.8 

4.97 

9194.3 

13 

14  38  19.89 

1.100 

13  10  96.9 

6.40 

93    5.5 

13 

14  51  35.19 

1.095 

14    9  48.9 

4.99 

9190.8 

U 

14  38  40.77 

1.104 

13  19  37.5 

5.43 

93   9.0 

14 

14  61  50.04 

1.090 

14  1131.4 

4St 

91  17.3 

IS 

14  30   8.68 

1.100 

13  14  47.5 

6.41 

99  58.5 

15 

14  59  94.51 

1.090 

14  13  13.5 

4.99 

91  13.8 

10 

14  39  36.55 

•••1.100 

-13  16  66.9 

-6.38 

99  55.1 

16 

14  69  48.88 

4-1.019 

-14  14  54.3 

-4.17 

91  10.3 

17 

14  40    4.37 

i.ise 

13  19    5.6 

6.36 

99  51.6 

17 

14  53  13.07 

1.904 

14  16  33.9 

4.19 

91    6.7 

18 

14  40  39.14 

1.150 

13  91  13.5 

6.38 

99  48.1 

18 

14  53-37.06 

0J00 

14  18  19.9 

4.97 

91    3.9 

19 

14  40  50.84 

1.153 

13  93  90.7 

5.99 

99  44.6 

19 

14  54    0.86 

0J87 

14  19  49.3 

4.89 

90  50.6 

90 

14  4197.49 

1.150 

13  95  97.9 

6.90 

99  41.9 

90 

14  54  94.43 

0.978 

14  91  95.9 

9.97 

90  56.1 

91 

14  41  55.07 

4-1.147 

-13  97  39.9 

-6.93 

99  37.7 

91 

14  64  47.80 

4OJ00 

-14  99  59.7 

-9J9 

90  59.5 

99 

14  49  99.57 

1.144 

13  99  37.8 

6.19 

99  34.9 

99 

14  55  10J97 

OJ0O 

14  94  33.0 

9J9 

90  49.0 

93 

14  49  49.00 

1.141 

13  31  41.9 

5.10 

99  30.7 

93 

14  65  33.91 

0.951 

14  96    4J> 

9.91 

90  45.4 

91 

14  43  17.34 

1.138 

13  33  45.9 

6.19 

99  97.3 

94 

14  55  56.69 

9.949 

14  97  35.5 

9.75 

90  41.9 

96 

14  43  44.59 

1.134 

13  35  47.6 

6.00 

9993.8 

95 

14  56  19.10 

0J99 

14  99    4.8 

9.70 

90  38.3 

96 

14  44  11.75 

4-1.130 

-13  37  49.9 

-6.06 

99  90.3 

96 

14  5641.36 

49J99 

-14  30  39.7 

-9.64 

90  34.8 

197 

14  44  38.89 

1.190 

13  39  49.9 

6.01 

99  16.8 

97 

14  57   3.38 

9.919       14  31  50.3 

9.58 

90  31.9 

'98 

14  45    5.78 

1.199 

13  41  49.7 

4.96 

99  13.4 

98 

14  57  95.15 

0J09 

14  33  94.6 

9.63 

90  97.6 

;99 

14  45  39.65 

1.118 

13  43  48.6 

4.94 

99   9.9 

99 

14  57  46.68 

0J09 

14  34  4&4 

9.47 

90  94.0 

30 

14  45  50.40 

1.113 

13  45  46.6 

4J0 

99   6.4 

30 

14  58   7.96 

0.089 

14  36  tOJ9 

9.41 

9090.4 

31 

14  46  96.03 

41.106 

-13  47  43.6 

-4J0 

99   9.9 

31 

14  5898.99 

40.071 

-14  37  31 J^ 

-9J5 

90  16.8 

39 

14  46  59.55 

4-1.103 

-13  49  39.6 
h. 

-4.89 

9150.4 

39 

14  58  49.75 

40.880 

-14  38  51.6 

-3.99 

9013.9 

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NEPTUNE,  1896. 


249 


OBEENWIOH  MEAN  TIME. 

1 
1 

Moatli 

Atrwiirtna. 

y«.of 
R.A. 
fori 
Dmj, 

ApparMt 

DMUlBAtioa. 

Deel. 
fori 

M«ridtaa 

MMtil 
•Ml 

^S. 

Tar.  of 
B.A. 
fori 

ApMrent 
Deellastion 

Vw.of 

fori 
Day. 

lf«rklUii 

^•^  ^^^.^^p^p^^^^B^^^^W^^^^^^  w 

ivMNI* 

Jfoon. 

Mocn. 

IfOOH, 

jr«Mt. 

^#MI. 

Jf  #0M. 

Ho&n. 

'Jan.    0 

4  50   9.60 

• 
-4.34t 

Oil* 

490  57   5.1 

H 

-9.85 

b    m 
10    8.9 

Joly  3 

5    15.3.84 

• 

48.871 

0      1     tt 

491  91  45.1 

411.89 

h    m 
99  13.3 

4 

4  4944.84 

6.0M 

90  5631.1 

8.19 

9  59.7 

7 

5  998.89 

8.649 

919930.6 

11.09  1  91  58.9 

8 

4  4991.38 

5.iM 

905550.9 

7.49 

9  36.6 

II 

5  3  9.98 

9.995 

91  93  13.6 

19.44    91  43.0 

19 

4  48  59.38 

5.309 

905531.7 

9.99 

9  90.5 

15 

6  336.01 

9.114 

9193  54.1 

9.79 

91  97.H 

16 

4  48  38.95 

4.9t0 

90  55  6.6 

5.94 

9    4.5 

19 

5  4  7.86 

7J05 

9194  31.9 

9.11 

91  19.6 

90 

4  48  90.99 

-4.4a» 

490  54  45.0 

-4.94 

8  48.4 

93 

5  4  38.41 

47.493 

49195  7.0 

4  9.49 

90  57.4 

94 

4  48  3.39 

3.Mft 

90  54  97.1 

3.99 

8  39.4 

97 

5  5  7.53 

7.085 

91  95 .39.3 

7.71 

90  49.1 

98 

4  47  48.38 

9.47f 

90  54  13.1 

9.09 

8  16.4 

31 

5  535J5 

9.794 

9196  8.7 

7.99 

90  96.9 

Feb.   1 

4  47  35.50 

9.90S 

9054   3.1 

9.99 

8   0.5 

Aog.  4 

5  6   1.13 

9J99 

919635^ 

9.97 

90  11.6 

& 

4  47  94.74 

9.419 

9053  57.1 

-9.99 

7  44.6 

8 

5  695.49 

5.9n 

91  96  58.9 

5.59 

19  56.3 

;     9 

4  4716.17 

-1.90 

490  53  55.9 

4  9.99 

7  98.8 

19 

6  047.99 

45J94 

491  97  19.5 

4  4.77 

19  40.9 

13 

4  47  9.85 

1.999^ 

905357.5 

l.ll 

7  19.9 

10 

5  7  8.54 

4.913 

919737.1 

4.99 

19  95.5 

.           17 

4  47  5.81 

9.791 

9054   4.1 

9.19 

6  57.1 

90 

5  7  97.90 

4.419 

9197  51.7 

9.97 

19  lO.I 

1          91 

4  47  4.06 

-9.139 

90  54  14.9 

9.94 

6  41.3 

94 

5  7  43.89 

3.899 

9198  3.3 

8.51 

18  54.6 

95 

4  47   4.71 

49.491 

9054  30.0 

4.S9 

0  95.6 

98 

5  7  58.39 

9.3B9 

91  98  11.8 

1.79 

18  39.1 

Mat.  1 

4  47  7.69 

41.941  49054  49.9 

4  5.31 

6  10.0 

Sept.  1 

5  810.68 

49.817 

491  98  17.4 

4  1.99 

18  93.6 

6 

4  47  13.03 

1.994 

90  55  19.5 

9.91 

5  54.3 

5 

5  890.84 

9.993 

919890.0 

4  9.97 

18   8.0 

9 

4  47  90.67 

9.197 

90  5539.7 

7.97 

5  38.7 

9 

5  898.77 

1.799 

91  98  19.6 

-9.49 

17  59.4 

13 

4  47  :W.59 

9.799 

90  56  10.7 

9.91 

5  93.9 

13 

5  834.43 

1.199 

91  98  16.3 

1.19 

17  36.8 

17 

4  47  49.76 

3.S99 

90  56  45.4 

9.11 

5   7.6 

17 

5  837.80 

49J54 

919810.1 

IJO 

17  91.1 

91 

4  47  57.13 

43.994 

490  57  93.6 

4  9.97 

4  59.9 

91 

5  838.86 

H1.9i9 

49198    I.I 

-9.99 

17   5.4 

95 

4  4813.65 

4.399 

9058  5.9 

19.79 

4  36.7 

95 

5  837.09 

9.599 

91  97  49.3 

3.99    16  49.6 

99 

4  48  39.95 

4.994 

90  58  49.9 

11.54 

4  91.3 

99 

5  834.08 

1.197 

919734.8 

9.94    16  33.8 

Apr.  9 

4  48  59.86 

9.397 

90  5937.5 

19,99 

4    5.9 

Oet.   3 

5  898.30 

1.793 

91  97  17.8 

4.57 

16  18.0 

6 

4  49  15.39 

9.999 

91    097.7 

19.85 

3  50.6 

7 

5  890.31 

9.979 

91  96  58.9 

5.99    16    9.1 

10 

4  49  39.74 

49.999  491     1  90.3 

419.49 

3  35.9 

11 

5  8  10.14 

-9.919 

4919636.9 

-5.90    15  46.9 

14 

4  50   5.89 

9.799     91    915.1 

13.95 

3  90.0 

15 

5  7  57.85 

9.333 

91  96  11.8 

9.39;  15  30.3 

18 

4  5033.53 

7.199 

91    3  11.9 

14.49 

3    4.7 

19 

5  7  43.51 

3.834 

9195  45.3 

9.99!  15  14.3 

99 

4  51    9.79 

7.497 

91    4  10.3 

14.79 

9  49.4 

93 

5  797.91 

4.919 

91  95  16.7 

7.97 

14  58.3 

96 

4  5133.47 

7.939 

91    510.9 

15.19 

9  34.9 

97 

5  7  9.05 

4.791 

91  94  46.3 

7.91 

14  49.3 

30 

4  59  5.46 

49.191 

491   6  11.1 

415.34 

9  19.0 

31 

5  649.16 

-5.179 

49194  14.9 

-  9M 

14  96.9 

Umy   4 

4  5938.64 

9.433 

91    7  19.9 

15.fi9 

9   3.8 

Not.  4 

6  697.66 

9.M5 

919340.4 

%M 

14  lO.I 

8 

4  53  19.88 

9.981 

91    815.3 

15.95 

1  48.7 

8 

6  6   4.68 

5.999 

9193   5.9 

9.97 

13  54.0 

19 

4  53  48.05 

9.909 

91    9  18.1 

15.79 

133.5 

19 

5  540.33 

9.90 

91  99  98.6 

9.97 

13  37.9 

16 

4  54  94.06 

9.099 

91  1091. 1 

15.79 

1  18.4 

16 

5  514.79 

9jn 

91  91  51.0 

9.47 

13  91.7 

90 

4  55  0.77 

49Jfi9 

491  1193.9 

415.99 

1    3.3 

90 

5  4  48.90 

-9.799 

491  91  19.8 

-9J9 

13    5.6 

94 

4  5538.06 

9.383 

91  1996.4 

15.95 

0  48.9 

94 

6  4  90.76 

9.951 

9190  34.0 

9.75    19  49.4 

98 

4  5615.79 

9.4n 

91  1398.3 

15.39 

0  33.1 

98 

5  3  59.65 

7.995 

91  1954.8 

9.99 1  19  33.9 

JinM  1 

4  5653.83 

9.937 

91  14  99.3 

15.19 

0  18.0 

Deo.  9 

5  394.06 

7.195 

91  19  15.6 

9.77    19  17.0 

5 

4  57  39.05 

9.995 

91  1599.3 

14.95 

r  t    t.f 

6 

5  955.15 

7.963 

91  1836.6 

9.71 1  19   0.8 

0 

4  58  10.31 

49.599  <49i  1698.1 

414.51 

93  44.0 

10 

5  996.10 

-7.9n 

491  17  57.9 

-9.89    II  44  6 

13 

4  58  48.49 

9.A99 

91  17  95.5 

14.14 

93  98.9 

14 

5    157.11 

7J94 

91  17  19.9 

9.37    1 1  2H.4 

17 

4  59  96.48 

9.499 

91  1891.9 

19.79 

93  13.8 

18 

5    198.37 

7.139 

91  16  49.9 

9.09    11  19.9 

91 

5   0   4.15 

9UI94 

91  19  15.3 

19.99 

99  58.7 

99 

5    1    0.08 

9.999 

91  16  7.9 

9.T5    10  56.0 

95 

5  041.35 

9.939 

9190  7.3 

19.77 

99  43.6 

96 

6  039.44 

9.914 

91  15  39.9 

9Ja    10  39.8 

O 

5   1  17.96 

49.099  I49I  90  57.3 

419.99  i  99  98.5 

1 

30 

5  0  5.61  1  -4.M9 

491  15  0.4 

-7.87    10  93.6- 

Jaly3 

5    153.84 

48.971 

491  91  45.1 

411.99    99  13.3 

34 

4  59.39.78    -9.391 

491  1499.9;- 7.35    10    7.5  1 

QfMtest  Mmkltaniatrr, 


l>«remb«r 


5,  f.St. 
7.  1".26. 


CireatMit  horiMmuU  p«rmllax« 
LeMi  iMiriMMiUl  pwBllax, 


DMwmber 


6.  0"J1, 
7. 


260 


HELIOCENTRIC  CO-ORDINATES,  1895. 


4 

MKUOUBY. 

• 

CttEENWICH  MEAN  NOON. 

t 

Data. 

HeUoeentrto 

MeMiBquinax 
of  Date. 

DaOj 
Uotkm, 

B«diietkni 

to 

OrWt 

HaUMMtrie 
Latltade. 

Dallj 

LogarithM 

Badtea 
Taetor. 

Locarithm 

ofPiataafia 

▲tData. 

Atlatenne- 
diateDiUtt. 

O       t       ** 

O       1      It 

#      n 

O         t          M 

1      M 

Jan.  0 

969    8  19.8 

9  4S  97.4 

+19    7.9 

-4    9    9.4 

-10  99.9 

9.6683070 

0.1563603 

0.1569386 

2 

967  40  40.8 

9  47    9.0 

19  43.7 

4  34  19.6 

15  99.8 

9.6665540 

0.1573.501 

0.157.5948 

1 

4 

973  17    1.3 

9  49  90.8 

19  51.4 

5    4    0.3 

14  17.6 

9.6637543 

0.1576717 

0.1575794 

6 

978  59    3.3 

9  59  44.1 

19  99.9 

6  31  17.7 

19  59.9 

9.6509019 

0.1573169 

0.1568797 

8 

984  48  34.9 

9  06  59.4 

11  36.1 

6  56  46.7 

1199.9 

9.6549886 

0.1569665 

0.1554797 

10 

990  47  97.7 

9    9    7.4 

•flO  19.1 

-6  17    5.3 

-9  47.4 

9.6490066 

0.1544939 

0.1533950  , 

19 

996  57  45.6 

9    6  91.4 

8  17.5 

6  34  46.7 

7  51.9 

9.6419608 

0.1519603 

0.1503933 

14 

303  91  38.5 

3  15  43.9 

•     5  64.8 

6  48  18.6 

5  97.4 

9.6338909 

0.1486148 

0.1466169 

16 

310    1  97.7 

9  94  18.8 

3    7.7 

6  57    9.9 

9   9.9 

9.6946958 

0.1443894 

0.1419936 

18 

316  59  46.3 

9  94  19.9 

-1-0    9.3 

7    0  11.3 

-6    9.4 

9.6143899 

0.1399066 

0.1369959 

90 

394  19  17.3 

945  99.9 

-3  19.3 

-6  56  59.4 

4  9  90.9 

9.0031598 

0.1399669 

0.1994116 

92 

3.39    9  54.6 

3  56  19.8 

6  91.1 

6  46    4.3 

7  97.9 

9.6010163 

0.1955483 

0.1913579 

94 

340  13  36.6 

4  19  37.9 

9  16.7 

6  96  40.3 

19   9.0 

9.5780871 

0.1 168176 

0.11 19105 

96 

348  54  91.4 

4  96  91.4 

11  30.7 

5  57  31.4 

17  11.7 

9.5645659 

0.10^6136 

0.1009049 

98 

358    7  53.4 

4  45  91.7 

19  44.5 

5  17  34.3 

99  49.5 

9.5507987 

0.0947595 

0.0881547 

30 

7  56  95.3 

5    9  17.0 

-19  36.7 

-4  96    9.7 

490  49.9 

9.5969458 

0.0810669 

0.0734706 

Feb.    1 

18  91  14.7 

5  91  31.0 

10  59.4 

3  99  45.1 

34  30.9 

9.5937169 

0.0653479 

0.0566755 

3 

99  99    9.5 

5  90  19.5 

7  99.0 

9    8  96.0 

90  98.9 

9.51 16375 

0.0474406 

0.0376310 

5 

40  56  56.0 

5  55  10.9 

-  9  44.8 

-0  45    7.6 

49  99.9 

9.5013871 

0.0979434 

0.0169896 

7 

53    0  46.5 

0    8    9.5 

•h  9  39.3 

•M)  43  37.9 

44  57.0 

9.4936536 

0.0047691 

9.9997088 

9 

65  96    7.5 

0  10  97.7 

•••  7  43.0 

4>9  19  53.5 

443  49.0 

9.4890397 

9.9801637 

9.9671898 

11 

78    9  55.9 

0  19  90.0 

11  99.3 

3  36  59.9 

90  40.9 

9.4879150 

9.9538389 

9JM09903 

13 

90  39  98.9 

0  10  19.8 

19  51.4 

4  50  93.5 

93  14.8 

9.4903991 

9.9964376 

9.9196157 

15 

103    3  56.3 

0    7  90.8 

II  55.1 

5  48  49.9 

94  50.5 

9.4969683 

9.8988953 

9.8854314 

17 

115    5  40.9 

5  53  49.8 

8  54.8 

6  99  53.6 

10    9.7 

9.5050405 

9.8793900 

9.8599496 

19 

196  36  33.1 

0  30  49.7 

•h  4  35.9 

46  53  15.3 

4  7  94.8 

9.5160713 

9.8489614 

9.8375133 

91 

137  31  99.4 

5  17  54.0 

-0  11.7 

7    0  10.6 

-  0  17.0 

9.5986669 

9.8978515 

9.8194105 

93 

147  47  51.5 

4  58  95.9 

4  41.1 

6  59  56.9 

0  49JI 

9.5491708 

9.8199986 

9.8065915 

95 

157  96    4.1 

4  99  40.4 

8  99.1 

6  34  19.0 

11  47.7 

9.5560950 

9.8093.308 

9.7995991 

97 

166  97  44.4 

4  99    7.8 

10  59.1 

6    6  35.6 

15  37.0 

9.5697817 

9.7981359 

9.7981119 

IfAT.    1 

174  55  37.9 

4    6    1.7 

-19  97.5 

45  39  96.8 

-18  89.1 

9.5831048 

9.7993690 

9.8017895 

•   3 

189  59  59.7 

9  51  98.0 

19  51.9 

4  53  49.0 

96  15.0 

9.5957594 

9.8059536 

9.8096508 

5 

190  93  17.7 

9  98  57.0 

1*9  90.7 

4  II  54.0 

91  97.9 

9.6075593 

9.8148479 

9.8907909 

7 

197  99  53.9 

9  97  55.9 

11    4.4 

3  98  14.8 

99    7.8 

9.6184173 

9.8971564 

9.8340479 

9 

904  15  59.9 

9  18  95.0 

9  13.5 

9  43  38.7 

99  95.0 

9.6989596 

9.8419974 

9.8488990 

11 

910  44  39.8 

9  10  90.9 

-6  58.4 

41  58  46.6 

-90  94.0 

9.6370496 

9.8665466 

9.8644075 

13 

916  58  15.3 

9    9  94.0 

4  97.9 

1  14    8.8 

99  11.9 

9.6447697 

9.8793498 

9.8803977 

15 

999  59  36.0 

9  57  58.0 

-  1  60.3 

40  30    7.9 

91  48.9 

9.6514149 

9.8883097 

9.8969444 

17 

998  50  50.4 

9  53  90.7 

^  0  47.6 

-0  19  59.9 

91  17.8 

9.6569880 

9.9041965 

9.91 19987 

19 

934  34    9.9 

9  40  55.4 

3  90.1 

0  54  60.9 

96  41.6 

9.6614969 

9.9196344 

9.9979313 

91 

940  1 1    9.5 

9  47  90.0 

^  5  49.9 

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-90    0.9 

9.6649446 

9.9347101 

9.9490639 

93 

945  43  58.3 

9  45  37.4 

7  49.5 

9  14  57.5 

19  14.6 

9.6673436 

9.9499855 

9.9563738 

95 

951  14  19.8 

9  44  45.4 

9  38.1 

9  59  38.3 

18  96.9 

9.6686984 

9.9633963 

9.9701499 

97 

956  43  39.7 

9  44  49.0 

11    5.1 

3  98  35.5 

17  91.9 

9.6690191 

9.9768913 

9.9833644 

99 

969  13  35.6 

9  45  90.0 

19    7.9 

4    9  39.9 

16  99.4 

9.6689855 

9.9897799 

9.9960483 

31 

967  45  59.8 

9  47    9.9 

4-19  43.9 

-4  34  41.9 

-15  97.6 

9.6665168 

0.0091991 

0.0089066 

33 

973  92  94.7 

9  49  99.5 

4-19  51.3 

-5    4  96.7 

-14  16.5 

9.6637015 

0.0140934 

0.0198545 

HBLIOOBNTRIC  CO-ORDINATES,  1895. 


251 


• 

MBBGUBT. 

- 

1 

ORf  IflNWICH  MEAN  NOON. 

^ 

H«lfcMMitrlfl 

Loogitiule, 

IfMUiKqiilsox 

ofBat*. 

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Itodnodoa 

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OrMt 

HellMMtrie 

Dmfly 
HoitoB. 

LoKBritlua 

BadiM 
Veoler. 

LogarithM  of  DtotoiiM 
fhNBBartb^ 

▲tDale. 

At  laterme- 

Apr.  9 

Off* 

973  99  94.7 

O       1       // 

9  49  91.6 

•••19  6r.3 

e      t      $t 

-5    4  96.7 

t    It 
-14  10.6 

9.6637015 

0.0140934 

0.0198545 

4 

979    4  39.8 

9  89  47.6 

19  98.6 

6  31  41.7 

19  67.0 

9.6608331 

0.0964914 

0.03l00r»3 

6 

984  64  11.6 

9S7    0.7 

11  36.0 

6  66    7.9 

11  97.4 

9.6549036 

0.0363981 

0.0416700 

8 

990  63  14.7 

S    9  19.6 

10  10.4 

6  17  93.4 

945.9 

9.6489066 

0.0468918 

0.0518531 

10 

997    3  43.8 

S    6  97.6 

8  16.5 

6  36    1.9 

7  40.4 

9.6418337 

0.0667640 

0.0615534 

19 

303  97  60.3 

9  lftM.6 

•••6  69.4 

-6  48  99.0 

-6  95.9 

9.6336876 

0.0669191 

0.0707590 

14 

310    7  65.9 

3  94  97.0 

4-  3    4.9 

6  67    7.7 

-9  80.8 

9.6944766 

0.0751703 

0.0794491 

16 

317    6  31.9 

3M9M 

-0    0.6 

7    0  11.4 

4-0    0.0 

9.6149961 

0.0835006 

0.0875888 

18 

394  96  93.0 

940  43.6 

3  15.3 

6  56  46.0 

9  99.9 

9.6099803 

0.0914376 

0.0961990 

90 

339  10  94.0 

350  90.3 

6  96.9 

6  45  60.6 

7  91.9 

9.6008938 

0.0986544 

0.1090036 

99 

340  91  39.9 

4  19  50.0 

-  9  19.1 

-6  96  18.0 

•I'M    7.1 

9.5778840 

0.1061660 

0.1081957 

94 

349    9  45.6 

4  00  90.4 

11  39.3 

5  56  60.6 

17  10.0 

9.5643561 

0.1108719 

0.1133878 

96 

368  16  48.5 

4  40  97.0 

19  45.0 

6  16  69.9 

99  64.0 

9.5606134 

0.1156669 

0.1176578 

98 

8    5  53.3 

5    9  95.0 

19  35.8 

4  95    9.8 

90  40.7 

9.5367380 

0.1193734 

0.1907819 

30 

18  31  15.8 

5  91  40.9 

10  49.9 

3  91  41.6 

94  95.0 

9.6935914 

0.1918609 

0.1995878  { 

Umy  9 

99  39  43.9 

5  90  10.9 

-7  96.9 

-9    7  13.1 

490  49.6 

9.5114654 

0.1999397 

0.1998944 

4 

41    7  56.9 

5  56  99.0 

-  9  40.0 

-0  43  47.9 

49  94.0 

9.5019487 

0.1994997 

0.1915957 

0 

53  19  13.0 

0    9  19.0 

•••  9  44.3 

•M)  44  59.8 

44  67.6 

9.4935586 

0.1901669 

0.11833:19 

8 

65  37  49.4 

0  10  99.7 

7  47.1 

9  14  14.0 

49  47.1 

9.4889891 

0.1 160194 

0.II39I7I 

10 

78  14  41.7 

0  10  90.6 

11  95.1 

3  38  19.9 

90  49.0 

9.4879967 

0.1099943 

0.1061440 

19 

90  51  10.1 

0  10    7.4 

4-19  51.6 

•M  61  94.4 

4-33    7.0 

9.4904651 

0.1018849 

0.0971568 

14 

103  15  91.4 

0    7  10.9 

II  53.9 

5  49  35.0 

94  51.9 

9.4963830 

0.0919777 

0.0863664  1 

16 

115  16  41.1 

5  59  90.6 

8  51.9 

6  30  93.0 

15  56.6 

9.5051948 

0.0803459 

0.0739377   1 

18 

196  47    9.9 

5  90  97.1 

4-  4  30.9 

6  63  98.8 

4-  7  17.1 

9.516*2548 

0.0671691 

0.0600648  > 

90 

137  41  17.9 

6  17  97.0 

-  0  16.1 

7    0  10.0 

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9.5988684 

0.0596506 

0.0449513 

99 

147  57  11.9 

4  80  17.9 

-  4  44.9 

4«  69  43.7 

-  0  48.4 

9.5493891 

0.0369914 

0.0987939 

94 

157  34  49.5 

4  90  90.0 

8  95.0 

6  33  50.9 

11  616' 

9.5569377 

0.0903819 

0.0117739  1 

96 

166  35  57.8 

4  91  59.4 

11    0.9 

6    6    6.7 

16  40.0 

9.5699901 

0.0099916 

9.9040534 

98 

175    3  91.9 

4    5  47.9 

19  98.3 

6  31  59.9 

18  94.9 

9.5833044 

9.9849769 

9.9757770  , 

30 

183    0  17.5 

9  51  95.0 

19  61.9 

4  53    4.6 

99  10.4 

9.5059401 

9.9664799 

9.9570773 

June  1 

190  30  19.5 

9  99  40.4 

-19  19.9 

44  II  14.4 

-91  973 

9.6077339 

9.9476073 

9.9380789  ■ 

3 

197  36  98.8 

9  97  45.9 

11    9.9 

3  97  33.8 

99    9J 

9.6185758 

9.9985069 

9.9189070  1 

6 

904  99  17.9 

9  10  17.0 

9  11.5 

9  49  67.9 

99  95.1 

9.0984094 

9.90il996l 

9.899691  o 

7 

910  60  36.6 

9  10  14.9 

6  56.1 

1  58    5.1 

99  94.0 

9.6371763 

9.8901198 

9.8805793 

9 

917    4    6.8 

9    999a 

4  95.5 

1  13  97.6 

99  11.9 

9.6448799 

9.8711194 

9.8617357 

11 

993    5  16.1 

9  67  59.9 

-  1  47.8 

•M)  99  97.4 

-91  47.9 

9.6615087 

9.8594750 

9.8433576 

13 

998  56  99.1 

9  59  99  9 

4-0  50.0 

-0  13  38.7 

91  17.9 

9.6570657 

9.8344149 

9.8966777 

16 

934  39  98.9 

9  40  89.9 

3  99.4 

0  55  37.6 

90  49.9 

9.0616569 

9.8171838 

9.8089710 

17 

940  16  99.7 

9  47  19.9 

6  44.9 

1  36  18.8 

19  90.0 

9.6649904 

9.8010819 

9.7935587 

19 

945  49  15.3 

945  90J 

7  51.9 

9  16  33.1 

19  14.1 

9.6673737 

9.7864503 

9.7798039  ■ 

1 

91 

961  19  98.1 

9  44  44.9 

4-  9  30.6 

-9  63  19.4 

-10  94.4 

9.6687198 

9.7736706 

9.7681090  < 

93 

956  48  47.5 

9  44  49.9 

11    6.3 

3  99    7.9 

n99.4 

9.66!I0I08 

9.7631495 

9.758*^640  1 

96 

969  18  51.7 

9  45  90.7 

19    8.7 

4    3  10.6 

-  10  91.4 

9.6689686 

9.755-<2940 

9.7594H53 

97 

967  51  18.9 

9  47    6.7 

19  44.3 

4  36    9.8 

15  99.0 

9.6664840 

9.7504780 

9.74930ti0 

90 

973  97  48.0 

949  99.0 

19  61.9 

6    4  53.1 

14  15.9 

9.6636597 

9.7490099 

9.7495809 

31 

979  10    9.1 

9  89  61.0 

4-19  98.0 

-5  39    5.6 

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9.6607681 
9.6548999 

9.7510667 
9.7660914 

9.7534984  . 

33 

984  60  4a6 

9  67    6.0 

4-11  3.r9 

-5  56  99.1 

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9.7608983  \ 

252 


HELIOCENTRIC  CO-ORDINATES,  1895. 


^ 

MEBOUBT. 

GREENWICH  MEIH  NOON. 

Data. 

HeHoMBtrfd 

lf«MiKqataM»z 
ofDMe. 

Diaij 

MoUoa. 

SadoetloB 

to 

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I^Marttkm 
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1 

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O        t         tt 

979  10    9.1 

Of** 

9  fit  51  .• 

4-19  98.0 

O        #         W 

-6  39    5.6 

f      w 

-18  85.7 

9.6507681 

9.7510667 

9.7534984 

3 

984  59  48.5 

9S7    5.0 

11  33.9 

5  66  99.1 

11  98.8 

9.6548999 

9.7566914 

9.7608983 

5 

990  59    1.0 

3    t  17.8 

le    9.0 

6  17  41.4 

8  44.1 

9.6488075 

9.7658197 

9.77161 19 

7 

997    9  41.6 

3    #38.7 

8  13.5 

6  35  16.6 

7  47.4 

9.6417190 

9.7781841 

9.7854849 

9 

303  34    1.3 

3  15  87.8 

5  50.0 

6  48  39.9 

883.8 

9.6336661 

9.7934698 

9.8090637 

11 

310  14  91.9 

S94S5.8 

4-  8    9.9 

-6  57  13.9 

-9  87.9 

9.6943984 

9.8119319 

9.8909099 

13 

317  13  16.6 

384  88.8 

-0    3.6 

7    0  11.3 

48    8.8 

9.6140608 

9.8310403 

9.8415668 

15 

394  33  98.9 

8«84.S 

3  18.4 

6  56  39.6 

383.4 

9.6098008 

9.8594337 

9.8635873 

n 

339  17  53.0 

SS8  444 

6  99.8 

6  45  36.7 

7  35.4 

9.5906304 

9.8749755 

9.8865477 

19 

340  99  97.1 

4  18    4.8 

9  91.5 

6  95  55.7 

It  11.8 

9.5776794 

9.8988567 

9.9100556 

21 

349  11    9.5 

4  88  51.5 

-11  34.0 

-5  56  97.8 

417  99.1 

9.5641494 

9.9918995 

9.9337451 

93 

358  95  43.8 

4  «  54.8^ 

19  45.6 

6  16  10.1 

93    l.t 

9.5609978 

9.9455499 

9.9579795 

95 

8  15  91.7 

5    8  68.8 

19  35.0 

4  94  16.8 

t8  54J 

9.5365969 

9.9688797 

9.9603104 

97 

18  41  18.9 

5  98    8.1 

10  47.6 

3  90  37.9 

84  41.7 

9.5933990 

9.9915453 

0.0095384 

99 

99  43  18.5 

5  88  44.0 

7  91.4 

9    5  69.9 

38  48.7 

9.5119886 

0.0139510 

0.0936459 

31 

41  19    3.7 

8  88  87.4 

-9  34.8 

-0  49  97.9 

443  88.8 

9.5011051 

0.0336844 

0.0433334 

Aag.  9 

53  93  49.6 

8    8  98.8 

4-  9  49.9 

40  46  99.8 

44  88.8 

9.4934567 

0.0595604 

0.0613358 

4 

65  49  35.0 

8  18  88.4 

7  51.9 

9  15  34.8 

43  48.7 

9.4889406 

0.0696335 

0.0774339 

6 

78  96  33.7 

8  18  98.8 

11  97.5 

3  39  95.6 

30  38.8 

9.4879336 

0.0847187 

0.091479S 

8 

91    9  57.0 

8  18    1.7 

19  51.8 

4  59  95.7 

38  58.8 

9.4906969 

0.0977103 

0.1034199 

10 

103  96  51.6 

8    7    8.1 

4^11  51.3 

45  50  91.4 

484  43.4 

9.4964934 

0.1085901 

0.1139547 

19 

115  97  47.9 

5  88  18.0 

8  47.6 

6  30  59.5 

15  48.4 

9.5053456 

0.1174900 

0.1911065 

14 

196  57  38.4 

5  88  10.5 

4-4  96.4 

6  53  49.3 

4-7  10.5 

9.5164353 

0.1943310 

0.1971167 

16 

137  51  18.8 

5  17  18.5 

-0  90.5 

7    0    9.1 

-8  88.7 

9.5990679 

0.1994863 

0.1314630 

18 

148    6  37.8 

4S8    0.9 

448.8 

6  59  31.0 

888.8 

9.5495917 

0.1330705 

0.1343309 

90 

157  43  41.3 

4  88  18.5 

*8  97J» 

46  33  98.0 

-11  85.8 

9.5564494 

0.1359659 

0.1358964 

99 

166  44  16.8 

4  91  88.8 

11    9.8 

6    5  37.4 

15  43.8 

9.5701980 

0.1369418 

0.1.363185 

94 

175  11  10.9 

4    5  33.8 

19  99.9 

5  31  18.4 

18  98.4 

9.5835039 

0.1361445 

0.1357345 

96 

183    7  40.8 

8  51  18.9 

19  61.8 

4  59  96.6 

98  17.8 

9.5061985 

0.1351018 

0.1349593 

98 

190  37  19.5 

8  39  35.4 

19  19.0 

4  10  34.1 

91  18.8 

9.607iM)80 

0.1339174 

0.1319857 

30 

197  43    8.3 

3  97  38.3 

-If    1.4 

43  96  59.3 

-98    8.7 

9.6187359 

0.1305734 

0.1989874 

Sept  1 

904  98  39.3 

3  18    8.4 

9   9.7 

9  49  15.9 

99  95.3 

9.698iM69 

0.1979344 

0.1953197 

3 

910  56  49.7 

8  10    7.3 

6  53.9 

1  57  93.0 

99  94.5 

9.6373045 

0.1939479 

0.1910930 

5 

917  10    0.9 

8    3  99.8 

4  93.1 

1  19  46.0 

99  10.8 

9.6449919 

0.1186476 

0.1161939 

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HELIOCENTRIC  CO-ORDINATES,  1895. 


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93 

50  43    1.9 

1  98  18.0 

9  18.8 

1  96  19.9 

5  18.1 

0.8687811 

0.6135907 

9.6970091 

97 
31 

57    8  19.7 
63  34    5.8 

1  98  99.0 

9      ^M    ^A    9 

1  49.6 
*1  14.7 

1    6    1.6 
-0  49  69.4 

5  9C3 

9.8584507 
9.8561488 

9.6403714 

9.6535070 

1  30  90.1 

*4o  353 

9.6795915 

Not.  4 

70    0  90.4 

1  18  37.3 

-0  36.0 

-0  90  99.8 

5493 

9.8678694 

9.6991895 

9.7046944 

8 

76  97    4.0 

1  98  44.5 

40    4.4 

40    9  31.1 

8443 

9.8675745 

9.7168370 

9.7988133 

19 

89  64  16.3 

1  38  51.7 

0  44.8 

0  96  94.6 

5  413 

9.8673186 

9.7405490 

9.7590498 

16 

89  91  57.1 

1  38  58.7 

1  99.8 

0  48    0.4 

8383 

9.8670876 

9.7639949 

9.7743084 

90 

96  60    5.9 

1  37    5.4 

41  66.8 

41  10    0.9 

48  943 

9.8668860 

9.7850870 

9.7956350   i 

91 

109  18  39.4 

1  37  11.7 

9  94J» 

1  31    9.0 

5    9.1 

9.8567134 

9.8050581 

9.8160618 

96 

108  47  37.7 

1  37  17.4 

9  46.7 

1  61  ao 

4493 

9.8665749 

0.8950509 

9.8356989   i 

Dec  9 

116  16  57.3 

1  37  98.4 

9  67.7 

9   9  49.5 

4983 

9.8664717 

9.8450996 

9.8543680 

6 

191  46  36.3 

1  37  98.5 

3   0.8 

9  96  37.6 

4   03 

9UK64047 

9.8634368 

9.8793096 

10 

198  16  97.7 

1  37  88.8 

49  64.7 

49  41  40.9 

43  303 

9.8663760 

If.CXftMOlo 

14 

134  46  30.9 

1  37  31.5 

9  39.6 

9  54  38.3 

9  58.1 

9.8663898 

9.8977894 

9.9059185   1 

18 

141  16  38.0 

1  37  39.9 

9  16.4 

3    6  91.8 

99^3 

9.8664984 

9.9138736 

9.9916606 

99 

147  46  46.1 

1  37  31.5 

1  46.0 

3  13  49.3 

1  48.7 

9.8566108 

9.9999849 

9.9367517 

96 

154  16  48.5 

1  37  98.4 

1  10.6 

3  19  33.4 

1    8.7 

9.8666991 

9.9440664 

9.9519390   ' 

30 

160  46  40.0 

1  37  98.8 

40  31.9 

43  99  50.9 

40  98.9 

9.8667816 

90^589533 

9.9651335 

34 

167  16  15.0 

1 

137  91.9 

-0    9.6 

43  93  39.3 

-4    93 

9.8569663 

9.9718753 

9.97(M4I5 

!56 


HELIOCENTRIC  CO-OEDINATES,  1895. 


MARS. 

a 

GREENWICH  MEAN  NOON. 

>• 

• 

Heliocenirio 

Loogitade, 

HeanEqainox 

of  Date. 

DaUy 
Molion. 

SedoetloB 

to 

Orbii. 

Heliooentrio 
Latitude. 

Dally 
Motion. 

Logarithm 

of 

Badlu 

Toetor. 

Logarithm 
from  I 

of  Dlrtaneo 
Bartb— 

Date. 

At  Date. 

At  In  term*. 
diaieDato. 

O        *         II 

1          M 

II 

O        1         M 

II 

Jau.    0 

67  28  47.2 

31  ».ai 

4-32.8 

40  35  40.8 

467.80 

0.1814994 

9.9:179190 

9.9468929 

4 

69  34  20.8 

31  16.07 

35.8 

0  39  29.8 

56.65 

0.1829648 

9.9557608 

9.9645200 

8 

71  39    3.2 

31    4.97 

38.6 

0  43  14.0 

55.40 

0.1844600 

9.9731688 

9.9817075 

12 

73  42  55.4 

30  51.8ft 

41.3 

0  46  53.4 

54.91 

0.1859231 

9.9901366 

9.9984562 

IC 

75  45  58.3 

30  39.59 

43.6 

0  50  27.7 

59.91 

0.1873727 

0.0066670 

0.0147702 

20 

77  48  12.4 

30  97.53 

•M5.9 

40  53  56.7 

461.59 

0.1888069 

0.0227658 

0.030^39 

24 

79  49  38.9 

30  15.75 

47.7 

0  57  20.4 

50.99 

0.1902242 

0.0:)84340 

0.0461055 

28 

81  50  18.7 

30    4.17 

49.3 

1    0  38.5 

48.81 

0.1916229. 

0.0536690 

0.061  IS96 

Feb.    1 

83  50  12.5 

S9  58.75 

50.6 

1    3  50.9 

47.36 

0.1930017 

0.0684677 

0.0757040 

5 

85  49  21.1 

S9  41.09 

51.8 

1    6  57.4 

45.09 

0.1943593 

0.0828332 

0.0898558 

9 

87  47  45.9 

99  30.79 

•l'62.8 

41    9  58.0 

444.40 

0.1956943 

0.0967741 

0.1035891 

13 

89  45  27.8 

99  90.19 

53.4 

1  12  52.6 

49.87 

0.1970053 

0.1103050 

0.II692I5 

17 

91  42  27.8 

99    9.89 

53.8 

1  15  41.0 

41.94 

0.1962914 

0.1234400 

0.1298619 

21 

93  38  47.3 

98  50.89 

53.9 

1  18  23.3 

99.79 

0.199551 1 

0.1361883 

0.1424187 

25 

95  34  26.8 

98  50.04 

53.8 

1  20  59.3 

9BJI1 

0.2007837 

0.1485546 

0.1545948 

Mar.  1 

97  29  28.0 

96  40.56 

4-53.5 

41  23  29.0 

496.09 

0.2019876 

0.1605409 

0.1663932 

5 

99  23  51.7 

98  31.34 

52.9 

1  25  52.3 

36.09 

0.2031623 

0.1721532 

0.1778213 

9 

101  17  39.1 

98  99.39 

51.9 

1  28    9.2 

33.49 

0.2043068 

0.18.34003 

0.1888914 

13 

103  10  51.2 

98  13.74 

50.9 

1  30  19.7 

91.90 

0.2054202 

0.1942964 

0.1996172 

17 

105    3  29.4 

98    5.35 

49.6 

1  32  23.6 

90.17 

0.2065017 

0.2048545 

0.2100101 

21 

106  55  34.4 

97  57.96 

4^48.3 

41  34  21.0 

498.54 

0.2075502 

0.2160844 

0.2200780 

25 

108  47    7.9 

97  40.54 

46.7 

1  36  11.9 

96.91 

0.2085655 

0.2249910 

0.2298239 

29 

110  38  11.2 

97  49.07 

44.8 

1  37  56.3 

95.97 

0.2095466' 

0.2345772 

0.2392510 

Apr.   2 

1 12  28  44.9 

97  34.89 

42.8 

1  39  34.1 

93.64 

0.2104929 

0.24.38465 

0.2483648 

6 

114  18  50.7 

97  97.90 

40.5 

1  41    5.4 

99.00 

0.2114037 

0.2528067 

0.2571749 

10 

116    8  29.2 

97  91.40 

+38.3 

41  42  30.1 

490.36 

0.2122787 

0.2614694 

0.2656924 

14 

117  57  42.3 

97  15.19 

35.8 

1  43  48.3 

18.79 

0.2131169 

0.2698449 

0.2739278 

.      IS 

119  46  30.6 

97    9.14 

33.2 

1  44  59.9 

17.09 

0.2139183 

0.2779424 

0.2818881 

22 

121  34  55.8 

97    3.46 

30.4 

1  46    5.0 

15.46 

0.2146822 

0.2857657 

0.2895752 

26 

123  22  58.7 

96  50.06 

27.5 

1  47    3.6 

13.84 

0.2154082 

0.2933170 

0.2969913 

30 

125  10  40.6 

96  59.07 

4^24.6 

4i  47  55.7 

419.91 

0.2160957 

0.3005989 

0.3041399 

May  4 

126  58    2.9 

96  48.19 

21.5 

1  48  41.3 

10.50 

0.2167445 

0.:m6162 

0.3110282 

8 

128  45    6.5 

96  43.70 

18.4 

1  49  20.4 

8.97 

0.2173542 

0.3143778 

0.3176653 

12 

130  31  52.9 

96  39.47 

15.2 

1  49  53.1 

7.30 

0.2179246 

0.3208929 

0.3240602 

16 

132  18  22.7 

96  35.59 

12.0 

1  50  19.5 

6.80 

0.2184554 

0.3271686 

0.3302182 

20 

134    4  38.0 

96  39.01 

4-  8.7 

41  50  39.5 

4  4.16 

0.2189462 

0.3332086 

0.3361404 

24 

135  50  39.2 

96  98.67 

5.4 

1  50  52.8 

9.56 

0.2193966 

0.3390136 

0.3418285 

28 

137  36  27.8 

96  95.67 

♦  2.2 

1  51    0.0 

4  1.09 

0.2198067 

0.3445853 

0.3472842 

June  1 

139  22    5.0 

96  99.99 

-  1.2 

1  51     1.0 

-  t.56 

0.22017^1 

0.3499263 

0.3525126 

5 

141     7  32.1 

96  90.61 

4.5 

1  50  55.6 

9.19 

0.2205047 

0.3550433 

0.3575205 

9 

142  52  50.3 

96  18.50 

-7.8 

41  50  44.0 

-3.67 

0.2207924 

0.3599442 

0.3623153 

13 

144  38    0.5 

96  16.66 

II.O 

1  50  26.2 

6.99 

0.2210.390 

0.3646345 

0.3669016 

17 

146  23    4.0 

96  15.16 

14.1 

1  50    2.2 

6.76 

0.2212443 

0.3691171 

0.3712810 

21 

148    8    2.2 

96  13.97 

17.3 

1  49  32.1 

8.90 

0.2214082 

0.3733928 

0.3754525 

25 

149  52  56.2 

96  13.09 

20.3 

1  48  55.9 

9.80 

0.2215309 

0.3774608 

0.3794175 

29 

151  37  47.3 

96  19.49 

-23.4 

41  48  13.7 

-11.31 

0.2216121 

0.3813234 

0.3831787 

July  3 

153  22  36.5 

96  19.16 

-26.3 

4i  47  25.4 

-19.81 

0.2216518 

0.3849847 

0.3867418 

HELIOCENTRIC  CO-ORDINATES,  1896. 


257 


MABS. 

aREKNWICH  MBAN  NOON 

• 

J>m%m. 

H«UooeBtrto 

LonicUude, 

MeanEqainox 

oflMte. 

Motion. 

Rodootloii 

to 

Orbit. 

Hell  oeoB  trio 
LaUtade. 

Daily 
Motion. 

LofarithB 

of 

Radina 

Vector. 

Logarithm  of  Diataneo 
from  Karth — 

At  Date. 

At  lotorme- 
dlateDate. 

o        #        « 

t     ti 

It 

O        t       tt 

It 

Jaly   3 

153  99  36.5 

96  19.16 

-96.3 

^\  47  95.4 

-19.81 

0.9916518 

0.3849847 

0.3867416 

7 

155    7  95.0 

96  19.19 

99.9 

1  46  31.9 

14.30 

0.9916499 

0.3864510 

0.3901195 

11 

156  69  13.9 

96  19.46 

31.9 

1  45  31.0 

15.79 

0.9916064 

0.3917971 

0.3939946 

15 

156  37    4.6 

96  19.90 

.14.4 

1  44  94.9 

17.96 

0.9915913 

0.3946157 

0.3969901 

19 

160  91  56.9 

96  13.86 

36.8 

1  43  19.9 

10.71 

0.9913951 

0.3977171 

0.3090970 

93 

109    6  55.9 

96  15.05 

-39.9 

4-1  41  55.9 

-90.00 

0.9919973 

0.4004995 

0.4017150 

«7 

163  51  59.0 

96  16.54 

41.4 

1  40  31.6 

91.40 

0.9910189 

0.4099537 

0.4041459 

31 

165  37    6.6 

96  18.30 

43.4 

1  39    9.3 

89.97 

0.9907680 

0.4059991 

0.4063933 

Aug.  4 

167  99  96.0 

96  90.40 

45.4 

1  37  97.4 

94.44 

0.9904764 

0.4074499 

0.4084696 

8 

169    7  59.9 

96  99.76 

47.0 

1  35  46.8 

95.84 

0.9901439 

0.4094315 

0.4103570 

19 

170  53  98.5 

96  35.49 

-48.5 

•l-l  34    0.7 

-97.99 

0.9197705 

0.4119399 

0.4190777 

16 

179  39  16.0 

96  98.39 

49.9 

1  39*  9.6 

98.61 

0.9193565 

0.4196794 

0.4136939 

•JO 

174  95  16.0 

96  31.67 

51.0 

1  30  11.8 

99.06 

0.9189019 

0.4143996 

0.4149991 

«l 

176  1 1  9!».8 

96  35.90 

59.0 

1  98    9.3 

31.31 

0.9184079 

0.4156100 

0.4161843 

98 

177  57  58.7 

96  39.15 

59.9 

1  96    1.3 

39.65 

0.9178795 

0.4167159 

0.4179035 

Sept  1 

179  44  43.4 

96  43.30 

-53.4 

•l-l  93  48.1 

-33.06 

0.9179976 

0.4176494 

0.4160534 

5 

181  31  45.7 

96  47.89 

53.8 

1  91  99.6 

35.96 

0.9166840 

0.4184161 

0.4167375 

9 

183  19    6.4 

96  50.00 

63.9 

1  19    6.0 

36.54 

0.9160308 

0.4190175 

0.4199569 

13 

185    6  46.9 

96  57.70 

53.8 

1  16  37.3 

37.79 

0.9153390 

0.4194546 

0.4196103 

17 

186  54  46.4 

97    3.10 

63.6 

1  14    3.7 

30.09 

0.9146088 

0.4197940 

0.4197953 

SI 

188  43  19.1 

97    8.79 

-53.1 

+  1  II  95.0 

-40.97 

0.9138406 

0.4198946 

0.4198116 

95 

190  31  59.1 

97  14.77 

59.4 

1    8  41.5 

41.47 

0.9130347 

0.4197579 

0.4196615 

99 

199  91  10.7 

97  91.00 

51.5 

1    5  53.9 

49.00 

0.9I9I9I7 

0.4195953 

0.4193487 

Oct.   3 

194  10  48.9 

97  97.70 

50.3 

1    3    0.9 

43.81 

0.9113199 

0.4191397 

0.4188773 

7 

196    0  59.7 

97  34.60 

49.0 

1    0    9.7 

44.04 

0.9103965 

0.4165893 

0.4189477 

II 

197  51  95.4 

97  41.89 

-47.5 

+0  57    0.7 

-40.05 

0.9094454 

0.4176740 

0.4174609 

15 

199  49  97.7 

97  40.34 

45.9 

0  53  54.3 

47.14 

0.9084597 

0.4170060 

0.41651 16 

19 

901  34    0.5 

97  57.16 

43.8 

0  50  43.6 

48.10 

0.9074395 

0.4159766 

0.4154011 

93 

903  96    5.4 

98    5.96 

41.7 

0  47  98.8 

49.90 

0.90638.')8 

0.4147860 

0.4141314 

97 

905  16  43.0 

96  13.67 

39.3 

0  44  10.0 

50.10 

0.9069999 

0.4134376 

0.4197057- 

31 

907  1 1  55.9 

98  99.30 

-36.9 

+0  40  47.3 

-51.14 

0.9041609 

0.4119357 

0.4111983 

Nov.  4 

909    5  49.5 

90  81.36 

34.1 

0  37  90.9 

50.05 

0.9030313 

0.4109837 

0.4094019 

8 

911    0    6.5 

98  40.67 

31.3 

0  33  50.9 

50.99 

0.9018515 

0.4084895 

0.4075956 

19 

919  55    8.9 

90  50.99 

98.3 

0  30  17.5 

53.70 

0.9006499 

0.4065308 

0.4054981 

16 

914  50  48.6 

90    0.00 

95.3 

0  96  40.8 

54  JO 

0.1994044 

0.4044979 

0.4033183 

90 

916  47    9.0 

90  10.90 

-91.9 

+0  93    1.0 

-55.31 

0.1961394 

0.4091791 

0.4000687 

94 

916  44  10.6 

90  90.69 

18.4 

0  19  16.3 

50.00 

0.1968460 

0.3997688 

0.3985135 

98 

990  41  54.4 

99  31.30 

14.9 

0  15  3.3.0 

56.05 

0.1955319 

0.31179998 

0.3958976 

Dm.  9 

999  40  91.4 

90  40.97 

11.9 

0  11  45.1 

57  J5 

0.I94I9I8 

0.3945383 

0.3931448 

6 

994  39  39.9 

90  53.50 

7.7 

0    7  55.0 

57.79 

0.1998989 

0.3917174 

0.3909550 

1         >« 

996  39  99.7 

30    4.00 

-  4.0 

+0    4    9.9 

-58  J6 

0.1914447 

0.3887609 

0.3879304    , 

14 

998  40  19.6 

30  16.69 

-0.9 

+0    0    9.0 

58.67 

0.1900407 

0.38.16659 

0.3840677 

18 

930  41  43.0 

30  96.69 

♦  3.7 

-0    3  46.5 

50.04 

0.1886183 

0.3894356 

0.3807704 

99 

939  44    1.8 

30  40.80 

7.5 

0    7  43.3 

50.31 

0.1871791 

0.3790730 

0.3773437 

96 

1 

934  47    9.6 

30  53.19 

11.9 

0  M  41.0 

50.50 

0.I85T947 

0.3755834 

0.3737934 

1 

30 

936  51    7.3 

31    5.00 

•M5.0 

-0  15  39.5 

-50.00 

0.1849666 

0.3719739 

0..170195I 

1 

-J? 

938  55  55.6 

31  18.40 

+  18.7 

-0  19  38.3 

-50.71 

0.1897766 

■ 

-  - 

— 

- 

— 

— 

17 


258 


HELIOCENTRIC  CO-ORDIXATES,  1895. 


JUPITER. 

1 

OREEKWICU  MEAN  NOOK. 

» 

1 

^ 

Vmzttmde,     , 
•f  Date. 

i 
Dttilj       ' 

BcdartiM 

I* 
OrWt. 

Hcii«c«asnc 
LaUiaiiCL 

Didj 

'    TcetOT-. 

trmm  1 

•f  iHtMCl 

▲tDaie. 

,                       1 

Jm.   0 

9?  58  4X4 

-6.9 

e      f       M 

-0  10    2.9 

+«JS 

0.7113180 

06203838 

0.6210906   ' 

4 

93  19    5.7 

5    5.4B 

6.6 

0 

9  35.2 

0.93 

0.7114404 

0.6219246 

0.6228837   . 

8 

92  39  27.3 

»    5.31 

6.3 

0 

9    7.4 

0J8 

0.7115629 

0.^39647 

0.6K1650 

19 

92  50  48.2' 

S    5.H    < 

5.9 

0 

8  39.8 

0.93 

0.7116855 

0.6S6481I 

0.6379099 

16 

93  20    &4 

S    AM 

5.6 

0 

8  12.0; 

0.93 

0.7118081 

0.6294478 

0.6310916   - 

90 

93  40  27.9, 

1 
S    4.7f 

-5.3 

-0 

7  44.3  ' 

1 

+4  98 

0.7119309 

0.6328371 

0.6346607 

9i 

94    0  46.7 

5  Ajm  ' 

5.0 

0 

7  16.6 

0.93 

0.7120537 

0.6366176 

0.6386434    ' 

f» 

94  21    4.8 

»    4.44    > 

4.7 

0 

6  48.9 

0.93 

0.7121766 

0.6407332 

0.64^9421 

Feb.   1 

94  41  22.2 

5    4.S7    i 

4.4 

0 

6  21.2 ; 

0« 

0.7122995 

0.6452051 

0.6475371 

5 

95    1  39.0 

»    4.10 

4.1 

0 

5  53.5  1 

0.93 

0.7 124^6 

0.6499332 

0.6583880 

!            9 

95  21  55.0 

5    3tt    , 

-38 

-0 

5  25.7  : 

+«JS 

0.71^457 

0.^48973 

0.6574564 

13 

95  42  10.4 

5    3.75 

3.4 

0 

4  58.0 

0.99 

0.7126683 

0.6600609 

0.6627064 

17 

96    2  25.1 

5    3.56    , 

3.1 

0 

4  30.3 

0.91 

0.7127919 

0.6(53886 

O.G6dl034    . 

8i 

96  22  39.0 

5    3.41 

2.8 

0 

4    2.6 

0.91 

0.7129151 

0.6708465 

0.6736133 

25 

96  42  52.3 

5    33«    ' 

2.5 

0 

3  35.0 

1 

0.91 

0.7130383 

0.6763998 

0.679WI6 

Mtf.  1 

97    3    4.9 

5    7M 

-2.2 

-0 

3    7.3 

+0.99 

0.7131616 

0.6820149 

0.6848353 

1            5 

97  23  16^ 

5    SSB 

1.8 

0 

2  39.6 

.6^1 

0.7132849 

0.6876596 

O.G)04840 

9 

97  43  28.0 

5    t.79 

1.5 

0 

2  12.0 

0.91 

0.7134083 

0.6933056 

0.696121 1 

•           13 

98    3  38.5 

5    *34 

1.2 

0 

1  44.3 

0.91 

0.7135317 

0.6989280 

0.7017235 

17 

1 

98  23  48.3 

5    9J7 

0^ 

0 

1  16.7 

031 

0.713^51 

0.7045052 

0.7O7«7O4 

1 

21 

98  43  57.5 

5    9M 

-0.6 

-0 

0  49.0 

+0.99 

0.7137787 

0.7100167 

0,7127417    : 

1          K 

99    4    5.9 

5    9.tt 

-0.2 

-0 

0  21.4 

9.99 

0.7139022 

0.7154430 

0.7181 179 

» 

99  24  13.7 

1        5    1.85 

40.1 

+0 

0    6.2 

0J9 

0.7140257 

0.7207644 

0.7233803 

Apr.  2 

99  44  20.7 

5    IM 

0.4 

0 

0  33.7 

0.89 

0.7141493 

0.7259640 

0.7283135    1 

6 

100    4  27.1 

5    1.51 

0.7 

0 

1     1.3 

0.89 

0.7142728 

0.7310273 

0.7335043 

10 

100  24  32.8 

9    1.34 

41.0 

+0 

1  28.8 

+0.8B 

0.7143963 

0.7359432 

0.7383429 

14 

100  44  37.8 

5    1.17 

1.3 

0 

1  56.4 

0.86 

0.7145199 

0.7407023 

0.7430204 

18 

101    4  42.1 

5    0.99 

1.7 

0 

2  23.9 

6.87 

0.7146434 

0.7452969 

0.7475278 

22 

101  24  45.8 

5    f.» 

2.0 

0 

2  51.4 

687 

0.7147669 

0.7497149 

0.7516660 

^      26 

1 

101  44  48.7 

5    0.fi5 

2.3 

0 

3  18.8 

0.86 

0.7148904 

0.7539502 

0.7559966    '■ 

1           30 

102    4  51.0 

5    0.46 

42.6 

+0 

3  46.3 

+6.86 

0.7150138 

0.7579945 

0.7599429 

M»j   4 

102  24  52.6 

1        5    0.31 

2.9 

0 

4  13.7 

6.86 

0.7151371 

0.7618415 

0.7636699 

8 

102  44  53.5 

5    0.14 

3.2 

0 

4  41.1 

6.85 

0.7152604 

0.7654877 

0.7672347    1 

12 

103    4  5.T7 

4  50.97 

3.5 

0 

5    8.5 

6.84 

0.7153836 

0.7689305 

0.7705749 

16 

103  24  53.2 

4  50.80 

3.9 

0 

5  35.8 

6.84. 

0.7155068 

0.7721672 

0.7737072   ; 

20 

103  44  52.1 

4  59.63 

+4.2 

+0 

6    3.1 

+6.83 

0.7156299 

0.7751943 

0.7766278 

24 

104    4  50.2 

4  59.40 

4.5 

0 

6  30.4 

6.89 

0.7157530 

0.7780074 

0.7793326    ' 

28 

104  24  47.7 

4  59.99 

4.8 

0 

6  57.7 

6.81 

0.7158760 

0.7806033 

0.7818191 

Jane  1 

104  44  44.5 

4  59.19 

5.1 

0 

7  24.9 

6.80 

0.7159990 

0.7829801 

0.7840863   , 

5 

105    4  40.7 

4  56.95 

5.4 

0 

7  52. 1 

6.80 

0.7161220 

0.7851377 

0.7861341    1 

9 

105  24  36.1 

4  56.78 

+5.7 

+0 

8  19.3 

+6.79 

0.7162450 

0.7870757 

0.78796% 

13 

105  44  30.9 

4  56.61 

6.0 

0 

8  46.4 

6.78 

0.7IG3679 

0.7887943 

0.7895707 

17 

106    4  25.0 

4  56.44 

6.3 

0 

9  13.5 

6.77 

0.7164907 

0.7902915 

0.7909565 

21 

106  24  18.4 

4  56.97 

6.6 

0 

9  40.5 

6.76 

0.7166134 

0.7915655 

0.7921180   i 

26 

106  44  11.2 

4  56.11 

6.9 

0 

10    7.6 

6.75 

0.7167360 

0.7926143 

0.7930542 

29 

107    4    3.3 

4  57.94 

+7.2 

+0  10  34.6 

+6.74 

0.7168586 

0.7934379 

0.7937653 

Joly  3 

107  23  54.7 

1        4  57.77 

+7.5 

1  +0  11     1.5 

+6.73 

0.7169810 

0.7940367 

0.7942524 

HELIOCENTRIC  CO-ORDINATES,  1895. 


259 


1 

JUPITER 

)• 

GREENWICH  MEAN  NOON. 

• 

Dftle. 

HelioMDtrie 

LoDgltiMle, 

MeaoBqainox 

of  Diftie. 

Daily 
Motion. 

Rednoiion 

to 

Orbit. 

Heliooootrie 
Latitude. 

DaUy 
Motion. 

Lognriilini 

of 

Badioa 

Vector. 

liOgariUiai  of  DUtaaeo 
from  Eartli— 

At  Date. 

At  laierme- 
dlateDate. 

o      t      tt 

t        K 

## 

O         /        M 

t» 

Joly  3 

107  23  54.7 

4  57.77 

+  7.5 

+0  11     1.5 

+6.73 

0.7169810 

0.7940367 

0.7942524 

7 

107  43  45.4 

4  57.60 

7.8 

0  11  28.4 

6.79 

0.7171034 

0.7944124 

0.7945165 

II 

108    3  35.5 

4  57.43 

8.1 

0  11  55.3 

6.79 

0.7172257 

0.7945648 

0.7945574 

15 

108  23  24.9 

4  57.87 

8.4 

0  12  22.2 

6.71 

0.7173479 

0.7944939 

0.7943741 

19 

108  43  13.6 

4  57.10 

8.7 

0  12  49.0 

6.70 

0.7174699 

0.7941980 

0.7939653 

93 

109    3    1.7 

4  56.03 

-1-  9.0 

+0  13  15.7 

+6.69 

0.7175918 

0.7936762 

0.7933306 

27 

109  22  49.1 

4  56.76 

9.3 

0  13  42.4 

6.67 

0.7177135 

0.7929288 

0.7924710 

31 

109  42  35.8 

4  56.60 

9.6 

0  14    9.1 

6.66 

0.7178351 

0.7919573 

0.7913881 

Ang.  4 

no    2  21.9 

4  56.43 

9.9 

0  14  35.7 

6.65 

0.7179566 

0.7907634 

0.7900638 

8 

110  22    7.3 

4  56.97 

10.2 

0  15    2.3 

6.64 

0.7180779 

0.7893490 

0.7885591 

Itl 

110  41  52.0 

4  56.10 

+  10.5 

+0  15  28.9 

+6.63 

0.7181992 

0.7877140 

0.7868135 

16 

III     1  36.1 

4  55.03 

10.8 

0  15  55.4 

6.69 

0.7183202 

0.7858577 

0.7848466 

90 

1 1 1  21  19.5 

4  56.77 

11.0 

0  16  21.8 

6.61 

0.7184412 

0.7837806 

0.7826505 

24 

111  41    2.3 

4  55.60 

11.3 

0  16  48.3 

6.60 

0.7185620 

0.7814839 

0.7802542 

28 

112    0  44.3 

4  55.44 

11.6 

0  17  14.6 

6.56 

0.7186827 

0.7789710 

0.7776347 

8«pi.  1 

1 12  20  25.8 

4  55.97 

4-11.9 

+0  17  40.9 

+6.57 

0.7188032 

0.7762457 

0.7748042 

5 

1 12  40    6.6 

4  55.11 

12.2 

0  Id    7.2 

6.56 

0.7189235 

0.7733106 

0.7717654 

9 

1 12  59  46.7 

4  54.9G 

12.4 

0  18  33.4 

6.55 

0.7190437 

0.7701688 

0.7685208 

13 

1 13  19  26.2 

4  54.79 

12.7 

0  18  59.6 

6.53 

0.7191638 

0.7668219 

0.7650725 

17 

113  39    5.0 

4  54.63 

13.0 

0  19  25.7 

6.59 

0.7192836 

0.7632732 

0.7614246 

21 

113  58  43.2 

4  54.46 

+13.3 

+0  19  51.7 

+6.51 

0.7194033 

0.7595278 

0.7575834 

25 

114  18  20.7 

4  54.30 

13.5 

0  20  17.7 

6.59 

0.7195229 

0.7555927 

0.7535567 

29 

114  37  57.6 

4  54.13 

13.8 

0  20  43.7 

6.48 

0.7196423 

0.7514762 

0.7493522   , 

Oct.   3 

114  57  33.8 

4  63.97 

U.I 

0  21    9.6 

6.47 

0.7197615 

0.7471858 

0.7449779   ' 

7 

115  17    9.3 

4  53.81 

14.3 

0  21  35.4 

6.45 

0.7198806 

0.7427297 

0.7404421    i 

II 

115  36  44.3 

4  53.66 

414.6 

+0  22    1.2 

+6.44 

0.7199994 

0.7:181163 

0.7357534    . 

15 

115  56  18.6 

4  53.49 

14.8 

0  22  27.0 

6.43 

0.7'<M)1I8I 

0.7333553 

0.7309233 

19 

116  15  52.2 

4  53.33 

15.1 

0  22  52.6 

6.41 

0.7202366 

0.7284506 

0.7250659   ■ 

23 

116  35  25.3 

4  53.17 

15.4 

0  23  18.2 

6.46 

0.7203549 

0.7234446 

0.7208960 

27 

1 16  54  57.6 

4  63.09 

15.6 

0  23  43.8 

6.98 

0.7204730 

0.7183282 

0.7157374 

31 

117  14  29.4 

4  59.86 

+  15.9 

+0  24    9.3 

+6.37 

0.7205909 

0.7131280 

0.7106022 

Nov.  4 

117  34    0.5 

4  59.70 

16.1 

0  24  34.7 

6.36 

0.7207086 

0.7078625 

0.7052114 

8 

117  53  31.0 

4  69.54 

16.4 

0  25    0.1 

6.34 

0.7208261 

0.7025516 

0.6996857 

12 

118  13    0.8 

4  59.36 

16.6 

0  25  25.4 

6.39 

0.7209434 

0.6972173 

0.6945495 

16 

118  32  30.0 

4  59J29 

16.9 

0  25  50.7 

6.90 

O.r210606 

0.6918862 

0.6892310 

20 

118  51  58.6 

4  59.06 

+17.1 

+0  26  15.9 

46.99 

0.721 1775 

0.6865877 

0.6839602 

24 

119  11  26.6 

4  51.91 

17.3 

0  26  41.0 

6.97 

0.7212942 

0.6813525 

0.6787689 

28 

119  30  53.9 

4  51.76 

17.6 

0  27    6.0 

6.96 

0.7214107 

0.6762132 

0.6736894 

Dec.  2 

1 19  50  20.6 

4  51.60 

17.8 

0  27  31.0 

6.94 

0.7215269 

0.6712017 

0.6G8754I 

6 

120    9  46.7 

4  51.45 

18.0 

0  27  55.9 

6.99 

0.7216429 

0.0663510 

0.6639967 

10 

120  29  12.2 

4  61.99 

+18.3 

+0  28  20.8 

+6,90 

0.7217586 

0.6616960 

0.6594536 

14 

120  48  37.1 

4  51.14 

18.5 

0  28  45.6 

6.19 

0.7218741 

0.6572749 

0.6651644 

18 

121    8    1.3 

4  50.96 

18.7 

0  29  10.3 

6.17 

0.7219894 

0.6531269 

0.G5II675 

22 

121  27  24.9 

4  50.83 

18.9 

0  29  34.9 

6.15 

0.7221044 

0.6492905 

0.6475005 

26 

121  46  47.9 

4  50.68 

19.1 

0  29  59.5 

6.14 

0.7222190 

0.6458013 

0.6441972 

30 

122    6  10.3 

4  50.59 

+19.3 

+0  30  24.0 

•16.19 

0.72233.14 

0.6426919 

0.6412891 

34 

122  25  32.1 

4  50.37 

+  19.5 

+0  30  48.4 

46.10 

0,7224  47ri 

■ 

— 

—      - 

— 

260 


HELIOCENTRIC  CO-ORDINATES,  1895. 


SATUKS 

• 

1 

a 

GREENWICH  MEAN  NOON 

t 

! 

DM«. 

Heiioeentric 

Longitude, 

Mean  Equinox 

of  Date. 

Daily 
Motkni. 

SedactioB 

to 

Orbit. 

Heliooestrio 
LaOtode. 

Dafly 

MotiOB. 

Logariibm 

of 

Radins 

Vector. 

LogarittiBi  of  DlaUBfle 

fhrnEactb— 

1 

At  Date. 

Atlnterse. 
diateDate.   , 

O         1         n 

1     II 

»/ 

O        1         II 

M 

Jan.  0 

910  16  38.8 

1  54.01 

-95.5 

49  98  11.3 

-§.•6 

0.9698609 

1.0066599 

1.0053579 

4 

910  96  18.4 

1  54.eB 

95.9 

9  98    8.7 

0.67 

0.9899081 

1.0040394 

1.0097001   I 

8 

910  33  57.9 

1  54.M 

96.3 

9  98    6.0 

0.68 

0.9899559 

1.0013406 

0.99&I9690 

19 

910  41  37.9 

1  M.ea 

96.7 

9  98    3.3 

0.60 

0.9900036 

0.9966656 

0.9971597 

16 

910  49  16.5 

1  54.81 

97.9 

9  98    0.5 

0.70 

0.9900519 

0.9957947 

0.9949896  i 

90 

910  56  55.7 

1  54.78 

-97.6 

+9  97  57.7 

-0.71 

0.9900988 

0.9998986 

0.9913637 

84 

911    4  34.8 

1  54.76 

98.0 

9  97  54.8 

0.79 

0.9901463 

0.9898897 

0.9684062 

28 

911  19  13.8 

1  54.73 

98.4 

9  97  51.9 

0.73 

0.9901938 

0.9669911 

0.9654304   , 

Feb.   i 

911  19  59.7 

1  54.71 

98.8 

9  97  49.0 

0.74 

0.9909419 

0.9639379 

0.96^456  1 

5 

911  97  31.5 

* 

1  54.01 

99.9 

9  97  46.0 

0.75 

0.9909885 

0.9809546 

0.9794676 

9 

91 1  35  10.9 

1  54.68 

-99.7 

+9  97  49.9 

-0.77 

0.9903358 

0.9779^7 

0.9765110 

13 

91 1  49  48.8 

1  54.64 

30.1 

9  97  39.8 

0.78 

0.9903830 

0.9750454 

0.9735906 

17 

91 1  50  97.3 

.    1  54.61 

30.5 

9  97  36.7 

0.70 

0.9904301 

0.9791490 

O.!J7O7980 

91 

911  58    5.7 

1  54.50 

30.9 

9  97  33.5 

0.80 

0.9904779 

0.9603119 

0.9679910 

95 

919    5  44.0 

1  54.56 

31.3 

9  97  30.3 

0.81 

0.9905949 

0.9665513 

0.9659050 

Miir.  1 

919  13  99.9 

1  54.54 

-31.7 

+9  97  97.1 

-0.89 

0.9905719 

0.9636849 

0.96^910 

5 

919  91    0.3 

1  54.51 

39.1 

9  97  93.8 

0.83 

0.9906181 

0.9613975 

0.9600959 

9 

919  98  38.3 

1  54.40 

39.5 

9  97  90.5 

0.84 

0.9906649 

0.9586961 

0.9577392 

13 

919  36  16.9 

1  54.47 

39.9 

9  97  17.1 

0.85 

0.9907117 

0.9566059 

0.9555167 

17 

919  43  54.1 

1  54.45 

33.3 

9  97  13.7 

0.86 

0.9907584 

0.9544665 

0.9534693 

91 

919  51  31.8 

1  54.43 

-33.7 

+9  97  10.9 

-0.87 

0.9908050 

0.9595001 

0.9515839 

95 

919  59    9.5 

1  54.40 

34.9 

9  97    6.7 

0.88 

0.9908515 

0.9507151 

0.9496956 

99 

913    6  47.0 

1  54.37 

34.6 

9  97    3.1 

0.89 

0.9908980 

0.9491966 

0.9484096 

Apr.   9 

913  14  94.5 

1  54.35 

35.0 

9  96  59.5 

0.00 

0.9909444 

0.9477457 

0.947 1361 

6 

913  99    1.8 

1  54.33 

35.4 

9  96  55.9 

0.01 

0.9909908 

0.9465615 

0.9460630 

to 

913  99  39.1 

1  54.30 

-35.8 

^9  96  59.9 

-0.03 

0.9910371 

0.9456413 

0.9459571 

14 

913  37  16.9 

1  54.98 

36.9 

9  96  48.5 

0.04 

0.9910834 

0.9449310 

0.9446637 

18 

913  44  53.3 

1  54.S5 

36.6 

9  96  44.7 

0.05 

0.9911996 

0.9444557 

0.9443076 

99 

913  59  30.3 

1  54.33 

37.0 

9  96  40.9 

0.06 

0.9911757 

0.9449195 

0.9441990 

96 

914    0    7.1 

1  54.91 

37.4 

9  96  37,1 

0.97 

0.9919917 

0.9449949 

0.9443183 

30 

914    7  43.9 

1  54.18 

-37.8 

4-9  96  33.9 

-0.08 

0.9919676 

0.9444715 

0.9446640 

May  4 

914  15  90.6 

1  54.15 

38.9 

9  96  99.3 

0.00 

0.9913135 

0.9449553 

0.9459649 

8 

914  99  57.9 

1  54.13 

38.6 

9  96  95.3 

1.00 

0.9913593 

0.9456790 

0.9461158 

19 

914  30  33.7 

1  54.11 

39.0 

9  96  91.3 

1.01 

0.9914051 

0.9466159 

0.9471696 

16 

914  38  10.9 

1  54.00 

39.4 

9  96  17.9 

1.09 

0.9914508 

0.9477779 

0.9464394 

90 

914  45  46.5 

1  54.07 

-39.8 

+9  96  13.1 

-1.03 

0.9914964 

0.9491596 

0.9499168 

94 

914  53  99.7 

1  54.04 

40.9 

9  96    9.0 

1.04 

0.9915419 

0.9507301 

0.9515914    ! 

98 

915    0  58.9 

1  54.09 

40.5 

9  96    4.8 

1.06 

0.9915874 

0.9594966 

0.9534506 

Jane  I 

915    8  34.9 

1  53.99 

40.9 

9  96    0.6 

1.06 

0.9916398 

0.9544451 

0.9554806 

5 

915  16  10.8 

1  53.97 

41.3 

9  95  56.3 

1.07 

0.9916781 

0.9565557 

0.9576679 

9 

915  93  46.7 

1  53.05 

-41.7 

+9  95  59.0 

-1.08 

0.9917934 

0.9588159 

0.9599961 

13 

915  31  99.5 

1  53.99 

49.1 

9  95  47.6 

1.00 

0.9917686 

0.9619196 

0.9694579 

17 

915  38  58.1 

1  53.90 

49.5 

9  95  43.9 

1.10 

0.9918137 

0.96.17391 

0.9650333 

91 

915  46  33.7 

1  53.68 

49.9 

9  95  38.8 

1.11 

0.9918588 

0.9665)5<96 

0.9677097 

95 

915  54    9.9 

1  53.86 

43.3 

9  95  34.3 

1.19 

0.9919038 

o.yffymi 

0.9704713 

99 

916    1  44.6 

1  53.84 

-43.7 

+9  95  99.8 

-1.13 

0.9919488 

A0718790 
^  0.9747391 

0.9733099 

July  3 

916    9  19.9 

I  53.81 

-44.0 

+9  95  95.3 

-1.14 

0.99l9i)37 

0.9761877 

t 

^^^-■"^■"" 

HELIOCENTRIC  CO-ORDINATES,  1895. 


261 


SATUEN 

• 

1 

QKEEKWICH  MEAN  NOON. 

> 

DO*. 

Heltoef«trl« 

l^oniritmle, 

If  eftn  Sqnlnox 

orDftte. 

Ifotion. 

Radnotioii 

to 

Orbti. 

Heliocentric 
LAtltode. 

Dmily 
IfotioD. 

LofsriUnn 

of 

lUdint 

VwJtor. 

Lo^kritlifn  of  Dlttaneo 

ftlHMKMib— 

At  Date. 

At  fotorme* 
diAte  Date. 

O        t        n 

*       n 

II 

O         1          It 

// 

July  3 

916    9  19.9 

1  n.81 

"    44.0 

4-9  95  95.3 

-1.14 

0.9919937 

0.9747391 

0.9761877 

7 

916  16  56.1 

1  59.79 

44.4 

9  95  90.7 

1.15 

0.9990385 

0.9776464 

0.9791133 

II 

916  94  30.9 

1  fta.77 

44.8 

9  95  16.0 

1.10 

0.9990839 

0.9805870 

0.9890669 

IS 

916  39    5.3 

1  fta.Ts 

45.9 

9  95  11.3 

1.17 

0.9991979 

0.9835490 

0.9850337 

19 

916  39  40.9 

1  63.79 

45.6 

9  95    6.6 

1.18 

0.9991795 

0.9865187 

0.9680094 

93 

916  47  15.1 

1  63.70 

-    46.0 

49  95    1.8 

-1.90 

0.9999170 

0.9894839 

0.9900599 

tn 

9I&54  49.8 

1  53.C7 

46.3 

9  94  57.0 

1.91 

0.9999614 

0.9994989 

0.9938908 

31 

917    9  94.5 

1  53.65 

46.7 

9  94  59.9 

1.91 

0.9993058 

0.9953435 

0.9967856 

Aog.  4 

917    9  59.0 

1  53.63 

47.1 

9  94  47.3 

1.99 

0.9993501 

0.9989169 

0.9996333 

8 

917  17  33.5 

1  53.60 

47.5 

9  94  49.3 

1.94 

0.9993944 

1.0010365 

1.0094949 

19 

917  95    7.9 

1  53.58 

-    47.9 

49  94  37.4 

-1.96 

0.9994386 

1.0037964 

1.0061 491 

16 

917  39  49.9 

1  53.56 

48.9 

9  94  39.4 

1.96 

0.9994897 

1.0064840 

1.0077987 

90 

917  40  16.4 

I  53.54 

48.6 

9  94  97.3 

1.97 

0.9995967 

1.0090991 

1.0103631 

94 

917  47  50.5 

1  53.51 

49.0 

9  94  99.9 

1.96 

0.9995706 

1.0116107 

1.0198339 

98 

917  55  94.5 

1  63.40 

49.3 

9  94  17.1 

1.90 

0.9996144 

1.0140317 

1.0169030 

Sept  1 

918    9  58.5 

1  53.47 

-    49.7 

4-9  94  11.9 

-IJO 

0.9996581 

1.0163479 

1.0174637 

5 

918  10  39.3 

1  53.45 

50.1 

9  94    6.7 

1.31 

0.9997018 

I.0I865I7 

I.0I96I05 

9 

918  18    6.1 

1  53.43 

50.4 

9  94     1.4 

1.39 

0.9997454 

1.0906393 

1.0916375 

13 

918  95  39.7 

1  53.40 

50.8 

9  93  56.1 

1.39 

0.9997889 

1.0996049 

1.0935.189 

17 

918  33  13.3 

1  53.36 

51.9 

9  93  50.8 

1.34 

0.9998394 

1.0944406 

1.0953086 

91 

918  40  46.8 

1  53.36 

-    51.5 

4-9  9:1  45.4 

-1.36 

0.9998758 

1.0961499 

1.0969407 

96 

918  48  90.9 

1  53.34 

51.0 

9  93  40.0 

1.30 

0.9999191 

1.0977038 

1.0984310 

99 

918  55  53.5 

1  53.39 

59.3 

9  93  34.5 

1.97 

0.9999694 

1.0991990 

1.0997763 

Oct.   3 

919    3  96.7 

1  53.99 

59.6 

9  93  99.0 

1.36 

0.99.10056 

1.0303935 

1.0309739 

7 

919  10  59.8 

1  53.97 

53.0 

9  93  93.5 

1.30 

0.9930487 

I.03I5I5I 

1.0390199 

II 

919  18  39.9 

1  53  J6 

-    53.3 

+9  93  17.9 

-1.40 

0.9930017 

1.0394847 

1.0:199111 

15 

919  96    5.8 

1  53.93 

53.7 

9  93  19.3 

1.41 

0.9931347 

1.0339989 

i.o:t:i6456  : 

19 

919  33  38.7 

1  53.91 

54.0 

9  93    6.6 

1.49 

0.9931776 

1.0339599 

1.0349198 

93 

919  41  11.5 

1  53.19 

54.4 

9  93    0.9 

1.49 

0.9939904 

1.0344463 

1.0346391 

97 

919  48  44.9 

1  53.16 

54.8 

9  99  55.9 

1.44 

0.9939631 

1.0347779 

I.0CM8816 

1 

31 

919  56  16.8 

1  53.14 

-    55.1 

49  99  49.4 

-1.46 

0.9933058 

1.0349453 

I.03496H9  ' 

Not.  4 

990    3  49.3 

1  53.19 

55.5 

9  99  43.5 

1.46 

0.9933484 

I.0349.'i04 

1.0348918 

8 

990  11  91.8 

1  53.10 

55.8 

9  99  37,7 

1.47 

0.9933910 

1.0347993 

1.0346517 

19 

990  18  54.1 

1  53.06 

56.9 

9  99  31.8 

1.48 

0.9934335 

1.0344701 

1.0349479 

16 

990  96  96.4 

1  03.06 

56.5 

9  99  95.8 

1.49 

0.9934750 

1.0339839 

1.0336781 

1 

90 

990  33  58.5 

1  53UI3 

-    56.9 

49  99  19.8 

-1.60 

0.9935183 

1.0333399 

l.03994.'>8   ' 

94 

990  41  30.6 

1  58.01 

57.9 

9  99  13.8 

1.51 

0.9935606 

1.0395199 

1.0390594 

J» 

990  49    9.6 

1  59.99 

57.6 

9  99    7.7 

1.59 

0.9936098 

1.0315460 

1.0310006 

Dm.  9 

990  56  34.G 

1  59.97 

57.9 

9  99    1.6 

1.53 

0.9036449 

1.0304163 

1.0997939  , 

6 

991    4    6.4 

1  69.90 

58.3 

9  91  55.5 

1.54 

0.9936868 

1.0991318 

1.0984395 

10 

991  11  38.9 

1  59.93 

-    58.6 

49  91  49.3 

-1.56 

0.9037987 

1.0976966 

1.090991 1 

14 

991  19    9.9 

1  09.90 

58.9 

9  91  43.1 

1.50 

0.9037705 

IU)961I00 

1.0959695 

18 

991  96  41.5 

1  59.86 

59.3 

9  91  36.8 

1.57 

0.9938193 

1.0943794 

I.0«346I3 

99 

991  34  13.0 

1  59.80 

59.6 

9  91  30.5 

1.58 

0.9938540 

1.0995090 

1.0915934 

96 

991  41  44.4 

1  09.84 

1    0.0 

9  91  94.9 

1.50 

0.9938957 

1.0905053 

1.0194553 

30 

991  49  15.7 

1  89.89 

-1    0.3 

49  91  17.8 

-1.00 

0.9930373 

1.0183744 

1.0179633 

34 

991  56  46.9 

1  59.80 

-1    0.6 

49  91  li.4 

-1.61 

0.9939788 

262 


HELIOCENTRIC  CO-ORDINATES,  1895. 


UEAKUa 

L 

GREENWICH  MEAN  NOON 

ft 

Dftte. 

HeUocentrio 

LoDffitude, 

Mean  Equinox 

of  Date. 

Daily 
Motion. 

Redaction 

to 

Orbit 

Heliocentric 
LaUtade. 

DaUy 
Motion. 

Logarithm 

of 

Badinfl 

Vector. 

fromBartii — 

At  Date. 

At  lBt«rai»- 
diateDftte. 

O         1         II 

/» 

II 

O       1         II 

II 

Jan.  4 

226  22  44.6 

44.66 

-7.6 

•M)21    9.5 

-0.53 

1.^11732 

1.2836769 

1.2823803 

12 

226  28  41.9 

44.65 

7.6 

0  21    5.2 

0.54 

1.2712033 

1.2810260 

1.2796194 

90 

226  34  39.1 

44.65 

7.6 

0  21    0.9 

0.54 

1.2712333 

1.2781657 

1.2766713 

38 

296  40  .36.2 

44.64 

7.5 

0  20  56.6 

0.54 

1.2712634 

1.2751431 

1.2735883 

Feb.  5 

226  46  33.3 

44.64 

7.5 

0  20  52.3 

0.54 

1.2712936 

1.2720146 

1.2704294 

13 

226  52  30.4 

44.63 

-7.5 

•M)  20  48.0 

-0.54 

1.27132.38 

1.2688399 

1.267^31 

21 

226  58  27.4 

44.63 

7.5 

0  20  43.7 

054 

1.2713540 

1.2656768 

1.2641194 

Mar.  1 

227    4  24.4 

44.69 

7.5 

0  20  .39.4 

0.54 

1.2713843 

1.2625894 

1.2610950 

9 

227  10  21.4 

44.61 

7.4 

0  20  35.1 

0.64 

1.2714146 

1.2596438 

1.2582432 

17 

227  16  18.3 

44.61 

7.4 

0  20  30.8 

0.54 

1.2714449 

1.2569003 

1.2556223 

25 

227  22  15.1 

44.60 

-7.4 

+0  20  26.5 

-0.54 

1.2714753 

1.2544166 

1. 25.32907 

Apr,  2 

227  28  11.9 

44.60 

7.4 

0  20  22.2 

0.54 

1.2715057 

1.2522510 

1.2513031 

10 

227  34    8.7 

44.59 

7.4 

0  20  17.9 

0.54 

1.2715:161 

1.2504518 

1.2497016 

18 

227  40    5.4 

44.50 

7.3 

0  20  13.6 

0.54 

1.2715666 

1.2490562 

1.2485206 

26 

227  46    2.1 

44.58 

7.3 

0  20    9.2 

0.54 

1.27 15971 

1.2160980 

1.2477904 

May  4 

227  51  58.7 

44  58 

-7.3 

•f0  20    4.9 

-0.54 

1.2716277 

1.2475995 

1.2475255 

12 

227  57  55.3 

44.57 

7.3 

0  20    0.6 

0.54 

1.2716583 

1 .2475683 

1.2477277 

20 

228    3  51.8 

44.57 

7.3 

0  19  56.3 

0.54 

1.2716889 

1.2480030 

1.2483995 

28 

228    9  48.3 

44.56 

7.2 

0  19  51.9 

0.54 

1.2717195 

1.2488940 

1.24950401 

Jane  5 

228  15  44.8 

44.55 

7.2 

0  19  47.6 

0.54 

1.2717502 

1.2502180 

1.2510319 

13 

228  21  41.2 

44.55 

-7.2 

-1-0  19  43.2 

-0.54 

1.2717809 

1.2519407 

1.2529401 

21 

228  27  37.5 

44.54 

7.2 

0  19  38.9 

0.54 

1.2718116 

1.2540246 

1.2551885 

29 

228  33  33.9 

44.54 

7.2 

0  19  34.6 

0.54 

1.2718424 

1.2564245 

1.2577260 

Jnly  7 

228  39  30.1 

44.53 

7.1 

0  19  30.2 

0.54 

1.2718732 

1.2590859 

1.2604975 

15 

228  45  26.4 

44.53 

7.1 

0  19  25.9 

0.54 

1.2719040 

1.2619541 

1.2634490 

23 

228  51  22.6 

44.59 

-7.1 

40  19  21.5 

-0.54 

1.2719349 

1.2649747 

1.2665241 

31 

228  57  18.7 

44.59 

7.1 

0  19  17.1 

0.54 

1.2719658 

1.2680891 

1.2696612 

Aug.  8 

229    3  14.8 

44.51 

7.1 

0  19  12.7 

0.55 

1.2719967 

1.2712354 

1. 2728050 

16 

229    9  10.9 

44.50 

7.0 

0  19    8.4 

0.55 

1.2720276 

1.27436.32 

1.2759034 

24 

229  15    6.9 

44.50 

7.0 

0  19    4.1 

0.55 

1.2720586 

1.2774185 

1.2789019 

Sept  1 

229  21    2.8 

44.49 

-7.0 

+0  18  59.7 

-0.55 

1.2720896 

1.2803477 

1.2817506 

9 

229  26  58.8 

44.49 

7.0 

0  18  55.3 

0.55 

1.2721206 

1.2831051 

1.2844064 

17 

229  32  54.6 

44.48 

7.0 

0  18  50.9 

0.55 

1.2721516 

1.2856492 

1.2868284 

25 

229  38  50,5 

44.48 

6.9 

0  18  46.6 

0.55 

1.2721827 

1.2879389 

1.2889770 

Oct.   3 

229  44  46.2 

44.47 

6.9 

0  18  42.2 

0.95 

1.2722138 

1.2899388 

1.2908210 

11 

229  50  42.0 

44.47 

-6.9 

+0  18  37.8 

-0.55 

1. 1722449 

1.2916211 

1.2923.351 

19 

229  56  37.7 

44.46 

6.9 

0  18  33.4 

0.55 

1.2722760 

1.2929603 

1.2934936 

27 

230    2  33.3 

44.45 

6.8 

0  18  29.0 

0.55 

1.2723072 

1.29.39334 

1.2942782 

Nov.  4 

230    8  28.9 

44.45 

6.8 

0  18  24.6 

0.55 

1.2723384 

1.2945269 

1.2946791 

12 

230  14  24.5 

44.44 

6.8 

0  18  20.2 

0.55 

1.2723697 

1.2947330 

1.2946879 

20 

230  20  20.0 

44.44 

-6.8 

•M)  18  15.8 

-0.55 

1 .2724009 

1 .2945433 

1.2943004 

28 

230  26  15.5 

44.43 

6.8 

0  18  11.5 

0.55 

1.2724.322 

1.2939597 

1.2935229 

Deo.  6 

230  32  10.9 

44.43 

6.7 

0  18    7.0 

0.55 

1 .2724636 

1.2929913 

1.2923662 

14 

230  38    6.3 

44.49 

6.7 

0  18    2.6 

0.55 

1 .2724949 

1.2916495 

1.2908433 

22 

230  44     1.7 

44.49 

6.7 

0  17  58.2 

0.55 

1.2725263 

1.2899511 

1.2889765 

30 

230  49  57.0 

44.41 

-6.7 

+0  17  53.8 

-0.55 

1 .2725577 

1.2879234 

1.2867961 

38 

230  55  52.2 

44.40 

-6.6 

40  17  49.4 

-0.55 

1 .272.5892 

HELIOCENTRIC  CO-ORDINATES,  1895. 


263 


NEPTUNE. 

GREENWICH  MEAN  NOON, 

1 

Date. 

• 

H6lloc«ntrie 

LoofitiMlef 

ICeAnEqoinoi 

ofDftte. 

IfotioD. 

BedooUon 

to 

Orbtt 

Heltocentrio 
LAtitode. 

IfotloB. 

LosmriUun 

of 

Radina 

Vector. 

LofaHibm  of  DUtaaoe 
froinEarUi. 

AtDftto. 

At  Intorme* 
dUte  Drnto. 

O             9             99 

II 

// 

0     1      II 

Jma.  4 

74  34  94.9 

nxa 

-46.1 

-1  98  34.7 

40.38 

1.4749796 

1.4693946 

1.4699517 

19 

74  37  9IJ 

91.03 

46.1 

1  98  31.7 

0.38 

1.4749809 

1.4635689 

1.4649431 

90 

74  40  17.4 

n.M 

46.9 

1  98  98.6 

0.38 

1.4749893 

1.4649709 

1.4657464 

98 

74  43  13.6 

».e9 

46.9 

1  98  95.5 

0.38 

1.4749836 

1.4665671 

1.4674989 

Feb.  6 

74  46    9.9 

«.« 

46.9 

1  98  ^l.h 

0.38 

1.4749849 

1.4683944 

1.4699504 

13 

74  49    6.1 

99.08 

-46.3 

-1  98  19.4 

•K.38 

1.4749869 

1.4709016 

1.471 1736 

91 

74  59    9.3 

99.09 

46.3 

1  98  16.4 

0.38 

1.4740875 

1.479161 1 

1.4731593 

If  mr.  1 

74  54  58.6 

99.08 

46.3 

1  98  13.3 

0.38 

1.4749888 

1.4741699 

1.4751666 

9 

74  57  64.8 

99.08 

46.4 

1  98  10.9 

0.38 

1.4749901 

1.4761650 

1.4771550 

17 

75    0  51.0 

99.03 

46.4 

1  98    7.1 

0.38 

1.4749913 

1.4781396 

1.4790916 

95 

76    3  47.9 

99.03 

-46.4 

-1  98    4.1 

48.38 

1.4740996 

1.4800987 

1.4800306 

Apr.  9 

75    6  43.4 

99.03 

46.5 

1  98    1.0 

8i8 

1.4749930 

1.4818903 

1.4896663 

10 

75    9  39.7 

99.09 

46.5 

1  97  57.9 

0.30 

1.4749959 

1.4834759 

1.4849441 

18 

75  19  3.'>.9 

99.03 

46.5 

1  97  54.8 

8J8 

1.4749964 

1.4849701 

1.4856499 

96 

75  15  39.1 

99.09 

46.5 

1  97  51.7 

8.30 

1.4749977 

1.4869819 

1.4868610 

May  4 

76  18  98.3 

99.03 

-46.6 

-1  97  48.6 

40.38 

1.4749989 

1.4873877 

1.4978599 

19 

75  91  94.5 

99.09 

46.6 

1  97  45.5 

0.38 

1.4750009 

1.4889744 

1.4886319 

90 

75  94  20.7 

91.09 

46.6 

1  97  49.4 

0.38 

1.4750014 

1.4889306 

1.4891686 

98 

75  97  16.9 

99.09 

46.7 

1  97  39.3 

0.30 

1.4750097 

1.4893457 

1.4894619 

Jane  5 

75  30  13.0 

99.09 

46.7 

1  97  36.9 

9M 

1.4750039 

1.4895154 

1.4895078 

1 

13 

1 

76  33    9.9 

99.09 

-46.7 

-I  97  33.0 

40.38 

1.4750051 

1.4894389 

1.4893086 

91 

75  36    5.4 

99.09 

46.8 

1  97  99.9 

8.38 

1.4750064 

1.4891 177 

1.4888669 

99 

75  39    1.6 

99  09 

46.8 

1  97  96.8 

0.38 

1.4750076 

1.48^556 

I.488I87I 

July  7 

75  41  57.8 

91.09 

46.8 

1  97  93.7 

0.38 

1.4750088 

1.4877694 

1.4879896 

1          15 

75  44  53.9 

99.08 

46.8 

1  97  90.5 

8.38 

1.4750100 

1.4867501 

1.4861656 

93 

75  47  50.1 

99.09 

-46.9 

-1  97  17,4 

40  JO 

1.47501 19 

1.4855390 

1.4848513 

31 

75  50  46.3 

99.09 

46.9 

1  97  14.9 

•M 

1.4750194 

1.4841966 

1.4833606  ; 

Aog.  8 

75  53  49.4 

99.09 

46.9 

1  97  II. 1 

0.38 

1.4750136 

1.4895664 

1.4817168 

16 

75  56  38.6 

99.09 

46.9 

1  97    8.0 

9M 

1.4750147 

1.4808454 

1.4799448 

94 

75  50  34.7 

99.08 

47.0 

1  97    4.8 

OJO 

1.4750169 

1.4790196 

1.4780734 

Sept  1 

76    9  30.9 

99.09 

-47.0 

-1  97    1.7 

40.38 

I.4750I7I 

1.4771 107 

1.4761356 

9 

76    5  97.0 

99.09 

47.0 

1  96  58.5 

0.38 

1.4750183 

1.4751590 

1.4741638 

17 

76    8  93.1 

99.08 

47.1 

1  96  55.3 

0.40 

1.4750194 

1.473 1761 

1.4791935 

9S 

76  II  19:3 

99.08 

47.1 

1  96  59.9 

0.40 

1.4750906 

1.4719909 

1.4709634 

Oct   3 

76  14  15.4 

99.09 

47^ 

1  96  49.0 

;.40 

1.4750918 

1.4693954 

1.4684116 

II 

76  17  11.5 

99.08 

-47.1 

-1  96  45.8 

40.40 

1.4750999 

1.4675966 

1.4666746 

19 

76  90    7.6 

99.08 

47.9 

1  96  49.6 

0.40 

1.4750941 

1. 4654607 

1.4660000 

97 

76  93    3.8 

99.01 

47.9 

1  96  39.5 

0.40 

1.4760959 

1.4643663 

1.4636949 

,  Not.  4 

76  95  59.9 

99.01 

47.9 

1  96  36  3 

0.40 

1.4750964 

1.4630767 

1.4695173 

19 

76  98  56.0 

99.01 

47.9 

1  96  33.1 

0.40 

1.4760976 

1.4690194 

1.4615870 

90 

76  31  59.1 

99.01 

-47.3 

-1  96  99.9 

40.40 

1.4786986 

1.4619999 

1.4609979  1 

98 

76  34  48.9 

tt.01 

47.3 

I  96  96.7 

0.40 

1.4750997 

1.4607051 

I.460G556   , 

Dee.  6 

76  37  44.3 

99.01 

47.3 

1  96  93.5 

0.40 

1.4750308 

1.4604799 

1.4604791 

14 

76  40  40.4 

* 

99.01 

47.3 

1  96  90.3 

0.40 

1.4750319 

1.4606531 

1.4607096 

99 

76  43  36.5 

99.01 

47.4 

1  96  17.1 

0.40 

1.4750831 

I.46099S7 

I.46I99I8 

30 

76  46  39.5 

9B.01 

-47.4 

-1  96  13.9 

40.40 

1.4750349 

1.4615883 

1.4690935 

38 

76  49  98.6 

99.01 

-47.4 

-1  96  10.7 

•tO.48 

1.4750353 

r 

264 


SUN'S  CO-ORDINATES,  1895. 


FOR  GREEN  WICH  MEAN  NOON  AND  MIDNIGHT. 

i 

1 

1 

Bate. 

X 

Tme  Equinox. 

Eedno. 

to 

Ifean 

Eq'xof 

Jan.  0. 

Y 

Trae  Equinox. 

Bedao. 
to 

MOMl 

Eq'xof 
Jan.  0. 

z 

■ 

Tme  Eqolnox. 

M «w 

Eq^xof 

Noon. 

UidnighL 

Noon. 

Noon, 

Midnight 

Noon. 

Noon. 

MidnighL 

Jr*am. 

Ud.  0 

40.1684069 

+0.1770187 

-  77 

-0.8887194 

-0.8873051 

-174 

-0.3856099 

-0.3849888 

4-387  1 

1 

0.1856164 

0.1941995 

86 

0.8858914 

0.8849684 

176 

0.3843447 

0.3836706 

3^ 

9 

0.9097663 

0.91 13175 

95 

0.8896471 

0.8809568 

179 

0.3899669 

0.3899339 

369 

3 

0.9198519 

0.9983690 

104 

0.8791981 

0.8773711 

189 

0.3814697 

0.3806768 

360 

4 

0.9368679 

0.9453475 

119 

0.8754760 

0.8735198 

185 

0.3798543 

0.3790099 

357' 

5 

+0.9S38076 

+0.9699489 

-190 

-0.8714817 

-0.8693899 

-188 

•0.3781906 

-0.3779098 

4^54  ; 

6 

0.9706681 

0.9790669 

198 

0.8679167 

0.8649833 

199 

0.3769698 

0.3753006 

:t50 

t 

7 

0.9874493 

0.9957958 

136 

0.8696830 

0.8603163 

196 

0.3743094 

0.3739754 

347 

8 

0.3041969 

0.3194339 

144 

0.8578899 

0.855:)830 

900 

0.3799195 

0.3711.349 

343 

9 

0.3907158 

0.3989731 

159 

0.8598168 

0.8501844 

904 

0.3700915 

0.3686794 

339 

to 

+0.3379048 

+0.34.54106 

-159 

-0.8474861 

-0.8447991 

-909 

-0.3677088 

-0.3665096 

+335 

11 

0.35.%'>897 

0.3617413 

166 

0.8418998 

0.8:J89987 

914 

0.3659899 

0.3640968 

331  ' 

19 

0.3698649 

0.3779600 

173 

0.8360398 

0.8330160 

919 

0.3697439 

0.:ttil43l5 

397 

13 

0.3860960 

0.3940694 

180 

0.8999978 

0.8967754 

994 

0.3600918 

0.3587943 

399 

14 

0.4020686 

0.4100438 

186 

0.8935589 

0.8909783 

999 

0.3573990 

0.3559060 

317, 

15 

+0.4179875 

+0.4958991 

-193 

-0.8169340 

-0.8135963 

-934 

-0.3544554 

-0.3599773 

+319  1 

16 

0.43.37780 

0.44169.37 

199 

0.8100555 

.  0.8065990 

940 

0.3514719 

0.3499399 

307 

17 

0.4494356 

0.4579199 

905 

0.8099959 

0.7999671 

945 

0.348:1799 

0.3467990 

309 

18 

0.4649551 

0.4796614 

911 

0.7955461 

0.7917630 

951 

0.3451778 

0.3435367 

996 

19 

0.4803313 

0.4879646 

916 

0.7879183 

0.7840199 

9.57 

0.3418688 

0.3401743 

990 

90 

+0.4955603 

+0.5031176 

-991 

-0.7800450 

-0.7760170 

-963 

-0.3384539 

-0.3367057 

4-984 

21 

0.5106359 

0.5181 148 

996 

0.7719984 

0.7677796 

969 

0.3.349319 

0.3331319 

978 

99 

0.5955537 

0.5399590 

931 

0.7635709 

0.7593096 

976 

0.3313058 

0.3994538 

271 

93 

0.5403090 

0.54769.39 

935 

0.7549749 

0.7505887 

989 

0.3976761 

0.3956799 

^5 

94 

0.5548963 

0.5691959 

939 

0.7461440 

0.7416406 

989 

0.3937449 

0.3917901 

258 

95 

+0.56931 17 

+0.5764597 

-943 

-0.7370793 

-0.7394609 

-995 

-0.3198110 

-0.3178071 

+-«! 

96 

0.5835487 

0.5905994 

946 

0.7977855 

0.7930534 

309 

0.3157784 

0.3137950 

944 

97 

0.597604 1 

0.6045695 

949 

0.7182659 

0.7134914 

309 

0.3116471 

0.3095451 

937 

98 

0.6114738 

0.6183375 

951 

0.7085999 

0.703.S675 

316 

0.3074190 

0.3059689 

930 

99 

0.6951599 

0.6319191 

954 

0.6985583 

0.6934953 

ft 

393 

0.3030953 

0.3008989 

993 

30 

+0.6386360 

+0.64.^)303 1 

-956 

-0.68a3788 

-0.6839089 

-330 

-0.9986778 

-0.9964344 

^915 

31 

0.6519900 

0.6584864 

958 

0.6779869 

0.6797110 

337 

0.9941681 

0.9918790 

907! 

Feb.  1 

0.6650015 

0.6714644 

950 

0.667384 1 

0.6690061 

345 

0.9895675 

0.9879338 

199 

9 

0.6778751 

0.68493.35 

960 

0.6565779 

0.6510976 

353 

a 9848780 

0.9895003 

191 

3 

0.6905389 

0.6967906 

961 

,  0.M55680 

0.6399890 

360 

0.9801009 

0.9776801 

183 

4 

+0.7099884 

+0.7091317 

-969 

-0.6343609 

-0.6986843 

-367 

-0,9759389 

-0.9797751 

+175 

5 

0.7159909 

0.7919535 

969 

0.6999595 

0.6171870 

374 

0.9709919 

0.9677866 

166 

6 

0.7979313 

0.7331531 

969 

0.6113679 

0.6055006 

381 

0.9659616 

0.9697164 

158 

7 

0.7390 f 85 

0.7448970 

969 

0.5995877 

0.5936999 

388 

0.9601511 

0.9575660 

149 

8 

0.7505783 

0.7569799 

969 

0.5876954 

0.5815765 

395 

0.9549613 

0.9593370 

140 

9 

+0.7619081 

+0.7674856 

-961 

-0.5754a30 

-0.5693455 

-409 

-0.9496934 

-0.9470309 

+  131 

10 

0.7730045 

0.7784644 

960 

0.5631644 

0.5569403 

409 

0.9443499 

0.9416489 

199 

tl 

0.7838647 

0.7899050 

958 

0..'>506734 

0.5443649 

416 

0.9389300 

0.9361999 

113 

19 

0.7944850 

0.7997045 

9.56 

0..5:J80I3I 

0.5316908 

493 

0.9334:^77 

0.980664S 

104 

13 

0.8048635 

0.8099605 

954 

0.5951876 

0.5187139 

430 

0.9978736 

0.9950659 

95 

14 

+0.8149958 

+0.8199691 

-951 

-0.5199003 

-0.5056474 

-437 

-0.9999394 

-0.9193965 

+  86 

15 

+0.8948798 

+0.8997974 

-948 

-0.4990555 

-0.4994959 

-443 

-0.9165366 

-0.9136600 

+  76 

BUN'S  CO-ORDINATES,  1895. 


265 


FOR  GREENWICH  MEAN  NOON  AND  MIDNIGHT. 

Date. 

X 

TraeBqnteox. 

Radne. 

to 

Mean 

Eq'xof 

Jan.  0. 

Y 

True  Bqnlaox. 

to 

Mrao 

Eq'xof 

Jan.  0. 

z 

TniaEqaiBOX. 

B«dae. 

to 

Mean 

Kq'zor 

Jaa.0. 

Kocn. 

N0<m. 

MidmighL 

Nccn, 

JTaon. 

MidnigU 

N»<m. 

Jtocn. 

Midnight 
-0.9136600 

Feb.  16 

40.8948798 

40.8997974 

-948 

-0.4990555 

-0.4994959 

-443 

-0.9165366 

4  76 

16 

0.8345117 

0.8399395 

945 

0.4857569 

0.4790513 

450 

0.9107669 

0.9078577 

67 

17 

0.8438899 

0.8484814 

941 

0.4793087 

0.4655993 

456 

0.9049393 

0.9019908 

57 

16 

0.8530088 

0.8574711 

937 

0.4587138 

0.4518631 

463 

0.1990337 

0.1960613 

47 

19 

0.8618678 

0.8661986 

933 

0.4449775 

0.4380574 

469 

0.1930737 

0.190071 1 

37 

90 

40.8704639 

40.8746610 

-999 

-0.431  io:t4 

-0.4941169 

-476 

-0.1870538 

-0.1840990 

497 

91 

0.8787918 

0.8898559 

994 

0.4170963 

0.4100441 

481 

0.1809760 

0.1779160 

17 

99 

0.8868510 

0.8907791 

919 

0.4099603 

0.3958456 

487 

0.1748499 

0.1717549 

4  7 

93 

0.8946390 

0.8984.101 

914 

0.3887004 

0.3815953 

493 

0.1686544 

0.1656409 

-  3 

94 

0.9091593 

0.9058056 

• 

909 

0.3743908 

0.3670876 

499 

0.1694146 

0.1599759 

13 

95 

40.9003894 

40.9199033 

-903 

-0.3598964 

-0.3595379 

-504 

-0.I56I95I 

-0.1599693 

-93 

96 

0.9163473 

0.9197916 

197 

0.3459*295 

0.3378807 

510 

0.1497879 

0.1466090 

33 

97 

0.99:M)-255 

0.9969.585 

191 

0.3:105131 

0.3931905 

515 

0.1434049 

0.1401070 

43 

98 

0.991M906 

0.9395IIH 

la'V 

0.3157034 

0.3089696 

590 

0.1309786 

0.1337499 

53 

MA^  1 

0.9355319 

0.9384807 

178 

0.3007986 

0.99:13193 

595 

0.13051 II 

0.1979696 

63 

9 

40.9413680 

40.9441634 

-171 

-0.9858039 

-0.9789738 

-530 

-0.1940046 

-0.1907373 

-73 

3 

0.9468970 

0.9496588 

164 

0.9707930 

0.9631599 

5.35 

0.1 174610  1  0.1141760 

83 

4 

0.9591485 

0.9546657 

156 

0.9555619 

0.9479596 

540 

0.1108896 

0.1075810 

93 

5 

0.9571107 

0.9594837 

148 

0.9403949 

0.9396791 

544 

0.1049715 

0.1009549 

104 

6 

0.9617839 

0.9640113 

140 

0.9950159 

0.9173:161 

548 

0.0976994 

0.0949974 

115 

7 

40.9661659 

40.9689477 

-131 

-0.9096403 

-0.9019990 

-559 

-0.0909585 

-0.0876198 

-195 

8 

0.9709566 

0.9791997 

193 

0.1949098 

0.1864691 

556 

0.0849607 

0.0809094 

135 

ft 

0.9740557 

0.9758453 

114 

0.1787075 

0.1709396 

560 

0.0775389 

0.0741681 

145 

-  10 

0.97756 16 

0.9799047 

105 

0.I63I59I 

0.1553665 

564 

0.0707995   0.0674117 

156 

II 

0.9807745 

0.9899707 

96 

0.1475699 

0.1397466 

567 

0.0640958'  0.0606351 

1 

165 

19 

40.9836934 

40.9850496 

-  87 

-0.1319906 

-0.1940848 

-571 

-0.0579398  -0.05:18409 

-175 

13 

0.9863180 

0.9875193 

77 

0.1169397 

0.1083857 

574 

0.0504366 

0.0470991 

185 

14 

0.9886466 

0.9897000 

67 

0.1005939 

0.0996596 

577 

0.0436180 

0.0409033 

196 

15 

0.9906795 

0.9915849 

57 

0.0847748 

0.0768907 

580 

0.0367854 

0.0333648 

906 

16 

0.9994161 

0.9931731 

47 

00690006 

0.0611049 

583 

0.0999415 

0.0965157 

916 

17 

40.9938557 

40.99446:19 

-  37 

-0.0539049 

-0.0459999 

-586 

-0.0930678 

-0.0196579 

-996 

18 

0.9949977 

0.9954569 

96 

0.0373904 

0.0994766 

589 

0.0169964 

0.0197936 

936 

19 

0.9958416 

0.9961519 

15 

0.0915643 

-0.0136477 

591 

0.009:)595 

-0.0050945 

946 

90 

0.9963873 

0.9965481 

-  4 

-0.0057998 

40.0091885 

593 

-0.0094889 

40.0009471 

^6 

91 

0.9966349 

0.9966459 

4  7 

40.0101070 

0.0180959 

595 

40.0043831 

0.0078190 

965 

99 

40.9965816 

40.9964436 

4  18 

40.0959494 

40.033H580 

-597 

40.0119544 

40.0146899 

-975 

93 

0.9969309 

0.9959436 

30 

0.0417713 

0.0496813 

598 

0.0181931 

0.0915555 

984 

94 

0.9955814 

0.995I44H 

49 

0.0575878 

0.0654909 

599 

0.0949864 

0.0984156 

993 

95 

0.9946337 

0.9940481 

54 

0.0733878 

0.0819799 

600 

0.0318495   0.0359673 

309 

96 

0.9933880 

0.9})96536 

66 

0.0891059 

0.0970453 

601 

0.0386891   0.0491083 

1 

311 

97 

40.9918448 

40.9909699 

4  78 

40.1049176 

40.1197815 

-601 

40.0455943 

4O.048l»367 

-390 

98 

0.9900055 

0.9889749 

90 

0.1906369 

0.1984834 

609 

0.059:i453 

0.0557500 

399 

99 

0.9878707 

0.9866998 

103 

0.1363901 

0.1441460 

609 

0.0591505 

0.0695469 

,   337 

30 

0.9864414 

0.9841167 

116 

0.1519607 

0.1597636 

609 

0.0659371 

0.0693930 

346 

31 

0.9897189,  0.9819484 

1 

199 

0.1675515 

0.1753333 

609 

0.0797036   0.0760785 

354 

39  40.9797069  40.9780895 

4149 

40.l8:«0f)H«) 

40.11)08504 

-609 

40.0794477  40.0898110 

,  -363 

33  40.9764016  40.9740415 

4155. 

40.ll»85873  40.90630111 

-609 

40.0861679  40.0HI>5I8I 

-371 

266 


SUN'S  CO-ORDINATES,  1896. 


FOR  GREENWICH  MEAN  NOON  AND  MIDNIGHT. 

t 

Dftte. 

X 

Tme  Bqainox. 

Kedao. 

to 

He*ii 

Bq'xof 

Jan.O. 

Y 

Troe  Equinox. 

Bodoc 

to 

Mean 

Bq'xof 

Jftn.O. 

z 

Tme  Sqoinox. 

Redve. 

to 

Uomm 

SqxoT 

Jan.  9. 

Noon. 

No9n, 

Midnight 

Noon. 

Noon. 

Midnight 

Jfoon. 

Noon, 

Midnight 

Apr.  1 

+0.9797052 

+0.9780895 

+142 

+0.1830989 

+0.1908504 

-602 

+0.0794477 

+0.0828110 

-363 

2 

0.9764016 

0.9746415 

155 

0.1985873 

0.2063091 

602 

0.0861679 

0.0895181 

371 

3 

0.9728095 

0.9709056 

168 

0.2140154 

0.2217058 

602 

0.0928616 

0.0961982 

379 

4 

0.9689302 

0.9668837 

182 

0.2293794 

0.2370355 

601 

0.0995275 

0.1028490 

387 

5 

0.9647662 

0.9625778 

195 

0.2446737 

0.2522938 

600 

0.1061627 

0.1094686 

^5 

6 

+0.9603187 

•1-0.9579891 

+209 

40.2598951 

+0.2674773 

-599 

+0.1127666 

+0.1160561 

-403 

7 

0.9555893 

0.9531197 

223 

0.2750398 

0.2825818 

698 

0.1193371 

0.1226091 

411 

p 

8 

0.9505802 

0.9479710 

237 

0.2901030 

0.2976028 

597 

0.1258721 

0.1291258 

418 

9 

0.9452926 

0.9425453 

251 

0.3050808 

0.3125365 

596 

0.1323701 

0.1356047 

425 

10 

0.9397291 

0.936844 1 

266 

0^3199694 

0.3273788 

594 

0.1388295 

0.1420441 

432 

' 

11 

+0.9338906 

+0.9308690 

+280 

+0.3347645 

+0.3421260 

-592 

+0.1452484 

+0.1484423 

-4.« 

12 

0.9277794 

0.9246219 

205 

0.3494627 

0.3567739 

590 

0.1616254 

0.1547975 

446 

13 

0.9213968 

0.9181044 

310 

0.3640592 

0.3713184 

588 

0.1579584 

0.1611080 

453 

14 

0.9147449 

0.9113187 

325 

0.3785507 

0.3857556 

585 

0.1642460 

0.1673722 

459 

15 

0.9078258 

0.9042663 

340 

0.3929326 

0.4000809 

682 

0.1704862 

0.1736878 

466 

16 

+0.9006406 

+0.8969489 

+355 

+0.4072002 

+0.4142904 

-579 

+0.1766769 

+0.1797536 

-472 

17 

0.8931915 

0.8893686 

370 

0.4213510 

0.4283816 

676 

0.1828172 

0.1868677 

478 

18 

0.8854804 

0.8815276 

385 

0.4353810 

0.4423480 

673 

0.1889047 

0.1919280 

484 

19 

0.8775102 

0.8734285 

400 

0.4492829 

0.4561856 

570 

0.1949376 

0.1979329 

490 

20 

0.8692828 

0.8650729 

416 

0.4630553 

0.4698917 

666 

0.2009139 

0.2038805 

495 

21 

+0.8607996 

40.8564638 

+431 

+0.4766940 

+0.4834613 

-562 

+0.2068322 

+0.2097688 

-600 

22 

0.8520653 

0.8476044 

447 

0.4901934 

0.4968896 

658 

0.2126901 

0.2155958 

505 

23 

0.8430814 

0.8:184966 

463 

0.5035500 

0.5101735 

654 

0.2184858 

0.2213600 

610 

24 

0.8338506 

0.8291437 

479 

0.5167598 

0.5233086 

649 

0.2242181 

0.2270597 

514 

25 

0.8243763 

0.8195488 

495 

0.5298191 

0.5362906 

646 

0.2298847 

0.2326928 

519 

26 

+0.8146617 

+0.8097152 

+511 

+0.5427230 

+0.5491161 

-640 

+0.2354838 

+0.2382577 

-523 

27 

0.8047098 

0.7996461 

527 

0.5554690 

0.5617810 

635 

0.2410142 

0.2437529 

527 

28 

0.7945244 

0.7893452 

543 

0.5680519 

0.5742816 

530 

0.2464r37 

0,2491766 

530 

29 

0.7841089 

0.7788157 

559 

0.5804695 

0.5866150 

525 

0.2518614 

0.2545277 

534 

30 

0.7734664 

0.7680615 

576 

0.5927176 

0.5987770 

619 

0.2571764 

0.2598043 

537 

May  1 

+0.7626014 

+0.7570864 

+592 

+0.6047928 

+0.6107646 

-613 

+0.2624140 

+0.2650045 

-540 

2 

0.7515170 

0.74.58938 

609 

0.6166922 

0.6225751 

607 

0.2675764 

0.2701285 

543 

3 

0.740217 1 

0.7344872 

625 

.0.6284130 

0.6342054 

600 

0.2726611 

0.2751740 

546 

4 

0.7287046 

0.7228699 

642 

0.6399519 

0.6456518 

493 

0.2776669 

0.2801397 

548 

5 

0.7169836 

0.7110460 

658 

0.6513052 

0.6569121 

486 

0.2825922 

0.2850246 

550 

6 

+0.7050576 

••-0.6990192 

+675 

+0.6624716 

+0.6679830 

-478 

+0.2874365 

+0.2898274 

-552 

7 

0.6929310 

0.6867929 

691 

0.6734462 

0.6788622 

471 

0.2921976 

0.2945471 

554 

8 

0.6806058 

0.6743703 

708 

0.6842295 

0.6895474 

463 

0.2968756 

0.2991827 

655 

9 

0.6680865 

0.6617552 

725 

0.6948160 

0.7000351 

465 

0.3014684 

0.3037328 

556 

10 

0.6553764 

0.6489505 

742 

0.7052043 

0.7103232 

447 

0.3059756 

0.3081964 

557 

11 

+0.6424782 

+0.6359600 

+759 

+0.7153916 

+0.7204092 

-439 

+0.3103954 

+0.3125725 

-558 

12 

0.6293967 

0.6227879 

776 

0.7253756 

0.7302901 

430 

0.3147274 

0.3168597 

659 

13 

0.6161344 

0.6094369 

793 

0.7351. 525 

0.7399626 

421 

0.3189695 

0.3210566 

560 

14 

0.6026956 

0.5959108 

810 

0.7447201 

0.7494247 

412 

0.3231210 

0.3251626 

560 

15 

0.5890831 

0.5822130 

827 

0.7540760   0.7586736 

403 

0.3271809 

0.3291760 

560 

16 

+0.575301 1 

+0.56a'M79 

+843 

+0.7632172 

+0.7677063 

-393 

+0.3311476 

+0.3330956 

-550 

17 

+0.5613537 

+0.5543188 

+860 

+0.7721407  +0.7765205 

-383 

+0.3350200 

+0.3369207 

-559 

SUN'S  CO-ORDINATES,  1895. 


267 


YOR  GREENWICH  MRAN  NOON  AND  MIDNIGHT. 

Dftto. 

X 

Troe  Bqninox. 

B«dao. 
to 

Bq'xof 
JmlO. 

No&n, 

Y 

Tni«  Kqninoz. 

Redoe. 

to 

Mean 

Eq'xof 

J  AD.  0. 

z 

Trne  EquiAox. 

Rfidne. 
to 

IfOM 

Kq*xor 
Jan.O. 

N90H 

-560 

Jfooii. 

MidnigU 

Noon. 

MidnighL 

JfOOA. 

Noon. 

Midnight, 

U%7   17 

•M).56 13537 

40.5543188 

4  860 

40.7791407 

40.7765905 

-383 

40.3350900 

40.3369907 

18 

0.5479440 

0.5401998 

876 

0.7808450 

0.7851133 

379 

0.3387973 

0..3406496 

558 

19 

0.5399767 

0.595*849 

893 

0.7893956 

0.7934817 

361 

0.3494775 

0.3449811 

557 

90 

0.5185559 

0.5119880 

909 

0.7975819 

0.8016936 

350 

0.3460601 

0.3478143 

555 

91 

0.5039840 

0.4966443 

996 

0.8056088 

0.9095364 

339 

0.3495436 

0.3519479 

553 

99 

40.4899689 

40.4818577 

4  949 

40.8134060 

40.8179173 

-397 

40.3699971 

40.3545809 

-551 

93 

0.4744118 

0.4669393 

958 

0.8909701 

0.8946645 

315 

0.3569094 

0.3.')78I94 

549 

94 

0.4594194 

0.4518737 

974 

0.8989999 

0.8318759 

303 

0.3.'i93898 

0.3609413 

546 

95 

0.4449957 

0.4366861 

990 

0.8353994 

0.8388490 

991 

0.3694670 

0.3639667 

543 

96 

0.4990456 

0.4913744 

1006 

0.8499457 

0.8455893 

978 

0.3654403 

0.3668879 

540 

97 

40.4136734 

40.4059430 

41099 

40.8488585 

40.8590740 

-965 

40.3683099 

40.3697040 

-637 

9^ 

0.398  ian9 

0.3903966 

1038 

0.8559984 

0.8583917 

959 

0.3710793 

0.3794149 

5.34 

99 

0.3895819 

0.3747403 

1054 

0.8613536 

0.8643946 

939 

0.3737995 

0..375018I 

530 

30 

0.3668795 

0.:«>89789 

1070 

0.86793:» 

0.8700607 

995 

0.3769800 

0.3775151 

596 

31 

0.3510603 

0.3431175 

1086 

0.8798663 

0.8755895 

911 

0.3787933 

0.3799045 

599 

June  1 

40.3351508 

40.3971606 

41101 

40.8789506 

40.8808497 

-196 

40.3810587 

40..389I86I 

-618 

9 

6.3191474 

0.3111117 

1116 

0.883,3867 

0.8858610 

181 

0.:J839863 

0.384.3596 

513 

3 

0.30.10544 

0.9949769 

1131 

0.8889796 

0.8906910 

166 

0.3854057 

0.3864943 

508 

4 

0.9868776 

0.9787588 

1146 

0.8999065 

0.8951999 

151 

0.3874156 

0.388.3796 

503 

5 

0.9706906 

0.9694634 

1160 

0.8979887 

0.8993847 

135 

0.3893163 

0.3909956 

498 

G 

40.9549880 

40.9460949 

41174 

40.9014174 

40.9033870 

-119 

40.391 1075 

40.3919619 

-493 

7 
8 

0.9378847 

0.9996578 

1188 

0.9059931 

0.90713.55 

109 

0.3997888 

0.3935881 

487 

0.9914146 

0.9131556 

1909 

0.9089141 

0.9106985 

85 

0.3943,'i98 

0.3951037 

481 

9 

0.9048815 

0.1965930 

1916 

0.9199788 

0.91-38651 

68 

0.39£8I99 

0.3965083 

475 

10 

0.1889906 

0.1799745 

I99J> 

0.915,3873 

0.9168459 

51 

0.3971689 

0.3978017 

468! 

It 

40.1716455 

40.1633044 

41949 

40.9189386 

40.9195673 

-  33 

40.3984065 

40.3981W33 

-461 

1 

19 

0.1549515 

0.1465870 

1955 

0.9908314 

0.9990307 

-  15 

0.3995391 

0.4000597 

454' 

13 

0.1389119 

0.1998969 

1968 

0.9931659 

0.9949347 

4  4 

0.4005459 

0.4010096 

447 

1     " 

0.1914395 

0.1130990 

1981 

0.9959391 

0.9961781 

99 

0.4014457 

0.40I8.'>35 

440 

15 

0.1046171 

0.0961975 

1993 

0.9970518 

0.9978609 

41 

0.4099330 

0.4095841 

439 

>        in 

40.0877707 

40.0793379  41305 

40.9986031 

40.9999806 

4  60 

40.4099067 

40.4039009 

-494 

17 

0.0708976 

0.0694598 

1316 

0.9998994 

0.9304384 

80 

0.4034666 

0.4037038 

416 

18 

0.0540039 

0.0455493 

1397 

0.9309187 

0.9313334 

100 

0.4039194 

0.4040995 

408 

19 

0.0370990 

0.0986390 

1337 

0.9316891 

0.9319646 

190 

0.4049440 

0.404.3667 

399, 

!   ^ 

0.0901699 

40.0117059 

1347 

0.9391811 

0.9393316 

140 

0.4044608 

0.4045969 

391  1 

91 

40.0039409 

-0.0059949-41357 

40.9394161 

40.9394345 

4161 

40.4045699 

40.4045708 

-389 

99 

^ 

-0.0136889 

0.0991598'  1366 

0.9.393868 

0.9399731 

189 

0.4045499 

0.4045004 

373 

93 

0.0306151 

0.0390749  !  1375 

0.9390933 

0.9318476 

903 

0.4044993 

0.4043155 

363 

94 

0.0475318 

0.0559H54   1384 

0.9315359 

0.9311589 

994 

0.4041 HOI 

0.4040160 

354 

95 

0.0644348 

0.0798794 

1399 

0.9307146 

0.9309053 

946 

0.4038939 

0.4036019 

344 

96 

-0.0813187 

-0.0897590  41400 

40.9996303 

40.9989894 

4968 

40.4033.'i91 

40.4030737 

-334 

97 

0.0981786 

0.1065978   1407 

0.9989rt98 

0.9975109 

990 

0.4097669'  0.4094316 

394 

98 

0.1IS009I 

0.1934119   1414 

0.99(>6737 

0.9957710 

319 

0.4090679:  0.4016759 

314 

29 

0.1318057 

0.140l8im,  1491 

0.9-248031 

0.9937699 

335 

0.4019556   0.400^*1)70 

304 

30 

0.1485636 

0.1569965   1497 

0.9996717 

0.9915087 

35H 

0.4003309   0.391»H-253 

993 

31 

-0.1659781 

-0.1736176  44133 

40.9*209811  '40.9l8t»H89 

1 

4381 

40.39991>94  ,  40.39«7315 

-98*2 

39 

-0.1819446 

-0.190*^585  +4138 

40.9176399 '40.91691 13 

4404 

40.3981497  40.397.'»960 

_r'^J 

268 


SUN'S  CO-ORDINATES,  1895. 


FOR  GREENWICH  MEAN  NOON  AND  MIDNIGHT. 

1 

Dut*. 

X 

TmeBqnIiiAZ. 

Badne. 
to 

Bq'zor 

Y 

True  Bqalaox. 

Badoc 

to 

Uma 

£q*xof 

z 

Trao  Sqaisoz. 

Rodac  } 

1 

N90U. 

MidmiffkL 

if#os. 

i?oo«. 

Midmigkt, 

Jfoom. 

Worn, 

UMmi§kL 

July  1 

-0.1652781 

-0.1736176 

41433 

40.9202811 

40.9189889 

4  381 

40.3992924 

40.3967315 

-98i- 

2 

0.1819446 

0.1902585 

1438 

0.9176322 

0.9162113 

404 

0.3981427 

0.3975260 

271  i 

3 

0.1985587 

0.2068450 

1443 

0.9147262 

0.9131770 

427 

0.3968815 

0.3969091 

260' 

4 

0.2151 164 

0.223.3721 

1447 

0.9115633 

0.9098859 

450 

0.3955090 

0.3947812 

«49  ■ 

5 

0.2316120 

0.2398358 

1451 

0.9081449 

0.9063405 

474 

0.3940259 

0.393243O 

237 

6 

-0.2480429 

-0.2562326 

+  1454 

40.9044726 

40.9025413 

4  497 

40.3924326 

40.3915948 

-225 

7 

0.2644043 

0.2726572 

1457 

0.9005468 

0.8984893 

521 

0.3907296 

0.3898379 

213 

8 

0.2806910 

0.2888055 

1459 

0.8963689 

0.8941858 

545 

0.3889175 

0.3879705 

»l 

9 

0.2968999 

0.3049735 

1461 

0.8919400 

0.8896314 

569 

0.3869963 

0.385995O 

168 

10 

0.3130260 

0.3210.569 

1462 

0.8872605 

0.8848275 

593 

0.3849667 

0.3839114 

176 

11 

-0.3290655 

-0.3370513 

41462 

40.8823323 

40.8797751 

4  617 

40.3828291 

40.3817199 

-163 

1-2 

0.3450138 

0.3529522 

1462 

0.8771559 

0.8744750 

641 

0.3805839 

0.3794211 

151 

13 

0.3608662 

0.3687552 

1461 

0.8717324 

0.8689284 

665 

0.3782316 

0.3770153 

138 

14 

0.3766186 

0.3844561 

1460 

0.8660632 

0.86:)  1369 

689 

0.3757724 

0.3745030 

125 

15 

0.3922668 

0.4000500 

1458 

0.8601496 

0.8571015 

714 

0.3732072 

0.3718850 

112 

16 

-0.4078053 

-0.4155323 

41456 

40.8539927 

40.8508236 

4738 

40.3705364 

40.3691615 

—  90  i 

17 

0.4232303 

0.4308988 

1453 

0.8475942 

0.8443045 

763 

0.3677604 

0.3663332 

86 

18 

0.4385370 

0.4461443 

1450 

0.8409550 

0.8375460 

787 

0.3648800 

0.3634009 

73 

19 

0.4537200 

0.46126.16 

1446 

0.8340777 

0.8305503 

812 

0.3618960 

0.3603654 

59 

20 

0.4687746 

0.4762526 

1441 

0.8269639 

0.8233188 

837 

0.3588092 

0.3572275 

45 

21 

-0.4836971 

-0.4911075 

41436 

40.8196153 

40.8158534 

4  861 

40.3556204 

40.3539^^ 

-  31 

22 

0.4984830 

0..5058229 

1430 

0.8120336 

0.8081564 

886 

0.3523305 

0.3506479 

17 

23 

0.5131268 

0.5203944 

1424 

0.8042219 

0.8002299 

910 

0.3489405 

0.3472061 

-  3 

24 

0.5276249 

0.5348176 

1417 

0.7961813 

0.7920768 

935 

0.3454512 

0.3436700 

+  11 

25 

0.5419720 

0.5490878 

1410 

0.7879162 

0.7836996 

959 

0.3418645 

0.3400346 

25 

26 

-0.5561645 

-0.5632018 

41402 

40.7794276 

40.7751005 

4  983 

40.3381807 

40.3363029 

-4  39 

27 

0.5701988 

0.5771548 

1393 

0.7707186 

0.7662821 

1007 

0.3344014 

0.3324763 

&4 

28 

0.5840696 

0.5909430 

1383 

0,7617916 

0.7572475 

1031 

0.3305277 

0.3285.'i.58 

66 

29 

0.5977744 

0.6045628 

1373 

0.7526.501 

0.7479998 

1054 

0.3265608 

0.3245430 

82 

30 

0.6113082 

0.6180103 

1362 

0.7432969 

0.7385414 

1078 

i).3225023 

0.3204369 

96 

31 

•0.6246684 

-0.6312820 

fl350 

40.7337339 

40.7288747 

41101 

40.3183529 

40.3162446 

4111 

Aug.  1 

0.6378507 

0.6443744 

1338 

0.7239641 

0.7190025 

1124 

0.3141140 

0.3119613 

125 

2 

0.650a525 

0.6.')72844 

1325 

0.7139905 

0.7089287 

1147 

0.3097867 

0.3075906 

140 

3 

0.6636697 

0.6700079 

1312 

0.7038171 

0.6986556 

1170 

0.305.3730 

0.3031.338 

154 

4 

0.6762986 

0.6825416 

1298 

0.6934448 

0.6881854 

1193 

0.3008732 

0.2985916 

169 

5 

-0.6887365 

-0.6948828 

41284 

40.6828776 

40.6775217 

412T6 

40.2962889 

40.2939654 

4-164 

6 

0.7009802 

0.7070282 

1269 

0.6721180 

0.6666666 

1238 

0.291621 1 

0.2892562 

199 

7 

0.7130264 

0.7189741 

1254 

0.6611680 

0.6556227 

1261 

0.2868708 

0.2844652 

214 

8 

0.7248712 

0.7307173 

1239 

0.6500310 

0.6443935 

1283 

0.2820395 

0.2795936 

226 

9 

0.7365119 

0.7422544 

1223 

0.6387103 

0.6.329814 

1305 

0.2771283 

0.2746430 

243 

10 

-0.747i)445 

-0.7535820 

41206 

40.6272074 

40.6213886 

41327 

40.2721381 

40.2696138 

4257 

11 

0.7591663 

0.7646i)69 

1189 

0.6155255 

0.6096188 

1349 

0.2670702 

0.2645076 

272 

12 

0.7701734 

0.7756954 

1171 

0.6036686 

0.5976760 

1370 

0.2619260 

0.2593257 

266 

13 

0.7809625 

0.7862742 

1152 

0.5916387 

0.5855601 

1391 

0.2567068 

0.2540695 

301 

14 

0.7915300 

0.7967296 

1133 

0.5794395 

0.5732770 

1412 

0.2514139 

0.2487401 

315 

15 

-0.8018726 

-0.8069585 

41113 

40.5670733 

40.5606268 

41432 

40.^!460484 

40.2433391 

4329 

16 

.^.8119869 

-0.8169572 

41093 

40.5545441 

40.5482196 

41452 

40.2406122 

40.2378079 

4.344 

1 

SUN'S  CO-ORDINATES,  1896. 


269 


¥0H  GEBENWIGH  MEAN  NOON  AND  MIDNIGHT. 

DttUw 

X 

True  Xqvinox. 

BodM. 

If  MM 

Jtq'zof 
Jaa.0. 

Noon, 

Y 

Tme  jE4|uiiioz. 

Bodnc 
to 

lf«M 
Kq'zof 
Jm.O 

Z 

Tro«  Xquiiioz.' 

BediM. 
to 

Bq'xof 
Jiui.O. 

^oon. 

Midnight. 

ffoon* 

MUmtffki. 

JV«om. 

JFOOM. 

V^^^f  ^B  •  •  ^ 

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1 

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-0.8119869 

-0.8169679 

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+0.5645441 

+0.5489196 

+1459 

+0.9406199 

+0.9378679 

+344 

17 

0.8918699 

0.8967993 

1079 

0.5418557 

0.5354597 

1471 

0.9351065 

0.9393981 

350 

18 

0.8315163 

0^^9510 

1050 

0.59901 1 1 

0.5995314 

1490 

0.9995330 

0.9967913 

373 

19 

0.84m)957 

0.8455398 

1098 

0.516014 1 

0.5094596 

1509 

0.9938939 

0.9910490 

388 

90 

0.85009:11 

0.8545857 

1006 

0.5098684 

0.4969410 

1597 

0.9iai888 

0.9153199 

409 

91 

-0.8600167 

-0.8633855 

4983 

+0.4805779 

+0.4898797 

+1545 

+0.9194916 

+0.9095151 

+417 

29 

0.8676990 

0.8719363 

959 

0.4761469 

0.469:1798 

1569 

0.9065935 

0.9036570 

431 

93 

0.8761178 

0.8809369 

935 

0.4695791 

0.4557455 

1579 

0.9007060 

0.1977407 

445 

94 

0.8849910 

0.8889819 

910 

0.4488794 

0.4419813 

1595 

0.1947614 

0.I9I768I 

459 

95 

0.8999088 

0.8960714 

885 

0.4350519 

0.4980901 

1611 

0.1687610 

0.1857405 

473 

96 

-0.8998696 

-0.9036098 

4859 

+0.4910986 

+0.4140775 

+1696 

+0.1897067 

+0.1796609 

+487 

97 

0.9079709 

0.9108737 

833 

0.4070970 

0.3999479 

1641 

0.1766010 

0.1735999 

501 

9» 

0.9144109 

0.9178890 

807 

0.3998390 

0.3857031 

1656 

0.1704451 

0.1673490 

514 

99 

0.9919869 

0.9946950 

780 

0.3785399 

0.3713495 

1670 

0.1649410 

0.161 1914 

598 

30 

0.9978985 

0.9311049 

753 

0.3641.398 

0.3668904 

1684 

0.1579903 

0.1548481 

541 

31 

-0.9349498 

-0.9373149 

+795 

+0.3496996 

+0.3493300 

+1697 

+0.1516949 

+0.1485311 

+554 

A»pi.  1 

0.9403183 

0.9439551 

697 

0.3350131 

0.3976791 

1710 

0.1453566 

0.I49I7I7 

567 

9 

0.9461941 

0.9489949 

668 

0.3903077 

0.3199907 

1799 

0.1389766 

0.1367719 

580 

3 

0.9516576 

0.9543991 

639 

0.3055114 

0.9980804 

1734 

0.1395575 

0.1993337 

593 

4 

0.9569189 

0.9594456 

610 

0.9906981 

0.9831546 

1746 

0.1961005 

0.1998583 

606 

5 

-0.9619040 

-0.9649939 

+580 

+0.9756605 

+0.9681466 

+1757 

+0.1 196071 

+0.1163479 

+618 

6 

0.9666131 

0.9688633 

550 

0.9606134 

0.9530615 

1768 

.0.1130789 

0.1098096 

631 

7 

0.9710438 

0.9731544 

590 

0.9454919 

0.9379098 

1778 

0.1065183 

0.1039960 

643 

8 

0.9751949 

0.9771653 

489 

0.9309970 

0.9996744 

1787 

0.0999961 

0.0966190 

656 

9 

0.9790659 

0.9808949 

458 

0.9150355 

0.9073807 

1796 

0.09.13047 

0.0899835 

667 

10 

-0.9896593 

-0.9843393 

+497 

+0.1997105 

+0.1990959 

+1805 

+0.0866555 

+0.0833910 

+679 

11 

0.9859550 

0.9874991 

395 

0.1843957 

0.1766197 

1813 

0.0799803 

0.0766337 

690 

19 

0.9889716 

0.9903794 

363 

0.1688666 

0.161 1477 

1890 

0.0739814 

0.069993J» 

709 

13 

0.9917011 

0.9999.S76 

3;ii 

0.1533967 

0.1456341 

1897 

0.0663603 

0.0631990 

713 

1     14 

0.9941416 

0.9959599 

998 

0.1378606 

0.1300770 

1833 

0.0508189 

0.0564414 

794 

15 

-0.9969914 

-0.9979579 

+965 

+0.1999836 

+0.1144808 

+1839 

+0.0530596 

+0.0496738 

+735 

16 

0.9981500 

V»oWjaWJ9 

939 

0.1066693 

0.0988498 

1844 

0.046^49 

0.0498911 

746 

17 

0.9997166 

1.0003898 

198 

0.0910930 

0.0831895 

1849 

0.0394947 

0.0360956 

756 

18 

1.0009896 

I.00I5I60 

164 

0.0753499 

0.0675047 

1853 

0.0396938 

0.0999895 

766 

19 

1.0019688 

1.0093480 

130 

0.0596545 

0.0517997 

1857 

0.0958830 

0.0994747 

776 

90 

-1.0096536 

-1.0098853 

+  96 

+0.0439419 

+0.0360797 

+  1860 

+0.0190647 

+0.0166634 

+786 

91 

1.0030439 

1.0031971 

69 

0.0989158 

0.0903500 

1863 

0.0199410 

0.0088980 

796 

99 

1.0031379 

1.0030737 

+  98 

+0.0194899 

+0.0046149 

1865 

+0.0054144 

+0.0090004 

806 

93 

1.0099365 

1.0097954 

-  7 

-0.0039539 

-0.0111907 

1867 

-0.0014136  1-0.0048973 

815' 

94 

1.0094404 

1.0090818 

49 

0.0189871 

0.0968517 

1868 

0.0089404 

0.01 16596 

894 

95 

-1.0016494 

-1.00 II 433 

-  77 

-0.0347139 

-0.0495733 

+1868 

-0.0150639 

-0.0184739 

+839 

96 

1.0006636 

0.9999103 

119 

0.0504993 

0.0589819 

1868 

0.0918894 

0.0959893 

840 

97 

0.9091836 

0.9983835 

148 

0.0661985 

0.0731*708 

1867 

0.0986937 

0.0390061 

848 

98 

0JI975i09 

0.9965636 

183 

0.0818079 

0.0896369 

1866 

0.0354959 

0.0388997 

856 

99 

0.9955439 

0.9944510 

919 

0.0974597 

0.1059753 

1864 

0.0499866 

0.0456n4 

8631 

1 

30 

-0.9939850 

-0.9990460 

-955 

-0.1130899 

-O.h!088l8 

+1869 

-0.0490647 

-0.0694481 

+870 

31 

-0.9907341 

-0.9(493495 

-991 

-0.1986717  -0.1364599 

+  1859 

-0.0558978  -0.0599039 

+877  1 

270 


SUN'S  CO-ORDINATES,  1895. 


FOB  GREENWICH  HEAN  NOON  AND  MIDNIGHT. 

B«««c 

Red«e. 

Eeinc 

X 

to 

llMD 

Y 

to 
Uma 

z 

to 

Date. 

TneBqviBOx. 

Eq*zof 
JaB.0. 

TnwXqviBnL 

Sq'xoT 

TraeBqaiBoz. 

M^on.           JfgJwIfftf. 

S00m. 

JTma. 

MSdmS^a. 

JTma. 

JTm*. 

Midmiffki, 

Wcm. 

Oei.  1 

i 
-0.9907341  ~0.9e9349& 

1 
-291 

-0.1286717 

-0.1364522 

4-1859 

-0.0558278 

-0.0592032 

+677 

3 

0.9878923   0.0863625 

327 

0.1442225 

0.1519817 

1855 

0.0625742 

0.0659405 

884 

3 

0.9847602'  0.9830855 

363 

0.1697296 

0.1674661 

1851 

0.0693019'  0.0726564 

890 

4 

0.9613384   0.9795191 

399 

0.1751906 

0.mBOI7 

1846 

0.0760096:  0.0793551 

896 

5 

0.97762751  0.9756638 

435 

0.1905993 

0.1982830 

1841 

0.0628948 

0.08602% 

902 

6 

-0.9736280  ,  -0.9715204 

-471 

-0.2059523 

-0.2136064 

-^1835 

-0.0693559 

-0.0926768 

+906 

7 

0.9693409   0.9670897 

508 

0.2212450 

0.2288677 

1829 

0.0959909 

0.0992982 

913, 

8 

0.9647669,  0.9623726 

544 

0.2364737 

0.2440624 

1823 

0.10^983 

0.10S6M9 

916 

9 

0.95990691  0.9573697 

581 

0.2516333 

0.2591858 

1816 

0.1091760 

0.1124530 

923 

10 

0.9547613'  0.9520816 

618 

0.2667193 

0.2742335 

1809 

0.II672I7 

0.1189822 

11 

-0.9493313-0.9465101 

-655 

-0.2817276 

-0.2892008 

+1801 

-0.1222341 

-0.1254766 

1      : 
+932. 

12 

0.9436183  1  0.940G5.58 

692 

0.2966528 

0.3040834 

1793 

0.1287104 

0.1319347 

936 

13 

0.9376228!  0.9345194 

729 

0.3114917 

0.3188766 

1784 

0.1351494 

0.1383539 

939 

14 

0.9313459   0.9281025 

766 

0.3262379 

0.3335751 

1774 

0.1415482 

0.1447321 

942' 

15 

0.9247894   0.9214069 

1 

802 

0.3408876 

0.3481748 

1764 

0.1479052 

0.1510674 

945 

16 

-0.9179552-0.9144344 

-838 

-0.3554360 

-0.3626705 

4-1753 

-0.1542183 

-0.1573576 

+948 

17 

0.9108448   0.9071865 

874 

0.3698779 

0.3770579 

1741 

0.1604848 

0.1636004 

95^ 

18 

0.9034598   0.8996650 

910 

0.3842095 

0.3913317 

1728 

0.1667037 

0.1697941 

952: 

19 

0.8958023 

0.8918722 

946 

0.3984244 

0.4054875 

1715 

0.1728717 

0.1759364 

953 

SO 

0.8878749 

0.8838107 

962 

0.4125200 

0.4195209 

1701 

0.1789877 

0.1820253 

954 

21 

-0.8796800 

-0.8754831 

-1018 

-0.4264899 

-0.4334268 

+1687 

-0.1850491 

-0.1880590 

+955 

22 

0.8712202 

0.8668915 

1054 

0.4403310 

0.4472017 

1672 

0.1910545 

0.1940354 

955; 

23 

0.8624976 

0.8580389 

1089 

0.4540383 

0.4608399 

1656 

0.1970014 

0.1999524 

955| 

24 

0.8535157 

0.8489282 

1125 

0.4676065 

0.4743380 

1641 

0.2028882 

0.2056086 

955 

25 

0.8442769 

0.8395624 

1161 

0.4810336 

0.4876925 

1625 

0.2067134 

0.21 16023 

954 

26 

-0.8347848 

-0.8299442 

-1197 

-0.4943142 

-0.5008980 

+1608 

-0.2144751 

-0.2ir33l4 

+953 

27 

0.8250413 

0.8200765 

1232 

0.5074438 

0.5139514 

1591 

0.2201712 

0.2229944 

951 

28 

0.6150502 

0.8099627 

1267 

0.5204200 

0.5266490 

1573 

0.2258006 

0.2285896 

949, 

29 

0.8046144 

0.7996055 

1302 

0.5332380 

0.5395867 

1555 

0.2313612 

0.2341154 

947 

30 

0.7943365 

0.7890077 

1337 

0.5456946 

0.5521612 

1536 

0.2368520 

0.2395706 

945  i 

31 

-0.7836196 

-0.7761728 

-1372 

-0.5583860 

-0.5645686 

+1517 

-0.2422712 

-0.2449534 

+94S 

Nov.  1 

0.7726675 

0.7671041 

1407 

0.5707085 

0.5768052 

1497 

0.2476172 

0.2502622 

939 

2 

0.7614628 

0.7558039 

1441 

0.5828583 

0.5888676 

1477 

0.2528884 

0.2554956 

936 

3 

0.7600676 

0.7442751 

1475 

0.5948327 

0.6007530 

1456 

0.2580635 

0.2606520 

939 

4 

0.7384260 

0.7325209 

1509 

0.6066280 

0.6124570 

1435 

0.2632010 

0.2657.302 

9S8 

6 

-0.7266603 

-0.7205447 

-1543 

-0.6162398 

-0.6239759 

+1413 

-0.2682393 

-0.2707281 

+984 

6 

0.7144744 

0.7083497 

1576 

0.6296649 

0.6353061 

1391 

0.2731965 

0.2756444 

919 

7 

0.7021710 

0.6959386 

1609 

0.6406997 

0.6464451 

1366 

0.2760716 

0.2804778 

914 

8 

0.6896530 

0.6633148 

1642 

0.6519414 

0.6573880 

1344 

0.2828627 

0.2852261 

908 

9 

0.6769243 

0.6704819 

1675 

0.6627651 

0.6681320 

1320 

0.2875679 

0.2898881 

909 

10 

-0.6639880 

-0.6574429 

-1708 

-0.6734281 

-0.6766727 

+1296 

-0.2921864 

-0.2944623 

+896 

11 

0.6508472 

0.6442016 

1740 

0.6838661 

0.6890077 

1271 

0.2967159 

0.2989470 

689 

12 

0.6375066 

0.6307625 

1772 

0.6940966 

0.6991322 

1245 

0.3011553 

0.3033405 

862 

13 

0.6239696 

0.6171267 

1804 

0.7041144 

0.7090429 

1219 

0.3055024 

0.3076410 

875 

14 

0.6102401 

0.6033043 

1835 

0.7139172 

0.7187367 

1193 

0.3097561 

0.3118474 

667 

15 

-0.5063219 '  -0.5892936 

-1866 

-0.7235010 

-0.7282096 

+1166 

-0.3139147 

-0.3159578 

4659 

16 

-0.5822200. -0.575 101 7 

-I89« 

-0.7326623 

-0.7374586 

+  1138 

-0.3179766 

-0.3199709 

-►850 

1 


SUN'S  CO-ORDINATES,  1895. 


271 


FOB  GREENWICH  MEAN  NOON  AND  MIDNIGHT. 

BaIa. 

X 

Tnio  Kqulnos. 

Bedac. 

to 

Mean 

Bq'xof 

Jiin.  0. 

Noon, 

Y 

Trao  BqnlDox. 

RMlac 

to 
Mmo 

Jan.  0. 

z 

Trao  Equinox. 

Bediie. 

to 

Mean 

Bq'xof 

Jaii.0. 

JfOO%t 

Midnight 

Noon.           MidnigkL 

Noon, 

Noon, 

MUMgkt 

Noon. 

Nov.  16 

-0.5899900 

-0.5751017 

-1896 

t 

-0.7398693  '  -0.7374586 

1 

41138 

-0.3179766 

-0.3199709 

4850 

17 

0.5679;)9I 

0.5607394 

1996 

0.7419981  !  0.7464805 

1110 

0.3919406 

0.3938854 

841 

18 

0.5C>348'24 

0.5461899 

1956 

0.7509053;  0.7559793 

1081 

0.3958059 

0.3970998 

839 

19 

0.5388554 

0.5314797 

1985 

0.7595810   0.7638310 

1059 

0.3995690 

0.3314130 

893 

90 

0.5940633 

0.5166066 

9014 

0.7680991   0.7791540 

1099 

0.3339311 

0.3350936 

813 

91 

-0.5091103 

-0.5015749 

-9043 

-0.7769961 

-0.7809379 

4991 

-0.3367901 

-0.3385305 

4803 

n 

0.494001 1 

0.4863898 

9071 

0.7841894   0.7880805 

960 

0.3409447 

0.3419396 

793 

93 

0.4787413 

0.4710563 

9099 

0.7919108 

0.7956797 

999 

0.3435941 

0.3459989 

789 

94 

0.4633353 

0.4555786 

9196 

0.7993873 

0.80*30333 

897 

0.3468371 

0.3484186 

771 

95 

0.4477874 

0.4399698 

9153 

0.8066173 

0.8101391 

805 

0.3499733 

0.3515009 

760 

96 

-0.4391049 

-0.4949136 

-9179 

-0.8135985 

-0.8169959 

4839 

-0.3530015 

-0.3544750 

4748 

97 

0.4169899 

0.4083345 

9905 

0.8903989 

0.89:)5993 

799 

0.3559911 

0.3573398 

736 

98 

0.4003481 

0.3993319 

9930 

0.8968069 

0.8999496 

766 

0.3587309 

0.3600945 

794 

99 

0.3849844 

0.3769083 

9955 

0.8330991 

0.8360447 

739 

0.3614304 

0.3697386 

711 

30 

0.3681035 

0.3599706 

9979 

0.8389959 

0.8418895 

698 

0.3640190 

0.3659713 

698 

Dm.  1 

-0.3518100 

-0.3436991 

-9309 

-0.8447044 

-0.8474616 

4663 

-0.3664956 

-0.3670918 

4085 

9 

0.3354077 

0.3971677 

9395 

0.8501537 

0.8597800 

697 

0.3688597 

0.3699993 

671 

3 

0.3189096 

0.3106198 

9348 

0.8553408 

0.8578369 

591 

0.371 1 106 

0.3791934 

667 

4 

0.3099990 

0.9939615 

9370 

0.6609056 

0.8696986 

554 

0.37.39476 

0.3749730 

643 

5 

0.9856019 

0.9779189 

9391 

0.8649959 

0.8671559 

517 

0.3759697 

0.3769375 

699 

6 

-0.9688149 

-0.9603896 

-9419 

-0.8693185 

-0.8714147 

4480 

-0.3771763 

-0.3780861 

4614 

7 

0.9519439 

0.9434784 

9439 

0.8734437 

0.8754059 

449 

0.378!H$68 

0.3798189 

599 

8 

0.9349U36 

0.9964901 

9459 

0.8779990 

0.8791951 

404 

0.3806409 

0.3814397 

584 

9 

0.9179685 

0.9094998 

9471 

0.8808839 

0.8895739 

365 

0.3891958 

0.3899994 

568 

10 

0.9008746 

0.1993036 

9490 

0.8841948 

0.8857478 

396 

0.3836334 

0.3843075 

559 

11 

-0.1837179 

-0.1751160 

-9507 

-0.8879391 

-0.8886476 

4987 

-0.3849517 

-0.3855661 

4536 

19 

0.1665008 

0.1578793 

9594 

0.8899940 

0.8919711 

947 

0.3861505 

0.3867047 

590 

13 

0.1499319 

0.1405780 

9540 

0.8994788 

0.8936170 

907 

0.3879987 

0.3877997 

503 

14 

0.1319137 

O.I93*<^399 

9556 

0.8946856 

0.8956847 

166 

0.3881865 

0.3886900 

486 

15 

0.1145549 

0.1058614 

9570 

0.8966139 

0.8974798< 

195 

0.3890931 

0.3893957 

469 

16 

-0.0971506 

-0.0884503 

-9584 

-0.8989617 

-0.8989808 

4  84 

-0.3897379 

-0.3900497 

4451 

17 

0.0797341 

0.07101 16 

9597 

0.8996997 

0.9009089 

43 

0.3903311 

0.3905819 

433 

18 

0.0699837 

0.0535509 

9610 

0.9007163 

0.9011543 

4  1 

0.3908099 

0.3909990 

415 

19 

0.0448149 

0.0360745   9699 

0.90I59I9 

0.9018189 

-  41 

0.391 1519 

0.3919797 

397 

90 

0.0973393 

0.0185879'  9633 

0.9090456 

0.9099099 

84 

0.3913777 

0.39  J  4453 

378 

91 

-0.0098493 

-0.0010966  -9643 

-0.9099884 

-0.9093043 

-197 

-0.3914893 

-0.3914888 

4359  1 

S9 

40.0076488 

-K).0 163934   9653 

0.9099497 

0.9091944 

170 

0.3914647 

0.3914101 

340* 

93 

0.0951364 

0.0338769,  9661 

0.9019999 

0.9010649 

913 

0.3913951 

0.3919097 

391  1 

94 

0.0496143 

0.0513479 

9669 

0.9013989 

0.9009997 

957 

0.3910039 

0.3908876 

301 

95 

0.0600771 

0.0688014 

9676 

0.9004474 

0.8999017 

301 

0.3900809 

0.3904440 

989 

96 

♦0.0775900 

40.0869391 

-9689 

-0.8999864 

-0.89dO013 

-345 

-0.3901768  ,  -0.3898794 

4969 

97 

0.0949371 

0.1036345 

9687 

0.8t>78465 

0.8970991 

389 

0.389r»518'  0.3891941 

949 

98 

0.1193936 

0.1910037  ,  9691 

0.896 1 981 

0.6951647 

433 

0.3888069 

0.3H8:J889 

999 

99 

0.1996743 

0.1383348   9694 

0.8941390 

0.8930301 

477 

0.3879401 

0.3874690 

909 

30 

0.1469845 

0.1550994  ;  9696 

1 

0.8918590 

0.8U06190 

599 

0.3869539 

0.3864160 

181 

31 

•M).  1649489 

+0.17.&«I6  -9097 

-0.6893099 

-0.8879318 

-507 

-0.3858483 

-0.3869506 

4100, 

39 

•M).18I4617 

40.1900477  1-9697 

-0.8864848 

-fl.884'.>693 

-619 

-0.3H46930  j  -0.38396.'>8 

4139! 

272        MOON'S  LONGITUDE  AND  LATITUDE,  1895. 


FOB  GREENWICH  MEAN  NOON  AND  MIDNIGHT. 

Day 

of 

,  Month. 

JANUARY. 

Day 

of 

Month. 

FEBRUARY. 

Day 

of 

Month. 

MARCU. 

True  LoDf^tade. 

Latitude. 

Troe  Lcmj^tnde. 

LftOtndo. 

True  Longitude. 

JLatltttdo. 

1 

1.0 

O        *         ft 

339  36  53.6 

O         t          U 

—1  19    0.6 

1.0 

2444    1:2 

0     J       m 

+2  46  34.6 

1.0 

0         t           H 

34  13  1L2 

0      «      /.   1 
-f-3  34    a8i 

L5 

345  32  44.3 

0  48  14.8 

1.5 

31  0  lao 

3  14  22.9 

1.5 

40  32  47.1 

3  58  3K7 

2.0 

351  30  30.9 

—0  16  45.5 

2.0 

37  21  41.1 

3  40  10.5 

2.0 

46  56  32.6 

4  20  2&9 

2.5 

357  :W  51.8 

+0  15  10.0 

2.5 

43  48  43.4 

4    3  34.3 

2,5 

53  24  49.3 

4  39  12.6  1 

3.0 

3  34  27.5 

0  47  13.4 

3.0 

50  21  54.9 

4  24  10.3 

3.0 

59  57  57.8 

4  54  ."^1 ! 

3.5 

9  41  58.6 

-f  1  19    6.5 

3.5 

57    1  41.9 

+4  41  34.2 

3.5 

66  36  17.0 

-f5     6  14.9 

4.0 

15  54    6.3 

1  50  25.6 

4.0 

63  48  25.0 

4  55  S1.6 

4.0 

73  20    3.1 

5  13  53.7 

4.5 

22  11  30.5 

2  20  52.0 

4.5 

70  42  17.9 

5    5    9.1 

4.5 

80    9  28.5 

5  17  15.5 

5.0 

28  34  49.3 

2  50    0.8 

5.0 

77  43  25.2 

5  10  35.0 

5.0 

87    4  40.6 

5  16     &1 

5.5 

35    4  37.3 

3  17  27.1 

5.5 

84  51  41.1 

5  11  20.1 

5.5 

94    5  41.5 

5  10  15.0 

6.0 

41  41  24.1 

+3  42  44.2 

6.0 

92    6  48.1 

+5    7    9.6 

6.0 

101  12  24.8 

+4  59  35.6 

6.5 

4'^  25  32.4 

4    5  23.9 

6.5 

99  28  16.3 

4  57  53.7 

6.5 

108  24  36.8 

4  44  '  7.2 

7.0 

55  17  16.6 

4  24  57.4 

7.0 

106  55  22.7 

4  43  30.0 

7.0 

115  41  54.8 

4  23  53.9 

7.5 

62  16  40.5 

4  40  56.2 

7.5 

114  27  12.5 

4  24    3.9 

7.5 

123    3  46.9 

3  59    7.4 

8.0 

69  23  36.2 

4  52  52.6 

ao 

122    2  40.0 

3  59  49.5 

ao 

130  29  3L9 

3  30    6.9 

8.5 

76  37  42.3 

-1-5    0  21.4 

8.5 

129  40  31.2 

+3  31  10.3 

a5 

137  58  20.2 

+2  57  19.1 

9.0 

83  58  23.5 

5    3    1.6 

9.0 

137  19  26.3 

3  58  38.2 

9.0 

145  29  14.9 

«  21  17.7 

9.5 

91  24  51.3 

5    0  37.8 

9.5 

144  58    4.1 

2  22  52.8 

9.5 

153    1  13.5 

1  42  42.9, 

10.0 

98  56    3.8 

.    4  53    1.6 

10.0 

152  35    4.7 

1  44  39.3 

10.0 

1(»  33    9.8 

1    2  20.2 

10.5 

106  30  49.2 

4  40  13.3 

10.5* 

160    9  13.0 

1    4  46.7 

10.6 

168    3  56.8 

+0  ao5a3 

11.0 

114    7  47.8 

+4  22  22.4 

11.0 

167  39  21.5 

+0  24    5.1 

11.0 

175  32  28.6 

—0  20  33.4 

11.5 

121  45  36.0 

3  59  47.0 

11.5 

175    4  32.6 

—0  16  36.6 

11.6 

182  57  43.6 

1     1  25.9 

12.0 

129  22  50.8 

3  32  54.6 

12.0 

182  24    0.4 

0  56  32.2 

12.0 

190  18  45.9 

1  40  53.5 

12.5 

136  58  12.0 

3    2  19.9 

12.5 

189  37  10.1 

1  35    0.2 

12.5 

197  34  47.1 

2  18  15.2 

13.0 

144  30  27.3 

2  28  42.9 

13.0 

196  43  39.6 

2  11  24.7 

13.0 

204  45    ao 

2  52  55.5 

13.5 

151  58  33.9 

+1  52  47.4 

13.5 

203  43  17.2 

—2  45  15.6 

13.5 

211  49  19.0 

—3  24  25.6 

14.0 

159  21  41.3 

1  15  18.6 

14.0 

210  36    1.4 

3  16    9.0 

14.0 

218  47    0.4 

3  52  23.2 

14.5 

166  39  10.9 

+0  37    1.0 

14.5 

217  21  59.3 

3  43  46.3 

14.5 

225  38    2.0 

4  16  32.4 

15.0 

173  50  36.9 

-0    1  22.9 

15.0 

224    1  25.2 

4    7  54.1 

15.0 

232  22  22.9 

4  36  43.1 

15.5 

180  55  45.0 

0  39  14.0 

15.5 

230  34  39.1 

4  28  23.5 

15.5 

239    0    9.9 

4  52  50.4 

16.0 

187  54  31.4 

—1  15  57.1 

16.0 

237    2    5.2 

-4  45    9.1 

16.0 

245  31  37.4 

--^    4  53.4 

16.5 

194  47    1.2 

1  51    1.5 

16.5 

243  24  10.9 

4  58    a7 

ia5 

251  57    5.4 

5  12  54.61 

17.0 

201  33  26.3 

2  24    0.7 

17.0 

249  41  25.2 

5    7  22.4 

17.0 

258  16  58.8 

5  16  59.2 

17.5 

208  14    4.3 

2  54  33.0 

17.5 

255  54  18.2 

6  12  52.3 

17.5 

264  31  46.4 

5  17  14.5 

18.0 

214  49  16.5 

3  22  20.2 

18.0 

262    3  20.5 

5  14  42.3 

lao 

270  41  59.7 

5  13  4a9 

18.5 

221  19  26.7 

—3  47    7.6 

18.5 

268    9    2.0 

—5  12  57.6 

18.5 

276  48  11.8 

—6    B  52.0 

19.0 

227  44  59.8 

4    8  43.7 

19.0 

274  11  51.7 

5    7  44.0 

19.0 

282  50  57.0 

4  56  34.1 

19.5 

234    6  21.0 

4  26  59.8 

19.5 

280  12  17.4 

4  59    9.1 

19.5 

288  50  50.2 

4  43    6.1 

20.0 

240  23  54.7 

4  41  49.8 

20.0 

286  10  45.4 

4  47  21.2 

20.0 

294  48  25.8 

4  26  39.4 

20.5 

246  38    4.4 

4  53    9.4 

20.5 

292    7  40.2 

4  32  29.6 

20.5 

300  44  17.8 

4    7  25.9 

21.0 

252  49  12.8 

—5    0  56.6 

21.0 

298    3  24.6 

—4  14  44.6 

21.0 

306  38  58.8 

—3  45  37.8 

21.5 

258  57  39.7 

5    5  11.1 

21.5 

303  58  19.6 

3  54  17.5 

21.5 

312  33    0.0 

.3  21  2a2 

22.0 

265    3  42.7 

5    5  54.7 

22.0 

309  52  44.7 

3  31  20.9 

22.0 

318  26  51.0 

2  55  10.7 

22.5 

271    7  38.5 

6    3  10.3 

22.5 

315  46  58.2 

3    6-   8.4 

22.5 

324  20  59.4 

2  27    0.0 

23.0 

277    9  41.4 

4  57    2.8 

23.0 

321  41  16.5 

2  38  54.7 

23.0 

330  15  51.0 

1  57  11.5 

23.5 

283  10    4.8 

-A  47  38.7 

23.5 

327  35  56.8 

—2    9  55.7 

23.5 

336  11  49.2 

—1  26    1.8 

24.0 

289    9    0.4 

4  35    6.0 

24.0 

333  31  11.1 

1  39  28.3 

24.0 

342    9  15.3 

0  53  4a7 

24.5 

295    6  39.6 

4  19  34.4 

24.5 

339  27  17.1 

1    7  50.6 

24.5 

348    8  28.5 

—0  20  51.2 

25.0 

301    3  13.2 

4    1  14.7 

25.0 

345  24  28.4 

0  35  21.3 

25.0 

354    9  45.8 

-f  0  12  30.8 

25.5 

306  58  52.2 

3  40  19.1 

25.5 

351  22  59.8 

— 0    2  20.3 

25.5 

0  13  22.2 

0  45  56.1 

26.0 

312  53  48.2 

—3  17    1.4 

26.0 

357  23    6.6 

+0  30  52.1 

26.0 

.  6  19  30.6 

-f  1  19    2.8 

26.5 

318  48  13.9 

2  51  36.1 

26.5 

3  25    4.8 

1    3  54.8 

26.5 

12  28  22.5 

1  51  2ao 

27.0 

324  42  23.0 

2  24  18.6 

27.0 

9  29  11.1 

1^26.7 

27,0 

18  40    7.6 

2  22  4a3 

27.5 

330  36  31.2 

1  55  25.4 

27.5 

15  35  43.3 

2    8    5.9 

27,5 

24  54  54.2 

2  58  40.2 

28.0 

336  30  56.1 

1  25  13.7 

28.0 

21  45    0.6 

2  38  30.6 

28.0 

31  12  49.6 

3  20  40.2 

28.5 

342  25  57.6 

0  54    1.0 

28.5 

27  57  23.0 

3  7  las 

28.5 

37  34    0,0 

3  46  25.2 

29.0 

348  21  57.5 

—0  22    5.4 

29.0 

34  13  11.2 

+3  34  as 

29.0 

43  58  31.0 

+4    9  32.7 

29.5 

354  19  20.6 

-fO  10  14.4 

29.5 

40  32  47.1 

3  58  3a7 

29.5 

50  26  28.0 

4  29  4L4 

30.0 

0  18  33.8 

0  42  39.5 

30.0 

46  56  32.6 

4  20  26.9 

30.0 

56  57  55.5 

4  46  31.2 

30.5 

6  20    6.3 

1  14  50.3 

30.5 

53  24  49.3 

4  39  12.6 

30.5 

63  32  58.0 

4  59  44.0 

31.0 

12  24  29.8 

1  46  26.8 

31.0 

59  57  57.8 

4  54  35.1 

31.0 

'   70  11  39.8 

5    9    3.6 

31.5 

18  32  16.7 

+2  17    8.6 

1    31.5 

66  36  17.0 

-f 5    6  14.9 

31.6 

76  54    4.4 

+5  14  16.3 

MOON'8  LONGITUDE  AND  LATITUDE,  1895.        273 


POE  GREEN  WIOH  MEAN  NOON  AND  MIDNIGHT. 

D.J 

APRIL. 

Diy 

UAY. 

Dmj 

JUNE. 

•f 

MMrtk. 

MOBtlL 

or 

Ifootb. 

TrneLoBfltiidt. 

LMItad«. 

TrneLoiifitod*. 

Lfttitade. 

Trae  Longitado. 

lAUtode. 

9      1      m 

+5  li  ILO 

O        /         M 

O        /         M 

O         t        f 

O          t           H 

1.0 

83  40  14.8 

1.0 

122l3  4a6 

-h3  50  25.9 

1.0 

175  31  47.9 

— 0  38  52.5 

1.6 

90  30  12.8 

5  11  39.9 

1.5 

129  16  36.4 

3  23  36.2 

1.5 

182  30  41.1 

1  15    «.3 

2.0 

97  23  58.7 

6    8Sa7 

2.0 

136  20  3a3 

8  53  35.3 

2.0 

189  27  56.1 

1  50  ao 

5t5 

104  21  31.0 

4  51    a5 

2.5 

143  25  36.5 

2  20  50.2 

a5 

196  23  27.5 

2  83  17.3 

S.0 

111  22  45.4 

4  34    7.6 

ao 

150  31  sao 

1  45  6L0 

ao 

203  17    ai 

2  54  10.8 

3.& 

118  27  34.4 

-f4  12  50.7 

as 

157  37  5a2 

-f  1    9  10.7 

3.5 

210    8  4a8 

—3  82  21.6 

4.0 

125  35  46.6 

3  47  29.4 

4.0 

164  44  51.0 

+0  31  24.7 

4.0 

216  58  18.8 

3  47  27.2 

4.5 

132  47    aO 

3  18  22.7 

4.5 

171  51  54.9 

—0    6  49.9 

4.5 

223  45  25.3 

4    9    8.5 

5.0 

140    1  11.8 

2  45  55.2 

5.0 

178  58  49.0 

0  44  55.4 

5.0 

230  29  53.9 

4  27  10.6 

5.5 

147  17  37.7 

2  10  36.6 

5.5 

186    5  11.4 

1  22  ia7 

5.5 

237  11  29.6 

4  41  22.5 

ao 

154  35  52.3 

-f  1  33    2.1 

ao 

193  10  36.8 

—1  58  ao 

ao 

243  49  57.3 

-4  51  37.3 

a5 

161  55  18.8 

0  53  50.2 

a5 

200  14  37.0 

2  32    3.2 

a5 

250  25    2.8 

4  57  52.3 

7.0 

169  15  16.0 

+0  13  43.5 

7.0 

207  16  42.4 

3    3  27.2 

7.0 

256  56  33.3 

5   0   a7 

7JS 

176  34  58.9 

—0  26  34.2 

7.5 

214  16  22.1 

3  31  51.7 

7.5 

263  24  ia8 

4  58  31.2 

&0 

183  53  39.8 

1   6  lai 

ao 

221  13    4S 

3  56  52.9 

ao 

269  48  12.6 

4  53    7.9 

as 

191  10  30.0 

—1  44  44.9 

a5 

228    6  21.2 

—4  18  11.9 

8.6 

276    8  11.2 

—4  44    9.2 

9.0 

198  24  41.6 

2  21  14.3 

9.0 

234  55  43.8 

4  35  34.9 

9.0 

282  24  laO 

4  31  48.1 

9.5 

205  35  29.0 

2  55    9.6 

9.5 

241  40  49.1 

4  48  53.7 

9.5 

28H  36  33.0 

4  16  19.4 

10.0 

212  42  10.1 

3  25  59.6 

10.0 

248  21  laO 

4  58    4.5 

10.0 

294  45  12.5 

3  57  58.7 

10.5 

219  44    a2 

3  53  19.0 

10.5 

254  56  57.1 

5   3   a6 

10.5 

300  50  29.5 

3  37    2.7 

11.0 

226  40  53.1 

--4  16  48.8 

11.0 

261  27  3a8 

-^    4  11.0 

11.0 

306  52  43.5 

—3  13  48.6 

11.5 

233  32    2.1 

4  36  15.9 

11.5 

267  53  21.9 

5    1  19.8 

11.5 

312  52  1^.2 

2  48  33.6 

12.0 

240  17  20.2 

4  51  33.1 

12.0 

274  14  11.3 

4  54  46.0 

lao 

318  49  41.0 

2  21  35.0 

12.5 

246  56  40.4 

5    2  38.3 

12.5 

280  30  ia2 

4  44  42.7 

12.5 

324  45  22.8 

1  53    9.8 

13.0 

253  30    3.1 

5    9  33.8 

lao 

286  41  59.3 

4  31  24.0 

lao 

330  39  57.8 

1  23  35.1 

13.5 

259  57  36.6 

—5  12  25.4 

ia5 

292  49  3a5 

—4  15    a2 

ia6 

336  34    a3 

-4)53    7.6 

14.0 

266  19  35.5 

5  11  21.8 

14.0 

298  53  36.5 

3  56    1.6 

14.0 

342  28  laO 

—0  22    4.0 

14.5 

272  36  20.4 

5    6  33.5 

14.5 

304  54  29.7 

3  34  29.3 

14.5 

348  23  15.6 

+0  9 las 

15.0 

278  48  16.9 

4  58  12.5 

lao 

310  52  49.8 

3  10  4a9 

15.0 

354  19  45.4 

0  40  43.8 

15.5 

284  55  54.4 

4  46  31.8 

15.5 

316  49  ia3 

2  45    L4 

15.5 

0  18  25.3 

1  11  53.2 

16.0 

290  59  45.9 

-4  31  44.8 

16.0 

322  44  ia7 

-2  17  37.1 

lao 

6  19  56.5 

+1  42  2a8 

ia5 

297    0  26.6 

4  14    5.2 

ia5 

328  38  45.5 

1  48  4a9 

16.5 

12  24  5a6 

2  12  11.6 

17.0 

302  58  33.4 

3  53  46.9 

17.0 

334  33  14.5 

1  18  46.5 

17.0 

18  34    9.5 

2  40  4L6 

17.5 

308  54  44.4 

3  31    a9 

17.5 

340  28  25.9 

0  47  51.9 

17.5 

24  48    4.2 

3    7  37.6 

lao 

314  49  37.7 

3    6  10.4 

lao 

346  25    0.4 

—0  16  19.7 

lao 

31   7  ia9 

3  32  37.5 

ia5 

320  43  51.6 

—2  39  20.6 

ia5 

352  23  37.0 

4-0  15  32.9 

18.6 

37  32    4.7 

+3  55  ia3 

19.0 

326  38    3.4 

2  10  49.4 

19.0 

35tj  24  5ai 

0  47  27.6 

19.0 

44    2  56.5 

4  15  ia4 

19.5 

332  32  49.3 

1  40  52.3 

19.5 

4  29  2a7 

1  19    &2 

19.5 

50  40    2.2 

4  32    a2 

90.0 

338  28  44.0 

1    9  45.1 

20.0 

10  37  40.6 

150    5.3 

20.0 

57  23  2a4 

4  45  30.3 

20.5 

344  26  19.7 

0  37  44.7 

20.5 

16  60  12.0 

2  20  as 

20.5 

64  13    4.6 

4  55    L2 

21.0 

350  26    6.5 

—0    5    9.4 

21.0 

23    7  21.7 

+2  48  45.3 

81.0 

71    8  43.1 

+5    0  2L6 

2U5 

356  28  31.3 

-hO  27  41.4 

21.5 

29  29  27.3 

3  15  38.4 

81.6 

78    9  58.3 

5    1  15.6 

22.0 

2  3:*  67.9 

1    0  27.5 

22.0 

35  56  41S 

3  40  21.1 

82.0 

85  16  17.9 

4  57  32.0 

22.5 

8  42  46.3 

1  32  47.2 

22.9 

42  29    9.1 

4    2  2a7 

22.5 

92  27    1.0 

4  49    5.2 

23w0 

14  55  12.9 

2    4  17.5 

23.0 

49    6  49.5 

4  21  3a7 

83.0 

99  41  2U.2 

4  35  5ai 

23.5 

21  11  29.9 

+2  34  34.7 

23.5 

55  49  34.1 

+4  37  21.8 

2a6 

106  58  23.5 

+4  18  12.5 

24.0 

27  31  45.1 

3    3  14.4 

24.0 

62  37    7.6 

4  49  22.7 

24.0 

114  17  ia4 

3  56    9.2 

24.5 

33  56    2.8 

3  29  51.8 

24.5 

69  29    a6 

4  57  20.7 

84.5 

121  37    a6 

3  30    7.8 

25.0 

40  24  2Z.1 

3  54    2.5 

25.0 

76  25    9.6 

5    1    1.1 

25.0 

12H  56  52.7 

3    0  35.7 

25.5 

46  56  3a8 

4  15  22.6 

25.5 

83  24  38.6 

6  0  lao 

25.5 

136  15  54.8 

2  28    a8 

26.0 

53  .12  45.2 

+4  33  29.9 

2ao 

90  97    0.6 

+4  64  58.9 

8ao 

143  33  26.9 

+1  53  14.3 

26.5 

60  12  30.5 

4  48    3.9 

26.5 

97  31  39.0 

4  44  50.8 

2a5 

150  48  52.5 

1  16  %».9 

27.0 

m  55  41.5 

4  58  47.0 

27.0 

104  37  5a8 

4  30  3a8 

27.0 

158    1  42.5 

0  39    2.4 

1    27.5 

73  42    3.2 

5    5  24.4 

27.5 

HI  45  lao 

4  12   a4 

27.5 

165  11  34.9 

+0     1     1.3 

2ao 

80  31  19.7 

5    7  45.0 

28.0 

118  63  1L6 

3  49  89.8 

2ao 

172  18  14.3 

—0  ;w  45.0 

28.5 

87  23  14.6 

5    5  41.8 

9a5 

126    1    7.2 

3  23  19.9 

88.6 

179  21  31.3 

1  13  40.4 

29.0 

9t  17  32.3 

+4  59  12.0 

29.0 

133    8  40.0 

+2  53  60.6 

89.0 

185  21  21.2 

-1  49  11,2 

1    29.5 

101   13  57.6 

4  48  17.2 

29.5 

140  15  29.9 

2  21  58.6 

89.6 

193  17  43.4 

2  22  47.0 

i    30.0 

lOH  12  16.6 

4  33    3.6 

30.0 

147  21  21.3 

1  47  48.6 

30.0 

200  10  39.7 

2  r>4     0.6  ' 

1    30.5 

115  12  16.6 

4  13  41.4 

30.5 

154  26    a2 

I  12    3.4 

30.6 

207    0  14.0 

3  ifci  2H.4  : 

31.0 

122  13  46.6 

3  M  25.9 

31.0 

161  29  24.1 

+0  35  18.0 

31.0 

213  46  30.6 

3  47  60.3 

31.5 

129  16  36.4 

4-3  23  36.2 

31.5 

168  31  ifO.8 

—0    1  52.3 

31.5 

220  29  33.H 

-4     9  49.4 

la 


274        MOON'S  LONGITUDE  AND  LATITUDE,  1895. 


i 

FOR  GREENWICH  MEAN  NOON  AND  MIDNIGHT. 

1 

1 

of 

I 
1 

JULY. 

Day 
of 

AUGUST. 

Day 
Montb. 

8EPTEMRKR. 

! 

1 

Tme  Loacitade. 

Latitade. 

TnaLonieiteda. 

Trne  Loogitadft. 

Xatztade.     | 

i 

1.0 

213  46  30^6 

—3  47'  6(^3 

1.0 

963    0'3a9 

0      i       n 

--5    7    6.4 

1.0 

308  56  35^6 

0      *      4*    ' 
—2  57  29.0 

1.5 

220  29  33.8 

4    9  49.4 

1.5 

269  16  44.7 

4  59  35.5 

1.5 

314  53  12.7 

2  29  13  7 

2.0 

227    9  27.6 

4  88  12.8 

2.0 

275  29  47.4 

4  48  35.2 

2,0 

:I20  48  40.7 

1  59  26.7 

2.5 

233  46  15.1 

4  42  50.8 

2.5 

281  39  59.6 

4  34  17.1 

2,5 

326  43  18.5 

1  28  26.4 

3.0 

240  19  58.5 

4  53  37.0 

3.0 

287  47  33.4 

4  16  54.7 

3.0 

332  37  24.2 

0  56  3L5 

3.5 

246  50  38.3 

--5    0  28.3 

3.5 

293  52  40.7 

-^56  42.9 

3.5 

338  31  15.1 

—0  24     1.3 

4.0 

253  18  14.9 

5    3  24.9 

4.0 

299  55  33.2 

3  33  57.2 

4.0 

344  25    ai 

+0    S  44.7 

4.5 

259  42  47.9 

5    2  30.0 

4.5 

305  56  23.1 

3    8  54.6 

4.5 

350  19  20.1 

0  41  26.9 

5.0 

266    4  16.7 

4  57  49.3 

5.0 

311  55  22.8 

2  41  52.8 

5.0 

356  14    ao 

1  13  45..=i 

5.5 

272  22  41.3 

4  49  31.4 

5.5 

317  52  45.7 

2  13  10.0 

5.5 

2    9  49.0 

1  45  20.9 

6.0 

278  38    2.6 

—4  37  47.3 

6.0 

323  48  46.6 

—1  43    5.0 

6.0 

8    6  41.0 

+2  15  53.7 

6.5 

284  50  22.8 

4  22  49.8 

6.5 

329  43  40.8 

1  11  56.8 

6.5 

14    5    2.2 

2  45     4.5 

7.0 

290  59  46.0 

4    4  53.3 

7.0 

335  37  46.1 

0  40    4.5 

7.0 

20    5  12.4 

3  Vi  34.5 

7.5 

297    6  18.6 

3  44  14.0 

7.5 

341  31  21.7 

—0    7  47.3 

7.5 

26    7  31.7 

3  ^     5.4; 

8.0 

303  10    9.8 

3  21    a8 

ao 

347  24  48.5 

-fO  24  35.8 

ao 

32  12  21.6 

4     1  19.0 

8.5 

309  11  31.3 

—2  55  55.3 

8.5 

353  18  29.6 

-fO  56  46.0 

a5 

38  20    4.6 

+4  21  57.9 

9.0 

315  10  38.4 

2  28  51.8 

9.0 

359  12  49.9 

1  28  24.3 

9.0 

44  31    3.9 

4  39  45.2  ■ 

9.5 

321    7  49.2 

2    0  16.6 

9.5 

5    8  16.4 

1  59  12.5 

9.5 

50  45  43.6 

4  54  24.9 

10.0 

327    3  24.9 

1  30  27.8 

10.0 

11    5  1H.0 

2  28  52.1 

10.0 

57    4  2a0 

5    5  41.4 

10.5 

332  57  50.0 

0  59  44.0 

10.5 

17    4  25.2 

2  57    4.9 

10.5 

63  27  41.4 

5  13  20.3 

11.0 

338  51  31.8 

—0  28  23.2 

11.0 

23    6  10.1 

+3  23  32.6 

11.0 

69  55  47.3 

+5  17    a3 

11.5 

344  45    0.4 

+0    3  16.8 

11.5 

29  11    5.8 

3  47  57.0 

11.5 

76  29    7.5 

5  16  53.4 

12.0 

350  38  48.7 

0  34  58.3 

12.0 

35  19  45.7 

4    9  59.8 

12.0 

83    8    1.8 

5  12  ^i.9 

12.5 

356  33  31.2 

1    6  23.5 

12.5 

41  32  43.9 

4  29  22.5 

12.5 

89  52  4a7 

5    3  38.0 

13.0 

2  29  44.7 

1  37  14.7 

13.0 

47  50  33.1 

4  45  46.6 

13.0 

96  43  34.4 

4  50  25.4 

13.5 

8  28    7.8 

+2    7  14.0 

13.5 

54  13  44.7 

+4  58  53.6 

13.5 

103  40  3L3 

+4  :«  47.6 

14.0 

14  29  19.1 

2  36    3.1 

14.0 

60  42  47.4 

5    8  25.6 

14.0 

110  43  37.3 

4  10  4a5 

14.5 

20  33  57.6 

3    3  23.2 

14.5 

67  18    6.6 

5  14    5.1 

14.5 

117  52  44.4 

3  44  37.«  , 

15.0 

26  42  42.4 

3  28  54.7 

15.0 

74    0    1.7 

5  15  36.1 

15.0 

125    7  35.9 

3  14  31.5 

15.5 

32  56  10.9 

3  52  18.2 

15.5 

80  48  47.4 

5  12  44.5 

15.5 

132  27  45.7 

2  40  52.2 

16.0 

39  14  58.2 

+4  13  12.3 

16.0 

87  44  28.9 

+5  5 ia8 

lao 

139  52  37.8 

+2    4    9.7' 

16.5 

45  39  36.0 

4  31  15.8 

16.5 

94  47    a7 

4  53  11.9 

16.5 

147  21  26.6 

1  25    0.4 

17.0 

52  10  31.1 

4  46    7.7 

17.0 

101  56  ia8 

4  36  21.8 

17.0 

154  53  17.9 

0  44    7.U 

17.5 

58  48    4.7 

4  57  26.7 

17.5 

109  11  50.8 

4  14  52.1 

17.5 

102  27  10.1 

+0    2  16.7 

18.0 

65  32  30.5 

5    4  51.6 

lao 

116  33    5.0 

3  48  54.0 

lao 

170    1  56.0 

— 0  39  4ao' 

18.5 

72  23  53.3 

+5    8    4.0 

18.5 

123  59  lai 

+3  18  46.7 

ia5 

177  36  25.2 

—1  20  52.2 

19.0 

79  22    8.5 

5    6  48.1 

19.0 

131  29  29.4 

2  44  57.0 

19.0 

185    9  26.7 

2    0  29.9  ' 

19.5 

86  27    0.6 

5    0  51.5 

19.5 

139    2  42.1 

2    7  59.6 

19.5 

192  39  51.8 

2  37  47.1 

20.0 

93  38    3.1 

4  50    7.0 

20.0 

146  37  45.5 

1  28  36.5 

20.0 

200    6  36.4 

3  12    .^2 

20.5 

100  54  38.7 

4  34  33.8 

20.5 

154  13  27.7 

0  47  34.1 

20.5 

207  28  43.5 

3  42  44.2 

21.0 

108  16    0.2 

-f  4  14  18.5 

21.0 

161  48  36.1 

+0    5  43.0 

21.0 

214  45  25.0 

—4    9  2:5.9 

21.5 

115  41  11.7 

3  49  34.9 

21.5 

169  22    0.9 

—0  36    5.9 

21.5 

221  56    2.7 

4  31  43.9 

1    22.0 

123    9  11.1 

3  20  45.7 

22.0 

176  .'>2  36.8 

1  17    2.3 

22.0 

229    0    9.0 

4  49  :{3.0 

22.5 

130  38  51.9 

2  48  20.1 

22.5 

184  19  25.5 

1  56  19.6 

22.5 

235  57  27.2 

5    2  47.1 

23.0 

138    9    6.9 

2  12  54.9 

23.0 

191  41  37.6 

2  33  15.9 

23.0 

242  47  50.7 

6  11  27.6 

2:^.5 

145  38  50.2 

+1  35  11.6 

23.5 

198  58  33.0 

—3    7  15.6 

23.5 

249  31  22.2 

-^  15  40.8 

24.0 

153    7     0.1 

0  55  55.2 

24.0 

206    9  41.7 

3. 37  49.7 

24.0 

256    8  12.5 

5  15  36.5 

24.5 

IHO  :ftJ  40.9 

+0  15  52.2 

24.5 

213  14  43.7 

4    4  36.4 

24.5 

262  38  39.5 

5  11  27.4 

25.0 

167  55    4.8 

—0  24  11.4 

25.0 

220  13  28.3 

4  27  20.0 

25.0 

269    3    6.4 

5    3  27.7 

25.5 

175  13  32.5 

1    3  31.5 

25.5 

227    5  53.2 

4  45  50.6 

25.5 

275  28    1.1 

4  61  53.0 

1 

26.0 

182  27  3.3.9 

—1  41  27.4 

26.0 

233  52    3.4 

—5    0    4.0 

26.0 

881  35  54.4 

—4  36  59.7  . 

20.5 

189  36  47.3 

2  17  23.1 

26.5 

240  32  10.2 

5  10    0.5 

26.5 

887  45  19.1 

4  19    4.5 

27.0 

196  40  59.7 

2  50  47.2 

27.0 

247    6  29.8 

5  15  43.2 

27.0 

293  50  49.4 

3  58  24.2 

27.5 

203  40    4.7 

3  21  13.4 

1?7.5 

253  35  21.9 

5  17  ia5 

27.5 

299  53    0.0 

3  35  15.6 

28.0 

210  34    2.4 

3  48  20.6 

28.0 

259  59    9.1 

5  14  55.3 

28.0 

305  52  25.2 

3    9  55.8 1 

2«.5 

217  22  57.9 

4  11  52.6 

28.5 

266  18  15.9 

5    8  43.9 

28.5 

311  49  3a7 

2  42  41.7 

29.0 

224    6  59.7 

—4  31  37.6 

29.0 

272  33    7.7 

—4  58  56.2 

29.0 

317  45  12.5 

—2  13  50.3 

29.5 

230  46  19-4 

4  47  27.6 

29.5 

278  44  10.2 

4  45  45.1 

29.5 

323  39  37.3 

1  43  39.1 

30.0 

2:u  21  10.4 

4  59  18.3 

30.0 

284  51  49.3 

4  29  24.3 

30.0 

329  33  22.3 

1  12  25.8 

30.5 

243  51  47.0 

5    7     8.7 

30.5 

290  56  29.7 

4  10    a7 

30.5 

3:^  26  54.2 

0  40  28,4 

31-0 

2r»0  18  24.1 

5  11     0.4 

31.0 

296  58  35.6 

3  48  13.4 

31.0 

341  20  37.6 

—0    8    5.2 

31.5 

256  41  16.6 

—5  10  57.5 

31.5 

:W2  58  30.4J  --3  23  54.6 

31.5 

a47  14  55.5 

+0  24  24.6  i 

MOON'S  LONGITUDE  AND  LATITUDE,  1895.        275 


FOB  GREEN  WIOH  MEAN  NOON  AND  MIDNIGHT. 

I>^ 

OCTOBER. 

Dtj 

KOVEMBKR. 

JHj 

DECEMBER.           || 

Af 

at 

^ 

F 

True  LoBCiliida. 

LAtitDdA. 

MoBlh. 

True  LoogltDdo. 

Mootb. 

Tme  LoBgitiide. 

LaUtnde. 

1.0 

341  90  3/^6 

—0    8    5.2 

1.0 

2^60    6'!3 

+3  33  48.1 

1.0 

O         1        $t 

69  38    4.8 

O          t           H 

+4  56  33.7 

1.5 

347  14  56.6 

+0  24  24.6 

L6 

»    048.2 

3  55  56.1 

1.5 

66  12  20.3 

4  59  42.1 

2.0 

353  10    &1 

0  56  41.9 

2.0 

38  14  46.3 

4  15  25.0 

2.0 

72  50  42.1 

4  58  49.4 

2.6 

359    6  33.9 

128  27.0 

2.5 

44  32    3.0 

4  31  56.9 

2,5 

79  32  53.4 

4  53  49.3 

3.0 

6    4  29.7 

159  20.0 

3.0 

60  52  39.1 

4  45  15.2 

3.0 

86  18  33.8 

4  44  39.4 

3.6 

11    4  10.1 

+2  29    1.0 

3.5 

67  16  31.7 

+4  55    5.2 

3.5 

93.  7  20.3 

+4  31  21.9 

4.0 

17    5  48.6 

2  57  10.0 

4.0 

63  43  37.3 

5    1  14.2 

4.0 

99  58  49.3 

4  14    3.2 

4.6 

23    9  36.6 

3  23  27.4 

4.5 

70  13  60.4 

6    3  32.2 

4.5 

106  52  36.5 

3  62  54.9 

5.0 
5.6 

29  15  45.4 

3  47  34.0 

5.0 

76  47    4.9 

6    1  52.1 

6.0 

113  48  18.7 

3  28  13.3 

86  94  25.3 

4    9  1L5 

5.5 

83  23  14.7 

4  56  10.1 

6.5 

120  45  34.9 

3   0  ia3 

6.0 

41  36  45.6 

-H  28    2.3 

6.0 

90    2  14.0 

+4  46  25.6 

6.0 

127  44    a7 

+2  29  34.3 

6.6 

47  49  55.9 

4  43  50.2 

6.5 

96  43  58.3 

4  32  41.5 

6.5 

134  43  38.3 

1  56  2a8 

7.0 

64    7    6.1 

4  56  20.2 

7.0 

103  28  24.2 

4  15    4.4 

7.0 

141  43  57.4 

1  21  31.9 

7.6 

60  27  25.9 

5    5  19.0 

7.5 

110  15  30.0 

3  53  44.6 

7.5 

148  44  54.8 

0  45  15.9 

ao 

66  51    5.9 

5  10  35.1 

8.0 

117    6  16.0 

3  28  56.0 

ao 

155  46  23.6 

+0    8  14.6 

8.6 

73  18  17.2 

+5  11  58.8 

a5 

123  57  40.0 

+3    0  55.9 

a5 

162  48  18.6 

—0  28  57.3 

9.0 

79  49  10.9 

6    9  22.8 

9.0 

130  52  4a2 

2  30    5.1 

9.0 

169  50  35.7 

1    5  44.8 

9.5 

86  23  60.3 

5    2  42.2 

9.5 

137  50  34.5 

1  56  4ao 

9.5 

176  53  10.5 

1  41  33.4 

10.0 

93    2  53.6 

4  51  54  7 

10.0 

144  61    5.5 

1  21  32.3 

10,0 

183  55  57.6 

2  15  49.1 

10.5 

99  46    4.7 

4  37    0.8 

10.5 

151  64  17.5 

0  44  49.0 

10.5 

190  58  49.8 

2  47  59.7 

11.0 

106  33  43.1 

+4  18    4.8 

11.0 

159    0    6.6 

+0    7  11.2 

11.0 

198    1  3r*.8 

—3  17  34.7 

1L6 

113  25  56.9 

3  55  14.6 

11.5 

166    8  2L2 

—0  30  45.0 

1L5 

205    4    5.2 

3  44    6.3 

12.0 

120  22  51.1 

3  28  42.2 

12.0 

173  18  5a3 

1    8  21.9 

12.0 

212    6  57.6 

4    7  10.2 

12.6 

127  24  27.3 

2  58  44.0 

12.5 

180  31  13.8 

1  46    LO 

12.5 

219    6  53.1 

4  26  25.5 

13.0 

134  30  41.9 

2  25  41.8 

13.0 

187  45    6.8 

220    ZJ& 

13.0 

226    6  27.6 

4  41  36.1 

13J^ 

141  41  25.8 

+1  50    2.0 

13.5 

194  50  54.1 

—2  52  62.6 

13.5 

233    4  13.6 

—4  62  30.4 

14.0 

148  56  22.5 

1  12  16.0 

14.0 

202  15    0.4 

3  22  62.1 

14.0 

239  59  42.2 

4  59    1.9 

14.5 

166  15    a3 

+0  33    0.7 

14.5 

209  29  41.6 

3  49  30.9 

14.5 

246  52  25.2 

6    1    9.0 

1S.0 

163  37  10.7 

-0    7    3.3 

15.0 

216  43  ILl 

4  12  22.0 

15.0 

253  41  52.6 

4  58  56.6 

15.5 

171    1  49.7 

0  47  12.3 

15.5 

223  54  39.4 

4  31    3.9 

16.6 

260  27  3a5 

4  52  30.0 

16.0 

178  28  17.1 

~1  26  40.2 

lao 

231    3  ia4 

-4  45  21.6 

lao 

267    9  19.2 

-4  42    4.6 

16.5 

185  55  38.3 

2    4  41.4 

ia5 

238    8  21.2 

4  56    a4 

ia5 

273  46  36.0 

4  27  56.6 

17.0 

193  22  53.5 

2  40  31.3 

17.0 

245    9    5.0 

5  0  ia3 

17.0 

280  19  15.4 

4  10  22.0 

17.5 

200  49    0.1 

3  13  29.2 

17.6 

252    4  54.0 

5    0  56.0 

17.6 

286  47    9.6 

3  49  44.8 

18.0 

208  12  54.5 

3  42  59.3 

lao 

258  55  laO 

4  57  12.1 

lao 

293  10  17.0 

3  26  26.4 

18.5 

215  33  35.5 

--4    8  32.6 

ia6 

265  39  5a2 

—4  49  21.2 

ia6 

299  28  42.1 

-3    0  49.8 

19.0 

222  50    6.5 

4  29  46.8 

19.0 

272  18  40.8 

4  37  39.4 

19.0 

305  42  35.6 

2  33  lai 

19.5 

230    1  37.3 

4  46  27.7 

19.6 

278  51  23.1 

4  22  26.6 

19.5 

311  52  13.9 

2    4  14.1 

^.0 

2:17    7  26.3 

4  58  28.1 

20.0 

285  18  10.7 

4    4    3,7 

20.0 

317  57  58.9 

1  33  59.8 

20.5 

244    7    1.7 

5    5  4a2 

20.5 

291  39  laO 

342  52.9 

20.6 

324    0  1&7 

1    2  56.3 

21.0 

251    0    2.2 

—6    8  33.9 

21.0 

297  56    LO 

-3  19  lao 

2L0 

329  59  38,0 

—0  31  23.6 

21.5 

267  46  17.0 

6    6  55.7 

21.5 

304    6  50.1 

2  53  34.7 

21.5 

33b  56  36.5 

+0    0  19.1 

22.0 

964  25  45.1 

5  1  ao 

22.0 

310  12  15.1 

2  26    9.9 

22.0 

341  51  49.2 

0  31  53.9 

22.5 

270  58  34.8 

4  51  27.8 

22.5 

316  14  51.2 

1  57  2L7 

22.5 

347  45  54.8 

1    3    3.4 

23.0 

277  25    2.4 

4  38  13.5 

23.0 

322  U  ia6 

1  27  29.4 

23.0 

353  39  33.7 

1  33  30.7 

23  J> 

2H3  45  31.2 

—4  21  44.6 

23.5 

328  11  11.9 

— 0  56  5L4 

23.5 

359  33  27.8 

+2    2  69.7 

21.0 

290    0  30.1 

4    2  21.0 

24.0 

334    6  ia7 

-0  25  45.5 

24.0 

5  28  ia6 

2  31  14.1 

24.5 

206  10  32.3 

3  40  22.2 

24.5 

340    0  19.3 

+0    5  31.2 

24.5 

11  24  47.4 

2  57  67.8 

25.U 

302  16  14.1 

3  16    7.3 

25.0 

345  53  50.5 

0  36  41.7 

25.0 

17  23  35.4 

:i  22  54.4 

25.5 

306  18  1X8 

2  49  55.2 

25.5 

351  47  51.6 

1    7  29.2 

25.5 

23  25  21.2 

3  45  47.3 

^0 

314  17  11.5 

--2  22    a9 

9ao 

357  42  45.1 

+1  37  36.6 

26.0 

29  30  41.6 

+4    6  19.7 

26.5 

320  13  47.3 

1  52  51.2 

26.5 

3  39  15.4 

2    6  46.9 

26.5 

35  40    9.9 

4  24  14.5 

27.0 

326    8  41.1 

1  22  34.6 

27.0 

9  37  58.5 

2  34  42.6 

27.0 

41  54  15.6 

4  39  14.4 

27.6 

332    2  31.9 

0  51  31.4 

27.5 

15  39  27.2 

3    1    5.6 

27.6 

48  13  2:^.4 

4  51    2.3 

28.0 

337  56  57.4 

-0  19  58.8 

28.0 

21  44  10.8 

3  25  37.3 

2ao 

64  37  52.3 

4  50  21.7 

2&5 

343  49  33.2 

+0  11  45.9 

2a5 

27  62  34.1 

3  47  59.1 

2a5 

61    7  54.8 

5    3  57.3 

29.0 

349  43  62.9 

+0  43  24.7 

29.0 

34    4  57.1 

+4    7  52.1 

29.0 

67  43  36.1 

+5    4  35.4 

29.5 

355  39  2H.8 

1  14  39.4 

29.5 

40  21  35.1 

4  24  57.5 

29.5 

74  24  .M.l 

5    1     5.3 

30.U 

1  36  42.8 

1  45  11.8 

30.0 

46  42  37.5 

4  38  57.3 

30,0 

81  11  'MM 

4  .S;<  19.3  ' 

30.5 

7  36    5.7 

2  14  42.2 

30.5 

53  8  ao 

4  49  34.5 

30.5 

88    3  32.r, 

4  41  14.1 

31.0 

13  37  56.0 

2  42  51.7 

31.0 

59  38    4.8 

4  56  33.7 

31.0 

95    0  10.6 

4  24  51.5 

1    31.5 

19  42  31.3 

+3    9  20.2 

31.5 

66  12  *2fV.\  •  +4  59  42.1 1 

31. r. 

102     I     1  •* 

+  4     4  1«.<» 

276 


MOON'S  EQUATOR,  1895. 


FOR  GREENWICH  MEAN  NOON 

• 

Dftie 

• 

• 

THE  MOOirS  EQUATOR- 

C 

i 

A 

ft' 

Inellofttioii 

Aao6Dd*|rKode  on 
Barth^sSqnfttor 

AMMid'cKoda 

Meu 

to  the 

on 

LongHnde 

Hen 

Motloaor          1 

Sftrth's 

toAioending 

£wtli*s 

of   the. 

Solar 

SquAtor. 

NodeonSoUptio. 

Xqoator. 

Moon. 

Ihijs. 

( 

I 

o        « 

e        t 

o 

e        i 

e 

1 

Jan. 

0 

21  68.7 

175  36.8 

0  17.1 

330  20.4 

0.1 

1 

19.06 

10 

21  58.8 

175    3.0 

0  19.3 

102    6.2 

0.2 

2 

38.19 

20 

21  58.8 

174  29.2 

0  21.5 

233  52.1 

0.3 

3 

57.18 

30 

21  58.9 

173  55.5 

0  23.6 

6  37.9 

0.4 

6 

16.23 

Feb. 

9 

21  59.0 

173  21.8 

0  25.8 

137  23.7 

0.5 
0.6 

6 

7 

35.29 
54.35 

19 

21  59.1 

172  47.9 

0  28.0 

269    9.6 

0.7 

9 

13.41 

Mar. 

1 

21  59.2 

172  14.1 

0  30.2 

40  55.5 

0.6 

10 

32.47 

11 

21  59.3 

171  40.3 

0  32.4 

172  41.3 

0.9 

II 

51.33 

21 

21  59.4 

171     6.6 

0  34.5 

304  27.1 

31 

21  59.6 

170  32.8 

0  36.7 

76  13.0 

1.0 
2.0 

13 
26 

10.56 
21.17 

Apr. 

10 

21  59.7 

169  59.0 

0  38.8 

207  58.8 

8.0 
4.0 
5.0 

39 

31.75 

• 

20 

21  59.8 

169  25  3 

0  40  9 

339  44.6 

o2 

42.33 

30 

22    0.0 

168  51.5 

0  43.1 

111  30.4 

65 

52.92 

May 

10 

22    0.1 

168  17  8 

0  45.3 

243  16.2 

6.0 

79 

3.50 

20 

22    0.3 

167  44.0 

0  47.4 

15    2.1 

7.0 
8.0 

92 
105 

14.09 
24.67 

30 

22    0.5 

167  10.2 

0  49.5 

146  47.9 

9.0 

118 

35.2S 

June 

9 
19 

22    0.7 
22    0.9 

166  36.5 
166    2.7 

0  51.6 
0  53.8 

278  33.7 
50  19.6 

10.0 

131 

45.84 

Bonn. 

29 

22     1.1 

165  29.0 

0  55.9 

182    5.4 

1 

0 

32.94 

July 

9 

22     1.3 

164  55.2 

0  58.0 

313  blJH 

3 

1 

1 

5.88 

3*J.82 

19 

22     1.5 

164  21.5 

1     0.1 

85  37.1 

4 

% 

1 1.76 

29 

22     1.7 

163  47.8 

1     2.3 

217  22.9 

5 

2 

44.70 

Aug. 

8 

22     2.0 

163  14.1 

1     4.4 

349    8.8 

6 

3 

17.66 

18 

22     2.2 

162  40.4 

1     6.5 

120  54.6 

7 

3 

50.59 

1 

28 

22     2.5 

162    6.7 

1     8.6 

252  40.4 

8 
9 

4 
4 

23.53 
56.47 

Sept. 

7 

22     2.7 

161  33.0 

1   10.6 

24  26.3 

10 

5 

29.41 

17 

22     3.0 

160  59.3 

1  12.7 

156  12.1 

11 
12 
13 
14 

m 

<\    OP 

, 

27 

22     3.2 

160  25.7 

1   14.7 

287  57.9 

6 

2.35 

Oct. 

7 

22     3.5 

159  52  0 

1   16.8 

59  43.8 

6 

7 
7 

35.29 

8.23 

41.17 

17 

22     3.8 

159   18.4 

1   18.9 

191  29.6 

15 

6 

14.11 

27 

22     4.1 

158  44.7 

1  20.9 

323  15.4 

i     Nov. 

6 

22     4.4 

158  11.1 

1  23.0 

95     1.2 

16 

8 

47.06 

16 

22     4.7 

157  37.5 

1  25.0 

226  47.0 

17 

9 

20.00 

( 

26 

22     5.1 

157     3.9 

1  270 

358  32.9 

16 

9 

62.94 

Dec. 

6 

22     5.4 

156  30.2 

1 

1  29.0 

130  18.7 

19 
20 

10 
10 

25.88 

58.82 

16 

22     5.7 

155  56.6 

1  310 

962    4.5 

21 

II 

31.76 

26 

22     6.0 

155  23  0 

1  33.0 

33  50.4 

22 

12 

4. TO 



36 

22     6.4 

154  49.4 

1  35.0 

165  36.2 

23 

12 

37.64 

MOON^S  LIBRATION,  1895. 


277 


TABLE  FOE  THE  LIBRATION  OF  TUE  MOON. 

Arcoment,  (ft— A)  or  (ft— A  — 180«). 


n 


-X 


s 
1 

3 

3 

4 
6 

6 

7 

6 

9 

10 

11 

13 
14 
15 

16 
17 
18 
19 
30 

31 
33 
33 
34 
35 

36 
37 

38 
39 
30 

31 
33 
33 
34 
36 

36 
37 

38 
39 
40 

41 
43 
43 
44 
45 


A^ 


o:o 

0.0 
0.0 
0.1 
0.1 
0.1 

0.3 
0.3 
0.3 
0.3 
0.3 

0.3 
0.3 
0.3 
0.3 
0^ 

0^ 
0.3 
0.3 
0.4 
0.4 

0.4 
0.4 
0.4 
0.4 
0.4 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.6 
0.6 
0.6 

0.6 
06 
0.6 
0.6 
0.6 


aX 


30 
39 
39 
39 
39 
39 

39 
39 
39 
39 
39 

39 
40 
40 
40 
40 

40 
40 
41 
41 
41 

41 
43 
43 
43 
43 

43 
43 
44 
44 
45 

45 
46 
46 
47 
47 

48 
48 
49 
50 
50 

51 
53 
53 

54 
55 


B 


1 


s 

0 
0 
0 
0 
0 

0 
0 
0 
0 
0 


0.0 
1.6 
3.1 
4.7 
6.3 
7.7 

9.3 
10.8 
13.4 
13.9 
15.4 


0  16.9 
0  18.5 
0  30.0 
0  UlJb 
0  33i) 

0  24JS 
0  36.0 
0  37.4 
38.9 
30.4 


0 
0 


0 
0 


3li) 
33.3 
0  34.7 
0  36.1 
0  37.5 

0  38.9 
0  40.3 
0  41.7 
0  43.1 
0  44.4 

0  45.7 
0  47.0 

0  48.4 
0  49.7 
0  51.0 

0  53i8 
0  53.4 
0  547 
0  55.9 
0  57.1 

0  58.3 

0  59.4 

1  0.6 
1  1.7 
1  2J6 


B 


179 
178 
177 
176 
175 

174 
173 
173 
171 
170 

16!) 
166 
167 
166 
165 

164 
163 
163 
161 
160 

159 
158 
157 
156 
155 

154 
153 
153 
151 
150 

149 
148 
147 
146 
145 

144 
143 
143 
141 
140 

139 
138 
137 
136 
135 


ft-A 


ft-3t 


4b' 
47 
48 
49 
50 
51 

53 
.53 
54 
55 
56 

57 
58 
59 
60 
61 

63 
63 
64 
65 
66 

67 

68 
69 
70 
71 

73 
73 
74 
75 
76 

77 

7H 
79 
80 
81 

83 
83 
84 
85 
86 

87 
88 
89 
90 


aX 


0.6 
04> 
0.6 
0.6 
0.6 
0.6 

0.6 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.4 
0.4 

0.4 
0.4 
0.4 
0.4 
0.4 

0.4 
0.4 
0.3 
0.3 
0.3 

0.3 
0.3 
0.2 
0.3 
0.3 

0.3 
0.1 
0.1 
0.1 
0.1 

0.1 
0.0 
0.0 
0.0 


56 
57 
58 
59 
60 
63 

63 
64 
66 
67 
69 

71 

73 

.75 

77 

80 

83 

86 
89 
93 
95 

99 
103 
108 
113 
119 

135 
133 
141 
150 
160 

173 
186 
303 
323 
347 

378 
318 
370 
440 
555 

740 
1110 
2320 

00 


B 


aX 


t 

1 

1 

1 

1 

1 

1 
1 
1 
1 
I 

I 
I 
1 
I 
1 

1 
1 
I 
1 
I 

I 
1 
1 
1 
1 

1 
1 
I 
1 
1 

1 
1 
1 
1 
I 

1 
1 
1 
1 
1 

1 
1 
1 
1 


3.9 
4.9 
60 
7.0 
8.0 
9.0 

10.0 
10.9 
11.8 
12.7 
13.6 

14.5 
15.3 
16.1 
169 
17.6 

18.4 
19.1 

19.8 
20.4 
21.1 

31.7 
22.3 
23.9 
33.4 

33.9 

34.4 
34.9 
35.3 
85.7 
36.1 

36.5 
86.8 
37.1 
37.4 

37.7 

37i» 
88.1 
38.3 

88il 
38.6 

38.7 

287 

38.8 


B 


I3l 

133 

J32 

131 

130 

129 

128 
127 
136 
135 
134 

133 
132 
121 
120 
119 

118 
117 
116 
115 
114 

113 
112 
111 

no 

109 

108 
107 
106 
106 
104 

103 
103 
101 
100 
99 

9H 
97 
96 
95 
•4 

93 
93 
91 

90 


ft-^ 


A  X  haf  the  lig n  of  tan  (  X  - 
a  hat  the  tagn  of  coi  (  ft  - 
B  hat  the  tign  of  tin   (  ft  • 


A) 


278 


OBLIQUITY,  PRECESSION,  ETC.,  1895. 


FOB  GREENWICH  MEAN  NOON. 

f 

1 

Apparent 
Obliqai^ 

nf  thA 

SqoAtioB  of  XqninoxM 

PreceMioD 

of 
Bqoinoxeo 

in 

ThoSuilt 

I^oncitii^e 
of  Mom's 
AoooD^inS 

Dftte. 

ScUptie. 

(HAnn.) 

InLoiigftiidA. 

ljiB.A. 

LoQjiiitiide. 

Aberratioiu 

Hor.  Par.' 

Kode. 

Jan.      0 

23  27'  19!b0 

+  ir64 

+  0*100 

0.00 

-2d!80 

9'!oo 

355  52.8 

10 

19.08 

2.18 

0.133 

1.38 

20.79 

9.00 

355  20.7   , 

20 

19.21 

2.61 

0.160 

2.75 

20.77 

8.99 

354  48.9 

30 

19.37 

2.91 

0.178 

4.13 

20.75 

6.98 

354    17.2 

Feb.     9 

19.54 

3.07 

0.188 

5.50 

20.72 

8.97 

353  45.4 

19 

23  27  19.69 

+  3.06 

+  0.187 

6.88 

-20.67 

8.95 

353   13.6 

Mar.     1 

19.80 

2.93 

0.179 

8.26 

20.62 

8.93 

352  41.8 

11 

19.88 

2.71 

0.166 

9.63 

20.57 

6.90 

352   10.1 

21 

19.89 

2.45 

0.150 

11.01 

20.51 

6.88 

351   38.3 

31 

19.82 

2.17 

0.133 

12.38 

20.45 

6.85 

351      6.5 

Apr.   10 

23  27  19.69 

+  1.97 

+  0.120 

13.76 

-20.40 

6.83 

350  34.8 

20 

19.52 

1.86 

0.114 

15.14 

20  34 

8.80 

350     3.0 

30 

19.33 

1.88 

0.115 

16.51 

20.29 

6.78 

349  31.2 

May    10 

19.11 

2.02 

0.123 

17.89 

20.24 

8.76 

348  59.4 

20 

18.93 

2.30 

0.141 

19.26 

20.20 

8.74 

348  27.7 

30 

23  27  18.75 

+  2.70 

+  0.165 

20.64 

-20.16 

8.73 

347  55.9 

June     9 

18.62 

3.21 

0.196 

22.02 

20.14 

8.71 

347  24.1    ' 

19 

18.54 

3.76 

0.230 

23.39 

20.12 

8.71 

346  52.3 

29 

18.53 

4.32 

0264 

24.77 

20.11 

8.70 

346  20.6 

July     9 

18.58 

4.84 

0.296 

26.14 

20.11 

8.70 

345  48.8   i 

19 

23  27  18.66 

+  5.29 

+  0.323 

27.52 

-20.12 

8.71 

345   17.0 

29 

18.78 

5.63 

0.344 

28.90 

20.14 

8.72 

344  45  3 

Aug.    8 

18.93 

5.84 

0.357 

30.27 

20.17 

8.73 

314    13.5 

18 

19.08 

5.92 

0.362 

31.65 

20.20 

8.74 

343  41.7 

28 

19.20 

5.85 

0.358 

33.02 

20.25 

8.76 

343     9.9   ! 

Sept    7 

23  27  19.26 

+  5.68 

+  0.347 

34.40 

-  20.30 

8.78 

342  38.2 

17 

19.30 

5.45 

0.333 

35.78 

20.35 

8.81 

342     6.4 

27 

19.26 

5.17 

0.316 

37.15 

20.41 

8.83 

341  34.6 

Oct.      7 

19.15 

4.92 

0.301 

38.53 

20.47 

8.86 

341     2.8 

17 

19.01 

4.72 

0.289 

39.90 

20.53 

8.88 

340  31.1 

27 

23  27  18.80 

+  4.63 

+  0.283 

41.28 

-20.58 

8.91 

339  59.3 

Nov.     6 

18.58 

4.70 

0.287 

42.66 

20.63 

8.93 

339  27.5 

16 

18.36 

4.92 

0.301 

44.03 

20.68 

8.95 

338  55.8 

26 

18.15 

5.26 

0.322 

45.41 

20.72 

8.97 

338  24.0 

Dec.     6 

17.98 

5.73 

0.350 

46.78 

20.76 

8.98 

337  52.2 

16 

23  27  17.88 

+  6.28 

+  0.384 

48.16 

-  20.78 

8.99 

337  20.4 

26 

17.81 

6.89 

0  421 

49.54 

20.79 

9.00 

336  48.7 

36 

23  27  17.82 

+  7.47 

+  0.457 

50.91 

-  20.79 

9.00 

336  16.9 

Mean  Obli 

quity,  1895.0, 

23^27' 10".36      (Hans 

Elf). 

Mean  Obli 

quity,  1895.0, 

23^27'10".08      (Pbte 

RS). 

Daily  Motion 

Precession 

for  1895  .    •    . 

50" 

.2626      Ic 

►g     =-     1.7 
»g     =     9.1 
>g     =     9.1 

'0124 

^    ^^ 

Precession 
Precession 

in  a  Solar  Day 
in  a  Sidereal  Di 

V               W               V               V               W               V                             ^^\^ 

0" 

ly O'^ 

.1377      Ic 
M373      l< 

3895 
13776 

of  Q 
— y.lTT 

Sun^B  Meai 

D  Equatorial  Hor 

izontal  Parallax .          8^ 

'.848        l( 

>g     =     Oi 

M685 

PART    II 


ASTRONOMICAL    EPHEMERIS 


FOR   TBS 


MERIDIAN  OF  WASHINGTON 


«79 


280 


FORMULA  FOR  STAR-REDUCTIONS,  1895. 


rOBMULJE  FOR  THE  REDUCTIOH  OF  THE  POSITIONS  OF  THE  FIXED  STARS,  USIKG 
THE  NOTATION  OF  BESSEL,  AND  THE  CONSTANTS  OF  PETERS  AND  STRUVB. 

NOTATIOy. 
r,  the  time,  reckoned  in  nnito  of  one  year,  from  the  beginniiig  of  the  BeMeliaa  Hetitioos  jear, 
(1894,  December  3(H.89^  =  1805,  Janoarj  (H.0--(H.109,  WaahingtOD  memn  time), 
ou,  <'»,  the  star's  mean  right  ascension  and  declination  at  the  beginning  of  the  fictitioos  year, 
a,  <V,  the  star's  apparent  right  aneension  and  dedination  at  the  time  r, 
0Lj  ^',  the  annual  proper  motion  in  right  ascension  and  dedination, 
0,  the  snn's  tme  longitude, 
Q,  the  loogitnde  of  the  moon's  ascending  node, 
w,  the  obliquity  of  the  ecliptic, 
r,  the  loogitnde  of  the  suii's  poigee^ 
r',  the  lon>(itnde  of  the  moon's  perigee^ 
( ,  the  moon's  mean  loogitude. 

BE88ELIA2f  STAB-NUMBERS. 


A^T  ^  0.34249  sin  Q 
+  0.00410  sin  2  Q 

—  0,02521  sin  2  0 

+  0.00293  sin  (0  +  SSI)  40 
-f  0.00025  sin  (2  0  —  Q) 

—  0.00405  sin  2  C 

+  0.00135  sin  (C  ^  r) 

^  s=  ~  9'!2239  cos  Q 
+  0.0695  cos  2  Q 
~  0.5506  cos  2  0 

—  0.0092  cos  (0  -f-  aao  y) 

~  0.0b66  cos  2  ([ 


^aOOOn  sin  (3  0  —  F) 
»  O.OOOC^  sin  2  (0  —  Q) 
+  0.00010  sin  2  (0  —  V) 
+  OMfrn  sin  (2  r  —  Q) 
+  0.00005  cos  r  ' 
+  0.00004  sin  2  r 


—  0.0027  cos  (3  0  ~  r  ) 
+  0.0067  cos  (2  0  —  Q) 
+  0.0024  oos  (2  r  ~  Q) 

—  0.0023  an  r 
+  0.0006  cos  2  r 


C  = 
D  = 


h 
e 

d 


-20.4451  cos  w  cos  0 

-20.4451  sin  0 

-  0.0461  sin  Q  +  0",0014  sin  2  Q 


—  0".0033  sin  2  0 


Bksssl's  SUar  'Con9UmU, 
3-.07263  -f  1-.33663  sin  «•  tan  4»  =  precession  in  right 
^  COB  a«  tsn  69 
iV  COS  Oo  sec   d« 
Vr  Bio  Oo  s^*c  do 

a'  =  20"  .0325  cos  ««  =  preoesnon  in  dedinatioii 

^'  =  —  sin  flto 

&  =:  tan  w  006  <3«  —  sin  a»  sin  ^ 

if  ^  cot)  oto  sin  do 


6  = 


a,  +  r^   +  J  a 


Etdmeti&n  to  Appartmi  Position. 
-fjB*   -^^  Co  -^  Dd  +iV^ 
-f^i'-fCc'-fDif 


(in  tima) 
(in  arc) 


LSDEPEXDENT  STAB-SUMBEUS. 
f  =  46 '.0:^  J[  4-  iP  ( in  arc  )  =  3-.07261  A -^  if  E  {\u  time) 
^sinG^^  &sin^  =  C 

^  cos  O  =  20".05t^  A  k  COB  H  =^  D 


t  =  C  tan  0 


ts  Appmremt  Pssilism. 

a  =  ao-|-/-|-T/i-h  Afsin  (<^+ao)  tan  do  +  iS  *  "n  (H-f  Oo)  sec  dL 
d  =  do  +  TM'  +  fco8  ((J-f-Oo)  +  *  cos  (^-f  a»)  sin  do  +  i  oo«  ^ 


(in  time) 
(in    src) 


NoTES.^1)  The  independent  star-nomberB  are  more  oonT«nient>,  when  only  one  or  two  apparent 
posit  ions  of  a  star  are  required,  or  when  Besskl's  star-constants  are  not  known  with 
sudicient  accniacy.    Otherwise,  the  Besselian  star-numbers  are  more  oooTenicnt. 

(2)  In  using  the  star-constants  of  the  Britiak  AnoeimH^m  Csfsfsfs,  «»  ^  e^  d,  a*.  h\  c*,  d', 
must  be  changed  to  o,  d,  a,  ^, 


BE88ELIAN  STAR-NUMBERS,  1895. 


281 


FOB  WASHINGTON  MEAN  MIDNIGHT. 

SoIat  Dsj. 
(Sid.  Hoar.) 

Log  A. 

Lofc  B. 

Lk  C. 

Lof  D. 

8oUr  Da/. 
(Sid.  Hoar.) 

LoicX 

Log  B. 

Lof  C. 

Log  D. 

Jan. 

0 

4«.5697 

-0.9373 

-0.5373 

41.3031 

Feb.     15 

4-9.9751 

-0.9684 

-1.1989 

4-1.0430 

1 

8.5931 

0.9386 

0.5768 

1.3016 

16 

9.9899 

0.9674 

1.90  JO 

1.0:107 

9 

8.6133 

0.9390 

0.6198 

1.3000 

17 

9.9907 

0.9667 

1.9076 

1.0181 

b 

3 

a6349 

0.9385 

0.6459 

1.9989 

18 

9.3000 

0.9668 

1.9191 

1.0050 

(T,#) 

4 

8.6606 

0.9374 

0.6765 

1.9969 

(M^  19 

9.3091 

0.9676 

1.9164 

0.9914 

6 

46.6997 

^.9359 

-0.7051 

4-1.9941 

90 

49.3174 

-0.9093 

-1.9905 

♦0.9779 

6 

8.7994 

0.9344 

0.7317 

1.9919 

91 

9.3949 

9.9716 

1.9944 

0.9693 

7 

8.7694 

0.9334 

0.7566 

1.9895 

99 

9.3999 

0.9741 

1.9981 

0.9467 

8 

BaO09D 

0.9339 

0.7801 

1.9869 

93 

9.3395 

0.9705 

1.9317 

0.9303 

9 

a8475 

0.9389 

0.8099 

1.9849 

94 

9.3349 

0.9784 

1.9351 

0.9139 

10 

46.8811 

^.9356 

-0.8981 

41.9813 

95 

49.3351 

-0.9796 

-1.9384 

40.8954 

11 

8.9091 

0.9378 

0.8430 

1.9783 

96 

9.3369 

0.9796 

1.9415 

0.8766 

19 

8.9319 

0.9465 

0.8618 

1.9751 

97 

0.3374 

0.9793 

1.9444 

0.8669 

13 

8.9485 

0.9431 

0.8796 

1.9718 

98 

9.3409 

0.9783 

1.9479 

0.8361 

14 

.    8.9611 

0.9451 

0.8967 

1.9683 

liar.      1 

9.3447 

0jr760 

1.9496 

0.8149 

15 

48^13 

-0.9466 

-0.9130 

41.9647 

9 

49.3509 

-0J^57 

-1.9593 

40.7909 

16 

8.9805 

0.9460 

0.9986 

1.9609 

3 

9.3583 

0.9750 

1.9547 

0.7663 

17 

O.IAPVi 

0.9466 

0.9435 

1.9569 

4 

9.3663 

0.9750 

L9569 

0.7399 

18 

9.0091 

0.9456 

0.9578 

1.9597 

k        » 

9.3744 

0.9758 

1.9589 

0.7117 

^ 

19 

9.0179 

0.9445 

0.9716 

1.9483 

aiA  6 

9.3817 

0.9773 

1.9606 

0.6815 

90 

49.0343 

-t.9435 

-0.9646 

41.9438 

7 

49.3876 

-0.9794 

-1.9695 

40.6490 

91 

9.0531 

0.9430 

0.9971 

1.9391 

8 

9.3090 

0.9815 

1.9641 

0.6136 

99 

9.0799 

0.9433 

1.0099 

1.9349 

9 

9.3950 

0.9834. 

1.9656 

0.5748 

93 

9.0909 

0.9446 

1.0909 

1.9991 

10 

9.3067 

0.9647 

1.9670 

0.5394 

94 

9.1060 

0.9467 

1.0391 

1.9938 

11 

9.3079 

0.9659 

1.9689 

0.4853 

95 

49.1189 

-0.9493 

-1.0499 

41.9183 

19 

49.3990 

-0.9649 

-1.9699 

40.4390 

96 

9.1988 

0.9599 

1.0534 

1.9196 

13 

9.4007 

0.9838 

1.9701 

0.3719 

97 

9.1357 

0.9548 

1.0635 

1.9067 

14 

9.4036 

0.9899 

1.9709 

0.9995 

98 

9.1404 

0.9668 

1.0739 

1.9006 

15 

9.4077 

0.9805 

1.9716 

0.9160 

99 

9.1449 

0.9580 

1.0894 

1.1949 

16 

9.4130 

0.9790 

1.9799 

0.1106 

30 

49.1489 

-6.9584 

-1.0919 

4-M876 

17 

4^.4191 

-0Jr78l 

-1.9796 

40.9716 

31 

9.1535 

0.9579 

1.0997 

1.1808 

18 

9.4954 

0.9780 

1.9799 

9.7653 

Feb. 

1 

9.1609 

0.9570 

1.1080 

1.1737 

19 

9.4313 

0.9787 

1.9731 

49.3579 

9 

9.1708 

0.9560 

1.1161 

1.1663 

90 

9.4363 

0.9600 

1.9731 

-0.0966 

4^ 

3 

9.1898 

0.9553 

1.1939 

1.1587 

91 

• 

9.4401 

0.9817 

1.9730 

9.6811 

4 

49.1969 

-0.9551 

-1.1315 

4-1.1508 

(U^)99 

49.4494 

-0.9634 

-1.9798 

-9.9910 

6 

9.9101 

0.9560 

1.1388 

1.1496 

93 

9.4436 

0.9647 

1.9795 

0.0751 

6 

9.9939 

0.9575 

1.1456 

1.1341 

94 

9.4441 

0.9654 

1.9790 

0.1878 

7 

9.9347 

0.9596 

1.1595 

1.1953 

95 

9.4449 

0.9659 

1.9713 

0.9769 

8 

9.9449 

0.9695 

1.1690 

1.1163 

96 

9.4449 

0.9641 

1.9705 

0.3509 

9 

49.9513 

-OiNKS 

-1.1669 

4-1.1070 

97 

49.4469 

-0.9694 

-1.9696 

-0.4139 

10 

9.9563 

0JNr76 

I.I7I9 

1.0973 

98 

9.4490 

0.9604 

1.9686 

0.4667 

11 

9.9597 

0.9693 

1.1770 

1.0879 

99 

9.4539 

0.9783 

1.9674 

0.5179 

19 

9.9696 

0.9709 

1.1896 

1.0767 

SO 

9.4585 

0.9766 

1.9661 

0.5607 

13 

9.9666 

0.9709 

1.1880 

1.0659 

31 

9.4647 

0.9755 

1.9647 

0.6009 

14 

49.9096 

-0.9695 

-1.1939 

41.0547 

Apr.       1 

49.4710 

-0.9759 

-1.9631 

-0.6369 

15    f9.9751  1 

-0.9684 

-1.1969 

4-I.04:K) 

9l  49.4770 

-0.9758 

-1.9614 

-0.6693 

6ESSEL1AX  STAK-XUMBEBa  1885. 


iX>R  WASHIXGIO^  JfKA^  MIDSIGHX. 

1 

i 

• 

I 

1 

I^CL 

li^JH 

1                 1 

1 

1 

W^ 

1 

Lc«12. 

Ji^ 

4*.n;* 

-^^71^ 

-1.901 

-  -«OR 

M^      IT 

^taoe 

-•3e5 

-13M 

-IJ2343 

* 

♦  trrv 

♦,vr> 

|J»I4 

•jMBS 

» 

9jsm\ 

4>3t5l 

•3973 

13390 

t 

♦,#«-w 

♦JC« 

iJBm  i 

•j®99 

19 

9u6C95 

UkCS  ' 

•3357 

1.9434    ' 

i 

>#r«(J 

4JC-9 

iJGT7 

Cf.TfeCl 

k      » 

9JOI2 

0LMI9 

•3ns 

13476 

%>' 

VWWt 

♦JCTfi 

IJ66C 

•.7S4» 

^Mu9v2l 

lusn; 

^^*^^^^"^^^fc 

•36M 

IJ25I7 

<SMJm»    4 

^Si.Kit 

^!Sf0t 

"IJ&U 

A 

— 4_77S5 

« 

+9j03t 

-ounot 

-•3478 

-1.9556    ! 

#  ' 

•.rj-i-!  : 

(kj^i-^n 

IJGII 

•jWO 

«S 

93113 

«3n? 

•3M9 

IJ9S94 

J 

».#>» 

•JC« 

l;S«W 

•,^!2M 

91 

913MS 

0L91IS 

•3194 

1.9631    1 

'         * 

**i^ 

•jrrrr 

IJSISO 

•jmcs 

25 

93515 

§3393 

•J9ff2 

IJ9G67 

•* 

1 

•jr7S4 

i.9ai 

•jacsi 

« 

%sam 

0U9399 

•3685 

IJ979I 

II 

-4.9739 

-I.WW 

-•iVMS 

27 

4t3il8 

-•3a9S 

.4L8»9 

<— 1JS733 

9           l« 

9^MI   { 

•.970f 

I.07I 

•J90» 

28 

93069 

0L9E3M 

•3547 

IJS7S4 

f      " 

»-5«ri  1 

•J*-7 

I.S39 

•.fl93 

29 

93997 

^    ^to^k^^b 

•JB394 

Ije793 

1 

II 

tj^m  < 

4367S 

1.2305 

03356 

99; 

93725 

03309 

•3179 

iJ«2l 

IS 

9J&9W 

•.M79 

l.«7« 

#.9518 

91 

93748 

•3MS 

•.7981 

IJ9847    ! 

IC 

49J&M9 

-^MT! 

-1.22» 

-•.96:« 

Jmmm     1 

493397 

-93311 

-•J77I 

-13879 

1 

IT 

•JfeW 

•SOii 

K2194 

03814 

93787 

0L93» 

•wS* 

13896 

'1% 

%sim 

ojsum 

i.Sl54 

Oi»SI 

93899 

93398 

•Jni4 

13919 

1^ 

>S3» 

ojsnm 

K2I12 

1.0091 

93S98 

•3281 

•.7004 

I3»«0 

» 

^ 

*^^«  . 

OiCOs 

IM^ 

I.OdOl 

afm  0 

93^4 

•3S8 

•3799 

13960 

f«u»/^l 

♦^^jr*'^!^ 

-«-9:02 

-l.»W 

-13323 

+9.6910 

-«3233 

-33616 

—13978 

*tt 

3f-'X> 

0,96^ 

M97S 

13439 

939eS 

•32n 

•32i^ 

13996 

Zi 

S>>2f7:j 

O.y/i? 

1.1927 

13552 

9.7010 

•3211 

•3879 

13011 

ti 

dj;i?^  _ 

0.9640 

l.l*?78 

13661 

9.70S5 

•32IS 

•3591 

13026 

%0 

1 

i*J&^n&  " 

0.961 1 

l.ltf^ 

13767 

10 

9.7096 

•3229 

0L5I39 

13039 

« 

J 

-i)/^>*7 

-1,1774 

-I.0^fi9 

11 

+9.7129 

-0390 

-3.4098 

-13(161 

«: 

^j;.'.-?? 

0/K>«7 

L1719 

l.0?67 

12 

9.7155 

•3259 

•.4217 

13082 

1           «^ 

\K'if<r 

0/*.%57 

1.1061 

1.1061 

13 

9.7175 

0.9272 

•3676 

13072 

»' 

O/^.VVS 

1J600 

1.1151 

14 

9.7190 

09278 

•3064 

i30e0 

3o; 

'JJi'ffi 

0/<^V) 

1.1537 

1.1237 

15 

9.7204 

03275 

•3328 

I30d7 

lUjr       1 

¥^ir*it', 

-0/OW 

-1.1472 

-I.I32I 

16 

+9.7220 

-032S3 

-•.I4S6 

-13093    ; 

1 

*J.T,77'.* 

0  '^',7*5 

1.1405 

1.1402 

17 

9.7242 

03244 

0.0359 

13098   ; 

1                3 

9,rwc 

0/^>l 

1.1336 

1.14^1 

16 

9.7270 

03221 

93890 

I3IQ2   ' 

,                < 

9,-Vr^l 

0  >v-3 

1.1266 

I.l55*i 

19 

9.7304 

03199 

9.6648 

13105 

'                5 

* 

HJ^i^ 

0  '»573 

I.I  194 

1.1633 

20 

h 
fl»j9)  21 

9.7346 

•3183 

-8.1749 

13106 

itiM)       6 

+9.rv?.v; 

-0/».V^ 

-I.III9 

-1.1705 

+9.7391 

-03174 

+9.2079 

-13106    , 

1                 7 

9>-7^ 

0/#.VJ0 

1.1041 

1.1774 

22 

9.7437 

03175 

9.8758 

13106 

8 

9.WII 

0/».Vil 

1.0961 

l.f^lO 

23 

9.7481 

03186 

93964 

13102 

9 

9.r/jr,i 

0.9172 

1.0^8 

1.1903 

24 

9.7519 

03204 

03406 

13098   j 

10 

9^yj^/j 

0.9H7 

1.0792 

1.1963 

25 

9.7^2 

03225 

9.1491 

13093 

1 

11 

+9-6051 

-0.9430 

—1.0703 

-1.2022 

26 

+9.7579 

-03245 

+03349 

-13067 

12 

&.6103 

0.9 1« 

I.OCIO 

1.2079 

27 

9.7600 

0.9260 

03079 

1.3060  : 

13 

9.6151 

0.IM23 

1.0513 

1.2135 

28 

9.7617 

03267 

03696 

1.3072    , 

14 

9.6103 

0.9430 

1.0413 

1.2190 

29 

9.7634 

0.9266 

0.4234 

1.3062   ; 

15 

9.6'^»6 

0.9111 

1.0309 

1.2243 

30 

9.7653 

03256 

0.4713 

13051    ; 

16 

49.6250 

-0.9450 

-1.0201 

-1.2294 

Joly      1 

+9,7676 

-03238 

+03142 

-1.3039 

17 

+9.6*468 

-0.9455 

-1.0090 

-1.2343 

2 

+9.7704 

-0.9220 

1  +0.6532 

-1.3026 



Xa  WM 

BE88ELIAN  STAR-NUMBERS,  1895. 


283 


FOB  WASHINGTON  MEAN  MIDNIGHT. 

» 

< 

8oUr  Vmj. 
fflld.Hoar.) 

LofX 

Lof  B. 

Loff  0. 

Lof  D, 

SoUr  Day. 
(Sid.  Hoar.) 

Loff  A. 

Log  B. 

J^  C. 

LogD. 

July      1 

•1^9.7676 

-0.9938 

40.5149 

-1.3039 

Aog.    16 

49.8704 

-0.9483 

41.1819 

-1.0795 

9 

9.7704 

0.9990 

0.6539 

1.3096 

17 

9.8730 

0.9503 

1.1864 

1.0693 

3 

9.7737 

0.9903 

0.5887 

1.3011 

18 

9.8751 

0.9598 

I.I9I4 

1.0588 

4 

9.7775 

0.9193 

0.6915 

I.Ed95 

19 

9.8767 

0.9555 

1.1963 

1.0478 

6 

9.7814 

0.9199 

0.6590 

1.9978 

90 
h 
<».•)  91 

9.8779 

0.9578 

1.9010 

1.0364 

<!•.•)    6 

49.7859 

-0.9901 

40.6803 

-1.9959 

49.8787 

-0.9696 

41.9055 

-1.0945 

7 

9.7886 

0.9918 

0.7068 

1.9939 

99 

9.8793 

0.9606 

1.9098 

1.0191 

8 

9.7916 

0.9941 

0.7316 

1.9918 

93 

9.8799 

0.9605 

1.9140 

0.9993 

9 

9.7939 

0Jm7 

0.7560 

1.9896 

94 

9.8808 

0.9697 

1.9181 

0.9861 

-       10 

9.7956 

0.9989 

0.7771 

1.9873 

95 

9.8890 

0.9585 

1.9990 

0JI794' 

11 

49.7969 

-0.9305 

40.7980 

-1.9848 

96 

49.8836 

-0.9679 

41.9957 

-0.9589 

Vi 

9.7979 

0.9313 

0.8178 

1.9899 

97 

9.6856 

0.9569 

1.9999 

0.9434 

13 

9.7990 

0.9311 

0.8367 

1.9794 

98 

9.8879 

0.9558 

1.9395 

0.99n 

H 

9.8005 

0.9309 

03546 

1.9764 

99 

9.8909 

0.9569 

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0.9958 

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1.9473 

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9.8159 

0.9964 

0.9330 

1.9597 

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9.8971 

0.9G60 

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9.8947 

0.9398 

0.9797 

1.9479 

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9.8976 

0.9670 

1.9567 

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9.8968 

0.9356 

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9.8989 

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9.8999 

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9.9091 

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1.9678 

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9.9109 

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0.9360 

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9.9133 

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0.3958 

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9.8467 

0.0370 

1.0863 

1.1919 

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9.9139 

0.9696 

1.9715 

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9.8495 

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9.9149 

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9.8548 

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1.9731 

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9.8557 

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9.6586 

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9.9945 

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FOB  WASHINGTON  MBAN  MIDNIGHT. 


(Sid.  Hour.) 


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0 
I 

9 
3 
4 

5 

6 
7 
6 
9 

0 
I 

2 
3 
4 

fi 
6 

7 
8 

9 

h 

(S^)   90 

91 
29 
93 
94 

95 
96 
97 

98 
99 

30 
31 
I 

9 
3 


Feb. 


li 


4 

5 
6 

7 
8 

9 
10 
II 
19 
13 

14 
15 


y 

0.0017 
0.0044 
0.0079 
0.0099 
0.0197 

0.0154 
0.0181 
0.0^*209 
0.09.16 
0.0964 

0.0991 
0.0318 
0.0346 
0.0373 
0.0400 

0.0497 
0.0454 
0.0489 
0.0509 
0.0537 

0.0564 
0.0591 
0.0619 
0.0646 
0.0674 

0.0701 
0.0798 
0.0755 
0.0783 
0.0810 

0.0638 
0.0865 
0.0893 
0.0990 
0.0948 

0.0975 
0.1009 
0.1030 
0.1057 
0.1085 

0.III9 
0.1139 
0.1166 
0.1194 
0.1991 

0.1948 
0.1975 


Td  Aro. 


it 

♦  1.71 
1.81 
1.89 
1.99 
9.11 

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9.47 
9.71 
9.97 
3.95 

•1-3.50 
3.74 
3.93 
4.08 
4.91 

♦4.31 
4.41 
4.51 
4.63 
4.80 

♦4.99 
5.91 
5.44 

6.67 
5.88 

♦6.06 
6.90 
6.30 
6.37 
6.49 

♦6.49 
6.56 
6.67 
6.83 
7.09 

♦7.94 
7.47 
7.70 
7.91 
8.09 

♦8.99 
8.39 
8.38 
8.43 
8.49 

♦8.57 


IbTIom 


■ 
♦0.114 

0.191 

0.196 

0.133 

0.141 

♦0.151 
0.165 
0.181 
0.198 
0.917 

♦0.93:1 
0.949 
0.969 
0.979 
0.981 

♦  0.987 
0.994 
0.301 
0.309 
0.390 

♦0.333 
0.347 
0.363 
0.378 
0.399 

♦0.404 
0.413 
0.490 
0.495 
0.498 

♦0.433 
0.437 
0.445 
0.455 
0.468 

♦0.483 
0.498 
0.513 
0.597 
0.539 

♦0.548 
0.555 
0.559 
0.569 
0.566 

♦0.571 


In  Are. 


o  # 

974  55 

975  10 
975  95 

975  41 

976  3 

976  39 

977  8 

977  60 

978  36 

979  19 

980  9 

980  38 

981  6 
981  99 
981  45 

98169 
989  13 
989  30 
989  69 
983  90 

983  53 

984  99 

985  6 

985  40 

986  8 

966  30 
986  46 

986  56 

987  1 
987  7 

987  16 

987  98 

987  47 


la  Time. 


h  m 
18  19.7 

18  90.7 

18  91.7 

18  99.7 

18  94.9 

18  96.1 
18  98.6 
18  31.3 
18  34.3 
18  37.3 

18  40.1 
18  49.5 
18  44.4 
18  45.9 
18  47.0 

18  47.9 
18  48.9 
18  50.0 
18  61.6 
18  53.3 

18  55.6 

18  57.9 

19  0.4 
19  9.7 
19  4.5 


19 
19 
19 
19 
19 


6.0 
7.1 
7.7 
8.1 
8.6 


19  9.0 
19  9.9 
19  11.1 


ImAie. 


♦8.68  I  +0.579 


988  19 

19  19.8 

988  49 

19  14.8 

989  16 

19  17.0 

989  48 

19  19.9 

990  17 

19  91.1 

990  41 

19  99.7 

990  59 

19  93.9 

991  11 

19  94.7 

991  18 

19  95.9 

99199 

19  95.5 

99198 

19  95.9 

99136 

19  96.4 

991  49 

19  97.3 

999  7 

I9  9H.5 

o   « 

350  14 
349  18 

348  99 
347  96 
346  30 

346  34 
344.37 
343  40 

349  43 
341  46 

340  49 
339  59 

338  54 
337  56 
336  68 

336  0 

335  9 

334  4 

333  6 

339  8 

331  10 
330  19 
399  13 

398  14 
397  15 

396  16 
395  16 
:i94  17 
393  17 

399  18 

391  18 
390  18 
319  18 

318  17 
317  17 

316  17 
315  16 
314  15 
31314 

319  13 

311  II 
310  9 
309  7 
308  6 
307    3 

306  I 
304  59 


InTloM. 


T    m 
93  90.9 

93  17.9 

93  13.5 

93    9.7 

93    6.0 

93  9.3 
99  58.5 
99  54.7 
99  50.9 
99  47.1 

99  43.3 
99  39.5 
99  35.6 
99  31.7 
99  97.9 

99  94.0 
99  90.1 
99  16.9 
99  19.4 
99   8.5 

99  4.7 
99  0.8 
91  56.9 
91  59.9 
91  49.0 

91  45.1 
91  41.1 
91  37.1 
91  33.1 
91  99.9 

91  95.9 
91  91.9 
91  17.9 
91  13.1 
91    9.1 

91  6.1 
91    I.I 

90  57.0 
90  59.9 
90  48.9 

90  44.7 
90  40.6 
90  36.5 
90  .T<2.3 
90  98.9 

90  94.1 
90  19.9 


Log  ^. 


♦0.9389 
0.9404 
0.9409 
0.9407 
0.9398 

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0.9378 
0.9375 
0.9381 
0.9397 

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0.9453 
0.9487 
0.9619 
0.9543 

♦0.9561 
0.9569 
0.9570 
0.9566 
0.9564 

♦0.9564 
0.9571 
0.9586 
0.9610 
0.9649 

♦0.9676 
0.9711 
0.9740 
0.9769 
0.9777 

♦0.9784 
0.9784 
0.978:1 
0.9783 
0.9789 

♦0.9801 
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0.9853 
0.98H8 
0.9993 

♦0.9957 
0.9983 
1.0009 
1.0014 
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♦  I.OOIH 

♦  1.0016 


Lof4. 


♦1.3094 
1.3009 
1.3089 
1.3086 
1.3083 

♦1.3080 
I..3077 
1.3074 
1.3070 
1.3066 

♦  1.3069 
1.3058 
1.3054 
1.3049 
1.3044 

♦1.3039 
1.3034 
1.3099 
1.3094 
1.3019 

♦1.3013 
1.3007 
1.3001 
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1.9989 

♦  1.9983 
1.9977 
1.9971 
1.9966 
1.9968 

♦1.9969 
1.9946 
1.9939 
1.9939 
1.9996 

♦  1.9919 
1.9919 
1.9906 
1.9899 
1.9893 

♦  l.9flH6 
1.9879 
1.9873 
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♦I.9XS3 

♦  I.9H47 


t0 

-1.50 
1.64 
1.78 
1.99 
9.06 

-9.90 
9.34 
9.48 
9.69 
9.76 

-9.88 
3.09 
3.16 
3.99 
3.49 

-3.65 
3.68 
3.81 
3.94 
4.07 

-4.19 
4.31 
4.43 
4.56 
4.67 

-4.79 
4.91 
6.03 
6.14 
6.95 

—6.36 
6.47 
6.58 
6.68 

6.78 

-5.88 
6.98 
6.08 
6.17 
6.96 

-«.35 
6.44 

6.53 
6.61 
6.69 


I«ffl. 


-0.1746 
0.9141 
0.9509 
0.9833 
0.3139 

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0.3690 
0.3940 
0.4175 
0.4397 

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0.4804 
0.4993 
0.5179 
0.5349 

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0.5669 
0.5819 
0.5955 
0.6091 

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0.6345 
0.6466 
0.658:1 
0.6696 

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0.0909 
0.7010 
0.7107 
0.7900 

-0.7989 
0.7375 
0.7458 
0.7538 
0.7616 

-0.7691 
0.776:1 
0.783ti 
0.7899 
0.7964 

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0.H145 
0.8901 
0.8955 

77  -0.8307 

6.85  -o.h:^.'^: 


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-0.2888. 

7 

0.4342 

22.90 

1.627 

320   2 

2120.1 

191  60 

12  47.3 

1.1139 

1.3090 

1.81 

0.2583 

8 

0.4370 

23.15 

1.643 

320  23 

21  21.6 

190  67 

12  43.8 

1.1166 

1.3092 

1.68 

0.22581 

9 

0.4.397 

2:1.40 

1.560 

320  39 

21  22.6 

190    4 

12  40.3 

1.1194 

1.3094 

1.54 

0.1893 

10 

0.4424 

23.61 

1.674 

320  51 

2123.4 

189  II 

12  36.7 

1.1222 

1.3096 

1.41 

0.1.500 

11 

0.4452 

4-23.80 

+1.587 

320  67 

2123.8 

188  29 

12  33.3 

+1.1849 

+1.3098 

-1.27 

-0.1069 

12 

0.4479 

23.94 

1.596 

321     1 

21  24.1 

167  26 

12  29.7 

1.1271 

1.3100 

1.14 

0.0586 

13 

0.4507 

24.05 

1.603 

321    3 

21  24.2 

186  34 

12  26.3 

1.1289 

1.3101 

1.00 

0.0051 

H 

0.4534 

24.13 

1.609 

321    7 

21  24.5 

18541 

12  22.7 

1.1301 

1.3102 

0.87 

9.9427 

15 

0.4561 

24.21 

1.614 

321  13 

2124.9 

184  46 

12  19.2 

1.1308 

1.3103 

0.74 

9.8705 

16 

0.4.589 

+24.30 

+  1.620 

321  24 

2125.6 

163  56 

12  16.7 

+1.1313 

+1.3104 

-0.60 

-9.788e 

17 

0.4616 

24.42 

1.628 

321  40 

21  26.7 

183    3 

12  12.2 

I.I3I9 

1.3105 

0.47 

9.6736 

18 

0.4644 

24.58 

1.639 

322   0 

2128.0 

182  11 

12   6.7 

1.1327 

1.3105 

0.33 

9.6367 1 

19 

0.4671 

24.77 

1.651 

32221 

2129.4 

181  18 

12   6.2 

1.1340 

1.3106 

0.20 

9.3087 

• 

20 

0.4698 

25.01 

1.667 

322  43 

21  30.9 

180  26 

12    1.7 

1.1361 

1.3106 

-0.07 

-a8148 

(Id.*)  21 

0.4726 

+25.27 

+1.685 

323   4 

2132.3 

179  32 

11  58.1 

••-1.138(1 

+1.3106 

+0.07 

+8.8463 

22 

0.4753 

25.55 

1.703 

32321 

21  33.4 

178  40 

1 1  64.7 

1.1416 

1.3106 

0.20 

9.3135 

23 

0.4780 

25.80 

1.720 

323  33 

21  34.2 

177  47 

II  61.1 

1.1448 

1.3105 

0.34 

9.6.'13I 

24 

0.4808 

26.03 

1.735 

32341 

21  34.7 

176  55 

1 1  47.7 

1.1479 

1.3105 

0.47 

9.6778 

25 

0.4835 

26.23 

1.749 

323  46 

21  36.1 

176   2 

II  44.1 

1.1608 

1.3104 

0.61 

9.7663; 

26 

0.4863 

+26.39 

+1.769 

323  48 

21  3.5.2 

175   9 

1 1  40.6 

+1.1532 

+1.3103 

+0.74 

+9.8727 

27 

0.4890 

26.53 

1.769 

323  50 

21  36.3 

174  17 

11  37.1 

1.1551 

1.3101 

0.88 

9.9458 

28 

0.4918 

26.63 

1.775 

323  54 

21  35.6 

173  25 

1 1  33.7 

1.1565 

1.3099 

1.01 

0.0068 

21) 

0.4945 

26.73 

1.782 

324    1 

21  36.1 

172  32 

11  30.1 

1.1575 

1.3096 

1.16 

0.060. 

30 

0.4972 

26.84 

1.789 

324  12 

21  36.8 

171  39 

1126.6 

1.1584 

1.3096 

1.28 

0.1083 

Joly 

1 

0..5000 

+28.99'  +1.799 

324  27 

21  37.8 

170  47 

1123.1 

+1.1594 

+1.3094 

+1.42 

+0.1518 



2 

0.5027 

+27.16    +1.811 

324  46 

21  39.1  1  169  54 

11  19.6 

+1.1606 

+  1.3092 

+1.66 

+0.1903 

INDEPENDENT  STAR-NUMBERS,  1895. 


289 


FOR  WASHINGTON  MEAN  MIDNIGHT. 

•  Solar  Jymj. 

T 

/ 

H 

W^. 

W*. 

4 

Uk{. 

laAre. 

In  Time. 

InAro. 

In  Time. 

In  Arc. 

In  Time. 

Jolj         1 

y 

0.5000 

•f  96.99 

+  1.799 

O        / 

394  97 

h    m 
91  37.8 

O          0 

170  47 

h    n 
II  93.1 

+1.1604 

+1.9094 

+  1.49 

+0.1519 

9 

0.5097 

97.16 

1.81 1 

394  46 

9139.1 

169  54 

II  19.6 

1.1606 

1.3099 

1.55 

0.1903 

3 

0.5055 

97.37 

1.895 

395   3 

91  40.9 

169   9 

II  16.1 

1.1693 

I.901H) 

1.69 

0.9960 

4 

0.5089 

97.69 

1.841 

39591 

9141.4 

168   9 

11  19.6 

1.1645 

1.8087 

1.89 

0.9588 

5 

0.5109 

97.86 

1.858 

395  36 

91  49.4 

167  16 

11    0.1 

I.I67I 

1.9085 

1.06 

0.9899 

(l«^)    6 

0.5137 

•1^98.11 

+1.874 

395  46 

91  43.1 

166  93 

II    6.5 

+1.1700 

+  1.9089 

+9.68 

+0.3177 

7 

0.5164 

98.39 

1.888 

395  53 

91  43.5 

165  30 

II    9.0 

1.1730 

1.9079 

9.91 

0.3443 

8 

0.5199 

98.59 

1.901 

395  55    91  43.7 1 

164  37 

10  58.5 

1.1756 

I..1076 

9.94 

0.3691 

9 

0.5919 

98.67 

1.911 

395  54 

91  43.6 

163  44 

10  54.9 

1.1780 

1.9079 

9.47 

0.3995 

10 

0.5946 

98.78 

1.919 

395  59 

91  43.5 

169  50 

10  51.3 

1.1799 

1.9069 

9J0 

0.4146 

II 

0.5974 

+98.87 

+1.995 

395  51 

91  43.4 

161  57 

10  47.8 

+I.I8I3 

+1.9065 

+9.T3 

+0.4354 

19 

0.5.301 

98.94 

1.999 

395  59 

91  43.5 

161    4 

10  44.3 

1.1899 

1.9061 

9.86 

0.4553 

13    0.5399 

99.01 

1.934 

395  57 

91  43.8 

160  10 

10  40.7 

1.1899 

1.9057 

9.90 

0.474 1 

U 

0.5356 

99.19 

1.941 

396    5 

91  44.3 

159  16 

10  37.1 

1.1837 

1.9058 

3.11 

0.4991 

15 

0.5383 

99.94 

1.949 

.S96  17 

91  45.1 

158  99 

10  3.3.5 

1.1846 

1.9049 

194 

0.5094 

16 

0.5411 

4-99.49 

+  1.961 

396  39 

91  46.1 

157  98 

10  99.9 

+1.1859 

+1.9045 

+9.96 

+0.5950 

17    0.5438 1 

99.63 

1.975 

396  48 

91  47.9 

156  34 

10  96.3 

1.1878 

1.3040 

9.48 

0.5416 

18 

0.54C6 

90.86 

1.991 

397   9 

91  48.1 

155  40 

10  99.7 

1.1900 

1.3035 

9.60 

0.5565 

19;  0.5493 1 

30.19 

9.008 

397  13 

91  48.9 

154  46 

10  19.1 

1.1998 

1.9031 

9.79 

0.5705 

90 

0.5590 

30.37 

9.095 

397  90 

91  49.3 

153  59 

10  15.5 

1.1958 

1.3096 

9.84 

0.5841  i 

i^m^)  91 

0.5547 

+30.59 

+9.039 

397  94 

91  49.6 

159  57 

10  11.8 

+1.1987 

+1.9091 

+9.96 

+0.6079  1 

99 

0.5575 

30.78 

9.059 

397  94 

91  49.6 

159   9 

10   8.1 

1.9014 

1.9016 

4.08 

0.6101 

93 

0.5609 

30.93 

9.069 

397  99 

91  49.5 

151    7 

10   4.5 

1.9036 

1.9010 

4.90 

0.6995 

94 

0.5699 

31.05 

9.070 

397  19 

91  49.3 

150  19 

10   0.8 

1.9054 

1.9005 

4.91 

0.6345 

95 

0.5656 

31.14 

9.076 

397  18 

91  49.9 

149  17 

9  57.1 

1.9068 

1.9000 

4.43 

0.6461 

96 

0.5684 

+31.99 

+9.081 

397  90 

91  49.3 

148  91 

9  53.4 

+  1.9078 

+1.9994 

+4.54 

+0.6579 

97 

0.5711 

31.30 

9.087 

397  95 

91  49.7 

147  96 

9  49.7 

1.9006 

1.9988 

4.65 

0.6678 

98 !  0.5739 

31.49 

9.095 

397  33 

9150.9 

146  31 

9  46.1 

1.9004 

1.9989 

4.76 

0.6780 

99    0.5766 

31.56 

9.104 

397  45 

91  51.1 

145  35 

9  49.3 

1.9105 

1.9976 

4Jf7 

0.6877 

30 

0.5793 

31.74 

9.116 

397  67 

9154.8 

144  39 

9  38.6 

1.91 19 

1.9971 

4J8 

0.6971 

31 

0.6891 

+31.94 

+9.199 

398  10 

91  59.7 

148  49 

9  34.9 

+1.9137 

+1.9965 

+4.00 

+0.7069 

Aug.       1 

0.5846 

39.16, 

9.144 

■ 

398  90' 

9153.3 

149  47 

931.1 

1.9159 

1. 91)59 

6.90 

0.7151 

9   0.5876 

39.38 

9.159 

398  97 

9153.8 

141  51 

9  97.4 

1.9184 

1.9953 

5.90 

0.7938 

3 

^0.5903 

39.59 

9.173 

398  30 

91  54.0 

140  54 

9  93.6 

1.9909 

1.9947 

5.40 

0.7393 

4 

0.5930 

39,76 

9.184 

398  30 

9154.0 

139  57 

9  19.8 

1.993:1 

1.9941 

5.50 

0.7405 

mm  5 

0.5958 

+39.91 

+9.194 

398  96 

91  53.7 

139   0 

9  16.0 

+1.9953 

+  1.9935 

+6.60 

+0.7464 

6 

0.5985 

39.99 

9.199 

398  91 

91  53.4 

138    9 

9  19.9 

1.9969 

1.9999 

5.70 

0.7559 

7 

0.6019 

33.06 

9.905 

398  17 

9153.1 

137    6 

9   8.4 

1.9981 

1.9993 

5.80 

0.7631 

8 

0.6040 

33.10 

9.907 

398  14 

91  59.9 

136   8 

9   4.5 

1.9«» 

1.9916 

5.89 

0.7700  t 

9 

0.6067 

33.13 

9.909 

398  14 

91  59.9 

135  10 

9   0.7 

1.9994 

1.9910 

5.98 

0.7767  . 

10 

0.6095 

+33.90 

+9.913 

398  18 

9153.9 

134  19 

8  56.8 

+1.9999 

+  1.9003 

+6.07 

+0.7839 

II 

0.6199 

33.99 

9.919 

398  96 

91  53.7 

133  14 

8  59.9 

1.9304 

1.9897 

6.16 

0.7H9C 

19 

0.6150 

3.3.40 

9.997 

398  36  ,  91  54.4 

139  16 

8  49.1 

1.9319 

l.**90 

6.95 

0.7958 

13 

0.6177 

33.57 

9.938 

398  47 

91  55.1 

131  17 

8  45.1 

1.9995 

1.9884 

6.94 

0.8019 

14 

0.6904 

33.77 

9.951 

398  57 

91  55.8 

130  18 

8  41.9 

1.9943 

1.9878 

6.49 

0.8077 

15 

0.6939 

+33.98 '  +9.965 

399    6 

91  56.4  1  199  10 

8  37.3 

+1.9964 

+1.9879 
+  1.9866 

+6.60 

+0.8133 

16 

0.6900 1-KI4.90    4-9.9^0 

399  11    91  56.71  198  91 

8  33.4 

+  1.9387 

44.58 

+0.8l8r  , 

-                ■     ~—       —    •   -  _  — .                    _.          _       —  _ 

- 

19 


290 


INDEPENDENT  STAR-NUMBERS,  1895. 


FOB  WASHINGTON 

MRA 

S  IMIT 

)niqh: 

c. 

/ 

a 

• 

1 

,  SoUrDay. 

r 

^ 

I^f. 

Lock 

i-i.  ; 

laAro. 

Inllme. 

laAre. 

InTfine. 

laAre. 

laTiBM. 

t 

1 

y 

«      I       •       1 

0     / 

h    m 

0    / 

h    m 

0f 

Aog.      16 

0.6960 

434.90 

+9.980 

399  II 

91  56.7 

198  91 

8  33.4 

+1.9387 

+1.9866 

+6.58 

+0^187 

17 

0.6987 

34.41 

9.994 

399  13 

91  56.9 

197  99 

8  99.5 

1.9419 

1.9859 

6.61; 

OJMS 

18 

0.6314 

34.57 

9.305 

39911 

91  56.7 

196  93 

8  95.5 

1.9434 

1.9^3 

6.74 

0.8*^ 

10 

0.6341 

34.69 

9.313 

399   8 

91  56.5 

195  93 

8  91.5 

1.9453 

1.9847 

6.09 

0.8337 

90 

0.6369 

34.79 

9.319 

399    4 

9156.3 

194  93 

8  17.5 

1.9467 

1.9849 

6.89 

0.8%53 

(99^)21 

0.6396 

•••34.85 

+9.393 

399   0 

91  56.0 

193  93 

8  13.5 

+1.9478 

+1.9836 

+6.96 

-M>.84« 

22 

0.6494 

34.90 

9.397 

398  59 

91  55.9 

199  93 

8   9.5 

1.9485 

1.9830 

7.03 

0JM79 

93 

0.6451 

34.95 

9.330 

399    1 

9156.1 

19193 

8   5.5 

1.9489 

1.9895 

7.10 

0.^15 

94 

0.6478 

35.03 

9.335 

399   7 

91  56.5 

190  99 

8    1.5 

1.9494 

1.9819 

7.17 

0.8556 

% 

0.6506 

35.19 

9.341 

399  16 

91  57.1 

119  99 

7  57.4 

1.9500 

1.9814 

7.23 

0.^95 

96 

0.6533 

••-35.96 

+9.351 

399  96 

91  57.7 

118  91 

7  5.3.4 

+1.9508 

+1.9809 

+7.29 

+0.fl639 

97 

0.6561 

35.49 

9.361 

399  36 

91  58.4 

117  90 

7  49.3 

1.9520 

l.9»>4 

7.35 

0.8667 

98 

0.6588 

35.60 

9.373 

399  45 

91  59.0 

116  19 

7  45.3 

1.9537 

1.9799 

7.41 

0.8701  ' 

99 

0.6615 

35.79 

9.386 

399  59 

91  59.5 

115  18 

741.9 

1.9555 

1.9794 

7.47 

0.8734  , 

30 

0.6643 

.35.97 

9.398 

399  55 

91  59.7 

114  17 

7  37.1 

1.9574 

1.9789 

7.59 

0.87G6 

31 

0.6670 

-K')6.13 

+9.409 

399  55 

91  59.7 

113  16 

7  33.0 

+1.9594 

+1.9784 

+7.57 

+4).8795  f 

Sept       1 

0.6698 

36.94 

9.416 

399  51 

9159.4 

119  14 

7  98.9 

1.9610 

1.9780 

7.69 

0.8899 

9 

0.6795 

36.33 

9.499 

399  47 

91  59.1 

111  19 

7  94.8 

1.9699 

1.9776 

7.67 

0.m48  ' 

3 

0.6759 

36.37 

9.495 

399  49 

9158.8 

no  10 

7  90.7 

1.9631 

1.9779 

7.71 

08873 

4 
b 

0.6780 

36.38 

9.495 

399  38 

9158.5 

109   8 

7  16.5 

1.9636 

1.9768 

7.75 

0.8897 

0.6807 

436.39 

+9.496 

399  38 

9158.5 

108   6 

7  19.4 

+1.9637 

+1.9764 

+7.79 

+O.8990  J 

6 

0.6835 

96.41 

9.497 

399  40 

91  58.7 

107    3 

7   8.9 

1.9637 

1.9760 

7.83 

0.8941  ; 

7 

0.6869 

36.46 

9.431 

399  46 

91  59.1 

106   0 

7   4.0 

1.9639 

1.9757 

7.87 

0.8961  ' 

8 

0.6889 

36.54      9.436 

399  55 

91  59.7 

104  57 

6  59.8 

1.9649 

1.9754 

7.90 

0.89«9D 

9 

0.6916 

36.66 

9.444 

330   6 

99   0.4 

103  54 

6  55.6 

1.9648 

1.9751 

7.93 

0.8996 

10 

0.6944 

•^36.83 

+9.455 

330  16 

99    I.I 

109  51 

6  51.4 

+1.9661 

+1.9748 

+7.96 

•^0.9014  i 

11 

0.6971 

37.01 

9.467 

330  95 

99    1.7 

101  47 

6  47.1 

1.9677 

1.9745 

7.99 

0.9099 

19 

0.6998 

37.91 

9.481 

330  39 

99   9.1 

100  43 

6  49.9 

1.9695 

1.9743 

8.09 

0.9043 

13 

0.7095 

37.38 

9.499 

330  34 

99    9.3 

99  40 

6  38.7 

1.9713 

1.9741 

8.04 

0.9056 

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0.7953 

37.54 

9.503 

330  35 

99   9.3 

98  36 

6  34.4 

1.9731 

1.9739 

8.06 

0.9067 

15 

0.7080 

+37.66 

+9.51  i 

330  39 

99   9.1 

97  33 

6  30.9 

+1.9747 

+1.9737 

-•^.08 

+0.9077 

16 

0.7108 

37.75 

9.517 

330  30 

99    9.0 

96  99 

6  95.9 

1.9758 

1.9735 

8.10 

0.9065 

17 

0.7135 

37.80 

9.590 

330  97 

99    1.8 

95  95 

6  91.7 

1.9766 

1.9734 

8.11 

0.9091 

18 

0.7169 

37.89 

9.591 

330  97 

29    1.8 

94  91 

6  17.4 

1.9769 

1.9733 

8.19 

0.9096 

19 
li 

0.7190 

37.86 

9.594 

330  99 

99    1.9 

93  17 

6  13.1 

1.9779 

1.9733 

8.19 

0.9100 

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0.7917 

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+9.597 

330  35 

99   9.3 

99  13 

6    8.9 

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91 

0.7945 

37.96 

9.531 

330  43 

99   9.9 

91    9 

6   4.6 

1.9774 

1.9731 

8.13 

0.9105 

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38.08 

9.539 

330  54 

99   3.6 

90    5 

6    0.3 

1.9779 

1.9731 

8.14 

0.9106 

93    0.7999 

38.91 

9.547 

331    5 

99    4.3 

89    1 

5  56.1 

1.9786 

I.9r3l 

6.13 

0.9105  } 

94 

0.7397 

38.38 

9.559 

331  17 

99   5.1 

87  57 

5  51.8 

1.9797 

1.9739 

&I3 

0.9103 

95 

0.7354 

+38.56 

+9.571 

331  95 

99    5.7 

86  53 

5  47.5 

+1.9819 

+1.9739 

+8.19 

+0.9100 

96 

0.7389 

38.74 

9.683 

331  31     99   6.1 

85  49 

5  43.3 

1.9897 

1.9733 

8.19 

0.9096; 

97 

0.7409 

38.89 

9.593 

331  34  :  99   6.3 

84  45 

5  39.0 

1.9844 

1.9733 

8.11 

0.9091 

98    0.7436 

39.01 

9.601 

331  33    99   6.9 

8341 

5  34.7 

1.9857 

1.9735 

8.10 

0.9084. 

99 

0.7464 

39.09 

9.606 

331  31 

99   6.1 

89  37 

5  30.5 

1.9867 

1.9737 

8.08 

0.9076 

30 

0.7491 

+39.13 

+9.609 

331  98 

99   5.9 

81  33 

5  96.2 

+1.9874 

+1.9739 

+8.06 

+O.9067 

Oct.         1  ^  0.7519 
1 1 

+39.15!  +9.610 

331  97 

99    5.8 

80  28 

5  21.9 

+1.9877 

+1.9741 

+8.04 

1 

+O.9066 

INDEPENDENT  STAR-NUMBERS,  1895. 


291 


FOB  WASHINGTON  MEAN  MIDinGHT. 

Solar  D»7. 

(8M.Hoiir.) 

r 

/ 

a 

H 

^^g. 

LoffA. 

1 

I->f*. 

InAro. 

In  Time. 

In  Arc.  1  In  Time. 

In  Are. 

In  Time. 

Oct.         1 

J 
0.7519 

•f39!l5 

+9.610 

33197 

h    m 
99    5.8 

o     # 
80  98 

h    m 
591.9 

+1.9877 

+1.9741 

+8?04 

+0.9056 

9 

0.7546 

39.16 

9.611 

33198 

99   6.9 

79  94 

5  17.6 

1.9878 

1.9743 

8.09 

0.9044 

3 

0.7573 

39.17 

9.611 

33139 

99   6.1 

78  90 

5  13.3 

1.9876 

1.9746 

7.99 

0.9031 

fc        4 

0.7601 

39.90 

.   9.613 

331  38 

99   6.5 

77  16 

5   9.1 

1.9874 

1.9749 

7.96 

0.9015 

<!.•>     5 

0.7698 

39.96 

9.617 

33149 

99   7.3 

76  19 

5   4.8 

1.9874 

1.9769 

7.93 

0.8998 

6 

0.7656 

4^39.39 

•l>9.696 

339    1 

99   8.1 

75   8 

5   0.5 

•I-I.9879 

+1.9756 

+7.90 

+0.8080 

7 

0.7683 

39.54 

9.637 

339  13 

99   8.9 

74    4 

4  56.3 

1.9888 

1.9766 

7.87 

0.8961 

8 

0.7710 

39.79 

9.648 

339  95 

99   9.7 

73    0 

4  59.0 

1.9900 

1.9769 

7.83 

0.8941 

9 

0.7738 

39.01 

9.661 

339  34 

99  10.3 

71  56 

4  47.7 

1.9915 

1.9766 

7.79 

0.8919 

10 

0.7765 

40  J 1 

9.674 

339  40 

99  10.7 

70  59 

4  43.5 

1.9939 

1.9770 

7.75 

0.8606 

11 

0.7793 

+40.97 

•I-9.685 

339  43 

99  10.9 

69  48 

4  39.9 

+1.9948 

+1.9774 

+7.71 

+0.8871 

19 

0.7890 

40.41 

9.694 

339  44 

99  10.9 

68  45 

4  35.0 

1.9969 

1.9778 

7.66 

0.8845 

13 

0.7847 

40.59 

9.701 

339  44 

99  10.9 

6741 

4  30.7 

1.9974 

1.9783 

7.61 

0.8618 

U 

0.7875 

40.59 

9.706 

339  44 

99t0.9 

66  38 

4  96.5 

1.9981 

1.9788 

7.56 

0.8789 

15 

0.7909 

40.63 

9.709 

339  46 

9911.1 

65.35 

4  99.3 

1.9985 

1.9793 

7.51 

0.8759 

16 

0.7930 

•M0.68 

+9.719 

339  50 

99  11.3 

64  39 

4  18.1 

+1.9988 

+-I.9798 

+7.46 

+0.8797 

17 

0.7957 

40.73 

9.715 

339  58 

99  11.9 

63  99 

4  13.9 

1.9988 

1.9803 

7.40 

0.8694 

Id 

0.7984 

40.81 

9.791 

333    8 

99  19.5 

69  96 

4    9.7 

1.9989 

1.9808 

7.34 

0.8650 

19 

0.8019 

40.91 

9.797 

333  91 

99  13.4 

6193 

4    5.5 

1.9993 

1.9813 

7.98 

0.8699 

90 

• 

0.8039 

41.06 

9.737 

333  34 

99  14.3 

60  91 

4    1.4 

1.9999 

1.9818 

7.99 

0.8583 

C^^)   91 

0.8067 

•MI.94 

+9.749 

333  48 

99  15.9 

59  18 

3  57.9 

+1.3010 

+1.9893 

+7.15 

+0.8549 

99 

0.8094 

41.44 

9.763 

333  59 

99  15.9 

58  16 

3  53.1 

1.3094 

1.9899 

7.06 

0.8500 

93 

0.8191 

41.64 

9.776 

334    8 

99  16.5 

57  14 

3  48.9 

1.3040 

1.9835 

7.01 

0.8456 

94 

0.8148 

41.89 

9.788 

334  14 

99  16.9 

56  19 

3  44.8 

1.3055 

1.9841 

6.94 

0.8410 

95 

0.8176 

41.98 

9.799 

334  16 

99  17.1 

55  10 

3  40.7 

1.3070 

1.9847 

6.86 

0.8363 

96 

0.8903 

•M9.I0 

+9.807 

334  17 

99  17.1 

54    8 

3  36.5 

+1.3089 

+-1.9853 

+6.78 

+0.8314 

97 

0.8930 

49.18 

9.819 

334  17 

99  17.1 

53   6 

3  39.4 

1.3090 

1.9860 

6.70 

0.8963 

98 

0.8957 

49.99 

9.815 

334  18 

99  17.9 

59   5 

3  98.3 

1.3094 

1.9866 

6.69 

0.8910 

99 

0.8985 

49.96 

9.817 

334  90 

99  17.3 

51    3 

3  94.9 

1.3096 

1.9879 

6.54 

0.8156 

30 

0.8319 

49.30 

9.890 

334  96 

99  17.7 

50   9 

3  90.1 

1.3096 

1.9879 

6.45 

0.8098 

31 

0.8340 

•M9.36 

+9.894 

334  35 

99  18.3 

49    1 

3  16.1 

+1.3096 

+L9885 

+6.36 

+0.8039 

Nov.        1 

0.8367 

49.43 

9.899 

334  46 

99  19.1 

48   0 

3  19.0 

1.3098 

1.9899 

6.97 

0.7977 

9 

0.8394 

49.56 

9.837 

335   0 

99  90.0 

46  59 

3   7.9 

1.3103 

1.9898 

6.18 

0.7913 

3 

0.8499 

49.73 

9.849 

335  14 

99  90.9 

45  59 

3    3.9 

1.3119 

1.9905 

6.09 

0.7847 

4 

• 

0.8449 

49.93 

9.869 

335  97 

99  91.8 

44  58 

9  59.9 

1.3196 

1.9911 

6.00 

0.7778 

(S^)     5 

0.8477 

+43.16 

+9.877 

335  39 

99  99.6 

43  58 

9  55.9 

+1.3149 

+1.9917 

+5.90 

+0.7707 

6 

0.8504 

43.38 

9.899 

335  47 

99  93.1 

49  58 

9  51.9 

1.3159 

1.9994 

5.80 

0.7634 

7 

0.8531 

43.60 

9.907 

335  53 

99  93.5 

4158 

9  47.9 

1.3178 

1.9!)30 

5.70 

0.7558 

8 

0.8559 

43.78 

9.919 

335  56 

99  93.7 

40  58 

9  43.9 

1.3194 

1.9937 

5.60 

0.7479  ' 

9 

0.8586 

43.93 

9.999 

335  67 

99  93.8 

39  58 

9  39.9 

1.3908 

1.9944 

5.49 

0.7397  1 

10 

0.8614 

•M4.05 

+9.937 

335  59 

99  93.9 

38  59 

9  35.9 

+1.3918 

+1.9960 

+6.38 

+0.7311  , 

II 

0.8641 

44.14 

9.943 

336    1 

99  94.1 

37  59 

9  31.9 

1.3996 

1.9957 

6.97 

0.7999 

19 

0.8668 

44.99 

9.948 

336    6 

99  94.4 

37    0 

9  98.0 

1.3931 

1.9963 

5.16 

0.7130 

13 

0.8696 

44.30 

9.953 

336  14 

9994.9 

36    1 

9  94.1 

1.3935 

1.9970 

5.05 

0.7035 

14 

0.8793 

44.40 

9.960 

336  95 

99  95.6 

35   9 

9  90.1 

1.3939 

1.9976 

4.94 

0.6937 

15 

0.8751 

•M4.54 

+9.969 

336  37 

99  96.5 

34    3 

9  16.9 

+1.3945 

+1.9989 

+4.83 

+0.6836 

16 

0.8778 

+44.71     +9.081 

336  51 

99  97.4 

33    5 

9  19.3 

+  1.3955 

+1.9988 

+4.71 

+0.6731 

292 


INDEPENDENT  STAR-NUMBERS,  1895. 


FOB  WASHINGTON  MEAN  MIDNIGHT. 

1 

Solar  D«y. 
(SM.Hoar.) 

T 

/ 

Q 

H 

I^f. 

Lot  A. 

i 

L«ci    1 

Ib  Are. 

InTtine. 

In  Ate. 

laTline. 

In  Are. 

InTfme. 

Nor. 

16 

0.8778 

+44^7 1 

• 
+9.981 

O         i 

336  51 

99  97.4 

O       t 

33    5 

b    m 
9  19.3 

+1.3955 

+1.9988 

+4^71 

+0.6731 

17 

0.8805 

44.91 

S..I94 

337    5 

99  98.3 

39   6 

9   8.4 

1.3967 

1.9993 

4.59 

0.6693; 

18 

0.8833 

45.16 

3.011 

337  18 

99  99.9 

31    7 

9   4.5 

1.3983 

1.9999 

4.47 

0.^09! 

li 

19 

0.8860 

45.39 

3.096 

337  98 

99  99.9 

30   9 

9   0.6 

1.3309 

1.3005 

4.35 

0.6990 

(4^) 

90 

0.8888 

45.69 

3.041 

337  34 

99  30.3 

,99  11 

156.7 

I.3S90 

I.30II 

4.93 

0.6166 

91 

0.8915 

^45.89 

+3.055 

337  38 

99  30.5 

98  13 

1  59.9 

+1.3337 

+1.3017 

+4.11 

+0.6137 

99 

0.8949 

46.00 

3.067 

337  39 

99  30.6 

97  15 

1  49.0 

1.3359 

1.3099 

3.99 

0.6003, 

93 

0.8970 

46.19 

3.075 

337  40 

99  30.7 

96  17 

1  45.1 

I.33G4 

1.3098 

3.86 

0.5863* 

94 

0.8997 

46.99 

3.081 

3:{7  4l 

99  30.7 

95  19 

141.3 

1.3379 

1.3033 

3.73 

0.5717 

95 

0.9095 

46.99 

3.086 

337  43 

99  30.9 

94  91 

1  37.4 

1.3378 

1.3038 

3.60 

0.5565 

96 

0.9059 

•M6.36 

+3.091 

337  48 

99  31.9 

93  94 

1  33.7 

+1.3383 

+1.3043 

+3.47 

+0.5407 

97 

0.9079 

46.43 

3.095 

337  55 

99  31.7 

99  96 

1  99.8 

1.3386 

1.3048 

3.34 

0.5949  • 

98 

0.9107 

46.56 

3.104 

338   5 

99  39.3 

91,99 

195.9 

1.3399 

1.3053 

3.91 

0.5067  1 

99 

0.9134 

46.71 

3.114 

338  18 

99  33.9 

90  39 

199.1 

1.3399 

1.3057 

3.08 

0.4d» 

30 

0.9169 

46.89 

3.196 

338  30 

99  34.0 

19  35 

1  18.3 

1.3410 

1.3061 

9.95 

0.403 

Deo. 

1 

0.9189 

+47.13 

+3.149 

338  43 

99  34.9 

18  38 

1  14.5 

+1.3496 

+1.3065 

+9.81 

+0.4485  1 

9 

0.9917 

47.38 

3.159 

338  53 

99  35.5 

1741 

1  10.7 

1.3444 

1.3069 

9.68 

0.4270 

3 

0.9944 

47.64 

3.176 

339    1 

99:^.1 

16  44 

1    6.9 

1.3464 

1.3073 

9.54 

0.4049  , 

h 

4 

0.9979 

47.89 

3.193 

339   6 

99  36.4 

15  47 

1    3.1 

1.3485 

1.3077 

9.40 

0.3800 

(9<#) 

5 

0.9999 

48.19 

3.908 

339   8 

99  36.5 

14  50 

0  59.3 

1.3504 

1.3060 

9.96 

0.^40 

6 

0.9396 

+48.39 

+3.991 

3.39   9 

99  36.6 

13  54 

0  55.6 

+1.3591 

+1.3083 

+9.19 

+0.3965 

7 

0.9.353 

48.47 

3.931 

339   9 

99  36.6 

19  57 

0  51.8 

1.3535 

1.3086 

1.98 

0.9969 

8 

0.9381 

48.59 

3.939 

339  10 

99  36.7 

19    1 

0  48.0 

1.3546 

1.3089 

1.84 

0.9650 

9 

0.9408 

48.71 

3.947 

339  13 

99  36.9 

11    4 

0  44.3 

1.3554 

1.3099 

1.70 

0.9303 

10 

0.9436 

48.81 

3.954 

339  18 

99  37.9 

10   8 

0  40.5 

1.3569 

1.3094 

1.56 

0.1996 

II 

0.9463 

+48.94 

+3.963 

339  96 

99  37.7 

9  19 

0  36.8 

+1.3568 

+1.3096 

+1.49 

+0.1510 

19 

0.9490 

49.10 

3.973 

339  36 

99  38.4 

8  15 

0  33.0 

1.3578 

1.3098 

1.98 

0.1050 

13 

0.95^7 

49.98 

3.985 

339  47 

99  39.1 

7  19 

0  99.3 

1.3590 

1.3100 

1.13 

0.0538, 

14 

0.9545 

49.53 

3.309 

339  59 

99  39.9 

693 

0  95.5 

1.3605 

1.3101 

0.99 

9.9948  1 

15 

0.9579 

49.77 

3.319 

340   9 

99  40.6 

697 

0  91.8 

1.3699 

1.3109 

0.84 

9.9^9  1 

16 

0.9599 

+60.09 

+3.335 

340  16 

9941.1 

4  31 

0  18.1 

+1.3641 

+1.3103 

+0.70 

+9.8456 

17 

0.9696 

50.99 

3.353 

340  91 

9941.4 

3  35 

0  14.3 

1.3669 

1.3104 

0.56 

9.7456 

18 

0.9654 

50.53 

3.369 

340  94 

9941.6 

939 

0  10.6 

1.3689 

1.3105 

0.41 

9.6159 

19 

0.9681 

50.73 

3.389 

340  93 

99  41.5 

1  43 

0   6.9 

1.3699 

1.3105 

0.97 

9.4978  ' 

h 

90 

0.9709 

50.89 

3.393 

340  99    99  41.5 

0  47 

0    3.1 

1.3713 

1.3106 

+0.19 

+9.0906  ' 

91 

0.9736 

+51.03 

+3.409 

340  90 

9941.3 

359  59 

93  59.4 

+1.3795 

+1.3106 

-0.09 

-a3345 

99 

0.9763 

51.11 

3.407 

340  90 

99  41.3 

358  56 

93  55.7 

1.3733 

1.3106 

0.16 

9.9909 

93    0.9791 

51.90 

3.413 

340  91  1  99  41.4 

358    0 

93  59.0 

1.3740 

1.3105 

0.31 

9.49981 

94    0.9818 

51.30 

3.490 

340  95    99  41.7 

3|?7    4 

93  48.3 

1.3746 

1.3105 

0.45 

9.6586 

95 ,  0.9846 

1 

51.40 

3.497 

340  39 

99  49.1 

356   8 

93  44.5 

1.3759 

1.3104 

0.60 

9.7760, 

1 

96 

0.9873 

+51.55 

+8.437 

340  40 

99  49.7 

355  19 

93  40.8 

+  1.3761 

+1.3103 

-0.74 

-9.8717 

97 

0.9900 

51.75      3.450 

340  49 

99  43.3 

354  16 

93  37.1 

1.3773 

1.3109 

0.88 

9.9485 

98 

0.9998 

51.98      3.465 

340  58 

99  43.9 

353  19 

93  33.3 

1.3788 

1.3101 

1.03 

0.0137 

99 

0.9955 

59.93       3.489 

341    6 

99  44.4 

339  93 

93  99.5 

1.3806 

1.3099 

1,17 

0.0699 

30 

0.9983 

59.49 

3.499 

341  11 

99  44.7 

351  96 

93  95.7 

1.3896 

1.3097 

1.39 

0.1198 

31 

1.0010 

+59.75 

+3.517 

341  14 

99  44.9 

.350  30 

93  99.0 

+1.3846 

+1.3095 

-1,46 

-0*1646 

39 

1.0037 

+53.00  !  +3.533 

341  14  1  99  44.9 

349  34 

93  18.3 

+1.3866 

+1.3093 

-1.60 

-O.9049 

FIXED  STARS,  1895. 


293 


i 

MB  AN  PLACES  FOB  1895.0.    (January  (y«.0— <H.10S 

)j  Waahington.) 

Kuoe  of  SUr. 

"as"- 

2.1 

Right  Asoeaaloo. 

Annuftl 
VarUtioD. 

+ 

DeellnAtWii. 

Annual 

c  Andromedm 

h     m       ■ 

0    2  57.575 

+ 

• 
3.0!l«.'> 

28  30  38.50 

+    19.884 

*  fi  Oasriopeie 

2.4 

0    3  34  475 

3.1771 

-f 

58  84  13.07 

19.851 

*9t  Andrumedas 

4.9 

0    4  51.795 

3.1051 

+ 

45  29  15.66 

90.036 

4  Draooiii8(H.)     .     S.P. 

5.1 

0    7  17.202 

8.«7I>« 

•f  101  48     1.13 

90.091 

r  Pegasi  (Algenib) 

2.6 

0    7  49.708 

3.0643 

-f 

14  35  59.16 

90.099 

*  #  Andromedffi 

4.4 

0  12  50.537 

+ 

S.IQ43 

-f 

86  12  10.86 

+    19.961 

•   1  Ceti    .... 

8.6 

0  14    4.492 

3.0527 

.» 

9  24  22.72 

19.965 

*  6  Ur8»  Minoris     •     8.  P. 

6.2 

0  14  21.315 

0.9110 

+ 

91  43    4.29 

19.940 

i 

*44  PisciQin      . 

5.8 

0  20     1.175 

3.0734 

+ 

1  21  29.38 

19.960 

/S  Hjdri 

2.8 

0  20  13.678 

3.9^299 

77  50  44.38 

90.969 

19  Ceti    .        .        .        . 

6.0 

0  24  40.794 

+ 

3.0611 

... 

4  32  14.79 

+    19.935 

«  Draconis    .        .     S.P. 

8.8 

0  29    0.176 

9.5889 

+ 109  37  59.00 

19.887 

*  «  Andromedie 

4.4 

0  31   16.292 

3.1919 

+ 

33    8  28.49 

19.868 

a  Oassiopeiffi  (t^ar.) 

2.3 

0  34  82.928 

3.3709 

+ 

55  57  40.96 

19.784 

/J  Oeti    .       .       •        . 

2.2 

0  88  19.163 

3.0140 

— 

18  33  47.12 

19.797 

91  Oaasiopeias 

6.7 

0  38  42.533 

+ 

3.ttCC7 

-f- 

74  24  50.81 

-f    19.746 

*  o  OaasiopeiiB 

4.7 

0  88  52.846 

3.3915 

+ 

47  42  84.50 

19.750 

*  ^  PisciQin 

4.8 

0  43  14.028 

3.  J 078 

+ 

7    0  48.71 

19.644 

39>Camelop.  (TT.)    .     S.P. 

5.2 

0  48  21.455 

0.4046 

+ 

96    0  59.21 

19.595 

*  r  OasHiopeicB 

2.8 

0  50  22.186 

3.5830 

+ 

60    8  52.76 

19.557 

*  M  Andromedie 

4.0 

0  50  55.416 

-f- 

3.3198 

-f 

37  55  47.56 

+    19.611 

•43  Oephei  (H.) 

4.6 

0  54  24.584 

7JIII5 

+ 

85  41  37.49 

19.490 

t  Piacium 

4.8 

0  57  29.585 

3.1096 

+ 

7  19  29.13 

19.448 

fi  Andromedffi 

2.2 

1     8  51.152 

3.3459 

+ 

35    3  49.52 

19.157 

*  K  Taoanie 

4.9 

1  12  12.684 

9.054 1 

— 

69  26     1.31 

19.165 

•/Ptadnm      • 

5.1 

1   12  22.911 

+ 

3.0909 

-f 

3    8  41.25 

^    19.096 

*»Oeti    .... 

3.6 

1   18  46.475 

9.9979 

_ 

6  43  30.84 

18.660  1 

a  Ure®  Minoris  (Po/om) 

2.2 

1  20  30.074 

94.9.555 

+ 

88  44  52.68 

18.897 

38  Oassiopeiie 

5.9 

1  28  24.839 

4.3859 

+ 

69  48  26.62 

18.664 

•  .  OotanUs     .       .     S.  P. 

5.4 

1  23  59.580 

8.7997 

— 

94  45    8.71 

•8.79:t 

19  Pjseiam 

3.7 

1  25  51.839 

+ 

8.9033 

J. 

14  48  16.09 

+    18.654 

•  0  Andromedie 

4.2 

1  30  38.051 

3.5058 

+ 

40  52  49  26 

18.135 

•  «  Piaciam 

5.5 

1  31  31.913 

3.1748 

+ 

11  86  16.26 

18.593 

a  Bridani  (Ack^ntar)    . 

0.4 

1  83  47  855 

9.9317 

57  46  13.05 

18.349 

•  ¥  Piaciam 

4.6 

1  85  58.001 

3.1184 

+ 

4  57  22.24 

18.319 

•  Piaciam 

4.4 

1  89  50  908 

+ 

3.1698 

+ 

8  37  44.33 

+    18.906 

•  C  Oeti    •       .       .        . 

8.6 

1  46  16.656 

9.9619 

— 

10  51   17.86 

17.811 

fi  Arietta       ... 

2.8 

1  48  50.309 

3.3046 

+ 

20  17  40.70 

17.716 

80  OaaaiopeifiB 

4.1 

1  54  27.926 

5.0916 

+ 

71  54  47.08 

17.696 

*  r  Andromed® 

2.2 

1  57  27.155 

3.6696 

+ 

41  49  32.58 

I7.49H 

a  Arietia 

2.1 

2     1  15.206 

-f 

3.3791 

+ 

22  57  56.86 

+    17.159 

a  Draoonia    .        .     8.  P. 

3.7 

2     1  32.850 

1.6940 

+  115    7  20.77 

17.999 

•  A  Triangnli   • 

3.1 

2    S  17.708 

3.5563 

+ 

34  29  25.81 

I7.I8!» 

e'Oeti    .... 

4.5 

2    7  26.059 

+ 

3.1747 

+ 

8  21   14.37 

17.017 

•  4  Ur8»  Minoris    .    8.  P. 

1 

4.9 

2    9  15.481 

0.3149 

+  101  57  32.47 

16.905  , 

*  r  Triangali  . 

4.3 

2  11     4.266 

+ 

3.5596 

+ 

33  21  41  87 

^    16.899 

•07  Oeti    .... 

5.6 

2  11  44.716 

9.9896 

6  M  22.53 

16.790 

•  »  Hydri 

4.2 

2  19  52.893 

1.0564 

^ 

69     8  13.71 

16.445 

1  Gassiopeias 

4.6 

2  20  24.482 

4.8695 

+ 

66  55  4H.30 

16.410 

{•Oeti    .... 

4.5 

2  22  84.559 

+ 

3.IH44 

f 

7  59  21.17 

4-    16.979  1 

*4yyrwit  richi  Meaaaioui  of  aUn  m*rked  vlih  an  Mt^riiik  arc  tiv^n  titUT  Uoaa  ol  aUttdanl  aiara. 


294 


FIXED  STARS,  1895. 


MEAN  PLA0E8  FOR  1895.0.    (January  0*.0— 0^.109,  Wasbiugton.) 

Niune  of  SUr. 

tade. 

4.5 

Rlffbt  Aieeiiaion. 

Annnal 
VmIaUoii. 

Deettnatioo. 

Aii]i«al 

5  Urese  Minoris     .     S.  P. 

h      m       ■ 

2  27  44.866 

^^ 

0.1836 

-f  103'' 50  I4'21 

-f- 

16.012 

•  11  Hydri 

5.3 

2  33  53.404 

— 

1.4209 

-  79  34     1.82 

15.€88, 

•  ^  Oeti    .        .        .        • 

4.1 

2  34     6.034 

+ 

3.0732 

-     0    7  29.20 

15.681  . 

•  e  Persei 

4.2 

2  37     1.624 

4.0726 

-f  48  47     2.66 

15.437 

Y  Oeti    •       •       •        • 

3.6 

2  37  51.544 

3.1038 

-f     2  47  35.21 

15.323 

•  a  Arietis       .        • 

5.5 

2  45  41.685 

+ 

3.3053 

-f   14  38  56.77 

+ 

14.991 

p  UreaBMinoris     .     8.  P. 

2.2 

2  51     0.686 

— 

0.2254 

-f  105  24  55.55 

14.790 

•  47  Gephei  (H.) 

5.7 

2  52     7.508 

+ 

7.7472 

4-  79    0  11.56 

14.654 

*  c  Arietis 

4.6 

2  53  12.436 

3.4220 

+  20  55  13.09 

14.587 

a  Geti    .... 

2.6 

2  56  47.393 

3.1309 

+     3  40  39.34 

14.991 

•  ?  Persei  (Algol)  (var.)  . 

2.3 

3     1  20.118 

+ 

3.8857 

-f  40  33    2.85 

-h 

14.096 

48  Gephei  (U.) 

5.5 

3     6  59.787 

7.4267 

+  77  20  54.52 

13.687 

C  Arietis 

4.6 

3    8  51.914 

3.4403 

+  20  39  18.33 

13.536  ; 

a  Persei 

1.9 

3  16  49.556 

+ 

4.2602 

+  49  29  13.73 

13.067 

•   c  Uydri 

5.7 

3  18  34.707 

— 

1.5874 

-  77  46  18.26 

13.035 

•  p  Octantis     .        .     8.  P. 

5.7 

3  19     5.969 

4-  13.0652 

-.  95  53    8  19 

+ 

19.907 

/^UrsaBMinoris     .     8.  P. 

3.2 

3  20  53.754 

— 

0.1295 

+ 107  47  32.60 

19.819 

•  /  Tauri .        .        •        . 

4.3 

3  25     4.490 

+ 

3.3057 

+   12  34  36.18 

19.543 

c  EridaDi 

3.7 

3  27  58.979 

2.8239 

-     9  48  49.08 

19.376 

d  Persei 

3.1 

3  35  26.907 

4.2523 

4-  47  27    5.15 

11.783 

•  r  Gamelopardalis  (H.) . 

4.6 

3  39  16.337 

+ 

6.2473 

-h  71     0  29.63 

+ 

11.504 

Ti  Tauri. 

3.1 

3  41   14.497 

3.5578 

-h  23  46  48.50 

11.357 

C  Persei 

3.0 

3  47  31.859 

+ 

3.7614 

4.  31  34  16.98 

10.996 

:  Ursaei  Minoris    .     8.  P. 

4.6 

3  47  48.715 

-» 

2.2403 

4-101  52  57.42 

10.936 

•  r  Hydri 

3.3 

3  48  51.788 

— 

0.9907 

-  74  33  38.32 

10.988 

•  s  Persei 

3.0 

3  50  48.346 

+ 

4.0115 

-h  89  42  22.09 

+ 

10.696 

r  Eridani 

3.0 

3  53     7.864 

2.7988 

-   13  48  26.77 

10.497 

•A' Tauri. 

4.6 

3  58  29.238 

3.5408 

+  21  47  40.18 

10.059 

•  c  Persei 

4.3 

4     1     2.260 

4.3391 

-h  47  25  54.37 

9.910 

Oroombr.  23-20    .     8.  P. 

5.5 

4     6     1.888 

0.1420 

-fill  54  47.35 

9.497 

*  o^Eridaui 

4.2 

4     6  44.386 

+ 

2.9271 

-     7     6  41.98 

+ 

9.596 

r  Tauri .... 

3.8 

4  13  49.055 

-h 

3.4096 

-h   15  22  25.81 

8.934 

•  71  Ursflh  Minoris     .     8.  P. 

5.0 

4  20  34.408 



I.8I0I 

-1-104     0    9.87 

8.175  1 

c  Tauri .... 

3.6 

4  22  29.078 

+ 

3.4981 

4.   18  56  50.03 

8.933  ; 

71  Draconis    .        •     8.P. 

2.0 

4  22  34.290 

+ 

0.8074 

-f  118  14  53.42 

8.916 

*  d  Mensse 

5.6 

4  25     4.850 

^.B 

4.2085 

-  80  27  36.95 

+ 

8.075  ; 

•m  Persei 

6.0 

4  26     1.602 

+ 

4.2116 

-f  42  50  20.75 

7.974 

A  Draconis    .        .     8.P. 

5.0 

4  28  11.507 

0.1327 

-hill     0  17.66 

7.799  ■ 

a  Tauri  (Aldebaran) 

1.0 

4  29  53.702 

+ 

3.4380 

-f    16  17  52.53 

7.491 : 

•  r  Tauri .... 

4.5 

4  35  56.537 

3.5960 

+  22  45  18.54 

7.159 

a  Gamelopardalis. 

4.4 

4  43  36.452 

+ 

5.9288 

-f  66    9  49.55 

4- 

6.559 

•  i  Tauri .... 

5.2 

4  45  13.875 

3.5059 

-f   18  39  38.71 

6.381 

e  Aurigse 

2.8 

4  50     9.321 

3.9014 

+  82  59  58.28 

5.996 

•  C  Aurigae 

3.9 

4  55     8  271 

+ 

4.1861 

-h  40  55  20.11 

5.594 

c  Ursae  Minoris     .     8.  P. 

4.5 

4  56  44.000 

6.3142 

4.  97  47  26.10 

5.468 

II  Orionis 

4.7 

4  58  34.102 

+ 

3.4248 

-h   15  15  27.11 

4- 

5.279 

•  p  Eridani 

2.9 

5     2  41.258 

2.9487 

-     5  13  20.48 

4.904 

a  Anrigae  {Oapella) 

0.1 

5     8  55.916 

4.4256 

-h  45  53  26.76 

3.997 

/9  Orionis  (Rigel)   . 

0.3 

5     9  29.484 

2.8816 

-     8  19  23.48 

4.373 

T  Orionis 

38 

5  12  30.471 

-h 

2.9129 

-     6  57  29.80 

-h 

4.114 

*  Appsrent  ri|cht  tMcenifiouin  ot  ntars  luark^d  with  an  aaterisk  aro  given  after  thoMof  ttaikUrd  iters. 


FIXED  STARS.  1895. 


295 


MEAN  PLACES  FOE  1895.0.    (January  (y«.0-0*.109,  Waahiugto 

u.) 

Kame  of  SUr. 

tode. 

Right  AaoensioB. 

AnnnAl 
Variation. 

■ 
+   3.7897 

DeoUnation. 

Annnal 
Variatkw. 

fi  Tanri. 

1.8 

5  19  39*243 

+  28  3l'    6.'21 

+     3.332 

1 

Groombridge  9G6 

64 

5  25  41.570 

6.0047 

+  74  58  24.91 

3.010 

•  /  AarigsB 

50 

5  25  53.704 

3.9054 

+  32    6  51.76 

2.993 

d  Ononis  (t^ar.)     • 

2.3 

5  26  38.527 

3.0636 

-     0  22  37.75 

2.904 

a  Leporis 

2.7 

5  28    5.942 

2.6449 

-   17  53  51.66 

2.782 

1 

•      Groombridge  944 

6.4 

5  28  21.697 

+  18.6860 

+  85    8  86.75 

+     2.773 

1 

c  Orionis 

1.8 

5  30  53.105 

3.04% 

-     1   16    9.24 

2.541 

a  Colatnbse   . 

2.7 

5  35  50.876 

+   8.1739 

-  34    7  49.30 

2.064 

m  Draoonis    . 

8>. 

4.9 

5  37  34.035 

—   0.3532 

+  111  11  86.87 

1.636 

*  «  OrionU 

2.3 

5  42  46.565 

+  2.8450 

-     9  42  25.86 

1.609 

^1  Draoonis    • 

8.  P. 

4.8 

5  43  48.285 

—    1.0780 

+  107  47  59.22 

+     1.689 

1 

1 

*  V  Aorigffi 

4.1 

5  44  12.691 

+   4.1546 

+  89    7     2.64 

1.416 

1 

*  a  Dorados 

4.4 

5  44  35.279 

0.1052 

-  65  46  29.57 

1.327 

a  Ononis  (var.)     . 

0.9 

5  49  29.220 

3.2472 

+     7  23  13.82 

0.927 

*  fi  Aung® 

2.0 

5  51  49.620 

4.4019 

+  44  56  10.58 

0.705 

.  •  e  Aurigffi 

2.9 

5  52  33.716 

+   4.0922 

+  37  12  17.54 

+     0.562 

1     y  Ononis 

4.5 

6     1  34.681 

-1-   3.4275 

+   14  46  50.36 

—     0.168 

a  UrsffiMinoris     • 

s.'p. 

4.4 

6    6  10.278 

—  19.4780 

+  98  23  14.93 

0.591 

»  OameIopardali8(H.)  • 

4.7 

6    7  16.289 

+   6.6  IC9 

+  69  21  21.93 

0.754 

*  1}  Oeminorani 

3.5 

6    8  32.413 

3.6228 

+  22  32  12.99 

0.764 

p.  Gominomm 

3.2 

6  16  36.531 

+   3.6:114 

+  22  34     1.50 

—      1.574 

•  ^'Anrig£B 

5.1 

6  16  48.748 

4.6262 

+  49  20  27.79 

1.481 

a  Argts  {Canopus) 

-0.8 

6  21  37.339 

1.3305 

-  52  38  18.05 

1.880 

*  V  Oeroinorum 

4.2 

6  22  43.705 

+   3.5630 

+  20  16  41.67 

2.008 

•  /  Draoonis    . 

s.'p 

• 

53 

6  22  56.936 

—    I.OdOI 

+  107  18  46.37 

1.630 

Y  Oeminornro 

2.0 

6  31  38.778 

-f  3.4672 

+   16  29  18.93 

—     2.808 

*  c  Oeminomm 

3.2 

6  37  28.313 

3.6932 

+  25  14    5.26 

3.278 

•  ^'^Aurigee 

5.4 

6  39  10.220 

4.3285 

+  43  40  53.50 

3.263 

t  a  Cani8Majoris(/Smii«) 

-1.4 

6  40  31.276 

2.6436 

^   16  84  20.34 

4.734 

*  0  Oominorum 

3.7 

6  45  52.173 

4    3.9601 

+  84     5  15.54 

4.019 

*  C  MenscB 

5.6 

6  48  47.027 

—   4.9109 

-  80  42  10.29 

—     4.155 

60  Draconis    . 

S.P. 

5.6 

6  49  45.509 

—    1.91 11 

+  104  41  23.90 

4.394 

51  Gephei(H.) 
c  Oanis  M^joris    . 

5.3 

6  51   14.440 

+  29.7665 

+  87  12  43.18 

4.484  1 

1.5 

6  54  29.978 

2.3578 

-  28  49  46.20 

4.rJ6 

*  C  Oeminomm  (var.) 

4.0 

6  57  52.934 

3.5621 

+  20  43  26.13 

5.029 

d  Ganis  Miyoris    • 

1.9 

7     4    7.308 

+   2.4:i8U 

-  26  13  35.69 

—     6.62H 

*6n  AnrigflB 

5.2 

7     4  26.044 

4.1358 

+  39  29  29.98 

5.545 

**i5  Camdopardalis . 

5.3 

7     8  59.373 

+  12.9314 

+  82  36  46-78 

5.978 

•  f  Yolantis  (var.)  . 

3.9 

7     9  38.116 

—   0.4954 

—  70  19  43.88 

6.021 

a  Draoonis    . 

8.'P. 

3.1 

7  12  31.883 

+   0.0282 

+  112  31  23.43 

6.327. 

a  Oeminomm 

3.5 

7  13  51.159 

+    3.5875 

+  22  10  31.25 

—     6.366 

r  Draconis 

S.*P. 

4.5 

7  17  34.427 

—    1.1202 

+ 106  50  22.29 

6.767 

Piazzi  vii,  67 

5.7 

7  19^7.469 

+   6.2939 

+  68  40  46.98 

6.892 

*  ^  Canis  Biinoris    . 

3.1 

7  21  27.452 

3.2595 

+     8  30    2.06 

7.015 

a* Oeminomm  (Castor) , 

1.9 

7  27  54.122 

+   3.8377 

+   32    7     7.30 

7.581  , 

I  UrsieMinoris 

8.  P. 

6.5 

7  28    6.432 

—  6G.4580 

+   91     1  20.69 

—     7.629 

t  a  Canis  Min.  (Procyon) . 

0.5 

7  33  48.338 

+   3.1432 

+     5  29  37.73 

,            9.016 

^  Oeminomm  (Pollux) . 

1.2 

7  38  53.491 

3.6785 

+  28  16  46.29 

8.443 

*96  Lyncis 

• 

5.8 

7  47     4.035 

4.3864 

+  47  50  10.80 

9.061 

f  Oeminomm 

• 

5.0 

7  47     4.321 

+    3.67112 

+  27     2   11.57 

—     9.066 

*  Ap^armit  riglit  aaoeoaiooa  of  atara  niark«Ml  with  aa  aaterlak  are  ctT#n  altf  r  th<»M*  of  ataadant  atara. 
t  pWlodle  eorreotioaa  Kir«fi  in  tba  Appendlv  arv  atUl  to  bf  %pfH^  to  th«  pualtiona  of  Slrin*  and  Prorj 


296 


FIXED  STARS,  1895. 


MEAN  PLAGES  FOB  1895.0.    (January  0^.0-0^.109,  WashiDgton.) 

HsBM  of  Star.. 

MafTBi. 
tode. 

Biirlit  Awension. 

1      Amiml 
,    Tanfttkm. 

DediMitioa. 

*      Gioombrldge  1374 

5.6 

h      m       • 

7  47  87.307 

1 

7.2757 

-h  74  1  f  52.34 

\    —      9J^ 

c  Draconifl    .        .     S.  P. 

3.9 

7  48  81.552 

— 

0.1817 

+  109  59  58.12 

9.172 

•  w'Cancii 

6.0 

7  54  34.736 

'  + 

3.6365 

+  26  40  48.43 

9.0M 

3  Ur8SBMajoris(U.)     . 

5.5 

8    2  22.059 

1 
1 

6.0423 

+  68  46  57.6d 

IO.i93 

I     15  ATghB{p)    . 

3.1 

8    3    4.342 

2.5645 

-  24    0    6.34 

I0.9IS 

•  rCaacri 

4.8 

8    6  11.428 

+ 

3.4459 

+   17  57  49.06 

—    10,627 

•  fi  Oancri 

3.6 

8  10  49.272 

+ 

3.2561 

+     9  30  31.74 

10:679 

«  Oephel  ipr.)       .     8.  P. 

4.4 

8  12  25.316 

— 

1.9324 

+  102  36  17.48 

JO.980 

^•30  Monocerotis 

3.9 

8  20  24.822 

+ 

2.9998 

-     3  33  50.31 

11.906 

*  9  Ohamseleontis    . 

4.6 

8  23  47.042 

1.7194 

-  77     8  44.26 

11.74^ 

17  Cancri 

5.4 

8  26  38.284 

+ 

3.4776 

+  20  47  51.39 

—    12.026 

Oroombr.  3241     .     8.  P. 

6.5 

8  SO  27.551 

6.2237 

+  107  49  26.56 

12.219 

1*  ff  Uydrffi 

4.5 

8  33  16.316 

+ 

3.1456 

+     3  42  35.38 

12.494 

•  r  Cancri 

4.9 

8  37  12.632 

3.4797 

+  21  50  45.06 

12.746 

s  Hydrse 

3.5 

8  41  12.977 

3.1814 

+     6  48  13.80 

13.024 

•  tf*  Cancri  (f^enn)    . 
(  UrsaBMaioriB 
12  Year  Oat.  1879     8.  P. 

5.5 

8  47  50.344 

+ 

3.6722 

+  30  58  36.62 

—    13.429 

3.3 

8  52     1.126 

+ 

4.1309 

+  48  27  13.16 

13.W8 

5.3 

8  52  20.857 

2.5666 

+  99  50  29.78 

13.668 

<r'Ur8£eHajori8     • 

5.0 

9     1     9.266 

+ 

6.3474 

+  67  33  3830 

14.S06 

K  Cancri 

5.1 

9    2    3.668 

3.2553 

+   11     5  26.37 

14.309 

•  €  Hydrad 

4.0 

9    8  54.139 

+ 

3.12.')8 

+     2  45  25.27 

—    I5.0K 

•  /9  ArgCls 

a.o 

9  12    2.796 

0.6758 

-  69  17    4.87 

14.809; 

t  AvgtiB 

2.6 

9  14  16.580 

1.6010 

-  68  50    3.60 

15.006 

•  d  Lyncis 

3.3 

9  14  39.491 

3.6676 

+  34  50  10.29 

15.046 

a  Cephei       .        .     8.  P. 

2.6 

9  16    4.438 

1.4362 

+  117  51  33.66 

15.182; 

1  Draconis  (H.)    • 

4.5 

9  22    6.642 

+ 

8.9558 

+  81  47  24.54 

—    15.498! 

a  HydraB 

2.1 

9  22  26.670 

2.9490 

-     8  12  13.10 

15.466 

d  UrsaeiMaoris     • 

4.8 

9  25  11.702 

5.3915 

+  70  17  29.44 

15.589; 

0  UrsaB Maoris     . 

3.2 

9  25  49.994 

4.0381 

+  52     9  20.18 

16.238 

/9  Cephei  (pr.)       .     8.  P. 

3.4 

9  27  18.270 

0.7922 

+  109  54     1.13 

15.760 , 

*  10  Leonis  Minoris  • 

4.7 

9  27  47.538 

+ 

3.6924 

+  36  51  49.06 

—    15.801  ' 

•  0  Leonis 

8.8 

9  35  32.816 

+ 

3.2064 

+   10  22  11.45 

16.239 

*  C  Chamasleontis    . 

5.2 

9  36  58.620 

1 .5785 

-  80  28  10.39 

r6.2?9 

c  Leonis 

3.2 

9  39  53.504 

+ 

3.4141 

+  24  15  27.12 

16.449 , 

11  Cephei       .        .     8.P. 

4.8 

9  40  23.134 

0.8995 

+  109  10  19.25 

16.543 

pt  Leonis 

4.0 

9  46  47.548 

+ 

3.4211 

+  26  30    4.91 

—    16.812; 

*  19  Leonis  Minoris  . 

5.2 

9  51   15.276 

3.6933 

+  41  33  20.00 

16.978 

79  Draconis    .        •     8.  P. 

6.6 

9  51  33.275 

0.7265 

+  106  47  39.87 

17.0IC 

•  n  Leonis 

5.0 

9  54  39.899 

3.1739 

+     8  82  52.30 

17.154 

a  Leonis  (Regiilus) 

1.3 

10    2  46.830 

3.2000 

+  12  28  48.96 

17.487 

32  UrsaBMajorls     • 

5.7 

10  10  24.533 

+ 

4.4144 

+  65  37  54.61 

—    17.828 

•  X  UrsaB  Majoris     . 

3.6 

10  10  45.874 

3.6375 

+  43  26  17.77 

17.887  j 

7^  Leonis 

2.6 

10  14  11.042 

3.3140 

+  20  22  21.30 

16.098 

•  fi  Hydras 

4.1 

10  21     0.775 

2.9009 

-  16  18    2.58 

18.320 

*  fi  Leonis  Minoris  . 

4.3 

10  21  48.748 

3.4849 

+  87  14  48.79 

18.327 

•  0  Antlise 

4,5 

10  22  20.774 

+ 

2.7397 

-  30  32    0.92 

—    ia227 

9  Draconis  (U.)    . 

5.0 

10  26  10.637 

5.2475 

+  76  15  13.09 

ia4i9 

P  Leonis 

4.0 

10  27  17.004 

3.1637 

+     9  50  48  37 

18.443 

826  Cephei  (B.)         .     8.  P. 

6.7 

10  30  26.918 

1.0755      +104    18  62.99 

18.53^ 

•  fi  OctanHs     .        .     8.  P. 

4.4 

10  35  18.812 

+ 

6.4485     —    98     4      6.14 

—   18.701 ; 

Apparent  right  MG«Diioo8  of  stars  marked  witii  an  aatniak  are  gtreo  after  those  of  standard  atarn. 


FIXED  STARS,  1895. 


297 


MEAN  PLACES  POE  1896.0.    (January  0*.0-(>*.l09,  Waabiugrton.) 

NMneorSUr. 

VflLffBl. 

tode. 

1 

5.1 

Rlf  ht  Aic«ii«loB. 

Annaal 
VftriaUon. 

DeeUimUoa. 

Annnal 
VMriatloa. 

^41   Leoois  Minoris  • 

h      in        • 

10  37  42.435 

+    3.%99 

+  2S44  16.98 

—    18.748 

;       w  Argfis  (var.) 
1  LeoDifl 

1-6 

10  40  59.161 

8.3147 

-  59    7  57.07 

18.876 

5.3 

10  43  44.336 

3.1581 

-h    11     6    2.54 

18.981 

1  *    ^  CbamffileoiitlR    • 

4.7 

10  44  48.063 

0.63126 

-  79  59  11.93 

18.983 

1         «  Cepbei       .        .     B.P. 

3.6 

10  45  56.414 

8.1*231 

-f  114  21     6.96 

18.888 

*  46  Leonis  Minoris  . 

3.9 

10  47  26.403 

+   3.3681 

-f  34  46  51.99 

—    19.804! 

,  •        Groombridge  I706 

6.3 

10  51  33.145 

4.9588 

+  78  19  57.53 

19.163 

II      a  UreieM^joris     • 

2.0 

10  57  14.865 

-h   3.7430 

-f  62  19    4.15 

19.378 

1  •  17  OctantiR    . 

6.1 

11     0    3.818 

—   0.8311 

-  84     1  44.65 

19.371 

'   •  p"  Leonis 

6.2 

11     1  32.759 

+   3.0619 

+     2  31  31.58 

19.494 

•  #  UrsaB  M^Joris     . 

3.2 

11     8  45.634 

+   3.3913 

-h  45    4    4.07 

—    19.611 

d  Leonis 

2.7 

11     8  31.490 

3.1975 

+  21     5  55.97 

19.691 

•   V  UrsseM^joris 

3.7 

1112  48.639 

3.8564 

-f-  33  40    2.19 

19.578 

8  Orateris     • 

3.9 

11    14     5.476 

8.9967 

-   14  12  37.98 

19.469 ! 

0  Depbei       .        .     S.P. 

5.1 

11   14  18.893 

8.4463 

-f  112  27  46.41 

19.673  1 

r  Leonis 

5.1 

11  22  82.244 

+    3.0860 

+     3  26    3  95 

—    19.807 

'      I  Draoonis    • 

4.0 

11  25  10.088          3.6153 

+  69  54  37.94 

19.848 

•  5  HyAtm 

8.8 

11  27  50.199 

8.9439 

-  31   16  86.39 

19.889 

u  Leonis 

4.4 

11  31  34.359 

3.0713 

-^     0  14  38.91 

19.863 

r  Cepbei       .       .    8.P. 

3.5 

11  35    2.053 

8.41 94; 

+  102  57  13.65 

80.077 

•  X  Ur88BM%}ori8 

8.9 

11  40  30.424 

+   3.1884 

+  48  21  41.45 

—    19.964 

ft  Leonis 

2.2 

11  43  42.250 

3.06:)6 

+    15    9  32.25 

80.181 

r  UrsaBM^Joris 

2.4 

11  48  18.566 

3.1794 

-f  54  16  42.32 

80.088 

Oroombr.4i«3          B.P. 

7.0 

11  49  43.549 

8.8708 

+ 106  10  26.52 

80.083 

•  It  Yirginis 

4.6 

11  55  29.504 

3.07G0 

+     7  11  58.65 

80.088 

0  Virginia     . 

4.3 

11  59  51.627 

+   3.0574 

+     9  18  58.06 

—   80.015 

•  «  Corvi .... 

3.2 

12    4  43.450 

3.0837 

-  22     2     8.81 

80.049 

4  Draoonis  (H.)     . 

5.1 

12     7  17.202 

8.8798 

+  78  11  58.87 

80.081  1 

r  Corvi .... 

2.7 

12  10  24.366 

3.0808 

-   16  57  32.28 

80.016! 

•  tl  Canam  Venatiooram . 

6.0 

12  10  51.931 

3.0808 

+   41   14  41.13 

80.064 

fi  CbanisBleontis    . 

4.5 

12  12  11.311 

•f    3.4103 

-  78  48  44.88 

—   80.001 

*  6  Ursa^  Minoris     . 

6.2 

12  14  21.315 

0.8110 

-h  88  16  55.71 

19.940 

Tj  Virginis     . 

4.0 

12  14  32.043 

3.0688 

-     0    5    0.12 

80.040 

a'Cruois 

0.9 

12  20  45  508 

3.8990 

-  62  31     1.74 

80.011 

♦  a«Corvi. 

3.1 

12  24  26.004 

3.1038 

-   15  55  50.42 

80.088 

*  p  Canam  Yenaticoram . 

4.4 

12  28  45.412 

+   8.8584 

+  41  55  40.62 

—    19.618 

fi  Corvi .... 

2.8 

12  28  52.258 

3.1485 

-  22  48  58.07 

19.960 

c  Draoonis    . 

3.8 

12  29     0.176 

8.5H8!» 

+  70  22     1.00 

19.887 

•  r  Virginis  [mtan) . 

2.9 

12  36  20.402 

3.0385 

-     0  52  25.45 

19.807 

91  Cassiopeiie              S.  P. 

5.7 

12  38  42.533 

3.8667 

+  105  85    9.19 

19.746 

•ni  Com te  Berenices 

5.1 

12  46  85.175 

-f   8.9896 

+  28    6  42.98 

—    19.656 

3^CameIopardali8(Q.)  . 

5.2 

12  48  21.455 

0.4046 

+  88  59    0.79 

19.595' 

•  r  Cassiopeia         .     8.  P. 

2.3 

12  50  22.186 

3.58:i0 

+  119  51     7.24 

19.557 

a  Canam  Venaticorum . 

3.2 

12  51     7.035 

8.8147 

+  38  58    7.37 

19.507' 

•41  Cepbei  (H.)       .    S.P. 

4.6 

12  54  24.584 

7.3115 

+  94  18  22.51 

19.490! 

*  ^  Maso8B 

3.8 

12  55     3.938 

+   4.1980 

-  70  58  55.48 

—    19.468 

•  r  Virginis 

3.1 

12  56  57.043 

8.9rt80 

+   11  31  24.55 

19.411  , 

0  Vii^nts 

4.6 

13     4  30.756 

3.1016 

—     4  58  42.46 

19.305 

*90  Cannm  Yenaticoram . 

4.7 

13  12  50.080 

8.6WM) 

+  41     7  31.34 

19.088 

a  V!rgini8X«5piwi) . 

1.1 

13  19  89.637     +  rt.iwa 

-    10  36  47.83 

—    H.«)l| 

"  ApparMit  right  Moentiona  of  utara  ro*rkMl  with  an  •■t^riak  are  t^^r>n  aA«r  thoM  of  sUDdArd  star*. 


298 


FIXED  STARS,  1895. 


1 1 

MEAN  PLACES  FOB  1895.0.    (January  0^.0— (H.  109,  Waahinsrton.) 

Kam*  of  Star. 

Manl- 
taae. 

Right  Aaeenskm. 

▼ariatkm. 

I>eelfaatlo^ 

Anaoal 

a  Ure.  Min.  (Polaris)  8.  P. 

2.2 

h     »       • 

13  20  30.074 

+  94.2555 

+   9\    15     7''32 

- 

38  Oa88iopei»         .     8.  P. 

5.9 

13  23  24.839 

4.3859 

-f  110  16  33.38 

18,669 

•  «  Octantis     . 

5.4 

13  23  59.588 

8.8298 

--  85  14  51.29 

i8.:a 

C  \irgini8 

3.6 

13  29  20.542 

3.0535 

-     0    3  32.48 

18.5ft} 

•       B.  A.  0.4536        • 

5.0 

13  30    6.479 

9.6818 

+  37  43  13.13 

18530 

••1  Virginis 

5.4 

13  36    6.035 

+   3.1438 

-     8  10  22.98 

—  ia«9 

ij  VnsdMajonB     • 

1.9 

13  43  24.266 

9.3707 

-f  49  50  14.07 

l&OId 

ij  Bootis 

2.8 

13  49  41.121 

9.8567 

+    18  55  26.81 

laiao 

50  Caasiopeiae        .     8.  P. 

4.1 

13  54  27.926 

5.0916 

-f  108     5  12.92 

I7.GK 

*  $  Apodis 

Var. 

13  55    6.253 

5.6909 

-  76  17  21.40 

I7.57# 

fi  Oentauri    • 

0.7 

13  56  24.554 

+   4.1894 

-  59  51  59.22 

—    17.574 

•  X  Hydrffi 

3.6 

14    0  23.417 

3.4091 

-  26  10  32.15 

17.349 

a  Draoonis    . 

3.7 

14     1  32.850 

1.6910 

-f  64  52  39.23 

17.992 

;  •  d  Bootis 

4.8 

14     5  36.668 

9.7386 

+  25  35  20.53 

17.1ft; 

,•  s  VirgiDLB     . 

4,2 

14    7  17.658 

+   3.1945 

-     9  47    5.90 

16,914 

*  4  UnunMiDoris    . 

4.9 

14     9  15.431 

—   0.3149 

+  78    2  27.53 

—    I6JI05 

*  d  Octantis 

5.0 

14  10    6.386 

+   9.0335 

-  83  11   10.72 

16316 

a  Bootis  (Arcturus) 

0.2 

14  10  52.329 

9.7351 

+   19  43  44.71 

is,tgn 

*  X  Bootis 

4.3 

14  12  23.521 

9.9895 

-f  46  34  13.55 

16.60' 

•  i  Virginis     . 

4.7 

14  13  25.659 

3.9387 

-   12  53  15.98 

16,715 

t  CassiopeisB        .     S.  P. 

4.6 

14  20  24.482 

+   4.8695 

-f  113    4  11.70 

—    16.4(0 

0  Bootis 

4.1 

14  21  37.405 

9.0441 

+  52  20    9.72 

16.759 

P  Bootis 

3.6 

14  27  18.363 

-f   9.5876 

+  30  49  56.21 

15.948 

5  UrssD  Minoris 

4.5 

14  27  44.866 

—   0.1836 

+  76    9  45.79 

16.019 

a  Centanri  (mean) . 

-0.1 

14  32  28.053 

-1-    4.0.185 

-  60  24    6.66 

15.038 

•  fi  Hydri         .        .     S.  P. 

5.3 

14  33  53.404 

—    1.4909 

—  100  25  58.18 

—    I5.6B8 

*  a  ApodiH 

4.1 

14  34  49.712 

-f    7.9178 

-.  78  35  55.61 

15.649* 

•33  Bootis 

5.3 

14  34  55.779 

9.9349 

+  44  51  26.90 

15,700 

c  Bootis 

2.6 

14  40  24.149 

9.C914 

+  27  31     0.77 

15.336! 

a'Librse 

2.9 

14  45    4.113 

+    3.3104 

--   15  36  19.33 

15.15;; 

fi  UrssB  Hinoris    . 

2.2 

14  51     0.686 

—   0.9954 

-4-  74  35     4.45 

—    14.790 

•47  Cephei(H.)        .     8.  P. 

5.7 

14  52     7.508 

+   7.7479 

-h  100  59  48  44 

14.654. 

•  r  8corpii 

3.4 

14  57  55.410 

3.5039 

-  24  52    8.95 

1 4.337  < 

fi  Bootis 

3.7 

14  57  59.478 

9.9601 

+  40  48  16.83 

14.348  i 

48  Cephei  (H.)        .     8.  P. 

5.5 

15     6  59.787 

7.4967 

+  102  39     5.48 

13.687' 

•  d  Bootis 

3.5 

15  11   16.231 

-h   9.4909 

+  33  42  24.33 

—    13.570 

1     fi  LibrsB 

2.9 

15  11  21.365 

3.9994 

-     8  59  43.51 

13.490 

•  p  Octantis     . 

5.7 

15  19     5.977 

13.0559 

-  84    6  51.81 

19,907 

.     ;c>  Bootis 

4.5 

15  20  31.449 

-f   9.9663 

+  37  44  43.88 

19.766 1 

1     /^  UrsaB  Minoris    . 

1 

3.2 

15  20  53.754 

—   0.1995 

+  72  12  27.40 

I9.8P^| 

*  fi  CoronsB  Borealis 

3.9 

15  23  30.033 

+   9.4759 

+  29  28    3.20 

—    19.560  j 

a  CoronsB  Borealis 

2.3 

15  30  14.552 

9,5394 

+  27    4     5.15 

19.9901 

a  8erpentis   . 

2.7 

15  39     5.746 

9.9590 

+     6  45  21.52 

11.539 

•  r  Camelop.  (H.)    ,     8.  P. 

4.6 

15  39  16.337 

6.9473 

+  108  59  30.37 

11.504 

c  8erpentis   . 

3.7 

15  45  34.905 

+   9.9875 

+     4  47  38.29 

11.030. 

C  Uraae  Minoris     . 

4.6 

15  47  48.715 

—   9,9403 

+  78     7    2.58 

—    10.936 

t  C3oroD2e  Borealis 

4.1 

15  53  14.492 

+  9.48:u 

+  27  10  55,22 

I0.ri96 

d  8corpii 

2.6 

15  54     7.459 

3,53<>6 

-  22  19  21.62 

10.505 

'     /5«Scorpii 

2.9 

15  59  19.878 

3.4816 

-   19  31     4.55 

iaii6 

•  'J'  Apodis 

4.9 

16     4  39.655 

4-    8.7933 

-  78  25  49.14 

—     9.671; 

*A|ipar«ni  right  MCfumionn  of  atan  marked  with  tax  aatorisk  are  giTen  after  tbfMe  of  i^aadard  atan. 


FIXED  STARS,  1895. 


299 


MPiAIiT  PLACES  FOE  1895.0.    (January  0*.0-0*.109,  Waghingto 

Q.) 

Hua«  of  Star. 

tadr 

Right  AMeBAioa. 

A  niinftl 
YftriAtion. 

DeeliaftUoB. 

AdbiiaI 
▼arUtioB. 

•   ^  Hercolis 

4.2 

h      m       ■ 

16    5  27.440 

+ 

1.8816 

-h  45*"  12'  36.88 

—     9.569 

GFOoinbridge9320 

5.5 

16     6     1.888 

0.1420 

+  68    5  12.65 

9.497  : 

a  Ophiuohi   . 

2.8 

16    8  50.562 

3.1401 

-     3  25  25.64 

9.492 

*    tf  GoroDfiB  BorealiB  (mean) 

5.3 

16  10  44.717 

3.2449 

+  34    7  29.90 

9.241 

T  HercuUs    . 

3.9 

16  16  35.094 

1.8013 

+  46  33  47.87 

8.722 

•   Y  Apodis 

4.0 

16  17  21.582 

+ 

9.0819 

-  78  39  38.74 

—     8.684 

•   17   UrsieMinoris    . 

5.0 

16  20  34.408 

— 

1.8101 

+  75  59  50.13 

8.175 

yi  DraooDis    . 

2.8 

16  22  34.290 

+ 

0.8074 

+  61  45    6.58 

8.216 

<z  Soorpii  (Antare») 

1.2 

16  22  58.120 

3.6710 

->  26  11  55.66 

8.276 

/9  Hercolifi 

2.8 

16  25  42.364 

+ 

2.5777 

-f  21  43    6.76 

8.038 

1 

A  DracoDis    . 

5.0 

16  28  11.507 

_ 

0.1327 

+  68  59  42.34 

—     7.799 

C  Ophiachi    . 

2.8 

16  31  22.599 

+ 

3.2995 

-  10  21   15.28 

7.541 

a  Triangali  Aastralis  . 

2.2 

16  37  32.908 

6.3086 

-  68  50    3.32 

•    7.109 

19  HercaliB 

3.7 

16  39  17.734 

2.0540 

+  39    7  19.20 

7.006 

a  Oamelopardalis .     S.  P. 

4.4 

16  43  36.452 

5.9288 

+  113  50  10.45 

6.559 

«  Ophiachi    . 

3.4 

16  52  41.893 

+ 

2.8377 

+     9  32  18.45 

—     5.810 

c  Ursffi  Minoris    . 

4.5 

16  56  44.000 

6.3142 

+  82  12  34.90 

5.468 

d  Hercalis    . 

5.3 

16  57  43.741 

+ 

2.21 15 

+  33  43  13.53 

5.380 

•  19  Ophiuohi    . 

2.5 

17     4  21.320 

3.4374 

-.   15  35  41.15 

4.712 

a*  Hercalis  (var.)  . 

3.1 

17    9  51.573 

2.7337 

+   14  30  36.47 

4..325 

•  -K  Hercalis 

3.4 

17  11  23.419 

+ 

2.0893 

+  36  55  39.17 

—     4.213 

*  6  Ophiachi    . 

3.3 

17  15  33.620 

3.6796 

-  24  53  40.68 

3.915 

h  Ophiachi  (rar.) . 

4.4 

17  19  57.437 

3.6594 

-  24    4  42.44 

3.617 

•  a  Ar»   .... 

3.8 

17  21  37.305 

5.4030 

-.  60  35  45.92 

3.483 

Groombr.  966      .     S.  P. 

6.4 

17  25  41,570 

8.0047 

+  105     1  35.09 

3.010 

fi  Draconis    . 

3.0 

17  28     3.638 

+ 

1.3537 

+  52  22  44.45 

—     2.786 

•      OrooDibr.944      .     S.  P. 

6.4 

17  28  21.697 

18.6860 

+  94  51  23.25 

2.773 

a  Ophiachi    . 

'  2.2 

17  30    3.614 

2.7830 

+    12  38  11.65 

2.849 

*   c  HercuUs     . 

4.0 

17  36  30.183 

+ 

1.6968 

+  46    3  43.88 

2.054 

m  Draconis    . 

4.9 

17  37  34.035 

0.3532 

+  68  48  23.13 

1.636 

li  Hercalis     • 

3.5 

17  42  20.971 

+ 

2.3466 

+  27  46  55.44 

—     2.303 

^*  Draconis    . 

4.8 

17  43  48.285 

— 

1.0780 

+  72  12    0.78 

1.689 

*  $  Hercolis 

3.9 

17  52  39.085 

+ 

2.0553 

+  37  15  52.29 

0.624 

y  Draconis    . 

2.5 

17  54  10.072 

1.3917 

+  51  30    4.24 

0.540 

r*SagitUrii  . 

2.9 

17  59    3.744 

3.8517 

-  30  25  30.67 

—     0.300 

*  0  Hercniis 

3.9 

18    3  26.803    + 

2.3395 

+  28  44  58.06 

+     0.304 

a  UrssMinoris 

4.4 

18    6  10.278'  - 

19.4780 

+  86  36  45.07 

0.591 

,   w  Camelop.  (H.)    .     8.  P. 

4.7 

18    7  16.289 

+ 

6.6169 

+  110  38  88.07 

0.754 

M'Sagittarii  . 

4.1 

18    7  29.031 

3.5867 

-  21     5    9.79 

0.642 

17  Serpentis  . 

3.5 

18  15  52.588 

3.1024 

-     2  55  32.14 

0.713 

*  I  Sagittarii  . 

2.9 

18  21  29.431 

+ 

3.702(» 

-  25  28  47.03 

+      1.668 

-  *  I  Draconis    . 

5.3 

18  22  56.936 

^ 

l.OtfOl 

+  72  41   13.63 

1.630 

1  AquilflB 

4.0 

18  29  29.595 

+ 

3.2645 

-     8  19    2.68 

2.244 

♦  C  Pavonis 

4.2 

18  30  45.820 

7.0270 

-  71  31     0.80 

2.543 

a  Lyr»  ( Vega) 

0.2 

18  33  23.022 

2.0314 

+  38  41     9.24 

3.183 

\   f  Lyne  {tar,) 

3.6 

18  46  12.208 

+ 

2.2143 

+   33  14  26.51 

+      3.997 

9  Sagittarii  . 

2.3 

18  48  45.277 

+ 

3.7213 

-  26  25  36.96 

4.l.'i6 

60  Draconis    . 

5.6 

18  49  45.509 

1.91 11 

+  75  18  36.10 

4.394 

9  Octantis 

6.6 

18  51     8.993 

+  104.3640 

-  89  15  40.92 

4.420 

61  Gephei  (H.)        .     S.  P. 

5.3 

18  51    14.440'   -|-«».7666 

+  92  47  16.82 

+     4.484 

'Appanst  right  Mo«nsion»  of  tUn  niarkod  with  an  utrriak  are  given  nAer  Umm  of  rtnndnni  ■!*». 


300 


FIXED  STARS,  1895. 


MB  AN  PLACES  FOB  1895.0.    (Januitfy  0«.0-(H.109,  WashiugtOD.) 

Kmbs  of  Star. 

3.3 

ElclitAiUBriii. 

TaiiiHtn 

.  •  r  LywB  .... 

18  55    0J967 

+  9.9444 

+  32  32  44J3O 

+     4,779 

C  AqailflB 

3.1 

19    0  35.050 

2.7569 

+   13  42  26.96 

5.135 

•   i  LywB  .... 

hSt 

19    3  33.331 

2.1413 

+  35  56    8.41 

h.^ 

*95  Gamelopardalis .     B.P. 

5.3 

19    6  59.373 

I2J»I4 

+  97  23  13.22 

^^ 

d  Sagittarii  . 

5.0 

19  11  29.486 

3.5119 

-   19    8  22.34 

6.196 

a  Draconis    . 

3.1 

19  12  31.883 

+  0.0282 

+  67  28  36.57 

+     6.387 

•  B  Lywe  .... 

4.4 

19  12  43.345 

+  2.0791 

+  37  56  47.97 

6.»* 

r  Dracooia    . 

4.5 

19  17  34.427 

—    1.1202 

+  73    9  37.71 

6.7€7 

Piazzi  vii,  67       .     S.  P. 

5.7 

19  19  57.469 

+   6.2939 

+  111  19  13.02 

^m 

^  AqailsB 

3.5 

19  30  12.254 

3J»5I 

+     2  54  20.01 

tm, 

•  »  Oygni 

3.1 

19  26  29.220 

+   2.4194 

+  27  41  21.05 

+     7.3BI 

k  UrsseMinom    . 

6.5 

19  28    6.432 

—  66.4580 

+  88  58  39.31 

7.5» 

«  Aqailffi 

5.0 

19  31  14.548 

+   3.2286 

-     7  15  38.44 

7.771 

•  /9  SagittA      . 

4.5 

19  36  19.993 

2.6955 

+   17  13  57.83 

ai&5 

X  AquilsB 

2.8 

19  41  16.071 

2.6522 

+   10  21  26.89 

8.567 

•  ^  Cygni 

2.9 

19  41  41.629 

+    1.8761 

+  44  52  27.92 

+   a6^ 

a  AqaUfiB  ( AJtotr) . 

0.9 

19  45  39.625 

2.9275 

+  .  8  35  27.82 

9.2« 

•      Oroombr.  1374     .     S.P. 

5.6 

19  47  37.397 

7.2757 

+ 105  48    7.66 

9.1W 

•  e  Pavonis     . 

4.1 

19  48  26.353 

+  7.0104 

-  73  11  10.61 

9.136 

c  Draconis    . 

3.9 

19  48  31.552 

—   0.1817 

+  70    0     1.88 

9.IW 

fi  Aqai1a5 

3.9 

19  50    9.337 

+  2.9470 

+     68  40.31 

+  aTw 

•  y  Sa^ttad 

3.6 

19  54    5J262 

2.6678 

+  19  12  25.70 

9.613 

*  c  Sagittarii  . 

4.5 

19  56  12.142 

3.6941 

-  28    0    5.15 

9.756 

r  AquilflB 

5.7 

19  59    0.695 

2.9329 

+     6  58  54.01 

9.959 

3  nr8ffiMajori8(H.)  S.P. 

5.5 

20    2  22i)59 

6.0423 

+  111  13    2.35 

10.»3 

*  e  Aqnilae 

3.3 

20    5  53.206 

+  3.0970 

-     1    7  58.37 

+   10.478 

•31  Cygni 

3.9 

20  10  19.532 

1.8893 

+  46  25  22.31 

I0.d0l 

o^  CapriocMni . 

3.7 

20  12  13.742 

+   3.3316 

-   12  52  12.47 

10.938 

<  Cephei  (ft.) 

4,4 

20  12  25.316 

—    1.9324 

+  77  23  42.52 

IO.W) 

a  Pavonis 

2.1 

20  17  20.892 

+   4.7808 

-  57    4  15.87 

11.^ 

r  Cygni 

2.3 

20  18  27.706 

+  2.1538 

+  39  55  13.99 

+   11.383 

YT  Caprioomi. 

5.1 

20  21  18.708 

3.4390 

-   18  33  20.90 

iii-e 

e  Delphini 

4.0 

20  28  11.827 

+   2.8671 

+   10  56  47.70 

11061 

Orooni  bridge  324 1 

6.5 

20  30  27.551 

—   0.2237 

+  72  10  33.44 

)a.2/9 

*  a  Delphini    . 

3.9 

20  34  45.665 

+   2.7878 

+  15  32  30.00 

12.5.18 

*  ^  Pavonis 

8.4 

20  35  29.805 

+  5.4676 

-  66  34  47.96 

+   W^ 

a  Cygni 

1.4 

20  37  51.161 

2.0445 

+  44  54  18.25 

11736 

•  4'  Capricomi . 

4.3 

20  39  52.747 

3.6576 

-.  25  38  53.03 

11:11 

•  c  Cygni 

2.6 

20  41  57.778 

2.4279 

+  33  34  36.79 

11354 

Ik  Aqaarii 

4.8 

20  46  59.453 

+   3.2393 

-     9  22  38.16 

13.308 

12  Year  Catalogue,  J  879 

5.3 

20  52  20.857 

—   2.5666 

+  80    9  30i22 

+   13.668 

V  Cygni 

4.1 

20  53  15.506 

+   2.2344 

+  40  45  46.49 

11738; 

rf»  UrsflB  M^joris    .     S.  P. 

5.0 

21     1     9.266 

6.3474 

+  112  26  21.70 

14.306 ; 

61*  Cygni 

5.4 

21     2  11.379 

2.6835 

+  38  13  58.83 

17.5W 

1 

C  Cygni 

3.3 

21     8  27.994 

2.5499 

+  29  47  46.25 

Ii6^; 

•  T  Cygni 

3.8 

21  10  35.998 

+   2.3937 

+  37  35  50.09 

+   15.277 

1                     J 

a  Cepbei 

2.6 

21   16    4.438 

1.4362 

+  62    8  26.34 

\h,m\ 

1  Pegasi 

4.3 

21   17  13.794 

2.7723 

+  19  21  1894 

|5.«55 

•  C  Capricomi . 

3.8 

21  20  40.396 

3.4317 

-  22  51  58.04 

16.419 

1     1  Draconis  (H.)     .     S.P. 

4.5 

21  22    6.642 

+    8.9.'>58 

+  98  12  35.46 

4.  |6.49e 

*A|»p*reot  right  Moeiuiioiis  of  ttara  markeil  with  an  ■■t«riik  are  given  after  thoat  of  afndiri  aUn 


FIXED  STARS,  1895. 


301 


MEAN  PLAGES  FOB  1895.0.    (Janiiary  0<iX)-(H.109,  Washington.) 

Name  of  Star. 

tode. 

RiXbC  Ancrnalon. 

AnBNal 
Varuitlon. 

+   6.3915 

Dodlnfttlon.- 

Aaoiul 
TwUttoa. 

d  UrweMajoris     .     S.P. 

4.6 

h      m       » 

21  25  11.702 

+ 109  42  86.56 

+ 

15.689 

fi  Aqnarii 

2.9 

21  26     1.908 

3.1613 

-     6     1  59.07 

16.678  , 

fi  Opb6i(pr.) 

3.4 

21  27  18.270 

0.79W 

+  70    5  58.87 

16.760 

^  Aqnarii 

4.8 

21  32    9.780 

3.1975 

-     8  19  80.16 

I5.9H8 

•74  Cygni 

5.0 

21  32  44.420 

2.4019 

+   39  56  29.94 

16.063 

•  i*OctantfB     . 

5.4 

21  84  47.039 

+   9.7266 

-  63  12     5.85 

+ 

16.082 

•  C  Ohamaeleontis    .     S.P. 

5.2 

21  36  58.520 

—    1.6785 

-  99  31  49.61 

16.279 

c  Pefi^ 

2.4 

21  89     1.759 

+   2.9467 

+     9  23  37.09 

16.371 

11  Cephei 

4.8 

21  40  23.134 

0.6995 

+  70  49  40.75 

16.543 

•  ^Cygni 

4.5 

21  42  54.848 

2.2137 

+  48  49  25.49 

16.654 

fx  Capricorn! . 

5.2 

21  47  34.306 

+   3.2754 

-    14    2  45.64    -f 

16.794 

•  16  Pegasi 

5.1 

21  48  17.060 

2.72HI 

+  25  25  52.06 

16.831 

79  DraooniH    • 

6.6 

21  51  33.275 

0.7265 

-h  73  12  20.13 

17.016 

a  Aqnarii 

3.0 

22    0  23.461 

3.0825 

-     0  49  47.73 

17.369 

a  Gmifl. 

1.9 

22     1  36.914 

3.8035 

-  47  28    9.42 

17.263 

•  X  Pegnsi 

4.3 

22    5  19.437 

-f-   2.6605 

+  82  39  47.29 

+ 

17.591 

39  Urse  Majoris     .     S.  P. 

5.7 

22  10  24.533 

4.4144 

+  114  22    5.39 

17.828 

d  Aqnarii 

4.4 

22  11   17.596 

3.1687 

-     6  16  21.92 

17.814  * 

•  o  Octantis     . 

6.2 

22  11  30.294 

12.9854 

-  86  30    2.59 

17.936 

•  r  Aqnarii 

4.0 

22  16  13.965 

3.1006 

-     1  54  59.11 

18.051 

w  Aqnarii 

4.6 

22  19  54.901 

•f   3.0646 

+     0  50  40.59 

+ 

18.166 

*  #  Aqnarii 

49 

22  25    5.406 

3.1753 

->   11   12  54.68 

18.329 

9  DraooDia    .        .S.P. 

5.0 

22  26  10.537 

5.2475 

+  103  44  46.91 

18.412 

•  a  LaoertsB 

3.9 

22  26  57.887 

2.4631 

+  49  44  83.28 

18.424  , 

19  Aqnarii 

4.2 

22  29  57.649 

3.0835 

-     0  89  81.19 

18.467  ■ 

9W  Cephei  (B.) 

5.7 

22  30  25.918 

+    1.0756 

+  75  41     7.01 

+ 

18.632 

*  10  Lacertce 

5.0 

22  34  32.970 

2.6873 

+  88  30  13.62 

18.678 

1  •  .'i  Octantia    . 

4.4 

22  85  18.812 

6.4485 

-  81  55  53.86 

18.701 

C  Pegaai 

3.5 

22  36  13.522 

2.9911 

+   10  16  59.77 

18.716 

*  X  Pegaai 

4.1 

22  41  28.385 

2.8856 

+  23    0  47.21 

18.882 

t  Cephei 

3.6 

22  45  56.414 

+  2.1231 

+  65  88  53.04 

+ 

18.882 

i  Aqnarii 

3.8 

22  47     8.234 

3.1324 

-     8    8  17.70 

19.063 

•      Groombr.  I706    .     S.P. 

6.3 

22  51  33.145 

4.9622 

+  101  40    2.47 

19.163 

a  Pia.  Ana.  (.FomalAaKO 
*  0  Andromedse 

1.3 

3.8 

22  51  50.903 
22  57     5.318 

3.3236 
2.750JI 

-  30  10  43.32 
+  41  45  41.45 

« 

19.001 
19.293 

a  Urste Majoris          S.P. 
a  Pegaai  {karkab) 

2.0 

22  57  14.865 

+   3.7430 

+  117  40  55.85 

+ 

19.372  ' 

2.5 

22  59  31.821 

2.9853 

+   14  38  24.96 

19.308 

*  f  Aqnarii 

4.3 

23     8  53.102 

3. 1086 

—     6  36  53.88 

19.364 

0  Cephei 

5.1 

23  14  18.893 

2.44G3 

+  67  32  13.59 

19.673 

*  r  Pegasi 

4.6 

23  15  26.363 

2.9641 

+  23    9  55.66 

19.661  j 

#  Pi^cinm 

4.3 

23  22  38.488 

+   3.0413 

+     5  48    7.50 

+ 

19.731 ; 

i  Draoonia    .        .S.P. 

4.0 

23  25  10.068 

3.6153 

+  110     5  22.06 

19.842 

*  X  Andromed» 

3.8 

23  32  25.460 

2.0237 

+  45  53  20.35 

19.475  , 

1  Piaoinm 

4.3 

23  34  32.976 

3.0843 

+     58  25.82 

19.486 

,     r  Cephei 

3.5 

23  35    2.053 

2.4196 

+  77    2  46.35 

20.077 

1 

•  *  i}  Aqnarii 

5.2 

23  38  45.384 

-1^    3.1164 

-   18  51  34.65 

+ 

19.961 

1  *  a  SonIptx)ri8  . 

4.6 

23  43  27.438 

3.1316 

—  26  42  38.63 

I9.H.'W 

;»r'Octantis    . 

5.2 

23  45  55.766 

3.6715 

—  82  36     8.62 

19.994 

Groombridge4i63 

6.6 

23  49  43.549 

2.8702 

+  73  49  33.48 

20.023 ; 

'    m  Piscinm 

4.2 

23  53  55.164 

3.0787 

+     6  16  55.08 

19.931  ' 

•33  PiKTinm 

4.7 

23  59  57.666 

+   3.07OH 

-     6  17  41.41 

+ 

20.143 

*  A^par«Bt  rlf  hi  Momuioiu  of  atan  marked  with  an  aat«riak  are  girvn  aft«r  thoa*  of  aUBdard  atan. 


302 


JANUARY,  1895. 


1 

1 

' 

OIBOUMPOIiAB  STABa 

, 

▲PPABEHT  PLACES  FOB  THfi  UPPER  TEAN STT  AT  WASHDrOTOK. 

1 
1 

Mmm 

S«far 
DM*. 

a  Une  Minoris. 

M€Mn 

Solsr 
DMe. 

51  Cepbei  (Hsv.) 

Salar 
DM*. 

iVram 

Minona. 

Soter 
DM*. 

XUnm 

»  M iooru 

W^ 

Biidrt 

tioa 
MwrO. 

Sf^ 

Deella*. 

jr«ra. 

RiKbt 

Dmemar 
MtrA. 

Jan. 

1 

h    m 

1  19 

+88  45 

Jan. 

6  51 

+87  12 

Jan. 

h     m 

18    5 

+86  36' 

Jan. 

19  26 

+88  58 

1 

• 

77.54 

16.4 

0.5 

s 
46.08 

50.3 

OJ) 

• 
46.55 

33.3 

0.0 

• 
37.69 

m9 

1^ 

76.50 

16.5 

1.5 

46.17 

50.6 

1.9 

46.58 

32.9 

1.0 

37.26 

35-7 

«.3 

75.50 

16.5 

9.6 

46.22 

50.9 

2.9 

46.63 

S2.6 

2.0 

36.91 

3S.J 

3.3 

74.55 

16.6 

3.5 

46.26 

61.3 

3.9 

46.67 

32.3 

3.0 

36.61 

3a.O 

4^ 

73.67 

16.7 

4.5 

46.32 

51.6 

4.9 

46.72 

32.0 

4.0 

36.32 

34.7 

5.3 

72.81 

16.7 

5.5 

46.39 

51.8 

5.9 

46.76 

31.7 

5.0 

36.03 

34.4 

6.3 

71.97 

16.8 

6.5 

46.47 

52.1 

6.9 

46.77 

31.4 

6.0 

35.71 

34.1 

7^ 

71.13 

16.9 

7.5 

46.57 

52.4 

T.9 

46.77 

31.0 

7.0 

35.35 

33J 

1 

8^ 

70.26 

17.0 

8.5 

46.69 

52.7 

8.9 

46.78 

30.7 

&0 

34.95 

1 
33.6 

9.3 

69.32 

17.1 

9.5 

46.80 

53.0 

9.9 

46.79 

30.4 

9.0 

34.54 

33.3 

10.^ 

68.35 

17.2 

10.5 

46.89 

53.4 

10.9 

46.82 

^30.0 

10.0 

34.12 

319 

11.2 

67.31 

17.3 

11.5 

46.97 

53.7 

11.9 

46.87 

'29.7 

II.O 

33.73 

32.6 

66.24 

17.4 

12.5 

47.03 

54.1 

12.9 

46.94 

29.3 

12.0 

33.39 

313 

13.2 

65.14 

17.5 

13.5 

47.06 

54.4 

13.9 

47.03 

28.9 

13.0 

33.13 

31.9 

14.2 

64.05 

17.5 

14.5 

47.03 

54.8 

14.9 

47.14 

28.6 

13.9 

Jt9e 

31.5 

15.2 

62.99 

17.5 

15.5 

47.00 

55.1 

15.9 

47.28 

28.3 

14.9 

32.87 

31.^ 

1 
16.2 

61.98 

17.5 

16.5 

46.93 

55.4 

16.9 

47.40 

23.0 

15.9 

32.85 

1 

30.8  ' 

1 

17.2 

61.00 

17.5 

17.5 

46.86 

56.7 

17.9 

47,54 

•    27.7 

16.9 

32.87 

30.5 

18.2 

60.09 

17.5 

18.5 

46.80 

56.0 

18.9 

47.67 

27.4 

17.9 

32.91 

30.^ ; 

19.2 

59.21 

17.4 

19.5 

46.76 

56.3 

19.9 

47.78 

27.1 

18.9 

32.95 

S9.9 

20.2 

58.35 

17.4 

20.4 

46.71 

56.6 

20.9 

47.89 

26.8 

19.9 

32.96 

99.6 

21.2 

57.48 

17.4 

21.4 

46.68 

56.8 

21.9 

48.00 

26.5 

20.9 

32.93 

29.3 

22.2 

56.56 

17.4 

22.4 

46.67 

57.1 

22.9 

48.12 

26.2 

21.9 

32.89 

89.0 

1 

23.2 

55.64 

17.5 

23.4 

46.64 

67.4 

23.9 

48.24 

25.9 

22.9 

32.82 

'm.y 

24^ 

54.63 

17.5 

24.4 

46.60 

57.8 

24.9 

48.39 

25.6 

23.9 

32.77 

«.< 

25.2 

53.60 

17.4 

25.4 

46.53 

58.1 

25.9 

48.54 

^.2 

24.9 

32.77 

28.1 

26.2 

52.52 

17.4 

26.4 

46.44 

58.4 

26.9 

48.73 

24.9 

25.9 

32.81 

27.7 

27.2 

51.43 

17.3 

27.4 

46.31 

i 

58.8 

27.9 

48.95 

24.6 

26.9 

32.96 

27.3 

1 

2H.2 

60.37 

17.3 

28.4 

46.15 

59.1 

28.9 

49.16 

24.3 

27.9 

33.18 

1 
27.0 

,    29.2 

49.33 

17.2 

29.4 

45.96 

59.4 

29.9 

49.40 

24.0 

28.9 

33.48 

26.6 

'   20M 

48.34 

17.1 

.10.4 

45.77 

59.7 

30.9 

49.63 

23.7 

29.9 

33.82 

86.3  1 

31.2 

47.44 

17.0 

31.4 

45.57 

60.0 

31.9 

49.86 

23.5 

30.9 

34.23 

36.0  1 

32.2 

46.58 

16.8 

32.4 

45.38 

60.3 

32.9 

50.06 

23.3 

31.9 

34.62 

25.7  1 
J 

FEBRUARY,  1895. 


303 


CIRCUMPOLAB  8TAES. 

APPARENT  PLACES  FOR  THE  UPPEE  TBAN8IT  AT  WASHINGTON. 


Feb. 
1.9 

4.9 


5.9 

«.,! 

7.9 

8.9 

9.9 
10.9 
11.9 
19.9 

13.9 
14.9 
15.1 
16.1 


17.1 
18.1 
19.1 
90.1 


91. 1 
99.1 
93.1 
94.1 

95.1 
96.1 
27.1 
98.1 


L 


a  UrMB  MinorU. 
{PeUrit.) 

Rifht 

AM«n> 

•ion. 

Declina- 
tion 
Norih. 

h     m 

1  19 

+  88  45 

■ 

46.58 

16.8 

45.76 

16.7 

44.07 

16.7 

44.16 

16.6 

43.39 

16.5 

49.43 

16.4 

41.50 

16.4 

40.53 

16.3 

30.55 

16.9 

38.57 

16.0 

37.61 

15.9 

36.71 

15.7 

35.88 

15.5 

35.10 

15.3 

34.38 

15.1 

33.68 

14.9 

33.00 

14.8 

39.31 

14.6 

31.57 

14.4 

30.80 

14.3 

99*96 

14.1 

99.16 

13.9 

98.31 

13.7 

97.46 

13.5 

96.67 

13.3 

95.04 

13.0 

95.97 

19.7 

94.67 

19.5 

94.13 

19.9 

93.4 
94.3 

95.3 
96.3 
97.3 
98.3 

99.3 


51  Ceph< 

Moan 
Solar 
Daio. 

Rl«bt 

Aacen* 

■ion. 

Feb. 

b     m 

6  51 

1.4 

a 
4.'>.38 

9.4 

45.99 

3.4 

45.07 

4.4 

44.95 

5.4 

44.81 

6.4 

44.67 

7.4 

44.54 

8.4 

44.37 

9.4 

44.15 

10.4 

43.99 

11.4 

43.65 

19.4 

43.35 

13.4 

43.08 

14.4 

49.77 

15.4 

49.50 

16.4 

49.95 

17.4 

49.00 

18.4 

41.75 

19.4 

41.59 

90.4 

41.96 

91.4 

41.01 

99.4 

40.71 

Declina- 
tion 
JTarO. 


40.39 
40.03 

39.65 
39.95 

:«.H7 

38.47 
38.19 


+87  13 


0.3 
0.5 
0.8 
1.0 


1.3 
1.5 
1.8 
9.9 

9.5 
9.8 
3.0 
3.3 

3.6 
3.8 
4.0 
4.9 

4.4 

4.6 

4.8 
5.0 


5.3 
5.5 
5.8 
6.0 


6.9 
6.4 

6.6 
6.8 

6.9 


Mean 
Solar 
Date. 


i  Vnm  MiDoria. 


Feb. 

1.9 
9.9 
3.9 
4.9 

5.9 
6.9 
7.9 
8.9 

9.9 
10.9 
11.9 
19.9 

13.9 
14.9 
15.9 
16.8 

17.8 

18.8 
19.8 
90.8 

91.8 
99.8 
93.8 

94.8 

95.8 
96.8 
97.8 
98.8 

99.8 


RiKht 

Aflcen* 

■ion. 


b     m 

16    5 

a 
50.06 
50.98 
50.48 
50.66 


50.86 
51.07 
51.99 
51.51 

51.77 
59.04 
59.34 
59.64 

• 
59.93 
53.93 
5.r50 
53.76 

54.04 
54.99 
54.56 
54.83 

55.13 
55.44 
55.78 
56.14 

56.48 
56.85 
57.90 
57.56 

57.89 


Declina- 
tion 
North. 


+  86  36 


» 
93.3 

93.0 

99.8 
99.6 


99.3 
99.0 
91.8 
91.5 

91.9 
90.9 
90.7 
90.5 

90.3 
90.1 
90.0 
19.8 

19.6 
19.5 
19.3 
19.1 

18.8 
18.6 
18.4 
18.3 

18.1 
18.0 
17.9 
17.8 

17.7 


Mean 

Solar 
Date. 


1  IJnm  Minoria. 


Feb. 

1.9 
9.9 
3.9 
4.9 

5.9 
6.9 
7.9 
8.9 

9.9 
10.9 
11.9 
19.9 

13.9 
14.9 
15.9 
16.9 

17.9 
18.9 
19.9 
90.9 

91.9 
99.9 
93.9 
94.9 

95.9 
96.9 
97.9 
98.9 

99.9 


RiKbt 

Aacen* 

alon. 


b     m 

19  26 

a 
34.99 
35.31 
35.61 
35.85 


36.11 
36.35 
36.63 
37.00 

37.44 
37.96 
38.66 
39.19 


39.81 
40.54 
41.90 
41.89 


49.39 
49.95 
43Jil 
44.10 

44.73 
45.43 
46.90 
47.07 

47.98 
48.99 
49.87 
50.80 

51.70 


DerliuM- 
tion 
Nora,      i 


+  88  58 


95.4 
95.9 
94.9 
94.6 


94.3 
94.0 
93.7 
93.4 

93.0 
99.7 
99.4 
99.1 


91.8 
91.6 
91.3 
91.1 


90.9 
90.6 
90.4 
90.1 

19.8 
19.5 
19.3 
19.0 

18.7 
18.5 
18.3 
18.1 

17.9 


304 


MARCH,  1895. 


OmOUMPOLAE  STAEa 

APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINOTOH. 

t 

a  Urso)  Minoris. 
(Polaris.) 

51  Cephei  (Hbv.) 

6  UnuD  MiuoriB. 

X  Vnm  MiiioriA. 

Mean 
Solar 
Date. 

\ 

Mean 
Solar 
Date. 

Mean 
Solar 
Date. 

Mean 
Solar 
Date. 

Right 

Aaceu- 

aion. 

Declina> 

tion 

North, 

Right 

Aacen- 

aion. 

Declina- 
tion 

Right 

Aacen- 

aion. 

Declina- 
tion 
North, 

Right 

Aacen- 

aion. 

Deeliaa- 

tion 
Nmrtk. 

Mar. 

h     m 

1  19 

+  88  45 

Mar. 

h     m 

6  51 

O           t 

+87  13 

Mar. 

h    m 

18    5 

+  86  36 

M»r. 

h     m 

19  26 

+88  68 

1.1 

24.13 

12.2 

1.3 

38.12 

0t 

6.9 

1.6 

a 
57.89 

// 
17.7 

1.9 

a 
51.70 

it!^ 

2.1 

23.62 

12,0 

2.3 

37.77 

7.0 

2.8 

58.20 

17.6 

2.9 

52.55 

17.8 

3.1 

23.12 

11.8 

3.3 

37.45 

7.2 

3.8 

58.51 

17.5 

3.9 

53.33 

17.6 

4.1 

22.63 

11.6 

4.3 

37.16 

7.3 

4.8 

58.80 

17.4 

4.9 

54.11 

17.4 

5.1 

22.10 

11.4 

5.3 

36.85 

7.5 

5.8 

.59.12 

17.3 

5.9 

54.86 

17.2 

6.1 

21.52 

11.2 

6.3 

36.54 

7.6 

6.8 

.59.43 

17.2 

6.9 

55.64 

17.0 

7.1 

20.91 

10.9 

7.3 

36.22 

7.8 

7.8 

59.75 

17.0 

7.9 

56.47 

16.8    1 

8.1 

20.27 

10.7 

8.3 

35.87 

6.0 

8.8 

60.09 

16.9 

6.9 

57.37 

16.6 

9.1 

19.65 

10.5 

9.3 

35.49 

6.2 

9.8 

60.45 

16.8 

9.6 

58.34 

16^ 

10.1 

19.05 

10.2 

10.3 

35.09 

6.3 

10.8 

60.83 

16.7 

10.8 

59.39 

16.1 

n.i 

18.50 

9.9 

11.3 

34.65 

.    6.5 

11.8 

61.20 

16.6 

11.8 

60.49 

16.0 

12.1 

18.01 

9.6 

12.3 

34.21 

6.6 

12.6 

61.59 

16.6 

12.8 

61.61 

15.8 

13.1 

17.61 

9.3 

13.3 

33.78 

6.7 

13.6 

61.95 

16.6 

1.3.6 

62.73 

15.7 

14.1 

17.25 

9.0 

14.3 

33.36 

8.7 

14.8 

62.31 

16.6 

14.6 

63.64 

15.6 

15.1 

16.95 

8.7 

15.3 

32.95 

6.6 

15.8 

62.H6 

16.6 

15.8 

64.89 

15.5 

16.1 

16.68 

8.4 

16.3 

32.57 

6.8 

16.8 

62.99 

16.6 

16.8 

65.91 

15.4 

17.1 

16.41 

8.1 

17.3 

32.20 

6.9 

17.8 

63.32 

16.6 

17.6 

66.87 

15.3 

16.1 

16.11 

7.9 

18.3 

31.84 

9.0 

18.8 

63.65 

16.6 

18.6 

67.82 

15.2 

19.1 

16.79 

7.6 

19.3 

31.49 

9.0 

19.8 

63.98 

16.5 

10.8 

68.78 

15.0 

20.1 

15.42 

7.4 

20.3 

31.13 

9.1 

20.8 

64.32 

16.5 

20^ 

69.75 

14.9 

21.1 

15.04 

7.1 

21.3 

30.74 

9.2 

21.6 

64.66 

16.5 

21.6 

70.79 

14.6 

22.0 

14.63 

6.8 

22.3 

30.32 

9.3 

22.7 

65.03 

16.4 

22.8 

71.90 

14.6 

23.0 

14.24 

6.5 

23.3 

29.88 

9.4 

23.7 

65.44 

16.4 

23.8 

73.08 

14.6 

24.0 

13.^ 

6.2 

24.3 

29.41 

9.5 

24.7 

65.82 

16.4 

24.6 

74.27 

14.4 

25.0 

13.50 

5.9 

25.3 

26.94 

9.5 

25.7 

66.21 

16.5 

25.6 

75.52 

14.3 

26.0 

13.36 

5.5 

26.3 

28.46 

9.6 

26.7 

66.61 

16.5 

26.8 

76.77 

14.2 

27.0 

13.21 

5.2 

27.3 

26.00 

9.6 

27.7 

66.98 

16.6 

27.8 

78.01 

14.1 

28.0 

13.12 

4.8 

28.3 

27.55 

9.6 

26.7 

67.33 

16.6 

26.6 

79.20 

U.l 

29.0 

13.06 

4.5 

29.3 

27.13 

9.5 

29.7 

67.68 

16.7 

29.6 

60.34 

14.1 

30.0 

13.06 

4.2 

30.3 

26.73 

9.5 

30.7 

68.00 

16.8 

30.8 

81.41 

14.1 

31.0 

13.06 

3.9 

31.3 

26.38 

9.5 

31.7 

68.31 

16.9 

31.8 

88.44 

14.1 

32.0 

13.02 

3.7 

32.2 

26.01 

9.5 

32.7 

66.62 

17.0 

32.8 

83.42 

14.0 

i 

APRIL,  1895. 


305 


OIBOUMPOLAB  STABS. 
AFPABERT  PLA.0E8  FOB  THE  UPPBB  TRANSIT  AT  WASHINCnOJt. 


«  Uru»  Iflnorii. 
(P«tofi#.) 

Matt 

SolMr 
JHU, 

51  O^hei  (Hbt.) 

Bight 
AaocA- 

■lOB. 

DeeliBA- 

tiOB 

High* 

•iOB. 

DmUbs- 
tlon 

Apr. 

119 

+88  44 

Apr. 

h    ■ 

6  51 

+87  18 

1.0 

13.09 

03.7 

1.9 

96.01 

9.5 

9.0 

19.96 

63.4 

9.9 

96.66 

9.5 

3.0 

19.84 

63.1 

3.9 

96.30 

9.5 

4^ 

1^71 

69.9 

4.9 

94.99 

9.5 

5.0 

19.86 

69.6 

6.9 

94.50 

9.6 

6.0 

19.47 

69.3 

6.9 

94.07 

9.5 

7.0 

19.38 

61.9 

7.9 

93.63 

9.5 

&0 

19017 

61.6 

8.9 

93.16 

9.5 

0.0 

19.41 

6101 

9.9 

99.71 

9.4 

10.0 

19.67 

60.9 

10.9 

99.97 

9.3 

10.9 

19.77 

60.6 

11.9 

91.86 

9.9 

IIJ^ 

19J9 

60.3 

19.9 

91.45 

9.1 

lU 

13J8 

00.0 

13.9 

91.09 

9.0 

1301 

13.47 

69.7 

14.9 

90.73 

8.9 

14J» 

13.06 

60.6 

16.9 

90.40 

8.8 

lU 

13.83 

69.9 

16.9 

90.04 

M 

16.0 

13.96 

68.9 

17.9 

19.70 

8.6 

17.9 

14.00 

68.6 

18.9 

19.31 

8.6 

IBJ^ 

14.10 

66.3 

19.9 

1&9I 

8.5 

1001 

14.99 

68.0 

90.9 

1&49 

M 

90.9 

14.48 

67.7 

91.9 

18.06 

8.3 

91.9 

14.73 

67.4 

99.9 

17.61 

8.9 

99.9 

16.06 

67.1 

93.9 

17.90 

8.0 

93.9 

16.46 

86.7 

94.9 

16.79 

7.9 

91.9 

16.90 

86.4 

95.9 

16.41 

7.7 

9U 

16.37 

86.1 

96.9 

16.07 

7.5 

90.9 

16.86 

66.9 

97.9 

16.76 

7.3 

970) 

17.34 

66.6 

98.9 

16.46 

7.9 

98.9 

17.79 

66.4 

99.9 

15.17 

7.0 

990» 

18.19 

66.9 

30.9 

14.90 

6.8 

1  30.9 

18.67 

64.9 

81.9 

14.69 

6.7 

>  3101 

18.99 

64.7 

VU^ 


J  UiMD  KQnoris. 


»gM 


DMUiia. 

tton 
Wftk. 


SolMr 
Date. 


A  UiMD  MinoriB. 


Bight 


h     ■ 

Apr. 

18   6 

• 

1.7 

8.69 

9.7 

8.93 

3.7 

9.94 

4.7 

9.66 

6.7 

90» 

6.7 

10.97 

7.7 

10.66 

8.7 

11.00 

9.7 

11.36 

10.7 

11.60 

11.7 

.   19.01 

19.7 

19.31 

13.7 

19.60 

14.7 

19.88 

15.7 

13.16 

16.7 

13.43 

17.7 

18.73 

18.7 

14.04 

19.7 

14.36 

90.7 

14.70 

91.7 

15.09 

99.7 

15.36 

93.7 

15.66 

94.7 

15.96 

95.7 

16.99 

96.7 

16.46 

97.7 

16.70 

98.7 

16.91 

99.6 

17.13 

30.6 

17.36 

31.6 

17.68 

+86  86 


17.0 

17.0 
17.1 
17.1 


1701 
17.9 
17.3 
17.4 

17.6 
17.7 
17.9 

lai 

18.9 
18.4 
18.5 

ia7 

18.8 
18.9 
19.1 
19.9 

19.4 
19.6 
19.8 
90.0 


90.8 
90.6 
90.7 
9101 


91.9 
91.4 
91.5 


Apr. 

1.8 

9.8 
3.8 
4.8 


5.8 
6.8 
7.8 
8.8 

9.8 
10.8 
11.8 
19.8 

13.8 
14.8 
15.8 
16.8 

17.7 
I&7 
19.7 
90.7 

91.7 
99.7 
93.7 
94.7 

95.7 
96.7 
97.7 
98.7 

99.7 
30.7 
81.7 


19  27 

93.49 
94.49 
96.46 
96.69 


97.64 
98.83 
30.06 
31.33 

39.50 
33.84 
35.09 
36.15 


37.99 
38.93 
39.94 
40.97 


41.31 
49.49 
430E7 
44.78 

46.09 
47.96 
48.47 
49.63 


60.73 
51.76 
59.79 
63.63 


64.53 

66.41 
86.34 


Daeltaa- 

tiOB 

Mftk. 


+88  58 


14.0 
14.0 
1301 
1301 


13.8 
13.8 
13.8 
13.8 

13.8 
13.8 
13.9 
130^ 

14.0 
14.1 
14.1 
14.9 

14.9 
14.9 
14.3 
14.3 

14.4 
14.4 
14.5 
14.7 

14.0 
16.0 
16.1 
15.9 

15.4 
16.5 
16.6 


90 


306 


MAY,  1895. 


OmOUMPOIiXB  STABS 

• 

APPAEEHT  PLACES  FOB  THE  UPPEB  TEANSIT  AT  WASHTNGTOH. 

8«ter 
DaU. 

i 

1 

t 

«  Vnm  Minoris. 
(Pilaris.) 

Meui 
SoUr 
Date 

51  Cephei  (Hmr.) 

Mmb 
Solar 
Date. 

4  Urae  Minoris. 

Mean 

Solar 
Date. 

XVram 

Miooctt. 

Sight 

•iOB.' 

Deelins. 

Uon 

North, 

Right 

AMotm- 

•ion. 

DmUm- 

tion 

North. 

Bl^t 

Aaoea- 
■km. 

Declina- 
tion 
North. 

aioB. 

DmIW 

tMMI 

North 

M.y 

h      M 

1  19 

+  88  44 

May 

h     m 

6  51 

+87  12 

May 

h     m 

18    6 

+86  36' 

May 

h     m 

19  27 

+8858 

1^ 

16.93 

5417 

1.3 

14.63 

60.7 

1.6 

17.58 

#1 

31.5 

1.7 

56.34 

lis 

2.9 

19.37 

54.5 

3.3 

14.30 

66.6 

3.6 

17UJ3 

31.7 

3.7 

57.30 

15.7 

3^ 

19.67 

54.3 

3.3 

13.98 

66.4 

3.6 

18.06 

31.9 

3.7 

58.33 

l&J 

4^ 

30.11 

53.9 

4.3 

13.63 

66.3 

4.6 

18.33 

33.1 

4.7 

69.38 

15.0 

5^ 

30.63 

53.6 

5.3 

13.36 

66.1 

5.6 

18.57 

33.4 

5.7 

60.47 

16.1 

M 

31.30 

53.3 

6.3 

13.91 

65.9 

6.6 

18.83 

33.7 

6.7 

61.54 

16.9 

7^ 

31.84 

53.1 

7.1 

13.56 

65.7 

7.6 

19.04 

33.0 

7.7 

63.60 

16.4 

SJB 

33.53 

53.8 

8.1 

13.34 

65.5 

8.6 

19.36 

33.3 

8.6 

63.61 

16i 

9.9 

33.33 

53.6 

9.1 

11.95 

65.3 

9.6 

19:45 

33.5 

9.6 

64.55 

16J 

10.9 

33.93 

53.3 

10.1 

11.68 

65.0 

10.6 

19.61 

33.8 

10.6 

65.41 

17.1 

11.9 

34.60 

53.3 

11.1 

11.43 

64.7 

11.6 

19.77 

34.1 

11.6 

66.33 

17.3 

18.9 

35.33 

53.0 

13.1 

11.31 

64.5 

13.6 

19.94 

34.4 

13.6 

67.01 

17.5 

13.9 

35.83 

51.8 

13.1 

11.00 

64.3 

13.6 

30.09 

34.6 

13.6 

67.78 

17.7 

14.9 

36.39 

51.6 

14.1 

10.78 

64.1 

14.6 

30.35 

34.9 

14.6 

68.54 

17.9 

15.9 

36.93 

51.4 

1.5.1 

10.54 

63.9 

15.6 

30.43 

35.1 

15.6 

69.39 

18.0 

164^ 

37.47 

51.1 

16.1 

10.38 

63.7 

16.6 

30.61 

35.3 

16.6 

70.31 

16^ 

17.9 

38.08 

50.9 

17.1 

10.01 

63.5 

17.6 

30.80 

35.6 

17.6 

71.11 

m 

16.9 

38.73 

50.7 

18.1 

9.71 

63.3 

18.6 

31.00 

35.9 

18.6 

73.04 

18.6 

19.9 

39.43 

50.4 

19.1 

9.43 

63.0 

19.6 

31.19 

36.3 

19.6 

73.98 

\8Ji 

90.9 

30.31 

50.3 

30.1 

9.14 

63.7 

30.6 

31.36 

36.5 

30.6 

r3.89 

19.0 

31.9 

31.06 

50.0 

31.1 

8.87 

63.5 

31.6 

31.53 

36.8 

31.0 

74.76 

19.3 

32.9 

31.93 

49.8 

33.1 

8.65 

63.3 

33.6 

31.65 

37.3 

33.6 

75.65 

19.6 

33.9 

33.81 

49.6 

33.1 

8.44 

61.9 

33.6 

31.75 

37.5 

33.6 

76.37 

19.9 

34.9 

33.70 

49.5 

34.1 

8.37 

61.6 

34.6 

31.84 

37.8 

34.6 

76.91 

^.i 

35.9 

34.53 

49.3 

35.1 

8.15 

61.3 

35.6 

31.91 

38.1 

35.6 

77.49 

30.4 

36.9 

35.33 

49.3 

36.1 

8.03 

61.0 

36.6 

31.97 

88,4 

36.6 

78.01 

90.7 

37.9 

36.08 

49.1 

37.1 

7.89 

60.8 

37.6 

33.04 

38.7 

37.6 

78.53 

90.9 

38.9 

36.79 

48.9 

38.1 

7.78 

60.5 

38.6 

33.10 

39.0 

38.6 

79.04 

91.^ 

39.9 

37.51 

48.8 

39.1 

7.65 

G0.3 

39.6 

33.17 

39.3 

39.6 

79.61 

91.4 

30.9 

38.34 

48.7 

30.1 

7.50 

60.0 

.30.6 

33.37 

39.5 

30.6 

80.31 

91.6 

31.9 

39.01 

48.5 

31.1 

7.33 

59.8 

31.6 

33.36 

39.8 

31.6 

80.86 

91.9 

33.9 

39.83 

48.3 

33.1 

7.15 

59.5 

33.6 

33.46 

30.1 

33.6 

81.53 

99.1 

JUNE,  1895. 


307 


OntOUMPOLAB  STABS. 
AFPABERT  PLACES  FOR  THE  UPPEB  TRANSIT  AT  WASHIHOTON. 


«  UrMB  Iflnoris. 
(P«tofi#.) 

61  Oephei  (Hbt.) 

J  UiMD  KQnoris. 

X  Vtam  MinorU. 

8<£w 

\ 

w 

fbftl*r 

Man 

Man 

Right 
•km. 

DmUba- 

DftU. 

Higbt 

•iOB. 

DmUba- 

tUm 

Jfortk, 

OVHh 

JHU, 

Bight 

SiOB. 

DaoUiift. 

UOB 

Worth. 

OVHh 

Dftte. 

W«ht 
▲ao«»> 

■iOB. 

DeeUaa. 

tkm 

Mftk. 

June 

119 

+88  44 

June 

h    m 

6  51 

+87  12 

June 

18   6 

+86  86 

Juno 

h    m 

19  28 

+88  58 

1.9 

39.83 

48.3 

1.1 

• 
7.15 

69.5 

1.6 

99.46 

30.1 

1.6 

91.69 

0 

99.1 

9.9 

40.73 

4a9 

9.1 

6.97 

69.9 

9.6 

99.54 

30.4 

9.6 

99.90 

99.4 

3^ 

41.67 

4&0 

3.1 

6.81 

68.9 

3.5 

99.69 

30.8 

3.6 

99.84 

99.7 

4^ 

49.67 

47J9 

4.1 

6.65 

68.6 

4.5 

99.66 

31.1 

4.6 

93.45 

93.0 

6.8 

43.68 

47.8 

5.1 

6.54 

58.3 

5.5 

99.69 

31.5 

5.6 

93.98 

93.3 

6.8 

44.69 

47.7 

6.1 

6.46 

57.9 

6.5 

99.70 

81.8 

6.6 

94.44 

93.6 

7.8 

45.68 

47.6 

7.1 

6.40 

57.6 

7.5 

99.60 

39.9 

7.6 

94.83 

94.0 

8.8 

46.64 

47.5 

8.1 

6.35 

57.3 

8.5 

99.68 

39.5 

8.6 

95.17 

94.3 

9.8 

47  J» 

47.5 

9.1 

6.33 

57.0 

9.5 

99.66 

89.8 

9.6 

95.47 

94J 

10.8 

4^40 

47.4 

10.1 

6.31 

56.7 

10.5 

99.64 

33.1 

10.6 

95.78 

9iS 

11.8 

49.91 

47.3 

11.1 

6.98 

56.4 

11.5 

99.63 

33.4 

11.6 

96.09 

95.1 

19.8 

60.04 

47.9 

19.1 

6.99 

56.1 

19.5 

99.64 

33.7 

19.6 

96.46 

• 

95.4 

13.8 

60.87 

47.1 

13.0 

6.16 

65.9 

13.5 

99.65 

34.0 

13.6 

96.86 

96.7 

14.8 

61.76 

47.0 

14.0 

6.07 

55.6 

14.5 

99.68 

34.3 

14.6 

97.30 

95.9 

15^ 

69.67 

46.9 

15.0 

5.98 

55.3 

15.5 

99.60 

34.6 

15.6 

97.74 

96.9 

16.8 

53.67 

46.8 

16.0 

5.88 

55.0 

16.5 

99.71 

35.0 

16.6 

98.19 

96.5 

17.8 

64.79 

46.7 

17.0 

5.89 

54.7 

17.5 

99.70 

85.3 

17.6 

98.57 

96JI 

las 

55.80 

46.7 

18.0 

5.77 

54.3 

18.5 

99.67 

85.7 

1&6 

98.90 

97.9 

19.8 

56.90 

46.6 

19.0 

5.77 

54.0 

19.5 

99.61 

36.0 

19.6 

99.13 

97.6 

803 

67.99 

46.6 

90.0 

5.80 

53.6 

90.5 

99.53 

36.4 

90.6 

99.30 

98.0 

91.8 

59.05 

46.6 

91.0 

5.85 

53.3 

91.6 

99.43 

36.7 

91.6 

99.37 

98.3 

99.8 

60.07 

46.6 

99.0 

5.93 

59.9 

99.5 

99.33 

37.1 

99.6 

99.49 

98.6 

93A 

61.09 

46.6 

93.0 

6.09 

69.6 

93.5 

99.99 

37.4 

93.6 

99.40 

99.0 

94.8 

61.94 

46.7 

94.0 

6.11 

59.3 

94.5 

99.19 

37.6 

94.6 

99.40 

99.3 

9S.8 

69.83 

46.7 

95.0 

6.90 

59.1 

95.5 

99.01 

37.9 

95.6 

99.41 

99.5 

96.8 

63.7^ 

46.7 

96.0 

6.96 

51.8 

96.5 

91.99 

38.9 

96.6 

99.47 

99.9 

97.8 

64.64 

46.7 

97.0 

6.39 

51.5 

97.5 

91.85 

38.5 

97.6 

99.57 

30.1 

98.8 

66.61 

46.6 

98.0 

6.35 

51.9 

98.5 

91.78 

38U) 

98.6 

99.70 

30.4 

99J 

66.63 

46.6 

99.0 

6.38 

50.9 

99.5 

91.69 

39.1 

99.5 

99.83 

30.8 

30J 

67.70 

46.6 

30.0 

6.41 

60.6 

30.5 

91.59 

39.4 

30.5 

99.94 

31.1 

31.8 

68.89 

46.6 

31.0 

6.45 

60.9 

31.5 

91.47 

30.8 

31.5 

30.09 

81.5 

308 


JULY,  1895. 


OIBOUMPOLAB  STABS. 

APPABENT  PLAGES  FOR  THE  UPPER  TRANSIT  AT  WASHnTOTOH. 

Mmb 
SoUr 
D»te. 

a  Ur8»  Minoria. 
(Polaris.) 

Kean 

SolAT 

Date. 

61  Cepbel  (Hbv.) 

Solitf 
Date. 

i  Un»  MinorU. 

Solar 
Data. 

aUimlfiiiom 

1 

Bight 
A«c«ii- 

■iOB. 

Deelin*- 
tion 

Bight 
•ion. 

D«Maiiift. 

tion 

Jfortik. 

Bight 

AM«n- 

•ion. 

I>eoUiift. 

tton 

Ncrtk. 

Bight 
Aacen- 

•iOB. 

1 
tioa 

jDly 

k    m 

120 

+88  44 

jDly 

h    ID 

6  51 

+87  12 

July 

h      ID 

18    6 

+  86  36' 

jDly 

h     m 

19  28 

+88  58 

1.8 

8.82 

4616 

1.0 

s 
6.46 

if 
60.2 

1.6 

s 
21.47 

tf 
39^ 

1.6 

30.09 

3r.5 

9.8 

9.96 

46.6 

9.0 

6.66 

49.9 

2.6 

21.33 

40.1 

9.6 

30.05 

31.8 

3.6 

11.09 

46^^ 

3.0 

6.66 

49.5 

3.6 

91.16 

40.5 

3.6 

29.97 

32.« 

4.6 

12.21 

46.7 

3.9 

6.80 

49.2 

4.6 

91.00 

40.8 

4.6 

29.83 

32j6 

6.8 

13.28 

46.8 

4.9 

6.96 

48.8 

6.6 

20.80 

41.9 

6.6 

29.63 

SiS 

6.8 

14.30 

46.9 

6.9 

7.16 

48.5 

6.6 

20.62 

41.4 

6.6 

29.39 

33J 

7.8 

16.96 

47.0 

6.9 

7.33 

48.2 

7.6 

20.43 

41.7 

7.6 

29.13 

33.6 

8.8 

16.16 

47.1 

7.9 

7.61 

47.9 

8.6 

20.24 

42.0 

8.6 

28.89 

S3J 

9.8 

17.07 

47.1 

8.9 

7.67 

47.7 

9.6 

20.07 

49.3 

9.6 

28.68 

34.2 

10.7 

17.97 

47.2 

9.9 

7.82 

47.4 

10.6 

19.91 

42.5 

10.5 

28.50 

34.5  1 

11.7 

18.88 

47.2 

10.9 

7.96 

47.1 

11.5 

19.77 

42.8 

11.6 

28.37 

34» 

ia.7 

19.86 

47.3 

11.9 

8.07 

46.8 

12.4 

19.62 

43.1 

12.6 

28.26 

35.1 

13.7 

20.87 

47.3 

12.9 

8.18 

46.6 

13.4 

19.46 

43.4 

13.5 

28.16 

35.5 

14.7 

21.94 

47.4 

13.9 

&32 

46.2 

14.4 

19.29 

43.7 

14.6 

28.00 

35.8 

15.7 

23.04 

47.B 

14.9 

8.46 

46.8 

16.4 

19.10 

44.0 

16.6 

27.80 

35.2 

16.7 

24.18 

47.6 

15.9 

8.64 

46.6 

16.4 

18.89 

44.4 

16.6 

27.61 

36.5 

17.7 

26.29 

47.7 

16.9 

8.86 

46.2 

17.4 

18.66 

44.7 

17.5 

27.16 

36.9 

18.7 

26.39 

47.8 

17.9 

9.11 

44.8 

18.4 

18.40 

45.0 

18.6 

26.71 

37.3 

19.7 

27.44 

48.0 

18.9 

9.39 

44.6 

19.4 

18.12 

45.3 

19.6 

26.20 

37.6 

80.7 

28.43 

48.2 

19.9 

9.68 

44.2 

20.4 

17.85 

45.6 

20.6 

25.66 

38.0 

21.7 

29.36 

48.3 

20.9 

9.97 

43.9 

21.4 

17.57 

46.8 

21.6 

25.06 

38.3 

22.7 

30.24 

48.6 

21.9 

10.27 

43.6 

22.4 

17.31 

46.0 

22.6 

24.52 

38.6 

23.7 

31.12 

48.7 

22.9 

10.54 

43.4 

23.4 

17.06 

46.2 

23.6 

23.98 

38J» 

24,7 

32.01 

48.8 

23.9 

10.78 

43.1 

24.4 

16.81 

46.6 

24.6 

23.50 

39.2  , 

F 

26.7 

32.92 

48.9 

24.9 

11.03 

42.9 

25.4 

16.57 

46.7 

26.6 

23.03 

39.5 

26.7 

33.88 

49.1 

25.9 

11.26 

42.6 

26.4 

16.33 

47.0 

26.6 

22.66 

39.8 

27.7 

.34.89 

49.2 

26.9 

11.48 

42.3 

27.4 

16.09 

47.2 

27.6 

22.23 

40.1 

28.7 

36.94 

49.3 

27.9 

11.72 

42.0 

28.4 

15.83 

47.6 

28.6 

21.78 

40.4 

29.7 

37.03 

49.6 

28.9 

11.98 

41.7 

29.4 

15.55 

47.8 

29.6 

21.26 

40.6 

3D.7 

38.11 

49.7 

29.9 

12.28 

41.3 

30.4 

15.26 

48.1 

30.6 

20.70 

41.1 

31.7 

39.17 

49.9 

30.9 

12.60 

41.0 

31.4 

14.94 

48.4 

31.6 

20.06 

41.5 

32.7 

40.20 

50.1 

31.9 

12.95 

40.7 

32.4 

14.61 

48.6 

32.6 

19.35 

41.8 

■ —  J 

AUGUST,  1896. 


309 


OIBOUMPOTiAR  STAB& 

A] 

PPARENI 

'  PLAGES  FOB  THB  UPPER  TRANSIT  AT  WASHINGTOir. 

4 

«  UrMB  Minoris. 

51  Cephei  (Hbt.) 

J  Uxw  MiDorii. 

X  XJtam  MiDoris. 

iiss 

^ 

Man 

8ol*r 

MaM 

AaIav 

MaAD 
8olw 
Dala. 

!>»»•. 

Bight 
•Ira. 

DmUba- 

tUm 

JTarO. 

Data. 

Sigbt 
▲aeaii« 

Daella*. 

tion 

JfarO. 

fflWIT 

DftU. 

Rlfbt 

Aaoaa- 

sioB. 

DaaliBft. 

ttoa 
JTarO. 

Bight 
aim. 

tloa 

Ang. 

h    ID 

130 

+88  44 

Aug. 

b    m 

6  51 

+87  12 

Ang. 

b    m 

18   6 

+86  36 

Aug. 

h    m 

19  27 

+88  58 

1.7 

40.90 

50.1 

1.9 

• 
13.31 

40.4 

1.4 

a 
14.61 

48.6 

1.5 

79.35 

41.8 

9.7 

41.16 

50.3 

9.9 

13.68 

•  40.9 

9.4 

14.98 

48.9 

9.4 

78.57 

49.9 

3.7 

49.05 

50.5 

3.'9 

14.05 

39.9 

3.4 

13.94 

49.1 

3.4 

77.78 

49.5 

4.7 

49.90 

50.7 

4.9 

14.41 

39,7 

4.4 

13.69 

49.3 

4.4 

76.99 

49.8 

6.7 

43.70 

50.9 

5.9 

14.74 

39.5 

6A 

13.31 

49.5 

5.4 

76.99 

43.0 

6.7 

44.51 

51.9 

6.9 

15.06 

39.9 

6.4 

19.99 

49.7 

6.4 

75.51 

43.3 

7.7 

45.30 

51.8 

7.9 

15.37 

39.0 

7.4 

19.71 

49.8 

7.4 

74.85 

43.6 

8.7 

46.14 

51.5 

8.9 

15.66 

38.7 

8.4 

19.49 

60.0 

a4 

74.19 

43.8 

9.7 

47.03 

51.7 

9.9 

15.95 

38.5 

9.4 

19.11 

50.3 

0.4 

73.56 

44.1 

10.7 

47.96 

51.9 

10.9 

16.97 

38.9 

10.4 

11.83 

50.5 

10.4 

79.91 

44.5 

11.7 

48.99 

59.1 

11.9 

16.61 

37.9 

11.4 

11.50 

50.7 

11.4 

79.99 

44.8 

1«.7 

49.91 

59.3 

19J) 

16.99 

87.6 

19.4 

11.17 

51.0 

19.4 

71.45 

45.1 

13.7 

60.90 

59.6 

13.9 

17.39 

37.4 

13.4 

10.89 

5IJI 

13.4 

70.63 

45.4 

14.7 

51.87 

59.9 

14.9 

17.84 

37.1 

14.4 

10.43 

51.4 

14.4 

69.70 

45.8 

15.6 

69.78 

53.1 

15.9 

18.99 

36.9 

15.4 

10.04 

51.6 

15.4 

66.79 

46.1 

16.6 

53.64 

53.4 

16.9 

18.74 

36.6 

16.3 

0.64 

51.8 

16.4 

e7M 

46.4 

17.6 

54.43 

53.7 

17,9 

19.90 

36.4 

17.3 

0.94 

69il 

174 

66.64 

46il 

18.6 

55.17 

54.0 

18.9 

19.66 

36.9 

18.3 

8.85 

59.1 

18.4 

65.59 

46.9 

19.6 

65.88 

54.3 

19.9 

90.06 

36.0 

19.3 

8.47 

59.9 

19.4 

64.56 

47.1 

«>.6 

56.58 

54.5 

90.9 

90.47 

35.9 

90.3 

&I1 

58.4 

90.4 

63.59 

47.4 

91.6 

67.30 

54.8 

91.9 

90.85 

35.7 

91.3 

7.76 

59.5 

91.4 

69.66 

47il 

99.6 

58.05 

55.1 

99.9 

91.93 

35.5 

99.3 

7.41 

59.7 

99.4 

61.76 

47  Jl 

93.6 

58.83 

55.3 

93.9 

91.61 

35.9 

93.3 

7.06 

59.8 

93.4 

60.87 

48.1 

94U1 

60.68 

56.6 

94.8 

99.01 

35.0 

94.3 

6.69 

53.0 

94.4 

69.96 

48.4 

95.6 

60.55 

55.8 

95.8 

99.44 

34.7 

95.3 

6.39 

63.9 

95.4 

59.09 

48.7 

96.6 

61.44 

56.1 

96.8 

99.89 

34.5 

96.3 

5.99 

53.4 

96.4 

58.01 

49.0 

97il 

69.30 

56.4 

97.8 

93.37 

34.3 

97.3 

5.51 

53.5 

97.4 

56.94 

49.3 

96.6 

63.13 

56.7 

98.8 

93.87 

34.1 

98.3 

5.08 

63^ 

98.4 

55.79 

49.5 

99.6 

63.89 

57.1 

99.8 

94.39 

33.9 

99.3 

4.66 

63.9 

99.4 

54.59 

49.8 

30.6 

64.60 

57.4 

30.8 

94.88 

33.7 

30.3 

4.99 

54.0 

30.4 

53.37 

50.1 

31.6 

66.94 

57.8 

31^ 

95.39 

33.5 

31.3 

3.79 

54.1 

31.4 

59.14 

50.3 

» 

39.6 

65.89 

58.1 

39.8 

95.86 

33.4 

39.3 

3.37 

54.1 

39.4 

60.99 

50.5 

310 


SEPTEMBER,  1896. 


OmOUMPOLAB  STARS. 

» 

APPARENT  PLAOf  SS  FOR  THE  UPPER  TRANSIT  AT  WASHINGTON. 

.  .  _ b^ —  . 

m  XJnm  Minoria. 

51  Cephei  (Hsv.) 

d  Una  MinorU. 

aUiMD 

ICnoria. 

Mtm 

Solar 
Dttto. 

\ 

w 

Mean 
Solar 
Date. 

Moaa 
Solar 
Date. 

Mean 

Solar 
Date. 

Bight 

▲teen- 

slon. 

Deelfai*- 

tion 

Ifitrtk, 

Bight 

Aaoen- 

aion. 

DmUm- 

tion 

North. 

Bight 

Aaoen- 

aion. 

Dedioa- 

tion 

JTortiL 

Bight 

Aacea- 

aion. 

JTortt. 

Sept 

b    m 

121 

+88  44 

Sept 

h    m 

6  51 

+87  12 

Sept. 

h    m 

18    5 

+86  86 

Sept. 

h     m 

19  27 

+88  68 

t.8 

5.89 

58a 

1.8 

95.86 

33.4 

1.3 

a 
.  63.97 

54.1 

1.4 

50.99 

50.5 

9.6 

6.37 

58.4 

9.8 

96.39 

33.3 

9.3 

69.99 

54.9 

9.4 

49.78 

50.7 

8.6 

6.94 

58.7 

3.8 

96.75 

33.1 

3.3 

69.59 

54.3 

3.4 

46.66 

50.9 

4.6 

7.51 

60.0 

4.8 

97.17 

33.0 

4.3 

69.91 

54.4 

4.4 

47.59 

51.1 

5.6 

ail 

59.3 

5.8 

97.59 

39.8 

5.3 

61.85 

54.5 

5.4 

46.56 

51.3 

6.6 

8.77 

59.6 

6.8 

98.04 

39.6 

6.3 

61.46 

54.6 

6.4 

45.51 

51.5 

7.6 

9.46 

59.9 

7.8 

98.48 

39.4 

7.3 

61.08 

54.7 

7.4 

44.44 

51.7 

8.6 

10.16 

60.9 

8.8 

98.96 

39.3 

8.3 

60.67 

54.8 

8.4 

43.39 

59.0 

9.6 

10.88 

60.5 

9.8 

99.48 

39.1 

9.3 

60.95 

54.9 

9.4 

49.11 

59.9 

10.6 

11.68 

60.8 

10.8 

30.09 

31.9 

10.3 

59.80 

55.0 

10.3 

40.85 

59.4 

11.6 

19.94 

61.9 

11.8 

30.58 

31.7 

11.3 

59.35 

55.1 

11.3 

39.59 

59.7 

12.6 

19.83 

61.6 

19.8 

31.13 

31.6 

19.3 

58.88 

55.9 

19.3 

38.19 

59.9 

13.6 

13.37 

69.0 

13.8 

31.70 

31.5 

13.3 

58.49 

55.9 

13.3 

36.71 

53.r 

14.6 

13.83 

69.4 

14.8 

39.97 

31.4 

14.3 

57.96 

55.3 

14.3 

35.30 

53.9 

15.6 

14.95 

69.7 

15.8 

39.79 

31.3 

15.3 

57.53 

55.3 

15.3 

33.91 

53.4 

16.6 

14.66 

63.1 

16.8 

33.99 

31.9 

16.3 

57.09 

55.3 

16.3 

39.57 

53.5 

17.6 

15.05 

63.4 

17.8 

33.79 

31.1 

17.3 

56.66 

55.3 

17.3 

31.97 

53.7 

18.6 

15.48 

63.8 

18.8 

34.95 

31.0 

18.3 

56.96 

55.3 

18.3 

30.03 

53.8 

19.6 

15.94 

64.1 

19.8 

34.79 

30.9 

19.3 

55.86 

55.3 

19.3 

98.81 

53.9 

90.6 

10.45 

64.4 

90.8 

35.90 

30.8 

90.3 

55.45 

55.4 

90.3 

97.59 

54.1 

91.5 

17.00 

64.8 

91.8 

35.70 

30.7 

91.3 

55.03 

55.5 

91.3 

96.35 

54.3 

99.5 

17.56 

65.1 

99.8 

36.93 

30.6 

99.9 

54.60 

55.5 

99.3 

95.06 

54.5 

93.5 

18.10 

65.5 

93.8 

36.77 

30.4 

93.9 

54.15 

55.6 

93.3 

93.71 

54.7 

94.5 

18.69 

65.9 

94.8 

37.35 

30.3 

94.9 

53.68 

^.6 

94.3 

99.99 

54.8 

95.5 

19.08 

66.3 

95.8 

37.99 

30.9 

95.9 

53.91 

• 

55.6 

95.3 

90.84 

55.0 

96.5 

19.47 

66.7 

96.8 

38.59 

30.9 

96.9 

59.75 

55.6 

96.3 

19.33 

55.1 

97.5 

19.79 

67.1 

97.8 

39.08 

30.1 

97.9 

59.98 

55.6 

97.3 

17.89 

55.3 

98.5 

90.06 

67.5 

98.8 

39.65 

30.1 

98.9 

51.84 

55.5 

98.3 

16.35 

55.4 

99.5 

90.97 

67.9 

99.8 

• 

40.18 

30.1 

99.9 

51.39 

55.5 

99.3 

14.89 

55.5 

30.5 

90.46 

68.9 

30.8 

40.69 

30.1 

30.9 

50.97 

55.4 

30.3 

13.51 

55.5 

31.5 

90.68 

68.6 

31.7 

41.17 

30.0 

31.9 

50.58 

55.4 

31.3 

19.90 

55.6 

1 

OCTOBBE,  1895. 


811 


OmCUMPOLAB  STAB& 
APPABXirr  PLACES  FOB  THE  UPPEB  TBANSIT  AT  WASHmOTON. 


• 
«  Unm  Mlnoris. 

51  Cephei  (Ubv.) 

i  XJtam  MiDorit. 

X  Vnm  Minoris. 

Ill 

\ 

w 

HMD 

SolMr 
JHU, 

MeMi 

SolMr 
Dftte. 

Umm 

BoUtf 
Dnte. 

Right 
▲acan* 

SlOB. 

Dteliiui* 
ilon 

Right 

■ton. 

DmUba- 

Ilon 

JTortiL 

Right 

▲•call' 

tlon. 

DmUba. 

tlon 
JTofO. 

Bigbt 

Aaoen- 

•km. 

DMOIn*. 
tlon 

Oct. 

h    m 

121 

+88  45 

Oct 

h     ID 

6  51 

+87  12 

Oct 

h     m 
18     5 

+86  86 

Oct. 

h     m 

19  26 

+88  58 

1.5 

90.68 

M 

1.7 

• 

41.17 

30'.0 

1.9 

s 
50.68 

56.4 

1.3 

79.90 

56.6 

9.6 

90.91 

8.9 

9.7 

41.66 

30.0 

9.9 

50.18 

56.3 

9.3 

70.99 

S6.7 

3.5 

91.19 

9.3 

3.7 

49.19 

99.9 

3.9 

49.79 

55.3 

3.3 

69.65 

55.8 

4.5 

91.50 

9.6 

4.7 

49.63 

99.9 

4.9 

49.39 

56.3 

4.3 

68.37 

56.9 

5.5 

91.86 

10.0 

5.7 

43.14 

99.8 

5.9 

48.99 

• 

55.3 

5.3 

67.05 

66.0 

6.5 

99.91 

10.3 

6.7 

43.68 

99.8 

6.9 

48.65 

65.3 

6.3 

65.68 

56.1 

7.5 

99.54 

10.7 

7.7 

44.95 

99.7 

7.9 

48.09 

65.9 

7.3 

64.93 

56.9 

a5 

99.86 

11.1 

8.7 

44.85 

99.7 

8.9 

47.64 

65.9 

8.3 

69.73 

56.4 

9^ 

93.06 

11.6 

9.7 

46.46 

99.6 

9.9 

47.16 

55.1 

9.3 

61.18 

56.4 

10.5 

93.98 

19.0 

10.7 

46.05 

99.7 

10.9 

46.70 

56.0 

10.3 

69.68 

66.5 

11.5 

93.38 

19.4 

11.7 

46.64 

99.7 

11.9 

46.^ 

54.9 

11.3 

58.00 

56.6 

19.5 

93.49 

19.8 

19.7 

47.91 

99.7 

19.9 

45.80 

54.8 

19.3 

56.43 

56.6 

13.5 

93.44 

13.9 

13.7 

47.76 

99.8 

13.9 

46.36 

54.7 

13.3 

54.91 

56.6 

14.6 

93.46 

13.6 

14.7 

48.96 

99.8 

14.9 

44.97 

54.6 

14.3 

53.46 

56.6 

15.5 

93.48 

14.0 

15.7 

48.77 

99.8 

16.9 

44.66 

54.5 

16.3 

59.06 

56.6 

16.5 

93.54 

14.3 

16.7 

49.96 

^  99.9 

16.9 

44.19 

54.3 

16.9 

60.69 

56.6 

17.5 

93.63 

11.7 

17.7 

49.76 

99.9 

17.9 

43.79 

54.9 

17.9 

49.36 

56.7 

I8J^ 

93.76 

15.1 

18.7 

60.96 

99.9 

18.9 

43.41 

54.9 

18.9 

48.09 

66.7 

19.5 

93.90 

16.4 

19.7 

60.79 

99.9 

19.9 

49.99 

54.1 

19.9 

46.64 

66.7 

90.6 

94.06 

15.8 

90.7 

51.34 

99.9 

90.9 

49.68 

54.0 

90.9 

46.93 

56.8 

91.5 

94.18 

16.9 

91.7 

51.90 

99.9 

91.9 

49.15 

63.9 

91.9 

43.77 

66.9 

99.5 

94.96 

16.6 

99.7 

69.49 

99.9 

99.9 

41.79 

63.8 

99.9 

49.94 

66.9 

93.5 

94.96 

17.0 

93.7 

63.06 

30.0 

93.9 

41.98 

53.7 

93.9 

40.69 

56.9 

94.6 

94.19 

17.5 

94.7 

63.66 

30.1 

94.9 

40.86 

53.5 

94.9 

39.13 

66.9 

95.5 

94.07 

17.9 

95.7 

54.19 

30.1 

95.9 

40.44 

63.3 

96.9 

37.57 

56.9 

96.5 

93.88 

ia3 

96.7 

54.79. 

30.3 

96.9 

40.06 

63.1 

96.9 

36.08 

56.8 

97.5 

93.68 

18.6 

97.7 

66.99 

30.4 

97.9 

39.66 

69J» 

97.9 

34.64 

66.8 

96.4 

93.46 

19.0 

98.7 

55.70 

30.5 

98.1 

39.31 

69.7 

98.9 

33.96 

56.7 

99.4 

93.96 

19.3 

99.7 

56.16 

30.6 

99.1 

38.96 

69.6 

99.9 

31.94 

66.7 

30.4 

93.11 

19.7 

30.7 

66.69 

30.7 

30.1 

38.63 

69.4 

30.9 

30.66 

66.6 

31.4 

99.99 

90.0 

31.7 

57.06 

30.8 

31.1 

18.99 

69.9 

31.9 

99.41 

56.5 

89.4 

99.90 

90.4 

39.7 

57.63 

30.9 

39.1 

37.94 

69.1 

39.9 

98.11 

66.5 

S12 


NOVEMBER,  1895. 


OIBOUMPOLAB  STABS. 

» 

APPARBNT  PLAOBS  FOR  THE  aPPSR  TRANSIT  AT  WASHnfOTOlf. 

«  Una  Minoria. 

51  Cephei  (Hsv.) 

a  Urae  Minoria. 

• 
XJJnmMiwxm, 

Mean 
8oUr 

\ 

Mmb 
SoUr 
0»to. 

Mmb 

BoUr 
Date. 

SoUr 
JHU. 

t 

Bight 
•ion. 

Deelfai*- 

tioa 

North. 

Bight 
•Ion. 

DMdiaft. 

tion 

North, 

Bl^ 

Aseea* 

okm. 

Deeliiia. 
North. 

Bi^t 
■ioii. 

tina 

Nov. 

b    m 

121 

+88  45 

Nov. 

h    n 
6  51 

+87  12 

lS[or. 

h    m 

18    5 

+86  36 

Nov. 

h     n 

19  25 

+^58 

1.4 

99.90 

90% 

1.7 

67.53 

30.9 

1.1 

37.94 

69.1 

1.9 

86.11 

56.5 

9.4 

99.83 

90.7 

9.7 

58.09 

30.9 

9.1 

37.58 

61.9 

9.9 

66.80 

56.5 

3.4 

99.75 

91.1 

3.7 

58.55 

31.0 

3.1 

37.91 

61.8 

3.9 

85.40 

36.5 

4.4 

99.64 

91.5 

4.7 

69.09 

31.1 

4.1 

36.89 

61.6 

4.9 

63.97 

56.4 

6.4 

99.48 

91.9 

6.7 

59.64 

81.9 

6.1 

36.43 

61.6 

6.9 

89.47 

56.4 

6.4 

99.95 

99.3 

6.6 

60.19 

31.3 

6.1 

36.03 

61.3 

6.9 

80.95 

56.3 

7.4 

91.95 

99.7 

7.6 

60.73 

31.5 

7.1 

35.64 

51.0 

7.9 

79.49 

56.9 

&4 

91.60 

93.1 

&6 

61.97 

31.7 

&1 

35.96 

60.6 

8.9 

77.94 

56.1 

9.4 

91.19 

93.5 

9.6 

61.76 

31.8 

9.1 

34.99 

50.6 

9.9 

76.49 

56.0 

10.4 

90.77 

93.8 

10.6 

69.93 

39.0 

10.1 

34.57 

50.3 

10.9 

75.10 

55^ 

11.4 

90.36 

94.9 

11.6 

69.67 

39.9 

11.1 

34.97 

50.0 

11.9 

73.79 

55.7 

19.4 

19.97 

94.5 

* 

19.6 

63.10 

39.3 

19.1 

33.96 

49.6 

19.9 

79.54 

55.6 

13.4 

19.69 

94.8 

13.6 

63.59 

39.5 

13.1 

33.66 

49.6 

13.9 

71.39 

55.5 

14.4 

19.31 

95.1 

14.6 

63.94 

39.6 

14.1 

33.38 

49.3 

14.9 

70.19 

55.4 

15.4 

19.09 

95.5 

15.6 

64.38 

39.8 

15.1 

33.07 

49.1 

15.9 

68.99 

55.3 

16.4 

18.74 

95.8 

16.6 

64.85 

39.9 

16.1 

^  39.76 

48.9 

16.9 

67.66 

55.9 

17.4 

18.44 

96.1 

17.6 

65.39 

33.0 

17.1 

39.43 

46.7 

17.9 

66.37 

56.1 

18.4 

18.11 

96.5 

18.6 

65.81 

33.9 

18.1 

39.11 

48.5 

18.9 

65.03 

55.0 

19.4 

17.79 

96.9 

19.6 

66.30 

33.4 

19.1 

31.76 

48.9 

19.9 

63.68 

54.9 

90.4 

17.95 

97.9 

90.6 

66.78 

33.6 

90.1 

31.46 

4ao 

90.1 

69.30 

54.7 

91.4 

16.71 

97.6 

91.6 

67.94 

33.8 

91.1 

31.16 

47.7 

91.1 

60.94 

54.6 

99.4 

16.13 

97.9 

99.6 

67.69 

34.0 

99.1 

30.86 

47.4 

99.1 

59.64 

54.4 

93.4 

15.49 

98.9 

93.6 

68.09 

34.3 

93.1 

30.60 

47.1 

93.1 

58..37 

54.9 

94.4 

14.85 

9a5 

94.6 

68.47 

34.5 

94.1 

30.37 

46.8 

94.1 

57.19 

64.0 

95.4 

14.91 

98.8 

95.6 

66.89 

34.7 

95.1 

30.13 

46.6 

95.1 

56.11 

63.8 

96.4 

13.61 

99.1 

96.6 

69.16 

35.0 

96.1 

99.91 

46.9 

96.1 

55.06 

53.6 

97.4 

13.06 

99.4 

97.6 

69.49 

35.9 

97.1 

99.70 

45.9 

97.1 

54.05 

53.4 

98.4 

19.53 

99.6 

98.6 

69.83 

35.4 

98.1 

99.49 

45.7 

98.1 

53.04 

53.9 

99.4 

19.03 

99.9 

99.6 

70.19 

35.5 

99.1 

99.97 

45.4 

99.1 

69.00 

63.1 

30.4 

11.55 

30.9 

30.6 

70.57 

36.7 

30.1 

99.04 

45.9 

30.1 

50.94 

59.9 

31.4 

11.04 

30.5 

31.6 

70.98 

35.9 

31.1 

98.80 

44.9 

31.1 

4931 

69J 

DECEMBER,  1895. 


813 


OntOUMPOLAB  STABS. 

APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINGTON. 

«  UrMB  Minoris. 

51  O^hei  (Hbt.) 

J  Uxsn  KQnoris. 

X  Vtam  MioorU. 

MeM 

IfMa 

BoUtf 
JHU, 

SolMr 
DaU. 

Mmui 
SoIm 

l>»t«. 

Rigbt 
•km. 

tlOB 

BIgbt 
•ion. 

JTortik. 

Higbt 

▲•oea- 

•km. 

DmUba. 

tton 
Worth. 

RIgbt 

^•OMI. 

•ion. 

DMltaui. 

tlOB 

Mortk. 

Deo. 

h    m 

120 

+88  45 

Dee.' 

b    m 

6  52 

+  87  12 

Dee. 

b    ■ 
18    5 

+  86  86 

Dee. 

b     m 

19  25 

+88  58 

1.4 

71.04 

30.5 

1.6 

10.98 

35'!9 

I.t 

98.80 

44.9 

t.l 

49.81 

6^7 

9.4 

70.50 

30.8 

9.6 

11.40 

36.9 

9.1 

98.54 

44.6 

9.1 

48.65 

59.6 

3.3 

69.90 

31.3 

3.6 

11.89 

36.4 

3.1 

98.98 

44.3 

3.1 

47.46 

59.4 

4.3 

69.93 

31.4 

4.6 

19.99 

36.7 

4.0 

98.04 

44.0 

4.1 

46.96 

68.9 

5.3 

6a48 

31.8 

5.6 

19.61 

36.9 

5.0 

97.80 

43.7 

5.1 

45.08 

51.9 

6.3 

67.69 

39.0 

6.6 

19.97 

37.9 

6.0 

97.69 

43.3 

6.1 

43.96 

51.7 

7.3 

66.88 

39.3 

7.6 

13.30 

37.5 

7.0 

97.41 

43.0 

7.1 

49.89 

51.4 

8.3 

66.06 

39.6 

8.6 

13.60 

37.8 

8.0 

97.94 

49.6 

8.1 

41.91 

51.9 

9.3 

65.97 

39.8 

9.6 

13.87 

38.1 

9.0 

97.10 

49.3 

9.1 

41.01 

50.9 

10.3 

64.59 

33.0 

10.6 

14.13 

38.4 

10.0 

96.95 

49.0 

10.1 

40.17 

60.6 

11.3 

63.80 

33.9 

11.6 

14.38 

38.6 

11.0 

96.83 

41.7 

11. 1 

39.35 

50.4 

1^.3 

63.14 

33.4 

19.5 

14.66 

38.8 

19.0 

96.68 

41.4 

19.1 

38.54 

60.9 

13.3 

69.48 

33.6 

13.5 

14.93 

39.1 

13.0 

96.56 

41.1 

13.1 

37.71 

50.0 

14.3 

61.83 

33.9 

14.5 

15.93 

39.3 

14.0 

96.39 

40.8 

14.1 

36.86 

49.7 

15.3 

61.14 

34.1 

15.5 

15.54 

39.6 

15.0 

96.94 

40.5 

15.1 

35.95 

49.5 

16.3 

60.43 

34.4 

16.5 

15.85 

39.8 

16.0 

96.08 

40.9 

16.1 

35.05 

49.3 

17.3 

69.69 

34.6 

17.5 

16.15 

40.1 

17.0 

95.99 

39.9 

17.1 

34.11 

49.0 

18.3 

58.76 

34.8 

18.5 

16.46 

40.4 

18.0 

95.79 

39.5 

18.1 

33.90 

48.8 

19.3 

57.85 

35.1 

19.5 

16.71 

40.8 

19.0 

95.67 

39.9 

19.1 

39.39 

48.5 

90.3 

56.89 

35.3 

90.5 

16.94 

41.1 

90.0 

95.55 

38.8 

90.1 

31.51 

48.9 

91.3 

65.99 

35.4 

91.5 

17.13 

41.4 

91.0 

95.49 

38.4 

91.1 

30.79 

47.8 

».3 

54.95 

35.6 

99.5 

17.99 

41.7 

99.0 

95.44 

38.0 

99.1 

30.15 

47.5 

93.3 

54.01 

35.7 

93.5 

17.45 

49.0 

93.0 

95.38 

37.7 

93.1 

99.57 

47  Jl 

94.3 

53.19 

35.9 

94.5 

17.57 

49.3 

94.0 

95.36 

37.4 

94.1 

99.07 

46.9 

9S.3 

59.96 

36.0 

95.5 

17.71 

49.6 

95.0 

95.33 

37.0 

95.1 

98.57 

46.6 

90.3 

51.47 

36.1 

96.5 

17.86^ 

49.9 

96.0 

95.30 

36.7 

96.0 

98.07 

46.4 

97.3 

50.67 

36.3 

97.5 

18.09 

43.1 

97.0 

95.96 

36.4 

97.0 

97.54 

46.1 

98.3 

49.89 

36.4 

98.5 

18.90 

43.4 

98.0 

95.91 

36.9 

98.0 

96.97 

45.8 

99.3 

49.08 

36.6 

99.5 

18.41 

43.7 

99.0 

95.14 

35.9 

99.0 

96.35 

45.6 

30.3 

46.99 

36.7 

30.5 

18.59 

44.0 

30.0 

95.08 

35.5 

30.0 

96.74 

45.3 

31.3 

47.30 

36.9 

31.5 

18.79 

44.3 

31.0 

95.09 

36.9 

31.0 

95.06 

45.0 

313 

46.39 

37.1 

39.5 

18.97 

44.7 

39.0 

94.98 

34.8 

39.0 

94.46 

44.7 

3U 


FIXED  BTAES,  1895. 


TBANHlTi 

APFAK£NT  VLADE»  FOfi  TH£  XJFPESL 

LT  WAfiHmaTOH. 

o  Androneda. 

mii.) 

filkj&tL 

12C«tL 

1 

UMliwittoii 

Bight 

JTortt. 

lUffht 

l>eolfaHitlofi 

Biglit 

^^SSSf** 

1 

h      m 

0    2 

1 

+28  ao 

h     m  ' 

0    7 

+  14  35 

0  20 

O            / 

—77  dO 

h     m 

0  24 

e       • 

—  4  31 

[CD«c.  30.9J 

• 

67.16 -.18 

47*^7  -0.7 

• 
49.49 -J  1 

63.9  -0.7 

16.01  -48, 

6SJe4«4 

8 

40.96  -JO 

TcTs-OJ 

Jml    9.9 

67.09    .13 

06.9     1.0 

49.38     .10 

63.1     04 

15.11      47  1 

4tt.l      1.4 

40.77     .10 

76^    0.5 

f9J^ 

66.90    .» 

46.7    1.S 

49.98    .00 

69.9    04 

14.27     40; 

60.4     fi.0 

40j67     40 

77.9     0.4 

99  J» 

66.79    J4) 

44.4     iA 

49.19     .06 

61.8    14 

13.51     .71  i 

56.9    14 

40.56     48 

77.6    OJ 

Feb.    a.l 

1 

66.69    .66 

49.9    U5 

49.19    .00 

60.3    14 

19.86    40 

i 

i 

55.5    S4 

40.51     JK 

77.8 -«.l 

18.1 

66.68 -.M 

41.4  -14 

49AN(-.M 

59.4  -04 

1 
l9Jtt  -.C7 

S9.4  43.3 

40.44  -48 

77.8  4«.l 

^.1 

66.69 '48 

39.8    14 

49.04  -41 

68.5    04 

11.99     43 

49.0    34 

40.41  -48 

77.6    $J 

Mat.  jg.O 

66^44f 

38.8    1.4 

49.04  448 

57.7    0.7 

11.66    .18  1 

45.3    a.8 

40.40  4.81 

77.3    0.5 

90.0 

66.63    4e 

37.0    1.S 

49.06    40 

S7.I     04 

11.55-43 

41.5    84 

40.49     .M 

76.7    0.7 

30.0 

66.79    M 

36.8    14 

49.16    .10 

66.8-04 

I]ii0  4-.t3 

87.6    a4 

40.46     48 

^.9    04 

▲i>jr.    V.0 

66.86  ^.M 

85.0  -0.7 

49.98  4.14 

66.8  40.1 

11.61  4-48 

33.7  43.6 

40.56  4-.I9 

74.6  414 

la.tf 

67.03     JO 

34.4  -4.4 

49.44     .18 

67.0    0.4 

19.17     43 

99J9    3,7 

40.79     M 

73.5    1.4 

9H.V 

67.96    .M 

34.3    04 

49iM     .» 

67.5    0.7 

19.68     48 

96.9    84 

40.90     40 

72.0    IJ 

ll*jr    6.9 

67.69     je 

34.6  4«.4 

49.88    M 

68.4    14 

13.33     .79 

99.8    84 

41.11      44 

70.9    I J 

18.8 

67.81     ^ 

36. 1    #4 

60.15    40 

50.6    14 

14.11     44 

19.6    t.9 

41.37     47 

68.3    9.0 

98.8 

68.14  4^.13 

36.1  414 

60.45  441 

61.0  4-14 

I5J)I  4-44 

17.1  4«4 

41.65  448 

66.3  49.1 

JuiM  7.8 

68.48    .» 

37.6    14 

60.77     49 

69.7    14 

15.99  149 

14.9    9.0 

41.95     .31 

64.9    %J 

17.8 

58.83     M 

39.9    14 

61.10     43 

64.6    9.0 

17.(6  147 

13.1     14 

49.97     48 

62.1    9.1 

97.7 

59.19    .» 

41.1     1.1 

51.43     43 

66.7    9.1 

18.14   1.10 

11.9    04 

49.59     48 

59.9    9.1 

July    7.7 

59.53     .34 

43.3    14 

61.76     48 

68.9    94 

19.95  1.10 

11.9  44.4 

49.91     48 

57,9    9l0 

17.7 

59.86  •»-.» 

45.7  40.4 

69.07  4.30 

71.1  4^ 

90.344147 

11.1  -04 

43.99  -441 

56.0  41.8 

97.7 

60.17     .M 

48.9    t.6 

59.36     .98 

73.3    9.9 

91.38  l.OI 

11.6     0.8 

43.59     48 

54.9    IS 

Aug.   6.6 

60.44     M 

50.8    04 

59.63     .90 

75.5    9.1 

99.35    41 

19.7     14 

43.79     46 

52,7    1.4 

16.6 

60.68     .« 

53.4    t.O 

59.86     49 

77.6    9.0 

93.90     .79 

14.9     14 

44.03     49 

51.4    1.9 

96.6 

60.89    .18 

55.9    S.6 

53.06    .18 

79.5    14 

93.99    44 

16.9    94 

44.94     .18 

50.4    U 

Hopt.   5.ft 

61.05  4^.14 

58.3  40.4 

53.99  4.14 

81.9  41.7 

94.49  4.48 

18.7  -94 

44.49  4.10 

49.6  40  <; 

15.5 

6IJ7     .10 

60.6    0.9 

53.34     .10 

89.8    14 

94.87    40 

91.4     9.8 

44.55     .19 

49.9    e.3 

95.6 

61.95     .00 

69.8    84 

53.49     .00 

84.9    14 

95.07  4.11 

94.3     34 

44.65     .06 

49.0  40.1 

Out.     5,5 

61.99  4>.00 

64.7     1.8 

53.47  4.03 

85.3    14 

95.09  -.06 

97.3     34 

44.79     .05 

49.0  -0.1 

15.4 

61.99  -.01 

66.4     14 

63.48    .00 

86.9    0.8 

94.91     .97 

30.3     9.9 

44.75  4.09 

49.9    U 

95.4 

61.97  -.04 

67.8  414 

53.47  -.03 

86.9  40.0 

94.55  -.44 

33.1  -9.7 

44.74  -.01 

49.7 -4J 

Nov.    4.4 

61.99    .00 

69.0     1.0 

53.43     .06 

87.3    04 

94.03     .59 

35.7     9.4 

44.79    .04 

50.9    M 

14.4 

61.14     .06 

60.8    0.7 

63.37     .07 

87.6  40.1 

93.37     .79 

37.8    14 

44.67    .06 

50.9    1.7 

94.3 

61.04     .10 

70.4    0.4 

53.99    .08 

87.6  -0.1 

99.59    .89 

39.5    1.4 

44.60    48 

51.6     4.7 

L'^C     4*«l 

60.93    .11 

70.6  40.1 

53.90     .00 

'     87.4    04 

1 

91.79    .88 

40.7    0.8 

44.59    48 

59.3    17 

14.3 

60.81  -.19 

70.6  -0.9 

53.10 -.10 

87.1  -04 

90.81  -.03 

41.9-04 

44.43  -.08 

53.0-0.7 

94.9 

60.68    .13 

70,9    0.5 

59.99    .11 

86.5    04 

19.87    .93 

41.9  40.4 

44.33    .10 

53.7    0.7 

34.9 

60.55  -.13 

6S>.5  -04 1  69.89  -.11 

85.8  -0.7 

1   18.94  -.00 

40.5  414 

44.93  -JO 

54.4-04 

FIXED  STARS,  1895. 


315 


APPARENT  PLACES  FOR  THE  UPPER  TRANSIT  AT  WASHINQTON. 

8oUr 

«  Ctae 

iopea. 

/9CeU. 

21  CaMiopea. 

ffPiooiiiiD. 

Bight 

DMllBAtiOB 

JTortik. 

Blfht 
Aeeenaloii. 

UuUl 

Blfht 
▲teenaloo. 

DedliiAiioB 
North, 

Bight 

DwdlMtiM 
Ifortk, 

0  84 

+66  67 

h     m 

0  38 

-16  88 

h     m 

0  88 

+74  24 

0  67 

+  7  19 

\  CDee.  30.3) 

39.90  -.97 

59.0  -6.1 

• 
19.47  -.11 

59JB^.6 

40.73  -.60 

79.9  40.4 

8 

99.75  -.10 

33J  -6J 

1  Jan.    9.9 

31.99    .97 

5a7    0.6 

19.35    .11 

53.3-6.3 

40.03    .78 

79.9-0.8 

99.64     .11 

39.5    0.6 

1              19.9 

31.65    M 

57.8    l.l 

19.94     .11 

53.5    0.0 

39.34     M 

71.7    8.8 

99.53    .11 

31.9    6.6 

1             99.9 

31.39    M 

56.5    1.5 

19.13    .10 

53.4  46.8 

38.68    M 

70.5    1.4 

99.43    .10 

313    8.6; 

1  Feb.    8.1 

31.16    M 

54.8    1.8 

19.04    .00 

53.0    0.5 

38.07    .56 

68.9    1.9 

99.33    .00 

30.6    OJ 

18.1 

30.96  -.18 

59.8-8.8 

18.96  -.07 

59.4  40.8 

37.55  -.46 

66.8  -«.3 

99.94  -.06 

30.1  -6.5* 

98.1 

30.81     .It 

50.5    8.4 

18.90    .04 

51.5    1.6 

37.15    .35 

64.3    8.6 

99.17    .66 

99.7    0.4 

!  Mar.  10.1 

30.71  -.06 

48.0    8.5 

18.88  -.01 

50.3    1.3 

36.86     .81 

61.5     8.6 

99.13 -.63 

99.4  -6.8 

90.1 

30.69  4-.01 

45.5    8.4 

18.88  4.08 

48.9     1.5 

36.79  -.06 

58.6    8.0 

99.19  4.61 

99.3    0.0 

30.0 

30.74     .06 

43.1     8.3 

18.93    .06 

47.3    1.8 

36.74  4.00 

55.7    8.0 

99.15    .66 

99.4  48.8 

1 

Apr.    9.0 

• 
30.86  ^M 

40.9  -«.l 

19.01  4.10 

45.4  48.6 

36.91  4.84 

59.9  -8.7 

99.99  4.60 

1 

99.7  40.4 

19.0 

31.06    M 

38.9    1.6 

19.13    .15 

43.3    8.8 

37.93    .39 

50.3    8.4 

99.33     .13 

30.3     6.7 

99.0 

31.39    .30 

37.3    1.4 

19.30    .19 

41.1     8.3 

37.70    .53 

48.0    8.1 

99.48    .17 

31.1     1.0 

May    8.9 

31.66    M 

36.1     1.0 

19.51     .83 

38.8     8.4 

38.99     .65 

46.1     1.7 

99.67    .81 

39.9    1.8 

18.9 

39.05    .41 

35.3-6.5 

19.76    .86 

36.3    8.4 

38.99    .75 

44.6    1.8 

99.91     .85 

33.5    1.4 

98.9 

39.48  +.45 

35.0    0.0 

90.03  4  JO 

33.9  4«.4 

39.79  4.89 

43.7  -0.7 

30.17  4.86 

35.1  41.6 

1  Jane  7.8 

39.95    .48 

35.9  40.5 

90.33    .31 

31.5    8.4 

40.64     .86 

43.3  -0.1 

30.47     .30 

36.8    1.6 

17.8 

33.44     .49 

36.0    1.0 

90.66    .39 

99.9    8.3 

41.54     .81 

43.5  40.4 

30.78     .38 

38.7     1.0 

97.8 

33.94     .49 

37.9    1.4 

90.99    .33 

97.0    8.1 

49.46     .91 

44.9     1.0 

31.10     .38 

40.7    8.0 

Jnly   7.8 

34.43    .48 

38.8    1.6 

91.39    .33 

95.0    1.6 

43.36    .89 

45.4     1.5 

31.43     .38 

49.8    8.0 

17.7 

34.90  -^M 

40.9  48.8 

91.65  4.39 

93.3  41.5 

44.94  4.85 

47.9  48.0 

31.75  4.31 

44.8  4f.O 

97.7 

35.35    .43 

43.3    8.5 

91.96    .30 

91.9     1.8 

45.07     .79 

49.4     8.4 

39.05    .30 

46.8    1.8 

Aug.  6.7 

35.77    .30 

46.0    8.8 

99.95    .87 

90.9    6.0 

45.83     .79 

59.0    8.6 

39.34     .86 

48.6    1.8  j 

16.6 

36.13    .31 

49.0    3.0 

99.51     .84 

90.1     0.6 

46.51     .64 

54.9    3.1 

39.61     J5 

60.4     1.6 

96.0 

36.45    .SO 

59.1     3.8 

99.74     .81 

19.8  40  J 

47.10     .54 

58.9     3.3 

39.84     .SB 

51.9    1.4 

Sept  6.6 

36.79  +.94 

55.4  43.3 

99.93  4.17 

19.8  -6.8 

47.58  4.43 

61.6  43.5 

33.04  4.18 

63.3  41.8 

15.6 

36.99    .16 

58.6    3.3 

93.08     .13 

90.1      0.5 

47.96     .39 

66.3     3,7 

33.91     .15 

54.4     1.6 

95.5 

37.07    .18 

61.9     3.8 

93.90    .00 

90.7    0.7 

48.99     .90 

69.0     3.7 

33.34     .19 

65.3    83 

Oel.    5.5 

37.17    .06 

65.1     3.1 

93.97    .06 

91.5    0.8 

48.36  4.06 

79.7     3.7 

33.44     .66 

55.9    6.6 

15.5 

37.90  4-.0I 

68.9    3.0 

93.31  4.09 

99.6    1.1 

48.38  -.03 

76.4     3.6 

33.51     .66 

56.4    0.3 

• 

95.5 

37.19 -.04 

71.1  48.8 

93.31  -.01 

93.8  -1.8 

48.99  -.15 

79.9  43,4 

33.54  4.89 

56.6  40.1 

Hot.  4.4 

37.19    .00 

73.7    8.5 

93.99    .04 

95.1     1.8 

48.08     M 

83.9    3.1 

33.55  -.61 

56.7  -6.1 

14.4 

37.01     .14 

76.0    8.1 

93.94     .06 

96.4    I  a 

47.76    .37 

86.9    9.6 

33.53     .83 

56.6    0.8 

94.4 

36.85     .18 

77.9    1.7 

93.17    .66 

97.6    1.8 

47.34     .46 

88.8     8.4 

33.49     .65 

56.3    0.3 

Dee.   4.3 

36.65    .81 

79.3    1.8 

93.08     .60 

98.8     l.l 

46.84     Ai 

90.9    1.0 

33.43     .67 

55.9    0.4 

14.3 

36.43  -.84 

80.3  40.7 

99.98  -.10 

99.8  -0.9 

46.95  -.61 

99.6  41.3 

38.36  -.on 

65.5  -6.5 

94.3 

36.18    .86 

80.8  46.8 

99.87     .11 

30.6    0.7 

45.61     .66 

93.6    0.7 

33.97     .00 

54.9    0.6 

34.3 

35.91  -.87 

80.8  -0.3 

99.75  -.11 

31.9  -0^ 

44.93  -.70 

94.1  40.1 

33.17  -.10 

54.3  -6.6 

316 


FIXED  STARS,  1895. 


APPASENT  PLACID  FOR  THE  UPPER  TRANSIT  AT  WASHINGTOH. 

«^^^ 

fi  Andromeda. 

^iCeU. 

SSCoMiopas. 

fPi- 

» 

■       SoUr 

Rifbt 
A«eei^OB. 

DedlBation 
Kortk. 

Sifbt 
AaeaaskMi. 

DeeUnetkNi 

Blfht 

DMUasOaa 
M^rtk. 

BlgiU^ 

"«S3?" 

Amtk, 

h     n 

1     3 

O           ( 

+  35    3 

h     n 
1    18 

O           t 

-  8  43 

1  23 

+e9  43 

h     M 

1  25 

© 

+  14  48 

(Dm.  30^) 

51.08 -.14 

63.0  -0.9 

8 

46.91  -.10 

3L7  -0.7 

8 

94.36  -.47 

48!5  493 

• 
59.11  -JO 

231.6-0.4 

Jfta.    9.3 

50.93    Jft 

69.7    0.0 

46.81     .11 

39.4    0.0 

93.87     .50 

49.0  40.9 

59.00     .11 

93.1     OJ 

19.9 

60.78    .15 

69.0    0.8 

46.69    .19 

39.9    0.4 

93.36    .51 

49.0  -9.9 

51.89     J9 

99^    •Jt 

99^ 

60.63    as 

61.0    1.1 

46.68    .11 

33.9^.9 

99.85    .50 

48.4     0.9 

51.77    .19 

91.8    0.7 

Feb.    a9 

60.48    .U 

59.8    1.3 

46.46    .10 

33.3    0.0 

99.36    .47 

47.9    1.4 

51.65    ai 

91.1      0.7 

lai 

50.35  -.It 

58.4  -1.5 

46.36  -.00 

33.9  40 Jl 

91.91  -.« 

45.6  -1.8 

51.54  -.10 

90.3-4.7 

98.1 

60.95    M 

56.8    1.0 

46.98    .07 

39.9    0.4 

91.53    .34 

43.5    9.9 

51.44     .96 

19.6    0.7 

Bfmr.  10. 1 

60.18    M 

55.9    1.0 

46.91     .00 

39.4    0.0 

91.93    M 

41.1     9.5 

51.38    .96 

19.0    OJ 

90.1 

50.15  -.01 

53.6    1.5 

46.18 -.09 

31.6    0.9 

91.03    .14 

38.5    9.7 

51.34  -.08 

laS    0.4 

30.0 

50.17 -!•.•« 

59.1     1.4 

46.18  4.09 

30.6    1.9 

90.94  -.03 

35.8    9.7 

51.34  4.09 

18.9 -OJ 

Apr.    9.0 

50.93  -l-.QO 

50.8  -1.9 

46.93  4.00 

99.3  41.4 

90.97  4.00 

33.1  -9.7 

51.38  4.06 

18.0    $J 

19.0 

50.36    .15 

49.8    0.9 

46.31     .10 

97.8    1.0 

91.19    .91 

30.4    9.5 

51.47    ai 

18.1  40J 

99.0 

60.53    .90 

49.0    0.0 

46.44     .15 

96.1     1.8 

91.40    .33 

98.0    9.9 

51.60     .10 

ta4  0.5 

Hay    8.9 

50.76    .00 

48.6  -0.9 

46.61     .19 

94.9    9.0 

91.79    .44 

96.0    1.9 

51.77     M 

19.0    0.7 

18.9 

61.09    .90 

48.5  49.9 

46.89    .93 

99.9    9.1 

99.98    .59 

94.9    1.5 

51.99    JM 

19.9    IJ 

1 

98.9 

51.33  -l>.a9 

48.9  40.5 

47.06  4.90 

90.0  49.9 

99.85  4J1 

93.0  -1.0 

59.95  4.97 

91.0  4U 

Jane  7.8 

51.67    .35 

49.6    0.9 

47.34     .90 

17.8     9.9 

93.50    .07 

99.9  -0.5 

59.53    .90 

99.4    IJ 

17.8 

59.03    .37 

50.6    1.9 

47.64     .91 

15.6    9.9 

94.90    .79 

91.9    0.0 

59.84     .99 

94.0    1.7; 

97.8 

59.4 1     .97 

59.0    1.5 

47.95    .99 

13.4    9.1 

94.94     .74 

99.1  40.5 

53.16    .93 

95.7    IJ' 

Jnly    7.8 

59.78    .17 

53.7    1.9 

48.97     .99 

11.3    9.0 

95.69    .75 

99.9    1.0 

53.50    .93 

97.6     tJ 

17.7 

53.16  4.90 

55.7  49.0 

48.59  4.99 

9.4  41.8 

96.43  4.74 

94.1  41.5 

53.83  4.99 

99.5  49.t 

97.7 

53.51     .34 

57.8    9.9 

48.91     .91 

7.6    1.0 

97.16    .71 

95.8    1.9 

54.15    .91 

31.5    9.e 

Aug.   6.7 

53.84     .» 

60.9    9.4 

49.90     .90 

6.9    1.3 

97.85     .67 

97.9    9.9 

54.46     M 

33.4     IJ 

IG.6 

54.15     M 

69.6    9.5 

49.48    M 

5.0    1.0 

98.49    .01 

30.4    9.0 

54.74     SO 

35.3     IJ 

96.6 

54.43    .90 

65.1     9.5 

49.73     .93 

4.1      0.7 

99.08    .55 

33.9    9.9 

55.00    .94 

37.1     1.7 

Sept  5.6 

54.66  -¥M 

67.5  49.5 

49.95  4.90 

3.5  40.4 

99.59  4.48 

36.3  49.9 

55.93  4.91 

38.7  41J 

15.6 

54.86    .18 

70.0    9.4 

50.13     .17 

3.9  40.1 

30.03    .40 

39.6    3.4 

55.43     .19 

40.1     1.3 

95.5 

55.09    .M 

79.3    9.3 

50.98     .19 

3.3  -0.9 

30.38    .31 

43.0    9.5 

55.59    .15 

41.4     1.9 

Oct.     5.5 

55.14     .10 

74.6    9.9 

50.40    .10 

3.6    0.4 

30.65    .99 

46.5    9.5 

55.79    .11 

49.5     1.0 

15.5 

55.99    .06 

76.6    9.0 

50.48    .07 

4.9    0.0 

30.83    .13 

50.0    8.6 

55.89    .08 

43.3    OJ 

95.5 

56.97  +.03 

78.5  41.8 

50.53  4.04 

4.9  -0.8 

30.99  4.04 

53.4  43.4 

55.89  4.06 

44.0  40J 

Nov.    4.4 

55.98    .00 

80.9    1.6 

50.55  4.01 

5.8    0.0 

30.99  -.06 

56.7     3.9 

55.93  4.09 

44.5    0.4 

14.4 

55.96  -.03 

81.6    1.3 

50.54  -.09 

6.8    1.0 

30.89    .14 

59.8    9.9 

55.94     .00 

44.8  40J 

94.4 

55.91     M 

89.7     1.0 

50.51     .04 

7.9    1.0 

30.64    .99 

69.5    9.0 

55.99  -.08 

44.9    OJ 

Deo.    4.3 

55.13    M 

83.5    0.7 

50.46     .00 

8.9    1.0 

30.37    .90 

64.9    9.9 

55.88    M 

44.8  -0.1  ■ 

14.3 

55.03  -.11 

84.0  40.3 

50.39  -.00 

9.9  -0.0 

30.03  -.37 

66.9  41.7 

55.69  -.97 

44.6  -OJ 

94.3 

54.91     .13 

84.9    0.0 

50.30     .10 

10.7    0.8 

99.69     .43 

68.3    1.9 

55.74     .09 

44.3    0.4 

34.3 

54.77  -.16 

84.0  -0.3 

50.19  -.It 

11.5-0.7 

99.17 -.48 

69.9  40.0 

55.64  -.11 

43.8  -0.5 

FIXED  STARS,  1895. 


317 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINQTON. 

SolTr 

a  Eridani. 
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0  Pisoiam. 

fi  Ariodo. 

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49.09  * .» 

86.9  -6.1 

51.91     .11 

49.6     6.6 

50.58    .19 

50.3    0.4 

97.59    .54 

70.5    6.7 

19.9 

48.76    M 

86.7  +0.9 

51.10    .19 

49.0     6.6 

50.45    .19 

49.8    0.6 

96.96    .58 

71.0  46.1 

99.9 

48.44     .91 

85.9    1.6 

50.98     .19 

48.4     6.6 

50.39    .19 

49.9    6.7 

96.37    M 

70.8  -6.5 

'  Feb.    8.9 

1 

48.13    .90 

84.7    1.5 

60.86    .19 

47.9     6.5 

50.19    .19 

48.4    6.6 

95.79    .57 

70.1     1.6 

18.1 

47.8S  -.97 

89.9  49.6 

60.75  -.11 

47.3-6.5 

50.06  -.19 

47.6  -6.8 

95.94  -J9 

68.8  -1.5 

98.1 

47.60    .» 

80.6    9.4 

50.65    .00 

46.9    6.4 

49.95    .10 

46.8     6.8 

94.74     .46 

67.0    1.9 

Mar.  10. 1 

47.39    .18 

78.0    9.8 

50.57    '06 

46.6    6.9 

49.86    .07 

46.0     6.8 

94.33    .96 

64.9    9.3 

90.1 

47.94    .19 

75.0    9.1 

50.52  -.09 

46.4  -6.1 

49.80  -.04 

45.9    6.7 

94.09    .95 

69.5    9.5 

30.0 

47.14  -.W 

71.7    9.4 

50.51  4.61 

46.4  46.1 

49.78    .00 

44.6    6.6 

93.83  -.13 

59.8    9.7 

Apr.    9.0 

47.10    .M 

68.3  49.5 

50.54  4.65 

46.6  46.9 

49.79  4.64 

44.1  -6.4 

93.77    .66 

57.1  -9.7 

19.0 

47.14  4-.07 

64.7     9.6 

50.61     .09 

47.1     6.5 

49.86    .09 

43.8  -6.9 

93.84  4.14 

54.4     9.6 

99.0 

47.94    .14 

61.0     9.6 

50.79    .14 

47.7     6.8 

49.97    .14 

43.7  46.1 

94.05    .99 

51.8     9.4 

May    8.9 

47.49    .91 

57.4     9.6 

50.88    .18 

48.7     1.0 

50.13    .18 

44.0     6.4 

94.40    .40 

49.4    9.9 

18.9 

47.66    .97 

53.8    9.4 

51.08    .99 

49.8     1.9 

50.34     .99 

44.5    6.6 

94.86    .99 

47.4     1.8 

98.9 

47.97  4-.99 

60.5  49.9 

51.39  4.95 

51.9  41.5 

50.58  4.96 

45.9  46.9 

^,43  4.69 

45.8  -1.4 

Jose  7.8 

48.33    .90 

47.4     9.9 

51.59     .96 

59.8    1.7 

50.86    M 

46.9     1.9 

96.10    .70 

44.5    1.6 

17.8 

48.74     .49 

44.6     9.6 

51.89    .90 

54.5    1.8 

51.17     .99 

47.5    1.4 

96.84     .76 

43.8  -6.5 

97.8 

49.18    .46 

49.9    9.9 

59.90    .90 

56.3     1.9 

51.50    .93 

49.0     1.6 

97.63    .86 

43.6    6.6 

July   7.8 

49.65    .48 

40.3    1.7 

59.69    .99 

58.9    1.9 

51.83     .94 

50.6     1.7 

98.45    .89 

43.8  49.5 

17.7 

60.14  4.48 

38.9  41.9 

59.85  4.99 

60.9  41.9 

59.17  4.94 

59.4  41.8 

99.98  4.89 

44.6  41.6 

97.7 

50.69    .47 

38.0  40.6 

53.17    .91 

69.1     1.8 

59.51     .33 

54.3    1.9 

30.11     .89 

45.8    1.5 

Ang.  6.7 

51.09    .45 

37.7    0.0 

53.47    .90 

63.9    1.7 

59.83     .91 

56.9    1.9 

30.99    .79 

47.5    1.9 

16.6 

51.53    .« 

37.9  -6.6 

53.76    .98 

65.5    1.6 

5.TI4     .99 

58.0     1.9 

31.68    .74 

49.6    9.3 

96.6 

51.93    J8 

38.8    1.1 

54.09     .95 

67.1     1.4 

53.49     .97 

59.9     1.9 

39.40    .68 

59.0     9.6 

Sept  6.6 

59.99  -1^.99 

40.1  -1.6 

54.96  4.99 

68.4  41.9 

53.67  4.94 

61.6  41.7 

33.04  4.61 

54.8  49.9 

15.6 

59.58    .97 

49.0    9.0 

54.47    .10 

69.5    1.0 

53.89     .91 

63.9    1.6 

33.69    .53 

57.9    9.9 

95.5 

59.89    .M 

44.9    9.4 

54.64     .16 

70.4    0.8 

54.09     .18 

64.7     1.4 

34.11      .45 

61.1     9.9 

Got.    5.5 

59.98    .19 

46.8    9.7 

54.78    .13 

71.1     0.6 

54.95     .14 

66.0     1.9 

34.51     .95 

61.5    3.4 

15.5 

53.07  f  .06 

49.6    9.8 

54.89    .10 

71.6    0.4 

51.37     .11 

67.9    1.6 

34.81     .95 

67.9    9.4 

95.4 

53.10  -.01 

59.5  -9.9 

54.97  4.07 

71.8  40.9 

54.47  4.08 

68.1  46.0 

35.01  4.15 

71.4  43.4 

Nov.   4.4 

53.05    .06 

55.3    9.8 

55.09    .04 

71.9    0.0 

54.53     .06 

68.9    6.7 

35.11  4.64 

74.8    9.9 

14.4 

59.94     .14 

58.1     9.6 

55.04  4.01 

71.8  -6.1 

54.57  4.09 

69.5    6.5 

35.10  -.66 

78.0    3.1  i 

94.4 

59.78    .19 

60.6    9.9 

55.04  -.09 

71.6    0.9 

54.57  -.01 

69.9    6.9 

34.98    .17 

81.0     9.8 

Dee.    4^ 

59.56    .94 

69.8    9.0 

55.01     .04 

71.3    0.4 

54.55     .64 

70.9  49.9 

34.75    .97 

83.7     9.5 

14.3 

59.30 -.97 

64.6  -1.5 

54.96  -.06 

70.9  -0.5 

54.50  -.06 

70.9    6.6 

34.44  -.96 

86.0  49.1 

94.3 

59.01     .90 

65.9    1.0 

54.88     .06 

70.4    0.5 

54.49     .06 

70.1  -6.9 

34.03     .44 

,     87.9     1.6 

34.3 

51.70  -.99 

66.6  -0.5 

54.79  -.10 

(19.8  -0.o|  54.33  -.11 

69.8  -6.9 

33.56 -.56 

.     89.9  41. 1  ' 

318 


FIXED  STABS,.  1895. 


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FIXED  STARS,  1895. 


319 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINQTON. 

* 

1 

■ 

y  Ceti. 

a  Ceti. 

48  Cephei  (H.) 

C  ArieUo. 

Sofav 

BIffbl 
A«e«iMkNi. 

DeolfBfttion 
Kftk, 

Ricbt 

DeoUaAtkm 

Bisbt 
AteenskMi. 

DmUbMIob 

Riffht 

DmIIbaUoo 

M^rth, 

h     m 

2  37 

9          1 

+  2  47 

k     m 

2  66 

o         # 

+  3  40 

h     m 

8    6 

+77  20 

8    8 

+26  39 

(Dee.  30.3) 

5^39  -.07 

40!7  -0.7 

• 

48.95  -.00 

45.5  -0.7 

• 

69.10-  J9 

76.6  49J 

■ 
59.78 -.00 

99.4  -0.1 

Jan.    9.3 

59.93    .00 

40.0    0.0 

48.18    .00 

44.8    0.0 

61.50    JO 

78.5    1.7 

59.71     .00 

99.3    OJ 

19.9 

59.19    .11 

39.4    0.0 

48.08    .11 

44.9    OJ 

60.78    .70 

80.0    IJ 

59.61     .11 

99.1    OJ 

99.9 

59.00    .IS 

38.8    OJ 

47.96    .13 

ii.7    OJ 

59.97    J4 

80.9  40.0 

59.48    .13 

98.8    0.4 

Feb.    8.9 

51.87    .14 

38.4    0.4 

47.89    .14 

43.9    0.4 

59.11     JO 

81.9    OJ 

59.34    .15 

98.4    0.4 

18.9 

51.73  -.IS 

38.1  -0.3 

47.68  -.14 

49.9  -0  J 

58.93- JO 

80.9  -0.0 

59.18 -.15 

97.9-0  J 

98.9 

51.60    .19 

37.8  -0.1 

47.54     .13 

49.6  -0  J 

57.38    JO 

80.0    1.1 

59.03    .15 

97.4    OJ 

Mar.  10.1 

51.48    .10 

37.8    0.0 

47.4 1     .19 

49.5    OJ 

56.60    .73 

78.6    IJ 

51.89    .13 

96.8    OJ 

90.1 

51.39    .06 

37.9  -fOJ 

47.31     .00 

49.6  40J 

55.99    J9 

76.7    9.0 

51.77    .11 

96.9    OJ 

30.1 

51.39    .05 

38.9    0.4 

47.99    .00 

49.8    0.9 

55.37    .47 

74.5    9.4 

51.67    .06 

95.7    OJ 

Apr.    9.1 

51.99 -.01 

38.7  40  J 

47.18 -J9 

43.9  40J 

54.98- .30 

79.0-9.0 

51.61  -.04 

95.3  -0.4 

19.0 

51.30  4-.03 

39.4    0.9 

47.17  4.09 

43.8    0.7 

54.77-  .19 

69.3    9.7 

51.60  4'.0I 

94.9    OJ 

99.0 

51.36    .06 

40.3    1.0 

47.91     .00 

44.7    OJ 

54.754  .07 

66.5    9.9 

51.63    .00 

94.7  -0.1 

Umj    9.0 

51.46    .19 

41.4    IJ 

47.99    .10 

45.7    I.I 

54.91     JO 

63.7    9.7 

51.71     .11 

94.7  40.1 

19.0 

51.60    .17 

49.7    1.4 

47.49    .15 

46.9    IJ 

55.97    .44 

61.1     9J 

51.84     .10 

94.9    Ojj 

98.9 

51.79  4-31 

44.9  4-1 J 

47.59  4.10 

48.3  41.5 

55.804  Jl 

58.8  -9J 

59.09  4- JO 

95.3  40  J 

Jane  7.9 

59.01     .94 

45.8    i.7 

47.80    J3 

49.9    1.0 

56.50    .77 

56.7    IJ 

59.94     J4 

95.9    0.7 

17^ 

59.97    .97 

47.6    1.9 

48.05    JO 

51.5     1.7 

57.34     JO 

54.9    IJ 

59.50    J7 

96.7    Oj! 

97.8 

59.55    JO 

49.4    1.9 

48.39    .99 

53.3    IJ 

58.99  1.00 

53.6    I.I 

59.79    JO 

97.7    I.I 

July   7.8 

59.86    .01 

51.3    1.9 

48.69    JO 

55.1     IJ 

59.35  1.06 

59.7    0.7 

53.10    J9 

98.9    IJ 

17.8 

53.17  ^jn 

53.1  4-1.9 

48.99  4  Jl 

56.9  41.7 

60.4741.14 

59.3  -0  J 

53.43  4  J3 

30.1  4IJ 

97.7 

53.49    .91 

54.9    1.7 

49.94     .91 

58.5    1.0 

61.63  1.17 

59.3  40  J 

53.76    J3 

31.5    1.4; 

Aug.   0.7 

53.80    .91 

56.5    1.5 

49.55    .31 

60.1     IJ 

69.89  1.19 

59.9    OJ 

54.10     J3 

39.9    1.4 

16.7 

54.10    M 

58.0    1.3 

49.86    JD 

61.6    IJ 

63.99  1.17 

53.9     IJ 

54.43     J9 

34.3    1.4 

96.7 

54.39    JO 

59.9    1.1 

50.16    .99 

09.8,  I.I 

65.1^  I.I3I 

55.3    IJ 

54.74     Jl 

35.7    1.4' 

Sept  6.6 

54.66  4-.90 

60.9  40  J 

50.43  4'.97 

63.8  40  J 

66.9641.07 

57.1  49  J 

55.05  4  J9 

37.1  41  J' 

15.6 

54.91     .99 

61.0    0.0 

50.69    .95 

64.6    0.0 

67.30  1.00 

59.3    9.4 

55.33     J7 

38.3    IJ 

95.6 

55.13     JO 

61.5    0.4 

50.93    .99 

65.1     0.4 

68.^    .01 

61.9    9.7 

55.59     J5 

39.4     i.l 

Oct     5.6 

55.39    .19 

01.7  40.1 

51.14     .90 

65.3  40.1 

69.11     JO 

64.7     9  J 

55.83    J9 

40.4     Ij' 

15.5 

55.48    .15 

61.7-0.1 

51.39    .17 

65.3  -0.1 

69.86    .07 

67.8     3.1 

56.04     JO 

41.3    OJ 

95.5 

66.69  4>.19 

61.5  -OJ 

51.47  4.14 

65.1  -OJ 

70.464  J3 

71.0  43J 

56.99  +.17 

49.1  40.7 

Not.  4.5 

55.79    .00 

61.1     0.5 

51.60    .11 

64.7    OJ 

70.99     J9 

74.3     3,4 

56.37     .14 

49.7    OJ 

14.4 

56.80    .00 

60.6    0.0 

51.69    .09 

64.9    OJ 

71.93     .91 

77.7    SJ 

56.49    .10 

43.1     0.4 

94.4 

55.84  4-.09 

59.9    0.7 

51.76    .05 

63.5    0.7 

71.374  .00 

81.0    3 J 

56.58     .07 

43.5    0 J 

Dee.    4.4 

55.86    .00 

59.9    0.7 

51.79  4.09 

09.8    0.7 

71.35-  .11 

84.9    3.0 

56.63  4.04 

43.8    0.9 

14.4 

55.84  -.09 

58.4  -0.7 

51.79  -.01 

69.1  -0.7 

71.15- J9 

87.9  49.9 

66.65     .00 

43.9  40.1 

94.3 

55.80    .00 

57.7    0.7 

51.76     .04 

61.3    0.7 

70.79    .44 

89.8    9.4 

56.64  -.09 

44.0    OJ 

34.3 

55.73  -.06 

57.0  -0.7 

51.71  -.07 

60.6  -0.7 

70.98- JO 

99.0  49J 

56.59  -.07 

43.9  -0.1  ' 

820 


FIXED  STARS,  1895. 


* 

• 

APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHZNGTON. 

! 

o  Persei. 

t  Eridani. 

6  Periei. 

1 
fTaari. 

Mean 
8ol«r 
Bftte. 

1 

Sight 
Aaoensioii. 

DeoliBAtloB 

Bli^t 

DmUbaHob 

Bight 
AseenaioB. 

DeoUiUfctioD 
North, 

Bight 
AaoensioB. 

DmUuMm 

1 

! 

h     m 

3  16 

+49  29 

li     m 

3  27 

O          1 

-  9  48 

h     m 

3  35 

+47*  27 

h     m 

3  41 

+23  46 

(Deo.  30.4) 

■ 

50.61  -.10 

31.6+1.1 

60.08  -.00 

45.8  -1.9 

■ 
28.10 -.08 

22.'l  +1.3 

• 

15.54  -.04 

60^  +9L9 

Jan.    9.3 

50.48    .16 

32.6    0.9 

60.00    .00 

46.9    1.0 

28.00    .19 

23.2    1.0 

15.49    .or 

60.4  +«.! 

19.3 

50.31     .19 

33.3    0.0 

59.90    .11 

47.9    0.8 

27.85    .10 

24.0    0.7 

15.40     .10 

60.4  -4.1 

S9.3 

50.11     M 

33.7  +0.9 

59.78    .13 

46.7    f.O 

27.67     .90 

24.5  +0.3 

15.29     .13 

60.3     0.9 

Feb.    8.2 

49.87    .94 

33.7-0.9 

59.63    .15 

49.2    0.4 

27.45    .99 

24.6  -0.1 

15.14     .16 

60.1     0.3 

18.3 

49.63  -.94 

33.3-0.0 

59.48  -.1^ 

.  49.5  -0.1 

27.22 -.94 

24.4  -0.4 

14.98  -.10 

59.7  -«.4 

98.2 

49.38    .93 

32.5    0.9 

59.32    .10 

49.5  +0.9 

26.98    .93 

23.8    0.7 

14.82     .10 

59.3     0.S 

Mar.  10.2 

49.15    .91 

31.4     1.9 

59.17    .16 

49.2    0.4 

26.75    .91 

22.9    1.0 

14.66     .16 

58.8     0.6 

20.1 

48.95    .18 

30.0    1.5 

59.03    .13 

48.7     0.0 

26.55    .19 

21.7     1.3 

14.51     .13 

58.2    0.6 

30.1 

48.79    .13 

28.5    1.0 

58.91     .10 

48.0    0.9 

26.38    .14 

20.4    1.6 

14.39     .10 

57.6    0.6 

Apr.    9.1 

48.69  -.97 

26.8  -1.7 

58.83  -.00 

47.0  +1.1 

26.26  -.09 

18.8  -1.0 

14.31  -.06 

67.1  -9.6 

19.1 

48.65  -.01 

25.0    1.7 

58.78  -.09 

45.7    1.4 

26.20  -.03 

17.2    1.0 

14.26  -.09 

66.6    0.4 

29.0 

48.67  ^.09 

23.3    1.7 

58.78  +.09 

44.2     1.0 

26.20  +.03 

15.6    1.0 

14.27  +.03 

56.9    OJ 

May    9.0 

48.76     .13 

21.6    1.0 

58.82    .00 

42.5    1.8 

26.26    .10 

14.0    1.6 

14.32     .08 

66.0-0.9 

19.0 

48.92    .19 

20.2    1.4 

58.91     .11 

40.6    9.0 

26.39    .10 

12.6    1.3 

14.42     .13 

55.9    0.0 

28.9 

49.14  +.95 

18.9  -1.1 

59.04  +.15 

38.6  +9.1 

26.59  +.99 

11.4-1.1 

14.57  +.17 

56.0 +aj 

Jane  7.9 

49.43    .31 

17.9    0.8 

59.22    .19 

36.4    9.9 

26.84     M 

ld.4     0.9 

14.77     .91 

56.3    0.4 

17.9 

49.76    .36 

17.2    0.5 

59.43    .93 

34.2    9.9 

27.15     .33 

9.7    0.0 

15.00     .96 

56.7    OJ 

27.9 

50.14     .40 

16.9  -0.9 

59.67    .90 

32.0    9.9 

27.50    .37 

9.2-0.3 

15.27     .98 

57.4    9.8 

July    7.8 

50.56    .« 

16.8  +0.1 

50.94     .98 

29.9    9.1 

27.89    .40 

9.1     0.0 

15.57     .31 

58.2    0.9 

17.8 

50.99  +.44 

17.1  +0.4 

60.23  +.90 

27.9  +1.9 

28.30  +.49 

9.2  +«.3 

15.89  +.33 

59.2  +1.0 

27.8 

51.44     .45 

17.7     0.7 

60.53    .30 

26.0    1.7 

28.73     .43 

9.7    0.0 

16.22     .34 

60.2    1.1 

Aug.   6.8 

51.90    .45 

18.6    1.0 

60.84     .31 

24.4     1.6 

29.17     .44 

10.4    0.9 

16.56     .34 

61.4     1.9 

16.7 

52.35     .44 

19.8    1.3 

61.14     .30 

23.0     1.9 

29.61     .44 

11.4     1.1 

16.90     .94 

62.5    13 

26.7 

52.79     .43 

21.2    1.5 

61.44     M 

22.0    0.9 

30.05    .43 

12.6    1.3 

17.24     .33 

63.7    1.9 

Sept   5.7 

53.22  +.41 

22.9  +1.7 

61.73 +.98 

21.3  +0.5 

.30.46  +.41 

14.0  +1.6 

17.56  +.39 

64.9  +L1 

15.6 

53.61     .38 

24.7    1.0 

62.00    .96 

21.0  +0.1 

30.86     .30 

15.5    1.7 

17.87     .30 

66.0     1.1 

25.6 

53.98    .36 

26.7    9.0 

62.25    .94 

21.1  -0.9 

31.24     .30 

17.3    1.8 

18.16    .98 

67.1     1.0 

Oct.    5.6 

54.32    .39 

28.8    9.1 

62.48    .91 

21.5    0.5 

31.59     .33 

19.1     1.9 

ia43     .96 

68.0    OJ, 

15.6 

54.62    .98 

30.9     9.9 

62.68    .19 

22.2    0.9 

31.90     .30 

21.0    9.0 

18.67    .93 

68.9    OJ 

25.5 

54.88  +.94 

33.1  +9.9 

62.85  +.10 

23.2  -1.1 

32.18  +JM 

23.0  +9.0 

18.89  +.90 

69.6  +0.7 

Nov.   4.5 

55.10     .19 

35.3     9J 

63.00    .13 

24.4    1.3 

32.42    .99 

25.0  ^  9.0 

19.08    .17 

70.3    oj' 

14.5 

55.27     .14 

37.4     9.1 

63.11     .10 

25.8    1.4 

32.61     .17 

26.9    1.9 

19.24     .14 

70.8    OJ. 

24.5 

55.39     .00 

39.5    9.0 

63.20    .07 

27.3    1.6 

32.76    .19 

28.8    1.9 

19.36    .11 

71.3    OJ 

Dec.    4.4 

55.45  +.04 

41.4     1.8 

63.24  +.03 

28.9    1.6 

32.85    .07 

30.7    1.8 

19.45    .07 

71.7    0.4 

1 

14.4 

55.47  -.09 

43.2  +1.0 

63.26    .00 

30.4  -1.4 

32.89  +.01 

32.3+1.0 

19.50 +.93 

72.0 +0J 

24.4 

55.43     .07 

44.7     1,4 

63.24  -.03 

31.8    1.3 

32.88  -.04 

33.8    1.4 

19.52  *r.01 

72.3    OJ 

34.4 

55.33  -.19 

46.0  +1.1 

63.19  -.07 

33.1  -1.9 

32.81  -.00 

35.1  +1.1 

19.49  -J6 

72.4  +0.1 1 

FIXED  STARS,  1895. 


321 


APPARENT  PLACES  FOB  THE  UPPEB  TRANBIT  AT  WASHINaTOH. 

IMt*> 

CPerMi. 

• 

y  Eridani. 

y  Taari. 

t  Taari. 

Btfbl 
AaoaiiAioii. 

DMUnOkm 

Biffhl 
AteenaioB. 

DMttattkm 

• 

DaeHmiliaB 

Bighl 
▲tooiaioB. 

DMUnaUra 

k     m 

8  47 

+31  34 

h     m 

8  53 

e       t 

-13  47 

k     m 

4  13 

+  15  22 

k     n 

4  22 

+  18  56 

(Dm.  30.4) 

■ 

30.07 -.93 

30.6 -^.5 

■ 

9.09  -.84 

83.6-13 

■ 

60.04     .88 

36.6-03 

30.31     30 

60.4  -8.1 

Jmu    0^ 

30.90    .•? 

30.9    8.4 

9.03    .08 

86.0    13 

60.00  -.84 

35.3    03 

30.00  -.84 

60.3    8.1 

10.3 

30.83    41 

31.0  483 

8.94    .11 

86.0    1.1 

50.16     .88 

36.1     03 

30.03    .83 

60.0    8.1 

00.3 

30.70    .14 

31.4    0.0 

8.80    .18 

87.1     0.8 

60.06    .11 

34.8    03 

30.14     .11 

60.1    83 

F^b.    8.3 

30.64    .16 

31.3  -4.9 

&67    .15 

87.8    83 

49.93    .14 

34.6    03 

30.00    .14 

60.0     83 

l&O 

30.37  -.18 

31.0  -8.4 

8.61  -.18 

88.0-03 

49.78  -.15 

34.0  -8.8 

00.87  -.18 

60.7  -8.9 

08.0 

30.19    .18 

30.6    8.5 

8.34     .17 

88.3  40.1 

49.60    .18 

33.9    0.8 

09.70    .18 

60.4     8.8 

Mar.  10.0 

30.01     .17 

30.0    8.7 

8.18    .18 

88.0    0.4 

49.46    .15 

33.6    03 

90.64     .18 

60.1     83 

00.0 

31.86    .15 

09.0    8.8 

8.00    .14 

87.6    0.7 

49.31     .14 

33.4    03 

09.38    .15 

68.8    83 

30.1 

31.70    .IS 

08.4    8.8 

7.80    .18 

86.7    03 

49.18    .18 

33.0    83 

09.04     .18 

68.5    83 

Apr.    0.1 

31.60 -.88 

07.6-0.8 

7.78  -.88 

86.6  41.9 

49.07  -.88 

83.0  -8.1 

00.13  -.10 

68.3-83 

10.1 

31.67 -.83 

06.7    0.8 

7.71     .85 

84.3     13 

49.00    .85 

33.0    83 

00.05    .00 

68.1     83 

00.0 

31.66 -I-.89 

06.9    8.7 

7.68  -.(U 

80.7    1.7 

48.98  -.81 

33.0  40.1 

09.00  -.01 

67.9  -0.1 

Umy    0.0 

31.61     .87 

06.0    8.8 

7.70  4.04 

80.0    13 

48.99  4.84 

33.0    83 

00.03  4.04 

87.9  40.1 

10.0 

31.71     .18 

04.6    0.5 

7.76    .88 

78.0    9.1 

49.06    .88 

33.6    8.4 

09.00    .88 

58.0    03 

00.0 

31.86 'f.M 

04.3-0.8 

7.87  4-.I8 

76.7  48.9 

49.17  4.18 

34.1  483 

00.10  4.18 

68.3  40.8 

Jane  7.9 

30.06    .88 

04.1  -0.1 

8.00    .17 

74.4     93 

49.33     .18 

34.7    8.7 

00.34    .17 

68.7    83 

17.9 

30.31     .98 

04.1  -^0.1 

8.01     31 

70.1     83 

49.50    38 

35.6    83 

00.54     31 

69.0    83 

07^ 

30.60    M 

04.3    8.8 

8.44     34 

69.8    93 

49.76    35 

36.4    13 

09.77    35 

69.9    8.7 

Jaly   7J9 

30.01     .83 

04.7     0.5 

8.69    37 

67.6    93 

60.00    37 

37.4     1.1 

30.03    36 

60.7    83 

17.8 

33.04 'I'Jft 

06.4  40.7 

8.96  4.99 

66.4  48.0 

60.30  438 

38.6  41.1 

30.30  438 

61.6  483 

07.8 

33.60    M 

06.0    0.9 

9.06    30 

63.6     13 

60.61.    31 

39.6    1.1 

30.60    31 

60.6    «8 

Aag.  0.8 

33.96    M 

07.1     1.0 

9.66     .89 

61.8    13 

60.90    38 

40.7    1.1 

30.94     38 

63.6    13 

10.7 

34.30    M 

08.1     l.I 

9.87    30 

60.4     13 

61.04     38 

41.8    13 

31.97    38 

64.4    83 

06.7 

'34.67    Jft 

09.3    13 

10.17    30 

69.4     0.8 

61.56    38 

40.8    0.9 

31.60    38 

66.4    83 

Sept  6.7 

36.00  4-.84 

30.6  413 

10.47  439 

68.7  40.4 

61.88  431 

43.7  40.8 

31.91  4.88 

66.0  483 

16.7 

35.36    .M 

31.7    13 

10.76    .98 

58.6    0.0 

60.18    30 

44.4    8.7 

30.03     31 

67.0    8.7 

06.6 

36.67    .88 

30.9    13 

11.00     38 

68.6  -0.4 

60.47    38 

45.1     83 

30.53     30 

67.6    83 

Oel    6.6 

36.06    .86 

34.1     13 

11.07     .94 

69.0    0.7 

60.76    37 

45.5    8.4 

30.80    39 

68.1     83 

IM 

36.03    M 

36.0    1.1 

11.49     31 

60.1     13 

63.01     35 

45.8    83 

33.00    38 

68.6    83 

06.6 

36.47  ••-.89 

36.3  41.1 

11.69  4.18 

61.3  -13 

63.04  438 

46.0  4«.i 

33.33  431 

68.8  483 

Hot.   4.6 

36.68    .18 

87.4     13 

11.86    .15 

60.8    13 

63.46    38 

46.0    83 

33.56    31 

60.0    8.1 

14.6 

36.86    .18 

38.4     13 

19.00    .19 

64.6    1.7 

63.64     .17 

45.9  -0.1 

33.75    .18 

60.1  40.1 

04.6 

37.00    .19 

39.4    0.9 

10.11     .88 

66.3     13 

63.79     .13 

45.8    03 

33.90    .15 

69.1     88  1 

Dea    4.4 

37.10    .86 

40.0    0.8 

10.18     .95 

68.1     13 

63.00    .18 

45.6    03 

34.05    .11 

69.1     8.8 

14.4 

37.16  ••-.84 

1 

41.0  40.7 

10.01  4.89 

69.9  -13 

63.98  4.80 

45.3  -0.3 

34.14  4.87 

69.1     8.8 

04.4 

87.18  -.01 

41.7    03 

10.01  -.89 

71.6    1.7 

54.00  4.89 

45.0    03 

34.19  4.83 

69.0  -8.1 

34.4 

37.16 -.85 

40.0  403 

10.17  -.06 

■     73.0  -13 

64.00  -.89 

44.8  -03 

34.19  -31 

i    68.0-0.1 

01 


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FIXED  STARS,  1895. 


323 


1 

I 

1 

1 

• 
AFPAREHT  PLACES  FOR  THE  UPPEB  TRANSIT  AT  WASHTNOTON. 

8*lar 
D*l«. 

a  Auriga. 
(C^pelU.) 

P  Orionio. 
(Rigel.) 

/^Taari. 

Groombridgo  966. 

Blirht 
Aaeaiiakm. 

DwOiiuUoo 
KorOL 

Blgbl 
AaoeutoB. 

DeoliMtloB 
Mouth. 

Bighl 
AtoenaioB. 

DMaiBAtkm 
North. 

^  Blfht 
AtoeiMion. 

DMlloAiloa 
KorOL 

h     m 

5    8 

+45  53 

b     n 

5    9 

-  8  19 

h     m 

5  19 

+28  3l' 

b     ■ 

5  25 

o       # 

+74  68 

(Dec  30.4] 

57.74  4>.t5 

39.7  4-1.4 

• 

30.87  4.00 

17.5  -1.0 

■ 

40.77  4.00 

16.7  40.4 

46.51  4.03 

39!o  48.0 

.  Jmn.    9.4 

67.76  -.01 

41.1     13 

30.88  -.08 

19.0     13 

40.81  4.01 

17.9    0.4 

46.46  -.13 

41.8    %.7 

10.4 

67.71     .07 

49.3     13 

30.84     .00 

90.4     13 

40.79  -.01 

17.6     0.4 

46.95     .80 

44.4     8.4 

99.4 

57.61     .13 

43.4     1.0 

30.76    .10 

91.6    1.1 

40.73     .08 

17.9    03 

46.88     .43 

46.6    8.1 

Feu.    &3 

67.45    .17 

44.9    0.7 

30.65    .13 

99.6    03 

40.69    .18 

18.9    03 

45.38    30 

48.6    1.7 

I&3 

57.96  -.« 

44.8  -K.4 

30.51  -.10 

93.9  -03 

40.48  -.13 

18.4  40.1 

44.76  -34 

49.9  41.8 

98.3 

57.03    M 

45.0  -K.1 

30.35    .17 

93.6    03 

40.31     .17 

18.5    03 

44.09    .70 

50.8    03 

ICmt.  10.9 

56.80    31 

45.0  -«3 

30.17    .17 

93.8  -0.1 

40.13     .18 

18.4  -0.1 

43.37     .73 

51.9  48.1 

90.9 

56.56    M 

44.7    03 

30.00    .17 

93.8  403 

39.95    .18 

18.9    03 

49.64     .78 

51.0  -0.4 

30.9 

66.33    SI 

44.0    0.7 

99.81     .16 

93.4    03 

39.77    .10 

17.9    0.3 

41.94     .07 

50.3    03  , 

1 

Apr.    9^ 

56.14  -.18 

43.9  -13 

99.69  -.13 

99.8  40.7 

39.69  -.14 

17.6  -0.4 

41.30  -30 

1 
49.1  -1.4 

19.1 

55.98    .13 

49.1     13 

99.58    .10 

99.0    0.0 

39.49    .10 

17.1    03 

40.74     .40 

47.4     13 

99.1 

55.88    M 

40.8     13 

99.49    .00 

91.0    13 

39.41     .00 

16.6    03 

40.31     .37 

45.4     83 

Umj    9.1 

55.83  -.08 

39.5    1.4 

99.45  -.08 

19.7    1.4 

39.37 -.08 

16.1     03 

40.01     .88 

43.1     8.4 

19.1 

55.84 -l-.O* 

38.1     1.4 

99.44  4.08 

18.3     13 

39.37  433 

15.6    03 

39.86-37 

40.6    83 

99.0 

56.91  'f.lO 

36.7  -1.3 

99.49  4.08 

16.6  41.7 

39.43  4.08 

15.9  -0.4 

39.86  4.08 

37.9  -8.7 

June  8.0 

56.04    .10 

36.4    13 

99.57    .10 

14.8    1.8 

39.53    .13 

14.9     03 

40.09    31 

36.3    83 

lao 

66.94    J» 

34.9    13 

99.69    .14 

13.0     13 

39.69    .17 

14.6     03 

40.33    38 

39.7     83 

97.9 

56.48    sr 

33.1     13 

99.86    .18 

11.0     13 

39.88    31 

14.5  -0.1 

40.78    38 

30.9    8.4 

Jaly    7.9 

56.77    .31 

39.9    0.8 

30.05    31 

9.1      13 

40.11     35 

14.4     03 

4137     34 

97.9     8.8 

17.9 

67.10  ^J» 

31.5  -0.0 

30.98  431 

7.9  413 

40.38  4.88 

14.5  40.1 

49.07  4.75 

1 
96.8  -13  ! 

«7.9 

57.47    M 

31.0    0.4 

30.53     30 

5.6     1.7 

40.67     30 

14.7    03 

49.88     35 

94.0    13 

Aug.  6.8 

57.86    .40 

30.7  -0.t 

30.80    .88 

3.9    13 

40.98     .38 

14.9    03 

43.77     38 

99.6    13 

16.8 

58.97    .40 

30.5    0.0 

31.08    30 

9.5    1.8 

41.31     33 

15.9    0.3 

44.73    30 

91.5    03 

96.8 

58.69    .43 

30.6  403 

31.38    30 

1.4     03 

41.65    34 

15.5    03 

45.74  IM 

90.7    03 

Sept  5.8 

59.19  4-.43 

30.9  40.3 

3I.G7  4.30 

0.7  40.0 

41.99  4.34 

15.9  40.3 

46.7041.85 

90.4  -0.1 

15.7 

59.55    .43 

31.3     03 

31.97     .30 

0.3  40.8 

49.34     35 

16.9    03 

47.85  1.00 

90.5  403 

95.7 

69.97    .40 

31.8    0.7 

39.96    .80 

0.3-03 

49.68    34 

16.5    03 

48.91    135 

903    0.7 

Oct.    6.7 

60.30    .41 

39.6    0.8 

39.55    38 

0.6    03 

43.09    .33 

16.9    03 

49.96  130 

91.8    1.1 

16.6 

60.78    .30 

33.5    0.0 

39.89    37 

1.3     03 

43.34     30 

17.9    03 

50.96    38 

93.0    1.4 

9641 

61.16  +.30 

34.5  41.1 

33.08  4.85 

9.3  -1.1 

43.66  430 

17.5  403 

61.91  431 

91.7  413 

Not.  4.6 

61.51     .33 

35.6    13 

.33.31     .83 

3.6     1.4 

43.95     38 

17.8    03 

59.79    33 

96.6    8.1 

14.6 

61.89    30 

36.9     1.3 

33.53    30 

5.9    1.0 

44.99     35 

18.1     03 

53.57     .78 

98.9     8.4 

94.5 

69.10    35 

38.9    1.4 

33.71     .17 

6.9    1.7 

44.46     38 

18.4     03 

54.93     M 

31.4     83 

Dm.    4.5 

69.33    30 

39.7    1.4 

33.86    .13 

8.7     1.8 

44.66     .18 

18.7     0.4 

54.76    .40 

34.1     83 

14.5 

69.50  -f.lS 

41.1  413 

33.97  4.00 

10.5  -1.8 

44.89  4.14 

19.1  40.4 

55.14  430 

37.0  48.8 

94.5 

69.69    30 

49.6    1.4 

34.05    .06 

19.9    1.7 

44.93     .00 

19.5    0.4 

55.36  4.14 

393    8.0 

34.4 

1 

69.67  4-.00 

44.0  41.4 

34.08  4.01 

13.9  -13 

45.00  4.04 

ID.9  +0.4 

55.49  -.00 

,     49.7  ♦O  8 

324 


FIXED  STARS,  1895. 


APPABEBTT  FLACBS  POS  THS  UFF8B  TSmiT  AT  WASHnreTCML 


tf  OriMus. 


Slijkt 


i(Dee.l8.4; 

Jan.  f.4 
lf.4 
«.4 


19.1 

99.1 

May    9.1 

19.1 

».0 

Jne  B.0 

18.0 

S8.0 

J«]j    7J» 

17.9 
t7^ 

US 

Sept  5.6 
1S.7 


Oct    6.7 

Nor.    4.6 
14.6 


Dec    4.5 

14.5 
M.5 
31.4 


li     m 

5  26 


-  0  22 


90.6 

jm;     31.6  1.1 

39Ja-.M.     3t.9  VM 

99.87     .te      33.8  •^ 


1.78    .11 


-.14 
99.50  .M 
99.34  .17 
39.17  .M 
99.01     as 


34.5    •.• 

35.1  -t.s 

35.5  %ja 

^7 -a.! 
35.7  46.1 

35.6  6.3 


38.86  -.13 
38.74  .]• 
36.^     M7 


I 


I 


38.70  jm 
98.89  .13 
.17 

M 


35.3  46.4 
34.8    •.« 
34.1      6.6 
38.60 -.63 1    33.9    1.0 
38.59  4-jH  I    99.9    1.1 


31.0  4^1.3 
9n.7  1.3 
96.3  1.4 
96.8    1.3 

95.3  1.3 

93.8  4-1.4 

99.4  ij 

91.1  1.S 

90.0  1.9 

19.1  3.6 

18.4  46.S 
18.0  4«.9 
18.0  -6.1 

18.9  3.3 
18.7     0.6 

19.4  -6.9 

90.5  l.l 
91.7  1.3 
93.0     1.4 


39.16 

39.38 
39.69 
39.86 
46.16 
40.45 

40.75 
41.05 
41.34 
41.63 
41.99 


49.19  4.91 
49.44     .M 

49.67     M 
42.^    .19 


43.05     .13 

94.4 

1.4 

43.19  4-.)t 

95.8 

-M 

43.«    joe 

97.9 

1.3 

43.34  4'.03 

9«.5 

-1.3 

5  28    -17  52 


7.49  4-J3B 
7.43  -JOB 
7.39  jm 
7.31  .10 
7.19    .13 

7.04  -.W 
6.87  ae 
6.69     .19 

6.50  .16 
6.31     .17 

6.15  -.15 
6.01  .19 
5.90  JOB 
5.89  .03 
5.79  -jM 

I 

5.81  4J0B 
5.86  .06 
5JW  .n 
6.10  .16 
6.98    .19 

6.46  4.99 
6.79  J3 
6.98  J? 
7.95  J9B 
7.54     m 


7.84 
8.14 
8.44 
8.73 
9.09 


9.99  4.93 
9.54     .94 


9.76 

9.96 

10.19 


.16 
.14 


66.9 


t.0 

1.7 
1.4 
1.1 


.1 
51.7 
53.0 


51.0 

54.6  0.3 
54.9-0.1 
54.9  46.9 
54.5    03 

53.8  46.6 

59.8  1.1 
51.5    1.4 

49.9  1.7 
^1     1.9 

46.1  46.1 
44.0    9.9 

41.7  9.3 
39.4  9.3 
37.0    9.3 

34.8  49.9 

39.7  9.0 

30.9  1.7 
99.3  1.4 

98.0  1.0 

97.9  46.3 

96.8  4«.9 

96.8-0^ 

97.3  0.7 

96.9  1.1 

99.6-1.5 
31.9  1.6 
33.9    9.) 

35.4  9.9 
37.7    9J 


5  30 


54.51  4-JOK 
54.54  4>JBI 
54.59 -JOB 

54.47  J07 
54.37    Ol 

54.95  -J4 
54.10     J6 

53.93  .17 
53.76  .n 
53.60    .16 

53.45  -.14 
53.33     Jl 

53.94  J07 
53.19 -.63 
53.17  4.61 


53.97  .03 
53.38  .13 
53.53    .n 

J3 


53.93 

54.17  .S, 

54.43  .97 

54.71  .93 

54.99  .93, 


55.99 
55.58 
55.88 
56.17 
56.46 


56.73  4:96 
56.99     jM 
57.99     JB3 
57.43     .19 1 
57.60     .10  i 


10.94  4.10 

40.1  -9J 

57.74  4.19 1 

10.39     .06 

49.4    9.9 

57.84     .00, 

10.36  4^ 

44^  -9.0 

57.90  4.0«' 

—  1  IS 

•i.1  -1.3 
GS.4     1J9 

1.1 

6.9 
6.7 


k     IB 

S3S 


StST^-M 


St.99    a?,     5SJ 


—34   7  I 

•         ; 
44  J' -U 

47.5   mI 

49L9   SJ/ 

59.1    U. 


66^ 
€7^  63 
67.6-0.1 
€7.6  46.1 
67.4     63 

67.1  46.4 

66.6  63 

65.9  63 
G.0  13 
63.9    Ul 

69.7  443 

61.4  lA 
66.0  13 

58.5  13 
56.9  13 

55.4  443 
54.0     lA 

59.6  13 

51.5  13 

56.6  63 

4BS  463 
49.5  463 
49.4^0.1 

49.7  6.4 
50.9    6.7 


51.81 


51.34 
51.11 


-30 
56.71  37 
56.55  a4 
56.44    30 


66.94     33 

56.37  433       414   U 


56j9  i.r 
56.4 -u 
56.4  44J 
55J   t.7 

56.0  41J 
SU  u 
5t.l  IJ 
56J  ii 
47J   U 

45.1417 


56.44  30 
86JM  34 
96.79    30 

90.99  4-39 
51.15  J93 
51.49  39 
51.71  30 
99.61     31 

59.33  430 


51.0 
89.1  Ul 
53.3  13 
54.7  13 
13 


57.7 
59.1 
66.5 


U4 


53.61     30 

53.91  4J93 
54.18  33 
54.49  39 
54.01     36 

54.78     .141 

54J96  4. 

54.96 

54:96- 


39.5  U 
36jS  U 

317   U 

31^+11 
9B.4   L4 

94.1    ii 
94.9   1-7 

917   IJ 

91.7 -Wl 

9I.«  *9J 

91J-4* 
91.9  •» 

A   n 


94J-li 
97.0  U 
99.5  1* 
313  U 
35J  XI 


-1» 


4U  tl 


FIXED  STARS,  1895. 


325 


AFPARRNT  PLACES  FOR  THE  UPPER  TRANSIT  AT  WASHINGTOV. 

fioUr 

a  Oriovit. 

9  Orionis. 

99  Camelop.  (U.) 

/I  Geminonim. 

BIglit 
Aio— ■ton. 

D«eUiiAUoii 
North. 

&lgbt 
A«o«ncioii. 

Worth, 

BIgbt 

DMSllnAtiOB 

North, 

Rlgbt 
AjomwIob. 

DMHBfttira 
North, 

b     n 

5  49 

O           0 

+  7  38 

b     m 

6    1 

+  14  46 

b     m 

6    7 

+69  21 

b     m 
6   16 

+22  34 

DfMS.  30.5) 

• 
30.66  4.06 

9r'6  -0.9 

■ 

36.18  +.00 

58J  -0.6 

90.37  +.17 

39.3  +9.6 

38.13 +.11 

9^4    OJ 

Jan.    9.5 

30.79  -l-.os 

90.8    0.6 

36.95  +.06 

58.0     0.4 

90.48  +.04 

34.9    t.6' 

38.99    .00 

9.4  +0.1 

19.4 

30.79  -.00 

90.0     0.7 

36.97     M 

57.6     0.9 

90.45  -.00 

37.4    9.4 

38.96  +  Jl 

9.5    0.1 

99.4 

30.69    .00 

19.4    0.0 

36.95 -.(16 

57.3    0.9 

90.30    .91 

39.8    9.9 

38.95  -.04 

9.6    0.1 

Fob.    8.4 

30.61     .10 

18.9    0.4 

36.18    .00 

57.1     0.9 

90.04    .91 

41.8    1.9 

38.19    .06 

9.8    04 

18.4 

30.49  -.13 

18.5  -0.9 

36.07  -.19 

57.0  -0.1 

19.68  -.40 

43.6  +1.6 

:  18.09  -.19 

9.9 +6  J 

98.3 

30.35    .15 

18.9    0.9 

35.94     .16 

66.9  -0.1 

19.94     .47 

44.9    1.1 

37.95    .16 

10. 1    0.1 

lUr.  10.3 

30.90    .10 

lai  -0.1 

35.78    .16 

56.9    0.0 

18.75    .61 

45.7    0.0 

37.79     .17 

10.9    0.1 

90.3 

30.03    .10 

18.0    0.0 

35.61     .17 

56.8    0.0 

18.93     M 

46.0  +«.! 

37.69    .17 

10.3  +0.1 

30.3 

99.86    .10 

18.0  40.1 

35.44     .16 

56.8    0.0 

17.71     .61 

45.8  -0.4 

37.45    .17 

10.3    0.0 

Apr.    9.9 

99.71  -.14 

18.9  +0.9 

35.99  -.14 

56.9    0.0 

17.91  -.47 

45.9  -0.9 

37.98  -.U 

10.3    0.0 

19.9 

99.59    .11 

18.4    0.9 

35.15    .19 

56.9  +0.1 

16.77    .41 

44.0     1.9 

37.14     .19 

10.9  -0.1 

99.9 

99.49    .06 

18.6    0.4 

35.05    .00 

57.0    0.1 

16.40    .99 

49.5    1.7 

3f.09    .10 

10.1    0.1 

Umy    9.9 

99.43  -.04 

19.3    0.6 

34.98    .06 

57.9    0.9 

16.11     .99 

40.7    9.0 

36.94    .00 

10.0    0.1 

19.1 

99.40    .00 

19.9    0.6 

34.95  -.01 

57.4     0.9 

15.93    .19 

38.5    9.9 

36.89 -.00 

9.8    0.1 

99.1 

99.49  'I'.Ol 

90.6  +0.7 

34.96  +.03 

57.7  +0.9 

15.85  -.09 

36.9-9.4 

36.90  +.09 

9.7  -0.1 

Jane  8.1 

99.48    .06 

91.4    0.6 

35.09    .06 

58.1     0.4 

15.89  +.00 

33.7    9.6 

36.94    .07 

9.6  -0.1 

18.0 

99.50    .18 

99.3    0.9 

35.19    .19 

58.5    0.6 

16.04     .90 

31.3    9.6 

37.03    .11 

9.6    0.0 

98.0 

99.73    .10 

93.3    1.0 

35.95    .16 

59.0    0.6 

16.99     .91 

98.8    9.4 

37.16    .16 

9.5    0.0 

July    8.0 

99.90    .10 

94.3    1.0 

35.49    .19 

59.6    0.6 

16.65    .41 

96.4    a.9 

37.33    .19 

9.6  +0.1 

18.0 

30.11  4-.90 

95.3  +1.0 

35.63 +.99 

60.1  +0.0 

17.10  +.49 

94.1  -9.1 

37.54  +J9 

9.6  +«.! 

97.9 

30.35    M 

96.3     1.0 

35.86     M 

60.7    0.6 

17.63    .67 

99.1     1.9 

37.77     .96 

9.7    6.1 

Aog.   6.9 

30.60    .90 

97.9    0.9 

36.19    .97 

61.9    0.6 

18.94     .04 

90.3    1.7 

38.03     .97 

9.8    0.1 

16.9 

30.87    M 

98.0    0.8 

36.40    .96 

61.7    0.4 

18.91     .00 

18.8    1.4 

38.31     M 

9.9  +0.1 

96.8 

31.16     M 

98.6    0.0 

36.69    .30 

69.1     0.9 

19.63    .74 

17.5    I.I 

38.61     .91 

9.9    0.0 

8«pt.  5.8 

31.46  +.ao 

99.1  +0.4 

36.99  +.31 

69.4  +0J 

90.38  +.77 

16.6  -OJ 

38.99  +J9 

9.9    0.0 

15.8 

31.76    .» 

99.4  +0.9 

37.30     .31 

69.6  +0.1 

91.17    .79 

16.1  -0.4 

39.94     .99 

9.8  -0.1 

95.8 

39.06    .90 

99.5  -0.1 

37.61     .31 

69.5  -0.1 

91.97    .60 

15.9    0.0 

39.57     .99 

9.7    0.9 

Oct.    5.7 

39.37    .90 

99.3    0.3 

37.93     .31 

69.4     OJ 

99.77    .60 

16.0  +0.9 

39.90     .91 

9.5    0.9, 

15.7 

39.66    .90 

98.9    0.6 

38.94     .31 

69.1     0.4 

93.56    .78 

16.5    0.7 

40.93     .99 

9.9    0.9 

95.7 

39.95  4- JO 

98.3-0.7 

38.54 +.90 

61.6  -0.6 

94.33  +.76 

17.4  +1.1 

40.56  +.99 

8.9-0  J 

Not.   4.7 

33.93    .90 

97.5    0.6 

•Iq.o4      .90 

61.1     0.0 

95.06    .70 

16^     1.4 

40.87     .91 

8.5    0.4 

14.6 

33.48    .94 

96.6    0.9 

39.11     .96 

60.4    0.6 

95.74     .64 

90.9    1.7 

41.17     JO 

ai   0.4 

94.6 

33.71     M 

95.6    1.0 

39.36    .94 

59.8    0.7 

96.34     .66 

99.1    9.0 

41.45     M 

7.7    OJ 

Dm.    4.6 

33.91     .19 

94.6    1.0 

39.58    31 

59.1     0.7 

96.86    .47 

94.3    9.9 

41.70     .99 

7.4     0.9 

14.5 

34.08  +.10 

93.5  -1.0 

39.77  +.17 

58.4  -0.6 

97.98 +.96 

96.7 +«.6 

41.91  +.19 

7.9  -0.9 ' 

94.5 

34.91     .11 

99.5    1.0 

39.91     .19 

57.8    0.6 

97.58     .94 

99.9    9.6 

49.08     .16 

7.0  -0.1  1 

34.5 

34.99  •f.OO 

91.6  -0.9 

40.09  +.06 

67.3  -0.6 

97.76  +.19 

31.7  49^ 

49.90  +.10 

6.9    0.0 

326 


FIXED  STARS,  1895. 


APPAKENT  PLACES  FOB  THB  UPPER  TRANSIT  AT  WASHINOTON. 

HeM 
Solar 
Date. 

a  ArgAf. 
(CaiiopuM,) 

y  Geminorum. 

a  Canis  Majorii. 
{Siriu9.) 

eCania 

Majoris. 

. 

1 

Biffht 
Aaoension. 

Declination 

Right 
Aaoension. 

Declination 
Kortk, 

Right 
Aaoension. 

DecUnatloti 
So%Uk. 

Right 
Aae^sion. 

Deelinfttias 

1 

h     m 

6  21 

-52  37' 

h     m 

6  31 

+ 16  29 

h      m 

6  40 

O           1 

-16  34 

h     m 

6  54 

-28  49 

(Doc.  30.5) 

• 

39.55  -f  .09 

It 

71.3  -3.6 

• 

40.33  +.13 

86.1  -4.5 

• 
38.87  +.10 

1  r.v  -9.4 

a 
31.58 +.11 

38' 4  -Xt 

Jan.    9.5 

39.53  -.06 

74.8     3.3 

40.43     .06 

85.7    0.4 

38.94  +.05 

14.8     9.3 

31.60  +.05 

41.3     t.S 

19.4 

39.44     .]8 

78.0     3.0 

40.48  +.03 

85.4    0.3 

38.97    .00 

16.4     9.1 

31.63     .00 

44.1     9.f 

89.4 

39.89    .16 

80.9    9.7 

40.48  -.09 

85.8     0.9 

38.95  -.04 

18.4     1.8 

31.61  -.05 

46.6     fJ 

Feb.    8.4 

39.07    .94 

83.4    9.3 

40.44     .07 

85.1  -0.1 

38.89    .00 

80.1      1.6 

31.53     .10 

48.d    9.9 

18.4 

38.81  -.99 

85.6  -1.8 

40.35  -.11 

85.0    0.0 

38.78  -.19 

81.6  -1.3 

31.41  -.14 

50.7  -1.7 

28.3 

38.50    .39 

87.1     1.3 

40.88    .14 

85.0    0.0 

38.64     .15 

88.7    0.9 

31.85     .17 

58.8     IJ 

Blar.  10.3 

38.16    .SS 

88.8    0.8 

40.08    .16 

85.1     0.0 

38.48    .17 

83.4    0.6 

31.07     .19 

53.4     r9 

80.3 

37.81     .36 

88.8  -0.3 

39.91     .17 

85.1  +0.1 

38.89     .16 

83.9  -0.3 

30.86    .91 

54.1     0.5 

30.3 

37.45    .35 

88.8  -K.9 

39.74    .16 

85.8    0.1 

38.11     .18 

84.0    0.0 

30.65    .91 

54.4  -0.1 

1 

Apr.    9.8 

37.10 -.33 

88.4  +0.7 

39.58  -.15 

85.3  +0.1 

31.93  -.17 

83.8  +0.3 

30.44  -.90 

54.3 +«.3 

19.8 

36.78    .ai 

87.4     1.9 

39.44     .13 

85.4    0.1 

31.76     .16 

83.3    0.6 

30.84     .19 

53.8    0.7 

89.8 

36.49    .97 

86.0    1.7 

39.38    .10 

85.5    0.1 

31.61     .13 

88.5    0.9 

30.06     .16 

68.9     1.1 

May    9.8 

36.83    .93 

84.1     9.1 

39.83    .07 

85.6    0.1 

31.50    .10 

81.5    1.9 

89.91     .13 

51.6    1.4 

19.1 

• 

36.03    .18 

81.8    9.4 

39.18 -.03 

85.7    0.1 

31.41     .06 

80.1     1.4 

89.80    .10 

50.1     1.7 

89.1 

35.88  -.19 

79.8  +9.7 

39.16  +.01 

85.9  40.9 

31.37  -.03 

18.6  +1.6 

89.78  -.06 

48.8  +9.0 

Jane  8.1 

35.79  -.06 

76.3    3.0 

39.19    .05 

86. 1     0.9 

31.36  +.01 

16.8    1.6 

89.68  -.09 

46.1     9.9 

18.0 

35.76    .00 

73.8    3.9 

39.87    .09 

86.4    0.3 

31.39    .05 

14.9    9.0 

89.68  +.09 

43.7    9.4 

88.0 

35.79 -l-.OO 

70.0     3.9 

39.38    .13 

86.7    0.3 

31.46     .09 

18.9    9.0 

89.78    .06 

41.3    9J 

July    8.0 

35.88    .19 

66.8     3.9 

39.58    .17 

87.0     0.3 

31.57    .19 

10.9     9.0 

89.80    .10 

38.7     9.5 

18.0 

36.03  -l-.ld 

63.6  +3.1 

39.70  +.90 

87.4  +0  3 

31.71  +.16 

8.8  +9.0 

89.98  +.14 

36.8+9.5 

87.9 

36.84     .93 

60.6     9.9 

39.98    .93 

87.7     0.3 

31.88    .19 

6.9     1.9 

30.08     .18 

.33.8    9.4 

Aog.   6.9 

36.49     .96 

57.8     9.6 

40.15    .95 

88.0     0.3 

38.09     .99 

5.1     1.7 

30.88    .91 

31.5     9.9 

16.9 

36.79    .39 

55.3     9.9 

40.41      .97 

88.8    OJi 

38.31     .94 

3.5     1.4 

30.60     .94 

89.4     1.9 

86.8 

37.13    .35 

53.3     1.8 

40.69     .99 

88.4  +0.1 

38.56    M 

8.8    1.1 

30.75    .96 

87.7     1.5 

t 

Sept  5.8 

37.50  •I-.38 

51.8  +1.9 

40.98  +.30 

88.5    0.0 

38.83  +.98 

1.3  +0.7 

31.08 +.98 

86.4  +1.1 

15.8 

37.89    .40 

50.9  +0.6 

41.89     .31 

28.4  -0.1 

33. 1 1     .99 

0.8  +0.3 

31.31     .30 

85.6    0.6 

85.8 

38.30    .41 

50.6    0.0 

41.60    .39 

88.8    0.9 

33.41     .30 

0.6  -6.1 

31.68    .31 

86.8  -M1.1 

Oct.    5.7 

38.78    .41 

50.9  -6.6 

41.98    .39 

87.9    0.4 

33.71     .30 

1.0     0.5 

31.93     .39 

85.4  -0.4 

15.7 

39.18    .40 

51.9     1.3 

48.84     .39 

87.4    0.5 

34.01     .30 

1.7    1.0 

38.85    .39 

86.1     OJ 

85.7 

39.58  +.38 

53.5  -1.9 

48.56  +.31 

86.8  -0.6 

34.31  +.30 

8.9  -1.4 

38.58  +.31 

87.3  -1.4 

Nov.   4.7 

39.89    .35 

55.7     9.4 

48.87    .30 

86.8    0.7 

34.60     .99 

4.5     1.8 

38.89    .30 

89.0    1.9 

14.6 

40.88    .31 

58.3     9.8 

43.16     .99 

85.4    0.7 

34.88     .97 

6.5    9.1 

33.19     .96 

31.8    9.9 

84.6 

40.50     .96 

61.4     3.9 

43.44     .96 

84.7    0.7 

35.14     .94 

8.6     9.3 

33.46    .96 

33.7    9.6 

Deo.    4.6 

40.74     .90 

64.8     3.4 

43.69     .93 

83.9    0.7 

35.36     .91 

11.0     9.4 

33.70     .99 

36.5    9.9 

14.5 

40.90  •I-.13 

68.3  -3.6 

43.91  +.90 

83.8  -6.6 

35.56  +.17 

13.6  -9.5 

33.91  +.18 

39.4  -a.o 

84.5 
84.5 

41.00  +.06 

71.9     3.6 

44.08     .15 

88.6    0.5 

35.71     .13 

16.0'  9.5 

34.07     .14 

48.4    3.0 

41.03  -.01 

75.5  -3.5 

44.88  +.11 

88.1  -0.4 

35.88  +.09 

18.5  -9.4 

34.18  +.09 

45.5  -3.0  1 

FIXED  STARS,  1895. 


327 


APPARENT  PLACES  FOR  THE  UPPER  TRANSIT  AT  WASHmGTON. 

4  Canit  Majorit. 

6  GeminomiB. 

Piasxi  Tii.67. 

tfl  GeroinomiB. 
(CmsUr.) 

Mmb 

Solar 

i 

Rifbt 
▲•eeuioB. 

OeoUnation 

Right 
▲soeiialoB. 

DeolinatlOD 
Nora. 

Right 
AteeniloB. 

DMllBfttlOll 

Right 
AaoomIob. 

DMllDftttoll 

7     4 

^26  18 

li     m 

7  18 

+22  10 

h     m 

7  19 

+68  40 

h     m 

7  27 

0       / 

+82    7 

<I>eo.30.5) 

• 
8.81  4-.lt 

97^7  -9.9 

59.79  +.17 

36.6  -0.9 

• 

61.84  +J6 

60.7  +9.4 

55.94  +.99 

1 M  +0.9 

Jan.    9.5 

8.91     .07 

30.5     9.6 

59.94     .19 

36.5  -0.1 

69.13    .93^     53.1     9.5 

56.19    .15 

11.8    0.5 

1  i           Id-^ 

8.95  •••.08 

33.3    9.6 

53.04     .97 

36.4    0.0 

69.30  +.10      55.6    9.5 

66.94     .00 

19.3    0.6 

\\           99.5 

8.94  -.03 

35.8     9.3 

53.09  +.09 

36.5  +6.1 

69.33 -.03 

58.1     9.5 

56.30  +.08 

13.0    0.7 

l;Feb.    8.4 

O.UU     .06 

38.0    9.0 

53.07  -.03 

36.7    0.9 

69.94    .15 

60.6    9.4 

56.31  —.09 

13.7     6.8 

1 

18.4 

8.77  -.19 

39.8  -1.7 

53.09  -.06 

36.9  +0.3 

69.04 -J6 

69.9  +9.1 

66.95  -.06 

14.5  ♦0.6 

1 

98.4 

8.69    .10 

41.3    1.3 

59.99    .19 

37.9    0.3 

61.73    .35'     64.8     l.6| 

56.15    .19 

15.9    0.7 

1 

Mar.  10.3 

8.45    .16 

49.5    1.0 

59.79    .15 

37.5    0.3 

61.34     .49 

66.4     1.4 

56.(U     .15 

15.9    0.6 

90.3 

8.96    .90 

43.9    0.6 

59.63     .16 

37.8    0.3 

60.89    .47 

67.6    1.0 

55.85    .17 

16.5    6.5 

30.3 

8.06    .90 

43.6  -0.9 

59.46    .17 

38.1     0.9 

60.40    A9 

68.3  +«.5 

*  55.67    .18 

17.0    6.4 

Apr.    9.3 

7.85  -.90 

43.6  +0.9 

59.99  -.16 

38.3  +OJB 

59.90  -.49 

68.6    6.0 

55.49  -.16 

17.3  403 

19.9 

7.66    .19 

43.1     0.6 

59.13    .15 

38.4  +0.1 

59.49    .46      68.3-O.5I 

56UI1     .17 

17.4  +0.1 

99.9 

7.49    .16 

49.4     1.0 

59.00    .13 

38.5    0.0 

58.98    .41 

67.6    1.0 

55.15    .15 

17.4  -0.1 

lUj    9.9 

7.34     .13 

41.9     1.3 

51.88    .10 

38.5    0.0 

58.59     .95 

66.4     1.4 

55.01     .19 

17.9    0.3; 

19.1 

7.93    .10 

39.8    1.6 

51.80    .06 

38.5  -0.1 

58.98    .97 

64.8    1.7 

54.91     .06 

16.8    6.4 

99.1 

7.15  -.06 

38.0  +1.9 

51.76 -.09 

38.4  -0.1 

58.05  -.16 

69.9-9.0 

54.85  -.04 

16.4  -0.5 

ian«  8.1 

7.10  -.09 

36.0    9.1 

51.75 +.09 

38.3    0.1 

57.91  -.06      60.7    9.3 1 

54.83    .00 

15.8    0.6 

18.1 

7.10  -f.og 

33.8    9.3 

51.78     .06 

38.9    6.1 

57.88  +.00 

58.3    9.5 

54.85  +.04 

15.9    0.7 

98.0 

7.14     .06 

31.5    9.4 

51.86     .09 

38.0    0.1 

57.94     .19 

55.8    9.6 

54.99    .06 

14.5    0.7 

Jaly    8.0 

7.99    .10 

99.1     9.4 

51.97     .13 

37.9    0.1 

58.11     M 

53.9    9.6 

56.09    .19 

13.7    OJ 

18.0 

7.33  +.13 

96.7  +9.4 

59.19 +.16 

37.8  -0.9 

58.37+ JO 

60.5-9.6 

55.16  +.16 

19.9  -OJ 

98.0 

7.48    .17 

94.4     9  3 

59.30    .19 

37.6    0.9 

58.79    .30 

48.0    9.5 

55.34     .96 

19.1     0.8 

Aog.   6.9 

7.66    .90 

99.9     9.1 

59.50    .99 

37.4    0.9 

59.15    .47 

45.5    9.4 

55.56     .99 

11.3    0.6 

16.9 

7.87    .83 

90.9     1.8 

59.74     M 

37.1     0.3 

59.66     .54 

43.1     9.9 

55.80     .90 

10.4    0.8 

96.9 

8.11     Si 

18.6     1.5 

53.00    S7 

36.8    6.3 

60.94     .61 

41.0    9.0 

56.07    M 

9.6    0.9 

Sept   5.9 

8.38  +.97 

17.3  +1.1 

53.98 +J9 

36.4  -0.4 

60.87  +.66 

39.1  -1.6 

56.36 +.10 

8.7  -0.9 

1 

15.8 

8.66     .90 

16.4    0.6 

53.57     .31 

35.9    0.5 

61.56     .71 

37.4     1.5 

56.68    .99 

7.8    0.9 

95.8 

8.96    .30 

16.1  +0.1 

53.89     .39 

35.4     0.6 

69.99    .74 

36.1     1.9 

57.01     .94 

6.9    6.9 ; 

Oct.    5.8 

9.97     .31 

16.9  -0.4 

54.91     .33 

34.7     0.7 

63.05    .77 

35.1     0.6 

57.36    .95 

6.1     0.9. 

15.7 

9.59    .39 

16.9    0.9 

54.55     .34 

34.0    0.7 

63.83    .76 

34.4  -6.4 

57.79    .96 

6.9    6J 

96.7 

9.91  +.91 

18.0  -1.4 

54.88  +.34 

33.9-0  J 

64.61  +.78 

34.9    0.0 

58.09  +.97 

4.4  -0.6 , 

Nov.   4.7 

10.99    .91 

19.7    1.8 

55.99     M 

39.4    0.8 

65.39    .76 

818+0.4 

58.46    .97 

3.7    0.7 

14.7 

10.59     .99 

91.8    9.9 

55.55     .80 

31.6    0.8 

66.14    .73      34.9    6.6 

58.89     .96 

3.1      0.6 

94.6 

10.80     .90 

94.9     9.5 

55.87     .30 

30.8    0.7 

66.84     .66 1     35.8     1.9 

59.17     .94 

1 

9.6    0.4 

Deo.    4.6 

11.05    .93 

96.9     9.8 

56.16     .98 

30.9    0.6 

67.49    .61      37.9    1.6 

50.50     .91 

9.3  -0.9 

14.6 

11.97  +.19 

99.7-9.9 

56.49  +.94 

99.6-0.5 

68.06 +.53^     38.9+1.9 

60JO  +  JB 

i 

9.9    6.0 

'         94.6 

11.44     .16 

39.7    9.9 

56.65     .90 

99.1     0.4 

68.54     .«'     40.9    9.9 

60.05     M 

9.9+0.9 

34.5 

11.57 +.10 

35.6  -9.9 

56.83  +.16 

9H.8  -0.9 

68.90  +.31       43.9  +9.4 

60.96  +.19 

9.4  46^ 

328 


FIXED  8TAB8,  1895. 


AFPABBST  nOCBS  rOB.  THB  C 


TXAXSET  AT  WASHOeTOaL 


B 

m  CmaoB  Mi— rU. 

fGcwMras. 

3UnBMi9OTM(H^ 

1 
1 

1 

,««IM^ 

1^    ^ 

Ki|M 

1 

j      M^ 

Uieht 

1 

b     ■ 

7  33 

+  529 

1 

ll     « 

7  38 

+28  16 

7  47 

1           .       . 

+97    % 

k     IB 

8    2 

+68  46, 

(DmiJO^J 

• 

49.85 -f.n 

1 

1    4£5-l.4 

55.99  4JB 

50U3    0.0 

tM^JKL 

17^-011 

96.49  4.40 

1 

B7J2  4M 

Jn.   9^ 

50M    .IJ 

,    49:3    I.J 

55.40    M 

50.1  40.9 

6.91     JO 

17.9  4«.l 

96.89    .34 

59.4      3J 

19^ 

SO.II     M 

,    4IJ     I.I 

55.53    .10 

50.3    0.3 

6.35    .11 

i&o   %a 

97.16     .SI 

61.8     %J» 

99JS 

SO.lO^Jt 

40.1    0.0 

55.00  4.04 

50.8    0.0 

0.43  4J0 

18.4    0.4 

97.31   4.08 

64.3     %M 

t^.   M 

60.16  -J8 

39.3    0.7 

56.09 -.01 

51.3    0.0 

0.45    M 

183    0.5 

97J9-.06 

66.9     U 

IM 

60.19  ^M 

1    38.0-0.0 

55.58 -JO 

51.9  4C0 

0.49 -JO 

19.4  48.0 

97.91  -.17 

69.4  4«.4 

tM 

60.03    .10 

'    38.9    0.4 

66.49    .U 

59.5    0.0 

6.35    .10 

19.9     0.0 

96.99     .S7 

71.7     %Jk 

lUr.lOJ 

49^    .U 

37.9    OJ 

55.37    .14 

53.1     0.0 

6.93    .U 

90.5    0.0 

96.67    .30 

73,7     J.8 

90J 

49.78  *  .IS 

37.7  -0.1 

55.99    M 

53.7    0.0 

6.09    .15 

91.1     0.0 

96.97     .43 

75.3     1.4 

lOJ 

49.09    .14 

37.7    0.0 

55.05    .17 

54.1     0.4 

5.99    .17 

91.6    0.4 

95.81     .47 

76.5     1.8 

Apr.   9  J 

49.40  -.If 

37.8  4«.l 

54.87  -.17 

54.4  40.3 

5.75  -.17 

91.9  48.3 

95.33  -.40 

77.3  40.5  1 

19.9 

49.31     .14 

3a0    0.9 

54.70    .10 

54.7  44.9 

5.58    .10 

99.9    0.9 

94.84     .40 

77.5    0.0 1 

99.9 

40.17    .13 

38.4    0.3 

54.54     .14 

54.7     0.0 

5.43    .14 

99.3^.1 

94.37    .45 

77.3-0.5' 

Urns   9.9 

49.05    .10 

38.8    0.4 

54.41     .19 

54.7-0.1 

5.30    .19 

99.3    0.0 

93.93     .41 

76.6    0.0 

19^ 

4&90    jn 

39.9    0.0 

54.81     .00 

54.5    0.9 

5.19    .00 

99.9-0.1 

93.55    .34 

75.4     IJ 

t9J 

48.91  "M 

39.8  40J 

54.94 -.00 

54.9-0.3 

5.19 -.00 

99.0-8.9 

93.94 -S7 

73.8-1.7 

J«M  8 J 

48.88  -.01 

40.4    0.0 

54.91  -.01 

53.9    0.4 

5.09  -.01 

91.7    0.3 

93.09    .10 

71.9    %l 

18.1 

48.89  ^M 

41.1     0.7 

54.99  4.03 

53.4     0.5 

5.09  4.09 

91.4    0.4 

99.88  -.00 

69.6    SJ 

98.0 

48.93    .00 

41.8    0.7 

54.97    .07 

59.9    0.5 

5.14     .00 

90.9    0.5 

99.84  4.01 

67.9    8.5; 

Jal/   8.0 

49.01     .10 

49.0    0.7 

54.30    .11 

59.4    0.0 

5.99    .10 

90.4    0.5 

99.89    .10 

64.6    9.7 

18.0 

49.19  -l-.IS 

43.3  4^.7 

54.49  4.14 

'51.8-0.6 

5.33  4.14 

19.9  -0.0 

93.04  4.10 

61.8-9.7 

98.0 

49.97    .10 

44.0    0.0 

54.65    .10 

51.9    0.0 

5.49    .16 

19.3    0.0 

93.98    .98 

59.0    9.0 

▲ag.  0*9 

49.44     .10 

44.0    0.0 

54.84     .91 

50.5    0.7 

5.67    .90 

18.7    0.7 

93.60    .37 

56^    9.7; 

10.9 

49.03    .U 

45.1     0.4 

55.00     .93 

49.8    0.7 

5.88    .93 

18.0    0.7 

94.01     .45 

53.6     9.6 

90.9 

49.85    M 

45.4  40.9 

55.31     .90 

49.0    OJ 

0.19     .90 

17.9    0.8 

94.50     .59 

51.0     9.5 

f9«pl  6.9 

50.09  4.tS 

45.5    0.0 

55.59  4.90 

48.9  -0.8 

0.39  4.96 

16.4  -0.8 

95.05  4.50 

48.6-^.3 

15.0 

50.36    .r 

45.4  -0.9 

55.88     .90 

47.4     0.9 

0.68     .30 

15.6    0.9 

95.67     .65 

46.4     9.1* 

96.8 

50.03    .90 

45.1     0.4 

50.19    .39 

40.5     0.9 

0.98     .39 

14.6    0.0 

96.34     .09 

44.4     IJ 

Oot.    5.8 

60.93    .00 

44.5    0.7 

66.53     .34 

45.6    0.9 

7.31     .33 

13.7     1.0 

97.06    .73 

49.8    IJ 

16.7 

51.93    .01 

43.7     0.0 

56.87     .30 

44.6     0.9 

7.05     .84 

19.7    1.0 

97.81     .70 

41.5    U 

1 

95.7 

61.54  +.91 

49.7  -1.1 

57.93  4.30 

43.7  -0.0 

8.00  4.35 

11.7-1.0 

98.59  4.78 

1 
40.6  -0.7 

No7.   4,7 

51.80    .01 

41.4     1.0 

57.58    .30 

49.8    0.0 

8.36     .35 

10.7     1.0 

99.37     .78 

40.0  -OJ. 

14.7 

59.17    .00 

40.0     1.5 

57.94     J6 

49.0    0.0 

8.71     .35 

9.8     0.9 

30.15     .76 

40.0  -iOJ 

94.0 

59.47    .00 

38.5     1.0 

58.98     .33 

41.3    0.0 

9.06     .34 

8.9     0.8 

30.91     .73 

40.3    0.0 

!>•«'    4.0 

59.75    .07 

30.9     1.6 

58.60     .31 

40.7    0.5 

9.38     .31 

8.9    0.6 

31.69     .67 

41.1     1.0 

14.0 

53.01  444 

35.3  -1.6 

58.90  4Jn 

40.3  -0.3 

9.68  4.98 

7.7  -0.4 

39.96  4.00 

49.4  41.4 

94.0 

53.93     .90 

33.8    1.5 

59.16     .93 

40.1  -0.1 

9.95     .94 

7.3  .OJi 

39.83    .51 

44.0     1.1 

34.5 

53.40  4-.10 

39.4  -1.4 

59.37  4.19 

40.0  40.1 

10.17  4.90 

7,9    OJ) 

33.99  4,A 

46.0  4«J 

FIXED  STARS,  1895. 


829 


APPABEirr  PLAGES  FOB  THE  UPPER  TBAN8IT  AT  WASHINOTON. 

16  Arffti  (p) 

f  CaaerL 

t  H  jdno. 

lUrMB 

Majorb. 

finlar 

Blcbt 

DmUmIIob 

Bi<kt 

DmUdaUoii 

Blghl 

AtMBSSOB. 

DMOlMtlOII 

Jf^rO. 

Blffbl 
▲•oeiialoB. 

DmIImUm 
Nfik, 

8    8 

-28  59 

k       B 

8  26 

+20  47 

k       B 

8  41 

e       1 

+  6  48 

k     n 

8  52 

+48  26 

(Dm  30.6) 

■ 
5.67  'f.ia 

57J  -t.0 

■ 

39.81  4.94 

53^9 -9.7 

14.99  4.94 

17.3  -1.6 

■ 
3.40  4  J6 

69.5  49.7 

Jan.    9.5 

5.83    .11 

60.3    9.6 

40.03    .19 

59.7    6.ft 

14.51     .19 

15.9     1.4 

3.71     M 

70.4     1.6 

19.5 

5.94    .66 

63.9    9.7 

40.90    .14 

59.3    0.3 

14.68    .14 

14.6    IJ 

3.97     .99 

71.5    1.3 

^.5 

6.00  4.66 

66.8    9.A 

40.39    .69 

59.1  -0.1 

14.80     .69 

13.5    6.9 

4.15    .16 

73U)    1.6 

Feb,  8.5 

6.00  -.69 

68.9    9.3 

40.38  4.64 

59.9  49.1 

14.87  4.64 

19.7    9.7 

4.96  4.97 

74.6    1.7 

18.4 

5.95 -4»7 

70.4  -9.0 

40.39  -.01 

59.4  49.3 

14.80  -.01 

19.0 -9.6 

4.99     .69 

76.3  41.7 

98.4 

5.86    .11 

79.9    1.6 

40.35    .66 

59.7    6.4 

14.86     .9ft 

11.6     0.3 

4.96  -.66 

78.1     1.7 

Mat.  10.4 

5.73    .14 

73.7    1.3 

40.97     .16 

53.1     0.4 

14.79     .66 

11.3-0.9 

4.16     .19 

79.8     1.6 

».4 

5.58    .16 

74.8    1.6 

40.16    .13 

53.6    6.6 

14.69    .11 

11.9    0.0 

4.01     .17 

81.4     l.ft 

30.3 

5.41     M 

75.6    6.6 

40.09    .14 

54.1     9.6 

14.57     .13 

11.3  40.1 

3.89    M 

89.7    1.3 

Apr.    9.3 

6.99  -.18 

76.0  -«.9 

39.87  -.16 

54.5  40.4 

14.43  -.14 

11.5  493 

3.61  -.99 

83.8  41.6 

10.3 

5.04     .16 

76.1  49.9 

39.79    ,1ft 

55.0    0.4 

14.99    .14 

11.7     0.3 

3.38    M 

84.7    6.7 

99.3 

4.87     .17 

75.8    6.9 

39.57    .14 

55.3    0.3 

14.15    .13 

19.0    0.4 

3.15    .99 

85.1  40.3 

M*j    9.9 

4.71     .1ft 

75.1     6.6 

39.44     .19 

55.6    6.9 

14.09    .19 

19.4    6.4 

9.93    .91 

85.3    0.6 

19.9 

4.57    .19 

74.9    1.1 

39.39    .16 

55.8    9.9 

13.91     .10 

19.9     6.6 

9.73    .16 

85i)-6.4 

99.9 

4.46  -.60 

79.9  41.4 

39.93  -.07 

55.9  40.1 

13.89  -.06 

13.4  46.6 

9.56  -.1ft 

84.5  -6.7 

June  8.1 

4.39    .66 

71.4     1.7 

39.18    .04 

55.9    0.0 

13.76    .9ft 

13.9    0.6 

9.43    .11 

83.6    1.6 

18.1 

4.34  -.63 

69.6    1.9 

39.15 -.01 

55.8  -0.1 

13.79  -.99 

14.4     0.ft 

9.34     .97 

69.6    1.3 

98.1 

4.33  -I-.61 

67.6    9.0 

39.15  4.69 

55.7    0.1 

13.79  4.01 

15.0     9.ft 

9.99  -.69 

81.1      1.6 

Jul  J   8.1 

4.35    .64 

66.6    9.1 

39.19    .06 

55.6    9.9 

13.74     .94 

15.5     9.6 

9.99  4.99 

79.4     1.7 

18.0 

4.41  4-.66 

63.4  49.1 

39.97  4.69 

55.3-^3 

13.79  4.97 

16.0  49.9 

9.34  4.97 

• 

77.7  -1.9 

98.0 

4.51     .11 

61.3    9.1 

39.37    .19 

56.0    0.4 

13.87     .10 

16.5     9.4 

9.43    .11 

75.7    9.9 

Aof.  7.0 

4.63    .14 

59.9    9.0 

39.51     .ift 

54.6    9.5 

13.98    .19 

16.8     0.3 

9.56    .16 

73.7    9.1 

17  JO 

4.79    .17 

57.3    1.8 

39.67    .16 

54.0    6.6 

14.19    .1ft 

17.1  49.9 

9.74    .99 

1\Jb    9.9 

96^ 

4.98    .16 

55.7    1.6 

39.86    J91 

53.4    0.7 

14.98    .16 

17.9    9.0 

9.96    M 

69.3    9J9 

8epi  5.9 

5.19  4>.93 

54.3  41.9 

40.08  4.S3 

59.6-9.8 

14.47  4.91 

17.1  -C9 

3.99  4.96 

67.1  -€.9 

15.9 

5.44     .96 

53.3    0.9 

40.33    .96 

51.8    0.9 

14.69    .93 

16.8    9.4 

3.59     .39 

65.0     9.9 

95.8 

5.71     .96 

69.8  49.3 

40.60     M 

50.8    1.0 

14.93    .9ft 

16.9    0.6 

3.86     .36 

69.8    9.1' 

Oet    5.8 

6.00    .90 

59.7  -0.9 

40.89     .90 

49.6    1.1 

15.90     .96 

15.5    6.9 

4.93    .36 

60.8     9.0 

16.8 

6.31     .91 

53.1     0.7 

41.90    .98 

48.4     1.9 

15.49     .96 

14.5     XM 

4.64     .49 

58.9     1.8 

1 

95.8 

6.63  4-.aB 

54.0  -1.9 

41.53  4.34 

47.1  -1.3 

15.79  4JI 

13.9  -1.3 

5.06  4.44 

57.9  -1.6 

Not.  4.7 

6.96     .99 

65.4     1.6 

41.87     .34 

45.8    1.3 

16.11     M 

11.8     1.6 

5.51     .46 

55.8     1.3 

14.7 

7.98     .99 

57.9    9.0 

49.99    J» 

44.4     1.3 

16.44     .33 

10.9     1.6 

5.98    .46 

54.6     1.0 

94.7 

7.60    .90 

59.4    8.3 

49.57    .34 

43.1     1.3 

16.77     .39 

8.5     1.7 

6.44     .46 

53.7    0.7 

Dcio.    4.7 

7.90    .96 

61.9    9.6 

49.90     .39 

41.9     1J9 

17.09     .31 

6.8    1.7 

6.89     .44 

53.9-9.3 

14iS 

8.16  +.96 

64.7  -9.8 

43.91  4.30 

40.8  -1.0 

17.39  4.90 

5.0  -1.7 

7.33  4.41 

53.0    0.0 

94^ 

a40     .91 

67.6    9.0 

43.50     St 

30.8    0.6 

17.66     .96 

3.3     1.6 

7.79     .3f7 

53.3  40.4 

31.6 

8.50  -f  .17 

70.5  -9.9 

43.75  4.93 

:     39.1  -0.6 

17.1)0  4.99 

1        1.8-1.6 

8.07  4.35 

53.9  40.8 

330 


FIXED  STARS,  1895. 


1 

1 

APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINOTON. 

1 

(jsUrie 

11  aj  oris. 

K  Cancri. 

1  Argili. 

IDraconu    (U.) 

Hmu 
Solar 
Date. 

■ 

BiKht 
Aaoension. 

Deollnatlon 
North, 

Bight 
Aao«luioii. 

Daolinatlon 
North. 

Blielit 
Aaoenaiou. 

DaoUnatioii 
South. 

Bight 
Aafifffiaian 

I>eell«atlMi 
N^rtk, 

1 

• 

li      m 

9     1 

+67  33 

h     m 

9    2 

O           / 

+  11     5 

h     m 

9  14 

-58  49 

h     in 

9  22 

o 

+81  46 

(D«o.  30.6) 

• 

I3J^  +.55 

32.2  +1.4 

a 
4.96  +JW 

28'.'3  -1.4 

a 
17.95  +.39 

48.0  -8.5 

a 
17.10+1.36 

75.9  +1.6 

Jau.    9.6 

13.79    .45 

33.8    1.9 

5.20     .99 

27.0     1.9 

18.23    ja 

51.6    3.7 

18.37  1.14 

77.9    9J» 

19.6 

14.19     .34 

35.9    9.9 

5.40     .17 

25.9     1.0 

18.44     .17 

55.4     3.8 

19.38     .97 

80.3    9-5 

29.6 

14.47     .99 

38.2    9.4 

5.54     .19 

25.0    0.7 

18.56  +.06 

59.3    3.8 

20.10     .56 

83.0    9J 

Feb.    8.5 

14.63  -l-ao 

40.7    9w5 

5.63     .07 

24.4    0.5 

18.60    .00 

63.1     9.7 

20.53+ .97 

85.9    3.0 

1 

18.5 

14.67  -.09 

43.3  +9.6 

5.68  +.09 

23.9  -0.3 

18.56  -.08 

66.8  —3.5 

20.64- .04 

1 
68.9  +3.0 

28.4 

14.59    .13 

45.8    9.5 

5.67  -.03 

23.7  -0.1 

18.45    .15 

70..3    3.3 

20.44     .34 

91.9^   9J 

Mar.  10.4 

14.40     .93 

48.2    9.3 

5.62    .07 

23.7  +0.1 

18.26     .91 

73.4    3.0 

19.95    .09 

94.7    9.7 

20.4 

14.12     .31 

50.4     9.0 

5.54     .10 

23.8    0.9 

18.02    .90 

76.2    9.6 

19.20     .85 

97.2    ^ 

30.4 

13.77     .38 

52.2     1.6 

5.43    .19 

24.0    0.3 

17.74     .30 

78.6    9.1 

18.24  1.05 

99.3    IJ 

Apr.    9.3 

13.36  -.49 

53.6  +1.9 

5.30  -.13 

24.3  +0.3 

17.41  -.33 

80.5  -1.7 

17.11-1.90 

10 1.0  +1.4 

19.3 

12.92    .44 

54.5    0.7 

5.17     .14 

24.7    0.4 

17.07     .35 

81.9    1J9 

15.85  1.98 

102.2    OJ 

29.3 

12.47     .44 

55.0  +0.9 

5.03    .13 

25. 1     0.4 

16.71     .36 

82.9    0.7 

14.54   1.99 

102.8 +0J 

May    9.3 

12.03     .49 

55.0  -0.3 

4.90    .19 

25.5    0.4 

16.35     .35 

83.3-0.9 

13.21   1.31 

102.8 -OJ 

19.2 

11.62     .39 

54.5    0.7 

4.78    .10 

25.9    0.4 

16.00    .34 

83.2  40.3 

11.92  1.95 

102.3    OJ 

29.2 

11.25 -.34 

53.5  -1.9 

4.69  -.08 

26.3  +0.4 

15.67 -.39 

82.6+0.8 

10.71-1.14 

101.3  ^J 

Juue  8.2 

10.94     .96 

52.1     1.6 

4.62    .06 

26.7    0.4 

15.36    .99 

81.5    1.3 

9.63  1.01 

99.7    I J 

18.1 

10.70     .90 

50.3    9.0 

4.57    .04 

27.1     0.4 

15.09    ja 

79.9    1.7 

8.70    .84 

97.6    9J 

28.1 

10.53     .13 

48.2    9.3 

4.55  -.01 

27.4     0.3 

14.87     .90 

78.0    9.1 

7.96     .64 

95.2    9J 

July    8.1 

10.45  -.05 

45.8     9.5 

4.55  +.09 

27.7    0.3 

14.69    .15 

75.7    9.4 

7.41     .43 

92.4    9J 

* 

18.1 

10.44  +.03 

43.1  -9.7 

4.59  +.05 

27.9  +0.9 

14.56  -.10 

73.1  +«.7 

7.09- .91 

89.3 -^J 

28.0 

10.51     .19 

40.3    9.9 

4.65     .08 

28.1  +0.1 

14.49  -.04 

70.3    9.9 

6.99+  .01 

86.0    3J 

» 

Ang.   7.0 

10.67     M 

37.4     9.9 

4.74     .11 

28.2    0.0 

14.48  +.03 

67.3    9.9 

7.11     M 

82.6    3.4 

17.0 

10.91     .98 

34.4     3.0 

4.86     .13 

28.1  -0.1 

14.54     .09 

64.4     9.9 

7.46    .46 

79.1     3J 

27.0 

11.23     .36 

31.4    ?.0 

5.01     .16 

27.9    0.3 

14.67    .16 

61.5    9.8 

6.04     .68 

75.7    3,4 

Sept   5.9 

11.62 +.43 

28.5-^0 

5.19  +.19 

27.5  -0.5 

14.86  +.93 

58.8  +9.5 

8.83+  .89 

72.3  -3.3 

15.9 

12.08     .49 

25.7     9.7 

5.39     .99 

26.9    0.7 

15.12    .99 

56.5    9.9 

9.83  1.00 

69.0    3.t 

25.9 

12.61     .56 

23.0    9.5 

5.63     .94 

26.2    0.9 

15.45     .35 

54.5     1.7 

11.01    1.97 

65.9    9.9 

Oct.    5.8 

13.20     .69 

20.6    9.3 

5.88     .97 

25.2    1.1 

15.83    .40 

53.0     1.9 

12.37  1.43 

63.2    9.1 

15.8 

13.85     .66 

18.4    9.0 

6.16     .99 

24.0     1.3 

16.26    .45 

52.1  +0.6 

13.88  1.57 

60.7    9J 

25.8 

14.53  +.70 

16.6  -1.6 

6.47  +.31 

22.6  -1.4 

16.73  +.48 

51.8    0.0 

15.52+1.68 

58,7  -1 J 

Nov.    4.8 

15.26     .73 

15.2    1.9 

6.79     .33 

21.1      1.6 

17.22    .50 

62.2-0.7 

17.%  1.76 

'     57.1     IJ 

14.7 

15.99     .74 

14.2     0.8 

7.12     .33 

19.5    1.7 

17.73    .51 

53.1     1.3 

19.04   1.80 

56.0    4.8 

24.7 

16.73    .73 

13.6  -0.3 

7.46     .33 

17.8    1.7 

18.24     .49 

54.8     1.9 

20.84   1.79 

;     55.5-0  J 

r 

Deo.    4.7 

17.46    .71 

13.6  +0.9 

7.79    .39 

16.0    1.7 

18.72    .47 

57.0    9.5 

22.62  1.74 

55.5  44  J 

14.7 

18.15  +.66 

14.1  +0.7 

8.11  +.31 

<     14.4  -1.6 

1 

19.17  +.49 

59.8  -9.9 

24.32+1.63 

56.1  44J 

24.6 

18.78     .59 

15.0     1.9 

&40     .98 

12.8     1.5 

19.56     .37 

62.9     3.3     25.89  K48 
66.4  -3.7     27.27+137 

57.2    1.4 

34.6 

19.34  +.59 

16.4  +1.6 

8.66  +.95 

11.4  -1.3 

19.90  +.30 

58.9+1  J 

FIXED  STARS,  1895. 


33 


APPAH£NT  PLACES  FOR  THE  UPPEB  TRANSIT  AT  WASHINGTON. 

• 

a  H  jdni. 

dVrum 

tfajorii. 

eVnml 

Majorio. 

f  Leonii. 

MflM 

Solar 
Onto. 

AMMwkm. 

DeellnAtloa 

Rlfbt 
Aaeaukm. 

Deellnstioii 

AaommIob. 

DeolInAtioii 
Nvrik, 

BiKht 
AteeiMloii. 

DecltnAtioii 
North, 

h     m 

9  22 

o        t 

*  8  12 

h     m 

9  25 

+70  17 

h     n 

9  25 

+5(2    8 

9  39 

+24  15 

(Dec.  30.6) 

■ 

96.73  ^M 

7.6  -9.4 

• 

16.10  +.05 

90.9  +1.9 

59.33  +.40 

73.3  40.4 

• 
54.86  4.31 

94^9  -0.9 

Jan.    9.6 

96.97    M 

9.9    9.3 

16.70     .50 

99.5    1.7 

59.71     .34 

74.0     0.9 

55.15     .97 

93.5    03 

10.0 

97.16    .17 

19.1     9.1 

17.19     .43 

94.4    9.1 

53.09    .97 

75.9     1.3 

55.39     .99 

93.0  -0  3 

99.5 

97.39    .13 

14.1     1.9 

17.66     .30 

96.7    9.4 

53.96    .90 

76.6    1.0 

55.59     .17 

99.8    03 

FeU    8.5 

97.49    .06 

16.0     1.7 

17.80    .17 

99.3    9.0 

53.49    .19 

78.3    M 

55.73    .19 

99.9  +0.9 

18.5 

97.47  +.03 

17.6  -1.5 

17.90  +.08 

39.0  49.7 

53.50  +.04 

80.9  +1.9 

55.89  4.00 

93.9  40.4 

98.4 

97.47  -.00 

19.0    1.9 

17.86  -.10 

34.6    9.0 

53.51  -.03 

89.9    9.0 

55.85  4.01 

93.7    03 

tfiir.  10.4 

97.44     .00 

'90.1     1.0 

17.70    .99 

37.9    9.5 

53.44     .10 

84.9     1.9 

55.84  -.a 

94.4    03 

90.4 

97.36    .00 

90.9    0.7 

17.43     .39 

39.6    9.9 

53.39    .15 

86.1     1.8 

55.78     .07 

95.9    03 

30.4 

97.96    .11 

91.5    0.5 

17.06    .40 

41.7     1.9 

53.14     .19 

87.8    1.0 

55.69    .10 

96.1     03 

Apr.    9.3 

97.14  -.19 

91.9-0.9 

16.69  -.40 

43.4  +1.5 

59.93  -.93 

89.3  +1.3 

55.57  -.19 

96.9  40.8 

19.3 

97.01     .13 

99.0    0.0 

16.14    .50 

44.6    1.0 

59.69     .94 

90.4     1.0 

55.44     .13 

97.7     0.7 

99.3 

96.88    .13 

91.9  +0.9 

15.63    .51 

45.4  40.5 

59.44     .95 

91.9    0.0 

55.30     .14 

98.4     0.0 

May    9.3 

96.75    .13 

91.6     0.4 

15.11      .50 

45.6    0.0 

59.19    .94 

91.7  40.9 

55.16     .13 

99.0    03 

19.9 

96.63    .10 

91.9    0.0 

14.69    .47 

45.4  -0.5 

51.96     .99 

91.7  -0.9 

55.03    .19 

99.4    0.4 

99.9 

96.59  -.10 

90.5  +0.7 

14.17  -.43 

44.6  -1.0 

51.75  -.19 

91.3  -«.5 

54.91  -.11 

99.7  403 

June  8.9 

96.43    .00 

19.7    0.9 

13.76     .37 

43.4     1.4 

51.57     .10 

90.6    0.9 

54.89    .09 

99.8  40.1 

18.1 

96.37    .00 

18.8    1.0 

13.43     .30 

41.7     1.9 

51.43     .19 

89.5    1.9 

54.74     .07 

99.8  -0.1 

98.1 

96.39    .08 

17.8    1.1 

13.17     .99 

39.6    9JB 

51.33     .00 

88.1     13 

54.69     .04 

99.6    03 

Jnly    8.1 

96.30  -.01 

16.7    1.1 

19.99     .13 

37.9    9.5 

51.97  -.03 

86.5    1.8 

54.66  -.01 

99.3    0.4 

18.1 

96.31  +.09 

15.5  +1.1 

19.90  -.04 

34.6  -9.8 

51.96  +.01 

84.5-9.0 

54.67  +.01 

98.8  -9.5 

98.0 

96.34     .00 

14.4     1.1 

19.01  +.00 

31.7     3.0 

51.99    .00 

89.4     9.9 

54.70     .04 

96.9    0.7 

Ang.  7.0 

96.40    .07 

13.3     1.0 

13.00    .14 

98.6    3.1 

51.38    .11 

80.1     9.4 

54.76    .07 

97.4     0.8 

17.0 

96.49    .10 

19.3    0.9 

13.18    .93 

95.4     3.9 

51.51     .15 

77.7     93 

54.85     .10 

96.5     13 

97.0 

96.61     .13 

11.4     0.7 

13.46    .39 

99.3     3.9 

^1.68    M 

75.1     93 

54.97     .13 

95.4     13 

Sept   5.9 

96.76  +.10 

10.8  40.5 

13.83  +.41 

19.1  -3.1 

51.91  +.94 

79.6  -93 

55.19  +.10 

94.9  -13 

15.9 

96.94     .19 

10.4  40.9 

14.97     .49 

16.0     3.0 

59.18    .99 

70.0     93 

55.30     30 

99.8     1.4 

95.9 

97.14     .99 

10.3  -0.1 

14.80    .57 

13.1     9.8 

59.49    .33 

67.5    93 

55.51     33 

91.3    13 

Oot.    5.8 

97.38    J5 

10.6    0.4 

15.41     .04 

10.3     9.0 

59.84     .97 

65.0     9.4 

55.76     .90 

19.6     1.7 

15.8 

97.65    .90 

11.9     0.8 

16.08     .70 

7.8     9.3 

53.94     .41 

69.7     9.9 

56.04     39 

17.9     13 

95.8 

97.93  +.30 

19.1  -1.1 

16.81  +.75 

5.7  -1.9 

53.67  +.45 

60.6  -9.0 

56.34  +.39 

16.1  -13 

No7,  4.8 

98.94     .39 

13.4     1.5 

17.59     .79 

3.9     1.5 

54.13    .47 

58.7     1.7 

56.67     34 

14.9    l.e 

14.7 

98.57     .33 

15.1     1.8 

18.40     .89 

9.6    1.1 

54.61     .49 

57.1     1.4 

57.09    .35 

19.4     l.e 

94.7 

98.90    .33 

17.0     9.0 

19.99    .09 

1.8  -«.o 

55.10    .49 

55.9     1.0 

57.38     30 

10.6     1.: 

Dec   4.7 

99.93    .39 

19.1     9.9 

90.04     .80 

1.5    0.0 

55.60    .08 

55.1     0.0 

57.74     30 

8.9     l.« 

14.7 

99.54  ^.» 

91.4  -9.3 

90.89  +.70 

1.7  40.5 

56.07  4.40 

54.6  -«.9 

58.10  +35 

7.5  -1.4 

94.6 

99.84     .98 

93.7     9.3 

91.56    .70 

9.4     1.0 

56.59     .43 

54.7  40.9 

5H.43     39 

6.9     I.I 

34.6 

30.10 +.95 

96.1  -9.3 

99.91  +.09 

3.7  41.5 

56.99  4.38 

55.1  40.7 

58.74  4^39 

^.^  -0.1 

332 


FIXED  STABS,  1895. 


AFPASEST  FLACBS  FOB  THE  UPPES  TRAHSTT  AT  WlSHlHCnOH. 

S*ter 
DM*. 

iiL««us. 

•  Lmmus. 

nVnm 

Maioffk. 

r«Li 

^ 

Mgirt 

t    _ 

I 

SIghi 

JTotO. 

SigM 

MmO. 

Myht 

b     m 

946 

1 

'  +26  29 

10    2 

+  12  28 

10  10 

+65  37 

10   14 

1 

i  +20*  21 

(Dm.30^) 

48.09  4.31 

61J  -«.« 

47.90  4.39 

47J9-I.f 

■ 
97.75  4-31 

4^4  48.7 

19.18  438 

773-13 

Jao«    M 

40.91    jm 

60.4    9.3 

48.10    .17 

46.3    1.3 

98.39    34 

43.3    1.1 

19.48     38 

763     13 

10.6 

40.47    JO 

'    60.0 -«.S 

48.44     .99 

45.1     1.1 

98.89    .45 

44.7    13 

\%7b     34 

1     75.4     8,7 

»^ 

40.67    .18 

503  49.1 

4&64     M 

44.1      9.9 

90.93    35 

46.5    83 

1237     38 

,    ^^^    e^ 

F«b.  as 

40.89    .IS 

60.1     9.3 

48.80    M 

43.4    9.9 

90.53    36 

48.7    93 

13.15     .15 

743  -8.1 

1&5 

40i>9  4'.f7 

eOJB-HA 

48.00  4.98 

43.0 -C3 

90.73  4.14 

51.1  483 

13.97  4.18 

T43  48.1 

98^ 

40.06  4^.tt 

61.3    9.7 

48.06  4  J9 

49.8-8.1 

9031  439 

53.7    S3 

1334  436 

743     83 

Hat.  10^ 

40.05  ^M 

09.1     9.9 

48.06 -.91 

49.8  48.1 

99.78  -38 

56.3    93 

13.36    38 

7S.4     83 

90.4 

40.00    jn 

63.0    9.9 

4ao3   jm 

43.0    9.3 

9036    .17 

583    9.4 

13.34  -.84 

76,0    8.7 

30.4 

40.81     .10 

64.0     9.9 

48.86    M 

43.4    9.4 

90.45    36 

61.9    93 

13.98    37 

7«3     83 

Apr.    0.4 

40.70  -.W 

64.0  49.9 

48,71  -.19 

43.8  48.5 

99.16  -31 

63.9  413 

13.10  -.18 

77.6  48  8 

10.3 

40.56    .14 

65.8    9.8 

48.66    .11 

44.3    9.5 

98.83    36 

65.0    13 

13.09    .11 

7a4     83 

90.3 

40.49    .14 

66.5    9.7 

48.56    .19 

443     9.5 

98.45     38 

663     1.1 

19.07    09 

79.1      8.7 

lUy    0.3 

40.98    .14 

67.1     9.9 

48.43    .n 

45.4    93 

98.06     38 

67.1     93 

19.84    .19 

793     83 

10.3 

40.15    .U 

67.6     9.4 

48.31    Jl 

453    9.5 

97.66    39 

G73  48.1 

19.72    .19 

80.4    83 

90.9 

40.03  -.11 

ers-HJi 

48.90  -.10 

46.4  483 

97.98-37 

673-8.4 

19.61  -.11 

80.0  48.4 

June  a9 

48.09    M 

68.0    9.9 

48.11    jm 

463    8.4 

9633    34 

66.7     83 

19.50    J8 

813    83 

18.9 

48.84    jn 

68.0-4.1 

48.03    .97 

47.9    83 

96.61     31 

65.6     13 

19.49    38 

81.4  48,1 

98.9 

48.78    .M 

67.7    9.J 

47.07    .95 

47.5    83 

96.34     34 

64.1     1.7 

1935    .88 

81.5     83 

July    8.1 

48.75  -.49 

67.3    9.5 

47.03  -.93 

47.7    83 

96.13    J8 

69.9    9.1 

19.30    34 

81.4  -83 

18.1 

48.75  •I'.Ol 

66.7  -9.7 

47.09    M 

47.8  48.1 

95.07  -.19 

503-8.4 

19.98  -3i 

81.1  -0.3 

98.1 

48.77     .M 

66.0    9.8 

47.09  4.09 

47.8  -8.1 

95.80-36 

57.3    9.7 

19.98  4.81 

80.7    03 

Aag.   7.0 

48.89    jn 

65.1     1.0 

47.06    .06 

47.7    83 

95.87  4.01 

54.5    23 

19.30    34 

80.9    0.7 

17.0 

48.00    .!• 

64.0    1.1 

48.09    Ur7 

47.4     83 

9531     39 

51.5    9.1 

19.35    37 

79.4     03 

97.0 

40.09    .U 

69.7    1.3 

48.11     .10 

47.0    83 

96.04    .18 

4a3     33 

19.43    .18 

78,5    13 

Sept  6.0 

40.16  4-.ie 

61.4  -1.5 

4^99  4.13 

46.4  -8.7 

96.93  439 

45.0  -3.9 

19.54  4.13 

77.4  -13 

15.0 

40.34     J9 

50.8    1.9 

48.37    .10 

45.6    83 

96.50    30 

41.8     33 

19.69    .18 

76.1     1.4 

95.0 

40.55    JO 

58.9    1.7 

48.55    .19 

44.6     1.1 

9633    37 

38.5     33 

19.86    .19 

74.6    13 

Oct.    5.0 

40.70     .93 

56.4     1.8 

46.76     .93 

43.4     13 

97.94     .44 

35.4     3.8 

13.07     33 

73.0    1.7 

15.0 

50.07     .99 

54.5    1.9 

40.01     .98 

41.9     13 

97.79    31 

39.5     93 

13.39    36 

71.9     13 

95.8 

50.37 '|>.a9 

59.6  -1.9 

40.98  4.99 

40.3  -1.7 

98.96  437 

99,7  -93 

13.59  439 

693  -13 

Nov.   4.8 

50.70    M 

50.7    1.9 

40.58     .31 

38.6     13 

98.85    31 

97.3    93 

1.3.90     39 

673    9.1 

H.8 

51.05    .93 

48.8    1.8 

49.01     .33 

36.7     13 

99.49    35 

95.3     13 

14.93     31 

65.3    9.0 

1 

94.7 

51.49     .37 

47.0    1.7 

50.94     .34 

34.7     13 

30.15    37 

933     13 

14.57     36 

63.3    93 

Dee.    4.7 

51.78     .37 

45.4     1.5 

50.59     .34 

39.8    13 

* 

30.84     38 

99.7    83 

14.93     .36 

61.4     13 

14.7 

59.15  -i-JO 

43.0  -1.3 

50.93  4.33 

30.9  -1.8 

31.51  4.86 

99.1  -03 

15.99  435 

B0.6  -1.7 

94.7 

59.40     .33 

49.7     1.1 

51.96     .39 

99.1     1.7 

39.17     .63 

99.1  403 

15.63     33 

583    IJ 

34.6 

59.81  ^J» 

41.8-0.7 

51.56  4.99 

97.5  -1.5 

39.77  439 

99.6  483 

15.96  431 

56.6  -\J 

FIXED  STARS,  1895. 


833 


• 

APPARENT  PLACES  FOE  THE  UPPER  TRANSIT  AT  WASHINOTOH. 

9  Draconit  (H.) 

pLoonif. 

f  ArfOo. 

I  Leonio. 

Mmm 

8«lar 
Diite. 

Bi^ 

Declhiitlii 

BUtM 
AMauion. 

DMttattkm 
Martk, 

BJiJt 

DMUaaliM 

Blgi* 

DMllnaUon 
North, 

k     m 

10  26 

+76*  14 

10  27 

+  9*50' 

10  40 

• 

-69    7 

k    m 

10  43 

e      i 

+  11     5 

(Dm.  30^) 

■ 

15.99-M.Ol 

58.9  403 

• 

17.93  4JB 

46T9  -1 J 

■ 

50.61  430 

40.1  -93 

45.19  433 

59J0-13 

Jmi.    9.6 

16.87    .89 

59.9    1.3 

18.93    .98 

45.9     1.6 

60.04     39 

43.9    33 

45.50    39 

58.9    13 

19.6 

17.70    .W 

61.5    1.8 

18.49    .94 

43.7     1.3 

60.41     33 

46.6    33 

45.78    38 

56.8    13 

99.6 

18.38    .tl 

63.6    9.3 

18.71     .90 

49.5    1.1 

60.71     36 

50.3    3.7 

46.09    39 

56.6    13, 

Feb.    8J^ 

18.91     .43 

66.0    9.0 

18.89    JO 

41.6    0.8 

60.93   ao 

54.1     83 

46.91     J7 

54.7    0.7 

18.5 

19.954  J5 

68.7  49.8 

19.09  4.10 

40.9-0.9 

61.06  4.11 

57.9-83 

46.35  4.19 

54.1  -43 

96  J> 

19.40-1-  .03 

71.6    9.9 

IQ.IO    .09 

40.5  -0.3 

61.15  433 

61.6    8.7 

46.45    37 

53.7  -03 

Mar.  10.5 

10.37-  .It 

74.5    9.9 

19.13  4.01 

40.4    0.0 

61.14  -34 

65.9    83 

46.50  433 

53.7    03 

90.4 

19.16    M 

77.4     9.7 

19.19  -.08 

40.4  403 

61.07    .10 

68.6    83 

46.51  -31 

53.8403 

30.4 

18.80    .43 

80.0     9.9 

19.08    .06 

40.7    03 

60.93    .16 

71.7    93 

46.48    34 

54.1     03 

Apr.    9.4 

18.30- .66 

89.3  49.1 

19.01  -.08 

41.0  40.4 

60.75  -31 

74.5  -9.6 

46.49  -37 

54.5  403  , 

19.4 

17.70    .64 

84.9    1.7 

18.99    .10 

41.5    03 

60.59    39 

76.9    93 

46.34     39 

55.1     0.0 

99.3 

17.01     .71 

85.7    1.9 

18.81     .11 

49.0    03 

60.95    38 

78.8    1.7 

46.95    .10 

55.7    0.6 

IU7    9^ 

16.97     .74 

86.6    9.7 

18.70    .11 

49.6    03 

59.97    30 

80.3    13 

46.14    .11 

56.3    63 

19^ 

15.59    .79 

87.0  40.1 

18.59    .11 

43.9    03 

59.66    31 

81.3    0.8 

46.03    .10 

56.9    03 

99.3 

14.77-  .78 

86.9  -0.4 

18.49  -.10 

43.7  403 

59.35-31 

81.8-03 

45.93  -.10 

57 J>  40.0 

Jon*  8.9 

14.05    M 

86.9    0.9 

18.39    .09 

44.9    03 

59.04     30 

81.8  40.9 

45.83    38 

58.0     03  , 

18.9 

13.39    M 

85.0    1.4 

18.30    .08 

44.6    0.4 

58.74     30 

81.3    0.7 

45.74     38 

58.5    03  \ 

98.9 

19.81     .94 

83.3    1.9 

18.93    .06 

45.0    0.4 

68.45    .97 

80.4     13 

45.66    .07 

58.9    03' 

jnij  ai 

19.31     .49 

81.1     9.3 

18.18    .04 

45.4     03 

58.19    34 

79.0    13 

45.60    39 

50.1    03! 

18.1 

11.91- .94 

78.6-9.7 

18.15  -.08 

45.6  493 

57.96  -31 

77.1  493 

45.56-38 

50.3  40.1 

98.1 

11.63     .99 

75.7    3.0 

18.14    .00 

45.7  40.1 

57.77    .16 

74.9    93 

45.53  -31 

60.4    03 

Aag.  r.l 

11.46- .10 

79.6    3.9 

18.15  4.09 

4(!i,7  -0.1 

57.63    .11 

79.5    93 

45.53  4.01 

59.3-0.1 

17.0 

11.494- .M 

69.9    3.4 

18.18    .09 

45.6    03 

57.55  -35 

69.8    9.7 

45.55    33 

50.1     03 

97.0 

11.51     .19 

65.7    3.9 

18.95    .08 

45.3    0.4 

57.53  431 

67.1     93 

45.59    30 

58.7    03 

Sept  6.0 

11.794- .93 

69.9-3.0 

18.34  4.11 

44.8  -03 

57.58  4.08 

64.3  49.7 

45.67  439 

1 
58.1  -0.7 

16.0 

19.07    .41 

58.6    3.6 

18.46    .14 

44.1     03 

57.70     .16 

61.7    93 

45.78    .19 

57.3     03 

95.9 

19.54     M 

55.0    3.9 

18.69    .17 

43.1     13 

57.69     .93 

59.9    93 

45.91     .15 

563    I.I 

Oei    5.9 

13.14     .06 

51.6    3.3 

18.80    .91 

49.0     13 

58.16     30 

57.1     13 

46.00    .19 

55.0    13 

15.9 

13.86    .77 

48.4    3.0 

19.03    .94 

40.6     13 

58.50    37 

55.4     1.4 

46.30    33 

53.6    13 

1 

95.8 

14.694-  .83 

45.5  -9.7 

19.98  4.97 

39.0  -1.7 

58.90  4.43 

54.9  403 

46.54  430 

51.9-13 

Not.   4.8 

15.61     .96 

43.0    9.3 

19.57    .30 

37.3     13 

59.35     .48 

53.6  403 

46.89    30 

50.1     13 

14.8 

16.61   l.tt 

40.9    1.9 

19.88    M 

35.3    9.0 

59.85     .91 

53.5-03 

47.13    30 

48.1     93 

94.8 

17.67  1.07 

39.3    1.4 

90.99    .34 

33.3    9.0 

60.38     33 

54.1     03 

47.46    34 

46.0    9.1 

Deo.    4.7 

18.77  J.09 

38.9    0.8 

90.56    .84 

31.3    93 

60.99    33 

55.4     13 

47.80     34 

43.9    9.1 

14.7 

19.864-1.06 

37.7  -0.9 

90.00  4.34 

99.9  -0.0 

61.45  4J9 

57.9  -9.1 

48.15  4.84 

41.8  -93 

94.7 

90.99  1.03 

37.8  40.4 

91.93    .39 

97.3    13 

61.95    39 

59.6    93 

48.48     33 

30.8    13' 

34.6 

91.094-  .96 

38.5  41.0 

91.55  4.30 

95.5  -1.7 

69.49  4.45 

69.5-9.1 

48.81  431 

38.0  -1.7 

FIXED  STABS,  1895. 


1 

( 

• 
APPAKEST  PLAC7E8  FOR  THE  UFFfiR  TSARSIT  ATWASHISGTOa. 

teU. 

mVnm 

lUjori.. 

'— 

^Cni9Bfi9. 

rLti 

•^ 

^JSiL. 

jr«ra. 

^^^ 

• 

°52S!*- 

.  .1 

10  97 

+62  18 

1 
11     8 

e       t 

+21     5 

1 

-14  12 

11  22 

+  sf  ^ 

(Dee.  90.7) 

• 

17.26  4  Jt 

4&8-9.1 

32.35  4  J5 

49.2  -1 J 

5.92  431 

33J5-93 

• 

32.81  439 

eC^-^Lt 

Jan.    9.7 

17.82    M 

49.0  4e.5 

32.68    .99 

47.7     IJ 

6.24     39 

36.0    93 

33.13     31 

60.1       93 

19.6 

J8.33    Ai 

49.7     1.9 

32.99    .99 

46.6    1.9 

6.53     3? 

38.4  .9.4 

33.42    31 

58.3     13 

99^ 

18.77    A» 

51.0     1.5 

33J26    JH 

45.8    9.9 

6.78     33 

40.8    93 

33.68     JM 

56.6     13 

Feb.    8.0 

19.13    ai 

52.7     1.9 

33.48     .99 

45.4  -93 

6.99     .19 

1 

43.1     93 

33.90     39 

55.2     13 

ISA 

19.40  -^m 

54.8  49.9 

33.66  4.15 

45.3  49.1 

7.16  4.14 

45.2-9:9 

34.06  4.15 

54.0-13 

28.5 

19.57    .19 

57.2    9.5 

33.78    .10 

45.5    9.4 

7.28  ^0 

47.1     13 

31.21     JI 

53.2      9L7 

Msr.  10^ 

19.65 'I'.n 

S9.7     9.9 

33.86    .95 

46.0    93 

7.35    36 

4a7     13 

34.30     .97 

58.6     93 

20.5 

19.63  -M 

62.3    9.9 

33.90  4.91 

46.9    93 

7.39  439 

50.1     13 

34.35  439 

58.3-^93 

30.4 

19.53    .14. 

64.9    9.5 

33.89  -.09 

47.6    93 

7.39 -.09 

51.2    13 

3436    .99 

52.1      9.9 

Apr.    9.4 

19.36  -.» 

67.3  49.3 

33.85 -J5 

48.6  413 

7.35-35 

52.1  -93 

34.33-39 

58.2  493 

19.4 

19.13     M 

69.4     9.9 

33.78    .08 

49.7     13 

7.29     37 

52.8    93 

34.29    36 

52.5    93 

»J1 

18.84     .9» 

71.2     1.9 

33.69    .10 

50.7     13 

7.22     38 

53.2    93 

34.22    37 

52.8    9.4 

Maj    9.3' 

18.53     J» 

72.5    1.9 

33.59    ai 

51.6    03 

7.13     36 

53.4-9.1 

34.14     .98 

53.3    93 

19.3 

18.20    .33 

73.5    0.7 

33.48    .11 

52.5    08 

7.03     .10 

53.3  49.1 

34.05     39 

53.8    93 

29.3 

I7J7-J3 

74.0  40.9 

33.37  -.11 

53.2  49.7 

6.93  -.10 

53.1  493 

33.96-39 

54.4  493 

Jane  8.2 

17.54     jm 

73  J) -9  J 

33.26    .10 

53.7     03 

6.83    .10 

52.7     95 

33.86    39 

54.9    03 

18.2 

17.23     .90 

73.4     0.7 

33.15    .10 

54.1     93 

6.73    .10 

52.1      9.7 

33.77    39 

55.5     93 

28.2 

16.95    .97 

72.5    1.9 

33.06    .99 

54.4  49.1 

6.64     .09 

51.3    03 

33.68    .08 

56J)     93 

Jalj    8.2 

16.70    33 

71.1     1.9 

32.98    .97 

54.4  -9.1 

6.55    36 

50.5    03 

33.61     37 

56.6     93 

18.1 

16.49  -.18 

69.3  -9-9 

32.91  -.06 

54.2-93 

6.48  -.07 

49.5  41.0 

33.54  -.06 

57.0  49L4 

28.1 

16.33     .13 

67.1     9.3 

32.87    .04 

53.9    93 

6.42    .05 

48.4     1.1 

33.49    .04 

57.4     93 

Aag.   7.1 

16.23     .08 

64.5    9.7 

32.84  -.09 

53.3^9.7 

6.38    .03 

47.4     I.l 

33.45  -.09 

67.7     93 

17.0 

16.17 -.09 

61.7    9.9 

32.84  4.01 

52.5    0.9 

6.36  -.01 

46.3     1.0 

33.44     .90 

57.9  49.1 

27.0 

16.18  •f.M 

56.7    3.1 

32.86     .04 

51.5    1.1 

6.37  439 

45.3    0.9 

33.44  4.09 

57.9  -9.1 

8ef>t.   6.0 

16.25  4.10 

55.5  -9.3 

32.91  4.07 

60.3  -1.3 

6.41  4.05 

44.5  403 

33.48  4.05 

57.7  -«3 

15.9 

16.38    .17 

52. 1     3.4 

32.99    .10 

48.8     13 

6.48     .09 

43.8    93 

33.54     .08 

57.4     03 

25.9 

16.59     .94 

48.7     3.4 

33.11     .14 

47.2     1.7 

6.59    .13 

43.3  403 

33.64     .19 

56.7    ^.7 

Oct.     5.9 

16.86    .90 

45.4     3.3 

33.27    .18 

45.4     13 

6.73    .17 

43.2    03 

33.78    .15 

55.9     13 

15.9 

17.19    07 

42.1     3Jt 

33.46    .91 

43.4    9.1 

6.92    31 

43.3-93 

33.95    .19 

54J3     13 

25.9 

17.60  4.43 

38.9  -3.0 

33.69  4.95 

41.3-93 

7.14  434 

43.8  -0.7 

34.16  433 

53.4-13 

Nor.    4.8 

18.06     .« 

36.0    9.8 

33.96     .99 

39.1     93 

7.40     36 

44.7     13 

34.41     37 

51.8    1.7 

14.8 

18.58     .54 

33.4     9.4 

34.26     .39 

36.8    93 

7.70     31 

45.9    1.4 

34:70     30 

50.0    13 

24.8 

19.15     M 

31.1     9.0 

4 

34.59     .34 

34.5     93 

8.02     33 

47.4     1.7 

35.01     39 

48.0    93 

Dec.    4.7 

19.74     .00 

29.3     1.5 

34.94     .35 

32.2    93 

8.36    34 

49.3    9.0 

35.34     34 

45.8    93 

1 
1 

14.7 

20.35  4.91 

28.1  -1.0 

35.30  4.36 

!     30.1  -93 

8.70  435 

51.4-93 

35.68  434 

1 

43.6  -9.9 

24.7 

20.1)6     M 

27.3-9.5 

35.66     .35 

,     28.2     13 

9.05     34 

53.8    9.4 

36.02     34 

41.4    9J 

34.7 

21.54  4.57 

27.1  40.1 

36.01  4.34 

26.6  -13 

9.38  4.39 

56.2-93 

36.35  433 

39.3-9.1 

FIXED  STARS,  1895. 


335 


APPARENT  PLACES  FOB  THE  UPPEB  TRANSIT  AT  WARFTTNOTON. 

• 

• 

1 

A  Draconii. 

V  Leonii. 

pi,*tf>n\B. 

yVnm 

Majorii. 

MeMi 

owtwr 
DaU. 

Right 

AM«IMiOB. 

DeoUnaUoo 
North. 

RiKht 
Aftceiuioii. 

« 

DeelisAtloD 
Bouik, 

Blghl 
Ato«osiou. 

Deolinftiloii 
Nprtk. 

Right 
AaoessioB. 

DeeUMtloB 
JTorth, 

h      ni 

11  25 

+69  53 

h     m 

11  31 

C          t 

-  0  14 

fa     m 

11  43 

0       t 

+  15    9 

h     n 

11  48 

+54  16 

(IVc.30.7) 

• 

19.95  +.T7 

79.9  -0.9 

34.83 +.34 

39.8  -9.9 

• 

49.89  +.35 

95.7  -1.9 

• 

19.94  +.51 

95J  -1.0 

J»ii.    9.7 

13.70     .79 

80.0  +0.4 

35.16     .31 

41.9    9.1. 

43.16     .33 

93.9    1.7 

90.43     .48 

94.4  -6.4 

1             19.6 

14.39     .65 

80.7    1.0 

35.45     .98 

44.0     1.9 

43.47     .30 

99.4     1.4 

90.90     .44 

94.3  +6.9 

».6 

15.00     .56 

81.9     1.5 

35.79     .94 

45.8    1.7 

43.76     .90 

91.1     1.0 

91.39    .39 

94.7    0.7 

•  F«b.    8.6 

15.59     .46 

83.7    9.0 

35.95     .90 

47.4     1.5 

44.00     .99 

90.3    0.7 

91.68    .33 

96.7     1.9 

18.5 

15.99  'I'.M 

85.9  +9.4 

36.13  +.16 

48.8  -1.9 

44.90  +.18 

19.8  -«J 

91.98 +.96 

97.9  +1.6 

38.5 

16.90     .99 

88.5    9.6 

36.97     .19 

49.9    0.9 

44.36    .14 

19.6    0.0 

99.91     .19 

99.0    9.0 

Mar.  10.5 

16.36  ^M 

91.9    9.8 

36.37    .08 

50.7    0.7 

44.47     .00 

19.7  +0.9 

99.37     .19 

31.9    9.3 

90.5 

16.39  -.03 

94.0    9.8 

36.49  +.04 

51.9    0.5 

44.54     .05 

90.1     0.5 

99.45  +.05 

33.5    9.4 

30.4 

16.30    .14 

96.9    9.7 

36.44     .00 

51.6  -0.9 

44.57  +.01 

90.6    0.7 

99.46  -.09 

36.0     9.5 

Apr.    9.4 

16.10  -.94 

99.5  +9.6 

36.43  -.03 

51.7    0.0 

44.56  -.09 

91.4  +6.8 

99.41  -.06 

38.5+9.4 

19.4 

15.81     .33 

101.9    9.3 

36.39    .05 

51.6  +«.l 

44.53     .05 

99.9    0.9 

99.30    .13 

40.8    9.9 

99.4 

15.45    .39 

104.0     1.0 

30.33     .07 

51.4    0.3 

44.47     .07 

93.1     0.9 

99.15    .17 

49.9    9.0 

,M»y    9.3 

15.09     .44 

105.7     1.5 

36.96     .08 

51.1      0.4 

44.39     .06 

94.1     0.9 

91.96    .90 

44.8     1.7 

19.3 

14.56    .47 

106.9    1.0 

36.17    .09 

50.7     0.5 

44.31     .09 

94.9    0.8 

91.74     .99 

46.3     1.3 

99.3 

14.08  -.49 

107.7  +0.5 

36.08  -.09 

50.9  +0.5 

44.91  -.10 

95.7  +0.7 

91.51  -.93 

47.4  +0.9 

JtiiH)   8.3 

13.69    .48 

107.8  -0.1 

35.99    .00 

49.6    0.6 

44.11     .10 

96.4    0.6 

91.97     .94 

48.1  +6.5 

18.9 

13.11     .47 

107.5     0.6 

35.90    .00 

49. 1     0.6 

44.01     .10 

97.0    0.5 

91.03     .94 

48.4    0.0 

98.9 

19.65    .44 

106.7     1.1 

35.81     .08 

48.5    0.6 

43.91     .09 

97.5    0.4 

90.79     .93 

48.9  -6.4 

Jnlj   8.9 

19.93    .40 

105.3     1.6 

35.73    .07 

47.9    0.6 

43.89    .08 

97.7+0.9 

90.58     .91 

47.5    0.9 

18.1 

11.86 -.35 

103.5  -9.0 

35.66  -.06 

47.3  +0.5 

43.74  -.07 

97.9    0.0 

90.38  -.19 

46.4  -1.3 

98.1 

11.54     .99 

101.3    9.4 

35.60    .05 

46.8    0.5 

4367     .06 

97.8  -0.1 

90.90    .16 

44.9    1.7 

Aug.   7.1 

11.99     .99 

98.6    9.8 

35.55    .03 

46.4    0.4 

43.69     .05 

97.6    0.3 

90.05    .13 

43.0    t.1 

17.1 

11.11     .14 

95.7    3.1 

35.53  -.01 

46.0    0.3 

43.t)8  -.03 

97.9    0.5 

19.94     .69 

40.8    9.4 

97.0 

11.01  -.06 

99.5    3.3 

35.53  +.01 

45.8  +0.1 

43.57     .00 

96.5    0.7 

19.87  -.65 

38.9    9.7 

8ept   6.0 

10.99  •l>.09 

89.0  -3.5 

35.55  +.04 

45.8  -^.1 

43.58  +.03 

95.7  -1.0 

19.85    .00 

35.4  -§.9 

16.0 

11.05     .19 

85.5     3.6 

35.61     .07 

45.9    0.3 

43.69     .06 

94.6     1.9 

19.87  +.05 

39.3    3.1 

96.0 

11.99     .91 

81.8     3.7 

35.70    .11 

46.3    0.5 

43.70     .00 

93.3     1.4 

19.95     .11 

99.0     3.3 

(kt    5.9 

11.47     .30 

78.1     3.6 

35.89     .15, 

47.0    0.8 

43.81     .13 

91.7     1.6 

90.09    .17 

96.7     3.4 

15.9 

11.89    .39 

74.5    3.5 

35.99    .19' 

47.9     1.0 

43.97     .17 

90.0     1.8 

90.98    .93 

99.3     3.4 

1 

95.9 

19.96  4..49 

71.1  -3.3 

36.19  +.99 

49.0  -1.3 

44.16  4.91 

18.0  -9.6 

90.54  +.98 

18.9  -3.3 

Nov.   4.8 

19.79    .57 

67.9     3.0 

36.44     .96 

50.5     1.6 

44.40     .95 

15.9    9.9 

90.85     .34 

15.6     3.9 

14.8 

13.41     .64 

65.0    9.7 

36.71     .99 

59.9     1.8 

44.67     .99 

13.7     9.3 

91.99     .30 

19.5     3.0 

94.8 

14.09     .70 

69.5    9.3 

37.09    .39 

54.1     9.0 

44.97     .39 

11.3     9.3 

91.64     .44 

9.7     9.7 

Dm.    4.8 

14.89     .75 

60.4     1.8 

37.35     .33. 

56.9    9.1 

45.30     .34 

9.0     9.3 

99.10     .47 

7.9    9JI 

14.7 

15.58  +.77 

59.0  -1.9 

37.69  +.34 

58.4  -9.9 

45.65  +.35 

6.7  -9.9 

99.59  +.49 

5.9  -1.8 

94.7 

16.36    .77 

58.0  -0.6 

38.03     .34 

60.6     9.9 

46.00     .35 

4.6    9.1 

93.09     M 

3.6     1.3 

31.7 

17.19 +.75 

57.7    0.0 

38.36  +.33 

69.H  -9.9)  46.34  +.34 

9.6  -1.9 

93..'V9  +J0 

9.5  -6.7  1 

336 


FIXED  STAS8,  1895. 


APPABEHT  PLACES  FOR  THB  UPPEB  TRANBTT 

• 

AT  WASH] 

DTCFTOH. 

S«Ur 
Dmte. 

0  Virginii. 

4  DfMonu  (H.) 

^rCorrL 

/3  Cb«m»l«4MtH. 

▲wensimi. 

DeeliMitloii 

BipA 

BIjM; 

DmHmUm 

,Bi|rtrt 

[ 

11  59 

+  9  18 

k     m 
12    7 

C         1 

+78  11 

12  10 

-16  57 

12  12 

o       » 

—78  43 

(Dec.  30.7) 

52.04  •I'.M 

62.8  -«.l 

20.8641.ti 

37.9-41.5 

■ 
24.45  4-J6 

28?7-8.3 

9.2841.SI 

95JI-U'' 

J»u.    9.7 

52.37     .33 

50.8    1.9 

22.06  1.17 

37.6  40.1 

24.79     .33 

31.1     9.4 

10.49  1.17 

87.6    9.1 

19.7 

52.69    .30 

49.0    1.6 

23.21   l.io 

38.0    0.7 

25.12    .31 

33.5    9.4 

11.62  1.07 

39.0    9J 

29.6 

52.98    .87 

47.5     1.3 

24.26  IM 

39.0     1.3 

25.41     .98 

35.8    8.3 

12.63     .95 

3S.8    3J 

Feb.    8.6 

53.23    .83 

46.3    1.0 

25.19    .65 

40.6    1.8 

25.67    .94 

38.1     8.8 

13.51     .80 

36.0    3.4, 

1 

lae 

53.44  ^.\9 

45.5  -0.7 

25.974-  .68 

42.8  49.3 

%.89  4J0 

40.3-8.1 

14.244  .64 

39.5 -ajj 

28.6 

53.61     .15 

44.9    0.4 

26.56    .40 

45.3    9.7 

26.07    .16 

42.3    1.9 

14.80    .« 

43.3    3J 

Mar.  10.5 

53.74     .11 

44.7  -0.1 

26.96    M 

48.1     t.9 

26.21     .18 

44.1     1.7 

15.19    .31 

47.1     3.6 

20.5 

53.82    .07 

44.7  40.1 

27.154  .09 

51.1     3.0 

26.31     .00 

45.7    1.5 

15.414  .14 

51.0    t3 

30.5 

53.87  -¥,93 

44.9    0.3 

27.14- .11 

54.1     3.0 

26.37    .04 

47.0    IJt 

15.47-  .03 

54.9    3J 

Apr.    9.5 

53.88    .00 

45.4  40.5 

26.93-  .99 

57.0  48.8 

26.39  4-.01 

48.1  -1.0 

15.36-  .19 

56.6 -U 

19.4 

53.86  -.03 

46.0    0.6 

26.54     .46 

59.8    9.6 

26.39 -JB 

49.0    0.7 

15.09     .94 

G2.I     3.4 

29.4 

53.82    .05 

46.7    0.7 

26.01     .60 

62.2    9.3 

26.36    .04 

49.6    0.5 

14.68     .47 

65.4    SJ 

Mfty    9.4 

53.76    .07 

47.4     0.7 

25.34     .79 

64.3     1.9 

26.31     .06 

50.0    0.3 

14.14     .00 

68.3    9.7  1 

19.3 

53.69    .08 

48.2    0.8 

24.56    .61 

66.0    1.4 

26.24     .07 

50.3  -0.1 

13.49    .70 

70.8    9J' 

29.3 

53.60  -.09 

48.9  40.7 

23.72-  .87 

67.1  40.9 

26.16 -.06 

50.3  40.1 

12.74-  .79 

72.9-1  J 

June  8.3 

53.51     .09 

49.6    0.7 

22.62    .90 

67.7  40.3 

26.07    .00 

50.1     0.3 

11.90    .86 

74.5    M 

18.3 

53.42    .09 

50.2    0.6 

21.91     .90 

67.7  H>.9 

25.98    .10 

49.7    0.4 

11.01     .01 

76.6    0.8 

28.2 

53.33    .09 

50.8    0.5 

21.00    .89 

67.2    0.8 

25.88    .10 

49.2    0.6 

10.08    .93 

76.1 -M 

July    8.2 

53.24    .00 

51.2    0.4 

20.13    .85 

66.1     1.3 

25.78    .10 

48.5    0.7 

9.14     .93 

76.1  44J 

18.2 

53.15 -.03 

51.5  40.3 

19.30-  .79 

64.6  -1.8 

25.68  -.00 

47.7  40.8 

8.22- .90 

75.6  40J 

28.1 

53.t)8     .07 

51.7  40.1 

18.55    .70 

62.5    9.3 

25.59    .08 

46.8    0.9 

7.35    .84 

74.5    ui 

Aog.   7.1 

53.01     .06 

51.8    0.0 

17.90     .60 

60.0    8.7 

25.51     M 

45.9     1.0 

6.55    .75 

72.9    m! 

17.1 

52.97     .04 

51.7  -0.9 

17.34     .49 

57.1     3.1 

25.45     .05 

44.9    1.0 

5.86    .60 

70.8    9.3 

27.1 

52.94  -.oa 

51.3    0.4 

16.91     .37 

53.9    3.4 

25.40  -.03 

43.9    0.9 

5.30    .48 

68.4    9.S 

Sept.  6.0 

52.94  4-.01 

50.8  -0.6 

16.61-  .93 

50.4  -3.6 

25.39    .00 

43.0  40.8 

4.91-  .30 

65.7  4U 

16.0 

52.96    .04 

50.1     0.8 

16.45-  .08 

46.7     3.8 

25.40  4.03 

42.2    0.7 

4.69-  .11 

62.8    9J; 

26.0 

53.02    .06 

49.1     1.1 

16.444  .07 

42.9     3.9 

25.45    .07 

41.6    0.5 

4.684.00 

69.8    9J> 

Oct.    6.0 

53.12    .19 

47.9     1.3 

16.59     .94 

39.0    3.9 

25.54     .11 

41.2  40.3 

4.88    .30 

56.9    9J 

16.9 

53.26    .16 

46.5     1.6 

16.91     .40 

35.2     3.8 

25.67    .16 

41.1     0.0 

5.28    .51 

64.1     9.6 

25.9 

53.44  •I'.OO 

44.8  -1.8 

17.384  .56 

31.4  -3.6 

25.85  4.90 

41.3  -0.4 

5.894  .71 

61.6  49J 

Nov.    4.9 

53.66    .94 

42.9    9.0 

18.02     .71 

27.9    3.4 

26.07     .94 

41.8    0.7 

6.70     .88 

49.5    IJ 

14.H 

53.01     .98 

40.9    9.1 

18.81     .86 

24.6    3.1 

26.34     M 

42.7    I.l 

7.66  1.03 

47.8    1.4 

24.8 

54.20    .31 

38.7     9.9 

19.74     .96 

21.8     9.7 

26.64     .31 

44.0     1.4 

8.77  1.15 

46.7    M 

Dec.    4.8 

54.52    .33 

36.4     9.3 

20.78  1.08 

19.3     8J3 

26.96    .34 

45.6    1.7 

9.97  1.93 

46.2  44.1 

14.8 

54.86  4-.34 

34.1  -9.9 

21.9041.15 

17.5  -1.6 

27.31  4.35 

47.4  -8.0 

11.2341.97 

46.4  -0.5 

24.7 

55.21     .34 

31.9     9.9 

23.08  1.19 

16.2    1.0 

27.66     .35 

49.5    8.9 

12.51   1.97 

47.2    1.1 ; 

34.7 

55.55  4.34 

2JI.H  -9.0 

24.2841.19 

1.5.5  -0.3 

28.01  4.85 

51.8-9.3 

13.7641.99 

48.6  -1.7 1 

FIXED  STARS,  189& 


337 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHDfCnON. 

• 

f  Virginii. 

a*  Creeie. 

^ConrL 

cDreeoeli. 

Mglii 

Ikwllarttoa 

mikt 

DteliMMra 
Somtk, 

Bight 

DteliMMra 
SomilL 

Eifflift 

DMllaetloa 

li     m 

12  14 

o        » 

—  05 

h     m 

12  20 

-62  30 

12  28 

0      « 

-22  48 

12  29 

+70  21 

(Deo.  30.7) 

39.97^.94 

i7'-%S 

44.79  4  JO 

45T7  -1.7 

• 

59.17  4.36 

5379-9.9 

1 
1.98  4.n 

3901  -1.1 

Jm.     9.7 

39.60    .31 

4.8    9.1 

45.31     .57 

47.7     9.9 

59.59     .35 

55.4    9.3 

9.75    .76 

38.9 -e.4 

19.7 

39.99    .31 

6.9    9.0 

45.86    .53 

50.9    9.7 

59.87     .33 

67.8    9.4 

3.50    .73 

38.7  40.9 

».6 

33.99    M 

8.8    1.6 

46.37    .47 

53.1     3.6 

53.18    .30 

60.3    9.4 

4.91    ja 

39.3    0.6 

Feb.    8.6 

33.48    .91 

10.4     1.5 

46.81     .41 

56.9    3.3 

53.46    |B 

69.7    9.4 

4.84    M 

40.4     1.4 

18.6 

33.70  ^M 

11.8-1.9 

47, 19  4J4 

59.6-3.5 

53.70  4.99 

66.1  -U 

5.39  4.46 

49.1  41.9 

98.6 

33.88    .16 

19.9    0.9 

47.49    .97 

63.9     3.6 

53.90    .16 

67.3    9.9 

5.83    .36 

44  JS    9.3; 

If  AT.  10.5 

34.09    .19 

13.7    0.7 

47.79    .19 

66.8     3.6 

54.06     .14 

69.4     9.6 

6.15    M 

46.8    9J 

»JS 

34.19    .06 

14.9    0.4 

47.87    .19 

70.4     3.5 

54.18    .16 

71.3     1.8 

6.35    .14 

49.6    9.8 

30.5 

34.18    M 

14.6 -e.9 

47.95  4.05 

73.9    3.4 

54.96    M 

73.0    M 

6.43  4Ji 

59.5    9.9' 

Apr.    9J^ 

34.91  •f.Ol 

14.7    0.0 

47.96  -Ji 

77.9 -3J 

54.31  4.63 

74.4  -1.3 

6.38 -J6 

66.5  49.6 

19.4 

34.91  -Jl 

14.6  40.9 

47.91     M 

80.3    3.6 

54.39    .66 

75.6    1.1 

6.93    .90 

58.3    9.7 

99.4 

34.18    M 

14.3    0.3 

47.80    .13 

83.1     9.7 

54.31  -.63 

76.6    6.9 

5.98    .99 

60^    9.5 

Umj    9.4 

34.14    M 

14.0    0.4 

47.64    .16 

85.6    9.3 

54.97    .65 

77.3    6.6 

5.65    .37 

63.9    9.1 

19.3 

34.08    .97 

13.5    0.5 

47.43    JM 

87.7    1.9 

54.99    .07 

77.9    6.4 

5.95    .43 

65.9    1.7 

99.3 

34U>I  -.06 

13.0  40.5 

47.18 -JM 

80.4  -1.5 

54.15 -.06 

78.1 -eJI 

4.60  -.47 

66J(  41.9 

Jane  8.3 

33.93    M 

19.4    0.6 

46.90    .90 

90.7     1.0 

54.06    .09 

78.9  46.1 

4.31     J6 

67.6    6.7 

18.3 

33JM    M 

11.8    0.6 

46.60    .31 

91.4  -6.5 

53.96    .10 

78.0    6.3 

3.80    .51 

68.1  40.9 

98.9 

33.75    .ft 

11.9    6.6 

46.97    .33 

91.7     6U) 

53.86    .11 

77.6    6.5 

3.98    .51 

68.1  -9.3 

Joly   8.9 

33.66    .ft 

10.7    6.6 

45.94    .33 

91.5  40.5 

53.75    .11 

77.1     6.7 

9.77    J6 

67.5    0.6 

18.9 

33.57  -.it 

10.1  40.5 

45.69  -.39 

90.8  40.9 

53.64  -.11 

76.3  46.9 

9.98  -.47 

66.4  -1.3 

98.9 

33.49    .97 

9,7     0.4 

45.30    .33 

80.6    1.4 

53.53    .10 

75.4    1.0 

1.89     .44 

64.8    1.8 

Ang.   7.1 

33.41     .it 

9.3    0.3 

45.01     .97 

88.0    1.6 

53.44     .00 

74.3    1.1 

1.41     .33 

69.7    i.3' 

17.1 

33.36    .it 

9.0    0.9 

44.76    .93 

86.0    9.1 

53.35    .07 

73.9    IJI 

1.65     .33 

60.9    9.7 

97.1 

33.39  -.OS 

8.8  46.1 

44.06    .17 

83.8    9.4 

53.99    .05 

79.0    1.1 

0.76    M 

57.3    3.6 

1 

Sept  6.0 

33.30    M 

8.8  -6.1 

44.49  -.10 

81.3  49.6 

53.95  -.09 

70.9  41.1 

0.53  -.18 

54.9 -J.3 

16.0 

33.31  4.08 

8.9    0.3 

44.35  -.09 

78.7    9.6 

53.95  4.01 

60.8     1.0 

0.39 -Ji 

fiO.7     3.5 

96.0 

33.36    .06 

9.3     0.5 

44.37  4.06 

76.0    9.6 

53.98    .05 

68.9    0.8 

0.34     .99 

47.1     3.7 

Oot    6.0 

33.44     .10 

10.0     0.8 

44.47     .15 

73.4     9.5 

53.35    .10 

68.9    0.6 

0.39  4.16 

43.3    7JB 

16.9 

33.57    M 

10.9    1.0 

44.67    M 

71.0     9.9 

53.47    M 

67.7  4«.3 

0.53    .90 

39.4    3J 

96J 

33.73  f.lO 

19.0  -1.3 

44.96  4.33 

69.0  41 J 

53.64  4.19 

67.5    6.0 

0.79  4.31 

35.6-3.7, 

Non   4.9 

33.94     M 

13.4    1.5 

45.33     .41 

67.3     1.5 

53.85    .94 

67.6  -6.3 

1.15     .41 

31.9    3  J 

14.9 

34.19    .17 

15.1      1.8 

45.78    .48 

66.1     1.0 

54.11     .96 

68.9    6.7 

1 

1.60     .56 

98.5    3.3 

94.8 

34.48    .30 

17.0     9.0 

46.99     .54 

65.4  40.4 

54.40     Jl 

!    69.1     1.1 

9.16     .56 

95.3    3.0. 

Deo.    4S 

31.79    .» 

19.1     9.1 

46.66    .56 

65.3  -6.9 

54.73     .34 

'     70.4     13 

9.79     .67 

,    99.5    9.5, 

'                     1 

14.8 

35.19  4.34 

91.9  -9.9 

47.46  4.66 

60.8  -6.6 

55.08  4.36 

79.0  -1.8 

3.49  4.79 

1 
90.9-9.0 

94.7 

35.46    .M 

93.4    9.9 

48.07     .61 

66.9     1.4 

55.45     .36 

73.9    901 

4.94     .75 

18.4     1.4 

34.7 

35.80  ■I-.34 

95.7  -9.9 

4H.6S  4.M 

68.6  -1.0 

55.81  4.36 

76.0  -9.9 

5.01   4.77 

17.3  -0.7 

338 


FIXED  STASS,  1895. 


APPABEHT  PLACES  FOK  THE  UPPER  TmUMT  AT  WASmSOTOaL 


UM*. 

n»  CeaMlof .  (H.) 

«CeB.Tei 

^*         ^^^^^^ 

f  Tifpaia. 

•  Fir^iiiie. 

1 

Bicht 

jr^ro. 

Sickt 

-^-gar 

Mjgfat 

»-se- 

,  «i^^^ 

^     ^     ^     1 

12  48 

+83  56 

12  5" 

+38  52 

h     m 

13    4 

0    # 

-  4  58 

13  10 

1 

—  10  38 

(Dee.  90.7^ 

96.094CI7 

37^-1.9 

• 

7.46  4.49 

51  To  -9.9 

30.64  434 

45^1  -93 

38.38  4.34 

49J0-9J 

Jm.    9.7 

98.98  S.M 

37.3-9.3 

7^    jm 

49.9    1.5 

10J9B    31 

47.9    9.1 

39.73     JM, 

51.1      9J 

19.7 

30.45  t.13 

37.3  49.3 

6.95     .38 

46.0    1.9 

31.39    39 

49.3    93 

40L07     33 

53L2    9.1 

99.7 

39.54  t.« 

37.9    9.9 

&e9     .35 

47.3-9.5 

31.63     39 

51.3     13 

40.39     31 

5&3    93 

F0I1.    8.5 

34«45  l.Tt 

39.9    1.5 

&96     .38 

47.1  49.1 

31.99    37 

53.1     1.7 

40.69     38 

57.2    13 

18.6 

36.I94^1.» 

41.0  44.9 

9.96  4.96 

47.5  493 

39.18  434 

54.7-13 

40.97+35 

59.0  -1.7 

f8J& 

37.49  1.9i 

43.3    t.3 

9.51     JO 

4&3     1.9 

39.41     31 

56.1     13 

41.90     39 

G0.5     1.5 

Umt.  tOJB 

36.51  9.94 

46.0    t.8 

9.71     .18 

49.5     1.4 

39.60    .17 

57.1     93 

41.41      .19 

61.9     13 

90.5 

39.17  0.4t 

46.9    3.9 

9.66     .13 

51.1     1.7 

39.75    .13 

58.0    9.7 

41.57     .15 

63.0     13 

90.5 

39.43H.«7 

59.0    3.1 

9.96    .98 

53.0    93 

39.86    .19 

56.6    93 

41.71     ai 

63JI    93 

Apr.    9.5 

39<3I-«.3I 

55.0  43.9 

10.09  4-.93 

55.1  49.1 

39.94  439 

58.9-93 

41.60  438 

64.7-93 

19.4 

38.61  •Jgr 

56.0    9.8 

10.0:1  -.01 

57.9    9.1 

39.99     33 

59.1     93 

41.87     39 

65.1     9.4 

29.4 

37.96  IM 

60.7    9.8 

10.00    .96 

S9.3    9.1 

33.01  4.91 

59.0  49.1 

41.91  4.99 

6c4  -93 

Mmj    9.4 

36.80  1.99 

63.1     9.9 

9.93     .98 

61.3     13 

33.01  -.91 

58.9    93 

41.99     39 

65.5    93 

19.4 

35.39  IM 

65.1     1.8 

9.64    .19 

63.9    1.7 

39.99     33 

58.6    93 

41.91  -w99 

65,4  49.1 

99.3 

33.76-1.)! 

66.7  41.3 

9.79  -.19 

64.8  4^13 

39.94 -.99 

58.9  49.4 

41.66-34 

65.3  493 

June  6.3 

31.98  1.0 

67.7     0.7 

9.59    .14 

66.1     1.9 

39.88    .97 

57.7    93 

41.63    39 

65.0    93 

18.3 

30.09  1.91 

66.1  49.9 

9.44     .15 

67.1     93 

39.61     38 

57.9     93 

41.76    .97 

64.7    9.4 

98.3 

98.15  1.94 

68.0-9.4 

9.99     .16 

67.8    93 

39.73     .99 

66.6    93 

41.68    39 

64.9    9J 

JoJj    8.9 

96.99  1.91 

67.4     9.9 

9.13    .18 

66.1  40.1 

39.63    .19 

56.1     93 

41.59    J9 

63.7    93, 

1 

18.9 

94.33-134 

66.9  -1.4 

6.97  -.18 

66.0  -93 

39.54  -.19 

55.5  49.8 

41.49  -.19 

63.2  493 

28.9 

99.53  1.73 

64.5     1.9 

6.69    .15 

67.5    9.7 

39.43     .10 

55.0     93 

41.38    .11 

69.6    U 

Aug.   7.1 

90.66  1.56 

69.3    9.4 

6.67     .14 

66.6     1.9 

39.34     .99 

54.5    03 

41.98    .19 

69.0    93 

17.1 

19.37  1.39 

59.7    9.8 

6.54     .19 

65.4     1.4 

39.95     .08 

54.0    9.4 

41.18     39 

61.4     9J 

97.1 

18.06  1.18 

56.7    3.9 

6.43     .10 

63.6    1.7 

39.17     37 

53.7     93 

41.09    38 

60.8    93 

Sept   6.1 

17.09- .93 

53.4  -3.5 

6.35  -.07 

61.9-9.1 

39.11  -.95 

53.4  493 

41.01  -.98 

1 
60.3  49.4 

16.0 

16.99     .88 

49.6    3.7 

6.:J0  -.03 

59.7    9.4 

39.07  -.99 

53.3    0.9 

40.96  -.03 

60.0     93 

96.0 

15.70     .36 

46.0    3.8 

8.99  4.01 

57.9    9.6 

39.07  4.09 

53.4-9.9 

40.95     39 

59.7  49.1 

Oct.    6.0 

15.49-  .06 

49.1     3.9 

6.39     .06 

54.4     9.8 

39.11     .06 

53.7     0.4 

40.97  4.94 

69.7  -8.1 

16.0 

15.594  .97 

36.9    3.9 

6.40     .11 

51.5    33 

39.16    .19 

54.3    9.7 

41.03     .09 

50.9     93 

95.9 

16.094  .59 

34.3  -3.8 

6.53  4.16 

48.4  -3.1 

39..30  4.14 

55.1  -93 

41.14  4.13 

60.3  -93 

Nov.   4.9 

16.77     .91 

30.5     3.6 

6.71     .91 

45.9    33 

39.47    .19 

56.9     13 

41.99     .18 

61.0    93 

14.9 

17.65  !.» 

97.0     3.3 

6.95     .96 

49.0    3.1 

39.66    .93 

57.5     13 

41.49     39 

69.0    1.1 

94.8 

19.99  1.51 

93.9    3.0 

9.93     .30 

38.9    3.0 

39.93    37 

59.1     1.7 

41.74     38 

63.3     1.4 

Deo.    4.8 

90.86  1.76 

91.1     9.5 

9.55     .34 

35.9    9.0 

33.92    30 

60.9     1.9 

4^09     39 

64.6    1.7 

14.8 

99.73+1.95 

18.8  -9.0 

9.99  4.37 

33.9  -2.6 

33.54  4.33 

69.9  -9.0 

49.34  439 

1 
6^.6-13 

94.8 

94.77  9.09 

17.1     1.4 

10.30     .99 

30.8    9.9 

33.87     .34 

65.0    9.1 

49.67     34 

66.5    9.9 

34.7 

96.9149.16 

16.0  -0.7 

10.70  4.40 

98.8-13 

'34.91  4.34 

67.1  -93 

43.09  4.95 

70.5-9.1 

FIXED  STARS,  1895. 


339 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASmNGTON. 

C  Virginit. 

f  UrMBMajorie. 

f  Bootii. 

ft  Centoitri. 

Solar 
Bate. 

/ 

RIfffai 
A«eeaakNi. 

DteUsfttloB 

Biffht 
AioeBtioD. 

DmUhaMm 
JTofO. 

BlKhft 
AfleentkML 

DeclioUtoB 
NorOL 

Right 

AaOttUMMI. 

DmUbaUoo 

h     m 

13  29 

e       t 

-03 

h     m 

13  43 

+49*'  49* 

13  49 

+ 18  64 

18  56 

-59*  51 

(Dm.  30.8) 

90.33  4^4 

37?7-9.9 

94.34  4.43 

53.9-9.3 

40.03  434 

74^7  -9.4 

99.90^38 

48J  -43 

Jao.   9.8 

90.67    M 

39.8    9.1 

94.78     .44 

51.9     1.8 

41.98    34 

79.4    9.1 

93.49     39 

48.9    13 

19.7 

91.01     .83 

41.9    9.0 

95.93    .44 

50.3    IJI 

41.69    34 

70.5    13 

94.07    38 

50.1     13 

,    89.7 

91.33    .91 

43.8    1.8 

95.67    .48 

49.4  -e  J 

41.96    33 

68.9    1.4 

94.65    36 

51.8    13 

Feb.    M 

91.63    M 

45.4     1.5 

96.08    .46 

49. 1     0.0 

49.98    31 

67.6    1.9 

95.19    39 

53.9    93 

ia7 

91.90 -f.11 

46.8  -1.9 

96.47  4  J6 

49.5  40.0 

49.57  4-.98 

66.9-9.6 

95.69  4.48 

66.3  -93 

98.6 

99.15    .81 

47.9    1.0 

96.81     .81 

50.3    IJI 

49.84     35 

66.5  -9.1 

96.15     .43 

59.0    1.8 

Uar.  10.6 

99.35    .19 

48.7    0.7 

97.10     M 

51.8    1.0 

43.07    31 

66.6  403 

96.56     38 

61.9    93 

90.6 

99.53    .16 

49.9    0.4 

97.34     .91 

53.6    9.0 

43.96    .18 

67.1     9.6 

96.91     38 

64.9    8.9 

30.5 

99.66    .19 

49.5  -e.i 

97.59    .15 

55.8    9.9 

43.49    .14 

67.9    9.9 

97.19    36 

68.0    8.1 

Apr.    9.5 

99.77  4.W 

49.5  40.1 

97.04  4-.99 

58.3  49.5 

43.51  4.19 

68.9  413 

97.49  4.90 

71.1  -9.1 

19.5 

99.84    .06 

49.3    0.3 

97.70  4.04 

60.9    9.6 

43.69    .07 

70.9    1.4 

97.58    .14 

74.1     83 

99.5 

99.88    .03 

49.0    0.4 

97.71  -.01 

63.6    9.6 

43.68    .04 

71.6    13 

97.69    38 

77.0     9.8 

Umj   9.4 

99.90  4-.0t 

48.5    0.5 

97.67     .06 

66.9    9.5 

43.70  431 

73.1     13 

97.74  4.09 

79.7    93 

19.4 

99.89 -J9 

47.9    0.6 

97.60    .10 

68.6    9.3 

43.69  -.08 

74.6    13 

97.73-34 

89.9    9.4 

99.4 

99.87 -.04 

47.3  4«.6 

97.47  -.14 

70.8  49.0 

43.66  -.04 

76.1  41.4 

97.66  -.09 

843  -9.1 

Jane  8.3 

99.89    .Of 

46.6    0.7 

97.39    .17 

79.7    1.7 

43.61     .06 

77.4     13 

97.66    .14 

86.4     1.7 

18.3 

99.76    .07 

46.0    0.7 

97.13    .19 

74.9    1.3 

43.54     .00 

78.6    1.1 

97.38    .19 

88.0    M 

98.3 

99.68    .06 

45.3    0.6 

96.93    .91 

75.4    0.9 

43.45    .10 

79.6    93 

97.17    33 

89.9    13 

Jalj   SJi 

99.59    .00 

44.7    0.6 

96.71     .99 

76.1  40.5 

43.35    .11 

80.5    9.7 

96.03    36 

90.0    93 

18.9 

99.49  -.10 

44.9  493 

96.48  -.93 

76.3  40,0 

43.93  -.19 

81.0  49.4 

96.65-30 

90.3-9.1 

98.9 

99.38    .11 

43.7    0.4 

96.94     .94 

76.1  -0.5 

43.11     .18 

81.3  493 

96.36    30 

90.9  403 

Aug.  7.9 

99.97    .11 

43.3    0.3 

96.00    .93 

75.4    0.0 

49.08    .13 

81.4  -e.i 

96.05    39 

80.7    93 

17.9 

99.17    .10 

43.0    0.9 

95.77    .99 

74.9    1.4 

49.85    .19 

81.9    93 

95.75    39 

88.7    13 

97.1 

99.08    .09 

49.9  49.1 

95.56    .90 

79.7    1.8 

49.73    .11 

80.7    93 

95.47    37 

87.3    13 

Sept  6.1 

99.00  -.07 

49.9  -0.1 

95.38  -.17 

70.7  -9.9 

49.63  -.99 

79.9-93 

95.99-33 

86.5  41.9 

16.1 

91.94    .04 

43.0    0.3 

95.99    .13 

68.3    9.6 

49.54     .97 

78.9    1.9 

96.09    .17 

83.5    9.1 

96.0 

91.91  -.01 

43.4    0.6 

95.11     .09 

65.6    93 

49.49  -.04 

77.5    13 

94.88    .19 

81.3    93 

Oot    6.0 

91.99  •••.09 

44.0    0.7 

95.04  -.04 

69.5    33 

49.47     .00 

75.9     13 

94.81  -.08 

78.9    9.4 

16.0 

91.97    .97 

44.8    0.9 

%.03  4-.09 

59.3    3.4 

49.48  4.04 

74.0    93 

94.89  4.08 

763    93 

96.0 

99.06  -l-.lt 

45.8  -1.9 

95.08  4-.06 

55.8  -33 

49.55  4.09 

71.0-93 

94.99  4.15 

74.9  493 

Not.   A^ 

99.90    .16 

47.1     1.4 

95.19    .15 

59.9    36 

49.60    .14 

69.5    9.4 

95.11     34 

79.1     93 

MJ» 

99.39    .it 

48.7    1.7 

95.37     .91 

48.6    3.6 

49.89     .18 

67.0    9.6 

95.40     39 

70.9    1.7 

94.9 

99.09    .95 

50.4     1.9 

95.61     .97 

45.1     33 

43.03     33 

64.4    9.7 

95.76     .49 

68.7     13 

Dee.    4.8 

99.89    .96 

59.4    9.0 

95.01     .93 

41.7     83 

43.98     37 

61.7    9.7 

96.90     .47 

67.7    93 

14.8 

93.19  ^ai 

54.5 -9.1 

96.97  4.30 

38.5-33 

43.56  430 

59.0  -93 

96.71  439 

67.1  493  ' 

94.8 

93.51     .33 

56.6    9.1 

96.66    .41 

35.7     9.6 

43.HH     .33 

56.4     93 

97.96     36 

67.0-93 

34.8 

93.85  ••-.34 

58.8  -9.9 

97.09  4.43 

33.4  -9.1 

44.99  4.34 

54.0  -93 

97.83  438 

67.5  -9.7 

340 


FIXED  STARS,  1895. 


APPARENT  PLACES  FOR  THE  UPPER  TRANSIT  AT  WAJ3HlHaT(»L 

• 

SolM* 

DaU. 

aDraeoaU. 

aBootia. 
(jfrctorma.) 

^Beolia. 

i 

pBo 

-" 

1 
1 

BJjcki 

Decdlaatioa 

A^ceaakm. 

DMUarttoa 
JTorO. 

Biflit 

T>>nUB«ttiai 
Kmtk, 

Si^ 

1 

14     1 

+64  5l' 

14  10 

+  19  43 

h     m 

14  21 

+52   19 

14  27 

+90  49 

(Dee. 

PLS) 

39.79  ^M 

76.5-9.4 

• 

59.01  4.39 

31.9  -'9.5 

■ 

37.09  4.41 

48J9-t.7 

• 
17.96 

4.9 

4«J9 

-4J 

Jmi. 

9S 

33.37     .M 

74.5     1.6 

59.:i5     M 

99.5    93 

37.59    .44 

46.5    9.9 

18.33 

.36 

37.6 

9J 

19.8 

X3.98    .fl 

73.0     1.1 

59.69     .34 

97.4     1.9 

37.97     .45 

44.6     1.6 

18.69 

.96 

9Sud 

UB 

89.7 

34.59    M 

79.3  -0.4 

53.03     .33 

95.7     1.5 

38.49    .45 

43.3    1.0 

19.04 

.95 

33-9 

1.4 

Feb. 

a7 

35.18    M 

79.9  40.9 

.S3.35     .31 

94.4     IJ 

38.87     .49 

49.7 -«.3 

I9.3» 

.34 

32.8 

aj 

18.7 

35.73  <|-.5B 

79.7  40.6 

53.66  4.99 

93.5  -0.7 

39.99  4.40 

49.7  4C3 

19.73  4J9 

32.^ 

^,j 

«8.7 

36.93    .4i 

73.9     1.4 

53.93     .90 

93.1  -0.9 

39.67    .96 

43.3    0.9 

90.03 

.99 

39.1 

+OJI 

Mar. 

10.6 

36.66    .J9 

75.6     1.9 

54.18     .90 

93.1  40.9 

40.09     .99 

44.5    1.6 

90.30 

.96 

39^ 

a.7 

90.6 

37.09    .31 

77.8    9.4 

54.39     .19 

93.5     0.6 

40.31     .97 

46.9    1.9 

90.54 

33  5 

u 

30.6 

37.98    .» 

80.4    9.7 

54.56    .15 

94.3    0.9 

40.54     .91 

48.3    9.9 

90.74 

.19 

34.8 

1 

Apr. 

9.5 

37.46  4-.  19 

83.9  4«.9 

54.70  4.19 

^.3  41.1 

40.79  4.15 

50.8  49.6 

90.90  +.14 

36.5  +1.9  7 

19.5 

37.55  4-.05 

m,2    3.0 

54.80     M 

96.7     1.4 

40.84    .00 

53.5    9.7 

91.09 

.10 

38.4 

9J 

99.5 

37.55  -.04 

89.9    3.0 

54.87     .06 

98.9    1.5 

40.90  4.09 

56.3    9.6 

91.10 

.07 

40.4 

*-!; 

May 

9.5 

37.47     .18 

99.1     9.6 

54.91  4.08 

99.7    1.9 

40.91  -.09 

59.1     9.6 

91.15  4.06 

42.6 

9J 

19.4 

37.39    .19 

94.8    9.0 

54.93     .00 

31.3    1.5 

40.86     .07 

61.8    9.6 

91.17 

JO 

44.7 

r 

9a 

99.4 

37.09  -.95 

97.3  +9.3 

54.91  -.03 

39.8  41.5 

40.77  -.19 

64.3  49.4 

91.15 

-.09 

46«e+tj 

Jane 

1  8.4 

36.81     .31 

99.4     1.9 

54.87     .05 

34.9    1.4 

40.63     .16 

66.5    9.1 

91.10 

.06 

48.7 

13 

18.4 

36.48    .35 

101.1     1.5 

54.80     .07 

35.5    1.9 

40.46     .19 

68.5     1.7 

91.09 

.09 

50.4 

iji 

98.3 

36.11     .36 

109.4     1.0 

54.79     .00 

36.6    1.0 

40.95     .99 

70.0     1.9 

90.99 

Ol 

51.9 

u 

July 

8.3 

35.71     .41 

103.1  40.5 

54.69    .11 

37.5    0.8 

40.09    .94 

71.1     0.9 

90.80 

49 

53.0 

1 

ia3 

35.99  -.49 

103.3    0.0 

54.50  -.19 

38.1  40.5 

39.77  -.96 

71.7  40.4 

90.66 

-.16 

53^  +0.7 ; 

98.9 

34.87     .43 

103.0  -0.0 

54.37     .13 

38.5  40.3 

39.50     .97 

71.9 -oa 

90.50 

.16 

54.4 +«J 

Aug. 

7.9 

34.44     .49 

109.9    1.1 

54.93     .14 

38.6    0.0 

39.99    .96 

71.6    0.5 

90.^34 

.17 

54.5. 

rOJl 

17.9 

34.09    .40 

100.9     1.5 

54.09     .14 

38.5-0.3 

38.95     .97 

70.8     1.0 

90.17 

.17 

54.9 

0.4 

97.9 

33.63    .36 

99.1     9.0 

53.96     .13 

38.0    0.0 

38.68    .96 

69.6    1.5 

90.01 

.16 

53.6 

OJ 

Sept 

.  6.1 

33.97 -.35 

96.9-9.5 

53.83  -.11 

37.9  -0.9 

38.43  -.94 

67.8  -1.9 

19.85  < 

-.14 

59.6 

-IJ 

16.1 

39.96     .99 

94.9    9.9 

53.73     .00 

36.9    1.9 

38.91     .90 

65.7    9.9 

19.71 

.19 

51.3 

IJ 

96.1 

39.71     .99 

91.9    3.9 

53.65    .06 

34.8    1.5 

38.03     .16 

63.9    9.7 

19.60 

.09 

49.6 

1.9 

Oct. 

6.1 

39.59     .15 

87.8    3.5 

53.60  -.03 

33.9    1.8 

37.89     .11 

60.3    9.0 

19.59 

.06 

47.5 

1 
9J| 

16.0 

39.41  -.07 

84.9    3.7 

53.59  4.01 

31.3    9.0 

37.80  -.05 

57.1     9.9 

19.49  • 

-.01 

45.9 

9.5! 

96.0 

39.39  4-.oa 

80.5  -3.8 

53.63  4.00 

99.1  -9.8 

37.78  4.01 

53.6  -9.5 

19.50  4.04 

1 
49.6  -«.7 ! 

Nov, 

5.0 

39.46    .19 

76.6    3.9 

53.79    .11 

96.7    9.5 

37.89    .07 

50.0     9.7 

19.56 

.09 

39.7 

%3 

14.9 

39.69    .91 

79.8     3.8 

53.86    .16 

94.1     9.0 

37.93    .14 

46.3    9.7 

19.67 

.14 

36.7 

3.0 

94.9 

39.88    .30 

69.0     3.7 

54.04     .91 

91.4     9.7 

38. 1 1     .91 

49.6    9.6 

19.84 

.19 

33.6 

9.1 

Dec. 

4.9 

33.93    .30 

65.4    3.4 

54.97     .95 

18.6     9.8 

38.35     .98 

39.0    9.6 

90.06 

.94 

30.5 

9a 

14.9 

33.66  +.47 

69.1  -3.1 

54.54  4.98 

15.9  -9.7 

38.66  4.33 

35.6  -9.9 

90.39  4.96 

97.4-9.0 

94.8 

34.17     .59 

59.9    9.7 

54.84     .31 

13.9     9.6 

39.09     .38 

39.5    9.9 

90.63 

.99 

94.5 

M 

34.8 

34.79  +.50 

56.9  -9.1 

55.17  4.33 

10.6  -9.4 

39.43  4.49 

99.8  -9.6 

90.96 

4.34 

91.9-^.4 

FIXED  STARS,  1895. 


841 


APPAEERT  PLACES  FOR  THE  UPPER  TRANSIT  AT  WASmNQTOir. 


Soter 
DM*. 

5  UrMB  MiDorie. 

a*  CenUuri  (main.) 

c  Bootio. 

a*  Libne. 

DeeltaMtloB 

Blfflit 

DmIImiUob 

RlfH 

DeellBMioB 
Nvrlk. 

Blfffct 
Aaeaaoioa. 

I>M]iii*tka 

h     m 

14  27 

o        t 

+76    9 

li     m 

14  32 

-CO  23. 

h     m 
14  40 

+27  80 

h     m 

14  45 

-15  36 

(D«e.  30.8) 

■ 

44.06  ^M 

0* 

99.8-9.4 

96.07  4.99 

57^6    9.9 

■ 
93.67  4.99 

4M  -f  J 

3.35  4.33 

99^9 -1.9 

Jan.    9.8 

44.95    .W 

90.1     1.9 

9(1.64     .99 

57.9  -9.9 

940)0     .94 

49.9    9^ 

3.68     .94 

93.8    1.9 

19.8 

45.90     .97 

18.5    1.9 

97.93    .69 

58.6    1.9 

94.35     M 

40.8    1.9 

4J03    .99 

95.5    1.7 

«9.7 

46.88    .90 

17.7  -9.9 

97.81     .99 

59.8    1.4 

94.70     .99 

39.0     1.9 

4.38    .94 

97.9    1.7 

Feb.    M 

47.86    .M 

17.5  49.1 

98.38    .95 

61.4     IJ 

950)4     .94 

37.7    1.9 

4.71     .93 

98.8    IJ 

18.7 

48.81  4.91 

17.9  49.9 

98.99  4.99 

63.8  -i.1 

95.37  4.99 

37.0-9.9 

5.03  4.91 

90.4  -14 

98.7 

49.68    M 

19.0     1.4 

99.49    .49 

65.6    9.4 

95.68     J9 

36.7    9.9 

5.33     .99 

31.8    IJ 

Mmt.  tO.6 

50.45    .71 

90.8     1.9 

99.88    .49 

68.1     9.9 

95.95     .99 

37.0  49.9 

5.61     .91 

33.1     IS 

90.6 

51.10     M 

99.9    9.4 

30.99    .99 

70.7     9.7 

96.19     .93 

37.7    9.9 

5.85     .SI 

34.9    1.9 

30.6 

51.60    .49 

95.5     9.9 

30.64    M 

73.5    9.9 

96.40    .19 

38.9    1.9 

6.07     J9 

35J[    OJ 

Apr.    9.6 

51.95  4.97 

98.5  49.9 

30.93  4  Je 

76.4  -9J 

96.58  4.15 

40.4  41J 

6.96  4.17 

96.0  -9.7 

19.5 

59.14  4.11 

31.5    9.1 

31.16    .99 

79.9    9.9 

96.71     .19 

49.1     IJ 

6.41     .14 

96.6    0.9 

99^ 

59.17 -.96 

34.6    9.1 

31.33    .14 

89.1     9.7 

96.81     .99 

44.1     t^ 

6.54     .11 

37.9    0.4 

Umj    9.5 

59.04     .99 

37.7    9.9 

31.44     .99 

84.8    9.9 

96.88    .99 

46.1     9.1 

6.64     .99 

37.3    0.9 

19.4 

51.76    .91 

40.6    9.9 

31.49  4.99 

87.4    9^ 

96.91  4.99 

48.9    9.9 

6.71     .99 

87.4  -«.l 

99.4 

51.35  -.47 

43.3  49.9 

31.48 -.94 

89.7-9.9 

96.91  -.91 

50.9  41 J 

6.75  4.09 

37.5    0.0 

June  a4 

60.89    .99 

45.5    9.1 

31.41     .19 

91.9    9^ 

96.88     .94 

59.1     1.9 

6.77    .99 

37.4  49.1 

I&4 

50.18     .99 

47,4     1.7 

31.98    .15 

93.7    1.7 

96.89     .97 

53.8    1.9 

6.75  -.93 

374    9JI 

98.3 

49.46    .79 

48.9     1.9 

31.10    .99 

96.9    1.9 

96.73     .19 

55.3    1.9 

6.71     M 

37.1     9JI 

Jnly    8.3 

48.67    .91 

49.8    9.7 

30.87    .99 

96.3    9J 

96.69    .19 

56.5    1.1 

6.65    .99 

86.9    %a 

18.3 

47.83  -.95 

60.9  49.1 

90.60  -.99 

97.0-9.9 

96.49  -.14 

57.4  49J 

6.56  -.19 

36.6  49.4 

98.3 

46.97    .97 

50.1  -9.4 

30.30     .99 

97.3  -9.1 

96.35    .19 

58.0    9.4 

6.45    .19 

96.1     9.4 

Aog.   7.9 

46.10    .99 

49.4     9.9 

99.98    .99 

97.1  49.4 

96.19     .19 

58.3  49.1 

6.39    .13 

85.7    9J 

17.9 

45.94    .94 

48.9     1.4 

99.65    .99 

96.5    9J 

96.03     .19 

58.9-9.9 

6.19    .13 

35.9    9.9 

97.9 

44.41     .99 

46.5     1.9 

99.39    .91 

96.5    1.9 

95.86     .19 

57.8    9.9 

6.06    .13 

34.7     9.9 

Sept.  6.1 

43.64  -.74 

44.3  -9.4 

99.09  -.99 

94.0  41J 

95.71  -^.19 

57.0  -1.9 

5.93 -.19 

34.9  49.9 

16.1 

49.94     M 

41.7     9.9 

98.75    .94 

99.3     1.9 

95.57     .19 

55.8    1.9 

5.81     .10 

83.7    9.4 

96.1 

49.33    .99 

38.8    9.1 

98.54     .19 

00.9    9.1 

95.45    .10 

54.3    1.9 

5,79    .97 

83.3    9.3 

Oot.    6.1 

41.83    .43 

35.5    9.4 

98.40    .10 

88.0    9.9 

95.37     .99 

59.5    9.0 

5.66 -.04 

33.0    9J 

16.0 

41.46    .99 

31.9    9.7 

98.33  -.99 

85.6    9.4 

95.39 -.99 

50.4    9.3 

5,64     .90 

39.9  49.1 

96.0 

41.94  -.15 

98.1  -9.9 

98.35  4.97 

83.3  49.9 

95.39  4.M 

48.0-9.9 

5.67  4.95 

39.9-9.1 

Not.  5.0 

41.16  4.91 

94.9    9.9 

96.47     .19 

81.0    9.9 

95.37     .99 

4U     9.7 

5.74     .to 

33.1     9J 

15.0 

41.95    .17 

90.3    9.9 

98.68     .95 

78.9    9.0 

95.47     .13 

49.5    9.9 

5.87    .15 

33.5    9J 

94.9 

41.51     M 

16.5    9.7 

98.98    .94 

77.1     1.9 

95.69     .19 

39.5    3.9 

6.04     .90 

34.9    0.0 

Dee.   4^ 

41.93    .49 

19.8    9.9 

99.36    .49 

75.7     1.9 

95.83    .93 

36.5    9.9 

6.97    M 

35.1     1.1 

14.9 

49.50  4  J9 

9.5-9.9 

99.89  4.49 

74.7  49.0 

96.08  4  J7 

33.5  -9J 

6.53  4  J9 

36.9-1  J 

94.8 

43.90     .79 

6.5    9.0 

30.33     .M 

74.1  49.3 

96.37    J9 

3U.6    9.9 

6.83    .91 

1    37.6    1.4 

34.8 

44.03  4.99 

4.0  -9.9 

30.89  4.57 

74.0  -9.1 

96.68  4.33 

97.9-9.5 

7.16  4.94 

'    39.1  -m; 

342 


FIXED  STARS,  1895. 


APFAEENT  PLACES  FOR  THE  UPPER  TRANSIT  AT  WASHINGTON. 

^UrMiMinorii. 

fi  Bootifl. 

fi  Libra. 

y  Be 

MICU. 

Eight 

AMMMiOB. 

DmUmUob 
North. 

Aaeeaaion. 

D<cltMHon 
Mora. 

Aififiirion. 

DeoHiftion 
SomtlL 

Aioe—lim. 

DeolbiatkB 

h     m 

14  50 

+74  84 

k     m 

14  57 

+40^  47 

Yk     m 

15  11 

o        t 

—  8  59 

15  20 

1 

+37*  44  : 

1 

(Dae.  30^) 

■ 
59.37  -I-.?! 

4M  -«.7 

i 
58.86  4.34 

58'4  -9 J 

90.55  4.30 

49^9  -1.0 

30.68  4.30 

96!3-3J 

Jan.    9S 

60.13    M 

39.0    t.1 

50.99    JO 

55.7    93 

90.86    .39 

50.9    1.7 

31.00     .34 

93.5    \Jk 

19.8 

60.96    .» 

37.1     1.5 

50.59    .30 

53.4     9.0 

91.19     .33 

59.6    1.7 

31.35     .30 

91.1      SLl 

89.8 

61.84    M 

35.9    0.9 

59.97    .36 

51.7     1.5 

91.53    .34 

54.9    1.0 

31.79     .37 

19.9     L7 

Veh.    8.7 

69.73    M 

35.3-0.9 

60.35    .37 

50.5    0.9 

91.86    .33 

55.8    1.5 

39.08    .30 

16^-0  5 

ia7 

63.60  •f.tt 

35.5  40.5 

60.79  4.30 

49.9  -0.3 

99.18  4.31 

57.9  -I  J 

.19.44  4.3S 

88.7 

64.49    .78 

36.3    1.1 

61.07    .33 

49.9  40.3 

99.48    .90 

58.4    1.1 

39.79     .33 

IG.7  40.i 

lUr.  10.7 

65.17    .70 

37.7    1.7 

61.39    .30 

50.5     0.8 

99.77    .97 

59.4    0.9 

33.11     .31 

17.0    OJ 

90.6 

65.89    M 

39.7    S.9 

61.67    M 

51.6     1.3 

93.09    .95 

60.1     0.7 

33.40     .99 

17.9    1.1 

30.6 

66.34     M 

49.1     1.0 

61J)1     .91 

53.9    1.7 

93.96    .91 

60.7    0.4 

33.66    .94 

19.3    IJ 

Apr.    9.6 

66.74  -¥.» 

44.9  49.0 

69.19  4.18 

55.1  49.1 

93.46  4.10 

61.0  -e.9 

33.88  4.90 

91.1  49J 

19.5 

66.99    .18 

47.9    3.1 

69.98    .14 

57.4     9.4 

93.64     .10 

61.1     0.0 

34.06     .10 

93.9    tJ 

99.5 

67.10  -{-.M 

51.0     3.1 

69.39    .00 

59.9    9.5 

93.79    .13 

61.1  40.1 

34.90     .19 

95.6    9^ 

lUy    9.5 

67.07  -.1© 

54.1     3.1 

69.46    .05 

69.5    9.0 

93.91     .10 

60.9    0.9 

34.30    .06 

98.1    ii 

19.5 

66.90    M 

57.9    9.0 

69.49  4.01 

65.1     9.0 

94.00    .06 

60.6    0.3 

34.36  4.04 

30.7    tA 

99.4 

66.60 -J8 

60.0  49.7 

69.48  -.03 

67.6  49.4 

94.06  4.05 

60.9  40.4 

34.38    .60 

33.3  49.5 

Jane  8.4 

66.19    .40 

69.5    0.4 

69.43    .07 

70.0    9.9 

94.09  4.09 

59.8    0.4 

34.37 -.04 

35.7    &3 

16.4 

65.67    .60 

64.7    t.0 

69.35    .10 

79.1     9.0 

94.10  -.01 

59.3    0.5 

34.31     .07 

38.0    11 

98.4 

65.07    .04 

66.4    1.5 

69.93    .13 

74.0     1.7 

94.07    .04 

58.9    0.5 

34.99    .11 

39.9    U 

Jalj    8.3 

64.39    .70 

67.7    1.0 

69.08    .10 

75.5     1.3 

94.09    .00 

58.4    0.5 

34.10     .14 

41.6    U 

18.3 

63.66  -.75 

68.5  40.5 

61.91  -.18 

76.6  40.9 

93.94.  -.00 

57.9  40.5 

33.95  -.17 

49.9  4I.I 

98.3 

69.89    .76 

68.7    0.0 

61.79    .90 

77.3    0.5 

93.85    .11 

57.5    0.5 

33.77     .10 

43.9   e.7 

Aug.   7.3 

69.09    .79 

68.4  -0.5 

61.51     .91 

77.6  40.1 

93.73    .19 

57.0    0.4 

33.58    .90 

44.4  40.3 

17.9 

61.30    .79 

67.6    1.1 

61.99    .99 

77.4  -0.4 

93.60    .13 

56.6    0.4 

33.37     .91 

44.6  -«.i 

97.9 

60.59    .70 

66.9    1.0 

61.07     .91 

76.8    0.8 

93.46    .14 

56.3    0.3 

33.15    .91 

44.3    V> 

Sept  6.9 

59.78  -.71 

64.4  -f.l 

60.86  -.90 

75.8  -IJI 

93.39  -.13 

56.0  40.9 

39.94  -.90 

43.6  -IJ 

16.1 

59.09     .00 

69.1     9.5 

60.67    .18 

.74.4     1.0 

93.19    .19 

55.8  40.1 

39.74     .10 

49.4    J.I 

96.1 

58.48    .07 

59.4    9.0 

60.49    .15 

79.5    9.0 

93.09    .00 

55.6    0.0 

39.56    .17 

40.8    1.8 

Oct    6.1 

57.96    .47 

56.3    3.9 

60.36    .19 

70.3    9.4 

93.01     .00 

55.7  -41.1 

39.4 1     J3 

38.9    U 

16.1 

57.54     .35 

59.9    3.5 

60.96    .07 

67.7    9.7 

99.96  -.09 

55.8    0.3 

39.99    .00 

36^    V^ 

96.0 

57.95  -.» 

49.3  -3.7 

60.91  -.09 

64.8  -3.0 

99.96  4.09 

56.9-0.5 

39.93  -.04 

33.9 -16 

Nov.   5.0 

57.10 -.06 

45.5    3.8 

60.99  4.04 

61.6    3.9 

93.00    .07 

56.8    0.7 

39.91  4.01 

31.0    11 

15.0 

57.10  4.07 

41.6     3.9 

60.99    .10 

58.3     3.4 

93.10     .19 

57.5    0.9 

39.95     .07 

97.8    W] 

94.9 

57.95     .09 

37.7     3.8 

60.49    .10 

54.9     3.4 

93.94     .17 

58.5    1.1 

39.35    .13 

94.5    13 

Dec.    4.9 

57.55    .37 

34.0     3.6 

60.61     .99 

51.4     3.4 

93.43     .91 

59.7    1.3 

39.51     .19 

91.9    13 

14.9 

58.00  4.01 

30.5  -3.3 

60.85  4.97 

48.1  -3.3 

93.67  4.95 

61.1  -1.5 

39.73  4JM 

17.8-11 

94.9 

58.58    .04 

97.3     9.0 

61.14     .31 

44.9    3.1 

93.94     .96 

69.5     1.0 

39.99     .98 

14.6   11 

34.8 

59.97  4.75 

94.6  -9.5 

61.47  4.35 

42.0  -9.7 

94.95  4.31 

64.3  -1.7 

33.99  4.39 

11.6-11! 

FIXED  STARS,  1895. 


343 


AFPABENT  PL10B8  FOR  THE  UPPER  TRANSIT  AT  WABmNGTOK. 


[1>oo.  30.9; 

Jan.  9.8 
19.8 
f9.6 

Feb.    8.8 


Mat. 


18.7 

65.57  -l-.Te 

98.7 

56.39    .79 

10.7 

57.01     .68 

90.7 

57.64     .66 

90.6 

58.18    .48 

Apr.  9.6 
19.6 
99.5 

Umy  9.5 
19.5 

99.5 
Jane  8.4 
18.4 
98.4 
July    8.4 

las 

98.3 
Aug.  7.3 
17.9 
97.9 

Sept  6.9 
16.9 
96.1 

Oot.  6.1 
16.1 

96.1 

Not.  6.0 

15.0 

96.0 

Deo.   4.9 

14.9 
94.9 
34.9 


)r«  Una  Minoris. 


Sii^i 


h     in 

15  20 


51.97  •I'.M 
59.58  .65 
53.97  .76 
54.09  .76 
54.79    .77 


58.61  -t-.!? 
58.99  .95 
59.19  .16 
59.19 -f.61 
59.14  -.11 

58.98 -.» 
58.70  .61 
58.33  .« 
57.87  .56 
57.33    .57 

56.73  —.61 
56.08    .67 

56.39  .66 
54.69  .76 
S3M    .66 

63.30 -.67 
59.66  .61 
59.05  .56 
61.59  .48 
61.08    .66 

60.74  -.66 
60.59  .16 
50.43  -.68 
50.47  4-.!  I 
50.66    JH 

60.96  4  J7 

61.40  .46 
51.94  4.66 


+72  11 

65.3  -9.6 

69.6  9.5 
00.3    1.9 

58.7  J.3 

57.7  -6.6 

57.4  46.1 

57.8  6.7 

58.8  1.8 

60.5  1.6 

69.6  9.4 

65.9  49.7 
68.1  3.6 
71.9  3.1 
74.3  3.9 
77.5     8.1 

80.5  49.9 

83.3  9.6 

85.8  9.3 

87.9  1.9 

89.6  1.4 

90.8  41.6 
91.5  46.5 

91.7  -6.1 

91.4  6.6 

90.5  IJ 

89.9  -1.6 
87.3    9.1 

85.0  9.5 
89.3  9.9 
79.9    3.3 

76.8  -3.5 

79.1  3.7 
68.3    3.6 

64.5  3.6 
60.7    3.7 

57.0  -3.5 

53.6  8.9 
50.6 


a  Corona  Borealb. 


Blfht 
AmmmIob. 


h     m 

15  80 


3.76  4.96 
4.06     .31 

4.39  .38 
4.79  .31 
6.06    .31 

6.40  4.33 

6.79  .31 

6.09  .96 
6.30  .96 
6.55     .93 

6.77  4.» 

6.95  .17 

7.10  .13 
7.99  .16 
7.30  .66 

7.36  4.68 
7.36  .66 
7.34  -.04 
7.99  .67 
7.91     .16 

7.09  -.13 

6.96  .15 

6.80  .16 
6.63  .17 
6.45    .18 

6.97  -.17 

6.10  .16 
5.94  .14 

5.81  .11 
6.71  .67 

5.66  -.68 
5.65  4.69 
5.70  .67 
5.80  .19 
5.96    .17 

6.15  4.99 
6.39    .98 

6.67  4.9D 


DeollMtioa 


+27    8 

49.9 -9J 
47.3  9.5 
44.9  9.9 
49.9  1.6 
41.3    1.3 

40.3  -6.6 

39.8  -6.3 

39.7  46JI 

40.9  6.7 
41.9     1.9 

49.6  41.5 

44.3  1.6 
46.9    9.6 

48.4  9.1 
50.6    9.9 

59.8  49.9 

54.9  9.1 
57.0  1.9 
58.8  1.7 
60.3  M 

61.6  41.1 
69.6  6.6 
63.3  6.5 
63.6  46.1 
63.6 


63.1 
69.3 
61.9 
50.7 
57.8 

56.7 
53.9 
50.5 
47.6 
44.6 


a  SerpoDtle. 


1.6 
1.3 
1.7 
9.6 


9.6 
9.6 

9.9 
3.6 


41.6-3.6 

38.7  9.9 

36.8  -9.7 


mght 


h     m 

15  89 


4.90  4.98 
5.19     .36 

5.50  Jl 
5.89  .36 
6.14     .36 

6.46  4.31 

6.76  .36 
7.05  .98 
7.39  M 
7.67     .93 

7.78  4.91 
7.98  .18 
&I4     .15 

8.98  .19 
8.39    .66 

8.46  4.66 

8.51  -4.63 
8.59  .66 
8.51  -.63 

8.46  .66 

8.39  -.66 

8.99  .11 
8.17  .13 
8.03  .14 
7.80    .15 

7.74  -.15 
7.59     .14 

7.47  .19 
7.36  M 
7.98    .66 

7.95 -J9 
7.96  4.09 
7.31  .66 
7.41  .13 
7.57    .16 

7.77  4  J6 
8.01  .98 
8.98  4.97 


fSerpeotift. 


OeellBAtkNi 
North. 


+  6  44 

7L0  -9.1 
68.9  9.6 
66.9  1.9 
65.1     1.7 

63.5  1.4 

69.3  -1.1 

61.4  6.7 
60.9  -6.4 

60.7  6.6 
60.9  46.3 

61.4  46J 
69.1  6.9 
63.1     1.1 

64.3  1.9 

66.6  1.3 

66.8  41.3 

68.9  1.3 

69.4  IJI 

70.6  1.1 

71.7  1.6 

79.6  46J 
73.4  6.7 
74.1     6.5 

74.6  6.3 

74.7  46.1 

74.7  -6.1 
74.6  6.3 
74.1     6.6 

73.4  6.6 

79.5  1.6 

71.4  -1.3 
70.0    1.5 

68.5  1.7 
66.5  1.6 
64.5    9.1 


69.4 

60.9 
68.0 


9.9 

-9.1 


Blfbt 


15  45 


34.03  4J7 
34.31  .30 
34.69  .31 
v4.v4  .36 
36.96    M 

36.68  4.31 
36.88  .36 
36.17  M 
36.44     JM 

36.69  .94 

36.99  4  J] 
37.19  .16 
37.99    .16 

37.43  .13 

37.55  .16 

37.63  4.67 
37.68  .64 
37.71  4.61 

37.70  -.66 

37.66  .66 

37.50  -.66 
37.50  .11 
37.38    .13 

37.94  .14 
37.10    .16 

36.95  -.16 
36.80     .14 

36.67  .19 

36.56  .66 

36.48  .66 

36.44  -.60 
36.44  4J9 

36.49  M 
36.60  .19 
36.74     .17 

36.94  4.91 

37.17  jm 
37.44  4  J6 


DtdlMOiMI 

IfortiL 


+  4  47 

98.9-9.1 
96.1  9.6 
94.9  1.6 
99.4     1.7 

90J>    M 

19.6  -1.1 

18.7  6.7 
18.9  6.4 
17.9  -6.1 
18.0  46.9 

ia5  46.5 
19.0     6.6 

90.0  1.6 

91.1  1.1 

99.3  IJI 

934^41.9 
94.7  t.9 
96.9  1.9 
97.1  1.1 
98.1     1.6 

99.0  46  J 

99.6  6.7 

30.4  6.5 
aO.8    6.3 

31.1  46.9 

31.9  6.6 
31.1  -6.9 

30.7  64 
30.1  6.7 
99.3    64 

98.3-14 
97,0    M 

95.5  1.6 

93.8  14 
99.0     14 


90.0 
174 
16.8 


9.1 
-6.1 


SM 


ft  1  :<  I 


rat  tM 


nj 


J 


i 


I 


A^  7  J 

I7J 
t7Jf 

I 

9$  A 

CM.    CI 

ICf 

9$J 

thjb 
Dae.    M 

lO 

f4.9 
S4^ 


IS  i7    ^'K    C 


91.1     tA 


wtrr 


aj»  u 


«UB7^^ 


41.7  %M 

4U»  U 

47^  as 

M.t  JLS 


K.fii*iB.     S0  44UI 
S6ul4    >•      S7JS    SJ 

«.!#    M      UA     IJ 


\    m 

ISS 


SCO 


•site  4^. 


J 

A 


MM    U 


MLja-fj 


Sl^  Mi  a(.7  •;! 

4tJ«  t4i..  •7;t-#j 

I 

4«;S0  IM  64J  Ijf 

44.79    Ji  «t.l  t^ 

4%Jfl    MT  69j6  rc 

43^    .n  US  tJt 


iXSA    M  60.1 

41^7    M^  46^ 

41.44*^  49.7 

4I.5U.I7'  30.0 


1.7 
1.7 


n.it 
nj» 

17.31  -JK 
I7J»     A 

r7Jti    ^ 
n.ii  -ji 

IC98    J4 


1 


44Ji  U 

4C.7  U 

4SJ  1.1 

ai.4  IJ 

61.9  44.1 

5S.1  1.1 

&I.0  t.7 


ISM 


I 


ftSB-fj 


jm    9iL«   «« 


lt.lS    Ji      37^    •lA 


1 

U-U 

113     U 

11^    l: 

rts   Ls 

aj»   iji 

t4S-iJ 

W^    u 

RJi    U 

•L7 


liL4l 


ICG     .n|     6iA  44L1 
1C46     .If!     S4.«    •M 


16.28  -.If 
IC09  .11 
I6.9S  .M 
16.77  Jl 
15.05     .H 

15.57 -Jl 
15.61 -.11 
l5.50  4-.il 
15.03  .11 
15.70 


.IS 


41.7^  JT 
49.94  J4 

49>»94'  .71 


36.3  -4.4 
31.9  1.1 

«.7 


15.93 
10.15 
10.49 


JH 


64.4 

63.7  Ui 

61.4  1.1 

49.7  LI 


47.7 

46.3  1.9 

49.7  1.7 

39JK  1.1 

36.9  1.1 

33.9  -1.0 

30.9  1.1 
98.1 


I6L64 
ltJ6l 


lt.46-jir 
1637  M 
16.96  JO 
16.11     M 


aSj6    iLl 


6.65    JS 
6.61     JO 


i 


9.31    jm 


36.9    1.3 
973    US 

97.6  46.4 
97.1    13 

96.1     13 


iJ 


.78    JO 


u 

4iJ 


4C1 
4     U 


99.61    ai 


6.97  -Jl 

9.98  'l^.n  i    94.9    Ui 
9.34    M      94.9  46.1 


9.45 
9.09 

9.63 
10.09 
10.39 


•Ml 


Jl 


I 


U 


94.6 
96.1 


35.5 
30.1     1.7 
30.9  -1.1 


9134 
9139 
91.74 


JO 


91.09  -.« 


91.69  ^,m ; 
91.75  jm\ 
9136  .13- 
99.01     .18  i 

I 
I 

99.99  ^m\ 
99.47    37 
99.70 


I9L9  U 
UI3    u 

193  48.4 

183  8.4 
183  8.4 
18.9     8.4 

173    8J 

173  4831 
17.4  48.1 
173 -8J] 
17.7    8J 
t&O    8.4 


18.0 
19.4    83 
90.3 -IJ 


FIXED  STAK8,  1895. 


345 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINGTON. 

Groombridge  9390. 

6  Opbiachl. 

r  Hereolia. 

f  DraeoDis. 

Mmoi 

^-< — 

Dat«. 

BIglit 

D^eUoAtion 
JTorth. 

BIflit 
▲tceiwioii. 

Deeliuition 

Bight 
Ascension. 

Deolinalloti 
North, 

BIfflii 
A«o«nslon. 

DMllnailon 
Nora, 

h     m 

16    5 

O           ' 

+68    4 

fa     m 

16    8 

-  3  26 

h     ID 

16  16 

+46  83 

fa     m 

16  22 

+61  44 

(Dec  30.9) 

■ 

59.69  4-.98 

6M  -3.3 

■ 

49.56  4.96 

34''9  -1.7 

s 
33.80  4.97 

30.4  -3.3 

39.36  4.30 

47.9  -3.5 

J»n.    9.9 

60.19     .48 

49.5    9.9 

49.84     .99 

35.9     1.7 

34.09    .91 

97.9    3.0 

39.70    Jn 

44.6    3.1 

19.8 

60.64     .56 

46.8    9.5 

50.14     .31 

37.6     1.6 

34.49     .36 

94.4    9.6 

33.11     .43 

41.7    9.6 

99.8 

61.91     M 

44.6    1.9 

50.45     .39 

39.1     1.5 

34.78     .37 

99.0    9.1 

33.57    .48 

39.3    9.1 

Feb.    8.8 

61.83    .63 

43.0    1.3 

50.77     .38 

40.5    1.3 

35.16     .39 

90.9    1.5 

34.07    .51 

37.5    1.5 

18.8 

69.<8  4.64 

49.1  ^.6 

51.09  4.38 

41.7  -1.1 

35.56  4U» 

19.0  -0.9 

34.59  4.59 

36.3  -0.8 

98.7 

63.19    .61 

41.9  40.1 

51.40     .31 

49.7    0.8 

35.95    .38 

18.4  -0.3 

35.11     M 

35.8  -«.9 

Mar.  10.7 

63.74     .66 

49.3    0.8 

51.70     .99 

43.4     0.5 

36.39     .37 

18.4  40.4 

35.63    .50 

35.9  40.5 

90.7 

64.31     .65 

43.4     1.4 

51.99     .97 

43.8  -6.3 

36.68    .34 

19.1     1.0 

36.11     .47 

36.8     1.1 

80.7 

64.84     .« 

45.1     1.9 

59.95     .96 

44.0    0.0 

37.01     ^1 

90.3     1.5 

36.56    .48 

38.9    1.7 

Apr.    0.6 

65.99  +.48 

47.3  49.4 

69.50  4.93 

43.9  40.9 

37.31  4.98 

99.1  49.0 

36.96  4.37 

40.9  49.9 

19.6 

65.66    .83 

49.9    9.8 

59.79    .91 

43.5    0.4 

37.57     .94 

94.3     9.4 

37.99     .30 

49.7     9.6 

99.6 

65.94     M 

59.8    3.0 

59.91     .16 

43.0     0.6 

37.78     .19 

96.9    9.7 

37.56     .94 

45.5    9.0 

Mny    9.5 

66.19    .14 

56.0    3.9 

53.08     .16 

49.4     0.7 

37.95     .14 

99.7    9.9 

37.77     .16 

48.5    8.1 

19.5 

66.91  4.04 

G9.9    3.9 

53.93     .18 

41.C    0.8 

38.07     .10 

39.6    3.0 

37.89     .69 

51.7     3.9 

99.5 

66.90  -.06 

69.4  43.1 

53.34  4.10 

40.8  40.9 

38.14  4.05 

35.6  -13.0 

37.94  4.01 

55.0  43.9 

inne  8.5 

66.10    .15 

65.5    3.0 

63.49    .06 

39.9    0.9 

38.16    .00 

38.6    9.9 

37.99  -.06 

58.1     3.1 

18.4 

65.00     M 

68.4    9.8 

53.47  4.03 

39.0     0.8 

38  14  -.05 

41.4     9.7 

37.89    .13 

61.1     9.9 

98.4 

65.69    .38 

71.0    9.5 

53.48    .00 

38.9    OJ 

38.06    .10 

43.9     9.4 

37.65    .90 

63.9    9.6 

Jaly   8.4 

65.96    .36 

73.3    9.1 

53.46  -.03 

37.4     0.7 

37.94     .14 

46.9    9.1 

37.49     .96 

66.4     9.3 

18.4 

64.83  -.46 

75.9  41.6 

53.41  -.06 

36.7  40.7 

37.78  -.18 

48.9  41.8 

.37.13 -J9 

68.5  41.9 

98.3 

64.35    .51 

76.6    11 

53.33    .09 

36. 1     0.6 

37.58    .91 

49.8     1.4 

36.78     .37 

70.1     1.4 

Ang.  7.3 

63.89    .55 

77.5    0.6 

53.93    .19 

35.5    0.5 

37.35     .94 

50.9    0.9 

36.40    .40 

71.3     1.0 

17.3 

63.95    .57 

77.9  40.1 

53.10     .14 

35.1     0.4 

:i7.09     .97 

51.6  40.5 

35.97     .43 

79.0  40.5 

97.9 

69.67    .66 

77.8  -0.4 

59.96    .15 

34.8    0.3 

36.89     .98 

51.9    0.6 

35.53    .45 

79.9  -0.1 

Sept.  6.9 

69.08  -.59 

77.1  -0.9 

59.80  -.15 

34.6  40.1 

36.53 -.98 

51.6  -0.5 

35.08  -.45 

71.9-0.6 

16.9 

61.50     .57 

76.0    1.4 

59.66    .14 

34.5    0.0 

36.95    S7 

50.9     1.0 

34.69    .44 

71.0     1.1 

96.9 

60.95     .53 

74.3    1.9 

59.59    .13 

31.6  -0.1 

35.98     .96 

49.7     1.4 

34.19    .49 

69.7     1.6 

Oct    6.1 

60.44     .48 

79.9    9.4 

59.40    .11 

34.8    0.3 

35.74     .93 

48.0     1.0 

33.79    .38 

67.9    9.1 

10.1 

59.99    .41 

69.6     9.8 

59.30    .07 

35.9    0.5 

35.53     .19 

45.9    9.3 

33.43    .33 

65.6  9.5. 
69.8  -9^  < 

96.1 

50.69  -.33 

06.7  -3.1 

59.94  -.03 

35.8  -0.7 

35.36  -.14 

43.4  -9.7 

33.13  -.97 

Nov.  5.1 

69.34     .93 

63.4     3.4 

59.93  4.01 

36.5    0.9 

35.95    .06 

40.5    3.0 

39.90     .19 

59.8    3.9 

15.0 

59.16    .18 

59.8    3.6 

59.97     .06 

37.5    1.1 

35.19 -.09 

37.4     3.3 

39.75    .11 

56.4     3.5 

95.0 

59.09  -.01 

56.1     3.7 

59.35     .11 

38.7     1.9 

35.90  4.04 

34.0     3.5 

.19.69  -.09 

59.8     3.7 

Dm.  5.0 

59.14  4.10 

59.3    3.8 

59.49    .16 

40.0    1.4 

35.98    .11 

30.5    3.5 

39.71  4.07 

49.0    3.7 

14.0 

59.30  4.91 

48.5  -3.7 

r»9.67  4.90 

41.6-1.5 

35.49  4.17 

97.0  -3-5 

39.83  4.16 

45.3  -3.7 

S4.9 

59.67     .39 

44.9     3.5 

59.81)    .94 

'     43.1     1.6 

35.69     .93 

93.5    3.4 

33.05     M 

41.6     36 

34.9 

59.94  4.49 

41.6  -3.9 

53.15  4.97 

44.7  -1.7 

35  88  4.98 

90.1  -3.9 

33.34  4J3 

38.9  <r3.4 

9^^^^ 


» 1 :« I 


I 


»#w.      ?iA 


l^A 


»,7 


»^ 

«^ 
fJM 
17-1 


b     m 


K\/ifi     .1$ 

^J7    jm 


eo.rr   m 


.17 


CI    CA 
7Jt    C 

7J>-4lT 

92    «JI 


jBanmiiflL 


(1^ 

IIj3    CJ 
12^    •^ 


lis  4«J 

9.4  44.5 
8.9    #.4 

8,2  -4.1 
8.4    tJ 

8.8 


4 

K 


S    -I-2I  « 


4r.sr   jr 

4(j9S    j» 


9iJl     iLJ 


4lL7<>'^. 
4X11     . 


CLTI 


I 
44.91  <^.Ji 

44JK     .» 

44J39    ^. 

I 

43i.f7  jB| 
4S.2I  -f  J»| 
4ac2l  -Jtt' 
.17      - 


4911     &J 

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AS    &« 

CM      E.4 
■•iL7     O 


J 


92.9  -H^ 

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I 
I 
4a.I0-J»| 

45.W  .W ' 

4I.«7  J4 

44.71  .14. 

4434  JT  j 

I 

44^  -.!• 
44.17     .18 
44.00     .IT 
43-84     .U  ^ 
43.71     .11' 


ST.2  «l4 

3t>.2  lj» 

«l.'>  l.T 

C33  IJt 

M.9  4l» 

6S.7  •j4 


-•.I 
^.9  44 
65.3  ftj 
64.3  1.1 
63.0     l^ 


43.61  -JS  61.4  -1.8 

43.36 -J3'  59.4    t.1 

43.55 -f  .49 1  57.2    tJ 

43.nO      .47  51.8     4.5 

43.69     .w  52.1     t.7 


43.83  +.17 
44.02  .91 
44.25  +.% 


49.4  -4,8 
46.6  t.7 
43.9  -4.4 


ft 

K 

9 

9i2i 
litJtt 


Er.JS  >ji 


9^  3J 

VZJS  %» 

I4L»  9J 

tXI  L5 


tl.5 
11.4 
11.6 +4L1 

r2L4    u 
I3L9    LT 


l^i     %M 


I5u74  +J»      f73    X3 


la.7S  -jK  I 
I3>72     Jli 


1.     » 

1S31 


M?  21 


*i!i 


3L* 
37.1 


XI 


I 

14.96 

1434  -^  44J5  44J» 

14.06  Jk  46.2    US 

1331  j;  47.4     U4 

I2S2  ^  4B.I  443 

1231  J4t  483    4L» 


25US4-JS 


I 


II 

11.05  31 

10.45  jsb' 

9.88  34 

937  .47' 

833-.3i' 
838    Ji 
833    jm 
8.19 -.48 
8.17 +jM 

8.27  +.14 

8.48     JC 
8.-?  I 


48L0 
47.2  Ul 
4SJ9  13 
44.6  t.1 
41.7 


39.0 
353  33 
3^.5  33 
283  X7 
33 


21.4  -3.7 
173  U 
143  -3 J 


14 

2431 
24.76 
2433 


Jl 
JO 
2532    as 


-js; 

.IS 
.14 

.11 


24.45-. 
24.42  -31 
24.44  +.44 
24.51  .44 
24.62    .U 

24.79  +.» 

2530 

«.25+. 


I 


Ul 
Li 


.1      4l4 

313 


31.4  ftJ 
31.4  4CS 
313     4J 


43 


293  44L5 
4l3 
4J 

4J 


27.1   44L4 

4l4 
4l4 

26.0  IJ 

25.7  tJ 

253  44J 
253  4.1 
253  44.1 

25.1  4.1 
25^2-4.1 

25.4 -4J 

25.8  i.4 
26.3    U 

27.0  4J 
27.8    4.1 

283 -l.t 
293    Ui 

31.1  >|J 


FIXED  STARS,  1895. 


347 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINGTON. 

IffMB 

a  TrianfQli  Aoftimlb. 

f  Hercolio. 

a  Opbiachl. 

c  Una  Minorio. 

1       Biit«w 

DMlbMilOB 

Aaoeoafcrn. 

DeoUiMtteo 
north. 

DeoUnaASoD 
Worth. 

Klfbi 

Declluiloa 
North, 

16  87 

-68  49 

h     m 
16  39 

+89     6 

h     m 

16  52 

o       « 

+  9  81 

16  be 

+82  12 

1 
(l>6e.ao.9) 

99.33  4.56 

69.6  4-IJ 

16.43  4.93 

63J5-X9 

40.78  4JI1 

67.9  -9.1 

35.844  .47 

I7!7-3.3 

Jan.    9^ 

99.94     J5 

61.0    1.4 

16.69    J7 

60.4    9.0 

41.01     .95 

65.0    9.0 

36.49     .78 

14.4     3.1 

19^ 

30.69    .71 

59.8    1.0 

16.98    .31 

57.5    9.0 

41.97     .97 

63.0    1.0 

.17.41    1.04 

11.5    9.7 

».8 

31.36    .n 

58.9    0.0 

17.30    .35 

55.1     9.9 

41.56      99 

61.1     1.7 

38.57   1.90 

9.0     9.3 

1  Fab.   8.8 

39.13    .79 

58.5  40.9 

17.64     .35 

53.1     1.7 

41.86     .30 

^50.5    1.4 

* 

39.93  1.43 

7.0     1.7 

18.8 

39.93  4  J9 

58.5 -OJI 

17.99  4.35 

51.7  -1.1 

49.16  4.31 

58.3  -1.1 

41.4341.54 

5.6  -1.1 

W.7 

33.73     .79 

58.9    0.0 

18.35     .35 

50.8-0.5 

49.47    JO 

57.4    0.7 

43.01    1.50 

4.8  -0.4 

Mar.  10.7 

34.59    .77 

59.7     1.0 

18.70     .34 

50.6  40.1 

49.77     .30 

66.8  -41.3 

44.69  1.59 

4.7  40.9 

W.7 

35.98    .74 

60.8    1.3 

19.04     .33 

50.9    0.0 

43.07     .90 

56.7  40.1 

46.18  1.89 

5.3    9J 

ao.7 

36.01     .n 

69.3    1.8 

19.36    .30 

51.9    IJI 

• 

43.35     .97 

57.0    0.4 

47.65  1.40 

6.4     1^ 

<pr.    9.6 

36.68  4^  J5 

64.1  -1.9 

19.65  4.98 

53.3  41.7 

43.69  4.90 

57.6  40.8 

48.9841.93 

8.9  49.0 

19.6 

37.31     .69 

66.1     9.1 

19.91      .95 

55.9    9.1 

43.87     .94 

58.6     1.1 

60.11    1.09 

10.4     9.4 

99.6 

37.86    .59 

68.4    9.3 

90.14     .91 

•S7.5    9.4 

44.09     .91 

50.8    1.3 

51.01      .78 

13.0    9.8 

May    9.5 

38.34     .44 

70.8    9J^ 

90.33    .17 

60.1      9.7 

44.99    .18 

61.9    1.5 

51.66     .51 

16.0     3.0 

19.6 

38.74     M 

73.3    9.0 

90.48    .13 

69.8    9.8 

44.46    .18 

69.8    M 

59.044  .94 

19.1     3.1 

99.5 

39.05  4-.99 

75^  -9.0 

90.58  4.09 

65.7  49.8 

44.60  4.13 

64.5  41.7 

59.13-  .95 

99.3  43.9 

Jone  8.5 

39.96    .10 

78.5    9.8 

90.65  4.04 

68.5    9.8 

44.71     .09 

66.9    1.7 

51.94     .33 

95.5     8.1 

18.4 

39.38  4-.06 

81.1      9.6 

90.67    .00 

71.3    9.7 

44.79     .08 

67.8     1.0 

51.48     .50 

98.6    3.0 

98.4 

39.39 -.04 

83.6    9.4 

90.64  -.00 

73.9    9.5 

44.83  4.09 

69.4     1.5 

50.76     J5 

31.5    9.8 

July  &4 

39.31     .13 

85.8    9.9 

90.57    .00 

76.9    9.9 

44.83  -.09 

70.9    1.4 

49.70  1.08 

34.9    9.5 

18.4 

30.13  ^M 

87.8  -1.9 

90.46  -.13 

78.3  41.0 

44.79  -.05 

79.9  41.3 

48.60-1.98 

36.5  49.1 

98.3 

38.86    .31 

89.6    1.5 

90..39    .18 

80.1     1.5 

44.79     .08 

7:1.4     I.I 

47.99  1.40 

38.4     1.7 

Aug.  7.3 

38.51     .38 

90.9    1.9 

90.14     .90 

81.4     1.1 

44.69    .11 

74.4    OJ 

45.68  tM 

39.0    1.3 

17.3 

38.10    .44 

91.9    0.7 

19.93    M 

89.4    0.7 

44.60    .14 

75.1     OJ 

44.09  1.71 

40.9    9.8 ; 

97.9 

37.64     ,47 

99.3  -0.9 

19.70     .94 

89.9  40.3 

44.35    .18 

75.6    0.4 

49.96  1.70 

41.4  40.3! 

Sept  6.9 

37.15  -.49 

99.3  40.9 

19.45  -.94 

83.0  -0.1 

44.18 -.17 

75.9  40.1 

40.45-IJ9 

41.5-0.9 

16.9 

36.66    .48 

91.8    0.7 

19.91     .94 

89.6    0.8 

44.09    .17 

75.9  -0.1 

38.69  1.81 

41.0    0.7 

96.9 

36.90    .45 

90.9     1.9 

18.97     .93 

81.8    1.0 

43.85     .10 

75.7    0.4 

36.83  1.70 

40.0     1.9 

Oot    6.1 

35.77    .39 

89.5    1.0 

18.75    .91 

80.5    1.5 

43.70     .14 

75.9    0.0 

35.11   1.07 

38.6     1.7 

16.1 

35.49    .31 

87.7     1.9 

18.55    .18 

78.8     1.9 

43.57    .11 

74.4     0.9 

33.60  1.53 

36.6    9.1 

96.1 

35.15  -Jll 

86.6  49.9 

18.40  -.14 

76.7  -9J 

43.47  -.08 

73.4  -1.1 

39.04-1.30 

34.3  -9.0 

Nov.  5.1 

34.99  -.10 

83.9    9.4 

18.98    .00 

74.3     9.8 

43.41  -.04 

79.1     1.4 

30.78  1.13 

31.5    3.0 

15.0 

34.04  4>.0fi 

80.7     9.5 

18.99  -.03 

71.5    9.9 

43.39  4.01 

70.6     1.8 

99.75     .80 

98.5    3.9 

95.0 

35.03    .15 

78.9    9.5 

16.99  4.03 

68.4     3.1 

43.49    .05 

68.9     1.8 

98.99     .09 

95.1     3.4 

Dee.  6.0 

35.94     .17 

75.6    9.4 

18.98     .00 

65.9    3.3 

43.50     .10 

66.9    9.0 

98.51     .39 

91.6     3.5 

14J 

35.58  4>.39 

73.9  49.3 

18.39  4.15 

61.8-3.4 

43.69  4.15 

64.9-9.1 

98.35-  .01 

18.0  -3.0 

94.9 

36.03    .50 

71.1     9.0 

18.57     .90 

5*?.5     3.3 

43.80     .19 

69.7     9.9 

9H..'«04  .30 

14.5     3^! 

' ' 

36.50  4>.00 

69.9  41.7 

18.79  4.941     65.9 -3.1 1 

44.01  4.93 

fiO.6-9  1 

98.'r>4  .01 

11. 1  -3.9| 

848 


FIXED  STARS,  1895. 


APPARENT  PLACES  FOR  THE  UPPER  TRANSIT  AT  WASHINGTON. 

1 

i  Herealii. 

a>  Hercalia. 

h  Ophiuehi. 

/}  DncoBiA. 

Mmw 

8ol»r 
Date. 

• 

1 

1 

Aacensioii. 

DecliiiAtloD 

JfOftA. 

Rigbt 

DMltnation 

Bigbt 
Asoensioii. 

DeeHnattoa 

Ateemion. 

S0rtk. 

h     m 

16  57 

+83 

42 

h     m 

17    9 

4- 14  30 

h      in 

17  49 

O            i 

-24    4 

h     m 

17  28 

+52*22 

(Dec.  30.9) 

42.43  •l'.90 

59.2 

-3.1 

• 

50.39  4.90 

24.7  -9.4 

• 

56. 1 1  4.93 

4d.6  -8.9 

• 

1.66  4.17 

30^2  -X4 

Jan.    9.9 

42.66    .95 

56.1 

9.9 

50.61     .83 

22.3     9.3 

56.35     .97 

49.8    0.3 

1.86     .83 

26.7     3.3 

19.9 

42.93    .« 

53.3 

9.6 

50.86     .96 

20.2    9.1 

56.64     .90 

50.2    0.4 

2.13     .99 

93.5     3.1 

29.8 

43.22    .31 

50.9 

9.9 

51.13     .80 

18.1     1.9 

56.94     .38 

50.6    0.4 

2.44     .34 

90.6     ft.7 

Feb.    8.8 

43.54     .38 

48.9 

1.8 

51.42     .30 

16.4     1.6 

67.27     .33 

51.1     0.5 

2.80    .37 

18.9     9.1 

18.8 

43.87  •!-.» 

47.3 

-1.3 

51.72  4.31 

15.1  -1.9 

57.61  4.34 

51.5  ^.5 

3.18  4.40 

16.4  -1^ 

98.8 

44.21     M 

46.3 

0.7 

52.03     .31 

14.1     0.8 

57.95     .34 

52.0    0.4 

3.59    .41 

15.1      8^ 

Mar.  10.7 

44.54    .33 

45.9 

-0.1 

52.34     .30 

13.6  -0.3 

58.29     .34 

52.4    0.4 

4.01     .49 

14^ -8J 

20.7 

44.87     .38 

46.1  40.4 

52.64     .89 

13.5  40.1 

58.63     .33 

52.8    8.3 

4.49    .41 

14.5  48.4 

30.7 

45.18     .30 

46.8 

1.0 

52.93     .98 

13.8    0.5 

58.95     .39 

53.0    0.3 

4.83    .39 

15.2     1.8 

Apr.    9.6 

45.47  ^M 

48.0 

41.5 

53.21  4.97 

14.6  40.9 

59.27  4.31 

58.3  -0J8 

5.21  4.37 

.  16.5  +1J 

I9.G 

45.74     .85 

49.7 

1.9 

53.46     .95 

15.7     1.3 

59.57     .99 

53.4    0.1 

5.56     .33 

18.4     9.1 

29.6 

45.98     .99 

51.8 

9.9 

53.70     .93 

17.1     1.6 

59.85     .97 

53.6    0.1 

6.87     .99 

96.7     93 

Hay    9.6 

46.18     .19 

54.2 

9.5 

53.91     .90 

18.8     1.8 

60.11     .95 

53.6    6.1 

6.14     .95 

93.4     9^ 

19.5 

46.35    .15 

56.8 

9.6 

54.10     .17 

20.6     1.9 

60.34     .99 

53.7    0.1 

6.36    .19 

96.4     3.1 

29.6 

46.49  -l-.U 

59.5  49.7 

54.25  4.14 

22.6  +9.0 

60.54  4.18 

53.8  -8.1 

6.53  4.14 

99.6  43.9 

Jane  8.5 

46.58    .07 

62.2 

9.7 

54.37     .10 

24.6    9.0 

60.71     .15 

53.9    8.1 

6.64     .88 

39.8    3J 

18.5 

46.63  -l-.OS 

64.9 

9.6 

54.46    .07 

26.6     1.9 

60.84     .11 

54.1     0.1 

6.69  4.09 

36.1      3.9 

28.4 

46.63  -.09 

67.5 

9.5 

54.51  4.03 

28.4     1.8 

60.93    .07 

54.2    8.1 

6.68  ^.84 

39.9    3.1, 

Jnly    8.4 

46.60     .06 

69.8 

9.3 

54.52  -.01 

30.2    1.7 

60.98  4.03 

54.3    0.9 

6.61     .10 

49.2    9J 

18.4 

46.52  -.10 

72.0  49.0 

54.49  -.05 

31.8  41.5 

60.99  -.09 

54.5  -8.9 

6.48  *.15 

44.9  49.5 

28.3 

46.41     .13 

73.8 

1.6 

54.43     .06 

33.2    1.3 

60.95    .06 

54.7    O.I 

6.30    .90 

47.3    9J 

Aug.    7.3 

46.25    .16 

75.3 

1.3 

54.33     .11 

34.4     1.0 

60.87     .00 

54.8    8.1 

6.07    .95 

49.3     IJ 

17.3 

46.07    ,19 

76.4 

0.9 

54.20     .14 

35.3    0.8 

60.76     .19 

64.9  -0.1 

6.80    .99 

50.8     1.4 

27.3 

45.87     .91 

77.1 

0.5 

54.05     .16 

36.0    0.5 

60.62    .15 

54.9    0.0 

6.49    .39 

59.0    8.91 

Sept.   6.2 

45.65  -.99 

77.4 

40.1 

53.88  -.17 

36.3  40.9 

60.47  -.16 

54.9  48.1 

5.16 -.94 

69.6  48.4 

16.2 

45.43     .99 

77.3 

-0.3 

53.71     .18 

36.4  -0.1 

60.29    .17 

54.8    0.1 

4.81     .35 

59,8  -8J 

26.2 

45.20     .99 

76.7 

0.8 

53.53     .17 

36.2    0.4 

60.12    .16 

54.6    0.9 

4.46     .34 

52.5    0.6 

Oct.    6.2 

44.99     .90 

75.7 

1.9 

53.37     .15 

35.7    0.7 

59.96     .15 

64.3    0.3 

4.12    .33 

51.6     I.I 

16.1 

44.81     .17 

74.3 

1.6 

53.22    .13 

34.9     1.0 

59.82    .13 

54.0     0.3 

3.81     .30 

50.3     1.6 

1 

26.1 

44.65  -.13 

72.0 

-9.0 

53.10 -.10 

33.7  -1.3 

69.71  -.09 

63.7  40.3 

3.53  -.96 

1 
48.4  -9,1  1 

Nov.   5.1 

44.54     .00 

70.4 

9.3 

53.02    .06 

32.3     1.5 

59.64  -.05 

5:^.4     0.3 

3.29     .91 

46.1     9.S 

15.0 

44.48  -.04 

67.9 

9.6 

52.98  -.09 

30.7     1.8 

59.62    .00 

53.1     0.3 

3.11     .15 

43.4     9.9 

25.0 

44.46  4.09 

65.1 

9.9 

52.99  4.03 

28.7     9.0 

59.64  4.05 

62.8    0.9 

2.99     .88 

40.4     3.9 

Dec.    5.0 

44.51     .07 

62.1 

3.1 

53.05     .08 

26.6    9.9 

59.72    .11 

52.7  40.1 

2.94  -.01 

37.1     3.4 

15.0 

44.61  4.13 

50.0 

-3.1 

53.15  4.13 

24.4  -9.3 

59.85  4.16 

52.7    0.0 

9.96  4.06 

33.6  -3.5 

24.9 

44.76    .18 

55.8 

3.1 

53.31     .17 

22.0    9.4 

60.04     .90 

52.8  -0.1 

3,06    .13 

30.0    3J» 

34.9 

44.96  4.99 

52.7 

-3.0 

53.50  4.91 

19.7  -9.4 

60.26  4.94 

52,9-8.9 

3.22  4.19 

26.5  -.\4 

FIXED  STABS,  1895. 


349 


APPAKlilNl'  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINGTON. 

Umm 

Solar 
BaU. 

a  Ophioehi. 

u  Drmconio. 

^  HeroulU. 

^1  Draconis. 

Right 
AaoeneioB. 

DeoUnattoii 
JVorO. 

• 

• 

Bight 
AtooasioB. 

1 

DeellaatloB 
MofOL 

Right 
A«c«mioii. 

DeoUnatlos 
JforO. 

Bight 
AeoenstoB. 

DeellDAtioo 
Ifora. 

h     m 

17  30 

+  12  37 

h     m 

17  37 

+68  47 

17  42 

+27  46 

h     m 

17  43 

+72  11 

Deo.  30.9) 

• 

9.39  -t-.TS 

60.4  -9.9 

30.53  4.18 

69.1  -9.8 

• 

19.58  4J8 

43'^3-ftJ 

44.04  4.15 

47.3  -9.8 

Jmn.    9.9 

9.59    M 

58.9    M 

30.75    Jf7 

65.6    9.4 

19.76    JO 

40.5    9J 

44.96    JB 

43.7    9.4 

19  JO 

9.89    .» 

56.0    9.0 

31.06    .97 

69.3    9.1 

19.96    M 

37.8    9.8 

44.60    .40 

40.4     9J 

99.9 

3.06    J7 

54.1     1.8 

31.50    .40 

59.3    9.7 

90.93    J7 

35.3    9J 

45.07    Jl 

37.4     9.8 

Feb.    8.8 

3.36    M 

59.4     1.A 

39.01     M 

56.8    9.9 

90.51     JO 

33.9    IJ 

45.63    Jl 

34.8    9J 

18.8 

3.65  ^,» 

61.1  -1.9 

39.58  4.59 

54.8  -1.8 

90.81  4.90 

31.5  -1 J 

46.98  4  JB 

39.8  -1.7 

28.8 

3.96    .90 

50.1     0.0 

33.19    .89 

63.5    1.0 

91.19    Jl 

30.9     IJ 

46.98    .79 

31.4     I.I 

Mar.  10.7 

4.96    .90 

49.5  -0.9 

.33.83    .84 

59.8  -8.9 

91.44     M 

99.5  -8.4 

47.79    .74 

30.6  -0.4 

90.7 

4.56    .90 

49.4  40.1 

34.48    .84 

59.8  40.3 

91.75    .91 

99.4  48.1 

48.47     .74 

30.5  40  J 

30.7 

4.86    M 

49.6    0.5 

35.11     .81 

53.5    1.0 

99.07    JO 

99.8    8J 

49.90    .71 

31.1     OJ 

Apr.    9.7 

5.14  •¥M 

50.3  49.9 

35.70  4.57 

54.8  41.8 

99.37  4  JO 

30.7  41.1 

49.90  4Je 

39.3  41 J  ! 

19.6 

6.41     .96 

51.4     1.9 

36.94    .51 

56.6    9.1 

99.65    Jf7 

39.0    1.8 

50.53    JO 

34.1     9  J 

99.6 

6.66     .94 

59.7    1.5 

36.71     .44 

59.0    9.8 

99.99    J5 

33.8    IJ 

51.09    Jl 

36.4     9J 

Mfty    9.6 

6.89    .90 

54.3    1.7 

37.11     .96 

61.8    9.9 

93.16    J9 

35.9    9J 

51.55     .41 

39.1     9.9 

19.6 

6.10    .10 

56.1     L8 

37.49    .98 

64.9    X2 

93.37    JO 

38.9    9.4 

51.91     JO 

49.1     9.1 

99.5 

6.97  -t-.lt 

58.0  41.9 

37.63  4.18 

68.1  49.9 

93.55  4.18 

40.8  49.5 

59.15  4.19 

45.3  49J 

Jnne  8.5 

6.41     .19 

60.0    9.0 

37.74  4.08 

71.5     9.4 

93.70    .n 

43.4    9J 

59.98  4  J6 

48.7    9.4 

18.6 

6.59    .00 

61.9    1.9 

37.75  -.04 

74.9     9.3 

93.80    J8 

46.0    9J 

59.98  -.08 

59.1     9.9 

98.4 

6.59    .06 

63.8    1.8 

37.65    .15 

78.9     3.9 

93.86  4.04 

48.5    9J 

59.16    .18 

55.4    9J 

Jnly    &4 

6.69  4.01 

65.6    1.7 

37.46    .94 

81.3     9.0 

93.88    .00 

51.0    9 J 

51.99    JO 

58.5    9.0 

16.4 

6.61  -.09 

67.9  41.5 

37.17  -.83 

84.9  49.7 

93.85  -.05 

53.9  49.1 

51.57  -.40 

61.4  49.7 

98.4 

6.56    .97 

68.6    1.9 

36.79    .49 

86.7    9.4 

93.78  .  J8 

55.9    IJ 

51.19    J8 

64.0    9.4 

Ang.  7.3 

6.48    .10 

69.8     I.I 

36.33    .49 

88.9    %0 

93.68    .n 

56.9     1.8 

50.57    J8 

66.9    9.0' 

17.3 

6.36    .19 

70.8    0.8 

35.81     .55 

90.6     1.5 

93.54     .15 

58.3     I J 

49.94     .88 

6a0     IJ 

97.3 

6.99    .15 

71.5    0.6 

35.93    .80 

91.9     1.0 

93.37    .18 

50.3    OJ 

49.95    .79 

69.3     I.I 

Sept  6.3 

6.06  -.17 

79.0  40.3 

34.61  -.63 

99.7  48.5 

93.16 -.90 

60.0  48J 

48.50 -.76* 

70.9  48.8 

16.9 

5.88    .18 

79.9    0.0 

33.97    .65 

93.0    0.0 

99.97    Jl 

60.3  40.1 

47.73    .78 

70.6  40.1 

96.9 

5.71     .17 

79.0  -9.9 

33.39    .84 

99.7  -0.5 

99.76    Jl 

60.9-0  J 

46.96     .78 

70.4  -0.4 

Oct.    6.9 

5.54     .10 

71.7    0.5 

39.69    .60 

99.0     1.0 

99.56    JO 

59.7    0.7 

46.18     .75 

69.7     IJ 

16.1 

5.39    .14 

71.0     0.8 

39.08    .56 

90.7     1.5 

99.36    .18 

58.8    1.1 

45.44     .71 

68.4     IJ 

1 

96.1 

5.96  -.11 

70.1  -1.1 

31.59  -.59 

88.9  -9.0 

99.90  -.15 

57.6  -1.5 

44.76  -.85 

60.7  -9J 

Not.  6.1 

5.17    .07 

68.8    1.4 

31.04     .45 

86.6    9.5 

99.06    .11 

55.9     IJ 

44.15     J7 

64.5    9.4 

15.1 

6.11  -.03 

67!3    1.6 

30.63    .96 

83.9    9.9 

91.97    .87 

53.9    9.1 

4.3.63     .46 

61.9    9.8 

95.0 

5.11  •f.ao 

65.6     1.8 

30.39    .96 

80.8    9.9 

91.93 -.89 

51.5    9.4 

43.99     J4 

58.8     9.1  1 

Dec    6.0 

5.15    .00 

63.6    9.0 

30.11     .15 

77.4    9.5 

91.93  4.09 

49.0    9.7 

49.94     .99 

55.5     9.4 

15.0 

5.93  -I-.IO 

61.6-9.1 

30.09  -.03 

73.9-9.8 

91.99  4.68 

46.9  -9.8 

49.79  -.68 

69.0  -9.6 

95.0 

5.37    .15 

59.3    9.9 

30.05  4>.oo 

70.3     9.6 

99.09    .19 

43.4     9.9 

49.78  4'J6 

48.4     9j' 

34.0 

5.54  -I-.90 

57.1  -9.9 

.30.90  4.91 

66.7-9.5 

99.96  4.16 

40.5  -9J 

4^91  4  JO 

44.8  -3J  1 

350 


FIXED  STABS,  1895. 


1 

AFPARE 

3rr  PLACi 

»  FORTH 

TRAH8IT 

i 

1 

DB  UPPER 

AT  WASmsurox. 

1 

■ 

t 

1 

I 
■ 

■ 

DMtiu 

yDraeoait. 

y'SagittariL 

/gSmgiUMxn. 

f  Serpeatis. 

1 
1 

Blgir|i 

jr«ra. 

Biclii 

AMoL 

Elg>dt 

"•ssr 

Bigjhi 

i 

17  54 

+bl  29 

17  69 

-30  25 

18    7 

o         » 

-21     5 

16  15 

—  2  55 

Jan*    0.0 

• 
7.99  -f  .11 

6l!8  -3J 

• 
2.32 +.98 

38!8+«.9 

• 
27.71  +.17 

18.7-8.9 

• 
51.34  +.15 

4^-iJ 

9^ 

8.15    .It 

48.3    3.4 

2.54    34 

38.5    8.9 

27.91     Si 

18.9     8.9 

51.51     .19 

4X3    IJ 

19.9 

8.38    M 

45.0    3.1 

2.80    M 

38.2    8.9 

28.14     .95 

19.1      8.9 

51.71     39 

44.5    IS 

S9.9 

8.66    M 

42.0    1.7 

3.09    .31 

38.0    0.1 

28.41     .98 

19.4     8.9 

51.94     34 

45,7    I.I 

Feb.   8.9 

D.sW     .34 

39.5    9.3 

3.41     M 

37.9  48.1 

28.70     .98 

19.6     8.9 

52.20    36 

46.7    IJ 

18.8 

9.34  -f  .S7 

37.4  -1.8 

3.74  +.34 

37.9    8.0 

29.00 +.91 

19.8  -8.9 

52.47+38 

47.6  -6.: 

28.8 

9.73    .40 

35.9     1.9 

4.09    .35 

37.8    8.0 

29.32    M 

20.0  -8.1 

52.76    Ja^ 

48.2    •i 

Mw.  10.8 

10.13    .41 

35.0-8.6 

4.45    .98 

37.8    0.0 

29.65    J3 

20.1     8.8 

53.06    30 

48.6 -8.S 

20.8 

10.54     .41 

34.8  48.1 

4.80    .95 

37.8    0.0 

29.98     .93 

20.0  48.1 

53.36    38 

48.7  48.1 

1 

30.7 

10.94     .40 

35.2    0.7 

5.16    J5 

37.9    8.0 

30.31     M 

19.9    83 

53.66    38 

48.5    M 

Apr.    9.7 

11.33  •f.38 

36.3  +1.3 

5.61  +.94 

37.9    8.8 

30.63  +J9 

19.7  483 

53.96  +30 

48.0  ^*J 

19.7 

11.70     .36 

37.9    1.0 

5.^     M 

37.9  -8.1 

30.95    .91 

19.4    83 

54.25    39 

473    tJ 

29.6 

12.04     .39 

40.0    t.4 

6.17    .91 

38.0    8.1 

31.25    .98 

19.1     83 

54.53     37 

46.4    !.•; 

May    9.6 

12.34     .« 

42.6    9.7 

6.47    M 

38.1    8.1 

31.54     .98 

18.8    83 

54.80     .96 

45.3    1.1 

19.6 

12.59    M 

45.5    3.0 

6.75    .98 

38.2    0.9 

31.81      .95 

18.4    03 

55.04     34 

44.1    U 

29.6 

12.79  +.18 

48.6  43.9 

7.00  +.93 

38.5-8.9 

32.04 +.99 

18.1  403 

55.27  +31 

42.8  41  J, 

Jnne  8.5 

12.04     .19 

51.9     3.3 

7.22    M 

38.8    0.3 

32.25    .10 

17.8    03 

*  55.46     .16 

41.5    Ui 

18.5 

13.03  ^M 

55.2     3.3 

7.40    .18 

39.1     0.4 

32.43    .15 

17.6    03 

55.62     .14 

40.3    U{ 

28.5 

13.06    .00 

58.4     3.9 

7.53    .11 

39.5    0.4 

32.56    .11 

17.4     0.1 

55.74     .10 

39.0    U 

Jnly    8.4 

13.03  *.0« 

61.6    3.0 

7.62    .07 

40.0    0.5 

32.65    .87 

17.3  +8.1 

55.83     .86 

37.9    U 

18.4 

12.94  -.19 

64.4  +9.7 

7.66  +.09 

40.5  -0.5 

32.70  +.89 

17.3     83 

55.87  +.09 

36.9  4W, 

28.4 

12.79    .17 

67.1     9.4 

7.66  -.03 

41.0     0.5 

32.70  -.09 

17.3     83 

55.87  -.09 

36.0   M. 

Ang.   7.4 

12.59     .99 

69.3    9.1 

7.61     .07 

41.5     0.4 

32.^    .06 

17.4  -0.1 

55.83     .06 

35.2   4.7 ! 

17.3 

12.34     .90 

71.2    1.7 

7.51     .11 

41.9     0.4 

32.58    .10 

17.4     8.1 

65.76    .09 

34.6   «.» 

27.3 

12.06    .30 

72.7    1.9 

7.38    .14 

42.2    8.9 

32.47     .19 

17.5    8.1 

55.65    .19 

34.1    0.4 

8«pt   6.3 

11.74  -.39 

73.7  +0.8 

7.22  -.17 

42.5  -0.9 

32.32  -.16 

17.6  -8.1 

55.51  -.15 

33.8  44.3 

16.3 

11.41      .34 

74.2  +8.3 

7.05     .18 

42.6  -0.1 

32:16    .18 

17.6    83 

55.36    .16 

33.6  H.\ 

26.2 

11.07     .94 

74.3  -0.9 

6.86     .18 

42.6  +8.1 

31.99    .17 

17.6    8.0 

55.  Id     .17 

33.5   M 

Oct.     6.2 

10.73     .33 

73.7    0.8 

6.68    .17 

42.5    0.9 

31.82    .16 

17.6    03 

55.03    .16 

33.6 -4J 

16.2 

10.41     .31 

72.7     1.3 

6.51     .18 

42.2    0.3 

31.67    .15 

17.5  40.1 

54.87    .14 

33.9   tJ 

26.2 

10.11  -.97 

71.2-1.7 

6.37  -.19 

41.8+8.4 

31.53  -.12 

17.4  48.1 

54.74  -.19 

34.2 -«i 

Nov.   5.1 

9.86    .93 

69.3    9.9 

6.26     .08 

41.3     0.5 

31.43    .88 

17.3   ,0.1 

54.63    .09 

34.8   o.f 

15.1 

9.65    .18 

66.8    9.6 

6.20  -.04 

40.8    0.8 

31.37  -.04 

17.2    0.1 

54.56    .06 

35.5   U 

25.1 

9.51     .11 

64.0    S.9 

6.19 +.01 

40.2    0.8 

31.35  +.01 

17.1  +8.1 

54.53  -.01 

36.3    OJ 

Doc.    5.0 

9.43  -.05 

60.9    3.9 

6.23    .07 

39.6    8.5 

31.38    .06 

17.1     8.0 

54.54  +.04 

37.3    1.1 

15.0 

9.41  -i-.og 

57.6  -3.4 

6.33  +.19 

39.1  +8.5 

31.46  +.10 

17.1  -0.1 

54.60  +.06 

38.4  H.1 

25.0 

9.46    .09 

54.1      3.5 

6.47    .17 

38.6    0.4 

31.59    .16 

17.2    0.1 

54.70    .19 

39.6   1.9 

35.0 

9.59  +.16 

50.6  -3.5 

6.67  +.99 

38.2  +0.3 

31.76  +.18 

17.4  -0.9 

54.84  +.18 

40.9  -1.9 

FIXED  STARS,  1895. 


351 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINGTON. 

1  Aquil0. 

a  Lyra. 

^Ljni. 

e  SagitUrii. 

Hmm 

Solar 
DftU. 

Bight 
AaecBston. 

DmOIbaUod 
ffoutk. 

AseenaloB. 

DccliiuUoB 
Jfortft. 

Blgbl 
Asoratkm. 

DmUbaUob 
JTorO. 

BIgbl 

I>6elliuiUoo 
Ami*. 

h     m 
18  29 

-  8*  19' 

h     m 

18  33 

+  38  40 

h     m 
18  46 

+33*  14 

h    m 
16  46 

-26' 25 

Jmo.    0.0 

98.34  -f.U 

I9T4  -6.9 

• 

91.98  4.66 

59r6  -9.1 

• 
10.58  4.68 

a.s  -9.9 

• 
43.94  4.15 

01 

47.0  46J 

10.0 

98.50    .16 

13.3     6.9 

91.40    .14 

56.4    9.6 

10.69    .19 

14.6    9.9 

44.11     .18 

46.6    6.3 

19.9 

98.70    .tl 

14.9     6.9 

91.57    .19 

53.4    9.9 

10.84    .17 

11.7     9.8 

44.31     .99 

1     46.3    6.9 

99.9 

98.99    .94 

15.0     6.6 

91.78    M 

50.5    9.7 

11.04    .91 

9.0    9.6 

44.55    .95 

46.0    6.9 

Feb.    8.9 

99.18    .96 

15.8     6.7 

99.03    J7 

48.0    9.9 

11.97    .96 

6.6    9.9 

44.81     .98 

45.7    6.9 

ia8 

99.45  +J» 

16.4  -9.6 

99.31  4.96 

45.9  -1.9 

11.53  4.97 

4.5-1.8 

45.10  4^ 

45.4  46.9 

98.8 

99.74     J6 

16.7     6.9 

99.61     J9 

44.9    1.4 

11.81      .96 

9.9     1.9 

45.41     M 

;     45.1     6.9 

Mftr.  10.8 

30.03    .96 

16.9  -6.1 

99.94    .93 

43.1     6.8 

19.19    .91 

1.8    6.8 

45.73     .99 

1     44.7    6.4 

90.8 

30.34     .91 

16.9  46.1 

93.98    .94 

49.6-63 

19.44     .99 

1.3-6.9 

46.07    .94 

44.3    6.4 

30.7 

30.65    .91 

16.^     6.4 

^3.63    .94 

49.7  46.4 

19.77     .93 

1.3  46.9 

46.41     .94 

43.9    6.5 

Apr.    9.7 

30.95  4.96 

16.9  46.6 

93.97  4.94 

43.4  41.6 

13.09  4.99 

1.9  46.9 

46.75  4.94 

43.4  46.5 

19.7 

31.96    .96 

15.6    6.7 

94.30    .99 

44.7    1.5 

13.49    M 

3.0     1.4 

47.09     M 

,     49.9    6.5 

99.7 

31.55    M 

14.8     6.9 

94.69    .91 

46.4    9.6 

13.73     .96 

4.7     1.8 

47.43     J3 

49.4     6.5 

May    9.6 

31.83    .97 

13.8     1.6 

94.99    .96 

48.6    9.4 

14.03     .98 

6.7     9.9 

47.75    Jl 

49.0    6.4 

19.6 

39.09    .96 

19.8    1.1 

95.19    .95 

61.9     9.7 

14.30    .96 

9.1      9.5 

4a06    M 

41.6     6.4 

99.6 

39.33^.99 

11.7  41.1 

95.49  4.99 

54.0  49.9 

14.54  4.99 

11.8  49.8 

48.34  4.97 

41.3  46.9 

Jane  8.5 

39.54    .19 

10.6    1.1 

95.69    .17 

57.0     9.6 

14.74     .19 

14.6     9.9 

48.60    .94 

41.0     6.9 

18.5 

39.79    .16 

9.6    1.6 

95.77    .19 

60.1     9.1 

14.91     .14 

17.5     9.6 

48.89    M 

40.9  46.1 

98.5 

39.86    .19 

8.6     6.9 

95:87    .66 

63.9    9.1 

15.03    .16 

90.5    9.9 

49.00    .16 

40.9    6.6 

Jaly    8.5 

39.97    .66 

7.7    6.8 

95.99  440 

66.9    9.6 

15.11  4.65 

93.4     9.8 

49.13    .11 

41.0-6.1 

18.4 

33.09  ^M 

6.9  46.7 

95.93  -.69 

69.1  49.8 

15.14     .66 

96.9  49.7 

40.99  4.66 

41.9-9.9 

98.4 

33.04     .66 

6.9     6.6 

95.88    .67 

71.8    9.5 

15.19  -.64 

98.8    9.5 

49.96  4.68 

41.5    6.9 

Ang.  7.4 

33.09  -.64 

5.7     6.5 

95.79    .19 

74.9    9.9 

15.05     .69 

31.1     9.9 

49.96  -.63 

41.9    6.4 

17.4 

39.95    .61 

5.3   .6.4 

95.65    .16 

76.3     1.9 

14.94     .19 

33.9    1.9 

49.90    .67 

49.9    6.4 

97.3 

39.8&    .11 

4.9    6.9 

95.47    .19 

78.0     1.5 

14.79     .17 

34.9    1.5 

49.11     .11 

49.6    6.4 

Sept  6.3 

39.73  -.14 

4.7  46.9 

95.96 -.99 

79.4  41.1 

14.61  -.19 

36.3  41.9 

48.98  -.14 

43.0  -6.9 

16.3 

39.58    .16 

4.6  46.1 

95.09    .94 

80.3    6.7 

14.40     .91 

37.3    6.8 

48.83    .16 

43.3    6JI 

96.9 

39.41     .16 

4.6     6.6 

94.77    .95 

80.8  46.9 

14.18     .99 

37.8  46  J 

48.66     .17 

43.5    6.9 

Oet    6.9 

39.95    .16 

4.7  -6.1 

94.59    .96 

80.8  -6.9 

13.95     .93 

37.9  -6.1 

48.48    .18 

43.6  -6.1 

16.9 

39.09    .16 

4.8    6.9 

94.97    J4 

80.3    6.7 

13.73     J9 

37.6    6.5 

48.31     .17 

43.7    6.6 

96.9 

31.96 -.19 

6.1  -6.9 

94.05  -.99 

79.4  -1.9 

13.59  -J6 

36.9  -1.6 

48.15  -.14 

43.6  46.1 

Xov.    6. 1 

31.85    .66 

5.4     6.4 

93.84     .16 

78.0     1.6 

13.33    .17 

35.7    1.4 

48.09    .11 

43.4    6.9' 

15.1 

31.77    .66 

5.9     6.5 

93.68    .14 

76.9    9.6 

13.18    .19 

34.1     1.8 

47.99    .67 

43.9    6.3; 

95.1 

31.73 -.61 

6.4     6.6 

93.55    .16 

74.0    9.4 

13.07    .69 

39.1     9.1 

47.87  -.63 

49.9    6  3 

Deo.    5.1 

31.74  ^-.69 

7.1     6.7 

93.48  -.66 

71.5    9.7 

13.00  -.65 

99.8    9.4 

47.86  4.66 

49.6    6.9 

1 

15.0 

31.79  +.67 

7.8  -6.6 

93.46  4.61 

68.7  -9.9 

19.97    .66 

97.9-9.7 

47.90  4.66 

1 
49.9  46.9 

j».0 

31.88    .19 

8.6     6J 

93.49    .66 

65.7    9.1 

13.00  4.65 

94.4    9.8 

47.99    .11 

41.9    6.9 

35.0 

39.09  +.16 

9.5  -6.9 

93.58  4.11 

69.6  -9.1 

13.08  4.16 

91.5  -9.9 

48.19  4.16 

41.5  46.9 

352 


FIXED  STARS,  1895. 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINGTON. 

1 

50  Draeonia. 

0  Octantia. 

{'Aqnils. 

4<8agittorii.           | 

Meftn 
SoUr 

Bifbt 
Aaoensioiu 

DeoUnaftloB 

AaomioB. 

Blfbi 
AtOMuUm. 

BoeUaailoa 

JTotO. 

Bight 
AaecBsiov. 

1 

SvmOu 

b     ■ 
18  49 

+75   18 

b 
18 

o       # 

-89  15 

b     ■ 
19     0 

+  13  42 

b     m 
19   11 

-19     8 

Jan.    0.0 

39.62  -.10 

28''6  -8.5 

49  36.64-  S.0 

50.5  +3.4 

• 
33.71  +.0B 

iao-B.0 

• 
28.24  +.11 

3^6 -ci 

10.0 

39.60  -f.o? 

25.1     3.5 

49  42.0    0.0 

47.0     3.3 

33.82    .13 

15.9     9.0 

28.37     .15 

32,7-0.1 

90.0 

39.75    M 

21.6    3.4 

49  50.4    0.0 

43.7    3.0 

33.97    .17 

13.9    IJ 

28.54     .18 

32.8    OJ 

29.9 

40.06    .30 

18.3    3.0 

50    1.8  19.6 

40.7    9.0 

34.16    .90 

12.0    IJ 

28.74     .99 

32.6    OJ 

Feb.    8.9 

40.53     .63 

15.3     0.8 

50  15.6  14.0 

37.9    9.6 

34.37    J93 

10.3    IJ 

28.97     J6 

32.7 +#.1 

18.9 

41.12  •!-.« 

12.7  -0.4 

50  31.54-16.8 

35.5  +4.9 

34.61  4-J5 

8.9 -IJ 

29.23  +.97 

32.6  40J 

28.8 

41.82    .7S 

10.5     1.8 

50  49.1   18.9 

33.5    1.8 

34.87    .97 

7.9    OJ 

29.51     JO 

32.4    04 

Mar.  10.8 

42.61     .88 

9.0     1.9 

51    8.0  10.3 

31.9     1.3 

35.14     .98 

7.2     0.5 

29.80    JO 

^1      Ol« 

20.8 

43.46    .86 

8. 1  -0.6 

5127.7  10.0 

30.8    0.0 

35.43     M 

6.9-0.1 

30.11     Ji 

31.6    0.5 

30.8 

44.34     .88 

7.8  +0.1 

51  47.8  90.0 

30.2  +0.4 

35.73     .30 

7.0+0.4 

30.43    JB 

31.0    OJ 

• 

Apr.    9.7 

45.22  4'.86 

8.2  40.7 

52  8.04-10.0 

30.0  -4.1 

36.03  4-.30 

7.6+0L8 

30.75  +  J9 

30.4  +0.7 

19.7 

46.06     .80 

9.3     1.3 

5227.7  10.3 

30.4    0.6 

36.33    .30 

8.6    1.1 

31.08    JB 

29.6    0.f 

29.7 

46.85    .75 

10.9     1.0 

5246.7  18.4 

31.2    1.1 

36.63    M 

9.9    IJ 

31.40    JO 

28.8    OJ 

May    9.7 

47.56     .06 

13.0    9.4 

53   4.5  17.0 

32.5    1.5 

36.91     JB 

11.5     1.8 

31.72    JI 

28.0    OJ 

19.6 

48.17     .55 

15.7     9.8 

5320.7  15.3 

34.2    1.0 

37.18    .90 

13.4    9.0 

32.02    JO 

27.2    0.6 

29.6 

48.65  -I-.49 

18.6  4-3.1 

5335.14-13.3 

36.3-9.9 

37.43  +jn 

15.5  +9.1 

32.31  +J7 

26.4  +0J 

Jane  8.6 

49.01     M 

21.8     3.3 

53  47.2  10.0 

38.7    9.5 

37.65    JO 

17.7    9.9 

32.56    M 

2S.6    0.7 

18.5 

49.22  -f  .14 

25.2    3.4 

53  56.9    8.3 

41.3    9.8 

37.84     .17 

19.9    9.9 

32.79    JI 

2SJ)    0.6 

28.4 

49.29  -.01 

28.7    3JJ 

54    3.9    5.6 

44.2    9.0 

37.99    .13 

22.1    9.9 

32.99    .17 

24.5    03 

July    8.4 

49.21     .15 

32.2    3.4 

54   8.0+9.6 

47.2    3.0 

38.10    JO 

24.3    9.1 

33.14     .13 

24.1    0.4 

18.4 

48.98  -.30 

35.5  43.3 

54    9.2  -0.4 

50.2  -3.0 

38.17  4-.00 

26.3  +9.0 

33.24  +J0 

23.8 +«.t 

28.4 

48.61     .43 

38.7     3.1 

54    7.3     3.4 

53.2    9  0 

38.19    .00 

28.2    IJ 

33.30  4- J« 

23.6+1.1 

Aag.   7.3 

48.11     .56 

41.7    9.8 

54    2.4     6.9 

56.0     9.7 

38.18 -.04 

29.9    IJ 

33.32 -JI 

93.6    0.4 

17.3 

47.49     .67 

44.3    9.4 

53  54.8    8.0 

58.5    9.4 

38.12    .00 

31,4    IJ 

33.28    J9 

93.6-0.1 

27.3 

46.76     .77 

46.6    9.1 

53  44.6  11.3 

60.7    9.0 

38.02    .11 

32.6    I.I 

33.21    J9 

23.7    0.1 

Sept  6.2 

45.95  -.85 

48.5  ^\JB 

53  32.2-13.9 

62.5  -1.5 

37.89  -.14 

33.6+4  J 

33.10  -.10 

23.9 -OJ 

16.2 

45.06    4)1 

49.9     1.9 

5318.0  14.7 

63.8    1.0 

37.74     .16 

34.2    OJ 

32.97    .15 

24.1    OJ 

2C.2 

44.13    .04 

50.8    0.7 

53  2.7  15.6 

64.6  -0.5 

37.57     .17 

34.6  +0.9 

32.81     .16 

24.3    0.0 

Oct.    6.2 

43.18    .06 

51.2  40.1 

52  46.8  15.9 

64.7  +0.9 

37.39    .17 

34.7    OJ 

32.64    .17 

24.5    OJ 

16.1 

42.23    .04 

51.0-0.4 

5230.9  15.5 

64.2    0.8 

37.22    .17 

34.5 -OJ 

32.48    .10 

24.6    0.1 

26.1 

41.30 -.00 

50.4  -0.0 

52  15.7-14.5 

63.2  +1.3 

37.06  -.15 

34.0  -0.6 

32.32  -.14 

24.7  -0.1 1 

Nov.   6.1 

40.43    .84 

49.1     1.5 

52    1.9  19.0 

61.6    1.0 

36.91     .13 

33.2    0.0 

32.19    .19 

24.8    \i| 

15.1 

39.63    .75 

47.4     9.0 

51  50.0  10.7 

50.4    9.4 

36.80    .10 

32.2    IJ 

32.09    .00 

24.9    0.1 

25.1 

38.93    .64 

45.2    9.4 

5140.5    8.0 

56.8    9.8 

36.72    .00 

30.8    1.4 

32.02    .00 

23.0    0.1 

Dec.    5.1 

38.36    .61 

42.6    9.8 

51  33.9    5.0 

53.8    3.1 

36.68  -.09 

29.2    1.7 

31.99  -.01 

25.0    CI 

15.1 

37.92 -.36 

39.6  -3»I 

51  30.4-  1.8 

50.5  +3.3 

36.68  +.0B 

27.5  -1.8 

32.01  +.04 

25.1-0.1 

25.0 

37.64    .90 

36.3     3.3 

51  30.3+  1.5 

47.1     3.4 

36.73    .06 

25.6    IJ 

32.07    .00 

25.1    0.1 

.35.0 

37.52  -.04 

32.9  -3.5 

51  33.4+  4.8 

4.3.6  +3.5 

36.81  4-.10 

23.6-9.0 

32.18  +.19 

25.2-4.1 

FIXED  STARS,  1895. 


353 


APPABEFT  PLACES  FOB  THB  UPPEB  TBANSIT  AT  WASmNGTON. 

MeM 

6  Dimoonii. 

r  Drtoonio. 

6  Aqoil0. 

c  Aqail0. 

Solar 
Dttto. 

Rigbl 
▲eeentioe. 

DMHaatloB 
K0rtk, 

Rlirbt 
AaMoabm. 

DMiilMtlOB 

Jf#rC*. 

AeooBsioB. 

DeeliDAtioB 

RliEbt 

▲AOeiwtOB. 

D*oliBAUott 

19  12 

+67*28 

b     m 
19   17 

+73    9 

h     m 

19  20 

o       » 

+  2  54 

b      m 

19  31 

-  7  15 

Jao.    0.0 

• 
97.95  -.M 

31.0-9.5 

99.14  -.16 

It 

39.9  -9.5 

• 
11.01  4.09 

10.9  -1.4 

• 

13.35  4.69 

48J  -9.7 

10.0 

97M+M 

97.5    9.5 

99.05  -.99 

99.4     9.5 

11.11      .19 

9.6     1.4 

13.45     .19 

48.9    0.7 

90.0 

98.01     .14 

94.0    9.4 

99.11  4.19 

96.0    9.4 

11.95     .16 

8.9    1.3 

13.50     .15 

49.6    0.7 

99.9 

98.91     .94 

90.6    9.9 

99.31     .97 

99.6    3.3 

11.49     .19 

7.0     IS 

13.76     .19 

50.9    03 

Feb.    8.9 

98.50    .94 

17.5    9.0 

99.64     .49 

19.4    3.0 

11.69     .91 

5.8    1.9 

13.95    31 

50.7     0.5 

'            18.9 

98.88  4-.4t 

14.7-9.5 

30.10  4.51 

16.6  -9.6 

11.85  431 

4.9  -9.9 

14.18  438 

51.1  -03 

88.9 

99.34     .40 

19.4    9.0 

30.67     .61 

14.9    9.1 

19.09    .96 

4.3    9.5 

14.43     35 

51.3  -0.1 

Mar.  10.8 

99.86    M 

10.6    1.5 

31.39    .69 

19.4     1.5 

19.36    .97 

3.9-93 

14.69     .97 

51.3  49.1 

90.8 

30.43    .90 

9.5    0.9 

39.04     .74 

11.1     9.9 

19.64    M 

3.9  49.1 

14.98     39 

51.1     9.4 

30.8 

31.03    .«! 

9.0-0.9 

39.80    .77 

10.5  -0.9 

19.94     .30 

4.1     9.4 

15.97    39 

50.6    9.9 

Apr.    9.8 

31.64  ^.tl 

9.9  49.5 

33.58  4.77 

10.6  49.3 

13.94  4.30 

4.7  49.9 

15.58  431 

49.9  49.8 

19.7 

39.94     M 

10.0    1.1 

34.35    .75 

11.3     1.9 

13.54     .30 

5.7    1.1 

15.89     31 

49.0     13 

99.7 

39.89    M 

11.4     1.7 

35.09    .71 

19.6    1.6 

13.84     .30 

6.8    13 

16.90     31 

47.9     13 

Umj    9.7 

33.36    .51 

13.4    M 

35.77    .65 

14.5    9.9 

14.14     .90 

8.9    13 

16.50     .30 

46.6     13 

19.6 

33.84    .44 

15.9    9.7 

36.38    M 

16.9    9.6 

14.49    Jf7 

9.9    1.7 

16.80    39 

45.3     13 

99.6 

34.95  4.37 

18.7  49.0 

36.89  4.46 

19.7  49.0 

14.68  4.95 

11.6  41.9 

17.08  4.97 

43.9  41.4 

June  8.6 

34.68    M 

91.9    3.3 

37.30    J5 

99.8    3.9 

14.99     M 

13.4     13 

17.33     34 

49.5    1.4 

18.6 

34.89    .19 

95.4    3.5 

37.59    .93 

96.9    3.4 

15.14     .19 

15.9     13 

17.56     31 

41.9    13, 

98.6 

34.96  ^M 

98.9    3.5 

37.75  4.19 

99.7    3.5 

15.31     .16 

16.9    1.7 

17.76     .18 

39.9    13 

July  as 

35.01     .09 

39.4    3.5 

37.79  -.93 

33.9    3.5 

15.45    .19 

18.6    13 

1731     .14 

38.8     1.1 1 

18.5 

34.96  -.19 

35.9  43.4 

37.69  -.16 

36.8  43.5 

15.55  4.07 

90.9  413 

18.03  4.69 

1 
37.7  40.9  \ 

98.5 

34.81     M 

39.3    3.3 

37.47    M 

40.9     3.9 

15.60  4.03 

91.6    13 

18.10  4.65 

36.9     9.9 

Aug.  7.4 

34.56    M 

49.5    3.0 

37.19    .40 

43.4     3.1 

15.61  -.01 

99.8    13 

18.19    39 

36.1     9.7 

17.4 

34.93    .97 

45.4    9.7 

36.66    .51 

46.3    9.8 

15.58     .05 

93.9    13 

18.11  -.94 

35.5    93  1 

97.4 

33.89    .49 

47.9    9.4 

36.10    .69 

48.9     9.4 

15.51     .69 

94.8    63 

18.05    .69 

35.1     9.4 

Sept  6.3 

33.34 -.50 

50.1  41.9 

35.46  -.98 

51.9  49.0 

15.40  -.19 

95.4  49.6 

17.95  -.11 

34.8  49.9 

16.3 

39.81     .55 

51.8    1.5 

34.74     .79 

53.0     1.6 

15.97     .14 

95.9     9.4 

17.83    .13 

34.7  49.1 

96.3 

39.94     .56 

53.0    1.0 

33.96    .79 

54.3     1.1 

15.19     .16 

96.9  493 

17.69    .15 

34.6    93 

Oct.    6.3 

31.65    .90 

53.7  40.5 

33.16    .91 

55.9     6.6 

14.96     .16 

96.9     93 

17.53     .16 

34.7  -9.1 

16.9 

31.05    .59 

53.0  -e.i 

39.34    .91 

55.5  40.1 

14.80    .15 

96.1  -93 

17.37    .15 

34.9    93 

96.9 

30.46  -.57 

53.5  -9.6 

31.53 -.79 

55.9-9.5 

14.65 -.14 

95.8-9.4 

17.99  -.14 

35.1  -93 

Nor.  5.9 

99.90    .54 

59.6    1.9 

30.75    .75 

54.4     1.1 

14.51     .19 

95.9     93 

17.09     .19 

35.5    9.4 

15.9 

99.39    .49 

51.1     1.7 

30.03    .68 

53.1     1.6 

14.40    .99 

94.5     03 

16.98    .69 

35.9     9.5 

1          96.1 

98.93    .41 

49.9     9.9 

99.38     .60 

51.9    9.1 

14.39    .06 

93.6     13 

16.90    .96 

36.4     93 ' 

Dee.    5.1 

98.56    .99 

46.7    9.6 

98.83     .59 

48.9    9.5 

14.98  -.69 

99.6    1.1 

16.86  -.69 

37.0    93, 

15.1 

98.97  -.94 

43.9  -3.0 

98.39 -J8 

46.9  -9.9 

14.98  4J9 

91.4  -13 

10.85  4.91 

37.7  -9.7 

95.0 

98.08    .14 

40.7    9.3 

98.08    .91 

43.1     3.9 

14.39     .96 

i    90.1     13 

I6.W>     .06 

38.4    0.7 

35.0 

97.99  -.94 

37.4  -3.5 

97.91  -.10 

:W>.8  -3.4 

14.40  4.10 

18.8  -1.4 

16.96  4.10 

39.1  -9.7 

354 


FIXED  STARS,  1895. 


1 


APPABEirr  PULGES  FOB  TOE  UPPBB  TB^KSIT  AT  WASmNGTOSr. 


Mmw 

y  Aqaila. 

aAqnila. 

tDneoDis. 

j^Aqnils. 

1 

Right 

NvrUu 

Riffbt 

^■CeBSlOB. 

DeoUiiatloB 
JTorO. 

Bifht 

AMSMlaB. 

iTora. 

Rij^t 

1 
f 

h     m 
19  41 

+  10  21 

h     m 

19  45 

+    8  35 

h     m 
19  48 

+69  59 

19  50 

+  68 

Jao.    0.0 

• 
14.79  4-.M 

19.0  -1.7 

• 
38.37 +JS 

19^9  -1.6 

27.04  -.19 

1$ 

59.9-3.9 

• 
8.11  +.« 

mTs  -i^ 

10.0 

14.87     .« 

17.3    1.7 

38.44     .09 

18.3     1.6 

26.91  -.68 

56.6    3.4 

8.18     .66 

30.8     IJ 

20.0 

14.98    .13 

15.6    1.6 

38.55    .13 

16.7     1.5 

26.89 +.H 

53.2    3.4 

8.28    .19 

».3       14 

30.0 

15.13    .It 

14.0     1.5 

38.70    .16 

15.2    1.4 

27.00     .16 

49.8    3.3 

8.42    .16 

28.0     U 

Feb.    8.9 

15.30    .19 

12.3     1.3 

38.87    .19 

13.9    1.9 

27.22    .97 

46.5    3.1 

8.60    .19 

86.7     IJ 

18.9 

15.51  •f.a 

11.3-1.1 

39.07  +.99 

12.7  -1.0 

27.55  +.38 

43.5  --9.8 

8.79  +.91 

35,7  -«j 

28.9 

15.74     M 

10.3     0.8 

39.30     .94 

11.9     6.7 

27.98    .47 

40.9     9.4 

9.02    .94 

^A3     6^ 

Mar.  10.9 

15.99    M 

9.7     6.4 

39.55     .96 

11.3-0.4 

28.49    .55 

38.8     1.9 

9.27     .96 

94.4 -«J 

90.8 

16.26     .96 

9.5  -«.l 

39.82     .98 

11.1     0.0 

29.08    .61 

37.2     1.3 

9.53    .97 

94^+4.1 

30.8 

16.55    .» 

9.6  +0.3 

40.11     .99 

11.3+0.4 

29.71     .65 

36.3  -0.6 

9.81     .99 

34.5    9.4 

Apr.    9.8 

16.84  •f.ao 

lO.I  +0.7 

40.40  +.30 

11.9+0.7 

30.38  +.67 

36.0    0.0 

10.11  +.30 

35.1   +9.7 

19.7 

17.15    .30 

11.1     1.1 

40.71     .30 

12.8    1.1 

31.05    .67 

36.4  +0.7 

10.41      .30 

36.0     1.1 

29.7 

17.45    .30 

12.3    1.4 

41.01     .31 

14.1      1.4 

31.72    .65 

37.3    1.3 

10.72     .30 

37.3     1.4 

May    9.7 

17.75    .» 

13.9    1.7 

41.32    .30 

15.6    1.7 

32.35    .61 

38.9    1.9 

11.02     .30 

38.7     M 

19.7 

18.04    .98 

15.7     1.9 

41.61     .99 

17.4     1.9 

32.93    .55 

41.0    9.3 

11.32     .99 

30.4     J  J 

29.6 

18.32  •l>.96 

17.6  +9.0 

41.89  +.97 

19.4  +9.0 

33.45  +.48 

43.6  +9.8 

11.60 +.97 

33^  +1J 

Jane  8.6 

18.57    .M 

19.7    9.1 

42.15     .94 

21.4    9.1 

33.89     .39 

46.6    3.1 

11.85     .95 

34.3    %M 

18.6 

18.79    .91 

'    21.9    9.9 

42.37    .91 

23.5    9.1 

34.23     .99 

49.9    9.4 

12.09     .99 

36.3    9J 

28.6 

18.98    .17 

24.1     9.1 

42.57    .18 

25.6    9.1 

34.48    .19 

53.3    3.5 

I2;29     .18 

38.3    %M 

July    8.5 

19.14     .13 

26.2    9.0 

42.73     .14 

27.7    9.0 

34.61  +.08 

56.9     3.6 

12.45     .14 

40.3    \3 

18.5 

19.25  ^.09 

28.2  +1.9 

42.84  +.09 

29.6  +1.9 

34.64  -.03 

60.6  +3.6 

12.57  +.10 

43.0  +1.7 

28.5 

19.31  ^M 

30.1     1.8 

42.92    .05 

31.4     1.7 

34.56     .14 

64.1     3.5 

12.65    .06 

43.6    IJ 

Aug.   7.4 

19.33     .00 

31.8    1.6 

42.94  +.01 

33.1     1.5 

34.36    .94 

67.6    3.3 

12.68  +.01 

45. 1     1.4 

17.4 

19.31  -.04 

33.3    1.4 

42.93  -.04 

34.5    1.3 

34.07     .34 

70.8    8.1 

12.67  -.03 

46.4     Ij' 

27.4 

19.25    .08 

34.5    1.1 

42.87     .08 

35.7    1,1 

33.68     .43 

73.7    9.8 

12.62    .07 

47.5     M 

Sept  6.4 

19.15 -.11 

35.6  +0.9 

42.78  -.11 

36.7  +6.9 

33.21  -.51 

76.3  +9.4 

12.53  -.11 

4a4  ^jt 

16.3 

19.02    .14 

36.3    0.6 

42.66    .13 

37.4    0.6 

32.66     .57 

78.6    9.0 

12.42    .13 

49.0    0.5 

26.3 

18.87    .16 

36.8    0.4 

42.51     .15 

37.9    0.4 

32.07     .69 

80.3     1.5 

12.28    .15 

49.4    OJ 

Oct.    6.3 

18.71     .16 

37.1  +0.1 

42.36    .16 

38.2  +0.1 

31.43     .65 

81.6    1.0 

12.12    .16 

49.6  +6.1 1 

16.3 

18.54     .16 

37.1  -0.1 

42.19     .16 

38.1  -0.1 

30.76     .66 

82.4  +0.5 

11.96     .16 

49.6  -6.1 1 

2G.2 

18.38  -.15 

36.8  -0.4 

42.04  -.15 

37.9  -0.4 

30.10  -.66 

82.6  H).l 

11.80 -.15 

i 

49.3  -6.4 

1 

Nov.    5.2 

18.24     .14 

36.3    0.7 

41.89    .13 

37.4    0.6 

29.45     .63 

82.3    0.6 

11.66    .13 

48.8    0.1 

15.2 

18.11     .11 

35.5    0.9 

41.77     .11 

36.7    0.8 

28.a3     i» 

81.4     \S 

11.53    .11 

48.1    M 

25.2 

18.01     .08 

34.5    1.1 

41.67     .08 

35.7    1.1 

28.26     .53 

79.9    1.7 

11.44     .08 

47.2    !.• 

Dec.    5.1 

17.95     .04 

33.2    1.3 

41.61     .04 

34.6    1.9 

27.77     .45 

77.9    9.9 

11.37     .65 

46.2    IJ 

15.1 

17.92  -.01 

31.8  -1.5 

4 1 .58  -.01 

33.2  -1.4 

27.35  -.36 

75.5  -9.6 

11.36 -.01 

44.9-1  J 

25.1 

17.93  +.03 

30.2    1.6 

41.59  +.03 

31.8    1.5 

27.04     .96 

72.6    9.0 

1 1 .35  +.68 

43.6    1.4 

36.0 

17.99  +.07 

28.5  -1.7 

41.64  +.07 

30.2-1.6 

26.84  -.15 

69.5  -3.9 

11.40 +.67 

43.1  -IJ 

STARS,  1895. 


355 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINQTON. 

KoUr 
VmU, 

r  Aqail0. 

a*  Caprieorni. 

c  Cephei. 

a  PoTonia. 

Riffht 

IHelliMiloB 

RIffbt 
Aaeentloa. 

DMllBAtloa 

BIghl 
AaoensioB. 

DMtliiwtloa 
Nora, 

Blffbt 
AaoesaioB. 

DmUmUmi 

h     m 

19  58 

0          / 

+  6  58 

h     m 

20  12 

0          t 

-12  52 

h     m 

20  12 

+77  23 

h     m 

20  17 

-57    4 

Jmn.    0.1 

59.47  *M 

46.3  -1.5 

• 
19.65  4.06 

99.5  -0.9 

• 

18.15  -.47 

iZA  -9.9 

19.98  4.93 

30.6  49.9 

10.0 

59.54     .M 

44.8     I.A 

19.71     .09 

99.8    0.3 

17.77    .99 

40.3     3.9 

19.35     .10 

98.3     9.3 

^.0 

59.63    .11 

43.4     1.4 

1^81     .19 

93.0    0.9 

17.57  -.19 

37.1     3.3 

19.48    .16 

95.9    9.4 

30.0 

50.76    .15 

49.0     1.3 

19.95    .19 

93.9  -9.1 

17.57  4.99 

33.7     9.3 

19.68    .93 

93.5    9.5 

Feb.    9.0 

50.93    .19 

40.7    1.1 

13.11     .19 

93.3    0.0 

17.75    .98 

30.4    3.9 

19.93    .99 

91.0     S.4 

18.9 

60.19  4>JV 

39.7  -0.0 

13.30  4.91 

93.9  40.9 

18.19  4.45 

97.3  -3.9 

90.95  4.34 

18.6  49.4 

98.9 

60.33    J3 

38.9    0.9 

13.59     .99 

93.0    9.3 

18.66    .91 

94.5    9.9 

90.61     .38 

16.3    9.3' 

Mar.  10.9 

60.57     J5 

38.4-9.9 

13.77     .99 

99.6    9.5 

19.35    .75 

99.1     S.1 

91.09    .43 

14.1    9.1 

90.8 

60.84     .97 

38.3    0.9 

14.03     .99 

99.0    0.7 

90.17     .99 

90.9    1.9 

91.46    .46 

19.1     1.9 

30.8 

61.19    .» 

38.5  49.4 

14.39    .99 

91.9    0.9 

91.08     .94 

18.9    1.0 

91.94     .49 

10.3    1.7 

Apr.    9.8 

61.41  4>.9i 

39.1  40.7 

14.69  4.31 

90.9  41.0 

99.06  4.99 

18.3  -4.4 

99.45  4.51 

8.7  41.4 

19.8 

61.71    .ao 

40.0     1.1 

14.93    J9 

19.1      1.9 

93.07  1.01 

18.9  40.9 

99.97     M 

7.4     1.1 

99.7 

69.09    .31 

41.9    1.4 

15.95    J9 

17.9    1.3 

94.07    .99 

18.8    0.9 

93.50     .53 

6.5    0.9 

U%j    9.7 

69.39    .90 

49.8    1.9 

15.57    J9 

16.6    1.9 

95.05     M 

90.0    1.5 

94.03     .53 

5.8    03 

19.7 

69.69    M 

44.5    1.9 

15.89    .91 

15.9    1.4 

95.95    .99 

91.8    9.9 

94.56    .51 

5.6  40.1 

99.7 

69.90  4'.97 

46.4  49.0 

16.90  4.30 

13.9  41.3 

96.77  4.75 

94.1  49.5 

95.06  4.49 

6.6  -9.9 

Jnne  8.6 

63.17    .96 

48.4     9.0 

16.49     .99 

19.5    1.3 

97.46     .93 

96.8    9.9 

95.54     .45 

6.0     9.9 

18.6 

63.41     M 

50.5    9.1 

16.75    .96 

11.3    1.9 

98.09     .49 

99.8    3.9 

95.97     .41 

6.7     9.9 

98.6 

63.69    .19 

59.5    9.0 

16.98    .99 

10.9    1.1 

98.49     .93 

33.9    3.4 

96.35    J5 

7.8     1.9 

jQly   8J^ 

63.78    .15 

54.5     1.0 

17.18    .19 

9.9    0.9 

98.67  4.19 

36.7    3.9 

96.67    M 

9.1     1.5' 

18.6 

63.91  ^.11 

56.4  41.9 

17.34  4.14 

8.3  40.8 

98.75  -.01 

40.3  43.9 

90.93  4.91 

10.7  -1.7 

98.5 

64.00    .09 

58.9    1.7 

17.45    .09 

7.6    0.9 

98.66    .17 

43.9     3.9 

97.10    .14 

19.5    1.9 

Ang.   7.5 

64.04  4>.99 

59.7    I J 

17.59  4.04 

7.1     0.4 

98.40     .33 

47.5     3.5 

97.90  4.99 

14.4     1.9 

17.4 

64.04  -.99 

61.1     1.3 

17.54     .00 

6.8    0.3 

97.99     .49 

50.9    3.3 

97.99  -.99 

16.4     9.9 

97.4 

63.99    .09 

69.3    1.1 

17.59  -.04 

6.6  40.1 

97.49     .09 

54.1     3.0 

97.16     .99 

18.3     1.9 

Sept  6.4 

63.91  -.10 

63.3  40.0 

17.45  -.08 

6.6    0.0 

96.79  -.79 

67.0  49.7 

97.03  -.19 

1 
90.9  -1.9 

16.4 

63.80    .13 

64.0    0.9 

17.36     .11 

6.6  -0.1 

95.90     .97 

59.6     9.4 

96.84     M 

91.9    1.5 

96.3 

63.60    .15 

64.4     0.4 

17.93     .13 

6.8    0.9 

94.98     .95 

61.7    9.0 

96.59     J9 

93.3     IS 

Oct.    6.3 

63.51     .19 

64.7  40.1 

17.09     .15 

7.0    0.9 

93.99  1.09 

63.5     1.5 

96.31     M 

94.4     9.9 

16.3 

63.35    .19 

64.7  -9.1 

16.93     .15 

7.3    0.3 

99.94  1.09 

64.7     1.0 

96.00    .31 

95.1     9.5 

96.9 

63.19 -.19 

04.5  -0.3 

16.78  -.15 

7.6  -0.3 

91.87-1.07 

65.4  40.4 

95.69  -.30 

95.4  -9.1 

Not.   5.9 

63.05    .14 

64.0    0.9 

16.64     .13 

7.9    0.3 

90.80  l.oe 

65.5  -0.1 

95.39     M 

95.3  40.3 

15.9 

69.99    .19 

63.3    9.9 

16.59    .11 

8.9    0.3 

19.76  1.01 

65. 1     0.7 

95.19     M 

94.8    0.7 

95.9 

69.B9     .09 

69.5    0.0 

16.49    .09 

8.6     0.3 

18.77     .04 

64.1     1.3 

94.89     .91 

93.9     1.1 

Dws.    G.l 

69.75    .00 

61.4     1.1 

16.35    .05 

8.9    0.3 

17.88     M 

69.5     19 

94.71     .15 

99.5    13 

1 

15.1 

69.71  -.99 

60.9  -1.3 

16.31  -.09 

1       9.3  -0.3 

17.09  -.71 

60.5  -9.a 

94.59  -.09 

90.9  41.8 

95.1 

69.71  4.09 

58.9    1.4 

16.39  4.09 

9.6    0.3 

16.45     .59 

57.9    9.7 

94.54  -.01 

18.9     9.1 

35.1 

69.75  4.09 

1     57.4  -1.5 

16.36  4.00 

9.9  -0.3 

I5.'.r7  -.30 

55.1  -3  0 

94..*^  4.06 

16.7  4f  3 

356 


FIXED  STARS,  1895. 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINOTON. 

1 

1 

- 

7  Cygni. 

ir  Capricorni. 

c  Delphini. 

Groombrid^  324L    , 

Heftn 
SoUr 
Date. 

Right 
Atoenuon. 

DeolUiAtioD 

Right 
Asoension. 

DeolinatioB 

Right 
Aaoenaion. 

Dedinatton 

Right 
AfuwrioB. 

S9rtk. 

li     m 

20  18 

+89  54 

h     m 

20  21 

-18"  33 

h     m 

20  28 

+  id"  66 

h     m 

20  30 

+72*10 

Jan.    0.1 

• 
25.90  -.04 

7L8-9.0 

• 

17.64  +.04 

3L7    0.0 

• 
10.63  +.01 

4l'6  -1.6 

• 

22.55 -.34 

35^8-U 

10.0 

25.89  -l-.Ol 

69.0     9.8 

17.70     .06 

31.6  +0.1 

10.66    .05 

40.1     1.6 

22.26     .91 

32.8   sa 

^.0 

25.93    .06 

66.2    9.9 

17.80     .11 

31.5    0.9 

10.73    .06 

36.5    1.5 

22.11  -.06 

29.6    SJ 

30.0 

26.01     .11 

63.3    9.8 

17.93    .14 

31.3    0.3 

10.82    .11 

36.9    1.4 

22.08  +.04 

26.2    3J 

Feb.    9.0 

26.14    .15 

60.6     9.8 

18.09    .18 

31.0     0.4 

10.96    .15 

35.5    1.3 

22.19     .17 

22.9    &J 

18.9 

26.32  -I-.19 

58.1  -9.3 

18.28  +.91 

30.5  +0.5 

11.12 +.18 

34.3  -1.1 

22.43  +.30 

19.8  -W 

88.9 

26.53    .S3 

55.9     9.0 

18.50     .93 

29.9    0.6 

11.31      .90 

33.3    0.8 

22.79     .49 

\%S    17 

Mar.  10.9 

26.79    .97 

54.2    1.5 

18.74     .98 

29.2    0.6 

11.53    .93 

32.7    0.5 

23.26     .56 

14,4    s.t 

90.9 

27.07    .30 

52.9    1.0 

19.01     .98 

28.4    0.9 

11.77     JB 

:«.4  -0.1 

23.83     .61 

12.4    U 

30.8 

27.39    .33 

•  52.2  -«.4 

19.30     .30 

27.4     1.0 

12.04     SI 

32.5  +0.3 

24.48    .68 

10.9    1.1 

Apr.    9.8 

27.72  +.34 

52.1  +«.! 

19.60  +.31 

26.3  +1.1 

12.32  +.99 

33.0  +0.7 

25.18  +.79 

lO.I  -U 

19.8 

28.07     .35 

52.5    0.7 

19.92    .39 

25.1     1.9 

12.62    .90 

33.8    1.0 

25.92    .74 

9J>44>.1 

29.7 

28.43    .38 

53.5    1.3 

20.25    .33 

23.9    1.3 

12.93    .31 

35.0    1.4 

26.67     .74 

10.3    «^ 

May    9.7 

28.79    .95 

56.0    1.8 

20.58    .33 

22.6    1.3 

13.24     .31 

36.6    1.7 

27.40     .79 

11.4     1.4 

19.7 

29.13     .34 

57.0    9.9 

20.91     .39 

21.3    1.3 

13.55    .30 

38.4    1.9 

28.10     .67 

13.1    U; 

29.7 

29.46  +.31 

59.4  +9.8 

21.23  +.31 

20.0  +1.9 

13.84  +.91 

40.4  +9.1 

28.75  +.61 

15.2  414 

Juue  8.6 

29.76     .9B 

62.2    9.9 

21.53    .99 

18.9    1.1 

14.13     .97 

42.5    9.9 

29.32    .53 

•17.9    W 

18.6 

30.03     .94 

65.2    3.1 

21.81     .98 

17.8     1.0 

14.39     M 

44.8    9.3 

29.80     .43 

20.9   >J 

28.6 

30.25    .90 

68.3    3.9 

22.06    .93 

16.9    0.8 

14.61     .91 

47.0     9.3 

30.18    J9 

24.9   S.4 

July    8.6 

30.43    .15 

71.6     3.3 

22.27     .19 

16.2    0.6 

14.81     .17 

49.3     9.9 

30.45    .11 

27.7    M 

18.5 

30.56  +.10 

74.8  +3.9 

22.44  +.15 

15.7  +0.4 

14.96  +.13 

51.4  +9.1 

30.60  +.09 

31.3 +i7 

28.6 

30.63  +.05 

78.0     3.1 

22.57     .10 

15.3    0.3 

15.07    .09 

53.5    9.0 

30.62  -.03 

35.0   8.7 

Aug.    7.5 

30.65  •.Ol 

81.1     3.0 

22.65     .05 

15.1  +0.1 

15.13  +.04 

55.3     1.8 

30.53    .15 

3a7    U 

17.4 

30.62    .00 

84.0     9.8 

22.68  +.01 

15.1    0.0 

15.15     .00 

57.0     1.6 

30.32    St 

42.9   3.4 

27.4 

30.54     .10 

86.6    9.5 

22.67  -.04 

15.2  -0.9 

15.13 -.04 

58.5    1.3 

29.99    .37 

45.5   Si 

Sept.   6,4 

30.41  -.15 

89.0  +9.9 

22.61  -.08 

15.5  -0.3 

15.07  -.06 

59.7  +1.1 

29.57  -.47 

4a6+»» 

16.4 

30.25    .19 

90.9     1.8 

22.52    .11 

15.8     0.3 

14.98    .11 

60.7    0.8 

29.05     .56 

51.4   13 

26.3 

30.05    .91 

92.5    1.4 

22.3!)     .13 

16.1     0.4 

14.85     .13 

61.4     0.8 

28.46     .09 

53.7   11 

Oct.     6.3 

29.83     .93 

93.7    1.0 

22.25    .15 

16.5     0.4 

14.71     .15 

61.8    0.3 

27.80     .66 

55.6    I.T 

16.3 

29.59    .94 

94.4  +0.5 

22.10    .15 

16.9     0.4 

14.55     .16 

62.0  +0.1 

27.10     .71 

57.1    U 

26.2 

29.35  -.93 

94.7    0.0 

21.94  -.15 

17.3  -0.3 

14.39  -.15 

62.0  -0.1 

26.38  -.73 

68.0  +0.J 

Nov.   5.2 

29.12    .99 

94.4  -0.5 

21.79    .14 

17.6     0.3 

14.24     .14 

61.6    0.4 

25.65    .79 

58.3  44.1 

15.2 

28.91     .90 

93.7    0.9 

21.66     .19 

17.8    0.9 

14.11     .13 

61.0    0.7 

24.94     .70 

58.1  -43 

25.2 

28.71     .18 

92.6    1.4 

21.56     .09 

18.0     0.9 

13.99     .10 

60.2    0.9 

24.25     .65 

57-3   1.1 

Deo.    5.1 

28.55     .14 

91.0     1.8 

21.48    .06 

18.2    0.1 

13.90     .07 

59.2    l.l 

23.63    .59 

55.9    li 

15.1 

28.43  -.10 

89.0  -9,9 

21.44  -.09 

18.3  -0.1 

13.84  -.04 

57.9  -1.3 

23.08 -J6 

54.0-11 

25.1 

28.34     .00 

86.6    9.5 

21.43  +.01 

18.3    0.0 

13.82  -.01 

56.5     1.5 

22.62     .41 

51.6   li 

35.1 

28.31  -.09 

84.0  -9,7 

21.47  +.05 

18.3     0.0 

13.82  +.09 

55.0  -1.6 

22,27 -.99 

48,9 -W, 

^mr^^r' 


n 


FIXED  STARS,  1895. 


367 


APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINGTON. 

SoUr 
Date. 

a  Cjgni. 

ft  Aqnarii. 

19YoarCat.l879. 

irCjgni. 

Rlfbt 

DMllBfttkm 

RlCht 
AMeasioB. 

DmUbaUod 
Bomtk. 

Blfbt 
AaoMskm. 

DMllaaUoB 
X^rtk. 

BIflit 

I>MlUMti«l 

h     m 

so  37 

+44  6S 

h     m 

20  46 

O           ' 

-  9  22 

h     m 

20  52 

+80     9 

h     m 

20  53 

+40  4ft 

Jao.     0.1 

• 

49.91  -.07 

78.9 -«.0 

• 

58.46  4>.0I 

47*3  -0.5 

• 

11.90-  M 

36.3 -CO 

• 

13.76  -.07 

47.1  -9J 

lO.I 

49.16  -.09 

75.5    9.0 

58.49    .05 

47.7    0.4 

11.90     M 

39.6    9.0 

13.70  -J9 

44.6    9J 

1            M.O 

49.16  -l-.OS 

79.6    9.0 

58.55     .00 

48.1     0.3 

10.71     .37 

99.6    3.1 

13.70  4.03 

41.8    9.7 

SO.O 

49.91     .06 

69.7    9.0 

58.66    .11 

48.4     0.9 

10.46-  .13 

96.3    9J 

13.74     J9 

39.0    9J 

Feb.    9.0 

49.39    .13 

66.8    9.0 

58.77    .14 

48.6  -0.1 

10.454  .11 

93.1     3J 

13.89    .11 

36.3    9J 

19.0 

49.47  -f.IS 

64.1  -9.5 

58*93  4.17 

48.6  40.1 

10.684  J6 

19.8  -9.1 

13.96  4.10 

33.7^9.4 

98.9 

49.67     M 

61.7    9.9 

59.19    .90 

48.4    0.3 

11.16     JO 

16.8    9.0 

14.13    JO 

31.4    9.1 

;  Mar.  10.9 

49.99     S7 

59.7    1.8 

59.33     M 

48.0    0.5 

11.84     .78 

14.1     9J 

14.36    J4 

99.6     1.7 

90.9 

50.90     .30 

58.9    1.3 

59i»7     .96 

47.4    0.7 

19.79    .00 

11.8    1.0 

14.61     .00 

98.0    IJ 

30.8 

50.59     .33 

67.9    0.7 

50.83    .97 

46.6    0.0 

13.76  1.10 

10.1     IJ 

14.91     Jl 

97.0    0.7 

Apr.    9.8 

50.87  ••'.30 

56.8  -0.1 

60.11  4JV 

45.6  41.1 

14.9941  JO 

8.9-0  J 

16.93  4*J3 

96.6-0  J 

19.8 

51.94     .37 

67.0  403 

60.41     .31 

44.4     1.3 

16.16  IJO 

8.3 -OJ 

15.57     JO 

96.0  40.4 

99.8 

51.61     .38 

57.7     l.I 

60.79    .39 

43.1     1.4 

17.43  1J7 

a3  4«J 

16.94     JO 

97.6    1.0 

tf»y    9.7 

51.99     .30 

50.1     1.0 

61.04     M 

41.6     1.0 

18.69  1J4 

9.0    IJ 

16.30    JO 

98.7    IJ 

19.7 

69.87     .30 

60.9    t.l 

61.36    J9 

40.0    IJ 

19.90  1.17 

10.3    IJ 

16.66    JO 

30.5    9J 

99.7 

59.79  •l'.84 

63.9  49.5 

61.67  4.31 

38.4  41.0 

91.0341.07 

19.1  46J 

17.01  4-J4 

39.6  40.4 

iJane  HA 

53.05    .31 

65.9    9.0 

61.97    .90 

36.8     1.6 

99.04     .09 

14.4    9J 

17.34     J9 

36.9    9.7 

18.6 

53.35    .97 

68.9    3.1 

69.96    .97 

35.9    1.4 

99.90     .77 

17.1     9J 

17.64     JO 

38.1     3  J 

98.6 

63.60     .93 

79.1     3.3 

69.51     .94 

33.8    1.4 

93.50     JO 

90.9    3J 

17.91      .94 

41.9    3J, 

Jalj  8.6 

53.81     .18 

75.4     3.4 

69.74     JO 

39.5    IS 

94.09    .40 

93.6    3J 

iai3    Ji 

44.4     3j1 

18.6 

63.06  -f.lO 

78.8  43.4 

69.99  4.10 

31.3  41.0 

94.394  .10 

97.1  43J 

18.30  4.15 

47.7  43J 

98.6 

54.05     .07 

89.9    3.3 

63.06    .19 

30.3    0.0 

94.48- .09 

30.8    3.7 

18.49    .00 

'    51.0    1.9 

Ang.   7.6 

54.09  4.01 

85.5     3.9 

63.16    .07 

99.6    0.7 

94.36    J9 

34.5    3J 

18.48  4.04 

54.9    3.1 

17.6 

54.07  -.05 

88.6     3.0 

63.91  4.09 

99.0    0.5 

94.03     .49 

38.1     3J 

ia49  -.01 

57.3    3.0 

97.4 

54.00     .10 

91.6     9.8 

63.99  -.01 

98.6    OJ 

93.51     J9 

41.6    3.4 

ia45     J7 

60.1     9.7 

Sept  6.4 

63.88  -.15 

94.1  49.5 

63.18  -.05 

98.3  40.1 

99.80- .70 

44.9  43J 

18.36  -.11 

69.7  41.4  ' 

16.4 

63.71     .19 

96.4     9.1 

63.11     .00 

98.9    0.0 

91.99    J5 

48.0     9.0 

18.93     .15 

66.0    9.1 

96.3 

53.51     .99 

98.3     1.7 

63.01     .11 

98.3  -0.1 

90.90  1.00 

50.7    9J 

18.06     .10 

66.9     1.7 

OoL    6.3 

53.97     .94 

99.8    1.3 

69.88    .13 

98.5    OJ 

19.75  IJO 

63.0    9.1 

17.86    Jl 

08.4     IJ 

16.3 

63.09    .95 

100.8    0.8 

69.74     .14 

98.7    0.3 

18.50  1.98 

54.8     IJ 

17.64     JO 

60.5    OJ 

96.3 

59.77 -.90 

101.4  40.3 

69.60  -.14 

90.0  -0.4 

17. 19-1 J3 

66.9  41.1 

17.49  -J3 

70.9  40J 

NoY.    6.9 

59.51     .95 

101  J& -0.9 

69.46     .13 

99.4     0.4 

15.84   IJO 

67  J  40  J 

17.19     Jl 

!     70.3    OJ. 

16.9- 

59.96     .83 

lOI.O     0.7 

69.33    .19 

99.9     0.4 

14.49  1J4 

67.3    OJ 

16.97     Jl 

:     70.0-0  J 

!           96.9 

59.04     .91 

lOO.I      1.9 

69.99     .10 

30.3     0.5 

13.17  1J8 

66.9-0  J 

16.76     .10 

69.3     IJ* 

Doo.    6.9 

51.84     .19 

98.6     1.0 

69.13    .07 

30.8     0.5 

11.99  1.10 

66.0     IJ 

16.58    .17 

68.0     IJ 

16.1 

51.68  -.14 

96.8  -4,1 

69.07  -.04 

31.3  -0.5 

1 0.78-1  J7 

64.5  -1.7 

16.43  -.13 

66.3  -1 J 

95.1 

51.66    .10 

94.6    9.4 

69.05  -.01 

31.7     0.5 

9.78     Jl 

59.5    9J 

16.31     J8 

64.3    9J 

36.1 

61.48  -.00 

91.9  -9,7 

69.05  4.09 

39.9  -0.4 

8.96-  .79 

60.0  -0.7 

16.94  -.06 

61.9 -tj 

9» 


FIXED  BTABS,  1895. 


▲PPASSn  PL1CB8  F(tt  TffK  UPPES  TKASBIT  AT  WASHIBOIt»L 

1 

ei*  CjfsL 

«o^ 

a    _  ♦ 

IF»g«i         i 

lM«u 

^«oiy^ 

M^rHL 

^»ff^^ 

^^'«- 

^»ff^^ 

»•«- 

^^M>»*^ 

^*«-, 

21    ? 

-i-a^is 

2?    8 

+29  47 

21  16 

•       • 

+62    8 

21   17 

+  192/ 

Jm,  ri 

0.74  -  Jl 

•6.60 -J9 

45T8-M 

• 

1.43 -.M 

3SLi  -9.4 

• 

19.63-34 

\%A-M 

10  J 

0.70 -A 

57J    9.4 

•6.57 -.99 

43.7    t.9 

1.99    .17 

99.4    t.8 

19.61  -.91 

15.1    1.: 

•0^ 

0.70  4^  J0 

54^     9.9 

•6.57  4.99 

41.4    9J 

1.08    .19 

•6.5    3l9 

19.69  4.93 

13  J    I J 

30^ 

0.74     J7 

59.0    9.9 

•6.61     M 

30.1     9J 

1.09 -.99 

93.4    8.1 

19.66     .99 

11.5    li 

r«b.  M 

9M    .11 

40.7    9.4 

96.68    J9 

36.0    t.9 

1.03  4>J9 

•0.9    8J9 

19.74     39 

9.7    l; 

10^ 

0.06  4-.li 

47J-fJ 

•6.80  4-44 

34.7-9.9 

1.13  4^.14 

17.1  -83 

19.85  4.13 

8,1 -u 

•8.0 

10.13    .19 

45.9    9.9 

•6.06    .17 

39.9    1.7 

1.39    J99 

14.1     93 

19.99     .16 

6.8    u 

lUr*  lOJ 

10.35    M 

43.4    1.9 

•7.15    .91 

31.3    1.9 

1.58     .39 

11.5     9.4 

13.17     .19 

5.7    U 

•0.9 

10.01    .r 

40.0    1.1 

97.37    M 

30.9    9.9 

1.91      .97 

0.3     9.9 

13.38     39 

5.0    IJ 

•0.0 

lOJO    J9 

41.9    9.9 

97.63    SI 

99.5  -4.4 

9.31      .49 

7.5     1.4 

13.69     39 

4.7  ^» 

Apr.    0.8 

II.Ol  4-.li 

403  -4.1 

97.09  4^.99 

99.3  49.1 

9.76  4.47 

6.4  -93 

13.88  4.96 

4.8  44J 

10.6 

11.55    M 

41.0  49.5 

98.99    J9 

99.6    9.5 

3.95    .50 

5.8-93 

14.17     30 

5.3   li 

00.8 

11.01     .15 

41.8    1.9 

98.55    ^ 

30.4     1.9 

3.77     .SS 

5.0  49.4 

14.48     31 

6.3    IJ 

Uf    0.7 

10.08    Of 

43.1     1.9 

98,88    .34 

31.6    1.5 

4.30    .53 

6.6     13 

14.80     39 

7.7    li 

10.7 

10.05    J9 

44.0    9.9 

99.99    .99 

33.3     1.9 

4.83    .99 

7.9    13 

15.19     39 

9.4    IJ 

•0.7 

19.00  ^M 

47.1  49.4 

90.65  4.99 

35.4  49Ji 

5.34  4.40 

9.7  49.1 

15.44  431 

11.4  411 

Jnnt  8.7 

13.94    J3 

40.7     9.7 

99.67     .90 

37.8    9.5 

5.81      .45 

19.1     93 

15.75     30 

13.6   U 

18.0 

19.00    .91 

59.0    9.9 

30.16     .99 

40.5    9.7 

6.95    .40 

14.8     9.9 

16.04     .96 

16.1    ti 

•8.6 

19.03    .96 

55.7    9.9 

90.43     .95 

43.3    9.9 

6.69    .84 

17.9     93 

16.31      35 

18,7   M 

July   8.0 

14.17    ,91 

58.0    9.9 

30.65    .91 

46.9    9.9 

6.93     .97 

91.3    83 

16.54     39 

91.3   U 

18.6 

14.36  ^.17 

69.3  49.9 

30.84  4.19 

49.9  43.0 

7.18  4.99 

94.9  48.6 

16.74  4.17 

93.9  411 

08.5 

14.50    .19 

65.6    9.9 

30.98    .19 

59.9    9.9 

7.33    .19 

98.6    8.7 

16.89     .13 

26.4   15 

Aug.   7,& 

14.50    .99 

0H.8    9.9 

31.07     .97 

55.0    9.6 

7.40  4.04 

39.3    3,7 

17.00     39 

98.8   U 

I7.A 

14,63  «f.91 

71.0     9.9 

31.19  4.99 

57.7    t.9 

7.40  -.04 

35.9    83 

17.06  4.04 

31.1    11 

rj 

14.01  -s94 

74.8    9.9 

31.11  -J9 

60.9    t.4 

7.39    .19 

39.4     8.4 

17.06     39 

33.1    li 

d«pi  6,4 

14.55  -,99 

77.5  4«.9 

31.07  -.r 

69.5  49.1 

7.16  -.19 

49.7  433 

17.05  -.94 

34  J  +1.7 

IM 

14.44    .19 

70.8    %M 

30.98    .11 

64.4     1.8 

6.94     .99 

45.8    93 

16.99     .99 

36.4    1.4 

W.4 

14.30    .19 

81.8     1.9 

30.86    .14 

66.1     1.9 

6.65    .91 

48.5    93 

16.89     .11 

r.7  1.1 

0«t    O 

14.13    ,19; 

83.4     1.4 

30.70     .19 

67.4     1.1 

6.31      .39 

50.8    tJ 

16.77     ,13 

38.7    M 

IIS 

\^M     M 

84.6    1.9 

90.54     .17 

68.3    9.1 

5.94    .39 

59.7     13 

16.63    J5^ 

39.3   IS 

1 

•na 

13.74 -J9 

^4  4«.9 

30.36 --.19 

68.8  44.9 

5.54 -.41 

54.1  41J 

16.48  -.15 

1 

39.7  4U 

N«v^  a.a 

13.33    ^ 

w^T  49^1 

30.18    .19 

68.9-4.1 

5.19    jm 

54.9  4«j9 

16.39    .15 

,    39.7 -«J 

,        i3^« 

13.33     .19 

:^«-<4 

30,00     .17 

Ga.7    %A 

4,70    ,41 

55.9    93 

16.17     .14 

39.4    15 

«kT> 

I1.U    aT 

>4^     9J 

99.M     .15 

68.0     9.9 

4.99    ^ 

55.0-43 

16.03     .13 

38.7   U 

Umw   v« 

liUKjl    .U 

SI*     1.9 

•9.70    .19 

1 

G6.9     1J9 

3il0    J? 

S4.1     1.1 

15.99    .11 

r*^  t-t 

IV 1 

lit>&^7i 

?tl^l  -K? 

1 

6^5-1.9 

3JS-J8 

52.7-13 

15J8S-39 

3t6-»-l 

«^i 

IHT*    J» 

Ii««       «.9 

99,«    JP 

tKCS     13 

X^    Jt» 

5«.t?    t,l 

15.75     39 

35c1    »J 

9VI 

l^4iS^-^« 

TX4  -*J 

9!^  4J  --« 

f  1  !^  -*J 

4^4  -U 

I5w?0-3B 

XU-u: 

FIXED  STAKS,  1895. 


359 


APPAREHT  PLACES  FOB  THE  UPPER  TBANSIT  AT  WASHINGTOK. 

Solar 

p  AqatriL 

p  Cophei. 

f  Aqnftril. 

tPoftii. 

Rifflit 
AMeasioB. 

DmUmUImi 

Bifht 
▲oeeostoB. 

DMlteAttea 
North, 

BIglii 

Pootinotton 
Oomtk. 

Bight 

DmIIbaUob 
Iforth. 

h     m 

21  26 

O            0 

-  6     1 

h     m 

21  27 

O          1 

+70    6 

21  82 

-S^lrf 

h     m 

21  89 

+  9  28 

Jan.    0.1 

1.05  -.•• 

66.8  -0.0 

• 

14.11  -.40 

66.6  -9J 

• 
8.96  -.00 

38'^3-OJ 

• 

0.81  -.04 

33^  -IJ 

to.i 

1.04  -f.OI 

67.3    0.5 

13.75     .91 

64.1     9.7 

8.95    .00 

38.7    0.4 

0.79  -.01 

39.4     IJ 

90.1 

1.06     .04 

67.8    0.4 

13.48    .91 

61.9    9.0 

8.97  4.03 

39.0    OJ 

0.79  4.00 

31.9    IJ 

30.0 

1.19    .07 

68.9    0.9 

13.39  -.10 

58.1     9.1 

9.09    JO 

39.3  -OJ 

0.89    .05 

99.9    IJ 

F«b.    9.0 

1.90    .10 

68.4  -0.0 

13.98  4.01 

54.9    9.9 

9.10    .01 

39.4    OJ 

0.88    .01 

98.8    1.1 

19.0 

1.39  -f.lS 

68.5    0.0 

13.35  4.19 

51.7-9.1 

9.91  4.19 

39.3  40.1 

0.97  4.11 

97.7  -0.0 

98.9 

1.46    .10 

68.5  40.0 

13.53    .94 

48.6    9.0 

9.35     .15 

39.1     OJ 

1.10     .14 

9SJ9    0.7 

Mat.  10.9 

1.64     .10 

68.9    0.4 

13.84     .95 

45.8    9.0 

9.59    .10 

38.7    OJ 

1.96    .17 

96.4    0.4 

90.9 

1.84     M 

67.6    0.7 

14.94     .45 

43.3    9J 

9.79    Jl 

38.0    OJ 

1.44     JO 

96.1  -0.1 

30.9 

9.07    .04 

66.8    0.0 

14.74     M 

41.4     1.7 

9.95    J4 

37.1     IJ 

1.66    J9 

96.9  44  J 

Apr.    9.8 

9.33-I-.97 

65.8  41.1 

15.31  •l-.OO 

39.9  -l.t 

10.90  4.97 

36.0  41 J 

1.91  4J0 

96.7  40  J 

19.8 

9.61     .90 

64.6    1.9 

15.94     .05 

39.1  -OJ 

10.48     JO 

34.7    M 

9.18    JO 

97.5    IJ 

99.8 

9.91     .91 

63.9    IJ 

16.61     .00 

38.8  40.1 

10.78     JO 

33.9    IJ 

9.47     .90 

98.6    IJ 

Umj    9.8 

3.99    .90 

61.6     1.7 

17.30    .00 

39.3    0.7 

11.09     JO 

81.6    1.7 

9.78    Jl 

30.0    IJ 

19.7 

3.54    .90 

59.8    1.0 

17.99     JO 

40.3    IJ 

11.41     JO 

99.8    IJ 

3.10     .90 

31.7    IJ 

99.7 

3.86  4.9S 

58.0  41.0 

18.66  4.04 

41.9  41.0 

11.73  4- JO 

98.0  41 J 

3.49  4.31 

33.7  49.0 

Jane  8.7 

4.17    .91 

56.9    IJ 

19.98    .50 

44.0    9.4 

19.05     Jl 

96.9    IJ 

3.73    JO 

35.8    9J 

18.6 

4.47     .00 

54.4     1.9 

19.85    M 

46.6    9.0 

19.36     JO 

94.5    1.7 

4.03    JO 

38.0    9J 

98.6 

4.75    .90 

59.7    1.7 

90.34     .45 

49.5    9.1 

19.64     .97 

99.8    IJ 

4.30    .90 

40.3    9J 

Jaly    8.6 

5.00     .93 

51.1     lA 

90.74     M 

59.8    3.4 

19.90    .04 

91.3    1.4 

iM    J9 

49.5    OJ 

18.6 

5.91  -f.lO 

49.6  41.4 

91.05  4.90 

56.4  49.0 

13.19  4J0 

19.9  41 J 

4.77  4J0 

44.7  49.1 

98.5 

5.38    .15 

48.3     1.0 

91.96    .15 

60.1     9.7 

13.30    .10 

18.8    1.1 

4.95    .10 

46.8    9J 

Aug.  7.5 

5.59    .11 

47.3     1.0 

91.36  4.05 

63.8     9J 

13.44     .19 

17.8    OJ 

5.08    .11 

48.8    IJ 

17.5 

5.60    .00 

46.4    0.9 

91.35  -.00 

67.6     9.7 

13.53     .07 

17.1     OJ 

5.17    .07 

50.5     1.7 

97^ 

5.65  -l-.OO 

45.8    OJ 

91.93    .10 

71.9    9  J 

13.58  4.03 

16.5    0.4 

5.99  4  J9 

59.1     1.4 

Sept  6.5 

5.64 -<.M 

45.3  40.4 

91.09  -.90 

74.7  49.4 

13.59  -.01 

16.9  40  J 

5.99  -.01 

53.4  41 J 

16.4 

5.61     .06 

45.0  40.0 

90.71     .95 

78.0    9.1 

13.55     .05 

16.1  40.1 

5.19     J5 

54.5    IJ 

96.4 

5.53     .00 

44.9    0.0 

90.39    .49 

81.0    9.8 

13.48     .00 

16.1  -0.1 

5.19    JO 

55.4    0.7 

Oei.    6.3 

5.43    .11 

45.0  -0.1 

19.86    .40 

83.6    t.4 

13.39    .11 

16.9    OJ 

5.03    .11 

66.0    OJ 

16.3 

5.31     .19 

45.9    0.0 

19.33    J5 

85.8    IJ 

13.97     .19 

16.5    OJ 

4.91     .19 

56.4  40J 

96.3 

5.18  -.19 

45.5  -0.9 

18.77  -JO 

87.5  41.4 

13.14  -.19 

16.9  -0.4 

4.78  -.19 

56.5    OJ 

Not.   6.3 

5.05    .19 

45.9    0.4 

18.17     .00 

88.6    0.0 

13.01     .19 

17^    OJ 

4.65    .19 

56.5 -OJ 

15.9 

1 

4.99    .10 

46.3    OJ 

17.56     JO 

89.9  40  J 

19.88     .19 

17.8    OJ 

4.59     .19 

66.1     0.4 

1           95.9 

4.80    .11 

46.9    03 

16.96    JO 

89.9  -0  J 

19.76     .11 

18.3    OJ 

4.39    J9 

55.6    0.0 

1 

4.70    JO 

47.4    OJ 

16.38    JO 

88.6    OJ 

19.66    .00 

18.8    OJ 

4.98    .10 

54.9    OJ 

15.9 

4.69  -J7 

48.0  -0.6 

15.84 -Jl 

87.5  -1 .4 

19.58  -.07 

19.3 -OJ 

4.19  -.00 

54.0  -1 J 

95.1 

4.57     .04 

48.6    0.0 

15.35    .45 

85.8    9J 

19.59    J4 

19.8    OJ 

4.19    JO 

59J>    1.1 

35.1 

4.54  -.01 

49.1  -0.6 

14.94  -.97 

m.e  -9,4 

19.49  -Jl 

90.9  -0.4 

4.07 -J3 

51.8-1  J 

360 


FIXED  STARS,  1895. 


• 

APPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WASHINGTON. 

11  Cephei. 

(i  Capricorni. 

79  Draconia. 

a  Aqi 

omriL 

Solar 

Bifflit 
Ateenskni. 

DeelliuiUoii 
North, 

Blight 
AaMOtioii. 

Declination 
Svvtk. 

RIfflit 
Aaoenaioo. 

DeoUnatioB 
Sortk, 

BicM 
AaoMMioa. 

TVinlfnirki  < 
smk. 

f 

h     m 

21  40 

+70  49 

h     m 

21  47 

o         # 

-14    2 

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21  51 

+13   12 

b     m 

22    0 

e       i    , 

-  0  49 

J*D.     0.1 

• 
18.92  -.45 

49.V  -9.1 

• 

33.59  -.03 

64.8  -0.9 

28.67  -.54 

30.3  -1.0 

a 
22.71  -.05 

53^1  -«.: 

10.1 

18.62    M 

47.4     9.5 

33.57  -.01 

64.9  -0.1 

28.08    .45 

28.1      9.4 

22.68  -.09 

53.8    §.? 

90.1 

18.21     .t5 

44.6     9.0 

33.57  4-.Q8 

65.0  +0.1 

27.68    .33 

26.6    9.8 

22.67     .00 

54.5    •.: 

30.0 

18.01     M 

41.6     3.1 

33.61     .06 

64.8    0.9 

27.40    .91 

22.6    3.0 

22.68  +.03 

55.2    9A 

Feb.   9.0 

17.93  -.08 

38.4     3.9 

33.68    .00 

64.6    0.3 

27.26  -.08 

19.4    3.9 

22.73     .06 

56.7     8.4 

19.0 

17.96  ^.M 

35.2  -3.9 

33.77  4^.11 

64.1  +0.5 

27.25  +.06 

16.3  -3.9 

22.81  +.09 

56.0 -OJ 

Mar.    1.0 

18.11     M 

32.1     3.0 

33.90     .14 

53.6    0.7 

27.38    JO 

13.1     3.1 

2292    .19 

56.2-4.1 

10.9 

18.39     .33 

29.2    9.7 

34.06    .17 

52.7    0.9 

27.66     .33 

10.2     9.8 

23.05    .15 

56.1  +8JI 

S0.9 

18.78     M 

26.7     9.3 

34.25    .91 

61.7     1.1 

28.04     .46 

7.5     9.4 

23.23    .19 

S5.8    OJ 

30.9 

19.26    .63 

24.6    1.6 

34.48    M 

60.6     1.3 

28.56    .67 

6.3     9.1 

23.43    J99 

55.2    0.7 

Apr.    9.9 

19.84  ^A\ 

23.0  -1.3 

.34.72  +.96 

49.1  +1.5 

29.18  +.66 

3.6  -1.5 

23.66 +.95 

54.4  +1.0 ' 

19.8 

20.48    .66 

22.0    0.7 

35.00    .90 

47.6     1.6 

29.88    .73 

2.4     0.9 

23.92    .97 

53.2    IJ 

99.8 

21.16    .70 

21.6  -0.1 

35.30     .31 

45.9     1.7 

30.64     .78 

1.8  -OJ 

24.20     .99 

51.9    13 

May    9.8 

21.87    .71 

21.8  40.5 

35.61     .39 

44.2    1.8 

31.43     .80 

1.8  +0.3 

24.50     .31 

50.2    U 

19.7 

22.69    .71 

22.7    1.1 

36.94     .33 

42.4     1.8 

32.23    .80 

2.6    1.0 

24.82    .98 

48.5    IJ 

29.7 

23.29  -I-.68 

24.1  4-1.7 

36.27 +.33 

40.6  +1.7 

33.02  +.77 

3.7  +1.6 

25.14  +.39 

46.6  +1J 

J  one  8.7 

23.95     .63 

26. 1     9.9 

36.60    .38 

38.8    1.7 

33.77     .79 

6.6    9.0 

26.46     .31 

44.6    9.0 

18.7 

24.65     .67 

28.6    9.7 

36.91     .30 

37.2     1.6 

34.47     .66 

7.8    9.5 

26.77     .30 

42.6    9.0 

98.6 

26.09    .« 

31.4     3.0 

37.21     .98 

35.7     1.4 

36.08    .57 

10.6    9.0 

26.06     .98 

40.6    IJ 

Jnly    8.6 

26.64     .m 

34.6    3.3 

37.48    .96 

34.4     1.9 

35.61     .47 

13.7     3.9 

26.33     .95 

38.7    IJ 

18.6 

25.89  4>.30 

38.1  4-3.6 

37.72  +.99 

33.3  +-1.0 

36.03  +-.36 

17.1  +3.5 

26.57  +.99 

36.9  +1.7 

28.6 

26.14     .90 

41.8     3.7 

37.92     .18 

32.3    0.8 

36.33     .94 

20.7    3.7 

26.77    .18 

35.3    u 

Aog.   7.5 

26.28  •f.OO 

45.5     3.8 

38.08     .13 

31.7    0.6 

36.62  4-.19 

24.4     3.8 

26.9:1    .14 

33.8     1.3 

17.6 

26.31  -.09 

49.3     3.7 

38.19     .09 

31.2    0.3 

36.58    .00 

28.2    3.8 

27.04     .68 

32.6    I.I 

27.5 

26.23    .13 

53.0     3.6 

38.26  4-.04 

31.0  +0.1 

36.62  -.19 

32.0    3.7 

27.11     .85 

31.6    0.1 

Sept   6.4 

26.05  -.93 

56.6  -^3.5 

38.28    .00 

31.0  -0.1 

36.34  -.93 

36.7  +3.6 

27.14  +.or 

30.8  +4.7 

16.4 

25.76     .33 

60.0     3.9 

38.26 -UH 

31.2    0.9 

36.05     .34 

39.2    3.4 

27.14  -.08 

30.2    1.5 

26.4 

26.39    .41 

63.1     9.9 

38.20    .07 

31.6    0.4 

36.65     .44 

42.4    3.1 

27.09    .08 

29.8    OJ 

Oct.    6.4 

24.94     .48 

65.9    9.6 

:^.I2    .10 

31.9    0.5 

36.16     .53 

46.3    9.7 

27.01     .08 

29.6+4.1 

16.3 

24.43    .54 

68.2    9.1 

38.01     .19 

32.4    0.5 

34.60    .60 

47.9    9.3 

26.92    Jl 

29.7-4.1 

26.3 

23.86  -.58 

70.1  4-1.6 

37.88  -.13 

33.0  -0.5 

33.97  -.65 

49.9  +1.8 

26.80  -.19 

29.8 -OJ 

1 

Nov.   6.3 

23.26     .61 

71.5     I.I 

37.75     .13 

33.5    0.5 

33.29    .69 

61.5    1.3 

26.68    .19 

30.1    0.4! 

16.3 

22.64     .69 

72.3  +0,5 

37.62    .13 

34.1     0.5 

32.58    ,71 

52.6    0.7 

26.56    .19 

30.6    Oj! 

26.2 

22.02     .61 

72.5  -0.1 

37.50     .19 

34.6     0.5 

31.87     .71 

53.0  +0.1 

26.44     .11 

31.0    OJ 

Dec    6.2 

21.41     .90 

72.2    0.7 

37.39     .10 

35.0    0.4 

31.16     .60 

62.8  -0.5 

26.33     ,10 

31.6    OJ 

16.2 

20.84 -r.56 

71.2  -1.9 

37.30  -.08 

35.4  -0.3 

30.49  -.65 

52.1  -l.l 

26.24  -.08 

32.3-0.7 

26.1 

20.32    .48 

69.7     1.8 

37.24     .05 

35.7     0.9 

29.87     .58 

50.7     1.6 

26.16    .08 

33.0    0.7' 

36.1 

19.87  -.48 

67.6  -9.3 

37.20  -.09      35.8  -0.1 

29.32  -.50 

48.8  -9.1 

26.12 -.03 

33.8 -4.7  j 

FIXED  STARS,  1895. 


361 


▲IPPARENT  PLACES  FOB  THE  UPPER  TRANSIT  AT  WA8HINQT0N. 

1 

a  GmU. 

^Aqi 

aarii. 

w  Aquarii. 

f  Aqaorii. 

1         M«M 

Bobir 

Blghi 
Aaetmakm. 

DeellBfttioB 

BJiJt 

Doelteatlqa 

BIffbi 

DMliaatioB 

Rlffbt 
Ajoeaaloa. 

Dedlmiiioa 
^•utk. 

JTorO. 

h     m 
92     1 

e       t 

-47  27 

h     m 

22  11 

e        t 

-  8  18 

h     m 

22  19 

o           / 

+  0  50 

h    m 

22  29 

O          t 

-  0  89 

Jad.    0.1 

36^39  -.10 

86.7  +IJ 

16.96  -.65 

99!'o-«.5 

64.93  -.66 

36!4  -0.7 

• 
67.04  -.07 

36.6  -0.7 

lO.I 

36.94    M 

84.3    1.0 

16.99  -.03 

99.4    0.4 

64.18    .04 

35.6    0.7 

56.96    .04 

36.9    0.7 

90.1 

36.91  -.01 

89.5    1.0 

16.90    .00 

99.7    0.9 

64.16  -.01 

34.9    0.7 

56.96  -.09 

36.8    0.6 

30.1 

36.99  4-.03 

80.6    9.1 

16.91  4.03 

99.9  -0.1 

64.16  4.01 

34.9    0.6 

56.94    .66 

37.4     03 

|K«b.    9.0 

36.97    .01 

78.9    9.3 

16.96    .05 

30.0    0.0 

64.16    .04 

33.6    0.5 

56.96  4.03 

37.9    0.4 

19.0 

36.38  -l-.IS 

76.8  49.5 

17.09  4.66 

99.8  40.9 

64.94  4.07 

33.9  -0.3 

57.01  4  06 

38.9  -0.9 

Mar.    1.0 

36.59    .17 

73.3    9.6 

17.19    .11 

99.6    0.4 

54.39    .10 

33.0  -0.1 

57.09    .66 

38.3    0.0 

11.0 

36.71     .91 

70.6    9.6 

17.95    .15 

99.0    0.6 

54.44     .14 

39.9  40.1 

57.90    .13 

38.3  40.9 

90.9 

36.95    M 

68.0    9.6 

17.49    .16 

98.3    0.9 

54.59    .17 

33.9    0.4 

57.34     .16 

37.9    03 

30.9 

37.93    M 

66.4    9.6 

17.61     .91 

97.3     1.1 

64.78    .90 

38.7    0.7 

67.69    .10 

37.3    0.7 

1 

Apr.    0.9 

37.56  -f  .54 

69.8  49.5 

17.84  4.94 

96.1  41.3 

64.99  4Jn 

34.5  40.0 

67.73  4.99 

1 
36.4  41.0 

19.8 

37.90    .J7 

60.4    9.3 

18.10    .97 

94.7    1.5 

55.94     M 

35.6    1.9 

57.97    .95 

36.3     13 

'           99.8 

38.99    .40 

68.9    9.1 

18.38    M 

93.1     1.7 

55.59     .96 

36.9    1.4 

58.94     .96 

3:1.9     13 

M»y    9.8 

38.70     .41 

56.1     1.0 

18.68    .31 

91.3    1.8 

56.81     .30 

38.6    1.7 

58.53    .30 

39.3     1.7 

19.8 

39.13    .43 

64.4     1.6 

19.00    M 

19.6    1.0 

56.19    .31 

40.3     1.0 

58.84     Jll 

30.5     1.0 

99.7 

39.66  4.44 

69.9  41.3 

19.39  4.39 

17.6  41.0 

56.44  4.39 

49.9  49.0 

.59.15  4.30 

1 
98  6  49.0 

June  8.7 

40.00    .43 

61.8    0.0 

19.64     .39 

15.6     1.0 

56.76     .39 

44.9    9.0 

50.48     .39 

96.6    9.0 

18.7 

40.43    .41 

61.1     03 

19.96    .31 

13.8    1.6 

57.08    .31 

46.3    9.1 

59.80     .11 

94.5    9.0 

98.7 

40.83    .90 

50.8  40.9 

90.97    .99 

19.0    1.7 

67.38    M 

48.3    9.0 

60.10     M 

99.6    93 

Jaly   8.6 

41.90    .15 

50.8-0.9 

90.54     M 

10.3    1.6 

67.66    .96 

50.3     1.9 

60.38     .97 

90.6    13 

18.6 

41.53  4.30 

61.9-0.6 

90.79  4.«S 

8.8  41.4 

67.91  4.93 

59.9  41.8 

60.64  434 

18.7  41.6 

98.6 

41.81     .95 

59.0    1.0 

91.01     .19 

7.6    1.9 

58.19    .90 

54.0     1.7 

60.87     SI 

17.0     13 

Ang.  7.6 

49.04     .10 

63.9    1.3 

91.18    .15 

6.5    0.0 

58.30    .16 

55.5     13 

61.06    .17 

15.5     1.4 

17.5 

49.90    .13 

54.6    I.S 

91.31     .11 

6.7    0.7 

58.43     .11 

56.9    1.3 

61.90    .19 

14.9     13 

97.5 

49^  -•'.07 

56.9    1.7 

91.40    .66 

6.1     0.5 

58.59    .67 

58.1     1.0 

61.30    .00 

13.1     13 

Sept  M 

49.33    .00 

68.0  -1.6 

91.44  4.69 

4.7  40.3 

58.57  4.63 

59.0  49.8 

61.35  4.04 

19.9  40.7 

16.4 

49.30  -.05 

69.8    1.0 

91.44  -.09 

4.6  40.1 

58.58  -.61 

59.7     0.6 

61.37     .00 

11.6     63 

96.4 

49.99    .11 

61.7    1.8 

91.41     .65 

4.6  -0.1 

58.55     .05 

60.1     0.4 

61.36  -JO 

11.9    03 

Ooi    6.4 

49.09    .15 

63.4     1.7 

91.34     .06 

4.8    0.9 

58.49     .07 

60.4  40.9 

61.30     .06 

11.0  40.1 

16.4 

41.99    .18 

65.0    1.5 

91.95    .10 

6.1     0.4 

58.41     .09 

60.6    0.0 

61.93    .66 

ll.O-O.t 

96.3 

41.79 -.91 

66.4  -1.9 

91.14  -.11 

5.5-0.5 

58.31  -.11 

60.4  -0.9 

61.13 -.10 

11.9-03 

Not.  5.3 

41.51     .99 

67.4    0.9 

91.09    .19 

6.0     0.5 

58.19     .19 

60.9    0.3 

61.03    .11 

11.5     0.4 

15.3 

41.99     M 

68.1     0.& 

90.90    .19 

6.6     0.5 

58.07     .19 

59.8    0.4 

60.91     .11 

11.9     03 

95.9 

41.07     .91 

68.4  -0.1 

90.78    .11 

7.1     0.5 

57.96    .11 

59.3    03 

60.80     .11 

,      19.4     0  5 

Dm.   5.9 

40.87     .10 

68.3  40.3 

90.67    .10 

7.6     6.5 

57.85    .10 

68.7     0.6 

60.69    .10 

13.0     03 

IS.9 

40.70  -.10 

67.8  40.7 

90..'V8  -.00 

8.9  -0.5 

57.75  -.06 

58.0  -0.7 

60.59  -.06 

,     13.6  -0.7 

95.9 

40.56    .19 

67.0     1.1 

90.50     .07 

8.7    0.4 

57.67     .07 

67.3    0.7 

60.50     .06 

i     14.3    0.7 

35.1 

40.46  -.66 

65.7  41.6 

90.45  -.04 

9.1  -0.4 

.'i7.61  -.05 

66.6  -0.7 

60.44  -u» 

15.0  -0.7 

1 

962 


FIXED  STAK8,  1895. 


APPARENT  PLACES  FOB  THE  UPPER  TRANlOT  AT  WASHINGTOS. 

1 

226C«phei(B.) 

CPegMi. 

iCepkeL 

\ 
1  Aqvara. 

Mmw 
Sslftr 

DeeliBJOioii 

Bight 
AsocaaioB. 

DedtaMttoB 
Jfmik. 

lUgkt 

jr«rtiL 

Blukt 

DeellMtiM 

b      m 

22  90 

+75  40 

h     m 

22  36 

+ 10  16 

22  45 

+65  88 

22  47 

o 

-  8    7 

Jmo.    0.9 

20.98  -.79 

80''8  -1.4 

• 

12.83  -.08 

59.0  ^.0 

• 

53.74  -.40 

66'!!8-l3 

• 

7.78-37 

63r7-L4 

10.1 

20.30    M 

79.1     1.9 

12.76    .86 

580)    1.1 

53.S7     J5 

65.1     13 

7.72    *35 

84J    u 

wu 

iBM    JM 

76J9    1^ 

12.72    J89 

66.9    IJ 

53JI6    J99 

633    93 

7.67     38 

84.4    U 

MA 

rajSB  M 

74.3    9.8 

12.89 -.M 

56.8    l.t 

82.79     J9 

60.5    93 

7.65  -.91 

84.6-4.1 

Feb.    9.1 

18.93    .95 

71.4     3J 

12.70  4.89 

54.7    1.0 

52.61     .14 

57.7     93 

7.66  439 

843  44.1 

19.0 

18.75  -.00 

68.3-3.1 

12.74  4.05 

53.8-0.9 

52.51  -.05 

54.8-33 

7.69  4.99 

843  44J 

Mat.    1.0 

18.76  ^M 

65.1     9.1 

12.80    .06 

53.0    0.7 

52.51  4.04 

51.8    3.0 

7.75     .99 

84.r    U 

11.0 

18.92    J4 

62.0     9.8 

12.90    .19 

52.4    0.4 

52.60    .14 

48.8    93 

7.84     .11 

833   e.7 

20.9 

19.24     .40 

59.2    9.7 

13.04     .15 

62.1  -0.1 

52.79    34 

46.0    9.8 

7.97     .15 

82.7   eJ 

30.9 

19.72    .54 

56.6    9.3 

13.21     .19 

52.1  40.9 

53.07    M 

43.6    93 

8.14     .18 

81.7    1.1 

Apr.    9.9 

20.33  4-^ 

54.5  -1.9 

13.42  4.99 

52.5  403 

53.44  4.41 

41.6-13 

8.33  431 

80.4  414 

19.9 

21.06    .77 

52.8    1.4 

13.65    .95 

53.1    0.8 

53.88    .48 

40.0     13 

8.56    34 

79.0    U 

29.8 

21.88    .85 

51.7    8.8 

13.92    M 

54.1     1.9 

54.39    .53 

39.0    8.7 

a82     37 

773    1.: 

Umj    9.8 

22.76    jm 

51.2-8.9 

14.21     .30 

55.4     1.5 

54.96    .57 

38.6-9.1 

9.11      38 

753    u 

19.8 

23.69    SO 

51.3  40.4 

14.52    .31 

67.0    1.7 

55.54     M 

38.7  49.4 

9.41     31 

73.6    16 

29.8 

24.62  4^J9 

52.0  41.8 

14.84  4J9 

58.9  41.9 

56.14  4.00 

39.4  413 

9.73  430 

713  4W 

Jooe  8.7 

25.53    .00 

53.3    1.5 

15.17     .30 

60.9    9.1 

56.75    M 

40.7     13 

10.06     33 

693  U 

18.7 

26.40    .84 

55.2    9.1 

15.49     .31 

63.1     9.9 

57.33     .57 

42.6    9.1 

10.38     39 

67.6    If 

28.7 

27.20    .70 

57.5    9.5 

15.80     .30 

65.4     9.3 

57.88    38 

443    93 

10.70     30 

^3    M 

July    8.6 

27.91     .08 

60.2    9.9 

16.08    .97 

67.7     9.3 

58.38    A7 

47.6     93 

11.00     38 

633   I.: 

18.6 

28.52  4.55 

63.4  43.3 

16.34  431 

69.9  49.9 

58.82  4.41 

50.7  433 

11.27  438 

62.3  41 J 

28.6 

29.01     .48 

66.8    3.5 

16.57    JU 

72.1     9.1 

59.19    33 

54.1     33 

11.51     39 

60.9    U 

Aag.    7.6 

29.37     .99 

70.4     3.7 

16.75    .17 

74.2    9.0 

59.49     35 

57.6    3.8 

11.71     J8 

60.7    1.0 

J7.5 

29.59    .15 

74.2    3.8 

16.90    .13 

76.1     1.8 

50.70     .17 

61.3     3.7 

11.88    a4 

58.8   u 

27.5 

29.67  4^.08 

78.0     3.8 

17.01     .08 

77.8    1.8 

50.82  4.08 

65.1     3.7 

12.00    JO 

58.2  W 

'8«pt  6.5 

29.62 -J9 

81.8  43.8 

17.07  4.04 

79.3  41.4 

60.87    38 

68.8  433 

12.07  4.06 

57.7  «J 

16.5 

29.43    J5 

85.6    3.0 

17.09     .00 

80.5    1.1 

50.83  -.88 

72.4     33 

12.11  4.90 

67.6  +#./ 

26.4 

29.12    Jir 

89.1      3.4 

17.07  -J8 

81.6    8.9 

59.70    .18 

75.9    S3 

12.11  -39 

67.6  -0.1 

Oct.     6.4 

28.69    «49 

92.4    3.9 

17.03     .08 

82.3    OA 

50.51     33 

79.1     33 

12.07     36 

673  IJ 

16.4 

28.15    .88 

95.4    9.8 

16.95    .00 

82.9    0.4 

50.25     39 

82.0    9.7 

12.01     .97 

5ai  M 

26.3 

27.52 -.87 

98.0  49.4 

16.86  -.10 

83.2  40.9 

58.93  -.34 ! 

84.5  493 

1132 -.09 

68.6 -4i 

Nor.    5.3 

26.81     .74 

100.2     1.9 

16.75    .11 

83.3    0.0 

58.57    38 1 

86.5     13 

11.82    .11 

59.1    M 

15.3 

26.04    .79 

101.8     1.3 

16.63    .19 

83.1  -0.9 

58.17     .41 

88.1     13 

11.71     .11 

69.7   Oi 

25.3 

25.23    .89 

102.9    8.8 

16.52    .19 

82.8    0.4 

57.76    .43 

89.1      9.7 

11.60    .11 

60.4   U 

Deo.    6.2 

24.41     jm 

103.3  49J9 

16.40     .11 

82.2    0.0 

57.31     .44 

89.6  493 

11.49    .U 

61.0   t< 

15.2 

23.59  -.88 

103.2  -0.5 

16.30  -.10 

81.5  -9.8 

56.87  -.43 

89.4  -9.4 

1139 -.10 

613-4^ 

25.2 

22.81     .78 

102.4     1.1 

16.20    .09 

80.7     0.9 

56.45    .41 

88.7     13 

11.30     39 

62.1   1^ 

!          35.2 

22  08-88 

iOl.0-1.7 

16.13 -.07 

79.7  -1.0 

56.05-38 

87.4  -13 

11.22-30 

623 -•< 

FIXED  STARS,  1895. 


363 


APPARENT  PLAGES  FOB  THE  UPPBB  TBANSIT  AT  WARHTNQTON. 

Botor 
DO*. 

•  PlaoiflAMtralis. 

a  Pond. 

(Mmrkmk.) 

•  Cephti. 

^Pbcium. 

^Mgt^ 

Ptfiltirtlw 

.^»»M^ 

ritfiiiintioB 
jr«f«. 

Bl^i 

DeellBfttiMi 
JforO. 

ajvommmo. 

DmIIbaUm 

22  6* 

-80  10 

h     m 

22  59 

+14  38 

23  14 

+67*32 

28  22 

+   ^48 

Jao.    0.9 

60.63 -J9 

».6^%a 

• 
31.19  -.00 

96'!7  -1.0 

16.35  -.45 

99*6  -0 J 

38.09  -.60 

7!j-0.9 

10^ 

60.66    J7 

66.9    9.9 

31.11      .07 

96.6    1.1 

16.91      .41 

98.4     1.9 

38.01     .66 

6.6    9J9 

90.1 

60.49    .«5 

64.6    0.9 

31.04    .96 

94.4     1.9 

15.69     .96 

96.6    9.9 

37.94     .66 

6.7     9.6 

30.1 

60.46  -.« 

63.6    1.1 

31.00     .93 

93.9    1.9 

16.19     .90 

94.4    9.4 

37.88    .04 

4.9     0.7 

r^b.    9.1 

60.46  •l-.Ol 

69.9    1.9 

30.98  -.01 

99.0    1.9 

14.93     .99 

91.9    9.7 

37.85  -.69 

4.9    0.6 

19.0 

60.48  -l>.iil 

60.8  -H.6 

30.99  4.06 

90.9  -1.1 

14.76  -.13 

19.0  -9.9 

37.84  4.01 

3.6  -0.5 

Mat.    1.0 

60.64     .06 

49.1     1.6 

31.03     .06 

19.9    0.9 

14.68  -.03 

16.0     3.9 

37.80    .04 

3.1     0.4 

11.0 

60.64     .It 

47.9    9.0 

31.11     .09 

19.0    0.7 

14.71  4.66 

13.1     9.9 

37.99    .07 

9.9-03 

90.9 

60.78    .16 

46.1     9.1 

31.99    .19 

18.6    0.4 

14.84     .16 

10.9     9.7 

38.01     .11 

9.8  40.1 

S0.9 

60.96    .19 

49.9    9.9 

31.37    .17 

18.9  -0.1 

15.08    M 

7.6     9.4 

38.14     .19 

3.1      0.4 

,  Apr.    9.9 

61.16  -f.tS 

40.7  49.9 

31.66  4.91 

18.3  40.9 

16.41  4.36 

6.3  -9.1 

38.30  4.16 

3.6  40.7 

19.9 

61.41     .96 

38.3    9.9 

31.79     .94 

18.7    0.6 

16.84     .47 

3.4     1.6 

38.50     M 

4.4     1.0 

99.8 

61.69    .91 

36.0    9.3 

39.04     J7 

19.6    0.9 

16.35    .54 

9.1     1.1 

38.73     .95 

5.5     1.9 

Mfty    9.8 

69.01     .90 

33.7    9.9 

39.33    .30 

90.6    1.3 

16.99    .89 

1.3-0.5 

39.00     .90 

6.9    1.5 

19.8 

69.34     .94 

31.6    9.9 

39.63    .91 

99.0    1.6 

17.53     .93 

1.1  40.1 

39.99     .90 

8.6     1.7 

9^.6 

69.69^.90 

99.4  49.0 

39.96  4.39 

93.8  41.9 

1&  18  4.65 

1.4  40.6 

39.60  4  J9 

10.3  41.9 

Joae  8.7 

63.06    .36 

97.6    1.6 

33.98    .33 

96.7    9.0 

18.83     .65 

9.3     1.9 

39.99     .39 

19.3    9.0 

18.7 

63.41     .96 

96.8    1.6 

33.61     .39 

97.9    9.9 

19.48     .93 

3.8     1.7 

40.95     J9 

14.4     9.1 

«.7 

63.77    .94 

94.6    1.9 

33.93    .91 

30.1     9.3 

90.09    .66 

6.8    9.9 

40.67     .91 

16.6    9.9 

Joly   BJ7 

64.10    M 

93.4    03 

34.93    .99 

39.6    9.4 

90.67     .66 

8.9    9.9 

40.87     .96 

18.8    9.1 

18.6 

64.41  -^M 

99.7  40.6 

34.61  4J6 

34.9  49.4 

91.19  4.49 

11.0  49.0 

41.16  4J7 

90.9  49.0 

98.6 

64.68    .96 

99.4  40.9 

34.76    JD 

37.9    9.3 

91.66     .49 

14.9     9.3 

41.49     .94 

99.9    1.9 

Aug.  7.6 

64.99    .91 

99.3  -O.I 

34.96    .19 

39.6    9.9 

99.03     .94 

17.6     9.5 

41.66     .91 

94.7    1.8 

17.6 

66.10    .16 

99.7    0.S 

36.13     .19 

41.6    9.0 

99.33     .95 

91.9    9.7 

41.84     .17 

96.6    1.6 

97.6 

66.94     .19 

93.3    0.9 

36.96    .11 

43.6    1.8 

99.64     .17 

94.9    9.7 

41M    .19 

97il     1.4 

Sep!  6.6 

66.34  -f.O? 

94.9  -1.0 

36.34  4.09 

46.3  41.6 

99.66  4.66 

98.7  43.7 

49.10  4.09 

99.9  4I.I 

16.6 

66.38  -l'.09 

96.9    1.9 

36.38  4.09 

46.8    1.4 

99.69    .00 

39.4     3.6 

49.16     .05 

30.9    0.9 

96.4 

66.37  -^.Ot 

96.6    1.3 

36.39  -.01 

48.1     1.9 

99.64  -.06 

36.0    3.5 

49.90  4.09 

31.0    0.7! 

Oet    6.4 

66.33    .09 

97.8    1.9 

36.36    .04 

49.9    0.9 

99.50    .17 

39.4     3.3 

49.19 -.01 

31.6    0.5 

16.4 

66.96    .09 

99.9    1.3 

36.30    .07 

60.0     0.7 

99.99    .04 

49.6     3.0 

49.16    .04 

39.0    0.3 

96.4 

66.16  -.19 

30.6  -1.9 

36.99  -.00 

60.6  40.4 

99.01  -.31 

46.4  49.6 

49.11  -.07 

39.1  40.1 

KoT.  6.3 

66.09    .19 

31.7    1.1 

36.13    .10 

60.8  40.9 

91.67    .97 

47.8    9.9 

49.03     .06 

.39.1  -0.1 

16.3 

64.88    .14 

39.7    0.9 

36.09    .11 

60.9  -0.1 

91.98    .41 

49.8     1.7 

41.94     .00 

31.9     0.3 

96.3 

64.74     .14 

33.6    0.7 

34.91     .11 

60.7    0.3 

90.85     .44 

61.9    1.9 

41.84     .10 

31.5     0.4 

Dm,   6.3 

64.60    .19 

34.1.  0.4 

34.79    .11 

60.3    0.9 

90.40    .46 

69.1  40.6 

41.74     .10 

31.0     0.5 

16.9 

64.47  -.19 

34.4  -0.1 

34.68  -.11 

49.7  -0.7 

19.93  -.47 

59.4     0.0 

41.63 -.10 

30.4  -0.6 

96.9 

64.3S    .11 

34.4  40.1 

34.68     .10 

48.9    0.9 

19.46     .44 

69.1  -0.6 

41.53     .10 

99.8    6.7 

36.9 

64.96  -.00 

34.9  40.3 

34.44  -.00 

47.9-1.1 

19.01  -.44 

51.9-1.1 

41.44  -.00 

99.0  -9.8  , 

364: 


FIXED  STARS,  1895. 


APPABENT  PLACES  FOB  THE  UPPEB  TBANSIT  AT  WASHINGTON. 


t  Pifleium. 

y  Cephei. 

Groorobridge  4163. 

uPiflcium. 

Mean 
8oUr 
Date. 

1 

1 
* 

Right 
Aioension. 

Deollnation 
North, 

Bight 
Asoention. 

Declination 
ifoHA. 

Bight 
Aaoenaion. 

Declination 
North, 

Right 
Aaoenaion. 

DeclloatiMil 
N^rih. 

b      m 

23  34 

O            1 

+  53 

h     m 

23  34 

+  77      2 

h     m 

23  49 

+73  49 

h      m 

23  58 

o        .   ' 

+  6  16 

Jan.    0.9 

39.66  -.09 

95.8  -0.8 

• 

58.09  -.86 

64.9  -0.5 

• 

40.66  -.67 

69.6  -0.4 

a 
64.94  -.00 

66.3  -t.7 

10.9 

39.57     .06 

95.1     0.8 

57.17     .89 

64.1     1.1 

39.99     .65 

51.8     1.0 

54.85     .00 

66.5    0.7 

30.9 

39.49    .07 

94.3     0.7 

56.38     .74 

69.7     1.7 

39.36     .60 

50.6     1.5 

54.76     .08 

54.8    0.7 

30.1 

.39.43    .06 

93.6    0.7 

55.68     .64 

60.7    9.9 

38.79     Ji9 

48.8    9.0 

54.69     .07 

54.1      9.7 

Feb.    9.1 

39.39  -.03 

99.9    0.8 

55.11     .61 

58.4    9.5 

38.31     .49 

46.5     9.4 

54.63     .06 

53.4     0.6 

19.1 

39.37    .00 

99.3  -0.5 

54.67  -.35 

55.6  -9.8 

37.95  -.31 

43.9  -9.7 

64.59  -.09 

59.8  -C5 

Mar.    I.I 

39.38  -k-M 

91.9    0.3 

54.40  -.18 

59.7    9.0 

37.70     .17 

41.1     9.9 

G4.59  +.01 

52.4     0.4 

II.O 

39.43     .01 

91.7-0.1 

54.31     .00 

49.7    9,0 

37.60  -.03 

38.1     9.0 

64.61     .04 

59.1  -«Ji 

91.0 

39.51     .10 

91.7+0.1 

54.41  +.18 

46.6    9.9 

37.64  +.11 

35.1     9.9 

64.67     .06 

59.0  +0.1 

30.9 

39.69    .19 

99.0    0.4 

54.68     .96 

43.7     9.7 

37.83     ,96 

39.9    9.7 

64.76    .11 

69.9    OJ 

Apr.    9.9 

39.78  +.17 

99.5  +0.7 

55.13  +.53 

41.1  -9.4 

38.16  +.40 

99.6  -9.5 

64.90  +.16 

59.7  +4.6 

19.9 

39.97     .91 

93.4     1.0 

55.74     .68 

38.9    9.0 

38.69    .53 

97.3    9.1 

66.07     .90 

5:).5    0.9 

99.9 

33.19    .94 

94.5    1.9 

56.50     .81 

37.1     1.5 

39.91     .64 

95.5     1.6 

55.98     .99 

54.5      1.9 

May    9.9 

3.3.45    .97 

95.9    1.5 

57.36     .91 

35.8     1.0 

39.90     .73 

94.1     1.1 

56.53     .91 

55.8      1.4 

19.9 

33.74     .30 

97.5    1.7 

58.31     .08 

35.1  -0.6 

40.67    .80 

93.3  -0.6 

66.81     .99 

57.3      1,7 

99.8 

34.05  +.31 

99.3  +1.9 

59.33+1.03 

34.9  +0.1 

41.50 +.84 

93.0    0.0 

56.11  +.91 

6S).I  +>!.$ 

June  8.8 

34.37     .39 

31.3    9.0 

60.37  1.04 

35.3    0.7 

49.:)5     .86 

93.3  +9.6 

56.43     .99 

61.0     S.0 

18,7 

34.69     .39 

33.3    9.1 

61.40  1.09 

36.3     1.9 

43.99    .66 

94.9    1.9 

66.76    M 

63.1     S.1 

98.7 

3.5.09     .99 

35.5    9.1 

69.4 1     .08 

37.9     1.8 

44.07     .83 

95.6    1.7 

67.08    .99 

65.9    9.1 

Jnly    8,7 

35.33     .30 

37.6    9.1 

63.36    .91 

39.9     9.3 

44.89     .79 

97.5    9.9 

57.39     .91 

67.4     9.1 

t 

18.7 

35.69  +.98 

39.7  +9.0 

64.93  +.89 

49.4  +9.7 

45.65  +.79 

99.9  +9.6 

67.70  +.90 

69.5  +«.t 

98.6 

35.89     .95 

41.7     1.9 

65.00    .79 

45.3     3.1 

46.33     .64 

39.7    9.0 

67.97     .96 

71.5     1.9 

kng.   7.6 

36.13     M 

43.5     1.7 

65.66     .60 

48.6     3.4 

46.93     .54 

35.9     9.9 

68.99    .99 

73.3     M 

17.6 

36.33     .18 

45.1     1.5 

66.90     .46 

59.1     9.6 

47.49     .44 

39.3     9.5 

68.44     .90 

75.1     I. 6 

97.6 

36.49     .14 

46.6     1.3 

66.59     .39 

55.8     9.8 

47.81     .99 

49.9    9.7 

68,69    .16 

76.6     1.4 

Sept   6.5 

36.61  +.10 

47.8  +1.1 

66.84  +.18 

59.6  +9.8 

48.09  +.99 

46.6  +9.8 

68.76  +.19 

77^  +1.9 

16.5 

36.69     .08 

48.8    0.9 

66.95  +.03 

63.4     9.8 

48.95  +.10 

60.4     9.8 

58.86    .06 

79.0     l.t 

96.5 

36.74  +.09 

49.6     0.8 

66.91  -.11 

67.3     9,7 

48.99  -.01 

64.9     9.7 

68.99    .05 

79.8    0.7 

Oct.    6.4 

36.75     .00 

50.1     0.4 

66.73     .95 

70.9     9.6 

48.99    .19 

57.9     9.6 

68.95  +.01 

80.4     03 

16.4 

36.73  -.03 

50.4  +0.9 

66.49     .38 

74.5    9.4 

48.04     .93 

61.4     9.4 

58.95 -.09 

M.8    0.3 

96.4 

36.68  -.08 

50.5    0.0 

65.98  -.50 

77.7  +9.1 

47.76  -.34 

64.7  +9.1 

68.99  -.04 

81.0  +9.1 

Nov.    5.4 

36.61     .07 

50.4  -0.9 

65.49    .61 

80.6     9.7 

47.37     .43 

67.6    9.7 

58.87     .06 

81.0-0.1 

15.3 

36.53     .09 

50.9    0.3 

64.76     .70 

83.0     9.9 

46.90     .51 

70.1     9.9 

58.80     .08 

80.8    0.9 

95.3 

36.44     .10 

49.8    0.4 

64.01     .78 

a^.O     1.7 

46.35     ,58 

79.1     1.8 

58,79     .00 

80.5    0.4 

Dec.    6.3 

36.34     .10 

49.3    0.8 

63.19     .84 

86.4     1.1 

45.75     .63 

73.6     1.9 

58.63    .10 

80.1     0.5 

15.3 

36.94  -.10 

48.7  -0.8 

62.33  -.87 

87.2  +0.5 

1 

45.10  -.66 

74.6  +0.6 

58.63  -.10 

79.5  -04 

95.9 

36.14     .10 

48.0    0.7 

1 

61.46     .87 

87.4  -0.1 

44.43     .67 

74.9     0.0 

58,43     .10 

78.9    0.7 

35.9 

36.05  -.00 

47.3  -0.8 

60.50  -.85 

87.0  -0.8 

43.75  -.66 

74.6  -«.6 

58.33  -.09 

'     78.9  -0.7 

ADDITIONAL  FIXED  STARS,  1895. 


365 


APPROXIMATE  NOBTH  POLAR  DISTANCES  AND  APPARENT  RIGHT  ASCENSIONS, 

FOR  THE  UPPER  TRANSIT  AT  WASHINGTON, 


(DM.aO.3) 
Jmik.  9.2 
19.9 
99.9 


^Cassiop. 


93  ADdrom. 


Sf  26 

h     m 

0    3 


33.99 
39.98 
39.69 
39.43 


.30 

.97 


o        / 

44  31 

h     m 

0    4 


51.07 
50.67 
50.69 
50.59 


-.91 
.19 
.18 

-.17 


ffAndroio. 


o 

/ 

53  48 

h 

m 

0 

12 

60.04 
49.89 
49.75 
49.61 


-.15 
.14 
.14 

-.13 


iCeti. 


6UrB.MiD./44  Piscinin. 
S.  P. 


99  24 

h      m 

0  14 


4.55-^ 


356  17 

h     m 

0  13 


104.31  4-7.53 


4.46      .09  111.87    7.45 
4.37      .06  119.91    7.00 


4.99  -  .06 


196.0440.43 


88  89 

h     m 

0  20 


1.14 
1.04 
0.96 
0.88 


-.11 
.09 
.06 

-.06 


w  Androm. 


o  CansiQp. 


56  52 

h     n 

^31 

16.01  -  .18 
15.84  .16 
15.70  .14 
15.56 -.13 


42  17 

h     m 

0  38 


51.87 
51.65 
51.43 
51.93 


.91 
-.19 


Aog.96.6 

S«pt.  5.5 

15.5 

95.5 

Oct   5.5 

15.4 
95.4 
Not.  4.4 
14.4 
94.3 

Deo.  4.3 
14.3 
94.9 
34.9 


38.05  4J5 

38.97  .18 

38.49  .19 

38.51  4-.06 

38.54  .00 


Date. 


38.69 
38.44 
38.30 
38.19 
37.89 

37.65 
37.36 
37.06 
36.77 


-.00 
Jl 
.10 
.90 
.94 

-.97 
J» 
.90 

-.30 


^Piooinm. 


82  59 

h     m 

0  43 


55.14 
55.39 
55.45 
55.54 
55.58 

55.58 
55.54 
55.46 
55.34 
55.90 

55.04 
54.86 
54.67 
54.48 


+.91 
.10 
.11 
.00 

4.09 

-.09 
.00 
.10 
.13 
.15 

-.17 
.18 
.19 

-JO 


53.83  4J0 

54U)I  .10 

54.15  .11 

54.94  .07 

54.99  4J3 


y  CMsiop. 


(Dm.  30.3) 

Jfto.  9.9 

19.9 

99.9 


14.10  -.10 

14.00  .10 

13.89  .10 

13.79  -.00 


29  51 

h     m 

0  50 


54.31 
54.30 
54.95 
54.17 
54.06 

53.94 
53.80 
53.65 
53.50 


.00 

-.03 

.00 

.00 

.11 

-.13 
.14 
.15 

-.15 


8.04  4  .17 
8.90  .14 
8.33  .11 
8.49     .07 


64.87 -3.991    4.60  4.17 


19.56  4  M  55.79  4  JO 


69.08 
60.98 


9.90 
1.98 


59.53-  .91 

8.474.03!  59.864  JO 


8.48 
8.47 
8.44 

8.30 


.00  61.3041.96 

.09  63.83   3.07 

.04 '  67.44    4.19 

.07'  79.07    5.06 


.00 


77.60   5.09 


/I  Androm. 


O  i 

52    5 

h     m 

0  50 


91.50  -.33 

91.18  .39 

90.85  .31 

90.55  -J9 


55.90  -.15 
55.04      .16 

54.88     .16 


.11 
.11 


I 


8.91  -  .10    83.9140.0 

8.11 

8.00 

7.90-  .11 !  105.7947.48 


90.85   7.14 
98.90    7.43 


4.76 
4.90 
4.99 
5.05 

5.08 
5.07 
5.04 
4.99 
4.99 

4.84 
4.75 
4.66 
4.55 


.15 


19.76 


.19    19.99 


.06 
.04 

4.01 

-.09 

.04 

.00 


90.03 
90.19 


.18 
.14 
.10 
.00 


55.96 
.56.15 
56.99 
56.38 


.10 
-.11 


43Cephei. 


4  18 

h     m 

0  54 


«  TncAiis. 

/Piflciam. 

159  2^ 

h     m 

1   12 

86  56 

h      m 

1  12 

90.16  4.09  56.44 
90. 16 -.01  56.44 
90.14  .04-56.40 
90.06  .07  I  56.39 
90.00     .00  \  56.99 


19.90-  .11 
19.78  .13 
19.65  .14 
19.50  -  .15 


56.07 
55.91 
55.79 
55.59 


Jl 
.10 

.11 

.07 

4.03 

-.09 

.00 

.00 

.19 

-.15 
.17 
.19 


I 


«OotAntis,  V  Androm. 
S.  P. 


184*'  45 

h     m 

1  23 


18.83  -9.77 
16.07  9.75 
13.39    9.73 


54.71    -.17    10.63  -9.06 


14.84 -.56  93.90  -.11 

14.30     .54  93.09  .11 

13.76     M  99.96  .11 

13.95-  .50  99.87  -.11 


49.99  49.90 
59.90  9.99 
55.89  9.00 
58.69  49  JO 


o        t 

49    7 

h     n 

1  30 


38.13 
37.97 
37.79 


-.15 
.17 
.19 


37.58  -.J9 


Sept  5.6 

.     J  5.6 

95.5 

Oct  5.5 

15.5 

96.4 

Not.  4.4 

14.4 

94.4 

Dee.  4.3 

14.3 
94.3 
34.9 


17.59 
17.67 
17.79 
17.87 
17.93 

17.95 
17.94 
17.99 
17.87 
17.80 


4.15 
.13 
.10 
.07 
.04 

4J1 

-.09 

.04 

.00 

.06 


17.79  -.00 
17.69  .10 
17.59  -.11 


96.14 

96.40 
96.60 
96.79 
96.80 

96.81 
96.75 
96.64 
96.48 
96.97 


4J9 
J3 
.10 
.10 

4.04 


58.94 

4JI 

36.51  41.59 

18.894 

.40 

96.34 

59.13 

.16 

37.90    1.19, 

19.17- 

.30 

96.53 

59.97 

.19 

38.88      .78 

19.43 

JO 

96.67 

59.38 

.06 

39.45  4  J6 

19.57  4 

.09 

96.79 

59.44 

.04 

39,.59  -  .06 

19.61- 

.09 

96.H6 

4JI 
.17 


47.86-1.51    41.59 


46.57 


1.07 

.13  45.71  J3 
.09  45.31  -  .17 
.00 1  45  J8  4  J4 


.13 
.18 


96.09  -.97 
95.74  J9 
95.44   -Jl 


59.48 
59.47 
59.43 
59.36 
59.96 


4.01 

-.09 

J5 

.06 

.11 


59.15  -.13 
59.01  .14 
58.66  -.15 


39.98- J9 
38.55   .90 
37.38  IJ5 
35.84  1.74' 
33.91  9.10' 

31.65  >9J6! 
99.15  9.50' 
96.49  -9.74 


19.54- 

19.36 

19.09 

18.73 

18.98 


.13  96.91 
JS  96.93 
J9}  96.99 
.40  96.89 
.46  96.84 


17.80- JO.  96.77 
17.98  J3  96.68 
16.74- J5>  96.50 


4.09 
.00 

-.09 
.04 
.00 

-.06 

.00 

-.10 


45.99  4  J4 
47.06  1J9 
48.64  l.n 
50.(61  9.17 
59.99    9J0 


41.84 
49.04 
49.90 
49.33 

49.41 
49.46 
49.46 
49.44 
49.37 


I 
55.69  49.79   49.98 

58.44    9J7|49.I5 

61.37  49.M   49.01 


4J7 
J9 

.18 
.14 
.10 

4.07 

4.03 

-.01 

J5 

J6 

-.11 

.13 

-.14 


366 


ADDITIONAL  FIXED  8TAKS,  1895. 


APPROXIMATE  NOBTH  POLAR  DISTAHCBS  AND  APPAREHT  RIGST  ASCESSIOlffS, 

FOR  THE  UPPER  TRANSIT  AT  WASHINGTON. 

1 

Mm 

irPieciiiiD. 

rPiodom. 

CCeCL 

yAndrom. 

fiTAaigaSL 

4Un.lGiL, 
&P. 

xTriangalL 

67Ce4L 

Botar 
Date. 

o       # 

78  24 

• 
85    3 

too  51 

o 

48 

10 

o        / 

55  31 

348    2 

o       * 

56  38 

e        * 

96  54  . 

I  31 

k    m 

1  35 

k    m 

1  46 

k 
1 

57 

k 

2 

3 

k    ■ 
2    9 

k 

2 

11 

2  11  ! 

• 

• 

• 

• 

• 

• 

• 

•              1 

(Dec  30.3] 

32.24  -.U 

58.45  -  at 

17.28 

-.11 

27.47 

-a« 

laio 

-.13 

15.05  +1.00 

4.79 

-.11 

45.M   -jOi 

Jan.  9.3 

32.13     at 

58.35     ai 

17.17 

ai 

27.31 

.17 

17J7 

a4 

16.10    1.08 

4.60 

•» 

4S.M      ao 

19.2 

39U)2     .11 

58.93     ao 

17.05 

.19 

27.14 

ao 

17.82 

as 

17.20    1.19 

4.45 

as 

45.S2     as 

99.2 

31.90    ai 

58.11     as 

16.92 

.13 

26  J» 

a9 

17.66 

.16 

I&34    ia3 

4.99 

AB 

46.00     as 

Feb.  8.9 

31.79     at 

58.00     .11 

16.79 

.13 

96.76 

.18 

17.49 

a7 

19.45    1.10 

4.14 

ao 

44.96      J3 

1&2 

31UI7  -.U 

57.90  -  .10 

16.67 

-.» 

96.58 

-.16 

17.33 

-.16 

90.51  +1.93 

3.97 

-a7 

44.83  -aa 

•     • 
Sept.95.6 

•     •     • 
354M  -t-.M 

•     •     . 
61.77  +  .14 

•     • 
19.39 

+ao 

31.24 

21.66 

• 
+^ 

... 
12.32- .65 

•     • 
&I9 

• 

+.» 

48.37  +ai 

Oct.   6.5 

35.78     as  61.90     .11 

19.54 

as 

31.44 

.18 

21.84 

.18 

11.83     .43 

&39 

.18 

48.S4     as 

15.5 

35.88     M 

62.01      .00 

19.66 

ao 

31.61 

a4 

22.01 

M 

11.47      JD 

as6 

a4 

4&67     as 

95.5 

35.95  -^M 

62.08  -1^  .00 

19.74 

4-.07 

31.73 

+.10 

22.13 

+.11 

11.28 -.10 

BM 

+ai 

4a78   +.S0 

Not.  4.5 

35.99  -t^M 

62.13 +.03 

19.79 

M 

31.81 

.00 

22.22 

jn 

11.26+ .08 

8.78 

.68 

48.66      JOi 

14.4 

36.01      .00 

62.14      .00 

19.81 

+.01 

31.85 

+.03 

22.97 

+.03 

11.44      .98 

a85 

.05 

48.90   +^JB 

94.4 

35.99  -.09 

62.13  -  .03 

19.80 

-.09 

31.87 

-.01 

22.28 

.00 

11.82      .46 

8.87 

+.09 

48.99      Jii 

Deo.  4.4 

35.96      M 

62.09      .06 

19.76 

M 

31.83 

.06 

22.96 

-.« 

12J5     jm 

8.86 

-.09 

48.91    -JB 

14.3 

35.90  -.07 

62.04 -.07 

19.71 

"jn 

31.76 

-.00 

99.92 

-.00 

13.05 +.78 

&83 

-.00 

48.87  -J6 

94.3 

35.82     .00 

61.96     .00 

19.62 

M 

31.66 

a9 

92.14 

.10 

13.90     jm 

8.75 

.00 

4&79      M 

34.3 

35.73  -.00 

61.87-  .10 

19.59 

-.10 

31.51 

*a5 

92.02 

-a4 

14.89+1.04 

&64 

-as 

4a7l    -.SO 

1 

Solar 

aHydri. 

/iHydii. 

aCetL 

tfPeneL 

ffAiietb. 

^CepheL 

eAdelH. 

159     8 

169  34 

90 

0 

7 

e 

41 

13 

O         i 

75  21 

e       / 

11    0 

69* 

r 

5 

49  27  , 

h    m 

2  19 

h     m 

2  33 

h     B 

2  34 

h     m 

2  37 

k     m 

2  45 

k    n 

2  52 

S  S3 

k     ■ 

3     1 

• 

• 

• 

• 

• 

• 

S 

• 

(Deo.  30.3) 

55.86  -.90 

59.51  -1.13 

6.80 

-.08 

2.28 

-.14 

42.44 

-.07 

9.57  -  .71 

13.91 

-.00 

90.96  -Ji 

Jftn.  9.3 

55.32      .56 

58.34    1.90 

6.71 

.10 

2.12 

.18 

42.36 

.00 

8.81       .8BI 

13.13 

.00 

20.86     .n 

19.3 

54.75      .57 

57.10    1.95 

6.61 

.19 

1.92 

.91 

42.25 

ai 

7.94      .99 

13.02 

.19 

90.70     .11 

99.2 

54.17      .87 

55.84    1.94 

6.48 

.19 

1.71 

.93 

42.13 

.13 

6.96     M 

19.89 

.u 

90.53     at 

Feb.  8.2 

53.60      .50 

54.61     1.99 

6.35 

.13 

1.48 

JH 

41.99 

.14 

5.96    1.01 

19.76 

.u 

90.34     at, 

18.9 

53.05  -.M 

53.39  -1.19 

6.21 

-.14 

1.24 

-.83 

41.85 

-.13 

4.94  -1.93 

19.60 

-a4 

90.14  -Ji! 

•     • 
8ept.95.6 

•     •     • 
58.10  4-J5 

•     .     • 
60.53  -I- .» 

9.61 

6.00 

+.30 

45.34 

+J9 

... 
16.72  +  M 

16.15 

+.91 

•           •           a 

94.29  +JB 

Oct.   5.6 

58.41      SJ 

61.14      .51 

9.80 

a? 

6.28 

.96 

45.55 

.19 

17.61      .89 

16.36 

.90 

94.49     M 

15.5 

58.63     a? 

61.54      .30 

9.96 

a4 

6.53 

.99 

45.73 

ao 

18.37     .68 

16.56 

as 

94.74     Ja 

95.5 

58.74   4^.06 

61.73  4-  .00 

10.09 

+ai 

6.72 

+.17 

45.88 

+.19 

1&97+  .59 

16.74 

+.16 

24.95  +ai 

Nov.  4.5 

56.74  -.00 

61.69-  .15 

10.19 

.00 

6.87 

.19 

46.00 

ai 

19.39     .S3 

16.87 

a9 

26.19     as 

14.5 

58.63     a? 

61.43      .37 

10.27 

.00 

6.97 

.08 

46.10 

.08 

19.64  +  .17 

16.97 

.66 

26.96     ai 

94.4 

58.41      S7 

60.94      .56 

10.30 

+.03 

7.04 

+.03 

46.16 

.04 

19.73  -  jm 

17.04 

.66 

25.35     .07 

Dec   4.4 

58.10     J» 

60.26      .76 

10.31 

.00 

7.04 

-.09 

46.18 

+.01 

19.61      M 

17.08 

+.09 

25.39  +JI 

14.4 

57.71    -.43 

59.41  -  .93 

10.29 

-.00 

7.00 

-.07 

46.18 

-.09 

19.99 -.49 

17.08 

-.01 

95.39  -JI 

94.4 

57.24      M 

58.39    1.06 

10.25 

.06 

6.91 

ai 

46.15 

.00 

1&77     .59 

17.05 

.04 

95.36     .01, 

34.3 

66.73  -.53 

57.28  -1.15 

10.18 

-.08 

6.78 

-.15 

46.08 

-.08 

18.11  -  .74 

I6J9 

-^ 

96.96  -ai 

ADDITIONAL  FIXED  STARS,  1895. 


867 


APPROXIMATE  NORTH  POLAR  DISTANCES  AND  APPARENT  RIGHT  ASCENSIONS, 

FOR  THE  UPPER  TRANSIT  AT  WASHINGTON. 

• 

8oUr 
DaU. 

cHydri. 

pOctantis, 
8.  P. 

/Tauri. 

y  Camelop.    /  Hydii. 

f  PeneL 

A>  Tanri. 

1 

0  PeneL 

167  46 

185  53 

O          t 

77  25 

19* 

0 

164*  84 

e 

50 

18 

o 

68 

12 

e       / 

42  84 

h    m 

8  18 

h     m 

3  18 

h     m 

3  25 

h     m 

3  39 

h     m 

8  48 

h     m 

3  50 

h     m 

8  58 

h 

4 

m 

1 

• 

• 

• 

• 

• 

• 

m 

• 

(I>c«.30.4> 

40.67  -  .87 

54.16  49.99 

5.45  -  .05 

18.57 

-.94 

56.81 

-JO 

i9M 

-.05 

:«).37 

-.09 

3.65 

-.05 

Jan.  9.3 

39.66      .97 

56.45    9.95 

5.39     .07 

18.97 

JO 

56.16 

.70 

49.48 

.00 

30.33 

.00 

3.68 

.10 

19.3 

38.64    1.05 

58.86    9.47 

5.31      .00 

17.86 

.44 

55.41 

.79 

49.38 

.19 

30.95 

3.45 

.14 

99.3 

37.56    1.00 

61.39    9.59 

5.19      .19 

17.39 

JO 

54.59 

J4 

49.93 

.10 

30.14 

3.99 

.10 

Feb.  8.3 

36.46    1.10 

63.93    9.54 

5.06     .14 

16.86 

J4 

53.73 

J8 

49.05 

.19 

30.00 

3.08 

Jl 

18.3 

35.36-1.00 

66.47  49.40 

4.91  -  .15 

16.30 

-J7 

59.89 

-.91 

48.85 

-.90 

99.85 

—.10 

9.86 

-J3 

98.9 

34.98-1.00 

68.90  49.34 

4.76  -  .15 

15.73 

-JO 

51.91 

-JO 

48.65 

-.19 

99.68 

-.17 

9.61 

-J5 

•     • 
Oct   6.G 

... 
40.04  -1^  .03 

... 
63.35-1.04 

•     •     . 
8.96  4-  .94 

93.59 

4.03 

55.69 

• 

4'.«i 

59.69 

4J9 

33.10 

4JB 

6.93 

4J4 

15.6 

40.58     .40 

69.47     .70 

8.48     JO 

94.19 

J7 

56.16 

.40 

59.99 

JB 

33.36 

J4 

7.97 

J9 

95.5 

40.93  -¥  M 

61.96-  .31 

8.66  4-  .17 

94.73 

4-.48 

56.55 

4J3 

53.96 

4.95 

33.59 

4JI 

7.58 

4J0 

Not.  4.5 

41.10  4- .07 

61.86  4- .19 

8.89      .14 

^.15 

.38 

56.89 

JO 

63.49 

Jl 

33.79 

.19 

7.85 

J5 

14.5 

41.08 -.IS 

69.99     .50 

8.96     .11 

95.49 

J8 

56.95 

4.05 

53.68 

.17 

33.97 

.19 

8.09 

Jl 

94.5 

40.87      .31 

69.97     .00 

9.06     .00 

95.79 

.17 

56.99 

-.10 

53.84 

.19 

34.11 

.19 

8.97 

.18 

Deo.   4.4 

40.47      .40 

64.13    1.30 

9.19     .05 

95.83 

4.00 

56.75 

.95 

53.96 

J9 

34.91 

.09 

8.40 

.11 

14.4 

39.89  -  .05 

65.694-1.71 

9.15  4  .01 

95.84 

-.00 

56.43 

-^ 

54.09 

4-.04 

34.98 

4-.05 

8.49 

4.05 

94.4 

39.17     .79 

67.55    9.00 

9.15 -.09 

95.79 

.18 

55.95 

J9 

54.04 

-.01 

34.31 

4'.01 

8.51 

-.01 

34.4 

38.31  -  .90 

69.68  49.93 

9.11 -.00 

95.48 

-JO 

55.37 

-J3 

54.01 

-.05 

34.30 

-.03 

a48 

-.00 

III 

o'EridAiii. 

fnn.Mi]i., 
8.  P. 

6  Mensn. 

m  PeneL 

rTanii. 

iXaurL 

CAorigA. 

/9EridanL 

OT    i 

846     d 

170  28 

o 

47 

id 

o 

67 

15 

o        » 

71  20 

49' 

5 

95' 

13 

k    m 
4     6 

h    m 

420 

h     m 

4  25 

h     m 

4  26 

h    m 

4  85 

h     m 

4  45 

ll       ■ 

4  55 

ll 

5 

2 

• 

• 

• 

• 

• 

• 

• 

• 

(Deo.30.4] 

45.61  -  .09 

30.65  4  .49 

13.05- JO 

3.08 

-.09 

57.86 

4.01 

15.90 

4-J9 

9.89 

4.00 

49.69 

4-J9 

Jfto.  9.4 

45.57     .00 

31.17     .09 

19.06    1.00 

3.04 

.00 

57.85 

-.03 

15.90 

-.09 

9.89 

-.09 

49.69 

-J9 

19.4 

45.49     .00 

31.86     .75 

10.88    1J6 

9.96 

.11 

57.80 

.07 

15.16 

.90 

9.86 

J7 

49.68 

JO 

99.3 

45.39     .19 

39.66     .93 

9.57    IJ7 

9.83 

.15 

67.70 

.11 

15.08 

.10 

9.74 

.19 

49.60 

.10 

Feb.  8.3 

45.95     .14 

33.59     .80 

8.15     1.45 

9.66 

.10 

57.68 

.14 

14.96 

.13 

9.50 

.10 

49.38 

.19 

18.3 

45.1 1  -  .10 

34.45  4-  .94 

6.67  -1.40 

9.46 

-.91 

57.43 

-.10 

14.89 

-.15 

9.41 

-.19 

49.94 

-.15 

98.3 

44.94      .17 

35.40      .94 

5.17    IJO 

9.94 

.99 

67.96 

.17 

14.66 

.18 

9.90 

Jl 

4^08 

.17 

Mat.  10.9 

44.78  -  .10 

36.33  4- .99 

3.68  -1.48 

9.09 

-Jl 

57.09 

-.10 

14.49 

-.10 

8.98 

-J3 

41.91 

-.18 

• 
Oot.15.6 

... 
48.09  4-  .99 

... 
99.83  -  .75 

... 
8.97  4-  .88 

6.38 

4J9 

60.60 

• 

4J8 

17.89 

4J7 

19.91 

• 
4.94 

41.68 

1 

• 

+J4 

95.6 

48.93  4-  .90 

99.14 -.09 

9.04  4  .07 

6.69 

4'.30 

60.87 

4-J5 

18.08 

4J5 

13.94 

4J9 

44.99 

4J4. 

Not.  4.6 

48.49     .17 

98.59     .47 

9.69      .45 

6.98 

.97 

61.11 

J9 

18.33 

J3 

13.55 

JO 

45.16 

J9 

14.5 

48.58     .14 

98.90     .91 

9.94  4-  .91 

7.93 

J3 

61.39 

.19 

18.55 

.90 

13.83 

JO 

45.35 

JO 

94.5 

48.70      .11 

97.96  -  .15 

10.04  -  .04 

7.44 

.10 

61.60 

.10 

18.73 

.10 

14.08 

J9 

46.54 

.17 

Dec  4.5 

48.79     ,07 

97.89  4-  .09 

9.87      JO 

7.60 

.13 

61.65 

.19 

18.88 

.19 

14.97 

.17 

45.69 

.13 

14.5 

48.84  -¥  .03 

97.99  4  .19 

9.45  -  J4 

7.71 

4  00 

61.75 

4-.oe 

19.00 

+.90 

14.43 

4.19 

46.80 

•I-.00 

94.4 

48.85     .00 

98.97      .97 

8.79      ,77 

7.77 

4.09;  61.81 

.04 

19.07 

.05 

14.59 

.07 

45.87 

.05 

34.4 

48.83  -  .03 

98.73  4  .55 

7.91  -  .00 

7.77 

-.03   61.84 

4J1    19.10 

4J1 

14.56 

4>.09 

45.90 

1 

4-JI 

368 


ADDITIONAL  FIXED  STAB8,  1895. 


1 

APPROXIMATE  NORTH  POLAR  DI8TAKCEB  AND  APPARENT  RIGHT  ASCEKSIOHS,        ./ 

FOR  THE  UPPER  TRANSIT  AT  WASHIKOTON. 

• 

., 

Date. 

rOrioDiB. 

xAmige. 

G^oombr. 

944. 

sOrionia. 

vAoiige. 

STkawdsm. 

1 

1 

0  Aurigs. ;  6  Aniigs. 

O           t 

96  57 

o 

57 

53 

o         « 

4  51 

e        0 

99  43 

e        / 

50  53 

155  46 

o 

45 

4 

O          1 

^  4S 

5  12 

h     m 

5  25 

k     m 

5  28 

k     m 

5  42 

k     m 

5  44 

k      ■ 

5  44 

h     m 

5  51 

k     ■ 

5  ^ 

•                  !     • 

• 

s 

• 

• 

• 

!   • 

(Dee. 30.5)  3l.e&  4^^  55.30 

4.67 

36j68-  .15 

48.01    4.66 

14.50   4.60 

38.60 

-.14 

51.62 

4.16   35.51  4  .M 

Jul  9.4    31. d6  -.^i ;  55.34 

4.69 

36.29      JO 

48.05   4.61 

14.56  4'.63 

38.49 

.96 

51.69 

4.63    ^.58  4^4 

19.4 

31.83      M 

55.33 

-.63 

35.42    1.11 

48.03  -.64 

14.56  -.63 

96.15 

.31 

51.69 

-.03  35.50 -Ji 

».4 

31.76      M 

55.28 

.66 

34.09    IM 

47.97      .66 

14.51       .68 

37.79 

.46 

51.64 

.60   35.55     JT 

F«b.  8.3 

ZIM      .19   55.17 

.13 

32.38    1.87 

47.87      .11 

14.41      .13 

37.35 

.47 

51.53 

.14  ^.46     J/ 

18.3 

31.51   -.15  55.02 

-.16 

30.35 -t.14 

47.74  -.14 

14.26  -.17 

36.86 

-.« 

51.36 

-.18  1  ^.32  -  .M 

28.3 

31.35     .16  54.^ 

.18 

28.10    9.36 

47.59      .16 

14.07      .19 

36.33 

.55    51.17 

.91    35.15     ,Ib} 

lijurJO.3 

31.18     .17   54.67 

.19 

25.75    t.36 

47.41      .17 

13.67      .96 

35.76 

.57 

50.94 

JB  34.95     Ji  1 

90.3 

31.01  -a? 

54.47 

-.91 

23.38 -t.37 

47.24   -.17 

1X66  -.91 

35.19 

-J6 

50.71 

-.99 

34.75  -  M 

Oet.25.6 

34.07  +.» 

58.23 

4.31 

48.21  49.66 

49.98  4.17 

17.47  4.31 

37.43 

4.« 

54.68 

4.60   38.384  J» 

Not.  4.6 

34.31      JO  58.53 

.99 

50.72    t.34 

50.24      .95 

17.82      .94 

37.86 

.46 

55.06 

.37   38.72     .33 

14.6 

34.53      M   58.81 

S7 

52.88    t.61 

50.48      .99 

18.14      .31 

38.93 

jsa 

55.41 

.34  39.04     .S 

94.5 

34,71      .17 '  59.06 

JM 

54.73    1.63 

50.69      .19 

18.44      97 

38.51 

.94 

55.75 

.30   39.33     9B 

Dee.  4.5 

34.87      .13  59.29 

M 

56.13    1.17 

50.87      .16 

18.69      .93 

38.70 

.14 

56.02 

95    39.60     M 

14.5 

34.98   4.69   59.46 

4.15 

57.08  4  .66 

51.02  4.19 

i&90  4.18 

38.79 

4J5 

56.25 

4.96   39.81  4.  » 

94.5 

35.06     .66  59.58 

.16 

57.50  4  .18 

51.12      .68 

19.05     .13 

38.78 

-.66 

56.42 

.15    39.97     .U 

34.4 

35.10  'I'.at 

59.66 

4.66 

57.44  -  .99 

51.18  4.64 

19.15  4>.68 

38.66 

-.18 

56.54 

4.09 

40.084  41 

• 

Mmb 

«o]jir 
D»to. 

f  Gtoiiiior. 

f^Axaigm, 

vGeminor. 

;tDraconiB, 
8.  P. 

eGeminor. 

f^AmigSD. 

EGeminor. 

! 

o         # 

67  28 

40  40 

69  43 

342  41 

O            1 

64  46 

O            t 

46  19 

55  55 

170  42 

h     m 

6    8 

h 

6 

ID 

16 

h     m 

6  22 

h     m 

6  22 

h      m 

6  37 

h     m 

6  89 

h     IB 

6  45 

h    ■ 
648 

• 

• 

s 

s 

s 

S 

s 

• 

(Dec.30.5) 

34.00  4.16   51.02 

4.15 

45.30  4  .11 

52.16  4.04 

29.98   4.14 

12.33 

4.16 

54.01 

4.15j54..'>4-.l5 

Jan.  9.5 

34.08  4.66   51.13 

4.67 

45.39      .67 

52.27      .15 

30.09      .60 

12.46 

.09 

54.14 

.16    54.26     .41 

19.4 

34.11      .66,51.17 

.60 

45.43  4  .69 

52.48      .98 

30.15   4.64 

12.52 

4.63 

54.22 

4.65    53.72    M 

29.4 

34.08  -.66 

51.13 

-.66 

45.42  -  .63 

52.83      .43 

30.16  -.69 

12.52 

-.03 

54.23 

-.61    62.91     M 

Feb.  8.4 

34.01      .69 

51.04 

.13 

45.37      .67 

53.31      .53 

30.11      An 

12.47 

.60 

54.19 

.66 

51.96  IM 

18.4 

33.91   -.19 

50.80 

-.17 

45.28  -  .11 

53.88  4.69 

30.02  -.11 

12.35 

-.14 

54.11 

-.11    50.78-1* 

28.3 

33.77      .15 

50.69 

.39 

45.15      .14 

54.54      .76 

29.90      .14 

12.18 

.18 

53.97 

.15(49.46   l.» 

Mar.  10.3 

33.61      .17 

50.44 

.95 

44.99      .16 

55.28      .74 

29.75      .16 

11.99 

90 

53.80 

.18    48.02   I.<7 

20.3 

33^4      .17 

50.18 

.97 

44.82      .17 

56.03      .76 

29.58      .18 

11.78 

.99 

53.61 

.19    46.52   1^ 

30.2* 

33.27     .17 

49.91 

.95 

44.65     .17 

56.79      .76 

29.40      .17. 

11.55 

.93 

53.42 

.90 

44.98  l^ 

Apr.  9.2 

33.10  -.16 

49.67 

-.99 

44.48  -  .16 

57.55   4.75 

29.23  -J6 

11.32 

-.29 

53.22 

-.96 

43.43  ^  J8 

1 

Nov.  14.6 

•     .     • 
37.06  4.98 

54.85 

4.90 

... 
48.24  4  .30 

... 
52.33  -.58 

... 
32.97   4.31 

15.79 

• 

4.37 

•          a 

57.17 

• 

4.34 

•    •    • 

47.134  i^ 

24.6 

37.33      .95 

55.22 

.35 

48.52      .96 

51.81       .46 

33.97      .98 

16.15 

.34 

57.50 

.31 

48.00    .» 

Deo.  4.6 

37.57      .92 :  55.56 

1 

.30 

48.77      SO 

51.42     .94 

33.54      95 

16.48 

.36 

57.80 

.98 

48.64     JSi 

14.5 

37.77   4.18 

55.83 

4.95 

48.98  4  .19 

51.14   -.99 

33.78   4.91 

16.77 

4.96 

58.07 

4.94 

49.05  +  » 

24.5 

37.94      .14 

56.05 

.19 

49.16      .15 

50.98  -.68 

33.97      .17 

17.01 

.91 

58.29 

.96 

49.80  +  ^1 

34.5 

38.05  4.69 

56.20 

4.19 

49.28  4  .10 

50.99   4.07 

34.12  4.13 

17.18 

4.14 

58.46 

4.15 

49.08  '  » . 

1 

ADDITIONAL  FIXED  STARS,  1896. 


369 


APPROXIMATE  NOBTH  POLAR  DISTANCES  AND  APPARENT  EIGHT  ASCENSIONS, 

FOR  THE  UPPER  TRANSIT  AT  WASHINGTON. 

Mmb 

CGeminor. 

63Aiizi|^. 

95CaiD«]op.  /yolMitls. 

pCvk.ma. 

26hjn^B. 

Groombr. 
1374. 

•»>CMieri. 

8ol*r 
Date. 

O             0 

69  17 

k    m 

6  57 

o       # 

50  30 

k    m 
7     4 

e       t 

723 

k     m 

7    9 

160  20 

k    ■ 

7    9 

8f  30 

k     ■ 

7  21 

0       t 

42  10 

k     m 

7  47 

e       « 

15  48 

k     m 

7  47 

0              0 

64  19 

k     m 

7  54 

(Deo.  30.5^ 

• 

54.54 

+.W 

• 
98.05  -t-.to 

1 

11.57 +.74 

• 

41.69+  .06 

1 
98.93 

+.16 

6.39 

+J6 

48.31 

+JO 

36.41 

+JI 

Jftn.   9.5 

54.67 

.10 

98.91      .19 

19.19      .97 

41.61 -.67 

99.07 

.19 

6.69 

J» 

43.75 

.36 

36.60 

.17 

19.5 

54.75 

+.«6 

98.31      .00 

19.31  +  .08 

41.48      .19 

99.17 

.07 

6.78 

.19 

44.01 

.19 

.16.75 

.16 

99.4 

54.78 

M 

98.35  +.01 

19.18- J6 

41.93     .31 

99.91 

+.68 

6.89 

+.06 

44.19 

+.06 

36.83 

+.66 

Feb.  a4 

54.76 

-.•5 

98.39  -.06 

11.67      .66 

40.86      .46 

99.90 

-.06 

6.90 

-.08 

44.06 

-.16 

36.86 

.66 

18.4 

54.69 

-.•• 

98.94  -.11 

10.88- .63 

40.39  -  .61 

99.15 

-.67 

6.85 

-.08 

43.83 

-.36 

36.88 

-.66 

98.4 

54.57 

Jt 

98.10     .16 

9.81    1.18 

39.84      .66 

99.06 

6.74 

.14 

43.46 

.43 

36.77 

.06 

Mat.  10.3 

54.44 

•H 

97.94     .18 

8.53    1.30 

39.91      .64 

98.94 

6.67 

.18 

49.97 

.63 

36.66 

.13 

90.3 

54.98 

•10 

97.74     .60 

7.10    1.46 

38.55     .66 

98.80 

6.37 

.81 

49.40 

.61 

36.51 

.16 

30.3 

54.11 

•If 

97.53     M 

5.69    IM 

37.86     .66 

98.64 

6.15 

.93 

41.75 

.66 

36.86 

.16 

A^.  9.9 

53.94 

^•10 

97.39  -.60 

4.09-1.60 

37.17 -.68 

98.48 

—.16 

5.90 

-.t6 

41.07 

-.60 

36.90 

-.16 

19.9 

53.78 

^•Ift 

97.13  -.16 

9.60  -1.47 

36.50  -  .66 

98.33 

—.16 

5.66 

-.64 

40.89 

-.67 

36.04 

-.16 

•     • 
NoT.94.6 

57.65 

4-.30 

... 
31.60  +.34 

... 
91.30+1.68 

... 
40. 10 +  .47 

31.69 

+J8B 

9.93 

+.44 

48.63 

+.61 

•     • 
39.38 

+.31 

Deo.  4.6 

57.93 

M 

31.93     .31 

99.88    1.46 

40.59     ja 

31.96 

.66 

10.85 

.46 

49.59 

.84 

39.71 

.31 

14.6 

58.17 

4-.9i 

89.94   +.60 

94.95 +1J6 

40.84  +  .91 

39.99 

+.83 

10.73 

+.36 

50.31 

+.73 

40.01 

+JB 

94.5 

58.38 

.18 

89.49     M 

95.31      .60 

41.05 +.14 

39.43 

.19 

11.06 

.31 

50.97 

.60 

40.98 

.66 

84.5 

58.54 

+.14 

89.69  +.16 

96.05 +.66 

41.19     .66 

39.60 

+.16 

11.34 

+JB 

51.60 

4.47 

40.51 

4>.tl 

Mm 
Dsto. 

C'Canori. 

pCtOkcd. 

SOlfonooe- 
rotio. 

0ChAID»- 

leootis. 

vHydns. 

yCmaetL 

tf'Cuiori. 

(MMOm.) 

efljdrm. 

72 

k 

8 

2 

6 

80^29 

k    m 

8  10 

98*  34' 

k     m 

8  20 

0      1 
167    9 

k     m 

8  23 

0      t 
86  17 

k     m 

8  33 

0      « 
68    9 

k    ■ 

8  37 

0      i 
69     1 

k    ■ 

8  47 

0 
87 

k 

9 

15 

8 

(Deo.90.6) 

19.96 

♦.91 

1 

50.68  +.61 

96.19 +.61 

• 

50.95+  .33 

17.63 

+J6 

1 
14.15 

+JB 

59.09 

+Jf7 

55.33 

+JT 

Jmi.  9.5 

13.15 

.17 

50.87      .17 

96.31      .17 

51.90 +.17 

17.83 

.16 

14.38 

M 

59.97 

M 

66.57 

jm 

19.6 

13.30 

.It 

51.09     .16 

96.45     .16 

51. 98 -.61 

18.00 

.14 

14.56 

.16 

59.48 

.18 

55.76 

.17 

99.6 

13.40 

.07 

51.11      .07 

96.54      .07 

51.17      .60 

18.11 

.69 

14.69 

.10 

59.69 

.16 

56.90 

.It 

Feb.  &5 

13.44 

-^M 

51.15   +.08 

96.58  +  .08 

50.88     .36 

18.17 

+.64 

14.76 

+.06 

59.71 

+.66 

BSM 

.67 

18.4 

13.43 

-.«3 

51.14    -.63 

96.58  -  .03 

50.49  -  .64 

18.18 

-.61 

14.78 

.00 

59.75 

.66 

56.04 

+.06 

98.4 

13.37 

.06 

51.09      .67 

96.59     .07 

49.80      .66 

18.14 

.66 

14.75 

-.06 

59.79 

-J6 

56.03 

-.68 

Mat.  10.4 

13.97 

.11 

51.00      .10 

96.43     .10 

49.05     .60 

18.07 

.66 

14.68 

.00 

59.65 

.66 

55.99 

.06 

90.4 

13.15 

.19 

50.88     .16 

96.39     .16 

48.91      .86 

17.97 

.11 

14.57 

.It 

59.55 

56A»1 

.06 

ao.3 

13.00 

.1ft 

50.74     .14 

96.18     .14 

47.98     .66 

17.84 

.13 

14.44 

.14 

59.41 

55U$I 

.11 

Apr.  9.3 

19.86 

-.16 

60.60  -.16 

96.ai  -  .16 

46.30  -1.66 

17.70 

-.14 

14.99 

-.16 

59.96 

-.16 

56.69 

-.16 

19.3 

19.69 

.15 

50.45     .16 

95.88     .14 

45.99    1.06 

17.56 

.14 

14.14 

.16 

59.09 

55.56 

.13 

99.9 

19.55 

.13 

50.30     .13 

95.74      .13 

44.97    1.61 

17.49 

.13 

13.99 

.14 

51.93 

55.43 

.13 

Hfty  9.9 

19.49 

-.11 

50.18  -.11 

95.61  -  .11 

43.97  -  M 

17.99 

-at 

13.86 

-.It 

51.78 

66.30 

-.13 

94 


370 


ADDITIONAL  FIXED  STARS,  1895. 


APPROXIMATE  NORTH  POLAR  DISTANCES  AND  APPARENT  RIGHT  ASCEK8IONB, 

FOR  THE  UPPER  TRANSIT  AT  WASHINGTON. 

- 

^Argus. 

a  LyncU. 

10  Leonis 

0  Leonis. 

C  ChamtD- 

19  Leonis 

ir  Leonis. 

AUnsXi- 

HeMi 

1 

MiDoris. 

leontis. 

Minoris. 

joria.     j 

Dolftr 
Dftte. 

159 

17 

o 

55 

10 

o 

53 

1 

8 

79  38 

170  28 

O           / 

48  27 

o 

81 

27' 

46  31 

h 

m 

h 

m 

h 

m 

h     m 

h     m 

h     m 

h 

n 

fa   ■ 

9 

12 

9 

14 

9  27 

9  35 

9  36 

9  51 

9  54 

10  10 

s 

• 

• 

• 

S 

»                 I     a 

• 

(Deo.30.6) 

4.67 

-1^.40  41.18 

4>.39 

49.24 

+.31 

33.99+ JB 

61.46+  .86 

18.02+  .36   40.96 

+.98 

47.57  +41 

Jao.  9.6 

5.02 

.»  41.47 

sn 

49.54 

.96 

34.25      .94 

62.21       .63 

18.36      .39   41.23 

.96 

47.94     X 

19.6 

5.26 

.18141.71 

31 

49.81 

.94 

34.47      .90 

62.73      .41 

18.66      .97   41.47 

Jtt 

48.27     Ji' 

99.5 

5.38 

4.06   41.90 

.15 

50.01 

.17 

34.64      .15 

63.02  +  .17 

18.90     .91 

41.66 

.17 

48.53     J4 

Feb.  8.5 

5.38 

-.06 '  42.02 

1 

.00 

50.15 

.11 

34.77      .10 

63.08  -  .06 

19.07      .14 

41.81 

.19 

48.74     J5 

18.5 

5.26 

-.17 '  42.08 

4-.03 

50.23 

+.05 

34.84  +  .05 

62.89  -  .91 

19.19+  .06 

41.90 

+.07 

48.88  +ai 

28.5 

5.03 

.97   42.09 

-.09 

50.26 

.00 

34.87      .00 

62.49      .50 

19.24  +  .08 

41.95 

+.09 

#ag6  +J4 

Mar.  10.4 

4.71 

.36 '  42.04 

.07 

50.23 

-.06 

34.85  -  .04 

61.89      .60 

19.23-  .04   41.95 

-.09 

48.97  -Ji 

SI0.4 

4.31 

.44   41.96 

.11 

50.14 

.10 

34.79      .07 

61.11      .66 

19.16      .00,41.91 

.05 

48.92     JT 

30.4 

3.84 

.50   41.83 

.14 

50.02 

.13 

34.71      .10 

60.17    1.01 

19.05     .19   41.84 

.08 

48.82     .u 

Apr.  9.3 

3.32 

-.53   41.68 

-.16 

49.87 

-.15 

34.60  -  .19 

59.10-1.19 

18.91  -  .15 

41.75 

-.10 

4ae9  -.15 

19.3 

2.78 

.55   41.51 

.17 

49,71 

.17 

34.48      .13 

57.94    IJO 

18.74      .17   41.63 

.11 

48.53     .i: 

99.3 

2.21 

.57   41.34 

.17 

49.53 

.17 

34.35     .19 

56.70    1.96 

18.56      .18   41.52 

.19 

4a:&   JI 

May  9.3 

1.04 

.57   41.17 

.16 

49.37 

.16 

34.2.3      .19 

55.43    1.90 

18.38      .18 

41.40 

.19 

48.16     .11 

19.2 

1.07 

-.57 

41.02 

-.14 

49.21 

-.16 

34.11 -.11 

54.13 -1.S1 

18.21  -  .17 

41.28 

-.11 

47.96  -as 

1 

^Hydne. 

p  Leonis 

a  Antlise. 

/90ctantis, 

41  Leonis 

J*ChamsB- 

46  Leonis 

Groombc 

He«ii 
SoUr 
DiOe. 

Minoris. 

8.  P. 

Minoris. 

leontis. 

Minoris. 

1706. 

o 

1 

o 

/ 

o 

1 

O            / 

O            / 

O            1 

o 

1 

0 

106 

18 

52  45 

120  32 

188    4 

66  16 

169  59 

55 

13 

11  40 

h 

m 

h 

m 

h 

m 

h     m 

h     m 

h     m 

h 

m 

k    R> 

10  21 

10  21 

10  22 

10  35 

10  37 

10  44 

10  47 

10  51 

a 

• 

s 

a 

8 

a 

a 

• 

Jan.  19.6 

2.04 

4-.94 

50.86 

4-.90 

21.98 

+.94 

16. 13 -.68 

44.13+  .96 

50.56  +  .78 

28.32 

+.31 

41.10  +JT 

29.C 

2.25 

.16 

51.12 

.93 

22.19 

.18 

15.59      .40 

44.37      .99 

51.24      .57 

28.60 

.95^ 

41.98    .7» 

Feb.  8.0 

2.41 

.19 

51.33 

.17 

22..35 

.13 

15.29 -.18 

44.57      .17 

51.71       .37 

28.82 

.90 

42.68    J» 

18.5 

2.52 

.07 

51.47 

.11 

22.46 

.08 

15.23  +  .06 

41.72      .19 

51.98+  .16 

28.99 

.15 

43.16    » 

28.5 

2.58 

+.03 

51.56 

4-.05 

22.51 

+.03 

15.40      .99 

44.82      .07 

52.04  -  .04 

29.11 

.09 

43.44  +.i: 

Mar.  10.5 

2.59 

-.01 

51.58 

.00 

22.51 

-.01 

15.81  +  .53 

44.86  +  .09 

51.90-  .94 

29.16 

+.03 

43.56  -.04 

20.4 

2.57 

.04 

51.56 

-.05 

22.48 

.05 

16.46      .75 

44.86  -  .09 

51.57      .43   29.17 

-.03 

43.36    ^ 

30.4 

2.51 

.07 

51.49 

.09 

22.41 

.06 

17.31       .96 

44.82      .05 

51.05      .60 

29.13 

.06 

43.03    .0 

Apr.   9.4 

2.43 

.00 

51.38 

.19 

22.31 

.11 

18.37    1.14 

44.75      .06 

50.38      .74 

29.05 

.00 

42.49    J* 

19.4 

2.33 

.11 

51.25 

•  14 

22.19 

.13 

19.59    1.39 

44.66      .10 

49.58      .86 

28.95 

.11 

41.84    .7i 

29.3 

2.22 

-.19 

51.10 

•  1 V 

22.05 

-.14    20.99+1.45 

44.55 -.19 

48.66  -  .97 

28.82 

^^.  *• 

41.07  -SI 

May   9.3 

2.09 

.13 

50.93 

•  1 0 

21.91 

.15    22.50     1.56 

44.42      .13 

47.64     1.04 

28.68 

•H 

40.2*     P 

19.3 

1.97 

.19    50.77 

•  I%l 

21.77 

.15 

24.11     1.65 

44.30      .19 

46.58    1.00 

28.54 

.15 

39.3«    ^ 

29.3 

1.85 

.19  50.62 

•  H 

21.61 

.14 '25.79    1.68 

44.18      .11 

45.46    1.13 

28.39 

•  H 

38.41     .» 

Jane  8.2 

1.74 

-.11 

50.48 

^•131 

21.48 

-.19 

27.46  +1.66 

44.07  -  .10 

44.31  -1.16 

28.26 

*^.  •• 

37.5«  'Xi 

ADDITIONAL  FIXED  STARS,  1895. 


371 


APPROXIMATE  HOBTH  POLAR  DISTANCES  AND  APPARENT  RIOHT  A80BN8I<»VB, 

FOR  THE  UPPER  TRANSIT  AT  WASHINGTON. 

Mean 

fOotantto. 

p*L601li9. 

^Ur8.Hi4. 

yUn.Hi4. 

f  Hydrs. 

:rnr8.Hi4. 

vYirginis. 

f  OorrL 

Solar 
Date. 

o         # 

174    2 

h     m 

10  59 

e       i 

87  28 

k     m 
11      1 

o       # 

44  66 

k     m 

11     8 

o        t 

56  20 

k     m 

11  12 

12f  li 

k     m 

11  27 

e       f 

41  88 

k     m 
11  40 

e       1 

82  48 

k     m 

11  55 

112*    2 

k     m 

12    4 

Feb.   8.6 

• 
69.18+  .?• 

1 
34.46  -¥  .16 

48.49  4.99 

50.94 

4.99 

51.60  4.10 

33.91   4.90 

31.09 

4.94 

44.75  4  J5 

lae 

69.79     .98 

34.61      .19 

48.63     .17 

51.14 

.17 

51.79      .16 

33.48     .99 

31.30 

.19 

44.97      .19 

98.5 

69.93  4-  .06 

34.73      .00 

48.78     .11 

51.98 

.11 

51.99     .11 

33.68     .16 

31.47 

.14 

45.15     .15 

Mar.  10.5 

69.81  -  M 

34.79     .06 

48.86  4.05 

51.37 

.06 

59.01      .66 

33.80     .10 

31.59 

.19 

45.98     .11 

90.5 

69.38     .57 

34.89  4-  .01 

48.88  -.01 

51.40 

4.01 

59.05  4.08 

33.87  4.04 

31.66 

.90 

45.37     .97 

30.4 

68.66  ■■  t96 

34.80  -  .09 

48.84  -.00 

51.39 

-.99 

59.06  -.91 

33.88  -.08 

31.71 

4.09 

45.49  4  .94 

Apr.  0.4 

67.66    1.13 

34.77     .06 

48.76     .10 

51.34 

.06 

59.03     .94 

33.83     .97 

31.79 

-.91 

45.44  4  .91 

19.4 

66.40    1.97 

34.70     .97 

48.65     .19 

51.96 

.89 

51.97     .97 

33.74      .19 

31.70 

.99 

45.43  -  .99 

99.4 

64.91    1.67 

34.69     .89 

48.50     .16 

51.15 

.11 

51.89      .96 

33.60     .15 

31.65 

.96 

45.40      .95 

May  9.3 

63.96    1.79 

34.53     .19 

48.33     .19 

51.03 

.19 

51.79     .11 

33.44     .17 

31.50 

.97 

45.34      .97 

19.3 

61.47 -I.M 

34.43  -  .19 

48.15  -.19 

50.89 

-.14 

51.67  -.19 

33.96  -.19 

31.59 

-.09 

45.96  -  .08 

99.3 

59.58    1.M 

34.33     .19 

47.96     .18 

50.76 

.15 

51.55     .19 

33.07     .90 

31.44 

.19 

45.18     .89 

Jnxie  8.3 

57.64    1.94 

34.93     .10 

47.78     .17 

50.61 

.14 

51.41      .19 

39.86     .90 

31.34 

.09 

45.08     .19 

18.9 

55.71  -1.89 

34.14  -  .09 

47.61   -46 

50.48 

-.19 

51.98  -.19 

89.67  -.18 

31.95 

• 

-.09 

44.98  -  .19 

8oUr 

9Cftn.yeo. 

6nn.lfin. 

^•Cord. 

p  CMuVen. 

yVlrgini9, 
(mean.) 

31Coni» 
Bcieoioes. 

/CMriop., 

a  P. 

430plMi, 
8.  P. 

O          t 

48  45 

k     m 
12  10 

1  43 

k     m 

12  14 

105  56 

k     m 

12  24 

e        1 

48    4 

k     m 

12  28 

90  52 

k     m 

12  36 

o        # 

61  53 
12  46 

830    9 

k     m 
12  50 

355  42 
12  54 

F^b.  8.6 

54.91  4  M 

1 

79.38  46.65 

• 
97.96  4.95 

47.58 

4.91 

• 

91.73   4.96 

96.87  4.99 

90.96 

-.91 

8.05-9.94 

18.6 

54.48     .94 

77.43    4.45 

97.49     .91 

47.87 

.96 

91.97      .91 

37.14     J5 

19.99 

M 

5.90    1.95 

98.6 

54.70     .19 

81.97    9.90 

97.68     .17 

48.10 

.91 

99.16      .17 

37.37     .90 

19.81 

.16 

4.14     134 

Mat.  10.5 

54.85     .19 

83.83    1.85 

97.83     .19 

48.98 

.15 

99.39     .14 

37.55     .10 

19.68 

.19 

9.83    1.90 

90.5 

54.96     .09 

84.96  4  .41 

97.95     .00 

48.41 

.19 

99.44     .19 

37.69     .19 

19.61 

-.99 

9.09- J8 

30.5 

55.01  4-  .99 

84.71  -  .94 

98.09   4.05 

48.49 

4.95 

99.53  4.07 

37.78  4.08 

19.69 

4.96 

1.76  4.99 

Apr.  9.5 

55.09  -  .01 '  83.08    9.97 

98.06  4.08 

48.51 

.99 

99.58  4.09 

37.84  4.04 

19.73 

.15 

9.08     M 

19.4 

54.98     .09 

80.16    9.90 

98.07      .00 

48.49 

-.94 

99.60      .00 

37.85     .00 

19.91 

.99 

9.88    1.97 

99.4 

54.91      .00 

76.07    4.57 

98.06  -.09 

48.43 

.96 

99.59  -.09 

37.84   -.99 

90.18 

.91 

4.99    1.55 

lUj  9.4 

54.79     .19 

71.01     5.47 

98.09     .05 

48.33 

.11 

99.57     .04 

37.79     M 

90.53 

.98 

5.99    1.97 

19.4 

54.66 -.14 

65.19-6.17 

97.96  -.97 

48.91 

-.19 

99.59  -.05 

37.73  -.97 

90.94 

4.41 

8.16  49.91 

99.3 

54.69     .19 

58.65    6.66 

97.89     .08 

49.07 

.15 

99.46     .08 

37.64      .09 

91.41 

.48 

10.65    9.90 

Jvne  8.3 

54.36     .16 

51.77    6.96 

97.81      .09 

47.99 

.16 

99.39     .00 

37.53      .11 

91.91 

M 

13.37    tM 

18.8 

54.90  -  .16 

44.70  -7.97 

97.79  -.09 

47.75 

-.17 

99.30  -.00 

37.49  -.19 

99.46 

4J6 

16.95  49J0 

172 


ADDinOKAL  FIXED  STABS,  1885l 


FOB  ZHK  UITEK  i^^var  mX  VASaDKFHH. 


b    ■ 


la  12 


MA 

«^ 
UL3 


S4L»I  4- 


CM      M 

7M     M   mat      M  S3UM      ^ 


/■IjrM 


%s 


19^ 

19^ 

99^ 

Jdd«  8.4 

18^ 

98.3 

Jul/  8.3 

18.3 

38.9 


7jS7  *j0:S9^  4-^0  SLI94>jil 
7.91     J»  y^M  -JM  ,  S3.I5  -  j« 
7j94     jS 
C8i     J 
<u49     J 


1124 


Sl?4 

7^« 

&8I    LJt 


52  17 

laai 


SB  M 

uas 


n 

k     V 

13  » 


IK  U 

k    m 

14    % 


IC44      jn 
ltj9B4' jN 


S9.4I      J0  SX.I9     m 


CI9  ^mIsBJO  ^M  99.78- J4 

9^     ^jS9J9  jH  9U3     JS 

i.19     .4i,S9JM  .M,  99.47     ^ 

4.79  -.40  S&99  -Ol   99.39- .n 


4B(M«lfl. 


k     ■ 

14    6 


38.88  ^M 

39.09  Jft 

39.16  Jt 

39.96  M 

39.33  Ji 

39.36  ^M 
39.36  -J9 
39.33  .M 
39.98  M 
90     ^ 

'.It 
.It 
•It 
%I4 


39.11 
38.99 
38.87 
38.73 


e       i 

M  47 

k     n 

1*    7 


4  Unburn. 


II  56 

k     ■ 

14    9 


19.51 
19.69 
19.84 
19.95 
90.04 

90.09 
20.13 
90.13 
90.11 
90.07 

90.01 
19.93 
19.83 
19.79 


4-Jtt ,  93.04  •!•  M 
93.54  .41 
93.65  M 
93.98  4*  .« 
93.92 -.» 

93.68- Jt 
93.96  .48 
92.71  .tt 
92.03  .74 
21.23      .83 


.It 
.13 
.It 

jn 

4>.t4 

4-.t9 

-.tl 

.t3 

.tt 

-.t7 
Jtt 
•It 

-.11 


20.36  -  .01 

19.41  .87 

18.42  l.tt 
17.41  -14(t 


9^7 
9JK 

7JBi 


4.47  IJi 
9.46  t4i 
9.96 


173  11 
14  10 


13.99  44 .» 
14.35  l.tt 
15.93     .78 

15.64  .41 
16.16  4-  M 

16.91  -  .48 
16.00  .8t 
15.59  .tl 
14.79  .87 
13.82    1.07 

12.65  -I  JS 
11.32    1.40 

9^     1.53 
8.26  -1.85 


&»  4^JB 
8.94  JB 
9J3      J7 


7J56  ^J 


9La  ^^88 
9L44  -J8I 
9.49     JN 


9.17  -JS 

9j95  J4 

8.90  J» 

8.74  -J8 


o       » 

43  26 
14  12 


96.94 
26.45 
96.60 
96.71 
96.76 

96.77 
26.79 
96.65 
26.53 
26.39 

26.92 
96.09 
%.80 
25.58 


.18 
.13 

.88 
4.83 

-.88 
.88 
.18 
.13 
.It 

-.18 
.90 


8LJ9 


ftJS     m 
.1 


8.19     m 
6.19  -JB 


I 


102  53 
14  13 


• 
97.48 

27.67 

97.89 

97.95 

98.04 

28.11 
98.14 
98.16 
28.14 
26.11 

96.05 
97.97 
97.87 
97.76 


.17 
.14 
.11 


11.344^  JB 

11.46- jw 
I1.J6  Jt 
11.11      JB 

liL75-w« 

19l96     jm 

9.71      JB0 

tJ7-jB0 


a  P. 


190  26' 
14  83 


J7 

JM 

♦A 

-jK 


-JI 


«Apo& 


{ 


168  36 

k    ■ 

14  34 


4-.08 


50.31 
49.55 
48.95 
48.55 
48L33 

4^30  4> 

48.48 


-  jB4 


.31 

JM 


\ 


.88    48.85      .48 

-.83  j  49.40      .84 

.88 1  50.13      .88 

-.07  {  50.99  4-  M 


54.14  4Ji 

54.97  T4 

S5.6&  Ji 

56.16  .fl 

56^  M 

56.79  +.» 
56.77  'M 
56.64  » 
56.36  JB 
5SJ9\     M 

65.35-^3 


418   51.98    1.85    54.66    M 


.10 
-.U 


53.08    1.13.53.88    J3 
54.93  4-147   53.01  -» 


ADDITIONAL  FIXED  STARS,  1895. 


873 


▲FPROXDCATB  HOBTH  POLAR  DISTANCES  AND  APPABBMT  RIGHT  A8OEMSION81 

FOR  THE  UPPER  TRANSIT  AT  WASHINGTON. 

• 

fl^lMa 

33Bootla. 

47CeplMi, 

yScorpiL 

aBootio. 

f>OoUntio.  ^Cor.Bor. 

1 

xCftinelop., 
S.P. 

diApodii. 

Date. 

0      1 
45    9 

k     m 

14  34 

349    d 

h     m 

14  52 

IH  52 

k     m 

14  57 

0 
56 

k 

15 

18 
m 
11 

0      t 
174    7 

16  19 

60  82 

k     m 

15  23 

0      * 
841    0 

k    m 

15  89 

168  26 

h    m 
16    4 

lfMr.30.6   58.60 

4-Ji 

1.75 -.40 

57.37  +  M 

1 
18.43 

+.93 

a 
15.35  +IJO 

39.08 

+.94 

14.30 

-.40 

44.74  +1.19 

Apr.   9.6   58.68 

.16 

1.38     M 

57.58      .19 

18.64 

.10 

17.01     IJO 

39.30 

M 

13.97 

.90!  45.81     1.00  1 

19.5 ,  58.81 

.11 

1.19-  .00 

57.76      .10 

18.81 

.15 

18.37    1.99 

39.48 

.10 

13.78 

-.19 

46.75      J7 

99.5  j  58.90 

M 

1.93  •!•  .14 

57.99      .13 

18.94 

.11 

19.45      .91 

39.63 

.19 

13.71 

.00 

i7M      .73 

M»7  9.5 

58.94 

+.« 

1.47     ja 

58.03     .10 

19.03 

.07 

90.90      .50 

39.73 

.00 

13.77 

+.19 

48.90      .57 

19.5 

58.94 

-.03 

1.97  4- .00 

58.19+  Ml 

19.09 

+.04 

90.63  +  .90 

39.81 

+J9 

13.95 

+J5 

48.69+. 00 

99.4 

58.88 

.«7 

9.64      .75 

58.19      .04 

19.11 

+.01 

90.79  -  .08 

39.85 

+.0 

14.97 

.30 

49.01      M 

JoiM  8.4 

58.80 

.10 

3.49      .01 

58.91  +  .01 

19.10 

-.03 

20.48      .41 

39.84 

-.09 

14.71 

.90 

49.16 +.00 

18.4 

58.69 

.13 

4.47    1.00 

58.90  -  .09 

19.04 

.07 

19.91      .» 

39.81 

.05 

15.96 

.50 

49. 13 -.19 

98.3 

58.54 

.16 

5.61    1.10 

58.17      M 

18.96 

.10 

19.04    1.0 

39.74 

.00 

16.89 

.07 

48.99     .30 

July  &3 

58.36 

-.19 

6.83  +1.94 

58. 10 -.00 

18.84 

-.13 

17.87  -1.90 

39.65 

-Jl 

16.60 

+.74 

48.5S-.00 

18.3 

58.15 

.tl 

8.19    1.30 

58.01      .10 

18.70 

.15 

16.46    1.53 

39.53 

.14 

17.37 

.70 

48.01      .90 

98.3 

57.93 

.99 

9.44    1.39 

57.90      .19 

18.55 

.17 

14.81     1.71 

39.38 

.10 

18.17 

.01 

47.36     .71 

Aug.  7.9 

57.70 

.13 

10.78    1.39 

57.76     .14 

18.36 

.10 

13.05    IM 

39.99 

.18 

19.00 

.83 

46.69      M 

17.9 

57.47 

.13 

19.09    1.99 

57.69      .15 

18.17 

M 

11.99    IM 

39U» 

.10 

19.84 

.83 

45.79      .99 

97.9 

57.94 

-.» 

13.37  +1.95 

57.47  -  .14 

17.97 

-.10 

9.38 -IJO 

• 

31.86 

-.17 

90;66 

+.69 

44.83- Jl 

8olw 

f  Heroolis. 

9  Cor.  Bor. 
(mean,) 

xApodifl. 

9Un.Hiii. 

vOphiuoki. 

irHerenlio. 

tfOphinoliL 

SAim. 

0      1 
44  47 

h     m 

16    5 

55  53 

h     m 

16  10 

168  40 

h     ID 

16  17 

0      t 
14    0 

k     m 

16  20 

105  86 

k    m 

17    4 

0 
53 

k 

17 

4 

m 
11 

114  54 

k     IB 

17  15 

150  86 
17  2" 

Apr.  9.6 

99.79 

4.91 

1 

46.78  +  .95 

97.89+1.00 

1 

38.73 

+.03 

1 

93.13 +.90 

95.06 

+.91 

35.48 

+.33 

40.17  + JO 

19.6 

99.96 

M 

47.01      .91 

98.89     .91 

39.99 

.40 

93.41      S7 

95.35 

M 

35.79 

M 

40.70     SI 

99.6 

30.15 

.17 

47.90      .17 

99.70      M 

39.71 

J5 

93.66     .94 

95.61 

.94 

»M 

M 

41.19     .40 

lUy  9.6 

30.31 

.13 

47.36      .13 

30.4 1      .04 

39.99 

.91 

93.89     .91 

95.89 

.90 

36.31 

M 

41.68      .41 

19.5 

30.49 

.00 

47.48     .10 

30.97      .40 

40.19 

+.06 

94.09      .19 

96.01 

.10 

36.54 

M 

49.01      JO 

99.5 

30.48 

+.04 

47.56  +  .00 

31.36+  .30 

40:10 

-.10 

94.97  +  .10 

96.15 

+.19 

36.75 

+.19 

49.34+  JO 

Jane  8.5 

30.49 

-.01 

47.59  +  .09 

31.58+  .19 

39.99 

M 

94.41      .13 

96.96 

.00 

36.91 

.U 

49.60      J9 

18.4 

30.46 

.00 

47.60  -  .« 

31.60-  .00 

39.59 

.40 

94.59      .00 

96.39 

+.04 

37.04 

.11 

49.79      .U 

98.4 

30.38 

.11 

47.56      .00 

31.45      .94 

39.19 

.53 

94.5tl      .05 

96.33 

-.01 

37.19 

.07 

49.91  +  .08 

Jolj  8.4 

30.96 

.15 

47.48     .10 

31.19      .41 

38.53 

.05 

94.61  +  .01 

96.30 

.00 

37.17 

+.03 

49.95      JO 

18.4 

30.09 

-.10 

47.37  -  ,18 

30.69 -.57 

37.83 

-.75 

94.61  -  .09 

96.99 

-.10 

37.17 

-J90 

49.99  -  .08 

98.3 

99.69 

.91 

47.99      .10 

99.98      .00 

37.04 

33 

94.56      .07 

96.11 

.14 

37.13 

.00 

49.80     .15 

Aug.  7.3 

99.67 

.94 

47.05     .10 

99.93      .01 

36.17 

.00 

94.48      .10 

9fM 

.17 

37.05 

.10  ^  49.09     .90 

I7JI 

99.49 

.90 

46.85      .90 

98.36      .00 

35.96 

M 

94.37      .13 

95.76 

.90 

36.93 

.19  49.37      M 

97.3 

99.15 

.97 

46.64      .91 

97.44      .03 

34.30 

.00 

94.93      .15 

95.55 

.99 

36.80 

.15   49.07      .39 

Sept  6.9 

98.88 

-JO 

46.43  -  .99 

96.49  -  .04 

33.33 

-.00   94.08  -  .10 

95.31 

-.93  36.64 

-.17    41.74 -.94 

16.9 

98.69 

.9ft    46.91       .90 

95.56      .91 

39.37 

.00 

93.91      .17 

95.08 

.94   36.46 

.19    41.40      .35! 

96.9 

98.36 

M 

46.00      .19 

94.69      .03 

31.49 

.00 

93.75      .15 

94.84 

.93   36.99 

.17    41.05      .34 

Oct  6.1 

99.14 

~M 

45.77  -  .99 

93.91 -.74 130.65 

-.70   93.61  -  .14 

94.61 

-.99' 36.13 

-.10   40.73-  .31 

xinV!^\}S 


J'  .'  -^'.^  . 


•  •»*. 


i*rrDi.A.. 


S4    -    .* 


<k   "M 


^ 

« 

i: 

IS 

:^ 

« 

fr 

10 

a 

Zf 

-• 

a. 

^ 

■. 

, 

a. 

^ 

a 

■ 

-s 

« 

«- 

K 

* 
• 

>-  ^. 

*^ 

^ 

» 

a 

Jf 

= 

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2^.-?i 

jr 

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43UO      M 

34^     JP 

^p^   <.v 

^//v 

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T   ^    %M 

*v   '.►? 

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;  -35 

JB 

iL«i^ 

jt 

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44JK      Ji 

34.«4     Ji 

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44.^ 

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1 

31.35  -iS 

ADDITIONAL  FIXED  STARS,  1896. 


311 


▲FPBOXIMATE  NORTH  POLAB  DISTANCES  AND  APPARENT  BIQHT  ASCENSIONS, 

FOR  THE  UPPER  TRANSIT  AT  WASHINGTON. 

Mean 
Boter 
D«t«. 

/Si^tttt*. 

oSagitUiii 

tfAqnila. 

SlCygnL 

a  DelphinL 

/^PatoiiU. 

^  CAprioor. 

f  Cygni. 

70  48 

h    m 

19  54 

118    O' 

h    m 

19  56 

9f 
20 

8 
m 

5 

0         i 

43  35 

h     m 

20  10 

0      / 
74  27 

k     m 

20  34 

156  35 

h     m 

20  35 

115  39 

h     m 

20  39 

0      i 
66  25 

h     m 

20  41 

Jiiuel8.6 

7.85 

+JD 

15.60 

+.97 

i 
56.09 

+J9 

i 
91.86 +.94 

i 
48.15+ J4 

36.16 

+J7 

55.96 

+J5 

• 

60.05  +J6 

98.6 

8.04 

.17 

15.85 

Ji 

56.93 

JO 

99.08     JO 

48.37     Jl 

36.68 

.46 

56.93 

J5 

60.99     J9 

July  8.5 

8.90 

.14 

16.05 

.16 

66.49 

.16 

99.95     .14 

48.57      .16 

37.11 

.39 

56.47 

J9 

60.50     .16 

18.5 

8.39 

.10 

16.91 

.14 

56.56 

.19 

99.37     .06 

48.73     .14 

37.46 

JO 

56.67 

.17 

eOM     .14 

98.5 

8.39 

+.06 

16.39 

•00 

56.66 

.66 

99.49  +  .09 

48.84      JO 

37.79 

.90 

56.89 

.19 

60.77     .00 

Aug.  7.5 

8.41 

.00 

16.38 

+.03 

56.71 

+J3 

99.49  -  .03 

48.91  +  .04 

37.86 

+.10 

66.99 

+J7 

60.83  +.03 

17.4 

8.39 

-.04 

16.38 

-.08 

56.79 

-.61 

99.36     JO 

48.94      .00 

37.89 

-Jl 

66.97 

+.0i 

60.83  -.08 

97.4 

8.33 

.06 

16.34 

.06 

56.69 

.Oft 

99.95     .14 

48.99  -  .04 

374*4 

.11 

56.97 

-.66 

60.80     .06 

Sept  6.4 

8.99 

.11 

16.96 

•  Iw 

56.61 

.06 

99.08     .16 

48.86     .96 

37.68 

Jl 

56.93 

J6 

60.79     .10 

16.4 

8.10 

•14 

16.14 

.19 

56.51 

•U 

91.88     J9 

48.76     .11 

37.49 

J9 

56.85 

60.60     .U 

96.3 

7.94 

^.  IB 

15.99 

*".  10 

56.38 

-.14 

91.64- J5 

48.63  -  .14 

37.09 

-J6 

66.73 

—.13 

60.43  -.17 

Oct  6.3 

7.77 

.17 

15.83 

.17 

56.94 

.15 

91.37     J7 

48.49     .16 

36.69 

.41 

56.59 

60.96     .19 

16.3 

7.60 

.lo 

15.65 

.10 

66.09 

.15 

91.10     J6 

48.33     .16 

36.97 

.41 

56.43 

60.06      .90 

96.9 

7.49 

•  If 

15.48 

•  ID 

55.94 

.14 

90.89     J7 

48.17     .15 

35.89 

.^ 

56.97 

59.87      JO 

Not.  5.9 

7.96 

.lO 

15.39 

»m 

55.79 

.13 

90.55     J6 

48.09     .14 

35.37 

M 

56.11 

59.67     JO 

15.9 

7.11 

^.19 

15.19 

^.m 

55.67 

-.11 

90.99- J4 

47.88  -  .13 

34.95 

-.49 

55.97 

—.19 

59.48  -.19 

95.9 

7.01 

-.06 

15.08 

■".Iw 

56^58 

-.06 

90.06- Jl 

47.76  -  ai 

34.58 

-J4 

55.84 

59.30  -.17 

Solar 
Dsttw 

rCygni. 

CCaprioor. 

74  Cygni. 

VOotaniii. 

CCb«iii«1e- 
oDtis,  &P. 

ir*CygiiL 

16PegMi. 

irPegML 

52  24 

h    m 

21  10 

112'' 52 

h     m 

21  20 

0 
50 

h 

21 

t 

4 

m 

32 

178  12 
21  34 

189  82 

h     m 

21  86 

0 
41 

h 

21 

t 
11 

m 

42 

.  0      t 
64  84 

h     m 

21  48 

57  20 

h     m 

22     5 

July  8.6 

38.60 

-^M 

43.89 

+.96 

46.91 

+J5 

• 
65.87  +1.49 

48.50  -  J3 

57.94 

+J6 

19.63 

+J5 

a 
91.87   +.97 

18.6 

38.79 

.17 

44.19 

Jl 

47.13 

JO 

67.15    1.15 

47.76      J6 

57.49 

J9 

19.86 

JO 

99.19     J9 

98.5 

38.93 

J8 

44.31 

.16 

47.30 

.15 

68.16     J7 

47.19      .45 

57.68 

.16 

90.04 

.16 

99.39     .16 

Aug.  7.5 

39.03 

.67 

44.45 

.11 

47.43 

.09 

68.88      J4 

46.86      J4 

57.81 

.16 

90.18 

.19 

99.48     .14 

17.5 

39.07 

+.01 

44.54 

.06 

47.48 

+.04 

69.93  +  J» 

46.71  -  .63 

57.88 

+.64 

90.98 

J7 

99.59      J6 

97.5 

39.05 

-.04 

44.58 

+.09 

47.50 

-.01 

69.98  -  .13 

46.79  4-  Jl 

57.89 

-J9 

90.39 

+.06 

99.66  +.04 

Sept  6.4 

38.99 

.66 

44.58 

-.09 

47.46 

.06 

68.98     .47 

47.14      .45 

57.86 

J7 

90.39 

-.09 199.66   -.01 

16.4 

38.89 

.IS 

44.54 

.06 

47.38 

.10 

68.34      .79 

47.69     .65 

57.75 

.19 

90.98 

•06  J  99.64       .65 

96.4 

38.75 

•16 

44.45 

.10 

47.95 

.14 

67.41     1.07 

48.43      J5 

57.61 

.16 

90.90 

.66 

99.57      .06 

Oet  6.4 

38.57 

.19 

44.34 

.19 

47.09 

.17 

66.90    1.39 

49.39    1.65 

57.49 

J6 

90.09 

.19 

99.47     .11 

16.3 

38.38 

-JO 

44.91 

-.14 

46.91 

-.19 

64.77  -1.50 

50.53+1  JO 

57.91 

-.99 

19.97 

-.14 

99.34   -.14 

96.3 

38.18 

JO 

44.06 

.15 

46.71 

JO 

63.90    1.63 

51.70    IJO 

56JM 

J4 

19.89 

.15 

99.19     .16 

Not.  5.3 

37.08 

JO 

43.91 

.14 

46.51 

JI 

61.51     1.69 

53.13    IJ6 

56.79 

J5 

19.67 

•16 

99.03     .17 

15.9 

37.78 

JO 

43.77 

.19 

46.99 

JO 

59.89    1.66 

54.59    1J7 

56.47 

J6 

19.51 

.15 

91.86     .17 

95.9 

37.58 

.16 

43.64 

.13 

46.10 

.19 

58.15    1.61 

55.88    IJ3 

56.91 

J5 

19.36 

.14 

91.69     .16 

Deo.  5.9 

• 

37.41 

-.16 

43.53 

-.19 

45.91 

-46 

56.60  -1.46 

57.19+1  JO 

• 

55.97 

-J4 

19.93 

-.13 

91.54  -.14 

376 


ADDITIONAL  FIXED  8TAE8,  1895. 


AFP] 

lOXDCATE  HOBTH  POLAR  DISTAH0E8  AKD  APPABENT  KlfiE 

[TAflCKHfi 

1 

FOB  THE  UPPER  TRANSIT  AT  WASHINGTON. 

vOotontk. 

yAqnarii. 

aAqoftrU. 

aLaeertn. 

lOLaoerUd. 

/90ctoati6. 

aPosML 

1 

Qroonk. 
1706, 8,P. 

176  30 

k     m 

22  11 

o         / 

91  55 

h     m 

22  16 

lOf  18 

h     m 

22  25 

O          i 

40  15 

k    m 

22  26 

o         / 

51  ao 

k     m 

22  34 

m  56 
22  35 

66  59 

k     m 

22  41 

348 »; 

22  51  * 

Jaljr  8.6 

• 
61.67  43.«9 

1 

16.89  •l-.fl7 

8.34 

^JK7 

60.10 

4.» 

35.94 

4.91 

39.98  41.91 

30.78  4  J» 

• 
35.18- Ji- 

18.6 

64.45    %M 

17.14      M 

8.60 

M 

60.41 

.98 

35.59 

.96 

33.60    IJK 

31.06      Sk 

34^    Jl 

88.6 

66.73    t.M 

17.35     .19 

8.83 

JU 

60.67 

JO 

35.76 

.99 

34.78    1.66 

31.99      M 

34.15    J9 

AMg.  7.6 

68.49    l.« 

17.59     .1ft 

9.09 

.17 

60.87 

.17 

35.96 

47 

35.79     M 

31.48     .n 

33.83    JB 

17.6 

69.64      M 

17.66     .11 

9.16 

.19 

61.01 

.11 

36.11 

J9 

36.41      Jft 

31.63     .19 

33.69- J9i 

97.5 

70.16  4- «10 

17.75  ♦.07 

9.96 

•l'.66 

61.09 

4.0ft 

36.91 

4.67 

36.89  4  J8 

31.74  4  J9 

33^4  JB 

8«pt  6.6 

70.09  -  At 

17.79  -1^.08 

9.31 

4-.04 

61.11 

.66 

36.95 

4.69 

36.96  -  .61 

31.81  4  .64 

33X8     .19 

16.4 

69.91    1.11 

17.79  -.08 

9.33 

.60 

61.08 

-.6ft 

36.94 

-.06 

36.80     .91 

31.89 -.61 

33.95     .ai 

96.4 

67.80    U71 

17.76     M 

9.31 

-.64 

61.00 

.10 

36.90 

.66 

36.33     .88 

31.80      .64 

34.39     .51 

Oet  6.4 

65.78   iJB 

17.70     .67 

9.95 

j07 

60.88 

.14 

36.19 

.10 

35.63     M 

31.75      .67 

34.97     .64 

16.4 

63.95-9.79 

17.69   :-.00 

9.18 

-.09 

60.71 

-.16 

36.00 

"**.!• 

34.70  -1.63 

31.67- J6 

35.67  4  .79 

96.8 

60.34   Me 

17.59     .U 

9.07 

.11 

60.59 

.91 

35.87 

•  10 

33.56    L99 

31.57      .11 

36.55     M 

KOT.  6.8 

57.09  sje 

17.40     .19 

8.96 

.19 

60.30 

.98 

35.71 

.17 

39.95    IM 

31.45      a9 

37^    1^ 

15.3 

53.69    S.49 

17.98     .11 

8.84 

.19 

60.06 

JH 

35.53 

.lo 

30.86    1.49 

31.33      .19 

38.69    U4 

95.3 

50.95    US 

17.17     .U 

8.79 

.19 

59.89 

.94 

35.36 

.4" 

99.41    1.46 

31.19      .14 

39.81    !.»< 

Dm.  hJi 

46.80 -8.9ft 

17.06  -.10 

8.60 

-.11 

59.58 

-.94 

35.18 

-.18 

98.00  -1 J9 

31.06  -  .13 

410)4  413i 

15.9 

43.77 -«.» 

164^7  -.06 

SM 

-.69 

59.34 

-.96 

35.00 

-.17 

96.64  -1.90 

30.94  -  .19 

49.99  41 J5 

1 

Soktf 
Sate. 

0  Aodvom. 

f  AqnaiiL 

rPegML 

XAndiom. 

t>  Aqauii. 

dSoolptorit. 

>^0ctoaii6. 

SSPiadoB. 

o      # 

48  14 

h    m 

33  57 

9^87 

k      m 

33    8 

66  50 

h     m 

28  15 

O           i 

44    7 

k     m 

23  32 

108  52 

k     m 

23  38 

118  43 

k     m 

23  43 

172  86 

k     m 

23  46 

96  18 

k    n 

24    0 

July  98.6 

• 

8.08-1- J6 

1 

56.96  -¥S4 

99.16 

4.93 

98.19 

4.30 

48.58 

4.98 

30.83  4  J9 

8.98  41.49 

• 

0.58  4  J7 

Ang.  7.6 

8.31      .•• 

56.48      .90 

99.38 

SO 

98.40 

.9ft 

48.84 

.94 

31.10      .9ft 

10.31     IJH 

0.83     J( 

17.6 

8.49      .16 

66.66     .16 

99.57 

.16 

98.63 

.90 

49.05 

JO 

31.33      .91 

11.46    1.69 

1.06     JB 

97.6 

8.61      .10 

56.80     .19 

99.71 

.19 

98.80 

.1ft 

49.93 

.16 

31.59     .17 

19.34     .75 

1.94     .m| 

B^pt  6.5 

8.69  -1^  .Oft 

56.89     .66 

99.81 

.06 

98.94 

.10 

49.36 

.19 

31.66      J9 

19.95     .4ft 

1.38     M 

16.5 

8.71      .00 

56.95   4.04 

99.87 

4.04 

99.01 

4.0ft 

49.46 

4.06 

31.76  4  .08 

13.94  4  .14 

1.49  4. « 

96.5 

8.70  -  .04 

56.97     .00 

99.90 

.00 

99.04 

+.01 

49.50 

4.03 

31.81  4  .03 

13.94  -  .17 

1.56     M 

(M.   6.4 

a64      .08 

56.96  -.03 

99.88 

-.63 

99.03 

-.03 

49.51 

-.61 

31. 89 -.01 

19.90      .47 

1.59  4. tt 

16.4 

a54      .11 

56.99     .06 

99.84 

.06 

98.97 

.67 

49.49 

.04 

31.79     .Oft 

19.99     .79 

1.59- Jl 

96.4 

8.49     J4 

66.85      .08 

99.76 

.06 

98.88 

.11 

49.44 

•07 

31.73      .06 

11.39    IM 

1.57     M 

Not.  5.3 

8.97  -  .16 

56.76   -.60 

99.67 

-.10 

98.75 

-.14 

49.36 

-.09 

31. 64 -.10 

10.94  -1 J6 

1.59 -.as 

16.3 

8.10      .16 

56.66     .10 

99.66 

.11 

98.60 

.16 

49.97. 

.10 

31.54      .11 

8.86    1.49 

1.45     M 

95.3 

7.99     .10 

56.56     .11 

99.44 

.19 

98.49 

.16 

49.16 

.11 

31.41      .19 

7.39    1.83 

1.37     .• 

Deo.  5.3 

7.73     .18 

56.45     .10 

99.39 

.19 

98.93 

.19 

49.04 

•19 

31.98     .13 

5.81     1.60 

1.98    .1* 

15.9 

7.55     .17 

56.34      .09 

99.90 

.19 

98.04 

.90 

48.93 

.11 

31.15     .13 

4.18    1.61 

1.17     41 

96.9 

7.38  -  .17 

66.95  -.66 

99.08 

-Jl 

97.84 

-JMl 

48.89 

-.10 

31. 09 -.19 

9.|5i8-}M 

1.07-4* 

85.9 

7.90  -  .17 

56.18  -.06 

98.97 

-.10 

97.64 

-.19 

48.79 

-.10 

30.90  -  .19 

1.06-1.48 

0.97 -J» 

• 

SOLAR  EPHEMERIS,  1895. 


377 


FOB  WASHINGTON  MEAN  AND  APPARENT  NOON. 

Hmf, 

AroarttlRtglil 

▲pDAroat 

DMlfautlOB. 

Moaon. 

lowUioo 
of  Time 

for 

ApMrent 

Koon. 

Soflu* 
dUmetttr 

M 

AMMtfent 

VoQII. 

8id««iJ 
Time  of 
Bemld. 

PMOiOff 

Merid. 

BIderMa 
Time 

Of 

Meu 

Moo«. 

MoMiNooii. 

#JS-. 

MeaaKoon. 

App. 
N6oa. 

Rifht 
AaoiBo. 

DwHi' 

Jan.    1 

b    m    • 
18  48  15.60 

16.33 

Ota 

-33  59  39.6 

38.8 

1 
ILMB 

+13.78 

m     • 
4  3  53.57 

16  I8!35 

1  11.04 

b   m     t 
18  44  33.03 

8 

18  53  40.31 

41.01 

33  54  10.5 

9.5 

II.OM 

18.88 

4  30.71 

16  18.36 

1  11.00 

18  48  19.58 

3 

18  57   4.51 

5.40 

33  48  34.0 

33.8 

11.M7 

16.00 

4  48.48 

16  18.36 

1  10.95 

18  53  16.14 

4 

19    138.41 

39.38 

33  43  10.4 

8.9 

it.ni 

10.19 

5  15.81 

16  18.35 

1  10.89 

18  56  13.70 

5 

19   5  51.87 

53.91 

33  35  39.7 

38.1 

10.971 

17M 

5  43.73 

16  18.34 

1  10.83 

19   0   9.36 

6 

19  10  14.85 

15.97 

-33  38  33.4 

30.5 

10.001 

+18.80 

4  6   9.14 

16  18.33 

1  10.77 

19  4   5.81 

7 

19  14  37.34 

38.53 

33  90  48.6 

46.4 

10.990 

19.40 

6  35.08 

16  18.30 

1  10.71 

19   8   3.37 

8 

1918  59.30 

60.58 

33  13  48.4 

46.0 

I0J07 

99  JO 

7   0.49 

16  18.37 

1  10.64 

19  1 1  58.93 

9 

19  33  30.73 

33.08 

33   4  33.3 

19.5 

10.804 

91.09 

7  36.37 

16  18.33 

110.56 

19  15  56.49 

10 

19  37  41.59 

43.01 

31  55  30.3 

37.1 

10.880 

90.70 

7  49.67 

16  18.19 

110.48 

19  19  53.05 

II 

19  33    1.88 

3.37 

-31  46  13.5 

9.3 

10.888 

498.70 

4  8  18.41 

1618.15 

1  10.40 

19  33  48.61 

19 

19  36  31.57 

33.13 

31  36  39.6 

36.1 

10.810 

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8  36.54 

16  18.09 

1  10.33 

19  37  45.17 

13 

1^40  40.64 

43.36 

3136  31.7 

17.7 

10.784 

90  JO 

8  59.06 

16  18.03 

1  10.34 

19  3141.73 

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19  44  59.08 

60.76 

31  15  48.9 

44.7 

10.787 

90  JO 

930.94 

16  17.07 

1  10.15 

19  85  38.38 

15 

19  49  16.87 

18.61 

31    4  51.7 

47.3 

10.780 

97  JO 

943.17 

16I7J9 

1  10.06 

19  39  34.84 

16 

19  53  34.00 

35.79 

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35.3 

10.709 

498.80 

410   3.75 

16  17.81 

1   9.97 

19  43  31.40 

17 

19  57  50.45 

53.30 

30  4144.9 

39.6 

10.078 

99  J9 

10  33.64 

16  17.73 

1   9.87 

19  47  37.96 

18 

30   3  6.30 

8.10 

30  39  35.8 

30.3 

10.044 

80.88 

10  41.83 

16  17.64 

1   9.77 

19  5134.51 

19 

30   631.35 

33.30 

90  16  63.5 

57.6 

10.014 

81  JO 

11    0.33 

16  17.55 

1   9.67 

19  55  31.07 

30 

30  10  35J^7 

37.56 

30   4   8.4 

3.1 

lOJBS 

99.77 

II  18.07 

16  17.45 

1   9.57 

19  59  17.63 

31 

3014  49.15 

51.18 

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43.9 

10J89 

493.71 

41135.10 

16  17.34 

1   9.46 

30   3  14.19 

33 

30  19    1.98 

4.06 

19  37  10.4 

3.5 

10.890 

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16  17.34 

1   9.36 

30   7  10.75 

33 

30  33  14.04 

16.16 

19  33   8.5 

1.3 

10.088 

80  J8 

13   6.87 

16  17.13 

1   9.35 

30  11    7.30 

34 

30  37  35.33 

37.48 

19  8  45.0 

37.6 

10.400 

80.40 

13  31.58 

16  17.01 

1    9.14 

30  15   3.86 

35 

30  3135.83 

88.00 

18  53  60.5 

53.5 

10.«tt 

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13  35.53 

16  16.80 

1    9M 

30  19  0.49 

36 

30  35  45.51 

47.73 

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46.9 

10.888 

438.14 

413  48.65 

16  16.77 

1   8.93 

30  33  56.97 

37 

30  39  54.39 

56.64 

18  33  39.5 

30.9 

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13   0.96 

16  16.65 

1    8.81 

30  86  53.53 

38 

30  44   3.44 

4.73 

18  7  44.0 

35.1 

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13  13.45 

16  16.53 

1   8.69 

30  30  50.09 

39 

30  48   9.66 

11.96 

17  51  39.0 

39.8 

lOJBO 

40.90 

13  33.13 

16  16.40 

1    8.58 

30  34  46.65 

SO 

30  53  16.05 

18.37 

17  35  15.0 

5.5 

lOJOO 

41J0 

13  33.94 

16  16.37 

1   8.47 

30  38  43.30 

81 

30  56  31.61 

• 

33.05 

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33.5 

10.910 

449.10 

413  41.93 

16  16.18 

1   8.35 

30  43  39.76 

Feb.  1 

31    0  36.33 

38.67 

17    131.3 

31.3 

10.180 

49.91 

13  50.08 

16  15.99 

1   8.34 

30  46  36.33 

3 

31    4  30.19 

33.55 

16  44  13.4 

3.3 

10.140 

49.04 

13  57.38 

16  15.85 

1   8.13 

30  60  33.67 

3 

31    8  33.33 

35.59 

16  36  36.3 

35.9 

10.110 

44.30 

14    3.86 

16  15.70 

1   8.01 

30  54  39.43 

4 

31  13  35.43 

37.79 

16   8  43.3 

33.5 

10.070 

40.00 

14    9.48 

16  15.55 

1   7.89 

90  6836.99 

5 

31  16  36.78 

39.16 

-15  50  33.4 

33.6 

10.040 

440.74 

414  14.39 

16  15.39 

1   7.77 

31    333.54 

6 

31  30  37.33 

39.70 

16  31  67.6 

56.5 

10.000 

40.41 

14  18.36 

16  15.33 

1   7.66 

31    6  19.10 

7 

31  34  37.04 

39.43 

15  13  36.0 

14.6 

9.979 

47.00 

14  31.43 

16  15.05 

1   7.55 

31  10  15.65 

8 

31  38  35.97 

88.35 

14  54  39.0 

17.4 

9.930 

47.90 

14  33.78 

16  14.88 

1   7.44 

31  14  13.31 

9 

31  33  34.09 

36.47 

14  35  17.1 

5.4 

9.905 

48.30 

14  35.34 

16  14.70 

1    7.33 

31  18   8.77 

10 

31  36  31.43 

33.81 

-14  15  60.6 

38.7 

9.873    ^^8.90 

414  36.11 

16  14.53 

1    7.33 

3133   5.33 

II 

31  40  38.00 

30.37 

13  55  69.9 

57.8 

9.041       49.48 

14  36.13 

16  14.33 

1    7.11 

3136    1.88 

13 

31  44  33.81 

36.17 

13  36  15.3 

3.3 

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14  35.37 

16  14.14 

1    7.00 

31  39  58.43 

13 

31  48  18.87 

31.33 

13  15  67.3 

56.1 

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50.01 

14  33.87 

16  13.94 

1    6.89 

3133  54.99 

14 

31  53  13.30 

15.54 

13  55  46.4 

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SOLAR  EFHEMERIS,  1895. 


379 


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17.3 

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13 

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0  98.70 

15  58.85 

1    4.99 

196  31.68 

U 

130  41.69 

41.66 

99941.7 

41.7 

9.9M 

63.89 

40  13.38 

15  58.57 

1    4.97 

130  98.93 

15 

1  34  93.91 

93.90 

9  51  10.5 

10.5 

9.939 

63.49 

-0    1.56 

15  58.30 

1    6.09 

134  94.79 

16 

138   6.18 

5.14 

•l-IO  19  99.7 

99.4 

9.9fift 

463.09 

-0  16.17 

15  58.03 

1    5.07 

138  91.34 

17 

1  4 1  47.54 

47.46 

10  33  38.8 

38.4 

9.979 

59.87 

0  30.36 

15  57.76 

1    5.13 

1  49  17.90 

18 

1  45  30.99 

30.17 

10  54  37.7 

37.1 

9Je9 

69.93 

0  44.16 

15  57.49 

1   6.18 

1  46  14.45 

19 

1  49  13.47 

13.33 

11  15  95.9 

95.1 

9.307 

61.78 

0  57.53 

15  57.99 

1    5.94 

15011.01 

90 

1  59  57.07 

56.90 

1136   3.9 

9.1 

9.395 

61.39 

1  10.47 

15  56.96 

1   5.30 

164   7.56 

91 

16641.19 

40.90 

41 1  56  99.0 

97.9 

9.343 

460.84 

-199.98 

15  56.70 

1   6.37 

158   4.19 

99 

9   0  95.69 

95.37 

19  16  43.9 

41.9 

9.389 

60.34 

135.04 

15  66.44 

1   6.43 

9   9   0.67 

93 

9   4  10.58 

10.30 

19  36  45.3 

43.8 

9.389 

49.83 

1  46.64 

1656.19 

1    6.50 

9   6  57.93 

94 

9   7  56.01 

65.70 

19  56  34.9 

33.3 

9.401 

49.30 

1  57.76 

15  55.94 

1    5.56 

9   9  53.78 

96 

91141.91 

41.57 

13  16  11.9 

10.9 

9.481 

48.78 

9   8.41 

15  55.69 

1    6.63 

9  13  50.34 

96 

9  1998.31 

97.94 

413  35  35.6 

33.8 

9.441 

448.91 

-9  18.58 

15  55.44 

1    5.71 

9  17  46.89 

97 

9  19  15.18 

14.79 

13  54  45.9 

44.0 

9.489 

47.84 

9  98.96 

16  55.90 

1    6.78 

9  91  43.45 

98 

9  93   9.56 

9.14 

14  13  49.4 

40.4 

9.483 

47.06 

9  37.44 

15  64.96 

1    6.86 

9  96  40.01 

99 

9  96  50.43 

49.99 

14  39  94.8 

99.7 

9.904 

48.48 

9  46.19 

15  54.79 

1    5.93 

9  99  36.56 

30 

9  30  38.81 

38.35 

14  50  59.7 

50.4 

9.008 

46.88 

9  54.99 

15  54.48 

1   6.01 

9  33  33.19 

May   1 

9  34  97.71 

97.93 

415   9   5.8 

3.4 

9.548 

445.94 

-3    1.95 

15  64^ 

1   6.09 

9  37  99.67 

9 

9  38  17.14 

16.63 

15  97   3.8 

1.4 

9.570 

44.80 

3   9.07 

16  54.09 

1   6.17 

9  4196.93 

9  49   7.09 

6.57 

15  44  46.4 

44.0 

9.599 

43.96 

3  15.68 

15  53.80 

1   6.96 

945  99.78 

9  45  57.56 

57.03 

16   9  13.3 

10.9 

9.614 

43.99 

3  91.76 

15  63.58 

1   6.33 

949  19.34 

9  49  48.60 

48.05 

16  19  94.3 

91.8 

9.837 

49.81 

3  97.99 

15  53.35 

1   6.41 

9  63  16.90 

953  40.17 

39.61 

416  36  18.9 

16.4 

9.880 

441.93 

-3  39.97 

15  53.13 

1   6.49 

9  67  19.45 

9  57  39.31 

31.73 

16  59  57.0 

54.5 

9.883 

41.94 

3  36.69 

15  59.91 

1   6.57 

3    1    9.01 

3    195.00 

*  94.41 

17    9  18.9 

15.7 

9.797 

40.63 

3  40.55 

15  59.70 

1   6.65 

3   6   6.57 

3   5  18.97 

17.67 

17  95  99.3 

19.9 

9.731 

39.80 

3  43.83 

15  59.48 

1    6.73 

3   9   9.19 

10 

3   9  19.19 

11.50 

17  41    9.0 

6.5 

9.7S5 

39.07 

3  46.56 

15  59.97 

1    6.81 

3  19  58.68 

11 

3  13   6.55 

5.99 

417  56  38.9 

35.7 

9.779 

438.94 

-3  48.70 

15  59.06 

1   6.90 

3  16  65.94 

19 

3  17    1.55 

0.91 

18  1 1  49.3 

46.9 

9.803 

37.69 

3  50.94 

15  51.84 

1    6.98 

390  51.79 

13 

3  90  57.13 

56.50 

18  96  49.1 

39.8 

9.898 

38.81 

3  51.91 

15  51.64 

1   7.06 

3  94  48.35 

14 

3  94  53.39 

59.68 

18  41  16.5 

14.9 

9.863       38.03 

3  51.59 

15  51.43 

1   7.14 

3  98  44.91 

15 

3  98  60.08 

49.45 

18  55  39.1 

99.8 

9.8n       35.95 

3  51.37 

15  61.93 

1   7.99 

3  39  41.46 

16 

3  39  47.45 

46.81 

419    9  98.6 

96.5 

9.909.  434.45 

-3  50.58 

15  51.03 

1   7.30 

3  36  38.09 

17 

3  36  45.39 

44.76 

419  93    5.7 

3.6 

9.996 

433.831 

-3  49.19 

15  60.83 

1   7.38 

3  40  34.58 

time  iBterral  ofeemtdlemeter  peeiing  meridiAo,  sablnot  8*J8  tt^m  the  eldereAl  iMterraL 


380 


SOLAR  EPHEMERIS,  1895. 


FOI 

i  WASHINGTON  MEAN  AND  APPARE] 

NTNOC 

)N. 

t 

Date. 

Apparent  Bighl 
▲MeatioB. 

▲ppareai 

Hovrly 
Motion. 

BOOfltUB 

or  Time 
fbr 

diamoter 

•t 
Amxtnt 

Tfm«  of 

Somid. 

PMoiag 

MoridT 

Tine 

MeMiKooii. 

App. 
Koon. 

MmbKoob. 

App. 
Koun. 

Bight 

Dedi. 
Batkm. 

•f 

M»jl7 

h    m     • 
3  36  45.39 

44.76 

O         1       M 

419  23    5.7 

3.6 

• 
9.896 

438.63 

-3  49.19 

I5  60l83 

1    7.38 

k    ■     • 

3  4eS4^ 

18 

3  40  43.91 

43.28 

19  36  23.3 

21.2 

9.960 

39.81 

3  47.23 

15  50.63 

1    7.46 

3  44  31.13 

19 

3  44  43.01 

42.39 

19  49  20.9 

18.9 

9.974 

31.98 

3  44.69 

15  50.44 

1    7.54 

3  46  27.e 

20 

3  48  42.67 

42.05 

20    158.3 

56.4 

9.996 

31.14 

3  41.59 

15  50.25 

1    7.61 

3  59  24J5 

21 

3  52  42.89 

42.28 

20  14  15.2 

13.3 

10.091 

39.97 

3  37.93 

15  50.07 

1    7.69 

3  5<  20.81 

22 

3  56  43.65 

43.06 

•1-20  26  11.4 

9.6 

10.044 

499.40 

-3  33.72 

15  49.89 

1    7.76 

4     0  17.37 

23 

4    0  44.95 

44.35 

20  37  46.6 

45.0 

10.066 

98.59 

8  28.99 

15  49.72 

1    7.84 

4     4  IXS2 

24 

4    4  46.75 

46.19 

20  48  60.6 

59.1 

10.066 

97.63 

8  23.73 

15  49.56 

1    7.91 

4     6  10.46 

25 

4    8  49.08 

48.53 

20  59  53.0 

51.5 

10.107 

96.74 

3  17.96 

15  49.40 

1    7.96 

4  19    7.(M 

26 

4  12  51.88 

51.35 

21  10  23.7 

22.3 

10.197 

96.88 

311.72 

15  49.24 

1    8.06 

4  16    3.60 

27 

4  16  55.17 

54.65 

421  20  32.5 

31.1 

10.147 

4M.90 

-3   5.00 

15  49.09 

1  ai2 

4  90    0.15 

28 

4  20  58.91 

58.41 

21  30  19.0 

17.8 

10.166 

93.97 

2  57.81 

15  48.94 

1    8.19 

4  93  56.71 

29 

4  25   3.10 

2.61 

21  39  43.3 

42.1 

10.184 

98.04 

2  60.19 

15  48.79 

1   8.25 

4  97  53.27 

30 

4  29   7.71 

7.25 

21  48  44.8 

43.8 

10.908 

99419 

2  42.13 

15  48.65 

1   &3I 

4  31  49.83 

31 

4  33  12.73 

12.29 

21  57  23.6 

22.7 

10.918 

81.14 

2  33.68 

15  48.51 

1   8.37 

4  36  46.39 

Jane  1 

4  37  18.15 

17.73 

422   5  39.5 

38.7 

10.934 

490.19 

-2  24.81 

15  48.38 

1   8.42 

4  39  42.95 

2 

4  4123.94 

23.56 

2213  32.3 

31.6 

10.950 

19JU 

2  15.58 

15  48.25 

1    6.47 

4  43  39.50 

3 

4  45  30.09 

29.73 

2221    IJ8 

1.2 

10.965 

18.94 

2   5.98 

15  48.13 

1    8.52 

4  47  36.06 

4 

4  49  36.60 

36.27 

22  28   7.9 

7.3 

10.979 

17.96 

156.04 

I5  4a01 

I   a57 

4  51  32.69 

5 

4  53  43.45 

43.14 

22  34  50.5 

50.0 

lojm 

16.98 

1  45.75 

15  47.89 

1   a62 

4  55  29.18; 

6 

4  57  50.60 

50.33 

422  41    9.3 

9.0 

10.906 

418.99 

-135.15 

15  47.78 

1    6.67 

4  59  25.74 

7 

5    158.06 

57.83 

22  47    4.5 

4.2 

10.319 

14.30 

1  24.24 

15  47.67 

1   8.72 

5    322J0 

8 

5   6    5.81 

5.61 

22  52  35.6 

35.3 

10.330 

13.30 

1  13.05 

15  47.56 

1    6.76 

5    7  18.^ 

9 

5  10  13.83 

13.66 

22  57  42.8 

42.5 

10.341 

19.99 

1    1.58 

15  47.45 

1    8.79 

5  II  15.41 

10 

5  1422.11 

21.96 

23   2  25.7 

25.6 

10.351 

11J» 

0  49.87 

15  47.35 

1    &82 

5I5I1J7 

II 

5  18  30.63 

'30.52 

423   6  44.5 

44.3 

10.361 

410Ji7 

-0  37.91 

15  47.25 

1   8.85 

5  19    8.53 

12 

5  22  39.35 

39.28 

23  10  38.7 

38.6 

10.370 

9.95 

0  25.74 

15  47.15 

1    8.88 

5  93    5.09 

13 

5  26  48.28 

48.24 

23  14   8.6 

8.6 

10.377 

8.93 

0  13.36 

15  47.05 

1   8.90 

5  97    1.65 

14 

5  30  57.39 

57.39 

2317  14.0 

14.0 

10.384 

7.91 

-0    0.82 

15  46.96 

1    8.92 

5  30  58.91 . 

15 

5  35   6.66 

6.69 

23  19  54.8 

54.8 

10.300 

6.16 

44)11.89 

15  46.87 

1    8.94 

5  34  54.77 

16 

5  39  16.04 

16.12 

423  22  10.8 

10.8 

10.395 

4  5.15 

40  24.73 

15  46.79 

1    6.95 

5  38  51.33 

17 

5  43  25.55 

25.66 

23  24    2.1 

2.1 

10.399 

4.19 

0  37.68 

15  46.72 

1    8.96 

5  42  47.M 

18 

5  47  35.15 

35.29 

23  25  28.7 

28.7 

10.409 

3.09 

0  50.72 

15  46.65 

1    8.97 

5  46  44.44 

19 

5  51  44.81 

44.99 

23  26  30.4 

30.4 

10.404 

8.06 

1    3.81 

15  46.58 

1   8.97 

5  56  41.00 

20 

5  55  54.49 

54.71 

23  27   7.3 

7.3 

10.405 

4  1.99 

1  16.94 

15  46.52 

1   8.97 

5  54  37.56 

21 

6    0   4.18 

4.44 

423  27  19.3 

19.3 

10.405 

-9.09 

41  30.07 

15  46.46 

I   8.97 

5  58  34.12! 

22 

6    4  13.84 

14.13 

23  27    6.5 

6.4 

10.403 

1.05 

1  43.18 

15  46.41 

1    8.97 

6    9  30.68: 

23 

6   8  23.45 

23.79 

23  26  28.7 

28.6 

10  400 

9.09 

156.23 

15  46.3r 

1   8.96 

6    6  27.t24i 

24 

6  12  32.98 

33.34 

23  25  26.2 

26.1 

10.306 

3.19 

2   9.19 

15  46.33 

1   a95 

6  10  23.80; 

25 

6  16  42.40 

42.81 

23  23  58.9 

68.7 

10.391 

4.15 

2  22.06 

15  46.29 

1   8.94 

6  14  20.35 

26 

6  20  51.68 

52.12 

423  22   7.0 

6.8 

10.385 

-6.18 

42  34.79 

15  46.27 

1    a93 

6  18  16.91 . 

27 

6  25   0.81 

1.29 

23  19  50.2 

50.0 

10.377 

6.91 

2  47.36 

15  46.25 

1    8.89 

6  92  13.47 

28 

6  29    9.75 

10.27 

23  17    8.9 

8.6 

10.369 

7.93 

2  59.74 

15  46.23 

1  a86 

6  26  10.03 

29 

6  33  18.48 

19.03 

23  14   3.2 

2.8 

10.360 

8.95 

3  11.92 

15  46.22 

1  a83 

6  30   6.59 

30 

6  37  26.97 

27.56 

23  10  32.9 

32.4 

10.350 

9.97 

3  23.86 

15  46.21 

1   8.80 

6  34   3.15 

31 

6  4135.22 

35.83 

423    6  38.5 

38.0 

10.338 

-10.98 

43  35.54 

15  46.20 

1  a77 

6  37  59.71 

32 

6  45  43.18 

43.83 

423    2  19.8 

19.2 

10.396    -11.98 

4-3  46.94 

15  46.20 

1  a74 

6  4156.97 

' 


KoTB.— For  mean  time  intorral  of  semidiamtitur  passing  meridian,  snbtraot  0M9  from  thoalderoal  faUerraL 


SOLAR  EPHEMERI8,  1895. 


S81 


FOE  WASHINGTON  MEAN  AND  APPABENT  NOON. 

• 

Diito. 

Appareat  Right 
Aaoeaden^ 

Appareot 
DMlkitiOB. 

Hourly 
MoOoB. 

BoaatioB 

of  Time 

for 

ApMTODt 
JlOOB. 

Semi. 
diMDoter 

SIderMi 
Time  of 
Semid. 
PMAing 
lUrid. 

8lder«al 
Time 

of 
Men 
Koott. 

MeMiKooB. 

App. 
vim. 

ICeMiKooii. 

App. 

BifM    OoeU. 
Aeoen. ,  nattoB. 

Jalj   1 

Urns 

6  4136.99 

36.83 

O         »      It 

•1-93   6  38.6 

38'.'o 

•      1       i* 

i%a»  -IAJ8 

m     • 
43  36.54 

#      it 

16  46.90 

• 
1  8.77 

km. 
6  37  69.71 

9 

6  46  43.18 

43.83 

93   9  19.6 

19.9 

ItJM       11.88 

3  46.94 

15  46.90 

1  8.74 

6  4156.97 

3 

6  49  60.86 

61.63 

99  57  37.0 

36.9 

It.ai4       1%M 

3  68.06 

16  46.91 

1  a70 

6  46  69.83 

4 

6  63  68.91 

68.91 

99  69  30.4 

99.4 

fMl 

18J7 

4   8.86 

15  46.91 

1  8.66 

6  49  49.36 

6 

6  68   6.96 

6.99 

99  46  60.9 

68.8 

I0J87       14J8 

1 

4  19.31 

16  46.99 

1  a6i 

6  63  45.94 

6 

7   9  11.91 

19.68 

4-99  41    6.6 

4.5 

1 
lt.879  1  -1ft  J5 

44  99.43 

16  46.93 

18.56 

6  67  49.50 

7 

7   618.93 

19.09 

99  34  47.8 

46.5 

It.i67       less 

4  39.19 

15  46.96 

1  &5I 

7    139.06 

8 

7  10  94.17 

94.99 

99  98   6.6 

6.3 

lt.MI       17J0 

4  48.68 

16  46.97 

1  8.46 

7    6  35.69 

9 

7  14  99.73 

30.68 

99  91    9.0 

0.6 

lOMi '     18.17 

4  67.66 

16  46.30 

1  8.40 

7    9  39.16 

10 

7  18  34.89 

36.76 

99  13  34.6 

39.9 

ltJi7 

18.13 

6   6.18 

16  46.33 

1  8.34 

7  13  98.73 

II 

7  99  39.69 

40.69 

499   6  43.8 

49.9 

10.188 

-88.66 

46  14.37 

15  46.36 

1  BM 

7  17  95.99 

19 

7  96  43.94 

44.86 

91  67  30.4 

98.6 

10.171 

81.08 

6  99.11 

16  46.39 

1  8.99 

7  9191.65 

13 

7  30  47.81 

4a73 

91  46  54.6 

69.5 

10.188 

11.87 

6  99.43 

16  46.43 

1  6.16 

7  96  16.41 

M 

7  34  61.99 

69.16 

91  39  66.0 

63.8 

10.181 

asjo 

6  36.98 

15  46.47 

1  ao9 

7  99  14.97 

16 

7  38  64.17 

66.19 

91  30  36.9 

33.0 

10.118 

njm 

6  49.67 

16  46.61 

1  8.09 

78311.63 

16 

7  49  66.61 

67.68 

•1-91  90  69.4 

60.1 

io.on 

-9179 

46  48.66 

16  46.66 

1  7.94 

7  37   6.06 

17 

7  46  68.69 

60.66 

91  10  47.9 

46.4 

10.071 

88.64 

6  63.96 

16  46.69 

1  7.86 

7  41    4.64 

18 

7  61    0.03 

1.03 

91    0  91.6 

19.0 

10.018 

96.54 

6  56.66 

16  46.66 

1  7.79 

7  46    1.90 

19 

7  66  OM 

1.97 

90  49  34.0 

31.3 

18Ji7 

87.49 

6   3.99 

16  46.74 

1  7.71 

7  46  67.76 

90 

7  60    1.34 

9.37 

90  38  96.9 

99.4 

10.086 

18.98 

6   7.06 

16  46.89 

1  7.63 

7  69  64.39 

91 

8   8    1.17 

9.91 

490  96  66.6 

69.6 

8J88 

-88.16 

46  10.31 

16  46.90 

1  7.66 

7  66  60.67 

99 

8  7  0.46 

1.48 

90  16   6.3 

9.3 

8.886 

88.81 

6  13.03 

16  46.96 

1  7.47 

8   0  47.43 

93 

810  69.14 

60.18 

90   9  64.6 

61.4 

8.881 

98.66 

6  16.16 

16  47.07 

1  7.30 

8   4  43.99 

94 

8  14  67.96 

66.98 

19  60  93.8 

90.5 

8J08 

91.70 

6  16.70 

16  47.16 

1  7.31 

6   8  40.66 

95 

81864.76 

66.79 

19  37  33.9 

99.9 

8JM 

98.51 

617.66 

16  47.96 

1  7.93 

819  37.10 

96 

899  61.66 

69.69 

419  94  93.1 

19.7 

8.866 

-99.81 

46  18.00 

16  47.36 

1  7.14 

8  16  33.66 

97 

8  96  47.95 

48.98 

19  10  63.8 

60.3 

8.688 

94.11 

617.73 

16  47.47 

1  7.06 

8  90  30.99 

98 

8  30  43.63 

44.66 

18  67    6.4 

1.8 

8.688 

94  J8 

6  16.66 

16  47.59 

1  6.97 

8  94  96.77 

99 

8  34  38.69 

39.71 

18  49  68.6 

64.9 

8.188 

95.67 

6  16.36 

16  47.71 

1  6.80 

8  98  93.33 

30 

888  33.11 

34.13 

18  98  33.1 

99.4 

8.7M 

98.49 

6  13.91 

16  47.83 

1  6.80 

8  3919.89 

31 

8  49  96.93 

97.93 

418  13  49.6 

46J) 

8.7M 

-97.16 

46  10.47 

16  47.95 

16.79 

8  36  16.46 

Aug.  1 

8  46  90.19 

91.10 

17  68  48.4 

44.6 

8.780 

97.80 

6   7.09 

16  46.06 

1  6.63 

8  40  13.00 

9 

8  60  19.68 

13.66 

17  43  99.6 

95.6 

8J76 

96.81 

6   3.10 

16  46.91 

1  6.65 

8  44   9.66 

3 

8  64   4.63 

6.60 

17  97  63.7 

49.8 

8J81 

98.95 

668.60 

15  46.35 

1  6.46 

8  46  6.19 

4 

8  67  66.98 

66.93 

17  II  60.7 

66.9 

8.688 

48.05 

6  63.98 

16  4a.46 

1  6.37 

8  69  9.67 

6 

9    146.79 

47.66 

416  66  60.9 

47.0 

8.601     -40.7S 

46  47.46 

1648.69 

1  6.96 

8  66  69.93 

6 

9   6  36.85 

37.76 

16  39  94.9 

91.0 

8.576       41.48 

J 

6  41.04 

16  48.76 

1  6.19 

8  69  65.79  ] 

7 

9   9  96.41 

97.30 

16  99  49.7 

38.9 

8.560       48.80 

6  34.04 

16  48.91 

1  6.11 

9   3  69.34 

8 

9  13  16.39 

16.96 

16   6  44.6 

40.8 

8.886 

49.75 

6  96.46 

16  49.06 

1  6.03 

9   7  48.90 

9 

9  17   3.79 

4.63 

16  48  31.0 

97.9 

8404 

43.98 

6  18.30 

16  49.91 

1  6.96 

9  1 1  45.46 

10 

9  90  61.09 

69.44 

416  30  69.0 

68.9 

8.488 

-44.68 

46   9.68 

15  49.36 

1  6.66 

9  16  49.01 

II 

9  94  38.91 

39.69 

16  1318.0 

14.4 

8.4S7 

44.64 

6   0.31 

16  49.59 

1  6.78 

9  19  36.67 

19 

9  9896.66 

96.41 

14  66  19.3 

15.6 

8.481 

45.« 

4  50.48 

16  49.68 

1  6.70 

9  93  36.19 

13 

9  8911.84 

19.67 

14  37   6.3 

9.6 

8.418 

45.64 

4  40.13 

15  49.84 

1  6.69 

9  97  31.66 

14 

9  86  67.61 

68.91 

14  18  39.1 

35.7 

8.981 

46.48 

4  99.94 

16  60.01 

1  6.64 

9  3196.93 

16 

9  39  49.66 

43.39 

413  69  66.1 

64.8 

8.868 

-46.80 

44  17.89 

16  60.18 

1  6.46 

9  36  94.79 

16 

9  48  97.98 

97.99 

413  41    3.6 

0.4 

8.846 

-47  J5 

-¥4    5.90 

15  60.36 

1  6.39 

9  39  91.36 

ttme  lalorTAl  of  MmldlMnotor  p«Miag  merlduo,  rabmot  0»J8  tnim  Uo  •MovoaI  iBtorraL 


382 


SOLAR  EPHEfiiERIS,  1895. 


FOB  WASHINGTON  MEAN  AND  APPARENT  NOON. 

Dale. 

AppM-ent  Rifht 
Aoeeaakm. 

Apparan 
I>e^uitioB. 

Honrij 
Motion.    . 

Sottition 

of  Tine 

for 

^SoST* 

8«mi' 
dlMMiter 

Amwrent 

IRBeof 
SemM. 
PmsiM 
Morid. 

Tiw 

of 
Men 

MoMiKooii. 

App. 
Koon. 

MoMiHooiL 

iSL 

Bight     DeeU- 
Aooen.  j  nation. 

Ang.\e 

b    m     • 
9  43  27.28 

27.92 

O        1       10 

-1-13  41    3.6 

It 
0.4 

• 
9.9« 

It 
-^.56 

-1-4    5.90 

1      n 

15  60.36 

1  6.39 

9  39  21J5 

17 

9  47  11.41 

12.01 

13  2156.0 

52.9 

9.997 

48.08 

3  53.47 

15  60.54 

1  6.31 

9  43  I7J0 

18 

9  50  55.03 

55.60 

13   2  35.6 

32.6 

9JM 

48  61 

3  40.54 

16  50.72 

1  5.24 

9  47  14.46 

19 

9  54  38.17 

38.70 

12  42  62.5 

59.8 

9JB6|     «.» 

327.13 

15  50.91 

1  5.17 

9  51  11.01 

20 

9  58  20.83 

21.33 

1223  17.5 

14.9 

9.906'     49.« 
1 

3  13.22 

15  61.10 

1  5.10 

9  55   7.S7 

21 

10   2   3.00 

3.46 

•1-12   3  20.6 

18.2 

1 
9.946    -90.11 

4  2  58.86 

1551.30 

1  5.03 

9  59    4.12 

22 

10   5  44.73 

45.15 

1 1  43  12.2 

10.0 

9.997       59.66 

2  44.02 

15  51.50 

1  4.96 

10    3    0.66 

23 

10   9  25.99 

26.37 

1 1  22  52.8 

50.7 

9.908 

61.68 

228.73 

16  51.70 

1  4.90 

10    6  57.23 

24 

10  13   6.81 

7.14 

11    2  22.5 

20.8 

9.190 

61.47 

2  12.99 

15  61.91 

1  4.84 

10  10  63.^ 

25 

10  16  47.19 

47.49 

10  4142.0 

40.4 

9.179       61  JO 

156.82 

15  52.13 

1  4.78 

10  14  60.34 

26 

10  20  27.15 

27.42 

410  20  51.2 

49.9 

9.166    -68.99 

-1-  1  40.23 

15  52.36 

1  4.72 

10  16  46JW 

27 

10  24   6.72 

6.93 

9  59  50.8 

49.6 

9.l» 

58.71 

123.25 

16  52.87 

1  4.67 

10  22  43.45 

28 

10  27  45.89 

46.06 

9  38  40.8 

40.0 

9.193 

53.19 

1    5.87 

16  69.80 

1  4.61 

10  26  40.01 

20 

10  3124.68 

24.80 

9  17  21.9 

21.2 

9.107 

53.48 

0  48.11 

15  53.02 

1  4.56 

10  30  36.56 

30 

10  35   3.11 

3.19 

8  55  54.1 

53.8 

9.009       63.83 

0  30.00 

16  63.25 

1  4.51 

10  34  33.12 

31 

10  38  41.20 

41.23 

•1-  8  34  17.9 

17.8 

9.078    -64.16 

•1-  0  11.53 

16  53.48 

1  4.46 

4 

10  38  29.67  • 

Sept  1 

10  42  18.96 

18.96 

8  12  33.6 

33.9 

9.066 

54.51 

-0   7.25 

16  63.71 

1  4.42 

10  42  26.29 

2 

10  45  56.44 

56.37 

75041.5 

41.9 

9.063 

54.83 

0  26.33 

16  53.95 

1  4.38 

10  46  22.78 

3 

10  49  33.63 

33.50 

7  28  41.6 

42.4 

9.049 

69.14 

0  45.71 

16  64.18 

1  4.34 

10  50  19^ 

4 

10  53  10.54 

10.38 

7   6  34.6 

35.7 

9.039 

55.44 

1    5.33 

* 

16  64.42 

1  4.30 

10  54  I5J9 

5 

10  56  47.23 

47.01 

•1-  6  44  20.5 

22.0 

9.099 

-66.79 

-  1  25.19 

15  54.65 

1  4.26 

10  58  12.44 

6 

II    023.69 

23.42 

6  21  59.9 

61.6 

9.013 

56.00 

145.28 

16  64.89 

14.23 

11    2   9.W 

7 

II    3  59.95 

59.64 

5  59  32.8 

34.8 

9.006 

56.95 

2   5.57 

16  55.13 

1  4.20 

II    6   5.55 

8 

II    7  36.05 

35.67 

5  36  50.7 

62.1 

6.999 

56.50 

2  26.02 

15  55.37 

1  4.17 

11  10   2.10 

9 

11  11  11.98 

11.56 

5  14  20.8 

23.5 

8.903 

56.74 

2  46.63 

15  66.61 

1  4.15 

11  1358.66 

10 

11  14  47.78 

47.32 

4  4  51  36.4 

39.4 

6.968 

-56.95 

-  3   7.38 

16  65.86 

1  4.13 

11  17  55.21 

11 

11  18  23.48 

22.95 

4  28  46.9 

50.1 

8.963 

57.16 

3  28.24 

15  56.10 

1  4.11 

11  21  51.:? 

12 

1121  59.06 

58.49 

4    5  52.6 

56.2 

8.979 

57.96 

3  49.19 

15  56.35 

1  4.09 

1125  48.39 

13 

1125  34.58 

33.96 

3  42  53.7 

57.8 

8.9n 

57.54 

4  10.22 

16  66.60 

1  4.08 

1129  44.^1 

14 

1129  10.05 

9.38 

3  19  50.8 

55.2 

8.975 

57.70 

4  31.31 

15  56.85 

1  4.07 

1133  41.43 

15 

1 1  32  45.47 

44.74 

4  2  56  44.0 

48.8 

8.974 

-97.85 

-  4  52.43 

15  57.11 

1  4.06 

1137  37.98 

16 

1 1  36  20.88 

20.10 

2  33  33.8 

39.0 

8.973 '     57.99 

5  13.58 

16  67.37 

1  4.06 

11  4134.53 

17 

1139  56.26 

55.45 

2  10  20.6 

26.1 

8.973       68.11 

6  34.73 

15  57.63 

1  4.06 

1145  31.091 

18 

1143  31.68 

30.80 

147    4.6 

10.4 

8.974       58.99 

5  55.86 

16  67.89 

1  4.06 

1 1  49  27.64 

19 

1147   7.13 

6.19 

1  23  46.2 

62.4 

8.975 

58.31 

6  16.98 

15  58.16 

1  4.06 

II  S3  24.19 

20 

1 1  50  42.62 

41.62 

-1-1    0  25.9 

32.4 

8.978    -58.38 

-  6  38.03 

15  58.43 

1  4.07 

1 1  57  20.73 

21 

1154  18.16 

17.12 

0  37   4.0 

10.8 

8.961  ;     58.44 

6  59.03 

15  58.69 

1  4.08 

12    1  17.30 ; 

22 

1 1  57  53.79 

52.70 

•1-0  13  40.8 

46.0 

8.065 

58.49 

7  19.95 

16  58.96 

1  4.10 

12    5  13.86 

23 

12    1  29.53 

28.38 

-  0   9  43.2 

35.6 

8.969 

58.51 

7  40.76 

16  69.24 

1  4.12 

19   9  10.41 

24 

12   5   5.38 

4.18 

0  32  67.9 

59.9 

8.994 

58.53 

8    1.46 

15  59.61 

1  4.15 

12  13   6.98 

25 

12   841.36 

40.11 

-  0  56  32.6 

24.3 

9.000 

-68.58 

-  8  22.03 

15  59.79 

1  4.18 

12  17   3.dS 

26 

12  12  17.51 

16.20 

1  19  57.2 

46.6 

9.007 

58.51 

8  42.44 

16   0.07 

1  4.21 

12  21    0.07 1 

27 

12  15  53.82 

52.45 

143  21.2 

12.4 

9.015 

58.48 

9   2.68 

16   0.35 

1  4.24 

12  24  56.69 

28 

12  19  30.32 

28.91 

2   6  44.4 

35.1 

9.094 

58.44 

9  22.73 

16   0.63 

1  4.27 

12  28  53.18 

29 

12  23   7.04 

5.58 

2  29  66.3 

56.8 

9.033 

58.99 

0  42.55 

16   0.91 

1  4.30 

12  32  49^1 

30 

12  26  44.01 

42.50 

-  2  53  26.8 

17.0 

9.043    -58.31 

-10   2.14 

16    1.19 

1  4.34 

12  36  4nj|9 

31 

12  30  21.24 

19.66 

-  3  16  45.4 

35.3 

9.055 

-58.93 

-10  21.47 

16    1.47 

1  4.38 

12  40  4^ 

Hon.— For  mean  time  interval  of  semidiameter  passing  meridian,  sabtraet  0*.18  from  the  sidereal  tatemL 


SOLAR  EFHEMERIS,  1895. 


383 


FOB  WASHINGTON  MEAN  AND  APPARENT  NOON. 

* 

I>*t«U 

Appsrent  Right 
Aocenaion. 

Apparent 
Declination. 

Hourly 
IfoUon. 

Ea  nation 

of  Time 

for 

AOOU. 

8emi- 
diameter 

at 
Apparent 

Aoon. 

Sidereal 

Tine  of 

8emid. 

Paaeing 

Herid. 

Sidereal 
Time 

of 
Mean 
Noon. 

MeuNoon. 

App. 
Noon. 

MeanKoon. 

App. 
Noon. 

Right    DeoU. 

Oct.    1 

h    m    1 
19  30  91.94 

19.66 

O         If 

-  3  16  45.4 

35.3 

•       1       « 
9.055    -58.93 

-10  91.47 

1     »t 
16    1.47 

1    4.38 

b   m     • 
19  40  49.84 

9 

19  33  58.76 

57.13 

3  39  61.7 

61.4 

9.088       5r.l3 

10  40.51 

16    1.75 

1    4.43 

19  44  39.39 

3 

19  37  36.57 

34.90 

4    3  15.6 

4.9 

9.081       58.01 

10  69.94 

16   9.03 

1    4.48 

19  48  35.96 

4 

19  41  14.79 

13.09 

4  96  96.7 

16.7 

9.096 '     57.88 

11  17.63 

16   9.30 

1    4.53 

19  59  39.50 

5 

19  44  53.93 

61.48 

4  49  34^ 

93.9 

9.119       07.75 

1 

1136.68 

16   9.58 

1    4.58 

19  56  99.03 

6 

19  48  39.19 

30.39 

-  6  19  38.8 

97.4 

1 

9.197    -57.80 

-1  r  63.34 

16   9.85 

1    4.63 

13   0  96.61 

7 

19 59  II. 4 J 

9.55 

6  36  39.3 

97.6 

8.144 .     57.^ 

19  10.61 

16   3.13 

1    4.69 

13   4  99.16 

8 

19  56  51.13 

49.93 

6  68  35.6 

93.7 

9.189 '     57.96 

1 

19  97.43 

16    3.40 

1    4.75 

13   8  18.71 

9 

19  59  31.30 

99.35 

6  9197.4 

15.3 

9.181       67.08 

19  43.83 

16   3  67 

1    4.81 

13  19  15.97 

10 

13   3  11.93 

9.93 

6  44  14.9 

1.9 

9.901 

56.84 

19  59.74 

16   3.94 

1    4.88 

13  16  11.69 

11 

13   6  63.06 

61.09 

-7   6  66.7 

43.9 

9.S99 

-56.61 

-13  16.18 

16    4.91 

1    4.96 

13  90   8.38 

12 

13  10  34.69 

39.61 

7  99  31.6 

19.0 

9.944 

56.97 

13  30.11 

16   4.48 

1    6.03 

13  94    4.93 

13 

13  14  16.86 

14.79 

7  6161.6 

48.6 

9.986 

56.11 

13  44.51 

16   4.75 

1    6.11 

13  98    1.49 

14 

13  17  59.55 

67.38 

8  14  94.9 

11.8 

9.989       56.84 

13  58.36 

16   5.09 

1    5.19 

13  31  58.04 

15 

13  91  49.89 

40.61 

83641.6 

98.9 

9.813 '     56.56 

14  ll.«4 

16    5.99 

1    6.97 

13  35  54.59 

16 

13  95  96.66 

94.41 

-  8  58  60.8 

37.6 

9.337    -65J3 

-14  94.37 

16    6.56 

1    5.35 

13  39  61.15 

17 

13  99  11.08 

8.81 

9  90  59.4 

39.0 

9.389 

54.90 

14  36.49 

16   5.83 

1    6.43 

13  43  47.70 

18 

13  39  56.19 

63.80 

9  49  46.9 

39.4 

9.388 

54.55 

14  48.09 

16   6.10 

1    5.59 

13  47  44.96 

19 

13  36  41.77 

39.41 

10   4  31.0 

17.6 

9.414 

54.19 

14  68.93 

16   6.38 

1    6.61 

13  61  40.81 

90 

13  40  98.05 

%.66 

10  96  67.0 

53.6 

9.441 

53.81 

15   9.99 

16   6.65    1    6.71 

13  55  37.37 

91 

18  44  14.97 

19.56 

-10  47  33.9 

90.3 

1 
9.488    -63.41 

-16  18.85 

16   6.99    1    6.80 

13  69  33.99 

29 

13  48   9.64 

0.10 

11    8  61.0 

37.3 

9.495  1     63.00 

15  97.83 

16   7.19 

1    £.90 

14    3  30.48 

93 

13  5150.79 

48.31 

1199  57.8 

44.1 

9.583       58.57 

15  36.15 

16   7.46 

1    6.00 

14    7  97.03 

94 

13  55  39.79 

37.91 

1 1  50  64.9 

40.6 

9.559       68.19 

15  43.80 

16   7.73 

1    6.10 

14  11  93.59 

95 

13  69  99.39 

96.80 

19  1 1  39.6 

96.0 

9.581 

51.66 

16  60.75 

16   8.00 

1    6.90 

14  1690.14 

96 

U   3  19.64 

17.09 

-19  39  13.7 

0.1 

9.610 

-51.17 

-16  56.99 

16    8.97 

1    6.30 

14  19  16.70 

97 

14   7  10.68 

8.09 

19  59  35.9 

99.4 

9.641 

58.67 

16   9.59 

16   8.54 

1    6.41 

14  93  13.95 

98 

14  10  69.44 

69.84 

13  19  46.0 

39.6 

9.679       50.16 

16   7.39 

16   8.80 

1    6.59 

14  97   9.81 

99 

14  14  54.95 

69.39 

13  39  43.6 

30.9 

9.703       49.63 

16  11.38 

16   9.06 

1    6.63 

14  31    6.36 

30 

14  18  48.91 

45.58 

13  59  98.4 

16.1 

9.735 

49.89 

.  16  14.67 

16   9.39 

1    6.74 

14  35   9.99 

31 

14  99  49.94 

39.69 

-14  1189.8 

46.6 

9.767 

-48.53 

-16  17.91 

16   9.57 

1  6.a5 

14  38  50.47 

Not,  I 

14  96  37.07 

34.40 

14  31  17.6 

4.6 

9.800 

47.94 

16  18.95 

16   9.89 

1    6.96 

14  49  56.03 

9 

14  30  39.68 

30.01 

14  50  91.3 

8.4 

9.634 '     47.35 

16  19.89 

16  10.07 

1    7.08 

14  46  59.58 

3 

14  34  99.11 

96.49 

15   8  70.6 

57.8 

9.868 '     46.75 

16  90.04 

16  10.39 

1    7.19 

14  50  49.14 

4 

14  38  96.36 

93.66 

15  97  45.1 

39.5 

9.909       46.19 

16  19.35 

16  10.56 

1    7.31 

14  54  45.70 

5 

14  49  94.43 

91.73 

-15  46  64.3 

51.9 

9.937    -45.48 

1 

-16  17.84 

16  10.80 

1    7.43 

14  56  49.95 

6 

14  46  93.36 

90.66 

16    3  67.9 

56.8 

9.973       44.89 

16  16.48 

16  1 1.03  1  1    7.55 

15    9  38.81 

7 

14  50  93.13 

90.49 

16  91  55.5 

43.7 

10.009 '     44.14 

16  19.98 

16  11.96    1    7.67 

\X^   6  3.5.36 

8 

14  64  93.77 

91.06 

16  39  96.8 

16.9 

10.045       43.45 

16    8.90 

16  11.49 

1    7.79 

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9 

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99.66 

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99.8 

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16   3.98 

16  11.79 

1    7.91 

15  14  98.48 

10 

16   9  97.69 

94.93 

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97.3 

10.117    -49.08 

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16  11.94 

1    8.03 

15  18  95.03 

11 

16   6  30.86 

98.17 

17  30  18.0 

7.9 

10.153       41.97 

15  50.89 

16  19.15 

1    8.15 

15  99  91.59 

19 

16  10  34.95 

39.98 

17  46  39.6 

99.0 

10.190       40.51 

16  43.9!) 

16  19.37 

1    8.97 

1596  18.15 

13 

16  14  39.91 

37.97 

18   9  49.6 

39.4 

10  J96       39.73 

15  34.88 

16  19.38 

1    8.39 

15  30  14.70 

14 

16  18  46.76 

43.11 

18  18  96.8 

16.8 

10.968 1     36.94 

1 

1995.63 

16  19.79 

1    8.50 

16  34  11.96 

16 

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49.89 

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49.0 

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1    8.69 

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1 

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67.38 

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47.5 

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•  'iTir  rr.'^i«^'i»ii  mihtT»4't  V*  19 


MOON-CDLMINATIONS,  1895. 


385 


▲T  TRANSIT  OF  MOON'S  CENTRE  OVER  THE  MERIDIAN  OF  WASHINGTON. 


I 

.  Jmi.  I 
'     « 
3 
4 
6 

6 
7 
8 
9 
10 

II 
19 
13 
14 
IS 

16 
17 
18 
19 
^ 

21 

«7 
96 

99 
30 
31 


Feb. 


I 
9 
3 
4 
6 

6 
7 
8 
9 
10 

II 
19 
13 
M 
15 

10 
17 


of 
Tnuialt. 


E  in 
4  IH.49 

4  57.97 

5  38.13 

6  90.94 

7  5.73 

7  56.06 

8  59.96 

9  54.33 
II  0.40 
19  7.00 

13  10.69 

14  9.31 

15  3.09 

15  59.89 

16  40.94 

17  90.75 
16  13.67 
19  1.99 
19  69.91 

90  44.91 

91  37.15 
99  99.73 
93  90.60 

0  8.83 

0  54.11 

1  36.69 
9  17.97 
9  56.74 

3  36.16 

4  16.79 

4  59.69 

5  46.49 

6  38.10 

7  35.39 

8  37.70 

9  49.89 

10  47.59 

11  49.04 
19  46.90 

13  :)9.39 

14  99.53 

15  18.94 

16  6.77 

16  56.16 

17  47.04 

IH  :I9.4I 
I9:{9.65 

96 


Diir.for 

I  Hour 

of 


ID 

1.654 
1.CM 
1.704 
1.81ft 
1. 


9.115 
t.470 
t.ttO 
9.791 
9.799 

9.564 
9.387 
9.147 
9.014 
1.947 

1.996 
1.978 
9.008 
9.133 
9.193 

9.918 
9.184 
9.089 
1.048 
1.897 

1.796 
1.661 
1.637 
1.857 
1.730 

1.858 
9.043 
9.989 
9.601 
9.676 

9.79i 
9.644 
9.475 
9.991 
9.144 

9.0M 
9.017 
9.034 
9.087 
9.153 

9.907 
9.090 


Aaceusion 

of 

Contie. 


DilCfbr 
lUonr 

of 
Lonf. 


II    3  38.98 

1 1  57  66.59 
1950  43.57 
1343  19.79 
14  36  48.16 
153145.67 

16  98  13.34 

17  95:li.74 


I 


OaoQMitrM 

DeoltiMtkMi 

of 

Centra. 


DIftfor 
iBonr 

of 
Laog. 


h   m     K 
93   3  30.49 

93  47   6.77 

0  31  19.58 

1  1799.3!) 
9   7   3.95 

3  197.41 

4  145.56 

5  756.13 
618  7.99 
79851.68 

8  36 .35.49 

9  3993.15 
10  37  10.98 
1131  4.95 
199933.93 

1313  8.19 
14  4  7.86 
14  56  31.49 
1550  49.57 
1646  54.34 

17  4356.30 

18  40  36.45 
193533.59 
9097  51.56 
91  17  11.99 

99  3  51.03 
99  4898.88 
9339   0.13* 

0  15  98.60 

1  0   5.16 

147  7.01 
937  54.71  i 

3  33  40.87' 

4  35   4.13 

5  4 1  99.57 

I 

6  50  44.07. 

7  59  3:1.00 
9   510.99! 

10   6  96.70 ' 


a 
09.31 
09.94 
19.39 
19.06 


43.09 
68.49 

71.65 
77.79 
74.39 

83.53 
58.46 

30.09 
31.08 


98.eo 


38.18 
41.86 

49.74 
40.05 
34.30 
97.06 
19.76 

13.78 
00.78 
08.98 
09.80 
13.99 

91.74 
30.77 
40.38 
60.33 
70.80 

73.06 
68.93 
58.74 
47.73 
38.83 

33.96 

31.99 
39.83 
35.41 
39.41 

49.04 

43.61 


o     * 
-79 


It 
5.0 


-  I  1948.1 
•I-  4  45  39.8 

10  4158.7 
169990.5 

+9197  9.7 
959998.0 
97  57  39.5 
9899  8.0 
9699  13.1 

+99  99  99.9 
1653  9.1 
10  17  99.4 

4-  3  1696.0 

-  3  4159.3 

-10  16  34.4 
-16  10  16.4 
-91  899.1 
-94  58  3.3 
-97  97  44.4 

-98  99  56.6 
-98  95.3.4 
-96  1 1  33.3 
-93  6  31.9 
-19    194.1 

-14  1091.7 

-  8  46 :16.9 

-  3  I  .57.9 
+  95941.1 

8  46  98.9 

+  14  97  8.4 
1939  10.1 
94   9   7.8 

97  10   9.8 

98  :M  96.7 


+853.6 


1.7 
.4 

8n.7 

618.8 


SfKHTr  «eorrDtrit   Kqnatorial 
Merialw    *>'*"»•''»■.  '  Parallax 


_-  I— 


I.I 
►.7 
-189.7 
-450.1 

-738.0 

-939.7 

-1034.0 

-1809.9 

-10O4.9 

-941.8 
-899.8 
-8M.8 

-478.9 
-967.8 

-43.3 

+178.4 
376.8 
543.5 

876.8 

+773.6 
838.9 
878.6 
888.4 
879.7 

+80.3 
798.4 
576.5 
3B0.1 

♦  80.9 


+97  59  :I9.9 

94  58  46.9 

90   8  13.0 

13  59   6.1  -1016.7 
+  6  47    1 .5  '-1094.0 


-971.8 
-580.7 

-8484 


-  0  39  3l.7;-1081.7 

-  7  37  37.3  '-1094.5 


-14  511. 1 
-19  36  56.3 
-9:158  14.8 

-96  57  48.3 
-98  98  94.4 


-906.1 
-746.7 
-555.1 

-330.6 
-119,4 


a 
61.67 

61.70 

69.63 

64.51 

67.39 

70.86 
74.63 
77.69 
79.19 
78.98 

75.75 
79.57 
69.71 
67.68 
66.65 

66.56 
67.90 
W.Xi 
69.58 
70.46 

70.61 
69.84 
68.39 
66.35 
61.38 

69.79 
61.64 
61.96 
61.79 
63.06 

65.97 
68.98 
71.81 
75.95 
77.69 

78.36 
77.19 
74.69 
71.89 
69.61 

68.99 
67.75 
68.08 

68.!>8 
70.05 

70.88 
71.06 


451.1 

4  58.1 
6    7.9 

5  90.4 
5  35.1 

5  51.4 

6  7.9 
6  93.1 
6  35.9 
6  49.4 

6  44.9 
6  39.8 
6  30.7 
6  IS.O 
6    3.7 

5  48.9 
5  34.7 
5  99.0 
5  11.9 
5   9.3 

4  55..1. 
4  50.0 
4  46.5 
4  44.9 
4  4.3.5 

4  44.3 

4  46.8 
4  50.9 

4  57.4 

5  6.1 

5  17.1 
5  :w.9 

5  45.3 

6  1.4 
6  17.1 

631.1 
6  41.4 
6  46.5 
6  45.5 
6  38.6 

0  96.8 
6  II.JI 
5  .'VS.ft 
5  39.4 
5  94.3 

5  11.5 
5    1.1 


54  9:1 .3 

54  4!).  I 

55  95.3 
.56  11.9 

57  5.3 

58  5.0 

59  5.8 

60  1.7 

60  46.1 

61  13.1 

61  18.6 
61  3.1 
60  9!>.4 
59  43. 1 

58  50.1 

57  56.5 
57    3.8 

56  17.3 
55  37.4 
55    4.7 

54  :I8.9 
54  19.4 
54  6.1 
5:1  r»H.9 
53  f>5.7 

53  5H.6 

54  7.6 
54  93.4 

54  46.8 
.55  18.7 

55  5H.9 
fiTi  47.3 
.57  49.6 
r>^  41.6 

59  39.8 

60  31.4 

61  9.9 

61  97.4 
61  94.0 
60  h».5 

60  1.5.4 
.5!!  -iO.S 
.58  90.4 

57  90.7 

56  95.7 

55  :W.4 
55    0.1 


Bri.fct 
Liniun. 


II 


s. 
s. 
s. 
s. 
s. 

s. 
s. 

N. 
N. 
N. 

N.  8. 
S. 
S. 
S.I 

s. 

s. 
s. 
s. 
s. 
s. 

N. 
N. 
N. 
N. 
N.S. 

S. 
S. 
S. 
S. 

s. 

s. 
s. 
s. 
s.: 

N.     j 

N.     j 
N.     I 
N. 
N.S. 

S- 

S. 
S. 
S. 

s. 
s. 

s. 

s. 


386 


MOON-OULMINATIONS,  1895. 


AT  TRANSIT  OF  MOON'S  CENTRE  OVER  THE  MERIDIAN  OF  WASHINGTON. 


Dsto. 

Mean  Time 

of 

Tnuult. 

Diff.for 
lUour 

of 
Long. 

Right 

Aecenaion 

of 

Centre^ 

Diff.for 
lUuur 

of 
Long. 

Oeocentrio 

Deolination 

of 

Centre. 

Diff.for 
iBour 

of 
Long. 

Sid.  Time 

OfSemid. 

Piisfiing 

MeriUiAn. 

Oeocentrir  SquAtoriaJ 
Serai-       Horix4mtal 
diiuneter.     P»rftIUx. 

«i 

h     m 

m 

h  m     • 

8 

O      t       tt 

n 

• 

/     It 

/    #< 

Feb.  16 

18  39.41 

9.907 

16  28  13.34 

149.04 

-26  57  48.3 

-330.6 

70.88 

15  11.5 

.55  38.4 

II.     s 

17 

19  32.65 

9.999 

17  25  32.74 

143.51 

-282824.4 

-119.4 

71.06 

15    1.1 

55    0.1 

IL     S 

18 

20^.60 

9.184 

1822  35.37 

141.18 

-282816.3 

+111.4 

70.41 

14  53.2 

54  31.4 

II.  xN. 

ID 

21  17.03 

9.096 

19  18   5.74 

135.96 

-27    139.2 

317.5 

68.95 

14  47.9 

54  11.6 

n.N. 

20 

22    5.98 

1.961 

20  11    7.20 

199.01 

-24  18   0.0 

495.4 

67.05 

14  44.9 

54    0.3 

ILN. 

21 

22  52.06 

1.800 

21    1  16.41 

191.85 

-20  2951.1 

4639  6 

65.01 

14  43.6 

53  56.3 

ILN. 

22 

23  35.44 

1.757 

2148  42.91 

115.03 

-1550  46.1 

750.9 

63.25 

14  44.3 

53  58.6 

II.  N. 

24 

0  16.67 

1.083 

22  34   0.24 

111.10 

-10  33  58.2 

898.6 

61.98 

14  46.5 

54    6.6 

I.      N. 

25 

0  56.57 

1.647 

2:n7  56.99 

108.90 

-  4  51  52.2 

877.1 

61.36 

14  50.0 

54  19.8 

L          S 

26 

1  36.07 

1.659 

0    1  30.44 

109.96 

4  1    3  43.8 

896.9 

61.48 

14  54.9 

54  37.5 

L          S. 

27 

2  16.25 

1.709 

0  45  43.91 

119.30 

+  7    I    3.0 

+885.1 

62.41 

15    1.1 

55    0.4 

I.         s. 

28 

2  58.21 

1.801 

1  31  45.40 

118.99 

12  47  24.9 

840.6 

64.18 

15    8.9 

55  28.6 

I.         s 

Mar.  1 

3  43.15 

1.946 

2  20  45.27 

197.15 

18   8   9.6 

755.6 

66.67 

15  18.1 

56    3.0 

I.          S 

2 

4  32.13 

9.134 

3  13  48.95 

138.47 

22  45  24.6 

091.3 

69.74 

15  29.0 

56  42.9 

I.         s 

3 

5  25.89 

9.341 

4  1 1  40.00 

150.74 

26  17  32.4 

498.0 

72.93 

1541.3 

57  28.0 

I.          S 

4 

6  24.33 

9.518 

5  14  12.41 

101.30 

+28  20  29.2 

+170.3 

75.65 

15  54.6 

58  17.1 

I.          S 

5 

7  26.11 

9.613 

620   6.18 

107.05 

28  32  32.6 

-191.0 

76.91 

16   8.4 

59   7.3 

I.      N. 

6 

8  28.84 

9.596 

7  26  56.58 

100.03 

26  4 1  52.3 

-430.1 

76.59 

16  21.1 

59  54.4 

I.      N. 

7 

9  29.97 

9487 

8  32  10.90 

150.49 

22  52  22. 1 

-708.0 

74.93 

16  31.6 

60  33.0 

1.     N.   ; 

8 

10  27.90 

9.339 

9  34  13.03 

150.61 

17  23  19.2 

-093.0 

72.66 

16  38.4 

60  57.8 

I.      N. 

j 

9 

II  22.36 

S.904 

10  32  45.87 

149.45 

•1-10  43  48.9 

-1059.0 

70.56 

16  40.4 

61    4.7 

I.      N. 

10 

12  14.04 

s.Ao 

112831.82 

136.87 

+  32629.9 

-1113.0 

69.10 

16  36.8 

60  51.6 

II.  «.S 

11 

13    4.13 

8.073 

1222  42.12 

134.51 

-  3  56  47.3 

-1090.0 

68.48 

16  28.1 

60  20.0 

II.      S. 

12 

13  53«90 

9.084 

13  16  33.15 

135.99 

-10  57  17.8 

-1001.4 

68.72 

16  15.4 

59  33.4 

H.      S. 

13 

14  44.44 

9.134 

14  11  10.42 

138.91 

-17  1020.6 

-855.5 

69.57 

16    0.2 

58  37.6 

II.      S 

14 

15  36.44 

9.900 

15   7  15.58 

149.95 

-22  1541.2 

-604.7 

70.69 

15  44.1 

57  38.5 

IL      S. 

15 

16  30.00 

0.958 

16   4  54.41 

145.70 

-25  57  55.8 

-449.3 

71.65 

15  28.7 

56  41.4 

11.      S. 

16 

17  24.52 

9.976 

17    3  30.73 

146.81 

-28   7  25.3 

-903.9 

71.97 

15  14.7 

55  1)0.4 

II.     s. 

17 

18  18.81 

9.940 

18    1  54.08 

144.55 

-28  4 1  20.4 

+  39.7 

71.39 

15    3.2 

55   8.2 

II.N.  S.; 

18 

19  11.56 

9.140 

18  58  43.96 

130.15 

-27  43  53.4 

950.4 

69.99 

14  54.6 

54  36.5 

II.  N. 

19 

20     1 .72 

9.097 

19  52.')8.25 

131.86 

-25  24  51.8 

+438.0 

68.02 

14  49.0 

54  15.3 

II.N. 

20 

20  48.84 

1.000 

20  44  10.02 

194.17 

-2157   6.5 

504.0 

65.87 

14  45.9 

54    4.4 

II.N. 

21 

21  33.07 

1.789 

21  32  27.36 

117.49 

-17  34    8.8 

715.5 

63.95 

14  45.5 

54    2.8 

UN. 

22 

22  14.95 

1.706 

22  18  23.88 

119.57 

-1228  52.8 

805.7 

62.48 

14  47.3 

54    9.4 

11.  N. 

2.3 

22  55.31 

1.663 

23   2  48.33 

109.87 

-  6  53  18.3 

867.1 

61.66 

14  50.8 

54  22.6 

II.N. 

• 

24 

23  35.08 

1.650 

23  46  37.73 

109.68 

-  0  58  58.5 

+899.5 

61.56 

14  56.0 

54  41.3 

U.N. 

26 

0  15.29 

1.008 

0 .30  53.92 

119.19 

•I-  5   2  15.4 

OOlJi 

62.25 

15    2.1 

55    4.1 

I.          S. 

27 

0  57.04 

1.787 

1  16  42.08 

117.34 

10  57  21.1 

868.0 

63.75 

15    9.2 

55  29.9 

I.          S.' 

28 

1  41.41 

1.918 

2   6   8..32 

195.98 

16  31    9.9 

703.7 

65.JI8 

15  16.9 

55  58.4 

I.           S 

21» 

2  29.42 

9.087 

2  57  13.15 

135.44 

212541.6 

670.5 

68.76 

15  25.3 

56  29.1 

1.          S. 

30 

3  21.74 

9.979 

3  .^3  37.46 

146.59 

4-25  19  56.6 

+491.3 

71.73 

15  34.2 

57    1.9 

1.        s. 

31 

4  18.34 

9.437 

4  54  19.52 

l.'t6.46 

27  51  20.4 

+956.0 

74.23 

15  43.6 

57  36.5 

1.             S.t 

Apr.    1 

5  18.15 

S.53I 

558  14.10 

169.19 

28  39  40.3 

-90.4 

75.70 

15  5.3.4 

58  12.5 

I.        s.' 

2 

6  19.09 

Q.S*f9 

7    3  17.46 

109.08 

27  32  59.7 

-319.6 

75.68 

16    3.1 

58  48.2 

I.      N. 

3 

7  I8.K) 

9.449 

8   7  11.65 

156.73 

24.3214.3 

-585.4 

74.36 

16  12.3 

59  21.7 

I.      N. 

1 

4 

8  l.>.9.'> 

9.310 

9   8  20.99 

148.85 

+  19  51    6.9 

-810.5 

72.34 

16  20.0 

59  50.0 

I.      N,    1 

5 

9    9.S\> 

9.183 

10   6  18.73 

141.19 

+  1352    1.1 

-973.5 

70.30 

16  25.2 

60    9.7 

I.      N. 

— ^ • 

^ —    -._.^          .    ^     _      _        _ 

— 

1 

MOON-CULMINATIONS,  1896. 


387 


AT  THAN8IT  OF  MOON'S  CENTRE  OVER  THE  MERIDIAN  OF  WASHINGTON. 

D»Uw 

MmuiTIid« 

of 

Tmnsit, 

Diff.for 
IHonr 

of 
Long. 

RiKbt 

▲•c«n«Um 

of 

Centre. 

DllCfor 
lUonr 

of 
Long. 

O«»oc«iniiio 

DeoHimUon 

of 

Centre. 

Diftfor 
IHour 

of 
Long. 

Sid.  Time 

ofS«*mid. 

FajminK 

Meridien. 

GtM»c«»ntrlr 
J      K«nii- 
dinineter. 

1 

BqnUorUl 

Horixontal 

ParmUex. 

Brigbt 
LlmW 

b     m 

in 

b    m     • 

• 

O       t       it 

// 

• 

t     tt 

•      It 

Apr.    4 

8  15.95 

9.310 

9    890.99 

148.85 

4-19  51    6.9 

-810.5 

79.34 

16  90.0 

59  50.0 

I.        N. 

5 

9    9.89 

9.183 

10   6  18.73 

141.10 

1359    1.1 

-973.5 

70.:I0 

16  9.5.9 

60    9.7 

I.        N. 

6 

10    1.03 

9.003 

11    136.38 

135.74 

♦  7    1  95.9 

-1067.7 

68.86 

16  97.4 

60  17.5 

1.      N. 

7 

10  50.66 

9.068 

1155  18.84 

133.33 

-  0  19. '16.5 

-1099.6 

68.14 

16  95.6 

60  11. 1 

F.      N. 

8 

11  39.97 

9.066 

1948  49.07 

134.10 

-  7  93  34.3 

-1049.4 

68.31 

16  19.7 

59  49.4 

I.      N.  s. 

9 

19  30.15 

9.199 

13  4957.69 

137.54 

-14    3  5.3.4 

-949.0 

69.93 

16  10.9 

59  14.5 

11.      S. 

10 

13  99.08 

9.907 

• 

14.38  58.31 

149.63 

-1949  N.9 

-776.0 

70.57 

15  57.9 

58  99.4 

II.      S. 

11 

14  16.06 

9.969 

15  37   9.96 

147.56 

-94  189-2.4 

-563  0 

71.91 

15  44.9 

57  38.4 

11.      S- 

19 

15  11.65 

9.394 

16  36  43.78 

150.30 

-97  15  33.4 

-319.8 

79.66 

15  30.0 

56  46.5 

11.      S. 

13 

16    7.61 

9.310 

17  36  40.98 

140.96 

-98  33   4.6 

-68.6 

79.46 

15  16.7 

56  58.1 

II.      S. 

14 

17    9.34 

9.93ft 

18  35  36.30 

144.96 

-9H  19  26.9 

4-167.6 

71.94 

15    5.4 

55  16.5 

11.  N. 

15 

17  54.46 

9.105 

19  31  48.69 

136  50 

-9693   5.8 

379.9 

69.96 

14  56.7 

54  44.3 

11.  N. 

16 

18  43.95 

1.061 

90  94  40.96 

197.80 

-9:118  59.9 

541.9 

66.96 

14  50.8 

54  99.7 

II.  N. 

17 

19  98.73 

1.839 

91  14  13.43 

190.06 

-19  15   4.9 

679.7 

64.80 

14  48.0 

54  19.1 

11.  N. 

18 

90  11.49 

1.739 

99  0  58.89 

114.07 

-14  95   5.3 

779.9 

63.08 

14  48.0 

54  19.9 

II.  N. 

19 

90  59.90 

1.673 

99  45  48.79 

110.50 

-  9    1    4.3 

4443.5 

61.97 

14  50.7 

54  99.0 

II.  N. 

90 

91  39.07 

i.6se 

93  99  43.IM) 

100.57 

-  3  13  59.7 

888.9 

61.63 

14  55.7 

54  40.3 

II.  N. 

91 

99  19.19 

1.687 

0  13  4!».95 

111.49 

4-  9  45  49.0 

904.8 

69.10 

15    9.5 

55    5.3 

II.  N. 

99 

99  5:).49 

1.767 

0  5915.49 

116.18 

845  40.8 

868.8 

63.40 

15  10.6 

55  35.1 

II.  N. 

93 

93  37.33 

1.804 

1  47  10.09 

193.83 

14  3135.3 

8».0 

65.49 

15  19.4 

66    7.6 

IL      S. 

95 

0  94.75 

9.063 

9  38  39.36 

133.93 

4^194596.1 

4-797.0 

68.91 

15  98.4 

66  40.7 

L          S. 

96 

1  16.59 

9.959 

3  34  30.81 

145.37 

94    593.9 

50.6 

71.90 

15  37.9 

57  19.8 

1.          S. 

97 

9  19.76 

9.«r7 

4  34  50.a3 

155.83 

97    7  18.7 

337.5 

73.87 

15  45.3 

57  49.8 

1.          S. 

98 

3  19.46 

9.533 

5  38 .39.09 

109.97 

98  98  59.6 

♦  64.5 

75.51 

15  59.7 

58  10.0 

1.          S. 

99 

4  13.53 

9.538 

6  43  50.99 

169.58 

97  56  15.7 

-997.4 

75.64 

15  59.1 

58  33.8 

1.      N.  s. 

,          30 

5  13.51 

9.448 

7  47  55.34 

157.09 

4^9599  14.6 

-501.6 

74.35 

16    4.7 

58  54.0 

1.      N. 

Mny    1 

6  10.57 

9.304 

8  49   4.99 

148.50 

9191    0.8 

-730.0 

79.94 

16    9.3 

59  10.4 

I.      N. 

,           « 

7    4.11 

9.161 

9  46  49.7 1 

139.86 

15  53   0.9 

-899.4 

70.03 

16  19.3 

59  99. 1 

1.      N. 

3 

7  54.50 

9.063 

10  41  15.94 

133  36 

9  99  58.6 

-1006.5 

68.97 

16  13.9 

59  97.9 

1.      N. 

4 

8  43.07 

1.996 

1133  49.74 

199.99 

+  9  35  50.7 

-1053.8 

67.33 

16  13.6 

59  96.8 

1.      N. 

5 

9  30.90 

1.997 

1995  43.8<i 

130.06 

-  4  95  18.3 

-1049.8 

67.96 

16  10.9 

59  17.1 

1.      N. 

1           6 

10  19.39 

9.061 

13  18  17.81 

133.94 

-11  1091. 1 

-979.7 

68.06 

16    5.8 

58  58.3 

1.      N. 

7 

II    9.66 

9.143 

14  19  38.74 

138.76 

-17  1544.1 

-844.4 

69.48 

15  58.3 

58  30.5 

I.         N.  8. 

b 

19    9.38 

9.950 

15   996.90 

145.93 

-99  18  3.^5 

-661.1 

71.11 

15  48.6 

57  55.1 

11.      S. 

0 

19  57.48 

9.335 

16   8  38.54 

150.34 

-95 .58  49.9 

-433  5 

79.44 

15  37.6 

57  14.4 

II.      S. 

10 

13  53.99 

9.360 

17   9  15.19 

151.95 

-98    1  57.4 

-180.8 

79.90 

15  96.1 

56  31.9 

11.      S.' 

1 

II 

14  50.93 

9.311 

18   9  35.19 

148.93 

-98  93:i8.0 

+  70.9 

79.19 

15  14.8 

55  50.6 

11.     s.' 

19 

15  44.40 

9.103 

19   7  50.80 

141.86 

-97    99:1.0 

995.4 

70.48 

15    5.0 

55  14.4 

UN. 

13 

16  3.5.98 

9.043 

90   9  48.38 

139.77 

-94  39  :W.3 

481.8 

68.17 

14  .-»7.1 

54  45.1 

11.  N. 

14 

17  99.49 

1.804 

90  54    5.99 

193.79 

-90  49  99.5 

697.0 

66.79 

14  51.7 

54  95.5 

11.  N. 

15 

18    6.39 

1.770 

9149   3.05 

116.37 

-16  15  44.0 

4-735.3 

63.79 

14  49.0 

54  16.1 

11.  N. 

10 

18  47.78 

I.6W 

99  97  30.34 

111.35 

-11    6    1.9 

813.3 

69.99 

14  49.5 

^  17.8 

11.  N. 

17 

19  97.79 

1.651 

»23  1 1  99.63 

109.08 

-  5  98  98.8 

865.3 

61.61 

14  59.9 

54  :to.i 

11.  N. 

18 

90    7.34 

1.661 

93  55   9.H6 

109  76 

4-  0  9:i.%4.1 

809.4 

61.76 

14  59.0 

54  5^.4 

11.  N. 

10 

90  47.85 

1.793 

0  39  43.70 

113.67 

6  91  48.4 

891.0 

69.79 

15    7.4 

55  9:1.9 

11.  N. 

80 

91  30.51 

1.940 

196  96.91 

190.56 

+  19  19  59.8 
-H7  4I34.'^ 

4-W7.5 

64.67 

15  17.4 

56    0.3 

II.  N. 

91 

99  16.57 

9.006 

9  16  34.74 

130.54 

♦  777.0 

67.39 

15  9H.5 

56  41.1 

11.  N. 

388 


MOON-CULMINATIONS,  1895. 


1 

1 

AT  TSANSTT  OF  UOOm  CERTKK  OTKR  THB  HERIDIAM  OF  WAWIHOTOH. 

■ 

ManTte* 

of 

Tmait. 

DiCfbr 
IHmt 

Ri|^         DUtfcr 
JifMiiiMi    ,lH««r 

CcBtn.      1  Laac. 

of                 of 
Coatrou      ,  Lmc. 

8M.TtaM 

IWiaff 

'                   1 
0«»Matric  KqMtertal 
i      SfliBi.       Homoatal 
dijUBotor.  <  Panllaz. 

sse, 

1 

h     m 

m 

h  n     •             • 

o     »     w               1* 

• 

m 

1       '     " 

Ma  J  9) 

21  30.51 

I.Mt 

12626.91     mJM 

4^12  1230^,  46S7.5 

64.67 

15  17.4 

56    0.3 

n.N. 

J 

21 

22  16.57 

%Mm 

216  34.74     136  M 

17  4134.8      777.6 

67.32 

IS  28.5 

5641.1 

II.  N. 

S9 

23    7.11 

%am 

91111.68     I4t.7i 

2226  49.8      636.6 

70.48 

I6  39J» 

57  22.6 

a    s. 

94 

0    2.63 

f.414 

4  1048.45    laun 

26  326.5'    43»Ji 

73.65 

15  50.3 

58    1.3 

L        s 

25 

1    2^ 

%JS%i 

514  49.76     164.17 

28  6  2.0  >166.9 

75.79 

15  5d^ 

58  34.5 

L          S. 

96 

9    4Jf7 

%jtm 

621  16.58     I66J6 

•I-28  1 1  34.3 .  -136.6 

76.47 

16    6.3 

68  59.7 

L          S 

91 

3    6J90 

%.s» 

727iai4    \mjm 

26  17  30.6   -49.5 

75.46 

16  10.8 

59  \^J6 

L      N.    , 

96 

4    S.83 

tJTf 

83026.71     Ut.lB 

2234  14.4    -6n.6 

73.23 

16  13.0 

59  24.6 

L      N.    , 

99 

5    0.05 

%sm 

92933.721   166.71 

17  24  49.7*  -«6  5 

70.70 

16  13.1 

59  21.8 

I.      N.    1 

30 

5  52.06 

%jmr> 

1024  51.21*   134.16 

J 

1 1  16  10.7    -974.6 

68.49 

16  11.4 

50  18.6 

L      N. 

31 

6  40.48 

\jn% 

t 
II  1721.19     ».96 

•I-  4  33  58.0  -169B.6 

67.06 

16    8.1 

59    7.1 

L      N. 

Jane  | 

7  27.50 

!.»• 

12   826.67     117.16 

-  218  46.0-1697.6 

66.58 

16    3.9 

58  50.9 

L      N. 

9 

8  14.55 

IJTf 

125933.55     msi 

-  9   0  55.4    -675J9 

67.01 

15  58.4 

58  30.8 

I.      N. 

3 

9    2^ 

S.f6d 

13  5159.54     136.64 

1 

-1512   3.8    -671.9 

68.19 

15  51.8 

56    6.7 

I.      N.    1 

4 

9  53.55 

S.165 

14  4642.91!    146.19 

-203142.6   -716.6 

09.84 

15  44.3 

57  39.0 

I.      N.    ' 

S 

10  46.85 

%jgn 

15  44   6.71 

146.66 

-2139  53.8   -615.9 

71.45 

15  35.8 

57    6.0 

L      H.S 

6 

II  42.36 

9.MI 

164342.54     U6.74 

-27  19  38.5 

-979.9 

72.46 

15  26.8 

56  34il 

1.          S. 

7 

I2  3d.6a 

S.33B 

17  44   7.81     U6.5S 

-28  20  47.8 

-97.5 

7^41 

15  17.6 

56    l.t 

n.    a 

8 

13  33.95 

S.S6 

18  4329.81      146.57 

-^7  43  a9 

+911.3 

71.20 

15    6.7 

55  2B.6 

n.    a 

9 

14  26.52 

9.118 

19  40   9.02 

137.96 

-253614.0 

416.7 

69.14 

15    0.9 

54  59.6 

UN.  , 

10 

15  15.50 

l.fS4 

20  33  12.16 

197.69 

-221538.9 

4479.3 

66.73 

14  54.6 

54  36.1 

aw. 

II 

16    0.85 

\jm 

21  22  37.52  i  1I9.4S 

-17  56  29.3 

796.6 

64.46 

14  50.2 

54  20.3 

ILN.   1 

12 

16  43.ltj 

l.7» 

22  9   0.97     II9.»« 

-13  013.2 

796.4 

62.69 

14  48.4 

54  13.4 

ILN.   ' 

13 

17  23.44 

\.m» 

2253  19.50     166.13 

-  7  33  40.2 

6tt.6 

61.61 

14  49.2 

54  16.7 

UN. 

14 

18    2.73 

1.C34 

23  36  40.13 1   166.14 

-  1  49  27.2 

874.8 

61.35 

14  53.0 

54  30.5 

UN. 

15 

18  42.27 

I.C70 

020  15.31     116.33 

4-4   2  47.3 

+669.5 

61.96 

14  50.7 

54  55. 1 

fl-N. 

16 

19  23.32 

1.799 

1    521.87     115.74 

1 

9  52  47.9      899.8 

63.49 

15    9.0 

55  29.5 

UN. 

17 

20    7.2:1 

1.906 

1  53  19.91  .   m^ 

1527  49.8      8e.6 

65.88 

15  20.6 

56  12.1 

ILN.  ; 

IH 

20  55.2>3 

rios 

2  4527.52,    136.44 

20  30  44.4      666.9 

68.98 

15  33.8 

57    0.4 

II.  N. 

ID 

21  48.47 

%J3» 

34244.43     156.66 

24  38  43.6      996.1 

72.40 

15  47.6 

57  51.3 

UN.   , 

20 

22  46.97 

%J>M 

4  45  20.39     ie.44 

+27  24  22.7    +967.9 

75.40 

16    0.6 

58  30.3 

n.   s 

21 

23  49.51 

S.656 

551  59.51,'   166  63 

28  21  11.2    -16.6 

77.10 

16  12.0 

50  20.8 

IL   a 

23 

0  53.38 

9.M4 

6  595d.69i   168.63 

27  1321.7 

-397.6 

76JI2 

16  20.2 

59  51.1 

L        & 

24 

1  55.47 

9..M6 

8  6  10.81     161.16 

24    3  49.4-611.4 

73.12 

16  24.8 

60    7.9 

1.      N. 

25 

2  53.6'J 

S.3ZS 

9   830.16     156.99 

1 

19  13  12.2    -898.7 

72.47 

16  25.4 

60  10.2 

I.      N. 

26 

3  47.55 

1.161 

10   6  27.04     1».W 

+13  11  18.5 

-967.8 

69.89 

16  22.5 

59  59.4 

L      N. 

27 

4  37.76 

S.034 

II    0  44.971   139.95 

+  6  28  33.4  -1634.6 

67.95 

16  16.9 

59  38.4 

I.    N.  ; 

2>- 

5  25.6fi 

1.968 

1152  43.31      198.97 

-  028  12.1  -1636.7 

66.92 

16    9.2 

59  10.3 

I.      N.  1 

2it 

6  12.72 

1.969 

12  43  50.78     197.95 

-  7  16  11.4    -999.6 

66.81 

16    0.2 

58  38.1 

1.      N. 

30 

7    0.32 

9.019 

133531.23     13090 

-13  35  28.3 1-896.7 

C7.6I 

15  51.1 

58    4.0 

L      H. 

July    1 

7  49.61 

9.101 

I4W5.T19     136  93 

-19   7  28.9    -756.7 

69.00 

15  41.8 

57  29J) 

L      N.  , 

2 

«  41.26 

9904 

1524  37.55     149.45 

-23  34  22.7    -571.7 

70.53 

15  32.8 

66  56.4 

1.      N. 

3 

1 

9  3.vr» 

9.9P7 

1622  42.27     147.53 

-26  39  57.7    -351.3 

71.76 

15  24.0 

56  24.3 

I.      N. 

4 

10  :io.rt6 

9.317 

17  22  12.84*  l«^ 

-28  1222.1    -166.6 

72.14 

15  15.7 

66  53.9 

1.          S. 

5 

II  2,1.110 

9.9T9 

H2I  32.84 

146.591 

-2^    7  24.5 

4131.61 

71.43 

15    8.0 

55  25.4 

1.         S 

^^ 


•«• 


MOON-CULMINATIONS,  1896. 


389 


AT  TRANSIT  OF  MOON'S  CENTRE  OVER  THE  MERIDIAN  OP  WASHINOTON. 

^ 

KMoTine 
•f 

Tnittail. 

Diir.for 
IHoar 

of 
Long. 

Right 

▲acenaioB 

of 

Centre. 

DUtfor 
IHonr 

of 
Long. 

QmoomMe 

Decltoiktion 

of 

Centre. 

Dlftfor 
IHotir 

of 
Long. 

SM.Time 

ofSeroUL 

Peming 

MerUlbui. 

Qeocentric 

8emi- 
dlMueter. 

1 

'KqnatorfaU 

Horisontel 

PenOlAx. 

54'  59!8 

Bricbt 
Umlw. 

Joly  6 

b     m 
19  l9/i4 

m 
f.l63 

b   m     • 
19  18  58.17 

• 
139.99 

O        *       H 

-96  30  19.7 

4-348.8 

• 
69.73 

/     ft 
15    1.0 

II.        S. 

7 

13    9.44 

9.0:8 

*M  13  15.03 

131.96 

-93  33  99.9 

587.7 

67.47 

14  65.1 

54  3H.0 

II.N.S. 

S 

13  56.08 

1.871 

91    3  57.99 

199.46 

-19  3:141.9 

664.9 

65.14 

14  50.4 

54  90.8 

UN. 

9 

14  39.46 

1.747 

91  51  94.39 

usjn 

-14  47  90.9 

761 J 

63.14 

14  47.4 

54    9.7 

II.  N. 

H) 

15  90.39 

1.664 

9936  19.34 

109.94 

-  99856.4 

805J 

61.73 

14  46.4 

64    6.9 

11.  N. 

li 

15  59.66 

1.694 

93  19  49.63 

107.47 

-  35034.6 

4861 J 

61.08 

14  47.7 

64  11.3 

UN. 

19 

16  38.59 

l.«»l 

0   941.98 

167  JO 

•I-  1  57  90.9 

873.6 

61.96 

14  61.7 

64  96.0 

II.  N. 

13 

17  18.31 

1.688 

0  46  97.36 

111.46 

7  46  0.7 

860.3 

69.39 

14  66.6 

64  50.6 

ii.N. 

14 

18    0.08 

1.801 

1  39  17.45 

118.96 

139138.6 

817J 

64.96 

16    8.0 

65  95.6 

II.  N. 

16 

18  45.94 

1.970 

99130.83 

198.38 

1833  36.7 

735.9 

67.01 

16  90.1 

66  10.9 

II.N. 

16 

19  35.00 

S.I83 

315  90.83 

141.16 

493   940.8 

4600.5 

70.33 

16  34.9 

57    9.1 

UN. 

17 

90  30.19 

t.409 

4  14  33.70 

154  J3 

96  95  7.6 

4009 

73.74 

16  49.7 

57  58.7 

II.N. 

18 

91  30.33 

9JM 

5  18  53.90 

166  JO 

9813  47.6 

+139.7 

76.39 

16    6.0 

58  55  4 

II.      S. 

19 

99  33.86 

t.677 

69631.89 

170  J6 

98  6  9.1 

-181.9 

77.48 

16  19.0 

69  46.8 

II.      S. 

«> 

93  37.73 

9.tt6 

7  34  30.96 

167.78 

95  48  59.9 

-495.4 

76.79 

16  99.8 

60  96.5 

II.      S. 

« 

0  39.09 

9.478 

839  59.97 

158.94 

4-91  35  6.0 

-761.9 

74.56 

16  36.3 

60  50.1 

I.      N.  S. 

93 

1  36.43 

9.300 

9  4195.76 

148.31 

15  49  47.6 

-950.1 

71.97 

16  37.6 

60  64.9 

1.      N. 

94 

9  99.76 

9.150 

10  38  50.75 

139.99 

9  613.0 

-1053.7 

69.70 

16  33.9 

60  41.4 

I.      N. 

95 

3  90.06 

9.0S9 

1133  13.60 

133.98 

4-  1  57   0.9 

-1089.3 

68.91 

16  96.1 

60  19.6 

I.      N. 

96 

4    8.79 

9.013 

1995  57.96 

131 J9 

-  6   997X> 

-1049.9 

67.66 

16  15.3 

69  39.9 

I.      N. 

9? 

4  57.16 

9.039 

13  1898.69 

139.08 

-114994.9 

-949J 

67.99 

16    9.9 

68  47.9 

1.      N. 

96 

5  46.59 

9.093 

14  1159.17 

136.89 

-17  49  48.3 

-810.1 

68.99 

16  50.0 

67  59.7 

I.      N. 

99 

6  37.84 

9.179 

15  7  19.19 

140.96 

-99  39  4.6 

-«9.7 

70.39 

15  37.6 

67  14.0 

1.      N. 

30 

7  31.13 

9.958 

16   4  41.79 

145.79 

-96   9  3.8 

-415.3 

71.49 

16  96.1 

56  39.0 

I.      N. 

31 

8  95.89 

9.996 

17   3  39.66 

148.01 

-98    193.9 

-179.1 

79.09 

16  15.9 

55  54.8 

I.      N. 

kng.  1 

9  90.83 

9.971 

18  934.96 

146.49 

-98  94  49.9 

4  99.8 

71.67 

16    7.3 

65  99.8 

I.          S. 

9 

10  14.39 

9.183 

19  0  13.66 

141.16 

-97  16  8.9 

983.4 

70.14 

16    0.0 

64  56.1 

1.          S. 

3 

II    5.95 

9JI61 

1955  10.69 

133.18 

-94  49  96.9 

473.6 

68.IM 

14  64.1 

64  34.6 

1.          S. 

4 

II  59.80 

1.910 

96  46  47.50 

194.81 

-91    190.8 

694.1 

65.74 

14  49.6 

64  18.1 

1.          S. 

5 

19  37.07 

1.789 

913^   7.96 

117.14 

-169615.4 

735.9 

63.63 

14  46.6 

64    6.4 

II.  N.  s. 

6 

13  18.64 

1.686 

9990  45.34 

111J5 

-11  1769.9 

48193 

69.01 

14  44.9 

64    0.5 

ILN. 

7 

13  68.34 

1.630 

93   4  30.64 

107.86 

-  5  43  58.4 

854.8 

61.06 

14  44.8 

64    0.6 

II.N. 

8 

14  37.18 

1.615 

93  47  93.71 

107.00 

4-0   9  15.5 

871.9 

60.88 

14  46.8 

54    7.7 

II.  N. 

9 

15  16.99 

1.647 

030  99.46 

108  J9 

6  50   8.3 

863.1 

61.51 

14  50.9 

64  99.6 

UN. 

H) 

15  66.63 

1.797 

1  14  56.81 

1I3J8 

1199   4.3 

886.5 

69.97 

14  57^ 

64  46.3 

ILN. 

11 

16  39.58 

1.859 

9    157.86 

191.76 

416  47    1.9 

4-756.9 

65.93 

16    6.9 

66  19.1 

UN. 

19 

17  96.98 

9.038 

9  59  43.59 

139.46 

9199  0.6 

645.0 

68.17 

15  17.7 

56    1.3 

UN. 

13 

18  17.66 

9.947 

348  11.44 

145.04 

95  15  64.4 

479.8 

71.43 

15  31.5 

66  51.7 

UN. 

14 

19  14.06 

9.449 

44841.13 

167.13 

97  44  39.1 

4953.9 

74.43 

16  46.8 

57  48.5 

UN. 

15 

90  14.67 

9.588 

5  53  94.46 

M6J7 

98  30&H.6 

-96.8 

76.41 

16    9.9 

58  47.7 

II.      s. 

16 

91  17.41 

9.690 

7   0  15.95 

167.61 

497  1747.6 

-338.6 

76.84 

16  18.6 

59  44.9 

II.    s.; 

17 

99  10J>9 

9.M4 

8  633.18 

169.94 

94   9  3U) 

-693.7 

75.66 

16  31.6 

60  33.1 

II.     s. 

18 

93  i9.or 

9.406 

910   8.96 

I64J6 

186811.4 

-673.7 

73.57 

16  40.8 

61     6.5 

IL      S. 

90 

0  15.04 

9.961 

to  10  19.50 

145.94 

19  33  46.9 -I034.4| 

7L39 

16  44.5 

61  90.1 

L       M.S. 

91 

1    7.91 

9.159 

II    7  9.94 

199  J5 

4  699   9.4 

-1109.71 

69*71 

16  49.3 

61   19.5 

1.      N. 

390 


MOON-CULMINATIONS,  1895. 


AT  TRANSIT  OP  MOON'S  CENTRE  OVER  THE  MERIDIAN  OP  WASHINGTON. 


Date. 


L 


Ang.tJO 
21 
22 
23 
24 

25 
26 
27 

^     28 
29 

30 

31 

Sept  I 

2 

3 

4 

5 
6 
7 
8 

9 
10 
II 
12 
13 

14 

15 
16 
17 
19 

20 
21 
22 
23 
24 

25 
26 
27 

28 
29 

30 
Oct     I 
2 
3 
4 


Menn  Time 

of 

Tnuitit. 


h     m 

0  15.04 

1  7.91 

1  58.77 

2  48.94 

3  39.64 

4  31.77 

5  25.67 

6  20.90 

7  16.35 

8  10.52 

9  2.13 
9  50.47 

10  35.53 

11  17.76 

1 1  57.96 

12  37.03 

13  15.97 

1 3  55.83 

14  37.68 

15  22.57 

16  11.41 

17  4.64 

18  1.94 

19  1.92 

20  2.47 

21  1.56 

21  58.04 

22  51.86 

23  43.77 

0  34.96 

1  26.63 

2  19.77 

3  14.81 

4  11.44 

5  S.IiO 

6  4.36 

6  57.57 

7  47.28 

8  33.41 

9  16.44 

9  57.17 

10  MM} 

11  15.58 

11  5.'^.3I 

12  .36.75 


Dlff.for 
1  Hour 

of 
Long. 


m 
9  901 

9.15-J 

9.095 

9.093 

9.138 

9.908 
9.979 
9.315 
9.994 
9  911 

9.085 
1.944 
1.813 
1.710 
I  645 

1.690 
1.635 
1.694 
1.799 
1.947 

9.196 
9.307 
9.457 
9.596 
9.504 

9.419 

9.9<)5 
9.195 
9.140 
9.135 

9.178 
9.953 
9.331 
9.378 
9.:)63 

9.980 
9.148 
1.994 
1.83a 
1.738 

1.669 
1. 6528 
1.634 
1  683 
1.776 


Right 

AsoenBion 

of 

Gentle 


Diff.for 
1  Hour 

of 
Long. 


Ii  ni     8       I 

10  10  12.50 

11  7   9.94 

12  2  e.m 

125621.19 

13  51    8.27 

14  4721.44^ 

15  45  20.43; 

16  44  40.12' 

17  44  12.45 

18  4228.18 

19.38   9.69 

20  30  35.02 

21  19  42.27 

22  5  59.98 

22  50  14.63 

23  :W  21.76 

0  16  21.36 

1  0  16.12 

1  46  10.61 

2  35   8.13 

3  28   2.62 

4  25  22.06 

5  26  45.83 
63051.15 

7  35  30.61 

8  38  42.18 

9  39  16.80 

10  37  11.26 

11  33  11.42 

12  28  27..53 

13  24  12.87 

14  21  2<i.33 

15  20  34.76 
1621  18.17 

17  22  27.36 

18  22  25.03 

19  19  42.65 

20  13.30.04 

21  3  42.00 

21  50  47.33 

22  35  34.37 

23  19    0.20 
0    2    5.36 

0  45  51.83 

1  31  21.83 


8 

145.94 
130.35 
135.94 
135  80 
138.43 

149.76 
146.98 
149.18 
147.89 
149.85 

135.96 
196.83 
119.00 
119.81 
108.61 

107.99 
108.18 
111.65 
118.16 
197.09 

137.73 
148.75 
157.64 
161.88 
160.59 

154.96 
147.90 
141.96 
138.57 
138.31 

140.90 
145.43 
150.14 
159.95 
159.11 

147.06 
139.04 
199^ 
191.33 
114.46 

109.84 
107.73 
108.15 
111.16 


G«ooMitrio 

Decliimtioii 

of 

Centro. 


Diff.for 
IHonr 

of 
Loug. 


f^^lZ"  Georetitrir  Equatorial 


ofSeniid. 

Passing 

Meridian. 


Semi- 
diameter. 


4-12  33  46.2  -1034.4 
+  5  22    9.4  -1109.7 

-  2   3  21.3  -1105.3 

-  9  12  42.61-1030.7 
-15  40  11.8    -697.6 


-21  4  24.7 
-25  8  13.0 
-27  39  32.0 
-28  32  54.6 
-27  50  39. 1 

-25  42  8.2 
-2221  16.0 
-18  3  29.8 
-13   3  43.7 

-  7  35  26.4 

-  1  50  4.5.6 
4-3  59   2.1 

9  42  43.2 
15  8  12.1 
20    128.4 


424    5  4.5.6    +533.6 


-716.1 
-497.7 
-956.8 
-  11.5 
4918.5 

4-416.1 
579.8 
709.8 
790.3 
846.0 

4-879.7 
671.9 
641.8 
779.8 
679.6 


27  123.4 

28  27  31.2 
28  6  34.2 
25  50   9.6 

4-21  43   7.4 
16   2  56.0 


335.7 
+  87.4 
-195.8 
-484.9 

-t43.5 
-946.3 


9  15  48.7  -1076.4 


+  1  52-24.7 
-  5  35  26.8 

-12.37  4.6 
-18  44  40.0 
-23  34  51.6 
-26  50  3H.6 
-28  23  26. 1 

-28  14  17,3 
-26  32  47.6 
-23  33  43.4 
-19  33  18.0 
-14  46  44.6 


-1197.9 
-1099.1 

-997.3 
-630.8 
-613.0 
-369.9 
-109.1 

4-143.6 
357.3 
531.3 
664.6 
769.5 


-  9  27  28.0  ,  +899.0 

-  3  47  20.8       867.0 
+  2    2  28.7       877.4 

7  50  44.0       858.6 
116.76]  +13  25    4.2    +607.0 


s 
71.39 

69.7 1 

68.87 

68.90 

69.67 

70.82 
71.94 
72.48 
72.12 

70.80 

68.75 
66.42 
64.21 
62.44 
61.27 

60.82^ 
61.13 
62.24 
64.10 
66.60 

69..50 
72..38 
74.61 
75.61 
75.22 

73.78 
71.95 
70.39 
69.48 
69.44 

70.15 
71.38 
72.65 
73.42 
73,22 

71.97 
69.88 
67.42 
65.02 
63.04 

61.64 
60,97 
61.06 
61.!»2 
63.52 


»  ft 

16  44.5 

16  42.3 

16  34.8 

16  2:1.2 

16  8.9 

15  5.3.6 

15  38.6 

15  24.7 

15  12.8 

15  3.1 

14  55.6 

14  50.1 

14  46.4 

14  44.6 

14  44.3 

14  45.4 

14  48.1 

14  52.5 

14  58.6 

15  6.6 

15  16.7 

15  28.8 

15  42.6 

15  .57.4 

16  12.2 

16  2.5.8 

16  36.5 

16  42.5 

16  43.4 

16  38.4 

16  28.2 

16  14.4 

15  58.6 

15  42.4 

15  27.1 

15  13.8 

15  2.9 

14  54.7 

14  49.1 

14  46.1 

14  45.1 

14  46.1 

14  48.6 

14  52.6 

14  B7.7 

Horisontal 
Parallax. 


61  19.9 
61  12.4 
60  44,9 
60  2.1 
59    9.4 

58  13.1 
57  17.7 
56  27.2 
55  43.5 
55    7.6 

54  39^ 
54  19.7 
.54  6.5 
53  59.6 

53  58.3 

54  2.7 
54  12.6 
54  28.6 

54  51.1 

55  20.7 

55  57.6 

56  41.8 

57  32.4 

58  26.9 

59  21.8 

60  11.6 

60  50.5 

61  13.2 
61  15.7 
60  57.2 

60  20.2 
59  29.6 
58  31.5 
57  32.0 
56  36.0 

55  46.8 
55  7.0 
54  36.8 
54  16.3 
54    4.8 

54  1.4 
54  4.9 
54  14.3 
54  29.0 
54  49.1 


Brijrht 


L      N  S. 
I.      N. 

N. 
N. 
N. 

N. 
N. 
N. 
U.S. 
S. 

S- 

s 
s 
s 


II.  N 
11.  N. 
II.  N. 
II.  N. 
II.  N. 

II.  xV 

U.N. 
II.  N. 
II.      S 
II.      S 

II.  S 
II.  S 
II.      S 

II.  N.S 

N.    I 

N. 
N.    , 

N.  ; 

N.    I 
N. 

N.S 
S. 
S. 

S. 

s. 

s. 
s. 
s. 

II.  N.  s. 
11.  N. 


MOON-CULMINATIONS,  1895. 


391 


AT  TRANSIT  OF  MOON'S  CENTRE  OVER  THE  MERIDIAN  OP  WASHINGTON. 


Oct. 


3 

4 
5 
6 

7 

8 

9 

10 

II 

12 

13 
U 
15 
lA 
18 

19 
90 
91 
99 
93 

94 
95 
96 
97 
98 


99 
30 
31 
Nov.   I 

9 

3 
4 

5 
6 


8 

9 

10 

II 

19 

13 
H 
15 
17 


M«uiTtBi« 

or 

TmiMit. 


18 


R     tii 
II  55.31 

19  36.75 

13  90.91 

14  869 

15  0.33 

15  55.78 
Iff  53.89 
17  59.60 
IH  50.9H 
19  45.68 

90  3^.63 

91  99.75 
99  90.13 
93  11.03 

0    3.69 

0  58.69 

1  56.00 
9  54.79 

3  59.96 

4  48.77 

5  40.87 

6  9H.89 

7  13.95 

7  54.78 

8  34.53 

9  13.60 
9  53.08 

10  :t4.08 

11  17.68 
19    4.79 

19  55.95 

13  51.01 

14  48.85 

15  47.55 

16  45.06 

17  40.05 

18  39.90 

19  99.07 

90  10.76 
90K).60 

91  49.93 
99  49.83 
93  38.80 

0  37.35 

1  36.H9 


Diff.for 
IHoor 

of 
Long. 


m 
l.«*3 

1.776 

1.906 

9.070 

9.838 

9373 
9.448 
9.437 
9.3S9 
9.955 

9.161 
9.107 
9.101 
9.149 
9.990 

9.343 
9.430 
9.459 

9.367 
9.953 

9.W6 
1.019 
1.789 
1.665 
1.635 

1.630 
1.669 
1.754 
l.8(>3 
9.043 

9.917 
9.369 

9.443 

9.434 
9.349 

9.931 
9.119 
9.044 
9.091 
9.067 

9.144 
9.966 
9.394 
9.476 
9.470 


Right 

A«o«naion 

of 


DlflTfor 
I  Hour 

of 
Long. 


h    m     n 
0  45  51.83 

13191.8.1 
9  19:15.96 

3  1 1  99.33 

4  7   9.85 

5  6  49.51 

6  8  50.88 

7  1144.19 
813  30.69 
9  13   0.56 

1010  9.79 
II  5  14.76 
1159  49.41 
195441.71 

13  6199.07 

14  5097.69 

15  5156.43 
1654  45.97 

17  57   6.14 

18  57   0.59 

1953  11.54 
90  4517.44 
9133  49.66 
9919  18.16 
93   3  6.39 

93  46  13.06 

0  99  45.04 

1  14  48.79 
9  998.18 
9  53  38.81 

3  48  53..')8 

4  48   9.91 

5  49  59.38 

6  59  47.99 

7  54  94.99 

853  99.31 
9  49  43..30 

10  43  40.91 

1 1  36  96.07 
1999  91.03 

13  93  45.40 

14  90  44.64 

15  90  48.69 
1693  98.96 
17  97   6.69 


n 
11.16 
16.76 
91.79 
34.41 
44.45 

59.77 
57.19 
56.46 
51.86 
45.66 

30  JO 
36.56 

36.99 
30.15 
44.59 

50.99 
56.09 
57.39 
53.53 
45.46 

35.35 
95  36 
17.11 
I1J8 
08.18 

07.86 
10.96 
15.47 
93JI 
39  J9 

43.95 
59.04 
56.89 
56.98 
51.93 

44.06 
37.34 
39.66 
31.51 
33.61 

46.30 
53.66 

56.74 
56.46 


6«Mt<!!«Birl« 

Declination 

of 

Centre. 

Dffllfor 
1  Hour 

of 
Long. 

O          0          tt 

+  7  50  44.0 

1856.6 

13  95    4.9 

807.0 

18  31  15.7 

716.9 

995939.9 

6B9.9 

96  1094.9 

3MI.3 

•f9d  5  5.9 

fl68.6 

98  9099.7 

-96.9 

96  47  37.5 

-307.4 

93  98  57.4 

-696.8 

183643.6 

-839.9 

4-1930  34.8 

-968.4 

4-  534  31.1 

-1680.6 

-  1  44  45.5 

-11098 

-  8  5843.1 

-1054.6 

-1537  56.3 

-930.4 

-91  13  57.5 

-739.4 

-9599  15.4 

-496.4 

-97  46  99.5 

-993.3 

-98  9195.8 

+  44.7 

-97  14  39.8 

909.6 

-94  41  13.5 

+475.8 

-90  59  53.7 

693.3 

-16  97  59.0 

736.6 

-II  19  49.6 

866.1 

-  6  47  97.3 

851.8 

-  0    1  38.6 

+879.9 

4  547  91.8 

867.4 

1198   5.1 

830.6 

16  4648.4 

796.9 

9196  47.7 

635.6 

4-95   893.9 

+463.5 

97  30  51.5 

+940.9 

98  16  19.9 

-  18.1 

97  15   3.0 

-987.7 

94  98  45.0 

-S3S.7 

4-90   9  38.5 

-748.9 

14  3694.9 

-908.0 

8  10  96.7 

-1019.3 

4-  1  14    6.5 

-1059.6 

-  5  49  17.6 

-1646.9 

-1934  51.1 

-9893 

^18  35  58.9 

-8»«.6 

-93  95  59.9 

-615.0 

-96  41  18.9 

-366.1 

-98   8   8.9 

-77.7 

Sld.Time 

of8«*tnUt. 

FiUMinie 

Meridian. 


Geocentric  EqnatorUU 
Henii-      I  HoHsonial 
diMneter.  i  ParalUx. 


61.99 
63.59 
65.77 
68.49 
71.09 

73.96 
7439 
74.95 
73.09 
71.45 

69.94 
69.00 

68.87 
69..S8 
70.96 

79.59 
73.93 
74.31 
73.47 
71.48 

68.^ 
66.99 
6:1.91 
69.90 
61.94 

61.05 
61.70 
63.19 
65.94 

67.84 

70.55 
79.83 
74.09 
74.09 
79.81 

71.04 
69.30 
68.08 
67.67 
68.16 

69.47 
71.33 
73.90 
74.49 
74.40  I 


Bright 
Ltnibe. 


14  59.6 

54  9!».0 

14  .57.7 

54  48.1 

15    4.1 

55  11.3 

15  11.6 

55  38.7 

15  90.9 

56  10.6 

15  30.1 

56  46.8 

15  41.1 

57  97.1 

15  59.8 

58  10.5 

16    4.9 

58  54.6 

16  16.9 

59  36.4 

16  95.8 

60  11.7 

16  39.4 

60  36.0 

16  3.^0 

60  45.1 

16  39.6 

60  36.6 

16  95.5 

60  10.6 

16  14.4 

59  99.6 

16    0.4 

68  38.3 

15  45.9 

57  49.1 

15  30.1 

56  46.5 

15  16.3 

55  56.1 

15    4.9 

55  14.1 

14  56.1 

54  41.9 

14  50.3 

54  90.5 

14  47.4 

54    9.8 

14  47.1 

54    8.8 

14  49.1 

54  16.6 

14  53.4 

54  39.0 

14  59.1 

54  59.8 

15    5.9 

55  17.9 

15  13.4 

55  45.7 

15  91.4 

56  15.1 

15  99.6 

56  4.5.0 

15  37.9 

57  15.9 

15  46.0 

57  45.3 

15  54.0 

58  14.8 

16    \S 

58  43.3 

16    8.9 

59    9.4 

16  14.9 

59  31.5 

16  19.1 

59  46.9 

16  90.8 

59  53.1 

16  19.3 

59  47.9 

16  14.4 

59  .30.0 

16    6.9 

58  .59.7 

15  55.3 

58  19.6 

15  49.7 

57  33.9  1 

II.N.S. 
11.  N. 
II.  N. 
II.N. 
II.  N. 

II.N. 
II.  N.  s. 
II.      S. 
II.      S. 
II.      S 

II.      Si 
II.      S.i 
II.      S. 
II.      S. 
I.      N. 


N. 
N. 
N. 
N. 


S. 

S.! 

s 
s.. 

S." 

I 

( 

s.! 

s. 

N.  s. 
II.N. 

II.N. 
II.  N. 
II.N. 
II.      S 
IL      S. 


II. 

II. 
II. 
II. 
IL 


S. 

s 
s. 
s 

s. 


II.      s 
II.     s. 

UN. 

L      N. 


392 


MOON-OULMINATIONS,  1895. 


AT  TRANSIT  OF  MOON'S  CENTRE  OVER  THE  MERIDIAN  OF  WASHINGTON. 


IMte. 


Nov.  17 
18 
19 
20 
21 

23 
24 

25 
26 

27 

28 

29 

30 

Dec    I 

2 

3 
4 

5 
6 

7 

8 

9 

10 

II 

12 
13 
14 
16 
17 

18 
19 
20 
21 
22 

23 
24 

25 
26 
27 

28 
2t» 
30 
31 


Mean  Time 

of 

Transit 


h     m 

0  37.35 

1  3H  89 

2  35. 1 4 

3  30.13 

4  20  84 

5  7.31 

5  50.25 

6  30.72 

7  9.88 

7  48.94 

8  29.10 

9  11.54 
9  57.39 

10  47.48 

11  42.05 

12  40.27 

13  40.22 

14  39.47 

15  36.09 

16  29.32 

17  19.48 

18  7.62 

18  55.08 

19  43.29 

20  33.54 

21  26.74 

22  23.08 

23  2I.(W 

0  20.44 

1  17.26 

2  10.39 

2  59.21 

3  44.04 

4  25.73 

5  5.41 

5  44.26 

6  23.51 

7  4.39 

7  48.14 

8  35.87 

9  28,32 

10  25  38 

11  25.70 

12  26.87 


Dlff.for 
IHonr 

of 
Long. 


m 
S.475 

f.470 

9.368 

9.905 

9.091 

l.»6 
1.799 
1.6fi9 
1.693 
1.643 

1.719 
1.639 
1.994 

9.183 
9.358 

9.478 
t.499 
9.494 
fi.990 
9.149 

9.008 
1.989 
1.963 
9  043 
9.151 

9.984 

9  403 
9.461 
9.494 

9.998 

9.195 
1.947 
1.794 
1.687 
1.699 


1 

1.661 
1.754 
1.809 
9.084 

9.985 
9.459 

9.528 


Rlf(ht 

Aaceusion 

of 

Centrew 


l>i&f»r| 
IHoar 

of 
Long. 


h  m     s 

16  23  28.24 

17  27    6.69 

18  29  27.94 

19  28  32.73 

20  23  20.4 1 

21  13  52.65 

22  0  52.75 

22  4524.12 

23  28  37.06 
0  1 1  43.57 

0  56  55.93 

1  42  26.00 
2 .32  20.90 
3  2631.53 
42511.13 

5  27  30.64 

6  3134.02 

7  34  55.03 

8  36  38.12 

9  32  57.05 

1027  11.90 

11  19  24.68 

12  10.'>6.71 

13  3  1.1.58 
(3  57  33.29 

14  54  50.90 

15  55  16.60 

16  57  55.:{8 

18  0  50.67 

19  1  45.67 

19  5858.91 

20  5152.91 
2140  46.38 

22  2631.51 

23  1015.18 

23  53   9.20 

0  36  26.95 

1  21  23.05 

2  9  11.72 

3  I    0.18 

3  57  32.42 

4  5841.78 

6  3   7.50 

7  824.41 


58.74 
58.48 
59.41 
49.51 
31.48 

91.56 
13.96 
09.19 
07.41 

toe.64 

19.90 
90.06 

99.81 
41.16 
51.81 

58.96 
60.96 
55.67 
47.68 
39.16 

39.54 

99.06 

99.17 

139.77 

139.90 


M7.30 
154.46 
157.96 
155.66 
148.16 

137.69 
196.99 
117.89 
111.99 
107.76 

197.99 
M)9.77 
115.49 
194.11 
135.94 

147.41 
157.89 
163.97 


Oeooeairie   {DUTfor 
DeoliniitioD     1  Honr 


of 
Centre. 


-26  41  18.9 
-28  8  8.2 
-27  4531.8 
-25  4624.4 
-22  26  57.0 

-18  1020.9 
-13  13   4.1 

-  7  48  5^.5 

-  2  9  5.7 
4-  336  54.7 

-I-  9  19  9.9 
14  4555.4 
19  42  10.3 
2:)  48  52.4 

26  43  45.9 

+28   5   3.3 

27  37  49.6 
25  19  52.6 
212243.0 
16  6  51.3 


+  71.6 
-906.5 
-476  0 
-700.0 
-868.9 

4-  9  55  57.4  -976.5 
4-  3  13  14.3  -1098.0 
-  3  3923.3  -1096.1 


of 


-356.1 

-  78.0 

4-185.9 

4066 

676.9 

+6B0.8 
781.6 
634.1 
861.3 
664.6 

+841.7 
766.9 
667.6 
636.6 


-1020  29.3 
-16  27  54.0 

-21  38  17.9 
-25  28:W.I 
-27 :»  58.4 
-28  321.1 
-26  42  46.8 

-23  53  26.6 
-19  5546.3 
-15   9  50.2 

-  95227.1 

-  4  1646.7 

+  12633.2 
7   8  17.5 

123831.6 
*  17  45   9.3 

22  12  16.7 


-970.0 
-656.0 


-458.6 

-194.5 

+  76.0 

399.9 

4617.6 
669.5 
760.3 
691.1 
659.7 

4-660.9 
644.4 
601.6 
794.7 
609.6 


Sid.  Time 
ofSemM. 

PMUBg 

MeridUin. 


425:)926.5   4493.7 

27  43  18.8  I  4186.6 

28  241.5* -04.6 
-364.9 


169.08    42626  25.0 


74.42 

74.40 
73.00 
70.56 
67.74 

65.09 
62.98 
61.61 
61.06 
61.37 

62.G2 
64.47 
67.06 
69.96 
72.64 

74.41 
74.77 
73.71 
71.77 
69.67 

67.99 
67.07 
67.07 
67.96 
69.61 


71. ( 

73.34 

74.15 

73.60 

71.76 

69.15 
66.38 
63.9ft 
62.17 
61.16 

61.04 
61.77 
63.35 
65,71 
68.63 

71.67 
74.20 
75.48 
76.17 


Oeooentric  Equatorial 


Seni- 
dUuneter. 


Horizontal 
Parallax 


1      II 

15  55.3 

15  42.7 

15  29.6 

15  17.1 

15  6.0 

14  57.4 

14  51.5 

14  48.6 

14  48.8 

14  51.8 

14  57.3 

15  5.0 

15  14.1 

15  24.0 

15  33.8 

15  43.2 

16  51.3 

15  58.0 

16  3.0 

16  6.6 

16  8.9 

16  9.7 

l«  9.3 

16  7.5 

16  4.1 

15  59.1 

15  52.2 

15  43.7 

15  33.9 

15  23.5 

15  13.4 

15  4.2 

14  56.6 

14  51.3 

14  48.6 

14  48.8 

14  52.2 

14  58.5 

15  7.5 

15  18.6 

15  SI.O 

15  43.9 

15  55.9 

16  6.1 

58  19.6 
57  33.2 
56  44.8 
55  58.7 
55  18.4 

54  46.8 
54  25.2 
54  14.7 
54  15.2 
54  26.2 

54  46.5' 

55  14.4 

55  48.0 

56  24.1 

57  0.5 

57  35.0 

58  4.9 
58  29.4 

58  47.9 

59  0.9 

59  8.9 
59  12.2 
59  10.7 
59  4.2 
58  52.0 

58  33.4 

58  8.2 
57  :i«.7 
67  «.9 
56  22.8 

55  45.3 
55  11.4 
54  4.3.6 
54  24.0 
54  14.3 

64  15.3 
54  27.6 

54  50.6 

55  23.5 

56  4J) 

56  50.2 

57  :17.5 
56  21.8 

58  59.4 


I. 
I. 
I. 

L 
1. 

I. 
L 
I. 
I. 
L 

I. 
L 
I. 
1. 
L 


N. 


S. 
S. 

s. 
s. 
s. 

s. 

s. 
a 


N- 

N. 

H.N. 
II.  N. 
11.      S. 

IL      S. 
U.      S. 


IL 
IL 
II. 
11. 
11. 


S. 

s. 
s. 
s. 


II.  s 
II.N.S 
II.  N. 

I.      N. 
I.      N. 


I. 
I. 
L 
1. 
L 

L 
I. 
L 
L 
IL 


I. 

1.      N. 

L      N. 

U.N. 


S. 
S. 

s.: 

s. 
s. 

s. 
s. 

S.I 

I 

s. 


MERCURY,  1895. 


89J 


FOB  TBANSIT  AT  WASHINGTOK. 


Jan. 


Mom 

Ttaie 

of 

Tr»Mlt. 


Ol 
I 

3 
4 

5 

7 

8 

9 

10 

II 
19 
13 
H 

Id 


*Z3  49.4 
tl3  45.5 
t»48.5 
93  51.6 
93  54.8 

9356.0 
0  i.l 
0  4.3 
0  7.5 
010.7 

013.9 
017.1 
090.3 
093.5 
096.7 


16  099.9 

17  033.1 

18  036.91 

19  039.4 
90|  049.51 


91 
99 
93 
94 

96l 


045.6 
0  48.7 
0  51.7 
054.7 
057.61 


97 
30 


31 


Feb.  1 


I 
I 


6.9 
8.4 


Tnuwii. 


▲MMMBt 

Tnnalt. 


h   m    i~ 
18  96  47.31 

18  3:t  47.95 

18  40  49.96 
1847  53.97 
1854  57.75 

19  9  3.99f 
19  9   9.77 

i9l6l7.«H 
199395.11 
19  3033.68 

19  37  49.68 
19  44  51.97 
1959  1.38 
19  5910.78 
90  619.95 

90  1398.79 
90  90 .16.80 
90  97  44.99 
90  34  50.44 
9041  5&96 


-94  43  97.7 
94  4313.1 
94  4133.5 
94  3897.9 
94  33  55.3 

-94  9754.5 
94  9094.7 
94  1195.0 
94  054.5 
93  4859.3 

-93  3517.7 
9890  lO.I 
93  398.8 
994513.5 
999593.7 

-99  359.1 
9I40S615I 
91  1696.1 
90  50M.3 
909933.6 


904858.391-19 

90  56  59.47 

91  958.0^ 
91  953.71 
91  1645.901 


I    0.4  919333.99-17  4  43.9 
I    3.91913017.95    1696  54.1 
913654.93    154759.1 
914396.19    15   7  44.4 
9149  49.79    14  96  38.4 


I  10.9 


191.6 


I 


I 


10 
II 
19 
13 
14 

15 
16 


Her, 
Par. 


It 
6.9 

6.9 

6.9 

6.9 

6.9 

6.9 
6.9 
6.9 
6.9 
6.9 

6.9 
6.9 
6.9 
6.3 
6.3 

6.3 
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FOB  TRANSIT  AT  WASHINGTON. 


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7.8 
7.6 
7.5 

7.4 
7.3 
7.9 
7.1 
7,0 

6.9 
6.8 
6.8 
6.7 
6.6 

6.6 
6.6 


M 

5.9 
5.9 
5.8 
5.8 
5.7 

5.6 
6.5 
5.6 
5.4 
5.3 

5.9 
5.1 
4.9 

4.8 
4.7 

4.6 
4.6 
4.3 
4.9 
4.1 

4.0 
3.9 
3.8 
3.7 
3.6 

3.6 
3.4 
3.4 
3.3 
3.9 

3.1 
3.0 
3.0 
9.9 
9.8 

9.8 
9.7 
9.7 
9.6 
9.6 

9.6 


aT.ol 


Pi 
Mot 


0.49 
0.41 
0.41 
0.40 
0.40 

0.39 
0.39 
0.38 
0.38 
0.37 

0.36 
0.36 
0.35 
0.34 
0.33 

0.39 
0.31 
0.31 
0.30 
0.99 

0.99 
0.98 
0.97 
0.97 
0.96 

0.96 
0.95 
0.94 
0.94 
0.93 

0.99 
0.99 
0.91 
0.91 
0.90 

0.90 
0.90 
0.19 
0.19 
0.19 

0.18 
9.6(0.18 


9.6 
9.5 
9.5 

9.5 
9.6 


0.18 
0.18 
0.17 

0.17 1 
0.17 


DaU. 


Haaa 

Tina 
of 


ilog.16 
17 
18 
19 
90 

91 
99 
93 
94 
95 


97 

99 
30 

31 
Sept  I 

91 


5 
6 

7 
8 
9 

10 
II 
19 
13 
14 


b   m 
0  9.1 

0  6.0 

0  9.8 

013.5 

017.1 

090.5 
093.8 
097.0 
030.1 
033.0 

035.8 
038.5 
041.9 

0  43.6 
046.0 

048.3 
050.4 
0^9.5 
054.5 
056.4 

058.3 

1  0.1 
I  1.8 
i  3.4 
I   4.9 


b   ■     a 
94199.46 

94916.67 

957   3.69 

10  4  49.75 

10  19  14.99 


I0I937.89|4>I9 
109653.78 
10  34    1.98 
10  41    9.61 
10  47  55.861 


10  54  41.93 

11  191.05 
II  753.45 
II  14  19.38 
119039.08 


1 1  96  59.80  •!> 
1133  0.78 
1139  3.95 
1145  0.44 
1150  59.57 


80 -I- 


115639. 
19  999.4^ 
19  8  0.61 
1913  34.43 
1919  4.09 

6.4  1994  99.71 

7.8|  199951.41 

1935  9.98 

1940  93.39 

194533.80 


I 
i 

I  9.9 
I  10.5 
I  11.7 


15  I  19.8  195040.55- 

16  I  13.9  1955  43.66 

17  I  15.0  IS  043.09 

18  I  16.0  13  5  38.79 
191  I  17.0  1310  30.71 


90| 

91 


93 
94 


117.8 
I  18.5 
I  19.9 
I  19.9 
190.5 


96  1 91.0 

96  191.4 

97  191.6 

98  191.8 

99  1 91.9 


13  1518.73- 
1390  9.79 
1394  49.50 
1399  17.85 
1333  48.69 


▲ppartnt 
DaolbatioB 

Tnnail. 


Par.  diaai. 


o     t     m 
4-16  43  6JM 

15   396.1 

14  9939.1 

1340  33.8 

1957  39.6 


1357.5 

1199  35.0 

1044  38.7 

95014.8 

91399.0 


4-  89796.6 
7  41  19.6 
654  50.9 
6  895.8 
599  0.9 


4  3539.7 
34995.1 
3  3  19.9 
91796.8 
1  31  48.3 


0  46  96.6 

4-  0    I  94.0 

-  0  43  17.7 

197  36.5 

9  1 1  30.5 

954  58.0 

3  37  57.0 

4  90  96.0 

5  993.1 
5  43  46.91 


694  35.5 
7  4  47.9 
7  44  90.0 
89319.1 
9    191.7 

9  38  46.5 
101594.4 

10  51  13.5 

1 1  96  1 1.3 
19  0  15.1 


301 
31 


191.9 
191.8 


133814.19 
13  4934.61 
134649.05 
13  60  67.39 
13  54  58.76 


135859.76 
14   938. 


-193399.1 
13  599.3 

13  3633.6 

14  631.3 
14  35  18.8 


15  9  61.8 
56i-l699   5.7 


9.5J 


&T.of 


Pi 
Mar. 


a 
0.17 

9.610.17 


9.5 
9.5 
9.6 

9.5 
9.5 
9.5 
9.5 
9.5 

9.5 
9.5 
9.5 
9.5 
9.6 

9.6 
9.5 
9.6 
9.6 
9.6 

9.6 
9.6 
9.C 
9.6 
9.6 

9.6 
9.7 
9.7 


0.17 
0.17 
0.17 

0.17 
0.17 
0.17 
0.17 
0.17 

0.17 
0.17 
0.17 
0.17 
0.17 

0.17 
0.17 
0.17 
0.17 
0.17 

0.17 
0.17 
0.17 
0.17 
0.17 

0.18 
0.18 
0.18 


9.7  0.18 
9.7  0.18 


9.7 
9.8 
9.8 


O.IH 
0.19 
0.19 


9.8  0.19 


9.9 


0.19 


9.9  0.19 


9.9 
3.0 
3.0 
3.0 


0.90 
0.90 
0.90 
0.90 


3.1  0.91 
3.I|0.9I 
3.9  0.99 
3.9  0.99 
3.3, 0.99 


3.3, 


0.93 


3.4  0.93 


396 


MERCURY,  1895. 


FOB  TRAK8IT  AT  WASHUTOTON. 


Get. 


I 

9 
3 
4 

6 

6 

7 


k   m 
191.8 

I9I.S 

190.9 

190.3 

I  19.4 

I  18.3 
I  16.9 
3 
4 


a   I  15.3 

ft    I  13.4 
If     111. I 


II 
19 
13 
14 
15 

16 
17 
18 
19 
90 

91 
99 
93 
93 
94 

9S 
96 
97 

98 
90 


30 

31 

Nov.  i 


4 

6 
6 

7 
8 

9 
10 
II 
19 
13 

14 


L: 


I  8.5 
1  5.5 
I  9.1 
058.4 
0  53.91 

0  49.1 
0  43.7 
037.8 
0  31.4 
094.6 

017.9 

0  9.4 

0    1.4 

9353.0 

93  44.7 

93  36.4 
9398.3 
93  90.6 
93  13.3 
93  6.5 


93  0.3 
9964.7 
99  49.9 
91  99  45.7 
9949.91 


9939.3 
9937.1 
9935.4 
9934.1 
9933.3 

9939.8 
9939.8 
9933.1 
9933.6 
9934.4 

9935.3 
15*99  36.^ 


4  938.56* 
4  6  15.36 
4  949.96| 
4l9r,8.93' 
4  16  9.1 


1 


4  1859.69 
4  91  98.50 
4  93  48.06 
4  95  49.73 
4  9731.73 


4  9899.19-18 
4  99  49.19  18 
4  3090.86  18 
4  3095.95  18 
4  30  0.681   18 


4  99  5.68 
4  97  39.96 
4  95  41.03 
4  93  11.39 
4  90  11.76 

4  16  44.76 
4  J9  54.95 
4  8  45.46 
4  4  94.77 
35959.64 

3  55  38.03 
35198.07 
3  47  37.57 
3  44  13.45 
3  4191.53 

339  6.19 
3  37  30.94 
3  36  35.06 
3  36  90.77 
3  36  46.39 

3  37  49.80 
3  39  98.96 
3  4 1  40.83 
3  44  99.50 
3  47  30.95 

3  51  3.30 
3  54  56.78 

3  59  8.8:) 

4  3  37.90 
4   819.86 


4  13  14.97 
4  18  90.94 


O        «        M 

1599  5.7 
1553556 

16  17  16.0 
1639  0.9 
1659   1.4 

17  17  19.9 
17  3394.0 
17  47  97.9 

17  50  1 1.5 

18  895.4 


-17 
17 
17 
17 
16 


14  56.0 
1899.6 
1851.6 

15  46.4 

8  58.4 

5819.4 
43  14.5 
93  53L6 
0  3.0 
31  49.5 


1559  1.0 
15  9917.9 
14  49  5.3 
13  59  8.1 
13  14  93.81 

1999  0.1 

1144  9.8 

II    I  7.6 

1091  3.9 

9  45  0.4 

9  13  46.5 
8  47  57.3 
8  97  53.7 
813  43.1 
8  590.7 

8  939.7 
8  4  58.5 
8  19  13.0 
8  93  47.9 

8  39  14.6 

858   4.6 

9  1950.1 
9  44    5.9 

10  10  95.7 
10  38  99.6 

-II    7  57.0 


9.7 

9.9 

10.  I* 

10.3 

10.5 

10.8 
1 1.0 
11.9 
11.4 
11.7 

11.9 
19.9 
19.4 
19.6 
19.7 

19.9 
13.1 
13.9 
13.3 
13.9 

13.1 

19.91 

19.8 

19.6 

19.3 

19.0 
11.6 
11.3 

1 1.0 
10.7 

10.4 

10. 1 
9.8 
9.6 
9,3 

9.1 

8.8 
8.5 
8.3 
8.1 

8.0 


-1138  30.41   7.8 


Not.  1 5>  9936.5 


16  «37.8 
17,  99  39.^ 
9940.9 
9949.6? 


3.7  0.95 
XT]  0.96 

3.8  0.97 
3.8  0.97 


2S 


4.0| 

4. 

4.9 

4.3 

4.4 


IH) 


4.8 


0.98 


0.98 
.99 
0.30 
0.30 
0.31 


4.5  0.39 

4.6  0.39 

4.7  0.33 


0.33 


4.8  0..33 


4.9 
4.9 
5.0 
5.0 
5.0 

5.0 
4.9 
4.9 
4.8 
4.7 

4.6 
4.5 
4.3 
4.9 
4.1 

3.9 
3.8 
3.7 
3.6 


0..34 
0.34 
0.34 
0.34 
0.34 

0.33 
0.33 
0.33 
0.39 
0.39 

0.31 
0.30 
0.99 
0.98 
0.97 

0.97 
0.96 
0.95 
0.94 
3.5  0.94 


3.4 

3.3 


0,93 
0.93 


3.9'  0.99 


3.1 
3.1 


0.99 
0.91 


3.0  0.91 
9.91 0.90 


30| 

Dee.  I 

9 

3 

4 


6  9318.1 
619390.8, 
9393.4 
619396.1 
9  9398.81 


10 
II 
19 
13 
14 

15 
16 
17 
18 
19 

91 
99 
93 
94 
95 

96 
97 
98 
99 
30 

31 
39i 


uJ 


99 

9946.1 

9948.1 

9950.1 

9959.1 

9954.3 
9956.5 
995a7 
93  1.0 
93  3.3 

93   5.7 
93  8.1 
93  10.5 
93  13.0* 
93I5.S 


9331.61 
93  34.4 
9337.9 
93  40.0 
9349.9 

93  45.8 
93  48.7 
93  61.7 
93  54.7 
93  67.8 

0  0.9 
0  4.0 
0  7.1 
0  10.9 
0  13.3 

0  16.5 
0  19.6 
0  99.8 
0  96.0 
0  99.9 

0  39.4| 
0  35.6' 


k  m     • 
4  I890JM 

4  93  36.49 

4  99   0.91 

4  34  31.31 

4  40   8^ 

4  4559.13- 
4  51  40.49 

4  57  33.43 

5  330.55 
5  931.47 


1 1  38  30.4 
19  954.3| 
1941  54.r 

13  14  18.! 
134656.11 

14  1937.9; 
I4  99IX8| 
1594  38.3 
1556  44.3 
169896.1 


51535 
59143.58 
597  54.99 
534  7.90 
54094.96 

546  43.97 
553  4.83 
55998.86 
6  555.31 
6  1994.1^ 


89-16 


6  1855.951 
69598.67 
639  4.35 
6  38  49.95 
64599.31 

6  59  4.50 
658  48.80 

7  535.17 
7  1993.561 
7  19  13.91 

796  6  17 
7  33  0.97 
7  39  56.15 
7  46  53.73 

7  53  59.99 

8  0  53.64 
8   7  55.78 
8  14  59.91 
899  3.851 
899   9.54 


836  10.1 
8  43  93.53 
85031.51 

8  57  39.90 

9  4  48.59 

9  1157.15 


5938.6 
1730  17.3 
18  0  18.1 
189937.4 
185819.0 

1-199558.9 
195955.5 
901859.9 

90  44   7.6 

91  818.7 


•^  31  30.3 
91  53  40.4 
99  14  47.5 
99  34  49.7 
99  53  45.9 

-93  1 1  39.5 
93  9810.0 
93  43  36.0 

93  57  49.9 

94  10  48.0 

-94  9931.0 
94  39  56.8 
94  49  4.9 
94  4951.5 

94  56  17.5 

-95    190.81 

95  5  0.4 
95   7  15,01 
95  8  3.1 
95   793.7 


5r-96  5  15.7 
95  138.1 
94  5699.8 
94  4949.8 
94  4 1  37.9 

-94  3151.4 


9  19  5.56-94  9031.6 


7A  ^0.» 
7.7  ^SfOM 
7.6    9.9  •.« 

7.4J   9.8*0.19 

9.9  O.W 

9.7;  C.W 

9.7J0.W 

«.r  0.16 

0.18 
6.18 


6.3 


S.5|0.I8, 
t.5  0.18 


e.4 


t.4 


9.3' 0.  IT 
«.3;0.I7 
9.4|0.IT 
«.4:0.I7" 

2.4  0.18 

9.4.0.18 
9.4  0.IH 


VENUS,  1895. 


397 


FOB  TRANSIT  AT  WASHINGTON. 


of 
TtmmII 


AMMFMlt 

B.AWIW*— 

M 

Tnuift. 


▲ptMimil 
DmMmUob 


ft( 


«D.  o! 


h    m  I 
0  36.1 


19  16 12.67 -f3  16  10.5 


I 


J 


0  37.6  19^3  9.99 
0  39.  ll  19)17  36.14 
31    0  40.6  19  33  0.19 


5 

6 
7 
8 

9 

10 
II 
19 
13 
14 

IS 
16 
17 
18 
19 

90 
91 
99 
93 
94 

9i 
91 
97 
98 
99 

30 
SI 
rob.  I 


049.1 

0  43.5 
0  44.9 
0  46. 
0  47.7 
049.1 

060.4 
051.7 
063.1 
054.4 
055.7 

056.9 
058.1 

0  59.3 

1  0.5 
I    1.7 


9.9| 

4.1 

5.9 

6.3 

7.3 


4 

5 
6 

7 

: 


I  8.3 
I  9.3 
I  10.3 
I  11.3 
I  19.3 

I  13.9 
I  14.9 
I  15.1 
I  16.0 
116.9 

I  17.7 
1  18.5 
I  19.3 
190.1 
I9f.ll( 


191.6 
lol  I99.:i 
II  193.01 
19  1 93.7 
13     1 94.4 


14 
I5l 


195.1 
195.7 


193894.35 

19  43  47.60 
1949  9.8tl 
195431.19 


93  7  46.9 
9958  39.3 
99  48  50.3 
993819.4 

-9997  7.9| 
99  15  M.I 
99  9  40.7 


19  5951.45   914997.5 


90   510.63 

901098.71 
90  1545.65 
9091  1.49 
90  9616.01 
903199.38 

903641.51 
904159.41 
90  47  9.05 
905910.49 

90  57  17.51 

91  993.391 
91  797.8:t 
91  1931.04 
91  1739.96 
91  99  33.5H 

91  97  39.90 
913930.95 
91  37  97.79 
91499:1.99 
91  47  17.45 

91  09  10.44 
9157  9.90 
99  159.75 
99  6  49.IU 
99  1 1  30.99 

99  16  17.34 
9991  3.98 
99954ai3 
9930  31.03 
9935  14.71 

99  39  56.49 
9944.17UII 
99  49  17.90 
9t53  5<t.V*2 
9958:14.40, 


9135  35.0 

-9191  3.7 
91  5  54,4 
9060  7.5 
9033  43.8 
901643.8 

-1950  ai 
194057.6 
199919.8 
19  954.4 
1843  3.1 

-189939.7 

18  145.0 
17  40  19.5 
17  1894.9 
1655  59.8 

-1633  7.1 
16  9  46.8 
I5  45  59.H 
159146.7 
14  57   8.5 

-14  39  5.9 
14  6  39.7 
13  40  51.0 
13  14  40.9 

19  48   8.9 

-1991  15.7 
1154  3.7 
tl96.H3.0 
10  58  44.9 
1030.18.1 

-10   915.61 
9  33  37.3 
9   4  44.1 
8 .15  36 .9{ 
8  6  16.1 


98   3  11.77,-  736  49.6 
93   7  48.36i-  7   6  57.4 


Hot. 


8«m\- 


5.9t 

5.'^ 

5.9 

5.9 

5.3 

5.3 
5.3 
5.3 
5.3 
5.3 

5.3 
5.3 
5.3 
5.3 
5.3 

5.3 
5.3 
5.3 
5.3 
5.3 

5.3 
5.3 
5.3 
5.4 
5.4 

5.4 
5.4 
5.4 
5.4 
5.4 

5.4 
5.4 
5.4 
5.4 
5.4 

5.4 

5.5 
5.5 
5.5 
5.5 

5.6 

hA 
5.5 
5.5 
5.5 

5.5 
5.5 


8em 


Mar. 


It 
5.1 

5.1 

5.1 

5.1 

5.1 

5.1 
5.1 
5.1 
5.1 
5.1 

5.1 
5.1 
5.1 
5.1 
5.1 

5.1 
5.1 
5.1 
5.1 
5.9 

5.9 
5.9 
5.9 
5.9 
5.9 

5.9 
5.9 
5.9 
5.9 
5.9 

5.9 
5.9 
5.9 
5.9 
5.3 


• 
0.37 

0.37 

0.37 

0.37 

0.37 

0..37 
0.37 
0.37 
0.37 
0.37 

0.37 
0.36 
0.36 
0.36 
0.36 

0.36 
0.36 
0.36 
0.36 
0.36 

0.:)6 
0.36 
0.36 
0.36 
0.36 

0.36 
0.36 
0.36 
0.36 
0.36 

0.36 
0.36 
0.36 
0.36 
0.36 


5.3  0.36 
5.3  0.36 
5.3  0.36 


501 


0.36 


5.3|0.36 

5.8i  0.:)6 
5.3;  0.36 
5.3  0.36 
5.3  0.36 
5.3  0.36 

5.3  0.36 
5.^  0..16 


Data. 


F«b.l5 
16 
17 
18 
19 

90 
91 


93 
94 

95 
9B 
97 
98 
lUr.  I 

9 
3 
4 

5 
6 

7 

8 

9 

10 

11 

19 
13 
14 
15 
16 

17 
18 
19 
90 
91 


Ttma 
of 


km 

195.7t 

196.4 

197.0) 

197.7 

198.3 

198.9 
199.5 
ISO.I 
130.7 
I  31.3 

131.9 
139.5 
133.0 
133.6 
134.1 


9^ 
94 

95> 


A 
R. 


M 


h   m    t 
93   7  48.84^ 

931994.91 

931659.87 

93  9133.8!) 

9396  7.79 

933041.19 
933513.99 
93  39  46.93 
93  44  18.08 
93  48  49.53 


93  5390.61 

9357  51.37 

0  991.83 

0  6  59.04 

011990):) 


01551.86 
09091.55 
09451.15 
09990.79 
03350.99 


134.7 
I8A.9 
135.8 
136.3 
136.9 

137.4 
138.0 
138.5 
139.1 
139.6 

140.9     I    0  49.97 
140.8    I    590.69 


0  3SI9.90'4- 
04949JKI 
0  47  19.39 
05I49JI6 
05619.54 


141.4 
141.9 
149.5 

143.0 
143.6 
144.9 
144.8 
145.5 

146.1 

146.81 

147.4 

148.1 

96     1 48.8 


97 


99 

30 
31 


149.6 
150.3 
151.1 
I5I.H 
159.6 


I    951.76 
I  14  93.90 


Hor.aeal 
P»r.  dlaa. 


9       »       II 

-76  57.4 
637  0.9 
6  654.0 
536  37.4 
5  611.8 

485  38.1 
4  4  57.1 
334  9.4 
3  315.9 
93917.3 


k  9   I  14.3 

130  7.8 

058  58.5 

-  0  9747.9 

^  0  395.5 


f  034  38.7 
I  5  51.6 
137  3.6 
9  81X9 
93991.8 


3  If  96.6 
34I97%6 

4  1993.9 
4  43  14.7 
513  59.4 


11855.05      7  4548.9 


19397.37-1-  8 
198  0.17  8 
13933.51  9 
137  7.49  9 
14141.93    10 

I  46  I7.0hViO 
15059.90    II 


\¥  544  37.4 
615  8.1 
6  45  30.6 
71544.3 


15599.41 
9  0  6.65 
9  4  44.66 


II 
19 
19 


1541.8 
4594.3 
14  65.0 
44  13.1 
13  17.9 

49   8.8 
10  44.7 
39   5.1 
7   9.91 
34  56.4 


9  993.454-13  995.6    6.9 


9  14   3.05-  139936.9 

918  43.47  13  5697.6 

99394.74  14  9958.9 

998   6.88  1449   9.3! 


5Ji 
5.C 
5.6 
5.6 
5.6 

5.6 
5.6 
5j6 
5.6 
6.7 

6.7 

5.7 

5.7 

a? 

5.7 

5.7 
5.7 

5.8 
5.8 


«.T.of 


Pam. 
Mor. 


II 
5.4 

5.4 

5.4 

5.4 

5.4 

5.4 
5.4 
6.4 
5.5 
5.5 

5.5 
5.5 
5.5 
5.5 
5.6 


0.36 

o:m 

0.36 
0.36 
0.36 

0.36 
0..16 
0.36 
0.36 
0.36 

0.36 
0.37 
0.37 
0.37 
0.37 


5.6|0.37 
5.6  0.37 
5.6  0.37 
5.6)  0.37 
5.81   5.6  0.37 


5.8 
5.H 
5.8 
5.9 
5.9 

5.9 
5.9 
5.9 
5.9 
6.0 

6.0 
6.0 
6.0 
6.0 
6.0 

6.1 
6.1 
6.1 
6.1 
6.1 


5.6  0.37 
5.6  0.38 
5.6(  0.38 
5.7|  0.:i8 


5.7 

5.7 
5.7 
6.7 
5.7 

5.8 

5.8 

5.8 
5.8 


0.38 

0.38, 

0.38 

0.38 

0.39 

0.39 

0.39 
0.39 1 
0.39' 


I 


39{    153.3 
.131    154.1 


6.9! 
6.*<f 
6.9 
6.9 

93949.90  41514  58.9.   6.9 
9  37  3:i.84>l5  4094.71   6.3 


5.K0.39 
5.8j  0.40 

5.J  0.40 
5.9  0.40 
5.9  0.40 
5.9  0.40 

5.9  0.4 1 

I 

6.0  0.4 1 

6.0  0.4 1 ! 
6.0  0.41 
6.0  0.4 1  \ 
6.0  0.491 


I 


6.1  0.49 
6.1  0.49 


398 


VENUS,  1895. 


FOB  TRANSIT  AT  WASHINGTON. 


Date. 

Time 
of 

Appareni 

R.  AaoemioB 

at 

Apnareal 

DecUaaUoD 

at 

Hor. 

8«fml- 

B.T.of 
Sem. 
Paaa. 

Date. 

Mean 

Time 

of 

1 
Anpannt  |  ApMraait 

at                  at 

Hor. 

Transit 

Transit. 

Traaait. 

Par. 

diam. 

ICer. 

Transit. 

Traaait. 

Traaait. 

Par. 

1 

h    ni  1    b    m     a 

O       1       II 

// 

II 

a 

h   m 

h   n     t     1      o          // 

"      • 

Apr.   1 

I53.3|   2  32  49.90 

•1^15  14  58.2 

6.2 

6.1 

0.42 

BC»yl7 

243.0 

6  24   6.05+^2918.0 

1 

7.9 

7.6|0.5« 

2 

154.1 

2  37  33.84 

15  4024.7 

6.3 

6.1 

0.42 

18 

2  44.2 

629  13.17    252724.4 

7.9 

7.7 

0.a6 

3 

154.9 

24218.70 

16   528.2 

6.3 

6.1 

0.42 

19 

245.4 

634  19.61 

25  24  49.4 

8.0 

7.7 

as:! 

4 

165.7 

2  47   4.49 

16.30   7.9 

6.3 

6.1 

0.42 

20 

240.5 

6  3i)  25.29   25213:1.4 

8.0J    7.8|0^ 

\ 

n 

156.5 

25151.23 

16  54  23.0 

6.4 

6.2 

0.43 

21 

2  47.7 

6  44  30.16 

2517  36.5 

8.1 

7.^0,57 

6 

157.4 

2  56  38.93 

-I-17  18  12.8 

6.4 

6.2 

0.43 

22 

2  48.8 

64934.15+251258.9 

1 

8.1 

7.9 

0.5ri 

7 

158.3 

3    127.61 

17  4136.8 

6.4 

6.2 

0.43 

23 

2  49.9 

65437.20   25  741.1 

8.2 

i  ^-^ 

0^ 

8 

159.2 

3   6  17.26 

18  4  34.2 

6.5 

6.2 

0.43 

24 

251.0 

65939.23 

25    143.1 

8.2 

8.0 

0.5U 

9 

2  0.1 

3  11    7.89 

1827   4.2 

6.5 

6.3 

0.44 

25 

252.1 

7   4  40.17 

24  56  5.4 

as 

ao 

OJ^ 

10 

2    1.0 

3  15  59.50 

1849   6.1 

6.5 

6.3 

0.44 

26 

253.1 

7   939.97 

24  47  48.5 

a4 

8.1 

0.59 

11 

2    1.9 

320  52.10 

4-1910  39.2 

6.5 

6.3 

0.44 

27 

254.2 

7  14  38.56+24  39  52.8 

a4 

aa 

0.60 

12 

2  2.9 

3  25  45.70 

19  3143.0 

6.6 

6.3 

0.45 

28 

255.2 

7  19  35.88 

24  31  18.7 

8.5 

;  8.2 

0.60 

1 

13 

2  3.8 

3  30  40.28 

1952  16.9 

6.6 

6.4 

0.45 

29 

256.2 

7  24  31.87 

24  22  6.8 

8.5 

asjo.eo 

14 

2  4.8 

3  35  35.84 

20  12  19.9 

6.6 

6.4 

0.45 

30 

257.2 

7  2926.47 

24  12  17.4 

8.6 

6.^ 

0.611 

15 

2  5.8 

3  40  32.:)9 

203151.5 

6.6 

6.4 

0.46 

31 

258.1 

734  19.63 

24    151.2 

8.7 

8.4 

0.61 

16 

2  6.8 

34529.91 

4205051.1 

6.7 

6.4 

0.46 

Jane  1 

259.0 

73911.29+23  50  48.6 

8.7 

8.4 

0.61 

17 

2  7.8 

3  50  28.38 

21    9  18.1 

6.7 

6.5 

0.46 

2 

259.9 

7  44    1.39 

2339  10.3 

8.8 

8.5 

064 

18 

2  8.8 

3  5527.80 

21  27  11.8 

6.7 

6.5 

0.46 

3 

3  0.7 

7  48  49.90 

232656.7 

8,8 

as 

0.62 

19 

2   9.8 

4   028.15 

2144  31.8 

6.8 

6.5 

0.47 

4 

3    1.6 

7  53  36.77 

2:M4   8.3 

8.9 

ae 

0.«J 

20 

2  10.9 

4   529.41 

22    1  17.2 

6.8 

6.6 

0.47 

5 

3  2.4 

75821.96 

23   0  46.0 

9.0 

8.7 

0.63 

21 

2  12.0 

4  1031.53 

+221727.4 

6.8 

6.6 

0.47 

6 

3  3.2 

8  3  5.43 

+22  46  50.5 

9.1 

8.7 

1 

0.63, 

22 

2  13.1 

4  1534.49 

2233    1.9 

6.9 

6.6 

0.48 

7 

3  3.9 

8   7  47.14 

223222.2 

9.2 
9.2 

8.8 

0.61 

1 

23 

214.2 

4  20  38.27 

2248  0.3 

6.9 

6.7 

0.48 

8 

3  4.6 

81227.07 

221721.9 

8.9 

0.64 

24 

215.4 

4  25  42.83 

23  222.0 

6.9 

6.7 

0.48 

9 

3  5.3 

8  17   5.16 

22    150.2 

9.:i 

8.9 

0.65 

25 

216.5 

4  30  48.12 

23  16  6.4 

7.0 

6.7 

0.49 

10 

3  6.0 

82141.38 

2145  47.8 

9.4 

9.0 

0.65; 

1 

26 

2  17.7 

4  35  54.12 

+23  29  13.0 

7.0 

6.8 

0.49 

11 

3  6.6 

826  15.72 

+21  29  15.2 

9.5 

9.1 

0.© 

27 

2  18.8 

4  41    0.78 

234141.5 

7.0 

6.8 

0.49 

12 

3  7.2 

830  48.15 

21  12  13.1 

9.5 

9.1 

0.66' 

28 

220.0 

4  46   8.05 

23  5331.1 

7.1 

6.8 

0..50 

13 

3  7.8 

835  18.63 

20  54  42.4 

9.6 

9.2 

0.66 

29 

221.2 

4  51  15.88 

24   4  41.6 

7.1 

6.9 

0.50 

14 

3   8.4 

839  47.17 

20  :)6  43.6 

9.7 

9.3 

0.67 

30 

2  22.4 

4  56  24.22 

24  15  12.7 

7.1 

6.9 

0.60 

15 

3  8.9 

844  13.75 

20  18  17.6 

9.8 

9.4 

0.67 

May  1 

223.6 

5    133.00 

+24  25   3.9 

7.2 

6.9 

0.51 

16 

3  9.4 

8  48  38.34 

+19  5925.0 

9.9 

9.5 

0.6^ 

2 

224.8 

5   6  42.18 

24  34  14.9 

7.2 

7.0 

0.51 

17 

3  9.8 

853  0.91 

19  40   6.4 

9.9 

9.6 

0.65^ 

3 

2  26.0 

51151.71 

24  42  45.5 

7.2 

7.0 

0.51 

18 

3  10.2 

8  57  21.46 

192022.6 

10.0 

9.7 

O.fi^ 

4 

227.2 

5  17    1.51 

24  50 .35.2 

7.3 

7.0 

0.52 

19 

3  10.5 

9    139.95 

19  0  14.3 

lO.I 

9.8 

o.cy 

5 

2  28.4 

52211.53 

24  57  43.0 

7.3 

7.1 

0.52 

20 

3  10.8 

9  556.38 

1839  42.4 

10.2 

9.9 

0.70 

6 

229.6 

52721.71 

+25   4  11.3 

7.4 

7.1 

0.52 

21 

311.1 

9  10  10.73 

+181847.4 

10.3 

10.0 

0.70 

7 

230.8 

532  31.98 

25  9  57.2 

7.4 

7.1 

0.53 

22 

3  11.3 

9  14  22.98 

1757  30.3 

10.4 

lO.I 

0.70 

8 

2  32.1 

5  37  42.27 

25  15    1.5 

7.4 

7.2 

0.53 

23 

3  11.5 

9  1833.11 

173551.7 

10.5 

10.2 

0.71 

9 

233.3 

5  42  52.54 

2519  24.1 

7.5 

7.2 

0.63 

24 

311.7 

92241.10 

17  1352.6 

10.6 

10.3 

0.71 

10 

2  34.5 

5  48  2.72 

2523   4.9 

7.5 

7.3 

0.54 

25 

3  11.9 

9  26  46.94 

16  5133.5 

10.7 

10.4 

o.:'i 

11 

235.7 

5  53  12.76 

+2526   3.7 

7.6 

7.3 

0.54 

26 

312.0 

9  30  50.62 

+1628  55.2 

10.8 

10.5 

0.7*2 

12 

2  37.0 

5  58  22.57 

252820.6 

7.6 

7.4 

0.54 

27 

312.1 

934  52.10 

16  5  58.8 

II.O 

10.6 

0.73 ' 

1 

13 

238.2 

6   332.10 

25  29  55.7 

7.7 

7.4 

0.65 

28 

312.1 

93851.36 

1542  45.0 

11. 1 

1  10.7 

0.73 

14 

2  39.4 

6   841.28 

25  ;{0  49.0 

7.7 

7.5 

0.56 

29 

3  12.1 

9  42  48.40 

15  19  14.4 

11.2 

10.8 

M 

15 

2  40.6 

6  13  50.04 

25  31    0.3 

7.8 

7.5 

0.55 

30 

312.0 

94643.21 

14  5527.9 

11.3 

10.9 

0.75! 

16 

241.8 

6  1858.32 

+25  30  30.0 

7.8 

7.6 

0.66 

31 

312.0 

9  50  35.75 

+14  3126^ 

11.4 

;  11.0 

0,76' 

17 

243.0 

624   6.05 

+2529  18.0 

i    7.9l    7.6 

0..56 

32 

3II.S 

954  26.001+14   7  10.41 1 1.5 

:  ii.i  o.vfi 

VENUS,  1895. 


399 


FOB  TBAN8IT  AT  WASHmOTOK. 

^ 

Tini« 

of 

Tniitlt 

Apparent 

RAMeiwioB 

al 

Tnnait. 

Apfarent 

DeeUnatloB 

al 

Traaait 

Hor. 
Par. 

8«Bl. 

dlaai. 

u 

II.O 

8.T.of 

B0III. 

Paaa. 
Mar. 

Data. 

Mean 

Time 

of 

Tiaaail 

Apparent 

R.  AaeenakMi 

at 

Tranatt. 

Apparent 

DeoOaatioB 

at 

Ttaaait. 

Hor. 
Par. 

diaai. 

8.T.or 
seM. 
Paaa. 
Mer. 

a 
1.36 

L10I7    1 

h    m      b   m     • 
3  19.0    9  50  36.75 

•l-14  3r96'!3 

11.4 

0.76 

4ag.l6 

h    B 
918.3 

b   m     a 
II57  55.8<) 

e     /     M 
-4  99  59.7 

II 
91.1 

*i 
90.3 

9 

3II.$>    954  96.00 

14   710.4'  11.5 

11. 1 

0.76 

17 

915.5 

1159   5.65 

4  49  15.8  91. 4|  90.7 

1.39 

1                ' 

3II.8|   958  13.97 

134941.1  11.6 

11.9 

0.77 

18 

919.6 

19  0   9.08 

5  8  3.6 

91.8  91.0 

1.41 

1                 4 

3II.7|  10    159.64 

13  17  59.0  11.8 

11.4 

0.78 

19 

9  9.6 

19    1    6.01 

59613.8 

99.1 

91.4 

1.43 

1                 ^ 

3II.-6 

10   649.98 

1953  4.8  11.9 

11.5 

0.78 

90 

9  6.5 

19   156.94 

54344.9 

99.5 

91.7 

1.45 

1                ^ 

311.9 

10   993.97 

^1997  69.4 

19.0 

11.6 

0.79 

91 

9  3.9 

19  930.55 

-6  039.6 

99.6  99.1 

1.48 

1                7 

3  10.9 

1013  9.60 

19  943.6 

19.1 

11.8 

0.80 

99 

9  0.0 

19  315.75 

61636.4 

93.9|  99.4 

1.50 

1                ^ 

310.6 

10  1638.84 

1 1  37  18.9  19.3 
11  1144.0^19.4 

11.9 

0.80 

93 

156.6 

19  3  44.69 

63153.3 

93.6  99.8 

1 

1.53 

9 

310.9 

109019.70 

19.0 

0.81 

94 

153.0 

19   4  6.94 

6  4690.6 

94.0  93.9  1.55 

10 
II 

3  9.7 
3  9.9 

1093  44.14 
1097  13.16 

10  46    1.6 
4-109011.8 

19.6 
19.7 

19.1 
19.3 

0.89 
0.83 

95 
96 

149.9 
145.4 

19  4  19.56 
19   4  95.34 

65955.6 
-7  1936.9 

94.4  93.5'  1.58 
94.9  93.9  1.60 

19 

3  8.7 

1030  39.79 

954  15.5 

19.9 

19.4 

0.84 

97 

141.5 

19  4  93.13 

794  18.6  95.1  94.3.1.63 
7  36    I.I  95.5  94.6  1.65 

1       .3 

14 

3  8.9 

1034   3.81 

99813.1 

13.0 

19.6 

0.85 

98 

137.3 

19    4  19.89 

3  7.6 

10  37  95.39 

9  9  5.5 

13.9 

19.7 

0.86 

99 

133.1 

19   354.97 

7  44  40.4  95.9  95.0  1.68 

16 

3  7.0 

104044.46 

83553.6 

13.3 

19.9 

0.87 

30 

198.7 

19  397.43 

7  53  13.7 

96.3  95.4 

1.70 

16 

3  6.3 

1044   0.9G 

4-  8  937.9 

13.5 

13.1 

0.88 

31 

194.9 

19  959.94 

^  088.0 

96.6  95.7  1.73  | 

17 

3  5.6 

1047  14.87 

74319.5 

13.7 

13.9 

0.89 

Septl 

1  19.5 

19  9  8.74 

8  6  51.3 

97.0J96.1 

1.75 

18 

3  4S 

105096.15 

7  1659.1 

1.1.8 

13.4 

0.90 

9 

1  14.7 

19    1  16.94 

8  1 1  50.9 

97.4  96.5  1.78 

'H 

3  4.1 

10  53  34.75 

65037.5 

14.0 

13.5 

0.91 

3 

1    9.8 

19  0  16.96 

81534.5 

97.8  96.9  1.81 

90 

3  3.3 

10  5640.69 

694  15.5 

14.9 

13.7 

0.99 

4 

1    4.7 

1159  8.97 

8  17  50.7 

98.1  97.9  1.83' 

1 

91 

3  9.4 

105943.79 

•1-  55753.8 

14.4 

13.9 

0.93 

5 

059.5 

1157  53.19 

-8  19  6.0 

98-5  97.6  1.86 

99 

3    1.5 

II    943.98 

53133.3 

14.6 

14.1 

0.94 

6 

054.9 

115699.86 

818  48.7 

98.H  97.9  1.88 

93 

3  0.5 

II    5  41.33 

5   5  15.0 

14.8 

14.3 

0.95 

7 

0  48.8 

1154  59.31 

817   9.8  99.9,98.9  1.90  | 

94 

959.5 

II    835.71 

4  3859.9 

15.0 

14.5 

0.96 

8 

043.9 

115391.97 

814   7.4  99.5  98.5  1.99; 

95 

958.4 

II  1197.05 

4  1948.9 

15.9 

14.7 

0.98 

9 
10 

037.6 

1 1  51  38.98 

8  941.5 

99.8  98.8  1.94 

1 

96 

957.9 

II  14  15.95 

4-  3  46  49.9 

15.4 

14.9 

0.99 

0  31.9 

1 1  49  48.79 

-8   3  59.3 

30.0  99.0  1.95 

97 

966.9 

1 1  17  0.97 

3  90  49.8 

15.6 

15.1 

1.01 

11 

096.1 

114754.09 

7  56  40.4 

30.:i|99.3|  1.97 

98 

954.7 

II  1949.00 

9  54  49.7 

15.9 

15.3 

1.09 

19 

090.9 

1 1  45  54.66 

7  48  7.4 

30.6  99.5|  1.99 

99 

953.4 

119990.34 

999   4.6 

16.1 

15.5 

1.04 

13 

014.1 

1143  51.33 

7  38  15.1 

30.8  99.7 

9.00; 

30 

959.1 

1 1  94  55.90 

9  398.5 

16.3 

15.7 

1.05 

14 

0  &0 

114144.81 

7  97   6.9 

31.01 

99.9^9.01 

31 

950.7 

119796.44 

4>  1  38  9.4 

16.6 

15.9 

1.07 

15 

0    1.9 

113935.87 

-7  14  43.8 

31.1 

30.0  9.09 ' 

Aog.  1 

949.9 

1199  53.98 

1  1947.6 

1G.8 

16.9 

1.08 

15 

93  55.8 

1137  95.31 

7    1  11.7 

31.9 

30.1,9.09 

9 

9  47.7 

113917.79 

0  47  45.3 

17.0 

16.4 

1.10 

16 

9:1 49.7 

113613.88 

6  46  34.6 

31.3 

30.9  9.03 

3 

946.1 

1 1  34  37.54 

•1-  09956.3 

17.3 

16.7 

1.11 

17 

93  43.6 

1133  9.45 

6  30  57.3 

31.3 

30.3 

9.03 

4 

944.4 

11365.3.31 

-  0    138.1 

17.5 

16.9 

1.13 

18 

93  37.6 

113051.90 

6  14  95.9 

31.3 

30.3 

9.03. 

1 

5 

949.7 

1139   4.91 

-  095  56.9 

17.8 

17.1 

1.14 

19 

93  31.5 

1 1  98  43.03 

-567  3.5 

31.3 

30.9 

9.03 ; 

6 

940.H 

1141  19.91 

0  49  58.7 

18.0 

17.4 

1.16 

90 

9395.5 

119636.69 

5  38  50.0 

31.9 

30.9  9.0-2  1 

7 

933.9 

114315.08 

1  1349.5 

18.3 

17.6 

1.18 

91 

93  19.5 

1194  33.69 

590  18.6 

31.9 

30.1  9.091 

8 

936.9 

114513.35 

137   6.8 

18.6 

17.9 

1.90 

99 

93  13.6 

119934.64 

5   1    9.1 

31.9 

30.1  im 

1 

9 

934.9 

1147  6.91 

9  0  10.4 

18.9 

18.9 

1.99 

93 

93   7.8 

1 1  90  40.45 

4  4137.6 

31.1 

30.0  9.01 

10 

939.81  II  48  55.58 

-  99951.8 

19.9 

18.5 

1.94 

94 

93  9.1 

11  1851.77 

-4  9150.7 

30.9 

99.8  9.00 

II 

930.6 

1 1  50  39.99 

945   9.8 

19.5 

18.8 

1.96 

95 

9956.4 

11  17   9.90 

4    155.6  30.7 

99.6  1.99] 

19 

998.3 

1 1  59  17.60 

3  7   9.8  19.8  19.1 

1.98 

96 

9950.9 

1115  33.3.1      3  41  58.7  30.5|  99.4  1 .97  \ 

13 

995.9 

1 1  53  50.79 

398  99.3  90.1^  19.4 

1.30 

97 

99  45.5 

11  14    4.67      399   7.0  30.:i. «>.9  1.95 

1                                                       1                        1                                                   i 

14 

993.4 

1155  18.94 

3  49  97.6 

90.4  19.7 

1.39 

98 

99  40.3 

11  19  43.79 

3  997.1 

30.1 

98.9  1 .93 

15 

990.9 

1 1  56  40.09 

-  4   956.0 

90.7  90.0 

1.34 

99 

9935.1 

11  1130.84 

-943   4.6'99.HtW.7 

1.91 

■5 

918.3 

1 1  57  55.89 

-  4  99  59.7 

91.1  90.3 

1.36 

30 

99  30.0 

11  IO96.39I  -994    5.4I99.&98.4 

1.89 

400 


VENUS,  1895. 


FOB  TBANSIT  AT  WASBLSQIOS, 

• 

Date. 

Hmui 

Time 

of 

TraMli. 

Apparent 
B.4e«enMOD 

Tnuieii. 

Apparpnt 
TnoMii. 

Hor. 
Fmr. 

t» 
29.2 

Semi 

dhUD. 

28.1 

8.T.of 
8eiu. 
Pm. 
Mer. 

Dftto. 

Meao 

Time 

of 

Tmaait 

AppMeBt 
ft.A4MeseiMi 

TMMii. 

AMMreot 
DeeUMtioB 

TfttMit. 

Hor. 
Par. 

£= 

»  0.9T: 

Oct.  1 

h   m 
22  25.2 

h  m     s 
II    9  30.65 

O       *       II 

-2  534.8 

1.87 

N0T.I6 

h    m 
90  48.7 

h  n     • 
19  34  IS.00 

0      1      If 

-  92939.5 

isTo 

14.5 

8 

22  20.5 

11    8  43.80 

1  47  37.6 

28.8  27.8| 

1.85 

17 

90  48.3 

1937  43.16 

9  45  45.3 

14.8 

\4JS  OJX 

3 

2215.9 

II    8  5.99 

1  30  I8.J  28.5  27.4 

1.8:^ 

18 

2047.9 

1941  16.46 

3  213.6 

14.6 

14.1-0.96' 

4 

2211.5 

II    7.17.32 

1  13  39.9 

28.1 

27.1 

1.60 

19 

20  47.6 

1944  49.81 

3  19   3.4 

14.4 

IS^OiKS 

6 

22   7.3 

II    717.83 

0  57  46.6 

27.8 

26.7 

1.78 

90 

9047.2 

124896.16 

136  13.7 

M.2 

13.^  0.92 

6 

22   3.1 

II    7   7.55 

-0  4241.4 

27.4 

26.4 

1.76 

21 

90  47.0 

1269  4.46 

-  3  63  43.3 

14.1 

13.7:  0.91  ! 

7 

2159.1 

II    7   6.42 

0  2826.3 

27.0 

26.1 

1.74 

22 

2046.7 

196644.63 

4  II  31.9 

13.9 

13.5  0.96 

8 

2155.3 

II    7  14.36 

015   3.5 

26.6 

25.7 

1.72 

93 

2046.6 

195996.67 

4  99  36.5 

13.8 

13.4  0.69 

13.2  o.m\ 

9 

2161.7 

II    731.22 

-0  234.8 

26.3 

25.4 

1.09 

94 

2046.3 

13  310.53 

4  47  58.1 

13.6 

10 

21  48.2 

II    756.86 

^0  858.6 

25.9 

25.0 

1.67 

25 

20  46.1 

13  666.18 

5   636.1 

13.5 

13.10.87 

II 

21  44.8 

11    831.12 

4-01936.0 

95.6 

24.7 

1.64 

96 

90  45.9 

131043.67 

-  69526.5 

13.3 

19.9  0.«6  ' 
12.8^  0.S5 

IS 

2141.6 

II    913.79 

0  29  16.5 

95.1 

94.3 

1.62 

27 

90  4J>.8 

13  1432.67 

6  44  31.3 

13.2 

13 

2138.5 

II  10  4.65 

0  38  0.0 

24.6 

24.0 

1.59 

98 

9045.7 

13  1893.48 

6   3  48.6 

13.0 

12.6^  0.B4  ' 

14 

2135.5 

1 1  1 1    3.50 

0  45  46.2 

24.4 

23.6 

1.57 

99 

9045.6 

132916.96 

69:117.3 

19.9 

12.5;  ojm 

15 

2132.6 

11  1910.08 

0  62  36.4 

24.1 

23.3 

1.54 

30 

20  45.6 

132610.10 

6  49  66.5 

19.7 

12.3:  0.83 

16 

2129.9 

II  1324.16 

4^6827.6 

23.7 

22.9 

1.52 

Deo.  1 

9046.6 

1330  6.88 

-79  45.2 

19.6 

I2.«0.82i 

17 

2127.4 

II  14  45.45 

1    323.4 

23.3 

22.6 

1.50 

9 

9046.6 

13  34   3.27 

7  92  42.5 

19.5 

12.1 

0.81 

18 

21  25.0 

II  16  13.75 

1    7  23.4 

23.0 

22.2 

1.48 

3 

9046.5 

1338  2.26 

7  49  47.3 

19.3 

12.0 

0.80 

19 

2122.8 

11  17  48.81 

1  10  28.3 

22.6 

21.8 

1.45 

4 

2045.6 

13  42  2.84 

8  258.6 

19.2 

II.B 

0.79 

20 

2120.5 

II  1930.39 

1  1238.8 

22.2 

21.6 

1.43 

5 

20  45.7 

13  46  6.00 

893  16.6 

19.1 

11.7 

0.79 

21 

91  18.4 

1121  18.24 

4^11355.7 

91.9 

21.1 

1.40 

6 

20  46.8 

1360  8.72 

-  84337.9 

12.0 

11.6  0.78 

22 

21  16.3 

112319.13 

1  14  20.0 

21.5 

20.8 

1.38 

7 

20  46.0 

13  54  13.97 

9  4   9.3 

11.9 

11.5  0.77, 

23 

21  14.4 

112511.80 

1  1352.6 

21.2 

20.5 

\M 

8 

20  46.1 

136820.76 

9  94  99.9 

11.8 

11.4 

0.77 

24 

21  12.5 

1 1  27  17.05 

1  1234.4 

20.8 

20.1 

1.34 

9 

20  46.3 

14   299.08 

9  44  .59.0 

11.6 

11.2 

0.76. 

25 

21  10.7 

112927.67 

1  10  26.4 

20.5 

19.8 

1.32 

10 

20  46.6 

14  638.92 

10   698.8 

11.5 

ll.l 

0.76^ 

26 

21    9.1 

II  31  4.3.47 

+1    7  29.6 

20.2 

19.5 

1.30 

II 

20  46.7 

14  1060.95 

-1095.58.9 

11.4 

II.O 

0.75 

27 

21    7.5 

1134   4.24 

1    3  45.0 

19.9 

19.2 

1.28 

19 

20  47.0 

14  15   3.07 

10  4626.9 

11.3 

I0.9| 

0.74 

28 

21    5.9 

1 1  36  29.79 

0  59  13.6 

19.6 

18.9 

1.26 

13 

20  47.3 

14  19  17.38 

II    6  51.8 

11.9 

10.8  0.74  1 

29 

21    4.4 

1 1  38  59.92 

0  53  56.5 

19.3 

18.6 

1.24 

14 

2047.6 

149383.16 

1197  14.1 

II. 1 

10.7 

0.73 

30 

21    3.1 

114134.46 

0  47  54.8 

19.0 

18.4 

1.23 

16 

20  48.0 

14  27  60.40 

1 1  47  32.0 

II.O 

10.6 

0.73 

31 

21    1.8 

1144  13.24 

4-041    9.7 

18.7 

18.1 

1.21 

16 

20  48.4 

14  32  9.10 

-12  7  44.7 

lO.U 

lO.f* 

O.rJi 

Nov.  1 

21    0.5 

1146  56.10 

0  33  42.2 

18.5 

17.8 

1.19 

17 

20  48.8 

14  3699.96 

.1997  61.9 

10.8 

10.4  0.71 

2 

20  59.4 

1 1  49  42.88 

0  25  33.3 

18.2 

17.5 

1.17 

18 

20  49.2 

14  4050.87 

1947  60.7 

10.7 

I0.3|0.7I 

3 

20  58.3 

1 1  52  33.42 

0  16  44.4 

18.0 

17.3 

1.16 

19 

20  49.6 

14  4613.93 

13  7  42.1 

10.6 

1 0.2!  0.70 

4 

20  57.2 

n5527..'>8 

+0  7  16.8 

17.7 

17.0 

1.14 

20 

20  50.0 

14  4938.43 

1397  94.6 

10.6 

10.10.70 

J 

5 

20  56.2 

115825.21 

-0   248.7 

17.5 

16.8 

1.13 

21 

20  50.6 

14  64   4.37 

-134667.3 

10.4 

10.0  0.69 

6 

20  55.3 

12    126.18 

013  30.8 

17.2 

16.6 

l.ll 

22 

20  61.0 

14  6831.76 

14   6  19.3 

10.3 

9.9  (i,m 

7 

20  54.4 

12   4.30.35 

0  24  48.2 

17.0 

16.4 

1.09 

23 

20  51.6 

16  3  0.59 

14  9699.7 

10.9 

9.8|  0.f»8 

8 

20  53.6 

12   7  37.60 

0  36  :t9.7 

16.7 

16.1 

1.08 

24 

20  62.2 

15  7  30.85 

14  44  97.6 

10.2 

9.8  0.6fJ , 

9 

20  52.9 

1210  47.81 

0  49   4.3 

16.5 

15.9 

1.06 

26 

20  62.8 

16  19  9.57 

16  319.9 

lO.I 

9.7  0.67 ' 

10 

20  52.2 

1214   0.86 

-1  2  a7 

16.3 

15.7 

1.04 

96 

90  63.4 

161636.73 

-169142.7 

10.0 

9.6  0.67 

II 

20  51.5  1217  16.64 

1  1527.7 

16.1 

15.5 

1.03 

97 

20  54.0 

1521  10.34 

163958.1 

9.9 

9.5  0.66  < 

12 

20  50.9,1220  35.05 

1  29  23.9 

15.9 

15.3 

1.02 

28 

2051.6  152546.38 

16  67  67.6 

9.8 

9.4  0.66 

13 

2050.3 

1223  65.98 

1  43  48.4 

15.6 

15.1 

1.00 

29 

20  55.3 

15  3023.86 

16  »>  40.9 

9.8 

9.4  0.65 

14 

20  49.7 

1227  19.34 

158  39.9 

15.4 

14.9 

0.99 

30 

90  66.0 

1636  2.77 

1633  5.3 

9.7 

9.3  0.65 . 

15 

20  49.2 

123045.04 

-2  13.57.4' 15.2'  14.7 

0.98 

31 

20  56.7 

1639  43.11 

-16  50  11.9 

9.6 

9.2  n.6|^ 

16'  2048.7i  1234  13.00  -2  29  39.51  I5.0l  14.5; 0.97 

32 

9057.5' 15  44  94.86 

-17  659.2 

9.6 

9.2 

oa; 

au=-) 

MABS,  1895. 


401 


• 

FOB  TBANSIT  AT  WASHINGTON. 

DiUe. 

MeM 

T1qi« 

of 

Trmoiii. 

AppArOBt 

R.Aaoensloo 
TnnBll. 

AppMrent 

Doc  U  nation 

at 

Tranait. 

Hor. 
Par. 

n 

10.9 

SmbI- 
diaa. 

// 
5.8 

8.T.of 
8«in. 
Paaa 
Mor. 

Date. 

Mean 

Time 

of 

Traoait. 

b    m 
6  36.1 

Apparent 

R.AaceneioD 

at 

Traaait 

Apparent 

DeoUnation 

at 

Traualt. 

Hor. 
Par. 

Heaii- 
aia». 

3.8 

8.T.of 
8em. 
Paac 
Ifer. 

a 
0.48 

J»D.    0 

h    m 
7   9.6 

tarns 
151    6.99 

O       1       tt 

41933  14.3 

a 
,0.69 

Feb.  15 

b   n    a 
3  17  59.36 

4-19  47  48.0 

1 

7   7.1 

I5934.:)0 

194996.6 

10. 1 

5.8|  0.69 

16 

5  33.4 

390   5.77 

l9569:).o!    6.7 

3.H0.48  1 

9 

7   4.G 

154   3.84 

195149.8 

10.0 

5.7 

0.68 

17 

631.7 

3  99l9.a'> 

90   4  53.3 

6.7 

3.7 

0.47 

3 

7  9.9 

1  55  34.79 

13    1    9.6 

9.9 

5.7 

0.67 

18 

630.0 

394  34.60 

90  13  18.7 

6.6 

3.7 

0.47 

4 

659.7 

167   7J3 

131095.6 

9.8 

5.6 

0.66 

19 

698.3 

39650.01 

909139.0 

6.6 

3.7 

0.47 

5 

657.4 

1  68  40,84 

4-13  1951.6 

9.7 

5.6 

0.66 

90 

696.7 

399  6.064-9099  54.3 

6.5 

3.7 

0.47 

6 

655.0 

9  0  15.87 

13  9990.3 

9.6 

5.5 

0.65 

91 

595.0 

3  3199.75 

90  38   4.9 

6.6 

3.7 

0.46 

7 

659.7 

9   159.19 

13  38  51.8 

9.5 

5.5 

0.65 

99 

593.4 

3  33  40.07 

90  46   8.8 

6.4 

3.6 

0.46 

8 

6  50.4 

9  399.78 

13  4895.3 

9.4 

5.4 

0.64 

93 

591.7 

3  35  58.09 

90  54   7.8 

6.4 

3.6 

0.46 

9 

6  48.1 

9   6  8.69 

13  58    1.0 

9.3 

5.4 

0.64 

94 

690.1 

3  3816.60 

91    9    1.1 

6.3 

3.6 

0.46 

10 

6  45.8 

9  648.66 

-1-14   7  38.5 

9.9 

5.3 

0.63 

96 

618.6 

3  40  35.77 

4-91    948.6 

6.3 

• 

3.6 

0.46 

11 

643.6 

9  899.90 

14  17  17.5 

0.1 

5.3 

0.63 

96 

616.9 

3  49  55.55 

91  17  30.9 

6.9 

3.6 

0.46 

IS 

6  41.4 

9  10  19.30 

14  9657.8 

9.0 

6.9 

0.69 

97 

5  16.3 

3  45  15.90 

9195   5.7 

6.9 

3.5 

0.44 

13 

6  39.9 

9  1 1  65.85 

14  36  39.5 

8.9 

5.9 

0.69 

98 

6  13.7 

3  47  36.85 

913934.9 

6.1 

3.6 

0.44 

14 

637.0 

913  40.59 

14  4699.1 

8.8 

6.1 

0.61 

Maf.  I 

619.1 

3  49  68.35 

91  39  67.7 

6.1 

3.6 

0.44 

15 

634.8 

91596.30 

-1-14  56  5.5 

8.7 

6.1 

0.61 

9 

610.5 

36990.49 

4-91  47  14.0 

6.1 

3.5 

0.43 

16 

639.6 

9  17  1.3.16 

15   6  49.4 

8.7 

6.0 

0.60 

3 

6  9.0 

3  54  43.09 

91  64  93.7 

6.0 

3.5| 

0.43 

17 

6  30.5 

919    1.09 

15  15  33.8 

8.6 

5.0 

0.60 

4 

6  7.4 

3  57   6.14 

99    196.6 

6.0 

3.4  0.43  ! 

lb 

6  98.4 

990  50.08 

15  95  18.5 

8.5 

4.9 

0.59 

6 

6  6.9 

3  59  99.78 

99  899.6 

5.9 

3.4  0.43  1 

19 

69G.3 

99940.11 

15  35   3.3 

8.4 

4.9 

0.59 

6 

6  4.3 

4    163.93 

991611.7 

5.9 

3.4 

0.49 

90 

6  94.9 

99431.18 

•1-1644  47.9 

8.4 

4.8 

0.58 

7 

6  9.8 

4   4  18.56 

4-999163.8 

6.8 

3.4 

0.49 

21 

699.1 

9  96  93.97 

1564  39.3 

8.3 

4.8 

0.58 

8 

6    1.3 

4   6  43.69 

9998  98.5| 

6.8 

3.4 

0.49 

9;2 

6  90.0 

998  16.35 

16   4  16.9 

8.9 

4.7 

0.57 

9 

4  69.8 

4   9  9.31 

9934  5.'>.9,    5.8 

3.3 

0.49 

93 

6  18.0 

930  10.43 

16  13  59.6 

8.1 

4.7 

0.57 

10 

4  58.3 

4  1 1  36.38 

99  41  15.8,    5.7 

3.3 

0.41 

94 

616.0 

939  5.48 

1693  49.9 

8.1 

4.6 

0.56 

II 

4  56.8 

4  14    1.93 

99  47  98.9    5.7 

3.3 

0.41 

95 

6  14.0 

934    1.50 

-M63393.H 

8.0 

4.6 

0.56 

19 

4  65.3 

4  1698.90 

♦9953  33.0    5.7 

3.3 

0.41 

96 

6  19.0 

9  35  58.45 

1643   4.3 

7.9 

4.6 

0.56 

13 

4  63.H 

4  18  56.39 

99  59  30.1 

5.6 

3.3 

0.41 

97 

610.0 

9  37  56.34 

16  59  43.5 

7.9 

4.5 

0.55 

14 

4  59.3 

4  9194.19 

93   6  19..% 

5.6 

3.9 

0.40 

98 

6  8.1 

93955.J5 

17   9  91.9 

7.8 

4.5 

0.55 

15 

4  50.9 

4  93  59.47 

93  11    1.0 

5.6 

3.*^ 

0.40 

99 

6  6.1 

94164.86 

17  II  57.9 

7.7 

4.4 

0.54 

16 

4  49.4 

49691.19 

93  1634.4 

5.5 

3.9 

0.40 

30 

0  4.9 

9  43  56.45 

-►1791  31.9 

7.7 

4.4 

0.54 

17 

4  48.0 

4  98  50.34 

+93  9169.7 

5.5 

3.9  0.40  1 

31 

6  9.3 

9  46  56.90 

17  31    3.0 

7.6 

4.4 

0.54 

18 

4  46.5 

4  31  19.90 

9397  16.9 

5.5 

3.*i 

U.40 

Feb.  1 

6  0.4 

9  47  59.90 

17  40  39.7 

7.6 

4.3 

0.5:1 

19 

4  45.1 

4  33  49  87 

93  3-i  95.9 

6.4 

3.1 

0.39 

9 

568.5 

950   9.34 

I7  49  59.H 

7.5 

4.3 

11.53 

90 

4  43.6 

4  36  90.^4 

93  37  96.5 

5.4 

3.1 

0.39 

3 

656.6 

959  6.99 

17  59  94.3 

7.4 

4.9 

0.59 

91 

4  49.9 

43851.00 

93  49  I8.H 

5.4 

3.1 

0.39 

4 

664.8 

954  11.03 

418  8  45.8 

7.4 

4.9 

0.59 

99 

4  40.H 

4  4199.14 

f93  47    9.6 

6.4 

3.1 

0.39 

5 

659.9 

956  16.541 

18  18   4.3 

7.3 

4.9 

0.51 

93 

4.39.4 

4435:1.6^    93  51  37.M 
4  4695.5!»i  93  56    4.5 

6Ji 

3.0 

0.39 

6 

661.1 

9  58  99.8H 

18  97  19.6 

7.9 

4.1 

0.51 

94 

4  38.0 

5.3 

3.0 

0.38 

6  49.3 

3   0  99.96 

183631.7 

7.9 

4.1 

0.51 

95 

4  36.6 

4  48  57.8:. 

94    0  99.3 

5.3 

3.0 

0..V* 

8 

647.5 

3   9  37.76 

18  45  40.9 

7.1 

4.0 

0.50 

96 

4  36.9 

4  61 .30.4b 

94    4  31.3 

5.9 

3.0  0.3H 

1          1 

» 

6  45.7 

3   4  46.99  4-1854  44.9 

7.1 

4.0 

0.50 

97 

4  33.8 

4  54   3.4.'» 

+94   8  31.4 

5.9 

1          1 
3.0,  0.38 

10 

6  43.9 

3   655.55    19   3  45.9 

7.0 

4.0 

0.50 

98 

4  39.4 

4  56  36.7,% 

94  19  99.5 

5.9 

9.9  0.38  ^ 

II 

649.1 

3   9   5.59    19  19  49.8 

7.0 

3.9 

0.49 

99 

4  31.0 

4  59  10.3^ 

91  16   4.6 

5.1 

9.9|  0.37 

19 

6  40.4 

3  11  16.18    199135.6 

6.9 

3.9^  0.49 
.3.9'  0.49 

30 

4  99.7 

5    144.31 

94  19  37.(^1    5.1 

9.9  0.37 

13 

638.6 

31397.56;    19  3094.1 

6.9 

31 

4  9H.3 

6   4  18.53 

94  93    l.4j    5.1 

9.9,  0.37 

9,9  0.37 : 
9.9^  0.37  1 

14 

536.9 

3  15  39.69+19  39   8.3,    6.H 

3.H  0.4H 

Apr.  1 

4  9C.!> 

5   6  53.03 

+94  96  10.0 

6.1 

15 

535.1 

3  I7  59.:M5+I9  47  4h.O    <L8 

3.8  0.4H 

9 

4  •ift.H 

5   9  97.rtH'+94  999l.9 

5.0 

96 


402 


JUPITER,  1895. 


1 


FOB  TRANSIT  AT  WASHINGTOIT. 


^ 


I 


h    m 
II  17.9 

II  13.4 

II    8.9 

II    4.4 

1050.9 

5|  1055.41 
d  1051.0! 
10  46.51 
1042.0* 
1037.6 


7 
8 


lOl 

II 

12 

13 

14 

15 
16 
17 

18 
19 

20 
21 
22 
23 
24 

25 
26 
27 
28 
29 

30 

31 

Feb.  I 


4 

5 
6 

7 
8 

9 
10 
II 
12 


Time 
of 


14 

15 


10  33.1 
10  28.7 
1024.3 
10  19.9 
10  15.5 

1011. 1 
10  6.7 
10  2.3 

9  57.9i, 
953.6 

949.2 
9  44.9 
9  40.6 
936.3 
932.0J 

927.7 
923.4 
9  19.2 
914.9 
910.7 

9  6.5 
9  2.2 

8  58.0 
8  53.9 
8  49.7 

8  45.51 
841.4 
8  37.3 
8  33.2 
829.1 

8  25.0 
8  20.9 
8  16.8 
8  12.8 


13;    8   8.8 


8   4.8 
8   0.8 


ThpfiftaiitiOT 


I  42. 


T.afi 
Sem. 
Hot.  8«aii-  Pms 
Pv.  diMu.   Mer. 


km* 
6  0  10.47 

55936.41 

559  2.61 

5  58  29.12* 

5  57  56.97 

$57  23.17 
5  56  50.74 
556  18.72 
555  47.13 
555  15.98 


o      * 

'I'23I5 


H  It 

2.1  22.6 


554  45. 
554  15.08 
553  45.39 
5  5316.23 
55247.61 


29+23 


552  19. 
5  51  52.09 
5  5125.23 
55058.98 
550  33.37 


564-23 


550   8.424^23 
54944.15 
54920.56 
5  48  57.68 
548  35.52 


548  14.091^23 
547  53.41 
5  47  33.50 
54714.36 
5  46  56.00 


1.^ 

23I5I0.7|  2.1,22.6 

23l5l9.d  2.1  22.6' 

23  1527.51  2,1' 22.5 

231535.21  2.l!22^ 


•1^231542.61  2.1,22.51 
23I5  49.6J  2. r  22.4 
23  15  56.21   2.1!  22.4 


2316 
23  16 


2.5 
8.5 


16  14.1 
23  16  19.5 
23  1624.5 
23  1629.3 
23  1633.9 


1638.2 
2316  42.5 
2316  46.5 
231650.5 
23  1654.2 


1657.9 
23  17  1.5 
2317  5.0 
23  17  6.4 
2317  11.81 


17  15.31 
23  17  18.7 
23  17  22.2 
23  1725.8 
23  1729.4 


5  4638.44-^23  17  33.2 
5  4621.681  23  17  37.0 


5  46   5.74 


23  1741.0 


545  50.62    23  17  45.2 
54536.32    23  17  49.5 

5  45  22.H6+23I7  53.9 
5  4510.231  23  17  58.6 


5  44  58.451 
5  44  47.51 


5  44  37.42    231813.9 


544  28.18 
5  44  19.80 
5  44  12.28 
5  44  5.61 
5  43  59.81 


23  18 
23  18 


3.5 

8.6 


2,1  22.4 
2.1!  22.4 

2.1,22.4 
2.1  22.3 
2.1,22.3 
2.1,22.3 
2.1  22.2 


2.1 

2.1 
2.1 
2.1 
2.1 

2.1 
2.1 
2.1 
2.1 


22.2I 

22.1 

22.0 

22.0 

21.9 


2 
2 
2 
2 

2.0i2 

2.0  2 
2.0' 2 
2.0'  2 
2.0^2 
2.0  2 


2.0  2 

2.0:2 

2.0^2 
2.o|  2 
2.0 


.9 

.8 
.8 
.7 
.7 

.6 
.6 
.5 
.5 
.4 

.4 

.3 
.3 
.2 
.1 

.1 

.0 

20.91 


-1-2318  19.4 
23  1825.2 
23  1831.2 
23  18  37.5 
23  18  44.0 


2.0 
2.0 
2.0 

2.0|  20.9 
2.0  20.8 

2.0^  20.8 
2.0  20.7 
I.9J20.7 
1.9120.6 
1.9  20.5 


5  43  54.88+23  18  50.9    1.9  20.5 
5  43  50.81+23  18  58.0     1.9  20.4 


.75 
.75 
.74 
.74 
.74 

.73 
.73 
.73 
.73 
.73 

.72 
.72 
.72 
.72 
.71 

.71 
.71 
.71 
.70 
.70 

.69 
.69 
.69 
.68 

.68 

.68 
.67 
.67 
.66 
.66 

.66 
.65 
.65 
.60 
.64 

.64 
.63 
.63 
.62 
.62 

.61 

.60 
.60 
.59 
.59 

.58 

.58 


Apfmntkt 
TioM    1LA«eain(H 
of      I  »t 

Tnaait.,     Traasit. 


Feb.  1 4 
15 
16 
17 
18 

19 
20 
21 
22 
23 

24 

25 
26 
27 

28 

Mar.  1 
2 
3 
4 


8 

9 

10 

II 
12 
13 
14 
15 

16 
17 
18 
19 
20 

21 
22 
23 
24 
25 

26 
27 

281 
29 
30 

31 
Apr.  1 


h   m  I 
8   4.8' 

8  0.8 

7  56.8 

7  52.8' 
7  48.81 

7  44.9 
741.0 
7  37.1 
7  33.2 
7  29.3 

725.4 
7  21.5 
7  17.7 
7  13.9 
7  10.1 

7  6.3 
7  2.5 
658.7 
654.9 
651.2 

6  47.5 
6  43.8 
640.1 
6  36.4 
6  32.7 

629.0 
625.4 
621.7 
6  18.1 
614.5 

6  10.9 
6  7.3 
6  3.7 
6  0.2 
5  56.6 

553.1 
5  49.6^ 


a    m     •  o    #     « 

543  54.88+23  18  50.9 

5  43  50.81,  23  18  58.0 

543  47.61  23  19   5.4 

54345^  23  19  13.1 

54343.80^  231921.1 

5  43  43.20+23  1929.4 


5  43  43.47 
5  43  44.62 
54346U$4 
5  43  49.52 


23  1938.0 
23  19  46.9 

2319  56.1 

2320  5.71 


543  53.2&+2320I5.4 
54357.86;  232025.5 

544  3.33:  232035.8 
5  44  9.65|  232046.4 
5  44  16.821  23  20  57.3 

544  24.84+2321  8.4 
544  33.70  2321  19.61 
5  44  43.391  2321  31.1 

544  53.91 

545  5.251 


5  45  17.41 
5  45  30.37 
54544.14 
5  45  58.71 
5  4614.061 


5  46  30.2^+23 
546  47.11 
5  47   4.79 
5  47  23.24 
5  47  42.44 


2321  42J^ 
23  2154.7 

+2322  6.8 
232219.1 
23  2231.6 
23  22  44.2 
232256.9 


23  9.7 
232322.6 
2323  35.6 

2323  48.6 

2324  1.7 


5  48  2.39+2324  14.8 


5  48  23.09 
5  4844.52 
5  49  6.69 
5  49  29.57 


2324  27.9 
232441.1 
2324  54.2 
9325  7.2 


54953.16+23^20.2 
55017.50;  23  2533.0 
23  25  45.7 


5  46.0|  550  42.52 
5  42.5  5  51  8.24 
5  39.0    55134.65! 


5  35.6 
532.1 
528.6 
525.2 
521.7 

518.3 
5  14.9 


232558.3 
23  26  10.6 


5  52    1.73'+232622.7 


5  52  29.49 
5  5257.91 
5  53  27.00 


232634.7 
23  26  46.6 
232656.0 


553  56.73   23  27   9.2 


554  27.10+232720.0 
554  58.10+232730.61 


B.Tuif 


.9  2O.5I  IM 
.9  20.4j  1^ 
.9  20.3  1.5*^ 
.9  20  J;  1^7 

.9  20.2f  1.57 

I 
.9  20.2;  I M 

.9  20.IJ  1^ 

.9  20.0^  135 

.9  9O.0I  1.55 

.9  19.9J  1.54 

^.9^134 
^M  1.53 


•'I 

.r 
.^1 
.7; 
.7 

.7 
.7 
.7 
.7 
.7 

.7 
.7 


9.8 
9.7 
9.6 

9.6 
9.5 
9.4 
9.4 
9.3 

9.3 
9.2 
9.2 
9.1 
9.0 

9.0 
8.9 

8.8 
8.7 

a7 

8.6 

8.5 

8.5 

rB.4 

&3 

8.3 
8.2 
8.2 
8.1 
8.1 

8.0 
8.0 
7.9 
7.9 

7.8 


1.53 
1.52 
1.52 

1.51 
1.51 
1.50  i 

l.«» 


1.49 
1.48 
1.48 
1.47 
1.47 

1.46 
1.46 
1.46 
1.45 
1.44 

1.44 
1.43 
1.43 
1.42 
1.42 

1.42 
I.4I 
1.41 
1.40 
1.40 

1.^ 
1.^ 
1.38 
1.38 
1.37 


7.8  1.3? 
7.7I  1,36 


-i^S^f^f* 


JUPITER,  1895. 


40 


FOB  TBANSIT  AT  WASHINGTON. 


IHte. 


Oct.  I 
2 
3 
4 


7 

6 

9 

10 

II 
19 
13 
14 
15 

16 
17 
18 
19 

91 
99 
93 
94 
95 

96 
97 
98 
99 
30 

31 

Not.  I 

9 

3 

4 

6 
6 

7 
8 
9 

10 
II 
19 
13 
14 


Tim* 

of 

TnuMit 


n    m 
944.8 

941.5 

938. 

934. 

93l.(^ 


9 


998.1 
994.8 
991.4 
918.0 
914.6 


8 


911. 
9  7. 
9  4.4 
9  0.91 
857. 


8  54. 
8  50. 
847.1 
843. 
840.1 


6 


6 


Appareat 
R.  AtoeiMioii 


Truaii. 


b   m     • 
8  98  49.09 

8  99  95.56 

830    1.59 

830  36.98 

83111.99 

83146.34 
83990.94 
83953.60 
83396.49 
83358.68 


834  30.39|'I>I9 

835  1.53 
83539.10 

836  9.08 
83631.48 


837   0.981+18 
8  37  98.49 
83756.08 
83893.06 
83849.41 


836.61 

833.1 

899.0 

896.0 

899.5 

818.9 
915.4 
811.8 
8  8.9 
8  4.6 

.8  1.0 
7  57.3 
7  53.7 
750.1 
7  46.4 

7  49.7 

739.0 
735.4 
731.6 
7  97.9 

7  94.9 
790.4 
7  16.7 
719.91 
7  9.1 


83915.191+18 
8  39  40.90 
840   4.63 
8  40  98.49 
84051.55 


7 
7 


5.3 


841  14. 
8  4135.89 
84156.95 
8  4917.41 
84937.17 


8  49  56.95 
84314.64 
8  43  39.331 
843  49.31 
8  44   5.57 

84491.19 
8  44  35.93 
8  44  50.09 
8  45  3.36 
845  15.96 

8  4597.81 

845  3a9l 
8  45  49.94 
8  45  58.80 

846  7.59 


ApMrent 
DeoUnattoB 


o     * 
^1994 


9.91 


19  99  11.9 
1990  13.7 
19  18  17.6 
191693.0 

+1914  99.8 
191938.9 
1910  48.1 
19  859.61 
19  7  19.7 


597.6 
19  3  44.9 
19  9  9.6 
19  093.0 
185845.9 


57  9.31 
1855  35.4 
18  54  3.6 
185933.9 
1851    6.3 


49  40.91 
18  48  17.7 
184656.8 
18  45  38.9 
18  44  99.0 


091+1843  8.1 
184156.6 
1840  47.5 
183941.0 
183836.9 


Hot. 
Par. 


dlMM. 


+18  37  35.4 
18  36  36.5 
1835  40.3 
18  34  46.7 
1833  55.8 

+18  33  7.7 
183999.3 
183139.7 
1831  0.0 
18  3093.9 

+1899  49.3 
18  99  18.3 


1898  50.3, 
1898  95.9 
1898   3.9 


846  15.60+18  97  44.3 


1.5'   8  46  99.83+18  97  98.4 


.6 
.6 
.6 
.6 
.6 

.6 
.6 
.6 
.6 
.6 

.6 
.6 
.6 
.6 
.6 

.6 
.6 
.7 
.7 
.7 

.7 
.7 
.7 
.7 
.7 

.7 
.7 
.7 
.7 
.7 

.7 

.7 
.7 
.7 

.8 

.8 
.8 
.6 
.8 


.8 
.8 
.8 

.H 


16.7 
16.8 
16.8 
16.9 
16.9 

16.9 
17.0 
17.0 
17.1 
17.1 

17.9 
17.9 
17.3 
17.3 
17.4 

17.4 
17.5 
17.5 
17.6 
17.6 

17.7 
17.7 
17.8 
17.8 
17.0 

17.9 
18.0 
18.0 
18.1 
18.1 

18.9 
18.9 
18.3 
18.4 
18.4 

18.5 
18.6 
18.6 
18.7 
18.7 


18.9 
18.9 
19.0 


8.T.of 
Sem. 
Pms. 
Mer. 


1.96 
1.96 
1.96 
1.97 
1.97 

1.97 
1.98 
1.98 
1.98 
1.99 

1.99 
1.30 
1.30 
1.31 
1.31 

1.31 
1.31 
1.39 
1.39 
1.33 

1.33 
1.33 
1.33 
1.34 
1.34 

1.34 
1.35 
1.35 
1.36 
1.36 

1.37 
1.37 
1.38 
1.38 
1.38 

1.39 
1.39 
1.40 
1.40 
1.40 


18.8  1.41 
IH.8  1.41 


8  19.0 

8l  19.1 


1.49 
1.49 
1.49 

1.43 
1.43 


I>at«. 


Nov.  16 
17 
18 
19 
90 

91 
99 
93 
94 
95 

96 
97 
98 
99 
30 

Deo.  I 
9 
3 
4 


6 
7 

8 


Tiin« 

of 

Tnuwit 


b    m 
17    1.5 

1657.7 

1653.8 

1650.0 

16  46.1 

16  49.9 
1638.4 
16  34.5 
1630.5 
1696.6 

1699.7 
16  18.7 
16  14.7 
16  10.7 
16  6.8 

16  9.8 
1558.7 
1554.7 
1550.6 
15  46.6 

1549.5 
1538.4 
1534.3 
1530.9 


10  1596.0 


II 


i 


3 


13 
14 
15 

16 
17 
18 
19 
90 

91 
99 
93 
94 
95 

96 
97 
9H 
99 
30 

31 


1591.9 
15  17.8 
15  13.6 


15 
15 


9.4 

5.91 


15  1.0 
14  56.8 
14  59.6 
14  48.3 
14  44.0 

14  39.8 
14  35.5 
14  31.3 
14  97.0 
14  99.7 

14  18.3 
14  14.0 
14  9.7 
14  5.1 
14  1.0 


Apparent 


Appareai 
Aaoeiiai( 

at 
Tranaik 


OD 


b   m     a 
8  46  99.83 

8  46  99.98 

84634.94 

8  4639.81 

8  46  43.89 

846  47.17 
8  46  49.65 
846  51.35 
8  46  59.94 
8  46  59.34 

84651.64 
846  50.14 
8  46  47.85 
8  46  44.75 
8  46  40.86 


8  46  36. 161-1^18 
8  46  30.67 
8  46  94.39 
84617.39 
846  9.45 


846  0.791+18 
84551.34 
84541.10 
8  45  30.08 
84518.98 


845  5.71 
8  44  59.37 
8  44  38.97 
8  44  93.4 1 

8  44   7.80 

843  51.46 
8  43  34.39 
8  43  16.59 
8  49  50.08 
8  49  38.88 

8  49  19.00 
8  4158.44 
8  4 1  37.99 
841  15.35 
8  40  59.86 

8  40  99.74 
8  40   6.01 
83941.70 
839  16.89* 
83851.37 


Apnarvnt 

DecUiiatloD 

al 

Tranait. 


O       I       II 

^1897  98.4 
1897  15.7 
1897   6.0 

1896  59.5 
18  96  56.1 

k>l896  55.9 
18  96  58.8 

1897  4.9 
1897  14.1 

1897  96.4 

+189741.8 

1898  0.4 
189899.91 

1898  47.1 

1899  15.1 


99  46.9i 
183090.4 
183057.7 
18  3138.01 
183991.4 


33  8.0 
18  3357.5 
18  34  50.0 
18  3545.4 
18  36  43.91 


1837  45.3 
18  38  49.6 
18  39  56.7 
1841  6.6 
18  49  19.3 

+  18  43  34.7 
18  44  59.7 
18  46  13.4 
18  47  36.6 
18  49   9.9 

^18  50  30.3 
18  59  0.7 
18  53  33.3 
1855  8.9 
18  56  45.9 

4^185894.9 


19 
19 
19 
19 


0  5.9 

1  48. 1 
3  39.8; 
5  19.9. 


Hor.  8«ail 
Par.  'diani. 


f« 


1.8  19.1 
1.8  19.1 


1.8 
1.8 
1.8 

1.8 
1.8 
1.8 
1.8 
1.8 

1.8 

1.8 
1.9 
1.9 
1.9 

1.9 
1.9 
1.9 
1.9 
1.9 


1.9 
1.9 


1.9 


19.9 
19.3 
19.3 

19.4 
19.5 
19.5 
19.6 
19.6 

19.7 
19.8 
19.8 
19.9 
90.0 

90.0 
90.1 
90.1 
90.*J 
90.9 


1.9  90.3 
I.9I9O.3 
90.4 
90.4 


90.7 
90.h 


90.5 


l.9|90.5 
l.9|90.6 
1 .9|  90.6 
9.0  90.7 
9.0 

9.0 
9.0 
9.0 
9.0 
9.0 

9.0 

9.0 
9.0 
9.0 
9.0 

9.0 
9.0 
9.0 
9.0 


90.'*, 
90.9 
90.9| 

91.0 

I 

91.0 
91.1 
91.1 
91.9 
91.9 

91.3 
91.3 
91.4 
91.4 


I 


9.0:91.4 


13  56.6    8  3895.38-^19   7   7.3    9.0  91.5 


39  13.^9.3    83768.86  +  19   857.0    9.0191.5 


8.T.0I 
PaM. 


.43 
.41 
.44 
.45 
.45 

.46 
.46 
.47 
.47 

.47 

.48 
.48 
.48 
.49 
.49 

.50 
.50 
.50 
.51 
.51 

.59 
.59 
.53 
.53 
.54 

.54 
.55 
.56 
.56 

.56 

M 

.57 
.57 
.57 

.5rt 

.5H 
.59 
.59 

.fiO 
.60 
.60 
.61 
.61 

.69 
.69 


402 


JUPITER,  1895. 


FOE  TEAUaiT  AT  WASHC 


Dim. 

Tnndt 

[an.  t 

II  I7.I 

11  13.' 

11    8.9 

11    4.4 

1060.9 

1055.4 

I06l.< 

1046.5 

1 

1043.0 

9 

1037.6 

Appuent 
LAHCBakx 


TruBlt. 


h   m 
6   0  10.47+33  15 
5593a.4l    93I5I0.T 
5  59  '2.61    3315  19. 
65839.1'i    831587. 
557  55.9:    3315  35' 
56733.l7t23ir. 
56650.74    V.\  ' 
56618.72    ■        ^/*'f 
655  47,r 


*  D««Guti 


104(4.34 
1936.50 
1934.46 
1913.14 

IB5!(.53- 
IB  46.64     . 
18  33.43 
I980.0S    ; 


M  9  0.9  1 
II  761.6  I 
II   641.3    1 


-10  66  34.0 

10  6513.3 

10  63  51.4 

t06S3t 

1061    5.3 

-10  49  41.0 
104816.0 
10  4660.3 
10  45  33.7 
10  43  56.6 

-10  4338.8 
1041  0.6 
10  39  31.9 
10  3H  3.6 
1036  33.9 

■10  35  3.e 
1033  33.4 
1033  1.6 
10  3030.6 
1038  59.5 

-1037  28.1 
10  35  66.7 
10  34  35.1 
10  3353.6 
1031  33.1 

-1019  50.7 
101310.4 
10  16  48.3 
10  15  17.5 
10  13  46.8 

-10  13  16.6 
IOI0  46.T 
10  9  17.3 
10  7  48.4 
10  630.0 


,6ll4   767.401-10  3^1 


14  17 

14  17  9.3C 
14  1664.54 
14  10: 
14  1634.39 
UIO  8.88 
14  16  63.38 
14  15  37.53 

U  [631.59 
14  16  5.50 
14  14  49.36 
14  14  33.88 
14  14  16.37 
14  1359.73;- 
14  1343.1 
14  1336.12 
14  13   9. 


4  1334.08- 
4  13  17.78 
4  13   0.63 


SATURN,  1896. 


405 


FOB  TRANSIT  AT  WASHINGTON. 


▲pparent 
•  DeofinatiOD 
at 
Transit. 


9 
10 

II 
19 
13 
14 
16 


10 
17 


.  6  49.58 
X6|I4  632.88 
14  6  16.30 
10  65.^14  5  59.84 
10  51.0  14  543.521 


(M  1059.4 


1046.8 
1049.6 
10  38.4 
10  34.9 
10  30.0 


1025.8 
1021.6 
10  17.4 
10  13.3 
M  10  9.1 


91 
99 
93 
94 

95 


10  4.9 

10  0.7 

956.6 

959.4 

948^ 


14  527.34 

14  5  11.30 

14  4  55.42 

14  4  39.71 

14  4  24.16 

14  4   8.80 

14  3  53.62 

14  3  38.64 

14  323.85 

14  3  9.28 

14  254.92 

14  940.78 

14  226.87 

14  213.21 

14  159.79 


301 

31 
June  I 
9 
3 
4 

5 
6 

7 
8 
0 

10 
II 
19 
13 
14 

15 

id 


96  944.1 

97  940.0 

98  935.8 
991  931.7 

997.6 


14 
14 
14 
14 
14 


1  16.621 
133.70 
I  21.05 
I  8.67 
056.56 


993.4 
919.3 
915.9 
911.1 
9  7.0 

9  9.9 
858.8 
854.7 
860.6 
846.5 

8  42.4 
838.3 
834.3 
830.2 
626.2 

899.1 
81&1 


14  044.73 

14  033.19 

14  091.93 

14  010.97 

14  0  0.31 

1359  49.95- 
13  59  39.90 
1359  30.16 
136920.73 
135911.62 

1359  2.83 
13  5854.37 
135846.23 
135838.43 
135830.97 

135893.84 
135817.06 


4  52.3 

3  25.1 

58.6 

2.8 

1»39   7.8 

9  57  43.6 
95620.2 
9  54  57.7 
95336.1 
9  5215.5 

95055.9 
9  49  37.3 
94819.8 
9  47  3.5 
9  45  48.3 

9  44  34.2 
9  4321.4 
9  42  9.91 
9  40  59.7 
9  39  50.9 

9  38  43.5 
9  37  37.5 
9  36  32.9 
93529.9 
934  28.5 

9  33  28.6 
9  3230.4 
9  3133.8 
9  30  38.8 
9  29  45.5 

92853.9 
928  4.1 
927  16.0 
9  26  29.7 
9  25  45.3 

9  25  2.6 
924  21.8 
9  23  42.8 
923  5.7 
92230.5 

9  2157.1 
9  2125.7 
920  56.^^ 
9  20  28.7 
920  3.21 

\-  01939.7 
-  9  19  18.1 


Hor.  S«iui 
Par.  dian. 


.0    8.9 


.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 


.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 


8.9 
8.9 
8.9 
8.9 

8.9 

8.9 
8.8 
8.8 
8.8 

8.8 
8.8 
8.8 
8.8 
8.8 

8.8 
8.8 
8.8 
8.8 
8.8 

8.8 
8.8 
8.8 
8.7 
8.7 

8.7 

8.71 

8.7 

8.7 

8.71 

8.7 
8.7 
8.7 
8.7 
8.7 

8.6 


Apparent 

R.  Aac<«ii«ioi» 

at 

Tranait. 


0.64 
0.64 
0.64 
0.64 
0.64 

0.64 
0.64 
0.64 
0.64 
0.64 

0.64 
0.64 
0.64 
0.64 
0.63 

0.63 
0.63 
0.63 
0.63 
0.63 

0.63 
0.63 
0.63 
0.63 
0.63 

0.63 
0.63 
0.63 
0.63 
0.63 

0.62 


8.6  0.62 
8.6  0.62 
8.6  0.62 


8.6 


0.62 


8.6  0.62 
8.6'  0.62 
8.6'  0.62 
8.6  0.62 
8.5  0.61 


8.5  0.61 
8.5'  0.61 


21 
22 
23 
24 
25 

26 

27 
28 
29 
30 

Jaly  I 

3 
4 


7 

8 

9 

10 

11 
12 
13 
14 
15 

16 
17 
18 
19 
20 

21 
22 
23 
24 
25 

26 
27 
28 
29 
30 

31 


7  57.9 
7  63.9 
7  49.9 
7  45.!> 
7  41.9 

7  37.9 
7  34.0 
7  30.0 
7  26.0 
7  22.1 

7  18.1 
7  14.2 
7  10.2 
7  6.3 
7   2.3 

6  58.4 
6  54.5 
6  50.6 
6  46.7 
6  42.8 


6  38.9 
6  35.0 
631.1 
6  27.31 
6  23.4 

6  19.5 
6  15.7 
6  11.8 
6  8.0 
6   4.1 

6  0.3 
5  56.5 
552.7 

5  48.8 
5  45.0 

541.2 
5  37.4 
5  33.7 
5  29.91 
526.1 

522.:t 
5  18.6 


i>««noi 


ireni 
I>««fi  nation 
at 
Trauait. 


h    m     • 
3  .'W  1 7.06 

3.^18  10.62 

3  58  i.5:< 

3  67  58.791 

3  57  53.41 

3  57  48.38 
3  57  43.72 
357  39.41 
3  57  35.47 
3  5731.90 

• 

3  57  28.69 
3 .57  25.85 
3  57  23.38 
3  57  21.28 
3  57  19.55 

3  57  18.18 
3  67  17.19 
3  67  16.57 
3  57  16.33 
357  16.45 

357  16.94 
3  57  17.80 
357  19.03 
3  57  20.63 
3  57  22.60 

36724.94 
3  67  27.66i 
3  57  30.74 
3  57  34.20 
3  57  38.02 

3  57  42.21 
3  67  46.77 
3  57  51.69 
3  57  66.98 
3  58   2.63 

3  58  8.65 
3  58  15.04 
3  6821.79 
3  58  28.90 
3  58  36.37 

3  58  44.20 
3  5I  52.38 
3  59  0.91 
3  59  9.79 
3  69  19.02 

3  5928.60 
3  59:W.5I 


Hor. 
Par. 


8.T.or 

8«wi-  Paan. 
tllaiD.   Ifer. 


•9  19  18.1 
9  18.58.6 
91841.1 
9  18  25.6 
9  18  12.2 

•9  18  0.9 
9  17  51.7 
917  44.5 
917  39.5 
9  17  36.5 

-9  17  35.6 
917  36.8 
9  17  40.0 
9  17  45.4 
917  52.8 

-9  18  2.3 
91813.9 
9  1827.6 
91843.4 
9  19    1.2 

•91921.0 
9  19  42.9 
9  20  6.9 
920  32.9 
9  21    0.9 

-92130.9 
9  22  3.0 
9  22  37.1 
923  1.1.9 
99351.3 

-924  31.6 
925  13.6 
9  26  57.6 
9  26  43.6 
92731.6 

-9  2821.6 
9  21M3J> 
9  30  7.31 
9  31  3.0 
9  32   0.6 

-9  33  0.1 
934    1.4 

9  35  4.5! 
9:M5  9.5; 
9  37  16.2 


ti 
1.0 

1.0 


8.5  0.61 
l.OJ   8.5  0.61 


1.0 
1.0 

1.0 
1.0 
1.0 
1.0 
1.0 

1.0 
0.9 
0.9 
0.9 
0.9 

0.9 
0.9 
0.9 
0.9 
0.9 

0.9 
0.9 
0.9 
0.9 
0.9 

0.9 
0.9 
0.9 
0.9 
0.9 

0.9 
0.9 
0.9 
0.9 
0.9 

0.9 
0.9 
0.9 
0.9 
0.9! 


8.5 


a 
0.61 


8.5 
8.5 


0.61 
0.61 


8.5  0.61 
8.4  0.61 


8.4  0.61 


8.4 
8.4 


8.4 
8.4 
8.4 
8.3 
8.3 

8.3 
8.3 
8.3 
8.3 


0.61 
0.61 

0.61 
0.61 
0.61 
0.60 
0.60 

0.60 
0.60 
0.60 
0.60 


8.3  0.60 

8.3  0.60 
8.3  0.59 
8.2I  0.59 
8.2|  0.59 


8.2 

8.2 
8.2 
8.2 
8.2 

8.2 

8.1 

ej 
8.1 
8.1 
8.1 

8.1 
8.1 

H.Ot 


0.59 

0.59 
0.59 
0.59 
0.60 
0.59 

0.58 
0.58 
0.68 
0.58 
0.58 

0.58 
0.5H 
0..5ei 


8.0J  O.-Sh 
8.0.  0.5(3 


0.9; 
0.9 
0.9 
0.9 

-9.1H24.7.    0.9 
-9:W3.5.0i    0.9 


0.9|  8.0i0..58 
0.58 
0.5rt 


f<.0 
8.0 
7.9i  0.58 
7.91 0.57 

7.9  0.57 
7.9  0.67 


404 


SATURN,  1896. 


FOB  TBANSIT  AT  WASHINGTON. 

Dftt«. 

Mean 

Time" 

of 

TrMMit 

Apparent 

K.Aacenaion 

at 

Traosit. 

Apparent 

DeciinatioD 

at 

Traosik 

Hot. 
Par. 

H 

1.0 

Semi 
diam. 

8.1 

8.T4)f 
Seu. 
PaM. 
Mer 

Date. 

Mean 

Tine 

of 

Tranait 

Apparent 

A.  Aaeensioii 

at 

Tranait. 

Apparaat 

Deettaation 

at 

Tiaadt. 

Hor.  S0K{->  Paea 
Par.  diaa.  Mer. . 

k  m 
Feb.  1   17  32.9 

h   m     t 
14  2225.29 

0      1      u 

-113151.6 

s 
0.59 

Mar.  17 

b    ni 
14  37.5 

h  m     • 
14  19  59.68 

0     1     tt 
-11    9   0.9 

1.0    6.6  0.63 

2 

17  29.1 

14  22  30.43 

1132    1.7 

1.0 

8.1 

0.59 

18 

14  33.4.  14  1948.24 

II    751.8 

1.0    8.7 

0.63 

3 

17  25.2 

1422*35.16 

1132   9.7 

1.0 

8.1 

0.59 

19 

14  29.3,  14  1936.50 

11    641.3 

1.0    8.7 

0.63, 

4 

1721.4 

14  22  39.50 

1132  15.7 

1.0 

8.1 

0.59 

20 

14  25.2  14  1924.46 

II    529.6 

J.O    8.7  0.63; 

5 

17  17.5 

14  22  43.44 

II  32  19.6 

1.0 

8.2 

0.59 

21 

14  21.0  14  1912.14 

11    4  16.5 

1.0    8.7 

0.63 

6 

17  13.6 

14  22  46.98 

-113221.6 

1.0 

8.2 

0.60 

22 

14  16.8  14  1859.53 

-11    3   2.3 

1.0    8.7 

0.63 

7 

17   9.7 

14  22  50.12 

11  :W21.6 

1.0 

8.2 

0.60 

23 

14  12.7  14  18  46.64 

11    146.9 

1.0    8.7 

0.63 

8 

17   5.9 

14  22  52.86 

11  32  19.5 

1.0 

8.2 

0.60 

24 

14   8.5|  14  18  33.49 

II    0  30.3 

1.0    8.7 

0.64 

9 

17   2.0 

1422  55.19 

1 1  32  15.5 

1.0 

8.2 

0.60 

25 

14    4.4  14  1820.08 

1059  12.5 

1.0    6.7 

0.64 

10 

1658.2 

14  22  57.12 

1 1  32   9.5 

1.0 

8.2 

0.60 

26 

14   0.2 

14  18  6.41 

10  57  53.8 

1.0   a? 

0.64 

II 

16  54.2 

14  2258.65 

-1132    1.5 

1.0 

8.2 

0.60 

27 

13  56.1 

14  17  52.50 

-10  5634.0 

1.0    8.8  0.64 

12 

16  50.3 

14  2259.78 

II  31  51.4 

1.0 

8.2 

0.60 

28 

13  51.9 

14  17  38.35 

105513.2 

1.0    8.8 

0.64 

13 

16  46.3 

14  23   0.51 

II  31  39.4 

1.0 

8.3 

0.60 

29 

1347.7 

14  17  23.97 

105351.4 

1.0    8.8 

0.64 

14 

16  42.4 

14  23   0.83 

113125.4 

1.0 

8.3 

0.61 

30 

13  43.6 

14  17   9.36 

10  5228.8 

1.0    8.8 

0.64 

15 

16  38.5 

14  23   0.76 

1131    9.5 

1.0 

8.3 

0.61 

31 

13  39.4 

14  16  54.54 

10  51    5.3 

1.0    8.8 

0.64 

16 

1634.5 

14  23   0.28 

-1130  51.6 

1.0 

8.3 

0.61 

Apr.  1 

13  35.2 

14  16  39.52 

-104941.0 

1.0    8.8 

0.64 

17 

16:K).6 

14  22  59.39 

1130  31.7 

1.0 

8.3 

0.61 

2 

1331.0 

14  16  24.29 

10  4816.0 

1.0    8.8 

0.64 

18 

1626.6 

142258.11 

1 1  30   9.8 

1.0 

8.3 

0.61 

3 

13  26.8 

14  16  8.88 

10  4650.2 

1.0    8.8  0.64 

19 

16  22.7 

14  22  56.42 

1 1  29  46.0 

1.0 

8.3 

0.61 

4 

13  22.6 

14  15  53.28 

10  4523.7 

1.0    8.8  0.64 

20 

16  18.7 

14  22  54.33 

1 1  29  20.3 

1.0 

8.4 

0.61 

5 

13  18.4 

14  15  37.52 

10  43  56.6 

1.0    8.8j0.64 

21 

16  14.7 

142251.84 

-112852.6 

1.0 

8.4 

0.61 

6 

13  14.2 

14  1521.59 

-10  42  28.8 

1.0    8.8  0.64 

22 

16  10:7 

14  22  48.95 

1 1  28  23.0 

1.0 

8.4 

0.61 

7 

13  10.0 

14  15  5.50 

1041    0.6 

1.0    8.8 

0.64 

23 

16   6.8 

14  22  45.67 

1127  51,6 

1.0 

8.4 

0.61 

8 

13   5.8 

14  14  49.26 

10  3931.9 

1.0    8.8 

0.64 

24 

16   2.8 

14  22  42.00 

1127  18.2 

1.0 

8.4 

0.61 

9 

13    1.6 

14  14  32.88 

10  38  2.6 

1.0    8.8 

0.64 

25 

15  58.8 

14  22  37.93 

1 1  26  42.9 

1.0 

8.4 

0.61 

10 

12  57.4 

14  14  16.37 

10  36  32.9 

1.0    8.9 

0.64 

26 

15  54.8 

14  22  33.48 

-1126   5.9 

1.0 

8.5 

0.61 

11 

12  53.2 

14  13  59.73 

-10  35  2.8 

1.0    8.9 

0.64 

27 

15  50.7 

14  22  28.64 

1 1  25  27.0 

1.0 

8.5 

0.61 

12 

12  49.0 

14  13  42.98 

10  3332.4 

1.0    8.9 

0.64 

28 

15  46.7 

14  22  23.41 

1 1  24  46.3 

I.O 

8.5 

0.62 

13 

12  44.8 

14  1326.12 

1032    1.6 

1.0    8.9 

0.64 

M»r.  1 

15  42.7 

14  22  17.80 

1 1  24    3.8 

1.0 

8.5 

0.62 

14 

12  40.6 

14  13   9.16 

10  3030.6 

1.0    8.9 

0.64 

2 

16:18.7 

14  22  11.82 

1123  19.6 

1.0 

8.5 

0.62 

15 

12  36.4 

14  1252.11 

10  3859.5 

1.0    8.9 

0.64 

3 

15  34.6 

14  22   5.47 

-1122  33.6 

1.0 

8.5 

0.62 

16 

12  32.2 

14  1234.98 

-1027  28.1 

1.0    8.9 

0.64 

4 

16  30.6 

14  2158.75 

II  21  45.9 

1.0 

8.5 

0.62 

17 

12  28.0 

14  12  17.78 

102556.7 

1.0    8.9 

0.64 

5 

15  26.5 

142151.66 

1 1  20  56.5 

1.0 

8.5 

0.62 

18 

1223.8 

14  12   0.52 

1024  25.1 

1.0    8.9 

0.64 

6 

1522.6 

14  2144.22 

1120    5.5 

1.0 

8.6 

0.62 

19 

12  19.5 

14  1143.20 

10  22  53.6 

1.0    8.9 

0.64 

4 

15  18.4 

14  2136.42 

11  19  12.9 

1.0 

« 

8.6 

0.62 

20 

12  15.3 

14  1125.83 

1021  22.1 

1.0    8.9 

0.64 

8 

15  14.4 

14  21  2H.26 

-11  18IH.6 

1.0 

8.6 

0.62 

21 

1211.1 

14  11    8.43 

-10  19  50.7 

1.0    8.9 

0.64 

9 

15  10.3 

14  21  19.75 

11  17  22.7 

1.0 

8.6 

0.63 

22 

12   6.9 

14  1051.00 

10  18  19.4 

1.0    8.9  0.64 
1.0    8.9  0.64 
1.0    8.910.64 
1.0    8.9' 0.64 

10 

15   6.2 

14  21  10.91 

II  16  25.3 

1.0 

8.6 

0.63 

23 

12   2.6 

14  10  33.56 

10  16  48.3 

II 

15   2.1 

14  21     1.72 

II  15  26.3 

1.0 

8.6 

0.63 

24 

1 1  58.4 

14  10  16.11 

10  15  17.5 

12 

14  58.0 

14  20  52.19 

11  14  25.8 

1.0 

8.6 

0.63 

25 

1154.2 

14   9  58.66 

10  13  46.8 

13 

14  53.9 

14  20  42.33 

-II  13  2.3.7 

1.0 

8.6 

0.63 

26 

1 1  49.9 

14   941.22 

-10  12  16.5 

1.0    8.9  0.64 

14 

14  49.8 

14  20  32.14 

II  12  20.2 

1.0 

8.6 

0.63 

27 

1 1  45.7 

14   9  23.81 

10  10  46.7 

1.0    8.9  0.64 

ir> 

1 4  4.5.7 

14  20  21.64 

11  11  15.2 

1.0 

8.6 

0.63 

28 

1141.5 

14    9  6.43 

10  9  17.3 

1.0    8.9  0.64 

16  1441.6 

14  20  10.81 

11  10   8.7 

1.0 

8.6 

0.63 

29 

1 1  37.3 

14   8  49.09 

10   7  48.4 

1.0    8.9  0.64 

17 

14  37.5 

14  19  59.68 

11    9   0.9 

1.0 

8.6 

0.63 

30 

1133.1 

14    831.80 

10  620.0 

1.0    8.9  0.64 

18 

14.33.4  14  19  48.24 

-II    751.8 

1.0 

8.7 

0.63 

May   1 

1128.9 

14   614.56 

-10   4  52.3 

1.0    8.9  0.64 

19  14  29.31  14  I9:W.50 

- 

-II    641.3 

1.0 

8.7 

0.63 

2 

II  24.6!  14   7  57.40-10  3%.l 

1.0    e.9i0.64 

8ATUEN,  1895. 


405 


FOB  TBAK8IT  AT  WASHINGTON. 


May  1 

3 
4 


7 

8 

9 

10 

11 
19 
13 
14 
16 

16 
17 
18 
19 
90 

91 
99 
93 
94 

96 

96 
97 

98 
99 
30 

31 

June  I 

9 

8 

4 

6 
6 
7 
8 
9 

10 
II 
19 
13 
14 

16 
16 


6|ll 
II 


H6M 

Time 
of 

TnauHi, 


Apparent 

R.AM)«DliOtt 

Traiiftit. 


h    n 
1198.9 

1 1  94.6 

1 1  90.4 

II  16.9 

II  19.0 


7.8 
3.6 
10  69.4 
10  66.9 
10  61.0 

1046.8 
1049.6 
1038.4 
1034.9 
1030.0 

1096.8 
1091.6 
10  17.4 
10  13.31 
10  9.1 

10  4.9 

10  0.7 

966.6 

969.4 

948.31 

944.1 
940.0 
936.8 
931.7 
997.61 

993.4 
919.3 
916.9 
9IIJ 
9  7.0 

9  9.9 
868.8 
864.7 
860.6 
846.6 

8  49.4 
838.3 
834.3 
830.9 
896.9 

899.1 
8I&1 


14 
14 
14 
14 
14 


Apparent 

Deoji  nation 

at 

Transit. 


m  a 
8  14.66 
7  57.40 
7  40.31 
7  93.30 
7   6.39 


14  649.58 

14  639.88 

14  6  16.30 

14  5  59.64 

14  643.591 

14  697.34 

14  611.30 

14  4  65.49 

14  4  39.71 

14  4  94.16 

14  4   8.80 

14  35.3.69 

14  3  38.64 

14  393.85 

14  3  9.98 

14  954.99 

14  940.78 

14  996.87 

14  9  13.91 

14  159.79 

14  146.691 

14  133.70 

14  191.05 

14  I    8.67 

14  066.56 

14  044.73 

14  033.19 

14  091.93 

14  0  10.97 

14  0  0.31 


o 
10 

10 

10 

10 


/      tt 

4  59.3 
395.1 
158.6 
0  39.8 


136949.95- 
13  69  39.90 
1369  30.16 
136990.73 
136911.69 

1369  9.83 
13  6864.37 
136846.93 
135838.43 
136830.07 

136893.84 

1368  17.06-  9  10  18.1 


9  59   7.8 

9  57  43.6 
9  56  90.9 
9  54  67.7 
9  53  36.1 
95915.5 

95055.9 
9  49  37.3 
94819.8 
9  47  3.5 
9  45  48.3 

9  44  34.9 
9  4391.4 
949  9.^ 
9  40  59.7 
9  3950.9 

9  38  43.5 
9  37  37.5 
9  36  39.9 
9  3599.9 
934  98.5 

93398.6 
9  3930.4 
93133.8 
9  30  38.8 
9  99  45.6 

9  98  53.9 
9  98  4.1 
997  16.0 
9  96  99.7 
9  95  45.3 

995  9.6 
994  91.8 
9  93  49.8 
993  5.7 
99930.5 

9  9157.1 
99195.7 
990  56.9 
9  90  98.7 
990   3.9j 

-  9  19  39.7 


Hor.  f>enii- 
Par.  Idiam. 


t* 
.0 

.0 

.0 

.0 

.0 

.0 
.0 
.0 
.0 
.0 


.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 
.0 
.0 
.0 

.0 
.0 


If 

8.91 
8.9 
H.9 
8.9 
8.9 

8.9 
8.9 
8.8 
8.8 
8.8 

8.8 
8.8 
8.8 
8.8 
8.8 

8.8 
8.8 
8.8 
8.8 
8.8 

8.8 
8.8 
8.8 
8.7 
8.7 

8.7 
8.7 
8.7 
8.7 
8.7 

8.7 
8.7 
8.7 
8.7 
8.7 

8.6 


8.T.0' 

Paaa 
Her 


a 
0.64 

0.64 

0.64 

0.64 

0.64 

0.64 
0.64 
0.64 
0.64 
0.64 

0.64 
0.64 
0.64 
0.64 
0.64 

0.64 
0.64 
0.64 
0.64 
0.63 

0.63 
0.63 
0.63 
0.63 
0.63 

0.63 
0.63 
0.63 
0.63 
0.63 

0.63 
0.63 
0.63 
0.63 
0.63 

0.69 


Date. 


8.6  0.64 
8.6  0.69 
8.6J  0.69 
8.0!  0.69 

8.6  0.69 
8.6  0.69 
8.o[  0.69 
8.6'  0.69 
8.5  0.61 


8.5'  0.61 
8.5  0.61 


Jaiiel6 
17 
18 
19 
90 

91 
99 
93 
94 
95 

96 
97 
98 

99 
30 

Jnly  1 
9 
3 
4 


7 

8 

9 

10 

II 
19 
13 
14 
15 

16 
17 
18 
19 
90 

91 

991 
93 
94 
95 

96 
97 
98 
99 
30 

31 
An;;.  1 


Kaan 

Time 

of 

Trauait. 

b  m 
8  18.1 
8  14.0 
8  10.0 
8  6.0 
8    1.9 

7  57.9 
7  53.9 
7  49.9 
7  45.9 
741.9 

7  37.9 
7  34.0 
7  30.0 
7  96.0 
7  99.1 

7  18.1 
7  14.9 
7  10.9 
7  6.3 
7   9.3 

6  58.4 
6  54.5 
6  50.6 
646.7 


Apparent      Apparent 
R.Aacpiisioii  Declination 


at 
Tranait. 


6  49.8' 

6  38.9 
6  35.0 
631.1 
697.31 
693.4 

6  19.5) 
615.7 
6  11.8 
6  8.0 
6   4.1 

• 

6   0.3 

5  56.5 

6  69.7 
5  48.8 
5  45.0 

541.9 
5  37.4 

5  33.7 

6  99.91 
596.1 

699.3 
5  \HM 


at 

Transit. 


h    m     a 
3  .'iH  1 7.06 

3  58  10.6^ 

3  58  i.53 

3  57  58.79 

3  57  53.4 1 

3  57  48.38 
3  57  43.79 
3  57  39.4 1 
3  67  36.47 
3  57  31.90 

3  57  98.69 
3  57  95.85 
3  57  93.38 
3  57  91.98 
3  67  19.55 

3  57  18.18 
3  57  17.19 
3  67  16.57 
3  57  16.33 
3  57  16.45 

357  16.94 
3  57  17.H0 
3  57  19.03 
3  57  90.63 
3  57  99.60 

3  67  94.94 
3  57  97.661 
3  57  30.74 
3  67  34.90 
3  57  38.09 

367  49.91 
3  57  46.77 
3  57  51.69 
3  57&6JI8 
3  58   9.63 

3  58  8.66 
3  58  15.04 
3  58  91.79 
3  58  98.90 
3  58  36.37 

3  58  44.90 
3  5I  59.38 
3  59  0.91 
3  59  9.79 
3  59  19.09 

3  59  9H.60 
3  5.9  38.51 


Hor, 
Par. 


8.T.of 
Hero. 

8«»nil-  Paaa. 

tltam.  Mer. 


-9  19  18.1 
9  18  58.6 
91841.1 
9  18  95.6 
9  18  19.9 

-9  18  0.9 
9  1751.7 
9  17  44.5 
917  39.5 
9  17  36.5 

-917  35.6 
9  17  36.8 
917  40.0 
9  17  45.4 
9  17  59.8 

-918  9.3 
9  18  13.9 
91897.6 
9  1843.4 
9  19    1.9 

-91991.0 
9  19  49.9 
9  90  6.9 
990  39.9 
9  91    0.9 

-99130.9 
9  99  3.0 
99937.1 
993  1.3.9 
99351.3 

-994  31.6 
9  95  13.6 
9  96  57.6 
9  96  43.6 
997  31.6 

-9  98  91.6 
9  99  13.5 
9  30  7.3 
9  31  3.0 
9  39  0.6; 


-9  33  0.1{ 
9  34  1.4 
9  35  4.5' 
9:i6  9.5j 
9:n  16.9 

-9  38  94.7 

-II  39  35.0 


1$ 
1.0 

1.0 

1.0 

1.0 

1.0 

1.0 
1.0 
1.0 
1.0 
1.0 

1.0 
0.9 
0.9 
0.9 
0.9 

0.9 
0.9 
0.9 
0.9 
0.9 

0.9 

0.9 
0.9 
0.9 

oa) 

0.9 
0.9 
0.9 
0.9 
0.9 

0.9 
Oi» 
Oi> 
0.9 
0.9 

0.9 
0.9 
0.1* 
0.9 
O.U 


0.U 

o.y 

0.1» 
0.9 
0.9 


8.5  0.61 
8.5!  0.61 


8.5^0.61 
8.5  0.61 
8.5,0.61 


8.5  0.61 
0.61 
0.61 
0.61 
0.61 

0.61 
0.61 
0.61 
0.60 
0.60 


8.4 
8.4 
8.4 
8.4 

8.4 
8.4 
8.4 
8.3 
8.3 


8.3  0.60 
8.3|  0.60 
8.9  0.60 
8.3  0.60 
8.3, 0.60 


8.3 
8.3 
8.9 
8.9 
8.9 

8.9 
8.9 
8.9 
8.9 

8.9 

8.1 

6.1 
8.1 
8,1 

H.I 

8.1 
8.1 

8.O1 


0.60 
0.59 
0..'i9 
0.«> 
0.59 

0.59 
0..'«9 
0.59 
0.60 
0.59 

0.5H 
0.58 
0.68 
0.68 
0.58 

0.58 
0.58 
0.58 
0.58 


8.ft  0.5o 

8.0|0.58l 

0.58 

0.58 

0.58 

0.57 


H.O 
7.9 
7.9 


O.l*    7.9  0.57 
O.9I    7.9  0.57 


406 


UBANXT8,  1895. 


FOB  TRANSIT  AT  WASHDrOTON. 


6 

7 

8 

9 

10 

II 
12 
13 
14 
16 

16 
17 

18 
19 

91 
99 
93 
94 
95 

96 

97 

981 

Mar.  I 

9 

3 
4 
5 
6 


8 

9 

10 

II 

19 

13 
14 

15 
16 
17 

18 
19 


Avpmrtmt 

R,Amotnaioo 

at 

TraiMii. 


18  0.6 
17  56.7 
17  69.8 
17  49.0 
17  45.1 

1741.9 
17  37.3 
17  33.4 
1799.6 
1795.6 

17  91.7 
1717.8 
17  13.9 
17  9.9 
17  6.0 

17  9.1 
1658.9 
16  54.9 
16  50.3 
1646.3 

16  49.4 
16  38.4 
1634.5 
16  30.5 
16  96.6 

1699.6 
16  18.6 
16  14.7 
16  10.7 
16   6.7 

16  9.7 
1558.8 
15  54.8 
15  50.8 
15  46.8 

15  49.8 
1538.8 
15  34.8 
15  30.8 
15  96.8 

I599.7| 
15  I8.7' 


h 
5 

5 

5 

5 

5 


m     ■ 
933.991 

938.34 

9  49.551 

9  46.54 

950.391 


5  953.88 
5  9  57.99 
510  0.35 
5  10  3.96 
5  10   6.95 

510  8.49 
5  10  10.67 
5  10  19.70 
5  10  14.51 
61016.10 

5  10  17.46 
5  10  18.61 
5  10  19.53 
5  1090.93 

5  1090.79 

61090.98 
61091.09 

6  1090.84 
51090.431 
5  10  19.81 

5  10  18.97 
5  10  17.91 
5  10  16.63 
5  10  15.14 
5  10  13.43 

5  10  11.59 
510  9.39 
5  10  7.05 
5  10  4.50 
5  10    1.75 


5 
5 
5 
5 
5 

5 
5 
5 
5 


9  58.79 
9  55.63 
959.96 
9  48.70 
9  44.93 

940.97 
9  36.89 
9  39.47 
9  97.99 
993.18 


6   9  18.96 


Traaafi. 


o     t 
1791 


0.71 


1791  17.8 
17-91  34.0 
17  9149.4 
17  99  3.9 

-1799  17.5 
17  9930.3 
179949.9 
179963.9 
17.93  3.3 

-179319.6 
179390.9 
179398.4 
1793  36.0 
179340.7 

-1793  46.5 
1793  49.4 
17  9359.51 
17  93  54.7 
1793  56.01 

-179366.4 
17  9365.9 
1793  54.6 
17  93  59.4 
179349.3 

-17  9346.3 
1793  40.6 
1793  34.8 
17  93  98.3 
179390.9 

-1793  19.7 
17  93  3.6 
17  99  53.7 
17  99  43.0 
17  9931.5 

•17  99  19.9 
17  99  6.0 
17  91  59.1 
17  9137.4 
179191.8 

-17  91  5.5 
17  9^48.4 
17  90  30.5 
1790  11.9 
17  19  59.5 

-17  19  39.3 


5   9  13.16-17  19  11.4 


t* 


0.6 
0.5 
0.6 
0.6 
0.6 

0.6 
0.6 
0.6 
0.6 
0.6 

0.6 
0.6 
0.5 
0.6 
0.6 

0.5 
0.6 
0.6 
0.6 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 


.8 
.8 
.8 
.8 

.8 
.8 
.8 
.8 

.8 

.8 
.8 
.8 
.8 


.8 
.8 
.8 
.8 
.8 

.8 
.8 
.8 
.8 
.8 

.8 
.8 
.8 
.8 
.8 

.8 
.8 
.8 
.8 
.8 

.8 
.8 
.8 
.8 
.8 

.9 
.9 
.9 
.9 
.9 

.9 
.9 


8.T.of 

Dfeto. 

Tiae 

of 

Trmaiit. 

• 
0.19 

Mar.  17 

b    m 
1596.8 

0.19 

18 

1599.7 

0.19 

19 

15  18.7 

0.13 

90 

15  14.7 

0.13 

91 

16  10.7 

0.13 

99 

15  6.7 

0.13 

93 

16  9.6 

0.13 

94 

14  68.6 

0.13 

95 

14  54.6 

0.13 

96 

14  60.5 

0.13 

97 

14  46.6 

0.13 

98 

14  49.6 

0.13 

99 

14  38.4 

0.13 

30 

14  34.4 

0.13 

31 

14  30.3 

0.13 

Apr.  1 

14  96.3 

0.13 

9 

14  99.9 

0.13 

3 

14  18.1 

0.13 

4 

14U.1 

0.13 

6 

14  10.0 

0.13 

6 

14   6.0 

0.13 

7 

14    1.9 

0.13 

8 

1357.8 

0.13 

9 

13  53.8 

0.13 

10 

13  49.7 

0.13 

11 

13  45.6 

0.13 

19 

1341.5 

0.13 

13 

13  37.4 

0.13 

14 

13  33.4 

6.13 

16 

1399.3 

0.13 

16 

1396.9 

0.13 

17 

1391.1 

0.13 

18 

13  17.0 

0.13 

19 

13  19.9 

0.13 

90 

13  8.8 

0.13 

91 

13  4.8 

0.13 

99 

13  0.7 

0.13 

93 

1966.6 

0.13 

94 

1959.6 

0.13 

95 

19  48.4 

0.13 

96 

19  44.3 

0.13 

97 

1940.9 

0.13 

98 

1936.1 

0.13 

99 

1939.0 

0.13 

30 

1997.9 

0.13 

May  1 

1993.8 

0.13 

9 

19  19.7 

k 
6 

6 

6 

6 

5 


993.18-17  1969.6 


916.96 


913.16    17  19  11.4 


9  7.86 
9  9.39 


6  856.74 

5  850i»l 

6  844.91 
6  838.74 
6  839.40 


17  19  39.3 


5 
6 
6 
5 
5 


695. 
819.99 
819.39 
8  5.49 
768.99 


89-17 


5  761.01 

5  7  43.68 

6  736.09 
6  798.39 
6  790.48 


6  719.51 

5  7   4.49 

5  666.90 

6  647.86 
6  639.40 

6  630.8^ 

5  699.14 

6  6I3..36 
6  6  4.47 

5  556.48J 

6  5  46.39 
6  637.91 
6  697.94 
6  5  18.60 
6  6  9.17 

6  4  59.66 

5  4  50.08 

5  4  40.44 

5  4  30.74 

6  4  90.98 


171849.8 
17  1897.4 

-17  18  4.31 
17  1740.f 
17  17  16.0 
171660.8 
171696.0 


3 


1658.$ 
17  1631. 
1715  3. 
1714  36.1 
1714   6.1 


-171336.4 
17  IS  6.9 
171936.4 
1719  4.01 
17II39.I 


-171069.7 
171096.7 
17  963.9 
17  919.3 
17  844.8 


M7 
17 
17 
17 
17 


8  9.9 
7  34.6 
668.7 
699.6 
645.8 


1-17  5  8.8 

17  4  31.3 

17  3  63.6 

17  316.3 

17  936.8 

-17  167.9 
17  1  18.8 
17  039.4 
16  59  69.7 
166919.7 


6  411.16-165839.5 

5  4    1.99    16  67  69.1 

6  3  61.39    16  57  18.5 
6  341.44    165637.8 

5  331.45    166556.9 

6  391.43-16  5616.8 
5  31l.39'-1654  34.6 


0.5 
0.6 
0.5 
0.5 
0.5 

0.5 
0.6 
0.6 
0.5 
0.5 

0.S 
0.6 
0.5 
0.6 
0.5 

0.6 
0.6 
0.5 
0.5 
0.5 

0.6 
0.5 
0.5 
0.5 
0.5 

0.6 
0.6 
0.5 
0.6 
0.5 

0.5 
0.5 
0.6 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.6 

0.5 
0.5 
0.5 
0.6 
0.6 

0.6 
0.6 


«« 


.  1 


13(0.13 
1.9  0.13 
1.9  0.13 


1.9 


1.9 
1.9 


0.13  t 


1.9  0.13 
1.9  0.13 


0.13 
0.13 


1.9  0.13 
1.9  0.13 

1.9  0.13 
iS  0.13 
1.9  0.13 
1.9  0.13 
1.9  0.13 


1.9 
1.9 
J. 9 
1.9 
1.9 

J. 9 
1.9 
1.9 
1.9 
1.9 

1.9 
1.9 
1.9 
1.9 
1.9 

1.9 
1.9 
1.9 
1.9 
1. 


9  0 


1.9 
1.9 
1.9 
1.9 
1.9 


1. 

1.9 

1.9 

1.9 

1.9 


0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
.13 


0.13 
0.13 
0.13 
0.13 
0.13 


90 


.13 
0.13 
0.13 
0.13 
0.13 


1.9  0.13 
I.9I0.13 


UEANU8,  1895. 


407 


FOE  TRANSIT  AT  WASHINGTON. 


BaU. 


9 
3 
4 

6 

6 

7 

8 

9 

10 

II 
13 
13 
14 
15 

16 


Men 

Tin* 
of 

Tnuttit. 


AppATMit 
R.A«eeiisk>B 

At 

Transit 


8 


D    m 
1923. 

19  19.7 

19  15.6 

19  1 1.5 

19  7.4 

19  3.3 
1160.9 
II  55.1 
1151.01 


15   391.43 
15  311.39 

15  3    1.33 

16  951.94 
15  941.151 


15  931.04 

15  990.991 

15  910.81 

16  9  0.70 
1146.9115  150.60 


ApMrrat 
D«eU]i«tloD 

TnuMit 


-165515.8 
1654  34.6 
1653  53.3 
1653  11.9 
16  5930.5 


1 1  49.8 
1138.7 
1134.6 
1130.5 
1196.4 

1199.3 
9 


17  1 1  18.9 
I8|lll4.l 
IIIO.CM 


15  I40.5<^ 

15  130.41 

15  190.351 

15  1  10.31 

15  1    0.991 


19 

90111   5.9 

91  II    1.8 
99  1057.8 

93  1053.7 

94  1049.6 

95  1045.5 


15  050.31 
15  040.36 
15  0  30.45 
15  090.58 
15  010.76 


M6  44  54.4 
1644  13.4 
164339.6 
164951.9 
16  49  11.3 


96 
97 
98 
99 
30 

31 

Jonel 

9 

3 

4 


I 


6 

7 


101 

II 

19 

13 

14 

15 
16 


1041.4 
1037.3 
1033.9 
1099.1 
1095.1 

1091.0 
10  16.9 
10  19.8 
10  8.7 
10  4.7 


6|  10  0.6 
956.5 
959.5 
8|  948.4 
9    944.$ 


940.3 
936.9 
939.9 
998.1 
994.1 

990.0 
915.0 


15  0  0.99-16 
14  5951.98 
14  5941.63 
14  5939.04 
14  5999.531 


-165149.0 
1651  7.5 
16  50  95.9 
164944.3 
1649  9.7 

•164891.9 
1647  39.7 
1646  58.3 
164616.9 
164535.6 


Hor. 


Semi* 
Ml 


4131.0 
16  40  51.0 
1640  II. I 
16  3931.5 
16  3859.3 


14  5913.09 
14  59  3.79 
14  5854.43 
14  5845.93 
14  5836.19 

145897.10 
14  5818.18 
14  58  9.36 
14  58  0.64 
14  57  5^09 

14  5743.59 
14  57  35.13 
14  5796.85 
14  3718.69 
14  5710.65 


•1638  13.3 
16  37  34.6 
163656.9 
16  36  18.9 
1635  40.6 

-1635  3.4 
16  34  96.6 
1633  50.9 
16  33  14.9 
1639  38.6 

kl6  39  3.5 
16  3198.9 
16  30  54.7 
163091. 1 
169947.^ 


14  57  9.74 

14  5654.95 
14  5647.30 
14  56  39.77 
14  5639.391 


14  6695.14 
14  5618.04 


-169915.3 
1^  98  43.3 
1698  11.7 
1697  40.8 
1697  10.4 


-169640.7 
1-1696  11.5 


0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 


8.T.of1 

PSM. 

M«r. 


DftU. 


1.9 
1.9 
1.9 
1.9 
1.9 

1.9 
1.9 
1.9 
1.9 
1.9 

1.9 
1.9 
1.9 
1.9 
1.9 

1.9 
1.9 
1.9 
1.9 
1.9 

1.9 
1.9 
1.9 
1.9 
1.9 

1.9 
1.9 
1.9 
1.9 
1.9 

1.9 
1.9 

1.9 
1.9 
1.9 

1.9 
1.9 
1.9 
1.9 

1.9 

1.9 
1.9 
1.9 
1.9 
1.9 

1.9 


O.I3|Jan6l5 
0.13 


0.13 
0.13 
0.13 

0.13 
0:13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 


Utmn 

Tine 

of 

TnuMitJ 


1.9^0.13 


16 
17 
18 
19 

90 
91 
99 
93 
94 

95 
96 
97 
98 
99 

30 

July  1 

9 

3 

4 

5 
6 

7 
8 


10 
II 
19 
13 
14 

15 
16 
17 
18 
19 

90 
91 
99 
93 
94 

95 
96 
97 
98 
99 

30 
31 


Appftreat 
R.  Ateeaskm 


Trmsalt. 


990.0 
915.9 
911.9 
9  7.8 
9  3.8 

850.7 
855.7 
861.7 
847.6 
843.6 

839.6 
835.6 
831.6 
897.5 
893.5 

819.5 
815.5 
811.5 
8  7.5 
8  3.5 

759.5 
7  55.5 
7  51.5 
7  47.5 
743.5 

7  39.6 
7  35.6 
731.6 
7  97.6 
793.7 

719.7 
715.7 
711.8 

7  7.8 
7   3.9 

659.9 
656.0 
6  59.0 
648.1 
6  44.9 

640.9 


636.3  I 


639.4 
698.5 
694.5 


690.6|l 
6  I6.7>  t 


:^ 


ApBAreat 

DeouaatioD 

•t 

TnuMlt 


m     • 
5695.14 

5618.04 

5611.08 

56  4.98 

5557.63 


5651. 

5544.791 

5538.61 

5539.59 

5596.73 


O       t        ft 

hl696  40.7 
1696  11.5 
16  95  43.0 
16  9515.1 
1694  47.91 


Par. 


131-1694  91.3 
1693  55.4 
1693  30.9 
1693  6.7 
169941.9 


5591.05 
5515.53 
5510.19 
55  5.09 
55  0.03 

54  55.91 
54  50.58 
54  46.19 
54  41.85 
54  37.76 


54  33.86{-l6 
54  30.14 
54  96.69 
54  93.98 
54  90.13 


54  17. 
54  14.49 
54  11.85 
54   9.48 
54   7.31 


54  5.34 
54  3.56 
54  1.99 
54  0.69 
53  59.45 

53  58.49 
53  57.73 
53  57.17 
53  56.89 
5356.68 


-169918.8 
169156.5 
169134.9 
1691  14.1 
1690  54.0 

•169034.7 
1690  16.9 
161958.5 
16  1941.5 
161995.4 


1910.1 
161855.6 
161841.8 
161898.9 
16  18  16.9 


181-1618  5.7 
16  1755.3 
16  17  45.8 
161737.1 
161799.31 


1617  99.4 
16  17  16.4 
16  1711.9 
1617  6.8 
1617  3.4 

1617  OS 
1616  59.9 
16  16  58.5 
1616  58.6 
16  16  50.7 


.75-161 
.0«  16  1 
.50    161 


53  56.75-161 

53  57 

53  57 

53  58.19J   161 

53  59.08.   16  1 

54  0.18-161 
r»4    I.4h'-|6I 


1.7 
4.5 

8.9' 
19.9! 

18.5] 

94.9 
39.3 


t* 


0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.6 
0.6 

0.6 
0.5 
0.5 
0.5 
0.6 

0.5 
0.5 
0.6 
0.6 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

OJi 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 

0.5 
0.5 
0.5 
0.5 
0.5 


l> 


aT.of 


Pi 
Mer. 


f0 
1.9 

1.9 

1.9 

1.9 

1.9 


1.9 
1.9 
1.9 


a 
0.13 

0.13 

0.13 

0.13 

0.13 


0.13 
0.13 
..*,,0.I3 
1.910.13 
l.9iO.I3 


05 
0.5 


0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
0.13 
0.13 

0.13 
0.13 
0.13 
I.8J0.13 
1.8.0.13 

i.a'o.i3 

1.8  0.13 
1.8' 0.13 
l.8|o.l3 
1.8  0.13 

1.8  0.13 
1.8  0.13 
1.80.13 
1.8' 0.13 
1.80.13 

1.8  0.13 
1.8  0.13 


1.9 
1.9 
1.9 
1.9 
1.9 

1.9 
1.9 
1.9 
1.9 
1.9 

1.9 
1.8 
1.8 
1.8 
1.8 

1.8 
1.8 
1.8 
1.8 
1.8 

1.8 
1.8 
1.8 


408 


NEPTUNE,  1895. 


FOR  TRANSIT  AT  WASHINGTON. 

Date. 

Heao 

Time 

of 

Traneit 

Apparent 

R.AAceiiflioD 

at 

Transit. 

Apparent 

Declination 

at 

Traoaik 

Hor. 
Par. 

0.3 

Semi 
diam. 

M 

1.3 

8.T.of 
Srm. 
Pau>. 
Mer. 

• 
0.09 

Date. 

Mean 

line 

of 

Tranaii. 

Apparent 

B.Aeoeu«ion 

at 

Tranait. 

Apparent 

DeeUBatloa 

at 

Transit. 

Hor. 
Par. 

n 

0.3 

SMBl'PaM. 

dimm,  ller. 
1.3  0.09 

Jan.  0 

h  m 
10    8.0 

)i    m     s 
4  50    5.59 

+20  56  59'!6 

Keb.l4 

b    oi 
7    8.1 

h  m     a 
4  47    8.05 

+20  53  59!6 

1 

10    3.9 

4  49  59.35 

20  56  51.0 

0.3 

1.3 

om 

15 

7   4.2 

4  47   7.04 

2054    1.2 

0.3 

1.3  0.09 

8 

9  59.9 

4  49  53.18 

20  56  42.5 

0.3 

1.3 

o.o«» 

16 

7   0.2 

4  47   6.18 

20  54    3.1 

0.3 

1.3  0  09 

3 

9  55.9 

4  49  47.08 

20  56  34.2 

•0.3 

1.3 

0.09 

17 

6  56.3 

4  47   5.47 

20  54    5.3 

0.3 

1.3  0.09 

4 

951.8 

4  4941.07 

20  56  26.1 

0.3 

1.3 

0.09 

18 

6  52.4 

4  47   4.89 

20  64   7.8 

0.3 

1.3  0.(*9 

I 

5 

9  47.8 

4  49  35.15 

+20  56  18.1 

0.3 

1.3 

0.09 

19 

6  48.4 

4  47   4.46 

+20  54  10.4 

0.3 

1 
1.3.0.C*9 

6 

9  43.8 

4  4929.32 

20  56  10.4 

0.3 

1.3 

0.09 

20 

6  44.5 

4  47   4.17 

2054  13.4 

0.3 

1.3' 0.09 

7 

9  39.8 

4  49  23.57 

20  56  2.8 

0.3 

1.3 

0.09 

21 

6  40.5 

4  47   4.04 

20  54  16.6 

0.3 

1.3  0.09 

8 

9  35.7 

4  49  17.92 

205555.4 

0.3 

1.3 

0.0!) 

22 

6  36.6 

4  47   4.05 

20  54  20.1 

0.3 

1.3  0.09 

9 

931.7 

4  49  12.35 

20  55  48.2 

0.3 

1.3 

0.09 

23 

6  32.6 

4  47   4.20 

2054  23.9 

0.3 

I. y  0.09 

10 

9  27.7 

4  49   6.87 

+20  5541.2 

0.3 

1.3 

0.09 

24 

628.7 

4  47   4.51 

+20  54  27.9 

0.3 

1.3  0.09 

11 

9  23.7 

4  49    1.48 

20  5534.3 

0.3 

1.3 

0.09 

25 

6  24.8 

4  47    4.95 

2054  32.2 

0.3 

1.3  O.CW 

V2 

9  19.6 

4  4856.19 

20  5527.7 

0.3 

1.3 

0.0!> 

26 

6  20.9 

4  47   5.54 

2054  36.7 

0.3 

i.ao.oi) 

13 

915.6 

4  48  51.00 

20  5521.3 

0.3 

1.3 

0.09 

27 

6  17.0 

4  47   6.28 

20  5441.5 

0.3 

l.3|0.0il 

14 

15 

911.6 
9  7.6 

4  48  45.92 
4  48  40.94 

2055  15.0 
+20  55  9.0 

0.3 
0.3 

1.3 
1.3 

0.09 
0.09 

28 

6  13.1 

1822.8 

4  47  7.17 

5  813.37 

+20  54  46.5 
+21  28  18.3 

0.3 
0.3 

1  ^1  O.IW 
I..3  0.09 

8e|>t.  1 

16 

9   3.6 

4  48  36.07 

20  55   3.2 

0.3 

• 

1.3 

0.09 

2 

18  ld-.9 

5  8  15.97 

21  28  19.0 

0.3 

1.3|  0.09  1 

17 

859.6 

4  48  31.30 

20  54  57.6 

0.3 

1.3 

0.09 

3 

18  15.0 

5  8  18.44 

21  28  19.6 

0.3 

i^ 

0.09: 

18 

8  55.6 

4  4826.64 

20  54  52.2 

0.3 

1.3 

0.09 

4 

1811.1 

6   820.77 

21  28  19.9 

0.3 

1.3 

O.Oll  I 

19 

851.6 

4  48  22.08 

20  54  47.1 

0.3 

1.3 

0.09 

5 

18   7.2 

5  822.96 

212820.1 

0.3 

1.3  0.091 

20 

8  47.5 

4  48  17.64 

+20  54  42.2 

0.3 

1.3 

0.09 

6 

18  3.3 

5  825.01 

+212820.1 

0.3 

1 

1.3  0.0*1 

21 

843.5 

4  4813.32 

20  54  37.5 

0.3 

1.3 

0.09 

»» 
s 

17  59.4 

5  826.93 

21  28  19.9 

0.3 

1.3  0.09 

22 

839.5 

4  48  9.12 

20  54  33.1 

0.3 

1.3 

0.09 

8 

17  55.5 

5  828.70 

21  28  19.6 

0.3 

1.3 

0.0i» 

23 

8  35.5 

4  48   5.04 

20  54  28.9 

0.3 

1.3 

0.09 

9 

1751.6 

5   8  30.33 

21  28  19.0 

0.3 

1.3 

0.09 

24 

831.5 

4  48    1.08 

20  64  24.9 

0.3 

1.3 

0.09 

10 

17  47.7 

5  831.82 

21  28  18.3 

0.3 

1.3 

0.0t» 

25 

827.6 

4  47  57.24 

+20  54  21.2 

0.3 

1.3 

0.09 

11 

17  43.8 

5  833.17 

+21  28  17.4 

0.3 

1.3  0.09 

26 

823.6 

4  47  53.52 

20  54  17.7 

0.3 

1.3 

0.09 

12 

17  39.9 

5   834.37 

21  28  16.3 

0.3 

1.3 

0.09 

27 

8  19.6 

4  47  49.92 

20  54  14.5 

0.3 

1.3 

0.09 

13 

17  35.9 

5   835.43 

21  28  15.1 

0.3 

1.3 

0.09  { 

28 

8  15.6 

4  47  46.45 

20.54  M.5 

0.3 

1.3 

0.0!» 

14 

17.32.0 

5  836.35 

21  28  13.6 

0.3 

1.3 

0.09 

29 

8  11.6 

4  47  43.11 

20  54    8.8 

0.3 

1.3 

0.09 

15 

17  28.1 

5  837.13 

21  28  12.0 

0.3 

1.3 

0.09 

30 

8   7.6 

4  47  39.91 

+20  54    6.3 

0.3 

1.3 

0.09 

16 

17  24.2 

5  837.77 

+21  28  10.2 

0:3 

1.^ 

0.09 

31 

8   3.6 

4  47  36.84 

20  54    4.1 

0.3 

1.3 

0.09 

17 

17  20.3 

5  838.26 

2128  8.2 

0.3 

1.3  0.09 

Feb.  1 

7  59.7 

4  47  33.90 

20  54    2.1 

0.3 

1.3 

0.09 

18 

17  16.4 

5   838.60 

2128  6.1 

0.3 

1.3 

0.09 

2 

755.7 

4  47  31.09 

20  54    0.3 

0.3 

1.3 

0.09 

19 

17  12.4 

5  8  38.80 

2128  3.8 

0.3 

1.3 

0.09 

3 

751.7 

4  47  28.4 1 

20  53  58.8 

0.3 

1.3 

0.09 

20 

17   8.5 

5  838.86 

2128    1.3 

0.3 

1.3 

0.09 

4 

7  47.7 

4  47  25.8(> 

+20  53  57.6 

0.3 

1.3 

0.09 

21 

17   4.5 

6  8  38.78 

+2127  58.6 

0.3 

1.3 

0.09 

5 

7  43.H 

4  47  23.46 

20  53  56.6 

0.3 

1.3 

0.09 

22 

17   0.6 

5   838.55 

21  27  55.8 

0.3 

1.3 

O.09 

6 

7  39.8 

44721.19 

20  53  55.9 

0.3 

1.3 

0.09 

23 

16  56.7 

5  838.18 

2127  52.8 

0.3 

l.3,o.0i>' 

7 

7  35.8 

4  47  19.06 

20  53  55.4 

0.3 

1.3 

0.09 

24 

16  52.7 

5   8  37.66 

2127  49.5 

0.8 

1.3i0.09 

8 

731.9 

4  47  17.07 

20  53  55.2 

0.3 

1.3 

0.09 

25 

16  48.8 

6  8  37.01 

2127  46.2 

0.3 

1.3.0.00 

1 

9 

7  27.9 

4  47  15.22 

f  20  53  55.3 

0.3 

1.3 

0.09 

26 

16  44.8 

5   836.21 

+2127  42.7 

0.3 

1. 3^0.09 

10 

7  23.9 

4  47  13.51 

20  53  55.6 

0.3 

1.3  0.09 

27 

16  40.9 

5  835.27 

21  27  39.0 

0.3 

1 .3|  O.OU 

«» 

7  20.0 

4  47  11.93 

20  53  56.1 

0.3 

1.3  0.09 

28 

1636.9 

5  834.19 

2127  35.2 

0.3 

1.3  0.09 

1 

12 

7  16.0 

4  47  10.49 

20  53  57.1 

0.3 

i.3j0.09 

29 

16  33.0 

5   8  32.9b 

2127  31.2 

0.3 

I.y0.09 

13 

7  12  1 

4  47    9.20 

20  53  .58.2 

0.3 

1.3  0.09 

30 

16  29.0 

5   8  31.62    2127  27.1 

0.3 

1 .3|  0.09 

14 

7   8.1 

4  47    8.05+20  53  59.6 

0.3 

1.3  0.09 

Oct.   1 

16  25.1 

5  830.12+2127  22.8 

0.3 

1.3  0.09 

15 

7   4.2 

4  47    7.04 

+20  54    1.2 

0.3 

1.3 

0.091 

2 

1621.1 

5   828.48 

+21  27  18.2 

0.3 

1.3 

0.09 

NEPTUNE,  1895. 


409 


FOB  TRANSIT  AT  WASHINGTON. 

■ 

1 

D«te. 

He«n 

Time 

of 

Transit 

Ap|Mr«nt 

R.AM«osioii 

at 

Traoait. 

h   m     a 
5   8:10.12 

Apparent 

Declination 

at 

Tranalt. 

Hor. 
Par. 

0^3 

Semi- 

ti 
1.3 

8.Tu.f 
Sem. 
Paaa 
Mer. 

a 
0.09 

DaU. 

Maaa 

Tlma 

of 

Traoait. 

Apparaol 

ft  iaonaiioii 

at 

Traaaii. 

Araartat 

at 

Tranalt. 

Hor. 
Par. 

Saai. 
dlaa. 

w 

1.3 

8.T.of 
Sam. 
Paaa. 
Mar. 

0.10 

1 
Oct,   1 

h    m 
1625.1 

O        i        II 

+2127  22.8 

J^ov.  16 

b    m 
1320.9 

6 

m    s 
6  9.76 

+21  21  43.7 

0.3 

2 

1621.1 

5 

828.48 

21  27  18.2 

0.3 

1.3 

0.09 

17 

13  16.9 

6 

5  3.18 

21  21  34.2 

0.3 

1.3 

0.10 

3 

16  17.2 

5 

826.71 

21  27  i:).6 

0.3 

1.3 

0.0*1 

18 

13  12.8 

6 

4  56.53 

21  21  24.6 

0.3 

1.3 

0.10 

4 

16  13.2 

5 

821.79 

2127    8.8 

0.3 

1.3 

0.09 

19 

13   8.8 

6 

4  49.82 

2121  15.1 

0.3 

1.3 

0.10 

fi 

16  9.2 

5 

8  22.75 

2127    3.9 

0.3 

1.3 

0.09 

20 

13   4.7 

5 

4  43.05 

9191    6.4 

0.3 

1.3 

0.10 

6 

16   5.3 

5 

8  20.57 

^2126  58.8 

0.3 

1.3 

0.09 

* 

21 

13   0.7 

5 

4  36.24 

+91  90  55.8 

0.3 

1.3 

0.10 

7 

16    1.3 

5 

8  18.25 

2126  5.1.6 

0.3 

1.3 

0.09 

22 

1256.6 

5 

4  29.39 

9190  46.1 

0.3 

1.3 

0.10 

8 

ir>57.3 

5 

8  15.80 

2126  48.2 

0.3 

1.3 

0.09 

23 

1252.6 

6 

4  22.50 

9190  36.4 

0.3 

lUS 

0.10 

9 

1653.3 

5 

813.22 

2126  42.6 

0.3 

1.3 

0.09 

24 

1248.5 

6 

4  15.56 

919096.7 

0.3 

1.3 

0.10 

10 

1549.4 

5 

8  10.49 

2126  36.9 

0.3 

1.3 

0.09 

25 

1244.5 

6 

4   8.58 

91  90  16.9 

0.3 

1.3 

0.10 

II 

15  45.4 

5 

8  7.64 

+212631.1 

0.3 

1.3 

0.09 

26 

1240.4 

6 

4    1.55 

+9190  7.9 

0.3 

1.3 

0.10 

Vi 

1541.4 

5 

8   4.66 

212625.1 

0.3 

1.3 

0.09 

27 

12  36.4 

6 

354.50 

91  1967.4 

0.3 

1.3 

0.10 

13 

15  37.4 

5 

8    1.55 

21  26  19.0 

0.3 

1.3 

0.09 

28 

1232.3 

6 

3  47.4 1 

91  1947.6 

0.3 

1.3 

0.10 

M 

1533.4 

5 

7  58.31 

21  26  12.7 

0.3 

1.3 

0.09 

29 

1228.3 

6 

340.30 

91  1937.8 

0.3 

1.3 

0.10 

15 

1529.4 

5 

7  54.94 

2126  6.3 

0.3 

1.3 

0.09 

30 

1224.2 

6 

333.17 

91  1998.0 

0.3 

1.3 

0.10 

16 

1525.4 

5 

7  51.45 

+2125  59.8 

0.3 

1.3 

0.09 

Deo.  1 

1220.2 

6 

326.02 

+91  19  18.3 

0.3 

1.3 

0.10 

17 

1521.5 

5 

7  47.83 

2125.53.1 

0.3 

V 

0.09 

2 

1216.1 

6 

318.84 

91  10  8.5 

0.3 

1.3 

0.10 

18 

15  17.5 

5 

7  44.08 

2125  46.3 

0.3 

1.3 

0.09 

3 

1212.1 

6 

3  11.65 

91  18  58.8 

0.3 

1.3 

0.10 

19 

1513.5 

6 

740.21 

2125  39.4 

0.3 

1.3 

0.09 

4 

12  8.0 

6 

3   4.44 

91  1849.0 

0.3 

1.3 

0.10 

90 

15  9.5 

5 

736.22 

2125  32.4 

0.3 

1.3 

0.09 

6 

12  4.0 

6 

957.21 

91  1839.3 

0.3 

1.3 

0.10 

21 

15   5.5 

5 

732.11 

+212525.2 

0.3 

1.3 

0.09 

6 

1159.9 

6 

949.96 

+91  1899.6 

0.3 

1.3 

0.10 

22 

15    1.5 

5 

727.90 

21  25  17.9 

0.3 

1.3 

0.09 

7 

1155.9 

6 

2  42.72 

91  1820.0 

0.3 

1.3 

0.10 

23 

14  57.4 

5 

7  23.56 

21  25  10.5 

0.3 

1.3 

0.09 

8 

1151.8 
1  i  47.8 

5 

235.48 

91  18  10.3 

0.3 

1.3 

0.10 

24 

14  53.4 

5 

7  19.11 

2125   3.0 

0.3 

1.3 

0.09 

9 

5 

228.24 

91  18  0.7 

0.3 

1.3 

0.10 

2& 

14  49.4 

5 

7  14.55 

21  24  55.3 

0.3 

1.3 

0.09 

10 

1143.7 

6 

221.00 

91  1761.2 

0.3 

1.3 

0.10 

26 

14  45.4 

5 

7  9.87 

+21  24  47.6 

0.3 

1.3 

0.09 

11 

1139.7 

6 

9  13.77 

+21  1741.7 

0.3 

1.3 

0.10 

27 

1441.4 

5 

7   5.08 

21  24  :<9.8 

0.3 

1.3 

0.09 

12 

1135.6 

6 

9  6.64 

91  17  32.3 

0.3 

1.3 

0.10 

28 

14  37.4 

5 

7   0.19 

2124  31.9 

0.3 

1.3 

0.09 

13 

1131.6 

6 

150.32 

91  17  92.8 

0.3 

1.3 

0.10 

29 

14  33.4 

5 

6  55.20 

21  24  2:^.8 

0.3 

1.3 

0.09 

14 

1127.5 

6 

152.11 

21  17  13.4 

0.3 

1.3 

0.10 

30 

14  29.4 

5 

6  50.11 

21  24  15.7 

0.3 

1.3 

0.09 

15 

Il23.fi 

6 

1  44.92 

21  17  4.9 

0.3 

1.3 

0.10 

31 

14  25.4 

5 

6  44.91 

+2124   7.4 

0.3 

1.3 

0.09 

16 

II  19.4 

6 

137.76 

+21  1665.0 

0.3 

1.3 

0.10 

Nov.  1 

14  21.3 

5 

6  3<K62 

2123  59.1 

0.3 

1.3 

0.09 

17 

II  15.4 

5 

130.63 

91  1646.9 

0.3 

1.3 

0.10 

2 

14  17.3 

5 

634.2:1 

2123  50.6 

0.3 

1.3 

0.09 

18 

11  11.3 

5 

193.63 

91  1636.8 

0.3 

1.3 

0.10 

3 

14  13.3 

5 

628.74 

2123  42.0 

0.3 

1.3 

0.09 

19 

II    7.3 

6 

1  I6.4S 

91  1697.8 

0.3 

1.3 

0.10 

4 

14   9.3 

5 

623.15 

2123  33.4 

0.3 

1.3 

0.09 

20 

II    3.2 

5 

1    9.40 

91  16  19.0 

0.3 

1.3 

0.10 

6 

14   5.3 

5 

6  17.48 

+2123  24.7 

0.3 

1.3 

0.09 

21 

1059.2 

6 

1   9.38 

+21  16  10.1 

0.3 

1.3 

0.10 

6 

14    1.2 

5 

6  11.72 

21  23  15.9 

0.3 

1.3 

0.09 

22 

1066.1 

6 

066.39 

21  16    1.3 

0.3 

1.3 

0.10 

7 

13  57.2 

5 

6   5.88 

2123   7.0 

0.3 

1.3 

0.09 

23 

1061.1 

6 

0  48.46 

21  1659.7 

0.3 

1.3 

0.10 

8 

13  53.2 

5 

5  5!M»6 

212258.1 

0.3 

1.3 

0.10 

24 

10  47.0 

6 

041.57 

91  15  44.2 

0.3 

1.3 

0.10 

9 

13  49.1 

5 

5  53.95 

2122  49.0 

0.3 

1.3 

0.10 

25 

1043.0 

6 

034.74 

21  15  36.8 

0.3 

1.3 

0.10 

10 

13  45.1 

5 

5  47.Wi 

+2122  39.8 

0.3 

1.3 

0.10 

26 

10  38.9 

6 

097.97 

+21  1527.4 

0.3 

1.3 

0.10 

n 

1341.1 

5 

541.08 

212-2:10.6 

0.3 

1.3 

0.10 

27 

10  34.9 

6 

021.24 

21  15  19.2 

0.3 

1.3 

0.10 

12 

1337.1 

5 

5  3ri.4i 

2122  21.3 

0.:» 

1.3  0.10 

1 

28 

10  30.8 

6 

0  14.56 

21  15  11.2 

0.3 

1.3, 

0.10, 

13 

1333.0 

5 

5  2i».IO 

21  22  12.0 

0.3 

1.3  0.10 

29 

10  26.8 

6 

0   7.92 

21  15   3.2 

0.3 

l.:JO.iOj 

14 

13  29.0 

5 

52-2.72    2122   2.C 

0.3 

1.3 

0.10 

30 

10  22.8 

6 

0    1.36    21  14  55.4 

1 

0.3 

1. a  0.10 

15 

1324.9 

5 

5  16.27+21  21  53.2 

0.3 

1.3 

0.10 

31 

10  18.7 

4  59  54.861+21  14  47.7 

0.3 

1.3^0.10 

16 

1320.9 

5 

5   9.76 

f2l  21  43.7 

0.3 

1.3 

0.10 

n 

1014.7 

4 

:>9  48.43 

+21  14  40.1 

0.3 

1.3! 

0.10 

PART    III 


PHENOMENA 


BPH  M 


4U 


ECLIPSES,  1895. 


413 


ECLIPSES    IN   1895. 


lit  the  year  181)5  there  will  be  five  eclipses:  three  of  the  sun  and  two  of  the  moon. 

L — Jl  Total  EcUfMt  of  the  Moortj  181)5,  M  irch  10,  viable  ut  Wa<fhiii);ion  and  viKible  generally; 
the  bcj^inning,  in  the  wtmtcrn  portion  of  Asia,  in  Kurop%  AfrirA,.Nortli  and  South  America; 
nnd  the  Hndine,  in  the  western  portions  of  Europe  and  Africa,  Nortli  and  South  America,  and 
Uie  Pacific  Ocean. 

ELEMENTS  OF  THE  ECUl'SE. 

d      h     ID       • 

Greenwich  mean  time  of  g  in  right  ascension,  March     10  15  31  25.6 

h     m      8 


SunV  ri^ht  ascenHion 
MooirH  right  ascension 

Sun*s  declination 
Moon's  declination 
Sim's  equa.  hor.  parallax 
Moon's  equa.  hor.  parallax 


23  24  27.35 
II  24  27.35 

3  50'    3!7  8. 
3  50  35.3  N. 
8.6 
60  53.2 


Hourly  motion 
Hourly  motion 

Hourly  motion 
Hourly  motion 
Sun's  true  semidianieter 
Moon's  true  semidiameter 


9J9 
132.52 

OSSis   N. 
17  54.3  8. 
16    5.8 
16  34.7 


TIMES  OF  THE  PHASES. 


Moon  enters  penumbra 
Moon  enters  shadow 
Total  eclipse  begins 
Middle  of  the  eclipse 
Total  eclipse  ends 
Moon  leaves  shadow 
Moon  leaves  penumbra 


Oontacta  of  Sliadow 
with  moon's  limb. 


March  10  12  57.1 

10  13  53.7 

10  14  51.5 

10  15  39.3 

10  16  27.0 

10  17  24.8 

10  18  2IJ2 

CIRCUMSTANCES  OF  THE  ECLIPSE, 


>     Greenwich  Mean  Time. 


First 
Last 


Angles     of     position 
fhnn  the  north  point. 

126  to  E  . 

69  to  W. 


The  moon  being  in  the  senlth 
in  longitude 

fk'on  Greenwich. 

26*"   6  W. 
77  40  W. 


and  in  Utitade. 

4'  29  N. 
3  26  N. 


Magnitude  of  the  eclipse  ■■  1.627,  (moon's  diameter  -■  I). 


IL— wl  Partial  Edipse  of  the  Swiy  1895,  March  25,  invisible  at  Washington. 

ELEMENTS  OF  THE  ECLIPSE, 

d     h     m      s 

Greenwich  mean  time  of  ^  in  right  ascension,  March  25  23  36  49.8 

'  h     m     s 


Sun  and  moon's  R.  A. 

0  20  26.22 

Sun'f*  declination 

2  12  46.4  N. 

Moon's  declination 

3  37  43.4  N. 

Sun's  equa.  hor.  |Ninillax 

8.6 

Moon's  equa.  hor.  parallax 

54  58.4 

Rclipse  begins 
Greatpst  eclifise 


Hourly  motions 

Hourly  motion 
Hourly  motion 
Sun's  true  »cniidiameter 
Moon's  true  semidiameter 


CIRCUMSTANCES  OF  TEE  ECLIPSE. 

Longitude  fhnn 
Orrenwich, 

March    25  20  3^9  ^)\UA  W. 

25  22    9.7  64  5<U>  W. 

25  tSJ  .39.8  166  21.6  K  . 


Ecli|iM  ends 

Magnitude  of  greatr>st  ecli(ise  =*  O.-'i.'Vl,  (sun's  diameter  =■  1). 


9.09  and  108!26 

0  58^9  N. 
14  39.1  N. 
16    1.6 
14  58.1 


I^Htad*. 

31**  21.7  N. 
61  14.0  N. 
87  39.4  N. 


414 


ECLIPSES,  1895. 


UL^A  PaHial  EcUp$e  of  the  Sun,  1895,  August  90,  iDvisible  at  WaBhingtoo. 


ELEMENTS  OF  THE  ECLIPSE. 

d    h 
Greenwich  mean  time  of  i  in  right  ascension,  August  30    0 

h     m     s 

9  57  33.40 


m      ■ 

1  13^ 


Sun  and  moon's  R.  A. 

Sun's  declination 
Moon'8  declination 
Sun's  e4|ua.  hor.  parallax 
Moon's  equa.  hor.  parallax 


II 


12  27  31.1  N. 
14     1  45J>  N. 
8.5 
61  19.0 


Hourly  motions 

Hourly  motion 
Hourly  motion 
Sun's  true  semidiameter 
Moon's  true  semidiameter 


9J27  and  l^m 


0  49^  a 
16    9.8  8. 

15  48.9 

16  4U 


Elclipse  begins 
Greatest  eclipse 
Eclipse  ends 


CIRCUMSTANCES  OF  THE  ECLIPSE. 

LoDjcltade  frtMa 
GrecBwioh. 

August    20    0    4^2  175  I8!2  E. 

20    1    9.3  97  59.1  E. 

20    2  14.9  67  21.2  E. 


Magnitude  of  the  eclipse  »»  OJ267,  (sun's  diameter  ^  1.0). 


77  30^N. 
61  55J»N. 
38  56L5  N. 


IV.^A  Total  Edip§e  of  the  Moon,  1895,  September  3,  Tisible  at  Washington  and  genenllj; 
the  beginning,  in  the  western  portions  of  Europe  and  Africa,  in  the  Atlantic  Ocean,  North  aiul 
South  America,  and  the  Eastern  Pacific  Oceapii;  and  the  ending,  in  the  Western  Atlantic  Ocean, 
North  and  South  America,  and  the  Pacific  Ocean. 


ELEMENTS  OF  THE  ECLIPSE. 

d     h     m      • 

Greenwich  mean  time  of  {  in  right  ascension,  September    3  17  47  46.6 

h     m      8 

10  51  28.07 
22  51  28.07 


Sun's  right  ascension 
Moon's  right  ascension 


Sun's  declination 
Moon's  declination 
Sun's  equa.  hor.  parallax 
Moon's  equa.  hor.  parallax 


O  I 

7  17 


1/ 


2.5    N. 
7  25  54.8    S. 
8.5 
53  58.4 


Hourly  motion 
Hourly  motion 

9.04 
105.82 

Hourly  motion 
Hourly  motion 
Sun's  true  semidiameter 
Moon's  true  semidiameter 

055T3  S. 

13  44.6    N. 
15  52.1 

14  4L8 

TIMES  OF  THE  PHASES. 


Moon  enters  penumbra 
Moon  enters  shadow 
Total  eclipse  begins 
Middle  of  the  eclipse 
Total  eclipse  ends 
Moon  leaves  shadow 
Moon  leaves  penumbra 


September 


d     h     in 

3  14  47.9 
3  15  59.9 
3  16  6.4 
3  17  57.0 
3  18  47.5 
3  19  53.9 
3  21    6.1 


Greenwich  Mean  Time* 


CIRCUMSTANCES  OF  THE  ECLIPSE. 


Contaots  of  Shadow 
with  moon**  lioib. 


First 
Last 


Ani^leo     of     podtioa 
fiwm  the  north  point. 


54  to  E. 
110  to  W. 


Magnitude  of  the  eclipse 


The  mooaheinf  In  the  Moltk 

in        longitnda 

from  GrMBwkdi. 

60  56  W. 
117  52  W. 

1.557,  (moon's  diameter  «>  1.0). 


•adfnUUtaia^ 
e       * 

7  51  & 
657& 


PARTIAL  ECLIPSE 


Note-  T?ie  Tumrs  ^be^uvnut^  and  ending 


^  MARCH  25™  1805. 


^  ^ 


ECLIPSES,  1895.  41 


v.— ^  Partial  Edip$e  of  the  Sun,  1695,  September  18,  invnible  al  Waithiiigtoii. 

ELEMENTS  OF  THE  ECLIPSE. 

d     h     m      • 
Greenwich  mean  time  of  <$   in  riKht  aficension,  September  18    9  49  19J2 


Sun  and  moon's  R.  A. 

h     m      s 

11  44  13.75 

Hourly  motions 

S^^  and  133.51 

Siin*R  fleclination 

f  4*i  3i'.8   N. 

Hourly  motion 

d  58/2  8 

Moon's  ilecliiiniion 

22  27.7   N. 

Hourly  motion 

18    9.1    8 

Siin^H  eqiia.  hor.  fmrallax 

8.5 

Sun'a 

tnie  semidiameter 

15  55.7 

Moon*8  equa.  Iior.  parallax 

61   13.6 

Moon'a  true  semidiameter 

16  40.2 

CIRCUMSTANCES  OF  TEE  ECLIPSE. 

Lonj^iiude  ttvok  _   ..^   ^ 

Grewiwich.  L«Ut«de. 

Eclipse  begins  September    18    6  59.2  167    4.8  W.  19  d8!6  S. 

Greatest  eclipse  18    8  44.0  169  13.9  E .  61  13.4  S. 

Eclipse  ends  18  10  28.8  47  42^  W.  77  20.2  S. 

Magnitude  of  the  eclipse  es  0.736,  (sun's  diameter  =s  1.0). 

The  regions  within  which  the  eclipses  of  the  sun  are  visible,  are  laid  down  on  the  accompany- 
ing charts;  from  which,  by  means  of  the  dotted  lines,  the  Green wicb  times  of  beginning  and 
ending  may  be  found  within  a  few  minutes. 


416 


ECLIPSES,  1895. 


t 
BESSELIAN  ELEMENTS  OP  THE  PARTIAL  ECLIPSE                     | 

OF  THE  SUN,  1895,  MARCH  26. 

Co-ordinatee  of 

Badios  of  Peannkss 

Centre  ol    Shadow   on 

Direction  of  Axis  of  Shadow. 

on 

Qreenwich 

Fundamental  Plane.. 

Fundamttnta]  I'Uac. 

Mean 

Time. 

X 

H 

LogBini^ 

Log  COS  l2 

A« 

1 

h      m 

20  30 

-1.40489 

+0.77395 

+8.57625 

+9.99969 

306    2!5 

+0.56547 

40 

1.32972 

0  81548 

8.57678 

9.99969 

308  32.5 

0.56546 

50 

1.25455 

0.85700 

8.57731 

9.99969 

311     2.6 

0.56545 

21     0 

-1.17938 

+  0.89852 

+8.57783 

+9.99969 

313  32.6 

+0-56514 

10 

1.10420 

0.94004 

8.57836 

9.99969 

316     2.6 

0.56543 

20 

1.02902 

0.98155 

8.57888 

9.99969 

318  32.7 

0.56542 

30 

0.95383 

1.02306 

8.57941 

9.99968 

321     2.7 

056540 

40 

0.87864 

1.06457 

8.57993 

9.99968 

323  32.8 

e.56539 

50 

0.80344 

1.10607 

8.58045 

9.99968 

326    2,8 

e.56537 

22    0 

-0.72824 

+  1.14757 

+8.58097 

+9.99968 

328  32.8 

+0.56536 

la 

0.65303 

1.18906 

8.58149 

9.99968 

331     2.9 

0.56535 

20 

0.57782 

1.23055 

8.58201 

9.99968 

333  32.9 

0.56533 

30 

0.50261 

1.27204 

8.58253 

9.99968 

336     3.0 

0.56531 

40 

0.42740 

1.31352 

8.58305 

9.99968 

338  33.0 

0.56530 

50 

0.35219 

1.35500 

8.58357 

9.99968 

341     3.1 

0.56528 

23    0 

-0.27698 

+  1.39648 

+  8.58409 

+9.99968 

343  33.1 

+0.56527 

10 

0.20177 

1.43796 

8.58461 

9.99968 

346    3.1 

0.56525 

20 

0.12656 

1.47943 

8.58513 

9.99968 

348  33.2 

0  56523 

30 

—0.05135 

1.52090 

8.58565 

9.99968 

351     3.2 

0.56521 

40 

+0.02386 

+  1.56237 

+8.58617 

+9.99968 

353  33.3 

+0.56519 

GrAenwioh 
Mean 
Time. 

Log  A« 

for 
1  Minute. 

Log  Ay 

for 
1  Minute. 

LogA/« 

for 
1  Minute. 

Log  Tangent  of  A  n^ 
of  Cone — 

Penumbnk. 

h      m 

• 

1 

20    0 

+7.8759 

+7.6184 

+  1.1762 

+7.6707H 

21     0 

7.8761 

7.6182 

1.1762 

7.67077 

22    0 

7.8762 

7.6180 

1.1762 

7.67077 

23     0 

7.8763 

7.6178 

1.1762 

7.67076 

24    0 

+7.8763 

+7.6176 

+  1.1762 

+7.67075 

• 

PARTIAL  ECLIPSE  a 


Note  '  The  htmrs  ^  be^inmn^  and  tndutQ 


AUGUST  20™  18 85. 


w  expnss^ci  ui  Greenwich  Mean   Tcme^ 


-/ 


^^ 


/  '^ 


ECLIPSES,  1895. 


417 


BESSELIAN  ELEMENTS  OF  THE  PABTlAL  ECLIPSE 

OF  THE  SUN,  1895,  AUGUST  20. 

1 

1 

GrMBwicb 

MCIMI 

Co-orrtlDAton  of 

Centre  of  Shadow  on 

FandMDentol  PUine. 

DIreciioo  of  A  xiM  of  Shadow. 

Radios  of  Penambra 

on 
FuadamoBtal  Plana. 

Timow 

X 

9 

Logslnd 

Lo|too«d 

f^ 

1 

b      m 

0  0 
10 
20 
30 
40 

;        50 

1  0 
10 
20 
30 
40 
50 

2  0 
10 
20 

-0.01058 
+0.07729 
0.16516 
0.25303 
0  34089 
0.42875 

+0.51661 
0.60447 
0.69233 
0.78018 
0.86803 
0.95587 

+  1.04371 

1.13154 

+  1.21936 

+  1.54542 
1.50362 
1.46181 
1.41999 
1.37816 
1.33632 

+  1.29448 
1.25263 
1.21077 
1.16890 
1.12703 
1.08515 

+  1.04326 

1.00136 

+0.95945 

+  9.33380 
9.33372 
9.33365 
9.33357 
9.33350 
9.33342 

+9.33335 
9.33327 
9.33320 
9.33312 
9.33305 
9.33297 

+9.33290 

9.33282 

+9.33275 

+9.98966 
9.98966 
9.98967 
9.98%7 
9.98967 
9.98968 

+9.98968 
9.98968 
9.98969 
9.98969 
9.98969 
9.98970 

+9.98970 

9.98970 

+9.98971 

359  10.9 
1  41.0 
4  11.0 
6  41.0 
9  11.1 
11  41.1 

14  11.2 
16  41.2 
19  11.2 
.21  41.3 
24  11.3 
26  41.3 

29  11.4 
81  41.4 
34  11.4 

+0.53139 
0.53139 
0.53139 
0.53139 
0.53139 
0.53139 

+0.53139 
0.53138 
0.53138 
053137 
0.53137 
0.53136 

+0.53136 

0.53135 

+0.53135 

Qreenwtek 
MMin 

IMinaU. 

"^fJt'                    1       ^or^'' 

Lo^TanyMtafAn^ 

Time. 

IMUiate. 

IMinatai 

Pcanmbfa. 

h     m 

0  0 

1  0 

2  0 

3  0 

+7.9439 
7.9438 
7.9437 

+7.9435 

-7.6212 
7.6217 
7.6222 

-7.6227 

• 

+  1.1762 
1.1762 
1.1762 

+  1.1762 

+7.66484 
7.66485 
7.66485 

+7.66485 

• 

87 


418 


ECLIPSES,  1895. 


• 

1 

BESSELIAN  ELEMENTS  OF  THE  PARTIAL  ECLIPSE                  ; 

OF  THE  SUN,  1895,  SEPTEMBER  18. 

i 

Co-ordiiMtea  of 

• 

Bttffivs  #f  PMoAn 

Centfs  of  Shadow  on 

DinettoBOf  AzteofShndoir.                  1 

OB 

OrMDwieh 

Mean 

1*1 

FandMnentel  Plane. 

Txine. 

s 

y 

Logain^ 

Logcoa^ 

• 

^ 

I 

h      m 

7    0 

-1.43828 

-0.51625 

+8.48626 

+9.99980 

.77  54'.2 

+0.53350 

10 

1.35335 

0.56319 

8.48562 

9.99980 

80  24.2 

0.53352 

20 

1.26842 

0.61013 

8.48498 

9.99980 

82  54.3 

0.53353 

ao 

1.18349 

0.65706 

8.48434 

9.99980 

85  24.3 

0.53354 

40 

1.09856 

0.70399 

8.48370 

9.99980 

87  54.4 

0.53355 

50 

1.01362 

0.75092 

8.48306 

9.99980 

90  24.4 

0.53356 

8    0 

-0.92868 

-0.79785 

+8.48241 

+9.99980 

92  54.5 

+0.53357    . 

10 

0.84374 

0.84478 

8.48177 

9*m7«7oU 

95  24.5 

0.53358    1 

20 

0.75879 

0.89171 

8.48112 

".yyyoU 

97  54.6 

0.53359 

30 

0.67384 

093864 

8^8047 

9.99980 

100  24.6 

0.53359 

40 

0.58889 

0^98556 

8.47982 

9.99980 

102  54.7 

0.53360 

50 

0.50394 

1.03248 

8.47917 

9.99980 

105  24.7 

0.53361 

9    0 

-0.41899 

-1.07940 

+8.47852 

+9.99980 

107  54.8 

+0.53861 

10 

0.33404 

1.12631 

8.47787 

9.99980 

110  24.8 

0.53361 

20 

0.24909 

1.17322 

8.47r22 

9.99980 

112  54.9 

0.53362 

30 

0.16413 

1.22013 

8.47656 

9.99981 

115  24.9 

0.53362 

40 

-0.07918 

1.26704 

8.47591 

9.99981 

117  55  0 

0.53362 

50 

+0.00578 

1.31394 

8.47526 

9.99981 

120  25.0 

0.53363 

10    0 

+0.09073 

—  136084 

+8.47460 

+9.99981 

122  55.1 

+0.53363 

10 

0. 17568 

1.40774 

8.47394 

9.99981 

125  25.1 

0.53363 

20 

0.26063 

1.45463 

8.47328 

9.99981 

127  56.2 

0.53363 

30 

+0.34557 

-1.50152 

+8.47262 

• 

+9.99981 

130  25.2 

+0.53363 

Oreenwlcb 

Loff  A« 

LorAjt 

Loff  A^ 

Log  TkBCcot  of  AB|l0 

Mean 
Time. 

for 
1  MiDQte. 

for 
IMinnto. 

for 
1  Hiaiito. 

Peomnbn^ 

b     m 

7     0 

+7.9290 

-7.6715 

+  1.1762 

+7.66797 

8     0 

7.9291 

7.6714 

1.1762 

7.66797 

9    0 

7.9292 

7.6718 

1.1762 

7.66798 

10    0 

7.9292 

7.6712 

1.1762 

7.66798 

11     0 

+7.9291 

-7.6710 

+  1.1762 

+7.66798 

PARTIAL  ECLIPSE  or  S 


LoTiffllude  east  erf*  Gi^enwicK 


^ 


NOTE:  TAe AMirr  c^hfij^mnir^  i 

TWs  QvirC  is{o  replac 


EPTEMBER  18™  1895. 


.$d  ending  org  ej^essedm^(hieen/h%chJ(Mn  Tmte. 

^^rfOie  one  ^i^en  in  €i^^uine  forl895.0?to^cn^. 


I M    /  V  w    >  : 


■■.■<• 


|u;e 


I 


*• 


,o 


^.  \ 


\  jsy  %) 


Heft 


PARTIAL  ECLIPSE  OF 


L(mtgitude     ea^t^^  of    Greenwicli 


s 


Ncfte       77te  houjr^  a^  bts^Omin^    cmd  enA 


:PTEMBER  18'?'J895, 


n^   are  aijar&v««^  /m  e^-cnitwieM.Jife€tft  tXtme, 


V/ 


MOON^S  PHASES,  LIBRATIONS,  ETC.,  1895.  419 


WASHINGTON  MEAN  TIME. 


PHASES  OF  THE  MOON. 


New  Moon. 


"TTT 


m 


January 

Ffbniary 

Murch 

April 

May 

June 


25    4  17.7 

23  23  35.4 

25  17  las 

24  8  2.9 
23  19  38.0 
22  4  42.6 


July  21   \}  23.6 

Aiiguat  19  19  47.5 
September  18  3  47.2 
Octolier  17  13  1.7 
November  16  0  3.3 
December    15  13  21.6 


First  Qoftrter. 


January 

Febniary 

March 

April 

May 

May 

June 


d    k     IB 
3  14  44.0 

2  7    7.9 

3  19  32.1 
2  4  19.7 
1  10  35.8 

30  15  40.2 
28  20  52.5 


July  28    3  27JS 

August  26  12  a5.1 
September  25  1  14.6 
October  24  17  56.8 
November  23  14  10.5 
December  23  12  13.3 


Foil 


January 

Februaiy 

March 

April 

May 

June 

July 

Augiiat 

September 

October 

November 

December 

December 


d     h    m 

10  13  41.6 
9    0  14.8 

10  10  29.7 
8  20  35.2 
8  6  50.7 
6  17  51.8 
6    6  20.6 

4  20  4ao 

3  12  47.1 

3  5  39.3 

1  22  10.1 

1  13  :I0.2 

31  3  22.6 


LMtQoartor. 


^~F 


IB 


January 

February 

March 

April 

May 

June 

July 

August 

September 

October 

Novemlier 

December 


17    5  47.0 

15  20  0.6 
17  12  23.4 

16  6  14.1 
16  0  a5.7 
14  18  19.6 

14  10  22.8 
13  0  10.3 
11  11  42.6 
10  21  26.9 
9  5  58.3 
8  14    1.0 


PERIGEE,  APOGEE  AND  GREATEST  LIBRATION. 


i^pogee. 


January 

Kebninry 

March 

April 

May 

May 

June 

July 

August 

Septemlier 

October 

Novemlier 

December 


22  19.4 
20  3.8 
17  14.1 
15  23.1 
12  2->.6 
8  22.9 


January 

Febniary 

March 

April 

May 

June 

July 

August 

September 

Sejitember 

October 

November 

December 


0.0 
1.7 
13J> 
7.6 
2.7 
12  21.0 
10  14.0 


Vi 
26 
22 
21 
18 
16 


7  2.2 
3  4JS 
30  9.1 
27  22,7 
24  17.8 
22  15.1 


OraalMi  LibrBtkm. 


January 

February 

March 

March 

April 

May 

June 

July 

August 

September 

October 

November 

December 

December 


5 
2 


"IT 

9 

17 


2  20 
30  5 
25  11 
22  7 
18  22 


m 

39  E. 
19  E. 

8  E. 
19  K. 
44  E 
34  E 

3  E. 


16  22    8  E. 

14  3    5  E. 

11  8    2  E. 

9  5  .54  E. 

5  2  24  E. 

1  7  14  E 

28  14  30  hi. 


January 

February 

March 

April 

May 

June 

July 

July 

August 

Septemlier 

October 

Novemlier 

December 


17  12 

14  18 

15  2 
12    5 

9  21 
5  18 
2     1 

29  7 
26  6 
23  11 
21   16 

18  16 

16  2 


FORMITLiE  FOR  THE  UBRATION  OF  THE  MOON. 
Fot    /»  the  inrlinntion  of  the  moon's  equator  to  the  ecliptic  (=  1®  2H'.rt), 

(If  the  menu  longitude  of  the  rooon*f  ascending  node,  (see  pnge  278),  or  the  mean  longitude 

of  the  descending  node  of  the  moon's  equator, 
C,  the  angle  at  the  centre  of  the  moon's  disk  made  by  a  lunar  meridian  with  the  circle  of 
declination,  counted  from  north  to  east  on  the  apparent  disk, 
A,  /9,  a't  ()'t  the  apparent  longitude,  latitude,  right  ascension,  and  declination  of  the  moon,  corrected 
for  parallax, 
V,  the  selenocentrie  longitude  of  the  earth,  counted  on  the  moon's  equator  from  its  descend- 
ing node, ft, 
t,  At  ft't  C  »  ^^*  quantities  defined  on  page  276,  where  their  values  for  the  year  are  given. 

The  moon's  libration  in  longitude  and  latitude  may  then  be  found,  for  any  time,  by  meaiia  of  the 
following  lormula,  in  connection  with  the  tables  given  on  pages  276  and  277  :«• 

AX  —  —  0'.57  sin  2  (ft  —  X) 
a  as  sin  /  cos  (ft  —  A) 
Un  B  tm  tan  /  sin  (ft  —  X) 

The  libration  in  latitude      m  4  »  B  —  ^ 
The  libration  in  longitude  ^  I  ^  V  —  <[ 

.  cos  (V  -f-  A  —  ft)  J     .  COS  (e^j-ftO 

I  11  ^"  —  sin  I 1 

COS  d'  coa  k 


$€4  uMe^  P^*  277. 


tin  C  ^  sin 


2J>  W. 
55  W. 
30  W. 
16  W. 
18  W. 
38  W. 
42  W. 

I 

19  w.i 

33  W.! 
38  W. 
48  W. 
38  W. 
48  W. 


420 


00CULTATI0N8,  189& 


ELEMENTS  FOS  THE  PBEDICTIOir  OF 


i:K>ii 


«TATIOHB. 


JAHUASr. 


0S  Aq««ni 
k*  Aqamtn 
A*Aq«ani 
A'Aqoani 

A^Aqvani 

f  Aqaani 
96  Aqaarii 

Laluide  47041 
60  Pwe'tum 

¥ 

I  62  Ft9tium 
.  70  FMcioHi 
!  r  pMciuiD 
100  Piaciuni 
<     «-  PbciuB 

B.A.C.490 
104  Fiscium 
tSS  Ari«tis 
27  An«U0 

B.A.C.7«2 

ft  Arietis 
47  Arietif 

B.A  c.yjo 

e  Arietif 
66  An«tij 

7  Taori 

9  Taori 
11  T.'iuri 

g  PleiadoB 
17  Tauri 

IH  Tauri 

19  Tauri 

20  Tauri 

21  Tauri 

22  Taori 


23 
24 

V 

26 

I  27 

,  *^ 

:   f 


22 


136 

49 
53 
54 
25 


Tauri 
1'auri 
Taori 
BAG.  1171 

Taori 


Taori 

Tauri 

BAG. 

Taori 

Taori 


1192 


Taori 

W.  iv,  1421 

AurigK 

Taori 

B.A-C.I772 

Taori 

Avngm 

Aurifiar 

Ann;;  I*' 
iieutitftrmm 


28  Gemtnoruai 


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6J;   0^1 

7.4     0Ja9 
7j0     0^ 


OjOO  *  3J0 

40.oe;    X7 


4J2,  OOs 
6j8,  0^ 
5.7     0J26 


6.0  ♦O^l 
6-0  070 
7J0  0.70 
0^ 
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6.3 


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♦0^ 
0^^ 

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0.9»i 
0.9CJ 

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1.00 
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li>l 

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1.01 
1.02 
M4 
1J20 

4-1.21 
1.47 

1J>5 
llf6 
li>3 


5.3   4l£6 
5.7 

6.0 
6.0 


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11.9 
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7.7 
7-5 
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-  f  37S 

7  tU 

8  15.7 
0  194 
8  303 

-  8  iS^ 
6  374 
5  4SJ 

-  0  51i$ 
♦  6  10J2 


♦11  32^ 
13  453 

19  23JS 

17  14j6 

18  25J2 

♦19  34i> 
SO  15X) 

21  12.2 

20  55.4 

22  26.7 

424    6.9 

22  52.0 
24  59.6 

23  57.7 

23  47J2 

424  30.4 

24  4.4 
26 

13,4 
12.2 


24 

24 
24 


423  37>5 
23  47  7 

23  47.0 

24  1.6 
23  323 

423  44.1 
23  49.1 

25  15.9 

26  12^ 

27  6J2 

425  23.1 

27  64.1 

28  50j6 
28  313 

9£ 


♦27  354 

28  63 

29  43 
28  2M 
28  17.7 

♦29    4.7 


184 


II  553 
I9  2li6 

19  48j6 
4  12  244 

13  333 

13S03 

14  37J2 

•  15  96.7 

15  36i> 

16  49.7 

20  49.1 

•  3  49j6 
4  103 
4  I9j6 

16  503 

19  ISS 


21  544 
23  34.2 
23  3&2 

23  423 

23  44.0 

23  59.2 

T    0    li) 

0    43 

0  IIJ6 
0  363 

0  39.4 

1  43 
1  1&6 

1  203 
1  21.1 
1  463 
9  553 

13  374 

14  30.7 
8    8    93 

13  63 

14  104 
18  503 

23  533 
•  14  423 

15  493 

16  143 
16  5&7 

18    4J 


-0.8086  •AdSl 
,♦03076  0.4S56 
♦03B78  0.4856 
♦1J800  O.tfSe;   t:S37 

♦IJOQO  0.4454 1 ♦OJ2540 

I  ♦•3123  0-4848 

0.4845 

0.«S3 

0.4940 


♦  6  63 
-10  393 
-M  133 

♦  5533 

♦  7    03 

♦  7  16^ 

♦  8    23 

♦  8    43 

♦  8  13:7 

♦  9253 


♦10  S73 
♦II  593 
-10  32.4 

-  8  56.4 

-  8  544 

-8  484 
-8  473 

-  8  32.4 
-8  30.7 
-8  273 

-8  203 
-7  563 
-7  533 
-7  29.7 
-7  183 

-7  14J 
-7  133 
-6  483 

♦  I     1.1 

♦  4  33.7 

♦  5  243 

-  1  403 

♦  3    44 

♦  4    53 

♦  8334 

-10  373 

♦  3  323 

♦  4  353 

♦  5    03 

♦  5  36.7 

♦  6  443 


0.4940 
♦OJ7S4l!o'4939 
♦03241  0.4985 
♦0.1099  03099 
♦03341   03106 


♦03761 
-1.1810 
-13790 
♦03997 
♦03419 


♦04391 
^4816 
-O.160S 
♦03125 

-03747 
♦0.7816 
-1.1420 
♦0.1840 
♦03679 

-03576 
♦0.0272 
♦0.1651 
-03204 
♦03170 


03109 
03116 
03346 
03346 


03574 


03614 
♦03611 


403156 
403378 
403S90 
♦03794 

♦03923 
♦03088 
-03009 
-03464 
-13160 

♦03294 
-0.0500 
-0.7063 
-03357 
-0.7909 

♦03649 
♦0.1298 
-03772 
-0.1444 
-0a576 

-03013 


03405 
03480 
03484 
03486 
03630 

03657 
03671 
03647 
03709 
03709 

03709 
03709 
03711 
03711 
03712 

03714 
03720 
03723 
03725 
03728 

03728 
03728 
03732 
03422 
03862 

03872 
03030 
03064 
0.6070 

03098 

06120 
0.6152 
03153 
0.6151 
03151 

03161 


03477 

♦03475 
03468 
03194 
03197 
03179 

♦03118 
03003 
0.1995 
0.1994 
0J747 

♦0.1692 
0.1669 
0.1633 
0.1594 
0.1594 

♦0.15!«2 
0.1592 
0.1585 
0.1583 
0.1583 

♦O.1580 
0.1569 
0.1570 
0.1554 
0.1555 

♦0.1551 
0.1551 
0.1540 
0.1330 
0J229 

40.1203 
03659 
03496 
0.0455 
03293 

♦03114 

-03422 

03463 

03474 

03499 

-03543 


♦Si  -«9 
♦  2-90 
♦70  -  2 
♦«3  ♦  3 
^1    422 

4««^16 


♦80-9 


♦90   -71 

4901-4 
♦90   ♦  6 


♦W  ♦3, 
490:^ll 


-71 
490  Ul8 

♦471-34 


♦71 
♦18 


487 

♦  7 
490 


455 
467 


-II 


-41 
♦  1  : 


4^11  > 


♦46 
454 
♦43 
♦45 

♦89 
♦74 
^^ 
466 
♦90 

♦90 
487 
-  1 
♦12 
-17 

♦90 
♦41 
♦  4 


-  2 

♦90 
♦52 

-  8 
♦33 
♦35 

-16 


-19 
-  9 

-47 

-27 


♦  4 

-  2 

-  1 
-10 
♦14 

♦  7 

♦  3 

-65 
-54 
-63 

♦19 
-22 
-60 
-36 
-61 

431 

-11 
-61 

-SB 
-26 

-61 


OOCULTATIONS,  1895. 


421 


i                    ELEMENTS  FOR  THE  PREDICTION  OP  0000LTATI0N8. 

JANUARY. 

Thr  Stab's 

At  CoiuimcTioic  ni  S.  A. 

Linltiag 
Parallela. 

Kmm. 

Mag. 

Bad'na  froan 
iaP6.0. 

AMareni 
DedbatloB. 

Waahingtoa 
MaanTiae. 

Hoar  Angle       v* 

«* 

f' 

N. 

489 

8. 
41? 

A« 

Ai 

W.  Ti,  1656 

4l*85 

4<i;2 

4S^59.6 

d     h    n 
!•    0  513 

-10  453  4O.6O99 

0.6139 

-0.0786 

47  Geminoriim 

6.0 

1.87 

5.9 

97     1.8 

3  33.0 

-  8  iL4' 403485 

03131 

O.OHH) 

466-4 

53  Gvniinorum 

6J 

1.87 

6.6 

38    4.9 

6    93 

-  6  39.4-4)3319 

03197 

0.0!  «6 

-4-69 

59  Grniinorum 

6.9 

1.90 

6.1 

U7  60.5 

8  14.4 

-  3  493  -03901 

03110 

0.1041 

-  9   -69' 

1  Geminnriim 

4.0 

1.91 

6.1 

98    0.5 

8  39.7 

-  3  183  -1.1070 

03110 

0.1056 

-95  -69 

V  Geniinorum 

4.3  41.91 

44  J> 

♦97    7B 

19  903 

♦  0  19.9 

-0.6583 

0.6091 

-0.1180 

4  7   -60 

c  Ci(*niinnruin 

6.0     L88 

3M 

96    9.1 

15  1«U 

4  3    4.1    4O  0490 

06075 

0.1976 

447  -99 

«#■  Cuncri 

6.0 1    LH9 

UM 

95  40.8 

91  98.1 

4  8  56.9  -0.4470 

06036 

0.1479 

490   -50 

w*  Cancri 

6.3     LH8 

2.8 

95  99.7 

91  46.1 

♦  9  14.9 

-0.1957 

0.6034 

0.I4K1 

433  -:r7. 

ir*Cuncri 

5.7     UK) 

1 

9il 

95  49.5 

11    0  69.1 

-11  4L0 

-1.1970 

0.6010 

0.1679 

.95   -6.-.' 

A  Cancn 

5.7. 41^ 

4L7 

494  91.1 

4  453 

-  8    33 

-03016 

03980 

-0.1688 

498  -44 

trirancri 

6.0 

1.88 

1.3 

94  59.7 

7    3.4 

-  5  593 

-13190 

03964 

0.1753 

-33 ,  -6r. 

,     v^Canrri 

5JJ 

IJkfT 

IM 

94  99.6 

7  47.9 

-  5    9.4 

-0.9666 

03955 

0.1774 

-19  .66 

v*<'nticri 

6.0     lJi7 

1.0 

94  96.1 

8  53.8 

-  4    63  .LI060 

03947 

0.1803 

.99  -66 

w^C.nncri 

6.7     liJ7 

0.9 

94  96.5 

9  97.7 

-  3  34.7,-L9l90 

1 

03941 

0.1818 

-33-66 

y  Canfri 

4.3  4LBI 

4O.3 

491  50M 

13  953 

♦  0  143   403838 

03906 

-0.1993 

484   .  9 

tMi  Leonia 

7.7     IM 

.3.9 

15  43.9 

19  19  :<83 

4  5  173  -03197 

03615 

03597 

♦:i3   .50 

34  I.eonia 

6.3 

1.47 

3.7 

13  59.3 

la    1  93.4 

410  493  4O.1933 

03579 

0.9608 

451 ,  .3:i 

37  Leonia 

5,7 

1.46 

4.0 

14  15.0 

3  33.9 

-11     43   -03l!)3 

03551 

0.2635 

4  I  ! -76 

a  L«onia 

4.1 

I.IU 

5.4 

636.9 

14    8  40.6 

-  6  58.1    -13790 

0.5338 

03845 

-30   -^3 

1 

,  H^  Leonia 

6i> 

41.06 

-4.9 

♦  3  39.7 

10  47i) 

-  4  553  403448 

0.5396 

-038.59 

490 '  .0 

HO  Leonia 

6.5 

1.06 

M 

4  96.9 

10  59.9 

-  4  50.1    403691 

0.5396 

03859 

45H   -31 

H3  l^eonia 

6^ 

1.05 

4Jd 

3  35.0 

11  91.0 

-  4  993  403837 

0.5393 

03H59 

4IK)   4  8 

r  l«eonia 

5.r» 

K04 

4.8 

3  96.0 

11  blM 

-  3  63.0 '  403879 

0.5319 

0J9H53 

490  1  4  8  . 

H9  J«conia 

6.9 

1.01 

bM 

3  38.6 

14  543 

-  0  56.7 

-0.0904 

03306 

03859 

440 

-4!» 

P  Virginia 

3.7 

4O.99 

^A 

♦  9  91.3 

99  37.4 

4  6  313  .1.0060 

03969 

-0.9H6I 

-  9 

-^b 

n.A.C.4l34 

6^1 

0.73 

4Ji 

-399.3 

1«  11  54.7 

-  4  36.5   4L0070 

0.5994 

0.9830 

4H7 

♦i» 

/  Virginia 

6.0 

0.60 

4.9 

5  15.3 

90  59.9 

4  4  103  40.3818 

03908 

03787 

465 

-9.". 

^  Virginia 

7.0 

0.56 

4.6 

6  55.5 

93  30.4 

4  6  37.4   413900 

0.5904 

03779 

483 

444 

g  Virginia 

5.9 

0.40 

4^ 

10  10J8 

1«19  11.1 

-  5    53  413990 

0.5901 

03675 

48O 

4:*9 

B.A.C.4394 

6.0 

40.41 

-6J 

-  8  95.4 

19  303 

-  4  463 

-0.6099 

0.5901 

-03671 

4ii 

-Ki 

50  Virginia 

6.3 

0.40 

4.7 

946J» 

13    63 

-  4  193  4O3953 

0.5909 

03b68 

478 

-19 

1                                       ^7 

fS  Virginia 

7i) 

0.37 

4M 

9  48.9 

16  39.6 

-  1  50.7  4O394I 

03909 

03643 

449 

-43 

5H  Virginia 

7.0 

0.36 

4J) 

9  69.7 

16  59.9 

-  0  333   -0.1397 

03909 

0369<) 

435 

.59 

ei  Virginia 

7J0 

0.34 

4.7 

10  46.3 

18  163 

4  0  473  403797 

03909 

03616 

456 

-30 

a  Virginia 

1.6 

40.31 

-4.9 

.10  36.9 

90  383 

4  3    6.7  ■  .0.4896 

0.5905 

-03593 

4l7 

.73 

^7 

1  Virginia 
II.  A .  C.  4700 

5.7 

0.S0 

4.5 

19    9.8 

91  993 

4  3  483  403396 

0.5905 

0358:< 

478 

4  5 

5.6 

0.06 

4A 

16  4M 

17  18  413 

4  0  973 ,  -0.4908 

039:*3 

03314 

4l3 

-75 

B.A.C.47«<M 

5.8 

4O.O9 

4.0 

17  49.7 

90  51.7 

4  9  333I4LOI50 

03960 

0  9989 

479 

4I9I 

B.A.C.4iKl3 

7.3 

JOMt 

4.3 

90  56.5 

19  16  353 

.  3  9:)3  403590 

0.5998 

0.1950 

447 

-30 

4«  Libr» 

6.7 

-^.411 

-4.8 

-93  98.7 

!•  19  173 

-  7  183  -0.4909 

03408 

-0.1559 

4  4 

.76 

B.A.C.5I97 

6.0 

0.45 

4.7 

94  93.3 

14  47.9 

-  4  543  40.1076 

03418 

0.1497 

434 

-38 

k  Bcorpii 

5.3 

0.48 

4.6 

95  96.0 

17    53 

-  9  413  40i«)60 

0349H 

0.1447 

465 

4  7 

A'Hforpii 

bM 

0.48 

4M 

95    0.9 

18  163 

-  1  :J9.0  ♦03r.il 

0.5430 

0.1419 

441 

.9f» 

B.A.C.5253 

5.8 

0.48 

6.0 

94  133 

18  953 

-  1  93.7  -0.6001 

0.5431 

0.1416 

-  3 

-J-7 

B.A.C.5V54 

6JH 

-0.47 

-6Ji 

-4n  40.0 

18  97.1 

-  1  993  -13030 

03431 

.0.1416 

.44 

-HTI 

B.A.C.5Sa6 

6.0 

0.48 

4M 

95    6.0 

18  333 

-  1   163  ■  403988 

03431 

0.1414 

444 

-96 

3  Hrorpii 

6.7 

0.49 

4.9 

94  66.0 

18  453 

-  1     43  40.iiH6 

0343:4 

0.1409 

4:^3 

.:tH 

4  Srorpii 

6.3 

0.50 

4.6 

95  573 

19    7.1 

-  0  433 

4i.l730 

0.5433 

0.1400 

^64 

430 

w  Hrorpii 

3.4 

0.61 

4.7 

95  48.8 

90  37.1 

4  0  43.4 

403110 

03439 

0.1367 

464 

4  9 

n.  A.  C.  5314 

5.7 

-0.59 

-4.9 

-96  34.4 

99  38.9 

♦  9  403 

403808 

0  5446 

-0.1319 

441 

-99 

B  A.  C.  5347 

6Ji 

0.64 

bJO 

96    9.7 

••    0  453 

4  4  493 

403170 

03456 

0.1970 

454 

-16 

a  Hrorpii 

3.4 

0.58 

6.6 

96  903 

6  343 

4IO  903 

-03469 

0  5473 

0.1139 

-96 

.90 

a  Hcorpii 

1.4 

0.61 

5.6 

96  19.0 

10  113 

-10  103  -0.4088 

034H4 

0.ltM3 

4  3 

.71 

r  Bcorpii 

ZM 

0ii6 

63 

98    0.0 

13    0.7 

-  7  973 

413600 

03493 

0.0974 

469 

446 

B.  A.  C.  6000 

t 

7i6 

-0.75 

SB 

.86  513 

91    6  49^ 

48463 

.13690 

03599 

-4).0644 

.60 

-73 

422 


OOOULTATIONS,  1895. 


ELEMENTS  FOR  THE  PREDICTION  OP  OOOULTATIONS, 


JANUARY. 


The  Stab's 


Kftoie. 


43  Opiiiuchi 
3  Sagittnrii 
yi  SHgittarii 

B.  A.C.6I27 
f  Sagittarii 

r  Sagittarii 
B.A.C.66«i 
B.  A. C. 6666 

6  Capricorni 

t  Aquarii 
39  Aquarii 
4*i  Aquarii 
45  Aquarii 

64  Aquarii 

a  Aquarii 

58  Aquarii 

64  Aquarii 

65  Aquarii 

I  Aquarii 
7ti  Aquarii 

81  Aquarii 

82  Aquarii 
A*  Aquarii 

k*  Aquarii 
h*  Aquarii 
A^  Aquarii 
^  Aquarii 
96  Aquarii 

Lalande  47041 

60  Pigcium 

62  Piscium 

70  PisfJum 

e  Piscium 

100  Piscium 
IT  Piscium 
B.  A.C.490 
104  Piscium 


Bed*ns  from 

Mag. 

1885.0. 

Aa 

At 

-0.78 

-6:7 

4^ 

0.82 

7.5 

5-65 

0.87 

7.6 

5.1 

0.86 

7.8 

3.7 

0.89 

9.0 

3.6 

-0.90 

-  9.2 

5.9 

0.90 

9J> 

5.8 

0.90 

9.6 

2.8 

-0.70 

"   9.6 

4.4 

0.67 

9.0 

6.4 

0.65 

8.9 

5.8 

0.64 

8.7 

6.3 

0.64 

8.7 

7.0 

-0.63 

-  8.2 

5.1 

0.62 

8.1 

6.7 

0.61 

8.1 

6.9 

0.60 

7.6 

7.0 

0.59 

7.6 

3.6 

-0.57 

-  6.9 

6.4 

0.57 

6.8 

6.6 

0.55 

6.5 

6.4 

0.55 

6.4 

5.4 

0.53 

6.5 

7.4 

-0.53 

-65* 

7.0 

0.52 

6.6 

8.0 

0.52 

6.5 

4.1 

0.51 

5.9 

5.6 

0.50 

5.6 

7.1 

-0.39 

-  2.5 

6.2 

0.28 

♦  0.9 

6.0 

0.28 

1.1 

8.0 

0.21 

li) 

4.2 

0.21 

1.9 

6.8 

-0.09 

+  4.7 

5.7 

0.06 

4.7 

7.5 

0.06 

4.7 

75 

-0.05 

4  5.4 

Apparflot 
PfrflHnatiffn 

-rf    2!6 

27  47.5 
29  35.1 

28  28.2 

27  6.0 

-27  49.6 

28  4.3 
27  12.2 

NEW 

-16  36.4 
14  22.9 
14  42.7 
13  21.4 
13  49.9 


•II 
11 
11 
10 
10 

•  8 

7 
7 
7 
8 

-  8 
8 
8 
6 
5 


45.8 
13.0 
26.7 
34.6 
39.3 

8.4 
45.9 
37.6 

8.4 
15.7 

19.4 
30.3 
15.7 
37.0 
42.0 


-  0  51.8 
4-  6  10.1 

6  43.6 

7  22.5 
7  19.5 

^12  1.4 
11  36.4 
II  32.6 

^13  45.3 


▲t  CoBJUXcnoii  IX  B.  A. 


Washington 
Mean  Time. 


91 


99 


9 

20 

3 

5 

21 


m 
46.1 
18.7 
53.1 
14.9 
49.1 


93 


7  19.1 
15  15.9 
17  44.2 
MOON. 

96  13  28.7 
23  56.1 

97  3  11.4 

5  35.6 

6  47.9 


98 


II 
13 
13 
18 
20 

1 
2 
6 

7 
8 


3.0 

14.5 

48ij 

2.5 

8.0 

31.6 
37.8 

28.8 

7.9 

35.8 


8  4li2 

9  0.4 
9  45.3 

13  48.1 
16  40.7 

99  15  41.0 

30  18  22.0 

18  51.1 

31  2  24.8 
2  52.2 

19  48.5 

20  58.8 

21  16.3 

22  4.2 


Hoar  Angle 


h 
-II 

-  1 

4  6 
♦  7 

-  0 


m 
25.8 
15.8 

2.6 
21.6 
39.2 


4  8  31.0 

-  7  48.5 

-  5  25.2 

-11  47.4 

-  1  37.9 

*  1  32J2 
4-  3  52.2 

♦  5    2.5 

4  9  10.6 
411  18.5 
4ll  51.9 

-  8     1.3 

-  5  59.3 


+ 
+ 


0 
0 
4 
4 
6 


46 
•••6 
+  7 
4ll 

-  9 

-II 

-  9 

-  9 

-  1 

-  I 


44.4 

19.9 
4.8 

42.8 
8.3 

13.6 
32.3 
16.0 
12.3 

59.8 

36.0 
42.2 
13.8 
53.8 
26.1 


8  58.8 
7  50.6 
7  33.6 
6  47.1 


-0.1623 
-0.7573 
4-1.1660 
-«.05I3 
-1.0820 

40.3061 
41.^10 
40.5282 

-0.0334 
-0.1556 
40.9670 
40.0234 
40.8389 

-0.4443 
-0J>201 
-0.1295 
-0.a573 
40.5455 

-0i«)80 
-1.0360 
-0.2141 
-0.5870 
41.0280 

41.1260 
41.4030 
41.3250 
40.5371 
40.2709 

40.9620 
40.2777 
-0.2069 
41.0400 
41.2120 

40.3877 
41.1250 
41.2650 
-0.9215 


0.5531 
0A535 
0JV530 
0.5527 
0.5491 

0.5459 
0.5424 
0^12 

0.5025 
0.4972 
0.4960 
0.4945 
0.4944 

0.4926 
0.4918 
0.4915 
0.4900 
0.4893 

0.4879 
0.4876 
0.4863 
0.4863 
0.4862 

0.4861 
0.4861 
0.4860 
0.4851 
0.4845 

0.4844 
0.4907 
0.4908 
0.4939 
0.4942 

0.5042 
0.5048 
0  5049 
0.5058 


-0.0441 

-0.0163 

40.00:« 

0.0075 

0.0504 

40.0743 
0.0932 
0.0992 

40.2190 
0J2.305 
0J2337 
0.2358 
0.2371 

40.2408 
0.2427 
0.24:10 
0.2461 
0.2478 

40.2.^>13 
0.2520 
0.2540 
OJ2540 
0.2551 

40.255:^ 
0J2555 
0.2558 
0.2575 
0.2589 

40iJ6;« 
0.2602 
0.2601 
0.2567 
0i2565 

40.2458 
0.2448 
0.2446 

40.2440 


LimHiBg 
Parallels. 


N. 


I 


4l0  -54 
-24  -90 
460  4S4 


4l2 
-42 

437 
462 
452 

436 
4:11 
475 

4^1 

476 
4I8 

4l5 

435 
439 
473 

-  4 

-13 
4.'W 
4l3 

4«2 


-47 

-90 

-27 
444 
-14 

-46 
-53 

4  ^ 

-43 

0 

-70 
-7b 
-51 
-47 
-16 

-iH) 
«1K) 
-56 
-r*l 
411 


482   4IH 

4ttl  .4^7 

4^2 , 4:1.1 
475. -17 

458|-3f» 

4  6  !  -J^9 
^)  I  -2it 
434  I  -.Vi 

4iM)'4i:i 
490   +26 


467 
490 
490 
-  5 


-21 
421 
434 
-76 


FEBRUARY, 


26  Arietis 

27  Arietis 
B.A.C.782 

^  Arietis 
47  Arietis 

B.  A.C.920 

e  Arietis 
66  Arietis 
7  Tnuri 
9  Tauri 

11  Tuuri 

fPleiadum 
Tauri 

18  Tauri 

19  Tauri 

20  Tauri 


6.0 

4O.2O 

4  8.9 

6.3  0.22 

8.2 

7.0 

0.23 

8.7 

6.0 

0.28 

9.3 

6.0 

0.37 

9.8 

7.0 

40.38 

4IO.2 

4.3 

0.38 

10.1 

6.0 

0.57 

10.6 

6.0 

0.61 

11.6 

7.0 

0.64 

11.2 

6.7 

4O.66 

4I2.O 

6.3 

0.69 

11.7 

4.3 

0.69 

11.6 

6.3 

0.69 

11.9 

5.0 

0.69 

11.8 

6.0 

40.69 

4II.7 

4l9  2:^4 

17  14.5 

18  25.1 

19  3:19 

20  14.9 

421   12.1 

20  55.3 
22  26.7 
24    6.9 

22  52.0 

424  59.6 
2:J  57.7 

23  47.2 

24  30.8 
24    8.4 

424    2.6 


i  23  23.3 
23  42.8 

9    0  58.7 

5    5.4 

12  18.9 


3 


12  40.5 

12  49.8 

1  45.3 

4  18.5 

5  24.4 


6 

8 
8 
8 
8 


59.3 
42.4 
44.5 
60.9 
52.5 


9    8.2 


4 
4 


4 
4 
4 
4 
4 


6  1.0 

-1.0400 

0.5262 

40J2158 

5  51.8 

41.2750 

0.5265 

0.2156 

4  38.3 

40.2f»85 

0.5277 

o.2i:w 

0  39.6 

-0.0476 

0.5315 

01i079 

6  19.3 

40.6892 

0.5387 

0.1961 

6  40.2 

-0.2437 

0.5:^93 

40.1^4 

6  49.2 

4O.O8O6 

0.5395 

o.ia^i 

4  42.2 

40.8674 

0.5530 

0.1705 

2  14.5 

-0.4616 

0.5552 

0.1652 

1  11.0 

4I.OI8O 

0.5568 

0.1629 

0  20.4 

-0.9391 

0.5584 

4O.I593 

1  59.7 

40.40:<2 

0.5604 

0.1553 

2  1.8 

4O.5902 

0.5604 

0.1553 

2  8.0 

-0.1471 

0.5604 

0.1551 

2  9^ 

40.2440 

0.5604 

0.1551 

2  24.6 

40.3841 

0.5607 

40.1545 

-14 
490 


-71 

440 


462   -21 
442 !  -37 


490 

431 

449 

4W 
4l9 
490 

-10 
470 
485 
4:«i 
459 

468 


4  2 

-46 
-21» 
4ir> 
-54 
426 

-65 

-  8 
4  2 

-:U) 

-16 

-  9 


OCCULTATIONS,  1895. 


423 


ELEMENTS  FOE  THE  PREDICTION  OP  OCCULTATIONS. 

FEBRUARir. 

Th«  Stab's 

At  CouuHCTioir  in  R.  ▲. 

IJmltlaf 
ParaJleU. 

Kmd«. 

Mag. 
7.0 

Bed*na  front 
11«6.0. 

Apparent 
DecUnatioii. 

WaahiDffioo 
IfeanTime. 

Hoar  Anglo 
H 

y 

x' 

y* 

N. 
♦56 

8. 
-18 

So. 

£ki 

^\  Tauri 

♦0*69 

♦1 1  !8 

♦94"  13.8 

d     h    ni 
3    9  10.0 

♦  9  96.3^0.1i>54 

0.r.6<l7i40.l545 

*JU  Tnuri 

7.0 

0.70 

11.8 

94  19.9 

9  13.7 

♦  9  99.9  ♦0J9:j:k5 

0.5608 

0.1543 

458 

-16 

ia  Tauri 

4.7 

0.70 

11.6 

93  :»7.5 

9  91.4 

♦  9  :i7.3   4<l.8597 

0J,610 

0.1539 

490 

♦17 

94  Tauri 

8.0 

0.71 

11.6 

93  47.7 

9  46  8 

♦  3     IJJ   40.74IH 

0/,613 

0.1531 

490 

♦10 

If  Tauri 

3.0 

0.71 

llJb 

93  47.0 

9  50.9 

4  3    5.1    40.7696 

0.5614 

0.1599 

490 

♦11 

B.  AC.  1171 

7.8 

40.71. +11.7 

♦94     1.6 

10  15.5 

♦  3  99.5   ♦OJ>740 

0/)619 

40.1519 

484 

♦  1 

96  Tauri 

7.0 

0.79.    n.5 

93  39.3 

10  97.9 

♦  3  40.7   ♦I. 1080 

05690 

0.1515 

490 

♦34 

!  97  Tauri 

4.0 

0.79'    11.6 

93  44.1 

10  39.4 

♦  3  45.7  ♦0.9196 

0..'>693 

0.1519 

490 

♦91 

9tf  Tauri 

6.9 

0,n\    11.6 

93  49.1 

10  39.9 

♦  3  46i2  ♦0.8339 

0.5693 

0.1519 

490 

♦16 

B.  A.  C.I  199 

6.0 

0.791    19.1 

95  15.9 

10  5!»6 

♦  4  11.9  -0.6019 

0.5696 

0.1509 

4II 

-60 

1 

V  Tauri 

6.0 

♦0.87:419.4 

♦96  19.6 

19  95.0 

-II  41.7   -^.3959 

0/.716, 40.1993 

499 

-47 

f  Tauri 

5.3 

OM 

19.7 

97    6.9 

93  13.9 

-8     1.7,-0.8379 

0.5751 

0.1199 

-  4 

-63 

r  Tauri 

5.7 

0.95 

19.1 

95  93.1 

4    0    9.1 

-  7     8.7   ♦1.0.380 

0.5769 

0.1168 

490 

♦33 

W.  ir,  1491 

6.0 

IM9 

19.1 

97  54.1 

18  99.0 

♦10  90.3   ♦0  1100 

0/.S»96 

0.0631 

451 

-13 

99  Aurig» 

7.0 

1.39 

19.0 

98  50.6 

93  98.5 

-  8  45.9-0.5614 

0.5ii65 

0.0467 

419 

-50 

^  Tnuri 

9.0 

♦1.41  ♦n.B 

♦98  31.3 

ft    0  33.!) 

-  7^301   -0.1870 

0..'i970 

40.0431 

434 

-97 

B.A.C.  1779 

6.3 

1.51 

11.5 

99    9.5 

5  99.5 

-  3    6.8  -0.66<)0 

0i>!K»9l    0.0970 1 

4  6 

-56 

136  Tauri 

5.3 

1.58 

10.6 

97  35.4 

10  33.3 

♦  1  50.7  ♦I.OISO 

0.6097 

4O.OOIM 

4!H) 

♦40 

49  Aurigir 

5.7 

1.89 

9.0 

98    6.4 

•    1  44.4 

-  7  37.6  ^05393 

0.6«»7I 

-0.04:^ 

458 

-  6 

53  Aurigs 

6.0 

1.86 

8.9 

99    4.6 

9  59.3 

-  6  39.6  -0.7o43 

0.6U74 

0.0476 

-  1 

-61 

54  Aiirig« 

6.0 

♦1.85 

♦  8.7 

♦98  91.5 

3  18  4 

-6    7.7' -0.0919 

0.6074 

-0.04JM 

439 

-9:4 

95  Cifiiiinorum  . 

6.5 

iJtib 

8.6 

98  17i$ 

3  57.4 

-  5  30.4   -0.06:W 

0.6074 

0.0514 

441 

-91 

98  (aeniinorum 

6.0 

1.89 

86 

99    4.8 

5  10.4 

-  4  911.6  -0  9057 

0.6074 

0.0556 

-10 

-61 

W.  vi,  1656 

8.9 

l.<M 

7.9 

96  5!i.6 

19    5.6 

♦  9  16.6^0.6947 

0.6073 

0.0800 

490 

>4l5 

47  Cteminorutn 

6.0 

1«*>8 

6.8 

97     1.9 

14  49.8 

♦  4  53.7  ^0.4959 

0.6071 

0.0899 

479 

0 

53  (leminoruiD 

6.3 

♦1.99 

♦  6.4 

♦98    5.0 

16  97.8 

♦  6  '97.4   -0.7649 

0.6063 

-0.0949 

4  1 

-69 

59  CSeminoruro 

6.9 

9.(15 

6.9 

97  5(».6 

19  35  4 

♦  9  96.9  :  -0.8387 

0.6057 

0.1054 

-  4 

-69 

1  Cjieininorum 

4.0 

um 

6.1 

98    0.6 

90     II 

♦  9  51.6  -1.0490 

0.6057 

0.1069 

-90 

-69 

V  Cieminoruni 

4.3 

9.08 

5.5 

97     7.8 

93  44.8 

-10  34.5   -06096 

Oii046 

0.1199 

4II 

.57 

e  Geminorum 

6.0 

9  09 

4.6 

96    9.1 

T    9  45.7 

-  7  41.9  ♦0.1016 

0.6(»I3 

0.1990 

400 

-90 

iJ  Cnnrri 

6.0 

♦9.14 

♦  3.5 

♦95  40.9 

8  57.!> 

-  1  44.9' -0.4195 

0.6006 

-0.1487 

499 

-4!» 

fci*('nnrri 

6.3 

9.14 

3.4 

95  99.8 

9  16.0 

-  1  97.6   -0.1619 

0.6009 

0.1496 

435 

.35 

V^'Cancri 

5.7 

9.17 

9.8 

95  49.5 

19  3l>.4 

♦  1  38.7    -l.0!»t<n 

0J»IW7 

0.1595 

-9:1 

-64 

i  Cancri 

5.7 

9.16 

9.1 

94  91.1 

16  IH.l 

♦  5  1 6.8-0.984  MS   OJ>JM 

0.1706 

499 

-^•*i 

v*  Cancri 

6.0 

9.19 

1.8 

94  59.7 

18  36.3 

♦  7  99.3   -l.ll»60 

1 

0ii948 

0.1779 

-31 

-65' 

v*rancri 

5.8 

♦9.18 

♦  1.6 

♦94  99.6 

19  90.8 

♦  8  11.9   -0.9510 

0.51M3 

-0.1799 

-10 

-66 

v*  C'ancri 

6.0 

9,19 

1.4 

94  96  1 

90  96.9 

♦  9  15^   -1.0990 

0  5*1.36 

0.1894 

-91 

-66. 

v^Cuncri 

5.7 

9.19 

1.3 

94  96.5 

91     0.!> 

♦  9  474)|-1.9<»I0 

0T»«»39 

0.1840 

-:« 

-66 

y  Cancri 
96  L«onif 

4.3 

9.15*4  0.1 

91  50.8 

8    0  5H.H 

-10  94.o'40/>849 

0.59U5 

0.I1M5 

484 

-  9 

7.7 

9.05  -  5.1 

15  43il 

•    6  567 

-  5  :«66   -0.9848 

0/.670 

0.9573 

430 

-53 

1  34  Leonia 

6.3 

♦9.09 '  -  5.!» 

♦13  59.3 

19  35.7 

-  0  10.1    40.0440 

0..'>696 

-0.96.57 

447 

-38 

37  Leonia 

5.7 

9.09 

6.9 

14  15.0 

14  43.7 

4  1  53  4  •  -0.H!I60 

o.:»6ii 

0.9696 

-  3 

-76; 

o  Leonia 

4.1 

1.77 

\)U 

6  36.9 

to  19    6.1 

4  5  15.6   -1.4090 

0.5496 

0ieM9 

-46 

-«3! 

89  L«oni8 

6.9 

1.73 

9.1 

3  59.6 

91     9  6 

4  7  14.9   4^)6^60 

0.5417 

0.9917 

490 

-  9 

*  BO  Leooia 

6.5 

1.73 

Oil 

4  96.1 

91  14.4 

4  7  19.6   4OIII9 

0.5416 

0Ji»17 

450 

-38 

'  83  Leonii 

6.5 

♦1.79 

-  9.1 

♦  3  34.9 

91  41  8 

4  7  46.1    40.-998 

0.5416 

-0.9918 

490 

-  1 

1     r  Leooia 

5.3 

1.79 

9.1 

3  95.9 

99  11.8 

4  8  15  0   4-0.^945 

0.5419 

0.9918 

490 

-  1 

89  Leonia 

6.9 

1.70 

9.4 

3  38.5 

it     1     8.3 

4II     5.5    -0.9493   0.5:«»H 

0J«1>95 

439 

-57 

p  Virginia 
B.A.C.4134 

3.7 

1.64 

10.1 

♦  9  91.3 

8  ?lbM 

-  5  41.6.-1. 1560 '0.5;<67 

0.91>98 

-19 

-88 

6.3 

1.48 

10.1 

-  3  993 

91  96.0 

4  6  49.7   40.8065 

0.5396 

OMhin 

479 

-  3 

/  Virginia 

6.0 

♦1.3d 

-10.1 

-  5  15.4 

19    6  10.9 

-  8  49.5   40.1896 

0.5311 

-0.9K5I 

454 

-35 

98  Virginia 

7.0 

1.35 

9.8 

6  55,6 

8  366 

-  7  98  6  41.1730 

0.5307 

0.9M4 

4^3 

♦91 

g  Virginia 
B.  A.  C.  4394 

5.9 

1.93 

9.8 

10  iOil 

90  49  8 

4  5  90.8   4l.«M>40 

0.5309 

0J9739 

480 

4l3 

6.0 

1.94 

10.4 

8  95.5 

91     8.!i 

4  5  39.3    -0.H054 

0.5309 

0.9799 

♦  1 

-90 

,  50  Virginia 

6.3 

1.93 

10.0 

9  46.3 

91  49.6 

4  6  I1.9    40.4097  !  0.5309 

0.9794 

4^ 

.94 

1  56  Virginia 

1 

7.0 

♦till 

-lOil 

-  9  49.0 

IS    0    4.0 

4  8  98.7   -0.1831 

0.5309 

-0.9701 

♦33 

-54 

424 


OCCULTATIONS,  1895. 


ELEME14T8  FOR  THE  PREDICTION  OP  OCCULTATIONS. 

1 
I 

FEBBUABT. 

1 

TBBflrAlfS 

As  Ootauwcnom  or  B.  A. 

Fanliala. 

Kmm. 

MMg, 

lW5.t. 

dJZmSL 

McaaTtoie. 

HovrAa^ 
if 

F 

x* 

f' 

425 

S. 

1 

-64 

Am 

AM 

58  Yirg^inis 

7.0 

4.1*20 

-io':2 

-  Sb^JB 

4     h    m 
13    1  20.7 

h    ai 

4  9  42  8 

-0.3443 

0.53OI 

-0.268.-1 

62  Virginia 

7i) 

1.18 

lO.I 

10  45.4 

2  41.8 

4ll      1.3 

40.0662 

0.5302 

0.2671 

445 

-41 

a  Virginia 

1.5 

1.16 

10.2 

10  37.0 

4  5!>.0 

-10  46.0 

-Oi>t^5 

0.5302 

0.2644 

4    7 

-90 

1  Virginia 

5.7 

1.14 

9.8 

12    9.9 

5  41.8 

-10    46 

40.7078 

0.5302 

0.2637 

478 

-  8 

B.A.C.4700 

5.6 

0.97 

9.6 

15  48.6 

14    2  17.9 

4  9  51.1 

-0.6974 

0.5337 

0J£I52 

4.  2 

-90 

B.A.C.4722 

bJb 

^.93 

-  9.1 

-17  42iJ 

4  23.8 

4ll  52.6 

40.7866 

0.5340 

-0J23I7 

466 

-  2 

B.A.C.4923 

7.3 

0,74 

8.3 

20  56.5 

23  33.2 

4  6  23.7 

40.0455 

0.5393 

0.1971 

435 

-42 

49  Librv 

5.7 

0.55 

8.3 

23  28.7 

1ft  18  49.1 

4  0  59.9 

-0.6863 

0.5450 

0.1. 'i59 

-  6 

-!«) 

B.A.C.5I97 

6.0 

0ii2 

8.0 

24  23  3 

21   15.7 

4  2  21.4 

-0.0924 

0.5458 

0.1.503 

483 

-S<) 

b  Scorpii 

5.3 

0.50 

7.7 

25  26.0 

23  31.3 

4  5  32.3 

40.6882 

0.5466 

0.1451 

4&i 

-  6 

A*8corpii 

bM 

^.49 

-  7i> 

-25    OJ) 

!•    0  41.8 

4  6  40.3 

40.0730 

0.5468 

-0.1423 

431 

-4<r 

B.  A.  0.5253 

bA 

0.49 

8.2 

24  13.3 

0  50.0 

4  6  48J2 

-0.7938 

05468 

0.1419 

-14 

-th> 

B.A.C.5255 

60 

0.49 

7J» 

25    6.0 

0  57.3 

4  6  55.3 

40.1281 

05469 

0.1417 

434 

-37 

3  Hcorpii 

6.7 

0.49 

7.9 

24  56.0 

1     9.4 

4  7    6.!» 

-0.0783 

05469 

0.1411 

423 

-4I» 

4  Srorpii 

6.3 

0.48 

7.6 

25  57.5 

1  30ij 

4  7  27.5 

40JI668 

05469 

0.1403 

4^4 

4l2 

w  Hcorpii 

3.4 

40.47 

-  7.7 

-25  48.8 

2  5!».3 

4  8  53.0 

40.6057 

0.5473 

-0.1369 

459 

-11 

B.A.C.53I4 

5.7 

0.45 

7.8 

•  25  34.4 

4  58.4 

4lO  47.9 

40.0838 

05478 

0.1320 

430 

-4<l 

B.  A.  C.  5347 

6.0 

0.43 

7J6 

26    2.7 

7    3.4 

-11   11.4 

40.3198 

05486 

0.1272 

442 

-27 

a  Scorpii 

3.4 

0.38 

8.2 

25  20.5 

12  47.8 

-  5  39.2 

-1.1260 

0.5489 

0.1127 

-39 

-«W 

a  Hcorpii 

J. 4 

0.34 

8.0 

26  12.0 

16  21  i) 

-  2  12.8 

-0.5907 

05504 

0.1040 

-  6 

^ 

r  Scorpii 

3.2 

♦0.31 

-7.4 

-28    0.0 

19    9.0 

4  0  28.5 

41.0720 

05512 

-0.0969 

462 

422 

43  Ophiuchi 

bJ6 

0.13 

7.5 

28    2.6 

17  15  43.9 

-  3  40.6 

-0.3249 

0.5530 

0.04:^0 

4  2 

-66 

3  Bagiturii 

4-6 

40.05 

7.6 

27  47.5 

18    2  13.8 

4  6  26.8 

-0.9059 

05525 

-0.0151 

-33 

-90 

yi  tiagittarii 

5^.5 

-0.01 

7.1 

29  3.5.1 

9  47.3 

-10  15.8 

41.0200 

05516 

40.0049 

460 

4l9 

B.A.C.6I27 

5.1 

0.01 

7.6 

28  28.2 

11-    9.0 

-  0  57.0 

-0.1938 

0.5513 

0.0086 

45 

-56 

f  8agittarii 

3.7 

-0.13 

-8.2 

-27    6.0 

19    3  436 

4  7    2.7 

-1^2040 

0.5468 

40.0515 

-52 

-W 

r  Sngittarii 

3.6 

0.18 

8.0 

27  49.5 

13  14.9 

-  7  45.7 

40.2008 

0.5434 

0.0752 

432,-33 

B.A.C.66^ 

5.9 

Oi23 

7.9 

28    4.2 

21   13.2 

-  0    3.7 

41.1480 

05400 

0.0943 

462:430 

B.  AC.  6666 

bS 

OiM 

8.1 

27  I2.I 

23  41.8 

4  2  19.9 

40.4283 

05386 

0.1001 

4461-20 

u  Hngittarii 

5.1 

0.29 

8.2 

26  34.7 

M  11  46.9 

-  9  59.1 

41.1100 

05325 

0.1269 

463    4.24 

A  Nagittarii 

5.3 

-0.30 

-  8.2 

-26  28.9 

13  15.9 

-  8  33.0 

41.1880 

0..53I9 

40.I2!>9 

464 

432 

B.  A.  0.7049 

6.5 

0.35 

8.6 

22  44.5 

21    4     1.1 

4  5  43.9 

-0.8189 

05234 

0.1593 

-13 

-IM) 

17  Oapricorni 

6.0 

o.-.w 

8.6 

21  53.8 

12  13.8 

-10  18.8 

-<>.:«929 

05189 

0.1742 

4l2 

-69! 

If  Oapricorni 

5.1 

0.41 

8.6 

20  16.3 

21  24.7 

-  1  24.7 

-0.5284 

05137 

0.18!I5 

4  7 

B.  A.0.7:«5 

6.9 

0.41 

8.5 

20  :^.i 

22  34.8 

-  0  16.7 

40.0612 

05133 

0.1914 

437 

-41 

26  Onpricorni 

7.0 

-0.41 

-  8.5 

-20  37.2 

23  52.0 

4  0  59.0 

40.:«I9 

05125 

40.1932 

451 

-27 

27  Oapricorni 

6.5 

0.41 

8.4 

20  58.8 

'Jd    0     1.3 

4  1     7.2 

40.7602 

05124 

0.1936 

467 

-  3 

30  Onpricorni 

5.5 

0  43 

8.6 

18  25.6 

4  22.7 

4  5  20.7 

-1.2240 

05101 

0.2001 

-•^ 

-90 1 

y  Oapricorni 

3.7 

0.45 

8.4 

-17    8.3 
NEW 

15  55.7 
MOON. 

-  7  26.6 

-0.2521 

0.5041 

0J2I57 

424 

-59 

1 

60  Pisciuro 

6.2 

-0.48 

-  0.4 

4  6  10.1 

97    0  11.6 

-  2    1.3 

40.3838 

0.4918 

40J»16 

466 

-24 

62  PiHcium 

6.0 

0.49 

-  0^ 

6  43.6 

0  40.6 

-  1  33.0 

-0.1000 

0.4921 

0M6\b 

439 

-31 

70  Piacium 

8.0 

0.45 

4  0.5 

7  22.5 

8  14.1 

4  5  47.9 

41.1580 

0.4951 

0.2580 

4l>0 

<»2I 

e  Piiieium 

4.2 

0.45 

0.5 

7  19.5 

8  41.6 

4  6  14.6 

41.3300 

0.4952 

05578 

486 

4:<7 

100  Piacium 

6.8 

o.:m 

2.8 

12     1.4 

9H    I  40.3 

-  1   15.6 

40.5102 

0.5039 

OSUiil 

475 

-15 

n'  Pisciam 

5.7 

-o.:« 

4  3.0 

4il  36.4 

2  51.0 

-  0    6.9 

4li2510 

05044 

40.2453 

4lM) 

♦:^2 

B.A.C.490 

7.5 

0.35 

3.1 

II  32.6 

3    8.5 

4  0  10.0 

41.3890 

0.5048 

0.2450 

474 

♦•'h) 

104  Piacium 

7.5 

-0.37 

4  3.7 

4l3  45.3            3  56.7 

4  0  56.8 

-4).8056 

05054   40.2443 

4  2 

-61 

MARCH. 

26  Arietis 

6.0 

-0.18 

4  7.1 

4l9  23.4 

1    5  39.5 

4  1  52.6 

-0.92)5 

0..52:)6 

40.2150 

-  6 

-71 

HA.  0.782 

7.0 

0.16 

6.9 

18  25.1 

7    6.1 

4  3  16.6 

40.4258 

0.52:^6 

0.2128 

♦7(1 

>I4 

fi  Acietis* 

6.0 

o.n 

7.6 

19  33.9 

11   16.2 

4  7  18.7 

40.0747 

0.528:< 

0.2(N)6 

449 

1 

-31 

47  Arietis 

6.0 

0.03 

8.3 

20  14.9 

18  36.9 

-  9  35.1 

40.8255 

0.5:M7 

0.1945 

4JK) 

4lO 

B.  A.  0.920 

7.0 

0.03 

8.6 

21   12.1 

18  58.8 

-  9  14.0 

-0.1226 

0.5348 

0.1940 

438 

-;<D 

e  Arietia 

4.3 

-0.03 

4  8.5 

420  65.3 

19    8.3 

-  9    4.8 

40.2055 

0.5351 

40.1 9:«> 

456 

-23 

OOCTJLTATIONS,  1895. 


425 


ELEMENTS  FOR  THE  PREDICTION  OP  OOOULTATIONa 

HABCH. 

Tbb  Stab*! 

At  OowDVonoii  ni  X.  ▲• 

LialftlBg 
PanUelal 

'H^m^. 

Mag. 

Bad*Ba  froai 
1890.0. 

Apparent 
DedfaiatloB. 

WaahtegtOB 
MeaaAaa. 

HaarAa^ 

Y 

t^ 

f 

N. 

8. 

493 

/km 

Al 

66  Arietif 

6.0 

40*14 

4^:7 

499*9^7 

^    k   a 
9    8  19.3 

h    a 
4  3  39.3 

40.9819 

0.6469 

40.1688 

49S 

7  Tauri 

6.0 

0.18 

10.4 

94    6JI 

10  65.9 

4  6  10.4 

-0.3479 

0.64!I3 

0.1639 

495 

-47 

9  Tauri 

7.0 

0.19 

10.1 

99  59.0 

19    3.5 

4  7  156 

41.1500 

0.6496 

0.1609 

490 

436 

11  Tnun 

67 

0.93 

10.9 

94  59.6 

13  40.6 

4  8  4UM 

-0i»l8 

0.6591 

0.1574 

-  9 

-65 

g  Plviadum 

6.3 

0.95 

10.6 

Zi  57.7 

15  96.4 

4l0  31.9 

4O.5977 

0.6634 

0.1534 

48O 

-  9 

17  T.uri 

4.3 

40i{5 

410.6 

493  47.9 

16  98.4 

4lO  33.9 

40.7171 

05534 

40.1534 

490 

49 

18  ThuH 

6.3 

0.96 

10.8 

94  30.8 

15  35.0 

4lO  39.6 

-0.0998 

0Ji537 

0.1531 

443 

-30 

19  Tauri 

5.0 

0.96 

10.7 

94    8.4 

16  36.6 

4lO  41.1 

40.3664 

05537 

0.1531 

467 

-  9 

90  Tauri 

5.0 

OMfi 

10.7 

94    9.6 

15  59.7 

4lO  56.6 

40.6084 

0.5538 

0.1596 

478-  9  1 

VI  Tauri 

7.0 

0.96 

10.8 

94  13.8 

15  biJb 

4lO  68.4 

40.3173 

05538 

0.1595 

464 

-19 

^  Tauri 

7.0 

40.96 

410.7 

494  19.9 

15  58.3 

411     9.0 

40.3541 

05543 

40.1594 

466 

-10 

)»  Tauri 

4.7 

0.96 

10.5 

93  37.6 

16    6.0 

4i  1     9.4 

40.9831 

05543 

0.1519 

490 

495 

94  Tauri 

K.O 

0.97 

10.6 

93  47.7 

16  39.3 

4ll  34.8 

40.8710 

05546 

0.151 1 

490 

4I8 

f  Tauri 

3.0 

0.97 

10.6 

93  47.0 

16  35.7 

4ll  38.1 

40J^21 

05546 

0.1507 

490 

4l9 

B.A.C.117I 

7iJ 

0.98 

10.7 

94     1.6 

17     1.7 

-11  56.8 

40.7006 

05547 

0.1499 

490 

4  8 

26  Tauri 

7.0 

4098 

410.5 

493  39.3 

17  13.6 

-11  45.4 

41.9440 

05551 

4O.I494 

490 

447 

97  Tauri 

4.0 

0.98 

10.6 

93  44.1 

17  19.0 

-11  40.9 

41.0510 

05559 

0.1499 

490 

430 

98  Taun 

6.9 

0.98 

10.6 

93  49.1 

17  19.6 

-11  39.7 

40.9634 

05559 

0.1499 

490;494 

B.  AC.  1199 

6.0 

0.98 

ll.l 

95  15.9 

17  46.8 

-11  13.4 

-0.4887 

05556 

0.1481 

4I8  -54 

f  Tauri 

6.0 

0.49 

11.7 

96  19.6 

S    9  46i) 

-  9  63.3 

-0.9893 

05639 

0.1974 

499 

-40 

f  Tauri 

5.3 

40.49 

419.0 

497    6.9 

6  91.3 

4  0  633 

-0.7374 

05667 

40.1174 

43 

-69 

X  '^'•Q" 

6.7 

OJ^l 

11.5 

95  93.1 

7  18.1 

4  1  48.0 

41.1650 

05675 

0.1149 

490   443 

B.A.C.M44 

6.7 

0.65 

19.6 

98  94.9 

14  51.0 

4  9    3.5 

-1.1980 

05736 

0.0943 

-36-69 

W.  IT,  1491 

6i) 

om 

19.9 

97  64.1 

4    9    6.9 

-  4    7.8 

40iil67 

05890 

05616 

458 

-  8 

99  Auriga 

7.0 

0if7 

19.3 

98  60.6 

►     7  93.3 

4  0  56.6 

-0.4715 

05859 

0.0453 

418 

-44 

fi  Tauri 

9.0 

40.99 

419.9 

498  31.3 

8  31.0 

4  9    1.5 

-0.0891 

05860 

40.0418 

439 

-99 

B.A.C.1779 

6.3 

1.19 

19.1 

99    9.5 

13  '30.0 

4  6  48.4 

-0.5741 

05884 

0.0960 

4l9 

-49 

136  Tauri 

5.3 

1.91 

11.3 

97  35.4 

18  59il 

411  67.4 

41.1970 

05998 

40.0087 

490 

449 

49  Auriga 

5.7 

1.50 

10.1 

98    6.4 

«  10  37.4 

4  3    3.3 

40.3191 

05^1 

-05434 

464 

-  1 

63  AurigB 

6.0 

1.54 

10.9 

99    4.6 

II  47 Jti 

4  4  10.8 

-0.7158 

05963 

0.0479 

4  3 

-60 

54  Anri^B 

95  GennnoruRi 

64) 

41.54 

4  9.9 

498  91.5 

19  14.8 

4  4  36.7 

-0.0101 

0.5951 

-0.0487 

444 

-18 

6.5 

1.55 

9.8 

98  17.8 

19  55il 

4  5    5.4 

40.0185 

0.5955 

0.0511 

446,-17 

98  Cieroinorum 

6.0 

1.59 

9.9 

99    4M 

14  10.9 

46  97.9 

-0Jfil99 

05954 

o.OiV»:« 

-5,-61 

W.  vi,  1656 

8.9 

1.67 

8.4 

96  59.5 

91  91.7 

-10  39.3 

40.7856 

05954 

0.07H9 

490   490 

47  Geminorum 

6.0 

1.79 

HA 

97     IM 

•    0  IIJ» 

-7  56.3 

40.5079 

05951 

0.0889 

479 

4  4 

53  Cieminorum 

6.3 

41.74 

4  7.7 

498    4.9 

1  53.7 

-  6  18.7 

-0.7034 

05947 

-0.0938 

4  4 

-61 

51)  U«minoruin 

6J> 

IMl 

7.6 

97  50.5 

6    8.1 

-  3  19.4 

-0.7809 

0.5!MO 

0.1049 

0 

-69 

1  Geminoruoi 

4.0 

\Jg2 

7.8 

98    0.5 

5  34.8 

-  9  46JJ 

-OiH)47 

o.5mo 

0.1056 

-15-69 

V  Geminorum 

4.3 

1.85 

6.6 

97    7.8 

9  96  3 

4  0  55.3 

-0.5441 

05i»39 

0  1179 

4i4    -54 

c  Geminorum 

6.0 

1.89 

5.8 

96    9.1 

19  33.7 

4  3  b4J6 

40.1683 

0.5991 

0.1975 

454,-16] 

^  Geminorum 

5.0 

41-96 

4  5.6 

497    9.3 

16    6.8 

4  7  19.0 

-1.3050 

0.5907 

-0.1384 

-58-63, 

tt*  Cfincri 

6.0 

1.98 

4.8 

95  40.9 

18  58.5 

4IO    3.7 

-0.35HH 

0.5895 

0.1469 

495   -461 

ii>  Caneri 

6.3 

1.97 

4.8 

95  99.8 

19  17.3 

4IO  9lii 

-0.1047 

0.5895 

0.1478 

439 

-39' 

iiiCancri 

5.7 

9.03 

4.3 

95  49.6 

99  38.0 

-10  95.7 

-1.0680 

0.5880 

0.|.'»76 

-19 

-64 

X  Caneri 

6.7 

9.05 

3.3 

94  91.9 

7    9  33.0 

-6  40jil 

.0JI3I8 

0.5869 

0.1686 

439 

-^> 

V*  Caneri 

6.0 

49.08 

4  3.0 

494  59.7 

4  65.4 

-  4  93.5 

-1.1600 

0.5851 

-0.1759 

-97  -6r, 

V*  Caneri 

5.8 

9.09 

9.8 

94  99.6 

5  41.4 

-  3  39.4 

-0.9198 

0.^845 

0.1779 

-  8'-66 

v^Cnneri 

6.0 

9.10 

9.7 

94  96.1 

6  49.4 

-  9  34.1 

-1.05HU 

05841 

0.1809 

418' -66 

«*  Caneri 

5.7 

9.10 

9.5 

94  96.5 

7  94.4 

-  9    0£ 

-1.1700 

0.5835 

0.1818 

-98   -66 

y  Caneri 

4.3 

9.10 

4  1.1 

91  bOM 

11  99JI 

4  1  64.7 

40  6387 

05813 

0.1994 

490  4  1 

8  Leonii 

5.7 

49.16 

-  3.6 

4l6  64.4 

9    0  15.3 

-  1     9.8 

40  7679 

05679 

-0J9408 

490*4  3 

S6  Ltonia 

7.7 

9.19 

5.9 

15  43.9 

18    6.5 

4  7  91  6 

-0.9686 

0..%94 

0.9r4>3 

430   -69 

34  l.eonia 

6.3 

9.18 

6.9 

13  59.3 

93  49.9 

-1 1     7.6 

40.0557 

0  56m 

0.9664 

447   -37, 

37  Ltonii 

5.7 

9.90 

6.5 

14  15.0 

•    1  69.5 

-  9    9.7 

-0.8906 

05576 

0.9678 

-4-76 

X  Leonia 

4.8 

9.19 

10.0 

7  64.0 

93  14.0 

4II  96.7 

-0A893 

05470 

0.98Qb 

4l4   -78 

1 

\Si  l,«onia 

6i) 

49.07 

-11.9 

4  3  69.6 

!•    8  30.4 

-  3  36.0 

40.6697 

0.5434 

-OiHWS 

488-10 

1 

426 


OCCULTATIONS,  1895. 


ELEMENTS  FOR  THE  PREDICTION  OP  OCCULTATIONS. 

MARCH. 

Tiia  Stak'8 

▲t  CoMJtn!cnoM  or  S.  A. 

LtmftiBg 
PlaraltoU. 

K»me. 

Mag. 
6.5 

Bed'na  from 
1895.0. 

Apparent 
DocliuatioD. 

WaahinKt4>ii 
Mean  Time. 

Hour  Angle 
H 

T 

*> 

f' 

N. 

S. 
-39 

A. 

Ai 

HO  Leonif 

♦2".08 

-11.2 

♦  4**  26.1 

d     h    m 
lO    8  :U}M 

h    m 
-  3  31.3 

+0.0936 

0.5434 

-0.2935 

e 

+49 

83  Leonie 

6Ji 

2.06 

11.3 

3  34.9 

9    2.8 

-  3    4.6  ♦0.7997 

0.5431 

0iS«36 

+90 

.  3 

r  Leonia 

5.3 

2.06 

11.4 

3  25.9 

9  32.1 

-  2  36.3   +0.8^4 

0.5429 

0i»37 

+90 

-  3 

89  Leonif 

6.2 

2.06 

11.8 

3  :W.4 

12  27.5 

♦  0  13.0 

-0.2612 

0.5420 

OiKM5 

+31 

-58 

P  Virginif 

3.7 

2.04 

12.5 

♦  2  21.2 

19  51.3 

♦  7  21.9 

-1.1770 

0.5401 

0J2955 

-21 

-«5 

B.A.C.4I34 

6.3 

♦1.95 

-13.3 

-  3  22.4 

it    8  30.2 

-  4  24,8 

+0.7643 

0J>380 

-0J2!I34 

+«o 

-6 

/  Virginia 

6.0 

1.90 

13.8 

5  15.4 

17     5.4 

♦  3  53.2   ♦0.1378 

05374 

0.2891 

+51 

-37 

28  Virginia 

7.0 

1.87 

13.7 

6  55.6 

19  28.1 

♦  6  11.2  ♦1.1170 

0.5374 

0J«76 

+«3 

+16 

g  Virginia 

5.9 

1.82 

14.0 

10  10.9 

19    7  24.0 

-  6  16.8 

+1.0020 

0.5378 

0J2777 

+ao 

+  9 

B.  AC.  4394 

6.0 

1.83 

14.3 

8  25.5 

7  42.6 

-  5  58.8 

-0.8467 

0.5378 

0.2774 

-  2 

-90 

50  Virginia 

6.3 

+1.82 

-14.1 

-  9  46.3 

8  15.6 

-  5  26.9 

+0.3531 

0.6379 

-Oims 

+61 

-26 

56  Viminia 

7.0 

1.81 

14.3 

9  49.0 

10  33.3 

-  3  13.8 

-0.2:i29 

0.5360 

0J2745 

+30 

-57 

58  Virginia 

7.0 

1.80 

14.3 

9  51K8 

11  47.9 

-  2     1.8 

-0.3923 

0.5380 

0.2732 

+22 

-67 

62  Virginia 

7.0 

1.79 

14.1 

10  45.4 

13    6.9 

-  0  25.3 

+0.0117 

0.5384 

0.2717 

+42 

-44 

C7 

a  Virginia 

1.5 

1.78 

14.2 

10  37.0 

15  20.0 

♦  1  23.2 

-0.7276 

0.5388 

eii690 

+  4 

-90 

i  Virginia 

5.7 

♦1.78 

-14.0 

-12     9.9 

16     1.9 

♦  2    3.7 

+0.6451 

0.5388 

-0^2682 

+77 

-11 

B.A.C.4700 

5.6 

1.68 

13.9 

15  48.6 

13  12     1.3 

-  2  37.5 

-0.7474 

0.5430 

0.2394 

0 

-90 

B.  A.C.4722 

5.8 

1.67 

13.5 

17  42.8 

14     3.1 

-  0  39.9 

+0.7129 

05438 

0.2:i6O 

+72 

-  6 

B.A.C.4923 

7.3 

1.56 

12.8 

20  566 

14    8  :16.2 

-  6  45.4 

-0.0  ira 

0.5486 

OJ2006 

+32 

-46 

42  LibrflB 

5.7 

1.44 

11.7 

23  29.1 

Id    3  16.1 

♦11  45.4 

-0.7293 

0.5542 

0.1584 

-  9 

-91) 

B.  A.C.5197 

6.0 

♦1.42 

-11.4 

-24  23.4 

5  58.3 

-10  28.2 

-0.1489 

0.5544 

-0.1525 

+21 

-5:) 

b  SJcorpii 

5.3 

1.41 

11.0 

25  26.1 

7  49.9 

-  8  21.3 

+0.6210 

0.5.551 

0.1472 

+61    -10 

A«Scorpii 

5.2 

1.40 

11.1 

25     1.0 

8  58.2 

-  7  15.4 

+0.0140 

0.5.551 

0.1445 

+28   -44 

B.A.C.5253 

5.8 

1.40 

11.4 

24   13.4 

•9    6.4 

-  7    7.7 

-0.8409 

0.5552 

0.1441 

-17   -90 

B.A.C.5255 

6.0 

1.40 

11.1 

25    6.1 

9  13.5 

-  7    0.7 

+0.06  J8 

0.5554 

0.1437 

+31    -40 

3  idcorpii 

6.7 

♦1.40 

-11.1 

-24  56.1 

9  25.2 

-  6  49.5 

-0.1370 

0.5554 

-0.1432 

+20   -5*2 

4  Scorpii 

6.3 

1.39 

10.8 

25  57.6 

9  45.9 

-  6  29.5 

+0.8937 

0.5555 

0.1424 

+64    +  7 

IT  Scorpii 

3.4 

1.38 

10.8 

25  48.9 

11   11.9 

-  5    6.6 

+0.5419 

0.5556 

0.i:«9 

+56   -N 

B.  AC.  5314 

5.7 

1.37 

18.8 

25  34.5 

13    7.6 

-  3  15.0 

+0.0246 

0J)560 

0.1340 

+27    -43 

B.  AC  5347 

6.0 

1.36 

10.7 

26    2.8 

15    9.0 

-  1   18.0 

+0ii573 

0.5565 

0.1288 

+39   -3*) 

1 

a  Scorpii 

3.4 

♦  1.31 

-10.7 

-25  20.6 

20  44.0 

♦  4    4.8 

-1.16,90 

0.5573 

-0.1142 

-43 

-90 

1 

a  Scorpii 

1.4 

1.29 

10.4 

26  12.1 

!•    0  12.5 

♦  7  25.6 

-0.6381 

0.5580 

0.1052 

-  9 

-90 

r  Scorpii 

3.2 

1.27 

9.6 

28     0.1 

2  55.2 

+10    2.5 

+1.0010 

0.5581 

0.0980 

+62 

+16 

43  Ophiuchi 

5.8 

1.11 

8.8 

28    2.6 

23    2.1 

+  5  25.2 

-0.37:i6 

0.5580 

0.0431 

-  1 

-6r! 

3  Sagittarii 

4-6 

101 

8.3 

27  47.5 

17    9  20.3 

.  8  38.1 

-0.9475 

0.5560 

-0.0148 

-36 

-90 

yi  Sagittarii 

5^.5 

♦O.I»5 

-  7.4 

-29  35.1 

16  46.6 

-  1  28.8 

+0.9642 

0.5549 

+0.0053 

+60 

+14 

B  A.C.6I27    • 

5.1 

0.94 

7.7 

28  28.2 

18    7.1 

"  0  11.2 

-0.2412 

0.5544 

0.0089 

+  3  t  -59 

A  Sagittarii 

3.7 

0.77 

7.4 

27     6.0 

18  10  2!K7 

-  8  23.7 

-1.2380 

0.5482 

0.0520 

-56   -90 

T  Sagittnrii 

3.6 

0.69 

6.6 

27  49.5 

19  56.1 

+  0  43.0 

+0.1575 

0.5441 

0.07.-I6 

+29   -35 

B.  A.C.t)628 

5.9 

0.62 

6.1 

28    4.2 

!•    3  51.3 

+  8  21.9 

+1.1050 

0.5400 

0.0946 

+62   +25 

B.A.C.6666 

5.H 

♦0.60 

-6.2 

-27  12.1 

6  19.3 

+10  44.9 

+0.3877 

0.5388 

+0.1003 

+44 

-2:< 

a  Sagittarii 

5.1 

0.48 

5.8 

26  34.7 

18  21.7 

-  1  36.7 

+i.or3o 

0J>:419 

0.1270 

+63 

+21 

A  Sagittarii 

5.3 

0.47 

5.8 

26  28.9 

19  50.2 

-  0  11. 1 

+1.1550 

0.5308 

0.1301 

+64 

+29 

B.  AC.  7049 

6.5 

0.33 

6.0 

22  44.5 

90  10  34.2 

-  9  55.6 

-0.8500 

0.5224 

0.1593 

-15 

-90. 

17  Capricorn! 

6.0 

0.27 

5.9 

21  53.8 

18  47.0 

-  1  58.1 

-0.4198 

0.5174 

0.1740 

• 

+11 

-70 

ij  Capricorn  i 

5.1 

♦0.19 

-  5.9 

-20  16.3 

ill    3  58.3 

+  6  56.4 

-^.5531 

0.5122 

+0.1891 

+  6 

-81 

B.  AC.  7325 

69 

0.18 

5.7 

20  36  1 

5    8.6 

+  8    4.5 

+0.0370 

0.5117 

0.1909 

+36 

-42 

X  Capricorn! 
26  Capricorn! 

5.4 

0.19 

5.4 

21  37.0 

6    4.4 

+  8  58.7 

+1.:U20 

0.5112 

0.1924 

+68   +50  1 

7.0 

0.18 

5.6 

20  37.2 

6  26.7 

+  9  20.3 

+0.3072 

0.51 10 

0.1930 

+50 

-28 

27  Capricorn! 

6.5 

0.18 

5.5 

20  58.8 

6  35.0 

+  9  28.4 

+0.7345 

0.5107 

0.1932 

+68 

-  5 

30  Capricorn! 

5.5 

♦0  13 

-  6.0 

-18  25.6 

10  56.8 

-10  17.7 

-1.2440 

0.5084 

+0.1996 

-38 

-90 

y  Capricorn! 

3.7  1    0.04 

5.7 

17     8.3 

22  30.5 

+  0  55.7 

-OJ^IO 

0.5029 

0J2I.55 

♦2:1 

-60 

B.  AC.  7558 

8.0      O.O'.i 

5.7 

16  27.2 

99    0  45.8 

♦  3    7.2 

.0.543$> 

0.5018 

0J2183 

♦10 

-79 

6  Capricorn! 

2.8   40.02 

>      5.6 

16  36.3 

2  11.8 

♦  4  30.8 

-0.0610 

0.5012 

0J»00 

+34 

-48 

I  Aquarii 

4.4  1  -0.05 

5.3 

14  22.8 

12  39.0 

-  9  19.9 

-0.1663 

0.4965 

0ii3l7 

+31 

-54 

39  Aquarii 

6.4 

-0.07 

-  5.1 

-14  42.7 

15  54.0 

-  6  10.4   +0.9610 

0.4955 

+0.2353 

+75 

+  8 

1 

OOCULTATIONS,  1896. 


427 


ELEMENTS  FOR  THE  PREDICTION  OP  OOCULTATIONS. 

MABCH. 

- 

' 

Tbb  Stae's 

At  Coxjuvcnox  u  B.  A. 

UmtUiiK 
Parallela. 

Name. 

Mi«. 

Bed'na  from 
IW6.0. 

▲ppareat 
DMlkaOoo. 

Waabinctoo 
HeaaTiae. 

HovAagla 
H 

Y 

if 

f 

N. 

8. 

A« 

a 

-ll  21.4 

d    h    n 

h    B 

• 

o 

0 

4*2  Aqaarii 

5.8 

-0.09 

-5.2 

SM  18  18.1 

-  3  50.3  ♦0.0240 

0.4944 

♦05376 

♦41 

-43 

45  Aqaarii 

6.3 

0.09 

5.0 

13  49.9 

19  30.1 

-  2  40.3  ♦0J»66 

0.4941 

0i»86 

♦76       0 

54  Aquarii 

7.0 

0.12 

5.1 

11  45.8 

23  44.4 

♦  1  27.0 

-0.4338 

0.4930 

05425 

♦  19-70 

1     a  Aqaarii 

5.1 

0.14 

5.0 

11    13.0 

9S    1  56.6 

♦  3  34.4 

-0.5094 

0.4920 

05443 

♦16 ,  -76 

5tf  Aqaarii 

6.7 

0.14 

4.9 

11  26.7 

2  29.7 

♦  4     7.7 

-0.1162 

0.4919 

05448 

♦35-51 

MBRctJiiy 

-10  44.6 

4  43.0 

♦  6  17.3 

-0.3487 

0.4479 

♦0.2370 

♦26,-66 

64  Aquarii 

6.9 

-0.17 

-  4.9 

10  34.6 

6  42.2 

♦  8  13.3 

-0.0387 

0.4908 

05482 

♦40   -17 

I  65  Aqaarii 

7.0 

0.17 

4.8 

10  39.3 

8  47.1 

♦10  14.7 

♦0.5641 

0.4905 

05503 

♦74  '  -16 

;i   Aquarii 

3.6 

0J22 

AA 

8    8.4 

14    9.1 

-  8  32.0 

-0.8638 

0.4894 

05525 

-  2 '  -IK) 

7b  Aquarii 

6.4 

0.22 

4.8 

7  45.9 

15  UJ6 

-  7  28.1 

-1.0020 

0.4891 

05541 

-11 

-90 

81   Aquarii 

6.6 

-OiM 

-4.5 

-  7  37.6 

19    4i2 

-  3  44.9 

-0.1767 

0.4885 

♦0.2565 

♦34 

-54 

82  Aquarii 

6.4 

0.24 

4Ji 

7    8.4 

19  42.9 

-  3    7.3 

-0.5501 

0.4883 

0.2568 

♦15 

-78: 

A*  Aquarii 

5.4 

OiM 

4.3 

7  16.7 

21    10.2 

-  1  42.3  ♦I. 0640 

0.4883 

0.V577 

♦82   ♦IS 

k^  Aquarii 

7.4 

0.24 

4.3 

8  19.4 

21   16.6 

-  1  37.01  ♦1.1550 

0.4881 

0.2577 

♦82  I  ^20 

A' Aqaarii 

7.0 

0.23 

4il 

8  30.3 

21  34.6 

-  1   18.6  ♦I. 4360 

0.4881 

05578 

+81    +67 

A^  Aquarii 

8.0 

-0.24 

-  4il 

-  8  15.7 

22  19.2 

-  0  35.1    ♦1.3590 

0.4879  ♦05582 

♦82  +39 

A  Aqiinrii 
9o  Aquarii 

4.1 

0.27 

4.1 

6  37.0 

94    2  20.0 

♦  3  19.2  ♦0,6861 

0.4«75 

0.2602 

♦78 

-16 

5.6 

0J29 

-4.0 

-  5  42.0 

5  11.1 

♦  6    5.7 

♦0.3196 

0.4873 

05615 

♦61 

-28 

NEW 

MOON. 

100  Fiicium 

6.8 

-0.49 

♦  1.8 

♦12    1.3 

97    7  31.2 

♦  6  22.6 

♦0.4998 

0.5076 

♦05479 

♦76 

-16 

n  Pifrium 

6.7 

0.48 

2.1 

II  36.3 

8  41.1 

♦  7  30.5 

♦1.2330 

0X>086     0.2469 

♦90 

♦w 

B.A  C.490 

7.6 

0.48 

2.1 

11  32.5 

8  58.5 

♦  7  47.4 

♦1.3710 

0.50861   0.2467 

♦90   +47   1 

104  Fiacium 

7.6 

0.60 

2.4 

13  46.2 

9  46.2 

♦  8  33.7 

-0.8175 

0.5091  ,    0J3460 

♦  1 

-76 

26  Arietia 

6.0 

0.42 

6.0 

19  23.4 

98  II   UJA 

♦  9  15J2 

-0^417 

0.5270     0.2161 

-  8 

-71 

B.  AC.  782 

6.3 

-0.40 

♦  5.9 

♦18  26.1 

12  40.7 

♦10  3H.5 

♦0.4039 

0.6281    ^0:2139 

♦69   -16 

fi  Arivtia 

6.0 

0.38 

6.0 

19  33.9 

16  49J2 

-  9  21.0 

♦0.0533 

0.6316;    0.2076 

♦48 

-32 

47  Arietia 

6.0 

0.32 

6.7 

20  14.9 

9«    0    7.3 

-  2  17.4 

♦0.7956 

0.6373     0.1953 

♦90 

♦  w 

B.A  C.9SiO 

7.0 

0.33 

6.9 

21   12.1 

0  29.1 

-  1  56.3 

-0.1471 

0.5378 

0.1947 

♦36 

-40 

e  Ari«tia 

4.3 

0.33 

6.9 

20  66.3 

0  38.6 

-  1  47.1 

♦0.1825 

0.5378 

0.1944 

♦56 

.24 

66  Arietia 

6.0 

-0.20 

♦  8.2 

♦22  26.6 

13  47.2 

♦10  53.6 

♦0.9690 

0.5487 

♦0.16!  K) 

♦!K)   421 

7  Tauri 

6.0 

0.19 

8.7 

'     24    6.8 

16  23.7 

-10  34.4 

-0.3734 

0.5609 

o.i6:u 

♦24  .  -49 

9  Tauri 

7.0 

0.16 

8.6 

'      22  61.9 

17  31.2 

-  9  29.3 

♦1.1280   0.5517 

0.161 1 

♦1M> ;  ♦.16 

n  Tauri 

6.7 

0.16 

9.2 

1      24  69.6 

19     8.3 

-  7  56.7 

-0.8684  . 0.5629 

0.1674 

-  4  '  -65 

1    g  Pleinduin 

6.3 

0.12 

9.1 

23  67.6 

20  54.1 

-  6  13.7 

♦0.5027 

0.5546     0.1635 

♦78   -  3 

1 

17  Tnuri 

4.3 

-0.12 

♦  9.0 

♦23  47.1 

20  56.2 

-  6  11.6  ♦0.6924 

0.6546  ♦0.1635 

♦90   ♦  7  . 

IH  Tnuri 

6.3 

0.12 

9.2 

24  30.7 

21     3.1 

-  6    4.9 :  -0.0562 

0.5547 

0.1631 

♦41    -31 

19  Tnuri 

5.0 

0.12 

9.1 

24     8.3 

21     4.4 

-  6    3.7   ^0.34 10 

0.6547 

0.1531 

♦661-11 

20  Tauri 

5.0 

O.li 

9.1 

24    2.6 

21  20.6 

-  5  48.2 '  ♦0.4852 

0.5649 

0.1526 

♦76 '  -  4 ; 

21  Tauri 

7.0 

0.12 

9.2 

24  13.7 

21  22.4 

-  5  46.4 

♦0i(9l8 

0.5549 

0.1524 

♦62   -13 

22  Tauri 

7.0 

-O.VZ 

♦  9.2 

♦24  12.1 

21  26.2 

-  5  42.7 

♦0.3286 

0  5549  ♦0.1522 

♦66   -12 

23  Tauri 

4.7 

0.11 

9.0 

23  37.4 

21  33.9 

-  5  35.3 

♦03579 

0.6549     0.1620 

♦90   +23 

24  Tauri 

8.0 

0.10 

9.1 

23  47.6 

22    0.2 

-  5    9.9 

♦0.8450 

0.5562 

0.1509 

♦90   +16 

17  Tnuri 

3.0 

0.10 

9.1 

23  46.9 

22    3.6 

-5    6.6 

♦0.8662 

0.6555 

0.1508 

♦90   ♦Ir- 

B.A.  C.I  171 

7.8 

0.10 

9i2 

24     1.6 

22  29.6 

-  4  41.5 

♦0.6730 

0.5555 

0.1498 

♦90'+6 

,  26  Tauri  * 

7.0 

-0.09 

♦  9.1 

♦23  32.3 

22  41.6 

-  4  30.0 

♦1.9100 

0i>558 

♦0.1493 

♦90 '+46 

27  Tauri 

4.0 

0.09 

9.1 

23  44.1 

22  46.9 

-  4  94.9 

♦1.0240 

0.6560 

0.1491 

♦*>0  '  +28 

28  Tauri 

6.2 

0.09 

9.2 

23  49.1 

22  47.5 

-  4  9401 

♦0.9380 

0.5560 

0.1491 

♦90   422 

B.  AC.  1193 

6.0 

0.10 

9.6 

25  15ii 

23  UJ6 

-  3  58.0 

-0.6198 

03564 

0.1480 

♦16 ,  -65  I 

f  Tauri 

6.0 

-0.03 

10.3 

26  12.6 

M    7    5.6 

♦  4  23.7 

-0.3167 

03631 

0.1271 

♦27  '  -42  ' 

1         1 

f  Tauri 

5.3 

♦0.06 

♦10.7 

♦27    6.2 

11  52.3 

♦  8  11.7 

-0.7707 

03671 

♦0.1169 

0   -631 

y  Tauri 

6.7 

0.09 

10.2 

25  2:1.1 

12  49.4 

♦  9    6.5 

♦1.1390 

0366!) 

0.1144 

♦90   +41 

W.  ir,  1421 

6.0 

0.3H 

11.4 

27  61.1 

SI    7  48.7 

♦  3  22.2 

♦0.1838 

0378H 

0.0610 

♦66   -10 

22  Auric* 
fi  Tauri 

7.0 

0.48 

11.7 

28  60.6 

13  10.6 

♦  8  31.3 

-0.5102 

03813 

0.0450 

♦  16   -16. 

2.0 

0.50 

11.6 

28  31.3 

14  19.3 

♦  9  37.3 

-0.1262 

03820 

0.0413 

♦37-24 

B.  AC.  1772 

6.3 

♦0.61 

♦11.8 

♦29    9.5 

19  23.5 

-  9  30.6 

-0.6156 

03837 

♦0.0255 

♦  9 

-52 

' 


428 


OCCULTATIONS,  1895. 


ELEMENTS  FOR  THE  PREDICTION  OF  OCCULTATIONS. 

APRIL. 

Ths  Stae*! 

At  Coxjuvenoir  or  S.  A. 

LiaiitiaK 
ParaU«Ii. 

Kftine. 

Mag. 

1 

Bed*ns  Arom 
180S.0. 

Apparent 
DeclmatioiL 

Wasbtefton 
Mean  lime. 

HoQfAiigle 

F 

x* 

f' 

N. 

8-, 

c 

♦47 

Am, 

AS 

\:\6  Tauri 

5.3  40.70 

♦ILI 

o         / 

♦27  35.4 

d    h    m 
1    0  51.8 

b    ID 
-  4  156 

♦1.1000 

0.5855 

♦0.0084 

♦90 

49  A  u rigs 

5.7     1 .00 

10.5 

28    6.4 

16  58.8 

♦11  12.2 

♦0.2855 

0.5875 

-0.0429 

♦62 

-  :\ 

53  Aurig« 

6.0      1 .04 

10.8 

29    4,6 

18  11.0 

-11  :18.5 

-0.7640 

0.5876 

0.0468 

0 

-61 

54  AurigB 

6.0     L04 

10.5 

28  21.5 

18  38.8 

-11  11.8 

-0.0476 

0.5876 

0.0482 

♦42 

-21 

25  Geminorum 

.6.5,    LOS 

10.4 

28  17.8 

19  20.3 

-10  32.0 

-0.0188 

0.5876 

0.0504 

♦43 

-lit 

28  Geminorum 

6.0  4L09 

♦10.6 

♦29    4.8 

20  38.1 

-  9  17.4 

-0i»94 

0.5876 

-0.0546 

-  8 

-61 

W.  vi,  165tt 

8.2     1J20 

9.2 

26  59.6 

9    4    0.9 

-  2  12.5 

♦0.7558 

05866 

0.0778 

♦!K) 

♦1» 

47  Geminorum 

6.0      1.25 

9.0 

27     1.9 

6  56.2 

♦  0  35.6 

♦0.4744 

0.5861 

0.0869 

♦76 

♦  3 

53  Geminorum 

6.3  1    L28 

8.7 

28    4.9 

8  41.0 

♦  2  16J9 

•41.7511 

0.5856 

0.0923 

♦  1 

-6a 

69  Geminorum 

6.9     L35 

8.8 

27  50.5 

12    1.5 

♦  5  28.7 

-0.8316 

0.5848 

0.1025 

-  4 

-62 

t  Geminorum 

4.0  4L36 

♦  8.8 

♦28    0.5 

12S8.9 

♦  6  55.0 

-li)480 

0.5845 

-0.1039 

-20 

-62 

V  Geminorum 

4.3     L42 

8.1 

27    7.8 

16  28.0 

♦  9  44.4 

-0.5928 

0.5834 

0.1158 

♦11 

-57 

e  Geminorum 

6.0 

1.46 

7.1 

26    2.1 

19  41.4 

-11    9.9 

♦0.1320 

0i>825 

0.1254 

♦52 

-18 

iJ  Cancri 

6.0     L57 

6.2 

25  40.9 

3    2  19.3 

-  4  47.8 

-0.4033 

0.5793 

0.1443 

♦22 

-41^ 

6)*  Cancri 

6.3     1 .57 

6.1 

25  22.8 

2  38.7 

-4  29J9 

-0.1452 

0.5793 

0.1451 

♦36 

-34 

^  Cancri 

5.7  ♦L63 

♦  5.7 

♦25  49.6 

6    63 

-  1    9.7 

-1.1140 

0.5776 

-0.1545 

-24 

-64 

A  Cancri 

5.7 

1.67 

4.8 

24  21.2 

10    9.7 

♦  2  44.2 

-0J2743 

0.5755 

0.1654 

♦29 

-43 

v^  Cancri 

6.0 

1.72 

4.6 

24  52.8 

12  37.9 

♦  5    6.0 

-1.2190 

0.5741 

0.1718 

-34 

-65 

i>«  Cancri 

5.8 

1.72 

4.4 

24  29.7 

13  24.7 

♦  5  51.6 

-0.9683 

0.5737 

0.1  r38 

-12 

-^ 

v^  Cancri 

6.0 

1.74 

4J2 

24  26.2 

14  35ii 

♦  6  59.4 

-1.1160 

0.5733 

0.1768 

-23 

-66 

v^  Concri 

5.7  ♦L75 

♦  4.2 

♦24  26.6 

15  11.8 

♦  7  34.6 

-13»00 

0.57S9 

-0.1784 

-35 

-66 

V  Cancri 
8  Leon  if 

4.3 1    L77 

♦  2.6 

21  50.8 

19  25.1 

♦11  38.2 

♦0.6106 

0.5706 

0.1888 

♦87 

0 

5.7      1 M 

-  2.4 

16  54.5 

4  17  57.9 

♦  9  20.6 

♦0.7496 

0.5610 

03075 

♦90 

♦  2 

26  Leonis 

7.7     2.02 

3.9 

15  43.2 

ft    3    7.5 

-  5  49.5 

-0.3045 

0.5527 

0.2514 

♦29 

-55 

34  Leon  if 

6.3     2.04 

5.2 

13  52.3 

9    2.2 

-  0    7.3 

♦0.0283 

0.5496 

0.2601 

♦46 

-38 

37  Leonifl 

5.7 ;  +2.09 

-  5.4 

♦14  15.0 

11  16.0 

♦  2    1.9 

-0.9322 

0.5487 

-0J2630 

-  6 

-76  L 

X  Leonis 

4.8 

2.09 

9.8 

7  54.0 

•    9    7.0 

-  0  52.2 

-0.6153 

OJ>400 

0J2846 

♦11 

-79 

H2  Leonifl 

6.9 

2.10 

11.5 

3  52.6 

18  363 

♦  8  18.0 

♦0.6619 

o.5;n5 

0.2898 

♦87 

-10 

80  Leonis 

6.5 

2.11 

11.5 

4  26.1 

18  41.2 

♦  8  22.8 

♦0.0829 

0.5375 

0iW98 

♦49 

-40 

83  Leonis 

6.5 

2.10 

11.6 

3  34.9 

19    8.9 

♦  8  49.5 

♦0.7il80 

0.5375 

0.2899 

♦90 

-  3 

r  Leonis 

5.3 

♦2.10 

-11.7 

♦  3  25.9 

19  39.3 

♦  9  18.9 

♦0.7997 

0.5375 

-0.2901 

♦90 

-  3 

89  Leonis 

6.2 

212 

12.0 

3  38.4 

22  38.3 

-11  48.1 

-0.2755 

0.5369 

0.291 1 

♦30 

-59 

B  Virginis 
B.A.C.4134 

3.7 

2.13 

13.1 

♦  2  21.2 

7    6  10.1 

-  4  31.2 

-1.1920 

0.5359 

0.2926 

-22 

-8H 

6.3 

2.12 

14.7 

-  3  22.4 

18  59.3 

♦  7  52.5 

♦0.7720 

0.5353 

0J2!M2 

♦79 

-  5 

/  Virginis 

6.0 

2.13 

15.5 

5  15.5 

9    3  38.8 

-  7  45.2 

♦0.1451 

0.5362 

0J2877 

♦52 

-37; 

28  Virginis 

7.0 

♦2.12 

-15.7 

-  6  55.7 

6    2.4 

-  5  26.3 

♦1.1340 

0.5364 

-0.2864 

♦83 

♦18 

g  Virginis 
B.  A.  C.  4394 

5.9 

2.13 

16.4 

10  11.0 

18    0.3 

♦  6    7.7 

♦1.0280 

0.5386 

0.2774 

♦80 

♦11 

6.0 

2.13 

16.5 

8  25.6 

18  18.9 

♦  6  25.6 

-0.8243 

0.5388 

0JJ771 

0 

-90 

50  Virginis 

6.3 

2.13 

16.5 

9  46.4 

18  51.8 

♦  6  57.4 

♦0.3770 

0.5388 

0.2767 

♦63 

-25 

56  Virginis 

7.0 

2.13 

16.6 

9  49.1 

21     9.4 

♦  9  10.5 

-0.2096 

0.5393 

0.2744 

♦31 

-56 

58  Virginis 

7.0 

♦2.13 

-16.6 

-  9  59.9 

22  24.0 

♦10  22.5 

-0.3692 

0.5398 

-0.2730 

♦23 

-66 

62  Virginis 

7.0 

2.13 

16.7 

10  45.5 

23  42.8 

♦11  38.7 

♦0.0386 

0.5399 

0.2717 

♦44 

-42 

a  Virginis 

L6 

2.14 

16.8 

10  37.1 

•    1  55.8 

-10  12.8 

-0.7023 

0.5405 

0^2694 

♦  6 

-90 

t  Virginis 

5.7 

2.13 

16.7 

12  10.0 

2  37.2 

-  9  32.8 

♦0.6739 

0.5408 

0.2685 

♦78 

-10 

B.A.C.4700 

5.6 

2.17 

16.8 

15  48.7 

22  27.2 

♦  9  364> 

-0.7004 

0.5474 

032406 

♦  2 

-90 

B.A.C.4722 

&M 

♦2.17 

-16.7 

-17  42.9 

!•    0  27.6 

♦11  32.8 

♦0.7571 

0.5483 

-0.2373 

♦70 

-  4 

B.A.C.492:) 

7.3 

2.17 

16.3 

20  56.7 

18  43.8 

♦  5  10.3 

♦0.0412 

0.5554 

0.2022 

♦35 

-42 

42  Librn 

5.7 

2.16 

14.4 

23  28.8 

It  13     1.6 

-  1   UM 

-0.6622 

0.5615 

0.15!,9 

-  5 

-90 

B.A.C.5I97 

6.0 

2.16 

14.0 

24  23.4 

15  20.7 

♦  1     2i2 

-0.0799 

0.5622 

0.1542 

♦24 

-49 

h  i:*corpii 

5.3 

2.16 

13.7 

25  26.1 

17  29.4 

♦  3    6.2 

♦0.6848 

0.5628 

0.1488 

♦64 

-  6 

A*Scorpii 

5.2  .1.2.16 

-13.7 

-25     1.0 

18  36.3 

♦  4  10.7 

♦0.0852 

0.5631 

-0.1455 

♦32 

-40 

B.  AC.  5253 

5.8     2.15 

14.0 

24  13.4 

18  44.1 

♦  4  18.2 

-0.7619 

0.5631 

0.1454 

-12 

-90 

B.A.C.5255 

6.0 

2.16 

136 

25    6.1 

18  51.1 

♦  4  24.9 

♦0.1374 

0.5631 

0.1451 

♦34 

-37 

3  Scorpii 

6.7 

2.16 

13.7 

24  56.1 

19    2J> 

♦  4  35i) 

-0.0644 

0.5631 

0.1444 

♦24 

-48' 

4  Scorpii 

6.3 

2.16 

13.5 

25  57.6 

19  22.9 

♦  4  55.5 

♦0.9572 

0.5633 

0.1440 

♦64 

♦  12 

w  Scorpii 

3.4 

♦2.16 

-13.4 

-25  48.9 

20  46.8 

♦  6  16.3 

♦0.6078 

0.6635 

-0.1402 

♦60 

-11 

00CULTATI0N8,  1895. 


429 


1 

1 

1 

i 
1 

1 

ELEMENTS  FOR  THE  PREDICTION  OP  OOOOLTATIONS, 

APRIL. 

Trr  Stab*! 

At  OoxjUHcnoM  ni  S.  ▲• 

Limit  Idk  I 

1 

Nmd«. 

Mag. 

R«d*iiafrMi 
18M.0. 

Apparent 
DadlnatiaB 

WaahtngUm 
Mean  Tuna. 

HoorAngla 
H 

Y 

«* 

If 

N. 

■ 

8. 
-39 

Am 

Ai 

1 

t 

B.A.c.s:n4 

6.7 

42.15 

-ii:3 

0     « 
-25  34.5 

1 1  22  40.0 

h    m 
4  8    63 

40.0959 

0.5640 

-0.1353 

43f 

B.A.C.5347 

6.0 

2.15 

13.0 

26    2^ 

19    0  38.7 

4  9  59.7  ;  40.3282 

0.5644 

0.1299 

443-26!! 

a  8corpii 

3.4 

2.12 

12.8 

25  20.6 

6    6.0 

-  8  45.2 

-1.0810 

0Ji654 

0.1158 

-W 

-90 

a  Scorpii 

1.4 

2.11 

12.3 

26  12.1 

9  29il 

-  5  29.0 

-0.5546 

0.5657 

0.1062 

-  5 

-8:« 

r  Scorpii 

3i» 

2.12 

11.7 

28    0.1 

12    HJ6 

-  2  55.9 

41.0710 

0.5661 

0.0988 

462 

422 

43  Ophiuehi 

5.8 

42.01 

-  9.8 

-28    2.7 

IS    7  48.1 

-  8    0.9 

-0.2792 

0JS656 

-0.0432 

♦  3 

-62 

3  SHgituni 

4-6 

1.93 

8.7 

27  47.5 

17  62.8 

4  1  41.2 

-0iM59 

0.5635 

-0.0147 

-29 

-90 

yi  Sngittarii 

5-6.5 

1.90 

7.4 

29  35.1 

14    1  10.0 

4  8  42.4 

41^10 

0.5611 

4O.OO57 

46O 

422 

B.A.C.6I37 

5.1 

IJJ7 

7.6 

28  28J2 

2  29.8 

4  9  58.4 

-0.1581 

0.5607 

0.00!>3 

47 

-54 

f  SagitUrii 

3.7 

1.71 

6.3 

27    6.0 

18  33.6 

4  1  28.0 

-1.1260 

0.5535 

0.0527 

-45 

-90 

r  SagitUrii 

3.6 

4I4M 

-  5.0 

-27  49.5 

1«    3  61.1 

4lO  25.7 

40.2635 

0.5483 

40.0763 

435 

-29 

B.  A. C. 6638 

5.9 

1.57 

4.1 

28    4M 

11  39.7 

-  6    2.0 

41J2030 

0.5434 

0.0954 

462 

436 

B.A.C.6666 

5.8 

1.53 

4.1 

27  12.1 

14    5.!l 

-  3  40.8 

40.4926 

0J>420 

0.101 1 

450 

-17 

A  Sagiturii 

5.3 

1.37 

3.0 

26  28.9 

!•    3  28.2 

4  9  14.6 

41.2590 

0.5331 

0.1306 

464 

442 

B.  A.  C.  7049 

6.5 

1.18 

2.9 

22  44.0 

18    5.4 

-0  36.6 

-0.7363 

0.5231 

0.1594 

-  8 

-90 

17  Cmprieorni 

6.0 

41.10 

-2.4 

-21  53.7 

IT    2  15.7 

4  7  18.3 

-0.3075 

0J>18I    40.1740 

4I6 

-63 

9  Capricorn  i 

5.1 

0.96 

2.2 

20  16.2 

11  25.1 

-  7  49.1 

-0.4443 

0.5121 

0.1888 

4II 

-72 

B.A.C.7325 

6.9 

0.!r7 

2.0 

20  360 

12  35.2 

-  6  41.1 

40.1438 

0.5116 

0.1906 

441 

-36 

,   2S  Capricorni 

7.0 

0.96 

1.9 

20  37.1 

13  53.1 

-  5  25.6 

40.4131 

0.5105 

0.1926 

456  -22 

1  ^  Capricorni 

6.5 

0Ja6 

1.8 

20  58.7 

14     1.5 

-  5  17.4 

40.8392 

0.5105 

0.1928 

469   4  2 

30  Capricorni 

5.5 

40i» 

-2Ji 

-18  25.5 

18  22.6 

-  1     4J2 

-1.1360 

0.5081 

40.19!« 

-21> 

-90 

y  Capricorni 

3.7 

0.76 

1.8 

17    8.2 

19    5  55.9 

4IO    8.8 

-0.1680 

0.5017 

0J2I46 

42H 

-54 

B.  A.  C.  7658 

8.0 

0.73 

1.8 

16  27.1 

8  11.2 

-11  39.8 

-4).44I2 

0.5005 

0J«I74 

4l5 

-71 

6  Capricorni 

1^ 

0.73 

1.7 

16  36.2 

9  37.1 

-10  16.3 

40.0406 

0.4999 

0.2191 

440 

-42 

f  Aquarii 

4.4 

0.61 

1.4 

14  32.7 

20    4J» 

-  0    6.5 

-0.0701 

0.4952 

0J2306 

436 

-48 

.  3!)  Aquarii 

6.4 

40.58 

-  1.0 

-14  42.6 

23  20.1 

4  3    3.3 

41.0530 

0.4942 

40.2339 

475 

4l4 

40  Aqaarii 

7.0 

0.56 

0.7 

12  26.7 

23  55.0 

4  3  37.3 

-1JI70 

0.4940 

0.2344 

-40 

-85 

4U  Aquarii 

5.8 

0.56 

1.2 

13  21.3 

!•    1  44.3 

4  6  23.6 

4O.II99 

0.4933 

0J2362 

446 

-38 

■  45  Aquarii 

6.3 

0.54 

1.0 

13  49J:$ 

2  56.4 

4  6  33.7 

40.9294 

0.4930 

0.237:1 

476 

46! 

j  54  Aquarii 

7.0 

0.49 

1.3 

11  45.7 

7  11.1 

4IO  41.4 

-0.3429 

0.4917 

OiMII 

424 

-64 

r 

o  Aqoarii 

6.1 

40.46 

-  15 

-11  12.9 

9  22.4 

-11  11.0 

.0.4183 

0.4908  40.2431 

420 

-69 

58  Aquarii 

6.7 

0.46 

M 

11  26.6 

9  56J> 

-10  37.8 

-0.0276 

0.4908 

0.2434 

440 

-46 

64  Aqaarii 

6.9 

0.42 

1.2 

10  34.5 

14    9.4 

-  6  31.8  40.0460 

0.4896 

0.2468 

444 

-42 

65  Aquarii 

7.0 

0.40 

1.0 

10  39.2 

16  14.6 

-  4  30.0 

40.6498 

0.4893 

0.2484 

478 

-II 

^  Aquarii 

3.6 

0.34 

1.3 

8    8.3 

21  36.7 

4  0  43.4 

-0.7836 

0.4882 

0.2520 

43 

-90 

78  Aquarii 

6.4 

40.33 

-  1.3 

-  7  45i5 

22  42.6 

4  1  47.4 

-0.9194 

0.4879 

40J8528 

-  6 

-w! 

81  Aquarii 

6.6 

0M9 

1.0 

7  37.5 

M    2  32.1 

4  5  30.7 

-0.1010 

0.4873 

Oi2S50 

438 

.50, 

i  82  Aqaarii 

6.4 

039 

1.1 

7    8.3 

3  11.0 

4  5    8.5 

-0.4722 

0.4873 

0JI550 

4l9 

-72 

A>  Aquarii 

5.4 

0.29 

0.7 

8  15.6 

4  38.4 

4  7  33.6 

41.1340 

0.4872 

0.2562 

482 

4IW 

ik*  Aquarii 

7.4 

0.29 

0.7 

8  19.3 

4  43.7 

4  7  38^5 

41.2270 

0.4871 

0.2564 

482 

426 

A^  Aqaarii 

8.0 

40J28 

-  0.6 

-  8  15.6 

5  47.5 

4  8  40.8 

41.4320 

0.4868 

40.2568 

482 

455 

A  Aqaarii 
96  Aqaarii 

4.1 

0.23 

0.7 

6  36.9 

9  48.3 

-11  24.9 

40.6549 

0.4868 

0.2589 

4«2 

-11 

5.6 

40J20 

0.7 

5  41.9 

12  39.4 

-  8  38.4 

40.3868 

0.4865 

0J26O] 

465 

-25 

Lalande  47041 

7.1 

-0.01 

-  0.1 

-0  blM 

91  11  22.9 

-10  31.5  41.0750 1 

0.4860 

0J»662 

489 

4l3 

60  Piacium 

6M 

0.18 

4  OM 

4  6  10.1 

ra  13  36.6 

-  9    IJ< 

40.3809 

0.4972 

0Ja630 

466 

-24 

1 

!  Bi  Piaciam 

6.0 

-0.18 

4  OM 

4  6  43.6 

14    5Jl 

-  8  33.3 

-0.0974 

0.4973 

40.2628 

439 

-48 

70  FiBcium 

8.0 

0.23 

1.3 

7  22.5 

21  20M 

-  1  21.0 

41.1380 

0.4977 

0.2508 

490 

420! 

1     (  Piacium 

1 

4.2 

0.23 

1.4 

7  19.6 
NEW 

21  57.0 
MOON. 

-  0  Mil 

41.3060 

0.4977 

0.2593 

490 

435 

66  Arielia 

6.0 

-0.30 

46.9 

422  26.6 

M20    OJI 

-  6    5.0 

40.8670 

0.5546 

40.1697 

4.«W 

4l6 

7  Tauri 

6.0 

0.30 

7.1 

24    M 

22  34.1 

-  2  36.6  -0.4619 

0.5610 

0.1640 

4l9 

-51 

9  Tauri 

7.0 

0.26 

7.4 

22  51.9 

23  40.5 

-  1  32.6  41.0300 

0.5576 

0.1615 

4!»0 

427 

1   II  Tauri 

6.7 

0.27 

7.7 

24  59.5 

••    1  16.0 

-  0    OA '  -0.9473 

0.5588 

0.1580 

-10 

-4& 

f  Pleiadnm 

6.3 

0.26 

7.7 

23  57.6 

3    0.1 

4  1  39i)  40.4052 

0.5604 

0.1539 

469 

-  8 

17  Taari 

4^ 

-OJ86 

4  7.7 

423  47.1 

3    2.2 

4  1  41.9 

40.5967 

0.5604 

40J539 

486 

42 

430 


OOCULTATIONS,  1895. 


ELEMENTS  FOR  THE  PREDICTION  OF  OOCULTATIONS. 

APRIL. 

Thb  STAB'a 

▲t  Coxjuhctioh  III  B.  a. 

UmtttBff 
FanUela. 

Name. 

Mag. 

6.3 

5.0 
5.0 
7.0 
7.0 

Bed'na  from 
1806.0. 

▲nparent 
DecUiiation- 

WaabinirtOD 
Mean  Time. 

Hoar  A  ogle 
H 

h     m 

♦  1  48.1 

♦  1  49.5 

♦  2    5.0 

♦  2    6.8 

♦  2  10.4 

F 

M^ 

f' 

N. 

8. 

0 
-36 

-16 

1-  9 
-1>^ 
-17 

Am 

AM 

18  Tauri 

19  Tauri 

20  Tauri 

21  Tauri 

22  Tauri 

-0*26 
0.26 
0.26 
0.26 
0.26 

♦  7ij 
7.7 

7.8 
7.8 
7.8 

♦2I  307 
24     8.3 
24     2.5 
24  13.7 
24  12.1 

d     h    m 
»•    3    8.7 
3  102 
3  26.2 
3  28.1 
3  31.8 

-0.1502 
♦0.2445 
♦0.3879 
♦0.1956 
♦0.2341 

0.5606 
0.5606 
0.5608 
P.5608 
0.5610 

♦0.1537 
0.1535 
0.1530 
0.1530 
0,1529 

0 
+% 
♦59 
♦69 
♦56 
♦58 

2:^  Tauri 

24  Tauri 

fj  Tauri 

B.A.C.n71 

26  Tauri 

4.7 

8.0 
3.0 
7.8 
7.0 

-0.25 
0.25 
0.25 
0.25 
0.24 

♦  7.7 

7.8 
7.8 
7.8 
7.8 

♦23  37.4 
23  47.6 

23  46.9 

24  1 .5 
23  32.2 

3  39.4 

4  5.3 

4     8.7 

4  m.\ 
4  45.9 

♦  2  17.7 

♦  2  42.7 

♦  2  46.0 

♦  3  10.5 

♦  3  21.8 

♦0i^92 
♦0.7474 
♦0,7665 
♦0.5761 
♦1.1170 

0.5618 
0.5611 

0.5618 
0.5619 

♦0.1525 
0.1514 
0.1512 
0.1503 
0.1497 

♦90  !  +17 
♦90    ♦!! 
♦90  '  +12 

♦^    ♦  1 
♦90    +35 

27  Tauri 

28  Tauri 
B.A.C.II92 

p  Tauri 
^  Tauri 

4.0 
6.2 
6.0 
6.0 
5.3 

-0.24 
0.24 
0.26 
0.19 
0.16 

♦  7.8 
7.8 
8.0 
8.7 
9.1 

♦23  44.0 
23  49.0 

25  15.8 

26  12.5 

27  6.1 

4  51.2 

4  51.7 

5  18.6 
13  51.0 
17  44.2 

♦  3  26.9 

♦  3  27.4 

♦  3  53.3 
-11  53.4 
-  8    9.0 

♦0.9234 
♦0.8379 
-0.6108 
-0.4177 
-0.8758 

0.5619 
0.5619 
0J)623 
0.5692 
0.5720 

♦0.1496 
0.1496 
0.14H6 
0.1274 
0.1171 

♦90    ♦21 

♦;«  ♦lb 
♦11  -^1 

+21    -4-* 

-  7    >6^ 

X  Tauri 
W.  iv,  1421 
22  A  u  rigs 
P  Tauri 

B.A.C.1772 

5.0 
6.0 
7.0 
2.0 
6.3 

-0.13 

^.08 

0.15 

0.16 

0.25 

♦  8.8 
10.1 
104 
10.4 
10.7 

♦25  23.0 

27  54.1 

28  50.6 

28  31.3 

29  9.5 

18  40.5 
97  13  25.1 

18  43.6 

19  51.7 
iMH    0  53.2 

-  7  14.8 
♦10  45.9 

-  8    8.3 

-  7    3.0 

-  2  13.6 

♦1.0270 
♦0.0570 
-0.6395 
-0.2566 
-0.7484 

0.5724 
0.5835 
0.5857 
0.5861 
0.5878 

♦0.1147 
0.0606 
0.0558 
0.0408 
0.0t»l 

+90 
+48 
+  8 
+30 
+  1 

+32 
-16 
-5o 
-31 
-61 

136  Tnuri 
49  Aurign 

53  AurigfB 

54  Auri|(ie 

25  Geminorum 

5.3 
5.7 
6.0 
60 
6.5 

♦0.33 
0.59 
0.62 
0.63 
0.64 

♦10.3 
10.0 
10.3 
10.0 
10.0 

♦27  35.4 

28  6.4 

29  4.6 
28  21.5 
28  17.8 

6  19.1 

22  22.4 

23  32.8 
23  58.5 

»•    0  43.8 

♦  2  59.1 

-  5  36.8 

-  4  29.3 

-  4    4.8 

-  3  21.2 

♦0.9585 
♦0.1351 
-0.9111 
-0.1949 
-0.1709 

0.5888 
0.5892 
0.5889 
0.5889 
0.5889 

♦0.0077 

-0.0436 

0.0474 

0.0487 

0.0511 

+90 
+53 
-10 
+33 
+34 

+3T 

-II 

1-^1 

-27 

28  Geminorum 
W.vi,  1656 
47  Geminorum 
53  Geminorum 
59  Geminorum 

6.5 
8.2 
6.0 
6.3 
6.9 

4^.66 
0.77 
0.82 
0.85 
0.91 

♦10.2 
9.1 

9.0 
8.8 
8.9 

♦29    4.8 

26  59.6 

27  1.9 

28  4.9 
27  50.5 

2    1.5 

9  25.1 

12  21.0 

14    6.3 

17  27.9 

-  2    6.7 

♦  4  589 

♦  7  47.7 

♦  9  28.8 
-11   17.6 

-1.0420 
♦0.6002 
♦0.3187 
-0.9114 
-0.J)940 

0.5886 
0.5866 
0.5859 
0.5853 
0.5839 

-0.0552 
0.0783 
0.0873 
0.0927 
0.1027 

-20 
+88 
+64 
-10 
-16 

-61 
-10 
-  5 
-62 
-6i 

I  Geminorum 
V  Geminorum 
e  Geminorum 
.  ui  Cancri 
fc>«  Cancri 

4.0 
4.3 
6.0 
6.0 
6.3 

♦0.92 
0.98 
1.03 
1.13 
1.13 

♦  8.9 
8.3 
76 
6.9 
6.8 

♦28    05 
27    7.8 
26    2.1 
25  40.9 
25  22.8 

17  55.5 

21  56.2 

30    1  112 

7  53.1 

8  12.8 

-10  515 

-  7    0.1 

-  3  52.7 

♦  2  33.4 

♦  2  52.3 

-1.2120 
-0.7550 
-0.0306 
-0.5702 
-0.3106 

0,5837 
0.5820 
0.5805 
0.5769 
0.5766 

-0.1040 
0.1158 
0.1250 
0,i4:j7 
0.1445 

-38'-62 
+  1  l-6:i 
+421-26 
♦13   -5H 
+27.-43 

2,  Cancri 
v"  Cancri 
v' Cancri 

5.7 

5.8 
6.0 

4-1.24 

lii9 

+1.31 

♦  5.8 
5.4 

♦  5.3 

♦24  21.2 

24  29.7 

♦24  26  2 

15  49.6 

19  7.6 

20  19.2 

♦  10  11.5 
-10  38.1 
-  9  29.2 

-0.4422 
-1.1430 
-1.2900 

0.5719 
0.5701 
Oi3693 

-0.1644 

0.1726 

-0.1756 

+20 
-26 
-44 

MAY. 

, 

y  Cancri 
83  Cancri 

8  Letinia 
26  Leonia 
34  Leonia 

4.3 
5.7 
5.7 
7.7 
6.3 

♦1.35 
1.51 
1.59 
1.69 
1.73 

♦  3.8 

♦  0.7 
-  0.8 

2.3 
3.6 

♦21  50.9 
18    9.0 
16  54.5 
15  43.3 
13  52.3 

1    1   13.9 
16  23.7 

9    0  156 

9  39.3 

15  43.6 

-.4  45.6 

♦  9  50.8 
-  6  34.2 

♦  2  29.8 

♦  8  21.6 

♦0.4466 
♦1.1100 
♦0.5883 
-0.4699 
-0.1279 

'  0.5659 
0.5559 
0.5508 
0,5451 
0.5420 

-0.1871 
0.2182 
0J2330 
0.2474 
0.2557 

+72 
+510 
+83 
♦20 
♦38 

-  9 
+27 

-  7 
-64 
-46 

37  Leonia 

c  Leonia 

X  Leonia 

82  Leonia 

80  Leonia 

5.7 
5.3 
4.8 
6.9 
6.5 

♦1.77 
1.86 
1.90 
1.94 
1.95 

-  3.7 

8.6 

8.5 

10.6 

10.5 

♦14  15.0 

6  39.8 

7  54.1 
'4  52.6 
4  26.1 

18     1.2 

3  14  29.1 
16  30.3 

4  2  16.5 
2  21.6 

♦10  34.6 

♦  6  21.6 

♦  8  18.8 

-  6  14.1 

-  6    9.1 

-1.1010 
♦1.0520 
-0.7616 
+0.5466 
-0.0404 

0.5411 
0.5323 
0.5318 
0.5297 
0A297 

-0.2584 
0J2777 
0.2791 

0.2841 

-17 
+90 
+  5 
+78 
+42 

-76 
+15 

-78 
-16 
-46 

83  Leonia 

r  l«eonia 
89  Leonia 

p  Virginia 
B.A.C.4134 

6.5 
5.3 
6.2 
3.7 
6.3 

♦1.94 
1.95 
1.97 
2.04 
2.08 

-10.6 
10.8 
11.0 
12.3 
14.7 

♦  3  34.9 
3  25.9 
3  38.4 

♦  2  21.2 
-  3  22.4 

2  50.2 

3  21.4 
6  25.7 

13    9.5 
5    2  20.7 

-  5  41.4 

-  5  11.2 

-  2  12.9 
♦  4  15.8 

-  6  58.4 

♦0.6861 
♦0.6895 
-0.3970 
-1.3140 
♦0.6960 

0.5295 
0.5294 
0.5290 
0.5282 
0.5284 

-0.2842 
0.2844 
0.2854 
0.2867 
0.2860 

+90 
+90 
+24 
-34 

+87 

-9 

-  9. 
—Co  1 

-881 

-  9 

/  Virginia 

6.0 

♦2.12 

-15.3 

-  5  15.5 

12  13.3 

♦  2  37.2 

♦0.0810 

0.5297 

.0J2825 

+48 

-40 

OOOULTATIONS,  1895. 


431 


ELEMENTS  FOR  THE  PREDICTION  OF  OOOULTATIONS. 

MAT. 

Tbb  Stab*! 

At  CoRJvxcnax  m  R.  A. 

UmltlDf 
Psrsllels. 

Kmb*. 

Mag. 

B«d*iisfhni 

ina.0. 

AvpaniBt 
DselfauiUon. 

WashiBcton 
MMaTune. 

Hour  Anc  1ft        «> 
H       1       ^ 

xf 

y* 

N. 

4H:< 

1 

s.  i 

1 

o 
4l4 

Am 

Al 

28  VirginU 

7.0 

42*13 

-lejij 

-  i  56.7 

d     h    m 
ft  14  40.3 

4  4  59.5  41.0820 

0.5301 

-02813 

£  Virginis 

5.9 

2.20 

17.3 

10  11.0 

•    2  541 

-  7  10.6  40.!>936  0.5333 

0272?) 

♦80    ♦  !) 

B.  A.  C.  4394 

6.0 

2MI 

17.0 

8  25.6 

3  13.0 

-  6  52.4   -0.8768  '  0.53:M 

0.2727 

-  3   -!M) 

50  Virginia 

6.3 

2.21 

17.3 

9  46.4 

3  465 

-  5  20.0  •  40.3386  0.5335 

0.2720 

461    -27 

1    W  Virginif 

7.0 

223 

17.3 

9  49.1 

6    6.9 

-  4     4.1  1  -0.2491 

1 

0i>343 

0.2701 

♦29 ;  -r>8 

5H  Virginis 

7.0 

42.21 

-17.4 

-  9  59.9 

7  22.8 

-  2  50.8   -0.4067 

0.5348 

-0.2687 

421  1  -68 

63  Virginif 

7.0 

2.24 

17.6 

10  45.5 

8  43.1 

-  1  33.1  ,40.0068   0.5353 

0.267.^ 

442 ,  -44 

a  Virginis 

IJi 

2.26 

17.6 

10  37.1 

10  58  6 

4  0  37.9 '  -0.7377   0.5360 

0.2651 

4   4 

-90 

t  Virginis 

5.7 

226 

17JJ 

12  10.0 

11  40  7 

4  1   IH 6  44)6531    0.5364 

0.2643 

♦77 

-10 

B.  A.C.4700 

5.6 

2.41 

18.4 

15  48.7 

7    7  47.6 

-  3  15.0-0.6929 

1 

0.5437 

0J2:<7I 

♦  2 

-m 

B.  A. €.47*22 

5.8 

42.43 

-18.5 

-17  42.9 

9  402 

-  1   17.6  40.7773 

0.5462 

-05344 

46H 

-  3 

B.  A.C.4933 
42  l/ibrB 

B.A.C.5197 

7.3 

2.56 

18.3 

20  56.7 

8    3  13.0 

-  7  32.5 

40.0912 

0.5552 

0.2003 

43H 

-39 

5.7 

2.67 

16.4 

23  28.!) 

22  :u  6 

4 10    6.3 

-0.571M 

05635 

0.1588 

-   1 

-84 

6.0 

2.69 

16.1 

24  23.5 

•    0  50..'» 

-II  40.0  40.0069 

0.5644 

0.15:i0 

428 

-44 

h  8€orpii 

5.3 

2.71 

15.8 

25  26J2 

2  58.H 

-  9  36.4   40.7754 

0.5649 

0.1476 

465 

-  h 

A  Scorpti  (2d  sUr) 

5.2 

42.71 

-l5iJ 

-25     1.1 

4     54 

-  8  322  40.1757   0.5654 

-0.1447 

4:«> !  -32 

B.  A.  0.5*253 

5.8 

2.70 

15.8 

24  13.5 

4  13.4 

-  8  24.5   -0.6714;  0.5656 

0.1444 

-  7   -*)0 

B.A.C.5255 

6.0 

2.71 

15.7 

25    62 

4  20.3 

-  8  17.7 

40.2296 

0.5656 

0.1441 

43!) 

-32 

3  Scorpii 

6.7 

2.71 

15.7 

24  562 

4  31.7 

-  8    7.0 

40.0206 

0.5657 

O.I4:i5 

429 

-42 

4  Scorpii 

6.3 

2.73 

15.6 

25  57.7 

4  51.9 

-  7  47JSJ 

41.0510 

0.5658 

0.1427 

464 

4lO 

ir  Scorpii 

3.4 

42.73 

-15.5 

-25  49.0 

6  15  6 

-  6  26.9 

40.7018 

0.5661 

-0.1391 

♦64 

-  5 

B.A.C.53I4 

5.7 

a.73 

15.3 

25  34.6 

8     7.H 

-  4  38.9 

40.1952 

0Tj669 

0.1342 

♦:«)   -33 

B.A.C.5347 

6.0 

2  74 

15  0 

26    2.9 

10    6.3 

-  2  44.7  i  40.4308 

0J>674 

O.I2*)l 

44!)  1  -20  t 

e  Scorpii 

3.4 

2.74 

14.5 

25  20.6 

15  31.7 

4  2  28.5  '  -0.9692 

0Ji690 

0.1146 

-28 '  -00 

a  Scorpii 

14 

2.76 

12.9 

26  12.1 

18  54.1 

4  5  432  -0.4397 

1 

0.5696 

0.1053 

4  1  ]-73 

r  Scorpii 

32 

42.79 

-13.5 

-28    0.1 

21  31.8 

4  8  15.0   41.1880 

0Ji70l 

-0.097!) 

♦62 ;  ^34 

B.A.C.5800 

7.5 

2.77 

11.5 

26  51.7 

!•  13  16.9 

-  0  35.6 1 -12080 

0.5707 

0.0531 

-53   -HI 

43  Opbiachi 

5.8 

2.79 

10.7 

28    2.7 

16  59.H 

4  2  58  8,-0.1311 

0.5705 

0.042:J 

♦II    -52 

3  SsgitUrii     • 

4^ 

2.76 

9.0 

27  47.5 

112  57.5 

-II  26.0,-0.6837 

0.5685 

-o.oi:j5 

-20 

-00 

y^  SsgitUrii 

5-6.5 

2.76 

7.5 

29  35.1 

10    9.3 

-  4  30.4   412140 

0.5665 

40.0070 

♦60 

441 

B.A.C.6I27 

5.1 

42.74 

-7.6 

-28  282 

11  27.1 

-  3  15J>   40.0304 

0.5661 

40.0105 

4l6 

-42, 

f  Sagittarii 

3.7 

261 

52 

27    6.0 

19    3  19.4 

-11  58.3   -0.9270   OiVoK* 

0.0542 

-32 

-90 

r  Sagittarii 

3.6 

2.56 

3.7 

27  49.5 

12  29.9 

-  3     7.5   ♦0.459210.5533 

0.077!) 

446 

-H. 

B.  A.  Co666 

5.8 

247 

-2.4 

27  12.0 

,      22  37.3 

4  6  38.5,40.6971    0.5463 

0.1026 

463 

-  5 

B.A.C.7049 

6.5 

2.11 

4  0.5 

22  44.4 

14    2  20.3 

4  9  26.0   -0.4997   0.5257 

0.1605 

♦  5 

-77 

17  Caprioomi 

6.0 

41.92 

4  1.4 

-21  53.7 

10  27.1 

-  6  42.6 

-0.0679   0Ji200 

40.1749 

♦2H 

-4HI 

11  Capricorni 

5.1 

1.88 

1.9 

20  162 

19  33.4 

4  2    6.9 

-0.2004 

0i>l39 

O.I8!)5 

423 

-56 

B.A.C.7335 

6.9 

1.87 

22 

20  36.0 

20  43.1 

4  3  14.5 

40.3H6I 

0.5128 

0.1912 

454 

-24 

36  Capricorni 

7.0 

1.86 

2.3 

20  37.1 

22    0.8 

4  5  29.8 

40.6.'>4.'>  10.5119 

0.1932 

468 

-  !) 

)n  Capricorni 

6.5 

1.86 

2.4 

20  58.7 

22    9.0 

4  5  37.8 

4l  .0770 

0.51 18 

0.1934 

♦69 

4l8 

3U  Capricorni 

5.5 

41.77 

4  2.1 

-18  25.5 

1ft    2  29.2 

4  8  502 

-0.8869 

0J>093 

40.1996 

-12 

-90 

y  Capricorni 

3.7 

1.63 

2.9 

17    H.I 

14    0.6 

-  3  58.7 

40.0755 

0JiO2] 

02146 

441 

-40 

B.A.C.7558 

8.0 

1.59 

2.9 

16  27.0 

16  15.9 

-  1  47.2 

-0.1953 

0.5007 

02172 

427 

-551 

6  Capricorni 

2.8 

1.58 

3.0 

16  36.1 

17  41  6 

-  0  24.0  40.2856 

0.5002 

02190 

452 

-29 

1  Aqnmrii 

4.4 

1.44 

3.4 

14  22.8 

1«    4    9.3 

4  9  45.8 '  40.ir33 

1 

0.4950 

033O0 

448 

-35 

39  Aqoarii 

6.4 

41.42 

4  3.9 

-14  42.5 

7  24  H 

-11     42  41.2950 

0.4935 

4023:^1 

475 

435- 

40  Aqoarii 

7.0 

1.38 

32 

12  266 

7  5!».8 

-10  30.1    -1.0730 

0.4932 

0.2:U<7 

-18 

-00 

4«  Aqnarit 

6.8 

1.38 

3.8 

13  212 

9  492 

-  8  43  8   40JWI2 

0.4926 

0iCJ53 

459   -26 

45  Aquarii 

6.3 

1.37 

4.0 

13  49.7 

11     1.5 

-  7  33.5  4I.I7I0 

0.49  IS) 

0.2364 

476   423, 

54  Aqoarii 

7.0 

1.30 

3.7 

11  45.6 

15  16.7 

-  3  25.3 

-0.1031 

0.4906 

OiMOl 

436   -50 

1    a  Aqoarii 

5.1 

4127 

4  3.8 

-11  12.8 

17  28.3 

-  I   17.3,-0.1768 

0.4897 

4024 IH 

432  -54 

,  5H  Aqoarii 

6.7 

1.27 

4.0 

II  26.5 

18    2.6 

-  0  43.9  402i:)6  o,mn 

02422 

452   -33! 

1  64  Aqoarii 

6.9 

1.21 

3.6 

10  34.4 

22  16.2 

4  3  22.8   40.2835  ,  0.48H2 

02454 

♦57   -30 

65  Aqoarii 

70 

1.17 

4.0 

10  39.1 

17    0  21.8 

4  5  25.0  40.hH:>3 

0.4877 

0.2468 

47!)    4  2 

X  Aqoarii 

3.6 

i.n 

3.6 

8    82 

5  45.7 

4lO  40.2  -0.5481 

0.4866 

0.^03 

4l5 

-78 

78  Aqoarii 

6.4 

4t.lO 

4  3.6 

-  7  45.7 

6  512 

4ll  43.8  -0.6879 

0.4864 

402511 

48 

-90 

432 


OOCULTATIONS,  1896. 


ELEMENTS  FOR  THE  PREDICTION  OP  000ULTATI0N8. 

• 

• 

HAT. 

The  9rAB*t 

# 

▲t  GosjUHonov  or  X.  A. 

raialkiia 

VMoe. 

Mag. 

Red'na  from 
1M6.0. 

Apparent 
DeclinatioD. 

WaahlBgtoa 
Hea&Tliiie. 

HoorAn^ 
H 

r 

s' 

y 

N. 

8. 

-38 

A« 

^ 

81   Aquarii 

66 

♦L06 

4  3!9 

o      » 
-  7  37.4 

d     h    n 
17  10  41.7 

h    m 
-  8  31iJ 

40.1286 

0.4867 

40.2524 

455 

82  Aquarii 

6.4 

L04 

3.8 

7    8.2 

11  20.7 

-  7  53.9 

-0iM25 

0.4855 

0.2536 

431 

-58 

A'  Aquarii 

5.4 

L04 

4.3 

8  15.5 

12  48.5 

-  6  28.5 

41.3630 

0.4854 

0J2545 

4«2 

441 

f  Aquarii 

4.1 

0.98 

4.2 

6  36.8 

17  59i5 

-  I  25.5 

40.8774 

0.4849 

0.2569 

483 

♦  2 

S)6  Aquarii 

5.6 

0.94 

4.1 

5  41.8 

20  51.7 

4  1  21.7 

40.6053 

0.4848 

0J2580 

480 

-13 

Lalnnde  47041 

7.1 

4i).69 

4  4.2 

-  0  51.7 

18  19  42.0 

-  0  24.7 

41J2670 

0.4866 

40J2637 

489 

429 

60  Piaciuin 

6.2 

0.39 

4.2 

4  6  10.2 

19  22    0.9 

4  1  11.0 

40.5254 

0.4958 

0.2605 

♦76 

-17 

62  Piaciuin 

6.0 

0.39 

4.1 

6  43.7 

22  29.4 

4  1  38.8 

40.0469 

0.4962 

0ii603 

447 

-41 

70  Piscium 

8.0 

0.33 

4.5 

7  22.6 

M    5  55.0 

4  8  51.7 

41J2680 

0.5000 

0.2573 

490 

431 

100  Piaciuin 

6.8 

0.19 

4.5 

12     1.4 

22  57.6 

4  1  24.5 

40.5637 

0.5112 

0JM63 

-479 

-12 

n  Piaciuin 

5.7 

44).20 

4  4.8 

4l1  36.4 

91    0    6.5 

4  2  31.3 

4lJi930 

0.5123 

40.2454 

489 

437 

104  Piacium 

7^ 

0.17 

4.4 

13  45.3 

1  10.5 

4  3  33.4 

-0.7433 

0.5135 

0.2445 

475 

♦  5 

26  Arietia 

6.0 

0.03 

5.3 

19  23.4 

SI9    2    7J6 

4  3  43.6 

-0.9506 

0.5344 

0.2155 

-  9 

-71 

B.A.C.782 

7.0 

0.03 

5.5 

18  25.1 

3  32.0 

4  5    5.2 

40.3747 

0.5358 

0.2136 

467 

-16 

/i,  Arietia 

6.0 

40.01 

6M 

19  33.9 

7  33.7 

4  8  58.8 

40.0123 

0.5395 

0.2072 

445 

-34 

47  Arietia 

6.0 

-0.01 

4  6.2 

420  14.9 

14  39i) 

-  8    9.6 

40.7209 

0.5463 

40.1951 

490 

4  4 

B.A.C.9SS0 

7.0 

0.02 

6.1 

21   12.1 

15    0.8 

-  7  49.3 

-OJi8099 

0.5467 

0.1945 

433 

-44 

(  Arietia 

4.3 

-0.02 

6.1 

20  55.3 

15  10.3 
MOON. 

-  7  40.1 

40.1137 

0.5468 

0.1942 

450 

-27 

P  Tauri 

2.0 

40.15 

9.1 

28  31.3 

9ft    2  52.8 

4  1  45.7 

-0.3702 

0.5937 

0.0394 

423 

-38 

B.A.C.17ri 

6.3 

40.20 

4  9.3 

429    9.5 

7  47.8 

4  6  28.6 

-0.8650 

0.5953 

40.0235 

-  7 

-61 

136  Tauri 

5.3 

0.25 

9.1 

27  35.4 

13    6.8 

4l1  34.4 

40.8147 

0.5967 

40.0061 

490 

428 

49  Auriga 

5.7 

0.42 

9.0 

28    6.3 

96    4  49.8 

4  2  38.1 

-0.0237 

0.5968 

-0.0459 

443 

-19 

53  Aurigs 

6.0 

0.45 

9i2 

29    4.5 

6    0.5 

4  3  45.9 

-1.0650 

0.5964 

0.0496 

-22 

-61 

54  Auriga 

6.0 

0.45 

9.1 

28  21.4 

• 

6  27.7 

4  4  12.0 

-0.3590 

0.5964 

0.0511 

424 

-38 

25  Geminomm 

65 

40.46 

4  9.1 

428  17.7 

7    8.3 

4  4  50.9 

.0.3318 

0.5962 

-0.0533 

425 

-36 

28  Gerninorum 

6.0 

0.48 

9.2 

2!>    4.7 

8  24.5 

4  6    3.9 

-1.1990 

0.5960 

0.0575 

-37 

-61 

W.  vi,  1656 

8.2 

0.56 

8.5 

26  59.5 

15  39.3 

-10  59.3 

40.4192 

0.5940 

0.0806 

472 

0 

47  Geminorum 

6.0 

0.60 

8.4 

27     1.8 

18  31.9 

-  8  13.8 

40.1368 

0.5926 

0.0897 

452 

-15 

53  Geminorum 

6.3 

0.62 

8.2 

28    4.9 

20  15.3 

-6  34.7 

-1.0890 

0.5920 

0.0951 

-24 

-62 

59  Geminorum 

6.9 

40.66 

4  8.3 

427  50.5 

23  33J2 

-  3  24.8 

-1.1770 

0.5905 

-0.1052 

-33 

-62 

V  Geminorum 

4.3 

0.72 

7.9 

27    7Jii 

ar    3  56.8 

4  0  47.9 

-0.9462 

0.5882 

0.1182 

-12 

-63 

e  Geminorum 

6.0 

0.76 

7.4 

26    2.1 

7    8.7 

4  3  52.2 

^.2310 

0.5862 

0.1277 

431 

.37 

ff  Geminorum 

3.7 

0.75 

7.0 

24  38.9 

7  18.0 

4  4     1.1 

41.1520 

0.5862 

0.1281 

490 

441 

u*  Cancri 

6.0 

0.84 

6.9 

25  40.9 

13  44.4 

4lO  12.1 

-0.7766 

0.5822 

0.1461 

0 

-64 

(jS  Cancri 

6.3 

40iJ5 

4  6.8 

425  22.8 

14    3.7 

4lO  30.6 

-0.5189 

0.5819 

-0.1471 

4l6 

-55 

X  Cancri 

5.7 

0.94 

5.9 

24  21.2 

21  34.3 

-  6  16.5 

-0.6600 

0.5765 

0.1666 

4  8 

-64 

y  Cancri 

4.3 

1.04 

4.4 

21  50.0 

98    6  52.3 

4  2  40.1 

40.2137 

0.5697 

0.1890 

457 

-21 

80  Cancri 

6.8 

1.15 

2.1 

18  28.5 

18  54.7 

-  9  44.4 

41.1880 

0.5603 

0J2I44 

490 

434 

83  Cancri 

5.7 

1.19 

1.6 

18    9.1 

21  55.4 

-  6  50.2 

40.8600 

0.5581 

OiOOO 

490 

4lO 

8  Leonia 

5.7 

41.27 

4  0.3 

4l6  54.5 

99    5  45.6 

4  0  43.2 

40.3367 

0J>524 

-0J2336 

464 

-20 

26  Leonia 

7.7 

1.37 

-  1.0 

15  43.3 

15    9.0 

4  9  46.9 

-0.7257 

0.5453 

0.2474 

46 

-74 

34  Leonia 

6.3 

1.42 

2.2 

13  52.4 

21   14.1 

-  8  20.5 

-0.3876 

0.5416 

0.2553 

424 

-61 

37  Leonia 

5.7 

1.45 

2.3 

14  151 

23  32.0 

-  6    7Ji 

-1.3600 

0.5401 

0.2580 

-44 

-76, 

e  Leonid 

5.3 

1.59 

7.1 

6  39.8 

30  20    9.1 

-10  11.1 

400^05 

0.5295 

0il755 

♦90 

-  2 

X  Leonia 

4.8 

41.62 

-  6.9 

4  7  54.1 

22  11.6 

-  8  12.6 

-1.0190 

0.5287 

.-Oi2768 

-10 

-82 

82  Leonia 

6.9 

1.69 

9.1 

3  52.7 

SI    8    6.3 

4  1  22.1 

40.3011 

0.5258 

0J2809 

461 

-28 

80  Leonia 

6.5 

1.70 

8.9 

4  26.2 

8  10.4 

4  1  27.1 

-0.2910 

0.5255 

0J2809 

429 

-60 

83  Leonia 

6.5 

1.67 

8.9 

3  35.0 

8S0.3 

4  1  55.1 

40.4417 

0.5253 

Oi»10 

470 

-21 

r  Leonia 

5.3 

1.70 

93 

3  26.0 

9  11.0 

4-  2  25.8 

40.4450 

0.5253 

0.8813 

470 

-21 

89  Leonia 

6^ 

41.73 

-  9.5 

4  3  38.4 

12  18.0    4  5  86.8 

-0.6433 

0.6847 

-4)iM20 

♦11 

-84 

JUNE. 

B.A.C.4134 

6.3 

41.90 

-13.0 

-  3  22.4 

1    9  340) 

♦  2    3.3 

40.4845 

0.5828 

-0.8812 

478 

-20 

/  Virginia 

6.0 

l.W 

14.7 

5  15.4 

18  38.1 

4lO  49.5 

-0.1244 

0.5238 

0.2776 

437 

-51 

28  Virginia 

7.0 

41.98 

-16.4 

.  6  55.6 

21     8.1 

-10  45  J2 

40i»15 

0.5243 

-0^2765 

483 

42 

OCCULTATIONS,  1895. 


433 


ELEMENTS  FOB  THE  PREDICTION  OF  OCCULTATIONS. 


JUNK. 


■■1^^ 

_  - •_ 

4 

h             A 

UnlUnir  ' 

Xhbotak's 

ParalleU. 

1 

Kmb«. 

Hue 

B«d*M  AroB 
1W5.0. 

Apparrat 
Uael&aliM. 

Wmkimgum 
MeaaTime. 

HoorAagla 
H 

Y 

tf 

/ 

N. 

H.  ' 

Am 

Al 

i    ^  Virginit 

5.2 

♦2.04 

.ie{:3 

-^5(^.4 

a    k    ai 
9    3.  7J2 

k    m 
-  4  57^ 

♦1.3430 

0.5253 

-0.2727 

♦8f 

♦3S 

.     f  Vircinii 

5.9 

2.11 

16.9 

10  11.0 

9  37.3 

♦•  1  20M 

♦0i»75 

0.5272 

0.2677 

♦80 

-  >  ! 

B.  AC.  4384 

6.0 

2.12 

16.4 

8  25.6 

9  56.7 

-¥  1  38.9 

-1.0620 

0.5272 

0.2674 

-15 

-90' 

50  VirginM 

6.3 

2.12 

16.6 

9  46.4 

10  30.9 

♦.  2  12.0 

♦0.1710 

0.5277 

0.2670 

♦51 

-35 

56  Virgioii 

7.0 

2.15 

16.9 

9  49.1 

12  54.3 

♦  4  30.9 

-0.4192 

0.5281 

05649 

♦20 

-68 

58  VirgiDif 

7.0 

♦2.16 

-17.0 

-9  59.9 

14  119 

♦  5  45.9 

-0.5786 

0J&9^ 

-056:<H 

♦12 

-80 

62  Virginii 

7.0 

2.17 

17.2 

10  45£ 

15  33.8 

♦  7    5.3 

-0.1558 

0.5290 

0.2623 

♦33 

-53 

a  Virginii 

1.5 

2.20 

17.3 

10  37.1 

17  52.2 

♦  9  19.0 

-0.9028 

0.5298 

05600 

-  7 

-90 

t  Virglnb 

5.7 

2J») 

17.7 

12  10.0 

18  35.3 

♦10    03 

♦0.5021 

0.5302 

0.2593 

♦69 

-18 

B.A.C.4700 

5.6 

2.46 

18.7 

15  48.7 

3  15    7.5 

♦  5  52.5 

-0.8119 

0.5394 

05330 

-  5 

-90 

B.  A.  C.  47W 

5.8 

♦2.48 

-19.1 

-17  42.9 

17  11.6 

♦  7  52.4 

♦0.6779 

0.5405 

-0.2298 

♦72 

-  8 

B.  A.C.49!0 

73 

2.72 

19.5 

20  56.7 

4  11  55.9 

♦  1  58.1 

♦0.0278 

0.5504 

0.1<>62 

♦34 

-42 

m  Libne 

5.7 

297 

17.6 

23  28.9 

«    6  31.5 

-  4    6.0 

-0.6012 

0J)601 

0.1553 

-  2 

-86 

B.A.C.61tf7 

6.0 

3.01 

17.4 

24  23.5 

8  52.2 

-  1  50.4 

-0.0052 

0.5610 

0.1497 

♦28 

-44 

k  Hcorpii 

5.8 

8.05 

17.3 

25  26.1 

11     1.8 

♦  0  14.4 

♦0.7722 

0.5619 

0.1444 

♦65 

-  1 

A*8corpii 

5.2 

♦3.05 

-17.2 

-25     1.0 

12    9.4 

♦  1  19.6 

♦0.1716 

0.5623 

-0.1417 

♦36 

-34 

B.A.C.5953 

5.8 

3.04 

17.0 

24  13.4 

12  I7i> 

♦  1  27.4 

-0.6813 

0.5624 

0.141 1 

-  8 

-90 

B.  A.C.5S55 

6.0 

3.05 

17.1 

25    6.1 

I2  24J( 

♦  1  34.1 

♦Oi2277 

0.5624 

0.1409 

♦39 

-32 

3  Bcorpii 

6.7 

3.05 

17.1 

24  56.1 

12  36.1 

♦  1  45J 

♦0.0245 

0.5626     0.1405 

♦28 

-43 

4  Srorpii 

6.3 

3.07 

17.1 

25  57.6 

12  567 

♦  2    5.1 

♦1.0530 

0.5626     0.1396 

♦64 

♦19 

n  Hcorpii 

3.4 

♦3.08 

-17.0 

-25  48i» 

14  21.1 

♦  8  26.7 

♦0.7081 

0.5633 

-0.1360 

♦64 

-  4 

B*A.C.53I4 

5.7 

3.10 

16.7 

25  34.5 

16  15.2 

♦  5  16.4 

♦05017 

0  5640 

0.1312 

♦36 

-33 

BAG.  5347 

6.0 

3.12 

16.5 

26    2.8 

18  14.6 

♦  7  11.4 

♦0.4424 

0.5646 

0.1262 

♦49 

-20 

a  Hcorpii 

3.4 

3.16 

15.7 

25  20.6 

23  43.4 

-11  32.0 

-0i«17 

0.5666 

0.1117 

-27 

-90 

a  Hcorpii 

1.4 

3^ 

15.3 

26  12.1 

•    3    7.5 

-  8  154) 

-0.4104 

0.5678 

0.1025 

♦  2 

-71 

f  Hcorpii 

3.2 

♦3.25 

-15.0 

-28    0.0 

5  46.8 

-  5  42J2 

♦15290 

0.5683 

-0.0954 

♦62 

♦41 

B.  A.C.5MX) 

7.5 

3.30 

12.3 

26  51.6 

21  37.7 

♦  9  33.0 

-1.1190 

0.5705 

0.0508 

-45 

-90 

43  Ophiuchi 

5.8 

3.34 

11.6 

28    2.6 

T    1  217 

-10  51.5 

-0.0533 

0J=705 

0.0506 

♦  15 

-47 

3  Sfigiturii 

46 

3.38 

9.6 

27  47.5 

11  21.1 

-  1   14.6 

-0.5817 

0.5694  '  -0.01 16 

-15 

-Mi' 

B.A.C.6ltf7 

5.1 

3.42 

7M 

28  28.2 

19  51.3 

♦  6  56.6 

♦0.1504 

0.5674   ♦0.0127 

♦23 

-36 

#  Sagiturii 

3.7 

♦3.36 

-  4A 

-27    6.0 

»  11  42.6 

-  1  47  Jl 

-0.7782 

0 Ji608   ♦0.0562 

-22 

-90 

r  Hagittarii 

36 

3.36 

2.7 

27  49.4 

20  51.8 

♦  7    2.1 

♦0.6290 

0.5556 

0.0801 

♦57 

-  8 

B.  A.  C.  6666 

5.8 

3JK) 

-  0.7 

27  12.0 

•    6  57.0 

-  7  14.0 

♦0  88911 

0X»4W> 

0.1047 

♦63 

♦  8 

B.A.C.TiHil 

6.5 

2.98 

♦  3.4 

22  44.3 

!•  10  32.9 

-  4  33.6 

-0.2663 

0J>4H3 

0  1628 

♦17 

-60 

17  Capricorni 

6.0 

2.92 

4.7 

21  53.6 

18  37.7 

♦  3  15i) 

♦0.1814 

0.5423,    0.1769 

♦41 

-34 

90  Capricorni 

6.3 

♦2.78 

♦  5.1 

-19  26.4 

11    1   19.0 

♦  9  44.7 

-1.3000 

0.5176 

♦0.15*76 

-4H 

If  Capricoroi 

5.1 

2.78 

5.7 

20  16.1 

3  42.1 

-11  56.6 

♦0.0661 

0.51.57 

0.1914 

♦37 

-41  . 

B.A.C.73*/5 

6i) 

2.77 

6.0 

20  35.9 

4  51.5 

-10  49.3 

♦04>503 

0.5150 

O.I!)3l 

♦6H 

-  •♦! 

26  Capricorni 

7.0 

2.76 

6.2 

20  :«7.o 

6    8.8 

-  9  34.4 

♦Oi»22l 

OJiUO 

0.1949 

♦69 

♦  7 

27  Capricorni 

6.5 

2.77 

6.2 

20  58.6 

6  17.1 

-  9  26.3 

♦1.3470 

0.5140 

0.1952 

♦69 

♦51 

^  30  Capricorni 

5.5 

♦2.66 

♦  65 

-18  25.4 

10  36.5 

-  5  14.9 

.0.6124 

0.5108 

♦0.2014 

♦  4 

-86 

31  Capricorni 

67 

2.65 

6.1 

17  54.0 

10  46.4 

-  5    5.1 

-1.1570 

0.5108 

0.2016 

-30   -90  ' 

i     y  Capricorni 
45  Capricorni 

3.7 

2.53 

7.4 

17    8.1 

22    6.7 

♦  6  55.1 

♦0.:i665 

0.5036 

05159 

♦57    -25 

6.3 

2.47 

7.1 

15  13.8 

19    0  13.4 

♦  7  58.2 

-15800 

0.5024 

05183 

-39 

-90 

B.  AC.  7558 

8.0 

2.49 

7.5 

16  27.0 

0  21.8 

♦  8    6.5 

♦0.0995 

0.6017 

OJSiJdo 

♦43   -39 

4  Capricorni 

28 

♦2.49 

♦  7.6 

-16  36.1 

1  47.4 

♦  9  29.6 

♦0.5786 

0.5012 

♦05201 

♦69   -14 

1  Aqaarii 

4.4 

2.35 

8.4 

14  226 

12  15.1     -  4  20.6  ♦0.4794 

0.4956 

0JO09 

♦661-19 

40  Aqaarii 

7.0 

2.27 

8.3 

12  26.5 

16    5.8 

-  0  363,-0.7764 

0.4937 

0.2343 

0  -9o: 

42  Aqnarii 

5.8 

2.27 

8.8 

13  21.1 

17  55.4 

♦  1  10.2 '♦0.6695 

0.4927 

05359 

♦76  -  9 

<  54  Aqaarii 

7.0 

2.20 

9.0 

11  45.5 

23  23.5 

♦  6  29.3  ;  ♦0.2084 

0.4904 

05403 

♦52-33 

1    0  Aqaarii 

5.1 

♦217 

♦  9.0 

-11   12.7 

IS    1  35.4 

♦  8  37.6 1  ♦0.1328 

0.48!>5 

♦0.24 1«» 

♦4^   -37, 

68  Aqaarii 

6.7 

2.17 

9.2 

11  26.4 

2    9.8 

♦  9  11.1  '♦0J>2:« 

0.48JI6 

0.242:i 

♦71    -17 

61  Aqoarii 

6.9 

2  01» 

1».2 

10  34.3 

6  24.3    -10  41.3  ^0.5974 

0.4877,    0  24.V2 

♦7b   -13 

65  Aqaarii 

7.0 

2.09 

9.4 

10  39.0 

8  30J2    -  8  38.9  ♦1.2000 

0.4871 

0  2467 

♦7!»   ^24 

,    7  Aqaarii 

3.6 

l.!»9 

9.1 

8    8.1 

13  55.1     -  3  22.7  -0JO78 

0.4K55     0.25<M) 

♦30   .57 

1  78  Aqaarii 

6.4 

♦1.99 

♦  9.1 

-  7  456 

15     IJ^    -  2  18.1    ^0.3741 

1 

0.4851 

♦05506 

♦24 

-66 

r 

434 


0CCULTAT10N8,  1896. 


ELEMENTS  FOR  THE  PREDICTION  OF  O00ULTAT1ON8. 

JUNE. 

The  Stae*! 

▲T  COKJtTECnOM  »  S.  A. 

UmltiBf 
ParalMa.' 

Kame. 

Mag. 

Bed'na  fttm 
1895.0. 

Apparaat 

1 
WaabiBirtOD   HourAngl* 
MeAB  Time    '         " 

y 

«' 

f 

N. 

0 

8.  , 

1 
1 

A« 

^ 

AKmMl     A  UUVa 

a 

It 

-  f  37!3 

4    b    ID    j       b     n 

HI   Aqunrii 

6.6  -^1.95 

+9.4 

IS  18  53.2 

+  1  27.4 

+0.4440 

0.4844 

+0.2525 

+6H 

-22' 

B2  Aquarii 

6.4     liM 

9.4 

7    8.1 

19  32.4 

+  9    5.5 

+0.0718 

0.4842 

0.2528 

+46 

-41  1 

^  Aquarii 
96  Aquarii 

4.1      1.85 

9.7 

6  36.7 

14    2  13.8 

+  8  36.3 

+1.1940 

0.4833 

0.9558 

+83 

♦23  1 

5.6 1    1.81 

9.7 

6  41.7 

5    7.0 

+11  24.8 

+0il206 

0.4827 

0.2567 

+84 

♦  4 

U  Piscium 

5.9 

1.69 

9.0 

-  1  49.8 

13  32.9 

-  4  22.7 

-1.1620 

0.4825 

0.2593 

-21 

-90' 

60  Piscium 

6.0  41.21 

+9.4 

+  6  10.2 

!•    6  44.3 

+11  42.3 

+0.8011 

0.4922 

+0.2575 

+.no 

-  2 

;  62  Piscium 

6.0  j    1.20 

0.2 

6  43.7 

7  13.2 

-11  49.5 

+0.3189 

0.4995 

0.95r-J 

+62 

-27 

jlOO  Piscium 

6.8     0.96 

8.7 

12     1.4 

IT    7  56.9 

.11  48.3 

+0.7969 

0.5079 

0.2430 

+90 

+  1  . 

J04  Piscium 

7.5 

0.94 

8.3 

13  45.3 

10  ll.l 

-  9  38.0 

-0.5233 

0.5095 

0ii409 

♦17 

-69'; 

26  Arietia 

6.0 

0.73 

7.9 

19  23.4 

18  11  20.1 

-  9  16.1 

-0.7848 

0.5390 

0J2195 

+  2 

-71  1 

B.A.C.782 

7.0   ♦0.73 

+8.3 

♦18  25.1 

12  44.3 

-  7  54.6 

+0.5394 

0.5331 

+0.2105 

+79 

-  8 

ft  Arietia 

6.0     0.70 

8.2 

19  3:1.9 

16  47.6 

-  3  59.3 

+0.1689 

0.5374 

0.2014 

+54 

-•^ 

47  Arietia 

6.0     0  66 

8.3 

20  14.9 

23  55.3 

+  2  53.8 

+0.8616 

0.5448 

0.1923 

+90 

+  12; 

B.A.C.920 

7.0     0.65 

8.0 

21   12  1 

19    0  16.5 

+  3  14.3 

-0.0718 

0.5450 

0.1917 

+40 

-36' 

t  Arietia 

4.3     0.65 

8.1 

20  55.3 

0  25.7 

+  3  23.3 

+0.2502 

0.5453 

0.1913 

+59 

-20i 

66  Arietia 

6.0 !  +0.58 

+8.2 

+22  26.6 

13  11.5 

-  8  17.9 

+0.9417 

0.5584 

+0.1663 

+90 

+21  j 

7  Tauri 

6.0 

0.56 

8.0 

24    6.8 

15  43.0 

-  5  51.9 

-0.3851 

0.5611 

O.I64k^ 

+^ 

-49' 

9  Tnuri 

7.0 

0.57 

8.3 

22  51.9 

16  48.2 

-  4  49.1 

+1.0880 

0.5622 

0.1582 

♦9t> 

^\ 

II  Tnuri 

6.7 

0.55 

7.9 

24  59.5 

18  22.1 

-  3  18.7 

-0.8782 

0.5637 

0.1548 

•  6 

-65 

g  Pleiadum 

6.3 

0.54 

8.2 

23  57.6 

20    4.2 

-  1  40.4 

+0.4533 

0.5654 

0.1509 

♦74 

-  5 

17  Tnuri 

4.3 

+0.54 

+8.2 

+2:i  47.1 

90    6.2 

-  1  38.4 

+0.6403 

0.5656 

+0.1508 

♦90 

+  5 

lb  Tnuri 

6.3 

0.54 

8.1 

24  30.7 

20  12.6 

-  1  32.3 

-0.0969 

0.5656 

0.1505 

+311 

-33 

19  Tnuri 

5.0 

0.54 

8.2 

24     8.3 

20  14.1 

-  i  30.9 

+0.2!»23 

0.5656 

0.1505 

+61 

-12; 

20  Tnuri 

5.0 

0.54 

8.2 

24    2.5 

20  29.7 

-  1   15.8 

+0.4:125 

0.5658 

0.1498 

♦72 

-6' 

21  Tnuri 

7,0     0.54 

8.1 

24  13.7 

20  31.5 

-  1   14.1 

+0.2439 

0.5658 

0.149H 

♦59 

-15 

22  Tnuri 

7.0  +0.54 

+8.2 

+24  12.1 

20  35.1 

-  1   10.6 

+0.2802 

0.5659 

+0.1496 

+61 

-14 

2:i  Tauri 

4.7     0.54 

8.3 

2:*  37.4 

20  42.6 

.  1     3.4 

+0.89J»5 

0.5662 

0.1493 

♦90 

+20 

24  Tnuri 

8.0     0.54 

8.3 

2:^  47.6 

21     7.8 

-  0  39.1 

+0.7850 

0.5666 

0.1484 

♦90 

+13 

7j   Inuri 

3.0     0.54 

8.3 

23  46.9 

21   11.3 

-  0  35.7 

+0.8058 

0.5666 

0.1482 

+90 

+15 

1         B.A.C.II7I 

7.8     0.54 

8.3 

24     1 .5 

21  36.3 

-  0  11.7 

+0.6138 

0.5671 

0.1471 

^+88 

+  4 

26  Tnuri 

7.0  4i).54 

+8.3 

+23  32.2 

21  479 

-  0    0.5' 

+1.1480 

0.5671 

+0.14^ 

♦90 

+3t-i 

,  27  Tnuri 

4.0     0.54 

8.3 

23  44.0 

21  53.1 

+  0    4.5 

+0.9576 

0,5671 

0.1466 

♦90 

+24 

28  Tnuri 

6.2     0.53 

8.3 

2:)  49.0 

21  53.6 

+  0    5.0 

+0.8728 

0.5674 

0.1464 

♦90 

+10 

B.  AC.  1192 

6.0     0.53 

8.0 

25  15.8 

22  19.9    +  0  30.3 

-0.5650 

0.5679 

0.145:) 

♦13 

-5«: 

p  Tnuri   • 

6.0 

0.51 

8.1 

26  12.5 

M    6  41.3    +8  :<2.6 

-0.4196 

0.5759 

0.1244 

♦^1 

-47 

^  Tauri 

5.3 

f0.50 

+8.1 

+27    6.1 

10  28.8 

-11  48.8 

-0.8770 

0.5794 

+0.1141 

-  7 

Si 

X  Tauri 

5.7 

0.50 

8.4 

25  2:i.O 

11  23.6 

-10  56.1 

+0.9931 

0.5803 

+0.1115 

♦90 

+3U' 

• 

NEW 

MOOK 

V  Geminorum 

4.3 

0.74 

6.9 

27    7.8 

Si3  1 1  54.2 

+10  33i2 

-1.0610 

0.5961 

-0.1222 

-21 

-63; 

e  Geminorum 

6.0 

+0.75 

+6.5 

+26    2.1 

15     1.3 

-10  27.4 

-0  3632 

0J>946 

-0.1316 

♦24 

.4:», 

]     o'  CfiUcri 

6.0 

0.81 

6.0 

25  40.9 

21  27.2 

-  4   17.4 

-0.9152 

0.5905 

0.1503 

-  9 

-w' 

1     <j*  (^uncri 

6.3  1    0.81 

6.0 

25  22.8 

21  46.1 

-  3  5!>.2 

-0.6604 

0.5900 

0.1510 

♦  7 

-6:i 

1     X  Cancri 

5.7     0.H6 

5.3 

24  21.2 

94    5     5.3    +  3    2.2 

-0.8162 

0.5851 

0.1712 

-  2 

-6b 

y  Cancri 

4.3     0.93 

4.2 

21  50.9 

14     9.1 

+11  44.6 

+0.0266 

0.5779 

0.1936 

♦46 

-30, 

80  Cancri 

6.8  +1.00 

+2.4 

+18  28.5 

99     1  53.2 

-  0  58.3 

+0.9656 

0.5682 

-0.2191 

♦90 

+IT, 

m  Cnncri 

5.7     1.02 

2.0 

18     9.0 

4  4!».4 

+  1  51.4 

+0.6366 

0.5657 

0.2246 

♦88 

-  3 

Vkwiis 

16  44.1 

11     H.I 

+  7  56.1 

+0.5936 

0.5212 

0.2202 

♦83 

-  7; 

8  Leonis 

5.7      1.08 

+0.M 

16  54.5 

12  2^'.3    +  9  13.4 

+0.1048 

0.5595 

0.2382 

+50 

-aa 

a  Leonis 

1.31    lib 

-1.5 

12  28.8 

9€    2  10.4  1  -  1  :«.7 

+1.1270 

0.5488 

0.2576 

♦tH) 

+23, 

34  Leonia 

6.3   41.20 

-1.2 

+  13  52.4 

3  :i5.H     -  0  11.3 

-0.6351 

0.5478 

-0.2593 

+  11 

-75 

s  Leouis 

5.3     i.:i5 

6  39.8 

ar  2   5.5 

-  2  27.3 

+0.5194 

0.5:«9 

0JI8785 

+75 

-17 

'     X  Leonis 

4  8      1.37 

r..4 

7  54.1 

4     6.1 

-  0  :i0.6 

-1.2870 

0.5330 

0.2795 

-32 

-82 

H2  Leonis 

6,t»      L4.'» 

7.6 

3  52.7 

13  51.8 

+  8  56.0 

+0.0185 

0.5a8J> 

0.2828 

+45 

-43 

8<t  Leonis 

6.5      1 .45 

7.4 

4  26.2 

13  56.8 

+  9    0.9 

-0.5683 

0.5286 

0iW30 

♦15 

-7H 

83  Leonis 

6.5 

+1.44 

-7.4 

+  3  35.0 

14  25.3 

+  9  28.5 

+0.1564 

0.5286 

-OJ2830 

♦53 

1 

0CCULTATI0N8,  1896. 


435 


ELEMENTS  FOE  THE  PREDICTION  OP  O00ULTATION8. 


JUNE. 


Till  9tAm*% 


Aa4*M  tfm 

Kiuat. 

Mag. 

lfM.0. 

Apaarant 

nMTlliMikn 

6^ 

A* 

Ai 

r  l««oiiig 

^r.45 

-*4I 

♦  i  W.0 

8!l  l««onit 

M 

I.4H 

8.1 

♦  3  38T> 

B  A.C.4I34 

6.3 

1ii6 

l«.« 

-  3  M.4 

/  Virginra 

6.0 

1.74 

13.6 

5  15.4 

^  VirginM 

7.0 

1.75     I4i> 

6  554> 

f  Virginit 

5JI 

♦I.»5I  -15.3 

-  8  58.3 

ff  Virginii 

5.9 

UK) 

16.0 

10  no 

56  Virginia 

7.0 

1.04 

15.9 

tf  49.1 

5H  Virginii 

7.0 

1.!I6 

16.0 

9  5!».9 

Gi  Virginia 

7.0 

1.117 

16^ 

10  45.5 

a  Virginia 

1.5 

^.01 

-16.4 

-10  37.1 

i  Virginia 

5.7 

a.oo 

16.9 

1:2  10.0 

05  Virginia 
B.  A.C.470O 

6.5 

t2.l5 

}HM 

15  14.7 

,  5.6 

^.:m 

IHM 

15  487 

B  A  C.47W9 

5.H 

4*i.'35 

-IH.» 

i    -17  4^.9 

B.A.C.4<.n» 
4W  Libra 

B.  A.C.5I97 

k  8corpii 
A*8corpii 

B.  A.C.5253 
B  A.C.5«>5 

3  Seorpii 

4  Scorpii 
K  Hcorpii 

B.A  f:.5ni4 

B  AC  5347 

a  Hrorpii 

(I  Hrnrpii 
r  Scorpii 
43  Opiiiiichi 
3  Hngiitarii 
B  A.C.6I^ 

^  8«gitlarii 
r  Sngiiurii 
B.  A.C.(i666 
B.  AC.  7019 
17  Caprirorni 

^  Caprirorni 

B.A.c.rj'is 

116  C«prif*orni 

30  Caprirorni 

31  Caprirorni 

I  Caprirorni 

V  Caprirorni 

4o  Capricorn! 

B.A  C.7558 
6  Caprirorni 

ft  Caprirorni 

I  Aqilarii 

«*  Aquarii 
40  Aquarii 
4i  Aquarii 

tA  Aquarii 


7.3 

4».66 

-19.8 

5.7 

2.97 

18.2 

6.0 

3.02 

18.2 

5.3 

♦3.06 

-I8ie 

6.*2 

3.07 

18.0 

BJb 

3.06 

17.6 

6.0 

3.08 

17.9 

6.7 

3.08 

17.9 

6.3 

♦3.10 

-18.0 

3.4 

3.12 

17.8 

5.7 

3.14 

17.6 

6.0 

3.18 

174 

3.4 

3J24 

16.5 

1.4 

♦3.3l» 

-16.2 

3.2 

3.37 

16.1 

f».H 

3.62 

12.5 

4.6 

3.72 

10.3 

5.1 

3.80 

86 

3.7 

♦3.84 

-  4.8 

3.6 

3.H9 

2.!> 

5.H 

3.H8 

-  0.7 

6.5 

3.6H 

4,  5.3 

6.0 

3.62 

6.9 

51 

♦3.52 

♦  8.3 

6.9 

3.53 

8.6 

7.0 

3.52 

8.9 

5.5 

3.43 

9.3 

6.7 

1 

3.42 

9.2 

1 
4.4 

♦3.39 

♦  9.6 

3.7" 

3.30 

11.0 

6.3 

3.25 

10.9 

H.O 

3irH 

112 

2.8 

3.27 

11.4 

6.4 

♦3  19 

♦114 

4.4 

3.16 

12  5 

5.6 

3.09 

12.4 

7.0 

3.<W 

12.6 

5.8 

3.10 

13.1 

7.0 

♦3  03 

♦13.5 

-20  56.7 

23  28.i» 

24  2:1.5 


-25 
25 
24 
26 
24 


26.2 
I.I 

13.5 
6.2 

56^ 


-25  57.7 
25  49.0 

25  34.6 

26  2.9 
25  20.7 

-26  12.2 
28  0.2 
28    2.7 

27  47.6 

28  28.2 


27 
27 
27 
22 
21 

-90 
20 
20 
18 
17 


6.0 
4!>.4 
12.0 
443 
5:i6 

16.1 
35.9 
37.0 
26.3 
539 


-17  167 
17    80 

15  13.7 

16  269 
16  360 

-14  2.6 
14  22  5 
12    4.7 

12  26  5 

13  21.1 

-11  46.5 


At  OoMiimoTKW  is  IL  ▲• 


WaahtegiM 
MaanTtea. 

HoorAngla 
H 

1 
Y 

M> 

y* 

a     k    m 

k    n 

Sir  14  66.8 

♦  9  69.0 

♦0.1698 

OJi»SS 

-0.2830 

18     1.7 

-11     9.1 

-0.9943 

0.6274 

0.2836 

M  13    9.1 

♦  9  9&U) 

♦0.9018 

Oii936 

0.2811 

M    0  11.4 

-  6  49.9 

-0.3998 

0J^236 

0.9768 

9  40.9 

-  3  95.1 

♦OiWW 

0J»936 

0J2754 

8  40.1 

♦  9  92.7 

♦IJ»740 

0Ji949 

-0.9713 

16  11.3 

♦  8  41.6 

♦0.6666 

0.61^ 

0.2660 

18  99.9 

♦11  69J4 

-0.6770 

05969 

0.2627 

19  47.0 

-10  61.7 

-0.8333 

0.6266 

0.2616 

91     9.3 

-  9  31^ 

-0.4101 

0Ji96B 

0.2602 

93  98.4 

-  7  17.3 

-1.1660 

05974 

-0.2577 

M    0  11.8 

-  6  36.3 

♦OiR49 

0.5278 

0.2560 

9    6.4 

♦  9    9.1 

♦1.1900 

0.5309 

0.2463 

90  64.2 

-10  33.4 

-1.0340 

0A357 

0.2298 

22  69.6 

-  7  32,0 

♦0.4679 

.0.5366 

-0.9966 

Uailtlag 
Paralkla. 


JULY, 


I  17  b7M 
9  19  49.2 

16  11.9 

17  93.8 

18  32.1 
18  40.4 
18  47.4 

18  69.2 

19  20.0 

20  45J) 
29  4i.r> 

9    0  42.7 
6  16.2 

9  43.3 
19  94.7 

4  8  15.3 
18  21  8 

«  9  67.4 

18  67.1 
•  4  lO.I 

14  IH.7 
7  17  50.8 
H  9  6.9 


II 
19 
13 
18 
18 

90 
6 
7 
7 
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1 

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JULY. 

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OC0ULTATI0N8,  1895. 


ELEMENTS  FOB  THE  PREDICTION  OP  O00ULTATION8. 


AUGUST. 


Kame. 


I  Aquarii 

«*  Aqunrii 
40  Aqunrii 
42  Aqunrii 
54  Aqunrii 

o  Aquarii 
58  Aquarii 
64  Aquarii 

A  Aquarii 
78  Aqunrii 

81  Aqunrii 

82  Aqunrii 
B.A.C.8094 

96  Aqunrii 
II   Piacium 

13  Pitcium 

14  Piacium 
21  Piacium 
51  Piacium 
60  Piacium 

62  Piacium 
100  Pixcium 
104  Piacium 

26  Arietia 
B.A.C.782 


47 


64 


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B.  AC.  1*20 

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Arietia 


66  Arietia 

7  Tauri 
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g  Pleitidum 

17  Tauri 

18  Tauri 

19  Tauri 

20  Tauri 

21  Tnuri 

22  Tauri 

2:}  Tauri 

24  Tauri 

ij  Tauri 

B.A.C.I171 

27  Tauri 

28  Tnuri 
BAG.  1192 

j>  Tauri 
0  Tauri 

B.  AC.  1444 

W  iv,  1421 
22  Aurigie 
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B  AC.  1772 
i:<6  Tauri 

49  Auriga 


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2.01 
1.98 
1.92 

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5.2 

5.2 
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65 

6.7 

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7  45.6 


7 
7 
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19  23.6 
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20  15.1 

21  12.3 
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24 
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28 
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27 


At  Ooajuiicnox  nr  R. 


WasbiBffton 
Mean  lime. 


4    h 

4  413 
6  nJA 

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15  45.0 

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14 
14 
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19    0  56.9 


♦  6.4     ViS    6.3 


6 

7 
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14.5 
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2  22.4 
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7  4.5 
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♦0.8004 
♦1.2730 
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♦0.9647 

♦0.5772 
♦1.2660 
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0.4827 
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0.4817 
0.4814 
0.4811 
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0.4871 
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0.5008 
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0.5318 
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0.1861 
0.1855 
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♦0.1446 
0.1445 
0.1438 
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0.1436 

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0.1422 
0.1418 
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0.1087 
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♦0.0532 
0.0369 
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N. 


♦66 

-28 


♦77 
♦73 

♦69 
♦79 


S. 


-I 

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♦II 
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-19 
♦  3 


^ 


♦79  ♦  8 

♦51 

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♦82 
♦71 
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0 

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♦  7 
-  9 
-16 

♦90 

♦90 
♦90 
♦40 
♦24 
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♦83 
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♦63 
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♦90 
♦42 
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♦90 

♦68 
♦90 
♦90 
♦84 
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♦90 
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♦56 
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000ULTATI0N8,  1895. 


439 


EI,FiMBNT8  FOE  THE  PREDICTION  OP  OOOULTATIONS. 

• 

▲U0U8T. 

* 

Thb  9tAm*M 

AT  OomjUMcnon  iv  B.  ▲• 

LlnlllDg 
Far«lMa. 

Hmm. 

Mag. 

Aad*iui  fnm 
1806.0. 

Appamt 
DaclTiiatton 

WaahlBgioa 
IfcnTba. 

Hmit  Anglo 

Y 

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tf' 

N. 

8. 
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Ai 

63  Auriga 

6.3 '  ♦r.80 

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tm  10  38.1 

h    n 
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-1.0160 

0.5968 

-0.0554 

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54  Auriga 
^  Geiniooruni 

6.9 

1.79 

6.1 

38  31.4 

11     5.5 

-  9  46il 

-0.3166  >  0i>968 

0.0660 

436 

-36 

6.5 

1.78 

6.0 

38  17.7 

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0.0591 

438 

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1.70 

5.4 

36  59.5 

30  11.5 

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40.4036 

0.6968 

0.0669 

469 

-  1 

47  Geninoram 

6.0 

1.68 

5.1 

37     1.8 

83     1.4 

4  1  39.7 

40.1053 

0.5968 

0.0961 

450 

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4  4.1 

437    7.8 

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0.5947 

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6.0 1    1.58 

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36    3.1 

11  81.5 

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0.5939 

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3.7,    1.67 

4.4 

34  3b.9 

11  30.6 

-10  83.3 

41.0300 

0.5937 

0.1356 

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431 

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6.0'    }M 

3.4 

35  40.9 

17  45.8 

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0.5914 

0.1543 

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-64 

w>  Cancri 

6.3     1.54 

3.4 

35  2SM 

18    4.1 

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4.3     1.43 

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0.8936 

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6.5  41.30 

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4  4  96.3 

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4  5  45.0 

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0.5440 

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5.3     1^ 

6.0 

3  36.0 

8     1.7 

4  6  39.6 

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0.5445 

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438 

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89  L«onit 

6.3     lill 

6.3 

4  3  38.5 

10  56.3 

4  9  38.3 

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453 

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6.3 

41.40 

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430 

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85  Virginii 
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40.8156 

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B.A.C.&355 

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43  Ophiuchi 

5.8 

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13.9 

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4001.33 

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40.0600 

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44.10 

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91    6  31. H 

-  3  38.1 

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03363' 40.1661 

1 

431 

-53 

440 


OCCULTATIONS,  1896. 


ELEHE^rrS  FOB  THE  PBBDIOTION  OF  OOOULTATIOKS. 


AUGUST. 


Thk  Starts 


▲t  Oobjumoom  n  B* 


Xame. 


17  Capricorni 

20  Capricorni 

If  Capricorni 


6.0 
6.3 
5.1 

Red*!!*  trvm 
1895.0. 

Am. 

Ai 

4.06 
♦4.09 

♦  f.O 
8.H 

♦  9.1 

Apparaal 
DaclUiiAlm 


-»l  53.6 

19  fHHA 

-tfO  16.0 


A    \^   m 
31  14  9^ 
91  18.2 
23  43.3 


h    m 
♦  4  33.3 

♦11     6.6 
-10  32.8 


♦0.3906 
-1.1380 
♦0.2417 


03198 
0.5156 
0.5140 


N. 


♦0.1803 

0.1916 

♦0.1948 


e 

♦411 
-31 
♦47 


n 

-27 

-90 


8BPTBMBEB. 


B.A.C.7325 
26  Capricorni 

30  Capricorni 

31  Capricorni 
I  Capricorni 

y  Capricorni 

45  Capricorni 

B.  AC.  7558 

S  Capricorni 

fi  Capricorni 

I  Aquarii 

^  Aquarii 
40  Aq^arii 
42  Aquarii 
54  Aquarii 

o  Aquarii 
58  Aaviurii 
64  Aquarii 

A  Aqunrii 
78  Aquarii 

81  Aquarii 

82  Aquarii 

B.  A.C.8094 
96  Aquarii 
11   Piicium 

13  Pisoium 

14  Piicium 
21  Piacium 
51  Piscium 
60  PiBcium 

62  Piscium 
100  Piscium 
104  Piscium 

ti^i  Arietis 

26  Arietii 

B.  AC.  782 

ft  Arietis 
47  Arietis 
B.  AC.  920 
e  Arietis 

64  Arietis 

7  Tauri 
n  Tauri 

g  Pleiudum 

17  Tauri 

18  Tauri 
l»  Tauri 

20  Tauri 

21  Tauri 
iiii  Tauri 

23  Tauri 


6i) 

♦4.10 

♦  9.3 

7.0 

4.10 

9.5 

5.5 

4.10 

10.8 

6.7 

4.04 

IOi» 

4.4 

4.(K) 

11.4 

3.7 

♦4.03 

♦13.3 

6.3 

3.98 

13.9 

8.0 

4.02 

13.7 

2.8 

4.02 

14.0 

5.4 

3.96 

14.8 

4.4 

♦3.98 

♦15.9 

5.6 

3.93 

16.4 

7.0 

3.94 

16.6 

5.8 

3.96 

16.8 

7.0 

3.93 

17.7 

5.1 

♦3.92 

♦18.0 

6.7 

3.93 

18.1 

6.9 

3.89 

18.8 

3.6 

3.84 

19.9 

6.4 

3.83 

20.0 

66 

♦3.82 

♦20.5 

6.4 

3.81 

20.6 

5.4 

3.75 

21.3 

5.6 

3  77 

21.6 

6.4 

3.71 

22.1 

6.4 

♦3.70 

♦22.2 

5.9 

3.70 

22.3 

5.8 

3.60 

22.8 

5.8 

3.52 

23.9 

6.2 

3.48 

24.0 

6.0 

♦:).48 

♦23.9 

6.8 

3.38 

23.5 

7.5 

3  3*> 

22.9 

7.5 

3.34 

21.2 

6.0 

3.32 

20.9 

7.0 

♦3  30 

♦21.1 

6.0 

3.29 

20.5 

6.0 

3.26 

19.8 

7.0 

3.27 

19.5 

4.3 

3.27 

19.6 

5.7 

♦3.24 

♦17.6 

6.0 

3.21 

17.2 

6.7 

3.21 

16.6 

6.3 

3.19 

16.7 

4.3 

3.19 

16.8 

6.3 

♦3.20 

♦16.6 

5.0 

3.20 

16.5 

5.0 

3.19 

16.7 

7.0 

3.19 

16.6 

7.0 

3.19 

16.6 

4.7 

♦3.18 

♦16^ 

-20  35J} 
20  36.9 
18  25.3 
17  53.9 
17  16.7 

-17  8.0 

15  13.7 

16  26.!^ 
16  360 
14  2.6 

-14  22.4 
12  4.6 

12  26.4 

13  21.0 
11  45.4 


-11 
II 
10 

8 

7 

-  7 
7 
4 
5 
2 


12.6 
26.3 
34.2 
8.0 
45.5 

37^2 

8.0 

3.6 

41.5 

21.7 


1  39.5 
1  49.6 
0  30.0 
6  22.9 
6  10.5 


♦  6 
12 
13 
19 
19 


44.0 
1.7 
45.6 
128 
23.7 


♦18  25.3 

19  34.r 

20  15.1 

21  12.3 
20  55.5 


♦24 
24 
24 
23 
23 

♦24 
24 
24 
24 
24 


21.4 

7.0 
59.7 
57.8 
47.3 

30.9 

8i» 

2.7 

13.9 

12.3 


♦23  37.6 


I  0  52.6 
2  10.7 
6  40.7 

6  50.6 

8  54.9 

18  15.7 
20  23.2 

20  31.8 

21  57.8 
9    1  20i) 

8  28i> 
10  47.6 
12  20.3 

14  10.4 

19  39.7 

21  52.1 

22  26.7 
S  2  42.1 

10  14.6 

11  2lil 

15  14.0 
15  53.4 

23  20.9 
4  1  30.9 

7  18JS 

8  45.0 
10  0.3 
18  48.8 

A  19  20.0 
•  3  46.8 


4 
5 
8 
4 
10 


16.4 
43.4 
2.6 
35.0 
18.0 


II  46.5 
16  2.4 
23  33.6 
23  56.1 

0  5.8 


11 
H> 
19 

20 
20 

21 
21 
21 
21 
21 


41.9 
17.7 
6^ 
55.3 
57.5 

4.3 

5.9 
225 
24.4 

28.2 


21  36.1 


-9  25.6 

♦0i»43 

0.5133 

♦0.1 965 

-  8    9.8 

♦I.II40 

0.5123 

0.1985 

-  3  47.9 

-0.4083 

0.5064 

0.2048 

-  3  38.3 

-0.95G0 

0.5084 

03(050 

-  1  37.6 

-ljei60 

0.5084 

0J{079 

4  7  26ij 

♦0.62M 

0.5032 

♦Oiei98 

♦  9  30.6 

-1.0210 

0.5019 

0i»22 

4  9  39.1 

♦0.3644 

0.5019 

0.222t 

♦1 1     2.6 

♦0.8511 

0.5013 

0.2239 

-  9  40.2 

-1.2240 

0.4094 

0J2275 

*  2  44.4 

♦0.7927 

0.4962 

♦0.2346 

-  0  29.2 

-IJW50 

0.4950 

0.2367 

♦  1     0.9 

-0.4445 

0.4943 

0i»82 

♦  2  47.9 

♦1.0060 

0.4937 

0i»97 

♦  8    8.2 

♦0.5613 

0.4914 

0JM36 

♦10  17.0 

♦0.4965 

0.4903 

♦0.2457 

♦10  5a7 

♦0.8910 

0.4903 

0.2460 

-  9    0.9 

♦0.9802 

0.4888 

0.2490 

•  1  40.5 

♦0.1667 

0.4866 

0J2534 

-  0  36.7 

♦0.0296 

0.4863 

032540 

♦  3  10.9 

♦0.865a 

0.4853 

♦0.2558 

♦  3  49JI 

♦0.4927 

0.4852 

03^63 

^11     48 

-1.0000 

0.4839 

0J^89 

-10  48.6 

♦1.3740 

0.4835 

0.2596 

-  5  10.1 

-0.8164 

a483l 

0J26I2 

-  3  45.9 

-1.2220 

0.4827 

♦0.2613 

-  2  32.6 

-0.7052 

0.4827 

0.2617 

♦  G    2.1 

-0.9781 

0.4826 

0.2625 

♦  5  54.4 

-1.0740 

a4857 

0J&92 

-  9  52.4 

♦1.3300 

0.4882 

OJ2560 

-  9  23.5 

♦0.8409 

0.4884 

♦0.2558 

-  8  38.9 

♦1.3200 

0.4994 

0.2385 

-  6  23  6 

-0.0292 

0.5007 

032366 

-10  27.5 

-1.3470 

0.5140 

031135 

-  4  55.0 

-0.3422 

0.5182 

032056 

-  3  29.3 

♦1.0140 

0.5193 

♦0.2037 

♦  0  38.7 

♦0.6252 

001224 

0.1987 

♦  7  55.4 

♦1.3220 

0.5286 

0.1849 

♦  8  17.1 

♦a3600 

0.5290 

0.1844 

♦  8  2a6 

♦0.6il31 

0.5291 

0.1840 

-  4  20.3 

-0.9004 

0.5386 

♦0.1626 

♦  0    6.2 

-0.0057 

0.5425 

0.1533 

♦  2  4a4 

-0.5228 

0.5448 

0.1473 

♦  4  :m.i 

♦0.4235 

0.5464 

0.1433 

♦.  4  36JS 

♦1.0380 

0.5464 

0.1433 

♦  4  42.8 

♦02656 

0.5464 

♦0.1433 

♦  4  44.4 

♦0.6798 

0.5464 

0.1432 

♦  5    0.4 

♦0.8183 

0.5468 

0.1424 

♦  5    2.2 

♦0.6258 

0^68 

0.1424 

♦  5    5.9 

♦o.66:h) 

0J>469 

0.1422 

♦  5  13.5 

♦1.2990 

0JW70 

♦011420 

♦69 

♦69 
♦-15 
-15 


♦71 
-17 
♦37 
♦73 
-31 

♦€8 
-29 
♦18 
♦77 


♦  I 
♦21 
-€9 

-90 
-90 

-12 

-90 
-25 

♦  1 
-90 

-2' 

-71 
♦10 


♦73  -15 


♦69 
♦79 
♦79 
♦S2 
♦45 

♦82 
♦72 

-  9 
♦84 

♦  3 

-25 

♦  H 

-  7 
-14 
♦90 

♦90 
♦90 
♦43 
-47 
♦26 

♦90 
♦87 
♦90 
♦66 
♦90 

-13 


♦16 
♦71 
♦90 

♦61 

♦90 
♦90 
♦00 
♦90 

♦00 


-19 

♦  3 

♦  8 
-36 
-43 

♦  I. 
-19 
-90 
♦41 
-90, 

-90 
-90 
-90 
-«4 
♦37 

♦  1 
♦40 
-«I 
-71 
-53 

♦20 
-  2 
♦53 
-14 

♦  3 

-66 
-29 
-56 
-6 
♦29 

-14 

♦  7 
♦15 

♦  4 

♦  6 

♦67 


OCCtJLTATIONS,  1895. 


441 


ELEMENTS  FOB  THE  PREDICTION  OF  OCCnLTATlONS. 

SEPTEMBEB. 

Thb  9rAft*t 

▲t  Ookjumtkni  n  B.  ▲. 

Llmlilag 
ParalUla. 

NWM. 

ICag. 

Bed'nafhMB 

▲pparait 
DaeuBaikm. 

WaabluEtoa 
MeaaTUaa. 

HovAa^ 

F 

^ 

• 

N. 

8. 

445 

Am 

Al 

24  Tauri 

43.18 

41^7 

43:!  47'.8 

a  W  a 

•  33    3.3 

4  5  39.7 

41.1810 

0JM74 

40.1409 

490 

1     IV  Tauri 

3J0 

3.18 

16.7 

33  47.1 

22    6.7 

4  5  43.1   ^1:2030 

0.6474 

0.1408 

490 

444 

I          B.  A.  C.I  171 

7.8 

3.18 

16.6 

24     1.7 

22  33.3 

4  6    8.8 

41.0070 

0.6479 

0.1398 

490 

427 

'  W  Tauri 

6.2 

3.18 

16.6 

23  49.3 

22  51.7 

4  6  96.6 

41.8700 

0.6481 

0.1391 

490 

452 

B.A.C.IIIM 

6.0 

3.16 

16.1 

85  16.0 

23  I9J8 

4  6  53.6 

-0JIII8 

0.6484 

0.1380 

432 

-38 

p  Tauri 

6.0 

43.15 

4l4i) 

436  13.7 

f    8  13.4 

-  8  31.8 

-0.0798 

0J666 

40.1173 

440 

-29 

j     f  Tauri 

5.3 

3.13 

14i) 

37    6J2 

12  15.7 

-4  38.3 

-0J»739 

0.6689 

0.1074 

4I2 

-56 

B.A.C.H44 

5.7 

3.10 

12.4 

28  24.9 

21     0.6 

4  3  47.2; -1.1 180 

04i664 

04)847 

-27 

-62 

W.  It,  1421 

6.0 

9J)0 

ll.l 

87  54.1 

11    8  96.6 

-  9    3J8 

4OJ88O3 

0.6733 

04)621 

458 

-  7' 

m  Aurtg* 

7.0 

2.96 

10.0 

38  50.6 

14     3.8 

-  3  48.7 

-0.5886 

0.6768 

04)362 

4l5 

-47 

fi  Tauri 

9.0 

43.94 

4  9.9 

428  31.3 

15  14.1 

-2  41.3 

-0.1468 

0.6773 

40.0327 

436 

-24 

B.  A.C.  1773 

6.3 

2J»l 

8.9 

29    9.4 

20  82.2 

4  2  14.8 

-0.6H06 

0.6818 

0.0172 

46 

-57 

136  Tauri 

5.3 

9.83 

8.5 

27  35.3 

19    1  54.8 

4  7  34Je 

40.99116 

0.5817 

4O.OOO2 

490 

439 

<  Auriga 

4.7 

2.78 

6.5 

29  32.3 

10  28.2 

-  8  13.0 

-1.1:100 

0.6843 

-0.0265 

-29 

-60 

4»  Aungv 

5.7 

8.67 

5.7 

28    6.3 

18  10.5 

-  P  49.3 

40.0496 

0.6860 

04)608 

447 

4l6 

53  Auriga 

6.0 

♦3.66 

4  5.0 

429    4.5 

19  83.3 

4  0  30.5 

-1.01 10 

0.6861 

-0.0647 

-18 

-«1 

54  Auri^ 
>t5  Geniinoram 

6.0 

3.64 

5.2 

28  91.4 

19  51.1 

4  0  47.3 

-0.2993 

0JM61 

04)668 

♦27 

-35 

HA 

3.63 

5.1 

28  17.7 

30  32.8 

4  1  27  A^ 

-0.9758 

0.6862 

0.0670 

♦2!> 

-:i3 

96  Geminoraiii 

6.0 

264 

4.6 

29    4.7 

81  50.9 

4  3  42.2 

-1.1530 

0.6862 

0.0625 

-32 

-61 

W.  Yi,  1(>56 

8J2 

2.62 

4.1 

26  59.5 

13    5  15.2 

4  9  48.5 

40.4284 

0.6862 

0.0857 

472 

0 

47  Gaminoruin 

6.0 

42.49 

4  3.6 

427     1.H 

8  10.9 

-11  32.8 

40.1256 

0J&86I 

-04)!M7 

452 

-16 

49  Geminorum 

7M 

2.47 

3.9 

25  55.5 

8  45.5 

-10  49ii 

41.1960 

0A«l 

0.0966 

4!N) 

448- 

53  Geroinorum 

6.3 

2.46 

3.4 

28    4J1 

9  56.7 

-  9  42.4 

-1.1140 

0iM59 

0.1000 

-26 

-62 

69  Gaminoruin 

6.9 

2.46 

2.5 

37  50.4 

13  16.1 

-6  30.0 

-1^2160 

04M63 

0.1103 

-38 

-62 

V  Gaminoruni 

4.3 

2.40 

2.0 

27    7.7 

17  48i) 

-8  14JI 

-lillOO 

0.6846 

0.1337 

-16 

-63 

e  Gemioorum 

6.0 

49.36 

4  2.0 

436    8.0 

30  64i$ 

4  0  60.9 

-0JI49 

OiUfiH 

-0.1330 

427 

-42 

s  Geminorum 

3.7 

2.34 

2.4 

84  38.8 

31     4.2 

4  0  69.3 

41.0650 

0.6837 

0.1336 

490 

433 

«#!  Cancri 

6.0 

2.29 

1.1 

85  40J6 

14    3  30.6 

4  7  10.3 

-0.89G6 

04U^19 

0.1519 

-7 

-64 

w*  Caneri 

6.3 

2.28 

1.1 

85  32.7 

3  49.9 

4738Ji 

-Oi>404 

0.6819 

0.1529 

4  9 

-62 

X  Caocri 

6.7 

2.18 

4  OM 

24  21.1 

11  17.2 

-  9  81.5 

-0JA49 

0.6790 

0.1732 

-  8 

-66 

V  Canori 
HO  Caneri 

4.3 

42.01 

-  0.6 

421  50.8 

30  96.3 

-  0  33J1 

-041116 

04(760 

-0.1963 

444 

-32 

6.8 

IM 

1.3 

18  28.4 

lA    8    9.7 

4lO  43.5 

40.8758 

04i694 

0.8232 

4!» 

4II 

K)  Caneri 

0.7 

1.81 

1.7 

18    9.0 

11     4.3 

-10  39.4 

40JS364 

0.5680 

0J829:t 

479 

-  9 

H  Leonia 

5.7 

1.73 

1.9 

16  54J) 

18  36.5 

-  3  14.1 

-04)197 

0.5619 

0.2437 

443 

-38 

26  Laonia 

7.7 

1.65 

3.0 

15  43.3 

!•    3  34.1 

4  5  83.8 

-1.1010 

0.6608 

0.2587 

-17 

-74 

n  Laonia 

1.3 

4l  .57 

-  2.9 

4l2  28.7 

7  57.7 

4  9  37il 

40iKn9 

04»80 

-0.8663 

490 

4I0! 

:M  Leooia 

6.3 

1.59 

3.4 

13  52.3 

9  20.4 

4lO  57.5 

-0.7993 

0.6673 

0.2671 

4  2 

-67 

45  Laonia 

6.0 

1.50 

3.8 

10  17.7 

16  17.8 

-6  80.0 

40.^206 

04U>46 

0.2759 

490 

4  1 

p  Laonia 

3.9 

1.49 

4.0 

9  50.7 

18  32.9 

-  4     9.8 

40.6407 

0.5537 

0J2768 

48b 

-  9 

4y  LAonifl 

6.0 

1  48 

4  1 

4  9  11.5 

19  31  6 

-  3  13.1 

414)100 

0J3794 

♦90 

♦12 

^Hr^     Si^vvaaw 

^^•^^ 

■  m^%^ 

^m  m 

KBW 

MOOK, 

•^          •  WV  V 

^iWm^m  %r^ 

▼•r** 

▼  ■  ^ 

#  Virginia 
63  Virginia 

5.9 

41.25 

-11.4 

-10  10.9 

\m  16  46.8 

-  9  \9A 

40J9096 

0.647S 

.0J277:i 

453 

-34 

6.3 

1.26 

11.4 

9  46.3 

16  36.6 

-  8  3li> 

-0.4275 

04>475 

0.2765 

420  -6» 

66  Viricinia 

7.0 

1.27 

11.6 

9  49.0 

18  49.6 

-6  83.1 

-41.9928 

0.5481 

0J274I 

-11  ;-W 

58  Virginia 

7.0 

1.28 

11.7 

9  59Ji 

30    1.7 

-  5  I3i> 

-1.1480 

0.6483 

0.2719 

-22 

-90 

ei  Virginia 

7.0 

4lJH 

-11.9 

-10  45.4 

31   17.8 

-  4    0.1 

-0.7343 

04»488 

-0.2711 

4  4 

-90 

{  Virginia 

5.7 

li29 

12.2 

12    9.9 

«•    0    6.6 

-  1   17.3 

-0.0944 

0.6494 

040679 

♦36|-5U 

86  Virginii 
B.  AC.  4729 

6.5 

1.35 

13.4 

15  146 

8  21.7 

46  40.5 

40J41I7 

0.5518 

0.256(» 

♦75   -  I 

5.8 

1.47 

14.4 

17  42.8 

21   15.7 

-4  53.1 

40w1293 

04»558 

0J234I 

443:-38 

D.A.C.4<J23 

7.3 

14>8 

15.5 

20  56.7 

91  15    0.5 

-11  47.0 

^.4507 

04)680 

0.1972 

4IO 

-7» 

a  Libra 

6.7 

41.96 

-15.9 

-23  28.9 

99    8  50.8 

4  5  83.4 

-1.0060 

0.5672 

-0.1537 

-8b   -90 

B.  AC.  5197 

6.0 

2.01 

161 

24  2:1.5 

11     67 

4  7  34.1 

-0.4107 

0/i678 

0.I47H 

4  7   -70 

1  Hcorpii 

5.3 

2.05 

16.3 

25  26.2 

13  12.5    4  9  35.2 

40JI629 

0.5684 

0.1423 

44b   -24 

A  Hcorpii 

5.2 

2.()6 

16.2 

25     I.I 

14  17.8  4io  :w.o 

*0.2821 

04»6H5 

0.13«r.j 

4l5   -.SH 

B.  AC.  5253 

bM 

2.U6 

15.9 

24  13.5 

14  25.7    4l0  45.7 

-1.0690 

04i686 

O.I3!H)|-32    -90 

B.  A.  C.  5256 

6^ 

43.06 

-1&2 

-35    6.2 

14  32.4    •«>I0  59.1 

-0.1670 

0.6687 

-0.1387^18 '.54 

•  ^m       *^^H  ^ 

1 

- 

442 


0CCULTATI0N8,  1895. 


ELEMENTS  FOB  THE  PREDICTION  OF  OOCULTATIONa 

8EPTEMBKB. 

1                                 TnflrAB^ 

1 

At  OOBJUBCTKNI  n  B.  ▲. 

pSSf 

»— 

If^ 

B«d*MftMB 
lB».t. 

Parrfaartam 

WMhtagt— 
MaaalSM. 

BMrA^le 
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0.5793 

-0.0564 

♦  9 

1 
-54 

25  Gvminorum 

6.5 

4.52 

3.3 

2H  17.7 

8  37.5 

-  6  53.2 

-0.5900 

0.5793 

0.0587 

♦11 

.5:1 . 

39  Geniinorani 

6.3 

4.38 

2.0 

26  13.1 

15  38  1 

-  0    9.0 

♦1.0840 

0.5789 

0.0793 

♦!)0 

♦40 

W.vi,l656 

8.2 

4.39 

1.2 

26  59.4 

17  37.4 

♦  1  45.6 

♦0.1212 

0.5775 

0.0861 

♦51 

-15 

47  Geminomm 

6.0 

4.36 

0.4 

27     1.7 

20  39.6 

♦  4  40.7 

-0.1919 

0.5765 

0.093!) 

♦33 

-32 

49  Gaminorum 

7.2 

♦4.31 

♦  0.6 

♦25  55.4 

21   15.6 

♦  5  15.3 

♦0.81)69 

0.5763 

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1 
♦IN)    V^'> 

A  Gaminorum 

5.7 

4.25 

-0.4 

25  15.1 

y    1  MJO 

♦  9  23.8 

♦1.1540 

0.5749 

0.1076 

♦IH)    «>43 

<  Gaminorum 

6.0 

4.15 

2i> 

96    2.0 

9  56.1 

-  6  33.4 

-0.6522 

0.5718 

0.l;{4)6 

♦  H    -tti 

g  Gaminorum 

3,7 

4.10 

2JS 

24  38.8 

10    5.8 

-  6  24.0 

♦0.7.'»7I 

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o.i:x>9 

♦IN),  414 

wi  Caiiori 

6.0 

4.06 

4.6 

25  40.7 

16  51.0 

♦  0    5.8 

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0.5684 

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446 


OCCULTATIOXS,  1895. 


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90 

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♦  9  17  1    ♦41.5729  0.5d2l 

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16  343 

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M   42, 'K?   -114 

♦12  2H.6 

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13  5et2 

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12  48.4 

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3  526 

12  M  3 

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♦19    -79 

Hit  l««oni« 

6.5    2.:» 

14.0 

4  26.1 

12  3!>JJ 

-7  164i  -IJ900, 0.5319 

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f^'t  l^onis 

6^     ».33 

1 

13j6 

3  MJO 

13     7.6 

-6  49J2' -4.3465 

0.5319 

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♦97    ^JH 

r  l*«onft 

5.-?  ♦ie^ 

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13  38  6 

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♦97    -63 

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14.2 

♦  3  38.4 

16  4IJ2 

-  3  22.7 

-1.4180 

0.5319 

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HA  C.4134 

6.3     2U)7 

13.9 

-  3  22.4 

19  13  I6j^ 

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0.3342 

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♦30   -5e» 

/  Vif|fini« 

6.0 1    1.95 

14.2 

5  1S.4 

21  .S7  0 

♦  0  55^  -OJ066 

0.5367 

0ifcfl2 

0    -90 

X  Virgmi* 

5.3     1.93 

1 

14.7 

7  25.3 

23    5.1 

♦  2     1.4i^li)l50 

0.5371 

0:8806 

♦^,♦10 

'iH  Virginia 

7U) 

♦1.93 

-14.4 

-  6  554) 

IS    0  20^ 

♦  3  14.0 

♦0.1687 

0.5378 

-02799 

♦52'-35 

j    1^  Vir^rini* 

6J2 

14« 

14.5 

8  58  3 

6    2i> 

♦  8  44^ 

♦04030 

05399 

0J276I 

♦79,-11 

^  Virginii 

6.9 

IJM 

14.4 

10  lOi) 

12  123 

-9  17^ 

♦0.1570 

0.5424 

0J2710 

♦50-36 

I  rw>  Virginis 

6^ 

}J»4 

14.3 

9  46.3 

13    3.2 

-  8  2AA 

-0.4845 

0.5428 

09703 

♦17t-73 

1  56  Vfrginis 

7.0     IKI 

14.3 

9  49.0 

15  18.9 

-  6  18.2 

-I4>470 

0.5439 

0JSa6H3 

-16 ;  -90 

58  Virj^inia 

7.0  ♦I4fl 

-14.3 

-  9  69iJ 

16  32.3 

-5    6.8 

-1.1950 

0.5445 

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-97 '-90 

6*i  VirKinifl 

7.0     liJO 

14.3 

10  45.4 

17  49ii 

-  3  51.9 

-0.7773 

03453 

09661 

♦  1    -90 

i  Virginin 

5.7 

1.78 

14.2 

12    9J0 

20  41.3 

-  1     6^ 

-0.1187 

0.5463 

0.2622 

1 
♦34-50 

H5  Virgtni* 
B.A.C.472B 

6.5 

1.77 

13.7 

15  14.6 

14    5    2.0 

♦  6  57.1 

♦041252 

0.5511 

Oi^l6 

♦75 

0 

6ii 

1.76 

13.7 

17  42.8 

17  58.0 

-  4  34.4 

♦0.1846 

0.5585 

0ii3l3 

♦46 

-34 

- 

NEW 

MOOS, 

1 

B.A.C.5800 

7.5 

♦2.17 

-11.3 

-26  61 .7 

IT  17  69.7 

-  7  19.0 

-1.0690 

0.5842 

-0.0450 

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43  Optiiuclii 

6.«;  aiB 

11. 1 

28    2.7 

21  33.0 

-  3  64.3 

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0.0340 

♦18    -43 

3  HnKiiUrii 

4-6     2.33 

10.0 

27  47.6 

18    7     5.9 

♦  5  16.2 

-0.4270 

0.5815 

-0.0049 

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B.A  C  6ia7 

6.1 

2.44 

9.1 

28  28.3 

15  16.5 

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♦0.3398 

0.5781 

♦0.0196 

♦34    -24 

B.A.C.6I94 

6.1 

♦2.46 

-  8.3 

-27    4.9 

19  17.9 

-  7    0.4 

-1.0180 

0.5758 

♦0.0316 

-39  -no 

f  Hngiltnrii 

3.7 

2.60 

67 

27    6.0 

!•    6  33.6 

♦  3  49.5 

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0.6692 

0.0634 

—  O    — #n 

9  Hagiitnni 

2.4 

2.63 

6.9 

26  25.7 

10  34.0 

♦  7  40.8 

-0.9046 

0.5665 

0.0744 

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r  HnniitMrii 

3.6 

2.71 

6.8 

27  49.5 

15  26.5 

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♦0.9r-l5 

0.5626 

0.0871 

♦62. ♦n 

Ai  HHgUtnrii 

6-6 

2.80 

2.8 

24  67.0 

90    4     0.4 

♦  0  29J2 

-04*058 

0.5526 

0.JI80 

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A'Hiigiitarn 

4.7 

♦2iJI 

-  2.8 

-25    7.0 

4   17.8 

♦  0  46.0 

-0.5916 

0.5524 

♦0.1187 

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B  A   C;  7049 

6.5 

3.02 

♦  1.8 

22  44.6 

91     4  22.9 

♦  0    2.0 

♦0.3219 

0.5315 

0.1682 

♦47  1  -96 

17  Cnprinorni 

6.0 

3.07 

3  5 

21  63.6 

12  22.2 

♦  7  45.9 

♦0.8037 

0.5246 

0.I8IH 

♦68;      0 

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6.3 

3.08 

r.  3 

19  26.4 

18  59.9 

-  9  48.7 

-0.6313 

0.6194 

0.1923 

♦  2  -88i 

tj  (^iprirorni 

51 

3.13 

5.3 

20  16.1 

21  21.8 

-  7  31.3 

♦0.7379 

0.5175 

0.1957 

♦69 

-4 

B  AC. 73^5 

6.9 

♦3.14 

♦  6.4 

-20  35.9 

22  30.8 

-  6  24.4 

♦1.3190 

0.5165 

♦0.1972 

♦69  ^45 

30  ('Hprirorni 

6.5 

3.15 

7.0 

18  25.4 

SW    4  13.7 

-  0  52.0 

♦0.0912 

0.5117 

0.2051 

♦40   -39 

31   <'nprirorni 

6.7 

3.14 

7.2 

17  64.0 

4  2:15 

-  0  42.5 

-0.4489 

0.5117 

0.2053 

♦13 1-71 

1  (?apriri)rnl 

4.4 

3.14 

7.7 

17  16.8 

6  26.2 

♦  1   16.6 

-0.7068 

0.5100 

0.2080 

0 

-90 

y  ('nprioorni 

3.7 

3.23 

9.3 

17    H.O 

15  41.0 

♦  10  15.0 

♦1.1080 

0.5037 

0.2191 

♦73 

♦90 

44  r«pricornl 

6.1 

♦3.18 

♦10.3 

-14  626 

17  17.7 

♦11  49.0 

-1.0160 

0.5027 

♦09206 

-17 

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A  (Tnprirornl 

li.H 

3.26 

9.7 

16  36.0 

19  21.2 

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♦1.3350 

0.5013 

0.2227 

♦73 

♦42; 

ft  f'nprirnrni 

5.4     3.23 

11.3 

14     2  6 

22  42.9 

-  6  55.3 

-0.7247 

0.4990 

0.2262 

4*9 

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1  Aqunrii 

4  4     3.29 

12.1 

14  22.5 

93    6  48.4 

-  0     1.7 

♦1 .2700 

0.4953 

09327 

♦76  ^32  1 

«*  Aqunrii 

5.6     3.26 

13.2 

12    4.7 

8    6.7 

♦  2  12.7   -0.7243 

0.4942 

0.2346 

4*3 

-80 

B.  AC.  7740 

7.0  ♦3.27 

♦13.5 

-11  34.8 

9     1.6 

♦  3    6.1    -1.0590 

0.4935 

♦09354 

-17 

-80 

0C0ULTATI0N8,  1895. 


447 


ELEMENTS  FOB  THE  PREDiariON  OF  0000LTATI0N8. 


NOVEMBER. 


Tm  9rAft*t 


t  40  Aqunrii 

I  M  Aqimrii 

o  Aquarti 

-  f*H  Aquarii 

.  6*7  Aquarii 

"X  Aquarii 

78  Aquarii 

81  Aquarii 

<  8)1  Aquarii 

I  B.  A.C/. aOv4 


I 


II   Piacium 
ri  Finciuin 

13  riarium 

14  Piacium 
91   Piaciura 

I  95  Piaciain 

I  51   Piarium 

69  Piacium 

100  Piarium 

101  Piacium 

104  Piarium 
>  9b  Arivtia 

H.  A. C 789 
^  Arietia 
47  Arietia 

B.A.C.IWO 

r  Arietia 
64  Arivtia 
66  Arietia 

7  Tauri 

II  Tnuri 
g  Pleiadum 
17  Tauri 
IH  Tauri 
ll»  Tnuri 

90  Tauri 

91  Tauri 
99  Tauri 

93  Tauri 

94  Tauri 

^  Tauri 

B.A.C.I17I 
97  Tauri 
9H  Tauri 

B.  A.  C.I  199 


^U«. 


7.0 
7.0 
5.1 
6.7 
6.4 

3.6 
6.4 
6.6 
6.4 
5.4 

6.4 

6.8 
6.4 
5.9 
bJ6 

6.4 

bJ6 
6.0 
6.8 
6.3 

7.5 
6.0 
7.0 
6.0 
6.0 

7.0 
4.3 
5.7 
60 
6.0 

6.7 
6.3 
4.3 
6^ 
5.0 

5.0 
7.0 
7.0 
4.7 

ao 

3.0 
7  8 
4.0 
69 
6.0 


Bed'na  ftvm 
1815.0. 


43.98 
3.34 
3.35 
3.36 
3.33 

43.38 
3.38 
3.41 
3.41 
3.43 

43.48 
3.47 
3.48 
3.49 
3.54 

43.55 
3.79 
3.79 
4.04 
4.05 

44.10 
4.43 
4.44 
4.51 
4.61 

44.6^2 
4.69 
4.81 
4  79 

4.85 


413.9 
14.3 
14.7 
14.7 
17.1 

417.4 
17.7 
18.1 
18.3 
90.1 

491.3 
91.5 
91.7 
91.6 
93.3 

493.8 
96.3 
26.5 

97iJ 
983 

498.3 
97.9 
97.6 
97.1 
96.4 

496.4 
96.4 
95.0 
94.4 
94.3 


44-JI3  V-0.7 


4.!»9 
4.99 
4.94 
4i»4 

44.93 
4.93 
4.93 
4Ji9 
4.93 

44.!« 
4.94 
4.93 
4JI3 

44.98 


93.9 
93ie 
93.9 
93.9 

493.1 
93.9 
9:1.1 
93.1 
99.9 

499.9 
99.9 

29.8 

99.8 

499,7 


Apfiarpot 
Dee; 


pfiarpot 
oliiiatlott. 


-19 

II 

II 

II 

7 

-  8 
7 
7 
7 
4 

_  o 

I 

I 

-  I 

40 


96J> 
45.7 
19.7 
96.4 
30.4 

8.0 

45.5 

37.9 

8.0 

3.7 

91.8 
36.5 
39.6 
49.7 
30.0 


4  I  30.8 

6  99.9 

6  44.0 

19     1.8 

14    8.0 

4l3  45.7 
19  93.8 

18  953 

19  'Mil 
90  I5il 

491  19.4 
90  55.6 
94  9iJS 
99  96i) 
94    7.1 

494  59.8 
93  5741 

93  47.4 

94  31.0 
94    8.6 


494 
94 
94 


9.8 
14.0 
19.4 

9:i  :i7.7 

93  47i) 


493  47.9 
94  i.H 
93  44  3 
9:)  49.3 

495  16.1 


▲t  Cowmiciioii  ni  B. 


Waabtaifftea 
MeaaTbae. 


IT 
9 


94 


m 
39.1 
16  57.4 
19  9.6 
44.1 
14.1 


19 
9 


7  31.4 

8  38.1 
19  30>j 
13  10.9 
90  37.5 


9« 


4 
4 

6 

7 

16 


a'i.o 

37.1 

1.4 

16.5 
4.9 


99 


18  8.6 
«•  16  97.8 

I  18.9 
9  93J> 
9  51.1 

4  40.1 

6  90.5 

7  46.9 
II  56.5 

19  15.6 

19  38.0 
19  47.4 

7  5.6 

8  57.6 
II  34.4 


14 
16 
16 
16 
16 


19.3 

5.1 

6.8 

13.4 

19,7 


16  31.6 
16  :t3i> 
16  :i7.9 

16  45.0 

17  11.3 

17  14.7 
17  40.7 
17  57.7 
17  5H,7 
iH  9b.l 


f  Tauri 

5.3 

45.15 

X  Taori 

5.7 

5.10 

W.ir,  1491 

6.0 

5.31 

92  Aorira 

7.0 

4.'».37 

/J  Tauri 

9.0 

5  36 

B  A.C.I779 

6.31    5,43 

136  Tauri 

5JJ 

6.35 

49  Aurig* 

5.7 

5.35 

1  54  Anrigv 

6.0 

45.35 

DECEMBER. 


'  419.9 
l!».8 
14.4 

4I2.W 

19.4 

10.7 

9.1 

4  3.3 


1    7    4.4 

8     1.6 
9    3     4.1 

8  97.6 

9  :16.H 
14  49.9 
90  14.0 

S  19  :I9.6 


HenrAagle 
if 


n  wn 
4  3  49.6 
4IO  48.8 
-I  I  9.7 
-10  99.1 
-  4    9.7 


4  0 
4  9 
4  5 
46 
-10 


59.1 
4.0 
5C6 
98.9 
15.7 


9 
9 


4 

4 


30.7 

0  56ii 
0  65 
8  40.3 


4IO  41.5 
4  8  25.0 

-  6  58.3 
.  6  36.0 

-  6    9.9 

-  4  93.3 

-  3  30,0 

-  9  6.9 
4  I  55.4 
4  9    0.0 


4 

4 


9  91.6 
9  307 
3  34.0 
I  45.9 
0  45.4 


4 
4 
4 
4 

4 


3 
5 
5 
5 
5 


94.5 
6.4 
8.1 

145 

90.7 


4  5  39.0 

4  5  X3.8 

4  5  37.4 

4  5  45.0 

4  6  10.3 


4 
4 
4 
4 
4 


6  13.6 
6  387 
6  55.1 

6  56  I 

7  99.4 


40.0386 
41.0980 
40.9576 
41.3500 
-1.4050 

40ii099 
40.4666 
41.9850 
40i)l64 
-0.5900 

-0.4995 
-1.9550 
-0.8389 
-0.3981 
-0i»3l6 

-1.9150 
-0.8950 
41.0370 
4I.39OO 
-0.7999 

4O.O399 
^.4003 
4O.9399 
4O.5355 
41.1850 

40J»90 
40.5619 
-1.1600 
41.1710 
-0JI038 

.0.7993 
♦0i>l90 
40.8063 
40.0631 
40.4634 

4O.5943 
40^015 
40.4385 
41.0700 
40.9610 

40il705 
4O.7793 
41.1900 
41.0340 
-0.4389 


0.4933 
0.4889 
0.48H9 
0.4889 
0.4864 

04850 
0.4848 
0.4838 
0.4837 
0.4891 

0.4817 
0.4817 
0.4815 
0.4815 
0.4819 

0.4891 
0.4874 
0.4909 
0J5053 
03054 

03066 
03969 
03989 
03319 
03384 

03388 
03387 
03491 
03507 
03599 

03551 
03567 
03567 
03569 
03671 

03575 
03675 
03575 
03575 
03575 

03677 
03589 
03584 
03584 
03690 


4O.9357 
0.9414 
0.9499 
0J9433 
0.9479 

4O.95OO 
0.9503 
0J259:i 
0.9594 
0.9549 

4O.957I 
0.9579 
0J2575 
0.9577 
0.95Ki 

40.9586 
OiKkVi 
0.9513 
0.9:{64 
0i»60 

40J2344 
0.9041 
0.9019 
0.1957 
0.1833 

40.IH97 
0.1  H93 
0.1607 
0.1569 
0.1514 

40.1453 
0.1414 
0.1414 
0.1409 
0.1408 

40.1403 
0.1403 
0.1401 
0.13!»7 
0.1387 

40.1387 
0.1375 
0.1370 
0.1370 

40.1359 


LliHltlng 
ParaJleU. 


N. 


449 

478 
479 
479 
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478 
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489 
483 

4l3 

499 

-98 

0 

497 

4l9 

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4  1 

4W 

479 
4  9 

446 
493 
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479 
490 

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490 
433 

4  3 
489 
490 
447 
474 

486 
469 
479 
490 
490 

4OO 
490 
490 
490 
490 


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4 
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9 
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7 
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14  14.9!  4O  39.7 


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03687 
03694 
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403766 
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03834 
03837 
03855 
03865 
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03864 


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441 

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439 
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4  3 

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433 
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437 

430 

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40.I047 

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0.1099 

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436 

40.0397 

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490 

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448 


OOOULTATIONS,  1895. 


ELBMEN'ra  FOB  THE  PREDICTION  OP  OOOULTATIONS, 

• 

DECEMBER. 

Thi  0TAm*t 

AT  Cosjuaoryov  nr  B.  A. 

LteMag! 
PteaDcla. 

KMne. 

Hag. 

6^ 

Bed*]ii  trmn 
1M&.0. 

Appareat 

Declbatkm. 

Waahlajctoa 
MeanlW. 

Hmit  Angle 

Y 

«' 

tf' 

N. 

8. 

Am 

Ai 

25  Geminorum 

♦5*34 

*i:o 

♦28  17.7 

A    h    n 
S  14  56.3 

li    m 
♦  1   13.2 

-0.7625 

0.5862 

-0.0614 

0 

-6! 

:i9  Geminorun 

6.3 

5.22 

LO 

26  13.1 

21  49.1 

♦  7  49.6 

♦0.8861 

0.5849 

0.0823 

♦90 

♦26 

W.  vi,  1656 

bM     5.24 

♦  0.3 

26  59.4 

23  46.3 

♦  9  42.0 

-0.0738 

0.5842 

0.0881 

♦40 

-25 

47  Geminonim 

6.0     5  23 

-  0.8 

27     1.7 

4    2  45.3 

-II  26.1 

-0.3893 

0.5833 

0.0967 

♦21 

-43 

49  Gerninorum 

7M     5.18 

0.7 

25  55.4 

3  20.6 

-10  52.3 

♦0.6896 

0.5830 

0.0984 

♦90 

♦14 

A  Geminorom 

5.7   ♦5.12 

-  2.0 

♦25  15.1 

7  34.7 

-  6  48.2 

♦0J»63 

0.5823 

-0.1107 

♦90 

♦27 

c  Gerninorum 

6.0 

bM 

5.2 

26    1.9 

15  48.8 

♦  1     6.7 

-0.8700 

0.6775 

0.1335 

-  6 

-64  , 

ff  Gerninorum 

3.7 

5.00 

4.9 

24  :w.7 

15  58.4 

♦  1   15.0 

♦0.5208 

0^773 

0.1340 

♦80 

♦  1 

u*  Cancri 

6.3 

4.97 

7.2 

25  22.6 

22  57.9 

♦  7  69.3 

-IJWOO 

03783 

0.1522 

-X 

-65 

/!>  Cancri 

6.3 

4.86 

7Ji 

22  56.0 

A    0  52« 

♦  !)  49.6 

* 

♦0.9863 

0.5727 

0.1571 

♦90 

♦25 

y  Ciocri 

4.3 

♦4j64 

-1L3 

♦21  50.6 

16  18.0 

♦  0  40.5 

-0.6087 

0.6Ge4 

-0.1929 

♦II 

-^ 

H<)  Cancri 

6.5 

4.36 

13.3 

18  28.2 

•    4  3!>.8 

.11  24.6 

♦0.2918 

0.5542 

0.2172 

♦61 

-20 

83  Cancri 

6^ 

4.30 

14.0 

18    8.8 

7  44.9 

-  8  26.0^ 

-0.0577 

0.5582 

0.2227 

♦41 

-39 

V  Leonii 

6.3 

3.95 

16.9 

12  56.5 

9    1  22.0 

♦  8  34.5 

♦1.064G 

0JMI6 

0iM90 

♦90 

♦19 

a  Leonii 

1.3 

3.79 

16.7 

12  28.5 

6    1.9 

-10  55.0 

♦0.3639 

0.5391 

0.2547 

♦65 

-21, 

45  Leonitf 

6.0 

♦3.65 

-I74> 

♦10  17.5 

14  58.4 

-  2  16.3 

♦0.9587 

0.5347 

-0.2640 

♦58 

-28 

P  Leonii 

3.9 

3.61 

I7i> 

9  50.5 

17  23.6 

♦  0    4.1 

♦0.0744 

0.5335 

0ii662 

♦48 

-38 

49  Leonit 

6.0 

359 

17i) 

9  11.3 

18  26.7 

♦  1     5.1 

♦0.4564 

0.5334 

0iW80 

♦71 

-19 

56  l4eonis 

6.6 

3.40 

18.3 

6  44.5 

8    4  22.5 

♦10  41.4 

♦0.2601 

0.5299 

0.9743 

♦58 

.30 

e  LeoDiH 

5.3 

3.38 

18.5 

6  39.6 

6  37.2 

-11     8i{ 

-0J8855 

0.5291 

0^2755 

♦29 

-58< 

82  Leonii 

6.9 

♦3.20 

-19.0 

♦  3  52.5 

18  334> 

♦  0  25.1 

-0.7864 

03267 

-0.2802 

♦  3 

-77 

HO  Leonir 

65 

3.2] 

19J2 

4  26.0 

18  38.7 

♦  0  30.2 

-1.3750 

03267 

0.2802 

-42 

-Sb' 

83  Leonii 

6.9 

3.15 

18.8 

3  34.8 

19    7.6 

♦  0  58.1 

-0.6452 

03267 

0ii804 

♦41 

-m 

r  Leonii 

5.3 

3.19 

19.0 

♦  3  25i5 

19  3S>.3 

♦  1  28i) 

-0.6401 

03266 

0.2805 

♦II 

-^ 

B.A.C.4I34 

6.3 

2i» 

itiJ6 

-  3  22i> 

•  19  49.0 

♦  0  53.2 

-0.5357 

03272 

0J3796 

♦16 

-76 

X  Virginii 

SM 

♦2.75 

-18.0 

-  7  25.4 

!•    5  52.5 

♦10  36.4 

♦0.7794 

03297 

-0ir750 

♦76 

-  3 

28  Virginii 

7.0 

2.74 

18.3 

6  55.7 

7    9.7 

♦11  51.1 

-0.0761 

0.5301 

0.2741 

<f89 

-48 

^  Virginii 

5.2 

2.68 

17.9 

8  58.4 

13    0.7 

-  6  29.4 

♦0.4061 

0.5320 

0.2702 

♦65 

-23: 

g  Virginii 

5.9 

2.62 

17.9 

10  11.0 

19  21.2 

-  0  21.4 

-0.0626 

0.5347 

0.2651 

♦:« 

-47 

50  Virginii 

6.3 

2.62 

18.0 

9  46.4 

20  13.5 

♦  0  29.2 

-0.7094 

03360 

0.2643 

♦  5 

-90 

62  Virginii 

7.0 

♦2.56 

-17.9 

-10  4$i> 

11     1     8.1 

♦  5  14.1 

-0:9969 

03370 

-Oii593 

-13 

-90 

t  Virginii 

5.7 

2.54 

17.6 

12  10.0 

4     4.2 

♦  8    4.3 

-O.3203 

03386 

Oi2563 

♦24 

-€2 

8:)  Virginii 

60 

2.50 

16.7 

15  39.4 

12    9.0 

-  8    7.2 

♦1.1980 

03429 

0.2463 

♦74 

♦26; 

85  Virginii 

6.5 

2.50 

16.9 

15  14.7 

12  38,8 

-  7  38.4 

♦0.6666 

0.5429 

0.2457 

♦74 

-10 

1I.A.C.4798 

5.8 

2.43 

16.3 

17  42.9 

Itl    I  55.7 

♦  5  11.0 

♦0.0891 

03509 

0.2256 

♦38 

-42 

42  Librn^ 

5.7 

♦2.36 

-14.1 

-23  ^M 

13  13  467 

-  8  16.6 

-0.8714 

03723 

-0.1490 

-19 

-90 

B.A.C.5197 

6.0 

2.37 

13.8 

24  2:14 

16    1.2 

-  6    7.3 

-0.2609 

03736 

0.1433 

♦^14 

-59 

6  Hcorpii 

5.3 

2.37 

13.6 

25  26.1 

18    5.9 

-  4    7.3 

♦0.5222 

03745 

0.1377 

♦56 

-IS 

A*  Scorpii 

5.2 

2.:i7 

13.5 

25     1.0 

19  10.4 

-  3    5.8 

-0.0650 

0.5750 

o.i:tf>i 

♦23 

-47 

II.  A. C. 5255 

6.0 

2.37 

l3Jb 

25    6.1 

19  24.8 

-  2  51.4 

0.0000 

03754 

0.1344 

♦26 

-44 

3  Scorpii 

6.7 

♦2.37 

-13.5 

-24  56.1 

19  :<5.!) 

-  2  40.8 

-0.1969 

03754 

-0.1342 

♦16 

-56, 

4  Scorpii 

6.3 

2.38 

13.4 

25  57.6 

19  55.6 

-  2  21.8 

♦0.8166 

03754 

0.1330 

♦64 

♦  3 

n  Scorpii 

3.4 

2.:i8 

13.3 

25  48.9 

21    16.7 

-  1     3.8 

♦0.4918 

03761 

0.12Jr3 

♦52 

-16* 

U.A.C.53I4 

5.7,    2.37 

13iS 

25  34.5 

23    5.8 

♦  0  41.1 

♦0.0120 

03768 

0.1244 

♦26 

-43 

11.  A.  C.  5347 

6.0     2.39 

13.0 

26    2.8 

14     1     0.1 

♦  2  31.1 

♦0.2669 

03777 

0.1 191 

♦38 

-29 

e  Scorpii 

3.4   ♦2.37 

-12.7 

-25  20,6 

6  14.7 

♦  7  33.4 

-1.0470 

03797 

-0.1049 

-35 

-90 

a  Scorpii 

1 

L4     2.39 

12.3 

26  12.1 

NEW 

9  3l).5 
MOON. 

♦10  41.6 

-0.4835 

03806 

-0.0952 

-  2 

-76 

f  Sagittiirii 

3.7     2.68 

5.6 

27    6.0 

im  15  52.8 

-  9    3.3 

-0.3286 

05715 

♦0.0659 

♦  3 

-65 

,     a  SagilUirii 

2.4 

2.63 

4.9 

26  25.7 

19  52.4 

-  5  12.7 

-0.7573 

0.56B3 

0.0768 

-19 

-110' 

r  Sngillarii 

3.6   ♦2.69 

-  4.7 

-27  49.5 

IT    0  43.7 

-  0  32.3 

♦1.1330 

03654 

♦0.0897 

♦62 

♦21» 

A>  Sngittnrii 

6-6     2.72 

2.2 

24  56.9 

13  13  1 

♦II  29.9 

-0.6170 

03559 

0.1207 

-  6 

~89 

k*  Sngittnrii 

4  7     2.72 

-  2.2 

25    6.9 

13  30.4 

♦II  46.6 

-0.4031 

03558 

0.1214 

♦  6 

-70 

B.  AC.  7049 

6.5     2.84 

♦  1.9 

22  44.4 

18  13  23.4 

♦10  50.4 

♦0.5659 

03357 

0.1712 

♦61 

-13 

17  Capricorni 

6.0     2.88 

3.4 

21  5:16 

21   18.2 

-  5  30.2 

♦1.0650 

03286 

0.1848 

♦68 

♦lt» 

20  Capricorni 

6^  ^2.87 

1 

♦  4.9 

-W  26.4 

19    3  52.1 

♦  0  51.3 

-0.3607 

03229 

♦0.1950 

♦16 

-66 

000ULTATI0N8,  1895. 


449 


ELEMENTS  POE  THE  PBBDIOTION  OP  O00DLTATION8. 

DECEMBER. 

TBI  STAft*S 

▲t  Counjwomm  n  R.  ▲. 

LfaalUnc  1 

PanUela. 

Kmd*. 

Mac. 

R«d*iia  from 
1W0.0. 

Apparent 
Decunaiioo. 

Waebtoctoa 
Mean  Time. 

HowAngjle 
H 

F 

t* 

f' 

N. 

8. 

A« 

Ai 

tf  Capricorni 

6.1 

vloo 

♦  ^.0 

-20  1^.1 

d    h    n 
19    6  12.6 

li    n 
♦  3    7.4 

♦1.0010 

0JS211 

♦0.1985 

♦7« 

4l3 

30  Capricorni 

6.5 

2.91 

6.5 

18  25.4 

13    0.7 

4  9  42.9 

♦0.3746 

0.5156 

0J2079 

♦56 

-24 

31  Capricorni 

6.7 

2.90 

6.6 

17  54.0 

13  10.4 

♦  9  52.4 

-0.1637 

0.5153 

0J908I 

♦28 

-53 

1  Capricorni 

4.4 

2.90 

7.0 

17  16.8 

15  12.0 

♦11  50.3 

-0.4150 

0.5125 

0.2106 

4l5 

-69 

44  Capricorni 

6.1 

2.92 

9.4 

14  52.7 

99    1  58.0 

-  1  42.9 

-0.7086 

0.6056 

0.2230 

48 

-90 

45  Capricorni 

6.3 

42.93 

♦  9.3 

-15  \3JS 

8  27.4 

-  1   14.4 

.0JJI37 

0.5054 

♦032236 

427 

-56 

fi  Capricorni 

5.4 

2.97 

lO.I 

14    2.6 

7  20.5 

♦  3  30i2 

-0.41  II 

0.5017 

0J2282 

4I8 

-68 

«*  Aqaarii 

5.6 

2.99 

11.8 

12    4.7 

16  40.5 

-11  25.7-0.4016 

0.4964 

032365 

420 

-67 

40  Aquarii 

7.0 

3.01 

12.0 

12  26.5 

18  12.3 

-  9  56.4  ♦0.3613 

0.4958 

0.2379 

46O 

-25 

54  Aqaarii 

7.0 

3.06 

13.0 

11  45.5 

91     1  28.0 

-  2  52.8  ♦1.3560 

0.4917 

0J2429 

478 

442 

67  Aqaarii 

6.4 

♦3.06 

♦15.5 

-  7  30.4 

10  42.7 

♦  6    6i$ 

-1.0640 

0.4877 

♦0J2484 

-15 

-90 

A  Aqaarii 

3.6 

3.11 

15.7 

8    7JJ 

15  59.0 

♦11  14.6 

♦0.9391 

0.4857 

032506 

♦82 

46 

7H  Aquarii 

6.4 

3.11 

16.1 

7  45.5 

17    5.6 

-11  40.6 

♦0i)067 

0.4855 

0J2509 

470 

-  2 

B.A.C.H0I7 

6.1 

3.11 

17.3 

5  16.3 

31     8.7 

-  7  49.8 

-0.9471 

0.4843 

032526 

-7 

-90 

B.A.C.8094 

5.4 

3.16 

18.4 

4    3.8 

m   5    4.3 

-  0     1.1 

-0^2452 

0.4823 

032562 

431 

-57 

11  Pisoiam 

6.4 

♦:).2I 

♦19.6 

-  2  21.8 

13    8.1 

♦  7  44.1 

-0.0867 

0.4811 

♦0JK67 

439 

-49 

12  Piaciom 

bJb 

3.20 

19.9 

1  36.5 

13    4.3 

♦  7  46.3 

-0.9313 

0.4811 

0.2567 

-  5 

-90 

13  Piicium 

6.4 

3.21 

20.0 

1  39.6 

14  38Ji 

♦  9    8.6 

-0.5058 

0.4810 

032569 

♦19 

-73 

14  Piaciom 

5.9 

3.22 

20.0 

-  1  49.7 

15  43.7 

♦10  21.5 

♦0.0129 

0.4808 

032571 

445 

-43  = 

VI  Piaciom 

5.8 

3.27 

21.7 

♦  0  2«).9 

93    0  33J2 

-  5    2.8 

-0.2895 

0.4807 

032575 

429 

-60' 

S5  Piaciom 

6.4 

♦3.28 

♦22.1 

♦  1  '30.8 

8  38.1 

-3     1.2 

-0.8776 

0.4808 '  40.2575 

-  2 

-**i 

51  Piaciom 

5.H 

3.48 

24.9 

6  22.9 

94    1     5.1 

•  5    9.8 

-0.5055 

0.4848 

0.25.34 

4I8 

-W 

68  Piaciom 

6.0 

3.56 

25.4 

6  44.0 

10    0.4 

♦  3  31.1 

41.3520 

0.4878 

0324«»9 

4.90 

441 

101  PiKiiom 

6.3 

3.90 

27.8 

14    8.0 

M  11  46.5 

4  4  34.0 

-0.5242 

0.5021 

0.2328 

4l7 

-68 

104  Piacium 

7.5 

3.93 

27.6 

13  45.7 

13  36.4 

♦  6  80.8 

40.3038 

0.5031 

0.2312 

46I 

-24  1 

26  Arietia 

6.0 

♦4.35 

♦28.1 

♦19  2:^8 

99  15  30.0 

4  7  87.5 

-0.1906 

0.5236 

♦0.2009 

434 

-44! 

B.  AC.  782 

7.0 

4.36 

27.7 

18  25.5 

16  57.0 

4  8  51.9 

♦1.1480 

0.5252 

0.I98H 

490 

431  ' 

fi  Arietia 

6.0 

4.44 

27.9 

19  34.3 

81     HM 

-11    4.9 

40.7302 

0.5288 

0.1925 

490 

4  4 

B.A.C.980 

7.0 

4.59 

27.5 

21   12.5 

97    4  52.4 

-  3  36.0 

♦0.4110 

0.5360 

0.1797 

♦69 

-11 

t  Ariatit 

4.3 

4.59 

27.4 

20  55.7 

5    2.0 

-  3  26.7 

40.7398 

0.5360 

0.1794 

♦90 

46 

64  Arietia 

5.7 

♦4.83 

♦26.6 

♦24  21.5 

16  22.6 

♦  7  30.9 

-1.0090 

0.5471 

♦0.1603 

-16 

-66 

11  Tauri 

6.7 

5.00 

24  i) 

24  59.8 

23  37.0 

-  9  29.9 

-0.5<ia2 

0.5539 

0.1426 

♦11 

-60 

w  Pleiadom 
17  Tauri 

6.3 

4.99 

2401 

23  57.9 

99    1  23.0 

-  7  47.7 

40.7457 

0i>554 

0.I3H7 

♦90 

4I2 

4.3 

4.99 

24.3 

23  47.4 

1  25.1 

-  7  45.6 

40iW65 

0..'>5.'>4 

0.1386 

♦!K) 

»23 

18  Tauri 

6.3 

5.01 

24.4 

24  31.0 

1  31.8 

-  7  39.1 

40.1820 

0Ji556     0.1382 

♦54 

-18 

I5>  Tauri 

5.0 

♦5.01 

♦24.4 

♦24    8.6 

1  33.4 

-7  37.6 

40.5815 

0J>5o6   40.1382 

♦84 

4  2 

20  Tauri 

5.0 

5.00 

24.3 

24    2.8 

1  49.5 

-  7  22.1 

40.7207 

0.5560 

0.1376 

♦90 

4IO 

1  21  Tauri 

7.0 

5.0t 

24.3 

•24  14.0 

1  51.4 

-  7  20.3 '  ♦0J>26:» 

O..V16O 

0.1376 

♦79 

0 

'   22  Tauri 

7.0 

5.01 

24.3 

24  12.4 

1  55.2 

-  7  16.6  ♦0.56;io 

O..V»60 

0.1374 

♦83 

4  2 

'  23  Tauri 

4.7 

4.99 

24.1 

23  37.7 

2    2.9 

-  7    9.2 

41.1940 

0.5563 

0.1373 

♦90 

443 

1 

24  Tauri 

8.0 

♦5.00 

♦24.1 

♦23  47.9 

2  29.2 

-  6  43.8 

41.0740 

O.^TiM 

♦0.1361 

♦90 

433 

,     tf  Tauri 

3.0 

5.00 

24.1 

23  47.2 

8  32.7 

-  6  40.4 

41.0930   0/>,-.67 

0.1360 

♦90 

435 

B.A.C.II7I 

7.8 

5.02 

24.0 

24     1.8 

2  58.7 

-  6  15,3 

40J^'i4 

0.'>57l 

0.1351 

♦90 

♦81 

27  Tauri 

4.0 

5.01 

23.9 

93  44.3 

3  16.1 

-  6  58.6 

4l  i2440 

0.5572 

0.1345 

♦90 

♦49 

28  Tauri 

6.2 

5.02 

23.9 

23  49.3 

3  16.6 

-  5  58.1 

41.1540 

0.6572 

0.1344 

♦90 

♦40 

B.  A.C.I  192 

6.0 

♦5.08 

♦24.0 

♦25  16.1 

3  44.0 

-  5  31.7 

-0J159 

0.5576 

♦0.1338 

426 

-43: 

jf  Tauri 

6.0 

5.23 

22.3 

26  12.8 

12  24  5 

♦  2  A9J6 

-0.2460 

0.5656 

0.1124 

430 

-37 

#  Tauri 

5.3 

530 

21.4 

27    6.3 

16  20.9 

4  6  37.4 

-0.76<K> 

0.5689 

0.1022 

0 

-63' 

y  Tauri 

5.7 

5.27 

20.8 

25  23.2 

17  17,9 

4  7  aaji 

41.I4H0 

0..5697 

0.0*»«IH 

♦90  j  ^43 

W.iv,l421 

6.0 

5.6^i 

15.4 

27  54.2 

99  12  12.8 

♦  1  43.3 

-0.1023   0J5832 

J 

0.0467 

♦38;-23; 

'     /?  Taori 

2.0   ♦5,72 

♦13.4 

♦28  31.3 

18  41.4 

4  7  56.4 

-OA044   0.5H66 

♦0,0268 

♦15-45 

136  Tauri 

5.3     5.7M 

9.8 

27  35.4 

99    5  10.3 

-  6    0.1 

40.5689 

0.5907  f  -0.0<»60 

♦85    ♦In 

1  4!*  Auriga 

5.7  1    5.Ht» 

7.7 

28    6.3 

21   12.4 

4  9  22.8 

-0,4657 

0.5927;    0.0570 

♦IM    -45 

1                                                           ^7 

54  Auric* 
30  Ueminorum 

1 

6.0,    5.01 

3.4 

28  21.4 

22  52.0 

♦10  58.4 

-0>J2I7 

OJiOl*     0.0622 

-  4    -62 

6.3     riH2 

♦  0.7 

26  13.1 

31    6  17.7 

-  5  54.1 

40.8106 

0.5912 1    0.0855 

♦!K>   ^21 

47  Geminorum 

6.0   ♦r».rt(> 

-  I.I 

♦27     1.7 

II     7.3 

-  1   16.3 

-0.4630 

0.5!K)5  1  -0.1004 

♦18   -4S 

1     A  Geminorum 

5.7   ♦r».78 

-  2  H 

♦25  15.1 

15  502    ♦  3  15.2 

40.8:«i4   0  5Hrt7   -0.1 1411 

♦«M)     ♦Vt* 

—                             - 

89 


450 


0C0ULTATI0N8,  1895. 


OCOULTATIONS  VISIBLE  AT  WASHINGTON  DURING  THE  YEAR  1895. 


Date. 


Jan. 


I 

I 

4 

II 

14 

18 
19 


Feb.  3 
3 
3 
3 

3 
6 
16 
1 
5 


Tub  9Tiui*t 


ITame. 


M»« 


Mar. 


7 

10 
13 
17 

31 

Apr.    2 

II 


May 


29 
6 

7 
9 


June   5 

5 

o 

12 

19 

21» 

39 

July    6 


10 
II 
13 
13 

6 

6 

12 

13 

13 


Aug, 


^  Aquarii 

96  Aquarii* 

100  Piacium* 

y  Cancri 
80  Cancri  t 

B.A.C.4923t 
B.A.C.5I97I 

NEW  MOON. 
42  Aquarii  t 
g  Pleiaduin 

19  Tauri 

21  Tauri 

20  Tauri 

22  Taun 

47  Geminorum 
r  Scorpii 
B.  AC.  782 
49  Aurigv 

y  Cancri 
80  Cancri 

B.A.C.4722 
y^  Sagittarii 

NEW  MOON, 
W.iT,  1421 
47  Geminorum 
b  Scorpii  t 

NEW  MOON. 
W.Ti,16r>6 

t  Virginia 
B.A.C.4722 
B.  A.  C.  53471 

NEW  MOON, 
b  i^corpii 

4  Scorpii 
ir  Scorpii  % 

42  Aquarii 
9  Tauri 

NEW  MOON. 

if  Virginia 

85  Virginia 
B.A.C.6666 
B.  AC.  7325 

26  Capricorn! 

G4  Aqunrii 
96  Aquarii 
60  Pisciura 
62  Piscium 

NEW  MOON. 
54   Aquarii 
o  Aqunrii 
B.  A.(\920 

5  Pleindum 
1 5  Tauri 


IMIiEBSION. 


WaahingtoiL 


Sidereal 
Time. 


4.1 
5.6 
6.8 
4.3 

6.8 

7.3 
6.0 

5.8 
6.3 
5.0 
7.0 
5.0 

7.0 
6.0 
3.2 
7.0 
5.7 

4.3 

6.8 

5.8 

r>.6.5| 

6.0 
6.0 
5.3 

8.2 
5.7 
5.8 
6.0 

5.3 
6.3 
3.4 

5.8 
7.0 

5.2 
6.5 

5.H 
6.9 
7.0 

6.9 
5.6 
62 
6.0 

7.0 
5.1 

7.0 
6.3 

5.0 


h  m 
2  59 
15 
36 
57 
38 


6 
8 
8 
4 


10  31 

8  51 

3  32 
6  6 
6  12 
6  37 

6  38 

6  41 

13  0 
16  40 

6  37 

10  II 

11  1 
5  53 

12  26 
15  5 

9  J5 

7  46 

19  42 

12  49 

14  47 
11  47 
II  30 

15  22 

18  23 

20  8 

0  9 

20  59 

15  54 

16  32 

21  43 

18  5 

19  43 

19  45 

17  51 

20  14 

21  31 

22  23 

1  25 

2  15 

21  42 

22  0 


Mean 
Time. 


h  m 

8  13 

11  29 

13  :m 

13  31 

9  I 

14  37 

12  54 


7 
9 
9 
9 


4 

10 
16 
41 


Angle  from 


9  42 

9  45 
15  51 
18  51 

7  59 
11  16 

II  58 

6  39 

13  0 

15  22 


8  38 

7  a 

18  20 


10 
II 

8 
8 


18 
47 
44 

20 


10  25 

13  25 
15  10 
18  43 

15  6 

9  22 
9  56 

14  43 
10  58 
12  35 

12  30 
10  32 

12  47 
14  3 

13  21 

16  22 
16  49 
12  13 
12  31 


North 
Point. 


Vertex. 


61 

31 

27 

177 

128 

93 
66 

9 

126 

87 

76 

118 

84 

38 

132 

120 

80 

128 
100 
123 
1)8 

57 

161 

50 

88 

59 

151 

83 

81 
125 

65 
359 
137 

122 

154 

128 

36' 

99 

38 
91 

87 
8 

22 
74 

65 
80 
53 


ll 
341 
338 
165 
178 

143 
118 


319 
69 
40 
18 
60 

26 

343 

130 

65 

19 

75 
151 
146 
151 

356 
128 

8 

33 

39 

182 

129 

86 

94 

20 

333 

189 

84* 
120 
101 

71 
117 

74 
141 
137 

53 

21 

36 

86 

134 

108 


BHEBSIOK. 


Waahington. 


Aji^e  from 


Sidereal 
Time. 


h  m 


6 
59 
15 
9  35 
6  31 


4 

6 
9 


11  85 

9  28 


4 
6 
7 
7 
7 


11 
56 
26 

50 
34 


Mean 
Time. 


7  53 
13  19 

18  0 


7 
II 


22 

8 


12  4 

6  48 

13  42 
16  24 

10  6 
8  32 

20  27 

13  38 

15  18 
12  53 
12  26 

16  36 
19  33 

21  5 
0  59 

21  17 

17  2 

17  18 

22  22 

19  18 

20  49 

21  5 

18  49 

21  13 

22  2b 

23  40 

2  31 

3  42 
22  39 
22  57 


h  m 
9  20 

12  13 
14  17 

14  9 
9  54 

15  31 

13  31 

7  43 
10  0 
10  30 
10  54 
10  38 

10  57 

16  10 
20  11 

8  44 

12  13 

13  1 
7  34 

14  16 
16  41 

9  29 


North 
Point. 


7 
19 


48 
6 


11  7 

12  19 


9 
9 


50 
16 


11  39 

14  35 

16  7 
19  33 

15  24 

10  30 

10  42 
15  22 

12  11 

13  41 

13  50 

11  30 

13  46 

14  57 

14  38 

17  28 

18  16 
13  10 
13  88 


22I 
276 
293 
337 
284 

326 
339 

288 
208 
248 
262 
219 

254 
355 
254 
203 
309 

281 

319 
309 
257 

310 
230 
387 

305 

6 

260 

325 

321 
255 
307 
282 
177 

891 
241 
186 

278 
199 

252 
209 
801 
275 

856 
813 
237 
833 
861 


180 
826 
247 
307 
335 

11 
31 


236 
150 
190 
204 
261 

196 
302 
235 
148 
249 

825 

8 

314 

876 

9 
178 
879 

855 

340 

877 

9 

306 
215 
257 
247 
230 

245 
199 
152 
300 
202 

274 
256 
248 
318 

237 
169 
209 
890 
319 


0 

!a 

o  e 


I 


b    B 
I      7 

0  44 

0  39 
0  38 
0  53 

0  54 
0  37 

0  39 

0  50 

1  14 
1    13 

0  56 

1  12 
0  19 


1 
0 
0 

1 
0 
1 
1 


1 
0 
0 

1 
1 


2«1 
45 
57 

3 
55 
16 
19 


0  51 
0  46 
0  45 

0  49 

0  31 

1  6 

0  56 

1  14 
1  10 
0  57 
050 
0  18 


8 
46 
39 
13 

6 


1  20 
0  58 
0  59 

0  64 

1  17 

1  6 
I  87 
0  57 
057 


NoTB— Tlu^  anul<\<«  of  positl«>n  are  oounted  from  the  north  point  and  vertex  of  the  mooa'a  Bab|  tovard  the 

•  WhoU*  oo4<nltHtioD  l>^low  tht<  horizon  of  Washington, 
t  luiiut^rHioD  Im'Iow  the  bi»rir.oo  of  \Va«*hineton. 
t  Kmerttiou  Ih'»Iow  the  hotizon  of  Waahiuston- 


0CCULTATI0N8,  1895. 


451 


OOOULTATIONS  VISIBLE  AT  WASHINGTON  DURING  THE  TEAR  1895. 

DOOBSIOV. 

XMXB810N. 

• 

Toi  8TAm*t 

Jl 

DO*. 

WaahtnftoB. 

Aagli 

»  tnm 

WaabiafftoB. 

An^  from 

%■  d 

t 

<5 

NanM. 

Mag. 

BiderMl 
Time. 

Mean 

Time. 

Korth 
Potat 

Yertex. 

Sidereal 
Time. 

Mean 

Time. 

North 
Point 

jverlex. 

Aag.  13 

20  Tsuri 

6.0 

h    m 
22  11 

h    m 
12  41 

Hi 

uS 

h    m 
23    8 

b    m 
13  38 

o 
229 

28f 

h    m 
0  57 

13 

21  Tsuri 

7.0 

22  22 

12  52 

47 

103 

23  19 

13  49 

264 

322 

0  57 

13 

22  Tsuri 
KBW  MOON. 

7.0 

22  23 

12  53 

66 

112 

23  22 

13  52 

256 

313 

0  59 

Sept.  2 

i  Aqusrii 

4.4 

17  42 

654 

19 

64 

18  30 

7  42 

294 

334 

0  48 

8 

B.  A.C  782 

7.0 

20  57 

9  45 

98 

152 

21  45 

10  33 

202 

256 

0  48 

9 

7  Tauri 

6.0 

3  31 

16  14 

9 

356 

4  22 

17    5 

303 

272 

0  51 

V2 

49  AuHm 
8  L«ODii 

5.7 

4  36 

17    7 

64 

122 

5  49 

18  20 

302 

338 

1   13 

15 

5.7 

4  29 

16  49 

63 

117 

6  11 

17  31 

340 

34 

0  42 

NEW  MOON. 

93 

T  Bcorpii  | 

3J2 

20  24 

8  13 

106 

67 

21  28 

9  17 

^3 

204 

1     4 

1» 

B.  A.  C.6666 

5.8 

21     9 

8  47 

96 

74 

22  18 

9  56 

217 

184 

1     9 

2H 

B.  AC.  7325 

6.9 

18  10 

5  40 

42 

66 

19  30 

7    0 

270 

290 

1  20 

as 

26  C'Spricorni 

7.0 

19  56 

7  26 

111 

126 

20  50 

8  20 

184 

187 

0  54 

30 

64  Aquarii 

6.9 

20    7 

7  29 

66 

98 

21  30 

852 

219 

235 

1  23 

Oct.     3 

62  Piacium 

6.0 

21  29 

8  39 

61 

107 

22  46 

955 

231 

266 

1   17 

8 

W.  IT,  1421 

6.0 

2  28 

13  18 

45 

106 

3  37 

14  27 

2b6 

339 

1     9 

10 

W.Yi,  1656 

8.2 

23  49 

10  31 

45 

94 

0  27 

11     9 

314 

6 

0  38 

10 

47  Geminorum 

6.0 

3    5 

13  44 

32 

92 

3  40 

14  19 

332 

32 

0  35 

14 

e  Leonia 
NEfr  MOON 

5.3 

4  40 

15    6 

117 

168 

6  36 

16     1 

296 

347 

0  56 

26 

y  Capricorni 

3.7 

21  20 

7    0 

57 

61 

22  47 

827 

2S8 

212 

1  27 

26 

B.  A.C. 7558 

8.0 

0  48 

10  27 

77 

39 

.1  62 

11  31 

213 

168 

1     4 

27 

54  Aquarii 

7.0 

23  13 

8  48 

72 

58 

0  28 

10    3 

207 

177 

1   15 

28 

81  Aquarii  t 

66 

16  54 

226 

57 

108 

17  57 

3  29 

251 

301 

1     3 

Nov.    2 

«  Arietia 

4J2 

1  49 

11     0 

101 

136 

254 

12    5 

200 

196 

1     6 

2 

B.  AC.  920 

7.0 

1  55 

11     6 

33 

66 

3  11 

12  22 

267 

256 

1   16 

3 

17  Tauri 

4.3 

21  25 

6  33 

83 

136 

22  20 

7  28 

231 

287 

0  55 

3 

g  Pleiadum 

6.3 

21  33 

6  41 

44 

98 

22  25 

7  33 

270 

326 

0  52 

3 

20  Tauri 

5.0 

31  59 

7    7 

48 

105 

22  54 

8    2 

264 

322 

0  55 

3 

19  Taan 

5.0 

22    2 

7  10 

5 

60 

22  29 

7  37 

309 

5 

027 

3 

22  Tauri 

7.0 

22  22 

7  30 

12 

68 

22  57 

8    5 

300 

358 

0  35 

3 

21  Tauri 

7.0 

22  28 

7  36 

354 

50 

22  46 

7  54 

319 

16 

0  18 

3 

B.A.C.1I71 

78 

23  32 

8  39 

111 

169 

0  17 

9  25 

199 

257 

0  46 

6 

W.vi,I656 
NEW  MOON 

82 

9    2 

17  57 

65 

357 

9  45 

18  40 

343 

283 

0  43 

23 

40  Aquarii  1 

7.0 

3  17 

11    6 

11 

321 

3  58 

11  47 

286 

235 

0  41 

24 

X  Aquarii 

3.6 

23  42 

7  27 

58 

44 

1     3 

8  48 

220 

190 

1  21 

29 

B.  A.  C.  782 

7.0 

22  3<) 

6    5 

121 

175 

23  10 

6  36 

175 

228 

0  31 

30 

g  Pleiadum 

6.3 

!»  48 

17    8 

132 

79 

10  25 

17  45 

216 

166 

0  37  • 

30 

19  Tauri 

5.0 

9  5o 

17  15 

90 

37 

10  49 

18    9  . 

258 

906 

0  54 

30 

20  Tauri 

5  0 

10     9 

17  29 

115 

63 

10  65 

18  15 

213 

165 

0  46 

30 

21  Tauri 

7.U 

10  10 

17  30 

73 

21 

11     3 

18  23 

276 

229 

0  53 

30 

22  Tauril 

7.0 

10  13 

17  33 

80 

29 

11     7 

18  27 

269 

222 

054 

D«e.    4 

«  Geminoruro 

3.7 

9  11 

16  15 

146 

98 

10  14 

17  18 

261 

204 

1    3 

1             7 

45  Leonia 

6.0 

6  21 

13  17 

126 

177 

7  34 

14  27 

21M 

339 

1    10 

7 

49  Leonia 

6.0 

II  26 

18  18 

80 

60 

12  23 

19  15 

348 

312 

0  57 

13 

4  8corpii 

yEir  MOON 

6.3 

12    7 

18  35 

152 

192 

13    0 

19  28 

257 

290 

0  53 

27 

t   Arietia 

4.2 

21  32 

3    8 

61 

116 

22  34 

4  10 

244 

300 

1     2  ■ 

30 

136  Tauri 

5.3 

22    9 

3  33 

62 

107 

22  56 

4  20 

2H3 

333 

0  47 

31 

39  (xeminoruro 

63 

23  33 

4  53 

159 

207 

23  61 

5  11 

201 

249 

0  18  . 

31 

A  <>eroinoruni 

5.7 
are  cm 

11  43 

>anted  froi 

17    1 

174 

115 

12    9 

17  27 

1 

227 

169 

0  26 

NOT«.— The  aniclrfi  of  ptwUInn 

n  the  nort 

h  poinl 

aadvar 

lezof  tk« 

■eoB%Ua 

ib,towa 

rd  theeaat 

•  ^Vllo^«  ormltotion  be 

loir  t 

lie  HoHkod 

of  WaahlE 

igtOB. 

f  lmm<*n«ion  below  tbi* 

horli 

con  of  Wm 

hlnirtoQ. 

I  Rmemion  below  tbr  1 

lorlre 

in  of  Wa«h 

Inxton. 

452 


PREDICTION  OF  OOCULTATIONS. 


DOWNES'S  TABLE  GIVING  VALUES  OF  r. 

FOR  COMPUTING  THE  TIME  AND  HOUIt-ANGLE  OP  APPARENT  CONJUNCTION. 

k 

Lat.  72^ 

Lat.  660 

Lat.  60O 

Lat.  540 

Lat.  480 

Lat.  420 

Lftt.39' 

x' 

as' 

X' 

• 

a/ 

x* 

«* 

x' 

.62 

.56 

.50 

.62 

.56 

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134.4 

29.2 

2.\6 

26 

0.937 

29.0 

150.5 

48.9 

23 

0.019 

1G4.2 

37.2 

4.2 

May      1 

0.989 

12.2 

151.7 

58.2 

28 

0.030 

160.1 

201.6 

7.1 

6 

0.997 

6.6 

a-n^.o 

66.1 

Nov.      2 

0.211 

125.2 

207.0 

40.8 

11 

0.944 

27.4 

339.7 

68.2 

7 

0.454 

95.3 

207.6 

61.1 

16 

0.837 

47.6 

343.8 

63.0 

12 

0.655 

71.9 

206.8 

58.7 

21 

0.706 

65.7 

34H.2 

54.4 

17 

0.791 

54.3 

205.1 

48.9 

26 

0.578 

81.0 

:i52.6 

46.2 

22 

0.878 

40.9 

202.5 

39.9  ' 

31 

0.482 

92.1 

356.7 

41.1 

27 

0.930 

30.8 

198.9 

1 
33.2 

June    5 

0.357 

106.6 

0.5 

33.7 

Dec       2 

0.962 

22.5 

194.1 

2a8 

10 

0.261 

118.5 

4.1 

27.9 

7 

0.9H2 

15.6 

187.5 

26.1 

15 

0.172 

131.1 

8.0 

21,2 

12 

0.993 

9.5 

176.4 

24.7 

20 

0.093 

1,44.5 

13.5 

13.6 

17 

0.998 

4.5 

145.6 

24.4 

25 

0.034 

158.8 

25.8 

5.4 

22 

0.999 

4.1 

53.7 

25.3 

30 

0.008 

169.8 

76.1 

1.3 

27 

0.992 

9.9 

20.9 

27.3 

32 

0.978 

17.1 

8.7 

30.9 

NOTATION. 

k^  the  ratio  of  the  illuminat 

ted  portion  of  the  apparent  dis 

k  to  the 

entire  ap 

parent  dit 

»k  coo* 

Bidered  as  the  euperfic 

ies  of  a  circle. 

iy    the  angle  between  the  st 

in  and  earth,  as  seen  from  the 

planet. 

Bj    the  an^le  which  the  line  . 

oining  the  cusps,  or  exti-emitiet 

1  of  the  i 

lluminate< 

I  portion, 

makes 

with  the  meridian. 

•                                           9 

£^  the  brilliancy  of  the  dislc 

.    The  unit  of  L  is  the  amoun 

t  of  light 

received 

by  an  ey 

e  from 

a  circular  disk  with  th 

e  same  albedo  as  the  planet,  si 

ibtending 

an  angul 

ar  radius 

of  one    1 

second  of  arc,  situated 

at  distance  unity  from  the  sui 

a,  and  iUi 

iiminated 

by  the  la 

tter  aa 

the  mean  disk  of  the 

planet  is  iUuminated. 

• 

- 

1 

DISK  OF  VENUS,  1895. 


455 


FOR  WASHINGTON  MEAN  NOON. 


Date. 


Jan. 


1 

6 

11 

16 

21 


26 
31 
Feb.  5 
10 
15 


Mar. 


20 

2r> 

2 

7 

12 


•       17 

22 

27 

Apr.      1 

6 

11 
16 
21 
26 
May      1 

6 
11 
Itf 
21 
26 


0.992 
0.989 
0.9H6 
0.982 
a97« 

0.973 
0.969 
0.963 
0.958 
0.951 

0.945 
0.937 
0.929 
0.921 
0.914 

0.903 
0.893 
0.882 
0.872 
0.859 

0.846 
0.833 
0.819 
0.804 
0.7a9 

0.773 
0.756 
0.739 
0.720 
0.701 


e 


31 

0.682 

Jane     5 

0.661 

10 

0.641 

15 

0.619 

20 

0.596 

25 

0.572 

30 

0.547 

JoIt     5 

0.522 

10 

0.495 

15 

0.466 

20 

0.436 

25 

0.405 

10.5 
12.1 
13.7 
15.4 
17.1 

18.8 
20.4 
22.1 
23.8 
25.5 

27.2 
29.0 
30.8 
32.6 
34.4 

36.3 
38.2 
40.2 
42.1 
44.1 

46.2 
4a3 
50.4 
52.6 

54.8 

57.0 
59.2 
61.4 
63.8 
66.3 

6a7 
71.2 
73.7 
76.3 
79.0 

81.7 
84.6 
87.5 
90.6 
93.9 

97.8 
lOLO 


359.7 
356.8 
354.2 
351.9 
349.6 

347.5 
345.7 
344.0 
342.6 
341.4 

340.4 
339.7 
339.2 
338.9 
339.0 

339.2 
339.7 
340.4 
341.4 
342.6 

344.0 
345.7 
347.6 
349.7 
35L9 

354.3 

356.7 

359.2 

1.7 

4.1 

6.5 

a8 

10.9 
12.9 
14.8 

ia4 

18.0 
19.4 
20.6 
91.8 

228 
83.8 


47.8 
48.1 

48.4 
48.7 
49.1 

49.6 
60.1 
50.7 
51.3 
52.0 

52.8 
53.6 
54.5 
55.5 
56.6 

67.7 
59.0 
60.4 
61.9 
63.4 

65.0 
66.8 
6a8 
70.9 
73.2 

75.7 

7a4 

81.4 
84.6 
88.0 

91.9 

96.1 

100.7 

105.7 

111.1 

117.0 
123.6 
130.7 
138.4 
146.5 

155.2 
164.0 


Date. 


Jnly    90 

Aug.      4 

9 

14 

19 

24 

29 

Sept.     3 

8 

13 

15 
17 
19 
21 
23 


Got. 


Deo. 


25 

27 

29 

1 

3 


6 

7 

9 

11 

13 

15 
17 
22 
27 
KoT.      1 

6 
11 
16 
21 
26 


1 

6 

11 

16 

21 

26 
SI 


0.371 
0.336 
0.298 
0.257 
0.215 

0.172 
0.126 
0.084 
0.048 
0.022 

0.016 
0.011 
0.011 
0.013 
0.017 

0.024 
0.034 
0.046 
0.059 
0.074 

0.090 
0.107 
0.125 
0.143 
0.161 

0.179 
0.196 
0.242 
0.284 
0.323 

0.361 
0.395 
0.428 
0.458 
0.487 

0.514 
0.538 
0.563 
0.5t6 
0.608 


0 
0.649 


104.7 
109.2 
113.9 


e 


24.P 
25.8 
26.9 


124.8 

30.2 

131.2 

32.6 

138.4 

36.0 

146.3 

40.2 

154.7 

60.1 

163.0 

67.7 

165.6 

80.2 

168.1 

97.0 

168.0 

117.8 

167.1 

137.7 

164.9 

153.4 

162.3 

164.3 

158.8 

172.8 

155.3 

171^6 

151.9 

182.9 

148.4 

186.3 

145.0 

18a9 

141.8 

191.1 

138.6 

192.9 

135.4 

194.4 

133.7 

195.6 

129.9 

196.8 

127.2 

197.7 

121.0 

199.9 

115.6 

201.2 

110.7 

202.4 

106.2 

203.3 

102.1 

203.9 

98.3 

204.2 

94.8 

204.3 

91.5 

204.2 

88.4 

203.8 

85.6 

203.2 

82.8 

202.3 

80.1 

201.2 

77.5 

199.8 

76.1 

196J2 

78.7 

196.4 

172.5 
180.2 
186.0 
187.9 
184.3 

173.5 

148.7 

114.4 

73.3 

36.7 

26.7 
18.7 
19.2 
2L9 

29.8 

40.2 
56.0 
72.9 
90.8 
109.0 

126.5 
142.8 
157.4 
171.0 
180.7 

189.3 
196.1 
206.1 
207.0 
203.9 

196.4 
187.9 
178.6 
169.0 
150.8 

150.9 
142.3 
134.3 
127.4 
120.8 

U4.6 
106.9 


456  MAKS,  1895. 


APPARENT    DISK   OF   MARS,    1895. 


January 

1, 

0.896 

January 

31, 

0.888 

March 

2, 

0.896 

April 

1, 

0.913 

May 

1, 

0.931 

M«y 

31, 

0.951 

June 

30, 

0.970 

July 

30, 

0.984 

August 

29, 

0.994 

So|)toml)er 

28, 

0.999 

October 

28, 

0.999 

November 

27, 

0.993 

December 

27. 

0.987 

The  numbera  \n  thin  table  are  the  veraed  sines  of  the  illuminated  disk,  the  apparent  diameter 
"*  the  planet  bt>ing  taken  as  unity. 


JUPITER^  SATELLITES,  1895. 


457 


APPARENT  ORBITS  OF  THE  8ATKLUTK8  OF  JCPin  .:  />'  JANUARY  1886» 

A8  SEEN  IN  AN  INVERTING  TELESCOPE, 


APPARENT  ORBITS  OF  THE  SATELLITES  OF  JUPITER  IN  DECEMBER,  1806^ 

AS  SEEN  IN  AN  INVERTING  TELESCOPE. 

( The  ttriioaX  •caUfor  the  plmn$t  and  arhiU  im  ikefift  dkofrmm  U  three  iimee  the  h^rieomial  mte  tiud  the  rerUedl 
ecaU/or  the  planet  in  the  eeeond  diagram  ie  three  Hwkm  and  for  the  orhUeJive  tiwtm  ^  harisantat  one,) 

The  object  of  this  figure  Is  to  facilitate  the  identificatioD  of  the  satellites  In  cases  where 
the  ditigroros  of  confiirurations  do  Dot  suffice  for  that  purpose :  reference  to  the  above  diagram 
enables  one  to  identify  the  Inner  and  outer  satellite  of  the  pair.  The  central,  Tertical  ellipse 
represents  the  disk  of  Jupiter,  elongated  three  times  in  the  vertical  direction. 

Facing  each  page  of  the  phenomena  of  Jupiter's  satellites,  pages  460—480,  is  the  page  of 
diagrams  of  configurations,  for  the  same  month.  The  light  disks  O  In  the  vertical  row  in  the 
middle  of  the  page  represent  the  relative  position  of  Jupiter  each  day.  The  dots  adjacent 
in  the  same  horizontal  space  represent  the  positions  of  the  several  satellites  on  the  same  day, 
at  the  hour  and  minute  of  Washington  mean  time  indicated  above  the  diagrams.  The  lati- 
tudes  of  the  satellites  are  always  considered  zero  in  constructing  the  diagrams,  except  where 
two  or  more  satellites  chance  to  be  at  nearly  the  same  distance  from  the  planet,  when  they 
are  placed  one  above  the  other  according  to  their  apparent  latitudes.  The  niunerals  designat- 
ing the  siitellites  are  placed  on  the  right  or  left  hand  side  of  the  dot,  sccording  as  the 
motion  of  the  satellite,  for  the  time  of  the  configuration,  is  toward  the  east  or  townrd  the 
west — the  motion  being  always  toward  the  numeral.  Frequently,  at  the  epoch  of  tlie  config- 
uration, one  or  more  satellites  will  be  invisible,  being  projected  on  the  disk  of  the  planet: 
thb  phenomenon  is  indicated  by  a  light  disk  O  st  the  left  hand  side  of  the  page.  Frequently, 
also,  one  or  more  satellites  will  be  invisible,  being  concealed  in  occultation  behind  the  dink, 
or  eclipsed  in  the  nhadow  of  the  planet:  this  phenomenon  is  indicated  by  a  dark  diak  #  at 
the  right  hand  side  of  the  page.  In  both  cases,  the  annexed  numeral  serves  to  point  out 
which  satellite  is  thus  rendered  invisible. 

When  an  observation  is  made  at  a  different  hour  from  that  for  which  the  diagram  Is  con- 
structed, the  motion  of  the  satellite  during  the  interval  may  be  judged  by  transferring  its 
given  position  to  the  above  diagram,  and  estimating  its  motion  during  the  elapsed  interval  ou 
tbs  above  diagrams  of  the  orbits,  by  means  of  the  following  table  of  the 


L 

n. 


MEAN  SYNODIC  PEEI0D8  OF  THE  SATELLITES. 


d  b  m   ■        d 

1  18  28  35.945  »  1.76^86048 
3  13  17  53.735  —  3.55408416 


4  h  m  ■        4 
m.     7  3  50  35J54  —  7.16638790 
IV.    16  18  5  6.928  —  16.7535S241 


458 


JUPITER'S  SATELLITES,  1895. 


w 

AHHINOTOI 

rMEANTIl 

IE  OF  BUFI 

C^LTONCnO 

tH. 

( 

I 

mOR  GEOIJJKHTKIC  O 

• 

SATELLITE    I. 

- 

h    m 

k    m 

k    m 

Oat.      18 

h     m 

Jan.       1 

13  38.6 

Mareli  22 

4  15.2 

JiUM        9 

29  41.7 

21  3a.6 

3 

8    4.7 

23 

22  44.3 

11 

15  12.1 

m 

16     1.1 

5 

2  30.7 

25 

17  13.4 

22 

10  »-7   . 

6 

20  56.9 

27 

11  42:6 

24 

4  syf{% 

8 

15  23.0 

29 

6  12.0 

2S 

23  96u6 

10 

9  49.3 

31 

0  41.2 

Anff.       9 

1  52.6 

27 

17  5a.o  : 

12 

4  15.6 

AprU      1 

19  10.5 

10 

20  2SL8 

29 

12  23L3 

13 

22  42.0 

3 

13  40.0 

12 

14  52.8 

31 

6  51.5 

15 

17   a3 

5 

8    9.5 

14 

9  22.9 

Not.       2 

I  19.7 

17 

11  34.8 

7 

2  39.0 

16 

3  53.0 

3 

19  47^ 

19 

6    L3 

8 

21   a7 

17 

22  23.0 

5 

1 

14  15.9 

21 

0  27.8 

10 

15  3ai 

19 

16  53.0 

7 

8  44.0 

22 

18  54.4 

12 

10    7.7 

21 

11  22.9 

9 

3  12  0 

24 

13  2L1 

14 

4  37.4 

23 

5  68.9 

10 

21  39.8 

26 

7  47.9 

15 

23    7.2 

25 

022.9 

12 

16    7.6 

28 

2  14.8 

17 

17  36.9 

26 

18  52.8 

14 

1 
10  35.4 

29 

20  41.7 

19 

12    6.8 

28 

13  22.6 

16 

5     3.0 

31 

15    M 

21 

6  36.5 

30 

752.5 

17 

23  30.6 

Feb.       2 

9  35.7 

23 

1    6.4 

Sept.      1 

2  22.4 

19 

17  58.1 

4 

4    2.9 

24 

19  36.2 

2 

20  52.0 

21 

12  25.4 

5 

22  30.1 

26 

14    6.2 

4 

15  2L8 

23 

6  52^ 

7 

16  57.5 

28 

8  36.2 

6 

9  51.4 

25 

1  20.2  1 

9 

11  24.8 

30 

3    6.2 

8 

4  2L1 

26 

19  47.4   ! 

11 

5  52.3 

Hay        1 

21  36.2 

9 

22  50.7 

28 

14  14.6 ; 

13 

0  19.8 

3 

16    6.3 

U 

17  20.4 

30 

8  41.7 

14 

18  47.4 

5 

10  36.3 

13 

11  4^9 

Dae.       2 

3    &8 

16 

13  15.1 

7 

5    6.5 

15 

6  19.5 

3 

21  35.7 

18 

7  43.0 

8 

23  36.6 

17 

0  4a9 

5 

16    2.6 

20 

2  10.7 

10 

18    6.8 

18 

19ia4 

7 

10  29.5 

21 

20  38.7 

12 

12  36^ 

20 

13  47.8 

9 

456.3 

23 

15    6.6 

14 

7    7.1 

22 

%  17  Jt 

10 

23  23.0 

25 

9  34.7 

16 

1  37.3 

24 

2  46.6 

12 

17  49.6 

27 

4    2.8 

17 

20    7.5 

25 

21  lao 

14 

12  ia2 

28 

22  31.0 

19 

14  37.7 

27 

15  45.3 

16 

6  42.8 

March    2 

16  59.3 

21 

9  ai 

29 

10  14.4 

18 

1    9.2 

4 

11  27.7 

23 

3  3a3 

Oct        1 

443.5 

19 

19  35.6 

6 

5  56.1 

24 

22  a7 

2 

23  12.6 

21 

14    2.0 

8 

0  24.6 

26 

16  3a9 

4 

17  4L7 

23 

828.3 

9 

18  53.1 

28 

11    9.3 

6 

12  10.7 

25 

2543 

U 

13  21.9 

30 

5  39.5 

8 

6  39.6 

26 

2120.7 

13 

7  50.6 

Jane      1 

0    9.9 

10 

1  a7 

98 

15  46.9 

15 

2  19.4 

2 

18  40.2 

11 

19  37.6 

30 

10  13.0 

16 

20  48.3 

4 

13  10.7 

13 

14    6.4 

18 

15  17.2 

6 

7  41.0 

15 

8  35.2 

20 

9  46.1 

8 

2  11.4 

17 

3    3.9 

JDPITBR'8  SATELLITES,  1895. 


459 


WASHTNQTON  MEAN  TIME  OF  SUPERIOR  GEOCENTRIC  CONJUNCTION. 

• 

»  SATELLITE 

II< 

> 

h    m 

b    m 

b    ■ 

b    ■ 

Jan. 

3 

23  10.1 

March  23 

1  41.6 

Jone 

9 

7  46.2 

Oel. 

15 

10  13.2 

7 

12  17.2 

26 

15    0.0 

18 

23  33.7 

1 

11 

1  24.7 

30 

4  18.9 

22 

13  52.5 

1 

14 

14  32.6 

April 

2 

17  38.2 

Aug. 

8 

19  53.8 

26 

2  11.9 

1 

18 

3  40.8 

6 

6  58.0 

12 

9  ia4 

29 

15  29.8 

91 

16  49.5 

9 

20  1H.2 

15 

22  43.8 

Not. 

2 

4  48.2 

1 

25 

5  58.6 

13 

9  38.8 

19 

12    8.0 

6 

18    4.9 

1 

2H 

19   a4 

16 

22  59.7 

23 

1  33,1 

9 

•      7  22.3 

Feb. 

1 

8  18.5 

20 

12  20.9 

26 

14  57.0 

12 

20  37.9 

4 

2129.4 

24 

1  42.6 

30 

4  21.8 

16 

9  54.0 

8 

10  40.8 . 

27 

15    4.5 

Sept. 

2 

17  45.5 

19 

23    8.4 

11 

23  52.7 

May 

1 

4  26.7 

6 

7    9.8 

23 

12  2:i5 

15 

13    6,2 

4 

17  49.1 

9 

20  33.0 

27 

1  36.6 

19 

2  18.4 

8 

7  11.8 

13 

9  57.0 

30 

14  50.3 

n 

15  32.0 

11 

20  34.7 

16 

23  19.7 

Deo. 

4 

4    2.3 

26 

4  46.3 

15 

9  58.1 

20 

12  43.1 

7 

17  14.7 

March 

1 

18    1.0 

18 

23  21.7 

24 

2    5.2 

11 

6  25.5 

5 

7  16.4 

22 

12  45.4 

27 

i5  2ao 

14 

19  36.6  < 

U 

20  32.4 

» 

2    9.2 

Oct, 

1 

4  49.3 

18 

8  46.3  , 

12 

9  4a9 

29 

15  33.3 

4 

18  11.6 

21 

21  56.3 

15 

23    6.1 

Jnne 

2 

4  57.5 

8 

7  32,2 

35 

11    5.0 

19 

12  23.6 

6 

18  21.8 

U 

20  53.5 

29 

0  14.0  , 

SATELLITE 

III 

• 

b    in 

b    m 

b    m 

b    m 

Jan. 

6 

23  39.4 

MiCroh 

26 

16  11.2 

Aug. 

10 

3  31.8 

Oct. 

»4 

2  21.8 

14 

2  58.9 

April 

2 

20  18.4 

17 

7  58.0 

Nov. 

4 

6  ia6 

21 

6  21.4 

10 

0  2H.8 

24 

12  22.3 

11 

10  11.7 

28 

9  48.6 

17 

4  A2.'S 

31 

16  45.5 

18 

13  59.8 

Feb. 

4 

13  19.5 

24 

8  59.2 

Sept. 

7 

21    5.7 

25 

17  43.8 

11 

16  55.5 

May 

1 

13  18.2 

15 

1  24.6 

Dee. 

2 

21  22.2 

18 

20  36.0 

w 

8 

17  39.9 

22 

5  41.7 

10 

0  56.0 

26 

0  21.4 

15 

22    2.7 

29 

9  56.2 

17 

4  25.0 

March 

5 

4  12.0 

23 

2  27.0 

Oct. 

6 

14     H.l 

24 

7  50.2  . 

12 

8    7.3 

30 

6  52.2 

13 

18  1&4 

31 

U  12.4 

19 

12    6.6 

June 

6 

11  ia7 

20 

22  21.0 

SATELLITE 

IV 

• 

b    n 

b    m 

b      B 

b     m 

Jan. 

16 

14  43.8 

April 

10 

3  4V.7 

Aug. 

22 

23  12.1 

Oct. 

29 

4  57.5 

Feb.. 

2 

5  45.4 

26 

23  13.4 

8v»pt. 

8 

19  26.6 

Not. 

14 

22  33.6 

18 

21  46.2 

May 

13 

19  16.6 

25 

15  14.4 

Dee. 

1 

15    9.5 

March 

7 

14  49.5 

30 

15  41.7 

Oct. 

12 

10  27.7 

18 

6  45.6 

24 

8  50.7 

1 

460 


JUPITER'S  SATELLITES,  1896. 


WASHINGTON  MEAN 

TIME. 

1 

JANUARY. 

d       h    m     ■ 

d      h    m     ■ 

d      b    m     ■ 

1  12  30 

I.  •  Oc. 

Dit 

11     8  46 

L  •  Sh. 

K^. 
Di». 

«1   20  37 

I.    Tr. 

In. 

15     0  35.8 

I.  •  Ec. 

Re. 

1»     3    7 

I.    Oc. 

21  21 

I.    8I1. 

lo. 

9     2  56 

II.    Tr. 

In. 

5  53  14.3 

I.^Ec. 

Re. 

22  53 

I.    Tr. 

Eg. 

3  28 

II.    8b. 

III. 

18  20 

II.    Tr. 

In.  ^ 

23  38 

I.    Sh. 

K^ 

5  33 

II.    Tr. 

Eg. 

19  23 

II.    Sh. 

In. 

»   17  46 

I.    Oc 

Dii. 

6    6 

II.  •  8h. 

Eg. 

20  56 

II.    Tr. 

Eg. 

20  46    8.0 

I.    Ec 

1 

R*. 

9  49 

I.  •  Tr. 

lu. 

22    2 

II.    Sh. 

Eg. 

93     9  49 

IL  •  Tr. 

III. 

10    6     ' 

I.  •  Sh. . 

In. 

13     0  25 

I.    Tr. 

Iif. 

11  20 

II.  •  Sh. 

Id. 

12    5 

I.  •  Tr. 

Kg. 

058 

I.    Sh. 

In. 

12  26 

11.  •  Tr. 

^' 

12  22 

I.*  8^ 

Kg. 

2  41 

I.    Tr. 

Eg. 

13  59 

II.  •  Sh. 

U   , 

S    6  57 

I.*Oc. 

Die. 

3  14 

I.    Sh. 

E9. 
Di«. 

15    3 

L»Ti 

1.1.    , 

8  48 

III.  •  1>. 

In. 

21  34 

I.    Oc. 

15  50 

L^Sh. 

In. 

9  29  25.2 

I.  •  Ec. 

Re. 

14     0  22    4.9 

I.    Ec. 

Re. 

17  20 

L    Tr. 

Kg-    , 

10    2 

III.  •  Sh. 

In. 

1  34 

ni.    Oc. 

DiB. 

18    7 

I.    8h. 

^.   ' 

U  37 

IlI.^Tr. 

Eg. 

6  39  32.1 

ni.  •  Ec. 

Re. 

94  12  13 

L^Oc 

Dis. 

12  64 

III.  •  8h. 

Eg. 

13  14 

II.  •  Oc 

Dis. 

15  15    8.3 

L*Rc. 

R«. 

21  52 

II.    Oc. 

16  57  56.9 

n.  Ec. 

Re. 

18  60 

HL    Tr. 

In. 

4    1    4  56.3 

U.    Eg. 

Re. 

18  52 

I.    Tr. 

In. 

2139 

III.    Tr. 

Eg. 

4  15 

I.    Tr. 

In. 

19  26 

I.    Sh. 

Id. 

22    1 

ni.    8b. 

S: 

435 

I.    8h. 

In. 

21    8 

I.    Tr. 

Eg. 

9ft     056 

III.    8b. 

Eg. 

6  31 

I.  •  Tr. 

Eg. 

21  43 

I.    Sh. 

Eff. 
Db. 

440 

II.    Oc 

Difl. 

6  51 

I.  •  Sh. 

E9. 

1ft  16    0 

I.'Oc. 

5  31 

rv.  8b. 

lu. 

ft    1  23 

I.    Oc. 

Dw. 

.  18  50  49.5 

I.    Ec. 

Re. 

6  38 

IV.*  8b. 

Eff. 

3  58    7.4 

I.    Ec. 

Re. 

1ft     7  29 

II.  •  Tr. 

In. 

8  50  67.9 

n.^Ec 

Re. 

16    4 

II.  •  Tr. 

In. 

8  42 

II.  •  Sh. 

In. 

9  30 

I.*Tr. 

In. 

16  46 

II.  •  Sli. 

In. 

10    6 

II.  •  Tr. 

Kft. 
Eg. 

10  18 

I.*8h. 

In. 

18  40 

II.    Tr. 

Eg. 

11  21 

II.  •  Sh. 

11  46 

I.  •  Tr. 

Eg 

19  24 

II.    Sh. 

Kg. 

13  18 

I.  *  Tr. 

In. 

12  35 

I.  •  Sh. 

22  41 

I.    Tr. 

In. 

13  55 

I.  •  Sh. 

In. 

9ft     6  40 

I.*Oc. 

23    3 

I.    Sh. 

In. 

15  34 

I.  *  Tr. 

Eg. 

9  43  51.4 

I.*Ec 

Ke. 

•    0  57 

I.    Tr. 

Kg. 

16  12 

I.  •  Sh. 

Eg. 
DVs. 

23    0 

II.    Tr. 

In. 

1  20 

I.    Sh. 

Dw. 

20  27  11.4 

IV.    Ec. 

97     0  38 

II.    Sh. 

In. 

19  49 

I.    Oc. 

20  59  58.2 

IV.    Ec. 

Re. 

1  37 

II.    Tr. 

Eg- 

22  15 

III.    Oc. 

Dis. 

IT   10  27 

I.»Oc. 

Die. 

3  18 

II.    Sb. 

Kg. 

22  26  55.9 

I.    Ec. 

Re. 

13  19  42.0 

I.  •  Ec. 

Re. 

3  57 

I.    Tr. 

li! 

r    2  38  16.6 

III.    Ec. 

Re. 

15  26 

III.  •  Tr. 

In. 

4  47 

I.    Sh. 

In. 

10  59 

11.  •  Oc. 

Dis. 

18    1 

III.    Sh. 

In. 

6  13 

I.  •  IV. 

Eg. 

14  22  35.5 

II.  •  Ec. 

Re. 

18  16 

111.    Tr. 

Eg. 

7    4 

I.  •  Sh. 

D». 

17    7 

I.*Tr. 

In. 

20  56 

III.    Sh. 

Ek. 
Die. 

98     1    7 

I.    Oc 

17  32 

I.  •  Sh. 

In. 

18     2  22 

II.    Oc. 

4  12  45.8 

I.    Ec 

Re. 

19  23 

I.    Tr. 

Eg. 
Eff, 

6  15  36.9 

II.  •  Ec. 

Re. 

824    . 

IIl.'Oc 

Dis. 

19  48 

I.    Sh. 

7  44 

I.  •  Tr. 

In. 

11  14 

III.^Oc. 

Re. 

8  14  15 

I.  •  Oc. 

Die. 

824 

I.  *  Sh. 

In. 

11  55  18.8 

III.  •  Ec 

Di». 

16  55  3a4 

I.  •  Ec. 

Re. 

10    1 

I.  •  Tr. 

Kg. 

14  42  45J2 

III.^Ec 

Re.    1 

»    5  12 

II.    Tr. 

In. 

10  40 

I.  •  Sh. 

Eg. 

17  50 

II.    Oc 

Dif,  ' 

6    5 

II.  •  Sh. 

In. 

19    4  53 

I.    Oc. 

Die. 

22    8  39.0 

II.    Ec 

Re. 

7  48 

II.  •  Tt. 

Kg. 

7  48  29.2 

I.  •  Ec. 

Re. 

22  24 

I.    Tr. 

In. 

8  43 

II.  •  Sh. 

Eg. 

20  39 

II.    Tr. 

In. 

23  16 

I.    Sh. 

In. 

11  33 

I.  *  Tr. 

In. 

22    1 

II.    Sh. 

In. 

99     0  40 

I.    Tr. 

Eg. 

12    0 

I.  •  Sh. 

In. 

23  16 

II.    Tr. 

Eg. 

1  33 

I.    8b. 

Eg. 

13  49 

I.^Tr. 

Eg. 

M     0  40 

II.    Sh. 

Eg. 

19  33 

I.    Oc 

Dk. 

14  17 

I.  *  Sh. 

Egr. 

Dm. 

2  11 

I.    IV. 

In. 

22  41  83.5 

I.    Ec 

Re. 

10     8  41 

I.  •  Oc. 

253 

I.    Sh. 

In. 

SO  12  11 

II.  •  Tr. 

In. 

11  24  29.2 

I.  •  Ec. 

Re. 

4  27 

I.    Tr. 

Kg. 

13  57 

II.  •  Sh. 

In. 

12    6 

III.  •  Tr. 

In. 

5    9 

I.    Sli. 

Kg. 

14  48 

II. -Tr. 

Eg. 

14    1 

III.  •  Sh. 

In. 

23  20 

I.    Oc. 

Die. 

16  37 

II.    Sh. 

Eg. 

14  55 

IIL'Tr. 

Kg. 

»1     2  17  21,8 

I.    Ec. 

Re. 

16  51 

I.    Tr. 

U. 

16  55 

Ill,  •  Sh. 

4' 

Die. 

4  57 

III.    Oc. 

Die. 

17  45 

I.    Sb. 

In. 

11     0    6 

II.    Oc. 

7  46 

lll.*Oc 

Re. 

19    7 

I.    Tr. 

Eg. 

3  40  16.7 

II.    Ec. 

Re. 

7  54  35.1 

UI.  •  Ec. 

Dis. 

20    1 

I.    Sb. 

eJ. 

5  59 

I.  ■  Tr. 

In. 

10  40  48.5 

IlI.^Ec. 

Re. 

31   14    0 

I.'Oc. 

Di# 

6  29 

I.  •  Sh. 

In. 

15  31 

11.  •  Oc. 

Die. 

17  10  29.5 

I.    Ec 

U^. 

8  15 

I.  •  Tr. 

.Kg. 

19  33  17.7      11.    Ec. 

Re. 

22  18 

III.    Tr. 

Vln. 

NOTB..~.Iii.  denotes  ingreea;  Sg., 

Oe.dcBoteeoeQ«lta«IOB{  Tr. 


Die.,  dissppeennoe;  He.,  reeppeiu«Qoe;  B<i.,  vellpM. 
trBBsttOff  theeAUllite;  Sh.,  transit  of  the  elukdow ;  *Yteibleat 


JUPITER'S  SATELLITES,  1895. 


461 


WASHINGTON  MEAN  TIME. 


JANUASY. 


Phatu  of  th*  Edip$t$  of  the  SattUitet  for  an  hvtrtin^  TeU$eopt. 


I. 


1-84 


9& 


9S 


I     97 


Oi 


III. 


1 

Cor^igvratumi  at  11^  0*  fir  t 

m  hwerting  TtUscope, 

Dmy. 

WmtL 

^ 

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3- 

462 


JUPITER'S  SATELLITES,  1895. 


WASHINGTON  MEAN  TIME. 

l^BRUARY. 

d      it    m     A 

d      b    ID     ■ 

H      h    m     ■ 

1      1    8 

III.    Tr. 

Eg. 

le    8  37 

I.  •  Sh. 

In. 

1#     7  18 

I.  •  Sb, 

Ks. 

2    0 

III.    Sh. 

III. 

9  49 

I.  •  Tr. 

Eg. 

8  15    6.4 

rV.  •  Ec. 

I>ie 

4  67 

III.    8b. 

Eg. 
Db. 

10  54 

L*Sh. 

Eg. 

9  5(»  40.0 

IV.  •  Ec, 

Kc 

7    0 

U.'Oc. 

23  23 

IV.    Sh. 

ii!: 

«•     1    2 

I.    Oc 

!>». 

11  17 

I.  •  Tr. 

lu. 

11     0  57 

IV.    Sh. 

Eg. 

4  28  21.3 

I.    Ec. 

Be 

11  96  19.4 

II.  •  Ec. 

Re. 

444 

I.    Oc 

Die. 

19  32 

n.    Tr. 

In. 

12  13 

I.  •  Sh. 

lu. 

8    3  51.3 

I.-Ec. 

Re. 

21  51 

n.    Sh. 

Id. 

13  34 

I.  •  Tr. 

Eg. 

15  30 

III.    Oc 

Die. 

22    9 

U.    Tr. 

^' 

14  30 

I.*  8b. 

E^. 
Di». 

18  21 

III.    Oc. 

Re. 

22  18 

I.    Tr. 

iZ 

d     827 

I.*Oc. 

19  55  45.7 

III.    Ec 

Die. 

23  29 

L    8h. 

In. 

11  39  19.8 

I.  •  Ee. 

Re. 

22  34 

II.    Oc 

Dis. 

91     0  32 

U.    8b. 

Dm. 

14  17  10.0 

IV.  •  Ec. 

Die. 

22  45  35.3 

III.    Re 

Re 

034 

I.    Tr. 

15  28  37^ 

IV. -Ec 

Re. 

19     2    0 

I.    Tr. 

In. 

146 

I.    Sb. 

S     1  23 

II.    Tr. 

In. 

8    5 

I.    Sb. 

In. 

19  30 

I.    Oo. 

3  16 

II.    Sb. 

In. 

3  19  22.8 

n.  Ec 

Re. 

22  57  20.6 

I.    Ec. 

Re 

4    0 

II.    Tr. 

Eg. 

4  16 

I.    Tr. 

Eg- 

«i     9  11 

111.  •  Tr. 

In. 

6  44 

I.*Tr. 

In. 

522 

I.    Sh. 

mi 

12    4 

III.  •  Tr. 

^ 

5  56 

n.  •  8h. 

Eg. 

23  12 

I.    Oc 

14    0 

Ill.^Sb. 

6  42 

I.  •  Sb. 

In. 

13     2  32  41.5 

I.    £c 

Re 

14  13 

IL  •  Oc. 

Die 

8    0 

I.  •  Tr. 

Eg. 

17    2 

IL   Tr. 

In. 

16  46 

L    Tr. 

In. 

859 

I.  •  Sh. 

Eff. 

19  13 

IL    Sh. 

In. 

17    1 

in.    Sh. 

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4     255 

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19  40 

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17  68 

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20  27 

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11  54 

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Die. 

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19  12  27.3 

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^ 

14  45 

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21  53 

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Eg. 

20  16 

I.    8h. 

Eg. 

15  55  31.1 

III.    Ec. 

Dia. 

22  44 

I.    Tr. 

Eg. 

M   13  58 

L    Oc 

Die 

18  44    9.3 

III.    Kc 

Re. 

23  51 

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e|. 

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17  26  13.6 

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20  11 

n.    Oc. 

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14   17  39 

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94     847 

IL  •  Tr. 

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ft     0  11 

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21    1  39.8 

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Re. 

11  10 

IL  •  Sh. 

Id. 

0  44    0.8 

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Re. 

1ft     5  29 

III.    Tr. 

In. 

11  13 

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In. 

1  11 

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Id. 

820 

III.  •  Tr. 

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11  26 

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2  28 

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10    0 

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In. 

12  27 

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328 

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13  30 

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21  22 

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13  61 

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Re. 

14  55 

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14  44 

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14  36 

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16    3 

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M     826 

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Die 

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16  37    3.4 

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11  55  12L9 

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17  13 

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22  65 

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»•     1  48 

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327 

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15  30  32.3 

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Re. 

3  65  62.6 

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20  55 

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5  41 

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6  67 

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17  21 

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21  28 

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22    3 

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Die. 

23  55  46.2 

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Die. 

029 

II.    Sh. 

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13  34  54.1 

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Ke. 

1*     1    0 

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0  41 

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lu. 

2  46  46.4 

in.    Ec 

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I.    Sh. 

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6  54 

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3  50 

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226 

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Eg. 

6  26 

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3  10 

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e|. 

7  33 

I.  •  Tr. 

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5  54  45.8 

II.  •  Ec. 

Re. 

3  41 

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Eir.    1 

8  34 

TI.  •  Sh. 

Eff. 

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Eir. 

21  23 

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DW.  ' 

HOTC—la.  denoUM  ingreMi  Kg.,  egreM;  l>i«.,  disappearauce;  Ke.,  reappeiumnoe ;  Kc,  eoiipM. 

Oe.  deeotM  oocnltetioa %  Tr..  treosU  of  the  a»tellit« ;  8h.,  trmnsit  of  the  ehedowt  *  Vlatble  at  Wm 


JUPITER'S  SATELLITES,  1895. 


463 


WASHINGTON  MEAN  TIME. 


II. 


8 


9 


10  I 


II 


19 


FEBRUARY. 


Phases  of  tkt  EdiptM  of  tkt  SaUUiUs  for  m  hutrtmg  TtUtcopt, 


IV. 


ConfigwraHons 

at 

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buftri 

^mfc  TeU$eope, 

Day. 

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JUPITER'S  SATELLITES,  1896. 


WASHINGTON  MEAN  TIME. 

MARCH. 

(1       h    m     ■ 

d      h    m     e 

d      h    m     e 

1    0  53    3.9 

I.    Ec 

R«. 

11   12  14 

I.*Oc. 

Die. 

»1     9  27 

L*8b, 

^'    1 

12  58 

ni.  •  Tr. 

In. 

15  46  42.5 

I.    Ec 

Re. 

11     6 

U.*Sh. 

^.  ! 

15  52 

111.    Tr. 

Dm. 

19     6  40 

III.  •  Oc 

Die. 

W     3    7 

I.    Oc 

K*. 

16  42 

II.    Oc 

830 

n.'Oc 

Die. 

6  40  19.1 

L*Ec 

Se 

18    0 

IIL    Sb. 

In. 

928 

L*Tr. 

In. 

93     020 

L    Tr* 

Ib« 

18  38 

I.    IV. 

In. 

935 

III.  •  Oc 

Re 

022 

IL    Oc 

Die 

19  53 

I.    8b. 

In. 

10  45 

I.  •  Sh. 

In. 

046 

DL    Tr. 

In. 

20  54 

I.    Tr. 

Kg. 

11  44 

I.'Tr. 

^ 

1  38 

I.    Sb. 

In. 

21    2 

III.    8b. 

Kg. 

11  56  57.3 

III.  •  Ec 

237 

L    Tr. 

Eff- 

21  47  52.2 

II.    Ec. 

rI 

13    3 

I.-Sb. 

Eg. 

342 

III.    Tr. 

Eg. 

22  10 

I.    Sb. 

E^. 
Dm. 

13  41    0.5 

11.    Ec 

Re. 

355 

I.    8b. 

Etr- 

9  15  51 

I.    Oc. 

14  51  23.7 

III.    Ec 

Re 

5  34  12.5 

11.    Kc 

S. 

19  21  57.8 

I.    Ee. 

Re. 

13     6  42 

I.*Oc 

Die 

559 

UL    Sh. 

lo. 

3   11  20 

II.  •  Tr. 

In. 

10  15  34.5 

I.*Ec 

Re 

9    4 

UL'Sh. 

^ 
^ 

13    6 

I.'Tr. 

In. 

14     3  13 

XL    Tr. 

In. 

21  36 

I.    Oc 

13  48 

II.  •  8b. 

In. 

3  56 

L    Tr. 

In. 

94     1    9  12.9 

I.    Ec 

Be 

13  58 

II.  •  Tr. 

Eg. 

5  14 

L    8b. 

In. 

8    5 

IV. -Oc 

Die 

14  22 

I.    8b. 

iS. 

545 

IL    8b. 

In. 

936 

IV.  •Oc 

Re 

15  22 

I.    Tr. 

Eg. 

5  51 

IL    Tr. 

Eg. 

18  49 

I.    Tr. 

In. 

16  29 

II.    8b. 

Eg. 

6  13 

L    Tr. 

Ei. 

19  10 

II.   Tr. 

In. 

16  39 

I.    Sb. 

Eg. 
Du. 

7  32 

L*8b. 

Eg. 

20    7 

I.    8b. 

In. 

4  10  19 

I.    Oc. 

827 

11.  •  8b. 

E£. 

20  16  44.8 

IV.    Ec 

Die 

13  ^  56.3 

I.    Ec. 

Re. 

13     1  11 

L    Oc 

21    6 

I.    Tr. 

Eg. 

ft    2  45 

III.    Oc 

Dis. 

4  44  34.0 

L    Ec 

Re 

21  43 

IL    Sb. 

l!£ 

5  39 

lU.    Oc 

Re. 

20  45 

m.    Tr. 

In. 

21  49 

U.    Tr. 

Eg. 

6  57 

II.    Oc 

Db. 

21  47 

n.    Oc. 

Die 

22  24    . 

I.    8b. 

Eg- 

7  34 

I.  *  Tr. 

In. 

22  25 

I.    Tr. 

In. 

22  27  25.0 

IV.    Ec 

rI 

7  56  28.4 

III.  •  Ec. 

DiB. 

23  16 

IV.    Tr. 

In. 

93     0  25 

IL    8b. 

E^    . 
Die 

8  51 

I.  •  8h. 

In. 

23  41 

ra.    Tr. 

Eg. 

16    5 

I.    Oc 

9  50 

L  *  Tr. 

Kg. 

23  43 

I.    8b. 

K: 

19  38  12,4 

I.    Ec 

Re 

10  49  46.8 

III.  •  Ec. 

Ri. 

16     0  39 

IV.    Tr. 

Eg. 

93  13  18 

I.    Tr. 

In. 

11    5  34.9 

n.  •  Ec. 

Re. 

0  41 

L    Tr. 

Eg. 

13  40 

IL    Oc 

Die 

11    8 

I.  •  Sb. 

Kg. 
Dm. 

1  59 

III.    Sb. 

In. 

14  36 

I.    Sli. 

Id. 

•    4  48 

I.    Oc. 

2    1 

I.    Sb. 

Eg. 

14  43 

III.    Oc 

Die 

8  19  48JI 

I.  *  Ec. 

Re 

2  5d44.2 

II.    Ec. 

Re. 

15  35 

I.    Tr. 

Eg. 

T    0  37 

II.    Tr. 

In. 

5    3 

III.    Sb. 

Eg. 

16  53 

L    Sh. 

E?. 

2    2 

I.    Tr. 

In. 

11  19 

IV.  •  Sb. 

In. 

17  40 

III.    Oc 

nL 

3    7 

II.    8b. 

In. 

13  29 

IV.  •  Sb. 

Die. 

18  51  56.4 

IL    Ec 

Re 

3  15 

II.    Tr. 

Eg. 

19  40 

I.    Oc. 

19  58  21.4 

IIL    Ec. 

Die 

3  19 

I.    Sb. 

In. 

23  13  2ai 

I.    Ec 

Re 

22  55    2.4 

IIL    Ec 

Re 

4  19 

I.    Tr. 

Kg. 

17  16  32 

IL    Tr. 

In. 

9T  10  34 

L'Oc 

Dki. 

5  36 

I.    8h. 

Kg. 

16  53 

L    Tr. 

In. 

14    7    3.7 

I.    Ec 

Re 

5  49 

II.    Sb. 

Kff. 
Du. 

18  12 

L    8b. 

In. 

98     7  47 

L^Tr. 

In. 

14  14 

IV.    Oc 

19    5 

II.    Sb. 

In. 

8  30 

n.'Tr. 

In. 

15  25 

IV.    Oc. 

Re. 

19  10 

II.    Tr. 

Kg. 

9    4 

L  •  Sh. 

In. 

23  16 

I.    Oc. 

Die. 

19  10 

I.    Tr. 

Kg. 

10    4 

L^Tr, 

Eg 

8     2  15  21.9 

IV.    Ec. 

Die. 

20  29 

I.    Sb. 

Kg. 

11    2 

U,»Sh. 

In. 

2  48  48.8 

I.    Ec. 

Re. 

21  47 

IL    Sb. 

Kg. 

11  10 

U.*Tt. 

Eg. 

4    9  54.3 

IV.    Ec. 

Re 

18  14    9 

I.    Oc. 

Die 

1122 

L*Sh. 

S. 

16  50 

III.    Tr. 

In. 

17  42  27.9 

I.    Ec 

Re 

13  44 

II.    8h. 

Eg. 

19  13 

II.    Oc. 

Die. 

!•  10  39 

IIL  •  Oc 

Die. 

99     5    3 

L    Oc 

Die 

19  44 

UI.    Tr. 

Kg. 

11    4 

IL^Oc. 

Die. 

8  36    2.5 

L*Ec 

Re    1 

20  31 

I.    Tr. 

In. 

1122 

L^Tr. 

In. 

30     'H  16 

L    Tr. 

In. 

21  48 

I.    Sb. 

In. 

12  40 

L  •  Sb. 

In. 

259 

IL    Oc 

Die. 

22    0 

m.   Sh. 

In. 

13  35 

IIL    Oc 

Re. 

333 

L    Sh. 

lu. 

22  47 

I.    Tr. 

Kg. 

13  39 

L    Tr. 

Eg, 

433 

I.    Tr. 

Eg.    . 

•     0    5 

I.    Sb. 

Eg. 

14  58 

L    Sb. 

Eg. 
Die 

4  51 

III.    Tr. 

In. 

0  23  17.7 

n.  Ec. 

Re. 

15  57  50.0 

III.    Ec. 

650 

L    Sli. 

^^' 

1    2 

m.  sii. 

Eff. 
Die. 

16  16  27.5 

n.  Ec 

Re. 

7  49 

nL*Tr. 

Eg. 

17  45 

I.    Oc. 

18  53  32.8 

III.    Ec 

Re 

8    9  42.1 

IL*Ec 

Re. 

21  17  42.7 

I.    Ec 

Re. 

M     8  38 

L*Oc 

Die 

959 

UI.  •  Sb, 

III. 

lO  13  54 

n.*Tr. 

In. 

12  11  19.4 

L  •  Ec. 

Re. 

13    6 

UI.    Sb. 

%• 

14  59 

I.    Tr. 

In. 

91     5  51 

II.    Tr. 

In, 

23  33 

I.    Oc 

Dw. 

16  17 

I.    Sh. 

In. 

5  51 

I.    Tr. 

In. 

31     3    4  55.9 

I.    Ec 

Re 

16  27 

U.    Sb. 

In. 

7    9 

L  •  Sb. 

In. 

20  45 

I.    Tr. 

In. 

16  33 

n.    Tr. 

Eg. 

8    8 

L*Tr. 

Eg. 

21  51 

U.    Tr. 

In. 

17  16 

I.    Tr. 

Eg. 

824 

IL^Sb. 

In" 

22    2 

L    8h. 

In. 

18  34 

I.    Sb. 

Kg. 

829 

II.  •  Tr. 

Eg. 

23    3 

L    IV. 

Kg. 

19    8 

II.    Sh. 

Kg. 

Kore— ledenoteeingreee;  £g.,  egreee;  DU.,  diAappearanoet  Ke,  reeppeutuice)  Ec.,  eolipee 

Oe  denotes  ooonltetlon  i  Tr.,  traoait  of  the  aatelHte;  8h.«  tranelt  of  ibe  ebedow  i  *  VielMe  at  WeehSagMe 


JUPITER'S  SATELLITES,  1895. 


465 


I. 


IL 


19  lOi 


13 


14 


15 


16  i 


17 


18 


19   I 


00 


«t 


9a  I 


94 

95J 
96  ■ 
97" 


WA8HIN(}TON  MEAN  TIME. 


MARCH. 


PlmtU  of  ikt  EeUpita  of  the  SaUUUes  for  an  hwtriin^  Telesrope, 


III. 


IV. 


Con/iguratiofU  ai  D*"  30™  for  an  Inveriing  TeU9Copt* 

Vuj, 

Watt. 

lU^U 

1 

1                                   4-                                  -9         0 

)3-        1- 

3- 


•o 


09'  I- 

O 


*9#  3< 


O        I 


*i* 


•3 


3-       I 


V_4  0 

o 


3- 


3-     I  -4 


O      91 


'39' 


I-  ' 


4- 


•3     9* 


I     O 

O" 

O 

" o 

' o 

o 

I     o 


9-        -3 


4*       '30*91 
4*  •!( 


•9 


4* 

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3- 


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o 


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I        3- 


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98     0<*09- 

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f-     3~    O         *^ 

o 


1 
■a 


3- 


•3 


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30 


466 


JUPITER'S  SATELLITES,  1895. 


w 

ASHJLSGTON  M£AS 

mu%' 

1 

1 

APRIL. 

4       k    «     • 

4      h    »     • 

4      k    ■     • 

1     0  19 

L    8b. 

Eg- 

f  14  30                L    Oc 

Die 

9m  16  56tt7 

n.    Ee 

Re 

021 

IL    Sb. 

iT 

16  43    0.5.  IV.    Ec 

Re 

17  25 

i  m.    Tr. 

le 

0  30 

n.    Tr. 

Eflr- 

17  58  24.7 

L    Ec 

Re 

20  26 

IIL    Tr. 

Eg. 

3    3 

IL  eh.. 

^ 

11   1141 

L    Tr. 

Im. 

21  59 

IIL    Sh. 

iZ 

18    1 

IV.    Tr. 

hi 

12  64 

L    Sh. 

Ib. 

91     1    9 

IIL    Sh. 

Eg. 

IS    2 

L    Oc 

l>«. 

13  64 

n.    Tr. 

In. 

628 

L    Oc 

Die 

19  11 

IV.    Tr. 

%- 

13  50 

L    Tr. 

Eg. 

8  61  46L9 

L'Ec 

Re    . 

81  33  66U) 

L    Ee. 

S! 

16  12 

L    Sh. 

Eg. 

M    230 

L    Tr. 

In. 

9     619 

IV.    Sh. 

Ib. 

16  18 

n.  Sh. 

jZ 

346 

L    8h. 

In. 

743 

IV.  •  Sh. 

Kg. 

16  36 

IL    Tr. 

Eg. 

466 

L    Tr. 

Eg.    ' 

15  15 

L    Tr. 

Im. 

19    1 

XL    Sh. 

DiL 

6    1 

n.    Tr. 

In. 

16  18 

n.    Oe. 

Die 

IS     859 

L»Oe* 

•    4 

L    8h. 

£g- 

10  30 

L    Sh. 

In. 

12  27  2L8 

L    Ee 

Re 

8  14 

IL»8h. 

S^ 

17  32 

L    Tr. 

Eg- 

IS     6  11 

L    Tr. 

Im. 

842 

IL»Tr. 

Eg- 

18  48 

L    Sh. 

Eg. 

723 

L'Sh. 

In* 

10  66 

XL    8h. 

e| 

18  49 

IIL    Oe. 

Dk. 

8  19 

n.^Oc 

Die 

23  68 

I.    Oc 

Die 

8127S8US 

IL    Ec 

Re 

828 

L*Tr. 

Eg. 

SS     320  432 

L    Ee 

fie 

21  48 

III.    Oc 

Re 

9  41 

L'Sh. 

^. 

21    9 

L    Tr. 

In. 

23  58  37^ 

IIL    Ec 

DU. 

13  U 

m.    Tr. 

S 

22  15 

L    Sh. 

In. 

S     25625.5 

m.    Ec 

Re 

13  20  4&4 

IL    i;c 

Re 

23  26 

L    Tr. 

Eg^ 

12  31 

L    Oc 

Db 

16  U 

IIL  Tr. 

Eg. 

•4     0  22 

XL    Oe 

Die 

10    2  46.0 

I.    Ec 

Re 

18    0 

IIL    Sb. 

S: 

033 

L    Sh. 

Eg- 

4     944 

L»Tr. 

In. 

21    8 

ni.    Sb. 

^* 

6  14  12.7 

IL    Ec 

Si 

10  50 

L^Sh. 

In. 

14     3S9 

L    Oc 

Die 

728 

in.'Oc 

Die 

U  12 

IL'Tr. 

In. 

656  13.5 

L'Ee 

Re 

10  30 

IIL'Oe 

Se 

12    1 

L   Tr. 

Eg. 

19     0  40 

L    Tr. 

In. 

11  58  6ai 

IIL    Ec 

Die 

13  17 

L    8b. 

Eg. 

1  51 

L    Sb. 

In. 

14  59  5&1 

UL    Ec 

Re 

13  40 

n.    8h. 

In! 

258 

L    Tr. 

Eg. 

18  28 

L    Oc 

Die 

13  51 

IL    Tr. 

Eg. 

3  16 

n.    Tr. 

In. 

2149  3L2 

L    Ec 

Be 

16  23 

IL    8b. 

Eg. 

4  10 

L    Sb. 

Eg. 

M  15  39 

L    Tr. 

In. 

»     7    1 

L^Oc 

Die 

636 

n.   Sb. 

In. 

16  44 

L    Sb. 

In. 

10  31  43.8 

L»Ec 

Re 

6  57 

n.    Tr. 

Eg. 

17  66 

I.   Tr. 

Eg. 

•     4  13 

L    Tr. 

In. 

820 

IL'Sb. 

e|. 

Dm. 

19    2 

L    Sb. 

^ 

5  28 

L    Sb. 

In. 

21  59 

L    Oc 

19  24 

n.   Tr. 

ll 

538 

IL    Oc. 

Die 

!•     1  25  10^ 

L    Ec 

Re 

21  33 

n.    Sh. 

In. 

630 

L    Tr. 

Eg. 

19  10 

L    Tr. 

In. 

22    6 

n.    Tr. 

Eg. 

746 

L  •  8b. 

Eg. 

20  20 

L    Sb. 

In. 

M     0  17 

IL    8h. 

dSL 

859 

ra.*Tr. 

In. 

21  27 

L    Tr. 

E^. 
D». 

12  58 

L    Oe 

10  45  13.7 

IL»Ec 

Re 

21  39 

IL    Oc 

16  18  26.0 

L    Ec 

Se 

11  58 

HL    Tr. 

Eg. 

22  38 

I.    Sb. 

Eg. 

82    7 

IV.  Co. 

Db 

13  60 

m.    Sh. 

In. 

IT     2  38  34.5 

IL    Ec 

Re 

9f     020 

IV.    Co. 

Se 

17    7 

UL    8b. 

Eg. 
Dw. 

3  12 

IIL    Oc 

Dis. 

8  21  46.3 

rv.^JEc 

Die 

y     1  30 

L    Oc 

6  13 

IIL    Oc 

Re 

10    9 

L^Tr. 

In. 

5    036w3 

L    Ec 

Re 

7  58  34.4 

UL*Ec 

Die 

10  59  15i> 

IV.   Ee 

Be 

22  42 

L    Tr. 

In. 

10  58  31.4 

III.  •  Ec. 

Re 

11  13 

L    Sh. 

In. 

23  57 

L    8b. 

In. 

16  28 

I.    Oc, 

Die 

12  26 

L    Tr. 

Eg. 

9     033 

IL    Tr. 

In. 

19  53  59.9 

I.    Ec 

Re 

13  30 

L    8h. 

Du. 

059 

I.    Tr. 

Eg. 

19   12  28 

IV.    Tr. 

In. 

13  44 

n.  Oc 

2  14 

L    Sb. 

Eg. 

13  40 

I.    Tr. 

In. 

18  32    2.8 

U.    Ee 

Be 

259 

n.    Sh. 

In! 

14  31 

IV.    Tr. 

Eg. 

21  41 

HL    Tr. 

le 

3  13 

IL    Tr. 

Eg. 

14  49 

L    Sh. 

In! 

m     0  44 

m.    Tr. 

Eg. 

542 

IL    Sh. 

Dw. 

15  57 

I.    Tr. 

Eg. 

159 

in.    Sh. 

S: 

20    0 

L    Oc. 

16  39 

II.    Tr. 

In. 

6    9 

lU.   Sb. 

Ef. 
D^ 

23  29  34.6 

L    Ec. 

Re. 

17    7 

I.    Sb. 

Eg. 

728 

L»Oc 

•   17  12 

L    Tr. 

In. 

18  55 

II.    Sh. 

In" 

10  47  16.6 

L    Eo. 

Se 

18  25 

L    Sh. 

In. 

19  19 

IL    Tr. 

Eg. 

M     4  8S 

L   Tr. 

In. 

18  58 

II.    Oc 

Die 

21  39 

II.    Sh. 

Eg. 

642 

L    Sh. 

In. 

19  29 

I.    Tr. 

Eg. 

23  18 

IV.    Sh. 

In. 

655 

L    Vt. 

Eg. 

20  43 

L    Sh. 

Di.. 

1#     1  57 

IV.    Sh. 

Eg. 
D&. 

7  59 

L'Sh. 

kI 

22  59 

IIL    Oc. 

10  58 

I.   Oc. 

847 

n.»Tr. 

In. 

!•     0    2  50.4 

IL    Ec 

Re. 

14  22  56.0 

L    Ec. 

Re 

10  51 

U.    Sh. 

In. 

1  59 

IIL    Oc. 

Re. 

»•    8    9 

I.  •  Tr. 

In. 

11  28 

n.    Tr. 

Eg. 

2  47 

IV.    Oc 

Dis. 

9  18 

I.  •  Sh. 

In. 

13  36 

IL    Sb. 

i 

3  5H  35.H 

IIL    Ec 

Die 

10  27 

L  •  Tr. 

g£ 

M     158 

L    Oc 

4  3H 

IV.    Oc 

Re 

11    0 

IL^Oc 

5  16  10.8 

L    Ec. 

Be 

6  57  2H.6    III,*Ec. 

R^. 

11  36 

I.    Sh. 

Eg. 

23    8 

L    Tr. 

Id. 

14  r»  IH'A     IV.     Kr. 

Dip. 

^ 

H^rrit,     In  '\fnnit*n  myctnum;   Kj?.,  ojfTfi 

\»-,  Difl.,  ilinappeurauco;  Ke.,  reappearmn 

06;  £o.,  eoUpto. 

———J 

(hi.  <lMtM»t«* 

n  oc/jiilutiim 

;  Tr.,  t 

rmnait  of  the  satellite 

»:   Sb.,  transit  of  th< 

B  ahAdoWi  *  Vlsihla 

at  WMhlagUnu 

JUPITER'S  SATELLITES,  1895. 


467 


WASHINGTON  MEAN  TIME. 


APRIL. 


Phaatt  of  the  Etlip$e$  of  the  SaMliU$  for  an  twttrting  TtUawpt. 


I. 


III. 


II. 


IV. 


d    r 


Conpgurt^wn*  a<  9^  0"  fmr  an  htverting  TtUteopt. 


Say. 


WMt 


I    I 


9-'l 


O.  4- 


M 


n 


4 1 


6   |03- 


8 


o 

OT 


•3  •« 


3- 


•4*3 


9 


10 


II 


19 


13  I 


14 


15  I 


16 


17 


18 


19 


<     90 


91 


Ol 


99 


93 


94 


95 


96 


97 


99   I09- 


30 


O    '4    '3    -9 


♦>. 


•4     -3 
3~~~ 


!•  O    3* 


O        I 

i-V    o 


•3  -9 


•I 


_o 

_o 

04-     I-9- 

I  o  ~ 

•90  3- 

Ol 


I 


•3 
3- 


•3     -9 


I 


3- 


3 


!•     90 

O 

o 

o 

9-     -4  -J  "   O 

9      Ol 
3'       _0 

ilO 

2  O 


I 


•9 

•3 

I-9*            -3 

3- 

!•             3- 

•4 

•9        '4 

•1 

,  I 


1 


468 


JUPITER'S  SATELLITES,  1895. 


WASHINGTON  MEAN  TIME. 

MAY. 

(t      b    m     ft 

• 

(i       b    m     a 

d      b    m     • 

1     0  10 

I. 

Sh.     In. 

11    15    2                I.    Sh.     In. 

94     4    9 

rV.    Tr.    In. 

125 

I. 

Tr.     Eg. 

16  25                I.    Tr.    Eg. 

5    9 

I.    Tr.    In. 

828 

I. 

8h.    Eff. 
Oo.    Dw. 

17  20 

I.    Sh.     Eg. 

5  55 

I.    Sb.    In. 

3    6 

II. 

19  14 

II.    Oo.    Dis. 

6  42 

rV.    lY.    Eg. 

7  49  53.7 

II.* 

Eo.    Ke. 

23  43  29.8 

II.    E€.    Re. 

726 

I.    Tr.    Eg. 

11  46 

III. 

Oo.    Dis. 

t9     6  21 

UI.    Tr.     In. 

8  13 

L*Sh.    Eg. 

14  50 

III. 

Oo.    Re. 

927 

III.*Tr.     Eg. 

U    9 

IV.     Sh.    la- 

15  59    7.8 

111. 

Eo.    Dis. 

958 

m.    Sh.     In. 

1124 

n.    Oc    Di». 

19    1  10.2 

m. 

Eo.    Re. 

1128 

I.    Oc.    Dis. 

14  19 

IV.     Sh.    Eg. 

20  28 

I. 

Oo.    Dis. 

13  10 

ni.    Sh.    Eg. 

15  37  19.1 

11.    Ec    Re 

23  44  5a0 

L 

Eo.    Re. 

14  37  58.3 

I.    Eo.    Re. 

M     053 

ITT.    Oc    Din 

9  17  38 

L 

Tr.    In. 

13     8  38 

I.»Tr.    In. 

229 

I.    Oc    Dift. 

18  39 

I. 

Sh.    lu. 

9  31 

I.»Sh.    In. 

5  30  45.4 

I.    Ec    R& 

19  55 

I. 

Tr.    Eg. 

10  55    ^ 

I.    Tr.    Eg. 

7    4  22.7 

in.    Ec   Ee. 

20  57 

I. 

Sh.    Eg. 

11  49 

I.    Sh.    Eg. 

23  39 

I.    Tr.    In. 

22  10 

II. 

Tr.    III. 

14  21 

n.    Tr.     In. 

94     024 

L    Sh.    Id. 

S     0  10 

u. 

Sh.    III. 

16    6 

II.    Sh.     In. 

156 

L    Tr.    Eg. 

0  52 

II. 

Tr.    Eg. 

17    3 

U.    Tr.    Eg. 
IV.    Oo.    Dis. 

242 

I.    Sh.    Eg. 

2  55 

n. 

Sh.     Eg. 
Oc    dTb. 

18    3 

634 

II.    Tr.    In. 

14  58 

I. 

18  51 

II.    Sh.    Eg. 

8    1 

n.»Sh.    Id. 

18  13  51.3 

I. 

Eo.    Re. 

20  31 

IV.    Oo.    Re. 

9  17 

TT.^IV.    Eg 

4   12    8 

I. 

Tr.    In. 

14     2  24  10.6 

IV.    Ec    Dis. 

10  47 

II.    Sh.    Efl. 

13    8 

I. 

Sh.    In. 

5  13  17.0 

IV.    Eo.    Re. 

21    0 

I.    Oc    Dk. 

14  25 

I. 

Tr.     Eg. 

5  5A 

I.    Oo.    Dis 

23  59  33.8 

I.    Ec    Re. 

15  25 

I. 

Sh.     Kg. 
Oo.    Dis. 

9    6  50.7 

I.*Eo.    Re. 

M  18    9 

L    Tr.    In. 

16  28 

n. 

19     3    8 

I.    Tr.     In. 

18  52 

L    Sh.    Id. 

21    7  44.5 

II. 

Eo.    Re. 

4    0 

I.    Sh.    In. 

20  27 

I.    Tr.    Eg. 

6     2    0 

III. 

Tr.     In. 

5  26 

I.    Tr.    Eg. 

21  10 

L    Sh.    Eff. 

5    4 

III. 

Tr.    Eg. 

6  18 

I.    Sh.    Eg. 
U.*Oc    Dw. 

••     0  47 

II.    Oc.    Dm. 

558 

III. 

Sh.    In. 

8  37 

4  55  13.1 

II.    Ec   Re. 

8    3 

IV. 

•Tr.    In. 

13    1  26.3 

II.    Eo.    Re. 

15    8 

III.    Tr.    In. 

9    9 

III. 

•Sh.    Eg. 

20  29 

III.    Oo.    Dis. 

15  30 

I.    Oc    Dii. 

9  28 

I. 

•Oc.    Dis. 

23  36 

III.    Oo.    Re. 

17  58 

m.    Sb.    In. 

10  26 

IV. 

Tr.    Eg. 

23  59  37.2 

III.    Eo.    Dis. 

18  16 

UL    Tr.    Eg. 

12  42  39.7 

I. 

Eo.    Re. 

le     0  28 

I.    Oo.    Dis. 

18  28  17.7 

I.    Ec    R«. 

17  19 

IV. 

Sh.     In. 

3    3  41.0 

m.    Eo.    Re. 

21  12 

III.    Sh.    Eg. 

20    9 

IV. 

Sh.    Eg. 

3  35  36.6 

I.    Eo.    Re. 

97   12  39 

I.    Tr.    In.    ; 

•     6  37 

L 

Tr.    III. 

.  21  3^ 

I.    Tr.    In. 

13  21 

L    Sb.    In.   < 

7  36 

I. 

"Sh.     In. 

22  29 

I.    Sh.    In.  • 

14  57 

L    Tr.    Eg. 

8  55 

I. 

•Tr.    Eg. 

23  56 

I.    Tr.     Eg. 

15  39 

I.    6b.    Eg.  . 

954 

I. 

•Sh.    Eg. 

19     0  47 

I.    Sh.    Eg. 

19  58 

n.    Tr.    In.    , 

11  33 

n. 

Tr.     Li. 

3  45 

II.    Tr.    In. 

21  20 

IL    Sb.    In.    1 

13  29 

n. 

Sh.    In. 

5  24 

II.    Sh.     In. 

22  42 

IL    Tr.    Eg. 

14  15 

II. 

Tr.     Eg. 

6  28 

II.     rr.    Eg. 

98     0    5 

n.    Sb.    E£. 

16  13 

n. 

Sh.    Eg. 

8    9 

II.  •Sh.    Eg. 
I.    Oo.    Dis. 

10    0 

L   Oo.   Dtt. 

y     358 

L 

Oc.    Dis 

18  59 

12  57    6.7 

L    Ec   R«.  , 

7  11  33.6 

I. 

Eo.    Re. 

22    4  25.8 

I.    Ec    Re. 

99    7    9 

L    Tr.    In.    1 

«     I    7 

I. 

Tr.     In. 

18   16    8 

I.    Tr.     In. 

750 

L»Sh.    In. 

2    5 

I. 

Sh.    In. 

16  57 

I.    Sh.    In. 

927 

L    Tr.    Eg. 

3  25 

I. 

Tp.     Eg. 

18  26 

I.    Tr.     Eg. 

10    8 

L    Sb.    Eg. 

423 

I. 

Sh.     E^. 

19  15 

I.    Sh.    Eg. 
II.    Oc     Dis. 

14  11 

n.  Oc  dS^ 

5  51 

II. 

Oo.    Dis. 

22    0 

18  13  16.0 

U.    Ec   Ra. 

10  25  37.9 

II. 

Eo.    Re. 

19     2  19  19.4 

II.    Ec    Re. 

M     4  31 

I.    Oc   Dw. 

16    7 

III. 

Oo.    Dis. 

10  44 

III.    'IV.    In. 

5  17 

m.    Oc    Difc 

19  12 

III. 

Oc.    R<?. 

13  29 

I.    Oc    Dis. 

7  25  48.4 

L    Ec    Re. 

19  59  44.2 

UI. 

Ec.    Dis. 

13  51 

III.    Tr.    Eg. 

11    4  43.3 

ni.    Ec    R«. 

22  28 

I. 

Oo.    Dis. 

13  58 

III.    Sh.    In. 

14  20 

rV.    Oc    Dii. 

23    2  47.8 

III. 

Ec.    Re. 

16  33  11.3 

I.    Ec.    Re. 

17    3 

IV.    Oc   Re^ 

•     I  40  19.7 

I. 

Eo.    Re. 

17  11 

HI.    Sh.    Eg. 

20  26  55.8 

rv.  Ec  v^ 

19  38 

I. 

IV.     In. 

M  10  38 

I.    Tr.     In. 

23  26  3a0 

IV.    Ec.   R«. 

20  34 

I. 

Sh.     In. 

11  26 

I.    Sh.     In. 

31     1  40 

L    Tr.    Id. 

21  55 

I. 

Tr.     Eg. 

12  56 

I.    Tr.     Eg. 

2  18 

L    Shu    In. 

22  52 

I. 

Sh.     Eg. 

13  44 

I.    Sh.     Eg. 

8  58 

I.    Tr.    Eg. 

l#     0  57 

II. 

Tr.     In. 

17    9 

II.    Tr.     In. 

4  36 

L    Sh.   Eg. 

2  47 

II. 

Sh.     lu. 

18  43 

II.    Sh.     In. 

923 

n.    Tr.    In. 

3  39 

II. 

Tr.     Eg. 

19  52 

II.    Tr.    Eg. 

10  38 

U.    Sh.    lo. 

5  32 

II. 

Sh.    £(^. 

21  28 

II.    Sh.    Eg. 
I.^Oc    Dis. 

12    6 

II.    Tr.    Eg. 

t            16  58 

I. 

Oo.    Dis. 

«1     7  59 

13  24 

IL    Sb.    U 

20    9  11.5 

I. 

Eo.     He. 

1            11    2    2.0 

I.    Ec.    Re. 

23    1 

'     U    14    8 

I. 

Tr.     It.. 

Xoriu— lu.  iltjuou^  lUKi'vas;  Kg.,  egrfss:  l>iit.,  UinapiteHrauco;  Ue.,  rt'ttppeamncc;  Ec,,  eclipse. 

Oc.  denotes  oconlutlon;  Tr.,  transit  ol'  tlie  AatelUte ;  Sh.,  trausit  of  the  shadow;  *  Visible  at  WaaUlnftn. 


JUPlTER^S  SATELLITES,  1895. 


469 


WASHINGTON   MEAN  TIME. 


MAY. 


Phases  of  the  Eclipses  of  the  SaleUUes  for  an  Inveriins^  Telescope. 


I. 


Day. 


6      O  I 


III. 


Con/igwraiiona  at  S**  30"  for 

on  hweriittg  Telescope. 

We«t. 

XMt. 

i      1 

•1      -3  O 

'2 

«     1 

o 

,.  ♦2- 

3   1 

2-    1          O 

<    1 

•*^      o 

1- 

5   I04- 

3-    lO 

.1 

3-     4 


« 


3- 


O  ^ 


8 


9   ! 


10    I 


II  ' 


IH 


19 


90 


o   -I 


I- 
1 


•I ,' 


•i«- 


I   o 


.«j 


13    , 

3- 

•4 

Oi- 

a- 

14    1 

•3 

2- 

O 

•4 

•4 

'!€ 

15    1 

•3 

1* 

O 

••2« 

16 

O 

i 

*2- 

•4 

1      »7    1 

1- 

3- 

O 

•3 

•4 

3- 


•I         03- 


3- 


O    I*      *^' 


W 


23 

*J4    \0  2' 


95 


96 


/O 


o~7 


•3 


.«j 


o    % 


w  I 


9rt 


'A    O  > 


30 

■3TI 


_o_i 
10 


•       *J. 


•4-3 


•9       O 


'4     O      I 


470 


JUPlTER^S  SATELLITES,  1895. 


WASHINGTON  MEAN  TIME. 


JUNE. 


b    m    •" 

829 
22  U 
2Sf42 

029 

1    0 

624 

10    7  11.4 
19  33 
22  18  10.4 

0  0 

1  57 
3  11 
5  13 

16  42 

17  10 

19    0 

19  28 


d       h    m     8 
1     1  54  35.1 

20  10 

20  47 

22  28 

23  5 

3     3  35 
7  31  10.2 
17  31 

19  34 

20  23  17.4 

21  57 

22  44 

3  1  12 

14  40 

15  16 

16  58 

17  34 

23  47 
23  56 

4  1  31 

2  42 
12  2 
1'4  52    4.7 


I.  Ec.  Re. 

I.  Tr.  In. 

I.  Sli.  In. 

I.  Tr.  Eg. 

I.  Sh.  Eg. 

II.  Oo.  Dig. 

II.  Ec.  Re. 

I.  Oo.  Dis. 

III.  Tr.  In. 

I.  Ec.  Re. 

III.  Sh.  In. 

III.  Tr.  Eg. 

III.  Sh.  Eg. 

I.  Tr.  In. 

L  Sh.  In. 

I.  Tr.  Eg. 

I.  Sh.  Eg. 

II.  Tr.  In. 

II.  Sh.  In. 

U.  Tr.  Eg. 


II.  Sh. 
I.  Oc. 
I.    Ec. 


Eg. 
Dm. 
Re. 


n      h    m     H 
9     9  11 
9  44 

11  28 

12  2 
17    0 

20  49  17.0 
e    6  32 
9  20  45.0 
9  43 

15  5    1.5 

T    3  41 

4  13 

5  59 

6  31 

12  12 

13  15 

14  56 

16  1 
8     029 

1    2 

3  21 

3  49  29.9 

5  19 


I.  Tr.  In. 

I.  Sh.  In. 

I.  Tr.  Eg. 

I.  Sh.  Eg. 

II.  Oc.  Dm. 

U.  Eo.  Re. 

I.  Oc.  Dis. 

I.  Ec.  Re. 

III.  Oe.  Dis. 
UI.  Ec.  Re. 

I.  Tr.  In. 

I.  Sh.  In. 

I.  Tr.  Eg. 

I.  Sh.  Eg. 

II.  Tr.  In. 

II.  Sh.  In. 

II.  Tr.  Eg. 

II.  Sh.  Eg. 

rV.  Tr.  In. 

I.  Oc.  Dis. 

IV.  Tr.  Eg. 
I.  Ec.  Re. 

IV.  Sh.  In. 


!• 


11 


1 
2 

4 


36 
33 
21 


5  19 
14  3 
16  46  55.9 


IV. 
1. 
I. 
L 
I. 


Sh. 
Tr. 
Sh. 
Tr. 

Sb. 


n.  Oc. 

U.  Ec 

I.  Oc 

I.  Ec 

m.  Tr. 

lU.  Sh. 

UI.  Tr. 

III.  Sh. 

I.  Tr. 

I.  Sh. 

L  Tr. 

I.  Sh. 

II.  Tr. 

II.  Sh. 

II.  Tr. 

U.  Sh. 

I.  Oc 

L  Ee. 


In. 

III. 

Dia. 

Re. 

Dk. 

RCL 

In. 

lo. 

Kg 

Eg. 
In. 

In. 
Eg 

lu. 
Eg. 


THE  8ATBLLITB8  OF  JQPITBB 


ARE  NOT  VISIBLE  FROM  JUNE  12rH  UNTIL  AUGUST  8r^ 


JUPITER  BEING  TOO  NEAR  THE  SUN. 


KnTB~In.  denotes  iDKreM;  Eg.,  egress ;  Dis  ,  disnppearauce;  Ke.,  reappeanuioe;  Bo.,  eelipee. 

Oe.  denot—  oeottif  Hon  >  Ir.,  txuuit  of  the  satellite  i  Sh.,  transit  of  the  shadow  t  *  Visible  at  WaahiugtSB. 


JUPITERVS  SATELLITES,  1895. 


471 


WASHINGTON  MEAN  TIME. 


JUNE. 


Phtues  of  the  EdipMta  of  the  SaUUiiu  for  an  Inctrtins^  TeUseope* 


I 


6 


9 


10  I 


II 


III. 


Confif^uraiiom  a<  8^  O"  for  an  hwerlinf^  TeUscope, 


'i 

1- 

O    "^ 

3- 

•4 

3    , 

3- 

o 

,.    .^, 

•4 
4- 

4 

3- 

2-    'I 

o 

5 

•3 

"Z 

•30 

•« 

4- 

6   1 

4- 

*l« 

I-     O     2-         4-       -3 


*!• 


4-    O  I 


3- 


|.      «j. 


472 


JUPITER^S  SATELLITES,  1895. 


WASHINGTON  MEAN  TIME. 


AUGUST. 


8 


!• 


11 


13 


13 


h 
2 
3 
5 
5 


m 
54 
23 
13 
42 


17  31    7.7 

21  19 
0  15  56.1 
•^    2 
21  22 
2153 

23  42 
23  49  49.5 
0  12 

5  15 

12  32 

13  35 

15  21 

16  25 

18  44  23.3 
21  32 

15  51 

16  23 

18  10 
18  43 

6  48  47.6 

10  43 
13  12  48.2 
16  2 
10  20 
10  53 

12  39 

13  13 
13  47 

16  4 

17  11 


19  31 

14  1  49 

2  .59 

4  39 

5  15 

5  50 

7  41  16.5 

8  59 
10  32 
10  43 

14  36 

15  4  48 

5  23 
7  7 
7  43 

20  7  19.4 

16  0    9 


L    8b.  In. 

L    Tr.  In. 

I.    Sh.  Eg. 

I.    Tr.  Eg. 

IL    Bo.  Dtt. 

IL    Oa  Re. 

I.    £o.  Dis. 

L    Oo.  Re. 

L    Sh.  In. 

L    Tr.  In. 

I.    Sk.  Eg. 

m.    Ec.  DiB. 

I.    Tr.  Eg. 

III.    Oc  Re. 

U.    8h.  In. 

II.    Tr.  In. 

II. 'Sh.  Eg. 

II.  •Tr.  E^. 

I.    £o.  DiB. 

I.    Oo.  Re. 

I.»Sh.  In. 

I.^Tr.  In. 

I.    Sli.  Eg. 

I.    Tr.  Eg. 

II.    Eo.  Dw. 


II.  Oc. 
I.  Ec. 
I.  •  Oc. 
I.  Sh. 
I.    Tp. 


Re. 

Dis. 

Re. 

In. 

In. 


I.  Sh.  Eg. 

I.  Tr.  Eg. 

III.  Sh.  Int 

IIl.^Tr.  In. 

III.  Sh.  Eg, 

III.  Tr.  Eg. 
II.  Sh.  In. 
II.  Tr.  In. 
II.  Sh.  Eg. 

IV.  Sh.  In. 

U.  Tr.  Eg. 

I.  Ec.  Dis. 

IV.  Bh.  Eg. 

I.  Oc.  Re. 

IV.  Tr.  In. 

IV.  Tr.  Eg. 

I.  Sh.  In. 

I.  Tr.  In. 

I.  Sh.  Eg. 

I.  Tr.  Eg. 

n.  Ec.  Dis. 

II.  Co.  Re. 


3       E    m     n 

le    2    9  40.9 

5    3 

23  17 

23  54 

IT     1  36 

2  13 

3  48  52.4 
9  42 

15  7 

16  23 


17  56 

19  14 

20  38    6.3 
23  33 

17  45 


18 


!• 


QO 


91 


99 


93 


94 


18  24 
20    4 
20  43 
9  24  58.9 

13  33 

15    6  29.6 
18    3 
12  14 
12  54 

14  33 

15  13 
17  46 

20  29 

21  11 
23  56 


4 

5 
7 


24 
46 
13 


8  37 

9  34  54.5 

12  33 

6  42 

7  24 
9  1 
9  43 

14  34  13.0 
18  16  35.0 

21  13 

22  43  33.8 

1  11 

2  59 

4    3  19.2 
7    3 
1  11 
1  54 

3  30 

4  13 


I.  Ec.  Dis. 

I.  Oo.  Re. 

L  Sh.  In. 

I.  Tp.  In. 

I.  Sh.  Eg. 


I.  Tr. 
III.  Ec 
lU.    Oo. 

IL    Sh. 

n.»Tp. 


I.»Ec. 
L  Oc. 
I.  Sh. 
I.  Tp. 
I.    Sh. 


I. 

ni. 
III. 
III. 
III. 


Tr. 
Sh. 
Tr. 
Sh. 
Tr. 


II.  Sh. 

U.  Tr. 

II.  Sh. 

II.  Tr. 

I.  Ec. 


IV. 
IV. 
IV. 
II. 
IV. 


Ec. 
Ec. 
Oc. 
Ec. 
Oc. 


Eg. 

Dw. 

Re. 

In. 

In. 


U.  Sh.  Eg. 

II.  Tp.  Eg. 

I.  Ec  Dm. 

I.  Oo.  Re 

I.  Sh.  In. 

I.  Tp.  In. 

L  Sh.  Eg. 

I.  Tp.  Eg. 

II.  Ec  Dis. 

n.  Oc.  Re. 


Dis. 
Re. 
In. 
In. 

Eg. 

Eg. 

In. 

In. 

Eg. 

Eg. 

In. 
In. 

Kg. 

Eg. 
Dis. 


I.  Oc.  Re. 

I.  Sh.  In. 

I.  Tp.  In. 

I.  Sh.  Eg. 

I.  Tp.  Eg. 


Dis. 

Re. 

Dis. 

Dis. 

Re. 


II.  Oc.  Re. 

I.  Ec.  Dis. 

I.  Oc.  Re. 

I.  Sh.  In. 

I.  Tp.  In. 

I.  Sh.  Eg. 

I.  Tr.  Eg. 


d      h    m     H 

94  7  47  10.7 
14    7 

17  41 

19  9 

20  30 

22    1 

22  31  43.1 

95  1  33 

19  39 

20  24 


21  58 

22  43 

12    1  13.0 

16  23 

17  0    6J0 


20  2 
9T   14    8 

14  54 

16  27 

17  13 

21  45 

98  0  52 
1  11 

4  21 
6  57 

832 

9  47 
11  24 
11  28  30.0 
14  32 

99  8  36 
9  24 

10  55 

11  43 

30  1  19  50.0 

5  48 

5  56  5L9 
9    2 

23  13 

31  3    5 

3  5 
355 
524 

6  13 

658 

11    3 

II  45  17.1 

18  30 

20  14 

21  55 

23    4 


Ifi. 
In. 


IIL  Ec 

III.  Oc 

IL  Sh. 

IL  Tp. 

n.  Sh. 


n.  Tr.  Eg. 

L  Ec  Die 

L  Oc  Re. 

I.  Sh.  In. 

I.  Tp.  In- 

L  Sh.  £f?. 

I.  Tp.  Eg. 

II.  Ec  THb. 

II.  •  Oc  Re 

L  Ec  IHs. 

L  Oc  Re. 

L  Sb.  In. 

L  Tp.  In. 

L*Sh.  Eg. 

L  Tr.  Eg. 

m.  Sb.  In. 

III.  Tp.  In. 

III.  8b.  Eg. 

III.  Tp.  Eg. 
IL  Sh.  In. 

n.  Tp.  In. 

II.  Sh.  Eg. 

IL  Tr.  Eg. 

I.  £c  Die 

L  Oc  Re 

L  Sb.  In. 

L  Tp.  In. 

I.  Sb.  Eg. 

L  Tp.  Eg. 

IL  Ec  Die 

II.  Oc.  Re 

I.  Ec  Die 

I.  Oc  Re. 

rV.  Sh.  In. 

L  Sh.  In. 

rV.  Sh.  Eg. 

I.  Tp.  In. 

I.  Sh.  Eg. 

L  Tp.  Eg. 

rV.  Tp.  In. 

IV.  Tp.  Eg. 
IIL  Ec  Dis 
IIL  Oc  Re 

II.  Sh.  In. 

IL  Tp.  Iu. 

IL  Sb.  Eg. 


NOTK — Iu.  (ieuui6«  iii^ress;  JSg.,  dgresa;  DU.,  disappearauoe ;  Ke.,  reappearance;  Ec,  eclipse. 

Oc.  4lenot4^«  ooculUtloni  Tr.»  tmnait  of  the  satellite t  Sh.,  traniiit  oF  the  shadow  i  *  Visible  M  WasUnictoB. 


JUPITER'S  SATELLITES,  1895. 


473 


WASHINGTON  MEAN  TIME, 


Arorvr. 


PhoMi  of  the  £klip»€M  of  the  SaUUiUe  for  an  Invertititc  Telescope, 


IIL 


11. 


16 
17    , 
18 


'21 


24 


»i6 

«7     O  I 

'2H ~_ 

29   I 
30 


",   :  © 


ConfiguraHone  a<  16**  O"  for  an  hwtriing  TcUseope. 


I        O*^*     '3 


O     I 


•4  3- 


O    'i 


I* 


o 


•3 


•I 


o    r 


■3 


O       3-     a- 

3^^      9-         O      I 

O  ^ 

I     4-     O        «• 


•2    I- 


474 


JUPITER'S  SATELLITES,  1895. 


WASHINGTON  MEAN  TIMB. 


bEPTEMBER. 

d      h    m     ft 
II     9  34 


"3       h    m     ft 
1      0  25  14.0 

0  46 

3  3d 

21  33 

22  24 

23  93 

9     0  43 
14  37  2a5 

18  53  34.6 

19  11 


!• 


32  2 

16  2 

16  54 

18  21 

19  13 

144 

5  10 

5  14 

845 

9  31 

11  17 

12  21 

13  21  58.0 

14  9 

16  31 

10  30 

11  24 

12  50 

13  43 

3  56    7.5 

7  50  18.7 
836 

11  1 
459 
553 

7  18 

8  13 

15  43    7.5 
19    1    6.1 

19  20 

22  47 

22  51 

0  39 

1  38 

2  18  39.3 

3  32 
5  31 

8  34  56.6 

12  24    9.0 

17  22 

21  31 

23  27 

0  23 

1  47 

2  43 

17  13  45.6 

20  46  5a8 

21  59 
0    0 

17  56 


18  53 

20  15 

21  12 
11     5  42 

9    9 


I.  Ec 

11.  Tr. 

I.  Oc. 

I.  Sb. 

L  Tr. 

I.  Sh. 

I.  Tr. 
II.^Ec 

I.  Ec 

II.  Oe. 


DU. 

Eg. 

Re. 

In. 

Id. 

Eg. 
Eg. 
Dm. 
Dis. 


I.  Oc  R«. 

L^Sh.  In. 

L»Tr.  In. 

L  8h.  Eg. 

L  lY.  Eg. 

UL  &u  In. 

III.  Sb.  Eg. 

IIL  Tr.  In. 

UI.  Tr.  Eg. 

IL  8h.  In. 

n.  Tr.  In. 

IL  Sk.  Eg. 

L  Eo.  Db. 

IL  Tr.  Eg. 

L'Oc  Re. 

I.  Sh.  In. 

I.  Tr.  In. 

L  8h.  Eg. 

I.  Tr.  Eg. 

n.  Ec  Dw. 

I.  Ec  Dis. 

IL  Oc  Re. 

L  Oc  Re. 

L  Sh.  In. 

I.  Tr.  In. 

L  Sh.  Eg. 

I.  Tr.  Eg. 

IIL'Ec  D». 

III.  Ec  Re. 
lU.  Oc  Die 

U.  Sh.  In. 

UL  Oc  Re 

IL  Tr.  In. 

IL  Sh.  Eg. 

I.  Ec  Dw. 

U.  Tr.  Eg. 

I.  Oc.  Re. 

IV.  Ec  Di8. 
IV.  Ec  Re. 
IV.  Oc  Die 

IV.  Oc  Re. 

I.  Sh.  In. 

I.  Tr.  In. 

I.  Sb.  Eg. 

I.  Tr.  Eg. 

n.  •  Ec.  Dis. 

I.  Eg.  Dis. 

II.  Oc.  Re 

I.  Oc  Re. 

L  SI..  In. 


I. 

L 

I. 

IIL 

IIL 


Tr.  In. 

Sh.  Eg. 

Tr.  Eg. 

Sh.  In. 

Sb.  Eg. 


12  4 

13  6 

14  1 

14  55 

15  15  20.7 

16  54 

18  30 
19   12  24 

13  22 

14  44 

15  42 

13  6  32  26.0 
9  43  40.1 

11  23 

13    0 

14  6  53 
7  52 
9  12 

10  12 

19  40  59.1 

22  59  42.1 

23  38 

15  1  21 
3  11 

3  23 

4  11  59.7 
4  11 

6  16 

7  29 

le     1  21 

222 
340 
4  42 

17  11 

19  50    3.7 

21  8 

22  40  18.0 
IT     0  46 

1  59 

2  52 
7    7 

19  50 

20  52 

22  9 

23  11 

18  9  40 

13    8 

13  51 

14  38 

16  45 

17  8  .3a4 
17  24 

17  28 

19  38 

20  28 

19  14  18 

15  21 

16  37 

17  41 

»•    9    8  45.3 

11  36  57.3 
14  10 

14  .S8 
*JI      8  46 


ni.    Tr. 

U.    Sh. 
IIL    Tr. 

U.    Tr. 

U.^Sh. 

L»Ec 
U.  •  Tr. 
L  Oc 
I.  Sh. 
I.    Tr. 

L  ♦  Sh. 

L  •  Tr. 
n.    Ec 

I.  Ec 
IL    Oc 


L 
L 
L 
L 
L 


Oc 
Sh. 
Tr. 
Sh. 
Tr. 


IIL  Ec 

IIL  Ec 

HI.  Oc 

II.  Sh. 

IIL  Oc 

n.  Tr. 

L  Ec 

II.  Sh. 

IL  Tr. 

L  Oc 

L  Sh. 

L  Tr. 

L  Sh. 

L  Tr. 
IV.  •  Sh. 


Id. 
In. 

Eg. 
In. 

Eg. 

Die 

Eg. 
Re 
In. 
In. 

Eg. 
Eg. 
Die 
Die 
Re 

Re 
In. 
In. 

Eg. 
Eg. 

Dis. 

Re 

Die 

In. 

Re 

In. 

Die 

Eg. 

Eg. 

Re 

In. 
In. 

Eg. 
Eg. 
In. 


n.  Eo.  Die 

IV.  Sh.  Eg. 

I.  Ec  Dm. 

II.  Oc  Re 

L  Oa  Re 

IV.  Tr.  In. 

IV.  Tr.  Eg. 

I.  Sh.  In. 

I.  Tr.  In. 

L  Sh.  Eg. 

L  Tr. 

III.  Sb. 

III.  Sh. 

lIL*Tr. 

U.  •  Sh. 


IL  •  Tr. 

I.  •  Ec 

III.  •  Tr. 

1 1.    Sb. 

IL    Tr. 

I.  Oc. 
I.  *  Sb. 
I.  •  Tr. 
I.^SIi. 
L    Tr. 


II. 

1. 
II. 

I. 

I. 


Ec. 

Ec. 
•Oc 
•Oc 

Sb. 


Eg. 
In. 
Eg. 

In. 

In. 

Die 

Eg. 

Eg. 
Eg. 

Re 

In. 

In. 

Eg. 

Eg. 

Dis. 

Dis. 

Re 

Re. 

In. 


d      n    m    ft 
91     9  51 

11  6 

12  10 

23  39  18.3 
M     2  58  443 

354 

355 

6    5  15.4 

6    6 

645 

728 

869 

987 

M     3  15 

4  20 

5  34 
640 

22  96  21.9 
94     0  33  32.8 
332 

356 
91  43 
50 
8 
9 


97 


0 
1 


9  ?4  32.5 
6  30  99.5 

13    5 

13  38 

17    7 

17  11 

17  24 

18  6 

19  169.0 
19  97 

90  9 

91  40 

92  90 
99  96 

16  19 

17  19 

18  31 

19  39 

U  45    3.8 
13  30  10.9 

16  55 
16  55 

10  40 

11  48 

13  0 

14  8 

3  87  90.0 
698 

6  57  27^ 

7  58  97.5 

8  9 

8  47 

9  19 
11  24 
11  41 

11  48 

5  9 

6  18 

7  98 

8  37 


L  Tr. 

L  Sb. 

L  Tr. 

m.  Ec 

in.  Ec 

U.  Sh. 

m.  Oc 

L  £c 

IL  Tr. 

IL  Sh. 

IIL  Oc 

n.  Tr. 

L  Oc 

L  Sh. 

L  Tr. 

L  Sh. 

I.  Tr. 

IL  Ec 

I.  Ec 

IL  Oc 

I.  Oc 

L  Sh. 

L  Tr. 

L  Sh. 

I.  Tr. 

IV.  Ec 
IV.  Ec 
IV.  Oc 
m.  •  Sh. 
in.»8b. 

IL*Sh. 

IV.-Oc 

III.    Tr. 

I.    Ec 

n.    Tr. 

IL  Sh. 
IIL    Tr. 

IL  Tr. 
I.  Oc 
L^Sh. 

L'Tr. 
L  Sh. 
L  Tr. 
n.  Ec 
L'Bc. 

IL^Oc 
L»Oc 
L  Sh. 
L  Tr. 
I.    Sh. 

L»Tr. 

m.    Ec 

IL    Sh. 

m.    Ec 

L    Ec 

in.  Oo. 

IL    Tr. 

n.    Sb. 

L    Oc 

n.    Tr, 

m.  Oc 

L  Sh. 

L  Tr. 

L  Sli. 

L  Tr. 


^ore— Iii.denote«ii>(p«Aa;   Eg.,  cgrvss;   l>is.,  di8HppearaD0«;    K«.,  r««ppe»ruio«;   Ko<^  «vlipiMu 

OcdcaotSftoocolUtioD;  Tr.,  tnasit  of  tlie  sUeUitSi  Slu,  tcmnsit  of  the  sluMiow ;  *  Visible  «l  WMhiaciee 


JUPITER'S  SATELLITES,  1895- 


475 


WASHI^^GTON  MEAN  TIME. 


ShPIKMBKU. 


PhoMM  of  the  Eclipses  of  the  SattUiUs  for  an  InvtHinf^  TeUscope. 


II. 


18     03' 


19     O  I 


%   I 


IV. 


Configurations  ai  }5^  liO"*  for  an  inverting  Telescope. 


I    0*i* 


3 


.»! 


20 

4- 

•3 

21 

•4 

•3      !• 

^ 

•4 

2 

23 

•4 

I- 

t 

24 

• 

•4 

o_ 

O    !, 

o  _ 

o_ 
o 


•I 

t 


•3 


26 

3- 

27 

•3 

28 

•3               1* 

2» 

2- 

30 

•*2I- 

o 

•I    o  •■'••■<• 

O  '"" 

o 
o 

o   -^i 
o 


•         'O 


3 


•4 
•I 


2- 


r.i  -37 

•     0  <7 

I  r>7 

M     7 

17  »7 

Itl  *i 

WCS 

S.1 

91    If 

IW    8 

SN  19 

)H  36 

«    U  » 

164 

11    8 

lli  IS 

16    & 

m  16 

20  25 

21  36 

2a  IB 

«    839 

M  n  31.31 

l!i  83  19.61 

18  5* 

19  38 

«  12  34 

13  4tl 

14  M 

1«    6 

•    7  35  46.61 

tf    1 

»G1 

(5.8 

10  56  35^1 

11  W 

11  r>3 

laao 

13  31 

14  31 

If.  06 

»    7    3 

8  15 

9  33 

10  :«i 

»    3:ty 

«.3 

4   lit 

1.8 

7  -I't 

»  :.!> 

•    1  ;ti 

3  44 

3  01 

5    4 

31  :ir. 

S3  i: 

3-,'  4^ 

9..'. 

•     0  47 

1    5 

3  lit 

3  30 

3  41 

6    6 

\9:-S 

31  13 

■il  19 

33  SI 

lit.  Ko. 

II.  ail. 

1.  b:a. 

III.  Ec. 


IH.'Oo. 

I.  Rh. 
I.  ■I'f. 
I.  Sli. 


■a  0  a.'i  47.4 
8  14 

15  41 

14  30 
l.*)  43 

16  4H 


14  36 

14  f*  I.I 

15  16 

16  38 


II  111 

13  31 

>  6  13  56.9 


IV.  Eo. 
IV.  Oc. 
IV. -Oc. 


L'Sh. 

I.  Tr. 

lU.  Ec. 

II.  Sli. 

I.  Kc. 

II.  "IV. 

ll."8h.  : 

IH.»Ec. 

I.'Oc. 

III.'Oc 

11. "Tr.  : 

III.  Oc. 

1.  Sh. 

I.  Tr. 


U.  E«.  Dii. 


I.  Tr. 

I.  8h. 

L  Tr. 


III.  8h.  lu. 


I.  Sh. 
I.  Tr. 

I.  Sli. 


II.  <K-.  «6. 


I. 

i> 

Dio. 

n. 

111. 

111. 

!•> 

Hi. 

11. 

Ir 

In. 

11. 

Kg. 

111.  1>.  Ut. 


e» 

73a 

334 

660 

6  16 

S3  47 

M 

1    3 

S    7 

323 

21    2  33.1 

32  to    4.(1 

1M 

037 

18  15 

19  33 

20  35 

31  52 

16  30  47.7 
16  40 

19  & 
19  16 
I9  38  37J 
19  32 
33  II 
22  51  S3.4 
»  0  33 
4  10 
12  44 
14  0 

14  34  15.9 

15  3 

16  30 

18  41  17J 
►  8  41 


13  33 

16  57 

•  7  IS 

9  32 

10  49 

I  4  27  lae 
5  57 


8  1 
6  33 


13  %    ' 

14  38 
\»   16 


II.  E«.  Di*. 


1.  Eo.  Di^ 


II.  Oc  R& 


1.  >  £c  Du. 


JUPITER'S  SATELLITES,  1895. 


477 


WASUmGTON  MEAN  TIME. 

OCTOBER. 

Phases  of  the  Edipses  of  the  SateUiUs  for  an  Inverting  Telescope, 

I. 

-  ^ 

•  ^ 

•    •^■^ 

IT 

a   ^ 

,y      0                     t                             /—-^ 

^   ^^_      *       1 

AX* 

• 

•                     •                             Kj 

1 
1 

Con/SfBTUiYiiumf 

ai  15**  O*  for  an  Invertint^  Telescope, 

Dm  J. 

Wett. 

Kiwt. 

1 

1 

•1 

O           •!    2                3-               4* 

« 

• 

O          V                  4- 

:i 

•2-3- 
4- 
3 

•2       1- 

O      }: 

4 

3- 

•lO 

•2« 

5 

O  1*                                       4-         • 

O                       -2 

•3# 

6 

4- 

20      1 

7                        4- 

O                            -3 

8 

1                        -4 

O           ,'                     3- 

!» 

•4 

•I      o        ; 

. 

1      l« 

t                                              -4 

3- 

2-  3- 
•4        ? 

O       1- 

1 

1 

n 

o 

1 

V2 

•3 

0  2- 

O  '\                -2 
•30                              4 

•l# 

i<  t 

15 

•*2             1- 
1- 

O                          -3                       -4 

O      '"^'^                        3-                          -4 
O                  2-3                                                  -4 
O            1-                                                   4- 

16 



17 

•2*     3- 

18 

3- 
•3 

•1 

t 

-3 
*2  4- 

•2   1 

O                                                  4- 

1 

M» 

1-  o           ••« 

_    •*• 

1  '  'V 

1 

i-i 

4* 

O  '"^'^                            -3 

.4- 

O                *-?• :« 
3-  O             •» 



*26 

•4                               3- 

o 

O      f      **i 

1  o  «• 

'    O               -3 

1 

1 

4« 

•2# 

*26 

•4                 '3 

Z7 

1                                                    -4 

•3       • 

98 

1 

2- 

«> 

O     \   •••                           3 

30 

: 

1- 
2- 

O                     *^*     3-    -4 

31      O  3- 

O         1                          -4 

1 

478 


JUPITER'S  SATELLITES,  1895. 


WASHINGTON  MEAN  TIME. 

NOVEMBER. 

<l       h    m     ft 

d      h    m     « 

d      b    m    s 

1       1  41 

I.    Sb. 

lu. 

It     3  24  19.0 

III.    Ec 

Dis. 

31    13  35 

I.*Oc. 

Re 

2  57 

I.    Tr. 

lu. 

6  48  19.0 

III.    Ec. 

Re 

13  37 

II.  •  Sh. 

Id. 

4    0 

I.    Sh. 

Eg. 

8  22 

III.    Oc. 

Dis. 

16    2 

II.  •  Tr. 

lo. 

5  17 

1.    Tr. 

Di«. 

12    1 

III.  •  Oc. 

Re. 

16  30 

II.  •  Sh. 

Eg. 

22  55  35.5 

1.    Ec. 

16  31 

I.  •  Sh. 

In. 

18  57 

II.    Tr. 

e|. 

a     0  46  13.2 

II.    Ec. 

Di«. 

17  47 

I.  •  Tr. 

In. 

21  24 

III.    Sh. 

In. 

2  30 

I.    Oc. 

Re. 

18  51 

I.    Sh. 

Eg. 

m     0  57 

III.    Sh. 

Eg. 

6  16 

II.    Oc. 

Re. 

20    6 

I.    Tr. 

4 
Dm. 

2    9 

III.    Tr. 

In? 

20    9 

I.    Sh. 

In. 

13    13  45    9.0 

I.  •  Ec. 

548 

m.    Tr. 

Eg. 

21  26 

I.    Tr. 

In. 

16  39  50.8 

II.  •  Ec 

Dis. 

722 

L    Sh. 

I^ 

,  22  29 

I.    Sh. 

Eg. 

17  18 

I.»Oc 

Re. 

832 

L    Tr. 

Id. 

2:}  46 

I.    Tr. 

Eg. 

22    5 

II.    Oc 

Re 

9  41 

I.    Sh. 

Eg. 

3    17  23  60.1 

I.  •  Ec. 

Die. 

13   11    0 

I.*Sli. 

In. 

10  52 

I.  •  Tr. 

Eg. 

19  14 

II.    Sli. 

In. 

12  15 

I.  *  Tr. 

In. 

16  59 

IV.  •Sh. 

iS. 

20  58 

I.    Oc. 

Re. 

13  19 

I.  •  Sh. 

Eg. 

2190 

IV.    8h. 

Eg. 

21  49 

II.    Tr. 

In. 

14  34 

I.  •  Tr. 

Eff. 

93     4    0 

IV.    Tr. 

In. 

22    6 

II.    Sh. 

Di». 

14     8  13  24.9 

I.    Ec. 

DFs. 

4  34  60.1 

I.    Ec 

Die 

23  26  11.3 

III.    Ec. 

8  33  33.6 

IV.    Ec. 

Dis. 

8    3 

I.    Oc 

R«. 

4     0  44 

11.    Tr. 

Eg. 

11    4 

II.  •Sh. 

In. 

834  23.2 

II.    Ec 

I>ie 

2  49  34.7 

III.    Ec. 

Re. 

11  45 

I.  •  Oc. 

Re 

8  40 

IV.    Tr. 

Eg. 

4  29 

III.    Oc. 

Dis. 

12  45  39.0 

IV.  •  Ec 

Re. 

13  51 

U.*Oc 

R«. 

8    8 

UI.    Oc. 

Re. 

13  35 

II.  ♦  Tr. 

In. 

94     1  50 

I.    Sb. 

In. 

14  37 

I.'Sh. 

In. 

13  56 

II. 'Sh. 

Eg. 

3    0 

L    Tr. 

In. 

15  54 

I.  •  Tr. 

In. 

16  30 

II.  •  Tr. 

Eg. 

4  10 

I.    Sh. 

Eg. 

16  57 

I.^Sh. 

Eg. 

17  26 

III.  •  Sh. 

In. 

620 

L    Tr. 

^. 

18  14 

I.  •  Tr. 

Eg. 
Dii. 

20  15 

IV.    Oo. 

Dis. 

23    3    6.8 

I.    Ec 

Die 

«   11  52    5.5 

I.'Ec 

20  59 

III.    Sh. 

Eg. 

M    230 

I.    Oc 

Re« 

14    3  44.6 

II.  •  Ec. 

Dis. 

22  23 

III.    Tr. 

In. 

264 

II.    Sh. 

In. 

15  26 

I.*Oc. 

Re. 

15     0  52 

IV.    Oc 

Re 

6  14 

II.    Tr. 

In. 

19  32 

II.    Oc. 

Re. 

2    2 

III.    Tr. 

Eg. 

6  47 

IL    Sh. 

Eg. 

23    2 

IV.    Sh. 

In. 

528 

I.    Sh. 

In. 

8  10 

II.    Tr. 

Dw. 

•     3  18 

IV.    Sh. 

Eg. 

6  43 

I.    Tr. 

In. 

11  20  36.8 

III.'Ec 

9    6 

I.    Sh. 

In. 

7  48 

I.    Sh. 

Eg. 

14  46  46.8 

III.  •  Ec 

Re 

10  22 

I.    Tr. 

In. 

9    2 

I.    Tr. 

Eg. 

mi 

15  64 

III.  •  Oc 

Die 

10  58 

IV.  •  Tr. 

In. 

le     2  41  43.0 

I.    Ec 

19  33 

lU.    Oc 

Re. 

1126 

I.  *  Sh. 

Eg. 

5  58  23.0 

II.    Ec 

Dis. 

20  18 

I.    Sh. 

In. 

12  42 

I.  •  Tr. 

e|. 

6  13 

I.    Oc. 

Re 

21  27 

I.    Tr. 

Id. 

15  35 

IV.  •  Tr. 

E^. 
Dis. 

11  21 

II.  •Oc 

Re 

22  38 

I.    Sh. 

Eg. 

7     6  20  21.3 

I.    Ec. 

23  56 

I.    Sh. 

In. 

23  47 

I.    Tr. 

Eg. 

8  30 

II.    Sh. 

In. 

IT     1  10 

I.    'IV. 

In. 

M   17  3183.3 

I.  •  Ec 

dL 

9  54 

I.    Oc. 

Re. 

2  16 

I.    Sh. 

Eg. 

20  67 

L    Oc 

Re 

11    5 

II.  •  Tr. 

In. 

330 

I.    Tr. 

Eg. 

21  51  6S.9 

II.    Ec 

Die 

1123 

II.  •  Sh. 

Eg. 

21    9  58.2 

I.    Ec. 

Dm. 

9T     3    4 

II.    Oc 

R«. 

13  28 

ni.  •  Sh. 

In. 

18     0  20 

n.    Sh. 

In. 

14  47 

I.  •  Sh. 

In. 

14    0 

II.  •  Tr. 

Eg. 

0  41 

I.    Oc. 

Re. 

16  56 

I.  •  Tr. 

In. 

17    0 

ni.  •  Sh. 

Eg. 

2  48 

II.    Tr. 

In. 

17    7 

I.  •  Sh. 

Eg. 

18  33 

III.    Tr. 

In. 

3  13 

II.    Sh. 

Eg. 

18  16 

I.  •  Tr. 

4 
Dui. 

22  12 

III.    Tr. 

Eg. 

5  44 

II.    Tr. 

Eg. 

98   11  59  40.2 

I.'Ec 

8     3  34 

I.    Sh. 

In. 

7  22  12.5 

UI.    Ec 

Die 

15  26 

I.*Oc 

Re. 

4  50 

I.    Tr. 

In. 

10  46  4ai 

IlI.*Ec 

Re. 

16  10 

11.  •Sh. 

In. 

5  54 

I.    Sh. 

Eg. 

12  10 

III.  •  Oc 

Dis. 

18  27 

II.  •  Tr. 

In. 

7  10 

I.    Tr. 

4 
Dis. 

15  49 

m.*oc 

Re. 

19    4 

II.    Sb. 

Eg. 

9     0  48  3a6 

I.    Ec. 

18  25 

I.    Sh. 

In. 

21  22 

n.   Tt, 

Eg. 

3  22  19.6 

II.    Ec. 

Dis. 

19  37 

I.    Tr. 

In. 

99     1  22 

HI.    8h. 

I?. 

4  22 

I.    Oc. 

Re. 

20  44 

L    Sh. 

Eg. 

466 

ni.    Sh. 

Eg. 

8  50 

II.    Oc. 

Re. 

21  57 

I.    Tr. 

Eg. 

650 

ni.    Tr. 

I^ 

22    3 

I.    Sh. 

In. 

t9   15  38  14.7 

I.»Ec 

Die. 

9  15 

I.    Sh. 

In. 

2:^  19 

I.    Tr. 

In. 

19    8 

I.    Oc. 

Re 

930 

III.    Tr. 

Eg. 

lO     0  22 

I.    Sh. 

Eg. 

19  15  53.3 

II.    Ec 

Dis. 

10  22 

I.  •  Tr. 

iiJ: 

1  38 

I.    Tr. 

4 
Dis. 

»e    0  36 

n.    Oc 

Re. 

11  36 

I.  •  Sh. 

Eg. 

19  16  53.4 

I.    Ec. 

12  53 

I.  •  Sh. 

In. 

12  42 

I.^Tr. 

4 
Dis. 

21  47 

II.    Sh. 

In. 

14    5 

I.  •  Tr. 

In. 

39     6  28    0J2 

I.    Ec 

22  r>o 

I.     Or. 

Re. 

15  13 

I.*8h. 

Eg. 

952 

I.*Oc 

Re 

11     0  20 

II.    Tr. 

In. 

16  25 

I.*Tr. 

Eg. 

11  10  19.9 

IL  •  Ec 

Die 

0  40 

11.     Sh. 

Eg. 

*JI    10    6  31.0 

I.  •  Ec. 

Dis. 

16  18 

II.  •  Oc 

Re. 

3  15 

11.    Tr. 

kI 

— _  — . 



1 

KOTR.'-lii.  d«not<*«  iut;i'e«a;   Kg.,  egreiia;   Dis.,  diKappt^tirauct.;   Ke.,  reappearaooe;  Sc,  ecllpiio. 

Oc  d«noten  occalUtion ;  Tr.,  transit  of  th«  MtelUt«:  Sh.,  tnuiait  of  Uie  ■badow}  *  Visible  wM 


JUPITER'S  SATELLITES,  1895. 


479 


WASHINGTON  MEAN  TIME. 


NOVEMBER. 


PhoMtM  of  the  EeUpBts  of  the  SatelliUi  for  an  hwtriinf^  Telescope, 


I. 


III. 


II. 


Dny. 


4~ 


5 

6     qV 

"'I  I 
8   ' 


\0 


19 


13 


14 
15 


16 


17 


18 


19 


9T 


«l 


93 


94 


95 


96 

97" 


98 


99 


30 


0  9- 


Oi 


IV.    I 


Configuratumi  ai  M^  ^'^  for  an  Inveriinfc  Telescope, 


West. 


•91 


•3 


_o_ 
or 


1-9 
9-  ~ 


_^90 
F  O 


4-  -3 

"•9      3- 


4-  90    3-     I 

3-9   I-  O 


3- 


;3       -I       O 

_  2: _  6  *!; 

•9      O 


•3 
3- 


*4     O       •13- 

•9:«*     I*  O  '^ 


3- 


•♦*     . 


I 


•3 


•I 


O 


9;  O ± 

•9    -I     O 


•:\ 


3-   I 


O 
O  ^ 

o  ■ 


•9 


:»• 


3- 


4-        0'9  I 

9-      ~    O    ~  »• 
•9    -I       O  •'* 

Ol"  9  3 


o    «• 

3-  I-    O 

O 


3- 


•3( 


'3( 


I 


•9( 


480 


JUPITER'S  SATELLITES,  1895. 


WASHINGTON  MEAN 

TIME. 

DECEMBER.                                                                               i 

1 

<(      h    m     N 

d       h    in      a 

d      h    m     a 

1    2  32  56.9 

IV.    Ec. 

Dis. 

10     2  46 

III.    Oc 

Re. 

ao   18    4 

I.^Tr. 

Eg. 

3  44 

1.    8h. 

In. 

li  24 

I.    'I'r. 

%• 

20    6 

III.    Tr. 

eS. 

4  49 

I.    Tr. 

III. 

21  17  53.2 

I.    Ec 

me 

41   12    8    1.8 

I.'Ec 

Die 

6    4 

I.    Sh. 

Eg. 

11     0  33 

I.    Oc 

Ite. 

15  12 

I.^Oc 

Re. 

6  49  4&7 

IV.    Ec 

Re. 

3    3  43.7 

II.    Ec 

Db. 

18  57  52.4 

U.    F^. 

Db. 

7    9 

I.    Tr. 

% 

7  53 

II.    Oc. 

Re. 

23  24 

II.    Oc 

Be 

12  49 

IV.  •Oc 

Dl8. 

18  34 

I.  •  Sh. 

In. 

8»     9  25 

I.  •  Sh. 

In. 

17  30 

IV.  •Oc 

Re. 

19  31 

I.    Tr. 

In. 

10  10 

I.  •  Tr. 

In. 

•    0  56  17.0 

I.    Ec. 

Dis. 

20  54 

I.    Sh. 

Eg. 

11  45 

I.*Sh. 

£g- 

4  19 

I.    Oc. 

Re 

21  51 

I.    Tr. 

Eg. 

12  31 

L-Tr. 

4 

537 

II.    Sli. 

lu. 

1»  15  46  12.1 

I.*Ec 

Db. 

83     6  36  22.9 

L    Ec 

Die 

7  38 

U.    Tr. 

In. 

19    0 

I.    Oc 

Re. 

938 

I.»Oc 

Se. 

8  21 

II.    8h. 

Eg. 

21  18  . 

II.    Sh. 

In. 

13    9 

n.»8h. 

In. 

10  34 

II.  •  Tr. 

E9. 

23  10 

II.    Tr. 

In. 

14  87 

II.  •  Tr. 

In. 

15  U  24.1 

ni.-Ec 

Die 

13     0  11 

IL    Sh. 

Eg. 

16    3 

II. -Sh. 

Eg. 

18  44    7.3 

m.^Eo. 

Re 

2    5 

II.    Tr. 

Eg. 

17  33 

IT.*Tr. 

19  32 

m.  Oc 

Difl. 

9  19 

Ill.^Sh. 

In. 

84     3  11  53.1 

DL    Ec 

22  12 

I.    8h. 

In. 

VZ  54 

III.  •  Sh. 

Eg. 

3  54 

I.    Sh. 

In. 

23  12 

III.    Oc 

Re 

12  59 

III.  •  Tr. 

In. 

4  37 

I.    lY. 

In. 

23  16 

I.    Tr. 

In. 

13    3 

I.^Sh. 

In. 

6  13 

L    Sli. 

Eg. 

3    032 

I.    Sh. 

Eg. 

13  58 

I.»Tr. 

In. 

6  57 

I.    Tr. 

Eg. 

1  36 

I.    Tr. 

Eff. 
Db. 

15  23 

I.  •  Sh. 

Eg. 

9  40 

III.  •  Oc 

^ 

19  25  36.8 

I.    Ec 

16  18 

I.*Tr. 

Eg. 

88     1    4  46.8 

I.    Ec. 

Die 

22  46 

I.    Oc 

Re. 

16  39 

III.  •  Tr. 

E|f. 
Die 

3    5 

I.    Oc 

Re. 

4    0  27  50.0 

IT.    Ec 

Die 

14  10  14  2bSl 

I.»Ec 

8  15  23L0 

II. 'Ec 

I>k. 

530 

II.    Oc 

Re 

13  26 

I.  •  Oc. 

Re 

12  33 

n.»Oc 

Re. 

16  41 

I.  •  Sh. 

In. 

16  22    4.5 

n.  •  Ec. 

Db. 

22  22 

I.    Sh. 

In. 

17  43 

I.  •  Tr. 

In. 

21    4 

U.    Oc 

Re 

23    3 

I.    Tr. 

In. 

19    0 

I.    Sh. 

Eg. 

1«     7  31 

I.    Sh. 

In. 

88     042 

I.    Sh. 

Eg. 

20    3 

L    Tr. 

Eg. 

824 

L»Tr. 

In. 

123 

I.    Tr. 

Eg. 

5  13  52  53.7 

I.*Ec 

Die 

9  51 

I.  •  Sh. 

Eg. 

454 

IV.    Sb. 

In. 

17  13 

I.  •  Oc. 

Re. 

10  44 

I.«Tr. 

Eg. 
Dm. 

984 

IV.  •Sh. 

Eg- 

18  44 

II.  •  Sb. 

In. 

16     4  42  54.8 

I.    Ec 

11  10 

rv.  •  l^r. 

L^ 

10  49 

II.    Tr. 

In. 

7  53 

I.    Oc. 

Re 

15  53 

IV.  •  Tr. 

Du. 

21  38 

II.    Sh. 

Eg. 

10  35 

II.  *  Sh. 

In. 

19  33    a7 

I.    Ec 

23  45 

II.    Tr. 

Eg. 

12  19 

II.  •  Tr. 

In. 

22  31 

I.    Oc 

Re. 

•    520 

III.    Sh. 

In. 

13  29 

II.  •  Sh. 

Eg. 

87     2  26 

II.    Sb. 

In. 

856 

III.  •  Sh. 

Eg. 

15  15 

II.  •  Tr. 

E^. 
Die 

3  45 

II.    Tr. 

In. 

927 

lU.  •  'Vt. 

In. 

23  13  54.7 

UI.    Ec 

520 

II.    Sh. 

Eg. 

11    9 

I.  •  Sh. 

In. 

ly    2   0 

I.    Sh. 

In. 

6  41 

II.    Tr. 

Eg. 

12  11 

I.  •  Tr. 

In. 

2  51 

I.    Tr. 

In. 

16  51 

I.  •  Sh. 

S: 

13    6 

lU.  •  Tr. 

Eg. 

4  19 

I.    Sh. 

Eg. 

17  15 

IIL-Sh. 

In. 

13  29 

I.  •  Sh. 

Eg. 

5  11 

I.    Tr. 

Eg. 

17  -30 

I.  •  Tr. 

In. 

14  31 

I.  ♦  Tr. 

Eg. 
Dw. 

6  15 

III.    Oc 

RS. 

19  10 

I.    Sh. 

Eg. 

7    8  21  14.9 

I.    Ec 

20  33  20.3 

IV.    Ec 

Db. 

19  50 

I.    Tr. 

^> 

11  40 

I.  •  Oc 

Re. 

23  11  15.2 

I.    Ec 

Die 

19  50 

IIL    Tr. 

i2: 

13  46  13.8 

II.  •  Ec 

DlB. 

18     0  54  31.5 

IV.    Ec. 

Re 

10  52 

III.    Sh. 

Eg. 

18  42 

II.  •Oc 

Re 

2  19 

I.    Oc 

Re. 

23  30 

in.    Tr. 

8    538 

I.    Sh. 

In. 

4  25 

IV.    Oc 

Die 

88  14    1  35.8 

I.  •  Ec 

637 

I.    Tr. 

In. 

5  39  34.8 

II.    Ec 

Die 

16  57 

I.»Oc 

Re 

7  57 

I.    Sh. 

Eg. 

9    6 

IV.    Oc 

Re. 

21  33  37.4 

n.    Ec 

Db. 

858 

I.  •  Tr. 

Eff. 
Die 

10  14 

II.  •  Oc 

Re. 

88     1  42 

II.    Oc 

Re. 

•    2  49  33.1 

I.    Ec 

20  28 

I.    Sh. 

In. 

11  19 

L^Sh. 

In. 

6    6 

I.    Oc 

Re 

21  18 

L    Tr. 

In. 

11  56 

I.»Tr. 

In. 

8    1 

II.    Sh. 

In. 

22  48 

I.    Sh. 

Eg. 

13  39 

I.^Sh, 

Eg. 

10    0 

U.  •  Tr. 

In. 

23  38 

I.    Tr. 

Eg. 

14  16 

L^Tr. 

iSL 

10  55 

n.  •  Sh. 

Eg. 

18  17  39  36.9 

L*Ec 

Die 

38     8  29  5^9 

L»Ec 

10  56 

IV.  •  Sh. 

In. 

30  46 

I.    Oc 

Re. 

11  23 

I.»Oc 

Re. 

12  55 

II.  •  IV. 

Eg. 

23  52 

II.    Sh. 

In. 

15  43 

n.»Sb. 

In. 

15  21 

IV.  •  Sh. 

Eff. 
Db. 

80     1  28 

II.    Tr. 

In. 

16  55 

II.  •  Tr. 

In. 

19  16    9.7 

UL    Ec 

2  46 

II.    Sh. 

Eg. 
Eg. 

18  :^ 

n.  •  Sh. 

Eg. 

SO    2 

IV.    Tr. 

In. 

4  24 

II.    Tr. 

19  60 

IL    Tr. 

Eg. 

22  42  25.1 

III.    Ec. 

Re. 

13  17 

ITI.*Sh. 

In. 

31     5  48 

I.    Sh. 

I?. 

23    6 

III.    Oc. 

Db. 

14  57 

I.  •  Sh. 

In. 

622 

I.    Tr. 

In. 

to     0    6 

I.    Sh. 

In. 

15  44 

I.^Tr. 

In. 

7  10  323 

m.    Ec 

Db. 

0  45 

IV.     Tr. 

Eg. 

16  2^^ 

III.  •  I'r. 

In. 

8    7 

I.*Sh. 

Eg. 

1    4 

L    Tr. 

In. 

19  53 
17  17 

III.  *  Sh. 

Eg. 

8  42 

L*Tr. 

Ei. 

226 

I.     Sh. 

Eg. 

I.  *  SI,, 

Kg. 

13    2 

m.»Oc 

^ 

Von.— In.  denotea  iDgress;   £g.,  egresa;  JDm.,  diHappcaraDOti :   Ke.,  reappeiknuioe;   JCc,  etdlpae. 

Oc  denotea  oocnltation :  Tr.,  transit  of  the  antellite:  Sh.,  transit  of  th«  shadow ;  *  TIstble  At  WaaUsftsn. 


JUPITER'S  SATELLITES,  1895. 


481 


i^^^^ta 


WASUJNGTOX   MKAN  TIME. 


DKCKMBKK. 


Phases  of  the  Edip9e$  of  the  SaleUiUi  for  an  hweiiin^  Telescope, 


II. 


«  O  I 


8 


9 


10 


II 


19 


16   O  *^' 

17 


18 
1^1 

"«l  I 


93 


94 


95 


96  lO<' 
97' 


98 


IV. 


ConfigurationM  al  \^  30*"  for  an  /iirrr/iti^  Telescope. 


1 

•3 

1- 

9    1 

^     ^ 

3   1 

•9    -1 

4    1                                                                                   ^ 

5 

•1 

o 
o 
o 


•3 


O     I 


.         .*! 


3- 


JO 


•9      4 


90 


•9  •:. 


•3 


O 

I    o" 


t 

■t 


•3 


13      0  3- 

4- 

9- 

Oi- 

M 

•4 

3- 

•9 

Oi 

15 

•4 

.     -3 

1- 

O 

•9 

•3 


^9^ 


•3 


O     ,'  I- 


1- 


ov 


•'i 


•I 


I-  o 


•o 


•J. 


0«'     I 

0~^3~ 


3-9 


O  -9 

_o_ 

lO 


I      4- 


•3 


•i» 


99     O  1- 

4- 

3- 

o 

•9 

30 

4- 

•3 

o  r 

31 

•4 

9* 

1- 

0*3 

SATELLITES  OF  SATURN,  1896. 


483 


WASHINGTON  MEAN  TIME  OP  GREATEST  ELONGATION.  ETC. 

In  the  diagram  on  the  preoedinf  page,  the  points  of  the  orbica  marlsed  ''o'*  are  thoae  of 

the  eastern  elongation,  as  seen  in  an  inrerting  telescope.    The  apparent  positions  of  a  satellite 

at  any  time  may  be  marked  on  the  diagram  by  couniing  around  the  orbit  the  interval  in  days 

and  hours  which  has  elapsed  since  the  last  cant  elongation.    The  times  of  these  elougntioiis 

may  be  found  from  the  following  tables.    Mimas  can  be  seen  only  within  a  few  hours  of  each 

elongation :  the  time  of  erery  elongation  visible  at  Washington  m  therefore  given.    Tlie  times 

of  other  elongations  of  any  satellite  in  the  same  direction   may  be  found  by  adding  or  sub- 

tracting any  multiple  of  the  period.    For  the  three  outer  satellites  the  times  of  elongation  and 

conjunction  are  ^ven.    The  following  abbreviations  are  used:— 

• 

£.,    East  Elongation, 

L,    Inferior  Conjunction  (south  of  planet]^ 

W.,    West  Elongation* 

8^    Superior  Conjunction  (north  of  planet). 

MDiAS. 

Gnaied  EUmgatUmt  FitibU  dt  WaMngUm. 

d    h 

d    k 

d     k 

d    h 

d    h 

d    k 

■Jan.    5ia5B. 

Feb.  16  17.0  W. 

Mar.  17  10.9  E. 

Apr.  16  14.4  E. 

May  13  10.9  W. 

Jane  12  14.6  W. 

6  17.1  E. 

17  15.7  W. 

21  16.5  W. 

17  13.0  E. 

14    9.5  W. 

13  13.2  W. 

7  15.7  B. 

18  14.3  W. 

22  15.1  W. 

18  11.6  E. 

16  aiw. 

14  1L8  W. 

13  1H.8  W. 

19  13.0  W. 

23  13.7  W. 

19  10.2  E. 

18  15.3  E. 

15  10.4  W. 

14  17.4  W. 

20  11.6  W. 

24  12.4  W. 

20  aoE. 

19  ia9E. 

16    9.1  W. 

16  16.0  W. 

24  17.4  E. 

26  11.0  W. 

23  lao  W. 

20  12.5  E. 

22  12.1  E. 

16  14.6  W. 

25  16.0  E. 

26    9.6  W. 

24  14.6  W. 

21  11.1  K. 

23  10.7  E. 

82  17.6  E. 

26  14.6  E. 

29  la?  E. 

25  ia2  W. 

22    9.7  E. 

24    9.3  E. 

23  16.3  E. 

27  13.2  E. 

30  15.4  E. 

26  11.9  W. 

23    a3E. 

30  12.4  W. 

24  14.9  E. 

28  11.8  £. 

31  14.0  E. 

27  10.5  W. 

26  15.4  W. 

July    1  11.0  W. 

25  13.5  E. 

Mar.  4  17.6  W. 

Apr.    1  12.6  E. 

28    9.1  W. 

27  14.1  W. 

2    9.6  W. 

30  17.9  W. 

5  16.2  W. 

2  11.2  E. 

May    1  ia2  E. 

28  12.7  W. 

8  12.6  E. 

31  16.5  W. 

6  14.8  W. 

3    9.8  E. 

2  14.8  £. 

29  11.3  W. 

9  11.3  E. 

Feb.    1  15.1  W. 

7  13.5  W. 

7  15.6  W. 

3  ia4  £. 

30    9.9  W. 

10    9.9  E. 

2  13.7  W. 

8  12.1  W. 

8  14.2  W. 

4  12.0  £. 

31  aew. 

17  1L5  W. 

7  laiB. 

9  10.7  W. 

9  12.8  W. 

6  10.7  E. 

June  4  14.3  E. 

18  10.1  W. 

8  16.7  E. 

13  16.4  E. 

10  11.4  W. 

6    9.2  E. 

5  12.9  E. 

19    a8W. 

9  15.4  E. 

14  15.1  £. 

11  10.0  W. 

JO  15.0  W. 

6  11.6  E. 

26  10.4  E. 

10  14.0  E. 

15  13.7  E. 

12  aow. 

11  lao  W. 

7  10.2  E. 

87    9.0  E. 

11  12.6  E. 

16  12.3  E. 

15  15.8  £. 

12  12.3  W. 

8    8.8  E. 

Ang.   4    9.3  W. 

ENCELADlXa 

A    \ 

A    \ 

d    h 

d     k 

d    h 

d       h 

Jan.    1    3.6E. 

Jan.  14  20.4  E. 

Jan.  28  1^4  E. 

Feb.  11    a2  E. 

Feb.  24  23.0  E. 

Mar.  10  15.8  E. 

2  12.5  E. 

16    5.3  E. 

29  22.3  E. 

12  laiE. 

26    7.9  E. 

12    0.7  E. 

3  21.4  E. 

17  14.2  E. 

81    7.1  E. 

13  23.9  E. 

27  ia8  E. 

13    9.6  £. 

5    6.2E. 

18  23.1  E. 

Feb.    1  lao  E. 

15  a«E. 

Mar.    1    1.7  E. 

14  IH.5  E. 

6  15.1  E. 

20  aoE. 

3    0.9  E. 

16  17.7  E. 

2  10.5  £. 

16    3.3  £. 

8    0.0  E. 

21  16.9  E. 

4    9.8  E. 

18    2.6  E. 

3  19.4  E. 

17  12.2  E. 

9    6.9  E. 

23    1.8  E. 

5  ia7  E. 

19  11.5  E. 

5    4.3  F>. 

18  21.1  E. 

10  17.8  E. 

24  10.7  E. 

7    a6E, 

20  20.3  £. 

6  13.2  E. 

20    5.9  E. 

12    2.7  E. 

25  19.6  E. 

8  12.5  E. 

»    a2E. 

7  32.1  E. 

21  14.8  E. 

13  11.6  E. 

87    4.5E. 

9  21.3  E. 

23  14.1  E. 

9    a9£. 

22  23.7  E. 

484 


SATELLITES  OF  SATURN,  1895. 


WASHINGTON  MEAN  TIME  OF  GREATEST  ELONGATION. 


ENC£LADUS— (Cimc{iMie&} 


d   h 

d  h 

d  h 

d  h 

d  h 

d  h 

Mar.  24  8.6  E. 

Apr.  13  21.7  E. 

May  4  10.8  E. 

May  25  0.0  E. 

Jane  14  13.3  £. 

Jaly  5  2.6E. 

25  17.5  E. 

15  6.6  E. 

5  19.7  E. 

26  8.9  E. 

15  22.1  £. 

6  11.5  E. 

27  2.3  E. 

16  15.4  E. 

7  4.6  £. 

27  17.8  E. 

17  7.0  E. 

7  20.4  E. 

28  11.2  E. 

18  0.3  E. 

8  13.5  £. 

29  2.7  E. 

18  15.9  E. 

9  5.3E, 

29  20.1  E. 

19  9.2  E. 

9  22.4  E. 

30  11.6  E. 

20  0.8  E. 

10  14.2  E. 

31  5.0  E. 

20  18.1  E. 

11  7.2  E. 

31  20.4  E. 

21  9.7  E. 

11  23.0  E. 

Apr.  1  13.9  E. 

22  2.9  E. 

12  16.1  E. 

Jniie  2  5.3  E: 

22  18.6  E. 

13  7.9  E. 

2  22.7  E. 

23  11.8  E. 

14  1.0  E. 

3  14.2  E. 

24  3.5  E. 

14  16.8  E. 

4  7.6  E. 

24  20.7  E. 

15  9.8  E. 

4  23.1  E. 

25  12.4  E. 

16  1.7  E. 

5  16.5  E. 

26  5.6  £. 

16  18.7  E. 

6  8.0  E. 

26  21.2  E. 

17  10.5  E. 

7  1.3  E. 

27  14.6  E. 

18  3.6  £. 

7  16.9  £. 

28  6.1  £. 

18  19.4  E. 

8  10.2  E. 

28  23.3  £. 

19  12.5  E. 

9  1.7  E. 

29  15.0  E. 

20  4.3  E. 

9  19.1  E. 

30  8.2  E. 

20  21.4  E. 

10  10.6  £. 

30  23.9  E. 

21  13.2  E. 

11  4.0  E. 

May  1  17.1  £. 

22  6.3  E. 

11  19.5  E. 

July  2  8.8  E. 

22  22,1  E. 

12  12.8  E. 

3  2.0  £. 

23  15.1  E. 

13  4.4  £. 

3  17.7  E. 

24  7.0  K. 

TETHYS. 


d  h 
Jan.  1  22.2  E. 
3  19.5  E. 
5  16.9  E. 
7  14.2  E. 
9  11.5  E. 

d  h 
Feb.  4  21.9  E. 

6  19.2  E. 

8  16.5  E. 
10  13.8  £. 
12  11.1  E. 

d  h 
Mar.  10  21.2  E. 
12  18.5  E. 
14  15.8  E. 
16  13.1  E. 
18  10.4  E. 

d  h 
Apr.  13  20.5  E. 
15  17.8  E. 
17  15.1  E. 
19  12.4  E. 
21  9.7  E. 

d  h 
May  17  19.7  E. 
19  17.0  E. 
21  14.3  E. 
23  11.6  £. 
25  8.9  £. 

d  h 
Jane20  19.1  £. 
22  16.4  £. 
24  13.7  E. 
26  11.0  E, 
28  8.3  E. 

11  8.8  E. 
13  6.1  E. 
15  3.5  E. 

17  0.8  E. 

18  22.0  E. 

14  8.4  E. 
16  5.7  E. 
18  3.0  E. 

20  0.3  E. 

21  21.6  E. 

20  7.7  E. 
22  6.0  E. 

24  2.3  £. 

25  23.6  E. 
27  20.9  E. 

23  7.0  E. 
25  4.2  E. 
fi7    1.5  E. 
28  22.8  E. 
30  20.1  E. 

27  6.2  E. 

29  3.5  E. 

31  0.8  E. 

June  1  22.1  £. 

3  19.4  E. 

30  5.6  E. 
July  2  2.9  E. 

4  0.2  E. 

5  21.6  E. 
7  18.9  E. 

20  19.4  E. 
22  16.7  E. 
24  14.0  E. 
26  11.3  E. 
28  8.6  E. 

23  18.9  E. 

25  16.2  E. 

27  13.5  E. 

Mar.  1  10.8  E. 

3  8.1  E. 

29  ia2  E. 

31  15.5  E. 

Apr.  2  12.8  E. 

4  10.1  E. 

6  7.4  E. 

May  2  17.4  E. 

4  14.7  E. 

6  12.0  E. 

8  9.3  E. 

.  10  6.6  E. 

5  16.7  E. 

7  14.0  E. 

9  11.3  E. 
11  8.6  E. 
13  5.9  E. 

9  16.2  E. 
11  13.5  E, 
13  10.8  E. 
15  ai  E, 
17  5.4  E, 

30  6.0  E. 

Feb.  1  3.3  E. 

3  0.6  E. 

5  5.4  E. 

7  2.6  E. 

8  23.9  E. 

8  4.6  E. 

10  1.9  E. 

11  23.2  E. 

12  3.H  E. 

14  1.1  E. 

15  22.4  E. 

15  3.2  E. 

17  0.5  E. 

18  21.8  E. 

19  2.7  E. 

21  0.0  E. 

22  21.3  E. 

DIONE. 


Jan. 


d 
1 
3 
6 
9 
12 

14 

17 
20 
23 
25 

2P 
31 


h 

3.9 

21.6 

15.3 

9.0 

2.7 

*i0.5 

14.2 

7.9 

1.6 

19.3 


E. 
E. 
E. 
E. 
E. 

E. 
E. 
E. 
E. 
E. 


13.0  E. 
6.7  E. 


Feb. 


d 
3 
5 
8 
11 
13 


h 

0.4 
18.1 
11.7 

5.4 
2.3.1 


16.8 
10.5 
4.2 
24  21.9 
27  15.5 


16 
19 
22 


K. 
E. 
E. 
E. 

E. 

E. 
E. 
E. 
E. 
E. 


Mar.   2    9.2  E. 
5    2.8  E. 


d     h 

Mar.  7  20.5  £. 

10  14.1  E. 

13    7.8  E. 

16    1.5  E. 

18  19.1  E. 

21  12.8  E. 

24    6.5  E. 

27    O.l  £. 

29  17.8  E. 

Apr.   1  11.4  E. 

4    5.0  E. 

6  22.7  E. 


d     h 

Apr.   9  16.4  E. 

12  10.0  E. 

15    3.6  E. 

17  21.3  E. 

20  14.9  E. 

23  8.6  £. 

26  2.2  E. 

28  19.9  E. 

May   1  13.5  E. 

4  7.2  E. 

7    a8  E. 
9  ia5  £. 


d     h 

May  12  12.1  E. 

15    5.8  E. 

17  23.5  E. 

20  17.1  E. 

23  10.8  E. 

26    4.4  £. 

28  22.1  E. 

31  15.8  E. 

June  3    9.4  E. 

6    3.1  E. 

8  20.8  E. 

11  14.4  E. 


d      b 
June  14    ai  E. 
17    1.8  E.  ' 
19  19.5  E. 
22  1.3.2  E. 
25    6.8  E. 

28    0.5  E. 

30  ia2  E. 

July   3  11.9'E, 

6    5.6  E, 

8  23.3  K 

11  17.0  E. 
14  10.7  E. 


SATELLITES  ANP  RINGS  OF  SATURN,  1895.       485 


RHEA. 

TITAN. 

HYPERION. 

d      ii 

d      h 

d     li         I            d     k 

d     k         1 

d     k 

Jan.       3    7.2  £. 

Api 

'.  12  16.0  E. 

Jan.   1  12.9  W.    Mar.  30    3.4  E. 

Jan.  3    a3E.     Ap 
9  13.5  I.      Ma 

r.  30  14.9  W. 

7  19.7  K. 

17    4.3  E. 

5  14.4  8. 

Apr.   3    0.8  1. 

y   5    2.9  8. 

12    a2E. 

21  16.6  £. 

9    9.7  E. 

7    4.8  W. 

14  10.4  W. 

10  21.4  £ 

16  20.7  E. 

26    5.0  E. 

13    7.7  1. 

11    5.7  8. 

18  22.7  8. 

17    0.7  I. 

21    9.2  E. 

30  17.3  E. 

17  11.9  W. 

15    1.0  E. 

24  16.7  E. 

21  20. 1  W. 

25  21.6  E. 

May    5    5.6  E. 

21  13.2  S. 

18  22.2  I. 

30  21.5  I. 

26    8.18. 

30  10.1  £. 

9  18.0  E. 

25    8.7  E. 

23    2.0  W. 

Feb.  4  17.2  W. 

Jaoe  1    2.7  £.     | 

Feb.      3  22.5  E. 

14    6.3  E. 

29    6.5  1. 

27    3.18. 

9    5.3  8. 

7    6.9  L 

b  10.9  E. 

18  ia6  E. 

Feb.  2  10.7  W. 

30  22.8  E. 

14  23.4  E. 

12    1.1  W. 

12  23.3  £. 

23    6.9  £. 

6  12.2  8. 

May   4  19.7  L 

21     3.H  I. 

l6  12.9  8. 

17  11.7  E. 

27  19.3  E. 

10    8.3  E. 

8  23.9  W. 

25  23.4  W. 

22    a4E. 

22    0.1  E. 

Jane  1    7.6  E.  | 

14    5.91. 

13    0.9  8. 

Mar.  2  11.5  8. 

28  11.7  L 

26  12.6  E. 

5  20.0  E. 

18  10.0  W. 

16  20.5  E. 

8    5.7  E. 

July  3    7.0  W.  II 

Mar.     3    1.0  E. 

10    8.4  E. 

22  11.1  8. 

20  17.4  I. 

14    9.9  1. 

7  19.5  8. 

7  13.3  E. 

14  20.8  E. 

26    7.4  E. 

24  21.5  W. 

19    5.3  W. 

13  1.S.7  E. 

12    1.7  E. 

19    9.2  E. 

Mar.  2    5.01. 

28  22.4  8. 

23  17.3  8. 

19  18.7  L 

16  14.0  E. 

2:1  21.6  E. 

6    9.2  W, 

Jane  1  17.9  E. 

29  11.4  £. 

24  13,3  W. 

21    2.4  E. 

28  10.0  E. 

10  10.0  8. 

5  14.8  I. 

Apr.   4  15.0  I. 

29    2.4  8. 

26  14.7  E. 

Jaly  2  22.4  E.  | 

14    5.0  E. 

9  19.0  W. 

9  10.3  W. 

Ang.  3  23.3  £.    || 

30    3.0  E. 

7  10.8  E. 

18    2.91. 

13  20.18. 

13  22.3  8. 

10    1.7  L 

Apr.     3  15.3  E. 

11  23.3  E. 

22    6.9  W. 

17  15.4  E. 

19  16  5  E. 

Dec.  25  20.8  8. 

8    3.7  E. 

16  11.7  E. 

26    7.8  8. 

Deo.  30  14.2  L 

25  19.7  1. 

Jan.    1    0.8  E. 

IAPETU8. 

d       h 

a    k      1 

d    k 

d    k 

d     k 

d    k 

1  Jan.  13  15.4  W. 

Feb.  23  12.6  E. 

Apr.   2  18.2  W. 

May  12  20.2  E. 

Jane  19  23.5  W. 

Ja' 

y  30  20.8  E. 

Feb.    2  18.9  8. 

1 

Mar.  13  12.0  I. 

22  21.8  8. 

30  17.6  L 

Jnly   9  23.4  8.   ,  Deo.  18  23.6  8.     1 

THE  APPARENT  ELEMENTS  OF  SATOEN'S  RINOS. 

a 

h 

P 

I 

V           1          u 

.' 

In 

olinstion  of 

TheXfoTattoo 

TW SlefTatioa    iBarth'iiLnacitndarmnSstan  II 

OrMBwIoh 

KOOB. 

Ontw 
Asia. 

Ontor 
Minor 
AxU. 

S 
Ai 
of 

Northern 
emt-Mlnor 
da  to  Circle 
DeclioAtion 
rom  North 
to  KMt. 

ortbeSsrth 

sboTOtho 

PUneof  the 

King. 

of  the  Son 

aborothe 

PUneof  the 

Rtof. 

ooonted  on  Plane  of  Ring 

tram  the  King's  A»oend. 

Ing  Node  on  the 

I 

Xqostor. 

BoUptle. 

Jan.      0 

36!93 

1L47 

—    0**22!0 

0      # 
+  18     6.1 

+  iS  11.6 

267*   2.8 

224  38'.3 

20 

38.12 

12.04 

—   0  13.0 

4-  18  25.3 

4-  16  25.7 

268  14.9 

225  50.5 

Feb.      9 

39.4r. 

12.53 

—    0    8,9 

+  18  31.1 

4-  16  39.8 

26rf  4>^.3 

226  24.0 

Mar.      1 

40.75 

12.85 

—    0    9.9 

+  18  23.4 

4-  16  53.6 

2I'>H  40.4 

226  16.1 

21 

41.8J 

12.97 

—    0  15.6 

4-  18    3.8 

4-  17    7.3 

267  .^Ki.H 

225  29.6 

;    Apr.    10 

42.49 

12.85 

—   0  24.9 

-f  17  35.8 

4-  17  20.8 

266  3-'.2 

224  14.0 

1              30 

42.61 

12.52 

—    0  35.8 

-h  17    4.9 

4-  17  34.3 

265    9.4 

222  45.4 

,    May    20 

42.15 

12.06 

—    0  46.0 

-f  16  37.1 

4-  17  47.6 

263  45.9 

2V1  22.0 

Jnne     9 

41.23 

11.57 

—   0  53.6 

+  16  18.4 

4-  18    0.8 

262  43.9 

220  20.1 

'              29 

40.00 

11.17 

—   0  57,1 

-h  16  12.8 

4-  18  13  9 

262  14.5 

219  50.7 

'    July    19 

38.68 

10.90 

—   0  56.2 

+  16  21.6 

4-  18  26.7 

262  22.5 

219  5H.8 

1    kng.     8 

37.41 

10.76 

—   0  50.7 

+  16  43.9 

4-  18  :w.5 

4-  18  52.1 

26:i    7.7 

2H}  44.0 

28 

36.30 

10.79 

—   0  41.1 

+  17  17.3 

264  26.4 

222    2.9 

Sept   17 

35.44 

•10.93 

—    0  28.1 

+  17  58.6 

4.  19    4.6 

2()«>  13.0 

22:1  49.6 

Oct.      7 

34.87 

11.20 

—   0  12.3 

+  18  44.3 

4-  19  17.0 

268  20.6 

225  57.2 

27 

34.61 

11.56 

+    0    5.1 
4-    0  23.3 

-h  19  31.0 

4-  19  29.2 

270  41.3 

22H  18.0 

Nov.    16 

34.67 

12.00 

-h  20  15,1 

+  19  41.3 

273   e..'* 

2:i<»  43.3 

Dec      6 

35.06 

12.51 

-f    0  40.6 

+  20  54.2 

4.  19  r»:«.2 

275  25,1 

2:w    2.0 

S6 

35.76 

13.07 

-h    0  56.7 

4-  21  25.8 

4.  20    5.0 

277  33.4 

235  10.3 

31 

35.99 

13.21 

4-    1     0.3 

4.  21  32  3 

4.  20    7.9 

278     1.4 

235  »2.4  ' 

.    the  faot< 

ir  to  be 

maltiplied  b 

y  a  aud  b  to  obtain  the  axes  of — 

The  inn 

ler  ellipse  of 

the  outer  ring    3  0.8801            log  factor  =  9.9115 

The  oat 

ter  ellipse  of 

the  inner  ring    =  0.bri99            log  fartor  =  9.1»344 

The  inr 

ler  elli|me  of 

the  inner  ring    =  0.6aj0            log  factor  =  an^-'^H 

The  inr 

ter  ellipse  of 

the  flttsky  ring  a»  0.5486            log  factor  s  9,TAn 

ITcnm.— Th«  poi 

Hire  «ixii  of  1  Infiimteii  thst  th«  TUIble  aiirCse^  of  tho  rlnx  Is  thA  Dorth(*ni  0 

■•. 

48B 


SATELLITES  OF  URANUS,  1895. 


^ 

r 

Date.    Poeitfon  App.  DiatMioM  J I        1        f    /^    ^^^^      \         \         ^^•^    ^*^'*<«  App-Dief  w.   , 
Angle.    Ariel.  UmbrieL   /             /          //l\\         \          \                       Anjrie.  TIUbia.  Olwrea. , 

o                H             It                                    1     /          /^  "N          I     1            1           J                              o                #»              */ 

reu.    9,  -1.3        14.2      l9.o J— J \^ 

May    8,  40.3        15.0     20.8    ^           \         \   V 

J  j         I         1     M«y    8,   40^        34.2      45.7     [ 

Aag.  8,  +1.7        14.2     19.7         \        \        \  \^ 

i^I " 

jr 

AFPABENT  ORBITS  OF  THE  SATELLITES  OF  UBAKUS  IN  1805, 

AS  SEEN  IN  AN  INVERTING  TELESCOPE. 

WASHINGTON  MEAN  TIME  OF  GREATEST  ELONGATION. 

ARIEL. 

UMBRIEL. 

TITANIA. 

OBERON.      ' 

North. 

South. 

North. 

South. 

Korth. 

Soath. 

North  and  South. 

d      h 

Feb.     1  17.3 

9    6.8 

16  20.2 

24    9.7 

Mar.    3  23.2 

d      h 

Feb.     5  12.0 

13     1.5 

20  15.0 

28    4.4 

Mar.    7  17.9 

d      h 

Jan.  27  17.5 

Feb.     5    0.4 

13    7.3 

21  14.3 

Mar.     1  21.2 

d     h 

Jan.  29  19.2 

Feb.     7    2.1 

15    9.1 

23  16.0 

Mar.    3  22.9 

d    k 

Jan.  22  19.3 

31  12.3 

Feb.     9    5.3 

17  22.3 

26  15.3 

d     h 

Jan.  27    3.8 

Feb.     4  20.8 

13  13.8 

22    6.8 

Mar.    2  23.8 

ah    '  > 

Feb.   6  19.3  N. 

13  13.0   S. 

20    6.6  N. 

27    0.2   S. 
Mar.  5  17.8  N. 

11  12.7 
19    2.1 
26  15.6 
Apr.     3    5.1 
10  18.5 

15    7.4 
22  20.9 
30  10.3 
Apr.     6  23.8 
14  13.3 

10    4.2 
18  11.1 
26  18.0 
Apr.     4    1.0 
12    7.9 

12    5.9 
20  12.8 
28  19.8 
Apr.    6    2.7 
14    9.6 

Mar.    7    8.3 
16    1.3 
24  18.3 

Apr.     2  11.3 
11    4.3 

11  16.8 
20    9.8 
29    2.8 
Apr.     6  19.8 
15  12.8 

12  11.4    S. 

19    5.1  N. 

25  22,7   8. 

Apr.    1  16.3  N. 

8    9.9   S. 

18    8.0 
25  21.5 
May     3  11.0 
11    0.4 
18  13.9 

22    2.7 

29  16.2 

May     7    5.7 

14  19.2 

22    8.7 

20  14.8 

28  21.8 

May     7    4.7 

15  11.7 

23  18.6 

22  16.6 
30  23.5 
May     9    6.4 
17  13.4 
25  20.4 

19  21.3 
28  14.3 
May    7    7.3 
16    0.3 
24  17.3 

24    5.8 
May    2  22.8 
11  15.8 
20    8.8 
29    1.8 

15  ae  N. 

21  21.2   S. 

28  14.8  N. 

May  5    8.5  8. 

12    2.1  N. 

26    3.4 
Jnne    2  16.9 
10    6.4 
17  49.9 
25    9.4 

29  22.2 
Jnne    6  11.7 
14    1.1 
21  14.6 
29    4.1 

June    1    1.6 

9    8.5 

17  15.5 

25  22.5 

July     4    5.4 

June    3    3.3 
11  10.3 
19  17.2 
28    0.2 

July     6    7.1 

June    2  10.3 
11    3.3 
19  20.3 
28  13.3 

July    7    6.4 

June    6  laS 
15  11.8 
24    4.9 

July    2  21.9 
11  14.9 

18  19.8   S. 

25  13.4  N. 

June  1    7.0  S. 

8    0.7  N. 

14  18.3  S. 

July    2  22.9 
10  12.4 
18    1.9 
25  15.3 

Ahr.    2    4.8 

July    6  17.6 
14    7.1 
21  20.6 
29  10.1 

Anjr.    5  23.6 

12  12.4 
20  19.3 
29    2.3 
Auff.    6    9.2 
14  16.2 

14  14.1 
22  21.1 
31    4.0 
Aug.    8  11.0 
16  17.9 

15  23.4 
24  16.4 
Aug.    2    9.4 
11    2.4 
19  19.4 

20    7.9 
29    0.9 
Aug.    6  17.9 
15  10.9 
24    3.9 

21  11.9  N. 

28    5.5  8. 
July  4  23,2  N.  \ 
11  16.8  S. 
18  10.4  N. 

d       h                                                                         d       h 
Period  of  Ariel,              2    12.489                     Period  of  Titania,          8    16.942 

Period  of  Umbriel,         4      3.460                      Period  of  Oberon,        13    11.119 

KoTE.— For  A 
may  be  foaod  b] 

riel  only  every  tli 
J  Adding  multiple 

drd  elongation  is 
A  of  the  period  of 

giren,«i 
the  aatell 

dforU 
ite. 

mbriel  every  ftltc 

»ni*te  one.    The 

intermediate  on<Ht 

SATELLITE  OF  NEPTUNE,  1895. 


487 


IHtob 

Mar.  1, 
Sept.  16, 
Dec.     8, 


PotMtm 
Aagl*. 

248.1 
253.4 
251.9 


Appemt 


m 

16.4 
16.5 
17.0 


APPARENT  ORBIT  OF  THE  8ATELUTE  OF  NEPTUNE  IN  1806^ 
A8  SEEN  IN  AN  INVERTING  TELESCOPE. 


WASHINOTON  MEAN  TIME  OF  GREATEST  ELONGATION. 

BMt 

WmI 

XMt 

WMt 

.-. 

WMt 

d     h 

Deo.    29    6.8 

Jan.      4    3.9 

10    1.1 

15  22.1 

21  19.2 

Jan. 

d     b 

1    5.4 

7    2.5 

12  23.6 

18  20.7 

24  17.8 

d       b 

Mar.      9  20.0 

Aag.    21    6.7 

27    .3.8 

Sept.     2    0.8 

7  21.9 

d     h 
Mar.    12  18.5 
Aag.    24    5.2 

30    2.3 
Sept.     4  23.4 

10  20.5 

Oei. 
Not. 

d    b 
24  22.6 
30  19.7 

5  16.7 
11  13.8 
17  10.9 

4      h 

Oct.     27  21.1 

Not.      2  18.2 

8  15.3 

14  12.4 

20    9.5 

27  16.3 

Feb.      2  13.4 

8  10.5 

14    7.6 

20    4.7 

Feb. 

30  14.9 
5  12.0 
11    9.1 
17    6.1 
2:^    3.2 

13  19.0 

^      19  16.1 

•      25  13.2 

Oct,       1  10.3 

7    7.3 

16  17.5 
22  14.6 
28  11.7 
Oct.       4    8.8 
10    5.9 

Deo. 

23  ao 

29    5.1 

5    2.2 

10  23.2 

16  20.3 

26    6.5 

Dec      2    3.6 

8    0.7 

13  21.H 

19  18.9 

26    1.8 
Mar.     3  22.9 

Mar. 

1    0.3 
6  21.4 

13    4.4 

19    1.5 

16    3.0 
22    0.0 

22  17.4 
28  14.^ 

25  15.9 
31  13.0 

The  aboTe  times  are  those  of  each  passage  of  the  satellite  throiij^h  nn  ii|miii  of  its  ap|Mrent 
orbit  The  position  of  the  satellite  at  any  other  time  may  be  foimd  by  meiijtiinng  nroiind  the 
orbit  fW>m  the  apsis  last  passed  through,  remembering  that  the  radius  vector  of  the  satellite 
describes  equal  areas  in  equal  times. 


Period  of  the  ntellite  of  Neptune,  5^  21^(^5. 


Kara.^lB  tbs  prsetdiag  dUcrmms  the  Matrsl  eirale  rtprMeata  the  pUaei,  and  is  oa  the  «MBe  eoele  m  th«  orbtta. 


488 


PHENOMENA,  1895. 


WASHINGTON  MEAN  TIME. 


PLANETARY    CONSTELLATIONS. 


Jan. 


d  b     m 

2  7- 

5  2  56 

7  17    - 

8  3    5 

9  3    2 

9  10    - 


17 
18 
19 
26 


19  - 
2  2 
0  27 
4  45 


26  9    - 
»;    9  50 

30  9    - 

31  20    - 
Feb.    2  II  41 

4  12  23 

5  7- 
5  9  59 
5  20    - 

8  3- 

9  1  - 
9  20    - 

10  10    - 
14  10  36 

14  22    - 

15  0    - 

15  8    9 

19  12    - 

20  17    - 

21  17    - 

22  9    - 

23  22    2 

24  14    - 

25  23  19 
Mar.    2  22    3 

3    3- 

3  19  49 

4  18  12 
8  21     - 

10    -    - 

13  19    2 

14  16  40 

16  4    - 

17  12    - 
20    4    - 

23    4  44 

23  1()    - 

24  22    - 

25  -    - 

2t)    9    - 

27  16    - 

27  21     - 

28  6  30 


''^       in  Perihelion. 

6  il> ,J-2   9 

9       in  Aphelion. 

6  ^  1> V—    632 

6  2ll> ]l-   5  13 

<J  5  ©Superior. 

§       Greatest  Hel.  Lat.  S. 

6  h  J> h-h  6  25 

<$S3> S-h4  44 

<Jg}) 5-4-120 

6  9  1> 9-+-  121 

9       Greatest  Hel.  Lat.  S. 

<Jg9 S4-   035 

6  iD ^—255 

<J^}) V—   6  42 

6  2[1> :!i~   518 

§       in  ft 

$       Greatest  elong.  E.  18  1 1 

<J  a  ? 5+    238 

^       in  Perihelion. 

6  hl> h-h  «47 

5       Stationary. 

ll      Stationary. 

<J  S  J> S-4-   5   2 

j2      Stationary. 

5       Greatest  Hel.  Lat.  N. 

$       Stationary. 


^       Stationary. 

6  ^  1> 

6  5  ©Inferior. 

6  9  1> 

6  i  1> 


9 


538 

2   3 
3-31 


Dtp© 

6  W  D ^—   6  46 

6  2l]> 21-   5  19 

5       Stationary. 

j)      eclipKed,  vip.  at  Wash. 

6  h  D h-h    6  55 

6  $>  1> S4-   5    6 

S       inC 

©       enters  Y,  Spring  com. 


6   ^  1> 8-4-0  19 

g       Greatest  elong.  VV.  27  48 

6   S^ c?  -4-    3    1 

©      eclipsed,  in  vis.  at  Wash. 
8       in  Aphelion. 


9       in  a 

21       in  8 

<$  9  3)  ... 


9—3  58 


<i 

Mar.  31 

31 

Apr.    1 

10 

11 


b     ID 

2  4 
8  27 
4  2 
2  34 
1  19 


15  19  - 
23  11  40 

23  16    - 

25  9  - 
27    4  52 

27  8  57 

28  16  19 

28  18  48 

29  6    - 

30  1     - 

May    4    7    - 

4  19    - 

7  8  27 

8  1     - 

8  8  56 

9  9- 
17  23  - 
19  7  - 
19  16  - 
22    4    - 

24  17  45 

25  10  36 

26  7  34 

26  21  52 

27  5  52 

30  10    - 

June   3  12  50 

4    5- 

4  14  48 

4  17    - 

• 

5  19    - 
7  22    - 

12  4  - 
17  13  - 
21     0    - 


21 
21 
22 
23 
23 


4  25 
9  - 
9    - 

0  6 

1  35 


24  18*19 

25  11  3 
30  17  16 
30  21     - 

July     I   II     - 

1  19  :32 
4  11- 
4  14    - 


<i  ^  }) V 

6  }  1> X 

62ll> 21 

6hl> h 

<$  5  J) 5 


O  J 

3  43 
5  12 
650 
5    2 


6 
S 
6 
6 

6 
6 
6 
6 


5 
9 


Greatest  Hel.  Lat.  8. 


3) 
3> 


g  —   451 


$  3>  ...... 

2ll> 

<?  J> 

?  $ 

9       in  Perihelion, 


9  — 

W  — 
2t- 
<?- 
9-t- 


1  27 

6  37 
458 
3  30 
3    0 


i  ^  Q  Superior. 

*i       in  8 
ih]> h 

S  |o 

(J  5  J> § 


6  43 
454 


6 
6 


6 
6 
6 
6 
'6 


i}      in  Perihelion. 

9  21 9-+-   2    5 

^  V 5-+-    3  31 

^       Grentcst  Hel.  Lat.  N. 
9       Greatest  Hel.  LaL  N. 


21 
9 


1> 
3> 


2t 
9 


$      Greatert  Hel.  Lnt. 

6hl> h-+- 

tt       Greatest  elong.  C 

6hl> S 

69  $ 9 


6^21 «  + 

5      in  8 

5       Stiitionary. 

©      enters  25,  Summer 


6^  1> W 

6  ^21, 5 

Q       in  Aphelion. 

<i  5  3) « 

62ll> 21 

6  il> i 

6  9  1> 9 

6hl> h 

^   b  ©  Inferior. 
0      in  Aplielion. 

<«  S  D ^ 

V2       Stationary. 

f       in  Aphelion. 


628 
2  44 
4:)9 
2  10 
253 

N. 

2:M5 

4. VI 

058 


0  47 


com. 

628 
234 

723 

420 

1  50 
0.37 
642 


5   2 


PHENOMENA,  1896. 


489 


PLANETARY   CONSTELLATIONS. 


July   9  20  - 

10  16  - 

12    0  - 

J2  18  - 

17  5  - 

18  15  55 
20  1  30 
20  21  26 

22  5    - 

23  8    - 

23  8  34 

24  11  - 
24  16  42 
27  23  48 
29    0  46 

31  18    - 

Aug.    I    0    - 

5    8- 

8    2- 

15    2  29 

15  16  - 
17  2  - 
17  17  40 

19  -    - 

20  1  15 

20  11     - 

21  0  36 

22  2  31 

24  9  52 

25  8    9 

26  7  - 
31   18    - 

Sept  3    -    - 
5    5- 

8  3- 

9  6- 

10  8    - 

11  10  46 

12  1  - 
14  12  22 

17  23  40 

18  -    - 

18  8  - 
18  13    - 

18  17  57 

19  21    6 


6 
6 
6 


6 

6 
6 


i 
6 


6 
6 
6 
6 


i 
6 


6 

D 

6 


6 
6 


6 

6 
6 


20  15    - 
26  23  2:^ .  <5 

21  18  34    i 

22  14    - 

Oet.     1     6    - 
7  13    - 


210 

9       Greatest  elong.  E.  45  31 

{j       HtatioDary. 

^       Greatest  Hel.  Lat.  S. 

9       ill  8 

y  3) V—   635 

5  3) g—   729 

]ij> :y—  4  1 

9       Greatest  elong.  W.  20    1 

hO 

3) ^—024 

Stationary. 

3) 9  —    0  38 

1^3)   •..*•..  l^-K   6  48 

$}) $^   5  13 

5       in  8 

S2? 5-   0   9 

in  Perihelion. 

3) V—  642 

y       Grentf^st  f fel.  Lat.  N. 
5  OSu|»erior. 

2ll>   .......  21—   342 

0      eclipsed,  iDvis  at  Wai«h. 

5}) 5-H    0  39 

9      in  Aphelion. 

^  3> ^4-  1  18 

93) 9—  4    4 

b  3) h-h  6  53 

§3) 5-4-  520 

9       Stntionary. 

5^ «-  0  1 

3)      eclipsed,  vii«.  «t  Wash. 

5  9 5-H  y58 

5       in  8 

9  <f 9—959 

W3) V—   6  44 

9       Gn  ateat  Hel.  Lat.  S. 

2ll> 2^-3  19 

9  3) 9  —    8  25 

0      eclipsed,  invis.  at  Wash. 

5       in  Aphelion. 

9  0  Inferior. 

<?  3> ^-1-258 

53) 5-t-   IW 

U*       Stationary. 

h  3) h-+-    <5*5 

$3) Sh-    520 

0      enters  £]b,  Autiimn  com. 

5       Greatest  elong.  E.  25  44 
9       Stationary. 


Oct. 


d      h     m 

8  16  34 

8  17    - 

10  16    - 

12  3  36 

13  17    - 


6 
6 


V  3> V—  ^40 

5       Greatest  Hel.  Lat  S. 

ii 

5       Stationary. 


21-^  251 


15    0  12  <{ 

17  11  54  i 

18  14    6  i 

18  15    0  i 

19  7  13 


25  5 
27  15 
27  17 
31  2 
Nov.    1     7    - 


9  3> 

h  3> 
S  3> 


9-  4    1 

<?-♦-  4  17 

5  +  1  46 

h-h  6  55 

S-h  5  17 


6 
6 


-    D 


1  23    - 

2  19    - 
4  21   19 

7  8- 

8  14    2 


5  ©Inferior. 

5  1  ... C-  030 

Jf       inQ 

5       in  Perihelion. 


i 

6 


5       Statiooary. 

^  1> , 

9      in  8 
2ll> 


V—  632 
:y—  222 


10  5    - 

11  15    - 

12  4    - 
12  16  39  ^ 

14  19  13    i 

15  5  57    <j 
15    6  35    X 

15  20  14    i 

16  0    -    ^ 
18    0    - 

20    5  -    ^J 

23    7  -    ^J 

25    7  - 

25  20  - 


29    2    - 

29  10    - 

Dec    2    3    8 

5    2- 


5  20    3  <j 

8    6    -  f 

10  23    - 

12    2  56  <{ 

12  20    4  <$ 

13  7  36  <J 
13  23    - 

13  23  44  <J 

15    7    - 

15    8  49  ,$ 

20  0    -  ^ 

21  8    - 

I 

22  4    ..^ 
28    3    -  <J 


I 


Greatest  elong.  W.  19  10 
Greatest  Hel.  Lat.  N. 


9  3> 
S  1> 


3  9 
645 


D <?-+-    5   2 

3) h-^   7   0 

3) 5  -♦-   5  15 

h >  —    IS9 

i    a  Uhne ...  J  —    0    6  j 

8  h 8—  029  ' 

5  ^ 5  +  1  13  ' 

21      Stationary. 

S5 S-t-  0  50' 


I 


Greatest  elong.  W.  46  47 

tiT  3> W—    627 

8       in  8 


2tl> 

'4^0 

9       in  Perihelion. 

9  3) 9 


21--    150 


in  8 


7  23 

7  13 
5  21 


<J-4-   5   7 


5        hi  Aphelion. 

5  > 5  ^-    3  46 

S0  Superior, 
enters  1^,  Winter  com. 


9 
9 


9 
9 


o:« 

229 


490 


OBSERVATORIES. 


POSITIONS  OP  OBSBBVATORTKR. 

( North  Latitudes  and  West  Longitudes  are  Considered  Positive.) 

^>* 

Latitude. 

Bednotion 
to 

I^^. 

Longitude 

FuMM. 

O«oo«ntrle 

From  WaahinKtanu 

From  Grseawlch. 

Abo 

.      +  60*  26  56!8 

^^ 

/            // 

10    2.1 

9.998887 

h    m      • 

-  6  37  18.45 

^^ 

h     m       • 

1  29    6.41 

Adelaide. 

.      -  34  65  33.8 

+ 

10  56.8 

9.999520 

-14  22  82.34 

-» 

9  14  20.30 

Albany    . 

.      +  42  39  49.5 

II  38.0 

9.999326 

-  0  13  12.87 

+ 

4  54  59.17 

Alfred(N,Y.). 

.      +  42  15  19.8 

— . 

1 1  :i7.0 

9.999337 

+  0    2  55.00 

+ 

5  11     7.04 

Algier  (Old  Ob 

s.)     .      +  36  44    0 

— 

II  10.8 

9.999476 

—  5  20  28.95 

— 

0  12  16.91 

Algier  (New  01 

>#•)    •      +  36  47  50 

■^ 

II  ii.3 

9.999474 

—  6  20  20.59 

— 

0  12     8.55 

Allegheny 

.      +  40  27  41.6 

— 

11  31.3 

9.999383 

+  0  1150.89 

+ 

5  20    2.93 

Altoua    • 

.       +  53  32  45.3 

~^ 

11  10.3 

9.999049 

-  5  47  58.39 

— 

0  39  46.35 

Amherst . 

.      +  42  22  17.1 

— 

II  37.3 

9.999334 

-  0  18    7.37 

• 

+ 

4  50     4.67 

Annapolis       « 

.      +  38  58  53.5 

— 

11  24.5 

9.999282 

—  0    2  15.60 

+ 

5    5  56.44 

Ann  Arbor     < 

.      +  42  16  48.0 

^m 

11  37.0 

9.999336 

+  0  26  43.10 

+ 

5  34  55.14 

Arcetri    . 

•       +  43  45  14.4 

» 

11  39.7 

9.999298 

—  6  53  15.15 

— 

0  45     3.11 

Armagh  • 

.       +  54  21  12.7 

— 

11    4M 

9.999029 

-  4  41  36.54 

+ 

0  26  35.5    ; 

Athens    • 

.      +  37  58  20.0 

— 

11  18.9 

9.999445 

—  6  43    7.74 

— 

1  34  55.7 

Beloit      . 

.      +  42  30    9.0 

— 

1 1  37.0 

9.999331 

+  0  47  55.26 

+ 

5  56     7.30 

Berlin 

;      +  52  30  16.7 

m^ 

11  17.1 

9.999075 

-  6    1  46.95 

m^ 

0  53  34.91 

Berne 

.      +  46  57    8.7 

» 

11  39.0 

9.999216 

—  5  37  58.04 

— 

0  29  46.0 

Be8an9on 

.       +  47  14  59.0 



11  38.5 

9.999207 

-  5  32    9.24 

— 

0  23  57.20 

Bethlebem 

.       +  40  36  23.4 

— 

II  31.9 

9.999379 

—  0    6  40.19 

+ 

5     1  31.85 

Birr  Castle 

.      +  53    5  47.0 

— 

11  13.3 

9.999061 

—  4  36  31.14 

+ 

0  31  40.9 

Bologna  . 

.      +  44  29  47.0 

^ 

1 1  40.3 

9.999279 

-  5  53  36.64 

— 

0  45  24.6 

Bonn 

.       +  50  43  45.0 

— 

11  27  0 

9.999120 

-  5  36  35.33 

— 

0  28  23.29 

Bordeaux 

•      +  44  50  16.7 



11  40.4 

9.999271 

-  5    6    6.60 

+ 

0    2    5.44 

Bothkamp 

.      +  54  12    9.6 

— 

11    5.3 

9.999033 

—  5  48  42.84 



0  40  30.8 

Breslau   . 

.      +  51     6  56.5 

— 

1 1  25.0 

9.999110 

-  6  16  20.75 

— 

1    8    8.71 

Biussels  . 

.      +  50  51  10.5 

_ 

1 1  26.4 

9.999117 

-  5  25  40.64 

^ 

0  17  28.6 

Cambridge  (-^/i 

gland)    +  52  12  51.6 



11  18.9 

9.999082 

—  5    8  34.79 



0    0  22.75 

Cambridge  (ifn 

%88.)  .    .  +  42  22  47.6 



1 1  37.3 

9.999334 

—  0  23  41.05 

+ 

4  44  30.99 

Cape  of  Good 

Hope      —  33  56    3.4 

+ 

10  48.0 

9.999543 

—  6  22    6.78 



1  13  54.74 

Chapultepec   , 

.      +  19  25  17.5 

— 

7  18.2 

9.999838 

+   1  28  26.20 

+ 

6  36  38.24 

Charkow. 

.      +  50    0  10.2 

^ 

11  30.2 

9.999138 

—  7  33    6.74 

^ 

2  24  54.7 

Charlottesville 

)        .      +38    2     1.2 

— 

11  19.3 

9.999444 

+  0    5  53.18 

+ 

5  14    5.22 

Chicago  . 

•       +  41  50     1.0 

~^ 

II  35.9 

9.999348 

+  0  42  14.69 

+ 

5  50  26.73 

Cbristiania 

.      +  59  54  43.7 

— 

10    8.7 

9.998899 

—  5  51    5.89 



0  42  53.85 

Cincinnati  {Ne{ 

w  Obs.)    +  39    8  19.5 



II  25.4 

9.999416 

+  0  29  29.25 

+ 

5  37  41.29 

Cincinnati  (0{€ 

I  Obs.)     +  39    6  26.5 

— 

11  25.2 

9.999417 

4   0  29  47.01 

+ 

5  37  59.05 

Clinton    . 

.      +  43    3  17.0 

— 

11  38.7 

9.999316 

—  0    6  34.65 

+ 

5    1  37.39 

Coimbra  . 

.      +  40  12  25.8 

— 

11  30.3 

9.999:)89 

—  4  34  37.54 

+ 

0  33  34.5 

Copenhagen    . 

.      +  55  41  13.6 

— 

10  53.1 

9.998997 

—  5  58  30.96 

— 

0  50  18.92 

Cordoba  . 

.      -  31  25  15.5 

+ 

10  22.3 

9.999602 

—  0  51  23.84 

+ 

4  16  48.2 

Cracow    . 

•      +  50    3  50.0 

_ 

II  30.0 

9.999137 

-  6  28    2.41 

_ 

1  19  50.37 

Dantzig  • 

.       +  54  21  18.0 

— 

11    4.1 

9.999029 

-  6  22  51.34 

— 

1  14  39.3 

Denver    • 

.      +  39  40  36.4 

^ 

11  27.9 

9.999402 

+   1  51  35.59  1  +  6  59  47.63  | 

Dorpat    • 

.       +  58  22  47.4 



10  26.4 

9.998934 

-  6  55    5.54 

— 

1  46  53  5 

Dresden  . 

.       +51     2  16.8 

— 

11  25.4 

9.999112 

-  6    3    6.88 :  - 

1 

0  54  54.84 

Dublin     • 

.      +  53  23  13 

.^ 

11  11.3 

9.999053 

-  4  42  50.04  ;  + 

0  25  22 

Dun  Echt 

.       +  57     9  36 



10  39.2 

9.9989621—    4  58  32.04     + 

1 

0    9  40.0 

OBSERVATORIES. 


491 


poaiTioifns  OP  obbebyatobieb. 

{North  IxMmdeM  and  West  Longiimdes  an  Considered  PosiOoe.) 


Durham  . 
Diisseldorf 
Bdinbargb 
Florence . 
Geneva   . 

Georgetown 
Glasgow  (Missouri) 
Glasgow  (Sootkmd) 
Gtotha 
GOttingen 

Greenwich 
Hamburg 
HanoTcr . 
Ha8ting84>n-Hud8on 
Hayerford 

Helsingfors 
Hereny  Ungam 
Hong  Kong 
Hudson  . 
Ipswich  . 

Jena 

Karlsruhe 

Easan 

Kew 

Kiel 

Kiew 

Kfinigsberg 
Kremsmiinster 
Leiden 
Leipzig    . 

Lejton 

Lisbon  {Marine  Obs,) 

Lisbon  {Kof^l  Obs,) 

Liverpool 

Lftbeo      . 

Lond 
Lyons 
Madison  . 
Madras    . 
Madrid    . 

Manbeim 
Marburg  • 
Markree  . 
Marseilles 
Melbourne 

Mexico 
Milao 


-f-  54  46  ^.2 
+  51  12  25 
+  55  67  23.2 
+  43  46  4.1 
+  46  11  58.8 

+  38  54  26.2 
+  39  13  45.6 
+  55  52  42.8 
+  50  56  37.5 
+  51  31  47.9 

+  51  28  38.4 
+  53  33  7.0 
+  43  42  15 
+  40  59  25 
+  40  0  40.1 


+  60 
+  47 
+  22 
+  41 
+  52 


9  43.3 
15  47.4 
18  12.2 
14  42.6 

0  33.0 


+  50  55  35.6 
+  49  0  29.6 
+  55  47  24.2 
+  51  28  6 
+  54  20  29.7 

+  50  27  ILl 
+  54  42  50.6 
+  48  3  23.7 
+  52  9  20.0 
+  51  20  6.3 

+  51  34  34 
+  38  42  17.6 
+  38  42  31.3 
+  53  24  4 
+  53  51  31.2 


+  55  41 

+  45  41 
+  43  4 
+  13    4 


52.1 

40.0 

37.0 

8.1 


to 

060omtrio 

LMitode. 


+  40  24  30.0 

+  49  29  11.0 
+  50  48  46.9 
+  54  10  31.8 
+  43  18  19.1 
-  37  49  53.3 

+  19  26  1.3 
+  45  27  59.2 


1  0.9 
I  94.6 

0  50.7 

1  39.7 
I  39.9 

I  94.9 

I  95.8 

0  51.4 

1  95.9 
I  99.9 

1  93.1 
I  lO.I 
I  39.6 
I  33.9 
I  994 

0  5.6 

1  3S.4 
8  10.7 
1  34.1 
I  90.1 

I  96.0 
I  33.9 

0  59.9 

1  93.9 
I    4.9 

I  98.9 
I  1.3 
I  36.7 
I  19.3 
I  93.9 

I  99.6 
I  93.3 
I  9:1.1 
I  11.9 
I    71) 

0  53.0 

1  40.3 
I  3rt.7 
5  7.6 
I  31.1 

I  39.9 

I  96.6 

I  5.5 

I  39.1 

I  18.1 

7  18.4 
II  40.4 


Log  ^. 


9.91tSI0I9 
Sl.ilslviOo 
9.998991 
9.999998 
9.999936 

9.9994*« 
9.999414 
9.998993 
9.999114 
9.999100 

9.999101 

9  9119049 
9.999300 
9.999:169 
9.999394 

9.998893 
9.999'J08 
9.99978!» 
9.999363 
9.999088 

9.999115 
9.999163 

9.999101 
9.999030 

9.999197 
9.999091 
9.99iH88 

9.999104 

9.999098 
9.999497 
9.!>99497 
•K999053 
!».»99049 

9.998997 
9.99994H 

9.990316 
9.99?)9-/5 
9.999:t84 

9.999151 
9.999118 
9.9«KK)34 
9.9!>J»3I0 
9.999449 

9.99;»839 
9.91»l»954 


Lwcitad* 


From  WMhiBgtoa. '   riom  OrMawtoh. 


5    1  52.24    + 
5  35  17.04    - 

4  55  28.99    + 

5  53  13.54 ;  - 
5  32  48.81    — 


+ 
+ 


+ 
+ 
+ 


0  0    6.20 

1  3    5.93 

—  4  51     1.44 

—  5  51    2.57 

—  5  47  58.28 

—  58  12.04 
-5  48    5.74 

—  0  19    4.13    + 

—  0  12  42.4      + 

—  06  59.34    + 

—  6  48    1.20    - 

—  6  14  36.75    - 

—  12  4153.94    — 
+  0  17  32.12    + 

—  5  13    7.81 1  - 

—  5  54  3-2.85 '  - 
-5  41  48.66,  - 

—  8  24  40.94    — 

—  5    6  56.94    + 

—  5  48  47.80    — 

-7  10  12.68    - 

—  6  30  10.96    - 

—  6    4  44.24    — 
-5  26    8.39    - 

—  5  57  46.06  :  - 

-58  11.171  + 

—  4  31  47.01    + 

—  4  31  27.36    + 

—  4  55  54.84    + 

—  5  50  57.59    — 


0    6  19.8    ' 
027    5 
0  12  43.05 
0  45    1.5 
0  24  36.77 

5  8  18.24  < 

6  11  17.97 
0  17  10.6  I 
0  42  50.53 
0  39  46.24 

0  0  0 

0  39  53.7 
4  49  7.91 

4  55  29.64 

5  1  12.70 

1  39  49.16 

1  6  24.71 

7  36  41.9 
5  25  44.16 
0  4  55.80 

0  46  20.81 
0  33  36.51 
3  16  28.9 
0  1  15.1 

0  40  35.76 

2  2  0.64 

1  21  58.91 
0  56  32.2 
0  17  56.35 
0  49  34.02 

0  0  0.87 
0  36  25.0 
0  36  44.68 
0  12  17.2 
0  42  45.55 


—  6  0  57.07 

—  5  27  19.90 
+  0  49  25.79 

—  10  29  11.46 

—  4  53  26.64 


—  0  52  45.03 

—  0  19  7.86 
+  5  57  37.83 

—  5  20  59.42 
+  0  14  45.4 


—  5  42  2.56  -  0  33  50.52 

—  5  43  17.04  —  0  35  5.0 

—  4  34  23.64  +  0  33  48.4 

—  5  29  46.68  —  0  2134.64 
-14  48  6.18;  -  9  39  54.14 

+  1  28  14.63  +  6  36  26.67 

—  5  44  58.01  —  0  36  45.97 


I 


4C»2 


OBSERVATORIES. 


POSITIONS  OF  OBSEBVATOBIB& 

(  X/rH  LaiUudea  md  Wat  Lamgitmda  mn  C«m$idtnd  P, 


) 


F*.*^*. 


Mofif'na  . 
Montreal 
Mont  <<  III  rirt 

Meant  Hamilton 

Maoicb    r 
Xapk«     . 
NaHbi'tlle 
Natal       .        • 
Neacliatel 

New  Haven 

New  YoTkiCotmrnhOoll.) 
New  York  (Rummmrvmut 

Nice 
Nicolaeff . 


North  field 
OdeftHa     • 
0|{den 
O-tJ.valla. 
Olintitz    . 

Oxford  (MisHsnippt) 
Ox^ou\  {Hadeliffe) 
Oxford  ( University) 
Pailaa 
Palermo  . 

Paramatta 
Parift 

Philadelphia  • 
Plonnk     . 
Pola 

PortHinouth     . 
Potwlam  . 
Poiifflik<*ep8ie. 
Prague     . 
Prine<*ton 

Providence 
Pulkowa. 
Qiieh«'<?    . 
Kioc](*flaneiro 
ICochcHtrr 

lUimo  (rV///.  R(m.) 
Hom<»  ((Japitol) 
Han  FeriiafMlo. 
Sail  FraiiciH<;o 
HantiuKode  Chile 

Srhworiii 
Heiiftonhorg     . 


Latittt4e. 


+  44  38  W.9 '  — 
+  45  30  17.0  — 
-h  48  49  Ih.O  - 
-h  55  45  19.8  — 
+  37  20  23.5  - 

-h  48  8  45.5  — 

-h  40  51  45.4  — 

+  36  8  58.2  — 

-  29  50  47  0  + 
+  46  59  51.0,  — 

+  41  18  36.5 

-f  40  45  23.1 

-h  40  43  48.5 

-f  43  43  16.7 

-f  46  58  20.6 

+  14  27  416 
-f  46  28  36 
-h  41  13  8.6 
+  47  52  43.4 
+  49  35  43 

+  34  22  12.6  — 
+  51  45  36.0  — 
+  51  45  34.2 '  — 
4-  45  24  2.5 
+  38  6  44 

-  33  48  49.8 
+  48  50  11.8 
+  39  57  7.5 
+  52  37  40.0 
+  44  51  49.0 

+  50  48  3.0 
+  52  22  56 
+  41  41  18 
+  50  5  18.8 
+  40  20  57.8 

+  41  60  21 
+  59  46  18.7 
+  46  48  17.3 

-  22  51  23.8  + 
+  43  9  16.8 

+  41  53  53.6 
+  41  53  33  5 
+  36  27  41.5 
+  37  47  24.1 

-  33  26  42.0  + 

+  53  37  38.2 
+  50  5  10.1 


Wi^. 


I  36.3  I 
I  32.8' 
I  6.6 
M)  3.7 
I  38.9 


I  40.4 
I  40.4, 
I  34.5. 
0SI.3: 
I  14.9. 


9.999168 


9.909461 
9.999186 


0.99!M*I0 
9.999637 


I  34.3  9S09361 

I  32.4  ^  9.999375 

1  32.3 ,  9.999376 

I  39.6  9.999299 

1  37.3  -  9.999216 


I  40.3 
1  39.6 
I  34.0 
I  37.1 
I  31.8 

0  52.0 

1  22.4 
I  22.4 
I  40.4 
I  19.7 

0  46.9 
i  34.5 

1  29.2 
I  16.4 
I  40.4 

I  26.6 
I  17.9 
1  35.4 

I  29.8 
1  30.8 

I  35.9 

0  10.4 

1  39.2 
H2I.I 

I  38.8 

I  36.1 
I  36.0 
I  8.9 
I  17.8 

0  43.4 

1  0.6 

I  29.8 


I 


9.999280 
9.999228 
9.999363 
9.999192 
9.999149 

9.999533 

9.999256 
9.999442 

9.999546 
9.999168 
9.999396 
9.999072 
9.999270 

9.999118 
9.999078 
9.999351 
9.999 1  :(6 
9.999385 

9.999348 
9.998902 
9.999220 
9.999779 
9.99!)3I3 

9.999346 
9.99<KI46 
9.999483 
9.999450 
9.999555 

9.99IK)47 
9.i)99l36 


—  5  51  >4^    ^ 
--  0  13  53.50    + 

—  5  17  32.72    — 

—  7  38  2a94    — 
+  2  58  22.05*  + 

—  5  U  38.17,  — 

—  65  12^    — 
+  038  55.93,  + 

—  7  10  13.20.  — 

—  536    2JJ4,  — 

—  0  16  29.90.  + 

—  0  12  18.40    + 

—  0  12  15.00    + 

—  5  37  24J24  i  — 

—  7  16    6.14 


4  ^1  1^.54 
0    9  20.66 
2»  ia.9 
8    6^4.09 

0  46  26.13 
0  57    €l9 

5  47  7.97 
2  2  1.16 
0  27  50J2 

4  5142.14 
4  55  53.G4 
4  55  57  04 
0  29  12.20 
2    754.1 


+   1    4  23.77    +  6  12  35.81 

—  7  11  14.34    —  2    3    2.3 
+  2  19  47.52    +  7  27  59.56 

—  6  20  57.63,  —  1  12  45.59 

—  6  17  14.64    —  I    9    2.6 


+  0  49  55.05 

—  6    3    9.44 

—  53  11.64  i 

—  5  55  41.17, 

—  6    1  37.04 , 

- 15  12  18.24  I 

—  5  17  32.99  1 

—  0    7  33.58 

—  6  29  44.05 

—  6    3  35.22 

—  5    3  48.14 

—  6    0  29.04 

—  0  12  38.44 

—  6    5  53.44 

—  09  34.54 


+  5  58    7.09 
+  05    2.6 
+  05    0.40 

—  0  47  29.13 

—  0  53  25.0 

-10    4    6.2 

—  0    9  20,95 
+  5    0  38.46 

—  1  21  32.01 

—  0  55  23.18 

+  0    4  23.90 

—  0  52  17 
+  4  55  33.6 

—  0  57  41.4 
+  4  58  37.50 


—  0  22  36.14    +  4  45  35.90 

—  79  30.71  i  —  2    1  18.67 

—  0  23  22.74  j  +  4  44  49.3 

—  2  15  30.63    +  2  52  41.41 
+  02    9.74'  +  5  1021.78 

—  5  58    6.74    -  0  49  54.70 

—  5  58    8.56    —  0  49  56.52 

—  4  43  22.44    +  0  24  49.6 
+  3    1  30.47  1+89  42  51 

—  0  25  25.74  i  +  4  42  46.30 

—  5  53  52.74    —  0  45  40.7 

—  6  14    2.64    —   1    5  60.6 


OBSERVATORIES. 


493 


POSITIONS  OP  OBSERVATORIES. 
{North  Latitudes  and  West  Longitudes  are  Considered  Positive,) 


South  Hadley 

S|H»ier        » 

St.  LouIh    . 

St.  Petersburf^ 

St.  Petersburg  ( Unin 

Stockholm 
Stoiiyhurst 
StraHHburg  {New  Obs 
Stras^burg  {Old  Obs. 
Sydney 

Syracase 

Tacabaya 

Tascbkent 

Tokio 

Torouto 

Touloase 
Tulse  Hill 
Tarin. 
TwickeDham 
Upsala  (^^ir  Obs.) 

Utrecht 

Venice 

Vienna  {Josephstadt 

Vienna  {yew  Obs,) 

Vienna  (Old  Obs,) 

Vienna  {Ottakring) 
Warsaw     . 
Washington 
West  Point  (0W06# 
West  Point  (^w06« 

Wilbelmshaven 
WiUiamstown  {Mass. 
Williamstown  (Fictoria) 
Wilna 
Windsor 

Ziirich 


LAtltnd*. 


+  42  15  18.2 
+  49  18  55.4 
+  38  38  3.6 
+  59  56  29.7 
+  59  56  29.7 

+  59  20  33.0 
+  53  50  40 
+  48  34  59.7 
+  48  34  53.8 
—  33  5141.1 

+  43  2  13.1 
+  19  24  17.5 
+  41  19  32.2 
+  35  39  17.5 
+  43  39  35.9 

+  43  36  47 
+  51  26  47.0 
+  45  4  6.0 
+  51  27  4.2 
+  59  51  29.4"  - 

+  52  5  10.5 
+  45  25  49.5 
+  48  12  53.8 
+  48  13  55.4 
+  48  12  35.5 

+  48  12  47.2 
+  52  13  5.7 
+  38  53  38.8 
+  4123  31 
+  41  23  22.1 


+  53  31  52.0 
+  42  42  49 
-37  52  7.2 
+  54  41  0 
-  33  36  30.8 

+  47  22  40.0 


Radoeilon 

to 

G«oc«ntrio 

Latttode. 


+ 
+ 


I  37.0 
I  32.9 
I  2-i.7 
0    8.4 

0  H.4 

0  ir>.ri, 

1  H.O 
1  35.3 
I  35.3 

0  47.3 

1  38.6 
7  17.8 
I  34.4 
I  *2.8 
I  39.6 

I  39.5 
I  23.3 
I  40.4 
I  23.3 

0  9.3 

1  19.7 
I  40.4 
I  36.2 
I  36.2 
I  36.3 

I  36.2 
I  18.9 
I  24.1 
I  34.6 
I  34.6 

1  10.3 
I  38.0 
I  18.3 
I     1.6 

0  40.5 


I^^. 


9.999:{37 
9.999156 
9.999429 
9.996898 

Cf.ITifoOUo 

9.998912 
9.999042 
9.999174 
9.999174 
9.999545 

9.9993 1 7 
9.9998.39 
9.999361 
9.999502 
9.9iHi:)0l 

9.999302 
9.999102 
9.999205 
9.9i>9l02 
9.998900 

9.99*M)tt6 
9.999255 
9.999 1 8;J 
9.99<MH3 
9.999184 

9.99*H83 
9.990082 
9.999422 
9.<>in»3ri9 
9.999359 

9.t>990:»0 
9.999325 
9.9*><M48 
9.91KHWI 
9.9t»955l 


Loiiglti»d« 


~  II  38^     9.9{»9205 


YnrnWuhingtaa, 
E     m      ■ 

-  0  17  51.75 
-5  41  57.64 
+  0  52  37.07 

-  7    9  25.54 

-  7    9  28.45 

-  6  20  26.04 

-  4  58  19.36 

-  5  39  16.69 

-  5  39  14.53 
-15  13    1.58 

-  0'  3  38.68 
+    1  28  84.45 

-  9  45  22.84 
-16  14  19.85 
+  0    9  22.61 

-  5  14    3.14 

-  5  7  44.35 
-5  39    0.44 

-  5    6  58.94 

-  6  18  42.27 


From  OreoBwieb. 


528 
5  57 
13 


6 
6 
6 


13 
13 


6  13 
6  32 
0  0 
0  12 
0  12 


43.74 
37.41 
37.34 
33.26 
43.78 

23.15 
19.44 
0 
22.71 
21.49 


-  5  40  47.25 

-  0  15  18.6 
-14  47  50.H4' 

-  6  49  23.94 
-15  11  32.81  I 

-  5  42  24.64 


I 


+  4  50  20.29 

-  0  33  45.6 
+  6    0  49.11 

-  2    1  13.5 

-  2    1  11.41 

-1  12  14.00 
+  0    9  52.68 
-0  31    4.65  i 
-0  31    2.49 
-10    4  49.54 

+  5    4  33.36 
+  6  36  46.49; 
-4  37  10.80. 
-11    6    7.81 
+  5  17  34.65 

-  0    5  51.1 
+  0    0  27.69 

-  0  30  48.4 
+  0    I  13.1 

-  1  10  30.23 

-  0  20  31.7 

-  0  49  25.4 

-  1    5  25.3 

-  1    5  21.22 

-  1    5  31.74 

-  1    5  11.11 

-  1  24    7.4 
+  58  12.04 
+  4  55  49.33 

-  4  55  50.55 

-  0  32  35.21 
+  4  52  53  44 

-  9  39  38.8 

-  141  11.9 
-10    3  20.77 

-  0  34  12.6 


ON  THE  ARRANGEMENT  AND  USE  OF  THE  AMERICAN 
EPHEMERIS  AND  NAUTICAL  ALMANAC. 


PART  I— THE  EPHEMEBIS  FOB  THE  MEBIDIAl^  OF  GBEENWICH. 

Ths  greater  portion  of  this  Epbemeris,  embracing  the  positions  of  the  snn  and  moon ; 
the  distances  of  the  moon  from  the  centres  of  the  son  and  the  foor  most  conspicaons 
planets^  and  from  certain  fixed  stars;  the  ephemerides  of  the  planets  Mercury,  Vennsy 
Mars,  Jnpiter,  and  Saturn,  is  designed  for  the  special  use  of  navigators.  The  remainder 
contains  the  ephemerides  of  Uranus  and  Neptune,  the  heliocentric  co-ordinates  of  the 
seven  major  planets,  the  rectangular  equatorial  coordinates  of  the  sun,  the  moon's 
longitude  and  latitude,  data  for  the  libration  of  the  moon,  the  obliquity  of  the  ecliptic, 
the  equation  of  the  equinoxes,  etc. 

TIME. 

Astronomers  make  use  of  several  different  kinds  of  time;  mean  solar  time;  true,  or 
apparent  solar  time;  and  sidereal  time. 

Solar  IVffi«.^-Solar  time  is  that  nsed  for  all  the  purposes  of  ordinary  life,  and  is  measured 
by  the  daily  motion  of  the  sun.  A  Solar  Day  is  the  interval  of  time  between  two  successive 
transits  of  the  sun  over  the  same  meridian ;  and  the  hour-angle  of  the  sun  is  called  Solar  Time, 
This  is  the  roost  natural  and  direct  roeasure  of  time.  But  the  intervals  between  the  successive 
returns  of  the  sun  to  the  same  meridian  are  not  exactly  equal,  owing  to  the  varying  motion  of 
the  earth  around  the  sun,  and  to  the  obliquity  of  the  ecliptic.  The  interv&Is  between  the  sun^s 
transits  over  the  roeridian  being  unequal  It  is  impossible  to  regulate  a  clock  or  chronometer  so 
that  it  shall  accurately  follow  the  sun. 

To  avoid  the  irregularity  which  would  arise  from  using  the  true  sun  as  the  measure  of  time, 
a  fictitious  sun,  called  the  Mean  Sun,  is  supposed  to  move  in  the  equator  with  a  uniform  velocity. 
This  mean  sun  is  supposed  to  keep,  on  the  average,  as  near  the  real  sun  as  is  consistent  with 
perfect  uniformity  of  motion ;  it  is  sometimes  in  advance  of  it,  and  sometimes  behind  it,  the 
greatest  deviation  being  about  16  minutes  of  time. 

Mean  Solar  TVme,  which  is  perfectly  equable  in  its  increase,  is  measured  by  the  motion  of  this 
mean  sun.  The  clocks  in  ordinary  use  and  the  chronometers  used  by  navigators  are  regulated 
to  mean  solar  time. 

TViie,  or  Apparent  Solar  Time  is  measured  by  the  motion  of  the  real  sun. 

Tlie  difference  between  apparent  and  mean  time  is  called  the  Equation  of  THme.  By  means 
of  it,  we  change  apparent  to  mean  time,  or  the  reverse.  Thus,  if  the  apparent  time  be  given, 
the  mean  time  corresponding  to  it  will  be  obtained  by  adding  or  subtracting  the  equation  of 
time,  according  to  the  precept  at  the  head  of  the  column  in  which  it  is  found,  on  page  I  of 
the  Calendar  for  each  month.  If  the  mean  time  be  given,  the  apparent  time  is  obtained  by 
applying  the  equation  of  time  as  directed  by  the  precept  on  page  II  of  the  Calendar. 

Sidereal  Time, — Sidereal  time  is  measured  by  the  daily  motion  of  the  stars;  or,  as  it  is  used 
by  astronomers,  by  the  daily  motion  of  that  point  in  the  equator  from  which  the  true  right  ascen- 
sion of  the  stars  is  counted.  This  point  is  the  vernal  equinox,  and  its  hour-angle  is  called 
Sidereal  Time.     Astronomical  clocks,  regulated  to  sidereal  time,  are  called  sidereal  clocks. 

£PH  95  495 


496  'THE  AMERICAN  EPHEMERI8. 

A  Sidereal  Day  is  the  interval  of  time  bcitween  the  transit  of  the  vernal  equinox  over  tiw 
meridian,  and  its  next  succeeding  return  to  the  same  meridian.  It  is  about  3"  56*  shorter  than 
the  mean  solar  day;  365^  solar  days,  or  a  year,  being  divided  into  366J  sidereal  days.  It  i? 
divided  into  24  hours.  The  sidereal  hours  are  counted  from  0  to  24,  commencing  with  lite 
instant  of  the  passage* of  the  true  vernal  equinox  over  the  upper  meridian,  and  ending  with  its 
return  to  the  same  meridian.  About  March  21st  of  each  year  the  sidereal  clock  agrees  with  th*^ 
mean  time,  or  ordinary  clock,  and  the  former  gains  on  the  latter  about  3"'  56*  per  day,  so  ihai 
at  the  end  of  a  year  it  will  have  gained  an  entire  day,  and  will  again  agree  with  the  mean  timf 
clock. 

Day. — The  Civil  Day^  according  to  the  customs  of  society,  commences  at  midnight,  and 
comprises  twenty-four  hours,  from  one  midnight  to  the  next  following.  The  hours  are  counted 
from  0  to  12  from  midnight  to  noon,  after  which  tliey  are  again  reckoned  from  0  to  12  from 
noon  to  midnight.  Thus  the  day  is  divided  into  two  periods  of  12  hours  each,  of  which  tlie  first 
is  marked  A.  M.,  and  the  last  is  marked  P.  M. 

The  Astronomical  Day  commences  at  noon  on  the  civil  day  of  the  same  date.  It  also  com- 
prises twenty -four  hours,  but  they  are  reckoned  from  0  to  24,  and  from  the  noon  of  one  day  to 
that  of  the  next  following.  The  astronomical  as  well  as  the  civil  time  may  be  cither  apparent 
or  mean,  according  as  it  is  reckoned  from  apparent  noon  or  from  mean  noon. 

The  civil  day  begins  twelve  hours  before  the  astronomical  day;  therefore  th«i  first  period 
of  the  civil  day  answers  to  the  last  part  of  the  preceding  astronomical  day,  and  the  last  period 
of  the  civil  day  corresponds  to  the  first  part  of  the  same  astronomical  day.  Thus,  January  9th, 
2  o^clock,  A.  M  ,  civil  time,  is  January  8th,  14'',  astronomical  time;  and  January  9th,  2  o^'cluck, 
P.  M.,  civil  time,  is  also  January  9lh,  2**,  astronomical  time.  The  rule,  then,  for  the  transfor- 
mation of  civil  time  into  astronomical  time  is  this: — If  the  civil  time  is  marked  A.  3/.,  take  one 
from  the  day  and  add  twelve  to  the  hours^  and  the  result  is  tlte  astronomical  time  wanted  ;  if  the 
civil  time  is  marked  P.  M,^  take  away  the  designation  P,  M.^  and  the  astronomical  limr.  is  had 
without  further  change. 

To  change  astronomical  to  civil  time,  we  simply  write  P.  M,  after  it^  if  it  is  lets  than  12 
hours.  If  greater  than  12  hours,  we  subtract  12  hours  from  it,  add  1  to  the  days,  and  write 
A,  M.  For  example,  January  3d,  23  hours,  astronomical  time,  is  January  4th,  II  oVlock,  A.  M., 
civil  time. 

If  the  longitude  from  Greenwich  be  expressed  in  time,  and,  when  west,  added  to  the  local 
time,  or,  when  east,  subtracted  from  the  local  time,  the  result  is  the  corresponding  Greenwich 
time.  If  the  local  mean  time  is  used,  the  result  is  the  Greenwich  mean  time,  which  ordinarily 
is  that  required  for  the  use  of  this  Ephemeris.  The  rule  is  the  same,  whether  we  use  mean  or 
sidereal  time. 

THE  CALENDAR. 

The  Calendar  is  divided  into  twelve  months,  and  to  each  month  are  assigned  eighteen  pages, 
the  contents  of  which  are  as  follow : — 

Page  I  contains,  for  Greenwich  apparent  noon  of  each  day.  The  Sun*s  Apparent  Right 
Ascension  and  Declination,  and  the  Equation  of  Time,  Adjoining  columns  contain  the  differ- 
ences of  these  quantities  for  one  hour.  By  multiplying  this  difference  by  the  hours  and  parts 
of  an  hour  from  Greenwich  apparent  noon,  and  adding  the  amount  to,  or  subtracting  it  from, 
the  quantity  at  noon,  according  as  that  quantity  is  increasing  or  decreasing,  we  obtain  the  value 
of  any  quantity  for  any  given  Greenwich  apparent  time.  The  hourly  differences  are  given  for 
the  instant  of  apparent  noon  at  Greenwich,  and,  when  greater  accuracy  is  required,  should  be 
first  interpolated  for  half  the  hours  and  parts  of  an  hour  of  the  Greenwich  apparent  time. 

This  page  is  chiefly  used  when  the  sun  is  observed  on  the  meridian,  and  the  local  apparent 
time  is  0*'  0°*  ()•.  The  longitude  from  Greenwich  expressed  in  time,  if  west,  is  at  that  instant  the 
Greenwich  apparent  time,  or  time  aAer  Greenwich  apparent  noon;  if  east,  it  is  time  before 

£P£L  95 


USE  OP  THE  TABLES.  497 

Cvreenwich  apparent  noou.  The  longitude  of  any  place  is  therefore  employed  in  reducing  the 
quantities  on  this  page  to  apparent  noon  at  the  place. 

The  right  ascension  of  the  sun  thub  reduced  is  the  sidereal  lime  of  local -apparent  noon.  The 
difierence  between  it  and  the  clock  time  of  the  meridian  passage  of  the  sun  is  the  error  of  the 
clock  on  sidereal  time. 

The  declination  of  the  sun  reduced  to  the  meridian,  or  apparent  noon,  of  the  place,  is  required 
in  finding  the  latitude  from  a  meridian  altitude  of  the  sun. 

As  an  example  of  the  use  of  page  I : — 

Let  the  sun^s  declination  be  required  at  apparent  noon,  1895,  May  31,  at  a  place  whose 
longitude  is  179"*  4(K,  or  11^  58"*  40*  east  from  Greenwich : 

b      m       • 
Local  opparent  time  May  31,        0      0      0 

Longitude  from  Greenwich  (subtractiire)  .       II     58    40 

Greenwich  apparent  time    .  May  30,       12       I     20 

Reducing  the  minutes  and  seconds  to  decimals  of  an  hour,  we  find  that  this  moment  is  12^.022 
after  Greenwich  apparent  noon  on  May  30,  or  11*>.978  before  Greenwich  apparent  noon  on 
May  31. 

On  page  74  of  the  Ephemeris  we  find  that  the  change  of  declination  in  one  hour  is 

May  30,  at  Greenwich  apparent  noon         .  .  22.30 

May  31,  at  Greenwich  apparent  noon  .  .  21. 3.5 

Oitference  for  one  day  .....  O.li.'i 

If  we  want  to  be  very  exact,  we  find  the  amount  of  this  hourly  difference  for  the  time  which 
is  half  way  between  Greenwich  noon  and  the  time  of  observation;  that  is,  for  6  hours  afker 
Greenwich  noon  of  the  30th,  this  being  half  of  12  hours.  Six  hours  is  0.25  nf  a  day;  so  the 
calculation  is  as  follows : — 

Oitference  for  one  hour,  May  30     . 
Chani^e  for  Oiio  of  a  day  or  0".95  X  0.25  . 
Difference  at  6  hours  af\er  noon 

22".06  X   12.022  =  265".2  «  4'  25"i8 

Declination  at  Greenwich  noon,  May  30  . 
Change  in  12.022  hour*  ( additive  ) 

Sun**  declination  al  time  of  observation    . 

When  the  time  of  observation  is  only  a  few  hours  before  Greenwich  noon,  it  may  be  better  to 
count  the  longitude  backward  from  this  nearest  noon.  Thus,  in  the  example  just  given,  the  time 
is  1 1'*.978  before  (vreenwich  noon  of  May  31 ;  half  this  interval  is  about  0.25  of  a  day,  and 
the  hourly  motion  for  the  middle  of  the  interval  is  21''.59.     Then,  we  find : — 

Declination  at  Greenwich  noon,  May  31  .    N.  21  55  33.6 

Product  of  21  ".59  X   I  l.i»78  =  258",6  (Bublraclive)  4   1^6 

8un*H  declination  at  time  of  observation  .  .    N.  21  51    15.0 

It  will  always  be  well  to  make  the  calculation  by  both  methods,  as  their  agreement  wilt  show 
both  to  be  right 

At  sea  it  is  ordinarily  sufficient  to  have  the  declination  to  the  nearest  half  minute,  and  the 
redtiction  may  be  found  by  Table  V  of  Bowditch's  American  Practical  Navigator. 

The  equation  of  time,  as  has  b<>en  before  explained,  is  the  number  of  minutes  and  s^vonds  to 
be  added  to  or  subtracted  from  the  apparent  time,  or  the  time  given  by  an  otmervation  of  the 
sun,  to  obtain  the  mean  time.  The  heading  of  the  column  directs  the  manner  in  which  the 
equation  is  to  be  applied.  When  there  is  a  change  in  the  course  of  the  mo^th  from  adiltiion 
to  subtraction  or  the  reverse  (as  in  the  months  of  April  and  June),  the  two  diir<*rent  dir(H:tionf 
are  separated  by  a  line,  while  a  corresponding  line  IhHow  points  out  the  dates  between  which  the 
change  takes  place.  The  equation  of  time,  as  given  on  page  I,  is  the  mean  time  of  apparent 
noon,  or  the  hour-angle  of  the  mean  sun  at  that  instant 

SPH  96^—32 


• 

22  30 

• 
• 

0.24 
2206 

.  N. 

o 

21 

46  i'JJi 

• 

4  25.2 

.  N. 

21 

51    15.6 

498  '^^^  AMERICAN  EPHEMERIS. 

The  Stm^s  SemidiameUr  and  the  Sidereal  Tiime  of  Semidiatmeter  Passing  Meridum  are  also 
given  on  page  I.  The  siin^s  semidlatneter  is  used  in  reducing  the  altitude  of  the  upper  or 
lower  limb  of  the  sun  to  the  altitude  of  the  center;  and  in  reducing  the  angular  distai>ce  of 
the  limb  from  the  moon  or  some  other  object,  to  the  distance  from  the  center  of  the  sun.  Tl^ 
sidereal  time  of  semidiameter  passing  the  meridian  is  employed  in  obtaining  the  passage  of 
the  sun'*s  center  over  the  wires  of  a  transit*instrument,  when  the  passage  of  one  limb  onlj 
has  been  observed.  The  quantity  found  in  this  column  is  to  be  added  to  the  time  of  transit 
of  the  first,  or  western,  limb;  and  to  be  subtracted  from  the  time  of  transit  of  the  second,  or 
eastern,  limb. 

Page  II  contains,  for  Greenwich  mean  noon  of  each  day.  The  Sun*s  Apparent  Right  Ascem- 
sion<f  and  Deelinatianj  the  Equation  of  TUne^  and  the  Sidereal  Time  of  Mean  Noom^  ,  The 
hourly  changes  of  these  quantities  are  also  given,  and  may  be  used  in  reducing  them  to  any 
Greenwich  mean  time.  The  hourly  changes  may  be  first  interpolated  for  half  the  Greenwich 
time,  when  great  precision  is  required,  in  the  way  described  in  explaining  the  calculation  of  the 
declination. 

The  right  ascension  and  declination  on  pages  I  and  II  are  affected  by  aberration,  and  there- 
fore denote  the  apparent  position  of  the  true  sun.  Page  II  is  more  conveniently  used  wbea  the 
mean  time  is  known.  This  is  the  case  in  most  observations  of  the  sun  out  of  the  mendian, 
when  the  times  have  been  noted  by  a  clock  or  chronometer  regulated  to  mean  time.  Tbe  quan- 
tities on  this  page  can  be  reduced  to  mean  noon  of  any  place  by  interpolating  for  the  longitude, 
as  in  the  example  of  the  sun^s  declination  on  the  preceding  page. 

The  sun^s  declination  is  required  for  finding  the  latitude  of  the  place,  the  local  time,  and  the 
sun^s  azimuth  and  amplitude,  from  observations  of  the  sun. 

The  equation  of  time  is  needed  in  finding  the  mean  time  from  observations  of  the  sun,  and 
the  latitude  from  observations  out  of  the  meridian.  The  heading  of  tbe  column  directs  tbe 
manner  in  which  it  is  to  be  applied  to  mean  time  to  obtain  the  apparent  time. 

The  equation  of  time,  as  given  on  page  II,  is  the  apparent  time  of  mean  noon ;  and  is  equiv- 
alent to  the  hour-angle  of  the  true  sun  at  the  instant  of  mean  noon. 

The  sidereal  time  of  mean  noon  is  also  the  right  ascension  of  the  mean  siin  at  Greenwich 
mean  noon.  It  may  be  reduced  for  the  longitude,  or  to  any  Greenwich  mean  time,  by  usiag 
the  hourly  difference,  9*.8565;  or  by  Table  III,  appended  to  this  volume,  for  reducing  intervals 
of  mean  solar  to  sidereal  time.  Table  IX  of  Bowditch^s  NoDigalor  may  be  used  for  the  sain^ 
purpose  when  only  the  nearest  quarter  of  a  second  is  required. 

The  sun^s  right  ascension  and  the  sidereal  time  of  mean  noon,  or  right  ascension  of  the  mean 
sun,  are  useful  in  converting  mean  time  to  sidereal  time.  We  first  find  the  Greenwich  mean 
time,  then  the  R.  A.  of  the  mean  sun  for  this  time,  as  last  explained :  this  being  added  to  the 
local  mean  time  will  give  the  sidereal  time. 

The  sidereal  time  of  mean  noon,  reduced  for  the  longitude  of  the  place,  is  also  used  in  con- 
verting sidereal  time  to  mean  time.  Subtracting  the  reduced  value  from  the  given  sidereal  time, 
gives  the  interval  of  sidereal  time  from  noon..  Subtracting  from  this  the  corresponding  reduc- 
tion of  a  sidereal  interval  to  a  mean  time  interval,  in  Table  II,  appended  to  this  volume,  or 
Table  VIII  of  Bow  ditch's 'iVartga/or,  will  give  the  mean  time  required.  This  reduction  may 
also  be  found  by  multiplying  9'.8296  by  the  hours  and  parts  of  an  hour  of  the  given  sidereal 
time. 

As  examples  of  the  use  of  page  II :  — 

1. — Let  the  sun^s  right  ascension  and  the, equation  of  time  be  required  for  1895,  May  15, 
9*»  2"  30",  A.  M.,  mean  time,  at  a  place  whose  longitude  is  100*  W,  or  6*»  40"  40",  west  of 
Greenwich. 

Local  astronomical  mean  time  .  May  14, 

Longitude  from  Greenwich  (additive)  .... 

Greenwich  mean  time .....  May  15, 

KPH  95 


h    m    s 
*^1     2  3<) 

6  40  40 

3  43  lOs 

«3»'.7J94 

USE  OF  THE  TABLES.  499 


9im*t  Right  JSteemsi^m,  E^maiwrn  of  TiwtB, 

h    m     •  m     • 

Mtty  15,  Greenwich  noon   .    3  U7  S93b  Mtty  15,  noon  .    3  51.47  (additiire) 

H.  D.  9»iJ76  XJ3.7194  .        .  +^  0  36.73  H.  D.  —  Oi.OIH  X  3.72  —    0.07 

3  a»  36.09  3  51.40 

In  this  caee,  the  hourly  differeneet  interpolated  10  half  the  intenral,  or  t^M  after  noon,  have  been  used. 
The  equation  of  time  in  this  example  it  addttire  to  mean  time. 

2. — If  the  sidereal  time  is  required  for  the  same  date  and  time,  we  have :  — 

h    n     s 
May  15,  Sidereal  Time  (at  Greenwieh  mean  noon)  .      3  31  50.83 

Hourly  differenee  9*i)565  X  3.7194 +    0  36.66 

Add  the  local  astronomical  mean  time  .  .    SI     9  30.00 

The  required  sidereal  time  ia  (rejecting  S4^)  .      0  34  57.49 

The  reduction  0"i36*.66  could  hare  been  found  in  Table  III  corresponding  to  the  Greenwich  mean  timn 
3^  43*"  10*.     Alto,  by  Table  IX  of  BowniTCN^t  Jfmvigmipr^  the  reduction  it  0*"  36*.7. 

3. — Od  1895,  May  15,  A.  M.,  at  a  place  whose  longitude  is  \Wf  W  W.,  supp<jse  the  sidereal 
time  to  be  0**  36"*  97*.  16,  and  that  the  corresponding  mean  time  is  required. 

The  aatronomical  day  it  May  14;  the  longitude  in  time,  -(-6^^^  40",  or  -f- 6^.678. 

h    n     ■ 
May  14,  Sidereal  Time  (at  Greenwich  mean  noon)  .      3  tf7  54iM 

The  H.  O.  9i.8G65  X  6.67»,  or  the  reducUon  for  6>> 40"  40*  in  Table  III  .    +_J_5.K^ 

The  tidereal  time  of  local  mean  noon  .      3  iJ9    O.IU 

The  given  tidereal  time  (-f-34i*,  if  necessary  for  the  following  tublraction)    .    24  36  37.16 

Subtracting  the  firtt  from  the  second  givet  the  tidereal  interval  from  noon    .    81     7  :i7.<)6:s*2l*'.  12696 
— 9*i»!Ki  X  81.14696,  or  the  reduction  for  2lb  7"  37-.06  in  Table  II     .  .    --    3  874>7 

The  required  aatronomical  mean  time  ia  .  May  14,    31     4    9.:i!) 

Page  III  contains,  for  Greenwich  mean  noon  of  each  day.  The  Smi*s  True  Longihtde  and 
LaiUude^  and  the  Logarithm  of  the  Radius  Vector  of  the  Earth,  The  longitudes  of  the  sun 
are  the  true  longitudes,  not  corrected  for  aberration.  The  longitude  is  given  in  two  columns, 
headed  X  and  X';  X  representing  the  sun^s  longitude  counted  from  the  true  equinox  of  the  date; 
and  X'^  the  same  co*ordinate  counted  from  the  mean  equinox  of  the  beginning  of  the  year, 
(January  O'.O).  A  column  of  hourly  differences  enables  the  computer  to  obtain  the  sun^s 
longitude  for  any  hour  from  noon.  The  hourly  differences  of  the  logarithm  of  the  radius  vector 
are  likewise  given.     The  latitude  is  referred  to  the  ecliptic  of  the  date. 

The  last  column  on  page  III  contains  the  Mean  Time  of  Sidereal  Noon;  that  is,  the  number 
of  hours,  minutes  and  seconds  after  Greenwich  mean  noon  when  the  first  point  of  Aries  passes 
the  meridian  of  Greenwich.  It  may  be  reduced  to  any  meridian  by  interpohiting  for  the  long* 
itude,  or  to  any  Greenwich  sidereal  time  by  means  of  the  hourly  difference,  —  9*.H296.  The 
reduction,  however,  can  be  taken  directly  from  Table  11  for  reducing  intervnis  of  sidereal  time 
to  mean  solar  time;  or,  approximately,  from  Table  VIII  of  Bowditcr^s  Navigator, 

This  column  may  be  used  in  converting  siderealtime  lo  mean  time  Instead  of  that  on  page  II. 
As  an  illustration,  let  us  take  Example  3,  above. 

It  is  seen  in  advance  that  the  sum  of  the  mean  time  of  sidereal  noon  and  the  given  sidereal 
time  is  less  than  24  hours.  Were  it  more  than  24  liours,  the  mean  time  of  sidereal  noon  should 
be  taken  out  for  May  13,  that  is  the  preceding  astronomical  day. 

h     n      • 
May  14,  the  mean  time  of  Greenwich  tidereal  noon  it        .  .    80  38  43iJ7 

The  H.  D.  ~9'.H8!)6  X  6.67t^,  or  the  reduction  for  long..  Table  II     —     I     5.64 
The  mean  time  of  local  tidereal  noon  .  .  .    80  87  3H.81I 

Add  the  given  tidereal  time    .  .  .      0  36  37.16^0^.6103 

The  sum  it  .    81     4  15.39 

—  9»J*W6  X  0.6103,  or  the  reduction  for  0*  36"  3>.8  in  Table  11    .    —    0    6Jm 

The  required  attrooomioal  mean  time  May  14«    81     4    9.39 

SPH  96 


500  THE  AMEEICAN  EPHEMEBIS. 

Page  IV  contains  The  Moon*s  Sewddiameter  and  Equatorial  Horizoniml  Parallax^  for  each 
mean  noon  and  midnight  at  Greenwich.  Columns  adjoining  those  of  the  horizontal  parallax 
give  the  change  of  this  quantity  in  one  hour,  hy  means  of  which  it  can  he  reduced  to  any  c^her 
Greenwich  mean  time,  in  the  same  way  as  the  sun^s  declination  and  the  equation  of  time  in  the 
preceding  examples.  The  sign  plus  or  minus  prefixed  to  the  hourly  differences,  shows  whether 
the  horizontal  parallax  is  increasing  or  decreasing. 

The  reduction  of  the  moon^s  semidiameter  may  be  readily  found  by  multipljring  the  reductioo 
of  the  horizonuil  parallax  by  0.272274,  or  by  simply  computing  the  proportional  part. 

If,  for  example,  the  lemidiameter  of  the  moon  U  to  l>e  taken  out  for  It:^,  Jane  II,  10^,  P.  M^  Green- 
wich mean  time,  we  see  that  the  diflerence  of  the  aeroidiameters  at  noon  and  midnight  of  Jane  II  ia  ^Ji; 

then, 

12b     :     lOb     «    2#'.2     :     1"^, 

which  is  the  correction  to  be  subtracted  from  the  semidiameter  at  noon,  because  the  semidiameter  is  de- 
creasing.   The  moon's  semidiameter  then,  for  June  II,  IOi>,  is  14'  53".7  ~  V'M^  or  14'  51"^. 

The  moon's  semidiameter  and  horizontal  parallax  are  required  for  all  obeervations  of  the  moon. 
When  great  precimon  is  needed,  the  hourly  differences  should  be  first  interpolated  for  half  the 
interval  of  Greenwich  time  from  noon  or  midnight,  and  a  correction  applied  to  the  horizontal 
parallax  for  the  latitude  of  the  place  of  observation. 

The  Mean  Time  of  the  Moon^s  Upper  Transit  at  Greenwich^  which  is  given  on  page  IV  to 
tenths  of  a  minute,  is  also  accompanied  with  a  column  of  differences  for  one  hour  of  longitude,  by 
means  of  which,  having  the  longitude  converted  into  time,  the  local  time  of  the  moon^8  meridian 
paM«age  at  any  other  place,  may  he  computed.  The  reduction  may  be  taken  by  simple  inspec- 
tion fron)  Bowditch's  Table  XI.  The  last  column  of  this  page  contains  the  Age  of  the 
moon,  or  the  time  elapsed  since  the  preceding  new  moon,  to  tenths  of  a  day. 

Page8  V — XII  contain  The  Moon^s  Bight  Ascension^  and  Dedination^ioT  each  day  and  hour 
of  Greenwich  mean  time.  They  are  accompauied  with  columns  of  difllerences  for  one  minute, 
which  are  also  given  at  each  hour.  The  Greenwich  mean  time,  which  is  required  for  taking 
ont  these  quantities,  may  be  .taken  from  a  well-regulated  chronometer,  or  obtained  by  applying 
the  longitude  converted  into  time,  to  the  local  mean  time  of  the  observer.  The  right  ascension 
or  declination  is  taken  out  for  the  day  and  hour  of  the  Greenwich  mean  time;  the  Diff^far  1 
Minute  multiplied  by  the  minutes  and  parts  of  a  minute  of  the  Greenwich  time,  and  the  product 
added  to,  or  subtracted  from  the  quantity,  according  as  the  quantity  is  increasing  or  decreasing. 

Thus,  suppose  the  moon's  right  ascension  and  declination  are  required  for  1895,  May  1, 
IQU  iQtii  3()»^  astronomical  mean  time  at  Greenwich :  — 

Right  Aseenaion.  DtciinmUmL, 

Mayl,10»»         ....      d  45*56.1*7 N.   sf  36  I7.« 

Diff.  a-.390l  X  10.5  .        .         e=      4-  25.10            ll".559  x  10.5      =      _— _'^_  '•< 
May  l,10t»10"»30«    .        .        .      H  46  22.07 N.  ~21~34~I51h 

The  ditferences  interpolated  for  5" .2  =  0^.09  are,  for  the  right  ascension  2*.390l,  and  for  the  declination 
1 1'' .559,  have  been  used  for  greater  precision. 

Page  XII  contains  also  the  Phases  qf  the  Moon  and  the  dates  of  the  MootCs  Perigee  amd 
Apogee,  or  least  and  greatest  distances  from  the  earth. 

Pages  XIII — XVIII  contain  the  Lunar  Distances^  or  the  angular  distances  of  the  centre 
of  the  moon  from  the  centre  of  the  sun,  and  from  the  four  larger  planets  and  certain  fixed  stars, 
as  they  would  appear  to  an  observer  at  the  centre  of  the  earth.  They  are  given  for  every  tliird 
hour  of  Greenwich  mean  time,  beginning  at  noon ;  the  dates  are  therefore  astronomical.  All  the 
distances  that  can  be  observed  on  the  same  day,  are  grouped  together  under  that  date;  and  the 
columns  are  read  from  left  to  right,  across  both  pages  of  the  same  opening.  The  letter  W.  or  E. 
is  affixed  to  the  name  of  the  sun,  planet  or  star,  to  indicate  that  it  is  on  the  west,  or  east  side  of 
the  moon. 

BPH  95 


USE  OF  THE  TABLES,  501 

An  observer  on  the  earth's  sarface  having  measored  a  lunar  distance,  corrected  it  for  errors  of 
his  inBtmment  and  for  the  semidiameter  of  the  objects,  and  cleared  it  from  the  effects  of  refraction 
si.nd  i^arallax,  finds  the  tme  or  geocentric  distance,  that  is,  the  distance  ss  it  would  have  appeared 
rrom  the  centre  of  the  earth  at  the  moment  of  observation.  With  this  distance  and  the  distances 
in  the  Ephemeris  of  the  same  bodies  on  the  same  day,  the  Oreenwich  mean  time  of  the  observa- 
tion can  l>e  found. 

To  lessen  the  labor  of  computation,  there  is  given  in  the  Ephemeris,  l»etween  every  two  suc- 
cessive distances,  the  logarithm  of  the  seconds  of  time  in  which  the  distance  changes  1^^;  or,  as 
it  is  usually  called,  the  Proportional  Logarithm  (^  the  Difference,  It  is  given  for  the  middle 
instant  of  the  two  hours  between  which  it  is  placed. 

For  computing  the  Greenwich  time  we  have  the  following  rule: — 

Find  in  the  Almanac  the  two  distances  between  which  the  true  distance  falls;  take  out  the 
nearer  of  these,  the  hours  of  Greenwich  time  over  t/,  and  the  P.  L.  of  Diff,  between  them. 

Find  the  difference  between  the  true  distance  and  the  distance  taken  from  the  Almanac;  and 
from  the  proportional  logarithm  oj  this  difference ^  as  found  in  the  Navigator^  subtract  the 
P.  L.  of  Diff,  taken  from  the  Almanac, 

The  result  is  the  proportional  logarithm  of  an  interval  of  time  to  be  added  to  the  hours 
of  Greenwich  time^  taken  from  the  Almanac^  when  the  earlier  Almanae-distance  is  used;  to  be 
subtracted  from  the  hours  of  Greenwich  time^  when  the  later  Almanac'distauce  is  used. 

Another  method  is,  to  add  the  common  logarithm  of  the  difference  of  the  true  and  the  Almanac- 
distances  to  the  P.  L.  of  Diff.  of  the  Almanac;  the  sura  will  be  the  common  logarithm  of  the 
correction  to  be  applied  to  the  hours  of  Greenwich  time.  Table  XXXIV  of  Bowditch^s  iVort- 
gator  saves  the  operation  of  reducing  degrees  (or  hours)  and  minutes  to  seconds,  and  the  reverse. 
As  the  P.  L.  of  Diff.  in  the  Ephemeris  varies,  the  Greenwich  time  found  by  the  methods  just 
descrilietl  may  not  l>e  sufficiently  exact.  To  correct  it  for  such  variation,  or  second  difference,  take 
the  difference  between  the  P.  L.  of  Diff.  used  and  the  one  which  follows  it  in  the  Ephemeris,  (or, 
more  strictly,  half  the  difference  of  the  preceding  and  following  ones).  With  this  difference,  and 
the  first  correction  of  the  Greenwich  time  already  found,  enter  Table  I,  appended  to  this  volume, 
and  take  out  the  corresponding  seconds,  which  are  to  be  added  to  the  appn)Airoate  Greenwich 
time  when  the  Prop.  Logs,  in  the  Ephemeris  are  decreasing;  and  subtracted  when  they  are 
increasing. 

Thus  the  Greenwich  mean  time  of  the  observation  can  be  obtained.  If  the  o1»server  has  noted 
the  time  of  observation  by  a  chronometer,  the  difference  of  this  chronometer-time  and  the  Green- 
wich mean  time  will  be  the  error  of  the  chronometer  on  Greenwich  time  as  found  from  the  lunar 
distance.  In  this  way  lunar  distances  can  be  used  as  a  check  upon  the  chronometer.  By  a 
series  of  carefully  observed  lunar  distances  on  both  sides  of  the  rotMm,  the  chronometer-error 
may  generally  be  ascertained  within  20  or  30  seconds. 

If  the  observer  has  found  the  local  mean  time  of  observation  from  the  observed  altitude  of  one 
of  the  bodies,  or  by  a  watch  regulated  to  that  time  by  recent  observations  and  corrected  for  change 
of  longitude  in  the  interval,  the  difference  of  this  local  time  and  the  Greenwich  time  found  fnim 
the  lunar  distance  will  be  his  longitude.  A  longitude  derived  by  this  method  should  always  be 
considered  as  uncertain  by  5^  or  more. 

At  mn  example  of  finding  the  Greenwich  memo  tirae  from  a  lunar  distance,  auppoea  that  in  1896,  Oct.  10, 
the  corrected  distance  of  the  moon'i  centre  fh>D  that  of  Aldebaran  it  ^^57':  — 


Corrected  distance 

• 

O              *            H 

.    2a  57     0 

Disunce  in  Ephemeris  Oct.  10,  111^     • 

• 

.    2H  17    8 

PL. 

0.«!C7 

DifTerence 

• 

.     0  an  58 

P.L. 

0.6536 

b     M       ■ 

P.  L. 

0.3659 

Time  from  111"  (^«r)  . 

• 

.  +  1  n  31 

Corr.  for  2d  Diff*.,  Table  1 

• 

-h            M 

Greenwich  mean  time  Oct.  10  .  •  .      4  17  46 

XPH  tf6 


502  '^HK  AMERICAN  £PH£M£RIB. 

By  a  table  of  common  logarithms,  or  a  table  of  logarithms  of  small  arcs,  the  reduction  of  tbe 
Greenwich  time  would  be  found  thus:  — 

From  Ephemerifl  .                                                •            .            .            •    P.  L.    0J89G6 
DiCof  diiUDcei,  31K58"»23i)r' log       3JI7!W 

Red.  of  Greenwich  time,  465H  »  P  17"  31*     .  .  .  .log       3.6675 

The  result  is  the  same  as  by  the  previous  method. 

Pages  218 — ^249  contain  the  geocentric  ephemerides  of  the  seven  major  planets.  The  pan- 
tious  are  referred  to  the  equator  and  true  equinox  of  the  date,  and  corrected  for  aberratkn; 
they  are,  therefore,  apparent  positions.  All  the  data  except  meridian  passage  are  given  for  the 
moment  of  Greenwich  mean  noon.  The  column  Meridian  Passage  gives  the  hour,  minute  and 
tenth  of  that  passage  of  the  planet  over  the  meridian  of  Greenwich  which  otcurs  next  after  tbe 
noon  of  the  date. 

The  right  ascension  and  declination  of  a  planet  are  required  whenever  it  has  been  observed 
for  time,  latitude  or  azimuth.  The  mode  of  reducing  them  to  any  instant  of  Greenwich  mean 
time  is  the  same  as  in  the  examples  for  the  sun,  previ«  usly  given.  The  local  menn  time  ol 
passage  across  any  other  meridian  can  be  found  by  dividing  the  daily  differences  by  24,  aod 
'^multiplying  the  quotient  by  the  hours  and  fractions  of  the  longitude  of  the  place.  The  pniduct 
is  subtractive  from  the  time  of  Greenwich  passage  when  the  place  is  east  of  Greenwich,  and 
additive  when  west.     The  corrections  can  never  exceed  one-half  the  change  for  one  day. 

Pages  250 — 263  contain  the  heliocentric  positions  of  the  seven  major  planets,  and  the  log- 
arithms of  their  distances  from  the  earth.  The  heliocentric  longitude  is  reckoned,  not  from  the 
true  equinox,  as  in  tbe  preceding  ephemerides,  but  from  the  mean  equinox  of  the  date.  It  is, 
therefore,  necessary  to  apply  nutation,  if  the  longitude  from  the  true  equinox  is  required.  The 
daily  motion  is  given  for  the  moment  of  Greenwich  mean  noon.  The  column  Reduction  to  Orbit 
gives  the  correction  to  be  applied  to  the  heliocentric  longitudes  in  order  to  obtain  the  longitude 
counted  along  the  orbit  of  the  planet.  This  longitude  is  equal  to  the  distance  of  the  node  from 
the  mean  equinox,  plus  the  distance  of  the  planet  from  the  node.  The  heliocentric  latitude  is 
counted  from  the  moving  plane  of  the  ecliptic.  The  Logarithm  of  Radius  Vector  is  the  logarithm 
of  the  distance  of  the  centre  of  the  planet  from  that  of  the  sun,  at  each  Greenwich  mean  noon 
given  in  the  first  column.  The  two  last  columns  give,  in  the  same  way,  the  logarithm  of  tbe 
true  distance  of  the  centre  of  the  planet  from  that  of  the  earth.  The  one  column  gives  the 
quantity  for  the  Greenwich  noon  indicated  on  the  \e(i  hand  side  of  the  page,  and  the  other  for 
the  noon  which  is  midway  between  that  date  and  the  date  next  below  it.  In  the  case  of  Mercury, 
this  intermediate  date  is  mean  noon  of  the  day  immediately  following;  in  the  case  of  Venus, 
Murs,  Jupiter,  and  Saturn,  it  is  mean  noon  of  the  second  day  following;  and  in  the  case  of 
Uranus  and  Neptune,  mean  noon  of  the  fourth  day  following. 

Pages  264 — 271  contain  the  rectangular  co-ordinates  of  the  centre  of  the  sun,  referred  to  the 
centre  of  the  earth  as  the  origin,  and  to  the  true  equator  and  equinox  of  each  date  as  the  circle 
and  point  of  reference.  Each  co-ordinate  is  given  first  for  Greenwich  mean  noon,  and  in  the 
column  following  for  mean  midnight  of  the  same  day.  The  columns  Reduc.  to  Mean  Eq^x  of 
Jan,  0  give  the  corrections  to  be  applied  to  the  co-ordinates  for  noon  in  order  to  obtain  the  cor- 
responding co-ordinat3s  referred  to  the  mean  equator  and  the  mean  equinox  of  January  0. 

Pages  272 — 275  give  the  longitude  and  latitude  of  the  moon  for  every  Greenwich  mean  nooo 
and  midnight.     Botli  quantities  are  referred  to  the  true  ecliptic  and  equinox  of  the  date. 

Pages  276  and  277  contain  the  position  of  the  moon^s  equator  and  the  mean  longitude  of  the 
moon,  and  a  table  for  computing  the  libration  of  the  moon.  The  epochs  of  greatest  libration  of 
the  moon,  together  with  the  formulae  for  finding  the  libration  in  longitude  and  latitude  are  given 
on  page  419. 

Page  278  contains,  for  each  tenth  Greenwich  mean  noon,  the  values  of  the  principal  elements 
arising  from  the  motion  of  the  equinox,  and  also  the  aberration  and  parallax  of  the  sun.  The 
column  Apparent  Obliquity  of  the  Ecliptic  (Hansen)  gives  the  true  inclination  of  the  earth^s/ 

£PH  95  J 


USE  OF  THE  TABLES.  503 

equator  to  the  ecliptic,  without  correction  for  the  terms  depending  on  the  moon^s  longitude. 
The  Elquation  of  Equinoxes  is  really  the  astronomical  nutation;  that  given  In  Longitude  is  the 
correction  to  be  applied  to  the  longitude  of  the  body  referred  to  the  mean  equinox,  in  order  to 
obtain  that  longitude  as  referred  to  the  true  equinox.  When  the  correction  is  positive,  the  true 
longitudes  are  greater  than  those  referred  to  the  mean  equinoxj  while  the  contrary  is  true  when 
the  correction  has  the  negative  sign.  The  equation  In  R,  A,  is  equal  to  that  in  longitude,  multi- 
plied by  the  cosine  of  the  obliquity  of  the  ecliptic. 

The  next  column  gives  the  Precesiion  of  ISquinoxes  in  Longitude^  from  January  0  to  each  of 
the  dates  following.  The  SunU  Aberration  is  the  quantity  which  is  to  be  applied  to  the  true 
longitude  of  tlie  sun  in  order  to  obtain  its  apparent  longitude.  The  correction  being  negathve 
shows  that  the  apparent  Ipngitude  as  affected  by  aberration  is  always  less  than  the  true  longitude. 
The  Sun'*s  Equatorial  Horizontal  Parallax^  given  in  the  next  column,  is  the  angle  subtended  by 
the  radius  of  the  earth^s  equator,  as  seen  from  the  centre  of  the  sun. 

PART  JI— THE  EPHEMERIS  FOR  THE  MERIDIAN  OF  WASHINGTON. 

Page  280  contains  the  formulce  for  reducing  the  positions  of  the  fixed  stars,  using  the  notation 
of  Bessel,  and  the  constants  of  Peters  and  Struvb.  The  formuls  by  which  the  star-numbers 
are  computed  are  also  given. 

Pages  281 — 284  contain  the  logarithms  of  the  Besselian  Star-NumberM^  A,  B^C^  D,  for  each 
Washington  mean  midnight.  These  numbers  serve  to  reduce  the  mean  place  of  a  star  at  the 
beginning  of  the  Besselian  fictitious  year  to  its  apparent  place  at  the  dates  fur  which  the  numbers 
are  given.  If  used  in  accordance  with  the  English  and  French  notation,  the  pair  of  quantities 
A  and  B  must  be  interchanged  with  the  pair  C  and  D;  that  is,  A  must  be  interchanged  with  C, 
and  B  with  2).  In  the  first  column  along  with  the  solar  day  is  given,  for  certain  dates,  the  side- 
real  hour  and  tenth  of  midnight.  The  sidereal  time  for  which  any  set  of  quantities  is  given  can 
be  found  by  interpolation  from  these  numbers. 

The  following  is  an  example  of  the  reduction  of  a  star  to  apparent  place  by  the  Besselian 
star-numbers:  — 


Mptmnvm  oj  ine  c 

(SUu--CmUlogue) 

tog  m 

Moct  Of  «  ri 

0.4994 

rgnnw  jar  jnwxn  lu, 

log  k      8.0699 

log 

t  JOT  me  vppa 

c       8.8046  m 

rtrunwu  m  rratnmgu 

tog  d       8.:i637  n 

iogA 

9.31168 

log  B     0il847  m 

log 

C      1.267111 

log  D      0.52H3 

log-' 

1.275411 

log  hi      9.5323 

••8 

e*      9/^*7 

log  d'      9.2:iH5 

log  Am 

9>«W*2 

log  Bk  9.a546ft 

log 

Cc   0.0717 

tog  Dd  8.H920A 

log  A  •' 

0.6722  n 

log  fi  ft' 0.5170  a 

log 

Cf'  0.?*278ii 

log  Dd'  9.7668 

Oo" 

13  19  3!».6:i7 

d«=      - 

10  36  47!83 

J«» 

-f    0.7tf7 

J«'=« 

—     4.70 

• 

B4» 

—    0.113 

Bft'» 

—     3J29 

Ce=« 

-f-     1.179 

Ce*^ 

—    6.73 

Dd:^ 

—     0.078 

Dd^«m 

-f    0.58 

* 

E    » 

0.000 

r/- 

—    0.00 

S95.  Mar 

.10.      ai* 

—    0.009 
13  19  41.410 

Awmareni  Plmee.  11 

10  37     li>7 

Pages  285 — 292  contain  the  Independent  Star-Numhert^  which  can  be  used  for  the  same  pur- 
pose.  The  column  t  gives  the  fraction  of  the  year  from  the  beginning  of  the  fictitious  year  to 
each  date.  These  quantities  are  connected  with  those  of  Bessel  by  the  relations  giv«*n  on  page 
280,  where  are  also  found  the  formulie  and  precepts  for  the  application  of  both  syHtenia  of 
numbers.  In  order  to  use  the  Bes-sclian  numbers,  it  is  necessary  to  have  the  values  of  the  star- 
constants,  a,  b^  c,  rf,  fl',  b'^  c',  d\  The  independent  star-numbers  are  given  in  order  that  the 
apparent  place  of  the  star  may  be  determined  when  it  is  not  convenient  to  compute  these 
numbers. 

EPH  96 


504  "^^^  AMERICAN  EPHEMEBI8. 

The  following  is  an  exannple  of  the  reduction  of  a  star  to  apparent  place  by  the  imiepeode&s 
star-numbers:  — 

Computation  of  the  apparent  place  of  a  Vtrgimsfor  1895,  Martk  10,  ybr  upper  tftmsit  at 

Oo=  199  54.9  Jo  =  —    10°  36.8 

G==297  SW.3  G-|-ao=      i:^  17^ 

H=2t(0  21.3  ff4.ce«=      120  I6J2 

log  ^V  =  8.H23I>  log  tV  =  H.H23!)  Oo  =  13  |5  3ir.637 

logj^  =l.0:<6:i  log  A  =1.2742  /    =  -|-    0.7«6 

iin(G-h£o)  =9,8:il4  sin  (f/-fri„)  =9.9363  {g)   =  —     0.032 

tan  Jo  =  9.2727 «  sec  «Jo  =0X1075  (A)    =;.  4.     1. 101 

\og{g)  =8.1)643  it  log  (A)  =0.0419  t-/i=  —     0.002 


Apparent  R. 

A., 

a 

13  19  41.410 

log  J? 

=  1 .0363 

log  A 

=  1 .2742 

do     =   — 

10  36  47.'«1 

C08  (  6-f-ao) 

=  9.H66I  n 

co«(ff-fao) 

=  9.7025  f» 

(^')  = 

—     7.1W 

«og  (^0 

=  0.11024  n 

sin  do 

=  9.2652  n 

(A')  - 

4-     1.74 

log  (A') 

=  0.2419 

—    7.ell 
0.00 

logt  =  0.9046  f» 

coH  do  =  9.9925 

log  (i)  =  (Kb971  n 


Apparent  Dec,         J   =  —  10  37     1416 


Pages  293 — 301  contain  the  mean  places  of  three  hundred  and  eighty-three  stars,  for  the 
beginning  of  the  fictitious  year  1895,  or  the  moment  when  the  sun's  mean  longitude  is  280®. 

The  annual  variations  are  to  be  considered  as  the  differential  coefficients  of  each  co-ordinate 
with  respect  to  the  time  at  the  beginning  of  the  year. 

In  order  that  the  list  of  mean  places  of  stars  may  serve  the  purpose  of  a  working-catalogue 
for  the  convenient  use  of  astronomers,  the  position  of  each  of  the  northern  circumpolar  stars  is 
given  in  duplicate,  one  position  being  for  the  upper  and  the  other  for  the  lower  culmination. 
The  positions  for  the  lower  culmination  are  marked  S.  P.  In  this  case,  the  right  ascensions  are 
the  sidereal  times  at  which  the  star  crosses  the  lower  meridian;  and,  in  order  to  have  the  expres- 
sions for  the  co-ordinates  congruous  in  all  cases,  the  declinations  are  counted  from  the  equator 
through  the  north  pole,  and  therefore  exceed  90°.  The  time  of  observation  and  the  setting  oi 
the  circle,  in  order  to  find  a  star  on  the  meridian,  are  then  obtained  uniforml}'  for  all  the  stars. 

Beginning  with  the  volume  of  1882,  the  number  of  stars  has  been  greatly  increased,  in  ortJer 
to  make  the  list  more  useful  to  field-astronomers.  In  order  to  show  at  a  glance  these  additional 
stars,  they  are  indicated  in  the  list  by  an  asterisk. 

Pages  302 — 313  contain  the  apparent  positions  of  the  four  north  polar  stars,  a,  d  and  X  Urse 
Minoris,  and  51  Cephei,  for  every  upper  transit  at  Washington.  They  include  the  terms  depend- 
ing on  the  moon's  longitude.  The  mean  Bolur  time  of  transit  is  given  in  the  column  Mean  Solar 
Date,  in  order  that  each  transit  above  and  below  the  pole  may  be  readily  identified.  Suppose, 
for  example,  that  the  transit  of  Polaris  below  the  pole  on  January  26th  is  to  be  found,  and  we 
wish  to  know  whether  it  precedes  or  follows  the  upper  transit  of  the  same  date.  On  page  902, 
we  find  that  the  upper  transit  occurs  January  26.2;  the  lower  transit,  therefore,  occurs  January 
26.7.  But,  the  lower  transit  following  that  of  July  1st  (page  308),  does  not  take  place  until  July 
2.3.  Hence,  the  lower  transit  of  July  1st  precedes  the  upper  one  of  the  same  date.  A  transit 
occurring  very  nearly  at  noon  may  also  be  identified  without  a  computation  to  ascertain  the 
actual  mean  date,  by  simply  noting  the  tenth  of  a  day  in  the  column  of  Mean  Solar  Date, 

Pages  314 — 364  contain,  for  every  tenth  upper  transit  at  Washington,  the  apparent  places  of 
those  stars  of  the  preceding  list  which  are  not  marked  with  an  asterisk.  The  mean  solar  date 
in  each  left  hand  column  gives  the  day  and  tenth  of  the  transit ;  so  that  each  intermediate  traiuit 

£PH  95 


USE  OF  THE  TABLES.  505 

may  b«  readily  identtfi  .*d.  Along  with  each  coordinate  is  given,  in  small  type,  the  change  for 
ten  days.  This  quantity  is  to  be  regarded  as  the  differential  coefficient  corresponding  to  the 
dates  for  which  the  star-places  are  given. 

Pages  365 — 376  contain  the  apparent  right  ascensions  of  all  stars  marked  with  an  asterisk  in 
the  list  of  mean  places.  The  apparent  right  ascension  of  each  star  is  given  only  for  that  part 
of  the  year  when  it  may  readily  be  observed  on  the  meridian.  In  the  case  of  ctrcumpolar  stars, 
the  right  ascensions  for  lower,  as  well  as  upper,  transit  are  given. 

Pages  377 — 384  contain  the  apparent  right  ascension,  declination,  and  semidiaroeter  of  the  sun, 
and  the  sidereal  time,  all  for  Washington  mean  noon.  Adjoining  columns  give  the  seconds  of 
right  ascension  and  of  declination  for  apparent  noon,  thAt  is,  for  the  moment  of  transit  of  the 
sun^s  centre  over  the  meridian  of  Washington.  The  hours  and  minutes  of  right  ascension,  and 
the  degrees  and  minutes  of  declination  are  the  same  for  both  mean  and  apparent  noon.  In  case 
they  would  have  differed,  the  minute  which  would  have  been  numerically  larger  is  diminished 
by  one,  and  the  seconds  increased  by  sixty,  so  that  there  is  always  a  correspondence  between 
the  two  numbers.  The  hourly  motions  in  right  ascension  and  declination  are  given  for  the 
moment  of  mean  noon,  but  may  be  regarded  as  having  the  same  values  for  apparent  noon. 

The  Equation  of  Time  jor  Apparent  Noon  is  the  correction  to  be  applied  to  apparent  time  in 
order  to  obtain  mean  time.  It  is,  therefore,  mean  time  minus  apparent  time.  Each  number  as 
given  is  the  mean  time  of  transit  of  the  sun^s  centre  over  the  meridian  of  Washington,  counted 
from  the  nearest  noon.  The  use  of  all  the  quantities  Is  substantially  the  same  as  in  the  Ephem* 
eris  for  the  Meridian  of  Gre^wich, 

Pages  385^ — 392  contain  the  right  ascension,  declination,  semidiameter,  and  parallax  of  the 
moon,  at  the  moment  of  transit  over  the  meridian  of  Washington.  The  mean  time  given  in  the 
second  column  is  that  of  transit  of  the  uioon^s  centre  over  this  meridian.  The  differences  for 
one  hour  of  longitude  are  the  amounts  by  which  the  local  mean  times  of  transit  over  a  meridian 
one  hour  west  of  Washington  exceed  those  given  in  the  column  Mean  Time  o/*  TVoim/,  supposing 
the  rate  of  change  to  be  uniform  and  equal  to  what  it  is  at  the  moment  of  transit  over  the  merid- 
ian of  Washington.  The  next  four  columns  need  no  especial  explanation,  except  that  the 
differences  for  one  hour  of  longitude  are  computed  as  if  the  motion  of  the  moon  in  right  ascen- 
sion were  uniform.  By  means  of  them,  the  position  of  the  moon  can  be  computed  with  astro- 
nomical accuracy  at  the  moment  of  transit  over  any  meridian  not  exceeding  one  hour  in  long^i. 
tude  from  that  of  Washington,  by  taking  account  of  sec(»nd  differences.  With  greater  longitudes 
of  the  place,  the  accuracy  of  the  result  obtained  in  this  way  will  diminish.  l*he  columns  of 
sidereal  time  of  semidiameter  passing  meridian,  etc.,  do  not  seem  to  need  any  explanation, 
except  that  they  all  refer  to  the  moment  of  transit  The  column  Bright  Limbs  is  given  to 
indicate  to  the  observer  which  limbs  are  illuminated.  When  two  opposite  limbs  are  both  so 
nearly  full  that  they  can  be  well  observed,  both  are  indicated ;  and  the  one  which  is  deficient  is 
printed  in  smaller  type.  When  the  illumination  is  so  nearly  equal  that  no  choice  can  be  made 
between  them,  both  are  printed  in  large  type. 

Pages  393 — 409  contain  the  geocentric  apparent  right  ascensions  and  declinations  of  the  seven 
major  planets,  and  their  semidiameters  and  horizontal  parallaxes,  for  the  moments  of  all  those 
transits  over  the  meridian  of  Washington  which  can  be  observed. 

PABT  I//— PHENOMENA. 

This  portion  of  The  American  Ephemeris  and  Nautical  Almanac  gives  the  principal  astro- 
nomical phenomena  of  the  year,  reduced  to  Washington  mean  time,  except  in  the  case  of  the 
eclipses  and  the  data  for  the  rings  of  Saturn,  which  are  given  in  Greenwich  mean  time. 

Pages  413 — 418  inclusive  contain  the  eleinenUi  necessary  for  computing  the  eclipses  of  the 
sun  and  a  transit  of  Mercury  which  occur  during  the  year 

The  eclipse-elements  are  given  for  the  moment  of  conjunction  of  the  sun  and  moon  in 
right  ascension.     The  subsequent  tables  and  results  are  not,  however,  computed  from  these 

KPH  tf5 


506  '^^^  AMERICAN  EPHEHERIS. 

elements  unchanged ;  but  from  the  accurate  positions  of  the  two  bodies  as  interpolated  for  each 
hour  of  the  eclipse.    The  principal  circumstances  of  each  eclipse  are  as  follow :  — 

On  the  line  ^*  Eclipse  begins ^^  b  giTcn  the  Greenwich  mean  time  at  which  the  earth  first 
touches  the  moon*s  penumbra,  and  the  longitude  and  latitude  of  the  point  of  touching. 

The  ^^ Central  eclipse  begins'^  when  the  axis  of  the  nnoon^s  shadow  first  touches  the  earth, 
and  the  longitude  and  latitude  of  the  point  of  touching  follow. 

^^ Central  eclipse  at  noon^^  indicates  the  moment  when  the -axis  of  the  shadow  is  coincident 
with  the  plane  of  the  meridian  at  the  point  of  its  intersection  with  the  earth^s  surface.  To  the 
observer  at  this  point,  the  eclipse  will  be  central  at  the  moment  of  apparent  noon. 

^^ Central  eclipse  ends^*  and  ^^  Eclipse  buds'*  have  the  converse  meaning  of  the  beginning. 

Maps  of  the  Eclipses, — ^The  regions  in  which  each  eclipse  is  visible,  are  shown  upon  the  maps 
giveu  in  connection  with  them.  From  these  maps  may  also  be  derived  the  approximate  deter- 
mination of  the  times  of  beginning  and  ending,  and  of  the  magnitude  of  the  eclipses  at  any  place. 
The  dotted  curves  show  the  outlines  of  the  shadow  for  each  hour  of  Greenwich  mean  time  and 
therefore  pass  through  all  the  places  where  the  eclipse  begins  or  ends  at  that  hour.  To  find  at 
what  hour  the  eclipse  begins  at  any  place,  we  determine  by  inspection  between  what  pair  of  these 
curved  lines  the  place  is  situated.  The  eclipse  will  then  begin  between  these  two  hours  of 
Greenwich  mean  time :  the  fraction  of  the  hour  may  be  determined  by  dividing  the  hour  propor- 
tionally to  the  space  which  it  represents  on  the  map.  This  division  may  be  a  little  more  exact 
by  allowing  for  the  changes  in  this  space  as  indicated  by  their  varving  width.  The  Greenwich 
mean  time  thus  found  must  be  reduced  to  local  mean  time  by  applying  the  longitude. 

As  an  example,  suppose  we  wish  to  find  the  time  at  which  the  eclipse  of  1895,  March  25, 
begins  and  ends  at  Cape  Farewell. 

For  the  beginning  we  compare  the  distance  of  the  place  from  the  curves  of  2 1''  and  22'*  and  we 
find  it  to  correspond  to  about  20  minutes  from  the  former,  therefore  the  time  of  beginning  is 
approximately  21  **  20*";  for  the  end  we  find  that  the  curve  of  23^  passes  directly  thtough  the 
point,  therefore  the  approximate  time  of  end  is  23^,  both  of  which  are  probably  correct  to  within 
2  or  3  minutes.     Changing  to  local  mean  time  the  result  will  be :  — 


Beginning. 

Knilfaig- 

d    h    m 

h   m 

25  21  20 

23    0 

2  56.1 

2  56.1 

Greenwich  mean  time       •        •        •        •      March 

Longitude  West 

Local  mean  time March     25  18  23.9  March  25  20    3.9 

In  the  case  of  total  and  annular  eclipses,  a  rough  estimate  of  the  magnitude  of  the  eclipse  may 
be  obtained  from  the  position  of  the  place  relatively  to  the  central  line  and  to  the  limit*  On  the 
central  line,  the  eclipse  is  annular  or  total,  while  on  the  limit,  the  limb  of  the  moon  only  grazes 
that  of  the  sun. 

More  Accurate  Computations. — A  more  accurate  determination  of  the  phases  as  visible  at  any 
point  of  the  earth^s  surface  may  be  obtained  from  the  Besselian  elements  which  are  given  for 
every  ten  minutes  of  Greenwich  mean  time.     Their  geometric  signification  is  as  follows:  — 

Let  us  imagine  a  plane  passing  through  the  centre  of  the  earth,  perpendicular  to  the  right  line 
joining  the  centres  of  the  sun  and  moon.  This  latter  line  is  the  axis  of  the  moon^s  shadow,  and 
the  plane  is  called  the  fundamental  plane.  We  take  the  intersection  of  this  plane  with  that  of 
the  earth^s  equator  as  the  axis  of  JT,  and  the  centre  of  the  earth  as  the  origin  of  co-ordinat»w 
The  axis  of  Y  is  perpendicular  to  that  of  J[,  and  directed  toward  the  north ;  sp  and  y  are  then 
the  co-ordinates  of  the  point  in  which  the  axis  of  the  shadow  intersects  the  fundamental  plane. 
The  angle  <2,  of  which  the  sine  and  cosine  are  both  given,  is  the  declination  of  that  point  of  the 
celestial  sphere  toward  which  the  axis  of  the  shadow  is  directed;  this  direction  being  that  from 
the  earth  toward  the  moon  and  sun.  The  angle  /i  is  the  Greenwich  hour^angle  of  this  same 
point  of  the  celestial  sphere. 

£PH  96 


USB  OF  THE  TABLES. 


507 


The  quantities  I  and  If  are  the  radii  of  the  ahadow-cones  upon  the  fundamental  plane,  /  cor- 
responding  to  the  penumbra,  and  I'  to  the  umbra,  or  annulus.  The  notation  is  that  of  Craittk* 
NKT^s  Spherical  and  Practical  Astronomy^  in  which  /'  is  regarded  as  positive  for  an  annular, 
and  negative  for  a  total  eclipse. 

The  angles/  aadf\  the  tangents  of  which  are  given,  are  the  angles  which  the  elements  of 
the  respective  shadow-cones  make  with  the  axis  of  the  shadow ;  or,  they  are  the  semi«angles  of 
the  two  cones. 

At  the  bottom  of  the  table  are  given  the  logarithms  of  the  change  of  x,  jr  and  /i,  in  one  minute, 
in  order  to  facilitate  the  interpolation  to  any  required  moment. 

The  method  of  computing  the  eclipse  from  the  gived  elements  is  as  follows :  It  is  premised 
that  Uie  moments  of  beginning  and  ending  are  those  at  which  the  distance  of  the  observer  from 
the  axis  of  the  shadow  or  penumbra  is  equal  to  ihe  radius  of  the  latter  at  the  point  of  observa* 
•ion.    To  find  such  distance  and  radius  we  compute — 

( 1 )  The  co-ordinates,  f ,  19  and  C,  of  the  observer,  at  some  assumed  moment  of  Greenwich 
mean  time,  as  near  as  practicable  to  the  true  time  of  the  required  phase,  together  with  their  varia- 
tions  for  one  minute. 

(2)  The  co-ordinates  x  and  jf  of  the  axis  of  the  shadow  at  the  same  moment,  which,  with  their 
variations  for  one  minute,  are  taken  from  the  tables  of  elements. 

(3)  Hence,  the  position  and  motion  of  the  observer  relative  to  the  axis  of  the  shadow. 

(4)  The  radius  of  the  penumbra  or  umbra  at  a  distance  from  the  fundamental  plane  equal  to 
that  of  the  observer.  • 

(5)  Then,  assuming  the  motions  to  be  uniform,  we  determine  the  time  required  for  the 
observer  to  be  brought  to  a  distance  from  the  axis  of  the  shadow  equal  to  this  radius. 

The  formulee  and  directions  for  the  several  steps  in  the  computation  are  as  follow: — 

(1)  Find  the  geocentric  co-ordinates  of  the  station  referred  to  the  earth^s  equator,  which  are 

represented  by  />  cos  ^  and  p  sin  ^,  p  being  the  distance  from  the  centre  of  the  earth,  and  f'  the 

geocentric  latitude.     These  may  be  obtained  from  geodetic  tables,  or  may  be  computed  from  the 

following  table  by  the  formulee — 

p  cos  ^  wm  F  cos  f 

.       -       sin  ^ 
psmf^'m  — - 

f  being,  as  usual,  the  geographic  latitude. 

TmkU  for  Cmmputimg  lA«  Q—emUric  Cm  mrdimmtm  ^  a  Mm*. 


9 

Lof  r. 

Log  0. 

V 
5 
10 
15 
20 
25 
30 
85 
40 
45 
50 
55 
60 
65 
70 
75 
80 
85 
90 

0.00000  , 
0.00001  \ 
0.00004  Z 

0.00010  !? 

0.00017  \ 
0.00026  ,^ 

0.00037  ; 

0.00048  " 
0.00061  ^ 
0.00074  ^ 

0.00086  I; 

0.00099  " 
0.00111  * 
0.00121  '^ 
0.00130  \ 
0.00138  \ 
0.00143  Z 
0.00!46  , 
0.00147  ' 

0.00295  , 
0.00294  ' 
0.00291  ' 
0.00285  ^ 
0.00278  \ 
0.00269  ,, 
0.00258  |! 

0.00247  I; 

0.00234  " 
0.00221  ' 

0.00209   ; 

0.00196  ^ 
0.00184  ' 
0.00174  ^Z 
0.00165  \ 
0.00157  Z 
0.00152  Z 
0.00149  Z 
0.00147  * 

£PH  96 


508  "^^^^  AMEKICAN  EPHEMEKI8. 

For  the  assumed  Greenwich  mean  time  of  computalioo,  take  from  the  table  of  eleoMnta  tlw 
values  of  sin  d,  cos  d^  and  au     Put: 

i^  the  longitude  west  from  Greenwich.     The  co-ordinates  of  the  obsenrer  will  then  be: — 

^  =  /»  cos  f'  sin  {ft^  X) 

1^  SB ^  sin  f^  cos  d-^  p  cos  5^  sin  <^  cos  (p  —  i) 
C  ss  ^  sin  ^  sin  d  -^  p  cos  5^  cos  d  cos  {ft  —  X) 
and  their  variations  in  one  minute  of  mean  time  will  be:— 

^  -=  [7.63992]  /»  cos  ^  cos  (a»  -  i) 

7/  »  [7.63992]  />  cos  f"  sinii  sin  (/i  ~  ^)  »  [7.63992]  e  sin  d 
V  is  not  wanted. 

(2)  The  co-ordinates  x  and  jf  of  the  axis  of  the  shadow  are  taken  from  the  tables  of  eleineats 
for  the  same  assumed  moment  of  Greenwich  mean  time,  together  with  their  variatioas  for  ooe 
minute,  which  are  equal  to  one-tenth  of  the  differences  of  two  consecutive  numbers.  IV 
variations  for  one  minute  we  represent  by  a/  and  jK.  Their  logarithms  are  given  at  the  foot  of 
the  tables. 

(3)  The  distance  m  and  position-angle  M  of  the  axis  of  the  shadow  relative  to  the  observer, 
and  the  relative  motions,  11  and  iV,  are  computed  by  the  formuls :  — 

m  sin  Mssx  —  S 
m  cos  JIf  SB  y  —  ly 

It  sin  iV  =  a/—  ^' 

n  cos  N  s=  jK—  fj' 

(4)  The  radius  L  of  the  shadow  or  penumbra  at  the  distance  C  from  the  fundamental  plane 

is  computed  by  the  formula 

L  =  /— :tan/ 

/  and  /  being  found  in  the  table  of  elements,  and  C  computed  in  (1). 

(5)  If  the  time  chosen  for  computation  is  exactly  that  of  the  beginning  or  end  of  the  eclipse, 

we  shall  have— 

m=i  L 

But,  as  this  condition  can  scarcely  ever  be  fulfilled  on  a  first  trial,  a  correction  r  to  the  assumed 

time  is  computed  thus :     Find  the  angle  fp  from  the  equation, 

m  sin  (  M—  N) 
sm  fp  = -J ^ 

There  will  be  two  values  to  this  angle,  of  which  one  will  be  in  the  first  and  the  other  in  the 
second  quadrant  when  sin  <p  is  positive,  and  one  in  the  third  and  the  other  in  the  fourth  when 
sin  ip  is  negative.  But,  simplicity  will  be  gained  by  taking  only  that  value  of  tf*  for  which 
cos  ip  is  positive.  Thb  value  lies  between  the  limits  +  90®  and  —  9C**.  The  correction  t  to 
the  assumed  time  will  be  found  in  minutes,  from — 

For  beginning :  tn  cos  {M  —  N)  L  cos  if 

n  n 

For  ending  :  m  cos  ( 3f  —  N)  L  cos  tp 

n  n 

m 

One  such  pair  of  values  of  r  cannot,  however,  give  the  times  of  both  beginning  and  ending 
with  accuracy.  To  attain  accuracy  we  must,  in  commencing  the  computation,  assume  two 
times,  one  near  that  of  beginning,  and  another  near  that  of  ending.  These  approximate  tiroes 
may  be  derived  from  the  chart  of  the  eclipse.  The  computation  for  ^e  first  assumed  time  will 
give  a  small  value  of  r  which,  applied  to  the  assumed  time,  will  give  a  nearly  correct  time  for 
the  beginning  of  the  eclipse,  and  a  large  value  which,  added  to  the  assumed  time,  will  give  ao 
inaccurate  time  of  ending.  The  computation  for  the  second  assumed  ^e  will  give  a  small  and 
nearly  correct  value  of  r,  to  be  applied  to  the  assumed  time  for  the  end,  and  a  large  negative 
and  inaccurate  one  to  be  subtracted  for  the  beginning.  We  shall  thus  deduce  two  times  of  each 
phase  only  one  of  which  is  to  be  considered  approximately  correct. 

SPH  95 


USB  OF  THE  TABLES. 


509 


The  more  accurate  tiroes  of  beginning  and  ending  may  now  be  taken  in  place  of  the  first 
assumed  ones,  and  the  computation  may  be  repeated  from  the  beginning,  leading  to  a  pair  of 
values  of  r,  which  should  be  very  small  and  accurate.  Such  a  repetition  of  the  computation  will 
in  general  be  advisable,  to  guard  against  accidental  numerical  errors.  The  following  theorem 
will,  however,  enable  us  to  obtain  a  second  approximation  to  the  true  times  of  each  phase  with* 
out  repeating  the  computation. 

Theorem. —  The  error  of  each  result  U  approximately  proportional  to  the  square  of  the  cor* 
rection  r,  multiplied  bjf  the  sine  of  the  sun^s  howT'Ongle^  (/i—i),  for  the  middle  of  the  interval 
between  the  time  of  compulation  and  that  of  the  phase. 

To  apply  this  theorem  we  find  the  two  values  of  r'  sin  (/<— ^)  corresponding  to  the  required 
phase.  We  then  find  the  ratio  of  these  quantities — which  will  commonly  be  a  large  number,  and 
divide  the  difference  of  the  results  by  this  ratio.  The  quotient  will  be  a  correction  to  be  applied 
to  the  more  accurate  result  in  sucira  way  as-to  make  it  deviate  yet  more  from  the  less  accurate 
one.  This  correction  should  be  positive  in  the  local  forenoon,  and  negative  in  the  afternoon, 
and  its  value  should  never  materially  exceed  0^.001  r'. 

Unless  the  times  chosen  for  computation  are  unusually  in  error,  say  ten  minutes  or  more,  the 
corrected  resulta  thus  obtained  will  be  theoretically  correct  within  less  than  a  second.  But  to 
guard  against  numerical  errors  it  is  better,  after  making  this  final  correction,  to  repeat  the  com- 
putations so  far  as  to  obtain  new  values  of  m  and  L  for  the  corrected  times.  If  these  two  quan- 
tities agree  within  a  unit  of  the  fourth  place  of  decimals,  the  times  employed  are  generally 
correct  within  a  second  of  time.  If  they  differ  too  widely,  further  corrections  and  computations 
may  be  made  by  the  computer  according  to  his  own  judgment 

It  may  be  remarked  that  the  uncertainty  of  the  ephemerides  is  such  that  a  prediction  may  be 
several  seconds  in  error  from  this  unavoidable  cause  alone. 

Posilian'Ongle  of  Point  of  Contact, — The  position-angle  P,  of  the  point  of  contact,  reckoned 
from  the  north  point  of  the  sun^s  limb  toward  the  east,  is  found  by  the  formula 

For  beginning:  P  «»  N  —  ip  ±  180* 

For  end:  P  m,  N  -^  4* 

it  being  assumed  that,  in  each  case,  the  value  of  if'  is  taken  between  the  limita  :^  90*. 

Computation  of  the  Solar  Eclipse  of  1895,  March  25,  for  Santa  Cruz  Castle,  Fayal,  Azores, 
whose  geographical  position  is — 

Latitude,     ^  »  -f     38^  31'  4^' 
Longitude,  I  ^  +     28*  38^  54^' 

Constanta  for  the  given  place :  — 

p  sin  f*  ^  9.79205 
/>  cos  f^  -I  9.89394 

From  the  Eclipse  Charta  we  find  the  approximate  times  of  the  phases  to 

d      b      m 

Beginning  March  25  20  50 
Ending       March        22     5 

Greenwich  Mean  Time, 


I 


Greenwich  Mean  Time. 


March 

25*  20*'  50- 

Endiac 

22»»     5- 

M 
X 

O            /           ** 

311     2  86 

28  38  54 

282  23  42 

o            <           <* 

329  47  48 

28  38  54 

301     8  54 

•in  (^-A) 

9.89394 
9.9897611 

9.89394 
9.93239  n 

loge 

9.88370  fi 
-       0.76607 

9  82633  fi 
-       0.67040 

sie 


THE  AMERICAN  EPHEMBRIS. 


Mean  Time, 

/>  sin  f^ 
cosd 

BaKiaaiac. 

March    29«  20*  80- 

9.79205 
9^969 

EndiBg.                        1 

22»»  5-                 1 

9.79205                ^ 
9.99968 

(J) 

+ 

9^7»(M 

0.61907 

+ 

9.79173 
0.61906 

sin  d 
cos  {p—X) 

9.89394 
8.57731 
9.33173 

\ 

* 

t 

9.89394 
8.5g|23 
9.71371 

(2) 
(l)-(2)                         7 

+ 

+ 

7.80298 
000635 
0.61272 

+ 
+ 

8.18888 
001545 
0.60361 

/>  sin  ^  sin  <^ 
(3) 

+ 

8.36936 
0.02341 

+ 

8.37328 
0.02362 

ft  COS  ^  COS  rf  COS  ( /i—l) 

(4) 
(3) +  (4)                         C 

+ 
+ 

9.22536 
0.16802 
0.19143 

+ 
+ 

9.607.33 
0.40488 
0.42850 

const,  log 
-  ^cos  f'cos  (/I— >i) 

7.63992 
9.22567 

7.63992 
9.60765 

loge' 
ft' 

* 

+ 

6.86559 
0.00073 

+ 

7iJ4757 
0.00177 

const,  log 
^sin  d 

7.63992 
8.46101  n 

7.63992 
8.40756  A 

logij' 



6. 10093  n 
0.000126 

— 

6.04748  n 
0.000 1 12 

« 

4- 

0.48948 
0.24428 

+ 

0.02024 
0.56470 

+ 
+ 

0.00678 
0.00428 

+ 
+ 

0.00575 
0.00426 

msin  Af 
mcos  JIf 

9.68973  It 

9.38788 

8.30621  n 
9.75182 

tBLuM 

M 
cos  Af 

logm 

0.30185  n 
296**  SV  iV 
9.64985 
9.73803 

8  55439  n 
357°  56^  SO'' 
9.99972 
9.75210 

nsin  iV 
ncosiV 

7.83123 
7.63144 

7.75967 
7.62941 

taniV 

iV 

cos  JV 

logii 

0.19979 

57**  44'  ly' 

9.72738 

7.90406 

0.13026 

53**  28^0" 

9.77473 

7.85468 

tan/ 
log: 

7.67077 
9.28201 

7.67077 
9.63195 

• 

XPH  9S 

6.95278 

1 

7.30272 

USE  OF  THE  TABLES. 


511 


nwich  Mean  Time, 

Mncli 

»«  :«J^  50- 

■Mliaf. 

22'*  5« 

Ctanf 

0.000897 

0.002008 

I 

0.56545 

0.56535 

L 

0.56455 

0.56334 

M-N 

288**  47' y' 

804*  28^50" 

•In(itf-iV) 

9.9920711 

9.9160911 

logm 

^.78808 

9.75210 

9.6701011 

9.66819  » 

logL 

9.75170 

9.75077 

sin^ 

9.9184011 

9.91742  !• 

* 

-  55''58'0 

-55*46'30'' 

log^ 

1.83397 

1.89742 

cos(Af-iV) 

9.7145511 

9.75291 

1.54852  n 

1.65033 

-  ^co8(Af-iV) 

+     35.361 

—       44.702 

logL 

9.75170 

9.75077 

C08^ 

9.74794 

9.75008 

cologii 

2.09594 

2.14532 

1.59558 

1.64617 

Xcoa^ 

II 

T     89.407 

±       44.276 

. 

^ 

T 

-      4.046 

-        0.426 

d    ii     ■ 

h      m 

T 

March 

25  20  50.0 

22    5. 

1 

March 

25  20  45.95 

22    4.57 

X 

+     1  54.59 

4-       1  54.59 

d     h       ■ 

h       m 

1  Mean  Time, 

March 

25  18  51.86 

20    9.98 

efore  we  have 

d      h      ■ 

Beginning  of  the  nclipse, 
End  of  the  eclipse, 

March 

ii 

25  18  51.36       ( 
25  20    9.98       ) 

Local  Mean  Time. 

Duration, 
Angle  of  position : 


1   18.62 


BeKiudaf. 


JV 

57°  44.3 

53  28 

<^(+180) 

—       55  58.0 

—       55  46.5 

P 

293  42.3 

357  41.5 

from  the  north  point  of  the  sun^s  disk  towards  the  east  for  direct  image. 

£PH  95 


512  'I'HE  AMERICAN  EPHEMERIS. 

EUmenU  of  Ocadiaiiotu. — Pmges  420 — 449  gire  the  elements  for  tbe  predictaoa  of  At 
of  occuhatioo  of  tUrs  and  pUnets  bj  the  moon.  In  the  columns  referring  to  dbe  itar,  tbose 
beaded  Redans  from  1895.0  gire  the  quantities  necessary  to  reduce  the  mean  pbce  of  tiie  sar 
at  the  beginning  of  1895  to  its  apparent  place  at  the  time  of  oocultation.  These  ledttctioos  ar« 
sufficiently  accurate  to  be  defintttre. 

The  quantities  in  the  following  fire  columns  are  all  giren  for  the  moment  of  geocentric  coo- 
junction  of  the  star  and  moon  in  right  ascension.  Let  there  be  a  line  passing  frotii  the  «ar 
through  the  centre  of  the  moon,  and  let  a  plane  perpendicular  to  this  line  pass  throo^  the 
centre  of  the  earth :  this  plane  will  be  the  fundamental  plane  for  the  occufaatioo.  The  sr^em 
of  co-ordinates  is  similar  to  that  already  described  for  eclipses.  The  cone  circumsrnbuks  the 
moon  and  star  may  be  regarded  as  a  cylinder  having  everywhere  the  same  diameter  as  the 
moon.  This  cylinder  will  intercept  the  fundamental  plane  in  a  circle  of  which  the  linear  diun- 
eter  will  be  the  same  as  that  of  the  moon. 

Tbe  WoMhington  Mean  Time  is  the  moment  at  which  the  two  bodies  are  in  geocentric  con- 
junction in  right  ascension.  At  this  moment  the  co-ordinate  x  of  the  axis  of  the  cylinder  oo 
the  fundamental  plane  has  the  value  zero.  The  column  Hour^Angle  H  gives  the  commoo 
geocentric  hour-angle  of  the  moon  and  star  at  tbe  same  moment,  counted  from  the  meridian 
of  Washington — positive  toward  the  west  and  negative  toward  the  east.  Column  IT  gi%es  tbe 
co-ordinate  p  of  the  axis  of  the  cylinder  upon  the  fundamental  plane  at  the  same  mofnenL 
Columns  j/  and  y  give  the  hourly  variation  of  x  and  jf.  The  linear  unit  in  these  columns  is 
the  earth^s  equatorial  radius.  The  limiting  parallels,  north  and  south,  show  the  extreme  limits 
of  latitude  within  which  the  occultation  will  be  visible. 

By  the  aid  of  these  elements,  the  Washington  mean  time  of  immersion  and  emersion  of  a 
star  behind  the  limb  of  the  moon  may  be  computed  for  any  part  of  the  earth  by  a  method  nearly 
the  same  as  that  already  explained  for  computing  eclipses,  only  more  simple. 

We  shall  first  show  how  to  compute  an  isolated  occultation  for  a  particular  place,  assuming  it 
to  be  visible  at  that  place,  and  then  show  how  all  the  occultations  which  will  be  visible  at  a  place 
may  be  selected  and  computed  by  a  more  rapid  process. 

(1)  The  geocentric  co-ordinates  of  the  place,  p  sin  ^  and  p  cos  ^,  are  to  be  computed  with 

three  or  four  places  of  decimals  by  the  formulse, 

sin  tp 
psm  f'  =  -—I. 

p  cos  f '  =  F  cos  ^ 
already  given  in  connection  with  the  eclipses. 

As  in  the  case  of  eclipses,  it  is  necessary  to  have  an  approximate  time  of  the  phenomenon, 
corresponding  to  that  obtained  from  the  charts  of  the  ellipses.  The  quantity  H  being  the 
Washington  west  hour-angle  of  the  two  bodies  at  the  moment  of  geocentric  conjunction,  /f  —  i 
will  be  the  local  hour-angle  of  the  star  at  this  same  moment.     Let  us  call  this  angle  h^y  putting 

where  ^  is  the  longitude  west  of  Washington. 

The  next  step  will  then  be  to  find  the  approximate  moment  of  apparent  conjunction  in  right 
ascension  as  seen  from  the  place.  An  approximate  correction  to  reduce  the  time  and  hour-angle 
for  geocentric  conjunction  to  those  for  apparent  conjunction  may  be  taken  from  Mr.  Downes's 
table,  on  pages  452 — 453.     This  correction  will  have  the  same  sign  as  h^. 

When  this  table  is  not  available,  the  correction  may  be  computed  thus :  Compute  the  quaoii* 
ties  ^oi  ^^  *^^  ^  ^'*<^'"  ^h®  formulae, 

Co  a  /t>  cos  ^'  sin  Ao 

e^  =  [9.41920]  cos  (Ao  + J  Ao) 


"»o 


T  will  then  be  the  approximate  interval  between  the  times  of  geocentric  and  local  conjunction. 
BPH  95 


USB  OF  THE  TABLES.  513 

By  applying  it  to  the  Washington  mean  tinoe  of  the  former^  as  given  with  the  elements,  we  shall 
have  the  Washington  mean  time  of  the  latter  within  a  few  minutes. 

The  average  duration  of  an  occultation  is  about  an  hour.  Thence,  by  adding  0''.5  to  and 
subtracting  it  from  the  mean  time  of  apparent  conjunction,  we  shall  have  approximate  times 
of  the  phases  of  immersion  and  emersion  for  farther  computation.     Let  us  then  put, 

r,  -  r  -  0>».5 

T,  the  Washington  mean  time  of  geocentric  conjunction  in  R.  A. 
<2,  the  declination  of  the  star. 

(2)  Compute  for  the  moments  T  -f-  ri  and  T  +  r^  the  following  quantities,  in  which  we  write 
r  for  each  of  the  quantities  ri  and  Tf.  The  latter,  when  used  as  angles,  are  to  be  changed  to 
arc  by  multiplying  by  15,  and  the  minutes  are  to  be  further  increased  by  one-sixth  the  number 
of  degrees  in  order  to  reduce  to  the  sidereal  hour-angle. 

S   ^  p  cos  f'  sin  (Ao  +  ^) 

7j    SB  p  s\n  ^  cos  d  ^  p  cos  y^  sin  d  cos  (Ao  +  r  ) 

^  «  [9.41920]  />  cos  f/  cos  (A„  +  r) 

ii'  «  [9.41920]  />  cos  f/  sin  (i  sin  ( Ao  +  r)  -i  [9.41920]  e  sin  a 

X  ^  x'  r 

Compute  m,  M^  n  and  N  from  the  equations 

m%m  M  tss  X  —  f 
m  cos  M  ^a  y  ^  7) 

nsin  N  =rj/-  ^ 

n  cos  JV  as  y'  —  ^' 

n'=^=r  [8.22185]  n 
sin     s^     ^  [0.56500]  m  sin  (A/-  N) 
Then,  t\  and  tt  from  the  equations 

<i  =B  —    ,  cos  (Jtf— iV)  —  '•*    ,       "'  cos  v^     (Beginning.) 


II'         '  '  n 

—    ,  cos  ( 


^         'Jtf-iV)  +  f?:-^^]cosv''      (End.) 


The  quantities  /|  and  t^  will  then  be  the  corrections  in  minutes  to  be  applied  to  the  respective 
times  T  +  Ti  and  T  +  r,  to  obtain  the  Washington  mean  times  of  the  phases. 

As  in  the  case  of  eclipses,  the  small  value  of  ti  will  give  an  accurate  result  for  one  phase,  and 
the  large  value  an  inaccurate  result  for  the  other.  Both  accurate  results  may  then  be  corrected 
by  comparison  with  the  inaccurate  one,  in  the  way  described  for  eclip^tes,  and  a  result  obtained 
which  will  probably  be  correct  within  a  fraction  of  a  minute  of  time. 

As  a  check  upon  the  result,  it  will  be  advisable  to  compute  c,  tj^  x  and  jr  for  the  moments  finally 
obtained.     If  the  times  are  correct  these  quantities  will  fulfil  the  condition, 

V  (i -"c)»  V(i^^y  -  0.27227 

If  log  m  sin  (  3f  —  iV)  mm  9.43500  nearly,  a  recalculation  will  generally  be  necessary  to  deter- 
mine whether,  numerically,  sin  </'  <  1,  or  sin  i/'  ^  1.  In  the  latter  case,  the  impossible  value  of 
sin  ^  indicates  that  an  occultation  at  the  given  place  is  impossible,  unless  the  computed  distance 
from  the  moon^s  limb  is  within  the  errors  of  the  ephemerides  of  the  moon  and  star. 

In  such  cases  of  near  approach  to  the  moon^s  limb,  we  may  take  v''  ■■  90^,  or  270^,  according 
as  sin  (ilf  —  N)  is  positive  or  negative  ;  and  for  finding  the  time  of  nearest  approach, 

^  m  cos  ( 3f  —  N) 
EPH 


514 


THE  AMERICAN  EPHEMEBIS. 


where 


Putting  It  f.>r  the  moon^s  horizontal  parallax,  the  distance  from  the  moon^s  limb  will  be, 

x[mmn{M^N)  —0.272271 
disregarding  the  sign  of  sin  ( ilf  —  iV) ;  or,  allowing  for  the  augmentation  of  the  semidiameter, 

IT  [m  sin  (  Jtf -  iV)  -  0.27227]  [l  +  zmnx] 

2  =  /»  cos  f'  COS  d  cos  (  Ao  +  ^)  +  />  sin  ^  sin  d 

The  position-angle  P,  of  the  line  from  the  moon^s  centre  to  the  star  at  the  times  of  contact, 
reckoned  from  the  north  point  toward  the  east,  is  given  by  the  formulse :  — 

F  =i  N  —  iff  for  immersion, 

P  =  iV  +  v^  =b  180*      for  emersion, 

it  being  supposed  that  the  value  of  v^,  in  each  case,  is  taken  between  the  limits  :^  90°. 
To  find  the  angle  from  the  vertex,  we  compute  the  angle  C  from  the  formula, 

in  which  the  value  of  t  corresponding  to  the  phase  is  to  be  used.     Then 

V^  P  -  C 

is  the  angle  from  the  vertex,  also  reckoned  from  the  north  toward  the  east 

As  an  example  of  an  isolated  occultation,  we  will  compute  that  of  ^rScorpii,  on  June  5,  1895, 
for  Ogden,  whose  position  is 

f  =  +  4r  13'  8.6^' 
X^  +  2^  19»  47».52 

Constants  for  the  given  place, 

p  sin  f '  ^  9.81654 
p  cos  f '  =  9.87698 

From  the  elements  on  page  433,  we  have 

h     m 

H^  3  26.7 
Ao  =  H->l=  1     6.908 

From  DowNES^s  Table,  pages  452  and  453,  or  from  the  formuls  on  page  512,  we  find  the  cor- 
rection to  the  Washington  mean  time  of  geocentric  conjunction  to  be  about  +  35",  therefore 
the  Washington  mean  time  of  apparent  conjunction  at  the  given  place  is  June  5^  14**  56"".3; 
subtracting  and  adding  30™,  we  shall  have  the  approximate  Washington  mean  times  of  immer- 
sion and  emersion  to  be  used  in  the  computation,  thus : 


h     m 

T,  =  +  0    5 
T,  =  +  1     5 


r  +  r,  =  June     5  14  2^3 
r  +  T,  =  5  15  26.3 


IniD  onion. 

EmerrioB. 

d      h      n 

h      m 

Mean  Time, 

June 

5  14  26.3 

h     m 

15  26.3 

h      m 

ho 

+ 

1  6.908 

+ 

1  6.908 

T  (in  sidereal  time) 

0  5.0'4 

1  5.178 

Ao  +  ^  (in  arc) 

17*  58^  .W 

33**  1'  17" 

p  cos  ^' 

9.87698 

9.87698 

sin  (ho  -f  r) 

9.48952 

9.73635 

log^ 

9.36650 

9.61333 

e 

+ 

0.23254 

+ 

0.41052 

SPH  95 

A 


USE  OF  THE  TABLES. 


515 


Washington  Bbui  Time, 


coed 


(l)-(2) 


(1) 

pCOSf' 

sin  d 
cos  (Ao  +  t) 

(2) 


const,  log 
/»  cos  f'  cos  (Ao  +  r) 

log  .^' 
^' 

const,  log 
$  sin  c{ 

log  r/ 

logjc' 
logr 

logx 

X 

logy' 

y 

a?-  e 

y—  ^9 
it/- *' 

msin  A/ 

mcos  M 

tan  Af 

Af 

sin  M 

logm 

Msin  iV 

n  cos  N 

Ian  N 

iV 

cos  iV 

logn 

colug  60 

Ing  n' 


June      5*  14»»  26".3 

9.81654 

^.95434 

9.77088 

+     0.59064 
9.87698 
9.63898  fi 
9.97826 
9.49422  fi 

-     0.31205 
+     0.90209 

9.41920 
9.85524 


9.27444 
+     0.18812 

9.41920 
^.00548  fi 

8.42468  fi 

-  0.02659 

9.75074 
8.92082 

8.67156 
+     0.04694 

9.13354  fi 
8.05136  fi 

—  0.01133 
0.70810 


0.69677 

-  0.1H560 

-  0.20532 
h  0.37518 

-  0.10941 

9.26858  n 
9.31243  fi 
9.95615 
222**  6'  44'' 
9.82615  n 
9.41213 
9.57421 
9.03906  n 
0.53518  n 
106**  15' 28" 
9.44709  n 
9.59197 
8.22185 
7.81882 


l&^  26".3 
9.81654 
9.95134 

9.77088 

+  0.59004 
9.87698 
9.63898  n 
_9.92ai9 
9.43945  n 

-  0.27507 
+  0.86511 

9.41920 
9.80047 

9.21967 
-h  0.16583 

9.41920 
9.25231  n 


8.67151  fi 

—  0.04694 

9.75074 
0.03476 

9.78550 
+  0.61024 

9.13354  R 
9.1683011 

—  0.14733 
0.70810 


+ 
+ 


0.56077 

0.19972 
0.304:i4 
0.397 17 
0.0N906 


9.:i0012 
9.1H336II 
9.81706  n 

146^43^32" 
9.73930 
9.56112 
9.59931 
8.91968  n 
0  6 1963  n 

102**  :n'  45" 
9.33974  n 
9.60994 
8.22185 
7.83179 


XPH  05 


516 


THE  AMERICAN  EPHEMERI8. 


Washington  Mean  Time, 

const,  log 

logm 

8in(Jlf-iV) 

sin  ip 

TmiDeraioii. 

June      5*  14^  26~.3 
0.56500 
9.44213 
9.95419 

9.96132 
66*»10'30'' 

SmondoQ. 

15^  26-3 
0.56500 
9.56112 
9.84252 

9.96864 

*                                   .      fit 

iog-. 

1.62831 

1.72933 

cos(Jlf-iV) 

9.63959  n 

9.85622 

1.26790  n 

1.58555 

-.-,cos(M-xV) 

'      + 

ia531 

—       38!508 

const,  log 

COS0 

colog  n' 

9.43500 
9.60632 
2.18618 

9.43500 
9.56432 
2.16821 

1.22750 

1.16753 

[9.43500]  COS  0 

T 

16!885 

±         4.707 

t 

-f 

1.646 

-       23.801 

d               h 

T                          14  26.3 
Washington  Mean  Time,                           June  5,         14  27.946 

k                             2   19.792 
Ogden  Mean  Time,                                     June  5,         12     8.154 
A  recomputation  for  the  time  of  emersion  gives  June  5^  12^  43.179™ 

h 

15  26.3 
15    2.499 
2  19.792 
12  42.707 

Angle  of  position, 

Vf-  (  +  ,180") 
P 

106  15.5 
66  10.5 

40    5.0 

102  37.8 
68  29.3 

351     7.1 

from  the  north  point  of  the  moon^s  limb  towards  the  east  for  direct  image. 

Prediction  of  Many  OccuUations  for  a  (riven  Place. — When  it  is  desired  to  predict  all  th« 
occupations  which  will  be  visible  at  some  one  place,  tables  may  be  constructed  and  applied  in 
such  a  way  as  to  greatly  diminish  the  labor  of  computation.  In  using  such  tables,  the  most  con- 
venient course  will  be  to  find  for  each  occultation  the  hour-angle  of  the  star  at  the  moment  of 
apparent  conjunction  in  right  ascension,  as  seen  from  the  place  of  observation.  The  table  of 
elements,  pages  420 — 449,  gives  if,  the  Washington  hour-angle  at  the  moment  of  geocentric 
conjunction.     The  corresponding  geocentric  hour-angle  at  the  place  will  be 


A«  =  H  -  >l 


( i  =  west  longitude  from  Washington). 


The  moment  of  apparent  conjunction,  as  seen  from  the  station,  will  be  given  by  the  conditioo 
^  =  x;  or,  using  the  values  of  $  and  x, 

p  cos  <p^  sin  h  s=  s/  T 

h  being  the  west  hour-angle  of  the  star  at  the  moment  in  question,  and  r  the  interval,  in  hours 
of  mean  time,  which  has  elapsed  since  geocentric  conjunction.     We  shall  therefore  have, 

A  «  Ao  -f  T 
£PH  95 


USE  OF  THE  TABLES.  517 

for  the  hour-angle  at  the  end  of  the  intenral  r  aAer  geocentric  conjunction.     In  strictness,  r 

should  here  be  multiplied  by  the  factor  1  +  ^-    - ,  because  the  star  moves  a  little  more  than  15^ 

in  an  hour  of  mean  time;  but  the  error  arising  from  the  neglect  of  the  factor  is  too  small  to  bo 
important,  as  it  will  affect  the  predicted  time  of  conjunction  by  less  than  10  seconds.  The 
equation  for  finding  r  is  therefore, 

p  COS  f '  sin  (Ao  +  r)  «  x'  r 

The  quantities  h^  and  x'  being  derived  immediately  from  the  data  of  the  Ephemeris,  the  quan- 
tity r  is  readily  obtained  by  successive  approximation,  and  may  be  tabulated  as  a  function  of 
Ao  and  a/.     The  computation  of  r  is  effected  as  follows.     We  have 

sin  (Ao  +  r)  1  sm  ibo+ 2  8in^rcos(A»  + ^1-)  (1) 

The  value  of  r  in  arc  being  seldom  more  than  24^  we  may  put  r  itself  for  2  sin  ^  r.  The 
equation  will  then  become 

p  cos  f^  sin  A»  -|-  X  p  cos  ^  coe  (A»  -|-  Jt)  mm  zf  r 
from  which  we  find 

^  ^  pcos^  sin  h. 

4/ — />  cos  f' cos  (Ao  +  i^) 

To  tabulate  r,  we  must  first  have  a  table  of  the  quantities 

^  ■■  ^  COS  f^  sin  A 

^  -  [9.41916]  pcosf'cosk  ^^' 

which  table  may  be  formed  for  every  10  minutes  (m  time)  of  h.  If  we  then  put  ^«  for  the 
value  of  ^  corresponding  to  A  ■■  A»  and  ^i  for  the  value  of  ^'  corresponding  to  A  »  ib^  +  ^  r, 
we  shall  have 

Since  we  must  know  the  value  of  r,  approximately,  before  we  can  take  ^i  from  the  table, 
this  equation  can  be  solved  only  by  successive  approximations.  The  approximations  converge 
so  rapidly  as  to  offer  no  difliculty.  It  will  be  best  to  begin  by  comparing  values  of  r  for  the  two 
extremes  of  a/,  namely,  x'**0.48  and  x'^O.GO,  because  the  approximate  values  of  r  can  then 
be  interpolated  for  all  the  intermediate  values  of  a/.     For  the  first  approximation  may  be  taken — 


lT  =  50«sin*Ao    (for  a/ -0.48) 
}  r  -i  40-  sin  ^  A.    (for  x'  —  0.60) 


(5) 


or,  the  approximate  values  of  r  may  be  taken  from  Mr.  Downes^s  table,  pages  452 — 453.  It 
will  be  best  to  make  the  computation  for  every  90"  of  A^,  and  to  find  the  intermediate  values 
of  T  for  every  10"  by  interpolation.  Then  for  each  30"  of  A©  we  take  ^'  from  a  table  with 
the  argument  A,  +  i  ^i  and  log  ^  with  the  argument  A^,  and  thence  compute  r  by  (4).  If  the 
value  of  r  thus  arrived  at  differs  more  than  3"  from  that  employed  in  taking  out  ^,  a  new 
value  may  be  used  to  correct  £',  and  the  computation  may  be  repeated.  The  values  corre- 
sponding to  x' a 0.51,  a/ B 0.54,  and  x'— 0.57,  can  then  be  computed  with  the  single  interpo- 
lation  of  approximate  values  of  r,  and  afterward  the  table  can  be  extended  by  interpolation  to 
every  0.01  of  x^  between  a/  ■■  0.48  and  a/  ■■  0.60.  It  will  be  best  to  compute  r  in  the  first 
place  to  every  0.001  of  an  hour,  and  to  drop  the  last  figure  in  forming  the  definitive  table.  The 
table  thus  formed  will  be  called  TabU  I. 

BPH  96 


518  THE  AMERICAN  EPHEMERIS. 

The  values  of  jj  and  ly'  may  then  be  tabulated  for  every  degree  of  the  starts  declination,  and 
every  10*"  of  h.  It  is  a  mere  question  of  convenience  whether  to  compute  the  table  for  nega- 
tive values  of  d,  since  by  putting 

171  ss       p  sin  ^  cos  d 

17s  =:  —  p  cos  ^'  sin  d  cos  h 

171  may  be  given  in  a  table  of  single-entry ;  and  taking  1^%  from  the  table  of  double-entry  for  a 
positive  rf,  we  shall  have 

the  lower  sfgn  being  used  for  a  negative  d.  But  the  extension  of  the  table  for  tj  to  negative 
values  of  d  is  so  readily  made  that  it  will  probably  ba  found  better  to  do  it,  so  as  to  save  taking 
out  r)i  and  7}%  separately. 

This  table  for  rj  will  be  called  Table  Ily  and  the  corresponding  one  for  yj'  with  the  same  argu- 
ments Table  III,     The  precepts  for  using  the  tables  will  then  be  as  follow: — 

From  Table  I  with  the  arguments  a/  and  H —  A=Ao  take  out  the  value  of  r.  It  will  be 
sufficient  to  use  the  nearest  0.01  of  a/,  r  will  be  of  the  same  sign  as  Ao*  Then,  enter  Table 
II  with  the  arguments  d  (the  starts  declination)  and  A  =  A^  -f  r,  and  take  out  the  value  of  ij. 
Form  the  quantities  y  =  F  -f  Jf'  ^^  and  y  —  ij.  If  the  latter  quantity  lies  between  the  limits 
±  0.28,  it  is  almost  certain  that  there  will  be  an  occultation.  If  it  falls  without  the  limits 
±  0.33,  it  is  almost  certain  that  there  will  not  be  an  occultation.  Between  the  years  1881  and 
1896  these  last  limits  may  be  reduced  to  ±  0.32,  and  cases  near  this  limit  may  be  rejected  if  y 
is  small.     A  convenient  rule  to  adopt  will  be — 

y'  <  0.10,  =  ±  0.29 

0.10  <  y'  <  0.15,  =  ±  0.30 

0.15  <  y^  <  0.20,  =  ±  0.31 

0.20  <  y'  =  ±  0.33  or  ±  0.32 

Here,  only  the  absolute  value  of  y^  is  to  be  considered,  without  respect  to  its  algebraic  sign. 

If  y  —  ,y  falls  between  the  limits  thus  indicated,  take  the  values  of  S'  and  iy'  from  the  appro- 
priate tables  and  compute  r,  Q  and  A  from  the  equations 

r  sin  Q  ss  y*  -^  jj' 
V  cos  Q  =5  a/  —  f ' 

^  "=  (y—  ^)  cos  Q 

If  A  >  0.27227  or  log  A  >  9.43500  there  will  be  no  occultation,  though  the  moon  may  graze 
the  star  when  A  —  0.27227  is  very  small.     If  A  <  0.27227,  compute 

,.^_L=^sinQ  co8P=g;^      (P<180') 

0.27227  sin  P 

r, 

We  shall  then  have — 

Local  mean  time  of  immersion,   T— i  +  r  +  Tj  —  tj 
Local  mean  time  of  emersion,     T— ^  +  ^  +  ^i  +  '''« 

Position-angle  from  north  toward  east  at  immersion,  180**  —  Q  —  P 
Position-angle  from  north  toward  east  at  emersion,     180*  ^  Q  +  P 

In  predicting  the  occultations  for  a  given  place,  the  first  operation  will  be  to  go  over  the  list 
of  occultations  in  the  Ephemeris,  and  select  those  which  may  be  visible.  The  conditions  of 
possible  visibility  are  : — 

1.  The  limiting  parallels  in  the  last  columns  must  include  the  latitude  of  the  place. 

£PH  95 


USE  OP  THE  TABLES.  519 

2.  The  quantity  H  ^  k^  taken  without  regard  to  sign,  must  he  less  than  the  semi-diurnal  arc 
of  the  star  by  at  least  one  hour.  On  very  rare  occasions  an  emersion  might  be  seen  in  the  east 
horizon,  or  an  immersion  in  the  west,  when  this  difference  is  a  few  minutes  less  than  an  hour. 

3.  The  sun  must  not  be  much  more  than  an  hour  above  the  horizon  at  the  local  mean  time 
T~  ^,  unless  the  star  is  bright  enough  to  be  seen  in  the  day  time. 

The  most  convenient  course  will  be  to  write  the  value  of  —  ^  on  the  bottom  of  a  sheet  of 
paper,  and  passing  through  the  list  of  occultations,  pause  over  each  one  for  which  condition 
(  I )  is  fulfilled,  and  examine  whether  conditions  (2)  and  (3)  are  fulfilled.  If  either  faiU,  the 
computer  passes  on.  Very  oAen  it  will  require  some  examination  to  find  whether  i/  — i  or 
T — k  falls  within  the  limits;  in  these  cases,  the  computer  may  mark  the  occultation  for  trial 
and  leave  the  decision  for  the  subsequent  operations.  The  whole  list  can  be  gone  over  in  less 
than  a  day,  and  it  will  probably  be  found  that  about  one*tenth  of  the  occultations  are  marked 
for  trial. 

Phenomena  of  Planets  and  Satellites^  P^^^  ^^ — 4^- — ^Thes<e  are,  for  the  most  part,  suffi- 
ciently explained  in  the  body  of  the  work.  The  following  additional  explanations  are  added  for 
completeness : 

Disks  of  Mercury  and  VenuSy  pages  454 — 455. — The  angle  ^,  needed  in  reducing  meridian 
observations,  is  the  angle  which  the  arc  of  the  great  circle  from  the  planet  to  the  sun,  makes 
with  the  arc  from  the  planet  toward  the  west,  reckoned  in  the  direction  west,  north,  east,  south. 
This  position-angle  is  reckoned  from  0**  to  360^,  as  in  the  measurement  of  double  stars,  the 
planet  taking  the  place  of  the  central  star.  But  its  measure  is  90^  greater  than  that  of  a  double 
star. 

We  may  also  regard  0  as  expressing  the  angle  which  the  line  of  cusps  makes  with  the 
meridian,  the  positive  direction  of  the  meridian  being  toward  the  north,  and  the  positive  direc- 
tion of  the  line  of  cusps  that  in  which  a  person  following  this  line  would  have  the  illuminated 
portion  of  the  disk  on  his  right. 

Disk  of  Mars y  page  456. — This  page  gives  the  apparent  disk  of  the  planet  for  every  thirtieth 
day  throughout  the  year. 

Satellites  of  Jupiter^  P^es  ^^^ — ^1* — The  times  of  phenomena  are  explained  at  the  foot  of 
each  page ;  the  diagram  is  on  page  457. 

Phenomena^  psges  488 — 489. — ^The  conjunctions,  quadratures,  and  oppositions  of  the  planets 
with  respect  to  the  sun,  give  the  hours  when  the  longitude  of  each  planet  difl^ers  from  that  of  the 
sun  by  0*,  90**  or  ISO**. 

The  conjunctions  of  the  moon  and  planets  with  each  other  are  given  in  right  ascension. 
The  degrees  and  minutes  to  the  right  show  the  difference  of  declination  at  the  moment  of 
conjunction. 

Latitude  by  Observed  Altitude  of  Polaris, — Table  IV  replaces  the  Tables  A,  B,  C,  D,  given 
as  a  Supplement  to  the  volumes  of  the  Ephemeris  for  1874 — 1881,  and  is  intended  for  use  at  sea 
and  reconnaissance  on  land,  it  will  furnish  an  approximate  value  of  the  latitude,  the  probable 
error  of  which,  in  so  far  us  the  table  is  concerned,  will  be  a  few  tenths  of  a  minute  of  arc. 

The  directions  for  using  the  table  are  adapted  to  a  right  ascension  of  Polaris  equal  to  1**  20".  1. 
Son^ewhat  greater  accuracy  may  be  insured  by  substituting  the  right  ascension  of  Polaris  at  the 
date  of  observation,  from  pages  302—313  of  this  volume. 


APPENDIX. 


ON  THE  CONSTRUCTION  OF  THE  AMERICAN  EPHEMERI8 

AND  NAUTICAL  ALMANAC  FOR  1895. 

The  aHo|ited  coustants  of  precession,  nutatioii,  and  aberratioo  are  those  of  Strove  and  Petees, 
nnme  ly : — 

PrecesaioD  ->  50''.2411  -|-  0^'.0002268  I 

NuuUon      ->    9^'J£i3\  +  0^^000009    I 

Aberration  —  20''.4451 
in  whicli  t  is  the  number  of  years  after  1800.0. 

Tlie  obliquity  of  the  ecliptic  is  that  of  HAitsEitls  TabUs  du  SoUU^  which  is  0^^.31  fcreater  tlian  that 
of  Peters,  given  in  the  issues  of  this  Ephemeris  preceding  that  for  1882.  A  comimriHon  of  IIansen^i 
mean  obliquity  with  that  of  Peters  and  of  Le  Verrier  at  diflferent  epochs  is  given  in  the  following 
table  :^ 


E|H)ch. 

• 

HAifSEpr. 

Peters. 

Le  Verrier. 

H— P. 

H.— L. 

1 

1750 
1800 
1850 
1900 

23    28    18^^19 
23    27    54.80 
23    27    31.42 
23    27      8.02 

17^44 

54.22 

30.99 

7.76 

19.42 
55.63 
31.83 

ao8 

-1-075 
-1-0.58 
-1-0.43 
-1-0.26 

—  1.23 

—  0.83 

—  0.41 

—  0.01 

The  formuIflD  for  reducing  the  places  of  the  fixed  stars,  page  280,  correspond  to  the  SUet  TabU$ 
of  the  American  Ephemeris^  Washington,  1869. 

The  mean  right  ascensions  of  stars  have  been  reduced  to  Newcomb^s  fundamental  utandard  in 
the  catalogue  attached  to  the  WcMngton  Ohiervations  for  1870,  Appendix  II,  with  tlie  following 
exce|>tions:  The  right  ascennions  of  the  48  circumpolar  stars  north  of  60^  north  di^clination  are 
from  Dr.  Gould's  Standard  Places  of  Fundamental  Star$^  second  edition,  United  Stateti  Coa>t  Hiirvey 
Office,  1866.  Of  the  twelve  stars  south  of  50^  south  declination,  the  positioui*  of  i  llydri,  aTrianguli 
Australis,  and  <r  Octantis,  have  been  corrected  from  data  furnished  by  Dr.  Godij)  ;  while  the  remaining 
nine  are,  as  before,  from  the  British  ATauiieal  Mmanac  for  1848. 

The  right  ascensions  of  the  additional  stars  in  the  general  list,  whose  apparent  right  ascensions  are 
given  in  a  subsequent  section,  have  been  taken  partly  from  the  Caialogue  of  1098  Standard  Clock  and 
Zodiacal  Stcurs,  forming  Part  IV  of  Vol.  I  of  Astronomieat  Papers  Prepared  for  the  Use  of  the  mimcrican 
Ephemeris  and  Nautical  Almanac^  Washington,  1881 ;  and  partly  from  the  catalogue  of  the  Astronomische 
GeHclisrhnf^  of  1878.  A  few  have  been  derived  from  recent  catalo^es  without  a  rigorous  reduction 
for  equinox. 

The  menu  declinations  of  stars  are  taken  from  Boss's  paper  in  the  Report  of  the  Northern  Boundary 
Commission,  Washington,  1879,  for  all  star-*  found  therein.  The  declinations  of  all  tlie  otiier  stars 
have  been  reduced  to  the  same  sbuidard,  except  tliose  of  the  additional  ones  above,  which  hnve  lieen 
taken  partly  from  the  Astronomische  Qesellschafl  list,  and  partly  from  places  in  recent  catalogues. 
To  the  apparent  places  of  Sirius  and  Procyon  have  been  applied  the  periodic  corrections  resulting 
from  AnweasN  investigations. 

The  values  of  these  corrections  are:^- 


Y«ir. 


SIriuft. 


PlOCjTOO 


1895.0     .     A  a  =  -1-0.1 16 

A  'J  =-  +  1.27 

A  o  —  -[.  0.070 

A  .J  —  -1-  0.08 

1b96.U          A  a  «  4-  0.08:) 

Ar»  — -f  i;w 

A  o  —  -f  0.070 

A  <)  —  —  0.08 

BPH  95 

&21 

522  APPENDIX. 

The  ephemeris  of  the  bud  is  constructed  from  Haftsen  emd  Olupsen^s  TabUs  du  SoUily  Coiienhagen, 
1853,  except  that  Struve's  aberration  has  been  used.  This  is  equivalent  to  adding  (KM9  to  the  true 
longitudes,  but  it  does  not  afllect  the  right  ascensions  and  declinations.  The  sun's  rectanguUr  equatorial 
co-ordinates  have  been  computed  from  the  longitudes  and  latitudes  by  the  following  fbrmuUe :  — 

X  =  R  cos  ?. 

Y  =  Rein  X  cos  6.  —  19.3  R  0 
Z  =  /2  sin  ?.  sin  u  4*  44.5  R  $ 
The  reductions  to  mean  equinox,  1895.0,  are  computed  by  the  formulsp, 

A  X  =  -t-  y  sec  (J  A  A  sin  1" 

A  F  =  —  XcoswAX  sin  I"  -f-  Z  A  u  sin  1"  —   9.4  r  JR  sin  ( ;^  +  IST  ) 
A  Z'  =  —  Xsin  w  A  ;i  sin  I"  —  F  A  w  sin  1"  +  21.7  r  JR  sin  (  a  -f-  ^^^  ) 
Wherein — 

A  and  fi    are  the  longitude  and  latitude  of  the  sun  referred  to  the  equinox  and  ecliptic  of  the  date; 
o,    the  obliquity  of  the  ecliptic; 
A  X,    the  reduction  of  longitude  for  precession  and  nutation  from  January  0; 
Acj,    the  reduction  of  the  mean  to  the  apparent  obliquity; 
r,    the  fraction  of  the  year  since  January  0. 
The  numerical  coefficients  are  in  units  of  the  seventh  place  of  decimals.    The  correction  for  latitude 
has  been  taken  from  Goetze's  paper  in  the  Astronomical  Journal,  Vol.  II,  page  71. 

The  mean  equatorial  horizontal  parallax  of  the  sun,  adopted  from  Professor  Newcomb*s  IntaHga- 
lion  of  the  Distance  of  the  Sun  and  the  Elements  which  depend  on  itj*  is  8''.848.  The  adopted  semi- 
diameter  of  the  sun  at  the  earth's  mean  distance  is  16^  2".  In  the  computations  pertaining  to 
eclipses,  Ressel's  semidiameter,  15^  59''.788  has  been  used. 

The  right  ascension,  declination  and  parallax  of  the  moon  are  derived  from  Hansen's  Tables  de  la 
Lune,  London,  1857,  the  mean  longitude  being  corrected  in  accordance  with  Newcomb's  Reaearekes  on 
the  Motion  of  the  Moon^  Part  I,  page  268,t  and  a  corrected  table  being  substituted  for  Table  XXXIV. 
The  semidiameter  of  the  moon  is  computed  from  the  moon's  horizontal  parallax  by  the  formula, 

5  =.  0.272274  n  -h  2".5 


The  constant  2''.5  is  omitted  in  the  computation  of  eclipses  and  occultations,  as  due  entirely  to  tele- 
scopic and  ocular  irradiation. 

The  ephemeris  of  Mercury  is  derived  from  Professor  Winlock's  Tables  of  Mercury^  Washington, 
1864.  They  are  based  on  the  older  theory  of  Le  Verrier,  published  in  the  Additions  to  the 
Connaissance  des  Temps  for  1848. 

The  ephemeris  of  Venus  is  derived  from  Mr.  G.  W.  Hill's  Tables  of  Venus,  Washington,  1872. 

The  ephemeris  of  Mars  is  derived  from  manuscript  tables  constructed  from  Lindenau's  Tables. 
Mr.  Hugh  Breen's  results,  contained  in  his  paper  On  the  Corrections  of  Lindenau's  EUemtnts  nf 
Mars,  published  in  the  Memoirs  of  the  Royal  Astronomical  Society,  Vol.  XX,  have  also  been  discussed 
and  applied ;  and  Le  Verrier's  secular  variations  of  the  elements  are  likewise  adopted.  The  per- 
turbations produced  by  Jupiter  have  been  increased  numericidly  by  -^  of  their  value.  The  follow- 
ing are  the  corresponding  corrected  elements  and  annual  variations  for  Washington,  1855.0: — 


//  // 


£  =  320  13  33.87  +  689101.1527  t 

«-  =  333  23  17.84  -f"  65.9990  t 

a  =    48  25  55.29  +  27.6997  t 

1  ==      1  51     2.20  —  0.02141  i 

e  =        19238".75  +  0.18549  t 

n  =      689050".8927 

a  r=  1.5236915 

The  ephemeris  of  Jupiter  is  derived  from  manuscript  tables  constructed  from  Bouvard's  Tables, 
with  such  changes  as  were  required  to  make  them  correspond  more  nearly  to  the  fonnule. 

The  ephemeris  of  Saturn  la  derived  from  a  provisional  theory  constructed  by  Mr.  Georqe  W. 
Hill,  and  still  unpublished. 

The  ephemerides  of  Uranus  and  Neptune  are  derived  from  Professor  Newcomb's  Tables,  pub- 
lished by  the  Smithsonian  Institution, 

*  Astronomical  Observations  made  at  the  U.  S.  Naval  Observatory,  Washington,  I860,  Appendix  11. 
t  Astronomical  Observations  made  at  the  U,  S.  /{aval  Observatory,  Washington,  1875,  Appendix  U. 

BPH  96 


CON8TBUCTION  OP  THE  EPUEMEBIS. 


523 


The  semidiainnterfi  of  the  |>lanet8  are  computed  from  the  fbllowinK  rahien:^ 

Aalhority. 

Le  Verricr,  T*heonf  of  Meratry. 


3;m 

0.00 

8.54G 

4-  0.086 

0.00 

2.842 

t  0.a57 

0.25 

18.78 

i  0.0t»7 

0.70 

8.77 

±  0.039 

0i)5 

I.G8 

±  0.3 

1.30 

1.28 

1.48 

20.00 

0.70 

9.38 

0.95 

Peirce,  from  the  WnKhini^toii  Oliner- 
vatioDH  of  1845  ajul  I84(i,  made 
with  the  Mural  Circle. 


Mercury 

VeuuB 

Mars 

Jupiter  (|>olar) 

Saturn  (polar) 

UrnnuM 

Neptune 

Jupiter  ( cK]uatorial ) 

Sutum  (ecpiatorial) 

The  elements  of  eclipses  of  the  sun  and  oc^ultations  of  stars  by  the  moon  are  adapted  to  Brbsel's 
methoil,  uHiuf(  the  8|)ecial  fonns  in  Chauvenet's  Sphtrieal  and  Practical  Jbtronowof,  The  adopteil 
Hemidiameters  are:  — 


Semidiameter  of  the  sun  at  distance  unity. 
Ratio  of  radius  of  moon  to  radius  of  earth 


959788 
0.27227 


Tlie  ecli|ise8  of  Jupiter*s  satellites  are  computed  from  Tonnes  Cantinuaiion  of  Damoiseau's  TabUs, 
Wasliiiiifton,  1876.  The  oi'cultations,  transits,  etc.,  are  computed  from  Woolhocse's  Tables,  BriiM 
m\auiicai  Almanac  for  I8.*t5,  Table  II  of  each  satellite  havuig  been  adapted  to  Damoiseat's  Tables. 

The  eloniratiouH  and  conjunctions  of  the  satellites  of  Hntum,  except  those  of  Tiian  and  Hyperion, 
are  computed  from  Uall*s  Tables,  publishefl  in  Wnshmgton  observations  of  1882-1^*8!). 

The  apparent  elements  of  the  rings  of  Saturn  are  computed  from  Be8sel*s  data,  except  those  for 
the  dusky  ring. 

The  elongations  of  the  satellites  of  Uranus,  and  of  the  satellite  of  Neptune  are  computed  from  th« 
data  of  Professor  Newcomb*9  Urcmian  and  JSTeptuman  SjftUmM^  Washington,  1875. 

In  compiling  the  positions  of  observatories,  the  latest  available  data  have  been  used.  The  positions 
have  been  furnished,  in  many  instances,  through  the  courtesy  of  the  directors  of  the  Observatories, 
In  response  to  a  circular  issued  by  the  Superintendent  of  the  American  Ephemeris. 

The  re<luctiou  to  geocentric  latitude,  and  the  logarithm  of  the  radius  of  the  earth,  are  derived  from 
Ci^&ke's  elements  of  tlie  terrestrial  spheroid,  as  adopted  by  the  U.  S.  Coast  and  Geodetic  Survey. 

log  t  ->  6.9152503 
^/  _  ^  _  —  11'  40".43  sm  2  f  -f-  1".19  sin  4  9 

log  0  —  9.9l»92G45  +  0.0007374  cos  2  y?  —  0.0000019  cos  4  f 
Table  IV,  for  finding  the  latitude  from  an  observed  altitude  of  Polaris,  is  constructed  for — 
(  1  )  An  altitude  of  Polaris  ecpial  to  45^. 
(2)  A  d«iclination  of  Polaris  equal  to  +  88^  45^. 

¥ 

The  principal  computations  of  the  Ephemeris  have  been  distributed  in  the  following  manner: — 
The  efihemeriM  of  the  Sun  was  computed  by  Mrs.  E.  Davis;  the  Moon's  longitude,  latitude,  semi- 
diameter  and  horizontal  parallax,  by  Professor  Kritb;  the  right  ascension  and  declination,  by  Professor 
Vam  Vleck;  the  culminations,  by  Dr.  J.  Moaaison ;  the  lunar  distances,  by  Mr.  Bradpoed;  Mercury 
and  Venus,  by  Mr.  E.  P.  Adstipt;  Mars,  Jupiter,  Saturn,  Uninus,  and  Neptmie,  by  Mr.  Roberdeau 
BtcHiivArc;  Jupiter's  satellites,  by  Profehsor  H.  D.  Toon;  the  satellites  of  Saturn,  Uranus,  and  Neptune, 
by  Dr.  Morrison.  The  mean  and  apparent  places  of  the  fixed  stars  were  pre|»ared  by  Mr.  Meier 
and  Mr.  IIkdrick;  tlie  general  ccmstants  for  their  re<luction,  by  Mr.  Bitchamaiv;  the  occultations,  by  Bfr. 
AuHAOEif;  and  the  eclipses  were  computed  and  the  charts  projected  by  Mr.  Buchajiaji; 


EPH  05 


TABLB  L 


625 


CORRECTION  REQUIRED,  ON  ACCOUNT  OF  SECOND  DIFFERENCES  OF  THE  MOON'S 
MOnON,  IN  FINDING  THE  GREENWICH  TDIE  CORRESPONDING 

TO  A  CORRECTED  LUNAR  DISTANCE. 


iBUrvftL 


h  ■ 
0  0 
0  10 
0  90 

0  30 

0  40 
050 

1  0 
1  10 
1  90 
1  30 


h  m 
0  0 
0  10 
0  90 

0  30 
0  40 

0  50 

1  0 
1  10 
1  90 
I  30 


h  m 
0  0 
0  10 
090 

0  30 

0  40 
050 

1  0 

il  10 

ll  90 

1  30 


h  ■ 
3    0 

9  50 

9  40 

9  30 
9  90 
9  10 

9  0 
1  50 
1  40 
1  30 


DlPTBlBNCB  OP  THB   PSOPOSTIONAL   LOOABITHMS  IN  THB   EPHBMBBIt. 


I 


h  m 
3  0 
9  50 
9  40 

9  30 
9  90 
9  10 

9  0 
1  50 
1  40 
I  30 


h  m 
3  0 
9  50 
9  40 

9  30 
9  90 
9  10 

9  0 
1  50 
1  40 
1  30 


0 
0 
0 

0 
0 
1 

1 
1 
1 
1 


4 


0 
0 

1 

1 
1 
1 

1 
1 
1 
1 


i 


0 
0 

1 

1 
1 

9 

9 
9 
9 
9 


8 


0 

1 
1 

9 
9 
9 

9 
9 
3 
3 


M 


0 
1 
1 

9 
9 


iru 


0 

1 

9 

9 
3 


3'  3 


31  3 
3    4 


li 


0 
1 


0 

1 


18 


0 

1 


9    9    9 


3 
3 


4 
4 


9 
3 
4 

4 
4 
4 
4 


3 
3 
4 

4 

5 
5 
5 


3 
4 

5 

5 
5 
6 
6 


0 
1 
9 

3 
4 

5 

6 
6 
6 
6 


0 
1 
3 

4 

5 
5 

6 
6 

7 
7 


14 


0 
9 
3 

4 

5 
6 

7 

7 
7 
8 


M  18  to 


0 
9 
3 

5 
6 
6 


0 
9 
3 

5 
6 

7 


7.  8 
8'  8 
8    9 

8!  9 


0 
9 
4 

5 
6 

7 

8 
U 
9 
9 


SI 


0 
9 
4 

6 

7 
8 

9 

9 

10 

10 


14  16 


0'    0 
21    3 

4.    4 


7 
8 

9 
10 
10 
11 


8 
9 

10 
11 
11 
11 


18 


0 
9 
5 

7 

8 
(» 

10 
11 
12 
19 


41  41  44l4('48'H  fl 

' I 


0 
3 
5 

7 

9 
10 

11 
12 
12 
19 


0 
3 
5 

7 

9 

10 

19 
12 
13 
13 


0 
3 
5 

8 
10 
11 


0,    0      01    0 
3      3>    31    3 


6 

8 
10 
19 


19    13 
13    14 


14 
14 


14 
14 


6,    6 

8|  9 
101  11 
12    13 


9 
II 
13 

13  14    14 

14  15    15 

15  151  16 
15  16,  16 


DiFPBRBNCB    OF   THB   PROPORTIONAL   LoOARITHMS    IN   THB    EPHBMBRIS. 


f4 


0 
4 
7 

9 
19 
14 


k'|8'n 


0 
4 

7 

10 
19 
14 


0 
4 

7 

10 
13 


0 
4 
7 

10 
13 


151  15 


151  16    16   17 
16   17-  17    18 


n 


0 
4 

8 


(4 


0 
4 

8 


K  (8 


01    0 
4     4 

81    8 


11  11  19  19 
13' 14: 14' 15 
16   16    16   17 


71 


17 
17 


17 
18 


18   19 
18    19 


0 
5 
9 

12 
15 
17 

19 

91 

21 

20|21    2i;22 


17  18    18,  19 

18  19!  19   20 

19  2020   21 
19 


71 


0 

5 
9 

13 
16 

18 

90 
91 
29 
23 


74 


7(  78 


0 

5 
9 

13 
16 
19 

91 
22 
23 
23i24 


0  0 
5.  5 
9   10 


13 

16! 

19 

21 
22 
23 


14 
17 

90 


80 


0 

5 

10 

14 
17 

20 


22j22 
2:)   24 


81 


0 
5 


84 


0 

6 


10    10 


14 
18 
21 


8C 


14  i 

18  i 
21 


23,23, 

24    25! 


24   2r>|25   26 
24  i  25   25   26 


0 

6 

11 

15 
19 
22 

24 
25 
26 
27 


88lM'M:f4 


01  0,  0  0    0 

6,    6     6  6     6 

11    11    11  12  12 

I 

15    16    16  16  17 

19'  19   90  20  21 

22   22   23  23  24 

24-25   ie>  26,27  27 

96   27   27  2ii  28  29 


fSifs  lie 


0 

0 

6 

7 

12 

19 

17 

17 

21 

22 

24 

25 

27    28    28   29 

27   28   29   29 


29  30 

30  31 


28 
30 
31 
31 


DiFPBRBNCB  OF   THB   PROPORTIONAL   LOGARITHMS    IN    THB    EPHBMBRIS. 


Ill 

114 

IM 

118 

111 

111 

114 

116 

118 

IN 

IN 

114 

IM 

118 

• 
0 

• 
0 

■ 
0 

■ 
0 

■ 
0 

• 
0 

• 
0 

■ 
0 

■ 
0 

• 
0 

■ 
0 

• 
0 

■ 

0 

■ 
0 

7 

7 

7 

7 

7 

7 

7 

8 

8 

8 

8 

8 

8 

8 

13 

13 

13 

13 

14 

14 

14 

14 

15 

15 

15 

15 

15 

16 

18 

18 

18 

19 

19 

19 

90 

90 

90 

91 

21 

91 

29 

22 

92 

99 

93 

93 

94 

94 

25 

25 

95 

26 

26 

97 

97 

28 

96 

96 

26 

97 

97 

98 

29 

29 

99 

30 

30 

31 

31 

32 

98 

99 

99 

30 

30 

31 

31 

39 

33 

:» 

34 

34 

35 

35 

30 

31 

31 

39 

39 

3:1 

34 

34  35 

35 

36 

37 

37 

38 

31 

39 

:» 

33 

34  34 

35 

35  36 

37 

38 

38 

39 

39 

39 

39 

33 

34 

34 

35 

35 

36 

36 

37 

38 

39 

39 

40 

IN  IN  114  IN 


0 

8 
16 

22 

28 
32 

36 
38 
40 
40 


0 

9 

16 

93 

28 
33 

37 
39 
41 
41 


0 

9 

16 


0 

9 

17 


23  24 
99  29 
33     34 


37 
40 
41 
49 


38 
40 
49 
42 


118 


0 

9 

17 

24 
30 
34 

38 
41 
49 
43 


Tb* 


to  t*  b«  add^d  to  tbo  •ppmdmau  Oraaawtoh 

m  4«er«wiii|r.  *od  aabmoud  whm  tWy  ^f  I 

KPH  95 


Hbo  whM  tiM  proportkNMl  logaritiiBa  Is  ihf 


526 


TABLB  [I.— SIDEBBAL  INTO  MEAN  80LAB  TIME. 


1 

TO  BE  SUBTRACTED  FROM  A  SIDEREAL  TIME  INTERVAL. 

side- 
1    reftl. 

1 

Qh. 

lb. 

2^ 

gh. 

411. 

b"^ 

&- 

nh. 

^  Ft 

m 

m 

• 

m      • 

m      • 

m      • 

m      • 

m      • 

m      • 

m      « 

• 

• 

0 

0 

0.000 

0    9.830 

0  19.659 

0  29.489 

0  39.318 

0  49.148 

0  58.977 

1    8.807 

0 

0.000 

1 

0 

0.164 

0    9.993 

0  19.823 

0  29.653 

0  39.482 

0  49.312 

0  59.141 

1    8.971 

1 

0.UO3 

2 

0 

o.:«8 

0  10.157 

0  19.987 

0  29.816 

0  39.646 

0  49.475 

0  59.305 

1    9.135 

2 

0.005 

3 

0 

0.491 

0  10.321 

0  20.151 

0  29.980 

0  39.810 

0  49.639 

0  59.469 

1    9.298 

3 

O.OOR 

4 

0 

0.655 

0  10.485 

0  20.314 

0  30.144 

0  39.974 

0  49.803 

0  59.6;t3 

1    9.462 

4 

0.011 

5 

0 

0.819 

0  10.((49 

0  20.478 

0  30.308 

0  40.137 

0  49.967 

0  59.796 

1    9.626 

5 

o.ou 

6 

0 

0.983 

0  10.813 

0  20.642 

0  30.472 

0  40.301 

0  50.131 

0  59.960 

1    9.790 

6 

0.016 

7 

0 

1.147 

0  10.976 

0  20.806 

0  30.635 

0  40.465 

0  50.295 

1    0.124 

1    9.954 

7 

0.019 

8 

0 

1.311 

0  11.140 

0  20.970 

0  30.799 

0  40.629 

0  50.458 

1    0.288 

1  10.118 

8 

0.022 

9 

0 

1.474 

0  ii.:m 

0  21.134 

0  30.963 

0  40.793 

0  50.622 

1    0.452 

1  10.281 

9 

0.025 

10 

0 

1.638 

0  11.468 

0  21.297 

0  31.127 

0  40.956 

0  50.786 

1     0.616 

1  10.445 

10 

0.027 

11 

0 

1.802 

0  11.6:12 

0  21.461 

0  31.291 

0  41.120 

0  50.950 

1    0.779 

1  10.609 

11 

0.030 

12 

0 

1.966 

0  11.795 

0  21.625 

0  31.455 

0  41.284 

0  51.114 

1    0.943 

1  10.773 

12 

0.U33 

13 

0 

2.130 

0  11.959 

0  21.789 

0  31.618 

0  41.448 

0  51.278 

1     1.107 

1  10.937 

13 

0.035 

14 

0 

2.294 

0  12.123 

0  21.953 

0  31.782 

0  41.612 

0  51.441 

1     1.271 

1  ILIOO 

14 

0.038 

15 

0 

2.457 

0  12.287 

0  22.117 

0  31.946 

0  41.776 

0  51.605 

1     1.435 

1  11.264 

15 

0.041 

16 

0 

2.621 

0  12.451 

0  22.280 

0  32.110 

0  41.939 

0  51.769 

1     1.599 

1  11.42rt 

16 

0.044 

17 

0 

2.785 

0  12.615 

0  22.444 

0  32.274 

0  42.103 

0  51.933 

1     1.762 

1  11.592 

17 

0.046 

18 

0 

2.949 

0  12.778 

0  22.608 

0  32.438 

0  42.267 

0  52,097 

1     1.926 

1  11.756 

18 

0.049 

19 

0 

3.113 

0  12.942 

0  22.772 

0  32.601 

0  42.431 

0  52.260 

1    2.090 

1  11.920 

19 

0.053 

20 

0 

3.277 

0  13.106 

0  22.936 

0  32.765 

0  42.595 

0  52.424 

1    2.254 

1  12.083 

20 

0.055 

21 

0 

3.440 

0  13.270 

0  23.099 

0  32.929 

0  42.7,59 

0  52.588 

1    2.418 

1  12.247 

21 

0.057 

22 

0 

3.604 

0  13.434 

0  23.263 

0  3:i093 

0  42.922 

0  52.752 

1    2.582 

1   12.411 

22 

0.060 

23 

0 

3.768 

0  13..^>98 

0  23.427 

0  33.257 

0  43.086 

0  52.916 

1    2.745 

1  12.575 

23 

0.063 

24 

0 

3.932 

0  13.7G1 

0  23.591 

0  33.420 

0  43.250 

0  53.080 

1    2.909 

1  12.739 

24 

0.066 

25 

0 

4.096 

0  13.925 

0  23.7.55 

0  33.584 

0  43.414 

0  5.3.243 

1    3.073 

1  12.903 

25 

0.068 

26 

0 

4.259 

0  14.089 

0  23.919 

0  3:i748 

0  43.578 

0  53.407 

1    3.2:i7 

1  13.066 

26 

0.071 

27 

0 

4.423 

0  14.253 

0  24.082 

0  33.912 

0  43.742 

0  53.571 

1    3.401 

1  13.230 

27 

0.074 

28 

0 

4.587 

0  14.417 

0  24.246 

0  34.076 

0  43.905 

0  53.735 

1    3.564 

1  13.394 

28 

0.076     1 

29 

0 

4.751 

0  14.581 

0  24.410 

0  34.240 

0  44.069 

0  53.899 

1    3.728 

1  13.558 

29 

0,079 

30 

0 

4.915 

0  14.744 

0  24.574 

0  34.403 

0  44.233 

0  54.063 

1    3.892 

1  13.722 

30 

0.082 

31 

0 

6.079 

0  14.908 

0  24.738 

0  34.567 

0  44.397 

0  54.226 

1    4.056 

1  13.886 

31 

0.0(© 

32 

0 

5.242 

0  15.072 

0  24.902 

0  34.r31 

0  44.561 

0  54.390 

1    4.220 

1  14.049 

32 

0.087 

33 

0 

5.406 

0  15.236 

0  25.065 

0  34.^95 

0  44.724 

0  54.554 

1    4.384 

1  14.213 

33 

0.090 

'34 

0 

5.570 

0  15.400 

0  25.229 

0  35.059 

0  44.888 

0  54.718 

1    4.547 

I  14.377 

34 

0.093 

35 

0 

5.734 

0  15.563 

0  25.393 

0  3.5.223 

0  45.052 

0  54.882 

1    4.711 

1  14.541 

35 

0.096 

36 

0 

5.898 

0  15.727 

0  25.557 

0  35.386 

0  45.216 

0  55.046 

1    4.875 

1  14.705 

36 

0.098 

:<7 

0 

6.062 

0  15.891 

0  25.721 

0  35.550 

0  45.380 

0  55.209 

1    5.039 

1  14.868 

37 

0.101 

38 

0 

6.225 

0  16.055 

0  25.885 

0  35.714 

0  45.544 

0  55.373 

1    5.2U3 

1  15.032 

38 

0.104 

39 

0 

6.389 

0  16.219 

0  26.048 

0  a5.878 

0  45.707 

0  55.537 

• 

1    5.367 

1  15.196 

39 

0.106 

40 

0 

6.553 

0  16.383 

0  26.212 

0  36.042 

0  45.H71 

0  55.701 

1    5.530 

1  15.360 

40 

0.109 

41 

0 

6.717 

0  16.546 

0  26.376 

0  36.206 

0  46.035 

0  55.865 

1    5.694 

1  15.524 

41 

0.112 

42 

0 

6.881 

0  16.710 

0  26.540 

0  36.369 

0  46.199 

0  56.028 

1    5.858 

1  15.688 

42 

0.115 

43 

0 

7.045 

0  16.874 

0  26.704 

0  36.533 

0  46.363 

0  56.192 

1    6.022 

1  15.851 

43 

0.117 

44 

0 

7.208 

0  17.0.38 

0  26.867 

0  36.697 

0  46.527 

0  56.356 

1    6.166 

1  16.015 

44 

0.120 

45 

0 

7.372 

0  17.202 

0  27.031 

0  36.861 

0  46.690 

0  56.520 

1    6.350 

1  16.179 

45 

0.123 

46 

0 

7.5:i6 

0  17.:<66 

0  27.195 

0  37.025 

0  46.854 

0  56.684 

1    6,513 

1  16.343 

46 

0.rJ6 

47 

0 

7.7(H) 

0  17.529 

0  27.:i5i» 

0  37.188 

0  47.018 

0  56.848 

1    6.677 

1  16.507 

47 

0.128 

48 

0 

7.8<vl 

0  17.693 

0  27.523 

0  37.352 

0  47.182 

0  57.011 

1    6.841 

1  16.671 

48 

0.131 

49 

0 

b.027 

0  17.857 

0  27.687 

0  37.516 

0  47.346 

0  57.175 

I    7.005 

1  16.834 

49 

0.134 

50 

0 

8.191 

0  18.021 

0  27.^50 

0  37.680 

0  47.510 

0  57.339 

1    7.169 

1  16.998 

50 

0.137 

'     51 

0 

8.355 

0  18.185 

0  28.014 

0  37.844 

0  47.673 

0  57.503 

1    7.332 

1  17.1® 

51 

0.139 

i   ^2 

0 

8.519 

0  18.:M9 

0  28.178 

0  38.008 

0  47.837 

0  57.667 

1    7.496 

1  17.326 

52 

ai42 

53 

0 

8.683 

0  18.512 

0  28.:M2 

0  38.171 

0  48.001 

0  57.831 

1    7.660 

1  17.490 

53 

0.145 

54 

1 

0 

8.847 

0  18.676 

0  28.506 

0  38.:05 

0  48.165 

0  57.994 

1    7.884 

1  17.654 

54 

0.147 

55 

0 

9.010 

0  18.840 

0  28.670 

0  38.499 

0  48.329 

0  58.158 

1    7.988 

1  17.817 

55 

0.150 

56 

0 

9.174 

0  19.004 

0  2H.8:tt 

0  38.663 

0  48.492 

0  58.322 

1    ai52 

1  17.981 

56 

a  153 

57 

0 

9.3:« 

0  19.168 

0  28.997 

0  38.827 

0  48.656 

0  58.486 

1    a315 

I  18.145 

57 

ai56 

58 

0 

9.502 

0  19..331 

0  29.161 

0  38.991 

0  48.820 

0  58.650 

1    8.479 

1  18.309 

58 

O.loH 

.     59 

0 

9.666 

0  19.495 

0  29.325 

0  39.  IM 

3»- 

'  0  48.984 

0  58.814 

1    8.643 

1  18,473 

59 

0.161 

Skl«. 

- 

O'- 

P 

2^ 

4I1. 

5^ 

&- 

7^ 

For 

SPH  96 


TABLB  U.— SIDBBBAL  lin?0  MEAN  SOLAS  TIMB. 


527 


TO  BE  SUBTRACTED  FROM  A  SIDEREAL  TIME  INTERVAL. 

; 

8*^ 

9^ 

10^ 

IV^ 

12»^ 

13^ 

W^ 

15^ 

For 

1 

m 

m      • 

m     • 

m     • 

B        • 

m 

• 

m     • 

m     • 

m     • 

• 

• 

0 

1  18.636 

1  28.466 

1  38.296 

1  4ai25 

1  57.966 

2    7.784 

2  17.614 

2  27.443 

0 

0.000 

1 

1  18.800 

1  28.630 

1  3a450 

1  4a289 

1  58.119 

2    7.948 

2  17.778 

2  27.607 

1 

0.003 

9 

1  18.964 

1  28.^ 

1  38.023 

1  4a453 

1  5a282 

2  aii2 

2  17.941 

2  27.771 

2 

0.005     ' 

3 

1  19.128 

1  28.958 

1  38.787 

1  4a617 

1  58.446 

2    a276 

2  iai05 

2  27.935 

3 

0.008 

4 

1  19.292 

1  29.121 

1  38.951 

1  48.780 

1  58.610 

2    a440 

2  1^269 

2  2a099 

4 

0.011 

5 

1  19.456 

1  29.285 

1  39.115 

1  4a944 

1  68.774 

2    &603 

2  18.433 

2  28.263 

5 

0.014 

6 

1  19.619 

1  29.449 

1  39.279 

1  49.108 

1  58.938 

2    a767 

2  18.597 

2  28.426 

6 

0.016 

7 

1  19.783 

1  29.613 

1  39.442 

1  49.272 

1  59.101 

2    8.931 

2  18.761 

2  28.590 

7 

0.019 

8 

1  19.947 

1  29.777 

1  39.606 

1  49.436 

159.265 

2    9.095 

2  ia924 

2  28.754 

8 

0.022 

9 

1  20.111 

1  29.940 

1  39.770 

1  49.600 

I  59.429 

2    9.259 

2  19.088 

2  28.918 

9 

0.025 

10 

1  20.275 

1  30.104 

1  39.934 

1  49.763 

1  59.503 

2    9.423 

2  19.252 

9  29.082 

10 

0.027 

11 

1  20.439 

1  30.268 

1  40.098 

1  49.927 

1  59.757 

2    9.586 

2  19.416 

2  29.245 

11 

0.030 

19 

1  20.602 

1  30.432 

1  40.261 

1  50.091 

1  69.921 

2    9.750 

2  19.580 

2  29.409 

12 

0.033 

13 

I  20.766 

1  30.596 

1  40.425 

1  50.256 

2 

0.084 

2    9.914 

2  19.744 

2  29.573 

13 

0.035 

14 

1  20.930 

1  30.760 

1  40.589 

1  50.419 

2 

0.248 

2  10.078 

2  19.907 

2  29.737 

14 

0.038 

15 

1  21.094 

1  30.923 

1  40.753 

1  50.583 

2 

0.412 

2  10.242 

2  20.071 

2  29.901 

15 

0.041 

16 

1  21.258 

1  31.087 

1  40.917 

1  50.746 

2 

0.576 

2  10.405 

2  20.235 

2  30.065 

16 

0.044 

17 

1  21.422 

1  31.251 

1  41.081 

1  50.910 

2 

0.740 

2  10.569 

2  20.399 

2  30.228 

17 

0.046 

18 

1  21.585 

1  31.415 

1  41.244 

1  51.074 

2 

0.904 

2  10.733 

2  20.563 

2  30.392 

18 

0.049 

19 

1  21.749 

1  31.579 

1  41.406 

1  51.238 

2 

1.067 

2  10.897 

2  20.r/7 

2  30.556 

19 

0.052 

20 

1  21.913 

1  31.743 

1  41.572 

1  51.402 

2 

1.231 

2  11.061 

2  20.890 

9  30.720 

20 

0.0^ 

31 

1  22.077 

1  31.906 

1  41.736 

1  51.565 

2 

1.395 

2  11.225 

2  21.054 

9  30.8H4 

21 

0.057 

22 

1  22.241 

1  32.070 

1  41.900 

1  51.729 

2 

1.559 

2  11.388 

2  21.218 

2  31.048 

22 

0.060 

23 

1  22.404 

1  32.234 

1  42.064 

1  51.893 

2 

1.723 

2  11.552 

2  21.:<H2 

2  31.211 

23 

0.063 

24 

1  22.568 

1  .')2.398 

1  42.227 

1  52,057 

2 

1.887 

2  11.716 

2  21.546 

2  31.375 

24 

0.066 

25 

1  22.732 

1  32.562 

1  42.391 

1  52.221 

2 

2.050 

2  11.880 

9  21.709 

9  31.539 

25 

0.0^ 

26 

1  22.896 

1  32.726 

1  42.555 

1  52.385 

2 

2.214 

2  12.044 

2  21.873 

9  31.703 

26 

0.071 

27 

1  23.060 

1  32.889 

1  42.719 

1  52.548 

2 

2.378 

2  12.208 

2  22.037 

9  31.867 

27 

0.074 

28 

1  23.224 

1  33.053 

1  42.883 

1  52.712 

2 

2.542 

2  12.371 

2  22.201 

9  32.031 

28 

0.076 

29 

1  23.387 

1  33.217 

1  43.047 

1  52.876 

2 

2.706 

2  12.5;{5 

2  22.365 

9  32.194 

29 

0.079 

30 

1  23.551 

1  33.381 

1  43.210 

1  53.040 

2 

2.869 

2  12.099 

2  22.529 

2  32.358 

30 

0.082 

31 

1  23.715 

1  33.545 

1  43.374 

1  53.204 

2 

3.033 

2  12.863 

9  22.692 

9  32.522 

31 

0.0rt5 

32 

1  23.879 

1  33.708 

1  43.538 

1  53.368 

2 

3.197 

2  13.027 

2  22.856 

2  32.686 

32 

0.087 

33 

1  24.043 

1  33.872 

1  43.702 

1  53.531 

2 

3.361 

2  13.191 

2  23.020 

2  32.H50 

33 

0.090 

34 

1  24.207 

1  34.036 

1  43.866 

1  53.695 

2 

3.685 

2  13.354 

2  23.1t)4 

2  33.013 

34 

0.093 

35 

1  24.370 

1  34.200 

1  44.029 

1  53.859 

2 

3.689 

2  13.518 

2  93.348 

2  33.177 

35 

0.096 

36 

1  24.534 

1  34.364 

1  44.193 

1  54.023 

2 

3.852 

2  13.682 

2  23.512 

2  33.341 

36 

0.09H 

37 

1  24.(%)8 

1  34.528 

1  44.357 

1  54.187 

2 

4.016 

2  ia846 

2  23.675 

2  33.505 

37 

O.lOl 

38 

1  24.»62 

1  34.691 

1  44.521 

1  54.351 

2 

4.180 

2  14.010 

2  23.8:<9 

2  33.669 

3W 

0.104     ' 

39 

1  25.026 

1  34.855 

1  44.685 

1  54.514 

2 

4.344     2  14.173 

2  24.003 

2  33.833 

39 

0.106     , 

40 

1  25.190 

1  35.019 

1  44.849 

1  54.678 

2 

4.508 

2  14.337 

2  24.167 

9  3:1.996 

40 

0.109 

41 

1  25.353 

1  35.183 

1  45.012 

1  54.842 

2 

4.672 

2  14.501 

2  24.331 

9  34.160 

41 

0.112 

42 

1  25.517 

1  35.347 

1  45.176 

1  55.006 

2 

4.835 

2  14.665 

2  24.495 

2  34.324 

42 

0.115 

43 

1  25.681 

1  35.511 

1  45.340 

1  55.170 

2 

4.999 

2  14.829 

2  24.658 

2  34.4^^ 

43 

0.117     , 

44 

1  25.845 

1  35.674 

1  45.504 

1  55.333 

2 

5.163 

2  14.9i^ 

2  24.822 

2  34.652 

44 

0.120 

45 

1  26.009 

1  35.8;w 

1  45.668 

1  55.497 

2 

5.327 

2  15.156 

9  24.966 

2  34.816 

45 

0.123 

46 

1  26.172 

1  36.002 

1  45.832 

1  55.661 

2 

5.491 

2  15.320 

2  25.150 

2  34.979 

46  !  0.126 

47 

1  26.336 

1  36.166 

1  45.995 

1  55.825 

2 

5.655 

2  15.484 

2  25.314 

2  35.143 

47     0.128     ' 

48 

1  26.500 

1  36.330 

1  46.159 

1  55.9H9 

2 

5.818 

2  15.948 

2  25.477 

2  35.307 

48     0.131 

49 

1  26.664 

1  36.493 

1  46.323 

1  56.153 

2 

5.982 

2  1.'>.812 

2  25.641 

2  35.471 

49     0.134 

50 

1  26.828 

1  36.657 

1  46.487 

1  56.316 

2 

6.146 

2  15.976 

2  25.H05 

2  35.635 

50    0.1  :r7 

51 

1  26.992 

1  36.821 

1  46.651 

1  56.480 

2 

6.310 

2  16.139 

2  25.969 

2  35.798 

51 

0.139 

m 

1  27.155 

1  36.985 

1  46.815 

1  56.644 

2 

6.474 

2  16.303 

2  26.133 

2  35.962 

52 

0.142 

53 

1  27.319 

1  37.149 

1  46.978 

1  56.808 

2 

6.637 

2  16.467 

2  26.297 

2  36.126 

53  !  0.145 

54 

1  27.483 

1  37.313 

1  47.142 

1  56.972 

2 

6.801 

2  16.631 

2  26.460  ■  2  36.290 

54     0.147 

55 

1  ir7.647 

1  37.476 

1  47.306 

1  57.136 

2 

6.965 

2  16.796 

9  26.624 

2  36.454 

^     0.150     1 

56 

1  27.811 

1  37.640 

1  47.470 

1  57.299 

2 

7.129 

2  16.969 

2  96.7UH 

2  36.618 

56     O.IM     1 

57 

1  27.975 

I  37.H04 

1  47.634 

1  57.463 

2 

7.293 

2  17.122 

2  26.952 

2  36.781 

57 

0.1S6 

58 

1  28.138 

1  37.968     1  47.797 

1  57.627 

2 

7.457 

2  17.2>« 

2  27.116 

2  36.945 

58 

0.  l.SH      " 

50 

1  28.302 

1  38.132 

1  47.961 

1  57.791 

2 

7.620 

2  17.450 

2  27.280 

2  37.U*9 

59^ 

qj6i_ 

gh. 

10»^ 

11^ 

12*^           IS**" 

14^ 

15^ 

8 

Per 

•COttd*. 

£PH  95 


528 


TABLE  IL— SIDEREAL  INTO  MEAN  SOLAR  TIME. 


TO  BE  SUBTEACTED  l^OM  A  SIDEREAL  TIME  INTERVAL. 


Side- 
ivaL 


0 
1 
2 
3 
4 

5 
6 

7 
8 
9 

10 
11 
12 
13 
14 

15 
16 
17 

18 
19 

20 
21 
22 
23 
24 

25 
26 
27 

28 
29 

30 
31 
32 
33 
34 

35 
36 
37 
38 
39 

40 
41 
42 
43 
44 

45 

46 
47 

48 
49 

50 
51 
52 
53 
54 

55 
56 
57 
58 
59 


16^ 


m 


s 


2  37.273 
2  37.437 
37.601 
37.764 
37.928 


2 
2 
2 


2 
2 
2 
2 
2 

2 
2 
2 
2 
2 


38.092 
38.256 
38.420 
38.584 
38.747 

38.911 
39.075 
39.239 
39.403 
39.566 


17 


h. 


2  39.730 
2  39.894 
2  40.058 
2  40.222 
2  40.386 


2 
2 
2 
2 
2 


40.549 
40.713 
40.877 
41.041 
41.205 


2  41.369 
2  41.532 
2  41.696 
2  41.860 
2  42.024 


Side- 
real. 


2 
2 
2 
2 
2 

2 
2 
2 
2 
2 

2 
2 
2 
2 
2 

2 
2 
2 
2 
2 

2 
2 
2 
2 
2 

2 
2 
2 
2 
2 


42.188 
42.:J52 
42.515 
42.679 
42.843 

43.007 
43.171 
43.334 
43.498 
43.662 

43.H26 
43.990 
44.154 
44.317 
44.481 

44.645 
44.809 
44.973 
45.137 
45.300 

45.464 
45.628 
45.792 
45.956 
46.120 

46.283 
46.447 
46.611 
46.775 
46.939 


m 
2 
2 
2 
2 
2 


47.102 
47.266 
47.430 
47.594 
47.758 


2  47.922 
2  48.085 
2  48.249 
2  48.413 
2  48.577 

2  48.741 
2  48.905 
2  49.068 
2  49.232 
2  49.396 

2  49.560 
2  49.724 
2  49.888 
2  50.051 
2  50.215 


2 
2 
2 
2 
2 


50.379 
50.543 
50.707 
50.870 
51.034 


2  51.198 
2  51.362 
2  51.526 
2  51.690 
2  51.853 


2 
2 
2 
2 
2 


52.017 
52.181 
52.345 
52.509 
52.673 


16 


h. 


2  52.836 
2  53.000 
2  53.164 
2  53.328 
2  53.492 


2 
2 
2 
2 


53.656 
53.819 
53.983 
54.147 


2  54.311 


2 
2 
2 
2 
2 


54.475 
54.038 
54.802 
54.966 
55.130 


2  55.294 
2  55.458 
2  55.621 
2  55.785 
2  55.949 


2 
2 
2 
2 
2 


56.113 
56.277 
56.441 

56.604 
56.768 


17^ 


18' 


m  • 
2  56.932 
2  57.096 
2  57.260 
2  57.424 
2  57.587 


2 
2 
2 
2 
2 

2 
2 
2 
2 
2 


57.751 
57.915 
58.079 
58.243 
58.406 

58.570 
58.734 
58.898 
59.062 
59.226 


2  59.389 
2  59.553 
2  59.717 

2  59.881 

3  0.045 


3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 


0.209 
0.372 
0.536 
0.700 
0.864 

1.028 
1.192 
1.355 
1.519 
1.683 

1.847 
2.011 
2.174 
2.3.38 
2.502 

2.666 
2.830 
2.994 
3.157 
3.321 

3.485 
3.649 
3.813 
3.977 
4.140 

4.304 
4.468 
4.632 
4.796 
4.960 

5.123 
5.287 
5.451 
5.615 
5.779 

5.942 
6.106 
6.270 
6.434 
6.598 


18^ 


19*^ 


m 
3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 


6.762 
6.925 
7.089 
7.253 
7.417 

7.581 
7.745 

7.908 
8.072 
8.236 

8.400 
8.564 
8.728 
8.891 
9.055 

9.219 
9.383 
9.547 
9.710 
9.874 


3  10.038 
3  10.202 
3  10.366 
3  10..530 
3  10.693 


3 
3 


10.857 
11.021 
3  11.185 
3  11.349 
3  11.513 


3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 


11.676 
11.840 
12.004 
12.168 
12.332 

12.496 
12.659 
12.823 
12.987 
13.151 

13.315 
13.478 
13.642 
13.806 
13.970 

14.134 
14.298 
14.461 
14.625 
14.789 


3  14.953 
3  15.117 
3  15.281 
3  15.444 
3  15.608 


3 
3 
3 
3 
3 


15.772 
15.936 
16.100 
16.264 
16.427 


19' 


20 


b. 


m 
3 
3 
3 
3 
3 

3 
3 
3 
3 
3 


16.591 
16.755 
16.919 
17.083 
17.246 

17.410 
17.574 
17.738 
17.902 
18.066 


3  18.229 
3  18.393 
3  18.557 
3  18.721 
3  18.885 


3 
3 
3 
3 
3 


19.049 
19.212 
19.376 
19.540 
19.704 


3  19.868 
3  20.032 
3  20.195 
3  20.359 
3  20.523 

3  20.687 
3  20.851 
3  21.014 
3  21.178 
3  21.342 


3 
3 
3 
3 
3 

3 
3 
3 
3 
3 


21.506 
21.670 
21.834 
21.997 
22.161 

22.325 
22.489 
22.653 
22.817 
22.960 


3  23.144 
3  23.308 
3  23.472 
3  23.636 
3  23.800 


3 
3 
3 
3 
3 


23.963 
24.127 
24.291 
24.455 
24.619 


3  24.782 
3  24.946 
3  25.110 
3  25.274 
3  25.438 

3  25.602 
3  25.765 
3  25.929 
3  26.093 
3  26.257 


20' 


21^ 


m 
3 
3 
3 
3 
3 

3 
3 
3 
3 
3 


26.421 
26.585 
26.748 
26.912 
27.076 

27.240 
27.404 
27.568 
27.731 
27.895 


3  28.059 
3  28.223 
3  28.387 
3  28.rK50 
3  28.714 

3  28.878 
3  29.042 
3  29.206 
3  29.370 
3  29.533 

3  29.697 
3  29.861 
3  30.025 
3  30.189 
3  30.353 

3  30.516 
3  30.680 
3  30.844 
3  31.008 
3  31.172 


3 
3 
3 
3 
3 

3 
3 
3 
3 
3 


31.336 
31.499 
31.663 
31.827 
31.991 

32.155 
32.318 
32.482 
32.646 
32.810 


3  32.974 
3  33.1.38 
3  33.301 
3  3:).465 
3  33.629 


3 
3 
3 
3 
3 


33.793 
33.957 
34.121 
34.284 
34.448 


3  34.612 
3  34.776 
3  34.940 
3  35.104 
3  35.267 


3 
3 
3 
3 
3 


35.431 
35.595 
35.759 
:i5.923 
36.086 


2P- 


22' 


m 
3 
3 
3 
3 
3 


36.250 
36.414 
36.578 
36.742 
36.906 


3  37.069 
3  37.233 
3  37.397 
3  37.561 
3  37.725 


3 
3 
3 
3 
3 

3 
3 
3 
3 
3 


37.889 
38.052 
38.216 
38.380 
38.544 

38.708 
38.871 
39.035 
39.199 
39.363 


3  39.527 
3  39.691 
3  39.854 
3  40.018 
3  40.182 

3  40.346 
3  40.510 
3  40.674 
3  40.H37 
3  41.001 

3  41.165 
3  41.329 
3  41.493 
3  41.657 
3  41.820 

3  41.984 
3  42.148 
3  42.312 
3  42.476 
3  42.639 


3 
3 
3 
3 
3 


42.803 
42.967 
43.131 
43.295 
43.459 


3  43.622 
3  43.786 
3  43.950 
3  44.114 
3  44.278 


3 
3 
3 
3 
3 


44.442 
44.605 
44.769 
44.933 
45.097 


3  45.261 
3  45.425 
3  45.588 
3  45.752 
3  45.916 


22'»- 


23 


b. 


For 
Seeooda. 


m 
3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 

3 
3 
3 
3 
3 


46.080 
46.244 
46.407 
46.571 
46.735 

46.899 
47.063 
47.227 
47.390 
47.554 

47.718 

47.8fti 
48.046 
48.210 
48.3r3 

48.537 
48.701 
48.865 
49.029 
49.193 


3  49.356 
3  49..S20 
3  49.684 
3  49.848 
3  50.012 

3  50.175 
3  50.339 
3  50.503 
3  60.667 
3  50.831 

3  50.995 
3  51.158 
3  51.322 
3  51.486 
3 


3 
3 
3 
3 
3 


51.650 

51.814 
51.978 
52.141 
52.305 
52.469 


3  52.633 
3  52.797 
3  52.961 
3  53.124 
3  53.28H 

3  53.452 
3  53.616 
3  53.780 
3  53.943 
3  64.107 

3  54.271 
3  54.435 
3  54.599 
3  54.763 
3  54.926 

3  55.090 
3  55.254 
3  55.418 
3  55.582 
3  55.746 


a 
0 

1 

2 
3 
4 

5 
6 
7 
6 
9 

10 
11 
12 
13 
14 

15 
16 
17 
18 
19 

20 
21 
22 
23 
24 

25 
26 
27 
28 
29 

30 
31 
32 
33 
34 

35 
36 
37 
38 
39 

40 
41 
42 
43 
44 

45 

46 
47 
48 
49 

50 
51 
52 
53 
54 

55 
56 
57 
58 
59 


0.000 
0.003 
0.005 
0.00H 
0.011 

0.014 
0.016 
0.019 
0.022 
0.025 

0.027 
0.030 
0.033 
0.035 
0.038 

0.041 
0.044 
0.046 
0.049 
0.052 

0.055 
0.057 
0.060 
0.063 
0.066 

0.068 
0.071 
0.074 
0.076 
0.079 

0.082 
0.065 
0.067 
0.090 
0.093 

0.096 
0.098 
0.101 
0.104 
0.106 

0.109 
0.112 
0.115 
0.117 
0.120 

0.123 
0.1^ 
0.128 
0.131 
0.134 

0.137 
0.139 
0.142 
0.145 
0.147 

0.150 
0.153 
0.156 
0.158 
0.161 


23*^ 


Fw 
Seconds. 


£PH  95 


TABLE  UL— MEAN  80LAB  INTO  8IDEBEAL  TIICE. 


529 


TO  BE  ADDED  TO  A  MEAN  TIME  INTERVAL. 

Mmb 

Htflar. 

M 

m 

0^ 

• 

I"- 

2h. 

3^ 

4^ 

5^ 

6^ 

7h. 

Si 

For 

lOODd*. 

■ 

m      • 

m      • 

m      • 

m      • 

m      • 

m      • 

m      H 

a 

0 

0 

0.000 

0    9.856 

0  19.713 

0  29.560 

0  30.426 

0  49.282 

0  50.139 

1     8.996 

0 

0,000 

1 

0 

0.164 

0  10.021 

0  19.877 

0  29.r34 

0  39.590 

0  49.447 

0  .59.303 

i     9.HiO 

1 

O.OIW 

2 

0 

o.:fcW 

0  10.186 

0  20.041 

0  29.898 

0  39.7.54 

0  49.611 

0  69.467 

1     9.,W4 

2 

0,(M*5 

3 

0 

0.493 

0  10.349 

0  20.206 

0  30.062 

0  39.919 

0  49.775 

0  .59.6:12 

1      9.4HH 

3 

O.INIH 

4 

0 

0.657 

0  10.514 

0  20.370 

0  30.227 

0  40.083 

0  49.939 

0  69.796 

1     9.662 

4 

0.01 1 

5 

0 

0.H21 

0  10.678 

0  20.534 

0  30.391 

0  40.247 

0  50.104 

0  69.960 

1     9.H17 

6 

o.ou 

6 

0 

0.986 

0  10.842 

0  20.(i99 

0  30.555 

0  40.412 

0  50.268 

1    0.124 

1     9.9HI 

6 

0.016 

7 

0 

1.150 

0  11.006 

0  20.8l>3 

0  30.719 

0  40.576 

0  50.432 

1    0.289 

1  10.145 

7 

0.019 

8 

0 

1.314 

0  11.171 

0  21.027 

0  30.884 

0  40.740 

0  50.507 

1    0.463 

1  10.310 

H 

0.<I22 

9 

0 

1.478 

0  11.335 

0  21.191 

0  31.048 

0  40.904 

0  50.761 

I    0.617 

1  10.474 

9 

0.026 

10 

0 

1.643 

0  11.499 

0  21.356 

0  31.212 

0  41.069 

0  50.925 

I    0.782 

1  10.638 

10 

0.027 

11 

0 

1.8(17 

0  11.663 

0  21.520 

0  31.376 

0  41.233 

0  61.089 

1    0.946 

1  lo.wnj 

U 

0.<r3U     , 

12 

0 

1.971 

0  11.828 

0  21.684 

0  31.541 

0  41.:*97 

0  61.264 

1     1.110 

1  10.9t;7 

12 

o.o:t3 

13 

0 

2.i:w 

0  11.992 

0  21.849 

0  31.706 

0  41..'i61 

0  51.418 

1     1.274 

1  ii.iai 

13 

(KiTM't 

14 

0 

2.300 

0  12.156 

0  22.013 

0  31.869 

0  41.726 

0  51.682 

1     1.439 

1  11.296 

14 

0.03H 

15 

0 

2.464 

0  12.321 

0  22.177 

0  32.034 

0  41.890 

0  51.746 

1     1.603 

1  11.4,59 

15 

0.041 

16 

0 

2.628 

0  12.485 

0  22.341 

0  32.198 

0  42.064 

0  61.911 

I     1.767 

1  1I.(^^4 

16 

0.044 

17 

0 

2.793 

0  12.649 

0  22.506 

0  32.362 

0  42.219 

0  52.075 

1     1.932 

1    11.7HM 

17 

0.047 

IH 

0 

2.957 

0  12.813 

0  22.670 

0  32.526 

0  42.383 

0  .52.239 

1    2.096 

1  11.952 

H 

0.049 

19 

0 

3.121 

0  12.978 

0  22.834 

0  32.691 

0  42.647 

0  52.404 

1    2.260 

1  12.117 

19 

0.<»52 

20 

0 

3.285 

0  13.142 

0  22.998 

0  32.855 

0  42.711 

0  52..568 

1    2.424 

1  12.2^^1 

20 

0.056 

21 

0 

3.450 

0  13.306 

0  23.1(S3 

0  33.019 

0  42.876 

0  52.732 

1    2..5H9 

1  12.446 

21 

0.(K57 

22 

0 

3.614 

0  13.471 

0  23.327 

0  33.183 

0  43.040 

0  62.896 

1     2.753 

1  12.W»9 

22 

0.0«M» 

23 

0 

3.778 

0  13.6:15 

0  23.491 

0  33.348 

0  43.204 

0  53.061 

1    2.917 

1  12.n4 

2:j 

0.06:1 

24 

0 

3.943 

0  13.799 

0  23.656 

0  33.512 

0  43.368 

0  53.2^5 

1    3.081 

1  12.9:18 

24 

0.066 

25 

0 

4.107 

0  13.963 

0  23.820 

0  33.676 

0  43.533 

0  53.380 

1    3.246 

1  13.102 

26 

o.<r»H 

26 

0 

4.271 

0  14.128 

0  23.984 

0  33.841 

0  43.697 

0  53.554 

1    3.410 

1  13.266 

2li 

0.071 

27 

0 

4.4:© 

0  14.292 

0  24.148 

0  34.005 

0  43.861 

0  53.718 

1    3.674 

1  13.431 

27 

0.074 

28 

0 

4.600 

0  14.456 

0  24.313 

0  34.160 

0  44.026 

0  53.8^ 

1    3.739 

1  13.605 

»* 

0.077 

29 

0 

4.764 

0  14.620 

0  24.477 

0  34.333 

0  44.190 

0  54.046 

1    3.903 

1  13.759 

29 

0.079 

30 

0 

4.928 

0  14.785 

0  24.641 

0  34.498 

0  44.354 

0  54.211 

1    4.067 

1  13.924 

30 

0.0H2 

31 

0 

5.093 

0  14.949 

0  24.805 

0  34.662 

0  44.518 

0  54.375 

1    4.231 

1  14.088 

31 

0.<W5 

32 

0 

5.257 

0  15.113 

0  24.970 

0  34.826 

0  44.683 

0  64.639 

1    4.396 

1  14.262 

32 

0.iir->i 

33 

0 

5.421 

0  1.5.278 

0  25.134 

0  34.990 

0  44.847 

0  64.703 

1    4.660 

1  14.416 

:t3 

O.OW) 

34 

0 

5.586 

0  15.442 

0  25.298 

0  35.155 

0  45.011 

0  54.868 

1    4.724 

1  14.681 

34 

0.093 

35 

0 

5.750 

0  15.606 

0  25.463 

0  35.319 

0  45.176 

0  55.032 

1    4.888 

I  14.746 

36 

0.096 

36 

0 

5.914 

0  15.770 

0  25.627 

0  35.483 

0  45.340 

0  55.196 

1    5.063 

1  14.909 

:«6 

0.099 

37 

0 

6.078 

0  15.935 

0  25.791 

0  35.648 

0  45.504 

0  55.361 

1    5.217 

1  15.073 

37 

0.101 

38 

0 

6.242 

0  16.099 

0  25.955 

0  35.812 

0  45.668 

0  55.525 

1    5.381 

1  16.238 

3H 

0.104 

30 

0 

6.407 

0  16.263 

0  26.120 

U  35.976 

0  45.833 

0  55.689 

1    5.546 

1  15.402 

39 

0.107 

40 

0 

6.571 

0  16.427 

0  26.284 

0  36.140 

0  45.997 

0  55.853 

1    5.710 

1  16.666 

40 

0.110 

41 

0 

6.735 

0  16.502 

0  26.448 

0  36.305 

0  46.161 

0  56.018 

1    5.874 

1  16.731 

41 

0.112 

42 

0 

6.900 

0  16.756 

0  26.612 

0  36.469 

0  46.325 

0  56.182 

1    6.038 

1  16.«>5 

42 

0.115 

43 

0 

7.064 

0  16.920 

0  26.777 

0  36.633 

0  46.490 

0  56.346 

1    6.203 

1  16.050 

43 

0.118 

44 

0 

7.228 

0  17.085 

0  26.941 

0  36.798 

0  46.654 

0  56.510 

1    6.367 

1   ia223 

44 

0.120 

45 

0 

7.392 

0  17.249 

0  27.105 

0  36.969 

0  46.818 

0  56.675 

1    6.631 

1  16.388 

45 

0.123 

46 

0 

7.557 

0  17.413 

0  27,270 

0  37.126 

0  46.983 

0  56.830 

1    6.606 

1  16.662 

46 

0.126 

47 

0 

7.t21 

0  17.577 

0  27.434 

0  37.290 

0  47.147 

0  57.003 

1    6.860 

1  16.716 

47 

0.129 

48 

0 

7.886 

0  17.742 

0  27.598 

0  37.455 

0  47.311 

0  57.168 

1    7.024 

1  16.8><l 

4>* 

0.131 

49 

0 

8.049 

0  17.906 

0  27.762 

0  37.619 

0  47.475 

0  57.332 

1    7.188 

1  17.046 

49 

0.134 

50 

0 

8.214 

0  18.070 

0  27.927 

0  37.783 

0  47.640 

0  57.406 

1    7.363 

I  17.2flS» 

5«> 

0.1.17 

51 

0 

8.378 

0  18.234 

0  28.091 

0  37.947 

0  47.804 

0  57.660 

I    7.517 

1  17.:i73 

51 

0.140 

52 

0 

8.542 

0  18.399 

0  28.255 

0  38.112 

0  47.968 

0  57.825 

1    7.681 

1  17..5:jh 

,52 

0.142 

53 

0 

8.707 

0  18.56:1 

0  28.420 

0  38.276 

0  48.132 

0  57.989 

1    7.84.5 

1  17.702 

6:« 

0.146 

54 

0 

8.871 

0  18.727 

0  28.584 

0  38.440 

0  4a297 

0  58.153 

1    8,010 

1  17.8li6 

64 

0.14S     , 

55 

0 

9.035 

0  18.892 

0  28.748 

0  38.605 

0  4B.461 

0  58.317 

1  a  174 

1  18.030 

.V. 

0. 151 

56 

0 

9.199 

0  19.056 

0  28.912 

0  38.769 

0  48.626 

0  58.4Hi2 

I     8.338 

1  IH.I96 

.56 

0.153 

57 

0 

9.364 

0  19.220 

0  29.077 

0  38.933 

0  48.790 

0  68.646 

1     H.602 

1  lH.:CiO 

.57 

0.156 

58 

0 

9.528 

0  19.:)84 

0  29.241 

0  39.097 

0  48.964 

0  58.H10 

1     8.667 

1  1H..523 

5h 

O.l.-iO 

SO 

Mmb 

fM«r. 

0 

9.692 

0  %549 

0  29.405 

2^ 

0  39.262 

3^ 

0  49.118 

0  68.975 

6^ 

1     KKU 

1   \f*A>f* 

7^ 

59 
8< 

0. 162 

For 
iommU. 

0'- 

4^ 

6^ 

Kl 

PH  95 

34 

530 


TABLB  m.— M£AK  80LAB  OTTO  8IDBBBAL 


Ml    I 


TO  BE  ADDED  TO  A  MEAN  TIME  nTTERYAL. 


SoUr. 


0 
1 
2 
3 
4 

5 
6 
7 

8 
9 

10 
11 
12 
13 
14 

15 
16 
17 
18 
19 

20 
21 
22 
23 
24 

25 
26 
27 

28 
29 

30 
31 
32 
33 
34 

35 
36 
:J7 
38 
39 

40 
41 
42 
43 
44 

45 
46 
47 

48 
49 

50 
51 
52 

5;^ 

54 

55 
56 
57 
58 
59 


8^ 


m 
1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 


18.852 
19.016 
19.180 
19.:i45 
19.509 

19.673 
19.837 
20.002 
20.166 
20.330 

20.495 
20.659 
20.823 
20.987 
21.152 

21.316 
21.480 
21.644 
21.809 
21.973 


1  22.137 


Mean 
Soltf. 


1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
I 
1 

1 
1 
I 
1 
1 

1 
1 
1 
1 
1 


22.302 
22.466 
22.630 
22.794 

22.959 
23.123 
23.287 
23.451 
23.616 

23.780 
23.944 
24.109 
24.273 
24.437 

24.601 
24.766 
24.930 
25.094 
25.259 

25.423 
25.587 
25751 
25.916 
26.080 

26.244 
26.408 
26  573 
26.r37 
26.901 

27.066 
27.2.30 
27.394 
27.558 
27.723 

27.887 
28.051 
28.215 
28.380 
28.544 


9^ 


1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 

1 
I 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
I 
1 

1 
1 
1 
1 
1 


28.708 
28.873 
29.037 
29.201 
29.365 

29.530 
29.694 
29.858 
30.022 
30.187 

30..%1 
30.515 
30.680 
.'«).844 
31.008 

31.172 
31.337 
31.501 
31.665 
31.829 

31.994, 

32.158 

32.:{22 

32.487 

32.651 

32.815 
32.979 
33.144 
33.308 
33.472 

33.637 
33.801 
33.965 
34.129 
34.294 

3^458 
34.622 
:M.786 
34.951 
35.115 

35.279 
35.444 
35.608 
35.772 
35.936 

36.101 
36.265 
36.429 
36.593 
36.758 

36.922 
37.086 
37.251 
37.415 
37.579 


8 


b. 


1 
1 
1 
1 
1 


37.743 
37.908 
38.072 
38.236 
38.400 


10^ 


1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 


38^565 
38.729 
4l8.c99 
39.056 
39.222 

39.386 
39.560 
39.715 
39.879 
40.043 

40.207 
40.372 
40.536 
40.700 
40.865 

41.029 
41.193 
41.357 
41.522 
41.686 

41.850 
42.015 
42.179 
42.:M3 
42.507 

42.672 
42.836 
43.000 
43.164 
43.329 

43.493 
43.657 
43.822 
43.986 
44.150 

44.314 
44.479 
44.643 

44.807 
44.971 

45.136 
45.300 
45.464 
45.629 
4.5.793 

45.957 
46.121 
46.286 
46.450 
46.614 

46.778 
46.943 
47.107 
47.271 
47.436 


1 
1 
1 
1 
1 


47.600 
47.764 
47.928 
48.093 
48.257 


11' 


1 
1 
1 
1 
1 


48.421 
48.585 
4&750 
48.914 
49.078 


1  49.243 
1  49.407 
1  49.571 
1  49.735 
1  49.900 


1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 

1 
1 
1 
1 

1 
1 
1 
1 

1 

1 
1 
1 
1 
1 


50.064 
50.228 
50.303 
50.567 
50.721 

50.865 
51.060 
5LS14 
51.378 
51.542 

51.707 
51.871 
52.035 
52.200 
52.364 

52.528 
52.692 
52.857 
53.021 
53.185 

53.349 
53.514 
53.678 
53.842 
54.007 


1  54.171 
1  54.335 
1  54.499 
1  54.664 
1  54.828 


10^ 


1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 

1 
1 
1 
1 
1 


54.992 
55.156 
55.321 
55.485 
55.649 

55.814 
55.978 
56.142 
56.306 
56.471 

56.635 
56.799 
56.964 
57.128 
57.292 

57.466 
57.621 
57.785 
57.949 
58.113 


12^ 


1  56.278 
1  58.442 
1  58.606 
1  68.771 
1  58.935 


1 
1 
1 
1 
1 


50.099 
50.263 
50.428 
50.592 
59.756 


1  50.920 

2  0.085 
2  0.249 
2  0.413 
2  0.578 

2  0.742 

2  0.906 

2  1.070 

2  1.235 

2  1,399 


2 
2 
2 
2 
2 


1.56:) 
1.727 
1.892 
2.056 
2.220 


2  2.385 

2  2.549 

2  2.713 

2  2.877 

2  3.042 


2 
2 
2 
2 
2 

2 
2 
2 
2 
2 

2 
2 
2 
2 
2 


3.206 
3.370 
3.534 
3.699 
3.8^ 

4.027 
4.192 
4.356 
4.520 
4.684 

4.849 
5.013 
5.177 
5.342 
5.506 


2  5670 

2  5.834 

2  5.999 

2  6.163 

2  6.327 


2 
2 
2 
2 
2 


6.491 
6.656 
6.820 
6.984 
7.149 


11^ 


2  7.313 

2  7.477 

2  7.641 

2  7.806 

2  7.970 


13' 


2  8.134 

2  8.298 

2  a463 

2  8.627 

2  &791 

2  8.956 

2  9.120 

2  9.284 

2  9.448 

2  9.613 

2  9.777 
2  9.941 
2  10.105 
2  10.270 
2  10.434 

2  10.506 
2  10.76:) 
2  10.927 
2  11.091 
2  11.255 


2 
2 
2 
2 
2 


11.420 
11.584 
11.748 
11.912 

i2.on 


2  12.241 
2  12.405 
2  12.570 
2  12.734 
2  13.898 

2  13.062 
2  13.227 
2  13.391 
2  13.555 
2  13.720 

2  13.884 
2  14.048 
2  14.212 
2  14.377 
2  14.541 

2  14.705 
2  14.869 
2  15.034 
2  15.196 
2  15.362 


2 
2 
2 
2 


15.527 
15.691 
15.855 
16.019 


2  16.184 


2 
2 
2 
2 
2 


16.348 
16.512 
16.676 
16.841 
17.005 


12'»- 


2  17.169 
2  17.334 
2  17.498 
2  17.662 
2  17.8^ 


14^ 


2  17.991 
2  iai55 
2  18.319 
2  18.483 
2  18.648 

2  18.813 
2  ia976 
2  19.141 
2  19.305 
2  19.469 

2  19.633 
2  19.796 
2  19.962 
2  20.126 
2  20.290 

2  20.455 
2  20.619 
2  20.783 
2  20.948 
2  21.112 

2  21.276 
2  21.440 
2  21.605 
2  21.769 
2  21.933 

2  22.096 
2  22.262 
2  22.426 
2  22.590 
2  22.755 

2  22.919 
2  2:).063 
2  23.247 
2  23.412 
2  23.576 


2 
2 
2 
2 
2 


23.740 
23.905 
24.069 
24.233 
24.397 


13^^ 


2  24.562 
2  24.726 
2  24.890 
2  25.054 
2  25.219 

2  25.383 
2  25.547 
2  25.712 
2  25.876 
2  26.040 

2  26.204 
2  26.369 
2  26.533 
2  26.697 
2  26.861 


2 
2 
2 
2 
2 


27.026 
27.190 
27.354 
27.519 
27.683 


15' 


2  27.847 
2  28.011 
2  28.176 
2  28.340 
2  28.504 

2  26.668 
228.833 
2  2a997 
2  29.161 
2  29.S6 

2  29.490 
2  29.654 

2  29.818 
2  29.963 
2  30.147 

2  30.311 
2  30.476 
2  30.640 
2  30.804 
2  30.968 

2  3L133 
2  31JS7 
2  31.461 
2  31.625 
2  31.790 


2 
2 
2 
2 
2 


31.954 
32.118 
32.283 
32.447 
32.611 


14b. 


2  32.775 
2  32.940 
2  33.104 
2  33.268 
2  33.432 

2  33.597 
2  33.761 
2  33.9^ 
2  34.090 
2  34.254 

2  34.418 
2  34.582 
2  34.747 
2  34.911 
2  35.075 

2  35.239 
2  35.404 
2  35.568 
2  35.r32 
2  35.897 

2  36.061 
2  36.225 
2  36.389 
2  36.554 
2  36.718 

2  36.882 
2  37.047 
2  37.211 
2  37.375 
2  37.539 


15' 


0 
1 

2 
3 

4 

5 

6 

7 
8 
9 

10 
11 
12 
13 
14 

15 
16 
17 
18 
19 

20 
21 
22 
23 
24 

25 

26 
27 
26 
29 

30 
31 
32 
33 
34 

35 
36 
37 
38 
39 

40 
41 
42 
43 

44 

« 

45 
46 
47 
48 
49 

50 
51 
52 
53 
54 

55 
56 
57 
58 
59 


0.000 
0.003 
•.005 
0.006 
0.011 

0.014 
0.016 
0.019 
0.022 
O.OSS 

0.027 
0.090 
0.00 
0.036 
0.036 

OUMl 
0.044 
0.047 
0.049 
0.062 

0.065 
0.057 
0.060 
0.U63 
0.066 

0.066 
0.071 
0.074 
0.077 
0.079 

0.082 
0.085 
0.068 
0.090 
0.093 

0.096 
0.099 
0.101 
0.104 
0.107 

0.110 
0.112 
0.115 
0.118 
0.120 

0.123 
0.126 
0.129 
0.131 
0.134 

0.137 
0.140 
0.142 
0.145 
0.148 

0.151 
0.153 
0.156 
0.150 
0.162 


£PH  96 


TABLE 


>»  •»       ^^-^i^^m 

■I^V^Mi^           ^^^^^^     ^^ 

«/«/x 

TO  BE  ADDED  TO  A  MEAN  TIME  INTERVAL. 

Mms 

Bokr. 

16*^ 

17^ 

18^ 

19^ 

20* 

21^ 

22"^ 

23*^ 

For 
Beooadiu 

n 

m     • 

B        • 

n 

• 

m     • 

n      • 

m      s 

■       • 

■       • 

• 

• 

0 

9  37.704 

9  47.560 

9  57.417 

3    7.973 

3  17.199 

3  96.986 

3  36.849 

3  46.699 

0 

0.000 

1 

9  37.868 

9  47.794 

9  57.581 

3    7.437 

3  17.994 

3  97.150 

3  37.007 

3  46.863 

1 

0.003 

2 

9  3a039 

9  47.889 

9  57.745 

3    7.609 

3  17.458 

3  97.315 

3  37.171 

3  47.097 

9 

0.005 

3 

9  3a  196 

9  48.053 

9  57.909 

3    7.766 

3  17.699 

3  97.479 

3  37.335 

3  47. 199 

3 

0.0U8 

4 

9  38.361 

9  48.917 

9  58.074 

3    7.930 

3  17.787 

3  97.643 

3  37.500 

3  47.366 

4 

0.011 

5 

9  38.595 

9  48.381 

9  58.938 

3    8.094 

3  17.951 

3  97.807 

3  37.664 

3  47.690 

5 

0.014 

6 

9  3a689 

9  4&546 

9  5a409 

3    8.959 

3  18.115 

3  97.979 

3  37.8» 

3  47.685 

6 

0.016 

7 

9  38.854 

9  48.710 

9  58.666 

3    8.493 

3  18.979 

3  98.136 

3  37.999 

3  47.849 

7 

0.019 

8 

9  39.018 

9  4a874 

9  58.731 

3    a587 

3  18.444 

3  98.300 

3  38.157 

3  48.013 

8 

0.099 

9 

9  39.189 

9  49.039 

9  58.895 

3    8.751 

3  ia608 

3  98.464 

3  38.391 

3  48.177 

9 

0.095 

10 

9  39.346 

9  49.903 

9  69.060 

3  aoio 

3  18.779 

3  98.699 

3  38.485 

3  4&349 

10 

0.097 

U 

9  :w.5ii 

9  49.367 

9  60.994 

3    9.080 

3ia937 

3  98.793 

3  38.649 

3  48.506 

11 

0.030 

19 

9  39.675 

9  49.531 

9  59.388 

3    9.944 

3  19.101 

3  98.957 

3  38.814 

3  4&670 

19 

0.033 

13 

9  39.839 

9  49.606 

9  50.569 

3    9.409 

3  19.965 

3  99.199 

3  38.978 

3  48.834 

13 

0.036 

14 

9  40.003 

9  49.860 

9  60.716 

3    9.573 

3  19.499 

3  99.986 

3  39.149 

3  48.999 

14 

0.038 

15 

9*40.168 

9  50.094 

9  69.881 

3    9.737 

3  19.504 

3  99.450 

3  39.307 

3  49.163 

15 

0.041 

16 

9  40.339 

9  50.188 

3 

0.045 

3    9.901 

3  19.758 

3  99.614 

3  39.471 

3  49.397 

16 

0.044 

17 

9  40.496 

9  50.353 

3 

0.909 

3  10.066 

3  19.999 

3  29.779 

3  39.635 

3  49.499 

17 

0.047 

18 

9  40.661 

9  50.517 

3 

0.373 

3  10.930 

3  90.086 

3  99.943 

3  39.799 

3  49.656 

18 

0.049 

19 

9  40.895 

9  50.681 

3 

0.538 

3  10.394 

3  90.951 

3  30.107 

3  39.964 

3  49.ti90 

19 

o.(m 

90 

9  40.989 

9  50.846 

3 

0.709 

3  10.569 

3  90.415 

3  30.971 

3  40.198 

3  49.984 

90 

0.(K)5 

91 

9  41.153 

9  51.010 

3 

OJM 

3  10.793 

3  90.579 

3  30.436 

3  40.999 

3  50.149 

91 

0.057 

99 

9  41.318 

9  51.174 

3 

1.031 

3  10.887 

3  90.744 

3  30.600 

3  40.456 

3  50.313 

99 

0.060 

93 

9  41.489 

9  51.338 

3 

1.195 

3  11.051 

3  90.908 

3  30.764 

3  40.691 

3  50.477 

93 

0.063 

94 

9  41.646 

9  51.503 

3 

1.360 

3  11.916 

3  91.079 

3  30.999 

3  40.785 

3  50.649 

94 

0.066 

95 

9  41.810 

9  51.667 

3 

1.693 

3  11.380 

3  91.936 

3  31.093 

3  40.949 

3  50.806 

95 

0.068 

96 

9  41.975 

9  51.831 

3 

1.688 

3  11.544 

3  91.401 

3  31.957 

3  41.114 

3  50.970 

96 

0.071 

97 

9  49.139 

9  51.905 

3 

1.869 

3  11.708 

3  91.565 

3  31.491 

3  41.978 

3  5L134 

97 

0.074 

98 

9  49.303 

9  69.160 

3 

9.016 

3  11.873 

3  91.799 

3  31.586 

3  41.449 

3  5L999 

98 

0.077 

99 

9  49.468 

9  59.394 

3 

9.181 

3  19.037 

3  91.893 

3  31.750 

3  41.606 

3  51.463 

99 

0.079 

30 

9  49.639 

9  69.488 

3 

9.345 

3  19.901 

3  99.058 

3  31.914 

3  41.771 

3  51.697 

30 

0.0H9 

31 

9  49.796 

9  59.653 

3 

9.509 

3  19.366 

3  99.999 

3  39.078 

3  41.935 

3  51.791 

31 

0.085 

39 

9  49.960 

9  59.817 

3 

9.673 

3  19.530 

3  99.386 

3  39.943 

3  49.099 

3  51.956 

39 

0.0H8 

33 

9  43.195 

9  59.981 

3 

9.838 

3  19.694 

3  99.551 

3  32.407 

3  49.964 

3  59.190 

33 

0.090 

34 

9  43.989 

9  53.145 

3 

3.009 

3  19.858 

3  99.715 

3  39.571 

3  49.498 

3  59.984 

34 

0.U93 

35 

9  43.453 

9  53.310 

3 

3.166 

3  13.093 

3  99.879 

3  39.736 

3  49.599 

3  59.449 

35 

0.096 

36 

9  43.617 

9  53.474 

;i 

3.330 

3  13.187 

3  93.043 

3  39.900 

3  49.756 

«i  59.613 

36 

0.009 

37 

9  43.789 

9  53.638 

3 

3.495 

3  13.351 

3  93.908 

3  33.064 

3  49.991 

3  59.777 

37 

O.lOl 

38 

9  43.946 

9  53.803 

3 

3.659 

3  13.515 

3  93.379 

3  33.998 

3  4a085 

3  59.941 

38 

0.104 

39 

9  44.110 

9  53.967 

3 

3.893 

3  13.680 

3  93.536 

3  33.393 

3  4:1.949 

3  53.106 

39 

0.107 

40 

9  44.975 

9  51.131 

3 

3.988 

3  13.844 

3  93.700 

3  33.557 

3  43.413 

3  53.970 

40 

O.UO 

41 

9  44.439 

9  54.995 

3 

4.159 

3  14.008 

3  93.865 

3  33.791 

3  43,578 

3  53.434 

41 

0.119 

49 

9  44.603 

9  54.460 

3 

4.316 

3  14.173 

3  94.099 

3  .13.886 

3  43.749 

3  53.508 

49 

0.1  in 

43 

9  44.767 

9  54.694 

3 

4.480 

3  14.337 

3  94.193 

3  34.060 

3  43.906 

3  53.763 

43 

0.118 

44 

9  44.939 

9  54.788 

3 

4.645 

3  14.501 

3  94..'»i8 

3  34.914 

3  44.071 

3  53.997 

44 

0.190 

45 

9  45.096 

9  54.959 

3 

4.809 

3  14.665 

3  94.592 

3  34.378 

3  44.935 

3  54.091 

45 

0.123 

46 

9  45.900 

9  55.117 

3 

4.973 

3  14.830 

3  94.686 

3  34.54:1 

3  44.399 

3  54.956 

46 

0.196     1 

47 

9  45.495 

9  55.981 

3 

5.137 

3  14.994 

3  94.850 

3  34.707 

3  44.563 

3  54.490 

47 

0.129 

48 

9  45.589 

9  55.445 

3 

5.309 

3  15.158 

3  95.015 

3  34.871 

3  44.798 

3  54Ji84 

4H 

0.131     , 

49 

9  45.753 

9  55.610 

3 

5.466 

3  15.399 

3  95.179 

3  35.035 

3  44.899 

3  64.74H 

49 

0.134     ' 

50 

9  45.917 

9  55.774 

3 

5.630 

3  15.487 

3  95.343 

3  35.900 

3  45.056 

3  54.913 

50 

0.137     : 

51 

9  46.089 

9  55.938 

3 

5.796 

3  15.651 

3  95.508 

3  35.364 

3  45.990 

3  55.077 

51 

0.140 

59 

9  46.946 

9  56.109 

3 

5.959 

3  15.815 

3  95.679 

3  35i»98 

3  45.:iH5 

3  55.941 

59 

0.U9 

53 

9  46.410 

9  56.967 

3 

6.193 

3  15.980 

3  95.836 

3  35.693 

3  45.549 

3  55.405 

53 

0.145 

54 

9  46.574 

9  56.431 

3 

6.987 

3  16.144 

3  96.000 

3  35.857 

3  45.713 

3  55.570 

54 

0.148 

56 

9  46.739 

9  56.605 

3 

6.459 

3  16.308 

3  96.165 

3  36.091 

3  45.878 

3  55.734 

55 

0.151 

66 

9  46.903 

9  56.750 

3 

6.616 

3  16.479 

3  9(>..1:» 

3  36.185 

3  46.049 

3  5^89H 

56 

O.KkI 

57 

9  47.067 

9  56.994 

3 

6.780 

3  16.637 

3  96.493 

3  36.350 

3  4H.906 

3  56.063 

57 

0.156 

58 

9  47.939 

9  57.088 

3 

6.944 

3  16.801 

3  96.657 

3  .16.514 

3  46.370 

3  56.997 

58 

0.150 

59 

9  47.396 

9  57.969 

3 

7.109 

3  16.965 

3  96.832 
20^ 

3  36.678 

3  46.535 

3  56.391 

69  1  0.169 

Bokr. 

16^ 

17^ 

l&^ 

19^ 

21^ 

22*^ 

28*^ 

XPH  96 


^2 


7AWLE  ir^^LAmUVE  ST  POLAUa 


rAtftjr.  rr>B  rtKDisfi  the  lattitdk  bt  as  obsekted            ] 

ALTITUDE  OF  POLAEIK 

lv0VPMK)0  Ins  ro^I^^WfiW  tMNW^  #•  flWid^V5M>BW  §•  BBC9I  flflBWM  DHM* 

■I; 

imhI  flU  iiiiwwufcr  M  ifcK  Mwr— gte  «^  F^fann 

Wuli  \hm  htmrm^fle  lafce  »wt  tlir  corrRrtmi  §rmmTahhi¥{htUm),mndmidkfmr  t^uni  « 

.     lirAPM*  ll»«  f niff  ivkilfwlfr,  >rr*mfa»g  l»  icii  mf^    TIk  r«sali  is  the  approximMe  itiiiwh  sf  dhr  pJant:. 

t^M4iMmfis.^tmf^^  Smiy  10,  at  9»  SON*  X^*,  P.  If  ^  Mean  volar  liaw,  in  lo«;pto4e  £1^  «a 

H(W^<MM»          1 

Wi^i^mfpmm  tAw  frv«  allftii^  sf  Polarwio  b«  ta^HO^.  n^red  tJbr  latitWe  of  Ubv  place. 

%«4m*',iumkmmTaM9  l\t^fmV^79*7»                                                .       -j-     1  ; 

M 

Or««iiir'»eli  M4ereaJ  tiiwe  «»f  Mean  noon,  imly  10,  p«fa  III     .                      7  1^2  >(.|                        | 

lU4«e««o«  frvm  TaMff  III,  IWIofifilade  (»|kr4»*e«rt,  or  Miaoa)      ~    Oj 

.9 

tNiM  (Imv»ii$  regard  to  «gM)  m  c<|val  to  I«k»I  ndormU  tnac.                    16  43  tfiti 

h     m 
25  M 

6 

MhtfMC  M4l«r«al  lima     .            .                                                             .      16  43  Sstl 

tUtmmmdmf  is  a^oal  to  boar-angla  of  Folaria                                         .        8  36  43.9 

Tr—  ftlUtoda                                               .        ^.  !^  29.0 

Corr«ctioM  from  Table  IV  (below)                     -f   0  48.1 

Approiimate  Latitude                                 .        +  30  17.1 

TABLE  IV— 1895. 

Heitf*  Angle. 

m 
0 

0         t 

Jh. 

2"- 

s"- 

4^ 

S*^ 

O          / 

-I  I».«  ' 

O         / 

-■  '^•'  .'. 

-0  5«!9     ' 

O          f 

-0  37.1     ' 

-0  18^7     ' 

5 
10 

in 

90 
95 
»0 

1 15.4  ;•; 

1  14.8*  ••• 

1  l«,4    ••* 

1  lo.a  •'• 

I    4.3 
1    3.4    \\ 

'     '-^    M 
0M.6     •• 

0  61.7    \\ 
0  60.6    1^ 
0  49.3    1^ 

-0  48.0 

0  46.7   ;; 

0  46.4     •" 

0  35.6    '•* 

0  34.9    '•* 

0  39.7    '•* 
\A 

-0  31.9 
0  99.7    '•• 
0  9H.9    *•* 

0  17.1  •; 

0  15.5    *••    1 
0  13.9    *•• 

-0  19.8 
0  10.7    '•• 
0    9.0    '' 

35 

40 
45 
50 
55 

00 

Hear  Angle. 
0 

1 14.6  j; 

-M4.» 

1 13.6  ;•; 

+  0  ols  ,' 

-'  "•«  .> 
-1  ».i  ••" 

7"-     ' 

0M.5    II 
-0  67.4     ■ 

or.6.4    •' 

0  65.i     •' 

0  64.1  •; 

-0  6«.»  ': 
8" 

0  44..  ;;; 

-0  4«.7 
0  41.3      * 
0  31».9    J* 
0  38.6      * 

-0  37.1    '•* 

"gh. 

0  96.6    \^^ 

-0  95.1 
0  93.5     •• 
0  91.9     •• 
0  90.3    I* 

-0  16.7    ^'^ 

-0    5.8 

0  4.,  •; 

0    9.5    '•• 
-0    0.8    **^ 
+  0    0.8    *•• 

11^ 

10^ 

• 

♦  ooo'.s    ' 

+  0  38!3    ,' 

+  0  63.7     ' 

O          1 

+ r  i9!9  ' 

5 
10 
15 

90 

0  «.6  •; 
0  4.1  •; 

+  0    7.4    ,. 

0  91.9   ;• 

0«3.4     •* 
+  0«6.5 

0  3....7     • 

0  41.1  •; 

+  0  43.8 

0B4.9   •; 

0C6.0     • 

0  67.. ;;; 

+  0  68.1 

1 7..  J-; 

+  1    M  .. 

1  13.3    ••* 

I  .4..   ^^ 
+  1  .4.3 

95 
90 
35 

40 
45 
50 
15 

0  0.0  •; 
0 10.7  •; 

♦  0  IS.0    ,- 
0  I5.R     •" 

0  18.7     •• 

0W.6    ,. 

♦  0  3<.6    ,  ^ 
0  34.0     -J 
0  3ft.5 
0  3B.9    '•* 

0  46.1  •; 

0  46.4    ; 

+  0  49.0 
0  50.«     •• 
0  51.4      ^ 
0  6«.6     •• 

0  69.1      •• 

1  0..     ■ 

.  ...  ;;: 

*'    *•'   •S 

1  3.0  ;^ 

I    4.7   •* 

♦  1  1.-0 

1  .4.6   "   ' 

1 .4.8  "  : 

1  16.0   "    ' 
•.1 

+  1  16.1 

116.3  " 

iis.*:^ 

115.4  •• 

m 

fOW.3 

♦  0  3S.3    ••* 

♦  0  6S.7   '•' 

+  1    6.6  "*  1  ♦  1  WJ  " 

♦  1  I&4    .  .  j 

»ru  M 


;,:g  1 8  1933 


* 
<     t 


:..  I 


■^i
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