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1 



■' I 



THE 



AMERICAN EPHEMERIS 



AND 



NAUTICAL ALMANAC. 



VOB THB TBAR 



18 5 6. 



PUBLISHED BY AUTHOBITY OP THB SECBETABT OF THE NAVY. 



-;:^i.ii>i.',r;> 





w -v^ 



WASHINGTON. 
1853. 



OA M BBIDGS: 
MKTCALr AlTD OOMrAlTY, 8TBBBOTTPKBS AXD P BUTT EK S. 



PRE F AC E 
TO THE FIRST VOLUME, 



The preparation of this work was begun in the latter part of the 
year 1849, in accordance with an act of Congress, approved on the 3d 
of March of that year. An account of this preparation, its details, the 
values of the constants adopted, and the means employed in various 
parts of the work to secure additional accuracy or greater convenience, 
will be found in the article "On the Constbuction of the Ephemeeis," 
contamed in the Appendix to this volume. 

An article " On the Arrangement and Use of the Tables " will 
also be found in this volume, to which the student is referred for in- 
struction. 

The theoretical department of the work has been placed under the 
special direction of Professor Benjamia Peirce, LL.D., and most of the 
calculations have passed under his final revision. 

It is due to the memory of the late Nathaniel Bowditch, LL.D., the 
illustrious commentator of La Place, to say, that his zeal in enriching 
the library of the University at Cambridge, that of the American Acad- 
emy of Arts and Sciences, and his private library, still preserved and 
accessible to students, with the best works in astronomical science, and 
his influence in promoting and diffusing in America a love for this 
branch of knowledge, have greatly facilitated the labor of preparing the 
American Ephemeris for publication in its present form. 

CHARLES HENRY DAVIS, 
Lieut. TJ. S. Navy^ SuperintendenL 
Cambridob, October 1, 1859. 



ERRATUM 

IN THB NAUTICAL PART OF THE EPHEMEBIS FOR 1855. 



P^ 115, in the column of Diff.for 1 Iwur^ of Horizontal Parallax, from Noon, the — and 
-f- signs on the 12th and 13th lines should be put one line lower, so as to read 
— 0.05 instead of -|-0.05. This is j:K>rrected in the cheap edition. 



CONTENTS. 



Chronological Eraa and Cycles vii 

Symbols and Abbreviations viii 

&HEMERI8 FOR THE MERIDIAN OF GREENWICH. ^^SoSh. 

Ephemeris of the Son I. 

Ephemeris of the Moon ^ IV. 

Lunar Distances Xlll. 

Ephemerides of the Planets, Venus — Saturn S18 

Sun's Coordinates 843 

Ephemeris for the Meridian of Washington. 

Obliquity of the Ecliptic, &c 846 

Fixed Stars .... * 847 

Ephemeris of the Sun 895 

Moon Culminations 301 

Moon-Culminating Stars • 316 

Moon's Semidiameter, Horizontal Parallax, and Meridian Transit 384 

Moon's Phases 330 

Moon's Equator 331 

Ephemerides of the Planets, Mercury — Neptune 338 

Horizontal Parallaxes and Semidiameters of the Planets 374 

Sun's Coordinates 376 

Heliocentric Coordinates of the Planets 388 

Eclipses 391 

Occultations 400 

Jupiter's Satellites 434 

Saturn's Ring, Discs of Venus and Mars 468 

Phenomena, Planetary Constellations . . . . ; 469 

Latitudes and Longitudes of Obeenratories 471 

Use of the Tables 483 

Appendix. 

Construction of the Ephemerides 1 

Table of Corrections of Moon's Horizontal Parallax, after Adams 6 

Table for changing Longitude and Latitude to Right Ascension and Declination, and'the Reverse 7 

Moon's Libration 9 

Moon's Mean Motion 10 

Table of Corrections for Second Differences in Moon's Motion 11 

TableofLogarithmsof Small Arcs 13 

Table of Log. iV, used in clearing Lunar Distances by Chauvenet's Method .... 30 

ChauTcnet's Lnproved Method of finding the Error and Rate of a Chronometer by Equal Altitudes 33 

Table for conyerting Sidereal into Mean Solar Time, and the Reverse 54 

Ephemerisof Neptune for 1854 61 



ERRATA 



IN THE FIRST EDITION OF THE EPHEMERIS FOB 1865. 



u 



Astronomical Fart. 
Pbge 806, thirteenth line from bottom, for 2r read 1*" ; and next line, for page 221, read 
page 222. 
354, last line, " Log. Rad. Vect — p," for 901060, read 001060. 
855, first line, " " " " " 9.9 « 0.0. 

u 35^ ii cc ic ct cc ci ic u ic u 

" 861, " " *♦ ** " " ** 0.0 •* 9.9. 

** *' Dele a on second line. 

" 866, Neptune, first line, ** Days fr. begin'g of Julian Period,'' for 8000, read 8600. 

** 868, lines 12, 16, for Nov., read May ; and for 337** 14', read 3r 14'. 

" 872, Append Note : — " To reduce the map to Washington, add 26® to the longi- 
tudes ; to reduce to Greenwich, add 103**." 

** 873, line 7, headings of columns, for log G, read log H; and for log H, read log (?. 

^ 874, change the decimal point one place to the right in the columns of this page ; 
thus, for 817.0, read 8170. 

Use of the Tables. 
Page 465, in the formulas for computation of the interval t, omit log If a- 1.3757 ; and 
for -|- H' A sin (/i — X), read — Hh fif sin (/* — X) ; and for — h' cot ^, read 
+ 5' cot V^. 
•* 466, third line, for ^ — Xi ^^^^^ V^ + X« 

Note. — The preceding corrections in thefommlas add to mean time ofend^ 
in the example^ 4*'.5. 
^ 474, twenty-eighth line, for west, read east; and on the n^ line, for east, reaj 
west ; and for ajler, read before. 

Appendix. 
Pftge 7, eighth line, "Jupiter's Vertical Semidiameter," for 19". 19, read 18".62. 
" 19, seventh and eighth lines, for increasing and decreasing, read decreasing and 
increasing. 
In the Epheraeris of Neptune for 1853, the times of meridian transit are two minutes too 
late. This error was not in the original computations of the distinguished and deeply lamented 
aBtroDomcr, Mr. Sears C. Walker, llie ephemcris is correct 



CHRONOLOGICAL ERAS AND CYCLES. 



CHRONOLOGICAL ERAS. 



THB TEAR 1866, WHICH COMPRISES THE LATTER FART OF THE BOTH ANP THE BEOINlfIKO 
OF THE 81ST TEAR OF THE INDEPENDENCE OF THE UNITED STATES OF AMERICA, COR- 
RESPONDS TO 

The year 6569 of the Julian Period; to the latter part of 
'* 5616 and the begmning of 

^* 5617 of the creation of the world, according to the Jews ; 
" 2609 since the foundation of Rome, according to Varro ; 

^ 2603 of the era of Nabonassar, which has been assigned to Wednesday, the 26th 
of February, of the 3967th year of the Julian Period, corresponding, accord- 
ing to the chronologists, to the 747th, and according to the astronomers, to the 
746th year before the birth of Christ ; 
** 2632 of the Olympiads, or the fourth year of the 6d8th Olympiad, commencing in 
July, 1853, if we fix the era of the Olympiads at 7751 years before Christ, or 
near the beginning of July of the year 3938 of the Julian Period ; to the 
latter part of 
^ 1272 and the beginning of 

^ 1273 (of twelve lunations) since the Hegira, or flight of Mahomet, which, as is 
generally supposed, took place on the 16th of July, in the year 622 of the 
Christian era ; and, finally, to 
" 7364-5 of the Byzantine era. 
The year 1272 of the Mohammedan era begins on the 13th of September^ 1855, and ends 
on the 31st of August, 1856. 

The year 5616 of the Jewish era begins on the 13th of September, 1855, and ends on the 
29th of September, 1856. 

The first day of January of the year 1856 is the 2,398,950th day since the commencement 
of the Julian Period. 



CHRONOLOGICAL CYCLES. 



Dominical Letters • . . . F £ 

Epact 23 

Lunar Cycle or Golden Number . 14 



Solar Cycle 17 

Roman Indiction . • • • 14 

Julian Period 6569 



SYMBOLS AND ABBKEVIATIONS. 



SIGNS OF THE PLANETS, &c. 



o 


The Sun. 


<r 


The Moon. 


$ 


Mercury. 


9 


Venus. 


©or 6 


The Earth. 



e 


Man. 


^ 


Jupiter. 


h 


Saturn. 


d 


Uranus. 


w 


Neptune 



SIGNS OF THE ZODIAC. 




« Summer I - 



Autumn \ ^ 

"«"• \ 9. 
10 



Winter 
signs. 



110. vy 
11. sza 
12. K 



^ Libra. 
i»l Scorpio. 
/ Sagittarius. 

Capricomus. 

Aquarius. 
X Pisces. 



ASPECTS. 

^ Conjuncti<m, or having the same Longitude or Right Ascension, 
a Quadrature, or differing 90^ in " «' '« 

; Opposition, or differing 18(f in " •* " 



ABBREVIATIONS. 



Q Ascending Node. 

O Descending Node. 

N. North. S. Sooth. 

E. East W. West 

• Degrees. 



Minutes of Arc. 
Seconds of Arc. 
Hours. 

Minutes of Time. 
Seconds of Time. 



ASTRONOMICAL EPHEMERIS 



Tom THB USB or 



NAYIGATORS. 



JANUARY, 1856. 



AT GREENWICH APPARENT NOON. 












SIdawl 






i 

5 


1 


THE SUN'S 




Tim* 
of the 
Semldi- 
unelar 
P««liig 

the 
Merid- 

laa. 


Eqnatloiior 

Time, 

lot* 

aided to 

Appannt 

Tim: 


JML 

for 

Ihoor. 


Jf,anM 


UKlbr 
Ihoor. 


4f«Mrait 
DMsUnMiaB. 


DULfor 
Ihoar. 


Baal- 
diameter. 


Tues. 
Wed. 
Thur, 


1 

2 
3 


h. m. ■. 

18 44 56.79 
18 49 21.93 
18 53 46.67 


«. 

11.047 
11.034 
11.020 


S.SS 3 2S.6 
22 68 28.6 
22 53 2.6 


12.99 
UU 


1^ 18.42 
16 18.41 
16 18.40 


7*1.06 
71.02 
70.99 


"3 36.03 
4 4.49 
4 32.58 


1.192 
1.180 
1.166 


Fri. 
Sat 


4 
5 
6 


18 58 11.06 

19 2 35.07 
19 6 58.65 


11.004 
10.987 
10.909 


22 47 9.1 
22 40 48.5 
22 34 0.9 


15.28 
16.42 
17.5S 


16 18.38 
16 18.36 
16 18.34 


70.96 
70.90 
70.84 


5 0.34 
5 27.72 
5 54.66 


1.150 
1.132 
1.113 


Mon. 
Tues. 
Wed. 


7 
8 
9 


19 11 21.75 
19 15 44.38 
19 20 6.50 


10.960 
10.980 
10.907 


22 36 46.5 
22 19 5.5 
22 10 58.0 


18.64 
19.74 
20.84 


16 18.31 
16 18.28 
16 18ii5 


70.78 
70.71 
70.64 


6 21.14 

6 47.15 

7 12.63 


1.092 
1.071 
1.048 


Thur. 

FrL 

Sat 


10 
11 
12 


19 24 28.06 
19 28 49.03 
19 33 9.39 


10.88S 
10.858 
10.88S 


22 2 24.5 
21 53 25.0 
21 44 0.1 


21.92 
28.00 
24.05 


16 18.21 
16 18.17 
16 18.13 


70.57 
70.49 
70.41 


7 37.56 

8 1.91 
8 25.65 


1.025 
1.002 
0.977 


M(m. 
Tues. 


13 
14 
15 


19 37 29.14 
19 41 48.25 
19 46 6.68 


10.808 
10.780 
10.761 


21 34 9.9 
21 23 54.6 
21 13 14.7 


25.10 
26.18 
27.16 


16 18.08 
16 18.02 
16 17.96 


70.82 
70.22 
70.13 


8 48.78 

9 11.27 
9 33.08 


0.950 
0.922 
0.894 


Wed. 
Thur. 
Fri. 


16 

17 
18 


19 50 24.42 
19 54 41.44 
19 58 57.72 


10.722 
10.698 
10.668 


21 2 10.5 
20 50 42.0 
20 38 50.0 


28.16 
29.16 
80.18 


16 17.90 
16 17.83 
16 17.75 


70.04 
69.94 
69.85 


9 54.20 
10 14.61 
10 34i28 


0.865 
0.885 
0.806 


Sat 
Sm. 
Mod. 


19 
20 
21 


20 8 13J28 
20 7 28.09 
20 11 42.14 


10.688 
10.601 
10.668 


20 36 34.5 
20 18 56.1 
20 55.0 


81.10 
82.05 
88.00 


16 17.66 
16 17.57 
16 17.48 


69.75 
69.65 
69.55 


10 53.23 

11 11.42 
11 28.88 


0.775 
0.743 
0.711 


Tues. 
Wed. 
Thur. 


22 
23 
24 


20 15 55.42 
20 20 7.93 
20 24 19.66 


10.686 
10.604 
10.471 


19 47 31.3 
19 33 45.7 
19 19 38.5 


88.91 
84.82 
85.71 


16 17.38 
16 17.26 
16 17.14 


69.45 
69.34 
69.24 


11 45.56 

12 1.46 
12 16.60 


0.679 
0.647 
0.615 


Fri. 
Sat 
Sm. 


25 
26 
27 


20 28 30.61 
20 32 40.76 
20 36 50.12 


10.488 
10.406 
10.872 


19 5 10.0 
18 50 20.5 
18 35 10.3 


86.61 
87.47 
88.88 


16 17.03 
16 16.91 
16 16.78 


69.12 
69.01 
68.90 


12 30.95 
12 44.50 
12 57.29 


0.582 
0.549 
0.516 


Moo. 
Tues. 
Wed. 
Thur. 


28 
29 
30 
31 


20 40 58.71 
20 45 6.48 
20 49 13.45 
20 53 19.62 


10.889 
10.806 
10.278 
10.289 


18 19 89.9 
18 3 49.7 
17 47 40.0 
17 81 11.2 


89.16 
89.99 
40.78 
41.56 


16 16.65 
16 16.51 
16 16.36 
16 16.22 


68.78 
68.66 
68.55 
68.43 


13 9.28 
13 20.45 
13 30.84 
13 40.43 


0.488 
0.450 
0.416 
0.883 


Fri. 


32 


20 57 24.97 I0.M6 


S.17 14 23.6 


42.84 


16 16.07 


68.32 


13 49.20 


0.849 


V 




^ ■ «••»>•« 


nmdhj 


aobti^e^agO^t^ ^"^^ **^ 


SidtnalTime " 



















1 



II. 



JANUARY, 1856. 







AT GREENWICH MEAN 


NOON. 












THE SUN'S 










1 

s 


1 










Equation of 

TtaHS 

tobe 

nbtraeud 

jTOM 

Mean 
Tim*. 


DUL 

tat 

Ihoor. 


8id0ml* 
Time. 


Bight Ajoeodon. 


DULftxr 
Ihoar. 


Jppareni 


IMff.fbr 
Iboar. 


Tues. 
Wed. 
Thur. 


1 
2 
3 


h. m. •. 

18 44 56.20 
18 49 21.18 
18 53 45.83 


11.047 
11.084 
11.020 


O 1 u 

23 3 27.7 
22 58 29.4 
22 53 3.6 


11.85 
12.99 
14.14 


m. s. 

3 35.98 

4 4.41 
4 32.50 


1.192 
1.180 
1.166 


18 41 20.22 
18 45 16.77 
18 49 13.33 


Fri. 
Sat. 
Sun. 


4 
5 
6 


18 58 10.14 

19 2 34.07 
19 6 57.57 


11.004 
10.987 
10.969 


22 47 10.3 
22 40 49.9 
22 34 2.5 


15.28 
16.42 
17.63 


5 0.25 
5 27.62 
5 54.56 


1.160 
1.182 
1.118 


18 53 9.89 

18 57 6.45 

19 1 3.01 


Ill 


7 
8 
9 


19 11 20.60 
19 15 43.15 
19 20 5.19 


10.960 
10.980 
10.907 


22 26 48.4 
22 19 7.6 
22 11 0.4 


18.64 
19.74 
20.84 


6 21.03 

6 47.03 

7 12.51 


1.092 
1.071 
1.048 


19 4 59.57 
19 8^6.12 
19 12 52.68 


Thur, 

Fri. 

Sat 


10 
11 
12 


19 24 26.68 
19 28 47.58 
19 33 7.88 


10.883 
10.858 
10.883 


22 2 27.2 
21 53 28.0 
21 44 3.4 


21.92 
28.00 
24.05 


7 37.43 

8 1.78 
8 25.52 


1.025 
1.002 
0.977 


19 16 49.25 
19 20 45.80 
19 24 42.36 


&m. 
Mon. 
Tuea. 


13 
14 
15 


19 37 27.56 
19 41 46.60 
19 46 4.97 


10.808 
10.780 
10.761 


21 34 13.5 
21 23 58.5 
21 13 18.9 


25.10 
26.13 
27.16 


8 48.64 

9 11.13 
9 32.94 


0.960 
0.922 
0.894 


19 28 38.92 
19 32 35.47 
19 36 32.03 


Wed. 
Thur. 
Fri. 


16 
17 
18 


19 50 22.65 
19 54 39.62 
19 58 55.85 


10.722 
10.693 
10.663 


21 2 15.0 
20 50 46.9 
20 38 55.2 


28.16 
29.16 
80.13 


9 54.06 
10 14.47 
10 34.14 


0.865 
0.884 
0.806 


19 40 28.59 
19 44 25.15 
19 48 21.71 


Sat 
Sun. 
Mon. 


19 
20 
21 


20 3 11.36 
20 7 26.12 
20 11 40.13 


10.633 
10.601 
10.568 


20 26 40.1 
20 14 2.0 
20 1 1.2 


81.10 
82.05 
83.00 


10 53.10 

11 11.29 
11 28.75 


0.775 
0.743 
0.711 


19 52 18.26 

19 56 14.83 

20 11.38 


8-« 3 


22 
23 
24 


20 15 53.37 
20 20 5.84 
20 24 17.53 


10.686 
10.604 
10.471 


19 47 37.9 
19 33 52.6 
19 19 45.7 


88.91 
84.82 
85.71 


11 45.43 

12 1.34 
12 16.48 


0.679 
0.647 
0.615 


20 4 7.94 
20 8 4.50 
20 12 1.05 


Fri. 
Sat 
Sun. 


25 
26 
27 


20 28 28.44 
20 32 38.56 
20 36 47.90 


10.488 
10.405 
10.872 


19 5 17.5 
18 50 28.3 
18 35 18.5 


8d.61 
87.47 
88.83 


12 30.83 
12 44.39 
12 57.18 


0.582 
0.649 
0.616 


20 15 57.61 
20 19 54.17 
20 23 50.72 


Mon. 
Tues. 
Wed. 
Thur. 


28 
29 
30 
31 


20 40 56.46 
20 45 4.20 
20 49 11.14 
20 53 17.30 


10.889 
10.806 
10.273 
10.239 


18 19 48.4 
18 3 58.5 
17 47 49.1 
17 31 20.5 


89.16 
89.99 
40.78 
41.58 


13 9.18 
13 20.36 
13 30.75 
13 40.35 


0.483 
0.450 
0.416 
0.383 


20 27 47.28 
20 31 43.84 
20 35 40.39 
20 39 36.95 


Fri. 


32 


20 57 22.63 


10.206 


17 14 33.2 


42.84 


13 49.12 


0.849 


20 43 33.51 




Ni 


m. — Tb. Semldkmi 


tterforMea 


n Noon maj be aasi 


inMdttMi 


■OMMthatfor 


Appuent 


Noon 



JANUARY, 1856. 



III. 



AT GREENWICH MEAN NOON. 



^ 
^ 



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 



I 



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 
31 

82 



THE SUN*S 



IVnf LOAttlTUDB. 



280 1^ 5^.7 

281 21 6.1 

282 22 16.8 

283 23 27.7 

284 24 38.7 

285 25 49.7 

286 27 0.5 

287 28 11.0 

288 29 21.3 

289 30 31.3 

290 31 40.7 

291 32 49.5 

292 33 57.6 

293 35 5.0 

294 36 11.7 

295 37 17.5 

296 38 22.5 

297 39 26.7 

298 40 30.0 

299 41 32.5 

300 42 84.2 

301 43 35.0 

302 44 35.1 

303 45 34.5 

304 46 33.2 

305 47 31J2 

306 48 28.5 

307 49 25.1 

308 50 21.0 

309 51 16.1 

310 52 10.4 

811 53 4.0 



20 3.6 

21 13.9 

22 24.4 

23 35.1 

24 45.9 

25 56.7 

27 7.3 

28 17.6 

29 27.7 

30 37.5 
81 46.7 
32 55.4 

34 3.3 

35 10.5 

36 17.0 

37 22.6 

38 27.4 
89 31.4 

40 84.5 

41 86.8 

42 38.3 

43 89.0 

44 88.9 

45 88.2 

46 86.7 

47 84.5 

48 81.7 

49 28.1 

50 28.8 

51 18.7 

52 12.8 

53 6.3 



n&ftxr 
Ihow. 



LATHUD'E. 



62.94 
62.94 
62.94 

52.95 
62.95 
52.96 

52.95 
52.94 
62.98 

52.92 
62.91 
62.89 

62.86 
62.82 
52.78 

62.78 
62.69 
62.65 

52.62 
62.68 
52.64 

52.51 
62.48 
62.45 

52.42 

62.89 
62.86 

52.88 

52.81 
52.28 
62.26 

162.21 



-mJ.io 

—0.04 

0.16 

0J29 
0.89 
0.48 

0.58 
0.56 
0.57 

0.53 
0.46 
0.37 

0.28 

0.16 

—0.03 

-hO.ll 
0.22 
0.84 

0.48 
0.50 
0.52 

0.54 
0.58 
0.48 

0.40 
0.29 
0.18 

H-0.02 

—0.12 

0.26 

0.87 

—0.48 



OfttM 

lUdiaaTMlor 
of ttM 
■uth. 



9.9926549 
.9926581 
.9926633 

.9926704 
.9926792 
.9926897 

.9927019 
.9927159 
.9927315 

.9927488 
.9927679 
.9927887 

.9928118 
.9928360 
.9928630 

.9928922 
.9929237 
.9929576 

.9929941 
.9930332 
.9930751 

.9931197 
.9931671 
.9932172 

.9932698 
.9933250 
.9933824 

.9934422 
.9935043 
.9935684 
.9936345 

9.9937023 



DULftff 
1 hoar. 



0.9 
1.6 
2.4 

8.1 
8.9 
4.7 

5.4 
6.2 
6.9 

7.5 
8.8 
9.1 

10.0 
10.8 
11.7 

12.6 
18.6 
14.7 

15.8 
16.9 
18.0 

19.0 
20.1 
21.2 

22.8 
28.4 
24.8 

25.8 
26.1 
27.0 
27.9 

28.6 



Oh. 



h. m. •. 

5 17 47.57 
5 13 51.67 
5 9 55.76 

5 5 59.85 
5 2 3.93 

4 58 8.02 

4 54 12.10 
4 50 16.19 
4 46 20SIS 

4 42 24.36 
4 38 28.46 
4 34 32.55 

4 30 36.63 
4 26 40.72 
4 22 44.80 

4 18 48.90 
4 14 52.98 
4 10 57.06 

4 7 1.16 
4 3 5.24 
8 59 9.34 

8 55 13.42 
8 51 17.50 
8 47 21.59 

8 48 25.68 
3 39 29.78 
3 35 33.86 

8 31 37.96 
3 27 42.05 
3 23 46.14 
3 19 50.23 

8 15 54.30 I 



Von. — X coi wy omh lo Um irwt •qaiooz of tht date, »>' to Um mean •qoiooz of Jan. Od. 



IV. 



JANUARY, 1856. 









GREENWICH ] 


MEAN TIME. 
















THE 


MOON^S 










^ 


SEMIDIAMKIEB. 


HORIZONTAL PARAIiLAX. 




MKRIDIAN PASSAGl. 




"3 

1 
2 
3 


















AGB. 


NOOD* 


Midnight. 


Noon. 


DUtfor 
Ihoor. 


Midnight. 


DULfor 
Ihoar. 




DULfor 
Ihoor. 


14 ^9.4 

15 8.8 
15 20.2 


15 3.8 
15 14.3 
15 26.5 


54 ^.3 

55 28.5 

56 10.7 


+1.22 
1.60 

1.88 


55 10.2 

55 48.7 

56 34.0 


+1.42 
1.76 
1.98 


19 11.0 

19 55.6 

20 44.5 


m. 
1.78 
1.95 
2.14 


d. 

23.1 
24.1 
25.1 


4 
5 
6 


15 33.2 

15 46.9 

16 0.0 


15 40.0 

15 53.6 

16 6.0 


56 58.4 

57 48.5 

58 36.8 


2.07 
2.08 
1.92 


57 23.4 

58 13.1 
58 59.0 


2.10 
2.02 
1.77 


21 3a5 

22 37.5 

23 39.9 


2.86 
2.58 
2.61 


26.1 
27.1 
28,1 


7 
8 
9 


16 11.5 
16 20.3 
16 25.6 


16 16.3 
16 23.4 
16 26.8 


59 19.1 

59 51.4 

60 10.9 


1.67 

1.09 

40.62 


59 36.7 

60 2.9 
60 15.4 


1.85 

0.82 

+0.28 


6 

43.0 

1 43.9 


2.68 
2.46 


29.1 
0.5 
1.5 


10 
11 
12 


16 27.1 
16 25.0 
16 19.9 


16 26.5 
16 22.8 
16 16.5 


60 16.4 
60 8.7 
59 49.9 


-0.05 
0.57 
0.07 


60 14.1 
60 0.5 
59 37.3 


-0.82 
0.79 
1.11 


2 41.0 

3 34.2 

4 24.1 


2.80 
2.15 
2.05 


2.5 
3.5 
4.5 


13 
14 
15 


16 12.7 
16 4.1 
15 55.0 


16 8.5 
15 59.6 
15 50.4 


59 23.1 
58 51.7 
58 18.4 


1.22 
1.86 
1.40 


59 7.8 
58 35.2 
58 1.6 


1.81 
1.89 
1.89 


5 12.2 

5 59.9 

6 48.4 


2.00 
2.01 
2.06 


5.5 
6.5 
7.5 


16 
17 
18 


15 45.9 
15 37.0 
15 28.5 


15 41.4 
15 32.7 
15 24.4 


57 44.9 
57 12.3 
56 41.0 


1.88 
1.84 
1.27 


57 28.4 
56 56.5 
56 25.8 


1.87 
1.80 
1.24 


7 38.9 

8 31.7 

9 26.6 


2.15 
2.25 
2.80 


8.5 

9.5 

10.5 


19 
20 
21 


15 20.4 
15 12.7 
15 5.6 


15 16.5 
15 9.1 
15 2.3 


56 11.1 
55 42.9 
55 16.9 


1.21 
1.18 
1.08 


55 56.8 
55 29.6 
55 4.8 


1.17 

1.08 
0.97 


10 22.3 

11 17.2 

12 9.7 


2.80 
2.24 
2.12 


11.5 
12.5 
13.5 


22 
23 
24 


14 59.2 
14 53.8 
14 49.6 


14 56.4 
14 51.5 
14 48.0 


54 53.5 
54 33.5 
54 18.1 


0.91 
0.75 
0.58 


54 43.0 
54 25.2 
54 12.4 


0.88 
0.66 
0.41 


12 58.9 

13 44.5 

14 27.1 


1.98 
1.84 
1.78 


14.5 
15.5 
16.5 


25 
26 

27 


14 46.9 
14 46.1 
14 47.5 


14 46.3 
14 46.5 
14 49.1 


54 8.2 
54 5.2 
54 10.3 


-0.27 

+0.04 

0.89 


54 5.8 
54 6.7 
54 16.2 


-0.12 

+0.21 

0.59 


15 7.4 

15 46.5 

16 25.5 


1.67 
1.68 
1.66 


17.5 
18.5 
19.5 


28 
29 
30 
31 


14 51.4 

14 57.9 

15 7.1 
15 18.9 


14 54.3 

15 2.2 
15 12.7 
15 25.6 


54 24.6 

54 48.6 

55 22.6 

56 5.8 


0.79 
1.21 
1.61 
1.98 


54 35.4 

55 4.4 

55 43.1 

56 30.4 


1.00 
1.41 
1.80 
2.18 


17 5.5 

17 47.7 

18 33.5 

19 23.8 


1.71 
1.88 
2.00 
22.0 


20.5 
21.5 
22.5 
23.5 


82 


15 32.8 


15 40.3 


56 56.7 


+2.26 


57 24.3 


+2.84 


20 19.2 


24.0 


24.5 



JANUARY, 1856. 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 




DilL 
for^m. 




Dur. 

ftfflm. 


Hour. 


Right ABooulan. 


DWt 
forlm. 




DUL 
fbrlm. 




TUESDAY 1. 






THURSDAY 3. 






4 

h. m. •. 


■• 


O 1 « 


n 




h. m. •. 


•. 


O 1 ar 


a 





13 19 53.96 


1.8173 


S. 7 30 6.7 


18.754 





14 58 30.90 


2.0799 


S.17 63 37.0 


11.819 


1 


13 31 43.09 


13906 


7 43 60.4 


18.787 


1 


14 54 35.45 


2Un94 


18 6 24.1 


11.761 


3 


13 33 33.43 


1.8941 


7 57 34.1 


13.718 


3 


14 56 40.43 


2.0867 


18 17 7.1 


11.681 


3 


13 35 31.98 


1.8977 


8 11 16.7 


18.609 


3 


14 58 45.85 


2.0940 


18 38 45.8 


11.609 


4 


13 37 11.75 


1.8S1S 


8 34 58.0 


18.679 


4 


16 51.73 


3.1014 


18 40 30.3 


11.586 


5 


13 39 1.73 


1.8S49 


8 38 38.1 


13.658 


5 


15 3 58.03 


2.1060 


18 51 50.8 


11*499 


6 


13 30 51.94 


1.8867 


8 63 17.0 


18.636 


6 


16 6 4.78 


3.1169 


19 3 15.7 


11.887 


7 


13 33 43.38 


1.8497 


9 5 54.5 


18.614 


7 


15 7 11.98 


9.1288 


19 14 36.6 


11J09 


8 


13 34 33.06 


1.8497 


9 19 30.7 


13.501 


8 


16 9 19.63 


S.U13 


19 35 63.8 


11.931 


9 


13 36 33.98 


1.8507 


9 33 5.4 


13.566 


9 


16 11 37.73 


9.1888 


19 37 4.3 


11.160 


10 


13 38 15.15 


1.8000 


9 46 38.6 


13.&41 


10 


16 13 36.39 


9.1466 


19 48 10.9 


11.089 


11 


13 40 6.58 


1.8508 


10 10.3 


13.515 


11 


15 15 45.31 


9.1649 


19 69 13.5 


10.986 


12 


13 41 58.37 


1.8837 


10 13 40.5 


13489 


13 


15 17 54.80 


9J691 


30 10 9.1 


lOJOl 


13 


13 43 50.33 


1.80B0 


10 37 9.0 


13.460 


13 


15 SO 4.76 


9.1600 


30 31 0.6 


10.814 


U 


13 45 43.43 


1.8794 


10 40 35.8 


13.439 


14 


15 82 15.19 


9.m7 


30 31 46.8 


10.797 


15 


13 47 34.91 


1.8770 


10 54 0.8 


18.409 


16 


15 24 26.09 


9.1867 


80 43 37.8 


io.6n 


16 


13 49 37.67 


iJBBn 


11 7 34.0 


13.871 


16 


15 26 37.47 


9.1937 


30 53 3.3 


10.546 


17 


13 51 30.71 


1.8864 


11 30 45.4 


13.389 


17 


15 28 49.33 


9.2017 


31 3 33.4 


10.454 


18 


13 53 14.03 


1.8011 


11 34 4.8 


13.807 


18 


15 31 1.67 


9.2097 


31 13 57.8 


10.300 


19 


13 55 7.64 


1.8000 


11 47 32.3 


13.274 


19 


15 33 14.49 


2.2177 


31 34 16.6 


10.964 


30 


13 57 1.55 


1.9010 


13 37.6 


13.989 


30 


16 35 37.79 


9.9957 


31 34 39.6 


10.167 


21 


13 58 55.76 


1.9061 


13 13 50.9 


13.204 


31 


15 37 41.57 


9.2337 


31 44 36.6 


HUMS 


33 


14 50.38 


1.9119 


13 37 3.1 


13.167 


33 


15 39 55.84 


9.2419 


21 64 37.7 


M» 


33 


14 3 45.11 
WED 


1.9165 

NESD 


S.13 40 11.0 
AY 2. 


13.129 


33 


16 43 10.61 
FI 


9.3603 

IIDAY 


S.S9 4 39.7 
4. 


0.800 





14 4 40.36 


1.9918 


S.13 53 17.6 


13.091 





16 44 35.87 


3.3581 


S.88 14 31.6 


9.799 


1 


14 6 35.73 


lJWf79 


13 6 31.9 


13U)51 


1 


16 46 41.63 


3.9666 


33 34 4.3 


9.656 


3 


14 8 31.53 


1.9897 


13 19 33.7 


18.010 


S 


15 48 57.86 


3.2747 


33 33 40.4 


9.549 


3 


14 10 37.66 


1.9388 


13 33 83.1 


12.969 


3 


15 51 14.59 


2.2699 


33 43 10.1 


9.440 


4 


14 13 34.13 


1.9440 


13 45 19.9 


12.996 


4 


15 53 31.81 


2.2911 


83 58 33.3 


9.830 


5 


14 14 30.93 


1.9496 


13 58 14.3 


19.889 


6 


15 55 49.58 


2.2992 


S3 1 49.7 


9.318 


6 


14 16 18.07 


1*9554 


14 11 5.8 


19.887 


6 


15 58 7.78 


2.8074 


83 10 59.4 


9.104 


7 


14 18 15.57 


1.9618 


14 33 54.6 


12.791 


7 


16 26.42 


2J1W 


83 30 3.8 


a989 


8 


14 30 13.43 


1.9679 


14 36 40.7 


12.743 


8 


16 2 45.62 


24941 


83 88 58.0 


8.871 


9 


14 33 11.63 


1.9739 


14 49 33.9 


12.695 


9 


16 5 5.32 


2.8324 


83 37 46.8 


8.758 


10 


14 34 10.30 


1.9799 


15 3 4.1 


12.645 


10 


16 7 25.52 


3.3407 


33 46 38.4 


8.689 


11 


14 26 9.14 


1.9855 


15 14 41.3 


13.504 


11 


16 9 46.21 


33489 


83 55 3.7 


8.610 


13 


14 38 8.45 


1.9917 


15 87 15.4 


12.549 


13 


la 12 7.39 


3.3671 


34 3 39.6 


8.386 


13 


14 30 8.14 


1.9980 


15 39 46.3 


12.489 


13 


16 14 29.06 


3.3652 


34 11 49.0 


8.261 


14 


14 33 8.21 


9.0044 


15 58 14.1 


12.434 


14 


16 16 51.22 


3.3783 


34 80 0.9 


8.133 


15 


14 34 8.67 


2.0109 


16 4 38.5 


12.379 


15 


16 19 13.88 


3<^17 


34 38 6.1 


8.006 


16 


14 36 9.52 


9.0175 


16 16 59.5 


12.399 


16 


16 21 37.03 


9.3698 


34 36 1.4 


7.874 


17 


14 38 10.77 


94)949 


16 39 17.1 


12.»1 


17 


16 24 0.67 


3.3980 


34 43 49.9 


7.741 


18 


14 40 13.43 


9.0306 


16 41 31.8 


19.904 


18 


16 26 24.79 


3.4060 


34 51 30.4 


7.607 


19 


14 43 14.47 


2.0376 


16 53 41.6 


19.143 


19 


16 28 49.39 


3.4140 


34 59 3.8 


7.471 


30 


14 44 16.93 




17 5 48.4 


19.061 


30 


16 31 14.47 


3.4319 


35 6 36.9 


7.383 


31 


14 46 19.80 


2.0518 


17 17 51.4 


19U)18 


31 


16 33 40.03 


3.4399 


36 13 43.8 


7.194 


33 


14 48 33.08 


2.0382 


17 39 60.6 


11.953 


88 


16 36 6.07 


3.4877 


35 80 50.3 


74)63 


33 


14 50 26.78 


3.0659 


17 41 45.8 


11.887 


33 


16 38 32.58 


3.4456 


36 37 49.3 


6.910 


34 


14 52 30.90 


9.0729 


S.17 53 37.0 


11.819 


34 


16 40 59.55 


3.4534 


S.36 34 39.6 


6.706 



TI. 



JANUARY, 1856. 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 

V 


Hoar. 


Right AMMukm. 


wrr. 

for 1 m. 




DIff. 
fori m. 


Hour. 


Right AMnahrn. 


Dm. 

forlm. 


DMUaUlon. 


Difl. 
Itarlm. 




SATURDAY 5. 






MONDAY 7. 






b m. •. 


8. 


O 1 n 


M 




h. m f. 


•. 


O 1 u 


K 





16 40 59.55 


!UAU 


S.25 34 39.5 


0.766 





18 45 45.95 


9.0607 


S.27 45 26.9 


1.745 


1 


16 43 26.99 


S.40I-i 


25 41 21.1 


6.6.W 


1 


18 48 27.36 


9.0906 


27 43 36.3 


\JM 


2 


16 45 54.89 


3.4066 


25 47 53.9 


6.472 


2 


18 51 8.82 


9.6013 


27 41 33.8 


9.140 


3 


16 48 23.25 


3.47M 


25 54 17.8 


6.893 


3 


18 53 50.31 


9.6917 


27 39 19.4 


9488 


4 


16 50 52.06 


9.4839 


26 32.7 


6.173 


4 


18 56 31.83 


9.6919 


27 36 53.2 


9480 


5 


16 53 21.32 


3.491S 


26 6 38.4 


6^19 


5 


18 59 13.36 


9.0090 


27 34 15.2 


9.788 


6 


16 55 51.03 


a.4«7 


26 12 34.9 


8.865 


6 


19 1 54.89 


9.0019 


27 31 25.3 


9J80 


7 


16 58 21.18 


9.4000 


26 18 22.1 


8.709 


7 


19 4 36.41 


9.0917 


27 28 23.6 


8.197 


8 


17 51.77 


3.51S9 


26 24 0.0 


8.859 


8 


19 7 17.91 


9.0919 


27 25 10.1 


8494 


9 


17 3 22.79 


9.M09 


26 29 28.4 


8.8&8 


9 


19 9 59.37 


9.0900 


27 21 44.7 


8431 


10 


17 5 54.22 


9.6979 


26 34 47.2 


6.933 


10 


19 12 40.78 


34807 


27 18 7.5 


8.717 


11 


17 8 26.07 


9.0841 


26 39 56.3 


54)71 


11 


19 15 22.13 


9.0888 


27 14 18.6 


8.918 


12 


17 10 58.33 


9.M0O 


26 44 55.7 


4.907 


12 


19 18 3.41 


9.0878 


27 10 17.9 


4.100 


13 


17 13 31.00 


9.84T7 


26 49 45.2 


4.749 


13 


19 20 44.61 


9.0860 


27 6 5.5 


4404 


14 


17 16 4.07 


9.8548 


26 54 24.8 


4476 


14 


19 23 25.73 


9.0848 


27 1 41.4 


4.400 


15 


17 18 37.54 


9.8000 


26 58 54.3 


4.406 


15 


19 26 6.75 


94830 


26 57 5.6 


4498 


16 


17 21 11.39 


9.60TS 


27 3 13.7 


4.986 


16 


19 28 47.66 


94807 


26 52 18.1 


4487 


17 


17 23 45.62 


9.8786 


27 7 22.9 


4.067 


17 


19 31 28.44 


94784 


26 47 19.1 


5480 


18 


17 26 20.22 


9.87V7 


27 11 21.8 


8.885 


18 


19 34 9.09 


94709 


26 42 8.5 


5.978 


19 


17 28 55.18 


9.8880 


27 15 10.3 


8.799 


19 


19 36 49.60 


94787 


26 36 46.4 


6404 


20 


17 31 30.50 


9.8014 


27 18 48.4 


8.547 


20 


19 39 29.95 


94719 


26 31 12.8 


6455 


21 


17 34 6.17 


9.8079 


27 22 16.0 


8.871 


21 


19 42 10.14 


94084 


26 25 27.7 


5.845 


22 


17 36 42.18 


9U»97 


27 25 32.9 


8.198 


22 


19 44 50.16 


94855 


26 19 31.3 


0484 


23 


17 39 18.51 
SU 


9.0089 

NDA^ 


S.27 28 39.1 
' 6. 


84)14 


23 


19 47 30.00 
TU] 


94094 

ESDA^ 


S.26 13 23.5 

Z 8. 


0.998 





17 41 55.16 


9.0184 


S.27 31 34.6 


9jB84 





19 50 9.65 


941809 


S.26 7 4.5 


0411 


1 


17 44 32.13 


9.0166 


27 34 19.3 


9.053 


1 


19 62 49.10 


94557 


26 34.2 


0407 


2 


17 47 9.40 


9.005 


27 36 53.0 


9.471 


2 


19 55 28.34 


945» 


25 53 52.8 


6.763 


3 


17 49 46.97 


9.0984 


27 39 15.8 


9.966 


3 


19 58 7.36 


9.0464 


25 47 0.3 


6.068 


4 


17 52 24.82 


9UBS0 


27 41 27.5 


9.108 


4 


20 46.15 


94445 


25 39 56.7 


7.151 


5 


17 55 2.95 


94970 


27 43 28.2 


14)16 


5 


20 3 24.70 


9.0404 


25 32 42.1 


7433 


6 


17 57 41.35 


9.0430 


27 45 17.7 


1.789 


6 


20 6 3.00 


94009 


25 25 16.7 


7414 


7 


18 20.00 


9.0401 


27 46 56.0 


1.544 


7 


20 8 41.05 


9.0890 


25 17 40.4 


7.6M 


8 


18 2 58.90 


9.0603 


27 48 23.0 


1J56 


8 


20 11 18.84 


94376 


25 9 53.4 


7479 


9 


18 5 38.04 


9.0541 


27 49 38.7 


1.167 


9 


20 13 56.36 


94280 


25 1 55.7 


8450 


10 


18 8 17.40 


9.0577 


27 50 43.1 


04m 


10 


20 16 33.61 


9.6163 


24 53 47.4 


8.936 


11 


18 10 56.97 


9.0019 


27 51 36.0 


0.766 


11 


20 19 10.58 


24137 


24 45 28.6 


8400 


12 


18 13 36.74 


9.6044 


27 52 17.4 


0.504 


12 


20 21 47.27 


9.6088 


24 36 59.4 


8473 


13 


18 16 16.71 


9.0675 


27 52 47.3 


0.403 


13 


20 24 23.65 


940S7 


24 28 19.8 


8.748 


14 


18 18 56.86 


9.0704 


27 53 5.7 


0.900 


14 


20 26 59.73 


9.5987 


24 19 29.9 


8415 


15 


18 21 37.18 


9.0789 


27 53 12.5 


04)16 


15 


20 29 35.50 


9.5085 


24 10 29.9 


9484 


Ifi 


IS 24 I7.GG 


9.S757 


27 53 7.6 


0.176 


16 


20 32 10.96 


9.5888 


24 1 19.8 


0.959 


17 


18 26 58,30 


ajJTM 


27 52 51.1 


0.872 


17 


20 34 46.10 


9.6899 


23 51 59.7 


9418 


ifl 


IB 29 39.07 


9.aa(M 


27 52 22.9 


0.567 


18 


20 37 20.90 


94774 


23 42 29.7 


9.689 


19 


te 32 19.97 


9^am 


27 51 43.0 


0.763 


19 


20 39 55.37 


94718 


23 32 49.9 


0.744 


20 


IS 35 0.99 


^m^s 


27 50 51.3 


0-958 


20 


20 42 29.51 


24663 


23 23 0.4 


0.005 


2t 


18 37 42,11 


^J&d9& 


27 43 47.9 


1.165 


21 


20 45 3.31 


9.5604 


23 13 1.3 


10404 


22 


18 iO iJ3.32 


ijmra 


27 48 32.7 


1.851 


22 


20 47 36.76 


94546 


23 2 52.7 


10.999 


93 1 


18 43 4.60 


ILflBaS 


27 47 5.7 


1.546 


23 


20 50 9.86 


94487 


22 52 34.6 


10478 


ftl 


18 45 45.1>5 


iLim; 


S.27 45 26.9 


1.745 


24 


20 52 42.61 


94496 


S.22 42 7.2 


10.688 




8 



JAIWARY, 1866- 



VII. 



GREENWICH MEAN TIME. 



THE MOON'S RIGHT ASCENSION AND DECLINATION. 



Hour. 



Right 



DUL 
tat Im. 



D«cliiuitioii. 



DUL 
for Im. 



Hoar. 



Bight 



DIff. 
forlm. 



DtnHwition 



DUL 
forlm. 





1. 

3 

3 

4 

5 

6 

7 

8 

9 
10 
U 
12 
13 
14 
15 
16 
17 
18 
19 
20 
21 
23 
23 





1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 



WEDNESDAY 9. 



h. 
20 
20 
20 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 
21 



21 
21 
21 
21 
22 
22 



22 
22 



22 
22 
22 
22 
22 



22 
22 
22 
22 
22 
22 



m. •. 


•. 


52 42.61 


3.A4S8 


55 15.00 


3.5808 


57 47.03 


3.5807 


18.69 


9.5346 


2 49.98 


3.5184 


5 20.89 


3.5139 


7 51.43 


3.5000 


10 21.59 


9.4907 


12 51.37 


3.4888 


15 20.77 


3.4870 


17 49.80 


3.4806 


20 18.45 


3.4743 


22 46.71 


3.40n 


25 14.58 


3.4613 


27 42.06 


3.4547 


30 9.15 


3U489 


32 35.85 


34417 


35 2.16 


3.4853 


37 28.08 


3.4387 


39 53.61 


3.4393 


42 18.75 


3.4157 


44 43.50 


3.4009 


47 7.86 


3.4097 


49 31.84 


3.8069 



o 
S.22 
22 
22 
22 
21 
21 
21 
21 
21 
21 
20 
20 
20 
20 
20 
19 
19 
19 
19 
18 
18 
18 
18 
S.18 



42 7.2 
31 30.6 
20 44.9 

9 50.3 
58 46.8 
47 34.5 

36 13.6 

24 44.1 
13 6.2 

1 19.9 
49 25.4 

37 22.8 

25 12.2 
12 53.8 

27.6 
47 53.7 
35 12.3 
22 23.5 

9 27.4 
56 24.2 

43 13.9 
29 56.7 
16 32.6 

3 1.8 



THURSDAY 10. 



51 55.43 
54 18.63 
56 41.45 
59 3.89 
1 25.95 
3 47.63 
6 8.93 
8 29.85 
10 50.40 
13 10.58 
15 30.40 
17 49.86 
20 8.95 
22 27.68 
24 46.05 
27 4.07 
29 21.74 
31 39.07 
33 56.05 
36 12.69 
38 38.99 
40 44.96 
43 0.61 
45 15.94 
47 30.95 



9.8806 

9.8885 
9J779 
9.8708 
941645 
9.8589 
9.8510 
9.8456 



9.8889 
9.8373 
9.8913 
9.8159 
9.8009 
9.8089 
9.9074 
9.9016 
9.9858 
9.9801 
9.9745 
9.36B0 
9.9684 
9.9581 
9.3598 
3.3476 



M7 49 24.4 
17 35 40.6 
17 21 50.5 
17 7 54.1 
16 53 51.7 
16 39 43.3 
16 25 29.0 
16 11 9.0 
15 56 43.4 
15 42 12.3 
15 27 35.8 
15 12 54.0 
14 58 7.1 
14 43 15.2 
14 28 18.4 
14 13 16.8 
13 58 10.5 
13 42 59.6 
13 27 44.3 
13 12 24.7 

12 57 0.9 

13 41 32.9 
12 26 1.0 
12 10 25.2 

.11 54 45.7 



10.588 
10.685 



10.084 
11.181 
11.977 
11.490 
11.669 
11.701 
11.830 
11.075 
13.110 
19.949 
13.879 
13.500 
19.697 
19.751 
19.874 
19.004 
18- 113 
18.390 
18.844 
18.457 
18«5«7 



18.978 
18.789 
18.887 
184»0 
14.000 
14.189 
14.365 
14.880 
14.473 
14.568 
14.659 
14.788 
14.898 
14.906 
144)87 
15.066 
15.149 
15.917 
15.901 
15.869 
15.481 
15.400 



15.697 



FRIDAY 11. 



b. m. 
22 47 
22 49 
22 52 
22 54 

22 56 

23 58 
23 
23 3 
23 5 
23 7 
23 9 
23 11 
23 14 
23 16 
23 18 
23 20 
23 22 
23 25 
23 27 
23 29 
23 31 
23 33 
23 35 
23 37 



0. 


s. 


30.95 


3.3476 


45.64 


3.3438 


0.02 


3.3371 


14.09 


3.3890 


27.86 


3.3370 


41.33 


9.3331 


54.50 


3.3171 


7.39 


3.9134 


19.99 


3.9077 


32.32 


3.9081 


44.37 


3.1086 


56.15 


. 3.1941 


7.66 


3.1807 


18.91 


3.1854 


29.90 


3.1811 


40.64 


3.1770 


51.14 


3.1780 


1.40 


3.1601 


11.43 


3.1653 


21.23 


3.1614 


30.80 


3.1ffn 


40.15 


3.1frl0 


49.29 


3.1606 


58.22 


9.1479 



s. 



O I It 

11 54 45.7 

11 39 2.5 

11 23 15.8 

11 7 25.7 

10 51 32.3 

10 35 35.7 

10 19 36.1 

10 3 33.5 

9 47 28.0 

9 31 19.7 

9 15 8.8 

8 58 55.4 

8 42 39.6 

8 26 21.4 

8 10 1.0 

7 53 38.5 

7 37 14.0 

7 20 47.6 

7 4 19.4 

6 47 49.5 

6 31 18.0 

6 14 45.0 

5 58 10.6 

5 41 35.0 



SATURDAY 12. 



23 40 
23 42 
23 44 
23 46 
23 48 
23 50 
23 52 
23 55 
23 57 
23 59 
1 
3 



5 

7 

9 

11 

14 

16 

18 

20 

22 

24 

26 

28 

30 



6.95 


9.1438 


15.48 


9.1406 


23.81 


9.1373 


31.96 


9.1343 


39.93 


9.1813 


47.72 


9.1384 


55.34 


9.I9S6 


2.79 


9.1398 


10.08 


9.1909 


17.22 


9.1177 


24.21 


9.1159 


31.06 


9.1199 


37.78 


9.1107 


44.35 


9.1086 


50.79 


9.1065 


57.12 


9.1M6 


3.34 


9.1097 


9.45 


9.1010 


15.46 


94908 


21.37 


94J077 


27.18 


94)061 


32.90 


94)947 


38.54 


94)088 


44.09 


94)091 


49.57 


94)900 



24 58.2 
8 20.3 
51 41.3 
35 1.5 
18 20.9 
1 39.5 
44 57.5 
28 15.0 
3 11 32.1 
2 54 48.9 
2 38 5.5 
2 21 21.9 



N. 



4 38.3 
47 54.8 
31 11.4 

14 28.2 

57 45.3 

41 2.8 

24 20.8 
7 39.4 
9 1.3 

25 41.2 

42 20.3 

58 58.4 

15 35.5 



15.749 
5.800 
15.809 
16.916 
15.969 
164)19 
164)68 
16.114 
6.150 



16.983 
16.891 
16.857 
16.809 
16.494 



16411 
16-587 
16^1 
16-588 



16.098 
16.640 
16.656 
16.070 



16.708 
16.711 
16.717 
16.799 
16.795 
16.736 
16.706 
16.736 
16.799 
16.717 
16.719 
16.704 



16.679 
16458 
164a 
16497 



VIII. 



JABTUARY, 1856. 



9 



GREENWICH MEAN TIME. 


THE MOON'S BIGHT ASCENSION AND DECLINATION. 


Hoar. 


Sight AflonMkRL 


Difl. 
iorlm. 




DUL 
forlm. 


Hoar. 


Bight ikMendon. 


DUL 
forlm. 


DMlimtion. 


DIflL 
ftxrlm. 




SU] 


:^DAY 


13. 






TUESDAY 15. 






h. m. «. 


1. 


O 1 « 


N 




h. m. •. 


0. 


O 1 « 


H 





30 49.57 


9.0909 


N. 1 15 35.6 


16.600 





3 11 30.20 


9.1846 


N.13 46 51.7 


14.909 


1 


32 54.98 


%OSM 


1 32 11.5 


10.690 


1 


2 13 38.35 


9.1879 


14 1 1.4 


14.191 


3 


35 0.34 


94)689 


1 48 46.3 


16.609 


2 


2 15 46.66 


9.1899 


14 15 6.1 


144)68 


3 


37 5.65 


94)680 


2 5 19.8 


16.647 


3 


2 17 55.14 


9.1497 


14 29 5.9 


18.966 


4 


39 10.91 


94)873 


3 21 51.9 


16.694 


4 


2 20 3.79 


9.1466 


14 43 0.7 


18.871 


5 


41 16.12 


94)866 


2 38 22.7 


16.600 


5 


2 22 12.61 


9.1486 


14 56 50.4 


18.786 


6 


43 21.29 


94)8W 


2 54 52.0 


16.476 


6 


3 24 21.61 


9.1616 


15 10 34.9 


18.008 


7 


45 26.43 


94)664 


3 11 19.7 


16.448 


7 


2 26 30.79 


9.1646 


15 24 14.2 


18.611 


8 


47 31.54 


94)849 


3 27 45.7 


10.418 


8 


2 28 40.15 


9.1676 


15 37 48.2 


18.633 


9 


49 36.63 


94)646 


3 44 9.9 


16.887 


9 


2 30 49.70 


9.1607 


15 51 16.8 


18.483 


10 


51 41.70 


94)644 


4 32.1 


16.866 


10 


2 32 59.44 


9.1689 


16 4 39.9 


18440 


11 


53 46.75 


94)841 


4 16 52.4 


16.839 


11 


2 35 9.37 


9.1671 


16 17 57.6 


18.948 


13 


55 51.79 


941840 


4 33 10.7 


16.368 


12 


3 37 19.48 


9.1704 


16 31 9.7 


18.164 


13 


57 66.83 


94)611 


4 49 27.0 


16.968 


13 


3 39 29.79 


9.1787 


16 44 16.1 


184)09 


14 


1 1.88 


94)649 


5 &41.1 


16.316 


14 


2 41 40.30 


9.1770 


16 67 16.8 


13.968 


15 


1 2 ^.94 


94)844 


5 21 53.0 


16.177 


15 


2 43 51.02 


9.1803 


17 10 11.7 


19.867 


16 


1 4 12.01 


94)847 


5 38 2.5 


16.187 


16 


2 46 1.94 


9.1887 


17 23 0.8 


19.769 


17 


1 6 17.10 


94)860 


5 54 9.5 


164)90 


17 


2 48 13.07 


9.1873 


17 35 43.9 


19.668 


18 


1 8 22.21 


94)864 


6 10 14.0 


104)64 


18 


2 50 24.41 


9.1907 


17 48 21.0 


19.667 


19 


1 10 27.35 


94)660 


6 26 16.0 


164)11 


19 


2 52 35.96 


9.1941 


18 52.1 


13.467 


20 


1 12 32.52 


94)865 


6 42 15.4 


16.906 


20 


2 54 47.72 


9.1977 


18 13 17.1 


13.864 


21 


1 14 37.74 


94)678 


6 58 12.0 


16.0W 


21 


2 56 59.69 


9.9013 


18 25 35.8 


13.980 


22 


1 16 43.00 


94)661 


7 14 5.8 


16.8r73 


22 


2 69 11.87 


9.9048 


18 37 48.2 


19.164 


23 


1 18 48.30 
MO 


94)686 

NDAY 


N. 7 29 56.7 
14. 


16.6» 


23 


3 1 24.26 
WEDI 


9.9068 
^ESDJ 


N.18 49 54.3 
LY 16. 


194M8 





1 20 53.65 


941697 


N. 7 45 44.6 


16.778 





3 3 36.88 


9.9193 


N.19 1 54.0 


11.041 


1 


1 22 59.06 


94)907 


8 1 29.5 


16.733 


1 


3 5 49.72 


9.9168 


19 13 47.2 


11.689 


2 


1 25 4.54 


94)919 


8 17 11.3 


16.670 


2 


3 8 2.78 


9.9196 


19 25 33.9 


11.799 


3 


1 27 10.09 


94)961 


8 32 49.9 


16.616 


3 


3 10 16.06 


9.3933 


19 37 14.0 


11.619 


4 


1 29 15.71 


94)MS 


8 48 25.3 


16.661 


4 


3 12 29.67 


9.3366 


19 48 47.5 


11.609 


5 


1 31 21.41 


94)997 


9 3 57.3 


16.606 


5 


3 14 43.30 


9.3806 


20 14.3 


11J90 


6 


1 33 27.19 


94)971 


9 19 25.9 


16.447 


6 


3 16 57.25 


9.3841 


20 11 34.3 


11.376 


7 


1 35 33.05 


94)966 


9 34 51.0 


16.388 


7 


3 19 11.43 


9.3881 


20 22 47.4 


11.161 


8 


1 37 39.01 


9.1001 


9 50 12.5 


16.838 


8 


3 21 25.84 


9.3419 


20 33 53.6 


114)46 


9 


1 39 45.06 


9.1017 


10 5 30.4 


16.367 


9 


3 23 40.47 


9.9467 


20 44 52.8 


10.997 


10 


1 41 51.21 


9.1084 


10 20 44.6 


16.904 


10 


3 25 55.33 


9.3496 


20 55 44.9 


10.809 


11 


1 43 67.47 


9.1069 


10 35 55.0 


16.140 


11 


3 28 10.42 


9.3634 


21 6 29.9 


10.690 


12 


1 46 3.84 


9.1071 


10 51 1.5 


16.076 


12 


3 30 25.74 


9.3873 


21 17 7.7 


10.670 


13 


1 48 10.32 


9.1090 


11 6 4.1 


164)09 


13 


3 32 41.29 


9.3610 


21 27 38.3 


10.449 


14 


1 50 16.92 


9.1110 


11 21 2.7 


144)43 


14 


3 34 57.06 


9.3648 


21 38 1.6 


10.897 


15 


1 52 23.64 


9.1180 


11 35 57.2 


14.878 


15 


3 37 13.05 


9.3086 


21 48 17.5 


10.908 


16 


1 54 30.48 


9.1161 


11 50 47.5 


14.808 


16 


3 39 29.27 


9.3798 


21 68 26.0 


104)70 


17 


1 56 37.45 


9.1179 


12 5 33.6 


14.783 


17 


3 41 45.72 


9.3760 


22 8 27.0 


9.964 


18 


1 58 44.55 


9.1196 


12 20 15.4 


14.660 


18 


3 44 2.39 


9.3797 


22 18 20.5 


9.89B 


19 


2 51.79 


9.1918 


12 34 52.8 


14.660 


19 


3 46 19.29 


9.3886 


22 28 6.4 


0.703 


20 


3 2 59.17 


9.1343 


12 49 25.8 


14.613 


20 


3 48 36.41 


9.3873 


22 37 44.6 


9.674 


21 


2 5 6.70 


9.i9en 


13 3 54.2 


14.436 


21 


3 50 53.76 


9.3900 


22 47 15.1 


9444 


22 


3 7 14.38 


9.1303 


13 18 18.0 


14.367 


22 


3 53 11.32 


2.3W6 


22 66 37.8 


9314 


23 


2 9 22.21 


9.1818 


13 32 37.2 


14.380 


23 


3 55 29.10 


3.3063 


23 5 52.7 


0.I8S 


24 


2 11 30.20 


9.1846 


N.13 46 51.7 


14.303 


24 


3 57 47.10 


9.8018 


N.23 14 59.7 


94161 1 



10 



JANUARY, 1856. 



IX. 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 


BighiAaomOaa. 


JAIL 
forlm. 




Biff, 
torlm. 


Hoar. 




DUL 
fiorlm. 




DMT. 
Ibrlm. 




THURSDAY 17. 




SATURDAY 19. 






h. m. ■. 


•. 


o / // 


« 




h. m. ■. 


■. 


O 1 II 


• 





3 57 47.10 


9.8018 


N.83 14 59.7 


9461 





6 51 34.77 


9.4034 


NJ27 43 16.1 


1496 


1 


4 5.33 


SJ066 


33 33 58.8 


8.918 


1 


5 53 48.93 


9.4038 


37 45 6.8 


1.707 


3 


4 3 33.76 


9.8001 


83 33 49.9 


8.786 


8 


6 56 13.05 


9.4090 


37 46 48.1 


1410 


3 


4 4 43.40 


9.8198 


33 41 33.9 


8460 


3 


6 58 37.16 


9.4016 


37 48 30.0 


14M 


4 


4 7 1.35 


9.8180 


33 50 7.8 


8414 


4 


6 1 1.34 


94011 


37 49 43.6 


1407 


5 


4 9 30.31 


9.81M 


83 58 34.6 


8478 


5 


6 3 35.39 


94006 


37 50 55.7 


1.140 


6 


4 11 39.58 


9.8998 


84 6 53.1 


8.340 


6 


6 5 49.30 


94087 


87 51 59.3 


0489 


7 


4 13 59.05 


9.8903 


34 15 3.3 


8.103 


7 


6 8 13.36 


94080 


87 68 53.5 


0486 


8 


4 16 18.73 


9.8906 


84 33 5.3 


7468 


8 


6 10 37.17 


94080 


87 53 38.3 


0400 


9 


4 18 38.59 


9.8898 


34 30 58.9 


7433 


9 


6 13 1.03 


94000 


87 64 13.8 


041S 


10 


4 30 58.66 


9.8801 


34 38 44.1 


7488 


10 


6 15 34.81 


94060 


87 54 39.9 


0457 


11 


4 33 18.93 


9.3808 


34 46 30.9 


7449 


11 


6 17 48.53 


94M6 


87 54 56.6 


0.301 


12 


4 35 39.37 


9.8494 


34 53 49.3 


7.400 


18 


6 30 13.15 


94081 


37 55 4.0 


.0440 


13 


4 38 0.01 


9446ft 


35 1 8.9 


7.967 


13 


6 83 35.69 


94016 


87 55 8.1 


0.100 


14 


4 30 30.83 


94486 


85 8 30.0 


7*118 


14 


6 84 59.14 


94000 


87 54 50.9 


0404 


15 


4 33 41.83 


946U 


35 15 33.5 


6400 


15 


6 87 33.49 


94809 


37 54 30.3 


0490 


16 


4 35 3.00 


94543 


35 33 16.3 


6434 


16 


6 39 45.73 


94864 


37 54 0.4 


0475^ 


17 


4 37 34.34 


94flr70 


35 39 1.4 


0478 


17 


6 33 8.86 


94846 


37 53 81.8 


0.790 


18 


4 39 45.84 


94607 


35 35 37.7 


6433 


18 


6 34 31.87 


94834 


37 53 33.8 


0488 


19 


4 43 7.51 


94036 


35 43 5.3 


6486 


19 


6 36 54.75 


94803 


37 51 35.3 


1480 


20 


4 44 39.34 


94003 


35 48 33.9 


6.387 


30 


6 39 17.49 


94778 


37 50 38.5 


1.188 


31 


4 46 51.33 


94OT7 


35 54 33.7 


6-080 


31 


6 41 40.09 


94764 


87 49 13.7 


1480 


33 


4 49 13.47 


94703 


36 34.6 


6440 


33 


6 44 3.55 


94780 


37 47 47.8 


1400 


33 


4 51 35.76 


94797 


Nj36 6 36.5 


6.790 


33 


6 46 84.86 


94706 


N.37 46 13.7 


1449 




FR 


IDAY 


18. 




SUl 


OT)AY 


20. 







4 53 58.19 


94780 


N56 18 9.4 


6480 





6 48 47.01 


94678 


N.87 44 30.6 


1.798 


1 


4 56 30.75 


94771 


86 17 43.3 


6.488 


1 


6 51 8.99 


94640 


37 43 38.4 


14U 


3 


4 58 43.44 


94703 


86 33 8.0 


6487 


8 


6 63 30.80 


94030 


37 40 37.8 


9404 


3 


5 1 6.36 


94818 


36 88 83.8 


6.186 


3 


6 65 53.43 


94600 


37 38 87.0 


9444 


4 


5 3 39.30 


94888 


86 33 30.5 


6486 


4 


6 58 13.88 


94660 


37 36 7.9 


9409 


5 


5 5 53.36 


94853 


36 38 38.1 


4488 


5 


7 35.14 


94637 


27 33 39.9 


9440 


6 


5 8 15.43 


94871 


86 43 16.5 


4.780 


6 


7 3 56.31 


94496 


87 31 3.1 


9487 


7 


5 10 38.71 


94888 


36 47 55.7 


4477 


7 


7 5 17.08 


94461 


37 38 17.4 


94U 


8 


5 13 3.09 


94904 


36 53 35.7 


4438 


8 


7 7 37.74 


94436 


^ 37 35 33.9 


9480 


9 


5 15 35.56 


94010 


36 56 46.5 


4.906 


9 


7 9 58.19 


94380 


37 83 19.7 


8.195 


10 


5 17 49.11 


94089 


87 57.9 


4.118 


10 


7 13 18.43 


94863 


37 19 7.9 


8.908 


11 


5 30 13.74 


94M6 


37 5 0.0 


8467 


11 


7 14 38.43 


94814 


37 15 47.5 


8411 


13 


5 33 36.45 


94067 


87 8 53.8 


8403 


18 


7 16 58.19 


94376 


37 13 18.6 


8468 


13 


6 35 0.83 


94060 


87 13 36.3 


8447 


13 


7 19 17.73 


94387 


87 8 41.1 


8406 


14 


6 37 34.08 


94980 


37 16 10.5 


8.409 


14 


7 81 37.04 


94108 


87 4 55.1 


8486 


15 


6 39 47.99 


94080 


37 19 35.4 


8486 


15. 


7 S3 56.11 


94167 


37 1 0.6 


8477 


16 


5 33 11.95 


94007 


37 83 50.9 


8.180 


16 


7 36 14.93 


94116 


36 56 57.7 


4.in 


17 


5 34 35.96 


9.4006 


37 35 57.0 


8438 


17 


7 38 33.49 


94073 


36 68 46.4 


4.967 


18 


5 37 0.01 


9.4011 


37 38 63.7 


9466 


18 


7 30 51.79 


94038 


36 48 36.7 


4487 


19 


5 39 34.09 


9.4016 


37 31 40.9 


9.708 


19 


7 33 9.83 


9.9986 


36 43 58.7 


4486 


30 


5 41 48.30 


9.4090 


37 34 18.7 


9461 


30 


7 35 37.61 


9.9041 


86 39 33.5 


4.071 


31 


5 44 13.33 


9.4038 


37 36 47.1 


9495 


31 


7 37 45.13 


9.3806 


86 34 38.3 


4406 


33 


5 46 36.47 


3.4094 


87 39 6.8 


9.940 


33 


7 40 3.36 


9.3890 


86 39 46.0 


4488 


33 


5 49 0.63 


9.4036 


37 41 15.9 


9488 


33 


7 43 19.33 


9.3803 


36 34 45.7 


6471 


34 


6 61 34.77 


3.4034 


N.37 43 16,1 


1.936 


34 


7 44 35.99 


9.3765 


NiJ6 19 37.4 


6.904 



X. 



JANUARY, 1856. 



11 



GREENWICH MEAN TIME. 


THE MOON'S BIGHT ASCENSION AND DECLINATION. 


Hour. 


Bight AmmmIoii. 


DHL 
fbrlm. 


DeeUafttton. 


DUEL 
fbrlm. 


Hour. 


Bight AMenikm. 


BUL 
ftfflm. 




DUt 
Ibrlm. 




MO 


NDAY 


21. 






WEDNESDAY 23. 






h. m. ■. 


B, 


O 1 « 


« 




h. m. •. 


■. 


o 1 k 


« 





7 44 35.99 


3.9766 


N56 19 37.4 


6.304 





9 27 39.80 


34)140 


N.19 66 49.0 


10498 


1 


7 46 52.37 


3.3707 


26 14 21.2 


6.886 


1 


9 29 40.48 


34)080 


19 46 26.9 


10.408 


3 


7 49 8.47 


3.3060 


26 8 57.1 


6.407 


2 


9 31 40.84 


34)089 


19 36 0.1 


10.488 


3 


7 51 24.28 


3.3610 


26 3 25.2 


6.607 


3 


9 33 40.87 


1.9978 


19 25 28.7 


10463 


4 


7 53 39.79 


3.3600 


25 67 45.6 


6.736 


4 


9 35 40.58 


1.9996 


19 14 52.6 


10440 


5 


7 55 55.00 


3.3610 


25 61 58.1 


6.863 


6 


9 37 39.97 


1.9878 


19 4 11.9 


10.716 


6 


7 68 9.91 


3.3460 


35 46 3.1 


6.080 


6 


9 39 39.06 


1.9691 


18 63 26.7 


10.790 


7 


8 24.51 


3.3407 


25 40 0.6 


0.100 


7 


9 41 37.82 


1.9709 


18 42 37.1 


10463 


8 


8 2 38.80 


3.3866 


25 33 60.4 


0.381 


8 


9 43 36.28 


1.9717 


18 31 43.1 


10406 


9 


8 4 62.78 


3.3803 


25 27 32.8 


0.866 


9 


9 46 34.43 


1.9060 


18 20 44.8 


11407 


10 


8 7 6.45 


3.3861 


25 21 7.8 


6.477 


10 


9 47 32.27 


1.9016 


18 9 42.2 


11478 


11 


8 9 19.80 


3.3198 


25 14 35.6 


6.607 


U 


9 49 29.80 


1.9604 


17 58 35.4 


11.148 


13 


8 11 32.83 


3.3146 


35 7 66.3 


6.717 


13 


9 61 27.03 


1.9614 


17 47 24.4 


11.917 


13 


8 13 45.54 


3.9003 


35 1 9.6 


6.8S7 


13 


9 63 23.97 


1.0406 


17 36 9.3 


11.986 


14 


8 15 57.93 


3.3098 


34 54 15.8 


0.960 


14 


9 65 20.61 


1.9410 


17 24 50.2 


11461 


15 


8 18 10.00 


3.1984 


24 47 14.9 


74)78 


16 


9 67 16.96 


1.9867 


17 13 27.3 


11.416 


16 


8 20 21.74 


3.1999 


24 40 7.0 


7.190 


16 


9 69 13.02 


1.0819 


17 3 0.6 


11.479 


17 


8 23 33.14 


3.1878 


24 32 62.1 


7.800 


17 


10 1 8.79 


1.9371 


16 60 39.9 


11449 


18 


8 84 44.31 


3.1817 


24 25 30.3 


7.430 


18 


10 3 4.27 


1.9338 


16 38 65.6 


11.004 


19 


8 36 54.95 


3.1769 


24 18 1.7 


7.688 


19 


10 4 69.46 


1.9176 


16 27 17.4 


11400 


20 


8 39 5.36 


3.1707 


24 10 26.4 


7.044 


30 


10 6 64.37 


1.9138 


16 16 35.6 


11.797 


31 


8 31 15.44 


3*1669 


24 2 44.4 


7.766 


31 


10 8 49.01 


1.9064 


16 3 60.2 


11.780 


33 


8 33 35.19 


9.1607 


23 54 55.8 


7404 


33 


10 10 43.38 


1.0069 


16 63 1.3 


11444 


33 


8 35 34.60 
TUI 


3.1640 

:SDA^ 


N.23 47 0.7 
' 22. 


7.978 


83 


10 12 37.48 
THU 


14906 

RSDA^ 


N.16 40 9.0 
r 24. 


11.900 





8 37 43.67 


3.1488 


NJ33 38 69.1 


84)80 





10 14 31.31 


1.8063 


N.15 38 13.3 


11460 


1 


8 39 53.40 


3.1497 


23 30 61.1 


8.186 


1 


10 16 24.88 


1.8907 


16 16 14.1 


13414 


3 


8 42 0.79 


3.1870 


23 33 36.8 


8.991 


3 


10 18 18.19 


1.8803 


16 4 11.6 


19409 


3 


8 44 8.84 


S.1818 


33 14 16.3 


8.806 


3 


10 20 11.24 


14890 


14 53 5.8 


19.133 


4 


8 46 16.55 


3.1367 


33 5 49.3 


8.499 


4 


10 22 4.04 


14777 


14 39 56.9 


13.176 


5 


8 48 23.92 


3.1300 


33 67 16.3 


8.009 


6 


10 23 66.58 


14786 


14 37 44.9 


19.937 


6 


8 50 30.95 


3.1148 


33 48 37.0 


8.708 


6 


10 25 48.86 


14604 


14 15 29.7 


13.378 


7 


8 52 37.64 


3.1087 


32 39 61.8 


8.803 


7 


10 27 40.90 


14663 


14 3 11.5 


13498 


8 


8 54 43.99 


3.1080 


22 31 0.7 


8.901 


8 


10 29 32.70 


14018 


13 60 50.4 


13477 


9 


8 56 50.00 


3.0074 


22 22 3.8 


8.997 


9 


10 31 24.26 


14674 


13 38 26.3 


13.436 


10 


8 68 55.68 


3.0017 


22 13 1.1 


9.003 


10 


10 33 15.58 


14636 


13 25 69.4 


19.473 


11 


9 1 1.01 


3.0060 


22 3 62.6 


9.189 


11 


• 10 35 6.67 


1.8497 


13 13 29.7 


13.618 


13 


9 3 6.00 


94)608 


21 64 38.4 


9.383 


13 


10 36 67.54 


14468 


13 67.2 


13404 


13 


9 5 10.66 


34)747 


21 45 18.6 


Mm 


13 


10 38 48.18 


14499 


12 48 22.0 


13.600 


14 


9 7 14.97 


34)009 


21 35 53.2 


9.409 


14 


10 40 38.60 


14386 


12 35 44.1 


13.663 


15 


9 9 18.96 


34)686 


21 26 22.3 


9.660 


16 


10 42 28.80 


14360 


12 23 3.6 


13400 


16 


9 11 22.61 


34)680 


21 16 46.0 


9.649 


16 


10 44 18.79 


14316 


12 10 20.6 


13.788 


17 


9 13 25.92 


34)698 


21 7 4.4 


9.787 


17 


10 46 8.67 


14980 


11 57 35.1 


13.779 


18 


9 15 28.89 


34)407 


20 67 17.6 


9.894 


18 


10 47 68.14 


14946 


11 44 47.1 


13490 


19 


9 17 31.53 


34M19 


30 47 35.6 


0.910 


19 


10 49 47.61 


14919 


11 31 66.7 


13400 


30 


9 19 33,84 


34)867 


20 37 28.4 


9.990 


30 


10 61 36.68 


14180 


11 19 3.9 


13408 


31 


9 21 35,82 


34)809 


20 27 26.1 


104)61 


31 


10 63 35.66 


14148 


11 6 8.9 


13.986 


2^ 


9 23 37-47 


%&us 


20 17 18.7 


10.106 


22 


10 65 14.46 


14116 


10 63 11.7 


19479 


m 


fl 25 38,80 


34}I1M 


20 7 6.3 


10.347 


23 


10 67 3.05 


14066 


10 40 12.3 


18400 


^1 


9 27 39.8(1 


a.0l40 


N49 56 49.0 


10.398 


24 


10 58 61.46 


14064 


N.IO 27 10.6 


134)46 



12 



JANUARY, 1856. 



XI. 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 


B%ht AMtnakm. 


DilL 
Ibrlm. 




DUr. 
fi>rlm. 


Hoar. 


Right AMmalon. 


DUL 
forlm. 




Difll 
forlm. 




FRIDAY 25. 




SUNDAY 


27. 






h. m. 1. 


■. 


o 1 a 


« 




h. m. s. 


■. 


O 1 « 


a 





10 58 51.46 


1.80ft4 


N.IO 27 10.6 


1SUH5 





12 23 19.05 


1.7410 


S. 25 39.9 


ujan 


1 


11 39.69 


1.80M 


10 14 6.8 


1S.080 


1 


12 25 3.52 


1.7415 


39 33.2 


13486 


9 


U 2 27.75 


1.7995 


10 1 1.0 


1S.U8 


2 


12 26 48.02 


1.7430 


53 26.5 


13487 


3 


11 4 15.63 


1.7987 


9 47 53.2 


1S.146 


3 


12 28 32.56 


1.7435 


1 7 19.7 


13487 


4 


11 6 3.34 


1.7940 


9 34 43.5 


13.178 


4 


12 30 17.13 


1.7483 


1 21 12.9 


13486 


5 


11 7 50.89 


1.7914 


9 21 31.8 


18.311 


5 


12 32 1.74 


1.7430 


1 35 6.0 


1348S 


6 


11 9 38.29 


1.7688 


9 8 18.2 


18.343 


6 


12 33 46.40 


1.7448 


1 48 58.9 


13480 


7 


11 11 25.53 


1.786J 


8 55 2.8 


13.373 


7 


12 35 31.11 


1.7467 


2 2 51.6 


134rn 


8 


11 13 12.62 


1.7837 


8 41 45.6 


13400 


8 


12 37 15.88 


1.7467 


2 16 44.3 


13474 


9 


11 14 59.56 


1.7812 


8 28 26.7 


13438 


9 


12 39 0.71 


1.7477 


2 30 36.6 


13470 


10 


11 16 46.35 


1.7787 


8 15 6.2 


13456 


10 


12 40 45.60 


1.7488 


2 44 28.7 


13405 


11 


11 18 33.00 


1.7764 


8 1 44.0 


18.384 


11 


12 42 30.56 


1.7500 


2 58 20.4 


13460 


13 


11 20 19.51 


1.7743 


7 48 20.1 


18.411 


12 


12 44 15.59 


1.7513 


3 12 11.8 


13463 


13 


11 22 5.89 


1.7731 


7 34 54.7 


13.486 


13 


12 46 0.70 


1.7595 


3 26 2.7 


13445 


14 


11 23 52.15 


1.7700 


7 21 27.8 


13.460 


14 


12 47 45.90 


1.7540 


3 39 53.2 


13437 


15 


11 25 38.28 


1.7060 


7 7 59.5 


13.484 


15 


12 49 31.18 


1.7565 


3 53 43.2 


13429 


16 


11 27 24.29 


i.7oao 


6 54 29.8 


13.507 


16 


12 51 16.56 


1.7571 


4 7 32.7 


13430 


17 


11 29 10.19 


1.7040 


6 40 58.7 


13.530 


17 


12 53 2.04 


1.7568 


4 21 21.6 


13411 


18 


11 30 55.98 


1.7633 


6 27 26.2 


13.553 


18 


12 54 47.62 


1.7605 


4 35 10.0 


13400 


19 


11 32 41.66 


1.7605 


6 13 52.4 


18.578 


19 


12 56 33.30 


1.7638 


4 48 57.7 


13.788 


20 


11 34 27.24 


1.7588 


6 17.4 


13.593 


20 


12 58 19.09 


1.7643 


5 2 44.6 


13.776 


21 


11 36 12.72 


1.7573 


5 46 41.3 


13.613 


21 


13 5,00 


1.7663 


5 16 30.8 


13.764 


22 


11 37 58.10 


1.7567 


5 33 4.0 


13.683 


22 


13 1 51.03 


1.7663 


5 30 16.3 


13.751 


23 


11 39 43.39 


1.7543 


N. 5 19 25.5 


13.660 


23 


13 3 37.19 


1.7708 


S. 5 44 0.9 


13.736 




SAT 


URDA 


Y 86. 




MO 


NDAY 


28. 







11 41 28.60 


1.7538 


N. 5 5 45.9 


18.666 





13 5 23.47 


1.T735 


S. 6 67 44.6 


13.191 


1 


11 43 13.73 


1.7515 


4 52 5.3 


13.685 


1 


13 7 9.89 


1.7748 


6 11 27.4 


13.706 


2 


11 44 58.78 


1.7503 


4 38 23.7 


13.701 


2 


13 8 36.45 


1.T779 


6 25 9.3 


13400 


3 


11 46 43.75 


1.7490 


4 24 41.2 


13.716 


3 


13 10 43.15 


1.7797 


6 38 50.2 


13478 


4 


11 48 28.66 


1.7478 


4 10 57.8 


13.781 


4 


13 12 30.00 


1.7832 


6 52 30.1 


13456 


5 


11 50 13.50 


1.7468 


3 57 13.5 


18.745 


5 


13 14 17.01 


1.7848 


7 6 8.9 


18,6n 


6 


11 51 58.28 


1-7450 


3 43 28.3 


13.759 


6 


13 16 4.17 


1.7674 


7 19 46.5 


134n 


7 


11 53 43.01 


1.7451 


3 29 42.4 


13.773 


7 


13 17 51.50 


1.7903 


7 33 23.0 


13497 


8 


11 55 27.69 


1.7441 


3 15 55.7 


13.784 


8 


13 19 39.00 


1.7981 


7 46 58.3 


134T7 


9 


11 57 9.32 


1.74S5 


3 2 8.3 


13.795 


9 


13 21 26.67 


1.7960 


8 32.3 


18466 


10 


11 58 56.90 


1.7438 


2 48 20.3 


18.806 


10 


13 23 14.52 


1.7990 


8 14 5.0 


13434 


11 


12 41.44 


1.7433 


2 34 31.6 


13417 


11 


13 25 2.55 


14031 


8 27 36.4 


13.513 


12 


12 2 25.95 


- 1.7417 


2 20 42.3 


18.836 


12 


13 26 50.77 


14063 


8 41 6.4 


13.468 


13 


12 4 10.43 


1.7413 


2 6 52.5 


13.884 


13 


13 28 39.18 


14085 


8 54 34,9 


13.463 


14 


12 5 54.89 


1.7408 


1 53 2.2 


18.843 


14 


13 30 27.79 


14118 


9 8 1.9 


18.438 


15 


12 7 39.32 


1.7405 


1 39 11.5 


13.860 


15 


13 32 16.60 


14153 


9 21 27.5 


13^13 


16 


12 9 23.74 


1.7403 


1 25 20.3 


13.897 


16 


13 34 5.61 


14187 


9 34 51.5 


13486 


17 


12 11 8.15 


1.7400 


1 11 28.7 


13.863 


17 


13 35 54.84 


14393 


9 48 13.9 


13466 


18 


12 12 52.55 


1.7400 


57 36.7 


13.869 


18 


13 37 44.28 


14356 


10 1 34.5 


13430 


19 


12 14 36.95 


1.7400 


43 44.4 


18.878 


19 


13 39 33.94 


14396 


10 14 53.4 


13401 


20 


12 16 21.35 


1.7400 


29 51.9 


13.8n 


20 


13 41 23.83 


14384 


10 28 10.6 


13.S79 


21 


12 18 5.75 


1.7401 


15 59.2 


13.860 


21 


13 43 13.95 


14373 


10 41 26.0 


13.941 


22 


12 19 50.17 


1.7403 


N. 2 6.3 


18.883 


22 


13 45 4.31 


14118 


10 54 39.5 


13.909 


23 


12 21 34.60 


1.7406 


S. 11 46.7 


U-BBS 


23 


13 46 54.91 


14453 


11 7 51.1 


13.176 


24 


12 23 19.05 


1.7410 


S. 25 39.9 


18.887 


24 


13 48 45.74 


14493 


S.ll 21 0.7 


13.143 



XII. 



JANUARY, 1856. 



13 







« 




GREENWICH 


MEAN TIME. 






n 




THE MOON'S RIGHT ASCENSION AND DECLINATION. 




Hoar. 


Right Awsenaloii. 


DIflL 
ftxrlm. 


Deolinatioii. 


DMt 
fiorlm. 


Hoar. 


Bight AM3«naion. 


DiflL 
forlm. 




DUL 
forlm. 






TUESDAY 29. 






THURSDAY 31. 








h. m. ■. 


■. 


O 1 N 


M 




h. m. ». 


■. 


O 1 K 


« 







13 48 45.74 


1.8498 


S.ll 21 0.7 


13.149 





15 83 44.78 


3.1366 


S.30 56 4.3 


10.360 




1 


13 50 36.83 


1.8A85 


11 34 8.3 


13.108 


1 


15 25 53.14 


3.I43I 


81 5 83.6 


10.989 


♦ 


3 


13 53 38.16 


1.8078 


11 47 13.7 


1S.074 


2 


15 38 1.96 


3.1607 


31 15 35.6 


10.179 




3 


13 54 19.76 


1.8039 


13 17.1 


19J038 


3 


15 30 11.33 


3.1688 


31 35 43.3 


KM)e9 




4 


13 56 11.63 


1.8667 


13 13 18.3 


134)09 


4 


15 33 30.96 


3.1660 


31 35 45.5 


9.991 




5 


13 58 3.77 


1.8712 


13 36 17.3 


19.964 


5 


15 34 31.16 


3.1738 


31 45 43.3 


9.898 




6 


13 59 66.18 


1.8767 


13 39 14.0 


13.996 


6 


15 36 41.83 


3.1816 


31 55 33.3 


9.803 




7 


14 1 48.86 


1.8804 


13 53 8.3 


134«86 


7 


15 38 63.95 


3.1804 


83 5 18.5 


9.706 




8 


14 3 41.83 


1.8809 


13 5 0.3 


13.846 


8 


15 41 4.55 


9.1973 


83 14 57.9 


9.607 




9 


14 5 35.09 


1.8901 


13 17 49.7 


19.804 


9 


15 43 16.61 


9.3060 


33 34 31.4 


9.608 




10 


14 7 38.64 


1.8061 


13 30 36.7 


13.763 


10 


15 45 39.15 


1.3199 


33 33 58.9 


9.407 




11 


14 9 33.49 


1.9001 


13 43 31.3 


19.719 


11 


15 47 43.16 


3.3308 


83 43 30.3 


9306 




13 


14 11 16.64 


1.9061 


13 56 3.0 


134174 


13 


15 49 55.65 


1.3388 


88 53 35.6 


9.909 




13 


14 13 11.10 


1.9109 


14 8 43.1 


13499 


13 


15 53 9.63 


9.9368 


33 1 44.6 


9.007 




U 


14 15 5.87 


1.9164 


14 31 18.5 


13.683 


14 


16 64 34.07 


1^1448 


33 10 47.1 


8.990 




15 


14 17 0.95 


1.9207 


14 33 52.1 


13.636 


15 


15 66 38.99 


3.9698 


33 19 43.3 


8.889 




16 


14 18 56.35 


1.9i261 


14 46 33.8 


13.488 


16 


16 68 64.40 


8.9608 


33 38 33.9 


&779 


1 


17 


14 30 53.08 


1.9817 


14 58 60,6 


13.440 


17 


16 1 10.39 


3.3688 


33 37 16.9 


8.660 




18 


14 33 48,15 


14»S7a 


15 11 15.5 


13.391 


18 


16 3 36.66 


9.9769 


33 45 63.1 


8.647 




19 


14 24 44.56 


l-iM39 


15 23 37.5 


13.aw 


19 


16 5 43.53 


3.9830 


33 54 31.5 


8.438 




90 


14 36 4L30 


I.MK^ 


15 35 56.3 


H.an 


20 


16 8 0.86 


9.9931 


84 8 44.0 


8316 




n 


14 39 39.37 


J-swq 


15 48 U.9 


n-aan 


31 


16 10 18.69 


9.3019 


34 10 59.4 


8.198 




2ft 


14 30 35.7a 


l.?ei)0 


16 24,3 


n^in 


2-2 


16 13 37.00 


3.8009 


34 19 7.8 


84)80 




33 


14 32 33.57 

WEDl 


^ESDi 


S.16 13 33.1 
^Y 30, 


i^j.i-a 


23 


16 14 66.79 
FRIDAY, 


34179 

FEBI 


S.34 87 9.0 
lUARY 1. 


7.066 







14 34 31.70 


1J738 


S,16 24 38.6 
10 30 40.7 


|3,M4 





16 17 16.07] 


9.93581 


S.84 36 S.8| 


7386 




1 


14 36 30.10 


1.9719 


l'J,W7 














3 


14 38 29.05 


1.0641 


16 48 39.4 


ii.i>j*> 














3 


14 40 28,28 


J,9S0« 


17 34.6 


J 1^9 














4 


14 43 37.80 


].99d(l 


17 12 26.1 


nsiR 














5 


14 44 37.88 


a.(»oao 


17 24 14.0 


ri.7ff: 















7 


14 16 28.25 
14 4§ 29.00 


9.0 1 W 


17 35 58,1 
17 47 38.3 


11. :m 




PHASES ( 


3F TI 


IE MOON. 




■^ 


8 
9 


14 50 30,14 
U 53 31 SB 


a.D-iso 


17 59 14.6 

IR 10 47,0 
























Bh 


110 


14 54 33.n2 


S.QMT 


IB 22 15.3 


ii.-i^M 








Day. h. m. 




^Hiu 


14 56 3r>.!>fi 


%04n 


18 33 39,5 


]i,3€t^ 




New Moo 


n, . 


7 11 17. 


3 


^^^F' ^ 


14 58 3!:*,71 


3,(U»i 


18 44 59,5 


n.J97 




3) First Qua 


rter, 


. 14 3 43 


7 


K 


15 41>I7 


!UK>d2 


18 50 15/2 


11. ^w 




O Full Mooi 


n, . 


. 31 15 38. 


8 




15 3 15.45 


!I.M33 


19 7 26.5 


11. 16 J 




(£ Last Quai 


rter, . 


. 39 30 34. 


8 


^^^ 


^■^ * 4CI.45 
53.87 


a.oiDa 


19 18 33.5 
19 29 36,0 


ll4r7S 














3.0773 


114KB 












^^H 
" 


71 


!4.tSlJ 


, 10 40 33,9 


tQ.9JS 








Bay. h. 
. . 9 33. 






^ 


%mu 


19 51 27.1 


io.a47 




C Perigee, 











%iota 


20 3 15-6 
20 13 59.2 


10.7f7 




C Apogee, 


• . 


. . 85 31. 









'\im 


20 23 38.0 


iO.flfW 












J 




^J 


20 34 n.B 
20 44 40.0 


10'.V>2 
10*437 












' 








-M 55 4.2 


lO'Sao 













14: 



JANUARY, 1856. 



XIII. 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 


^1 


SUr'sNuM 

and 

Portion. 


Noon. 


P.L. 
of 
Difl. 


UP*- 


P.L. 
of 
DilL 


VPi. 


P.L. 

of 

Diff. 


DCh. 


P.L. 

or 

Difl. 


1 


Regulos 
Venus 
Antares 
Sun 


W. 
E. 
E. 
E. 


O 1 tl 

63 26 4 
33 26 27 
46 46 2 
79 3 41 


2976 
8451 
9983 
8397 


O 1 « 

64 66 48 
32 6 8 
46 14 2 
77 40 36 


9964 
8488 
9961 
8846 


O 1 II 

56 27 46 
30 43 34 
43 42 48 
76 17 16 


3968 
8436 
3989 
8889 


O 1 II 

57 58 58 
29 21 49 
42 11 19 
74 63 41 


9940 
8490 
9998 

8890 


s 


Regulus 
Ma^ 
Antares 
Sun 


W. 
W. 
E. 
E. 


65 39 3 
24 49 45 
34 30 11 
67 62 8 


9074 
8006 

9960 
8368 


67 11 66 
26 19 48 
32 57 8 
66 27 1 


9860 
9904 
9868 

8988 


68 45 5 
27 50 8 
31 23 49 
65 1 37 


9846 
9976 
9888 
8398 


70 18 34 
29 20 47 
29 60 12 
63 36 55 


9811 
9904 

8907 


3 


Regulns 

Mars 

Sun 


W. 
W. 
E. 


78 10 63 
36 68 69 
66 22 44 


gf7iS 
98B8 

8136 


79 46 23 
38 31 39 
64 65 8 


9787 
9866 

8110 


81 22 14 
40 4 41 
63 27 U 


9791 
9860 
8094 


82 68 26 
41 38 4 
51 68 64 


9flD4 
9889 

8on 


4 


Regulus 
Mars 

Son 


W. 
W. 
E. 


91 5 4 
49 30 39 
44 32 20 


901 
9746 
9994 


92 43 31 
61 6 19 
43 2 


3008 

9797 
9977 


94 22 22 
52 42 23 
41 31 19 


9886 
9709 
9969 


96 1 36 
64 18 61 
40 18 


9fif9 
9699 
9946 


9 


Sun 

a Arietis 

Aldebaran 


W. 
E. 
E. 


21 23 12 

87 16 25 

117 40 20 


3S60 
3190 
3191 


23 3 7 

85 26 42 

116 61 39 


9689 
9186 
9186 


24 43 26 

83 37 66 

114 2 51 


9590 
9187 
3183 


26 24 4 

81 49 9 

112 13 68 


96U 

9186 
9181 


10 


Sun 

a Arietis 

Aldebaran 

Saturn 


w! 

E. 
E. 
E. 


34 60 4 

72 46 15 

103 8 69 

120 29 16 


3480 
3196 
3178 
3181 


36 31 34 

70 56 37 

101 19 59 

118 39 4 


3187 
9107 
9180 
9184 


38 13 6 

69 8 5 

99 31 1 

116 48 66 


9487 
9901 
9189 
9186 


39 64 38 

67 19 39 

97 42 6 

114 58 60 


948T 
9906 

9186 
9187 


11 


Sun 

a Arietis 

Aldebaran 

Saturn 


W. 
E. 
E. 
E. 


48 21 43 

68 19 42 

88 38 63 

106 49 31 


3S03 
9943 
3907 
9167 


60 2 54 

66 32 17 

86 50 36 

103 69 59 


9607 
9961 
9919 
9168 


51 43 68 

64 45 5 

85 2 27 

102 10 35 


9619 
9961 
9919 
3169 


53 24 54 

62 58 8 

83 14 28 

100 21 20 


9818 
9979 
9996 
9176 


12 


Sun 
Jupiter 
a Arietis 
Aldebaran 
Saturn 


W. 

W. 

E. 

E. 

E. 


61 47 21 
20 17 47 
44 7 62 
74 17 18 
91 17 38 


9664 
9899 
9841 
9967 
9911 


63 27 19 
22 3 4 
42 22 62 
72 30 30 
89 29 27 


9668 
9831 
9860 
3976 
3290 


66 7 5 
23 48 18 
40 38 18 
70 43 65 
87 41 30 


3ff79 
3836 
3878 
3996 
3939 


66 46 39 
25 33 27 
38 54 11 
68 67 35 
85 63 46 


9860 
9389 
9396 
9996 
9938 


13 


Sun 

Fomalhaut 

Jupiter 

Aldebaran 

Saturn 

Pollux 


W. 

W. 

W. 

E. 

E. 

E. 


76 1 21 
39 46 8 
34 17 16 
60 9 49 
76 68 24 
103 47 2 


9699 
9766 
9879 
9868 
99B6 
3«8 


76 39 37 
41 21 20 
36 1 31 
58 25 6 
76 12 2 
102 45 


3689 
9744 
9380 
9864 
3996 
9996 


78 17 39 
42 67 2 
37 45 34 
66 40 40 
73 25 66 
100 14 42 


3049 
3796 
9889 
9377 
9805 
9808 


79 65 27 
44 33 9 
39 29 25 
64 66 32 
71 40 4 
98 28 54 


9600 
9708 
3896 
9391 
9316 
9317 


14 


Sun 

Fomalhaut 

Jupiter 

a Pegasi 

Aldebaran 

Saturn 

Pollux 


W. 

W. 

W. 

W. 

E. 

E. 

E. 


88 48 
62 37 46 
48 6 22 
36 44 37 
46 20 60 
62 64 36 

89 43 32 


9714 
9069 
9446 
8680 

9468 
9869 
9866 


89 37 9 
64 15 7 
49 47 53 
37 4 28 
44 38 45 
61 10 17 
87 69 12 


9726 
9666 
3465 
8461 
9480 
9880 
9878 


91 13 15 
66 52 32 
51 30 9 
38 25 47 
42 67 3 
69 26 14 
86 15 6 


9736 
9665 
9405 
8881 
9497 
9891 
9380 


92 49 7 
67 29 59 
63 12 11 
39 48 25 
41 15 46 
67 42 27 
84 31 15 


9747 
966d 

9475 
8391 
3516 
9403 
9890 


16 


Sun 
Fomalhaut 


W. 
W. 


100 44 43 
66 36 66 


9601 
96n 


102 19 6 
67 14 7 


9816 
3661 


103 63 16 
68 61 12 


9896 
9666 


106 27 9 
70 28 11 


9887 
9699 



XIV. 



JANUARY, 1856. 



15 







GREENWICH MEAN 


TIME. 








LUNAB DISTANCES. 


1 


8ter*fll«M 
and 

Pocition. 


Midnight. 


P.t. 

of 

DUL 


XVh. 


P.L. 
of 
ma. 


xvmh^ 


P.L. 

of 

Dm. 


XXlh. 


P.L. 
of 
ma. 


Regulus 
Venus 
Antaiet 
Sun 


W. 
E. 
E. 
E. 


O 1 « 

59 30 36 
37 59 55 
40 39 36 
73 39 53 


9997 
8414 

SS07 


O 1 « 

61 9 11 
36 37 54 
39 7 39 
79 6 50 


9014 
8400 
9006 
8904 


O 1 n 

63 34 13 
35 15 48 
37 35 36 
70 41 33 


9001 
8406 
9809 
8981 


O 1 H 

64 6 39 
33 53 37 
36 3 57 
69 16 58 


8404 
9878 
8967 


9 


Regulus 
Mars 
Antares 
Sun 


W. 
W. 
E. 
E. 


71 53 33 
30 51 45 
38 16 16 
63 9 54 


9B16 
9»4e 
1811 
S199 


73 96 29 
39 93 3 
96 49 9 
60 43 35 


9800 

9089 
9708 
8178 


75 57 
33 54 41 
35 7 89 
59 16 57 


9786 
9016 
9199 
8100 


76 35 44 
35 36 40 
83 33 38 
67 50 


9700 
9900 

9708 
8144 


3 


Regulus 
Mars 

Sum 


W. 
W. 
E. 


84 35 1 
43 11 50 
50 30 16 


9087 
9816 
8080 


86 11 58 
44 45 58 

49 1 18 


9871 
9708 
8048 


87 49 17 

. 46 30 39 

47 31 59 


9664 

9791 
80Sr7 


80 86 59 
47 55 33 
46 3 80 


9887 
9788 
8010 


4 


Regulus 

Mars 

Sum 


W. 
W. 
E. 


97 41 14 
55 55 43 

38 38 56 


9159 
9874 
9880 


99 91 14 
57 39 57 
36 57 15 


9886 
9807 
90U 


101 1 38 
59 10 35 
35 35 14 


9610 
9889 
9899 


108 43 35 
60 48 37 
33 53 54 


9609 
9691 
9886 


9 


Sum 

a Arietis 
Aldebaran 


W. 
E. 
E. 


38 4 57 

80 30 

110 35 3 


9807 
9188 
9170 


99 46 1 

78 11 31 

108 36 3 


9480 
9186 
9178 


31 37 15 

76 33 43 

106 47 3 


9494 
9188 
9177 


33 8 37 

74 33 57 

104 58 


9480 
9190 
9178 


10 


Sum 

a Arietis 
Aldebaran 
Saturn 


W. 
E. 
E. 
E. 


41 36 9 

65 31 31 

95 53 16 

113 8 47 


9480 
9319 
9188 
9140 


43 17 38 

63 43 10 

94 4 30 

111 18 49 


9401 
9918 
9199 
9144 


44 59 4 

61 55 10 

98 15 51 

109 38 57 


9494 
9936 
9190 
9147 


46 40 36 

60 7 30 

90 37 18 

107 39 10 


9407 
9988 

9303 
9168 


11 


Sum 

a Arietis 
Aldebaran 
Saturn 


W. 
E. 
E. 
E. 


55 5 43 
51 11 37 
81 36 39 
98 33 15 


9094 
99B4 
9988 
9183 


56 46 99 
49 95 4 
79 39 1 
96 43 90 


9681 
9300 
9941 
9186 


58 36 53 
47 38 59 
77 51 35 
94 54 35 


9688 
9811 
9340 
9196 


60 7 13 
45 53 15 
76 4 31 
93 6 


9646 
9836 
9918 
9904 


13 


Sun 
Jupiter 
a Arietis 
Aldebaran 
Saturn 


W. 
W. 
E. 
E. 
E. 


68 36 1 
37 18 30 
37 10 33 
67 11 30 
84 6 14 


9880 
9844 

9491 
9807 
9917 


70 5 11 
99 3 36 
35 87 38 
65 35 41 

83 18 56 


9900 
9860 
9446 
9817 
9908 


71 44 8 
30 48 13 
33 44 58 
63 40 7 
80 31 53 


9800 

9887 
9478 
9830 
3966 


73 83 51 
33 33 50 
33 3 7 
61 54 50 
78 45 1 


9618 
9864 
9804 
9840 
9974 


13 


Sun 

Fomalhaut 

Jupiter 

Aldebaran 

Saturn 

PoUux 


W. 
W. 
W. 
E. 
E. 
E. 


81 33 
46 9 38 
41 13 3 
53 13 44 
69 54 38 
96 43 30 


9871 
9000 
9407 
9404 
9890 
9898 


83 10 19 
47 46 43 
43 56 38 
51 39 15 
68 9 7 
94 58 1 


9689 
9687 
9416 
9418 
9887 
9888 


84 47 33 
49 33 30 
44 39 40 
49 46 6 
66 34 1 
93 13 57 


9893 
9870 
9496 
9438 
9848 
9848 


86 84 13 
51 39 
46 39 38 
48 3 18 
64 39 11 
91 38 7 


9704 
9673 
9486 
9448 
9868 
9866 


14 


Sum 

Fomalhaut 

Jupiter 

a regasi 

Aldebaran 

Saturn 

Pollux 


W- 

W. 

W. 

W. 

E. 

E. 

E. 


94 34 44 
59 7 36 

54 53 59 
41 13 13 
39 34 53 

55 58 56 
83 47 39 


9700 
9886 

11166 
8970 
9S3A 
9414 
9410 


96 6 
60 44 53 
56 35 33 
43 36 59 
37 54 37 
54 15 41 
81 4 18 


9no 

9066 

9406 
8936 
9666 

9496 
9190 


97 35 13 
63 33 18 
58 16 53 
44 3 39 
36 14 30 
53 33 43 
79 31 13 


9789 
9860 
9806 
8187 
9877 
9487 
9480 


99 10 5 
63 59 39 
59 57 59 
45 39 4 
34 35 3 
50 50 1 
77 38 30 


9799 
9879 
9616 
8168 
9601 
9449 
9440 


15 


Sum 
Fomalhaut 


W. 
W. 


107 49 
73 5 3 


9840 
9608 


108 34 15 
73 41 45 


9880 
9704 


110 7 36 
75 18 30 


9870 
9710 


111 40 33 
76 54 46 


9880 
9718 



16 



JANUARY, 1856. 



XV. 







GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


^1 


Star^NuM 
and 


Noon. 


P.L. 
of 


mh. 


P.L. 
of 


Vlh. 


P.L. 
of 


IX«^ 


P.L. 
of 


Podtton. 






DilL 




DIff. 




Di£ 




DHL 








O 1 II 




O 1 w 




O 1 II 




O J N 




15 


Jupiter 

aPefirasi 

Aldebaran 


W. 


61 38 51 


3995 


63 19 29 


9SS0 


64 59 53 


9545 


66 40 3 


9006 




W. 


46 56 10 


tm 


48 23 51 


3100 


49 52 1 


8070 


51 20 37 


8060 




E. 


32 56 9 


soar 


31 17 51 


9005 


29 40 10 


1006 


28 3 11 


9731 




Saturn 


E. 


49 7 36 


MOO 


47 25 27 


9473 


45 43 36 


9485 


44 2 1 


9197 




Pollux 


E. 


75 55 42 


SIM 


74 13 18 


9400 


72 31 9 


9470 


70 49 14 


9480 


16 


Sun 


W. 


113 13 7 


MBl 


114 45 37 


9903 


116 17 52 


9914 


117 49 53 


S9S4 




Fomalhaut 


W. 


78 31 2 


sm 


80 7 9 


9789 


81 43 6 


9741 


83 18 52 


3749 




Jupiter 
aregasi 


W. 


74 57 28 


9004 


76 36 17 


9015 


78 14 52 


9034 


79 53 14 


9634 




W. 


58 48 18 


MOS 


60 18 27 


9997 


61 48 44 


9999 


63 19 7 


3969 




Saturn 


E. 


35 38 32 


9a6S 


33 58 46 


9578 


32 19 21 


3503 


30 40 17 


9810 




Pollux 


E. 


62 23 12 


.9600 


60 42 41 


9540 


59 2 23 


3&19 


57 22 18 


9650 




Regalus 


E. 


96 58 8 


9S88 


97 17 48 


3546 


95 37 41 


3557 


93 57 47 


9600 


17 


Fomalhaut 


W. 


91 14 55 


9T» 


92 49 32 


9803 


94 23 57 


9813 


95 58 9 


9833 




Jupiter 
a Pegasi 


W. 


88 1 52 


9081 


89 38 58 


9069 


91 15 52 


3099 


92 52 33 


9708 




W. 


70 51 40 


9980 


72 22 10 


9909 


73 52 37 


3991 


75 23 1 


9994 




a Arietis 


W. 


27 16 30 


9881 


28 49 13 


9803 


30 22 20 


3818 


31 55 45 


9838 




Pollux 


E. 


49 5 10 


9000 


47 26 23 


9615 


45 47 49 


3034 


44 9 27 


9683 




Regulus 


E. 


85 41 30 


9013 


84 2 52 


9093 


82 24 27 


9632 


80 46 15 


9640 


18 


Jupiter 
a Pe^i 
a Anetis 


W. 


100 53 


9763 


102 28 30 


9762 


104 3 48 


2770 


105 38 55 


9779 




W. 


82 53 44 


1090 


84 23 32 


30M 


85 53 13 


8033 


87 22 45 


8040 




W. 


39 45 25 


9815 


41 19 34 


9814 


42 53 44 


3615 


44 27 53 


9616 




Pollux 


E. 


36 41 


9078 


31 23 32 


3088 


32 46 36 


9697 


31 9 52 


3706 




Regulus 


E. 


72 38 11 


9084 


71 1 10 


9003 


69 24 21 


3701 


67 47 43 


3710 


19 


a Arietis 


W. 


52 17 55 


98S9 


53 51 41 


9836 


55 25 22 


2842 


66 58 56 


9846 




Aldebaran 


W. 


22 30 43 


SOTS 


23 59 26 


8043 


25 28 45 


8018 


26 58 36 


9990 




Regulus 


E. 


59 47 28 


97S3 


58 11 59 


3763 


56 36 42 


2ni 


55 1 36 


3780 




Mars 


E. 


106 47 4 


3803 


105 13 44 


3801 


103 40 35 


3660 


102 7 36 


98n 


30 


a Arietis 


W. 


64 45 4 


9875 


66 17 55 


3881 


67 50 38 


3866 


69 23 12 


3804 




Aldebaran 


W. 


34 32 8 


9954 


36 3 18 


3951 


37 34 32 


3950 


39 5 48 


3950 




Regulus 


E. 


47 9 1 


»» 


45 35 5 


3889 


44 1 19 


3343 


42 27 45 


3853 




Mars 


E. 


94 25 18 


9910 


92 53 20 


3935 


91 21 33 


2933 


89 49 55 


3941 




Spies 


E. 


101 8 42 


9809 


99 34 26 


3618 


98 21 


3835 


96 26 26 


3633 


21 


a Arietis 


W. 


77 4 


9998 


78 35 43 


3B35 


80 7 17 


3943 


81 38 42 


3049 




Aldebaran 


W. 


46 41 55 


2956 


48 13 


3909 


49 44 1 


3965 


51 14 57 


3970 




Saturn 


W. 


29 52 58 


2917 


31 24 55 


39-30 


32 56 49 


3933 


34 28 39 


3996 




Mars 


E. 


82 14 17 


3980 


80 43 39 


9987 


79 13 10 


2904 


77 42 50 


8009 




Spica 


E. 


88 39 22 


9871} 


87 6 27 


9680 


85 33 42 


9887 


84 1 7 


3805 


22 


a Arietis 


W. 


89 13 35 


9065 


90 44 7 


3908 


92 14 29 


8000 


93 44 43 


3007 




Aldebaran 


W. 


58 48 12 


9993 


60 18 33 


3909 


61 48 47 


3005 


63 18 54 


8000 




Saturn 


W. 


42 6 40 


9947 


43 37 59 


3953 


45 9 12 


3957 


46 40 19 


3963 




Mars 


E. 


70 13 30 


8080 


68 44 6 


8047 


67 14 51 


8053 


65 45 44 


8060 




Spica 


E. 


76 20 36 


9933 


74 48 58 


3880 


73 17 29 


3947 


71 48 10 


3954 


23 


Aldebaran 


W. 


70 47 49 


8006 


72 17 15 


8043 


73 46 35 


8048 


75 15 48 


8068 




Saturn 


W. 


54 14 6 


9990 


55 44 31 


3906 


57 14 49 


8001 


58 45 1 


8006 




Pollux 


W. 


26 38 23 


3999 


28 8 46 


3997 


29 39 3 


8003 


31 9 13 


8006 




Mars 


W. 


58 22 17 


8093 


56 53 59 


8100 


55 25 49 


8106 


63 57 47 


8113 




Spica 


E. 


64 11 44 


3988 


62 41 16 


3994 


61 10 56 


8001 


59 40 45 


8007 



XVI. 



JANUARY, 1856. 



IT 







GKEENWICH MEAN TIME. 








LUNAB DISTANCES. 


3 


Btar^i NaiM 




PL. 




P.L. 




P.L. 




P.L. 


and 




Midnigto. 


of 


XV^ 


of 


XVUIh. 


of 


XXlh. 


of 


PoritiOB. 






DMt 




DIS. 




ma. 




MB. 






O 1 M 




O 1 M 




O 1 M 




O 1 « 




16 


Jupiter 
a Pegasi 


W. 


68 19 59 


iB6» 


69 59 42 


9876 


71 39 11 


9686 


73 18 96 


9888 




W. 


52 49 36 


1044 


54 18 54 


1099 


56 48 29 


1019 


57 18 18 


8010 




Aldebenn 


E. 


26 26 59, 


7m 


24 51 42 


9B10 


23 17 27 


9866 


21 44 23 


9999 




Saturn 


E. 


42 20 43 


S610 


40 39 43 


999i 


38 59 1 


9686 


37 18 37 


9649 




PaUux 


£. 


69 7 33 


9191 


67 26 7 


901 


65 44 56 


96U 


64 3 57 


9890 


16 


Son 


W. 


119 21 41 


SBtft 


120 53 15 


9910 


199 24 36 


9987 


123 66 42 


998S 




Fomalluuit 


W. 


84 54 27 


fTft7 


86 29 51 


9f700 


88 5 4 


fn6 


89 40 6 


9784 




JwMter 
aPegifti 


W. 


81 31 23 


QMS 


83 9 19 


9809 


84 47 3 


9889 


86 24 34 


sra 




W. 


64 49 34 


9BM 


66 20 4 


9889 


67 59 36 


98SI 


69 21 9 


9986 




Sstora 


E. 


29 1 36 


9m 


27 23 18 


9847 


95 46 97 


98B6 


24 8 4 


9899 




PoUox 


E. 


55 49 26 


SM8 


54 2 47 


9876 


59 23 22 


9668 


50 44 10 


9696 




RagulM 


E. 


92 18 6 


1076 


90 38 38 


9668 


88 59 23 


9894 


87 20 90 


9804 


17 


Fomtlhaol 


W. 


97 32 7 


im 


99 6 59 


9BI4 


100 39 23 


9864 


102 12 41 


9668 




Jupitar 
a Pe^i 


W. 


94 29 9 


m9 


96 5 20 


9118 


97 41 26 


9716 


99 17 18 


9744 




W. 


76 53 21 


998 


78 23 36 


loot 


79 53 45 


1006 


81 23 48 


8014 




a Arntis 


W. 


33 29 24 


wm 


35 3 14 


9889 


36 37 13 


9B18 


36 11 rt 


9816 




Pollux 


E. 


42 31 17 


9m 


40 53 20 


9889 


39 16 36 


ffff^l 


37 38 2 


9689 




Regults 


E. 


79 8 15 


9m 


77 30 26 


9887 


76 52 49 


9868 


74 15 24 


9876 


IS 


Jiroiter 


W. 


107 13 50 


9m 


108 48 34 


9796 


110 23 7 


9806 


111 57 29 


9814 




W. 


88 52 8 


1048 


90 21 21 


1067 


91 50 23 


1008 


93 19 14 


1076 




a Anetis 


W. 


46 2 


SIS 


47 36 6 


9891 


49 10 6 


9894 


50 44 4 


9S98 




Pollux 


E. 


20 33 20 


9lli 


27 57 90 


9794 


26 20 52 


9734 


24 44 57 


9744 




Regulos 


E. 


66 11 17 


9119 


64 35 2 


9796 


69 56 59 


9787 


61 23 8 


9766 


19 


a Arietb 


W. 


58 39 24 


9m 


60 5 45 


98S7 


61 38 59 


9869 


63 12 6 


9689 




Aldebarau 


W. 


28 28 50 


9P8B 


29 50 22 


9974 


31 30 7 


9966- 


33 1 3 


9966 




Regulms 


E. 


53 26 42 


3V8B 


51 52 


9f708 


60 17 29 


9606 


48 43 


9616 




Man 


E. 


100 34 48 


9866 


99 2 10 


9894 


97 29 43 


9901 


95 57 26 


9909 


90 


a Arietis 


W. 


70 55 39 


9901 


72 27 67 


9Kn 


74 7 


9914 


75 32 8 


9991 




AMebarao 


W. 


40 37 4 


9900 


42 8 20 


9961 


43 39 34 


9968 


45 10 46 


9966 




Reffulus 


E. 


40 54 24 


9881 


39 21 15 


9870 


37 48 18 


9880 


36 15 33 


9890 




Man 


E. 


88 18 28 


9948 


86 47 10 


9997 


85 16 3 


9964 


83 45 6 


9979 




Spica 


E. 


94 52 41 


9841 


93 19 6 


9B46 


91 45 41 


9087 


90 12 27 


9864 


91 


a Ari^lis 


W. 


83 9 59 


9960 


84 41 7 


9964 


86 12 5 


99T1 


87 42 54 


9on 




Aldebaran 


w. 


52 45 47 


9n4 


54 16 32 


9979 


55 47 11 


9984 


57 17 44 


9986 




Saturn 


w. 


36 25 


9999 


37 32 7 


99S8 


39 3 44 


9988 


40 35 16 


9949 




Man 


E. 


76 12 40 


1009 


74 42 39 


ion 


73 12 47 


1094 


71 43 4 


8081 




Spica 


E. 


82 28 42 


9909 


80 56 26 


9910 


79 24 20 


9917 


77 52 23 


9996 


23 


a Arietis 


W. 


95 14 47 


1014 


96 44 43 


1091 


98 14 30 


1098 


99 44 8 


8086 




Aldebaran 


W. 


64 48 55 


1016 


66 18 49 


1091 


67 48 36 


1096 


69 18 16 


8019 




Saturn 


W. 


48 11 18 


990B 


49 42 11 


9974 


61 12 56 


9980 


52 43 34 


9966 




Man 


E. 


64 16 46 


10S7 


62 47 56 


1074 


61 19 15 


1061 


59 50 42 


8087 




Spica 


E. 


70 14 59 


9901 


68 43 57 


9908 


67 13 4 


9974 


65 42 10 


9961 


93 


Aldebaran 


W. 


76 44 55 


1009 


78 13 65 


1064 


79 42 49 


1009 


81 11 36 


8074 




Saturn 


W. 


60 15 6 


1011 


61 45 5 


1017 


63 14 57 


1099 


64 44 43 


8096 




Pollux 


W. 


32 39 16 


1018 


34 9 13 


1018 


35 39 3 


1094 


37 8 46 


1099 




Man 


E. 


52 29 52 


1118 


51 2 4 


1194 


49 34 23 


1199 


48 6 48 


1116 




Spica 


E. 


58 10 41 


1018 


56 40 44 


1019 


65 10 55 


1096 


63 41 13 


8010 



18 



JANUARY, 1856. 



XFII. 







GREENWICH MEAN 


TIME. 






n 


LUNAB DISTANCES. 1 


1^ 


Bter'f NaoM 




P.L. 




P.L. 




P.L. 




F.L, 


^1 


and 




Noon. 


of 


ink- 


of 


VP». 


or 


IXh. 


of 


Position. 






Diff. 




Diff. 




iMfl: 


% 


Diff. 






O 1 II 


, 


O 1 II 




O 1 II 




O 1 « 




24 


Aldebaran 


W. 


89 40 17 


aoTO 


84 8 59 


8068 


85 37 22 


8060 


87 5 45 


8089 




Saturn 


w. 


66 14 23 


aosi 


67 43 57 


8086 


69 13 25 


8041 


70 49 47 


80U 




Pollux 


w. 


38 38 93 


aosi 


40 7 54 


8030 


41 37 19 


8643 


43 6 48 


80C7 




Mara 


E. 


46 39 91 


8140 


45 19 


8146 


43 44 45 


8160 


49 17 36 


8164 




Spica 


E. 


59 11 38 


9m 


50 49 10 


8043 


49 12 49 


8047 


47 43 34 


8069 




Antares 


E. 


98 3 34 


8080 


06 33 58 


8036 


95 4 29 


8040 


93 35 6 


8046 




VenuB 


E. 


110 56 18 


8610 


109 36 5 


8616 


108 15 57 


8630 


106 55 65 


8696 


95 


Aldebaran 


W. 


94 96 97 


8118 


95 54 91 


3116 


97 22 19 


. 8110 


08 49 68 


am 




Saturn 


W. 


78 8 98 


8088 


79 37 93 


8066 


81 6 15 


8066 


89 35 


8070 




Pollux 


W. 


50 39 3 


8006 


59 55 


8060 


53 99 43 


8071 


64 68 98 


8078 




Regulus 


W. 


14 94 39 


8314 


15 50 95 


8104 


17 16 49 


8176 


18 43 90 


8ia 




Mare 


E. 


35 3 8 


8174 


33 36 98 


8176 


39 9 59 


8061 


30 43 90 


8188 




Spica 


E. 


40 18 44 


8078 


38 50 9 


8on 


37 91 94 


8061 


35 59 51 


8068 




Antares 


E. 


86 9 97 


8004 


84 40 33 


8006 


83 11 49 


8060 


81 49 55 


8079 




Venus 


E. 


100 17 


8646 


98 57 26 


8649 


97 37 56 


8663 


96 18 99 


8666 


26 


Aldebaran 


W. 


106 8 5 


8188 


107 35 35 


8183 


109 3 5 


8136 


110 30 31 


8186 




Saturn 


W. 


89 58 30 


8070 


01 27 6 


8078 


99 55 49 


8078 


94 94 18 


8078 




Pollux 


W. 


69 91 40 


8060 


63 50 14 


8061 


65 18 47 


8061 


66 47 90 


8080 




Regulus 


W. 


95 59 97 


8198 


27 27 3 


8134 


98 54 44 


8190 


30 99 29 


8116 




Spica 


E. 


98 31 


8008 


27 9 48 


8101 


95 34 39 


8104 


24 6 39 


8187 




Antares 


E. 


74 19 36 


8070 


79 51 1 


8079 


71 99 97 


8060 


69 53 63 


8070 




Venus 


E. 


89 41 51 


8564 


88 99 37 


8964 


87 3 93 


8666 


85 44 10 


assi 


97 


PoUux 


W. 


74 10 99 


8078 


75 39 5 


8070 


77 7 61 


80ff7 


78 36 41 


8004 




Regulus 


W. 


37 49 24 


8007 


39 10 37 


8006 


40 38 55 


8066 


49 7 19 


8088 




Antares 


E. 


62 30 45 


8078 


61 9 9 


8070 


59 33 15 


8066 


58 4 94 


8004 




Venus 


E. 


79 7 51 


8667 


77 48 30 


8666 


76 99 6 


8669 


76 9 39 


8668 




Sum 


E. 


121 15 45 


8486 


119 55 4 


8461 


118 34 19 


8<76 


117 13 30 


8I1S 


98 


Pollux 


W. 


86 2 6 


80S8 


87 31 30 


8083 


89 I 9 


8096 


90 30 49 


8090 




Regulus 


W. 


49 30 55 


8066 


51 


8046 


59 99 13 


8041 


53 58 35 


8088 




Antares 


E. 


50 39 


8080 


49 9 36 


8033 


47 40 4 


8037 


46 10 95 


8090 




Venus 


E. 


68 31 18 


86M 


67 11 90 


8616 


65 51 16 


8613 


64 31 5 


8806 




Sun 


E. 


110 27 57 


8446 


109 6 31 


8436 


107 44 57 


8430 


106 93 14 


8499 


99 


Pollux 


W. 


98 1 24 


9977 


99 39 5 


9966 


101 9 58 


9066 


109 34 4 


984i 




Regulus 


W. 


61 28 I 


9900 


69 58 98 


9079 


64 29 7 


9960 


65 59 59 


9007 




Antares 


E. 


38 39 48 


9070 


37 9 9 


9069 


35 38 17 


9960 


34 7 13 


9048 




Venus 


E. 


57 48 2 


8408 


56 26 57 


8464 


55 5 41 


8444 


53 44 14 


8489 




Sun 


E. 


99 32 13 


8374 


98 9 27 


8861 


96 46 29 


8863 


95 93 18 


8841 


30 


Regulus 


W. 


73 38 2 


9607 


75 10 25 


3863 


76 43 6 


3666 


78 16 6 


9864 




Mare 


W. 


23 25 33 


9066 


24 56 4 


3070 


26 26 54 


3965 


97 58 3 


9900 




Spica 


W. 


19 37 46 


9oai 


21 9 38 


3003 


29 41 53 


9686 


94 14 30 


9800 




Antares 


E. 


26 28 25 


9891 


24 55 55 


3676 


23 23 8 


9866 


91 50 5 


9809 




Venus 


E. 


46 53 59 


8876 


45 31 8 


8364 


44 8 10 


8361 


49 44 58 


8880 




Sun 


E. 


88 93 50 


8970 


86 59 10 


8960 


85 34 12 


8946 


84 8 56 


8980 


31 


Regulus 


W. 


86 5 45 


fTTS 


87 40 42 


S763 


89 15 59 


9746 


90 51 38 


9799 




Mare 


W. 


35 38 54 


9667 


37 12 8 


9640 


38 45 44 


9633 


40 19 49 


9806 




Spica 
Venus 


W. 


39 3 7 


9768 


33 37 57 


3766 


35 13 10 


9748 


36 48 46 


9180 




E. 


35 45 91 


8376 


34 20 42 


8966 


32 55 50 


8354 


31 30 45 


890 


1 


Sun 


E. 


76 57 59 


8148 


75 30 48 


8131 


74 3 16 


8113 


79 35 92 


8006 



XVIII. 



JANUARY, 1856. 



19 







GREENWICH MEAN 


TIME. 








LUNAB DISTANCES. 


^1 


Star'iNanM 




P.L. 




P.L. 




P.L. 




P.L. 


•Qd 




Midnight. 


of 


XVH. 


of 


xvnp^ 


of 


XXIb. 


of 


PodOoa 






Diff. 




DiC 




Dill. 




Dm. 


94 


Aldebaran 


W. 


O t f u 

88 34 4 


SOW 


O 1 N 

90 3 17 


8101 


O 1 1 

91 30 35 


8106 


O 1 u 

93 58 28 


8109 




Saturo 


W. 


73 13 5 


aoie 


73 41 18 


8063 


75 10 86 


8066 


76 39 39 


8060 




Pollux 


w. 


44 35 53 


lOM 


46 5 3 


80M 


47 34 7 


8060 


49 3 7 


8063 




Mars 


E. 


40 50 33 


SIM 


39 33 33 


8108 


37 56 40 


8166 


36 39 53 


8171 




Spica 


E. 


46 14 35 


8086 


44 45 33 


8060 


43 16 34 


8066 


41 47 31 


8008 




AnUres 


E. 


93 5 49 


1049 


90 36 36 


8068 


89 7 38 


8066 


87 38 35 


8060 




Yearn 


E. 


105 35 59 


8090 


104 16 7 


8684 


103 66 30 


8688 


101 36 38 


8649 


96 


Aldebaran 


W. 


100 17 41 


S19i 


101 46 30 


8197 


103 13 57 


8199 


104 40 33 


8180 




Saturn 


W. 


84 3 50 


807S 


85 33 33 


8074 


87 1 14 


8077 


88 39 53 


8077 




Pollux 


W. 


56 37 11 


aOTft 


57 55 51 


8077 


59 34 39 


8976 


60 53 5 


8079 




Regulns 


W. 


30 10 13 


SlAt 


31 37 19 


8146 


33 4 34 


8188 


34 31 57 


8188 




Mars 


E. 


39 16 51 


S180 


37 50 35 


8186 


36 34 3 


8191 


34 57 43 


8198 




Spica 


E. 


34 34 31 


8067 


33 55 55 


8090 


31 37 33 


8098 


39 59 15 


8006 




Antares 


E. 


80 14 11 


8074 


78 45 30 


8076 


77 16 50 


8on 


76 48 13 


8078 




Venus 


E. 


94 59 5 


8607 


93 39 44 


8660 


93 20 35 


8660 


91 1 7 


966& 


96 


Aldebaran 


W. 


in 67 67 


8187 


113 35 33 


8188 


114 53 45 


8187 


116 30 13 


8186 




Saturn 


W. 


95 53 54 


8078 


97 31 30 


8on 


98 50 8 


8076 


100 18 47 


8074 




Pollux 


W. 


68 15 54 


8080 


69 44 38 


8078 


71 13 4 


8077 


78 41 48 


8076 




Regulus 


w. 


31 50 19 


8118 


33 18 13 


8109 


34 46 13 


8106 


36 14 16 


8101 




Spica 


K 


33 38 39 


8100 


31 10 30 


8114 


19 43 37 


8118 


18 14 49 


8139 




Antares 


E. 


68 35 18 


8078 


66 56 43 


8077 


65 38 5 


8076 


63 59 36 


8074 




Venus 


E. 


84 34 56 


89S4 


83 6 43 


8668 


81 46 37 


8661 


80 37 10 


8619 


97 


Pollux 


W. 


80 5 35 


8000 


81 34 34 


8066 


83 3 39 


8061 


84 39 49 


8046 




Regulus 


W. 


43 35 49 


8078 


45 4 33 


8078 


46 33 8 


8067 


48 I 58 


8061 




Antares 


E. 


56 35 31 


8000 


55 6 33 


8066 


53 37 38 


8080 


53 8 17 


8046 




Venus 


E. 


73 50 8 


854A 


73 30 34 


8640 


71 10 54 


8686 


69 51 9 


8680 




Sdn 


E. 


115 63 35 


8408 


114 31 35 


8468 


113 10 39 


8487 


111 49 17 


8460 


98 


Pollux 


W. 


99 30 


8013 


93 30 38 


8001 


95 36 


9906 


96 30 54 


9967 




Regulus 


W. 


55 38 7 


8096 


56 57 49 


8016 


68 37 43 


8007 


59 57 46 


3006 




Antares 


E. 


44 40 37 


8018 


43 10 40 


8006 


41 40 33 


9997 


40 10 16 


3966 




Venus 


E. 


63 10 47 


8487 


61 50 30 


8486 


60 39 45 


8480 


59 8 57 


8473 




Sun 


E. 


105 1 33 


8414 


103 39 31 


8404 


103 17 9 


8396 


100 54 47 


8866 


99 


PoUux 


W. 


104 6 34 


9888 


105 36 58 


9934 


107 8 46 


9Wl3 


108 40 49 


9800 




Regulus 


W. 


67 31 6 


9048 


69 3 37 


3984 


70 34 3 


9931 


73 5 55 


9809 




Antares 


E. 


33 35 55 


9B88 


31 4 34 


9937 


39 33 39 


9916 


38 39 


9808 




Venus 


E. 


53 33 34 


84S9 


51 43 


8411 


49 38 38 


8400 


48 16 33 


8886 




Soil 


E. 


93 59 54 


8839 


93 36 16 


8816 


91 13 33 


8803 


89 48 14 


8989 


30 


Regulus 


W. 


79 49 34 


9B40 


81 33 


9836 


83 56 58 


9610 


84 31 9 


9794 




Mars 


W. 


39 39 33 


9934 


31 1 31 


9007 


33 33 31 


9891 


34 6 3 


9674 




Spica 


W. 


35 47 39 


9803 


37 30 50 


9886 


38 54 33 


9617 


30 38 39 


9600 




Antares 


E. 


30 16 45 


9889 


18 43 8 


9637 


17 9 15 


3616 


15 35 6 


9601 




Venus 


E. 


41 31 33 


8896 


39 57 51 


8814 


38 33 56 


8301 


37 9 46 


8386 




Sun 


E, 


83 43 33 


8314 


81 18 30 


8196 


79 51 19 


8183 


78 34 49 


8166 


31 


Regulus 


W. 


93 37 40 


31713 


94 4 4 


9694 


95 40 63 


96n 


97 18 3 


9669 




Mars 


W. 


41 54 4 


9787 


43 38 49 


9766 


45 3 59 


9780 


46 39 33 


9781 




Spica 
Venus 


W. 


38 34 46 


9ni8 


40 1 9 


9606 


41 37 56 


9676 


43 15 8 


9687 




E. 


30 5 37 


8388 


38 39 57 


8336 


37 14 18 


7319 


35 48 31 


8914 




Sun 


E. 


71 7 6 


8077 


69 38 38 


8066 


68 9 37 


8089 


66 40 3 


8091 



20 



FEBRUARY, 1856. 



I. 



AT GREENWICH APPAEENT NOON. 



i 



FrL 
Sat. 
Sim. 

Mon. 
Tues. 
Wed. 

Thur. 

Fri. 

Sat 

Sun. 
Mon. 
Tues. 

Wed. 
Thur. 
Fri. 

Sat. 
Sun. 
Mon. 

Tues. 
Wed. 
Thur. 

Fri. 
Sat 
Sun. 

Mon. 
Tues, 
Wed. 

Thur. 
Fri. 

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 



THE SUITS 



Appareni 
Bight 



1l m. f. 

20 57 24.97 

21 1 29.52 
21 5 33i26 

21 9 36.17 
21 13 38.28 
21 17 39.56 

21 21 40.03 
21 25 39.69 
21 29 38.53 

21 33 36.59 
21 37 33.84 
21 41 30.30 

21 45 25.94 
21 49 20.80 
21 53 14.93 

21 57 8.29 

22 1 0.92 
22 4 52.81 

22 8 44.01 
22 12 34.52 
22 16 24.36 

22 20 13.54 
22 24 2.10 
22 27 50.05 

22 31 37.40 
22 35 24.17 
22 39 10.39 

22 42 56.07 
22 46 41.23 

22 50 25.89 



DlCftv 
Ihoot. 



10.206 
10.172 
10.189 

10.105 
10.071 
10.037 

10.0(VI 
9J971 
94)37 

9.908 
9.869 
9.8» 

9.808 
9.772 
9.740 

9.709 
9.677 
9.648 

9.619 
9J^92 
9.564 

9.537 
9.612 
9.487 

9.462 
9.488 
9.416 

9.398 
9.873 

9.852 



Appanni 



S.17 14 23.6 
16 57 17.9 
16 39 54.3 

16 22 13.0 
16 4 14.8 
15 46 0.1 

15 27 29.2 
15 8 42.5 
14 49 40.5 

14 30 23.7 
14 10 52.2 
13 51 7.0 

13 31 8.0 
13 10 56.1 
12 50 31.5 

12 29 54.5 
12 9 5.7 
11 48 5.4 

11 26 54.1 
11 5 32.1 
10 43 59.9 

10 22 17.7 

10 26.0 

9 38 25.0 

9 16 15.5 
8 53 57.5 
8 31 31.6 

8 8 58.0 
7 46 17.1 

S. 7 23 29.5 



DilLlbr 
1 hoor. 



42.84 
43.10 
43.88 

44.57 
45.25 
45.94 

46.60 
47.86 

47.88 

48.50 
49.09 
49.66 

50.21 
50.76 
51.27 

51.78 
52.26 
52.74 

58.18 
58.63 
54.04 

54.45 
54.88 
55.22 

55.57 
55.92 
56.24 

56.56 
56.84 

57.12 



diameter. 



16 16.07 

16 15.92 

16 15.76 

16 15.60 

16 15.44 

16 15.27 

16 15.10 

16 14.92 

16 14.74 

16 14.56 

16 14.38 

16 14.20 

16 14.01 

16 13.82 

16 13.63 

16 13.43 

16 13.23 

16 13.02 

16 12.81 

16 12.59 

16 12.87 

16 12.14 

16 11.91 

16 11.67 

16 11.44 

16 11.20 

16 10.96 

16 10.71 

16 10.47 

16 10.22 



Sklereel 



of the 
Semldl- 



peadng 

the 
Merid- 



68.32 

68.09 

67.97 
67.86 
67.74 

67.63 
67.52 
67.41 

67.30 
67.19 
67,08 

66.97 
66.86 
66.75 

66.65 
66.55 
66.46 

66.36 
66i26 
66,16 

66.07 
65.97 
65.87 

65.78 
65.69 
65.61 

65.54 
65,47 

65.39 



Eqoftlionof 

Time, 

tobt 

addedio 

AppamU 

TEm*. 



13 49J20 

13 57.18 

14 4.33 

14 10.66 
14 16.21 
14 20.93 

14 24.84 
14 27.92 
14 30.20 

14 31,71 
14 32.41 
14 32.30 

14 31.39 
14 29.69 
14 27.27 

14 24.08 
14 20.17 
14 15.51 

14 10.18 
14 4.14 
13 57.46 

13 50.09 
13 42.13 
13 33.54 

13 24.36 
13 14.61 
13 4.29 

12 53.45 
12 42.10 

12 30.23 



DHL 



0.849 
0L816 
0.282 

0.248 
0214 
0.180 

0.147 
0.118 
0.079 

0.046 
0.013 
0.020 

0.053 
0.086 
0.117 

0.148 
0.179 
0.206 

0.287 
0.265 
0.298 

Ow820 
0.845 
0.369 

0.894 
0.418 
0.441 

0.463 
0.484 

0.505 



NoTi.--lfiraM TInie of the SoildlMaeter pMsIng maj U IlKmd by fobtiMtliicO^^ 



n. 



FEBRUARY, 1856. 



21 







AT GRF.F.NWICH MEAN NOON. 












THE SUN'S 










1 

1 


1 

1 










looattoncf 

Tim*, 

tote 

ttAtnOtd 

Mnm 


IMft 

tor 

Ibour. 


8id««a 
ItaM. 


Jnm»t 
Bight AfMuto. 


DIftlbr 
Ibour. 


JfP^rmi 


WLtn 
Ibow. 


Fri. 
Sat 
Sum. 


1 
2 
3 


20 57 22.63 

21 1 27.17 
21 5 30.89 


f. 

10.S06 
10.172 
10.189 


S.17 14 9SJ2 
16 57 27^ 
16 40 4.5 


42.84 
48.10 
48.88 


13 49.12 

13 57.11 

14 4.27 


0.849 
0.816 
0.282 


20 43 33.51 
20 47 30.06 
20 51 26.62 


Mon. 
Tuea. 
WeA 


4 
6 
6 


21 9 33.79 
21 13 85.90 
21 17 37.18 


10.10S 
10.071 
10.087 


16 22 23.5 
16 4 25.5 
15 46 11.0 


44.57 
45.25 
46.94 


14 10.61 
14 16.17 
14 20.89 


0.248 
0.214 
0.180 


20 55 23.18 

20 59 19.73 

21 3 16.29 


Thur, 

Fri. 

Sat 


7 
8 
9 


21 21 87.65 
21 25 37.30 
21 29 36.14 


10.004 
9.971 
9.ftS7 


15 27 40.3 
15 8 53.8 
14 49 52.0 


46.60 
47.26 
47.88 


14 24.81 
14 27.90 
14 30.18 


0.147 
0.118 
0.079 


21 7 12.84 
21 11 9.40 
21 15 5.96 


Sun. 
Mon. 
Tues. 


10 
11 
12 


21 33 34J21 
21 87 31.47 
21 41 27.93 


9.908 
9.869 
.9.886 


14 30 35.3 
14 11 4.0 
13 51 ia9 


48.60 
49.09 
49.66 


14 31.69 
14 32.40 
14 32.30 


0.046 
0.013 
0*020 


21 19 2.52 
21 22 59.07 
21 26 55.63 


WeA 

Thur. 
Fri. 


13 
14 
15 


21 45 23.58 
21 49 18.45 
21 58 12.59 


9.808 
9.772 
9.740 


18 81 20.1 
13 11 8.3 
12 50 43.7 


60.21 
60.76 
61.27 


14 31.40 
14 29.71 
14 27.30 


0.058 
0.085 
0.117 


21 30 52.18 
21 34 48.74 
21 38 45.29 


Sat 
Sun. 
Mod. 


16 
17 

18 


21 57 6.97 

22 58.62 
22 4 50.53 


9.709 
9.877 
9.648 


12 30 6.8 
12 9 18.1 
11 48 17.9 


61.78 
62.26 
62.74 


14 24.12 
14 20.22 
14 15.57 


0.148 
0.179 
0.208 


21 42 41.85 
21 46 38.40 
21 50 34.96 


Tues. 
Wed. 
Thur. 


19 
20 
21 


22 8 41.75 
22 12 32.28 
22 16 22.15 


9.619 
9.592 
9.664 


11 27 6.7 
11 5 44.7 
10 44 12.4 


68.18 
68.68 
64.04 


14 10.24 
14 4.21 
13 57.53 


0.287 
0.265 
0.293 


21 54 31.51 

21 58 28.07 

22 2 24.62 


Fri. 
Sat 
Sun. 


22 
23 
24 


22 20 11.35 
22 23 59.94 
22 27 47.91 


9.687 
9.612 
9.487 


10 22 30.2 

10 38.5 

9 38 37.5 


54.45 
64.88 
66.22 


13 50.17 
13 42.21 
13 33.63 


0.820 
0.345 
0.869 


22 6 21.18 
22 10 17.73 
22 14 14.28 


M<M1. 

Tues. 
Wed. 


25 
26 
27 


22 31 35.29 
22 35 22.10 
22 39 a34 


9.462 
9.488 
9.415 


9 16 27.9 
8 54 9.8 
8 31 43.8 


65.67 
65.92 
66.24 


13 24.45 
13 14.71 
13 4.39 


0.394 
0.418 
0.441 


22 18 10.84 
22 22 7.39 
22 26 3.95 


Thur. 
Fri. 


26 
29 


22 42 54.05 
22 46 39.25 


9.898 
9.878 


8 9 10.1 
7 46 29.1 


66.56 
66.84 


12 53.55 
12 42.20 


0.468 
0.484 


22 30 0.50 
22 33 57.05 


Sat 


30 


22 50 23.95 


9.852 


S. 7 23 41.4 


57.12 


12 3a34 


0.605 


22 37 53.61 




N 


jw.— Tht BilJIiw 


•iMTlbrlli 


IA& NooB waaj be Mm 


lOMd the nme m thai Ibi 


rApparen 


t Noon. 



22 



FEBRUARY, 1856. 



III. 



AT GREENWICH MEAN NOON. 



THE SUN'S 



I 

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 






XViM LONGITUDB. 



32 
33 
84 

35 
36 
87 

88 

39 
40 

41 
42 
43 

44 
45 
46 

47 
48 
49 

50 
51 
52 

58 
54 
55 

56 
57 

58 

59 
60 
61 



O I H ^ 

311 53 4.0 

312 53 56.7 

313 54 48.5 

314 55 39.3 

315 56 29.0 

316 57 17.4 

817 58 4.5 

318 58 50.2 

319 59 34.5 

821 17.3 

822 58.5 

323 1 38.0 

324 2 15.8 

825 2 51.9 

826 3 26.1 

327 3 58.5 

828 4 29.2 

829 4 58.0 

830 5 25.1 

831 5 50.5 
332 6 14.3 

883 6 36.5 

834 6 57.1 

835 7 16.2 

836 7 83.8 
337 7 49.8 

838 8 4.8 

839 8 17.8 

340 8 28.9 

341 8 39.0 



^ 6.3 

53 58.8 

54 50.5 

55 41.1 

56 30.6 

57 18.9 

58 5.9 

58 51.4 

59 35.6 

18.3 

59.4 

1 38.8 

2 16.4 

2 52.4 
8 26.5 

3 58.8 

4 29.3 

4 58.0 

5 24.9 

5 50.1 

6 13.8 

6 85.9 

6 56.4 

7 15.4 

7 82.9 

7 48.8 

8 3.1 

8 15.9 
8 27.4 
8 87.4 



IMftlbr 
Ibour. 



LATITUDB. 



168.21 
152.17 
152.18 

152.09 
152.04 
151.99 

151.93 
151.87 
151.81 

151.75 
151.68 
151.61 

151.54 
151.47 
151.40 

151.88 
151.26 
151.18 

151.10 
151.02 
150.95 

150.89 
150.88 
150.77 

150.71 
150.65 
150^9 

150.58 
150.47 
150.40 



— (J.48 

0.56 
0.64 

0.66 
0.67 
0.64 

0.57 
0.50 
0.40 

0.27 

0.14 

—0.01 

H-0.12 
0.24 
0.32 

0.39 
0.43 
0.46 

0.44 
0.40 
0.31 

0.22 
4-0.11 
—0.02 

0.18 
0.31 
0.43 

0.55 

0.64 

—0.71 



LoffulUim 

of the 

BadiiM Yeotor 

of the 

Suth. 



9.9987023 
.9937716 
.9938422 

.9939142 
,9939875 
.9940619 

.9941377 
.9942148 
.9942930 

,9943725 
.9944531 
.9945353 

.9946190 
.9947043 
.9947913 

.9948801 
.9949707 
.9950629 

.9951579 
.9952546 
.9953581 

.9954538 
.9955563 
.9956606 

.9957665 
.9958740 
.9959829 

.9960931 

.9962046 

9.9963169 



Dur.fop 

1 hoar. 



28.6 
29.2 
29.7 

80.2 
80.8 
81.3 

31.8 
32.3 
82.8 

88.8 
88.9 
84.6 

85.8 
86.0 
86.6 

87.8 
88.1 
88.9 

89.7 
40.6 
41.4 

42.1 
42.9 
48.7 

44.5 
45.2 
45,7 

46.2 
46.6 
47.0 



of 
BlderMUOh. 



h. m. I. 

3 15 54.30 
3 11 58.40 
3 8 2.49 

8 4 6.57 
8 10.67 
2 56 14.76 

2 52 18.85 
2 48 22.94 
2 44 27.02 

2 40 31.11 
2 36 35.20 
2 32 39.29 

2 28 43.38 
2 24 47.47 
2 20 51.58 

2 16 55.66 
2 12 59.76 
2 9 3.84 

2 5 7.93 
2 1 12.02 
1 57 16.11 

1 53 20.20 
1 49 24.29 
1 45 28.40 

1 41 82.48 
1 37 36.57 
1 83 40.66 

1 29 44.76 
1 25 48.85 
1 21 52.94 



Von.— A. I 



I to Ike »iw eqvlMz cf ihe AOe, x' to tte wMMi eqniaos of Jaa. Od. 



IV. 



FEBRUARY, 1856. 



23 





\ 




GRKENWICH 


MEAN TIME. 
















THE 


MOON'S 










^ 




HOKIZONTAL PARALLAX. 




MERIDIAN PASSAGB. 






















AGS. 


Heon. 


HUnighi. 


Noon. 


DULfbr 
Ihoar. 




DULfor 
Ibour. 




Dlff.for 
Ibonr. 


1 

2 
3 


l8 %2.8 

15 48.0 

16 3.5 


ih 40.3 

15 55.8 

16 10.9 


56 56.7 

57 52.7 

58 49.5 


+2.25 
2.37 
2.82 


57 24.3 

58 21.3 

59 16.7 


+2.84 
2.87 
2.20 


h m. 

20 19.2 

21 19.2 

22 21.9 


2.40 
2.56 
2.59 


24.5 
25.5 
26.5 


4 

5 
6 


16 17.8 
16 29.6 
16 37.3 


16 24.1 
16 34.0 
16 39.5 


59 42.1 

60 25.1 
60 53.8 


2.02 
1.52 
0.84 


60 5.1 

60 41.5 

61 1.7 


1.80 

1.20 

+0.47 


23 24.5 

6 
24.7 


2.56 
2.48 


27.5 

28.5 

0.1 


7 
8 
9 


16 40.4 
16 38.5 
16 32.1 


16 40.1 
16 35.8 
16 27.5 


61 5.0 
60 58.0 
60 34.4 


+0.08 

-0.66 

1.27 


61 3.7 
60 48.1 
60 17.5 


-0.29 
0.98 
1.52 


1 21.2 

2 14.3 

3 5.0 


2.28 
2.16 
2.09 


1.1 
2.1 
3.1 


10 
11 
12 


16 22.2 
16 10.0 
15 57.0 


16 16.3 
16 3.5 
15 50.5 


59 58.0 
59 13.5 
58 25.6 


1.72 
1.95 
2.00 


59 36.5 
58 49.7 
58 1.6 


1.86 
1.99 
1.98 


3 54.5 

4 44.2 

5 35.1 


2.07 
2.09 
2.14 


4.1 
5.1 
6.1 


13 
14 
15 


15 44.1 
15 32.0 
15 21.2 


15 37.9 
15 26.4 
15 16.4 


57 38.1 
56 53.9 
56 14.3 


1.93 
1.75 
1.53 


57 15.6 
56 33.5 
55 56.5 


1.85 
1.65 
1.42 


6 27.9 

7 22.4 

8 17.8 


2.23 
2.29 
2.29 


7.1 
8.1 
9.1 


16 
17 

18 


15 11.9 
15 4.0 
14 57.5 


16 7.8 
15 0.6 
14 54.7 


55 40.1 
55 11.1 
54 47.2 


1.82 
1.10 
0.89 


55 25.0 
54 58.5 
54 37.1 


1.22 

1.00 
0.79 


9 12.6 
10 5.3 
10 55.1 


2.24 
2.18 
2.00 


10.1 
11.1 
12.1 


19 
20 
21 


14 52.3 
14 48.4 
14 45.8 


14 50.2 
14 46.9 
14 45.0 


54 28.1 
54 13.9 
54 4.3 


0.69 
0.50 
0.30 


54 20.4 
54 8.5 
54 1.4 


0.59 

0.40 

-0.19 


11 41.5 

12 24.8 

13 5.7 


1.87 
1.75 
1.67 


13.1 
14.1 
15.1 


22 
23 
24 


14 44.6 
14 45.0 
14 47.0 


14 44.6 
14 45.8 
14 48.7 


53 59.9 

54 1.1 
54 8.6 


-0.07 

+0.17 

0.46 


53 59.7 

54 4.0 
54 15.0 


+0.05 
0.31 
0.61 


13 45.1 

14 23.9 

15 3.3 


1.68 
1.63 
1.67 


16.1 
17.1 
18.1 


25 
26 
27 


14 51.0 

14 57.1 

15 5.6 


14 53.8 

15 1.0 
15 10.8 


54 23.3 

54 45.8 

55 17.0 


0.77 
1.12 
1.48 


54 33.5 

55 0.3 
55 35.8 


0^.94 
1.80 
1.66 


15 44.2 

16 27.9 

17 15.3 


1.76 
1.90 
2.07 


19.1 
20.1 
21.1 


28 
29 


15 16.5 
15 29.5 


15 22.7 
15 36.7 


55 56.8 

56 44.8 


1.83 
2.14 


56 19.9 

57 11.3 


1.99 
2.27 


18 7.1 

19 3.4 


2.25 
2.48 


22.1 
23.1 


30 


15 44.3 


15 52.3 


57 39.2 


+2.37 


58 a4 


+2.44 


20 3.1 


2.46 


24.1 





24 



FEBRUARY^ 1856. 



V. 









GREENWICH MEAN TIME, 






n 


THE MOON'S RIGHT ASCENSION AND DECLINATION. H 


Hoar. 


Bight Aioaiuian. 


DUL 
forlm. 




DIff. 
forlm. 


Hoar. 




Diff. 
forlm. 




VltL 
ftrlm. 






FRIDAY 


L 






SUNDAY 


3. 






h. m. ■. 


1. 


O f « 


« 




h. m. •. 


f. 


O 1 ff 


« 





16 17 16.07 


3.SS8S 


S.24 35 9.6 


7316 





18 17 17.59 


34431 


s.28 36.0 


0.186 


1 


16 19 34.83 


3.SS84 


24 42 49.2 


7.713 


1 


18 19 56.23 


34466 


28 41.4 


0406 


3 


16 21 55.08 


3.S416 


34 50 28.9 


7.667 


9 


18 92 35.09 


94494 


28 35.4 


0.196 


3 


16 24 15.81 


S.I406 


94 57 59.6 


7U60 


3 


18 96 14.16 


94696 


28 17,9 


0486 


4 


16 26 37.02 


S4976 


95 5 93.3 


7.880 


4 


16 97 53.43 


94681 


97 59 48.9 


0460 


6 


16 28 58.71 


Jitffffft 


95 19 39.9 


7.199 


6 


18 30 39.89 


94803 


97 59 8.3 


0.T7S 


6 


16 31 20.88 


%rm 


95 19 47.9 


7.087 


6 


18 33 19.53 


94831 


97 58 16.1 


0487 


7 


16 33 43.54 


3.8816 


25 26 47,2 


•J88 


7 


18 35 59.34 


34648 


97 57 19.3 


1.161 


8 


16 36 6.67 


2M^ 


25 33 39.2 


8.799 


8 


18 38 39.31 


94878 


97 55 56.6 


1466 


9 


16 38 30.27 


^Mn 


95 40 93.1 


8.889 


9 


18 41 19.42 


94897 


97 54 99.6 


1461 


10 


16 40 54.35 


%¥m 


95 46 58.7 


8.638 


10 


18 43 59.67 


94718 


97 59 50.7 


1.746 


11 


16 43 18.90 


fi.4180 


95 53 95.9 


6.863 


11 


18 46 33.04 


94738 


97 51 0.1 


1441 


IS 


16 45 43.91 


9.4906 


95 59 44.7 


6.343 


19 


18 40 13.53 


94767 


97 48 57.8 


9.1S7 


13 


16 48 9.39 


i.4985 


96 5 54.9 


6.008 


13 


18 51 54.12 


94778 


97 46 43.7 


9484 


14 


16 50 35.33 


3.438-} 


96 11 56.5 


6.964 


14 


18 54 34.81 


94788 


97 44 17.7 


94S9 


15 


16 53 1,73 


8.4488 


26 17 49.4 


6.808 


15 


18 57 15.58 


34801 


97 41 39.8 


-9.780 


16 


16 55 28.59 


3.4614 


26 23 33.4 


0.800 


16 


16 58 56.42 


94819 


97 38 50.1 


9437 


17 


16 57 55.90 


3.4680 


96 99 8.5 


8.611 


17 


10 2 37.32 


94631 


97 35 48.6 


9.194 


18 


17 23.66 


9.468S 


96 34 34.7 


6.880 


18 


10 6 18.27 


94696 


97 39 35.3 


8433 


19 


17 2 51.86 


3U7S7 


96 39 51.7 


6.307 


19 


19 7 59.96 


34834 


97 99 10.1 


8419 


20 


17 5 20.50 


3.4810 


96 44 59.5 


•463 


90 


19 10 40.98 


94637 


27 25 33.0 


9.717 


21 


17 7 49.58 


3.4883 


96 49 58.0 


4407 


21 


19 13 21.31 


94639 


27 21 44.0 


8416 


22 


17 10 19.09 


3.4964 


96 54 47.1 


4.789 


99 


19 16 2.35 


34840 


97 17 43.1 


4.118 


23 


17 12 49.03 
SAT 


3.6036 

'JJBDA 


S.96 59 96.7 
lY 2. 


4461 


93 


19 18 43.39 
MC 


34880 


S.27 13 30.4 
' 4. 


4400 





17 15 19.39 


9.60M 


S.97 3 56.8 


4^1 





19 21 24.42 


3.8638 


S.27 9 6.0 


4408 


1 


17 17 50.16 


.3.616S 


97 8 17.9 


4.380 


1 


19 94 5.49 


34630 


27 4 99.7 


4.703 


2 


17 20 21.34 


S.63S1 


97 19 97.9 


44)96 


9 


19 96 46.38 


34838 


96 59 41.6 


4400 


3 


17 22 52.93 


3.6998 


97 16 98.7 


9.931 


3 


19 99 97.30 


94814 


96 54 41.6 


6467 


4 


17 25 24.92 


3.6806 


97 90 19.6 


9.786 


4 


19 39 8.16 


34804 


96 49 99.8 


6403 


5 


17 27 57.31 


3.6480 


97 94 0.5 


8406 


5 


19 34 48.95 


84799 


96 44 6.4 


6466 


6 


17 30 30.09 


S.64M 


97 97 31.4 


9480 


6 


19 37 99.67 


94779 


96 38 31.9 


•468 


7 


17 33 3.24 


3.6697 


97 30 59.1 


8.360 


7 


19 40 10.30 


94788 


96 39 44.3 


•478 


8 


17 35 36.77 


3.6018 


97 34 9.5 


9467 


6 


19 42 50.83 


94746 


96 96 45.8 


6478 





17 38 10.66 


3.6878 


97 37 9.6 


3416 


9 


19 45 31.26 


94738 


96 90 35.6 


8487 


10 


17 40 44.91 


9.6737 


97 39 59.3 


8.741 


10 


19 48 11.57 


34708 


96 14 13.8 


8469 


11 


17 43 19.51 


3.6706 


97 49 31.5 


3488 


11 


19 60 51.76 


94887 


96 7 40.5 


6461 


12 


17 45 54.45 


2J662 


97 45 0.2 


9489 


19 


19 53 31.81 


94663 


96 55.7 


6441 


13 


17 48 29.73 


3.6007 


97 47 18.9 


9.311 


13 


19 56 11.72 


94886 


95 53 59.4 


7408 


14 


17 51 5.34 


3.6083 


97 49 95.5 


9483 


14 


19 58 51.47 


34813 


95 46 51.7 


7333 


15 


17 53 41.27 


9.8014 


97 51 99.1 


1463 


15 


90 1 31.06 


94664 


95 39 39.7 


7413 


16 


17 56 17.51 


9.8006 


97 53 7.8 


1473 


16 


90 4 10.48 


94666 


95 39 9.3 


7400 


17 


17 58 54.05 


3.8116 


97 54 49.7 


1490 


17 


90 6 49.72 


34694 


95 94 90.7 


7.788 


18 


18 1 30.89 


94183 


27 56 6.6 


1408 


18 


20 9 28.77 


34493 


95 16 98.0 


7473 


19 


18 4 8.01 


3.8310 


97 57 19.4 


1.131 


19 


20 19 7.62 


94468 


96 8 94.1 


8.167 


20 


18 6 45.41 


3.8368 


97 58 21.2 


0437 


90 


90 14 46.27 


34434 


95 9.2 


8441 


21 


18 9 23.08 


3.8800 


97 59 11.8 


0.760 


91 


20 17 24.71 


34388 


94 51 43.9 


8434 


22 


18 12 1.01 


3.8343 


97 59 51.1 


0483 


99 


20 20 9.03 


34361 


94 43 6.3 


8.706 


23 


18 14 39.18 


3.8883 


28 19.2 


0474 


93 


90 99 40.92 


34313 


94 34 18.6 


8404 


24 


18 17 17.59 


3.8431 


S.28 36.0 


0.186 


94 


20 25 18.67 


34373 


S.94 95 90.9 


0483 



VI. 



FEBRUARY, 1856. 



25 



GREENWICH MEAN TIME. 


THB MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 


Vk^iAmmmkm. 


Dill 
ftirlm. 




WL 
forlm. 


Hoar. 


Bight AMaoAm. 


DUt 
forlm. 


DMUnfttkni. 


DUt 
forlm. 




TU 


ESDA^ 


r 5. 






THURSDAY 7. 






h. B. 1. 


1. 


O 1 N 


H 




h. BH. •. 


f. 


O 1 N 








90 95 18.67 


tjnn 


S.94 95 90.9 


0.068 





99 95 97.51 


94676 


S.14 15 19.5 


10416 


I 


90 97 56.18 


fumi 


94 16 11.1 


0.911 


1 


99 97 49.40 


94899 


13 59 39.9 


10.703 


9 


90 30 33.44 


9.618B 


94 6 51.3 


0418 


9 


99 30 10.97 


94067 


13 43 55.9 


10.787 


3 


90 33 10.45 


3.0147 


93 57 90.9 


0403 


3 


92 32 32.21 


94618 


13 98 5.5 


10470 


4 


90 35 47.90 


Mxm 


93 47 40.1 


0.767 


4 


92 34 53.13 


94460 


13 19 10.8 


10401 


5 


90 38 93.68 


%am 


98 37 48.9 


0.088 


5 


92 37 13.73 


94407 


19 56 11.4 


16498 


6 


90 40 59.80 


9.6013 


93 97 47.5 


10.100 


6 


99 39 34.01 


94864 


19 40 7.4 


16.108 


7 


90 43 35.89 


3.0014 


93 17 35.8 


10.978 


7 


92 41 53.08 


94809 


19 23 59.0 


16.177 


8 


90 46 11.46 


%a9w 


93 7 14.1 


10446 


8 


92 44 13.64 


94961 


19 7 46.2 


16.949 


9 


90 48 46.81 


84687 


99 56 49.8 


10413 


9 


22 46 32.99 


94900 


11 51 29.1 


16418 


10 


90 51 91.86 


34617 


99 46 0.6 


10.777 


10 


22 48 52.04 


94100 


11 35 8.0 


16460 


11 


90 53 56.61 


94767 


99 35 0.1 


10.988 


11 


92 51 10.79 


94100 


11 18 42.9 


16461 


19 


90 56 31.07 


34T17 


99 94 7.9 


11.100 


19 


92 53 20.24 


94061 


11 9 13.9 


16414 


13 


90 59 5.99 


3466S 


99 19 57.1 


11.960 


13 


22 55 47.40 


94008 


10 45 41.9 


16476 


14 


91 1 39.05 


34619 


99 1 36.7 


11418 


14 


22 58 5.27 


9.9006 


10 99 4.9 


16488 


15 


91 4 19.56 


346flQ 


91 50 6.9 


11474 


15 


93 22.86 


9.9907 


10 12 25.2 


16480 


16 


91 6 45.75 


34006 


91 38 97.8 


11.798 


16 


23 2 40.16 


9.9861 


9 55 49.2 


16.748 


17 


91 9 18.69 


34401 


91 96 39.5 


11479 


17 


23 4 57.19 


9.9B16 


9 38 56.0 


16.706 


18 


91 11 51.16 


34806 


91 14 49.3 


19499 


18 


93 7 13.95 


94771 


9 92 6.6 


16447 


19 


91 14 93.37 


34641 


91 9 36.0 


19.179 


19 


93 9 30.44 


9.9798 


9 5 14.3 


16406 


90 


91 16 55.95 


34986 


90 50 90.8 


19499 


90 


23 11 46.67 


94689 


8 48 19.9 


16.041 


91 


91 19 96.79 


3.6990 


90 37 56.9 


19.471 


91 


23 14 2.63 


9.9689 


8 31 91.4 


164B4 


99 


91 91 57.90 


34179 


90 95 94.3 


19414 


99 


93 16 18.34 


3.3007 


8 14 91.1 


17496 


93 


91 94 98.85 
WED 


34116 

NBSD 


S.90 19 43.9 

AY 6. 


19.766 


93 


93 18 33.80 
FI 


3.9686 

iroAY 


S. 7 57 18.3 
8. 


17.M7 





91 96 59.87 


34067 


9.19 50 53.7 


19J04 





93 90 40.01 


34616 


S. 7 40 13.1 


n.l04 


1 


91 99 99.54 


34000 


19 46 55.0 


18469 


I 


93 23 3.98 


9.9476 


7 93 5.8 


17.180 


9 


91 31 59.37 


34048 


19 33 49.0 


18.167 


S 


93 95 18.72 


9.9486 


7 5 56.4 


17.178 


3 


91 34 98.85 


34866 


19 90 35.0 


18JD0 


8 


23 97 33.92 


94808 


6 48 45.0 


17406 


4 


91 36 57.99 


34097 


19 7 13.9 


184S9 


4 


93 99 47.49 


9.9860 


6 31 31.8 


n484 


6 


91 39 96.78 


34768 


18 53 44.0 


18463 


6 


93 32 1.54 


94894 


6 14 16.9 


17463 


6 


91 41 55.91 


34709 


18 40 6.4 


184B8 


6 


23 34 15.38 


9.9986 


5 57 0.4 


17487 


7 


91 44 93.99 


34661 


18 96 21.4 


18.^18 


7 


93 36 29.00 


94963 


5 39 49.4 


17411 


8 


91 46 51.09 


34008 


18 12 28.9 


18.067 


8 


93 38 42.41 


9.3918 


5 22 23.1 


17483 


9 


91 49 18.40 


34686 


17 58 90.0 


UJOK 





23 40 55.62 


94186 


5 5 2.6 


17461 


10 


91 51 45.43 


344T7 


17 44 91.9 


14.176 


10 


23 43 8.63 


9.9168 


4 47 41.0 


17468 


11 


91 54 19.19 


34410 


17 30 7.9 


14403 


11 


93 45 21.45 


9.9191 


4 30 18.4 


17484 


19 


91 56 38.46 


34860 


17 15 47.0 


14407 


19 


23 47 34.08 


9.9QB0 


4 12 54.8 


17498 


13 


91 59 4.44 


34801 


17 1 19.1 


14490 


13 


23 40 46.52 


9.9000 


3 55 30.5 


17410 


14 


99 1 30.07 


34348 


16 46 44.5 


14481 


14 


93 51 58.79 


9.9090 


3 38 5.6 


17490 


15 


99 3 55.36 


34166 


16 39 3.4 


14.780 


15 


23 54 10.88 


9.9Q0O 


8 20 40.1 


17498 


16 


99 6 90.30 


34196 


16 17 15.9 


14446 


16 


23 56 92.80 


9.1078 


8 3 14.2 


17484 


17 


99 8 44.80 


34070 


16 9 92.0 


14.M0 


17 


93 58 34.56 


9.1047 


2 45 48.0 


17487 


18 


99 11 9.14 


34013 


15 47 92.0 


10480 


18 


46.17 


9.1099 


2 28 21.7 


n480 


19 


99 13 33.05 


94067 


15 32 16.0 


16.160 


19 


2 57.62 


3.1807 


2 10 55.3 


17441 


90 


99 15 56.69 


34000 


15 17 4.0 


16.948 


90 


0.5 8.02 


3.1879 


I 53 28.8 


17440 


91 


99 18 19.85 


348a 


15 1 46.2 


16444 


91 


7 20.08 


9.1848 


1 36 2.5 


17486 


99 


99 90 42.74 


34787 


14 46 22.7 


16487 


22 


9 31.10 


9.1896 


1 18 36.5 


17481 


93 


99 93 5.98 


34781 


14 30 53.8 


16497 


23 


11 41.90 


9.1604 


1 1 10.8 


17434 


94 


99 95 97.51 


34976 


S.14 15 19.5 


16416 


24 


13 52.75 


9.1783 


S. 43 45,6 


17416 



26 



FEBRUARY, 1856. 



VII. 



GREENWICH MEAN TIME. 



THE MOON'S RIGHT ASCENSION AND DECLINATION. 



Hoar. 



lUgfat 



DIfL 
forlm. 



Declination. 



Dur. 

fbrlm. 



Hoar. 



Bight 



Diff. 
forlm. 



DUL 
ftvlDk. 





1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 





1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 



24 



SATURDAY 9. 



m. f. 


■. 


13 52.75 


2.1788 


16 3.39 


2.1764 


18 13.92 


2.1745 


20 24.33 


2.17M 


22 34.63 


2.1709 


24 44.84 


2.1699 


26 54.95 


2.1678 


29 4.97 


2.1663 


31 14.91 


2.1649 


33 24.76 


2.1636 


35 34.54 


2.1604 


37 44.25 


2.1612 


39 53.89 


2.1603 


42 3.47 


2.1699 


44 13.00 


2.1664 


46 22.48 


2.1676 


48 31.91 


2.1669 


50 41.31 


2.1663 


52 50.67 


2.1667 


55 0.00 


2.1668 


57 9.31 


2.1660 


59 18.60 


2.1647 


1 27.88 


2.1646 


3 37.15 


9.1M8 



43 45.6 
26 20.9 

8 56.9 
8 26.2 

25 48.4 
43 9.6 
29.8 
17 48.7 
35 6.3 

1 52 22.5 

2 9 37.2 
2 26 50.3 

2 44 1.7 

3 1 11.2 
3 18 18.8 
3 35 24.4 
3 52 27.9 



N. 



SUNDAY 10. 



5 46.40 

7 55.66 

10 4.92 

12 14.19 

14 23.48 

16 32.79 

18 42.11 

1 20 51.47 

1 23 0.86 

1 25 10.28 

1 27 19.75 

1 29 29.27 

1 31 38.83 

1 33 48.45 

1 35 58.13 

1 38 7.87 

1 40 17.68 

1 42 27.57 

1 44 37.53 

1 46 47.57 

1 48 57.69 

1 51 7.90 

1 53 18.20 

1 55 28.60 

1 57 39.10 



2.1642 
2.1648 
2.1646 
2.1647 
2.1660 
2.1668 
91667 
2.1663 
2.1668 
2.1674 
2.1662 
2.1690 
2.1608 
2.1606 
2.1618 
2.1680 
2.1642 
2.1664 
2.1667 
2.1680 
2.1694 
2.1709 
2.1726 
2.1743 
2.1760 



N. 6 

6 

6 

6 

7 

7 

7 

8 

8 

8 

8 

9 

9 

9 

9 

10 

10 

10 

10 

11 

11 

11 

12 

12 

N.12 



9 29.2 
26 28.2 
43 24.7 

18.7 
17 10.2 
33 59.0 
50 45.0 



7 28.1 
24 8.3 
40 45.4 

57 19.4 

13 50.1 
30 17.5 
46 41.6 

3 2.2 
19 19.1 
35 32.4 
51 41.9 

7 47.6 
23 49.4 
39 47.2 
55 40.9 
U 30.4 
27 15.6 
42 56.5 

58 33.0 

14 5.0 

29 32.4 
44 55.1 

13.1 

15 26.3 

30 34.5 



17.416 
17.406 
17.898 
17.878 
17.863 
17.846 
17.836 
17.806 
17.283 
17.368 
17.383 
17.304 
17.174 
17.148 
17.110 
174)76 
17.040 
174)02 
16.963 
16.931 
16.879 
16.886 
16.790 
16.742 



16.694 
16.6U 
16.608 
16.689 
16.484 
16.439 
16.872 
16.812 
16.363 
16.190 
16.137 
164)68 
16.907 
16.939 
16.860 
16.789 
16.718 
16.646 
164ni 
16Jt96 
16.418 
16.389 
16.359 
16.178 
164)96 





1 

2 
3 
4 
5 
6 
7 
8 
9 
10 

n 

12 
13 
14 
15 
16 
17 
18 
19 
20 
21 
22 
23 
24 



h. m. 
1 57 

1 59 

2 2 
2 4 
2 6 
2 8 
2 10 
2 12 
2 15 
2 17 
2 19 
2 21 
2 23 
2 26 
2 28 
2 30 
2 32 
2 34 
2 37 
2 39 
2 41 
2 43 
2 46 
2 48 



s. 


O 1 K 


M 


3.1709 


N.12 30 34.5 


15UM 


3.1776 


12 45 37.8 


15.018 


2.1794 


13 36.0 


14.938 


2.1819 


13 15 29.1 




9.1881 


13 30 17.0 


14.785 


2.1861 


13 44 59.7 


14.667 


2.1871 


13 59 37.1 


14.S78 


9.1893 


14 14 9.1 


14.487 


9.1914 


14 28 35.5 


14404 


2.1986 


14 42 56.3 


14.800 


2.1966 


14 57 11.4 


14.905 


2.1981 


15 11 20.9 


14.110 


2.9004 


15 25 24.6 


144)18 


9.9098 


15 39 22.4 


18.915 


9.3053 


15 53 14.3 


13.615 


9.9077 


16 7 0.2 


13.714 


3.9109 


16 20 40.0 


18.618 


9.9137 


16 34 13.7 


18.511 


9.9158 


16 47 41.3 


18.408 


9.9180 


17 1 2.6 


18.809 


9.9307 


17 14 17.5 


18.196 


^9.9984 


17 27 26.0 


184)87 


9.9361 


17 40 28.0 


19J79 


9.9388 


N.17 53 23.6 


lajm 



MONDAY 11. 



39.10 
49.70 

0.41 
11.23 
22.16 
33.20 
44.36 
55.65 

7.07 
18.62 
30.30 
42.12 
54.07 

6.17 
18.41 
30.80 
43.34 
56.03 

8.87 
21.87 
35.03 
48.35 

1.83 
15.48 



TUESDAY 12. 



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

NJ22 



3 50 29.29 


9.9816 


2 52 43.27 


9.9844 


2 54 57.42 


9.9878 


2 67 11.76 


2.3409 


2 59 26.25 


9.9481 


3 1 40.92 


9.9460 


3 3 55.77 


9.9489 


3 6 10.79 


9.9518 


3 8 25.99 


9.9548 


3 10 41.37 


9.9578 


3 12 56.93 


9.9609 


3 15 12.68 


9.9689 


3 17 28.61 


9.9660 


3 19 44.71 


9.3699 


3 22 0.99 


9.9799 


3 24 17.45 


9.9769 


3 26 34.10 


9.3790 


3 28 50.93 


9.9890 


3 31 7.94 


9.9860 


3 33 25.13 


9.9880 


3 35 42.50 


9.3910 


3 38 0.05 


9.9940 


3 40 17.78 


9.9970 


3 42 35.69 


9.8000 


3 44 53.78 


94M)80 



6 13.3 


19.700 


18 64.6 


194M8 


31 30.0 


19.586 


43 58.7 


19.491 


56 20.6 


19J06 


8 36.4 


19.190 


20 43.3 


194ns 


32 44.2 


11.950 


44 38.0 


11.887 


56 24.6 


ii.7n 


8 4.0 


11.506 


19 36.1 


1L.478 


31 0.8 


11.850 


42 18.1 


11.937 


53 28.0 


ll.lM 


4 30.4 


losn 


16 25.2 


10.850 


26 12.4 


10.799 


36 61.9 


10.604 


47 23.7 


10.466 


57 47.7 


10.834 


8 3.8 


10.908 


18 12.0 


104)71 


28 12.3 


0J88 


38 4.6 


9.804 



VIII. 



FEBRUARY, 1856. 



27 



GREENWICH MEAN TIME. 


THE MOON'S BIGHT ASCENSION AND DECLINATION. 


Hoor. 


Bight AmuIoq. 


DUt 
forlm. 




DUL 
forlm. 


Hour. 


Bight AmuIoq. 


Dis: 
forlm. 


DeottDfttloii. 


VUL 
forlm. 




WEDNESDAY 13. 






FRIDAY 


15. 






h m. s. 


■. 


O 1 « 


u 




h. m. f. 


1. 


O 1 II 


H 





3 44 53.78 


3.aoio 


N^ 38 4.6 


9.804 





5 38 4.37 


9.8884 


NJ37 42 3.2 


9.088 


1 


3 47 12.05 


9.8050 


22 47 48.8 


0.670 


1 


6 40 27.67 


9.3883 


27 44 39.5 


9.597 


9 


3 49 30.49 


9.8088 


22 57 25.0 


9.585 


2 


5 42 50.96 


3.8881 


27 47 6.4 


9J70 


3 


3 51 49.10 


9.8117 


23 6 53.0 


9.899 


3 


5 45 14.24 


9.8878 


27 49 23.9 


9.914 


4 


3 54 7.89 


9.8140 


23 16 12.8 


0.969 


4 


5 47 37.50 


9.3874 


27 51 32.0 


9.056 


6 


3 56 26.85 


9.8174 


23 25 24.4 


9.194 


5 


5 50 0.73 


9.3869 


27 53 30.8 


1.909 


6 


3 58 45.98 


9.8409 


23 34 27.7 


8.986 


6 


5 52 23.93 


93863 


27 55 20.2 


1.745 


7 


4 1 5.28 


9.8981 


23 43 22.7 


8.847 


7 


5 54 47.09 


9.8857 


27 57 0.2 


1.560 


8 


4 3 24.75 


9.8900 


23 52 9.3 


8.706 


8 


5 57 10.21 


9.3U9 


27 58 30.9 


1.484 


9 


4 5 44.38 


9J986 


24 47.4 


8.565 


9 


5 59 33.28 


9.3»10 


27 59 52.3 


1.9r79 


10 


4 8 4.18 


9J313 


24 9 17.1 


6.494 


10 


6 1 56.29 


9.3880 


28 1 4.4 


1.194 


11 


4 10 24.14 


9.8880 


24 17 38.3 


8.989 


11 


6 4 19.25 


9.38-20 


28 2 7.2 


0.960 


12 


4 12 44.25 


9.8865 


24 25 50.9 


8.130 


12 


6 6 42.14 


9.8810 


28 3 0.7 


0.814 


13 


4 15 4.52 


9.8301 


24 33 54.9 


7.005 


13 


6 9 4.96 


9.3708 


28 3 44.9 


0.650 


14 


4 17 24.94 


9.8416 


24 41 50.3 


7.851 


14 


6 11 27.70 


9.3763 


28 4 19.8 


0.504 


15 


4 19 45.51 


9.8441 


24 49 37.1 


7.707 


15 


6 13 50.35 


9.8767 


28 4 45.4 


0.850 


16 


4 22 6.23 


9.8465 


24 57 15.2 


7.669 


16 


6 16 12.91 


9.8751 


28 5 1.8 


0.196 


17 


4 24 27.09 


90480 


25 4 44.5 


7.416 


17 


6 18 35.37 


9.8735 


28 5 9.0 


04>49 


18 


4 26 48.09 


9.8519 


25 12 5.1 


7.960 


18 


6 20 57.73 


9.8717 


28 5 6.9 


0.119 


19 


4 29 9.23 


9.85S4 


25 19 16.8 


7.199 


19 


6 23 19.98 


9.8699 


28 4 55.6 


0.965 


90 


4 31 30.50 


9.8556 


25 26 19.7 


6.974 


20 


6 25 42.12 


9.8660 


28 4 35.2 


0.417 


31 


4 33 51.91 


9.8578 


25 33 13.7 


6-896 


21 


6 28 4.14 


9.8650 


28 4 5.6 


0.569 


22 


4 36 13.45 


9.8600 


25 39 58.8 


6.677 


22 


6 30 26.03 


9.8687 


28 3 26.9 


0.790 


23 


4 38 35.11 
THU 


9.8090 

HSDA 


N.25 46 35.0 
Y 14. 


6.698 


23 


6 32 47.78 
SAT 


94614 

URDA 


NJ28 2 39.2 
Y 16. 


0.670 





4 40 50.89 


9.8640 


NJ25 53 2.2 


0.S78 





6 35 9.40 


9.8501 


NJ28 1 42.5 


li)91 


1 


4 43 18.79 


9.8659 


25 59 20.4 


6.997 


1 


6 37 30.87 


9.8566 


28 36.7 


1.179 


2 


4 45 40.80 


9.8677 


26 5 29.5 


6.077 


2 


6 39 52.19 


9.8641 


27 69 21.9 


1.898 


3 


4 48 2.92 


9.8605 


26 11 29.6 


6.996 


3 


6 42 13.36 


9.3615 


27 57 58.0 


1.478 


4 


4 50 25.14 


9.8712 


26 17 20.6 


6.775 


4 


6 44 34.37 


9.3488 


27 56 25.1 


1.691 


5 


4 52 47.46 


9.8720 


26 23 2.5 


6.693 


5 


6 46 55.22 


9.3461 


27 54 43.4 


1.760 


6 


4 55 9.88 


9.8745 


26 28 35.3 


6.471 


6 


6 49 15.90 


9.9489 


27 52 52.8 


li)17 


7 


4 57 32.40 


9J760 


26 33 59.0 


5.817 


7 


6 51 36.40 


9.8409 


27 50 53.3 


9.064 


8 


4 59 55.00 


9.8778 


26 39 13.4 


6.163 


8 


6 53 56.72 


9.8879 


27 48 45.1 


9.911 


9 


5 2 17.68 


9J787 


26 44 18.6 


6.010 


9 


6 56 16.86 


9J1841 


27 46 28.0 


9.867 


10 


5 4 40.44 


9.8790 


26 49 14.6 


4.857 


10 


6 58 36.81 


9.3308 


27 44 2.2 


9.509 


11 


5 7 3.27 


9.8811 


26 54 1.4 


4.703 


11 


7 56.56 


9.3974 


27 41 27.7 


9.647 


12 


5 9 26.17 


9.8899 


26 58 39.0 


4.649 


12 


7 3 16.10 


9.8940 


27 38 44.5 


9.799 


13 


5 11 49.13 


9.8839 


27 3 7.3 


4MA 


13 


7 5 35.44 


9.3906 


27 35 52.7 


9.985 


14 


5 14 12.15 


9.8841 


27 7 26.3 


4.989 


14 


7 7 54.57 


9.3170 


27 32 52.3 


84)78 


15 


5 16 35.22 


9.8849 


27 11 36:0 


4MA 


15 


7 10 13.48 


9.8133 


27 29 43.4 


8.990 


16 


5 18 58.34 


9.8897 


27 15 36.4 


ZJ^» 


16 


7 12 32.17 


9.3006 


27 26 25.9 


8.861 


17 


5 21 21.50 


9.8863 


27 19 27.5 


8.778 


17 


7 14 50.63 


9.8008 


27 23 0.0 


8.609 


18 


5 23 44.70 


9.3869 


27 23 9.2 


8.017 


18 


7 17 8.87 


9.9090 


27 19 25.7 


8.649 


19 


5 26 7.93 


9.8874 


27 26 41.5 


8U61 


19 


7 19 26.87 


9.9080 


27 15 43.0 


8.781 


20 


5 28 31.19 


9.3878 


27 30 4.5 


8.306 


20 


7 21 44.63 


9.9010 


27 11 52.0 


8.919 


21 


5 30 54.47 


9.8881 


27 33 18.2 


8.150 


21 


7 24 2.15 


9.9809 


27 7 52.7 


44)67 


22 


5 33 17.76 


9.3883 


27 36 22.5 


9.994 


22 


7 26 19.42 


9.9857 


27 3 45.1 


4.196 


23 


5 35 41.06 


9.3884 


27 30 17.5 


9.839 


23 


7 28 36.44 


9.9815 


26 59 29.3 


4.881 


24 


5 38 4.37 


9.3884 


NiJ7 42 3.2 


9.683 


24 


7 30 53.21 


9.9773 


N56 55 5.4 


4.466 



28 



FEBRUARY, 1856. 



IX. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 


Bight AMaoAm. 


DUL 
fbrlm. 


Beettntttob. 


DHL 
forlm. 


Hoar. 


Right AMWMion. 


DIff. 
ftNTlm. 




DHL 
forlm. 




SUNDAY 


17. 






TUESDAY 19. 







h. m. •. 
7 30 53.91 


1. 

%7m 


N.96 55 5.4 


4.406 





h. m. 8. 
9 14 30.00 


94097 


N.91 9 h.'B 


r 


1 


7 33 9.79 


S.9710 


96 50 33.4 


4.O0O 


1 


16 31.00 


94)976 


90 59 46.5 


0498 


9 


7 35 95.97 


1.9080 


96 45 53.4 


4.738 


9 


18 33.30 


94998 


90 49 48.5 


IO40O 


3 


7 37 41.95 


9.9641 


96 41 5.4 


4.960 


3 


90 34.57 


94171 


90 39 45.4 


10400 


4 


7 39 57.66 


3.9600 


96 36 0.5 


4.096 


4 


9 99 35.44 


9.0119 


90 99 37.3 


io.m 


A 


7 49 13.10 


9.9661 


96 31 5.7 


6.199 


5 


94 36.00 


94066 


90 19 94.9 


104M 


6 


7 44 98.97 


9.9606 


96 95 54.0 


6.960 


6 


96 36.96 


94017 


90 9 6.9 


10411 


7 


7 46 43.16 


9.9466 


96 90 34.6 


6.888 


7 


98 36.91 


14006 


19 51 43.3 


10.491 


8 


7 48 57.77 


9.9410 


96 15 7.5 


6.616 


8 


30 35.85 


14010 


10 41 15.7 


10400 


9 


7 51 19.09 


9.3803 


96 9 39.7 


6.648 


9 


39 35.19 


14806 


10 30 43.3 


10479 


10 


7 53 96.19 


9.9114 


96 3 50.3 


6.770 


10 


9 34 34.93 


14816 


10 90 6.9 


10497 


11 


7 55 39.86 


9.9966 


95 58 0.3 


6.606 


11 


36 39.97 


1.9706 


19 94.4 


10.786 


19 


7 57 53.39 


9.9318 


95 59 9.8 


64)90 


19 


38 31.49 


1.0717 


18 58 38.0 


10411 


13 


8 6.48 


9.9168 


95 45 57.9 


6.148 


13 


40 99.57 


14686 


18 47 47.1 


10486 


14 


8 9 19.34 


9.9118 


95 39 45.6 


6.900 


14 


9 49 97.43 


1.0610 


18 36 51.8 


10490 


15 


8 4 31.90 


9.9060 


95 33 95.9 


0.886 


15 


9 44 95.00 


1.9671 


18 95 59.1 


11481 


16 


8 6 44.16 


9.9018 


95 96 59.0 


6.606 


16 


9 46 99.98 


1.0698 


18 14 48.1 


11.KI9 


17 


8 8 56.19 


9.1007 


95 90 94.9 


6.696 


17 


9 48 10.97 


14476 


18 3 30.8 


11.179 


18 


8 11 7.77 


9.1010 


95 13 43.6 


6.747 


18 


50 15.08 


14496 


17 59 97.4 


11.909 


19 


8 13 19.11 


9.1804 


95 6 55.3 


6.866 


19 


59 19.41 


1.0869 


17 41 10.8 


11411 


90 


8 15 30.14 


9.1818 


94 59 59.9 


6.989 


90 


9 54 8.56 


14886 


17 90 50.1 


11478 


91 


8 17 40.87 


9.1761 


94 59 57.5 


74)06 


91 


9 56 4.43 


14986 


17 18 95.4 


11446 


99 


8 10 51.98 


9.1700 


94 45 48.1 


7.918 


99 


58 0.09 


14948 


17 6 56.7 


11411 


93 


6 99 1.38 
MO 


9.1667 

NDAY 


N.94 88 31.9 
18. 


7496 


93 


9 59 55.34 
WEDP 


14106 


N.16 55 94.1 
LY 20. 


11470 





8 94 11.16 


9.1606 


NJ34 31 9.0 


7.480 





10 1 50.40 


14108 


N.16 43 47.6 


11410 


1 


8 96 90.63 


3.1663 


94 93 39.3 


7.661 


1 


10 3 45.19 


14100 


16 39 7.3 


11.1D9 


9 


8 98 99.78 


9.1488 


94 16 9.9 


7.069 


9 


10 5 39.71 


14066 


16 90 93.3 


11.7M 


3 


8 30 38.61 


3.1446 


94 8 19.9 


7.773 


3 


10 7 33.07 


14091 


16 8 35.6 


114» 


4 


8 39 47.19 


9.1009 


94 30.3 


7.861 


4 


10 97.97 


14070 


15 56 44.3 


11486 


6 


8 34 55.31 


9.1S88 


93 59 34.9 


7.988 


5 


10 11 91.79 


14087 


15 44 40.4 


114tt 


6 


8 37 3.18 


9.1986 


93 44 31.8 


8.004 


6 


10 13 15.91 


14606 


15 39 51.1 


19401 


7 


8 39 10.73 


9.1983 


93 36 93.0 


6.190 


7 


10 15 8.45 


14068 


15 90 40.3 


19466 


8 


8 41 17.97 


9.1170 


93 98 7.9 


6.804 


8 


10 17 1.45 


14019 


15 8 44.1 


19.116 


9 


8 43 94.89 


9.1190 


93 19 46.5 


6.406 


9 


10 18 54.90 


14779 


14 56 35.5 


19.171 


10 


8 45 31.48 


9.1073 


93 11 18.9 


8.611 


10 


10 90 46.71 


14789 


14 44 93.6 


19.996 


11 


8 47 37.75 


9.1018 


93 9 45.9 


6.019 


11 


10 99 38.08 


14009 


14 39 8.5 


19418 


19 


8 49 43.70 


94066 


99 54 5.5 


6.719 


19 


10 94 31.01 


14608 


14 10 50.9 


19481 


13 


8 51 49.33 


9.0011 


99 45 19.8 


6.813 


13 


10 96 99.81 


14614 


14 7 98.8 


19489 


14 


8 53 54.64 


94)867 


99 36 98.1 


6.910 


14 


10 98 14.38 


14676 


13 55 4.3 


19.438 


15 


8 55 59.69 


94)803 


99 97 30.6 


94)07 


15 


10 30 5.73 


14680 


13 49 36.8 


19.489 


10 


8 58 4.98 


94^740 


99 18 J87.3 


0.108 


16 


10 31 56.85 


14009 


13 30 6.4 


19481 


17 


9 8.69 


34)096 


99 9 18.9 


0.196 


17 


10 33 47.75 


14406 


13 17 33.1 


194T0 


18 


9 9 19.64 


94)048 


99 3.5 


0.903 


18 


10 35 38.44 


14480 


13 4 66.0 


19497 


19 


9 4 16.34 


94)600 


91 50 43.1 


0406 


19 


10 37 98.91 


14M4 


19 59 17.0 


19478 


SO 


9 6 19.79 


94)667 


91 41 17.9 


0.478 


90 


10 39 19.17 


14860 


19 30 36.9 


19.717 


91 


9 8 99.79 


94)486 


91 31 45.8 


0406 


91 


10 41 9.93 


14896 


19 96 51.8 


19.701 


99 


9 10 95.54 


94)433 


91 99 0.0 


0466 


99 


10 49 50.08 


14909 


19 14 4.8 


19406 


93 


9 19 97.97 


94B70 


91 19 96.8 


0.747 


93 


10 44 48.73 


1^8360 


19 1 15.9 


19448 


94 


9 14 30.09 


94)137 


Nj^l 9 39.3 


0436 


94 


10 46 38.10 


14937 


N.U 48 93.0 


19401 























X. 



FEBRUARY, 1856« 



29 





' 




GREENWICH MEAN TIME. 








THE MOOITS BIGHT ASCENSION AND DECLINATION. 


Hoar. 


BIgbllmndon. 


DUL 


PtoHMitinii 


DUt 
forlm. 


Hour. 


«.— > 


DUt 
forlm. 




DUt 
ftnrlB. 




THU 


^DA 


Y 21. 






SATUKDAY 23. 






h. m. 1. 


1. 


O 1 « 


» 




h. n. f. 


«. 


O 1 If 


fl 





10 46 38.19 


1.09ff7 


N.11 48 93.0 


19.891 





19 11 31.79 


1.7880 


N. 56 57.8 


18480 


I 


10 48 97.45 


1.81M 


11 35 98.3 


19J89 


1 


19 13 16.19 


1.7889 


43 0.4 


18J60 


9 


10 50 16.59 


1.816S 


11 99 31.9 


19J79 


9 


19 15 0.45 


1.7888 


99 9.8 


13489 


3 


10 59 5.41 


1^119 


11 9 31.7 


184111 


3 


19 16 44.78 


1.7888 


15 5.0 


18464 


4 


10 53 54.11 


1^102 


10 56 99.9 


18.049 


4 


19 18 99.11 


1.7889 


N. 1 7.1 


13468 


5 


10 55 49.63 


1.8079 


10 43 95.0 


18.086 


5 


19 90 13.45 


1.7880 


S. 19 50.9 


13407 


6 


10 57 30.98 


1.8044 


10 30 19.7 


18.199 


6 


19 91 57.79 


1.7109 


96 48.9 


18407 


7 


10 59 19.16 


1.8010 


10 17 11.3 


18.168 


7 


19 93 49.15 


1.7806 


40 46.9 


18407 


8 


11 1 7.17 


1.7988 


10 4 0.7 


18.104 


8 


19 95 96.53 


1.7806 


54 44.0 


13406 


9 


11 9 55.01 


1.7880 


9 50 48.0 


18.196 


9 


19 97 10.93 


1.7409 


1 8 49.7 


1348S 


10 


11 4 49.68 


I.7JW 


37 33.3 


18409 


10 


19 98 55.35 


1.7400 


I 99 40.4 


1340(> 


11 


11 6 30.90 


1.7800 


9 94 16.6 


18.886 


11 


19 30 39.80 


1.7419 


I 36 37.9 


13497 


12 


11 8 17.56 


1.7881 


9 10 57.9 


\Mm 


19 


19 39 94.99 


1.7418 


1 50 35.9 


13468 


13 


11 10 4.77 


1.78i1 


8 57 37.3 


18468 


13 


19 34 8.82 


1.7416 


9 4 39.3 


13448 


14 


11 11 51.84 


1.78tt 


8 44 14.0 


is4err 


14 


12 35 53.39 


1.7439 


9 18 99.0 


13449 


15 


11 13 38.77 


1.7810 


8 30 50.8 


18.410 


15 


12 37 38.00 


1.7439 


9 39 95.3 


13436 


16 


11 15 95.56 


1.778T 


8 17 95.0 


18444 


16 


12 39 99.66 


1.7448 


9 46 91.9 


13498 


17 


11 17 12.91 


1.T704 


8 3 57.5 


18.^79 


17 


19 41 7.38 


1.7468 


3 16.7 


13491 


18 


11 18 58.73 


1.1742 


7 50 98.3 


18.600 


18 


19 49 59.16 


1.7400 


3 14 11.7 


13419 


19 


11 90 45.19 


1.7711 


7 36 57.5 


18486 


19 


19 44 37.01 


1.7481 


3 98 6.1 


13408 


90 


11 99 31.39 


1.7100 


7 93 95.9 


18461 


90 


19 46 91.93 


1.7488 


8 49 0.0 


13408 


91 


11 94 17.53 


1.7080 


7 51.4 


18476 


91 


19 48 6.99 


1.7606 


3 55 53.3 


18409 


99 


11 96 3.55 


1.7081 


6 56 16.1 


13400 


99 


19 49 51.98 


1.7617 


4 9 45.9 


18471 


93 


11 97 49.46 
FK 


1.7048 

roAY 


N. 6 49 39.4 
83. 


18498 


93 


19 51 37.12 


1.7881 

MDAY 


S. 4 93 37.8 
S4. 


13469 





11 99 35.97 


1.7080 


N. 6 99 1.3 


18.610 





19 53 99.35 


1.7M0 


S. 4 S7 99.0 


13417 


1 


11 31 90.97 


1.7088 


6 15 91.0 


18487 


1 


19 55 7.67 


1.7601 


4 51 19.4 


13433 


9 


11 33 6.57 


1.7M1 


6 1 41.9 


18.088 


9 


19 56 53.08 


1.7878 


h 5 8.9 


18418 


3 


11 34 59.06 


1.7874 


5 47 59.3 


18.7V7 


3 


19 58 38.58 


1.7009 


5 18 57.6 


18403 


4 


11 36 37.46 


1.7080 


5 34 16.3 


18.706 


4 


13 24.19 


1.7010 


5 39 45.3 


13.788 


6 


11 38 99.77 


1.7648 


5 90 39.9 


18.746 


6 


13 2 9.91 


1.7019 


5 46 32.1 


13.779 


6 


11 40 8.00 


1.7889 


5 6 46.9 


18.703 


6 


13 3 55.74 


1.7048 


6 17.9 


13.764 


7 


11 41 53.15 


1.7818 


4 53 0.6 


18.780 


7 


13 5 41.68 


1.7887 


6 14 2.6 


13.730 


8 


11 43 38.29 


1.7606 


4 39 13.3 


13.790 


8 


13 7 97.74 


1.7887 


6 27 46.2 


13.717 


9 


11 45 23.21 


1.7499 


4 95 95.1 


13411 


9 


13 13.92 


1.7707 


6 41 28.7 


13497 


10 


11 47 8.13 


1.7481 


4 11 36.0 


18498 


10 


13 11 0.22 


1.7718 


6 55 10.0 


13477 


11 


11 48 52.98 


1.7470 


3 57 46.0 


13441 


11 


13 12 46.65 


1.TJ60 


7 8 50.0 


13.067 


19 


11 50 37.77 


1.74B1 


3 43 55.1 


13464 


19 


13 14 33.22 


1.7778 


7 22 28.8 


13480 


13 


11 52 92.51 


1.7469 


3 80 3.5 


13406 


13 


13 16 19.93 


1.7787 


7 46 6.3 


13418 


14 


11 54 7.19 


1.7449 


3 16 11.9 


134n 


14 


13 18 6.79 


1.78*2 


7 59 42.3 


13489 


16 


11 55 51.81 


1.7483 


3 9 18.9 


18468 


15 


13 19 53.80 


1.7847 


8 3 16.9 


13466 


16 


11 57 36.38 


1.7496 


9 48 24.6 


18408 


16 


13 91 40.96 


1.7879 


8 10 50.1 


13441 


17 


11 59 90.91 


1.7419 


2 34 30.4 


13406 


17 


13 23 98.97 


1.7806 


8 80 21.8 


13416 


18 


19 1 5.41 


1.7418 


2 20 35.6 


13.917 


18 


13 95 15.74 


1.7990 


8 43 51.9 


13488 


19 


19 9 49.87 


1.7407 


2 6 40.3 


13496 


19 


13 27 3.38 


1.7964 


8 57 20.4 


13401 


90 


19 4 34.30 


1.7409 


1 52 44.6 


13439 


90 


13 98 51.19 


1.70BS 


9 10 47.2 


13.433 


91 


19 6 18.70 


1.7888 


1 38 48.4 


13489 


91 


13 30 39.18 


14019 


9 24 12.3 


13.404 


99 


19 8 3.08 


1.7806 


1 94 51.9 


18446 


99 


13 32 27.34 


14048 


9 37 35.7 


13476 


93 


19 9 47.44 


1.7869 


1 10 55.0 


1S46I 


93 


13 34 15.69 


14074 


9 50 57.3 


13446 


94 


19 11 31.79 


1.7880 


N. 56 57.8 


13466 


94 


13 36 4.23 


14106 


S.IO 4.17.1 


13414 



30 



FEBRUARY, 1856. 



XI. 



GREENWICH MEAN TIME. 1 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Boar. 




DUL 
forlm. 


DaoUmtion. 


Diff. 
forlm. 


Hour. 




DUL 
forlm. 




DHL 
«Drlm. 




MONDAY 25. 






WEDNESDAY 27. 






h. m. s. 


s. 


O 1 « 


« 




h. m. f. 


1. 


O 1 « 


a 





13 36 4.23 


1.8106 


S.IO 4 17.1 


18.814 





15 7 56.30 


34M9B 


S.19 50 48.3 


10.764 


1 


13 37 62.96 


1.8188 


10 17 35.0 


18.989 


1 


15 9 59.06 


34)409 


20 1 31.2 


10.876 


2 


13 39 41.88 


1.8170 


10 30 50.9 


18.349 


2 


15 12 2.21 


84)6i7 


20 12 9.3 


10.606 


3 


13 41 31.00 


1.8904 


10 44 4.8 


18.915 


3 


15 14 5.74 


34)699 


20 22 42.6 


10.614 


4 


13 43 20.33 


ism 


10 57 16.7 


18.181 


4 


15 16 9.66 


34)687 


20 33 11.0 


10.4S9 


6 


13 45 9.87 


1.8974 


11 26.5 


18.146 


5 


15 18 13.98 


34)769 


20 43 34.5 


10.340 


6 


13 46 59.62 


1.8809 


11 23 34.2 


18.110 


6 


15 20 18.69 


34)818 


20 53 52.9 


10.964 


7 


13 48 49.58 


1.8S45 


11 36 39.7 


184)78 


7 


15 22 23.80 


34)686 


21 4 6.2 


10.178 


8 


13 50 39.76 


1.8889 


U 49 42.9 


184B5 


8 


15 24 29.31 


34)069 


21 14 14.3 


104)03 


9 


13 52 30.17 


1.8491 


12 2 43.9 


19.996 


9 


15 26 35.22 


3.1010 


21 24 17.2 


104)04 


10 


13 54 20.81 


1.8400 


12 15 42.5 


194)67 


10 


15 28 41.53 


3.1086 


21 34 14.8 


9J9U 


11 


13 56 11.69 


1.8409 


12 28 38.7 


12.917 


11 


15 30 48.25 


3.1164 


21 44 7.0 


0.833 


12 


13 58 2.80 


1.8086 


12 41 32.5 


19.876 


12 


15 32 55.38 


3.1338 


21 53 53.6 


0.711 


13 


13 59 54.15 


1.8S79 


12 54 23.8 


19.883 


13 


15 35 2.92 


3.1393 


22 3 34.7 


0.«8B 


14 


14 1 45.75 


1.8091 


13 7 12.5 


19.790 


14 


15 37 10.88 


3.1869 


22 13 10.2 


•.M8 


15 


14 3 37.60 


1.8688 


13 19 58.6 


19.747 


15 


15 39 19.26 


3.1433 


22 22 40.0 


0448 


16 


14 5 29.71 


1.8707 


13 32 42.1 


19.703 


16 


15 41 28.06 


3.1609 


22 32 4.0 


0.861 


17 


14 7 22.08 


1.8761 


13 45 22.9 


19.667 


17 


15 43 37.28 


8.1672 


22 41 22.2 


0.988 


18 


14 9 14.72 


1.8796 


13 58 0.9 


134)10 


18 


15 45 46.92 


9.1649 


22 50 34.4 


0.168 


19 


14 11 7.63 


1.8841 


14 10 36.1 


13.869 


19 


15*47 56.98 


3.1719 


22 59 40.6 


OuOSf 


20 


14 13 0.81 


1.8886 


14 23 8.4 


19.614 


20 


15 50 7.47 


3.1783 


23 8 40.7 


8.060 


21 


14 14 54.26 


1.8083 


14 35 37.8 


13.466 


21 


15 52 18.38 


3.1664 


23 17 34.6 


8.8«7 


22 


14 16 47.99 


1.8070 


14 48 4.2 


13415 


22 


15 54 29.72 


3.1036 


23 26 22.3 


8.748 


23 


14 18 42.01 
TUl 


1.9096 

SSDAl 


S.15 27.6 

r 26. 


13464 


23 


15 56 41.49 
THU 


3.1007 

RSDA^ 


S.23 35 3.6 
^ 28. 







14 20 36.31 


1.9074 


s.15 12 47.9 


13.813 





15 58 53.69 


3.3009 


S.23 43 38.5 


8J97 


1 


14 22 30.90 


1.9198 


15 25 5.0 


13.366 


1 


16 1 6.32 


3.3141 


23 52 6.9 


8418 


2 


14 24 25.79 


1.9174 


15 37 18.9 


13.904 


2 


16 3 19.38 


3.3313 


24 28.7 


8.806 


3 


14 26 20.99 


1.9996 


15 49 29.5 


13.149 


3 


16 5 32.88 


3.3386 


24 8 43.9 


8.197 


4 


14 28 16.49 


1.9076 


16 1 36.8 


13.093 


4 


16 7 46.81 


3.3866 


24 16 52.3 


84)64 


5 


14 30 12.30 


1.9897 


16 13 40.7 


134)86 


5 


16 10 1.17 


3.3480 


24 24 54.0 


7.960 


6 


14 32 8.42 


1-9880 


16 25 41.2 


114)78 


6 


16 12 15.96 


3.3603 


24 32 48.7 


7.868 


7 


14 34 4.86 


1.9483 


16 37 38.1 


114)19 


7 


16 14 81.19 


3.3674 


24 40 36.4 


7.737 


8 


14 36 1.62 


1.9487 


16 49 31.5 


11.860 


8 


16 16 46.85 


3.3647 


24 48 17.1 


7.610 


9 


14 37 58.70 


1.9641 


17 1 21.3 


11.799 


9 


16 19 2.95 


8.3710 


24 55 60.7 


7400 


10 


14 39 56.11 


1.9606 


17 13 7.4 


11.787 


10 


16 21 19.48 


3.9703 


25 3 17.0 


7.878 


11 


14 41 53.85 


IJ651 


17 24 49.7 


11.678 


11 


16 23 36.45 


8.3864 


25 10 36.0 


7.966 


12 


14 43 51.92 


1.0707 


17 36 28.1 


11.608 


12 


16 25 53.85 


3.3886 


25 17 47.7 


7.183 


13 


14 45 50.33 


1.0763 


17 48 2.6 


11.643 


13 


16 28 11.68 


3J008 


25 24 51.9 


74)01 


14 


14 47 49.08 


1.9821 


17 59 33.2 


IM76 


14 


16 30 29.94 


3.8080 


25 31 48.6 


6.880 


15 


14 49 48.18 


1.9679 


18 10 59.8 


11409 


15 


16 32 48.64 


3.S]6il 


25 38 37.5 


6.768 


16 


14 51 47.63 


1.9038 


18 22 22.3 


11.841 


16 


16 35 7.76 


3.3398 


25 45 18.7 


6.639 


17 


14 53 47.44 


1.9998 


18 33 40.7 


• 11.979 


17 


16 37 27.31 


3.8904 


25 61 62.1 


6401 


18 


14 55 47.61 


UM8 


18 44 55.0 


11.309 


18 


16 39 47.29 


341866 


25 58 17.6 


6.388 


19 


14 57 48.14 


34)118 


18 56 5.0 


11.180 


19 


16 42 7.70 


8.3486 


26 4 35.1 


6.896 


20 


14 59 49.03 


34)179 


19 7 10.6 


114)67 


20 


16 44 28.53 


3.3606 


26 10 44.6 


64)80 


21 


15 1 50.29 


34)941 


19 18 11.8 


10.989 


21 


16 46 49.77 


3.8676 


26 16 46.0 


6.064 


22 


15 3 51.92 


S4n08 


19 29 8.5 


10.907 


22 


16 49 11.43 


3.8646 


26 22 39.1 


6.816 


23 


15 5 53.92 


24)865 


19 40 0.7 


10-831 


23 


16 51 33.51 


3.3716 


26 28 23.9 


6-677 


24 


15 7 56.30 


34)496 


S.19 50 48.3 


10.761 


24 


16 53 56.01 


3J784 


S.26 34 0.3 


•^ 



XII- 



FEBRUARY, 1856. 



31 



GREENWICH MEAN TIME. 



THE MOON'S BIGHT ASCENSION AND DECLINATION. 



Hour. 





1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

13 

13 

14 

15 

16 

17 

18 

19 

30 

31 

33 

33 

34 



Bight 



DUL 
forlm. 



DUt 
ftwlm. 



h. m. 
16 53 
16 56 

16 58 

17 1 
17 3 
17 5 
17 8 
17 10 
17 13 
17 15 
17 18 
17 30 
17 33 
17 35 
17 37 
17 30 
17 33 
17 35 
17 37 
17 40 
17 43 
17 45 
17 47 
17^0 
17 53 



FRIDAY 29. 



S.36 
36 
36 
36 
86 
36 
37 
37 
37 
37 
37 
37 
37 
37 
37 
37 
37 
37 
87 
37 
37 
37 
37 
38 

S.38 



s. 


■. 


56.01 


9.S7B4 


18.93 


9.ien 


43.34 


3Joao 


5.96 


3^867 


30.08 


9.40M 


54.60 


9.4190 


19.53 


9.4186 


44.84 


9.498a 


10.54 


9.4816 


36.63 


9.4179 


3.09 




39.93 


9.4fl04 


57.14 


9.4606 


34.73 


9.4697 


53.66 


9-4687 


30.96 


94746 


49.61 


9.4808 


18.60 


9.4800 


47.93 


9.4917 


17.60 


94978 


47.60 


9.6037 


17.93 


94080 


48.56 


9.6189 


19.51 


94188 


50.75 


94983 



I u 

34 0.3 
39 38.3 
44 47.8 
49 58.6 
55 0.7 
59 54.0 
4 38.4 
9 13.9 
13 40.4 
17 57.8 
33 6.0 

36 4.9 

39 54.5 
33 34.7 

37 5.4 

40 36.6 
43 38.1 
46 39.9 
49 33.0 

53 14.3 

54 46.7 
57 9.1 
59 31.4 

1 33.5 
3 15.4 



• 

6.687 
6.806 
6.958 
6.108 
4.903 
4.814 
4.000 
4417 
4.868 
4.918 



8.748 
8401 
8489 
8.979 
8.111 
9.940 
9.786 
9.093 
9460 
9.980 
9.190 
1.060 
1.T79 



Hour. 



Bight 



US. 
forlm. 



Bilt 
IbvliD. 



SATURDAY, MARCH 1. 



Ol 



h. Bt. f. I 
17 53 50.75 



S.88 3 15:41 1.T79 



PHASES OF THE MOON. 



New Moon, . 
3) Finit Qaarter, 
O Full Moon, . 
C Last Quarter, . 



5 
13 
80 
38 



h. m. 
33 36.1 
14 11.7 

9 40.4 
13 41.5 



C Perigee, 
C Apogee, 



7 
33 



h. 

3.6 

7.0 



32 



FEBRUART, 1856. 



XIII, 







GREENWICH MEAN 


TIME. 










^ 




LUNAR DISTANCES. 








li 


8ter*fNta 


M 




P.L. 




P.L. 




P.L. 




P.L. 


•nd 




Noon. 


or 


mh 


or 


VP». 


or 


IXh. 


of 


PMltkML 






DUL 




DUL 




DUL 




Diff. 






O 1 M 




O 1 « 




O 1 « 


O 1 M 




1 


Regains 


w. 


98 65 38 


9641 


100 33 37 


9638 


102 12 1 


9606 


103 50 49 


9086 




Mm 


w. 


48 15 32 


SIW 


49 51 56 


9606 


51 28 45 


9676 


53 5 59 


9666 




Spica 


w. 


44 59 45 


9m 


46 30 46 


9691 


48 9 13 


9609 


49 48 5 


9588 




Sun 


E. 


65 10 16 


8001 


63 40 5 


9861 


62 9 30 


9009 


60 38 30 


9M8 


s 


Man 


W. 


61 18 40 


fHTT 


62 58 43 


96ar7 


64 39 5 


9618 


66 10 53 


9498 




Spica 


W. 


58 9 2 


M87 


59 50 33 


9466 


61 32 31 


9460 


63 14 55 


9481 




Antaiea 


W. 


13 16 19 


S804 


13 57 27 


9480 


15 39 8 


9467 


17 21 22 


9486 




Svn 


E. 


59 57 SO 


984* 


51 23 51 


9090 


49 49 57 


9B07 


48 15 38 


9766 


8 


Man 


W. 


74 50 43 


9409 


76 84 14 


9064 


78 18 12 


9866 


80 2 35 


9848 




Spica 


W. 


71 53 39 


9ne 


73 38 43 


9890 


75 24 14 


9809 


77 10 11 


9906 




Antaies 


W. 


25 59 40 


9198 


27 44 44 


9890 


29 SO 14 


9809 


31, 16 11 


9964 




Sun 


E. 


40 17 55 


9006 


38 41 14 


9661 


87 4 8 


9006 


35 26 42 


9060 


8 


Sun 


W. 


29 10 12 


9806 


SO 53 50 


9806 


82 87 26 


9409 


34 20 58 


9406 




a Arietis 


E. 


49 14 53 


9186 


47 24 47 


9147 


45 35 


9M9 


43 45 35 


9T78 




Aldebana 


E. 


79 32 48 


9066 


77 41 30 


9004 


75 50 22 


9109 


73 59 26 


9111 




Saturn 


E. 


95 14 25 


9044 


93 22 


9061 


91 29 45 


9060 


89 37 42 


9000 


9 


Sun 


W. 


42 56 44 


9441 


44 39 20 


9461 


46 21 42 


9409 


48 3 49 


mi 




Jupiter 
a Arietis 


W. 


23 S3 7 


9900 


25 21 34 


9908 


27 9 49 


9917 


28 57 51 


9997 




E. 


34 45 15 


99B0 


32 58 55 


9816 


81 18 19 


9860 


29 28 32 


9860 




Aldebaran 


E. 


64 48 30 


9166 


62 59 11 


9176 


61 10 11 


9199 


59 21 32 


9907 




Saturn 


E. 


80 20 41 


9114 


78 30 3 


9194 


76 39 41 


9186 


74 49 37 


9140 




PoUux 


E. 


108 26 59 


9108 


106 36 5 


9116 


104 45 29 


9196 


102 55 10 


tllT 


10 


Sun 


W. 


56 30 13 


9517 


58 10 35 


9561 


59 50 38 


9565 


61 80 21 


9080 




Jupiter 


W. 


37 54 9 


9984 


39 40 32 


9998 


41 26 35 


9811 


43 12 18 


S396 




Aldebaran 


E. 


50 24 2 


9900 


48 37 48 


9800 


46 52 1 


989B 


45 6 43 


9860 




Saturn 


E. 


65 44 8 


9916 


63 56 4 


9981 


62 8 22 


9946 


60 21 1 


9900 




Pollux 


E. 


93 48 11 


9909 


91 59 44 


9916 


90 11 42 


9380 


88 23 59 


t9tt 


11 


Sun 


W. 


69 43 46 


9007 


71 21 23 


9078 


72 58 39 


9080 


74 35 34 


S706 




Jupiter 

aPeffasi 

Aldebaran 


W. 


51 55 46 


9806 


53 39 24 


9418 


55 22 40 


MS 


57 5 35 


940 




W. 


43 45 26 


8066 


45 14 15 


8040 


46 43 38 


8016 


48 13 32 


9006 




E. 


36 28 18 


9479 


34 46 25 


9601 


33 5 13 


9683 


31 24 46 


9609 




Saturn 


E. 


51 30 5 


9841 


49 45 5 


9867 


48 29 


9876 


46 16 18 


9809 




Pollux 


E. 


79 30 47 


9819 


77 45 14 


9884 


76 4 


9849 


74 15 16 


9864 




Regulus 


E. 


116 5 17 


9898 


114 19 59 


9844 


112 35 3 


9860 


110 50 29 


9878 


19 


Sun 


W. 


82 34 43 


9186 


84 9 29 


9803 


85 43 53 


9819 


87 17 56 


9686 




Jupiter 
a Pegasi 


W. 


65 34 43 


9090 


67 15 28 


9686 


68 55 52 


9661 


70 35 55 


9548 




W. 


55 47 58 


9041 


57 19 25 


9008 


58 50 56 


9B86 


60 22 SO 


9086 




Saturn 


E. 


37 41 47 


9486 


36 12 


9604 


34 19 4 


9694 


32 38 24 


9646 




Pollux 


E. 


65 36 44 


9441 


63 54 6 


9466 


62 11 51 


9471 


60 29 67 


9486 




Regulus 


E. 


102 13 9 


9449 


100 30 37 


9404 


98 48 33 


9480 


97 6 51 


9494 


13 


Sun 


W. 


95 3 3 


9018 


96 35 5 


9099 


98 6 47 


9044 


99 38 10 


9080 




aPe^an 


W. 


68 


9060 


69 31 16 


9066 


71 2 25 


9069 


72 33 25 


9060 




a Anetis 


W. 


24 22 39 


9888 


25 55 20 


9861 


27 28 29 


9844 


29 2 


9089 




Pollux 


E. 


52 5 41 


9610 


50 25 50 


9674 


48 46 19 


9668 


47 7 7 


9009 




Regulus 


E. 


88 43 27 


9666 


87 3 46 


9581 


85 24 25 


9506 


83 45 23 


900O 


14 


Sun 


W. 


107 10 30 


8081 


108 40 4 


8044 


110 9 22 


8068 


111 38 23 


8011 



XIV. 



FEBRUARY, 1856. 



33 







GREENWICH MEAN 


TIME. 




' 




LUNAR DISTANCES. 


h 
« 


Sttf'f Nn 


M 




P.L. 




P.L. 




P.L. 




P.L. 


mod 




Midnight. 


of 


XVh. 


or 


xvnD^ 


of 


XXIh. 


of 


PfMltioa 






DUL 




IMS: 




DUL 




DUL 






O f » 




O 1 If 




O 1 « 




O 1 if 




1 


Regulos 


w. 


105 30 3 


9MB 


107 9 49 


9640 


108 49 47 


9680 


110 30 18 


9619 




Man 


w. 


54 43 40 


96Sd 


56 91 47 


9616 


58 91 


9006 


59 39 99 


96T7 




Spioa 


w. 


51 97 S4 


aM4 


53 7 9 


9646 


54 47 90 


9636 


56 97 58 


9607 




Sun 


K 


59 7 6 


90M 


57 35 17 


9004 


56 3 3 


9864 


54 30 94 


9606 


s 


Mars 


W. 


•8 1 9 


sm 


69 49 59 


9400 


71 95 9 


9U1 


73 7 39 


9499 




Spiea 


W. 


64 57 46 


Mia 


66 41 4 


9800 


68 94 49 


9874 


70 9 1 


9860 




Antaiet 


W. 


19 4 5 


9417 


90 47 16 


9800 


99 30 56 


ant 


94 15 4 


9807 




Sun 


E. 


46 40 54 


9f789 


45 5 45 


9780 


43 30 11 


9781 


41 54 19 


9710 


8 


Man 


W. 


81 47 95 


9810 


83 39 41 


9818 


85 18 91 


9V0 


87 4 96 


9960 




Spica 


W. 


78 56 33 


9968 


80 43 90 


9961 


89 30 39 


9986 


84 18 8 


9916 




Antaiea 


W. 


33 9 34 


9979 


34 49 99 


9940 


36 36 36 


9988 


38 95 14 


9916 




Sun 


E. 


33 48 54 


9tU 


39 10 48 


9091 


30 39 93 


9610 


98 53 44 


9600 


8 


Sun 


W. 


36 4 95 


9410 


37 47 45 


9117 


39 SO 55 


9494 


41 13 55 


9489 




a Ariotis 


E. 


41 56 34 


9194 


40 7 58 


9118 


38 19 50 


9986 


36 39 15 


9960 




Aldebaran 


E. 


79 8 44 


9190 


70 18 16 


9181 


68 98 4 


9141 


66 38 8 


9160 




Saturn 


£. 


87 45 50 


9in4 


85 54 11 


9064 


84 9 47 


9009 


89 11 36 


9100 


9 


Sun 


W. 


49 45 40 


9486 


51 97 15 


9497 


53 8 39 


9610 


54 49 39 


9698 




Jupiter 
a Arietis 


W. 


30 45 39 


9987 


39 33 19 


9947 


34 90 99 


9960 


36 7 98 


9979 




E. 


97 44 49 


9486 


96 1 58 


9480 


94 90 99 


9540 


99 40 94 


9610 




Aldebaran 


E. 


57 33 15 


9398 


55 45 91 


9988 


53 57 50 


9966 


59 10 44 


9979 




Saturn 


£. 


79 59 59 


9169 


71 10 96 


9174 


69 91 90 


9186 


67 39 34 


9901 




Pollux 


E. 


101 5 8 


9180 


99 15 95 


9109 


97 96 


9176 


95 36 55 


9180 


10 


Sun 


W. 


63 9 44 


9806 


64 48 46 


9610 


66 97 97 


9096 


68 5 47 


9041 




Jupiter 


W. 


44 57 41 


9880 


46 49 44 


9864 


48 97 96 


9806 


50 11 47 


9888 




Aldebaran 


E. 


43 91 56 


9871 


41 37 40 


9804 


39 53 57 


9419 


38 10 49 


9446 




Saturn 


E. 


58 34 3 


9970 


56 47 98 


9301 


55 1 16 


9806 


53 15 98 


9896 




PoUux 


E. 


86 36 38 


9980 


84 49 38 


9978 


83 9 59 


9966 


81 16 42 


9808 


11 


Sun 


W- 


76 19 7 


9799 


77 48 18 


378B 


79 94 8 


9764 


80 59 36 


9770 




Jupiter 
a Pegasi 
Aldebuan 


W. 


58 48 8 


9480 


60 30 19 


9476 


69 19 8 


9480 


63 53 36 


9604 




W. 


49 43 51 


9078 


51 14 31 


9006 


59 45 98 


9064 


54 16 38 


9046 




E. 


99 45 8 


9607 


98 6 99 


9640 


96 98 34 


9008 


94 51 51 


9708 




Saturn 


E. 


44 39 39 


9410 


49 49 19 


9490 


41 6 18 


9440 


39 93 49 


9486 




Pollux 


E. 


79 30 49 


9880 


70 46 46 


9806 


69 3 3 


9410 


67 19 43 


9496 




Regulua 


E. 


109 6 16 


9880 


107 99 95 


9404 


105 38 56 


9410 


103 55 48 


9484 


13 


Sun 


W. 


88 51 38 


9861 


90 95 


9807 


91 58 1 


9868 


93 30 49 


9606 




Jupiter 
aPegasi 


W. 


79 15 37 


9861 


73 54 58 


9606 


75 33 59 


9811 


77 19 39 


9096 




W. 


61 54 5 


9086 


63 95 39 


9088 


64 57 10 


9041 


66 98 37 


9046 




Saturn 


E. 


30 58 13 


9607 


99 18 33 


9601 


97 39 96 


9616 


96 59 


9040 




Pollux 


E. 


58 48 94 


9909 


57 7 13 


9616 


55 96 99 


9681 


53 45 59 


9646 




Regulua 


E. 


95 95 99 


9000 


93 44 98 


9698 


99 3 47 


9686 


90 93 97 


9068 


13 


Sun 


W. 


101 9 14 


9078 


109 40 


9966 


104 10 98 


8009 


105 40 38 


8017 




aPegasi 


W. 


74 4 i7 


9870 


75 35 


9066 


77 5 32 


9908 


78 35 54 


8001 




a Arietia 


W. 


30 35 46 


9894 


39 9 43 


9819 


33 43 46 


9617 


35 17 52 


9816 




Pollux 


E. 


45 98 15 


9616 


43 49 41 


9030 


49 11 26 


9643 


40 33 29 


9050 




Regulua 


E. 


89 6 40 


9098 


80 98 16 


9680 


78 50 10 


9010 


77 12 21 


9003 


14 


Sun 


W. 


113 7 8 


8084 


114 35 37 


8006 


116 3 49 


8110 


117 31 46 


8199 



34 



FEBRUARY, 1856. 



XV. 



GREENWICH MEAN TIME. 


LUNAB DISTANCES. 


h 


Star's Nama 




P.Ii. 




P.L. 




P.L. 




P.L. 


and 




Noon. 


of 


nihu 


of 


Vlh. 


of 


rxh. 


J!L 


^1 


PodtioiL 






DHL 




Biff. 




IMS: 




no. 








O 1 u 




O 1 H 




O 1 u 




O f « 




14 


aPe^i 

a Arietis 


W. 


80 6 6 


WIO 


81 36 6 


8091 


83 6 62 


8080 


84 36 27 


8041 




W. 


36 62 


S810 


38 26 7 


9616 


40 11 


9891 


41 34 11 


9BS6 




PoUux 


E. 


38 56 60 


9680 


37 18 29 
73 67 37 


9683 


36 41 26 


9606 


34 4 38 


9107 




ReguluB 


E. 


76 34 60 


W76 


9668 


72 20 41 


9701 


70 44 2 


9I1S 


16 


Sun 


W. 


118 69 29 


tm 


120 26 67 


8M7 


121 64 10 


8160 


123 21 9 


8100 




a Arietis 


W, 


49 22 41 


S86B 


60 56 


9819 


62 29 11 


9866 


64 2 13 


9673 




Aldebaran 


W. 


19 66 6 


S9I3 


21 21 


8164 


22 47 62 


8196 


24 16 31 


8006 




Pollux 


E. 


26 4 48 


9768 


24 29 38 


9fm 


22 64 43 


9799 


21 20 3 


9804 




Reffulus 


E. 


62 44 44 


9771 


61 9 38 


9783 


69 34 46 


9708 


68 9 


9804 




Mars 


E. 


116 43 7 


9fIS7 


114 a 36 


9807 


112 34 16 


98n 


111 10 


9096 




Spica 


E. 


116 46 26 


9768 


116 11 9 


«n4 


113 30 7 


9784 


112 1 18 


9704 


16 


a Arietis 


W. 


61 46 13 


9900 


63 17 22 


9014 


64 49 23 


9031 


66 21 16 


9097 




Aldebaran 


W. 


31 40 33 


1099 


33 10 19 


8016 


34 40 12 


8011 


36 10 11 


8000 




Satani 


W. 


16 46 61 


9076 


17 14 31 


80U 


18 43 49 


8094 


20 13 32 


8806 




Rtigultts 


E. 


60 10 27 


9854 


48 37 9 


9884 


47 4 4 


9874 


46 31 12 


9888 




Mars 


E. 


103 12 42 


9679 


101 39 47 


9880 


100 7 2 


9868 


98 34 28 


9807 




Spica 


E. 


102 36 60 


9841 


104 10 26 


98B0 


101 3 27 


i8ao 


99 30 16 


9897 


17 


a Arietis 


W. 


73 68 28 


9883 


76 29 29 


9067 


77 23 


9978 


78 31 9 


9080 




Aldebaran 


W. 


43 40 28 


9006 


46 10 30 


8010 


46 40 30 


8019 


48 10 28 


9016 




Saturn 


W. 


27 46 24 


9861 


29 16 


9681 


30 46 37 


9961 


32 17 13 


98B9 




ReguluB 


E. 


37 49 46 


9838 


36 18 4 


9988 


34 40 34 


984B 


33 16 16 


9066 




Mais 


E. 


90 64 7 


9088 


89 22 30 


9840 


87 61 2 


9046 


86 19 42 


90SS 




Spica 


E. 


91 46 61 


9806 


90 14 40 


9913 


88 42 37 


9990 


87 10 44 


90S7 


18 


a Arietis 


W. 


86 3 3 


8010 


87 33 3 


8016 


89 2 66 


9091 


90 32 43 


wm 




Aldebaran 


W. 


66 39 24 


9080 


67 9 


8088 


68 38 32 


8087 


60 7 69 


8000 




Saturn 


W. 


39 49 37 


9886 


41 19 55 


9880 


42 50 9 


8003 


44 20 19 


8006 




Mars 


E. 


78 46 


98BS 


77 14 26 


9968 


76 43 58 


9808 


74 13 37 


9888 




Spica 


E. 


79 33 23 


9866 


78 2 18 


9966 


76 31 21 


9970 


76 31 


9976 


19 


Aldebaran 


W. 


67 34 14 


8057 


69 8 16 


8060 


70 32 14 


9064 


72 1 8 


8068 




Saturn 


W. 


61 60 1 


8094 


63 19 44 


8088 


64 49 22 


8038 


66 18 67 


8006 




PoUux 


W. 


23 22 33 


8006 


24 52 36 


8810 


26 22 36 


8014 


27 69 31 


8018 




Mars 


E. 


66 43 22 


8039 


66 13 37 


8096 


63 43 57 


8080 


62 14 22 


8n4 




Spica 


E. 


67 28 02 


8001 


66 67 51 


8006 


64 27 46 


8011 


62 67 47 


8016 




Antares 


E. 


113 20 66 


9886 


111 60 41 


8009 


110 20 31 


8007 


108 60 27 


8019 


20 


Aldebaran 


W. 


79 24 33 


8084 


80 63 2 


8067 


82 21 27 


8090 


83 49 49 


8008 




Saturn 


W. 


63 46 44 


8069 


66 14 63 


8064 


66 43 59 


8066 


68 13 


8000 




Pollux 


W. 


36 20 59 


8086 


36 60 28 


8088 


38 19 53 


8043 


39 49 14 


8044 




Mars 


E. 


54 47 39 


8069 


63 18 31 


8066 


51 49 28 


8060 


60 20 29 


8068 




Spica 


E. 


56 29 12 


8086 


53 69 44 


8089 


62 30 20 


8043 


61 1 1 


8047 




Antares 


E. 


101 21 26 


8081 


99 61 52 


8084 


98 22 22 


8080 


96 62 67 


8041 


21 


Aldebaran 


W. 


91 10 44 


8106 


92 38 44 


8110 


94 6 42 


8113 


96 34 37 


8114 




Saturn 


w. 


76 37 18 


8074 


77 6 69 


8076 


78 34 38 


8078 


80 3 14 


8000 




Pollux 


w. 


47 16 9 


8066 


48 44 10 


8060 


60 13 9 


8063 


61 42 6 


8004 




Mars 


E. 


42 66 27 


8076 


41 27 48 


8079 


39 59 13 


8083 


38 30 41 


8068 




Spica 


E. 


43 35 28 


8068 


42 6 33 


8066 


40 37 41 


8066 


39 8 62 


8071 




Antares 


E. 


89 26 45 


8066 


87 57 41 


8066 


86 28 40 


8060 


84 69 43 


8009 


22 


Aldebaran 


W. 


102 53 32 


3194 


104 21 12 


8197 


106 48 49 


8199 


107 16 94 


8190 



XVI. 



FEBRUARY, 1856. 



35 



" 






GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 




Ster^fNu 


M 




P.L. 




P.L. 




P. I. 




P.L. 


ftnd 

PfMltiOIL 




Midnight. 


of 
DIff. 


XVh. 


of 
Diff. 


xvmh. 


of 
Diff. 


XXIh. 


of 
IMC 


14 


a Pe^fasi 


w. 


O 1 It 

86 4 49 


8009 


O 1 M 

87 33 68 


806J 


O 1 II 

89 2 54 


8078 


O 1 M 

90 31 37 


8084 




a Ariatis 


w. 


43 8 6 


38S0 


44 41 55 


9886 


46 15 38 


9841 


47 49 13 


9848 




PoUux 


E. 


32 28 8 


7119 


30 51 53 


2789 


29 15 55 


9744 


27 40 13 


9760 




ReguloB 


£. 


69 7 39 


fn» 


67 31 32 


9W7 


65 55 41 


9748 


64 20 5 


1980 


15 


Son 


W. 


124 47 55 


8181 


126 14 27 


8108 


127 40 45 


8904 


129 6 50 


8914 




a Arietis 


W. 


56 35 7 


38B0 


57 7 52 


98B7 


58 40 28 


9004 


60 12 65 


8001 




Akiebanii 


W. 


25 43 46 


8079 


27 12 30 


8064 


28 41 36 


8041 


30 10 58 


8080 




Pollux 


E. 


19 45 40 


3816 


18 11 33 


9898 


16 37 42 


9841 


15. 4 7 


9866 




ReguloB 


E. 


56 25 46 


381f 


54 51 37 


9896 


53 17 41 


9886 


51 43 58 


i8a 




Mars 


E. 


109 26 16 


9888 


107 52 35 


9846 


106 19 6 


9864 


104 45 48 


9868 




Spica 


E. 


110 26 42 


9804 


108 62 19 


9814 


107 18 9 


9894 


105 44 11 


8889 


16 


a Arietb 


W. 


67 52 59 


9888 


69 24 35 


9019 


70 56 1 


9840 


72 27 18 


9084 




Aldebaran 


W. 


37 40 12 


8007 


39 10 16 


8007 


40 40 20 


8006 


42 10 25 


ooorr 




Saturn 


w. 


21 43 35 


9807 


23 13 52 


9000 


24 44 17 


9886 


26 14 48 


9081 




Regulus 


E. 


43 58 31 


9809 


42 26 2 


9001 


40 63 45 


9011 


39 21 40 


9090 




MaiB 


E. 


97 2 5 


9004 


95 29 51 


9019 


93 57 47 


9019 


92 25 52 


9097 




Spica 


E. 


97 57 14 


9878 


96 24 24 


9888 


94 51 43 


9001 


93 19 12 


9908 


17 


a Arietis 


W. 


80 1 47 


9088 


81 32 17 


9009 


83 2 40 


9008 


84 32 55 


8004 




Aldebaran 


W. 


49 40 22 


8018 


51 10 13 


8091 


52 40 


8098 


54 9 44 


8090 




Saturn 


W. 


33 47 48 


9086 


35 18 20 


9987 


36 48 49 


9980 


38 19 15 


9008 




Regulus 


E. 


31 44 10 


9987 


30 13 16 


9077 


28 42 35 


9087 


27 12 6 


9000 




Mara 


E. 


84 48 30 


9000 


83 17 26 


9066 


81 46 30 


9071 


80 15 41 


9077 




Spica 


E. 


85 38 59 


9084 


84 7 23 


9M0 


82 35 55 


90M 


81 4 35 


9068 


18 


a Arietis 


W. 


92 2 24 


8089 


93 31 57 


8087 


95 1 24 


8oa 


96 30 44 


oocr 




Aldebaran 


W. 


61 37 23 


8018 


63 6 42 


8047 


64 35 57 


8061 


66 5 7 


8064 




Saturn 


W. 


45 50 24 


8000 


47 20 26 


8014 


48 50 22 


8017 


50 20 14 


8091 




Man 


E. 


72 43 22 


8008 


71 13 13 


8008 


69 43 10 


8013 


68 13 13 


8018 




Spica 


E. 


73 29 48 


9081 


71 59 12 


9088 


70 28 42 


9809 


68 58 19 


9007 


19 


Aldebaran 


W. 


73 29 57 


8071 


74 58 42 


80T4 


76 27 23 


8078 


77 56 


8081 




Saturn 


W. 


57 48 26 


8088 


59 17 53 


8849 


60 47 13 


8046 


62 16 30 


8047 




Pollux 


W. 


29 22 21 


8099 


30 52 6 


8090 


32 21 47 


8038 


33 51 25 


8031 




Mara 


E. 


60 44 52 


8088 


59 15 27 


8oa 


57 46 7 


8046 


56 16 51 


8040 




Spiea 


E. 


61 27 53 


8090 


59 58 5 


8091 


58 2B 22 


8098 


56 58 44 


8089 




Antareo 


E. 


107 20 29 


8016 


105 50 36 


80OO 


104 20 48 


8094 


102 51 5 


8097 


30 


Aldebaran 


W. 


85 18 7 


8006 


86 46 22 


8009 


88 14 33 


8109 


89 42 40 


8106 




Saturn 


W. 


69 41 59 


8064 


71 10 53 


8066 


72 39 44 


8068 


78 8 33 


8079 




Pollux 


W. 


41 18 32 


8017 


42 47 46 


8060 


44 16 57 


8063 


45 46 4 


8066 




Mara 


E. 


48 51 34 


8066 


47 22 42 


8089 


45 53 54 


8om 


44 25 


8078 




Spiea 


E. 


49 31 46 


8060 


47 2 35 


8064 


46 33 29 


8067 


45 4 27 


8000 




Antares 


E. 


95 23 35 


8044 


93 54 17 


8047 


92 25 3 


8060 


90 55 52 


8068 


21 


Aldebaran 


W. 


97 2 29 


8117 


98 30 18 


8119 


99 58 5 


3190 


101 25 50 


8198 




Saturn 


W. 


81 31 48 


8089 


83 20 


8084 


84 28 49 


8085 


85 57 17 


8687 




Pollux 


W. 


53 10 59 


8066 


54 39 51 


8088 


56 8 40 


8080 


57 37 28 


8070 




Man 


E. 


37 2 11 


8086 


35 33 44 


8088 


34 5 20 


8001 


32 36 59 


8009 




Spica 


E. 


37 40 7 


8078 


36 11 25 


8076 


34 42 45 


8918 


33 14 10 


8081 




Antaree 


E. 


83 30 47 


8064 


82 1 63 


8066 


80 33 2 


8066 


79 4 13 


8060 


23 


Aldebaran 


W. 


108 43 58 


3181 


110 11 30 


8183 


111 39 


8188 


113 6 29 


8184 



36 



FEBRUARY, 1856. 



XVIL 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 


23 


Star's Nams 




P. L. 




P.L. 




P.L. 




P.L. 


and 




Noon. 


of 


mh 


of 


Vlh. 


of 


ixi*. 


of 


Posltkni. 




DUL 




DUL 




DUL 




ns. 


Saturn 


W. 


O 1 M 

87 25 43 


8087 


O 1 II 

88 54 9 


8087 


O 1 11 

90 22 34 


8088 


O 1 N 

91 50 58 


8080 




Pollux 


W. 


59 6 14 


8079 


60 34 58 


8079 


62 3 42 


8078 


63 32 25 


80» 




ReffuluB 


w. 


22 44 52 


8131 


24 12 24 


8196 


25 40 2 


8191 


27 7 46 


8in 




Man 


E. 


31 8 40 


8096 


29 40 24 


8096 


28 12 10 


8090 


26 43 59 


8101 




Spica 


E. 


31 45 38 


8068 


30 17 8 


8086 


28 48 40 


8087 


27 20 15 


8000 




Antares 


£. 


77 35 25 


8070 


76 6 38 


8071 


74 37 53 


8079 


73 9 9 


8079 


33 


Saturn 


W. 


99 12 45 


8091 


100 41 6 


8091 


102 9 27 


8090 


103 37 49 


8088 




Pollux 


W. 


70 55 53 


8078 


72 24 36 


8079 


73 53 20 


8071 


75 22 5 


8070 




ReguluB 


W. 


34 27 32 


8101 


35 55 40 


8098 


37 23 52 


8096 


38 62 7 


8009 




Antares 


E. 


65 45 34 


8078 


64 16 51 


8079 


62 48 7 


8070 


61 19 21 


8000 




Venus 


E. 


114 42 7 


8A06 


113 22 56 


8866 


112 3 44 


8664 


110 44 30 


8iS8 


34 


Saturn 


W. 


111 2 


80S1 


112 28 35 


8079 


113 57 10 


8076 


115 25 50 


aoTS 




Pollux 


W. 


82 46 18 


8060 


84 15 17 


8097 


85 44 19 


8064 


87 13 25 


8061 




Regulus 


W. 


46 14 18 


8077 


47 42 56 


8078 


49 11 38 


8069 


50 40 25 


8066 




Antares 


E. 


53 55 3 


8060 


52 26 5 


8066 


50 57 2 


8064 


49 27 56 


8061 




a AquilflB 


E. 


103 6 34 


8846 


101 54 


8989 


100 41 13 


8990 


99 28 14 


8811 




Venus 


E. 


104 7 47 


8640 


103 48 17 


8646 


101 28 43 


8649 


100 9 5 


8087 


dS 


Pollux 


W. 


94 40 8 


8098 


96 9 46 


8099 


97 39 31 


8017 


99 9 23 


8011 




Regulus 


W. 


58 5 45 


8040 


59 35 8 


8084 


61 4 38 


8098 


62 34 16 


8099 




Antares 


E. 


42 1 12 


8098 


40 31 34 


8098 


39 1 50 


8018 


37 32 


8011 




a AquilflB 


E. 


93 20 53 


8866 


92 6 59 


8868 


90 52 57 


8868 


89 38 49 


8840 




Venus 


E. 


93 29 38 


8619 


92 9 27 


8605 


90 49 8 


8499 


89 28 43 


8498 




Sun 


E. 


130 11 33 


8496 


128 49 46 


8419 


127 27 51 


8419 


126 5 48 


8408 


26 


Regulus 


W. 


70 4 34 


9986 


71 35 6 


9676 


73 5 49 


9907 


74 36 43 


9998 




Mars 


W. 


16 46 38 


8016 


18 16 32 


9998 


19 46 47 


9983 


21 17 21 


9868 




Spica 


W. 


16 4 45 


8017 


17 34 37 


8009 


19 4 47 


9988 


20 35 15 


9976 




Antares 


E. 


30 43 


9077 


28 30 1 


9968 


26 59 8 


9960 


25 28 5 


9961 




Venus 


E. 


82 44 33 


8469 


81 23 15 


8449 


80 1 46 


8483 


78 40 7 


8498 




a AquilflB 


E. 


83 26 49 


8897 


82 15 15 


8894 


80 57 38 


8898 


79 43 


8899 




Son 


E. 


119 13 23 


8864 


117 50 25 


8868 


116 27 15 


8844 


115 3 54 


8889 


37 


Regulus 


W. 


82 14 18 


9906 


83 46 30 


9894 


85 18 57 


9883 


86 51 38 


9870 




Mars 


W. 


28 54 35 


9900 


30 26 54 


9887 


31 59 30 


9878 


33 32 23 


9868 




Spica 
Venus 


W. 


28 U 36 


9911 


29 43 41 


9890 


31 16 1 


9886 


32 48 38 


9878 




E. 


71 48 53 


8867 


70 25 59 


8864 


69 2 50 


S849 


67 39 27 


8898 




a Aquile 


E. 


73 29 55 


8869 


72 15 26 


8888 


71 1 3 


8844 


69 46 46 


8889 




Sun 


E. 


108 4 


8976 


106 39 20 


8968 


105 14 25 


8949 


103 49 14 


8980 


38 


Regulus 


E. 


94 39 10 


9604 


96 13 33 


9790 


97 48 14 


9776 


99 23 14 


9780 




Mars 


W. 


41 21 28 


9786 


42 56 15 


9770 


44 31 22 


9764 


46 6 50 


9788 




Spica 
Venus 


W 


40 36 8 


9804 


42 10 32 


9788 


43 45 16 


9779 


45 20 21 


9768 




E. 


60 38 33 


8k7 


69 13 31 


8949 


57 48 12 


8996 


56 22 34 


8910 




a AquilflB 


E. 


63 37 50 


8916 


62 24 45 


8983 


61 11 68 


8064 


50 59 33 


8978 




Sun 


E. 


96 39 15 


8168 


95 12 22 


8148 


93 45 10 


8181 


92 17 38 


81U 


29 


Regulus 


W. 


107 23 22 


90B1 


109 28 


9664 


110 37 56 


96€7 


112 15 47 


9880 




Mars 


W. 


54 9 35 


9666 


55 47 16 


9688 


57 25 21 


9690 


59 3 50 


9601 




Spica 


W. 


53 20 56 


9676 


54 58 9 


9668 


56 35 45 


9641 


58 13 44 


9S» 




Venus 


E. 


49 9 33 


8197 


47 41 56 


8110 


46 13 58 


8099 


44 45 39 


8074 




a Aquil« 


R. 


54 4 34 


4166 


52 55 25 


4904 


51 47 3 


4961 


50 39 34 


4899 




Sun 


E. 


84 54 52 


8098 


83 25 14 


8009 


81 55 13 


9991 


80 24 49 


9871 



XVIII. 



FEBRUARY, 1856. 



37 





GREENWICH MEAN TIME. 




LUNAR DISTANCES. 




23 


8«ar*f Nai 


Dt 




P.L. 




P.L. 




P.L. 




P.L. 




and 




Midnight. 


or 


XVh- 


of 


iviiiii. 


or 


XXIb. 


or 




Poiltioa 






DUL 




DIff. 




DUL 




DUL 




Satura 


w. 


93 19 2*1 


8090 


O 1 M 

94 47 43 


8001 


O 1 II 

96 16 4 


8001 


O 1 « 

97 44 24 


8001 






Pollux 


w. 


65 I 7 


ao7s 


66 29 49 


8074 


67 58 30 


8074 


69 27 11 


8078 






Regains 


w. 


28 35 35 


SI 14 


30 3 28 


8110 


31 31 26 


8107 


32 59 27 


8104 






Mare 


E. 


25 15 51 


SIM 


23 47 46 


8106 


22 19 46 


8111 


20 51 50 


8114 






Spies 


E. 


25 51 53 


son 


24 23 34 


8006 


22 55 19 


8006 


21 27 7 


8101 






Antares 


E. 


71 40 25 


SOTS 


70 11 42 


8078 


68 42 59 


SOTS 


67 14 17 


SOIS 




83 


Saturn 


W. 


105 6 13 


S088 


106 34 37 


8006 


106 3 4 


8065 


109 31 32 


8068 






Pollux 


W. 


76 50 51 


soos 


78 19 39 


8067 


79 48 29 


8005 


81 17 22 


8009 






Regultts 


W. 


40 20 26 


sooo 


41 48 48 


8067 


43 17 14 


8068 


44 45 44 


8000 






Antares 


E. 


59 50 34 


S068 


58 21 45 


8006 


56 52 53 


8064 


55 23 59 


8009 






VenuB 


E. 


109 25 15 


SMO 


108 5 57 


8flff7 


106 46 36 


8555 


105 27 13 


8559 




24 


Saturn 


W. 


116 54 32 


SOTl 


118 23 17 


8067 


119 52 7 


8064 


121 21 1 


8080 






Pollux 


W. 


88 42 35 


S047 


90 11 50 


SOIS 


91 41 10 


8086 


93 10 36 


8088 






Regulus 


W. 


52 9 17 


SOOO 


53 38 15 


8006 


55 7 19 


8051 


56 36 29 


8046 






AntaroB 


E. 


47 58 45 


S0I7 


. 46 29 30 


8049 


45 9 


8086 


43 30 43 


8084 






a Aquile 


£. 


98 15 5 


SOOl 


97 1 46 


8601 


95 48 17 


8889 


94 34 39 


8874 






Venus 


E. 


98 49 22 


soss 


97 29 34 


saao 


96 9 41 


8094 


94 49 43 


8517 




25 


Pollux 


W. 


100 39 22 


SOOO 


102 9 29 


9007 


103 39 45 


9001 


105 10 9 


9889 






Regulna 


W. 


64 4 2 


soie 


65 33 55 


8000 


67 3 58 


SOOO 


68 34 11 


9999 






Antares 


E. 


36 2 1 


SOOO 


84 31 54 


9008 


33 1 39 


9809 


31 31 16 


9964 






a Aquilo 


E. 


88 24 34 


SS41 


87 10 14 


8086 


85 56 49 


8689 


84 41 20 


8830 






Venus 


E. 


88 8 11 


S405 


86 47 30 


8476 


85 26 39 


8470 


84 5 41 


8001 






Sun 


E. 


124 43 38 


ssoe 


123 21 19 


8860 


121 58 50 


8860 


120 36 11 


8879 




26 


Regains 


W. 


78 7 49 


9MB 


77 30 7 


9086 


79 10 38 


9036 


80 42 21 


9017 






Mare 


W. 


22 48 13 


9S0A 


24 19 22 


9041 


25 50 49 


9097 


27 22 33 


9018 






Spica 


W. 


22 5 59 


9009 


23 36 59 


9060 


25 8 15 


9086 


26 39 48 


9034 






Antares 


E. 


23 56 51 


9Ma 


22 25 26 


988S 


20 53 49 


9094 


19 22 


9918 






Venus 


E. 


77 18 17 


S419 


75 56 16 


8401 


74 34 1 


8801 


73 11 34 


8879 






a Aquils 


E. 


78 28 21 


8698 


77 13 43 


8893 


75 59 5 


8835 


74 44 29 


8838 






Sun 


E. 


113 40 21 


SS93 


112 16 36 


8811 


110 52 37 


8800 


109 28 25 


8966 




27 


Regulus 


W. 


88 24 35 


9856 


89 57 48 


964S 


91 31 18 


9681 


93 5 5 


9616 






Mare 


W. 


35 5 35 


9B4S 


36 39 5 


9B80 


38 12 54 


9616 


39 47 1 


9801 






Spica 
Venus 


W. 


34 21 32 


9600 


35 54 44 


9645 


37 28 14 


9631 


39 2 2 


9618 






E. 


66 15 49 


8814 


64 51 54 


SSOI 


63 27 44 


8967 


62 3 17 


8379 






a Aquils 


E. 


68 33 37 


8800 


67 18 37 


8671 


66 4 48 


8664 


64 51 12 


8606 






Sun 


E. 


102 23 47 


8938 


100 58 4 


890O 


99 32 5 


8194 


98 5 49 


8178 




28 


Regulus 


W. 


100 58 34 


9745 


102 34 14 


9799 


104 10 15 


9718 


105 47 38 


9607 






Mare 


W. 


47 42 39 


9799 


49 18 49 


9705 


50 55 22 


9060 


52 32 17 


9679 






Spica 
Venus 


W. 


46 55 46 


9741 


48 31 31 


9795 


50 7 38 


9700 


51 44 6 


9603 






E. 


54 66 37 


8104 


53 30 21 


8178 


52 3 46 


8161 


50 36 50 


8148 






a Aquils 


E. 


58 47 32 


4000 


57 35 59 


40S0 


56 24 55 


4079 


55 14 26 


4110 






Sun 


E. 


90 49 47 


8008 


89 21 35 


8061 


87 53 2 


8664 


86 24 8 


8046 




29 


Regulus 


W. 


113 54 1 


9618 


115 32 38 


9006 


117 11 39 


9078 


118 51 4 


9500 






Mare 


w. 


60 42 44 


9068 


62 22 3 


9064 


64 1 47 


9545 


65 41 57 


9537 






Spica 
Venus 


w. 


59 52 8 


9000 


61 30 56 


9066 


63 10 8 


9560 


64 49 45 


9551 






E. 


43 16 58 


8097 


41 47 56 


S040 


40 18 33 


809^2 


38 48 48 


8065 






a Aquils 


E. 


49 53 2 


4804 


48 27 35 


4474 


47 23 20 


4569 


46 20 22 


4606 






Sun 


E. 


78 54 1 


9994 


77 22 50 


9BS4 


75 51 14 


9014 


74 19 13 


9604 



38 



MARCH, 1856. 



AT GREENWICH APPAEENT NOON. 



i 



Sat 
Sun. 
Mod. 

Tues. 
Wed. 
Thur. 

Fri. 
Sat 
Sun. 

Mon. 
Tues. 
Wed. 

Thur. 

Fri. 

Sat 

Sun. 

Mod., 

Tues. 

Wed. 
Thur. 
Fri. 

Sat 
Sun. 
Mod. 

Tues. 
Wed. 
Thur. 

Fri. 
Sat 
Sun. 
Mon. 

Tues. 



10 
11 
12 

13 
14 
15 

16 
17 
18 

19 
20 
21 

22 
23 
24 

25 
26 
27 

28 
29 
30 
31 

32 



THE surra 



Bight 



h. m. f. 

22 50 25.89 
22 54 10.06 

22 57 53.77 

23 1 37.01 
23 5 19.81 
23 9 2.20 

23 12 44.17 
23 16 25.77 
23 20 6.98 

23 23 47.84 
23 27 28.; 
23 31 8.54 

23 34 48.42 
23 38 28.05 
23 42 7.39 

23 45 46.49 
23 49 25.36 
23 53 4.05 

23 56 42.56 
20.94 
3 59.16 

7 37.28 
11 15.35 
14 53.34 

18 31.30 
22 9.27 
25 47.24 



29 25.27 
33 3.32 
36 41.46 
40 19.71 



43 58.05 



TMLtn 
Ihoar. 



9.852 
9.832 
9.812 

9.294 
9,277 
9.259 

9.248 
9.227 
9.211 

9.197 
9.183 
9.170 

9.157 
9.146 
9.186 

9.126 
9.117 
9.109 

9.108 
9.098 
9.092 

9.068 
9.086 
9.084 

9.084 
9.064 
9.086 

9.087 
9.090 
9.094 
9.097 

9.102 



Appanni 



S. 7 23 2§.5 
7 35.5 
6 37 35.4 

6 14 29.6 
5 51 18.6 
5 28 2.9 

5 4 42.7 
4 41 18.5 
4 17 50.8 

3 54 19.9 
3 30 46.3 
3 7 10.5 

2 48 33.5 
2 19 53.0 
1 56 12.4 

1 32 30.8 
1 8 48.7 
45 6.7 

S. 21 24.8 

N. 2 16.5 

25 57.0 

49 36.3 

1 13 13.9 

1 36 49.7 

2 23.2 
2 23 54.3 

2 47 22.4 

3 10 47.4 
3 34 8.8 

3 57 26.3 

4 20 39.7 

N. 4 43 48.3 



DULfbr 
1 hoar. 



67.12 
67.38 
67.64 

57.85 
58.06 
58.25 

58.44 
58.59 
58.74 

58.84 
58.95 
59.04 

59.18 
59.17 



59.24 
59.27 
59.26 

59.25 
59.21 
59.17 

59.11 
59.05 
58.96 

58.86 
58.74 
58.61 

58.47 
58.82 
58.15 
57.97 

57.77 



dkmeCer. 



6 10.22 

6 9.97 

6 9.71 

6 9.45 

6 9.19 

6 8.93 

6 8.67 

6 8.41 

6 .8.16 



7.90 
7.64 

7.38 



6 7.11 

6 6.84 

6 6.58 

6 6.31 

6 6.05 

6 5.78 

6 5.52 

6 5.25 

6 4.98 

6 4.70 
4.42 

6 4.14 



3.85 
3.57 
6 3.29 



3.00 
2.71 
2.43 
2.15 



16 1.87 



Sidenal 
Tfane 
of the 



•meter 
pMihig 

the 
M«rld- 



65.39 
65.32 
65.25 

65.18 
65.12 
65.06 

65.00 
64.94 
64.89 

64.85 
64.80 
64.76 

64.71 
64.67 
64.64 

64.60 
64.57 
64.54 

64.52 
64.50 
64.48 

64.47 
64.45 
64.47 

64.47 
64.47 
64.47 

64.46 
64.46 
64.47 
64.48 

64.50 



XqOBtlOllOlf 

Thne, 

tobt 
addtdto 
Apparent 

Tmu. 



12 30.23 
12 17.87 
12 5.07 

11.51.80 
11 38.08 
11 23.96 

11 9.42 
10 54.49 
10 39.19 

10 23.53 

10 7.54 

9 51.21 

9 34.59 
9 17.71 
9 0.54 

8 43.13 
8 25.51 
8 7.70 

7 49.72 
7 31.57 
7 13.28 

6 54.90 
6 36.45 
6 17.95 

5 59.41 
5 40.88 

5 22.34 

6 3.87 
4 45.42 
4 27.05 
4 8.79 



3 50.63 0.754 



for 



0.606 
0.525 
0.545 

0.568 
0.580 
0.597 

0.614 
0.680 
0.645 

0.660 
0.678 
0.686 

0.699 
0.710 
0.721 

0.780 
0.789 
0.747 

0.758 
0.759 
0.764 

0.769 
0.770 
0.770 

0.771 
0.771 
0.770 

0.769 
0.767 
0.768 
0.759 



Non.— Jtffoii ThiM of the BemkUamater paning maj be flnmd by tubtiactlng Os.18 ftom the Sidereal Time. 



II. 



MARCH, 1856. 



39 







AT GREENWICH MEAN 


NOON. 










THE SUN^S 








t 

1 


1 






1 


Eqoftttonof 
tob0 

Mean 
Tinu. 


DUL 

for 

Ihour. 


Bktoraa 
TtaM. 


Appartni 


DULte 
Ibour. 


Appartnt 


IMff.for 
1 hour. 


Sat. 
Sim. 
Mon. 


1 

2 
8 


22 50 28.95 
22 54 8.15 
22 57 51.90 


f. 

9.S62 
t.882 
9.S12 


S. 7 28 41.4 
7 00 47.2 
6 87 46.9 


57.12 
67.88 
67jf4 


12 ai).84 

12 17.98 
12 5.18 


B. 

0JM)5 
0JS25 
0JS45 


22 87 53.61 
22 41 50.17 
22 45 46.72 


Tues. 
Wed. 
Tliur. 


4 
5 
6 


28 1 85.18 
28 5 18.02 
28 9 0.45 


9.394 
9.2r7 
9.2S9 


6 14 40.9 
5 51 29.8 
5 28 18.9 


57.85 
584)6 
58.25 


11 51.91 
11 88.19 
11 24.07 


0.563 
0.580 
0.697 


22 49 43i27 
22 58 39.83 
2g,57 36.38 


Fri. 
Sat 
Sm. 


7 
8 
9 


28 12 42.46 
28 16 24.10 
28 20 5.85 


9.248 
9.227 
9.211 


5 4 53.5 
4 41 29.1 
4 18 1.2 


58.44 
58.59 
58.74 


11 9.58 
10 54.61 
10 89.81 


0.614 
0.680 
0.645 


23 1 32.98 
28 5 29.49 
28 9 26.04 


Mod. 
Tuea. 
Wed. 


10 
11 
12 


28 28 46J25 
28 27 26.81 
28 81 7.04 


9.197 
9.188 
9.170 


8 54 80.1 
8 80 56.8 
3 7 20.2 


58.84 
58.95 
59.04 


10 28.65 

10 7.66 

9 51.88 


0.660 
0.678 
0.686 


23 13 22.60 
28 17 19.15 
28 21 15.71 


Thur. 
FrL 

Sat. 


13 
14 
15 


28 84 46.96 
28 88 26.68 
28 42 6.02 


9.157 
9.146 
9.186 


2 48 42.0 
2 20 2.2 
1 56 21.3 


59.13 
59.17 
59.22 


9 84.70 
9 17.82 
9 0.65 


0.699 
0.710 
0.721 


23 25 12J26 
23 29 8.81 
23 88 5.87 


Sm. 
Mon. 
Tues. 


16 
17 
18 


28 45 45.16 
28 49 24.08 
28 58 2.82 


9.126 
9.117 

9.109 


1 32 89.5 
1 8 57.1 
45 14.8 


59.24 
59.27 
59.26 


8 43.24 
8 25.61 
8 7.80 


0.780 
0.789 
0.747 


23 87 1.92 
28 40 58.47 
23 44 55.02 


Wed. 
Thur. 
Fri. 


19 
20 
21 


28 56 41.87 
19.80 
8 58.06 


9.108 
9.098 
9.092 


S. 21 32.6 

N. 2 9.0 

25 49.8 


69.25 
59.21 
69.17 


7 49.79 
7 81.67 
7 18.87 


0.763 
0.769 
0.764 


23 48 51.58 
23 52 48.18 
23 56 44.69 


Sat 
Sm. 
Moo. 


22 
23 
24 


7 86.28 
11 14.34 
14 52.88 


9.068 
9.066 
9.064 


49 29.4 

1 18 7.3 
1 86 48.4 


59.11 
69.96 
'6836 


6 54.99 
6 36.55 
6 18.08 


0.769 
0.770 
0.770 


41.24 
4 87.79 
8 84.85 


Tues. 
Wed. 
Thur. 


25 
26 
27 


18 80.39 
22 8.40 
25 46.42 


9U)64 
9.064 
9.066 


2 11J2 
2 28 48.6 
2 47 17.1 


68.86 
68.74 
58iU 


5 59.49 
5 40.95 
5 22.41 


0.771 
0.771 
0.770 


12 30.90 
16 27.45 
20 24.01 


Fri. 
Sat. 
Sun. 
Mon. 


28 
29 
80 
81 


29 24.49 
38 2.59 
86 40.78 
40 19.07 


9.067 
9.090 
9.094 
9.097 


3 10 42.4 
3 84 4.1 

3 57 21.9 

4 20 85.6 


58.47 
58.82 
58.15 
67.97 


5 3.93 
4 45.48 
4 27.11 
4 8.85 


0.769 
0.767 
0.768 
0.759 


24 20.56 
28 17.11 
32 13.67 
36 10.22 


Tues. 


82 


48 57.46 


9.102 


N. 4 43 44.6 


67.77 


8 50.68 


0.764 


40 6.78 




N< 


)Tt.— TbeSemkUuw 


star for Blei 


tn Nocm naj t» a«amed tti* 


nm« u that for 


ApparvDt Noon. 



40 



MARCH, 1856. 



III. 



AT GREENWICH MEAN NOON. 








THE SUN'S 










1 


1 

1 










Lofuittim 

oTUm 

lUdfauYtetor 

ofth* 

luth. 


put. tot 
Ihoar. 


ItaiiTiflM 

of 
SidMMlOh. 


IVw LOROiTUUB. 


INA lb. 




1 

2 
8 


S 








Ihoor. 










I 


i' 


61 
62 
63 


3il 
342 
343 


h »^.0 
8 47.5 
8 54.4 


km A 

8 46.8 
8 62.6 


1M.40 
150.88 
150.86 


— (J.Tl 
0.75 
0.76 


9.9963170 
.9964800 
.9965487 


47.0 
47.8 
47.5 


h. m. ■. 

1 21 52.94 
1 17 57.04 
1 14 1.12 


4 
6 
6 


64 
65 
66 


344 
345 
346 


8 59.6 

9 8.0 
9 4.4 


8 57.7 

9 1.0 
9 2.8 


150.18 
160.10 
160.02 


0.78 
0.68 
0.61 


.9966580 
.9967728 
.9968879 


47.7 
47.9 
48.0 


1 10 5.21 
1 6 9.80 
1 2 13.40 


7 
8 
9 


67 
68 
69 


347 
348 
349 


9 4.1 
9 1.9 
8 67.6 


9 1.9 
8 59.6 
8 66.1 


149.94 
149.85 
149.76 


0.92 
0.40 
0.27 


.9970038 
.9971189 
.9972847 


48.1 
48.8 

48.4 


58 17.49 
54 21.58 
50 25.67 


10 
11 
12 


70 
71 
72 


350 
351 
352 


8 61.3 
8 42.7 
8 81.8 


8 48.7 
8 40.0 
8 28.9 


149.67 
149.58 
149.49 


0.14 
—0.02 
H-0.10 


.9978508 
.9974678 
.9975841 


48.5 
48.6 
48.8 


46 29.76 
42 38.86 
88 87.95 


13 
14 
15 


78 
74 
75 


358 
854 
855 


8 18.8 
8 3.6 
7 46.0 


8 16.8 
8 0.5 
7 42.8 


149.89 
149.80 
149.21 


0.22 
0.29 
0.85 


.9977015 
.9978190 
.9979874 


49.1 
49.4 
49.7 


84 42.04 
80 46.13 
26 50.28 


16 
17 

18 


76 

77 
78 


856 
857 
858 


7 26.1 
7 4.0 
6 39.6 


7 22.8 
7 0.6 
6 36.1 


149.12 
149.08 
148.94 


0.86 
0.35 
0.31 


.9980566 
.9981766 
.9982975 


50.0 
50.8 
50.7 


22 54.82 
18 58.41 
15 2.50 


19 
20 
21 


79 
80 
81 


859 


1 


6 13.0 
6 44.2 

6 ia2 


6 9.4 
6 40.5 
6 9.4 


14S.85 
148.76 
148.67 


0.24 

0.15 

H^.04 


.9984193 
.9985420 
•9986656 


51.1 
51.4 
51.8 


11 6.60 

7 10.69 
5 • 1 un 


22 
23 
24 


82 
83 

84 


2 
3 

4 


4 40.2 
4 6.4 
8 28.6 


4 36.8 
4 1.0 
8 24.6 


148.59 
148.51 
1*48.48 


—0.10 
0.24 
0.86 


.9987902 
.9989158 
.9990422 


52.1 
52.8 
52.7 


23 55 22.96 
23 51 27.05 
28 47 31.15 


25 
26 
27 


85 
86 
87 


6 
6 

7 


2 49.8 
2 9.1 
1 26.8 


2 45.6 
2 4.8 
1 22.4 


148.85 
148.27 
148.19 


0.49 
0.61 
0.70 


.9991692 
.9992968 
.9994249 


58.0 
58.2 
58.2 


23 48 85.24 
28 39 89.83 
28 85 48.42 


28 
29 
30 


88 
69 
90 


8 42.8 

8 59 56.9 

9 59 9J2 


88.3 
69 52.2 
59 4.4 


148.12 
148.04 
147.97 


0.78 
0.82 
0.84 


.9995532 
.9996815 

OOOfiAOfi 


58.2 
58.2 
583 


28 81 47.52 
23 27 51.61 
28 28 55.70 


31 
82 


91 
92 


10 58 19.8 

11 67 28.6 


58 14.9 
67 23.6 


147.90 

147.82 


0.82 
—0.78 


9.9999379 
0.0000656 


58.8 
58.2 


28 19 59.79 
28 16 8.89 






Hon.- 


— >.ee»Mp< 


ad! to <U MM *iDla« of 


tlMdftlt.X' 


bo tiM iiMM eqofa 


mof Jan 


uOd. 



IV. 



MARCH, 165«. 



41 









GREENWICH 


MEAN TIME. 












- 




THE 


MOON'S 










1 






































9 


SmiDIlMlIlB. 


HORTXOIfTAL PARALLAX. 




MIBIDIAN PASSAGB. 




« 

i 


















Afll. 


Noon. 


Midni^t. 


Noon. 


VULtot 
Iboar. 


Mkbrfghl. 


DULlbr 
Ihoor. 




DHL for 
Ihoor. 


1 

2 
8 


16 0.2 
16 16.7 


1^ &.2 
16 8.1 
16 22.9 


57 &.2 

68 37.2 

69 34.2 


+2.86 
2.48 
2.27 


68 8.0 

69 6J2 
60 0.6 


+2.42 
1.88 
2.10 


h m. 

20 3.1 

21 4.3 

22 4.7 


m. 
2.46 
2.44 
2.87 


d. 

24.1 
26.1 
26.1 


4 
5 
6 


16 29.4 
16 39.8 
16 45.5 


16 36.1 
16 43.3 
16 46.4 


60 24.7 

61 2.9 
61 24.0 


1.88 
1.2ft 

+0.48 


60 46.7 

61 16.8 
61 27.2 


1.69 

0.88 
+0.06 


28 2.6 

28 67.7 

6 


2.26 
2.16 


27.1 
28.1 
29.1 


7 
8 
9 


16 45.9 
16 40.8 
16 81i2 


16 44.0 
16 36.6 
16 26.0 


61 26.8 
61 6.8 
60 31.2 


-0.87 
1.16 
1.77 


61 18.4 
60 60.9 
60 8.4 


-0.77 
1.48 
2.00 


50J^ 

1 41.9 

2 38.3 


2.06 
2.06 
2.07 


0.7 
1.7 
2.7 


10 
11 
12 


16 18.1 
16 3.2 

16 47.8 


16 10.8 
16 66.5 
16 40.3 


69,43.1 
68 48.3 
67 61.9 


2.17 
2.84 
2.31 


59 16.2 
68 20.0 
67 24.6 


2.28 
2.86 
2.24 


8 25.7 
4 19.8 
6 l5Jb 


2.18 
2.20 
2.26 


8.7 

4.7 
6.7 


IS 
14 
15 


15 33.1 
15 20.1 
15 9.0 


16 26.4 
16 14.3 
15 4.3 


56 68.2 
66 10.2 
56 29.4 


2.18 
1.86 
1.53 


66 38.4 

66 49.8 
65 12.0 


2.00 
1.70 
1.87 


6 12.0 

7 8.0 

8 1.8 


2.26 
2.20 
2.09 


6.7 

7.7 
8.7 


16 
17 
18 


15 0.1 
14 63.2 

14 48.4 


14 66.4 
14 60.6 
14 46.7 


64 56.6 
64 31.6 
64 13.8 


1.21 
0.89 
0.60 


64 43.1 
64 21.8 
64 7.6 


1.06 
8.74 
0.46 


8 62.6 

9 39.7 
10 23.6 


1.96 
1.82 
1.70 


9.7 
10.7 
11.7 


19 
20 
21 


14 45.4 
14 44.1 
14 443 


14 44.6 
14 44.0 
14 45.0 


64 2.8 
63 68.0 
63 68.8 


0.83 

-0.08 
+0.14 


63 69.7 

63 67.7 

64 1.2 


-0.20 

+0.08 

0.26 


11 6.0 

11 44.7 

12 23.6 


1.62 
1.57 
1.66 


12.7 
13.7 
14.7 


22 
23 
24 


14 46.0 
14 49.0 
14 63.6 


14 47.3 
14 61.1 
14 66.6 


64 4.8 
64 16.0 
64 32.8 


0.86 
0.58 
0.82 


64 9.7 
64 28.7 
64 48.3 


0.47 
0.70 
0.93 


13 2.7 

13 43.1 

14 26.8 


1.69 
1.66 
1.77 


16.7 
16.7 
17.7 


25 

26 
27 


14 59.7 

15 7.4 
15 16.9 


15 3.3 

16 11.9 
16 22.3 


64 66.2 

65 23.6 
65 68.6 


1.05 
1.82 
1.69 


65 8.6 

66 40.2 
66 18.3 


1.18 
1.46 
1.72 


16 11.7 
16 1.4 
16 65.2 


1.91 
2.07 
2.22 


18.7 
19.7 
20.7 


28 
29 
30 
31 


15 28.1 

16 41.0 

15 64.9 

16 9.1 


16 34.4 
16 47.9 
16 2.0 
16 16.0 


66 89.7 

67 26.8 

68 17.9 

69 10.1 


1.86 
2.06 
2.17 
2.18 


57 2.6 

67 62.0 

68 44.1 

69 35.2 


1.96 
2.18 
2.17 
2.04 


n 62.2 

18 61.0 

19 49.7 

20 46.8 


2.32 
2.36 
2.82 
2.24 


21.7 
22.7 
23.7 
24.7 


32 


16 22.6 


16 28.4 


69 69.0 


+1.90 


60 20.8 


+1.70 


21 41.7 


2.16 


26.7 


1 



42 



MARCH, 1856. 



T. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 


Right iMMUiOII. 


DUt 
forlm. 




DUL 
forlm. 


Hour. 


B^htAMMMlOD. 


DUL 
forlm. 




ns. 

forlm. 




SATURDAY 1. 






MONDAY 3. 






h. m. s. 


■. 


O 1 » 


M 




h. m. ■. 


■. 


O f J» 


« 





17 53 60.75 


ojm 


S.38 3 15.4 


1.784 





19 57 13.63 


3UI086 


S.85 59 34.5 


7J006 


1 


17 55 33.39 


XBasa 


38 4 57.3 


1.619 


1 


19 59 48.80 


3.8090 


35 53 15.4 


ijm 


9 


17 57 54.13 


S.68g8 


38 6 38.7 


1.486 


3 


30 3 34.86 


9.8000 


35 44 55.3 


7.490 


3 


18 36.83 


xaten 


38 7 49.8 


1.986 


3 


30 5 0.80 


3.6060 


35 37 34.3 


7.806 


4 


18 3 58.63 


S.M39 


38 9 0.5 


1.001 


4 


30 7 36.61 


3.6066 


35 39 48.3 


7.701 


6 


18 5 31.30 


9MIB6 


38 10 0.7 


0.917 


5 


30 10 13.30 


3.6686 


35 31 49.4 


7J78 


6 


18 8 4.33 


3.6000 


38 10 50.5 


0.749 


6 


30 13 47.86 


3.6916 


35 13 45.5 


6.168 


7 


18 10 37.40 


9.6660 


38 11 39.7 


0.664 


7 


30 15 33.37 


3.6686 


35 5 30.8 


6.884 


8 


18 13 10.83 


3.6600 


38 11 58.3 


0.868 


8 


30 17 58.58 


3.6661 


34 57 5.4 


6.819 


9 


18 15 44.48 


3.6060 


38 13 16.0 


0.907 


9 


30 30 33.61 


3.6686 


24 48 39.3 


6.801 


10 


18 18 18.37 


3.6697 


38 13 33.1 


4.0.098 


10 


30 33 8.54 


3.6606 


34 39 43.5 


6.886 


11 


18 30 53.48 


9jnm 


38 13 19.4 


0.169 


11 


30 35 43.30 


3.6778 


34 30 45.1 


0.044 


13 


18 33 36.81 


3.6780 


38 13 4.9 


0.388 


18 


30 38 17.88 


3.6746 


34 81 37.3 


0.910 


13 


18 36 1.35 


3.6778 


38 11 39.5 


0.614 


13 


30 30 53.38 


9.6718 


34 13 18.8 


0.884 


14 


18 38 36.08 


3.6606 


38 11 3.3 


0.807 


14 


30 33 36.49 


9.6866 


34 3 49.9 


0.607 


15 


18 31 11.00 


3.6887 


38 10 15.9 


0.679 


15 


30 36 0.50 


9.6868 


33 53 10.7 


0.780 


16 


18 33 46.11 


3.6087 


38 9 17.7 


ijm 


16 


30 38 34.33 


9-6820 


33 43 31.3 


0.910 


17 


18 36 31.39 


3.6604 


38 8 8.4 


1.947 


17 


30 41 7.93 


9.6686 


33 33 31.5 


louno 


18 


18 38 56.83 


3.6090 


38 6 48.0 


1U39 


18 


30 43 41.33 


9.6660 


33 33 11.6 


10.940 


19 


18 41 33.43 


3.6046 


38 5 16.6 


1.617 


19 


30 46 14 53 


9.6618 


33 12 51.6 


10U18 


30 


18 44 8.17 


3.6088 


38 3 34.0 


1.808 


30 


30 48 47.49 


9.5477 


23 2 21.7 


10.689 


31 


18 46 44.05 


3.6001 


38 1 40.3 


1.069 


31 


30 51 20.33 


3.6486 


33 51 41.8 


10.747 


33 


18 49 30.06 


3.8019 


37 59 35.3 


3.176 


23 


20 53 53 75 


3.6400 


33 40 53.0 


10.911 


33 


18 51 56.19 
SU 


3.8083 

rNDA^ 


S.37 57 19.2 
' 2. 


3.889 


33 


30 56 85.03 
TU 


3.6889 

ESDA^ 


S.38 39 53.5 
Y 4. 


114ns 





18 54 33.43 


3.8060 


S.37 54 51.8 


3.660 





30 58 57.08 


3.6893 


S.38 18 43.4 


ujm 


1 


18 57 8.78 


3.8087 


37 58 13.3 


3.787 


1 


31 1 38.89 


3.6968 


33 7 24.6 


11.309 


3 


18 59 45.33 


3.8060 


37 49 33.3 


9.998 


3 


31 4 0.45 


3.6940 


21 55 56.3 


11.680 


3 


19 3 31.74 


9.8008 


37 46 33.1 


8.114 


3 


31 6 31.76 


9.6106 


21 44 18.6 


11.707 


4 


19 4 58.34 


9.8106 


37 43 9.6 


8.808 


4 


31 9 3.83 


9.6167 


21 32 31.5 


11.889 


6 


19 7 35.00 


3.8116 


37 39 45.8 


8.491 


5 


31 11 33.64 


9.6113 


21 20 35.2 


I9U)16 


6 


19 10 11.73 


3.8196 


37 36 10.7 


8.860 


6 


31 14 4.19 


9.8070 


21 8 29.7 


19.187 


7 


19 13 48.49 


3.8189 


37 38 34.3 


8.660 


7 


31 16 34.48 


9.8037 


20 56 15.1 


19.3n 


8 


19 15 35.30 


3.8186 


37 38 36.4 


4.066 


8 


31 19 4.51 


9.4086 


20 43 51.6 


19.486 


9 


19 18 3.14 


3.8148 


37 34 17.3 


4.946 


9 


31 31 34.39 


9.4049 


20 31 19.3 


19.819 


10 


19 30 39.01 


3.8146 


37 19 56.8 


4.488 


10 


31 34 3.80 


3.4807 


20 18 38.1 


19.768 


11 


19 33 15.89 


3.8147 


37 15 35.0 


4.896 


11 


31 36 33.04 


3.4869 


20 5 48.3 


13.909 


13 


19 35 53.77 


3.8147 


37 10 41.8 


4.614 


13 


31 29 3.01 


9.4607 


19 52 49.9 


18.044 


13 


19 38 39.65 


3.8147 


87 5 47.3 


6.008 


13 


31 31 30.71 


9.4709 


19 39 43.0 


18.164 


14 


19 31 6.53 


3.8144 


37 41.5 


6.101 


14 


31 33 59.14 


9.4717 


19 26 27.8 


13.898 


15 


19 33 43.37 


3 8140 


36 55 34.4 


6.879 


15 


81 36 37.31 


9.4879 


19 13 4.3 


18.480 


16 


19 36 30.19 


3.8188 


36 49 56.0 


6.686 


16 


31 38 55 30 


9.4636 


18 59 32.6 


13.608 


17 


19 38 56.96 


3.8196 


86 44 16.3 


6.768 


17 


31 41 33.81 


3.4660 


18 45 52.9 


13.796 


18 


19 41 33.69 


3.8117 


36 38 35.3 


6.ta 


18 


31 43 50.15 


3.4688 


18 32 5.2 


18.880 


19 


19 44 10.36 


3.8107 


26 33 33.1 


6.180 


19 


31 46 17.31 


3U466 


18 18 9.7 


13.060 


30 


19 46 46.97 


3.8008 


36 36 9.7 


8.817 


30 


31 48 44.00 


3.4449 


18 4 6.5 


14.117 


31 


19 49 33.51 


3.8068 


36 19 45.1 


6.608 


31 


31 51 10.51 


3.4307 


17 49 55.7 


U.3tt 


33 


19 51 59.97 


3.8070 


36 13 9.3 


8.889 


33 


31 53 36.75 


3.4860 


17 35 37.3 


14.867 


33 


19 54 36.34 


3.8066 


36 6 33.4 


8.678 


33 


31 56 3.71 


3.4804 


17 21 11.6 


14480 


34 


19 57 13.63 


3.8086 


S.35 59 34.5 


14m 


34 


31 58 38.39 


3.4960 


S.17 6 38.6 


14.800 



VI- 



MARCH, 1856. 



43 



GREENWICH MEAN TIME. 



THE MOON'S RIGHT ASCENSION AND DECLINATION. 



Hoar. 





1 

9 

3 

4 

5 

6 

7 

8 

9 

10 

11 

13 

13 

14 

15 

16 

17 

18 

10 

90 

SI 

29 

93 





1 
9 
3 
4 
5 
6 
7 
8 

10 
11 
19 
13 
14 
15 
16 
17 
18 
19 
20 
91 
22 
23 
94 



Bight 



DUL 
forlm. 



DIff. 
ftxrlm. 



WEDNESDAY 5. 



h. 
21 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
22 
99 
92 
92 
92 
22 
22 



22 
22 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
23 
93 



m. s. 


s. 


58 28.39 


S.430O 


53 80 


S.49I9 


3 18.93 


MIM 


5 43.79 


3.4190 


8 8.38 


9.4075 


10 32.70 


9.4080 


12 56.74 


94986 


15 20.51 


94M0 


17 44.02 


9J8B7 


20 7.27 


946ft3 


22 30.25 


94608 


24 52.97 


94766 


27 15.43 


94799 


29 37.63 


94979 


31 59.58 


9406 


34 21.27 


94103 


36 42.71 


94663 


39 3.90 


94619 


41 24.84 


94«70 


43 45.54 


94490 


46 6.00 


94900 


48 26.22 


94SfiO 


50 46.21 


94819 


53 5.97 


94974 



.17 6 38.6 

16 51 58.5 

16 37 11.4 

16 22 17.2 

16 7 16.2 

15 52 8.6 

15 36 54.5 

15 21 33.9 

15 6 7.0 

14 50 33.9 

14 34 54.6 

14 19 9.5 

14 3 18.6 

13 47 22.0 

13 31 19.8 

13 15 12.1 

12 58 59.1 

12 42 40.9 

12 26 17.6 

12 9 49.3 

11 53 16.3 

11 36 38.6 

11 19 56.3 

.11 3 9.6 



14.797 
14.&I4 
14.900 
16.079 
16.181 
16.980 



16400 
16.603 
16.703 
16400 



16.083 
16.173 
16.900 
16446 
16.430 
16411 



16.667 
16.749 
16414 



THURSDAY 6. 



S.lO 
10 
10 
9 
9 
9 
9 
8 
8 
8 
7 
7 
7 
7 
6 
6 
6 
5 
5 
5 
4 
4 
4 
4 
S. 3 



55 25.50 


949n 


57 44.81 


94900 


3.90 


94169 


2 22.76 


94196 


4 41.41 


94000 


6 59.85 


94066 


9 18.09 


9-8091 


11 36.12 


9.9988 


13 53.96 


9.9066 


16 11.60 


9.9094 


18 29.05 


94809 


20 46.31 


9.9861 


23 3.39 


9.9839 


25 20.29 


9.9809 


27 37.02 


9.9778 


29 53.57 


9.9746 


32 9.96 


9.9718 


34 26.19 


9.9609 


36 42.26 


9.9666 


38 58.17 


94640 


41 13.94 


9.9616 


43 29.57 


94609 


45 45.05 


94069 


48 0.40 


94648 


50 15.63 


9.9637 



46 18.6 


M466 





29 23.4 


16468 


1 


12 24.2 


174)90 


2 


55 21.0 


17486 


3 


38 14.0 


17.M7 


4 


21 3.4 


n.906 


5 


3 49.3 


17.963 


6 


46 31.8 


17418 


7 


29 11.1 


n479 


8 


11 47.1 


n.436 


9 


54 20.1 


17.478 


10 


36 50.3 


17.690 


11 


19 17.7 


17466 


12 


1 42.5 


17407 


13 


44 4.9 


17.648 


14 


26 24.8 


17487 


15 


8 42.5 


17.799 


16 


50 58.2 


17.766 


17 


33 11.9 


17.787 


18 


15 23.7 


17417 


19 


57 33.9 


17443 


20 


39 42.5 


17460 


21 


21 49.6 


17403 


22 


3 55.4 


17418 


23 


46 0.0 


17489 


24 



Hoar. 



BJ^t 



DUL 
forlm. 



DUL 
fbrlm. 



FRroAY 7. 



h. m. 
23 50 
23 52 
23 54 
23 57 
23 59 
1 
3 



21 

23 

26 

28 

30 

32 

34 

37 

39 

41 



f. 


■. 


15.63 


94697 


30.73 


94607 


45.71 


9.9486 


0.56 


94466 


15.30 


94448 


29.94 


94489 


44.48 


9.9416 


58.92 


94308 


13.27 


94383 


27.53 


9.9370 


41.71 


9.9367 


55.81 


94343 


9.83 


9.9330 


23.78 


9.9390 


37.67 


9.9310 


51.51 


9.9809 


5.29 


9.9909 


19.03 


9.9983 


32.70 


9.99n 


46.34 


9.9970 


59 95 


9.9966 


13.53 


9.9900 


27.08 


9.9967 


40.61 


34964 



s. 



N. 



30 
1 32 
1 35 
1 37 



54.13 


94909 


7.63 


94960 


21.13 


94948 


34.62 


94948 


48.11 


94960 


1.61 


9.9969 


15.13 


34964 


28.66 


34367 


42.21 


9.9900 


55.78 


9.9963 


9.38 


9.1968 


23.01 


9.9376 


36.08 


9.9989 


50.39 


9.9988 


4.15 


94997 


17.96 


9.9807 


31.83 


9.9317 


45.76 


94397 


59.75 


9.9387 


13.81 


9.9348 


27.94 


9.9860 


42.14 


3.3873 


56.42 


9.3887 


10.78 


9.9400 


25.23 


94416 



N. 



3 46 
3 28 
3 10 
2 52 
2 34 
2 16 
1 58 
1 40 
1 22 
1 4 
46 

28 
10 

7 
25 
43 

1 
19 
37 

1 55 

2 13 
2 31 

2 49 

3 6 



H 

0.0 

3.5 

6.2 

8.0 

9.1 

9.6 

9.7 

9.5 

9.1 

8.7 

8.4 

8.2 

8.3 

51.2 

50.0 

48.1 

45.4 

41.8 

37.1 

31.2 

24.1 

15.6 

5.6 

53.8 



SATURDAY 8. 



N. 



3 24 40.3 
3 42 25.0 
7.6 
17 48.1 
35 26.4 

53 2.3 
10 35.8 

28 6.7 

5 45 34.9 

6 3 0.3 
20 22.8 
37 42.2 

54 58.4 
12 11.4 

29 21.0 
46 27.2 

3 29.9 
8 20 28.8 
8 37 24.0 

8 54 15.3 

9 11 2.6 
9 27 45.8 
9 44 24.8 

10 59.5 
10 17 29.8 



17489 
17418 
17409 
17476 
17487 
17.006 
18401 



18407 
18.006 



18.001 
17406 
17486 
17474 
17462 
17447 
17.031 
17413 
17409 
17470 
17446 
17418 
17.780 



n.760 
17.797 
17.609 
17467 
17.618 
17.flr78 
17487 
n408 
17.447 
17480 
17440 
17.997 
17.9tt 
17.188 
17.139 
n474 
17418 
16481 
16488 



16.764 
16466 
16414 



16467 



44 



MARCH^ 1856. 



VII. 









GREENWICH MEAN TIME. 








THK MOONS RIGHT ASCENSION AND DECLINATION. 


Hoar. 


Right Aaomini. 


DHL 
forlm. 


. — 


DUL 
fbrlm. 


Hoar. 


«.— ^ 


DUL 
«DrlBi. 


. — 


no: 

Ibrlm. 




SUNDAY 9. 






TUEffl>AY 11. 






b. m. ■. 


■. 


O 1 » 


» 




h. B. f. 


f. 


o 1 ri 


n 


6 


1 37 35.83 


93i]ft 


N.IO 17 99.8 


16307 





3 97 34.71 


9366B 


NJSl 33 14.6 


n.iff7 


1 


1 39 39.77 


S3iao 


10 33 55.6 


16301 


1 


3 90 56 39 


93616 


81 44 80.5 


114D7 


9 


1 41 54.40 


S3M7 


10 50 16.7 


16313 


9 


3 33 18.00 


93649 


81 55 17.9 


10307 


3 


1 44 9.13 


%atM 


11 6 33.9 


16306 


3 


3 34 40.03 


93690 


88 6 6.9 


10.T46 


4 


1 46 33.95 


13460 


11 99 44.9 


16.163 


4 


3 37 2.13 


9.8607 


83 16 47.3 


10309 


5 


1 48 38.88 


9MQ& 


11 38 51.6 


16370 


5 


3 39 34.39 


93790 


88 37 19.1 


10367 


6 


1 50 53.93 


tMll 


11 54 53.3 


16387 


6 


3 41 46.80 


93740 


88 37 48.3 


10319 


7 


1 53 9.08 


9jmm 


19 10 50.0 


16301 


7 


3 44 9.38 


93T76 


83 47 56.0 


10.167 


8 


1 55 34.35 


9.MM 


13 36 41.4 


16313 


8 


3 46 33.11 


93601 


83 58 8.3 


10300 


9 


1 57 39.73 


%wn 


13 43 37.5 


16.793 


9 


3 48 54.98 


93896 


33 7 59.0 


0379 


la 


1 59 55.33 


%Mm 


13 58 8.3 


16393 


10 


3 51 18.01 


93060 


33 17 46.9 


9.790 


u 


3 3 10.85 


%Mlt 


13 13 43.4 


16341 


11 


3 53 41.18 


93674 


83 87 35.8 


93M 


IS 


3 4 36.60 


S.98M 


13 39 13.1 


16341 


19 


3 56 4.50 


93800 


33 36 55.8 


0396 


13 


3 6 43.48 


sam 


13 44 37.1 


16363 


13 


3 58 37.96 


93099 


83 46 16.8 


0.994 


14 


3 8 58.49 


%m9 


13 59 55.3 


16.966 


14 


4 51.56 


93946 


83 55 88.7 


0.190 


15 


S 11 14.63 


93709 


14 15 7.7 


16.167 


15 


4 3 15.31 


93960 


34 4 31.5 


8371 


16 


S 13 30.91 


%tm 


14 30 14.3 


16306 


16 


4 5 39.19 


93001 


84 13 35.3 


8316 


17 


3 15 47.33 


93740 


14 45 14.6 


14366 


17 


4 8 3.30 


93013 


34 83 9.7 


aooc 


18 


3 18 3.89 


9.«n9 


15 8.9 


14364 


18 


4 10 37.33 


93083 


84 30 44.9 


8310 


19 


3 90 30.60 


9.9707 


15 14 57.1 


14.700 


19 


4 13 51.59 


9.4064 


34 39 10.9 


8366 


30 


3 33 37.45 


9.9031 


15 39 38.9 


14348 


90 


4 15 15.97 


93074 


84 47 87.6 


8.900 


31 


3 34 54.45 


9.90M 


15 44 14.3 


14307 


91 


4 17 40.48 


930O4 


84 55 34.9 


8344 


33 


3 37 11.60 


93871 


15 58 43.3 


14390 


99 


4 30 5.10 


93113 


85 3 32.9 


7388 


33 


3 99 38.90 
MO 


93097 

NDAY 


N.16 13 5.7 
10, 


14310 


93 


4 33 39.83 
WEDI 


93181 

^ESD^ 


N.35 11 81.4 
LY 12. 


7.W0 





3 31 46.36 


930S9 


N.16 97 91.6 


14300 





4 34 54.67 


93Y4B 


Nj25 19 0.5 


ijm 


1 


3 34 3.97 


930«0 


16 41 30.8 


14306 


1 


4 87 19.61 


93 M6 


85 86 30.3 


7316 


3 


3 36 31.74 


93076 


16 55 33.1 


U303 


9 


4 89 44.65 


93183 


85 33 50.3 


7.966 


3 


8 38 39.68 


93001 


17 9 98.6 


18367 


3 


4 33 9.79 


93196 


35 41 0.9 


7307 


4 


8 40 57.78 


93000 


17 93 17.9 


18.761 


4 


4 34 35.02 


93313 


85 48 2.0 


0388 


6 


3 43 16.04 


93007 


17 36 58.7 


1S393 


5 


4 37 0.33 


93335 


85 54 53.5 


0.779 


6 


9 45 34.46 


93064 


17 50 33.0 


18318 


6 


4 39 35.73 


93940 


86 1 35.3 


6317 


7 


9 47 53.05 


93IIS 


18 4 0.1 


18303 


7 


4 41 51.31 


93969 


86 8 7.5 


6367 


8 


9 50 11.80 


93100 


18 17 30.0 


13.973 


8 


4 44 16.76 


93963 


86 14 30.1 


«3D6 


9 


9 53 30.79 


93im 


18 30 39.7 


18.160 


9 


4 46 43.37 


93974 


86 80 43.0 


6.184 


10 


9 54 49,80 


93194 


18 43 38.0 


13396 


10 


4 49 8.05 


93964 


86 86 46.8 


6.9T9 


11 


9 57 9.05 


93909 


18 56 35.7 


1330O 


11 


4 51 33.78 


93908 


86 32 39.7 


6311 


13 


9 59 98.47 


93910 


19 9 35.9 


19.773 


19 


4 53 59.57 


93309 


26 38 23.5 


5M9 


13 


3 1 48.05 


939f7B 


19 33 8.5 


19346 


13 


4 56 85.41 


93310 


26 43 57.6 


6.487 


14 


3 4 7.81 


93907 


19 34 43.4 


133n 


14 


4 58 51.39 


93317 


26 49 21.9 


6398 


15 


3 6 97.74 


93008 


19 47 10.5 


13387 


15 


5 1 17.81 


93333 


86 54 36.4 


6.161 


16 


3 8 47.84 


93061 


19 59 39.8 


19306 


16 


5 3 43.16 


93337 


86 59 41.2 


4.908 


17 


3 11 8.11 


93003 


30 11 41.9 


19.194 


17 


5 6 9.14 


93389 


27 4 36.2 


4384 


18 


3 13 98.55 


93491 


90 93 44.7 


11303 


18 


5 8 35.14 


93386 


27 9 21.3 


4.071 


19 
30 


3 15 49.16 


93440 


90 35 40.9 


11307 


10 


5 11 1.16 


93387 


27 13 56.7 


4308 


3 18 9.94 


934T7 


90 47 97.5 


11.791 


90 


5 13 87.18 


93888 


27 18 22.3 


4344 


31 
93 
33 
34 


3 90 30.88 


93864 


90 59 6.7 


11366 


91 


5 15 53.31 


93338 


27 22 38.0 


4.180 


3 93 51.99 


93903 


91 10 37.7 


11347 


99 


5 18 19.24 


93338 


27 26 43.9 


4317 


3 95 13.97 
3 97 34.71 


93000 

93006 


91 93 0.3 
N.91 33 14.6 


11307 
11.167 


93 
94 


5 80 45.26 
5 83 11.88 


93337 
93385 


27 30 40.0 
N57 34 26.3 


9308 

8.690 



vm. 



MARCH, 1856. 



4fr 









GREENWICH MEAN TIME. 






• 




THE MOOITS BIQHT 


ASCENSION AND DECLINATION. 




Hoar. 




DUL 
telm. 


. — 


telm. 


How. 


. — 


DUL 
Ibclm. 


—^ 


DHL 
Ibrlm. 




THX] 


rnsDA 


• 
T 18. 






SATURDAY 15. 






h. m. 1. 


■. 


O 1 H 


a 




h. m. a. 


i. 


O 1 « 


M 





5 93 11.38 


s.4aa6 


NJ87 34 36.3 


8400 





7 17 50M 


94067 


N57 88 13.9 


8.768 


1 


6 35 37.38 


9.4IS1 


37 38 3.8 


8407 


1 


7 90 8.69 


34040 


37 34 33.5 


8403 


9 


5 38 3.35 


3.4tl6 


37 41 39.5 


8468 


8 


7 93 36.78 


94009 


87 30 35.8 


4461 


3 


5 30 39.19 


S.4B90 


37 44 46.3 


8.106 


3 


7 34 44.53 


34*16 


87 16 19.8 


4.106 


4 


5 33 55.09 


3.4813 


87 47 53.3 


8466 


4 


7 97 3.06 


3.9807 


37 13 5.6 


4406 


5 


5 35 30.95 


9.4106 


97 50 50.5 


3478 


6 


7 39 19.30 


34040 


87 7 43.3 


4441 


6 


5 37 46 J7 


9.490B 


87 53 38.0 


3.710 


6 


7 31 36.35 


3.9001 


87 3 13.7 


4476 


7 


5 40 13.53 


a.4988 


37 56 15.7 


3447 


7 


7 33 53.91 


34769 


86 58 34.1 


4.700 


8 


5 43 38.33 


%4aem 


37 58 43.6 


3403 


8 


7 36 9.97 


34r»l 


96 53 47.6 


4449 


9 


5 45 3.87 


%4aK 


38 1 1.7 


3.980 


9 


7 38 95.39 


34O0O 


36 48 53.1 


4474 


10 


5 47 39.44 


S.4964 


88 3 10.<> 


3407 


10 


7 40 41.07 


34000 


86 43 50.7 


6.106 


n 


5 49 54.93 


S.4940 


38 5 8.6 


140T 


11 


7 43 56.51 


3.964B 


86 38 40.5 


6486 


13 


5 63 30.33 


S.4398 


38 6 57.6 


1.716 


18 


7 45 11.65 


9.3107 


86 33 83.5 


6464 


13 


5 54 45.63 


3.4S10 


38 8 36.8 


1478 


13 


7 47 86.48 


94446 


96 87 56.8 


6409 


14 


5 57 10.84 


3.4194 


88 10 6.3 


1.418 


14 


7 49 40.99 


%nu 


36 33 33.5 


6410 


15 


5 59 35.96 


3.4178 


38 11 36.3 


1.361 


15 


7 51 55.19 


34840 


86 16 43.6 


6.746 


16 


6 3 0.97 


9.4106 


38 13 36.4 


1400 


16 


7 54 9.07 


S4W7 


36 10 54.1 


6471 


17 


6 4 35.86 


9.4197 


88 13 37.0 


0480 


17 


7 56 33.63 


34984 


36 4 58.1 


6406 


18 


6 6 50.63 


9.4m 


88 14 38.0 


O.TW 


18 


7 58 35.88 


34161 


85 58 54.7 


6.118 


19 


6 9 15.86 


340M 


88 15 9.4 


0411 


19 


8 48.80 


34196 


85 53 43.9 


6.340 


30 


6 11 39.77 


3.4078 


88 15 41.3 


0.460 


30 


8 3 1.39 


3.9079 


85 46 35.9 


6461 


31 


6 14 4.14 


34000 


38 16 3.7 


0400 


31 


8 5 13.66 


34018 


35 40 0.6 


64» 


33 


6 16 38.37 


3.4096 


88 16 16.5 


0.B6 


39 


8 7 85.60 


3.1008 


35 33 88.1 


6401 


33 


6 18 53^5 
FB 


3.4000 

roAY 


Nj» 16 19.9 

14. 


>« 


33 


8 9 37J»1 
SUI 


34007 
TOAT 


NJ25 86 48.5 
16. 


6.719 





6 31 16.37 


sjns 


NjW 16 13.9 


o.n8 





8 11 48 40 


3.1009 


NjK 90 1.8 


6417 


1 


6 33 40.13 


S.8M6 


88 15 58.5 


0406 


1 


8 13 59.44 


3.1707 


95 13 8.1 


6469 


3 


6 36 3.73 


3.8018 


38 15 ^.7 


0409 


9 


8 16 10.06 


3.1748 


35 6 7.5 


7407 


3 


6 38 37.15 


3.8800 


38 14 59.5 


0448 


3 


8 18 30.35 


3.1088 


84 59 0.0 


7.189 


4 


6 30 50.40 


3J6ae 


88 14 16.0 


0403 


4 


8 30 30.31 


3.M89 


84 51 45.7 


7406 


6 


6 33 13.46 


94896 


38 13 33.3 


0467 


5 


8 33 39.93 


3.1676 


84 44 34.7 


7.607 


6 


6 35 36.34 


34197 


38 13 31.3 


I.IIO 


6 


8 34 49.33 


3.1690 


34 36 56.9 


7417 


7 


6 37 59.03 


34708 


88 11 10.0 


1469 


7 


8 36 58.17 


3.140i 


94 99 33.6 


7497 


8 


6 40 31.50 


34781 


88 9 49.7 


1416 


8 


8 39 6.79 


3.1400 


34 31 41.7 


7.787 


9 


6 43 43.79 


34008 


88 8 30.3 


1407 


9 


8 31 15.06 


3.1868 


34 13 54.3 


7446 


10 


6 45 5.87 


34609 


38 6 41.6 


1.717 


10 


8 33 33.09 


3.1907 


84 6 0.3 


7469 


11 


6 47 37.73 


34096 


38 4 54.0 


1480 


11 


8 35 30.65 


9.1969 


33 58 0.0 


6406 


13 


6 49 49.37 


34667 


38 3 57.4 


3410 


13 


8 37 37.93 


3.1106 


33 49 53.4 


8.166 


13 


6 53 10.78 


34648 


38 51.8 


3.107 


13 


8 39 44.87 


3.1199 


33 41 40.5 


8.906 


14 


6 54 31.96 


34611 


37 58 37.4 


9414 


14 


8 41 51.48 


9.1074 


33 33 31.5 


8468 


15 


6 56 53.91 


34479 


37 56 14.1 


9468 


15 


8 43 57.76 


3.ion 


33 34 56.3 


8xn 


16 


6 59 13.63 


34489 


37 53 41.9 


9400 


16 


8 4A 3.70 


94009 


33 16 35.0 


64V9 


17 


7 1 34.10 


94801 


37 51 1.0 


9.764 


17 


8 48 9.31 


34007 


33 7 47.7 


8471 


18 


7 3 54.33 


34800 


37 48 11.4 


9400 


18 


8 50 14.59 


34869 


S3 59 4.5 


6.706 


10 


7 6 14.30 


34808 


37 45 13.1 


8448 


19 


8 53 19.53 


34196 


33 50 15.4 


6407 


30 


7 8 34.03 


34904 


37 43 6.3 


8.187 


30 


8 54 34.14 


34749 


33 41 30.5 


8464 


31 


7 10 53.47 


34390 


37 38 50.A 


8481 


31 


8 56 88.43 


34607 


23 33 19.7 


0461 


33 


7 13 13.66 


94176 


37 35 36.5 


8479 


38 


8 58 33.38 


34689 


22 33 13.3 


0.166 


33 


7 15 31.58 


34183 


37 31 53.9 


8418 


33 


9 36.01 


84678 


23 14 1.1 


0448 


34 


7 17 50.34 


94087 


N57 38 13.9 


8.768 


34 


9 3 39.31 


34633 


N.33 4 43.5 


0440 



46 



MARCH, 1856. 



IX. 



. 






GEEENWICH MEAN TIME. 








THE MOON'S BIGHT ASCENSION AND DECLINATION. 


How. 


Rig^ltAMMOiiOli. 


DIff. 
fcrlm. 




lk>rlm. 


Hoar. 


Rig^itAaMDilDn. 


DUL 
forlm. 


.^ 


telm. 




MONDAY 


17. 






WEDNESDAY 19. 






h. m. 1. 


1. 


O 1 H 


M 




h. m. a. 


i. 


O 1 K 


ff 





9 2 39.31 


9Mn 


Njd2 4 43.5 


0.840 





10 35 31.85 


1.8843 


N.13 8 16.4 


13.000 


1 


9 4 42.28 


2MM 


21 55 20.3 


9.489 


I 


10 37 21.80 


1.8808 


12 55 35.8 


19.700 


2 


9 6 44.93 


S4MIA 


21 45 51.7 


0.6S8 


2 


10 39 11.55 


1.8276 


12 42 52.4 


13.71T 


3 


9 8 47.26 


34M9 


21 36 17.6 


9.6IS 


3 


10 41 1.11 


1.8348 


12 30 6.2 


13.790 


4 


9 10 49.27 


9.080B 


21 26 38.2 


9.701 


4 


10 42 50.47 


13911 


12 17 17.3 


13.887 


6 


9 12 50.96 


2.035A 


21 16 53.5 


9.788 


5 


10 44 39.64 


1.6180 


12 4 25.8 


13.8r79 


6 


9 14 52.33 


94)903 


21 7 3.6 


9.870 


6 


10 46 28.63 


1.8100 


11 51 31.8 


13.993 


7 


9 16 53.38 


34)140 


20 57 8.5 


9.901 


7 


10 48 17.44 


1.8190 


11 38 35.2 


13.960 


8 


9 18 54.12 


94)097 


20 47 8.3 


104)46 


8 


10 50 6.07 


1.8000 


11 25 36.0 


104)07 


9 


9 20 54.55 


94)04A 


20 37 3.1 


10.198 


9 


10 51 54.52 


1.8061 


11 12 34 4 


134)46 


10 


9 22 54.66 


LSBM 


20 26 52.9 


10.911 


10 


10 53 42.80 


1.8089 


10 59 30.5 


104)64 


11 


9 24 54.46 


1.0049 


20 16 37.8 


10.908 


11 


10 55 30.91 


1.8006 


10 46 24.3 


18.138 


12 


9 26 53.96 


1.0801 


20 6 17.8 


10J7S 


12 


10 57 18.86 


1.7978 


10 33 15.7 


18.163 


13 


9 28 53.15 


1.0840 


19 55 53.0 


10.468 


13 


10 59 6.65 


1.7069 


10 20 4.9 


10.196 


14 


9 30 52.04 


1.0780 


19 45 23.5 


10.681 


14 


11 54.28 


1.7996 


10 6 51.9 


1S.386 


15 


9 32 50.62 


1.9788 


19 34 49.3 


104)10 


15 


11 2 41.76 


1.7900 


9 53 36.7 


IS.^1 


16 


9 34 48.90 


1.0680 


19 24 10.3 


10.087 


16 


11 4 29.08 


1.7876 


9 40 19.4 


10.800 


17 


9 36 46.89 


1.0841 


19 13 26.8 


10.709 


17 


11 6 16.26 


1.7839 


9 27 0.1 


18.386 


18 


9 38 44.59 


1.0009 


19 2 38.9 


10.880 


18 


11 8 3.30 


1.7697 


9 13 38.8 


10.073 


19 


9 40 41.99 


14)6tt 


18 51 46.5 


10.910 


19 


11 9 50.19 


1.7804 


9 15.5 


18.404 


20 


9 42 39.10 


1.0406 


18 40 49.7 


10.988 


20 


11 11 36.95 


1.7788 


8 40 50 3 


10.430 


21 


9 44 35.93 


1.0447 


18 29 48.5 


114)60 


21 


11 13 23.59 


1.7709 


8 33 23.2 


10.407 


22 


9 46 32.47 


1.0400 


18 18 43.0 


11.197 


22 


11 15 10.09 


1.7740 


8 19 54.3 


18.497 


23 


9 48 28.73 
TUI 


1.0)68 

2SDA1 


N.18 7 33.3 
' 18. 


11.190 


23 


11 16 56.47 
THU 


1.7791 

ESDA 


N. 8 6 23.6 
Y 20. 


18.060 





9 50 24.71 


iMn 


N.17 66 19.5 


11.906 





11 18 42.74 


1.1701 


N. 7 52 51.2 


10.604 


1 


9 52 20.41 


1.0981 


17 45 1.5 


11.888 


1 


11 20 28.88 


1.7081 


7 39 17.1 


18.069 


2 


9 54 15.84 


1.0910 


17 33 39.5 


11.401 


2 


11 22 14.91 


1.7068 


7 25 41.4 


10.000 


3 


9 56 11.00 


1.0171 


17 22 13.4 


11.408 


3 


11 24 0.84 


1.7646 


7 12 4.0 


U.680 


4 


9 58 5.89 


1.0197 


17 10 43.3 


114»8 


4 


11 25 46.66 


1.7098 


6 58 25.1 


18.001 


6 


10 0.52 


1.0089 


16 59 9.4 


11.007 


5 


11 27 32.38 


1.7019 


6 44 44.7 


10.000 


6 


10 1 54.88 


1*0038 


16 47 31.7 


11.000 


6 


11 29 18.00 


1.7606 


6 31 2.8 


18.710 


7 


10 3 48.98 


1.8006 


16 35 50.2 


11.798 


7 


11 31 3.52 


1.7060 


6 17 19.5 


18.788 


8 


10 5 42.83 


1.8063 


16 24 5.0 


11.766 


8 


11 32 48.96 


1.7600 


6 3 34.9 


10.704 


9 


10 7 36.42 


L8011 


10 12 16.0 


11.847 


9 


11 34 34.31 


1.7669 


5 49 49.0 


18.770 


10 


10 9 29.76 


1.8800 


16 23.4 


11.900 


10 


11 36 19.58 


1.7088 


5 36 1.8 


10.797 


11 


10 11 22.85 


1J8J7 


15 48 27.3 


11.066 


11 


11 38 4.77 


1.7096 


5 22 13.4 


19.616 


12 


10 13 15.69 


1.8787 


15 36 27.6 


194)94 


12 


11 39 49.88 


1.7619 


5 8 23 9 


18.804 


13 


10 15 8.29 


1.8747 


15 24 24.4 


134)91 


13 


11 41 34.92 


1.7609 


4 54 33.3 


10.800 


14 


10 17 0.65 


1.8707 


15 12 17.9 


13.187 


14 


11 43 19.90 


1.7491 


4 40 41.6 


10.871 


15 


10 18 52.78 


1.8000 


15 8.0 


13.198 


15 


11 45 4.81 


1.7480 


4 26 48.8 


10.886 


16 


10 20 44.68 


1.8681 


14 47 54.8 


19.948 


16 


11 46 49.66 


1.7471 


4 12 55.0 


13.904 


17 


10 22 36.35 


1.8109 


14 35 38.4 


19.801 


17 


11 48 34.46 


1.7409 


3 59 0.3 


10.919 


18 


10 24 27.78 


1.8063 


14 23 18.7 


19.864 


18 


11 50 19.20 


1.7408 


3 45 4.7 


10.084 


19 


10 26 18.09 


1.8617 


14 10 55.9 


19.400 


19 


11 52 3.90 


1.7440 


3 31 8.2 


19.948 


20 


10 28 9.99 


1.8489 


13 58 30.0 


13.467 


20 


11 53 48.55 


1.7486 


3 17 10.9 


10.961 


21 


10 30 0.77 


1.8440 


13 46 1.0 


19.608 


21 


11 55 33.16 


1.74S9 


3 3 12.9 


13.973 


22 


10 31 51.34 


1.8411 


13 33 29.0 


19.668 


22 


11 57 17.73 


1.7490 


2 49 14.1 


13-960 


23 


10 33 41.70 


1.8876 


13 20 54.1 


19.006 


23 


11 59 2.27 


1.7439 


2 35 14.7 


13 906 


24 


10 35 31.85 


1.8849 


N.13 8 16.4 


19.068 


24 


12 46.79 


1.7417 


N. 2 21 14.6 


14.006 



X. 



MARCH, 1856. 



47 



GEEENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 


Rig^itAieeailon. 


DUL 
forlm. 




DUL 
forlm. 


Hour. 


Bight AiCMiakm. 


DUt 
forlm. 




forlm. 




FB 


JDAY 


21. 






SUNDAY 


23. 






h. m. 1. 


■. 


O 1 


H 




h. m. 1. 


■. 


O 1 K 


It 





19 46.79 


1.7417 


N. 9 21 14.6 


144)06 





13 25 6.40 


1.7972 


S. 8 48 14.7 


18.500 


1 


12 2 31.28 


1.741S 


2 7 14.0 


14.015 


1 


13 26 54.31 


1.7999 


1 49.3 


184)69 


9 


12 4 15.75 


1.7410 


1 53 12.8 


14JKU 


2 


13 28 42.39 


1.8027 


9 15 22.1 


13.688 


3 


12 6 0.20 


1.7407 


1 39 11.1 


14.088 


3 


13 30 30.64 


1.8067 


9 28 53.2 


18.503 


4 


12 7 44.63 


1.7405 


1 25 8.9 


\4M9 


4 


13 32 19.07 


1.8067 


9 42 22.5 


18.478 


5 


12 9 29.06 


L7404 


1 11 6.4 


14U>45 


5 


13 34 7.68 


1.8117 


9 55 49.9 


18.441 


6 


12 11 13.48 


1.7408 


57 3.5 


14MI 


6 


13 35 56.47 


1.8147 


10 9 15.4 


13.408 


7 


12 12 57.90 


1.7408 


43 0.3 


14.055 


7 


13 37 45.44 


1.8178 


10 22 38.9 


13J75 


8 


12 14 42.32 


1.7404 


28 56.9 


14.060 


8 


13 39 34.61 


1.8212 


10 36 0.4 


18.341 


9 


12 16 26.75 


1.7406 


14 53.2 


HMS 


9 


13 41 23.98 


1.8944 


10 49 19.8 


13.306 


10 


12 18 11.19 


1.7408 


N. 49.3 


UJOOe 


10 


13 43 13.54 


1.8977 


11 9 37.1 


13.970 


11 


12 19 55.65 


1.7411 


S. 13 14.7 


14U168 


11 


13 45 3.31 


1.8312 


11 15 52.2 


18.988 


12 


12 21 40.12 


1.7418 


27 18.8 


14.060 


12 


13 46 53.29 


1.8847 


11 29 5.1 


13.196 


13 


12 23 24.61 


1.7417 


41 23.0 


144)60 


13 


13 48 43.47 


1.8389 


11 42 15.7 


13.157 


U 


12 25 9.13 


1.7482 


55 27.1 


144)68 


14 


13 50 33.87 


1.8418 


11 55 23.9 


18.117 


15 


12 26 53.68 


1.7437 


1 9 31.2 


144)67 


15 


13 52 24.19 


1.8455 


12 8 29.8 


134)78 


16 


12 28 38.26 


1.748S 


1 23 35.2 


144)65 


16 


13 54 15.33 


1.8492 


12 21 33.3 


134)87 


17 


12 36 22.88 


1.7441 


1 37 39.0 


144)68 


17 


13 56 6.40 


1.8530 


12 34 34.2 


19.998 


18 


12 32 7.55 


1.7448 


1 51 42.7 


144)60 


18 


13 57 57.69 


1.8568 


12 47 32.5 


19.960 


19 


12 33 52.26 


1.7450 


2 5 46.2 


144)55 


19 


13 59 49.21 


1.8607 


13 28.2 


19.906 


20 


12 35 37.02 


1.7464 


2 19 49.3 


144)49 


20 


14 1 40.97 


1.8048 


13 13 21.2 


19.869 


21 


12 37 21.83 


1.7478 


2 33 52.1 


144>a 


21 


14 3 32.98 


1.8688 


13 26 11.6 


19.817 


22 


12 39 6.70 


1*7488 


2 47 54.5 


144)87 


22 


14 5 25.23 


1*8729 


13 38 59.2 


19.769 


23 


12 40 51.63 
SAT 


1-74M 

URDA 


S. 3 1 56.6 
Y 22. 


144)00 


93 


14 7 17.73 
MO] 


1.8771 

PTOAY 


S.13 51 43.9 
24. 


19.791 


<^ 


19 49 36.63 


1.7505 


S. 3 15 58.1 


144X2 





14 9 10.48 


1.8819 


S.14 4 25.7 


19.673 


1 


12 44 21.69 


1.7517 


3 29 59.1 


144)18 


I 


14 11 3.48 


1.8655 


14 17 4.6 


19.098 


2 


12 46 6.83 


1.7580 


3 43 59.6 


144)04 


2 


14 12 56.74 


1.8899 


14 29 40.4 


19.579 


3 


12 47 52.05 


1.7549 


3 57 59.6 


18.904 


3 


14 14 50.27 


1.8043 


14 42 13.2 


194)91 


4 


12 49 37.34 


1.7556 


4 11 58.9 


18.982 


4 


14 16 44.06 


1.8987 


14 54 42.9 


19.467 


5 


12 51 22.72 


1.7572 


4 25 57.4 


184)60 


5 


14 18 38.12 


1.9083 


15 7 9.3 


19.418 


6 


12 53 8.20 


1.7567 


4 39 55.2 


184)67 


6 


14 20 32.46 


1.9079 


15 19 32.5 


19.380 


7 


12 54 53.76 


1.7602 


4 53 52.2 


18.048 


7 


14 22 27.07 


1.9195 


15 31 52.4 


19.804 


8 


12 56 39.42 


1.7619 


5 7 48.4 


18.929 


8 


14 24 21.96 


1.9172 


15 44 9.0 


19.948 


9 


12 58 25.19 


1.7687 


5 21 43.7 


18.914 


9 


14 26 17.13 


1.9219 


15 56 22.1 


19.189 


10 


13 11.06 


1.7654 


5 35 38.1 


18.896 


10 


14 28 12.59 


1.9967 


16 8 31.8 


19.181 


11 


13 1 57.04 


1.7672 


5 49 31.5 


18.889 


11 


14 30 8.34 


1.9816 


16 20 37.8 


19.079 


12 


13 3 43.12 


1.7690 


6 3 23.9 


18.864 


12 


14 32 4.39 


1.9366 


16 32 40.3 


194)19 


13 


13 5 29.32 


1.7710 


6 17 15.2 


18.846 


13 


14 34 0.73 


14M16 


16 44 39.2 


11.950 


14 


13 7 15.64 


1.T781 


6 31 5.4 


18.827 


14 


14 35 57.37 


1.9466 


16 56 34.3 


11.887 


15 


13 9 2.09 


1.7759 


6 44 54.4 


18.807 


15 


14 37 54.32 


1.0517 


17 8 25.6 


11.898 


16 


13 10 48.67 


1.7774 


6 58 42.2 


13.786 


16 


14 39 51.57 


1.9667 


17 20 13.1 


11.768 


17 


13 12 35.38 


1.7797 


7 12 28.7 


13.764 


17 


14 41 49.13 


1.9620 


17 31 56.6 


11.699 


18 


13 14 22.23 


1.7820 


7 26 13.9 


18.742 


18 


14 43 47.01 


1.9672 


17 43 36.1 


114)95 


19 


13 16 9.22 


1.7848 


7 39 57.7 


18.718 


19 


14 45 45.20 


1.9725 


17 55 11.6 


11.558 


20 


13 17 56.35 


1.7868 


7 53 40.1 


18.605 


20 


14 47 43.71 


14T78 


18 6 43.0 


11.488 


21 


13 19 43.63 


1.7809 


8 7 21.1 


18.671 


21 


14 49 42.54 


1.9839 


18 18 10.3 


11.490 


22 


13 21 31.06 


1.7918 


8 21 0.6 


13.645 


22 


14 51 41.70 


1.9887 


18 29 33.4 


114M8 


23 


13 23 18.65 


1.7045 


8 34 38.5 


13.618 


23 


14 53 41.19 


1.9942 


18 40 52.1 


11.976 


24 


13 25 6.40 


1.7972 


S. 8 48 14.7 


18.500 


24 


14 55 41.00 


14097 


8.18 52 6.5 


11.908 



48 



MARCH, 185a. 



XI. 



GREENWICH MEAN TIME. 


THF. MOOITS RIGHT ASCENSION AND DECXINATION. 


Hoar. 


Bight AflMDMon. 


DUL 
fbrlm. 


DeeUnstton. 


DUL 
forlm. 


How 


BI^tAflOMMion. 


dm: 
forlm. 




DUL 
forlm. 




TUESDAY 25. 






THURSDAY 27. 






h m. 1. 


1. 


O 1 H 


ff 




li. m. t. 


••' 


O # If 








14 55 41.00 


1.9097 


S.18 52 6.5 


11.308 





16 38 39.43 


3.9909 


S.26 3 40.8 


6419 


1 


14 57 41.15 


3.0083 


19 3 16.5 


11.139 


1 


16 40 57.37 


94031 


26 e 56.2 


8.00 


3 


14 59 41.63 


3.0109 


10 14 22.0 


11.088 


2 


16 43 15.68 


S4083 


96*16 3.6 


•408 


3 


15 1 42.46 


S.010S 


19 25 22.9 


io.»n 


3 


16 45 34.36 


94148 


86 22 3.1 


S4S4 


4 


15 3 43.62 


3U»39 


19 36 19.2 


10J99 


4 


16 47 53.40 


94008 


26 27 64.5 


0.1» 


5 


15 5 45.13 


3.03B1 


19 47 10.8 


10.880 


5 


16 50 12.80 


94388 


26 33 37.8 


tMi 


6 


15 7 46.99 


34n89 


19 57 57.6 


10.740 


6 


16 62 32.66 


94033 


26 39 13.0 


0418 


7 


15 9 49.20 


3.0»7 


520 8 39.0 


104159 


7 


16 54 52.67 


34881 


26 44 40.0 


0480 


8 


15 11 51.76 


3.04M 


20 19 16.7 


10.878 


8 


16 57 13.13 


94440 


26 49 68.6 


0480 


9 


15 13 54.67 


MSli 


20 29 48.9 


10.494 


9 


16 69 33.95 


94400 


26 65 8.7 


0408 


10 


15 15 57.94 


3.0975 


20 40 16.0 


10.400 


10 


17 1 55.12 


94656 


27 10.4 


4400 


11 


15 18 1.57 


SUMS4 


20 50 38.0 


10.834 


11 


17 4 16.62 


94819 


27 6 3.6 


4410 


12 


15 20 5.55 


34MB8 


21 54.9 


10.386 


12 


17 6 38.46 


94608 


27 9 48.2 


4Jm 


13 


15 22 9.89 


34n&4 


21 11 6.6 


10.150 


13 


17 9 0.64 


94738 


27 14 24.2 


4437 


14 


15 24 14.60 


34)817 


21 21 12.9 


104160 


14 


17 11 23.14 


94Tn 


27 18 51.4 


4480 


15 


15 26 19.69 


34)ef78 


21 31 13.8 


9.970 


15 


17 13 45.97 


94883 


27 23 9.8 


4.9S8 


16 


15 28 25.14 


34)930 


21 41 9 3 


9.879 


16 


17 16 9.12 


94885 


27 27 19.4 


4480 


17 


15 30 30.96 


3.1001 


21 50 59.3 


9.787 


17 


17 18 32.59 


94088 


27 31 20.0 


SJBO 


18 


15 32 37.15 


3.100-2 


22 43.7 


0.098 


18 


17 20 56.38 


94091 


27 35 11.6 


8.180 


19 


15 34 43.71 


3.1136 


22 10 22.5 


0408 


10 


17 23 20.48 


94049 


27 38 64.2 


S4n 


20 


15 36 50.65 


3.1187 


22 19 55.5 


0.503 


20 


17 25 44.88 


94008 


27 42 27.6 


8481 


21 


15 38 57.96 


3.1349 


22 29 22.7 


9.406 


21 


17 28 9.58 


94143 


27 45 61.0 


S4SB 


22 


15 41 5.64 


3.1813 


22 38 44.1 


9.807 


22 


17 30 84.58 


94191 


27 49 7.0 


8.174 


23 


15 43 13.70 
WEDl 


3.1878 
^ESDi 


S.22 47 59.5 
LT 26. 


9.307 


23 


17 S2 59.87 
FR 


94980 

IDAY 


SJ27 62 12.8 
28. 


84M9 





15 45 22.15 


3.1489 


S.22 57 8.9 


0.106 





17 35 25.45 


9.4987 


S.27 56 9.3 


9488 


1 


15 47 30.97 


3.1003 


23 6 12.2 


94)04 


1 


17 37 61.31 


94883 


27 67 66.4 


9.706 


2 


15 49 40.17 


3.1506 


23 15 9.4 


8.901 


2 


17 40 17.44 


94878 


28 34.0 


9448 


3 


15 51 49.76 


3.1680 


23 24 0.3 


8.797 


3 


17 42 43.85 


94498 


28 3 2.1 


9J8B 


4 


15 53 59.73 


3.1098 


23 32 44.9 


8.801 


4 


17 45 10.52 


94487 


28 6 20.0 


9438 


5 


15 56 10.08 


3.1757 


23 41 23.2 


8.0B4 


5 


17 47 37.45 


94509 


28 7 29.5 


9468 


6 


15 68 20.82 


3.18« 


23 49 55.0 


8.476 


6 


17 60 4.63 


94551 


28 9 28.7 


1J06 


7 


16 31.94 


3.1885 


23 58 20.3 


8.807 


7 


17 62 32.06 


94593 


28 11 18.2 


1.741 


8 


16 2 43.44 


3.1949 


24 ,6 39.0 


8.356 


8 


17 64 69.73 


94681 


28 12 67.9 


1480 


9 


16 4 55.33 


3.301S 


24 14 51.0 


8.144 


9 


17 67 27.63 


94S89 


28 14 27.8 


14n 


10 


16 7 7.60 


3.3077 


24 22 56.3 


84)81 


10 


17 69 65.76 


94708 


28 16 47.9 


1.989 


11 


16 9 20.26 


3.3143 


24 30 54.7 


7.910 


11 


18 2 24.12 


94744 


28 16 68.0 


1486 


12 


16 11 33.30 


3.3806 


24 38 46.2 


7.801 


12 


18 4 52.69 


94779 


28 17 58.1 


0.9B 


13 


16 13 46.73 


3.3370 


24 46 30.8 


7^084 


13 


18 7 21.47 


94818 


28 18 48.2 


0.709 


14 


16 16 0.54 


3.3883 


24 54 8.3 


7.587 


14 


18 9 60.45 


94847 


28 19 28.3 


0484 


15 


16 18 14.72 


S.3896 


25 1 38.8 


7.448 


15 


18 12 19.63 


94879 


28 19 68.3 


0416 


16 


16 20 29.29 


3.3400 


25 9 2.1 


7437 


16 


18 14 49.00 


94909 


28 20 18.2 


0447 


17 


16 22 44.24 


3.3993 


25 16 18.1 


7.305 


17 


18 17 18.64 


94988 


28 20 27.9 


4-0.V1B 


18 


16 24 59.56 


3.3886 


25 23 26.7 


74)83 


18 


18 19 48.26 


94987 


28 20 27.6 


0488 


19 


16 27 15.27 


3.3649 


25 30 27.9 


6.968 


19 


18 22 18.15 


94906 


28 20 16.8 


0.984 


20 


16 29 31.35 


3.3713 


25 37 21.7 


64»5 


20 


18 24 48.20 


94093 


28 19 65.8 


0410 


21 


16 31 47.81 


3.3n5 


25 44 8.0 


8.708 


21 


18 27 18.41 


3.5047 


28 19 24.6 


0407 


22 


16 34 4.65 


3.3887 


25 50 46.7 


8480 


22 


18 29 48.76 


94070 


28 16 43.0 


0.780 


23 


16 36 21.86 


3.3808 


25 57 17.6 


8451 


23 


18 32 19.25 


34093 


28 17 61.0 


ojm 


24 


16 38 39.43 


3.3960 


S.26 3 40.8 


0433 


24 


18 34 49.87 


94114 


S.28 16 48.7 


1J90 



XII. 



MARCH, 1856. 



49 









GREENWICH 


MEAN TIME. 








THE MOON'S RIGHT, ASCENSION AND DECT.TNATION. 


Hoar. 


Bi^l Aieeoflon. 


iMir. 

fbrlm. 


Doojinftlion. 


VOL 
forlm. 


Hour. 




Diff. 
Ibrlm. 


DMBmtloii. 


DUL 
ftrlm. 




SAT 


URDA 


Y 29. 






MONDAY 


31. 






h. ». •. 


a. 


1 * n 


H 




h. m. 1. 


i. 


o u 


K 





18 34 49.87 


3.6114 


S.98 16 48.7 


;.i96 





80 35 34.89 


34786 


8.84 1 19.3 


9430 


1 


18 37 30.63 


3.6114 


88 15 35.9 


1.808 


I 


8038 3.51 


34766 


33 51 41.9 


0407 


3 


18 39 51.48 


3.616S 


88 14 13.7 


1.474 


8 


80 40 31.95 


34736 


33 43 1.9 


0.740 


3 


18 43 33.46 


3.6173 


38 13 39.0 


1M8 


3 


80 43 0.31 


34004 


33 33 13.4 


0406 


4 


18 44 53.54 


t.6188 


88 10 54.9 


isa 


4 


80 45 88.38 


34009 


83 33 13.3 


lObOOS 


6 


18 47 34.73 


3.6901 


38 9 0.3 


liOOB 


5 


90 47 56.16 


34081 


33 18 4.6 


10.990 


6 


18 49 55.98 


3.6317 


88 6 55.1 


fi.174 


6 


80 50 83.86 


84607 


33 1 46.9 


10401 


7 


18 53 37.33 


3.6310 


88 4 39.4 


3J60 


7 


30 53 51.34 


34606 


33 51 19.6 


10409 


8 


18 54 58.74 


3.6313 


38 3 13.1 


3.696 


8 


80 55 18.63 


34688 


33 40 43.1 


10484 


9 


18 57 30.33 


3.6960 


87 59 36.3 


9.709 


9 


80 57 46.78 


•4497 


33 89 67.5 


10887 


10 


19 1.76 


3.6361 


87 56 48.9 


3.878 


10 


81 13.60 


•4408 


83 19 9.7 


10480 


11 


19 3 33.35 


3.6360 


87 53 50.9 


UM 


11 


81 3 39.38 


34490 


33 7 58.8 


11.140 


13 


19 5 4.99 


t.69T7 


87 50 48.3 


8.301 


18 


81 5 5.75 


34101 


31 56 45.9 


11480 


13 


19 7 36.67 


3.6939 


87 47 33.3 


8.408 


13 


81 7 33.01 


34868 


81 45 84.1 


114V7 


14 


19 10 8.37 


3.69B6 


87 43 53.4 


8.686 


14 


81 9 58.05 


•4899 


81 33 53.6 


11404 


15 


19 13 40.09 


3.6907 


87 40 13.0 


8.709 


15 


81 13 83.88 


•4961 


91 33 14.0 


11.781 


16 


19 15 11.83 


3.6980 


87 36 33.0 


8.088 


16 


81 14 49.49 


9.4961 


81 10 35.8 


11474 


17 


19 17 43.56 


3.6300 


87 33 30.4 


4.116 


17 


81 17 14.89 


•4916 


80 58 39.1 


194)17 


18 


19 30 15.30 


3.6900 


87 38 8.1 


4.308 


18 


31 19 40.07 


94178 


30 46 83.8 


19.100 


19 


19,83 47.04 


3.6986 


87 33 45.3 


4UO0 


19 


81 33 5.03 




80 34 10.0 


19400 


30 


19 35 18.76 


3.6986 


37 10 11.8 


4.046 


30 


81 34 39.77 


•4100 


80 31 47.9 


19488 


31 


19 37 50.45 


3.6980 


37 14 37.8 


4.833 


31 


81 36 54.38 


34007 


80 9 17.4 


19478 


33 


19 30 33.13 


3.6976 


37 9 33.3 


"4.008 


83 


81 89 18.57 


•4000 


19 56 38.6 


19.714 


33 


19 33 53.75 


3.6900 


S.87 4 88.1 


iJTS 


83 


81 81 48.64 


•JOOO 


S.19 43 61.7 


13448 




SlI 


PTOAY 


30. 






TUESD 


AY, A 


JPRn, 1. 






1 


19 35 35.34 
19 37 56.88 


3.6961 
^269 


S.36 59 19.4 
86 63 46.1 


fJ60 

AJ80 





91 84 6.49 


94000| 


S.19 30 66.8 


13489 












3 


19 40 38.86 


3.6943 


86 48 9.3 


0.1Q0 












3 


19 43 59.79 


3JK1» 


86 43 38.1 


0.070 












4 


19 45 31.15 


3.6990 


86 36 34.3 


OJOO 












6 


19 48 3.43 


3.6907 


86 80 16.1 


0.994 












6 

7 


19 50 33.63 
19 53 4.75 


3.6100 
3.6178 


86 83 57.4 
86 17 38.3 


OJOO 
0479 




PHASES 


OP Tl 


?E MOON. 




8 
9 


19 55 35.77 
19 58 6.69 


3.6109 
3.6146 


86 10 48.8 
36 3 58.9 


0.746 
0.018 






















10 


30 37.51 


3.6137 


85 56 58.7 


7.080 








DftJ. h. IB. 




11 


30 3 8.31 


3.6107 


85 49 48.8 


7.961 




# New Moo 


n, . 


. 6 8 39. 


8 


13 


30 5 38.80 


9.6088 


85 48 37.4 


7.483 




J> First Qua 


irUf, 


.13 9 36. 


4 


13 


30 8 9.37 


3.6087 


95 34 56.4 


7409 




O Full Moo 


D, . 


.81 4 4. 


7 


14 


30 10 39.61 


3.6046 


35 37 15.3 


7.771 




C Last Quai 


rter, . 


.89 9 31. 


7 


15 
16 


30 13 9.81 
30 15 39.88 


9.6099 


85 19 33.9 
35 11 33.4 


7.040 












3UOO0 


8.100 












17 


90 18 9.80 


3.4976 


35 3 10.9 


8.976 








Day. h. 
. . 6 13. 
. . 80 8. 




18 
19 
30 


30 30 39.58 
80 33 9.31 
90 85 38.68 


3.4061 
34996 
9.4897 


34 54 49.4 
94 46 17.9 
84 37 36.5 


8449 
8407 
6.778 




C Perigee, 
C Apogee, 


• • 


4 

6 


31 


30 88 7.98 


8.4870 


84 88 45.1 


8488 












33 


80 30 37.13 


8.4843 


84 19 43.9 


8.101 












33 


30 33 6.09 


3.4814 


34 10 33.0 


0.908 












34 


80 36 34.89 


3.4786 


S.84 1 18.3 


0498 










• 



50 



MARCH, 1856. 



Xllt. 







GEEENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


>f8 


8ter*iKaiM 
Position. 


Noon. 


P.L. 

of 

DUL 


nib. 


P.L. 

of 

DUt 


VPi. 


P.L. 

of 

DHL 


Kii. 


P.L. 
or 

DHL 


1 


Mara 

Spioa 

Antaree 

Venus 

Sun 


W. 
W. 

w. 

E. 
E. 


O / 1, 

67 22 33 
66 20 48 
20 35 40 
37 18 43 
72 46 46 


3509 
SSSS 
3U4 

9866 


O 1 If 

60 3 34 
68 10 15 
22 16 15 
35 48 15 
71 13 56 


9469 
3616 
3616 
3079 
9866 


1 « 

70 45 3 
60 51 8 
23 57 8 
34 17 27 
60 40 30 


9470 
9496 
9496 
9966 
9686 


O f If 

72 26 58 
71 32 28 
25 38 28 
32 46 18 
68 6 56 


9460 

9477 
9477 

9816 


9 


Mara 
Spies 
Antaret 
Sun 


W. 
W. 
W. 
E. 


81 3 25 
80 5 45 
34 11 50 
60 11 40 


Q8S6 
9983 
8381 
9714 


82 48 5 
81 40 45 
35 55 52 
58 35 28 


9886 
9804 

9809 
9096 


84 33 13 
83 34 12 
37 40 21 
56 58 41 


9817 
9840 
9844 
9^6 


86 18 48 
85 19 5 
39 25 17 
55 21 27 


9998 
9890 
9894 
9866 


3 


Mara 
Spica 
AnUirea 
Sun 


W. 
W. 
W. 
E. 


05 13 30 
04 10 18 
48 16 44 
47 8 45 


9900 

9Sf7 
99S4 
9001 


07 1 58 
05 57 51 
50 4 21 
45 28 57 


9166 
9919 
9917 
96tt 


08 50 43 
07 45 50 
51 52 23 
43 48 44 


9171 
9909 
9900 

9090 


100 30 54 
00 34 14 
53 40 51 

42 8 7 


9164 
9180 
9184 


4 


Antaret 
Sun 


W. 
E. 


62 40 14 
33 30 18 


9100 
940 


64 40 4 
31 56 31 


9008 

9191 


66 31 15 
30 13 26 


9079 
9410 


68 22 46 
28 30 5 


9400 


8 


Sun 

Aldebaran 
Satara 
Pollax 


W. 
E. 
E. 
E. 


23 18 34 
56 23 46 
71 40 35 
00 52 52 


9856 
9090 

9040 
9017 


25 3 14 
54 32 41 
60 57 12 
07 50 44 


9800 
9110 
9060 


26 47 46 
52 41 57 
68 5 5 
06 6 53 


9807 
9196 
9007 
9086 


28 32 8 
50 51 36 
66 13 15 
04 14 18 


9976 
9140 
9079 
9060 


9 


Sun 

Aldebaran 
Saturn 
Pollu]i 


W. 
E. 
E. 
E. 


37 10 26 
41 46 26 
56 50 1 
84 56 


9488 

9940 
9146 
9118 


38 53 13 
30 58 58 
55 15 
83 5 22 


9448 
9904 

9106 
9198 


40 35 40 
38 12 6 
53 10 54 
81 15 6 


9409 
9991 
9160 
9148 


42 17 46 
36 25 54 
51 30 57 
70 25 12 


9477 
9890 
9108 
9160 


10 


Sun 
Saturn 
Pollux 
Regulus 


W. 
E. 
E 
E. 


50 42 41 

42 32 53 

70 21 38 

106 58 38 


9601 
9391 
9940 
9949 


52 22 20 

40 46 41 

68 34 10 

105 11 24 


9080 
9119 
3966 
9966 


54 1 52 

30 59 

66 47 8 

103 24 35 


9808 
9888 
9974 
9988 


55 40 50 

37 15 48 

65 31 

101 38 11 


98n 

9919 
9801 


11 


Sun 

a Arietis 

Saturn 

Pollux 

Regulus 


W. 
W. 
E. 
E. 
E. 


63 40 17 
20 30 54 
28 38 21 
56 14 
02 59 43 


9719 
9891 
9489 
988S 
9W1 


65 25 41 
22 4 54 
26 56 43 
54 30 1 
91 8 55 


9789 
9779 
9612 
9109 
9409 


67 1 30 
23 30 40 
25 15 46 
52 46 20 
80 25 33 


9760 
9747 
9644 
9419 
9499 


68 37 12 
25 15 26 
23 35 34 
51 3 22 
87 42 38 


tno 

9790 
9678 
9488 
9446 


12 


Sun 

a Arietis 

Pollux 

Reguhis 


W. 
W. 
E. 
E. 


76 28 35 
33 17 49 
42 34 18 
70 14 26 


9007 
flOO 
9699 
9687 


78 1 36 
34 54 20 
40 53 45 
77 34 4 


9680 

9704 
9646 
9664 


70 34 13 
36 31 4 
30 13 38 
75 54 6 


9904 
9710 
9600 

9679 


81 6 27 
38 7 31 
37 33 56 
74 14 33 


9999 
9718 
9688 


13 


Sun 

a Arietis 
Regulus 


W. 
W. 
E. 


88 41 48 
46 7 
66 9 41 


8014 
9788 
9876 


90 11 44 

47 42 25 
64 25 27 


8080 
9T74 
9000 


01 41 10 
40 17 27 
62 48 34 


8047 
9786 
1707 


03 10 34 
50 52 14 
61 12 3 


8084 

9798 
9798 


14 


Sun 

a Arietis 

Aldebaran 

Regulus 

Mara 

Spica 


W. 

W. 

W. 

E. 

E. 

E. 


100 31 52 

58 42 20 

28 49 6 

53 14 36 

104 15 *15 

107 14 44 


8141 
9864 

8019 
9790 
9701 
9780 


101 50 12 
60 15 47 
30 10 4 
51 40 5 

102 38 40 
105 30 58 


8160 
9606 
8006 

9019 
9710 
9796 


103 26 14 
61 48 51 
31 40 10 
50 5 53 

101 2 22 

104 5 28 


8170 
9870 
8000 

9890 
9799 
9811 


104 52 58 
63 21 41 
33 10 23 
48 31 50 
00 26 20 

102 31 15 


8180 

9887 

9741 



XIV. 



MARCH, 1856. 



51 







GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 




Ster'fl Name 

and 

Podtkm. 


Midnight. 


P.L. 

of 
DUL 


XVb. 


P.L. 

of 

DUL 


XVIIPi. 


P.L. 

of 

DilL 


XXP». 


P.L. 

«f 
DUL 


1 


Mars 

Spica 

Antares 

Venoa 

Sun 


W. 
W. 

w. 

E. 
E. 


O / M 

74 9 21 
73 14 14 
27 20 14 
31 14 49 
66 32 47 


94S1 
3406 
94M 
9994 

3796 


O 1 M 

75 52 11 
74 56 27 
29 2 27 
29 43 1 
64 58 12 


3413 
3489 
9438 
3909 
9n5 


O 1 

77 35 28 
76 39 6 
30 45 7 
28 10 54 
63 23 11 


3303 
3490 
3419 
3806 
3764 


O 1 If 

79 19 13 
78 22 12 
32 28 15 
26 38 30 
61 47 43 


9974 
9401 
9400 
9884 

9786 


9 


Mara 
Spica 
Antarea 
Sun 


W. 
W. 
W. 
E. 


88 4 51 
87 4 26 
41 10 41 
53 43 47 


9779 
9306 
9906 
9696 


89 51 22 
88 50 14 
42 56 32 
52 5 41 


aaoo 

33B0 
3987 
9616 


91 38 21 
90 36 29 
44 42 50 
50 27 8 


9941 
9371 
9370 
9667 


03 25 47 
92 23 11 
46 29 34 
48 48 9 


3334 
9364 
9303 
9680 


3 


Mara 
Spica 
AnUirea 
Sun 


W. 
W. 
W. 
E. 


102 29 31 

101 23 2 

55 29 43 

40 27 6 


9197 

9no 

3167 
9403 


104 19 34 

103 12 15 

57 19 

38 45 42 


9191 
9164 
9161 
9476 


106 10 1 

105 1 52 

59 8 41 

37 3 55 


9H)6 
9188 
9196 
9460 


108 51 

106 51 53 

60 58 46 

35 21 46 


9091 
9134 
3130 
3447 


4 


Antarea 
Sun 


W. 

E. 


70 14 37 
26 46 30 


9064 

9993 


72 6 47 
25 2 44 


9MS 

9984 


73 59 15 

23 18 47 


' 9089 

9978 


75 52 
21 34 40 


9091 
9871 


8 


Sun 

Aldebaran 
Saturn 
Pollux 


W. 
E. 
E. 
E. 


30 16 18 
40 1 38 
64 21 44 
92 22 1 


9984 
3167 
9063 
9061 


32 15 
47 12 6 
62 30 32 
90 30 2 


9806 
9176 
9106 
9078 


33 43 56 
45 23 2 
60 39 40 
88 38 21 


9408 
9196 
9118 
9086 


35 27 20 
43 34 28 

58 49 9 
86 47 


9490 
9917 
9184 
9000 


9 


Sun 

Aldebaran 
Saturn 
Pollux 


W. 
E. 
E. 
E. 


43 59 31 
34 40 23 
49 42 26 
77 35 41 


9493 
9351 
9316 
9174 


45 40 54 
32 55 38 
47 54 21 
75 46 34 


9610 
9887 
9984 
9190 


47 21 53 
31 11 44 
46 6 44 
73 57 51 


3007 
9496 
9363 
3306 


40 2 29 
29 28 45 
44 19 34 
72 9 32 


9644 
9407 
2979 
9938 


10 


Sun 
Saturn 
Pollux 
Reguloa 


W. 
E. 
E 
E. 


57 19 22 
35 31 10 
63 14 20 
99 52 13 


9686 
9379 
9311 
9319 


58 57 29 
33 47 5 
61 28 36 
98 6 41 


9664 

940S 
9898 
9887 


60 35 11 
32 3 34 
59 43 18 
96 21 35 


3678 
3498 
3846 
3866 


-62 12 27 
30 20 39 
57 58 26 
94 36 56 


9609 
9464 
9864 
9878 


11 


Sun 

a Arietia 
Saturn 
Pollux 
Regulua 


W. 

W. 

E. 

E. 

E. 


70 12 19 
26 51 30 
21 56 9 
49 20 42 
86 8 


9789 
3718 
3618 
3467 
9464 


71 47 1 
28 27 53 
20 17 39 

47 38 28 
84 18 4 


9808 

9T05 
9665 

9476 
9483 


73 21 18 
30 4 26 
18 40 12 
45 56 39 
82 36 26 


3838 
3700 
3710 
9483 
3600 


74 55 9 
31 41 6 
17 3 57 
44 15 16 
80 55 13 


9648 
9008 
9779 
9611 
9619 


12 


Sun 

a Arietia 

Pollux 

Regulua 


W. 
W. 
E. 
E. 


82 38 18 
39 43 49 
35 54 37 
72 35 24 


9041 
9783 
9809 
9807 


84 9 45 
41 19 58 
34 15 41 
70 56 39 


9060 
3783 
3617 
9034 


85 40 49 
42 55 55 
32 37 
69 18 17 


39n 
Sr743 
9686 
9641 


87 11 30 
44 31 39 
30 59 1 
67 40 18 


9006 

3768 
9669 
9867 


13 


Sun 

a Arietia 
Regulua 


W. 
W. 
E. 


94 39 28 
52 26 47 
59 35 53 


8080 
9808 

9788 


96 8 2 
54 1 5 
58 4 


8006 

3819 
3768 


97 36 17 

55 35 8 

56 24 35 


8110 
9831 
3760 


99 4 14 
57 8 56 
54 49 26 


8196 
9849 
9788 


14 


Sun 

a Arietia 

Aldebaran 

Regulua 

Mara 

Spica 


W. 

W. 

W. 

E. 

E. 

E. 


106 19 25 
64 54 17 
34 49 38 
46 58 22 
97 50 34 

100 57 19 


8198 
9898 

9907 
9858 
3763 
3838 


107 45 37 
66 26 39 
36 19 54 
45 25 3 
96 15 3 
99 23 40 


9310 
3900 

3907 
3806 

3763 
3849 


109 11 34 
67 58 47 
37 50 10 
43 52 1 
94 39 47 
9T50 16 


8998 
9919 
9999 

9879 
9776 
9861 


110 37 16 
69 30 42 
39 20 24 
42 19 15 
93 4 46 
96 17 7 


8986 
9098 
9001 
9609 

9786 
9878 



52 



]!)IAR€H, 1856. 



XV. 







GREENWICH MEAN 


TIME. 








LUNAB DISTANCES. 1 


15 


8ter*iKui 

Md 


M 


Nooo. 


P.L. 
or 


IIIU, 


P.L. 
of 


VPi. 


P.L. 
or 


IXh. 


P.L. 

or 


PCMttfOCL 






DUL 




DIff. 




DUE. 




jfUL 


Sun 


W. 


O < J» 

119 9 43 


SM7 


O 1 N 

113 97 56 


8369 


O 1 II 

114 59 55 


8970 


O 1 w 

116 17 41 


3961 




a Arietis 


W. 


71 9 95 


9930 


79 33 54 


9949 


74 6 11 


9968 


75 36 16 


9908 




Aldebaraa 


W. 


40 50 35 


8006 


49 20 43 


1008 


43 50 45 


1013 


45 90 43 


son 




Satara 


W. 


24 31 23 


kM)l 


90 I 34 


lOO 


97 31 43 


MM 


90 1 61 


8006 




Regulus 


E. 


40 46 46 


9906 


30 4 33 


9917 


37 49 36 


9939 


36 10 64 


9919 




Man 


E. 


01 20 50 


9T06 


80 55 26 


9800 


88 91 6 


9816 


86 46 58 


9836 




Spica 


E. 


04 44 13 


9683 


03 11 33 


9694 


01 39 7 


9806 


00 6 64 


9916 


16 


a Arietia 


W. 


83 8 55 


aooo 


84 38 56 


1018 


86 8 47 


1096 


87 38 90 


3089 




Aldebaraa 


W. 


59 40 7 


8040 


54 18 30 


1046 


55 47 47 


1919 


67 16 60 


3064 




Satorn 


W. 


36 31 43 


1036 


38 1 24 


1039 


30 31 1 


1033 


41 33 


8088 




Reffoloa 


E. 


28 36 15 


loot 


27 6 6 


3010 


95 36 13 


1080 


94 6 37 


8644 




Bfaia 


E. 


78 50 11 


9000 


77 26 8 


3673 


75 63 16 


9881 


74 20 33 


9867 




Spica 


E. 


89 98 51 


9900 


80 57 48 


9900 


70 26 65 


9976 


77 56 11 


9989 


17 


a Arietta 


W. 


05 4 59 


8006 


06 33 45 


1009 


08 2 32 


1076 


00 31 12 


3081 




Aldebaraa 


W. 


64 41 31 


8076 


66 10 10 


1080 


67 38 44 


le&i 


60 7 13 


3067 




Satnm 


W. 


48 96 46 


8000 


49 55 45 


3004 


61 24 38 


1Q60 


52 53 26 


8079 




Pollux 


W. 


90 96 14 


8039 


21 56 


8690 


23 25 41 


1030 


24 55 17 


8034 




MatB 


E. 


66 38 57 


9916 


65 6 50 


9931 


63 35 7 


9996 


69 3 91 


9960 




Spica 


E. 


70 94 49 


8016 


68 54 48 


3090 


67 25 


1996 


66 65 10 


80M1 


18 


Aldebaraa 


W. 


76 98 38 


8106 


77 56 44 


8106 


79 24 47 


1108 


80 69 47 


3110 




Satorn 


W. 


60 16 95 


8007 


61 44 50 


3090 


63 13 12 


3091 


64 41 31 


8096 




PoUax 


W. 


39 99 8 


8061 


33 51 18 


30ai 


35 20 25 


3066 


36 40 98 


3069 




Mara 


E. 


54 95 47 


9948 


59 54 90 


9061 


51 23 15 


99M 


40 59 5 


99S6 




Spica 


E. 


58 98 16 


8061 


56 50 6 


8064 


55 20 50 


8067 


54 58 


8000 




Antarea 


E. 


104 90 38 


8016 


109 51 99 


8060 


101 29 11 


3068 


00 53 4 


8066 


10 


Aldebaraa 


W. 


88 19 10 


8119 


80 30 56 


8190 


91 7 41 


3133 


09 35 94 


3198 




Satorn 


W. 


79 9 98 


8106 


73 30 34 


8106 


74 68 38 


3106 


76 96 41 


3ioe 




PoUoz 


w. 


44 14 5 


8000 


45 43 54 


8009 


47 11 41 


3070 


48 40 97 


3071 




Mara 


E. 


49 16 53 


9006 


40 45 57 


9907 


30 15 3 


9969 


37 44 11 


9970 




Spica 


R 


46 36 37 


8071 


45 7 53 


1073 


43 39 11 


3076 


49.10 31 


3076 




Antarea 


E. 


09 98 11 


8006 


00 50 10 


1007 


80 30 90 


8608 


88 1 40 


3069 


SO 


Aldebaran 


W. 


00 53 49 


8131 


101 91 10 


1197 


109 48 60 


8198 


l64 16 39 


SI96 




Saturn 


W. 


83 46 46 


8106 


85 14 46 


1108 


86 43 46 


8107 


88 10 47 


3107 




Pollux 


W. 


56 4 7 


8071 


57 33 50 


1073 


50 1 34 


3073 


60 30 18 


8071 




Regulua 


W. 


10 45 50 


1161 


91 19 55 


1144 


33 40 11 


8185 


24 7 38 


3198 




Spica 


E. 


34 47 39 


loat 


33 10 


1083 


31 50 20 


3063 


30 21 68 


3666 




Antarea 


E. 


80 37 51 


1071 


70 6 


1071 


77 40 21 


3071 


76 11 36 


3070 


91 


Saturn 


W. 


05 31 9 


1106 


06 50 8 


1101 


08 27 17 


8100 


00 55 27 


3096 




Pollox 


W. 


67 54 13 


1060 


60 93 4 


1065 


70 51 57 


3063 


79 90 53 


8061 




Regulna 


W. 


31 96 51 


IMI 


39 55 


1096 


34 23 14 


3093 


35 51 33 


8686 




Antarea 


E. 


68 47 35 


1666 


67 18 43 


1064 


65 40 49 


3063 


64 90 63 


8060 


39 


Saturn 


W. 


107 16 47 


1009 


108 45 10 


1087 


110 13 36 


30&4 


111 49 5 


8061 




Pollux 


W. 


70 46 4 


1060 


81 15 15 


1917 


83 44 30 


8044 


84 13 48 


tau 




Regulua 


W. 


43 14 90 


1060 


44 43 7 


1066 


46 11 58 


3003 


47 40 64 


3069 




Antarea 


£. 


56 55 37 


1061 


55 96 95 


104T 


53 57 10 


3043 


59 97 61 


8oa 


93 


Pollux 


W. 


01 41 91 


100 


03 11 5 


1019 


04 40 54 


8016 


06 10 48 


sou 




Rcfl^lua 


W. 


65 6 54 


1067 


56 36 17 


mm 


58 5 50 


3037 


60 35 90 


8099 



XVI. 



MARCH, 1856. 



63 







GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


34 


8ter*flNH 


M 




P.L. 




P.L. 




P.L. 




P.L. 


a 


Md 




Midnight. 


of 


XVh. 


or 


XVlUh. 


or 


XXlh. 


of 


Portion. 






DIff. 




DUE. 




DHL 




DHL 








O 1 M 




O 1 N 




O 1 n 




O ) N 




15 


Sun 


w. 


117 42 14 


am 


119 6 34 


8808 


120 30 42 


8818 


121 54 39 


8899 




a ArietiB 


w. 


77 7 9 


vn 


78 37 51 


9066 


80 8 23 


9008 


81 38 44 


8001 




Aldebaran 


w. 


46 50 35 


aoai 


48 20 22 


8096 


49 50 3 


8080 


51 19 38 


8086 




Saturn* 


w. 


30 31 57 


8007 


32 2 1 


8011 


33 32 


8016 


35 1 54 


8090 




Regains 


E. 


34 39 28 


»M 


33 8 17 


9066 


31 37 21 


9fn 


30 6 40 


9000 




Mars 


E. 


85 13 2 


9Bt4 


83 39 18 


9649 


82 5 45 


9061 


80 32 23 


9660 




Spica 


£. 


88 34 54 


1994 


87 3 6 


9684 


85 31 30 


9013 


84 5 


9061 


16 


a Arietis 


W. 


89 8 2 


ao8P 


90 37 27 


8016 


92 6 43 


8060 


03 35 51 


806B 




Aldebaran 


W. 


58 46 5 


aeao 


60 15 5 


8004 


61 43 59 


8000 


63 12 47 


8079 




Saturn 


W. 


42 29 59 


a048 


43 59 19 


8047 


45 28 33 


8069 


46 57 42 


8066 




Regulus 


E. 


22 37 19 


ao60 


21 8 20 


8078 


19 39 43 


80O7 


18 11 30 


8190 




Mars 


E. 


72 47 58 


9M4 


71 15 32 


9000 


69 43 13 


9600 


68 11 2 


9011 




Spica 


£. 


76 25 36 


9I» 


74 55 10 


9006 


73 24 53 


8000 


71 54 44 


8000 


17 


a Arietis 


W. 


100 59 45 


aoM 


102 28 12 


8001 


103 56 33 


8006 


105 24 48 


8100 




Aldebaran 


W. 


70 35 38 


aooi 


72 3 58 


8604 


73 32 15 


80O7 


75 28 


8100 




Saturn 


W. 


54 22 10 


8676 


55 50 49 


8078 


57 19 25 


8069 


58 47 57 


8086 




PoUux 


W. 


26 24 48 


8088 


27 54 14 


8041 


29 23 36 


8044 


30 52 54 


8047 




Mars 


E. 


60 31 40 


9066 


59 5 


9080 


57 28 35 


9043 


55 57 9 


9046 




Spica 


E. 


64 25 43 


8604 


62 56 13 


8089 


61 26 49 


8048 


59 57 30 


8047 


18 


Aldebaran 


W. 


82 20 44 


8119 


83 48 39 


SlU 


85 16 31 


8116 


86 44 22 


8m 




Saturn 


W. 


66 9 47 


8067 


67 38 


8000 


69 6 12 


8101 


70 34 21 


8109 




Pollux 


W. 


38 18 28 


8000 


39 47 26 


8008 


41 16 21 


8005 


42 45 14 


8000 




Mars 


E. 


48 20 57 


9906 


46 49 52 


9061 


45 18 50 


9068 


43 47 51 


9964 




Spica 


E. 


52 32 


8068 


51 3 5 


8006 


49 34 13 


8006 


48 5 24 


8000 




Antares 


E. 


98 24 


8066 


96 54 59 


8060 


95 26 1 


son 


93 57 5 


8064 


19 


Aldebaran 


W. 


94 3 6 


8194 


95 30 47 


8196 


96 58 26 


8196 


98 26 4 


8190 




Saturn 


W. 


77 54 43 


81C7 


79 22 44 


8107 


80 50 45 


8107 


82 18 46 


8106 




Pollux 


W. 


50 9 12 


8079 


51 37 56 


8079 


53 6 40 


8079 


54 35 24 


8078 


' 


Mars 


E. 


36 13 20 


9071 


34 42 31 


9973 


33 11 42 


997a 


31 40 56 


9078 




Spica 


E. 


40 41 52 


8076 


39 13 15 


8079 


37 44 40 


8080 


36 16 6 


8080 




Ajitares 


E. 


86 32 53 


8070 


85 4 7 


8070 


83 35 21 


8071 


82 6 36 


8071 


20 


Aldebaran* 


W. 


105 44 8 


8196 


107 11 44 


8199 


108 39 19 


8196 


110 6 55 


8196 




Saturn 


W. 


89 38 48 


8106 


91 6 50 


- 8106 


92 34 53 


8106 


94 2 57 


8104 




Pollux 


W. 


61 59 3 


8070 


63 27 49 


8000 


64 56 36 


8060 


66 25 24 


8068 




Re^us 


W. 


25 35 14 


8191 


27 2 58 


8114 


28 30 50 


8110 


29 58 48 


8106 




Spica 


E.- 


28 53 28 


8064 


27 24 59 


8065 


25 56 31 


8067 


24 28 5 


8067 




Ajitarea 


E. 


74 42 50 


8009 


73 14 3 


8060 


71 45 15 


8068 


70 16 26 


8066 


21 


Saturn 


W. 


101 23 39 


8006 


102 51 53 


8006 


104 20 9 


8003 


105 48 27 


8091 




PoUux 


W. 


73 49 49 


8009 


75 18 49 


8067 


76 47 51 


8065 


78 16 56 


8063 




Regulus 


W. 


37 19 57 


806t 


38 48 26 


8061 


40 16 59 


8on 


41 45 37 


8078 




Antares 


E. 


62 51 55 


8069 


61 22 55 


8067 


59 53 52 


8064 


58 24 46 


8063 


22 


Saturn 


W. 


113 10 38 


8079 


114 39 13 


8076 


116 7 52 


8073 


117 36 34 


8070 




PoUux 


W. 


85 43 10 


8068 


87 12 36 


8084 


88 42 7 


8000 


90 11 42 


8097 




Regulus 


W. 


49 9 55 


8061 


50 39 1 


8060 


52 8 12 


8046 


53 37 28 


8041 




Antares 


E. 


50 58 29 


8068 


49 29 3 


8084 


47 59 33 


8000 


46 29 58 


8096 


23 


Pollux 


W. 


97 40 47 


8006 


99 10 52 


8001 


100 41 4 


9996 


102 11 22 


9091 





Regulus 


W. 


61 5 14 


8018 


62 35 5 


8013 


64 5 2 


8006 


65 35 5 


8001 



52 



MARCH, 1856. 



XV. 







GKEBNWICH MEAN 


TIME. 








JAmAB, DISTANCSa 




8ter*iN«iP« 




P.L. 




P.L. 




P.L. 




P.L. 


md 




Noon. 


or 


IIIU, 


of 


Vpi. 


of 


IX>- 


d 


J 

15 


PodtioiL 






DUL 




DIff. 




DUL 




MS. 


Sun 


W. 


O J II 

113 3 43 


8917 


O 1 M 

113 37 56 


8960 


O 1 II 

114 53 55 


8970 


116 17 41 


aiBt 




a Arietis 


W. 


71 3 35 


9M9 


73 33 54 


9949 


74 5 11 


9958 


75 36 16 


9908 




Aldebaran 


w. 


40 50 35 


8006 


43 30 43 


8008 


43 50 45 


8019 


45 30 43 


son 




Satom 


w. 


34 31 33 


kM)l 


36 1 34 


8003 


37 31 43 


8004 


39 1 51 


8005 




Regulus 


E. 


40 46 46 


9906 


39 4 33 


9917 


37 43 36 


9999 


36 10 54 


9049 




Mars 


E. 


91 39 59 


9788 


89 55 36 


9806 


88 31 6 


9815 


86 46 58 


9895 




Spica 


E. 


94 44 13 


9683 


93 11 33 


9894 


91 39 7 


9905 


90 6 54 


3915 


16 


a Arietis 


W. 


83 8 55 


8099 


84 38 56 


8018 


86 8 47 


8096 


87 38 99 


8089 




Aldebaraa 


W. 


53 49 7 


8040 


54 18 30 


8045 


65 47 47 


8049 


57 16 59 


8054 




Satam 


W. 


36 31 43 


8035 


38 1 34 


30-29 


39 31 1 


8033 


41 33 


8038 




Regains 


E. 


38 36 15 


8008 


37 6 6 


3016 


35 36 13 


3080 


84 6 37 


SOU 




Mars 


E. 


78 59 11 


9866 


77 36 9 


9878 


75 53 16 


9881 


74 30 33 


9887 




Spica 


E. 


83 88 51 


9900 


80 57 '48 


9968 


79 36 55 


9975 


77 56 11 


3969 


17 


a Arietis 


W. 


95 4 53 


8005 


96 33 45 


8069 


98 3 33 


8075 


99 31 13 


8081 




Aldebaraa 


W. 


64 41 31 


8976 


66 10 10 


8080 


67 38 44 


8081 


69 7 13 


8087 




Saturn 


W. 


48 36 46 


8000 


49 55 45 


8064 


51 34 38 


8060 


58 53 36 


8079 




Pollux 


W. 


30 36 14 


8099 


31 56 


8096 


33 35 41 


8090 


34 55 17 


8034 




Mars 


E. 


66 38 57 


9916 


65 6 59 


9991 


63 35 7 


9996 


63 3 81 


9980 




Spica 


£. 


70 34 43 


8015 


68 54 48 


8090 


67 35 


3096 


65 55 19 


80» 


18 


Aldebaran 


W. 


76 38 38 


8108 


77 56 44 


8106 


79 34 47 


8108 


80 58 47 


SIM 




Saturn 


W. 


60 16 35 


8087 


61 44 50 


8090 


63 13 13 


8009 


64 41 31 


8005 




Pollux 


W. 


33 S3 8 


8061 


33 51 18 


8088 


35 30 35 


8066 


36 49 88 


aoio 




Mars 


E. 


54 35 47 


9918 


59 54 39 


9051 


51 83 15 


9964 


49 58 5 


9966 




Spica 


E. 


58 38 16 


806J 


56 59 6 


8054 


55 89 59 


8067 


54 58 


8060 




Autares 


E. 


104 30 38 


8046 


103 51 33 


8050 


101 33 11 


8053 


99 53 4 


8066 


10 


Aldebaran 


W. 


88 13 10 


8119 


89 39 56 


8190 


91 7 41 


8199 


93 35 84 


8198 




Saturn 


W. 


73 3 38 


8103 


73 30 34 


8105 


74 58 38 


3105 


76 86 41 


8106 




Pollux 


W. 


44 14 5 


8068 


45 43 54 


3069 


47 11 41 


3070 


48 40 87 


8071 




Mars 


E. 


43 16 53 


9065 


40 45 57 


9967 


39 15 3 


9069 


37 44 11 


9970 




Spica 


E. 


46 36 37 


8071 


45 7 53 


8073 


43 39 11 


8075 


48.10 31 


8076 




Antares 


E. 


93 38 11 


8065 


90 59 19 


3067 


89 30 39 


8068 


88 1 40 


8069 


30 


Aldebaran 


W. 


99 53 43 


8197 


101 31 19 


3197 


103 48 56 


3198 


l64 16 38 


8198 




Saturn 


W. 


83 46 46 


8106 


85 14 46 


3106 


86 43 46 


3107 


88 10 47 


8107 




Pollux 


W. 


56 4 7 


8073 


57 33 50 


3079 


59 1 34 


3079 


60 30 18 


8071 




Regulus 


W. 


19 45 50 


8153 


31 13 55 


3144 


33 40 11 


3135 


84 7 38 


8198 




Spica 


E. 


34 47 33 


8089 


33 19 


8oea 


31 50 39 


3089 


30 31 58 


8888 




Antares 


E. 


80 37 51 


8071 


79 9 6 


8071 


77 40 81 


8071 


76 U 36 


8070 


31 


Saturn 


W. 


95 31 3 


8108 


96 59 8 


8101 


98 37 17 


3100 


99 55 37 


8098 




Pollux 


W. 


67 54 13 


8066 


69 33 4 


3065 


70 51 57 


8063 


73 30 58 


8061 




Regulus 


W. 


31 36 51 


8101 


33 55 


3096 


34 33 14 


3009 


35 51 33 


8088 




Antares 


E. 


68 47 35 


8065 


67 18 43 


8064 


65 49 49 


8009 


64 80 53 


8060 


33 


Saturn 


W. 


107 16 47 


8089 


108 45 10 


8087 


110 13 36 


3084 


111 48 5 


8081 




Pollux 


W. 


79 46 4 


8060 


81 15 15 


3(M7 


83 44 30 


8044 


84 13 48 


SOU 




Regulus 


W. 


43 14 30 


8009 


44 43 7 


8066 


46 11 58 


3069 


47 40 54 


8006 




Antares 


E. 


56 55 37 


8049 


55 36 35 


8047 


53 57 10 


8043 


53 87 51 


SOU 


33 


Pollux 


W. 


91 41 31 


8093 


93 11 5 


3019 


94 40 54 


3015 


96 10 48 


son 




Regulus 


W. 


55 6 56 


3037 


56 36 17 


8089 


58 5 50 


8097 


59 35 89 


8093 



XVIII. 



MARCH, 1856. 



55 







GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


23 


8tar*iN«iiM 




P.L. 




P.H 




P.L. 




P.L. 


AOd 




Midnight. 


of 


XVlL 


of 


xvmh. 


of 


XXPi. 


of 


Podtton. 






DUt 




IMlt 




DilL 




DUL 


Antares 


E. 


O 1 « 

39 51 


8006 


O 1 M 

37 30 46 


8001 


O 1 M 

36 35 


3997 


O 1 tf 

34 30 18 


9991 




a Aquila 


E. 


90 55 34 


8841 


89 41 10 


8849 


88 96 51 


8889 


87 13 39 


8836 


34 


Pollux 


W. 


109 44 33 


9009 


111 15 34 


9965 


113 46 43 


9948 


114 18 1 


9943 




Regulus 


W. 


73 7 13 


9071 


74 38 3 


9965 


76 8 59 


9966 


77 40 4 


9950 




Antares 


E. 


36 57 13 


9964 


35 36 15 


9957 


33 55 8 


9950 


33 33 53 


9944 




a Aqaila 


E. 


81 7 


8888 


79 45 39 


8885 


78 31 13 


8688 


77 16 49 


8841 


35 


Regnlos 


W. 


85 17 53 


9019 


86 49 57 


9808 


88 33 13 


9804 


89 54 38 


9886 




Man 


W. 


37 40 51 


9786 


39 15 34 


an9 


40 50 30 


9769 


43 35 38 


3760 




Spica 


W. 


31 14 45 


9014 


33 46 46 


9904 


34 19 


9694 


35 51 36 


9886 




a Aqails 


E. 


71 6 13 


8878 


69 53 31 


8887 


68 88 59 


8809 


67 35 41 


8916 




YenoB 


£. 


103 5 7 


88ao 


100 43 4 


8850 


99 18 50 


8840 


97 55 35 


3380 


36 


Regolos 


W. 


97 39 48 


9887 


99 13 38 


9886 


100 47 33 


9816 


103 31 30 


3606 




Man 


W. 


50 34 38 


9710 


53 55 


9698 


53 37 37 


9687 


55 14 34 


3676 




Spica 


W. 


43 36 46 


9884 


45 10 30 


9899 


46 44 39 


9811 


48 18 43 


9799 




a Aquils 


E. 


61 33 35 


4017 


60 13 3 


4045 


59 1 8 


4077 


57 50 43 


4110 




Fomalhaut 


E. 


85 30 48 


3019 


83 50 59 


8010 


83 30 59 


8001 


80 50 47 


3991 




VenuB 


E. 


90 55 17 


8976 


89 30 37 


8964 


88 5 43 


8961 


86 40 34 


8938 




Sun • 


E. 


130 58 41 


8186 


119 33 14 


8178 


118 5 33 


8161 


116 38 37 


8149 


37 


Man 


W. 


63 33 13 


9616 


65 1 47 


9608 


66 40 38 


9800 


68 19 47 


3677 




Spica 


W. 


56 13 45 


9788 


57 49 34 


9735 


59 35 41 


9719 


61 3 5 


3608 




a Aquila 


E. 


53 8 7 


4847 


51 1 58 


4409 


49 56 45 


4480 


48 53 34 


4560 




Fomialhaut 


E. 


73 16 50 


9846 


71 45 38 


9986 


70 13 55 


9937 


68 43 10 


3919 




Venus 


E. 


79 31 


8173 


78 4 17 


8158 


76 37 17 


8143 


75 10 


8199 




Sun 


E. 


109 30 9 


8088 


107 51 39 


8069 


106 33 51 


8055 


104 53 46 


8040 


38 


Man 


W. 


76 40 14 


9807 


78 31 18 


9499 


80 3 43 


3477 


81 44 38 


3469 




Spica 


W. 


69 8 43 


9698 


70 47 


9619 


73 35 38 


3506 


74 4 36 


3863 




Antares 


W. 


33 14 38 


9617 


34 53 56 


9619 


36 31 35 


3896 


38 10 35 


9681 




Fomalhaut 


E. 


61 54 


9881 


59 38 11 


9876 


57 55 33 


3870 


56 33 35 


9866 




Venus 


E. 


67 48 57 


8061 


66 19 47 


8034 


64 50 17 


8018 


63 30 36 


8001 




Sun 


E. 


97 33 44 


9964 


95 53 46 


9947 


94 31 37 


9081 


93 49 48 


3916 


39 


Man 


W. 


90 18 41 


9884 


93 3 38 


3869 


93 46 57 


9868 


95 31 39 


3887 




Spica 


W. 


83 34 49 


9808 


84 5 58 


9487 


85 47 39 


9470 


87 39 34 


9456 




Antares 


W. 


36 30 58 


9509 


38 13 9 


9465 


39 53 43 


9469 


41 35 40 


3458 




Fomalhaut 


E. 


48 36 45 


9869 


47 3 38 


9866 


45 30 36 


9878 


43 57 43 


9883 




Venus 


E. 


55 45 53 


9916 


54 13 53 


9897 


53 41 30 


3880 


51 8 45 


9863 




Sun 


E. 


85 6 11 


9899 


83 33 31 


9819 


81 58 9 


9795 


80 33 34 


3777 


30 


Man 


W. 


104 31 8 


9956 


106 8 13 


3989 


107 55 43 


3333 


109 43 37 


3907 




Spica 


W. 


96 4 43 


9879 


97 48 58 


3855 


99 33 37 


9889 


101 18 40 


3398 




Antares 


W. 


50 11 17 


9869 


51 55 36 


3358 


53 40 18 


9886 


55 35 25 


3390 




Fomalhaut 


E. 


36 17 53 


9993 


34 47 31 


8084 


33 18 1 


8065 


31 49 33 


8144 




Venus 


e; 


43 19 13 


9779 


41 44 9 


9764 


40 8 41 


3787 


38 33 50 


9719 




Sun 


E. 


73 34 47 


9088 


70 47 51 


9669 


69 10 31 


9653 


67 33 46 


3684 


31 


Spica 


W. 


110 9 48 


9948 


111 57 12 


3997 


113 44 59 


3919 


115 33 9 


3198 




Antares 


W. 


64 16 54 


9939 


66 4 33 


9934 


67 53 15 


.9908 


69 40 30 


3194 




Venus 


E. 


30 37 50 


9685 


38 49 43 


3690 


37 11 15 


9004 


35 33 35 


3590 




Sun 


E. 


59 18 6 


9648 


57 37 59 


3831 


55 57 39 


9615 


54 16 37 


3499 



56 



APRIL, 1856. 





AT 


GREENWICH APPARENT NOON. 


















Sklenal 


Stinfttionof 












THE SUN'S 




Time 
of the 


Time, 
tob* 






1 

1 

1 


1 










Semldi- 
•meter 
pMring 

the 
Merid- 

iaa. 


added 10 


Dlfl: 

fior 

Ihoor. 




tubtraeled 
jTOfn 

Apparent 
Time, 




Atrartnt 
Bl(ht A*M>ukn. 


DUtlbr 
Iboor. 


Appmnni 


DUtfor 
Ihoor. 

57.77 


B«nl. 
diameter. 




Tues. 


I 


43 58.05 


a. 
9.102 


N. 4 43 48.3 


ife 1.87 


64.50 


"3 50.63 


e. 
0.754 




Wed. 


2 


47 36.53 


9.107 


5 6 52.1 


57.66 


16 1.59 


64.53 


3 32.60 


0.748 




Thur. 


3 


51 15.16 


9.115 


5 29 50.5 


67.82 


16 1.31 


64.55 


3 14.73 


0.741 




Fri. 


4 


54 53.93 


9.122 


5 52 43.2 


67.08 


16 1.04 


64.57 


2 57.00 


0.788 




Sat. 


5 


58 32.91 


9.129 


6 15 29.9 


66.82 


16 0.76 


64.60 


2 39.47 


0.726 




Sun. 


6 


1 2 12.05 


9.137 


6 38 10.1 


66.64 


16 0.48 


64.63 


2 22.11 


0.718 




Mon. 


7 


1 5 51.41 


9.146 


7 43.4 


56.25 


16 0.21 


64.67 


2 4.97 


0.709 




Tues. 


8 


1 9 30.98 


9.156 


7 23 9.5 


65.94 


15 59.94 


64.61 


1 48.04 


0.700 




Wed. 


9 


1 IS 10.80 


9.166 


7 45 28.2 


65.62 


15 59.67 


64.74 


1 31.34 


0.691 




Thur. 


10 


1 16 50.86 


9.176 


8 7 38.9 


55.28 


15 59.40 


64.78 


1 14.90 


0.679 




FrL 


11 


1 20 31.18 


9.187 


8 29 41.3 


54.93 


15 59.13 


64.82 


58.70 


0.668 




Sat 


12 


1 24 11.78 


9.199 


8 51 35.1 


64.56 


15 58.86 


64.87 


0-42.80 


0.657 




Sm. 


13 


1 27 52.68 


9.212 


9 18 19.8 


54.18 


15 58.60 


64.91 


27.19 


0.644 




Mon. 
Tues. 


14 
15 


1 31 33.88 
1 35 15.44 


9.227 
9.240 


9 34 55.3 
9 56 21.3 


53.7S 
53.88 


15 58.34 

15 58.08 


64.96 
65.01 


11.87 


0.631 
0.617 




^.6^ 




Wed. 


16 


1 88 57.33 


9.255 


10 17 37.3 


52.96 


15 57.82 


65.06 


17.72 


0.608 




Thur. 


17 


1 42 39.59 


9.270 


10 38 43.0 


52.53 


15 57.56 


65.12 


31.97 


0.587 




Fri. 


18 


1 46 22.21 


9.287 


10 59 38.1 


52.06 


15 57.30 


65.18 


45.86 


0.570 




Snt. 


19 


1 SO 5.24 


9.804 


11 20 22.3 


51.62 


15 57.04 


65.24 


59.35 


0.558 




&M. 


20 


1 58 48.70 


9.821 


11 40 55.6 


51.14 


15 56.78 


65.30 


1 12.42 


0.585 




Mon. 


21 


1 67 82.58 


9.889 


12 1 17.5 


60.65 


15 56.52 


65.36 


1 25.04 


0.517 




Tues. 


22 


2 1 16.90 


9.857 


12 21 27.4 


60.16 


15 KM 


65.48 


1 87.25 


0.496 




Wed. 


23 


2 5 1.70 


9.876 


12 41 25.4 


49.66 


15 56.00 


65.49 


1 48.97 


0.478 




Thur. 


24 


2 8 46.95 


9.895 


13 1 11.0 


49.18 


15 55.74 


65.56 


2 0.24 


0.457 




Fri. 


25 


2 12 82.72 


9.418 


13 20 43.7 


48.60 


15 55.49 


65.68 


2 11.00 


0.487 




Sat 


26 


2 16 18.99 


9.440 


13 40 3.4 


48.05 


15 55.24 


65.70 


2 21.26 


0.416 




Sim. 


27 


3 20 5.78 


9.461 


13 59 9.8 


47.49 


15 54.99 


65.77 


2 30.99 


0.895 




Mod. 


28 


2 23 B3.11 


9.488 


14 18 2.5 


46.91 


15 54.74 


65.84 


2 40.19 


0.878 




Tuea. 


29 


2 27 40.97 


9.506 


14 86 41J2 


46.82 


15 54.49 


65.92 


2 48.86 


0.849 




Wed. 


80 


3 31 29.87 


9.589 


14 56 5.7 


46.72 


15 54.25 


66.00 


2 57.00 


0.827 




Thur. 


81 


3 85 18.83 


9.668 


N.16 18 15.8 


46.11 


15 54.01 


66.07 


8 4.59 


0J04 




Itan.- 


---"-— 




Hkm f 1 liin may bt fcanfl by 


■obtaelliicOf.lSfttiBtlM 


SIdmelTlme. 





II. 



APRIL, 1856. 



57 







AT GREENWICH MEAN 


NOON. 






i 


1 


THE SUN'S 


IqialSooor 

TfaM, 

fote 


DUL 

for 

Ihour. 


TtaM. 


BIchtlMukni. 


DUtfior 
Iboor. 


Appmnni 
Declinattoa. 


Silt for 
Ihoor. 


atUUd$0 
Mtmm 
Tims, 


TUM. 

Wed. 
Thur. 


1 

2 
3 


h. m. f. 

43 57.46 
47 35.98 
51 14.66 


a. 

9.103 
9.107 
9.115 


N. 4 43 44.6 
5 6 48.7 
5 29 47.4 


57.77 
57.56 
57.82 


"s 50.68 
8 32.65 
8 14.77 


0.754 
0.748 
0.741 


h. m. s. 

23 40 6.78 
23 44 3.33 
23 47 59.89 


Fri. 
Sat 


4 
5 
6 


54 53.48 

66 32.50 

1 2 11.69 


9.122 
9.129 
9.1S7 


5 52 40.4 

6 15 27.4 
6 38 7.9 


57.08 
56.82 
56.54 


2 57.04 
2 39.51 
2 22.14 


0.788 
0.726 
0.718 


23 51 56.44 
23 55 52.99 
23 59 49.55 


Moa. 
TuM. 
Wed. 


7 
8 
9 


1 . 5 51.09 
1 9 80.71 
1 IS 10.97 


9.146 
9.155 
9.166 


7 41.5 
7 23 7.9 
7 45 26.8 


56.25 
55.94 
55.62 


2 4.99 
1 48.06 
1 31.36 


0.709 
0.700 
0.691 


1 8 46.10 
1 7 42.65 
1 11 39J21 


Thur. 

Fri. 

Sat 


10 
11 
12 


1 16 50.ff7 
1 20 31.03 
1 24 11.67 


9.176 
9.187 
9.199 


8 7 37.7 
8 29 40.3 
8 51 34.4 


55.28 
54.93 
64.56 


1 14.91 
58.71 
42.80 


0.679 
0.668 
0.657 


1 15 35.76 
1 19 32.32 
1 28 28.87 


Smt. 
Mon. 
Tues. 


13 
14 
15 


1 27 52.61 
1 81 83.85 
1 85 15.44 


9.212 
9.227 
9.240 


9 13 19.4 
9 34 55.1 
9 56 21.3 


54.18 
58.78 
68.88 


27.19 
11.87 


0.644 
0.681 
0.617 


1 27 25.42 
1 31 21.98 
1 85 18.53 


3.09 


Wed. 
Thur. 
Fri. 


16 

17 
18 


1 88 57.87 
1 42 39.66 
1 46 22.82 


9.255 
9.270 
9.287 


10 17 37.5 
10 38 43.4 
10 59 38.8 


52.96 
52.58 
52.08 


17.72 
31.98 
45.87 


0.608 
0.587 
0.570 


1 39 15.09 
1 43 11.64 
1 47 8.19 


Sat 
Sun. 
Mon. 


19 
20 
21 


1 50 6.39 
1 58 48.88 
1 57 82.80 


9.804 
9.821 
9.889 


11 20 23.2 

11 40 56.6 

12 J 18.5 


51.62 
51.14 
50.65 


59.36 

1 12.43 
1 25.06 


0.558 
0.585 
0.517 


1 51 4.75 
1 55 1.31 
1 58 57.86 


Tues. 
Wed. 
Thur. 


22 
23 
24 


2 1 17.15 
2 6 1.98 
2 8 47.27 


9.857 
9.876 
9.805 


12 21 28.5 

12 41 26.5 

13 1 12.2 


50.16 
49.66 
49.18 


1 37.27 

1 48.99 

2 0J26 


0.498 
0.478 
0.457 


2 2 54.42 
2 6 50.97 
2 10 47.53 


Fri. 

Sat 


25 
26 

27 


2 12 33.06 
2 16 19.86 
2 20 &18 


9.418 
9.440 
9.461 


13 20 45.1 
13 40 5.0 
13 59 11.6 


48.60 
48.06 
47.49 


2 11.02 
2 21.28 
2 31.01 


0.487 
0.416 
0.895 


2 14 44.08 
2 18 40.64 
2 22 37.19 


Mon. 
Tuea. 
Wed. 


28 

29 
80 


2 28 53.54 
2 27 41.4SI 
2 81 29.84 


9.488 
9.506 
9.529 


14 18 4.5 
14 36 43.4 
14 55 8.0 


46.91 
46.82 
46.72 


2 40.21 
2 48.88 
2 57.02 


0.878 
0.849 
0.827 


2 26 33.75 
2 30 30.30 
2 34 26.86 


Thur. 


SI 


2 36 18.81 


9.552 


N.15 13 18.1 


46.11 


8 4.60 


0.804 


2 38 23.41 




N< 




Iter for M«i 


m NooD may be ■wnnwrt tb» t 


MiiMiflthatfor 


App««iit 


Noon. 



58 



APRIL, 1856. 



III. 



AT GREENWICH MEAN N(X)N. | 






THE SUN'S 










1 


1 
1 

"8 


- 






Lo^ittfam 
Badhu TMtor 

OftiM 

Swth. 


ma. tot 

Iboar. 


ItaaTfaM 


IViM LONOITUDB. 


DUtte 
Ihoor. 


LkTCnjBE. 


I 


X' 


1 
2 

a 


92 
98 
94 


n 57 28.6 

12 56 35.5 

13 55 40.6 


57 23.6 
56 30.4 
55 35.4 


147.82 
147.74 
147.66 


— (J.78 
0.70 
0.61 


0.0000656 
.0001928 
.0003195 


58.2 
68.0 
62.6 


h. m. ■. 

23 16 3.89 
23 12 7.98 
23 8 12.07 


4 
6 
6 


95 
96 
97 


14 54 48.7 

15 53 44.9 

16 52 43.9 


54 38.4 
53 39.5 
52 38.4 


147.S8 
147.60 
147.41 


0.49 
0.36 
0.23 


.0004454 
.0005705 
.0006948 


62.6 
62.0 
61.7 


23 4 16.16 
23 20.25 
22 56 24.34 


7 
8 
9 


98 

99 

100 


17 51 40.9 

18 50 35.7 

19 49 28.4 


51 35.2 
50 29.9 
49 22.5 


147.83 
147.2S 
147.14 


—0.10 

-H).02 

0.14 


.0008183 
.0009409 
.0010626 


61.9 
60.9 
50.6 


22 52 28.44 
22 48 32.54 
22 44 36.62 


10 
11 
12 


101 
102 
108 


20 48 18.6 

21 47 6.6 

22 45 52.4 


48 12.6 
47 0.5 
45 46.2 


147.04 
146.9S 
146.86 


0.21 
0.28 
0.30 


.0011834 
.0013037 
.0014235 


50.2 
50.0 
49.8 


22 40 40.72 
22 36 44.80 
22 32 48.89 


13 
14 
15 


104 
105 
106 


23 44 35.9 

24 43 17.1 

25 41 56.1 


44 29.5 
48 10.6 
41 49.5 


146.77 
146.68 
146.M 


0.81 
0.29 
0iJ2 


.0015427 
.0016616 
.0017800 


49.6 
49.4 
49.8 


22 28 52.99 
22 24 57.08 
22 21 1.18 


16 
17 
18 


107 
106 
109 


26 40 83.0 

27 39 7.7 

28 37 40.8 


40 26.2 
89 0.7 
37 33.2 


146.60 
146.41 
146.SS 


0.14 
^0.08 
—0.09 


.0018981 
.0020163 
.0021343 


49.8 
49.2 
49.2 


22 17 5J26 
22 13 9.36 
22 9 13.45 


19 
20 
21 


110 
111 
112 


29 36 10.9 

30 34 39.7 

31 33 6.6 


86 3.7 
84 82.4 
32 59.2 


146.26 
146.17 
146.09 


0.22 
0.37 
0.50 


.0022522 
.0023698 
.0024873 


49.1 
49.0 
48.9 


22 5 17.54 
22 1 21.62 
21 57 25.72 


22 
23 
24 


113 
114 
115 


32 31 31.6 

33 29 54.8 

34 28 16.4 


31 24.1 
29 47.1 
28 8.6 


146.01 
146.94 
146.87 


0.61 
0.71 
0.78 


.0026045 
.0027215 
.0028382 


48.6 
48.4 
48.8 


21 53 29.81 
21 49 33.91 
21 45 37.99 


25 
26 
27 


116 
117 
118 


85 26 36.4 

86 24 54.9 
37 23 11.9 


26 28.5 
24 46.6 
23 3.6 


146.79 
146.72 
146.66 


0.83 
0.85 
0.84 


.0029543 
.0030698 
.0031844 


48.2 

48.0 
47.6 


21 41 42.09 
21 37 46.17 
21 33 50.27 


28 
29 
30 


119 
120 
121 


88 21 27.4 

39 19 41.8 

40 17 58.7 


21 18.9 
19 82.8 
17 45.1 


146.60 
146.64 
146.48 


0.79 
0.72 
0.63 


.0032980 
.0034104 
.0035214 


47.1 
46.6 
46.9 


21 29 54.36 1 
21 25 58.45 
21 22 2.53 


81 


122 


41 16 4.7 


15 55.9 


146.42 


—0.52 


0.0036310 


46.4 


21 18 6.63 




Holm.— >. iiwM.pi 


)a«i«»lb*»iM«ialMx«r 


tiMdftHX' 


to lb» MUM WIllll 


wsoT Jm 


uOd. 



rr. 



APRIL, 1856. 



59 









GEEENWICH 


MEAN TIME. 














THE 


MOON'S 








^ 


HIMIDTAMITIB. 


HORIZONTAI 


PARATJiAX. 




MIRIDIAN PASSAQB. 




* 

s 


















AOB. 


Nooni 


Mldnlcht 


Noon. 


PULfor 
Iboar. 


Mkliiight. 


DUtfor 
Ihoor. 




DUtfor 
Iboor. 


1 

2 
8 


lfe'&.5 

16 33.5 
16 40.9 


1^28.4 
16 37.7 
16 42.9 


5^ 59.0 

60 39.7 

61 6.8 


+1.90 
1.44 
0.79 


60 20.8 

60 55.2 

61 14.1 


+1.70 

1.13 

+0.42 


h. m. 

21 41.7 

22 34.4 

23 25.8 


m. 
2.15 
2.08 
2.05 


25.7 
26.7 
27.7 


4 
6 
6 


16 43.6 
16 41.1 
16 33.5 


16 43.0 
16 87.9 
16 28.1 


61 16.8 
61 7.5 
60 39.8 


+0.02 

-0.78 

1.48 


61 14.6 
60 55.8 
60 20.1 


-0.89 
1.15 
1.77 


6 

17.3 

1 10.1 


2.08 
2.15 


28.7 
0.3 
1.3 


t 
8 
9 


16 21.9 
16 7.6 
15 52.0 


16 15.0 
15 59.9 
15 44.2 


59 57.2 
59 4.6 
58 7.3 


2.01 
2.82 
2.40 


59 31.8 
58 36.2 
57 38.6 


2.19 
2.89 
2.36 


2 4.9 

3 1.9 

4 0.3 


2.24 
2.81 
2.84 


2.3 
3.3 
4.3 


10 
11 
12 


15 36.6 
15 22.3 
15 10.0 


16 29.2 
15 15.9 
15 4.8 


57 10.6 
56 18.3 
55 33.1 


2.29 
2.04 
1.70 


56 43.7 
55 54.7 
55 13.8 


2.18 
1.88 
1.51 


4 58.6 

5 54.9 

6 47.8 


2.80 
2.19 
2.04 


5.3 
6.3 
7.3 


13 
14 
15 


15 0.1 
14 52.7 
14 47.9 


14 56.1 
14 50.0 
14 46.4 


54 56.8 
54 29.7 
54 11.8 


1.82 
0.94 
0.56 


54 42.1 
54 19.6 
54 6.2 


1.18 
0.75 
0.88 


7 86.6 

8 21.7 

9 3.9 


1.88 
1.74 
1.64 


8.3 

9.3 

10.3 


16 
17 

18 


14 45.4 
14 45.0 
14 46.5 


14 44.9 
14 45.5 
14 47.9 


54 2.6 
54 1.2 
54 6.7 


-0.22 

+0.09 

0.85 


54 1.0 
54 3.2 
54 11.7 


-0.06 

+0.28 

0.47 


9 44.0 

10 23.0 

11 2.0 


1.58 
1.56 
1.58 


11.3 
12.3 
13.3 


19 
20 
21 


14 49.6 
14 54.0 
14 59.6 


14 51.6 

14 56.7 

15 2.8 


54 18.0 
54 34.3 
54 55.0 


0.68 
0.77 
0.95 


54 25.6 

54 44.1 

55 6.8 


0.68 
0.86 
1.02 


11 42.1 

12 24.3 

13 9.4 


1.64 
1.74 
1.88 


14.3 
15.3 
16.8 


22 
23 
24 


15 6.3 
15 13.9 
15 22.4 


15 10.0 
15 18.0 
15 27.0 


55 19.4 

55 47.3 

56 18.7 


1.09 
1.24 
1.88 


55 32.9 

56 2.6 
56 35.6 


1.16 
1.81 
1.44 


18 58.2 

14 50.9 

15 46.8 


2.08 
2.17 
2.28 


17.8 
18.8 
19.8 


25 
26 
27 


15 31.8 
15 42.0 
15 52.8 


15 86.8 
15 47.4 
15 58.3 


56 53.2 

57 30.7 

58 10.3 


1.50 
1.61 
1.67 


57 11.6 

57 50.3 

58 30.5 


1.56 
1.65 
1.68 


16 44.5 

17 42.2 

18 d8J2 


2.82 
2.29 
2.20 


20.3 
21.8 
22.8 


28 
29 
30 


16 3.8 
16 14.3 
16 23.4 


16 9.2 
16 19.1 
16 27.1 


58 50.7 

59 29.3 

60 2.7 


1.66 
1.52 
1.22 


59 10.4 

59 46.9 

60 16.2 


1.61 
1.89 
1.01 


19 31.8 

20 23.8 

21 18.4 


2.10 
2.08 
2.00 


23.8 
24.8 
25.8 


31 


16 80.0 


16 32.1 


60 27.0 


+0.76 


60 34.6 


+0.48 


22 8.4 


%M 


26.8 


1 



60 



APRIL, 1856. 



Hoar. 



GREENWICH MEAN TIME. 



THE MOONS RIGHT ASCENSION AND DECLINATION. 



BigbtAMenikm. 



DifL 
fbirlm. 



Dlff. 
forlm. 



TUESDAY 1. 



IL BL 

81 34 
31 36 
21 38 
91 41 
21 43 
31 46 
31 48 
31 50 
21 53 
31 55 
31 57 
33 
23 3 
33 4 
33 7 
33 9 
33 11 
33 14 
33 16 
S3 18 
33 31 
33 23 
33 35 
83 38 



1. 


s. 


6.49 


3.8056 


30.11 


S.3919 


53.51 


3.3869 


16.69 


9J»4A 


39.65 


3.8606 


3.38 


3.3170 


34.89 


3J7S8 


47.18 


3.8007 


9.35 


3.8060 


31.10 


3.8038 


58.73 


3.8067 


14.14 


3.8500 


35.33 


3JU14 


56.31 


3.3479 


17.08 


33448 


37.63 


3.8406 


57.97 


3J878 


18.10 


S.8S38 


38.03 


3.8804 


57.74 


3.8970 


17.36 


3.8388 


36.57 


3.8908 


55.69 


3.8170 


14.61 


33188 



S.19 
19 
10 
18 
18 
18 
18 
17 
17 
17 
17 
17 
16 
16 
16 
16 
15 
15 
15 
15 
14 
14 
14 

S.14 



30 56 8 
17 53.9 

4 43.1 
51 34.5 

37 58.1 
34 34.3 
10 43.8 
56 53.9 
42 57.7 

38 54.3 

14 43.5 
35.8 

46 1.1 

31 39.5 

16 51.3 
3 6.3 

47 14.6 
33 16.5 

17 13.0 
3 1.3 

46 44.3 
31 31.3 

15 58.3 
17.4 



WEDNESDAY 2. 






88 30 33.34 


33106 


S.13 44 36.8 


1 


83 33 51.88 


33074 


13 38 50.5 


8 


83 35 10.33 


33043 


13 13 58.7 


3 


38 37 28.40 


33013 


18 57 1.4 


4 


22 39 46.38 


3.9963 


18 40 58.7 


5 


22 42 4.19 


3.3963 


13 34 50.9 


6 


22 44 21.82 


3.9944 


13 8 38.0 


7 


22 46 39.28 


3.9695 


11 52 80.0 


8 


38 48 56.57 


33897 


11 35 67.8 


9 


38 51 13.69 


33640 


11 19 89.6 


10 


38 53 30.65 


33813 


11 3 57.8 


11 


88 55 47.45 


33787 


10 46 80.3 


IS 


83 58 4.09 


33761 


10 39 39.0 


13 


83 30.58 


33786 


10 13 53.3 


14 


83 3 36.93 


3.9719 


9 56 3.4 


15 


88 4 53.18 


33686 


9 39 9.4 


16 


83 7 9.17 


33065 


9 38 11.4 


17 


83 9 85.09 


33643 


9 5 9.5 


18 


33 11 40.88 


33091 


8 48 3.9 


19 


83 13 56.54 


3.9069 


8 30 54.6 


30 


33 16 13.07 


3.3S78 


8 13 41.8 


31 


83 18 37.47 


3.9006 


7 56 85.6 


33 


33 30 42.76 


3.9539 


7 39 6.1 


23 


23 22 57.94 


9.9091 


7 31 43.4 


34 


23 25 13.01 


3.9008 


S. 7 4 17.6 



13363 
13.114 
18.346 
18375 



18.703 
18376 
18396 
14.118 
14.387 



14.469 
14363 



14306 
14314 
164»9 
16.197 
10.980 
10333 



16.734 
16318 



16300 



i«.m 

16.951 



16.490 
16300 
16378 
16303 
16.790 
16.797 



17.063 
17.194 
17.164 
17.949 
17.996 
17359 
17304 
17.454 



Hoar. 



Bight 



Dlff. 
forlm. 



DoftHmtWwi 



DUL 
ftarlm. 



THURSDAY 8. 



h. mu 
33 35 
33 87 
33 89 
83 31 
83 34 
33 36 
33 38 
83 40 
83 43 
83 45 
33 47 
83 49 
33 53 
33 54 
33 56 
33 58 
1 
3 



■i 


■i 


13.01 


33608 


37.97 


3.9485 


48.83 


83469 


57.60 


33418 


18.37 


93138 


86.86 


3.9496 


41.37 


33413 


55.80 


3.3899 


10.16 


3.3387 


84.44 


3.3870 


38.65 


33365 


53.81 


33806 


6.03 


83847 


30.97 


33889 


34.98 


3.3389 


48.95 


3.9330 


3.88 


3.3319 


16.78 


33313 


30.64 


33808 


44.48 


33306 


58.31 


83308 


13.13 


33309 


35.93 


3.9801 


39.73 


xasMO 



6 
5 
5 
6 
5 
4 
4 
4 



e I • 
. 7 4 17.6 

6 46 48.9 

6 89 17.4 
11 43.8 
54 6.4 
36 37.1 
18 45.5 
1 1.6 
43 15.7 
35 87.8 
7 38.0 

3 49 46.5 

3 31 53.4 

3 13 58.8 

8 56 3.8 

8 38 

3 80 

8 3 

1 44 

1 36 

1 8 

50 

33 



5.6 
7.8 
7.9 
7.7 
6.7 
5.1 
3.0 
0.5 



S. 13 57.8 



FRIDAY 4. 



18 53.58 
81 7.33 

83 31.15 

35 34.98 

37 48.83 
30 3.71 

38 16.61 

84 30.54 

36 44.53 
38 58.54 
41 18.60 
43 86.78 
45 40.90 
47 55.13 

50 9.43 
53 33.81 
54 38.36 
56 53.79 
59 7.40 



1 32.10 
3 36.89 
5 51.78 
8 6.77 
10 21.87 
12 37.07 



N. 



33304 
33807 
33311 
3.9816 
3.3819 



3.9840 



83818 



83409 
834U 
33438 
8.9448 
33406 
9.9C7S 
83490 
83507 



33543 N. 



4 5.1 


U3M 


88 8.0 


WJKI 


40 10.8 


183U 


58 13.3 


18388 


1 16 15.5 


183n 


1 34 17.3 


16398 


1 52 18.3 


18318 


8 10 18.7 


nsn 


8 88 18.3 


n3Bi 


8 46 16.7 


173OT 


3 4 14J3 


nJMB 


3 88 10.4 


17398 


3 40 5.8 


n308 


3 57 58.6 


173tTlB 


4 15 50.3 


nJB4S 


4 33 40.4 


n3l8 


4 51 88.6 


17.787 


5 9 14.8 


n.768 


5 86 59.0 


n.Tw 


5 44 41.0 


17380 


6 8 80.6 


njtm 


6 19 57.7 


173»8 


6 37 38.3 


n36S 


6 65 4.1 


1730r7 


7 18 33.1 


n308 



If 
173M 
17303 
n3«8 
n399 
n3»4 

17.718 
17.748 

n.7a9 
n3i4 

n344 
n379 
n308 
17323 
17343 
n3S3 

n.ssi 

n396 
18310 
1A389 



18349 
18347 



VI. 



APRIL, 185e. 



61 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


How. 


Blghl AfMBrfOB. 


DUL 
forlm. 




Dift 
forlm. 


Hoar. 




dm: 
forlm. 




DUL 
Ibrlm. 




SAl 


TRDi 


lY 5, 






MONDAY 7. 






h. m. 1. 


1. 


O It 


H 




h. m. ■. 


■. 


O 1 u 


« 





1 13 37.07 


3.9548 


N. 7 13 33.1 


n.4so 





3 4 0.41 


34008 


N.19 38 38.8 


13498 


1 


1 14 53.39 


9.9flO 


7 89 59.8 


17.409 


1 


3 6 84.57 


34044 


19 51 84.1 


13.797 


2 


1 17 7.83 


3.3a« 


7 47 83.8 


17467 


8 


3 8 48.94 


34079 


80 4 7.8 


19460 


3 


1 19 33.38 


9.980t 


8 4 43.0 


17408 


3 


3 11 13.58 


34114 


80 16 43.8 


13491 


4 


1 31 39.06 


S.WM 


8 31 58.6 


17447 


4 


3 13 38.31 


34149 


80 89 10.3 


19409 


5 


1 33 54.87 


S.9840 


8 39 11.7 


17.188 


6 


3 16 3.31 


34184 


80 41 89.0 


13440 


6 


1 86 10.83 


S.M60 


8 56 81.8 


n.l98 


6 


3 18 88.58 


34919 


80 53 39.1 


13407 


7 


1 38 36.90 


3.9699 


9 13 87.1 


n467 


7 


3 30 53.94 


94968 


81 5 40.6 


11468 


8 


1 30 43.13 


3Jf7ia 


30 89.3 


17408 


8 


3 83 19.56 


34988 


81 17 33.5 


11400 





1 33 59.49 


3.9740 


9 47 87.4 


16487 


9 


3 85 45.39 


34639 


81 89 17.7 


11468 


10 


1 35 16.00 


3.9105 


10 4 81.6 


16466 


10 


3 88 11.43 


34866 


81 40 53.1 


11416 


11 


1 37 33.67 


3.9791 


10 81 11.6 


16.798 


11 


3 30 37.65 


34808 


81 53 19.6 


11406 


13 


1 39 49.49 


3.9817 


10 37 57.3 


16.796 


13 


3 33 4.07 


34490 


88 3 36.9 


11416 


13 


1 43 6.47 


9.3843 


10 54 38.7 


16469 


13 


3 35 30.69 


34469 


88 14 45.3 


11464 


14 


1 44 33.61 


3.9871 


11 11 15.6 


164T7 


14 


3 37 57.50 


34404 


88 85 44.6 


10418 


15 


1 46 40.93 


3.9609 


11 87 47.0 


16489 


15 


3 40 34.50 


94616 


88 36 34.8 


10.760 


16 


1 48 58.40 


3.9998 


11 44 15.5 


16419 


16 


3 43 51.69 


»-46n 


88 47 15.8 


10406 


17 


1 51 16.05 


3J9M 


18 38.8 


16487 


17 


3 45 19.06 


S46n 


88 57 47.5 


10480 


18 


1 53 33.87 


3.9984 


13 16 56.0 


16464 


18 


3 47 46.61 


34000 


83 8 9.8 


10.998 


19 


1 55 51.86 


3J014 


13 33 8.7 


M.169 


19 


3 50 14.33 


34086 


83 18 88.7 


10.186 


30 


1 58 10.04 


SJ046 


13 49 16.8 


10409 


80 


3 53 43.83 


34B66 


83 88 86.1 


9479 


31 


3 88.41 


%xn 


13 5 18.5 


16490 


81 


3 55 10.31 


84094 


83 38 80.0 


9410 


33 


8 3 46.96 


3jioe 


13 81 15.4 


16409 


88 


3 57 38.56 


34791 


83 48 4.3 


•467 


33 


3 6 5.70 

SB 


3jia9 
TTOAl! 


N.13 37 6.7 
' 6. 


I64D0 


83 


4 6.96 
TU] 


94747 

ESDA1 


Njd3 57 38.9 

r 8. 


•466 





8 7 84.63 


3J171 


N.13 53 58.5 


16.716 





4 8 15.68 


S4T78 


NjM 7 3.7 


0408 


1 


8 9 43.75 


3.1901 


14 8 33.5 


16418 


1 


4 5 4.83 


34799 


84 16 18.8 


0.100 


3 


8 13 3.07 


3.t3M 


14 84 6.6 


16460 


8 


4 7 33.09 


34093 


84 85 84.0 


0406 


3 


3 14 33.58 


3.8969 


14 39 34.9 


16.491 


3 


4 10 3.10 


34846 


84 34 19.4 


0441 


4 


3 16 43.39 


3.8809 


14 54 57.1 


16418 


4 


4 13 31.85 


34809 


84 43 4.9 


8476 


5 


8 19 3.30 


9J88A 


15 10 13.1 


16.914 


5 


4 15 0.53 


34899 


84 51 40.4 


8408 


6 


8 31 83.31 


SJI68 


15 85 33.8 


16.109 


6 


4 17 89.95 


34914 


85 6.9 


8443 


7 


8 83 43.63 


3.8408 


15 40 86.8 


16409 


7 


4 19 69.60 


34904 


85 8 81.4 


8.n4 


8 


3 86 3.14 


3.8488 


15 55 83.0 


14498 


8 


4 88 89.16 


34960 


85 16 86.8 


8406 


9 


8 88 83.88 


3.8478 


16 10 13.3 


U.788 


9 


4 84 68.93 


34971 


85 84 88.0 


7480 


10 


3 30 44.83 


34806 


16 34 57.0 


14471 


10 


4 87 88.81 


34900 


85 33 7.1 


7407 


11 


8 33 5.97 


3.8643 


16 39 33.8 


14407 


11 


4 89 68.80 


34007 


85 39 48.0 


7490 


13 


8 35 37.34 


3.8579 


16 54 3.8 


14.443 


13 


4 33 88.80 


34098 


85 47 6.6 


7496 


IS 


8 37 48.93 


3.8614 


17 8 86.8 


U494 


13 


4 34 69.07 


34017 


85 54 81.0 


7.164 


14 


8 40 10.71 


3.8649 


17 88 48.7 


14406 


14 


4 37 89.33 


34061 


86 1 85.1 


0488 


15 


8 43 33.71 


3.8684 


17 36 61.5 


14487 


15 


4 39 59.68 


34006 


86 8 18.9 


0411 


16 


8 44 54.93 


3J730 


17 50 53.1 


18464 


16 


4 49 30.11 


34077 


86 15 3.4 


0488 


17 


8 47 17.35 


34737 


18 4 47.3 


18440 


17 


4 45 0.60 


34088 


86 81 35.5 


0406 


18 


8 49 40.00 


34708 


18 18 33.9 


18.116 


18 


4 47 31.16 


34008 


86 87 58.8 


0.303 


19 


8 53 8.86 


34898 


18 33 13.1 


18489 


19 


4 60 1.77 


34106 


86 34 10.5 


0.110 


30 


8 54 85.94 


34864 


18 45 44.6 


18400 


30 


4 63 33.43 


34114 


86 40 13.4 


6444 


31 


8 56 49.83 


34900 


18 59 8.3 


18480 


81 


4 55 3.14 


34131 


86 46 3.8 


6.T70 


33 


8 59 13.74 


34087 


19 13 84.8 


18.100 


88 


4 67 33.88 


84196 


86 51 44.8 


6400 


33 


3 1 36.47 


34878 


19 85 33.8 


18407 


33 


5 4.65 


34180 


86 57 15.3 


6430 


34 


3 4 0.41 


3.4008 


N.19 38 33.3 


13488 


34 


6 8 35.44 


34183 


N.87 3 35.8 


6.9M 



62 



APRIL, 1856. 



VII. 









GREENWICH MEAN TIME. 








THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 


RiglilABoansloii. 


DHL 
forlm. 




DHL 
forlm. 


Hour. 




DHL 
forlm. 




fiorlm. 






WEDNESDAY 9. 






FRIDAY 


11, 






1l m. B, 


■. 


O t ff 


If 




h. m. 1. 


■. 


O 1 » 


It 





5 3 35.44 


S.filS8 


NJ27 3 36.3 


5.944 





7 1 31.43 


9.8090 


N57 66 17.3 


9.814 


1 


5 5 6.35 


9.5136 


37 7 44.6 


5.000 


1 


7 3 44.80 


9.8670 


37 63 33.9 


9.966 


3 


5 7 37.07 


9.5187 


37 13 43.5 


4.605 


3 


7 6 7.86 


9.8819 


37 60 81.5 


t.116 


3 


6 10 7.89 


3.51S7 


37 17 33.0 


4.790 


3 


7 8 30.68 


9J767 


87 47 10.0 


tJ906 


4 


5 13 38.71 


3.51S5 


37 33 9.9 


4.544 


4 


7 10 53.06 


9.8714 


37 43 49.6 


9413 


5 


5 15 9.51 


3.51S9 


37 86 37.3 


4.860 


6 


7 13 16.19 


9.3601 


37 40 80.4 


8.660 


6 


5 17 40.39 


9.6198 


37 30 54.3 


4.108 


6 


7 16 36.99 


9.3007 


87 36 43.6 


t.706 


7 


5 30 11.05 


9.5198 


37 36 0.5 


4.018 


7 


7 17 68.47 


9.3568 


37 33 65.8 


t.8M 


8 


5 33 41.77 


9.5117 


37 38 66.3 


8.6a 


8 


7 30 19.63 


9.8407 


37 39 0.6 


3J04 


9 


5 35 13.45 


9.5110 


37 43 41.7 


8.666 


9 


7 33 40.43 


9.3441 


37 34 66.6 


4.187 


10 


5 37 43.09 


9.5109 


37 46 16.5 


8.408 


10 


7 86 0.91 


9.8385 


87 30 44.0 


4.978 


11 


5 30 13.67 


9.5009 


37 49 40.8 


8.816 


11 


7 87 81.06 


9.3836 


37 16 33.1 


4410 


12 


5 39 44.18 


9.5061 


37 53 54.6 


8.148 


18 


7 39 40.84 


9.3f70 


37 11 63.7 


4.660 


13 


5 35 14.63 


9.5066 


37 65 67.9 


9.008 


13 


7 33 0.39 


9.3919 


37 7 16.0 


4.007 


14 


5 37 45.00 


9.5054 


37 68 50.8 


9.704 


14 


7 34 19.39 


9.3153 


37 8 30.1 


4.884 


15 


5 40 15.38 


9.5080 


38 1 33.3 


9.619 


16 


7 36 38.13 


9.30O4 


36 67 35.9 


4.971 


16 


6 43 45.47 


9.5098 


38 4 6.1 


9.445 


16 


7 38 66.63 


9.8085 


36 58 33.6 


6.106 


17 


5 45 15.56 


9.5006 


38 6 36.6 


9.979 


17 


7 41 14.55 


9.3076 


36 47 33.3 


A.9I0 


18 


5 47 45.55 


9.4966 


38 8 37.8 


9.100 


18 


7 43 38.33 


9.9016 


36 43 4.8 


6.378 


19 


5 50 15.43 


9.4066 


38 10 38.6 


1.037 


19 


7 45 49.54 


9.9865 


36 36 38.4 


6406 


30 


6 53 45.17 


9.4047 


38 13 39.0 


1.754 


30 


7 48 6.49 


9.3704 


36 31 4.8 


6^686 


31 


6 55 14.79 


9.4090 


38 14 9.1 


1.563 


31 


7 60 33.07 


9.3788 


36 36 33.3 


6.766 


33 


5 57 44.38 


9.4008 


38 16 38.9 


1411 


33 


7 68 39.38 


9.9671 


36 19 38.4 


6.800 


83 


6 13.63 
THD 


9.4818 

rRSDA 


NJ88 16 68.4 
Y 10. 


IJM 


83 


7 64 66.18 
SATl 


9.9609 

JRDA^ 


N.36 13 36.0 
r 12. 


6410 





6 3 43.81 


9.4658 


N.38 18 7.6 


1.068 





7 67 10.59 


9.9648 


NjW 7 30.1 


6.146 


1 


6 5 11.85 


9.4896 


38 19 6.6 


0.600 


1 


7 69 85.69 


9.9486 


36 1 17.6 


6.970 


3 


6 7 40.73 


9.4706 


38 19 65.6 


0.780 


8 


8 1 40.48 


9.9498 


35 64 67.7 


6.394 


3 


6 10 9.43 


9.4760 


38 30 34.8 


0.561 


3 


8 3 64.77 


9.3860 


36 48 30.3 


6.617 


4 


6 18 37.96 


9.4780 


38 31 3.8 


0.803 


4 


8 6 8.74 


9.9907 


36 41 65.6 


6.808 


5 


6 15 6.30 


9.4706 


38 31 31.4 


0.996 


6 


8 8 33.34 


9.9385 


35 35 13.7 


6.7SS 


6 


6 17 34.45 


9.4«76 


38 31 39.9 


0MB 


6 


8 10 35.56 


9.9179 


36 38 34.6 


6.«n 


7 


6 30 3.41 


9.4648 


38 31 38.4 


0.106 


7 


8 13 48.40 


93100 


35 31 38.4 


6.006 


8 


6 33 30.16 


9.4606 


38 31 17.0 


0.378 


8 


8 15 0.86 


9.9046 


35 14 35.8 


7.II9 


9 


6 34 57.70 


9.4579 


38 30 65.6 


0488 


9 


8 17 13.95 


9.1088 


85 7 16.0 


7.998 


10 


6 37 35.03 


9.4585 


38 30 34.6 


0.603 


10 


8 19 34.65 


9.1010 


34 69 67.9 


7.942 


11 


6 39 53.13 


9.4497 


38 19 43.4 


0.706 


11 


8 31 35.97 


9.1866 


34 63 33.9 


7466 


13 


6 33 18.99 


9.44Se 


38 18 68.6 


0.030 


18 


8 33 46.93 


9.1798 


34 45 3.3 


7.668 


13 


6 34 45.63 


9.4419 


38 17 61.9 


1.000 


13 


8 35 67.49 


9.1780 


34 37 35.8 


7.678 


14 


6 37 13.01 


9.4870 


38 16 41.7 


1.961 


14 


8 38 7.68 


9.1666 


34 39 41.8 


7.788 


15 


6 39 38.17 


9.4886 


38 16 31.8 


1419 


16 


8 30 17.48 


9.1608 


34 31 51.3 


. 7.807 


16 


6 43 4.07 


9.4904 


38 13 63.3 


1.071 


16 


8 33 36.91 


9.1540 


34 13 64.1 


84)05 


17 


6 44 39.70 


9.4350 


38 13 13.3 


1.790 


17 


8 34 36.96 


9.1476 


34 6 50.6 


8.119 


18 


6 46 55.07 


9.4900 


38 10 34.8 


1.887 


18 


8 36 44.63 


9.1418 


33 67 40.7 


8.918 


19 


6 49 30.17 


9.4160 


38 8 86.8 


9.044 


19 


8 38 53.91 


9.1351 


33 49 34.5 


8.8:81 


30 


6 51 44.99 


9.4114 


38 6 19.6 


9.900 


30 


8 41 0.83 


9.1966 


33 41 3.8 


8.«89 


31 


6 54 9.54 


9.4067 


38 4 8.8 


9.355 


31 


8 43 8.37 


9.1936 


33 33 33.7 


8.006 


33 


6 56 33.80 


9.4016 


38 1 36.8 


9.510 


33 


8 46 16.63 


9.1168 


33 33 69.1 


8.097 


33 


6 58 57.76 


9.8060 


37 59 1.6 


9.068 


33 


8 47 33.33 


9.1101 


33 16 18.6 


8.T96 


34 


7 1 81.43 


9.80X) 


N.37 56 17.3 


9.814 


34 


8 49 38.75 


9.1040 


N53 6 38.0 


- 



VIII. 



APRIL, 1856. 



6a 









GREENWICH MEAN TIME. 


■ 








THE MOON'S RIGHT ASCENSION AND DECLINATION. 




Hoar 


Right AMoakm. 


DHL 
Ibrlm. 




DUL 
fbrlm. 


Hoar 




DUL 
forlm. 


DeeUnfttkn. 


Difll 
forlm. 




SIT 


NDAY 


13. 






TUESDAY 15. 






h. m. ■. 


§. 


O f tf 


» 




h. m. 1. 


■. 


O 1 « 


1} 





8 49 38.75 


3.1040 


Nja3 6 33.0 


8.034 





10 24 2.27 


1.0646 


N.14 29 11.6 


13.860 


1 


8 51 34.80 


fLom 


33 67 39.6 


8.039 


1 


10 25 63.43 


1.8608 


14 16 48.4 


13410 


S 


8 53 40.48 


34)017 


S3 48 41.4 


94)18 


3 


10 27 44.36 


1.8470 


14 4 23.3 


19461 


3 


8 55 45.80 


3.0666 


33 39 37.4 


0.114 


3 


10 29 35.07 


1.8438 


13 51 63.1 


19.610 


4 


8 67 50.74 


341704 


33 30 37.7 


0.306 


4 


10 31 25.66 


1.8807 


13 39 31.0 


13460 


5 


8 59 55.32 


34)714 


33 31 13.4 


0.001 


6 


10 33 15.82 


ijm\ 


13 36 46.1 


19.006 


6 


9 1 59.55 


34)074 


33 11 61.6 


0J09 


6 


10 36 5.88 


1.8896 


13 14 8.3 


13468 


7 


9 4 3.41 


34»1S 


33 3 36.3 


0.401 


7 


10 36 66.72 


1.8900 


13 1 37.7 


13409 


8 


9 6 6.91 


34)M4 


31 53 63.6 


0.074 


8 


10 38 46.36 


1.8966 


13 48 44.4 


13.746 


9 


9 8 10.06 


34)400 


31 43 16.4 


0.604 


9 


10 40 34.79 


1.8999 


13 35 68.3 


13.790 


10 


9 10 12.85 


34M8S 


31 33 33.9 


0.761 


10 


10 42 24.02 


1.8180 


13 33 9.6 


13488 


11 


9 12 15.29 


34077 


31 23 46.3 


0.887 


11 


10 44 13.06 


1.8167 


13 10 18.3 


13477 


13 


9 14 17.37 


34)019 


21 13 63.6 


0.090 


13 


10 46 1.91 


1.8196 


11 67 34.4 


13490 


13 


9 16 19.11 


34)961 


21 3 66.6 


104)07 


13 


10 47 50.67 


1.8006 


11 44 37.9 


13403 


14 


9 18 20.50 


34)900 


30 53 52.7 


104)01 


14 


10 49 39.06 


1.8066 


11 31 39.0 


18403 


15 


9 20 21.55 


34)140 


20 43 44.7 


10.174 


16 


10 61 27.36 


1.8006 


11 18 37.7 


184)43 


16 


9 22 22.25 


34)080 


20 33 31.8 


10.966 


16 


10 53 15.47 


1.8006 


11 6 34.0 


18401 


17 


9 24 22.62 


34)031 


20 23 14.1 


10.8S6 


17 


10 55 3.42 


1.7978 


10 53 18.0 


18.110 


18 


9 26 22.65 


1.MT7 


30 13 61.6 


10.414 


18 


10 56 51.20 


1*7060 


10 30 9.7 


18.107 


19 


9 28 22.34 


1.9033 


30 3 34.4 


10490 


19 


10 68 38.82 


1-7038 


10 35 69.1 


18.194 


20 


9 30 21.71 


1.900B 


19 61 63.6 


10.671 


20 


11 26.28 


1.7807 


10 13 46.4 


18.990 


31 


9 32 20.75 


1.081S 


19 41 16.9 


10.640 


21 


11 3 13.68 


1.7071 


9 59 31.6 


18464 


22 


9 34 19.46 


1.0746 


19 30 34.7 


10.738 


22 


11 4 0.73 


1*7847 


9 46 14.7 


18.990 


23 


9 36 17.86 


1.9706 


N.IO 19 49.1 


10.707 


33 


11 5 47.74 


1.7898 


N. 9 33 65.7 


18488 




MO 


NDAY 


14. 






WED^ 


resDA 


T 16. 


^ 





9 38 15.92 


1.9663 


N.19 8 59.1 


10.870 





11 7 34.60 


1.T790 


N. 9 19 34.7 


18407 


1 


9 40 13.67 


1.0609 


18 68 4.7 


10.043 


1 


11 9 21.32 


1.7776 


9 6 11.7 


18409 


2 


9 42 11.11 


1.9648 


18 47 • 6.0 


11.016 


3 


11 11 7.91 


1.7764 


8 63 46.8 


18480 


3 


9 44 8.25 


l.»t97 


18 36 3.9 


11.067 


3 


11 12 64.37 


1.7788 


8 39 30.1 


18461 


4 


9 46 5.08 


1.0446 


18 24 56.6 


11.166 


4 


11 14 40.70 


1.7719 


8 36 61.6 


18489 


5 


9 48 1.60 


1.0305 


18 13 44.2 


11.394 


5 


11 16 26.91 


1.7601 


8 13 31.1 


18491 


6 


9 49 67.82 


1.9845 


18 2 28.7 


11/109 


6 


11 18 12.99 


1.7071 


7 68 49.0 


10449 


7 


9 61 53.74 


1.9906 


17 61 9.2 


11.360 


7 


11 19 68.96 


1.7669 


7 46 16.3 


18477 


8 


9 63 49.37 


1.0947 


17 39 46.7 


11.496 


8 


11 21 44.82 


1.7636 


7 31 39.7 


18.606 


9 


9 66 44.71 


1.0109 


17 28 18.2 


11.401 


9 


11 23 30.68 


1.7610 


7 18 3.6 


18.681 


10 


9 67 39.76 


1.0169 


17 16 46.8 


11.664 


10 


11 26 16.23 


1.7601 


7 4 24.0 


18.667 


11 


9 69 34.63 


14)106 


17 6 11.7 


11.617 


11 


11 27 1.78 


1.7684 


6 50 43.8 


18488 


13 


10 1 29.02 


1.9068 


16 53 32.8 


11.690 


13 


11 28 47.24 


1.7669 


6 37 2.1 


18.708 


13 


10 3 23.23 


1.901S 


16 41 60.1 


11.749 


13 


11 30 32.61 


1.7664 


6 23 18.9 


18.781 


14 


10 5 17.17 


1.8066 


16 30 3.8 


11.801 


14 


11 32 17.89 


1.7640 


6 9 34.4 


18.768 


15 


10 7 10.84 


1.80S3 


16 18 14.0 


11.880 


16 


11 34 3.09 


1.7697 


6 66 48.6 


18.776 


16 


10 9 4.24 


1.80T8 


16 6 20.6 


11.919 


16 


11 36 48.21 


1.7614 


6 42 1.3 


18.797 


17 


10 10 67.38 


1.88M 


16 64 23.7 


11.076 


17 


11 37 33.26 


1.7609 


6 28 12.9 


18418 


18 


10 12 50.26 


1.8701 


15 42 23.3 


194)86 


18 


11 39 18.23 


1.7491 


5 14 23.2 


18488 


19 


10 14 42.87 


1.8740 


15 30 19.4 


19.001 


19 


11 41 3.14 


1.7480 


5 32.3 


18468 


20 


10 16 36.24 


1.8708 


15 18 12.3 


19.145 


20 


11 42 47.99 


1.7469 


4 46 40.3 


18476 


21 


10 18 27.36 


1.8607 


16 6 2.0 


19.101 


21 


11 44 32.78 


1.7460 


4 32 47.2 


18494 


22 


10 20 19.24 


1.8897 


14 63 48.4 


19.964 


22 


11 46 17.61 


1-7469 


4 18 63.0 


18411 


23 


10 22 10.88 


1.8686 


14 41 31.6 


19.007 


23 


11 48 2.20 


1-7444 


4 4 67.9 


18497 


34 


10 34 8.37 


1.8646 


N.14 29 11.6 


19.860 


24 


11 49.46.84 


1.7487 


N. 3 51 1.8 


10448 



64 



APRIL, 1856. 



IX. 



GREENWICH MEAN TIME. 


THE MOON'S BIGHT ASCENSION AND DECO^INATION. 


Hoar. 


BiglitAMeniioii. 


DHL 
fiirlm. 




DUL 
ibrlm. 


Hour. 




DHL 
forlm. 




INflL 
fiorlm. 




THURSDAY 17. 






SATURDAY 19. 






h. m. f. 


■. 


O 1 « 


It 




h. m. ■. 


B. 


o r B 


It 





11 49 46.84 


1.7487 


N. 3 61 1.8 


18.MS 





13 13 56.04 


1.7868 


S. 7 22 26.3 


16496 


1 


11 51 31.44 


L74I0 


3 37 4.8 


18.066 


1 


13 15 43.44 


1.70U 


7 36 15.2 


1S40S 


2 


11 53 16.00 


L7434 


3 23 6.9 


18.978 


2 


13 17 31.00 


1.7M0 


7 50 2.7 


16.781 


3 


11 55 0.53 


L7418 


3 9 8.1 


18.007 


3 


13 19 18.73 


1.7966 


8 3 48.9 


16.760 


4 


11 56 45.02 


1.7418 


2 55 8.5 


18.980 


4 


13 21 6.62 


1.7996 


8 17 33.7 


18.784 


5 


11 58 29.49 


1.7410 


2 41 8.2 


144)11 


5 


13 22 54.68 


14094 


8 31 17.0 


18.700 


6 


12 13.95 


1.7407 


2 27 7.2 


14433 


6 


13 24 42.91 


14068 


8 44 58.7 


U4B8 


7 


12 1 58.88 


1.7404 


2 13 5.5 


14418 


7 


13 26 31.32 


14088 


8 58 38.9 


18407 


8 


12 3 42.80 


1.740S 


1 59 3.2 


14418 


8 


13 28 19.91 


14m 


9 |2 17.4 


184» 


9 


12 5 27.22 


1.7408 


1 45 0.4 


14460 


9 


13 30 8.69 


14146 


9 25 54.2 


13400 


10 


12 7 11.63 


1.7403 


1 30 57.0 


14461 


10 


IS 31 57.65 


14177 


9 39 29.3 


184« 


11 


12 8 56.04 


1.7403 


1 16 53.1 


14460 


11 


13 33 46.81 


1490O 


9 53 2.5 


U488 


IS 


12 10 40.45 


L740S 


1 2 48.7 


1447< 


12 


13 35 36.16 


14919 


10 6 33.9 


18407 


13 


12 12 24.87 


1.7404 


48 43.9 


14468 


13 


13 37 25.71 


14970 


10 20 3.4 


16476 


14 


12 14 9.30 


1.7407 


34 38.8 


14486 


14 


13 39 15.47 


14810 


10 33 30.9 


18.449 


15 


12 15 53.75 


1.7410 


20 33.4 


14408 


15 


13 41 5.43 


14840 


10 46 56.4 


18408 


16 


12 17 38.22 


1.74U 


N. 6 27.7 


14467 


16 


13 42 55.61 


14861 


11 19.9 


1S476 


17 


12 19 22.71 


1.7416 


S. 7 38.2 


14.100 


17 


13 44 46.01 


144n 


11 13 41.2 


18480 


18 


12 21 7.23 


1.7433 


21 44.3 


14.109 


18 


13 46 36.62 


14466 


U 27 0.2 


18480 


19 


12 22 51.78 


1.7498 


35 50.5 


14.104 


19 


13 48 27.45 


14401 


11 40 17.0 


16461 


20 


12 24 36.37 


1.7486 


49 56.8 


14.100 


20 


13 50 18.51 


14690 


11 53 31.5 


18493 


21 


12 26 21.00 


1.T443 


1 4 3.2 


14.107 


21 


13 52 9.81 


14600 


12 6 43.7 


18.168 


22 


12 28 5.67 


1.7440 


1 18 9.6 


14.100 


22 


13 54 1.34 


14006 


12 19 53.5 


18.M9 


23 


12 29 50.39 
FB 


l.74« 

JDAY 


S. 1 32 15.9 
18. 


U.106 


23 


13 55 53.11 

SUl 


14648 

TOAY 


S.12 33 0.8 
20. 


18.100 





12 31 35.16 


1.7406 


S. 1 46 22.2 


14.108 





13 57 45.12 


14668 


S.12 46 5.5 


18407 


1 


12 33 19.98 


1.7470 


2 28.3 


14.100 


1 


13 59 37.37 


14780 


12 59 7.6 


18418 


2 


12 35 4.87 


1.7487 


2 14 34.2 


14487 


2 


14 1 29.87 


14779 


13 12 7.1 


19408 


3 


12 36 49.83 


1.7496 


2 28 40.0 


14499 


3 


14 3 22.63 


14614 


13 25 3.9 


19488 


4 


12 38 34.85 


1.7610 


2 42 45.5 


14488 


4 


14 5 15.64 


14867 


13 37 57.9 


19476 


5 


12 40 19.95 


1.7638 


2 56 50.6 


14488 


5 


14 7 8.91 


14901 


13 50 49.0 


1949B 


6 


12 42 5.13 


1-7687 


3 10 55.4 


14477 


6 


14 9 2.45 


14046 


14 3 37.3 


19.780 


7 


12 43 50.39 


1.7660 


3 24 59.8 


14470 


7 


14 10 56.25 


14989 


14 16 22.6 


19.780 


8 


12 45 35.73 


1.7604 


3 39 3.7 


14403 


8 


14 12 50.32 


14004 


14 29 4.9 


19.ff79 


9 


12 47 21.16 


1.7679 


3 53 7.2 


14468 


9 


14 14 44.66 


14080 


14 41 44.1 


19.098 


10 


12 49 6.68 


L7606 


4 7 10.1 


144tt 


10 


14 16 39.28 


14197 


14 54 20.2 


19409 


11 


12 50 52.30 


L7013 


4 21 12.4 


14488 


11 


14 18 34.18 


14173 


15 6 53.1 


19481 


12 


12 52 38.02 


1.7639 


4 35 14.1 


14493 


12 


14 20 29.36 


14990 


15 19 22.7 


19488 


13 


12 54 23.84 


1.7047 


4 49 15.1 


14410 


13 


14 22 24.82 


14369 


15 31 49.0 


19410 


14 


12 56 9.78 


1.7060 


5 3 15.3 


18496 


14 


14 24 20.58 


14816 


15 44 11.9 


19488 


15 


12 57 55.83 


1.7066 


5 17 14.8 


18484 


15 


14 26 16.63 


14007 


15 56 31.3 


19408 


16 


12 59 42.00 


1.T706 


5 31 13.4 


18.909 


16 


14 28 12.98 


14M7 


16 8 47.2 


19488 


17 


13 1 28.29 


1.7736 


5 45 11.1 


18464 


17 


14 30 9.63 


14407 


16 20 59.6 


I9.n» 


18 


13 3 14.70 


1.7740 


5 59 7.9 


18.988 


18 


14 32 6.58 


14617 


16 33 8.3 


19.114 


19 


13 5 1.24 


1.T706 


6 13 3.7 


18.993 


19 


14 34 3.83 


14506 


16 45 13.3 


194188 


20 


13 6 47.92 


1.7791 


6 26 58.5 


18404 


20 


14 36 1.39 


14630 


16 67 14.5 


114BB 


21 


13 8 34.73 


1.7814 


6 40 52.2 


18486 


21 


14 37 59.27 


14079 


17 9 11.8 


11.088 


22 


13 10 21.68 


1.7888 


6 54 44.8 


18467 


22 


14 39 57.46 


14796 


17 21 5.2 




23 


13 12 8.78 


1.7868 


7 8 36.2 


18446 


23 


14 41 55.97 


14777 


17 32 64.7 


U.78t 


24 


13 13 56.04 


1.7886 


S. 7 22 26.3 


18436 


24 


14 43 54.79 


14680 


S.17 44 40.1 


ll.TSO 



X. 



APRIL, 1856. 



65 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 


RighlAMraston. 


DIft 
forlm. 


DMUnatloii. 


DHL 
forlm. 


Ooar. 


Bighl AModon. 


Dur. 

forlm. 




Difll 
Ibrlm. 




MO 


NDAY 


21. 






WEDNESDAY 23. 






h. IB. >. 


a. 


O 1 n 


N 




h. m. f. 


a. 


O 1 « 


li 





14 43 64.79 


I.ffi30 


S.17 44 40.1 


11.798 





16 25 51.13 


9.9091 


S.35 36 36.1 


7.061 


1 


14 45 63.93 


1.98W 


17 56 31.4 


11.698 


1 


16 28 7.45 


9.9749 


36 33 36.0 


6.984 


3 


14 47 63.40 


1.9040 


18 7 58.5 


11J63 


3 


16 30 24.12 


9.9808 


36 40 28.3 


6.809 


3 


14 49 63.21 


1.9906 


18 19 31.4 


11.913 


3 


16 32 41.15 


9.3866 


35 47 12.6 


6.676 


4 


14 51 53 35 


9JN)61 


18 30 59.9 


11.489 


4 


16 34 58.62 


9.39^24 


35 63 49.3 


6.946 


5 


14 53 53.82 


MUM 


18 43 34.0 


11.869 


5 


16 37 16.23 


9.9081 


36 18.1 


6414 


6 


14 55 54.62 


OJOM 


18 53 43.7 


11.390 





16 39 34.39 


9.8038 


36 6 39.0 


6.389 


7 


14 57 55.75 


9.0317 


19 4 58.8 


11.914 


7 


16 41 53 69 


9.8094 


36 13 51.9 


6.148 


8 


14 59 57.22 


J.0J73 


19 16 9 3 


11/187 


8 


16 44 11.42 


9^190 


36 18 56.7 


6.018 


9 


15 1 59.04 


fumi 


19 27 15.3 


110)99 


9 


16 46 30 49 


9.8906 


36 34 53.5 


9.878 


10 


15 4 1.20 


S.0380 


19 38 16.4 


10.960 


10 


16 48 49.89 


9.3361 


36 30 42.1 


9.741 


11 


15 6 3.71 


9.0447 


19 49 13.8 


10.899 


11 


16 61 9.62 


9.3819 


36 36 22.4 


9.601 


19 


15 8 6.67 


9.0005 


20 4.3 


10.818 


13 


16 53 39.67 


9.8366 


36 41 54.3 


9468 


13 


15 10 9.77 


9.05W 


20 10 50.9 


10.784 


13 


16 55 50.04 


9.3431 


36 47 17.9 


9.333 


14 


15 12 13.33 


90633 


20 31 33 4 


10.648 


14 


16 58 10.73 


9.8474 


36 52 33.0 


6.181 


15 


15 14 17.24 


90682 


30 33 8.8 


10.968 


15 


17 31.73 


9.8936 


36 57 39.6 


6.088 


16 


15 16 21.51 


Un4'2 


30 43 40.0 


10.477 


16 


17 3-53.04 


9.8977 


37 3 37.6 


4.806 


17 


15 18 26.14 


9.0801 


30 53 6.0 


10.389 


17 


17 5 14.65 


9.86-/I 


37 7 27.0 


4.791 


18 


15 20 31.12 


9.0861 


21 3 26.7 


10.800 


18 


17 7 36.57 


9.3en 


27 12 7.7 


4.606 


19 


15 22 36.47 


U»il 


31 13 43.0 


10.910 


19 


17 9 58 78 


9-3796 


27 16 39.7 


4490 


80 


15 24 42.18 


94)961 


31 33 51.9 


10.118 


30 


17 13 31.28 


9.8774 


37 21 2.8 


4.311 


21 


15 26 48.24 


9.1041 


31 33 56.3 


10.039 


31 


17 14 44.07 


9.88W 


27 25 17.1 


4.163 


23 


15 28 54.67 


9.1109 


31 43 64.9 


0.98>2 


33 


17 17 7.14 


9.3866 


27 29 22.4 


4.014 


33 


16 31 1.47 
TUI 


9.1168 

:SDA1 


S.S1 63 48.0 
' 22. 


9.887 


33 


17 19 30.49 

THIT 


9.8914 

RSDA^ 


S.37 33 18.8 

r 24. 


8.864 





15 33 8.63 


9.1994 


S.33 3 36.3 


9.740 





17 31 54.11 


9.8959 


S.87 37 6.1 


8.719 


1 


15 35 16.16 


9.19B6 


33 13 16.8 


9JM2 


1 


17 34 18.00 


9.4003 


37 40 44.3 


8.960 


3 


15 37 3^1.06 


9.1S48 


33 33* 53.4 


9.643 


3 


17 36 43.15 




37 44 13.3 


8407 


3 


15 39 33.33 


9.1409 


33 33 33.0 


9.448 


3 


17 39 6.55 


9.4088 


37 47 33.3 


8.998 


4 


15 41 40.97 


9.1471 


33 41 45.6 


9.849 


4 


17 31 31.20 


9.4130 


37 50 43.8 


8.008 


5 


15 43 49.98 


9.1989 


33 51 3.1 


9.940 


6 


17 33 56.10 


9.4160 


37 53 45.0 


9J)43 


6 


15 45 59 35 


9.1008 


33 14.4 


9.136 


6 


17 36 21.23 


94308 


37 56 36.9 


9.786 


7 


15 48 9.09 


9.1669 


33 9 19.4 


9.081 


7 


17 38 46.59 


9.4346 


37 59 19.4 


9.639 


8 


15 50 19.31 


9.1717 


33 18 18.1 


8.939 


8 


17 41 12.18 


9.4984 


38 1 52.4 


9473 


9 


15 62 39.70 


9.1779 


S3 37 10.4 


8.818 


9 


17 43 38.00 


9.4331 


28 4 16.0 


9.818 


10 


15 54 40.56 


9.1841 


33 35 56.3 


8.700 


10 


17 46 4.03 


9.4396 


28 6 30.0 


9.193 


11 


15 56 51.79 


9.1903 


33 44 35.6 


8.999 


11 


17 48 30.27 


9.4890 


28 8 34.4 


1.993 


13 


15 59 3.39 


9.1964 


33 63 8.1 


8.488 


13 


17 50 56.71 


9.4498 


28 10 29.2 


1.883 


13 


16 1 15.36 


9.9036 


24 1 34.0 


8.876 


13 


17 53 23.35 


9.4499 


38 12 14.3 


1.671 


14 


16 3 37.70 


9.9087 


24 9 53.3 


8.968 


14 


17 65 50.17 


9.4489 


28 13 49.7 


1.909 


15 


16 5 40.40 


9.9148 


24 18 5.6 


8.148 


16 


17 58 17.17 


9.4919 


28 15 15.4 


1AI7 


16 


16 7 53.47 


9.9909 


34 36 10.9 


8.083 


16 


18 44.35 


9.4444 


28 16 31.3 


1.183 


17 


16 10 6.91 


9.2170 


24 34 9.3 


7.914 


17 


18 3 11.70 


9.4973 


28 17 37.4 


14)19 


18 


16 13 30.71 


9.9331 


24 42 0.6 


7.796 


18 


18 6 39.21 


9.4906 


28 18 33.6 


0.894 


19 


16 14 34.88 


9.9183 


24 49 44.8 


7.677 


19 


18 8 6.88 


9.4623 


28 19 19.9 


0.680 


30 


16 16 49.41 


9.9493 


34 67 31.8 


7.996 


30 


18 10 34.69 


9.4648 


28 19 56.3 


0.934 


31 


16 19 4.30 


9.9919 


36 4 51.6 


7.433 


31 


18 13 2.65 


94671 


28 20 22.8 


0.399 


33 


16 31 19.55 


9.9979 


36 13 13.8 


7.810 


33 


18 15 30.74 


94603 


28 20 39.3 


^0039 
' ' 0.149 


33 


16 33 35.16 


9.9639 


36 19 28.7 


7.186 


33 


18 17 58.96 


94713 


28 20 45.8 


34 


16 35 51.13 


9.9601 


S.36 36 36.1 


7.061 


?4 


18 20 27.30 


9.4733 


8.28 20 42.3 



68 



APRIL, 1856. 



XIII. 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 




Star's Name 




P.L 




P.L. 




P.L. 




P.L. 


and 




Noon. 


of 


np». 


of 


VPi. 


of 


IX«^ 


of 


Poeitioa 






Oiff. 




DilL 




Difl. 




DHL 






O / u 




O 1 N 




o 1 n 




O 1 M 




1 


Antares 


W. 


71 29 7 


S180 


73 18 5 


9166 


75 7 25 


9161 


76 57 7 


91S7 




Venus 


E. 


23 53 16 


Sfl75 


22 13 47 


9668 


20 34 1 


9661 


18 53 59 


96U 




Son 


E. 


52 35 23 


9488 


50 53 46 


9467 


49 11 47 


9468 


47 29 27 


9486 


3 


Antares 


W. 


86 10 33 


aom 


88 2 8 


906ft 


89 54 1 


9066 


91 46 10 


9066 




Son 


E. 


38 52 53 


387S 


37 8 39 


9869 


35 24 9 


9861 


33 39 23 


9941 


7 


Son 


W. 


31 19 3 


9486 


33 83 


9619 


34 41 19 


9580 


36 21 51 


9648 




Saturn 


E. 


35 50 36 


997ft 


34 4 


9907 


32 17 56 


9890 


30 32 26 


9846 




Pollux 


E. 


62 3 51 


9193 


60 15 12 


9908 


58 26 57 


9996 


56 39 6 


9941 




Regulus 


E. 


98 42 20 


9901 


96 53 54 


2917 


95 5 52 


9988 


93 18 14 


9960 


8 


Sun 


W. 


44 38 10 


9649 


46 16 8 


9669 


47 53 39 


9081 


49 30 44 


flOI 




Pollux 


E. 


47 46 16 


9811 


46 1 1 


9849 


44 16 13 


9808 


42 31 52 


9887 




ReffuluB 


E. 


84 26 25 


9380 


82 41 22 


9867 


80 56 45 


9875 


79 12 35 


9»4 




Mars 


E, 


127 1 43 


9916 


125 13 39 


9984 


123 26 2 


9351 


121 38 51 


9970 





Sun 


W. 


57 29 95 


9809 


59 3 49 


9894 


60 37 46 


9844 


62 11 17 


9864 




Pollux 


E. 


33 56 54 


9489 


32 15 16 


9S09 


30 34 5 


9591 


28 53 21 


9640 




Regulus 


E. 


70 38 34 


9480 


68 57 6 


9800 


67 16 5 


9096 


65 35 31 


9»n 




Mars 


E. 


112 49 44 


9869 


111 5 15 


9881 


109 21 13 


9800 


107 37 37 


94n 


10 


Sun 


W. 


69 52 32 


9969 


71 23 39 


9089 


72 54 7 


8001 


74 24 18 


8090 




Aldebaran 


W. 


25 1 16 


9968 


26 32 53 


9090 


28 4 47 


9000 


29 36 55 


9003 




Regulus 


E. 


57 19 12 


9641 


55 41 13 


9660 


54 3 39 


9678 


52 26 30 


9600 




Mars 


E. 


99 6 6 


9S07 


97 25 3 


9695 


95 44 25 


9543 


94 4 11 


9550 




Spica 


E. 


HI 19 54 


9681 


109 41 41 


9648 


108 3 51 


9666 


106 26 25 


9688 


11 


Son 


W. 


81 49 36 


8100 


83 17 35 


8196 


84 45 13 


8148 


86 12 31 


8168 




Aldebaran 


W. 


37 18 19 


9000 


38 50 26 


9016 


40 22 25 


9039 


41 54 16 


9099 




Saturn 


W. 


19 23 43 


9064 


20 54 41 


9967 


22 25 48 


9058 


23 57 


9964 




Regulus 


E. 


44^ 40 


9784 


42 51 51 


9801 


41 17 24 


9618 


39 43 19 


9BU 




Mars 


E. 


85 48 45 


9641 


84 10 46 


9066 


82 33 7 


9679 


80 55 49 


9687 




Spica 


E. 


98 24 55 


9766 


96 49 42 


9789 


95 14 50 


9706 


93 40 17 


9811 


13 


Son 


W. 


93 24 21 


8988 


94 49 51 


8947 


96 15 5 


8960 


97 40 3 


8974 




Aldebaran 


W. 


49 31 3 


9971 


51 1 52 


9070 


52 32 31 


9986 


54 2 59 


9006 




Saturn 


w. 


31 32 12 


9on 


33 2 54 


9085 


34 33 26 


9009 


36 3 49 


990O 




Regulus 


E. 


31 58 12 


9016 


30 26 13 


90S9 


28 54 35 


9049 


27 23 18 


»65 1 




Mars 


E. 


72 54 4 


9764 


71 18 36 


9767 


69 43 25 


9770 


68 8 30 


9791 




Spica 


E. 


85 52 14 


9880 


84 19 30 


9808 


82 47 2 


9005 


81 14 50 


9on 


13 


Son 


W. 


104 41 19 


8881 


106 4 56 


8840* 


107 28 21 


8860 


108 51 34 


8869 




Aldebaran 


W. 


61 32 44 


8087 


63 2 1! 


8044 


64 31 29 


8060 


66 38 


8098 1 




Saturn 


W. 


43 33 22 


8088 


45 2 48 


8045 


46 32 5 


8059 


48 1 13 


1 
8050 




Pollux 


W. 


17 14 


9081 


18 44 37 


9067 


20 15 6 


9004 


21 45 26 


8001 




Mars 


E. 


60 17 33 


9844 


58 44 2 


9858 


57 10 43 


•9869 


55 37 35 


9870 




Spica 


E. 


73 37 23 


9970 


72 6 33 


9080 


70 35 55 


9080 


69 5 28 


9097 


14 


Sun 


W. 


115 45 18 


8808 


117 7 37 


8406 


118 29 48 


8411 


119 51 52 


8415 1 




Aldebaran 


W. 


73 24 25 


8088 


74 52 49 


8008 


76 21 7 


8008 


77 49 19 


8109 




Saturn 


W. 


55 24 56 


8080 


56 53 19 


8004 


58 21 36 


8009 


59 49 47 


8109 




Pollux 


W. 


29 14 57 


8084 


30 44 28 


8089 


32 13 52 


8044 


33 43 10 


8050 




Mars 


E. 


47 54 30 


9007 


46 22 20 


9018 


44 50 18 


9919 


43 18 23 


9994 




Spica 


E. 


61 35 39 


8088 


60 6 7 


8080 


58 36 43 


8045 


57 7 26 


8061 



XIV. 



APRIL, 1856. 



69 







GREENWICH MEAN 


TIME. 








LUNAB DISTANCES. 




Ster*! Nu 


M 




P.L 




P.L. 




P.L. 




P.L. 


•ad 

Potion 




Midnight. 


of 
Diff. 


XVii. 


of 
DilL 


xvmh. 


of 
Difl. 


XXP^ 


of 


1 


Antares 


w. 


O 1 II 

78 47 9 


9134 


O 1 M 

80 37 32 


3111 


1 a 

82 28 14 


9000 


O 1 M 

84 19 15 


3088 




Venas 


E. 


17 13 43 


3983 


15 33 15 


3630 


13 52 42 


3637 


19 12 6 


3636 




Sun 


E. 


45 46 47 


3434 


44 3 47 


3410 


42 20 27 


3808 


40 36 49 


3886 


3 


Antares 


W. 


93 38 33 


3037 


95 31 10 


9038 


97 24 


3091 


99 17 2 


3014 




Sun 


E. 


31 64 23 


3ni 


30 9 9 


3833 


28 23 42 


3814 


26 38 3 


3807 


7 


Sun 


W. 


38 1 58 


3666 


39 41 40 


3686 


41 20 56 


9004 


42 59 46 


9098 




Saturn 


E. 


28 47 33 


837S 


27 S 90 


9406 


25 10 49 


9486 


23 37 4 


3470 




Pollux 


E. 


54 51 40 


3360 


53 4 40 


3977 


51 18 6 


9904 


49 31 58 


3813 




Regulus 


E. 


91 31 1 


3367 


89 44 13 


3966 


87 57 51 


9803 


86 11 55 


9830 


8 


Sun 


W. 


51 7 22 


3113 


52 43 33 


9749 


54 19 17 


9768 


55 54 34 


8783 




Pollux 


E. 


40 47 58 


3405 


39 4 31 


3434 


37 21 3! 


3444 


35 38 59 


3408 




Regulua 


E. 


77 28 52 


3114 


75 45 37 


3488 


74 2 49 


3463 


72 20 28 


3471 




Mars 


E. 


119 52 7 


39B9 


118 5 51 


3807 


116 20 2 


3836 


114 34 40 


38U 


9 


Sun 


W. 


63 44 22 


38BS 


65 17 2 


3008 


66 49 17 


3038 


68 21 7 


9043 




Pollux 


E. 


27 13 4 


3660 


25 33 14 


3670 


23 53 50 


3600 


22 14 53 


9618 




Regulua 


E. 


63 55 23 


3666 


62 15 42 


3666 


60 36 26 


3604 


58 57 36 


9098 




Mars 


E. 


105 54 27 


9416 


104 11 43 


3464 


102 29 25 


3473 


100 47 33 


9480 


10 


Sun 


W. 


75 54 6 


8010 


77 23 31 


8066 


78 52 34 


8074 


80 21 15 


8001 




Aldebaran 


W. 


31 9 10 


3809 


32 41 30 


3000 


34 13 49 


3801 


35 46 6 


3006 




Refrulus 


E. 


50 49 45 


3714 


49 13 24 


3789 


47 37 26 


3760 


46 1 52 


9766 




Mars 


E. 


92 24 20 


9977 


90 44 53 


9803 


89 5 48 


3610 


87 27 6 


9696 




Spica 


E. 


104 49 22 


9700 


103 12 42 


3716 


101 36 24 


3784 


100 29 


3760 


11 


Sun 


W. 


87 39 30 


8174 


89 6 10 


8100 


90 32 3! 


8306 


91 58 34 


8990 




Aldebaran 


W. 


43 25 58 


9087 


44 57 30 


9046 


46 28 52 


3064 


48 3 


9069 




Saturn 


W. 


25 28 U 


99M 


26 59 20 


9030 


28 30 24 


3064 


30 1 22 


9070 




Regulus 


E. 


38 9 35 


9SA1 


36 36 13 


9867 


35 3 12 


3883 


33 30 32 


9800 




Mars 


E. 


79 18 51 


9701 


77 42 12 


9714 


76 5 5! 


3790 


74 29 49 


3741 




Spica 


E. 


92 6 3 


3896 


90 32 8 


3840 


88 58 32 


3864 


87 25 14 


9868 


19 


Sun 


W. 


99 4 46 


8986 


100 29 14 


8907 


101 53 29 


8800 


103 17 30 


8810 




Aldebaran 


W. 


55 33 17 


8006 


57 3 24 


8013 


58 33 21 


8099 


60 3 7 


8090 




Saturn 


W. 


37 34 3 


8007 


39 4 7 


8014 


40 34 2 


8099 


42 3 47 


8080 




Regulus 


E. 


25 52 22 


9088 


24 21 48 


8001 


22 51 37 


8091 


21 21 50 


8043 




Mars 


E. 


66 33 50 


3809 


64 59 25 


9813 


63 25 14 


9894 


61 51 17 


9884 




Spica 


E. 


79 42 53 


90-28 


78 11 10 


9080 


76 39 41 


3060 


75 8 26 


9060 


13 


Sun 


W. 


110 14 38 


8868 


111 37 31 


8878 


113 15 


8883 


114 22 51 


8801 




Aldebaran 


W. 


67 29 39 


8066 


68 58 32 


8071 


70 27 17 


8078 


71 55 64 


8089 




Saturn 


W. 


49 30 13 


8066 


50 59 6 


8079 


62 27 49 


8078 


63 56 26 


8063 




Pollux 


W. 


23 15 37 


8000 


24 45 39 


8016 


26 15 33 


8099 


27 45 19 


8098 




Mars 


E. 


54 4 38 


9870 


52 31 52 


9886 


60 59 15 


9804 


49 26 48 


9001 




Spica 


E. 


67 35 U 


8006 


66 5 4 


8013 


64 35 7 


8090 


63 5 19 


8096 


14 


Sun 


W. 


121 13 51 


8491 


122 35 44 


8496 


123 57 32 


8430 


125 19 16 


8484 




Aldebaran 


W. 


79 17 26 


8106 


80 45 28 


8111 


82 13 24 


8114 


83 41 16 


8117 




Saturn 


W. 


61 17 53 


8107 


62 45 54 


8111 


64 13 50 


8114 


66 41 42 


8117 




Pollux 


W. 


35 12 21 


8064 


36 41 27 


8068 


38 10 28 


8062 


39 39 24 


8066 




Mars 


E. 


41 '46 34 


90» 


40 14 52 


3033 


38 43 15 


9038 


37 11 44 


9019 




Spica 


E. 


55 38 16 


8066 


54 9 12 


8060 


52 40 13 


8064 


61 11 19 


8068 

1 



70 



APRIL, 1856. 



XV. 









GREENWICH MEAN 


TIBfE. 








LUNAB DISTANCES. 


^3 


Star's Nu 


M 




P.L. 




P.L. 




P.L. 




P.L. 




•ad 




Noon. 


of 


IIP». 


of 


Vlh. 


of 


IXh. 


of 


Poaitioa 






DUL 




Diff. 




DUL 




IMS. 






O 1 H 




O 1 II 




O 1 II 




O 1 u 




14 


Antares 


E. 


107 28 12 


8030 


105 58 36 


8086 


104 29 7 


8041 


102 50 45 


80IS 


15 


Sun 


W. 


126 40 53 


8486 


128 S 27 


8488 


129 23 59 


SMI 


130 45 29 


S««l 




Aldebaran 


W. 


85 9 5 


3120 


86 36 50 


8193 


88 4 32 


8196 


89 32 11 


8197 




Saturn 


W. 


67 31 


8190 


68 37 16 


8193 


70 4 58 


8194 


71 32 38 


8198 




Pollux 


W. 


41 8 17 


8068 


42 37 6 


8070 


44 5 52 


8078 


45 34 35 


8074 




Mare 


E. 


35 40 18 


3046 


34 8 56 


9048 


32 37 38 


9951 


31 6 24 


9098 




Spica 


E. 


49 42 30 


8S7I 


48 13 45 


8078 


46 45 3 


aon 


45 16 25 


8019 




Aotares 


E. 


95 34 18 


8085 


94 5 26 


8066 


92 36 37 


8071 


91 7 52 


SOTS 


16 


Aldebaran 


W. 


96 49 57 


8188 


98 17 26 


3183 


99 44 55 


8184 


101 12 23 


8138 




Saturn 


W. 


78 50 34 


8180 


80 18 7 


3130 


81 45 40 


8180 


83 13 13 


8198 




Pollux 


W. 


52 57 44 


8070 


54 26 19 


8070 


55 54 54 


8070 


57 23 29 


8918 




RegnloB 


W. 


16 44 23 


8104 


18 10 39 


8170 


19 37 13 


8165 


21 4 4 


8153 1 




Mara 


E. 


23 30 50 


SMI 


21 59 48 


9909 


20 28 47 


9989 


18 57 47 


9089 




Spica 


E. 


37 53 51 


8087 


36 25 25 


806ry 


34 57 


8086 


33 28 36 


8068 




Antares 


E. 


83 44 34 


8078 


82 15 58 


8076 


80 47 31 


8976 


79 18 44 


aon 


17 


Saturn 


W. 


90 31 16 


8199 


91 58 59 


8190 


93 26 44 


9118 


94 54 32 


8110 




Pollux 


W. 


64 46 44 


8071 


66 15 29 


8000 


67 44 17 


8066 


69 13 8 


8064 




Regulus 


W. 


28 21 17 


8114 


29 49 10 


8106 


31 17 10 


8109 


32 45 17 


8006 




Antares 


E. 


71 55 22 


8070 


70 26 36 


8008 


68 57 47 


8066 


67 28 56 


8068 


18 


Saturn 


W. 


102 14 22 


8100 


103 42 32 


8006 


105 10 47 


8009 


106 39 6 


8080 




Pollux 


W. 


76 38 17 


8047 


78 7 32 


8048 


79 36 51 


8080 


81 6 15 


8064 




Regulus 


W. 


40 7 32 


8070 


41 36 18 


8005 


43 5 11 


8000 


44 34 11 


88M 




Antases 


E. 


60 3 43 


8048 


58 34 27 


8048 


57 5 7 


8080 


55 35 42 


8084 


10 


Pollux 


W. 


88 34 42 


8011 


90 4 41 


8005 


91 34 47 


8001 


93 4 59 


8961 




Reffulus 


W. 


52 49 


8096 


53 30 30 


8090 


55 18 


8014 


56 30 13 


8008 




Mare 


W. 


13 4 45 


9007 


14 36 55 


90oa 


16 9 11 


9607 


17 41 34 


9861 




Antares 


E. 


48 7 14 


8010 


46 37 14 


8005 


45 7 8 


8000 


43 36 55 


9966 




a Aquils 


E, 


98 24 34 


8879 


97 10 46 


8869 


95 56 48 


8889 


94 42 39 


86tt 


20 


Pollux 


W. 


100 37 47 


9866 


102 8 43 


9060 


103 39 46 


9054 


105 10 57 


9616 




Regulus 


W. 


64 1 43 


9on 


65 32 24 


9870 


67 3 14 


9fTM 


68 34 12 


9886 




Mare 


W. 


25 25 16 


9863 


26 58 22 


9606 


28 31 35 


9659 


30 456 


»46 




Antares 


E. 


36 4 9 


9866 


34 33 14 


9060 


33 2 11 


90M 


31 31 


IMS 




a Aquils 


E. 


88 29 52 


8610 


87 15 


8805 


86 3 


8809 


84 45 3 


8600 


21 


Regulus 


•w. 


76 11 8 


9094 


77 42 57 


9016 


79 14 56 


9006 


80 47 4 


9001 




Mare 


W. 


37 53 35 


9616 


39 27 43 


9800 


41 1 59 


9609 


42 36 24 


9706 




Spica 


w. 


22 8 44 


9085 


23 40 19 


9096 


25 12 5 


9916 


26 44 3 


9807 




a Aquils 


E. 


78 29 51 


8804 


77 14 53 


8806 


75 59 59 


8814 


74 45 11 


8890 


22 


Regulus 


W. 


88 30 3 


9665 


90 3 7 


9816 


91 36 22 


9848 


93 9 47 


9841 




Mare 


W. 


50 30 39 


9769 


52 5 57 


fnu 


53 41 25 


9747 


55 17 2 


9741 




Spica 


W. 


34 26 42 


9864 


35 59 47 


9816 


37 33 2 


9848 


39 6 28 


9836 




a Aquils 


E. 


68 33 16 


8874 


67 19 30 


8600 


66 6 


8806 


64 52 48 


8697 




Fomalhaut 


E. 


94 8 7 


8046 


92 38 51 


8086 


91 9 25 


8080 


89 39 60 


80«9 




Jupiter 


E. 


120 9 56 


9085 


118 38 21 


9895 


117 6 34 


9017 


115 34 37 


9006 


23 


Regulus 


W. 


100 59 26 


9600 


102 33 54 


9709 


104 8 33 


3783 


105 43 23 


9fn4 




Mare 


W. 


63 17 33 


9709 


64 54 10 


9004 


66 30 58 


9867 


68 7 56 


9678 




Spica 


W. 


46 56 28 


9705 


48 31 2 


9766 


50 5 47 


9T78 


51 40 44 


9700 



XVI. 



APRIL, 1856. 



71 



GREENWICH MEAN TIME. 


LUNAE DISTANCES. 


1 


Sterns Name 




P.L. 




P.L. 




P.L. 




P.L. 


i 


ud 




Midnight. 


of 


XVii. 


of 


XVUl*^ 


of 


xjah. 


of 


PositioiL 






DUt 




Diff. 




DUL 




DIS. 






O 1 » 




o < u 




O 1 H 




O f N 




14 


Antares 


E. 


101 30 20 


8051 


100 1 19 


'OOM 


98 32 14 


8060 


97 3 14 


800 


15 


Sun 


W. 


132 6 67 


844fi 


133 28 23 


8446 


134 49 48 


8146 


136 11 12 


8447 




Aldebaran 


W. 


90 59 48 


S139 


92 27 23 


8130 


93 54 56 


8183 


95 22 27 


8188 




Saturn 


W. 


73 16 


S198 


74 27 52 


8139 


75 55 27 


8199 


77 23 1 


8180 




Pollax 


W, 


47 3 16 


8076 


48 31 55 


8078 


50 32 


8078 


51 29 8 


8078 




Mars 


E. 


29 35 12 


90M 


28 4 3 


3968 


26 32 57 


9950 


25 1 53 


3900 




Spica 


E. 


43 47 50 


8061 


42 19 18 


8003 


40 50 47 


8084 


39 22 18 


8086 




Antares 


E. 


89 39 9 


8074 


88 10 28 


8076 


86 41 49 


8077 


85 13 11 


8078 


16 


Aldebaran 


W. 


102 39 52 


8188 


104 7 21 


8188 


105 34 50 


8188 


107 2 20 


8189 




Saturn 


W. 


84 40 47 


8190 


86 8 22 


8138 


87 35 58 


8136 


89 3 36 


8134 




Pollux 


W. 


58 52 5 


8018 


60 20 42 


8076 


61 49 21 


8076 


63 18 1 


8078 




Regulua 


W. 


22 31 10 


8148 


23 58 27 


8184 


25 25 55 


8137 


26 53 32 


8130 




Mars 


E. 


17 26 47 


3903 


15 55 47 


3903 


14 24 47 


3963 


12 53 46 


9903 




Spica 


E. 


32 12 


8066 


30 31 48 


8088 


29 3 24 


8088 


27 35 


8088 




Antares 


E. 


77 50 6 


8on 


76 21 28 


8076 


74 52 48 


8078 


73 24 6 


8079 


17 


Saturn 


w. 


96 22 23 


8118 


97 50 17 


8110 


99 18 15 


8106 


100 46 17 


8104 




Pollux 


W. 


70 42 2 


8001 


72 10 59 


3067 


73 40 1 


8054 


75 9 7 


8051 




Regulus 


W. 


34 13 31 


8001 


35 41 52 


3086 


37 10 19 


8081 


38 38 52 


8071 




Antares 


E. 


66 1 


8000 


64 31 2 


30fi7 


63 2 


8064 


61 32 54 


8060 


18 


Saturn 


W. 


108 7 29 


8066 


109 35 57 


8080 


111 4 31 


8076 


112 33 10 


wn 




Pollux 


W. 


82 35 45 


8030 


84 5 21 


3036 


85 35 2 


8031 


87 4 49 


8010 




Regulus 


W. 


46 3 17 


8048 


47^ 30 


8043 


49 1 49 


8098 


60 31 15 


8081 




Antares 


E. 


54 6 12 


8090 


52 36 36 


8036 


51 6 55 


8031 


49 37 8 


8015 


19 


PoUux 


W. 


94 35 18 


9060 


96 5 44 


3963 


97 36 18 


3077 


99 6 59 


9073 




Regulus 


W. 


58 16 


8003 


59 30 26 


3906 


61 44 


3980 


62 31 10 


9984 




Mars 


W. 


19 14 4 


9880 


20 46 41 


3880 


22 19 25 


3874 


23 52 17 


3860 




Antares 


E. 


42 6 36 


3989 


40 36 10 


3984 


39 5 37 


3878 


37 34 57 


3973 




a Aquil» 


E. 


93 28 21 


8834 


92 13 54 


8837 


90 59 20 


8630 


89 44 39 


8616 


20 


Pollux 


W. 


106 42 17 


9040 


108 13 45 


9984 


109 45 21 


3937 


HI 17 5 


9931 




Regulus 


w. 


70 5 18 


3900 


71 36 33 


9944 


73 7 56 


3987 


74 39 28 


3981 




Mars 


W. 


31 38 24 


3840 


33 12 


9834 


34 45 44 


3838 


36 19 35 


383] 




Antares 


E. 


29 59 42 


3043 


28 28 16 


3985 


26 56 42 


3938 


25 24 59 


3938 




a Aquila 


E. 


83 30 1 


8799 


82 14 58 


3790 


80 59 55 


8799 


79 44 52 


8801 


21 


Regulus 


W. 


82 19 21 


9894 


83 51 47 


3887 


85 24 23 


3860 


86 57 8 


3671 




Mars 


W. 


44 10 57 


9789 


45 45 39 


3783 


47 20 30 


9776 


48 55 30 


9761 




Spica 


W. 


28 16 13 


3898 


29 48 34 


9890 


31 21 6 


3881 


32 53 49 


9671 




a AquilsQ 


E. 


73 30 29 


8817 


72 15 55 


8887 


71 1 31 


8847 


69 47 17 


8651 


22 


Regulus 


W. 


94 43 22 


3883 


96 17 7 


3835 


97 51 3 


9817 


99 25 9 


9808 




Mars 


W. 


56 52 48 


3788 


58 28 44 


3736 


60 4 50 


3718 


61 41 6 


9710 




Spica 


W. 


40 40 6 


3830 


42 13 55 


3831 


43 47 55 


3813 


45 22 6 


9801 




a Aquils 


E. 


63 39 56 


8950 


62 27 27 


8976 


61 15 23 


4004 


60 3 47 


4084 




Fomalhaut 


E. 


88 10 5 


8014 


86 40 10 


3007 


85 10 6 


8000 


83 39 52 


9998 




Jupiter 


E. 


114 2 28 


3900 


112 30 9 


3891 


110 57 38 


3883 


109 24 57 


9878 


23 


Regulus 


W. 


107 18 25 


3766 


108 53 38 


3757 


110 29 2 


3748 


112 4 38 


9789 




Mars 


W. 


69 45 5 


3670 


71 22 25 


3661 


78 59 67 


3653 


74 37 41 


9644 




Spica 


W. 


53 15 53 


3760 


54 51 14 


3750 


56 26 47 


3741 


58 2 33 


9789 



72 



APRIL, 1856. 



XVII, 



1 

GREENWICH MEAN TIME. | 


' 






LUNAR DISTANCES. 






! 
1 


h 
^ 


Star'a Nams 




P.L. 




P.L. 




PL. 




P.L. 1 


and 




Noon. 


of 


Illh. 


of 


Vlh. 


of 


rx>. 


of , 


Poaition. 






Oiff. 




DilL 




Difl. 




JMff. 






O 1 N 




O 1 II 




o ( h 




O 1 u 




23 


a Aquilae 


E. 


58 52 41 


4008 


57 42 8 


4105 


66 32 11 


4145 


65 22 53 


4191 




Fomalhaut 


E. 


82 9 30 


3965 


80 38 59 


2078 


79 8 19 


2073 


77 37 31 


396» 




Jupiter 


E. 


107 52 4 


98S5 


106 19 


3856 


104 45 45 


3848 


103 12 19 


9888 




Venus 


E. 


121 42 


81190 


119 35 7 


8390 


118 9 21 


8910 


116 43 24 


«•! 


24 


Man 


W. 


76 15 36 


9835 


77 63 43 


3096 


79 32 2 


3018 


81 10 33 


9008 




Spica 


w. 


59 38 31 


aia 


61 14 42 


arns 


62 61 6 


9709 


64 27 43 


9093 




Antares 


w. 


13 44 35 


3796 


16 20 40 


3716 


16 56 59 


3704 


18 33 33 


9094 ■ 




Fomalhaut 


E. 


70 1 39 


9080 


68 30 9 


3984 


66 68 33 


3090 


65 26 61 


3994 i 




aPeijasi 


E. 


01 24 40 


8059 


89 55 32 


8048 


88 26 12 


8034 


86 66 41 


8090 ' 




Jupiter 


E. 


95 22 10 


3703 


93 47 32 


9789 


92 12 40 


3779 


90 37 36 


97W 




Venus 


E. 


109 30 40 


8149 


108 3 30 


8180 


106 36 8 


8198 


106 8 32 


8118 




Sun 


E. 


132 45 45 


8058 


131 16 44 


8048 


129 47 31 


8038 


128 18 6 


8097 j 


25 


Mars 


W. 


89 26 20 


3561 


91 6 9 


9501 


92 46 12 


3540 


'94 26 29 


9S90 




Spica 


W. 


72 34 10 


. 3641 


74 12 9 


3830 


75 50 23 


3090 


77 28 51 


9000 j 




AnUres 


W. 


26 39 59 


3640 


28 17 69 


3039 


29 66 14 


9018 


31 34 45 


9007 




Fomalhaut 


E. 


. 67 47 21 


3915 


56 15 21 


3910 


54 43 22 


3010 


53 11 24 


9019 . 




aPegasi 


E. 


79 26 31 


3067 


77 56 2 


3961 


76 25 24 


2075 


74 64 40 


99S9 1 




Jupiter 


E. 


82 38 53 


3710 


81 2 26 


9099 


79 25 45 


3080 


77 48 50 


90n j 




Venus 


E. 


97 47 15 


8061 


96 18 18 


8000 


94 49 7 


8038 


93 19 41 


8096 1 




Sun 


E. 


120 47 34 


3973 


119 16 46 


3001 


117 45 44 


3940 


116 14 27 


9B87 1 


26 


Mars 


W. 


102 51 30 


3477 


104 33 15 


3407 


106 16 15 


3465 


107 57 31 


9445 1 




Spica 


W. 


85 45 


3559 


87 25 1 


3540 


89 5 18 


3090 


00 45 51 


9517 1 




Antares 


W. 


39 51 7 


3551 


41 31 10 


9588 


43 11 30 


9097 


44 52 6 


9515 ] 




Fomalhaut 


E. 


45 32 54 


3064 


44 1 44 


3008 


42 30 61 


9985 


41 19 


8000 > 




a Pegasi 


E. 


67 19 32 


3058 


65 48 20 


3059 


64 17 7 


3053 


62 45 54 


9954 1 




Jupiter 


E. 


69 40 24 


^21 


68 1 67 


3008 


66 23 13 


3006 


64 44 13 


9564 ' 




Venus 


^. 


85 48 46 


3064 


84 17 48 


3051 


82 46 34 


3980 


81 15 4 


9090 




Sun 


E. 


108 34 16 


3877 


107 1 28 


3865 


105 28 24 


3859 


103 65 3 


9888 


27 


Mars 


W. 


116 32 49 


3886 


118 16 41 


3876 


120 52 


9864 


121 46 17 


1 
9859 




Spica 


W. 


99 12 45 


3457 


100 54 59 


3445 


102 37 30 


3489 


104 20 19 


9490 i 




Antares 


W. 


53 19 17 


»55 


65 1 34 


3449 


56 44 9 


3439 


58 27 2 


9417 




a Pegasi 


E. 


55 10 47 


3061 


53 40 11 


3009 


52 9 60 


8006 


50 39 47 


8094 




Jupiter 


E. 


56 25 


3532 


54 44 18 


3510 


53 3 19 


3496 


51 22 3 


9485 




Venus 


E. 


73 33 26 


3850 


72 15 


9846 


70 26 47 


3833 


68 53 1 


9819. 




Sun 


E. 


96 4 5 


3774 


94 29 3 


3760 


92 63 43 


9747 


91 18 6 


9714 


28 


Antares * 


W. 


67 5 52 


3355 


68 50 32 


3349 


70 36 30 


3881 


72 20 45 


1 
9818 




Jupiter 


E. 


42 51 16 


3433 


41 8 13 


3410 


39 24 53 


3806 


37 41 15 


9980 




Venus 


E. 


60 59 49 


3751 


59 24 17 


3788 


57 48 27 


3735 


56 12 20 


9T11 




Sun 


E. 


83 15 34 


3607 


81 38 10 


3656 


80 29 


9641 


78 22 30 


908 


29 


Antares 


W. 


81 11 26 


3356 


82 58 28 


3947 


84 45 46 


3335 


86 33 21 


9935 




Jupiter 


E. 


28 58 45 


3836 


27 13 24 


3815 


25 27 47 


3804 


23 41 64 


3996 1 




Venus 


E. 


48 7 19 


3647 


46 29 28 


3685 


44 51 20 


3093 


43 12 55 


9010 




Sun 


E. 


70 8 9 


3064 


68 28 24 


3553 


66 48 23 


3540 


65 8 5 


9598 , 


30 


Antares 


W. 


95 35 11 


3178 


97 24 19 


9184 


99 13 41 


3155 


101 3 17 


9146 




a Aquil» 


W. 


53 17 35 


8646 


64 35 20 


8500 


55 54 28 


8500 


67 14 52 


8487 




Venus 


E. 


34 56 52 


3555 


33 16 55 


3545 


31 36 44 


3535 


29 56 20 


9897 




Sun 


E. 


56 42 38 


3474 


55 48 


34^4 


53 18 44 


2454 


61 36 26 


9M. 1 

1 



XFIII. 



APRIL, 1856. 



73 



GREENWICH MEAN TIME. 


LUNAB DISTANCES. 


id 


Star's Name 




P.L. 




P.L. 




P.L. 




P.L. 


23 


and 




Midnight. 


of 


XVix. 


of 


xvinh. 


of 


XXP^ 


of 


Potitton 






Dlff. 




DUL 




Diff. 




DUL 


a Aquilae 


E. 


O 1 « 

54 14 18 


40*0 


O 1 N 

63 6 30 


4906 


O 1 II 

51 59 34 


4356 


O 1 /( 

50 53 35 


4427 




Fomalhaut 


E. 


76 6 35 


99M 


74 35 31 


9054 


73 4 21 


9948 


71 33 3 


9048 




Jupiter 


E. 


101 38 41 


3830 


100 4 52 


9890 


98 30 50 


9811 


96 56 36 


9801 




Venus 


E. 


116 17 15 


8191 


113 60 55 


•180 


112 24 22 


8170 


110 57 37 


8100 


34 




W. 


82 49 17 


m» 


84 28 13 


9500 


86 7 22 


9580 


87 46 44 


9870 




Spica 


W. 


66 4 33 


9683 


67 41 37 


9079 


69 18 54 


9669 


70 56 25 


9009 




AnUres 


W. 


20 10 21 


9683 


21 47 24 


9679 


23 24 41 


9061 


25 2 13 


9051 




Fomalhattt 


E. 


63 65 3 


9921 


62 23 11 


9090 


60 61 17 


9017 


69 19 20 


9016 




m Pegasi 


E. 


85 26 69 


8016 


83 57 6 


8000 


82 27 4 


8001 


80 56 52 


9008 




Jupiter 


E. 


89 2 18 


2759 


87 26 47 


9749 


85 51 3 


2782 


84 15 5 


9791 




Venoa 


E. 


103 40 44 


8106 


102 12 42 


8006 


100 44 27 


8084 


99 15 68 


8078 




Sun 


E. 


126 48 26 


8017 


125 18 34 


8005 


123 48 28 


9004 


122 18 8 


9088 


S5 


Mars 


W. 


96 7 


9590 


97 47 45 


9010 


99 26 46 


9480 


101 10 


9486 




Spica 


W. 


79 7 34 


9507 


80 46 33 


9087 


82 25 46 


9375 


84 6 15 


9004 




AnUres 


W. 


33 13 31 


9506 


34 62 32 


9585 


36 31 48 


9078 


38 11 20 


9509 




Fomalhaot 


E. 


51 39 29 


9098 


50 7 39 


sam 


48 35 65 


9035 


47 4 20 


9049 




m Pegasi 


E. 


73 23 48 


9004 


71 52 50 


9961 


70 21 48 


2956 


68 50 42 


9954 




Jupiter 


E. 


76 11 39 


9666 


74 34 13 


9055 


72 66 32 


9643 


71 18 36 


9689 




Venus 


E. 


91 60 


80U 


90 20 6 


8001 


68 49 64 


9080 


87 19 28 


9077 




Sum 


E. 


114 42 55 


9095 


113 11 8 


9018 


HI 39 6 


2901 


110 6 49 


9880 


26 


Mars 


W. 


109 40 2 


9433 


111 22 49 


9499 


113 5 63 


9410 


114 49 13 


9800 




Spica 


W. 


92 26 40 


9506 


94 7 46 


9403 


95 49 9 


9482 


97 30 48 


9460 




AnUres 


W. 


46 32 59 


9508 


48 14 8 


9401 


49 55 34 


9170 


51 37 17 


9467 




Fomalhaut 


E. 


39 30 12 


8090 


38 34 


8060 


36 31 35 


8006 


35 3 20 


8185 




aPegasi 


E. 


61 14 43 


9056 


59 43 35 


9000 


68 12 32 


9065 


56 41 35 


9979 




Jupiter 


E. 


63 4 66 


9579 


61 25 22 


9860 


59 45 32 


0548 


68 5 25 


9585 




Venus 


E. 


79 43 18 


9019 


78 11 15 


9800 


76 38 55 


9887 


75 6 19 


9678 




Bun 


E. 


102 21 25 


9895 


100 47 30 


9819 


99 13 18 


9800 


97 38 50 


2787 


27 


Mars 


W. 


193 30 1 


9841 


125 15 1 


9t98 


127 19 


9817 


128 45 64 


9806 




Spica 


W. 


106 3 25 


9406 


107 46 49 


9806 


109 30 30 


9383 


HI 14 29 


2871 




Antares 


W. 


60 10 12 


9405 


61 53 40 


9809 


63 37 26 


9380 


65 21 30 


9867 




aPegasi 


E. 


49 10 4 


8044 


47 40 46 


8068 


46 11 57 


3096 


44 43 43 


8199 




Jupiter 


E. 


49 40 29 


9479 


47 68 37 


9400 


46 16 28 


9448 


44 34 1 


9435 




Venus 


E. 


67 18 68 


9605 


65 44 37 


9709 


64 9 59 


2779 


62 35 3 


2766 




Sun 


E. 


89 42 11 


9790 


88 6 58 


9107 


86 29 28 


9004 


84 52 40 


9081 


28 


Antares 


W. 


74 6 18 


9807 


76 52 8 


9994 


77 38 16 


9981 


79 24 42 


9270 




Jupiter 


E. 


35 57 20 


9878 


34 13 7 


9869 


32 28 37 


9349 


30 43 49 


9388 




Venus 


E. 


64 35 55 


9008 


52 59 12 


9085 


51 22 12 


9679 


49 44 54 


9659 




Sun 


E. 


76 44 13 


9015 


75 6 39 


9009 


73 26 46^ 


9S60 


71 47 37 


9676 


29 


Antares 


W. 


88 21 12 


9914 


90 9 19 


9004 


91 67 41 


9194 


93 46 18 


2188 




Jupiter 


E. 


21 55 47 


9«5 


20 9 25 


9975 


18 22 49 


8906 


16 35 59 


9907 




Venus 


E. 


41 34 13 


9608 


39 55 15 


9588 


38 16 3 


9576 


36 36 35 


2905 




Sun 


E. 


63 27 31 


9517 


61 46 41 


9505 


60 5 35 


9494 


58 24 14 


9484 


30 


Antares 


W. 


102 53 6 


9138 


104 43 7 


9180 


106 33 20 


9193 


108 23 44 


9116 




a Aquils 


w. 


58 36 27 


8879 


59 59 B 


8395 


61 22 51 


3276 


62 47 31 


8981 




Venus 


E. 


28 15 45 


9510 


26 34 58 


9511 


24 54 


9504 


23 12 52 


9497 




Sun 


E. 


49 63 55 


9436 


48 11 12 


9499 


46 28 18 


9421 


44 45 13 


9413 



10 



74 



MAY, 1856. 



1 


AT 


GREENWICH APPARENT NOON. 
















SlderoU 












THE SUN'S 




of the 


Equttaof 




t 


j 










Semidl- 


lobt 


DUL 


i 










tmeter 


iMnettd 


for 










pMcing 
the 


jTOfft 

Apparent 


Ihoar. 












^ 


ys 












Hfliid- 


Tinu, 




K 


K 


Appareni 


DIftfor 


Appareni 


SUMtoi 


SmdI- 


ko. 






A 


A 




Ihonr. 




Ihoar. 


diMMtor. 












h. m. •. 


a. 


O 1 « 


N 


1 n 


a. 


m. 1. 


a. 


Thur. 


1 


2 35 18.32 


9.552 


N.15 13 15.8 


45.11 


15 54.01 


66.07 


3 4.59 


0.304 


Fri. 


2 


2 39 7.83 


9.575 


15 31 10.8 


44.47 


15 53.77 


66.15 


3 11.62 


0.282 


Sat. 


3 


2 42 57.88 


9.598 


15 48 50.5 


43.82 


15 53.53 


66.23 


3 18.11 


0.258 


Sun. 


4 


2 46 48.51 


9.621 


16 6 14.4 


43.16 


15 53.30 


66.32 


3 24.01 


0.285 


Mon. 


5 


2 50 39.71 


9.645 


16 23 22.5 


42.50 


15 53.07 


66.40 


3 29.36 


0.211 


Tues. 


6 


2 54 31.46 


9.668 


16 40 14.3 


41.81 


15 52.84 


66.48 


3 34.14 


0.188 


Wed. 


7 


2 58 23.76 


9.692 


16 56 49.3 


41.11 


15 52.62 


66.57 


3 38.39 


0.165 


Thur. 


8 


3 2 16.62 


9.715 


17 13 7.2 


40.89 


15 52.41 


66.65 


3 42.06 


0.141 


Fri. 


9 


3 6 10.04 


9.738 


17 29 7.9 


89.66 


15 52.20 


66.74 


3 45.19 


0.118 


Sat 


10 


3 10 4.05 


9.762 


17 44 51.1 


88.92 


15 51.99 


66.82 


3 47.75 


0.095 


Sun. 


11 


3 13 58.60 


9.785 


18 016.4 


38.17 


15 51.78 


66.91 


3 49.76 


0.072 


Mon. 


12 


3 17 53.70 


9.809 


18 15 23.2 


37.41 


15 51.56 


66.99 


3 51.21 


0.049 


Tues. 


13 


3 21 49.39 


9.832 


18 30 12.0 


36.64 


15 51.36 


67.07 


3 52.08 


0.026 


Wed. 


14 


3 25 45.62 


9.855 


18 44 42.0 


35.85 


15 51.22 


67.16 


3 52.41 


0.002 


Thur. 


15 


8 29 42.41 


9.878 


18 58 52.8 


35.05 


15 51.03 


67.24 


3 52.17 


0.021 


Fri. 


16 


3 33 39.74 


9.901 


19 12 44.5 


34.24 


15 50.84 


67.32 


3 51.40 


0.044 


Sat 


17 


3 37 37.64 


9.924 


19 26 16.6 


38.42 


15 50.65 


67.40 


3 50.06 


0.067 


Sun. 


18 


3 41 36.07 


9.947 


19 39 29.1 


32.59 


15 50.46 


67.48 


3 48.18 


0.090 


Mod. 


19 


3 45 35.07 


9.969 


19 52 21.6 


31.78 


15 50.28 


67.56 


3 45.74 


0.118 


Tues. 


20 


3 49 34.63 


9.992 


20 4 53.7 


30.91 


15 50.10 


67.64 


3 42.75 


0.186 


Wed. 


21 


3 53 34.71 


10.015 


20 17 5.4 


30.05 


15 49.92 


67.71 


3 39.24 


0.167 


Thur. 


22 


3 57 35.34 


10.037 


20 28 56.3 


29.18 


15 49.74 


67.79 


3 35.17 


0.180 


Fri. 


23 


4 1 86.51 


10.059 


20 40 26.3 


28.31 


15 49.57 


67.86 


3 30.57 


0.202 


I Sat 


24 


4 5 38.23 


10.081 


20 51 35.1 


27.42 


15 49.40 


67.93 


3 25.43 


0.SS4 


; Sun. 


25 


4 9 40.48 


10.103 


21 2 22.7 


26.63 


15 49.23 


68.00 


3 19.76 


0.946 


1 Mon. 


26 


4 13 43.22 


10.124 


21 12 48.6 


26.62 


15 49.07 


68.07 


3 13.61 


0.267 


Tues. 

1 


27 


4 17 46.44 


10.145 


21 22 52.6 »4.70 


15 48.91 


68.13 


3 6.94 


0.288 


; Wed. 


28 


4 21 50.18 


10.165 


21 32 34.5 38.78 


15 48.75 


68.20 


2 69.77 


0.308 


' Thur. 


29 


4 25 54.39 


10.185 


21 41 54.2 22.85 


15 48.59 


68.25 


2 52.14 


0.328 


1 Fri. 


30 


4 29 59.06 


10.203 


21 50 51.3 21.91 


15 48.44 


68.31 


2 44.05 


0.847 


Sat 


31 


4 34 4.19 


10.221 


21 59 25.7 


20.96 


15 48.30 


68.37 


2 35.51 


0.865 


S»m. 


32 


4 88 9.72 


10.239 


N.22 7 87.3 


19.99 


15 48.16 


68.43 


2 26.55 


0.888 1 


Hon.- 


-K«MllaM0f Um 


SemkUuM 


itv pwdac anj b. tMa< by 


mbinedof Oi IB tnm Um 


Stdmal Time. 1 



II. 



MAY, 1856. 



76 







AT GREENWICH MEAN 


NCX)N, 










THE SUN'S 










i 

i 


i 

1 


, 








Iqoationof 
TliiMs 

adiUdto 
Mean 
Tim$, 


for 
Ihoor. 


8id«ml 
Tima. 


Jpptnni 


Dlltfor 
Ihoor. 


Appareni 
Deolinatton. 


DUE. for 
Ihoor. 


Thur. 

Fri. 

Sat 


1 

2 
3 


h. m. a. 

2 35 18.81 
2 39 8.34 
2 42 58.41 


a. 

9.562 
9.675 
9.698 


N.15 13 18.1 
15 31 13.2 
15 48 52.9 


46.11 
44.47 

48.82 


m. a. 

3 4.60 
3 11.63 
3 18.12 


a. 

0.804 
0.282 
0.268 


h. m. a. 

2 38 23.41 
2 42 19.97 
2 46 16.53 


Sun. 
Mon. 
Tue8. 


4 
5 
6 


2 46 49.06 
2 50 40.27 
2 54 32.04 


9.621 
9.645 
9.668 


16 6 16.8 
16 23 24.9 
16 40 16.7 


48.16 
42.60 
41.81 


3 24.02 
3 29.37 
3 34.15 


0.285 
0.211 
0.188 


2 50 13.08 
2 54 9.64 
2 58 6.19 


Wed. 
Thur. 
Fri. 


7 
8 
9 


2 58 24.35 

3 2 17.23 
3 6 10.66 


9.692 
9.716 
9.788 


16 56 51.7 

17 13 9.7 
17 29 10.4 


41.11 
40.89 
39.66 


3 38.40 
3 42.07 
3 45.20 


0.165 
0.141 
0.118 


3 2 2.75 
3 5 59.30 
3 9 55.86 


Sat 
Sun. 
Mod. 


10 
11 
12 


3 10 4.67 
3 13 59.22 
3 17 54.33 


9.762 
9.785 
9.809 


17 44 53.5 

18 18.6 
18 15 25.6 


38.92 
88.17 
87.41 


3 47.75 
3 49.76 
8 51.20 


0.096 
0.072 
0.049 


3 13 52.42 
3 17 48.98 
3 21 45.53 


Tues. 
Wed. 
Thur. 


13 
14 
15 


3 21 50.02 
3 25 46.25 
3 29 43.04 


9.882 
9.865 

9.878 


18 30 14.4 
18 44 44.4 
18 58 55.2 


86.64 
35.85 
85.05 


3 52.07 
3 52.40 
3 52.16 


0.025 
0.002 
0.021 


3 25 42.09 
3 29 38.65 
3 33 35.20 


Fri. 
Sat 
Sun. 


16 
17 
18 


3 33 40.37 
3 37 38.27 
3 41 36.70 


9.901 
9.924 
9.947 


19 12 46.8 
19 26 18.8 
19 39 31.2 


84.24 
83.42 
32.69 


3 51.39 
3 50.05 
3 48.17 


0.044 

• 0.067 

0.090 


3 37 31.76 
3 41 28.32 
3 45 24.87 


Mon. 
Tues. 
Wed. 


19 
20 
21 


3 45 35.70 
3 49 35.25 
3 53 35.32 


9.969 

9.992 

10.015 


19 52 23.6 

20 4 55.6 
20 17 7.2 


81.76 
80.91 
80.05 


3 45.73 
3 42.74 
3 39.23 


0.113 
0.135 
0.167 


3 49 21.43 
3 53 17.99 
3 57 14.55 


Thur. 

Fri. 

Sat 


22 
23 
24 


3 57 35.94 

4 1 37.10 
4 5 38.81 


10.087 
10.059 
10.081 


20 28 58.0 
20 40 27.9 
20 51 36.7 


29.18 
28.81 
27.42 


3 35.16 
3 30.56 
3 25.41 


0.180 
0.202 
0.224 


4 1 11.10 
4 5 7.66 
4 9 4.22 


Sun. 
Mod. 
Tues. 


25 
26 
27 


4 9 41.05 
4 13 43.74 
4 17 46.97 


10.103 
10.124 
10.145 


21 2 24.2 
21 12 50.0 
21 22 53.9 


26.68 
25.62 
24.70 


3 19.72 
3 13.59 
3 6.92 


0.246 
0.267 
0.288 


4 13 0.77 
4 16 57.33 
4 20 53.89 


Wed. 
Thur. 
Fri. 
Sat 


28 
29 
30 
31 


4 21 50.69 
4 25 54.88 
4 29 59.53 
4 34 4.63 


10.165 
10.18C 
10.203 
10.221 


21 32 35.7 
21 41 55.3 
21 50 52.3 
21 59 26.6 


28.78 
22.85 
21.91 
20.96 


2 59.75 
2 52.12 
2 44.03 
2 35.49 


0.808 
0.328 
0.347 
0.865 


4 24 50.44 
4 28 47.00 
4 32 43.56 
4 36 40.12 


Sun. 


32 


4 38 10.14 


10.239 


N.22 7 38.1 


19.99 


2 26.54 


0.383 


4 40 36.68 




Ni 


vn, — The Semidiam 


©tor for Me 


«n Noon may be assi 


lined the 


nunc 05 that for Apparen 


tNoon. 



76 



MAT, 1856. 



IIL 



AT GREENWICH MEAN NOON. 1 






THE SUN'S 










1 

i 

1 


1 








Logarithm 

of th« 

RMUuTMtor 

of the 

Xirth. 


Dlflr.for 
Iboor. 


Han Him 

of 
flkUmlOh. 


Tnu lAMaiTODB. 


DUtfbr 
Iboor. 


LATITUDB. 


I 


I' 


1 

a 

8 


122 
128 
124 


41 li "4.7 

42 14 14.2 
48 12 28.1 


<5 55.9 
14 5.8 
12 18.1 


146.42 
145.86 
146.29 


— (J.62 
0.39 
0.24 


0.0086310 
.0087890 
.0088454 


46.4 
44.7 
44.0 


h. m. 1. 

21 18 i.68 
21 14 10.72 
21 10 14.80 


4 
5 
6 


125 
126 
127 


44 10 28.4 

45 8 33.1 

46 6 36.0 


10 19.2 
8 23.8 
6 26.5 


146.28 
146.17 
146.10 


-4).ll 

-M).01 

0.13 


.0089501 
.0040531 
.0041548 


48.8 
42.6 
41.9 


21 6 18.90 
21 2 22.98 
20 58 27.07 


7 
8 
9 


128 
129 
180 


47 4 87.1 

48 2 86.5 

49 34.1 


4 27.5 
2 26.7 
24.1 


146.02 
144.94 
144.87 


0.20 
0.27 
0.30 


.0042537 
.0043512 
.0044466 


41.1 
40.4 
89.6 


20 54 81.17 
20 50 85.25 
20 46 89.85 


10 
11 
12 


181 
182 
183 


49 58 80.0 

50 56 24.1 

51 54 16.4 


58 19.9 
56 13.8 
54 6.0 


144.79 
144.72 
144.65 


0.31 
0.30 
0.24 


.0045408 
.0046334 
.0047246 


88.9 
88.4 
87.9 


20 42 48.44 
20 88 47.51 
20 34 51.61 


18 
14 
15 


134 
185 
186 


52 52 6.9 
58 49 55.6 
54 47 42.6 


51 56.8 

49 44.8 
4n 31.6 


144.67 
144.49 
144.42 


0.16 
H-0.06 
—0.07 


.0048148 
.0049028 
.0049902 


87.4 
86.9 
86.4 


20 80 55.70 
20 26 59.78 
20 23 8.88 


16 
17 
18 


187 
188 
189 


55 45 28.0 

56 48 11.8 

57 40 54.1 


45 16.9 
48 0.5 
40 42.6 


144.86 
144.80 
144.24 


0.20 
0.33 
0.46 


.0050765 
.0051617 
.0052459 


86.9 
86.6 
86.0 


20 19 7.97 
20 15 12.05 
20 11 16.15 


19 
20 
21 


140 
141 
142 


58 38 35.0 

59 36 14.5 

60 88 52.8 


38 28.3 
36 2.7 
38 40.8 


144.18 
144.13 
144.08 


0.57 
0.68 
0.76 


.0053292 
.0054114 
.0054927 


84.6 
84.0 
88.5 


20 7 20.24 
20 8 24.82 
19 59 28.41 


22 
23 
24 


143 
144 
145 


61 81 80.0 

62 29 6.1 
68 26 41.3 


31 17.8 
28 53.7 
26 28.7 


144.04 
144.00 
148.96 


0.81 
0.83 
0.82 


.0055730 
.0056522 
.0057301 


88.0 
82.5 
82.0 


19 55 83.49 
19 51 86.59 
19 47 40.68 


25 
26 
27 


146 
147 
148 


64 24 15.6 

65 21 48.9 

66 19 21.4 


24 2.8 
21 86.0 
19 8.3 


148.92 
148.88 
148.84 


0.77 
0.70 
0.61 


.0058066 
.0058817 
.0059550 


81.5 
80.9 
80.2 


19 43 44.77 
19 89 48.85 
19 85 52.94 


28 
29 
80 


149 
150 
151 


67 16 53.0 

68 14 23.8 

69 11 53.8 


16 89.7 
14 10.4 
11 40i2 


148.80 
148.76 
148.78 


0.51 
0.38 
0.24 


.0060266 
.0060962 
.0061637 


29.5 
28.5 
27.7 


19 81 57.04 
19 28 1.18 
19 24 bm 


31 
82 


152 
153 


70 9 23.0 

71 6 51.4 


9 9.2 148.69 
6 37.4 148.65 


-^.10 
+0.02 


.0062290 
0.0062921 


26.9 
26.0 


19 20 9.80 
19 16 13.88 






1ton.—Ktanmf 




UMdftte.x' 


to th* memm •qaii 


ooxof Ju 


i.Od. 



IV. 



MAY J 1866. 



7T 









GREENWICH 1 


MEAN TIME. 














THE 


MOON'S 










1 


BmnwAMimnt 


BOBIZOIITAL 


PARALLAX. 




MEBIDIAIT PAB8A0B. 




^ 

s 
















AOB. 


Noon. 


MUidght 


Noon. 


SULIbr 

IhODT. 


MidiilgVt 


DULfor 
Ihoar. 




Wftfor 
Ihoar. 


1 


1^ 30.0 


16 &.1 


66s?r.o 


+0.76 


60 34.6 


+0.48 


h m. 

22 3.4 


m. 
2.02 


d. 

26.3 


2 


16 33.2 


16 33.3 


60 38.6 


+0.18 


60 38.9 


-0.14 


22 54.5 


2.09 


27.3 


3 


16 32.3 


16 30.2 


60 35.2 


-0.48 


60 27.5 


0.80 


23 47.9 


2.20 


28.3 


4 


16 27.0 


16 22.9 


60 16.0 


Ml 


60 0.9 


1.89 


6 




29.3 


5 


16 17.9 


16 12.2 


59 42.6 


1.64 


59 21.6 


1.85 


44.3 


2.81 


0.9 


6 


16 5.9 


15 59.1 


58 58.3 


a.oi 


58 33.3 


2.13 


1 43.2 


2.89 


1.9 


7 


15 52.0 


15 44.8 


58 7.3 


2.19 


S7 40.8 


2.20 


2 43.3 


2.39 


2.9 


8 


15 37.6 


15 30.6 


57 14.4 


2.17 


66 48.7 


2.10 


3 42.3 


2.31 


3.9 


9 


15 23.9 


15 17.5 


56 23.9 


2.01 


56 0.5 


1.88 


4 38.3 


2.16 


4.9 


10 


15 11.6 


15 6.2 


55 38.8 


1.72 


55 19.2 


1.54 


5 29.9 


1.98 


5.9 


11 


15 1.5 


14 57.4 


55 1.8 


1.86 


54 46.7 


1.15 


6 17.3 


1.82 


6.9 


12 


14 53.9 


14 51.2 


54 34.1 


0.94 


54 24.0 


0.72 


7 0.9 


1.69 


7.9 


13 


14 49.2 


14 47.8 


54 16.5 


0.52 


54 11.4 


-0.32 


7 41.8 


1.60 


8.9 


14 


14 47.0 


14 46.9 


54 8.7 


-0.12 


54 8.4 


+0.07 


8 21.1 


1.56 


9.9 


15 


14 47.5 


14 48.6 


54 10.4 


+0.25 


54 14.5 


0.41 


8 59.9 


1.57 


10.9 


16 


14 50.2 


14 52.3 


54 20.4 


0.56 


54 28.0 


0.70 


9 39.5 


1.62 


11.9 


17 


14 54.8 


14 57.7 


54 37.2 


0.82 


54 47.8 


0.98 


10 21.0 


1.71 


12.9 


18 


15 0.9 


15 4.4 


54 59.6 


1.08 


55 12.5 


1.11 


11 5.3 


1.84 


13.9 


19 


15 8.1 


15 12.0 


55 26.2 


1.17 


55 40.5 


1.21 


11 53.3 


2.00 


14.9 


20 


15 16.1 


15 20.2 


55 55.3 


1.25 


56 10.5 


1.28 


12 45.5 


2.16 


15.9 


21 


15 24.4 


15 28.6 


56 25.9 


1.29 


56 41.4 


1.29 


- 13 41.3 


2.28 


16.9 


22 


15 %2.8 


15 37.0 


56 56.8 


1.28 


57 12.1 


1.27 


14 39.3 


2.33 


17.9 


23 


15 41.1 


15 45.1 


57 27.2 


1.25 


57 42.0 


1.22 


15 37.5 


2.30 


18.9 


24 


15 49.1 


15 53.0 


57 66.5 


1.20 


58 10.7 


1.17 


16 34.1 


2.21 


19.9 


25 


15 56.7 


16 0.3 


58 24.5 


1.13 


58 37.7 


1.08 


17 27.8 


2.10 


20.9 


26 


16 3.7 


16 7.0 


58 50.3 


1.03 


59 2.3 


0.97 


18 18.8 


2.00 


21.9 


27 


16 10.0 


16 12.8 


59 13.5 


0.89 


59 23.6 


0.79 


19 7.8 


1.94 


22.9 


28 


16 15.2 


16 17.2 


59 32.5 


0.67 


59 39.8 


0.53 


19 56.0 


1.94 


23.9 


29 


16 18.7 


16 19.7 


59 45.4 


0.38 


59 49.0 


+0.20 


20 44.9 


1.99 


24.9 


30 


16 20.0 


16 19.7 


59 50.3 


+0.00 


59 49.0 


-0.22 


21 35.7 


2.09 


25.9 


31 


16 18.6 


16 16.8 


59 45.0 


-0.46 


59 38.3 


0.68 


22 29.5 


2.22 


26.9 


32 


16 14.2 


16 10.9 


59 28.8 


-0.90 


59 16.7 


-1.11 


23 26.6 


2.34 


27.9 





78 



MAT, 1856. 



V. 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Uoor. 


Right Ajcmisloa. 


DifL 
forlm. 




Dtff. 
forlm. 


floor. 


Rlclii Anomifloii. 


DUt 
forlm. 




DUL 
ftirlm. 




THURSDAY 1. 






SATURDAY 3. 






h. m. ■. 


■. 


O 1 H 


« 




h. m. ■. 


8. 


O 1 « 


11 





33 57 23.77 


2.1700 


S. 3 49 5.3 


17.449 





1 43 4.93 


2.9639 


N.ll 1 36.7 




I 


33 59 33.97 


9.1701 


3 31 38.0 


17.464 


I 


1 45 30.87 


9.9670 


11 18 1.4 


io4n 


2 


1 44.18 


S.170i 


3 14 9 5 


n.48a 


8 


1 47 37.04 


9.9718 


11 34 33.0 


10407 


3 


3 54.40 


S.1704 


1 56 39.8 


17.604 


3 


1 49 53.43 


9.9769 


11 50 38.3 


10.980 


4 


6 4.63 


S.1708 


1 39 9.0 


17.639 


4 


1 53 10.06 


3.9701 


13 6 50.3 


10.109 


5 


8 14.89 


3.1713 


1 31 37.3 


17.487 


5 


1 54 86.93 


9.9880 


13 33 57.8 


10.097 


6 


10 35.17 


3.1710 


1 4 4.6 


17.600 


6 


1 56 44.03 


9.9870 


13 39 0.7 


louno 


7 


13 35.48 


3.17*2 


46 31 3 


17.069 


7 


1 59 1.37 


9.9011 


18 54 58.9 


16.980 


8 


14 45.83 


3.I7« 


38 57.1 


17.678 


8 


8 1 18.96 


9.90S3 


13 10 53.3 


16.frt8 


9 


16 56.31 


3.17S4 


S. 11 33.4 


n.6e9 


9 


8 3 36 81 


3.9906 


13 36 40.7 


16.706 


10 


19 6.64 


3.1742 


N. 6 13.8 


17.689 


10 


8 5 54.90 


9.80S7 


13 43 84.1 


16480 


11 


31 17.18 


3. mi 


33 48.3 


17.60J 


11 


8 8 13.35 


9.8080 


13 58 3 3 


16409 


13 


33 87 65 


3.1700 


41 34.0 


17.606 


13 


8 10 31.86 


3.8198 


14 13 35.3 


16408 


13 


35 38.34 


3.1771 


58 59.8 


17.608 


13 


8 13 50.73 


3.8166 


14 89 8.7 


16.419 


14 


37 48.90 


3.I7W 


1 16 35.7 


17.608 


14 


8 15 9.85 


3.8900 


14 44 34.7 


16490 


15 


29 59.63 


S.170ft 


1 34 11.5 


17.605 


15 


8 17 89.34 


9.8968 


14 59 41.1 


16.9^ 


16 


33 10.44 


3.1606 


1 51 47.1 


n.601 


16 


8 19 48.89 


2.3298 


15 14 51.7 


16.198 


17 


34 31.33 


3.1833 


8 9 38.4 


17.686 


17 


8 38 8.81 


3.8843 


15 39 56.5 


16480 


18 


36 33.30 


3.1836 


3 86 57 3 


17.677 


18 


8 34 39.00 


94388 


15 44 55.3 


144J0 


1 1^ 


38 43.36 


9.1661 


8 44 31 6 


17.666 


19 


8 86 49.47 


34434 


15 59 48.0 


14.877 


30 


40 54.53 


3.1807 


3 3 5.3 


17.668 


30 


8 39 10 31 


94479 


16 14 34.5 


14.794 


31 


43 5.78 


3.1866 


3 19 38.0 


17.640 


31 


3 31 31.33 


34636 


16 39 14.7 


14417 


33 


45 17 14 


3.1006 


3 37 10.0 


17.696 


33 


3 33 53.51 


34671 


16 43 48.5 


14400 j 


33 


47 38.63 


3.1M9 


N. 3 54 41.0 


17.608 


33 


8 36 14.08 


34617 


N.16 58 15.8 


14400 




Fl 


IIDAY 


2. 






SUNDAY 


4. 







49 40.31 


3.19^ 


N. 4 18 10.9 


n.486 





8 38 35.93 


34063 


N.17 18 36.4 


14.987 


1 


51 51.93 


3.196^2 


4 39 39.5 


n.46« 


1 


3 40 58.04 


34710 


17 86 50.3 


]4.n4 


8 


54 3.76 


9.19BI 


4 47 6.8 


17U43 


8 


8 43 30.44 


3.87» 


17 40 57.3 


14460 


3 


56 15.73 


3.9006 


5 4 33.7 


17.418 


3 


8 45 43.13 


34806 


17 54 57.4 


18.049 


4 


58 37.81 


9.90-28 


5 31 57.0 


17J01 


4 


8 48 6.10 


34861 


18 8 50.4 


18.»2S 


6 


1 40.05 


9.9042 


5 39 19.6 


17J03 


6 


8 50 39.34 


94897 


18 33 36.3 


18.709 


6 


1 3 52.43 


9.9076 


5 56 40.5 


17.881 


6 


8 53 52.86 


34044 


18 36 14.7 


18490 


7 


1 5 4.96 


3.9101 


6 13 59.4 


n.908 


7 


8 55 16.66 


34001 


18 49 45.8 


18.460 ' 


8 


1 7 17.64 


3.9197 


6 31 16.3 


n.964 


8 


3 57 40.75 


340S8 


19 3 9.4 


18431 ■ 





1 9 30 48 


9.9IM 


6 48 31.1 


n.tn 


9 


3 5.13 


3.4086 


19 16 85.5 


18.904 


10 


1 11 43.48 


9.9161 


7 5 43.6 


n.i86 


10 


3 8 89.77 


3.4189 


19 39 33.9 


luni . 


11 


1 13 56.65 


9.9900 


7 83 53.7 


n.i48 


U 


3 4 54 70 


3.4178 


19 43 34.5 


19.943 


13 


1 16 9.99 


9.9966 


7 40 1.4 


n.io7 


18 


3 7 19 91 


3.4996 


19 55 37.1 


19410 


13 


1 18 33.50 


9.9997 


7 57 6.5 


n4M9 


13 


3 9 45.40 


3.4971 


30 8 11.7 


12477 


14 


1 30 37.19 


9.9J67 


8 14 8.8 


n.016 


14 


3 13 11.16 


3U8I7 


80 30 48.3 


19449 


15 


1 33 51.07 


9.9996 


8 31 8.3 


ie.807 


15 


3 14 37.30 


3.4W9 


80 33 16.7 


19403 


16 


1 35 5.13 


9.9860 


8 48 4.8 


M.916 


16 


3 17 3.51 


3.4408 


30 45 36.7 


19.364 1 


17 


1 37 19 39 


9.9801 


9 4 58.3 


16.8M 


17 


3 19 30.09 


3.446S 


30 57 48.4 


19.194 


1 18 


1 39 33.85 


9.9496 


9 81 48.5 


IMll 


18 


3 31 56.94 


3.4498 


31 9 51.6 


ll.W 


19 


1 31 48.51 


3.94A0 


38 35.5 


10.764 


19 


3 84 34.06 


3.4643 


21 81 46 3 


11.838 


30 


1 34 3.36 


3.9IM 


55 19.0 


10400 


80 


3 36 51.45 


3.4687 


31 33 32.2 


i.4n 


|31 


1 36 18.42 


3.9498 


10 11 59.0 


10.087 


81 


3 39 19.10 


3.4080 


81 45 9.4 


11.647 


33 


1 38 33.70 


3.9W 


10 28 35.4 


10.676 


38 


3 31 47.01 


3.407J 


81 56 37.8 


11409 


33 


1 40 49.30 


9.'2009 


10 45 8.0 


10-611 


33 


3 34 15.18 


3^16 


33 7 57.3 


11.948 


34 


1 43 4.93 


9.9080 


N.ll 1 36.7 


10.446 


34 


3 36 43.61 


3.4700 


N.33 19 7.6 


11487 



VI. 



MAY, 1856. 



79 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 


Right AMenBlon. 


Dlfl. 
forlm. 


DwUMtioii. 


DIft 
forlm. 


Hoar. 


Rl^t AMaMkm. 


Dur. 

forlm. 




DUL 
forlm. 




MC 


)NDA1 


' 5. 






WEDNESDAY 7. 






h. m. 1. 


■. 


.. ° ' - 


IT 




h. m. ■. 


1. 


O 1 • 


M 





3 36 43.61 


2A7b9 


NiJ2 19 7.6 


IIMI 





6 38 48.56 


9.5664 


N57 57 61.0 


9.766 


1 


3 39 12.29 


3.4801 


22 30 8.9 


10.M5 


1 


6 41 22.51 


9.5651 


28 31.5 


9464 


9 


3 41 41.22 


9.4849 


22 41 1.0 


10.799 


2 


5 43 56.37 


9.5686 


28 3 1.1 


9409 


3 


3 44 10.39 


9U868 


22 51 43.9 


10.687 


3 


6 46 30.14 


9.5610 


28 6 19.7 


9.990 


4 


3 46 39.81 


9.4833 


23 2 17.5 


10.481 


4 


6 49 3.81 


9.5603 


28 7 27.4 


UM 


6 


3 49 9.46 


9.4W3 


23 12 41.6 


10.333 


6 


6 51 37.37 


9.5583 


28 9 24.3 


1.806 


6 


3 51 39.35 


9.0001 


23 22 56.2 


10.164 


6 


5 54 10.81 


94563 


28 11 10.4 


14n 


7 


3 54 9.47 


9.0089 


23 33 1.3 


104)04 


7 


5 56 44.13 


94543 


28 12 45.6 


1497 


8 


3 56 39.81 


9.Mr76 


23 42 56.7 


9.843 


8 


6 59 17.31 


94618 


28 14 10.0 


1417 


9 


3 59 10.38 


9.51 IS 


23 52 42.3 


9.679 


9 


6 1 50.35 


94404 


28 15 23.6 


1.138 


10 


4 1 41.16 


9:6148 


24 2 18.2 


9.516 


10 


6 4 23.24 


94168 


28 16 26.5 


0.900 


11 


4 4 12.15 


9.5183 


24 11 44.2 


9.351 


11 


6 6 55 96 




28 17 18.7 


0.780 


12 


4 6 43.36 


9.5918 


24 21 0.3 


9.186 


12 


6 9 28.51 


9.5410 


28 18 0.1 


0409 


13 


4 9 14.77 


9.5261 


24 30 6 4 


94)18 


13 


6 12 0.88 


94880 


28 18 30.9 


0490 


14 


4 11 46.37 


9.598i 


24 39 2 5 


8.860 


14 


6 14 33.07 


94349 


28 18 51.1 


0.349 


15 


4 14 18.15 


9.5313 


24 47 48.4 


8.680 


15 


6 17 5.07 


94317 


28 19 8 


0474 


16 


4 16 50.12 


9.6343 


24 56 24.1 


8.510 


16 


6 19 36 87 


9.5-283 


28 19 0.0 


0.101 


17 


4 19 22.27 


9.5373 


25 4 49 6 


8.340 


17 


6 22 8.45 


94345 


28 18 48.7 


0.376 


18 


4 21 54.59 


9.M0I 


25 13 4.9 


8.166 


18 


6 24 39.81 


9.5208 


28 18 26.9 


0450 


19 


4 24 27.08 


9.5426 


25 21 9.8 


7.905 


19 


6 27 10.95 


94170 


28 17 54.7 


0433 


20 


4 26 59.72 


9.5453 


25 29 4.3 


7^« 


20 


6 29 41.85 


94130 


28 17 12.2 


0.708 


21 


4 29 32.52 


9.5479 


25 36 48.4 


7.818 


21 


6 32 12.51 


94090 


28 16 19.5 


0.964 


22 


4 82 5.47 


9.5503 


25 44 22.0 


7-173 


22 


6 34 42.93 


S.0048 


28 15 16.5 


1.184 


23 


4 34 38.55 
TU 


9.5535 

ESDA^ 


N.25 51 45.0 
Y 6. 


7.996 


23 


6 37 13.09 
THU 


94004 

FRSDA 


N.28 14 3.4 
Y 8. 


1408 





4 37 11.77 


9.0547 


Nj25 58 57.5 


7.119 





6 39 42.98 


9.4900 


N.28. 12 40.1 


1479 


1 


4 39 45.12 


9.5506 


26 5 59 3 


60)43 


1 


6 42 12.60 


9U914 


28 11 6.7 


1.640 


2 


4 42 18.58 


9.5086 


26 12 50.5 


6.766 


2 


6 44 41.95 


9.4808 


28 9 23.3 


1.806 


3 


4 44 52.15 


9.0604 


26 19 31.1 


6.587 


3 


6 47 11.02 


9U891 


28 7 30.0 


1.079 


4 


4 47 25.83 


9.5691 


26 26 1.0 


6.408 


4 


6 49 39.80 


9.4771 


28 6 26.7 


9.187 


5 


4 49 59.60 


9.5635 


26 32 20.1 


6.998 


6 


6 52 8.27 


947J0 


28 3 13.6 


9.900 


6 


4 52 33.45 


9.5649 


26 38 28.3 


64M8 


6 


6 64 36.44 


94669 


28 60.8 


9461 


7 


4 55 7.38 


9.0663 


26 44 25.8 


5.867 


7 


6 67 4.30 


94617 


27 68 18.3 


9.M3 


8 


4 57 41.39 


9.0674 


26 50 12.4 


5.686 


8 


6 69 31.84 


94564 


27 65 36.1 


9.784 


9 


6 15.47 


9.5684 


26 55 48.1 


5.506 


9 


7 1 59.07 


94011 


27 52 44.2 


9.040 


10 


5 2 49.60 


9.5603 


27 1 13.0 


5.S33 


10 


7 4 25.97 


94400 


27 49 42.7 


8.108 


11 


5 5 23.78 


9.5700 


27 6 26.9 


5.141 


11 


7 6 52.53 


94899 


27 46 31.8 


8.960 


12 


6 7 58.00 


9.0706 


27 11 29.9 


4.058 


12 


7 9 18.76 


94843 


27 43 11.5 


8416 


13 


5 10 32.25 


9.5710 


27 16 21.9 


4.776 


13 


7 11 44.64 


94384 


27 39 41.9 


8470 


14 


5 13 6.52 


9.5713 


27 21 3.0 


4.504 


14 


7 14 10.17 


94936 


27 36 3.1 


8.734 


15 


5 15 40.81 


3.5715 


27 25 33.2 


4.413 


16 


7 16 35.35 


94167 


27 32 15.0 


8477 


16 


5 18 15.10 


9.5715 


27 29 62.4 


4.999 


16 


7 19 0.17 


94107 


27 28 17.8 


4438 


17 


5 20 49.39 


9.5713 


27 34 0.6 


44M6 


17 


7 21 24.63 


94046 


27 24 11.6 


4.177 


18 


5 23 23.66 


9.5710 


27 37 67.9 


. 3.863 


18 


7 23 48.72 


948S4 


27 19 56.6 


4496 


19 


5 25 57.91 


9.5706 


27 41 44.2 


3.680 


19 


7 26 12.44 


94993 


27 16 32.6 


4474 


20 


5 28 32.13 


9.5701 


27 46 19.6 


3497 


20 


7 28 35.78 


94800 


27 10 69.6 


4491 


21 


5 31 6.32 


9.56M 


27 48 43.8 


8.814 


21 


7 30 58.74 


94700 


27 6 18.0 


4.766 


22 


6 33 40.46 


9.5686 


27 51 57.2 


8.133 


22 


7 33 21.32 


94781 


27 1 27.7 


4400 


23 


5 36 14.54 


9.0670 


27 54 59.6 


9.949 


23 


7 35 43.61 


94666 


26 66 28.9 


Mm 


«_ 


5 38 48.56 


9.56<M 


N.27 57 61.0 


9.766 


24 


7 38 6.31 


94601 


NJMJ 61 21.6 


6.106 



80 



MAY, 1856. 



VII. 



1 

GREENWICH MEAN TIME. | 




THK MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 


Bight Aaeeniioii. 


DHL 
forlm. 


DeoUnfttion. 


Dur. 

forlm. 


Hoar. 




DHL 
fbrlm. 




Diff. 
forlm. 




FBTDAY 


9. 






SUNDAY 


11. 






h., m. ■. 


■. 


o n 


N 




h. m. 8. 


1. 


O 1 II 


H 





7 38 5.31 


9.3001 


Nj26 51 21.5 


5.103 





9 23 27.02 


34)880 


N50 24 17.3 


10.445 


1 


7 40 26.72 


9.M85 


26 46 5.7 


5.833 


1 


9 25 28.81 


94)908 


20 13 48.2 


10434 


2 


7 42 47.73 


2M9S 


26 40 41.6 


5.471 


2 


9 27 30.23 


94)307 


20 3 14.4 


10403 


3 


7 45 8.34 


9.8403 


26 35 9.2 


5MB 


3 


9 29 31.29 


94140 


19 62 35.9 


104B0 


4 


7 47 28.55 


9.SSS5 


26 29 28.6 


5.744 


4 


9 31 31.98 


94065 


19 41 52.8 


10.756 


6 


7 49 48.36 


9.8a07 


26 23 39.9 


5.879 


5 


9 33 32.31 


94)094 


19 31 5.2 


10431 


6 


7 52 7.76 


S^IW 


26 17 43.1 


04)13 


6 


9 35 32.27 


14908 


19 20 13.1 


10405 


7 


7 54 26.75 


9.S1S1 


26 11 38.4 


0.144 


7 


9 37 31.87 


14904 


19 9 16.6 


10.978 


8 


7 56 45.33 


9J06i 


26 5 25.8 


0J75 


8 


9 39 31.12 


14645 


18 58 15.7 


11460 





7 69 3.50 


3.9993 


25 59 5.4 


0.405 


9 


9 41 30.01 


14786 


18 47 10.6 


11.190 


10 


8 1 21.25 


S.«994 


25 52 37.3 


0.083 


10 


43 28 55 


14798 


18 36 1.3 


11.189 


11 


8 3 38.59 


3.9855 


25 46 1.5 


0.059 


11 


9 45 26.75 


14673 


18 24 47.9 


11.356 . 


Id 


8 5 55.51 


9,tm 


25 39 18.2 


6.784 


12 


9 47 24.62 


14017 


18 13 30.3 


11496 


13 


8 8 12.01 


3.3715 


25 32 27.4 


0.908 


13 


9 49 22.15 


14601 


18 2 8.7 


11483 


14 


8 10 28.09 


3.3515 


25 25 2^.2 


74)83 


14 


9 51 19.35 


14600 


17 50 43.2 


1U457 


15 


8 12 43.75 


9.3675 


25 18 23.6 


7.154 


15 


9 53 16.22 


14453 


17 39 13.8 


11493 


16 


8 14 58.99 


3.3105 


25 11 10.8 


7.375 


16 


9 55 12.77 


14888 


17 27 40.5 


11480 


17 


8 17 13.81 


3.905 


25 3 50.8 


7498 


17 


9 57 9.00 


14845 


17 16 3.5 


IIMQ 


18 


8 19 28.21 


3.3S04 


24 56 23.7 


7.510 


18 


9 59 4.91 


14393 


17 4 22.7 


11.711 


19 


8 21 42.18 


3.3393 


24 48 49.6 


7.0-26 


19 


10 1 0.51 


14341 


16 52 38.2 


11.T71 


30 


8 23 55.73 


9.3333 


24 41 8.6 


7.740 


20 


10 2 55.80 


14189 


16 40 50.2 


11.830 


21 


8 26 8.86 


3.3153 


24 33 20.8 


7.858 


21 


10 4 50.78 


14138 


16 28 58.6 


11469 


22 


8 28 21.57 


3.3068 


24 25 26.2 


7400 


22 


10 6 45.46 


14069 


16 17 3.5 


11.M7 


23 


8 30 33.85 
SATl 


9.9019 

[JRDA^ 


NJ24 17 24.9 
jr 10. 


84m 


23 


10 8 39.85 


14040 

NDAY 


N.16 5 5.0 
12. 


19404 





8 32 45.71 


9.1943 


Nj24 9 16.9 


8.187 





10 10 33.94 


14001 


N.15 53 3.0 


19461 


1 


8 34 57.15 


9.1879 


24 1 2.4 


8.»6 


1 


10 12 27.74 


14948 


15 40 57.7 


19.110 1 


2 


8 37 8.17 


9.1803 


23 52 41.4 


8.408 


2 


10 14 21.26 


14897 


15 28 49.1 


19.170 


3 


8 39 18.77 


9.1783 


23 44 14.0 


8409 


3 


10 16 14.50 


14690 


15 16 37.3 


19.333 1 


4 


8 41 28.95 


9.1003 


23 35 40.3 


8418 


4 


10 18 7.46 


14604 


15 4 22.3 


19.3:76 


5 


8 43 38.72 


9.1593 


23 27 0.4 


8.717 


5 


10 20 0.15 


14700 


14 52 4.2 


19497 j 


6 


8 45 48.07 


9.1533 


23 18 14.3 


8419 


6 


10 21 52.58 


14710 


14 39 43.0 


13478 


7 


8 47 57.00 


9. 1454 


23 9 22.1 


8419 


7 


10 23 44.74 


14073 


14 27 18.8 


19.436 


8 


8 50 5.52 


9.1880 


23 24.0 


9418 


8 


10 25 36.64 


14638 


14 14 51.6 


19.4T7 


9 


8 52 13.63 


9.U17 


22 51 19.9 


9.117 


9 


10 27 28.28 


14566 


14 2 21.5 


194(96 1 


10 


8 54 21.32 


9.1348 


22 42 10.0 


9418 


10 


10 29 19.67 


14544 


13 49 48.5 


194ii8 j 


11 


8 56 28.60 


9.1180 


22 32 54.3 


9400 


11 


10 31 10.81 


14608 


13 37 12.7 


19.619 1 


12 


8 58 35.48 


9.1118 


22 23 32.9 


9.404 


12 


10 S3 1.71 


14408 


13 24 34.2 


19465 


13 


9 41.95 


9.1045 


22 14 5.8 


9.497 


13 


10 34 52.37 


14494 


13 11 52.9 


13.710 


14 


9 2 48.02 


9.0978 


22 4 33.2 


9.568 


14 


10 36 42.80 


14886 


12 59 9.0 


13.7M 


1^ 


9 4 53.69 


9.0911 


21 54 65.2 


9.079 


15 


10 38 33.00 


14346 


12 46 22.5 


19.797 


16 


9 6 58.95 


94)844 


21 45 11.7 


9.709 


10 


10 40 22.97 


14810 


12 33 33.4 


19480 


17 


9 9 3.82 


9.0779 


21 35 22.9 


9457 


17 


10 42 12.72 


14378 


12 20 41.8 


19461 


18 


9 11 8.30 


94ni4 


21 25 28.8 


9446 


18 


10 44 2.25 


143S8 


12 7 47.7 


19.999 


19 


9 13 12.39 


94)649 


21 15 29.5 


10481 


19 


10 45 51.57 


14908 


11 54 51.2 


19463 


20 


9 15 16.09 


94)563 


21 5 25.1 


10.117 


20 


10 47 40.68 


14168 


11 41 52.3 


11401 


21 


9 17 19.39 


94)518 


20 55 15.5 


10.301 


21 


10 49 29.59 


14135 


11 28 51.1 


lS4kS9 


22 


9 19 22.31 


94)455 


20 45 1.0 


10.383 


22 


10 51 18.30 


14103 


11 15 47.6 


19477 


23 


9 21 24.85 


94»93 


20 34 41.6 


10464 


23 


10 53 6.82 


14070 


11 2 419 


19.114 1 


24 


9 23 27.02 


94)880 


N.20 24 17.3 


10445 


24 


10 54 55.14 


14039 


N.IO 49 33.9 


19.161 



nil. 



MAT, 1856. 



81 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 


Bight AjoeDrfon. 


Dlff. 
forlm. 


.^ 


DUt 
forlm. 


Hoar. 


Bight Aiofliiflkm. 


Dur. 

for 1 m. 




DUL 
forlm. 




TUl 


^SDA-i 


' la 






THURSDAY 15. 






h. m. 8. 


■. 


O 1 N 


w 




h. m. ■ 


1. 


O 1 If 


N 





10 54 55.14 


1.8030 


N.IO 49 33.9 


13.161 





12 19 18.62 


1.7411 


S. 9 57.6 


\\sm 


1 


10 56 43.28 


1.8006 


10 36 23.8 


13.186 


1 


12 21 3.10 


1.7417 


24 1.7 


14.069 


2 


10 58 31.24 


1.7978 


10 23 11.6 


13.331 


2 


12 22 47.62 


1.7438 


38 5.9 


14.071 


3 


11 19.02 


1.7949 


10 9 57.3 


134166 


3 


12 24 32.17 


1.7499 


52 10.2 


14.073 


4 


U 2 6.63 


1.7931 


9 56 41.0 


13.388 


4 


12 26 16.77 


1.7436 


1 6 14.5 


14.073 


5 


11 3 54.07 


1.7893 


9 43 22.7 


13^131 


5 


12 28 1.41 


1.7444 


1 20 18.9 


14.073 


6 


11 5 41.35 


1.7887 


9 30 2.5 


13.363 


6 


12 29 46.10 


1.7463 


1 34 23.2 


144)71 


7 


11 7 28.47 


1.7841 


9 16 40.4 


13.883 


7 


12 31 30.85 


1.7463 


1 48 27.4 


144)69 


8 


U 9 15.44 


1.7815 


9 3 16.5 


18.414 


8 


12 33 15.67 


1.7474 


2 2 31.5 


144)67 


9 


U 11 2.25 


1.7789 


8 49 50.7 


13.446 


9 


12 35 0.54 


1.7486 


2 16 35.5 


144)65 


10 


11 12 48.91 


1.7T66 


8 36 23.1 


13.473 


10 


12 36 45.48 


1.7497 


2 30 39.3 


144)61 


11 


11 14 35.44 


1.7743 


8 22 53.9 


13.601 


11 


12 38 30.50 


1.7609 


2 44 42.8 


144)66 


12 


11 16 21.83 


1.7731 


8 9 23.0 


13.696 


12 


12 40 15.59 


1.7633 


2 58 46.0 


144)61 


13 


11 18 8.09 


1.7899 


7 55 50.5 


18.656 


13 


12 42 0.76 


1.7686 


3 12 48.9 


144)45 


14 


11 19 54.22 


1.7«78 


7 42 16.4 


1SJI69 


14 


12 43 46.02 


1.7663 


3 26 51.4 


144)38 


15 


11 21 40.23 


1.76S8 


7 28 40.7 


13.607 


15 


12 45 31.38 


1.7668 


3 40 53.5 


144)31 


16 


11 23 26.12 


1.7688 


7 15 3.5 


13.683 


16 


12 47 16.83 


1.7084 


3 54 55.1 


144)33 


17 


11 25 11.89 


1.7019 


7 1 24.9 


13.656 


17 


12 49 2.38 


1.7600 


4 8 56.2 


144)13 


18 


11 26 57.55 


1.7601 


6 47 44.8 


13.680 


18 


12 50 48.03 


1.7617 


4 22 56.7 


144K)3 


19 


11 28 43.10 


1.7864 


6 34 3.3 


18.703 


19 


12 52 33.78 


1.7685 


4 36 56.6 


13.098 


20 


11 30 28.56 


1.7068 


6 20 20.5 


18.733 


20 


12 54 19.65 


1.7656 


4 50 55.9 


13.963 


21 


11 32 13.92 


1.7ftft8 


6 6 36.5 


13.744 


21 


12 56 5.65 


1.7677 


6 4 54.5 


13.070 


22 


11 33 59.19 


1.7638 


5 52 51.2 


13.766 


22 


12 57 51.77 


1.7897 


5 18 52.3 


13.907 


23 


11 35 44.37 
WEDl 


1.7831 
<ESDJ 


N. 5 39 4.7 
lY 14. 


13.796 


23 


12 59 38.01 
FR 


1'77I8 

roAY 


S. 5 32 49.4 
16. 


13.044 





11 37 29.47 


1.7610 


N. 5 25 16.9 


uuno 





13 1 24.38 


1.7789 


S. 5 46 45.6 


13.939 


1 


11 39 14.49 


1.7498 


5 11 28.0 


13.834 


1 


13 3 10.88 


1.7763 


6 40.9 


13.914 


2 


11 40 59.44 


1.7486 


4 57 38.0 


13.811 


2 


13 4 57.53 


1.7787 


6 14 35.3 


13.809 


3 


11 42 44.31 


1.7478 


4 43 47.0 


13.806 


3 


13 6 44.32 


1.7811 


6 28 28.8 


13.883 


4 


11 44 29.12 


1.7468 


4 29 55.0 


13.875 


4 


13 8 31.26 


1.7886 


6 42 21.2 


18.865 


5 


11 46 13.87 


1.7464 


4 16 2.0 


13.893 


5 


13 10 18.35 


1.7861 


6 56 12.5 


13.847 


6 


11 47 58.57 


1.7446 


4 2 8.0 


13.907 


6 


13 12 5.59 


1.7687 


7 10 2.8 


13.836 


7 


11 49 43.22 


1.7488 


3 48 13.1 


13JW3 


7 


13 13 52.99 


1.7914 


7 23 51.9 


18.606 


8 


11 51 27.82 


1.7430 


3 34 17.4 


13.985 


8 


13 15 30.56 


1.7943 


7 37 39.7 


13.767 


9 


11 53 12.37 


1.7499 


3 20 20.9 


13JM8 


9 


13 17 28.30 


1.7971 


7 51 26.3 


13.766 


10 


11 54 56.88 


1.7416 


3 6 23.6 


13.961 


10 


13 19 16.21 


1.8000 


8 5 11.6 


13.743 


11 


11 56 41.36 


1.74ia 


2 52 25.6 


18J73 


11 


13 21 4.30 


1.8030 


8 18 55.5 


13.719 


12 


11 58 25.82 


1.7407 


2 38 26.8 


13.986 


12 


13 22 52.57 


1.8060 


8 32 37.9 


13.696 


13 


12 10.25 


1.7403 


2 24 27.4 


13.996 


13 


13 24 41.02 


1.6092 


8 46 18.9 


134ni 


14 


12 1 54.66 


1.7400 


2 10 27.4 


14.005 


14 


13 26 29.67 


1.6136 


8 59 58.4 


13.646 


16 


12 3 39.05 


1.7898 


1 56 26.8 


14.014 


15 


13 28 18.51 


1.8156 


9 13 36.3 


13.616 


16 


12 5 23.43 


1.7897 


1 42 25.7 


14.033 


16 


13 30 7.55 


1.8191 


9 27 12.6 


13.601 


17 


12 7 7.81 


1.7396 


1 28 24.1 


14.031 


17 


13 31 56.80 


1.8335 


9 40 47.2 


13.563 


18 


12 8 52.18 


1.7896 


1 14 22.0 


14.038 


18 


13 33 46.25 


1.8360 


9 54 20.1 


13.533 


19 


12 10 36.55 


1.7896 


1 19.5 


14.044 


19 


13 35 35.91 


1.8396 


10 7 51.2 


13.603 


20 


12 12 20.93 


1.7896 


46 16.7 


14.080 


20 


13 37 25.79 


1.8333 


10 21 20.5 


13.473 


21 


12 14 5.33 


1.7401 


32 13.5 


]4/>06 


21 


13 39 15.89 


1.8369 


10 34 47.9 


13.441 


22 


12 15 49.74 


1.7404 


18 10.0 


14.060 


22 


13 41 6.22 


1.8M)7 


10 48 13.4 


13.407 


23 


12 17 34.17 


1.7407 


N. 4 6.3 


14U)64 


23 


13 42 56.78 


1.6145 


11 1 36.8 


13.873 


24 


12 19 18.62 


1.7411 


S. 9 57.6 


14X67 


24 


13 44 47.56 


1.8483 


S.ll 14 58.2 


13.339 



11 



$2 



MAY, 1856. 



IX. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 




DUL 
forlm. 


DeelinfttUm. 


Dur. 
forlm. 


Hour. 




DW. 
forlm. 


DeeUDAtUm. 


Difll 
forlm. 




SATURDAY 17. 






MONDAY 


19. 






h. m. 1. 


t. 


O 1 11 


a 




h. m. 1. 


8. 


O 1 N 


N 





13 44 47.56 


1.848S 


S.U 14 58.3 


13.830 





15 19 10.60 


3.1043 


S.30 55 33.5 


Mun 


1 


13 46 38.58 


IJB&n 


11 38 17.5 


18.304 


1 


15 31 17.05 


3.1107 


31 5 54.8 


10496 


3 


13 48 39.84 


1.8564 


11 41 34.7 


13.967 


3 


15 33 33.88 


3.1171 


31 16 11.6 


10484 


3 


13 50 31.35 


1.8606 


11 54 49.6 


13.990 


3 


15 35 31.10 


3.1335 


31 36 33.9 


10.U9 


4 


13 53 13.11 


1.8647 


13 8 3.3 


13.101 


4 


15 37 38.70 


3.1999 


31 36 38.6 


104)47 


5 


13 54 5.13 


1.8880 


13 31 13.5 


13.169 


5 


15 39 46.69 


3.1864 


31 46 38.6 


0.069 


6 


13 55 57.38 


1.87S3 


13 34 30.4 


18.119 


6 


15 31 55.07 


3.1439 


31 56 33.8 


0455 


7 


13 57 49.90 


1.8T76 


13 47 35.9 


izjmo 


7 


15 34 3.84 


3.1404 


33 6 11.3 


0.757 


8 


13 59 43.69 


1.8891 


13 38.8 


134)97 


8 


15 36 13.00 


3.1560 


33 15 53.6 


0457 


9 


14 1 35.75 


1.8866 


13 13 39.1 


19.988 


9 


15 38 33.55 


3.1634 


33 35 30.1 


0457 


10 


14 3 39.08 


1.8B11 


13 36 36 8 


19.038 


10 


15 40 33.49 


3.1660 


33 35 0.5 


0.466 


11 


14 5 33.68 


1.8N7 


13 39 31.7 


19.808 


11 


15 43 43.83 


3.1754 


33 44 34.8 


0469 


13 


14 7 16.56 


1.9008 


13 53 13.9 


19.847 


13 


15 44 53.54 


9.1690 


33 53 43.8 


0.947 


13 


14 9 10.73 


1.0061 


14 5 3.3 


19.799 


13 


15 47 4.66 


3.1686 


33 3 54.5 


0.149 1 


14 


14 11 5.17 


1.0100 


14 17 49.8 


19.749 


14 


15 49 16.17 


3.1051 


33 11 59.8 


04O4 1 


15 


14 13 59.93 


1.0140 


14 30 33.3 


19.699 


15 


15 51 38.07 


3^16 


33 30 58.6 


843S 


16 


14 14 54.96 


1.0108 


14 43 13.7 


13.649 


16 


15 53 40.36 


3.9061 


33 39 50.9 


8416 1 


17 


14 16 50.39 


1.0M7 


14 55 51.1 


19.697 


17 


15 55 63.04 


9.9146 


S3 38 36.5 


8.704 


18 


14 18 45.93 


i^jsrj 


15 8 35.4 


14.516 


18 


15 58 6.11 


3.9911 


33 47 15.4 


6409 


19 


14 30 41.85 


1.0849 


15 30 56.5 


19.401 


19 


16 19.57 


3.3376 


33 55 47.5 


8-177 


30 


14 33 38.10 


1.9401 


15 33 34.3 


19.485 


30 


16 3 33.43 


3.9340 


34 4 13.7 


8409 


31 


14 34 34.66 


1.0453 


15 45 48.7 


19.379 


31 


16 4 47.65 


3.9404 


34 13 31.0 


8.^46 1 


33 


14 36 31.53 


1.0fl05 


15 58 9.8 


19.899 


33 


16 7 3.37 


3.3460 


34 30 43.3 


8.198 j 


33 


14 38 38.73 

su 


1.0666 

NDAY 


S.16 10 37.4 
18. 


13.963 


33 


16 9 17.38 
TDI 


3.9583 

:SDA\ 


S.34 38 46.4 
' 20. 


6406 j 





14 30 36.34 


1.0618 


S.16 33 41.4 


13.303 





16 11 33.67 


3.3597 


3.34 36 43.3 


7.887 


1 


14 33 34.08 


1.0668 


16 34 51.8 


13.143 


1 


16 13 48.44 


9.9660 


34 44 33.9 


7.766 


3 


14 34 33.35 


1.0730 


16 46 58.6 


13.069 


3 


16 16 4.59 


3.9734 


34 53 15.3 


7.648 


3 


14 36 30.74 


1.0777 


16 59 1.6 


194)18 


3 


16 18 31.13 


3.9787 


34 59 50.1 


7.510 


4 


14 38 19.57 


1.9888 


17 11 0.8 


11.954 


4 


16 30 38.04 


3.9650 


35 7 17.5 


7.893 


6 


14 40 18.74 


1.0800 


17 33 56.1 


11.868 


5 


16 33 55.33 


3.9019 


35 14 37.3 


7.968 


6 


14 43 18.35 


1.0047 


17 34 47.4 


11.899 


6 


16 35 13.99 


9.9074 


35 31 49.4 


7.187 


7 


14 44 18.10 


3.0004 


17 46 34.7 


11.754 


7 


. 16 37 31.03 


3.8085 


35 38 53.8 


7.008 


8 


14 46 18.30 


3.0063 


17 58 17.9 


11.866 


8 


16 39 49.41 


3.3006 


35 35 50.4 


6.877 


9 


14 48 18.85 


90)131 


18 9 57.0 


114)16 


9 


16 33 8.17 


3.3157 


35 43 39.1 


6.746 


10 


14 50 19.75 


3.0180 


18 31 31.8 


11.544 


10 


16 34 37.39 


3.3917 


35 49 19.9 


6.619 


11 


14 53 31.01 


3U»80 


18 33 3.3 


11.473 


11 


16 36 46.77 


3.3976 


35 55 53.6 


6.478 


13 


14 54 33.63 


3.0908 


18 44 38.4 


11.898 


13 


16 39 6.60 


3.3334 


36 3 17.3 


6343 


13 


14 56 34.59 


3.0368 


18 55 50.1 


11.893 


13 


16 41 36.78 


9.3303 


36 8 33.8 


6.906 


14 


14 58 36.93 


3U)4I8 


19 7 7.3 


ii.ai7 


14 


16 43 47.31 


3.3451 


36 14 43.0 


6087 


15 


15 39.63 


3.0480 


19 18 19.7 


11.169 


15 


16 46 8.19 


3.3506 


36 30 41.9 


6.996 


16 


15 3 33.68 


3.0641 


19 39 37.5 


114)91 


16 


16 48 39.41 


3.3664 


36 36 33.4 


5.787 


17 


15 4 36.11 


3.0609 


19 40 30.6 


114)11 


17 


16 50 50.96 


3.3690 


36 33 16.4 


5.e4e 


18 


15 6 39.91 


3.0664 


19 51 38.8 


10.939 


18 


16 53 13.85 


34676 


36 37 50.9 


•408 


19 


15 8 44.08 


3i)797 


30 3 33.1 


10.847 


19 


16 55 35.07 


34730 


36 43 16.8 


5360 


30 


15 10 48.63 


34)780 


30 13 10.5 


10.764 


30 


16 57 57.61 


3.3783 


36 48 34.0 


6.314 


31 


15 13 53.55 


3.0869 


30 33 53.8 


10.878 


31 


17 30.46 


34835 


36 53 43.5 


54)08 


33 


15 14 58.85 


3.0015 


30 34 31.9 


10499 


33 


17 3 43.63 


34867 


36 58 43.3 


4331 


33 


15 17 4.53 


34)970 


30 45 4.8 


10.605 


33 


17 5 7.10 


34038 


37 3 33.0 


4.779 


34 


15 19 10.60 


3.1048 


S.30 55 33.5 


10.417 


34 


17 7 30.88 


34866 


S.37 8 14.8 


4339 



X. 



MAY, 1856. 



8S 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 




Wff. 
fbrlm. 


DeeUnatloii. 


DHL 
forlm. 


Hour. 


Bight Ajeouloii. 


DHL 
fbrlm. 


Deelimtioa 


DUL 
fbrlm. 




WEDNESDAY 21. 






FRroAY 


23. 






h. m. 8. 


■• 


O 1 u 


H 




h. m. ■. 


t. 


O 1 It 


H 





17 7 30.88 


3.3968 


S.27 8 14.8 


4.623 





19 6 19.31 


9.6017 


s.27 43 18.2 


8.337 


1 


17 9 54.96 


2.4038 


27 12 47.7 


4.473 


1 


19 8 49.44 


9.6010 


27 39 52.9 


t.607 


2 


17 12 19.33 


3.4066 


27 17 11.5 


4.331 


2 


19 11 19.50 


9.6004 


27 36 17.4 


z.ffn 


3 


17 14 43.99 


2.4183 


27 21 26.2 


4.166 


3 


19 13 49.49 


9.4903 


27 32 31.6 


8.847 


4 


17 17 8.93 


9.4160 


27 25 31.7 


4J01& 


4 


19 16 19.40 


349T7 


27 28 35.6 


44)19 


6 


17 19 34.15 


3.4205 


27 29 28.0 


3.861 


5 


19 18 49.21 


34961 


27 24 29.4 


4.188 


6 


17 21 59.63 


9.4269 


27 33 15.0 


3.706 


6 


19 21 18.93 


34946 


27 20 13.1 


AMI 


7 


17 24 25.38 


2.4313 


27 36 52.7 


3.649 


7 


19 23 48.55 


94027 


27 15 46.6 


4.626 


8 


17 26 51.38 


2.4356 


27 40 20.9 


3.392 


8 


19 26 18.06 


9.4006 


27 11 10.0 


4.004 


9 


17 29 17.64 


2.4397 


27 43 39.7 


8.334 


9 


19 28 47.45 


94866 


27 6 23.3 


4.862 


10 


17 31 44.15 


%44M 


27 46 49.0 


94ns 


10 


19 31 16.72 


34667 


27 1 26.6 


0.030 


11 


17 34 10.89 


3.4476 


27 49 48.7 


9.916 


11 


19 33 45.85 


34M6 


26 56 19.7 


6.196 


12 


17 36 37.86 


3.461.1 


27 52 38.8 


9.766 


12 


19 36 14.85 


34832 


26 51 3.0 


6.362 


13 


17 39 5.05 




27 55 19.3 


9.503 


13 


19 38 43.71 


34798 


26 45 36.3 


6.637 


14 


17 41 32.46 


9.4667 


27 57 50.0 


9431 


14 


19 41 12.42 


34773 


26 39 59.7 


6.093 


15 


17 44 0.09 


2.4632 


28 11.0 


9.366 


15 


19 43 40.97 


34745 


26 34 13.1 


6.856 


16 


17 46 27.92 


2.4655 


28 2 22.2 


3.106 


16 


19 46 9.36 


94718 


26 28 16.7 


0.033 


17 


17 48 55.95 


2.4687 


28 4 23.6 


1.941 


17 


19 48 37.58 


94080 


26 22 10.5 


6.185 


18 


17 51 24.17 


9.4718 


28 6 15.1 


1.776 


18 


19 51 5.62 


94060 


26 15 54.6 


6.347 


19 


17 53 52.57 


94748 


28 7 56.7 


L610 


19 


19 53 33.50 


94030 


26 9 28.9 


6.606 


20 


17 56 21.14 


2.4776 


28 9 28.3 


1444 


20 


19 56 1.18 


94608 


26 2 53.6 


6.669 


21 


17 58 49.87 


3.4803 


28 10 50.0 


1.378 


21 


19 58 28.67 


94666 


25 56 8.6 


6.839 


22 


18 1 18.76 


3.4838 


28 12 1.7 


1.111 


22 


20 55.97 


94683 


26 49 14.1 


6.968 


23 


18 3 47.81 
THD 


9.4868 

RSDA 


S.28 13 3.3 
Y 22. 


0.943 


23 


20 3 23.06 
SATl 


34496 
JRDA^ 


S.25 42 10.1 
IT 24. 


7.147 





18 6 17.00 


3U877 


S.28 13 54.8 


0.774 





20 5 49.95 


94404 


S.26 34 56.5 


IMS 


1 


18 8 46.33 


3.4896 


28 14 36.2 


0.006 


1 


20 8 16.63 


94429 


26 27 33.5 


7.461 


2 


18 11 15.78 


3.4918 


28 15 7.5 


0.437 


2 


20 10 43.10 


9.4398 


25 20 1.2 


7.617 


3 


18 13 45.34 


3.4036 


28 15 28.6 


0.367 


3 


20 13 9.35 


94356 


25 12 19.5 


7.773 


4 


18 16 15.01 


3.4964 


28 15 39.5 


0.007 


4 


20 15 35.37 


9.4S19 


25 4 28.5 


7.036 


5 


18 18 44.79 


3.4972 


28 15 40.2 


0.073 


5 


20 18 1.17 


9.4981 


24 56 28.4 


8.079 


6 


18 21 14.67 


3.4967 


28 15 30.7 


0.244 


6 


20 20 26.74 


9.4343 


24 48 19.1 


8.331 


7 


18 23 44.63 


3.6000 


28 15 10.9 


0415 


7 


20 22 52.07 


34303 


24 40 0.7 


6.383 


8 


18 26 14.67 


3.5013 


28 14 40.9 


0.566 


8 


20 25 17.16 


94109 


24 31 33.2 


8.633 


9 


18 28 44.78 


3.6028 


28 14 0.6 


0.767 


9 


20 27 42.01 


94193 


24 22 56.8 


8.681 


10 


18 31 14.95 


3.6033 


28 13 10.0 


0.999 


10 


20 30 6.62 


34060 


24 14 11.5 


8.839 


11 


18 33 45.18 


3JS043 


28 12 9.1 


l.IOl 


11 


20 32 30.98 


3.4038 


24 5 17.3 


8.977 


12 


18 36 15.45 


3.5048 


28 10 57.9 


1.373 


12 


20 34 55.08 


3J»06 


23 56 14.3 


9.133 


13 


18 38 45.76 


3.5064 


28 9 36.4 


1446 


13 


20 37 18.93 


9.3964 


23 47 2.6 


9.367 


14 


18 41 16.10 


3.6066 


28 8 4.5 


1.617 


14 


20 39 42.53 


3.3911 


23 37 42.2 


9.411 


15 


18 43 46.46 


3.6001 


28 6 22.3 


1.789 


15 


20 42 5.87 


3.3866 


23 28 13.3 


9.553 


16 


18 46 16.83 


3.6063 


28 4 29.8 


1.961 


16 


20 44 28.95 


3.3826 


23 18 35.9 


9.604 


17 


18 48 47.20 


3.5063 


28 2 27.0 


9.133 


17 


20 46 51.77 


3.3761 


23 8 50.0 


9336 


18 


18 51 17.58 


3.5062 


28 13.8 


9.306 


18 


20 49 14.32 


9.3787 


22 58 55.7 


9J74 


19 


18 53 47.95 


3.6059 


27 57 50.3 


9477 


19 


20 51 36.61 


9.3603 


22 48 53.1 


10.113 


20 


18 56 18.29 


3.6066 


27 55 16.5 


9.M9 


20 


20 53 58.63 


9.3647 


22 38 42.3 


10.348 


21 


18 58 48.61 


9.5060 


27 52 32.4 


9.821 


21 


20 56 20.37 


9.8001 


22 28 23.3 


10.884 


22 


19 1 18.89 




27 49 38.0 


9.993 


22 


20 58 41.84 


9.3556 


22 17 56.2 


10.618 


23 


19 3 49.12 


3.5035 


27 46 33.3 


8.166 


23 


21 1 3.04 


9.3611 


22 7 21.1 


10.663 


24 


19 6 19.31 


3.5037 


S.27 43 18.2 


3.937 


24 


21 3 23.97 


9.3466 


S.21 56 38.0 


10.784 



84 



MiLlf, 1856. 



XI. 









GREENWICH 


MEAN TIME. 








THE MOON'S BIGHT ASCENSION AND DECLINATION. 


Hoar. 


Rl^iAMeaalon. 


Dur. 
forlm. 




Diit 
fbrlm. 


Hour. 




Diff. 
foplm. 


TVHnatlftn, 


SUL 
fbrlm. 




SUNDAY 


25. 






TUESDAY 27. 






h. m. ■. 


B. 


O 1 « 


M 




h. m. 8. 


8. 


O 1 u 


a 





81 3 33.97 


mw 


S.81 56 38.0 


10.784 





88 51 3.53 


2.1642 


S.ll IS S.3 


16.647 


1 


31 6 44.63 


9.8490 


31 45 47.0 


10.916 


1 


33 53 13.69 


9.1616 


10 56 37.5 


16.019 


3 


31 8 5.01 


9.S87S 


81 34 48.3 


11.044 


8 


33 55 31.70 


9.1488 


10 40 48.9 


15.976 


3 


31 10 35.11 


OMTJ 


31 33 41.7 


11.179 


3 


33 57 30.55 


9.1463 


10 85 6.5 


15.787 


4 


31 13 44.93 


9.S9B1 


81 18 87.5 


iiUoo 


4 


33 59 39.34 


9.1437 


10 9 30.4 


15.798 


5 


31 15 4.48 


9.8396 


31 1 5.8 


11.494 


5 


33 1 47.79 


9.1412 


9 53 30.7 


15.897 


6 


31 17 83.76 


9.8191 


30 49 36.6 


11.649 


6 


33 3 56.19 


9.1386 


9 37 37.5 


15.915 


7 


81 19 43.77 


9.8145 


SO 37 59.9 


11.672 


7 


33 6 4.45 


9.1866 


9 81 40.9 


15.979 


8 


31 33 1.50 


9.8098 


SO 86 15.9 


11.793 


8 


33 8 13.58 


9.1844 


9 5 40.9 


164137 


9 


31 34 19.95 


9.80A9 


30 14 34.7 


11.918 


9 


33 10 30.58 


9.1823 


8 49 37.7 


164n0 


10 


31 36 38.13 


9.8007 


30 3 36.3 


194tt8 


10 


83 13 88.45 


2.1808 


8 33 31.3 


16.189 


11 


31 38 56.04 


9.9909 


19 50 30.7 


12.162 


11 


33 14 36.31 


2.1283 


8 17 31.8 


16.189 


13 


31 31 13.67 


9.9916 


19 38 8.1 


12.968 


13 


33 16 43.85 


9.1268 


8 1 9.4 


16.381 


13 


81 33 31.03 


9.9971 


19 35 48.5 


19.888 


13 


83 18 51.37 


9.1246 


7 44 54.1 


16.779 


14 


31 35 48.18 


9.9896 


19 13 33.1 


19.407 


14 


33 30 58.79 


2.1230 


7 38 35.9 


16.396 


15 


31 38 4.94 


9.9781 


19 48.9 


19.609 


15 


33 33 6.13 


2.1218 


7 13 15.0 


16.370 


16 


31 40 31.49 


9.9787 


18 48 9.0 


12.791 


16 


83 85 13.35 


2.1196 


6 55 51.5 


16.418 


17 


31 43 37.78 


9.9098 


18 35 33.4 


19.831 


17 


83 37 80.49 


9.1183 


6 39 35.4 


I6.4&5 


18 


31 44 53.80 


9.9649 


18 33 39.3 


19.989 


18 


33 39 87.54 


9.1108 


6 33 56.9 


16.495 


19 


81 47 9.56 


9.960ft 


18 9 39.7 


18.046 


19 


33 31 34.51 


2.1166 


6 6 36.0 


16.684 


30 


81 49 35.06 


9.9661 


17 56 33.8 


18.169 


30 


83 33 41.41 


9.1144 


5 49 53.8 


16.679 


31 


31 51 40.39 


9.9618 


17 43 11.5 


18.967 


31 


83 35 48.34 


9.1188 


5 33 17.4 


]64»7 


33 


31 53 55.37 


9.9476 


17 39 53.0 


18.369 


33 


33 37 55.00 


9.1199 


5 16 39.9 


16449 


33 


31 56 9.99 
MO 


9.9488 

NDAY 


S.17 16 88.4 
26. 


18.461 


33 


33 40 1.70 
WEDI 


9.1119 

^ESDi 


S. 5 0.4 
LY 28. 


iMta 





31 58 34.46 


9.9890 


S.17 8 67.7 


18.602 





S3 48 8.35 


9.1104 


S. 4 43 18.9 


16.707 


1 


33 38.67 


9.9848 


16 49 31.0 


18.660 


1 


33 44 14.95 


9.1006 


4 36 35.6 


16.787 


3 


33 3 53.64 


9.9808 


16 35 38.5 


18.767 


3 


33 46 31.51 


9.1080 


4 9 50.5 


16.786 


3 


S3 5 6.37 


9.9968 


16 31 50.1 


18.864 


3 


33 48 38.03 


9.1068 


3 53 3.8 


16.799 


4 


33 7 19.85 


9.9298 


16 7 56.0 


18.048 


4 


33 50 34.50 


9.1078 


3 36 15.5 


16.817 


5 


33 33.10 


9.9188 


15-53 56.3 


14.042 


5 


33 53 40.96 


9.1074 


3 19 35.7 


16.843 


6 


33 11 46.11 


9'9148 


15 39 51.0 


U.184 


6 


33 54 47.39 


9.1070 


3 3 34.5 


16.864 


7 


33 13 58.88 


9.9109 


15 35 40.3 


14.294 


7 


33 56 53.80 


9.1066 


S 45 43.0 


16.885 


8 


33 16 11.43 


9.9071 


15 11 34.1 


14.813 


8 


33 59 0.30 


9.1067 


8 88 48.3 


16.906 


9 


33 18 33.73 


9.9034 


14 57 3.6 


14.402 


9 


1 6.60 


9.1067 


8 11 53.4 


16.933 


10 


33 30 35.83 


9.1097 


14 43 35.9 


14.487 


10 


3 13.00 


9.1067 


1 54 57.5 


16.969 


11 


33 33 47.69 


9.1960 


14 38 4.1 


14.672 


11 


5 19.40 


9.1068 


1 38 0.7 


16.968 


13 


33 34 59.34 


9.1098 


14 13 37.3 


14.666 


13 


7 35.81 


9.1060 


1 81 3.1 


16.967 


13 


33 37 10.77 


9.1868 


13 58 45.5 


14.787 


13 


9 33.33 


9.1072 


1 4 4.7 


16.978 ' 


14 


83 39 33.00 


9.1868 


13 43 58.8 


14.818 


14 


11 38.68 


2.ion 


47 5.7 


16.980 


15 


33 31 33.03 


9.1819 


13 39 7.3 


14.807 


15 


13 45.15 


3.1082 


30 6.0 


16.990 


16 


33 33 43.83 


9.1786 


13 14 11.1 


14.076 


16 


15 51.65 


9.1087 


S. 13 6 8 


17.007 


17 


38 35 54.44 


9.1764 


13 59 10.3 


16.062 


17 


17 58.19 


9.1093 


N. 3 54.8 


17.013 


18 


33 38 4.87 


9.1729 


13 44 4.9 


16.197 


18 


30 4.77 


9.1101 


80 55.6 


174)15 


19 


33 40 15.10 


9.1600 


13 38 55.1 


16.900 


19 


33 11.40 


9.1109 


37 56.6 


174118 


30 


33 43 35.14 


9.1696 


13 13 40.9 


16.979 


30 


34 18.08 


9.1118 


54 57.8 


17400 


31 


33 44 35.00 


9.1698 


11 58 33.5 


16.842 


31 


36 34.83 


9.1198 


1 11 59.0 


174)10 


33 


33 46 44.68 


9.1600 


11 43 59.9 


16.419 


33 


38 31.63 


9.1139 


1 39 0.1 


174)17 


33 


33 48 54.19 


2.1670 


11 37 33.1 


16.480 


33 


30 38.49 


9.1152 


1 46 1.0 


n4)18 


34 


33 51 3.53 


9.1649 


S.ll 13 3.3 


16.647 


34 


33 45.44 


9.1165 


N. 3 3 1.7 


17.000 



XII. 



MAY, 1866. 



8d 





• 




GEEENWICH 


MEAN TIME. 








THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Uoar. 


R^htAMMMkn. 


DUL 
tdtlm. 




DUL 
fbrlm. 


IJoDr. 


Right AmomIoii. 


DUt 
forlm. 


Bwlinatioii. 


DUL 
fbrlm. 




THU 


rRSDA 


Y 29. 




SATURDAY 31. 






h. m. 1. 


■. 


*. o ' * 


It 




h. m. a. 


t. 


o 1 a 


N 





32 45.44 


3.n6* 


N. 2 3 1.7 


17.008 





2 17 25.73 


9J9788 


NJ5 2 9.8 


14401 


1 


34 52.47 


2.1178 


2 20 2.0 


17.001 


1 


2 19 42.30 


9.9786 


15 16 55.2 


14.719 


2 


36 59.58 


3.110S 


2 37 1.8 


16.909 


2 


2 21 59.16 


9.98M 


15 31 35.2 


14493 


3 


39 6.78 


3.1906 


2 64 1.1 


16.983 


3 


2 24 16.32 


9.9885 


15 46 9.8 


14480 


4 


41 14.08 


9.1225 


3 10 59.8 


16.079 


4 


2 26 33.78 


9.9085 


16 38.8 


14486 


5 


43 21.48 


9.1049 


3 27 57.7 


16.968 


5 


2 28 51.54 


9.9986 


16 15 2.1 


U440 


6 


45 28.98 


9.1900 


3 44 54.8 


16.048 


6 


2 31 9.61 


24067 


16 29 19.6 


14443 


7 


47 36.60 


9.1{»0 


4 1 50.9 


16.097 


7 


2 33 27.99 


94068 


16 43 31.2 


14.148 


8 


49 44.34 


9.1300 


4 18 46.0 


16.900 


8 


2 35 46.67 


34188 


16 57 36.8 


14419 


9 


51 52.20 


9.1390 


4 35 40.0 


16400 


9 


2 38 5.66 


94101 


17 11 36.3 


18440 


10 


54 0.18 


9.1349 


4 52 32.8 


16.866 


10 


2 40 24.96 


94948 


17 25 29.6 


18436 


a 


56 8.30 


3.1305 


5 9 24.2 


16.845 


11 


2 42 44.57 


94905 


17 39 16.6 


18.180 


12 


58 16.56 


9.1888 


5 26 14.2 


16.890 


12 


2 45 4.50 


94348 


17 52 57.2 


18499 


13 


1 24.96 


9.1419 


5 43 2.6 


16.703 


13 


2 47 24.74 


94400 


18 31.3 


18413 


u 


1 2 33.50 


9-1437 


5 59 49.4 


16.766 


14 


2 49 45.30 


94459 


18 19 58.7 


18401 


15 


1 4 42.20 


9.1463 


6 16 34.6 


16.787 


15 


2 52 6.17 


34506 


18 33 19.4 


18487 


16 


1 6 51.06 


9.1400 


6 33 17.9 


16.706 


16 


2 54 27.36 


34556 


18 46 33.2 


18.179 


17 


I 9 0.08 


9.1518 


6 49 59.3 


16.673 


17 


2 56 48.87 


94619 


18 59 40.1 


18466 


18 


1 11 9.27 


9.1546 


7 6 38.7 


16.680 


18 


2 59 10.71 


94666 


19 12 40.0 


19488 


19 


I 13 18.63 


9.1575 


7 23 16.0 


" 16409 


19 


3 1 32.86 


94710 


19 25 32.7 


19418 


20 


1 15 28.17 


9.1605 


7 39 51.0 


16.564 


20 


3 3 55 33 


94779 


19 38 18.2 


19407 


21 


1 17 37.89 


9.1S86 


7 56 23.7 


16.595 


21 


3 6 18.12 


94895 


19 50 56.3 


19478 


22 


1 19 47.80 


9.1067 


8 12 54.0 


16.483 


22 


3 8 41.23 


94878 


20 3 27.0 


19.448 


23 


1 21 57.91 


9.1700 


N. 8 29 21.7 


16*440 


23 


3 11 4.65 


94930 


N.20 15 50.1 


19429 




FR 


IDAY 


30. 




SUNDi 


\Y, JI 


JNE 1. 





1 


1 24 8.21 
1 28 18.71 


3.17SS 
9.1767 


N. 8 45 46.8 
9 2 9.2 


16J06 


0| 


3 13 28.391 


94983| 


NJ20 28 5.6 1 


19.194 


16J40 












2 


1 28 29.42 


3.1809 


9 18 28.7 


16.801 












3 


1 30 40.34 


3.1838 


9 34 45.3 


16.951 












4 


1 32 51.48 


9.1875 


9 50 58.8 


16.190 












5 


1 35 2.84 


9.1019 


10 7 9.2 


16.147 












6 


1 37 14.42 


9.1M9 


10 23 16.4 


iMm 




PHASES ( 


DF Tl 


iE MOON. 




7 


1 39 26.22 


9.1087 


10 39 20.2 


16.034 












8 


1 41 38.26 


3.9037 


10 55 20.5 

11 11 17.3 


154P76 












9 


1 43 50!54 


2.9067 


16.916 












10 


1 46 3.06 


3.9107 


11 27 10.4 


15.864 








^7- ^ fl- 




11 


1 48 15.83 


3.9148 


11 42 59.8 


15.790 




New Moo 


n, . 


. 4 2 42. 


3 


12 


1 50 28.84 


3.9180 


11 58 45.2 


15.794 




J> First Qua 


rter, 


. 11 8 45. 


2 


13 


1 52 42.10 


9.9339 


12 14 26.6 


15457 




O Full Moo 


n, . 


. 19 11 56. 


6 


14 


1 54 55.62 


3.9976 


12 30 4.0 


15.588 




(C Last Quai 


rter, . 


. 26 17 33. 


9 


15 
16 


1 57 9.41 
1 59 23.46 


9.9890 
9.9868 


12 45 37.2 

13 1 6.1 


15417 
15445 






















17 


2 1 37.77 


9.9407 


13 16 30.6 


15471 








Daj. h. 




18 


2 3 52.35 


3.9453 


13 31 50.6 


15.905 




C Perigee, 


, , 


..26. 


7 


19 


2 6 7.21 


3.9000 


13 47 6.0 


15.917 




<r Apogee, 


, , 


. . 14 7. 


7 


20 


2 8 22.35 


9.9M6 


14 2 16.6 


15.187 




<C Perigee, 


, , 


. . 30 0. 





21 


2 10 37.76 


3.9506 


14 17 22.4 


15466 












22 


2 12 53.46 


3.9641 


14 32 23.3 


14479 












23 


2 15 9.45 


9.9080 


14 47 19.1 


14487 












24 


2 17 25.73 


9.9788 


N.15 2 9.8 


14401 













86 



MAT, 1856. 



XIII. 









GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


lii 


star's Nam* 




P. L 




P. L. 




P. L. 




1 
P. L. ! 


and 




Noon. 


of 


Jill* 


of 


Vlh. 


of 


IXh. 


of 


Position. 




OUL 




DUr. 




Diff. 
9096 




Diff. 


1 


Antares 


W. 


O / II 

no u 10 


9]00 


O 1 H 

119 5 4 


9103 


O 1 II 

113 55 58 


O 1 M 

115 47 


3009 




a AquilaB 


W. 


64 13 4 


Sl» 


65 39 96 


9153 


67 6 32 


1119 


68 34 10 


8087 




Sun 


E. 


43 1 57 


Moe 


41 18 33 


3401 


30 34 50 


3M7 


37 51 17 


3801 


6 


Sun 


W. 


95 35 46 


9617 


97 13 37 


9089 


28 51 7 


9079 


30 98 15 


3006 




Reffulas 


E. 


76 94 10 


am 


74 39 5 


9904 


79 54 94 


3870 


71 10 6 


3807 




Mars 


E. 


111 47 48 


3900 


110 1 47 


9915 


108 16 10 


3889 


106 30 57 


MO 


7 


Sun 


W. 


38 98 7 


7m 


40 9 53 


9804 


41 37 16 


3898 


43 11 15 


3043 




Regains 


E. 


69 34 46 


UJA 


60 59 56 


9109 


59 11 31 


3610 


57 30 31 


3090 




Mars 


E. 


97 51 3 


uu 


96 8 90 


9405 


94 96 3 


3479 


09 44 11 


3400 




Spies 


E. 


116 36 19 


9465 


114 54 17 


9481 


113 19 40 


3500 


111 31 97 


3616 


8 


Sun 


W. 


50 55 5 


99U 


59 96 39 


9004 


53 57 49 


9079 


55 98 37 


3001 




Saturn 


W. 


19 98 47 


8006 


13 57 48 


9000 


15 98 13 


3M6 


16 59 34 


3017 




Regulos 


E. 


49 11 59 


9090 


47 33 94 


9098 


45 55 91 


3697 


44 17 44 


3071 




Mars 


E. 


84 91 9 


9S61 


89 41 48 


90OO 


81 9 51 


3616 


79 94 18 


3090 




Spies 


E. 


103 11 97 


9000 


101 39 39 


9099 


99 54 15 


3640 


98 16 14 


3060 


9 


Sun 


W. 


69 56 51 


9089 


64 95 93 


9000 


65 53 35 


8115 


67 91 96 


8181 




Satara 


W. 


94 41 49 


9W0 


96 14 19 


9801 


97 46 50 


9807 


99 19 13 


30O4 




Regains 


E. 


36 15 44 


9707 


34 40 33 


9786 


33 5 47 


9805 


31 31 95 


3098 




Mars 


E. 


71 17 30 


9790 


60 41 17 


9796 


68 5 96 


9758 


66 90 57 


3700 




Spies 


E. 


90 11 59 


9741 


88 36 6 


9707 


87 40 


9n9 


85 95 35 


1788 


10 


Sun 


W. 


74 35 48 


9911 


76 1 44 


9995 


77 97 93 


8340 


78 59 46 


8960 




Satara 


W. 


36 58 30 


SOftl 


38 99 45 


9001 


40 47 


9071 


41 31 36 


9901 




PoUaz 


w. 


13 17 15 


9971 


14 50 3 


9668 


16 99 37 


9800 


17 54 57 


9900 




Mars 


E. 


58 37 34 


9040 


57 4 4 


98B0 


55 30 59 


9879 


53 57 57 


9800 




Spies 


E. 


77 35 11 


9000 


76 9 1 


9874 


74 99 


3687 


79 56 34 


9000 


11 


Sun 


W. 


85 55 48 


9910 


87 19 41 


9397 


88 43 91 


8886 


90 6 40 


9840 




Satara 


W. 


49 9 37 


9090 


50 39 14 


9098 


59 1 40 


8047 


53 30 55 


8006 




PoUax 


w. 


95 33 18 


9001 


97 4 90 


9070 


98 35 U 


3979 


30 5 50 


9080 




Mars 


E. 


46 17 28 


9040 


44 46 7 


9007 


43 15 


3007 


41 44 6 


9on 




Spies 


E. 


65 17 39 


9068 


63 46 96 


9000 


69 15 34 


son 


60 44 53 


9986 




Antares 


E. 


111 10 99 


9004 


109 30 10 


9004 


108 8 99 


9074 


106 37 37 


9004 


13 


Sun 


W. 


97 1 93 


9909 


08 93 49 


9100 


99 46 7 


8405 


101 8 18 


8411 




Satura 


W. 


60 54 46 


1001 


69 93 7 


1006 


63 51 91 


8103 


65 10 98 


8107 , 




Pollax 


W. 


37 36 95 


9090 


39 6 5 


ion 


40 35 37 


8000 


49 5 9 


80U 




Mars 


E. 


34 19 31 


9090 


39 49 43 


109B 


31 13 5 


80S4 


99 43 35 


8040 




Spies 


K. 


53 14 19 


9090 


51 44 41 


MSA 


50 15 19 


8041 


48 45 50 


8047 




Antares 


E. 


99 6 36 


9094 


97 36 53 


MOO 


06 7 18 


8006 


04 37 50 


8043 


13 


Sun 


W. 


107 57 40 


9494 


100 19 18 


9438 


110 40 59 


8440 


119 9 93 


8441 




Satura 


w. 


79 38 39 


9197 


74 6 16 


1139 


75 33 50 


8111 


77 1 92 


iin 




Pollux 


w. 


49 30 34 


9005 


50 50 98 


MOB 


59 28 17 


8070 


53 57 3 


1079 




Spica 


E. 


41 90 49 


9070 


39 51 55 


M74 


38 93 14 


8077 


36 54 36 


9000 




Antares 


E. 


87 19 4 


9009 


85 43 


9000 


84 14 18 


8066 


82 45 30 


9070 


14 


Sun 


W. 


118 49 94 


94IT 


190 10 48 


9440 


191 39 13 


8445 


199 53 39 


8445 




Satura 


W. 


84 18 34 


9190 


85 46 


1115 


87 13 97 


8114 


88 40 56 


8181 




Pollux 


W. 


61 90 3-2 


9075 


69 40 19 


1074 


64 17 53 


8073 


H5 46 35 


1079 




Regulns 


W. 


94 56 51 


9197 


96 94 98 


1199 


97 59 11 


1116 


20 20 1 


1110 



XIV. 



MAY, 1856. 



87 









GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


h 
^ 


Ster'i Nam* 




P.L 




P. L. 




P.L. 




P. L. 1 


and 




Midnight. 


of 


XVli. 


of 


XVlIlh. 


of 


XXP>. 


of 


PosiOon. 




DIff. 




Diff. 




Diff. 




DUL 


1 


Antares 


W. 


O • II 

117 38 10 


9068 


O 1 II 

119 29 27 


3066 


121 20 49 


3062 


O 1 ,1 

123 12 16 


«n. i 




a AqoilaB 


W. 


70 2 44 


aoao 


71 SI 43 


8036 


73 1 12 


8013 


74 31 9 


SPftI i 




Sun 


E. 


36 7 29 


3887 


34 23 35 


3883 


32 39 36 


3360 


30 55 32 


3378 


^ 


Suv 


W. 


33 6 


9f7U 


33 41 22 


9781 


35 17 21 


3749 


36 52 56 


1 
9767 




Regains 


E. 


60 26 13 


3404 


67 42 44 


3433 


65 59 40 


3480 


64 17 1 


3466 




Mars 


E. 


104 46 8 


3M6 


103 1 44 


3M8 


101 17 45 


3401 


99 34 11 


3410 


7 


Sum 


W. 


44 44 49 


3600 


46 17 59 


3070 


47 60 45 


3606 


49 23 7 


9016 




Regtdos 


E. 


55 49 67 


3546 


54 9 48 


3664 


62 30 4 


3668 


60 60 46 


9001 




Mars 


E. 


91 2 44 


3fi06 


89 21 42 


3697 


87 41 6 


3646 


86 65 


9668 




Spica 


E. 


109 50 39 


3616 


108 10 15 


3668 


106 30 16 


3070 


104 50 39 


9668 


8 


Sun 


W. 


56 59 1 


8000 


68 29 2 


8037 


69 68 41 


8046 


61 27 66 


8068 




Saturn 


W. 


18 31 31 


3600 


20 3 51 


3800 


21 36 23 


3884 


23 9 2 


9883 




Regulus 


E. 


42 40 31 


3004 


41 3 43 


9712 


39 27 19 


3780 


37 61 19 


9740 




Mars 


E. 


77 46 10 


3063 


76 8 25 


3060 


74 31 4 


9067 


72 64 6 


9708 




Spica 


E. 


96 38 37 


3074 


95 1 22 


9001 


93 24 30 


9107 


91 48 


3794 


9 


Sun 


W. 


68 48 58 


S148 


70 16 9 


8164 


71 43 1 


8180 


73 9 34 


8106 




Saturn 


W. 


30 61 27 


3013 


32 23 30 


9091 


33 65 22 


9001 


35 27 3 


9041 




Regulus 


E. 


29 57 27 


3843 


28 23 54 


'9609 


26 50 46 


9681 


25 18 3 


9901 




Mars 


E. 


64 54 48 


3786 


63 20 


9000 


61 45 32 


9816 


60 11 23 


9880 




Spica 


E. 


83 50 51 


3803 


82 16 27 


9818 


80 42 23 


9888 


79 8 38 


9847 


10 


Sun 


W. 


80 17 53 


8906 


81 42 44 


8970 


83 7 20 


3903 


84 31 41 


8804 




Saturn 


W. 


43 2 13 


8901 


44 32 37 


8001 


46 2 49 


8010 


47 32 49 


8090 




Pollux 


W. 


19 27 4 


3030 


20 58 57 


9081 


22 30 37 


3041 


24 2 4 


9961 




Mars 


E. 


52 25 19 


3808 


50 52 58 


9011 


49 20 53 


9933 


47 49 3 


9086 




Spica 


E. 


71 24 15 


3013 


69 52 12 


9034 


68 20 24 


3086 


66 48 51 


9047 


11 


Sun 


W. 


91 30 6 


8S68 


92 53 11 


8867 


94 16 5 


8376 


95 38 49 


8886 




Saturn 


W. 


54 59 59 


8063 


56 28 54 


80T0 


57 57 40 


8078 


59 26 17 


8084 




Pollux 


W. 


31 36 17 


9097 


33 6 33 


8006 


34 36 40 


8013 


36 6 37 


8090 




Mars 


E. 


40 13 24 


30B6 


38 42 54 


9006 


37 12 36 


8006 


35 42 29 


8019 




Spica 


E. 


59 14 25 


3007 


57 44 8 


8006 


56 14 2 


8014 


54 44 6 


8031 




Antares 


E. 


105 7 4 


3903 


103 36 42 


8001 


102 6 30 


8000 


100 36 28 


8017 


13 


Sun 


W. 


102 30 22 


8417 


103 52 19 


8493 


105 14 11 


8436 


106 35 58 


8481 




Saturn 


W. 


66 47 29 


8113 


68 15 24 


8117 


69 43,13 


8130 


71 10 58 


8134 




Pollux 


W. 


43 34 20 


8060 


45 3 31 


8064 


46 32 37 


8060 


48 1 37 


8061 




Mars 


E. 


28 14 12 


8047 


26 44 57 


8063 


25 15 49 


8067 


23 46 47 


8069 




Spica 


E. 


47 16 36 


8063 


45 47 29 


8068 


44 18 28 


8063 


42 49 33 


8066 




Antares 


E. 


93 8 29 


8047 


91 39 15 


8063 


90 10 6 


8066 


88 41 3 


8060 


13 


Sun 


W. 


113 23 51 


3446 


114 45 16 


8447 


116 6 40 


3448 


117 28 2 


8448 




Saturn 


W. 


78 28 51 


8136 


79 56 18 


8186 


81 23 44 


8187 


82 51 9 


8187 




Pollux 


W. 


55 25 47 


8073 


56 64 29 


8074 


58 23 10 


8074 


59 51 51 


8076 




Spica 


E. 


35 26 2 


8083 


33 57 29 


8084 


32 29 


8086 


31 32 


8087 




Antares 


E. 


81 16 44 


8073 


79 48 


8073 


78 19 17 


8078 


76 50 35 


8074 


14 


Sun 


W. 


124 15 5 


8444 


125 36 32 


8448 


126 58 1 


8441 


128 19 31 


8440 




Saturn 


W. 


90 8 25 


8181 


91 35 57 


8199 


93 3 31 


8136 


94 31 


8194 




Pollux 


w. 


67 15 19 


80T0 


68 44 6 


. 8068 


70 12 54 


8066 


71 41 46 


8063 




Regulus 


w. 


30 47 58 


8106 


32 16 1 


8100 


33 44 11 


8006 


35 12 27 


8090 



88 



miAT, 1856. 



XV. 







GREENWICH MEAN 


TIME. 






1 


1 

LUNAR DISTANCES. 

1 


1^ 


8ter*8 Nan 


M 




P.L. 




P.L. 




P.L. 




1 
P.L. 




aod 




Noon. 


of 


IIP». 


of 


VPi. 


of 


1X>- 


of 


14 


Positka. 






DifL 




Difl. 




DUL 




BUL 


Spica 


E. 


O J l< 

20 33 7 


S087 


O 1 u 

38 3 43 


8088 


o 1 u 
26 35 18 


8069 


O 1 II 

25 6 55 


8800 




Antares 


£. 


75 31 54 


8071 


73 53 13 


8078 


72 24 31 


8079 


70 55 47 


8071 


15 


Saturn 


W. 


95 58 49 


SlSl 


97 36 33 


8117 


98 54 22 


8114 


100 22 15 


8110 




Pollux 


W. 


73 10 43 


SOW 


74 39 43 


8066 


76 8 46 


8089 


77 37 65 


8047 




Regulos 


W. 


36 40 49 


aoe» 


38 9 17 


8079 


39 37 52 


8078 


41 6 34 


8060 




Antares 


£. 


63 31 34 


aofs 


63 3 33 


8068 


60 33 28 


8061 


59 4 18 


8046 




a Aquile 


E. 


110 54 


4044 


109 43 4 


4099 


108 31 46 


4001 


107 20 7 


8081 


16 


Pollux 


W. 


85 5 7 


8091 


86 34 54 


8016 


88 4 48 


8000 


89 34 50 


8003 




Regulus 


W. 


48 31 48 


8087 


50 1 15 


8080 


51 30 50 


8098 


53 34 


8016 




Antares 


E. 


51 37 1 


8039 


50 7 15 


8016 


48 37 21 


8009 


47 7 19 


8001 




a Aquile 


E. 


101 17 18 


8897 


100 3 55 


8888 


98 50 18 


8889 


97 36 27 


8806 


17 


Pollux 


W. 


97 7 8 


900T 


98 38 3 


9066 


100 9 7 


9061 


101 40 21 


9049 




ReguluB 


W. 


60 31 31 


2976 


63 3 11 


9060 


63 33 2 


9009 


65 4 3 


9068 




Mars 


W. 


35 15 19 


9086 


26 45 50 


9978 


28 16 30 


9870 


29 47 20 


9063 




Antares 


E. 


39 34 57 


9100 


38 4 2 


. 9060 


36 32 58 


9051 


35 1 44 


9043 




a Aquile 


E. 


91 24 13 


8806 


90 9 15 


8796 


88 54 11 


8799 


87 39 


8186 




Fomalhaut 


E. 


130 48 55 


8997 


119 23 18 


8911 


117 57 22 


8197 


116 31 9 


8189 


18 


Pollux 


W. 


109 19 11 


9000 


110 51 30 


9881 


112 24 


9868 


113 56 41 


9871 




Regulus 


W. 


73 41 53 


9800 


74 13 59 


9901 


75 46 17 


9801 


77 18 47 


9889 




Mars 


W. 


37 33 58 


9099 


38 55 49 


9914 


40 27 50 


9006 


42 2 


9896 




Spica 


W. 


18 40 11 


9899 


20 11 53 


9910 


. 21 43 52 


9004 


.23 16 6 


9809 




Antares 


E. 


37 33 3 


9801 


25 50 45 


9808 


24 18 17 


9864 


22 45 38 


9876 




a Aquile 


E. 


81 31 38 


8706 


80 5 59 


8764 


78 50 19 


8766 


77 34 40 


8766 




Fomalhaat 


E. 


109 15 50 


8114 


107 47 58 


8109 


106 19 51 


8080 


104 51 29 


8078 


19 


Regulus 


W. 


85 4 14 


9888 


86 37 55 


9896 


88 11 50 


9818 


89 45 55 


9808 




Mars 


W. 


49 43 49 


9863 


51 17 8 


9844 


52 50 39 


96S5 


54 24 22 


9896 




Spica 


W. 


31 53 


9836 


32 34 32 


9696 


34 8 24 


9816 


35 42 39 


9806 




a Aquile 


E. 


71 17 18 


8704 


70 2 10 


8806 


68 47 13 


8616 


67 32 29 


8830 




Fomalhaut 


E. 


97 36 7 


8099 


95 56 22 


8019 


94 26 24 


8009 


92 56 14 


9609 




aPegasi 


E. 


117 45 7 


8969 


116 19 59 


8989 


114 54 28 


8918 


113 28 34 


8104 


30 


Regulus 


W. 


97 39 36 


9761 


99 14 45 


9769 


100 50 16 


9743 


102 25 59 


9734 




Mars 


W. 


63 15 47 


9789 


63 50 39 


9779 


65 25 43 


9764 


67 58 


9755 




Spica 


W. 


43 36 11 


9766 


45 11 34 


9748 


46 47 10 


9789 


48 22 59 


9730 




a Aquile 


E. 


61 33 5 


8036 


60 10 22 


8966 


58 58 8 


4000 


57 46 28 


4036 




Fomalhaut 


E. 


85 33 31 


9047 


83 51 2 


9980 


82 19 32 


9931 


80 47 63 


9034 




a Pegasi 


E. 


106 13 51 


Sill 


104 45 56 


8097 


103 17 43 


8063 


101 49 13 


8069 




Jupiter 


E. 


116 35 30 


9818 


115 1 19 


9804 


113 26 66 


9796 


111 52 21 


9r?86 


21 


Regulus 


W. 


110 37 34 


9869 


112 4 28 


9681 


113 41 34 


9672 


115 18 62 


9663 




Mars 


W. 


75 8 


9711 


76 36 33 


9708 


78 13 9 


9895 


79 49 56 


9086 




Spica 


W. 


56 25 9 


9868 


58 2 12 


9878 


59 39 28 


9664 


61 16 56 


9656 




a Aquile 


E. 


51 58 34 


4969 


50 61 21 


4867 


49 45 21 


4486 


48 40 31 


4619 




Fomalhaut 


E. 


73 7 35 


9893 


71 34 57 


9867 


70 2 22 


9863 


68 29 41 


9680 1 




a Pegasi 


E. 


94 33 48 


8019 


92 52 50 


3001 


91 22 39 


9803 


89 52 17 


9964 




Jupiter 


E. 


103 56 19 


9786 


102 20 30 


9799 


100 44 28 


9790 


99 8 16 


9710 1 


23 


Mars 


W. 


87 56 43 


9644 


89 34 37 


9886 


91 12 43 


9898 


92 51 


I 
9690 




Spica 


W. 


69 27 17 


9611 


n 5 57 


9009 


72 44 49 


9603 


74 23 53 


9666 1 




Antares 


W. 


33 33 57 


9611 


26 11 37 


9601 


26 50 30 


9698 


28 29 35 


9866 



XVI. 



MAY, 1856. 



89 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 

1 
I 


i! 


Star'aNuM 




P. L. 




P.L. 




P.L. 




P.L. 


and 
Poiitfan. 




Midnight. 


of 
Diff. 


XVh. 


of 
TAB. 


xvim 


or 

DUL 


XXJh, 


or 

Diff. 


14 


Spica 


E. 


23 98 33 


8001 


O 1 w 

22 10 12 


8009 


O 1 II 

20 41 53 


8000 


O 1 N 

19 13 35 


8000 




Anuires 


£. 


69 97 2 


wm 


67 58 14 


8007 


66 29 24 


8005 


65 31 


8061 


15 


Satnrn 


W. 


101 50 13 


S105 


103 18 16 


8100 


104 46 26 


8000 


106 14 41 


8000 




PoHox 


W. 


79 7 9 


KMS 


80 36 29 


8080 


82 5 55 


8003 


83 35 27 


8086 




Regulus 


W 


42 35 22 


S06S 


44 4 17 


8006 


45 33 20 


8051 


47 2 30 


8044 




Antares 


E. 


57 35 2 


8041 


56 5 40 


8007 


54 36 13 


8089 


53 6 40 


8097 




a Aqoils 


E. 


106 8 9 


8003 


104 55 52 


8044 


103 43 17 


8098 


102 30 26 


8019 


16 


PoUax 


W. 


01 5 


8005 


92 35 19 


aooo 


94 5 46 


9061 


95 36 23 


9074 




Regulos 


W. 


54 30 28 


8000 


56 30 


8001 


57 30 41 


9004 


59 1 1 


9980 




Antaree 


E. 


45 37 8 


soot 


44 6 48 


8088 


42 36 20 


9081 


41 5 43 


9973 




a AquilflB 


E. 


96 22 23 


8845 


95 8 7 


8838 


93 53 39 


8899 


92 39 


8814 


17 


Pollax 


W. 


103 11 46 


8964 


104 43 21 


9090 


106 15 7 


9018 


107 47 3 


9000 




Regolos 


W. 


66 35 16 


8044 


68 6 39 


9000 


69 38 12 


9097 


71 9 56 


9018 




Man 


W. 


31 18 19 


90S6 


32 49 28 


9040 


34 20 48 


9000 


35 52 18 


9901 




Antares 


E. 


33 30 20 


8000 


31 58 47 


9097 


30 27 3 


9010 


28 55 8 


9010 




a Aqaile 


E. 


86 23 42 


8770 


85 8 18 


tn4 


83 52 49 


8770 


82 37 15 


8707 




Fomalhaut 


E. 


115 4 38 


8168 


113 37 50 


8168 


112 10 46 


8141 


110 43 26 


8196 


18 


PollttX 


W. 


115 29 34 


9804 


117 2 38 


9855 


118 35 55 


9840 


120 9 92 


9687 




Regolas 


W. 


78 51 29 


38T8 


80 24 23 


9804 


81 57 28 


9855 


83 30 45 


9845 




Mars 


W. 


43 32 25 


9806 


45 4 59 


9880 


46 37 44 


9871 


48 10 41 


9869 




Spica 


W. 


24 48 35 


9881 


26 21 18 


9870 


27 54 15 


9850 


29 27 27 


9848 




Antares 


E. 


21 12 49 


9868 


19 39 49 


9800 


18 6 39 


9859 


16 33 18 


98tt 




a Aqaila 


E. 


76 19 2 


troo 


75 3 28 


8778 


73 47 58 


8780 


72 32 35 


8760 




Fomalhaat 


E. 


103 22 58 


8007 


101 54 3 


8005 


100 24 58 


8048 


98 55 39 


8088 


19 


Regains 


W. 


91 20 13 


9708 


92 54 43 


9780 


94 29 25 


9770 


96 4 20 


9r70 




Mars 


W. 


55 58 16 


8817 


57 32 21 


9808 


59 6 38 


9700 


60 41 7 


9701 




Spica 


W. 


37 16 47 


9797 


38 51 19 


9780 


40 26 3 


97T7 


42 1 1 


9708 




a Aqnile 


E. 


66 17 58 


8847 


65 3 44 


8805 


63 49 49 


8886 


69-86 15 


8810 




Fomalhaat 


E. 


91 25 51 


9009 


89 55 16 


9078 


88 24 29 


9064 


86 53 80 


9055 




aPegasi 


E. 


112 2 18 


8177 


110 35 41 


8100 


109 8 44 


8148 


107 41 27 


8196 


90 


Regains 


W. 


104 1 55 


979S 


105 38 2 


9710 


107 14 21 


9707 


108 50 52 


9006 




Mars 


W. 


68 36 25 


9747 


70 12 3 


9738 


71 47 53 


9790 


73 23 55 


9790 




Spica 


W. 


49 58 59 


9719 


51 35 13 


9710 


53 11 39 


9701 


54 48 18 


9009 




a Aqnile 


E. 


56 35 24 


40T7 


55 25 


4191 


54 15 19 


4171 


53 6 25 


4«7 




Fomalhaat 


E. 


79 16 4 


9016 


77 44 6 


9010 


76 12 


9004 


74 39 46 


9808 




a Pegasi 


E. 


100 20 26 


80M 


98 51 23 


8045 


97 22 6 


8003 


95 59 84 


8099 




Jupiter 


E. 


110 17 34 


9nd 


108 42 34 


9700 


107 7 22 


9756 


105 31 57 


9747 


21 


Regalas 


W. 


116 56 22 


96A4 


118 34 4 


9640 


120 11 57 


9688 


121 50 


9080 




Mars 


W. 


81 26 55 


9678 


83 4 5 


9000 


84 41 26 


9661 


86 18 58 


9009 




Spica 


W. 


62 54 36 


9046 


64 32 28 


9637 


66 10 32 


9098 


67 48 49 


9090 




a Aqaila 


E. 


47 36 66 


4010 


46 34 44 


4717 


45 33 59 


4881 


44 84 48 


4901 




Fomalhaat 


E. 


66 56 56 


98T6 


65 24 7 


9874 


63 51 15 


9879 


62 18 20 


9871 




a Pegasi 


E. 


88 21 43 


9975 


86 50 59 


9066 


85 20 4 


9000 


83 49 1 


9954 




Jupiter 


E. 


97 31 50 


9701 


95 55 13 


9602 


94 18 23 


9068 


92 41 91 


9074 


99 


Mars 


W. 


94 29 28 


9019 


96 8 6 


9004 


97 46 55 


9900 


99 25 56 


9666 




Spica 


W. 


76 3 8 


9sn 


77 42 35 


9609 


79 22 18 


9500 


81 2 3 


9558 




Antares 


w. 


30 8 51 


9070 


31 48 19 


9507 


33 27 59 


9560 


35 7 51 


9651 



12 



90 



MAY, 1856. 



XVII. 



GREENWICH MEAN TIME. 








LUNAR DISTANCES 


• 








^4 


Ster'i Nam* 
and 


Noon. 


P.L. 
of 


nih- 


P.L. 
of 


Vlh. 


P.L. 
of 


DO*. 


P.L. 

or 


33 


Position. 






DiiL 


• 


Diff. 




DIff 




DHL 


Fomalhaut 


E. 


O 1 1$ 

60 45 24 


3870 


o 1 n 
69 12 27 


9871 


O 1 »l 

57 39 31 


9878 


O 1 N 

56 6 38 


9876 




a Pegasi 


E. 


82 17 60 


9M7 


80 46 31 


9943 


79 15 5 


9938 


77 43 34 


9988 




Jupiter 


E. 


91 4 7 


9866 


89 26 41 


3667 


87 49 3 


9648 


86 11 13 


9640 


.93 


Mara 


W. 


101 5 7 


Sfieo 


102 44 29 


9678 


104 24 1 


9566 


106 3 44 


9587 




Spica 


w. 


82 42 4 


9643 


84 22 17 


96S6 


86 2 41 


9637 


87 43 16 


9519 




Antares 


w. 


36 47 54 


9643 


38 28 9 


9683 


40 8 36 


9636 


41 49 15 


95n 




Fomalhaut 


E. 


48 23 37 


3911 


46 51 32 


3934 


45 19 43 


9989 


43 48 14 


9960 




a Pegasi 


E. 


70 4 55 


3934 


68 33 6 


9934 


67 1 18 


9936 


65 29 32 


9999 




Jupiter 
a Arietis 


E. 


77 59 12 


966e 


76 20 14 


9690 


74 41 6 


3563 


73 1 45 


3878 




E. 


111 29 4 


9600 


109 50 9 


9691 


108 11 1 


3663 


106 31 41 


9579 




Sun 


E. 


137 33 17 


avn 


135 59 29 


9B68 


134 26 29 


3866 


132 53 17 


9B4B 


24 


Spica 


W. 


96 9 1 


3480 


97 50 43 


9473 


99 32 36 


9464 


101 14 40 


9456 




Antares 


w. 


50 15 12 


94T7 


51 56 58 


3470 


53 38 64 


9463 


55 21 2 


9154 




a Pegasi 


E. 


57 52 9 


9963 


56 21 10 


3976 


54 50 26 


9969 


63 19 59 


8004 




Jut>iter 


E. 


64 42 13 


9683 


63 1 44 


3634 


61 21 4 


3516 


59 40 13 


9608 




a Arietb 


E. 


98 11 54 


3639 


96 31 21 


9631 


94 50 37 


9613 


93 9 41 


9505 




Sun 


E. 


125 4 16 


9804 


123 29 53 


9796 


121 55 19 


9787 


120 20 34 


9779 


25 


Spica 


W. 


109 47 44 


3418 


111 30 53 


9410 


113 14 13 


9403 


114 57 43 


9898 




Antares 


W. 


63 54 24 


9416 


65 37 37 


9406 


67 21 1 


9400 


69 4 36 


9893 




Jupiter 
a Arietis 


E. 


51 13 13 


3469 


49 31 16 


9409 


47 49 9 


9458 


46 6 50 


9146 




E. 


84 42 21 


3467 


83 22 


9460 


81 18 12 


9468 


79 35 52 


9146 ■ 




Sun 


£. 


112 24 


9786 


110 48 7 


9798 


109 12 4 


9719 


107 35 50 


9719 


26 


Antares 


W. 


77 45 10 


3866 


79 29 49 


9848 


81 14 38 


9841 


82 59 37 


9884 




Jupiter 
a Arietis 


E. 


37 32 37 


3408 


35 49 14 


9401 


34 5 41 


9394 


32 21 68 


9867 




E. 


71 1 51 


M16 


69 18 37 


9409 


67 35 14 


9403 


65 51 43 


9897 




Sun 


E. 


09 32 2 


9673 


97 54 45 


9664 


96 17 17 


9667 


94 39 39 


96« 


27 


Antares 


W. 


91 47 4 


9901 


93 33 2 


9391 


95 19 10 


9986 


97 5 27 


9981 




a Aquiks 


W. 


50 33 47 


8937 


51 46 39 


8843 


53 57 


8764 


54 16 37 


8899 




a Arietis 


E. 


57 12 21 


9876 


55 28 11 


3878 


53 43 57 


9870 


51 59 39 


9867 




Sun 


E. 


86 28 59 


9618 


84 60 22 


9607 


83 11 36 


9600 


81 32 41 


9608 


28 


Antares 


W. 


105 59 8 


9368 


107 46 16 


9948 


109 33 32 


9343 


111 20 55 


9989 




a Aquila 


W. 


60 52 14 


8413 


62 14 16 


8371 


63 37 6 


8380 


65 43 


8988 




a Arietis 


E. 


43 17 39 


9868 


41 33 19 


9879 


39 49 4 


3876 


38 4 65 


9889 




Sun 


E. 


73 15 56 


9664 


71 36 11 


9669 


69 56 19 


3568 


68 16 20 


9549 


29 


a Aquile 


W. 


72 8 19 


8168 


73 35 24 


8138 


75 2 54 


8114 


76 30 46 


8008 




Fomalhaut 


W. 


40 41 1 


9689 


42 17 66 


9666 


43 55 36 


9634 


45 33 59 


9606 




Sun 


E. 


59 54 53 


9638 


58 14 18 


3536 


66 33 40 


963i 


54 52 58 


9531 


30 


a AquilaB 


W. 


83 64 17 


8046 


85 23 33 


8041 


86 52 65 


8037 


88 22 22 


8065 




Fomalhaut 


W. 


53 64 


9499 


55 35 14 


9486 


67 16 47 


9476 


58 58 36 


9468 




Jupiter 


w. 


18 49 24 


9360 


20 36 37 


3349 


22 23 51 


9949 


24 11 6 


9949 




Sun 


E. 


46 28 58 


9617 


44 48 8 


9617 


43 7 19 


9618 


41 26 31 


9590 


31 


a AquilaB 


W. 


95 49 16 


8066 


97 18 19 


8066 


98 47 11 


. 8078 


100 15 48 


8091 




Fomalhaut 


W. 


67 30 43 


9436 


69 13 28 


9433 


70 56 16 


9431 


72 39 7 


9480 




Jupiter 


W. 


33 7 6 


3366 


34 54 12 


9356 


36 41 13 


9961 


38 28 10 


9964 




Sun 


E. 


33 3 29 


3540 


31 23 12 


9546 


29 43 2 


9563 


28 3 2 


9680 



XVIII. 



MAY, 1856. 



91 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 


u 


Bter'sNaaM 

and 

PoriOon. 


Midnight. 


PL. 

of 
Dlft 


XVb. 


P.L. 

of 

Difl. 


xvniJi. 


P.L. 

of 

Dur 


XXIh. 


P.L. 
of 


^ 










♦ 


















O 1 M 




O 1 H 




O 1 H 




o « 




S3 


Foraalhaut 


E. 


54 33 48 


9880 


53 1 3 


9885 


51 38 35 


9803 


49 55 56 


9900 




a Pegasi 


E. 


76 11 67 


9930 


74 40 16 


9937 


73 8 31 


3935 


71 36 44 


9994 




Japiter 


E. 


64 33 13 


9031 


83 54 59 


9638 


81 r6 35 


9614 


79 37 59 


9006 


S3 


Mars 


W. 


107 43 38 


95fl0 


109 33 43 


3543 


111 3 57 


9535 


113 44 33 


9697 




Spica 


W. 


89 34 3 


3511 


91 5 1 


3508 


93 46 10 


9495 


94 87 30 


9487 




Antares 


W. 


43 30 4 


3009 


45 11 5 


9509 


46 53 16 


9494 


48 33 38 


9485 




Fomalhant 


E. 


43 17 8 


9080 


40 46 30 


8006 


39 16 35 


8085 


37 46 56 


8015 




a Pegasi 


E. 


63 57 50 


99n 


63 36 13 


3939 


60 54 43 


9945 


59 33 31 


9958 




Japiter 
a Arietis 


E. 


71 33 13 


saes 


69 43 30 


3557 


68 3 36 


3548 


66 33 30 


9540 




E. 


104 53 8 


9668 


103 13 33 


3554 


101 33 35 


9546 


99 53 15 


9588 




Son 


E. 


131 19 53 


9S89 


139 46 15 


3881 


138 13 37 


9833 


136 38 37 


9618 


S4 


Spica 


W. 


103 56 55 


9448 


104 39 31 


3441 


106 31 58 


9488 


108 4 45 


9495 




Antares 


W. 


57 3 80 


9445 


58 45 50 


3488 


60 38 30 


9430 


63 11 32 


9498 




a Pegasi 


E. 


51 49 51 


8038 


60 30 7 


8045 


48 50 50 


8071 


47 33 6 


8103 




Japiter 


E. 


57 59 11 


3fi00 


56 17 58 


3493 


54 36 34 


9485 


53 54 59 


9cn 




a Arietis 


E. 


91 38 35 


3467 


89 47 18 


3189 


88 5 50 


9483 


86 34 11 


9474 




Sun 


E. 


118 45 38 


9770 


117 10 30 


9761 


115 35 11 


9758 


113 59 41 


9744 


S5 


Spica 


W. 


110 41 34 


3S89 


118 36 15 


3881 


130 9 17 


9878 


131 63 30 


9806 




Antares 


W. 


70 48 33 


3385 


73 33 18 


3878 


74 16 35 


9371 


76 43 


3868 




Jupiter 


E. 


44 34 31 


9488 


43 41 41 


9481 


40 58 50 


9494 


39 15 49 


9416 




a Arietis 


E. 


77 53 33 


3438 


76 10 43 


9433 


74 37 56 


9496 


73 44 67 


9490 




Sun 


E. 


105 59 36 


9704 


104 33 51 


9605 


103 46 5 


9688 


101 9 9 


9660 


S6 


Antares 


W. 


84 44 47 


9827 


86 30 7 


3831 


88 15 36 


9314 


90 1 15 


9801 




Jupiter 
a Arietis 


E. 


30 38 5 


9880 


38 54 3 


9373 


37 9 49 


3366 


35 35 36 


9850 




E. 


64 8 4 


9893 


63 34 18 


9887 


60 40 35 


9383 


58 56 36 


9879 




Sun 


E. 


93 1 51 


9641 


91 33 53 


9635 


89 45 44 


9697 


88 7 36 


9691 


S7 


Antares 


W. 


98 51 54 


9775 


100 38 30 


9970 


103 35 14 


9964 


104 13 7 


9356 




a Aqails 


W. 


55 33 33 


8636 


56 51 39 


8565 


58 10 51 


8510 


59 31 4 


8480 




a Arietis 


E. 


50 15 17 


9866 


48 30 53 


9865 


46 46 38 


9865 


45 3 3 


9866 




Sun 


E. 


79 53 37 


9567 


78 14 34 


9581 


76 35 3 


9674 


74 55 33 


9669 


88 


Antares 


W. 


113 8 35 


9984 


114 56 3 


9999 


116 43 46 


9335 


118 31 37 


9990 




a Aquilse 


W. 


66 35 3 


89S0 


67 50 3 


8330 


69 15 36 


8303 


70 41 43 


8178 




a Arietis 


E. 


36 30 55 


9891 


34 37 7 


3409 


33 53 35 


9416 


31 10 33 


9481 




Sun 


E. 


66 36 15 


9545 


64 56 4 


9540 


63 15 46 


9585 


61 35 33 


9589 


S9 


a Aqaile 


W. 


77 58 58 


8084 


79 37 37 


8071 


80 56 13 


8061 


83 25 9 


8063 




Fomalhaut 


W. 


47 13 59 


9579 


48 53 33 


9551 


60 33 36 


9581 


53 13 6 


9514 




Sun 


E. 


53 13 14 


9519 


51 31 37 


9517 


49 50 38 


9517 


48 9 48 


9517 


30 


a Aqnilse 


W. 


89 51 51 


8037 


91 31 18 


8089 


93 50 43 


8043 


94 30 3 


8048 




Fomalhaut 


W. 


60 40 41 


3453 


63 33 


9447 


64 5 38 


3443 


65 48 3 


9488 




Jupiter 


W. 


35 58 30 


9949 


37 45 34 


9950 


39 32 47 


9351 


31 19 58 


9968 




Sun 


E. 


39 45 45 


9598 


38 5 4 


9536 


36 24 26 


9580 


34 43 54 


9685 


31 


a Aquilae 


W. 


101 44 9 


8106 


103 13 11 


8134 


104 39 53 


8148 


106 7 11 


8197 




Fomalhaut 


W. 


74 31 59 


9499 


76 4 53 


3430 


77 47 45 


9433 


79 30 33 


9486 




Jupiter 


W. 


40 15 3 


9968 


43 1 48 


3973 


43 48 37 


9978 


45 34 59 


S988 




Sun 


E. 


36 33 13 


9569 


34 43 34 


3579 


33 4 11 


9594 


81 36 8 


9615 



92 



JUNE, 1856. 



AT GREENWICH APPAEENT NOON. 



i 



OlCft* 

Mod. 
Tues. 

Wed. 
Thur. 
Fri. 

Sat 
Sun. 
Mon. 

Tues. 
Wed. 
Thur. 

Fri. 
Sat 
Suit. 

Mod. 
Tues. 
Wed. 

Thur. 

Fri. 

Sat 

Sun, 
Mon. 
Tues. 

Wed. 
Thur. 
Fri. 

Sat 
Sun. 
Mon. 

Tues. 



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 



Appanni 

Bight 



h. m. ■. 

4 38 9.72 
4 42 15.68 
4 46 22.04 

4 50 28.73 
4 54 35.76 

4 58 43.11 

5 2 50.76 
5 6 58.65 
5 11 6.81 

5 15 15.18 
5 19 23.78 
5 23 82.55 

5 27 41.48 
5 31 50.55 
5 35 59.73 

5 40 9.03 
5 44 18.39 
5 48 27.80 

5 52 37.26 

5 56 46.74 

6 56.25 

6 5 5.72 
6 9 15.16 
6 13 24.53 

6 17 33.83 
6 21 43.03 
6 25 52.09 

6 30 1.00 
6 34 9.74 
6 38 18.27 

6 42 36.58 



DOLfbr 
Iboar. 



0.2S9 
0.255 
0.271 

0.285 
0.299 
0.311 

0.822 
0.833 
0.848 

0.852 
0.861 
0.368 

0.874 
0.879 
0.884 

0.888 
0.890 
0.892 

0.898 
0.394 
0.894 

10.392 
0.891 
0.889 

[0.884 
0.879 
0.874 

10.866 
0.858 
0.850 

10.340 



Jpptrttu 



N.22 7 37.3 
22 15 25.6 
22 22 5a6 

22 29 52.3 
22 36 30.3 
22 42 44.5 

22 48 34.7 
22 54 0.8 

22 59 2.8 

23 3 40.5 
23 7 53.9 
23 11 42.8 

23 15 7.3 
23 18 7.0 
23 20 42.2 

23 22 52.8 
23 24 38.7 
23 25 59.8 

23 26 56.1 
23 27 27.6 
23 27 34.5 

23 27 16.7 
23 26 33.9 
23 25 26.4 

23 23 54.3 
23 21 57.4 
23 19 36.0 

23 16 49.9 
23 13 39.3 
23 10 4.2 

N.28 6 4.8 



Diff.ftnr 
1 hoor. 



19.99 
19.02 
18.05 

17.08 
16.08 
16.08 

14.08 
13.08 
12.07 

11.06 
10.04 
9.02 

7.99 
6.96 
5.94 

4.92 
3.89 
2.85 

1.83 
0.80 
0.23 

1.27 
2.29 
3.81 

4.84 
5.37 
6.40 

7.43 
8.44 
9.46 

10.47 



ScoU. 



15 48.16 
15 48.02 
15 47.92 

15 47.80 
15 47.68 
15 47.56 

15 47.45 
15 47.35 
15 47.25 

15 47.16 
15 47.08 
15 47.00 

15 46.91 
15 46.83 
15 46.75 

15 46.69 
15 46.62 
15 46.56 

15 46.50 
15 46.44 
15 46.39 

15 46.34 
15 46.30 
15 46.26 

15 46.22 
15 46.18 
15 46.15 

15 46.13 
15 46.11 
15 46.09 

15 46.08 



sidereal 
Tfane 
or Am 

Semldl- 



tiM 

Moid* 



68.43 
68.48 
68.54 

68.59 
68.64 
68.69 

68.73 
68.77 
68.81 

68.84 
68.87 
68.90 

68.91 
68.93 
68.95 

68.96 
68.97 
68.97 

68.98 
68.98 
68.98 

68.97 
68.97 
68.96 

68.94 
68.93 
68.89 

68.86 
68.83 
68.80 

68.76 



Time, 
tobt 



frOtn 



adtUdto 

Appvmi 

Titnt. 



2 26.55 

2 17.18 

2 7.41 

1 57.29 

1 46.86 

1 36.10 

1 25.04 

1 13.74 

1 2.17 

50.39 

38.37 

26.19 

13.86 

1.39 



11.20 

23.90 

86.69 

49.51 

1 2.37 
1 15.25 
1 28.17 

1 41.04 

1 58.88 

2 6.66 

2 19.37 

2 31.98 

2 44.44 

2 56.75 

3 8.90 
8 20.83 

8 82.56 



DHL 
for 



ft. 

0.388 
0.399 
0.414 

0.428 
0.442 
0.455 

0.466 
0.476 
0.486 

0.494 
0.502 
0.509 

0.516 
0.522 
0.527 

0.582 
0.535 
0.586 

0.587 
0.538 
0.588 

0.597 
0.535 
0J»1 

0.527 
0.522 
0.516 

0.509 
0.501 
0.498 

0.488 



Hon. — J 



iTlMortlMfl 



( Oi.18 Chan Um SIdmal Ite*. 



II. 



JUNE, 1856« 



oa 







AT GREENWICH MEAN 


NOON. 






i 

1 


4 
1 


THE SUN'S 


Mqximikmct 

Tim*, 

tolm 

wUhdf 


DI& 

tot 

Ihoor. 


BUmmI 

TlM. 


subtraeted 
frtmi 
Mean 
Time, 


Appanni 
Bight Amoalm. 


DULfbr 
Iboar. 


Jppaumi 


DULfbr 
Ihour. 


SUH, 

Mon. 
Tues. 


1 

2 
3 


h. m. a. 

4 38 10.14 
4 42 16.07 
4 46 22.40 


s. 

10.239 
10.255 
10.271 


N.S» '7 88.1 
22 15 26.3 
22 22 51.2 


19.99 
19.02 
18.05 


m. ■. 

2 26.54 
2 17.17 
2 7.40 


0.388 
0.399 
0.414 


h. m. •. 

4 40 36.68 
4 44 83.24 
4 48 29.80 


Wed. 
Thur. 
Fri. 


4 
5 
6 


4 50 29.06 
4 54 36.06 
4 5& 43.38 


10.285 
10.299 
10.811 


22 29 52.8 
22 36 30.8 
22 42 44.9 


17.08 
16.08 
15.08 


1 57.80 
1 46.86 
1 36.10 


0.428 
0.442 
0.455 


4 52 26.36 

4 56 22.92 

5 19.48 


Sat. 
Sun. 
Mon. 


7 
8 
9 


5 2 51.00 
5 6 58.86 
5 11 6.99 


10.822 
10.883 
10.843 


22 48 35.0 
22 54 1.1 
22 59 3.0 


14.08 
13.08 
12.07 


1 25.04 
1 13.74 
1 2.17 


0.466 
0.476 
0.486 


5 4 16.04 
5 8 12.60 
5 12 9.16 


Ill 


10 
11 
12 


5 15 15.33 
5 19 23.89 
5 23 32.63 


10.8S2 
10.861 
10.868 


23 3 40.7 
23 7 54.0 
23 11 42.9 


11.06 

10.04 

9U)2 


50.39 
38.38 
26^20 


0.494 
0.602 
0.509 


5 16 5.72 
5 20 2JJ7 
5 23 58.83 


Fri. 
Sat 


13 
14 
15 


5 27 41.52 
5 31 50.55 
5 35 59.70 


10.874 
10.879 
10.884 


23 16 7.3 
28 18 7.0 
23 20 4S.2 


7.99 
6.96 
5.94 


13.87 
1.40 

11.19 


0.516 
0.522 
0.527 


5 27 55.39 
5 31 51.95 
5 35 48.51 


Mon. 
Tues. 
Wed. 


16 
17 
18 


5 40 8.96 
5 44 18.29 
5 48 27.66 


10.888 
10.890 
10.892 


23 22 52.8 
28 24 38.7 
23 25 59.8 


4.92 
8.89 
2.85 


23.89 
36.67 
49.49 


0.582 
0.585 
0.586 


6 39 45.07 
5 43 41.62 
5 47 38.17 


Thur. 

Fri. 

Sat. 


19 
20 
21 


5 52 37.09 

5 56 46.53 

6 56.00 


10.898 
10.894 
10.894 


28 26 S6.I 
23 27 27.6 
23 27 34.5 


J.88 
0.80 
0.88 


1 2.35 
1 15.23 
1 28.14 


0.587 
0.538 
0.538 


5 51 34.74 
5 55 31.30 
5 59 27.86 


San. 
Mon. 
Tues. 


22 
23 
24 


6 5 5.43 
6 9 14.83 
6 13 24.17 


10.892 
10.891 
10.889 


28 27 16.7 
23 26 84.0 
23 25*26.6 


1.27 
2.29 
8.81 


1 41.01 
•1 53.85 

2 6.63 


0.537 
0.535 
0.581 


6 3 24.42 
6 7 20.98 
6 11 17.54 


Wed. 
Thur. 
Fri. 


25 
26 

27 


6 17 33.43 
6 21 42.60 
6 25 51.62 


10.884 
10.879 
10.874 


23 28 54.5 
23 21 57.7 
23 19 36.8 


4.84 
5.87 
6.40 


2 19.34 
2 31.95 
2 44.41 


0.527 
0.522 
0.516 


6 15 14.09 
6 19 10.65 
6 23 7.21 


Sat. 
Sun. 
Mon. 


28 
29 
30 


6 30 0.49 
6 34 9.20 
6 38 17.69 


10.866 
10.858 
10.350 


28 16 50.8 
23 18 39.8 
23 10 4.8 


7.48 

8.44 
9.46 


2 56.72 
8 8.87 

3 20.80 


0.509 
0.501 
0.498 


6 27 3.77 
6 31 0.33 
6 34 56.89 


Tues. 


31 


6 42 25.97 


10.840 


N.23 6 5.4 


10.47 


3 32.52 


0.488 


6 38 53.45 




tr 




an Noon may be tan 


unedihe 


nmeuthatfof 


Apparmt 


Noon. 



94 



JUNE, 1856. 



III. 



AT GREENWICH MEAN NOON. 



THE SUN'S 



1 
2 
3 

4 
5 



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 



I 



153 
154 
155 

156 
157 
158 

159 
160 
161 

162 
163 
164 

165 
166 
167 

168 
169 
170 

171 
172 
173 

174 
175 
176 

177 
178 
179 

180 
181 
182 

183 



3Vm LONOITUBB. 



71 6 51.4 

72 4 19.0 

73 1 45.7 

73 59 11.4 

74 56 36.2 

75 54 0.0 

76 51 22.8 
77'48 44.5 

78 46 5.2 

79 43 25.0 

80 40 43.8 

81 38 1.7 

82 35 18.7 

83 32 34.9 

84 29 50.2 

85 27 4.8 

86 24 18.8 

87 21 32.2 

88 18 45.3 

89 15 58.1 

90 13 10.7 

91 10 23.1 

92 7 35.5 

93 4 47.8 

94 2 0.1 

94 59 12.5 

95 56 25.0 

96 53 37.6 

97 50 50.3 

98 48 3.1 

99 45 16.1 



6 37.4 
4 4.9 
1 31.4 

58 56.9 
56 21.5 
53 45.1 

50 7.7 
48 29.2 
45 49.7 

43 9.3 
40 28.0 
37 45.7 

35 2.5 
32 18.5 
29 33.6 

26 48.0 
24 1.8 
21 15.0 

18 27.9 
15 40.5 
12 52.9 

10 5.2 

7 17.4 
4 29.5 

1 41.6 
58 53.8 
56 6.1 

53 18.5 
50 31.0 
47 43.6 

44 56.4 



DIff fbr 
1 hoar. 



43.65 
48.61 
48.57 

48.54 
48.50 
48.46 

48.42 
48.88 
48.83 

48.29 
48.26 
48.22 

48.19 
43.15 
48.12 

48.10 
48.08 
48.06 

48.04 
48.04 
48.03 

48.03 
48.02 
48.02 

48.02 
48.02 
48.02 

48.02 
48.02 
48.02 

148.08 



LATITUDE 



-fO.02 
0.14 
0.23 

0.30 
0.34 
0.36 

0.35 
0.30 

-M>.14 

0.00 

—0.14 

0.27 
0.40 
0.50 

0.61 
0.69 
0.76 

0.79 
0.80 
0.76 

0.69 
0.61 
0.50 

0.37 

0.22 

—0.09 

-h0.04 
0.17 
0.27 

+0.34 



Iiogwithm 

oftbt 

lUdltu Vector 

of Ul6 

Barth. 



0.0062921 
.0063527 
.0064109 

.0064668 
.0065203 
.0065713 

.0066199 
.0066664 
.0067105 

.0067525 
.0067925 
.0068308 

.0068673 
.0069022 
.0069357 

.0069678 
.0069983 
.0070275 

.0070552 
.0070812 
.0071059 

.0071291 
.0071505 
.0071702 

.0071879 
.0072036 
.0072172 

.0072284 
.0072372 
.0072436 

0.0072475 



DUr.ft>r 
1 hoar. 



26.0 
25.0 
23.9 

22.8 
21.8 
20.8 

19.8 

18.8 
17.9 

17.2 
16.5 
15.8 

15.1 
14.3 
18.6 

18.0 
12.4 
11.8 

11.2 
10.6 
9.9 

9.2 
8.5 

7.8 

6.9 
6.0 
5.1 

4.2 
8.2 
2.1 

1.0 



81<l6mlOh. 



h. m. ■. 

19 16 13.38 
19 12 17.47 
19 8 21.56 

19 4 25.64 
19 29.73 
18 56 33.81 

18 52 37.89 
18 48 41.98 
18 44 46.07 

18 40 50.16 
18 36 54.24 
18 32 58.34 

18 29 2.48 
18 25 6.51 
18 21 10.59 > 

18 17 14.68 
18 13 18.78 
18 9 22.88 

18 5 26.95 
18 1 31.03 
17 57 35.12 

17 53 39.20 
17 49 43.29 
17 45 47.38 

17 41 51.46 
17 37 55 56 
17 33 59.65 



17 30 
17 26 



3.73 

7.82 



17 22 11.90 
17 18 15.99 



HoVB. — X ooRWpood* to Um mw •qolaox of th* dftto, ».' to Cb* mmm •qolaox of Jan. Od. 



IV. 



JUNE, 1856. 



95 









GREENWICH 


MEAN TIME. 












THE 


MOON^S 








1 


aBHiDTAiratm. 


HORIZONTAL PARALLAX. 




MERIDLAN PASSAGE. 




















AOB. 


Noon. 


Midnight 


Noon. 


DULlbr 
Ihoor. 


Midnight. 


DUltor 
Ihoor. 




Dill for 
Ihoor. 


1 


16 14,2 


16 10.9 


5^ 28.8 


-0.90 


59 16.7 


-1.11 


h m. 

23 26.6 


m. 
2.34 


28.9 


2 


16 6.9 


16 2.3 


59 2.1 


1.31 


58 45.2 


1.49 


6 




29.9 


3 


15 57JJ 


15 51.7 


58 26.4 


1.68 


58 6.0 


1.74 


26.3 


2.40 


0.5 


4 


15 45.8 


15 39.7 


57 44.5 


1.82 


57 22.3 


1.86 


1 26.5 


2.88 


1.5 


5 


15 33.6 


15 27.5 


56 59.8 


1.87 


56 37.5 


1.88 


2 24.9 


2.27 


2.5 


6 


15 21.6 


15 16.0 


56 15.8 


1.77 


55 55.1 


1.68 


3 19.5 


2.10 


3.5 


7 


15 10.7 


15 5.8 


55 35.6 


1.56 


65 17.9 


1.48 


4 9.5 


1.92 


4.5 


8 


15 1.5 


14 57.7 


55 1.7 


1.25 


54 47.8 


1.07 


4 55.3 


1.76 


5.5 


9 


14 54.5 


14 52.0 


54 36.1 


0.87 


54 26.8 


0.67 


5 37.6 


1.64 


6.5 


10 


14 50.1 


14 49.0 


54 20.1 


0.45 


54 16.0 


-0.28 


6 17.6 


1.57 


7.5 


11 


14 48.6 


14 48.8 


54 14.4 


-0.02 


54 15.4 


+0.19 


6 56.6 


1.55 


8.5 


12 


14 49.8 


14 51.4 


54 18.9 


+0.89 


54 24.8 


0.59 


7 35.7 


1.58 


9.5 


13 


14 53.7 


14 56.5 


54 33.1 


0.77 


54 43.4 


0.98 


8 16.2 


1.66 


10.5 


14 


14 59.8 


15 3.6 


54 55.6 


1.08 


55 9.4 


1.21 


8 59.2 


1.79 


11.5 


15 


15 7.7 


15 12.2 


55 24.7 


1.82 


55 41.2 


1.4i 


9 45.8 


1.95 


12.5 


16 


15 16.9 


15 21.8 


55 58.6 


1.47 


56 16.6 


1.51 


10 36.7 


2.12 


13.5 


17 


15 26.8 


15 31.9 


56 34.9 


1.53 


56 53.3 


1.52 


11 31.8 


2.28 


14.5 


18 


15 36.8 


15 41.5 


57 11.4 


1.48 


57 28.9 


1.42 


12 30.2 


2.87 


15.5 


19 


15 46.1 


15 50.4 


57 45.6 


1.85 


58 1.3 


1.26 


13 29.8 


2.87 


16.5 


20 


15 54.3 


15 57.9 


58 15.8 


1.15 


58 29.0 


1.08 


14 28.2 


2.28 


17.5 


21 


16 1.1 


16 3.9 


58 40.7 


0.91 


58 50.9 


0.79 


15 23.8 


2.16 


18.5 


22 


16 6.3 


16 8.2 


58 59.6 


0.66 


59 6.7 


0.53 


16 16.1 


2.04 


19.5 


23 


16 9.7 


16 10.8 


59 12.3 


0.41 


59 16.5 


0.30 


17 5.6 


1.94 


20.5 


24 


16 11.6 


16 12.0 


59 19.4 


+0.19 


59 21.0 


+0.08 


17 53.6 


1.90 


21.5 


25 


16 12.1 


16 11.9 


59 21.3 


-0.03 


59 20.4 


-0.13 


18 41,3 


1.92 


22.5 


26 


16 11.3 


16 10.3 


59 18.2 


0.24 


59 14.6 


0.85 


19 80.2 


2.00 


23.5 


27 


16 9.0 


16 7.3 


59 9.8 


0.46 


59 3.6 


0.57 


20 21.5 


2.11 


24.5 


28 


16 5.2 


16 2.7 


58 55.9 


0.70 


58 46.7 


0.83 


21 15.9 


2.24 


25.5 


29 


15 59.8 


15 56.5 


58 36.0 


0.95 


58 23.8 


1.07 


22 13.5 


2.36 


26.5 


30 


15 52.8 


15 48.7 


58 10.2 


1.19 


57 55.3 


1.28 


23 13.8 


2.46 


27.5 


31 


15 44.4 


15 39.8 


57 39.4 


-1.36 


57 22.5 


-1.42 


6 




28.5 





96 



JUNE, 1856. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Qoar. 




DUL 
forlm. 


Dfteltofttkm. 


DUt 
forlm. 


Hoor 


Bight Awenston. 


IMff. 
forlm. 


DecHnftdoa. 


DUL 
fiirlm. 




SUNDAY 


■ 1. 






TUESDAY 3. 






h. m. ■. 


ft. 


O 1 1 


« 




h. m. ft. 


ft. 


1 ft 


« 





3 13 28.39 


9J08S 


N.20 28 6.6 


19.194 





6 13 42.69 


94770 


N.27 18 33.6 


4479 


1 


3 16 62.46 


9.40M 


20 40 13.4 


liMi 


1 


6 16 17.24 


94780 


27 22 66.9 


4.997 


2 


3 18 16.82 


t.40e6 


20 62 13.3 


11.939 


9 


6 18 61.96 


94788 


27 27 9.3 


4.116 


3 


3 20 41.61 


9.4141 


21 4 6.2 


11.797 


3 


6 21 26.70 


94795 


27 31 10.7 


8.933 


4 


3 23 6.61 


S.4193 


21 16 49.0 


11.689 


4 


6 24 1.49 


94600 


27 36 1.2 


8.700 


5 


3 26 31.82 


QAMS 


21 27 24.7 


11.6-27 


6 


6 26 36.30 


34803 


27 38 40.7 


3.667 


6 


3 27 67.46 


SAsan 


21 38 62.3 


11.890 


6 


6 29 11.12 


94604 


27 42 9.2 


8J84 


7 


3 30 23.38 


9.4348 


21 60 11.6 


11.949 


7 


6 31 46.96 


94606 


27 46 26.7 


3.901 


6 


3 32 49.62 


9.4386 


22 1 22.2 


11.108 


8 


6 34 20.78 


94604 


27 48 33.3 


30)18 


9 


3 36 16.16 


1.4449 


22 12 24.6 


10J67 


9 


6 36 66.60 


94609 


27 61 28.9 


9.836 


10 


3 37 43.01 


9.4499 


22 23 18.2 


10.839 


10 


6 39 30.40 


94797 


27 64 13.6 


9.069 


11 


3 40 10.16 


9.4548 


22 34 3.2 


10.677 


11 


6 42 6.16 


94791 


27 66 47.1 


9468 


12 


3 42 37.69 


9.4094 


22 44 39.6 


10461 


19 


6 44 39.89 


94784 


27 69 9.7 


9.985 


13 


3 46 6.32 


%46ia 


22 66 6.9 


M469 


13 


6 47 14.67 


94774 


28 1 21.3 


9.109 


14 


3 47 33.34 


9.409J 


23 6 26.4 


10.939 


14 


6 49 49.18 


94763 


28 3 22.0 


\J^M) 


15 


3 60 1.64 


9.4741 


23 16 34.8 


104)89 


16 


6 62 23.73 


94761 


28 6 11.7 


1.787 


16 


3 62 30.23 


9.4788 


23 26 36.1 


9.9tt 


16 


6 64 68.20 


94737 


28 6 60.4 


1464 


17 


3 64 69.10 


9.483A 


23 36 26.2 


9.774 


17 


6 67 32.57 


94791 


28 8 18.2 


1473 


18 


3 67 28.26 


9.4881 


23 46 8.0 


9419 


18 


6 6.86 


94704 


28 9 36.2 


1.181 


10 


3 69 67.67 


9.49i5 


23 64 40.6 


9469 


19 


6 2 41.02 


94686 


28 10 41.2 


ijaio 


20 


4 2 27.36 


9.4969 


24 4 3.6 


9404 


20 


6 6 16.08 


94660 


28 11 36.4 


0.899 


i 31 


4 4 67.29 


XWl'2 


24 13 17.0 


9.146 


21 


6 7 49.01 


9.5643 


28 12 20.7 


0448 


22 


4 7 27.49 


9J0ft4 


24 22 20.9 


8.984 


22 


6 10 22.80 


9.5619 


28 12 64.2 


0468 


23 


4 9 67.94 
MC 


9JW5 

>NDA^ 


tfJU 31 16.1 
' 2. 


8.833 


23 


6 12 66.44 
WED 


94695 
NESD 


Ni» 13 16.9 
AY 4. 


0.908 





4 12 28.63 


9.A1S6 


NJ34 39 69.7 


8.661 





6 16 29.93 


X6668 


N.28 13 28.8 


0.109 


1 


4 14 69.66 


9.4176 


24 48 34.6 


0497 


1 


6 18 3.26 


94641 


28 13 30.0 


0469 


2 


4 17 30.73 


9.Mlft 


24 66 69.3 


8431 


2 


6 20 36.42 


94511 


28 13 20.6 


a946 


3 


4 20 2.14 


9.«9ft9 


26 6 14.2 


8.166 


3 


6 23 9.39 


94479 


28 13 0.4 


0.493 


4 


4 22 33.77 


9Meo 


26 13 19.1 


7498 


4 


6 26 42.17 


9.6447 


28 12 29.7 


0480 


5 


4 26 6.61 


9.6S3A 


26 21 13.9 


7.899 


6 


6 28 14.76 


94413 


28 11 48.4 


am 


6 


4 27 37.67 


9.&360 


26 28 68.6 


7460 


6 


6 30 47.13 


9.6378 


28 10 66.6 


0463 


7 


4 30 9 93 


9JSS93 


26 36 33.2 


7490 


7 


6 33 19.29 


94349 


98 9 64.2 


L196 


8 


4 32 42.39 


%U» 


26 43 67.6 


7418 


8 


6 36 61.23 


94308 


28 8 41.6 


1409 


9 


4 36 16.04 


9.6 1A7 


26 61 11.4 


7.140 


9 


6 38 22.93 


94963 


28 7 18.3 


1479 


10 


4 37 47.87 


9.M87 


26 68 16.0 


6473 


10 


6 40 64.39 


94999 


28 6 44.8 


1444 


11 


4 40 20.88 


9.6616 


26 6 8.2 


6400 


11 


6 43 26.69 


94178 


98 4 1.0 


1416 


12 


4 42 64.06 


9.664S 


26 11 61.0 


6436 


19 


6 46 66.64 


14136 


28 9 7.0 


1486 


13 


4 46 27.40 


9.6569 


26 18 23.3 


•460 


13 


6 48 97.23 


94099 


28 2.8 


9.164 


14 


4 48 0.89 


9.5591 


26 24 46.0 


6.973 


14 


6 60 67.64 


94046 


97 67 48.6 


9899 


16 


4 60 34.63 


9.6618 


26 30 66.1 


•496 


16 


6 63 27.77 


94996 


97 66 24.1 


9490 


16 


4 63 8.31 


94642 


28 36 66.6 


6419 


16 


6 66 67.61 


94919 


97 62 49.7 


9406 


17 


4 66 42.23 


94689 


26 42 46.4 


6.749 


17 


6 68 27.16 


94900 


27 60 6.4 


9430 


18 


4 68 16.27 


9469i 


26 48 26.6 


6468 


18 


7 66.41 


94810 


97 47 11.3 


9484 


19 


6 60.42 


94700 


26 63 64.0 


6488 


19 


7 3 26.36 


94798 


97 44 7.3 


8.147 1 


20 


6 3 24.67 


94717 


96 69 11.6 


6.908 


SO 


7 6 63.99 


9.4744 


27 40 63.6 


8409 


21 


6 6 69.03 


94764 


97 4 18.4 


6433 


91 


7 8 22.29 


9.4689 


27 37 30.2 


8470 


22 


5 8 33.48 


94748 


97 9 14.3 


4449 


22 


7 10 60.26 


94633 


27 33 67.2 


8430 1 


23 


6 11 8.00 


94759 


97 13 69.4 


4481 


23 


7 13 17.89 


94578 


27 30 14.6 


8.788 


24 


5 13 42.69 


94770 


NJ87 18 33.6 


4479 


24 


7 16 46.19 


945« 


N.27 26 22.6 


8.846 



VI. 



JUNE, 1856. 



97 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




'hoot. 


Bight Amofkm. 


Dur. 

forlm. 


DeeUnaOon. 


Dur. 

for 1 m. 


Hoar. 


Bight AMeniioii. 


Dtff. 
forlm. 


DwUnfttfon. 


DUL 
forlm. 




THl 


FRSDA 


Y 5. 






SATURDAY 7. 






h. m. ■. 


•. 


O 1 » 


11 




h. m ■. 


■. 


O 1 II 


H 





7 15 45.19 


3.4I33 


Nj27 96 99.6 


8.945 





9 5 49.37 


3.1900 


N.21 41 5.0 


9410 


1 


7 18 19.15 


3.4401 


97 99 91.9 


4.101 


1 


9 7 49.36 


3.1180 


21 31 7.7 


10400 


9 


7 90 38.75 


3.44m 


97 18 10.5 


4.350 


9 


9 9 55.93 


3.1001 


21 21 5.0 


10409 


3 


7 93 4.90 


3.4S43 


97 13 50.5 


AAIO 


3 


9 19 9.00 


34099 


21 10 57.0 


10.177 


4 


7 95 30.86 


3.4961 


97 9 91.3 


4.509 


4 


9 14 7.83 


34993 


91 43.8 


10.964 


6 


7 97 56.36 


3.4390 


97 4 43.0 


4.718 


5 


9 16 13.16 


34655 


20 50 25.4 


10450 


6 


7 30 91.50 


3.41M 


96 59 55.7 


4.803 


6 


9 18 18.09 


34786 


20 40 1.8 


10.435 


7 


7 39 46.97 


3.4008 


96 54 59.4 


54)19 


7 


9 90 99.61 


34790 


90 29 33.9 


10417 


8 


7 35 10.65 


3.4010 


96 49 54.3 


5.150 


8 


9 99 96.73 


34898 


90 18 59.7 


10496 


9 


7 37 34.63 


3J004 


96 44 40.4 


5404 


9 


9 94 30.45 


34580 


90 8 21.4 


10478 


10 


7 30 58.99 


SJOBO 


96 39 17.8 


5.449 


10 


9 96 33.76 


34519 


19 57 38.3 


10.757 


11 


7 49 91.49 


3.a8» 


96 33 46.5 


5499 


U 


9 98 36.68 


34454 


19 46 50.5 


10436 


19 


7 44 44.99 


S.S106 


96 98 6.7 


5.784 


19 


9 30 39.91 


34889 


19 35 58.0 


10418 


13 


7 47 6.61 


3.3009 


96 99 18.4 


5474 


13 


9 39 41.35 


34895 


19 95 0.9 


10.066 


14 


7 49 98.60 


3.S081 


96 16 91.8 


0418 


14 


9 34 43.11 


34901 


19 13 59.4 


11409 


15 


7 51 50.18 


%M64 


96 10 16.8 


0.151 


15 


9 36 44.48 


34197 


19 9 53.4 


11.186 


16 


7 54 11.36 


9.8400 


96 4 3.6 


0.987 


16 


9 38 45.47 


34184 


18 51 43.1 


11.906 


17 


7 56 39.13 


9.8437 


95 57 49.3 


0499 


17 


9 40 46.09 


34079 


18 40 98.5 


11.979 


18 


7 58 59.48 


9.8897 


95 51 19.9 


0.556 


18 


9 49 46.33 


34010 


18 99 9.6 


11.849 


19 


8 1 19.41 


3.8106 


95 44 35.6 


0488 


19 


9 44 46.91 


1.0049 


18 17 46.6 


11.417 


90 


8 3 31.91 


3.8314 


95 37 50.4 


0419 


20 


9 46 45.72 


1.9068 


18 6 19.5 


11.485 


91 


8 5 50.08 


9.sia 


95 30 57.3 


0.949 


21 


9 48 44.87 


1.9898 


17 54 48.4 


11.551 


99 


8 8 9.63 


3.8079 


95 93 56.5 


7.077 


99 


9 50 43.66 


1.9706 


17 43 13.4 


11416 


93 


8 10 97.85 
FI 


3.8001 

IIDAY 


NJ35 16 48.1 
6. 


7*909 


93 


9 59 49.09 
SU 


14709 

NDAY 


N.17 31 34.5 
8. 


11481 





8 19 45.64 


3.3980 


NJ25 9 39.9 


7497 





9 54 40.17 


14851 


N.17 19 51.7 


11.7U 


1 


8 15 3.01 


S.98M 


95 9 8.8 


7.451 


1 


9 56 37.90 


14608 


17 8 5.2 


11406 


9 


8 17 19.04 


3.7785 


94 54 38.1 


7.878 


9 


58 35.29 


14137 


16 56 15.0 


11467 


3 


8 19 36.43 


3.3713 


94 47 0.0 


7495 


3 


10 39.35 


14489 


16 44 91.9 


11497 


4 


8 91 59.48 


3.3040 


94 39 14.7 


7414 


4 


10 9 99.07 


14490 


16 32 23.8 


11486 


6 


8 94 8.10 


3.9608 


94 31 99.3 


7439 


5 


10 4 95.46 


14871 


16 90 92.9 


19.043 


6 


8 96 93.99 


3.3498 


94 93 99.9 


8.047 


6 


10 6 91.52 


14817 


16 8 18.6 


19.100 


7 


8 28 38.05 


3.3438 


94 15 16.6 


8.169 


7 


10 8 17.26 


14908 


15 56 10.9 


19.156 


8 


8 30 52.37 


3.9849 


94 7 3.4 


8.977 


8 


10 10 12.68 


14910 


15 43 59.9 


19.910 


9 


8 33 6.24 


3.3075 


93 58 43.3 


8491 


9 


10 12 7.79 


14159 


15 31 45.7 


19.908 


10 


8 35 19.67 


3.3908 


93 50 16.5 


8401 


10 


10 14 9.59 


14108 


15 19 98.3 


19410 


11 


8 37 39.67 


3.9189 


93 41 43.9 


8410 


11 


10 15 57.08 


14057 


15 7 7.7 


19466 


19 


8 39 45.95 


3.3000 


93 33 3.3 


8.718 


19 


10 17 51.96 


14000 


14 54 44.1 


19.418 


13 


8 41 57.39 


3.1987 


93 94 17.0 


8.895 


13 


10 19 45.15 


14957 


14 49 17.5 


19.466 


14 


8 44 9.09 


3.1914 


93 15 94.3 


84^1 


14 


10 91 38.75 


14000 


14 99 47.9 


19418 


15 


8 46 90.36 


3.1849 


93 6 95.3 


9.085 


15 


10 93 39.06 


14661 


14 17 15.3 


19468 


16 


8 48 31.19 


3.1700 


99 57 90.1 


9.137 


16 


10 25 25.08 


14813 


14 4 39.9 


19418 


17 


8 50 41.59 


3.1087 


99 48 8.8 


9488 


17 


10 27 17.82 


14707 


13 59 1.7 


19400 


18 


8 59 51.55 


3.1095 


99 38 51.4 


9489 


18 


10 29 10.29 


14799 


13 39 90.7 


19.706 


19 


8 55 1.09 


3.1554 


99 99 98.1 


9.487 


19 


10 31 9.48 


140n 


13 26 37.0 


19.750 


90 


8 57 10.90 


3.1488 


99 19 58.9 


9435 


90 


10 39 54.41 


14039 


13 13 50.7 


19.793 


91 


8 59 18.88 


3.1411 


99 10 23.9 


9481 


91 


10 34 46.07 


14586 


13 1 1.0 


19435 


99 


9 1 97.13 


3.1840 


99 43.9 


9.795 


99 


10 36 37.47 


14546 


12 48 10.5 


13477 


93 


9 3 34.96 


3.1370 


91 50 56.9 


9418 


93 


10 38 28.62 


14504 


12 35 16.6 


19418 


94 


9 5 49.37 


3.1300 


N.91 41 5.0 


9410 


94 


10 40 10.59 


14163 


N.12 29 90.3 


19458 



13 



98 



JUNE, 1850. 



VII. 



— - - 1 




THE MOON'S RIGHT ASCENSION AND DECLINATION. 




Hoar. 




Diff. 
forlm. 


DeeUnatloii. 


BUL 
forlm. 


Hour. 




Biff, 
forlm. 




Mff. 
forlm. 




MONDAY 9. 






WEDNESDAY 11. 






h. m. ■. 


■. 


O f II 


u 




h. m. 1. 


■. 


O 1 M 


« 





10 40 19.53 


1.846S 


N.13 33 80.3 


134)68 





12 5 40.83 


1.7408 


N. 1 38 51.3 


18300 


1 


10 43 10.18 


1.8438 


13 9 31.6 


13.907 


1 


12 7 25.84 


1.7401 


1 14 51.3 


14304 


3 


10 44 0.60 


1.8884 


11 56 30.6 


184)85 


3 


13 9 9.04 


1.7899 


1 60.8 


14300 


3 


10 45 50.78 


1.8844 


11 43 17.4 


184)78 


3 


13 10 54.03 


1.7898 


46 60.1 


14318 


4 


10 47 40.73 


1.8806 


11 30 11.9 


18.110 


4 


18 13 38.41 


1.7807 


38 49.8 


14319 


5 


10 49 30.45 


1.8988 


11 17 4.8 


1S.146 


5 


13 14 33.79 


1.7898 


18 48.2 


14.018 


6 


10 51 19.95 


1.8283 


11 3 54.4 


18.181 


6 


18 16 7.18 


1.7S99 


N. 4 47.0 


14330 


7 


10 53 9.33 


1.8198 


10 50 43.5 


18.315 


7 


13 17 51.58 


1.7401 


S. 9 14.8 


14391 


8 


10 54 58.30 


1.8181 


10 37 38.6 


18.348 


8 


12 19 35.99 


1.7408 


83 15.5 


14339 


9 


10 56 47.16 


1.8196 


10 24 12.7 


18.381 


9 


13 31 30.42 


1.7407 


37 16.9 


14398 


10 


10 58 35.81 


1.8008 


10 10 54.9 


18.818 


10 


12 23 4.87 


1.7411 


61 18.3 


14339 


11 


11 34.37 


14061 


9 57 35.3 




11 


13 34 49.35 


1.74n 


1 6 19.6 


14390 


13 


11 2 13.54 


1.8099 


9 44 13.6 


18.875 


13 


13 86 33.87 


1.7438 


1 19 80.7 


143n 


13 


11 4 0.63 


1.790T 


9 30 50.3 


18.404 


13 


13 38 18.43 


1.7439 


1 33 81.7 


14319 


14 


11 5 48.51 


1.7967 


9 17 35.1 


18.488 


14 


18 30 3.03 


1.7486 


I 47 38.5 


M313 


15 


11 7 36.23 


1.7987 


3 58.3 


18.461 


15 


18 31 47.66 


1.7444 


8 1 83.3 


143Q0 


16 


11 9 33.76 


1.7909 


8 50 39.8 


18.488 


16 


18 33 33.35 


1.7458 


8 15 83.6 


14384 


17 


11 11 11.13 


1.7881 


8 36 69.7 


18.515 


17 


13 35 17.10 


1.7464 


8 89 33.7 


18309 


18 


11 IS 58.33 


1.7858 


8 33 38.0 


18.541 


18 


13 37 1.93 


1.7475 


8 43 83.5 


18308 


10 


11 14 45.37 


1.7837 


8 9 54.8 


18.566 


19 


13 38 46.80 


1.7486 


8 57 32.9 


1S3B7 


20 


11 16 33.36 


1.7809 


7 66 30.1 


18.501 


30 


13 40 31.75 


1.7490 


3 11 81.9 


18370 


21 


11 18 18.99 


1.7777 


7 43 43.9 


184)15 


31 


13 43 16.78 


1.75)9 


8 86 80.4 


18371 


23 


11 30 5.58 


1.7758 


7 39 6.3 


18.688 


33 


13 44 1.89 


1.7536 


3 39 18.4 


18388 


33 


11 31 53.03 
TUI 


1.T710 

ilSDAl 


N. 7 15 37.4 
' 10. 


18.660 


33 


12 45 47.08 
THU 


1.7588 

RSDA 


S. 8 63 16.9 
Y 12. 


18364 





11 33 38.34 


1.7707 


N. 7 I 47.1 


18.089 





18 47 83.35 


L7668 


S. 4 7 18.0 


18316 


1 


11 35 34.53 


1.7096 


6 48 5.5 


18.708 


1 


13 49 17.73 


1.7670 


4 81 9.3 


18384 


3 


11 37 10.57 


1.7666 


6 34 33.7 


18.738 


8 


13 51 3.19 


1.7668 


4 36 6.0 


18339 


3 


11 38 56.50 


1.7646 


6 80 38.8 


18.743 


3 


13 63 48.77 


1.7006 


4 48 69.9 


18310 


4 


11 30 43.31 


1.7836 


6 6 53.7 


18.761 


4 


13 64 34.46 


1.7634 


6 3 64.1 


18307 


5 


11 32 38.00 


1.7606 


6 53 7.5 


18.779 


5 


18 66 30.86 


1.7648 


6 16 47.5 


18388 


6 


11 34 13.58 


1.7588 


5 39 30.3 


18.796 


6 


18 58 6.17 


1.7668 


• 6 30 40.1 


18300 


7 


11 35 59.06 


1.7571 


5 35 33.0 


18.813 


7 


13 69 53.31 


1.7684 


6 44 31.8 


18364 


8 


11 37 44.44 


1.7555 


5 11 43.7 


18329 


8 


13 1 38.38 


1.7706 


6 68 88.6 


18380 


9 


11 39 39.72 


1.7680 


4 57 63.5 




9 


13 3 34.67 


1.7737 


6 18 18.6 


18398 


10 


11 41 14.91 


1.7535 


4 44 1.4 


18.860 


10 


13 6 11.10 


1.7751 


6 86 1.4 


18308 


11 


11 43 0.02 


1.7611 


4 30 9.4 


18.874 


11 


13 6 57.68 


1.7776 


6 39 49.3 


18.788 


13 


11 44 45.05 


1.7498 


4 16 16.5 


18.888 


13 


13 8 44.40 


1.7799 


6 63 36.9 


18.789 


13 


11 46 30.00 


1.7486 


4 3 33.8 


18.901 


13 


13 10 31.87 


1.783I 


7 7 81.6 


18.780 


14 


11 48 14.88 


1.7476 


3 48 28.4 


18.918 


14 


13 13 18.30 


L7853 


7 81 6.9 


18.780 


15 


11 49 59.70 


1.7464 


3 34 33.3 


18.934 


15 


13 14 5.49 


1.7878 


7 34 49.1 


18.700 


16 


11 51 44.45 


1.7464 


3 30 37.5 


18.986 


16 


13 15 53.84 


1.7906 


7 48 31.0 


18380 


17 


11 53 29.15 


1.7445 


3 6 41.1 


18.946 


17 


13 17 40.35 


1.7988 


8 3 11.6 


18386 


18 


11 55 13.79 


1.74S7 


3 53 44.0 


18.965 


18 


13 19 88.04 


1.7968 


8 16 60.9 


lS3a 


19 


11 56 58.39 


1.7480 


3 38 46.4 


18.964 


19 


13 31 15.91 


1.7908 


8 89 88.6 




20 


11 58 42.95 


1.7438 


3 34 48.3 


18.978 


20 


13 33 3.96 


13034 


8 43 6.8 


18304 


31 


13 37.46 


1.7417 


3 10 49.6 


18.981 


21 


13 34 58.30 


13056 


8 66 40.1 


18308 


33 


13 3 11.94 


1.7413 


1 56 50.5 


184)87 


22 


13 36 40.63 


13086 


9 10 13.4 


18349 


33 


13 3 56.40 


1.7407 


1 43 51.1 


18.998 


23 


13 88 39.36 


13131 


9 33 45.1 


1S31A 


34 


13 5 40.83 


1.7408 


N. 1 38 51.3 


U.«M 


24 


13 30 18.09 


13165 


S. 9 37 15.8 


ujta 



vm. 



JUNE, 1856. 



99 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 


RigfatAMtiirfoo. 


Difl. 
forlm. 




IMIL 
forlm. 


Hoar. 


Bight AMtMiaa. 


Diff. 
forlm. 




DIff. 
ftwlm. 




FB 


.IDAY 


13. 






SUNDAY 


15. 






h. B. ■. 


■. 


O 1 « 


« 




h. m. ft. 


8. 


O 1 « 


H 




13 30 18.09 


I.61M 


S. 9 37 15.9 


1S.487 





15 2 43.16 


84008 


s.19 34 59.0 


11410 




13 32 7.12 


1.8190 


9 50 43.6 


18.460 


1 


15 4 46.97 


34066 


19 45 57.6 


10.987 




13 33 56.37 


1.8396 


10 4 10.3 


18.481 


3 


15 6 51.18 


94784 


19 56 51.5 


10497 




13 36 45.83 


1.8M3 


10 17 35.3 


18.401 


3 


15 8 55.78 


34800 


20 7 40.5 


10.770 




13 37 35.51 


ism 


10 30 58.4 


18.800 


4 


15 11 0.78 


34867 


20 18 24.6 


10408 




13 30 25.42 


1.8187 


10 44 19.5 


18.886 


5 


15 13 6.18 


34084 


20 29 3.7 


10409 




13 41 15.55 


ISKK 


10 57 38.7 


18.808 


6 


15 15 11.99 


3.1009 


20 39 37.7 


10498 




13 43 5.91 


1.8418 


11 10 55.9 


18.390 


7 


15 17 18.20 


3.1000 


20 50 6.5 


KU80 




13 44 56.51 


1.84M 


11 34 11.0 


18.984 


8 


15 19 24.82 


3.1186 


21 30.1 


10449 




13 46 47.36 


1.8406 


11 37 34.0 


18.199 


9 


15 21 31.84 


8.1904 


21 10 48.4 


10.300 




13 48 38.45 


1.8180 


11 50 34.9 


18.189 


10 


15 23 39.27 


8.1378 


21 21 1.3 


10.188 




13 50 29.79 


1.8678 


13 3 43.5 


18.196 


11 


15 25 47.12 


8.1848 


21 31 8.6 


10.070 




13 52 21.39 


« 14831 


13 16 49.9 


18.087 


13 


15 27 55.39 


3.1418 


21 41 10.4 


0483 




13 54 13.34 


1.8064 


13 39 54.0 


IS440 


13 


15 30 4.07 


3.1489 


21 51 6.5 


0.987 




13 56 5.36 


1-8700 


13 43 55.7 


18.007 


14 


15 33 13.17 


3.1661 


22 56.9 


0.703 




13 57 57.75 


I'SIM 


13 55 54.9 


13.960 


15 


15 34 23.68 


3.1090 


22 10 41.5 


9.004 




13 59 50.41 


1.8600 


13 8 51.6 


13.9i4 


16 


15 36 32.61 


3.1000 


22 20 20.2 


0.606 




14 143.35 


14046 


13 31 45.8 


19.899 


17 


15 38 43.96 


3.1701 


22 29 52.9 


0.406 




14 3 36.56 


1.8608 


13 34 37.4 


19487 


18 


15 40 63.74 


3.1881 


22 39 19.6 


9.808 




14 5 30.06 


140U 


13 47 36.3 


19.799 


19 


15 43 4.93 


3.1901 


22 48 40.1 


0.960 


80 


14 7 33.85 


l<80e0 


14 13.5 


19.747 


30 


15 45 16.54 


3.1971 


22 57 54.3 


0.186 


31 


14 9 17.93 


1«0088 


14 13 55.9 


13.700 


31 


15 47 38.58 


3.3043 


23 7 2.3 


0480 


8S 


14 11 12.31 


i-8oee 


14 25 36.5 


13469 


33 


15 49 41.04 


8.3119 


23 16 3.9 


8473 


23 


14 13 6.99 
SATl 


1*0110 


S.14 38 14.1 
r 14. 


13408 


33 


15 51 53.93 
MO] 


34189 

TOAY 


S.23 24 58.9 
16. 


6403 




14 15 1.98 


1.9101 


S.14 50 48.8 


13408 


6 


16 54 7.23 


8.3308 


S.23 33 47.4 


8.709 




14 16 57.28 


L0343 


15 3 30.5 


13409 


1 


15 56 20.96 


3.9898 


23 42 29.2 


8.041 




14 18 52.89 


1.0905 


15 15 49.0 


19.440 


8 


15 58 35.11 


3.9808 


23 51 4.3 


8438 




14 20 48.82 


1.8U8 


15 38 14.4 


13406 


8 


16 49.68 


34463 


23 59 32.6 


8414 




14 22 45.07 


1.8409 


15 40 36.5 


19449 


4 


16 3 4.67 


3.3683 


24 7 54.0 


8.307 




14 24 41.65 


1.04A7 


15 52 55.4 


19.967 


5 


16 5 20.08 


3.3608 


24 16 8.3 


8.180 




14 26 38.55 


14019 


16 5 10.9 


19.980 


6 


16 7 35.91 


3.9878 


24 24 15.6 


8409 




14 28 35.79 


1.9008 


16 17 23.0 


19,n9 


7 


16 9 52.16 


3.3748 


24 32 15.7 


7.941 




14 30 33.37 


14034 


16 29 31.6 


19.113 


8 


16 12 8.82 


3.3819 


24 40 8.5 


7430 




14 33 31.28 


1.0661 


16 41 36.6 


13403 


9 


16 14 25.90 


8.3681 


24 47 54.1 


7406 


' 10 


14 34 29.54 


1.9789 


16 53 38.0 


11408 


10 


16 16 43.39 


9.2960 


24 55 32.3 


7478 




14 36 28.15 


14707 


17 5 35.8 


11439 


11 


16 19 1.30 


34019 


25 3 2.9 


7.447 




14 38 27.10 


1.9606 


17 17 29.8 


11406 


13 


16 21 19.62 


34067 


25 10 26.0 


7431 




14 40 26.40 


1.9014 


17 29 20.0 


11404 


18 


16 33 38.35 


34166 


25 17 41.4 


7.103 




14 43 26.07 


14076 


17 41 6.8 


11.788 


14 


16 35 57.48 


3.3993 


25 24 49.0 


7483 




14 44 26.10 


34066 


17 53 48.6 


11472 


15 


16 28 17.02 


84380 


25 31 48.8 


6481 




14 46 26.50 


34007 


18 4 36.9 


11403 


16 


16 30 36.95 


34366 


25 38 40.7 


0.798 




14 48 27.27 


34166 


18 16 1.0 


11434 


17 


16 32 57Jd8 


94499 


25 45 24.6 


0406 


18 


14 50 28.40 


34319 


18 37 31.0 


11404 


18 


16 35 18.01 


84486 


25 52 0.5 


0480 


19 


14 52 29.90 


94389 


18 38 56.7 


11402 


19 


16 37 39.13 


94663 


25 58 28.2 


0403 


90 


14 54 31.78 


S4I40 


18 50 18.1 


11430 


20 


16 40 0.64 


84617 


96 4 47.6 


0464 


31 


14 56 34.05 


34410 


19 1 35.1 


11.947 


21 


16 42 22.53 


34061 


26 10 58.7 


0.116 


•23 


14 58 36.70 


34174 


19 13 47.7 


11.173 


22 


16 44 44.81 


24744 


20 17 1.4 


6474 


23 


15 39.74 


34688 


19 33 55.7 


11404 


23 


16 47 7.46 


34806 


36 22 55.6 


6483 


24 


15 2 43.16 


34008 


S.19 34 59.0 


11416 


24- 


16 49 30.48 


84868 


S.26 28 41.2 


6468 



too 



JUNE, 1856. 



IX. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 




DUL 
ftnrlm. 




DUt 
ftwlm. 


Hoot. 


Bight Ajoeiukm. 


forlm. 




IMS. 
Ibrlm. 




TUESDAY 17. 






THURSDAY 19. 






h. m. ■. 


ft. 


o 1 ir 


« 




h m. s. 


ft. 


O 1 


11 





16 49 30.48 


Sje86 


S.26 28 41.2 


6.088 





18 49 14.34 


34618 


S.27 56 39.1 


8400 


1 


16 51 53.87 


3.8039 


26 34 18.2 


6444 


1 


18 51 47.45 


34618 


27 54 15.2 


3487 


2 


16 54 17.63 


3.3090 


26 39 46.5 


6498 


2 


18 54 20.56 


34617 


27 51 40.6 


3406 


3 


16 56 41.75 


3.40M 


26 45 6.0 


6.369 


3 


18 56 53.85 


34613 


27 48 55.4 


a.8a 


4 


16 59 6.23 


3.4108 


26 50 16.7 


6.103 


4 


18 59 26.71 


34307 


27 45 59.5 


3U131 


5 


17 1 31.05 


3.4100 


26 55 18.4 


4403 


5 


19 1 59.73 


34601 


27 42 52.9 


3400 


6 


17 3 56.22 


3.4393 


27 11.1 


4403 


6 


19 4 32.72 


84404 


27 39 35.5 


3478 


7 


17 6 21.73 


3.4379 


27 4 54.7 


4430 


7 


19 7 5.66 


34484 


27 36 7.5 


3466 


8 


17 8 47.57 


3.4SS5 


27 9 29.1 


4497 


8 


19 9 38.53 


34478 


27 32 28.9 


3.733 


9 


17 11 13.75 


3.4M0 


27 13 54.4 


4444 


9 


19 12 11.33 


34401 


27 28 39.7 


3406 


10 


17 13 40.25 


3.4443 


27 18 10.4 


4.188 


10 


19 14 44.06 


34448 


27 24 39.9 


4466 


11 


17 16 7.06 


3.4495 


27 22 17.0 


4483 


11 


19 17 16.70 


34433 


27 20 29.5 


4409 


12 


17 18 34.19 


3.4M7 


27 26 14.3 


3470 


12 


19 19 49.25 


34416 


27 16 8.5 


44r 


13 


17 21 1.62 


3.4307 


27 30 2.1 


3.717 


13 


19 22 21.69 


34307 


27 11 37.0 


4413 


14 


17 23 29.35 


3.4040 


27 33 40.3 


3430 


14 


19 24 54.02 


843n 


27 6 55.0 


4.7«fT 


15 


17 25 57.37 


3.4001 


27 37 8.8 


3495 


15 


19 27 26.23 


34807 


27 2 2.5 


4409 


16 


17 28 25.68 


3.4741 


27 40 27.7 


3.933 


16 


19 29 58.31 


34380 


26 56 59.6 


6.133 


17 


17 30 54.26 


3.4787 


27 43 36.8 


3Hr70 


17 


19 32 30.26 


3.3318 


26 51 46.3 


6400 


18 


17 33 23.12 


3.4883 


27 46 36.1 


3407 


18 


19 35 2.07 


34380 


26 46 22.7 


6480 


19 


17 35 52.24 


3.4874 


27 49 25.6 


3.743 


19 


19 37 33.73 


34388 


26 40 48.7 


6469 


90 


17 38 21.61 


3.4910 


27 52 5.1 


3470 


20 


19 40 5.23 


34987 


26 35 4.5 


6493 


21 


17 40 51.22 


3.4997 


27 54 34.7 


3^10 


21 


19 42 36.57 


34308 


26 29 10.0 


6403 


32 


17 43 21.09 


3.4090 


27 56 54.3 


S-349 


22 


19 46 7.73 


34178 


26 23 5.3 


6.M9 


23 


17 45 51.18 
WEDl 


34004 

^ESDJ 


S.27 59 3.8 
^Y 18. 


um 


23 


19 47 38.70, 
FR 


84147 

IDAY 


S.96 16 50.5 
20. 


•431 





17 48 21.50 


xtmi 


S.28 1 3.1 


1404 





19 50 9.49 


34113 


S.96 10 95.6 


6430 


1 


17 50 52.03 


3.6100 


28 2 52.3 


1.736 


1 


19 52 40.08 


34089 


26 3 50.6 


0407 


2 


17 53 22.77 


3.3140 


28 4 31.3 


1404 


2 


19 55 10.47 


34048 


25 57 5.6 


0409 


3 


17 55 53.71 


3.3178 


28 6 0.0 


1498 


3 


19 57 40.66 


34014 


25 50 10.7 


040T 


4 


17 58 24.85 


3.3905 


28 7 18.5 


1439 


4 


20 10.64 


34079 


25 43 5.9 


7.109 


5 


18 56.17 


3.3383 


28 8 26.6 


1430 


5 


20 2 40.41 


34944 


25 35 51.2 


7497 


6 


18 3 27.67 


3-3308 


28 9 24.4 


0477 


6 


20 5 9.97 


34807 


25 28 20.7 


7400 


7 


18 5 59.33 


3>J90 


28 10 11.8 


0,709 


7 


20 7 39.29 


34807 


25 20 52.5 


7430 


8 


18 8 31.15 


3.3810 


28 10 48.7 


0497 


8 


20 10 8.37 


34890 


25 13 8.7 


7411 


9 


18 11 3.12 


3.3840 


28 11 15.1 


0438 


9 


20 12 37.20 


34T83 


25 5 15.2 


7471 


10 


18 13 35.23 


3.3008 


28 11 31.1 


0.178 


10 


20 15 5.79 


84743 


24 57 12.2 


8.190 


11 


18 16 7.47 


3.3883 


28 11 36.6 


0401 


11 


20 17 34.12 


34701 


24 48 59.7 


8487 ; 


12 


18 18 39.83 


3.M08 


28 11 31.3 


0.170 


19 


20 20 2.20 


84038 


24 40 37.8 


8448 


13 


18 21 12.31 


3.3439 


28 11 15.5 


0433 


13 


20 22 30.02 


34013 


24 32 6.6 


8407 


14 


18 23 44.89 




28 10 49.1 


0497 


14 


20 24 57.58 


84671 


24 23 26.2 


8.731 


15 


18 26 17.56 


3.M3S 


28 10 12.2 


0.704 


15 


20 27 24.87 


34MS 


24 14 36.5 


8.004 


16 


18 28 50.32 


3.M00 


28 9 24.6 


0489 


16 


20 29 51.89 


84480 


24 5 37.7 


0466 


17 


18 31 23.15 


3.3«n 


28 8 26.3 


1400 


17 


20 32 18.63 


34484 


23 56 29.9 


0.803 


18 


18 33 56.05 


3.3488 


28 7 17.4 


1.338 


18 


20 34 45.09 


34888 


93 47 13.1 


0464 


19 


18 36 29.01 


34497 


28 5 57.8 


MIO 


19 


20 37 11.28 


84841 


23 37 47.4 


0401 


20 


18 39 2.01 


34304 


28 4 27.5 


1403 


90 


20 39 37.18 


84309 


93 28 12.9 


04« 


21 


18 41 35.06 


34310 


28 2 46.4 


1.773 


91 


90 42 2.78 


84849 


23 18 29.6 


Mm 


22 


18 44 8.14 


34314 


28 54.7 


1431 


22 


20 44 28.08 


84108 


23 8 37.7 


•407 


23 


18 46 41.23 


34317 


27 58 52.3 


3.130 


23 


20 46 53.09 


84144 


22 58 37.2 


104170 


24 


18 49 14.34 


34310 


S.27 56 39.1 


3400 


24 


90 49 17.81 


84006 


S.22 48 28.2 


10490 



X. 



JUNE, 1856. 



101 









GREENWICH MEAN TIME. 










THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 




DUL 
forlm. 


IhrnHnitttm 


DUL 
forlm. 


Hour. 




Dfff. 
Ibrlm. 


DeeUofttkm. 


DUt 
forlm. 




SAT 


UKDA 


Y 21. 






MONDAY 


23. 






h. m. s. 


■. 


O 1 N 


11 




h. m. 1. 


■. 


O 1 M 


M 





20 49 17.81 


3.40M 


S.22 48 28.2 


10.990 





22 39 6.80 


9.1769 


S.12 23 12.3 


15.944 


1 


20 51 42.24 


9.4M5 


22 38 10.8 


10.860 


1 


22 41 17.24 


9.1791 


12 7 55.6 


15.319 


9 


20 54 6.36 


9J0P8 


22 27 45.1 


10.498 


2 


22 43 27.45 


9.1663 


11 52 34.9 


15.877 


3 


20 56 30.16 


%8Hl 


22 17 11.0 


10.887 


3 


22 45 37.43 


9.1846 


11 37 10.4 


15.440 


4 


20 58 53.65 


9.8890 


22 6 28.7 


10.779 


4 


22 47 47.19 


9.1600 


11 21 42.1 


15X09 


5 


21 1 16.84 


3.8840 


21 55 38.4 


10.906 


5 


22 49 56.74 


9.1678 


11 6 10.1 


15.664 


6 


21 3 39.73 


9.S780 


21 44 40.1 


ujom 


6 


22 52 6.07 


9.1588 


10 50 34.4 


15.894 


7 


21 6 2.31 


9J78? 


21 33 33.9 


11.160 


7 


22 54 15.20 


9.1604 


10 34 55.2 


15.881 


8 


21 8 24.58 


9.8686 


21 22 19.8 


11.990 


8 


22 56 24.13 


9.1471 


10 19 12.7 


15.787 


9 


21 10 46.53 


9.8838 


21 10 58.0 


11.497 


9 


22 58 32.85 


9.1488 


10 3 26.8 


15.799 


10 


21 13 8.17 


9.8080 


20 59 28.5 


11.666 


10 


23 41.38 


9.1407 


9 47 37.7 


15X44 


U 


21 15 29.49 


9.8597 


20 47 51.4 


11.680 


11 


23 2 49.73 


9.1878 


9 31 45.5 


16X90 


13 


21 17 50.50 


9.8476 


20 36 6.9 


11.808 


12 


23 4 57.89 


9.1846 


9 15 50.2 


16X48 


13 


21 20 11.20 


9.8498 


20 24 15.0 


11.9W 


13 


23 7 5.87 


9.1818 


8 59 52.0 


15.994 


14 


21 22 31.58 


9.8871 


20 12 15.8 


194M7 


14 


23 9 13.68 


9.1988 


8 43 50.9 


16X43 


15 


21 24 51.65 


9.8818 


20 9.3 


19.187 


15 


23 11 21.32 


9.1980 


8 27 47.0 


16X87 


16 


21 27 11.40 


9.8960 


19 47 55.7 


19.986 


16 


23 13 28.79 


9.1988 


8 11 40.4 


16.131 


17 


21 29 30.84 


9.8914 


19 35 35.1 


19.401 


17 


23 15 36.11 


9.1907 


7 55 31.2 


16.174 


18 


21 31 49.97 


9.8109 


19 23 7.6 


19.616 


18 


23 17 43.27 


9.1181 


7 39 19.5 


16.916 


19 


21 34 8.79 


9.8111 


19 10 33.2 


19.880 


19 


23 19 50.28 


9.1166 


7 23 5.4 


16.966 


20 


21 36 27.30 


9.8060 


18 57 52.0 


19.749 


20 


23 21 57.15 


9.1189 


7 6 48.9 


16.998 


21 


Sil 38 45.50 


9.8007 


18 45 4.2 


19.869 


21 


23 24 3.87 


9.1109 


6 50 30.2 


16X99 


22 


21 41 3.38 


9.9066 


18 32 9.8 


19.901 


22 


23 26 10.46 


9.1087 


6 34 9.4 


16X84 


23 


21 43 20.96 

SU] 


9.9004 

NDAY 


S.18 19 8.9 
22. 


18488 


23 


23 28 16.92 
TUI 


9.1086 

:SDA1 


S. 6 17 46.5 
' 24. 


16X97 





21 45 38.23 


9J»6S 


S.18 6 1.6 


18.174 





23 30 23.25 


9.1045 


S. 6 1 21.7 


16.499 


1 


21 47 55.20 


9.9808 


17 52 48.0 


18.978 


1 


23 32 29.46 


9.1096 


5 44 55.0 


16.480 


2 


21 50 11.87 


9.9763 


17 39 28.2 


18.881 


2 


23 34 35.56 


9.1008 


5 28 26.5 


16.490 


3 


21 52 28.23 


9.9709 


17 26 2.3 


18.489 


3 


23 36 41.56 


9.0991 


5 11 56.2 


16X18 


4 


21 54 44.29 


9.9669 


17 12 30.4 


18.681 


4 


23 38 47.45 


9X973 


4 55 24.3 




5 


21 57 0.06 


9.9803 


16 58 52.6 


18.879 


5 


23 40 53.24 


9X967 


4 38 50.9 


16.568 


6 


21 59 15.53 


9.9664 


16 45 8.9 


18.T76 


6 


23 42 58.94 


9.0943 


4 22 16.1 


16.699 


7 


22 1 30.71 


9.9606 


16 31 19.5 


18.871 


7 


23 45 4.55 


9X939 


4 5 39.9 


16.614 


8 


22 3 45.60 


9.9468 


16 17 24.4 


18.984 


8 


23 47 10.08 


9X916 


3 49 2.4 


16.036 


9 


22 6 0.20 


9.M10 


16 3 23.8 


14J066 


9 


23 49 15.54 


9X908 


3 32 23.7 




10 


22 8 14.51 


9.980J 


15 49 17.7 


14.146 


10 


23 51 20.92 


9X892 


3 15 43.9 


16.671 


11 


22 10 28.54 


9.9816 


15 35 6.3 


14.984 


11 


23 53 26.24 


9X889 


2 59 3.1 


16.687 


12 


22 12 42.30 


9.9970 


15 20 49.6 


14.899 


12 


23 55 31.50 


9X879 


2 42 21.4 


16.709 


13 


22 14 55.78 


9.9994 


15 6 27.7 


14.407 


13 


23 57 36.70 


9X863 


2 25 38.8 


16.716 


14 


22 17 8.99 


9.9178 


14 52 0.7 


14.491 


14 


23 59 41.86 


9X865 


2 8 55.5 


16.797 


15 


22 19 21.93 


9.9134 


14 37 28.8 


14.679 


15 


I 46.97 


9X818 


1 52 11.6 


16.737 


16 


22 21 34.60 


9.9090 


14 22 52.0 


14.863 


16 


3 52.04 


9X843 


1 35 27.1 


16.746 


17 


22 23 47.01 


9.9046 


14 8 10.4 


14.733 


17 


5 57.08 


9X838 


1 18 42.1 


16.763 


18 


22 25 59.15 


9.9003 


13 53 24.0 


14819 


18 


8 2.09 


9X833 


1 1 56.7 


16.750 


19 


22 28 11.04 


9.1961 


13 38 33.0 


14.887 


19 


10 7.08 


9X880 


45 11.0 


16.763 


20 


22 30 22.68 


9.1918 


13 23 37.6 


14.981 


20 


12 12.05 


9X898 


28 25.1 


16.787 


21 


22 32 34.07 


9.1878 


13 8 37.7 


16.036 


21 


14 17.01 


9X897 


S. 11 39.0 


16.788 


22 


22 34 45.22 


9.18S8 


12 53 33.4 


16.107 


22 


10 21.97 


9X897 


N. 5 7.1 


16.767 


23 


22 36 56.13 


9.1798 


12 38 24.9 


16.176 


23 


18 26.93 


9X897 


21 53.1 


16.787 


24 


22 39 6.80 


9.1760 


S.12 23 12.3 


16.944 


24 


20 31.89 


9X8« 


N. 38 39.1 


18.764 



102 



JUNE, 1856. 



XI. 









GREENWICH MEAN TIME. 










THE MOOITS RIGHT ASCENSION AND DECLINATION. 




Hoar. 




Diff. 
forlm. 


DeettoftikNi. 


DMT. 
fbrlm. 


lloor. 




DMT. 
forlm. 


DeoUnatlan. 


Ibrlm. 






WEDNESDAY 25. 






FRIDAY 


27. 








h. m. •. 


■. 


O f • 


« 




h m. •. 


1. 


O 1 IT 


H 







90 31.89 




N. 38 39.1 


16.184 





9 9 21.69 


9.1931 


N.13 32 21.3 


14408 




1 


99 36.86 


SUMO 


55 94.8 


16.780 


1 


9 4 33.34 


9.1988 


13 47 13.3 


14437 




9 


94 41.85 


34WS4 


1 19 10.9 


16.784 


9 


2 6 45.24 


9.9005 


14 2 0.6 


14.750 




3 


96 46.87 


SXMB 


1 28 55.3 


16.747 


3 


9 8 57.40 


9.9048 


14 16 43.3 


14479 




4 


98 51.91 


itma 


1 45 39.9 


16.788 


4 


2 11 9.81 


9.9001 


14 31 21.2 


14409 




5 


30 56.99 


3.0MO 


S 2 23.9 


16.798 


5 


9 13 99.49 


94185 


14 45 54.3 


14410 




6 


33 2.11 


tjoen 


2 19 7.3 


16.716 


6 


9 15 35.43 


9.9170 


15 22.4 


14497 




7 


35 7.27 


SJKU 


2 35 49.9 


16.708 


7 


9 17 48.64 


9J934 


15 14 45.5 


14449 




6 


37 13.48 


%j»n 


9 52 31.7 


16480 


8 


9 90 9.19 


9.9970 


15 29 3.4 


14458 




9 


39 17.74 


Mm 


3 9 12.7 


16^8 


9 


9 99 15.88 


9.9816 


15 43 16.1 


U.167 




10 


41 93.06 


umn 


3 95 59.7 


16487 


10 


9 94 99.91 


93888 


15 57 23.5 


14477 




11 


43 98.45 


UI906 


3 49 31.5 


16488 


11 


9 96 44.93 


9.9410 


16 11 25.4 


18487 




19 


45 33.99 


S40I7 


8 59 9.9 


16418 


19 


9 98 58.83 


9.9486 


16 95 91.9 


13408 




13 


47 39.46 


umn 


4 15 45.7 


16408 


13 


9 31 13.79 


9.9600 


16 39 19.8 


18400 




14 


49 45.08 


S4M4 


4 39 20.8 


16.879 


14 


9 33 98.90 


94584 


16 59 57.9 


18.704 




15 


51 50.79 


. ft4M0 


4 48 54.4 


16447 


15 


2 35 44.36 


94808 


17 6 37.3 


18407 




16 


53 56.59 


t4»1« 


5 5 96.5 


I64» 


16 


9 38 0.12 


9.9853 


17 90 10.8 


18400 




17 


56 9.49 


uan 


5 21 57.0 


16496 


17 


9 40 16.18 


9.9701 


17 33 38.3 


18401 




18 


58 8.49 


t.1009 


5 38 25.9 


16467 


18 


2 42 32.53 


94750 


17 46 59.7 


18408 




19 


1 14.60 


3.1018 


5 54 53.0 


16488 


19 


2 44 49.18 


94881 


18 15.0 


18.908 




30 


1 9 20.83 


3.104B 


6 11 18.2 


16408 


90 


2 47 6.14 


9.9853 


18 13 94.0 


18407 




91 


1 4 97.17 


s.ioa8 


6 27 41.4 


16470 


91 


9 49 23.40 


9.9003 


18 96 96.7 


19401 




99 


I 6 33.64 


t.ioei> 


6 44 9.6 


I6*888 


99 


9 51 40.96 


9405S 


18 39 93.0 


19408 




93 


1 8 40.94 
THU 


•.Ull 

RSDA 


N. 7 2iA 
Y 2«. 


I04N 


93 


9 63 58.83 
SAT 


94004 

URDA 


Na8 69 X9.7 
y 28. 


11.774 




6 


1 10 46.97 


s.im 


N. 7 16 38.4 


MJ61 





9 56 17.01 


94085 


N.19 4 55.9 


19400 




1 


I 19 53.84 


S.llf7 


7 39 59.8 


16.993 


I 


9 58 35.49 


94108 


19 17 39.3 


19480 




9 


1 15 0.85 


9.UdJ 


7 49 4.9 


16.183 


9 


3 54.28 


94158 


19 30 1.9 


19487 




3 


1 17 8.02 


•.1908 


8 5 14.6 


16.140 


3 


3 3 13.39 


94911 


19 42 24.7 


19499 




4 


1 19 15.35 


S.I3U 


8 91 91.7 


16.005 


4 


3 5 32.81 


9496S 


19 54 40.5 


19408 




6 


1 91 92.84 


9.1903 


8 37 26.0 


16JM0 


6 


3 7 52.54 


94814 


90 6 49.1 


19404 




6 


1 93 30.49 


9-1980 


8 53 27.6 


WJ»2 


6 


3 10 12.58 


94888 


90 18 50.6 


11484 




7 


1 25 38.30 


9.1818 


9 9 26.3 




7 


3 12 32.93 


94418 


90 30 44.8 


11449 




8 


1 27 46.29 


9.1848 


9 25 22.1 


18J00 


8 


3 14 53.60 


94471 


90 49 31.6 


11.710 




9 


1 29 54.47 


9.1878 


9 41 14.9 


18.854 


9 


3 17 14.58 


948tt 


90 54 11.1 


11408 




10 


1 32 2.83 


9J400 


9 57 4.6 


18.801 


10 


3 19 35.87 


94874 


91 5 43.1 


11480 




11 


1 34 11.38 


9.1441 


10 12 51.0 


18.746 


U 


3 21 57.47 


94898 


91 17 7.4 


11449 




19 


1 36 20.12 


9.I47S 


10 28 34.1 


18.680 


19 


3 24 19.37 


94076 


91 98 94.1 


114U 




13 


1 38 29.05 


9.1A08 


10 44 13.8 


18^888 


13 


3 26 41.58 


94798 


91 39 33.0 


11401 




14 


1 40 38.19 


9.1841 


10 59 50.1 


18478 


14 


3 29 4.11 


94781 


91 50 34.0 


10481 




15 


1 42 47.54 


9.1876 


11 15 22.8 


18418 


15 


3 31 26.95 


94883 


99 1 97.1 


104n 




16 


1 44 57.10 


9.1619 


11 30 51.9 


18488 


16 


3 33 50.09 


94061 


99 19 19.1 


10483 




17 


1 47 6.88 


9.1048 


11 46 17.2 


18480 


17 


3 36 13.54 


94888 


99 99 49.0 


10447 




18 


1 49 10.87 


9.1884 


19 1 38.6 


18494 


18 


3 38 37.29 


94081 


99 S3 17.7 


1O40O 




19 


1 51 27.08 


9.179:1 


19 16 56.1 


18418 


19 


3 41 1.34 


94088 


99 43 38.1 


10.970 




90 


1 53 37.53 


9.1781 


12 39 9.6 


18.180 


90 


3 43 25.69 


94088 


99 53 50.1 


10.180 




91 


1 55 48.21 


9.1800 


19 47 18.9 


18.190 


91 


3 45 50.34 


14188 


93 3 53.7 


9400 




99 


1 57 50.13 


9.1840 


13 9 94.0 


18440 


99 


3 48 15.29 


14103 


93 13 48.9 


0448 




93 


9 10.99 


9.1880 


13 17 94.8 


usn 


93 


3 50 40.53 


14980 


93 93 35.5 


0.708 




94 


9 9 91.69 


9.1991 


N.13 39 91.3 


14401 


94 


3 53 6.05 


94978 


NJi3 33 13.3 


0407 





XII. 



JUNE, 1856. 



108 







GREENWICH MEAN TIME. 










THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Boar. 


B^htAMtMlaa. 


DUt 
forlm. 




Ibrlm. 


Hour. 


R%ht AMeniioii. 


Dtft 
forlm. 




DUL 
forlm. 




SUNDAY 29. 






MONDAY 


30. 






lLM.iL 


f. 


O f « 


« 




h. m. f. 


i. 


O f H 


H 





3 63 6.05 


%4am 


NJB3 33 13.3 


9J6r7 





4 52 35.15 


94308 


N.26 37 51.3 


8.780 


1 


3 55 31.86 


iA»» 


23 42 42.3 


9.410 


1 


4 55 6.48 


94384 


26 43 30.0 


5459 


S 


3 67 57.95 


9Mn 


23 52 2.5 


9.903 


2 


4 57 37.96 


94360 


26 48 58.4 


5488 


3 


4 24.33 


S.U19 


24 1 13.8 


9ais 


3 


6 9.59 


94984 


26 54 16.6 


5417 


4 


4 2 50.98 


%u» 


24 10 16.1 


8.983 


4 


6 2 41.37 


948(FT 


26 59 24.4 


5444 


5 


4 5 17.91 


t.4dll 


24 19 9.3 


8.811 


5 


6 5 13.27 


94897 


27 4 21.8 


4471 


6 


•4 7 45.11 


SUM6 


24 27 53.4 


8468 


6 


6 7 45.29 


948«7 


27 9 8.9 


4407 


7 


4 10 12.58 


3.4009 


24 36 28.3 


8404 


7 


5 10 17.43 


94808 


27 13 45.5 


4433 


8 


4 12 40.30 


9AM 


24 44 53.9 


8449 


8 


6 12 49.67 


94889 


27 18 11.6 


4447 





4 15 8.28 


%Aadi 


94 53 10J2 


8.199 


9 


6 15 22.02 


94400 


27 22 27.2 


4.171 


10 


4 17 36.51 


9.4791 


26 1 17.1 


8490 


10 


6 17 64.47 


94414 


27 26 32.2 


8495 


11 


4 20 4.98 


9.4799 


25 9 14.5 


7477 


11 


6 20 26.99 


94498 


27 30 26.6 


8419 


12 


4 22 33.70 


S.4805 


25 17 2.3 


7.717 


12 


5 22 59.58 


34488 


27 34 10.5 


8443 


13 


4 25 2.65 


9.49U 


95 24 40.6 


7487 


13 


6 25 32.24 


94448 


27 37 43.7 


8405 1 


1^ 


4 27 31.83 


9.4898 


95 32 9.2 


7490 


14 


5 28 4.95 


94407 


27 41 6.3 


8488 


15 


4 30 1.25 


9.49» 


25 39 28.1 


7489 


15 


6 30 37.72 


94405 


27 44 18.4 


8.111 


16 


4 32 30.89 


9.4998 


95 46 37.2 


7409 


16 


5 33 10.53 


94471 


27 47 19.8 


3404 


17 


4 35 0.74 


9.4999 


95 53 36.4 


0494 


17 


6 35 43.37 


94475 


27 50 10.5 


3.767 


18 


4 37 30.79 


9.6098 


26 25.7 


0.789 


18 


5 38 16.23 


34477 


27 52 50.6 


3479 


19 


4 40 1.05 


9.6089 


26 7 5.1 


0478 


19 


6 40 49.10 


94178 


27 55 20.0 


3401 


30 


4 42 31.50 


9.6009 


96 13 34.5 


0.407 


20 


6 43 21.97 


94478 


27 57 38.7 


9.333 


21 


4 45 2.15 


9419S 


26 19 53.9 


0.980 


21 


5 45 54.84 


94177 


27 59 46.8 


3440 


22 


4 47 32.98 


9.A1M 


26 26 3.2 


0470 


22 


6 48 27.70 


94474 


28 1 44.2 


1487 


23 


4 50 3.98 


9.6181 


26 32 2.3 


8401 


23 


6 51 0.53 


94409 


28 3 30.9 


1489 


24 


4 52 35.15 


9.6908 


N.26 37 51.3 


8.780 


24 


5 53 33.33 


94468 


Nj38 5 6.9 


1411 






PHASE 


S OF TH 


E MOON. 
















Bi^- 


h. m. 










% New Moon, . 


«... 


. . . 2 ] 


11 39.6 










J> First Quarter, 
O Full Moon, . 




... 10 


1 50.2 










. • . • 


... 17 S 


13 51.9 










C Last Quarter, 




. . . 24 S 


52 17.5 


















Bq 


r. It 










<^ ATMiireA. . . 




. . . . li 


1.4 










<r p 


r-o — 9 

erigee, • • 




24 


\ 21.1 













104: 



JUNE, 1856. 



XIII. 







GREENWICH MEAN 


TIME. 






LUNAR DISTANCES. 


4 


SUr't Nu 
Portion 


M 


Noon. 


P.L. 
of 
Dur. 


HP*- 


P.L. 
of 
Difl. 


XVb. 


P.L. 
of 


IXb. 


P.L. 
of 

DUL 


Sum 

Reinilut 
Mars 
Spica 


w. 

E. 
E. 
E. 


O 1 » 

90 30 

54 30 10 

99 90 9 

108 30 57 


ttoe 

Mlft 

tseo 

SKM 


O 1 « 

91 39 59 

59 49 18 

90 40 39 

106 49 49 


9006 

9690 
9606 
9618 


O 1 u 

93 5 4 

51 8 47 

89 1 38 

105 9 1 


9019 
9646 
9611 
9699 


O 1 H 

94 37 6 

49 98 37 

87 99 58 

103 98 34 


9894 

9661 
9896 

9646 


5 


Sun 
Regulut 
Mara 
Spica 


W. 
E. 
E. 
E. 


39 13 50 
44 13 19 
79 14 53 
95 11 94 


9081 

9S49 
9904 


33 44 94 

39 35 14 
77 38 19 
93 33 


9906 
9666 

9r791 


85 14 49 
37 57 38 
76 9 7 
91 54 56 


9011 
9876 
9r797 
9089 


36 44 41 
36 90 95 
74 96 16 
90 17 19 


9086 
9089 

9709 


6 


Son 
Regains 
Man 
Spica 


W. 

E. 
E. 
E. 


44 10 7 
98 90 13 
66 39 9 
89 13 49 


SMO 

9m 

9Btl 
r44 


45 38 17 
96 45 93 
64 58 91 
80 38 


9114 

9846 
r66 


47 6 10 
95 10 59 
63 94 53 
79 9 37 


tm 

9894 
9061 

9779 


48 33 45 
93 37 9 
61 51 44 
77 97 39 


•149 
9646 
9816 
9786 


7 


Son 

PoUax 

Man 

Spica 

Antares 


W. 

w. 

E. 
E. 
E- 


55 47 19 
91 14 44 
54 10 41 

69 36 41 
115 30 10 


•914 

904S 
9866 
9M9 


57 13 11 
99 47 50 
59 39 93 
68 3 95 
113 56 49 


•997 
9874 
9081 

9866 


58 38 48 
94 90 43 
51 8 99 
66 30 94 
119 93 45 


•941 

9874 
9060 
9877 


60 4 9 
95 53 91 
49 37 37 
64 57 40 
110 50 57 


•969 
9887 
9807 


8 

1 


Son 

Pollux 

Man 

Spica 
AjDtares 


W. 

W. 

E. 

E. 

E. 


67 7 14 
33 39 57 
49 7 48 
57 17 46 
103 10 49 


1914 
9010 
9047 

9846 


68 31 9 
35 4 19 
40 38 34 
55 40 30 
101 39 91 


9996 

9860 
9068 
9880 


69 54 51 

36 35 16 

39 9 33 

54 15 96 

100 8 13 


9896 

9060 
9060 
9866 


71 18 91 
38 6 8 
37 40 45 
59 44 35 
98 37 17 


9946 

wm 

9878 
9874 


9 


Sun 

PoUoz 

Man 

Spica 
Aotarea 


W. 
W. 
E. 
E. 
E. 


78 IS 17 
45 37 43 
30 19 49 
45 13 8 
91 5 91 


88M 

9018 
9194 
9091 
90M 


79 35 49 
47 7 35 
98 59 1 
43 43 91 
89 35 98 


•984 

9094 
9191 
9098 


80 58 19 

48 37 18 
97 94 30 

49 13 43 
88 5 43 


9401 
9090 
•190 
•094 
•098 


89 90 97 
50 6 53 
95 57 8 
40 44 13 
86 36 5 


•486 
•086 
•146 
•040 
•984 


10 


Sun 

Pollux 

Re^ua 

Spica 

Antarea 


W. 
W. 
W. 
E. 
E. 


89 10 
57 33 13 
91 10 45 
33 18 98 
79 9 39 


9499 

9066 

om 

9060 
9066 


90 31 39 
59 9 14 
99 38 98 
31 49 37 
77 40 99 


•497 
9061 
9110 
9060 
9060 


91 53 14 
60 31 19 
94 6 15 
30 90 50 
76 11 99 


8496 
9094 
9114 
9079 
9089 


93 14 47 
69 6 
95 34 7 
98 59 8 
74 49 33 


•Ml 
•066 

SIM 
•016 
•064 


11 


Son 
Pollux 
Regulua 
Antarea 
a Aquils 


W. 
W. 
W. 
E. 
E. 


100 9 5 
69 94 14 
39 54 97 
67 18 17 

113 59 33 


94a 
9006 

9087 
9006 

4100 


101 93 31 
70 53 3 
34 99 40 
65 49 96 

119 49 31 


9446 

9060 
9000 
9067 
4077 


109 44 57 
79 91 59 
35 50 58 
64 90 36 

111 39 7 


9444 
9089 

9080 
9066 
4064 


104 6 94 
73 50 43 
37 19 90 
69 51 44 

110 98 91 


ua 

•064 

•087 

•969 


19 


Son 
Pollux 
Regulua 
Antarea 
a Aquils 


W. 
W. 
W. 
E. 
E- 


110 54 14 
81 15 44 
44 49 19 
55 96 38 

104 99 43 


9496 

9040 
9066 

9047 
9844 


119 16 
89 44 57 
46 11 19 
53 57 94 

103 17 8 


•490 

9oa 
9oa 

98« 


113 37 59 
84 14 16 
47 40 19 
59 98 4 

109 4 17 


•4U 
•066 
•064 

•000 
•014 


114 59 51 
85 43 40 

49 9 18 

50 58 38 
100 51 11 


•418 
•084 
•040 
•006 


IS 


Sun 
Pollux 
Regulna 
MiTra 


W. 
W. 
W. 
W. 


191 51 97 
93 19 31 
66 36 48 
16 7 58 


9976 
9009 

90U 
9I« 


193 14 9 
94 49 41 
58 6 45 
17 35 33 


9ni 

9006 

9119 


194 36 59 
96 13 9 
59 36 59 
19 3 90 


9066 

9087 
9110 


195 59 58 
97 43 33 
61 7 9 
90 31 18 


•866 

98n 

SMO 



XIV. 



JUlfE, 1856. 



105 







GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


4 


8tar*fNu 


M 




P.L. 




P.L. 




P.L. 




P.L. 


ftDd 




Midnight. 


or 


XVb. 


of 


xvmh. 


of 


XXIh. 


of 


Podtkm. 




DUL 




Diff. 




Diff. 




DUL 


Sum 


w. 


O t H 

28 8 56 


9084 


O ^ M 

27 40 31 


9046 


O 1 

29 11 53 


9066 


O 1 If 

30 42 59 


9000 




Regulus 


E. 


47 48 48 


vm 


46 9 21 


9608 


44 30 16 


9009 


42 51 33 


9096 




Man 


E. 


85 44 39 


9B43 


84 A 41 


9007 


82 29 4 


9078 


80 51 48 


9088 




Spies 


E. 


101 48 27 


9009 


100 8 40 


9677 


98 29 14 


9608 


96 50 9 


9007 


5 


Sum 


W. 


38 14 23 


aoM 


39 43 47 


8066 


4! 12 62 


8071 


42 41 38 


8064 




Regains 


E. 


34 43 36 


3710 


33 7 10 


9798 


31 31 7 


9740 


29 55 28 


9764 




Man 


«. 


72 50 46 


roB 


71 15 35 


9784 


69 40 46 


9790 


68, 6 17 


9810 




Spies 


E. 


88 39 60 


9084 


87 2 48 


9008 


85 26 6 


9718 


83 49 44 


9790 


6 


Sum 


W. 


50 1 2 


8166 


61 28 2 


8173 


52 54 45 


8187 


54 21 10 


8900 






E. 


22 3 32 


9808 


20 30 32 


9884 


18 58 5 


9993 


17 26 14 


9063 




Man 


E. 


60 18 54 


9881 


68 46 23 


9906 


57 14 11 


9090 


55 42 17 


»84 




Spies 


E. 


75 52 46 


980O 


74 18 17 


9814 


72 44 7 


9898 


71 10 15 


9813 


7 


Sum 


W. 


61 29 15 


8900 


62 64 6 


8978 


64 18 43 


8901 


65 43 5 


8809 




Pollax 


W. 


27 25 44 


9008 


28 57 53 


9918 


30 29 48 


9080 


32 1 29 


9840 




Man 


E. 


48 7 8 


8000 


46 36 55 


8018 


45 6 58 


8096 


43 37 16 


8088 




Spies 


E. 


63 25 11 


9900 


61 52 58 


9910 


60 21 


9097 


58 49 16 


9980 




Antares 


E. 


100 18 25 


9901 


107 46* 8 


9913 


106 14 5 


9994 


104 42 17 


9986 


8 


Sum 


W. 


72 41 40 


8S0A 


74 4 48 


8808 


76 27 47 


8871 


76 50 37 


8879 




Pollax 


W. 


39 36 48 


9967 


41 7 17 


9000 


42 37 35 


8004 


44 7 43 


8010 




Man 


E. 


36 12 10 


8089 


34 43 47 


8008 


33 15 34 


8107 


31 47 33 


8116 




Spies 


E. 


51 13 56 


3968 


49 43 28 


9907 


48 13 11 


8006 


46 43 5 


8018 




Aiitares 


E. 


97 6 32 


9084 


96 35 59 


9003 


94 5 36 


8001 


92 35 24 


8006 


9 


Sum 


W. 


83 42 35 


8416 


85 4 35 


8490 


86 26 29 


8436 


87 48 17 


8480 




PoUaz 


W. 


51 36 21 


8043 


53 5 42 


8010 


54 34 58 


8061 


56 4 8 


8066 




Man 


E. 


24 29 54 


8163 


23 2 47 


8166 


21 35 47 


8164 


20 8 55 


8100 




Spies 


£. 


39 14 50 


8(Vi7 


37 45 35 


8063 


36 16 26 


8067 


34 47 24 


8009 




Antares 


E. 


85 6 34 


8080 


83 37 10 


8044 


82 7 52 


8049 


80 38 40 


8063 


10 


Sum 


W. 


94 36 17 


8443 


95 57 46 


8444 


97 19 13 


8448 


98 40 39 


8446 




Pollax 


W. 


63 28 58 


8007 


64 57 48 


8008 


66 26 37 


8008 


67 65 26 


8000 




Regolos 


W. 


27 2 4 


8108 


28 30 4 


8106 


29 58 9 


8103 


31 26 16 


8000 




Spies 


E. 


27 23 29 


8079 


25 54 54 


8063 


24 26 23 


8066 


22 57 65 


8067 




Ajitares 


E. 


73 13 39 


8000 


71 44 48 


8000 


70 15 57 


8007 


68 47 7 


8007 


11 


Sum 


W. 


105 27 52 


8441 


106 49 22 


8488 


108 10 55 


8486 


109 32 32 


8481 




Pollux 


W. 


75 19 37 


8003 


76 48 33 


8060 


78 17 33 


8066 


79 46 36 


8069 




Regulus 


W. 


38 47 46 


8083 


40 16 17 


8070 


41 44 52 


8076 


43 13 32 


8008 




Antares 


E. 


61 22 49 


8003 


59 53 53 


8066 


58 24 52 


8066 


56 65 47 


8069 




a Aqail» 


E. 


109 17 15 


4014 


108 5 49 


8900 


106 54 5 


8978 


105 42 2 


8880 


12 


Sum 


W. 


116 21 56 


8104 


117 44 8 


8808 


119 6 27 


8803 


120 28 53 


8880 




Pollux 


W. 


87 13 11 


8038 


88 42 49 


8033 


90 12 35 


8016 


91 42 29 


8006 




Regulus 


W. 


50 38 31 


8043 


52 7 52 


8084 


53 37 22 


8037 


65 7 1 


8031 




Antares 


E. 


49 29 6 


8038 


47 59 28 


8033 


46 29 42 


8016 


44 59 48 


8006 




a Aqnil« 


E. 


99 37 50 


8680 


98 24 16 


8878 


97 10 29 


8860 


95 56 29 


8660 


13 


Sum 


W. 


127 23 5 


8849 


128 46 20 


8841 


130 9 44 


8839 


13! 33 18 


8814 




Pollux 


W. 


99 14 14 


9000 


100 45 5 


9061 


102 16 7 


9051 


103 47 21 


9919 




Regulus 


W. 


62 37 37 


9070 


64 8 16 


9000 


65 39 7 


9000 


67 10 10 


9960 




Man 


W. 


21 59 28 


8091 


23 27 49 


8061 


24 56 22 


8073 


26 25 6 


8061 



14 



106 



JUNE, 1856. 



XV. 









GREENWICH MEAN TIME. 






n 


LUNAB DISTANCBa 1 


13 


8Ur'f Nan 


M 




P. L. 




P.L. 




P.L. 




P.L. 


•nd 




Noon. 


of 


HP*- 


of 


Vlh 


of 


DP*- 


of 


Poritfon. 

Antares 


E. 




DUL 




DUL 




DUL 




DHL 


O < M 

43 29 45 


SOOl 


O 1 II 

41 59 33 


9000 


O 1 M 

40 29 12 


9908 


O f » 

38 58 42 


wn 




a Aquile 


E. 


94 42 18 


1818 


93 27 55 


80» 


92 13 23 


8890 


90 68 41 


8810 




Fomklhaut 


E. 


124 26 43 


tOQO 


123 2 20 


8974 


121 37 38 


8957 


120 12 36 


8940 


14 


PoUux 


W. 


105 18 47 


toil 


106 50 26 


9999 


108 22 17 


9919 


109 64 21 


9001 




Regulut 


W. 


68 41 26 


iMO 


70 12 54 


9081 


71 44 34 


9990 


73 16 27 


9809 




Mars 


W. 


27 64 3 


SOU 


29 23 12 


8041 


30 62 34 


8080 


32 22 9 


8090 




Antares 


E. 


31 23 27 


9989 


29 51 49 


9998 


28 19 59 


9919 


26 47 66 


9809 




a Aquife 


E. 


84 42 55 


8774 


83 27 26 


8789 


82 11 52 


1788 


80 66 15 


S7S9 




Fotoalhaat 


E. 


113 2 40 


S183 


111 35 46 


8148 


110 8 34 


tllS 


108 41 6 


8118 


15 


Rejpilns 


W. 


80 59 25 


8889 


82 32 45 


9849 


84 6 19 


9880 


85 40 8 


9818 




Mars 


W. 


39 53 28 


908S 


41 24 27 


9989 


42 65 40 


9980 


44 27 8 


9998 




Spica 


W. 


26 56 13 


9808 


28 29 26 


9848 


30 2 66 


9881 


31 36 43 


9819 




a Aqui1» 


E. 


74 37 33 


8181 


73 21 50 


8788 


72 6 11 


8770 


70 60 38 


tn^ 




Fomalhaut 


E. 


101 19 14 


8049 


99 50 2 


8088 


98 20 33 


8099 


96 60 48 


8808 




a Pegaai 


E. 


121 28 2 


8800 


120 3 51 


8976 


118 39 10 


8960 


117 14 


8998 


10 


Regulut 


W. 


03 33 9 


rsT 


95 8 33 


9745 


96 44 13 


9789 


98 20 10 


9790 




Mars 


W. 


52 8 19 


9887 


53 41 20 


9855 


55 14 37 


9849 


66 48 10 


9010 




Spica 


W. 


39 29 47 


97M 


41 5 14 


9749 


42 40 58 


9780 


44 16 59 


9717 




a Aqui1» 


E. 


64 35 4 


8837 


63 20 40 


8055 


62 6 34 


8678 


60 52 60 


8801 




Fomalhaut 


E. 


89 17 56 


9M0 


87 46 35 


9084 


86 14 59 


9098 


84 43 9 


9819 




a Pegasi 


E. 


110 1 25 


8119 


108 33 38 


8100 


107 6 28 


8061 


106 36 56 


8088 




Jupiter 


E. 


124 51 17 


9791 


123 16 37 


9779 


121 41 41 


9788 


120 6 28 


978S 


r 


Regulus 


W. 


106 24 


9880 


108 1 33 


9848 


109 39 23 


9887 


111 17 2ft 


9898 




Mars 


W. 


64 39 57 


9780 


66 15 6 


9758 


67 60 31 


9744 


69 26 12 


9189 




Spica 


W. 


52 21 12 


98M 


53 58 53 


9848 


55 36 50 


9880 


67 16 4 


9818 




a Aquile 


E. 


54 51 33 


4081 


53 41 13 


4181 


52 31 41 


4187 


61 23 3 


4988 




Fomalhaut 


E. 


77 34 


9881 


75 27 25 


9889 


73 54 5 


9844 


72 20 34 


9808 




a Pegasi 


E. 


98 8 57 


99B4 


96 38 24 


9980 


95 7 33 


9955 


93 36 23 


9049 




Jupiter 


E. 


112 6 14 


9891 


110 29 22 


9879 


108 52 14 


9887 


107 14 60 


9688 


18 


Mars 


W. 


77 28 30 


9875 


79 5 43 


9885 


80 43 10 


9854 


82 20 62 


98a 




Spica 


W. 


65 30 13 


9M1 


67 10 2 


9550 


68 50 6 


9589 


70 30 25 


9010 




Antares 


W. 


19 35 50 


9M3 


21 15 36 


9551 


22 55 39 


9540 


24 35 67 


9698 




Fomalhaut 


E. 


64 30 44 


980B 


62 56 26 


9804 


61 22 3 


9801 


59 47 37 


9801 




a Pegasi 


E. 


85 56 46 


9887 


84 24 1! 


9978 


82 51 24 


9889 


81 18 95 


9881 




Jupiter 


E. 


99 3 45 


9888 


97 24 45 


9SM 


95 45 31 


9874 


94 6 1 


9804 


19 


Mara 


W. 


90 32 53 


9a08 


92 11 57 


9884 


93 51 14 


9875 


95 30 43 


96» . 




Spica 


W. 


78 55 35 


9479 


80 37 18 


9470 


82 19 14 


9180 


84 1 23 


9481 




Antares 


W. 


33 1 11 


9177 


34 42 56 


9488 


36 24 54 


9457 


38 7 6 


9408 




Fomalhaut 


E. 


51 55 38 


9814 


50 21 27 


9B»i 


48 47 28 


9889 


47 13 42 


9845 




a Pegasi 


E. 


73 31 22 


98Sa 


71 57 40 


9881 


70 23 56 


9839 


68 60 10 


9688 




Jupiter 
a Arietis 


E. 


85 44 57 


9818 


84 4 2 


9608 


82 22 63 


9494 


80 41 32 


9488 




E. 


115 12 2 


9887 


113 31 40 


9698 


111 51 3 


9818 


110 10 12 


96» 


90 


Man 


W. 


103 51 2 


9898 


105 31 39 


9890 


107 12 25 


9819 


108 63 21 


96» 




Spica 


W. 


92 35 10 


9411 


94 18 29 


9404 


96 1 58 


9897 


97 45 87 


9808 




Antares 


W. 


46 41 9 


9410 


48 24 23 


9409 


60 7 65 


9808 


61 61 37 


8868 




a Pegasi 


E. 


61 1 51 


98M 


59 28 30 


9881 


67 65 21 


9879 


66 22 26 


9608 




Jupiter 
a Arietis 


E. 


72 11 46 


944A 


70 29 15 


94S7 


68 46 33 


9490 


67 3 41 


9198 


— 


E. 


101 42 35 


9400 


100 26 


9458 


98 18 7 


94U 


96 35 37 


9488 



XVI. 



JUNE, 1856. 



107 









GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


13 


Bter'tName 




P. L. 




P. L. 




P. L. 




P.L. 


and 




Midnight. 


of 


XVii. 


of 


xvmh. 


of 


XXV^ 


of 


Podtkm. 




DUt 




DUL 




DUt 




DHL 


Antares 


E. 


O 1 A 

37 98 1 


9989 


O 1 II 

35 57 10 


9960 


O 1 II 

34 96 7 


9961 


o 1 n 

39 54 53 


3919 




a Aquile 


E. 


89 43 49 


8800 


88 28 47 


879-2 


87 13 37 


87frl 


85 58 18 


8780 




Fomalhaut 


E. 


118 47 14 


8904 


117 21 33 


8909 


116 65 34 


8198 


114 99 16 


8178 


14 


Pollux 


W. 


111 26 39 


3891 


119 59 10 


9880 


114 31 55 


9860 


116 4 54 


3858 




Regulos 


W. 


14 48 34 


9806 


76 90 65 


9887 


77 63 30 


9876 


79 96 90 


3864 




Man 


W. 


33 51 67 


8009 


35 91 58 


9997 


36 59 14 


9986 


38 99 44 


3976 




An tares 


E. 


25 15 40 


9893 


23 43 11 


9889 


99 10 99 


9970 


90 37 99 


3897 




a Aqufle 


E. 


79 40 33 


8759 


78 24 48 


8769 


77 9 3 


8769 


75 53 18 


8769 




Fomalhaut 


E. 


107 13 17 


810S 


105 45 11 


8090 


104 16 49 


8076 


109 48 10 


8063 


15 


Reeulos 


W. 


87 14 14 


9806 


88 48 34 


9794 


90 93 10 


9189 


91 58 1 


3769 




Mars 


W. 


45 58 51 


9916 


47 30 49 


9904 


49 3 3 


9891 


50 35 33 


3879 




Spica 


W. 


33 10 46 


9806 


34 45 6 


2798 


36 19 43 


9780 


37 54 87 


3768 




a Aquile 


E. 


69 35 10 


8781 


68 19 51 


8793 


67 4 49 


8806 


65 49 46 


8890 




Fomalhaut 


E. 


95 20 46 


9996 


93 60 28 


9989 


99 19 53 


9969 


90 49 9 


3966 




a Pegasi 


E. 


115 48 22 


89(M 


114 29 17 


8181 


119 65 45 


8169 


111 98 47 


8189 


16 


Regulus 


W. 


99 56 93 


2Tcn 


101 39 53 


9696 


103 9 39 


9684 


104 46 41 


3673 




Mars 


W. 


58 99 


9817 


69 56 6 


9806 


61 30 97 


9198 


63 6 4 


groi 




Spica 


W. 


45 53 16 


97D4 


47 99 60 


9699 


49 6 41 


9880 


60 43 48 


3667 




a Aquihe 


E. 


59 39 31 


89S9 


58 96 41 


89fl9 


57 14 91 


8696 


66 9 37 


4086 




Fomalhaut 


E. 


83 11 5 


9900 


81 38 47 


9891 


80 6 16 


9880 


78 33 31 


3870 




a Pegasi 


E. 


104 8 I 


8046 


109 38 45 


8080 


101 9 9 


8018 


99 39 19 


3998 




Japiter 


E. 


118 30 58 


9141 


116 55 19 


9198 


116 19 9 


9116 


113 49 60 


9r703 


17 


Regulus 


W. 


119 55 49 


9614 


114 34 95 


9609 


116 13 17 


9691 


117 62 96 


3680 




Mars 


W. 


71 9 9 


9721 


79 38 91 
^ 39 90 


9709 


74 14 49 


9698 


75 51 39 


3687 




Spica 


W. 


58 53 34 


9607 


9895 


69 11 99 


9683 


63 50 40 


3673 




a Aquile 


E. 


50 15 93 


4890 


49 8 49 


4898 


48 3 26 


4485 


46 59 91 


4686 




Fomalhaut 


E. 


70 46 53 


96-28 


69 13 2 


»22 


67 39 3 


9817 


66 4 67 


3819 




a Pegasi 


E. 


99 4 57 


9999 


90 33 15 


9918 


89 1 19 


9907 


87 99 9 


3997 




Jupiter 


E. 


105 37 9 


9643 


103 59 12 


9681 


102 90 69 


9619 


100 49 30 


9607 


18 


Mars 


W. 


83 58 49 


9639 


85 37 


9693 


87 15 94 


9619 


88 64 9 


9606 




Spica 


W. 


79 10 58 


9618 


73 51 46 


9808 


76 39 48 


9497 


77 14 6 


3488 




Aotares 


W. 


96 16 31 


9617 


97 57 90 


9607 


99 38 93 


9487 


31 19 40 


3487. 




Fomalhaut 


E. 


58 13 10 


9801 


56 38 44 


9809 


55 4 18 


98M 


53 99 56 


3808 




a Pegasi 


E. 


79 45 16 


98SS 


78 11 67 


9848 


76 38 31 


9843 


75 4 69 


3889 




Jupiter 


E. 


99 96 17 


9663 


90 46 18 


9648 


89 6 5 


9683 


87 95 38 


3638 


19 


Mars 


W. 


97 10 94 


9666 


98 60 17 


3660 


100 30 91 


9649 


109 10 36 


3534 




Spica 


W. 


85 43 45 


9443 


87 96 19 


9484 


89 9 5 


9496 


90 69 9 


3419 




Antares 


W. 


39 49 99 


9441 


41 39 6 


9488 


43 14 63 


9495 


44 57 69 


3417 




Fomalhaut 


E. 


45 40 19 


9860 


44 7 9 


9878 


42 34 15 


9900 


41 1 66 


3998 




a Pegasi 


E. 


67 16 94 


9884 


65 49 40 


9885 


64 8 68 


3689 


69 36 91 


9846 




Jupiter 
a Arietis 


E. 


78 59 58 


9477 


77 18 19 


9469 


76 36 16 


9460 


73 64 6 


9458 




E. 


108 99 7 


9498 


106 47 48 


9487 


105 6 16 


3478 


103 94 39 


3469 


90 


Mars 


W. 


110 34 96 


9499 


119 16 40 


9498 


113 67 3 


9487 


116 38 35 


9481 




Spica 


W. 


99 99 96 


9888 


101 13 95 


9376 


109 67 39 


9871 


104 41 48 


3866 




Aotares 


W. 


53 35 99 


9389 


55 19 30 


9875 


67 3 40 


9860 


68 47 69 


3868 




a Pegasi 


E. 


54 49 46 


9868 


53 17 94 


9916 


61 46 95 


9937 


60 13 53 


3961 




Jupiter 


E. 


65 90 39 


9416 


63 37 97 


9410 


61 54 7 


9403 


60 10 37 


3898 




a Arietis 


E. 


94 52 57 


9431 


93 10 7 


9495 


91 97 8 


9419 


89 44 


9418 



108 



JUNE, 1856. 



XVII. 



GEEENWICH MEAN TIME. 


LUNAB DISTANCES. 


U 


and 


Noon. 


P.L. 
of 


UP*- 


P.L. 

of 


Vih. 


P.L. 
of 


IXJ^ 


P.L. 
of 


'SJ 


Petition. 






DiA 




Dur. 




Dur 




DIff 


21 


Spica 


W. 


O 1 H 

106 26 12 


9360 


O 1 N 

108 10 44 


9864 


O 1 II 

109 55 24 


9350 


O 1 N 

111 40 11 


98a 




Antares 


W. 


60 32 27 


«ffl 


62 17 3 


9863 


64 1 46 


9847 


65 46 37 


SM8 




a Pegaai 


E. 


48 42 51 


9089 


47 12 25 


8019 


45 42 36 


8065 


44 13 31 


8090 




Jupiter 


E. 


58 26 59 


3393 


56 43 13 


9887 


54 59 19 


9389 


53 15 18 


9877 




a Arietis 


E. 


88 44 


9406 


86 17 20 


9403 


84 33 49 


9306 


82 50 11 


9394 




Aldebaran 


E. 


118 27 47 


9439 


116 44 52 


9190 


115 1 46 


9418 


113 18 30 


9406 


99 


Autares 


W. 


74 32 20 


S»9 


76 17 57 


9817 


78 3 31 


9816 


79 49 9 


9811 




Jupiter 
a Arietis 


E. 


44 33 20 


98M 


49 48 48 


9860 


41 4 9 


9847 


39 19 11 


9sa 




E. 


74 10 35 


9S7ft 


72 26 25 


9978 


70 49 19 


9871 


68 57 56 


9370 




Aldebaran 


E. 


104 39 57 


9^9 


102 55 52 


9376 


101 11 42 


9871 


99 97 26 


9888 




Sun 


E. 


128 28 11 


9680 


126 50 24 


9646 


125 12 31 


9860 


123 34 31 


9687 


93 


Antares 


W. 


88 38 21 


mm 


90 24 23 


9997 


99 10 97 


9996 


93 56 34 


9994 




a Aquils 


W. 


48 18 7 


4080 


49 28 28 


8084 


50 40 23 


8898 


51 53 45 


8819 




a Arietis 


E. 


60 16 10 


9808 


58 31 47 


9887 


56 47 25 


9808 


55 3 5 


9869 




Aldebaran 


E. 


90 44 55 


9B0I 


89 13 


9869 


87 15 29 


9860 


85 30 42 


3648 




Sun 


E. 


115 23 17 


9811 


113 44 50 


9618 


119 6 19 


9616 


110 27 45 


9614 


94 


Antares 


W. 


102 47 39 


9968 


104 33 56 


9987 


106 20 15 


9987 


108 6 36 


9988 




a Aquiln 


W. 


58 18 53 


8518 


59 38 57 


8479 


60 59 59 


tai 


62 21 33 


8894 




a Arietis 


E. 


46 22 12 


9H7 


44 38 19 


9399 


49 54 33 


3899 


41 10 57 


9401 




Aldebaran 


E. 


76 46 25 


9M8 


75 1 33 


9846 


73 16 41 


9846 


71 31 49 


9847 




Sun 


E. 


102 14 18 


9000 


100 35 31 


9606 


98 56 43 


9804 


97 17 54 


9604 


95 


a Aquils 


W. 


69 19 24 


8968 


70 44 30 


8988 


79 10 


8914 


73 35 59 


8188 




Fomalhant 


W. 


37 48 18 


9888 


39 21 56 


9800 


40 56 24 


9785 


49 31 38 


9786 




a Arietis 


E. 


32 36 29 


9478 


30 54 38 


9499 


29 13 14 


9610 


27 32 23 


9649 




Aldebaran 


E. 


62 47 56 


9367 


61 3 19 


9369 


59 18 45 


9889 


57 34 16 


9808 




Sun 


E. 


89 3 42 


9004 


87 24 52 


9004 


85 46 3 


9806 


84 7 15 


9806 


96 


a Aquils 


W. 


80 49 13 


8146 


82 16 28 


8138 


83 43 51 


8184 


85 11 19 


8188 




Fomalhaut 


W. 


50 36 27 


9898 


52 14 44 


9615 


53 53 19 


9601 


55 39 12 


9691 




aPegasi 
Aldebaran 


W. 


33 25 50 


8569 


34 45 9 


8454 


36 6 95 


8880 


37 29 97 


89n 




E. 


48 53 28 


9894 


47 9 44 


9400 


45 26 9 


9408 


43 49 46 


9419 




Sun 


E. 


75 53 36 


9619 


74 14 58 


9615 


79 36 93 


9617 


70 57 51 


9619 


97 


a Aquils 


W. 


99 28 42 


sia 


93 56 


8148 


95 93 12 


8166 


96 50 14 


8166 




Fomalhaut 


W. 


63 49 42 


9666 


65 29 38 


9651 


67 9 40 


954B 


68 49 46 


9646 




aPegasi 


W. 


44 45 1 


8001 


46 15 13 


9965 


47 46 10 


9881 


49 17 49 


9908 




Jupiter 


W. 


25 40 26 


9816 


27 25 30 


3819 


99 10 29 


9844 


30 55 24 


9847 




Aldebaran 


E. 


35 9 57 


9487 


33 28 26 


9607 


31 47 23 


9689 


30 6 54 


9669 




Sun 


E. 


69 46 7 


9686 


61 7 59 


9838 


59 29 55 


9641 


57 51 57 


96a 


98 


a Aquils 


W. 


104 1 53 


8936 


105 97 17 


8967 


106 59 19 


8978 


108 16 56 


8808 




Fomalhaut 


W. 


77 10 41 


9646 


78 50 51 


9618 


80 30 57 


9661 


82 10 59 


1664 




aPegasi 


W. 


57 3 53 


9604 


58 38 16 


9799 


60 19 55 


9781 


61 47 48 


9m 




Jupiter 


W. 


39 38 46 


9808 


41 93 10 


9870 


43 7 28 


9876 


44 51 39 


9880 




Sun 


E. 


49 43 43 


9879 


48 96 


9879 


46 99 18 


9885 


44 59 18 


9888 


99 


Fonudhaut 


W. 


90 99 55 


96n 


99 9 91 


9686 


93 48 36 


9808 


95 97 41 


9880 




a Pegasi 


W. 


69 44 39 


9T47 


71 90 17 


97a 


79 55 57 


17a 


74 31 37 


17a 




Jupiter 


W. 


53 30 44 


9406 


55 14 10 


9418 


56 57 96 


9419 


58 40 33 


9488 




Sun 


E. 


36 49 53 


am 


35 14 


9746 


33 38 20 


9747 


39 9 56 


1N8 



XVIII. 



JUNE, 1856. 



109 



GEEENWICH MEAN TIME. 










LUNAR DISTANCES. 








i4 

11 


Star's Nan 
aad 


» 


Midnight. 


P.L. 

of 


XVJi. 


P.L. 
of 


XVIIPi^ 


P.L. 
of 


XXIh. 


P.L. 
or 


Podtkm. 






IMlt 




Dur, 




Dur 




DIS. 








O 1 « 




O 1 « 




O 1 w 




O 1 N 




81 


Spica 


W. 


113 85 5 


9M0 


115 10 6 


9887 


116 55 18 


3888 


118 40 83 


9880 




ADtares 


W. 


67 31 34 


9S88 


60 16 38 


3838 


71 1 40 


3890 


73 47 6 


9890 




aPegasi 


E. 


48 45 16 


S144 


41 18 


8108 


30 51 40 


8960 


38 86 50 


8349 




Jupiter 


E. 


51 31 10 


ma 


40 46 55 


9807 


48 8 33 


3809 


46 18 4 


9866 




a Arietit 


E. 


81 6 87 


m» 


70 88 37 


3880 


77 38 41 


3889 


75 54 40 


9870 


^ 


Aldebann 


E. 


111 35 4 


MOO 


100 51 80 


38ai 


108 7 46 


3860 


106 83 55 


3804 


99 


ADtires 


W. 


81 34 58 


9M0 


83 80 38 


3800 


85 6 80 


3804 


86 58 83 


9801 




Japiter 
a Arietis 


E. 


37 34 17 


9S43 


35 40 10 


3880 


34 4 17 


3887 


38 10 18 


9886 




E. 


67 13 38 


3968 


65 80 18 


9807 


63 44 56 


3866 


63 33 


9360 




Aldebaran 


E. 


97 43 5 


aM4 


05 58 30 


3801 


04 14 8 


9866 


08 80 33 


9860 




Son 


E. 


181 56 86 


9619 


180 18 15 


3090 


118 40 


9090 


117 1 41 


9098 


83 


Antares 


W. 


95 48 43 


9991 


07 88 55 


3901 


00 15 8 


3960 


101 1 83 


3960 




a Aquils 


W. 


53 8 88 


1740 


54 84 86 


8081 


55 41 33 


8099 


56 50 44 


8666 




a Arietis 


E. 


53 18 46 


9r79 


51 34 30 


3874 


40 50 10 


3878 


48 6 13 


9869 




Aldebaran 


E. 


83 45 53 


3847 


88 1 3 


3840 


80 10 13 


3840 


78 31 18 


9340 




Sun 


E. 


108 49 9 


9019 


107 10 30 


3010 


105 31 48 


3006 


103 53 4 


9007 


84 


Antares 


W. 


109 58 56 


39Sft 


111 30 17 


3960 


113 35 30 


9964 


115 18 1 


9968 




a Aquile 


W. 


63 43 56 


3800 


05 6 58 


8800 


66 30 35 


8801 


67 54 45 


8970 




a Arietis 


E. 


39 87 38 


9117 


37 44 81 


9498 


36 1 85 


9440 


34 18 47 


9464 




Aldebaran 


E. 


69 46 58 


3S48 


68 8 8 


9880 


66 17 31 


9859 


64 38 37 


9864 




Sun 


E. 


05 39 4 


9004 


04 14 


9O0O 


08 81 33 


9003 


00 48 33 


9004 


85 


a Aqai1» 


W. 


75 8 3 


S186 


76 88 30 


8178 


77 55 18 


8109 


70 88 7 


8168 




Fomalhaat 


W. 


44 7 38 


9700 


45 44 8 


9084 


47 31 3 


9068 


48 58 33 


9046 




a Arietis 


E. 


85 58 18 


9066 


84 13 3 


9037 


33 34 45 


9069 


30 57 41 


9780 




Aldebaran 


E. 


55 49 53 


9S7I 


54 5 36 


9870 


58 31 35 


9880 


50 37 33 


9397 




Sun 


E. 


88 88 88 


9807 


80 40 48 


9006 


70 10 58 


9010 


77 33 16 


9011 


36 


a Aqails 


W. 


86 38 40 


sua 


88 10 


8189 


80 33 50 


8184 


01 1 18 


8186 




Fomalhaat 


W. 


57 11 10 


9061 


58 50 40 


9574 


60 30 11 


9600 


68 58 


9000 




a Pegasi 


W. 


38 54 5 


8906 


40 30 7 


8146 


41 47 31 


8001 


43 15 43 


8048 




Aldebaran 


E. 


41 50 38 


9490 


40 16 45 


9441 


38 34 8 


9466 


36 51 51 


9471 




Sun 


E. 


60 10 88 


9099 


67 40 57 


9096 


66 8 36 


9039 


64 84 30 


9081 


87 


a A(|ail0 


W. 


08 17 5 


•177 


00 43 48 


8180 


101 10 4 


8904 


103 36 8 


8990 




Fomalhaat 


W. 


70 80 55 


9040 


73 10 6 


9644 


73 50 17 


9643 


75 30 30 


9646 




aPegasi 


W. 


50 50 4 


98m 


58 38 53 


9656 


53 56 8 


9686 


55 80 50 


9810 




Japiter 


W. 


38 40 15 


3U0 


34 35 1 


9866 


36 41 


9866 


37 54 16 


9869 




Aldebaran 


E. 


88 37 8 


9000 


86 47 53 


90» 


85 37 


9077 


33 33 36 


9731 




Sun 


E. 


56 14 4 


9001 


54 36 18 


9066 


58 58 30 


9001 


51 81 7 


9007 


88 


a Aqails 


W. 


100 41 5 


8899 


111 4 43 


8868 


118 87 48 


8800 


113 50 17 


8498 




Fomalhaat 


W. 


83 50 57 


9M0 


85 30 40 


9661 


87 10 37 


9666 


88 50 80 


9671 




a Pegasi 


W. 


63 38 54 


9768 


64 58 10 


3767 


66 33 34 


9763 


68 4 


9749 




Japiter 


W. 


46 35 43 


9884 


48 10 40 


9800 


50 3 30 


3896 


51 47 11 


3401 




Sun 


E. 


43 15 88 


9700 


41 38 48 


9707 


40 3 18 


9716 


38 36 


9795 


80 


Fomalhaat 


W. 


07 6 36 


9008 


08 45 30 


9018 


100 83 51 


9097 


108 8 


9088 




aPegasi 


W. 


76 7 17 


9747 


77 48 54 


9761 


70 18 36 


9766 


80 53 53 


9700 




Japiter 


W. 


60 83 31 


9488 


68 6 10 


9440 


63 48 57 


9447 


65 31 85 


9460 




Sun 


E. 


30 87 48 


9704 


88 58 50 


97S6 


87 18 80 


9816 


35 44 80 


9881 



110 



JULY, 1856. 



I. 



AT GREENWICH APPARENT NOON. 












Slderaal 






i 

's 
1 


1 

1 


THE SUN'S 




Time 
of the 
Semidi- 
•meter 
pawing 

the 
Herid- 

iao. 


EqoatSonof 

Time, 

tobe 

added io 

Apparent 

Time, 


Difl: 

for 

Ihonr. 


Appartnt 


DULibr 
Ibour. 


Apparent 
Declination. 


VULtor 
Ihoar. 

10.47 


Semi, 
diameter. 


Tues. 


1 


h. m. e. 

6 42 26.58 


0. 

10.S40 


N.^ 6 4.8 


15 46.08 


^.76 


m. 0. 

3 32.56 


e. 
0.483 


Wed. 


2 


6 46 34.62 


10.829 


23 1 41.0 


11.48 


15 46.07 


68.72 


3 44.01 


0.472 


Thur. 


3 


6 50 42.39 


10.316 


22 56 53.1 


12.48 


15 46.08 


68.67 


3 55.19 


0.459 


Fri. 


4 


6 54 49.86 


10.803 


22 51 41.2 


13.48 


15 46.09 


68.63 


4 6.07 


0.447 


Sat 


5 


6 58 57.00 


10.289 


22 46 5.4 


14.47 


15 46.11 


68.58 


4 16.63 


0.438 


Sun. 


6 


7 8 3.75 


10.278 


22 40 5.7 


16.47 


15 46.13 


68.53 


4 26.80 


0.418 


Mod. 


7 


7 7 10.14 


10.267 


22 33 42.5 


16.46 


15 46.16 


68.48 


4 36.60 


0.401 


Tues. 


8 


7 11 16.18 


10.240 


22 26 55.9 


17.42 


15 46.19 


68.44 


4 46.01 


0.384 


Wed. 


9 


7 15 21.71 


10.223 


22 19 46.1 


18.88 


15 46.22 


68.40 


4 55.00 


0.366 


Thur. 


10 


7 19 26.86 


10.205 


22 12 13.2 


19.38 


15 46.26 


68.34 


5 3.58 


0.348 


Fri. 


11 


7 23 31.54 


10.186 


22 4 17.2 


20.29 


15 46.30 


68.27 


5 11.68 


0.329 


Sat 


12 


7 27 35.77 


10.166 


21 55 58.6 


21.23 


15 46.36 


68.20 


5 19.33 


0.310 


Sun. 


13 


7 31 39.53 


10.145 


21 47 17.5 


22.17 


15 46.41 


68.14 


5 26.51 


0.289 


Mod. 


14 


7 35 42.77 


10.124 


21 38 14.2 


28.09 


15 46.46 


68.07 


5 33.19 


0.267 


Tues. 


15 


7 39 45.52 


10.108 


21 28 48.9 


24.01 


15 46.52 


68.00 


5 39.35 


0.246 


Wed. 


16 


7 43 47.74 


10.082 


21 19 1.7 


24.91 


15 46.59 


67.93 


5 45.00 


0.225 


Thur. 


17 


7 47 49.45 


10.060 


21 8 52.7 


26.81 


15 46.67 


67.86 


5 50.13 


0.204 


Fri. 


18 


7 51 50.63 


10.088 


20 58 22.2 


26.69 


15 46.74 


67.78 


5 54.75 


0.182 


Sat 


19 


7 55 51.28 


10.015 


20 47 30.6 


27.68 


15 46.81 


67.70 


5 58.81 


0.159 


Sun, 


20 


7 59 51.39 


9.993 


20 36 17.8 


28.45 


15 46.89 


67.63 


6 2.36 


0.136 


Mod. 


21 


8 3 50.96 


9.970 


20 24 44.4 


29.32 


15 46.97 


67.55 


6 5.36 


0.112 


Tues. 


22 


8 7 49.96 


9.948 


20 12 50.4 


80.16 


15 47.04 


67.47 


6 7.79 


0.089 


Wed. 


23 


8 11 48.40 


9.924 


20 36.0 


81.01 


15 47.13 


67.39 


6 9.68 


0.065 


Thur. 


24 


8 15 46.30 


9.901 


19 48 1.5 


81.84 


15 47.22 


67.31 


6 11.01 


0.043 


Fri. 


25 


8 19 43.63 


9.878 


19 35 7.3 


82.67 


15 47.31 


67.22 


6 11.78 


0.019 


Sat 


26 


8 23 40.38 


9.864 


19 21 53.4 


88.47 


15 47.40 


67.14 


6 11.98 


0.004 


Sun. 


27 


8 27 36.55 


9.880 


19 8 20.2 


84.28 


15 47.50 


67.05 


6 11.59 


0.028 


Mod. 


28 


8 31 32.18 


9.806 


18 54 27.9 


86.06 


15 47.61 


66.95 


6 10.66 


0.052 


Tues. 


29 


8 35 27.18 


9.780 


18 40 16.8 


85.85 


15 47.72 


66.86 


6 9.11 


0.076 


Wed, 


30 


8 89 21.58 


9.756 


18 25 47.1 


86.60 


15 47.83 


66.77 


6 6.97 


0.101 


Thur. 


31 


8 43 15.39 


9.780 


18 10 59.4 


87.86 


15 47.95 


66.69 


6 4.22 


0.125 


Fri. 


32 


8 47 8.59 


9.706 


N.17 55 53.7 


88.10 


15 48.09 


66.60 


6 0.88 


0.151 


Hon. 


— IflMii Tim* of the SemkUami 


Bter pewing may be Ibimd bj 


mibtnMi«ln«0«.18firom the SideraJ Time. 1 



II. 



JULY, 1856. 



Ill 







AT GREENWICH MEAN 


NOON. 










THE SUN'S 








i 

1 


1 






Xqnatkmor 

TIma, 

tab* 

nbtmcttd 

jTOtlt 

Mean 
Tinu, 


DIS. 

fbr 

Iboar. 


Sldanal 
Hum. 


• Apparent 
Right Awenakm. 


DULfor 
Iboor. 


Apparmt 
Dwttnatton. 


DULfor 
Ihoar. 


Tues. 
Wed. 
Thur. 


1 
2 
3 


h. m. a. 

6 42 25.97 
6 46 33.98 
6 50 41.71 


10.840 
10.829 
10.816 


Ni3 '6 '5.4 
23 1 41.7 
23 56 58.9 


10.47 
11.48 
12.48 


m. t. 

3 32.52 
8 43.97 
8 55.15 


a. 

0.488 
0.472 
0.450 


h. m. a. 

6 38 53.45 
6 42 50.01 
6 46 46.56 


Fri. 
Sat 

Sun. 


4 
5 
6 


6 54 49.15 

6 58 56.27 

7 3 3.00 


10.808 
10.289 
10.278 


23 51 ^.1 
22 46 6.4 
22 40 6.8 


18.48 
14.47 
15.47 


4 6.03 
4 16.59 
4 26.76 


0.447 
0.438 
0.418 


6 50 43.12 
6 54 39.68 
6 58 36.24 


Ill 


7 
8 
9 


7 7 9.86 
7 11 15.32 
7 15 20.88 


10.257 
10.240 
10.228 


22 33 43.7 

22 26 57.2 

23 19 47.5 


16.46 
17.42 
18.88 


4 36.56 
4 45.97 
4 54.96 


0.401 
0.884 
0.866 


7 2 32.80 
7 6 29.35 
7 10 25.92 


Thar. 

Fri. 

Sat 


10 
11 
12 


7 19 26.01 
7 23 30.67 
7 27 34.88 


10.206 
10.186 
10.166 


22 12 14.7 
22 4 18.9 
21 56 a4 


19.88 
20.29 
21.28 


6 3.54 
5 11.64 
5 19.29 


0.848 
0.329 
0.810 


7 14 22.47 
7 18 19.03 
7 22 15.59 


Sm. 
Mon. 
Tues. 


13 
14 
15 


7 31 38.62 
7 35 41.85 
7 39 44.58 


10.145 
10.124 
10.103 


21 47 19.4 
21 38 16.2 
21 28 51.0 


22.17 
28.09 
24.01 


6 26.47 
5 33.15 
5 39.32 


0.289 
0.267 
0.246 


7 26 12.15 
7 30 8.70 
7 34 5.26 


Wed. 
Thur. 
Fri. 


16 
17 
18 


7 43 46.79 

7 47 48.48 
7 51 49.65 


10.082 
10.060 
10.038 


21 19 3.9 
21 8 55.0 
20 58 24.7 


24.91 
25.81 
26.69 


5 44.97 
5 50.10 
5 54.72 


0.225 
0.204 
0.182 


7 38 1.82 
7 41 58.38 
7 45 54.93 


Sat. 
Sim. 
Mon. 


19 
20 
21 


7 55 50.29 

7 59 50.39 

8 3 49.95 


10.015 
9.993 
9.970 


20 47 33.2 
20 36 20.6 
20 24 47.3 


27.58 
28.45 
29.82 


5 58.79 

6 2.34 
6 5.34 


0.159 
0.186 
0.112 


7 49 51.50 
7 53 48.05 
7 57 44.gl 


Ill 


22 
23 
24 


8 7 48.94 
8 11 47.38 
8 15 45.28 


9.948 
9.924 
9.901 


20 12 53.4 
20 39.1 
19 48 4.7 


80.16 
81.01 
81.84 


6 7.77 
6 9.66 
6 11.00 


0.089 
0.065 
0.048 


8 1 41.17 
8 5 37.72 
8 9 34.28 


Fri. 
Sat. 
Sun. 


25 
26 
27 


8 19 42.61 
8 23 39.37 
8 27 35.54 


9.878 
9.854 
9.880 


19 85 10.5 
19 21 56.7 
19 8 23.6 


82.67 
88.47 
84.28 


6 11.77 
6 11.98 
6 11.59 


0.019 
0.004 
0.028 


8 13 30.84 
8 17 27.39 
8 21 23.95 


Mon. 
Tues. 
Wed. 
Thur. 


28 
29 
30 
31 


8 31 31.17 
8 35 26.18 
8 39 20.59 
8 43 14.41 


9.805 
9.780 
9.755 
9.730 


18 54 31.4 
18 40 20.3 
18 25 50.7 
18 11 3.0 


85.06 
85.85 
86.60 
87.86 


6 10.66 
6 9.11 
6 6.97 
6 4.23 


0.052 
0.076 
0.101 
0.125 


8 25 20.51 
8 29 17.07 
8 33 13.62 
8 37 10.18 


Fri. 


32 


8 47 7.63 


9.706 


N.17 55 57,4 


88.10 


6 0.89 


0.161 


8 41 6.74 




N 




Mm NooD nuij be usnmed the 


nme as that fbi 


r Apparen 


tNoon. 



112 



JULY, 1856- 



IIL 



AT GREENWICH MEAN NOON. 



THE SUN^ 



i 



1 
2 
3 

4 

5 



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 
32 






183 
184 
185 

186 
187 
188 

189 
190 
191 

192 
193 
194 

195 
196 
197 

198 
199 
200 

201 
202 
203 

204 
205 
206 

207 
208 
209 

210 
211 
212 

213 
214 



IVw LONOITUDl. 



O I II 

99 45 16.1 

100 42 29.1 

101 39 42.0 

102 36 55.0 

103 34 7.9 

104 81 20.9 

105 28 33.7 

106 25 46.4 

107 22 59.1 

108 20 11.7 

109 17 24.3 

110 14 37.0 

111 11 49.9 

112 9 2.7 

113 6 15.7 

114 3 28.9 

115 42.6 

115 57 56.9 

116 55 11.8 

117 52 27.8 

118 49 43.5 

119 47 0.4 

120 44 18.3 

121 41 37.3 

122 88 57.3 

123 36 18.3 

124 83 40.8 

125 31 3.4 

126 28 27.5 

127 25 52.6 

128 23 18.6 

129 20 45.6 



44 56.4 

42 9.2 
39 22.0 

86 34.8 
33 47.5 
31 0.3 

28 12.9 
25 25.4 
22 37.9 

19 50.8 
17 2.7 
14 15.2 

11 28.0 
8 40.6 
5 53.4 

3 6.4 

19.9 

57 34.1 

54 48.9 
52 4.2 
49 20.2 

46 37.0 

43 54.7 
41 13.5 

88 33.4 
85 MSI 
88 16.0 

80 88.9 
28 2.9 
25 27.8 

22 53.6 

20 20.4 



DUtlbr 
Ihoor. 



48.08 
48.08 
48.04 

48.04 
48.04 
48.04 

48.08 
48.08 
48.08 

48.08 
48.08 
48.04 

48.04 
48.05 
48.06 

48.07 
48.09 
48.11 

48.18 
48.16 
48.19 

48.88 
48.27 
48.81 

48.86 
48.89 
48.44 

48.48 
48.52 
48.56 

48.60 
48.64 



LATITUDB. 



+6.34 
0.40 
0.42 

0.40 
0.37 
0.30 

0.21 
H-0.11 
—0.02 

0.16 
0.28 
0.40 

0.51 
0.60 
0.66 

0.69 
0.69 
0.66 

0.59 
0.52 
0.42 

0.28 

0.15 

—0.01 

-hO.ll 
0.24 
0.34 

0.48 
0.50 
0.52 

0.51 
-H).49 



LofuUhm 

oftlM 

Radini Y«etor 

of tiM 

Ivth. 



0.0072475 
.0072486 
.0072469 

.0072427 
.0072360 
.0072266 

.0072147 
.0072005 
.0071840 

.0071653 
.0071446 
.0071221 

.0070977 
.0070718 
.0070444 

.0070155 
.0069852 
.0069535 

.0069203 
.0068857 
.0068497 

.0068122 
.0067729 
.0067319 

.0066891 
.0066444 
.0065975 

.0065482 
.0064966 
.0064429 

.0063868 
0.0063283 



DHL for 
Ihoor. 



1.0 
0.2 
1.2 

8.8 
8.8 
4.8 

6.8 
6.8 
7.8 

8.1 

8.8 
9.6 

10.8 
11.1 
11.7 

12.8 
12.9 
18.5 

14.1 
14.7 
16.4 

16.1 
16.8 
17.5 

18.8 
19.2 
20.0 

20.9 
21.9 
22.9 

28.9 
24.9 



of 
8i<tomlQh. 



17 18 15.99 
17 14 20.08 
17 10 24.17 

17 6 28.26 
17 2 32.85 
16 58 36.43 

16 54 40.51 
16 50 44.61 
16 46 48.69 

16 42 52.78 
16 88 56.87 
16 85 0.96 

16 81 5.04 
16 27 9.18 
16 23 13.22 

16 19 17.81 
16 15 21.40 
16 11 25.49 

16 7.29.56 
16 8 83.66 
15 59 87.75 

15 55 41.88 
15 51 45.98 
15 47 50.01 

15 48 54.10 
15 89 58.19 
15 SS 2J28 

15 32 6.37 
15 28 10.47 
15 24 14.54 

15 20 18.64 
15 16 22.73 



KoTt.— X 



to tiM Irw tqolaoz of Um 4ftlo, x' to Iht mmm tqnlaos of Jm. 04. 



IV. 



JULY, 1856. 



113 









GEEENWICH 


MEAN TIME. 
















THE 


MOON'S 










1 


RXHIPIAMimR. 


HOBIZONTAI 


PARALLAX. 








■9 


















AOl. 


NO0B< 


MUnlskt 


Noia. 


DULfor 
Iboor. 


HMol^t. 


DU-flir 
Ihoor. 




DUtfbr 
Ibonr. 


1 
2 
3 


lb ^.4 
15 35.0 
15 25.1 


15 39.8 
15 30.1 
15 20.1 


S7 SdA 
67 4.9 
56 28.5 


-l.»6 
1.49 
1.52 


67 22.5 
66 46.8 
56 10.3 


-1.44 
1.62 
1^ 


6 

11.7 

1 8.0 


Bl. 

2.48 
2.27 


28.5 
0.1 
1.1 


4 
5 
6 


15 15.3 
15 6.3 
14 58.6 


15 10.7 
15 2.2 
14 55.5 


56 52.6 
55 19.5 
54 5L3 


1.45 
1.29 
1.04 


55 35.6 
66 4.6 
54 89.7 


1JI8 
1.18 
0.89 


2 0.2 

2 4d.l 

3 32.1 


2.09 
1.91 
1.T7 


2.1 
3.1 
4.1 


7 
8 
9 


14 52.8 
14 49.3 
14 48.6 


14 50.7 
14 48.6 
14 49.2 


54 30.0 
54 17.3 
54 14.3 


0.72 
-0.83 
■M>.09 


54 22.6 
54 14.6 
54 16.6 


0.68 
-0.12 
■HiM 


4 13.3 
4 52.7 
6 31.6 


1.67 
1.62 
1.68 


5.1 
6.1 
7.1 


10 
11 
12 


14 50.5 

14 55.3 

15 2.7 


14 52.6 

14 58.7 

15 7.2 


54 21.5 
54 39.0 
66 6.1 


0.62 
0.98 
1.81 


54 29.0 

54 51.4 

55 22.8 


0.78 
1.18 
1.47 


6 11.1 

6 62.6 

7 37.1 


1.68 
1.78 
1.92 


8.1 

9.1 

10.1 


13 
14 
15 


15 12.2 
15 23.5 
15 35.6 


15 17.7 
15 29.5 

15 41.8 


55 41.3 

56 22.5 

57 7.1 


140 
1.80 
1.88 


66 1.3 
66 44.6 
57 29.7 


1.72 
1.86 
1.87 


. 8 26.7 

9 ia9 

10 16.3 


2.II 

2.30 
2.46 


11.1 
12.1 
13.1 


16 
17 
18 


15 47.8 

15 69.1 

16 8.6 


15 53.6 

16 4.1 
16 12.5 


57 51.9 

58 33.6 

59 a4 


1.82 
1.61 
1.2T 


58 18.8 

58 62.0 

59 22.5 


1.78 
1.46 
1.07 


11 16.3 

12 16.5 

13 14.6 


2.63 
2.48 
2.86 


14.1 
15.1 
16.1 


19 
20 

21 


16 15.6 
16 19.6 
16 20.6 


16 18.0 
16 20.6 
16 20.1 


59 34.0 
59 48.6 
59 52.8 


0.84 
+0.88 
-0.06 


59 42.7 
59 51.8 
59 50.4 


0.61 
-M>.I5 
-0.26 


14 9.5 
16 1.3 

15 50.7 


2.22 
2.10 
2.02 


17.1 
18.1 
19.1 


22 
23 
24 


16 ia9 
16 15.0 
16 9.5 


16 17.2 
16 12.4 
16 6.3 


59 46.1 
59 31.8 
59 11.6 


0.44 
0.78 
0.98 


59 39.8 
59 22.3 
58 69.9 


0.60 
0.84 
1.00 


16 39.0 

17 27.7 

18 18.0 


2.01 
2.05 
2.14 


20.1 
21.1 
22.1 


25 
26 
27 


16 2.9 
15 65.7 
15 47.9 


15 69.4 
15 51.9 
15 43.9 


58 47.5 
58 20.7 
57 52.1 


1.06 
1.16 
1.22 


58 34.4 
68 6.6 
67 87.3 


1.12 
1.19 
1.26 


19 10.9 

20 6.6 

21 4.4 


2.25 
2.87 
a.44 


28.1 
24.1 
25.1 


28 
29 
30 
31 


15 39.7 
15 31.3 
15 22.8 
15 14.5 


15 35.5 

16 27.1 
15 18.6 
15 10.5 


57 22,2 
66 51.3 
56 20.2 
55 49.7 


1.27 
1.80 
1.29 
1.24 


57 6.8 
56 35.7 
66 4.8 
65 35.0 


1.29 
IJtO 
1.27 
1.20 


22 2.7 

22 59.8 

23 52^ 

6 


2.42 
2.29 
2.12 


26.1 
27.1 
28.1 
29.1 


32 


15 6.7 


15 3.0 


55 20.8 


-1.15 


55 7.8 


-1.08 


41.8 


1.97 


0.6 





15 



114 



JULY, 1856. 



V. 



GREENWICH MR\N TIME. | 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 


Right AMndon. 


DIff. 
forlm. 


DMlinatton. 


Wff. 
forlm. 


Hoar 




WIT. 
forlm. 


DmUimUoo. 


Dur. 1 

f^lm.l 

1 




TUESDAY 1. 






THURSDAY 8. 






b. m. t. 


■. 


O 1 « 


« 




h. m. ■. 


t. 


o 1 n 


« 





5 53 33.33 


3.A46S 


N.98 5 6.9 


1411 





7 59 20.32 


94508 


N.96 9 17.0 


•401 


1 


5 56 6.09 


9.ft4M 


28 6 32.2 


1404 


1 


7 54 41.51 


34600 


95 55 54.8 


C480 


2 


5 58 38.70 


3.ft44A 


28 7 46.9 


1.157 


9 


7 57 2.32 


34487 


95 49 94.4 


0474 


3 


6 1 11.43 


3.504 


28 8 51.0 


0480 


3 


7 59 99.75 


34873 


25 42 45.9 


0.700 


4 


6 3 44.00 


3.5439 


98 9 44.5 


0409 


4 


8 1 49.78 


34804 


95 35 59.3 


0448 


5 


6 6 16.49 


3.5406 


98 10 97.3 


0425 


5 


8 4 9.40 


34380 


25 29 4.7 


0470 


6 


6 8 48.89 


3.fiS99 


98 10 59.5 


0.441 


6 


8 6 21.61 


34100 


95 99 9.9 


1.101 


7 


6 11 91.19 


3.5875 


28 11 91.0 


0.371 


7 


8 8 40.42 


34109 


95 14 51.9 


1.3U 


8 


6 13 53.39 


3.6157 


98 11 32.0 


0400 


8 


S 10 58.86 


34085 


25 7 34.0 


1499 


9 


6 16 25.48 


Mm 


28 11 32.5 


0479 


9 


8 13 16.87 


34007 


95 8.5 


14B6 


10 


6 18 57.44 


3.5tl6 


28 11 22.5 


0454 


10 


8 15 34.47 


34800 


94 59 35.4 


1418 


11 


6 21 29.27 


%9m 


28 11 2.0 


0.490 


11 


8 17 51.66 


8.9681 


94 44 54.8 


1.781 


13 


6 24 0.96 


3.5905 


28 10 31.0 


O40S 


19 


8 20 8.44 


34f709 


94 37 6.9 


1460 


13 


6 26 39.49 


3.5943 


28 9 49.6 


0.777 


13 


8 22 24.81 


3.3000 


94 99 11.7 


1480 


14 


6 29 3.86 


3.5914 


98 8 57.8 


0410 


14 


8 24 40.76 


3.9094 


94 91 9.3 


Mm 


15 


6 31 35.06 


3.5185 


98 7 55.6 


1.189 


15 


8 26 56.30 


34665 


24 19 59.8 


8.311 


16 


6 34 6.08 


3.5155 


98 6 43.1 


1.904 


16 


8 29 11.42 


34486 


24 4 43.3 


8488 


17 


6 36 36.99 


3.5134 


98 5 90.3 


1.406 


17 


8 31 26.12 


34414 


93 56 19.8 


8.440 


18 


6 39 7.58 


3.M01 


98 3 47.9 


14M 


18 


8 33^40.39 


3.9844 


23 47 49.4 


64a 


19 


6 41 38.03 


94066 


98 9 3.9 


140O 


19 


8 35 54.24 


34974 


93 39 19.2 


6470 


90 


6 44 8.96 


3.5030 


98 10.5 


1474 


90 


8 38 7.68 


3.3901 


23 30 28.3 


8.181 


81 


6 46 38.97 


3.4081 


97 58 7.0 


9.143 


91 


8 40 20.70 


3.3184 


23 21 37.8 


6407 


99 


6 49 8.06 


3.4045 


97 55 53.4 


9410 


39 


8 49 33.30 


3.9054 


23 12 40.7 


0405 


93 


'6 51 37.61 


S.4006 


N.97 53 99.8 


9.47S 


93 


8 44 45.47 


3.1008 


NM 3 37.9 


0>111 




WED 


NESD 


AY 2. 






FI 


IIDAY 


4. 







6 54 6.93 


9.4800 


NJ37 50 56.3 


14U 





8 46 57.91 


8.1099 


NJ39 54 97.4 


•415 


1 


6 56 36.00 


3.48tS 


97 48 19.9 


9400 


1 


8 49 8.53 


3.1858 


99 45 11.4 


•419 


3 


6 59 4.81 


3.4770 


97 45 19.6 


9471 


9 


8 51 19.44 


3.1705 


99 35 49.9 


•491 


3 


7 1 33.35 


3.4754 


27 42 16.4 


9.154 


3 


8 53 99.95 


3.1717 


99 96 90.0 


•419 


4 


7 4 1.62 


3.4588 


27 39 3.4 


5400 


4 


8 55 40.04 


3.1040 


99 16 46.5 


•491 


5 


7 6 99.61 


3.4541 


27 35 40.8 


t.457 


5 


8 57 49.70 


3.1575 


99 7 6.1 


•.191 


6 


7 8 67.31 


3.4603 


27 32 8.6 


S417 


6 


8 59 58.94 


8.1506 


91 57 19.8 


•416 


7 


7 11 24.72 


3.4544 


27 28 26.8 


9.TW 


7 


9 9 7.77 


3.1480 


91 47 97.8 


•4M 


8 


7 13 51.84 


3.4103 


27 24 35.5 


9404 


8 


4 16.18 


9.1807 


91 37 30.1 


10496 


9 


7 16 18.65 


3.4443 


97 90 34.8 


4401 


9 


9 6 94.18 


9.1900 


91 97 96.8 


10.101 


10 


7 18 45.15 


3.4500 


97 16 94.6 


4447 


10 


9 8 31.77 


9.1381 


91 17 17.9 


M.t99 


11 


7 21 11.33 


3.45M 


97 19 5.1 


4.409 


11 


9 10 38.95 


9J108 


91 7 3.6 


10408 


19 


7 23 37.18 


3.4«^I 


27 7 36.4 


4455 


19 


19 45.79 


9.1004 


90 56 43.9 


10471 


1 13 


7 96 2.71 


3.49in 


27 2 58.5 


4.10(7 


13 


14 59.08 


9.1096 


90 46 18.9 


104M 


1 H 


7 28 27.91 


3.4171 


26 58 11.5 


4468 


14 


16 58.04 


94060 


90 35 48.6 


10446 


1 1^ 


7 30 59.77 


3.4114 


96 53 15.5 


5408 


15 


9 19 3.60 


94809 


90 95 13.9 


10489 


16 


7 33 17.98 


3.4065 


96 48 10.5 


5.157 


16 


91 8.76 


94990 


90 14 39.8 


10.115 


17 


7 35 41.44 


9J807 


96 49 56.6 


5406 


17 


9 93 13.59 


94100 


90 3 47.4 


io.irT 


18 


7 38 5.94 


9.5037 


96 37 33.9 


5.451 


18 


9 95 17.88 


94004 


19 59 57.1 


10436 


19 


7 40 98.68 


94077 


96 39 9.5 


5400 


19 


9 97 91.85 


94090 


19 49 9.0 


I04« 


90 


7 49 51.76 


34816 


96 26 29.4 


5.740 


90 


9 99 95.43 


94654 


19 31 9.1 


11497 


91 


7 45 14.47 


34753 


96 90 33.7 


5469 


91 


9 31 98.69 


94480 


19 19 57.5 


11.115 


99 


7 47 36.80 


34000 


26 14 36.5 


04M 


99 


33 31.49 


94485 


19 8 48.3 


11.191 


93 


7 49 58.75 


340^ 


96 8 30.9 


0.109 


93 


35 33.84 


94073 


18 57 34.6 


11405 


94 


7 59 20.39 


34003 


NJ26 9 17.0 


0401 


94 


9 37 35.88 


94000 


N.18 46 16.5 


11486 



VI. 



JULY, 1856. 



115 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


inoar. 




Wff. 
for 1 m. 




DUL 
forlm. 


Hour. 


Right iMMIilOII. 


forlm. 


DeoUiuttoii. 


1 
ibrlm. 




SAl 


'URDA 


lY 5. 






MONDAY 7. 






h. BL 0. 


■. 


o 1 n 


N 




h. m. ■. 


0. 


O 1 • 


M 





9 37 35.88 


&0M6 


N.18 46 16.5 


11.398 





11 8 55.71 


14007 


N. 8 38 33.0 


18.600 


1 


9 39 37.54 


3Un46 


18 34 54.0 


1 1.410 


1 


11 10 43.66 


1.7077 


8 24 56.3 


13493 


9 


9 41 38.89 


S4>l8i 


18 23 97.2 


11.489 


9 


11 12 31.43 


1.7047 


8 11 18.2 


13447 


3 


9 43 39.73 


34)191 


18 11 56.1 


11.609 


3 


11 14 10.02 


1.7017 


7 57 38.7 


18470 


4 


9 45 40.97 


3.0060 


18 90.9 


llUi90 


4 


11 16 6.44 


1.7868 


7 43 57.8 


18409 


5 


9 47 40.45 


3.0000 


17 48 41.7 


11.087 


5 


11 17 53.60 


1.7869 


7 30 15.5 


18.714 


6 


9 49 40.97 


I.M40 


17 36 58.5 


11.764 





11 10 40.78 


1.788ft 


7 16 32.0 


18.734 


7 


9 51 39.73 


1.0881 


17 95 11.9 


11430 


7 


11 21 27.71 


1.760O 


7 2 47.4 


13.764 


8 


9 53 38.84 


1.0839 


17 13 90.0 


11489 


8 


11 23 14.40 


1.7784 


6 40 1.6 


13.773 


9 


9 55 37.59 


1.970 


17 1 25.1 


11.M6 


9 


11 25 1.12 


1.7760 


6 35 14.6 


13.709 


10 


9 57 35.99 


1.0700 


16 40 26.5 


13407 


10 


11 26 47.61 


1.T787 


6 21 26.5 


18410 


11 


9 59 34.05 


1.8648 


16 37 94.9 


13466 


11 


11 28 33.06 


1.7714 


6 7 37.4 


18437 


IS 


10 1 31.77 


1.0103 


16 95 18.3 


13.136 


19 


11 30 20.17 


1.7603 


5 53 47.3 


134a 


13 


10 3 99.15 


1.0SI6 


16 13 8.0 


13.186 


13 


11 32 6.25 


1.7670 


5 30 56.3 


13466 


14 


10 5 26.90 


1.8481 


16 56.0 


13.94S 


14 


11 33 52.21 


1.7660 


5 26 4.4 


13.879 


15 


10 7 99.99 


1.M96 


15 48 30.7 


19.900 


15 


U 35 38.05 


1.7680 


5 12 11.7 


1348ft 


16 


10 9 19.31 


1.0871 


15 36 20.1 


13464 


16 


11 37 23.77 


1.7611 


4 58 18.2 


13.806 


17 


10 11 15.37 


14816 


15 23 57.2 


13.406 


17 


11 30 0.38 


1.7608 


4 44 23.0 


13411 


16 


10 13 11.10 


10968 


15 11 31.1 


13.461 


18 


11 40 54.80 


1.7676 


4 30 28.8 


13.938 


10 


10 15 6.59 


1«13 


14 50 1.0 


13419 


19 


11 42 40.30 


1.7600 


4 16 33.0 


1348ft 


90 


10 17 1.64 


14109 


14 46 20.6 


13463 


90 


11 44 25.61 


1.7644 


4 2 36.5 


13.046 


91 


10 18 56.46 


1.0111 


14 33 54.3 


13419 


21 


11 46 10.82 


1.7698 


3 48 30.5 


13466 


99 


10 20 50.97 


1.0061 


14 21 16.1 


19461 


29 


11 47 55.05 


1.7614 


3 34 41.0 


13.064 


93 


10 99 45.18 
SD 


UOll 
M)A^ 


N.14 8 35.0 
' 6. 


13.700 


93 


11 40 41.00 
TU 


1.7A01 

ESDA1 


N. 3 20 43.8 
f 8. 


18479 





10 94 39.10 


1.8803 


N.13 55 51.0 


19.766 





11 51 95.06 


1.7486 


N. 3 6 45.9 


13480 


1 


10 26 39.73 


1.8014 


13 43 4.9 


13403 


1 


11 53 10.86 


1.7477 


9 59 46.2 


13487 


9 


10 98 96.07 


1.8887 


13 30 14.7 


13447 


9 


11 54 55.68 


1.7467 


2 38 46.8 


13408 


3 


10 30 19.13 


1.8891 


13 17 99.5 


13401 


3 


11 56 40.45 


1.7467 


2 24 47.0 


13409 


4 


10 39 11.91 


1.877ft 


13 4 97.7 


13484 


4 


11 58 95.16 


1.7447 


2 10 46.0 


14404 


5 


10 34 4.42 


1.87-iO 


19 51 30.4 


1347ft 


5 


19 0.81 


1.7438 


1 56 46.5 


14.000 


6 


10 35 56.66 


146&1 


12 38 30.7 


1841ft 


6 


19 1 54.41 


1.7480 


1 42 45.8 


14413 


7 


10 37 48.63 


1.8040 


12 25 28.6 


18.055 


7 


19 3 38.07 


1.7493 


1 28 44.0 


14417 


8 


10 39 40.34 


1.8997 


12 12 24.1 


18406 


8 


12 5 23.40 


1.7416 


1 14 43.8 


14419 


9 


10 41 31.70 


1.89A4 


U 50 17.2 


18.184 


9 


12 7 7.06 


1.7410 


1 42.6 


14491 


10 


10 43 22.99 


14519 


11 46 8.0 


18.171 


10 


12 8 52.40 


1.7406 


46 41.3 


14499 


11 


10 45 13.94 


14471 


11 32 56.7 


18.907 


11 


12 10 36.82 


1.7401 


32 39.0 


14.093 


19 


10 47 4.64 


144S1 


11 10 43.2 


18.343 


19 


12 12 21.22 


1.7898 


18 38.5 


14493 


13 


10 48 55.10 


14S01 


11 6 27.6 


i8.9rn 


13 


12 14 5.60 


1.7386 


N. 4 37.1 


14493 


14 


10 50 45.33 


14Sft9 


10 53 10.0 


18410 


14 


12 15 40.07 


1.7886 


S. 24.2 


14499 


15 


10 52 35.33 


14814 


10 30 50.4 


18449 


15 


12 17 34.34 


1.7306 


23 25.5 


14490 


16 


10 54 25.10 


143n 


10 26 28.0 


18474 


16 


12 10 18.71 


1.7806 


37 26.6 


14417 


17 


10 56 14.65 


14941 


10 13 5.5 


18.40ft 


17 


12 21 3.07 


1.7886 


51 27.5 


14413 


18 


10 58 3.09 


14906 


50 40.3 


18.48ft 


18 


12 22 47.44 


1.7886 


1 5 28.2 


14400 


19 


10 59 53.12 


14171 


46 13.3 


18.466 


19 


12 24 31.82 


1.7808 


1 10 28.6 


14404 


90 


11 1 42.04 


14186 


32 44.5 


18.404 


90 


12 26 16.22 


1.7409 


1 33 28.7 


13400 


91 


11 3 30.75 


14103 


10 14.0 


13499 


91 


12 28 0.64 


1.7406 


1 47 28.5 


13408 


99 


11 5 19.26 


14068 


5 41.0 


13448 


99 


12 20 45.00 


1.7411 


9 1 28.0 


13487 


93 


11 7 7.58 


140S7 


8 52 8.2 


18474 


93 


12 31 20.57 


1.7416 


2 15 27.0 


13.960 


1 ^ 


11 8 55.71 


14007 


N. 8 38 33.0 


18400 


94 


12 33 14.08 


1.7499 


S. 2 20 25.6 


13479 



116 



JULrY, 18&6» 



VII. 



GREENWICH MEAN TIME. 


THE MOOITS RIGHT ASCENSION AND DECLINATION. 


Hour. 




forliii. 




DHL 
Ibrlm. 


Hoar. 


w 
Bight AflModon. 


DIff. 
forlm. 




- 

Ibrls.1 




WEDNESDAY 9. 






FRIDAY 


11. 






h. m. 0. 


t. 


O 1 • 


IT 




h. m. ■. 


6. 


O 1 » 


« 





19 33 14.08 


uim 


S. 9 99 95.6 


18.979 





13 59 5.00 


14040 


S.13 18 15.7 


11.784 


1 


19 34 58.63 


1.14» 


9 43 93.7 


18.006 


1 


14 57.03 


14804 


13 31 1.4 


11.740 


9 


19 36 43.93 


].74t7 


9 57 91.9 


18.064 


9 


14 9 49.33 


14780 


13 43 44.5 


11488 


3 


19 38 97.88 


1.14M 


3 11 18.9 


16.010 


3 


14 4 41.90 


14106 


13 56 94.9 


19466 


4 


19 40 19.58 


1.14M 


3 95 14.6 


18.064 


4 


14 6 34.75 


14869 


14 9 9.5 


19406 


& 


19 41 57.34 


1.7486 


3 39 10.3 


18.029 


5 


14 8 97.88 


14870 


14 91 37.3 


19468 


6 


19 43 49.16 


1.74f76 


3 53 5.3 


18.810 


6 


14 10 91.30 


14097 


14 34 9.9 


11481 


7 


19 45 97.05 


1.7467 


4 6 59.6 


18.808 


7 


14 19 15.01 


14077 


14 46 38.9 


19.468 


8 


19 47 19.01 


1.7100 


4 90 53.1 


18.886 


8 


14 14 9.09 


14097 


14 59 4.9 


11408 





19 48 57.05 


1.76I4 


4 34 45.8 


18.879 


9 


14 16 3.33 


14078 


15 11 97.9 


11481 


10 


19 50 49.18 


1.7M0 


4 48 37.7 


18.808 


10 


14 17 57.95 


14190 


15 93 47.1 


11486 


11 


19 59 97.40 


1.7i44 


5 9 98.7 


18.818 


11 


14 19 59.88 


14181 


15 36 3.9 


19498 


19 


19 54 19.71 


i.7aao 


6 16 18.8 


18.897 


19 


14 91 48.19 


14909 


15 48 17.5 


11.180 


13 


19 55 58.11 


1.7ff7» 


5 30 7.9 


18.810 


13 


14 93 43.67 


14986 


16 97.8 


11.148 


14 


19 57 43.61 


1.7409 


5 43 56.0 


18.706 


14 


14 95 39.54 


14688 


16 19 34.7 


11487 


16 


19 50 99.99 


1.7611 


5 57 43.1 


18.778 


15 


14 97 35.73 


14809 


16 94 38.9 


19490 


16 


13 1 14.04 


i.7aw 


6 11 99.9 


18.797 


16 


14 99 39.95 


14448 


16 36 38.9 


11471 1 


17 


13 3 0.78 


1'7660 


6 95 14.1 


18.718 


17 


14 31 99.11 


14606 


16 48 34.7 


ll4n 


18 


13 4 46.74 


1.7671 


6 38 57.8 


18.718 


18 


14 33 96.31 


14669 


17 97.7 


11468 


19 


13 6 39.83 


1.7609 


6 59 40.3 


18.608 


19 


14 35 93.85 


14810 


17 19 17.1 


11.708 


90 


13 8 19.05 


1.7714 


7 6 91.6 


i8.«n 


90 


14 37 91.74 


146n 


17 94 9.7 


lUlW 


91 


13 10 5.40 


1.7767 


7 90 1.6 


18.666 


91 


14 39 19.98 


14186 


17 35 44.5 


11486 


99 


13 11 51.89 


1.7760 


7 33 40.3 


18.664 


99 


14 41 18.57 


14704 


17 47 99.5 


11481 


93 


13 13 38.59 
THU 


1.7184 

BSDA^ 


S. 7 47 17.7 

r 10. 


18418 


93 


14 43 17.51 
SAT 


14868 

UBDA 


.817 58 66.6 
Y 12. 


11488 





13 15 95.30 


1.7800 


S. 8 53.7 


18468 





14 45 16.81 


14018 


S.18 10 96.7 


11488 


1 


13 17 19.93 


1.7836 


8 14 98.9 


18.068 


1 


14 47 16.47 


14074 


18 91 59.8 


11.481 


9 


13 18 59.39 


1.7669 


8 28 1.9 


18.687 


9 


14 49 16.50 


94086 


18 33 14.8 


11488 


3 


13 90 46.58 


1.7801 


8 41 39.6 


18.610 


3 


14 51 16.90 


94008 


18 44 39.6 


11486 


4 


13 99 34.01 


1.7010 


8 55 9.4 


18.483 


4 


14 53 17.68 


94161 


18 55 46.9 


11.181 


6 


13 24 91.61 


1.7048 


9 8 30.6 


18.456 


5 


14 55 18.84 


14814 


19 6 56.5 


11.118 


6 


13 96 9.38 


i.Ton 


9 91 57.1 


18U96 


6 


14 57 90.38 


S4988 


19 18 0.4 


11.044 


7 


13 97 57.33 


1.8007 


9 35 91.9 


13.808 


7 


14 50 99.30 


94689 


19 99 0.8 


10460 


8 


13 99 45.47 


1.8030 


9 48 44.9 


18JI68 


8 


15 1 94.61 


94417 


19 39 56.7 


18486 





13 31 33.80 


1.8079 


10 9 6.1 


18436 


9 


15 3 97.31 


14188 


19 50 48.0 


M4I6 


10 


13 33 99.33 


1.6106 


10 15 95.5 


13407 


10 


15 5 30.41 


94660 


90 1 34.7 


18.718 


11 


13 35 11.07 


1.8UI 


10 98 43.1 


13.978 


11 


15 7 33.91 


14617 


90 19 16.6 


10468 


19 


13 37 0.02 


ism 


10 41 58.7 


18.9a 


19 


15 9 37.81 


14888 


90 99 53.6 


18417 


13 


13 38 49.18 


1.6311 


10 55 12.3 


13.900 


13 


15 11 49.11 


14760 


90 33 95.7 


I04M 


14 


13 40 38.55 


1.6i46 


11 8 93.8 


18.174 


14 


15 13 46.81 


14817 


90 43 59.9 


UMU 


15 


13 49 28.13 


ism 


11 91 33.9 


18.130 


15 


15 15 51.99 


14888 


90 54 15.1 


16418 


16 


13 44 17.93 


1.8310 


11 34 40.5 


13.109 


16 


15 17 57.44 


14864 


91 4 39.1 


10468 


17 


13 46 7.96 


1.836H 


11 47 45.6 


13JM6 


17 


15 90 3.37 


1.1098 


91 14 43.9 


18.168 


18 


13 47 58.93 


1.810b 


19 48.4 


134)98 


18 


15 99 9.79 


1.1066 


91 94 60.4 


18486 


10 


13 49 48.74 


1.8l3ti 


19 13 49.0 


19400 


19 


15 94 16.49 


1.1188 


91 34 61.6 


8418 


90 


13 51 39.49 


1.8470 


19 96 47.9 


19461 


90 


15 96 93.68 


1.1983 


91 44 47.4 


8484 


91 


13 53 30.49 


1.8A91 


19 39 43.1 


19411 


91 


15 28 31.99 


1.1800 


91 64 37.7 


8.781 


99 


13 55 91.74 


1.8fl68 


19 59 36.5 


19460 


99 


15 30 39.32 


1.1874 


99 4 99.4 


8481 


93 


13 57 13.94 


14606 


13 5 97.4 


19467 


93 


15 39 47.78 


1.1446 


99 14 1.4 


8486 


94 


13 59 5.00 


1.66« 


S.I3 18 15.7 


19.764 


94 


15 34 56.66 


1.1616 


S.99 93 34.7 


8486 



VIII. 



JULY, 1856. 



IIT 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




HiMir. 


Elghft iMiMlOB. 


DUt 
Ibrlm. 




DItt 
forlm. 


Hoar. 


Right iMMIilOII. 


Diff. 
forlm. 




DUL 
forlm. 




SUNDAY 


13. 






TUESDAY 15. 






h. m. B. 


B. 


o 1 ir 


N 




h. m. t. 


t. 


O 1 » 


» 





15 34 56.66 


9.1516 


S.22 33 34.7 


0.506 





17 86 34.08 


9.4784 


S.97 49 94.3 


8.918 


1 


15 37 5.97 


3.1i80 


23 33 3.8 


0.400 


1 


17 38 58.89 


9.4887 


97 45 34.3 


8466 


S 


15 30 15.71 


9.1606 


33 43 33.8 


9.810 


8 


17 31 98.07 


9.4888 


97 48 34.6 


9498 


3 


15 41 35.87 


9.17» 


83 51 39.4 


0.900 


3 


17 33 51.55 


9.4888 


97 51 95.1 


9.788 


4 


16 43 36.47 


9.1601 


33 48.9 


0.107 


4 


17 36 91.33 


9.4087 


97 54 5.6 


9409 


5 


15 45 47.51 


9.1876 


93 9 58.3 


0.004 


6 


17 38 51.40 


9.1685 


97 56 36.1 


9.495 


6 


15 47 58.98 


9.1040 


83 18 49.4 


8.800 


6 


17 41 91.76 


94889 


97 58 56.5 


9,967 


7 


15 50 10.89 


9.9039 


83 37 40.3 


8.708 


7 


17 43 59.40 


94190 


98 1 6.9 


9.068 


8 


15 53 33.34 


9.90O6 


33 36 34.6 


8.686 


8 


17 46 93.31 


,94n4 


98 3 7.1 


1.918 





15 54 36.03 


9^168 


33 45 3.5 


Bjen 


9 


17 48 54.49 


94S17 


98 4 57.1 


1.747 


10 


15 56 49.36 


9.9949 


33 53 33.9 


8.467 


10 


17 51 95.93 


949B0 


98 6 36.8 


1.675 


11 


15 59 3.93 


9.9IU 


84 1 58.6 


8.356 


11 


17 53 57.60 


94800 


98 8 6.1 


1.409 


19 


16 1 17.04 


9.988B 


84 10 16.6 


8.943 


18 


17 56 99.53 


94830 


98 9 95.0 


1.990 


13 


16 3 31.59 


9.9461 


34 18 87.8 


8.190 


13 


17 59 1.67 


94877 


98 10 33.6 


1466 


14 


16 5 46.58 


9.9685 


84 36 33.1 


8.018 


14 


18 1 34.04 


94413 


98 11 31.6 


0481 


15 


16 8 3.01 


9.9600 


34 34 39.4 


7.606 


15 


18 4 6.63 


94449 


98 19 19.9 


0.706 


16 


16 10 17.88 


9.9688 


84 43 19.6 


7.777 


16 


18 6 39.43 


94483 


98 18 56.9 


0498 


17 


16 13 34.30 


9.9T57 


84 50 3.6 


7.657 


17 


18 9 18.43 


94516 


98 13 22.0 


0451 


18 


16 14 50.96 


9.98» 


34 57 38.4 


7.506 


18 


18 11 45.63 


94547 


28 13 38.3 


0.179 


19 


16 17 8.15 


9.9000 


35 5 6.0 


7.418 


19 


18 14 18.99 


94976 


28 13 43.3 


0.006 


30 


16 19 35.76 


9.9970 


85 18 87.9 


7.988 


80 


18 16 58.53 


94603 


98 13 37.6 


0.185 


21 


16 21 43.79 


9.8041 


85 19 41.4 


7'169 


81 


18 19 88.83 


94639 


98 13 91.1 


0465 


33 


16 34 3.85 


9.8119 


85 36 47.3 


7484 


38 


18 33 0.08 


94664 


38 18 53.8 


0445 


33 


16 36 31.14 
MO 


9.8184 

NDAY 


S.85 33 45.5 
14. 


6486 


93 


18 34 34.08 
WEDI 


94678 

^ESD/ 


S.88 18 15.7 
LY 16. 


0.796 





16 28 40.46 


9.8986 


S.85 40 36.0 


6.777 





18 87 8.83 


94701 


S.88 11 96.7 


6407 


1 


16 31 0.30 


9JSiS 


25 47 18.7 


6.646 


1 


18 89 48.49 


94799 


98 10 96.8 


1480 


3 


16 33 20.36 


9.8804 


25 53 53.5 


6.519 


9 


18 33 16.68 


94740 


98 9 16.0 


1471 


3 


16 35 40.93 


9.U63 


26 20.1 


6.877 


3 


18 34 51.37 


94756 


98 7 54.3 


1458 


4 


16 38 1.91 


9.8589 


26 6 38.7 


6.941 


4 


18 37 35.95 


9.5770 


98 6 91.7 


1485 


5 


16 40 23.31 


9.8601 


26 12 49.1 


6.104 


5 


18 40 0.61 


94788 


88 4 38.8 


1417 


6 


16 42 45.12 


94660 


26 18 51.8 


5.966 


6 


18 42 35.35 


94795 


88 8 43.7 


9400 


7 


16 45 7.34 


9J7a7 


86 84 45.0 


5.896 


7 


18 45 10.15 


94806 


88 38.3 


9.164 


8 


16 47 29.97 


9.8600 


86 30 30.3 


5.684 


8 


18 47 45.01 


94814 


87 58 81.6 


9468 


9 


16 49 53.00 


9.8879 


36 36 7.1 


5.641 


9 


18 50 19.92 


94691 


87 55 54.0 


9469 


10 


16 53 16.43 


9.8938 


36 41 35.3 


5.807 


10 


18 52 54.86 


94696 


87 53 15.4 


9.786 


11 


16 54 40.85 


9.4008 


86 46 54.8 


5.959 


11 


18 55 29.83 


94680 


37 50 85.8 


9419 


13 


16 57 4.46 


9.4068 


86 53 5.6 


5.106 


19 


18 58 4.82 


94889 


87 47 35.1 


3.108 


13 


16 59 39.06 


9.4139 


36 57 7.6 


4.080 


13 


19 39.89 


94633 


87 44 13.4 


8487 


14 


17 1 54.05 


9.4196 


37 8 0.7 


4.810 


14 


19 3 14.89 


94839 


87 40 50.7 


8470 


15 


17 4 19.42 


9.4960 


87 6 44.8 


4.660 


15 


19 5 49.81 


94880 


97 37 17.0 


8466 


16 


17 6 45.17 


9.4893 


87 11 19.8 


4.507 


16 


19 8 24.78 


94896 


97 33 39.3 


8487 


17 


17 9 11.29 


943ai 


87 15 45.6 


44M 


17 


19 10 69.79 


94891 


97 99 36.6 


4490 


18 


17 11 37.78 


9*4445 


87 80 3.3 


4.900 


18 


19 13 34.63 


94614 


97 95 99.9 


4.909 


19 


17 14 4.63 


9.4504 


87 84 9.7 


44M4 


19 


19 16 9.49 


94806 


97 91 19.9 


4486 


30 


17 16 31.83 


9.4569 


87 88 7.7 


8487 


80 


19 18 44.99 


94706 


97 16 43.6 


4468 


31 


17 18 59.37 


9.4618 


87 31 56.8 


8.799 


31 


19 91 19.03 


94788 


97 19 4.1 


4.749 


33 


17 21 27.25 


9.4674 


87 36 35.3 


8.570 


83 


19 23 53.69 


94no 


97 7 13.7 


4.081 


33 


17 23 55.47 


9.4730 


87 39 4.6 


8400 


83 


19 26 28.27 


94756 


97 9 19.4 


5.119 


34 


17 26 24.02 


9.4784 


S.37 43 84.3 


8.948 


84 


19 29 2.77 


94741 


B.96 57 6.9 


5.908 



118 



JULY, 1856. 



IX. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT ASCENSION AND DECLINATION. 




Hoar. 


Bight AMndon. 


forlm. 




Wff. 
for 1 m. 


Hoar. 




DHL 
forlm. 


DwOiBfttloii. 


DHL 
Ibclm. 




THURSDAY 17. 






SATURDAY 19. 






h. m. ■. 


0. 


O 1 « 


« 




h. m. ■. 


0. 


O 1 l» 


a 





19 29 2.77 


3.0741 


S.26 57 0.2 


A.988 





21 28 36.33 


9.8780 


s.19 31 37.8 


U.780 


1 


19 31 37.17 


S^M 


26 51 37.2 


0.478 


1 


21 30 58.85 


9^8737 


19 18 47.0 


19.007 


2 


19 34 11.46 


SsfiTOft 


26 46 3.4 


6.008 


2 


21 33 21.05 


9.8678 


19 5 48.9 


ixon 


3 


19 36 45.63 


%jm 


26 40 18.8 


6.889 


3 


21 35 42.93 


QMX> 


18 52 43.7 


18.146 


4 


19 39 19.67 


9.M09 


26 34 23.5 


04)11 


4 


21 38 4.49 


9.3507 


18 39 31.4 


18.963 


6 


19 41 53.58 


%M» 


26 28 17.5 


0.189 


5 


21 40 25.73 


9.8614 


18 26 12.2 


13.377 


6 


19 44 27.36 


3.M10 


26 22 0.8 


6.806 





21 42 46.65 


9.3461 


18 12 46.2 


13.480 


7 


19 47 0.99 


9.5001 


26 15 33.5 


0.643 


7 


21 45 7.26 


9.3400 


17 59 13.5 


13.600 


8 


19 49 34.46 


9.AM4 


26 8 55.7 


0.717 


8 


21 47 27.56 


9.3850 


17 45 34.2 


18.700 


9 


19 52 7.76 


S.00S6 


26 2 7.4 


6.809 


9 


21 49 47.54 


9.8303 


17 31 48.4 


13.8n 


10 


19 54 40.89 


9Mm 


25 55 8.6 


7.007 


10 


21 52 7.20 


9.895) 


17 17 56.2 


13.048 


11 


19 67 13.84 


9Mn6 


25 47 59.3 


7.341 


11 


21 54 26.54 


9.3196 


17 3 57.7 


144)97 


12 


19 59 46.60 


S.6444 


25 40 39.6 


7.414 


12 


21 56 45.57 


9.8146 


16 49 53.0 


14.190 


13 


20 2 19.16 


9.6411 


25 33 9.6 


7.465 


13 


21 59 4.29 


9JD04 


16 35 42.2 


14.380 


14 


20 4 51.52 


9.aaT7 


25 25 29.4 


7.744 


14 


22 1 22.70 


9J043 


16 21 25.5 


IAMB 


16 


20 7 23.68 


9.0843 


25 17 39.1 


7.098 


15 


22 3 40.81 


9.3903 


16 7 3.0 


14.434 


16 


20 9 56.63 


9.4800 


25 9 38.7 


8.002 


16 


22 5 58.62 


3.3943 


15 52 34.7 


14.519 


17 


20 12 27.36 


9.8909 


25 1 28.2 


8.350 


17 


22 8 16.13 


9.3804 


15 38 0.7 


14.618 


18 


20 14 58.86 


9.4980 


24 53 7.6 


8.436 


18 


22 10 33.35 


9.3845 


15 23 21.2 


14.705 


19 


20 17 30.12 


9.4100 


24 44 37.0 


8.601 


19 


22 12 50.27 


9.9705 


15 8 36.3 


14.704 


20 


^ 20 1.14 


9.4140 


24 35 56.6 


8.755 


20 


22 15 6.89 


9.3745 


14 53 46.1 


14.881 


31 


20 22 31.92 


9.4100 


24 27 6.4 


8.018 


21 


22 17 23.21 


9.9606 


14 38 50.6 


14.808 


22 


20 25 2.45 


9.4008 


24 18 6.4 


o^eo 


22 


22 19 39.24 


9.3648 


14 23 49.9 


154)58 


23 


20 27 32.73 
FB 


9.4090 

IDAY 


S.24 8 56.8 
18. 


0.940 


23 


22 21 54.98 
SUl 


9.9600 

!«)AY 


S.U 8 44.2 
20. 


16.136 





20 30 2.76 


9.4088 


S.23 59 37.6 


9J00 





22 24 10.43 


9.9659 


S.13 53 33.7 


16.314 


1 


20 32 32.53 


9.4088 


23 50 8.9 


0.557 


1 


22 26 25.60 


9.3006 


13 38 18.5 


15.399 1 


2 


20 35 2.03 


9.4008 


23 40 30.8 


9.714 


2 


22 28 40.50 


9.9461 


13 22 68.6 


15.300 


3 


20 37 31.25 


9.4847 


23 30 43.3 


9.889 


3 


22 30 55.13 


9.9416 


13 7 34.1 


15.446 { 


4 


20 40 0.19 


9.4800 


23 20 46.5 


• 104W3 


4 


22 33 9.49 


9.3373 


12 52 5.1 


15.520 1 


5 


20 42 28.85 


9.4749 


23 10 40.5 


10.170 


5 


22 35 23.59 


9.3329 


12 36 31.7 


15.503 


6 


20 44 57.22 


9.4705 


23 25.4 


10.837 


6 


22 37 37.44 


9.3386 


12 20 54.0 


154«; 


7 


20 47 25.31 


9.4857 


22 50 1.3 


10.476 


7 


22 39 51.03 


9.3344 


12 5 12.2 


15.780 ( 


8 


20 49 53.11 


9.4000 


22 39 28.3 




8 


22 42 4.37 


9.9J09 


11 49 26.4 


15.797 ' 


9 


20 52 20.62 


9.4400 


22 28 46.4 


10.771 


9 


22 44 17.46 


9.3161 


11 33 36.7 


15.861 


10 


20 54 47.83 


9.4510 


22 17 55.7 


10.910 


10 


22 46 30.30 


3.3130 


11 17 43.1 


15.944 


11 


20 57 14,74 


9.4440 


22 56.4 


11.000 


11 


22 48 42.90 


9.9081 


11 1 45.8 


I5J86 ! 


12 


20 59 41.34 


9.4408 


21 55 48.5 


11.309 


12 


22 60 55.27 


9.3043 


10 45 44.8 


164)46 1 


13 


21 2 7.64 


9.4847 


21 44 32.1 


11.843 


13 


22 53 7.40 


3.3008 


10 29 40.3 


16.103 


14 


21 4 33.63 


9.4800 


21 33 7.3 


11.483 


14 


22 55 19.30 


9.1964 


10 13 32.4 


16.100 


15 


21 6 59.31 


9.1354 


21 21 34.2 


11.091 


15 


22 57 30.97 


* 9.1996 


9 57 21.2 


16.314 


16 


21 9 24.68 


9.4903 


21 9 52.8 


11.757 


16 


22 59 42,41 


9.1888 


« 41 6.7 


16.307 


17 


21 11 49.74 


9.4151 


20 58 3.3 


11.881 


17 


23 1 53.63 


9.1853 


9 24 49.1 


16.318 


18 


21 14 14.49 


9.4000 


20 46 5.8 


194)34 


18 


23 4 4.63 


9.1816 


9 8 28.5 


16.367 


19 


21 16 38.93 


9.4046 


20 34 0.4 


13.155 


19 


23 6 15.42 


9.1781 


8 62 5.1 


16.418 


20 


21 19 3.05 


9.8888 


20 21 47.2 


13.385 


20 


23 8 26.00 


9.1747 


8 35 38.9 


16.469 


21 


21 21 26.85 


9.8040 


20 9 26.2 


13.418 


21 


23 10 36.38 


9.1714 


8 19 10.0 


16408 


22 


21 23 50.33 


9.8887 


19 56 57.5 


13.540 


22 


23 12 46.56 


9.1003 


8 2 38.5 


16.546 


23 


21 26 13.49 


9J8SS 


19 44 21.3 


13.064 


23 


23 14 56.55 


9.1050 


7 46 4.6 


16485 


" 


21 28 36.33 


9.8780 


S.19 31 37.8 


13.786 


24 


23 17 6.36 


9.1040 


S. 7 29 28.3 


16.684 



X. 



JULY, 1856. 



119 



GREENWICH MEAN TIME. 


THE MOON'S BIGHT ASCENSION AND DECLINATION. 


Hoar. 


Right AmmmIoii. 


ibrlm. 




DMT. 
fbrlm. 


Hoor. 


Right AMeiMloD. 


forlm. 




forlm. 




MONDAY 


21. 






WEDNESDAY 23. 






h. m. f. 


■. 


O 1 « 


N 




h. m. 0. 


■. 


O 1 M 


t 





93 17 6.36 


3.16« 


S. 7 99 28.3 


10.094 





58 59.19 


9.1173 


N. 6 1 45.9 


i6jm 


1 


23 19 15.99 


9.1000 


7 12 49.7 


10.061 


1 


1 1 6.26 


9.1184 


6 18 19.1 


16433 


S 


23 21 25.44 


9.IA01 


6 56 9.0 


10.606 


9 


1 3 13.40 


9.1107 


6 34 49.9 


16.403 


3 


23 23 34.72 


S.1AM 


6 39 26.2 


16.790 


3 


1 5 20.62 


9.1911 


6 61 18.3 


16.469 


4 


23 25 43.83 


9.1004 


6 22 41.5 


16.760 


4 


1 7 27.93 


9.1937 


7 7 44.2 


16.400 


6 


23 27 52.77 


9.1477 


6 5 55.0 


10.700 


5 


1 9 35.34 


9.1943 


7 24 7.4 


16404 





23 30 1.55 


9.I4M 


5 49 6.7 


16.810 


6 


1 11 42.85 


9.1900 


7 40 27.9 


I0J18 


7 


23 32 10.19 


9.1438 


5 32 16.7 


16.046 


7 


1 13 50.46 


9.19n 


7 56 45.6 


10.973 1 


8 


93 34 18.69 


9.1406 


5 15 95.2 


16.871 


8 


1 15 58.17 


9.1904 


8 13 0.4 


10.999 


9 


93 36 97.06 


9.iae9 


4 58 32.3 


16.804 


9 


1 18 5.99 


9.1318 


8 29 12.2 


10.171 


10 


93 38 35.29 


9.1100 


4 41 38.0 


16.016 


10 


1 20 13.93 


9.1838 


8 45 20.9 


10.118 


11 


23 40 43.38 


^13S8 


4 24 42.4 


10.087 


11 


1 92 21.99 


9.1363 


9 1 26.4 


10.004 


IS 


23 49 51.34 


9.W17 


4 7 45.6 


16466 


12 


1 24 30.17 


9.1374 


9 17 28.0 


16,C00 


13 


23 44 59.18 


9.iaw 


3 60 47.8 


16.071 


13 


1 26 38.48 


9.1307 


9 33 27.5 


10463 


14 


23 47 6.91 


9.1970 


3 33 49.1 


16.086 


14 


1 28 46.93 


9.1490 


9 49 23.0 


16.806 


15 


93 49 14.53 


9.1901 


3 16 49.5 


n.000 


15 


1 30 55.52 


9.1444 


10 5 15.0 


10437 


10 


23 51 22.04 


9.19tt 


9 59 49.1 


17411 


16 


1 33 4.26 


9.1460 


10 21 3.4 


16.777 


17 


23 53 29.45 


9.1937 


2 42 48.0 


17439 


17 


1 35 13.15 


9.1404 


10 36 48.2 


16.710 


18 


93 65 36.77 


9.1919 


2 25 46.3 


I7409 


18 


1 37 22.19 


9.1630 


10 52 29.2 


10.661 


19 


23 57 44.00 


9.1107 


2 8 44.1 


17400 


19 


1 39 31.39 


9.1647 


11 8 6.3 


16463 


90 


23 59 51.14 


9.1189 


1 51 41.6 


n4o 


90 


1 41 40.75 


9.1674 


11 23 39.4 


16418 


91 


1 58.90 


9.1170 


1 34 38.8 


n440 


21 


I 43 50.27 


9.1603 


11 39 8.5 


16.461 


99 


4 5.19 


9.1100 


1 17 35.8 


17461 


29 


1 45 59.97 


9.1633 


11 54 33.5 


16489 


93 


6 19.11 
TUl 


9.1140 

SSDAl 


S. 1 32.7 
' 22. 


17409 


93 


1 48 9.85 
THU 


9.1603 
ESDA 


N.12 9 54.3 
Y 24. 


16411 





8 18.97 


9.1100 


S. 43 99.5 


n.Oil 





1 60 19.91 


9.1603 


N.19 95 10.8 


16.988 


1 


10 25.78 


9.1100 


26 26.4 


17.000 


1 


1 52 30.15 


9.1793 


12 40 22.9 


16.166 


9 


12 32.54 


9.1 19i 


S. 9 23.5 


17447 


2 


1 54 40.58 


9.1766 


12 55 30.6 


16401 


3 


14 39.25 


9.1110 


N. 7 39.1 


17441 


3 


1 66 51.20 


9.1787 


13 10 33.8 


16416 


4 


16 45.92 


9.1100 


24 41.4 


17484 


4 


1 59 2.02 


9.1890 


13 25 32.4 


14487 


5 


18 52.55 


9.1104 


41 43.2 


17436 


5 


2 1 13.04 


9.1864 


13 40 26.3 


14456 


6 


20 59.16 


91100 


58 44.4 


17416 


6 


2 3 24.27 


9.1860 


13 55 15.4 


14.777 


7 


23 5.75 


9.1007 


1 15 45.0 


17403 


7 


2 6 35.71 


9.1033 


14 9 59.6 


14.606 


8 


25 12.32 


9.1004 


1 39 44.8 


10400 


8 


2 7 47.35 


9.1007 


14 24 38.8 


14411 


9 


27 18.88 


9.I00J 


1 49 43.8 


10470 





2 9 59.20 


9.1003 


14 39 12.9 


14426 


10 


29 25.43 


9.1000 


2 6 41.9 


10450 


10 


2 12 11.27 


9.9080 


14 63 41.9 


14.440 


11 


31 31.97 


9.1080 


2 23 38.9 


16441 


11 


2 14 23.66 


9.9067 


15 8 5.7 


14469 


19 


33 38.50 


9.1000 


2 40 34.8 


16493 


12 


2 16 36.07 


9.9104 


15 22 24.2 


14.909 


13 


35 45.04 


9.100^1 


- 2 57 29.5 


16401 


13 


2 18 48.81 


9.9143 


15 36 37.2 


14.171 


14 


37 51.60 


9.1006 


3 14 22.9 


16478 


14 


2 21 1.78 


9.9181 


16 50 44.7 


14470 


15 


39 58.19 


9.1101 


' 3 31 14.9 


164M 


16 


2 23 14.98 


9.9390 


16 4 46.7 


13466 


16 


49 4.81 


9.1100 


3 48 5.4 


16430 


16 


2 25 28.42 


9.9961 


16 18 43.1 


I340I 


17 


44 11.46 


9.1111 


4 4 54.4 


16403 


17 


2 27 42.11 


9.9809 


16 32 33.7 


13.706 


18 


46 18.14 


9.1110 


4 21 41.8 


16.776 


18 


2 29 56.05 


9.9343 


16 46 18.5 


13407 


19 


48 24.85 


9.1199 


4 38 27.4 


16.746 


19 


2 32 10.23 


9.9883 


16 59 57.4 


18408 


20 


50 31.60 


9.1190 


4 55 11.1 


16.718 


90 


2 34 24.65 


9.9494 


17 13 30.3 


13.408 


91 


52 38.40 


9.1138 


5 11 52.9 


16480 


21 


2 36 39.31 


9.9466 


17 26 57.2 


13487 


99 


54 45.26 


9.1140 


5 98 32.7 


16446 


22 


9 38 54.23 


9.9008 


17 40 18.0 


13.904 


93 


56 52.19 


9.1100 


5 45 10.4 


16410 


23 


2 41 9.41 


94061 


17 53 32.6 


13.180 


94 


58 59.19 


9.1179 


N. 6 1 45.9 


10479 


24 


2 43 24.85 


9.9004 


N.18 6 40.8 


13483 



120 



JULY, 1856. 



XL 



GREENWICH MEAN TIME. 



THE MOON'S RIGHT ASCENSION AND DECLINATION. 



Ughi 



DUL 
fori in. 



DHL 
forlm 



Hoar. 



Right 



DHL 
forlm 



mm. 

fbrlM. 





1 

2 

3 

4 

6 

•6 

7 

8 



10 

11 

19 

13 

14 

15 

16 

17 

18 

10 

30 

21 

28 

23 



FRIDAY 25. 



b. m. ■• 0. o I II 

2 43 24.85 9Jim N.18 6 40.8 

2 45 40.55 9.9091 18 19 42.6 

2 47 56.50 s-aaso 18 32 37.9 

2 50 12.71 9^» 18 45 26.7 

2 52 29.18 3.9707 18 68 8.9 

2 54 45.92 3.9811 19 10 44.4 

2 57 2.92 3.9866 19 23 13.1 

2 59 20.16 3.9089 19 35 34.9 

3 1 37.71 3.9844 19 47 49.7 
3 3 55.51 3.9980 19 59 57.5 
3 6 13.59 3.8007 20 11 58.2 
3 8 31.95 S.8O0S 20 23 51.8 
3 10 50.59 3.S198 20 35 38.2 
3 13 9.50 34174 20 47 17.2 
3 15 28.68 34S» 20 58 46.7 
3 17 48.13 34300 21 10 12.7 
3 20 7.86 34819 21 21 29.2 
3 22 27.87 34857 21 32 38.0 
3 24 48.15 34409 21 43 39.1 
3 27 8.70 34447 21 54 32.4 
3 29 29.52 34489 22 5 17.8 
3 31 50.61 346S7 22 15 55.2 
3 34 11.97 34189 22 26 24.6 
3 36 33.60 34837 Nj32 36 46.0 



SATURDAY 36. 






3 38 65.50 


1 


3 41 17.66 


2 


3 43 40.08 


3 


3 46 2.77 


4 


3 48 25.72 


6 


3 50 46.93 


6 


3 53 19.39 


7 


3 55 36.11 


8 


3 58 0.08 


9 


4 24.29 


10 


4 9 48.75 


11 


4 5 13.46 


12 


4 7 38.41 


IS 


4 10 3.59 


14 


4 12 29.00 


15 


4 14 54.64 


16 


4 17 20.51 


17 


4 19 46.60 


18 


4 22 12.92 


19 


4 24 39.46 


20 


4 27 6.19 


21 


4 29 33.13 


22 


4 32 0.27 


23 


4 34 27.60 


24 


4 36 55.12 



3J879 
34710 
34760 



S4874 
3.4016 



3.4087 
3.4187 
S.4IT7 
34910 



*Am 



3.4887 



34478 

34107 



34871 



N.22 
22 
23 
23 
23 
23 
23 
23 
24 
94 
24 
94 
94 
94 
94 
95 
95 
95 
95 
95 
95 
95 
95 
96 

NJW 



46 59.9 
57 4.3 

7 0.9 
16 49.1 
26 28.9 
36 0.2 

45 22.9' 

54 36.9 
3 42.2 

12 38.8 
21 26.6 
30 5.5 
38 35.3 

46 56.2 

55 7.0 
3 10.5 

11 3.9 
18 48.1 
26 23.0 
33 48.5 
41 4.6 
48 11.2 
55 8.3 
1 55.8 

8 33.7 



19470 
13487 
12.767 
19447 
19486 
19491 
19406 
19.188 
13471 
11418 
11488 
11.711 
11467 
11489 
11487 
11.911 
11488 



10487 
10498 



M.181 
MU»U 
9478 
0.788 
0409 



8.101 
8416 

6.790 
6471 
8499 
6471 
6.118 
7488 
7418 
7410 
7484 
7417 
7.168 
7461 
6419 
6.713 
6481 





1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 



SUNDAY 27. 



h. 
4 

4 
4 
4 
4 
4 
4 
4 
4 
4 
5 
5 
5 
5 
5 
5 
5 
5 
6 
5 
5 
5 
5 
5 



■. 


f. 


55.12 


94009 


22.82 


34689 


50.70 


94B09 


18.77 


94081 


47.00 


94718 


15.39 


94746 


43.94 


94770 


12.63 


94704 


41.46 


94817 


10.43 


94680 


39.53 


94801 


8.76 


94882 


38.11 


94801 


7.57 


94818 


37.12 


94088 


6.76 


94048 


36.49 


94869 


6.31 


94076 


36.21 


94887 


6.17 


94888 


36.19 


94006 


6.26 


94010 


36.38 


94098 


6.54 


94099 



Nj36 8 
96 15 
26 21 
26 27 

96 33 
26 39 
26 44 
26 50 

26 65 

27 
27 
27 
27 
27 

97 24 
97 98 
97 32 
27 36 
27 39 
27 43 
27 46 
27 49 
27 52 

N J7 55 



5 
10 
15 
19 



33.7 
1.0 
90.4 
29.2 
98.9 
17.3 
56.6 
26.0 
45.4 
54.8 
54.2 
43.6 
22.9 
52.1 
11.2 
20.1 
18.8 
7.3 
45.6 
13.7 
31.5 
39.1 
36.4 
23.4 



MONDAY 28. 



5 36 36.73 
5 39 6.94 
5 41 37.17 
5 44 7.40 
5 46 37.62 
5 49 7.83 
5 51 38.02 

5 64 8.18 

6 66 38.31 

5 59 8.39 
1 38.41 
4 8.37 
6 38.26 
9 8.07 

11 37.80 
14 7.44 
16 36.98 
19 6.42 

6 91 35.75 
6 94 4.95 
6 96 34.01 
6 99 9.02 
6 31 31.68 
6 34 0.99 
6 36 98.74 



6 
6 
6 
6 
6 
6 
6 
6 



940n 


NJ97 58 0.1 


9496 


94087 


98 96.5 


940 


940W 


98 9 49.5 


9.161 


94087 


28 4 48.2 


9408 


94080 


28 6 43.6 


1487 


94088 


28 8 28.7 


1486 


94099 


28 10 3.4 


1468 


94094 


28 11 27.8 


1491 


94017 


28 12 41.9 


1.148 


94008 


28 13 45.8 


0477 


94088 


28 14 39.4 


0488 


94087 


98 15 99.7 


0486 


94076 


98 15 55.7 


0464 


94869 


98 16 18.4 


6408 


940C7 


98 16 30.9 


0.199 


94869 


98 16 33.1 


0408 


94iU 


98 16 95.1 


04n 


94087 


98 16 7.0 


•468 


i48n 


98 15 38.8 


0486 


94866 


98 15 0.4 


6.794 


94881 


98 14 11.9 


•4n 


94808 


98 13 13.3 


1488 


94781 


98 19 4.7 


I4IT 


94766 


98 10 46.1 


1461 


94117 


NJ28 17.5 


1488 



0461 



6417 
6484 

6401 
8.787 
6479 



6474 

4487 
4.788 
4471 
440« 



8.791 



8.919 
8411 



XII. 



JULY, 1856. 



121 









GREENWICH 


MEAN TIME. 








THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 




Ibrliii. 


DeoBiMUlon. 


Dlfll 
fbrlm. 


Hour. 




DUt 
forlm. 




Ibrlm. 




TUI 


SSDA^ 


' 29. 






THURSDAY 81. 






k. a. t. 


t. 


O 1 K 


If 




h. m. f. 


t. 


O 1 N 


fl 





6 36 28.74 


9jem 


NJ28 9 17.5 


1.680 





8 29 58.40 


9.9971 


NJ33 59 24.2 


8.07 


1 


6 38 57.02 


%m» 


28 7 38.9 


1.796 


1 


8 32 11.83 


9.9906 


23 50 54.5 


8.661 


2 


6 41 25.13 


9Am 


28 5 50.4 


1.801 


2 


8 34 24.87 


9.9149 


23 42 18.0 


8.684 


3 


6 43 53.05 


%4mn 


28 3 52.0 


9U)66 


3 


8 36 37.53 


9.9077 


23 33 34.8 


8.776 


4 


6 46 90.77 


9A0(m 


28 1 43.6 


9.919 


4 


8 38 49.80 


9.9013 


23 24 44.9 


6.887 


5 


6 48 48.29 


%itm 


27 59 25.8 


9.889 


5 


8 41 1.68 


9.1947 


23 15 48.4 


8.988 


6 


6 51 15.60 


S.4SM 


27 66 58.0 


%5U 


6 


8 43 13.16 


9.1889 


23 6 45.4 


9.108 


7 


6 53 42.70 


9.448B 


27 54 20.5 


9.706 


7 


8 45 24.25 


9.1817 


22 57 36.0 


9.910 


8 


6 56 9.58 


S44fl 


27 51 33.4 


9.866 


8 


8 47 34.95 


9.1763 


22 48 20.2 


9J16 


9 


6 58 36.23 


9.U91 


27 48 36.7 


8.095 


9 


8 49 45.26 


9.1867 


22 38 58.1 


0.419 


10 


7 1 2.64 


9.4881 


27 45 30.4 


8.184 


10 


8 51 55.18 


9.1699 


22 29 29.9 


0J91 


U 


7 3 28.79 


%4Mm 


27 42 14.6 


8.843 


11 


8 54 4.72 


9.1607 


22 19 55.6 


0.899 


12 


7 5 54.70 


%mi 


27 38 49.3 


8.499 


12 


8 56 13.87 


9.1499 


22 10 15.3 


9.791 


13 


7 8 90.36 


14908 


27 35 14.6 


8.896 


13 


8 58 22.63 


9.1497 


22 29.1 


8L810 


14 


7 10 45.75 


9.490O 


27 31 30.6 


8.811 


14 


9 31.00 


9.1868 


21 50 37.0 


9J18 


15 


7 13 10.87 


9.4184 


27 27 37.3 


8.965 


15 


9 2 38.97 


9.1999 


21 40 39.1 


10^19 


16 


7 15 35.72 


9.4118 


27 23 34.8 


4.118 


16 


9 4 46.57 


9.1934 


21 30 35.4 


10.107 


17 


7 18 0.29 


9.4079 


27 19 23.1 


4.971 


17 


9 6 53.78 


9.1169 


21 20 26.1 


10.900 


18 


7 20 24.58 


9.4034 


27 15 2.3 


4.498 


18 


9 9 0.60 


9.1104 


21 10 11.3 


10.993 


19 


7 22 48.58 


9.8975 


27 10 32.5 


4.674 


19 


9 11 7.03 


9.1040 


20 59 51.0 


10.888 


20 


7 25 12.28 


9.aOM 


27 5 53.6 


4.793 


20 


9 13 13.08 


Mm 


20 49 25.3 


10.478 


21 


7 27 35.68 


9.867ft 


27 1 5.7 


4.871 


21 


9 15 18.75 


9^14 


20 38 54.2 


10.681 


22 


7 29 58.78 


%mn 


26 56 9.0 


64)18 


22 


9 17 24.05 


94»51 


20 28 17.9 


10.8C7 


23 


7 32 21.56 


9.8770 


NJ26 51 3.5 


6.185 


23 


9 19 28.97 


94788 


Nj^O 17 36.5 


10.719 




WEDl 


^ESD^ 


^Y 30. 






FRIDAY 


\ AU( 


5UST 1. 







7 34 44.02 
7 37 6.16 
7 39 27.98 


9.8717 


NJ36 45 49.2 
26 40 26.2 
26 34 54.6 


iw8]| 


0| 


9 91 33.511 


9X798| 


Nj30 6 50.0| 


10.818 


1 
S 


9J868 
9.8800 


6.4i6 

6.887 












3 


7 41 49.47 


9.8568 


26 29 14.5 


8.789 












4 


7 44 10.62 


9.8497 


26 23 25.9 


6.880 












5 

6 


7 46 31.43 
7 48 51.90 


9.8440 
9.888S 


26 17 28.9 
26 11 23.5 


8.090 
6.150 




PHASES i 


OP TI 


IE MOON. 




7 
8 


7 51 12.03 
7 53 31,81 


9J8M 

9.8967 


26 5 9.8 
25 58 47.9 


8.997 
6.483 






















9 


7 55 51.24 


9-8908 


25 52 17.8 


8.568 








Bar. b. m. 




10 


7 58 10.31 


9.8148 


25 45 39.7 


6.701 




# New Moo 


D, . 


. 1 21 30. 


6 


11 


8 29.02 


941066 


25 38 53.7 


8^3 




J) First Qua 


Tier, 


. 9 19 22. 


2 


12 


8 2 47.37 


9.8098 


25 31 59.8 


64163 




O Full Moo 


n, . 


. 17 9 31. 


9 


13 


8 5 5.36 


9.9967 


25 24 58.1 


7.098 




C Last Quai 


rter, . 


. 94 3 2. 


1 


14 


8 7 22.98 


9.9905 


25 17 48.6 


7.939 




# New Moo 


n, . 


.31 9 8. 


6 


15 
16 
17 


8 9 40.23 
8 11 57.10 
8 14 13.59 


9.9843 
9.9780 
9.9718 


• 25 10 31.5 
25 3 6.8 
24 55 34.5 


7.849 
7.475 
7.800 






















18 
19 
20 


8 16 29.71 
8 18 45.45 
8 21 0.81 


9.9655 
9.9002 
9.9538 


24 47 54.7 
24 40 7.6 
24 32 13.2 


7.794 
7*846 
7.967 




C Apogee, 
C Perigee, 


• • 

• • 


. . ^' is! 

. . SO 20. 


9 
6 


21 


8 23 15.79 


9.9484 


24 24 11.6 


8.087 












22 


8 25 30.38 


9.9809 


24 16 2.8 


8.905 












23 


8 27 44.58 


9.9836 


24 7 47.0 


8.393 












24 


8 29 58.40 


9.9971 


N53 59 24.2 


8.487 










j__— 



16 



122 



JULY, 1856. 



XIII. 



GRKENWICH MEAT^ TIME. 


LUNAR DISTANCES. 


it 


Btar'i Xuna 




PL. 




P.L. 




P.L 




P.L. i 


and 




Noon. 


of 


nih. 


of 


Vlh. 


of 


rx>. 


of i 


'^ 


PoAitkm. 






PiA 




i>ifl: 




DUL 




DUL > 






O 1 N 




O 1 II 




O 1 II 




O 1 » 




4 


SCN 


W. 


25 47 14 


9it» 


27 13 16 


8911 


28 39 12 


8919 


30 4 69 


81W 1 




Mars 


E. 


68 33 56 


7899 


67 2 27 


98M 


65 31 14 


9866 


64 17 


98n 




Spies 


E. 


74 6 20 


97U 


72 31 32 


9787 


70 57 


9008 


69 22 43 


9811 




Antares 


E. 


190 13 


9tm 


118 25 22 


9706 


116 50 47 


9800 


116 16 27 


9618 


6 


Sun 


W. 


37 11 41 


S96B 


38 36 30 


wm 


40 1 9 


8987 


41 96 36 


8985 




Mars 


E. 


56 29 23 


a036 


64 59 57 


8040 


53 30 45 


8000 


52 1 47 


8079 




Spica 


E. 


61 35 7 


3877 


60 9 19 


9888 


58 29 46 


9800 


56 67 27 


9618 




Antares 


E. 


107 28 36 


QB76 


105 55 46 


9880 


104 23 9 


9887 


102 60 46 


9807 


6 


Sun 


W. 


48 25 13 


SMI 


49 48 37 


ssao 


61 11 51 


8896 


62 34 67 


8888 




Mars 


E. 


44 40 17 


am 


43 12 36 


81S8 


41 45 7 


8148 


40 17 49 


8189 




Spica 


E. 


49 19 8 


9000 


47 48 5 


9008 


46 17 13 


9876 


44 46 33 


9887 




Antares 


E. 


95 12 6 


99i7 


93 40 59 


9806 


92 10 2 


9878 


90 39 16 


9889 


7 


Sun 


W. 


59 28 5 


8409 


60 50 19 


aioo 


62 12 26 


8115 


63 34 26 


8490 




Regulus 


W. 


17 13 57 


8100 


18 41 59 


8101 


20 to 8 


8000 


2! 38 22 


8084 




Mars 


E. 


33 3 54 


8101 


31 37 34 


8188 


30 11 22 


8904 


28 46 17 


8918 




Spica 


E. 


37 15 47 


9im 


35 46 5 


8011 


34 16 31 


8086 


32 47 6 


8044 




Antares 


E. 


83 7 57 


8010 


81 38 8 


8095 


80 8 26 


8000 


78 38 61 


8088 


8 


Sun 


W. 


70 23 6 


8441 


71 44 36 


8418 


73 6 4 


8440 


74 27 29 


844T 




Regulns 


W. 


29 1 


8001 


30 28 22 


8001 


31 56 43 


8001 


33 26 4 


8001 




Spica 


E. 


25 21 43 


8070 


23 52 57 


8074 


22 24 16 


8079 


20 66 41 


8084 




Antares 


E. 


71 12 31 


8067 


69 43 28 


8080 


68 14 29 


8008 


66 46 34 


8085 




a Aquils 


E. 


117 11 39 


4146 


116 2 30 


4181 


114 52 58 


4107 


113 43 3 


4005 


9 


Sun 


W. 


81 14 12 


8480 


82 35 32 


8448 


83 56 64 


8447 


86 18 17 


84tt 




Rej^ilas 


W. 


40 47 


8000 


42 15 27 


8064 


43 43 66 


8001 


45 19 29 


8079 




Antares 


E. 


59 21 22 


8007 


57 52 32 


8000 


66 23 41 


8005 


64 64 49 


8085 




a Aquil» 


E. 


107 48 35 


8000 


106 36 51 


8878 


105 94 6! 


8804 


104 19 36 


8851 


10 


Sun 


W. 


92 6 


8477 


93 27 46 


8498 


94 49 37 


8416 


96 11 36 


8410 




Regulos 


W. 


52 36 11 


80M 


54 5 1! 


8084 


65 34 17 


8046 


67 3 30 


8849 




Antares 


E. 


47 29 42 


8047 


46 27 


8049 


44 31 6 


8087 


43 1 39 


8881 




a Aquils 


E. 


98 8 13 


8888 


96 54 46 


8888 


96 41 9 


8878 


94 97 92 


8084 


11 


Sun 


W. 


103 3 18 


8878 


104 96 5 


8804 


105 49 3 


8855 


107 19 11 


8845 




Regulns 


W. 


64 31 39 


8000 


66 1 46 


9887 


67 39 3 


9889 


69 9 31 


9818 




Antares 


E. 


35 39 30 


8987 


34 9 13 


9808 


39 31 45 


9860 


31 1 7 


9871 




a Aquils 


E. 


88 16 17 


8885 


87 1 41 


8618 


85 46 68 


8614 


84 39 10 


8818 




Fomalhaut 


E. 


116 54 25 


8848 


115 29 13 


8984 


114 3 44 


8990 


119 37 68 


8104 


19 


Sun 


W. 


114 10 50 


8»1 


115 35 12 


8978 


116 69 48 


8987 


118 24 38 


8688 




Regulos 


W. 


76 37 58 


889i 


78 9 45 


9818 


79 41 47 


9001 


81 14 4 


tm 




Mars 


W. 


24 17 57 


8080 


25 46 12 


8089 


97 14 43 


8070 


28 43 99 


8008 




Spica 


W. 


22 34 55 


908S 


94 6 33 


9818 


25 38 28 


9606 


27 10 40 


98N 




AnUres 


E. 


93 94 57 


8890 


21 53 4 


9800 


90 20 66 


9we 


18 48 34 


9807 




a Aquils 


E. 


78 17 11 


fTM 


77 9 3 


8784 


76 46 65 


8784 


74 31 47 


8785 




Fomalhaut 


E. 


105 24 49 


8188 


103 67 20 


8118 


102 29 33 


8106 


101 1 29 


8081 




a Pegasi 


E. 


125 27 10 


8411 


194 5 6 


8888 


199 49 30 


8855 


191 19 29 


W7 


13 


Sun 


W. 


125 39 41 


8187 


196 69 6 


8n8 


198 96 48 


8158 


199 69 46 


8145 




Regnliis 


W. 


88 59 22 


9890 


90 33 17 


9811 


99 7 31 


9797 


93 49 3 


9788 


' . - 


Mars 


W. 


36 11 15 


9881 


37 41 39 


98n 


39 19 91 


9904 


40 43 91 


9847 



XIV. 



JULY, 1856. 



123 







GREENWICH MEAN ' 


riME. 








LUNAB DISTANCES. 


^1 


Btar>fNaoM 




PL. 




P.L. 




P.L 




P.L. 


and 




Midnight. 


of 


XVh. 


of 


xvnpi- 


of 


XXP». 


of 




Podtioa 






Difl: 




DUL 




Diff. 




DUL 


4 


Sun 


W. 


O 1 N 

31 30 39 


S33i 


O 1 » 

32 56 10 


8941 


O 1 II 

34 21 31 


8900 


o 1 n 
35 46 41 


8960 




Mare 


E. 


63 20 36 


9Q90 


60 59 11 


8001 


59 29 


8014 


57 59 4 


8096 




Spica 


E. 


67 48 42 


»» 


66 14 50 


9844 


64 41 25 


9856 


63 8 9 


9866 




Antares 


E. 


113 43 23 


aB80 


112 8 34 


9844 


110 35 


9858 


109 1 41 


9864 


6 


Sun 


W. 


49 49 53 


8S06 


44 13 59 


8814 


45 37 54 


8898 


47 1 39 


8889 




Mare 


E. 


50 33 3 


80O 


49 4 33 


8098 


47 36 15 


8104 


46 8 10 


8114 




Spica 


E. 


55 25 21 


»21 


53 53 29 


9931 


52 21 50 


9941 


50 50 23 


9960 




Antaies 


E. 


101 18 36 


S918 


99 46 40 


9998 


98 14 56 


90S8 


96 43 25 


9947 


6 


Sun 


W. 


63 57 52 


1874 


55 20 36 


8881 


56 43 14 


8889 


58 5 43 


8390 




Mare 


E. 


38 50 42 


tl61 


37 23 46 


8168 


35 56 59 


8in 


34 30 22 


8184 




Spica 


E. 


43 16 4 


9990 


41 45 45 


8008 


40 15 36 


8011 


38 45 37 


8018 




Antares 


£. 


89 8 41 


9990 


87 38 16 


9997 


86 8 


8005 


84 37 54 


8018 


7 


Sun 


W. 


64 56 20 


8496 


66 18 8 


84» 


67 39 52 


8438 


69 1 31 


8487 




Reguloa 


W. 


23 6 39 


8099 


24 34 58 


8091 


26 3 18 


8091 


27 31 39 


8090 




Mare 


E. 


27 19 20 


8916 


25 53 30 


8991 


24 27 46 


8996 


23 2 8 


8981 




Spica 


E. 


31 17 47 


8060 


29 48 36 


80S6 


28 19 32 


8060 


26 50 34 


8066 




Antares 


£. 


77 9 23 


8049 


75 40 2 


8047 


74 10 47 


8061 


72 41 37 


8054 


8 


Sun 


W. 


75 48 52 


8448 


77 10 13 


8460 


78 31 33 


8451 


79 52 52 


8400 




Repulos 


W. 


34 53 25 


8090 


36 21 47 


8009 


37 50 10 


8088 


39 18 34 


8087 




Spica 


E. 


19 27 12 


808B 


17 58 48 


8088 


16 30 30 


8098 


15 2 18 


8104 




Antares 


E. 


65 16 41 


8006 


63 47 50 


8068 


62 19 1 


8066 


60 50 12 


8067 




a Aquils 


E. 


112 32 47 


4066 


111 22 10 


4045 


110 11 16 


4098 


109 4 


4011 


9 


Sun 


W. 


86 39 43 


8448 


88 1 11 


8489 


89 22 43 


8436 


90 44 19 


8481 




Regains 


W. 


46 41 5 


8076 


48 9 44 


8079 


49 38 28 


8066 


51 7 17 


8064 




Antares 


E. 


53 25 5% 


8000 


51 56 56 


8060 


50 27 56 


8056 


48 58 59 


8069 




a Aqnils 


fi. 


103 8 


8988 


101 47 27 


8996 


100 34 34 


8915 


99 21 29 


8904 


10 


Sun 


W. 


97 33 40 


8404 


98 55 52 


8807 


100 18 12 


8389 


101 40 41 


8889 




Regains 


W. 


58 32 51 


8086 


60 3 20 


8099 


61 31 57 


8099 


63 1 43 


8014 




Antares 


E. 


41 32 5 


8096 


40 2 24 


8010 


38 32 35 


8019 


37 2 37 


8006 




a Aqnils 


E. 


93 13 25 


8860 


91 59 20 


8848 


90 45 7 


8840 


89 30 46 


8889 


11 


Sun 


W. 


108 35 31 


8S86 


109 59 2 


8395 


111 22 45 


8818 


112 46 41 


8809 




Regnlns 


W. 


70 33 11 


9969 


72 4 3 


9958 


73 35 8 


9947 


75 6 27 


9987 




Antares 


E. 


29 30 18 


9909 


27 59 17 


9951 


26 28 3 


9949 


24 56 37 


9981 




a Aqnils 


E. 


83 17 18 


8806 


82 2 22 


8601 


80 47 22 


8796 


79 32 18 


8796 




Fomalhaut 


E. 


111 11 54 


8100 


109 45 34 


8176 


108 18 56 


8169 


106 52 1 


8148 


18 


Sun 


W. 


119 49 44 


8941 


121 15 5 


8998 


122 40 41 


8914 


124 6 33 


8901 




Regnlns 


W. 


82 46 35 


9978 


84 19 22 


9866 


85 52 25 


9853 


87 25 45 


9880 




Mare 


W. 


30 12 30 


8046 


31 41 47 


8089 


33 11 20 


8010 


34 41 9 


8006 




Spica 


W. 


28 43 9 


9870 


30 15 55 


9866 


31 48 58 


9859 


33 22 19 


9888 




Antares 


E. 


17 15 58 


9876 


15 43 7 


9868 


14 10 1 


9859 


12 36 40 


9841 




a Aqnils 


e: 


73 16 40 


8798 


72 1 36 


8809 


70 46 36 


8807 


69 31 41 


8814 




Fomalhant 


E. 


99 33 8 


8076 


98 4 29 


8069 


06 35 33 


8047 


95 6 19 


8014 




aPegasi 


E. 


119 55 42 


8801 


118 31 31 


8976 


117 6 52 


8951 


115 41 43 


8997 


13 


Sun 


W. 


131 20 


8180 


132 47 33 


8116 


134 15 23 


8109 


135 43 30 


8066 




Regains 


W. 


95 16 53 


9766 


96 52 3 


9f764 


98 27 31 


9730 


100 3 19 


9794 




Mare 


W. 


42 14 40 


998^? 


43 46 18 


9917 


45 18 15 


9909 


46 50 31 


9687 



124 



JULY, 1856. 



XV. 







GREENWICH BiEAN 


TIME. 








LUNAR DISTANCES. 


13 


Sterol NaoM 




P.L. 




P.L. 




P.L. 




P.L. 


and 




Noon. 


or 


nih. 


of 


VP». 


of 


IXh. 


or 


Podtkm. 






i>ifl: 




Diff. 




VUL 




SMC. 


Spica 


W. 


O 1 N 

34 55 58 


9894 


O 1 N 

36 99 55 


9800 


O 1 J< 

38 4 11 


2706 


O 1 n 

39 38 46 


97W 




a Aquils 


E. 


68 16 53 


9891 


67 9 13 


9S33 


65 47 44 


8846 


64 33 28 


8888 




Fomalhaot 


E. 


93 36 48 


9019 


99 6 59 


8006 


90 36 59 


9001 


89 6 28 


9077 




aPe^asi 


E. 


114 16 6 


8904 


119 50 9 


8189 


111 93 31 


8180 


109 56 33 


8188 


14 


Regoltm 


W. 


101 39 27 


9710 


103 15 54 


9606 


104 59 41 


9080 


106 29 48 


9864 




Mars 


W. 


48 93 7 


9079 


49 56 9 


9867 


51 99 16 


9049 


53 2 50 


9896 
9668 

4078 




Spica 


W. 


47 36 39 


9704 


49 13 6 


9600 


50 49 59 


9076 


62 27 13 




a Aqoils 


E. 


58 96 29 


8967 


57 14 17 


4001 


56 9 38 


4088 


54 51 36 




Fomalhaut 


E. 


81 30 4 


9909 


79 57 56 


9606 


78 95 39 


9861 


76 59 59 


9871 




aPegaai 


E. 


109 35 99 


8087 


101 5 55 


8018 


99 36 4 


9000 


98 5 50 


9981 




Jupiter 


E. 


119 10 5 


9717 


117 33 48 


9709 


115 57 11 


9087 


114 90 13 


9679 


15 


Man 


W. 


60 55 51 


9747 


69 31 99 


9781 


64 7 98 


9716 


65 43 47 


2108 




Spica 


W. 


60 38 36 


9889 


69 17 56 


9607 


63 67 36 


9661 


65 37 38 


9880 




Antares 


W. 


14 44 17 


9086 


16 93 39 


9600 


18 3 10 


9663 


19 43 9 


9638 




Fomalhaut 


E. 


69 5 49 


9810 


67 31 35 


9600 


65 57 15 


9706 


64 99 44 


9788 




aPegasi 


E. 


90 99 16 


9800 


88 56 56 


9884 


87 94 17 


9870 


85 51 90 


9808 




Jupiter 


E. 


106 10 10 


9608 


104 31 6 


9678 


109 61 41 


9888 


101 11 56 


9648 


16 


Mars 


W. 


73 50 30 


9096 


75 98 51 


9811 


77 7 31 


9006 


78 46 31 


9888 




Spica 


W. 


74 9 55 


9488 


75 45 


9460 


77 97 94 


9486 


79 10 8 


9499 




Antares 


W. 


98 8 96 


9488 


99 50 31 


9440 


31 39 56 


9186 


33 15 41 


9499 




Fomalhaut 


E. 


56 97 57 


9706 


54 59 44 


9706 


53 17 30 


9766 


51 49 17 


2708 




aPegasi 


E. 


78 9 95 


9798 


76 97 55 


9700 


74 53 13 


9781 


73 18 91 


2ns 




Jupiter 
a Arietis 


E. 


99 47 55 


9476 


91 6 6 


9400 


89 93 57 


9446 


87 41 98 


94SS 




£. 


190 1 3 


9fi95 


118 90 95 


9800 


116 39 94 


9499 


114 58 


9C78 


17 


Mars 


W. 


87 6 6 


9618 


88 46 54 


960T 


90 97 58 

91 17 53 


9404 


99 9 19 


9484 




Spica 


W. 


87 48 98 


9360 


89 33 9 


9347 


9S86 


93 3 


9896 




Antares 


W. 


41 54 8 


9867 


43 38 44 


9S46 


45 93 36 


9886 


47 8 45 


9894 




Fomalhaut 


E. 


43 48 6 


9819 


49 14 3 


9840 


40 40 97 


9866 


39 7 94 


9888 




aPegaai 


E. 


65 99 9 


9766 


63 46 35 


9766 


69 11 8 


9767 


60 35 44 


2789 




Jupiter 


E. 


79 4 90 


9868 


77 19 59 


9866 


75 35 91 


9346 


73 50 97 


9334 




a' Arietis 


E. 


106 95 59 


9400 


104 49 37 


9906 


109 58 57 


9884 


101 15 


9878 


18 


Mars 


W. 


100 39 45 


9484 


109 99 31 


9496 


104 5 30 


9417 


105 48 40 


9418 




Spica 


W. 


101 59 16 


9978 


103 38 48 


9970 


105 25 32 


9961 


107 19 99 


99a 




Antares 


W. 


55 58 17 


9776 


57 44 53 


9966 


59 31 42 


99S0 


61 18 42 


9ttl 




a Pegasi 


E. 


59 41 


9816 


51 6 59 


9884 


49 33 8 


9807 


47 59 56 


9884 




Jupiter 


E. 


65 9 11 


9986 


63 15 51 


9im 


61 29 18 


9960 


59 49 33 


9989 




a Arietis 


E. 


99 31 91 


9S98 


90 45 55 


9SU 


89 16 


9806 


87 14 95 


9908 




Aldebaran 


E. 


199 58 36 


2(368 


191 13 54 


9349 


119 28 56 


9838 


117 43 44 


9899 


19 


Antares 


W. 


70 16 17 


9390 


79 4 14 


9916 


73 59 19 


9911 


75 40 30 


9107 




Jupiter 


E. 


50 46 6 


9990 


48 58 92 


9936 


47 10 31 


9390 


45 22 34 


9918 




a Arietis 


E. 


78 99 47 


9970 


76 36 4 


9966 


74 49 14 


9909 


73 2 19 


2380 




Aldebaran 


E. 


108 54 93 


S9S9 


107 7 57 


9377 


105 91 93 


9371 


103 34 41 


9987 


90 


Antares 


W. 


84 49 39 


91M 


86 31 15 


9198 


88 19 53 


9109 


90 8 39 


9199 




a Aquilas 


W. 


45 39 11 


4990 


46 47 10 


4106 


47 67 7 


8009 


49 8 54 


8888 




Jupiter 


E. 


36 91 30 


9904 


34 33 8 


9909 


32 44 43 


9900 


30 56 16 


9908 




a Arietis 


E. 


64 7 


9964 


69 19 53 


9960 


60 32 48 


9906 


58 45 46 


9908 




Aldebaran 


E. 


94 39 45 


9961 


99 59 34 


9960 


91 5 21 


2949 


89 18 6 


2948 1 



XVI. 



JULY, 1856. 



125 







GREENWICH MEAN TIME. 








LUNAB DISTANCES. 


h 


Bter^Nama 




P.L. 




P.L. 




P.L. 




P.L. 


13 


and 




Midnight. 


of 


XVh. 


of 


XVllIh 


of 


XXIh. 


of 


Podtkm. 






Dlft 




Dtfl. 




Diff. 
3786 




Dift 


Spica 


W. 


O 1 N 

41 13 40 


3786 


O 1 « 

43 48 53 


9700 


O 1 II 

44 34 36 


O 1 M 

46 10 


3730 




a Aqailas 


E. 


63 10 25 


8878 


63 5 30 


8888 


60 58 13 


8018 


50 30 8 


8040 




Fomalhaut 


E. 


87 35 46 


3983 


86 4 47 


3040 


84 33 30 


9086 


83 1 55 


3093 




aPe^asi 


E. 


108 SO 9 


8117 


107 1 80 


8008 


105 33 5 


8078 


104 4 36 


8068 


14 


Regains 


W. 


108 7 16 


3849 


109 45 4 


9884 


111 33 13 


9810 


113 1 43 


9804 




Mars 


W. 


54 36 45 


SBIO 


56 11 


9704 


57 45 36 


sns 


50 30 33 


3789 




Spica. 


W. 


54 4 48 


3848 


55 43 44 


9897 


57 31 


9813 


58 50 38 


9087 




a Aquilae 


E. 


53 41 14 


413S 


53 31 36 


4177 


51 33 48 


4387 


50 14 57 


4804 




Fomalhaut 


E. 


75 10 56 


3600 


73 46 45 


9847 


73 13 18 


3888 


70 39 37 


9896 




a Pegasi 


E. 


06 35 14 


9964 


05 4 16 


9048 


03 38 56 


9081 


93 1 16 


9016 




Jupiter 


E. 


113 43 55 


9608 


HI 5 16 


9640 


100 87 15 


9894 


107 48 53 


ttma 


15 


Mars 


W. 


67 20 37 


9686 


68 57 37 


980O 


70 34 48 


9606 


78 18 30 


9640 




Spica 


W. 


67 18 


9631 


68^58 43 


9006 


70 30 47 


9403 


78 31 11 


3478 




Antares 


W. 


31 33 30 


3633 


33 4 13 


9007 


34 45 16 


9499 


36 36 41 


9477 




Fomalhaut 


E. 


63 48 3 


3782 


61 13 11 


9776 


50 38 13 


9773 


58 3 7 


3788 




a Pegasi 


E. 


84 18 5 


9848 


83 44 33 


3881 


81 10 45 


3819 


70 36 43 


3808 




Jupiter 


E. 


90 31 40 


9088 


07 51 31 


9618 


96 10 33 


3603 


04 30 34 


3480 


ir. 


Mars 


W. 


80 35 40 


9689 


83 5 86 


9808 


83 45 31 


9648 


85 85 35 


3680 




Spica 


W. 


80 53 11 


9100 


83 36 33 


9888 


84 30 13 


9388 


86 4 13 


3371 




Antares 


W. 


34 58 45 


9408 


36 43 8 


9800 


38 35 50 


9883 


40 50 


3870 




Fomalhaut 


E. 


50 7 7 


3778 


48 33 4 


3780 


46 57 10 


3701 


45 38 30 


9808 




a Pegasi 


E. 


71 43 18 


3787 


70 8 7 


3788 


68 33 50 


3760 


66 57 38 


3706 




Jupiter 


E. 


85 58 40 


9419 


84 15 34 


9408 


83 33 8 


3888 


80 48 33 


3880 




a Arietis 


E. 


113 16 16 


9484 


111 34 13 


9440 


100 51 47 


3485 


108 3 


3499 


17 


Mars 


W. 


03 50 55 


9478 


05 33 46 


9489 


07 14 53 


9468 


08 57 12 


9448 




Spica 


W. 


04 48 33 


9816 


06 34 1 


3806 


08 10 53 


3306 


100 5 57 


3987 




Antares 


W. 


48 54 10 


9818 


50 30 50 


9803 


53 35 45 


9304 


54 11 54 


9984 




Fomalhaut 


E. 


37 35 


9884 


36 3 34 


9079 


34 33 45 


8034 


33 3 14 


8008 




a Pegasi 


E. 


50 36 


2786 


57 35 16 


9775 


55 50 16 


3786 


54 15 30 


9798 




Jupiter 


E, 


73 5 17 


9894 


70 10 53 


3818 


68 34 18 


3804 


66 48 18 


9306 




a Arietis 


E. 


00 30 47 


9883 


97 46 17 


3864 


06 1 33 


3843 


04 16 34 


3883 


18 


Man 


W. 


107 33 1 


9106 


100 15 33 


3808 


110 50 13 


3880 


118 43 3 


3884 




Spica 


W. 


108 50 38 


3346 


110 46 58 


9380 


113 34 28 


3983 


114 33 7 


3327 




Antares 


W. 


63 5 53 


3344 


64 53 15 


9987 


66 40 47 


3«1 


68 38 38 


3396 




a Pegasi 


E. 


46 37 17 


3018 


44 55 18 


9064 


43 24 7 


9907 


41 53 50 


8048 




Jupiter 


E. 


57 55 37 


3368 


56 8 30 


9947 


54 31 11 


9340 


53 33 43 


3384 




a Arietis 


E. 


85 38 34 


9901 


83 43 13 


9906 


81 55 53 


9980 


80 33 


3375 




Aldebaran 


E. 


115 58 17 


3818 


114 13 37 


9804 


lis 36 44 


3906 


110 40 30 


3380 


19 


Antares 


W. 


77 38 47 


3964 


70 17 


9901 


81 5 35 


3108 


83 54 5 


3106 




Jupiter 


E. 


43 34 30 


9il3 


41 46 31 


9310 


30 58 8 


3907 


38 50 


3306 




a Arietis 


E. 


71 15 30 


9908 


60 38 18 


9306 


67 41 13 


3356 


65 54 7 


3954 




Aldebaran 


E. 


101 47 53 


9383 


100 58 


390O 


08 13 58 


3368 


06 36 53 


3358 


30 


Antares 


W. 


01 57 11 


3193 


03 45 50 


9199 


05 34 30 


3108 


07 33 7 


3104 




a Aquilas 


W. 


50 33 10 


8806 


51 37 16 


8797 


53 53 35 


8664 


54 11 11 


8080 




Jupiter 


E. 


30 7 48 


9300 


37 10 31 


9901 


35 30 55 


3909 


33 42 30 


3308 




a Arietis 


E. 


56 58 46 


3989 


56 11 51 


9964 


53 34 50 


9988 


51 38 13 


3378 




Aldebaran 


E. 


87 30 51 


9340 


85 43 36 


3949 


83 56 23 


3351 


82 10 


3968 



126 



JULY, 1856. 



XVII. 



GREENWICH MEAN TIME. 1 








LUNAR DISTANCES. 








i. 


Star's NaiM 




P. L. 




P. L. 




P. L. 




P. L. 


*S8 
31 


and 




Noon. 


of 


mh 


of 


Vlh. 


of 


IX»^ 


of 


Podtioa. 






IMfl. 




Diff. 




Dilt 




Dur. 


Antares 


W. 


O I M 

99 11 43 


SIM 


O 1 1 

101 17 


9198 


102 48 47 


9900 


O 1 H 

104 37 14 


9908 




a Aquils 


W. 


65 29 57 


Sttl 


56 49 47 


84:8 


6R 10 36 


8480 


59 32 19 


8887 




a Arietis 


E. 


49 51 34 


«79 


48 6 4 


9987 


46 18 45 


9098 


44 32 39 


m» 




Aldebaran 


E. 


80 22 1 


3365 


78 34 55 


9358 


. 76 47 53 


9961 


75 66 


9385 




Saturn 


E. 


109 45 17 


tm 


107 68 14 


9958 


106 11 13 


9-MO 


104 24 15 


9369 




Son 


E. 


131 33 32 


9099 


129 52 60 


9593 


128 12 8 


9594 


126 31 28 


9898 


22 


Antares 


W. 


113 38 21 


3SSI 


116 26 17 


9998 


117 14 6 


9931 


119 1 48 


9988 




a Aqoi]» 


W. 


66 31 31 


sat 


67 67 1 


8919 


69 22 56 


8193 


70 49 13 


am 




Fomalhaut 


W. 


35 2 5 


flB77 


36 34 53 


9899 


38 8 43 


9787 


39 43 28 


9751 




a Arietis 


E. 


35 46 6 


9t88 


34 1 46 


9165 


32 17 49 


9407 


30 34 24 


9488 




Aldebaran 


E. 


66 7 46 


9990 


64 21 32 


9907 


62 35 28 


9804 


60 49 34 


9811 




Satam 


E. 


95 30 26 


9979 


93 43 56 


9984 


91 67 33 


9988 


90 11 16 


9988 




Sun 


E. 


118 8 55 


9540 


116 28 38 


9545 


114 48 27 


9840 


113 8 22 


9588 


23 


a Aqail» 


W. 


78 4 34 


8191 


79 32 6 


8197 


80 69 43 


8194 


82 27 23 


8198 




Fomalhaot 


W. 


47 46 59 


9888 


49 26 3 


9894 


61 3 25 


9819 


62 42 3 


9808 




Aldebaran 


E. 


52 3 


9156 


60 18 25 


9888 


48 34 5 


9880 


46 60 2 


am 




Saturn 


E. 


81 21 48 


ma 


79 36 20 


9898 


77 51 1 


9885 


76 6 62 


9849 




Sun 


E. 


104 49 44 


9661 


103 10 23 


9067 


101 31 10 


9103 


99 52 7 


9801 


24 


a Aquilae 


W. 


89 45 27 


9148 


91 12 46 


8151 


92 39 63 


8180 


94 6 60 


am 




Fomalhaut 


W. 


60 57 37 


9B60 


62 37 


9879 


64 16 24 


9579 


65 66 48 


9879 




a Pegaai 


W. 


41 59 6 


9077 


43 27 44 


8088 


44 57 12 


8000 


46 27 25 


9880 




Jupiter 


W. 


21 1 7 


9390 


22 46 37 


9837 


24 31 57 


9834 


26 17 7 


9849 




Aldebaran 


E. 


38 14 47 


9478 


36 32 56 


9405 


34 61 36 


9519 


33 10 49 


95a 




Saturn 


E. 


67 22 38 


9878 


65 38 32 


9888 


63 64 37 


9804 


62 10 63 


9408 




Sun 


E. 


91 39 13 


9887 


90 1 8 


9845 


88 23 14 


9853 


86 45 30 


9880 


25 


a Aquils 


W. 


101 17 43 


8947 


102 42 57 


8988 


104 7 46 


8388 


105 32 11 


8819 




Fomalhaut 


W. 


74 12 20 


98M 


76 51 26 


9S00 


77 30 26 


9801 


79 9 19 


980T 




a Pegasi 


W. 


54 6 35 


9888 


55 39 35 


9855 


57 12 51 


9845 


58 46 20 


9BM 




Jupiter 


W. 


35 18 


9878 


36 44 24 


9885 


38 28 20 


9804 


40 12 4 


9401 




Saturn 


E. 


63 35 15 


9445 


61 52 45 


9455 


60 10 28 


9465 


48 28 25 


9n5 




Sun 


E. 


78 39 30 


9101 


77 2 51 


7m 


75 26 23 


9718 


73 60 7 


mo 1 


26 


a Aquil» 


W. 


112 26 65 


8456 


113 48 8 


8491 


116 8 42 


8598 


116 28 35 


1 

8588 




Fomalhaut 


W. 


87 21 45 


9840 


88 69 46 


9847 


90 37 37 


9855 


92 15 17 


9884 




aPejfaai 


W. 


66 35 67 


9814 


68 10 7 


9818 


69 44 18 


9819 


71 18 30 


9818 j 




Jupiter 


W. 


48 48 7 


9489 


60 30 46 


9440 


52 13 15 


9455 


63 65 32 


9403 > 




Saturn 


E. 


40 1 43 


9598 


38 21 9 


9840 


36 40 52 


9853 


35 52 


9600 . 




Sun 


E. 


65 51 36 


9770 


64 16 29 


9779 


62 41 34 


9788 


61 6 60 


mm ; 


27 




W. 


100 20 34 


_9719 


101 56 58 


9793 


103 33 7 


9735 


105 9 1 


9748 1 




aPegasi 


W. 


79 8 51 


9899 


80 42 42 


98)4 


82 16 26 


9839 


83 60 3 


98a 




Jupiter 


W. 


62 24 12 


930i 


64 6 23 


9810 


65 46 23 


9818 


67 27 11 


9597 1 




Saturn 


E. 


26 46 


9853 


25 8 16 


9815 


23 31 2 


9701 


21 64 23 


«789 ! 




Sun 


E. 


63 16 16 


9845 


61 42 46 


9855 


60 9 29 


9884 


48 36 24 


9875 1 


28 


Fomalhaot 


W. 


113 4 28 


9818 


114 38 39 


9898 


116 12 31 


9814 


117 46 2 


9880 




a Pegasi 


W. 


91 35 55 


9884 


93 8 34 


9804 


94 41 1 


9HM 


96 13 15 


9014 




Sun 


E. 


40 54 22 


9898 


39 22 39 


9180 


37 51 10 


9053 


36 19 67 


9884 


20 


aPegata 


W. 


103 60 53 


9875 


105 21 37 


9089 


106 52 3 


8084 


108 22 11 


8898 


._ 


Sun 


E. 


28 47 53 


8084 


27 18 23 


8051 


25 49 13 


8088 


24 20 24 


8088 1 



XVIII. 



JULY, 1856. 



12T 







GREENWICH MEAN 


TIME. 










LUNAB DISTANCES. 




31 


Star'iNuM 




P. L. 




P. L. 




p. L. 




P. L. 




and 
Poritfon. 




Midnight. 


of 
IMfl. 


XVh. 


of 

Dur. 


XVlIIh 


of 
DUL 


XXIh. 


of 
Dlff. 




Antares 


W. 


O 1 M 

106 25 37 


9906 


O 1 V 

108 13 56 


3910 


O 1 II 

110 2 9 


3918 


HI 50 18 


3916 






a Aquil» 


W. 


60 54 50 


1848 


62 18 6 


8315 


63 42 


8984 


65 6 30 


8358 






a Arietia 


E. 


42 46 47 


3SI0 


41 1 11 


3837 


39 15 51 


3880 


37 30 49 


3858 






Aldebaran 


E. 


73 14 5 


9-J69 


71 27 20 


3918 


69 40 41 


3378 


67 54 9 


3984 






Saturn 


E. 


102 37 20 


3985 


100 60 29 


3968 


99 3 43 


9379 


97 17 2 


3375 






Sum 


E. 


124 50 49 


3037 


123 10 14 


3680 


121 29 43 


9584 


119 49 17 


3587 




23 


AnUres 


W. 


120 49 24 


3940 


122 36 52 


9345 


124 24 12 


9951 


126 11 24 


3956 






a Aqoils 


W. 


72 15 50 


8161 


73 42 43 


8159 


75 9 50 


8148 


76 37 8 


8186 






Fomalhaut 


W. 


41 19 


3730 


42 55 13 


9605 


44 32 


9673 


46 9 17 


3654 






a Arietia 


E. 


28 51 37 


3465 


27 9 34 


9609 


25 28 23 


3544 


23 48 11 


3609 






Aldebaran 


E. 


59 3 50 


3818 


57 18 17 


3897 


55 32 57 


3887 


53 47 51 


9847 






Satam 


E. 


88 25 6 


3996 


86 39 4 


3804 


84 53 10 


9810 


83 7 25 


9815 






Son 


E. 


111 28 23 


3560 


109 48 31 


36M 


108 8 47 


9071 


106 29 12 


9676 




33 


a Aquils 


W. 


83 55 5 


8193 


85 22 48 


8135 


86 50 27 


8180 


88 18 


8185 






Fomalhaat 


W. 


54 20 54 


3806 


55 59 54 


9601 


57 39 2 


9865 


69 18 17 


9669 






Aldebaran 


E. 


45 6 17 


3407 


43 22 52 


9491 


41 39 47 


3487 


39 57 5 


9454 






Saium 


E. 


74 20 53 


9848 


72 36 4 


9855 


70 51 25 


3869 


69 6 56 


9870 






Sun 


E. 


98 13 13 


3007 


96 34 28 


9615 


94 55 53 


3639 


93 17 28 


9090 




34 


a Aqails 


W. 


95 33 33 


8188 


97 2 


8108 


98 26 14 


8913 


99 52 8 


8338 






Fomalhaut 


W. 


67 35 12 


fueo 


69 14 34 


9688 


70 53 53 


3665 


72 33 9 


9588 






a Pegasi 


W. 


47 58 16 


90tt 


49 29 40 


9090 


51 1 34 


3800 


52 33 52 


9888 






Jupiter 


W. 


28 2 6 


3840 


29 46 55 


3856 


31 31 33 


3868 


33 16 1 


9871 






Aldebaran 


E. 


31 30 36 


3173 


29 51 2 


3604 


28 12 12 


3643 


26 34 14 


9687 






Saturn 


E. 


60 27 21 


3410 


58 44 1 


3410 


57 53 


3498 


55 17 58 


9486 






Sun 


E. 


85 7 57 


9668 


83 30 34 


3075 


81 53 21 


3684 


80 16 19 


9608 




35 


a Aquile 


W. 


106 56 9 


8886 


108 19 39 


8868 


109 42 38 


8309 


111 5 4 


8498 






Fomalhaut 


W. 


80 48 5 


3619 


82 26 43 


3618 


84 5 13 


3695 


85 43 34 


9683 






a Pegasi 


W. 


60 20 1 


9890 


61 53 51 


3894 


63 27 48 


3690 


65 1 50 


3816 






Jupiter 


W. 


41 55 38 


3408 


43 39 1 


3415 


45 22 14 


3438 


47 6 16 


3481 






Saturn 


E. 


46 46 36 


3485 


45 5 1 


3404 


43 23 40 


3605 


41 42 34 


3516 






Sun 


E. 


72 14 2 


3785 


70 38 8 


9744 


69 2 26 


3763 


67 26 55 


3761 




36 


a Aqnilae 


W. 


117 47 44 


8613 


119 6 5 


8661 


120 23 34 


8719 


121 40 8 


8765 






Fomalhaut 


W. 


93 52 45 


3678 


95 30 1 


3689 


97 7 5 


3609 


08 43 56 


3701 






a Pegasi 


W. 


72 52 4! 


3815 


74 26 49 


3818 


76 54 


9821 


77 34 55 


3895 






Jupiter 


W. 


55 37 38 


9410 


57 19 33 


3478 


59 1 17 


3486 


60 42 50 


3494 






Saturn 


E. 


33 21 11 


3660 


31 41 49 


3606 


30 2 49 


3618 


28 24 12 


3683 






Sun 


E. 


59 32 19 


9807 


57 58 


9816 


56 23 53 


3895 


54 49 58 


9885 




37 


Fomalhaut 


W. 


106 44 40 


9768 


108 20 3 


9771 


109 55 9 


9784 


111 29 58 


3706 






a Pegasi 


W. 


85 23 32 


3863 


86 56 52 


9850 


88 30 3 


3807 


90 3 4 


9075 






Jupiter 


W. 


69 7 47 


3680 


70 48 12 


9548 


72 28 26 


3551 


74 8 28 


9560 






Saturn 


E. 


20 18 26 


3760 


18 43 18 


9815 


17 9 9 


9871 


15 36 13 


9944 






Sun 


E. 


47 3 33 


3885 


45 30 55 


9805 


43 58 30 


3006 


42 26 19 


9017 




38 


Fomalhaut 


W. 


119 19 12 


98T7 


120 52 


9806 


122 24 24 


3015 


123 56 24 


9080 






a Pegasi 


W. 


97 45 16 


3095 


99 17 3 


9887 


100 48 35 


3040 


102 19 52 


9869 






Sun 


E. 


34 48 59 


3on 


33 18 17 


3080 


31 47 51 


8004 


30 17 43 


8018 




39 


a Pegasi 


W. 


109 51 59 


8036 


111 21 27 


8058 


112 50 34 


8071 


114 19 19 


8080 






Sun 


E. 


22 52 


8110 


21 24 3 


8135 


19 56 36 


8168 


18 29 43 


8104 





128 



AUGUST, 1856. 



I. 



AT GREENWICH APPARENT NOON. 



i 



Fri. 
Sat 
Sim. 

Mod. 
Tues. 
Wed. 

Thur. 

Fri. 

Sat 

Sun. 
Mod. 
Tues. 

Wed. 
Thur. 
Fri. 

Sat 
Sun. 
MoQ. 

Tues. 
Wed. 
Thur. 

Fri. 
Sat 
Sun. 

MoQ. 
Tues. 
Wed. 

Thur. 

Fri. 

Sat 

uVfl. 

Mon. 



THE surra 



Appartni 
Righli 



h. m. s. 

8 47 8.59 
8 51 1.19 
8 54 53.18 

8 58 44.56 

9 2 35.34 
9 6 25.51 

9 10 15.06 
9 14 3.98 
9 17 52.33 

9 21 40.08 
9 25 27.22 
9 29 13.83 

9 32 59.84 
9 36 45.31 
9 40 30.24 

9 44 14.62 
9 47 58.51 
9 51 41.89 

9 55 24.79 

9 59 7.22 

10 2 49.18 

10 6 30.69 
10 10 11.78 
10 13 52.47 

10 17 82.76 
10 21 12.66 
10 24 52.20 

10 28 31.88 
10 82 10.21 
10 35 48.70 
10 39 26.87 

10 43 4.75 



Diftlbr 
Ihoar. 



t. 

9.705 
9.680 
9.654 

9.629 
9.608 
9.578 

9.558 
9.527 
9.502 

9.478 
9.454 
9.480 

9.407 
9.884 
9.862 

9.841. 
9.820 
9.299 

9.279 
9.259 
9.240 

9.228 

9.205 
9.188 

9.172 
9.157 
9.142 

9.127 
9.118 

9.086 

9.074 



I>lff.fbr 
Ihoor. 



N. 



7 55 53.7 

7 40 30.4 

7 24 49.8 

7 8 52.2 

6 52 37.7 

6 36 7.1 

6 19 20.6 

6 2 18.4 

5 45 0.6 

5 27 27.9 

5 9 40.6 

4 51 38.6 

4 33 22.6 

4 14 52.7 

3 56 9.2 

3 37 12.5 

3 18 2.9 

2 58 40.7 



39 6.0 
19 19.0 
59 20.4 



1 89 10.2 

1 18 48.9 

58 16.6 

37 33.8 

16 40.7 

9 55 37.6 

9 84 25.0 

9 13 8.1 

8 51 82.3 

8 29 53.0 



N. 8 8 5.5 



88.10 
88.84 
39.54 

40.25 
40.93 
41.61 

42.26 
42.91 
48.54 

44.17 
44.77 
45.87 

45.95 
46.54 
47.08 

47.68 
48.16 
48.70 

49.20 
49.71 
50.18 

50.66 
51.11 
51.57 

52.00 
52.48 
52.82 

58.22 
58.59 
53.97 
54.81 

54.66 



Semi- 



Id 4^.09 
15 48.22 
15 48.35 

15 48.49 
15 48.65 
15 49.80 

15 48.96 
15 49.12 
15 49.29 

15 49.47 
15 49.65 
15 49.82 

15 49.99 
15 50.16 
15 50.34 

15 50.53 
15 50.71 
15 50.90 

15 51.09 
15 51.28 
15 51.49 

15 51.70 
15 51.90 
15 52.11 

15 52.32 
15 52.52 
15 52.73 

15 52.94 
15 53.16 
15 53.39 
15 53.61 

15 53.85 



Sldeml 

TllIM 

of the 
Semldi- 



tbe 

Bbrtd. 

ton. 



66.60 
66.51 
66.42 

66.34 
66.25 
66.17 

66.09 
66.01 
65.92 

65.84 
65.76 
65.68 

65.60 
65.52 
65.45 

65.37 
65.30 
65.23 

65.15 
65.08 
65.01 

64.94 
64.87 
64.81 

64.75 
64.69 
64.64 

64.60 
64.54 
64.50 
64.45 

64.40 



Time, 



jrOfn 

Appottfti 
Tim*. 



6 0.88 
5 56.94 
5 52.39 

5 47.21 
5 AIM 
5 35.09 

5 28.09 
5 20.48 
5 12.30 

5 3.51 
4 54.13 
4 44.21 

4 33.70 
4 22.64 
4 11.05 

3 58.90 
3 46.27 
3 33.12 

3 19.50 
3 5.42 
2 50.87 

2 35.86 
2 20.44 
2 4.62 

1 48.40 
1 31.78 
1 14.82 

57.49 
89.82 
21.81 
3.48 



15.14 



MS. 

for 

Ihoar. 



0.151 
0.177 
0.204 

0.228 
0.258 
0.278 

0.304 
0.829 
0.854 

0.878 
0.402 
0.427 

0.450 
0.473 
0.495 

0.517 
0.538 
0J(57 

0.577 
0.597 
0.616 

0.685 
0.652 
0.669 

0.686 
0.702 
0.717 

0.7)0 
0.744 
0.758 
0.771 

0.783 



If on. ^ Mmr TIb» «r Iht I 



( WI7 W fcoDd by Mblnetfi^ 0t.l8 from Iht 



II. 



AUGUST, 1856. 



129 







AT GREENWICH MEAN 


NOON. 






1 


1 
1 


THE SUN'S 


Sftoationof 

Time, 

toU 

iubtraeud 


DUL 

for 

Ihoor. 


SIdflieal 
Thne. 


Apparent 


DUr. ft>r 
1 hcmr. 


Appetrent 
DecUnation. 


Dlff.for 
1 boor. 


added to 
Mean 

TitM. 


Fri. 
Sat. 
Sm. 


1 
2 
3 


h. m. •. 

8 47 7.63 
8 61 0.24 
8 64 52.25 


s. 

9.705 
9.680 
9.654 


N.f? 55 57.4 
17 40 34.2 
17 24 53.6 


88.10 
88.84 
89.54 


m. f. 

6 0.89 
5 56.95 
5 52.40 


a. 

0.151 
0.177 
0.204 


h. m. i. 

8 41 6.74 
8 45 3.29 
8 48 59.85 


Mon. 
Tuea. 
Wed. 


4 
5 
6 


8 58 43.64 

9 2 34.44 
9 6 24.63 


9.629 
9.603 
9.578 


17 8 66.0 
16 52 41.6 
16 36 11.0 


40.25 
40.98 
41.61 


5 47.23 
5 41.48 
5 35.11 


0.228 
0.258 
0.278 


8 52 56.41 

8 56 52.96 

9 49.52 


Thur. 

Fri. 

Sat 


7 
8 
9 


9 10 14.19 
9 14 3.13 
9 17 51.61 


9.568 
9.527 
9.502 


16 19 24.5 
16 2 22.2 
15 45 4.4 


42.26 
42.91 
43.54 


5 28.11 
5 20.50 
5 12.32 


0.804 
0.829 
0.854 


9 4 46.06 
9 8 42.63 
9 12 39.19 


Mon. 
Tues. 


10 
11 
12 


9 21 39.28 
9 25 26.45 
9 29 13.09 


9.478 
9.454 
9.430 


15 27 31.6 
15 9 44.2 
14 51 42.2 


44.17 
44.77 
45.87 


5 3.53 
4 54.15 
4 44.23 


0.878 
0.402 
0.427 


9 16 35.75 
9 20 32.30 
9 24 28.86 


Wed. 
Thur. 
Fri. 


13 
14 
15 


9 32 59.13 
9 36 44.63 
9 40 29.59 


9.407 
9.384 
9.362 


14 33 26.1 
14 14 56.1 
13 56 12.4 


45.95 
46.54 
47.08 


4 33.72 
4 22.66 
4 11.07 


0.450 
0.478 
0.495 


9 28 25.41 
9 32 21.97 
9 36 18.52 


Sat. 
&m. 
Mon. 


16 
17 

18 


9 44 14.00 
9 47 57.92 
9 61 41.33 


9.841 
9.320 
9.299 


13 37 15.6 
13 18 5.9 
12 58 43.5 


47.68 
48.16 
48.70 


3 58.92 
3 46.29 
3 33.14 


0.517 
0.588 
0.567 


9 40 15.08 
9 44 11.63 
9 48 8.19 


Tues. 
Wed, 
Thur. 


19 
20 
21 


9 55 24.27 

9 59 6.74 

10 2 48.74 


9.279 
9.259 
9.240 


12 39 8.6 
12 19 21.5 

11 59 22.7 

• 


49.20 
49.71 
50.18 


3 19.52 
3 5.44 
2 60.89 


0.577 
0.597 
0.616 


9 52 4.75 
9 56 1.30 
9 59 57.85 


Fri. 

Sat. 
Sun. 


22 
23 
24 


10 6 30.29 
10 10 11.42 
10 13 52.15 


9.228 
9.205 
9.188 


11 39 12.4 
11 18 60.9 
10 58 18.4 


50.66 
51.11 
51.57 


2 35.88 
2 20.46 
2 4.63 


0.635 
0.652 
0.669 


10 3 54.41 
10 7 50.96 
10 11 47.52 


Mon. 
Tues. 
Wed. 


25 
26 

27 


10 17 32.48 
10 21 12.42 
10 24 52.01 


9.172 
9.157 
9.142 


10 37 35.4 

10 16 42.1 

9 55 38.8 


52.00 
52.13 
52.82 


1 48.41 
1 31.79 
1 14.83 


0.686 
0.702 
0.717 


10 15 44.07 
10 19 40.63 
10 23 37.18 


Thur. 
Fri. 
Sat. 
Sun. 

Mon. 


26 
29 
30 
31 

32 


10 28 31.23 
10 32 10.11 
10 35 48.65 
10 39 26.87 

10 43 4.79 


9.127 
9.113 
9.099 
9.036 

9.074 


9 34 26.0 
9 13 3.8 
8 51 32.7 
8 29 53.1 

N. 8 8 5.3 


53.22 
53.59 
53.97 
54.31 

54.66 


57.49 
39.82 
21.80 
3.47 


0.730 
0.744 
0.758 
0.771 

0.783 


10 27 33.74 
10 31 30.29 
10 35 26.85 
10 39 23.40 

10 43 19.95 


15.16 




H 


on. — Th« Semldian 


wter for H 


Ban Xoon may be aatumed the 


■ame as that foi 


r Apparenl 


bNoon. 



17 



130 



AUGUST, 1856. 



IIL 



AT GREENWICH MEAN NOON. 



THE SUN'S 



4 
I 



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 






214 
215 
216 

217 
218 
219 

220 
221 
222 

223 
224 
225 

226 
227 
228 

229 
230 
231 

232 
233 
234 

235 
236 
237 

238 
239 
240 

241 
242 
243 

244 
245 



IVm lonoitudb. 



129 20 &.e 

130 18 13.6 

131 15 42.6 

132 13 12.5 

133 10 43.2 

134 8 14.7 

135 5 47.0 

136 3 20.1 
187 54.2 

137 58 29.2 

138 56 5.0 

139 53 41.8 

140 51 19.7 

141 48 58.7 

142 46 38.9 

143 44 20.3 

144 42 3.1 

145 39 47.3 

146 37 33.2 

147 35 20.7 

148 33 9.9 

149 31 0.8 

150 28 53.5 

151 26 48.0 

152 24 44.3 

153 22 42.5 

154 20 42.5 

155 18 44.3 

156 16 47.9 

157 14 53.3 



158 13 

159 11 



0.3 

8.9 



20 20.4 

17 48.3 

15 17.2 

12 46.9 
10 17.5 

7 48.8 

5 20.9 
2 53.9 
27.8 

8 2.7 
55 38.4 
53 15.0 

50 52.8 
48 31.7 
46 11.7 

43 52.9 
41 35.6 
89 19.7 

37 5.5 
84 52.9 
82 42.0 

80 32.7 
28 25.3 
26 19.6 

24 15.8 
22 13.9 
20 13.7 

18 15.4 

16 18.8 
14 24.1 

12 31.0 
10 39.5 



DUr for 
1 boor. 



LATXTUDE. 



4S.64 
48.68 
48.78 

48.77 
43.80 
48.84 

48.88 
48.91 
48.95 

44.00 
44.04 
44.07 

44.11 
44.16 
44.21 

44.26 
44.82 
44.87 

44.44 
44.51 
44.58 

• 
44.65 
44.78 
44.81 

44.88 
44.95 
45.02 

45.10 
45.17 
45.24 

45.81 
45.89 



LQearfthm 

of th« 

RMUosVeetor 

of th« 

Barth. 



-Hii.49 

0.42 
0.33 

0.23 
4-0.10 
—0.02 

0.15 
0.27 
0.38 

0.46 
0.53 
0.57 

0.59 
0.57 
0.53 

0.44 
0.33 
0.20 

—0.07 

H-0.07 

0.19 

0.32 
0.43 
0.52 

0.59 
0.61 
0.62 

0.60 
0.53 
0.45 

0.35 
-H).23 



0.0063282 
.0062672 
.0062038 

.0061381 
.0060701 
.0059998 

.0059276 
.0058537 
.0057780 

.0057006 
.0056218 
.0055418 

.0054605 
.0053780 
.0052947 

.0052106 
.0051255 
.0050394 

.0049522 
.0048639 
.0047748 

.0046844 
.0045929 
.0045000 

.0044056 
.00430^6 
.0012119 

.0041125 
.0040114 
.0039084 

.0038037 
0.0036972 



PUT. fbr 
1 hour. 



24.9 
26.9 
26.9 

27.8 
28.7 
29.5 

80.8 
81.2 
81.8 

82.4 
88.0 
88.6 

84.1 
84.5 
84.9 

85.8 
85.8 
86.1 

86.6 
87.1 
87.5 

88.0 
88.4 
89.0 

89.6 
40.8 
41.0 

41.8 
2.5 
8.2 

4.0 
4.7 



ItenTlnM 

of 
SklOTMlOb. 



15 16 22.73 
15 12 26.82 
15 8 30.91 

15 4 34.99 
15 89.08 
14 56 43.17 

14 52 47.26 
14 48 51.35 
14 44 55.44 

14 40 59 53 
14 87 8.62 
14 38 7.71 

14 29 11.80 
14 25 15.89 
14 21 19.99 

14 17 24.07 
14 18 28.16 
14 9 82J25 

14 5 86.84 
14 1 40.45 
18 57 44.58 

18 58 48.62 
13 49 52.71 
13 45 56.80 

18 42 0.89 
18 38 4.98 
18 84 9.07 

18 80 18.16 
18 26 17.25 
13 22 81.35 

13 18 25.44 
18 14 29.53 



Nontax eoRWpoodc to Um Ctm •qolnox of Um ^to, k' to Um mtmm •qoloox oT Jul. Od. 



IV. 



AUGUST, 1856. 



131 









GREENWICH 


MEAN TIME. 
















THE 


MOON'S 










s 




HORIZONTAL 


PARALLAX. 




HXRIDLiN PASSAOB. 






















AGB. 


Noon. 


mdnlgfat. 


Noon. 


Dim for 
Ihour. 


Midnight. 


Did: for 
1 hoar. 




DHL for 
Ihour. 

1.97 
1.82 
1.71 


1 

2 
3 


15 "6.7 
14 59.6 
14 53.7 


15 3.0 
14 56.5 
14 51.3 


55 20.8 
54 54.8 
54 33.2 


-1.15 
1.00 
0.79 


1 w 

55 7.3 
54 43.4 
54 24.4 


M 

-1.08 
0.90 
0.66 


h. m. 

41.8 

1 27.2 

2 9.3 


d. 
0.6 

1.6 
2.6 


4 
5 
6 


14 49.4 
14 47.0 
14 46.9 


14 47.9 
14 46.7 
14 47.8 


54 17.3 
54 8.6 
54 8.3 


0.52 
-0.19 
+0.18 


54 12.0 
54 7.3 
54 11.7 


0.36 
-0.01 
+0.39 


2 49.3 

3 28.2 

4 7.2 


1.68 
1.60 
1.68 


3.6 
4.6 
5.6 


7 
8 
9 


14 49.4 

14 54.7 

15 2.7 


14 51.7 

14 58.4 

15 7.7 


54 17.6 

54 37.0 

55 6.4 


0.60 
1.02 
1.42 


54 26.0 

54 50.5 

55 24.6 


0.81 
1.22 
1.60 


4 47.4 

5 30.1 

6 16.2 


1.72 
1.84 
1.99 


6.6 
7.6 
8.6 


10 
11 
12 


15 13.2 
15 25.8 
15 39.8 


15 19.3 
15 32.7 
15 47.0 


55 44.9 

56 31.0 

57 22.5 


1.77 
2.05 
2.21 


56 7.1 

56 56.3 

57 49.1 


1.92 
2.15 
2.22 


7 6.5 

8 1.2 
8 59.6 


2.17 
2.86 
2.50 


9.6 
10.6 
11.6 


13 
14 
15 


15 54.2 

16 8.1 
16 19.9 


16 1.3 
16 14.3 
16 24.7 


58 15.7 

59 6.3 
59 49.7 


2.19 
1.98 
1.59 


58 41.6 

59 29.2 

60 7.3 


2.11 
1.81 
1.32 


9 59.8 

10 59.3 

11 56.4 


2.52 
2.44 
2.31 


12.6 
13.6 
14.6 


16 
17 
18 


16 28.6 
16 33.3 
16 33.6 


16 31.5 
16 34.0 
16 32.2 


60 21.5 
60 38.8 
60 40.2 


1.03 
+0.39 
-0.27 


60 32.1 
60 41.5 
60 35.1 


0.72 
+0.06 
-0.58 


12 50.7 

13 42.5 

14 32.7 


2.21 
2.12 
2.07 


15.6 
16.6 
17.6 


19 
20 
21 


16 29.9 
16 22.8 
16 13.5 


16 26.7 
16 18.4 
16 8.2 


60 26.5 
60 0.5 
59 26.0 


0.85 
1.28 
1.56 


60 14.8 
59 44.1 
59 6.7 


1.08 
1.44 
1.64 


15 22.6 

16 13.6 

17 6.7 


2.09 
2.16 
2.25 


18.6 
19.6 
20.6 


22 
23 
24 


16 2.7 
15 51.6 
15 40.8 


15 57.2 
15 46.1 
15 35.6 


58 46.7 
58 5.9 
57 26.0 


1.68 
1.69 
1.62 


58 26.3 
57 45.7 
57 6.9 


1.70 
1.66 
1.57 


18 2.1 

18 59.5 

19 57.5 


2.35 
2.42 
2.40 


21.6 
22.6 
23.6 


25 
26 
27 


15 30.5 
15 21.1 
15 12.5 


15 25.7 
15 16.7 
15 8.6 


56 48.4 
56 13.8 
55 42.4 


1.61 
1.37 
1.24 


56 30.7 
55 57.7 
55 28.0 


1.44 
1.31 
1.16 


20 54.1 

21 47.8 

22 37.8 


2.31 
2.17 
2.00 


24.6 
25.6 
26.6 


28 
29 
30 
31 


15 4.9 
14 58.3 
14 52.8 

14 48.5 


15 1.5 
14 55.4 
14 50.5 
14 46.8 


55 14.5 
54 50.2 
54 29.9 
54 14.1 


1.09 
0.98 
0.75 
0.55 


55 1.9 
54 39.5 
54 21.4 
54 8.1 


1.01 
0.84 
0.65 
0.44 


23 23.9 

6 
6.7 

47.2 


1.84 

1.7^ 
1.65 


27.6 

28.6 

0.0 

1.0 


32 


14 45.6 


14 44.9 


54 3.6 


-0.81 


54 0.6 


-0.18 


1 26.4 


1.62 


2.0 





132 



AUGUST, 1856. 



V. 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 


Right Ammrion. 


DUL 
forlm. 




Diff. 
Ibrlm. 


Hoar. 


1 

1 Bight Asccoalon. 


DUL 
forlm. 


DwUnattoA. 


JSUL 
forln. 




FRIDAY 


1. 






SUNDAY 


3. 






h. m. t. 


■. 


O t M 


M 




b. m. t. 


t. 


O 1 If 


a 





9 31 33.51 


9j(rm 


N.30 6 50.0 


10.816 





10 54 41.07 


1.8992 


N.IO 13 8.9 


13.498 


1 


9 33 37.67 


S.0663 


19 55 58.5 


10.800 


1 


10 56 30.72 


1.8367 


9 59 38.1 


13.099 


3 


9 35 41.46 


9M01 


19 45 3.1 


104)81 


3 


10 58 30.15 


1.8391 


9 46 5.4 


13.560 


3 


9 37 44.88 


9.0080 


19 34 0.8 


114)69 


3 


11 9.37 


1.8180 


9 33 30.9 


13.688 


4 


9 39 47.93 


S4M78 


19 S3 54.7 


11.143 


4 


11 1 58.38 


1.8103 


9 18 54.8 


13.610 


5 


9 31 50.63 


3.0418 


19 11 43.8 


11.331 


5 


11 3 47.19 


1.8119 


9 5 17.0 




6 


9 33 53.95 


%OUfJ 


19 38.3 


11.388 


6 


11 5 35.81 


1.8087 


8 51 37.6 


13.660 


7 


9 35 54.91 


ijyin 


18 49 8.1 


11.373 


7 


11 7 34.24 


1.8000 


8 37 56.7 


13.004 


8 


9 37 56.51 


ijom 


18 37 43.5 


11.447 


8 


11 9 12.48 


1.8094 


8 34 14.3 


13.710 


9 


9 39 57.76 


94)178 


18 26 14.5 


11.090 


9 


11 11 0.53 


1.7998 


8 10 30.4 


13.743 
13.706 


10 


9 41 58.65 


34)110 


18 14 41.1 


11.009 


10 


11 12 48.40 


1.7964 


7 56 45.1 


11 


9 43 59.19 


34)001 


18 .3 3.5 


11.663 


11 


11 14 36.10 


1.7036 


7 43 58.5 


13.788 


13 


9 45 59.39 


94)003 


17 51 31.7 


11.781 


13 


11 16 23.63 


1.7908 


7 29 10.6 


13.800 1 


13 


9 47 59.34 


1.8040 


17 39 35.8 


11.799 


13 


11 18 10.99 


1.7860 


7 15 31.4 


13.SS0 


14 


9 49 58.74 


1.8860 


17 37 45.8 


11.866 


14 


11 19 58.19 


1.7804 


7 1 31.0 


13^19 1 


15 


9 51 57.90 


1.0883 


17 15 51.8 


11.933 


15 


11 21 45.24 


1.7890 


6 47 39.5 


13.867 ' 


16 


9 53 56.72 


Lono 


17 3 53.9 


114)97 


16 


11 33 32.14 


1.7604 


6 33 46.9 


13.88S j 


17 


9 55 55.21 


1.9731 


16 51 53.3 


134)00 


17 


11 25 18.89 


1.7779 


6 19 53.3 


13.90i 


18 


9 57 53.37 


i.06(n 


16 39 46.7 


13.133 


18 


11 37 5.49 


1.7700 


6 5 58.7 


13.019 


10 


9 59 51.21 


1.9618 


16 37 37.5 


13.183 


19 


11 28 51.95 


1.7739 


5 53 3.1 


13-986 


20 


10 1 48.72 


1.9550 


16 15 34.7 


19.343 


30 


11 30 38.28 


1.7710 


5 38 6.5 


I8.AM) 


21 


10 3 45.90 


1.0000 


16 3 8.3 


13.303 


31 


11 32 24.48 


1.7680 


5 34 9.0 


13«M 


23 


10 5 43.76 


14»4ft3 


15 50 48.3 


13.361 


33 


11 34 10.55 


1.7667 


5 10 10.7 


13.977 


33 


10 7 39.31 
SAT 


ISM 


N.I5 38 34.9 
lY 2. 


19.418 


33 


11 35 56.49 
MC 


1.7647 

>NDA^ 


N. 4 56 11.7 

' 4. 


13.980 





10 9 35.55 


1.0847 


N.15 35 58.1 


13.474 





11 37 42.31 


1.7037 


N. 4 43 13.0 


144)01 


1 


10 11 31.48 


14)900 


15 13 38.0 


13.039 


1 


11 39 38.03 


1.7608 


4 38 11.6 


144)19 


3 


10 13 37.10 


14)946 


15 54.7 


13.089 


3 


11 41 13.63 


1.7603 


4 14 10.6 


144)90 


3 


10 15 33.43 


14)196 


14 48 18.3 


13.634 


3 


11 43 59.13 


1.7677 


4 9.1 


144)99 


4 


10 17 17.44 


1.9140 


14 35 38.6 


13.060 


4 


11 44 44.52 


1.76S8 


3 46 7.1 


144>t8 


6 


10 19 12.17 


1.9097 


14 33 56.0 


13.736 


5 


11 46 29.82 


1.7643 


3 38 4.6 


144M6 


6 


10 31 6.61 


1.9040 


14 10 10.4 


13.780 


6 


11 48 15.03 


1.7637 


3 18 1.6 


14.068 I 


7 


10 33 0.76 


1.0001 


13 57 31.8 


19.833 


7 


11 50 0.15 


1.7613 


3 3 58.3 


144)60 1 


8 


10 34 54.62 


1.800S 


13 44 30.4 


13.880 


8 


11 51 45.18 


1.7408 


3 49 54.5 


144)04 1 





10 36 48.20 


1.8907 


13 31 36.3 


13.090 


9 


11 53 30.13 


1.7480 


3 35 50.5 


144)69 1 


10 


10 38 41.51 


1.8803 


13 18 39.3 


13.971 


10 


11 55 15.01 


1.7474 


3 31 46.3 


144)74 


11 


10 30 34.55 


i«n 


13 5 39.7 


134)10 


11 


11 56 59.82 


1.7463 


3 7 41.6 


144X78 { 


13 


10 33 37.32 


1.8778 


13 58 37.5 


184)68 


13 


11 58 44.56 


1.7463 


1 53 36.8 


144)61 


13 


10 34 19.83 


1.8730 


13 39 32.8 


13.100 


13 


13 29.24 


1.7443 


1 39 31.8 


144)84 


14 


10 36 13.08 


1.8087 


13 36 35.6 


13.141 


14 


12 2 13.86 


1.7433 


1 35 26.7 


144)86 


15 


10 38 4.07 


1.8644 


13 13 15.9 


U.183 


15 


13 3 58.43 


1.7496 


1 11 21.5 


144)87 


16 


10 39 55.81 


1.6003 


13 3.8 


13.331 


16 


13 5 42.95 


1.7418 


57 16.2 


144»7 


17 


10 41 47.30 


1.8061 


11 46 49.4 


13.309 


17 


12 7 27.43 


1.7411 


43 11.0 


144)86 


18 


10 43 38.54 


1.8090 


11 33 33.7 


13.397 


18 


13 9 11.88 


1.7406 


39 5.9 


144)84 1 


19 


10 45 29.54 


1.8480 


11 30 13.8 


18.383 


19 


13 10 56.29 


1.7800 


15 0.9 


14.069 


30 


10 47 30.30 


1.6441 


11 6 53.8 


18.867 


30 


12 13 40.67 


1.7306 


N. 56.0 


144)80 


31 


10 49 10.83 


1.8403 


10 53 39.8 


18.400 


31 


13 14 35.03 


1.7891 


S. 13 8.7 


144Q7 


33 


10 51 1.13 


1.8806 


10 40 4.8 


18.483 


33 


13 16 9.36 


1.7887 


37 13.3 


144n4 


33 


10 53 51.31 


1.8898 


10 36 37.8 


13.400 


33 


13 17 53.68 


1*7384 


41 17.4 


144)60 


34 


10 54 41.07 


1.8903 


N.IO 13 8.9 


13.496 


34 


13 19 37.98 


1.7888 


S. 55 31.3 


144)09 



VI. 



AUGUST, 1856. 



133 



GREENWICH MEAN TIME. 




THB MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 


BlshtAMMdon. 


forlm. 




DUt 
fiorlm. 


4 

Uoor 


Right AMeoflioD. 


DUL 
for 1 m. 




DUL 
fbrlm. 




TU 


ESDA 


Y 6. 






THURSDAY 7. 






h. m. t. 


1. 


O * ff 


« 




h. m. 1. 


0. 


O 1 H 


M 





12 19 37.98 


1.7S89 


S. 55 21.3 


14U)09 





13 44 17.85 


1.8181 


S.ll 51 10.4 


19.008 


1 


12 21 22.27 


1.7189 


1 9 24.8 


IAM6 


1 


13 46 7.04 


1.8916 


12 4 9.1 


19J)66 


s 


12 23 6.56 


1.7189 


1 23 27.9 


HMO 


2 


13 47 56.44 


1.8969 


12 17 5.4 


19.9n 


3 


12 24 50.86 


1.718S 


1 37 30.7 


14.049 


3 


13 49 46.06 


1.8988 


12 29 59.2 


13.878 


4 


12 26 35.16 


1.1188 


1 51 33.0 


144)88 


4 


13 61 35.90 


1.8896 


12 42 50.5 


19.8U 


5 


12 28 19.46 


1.788ft 


2 5 34.7 


14.098 


5 


13 53 25.96 


1.886S 


12 55 39.3 


19.791 


6 


12 30 3.78 


1.7880 


2 19 35.8 


14U)18 


6 


13 55 16.25 


1.8401 


13 8 25^ 


13.747 


7 


12 31 48.13 


1.7108 


2 33 36.3 


lum 


7 


13 57 6.77 


1.8440 


13 21 9.0 


13.703 


8 


12 33 32.50 


1.7807 


2 47 36.2 


itjsn 


'8 


13 58 57.53 


1.8470 


13 33 49.8 


13.607 


9 


12 35 16.89 


1.7409 


3 1 35.5 


18.089 


9 


14 48.53 


1.8690 


13 46 27.9 


13.611 


10 


12 37 1.32 


1.7408 


3 15 34.1 


18.971 


10 


14 2 39.78 


1.8669 


13 59 3.2 


19.664 


11 


12 38 45.79 


1.7414 


3 29 32.0 


18.968 


11 


14 4 31.28 


1.8604 


14 11 35.6 


134116 


12 


12 40 30.29 


1.7491 


3 43 29.1 


18.944 


12 


14 6 23.03 


1.8047 


14 24 5.1 


13.407 


13 


12 4^ 14.83 


1-7490 


3 57 25.3 


18.999 


13 


14 8 15.04 


1.8601 


14 36 31.7 


13.418 


14 


12 43 59.43 


1.7488 


4 11 20.6 


18.014 


14 


14 10 7.32 


14780 


14 48 55.4 


19.868 


15 


12 45 44.09 


1.7448 


4 25 15.0 


18.800 


15 


14 11 59.87 


1^781 


15 1 16.0 


19.817 


16 


12 47 28.81 


1.7498 


4 39 8.5 


18.884 


16 


14 13 52.69 


1.8896 


15 13 33.5 


1X966 


17 


12 49 13.59 


1.7400 


4 53 1.0 


18.807 


17 


14 15 45.78 


1.8879 


15 25 47.8 


19.919 


\ 18 


12 50 58.44 


1.7480 


5 6 52.5 


18.840 


18 


14 17 39.15 


1.8018 


15 37 58.9 


19.168 


19 


12 52 43.36 


1.7409 


5 20 42.9 


18.890 


19 


14 19 32.80 


16006 


15 50 6.8 


13.104 


20 


12 54 28.35 


1.7fi05 


6 34 32.1 


18.811 


20 


14 21 26.74 


1.9014 


16 2 11.4 


134)48 


21 


12 56 13.42 


1.7610 


5 48 20.2 


18.701 


21 


14 23 20.98 


1.0064 


16 14 12.6 


11.999 


1 22 


12 57 58.58 


1.7184 


6 2 7.1 


18.770 


22 


14 25 15.52 


1-0114 


16 26 10.4 


11.984 


23 


12 59 43.83 
WED 


1.7100 

NESD 


S. 6 15 52.7 
AY 6. 


18.700 


23 


14 27 10.36 
Fi 


1-0164 

tIDAY 


S.16 38 4.7 
8. 


11.876 





13 I 29.18 


1.7091 


S. 29 37.1 


18.730 





14 29 5.49 


1.9916 


S.16 49 55.4 


11.81*6 


1 


13 3 14.63 


1.7084 


6 43 20.2 


11.707 


1 


14 31 0.93 


1.9967 


17 1 42.5 


11.766 


2 


13 5 0.18 


L7aoi 


6 57 1.9 


18.084 


2 


14 32 56.69 


1.9820 


17 13 26.0 


11.004 


3 


13 6 45.84 


1.7610 


7 10 42.2 


18.000 


3 


14 34 52.77 


1.9878 


17 25 5.8 


11.689 


4 


13 8 31.61 


1.7086 


7 24 21.1 


18.686 


4 


14 36 49.17 


1.9497 


17 36 41.8 


11.668 


5 


13 10 17.50 


1.7008 


7 37 58.5 


18.610 


5 


14 38 45.89 


1.9461 


17 48 14.0 


11.608 


6 


13 12 3.51 


1.7070 


7 51 34.3 


18.664 


6 


14 40 42.94 


14)686 


17 59 42.3 


11.488 


7 


13 13 49.65 


1.7709 


8 5 8.6 


18.607 


7 


14 42 40.32 


1.9599 


18 11 6.6 


11479 


8 


13 15 35.93 


1.7796 


8 18 41.2 


18.600 


8 


14 44 38.04 


1.9648 


18 22 26.9 


11.806 





13 17 22.35 


1.7747 


8 32 12.2 


18.609 


9 


14 46 36.09 


14)704 


18 33 43.2 


11.937 


10 


13 19 8.90 


1.7771 


8 45 41.5 


18.474 


10 


14 48 34.48 


14r761 


18 44 55.4 


11.168 


11 


13 20 55.60 


1.7706 


8 59 9.1 


18.440 


11 


14 50 33.22 


1.0890 


18 56 3.5 


114)08 


12 


13 22 42.45 


1.7891 


9 12 34.9 


18416 


12 


14 52 32.32 


1.0879 


19 7 7.3 


114)97 


13 


13 24 29.45 


1.7847 


9 25 58.9 


18.884 


13 


14 54 31.77 


1.8988 


19 18 6.8 


10.966 


14 


13 26 16.61 


1.7878 


9 39 21.0 


18.869 


14 


14 56 31.57 


1.8097 


19 29 1.9 


10.881 


15 


13 28 3.93 


1.7000 


9 52 41.2 


18.890 


15 


14 58 31.73 


34)097 


19 39 52.5 


10.800 


16 


13 29 51.42 


1.7098 


10 5 59.5 


18.968 


16 


15 32.25 


94)118 


19 50 38.6 


10.780 


17 


13 31 39.08 


1.7»a7 


10 19 15.8 


18.y64 


17 


15 2 33.14 


34)179 


20 1 20.1 


10468 


18 


13 33 26.91 


1.7087 


10 32 30.0 


18.910 


18 


15 4 34.41 


94)940 


20 11 57.0 


10.676 


19 


13 35 14.92 


1.8018 


10 45 42.1 


18.184 


19 


15 6 36.04 


34)808 


20 22 29.2 


10.497 


20 


13 37 3.12 


1.8040 


10 58 52.1 


13.140 


20 


15 8 38.05 


34)866 


20 32 66.7 


io.4n 


21 


13 38 51.51 


1.8081 


11 12 0.0 


18.114 


21 


15 10 40.44 


34)499 


20 43 19.3 


10.886 


22 


13 40 40.09 


1.8111 


11 25 5.8 


184m 


22 


15 12 43.21 


34)408 


20 53 36.9 


10.969 


23 


13 42 28.87 


1.8147 


11 38 9.3 


18408 


23 


15 14 46.36 


34)667 


21 3 49.6 


10.108 


l" 


13 44 17.85 


1.8181 


S.ll 51 10.4 


19.008 


24 


15 16 49.90 


94)699 


S.21 13 57.1 


104)84 



134 



AUGUST, 1856. 



VII 



GREENWICH MEAN TIME. 




THE MOON'S EIGHT 


ASCENSION AND DECLINATION. 




Hoar. 




DHL 
forlm. 


DwUmtloii. 


Diflr. 

for 1 m. 


Hour. 




iNir. 

for 1 m. 




DlflL 
forlm. 




SATURDAY 9. 






MONDAY 


11. 






h. m. 0. 


•. 


O 1 » 


N 




h. m. 1. 


0. 


O 1 H 


ff 





15 16 49.90 


S.0899 


S.21 13 57.1 


10.084 





17 3 43.73 


94908 


S.27 16 62.2 


4.098 


1 


15 18 53.83 


%OKJ 


21 23 59.6 


9.908 


1 


17 6 7.37 


94971 


27 21 20.1 


4401 


9 


15 20 58.15 


unn 


21 33 66.9 


9.911 


2 


17 8 31.38 


94089 


27 25 39.1 


4.949 


3 


16 23 2.87 


941890 


21 43 48.9 


9.899 


3 


17 10 66.76 


34099 


27 29 40.1 


AJOM 


4 


16 25 7.99 


34687 


21 53 35.6 


9.788 


4 


17 13 20.50 


94156 


27 33 60.1 


t.941 


5 


15 27 13.51 


%tmi 


22 3 17.0 


9448 


6 


17 15 45.60 


94918 


27 37 42.0 


8.7)88 


6 


16 29 19.43 


a.i(»o 


22 12 52.9 


9459 


6 


17 18 11.06 


' 94*78 


27 41 24.7 


8.684 


7 


15 31 25.75 


3.1067 


22 22 23.3 


9U60 


7 


17 20 36.88 


9.4839 


27 44 58.1 


8470 ' 


8 


15 33 32.48 


3.1106 


22 31 48.0 


946^ 


8 


17 23 3.05 


9.4890 


27 48 22.2 


S494 1 


9 


15 35 39.62 


9.1904 


22 41 7.0 


9.969 


9 


17 25 29.56 


9.4446 


27 51 37.0 


8.187 i 


10 


15 37 47.17 


3.1994 


22 50 20.3 


9.178 


10 


17 27 56.40 


94501 


27 64 42.3 


14)09 . 


11 


15 39 65.13 


3. 1960 


22 59 27.8 


0.075 


11 


17 30 23.57 


94655 


27 67 38.1 


9.861 


13 


15 42 3.49 


3.1499 


23 8 29.4 


8.975 


12 


17 32 61.06 


94600 


28 24.4 


9491 


13 


15 44 12.27 


3.1498 


23 17 24.9 


8474 


13 


17 35 18.87 


94669 


28 3 1.0 


9499 j 


14 


15 46 21.47 


9.1668 


23 26 14.3 


8.779 


14 


17 37 47.00 


94714 


28 6 27.9 


1 
9466 , 


15 


15 48 31.09 


9.ieS8 


23 34 57.6 


8.970 


15 


17 40 15.44 


94766 


28 7 45.0 


9.901 


16 


15 50 41.13 


9.n08 


23 43 34.7 


8467 


16 


17 42 44.18 


94814 


28 9 62.1 


94.6! 


17 


15 52 51.59 


9.1778 


23 52 6.6 


8463 


17 


17 45 13.21 


94869 


28 11 49.3 


1.871 ' 


18 


15 55 2.47 


9.1849 


24 30.2 


8.355 


18 


17 47 42.52 


94908 


28 13 36.6 


1.705 


19 


15 67 13.78 


9.19« 


24 8 48.3 


8.947 


19 


17 60 12.11 


94056 


28 15 13.9 


1418 


20 


15 59 25.51 


9.1990 


24 16 59.8 


8.ir 


20 


17 52 41.98 


94001 


28 16 41.2 


14IO 


21 


16 1 37.66 


9.9060 


24 25 4.7 


84)96 


21 


17 55 12.12 


94046 


28 17 68.3 


1.199 i 


22 


16 3 50.23 


9.9U1 


24 33 2.9 


7.914 


22 


17 57 42.53 


9.6089 


28 19 5.1 


l^X 


23 


16 6 3.23 

SU] 


9.9303 

raAY 


S.24 40 64.3 
10. 


7401 


23 


18 13.19 
TUl 


94180 
2SDA^ 


S.28 20 1.7 
' 12. 


0497 

1 
1 





16 8 16.65 


9.9979 


S.24 48 38.9 


7487 





18 2 44.09 


9.5170 


S.28 20 48.0 


0485 1 


1 


16 10 30.49 


9.3844 


24 66 16.7 


7471 


1 


18 6 15.23 


9.6900 


28 21 23.9 


0419 ^ 


2 


16 12 44.75 


9.9419 


26 3 47.6 


7064 


2 


18 7 46.60 


94947 


28 21 49.4 


0498 


3 


16 14 69.43 


9.9489 


25 11 11.2 


7485 


3 


18 10 18.19 


94388 


28 22 4.4 


0.168 


4 


16 17 14.53 


9.95M 


25 18 27.7 


7.914 


4 


18 12 49.99 


94819 


28 22 8.9 


0419 1 


5 


16 19 30.06 


9.9698 


26 25 36.9 


7409 


5 


18 15 22.01 


9.5853 


28 22 2.9 


0.187 


6 


16 21 46.01 


9.960S 


25 32 38.8 


6.970 


6 


18 17 54.23 


94884 


28 21 46.4 


0464 ' 


7 


16 24 2.38 


9.9763 


25 39 33.3 


64n 


7 


18 20 26.63 


94415 


28 21 19.2 


04a , 


8 


16 26 19.17 


9.9688 


25 46 20.4 


6.799 


8 


18 22 69.21 


944U 


28 20 41.3 


0.799 '. 


9 


16 28 36.38 


9.9908 


25 52 59.9 


6405 


9 


18 25 31.96 


9.5479 


28 19 52.6 


0401 ' 


10 


16 30 54.01 


a.9979 


25 69 31.8 


6407 


10 


18 28 4.88 


34499 


28 18 53.2 


1479 i 


11 


16 33 12.06 


94048 


26 5 65.9 


6487 


11 


18 30 37.95 


94698 


28 17 43.1 


1458 1 


12 


16 35 30.53 


94118 


26 12 12.2 


6.907 


12 


18 33 11.16 


94648 


28 16 22.2 


1438 , 


13 


16 37 49.43 


94189 


26 18 20.7 


6476 


13 


18 35 44.51 


94560 


28 14 60.6 


1419 ' 


14 


16 40 8.73 


94450 


26 24 21.3 


6448 


14 


18 38 17.99 


94591 


28 13 7.9 


1400 ' 


16 


16 42 28.43 


94317 


26 30 13.9 


6408 


16 


18 40 51.60 


94610 


28 11 14.6 


1461 1 


16 


16 44 48.54 


94385 


26 35 58.3 


5479 


16 


18 43 26.32 


94698 


28 9 10.2 


9.169 1 


17 


16 47 9.05 


94459 


26 41 34.5 


5485 


17 


18 45 59.14 


94645 


28 6 65.0 


9444 1 


18 


10 49 29.96 


94518 


26 47 2.5 


5497 


18 


18 48 33.06 


94661 


28 4 28.9 


9496 


19 


16 51 51.27 


94584 


26 52 22.1 


6*357 


19 


18 51 7.07 


94674 


28 1 51.9 


9.709 1 


20 


16 54 12.98 


94650 


26 67 33.3 


6*116 


20 


18 53 41.15 


9.5686 


27 59 3.9 


1 
9499 


21 


16 56 35.09 


94715 


27 2 36.0 


4*978 


21 


18 56 15.30 


94607 


27 56 4.9 


8476 


22 


16 68 67.59 


94780 


27 7 30.1 


4429 


22 


18 68 49.51 


3.1706 


27 52 55.0 


8.9» ' 


23 


17 1 20.47 


94844 


27 12 15.6 


4484 


23 


19 1 23.77 


94714 


27 40 34.1 


8441 


24 


17 3 43.73 


94808 


S.27 16 62.2 


4488 


24 


19 3 68.08 


34731 


S.27 46 2.1 


3495 



VIII. 



AUGUST, 1856. 



135 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 




Dilt 
forlm. 


BwHnattnn 


IMSl 
forlm. 


Hoar. 


RichtAMMdon. 


DUL 
forlm. 




DUL 
forlm. 




WEDI 


^ESDI 


LY 18. 






FRIDAY 


15. 






h. m. s. 


t. 


O 1 « 


N 




h. m. t. 


■• 


O 1 • 


H 





19 3 58.08 


9jrm 


S.27 46 2.1 


8.098 





21 6 38.57 


9.4871 


s.21 27 38.4 


11481 


1 


19 6 32.42 


9.9796 


27 42 19.1 


8.809 


1 


21 8 5.86 


9.4896 


21 15 44.2 


11470 


s 


19 9 6.78 


9.0780 


27 38 25.1 


S.90S 


2 


21 10 32.88 


9.4481 


21 3 41.3 


19.190 


3 


19 11 41.17 


9.0789 


27 34 20.0 


4.177 


3 


21 12 59.63 


9.4487 


20 51 29.8 


19409 


4 


19 14 15.57 


%efm 


27 30 3.8 


4.801 


4 


21 15 26.12 


9.4899 


20 39 9.9 


19401 


5 


19 16 49.96 


9.8780 


27 25 36.6 


4.848 


5 


21 17 52.33 


9.4846 


20 26 41.7 


19488 


6 


19 19 24.33 


9.8728 


27 20 58.4 


4.799 


6 


21 20 18.26 


9U998 


20 14 5.3 


19478 


7 


19 21 58.68 


9.87.M 


27 16 9.2 


4.919 


7 


21 22 43.91 


9.4969 


20 1 20.7 


19410 


8 


19 24 33.01 


9.47 19 


27 11 9.0 


84M 


8 


21 25 9.29 


9U907 


19 48 28.0 


19444 


9 


19 27 7.31 


9.6719 


27 5 57.9 


8.977 


9 


21 27 34.39 


9U100 


19 35 27.3 


18477 


iO 


19 29 41.55 


9.8709 


27 35.8 


8.489 


10 


21 29 59.21 


9.4118 


19 22 18.7 


18.908 


11 


19 32 15.73 


9.8091 


26 55 2.8 


8.041 


11 


21 32 23.75 


9.4008 


19 9 2.3 


13487 


12 


19 34 49.84 


9.8079 


26 49 18.9 


8.839 


12 


21 34 48.00 


9.4018 


18 55 38.2 


18.404 


13 


19 37 23.88 


9JW67 


26 43 24.1 


04(M 


13 


21 37 11.97 


9.3979 


18 42 6.6 


18468 


14 


19 39 57.85 


9.8088 


26 37 18.4 


0.188 


14 


21 39 35.66 


94990 


18 28 27.6 


13.719 


15 


19 42 31.74 


9.8041 


26 31 1.9 


0.808 


15 


- 21 41 59.08 


94879 


18 14 41.2 


13434 


16 


19 45 5.54 


9.8098 


26 24 34.6 


0.848 


16 


21 44 22.21 


94839 


18 47.5 


13.984 


17 


19 47 39.24 


9.8007 


26 17 56.8 


0.798 


17 


21 46 45 06 


94785 


17 46 46.7 


14479 


18 


19 50 12.83 


9.8860 


26 11 7.8 


0.904 


18 


21 49 7.63 


94738 


17 32 38.9 


14.188 


19 


19 52 46.31 


9.8870 


26 4 8.2 


7489 


19 


21 51 29.92 


94099 


17 18 24.0 


14403 


30 


19 55 19.67 


9.8849 


25 56 58.0 


7.989 


20 


21 53 51.93 


94040 


17 4 2.4 


14410 


21 


19 57 52.90 


9.88«7 


25 49 37.2 


7^80 


21 


21 56 13.66 


94899 


16 49 34.1 


14497 


22 


20 25.99 


9.8801 


25 42 5.8 


7-019 


22 


21 58 35.11 


94859 


16 34 59.2 


14480 


23 


20 2 58.93 
THD 


9.8478 

RSDA 


S.25 34 23.8 
Y 14. 


7.787 


23 


22 56.29 
SAT 


94807 

URDA 


S.19 20 17.8 
Y 16. 


14.748 





20 5 31.72 


9.8189 


S.25 26 31.3 


7J01 





22 3 17.20 


94409 


S.16 5 30.0 


14449 


I 


20 8 4.36 


9.8198 


25 18 28.4 


8.138 


1 


22 5 37.84 


94410 


15 50 35.9 


14483 


2 


20 10 36.83 


9.8197 


25 10 15.1 


8J08 


2 


22 7 68.20 


9.3870 


15 35 35.7 


18468 


3 


20 13 9.13 


9.8807 


25 1 51.4 


8.481 


3 


22 10 18.28 


94894 


15 20 29.5 


18.184 


4 


20 15 41.25 


9.8887 


24 53 17.4 


8.089 


4 


22 12 38.09 


94980 


15 5 17.3 


18.969 


6 


20 18 13.19 


9.8807 


24 44 33.2 


8.891 


5 


22 14 57.64 


94986 


14 49 59.3 


18447 


6 


20 20 44.94 


9.8978 


24 35 38.9 


8.990 


6 


22 17 16.93 


94199 


14 34 35.7 


15441 


7 


20 23 16.49 


9.8949 


24 26 34.5 


9.188 


7 


22 19 35.95 


94148 


14 19 6.4 


18.883 


8 


20 25 47.84 


9.8908 


24 17 20.0 


9.898 


8 


22 21 54.71 


94106 


, 14 3 31.7 


18498 


9 


20 28 18.99 


9-8174 


24 7 55.5 


9.491 


9 


22 24 13.22 


94008 


13 47 51.6 


18.711 


10 


20 30 49.93 


9.8189 


23 58 21.1 


9.080 


10 


22 26 31.47 


9.1091 


13 32 6.3 


18.797 


11 


20 33 20.66 


9.8103 


23 48 36.9 


9490 


11 


22 28 49.47 


94979 


13 16 15.9 


16489 


12 


20 35 51.17 


9.8008 


23 38 42.8 


9.988 


12 


22 31 7.22 


9.9937 


13 20.4 


16.904 


13 


20 38 21.45 


9.8097 


23 28 39.0 


10.144 


13 


22 33 24.72 


9.9897 


12 44 20.0 


10.044 


14 


20 40 51.50 


9.4980 


23 18 25.6 


10.808 


14 


22 35 41.98 


9.9887 


12 28 14.9 


10.193 


15 


20 43 21.32 


9.4950 


23 8 2.6 


10.409 


15 


22 37 59.00 


9.9817 


12 12 5.2 


10.900 


16 


20 45 50.90 


9.4010 


22 57 30.1 


10.090 


16 


22 40 15.78 


94777 


11 55 50.9 


10.970 


17 


20 48 20.24 


9.4870 


22 46 48.2 


10.770 


17 


22 42 32.32 


9.9788 


11 39 32.2 


16449 


18 


20 50 49.34 


9.4899 


22 35 57.0 


10.931 


18 


22 44 48.63 


9.9700 


11 23 9.0 


10.490 


1 19 


20 53 18.19 


9.4787 


22 24 56.5 


11484 


19 


22 47 4.72 


9.9083 


11 6 41.7 


10.488 


1 20 


20 55 46.78 


9.4744 


22 13 46.9 


11.880 


20 


22 49 20.59 


9.9097 


10 50 10.4 


10484 


21 


20 58 15.11 


9.4701 


22 2 28.2 


11480 


21 


22 51 36.24 


9.9890 


10 33 35.2 


10419 


22 


21 43.19 


9.4088 


21 51 0.5 


11488 


22 


22 53 51.67 


94888 


10 16 56.1 


10489 


23 


21 3 11.01 


9.4018 


21 39 23.9 


11484 


23 


22 56 6.88 


94817 


10 13.3 


10.748 


24 


21 5 38.57 


9.4871 


S.21 27 38.4 


11411 


24 


22 58 21.88 


9.9484 


S. 9 43 26.8 


10408 



136 



AUGUST, 1856. 



IX 









GREENWICH 


MEAN TIME. 










. THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 




Diff. 
forlm. 


Dacliofttion. 


DUE. 
forlm. 


Hoar. 


Right AMMulon. 


Mir. 
forlm. 


DeeUnaliea. 


for 1 m. 




SUNDAY 


17. 






TUESDAY 19. 






h. m. f. 


s. 


O 1 If 


« 




h. m. 1. 


M. 


O 1 u 


« 





33 58 31.88 


9.9484 


S. 9 43 36.8 


16.803 





43 43.98 


9.1789 


N. 4 14 81.4 


17.809 


1 


33 36.68 


9.3451 


9 36 36.8 


16.861 


1 


45 54.38 


9.1787 


4 31 43.8 


njui 


3 


33 3 51.38 


9.0118 


9 9 43.4 


16.917 


3 


48 4.83 


9.1748 


4 49 3.0 


n.si9 


3 


33 5 5.69 


9.9885 


8 53 46.7 


16.970 


3 


50 15.30 


. 9.1749 


5 6 80.7 


nsn 


4 


33 7 19.90 


9.9S53 


8 35 46.9 


174)19 


4 


53 85.83 


9.n56 


5 83 36.8 


nj989 


5 


33 9 33.93 


9.9899 


8 18 44.3 


17.067 


5 


64 36.38 


9.1788 


5 40 49.4 


n.900 


6 


83 11 47.76 


9.9399 


8 I 38.8 


17.114 


6 


56 46.98 


9.1771 


5 58 0.8 


n.i<e 


7 


33 14 1.43 


9.9969 


7 44 30.5 


17.160 


7 


58 57.63 


9.1780 


6 15 8.4 


17.114 


8 


33 16 14.90 


9.9989 


7 37 19.5 


17.904 


8 


1 1 8.34 


9.1791 


6 38 13.9 


n^Mo 


9 


33 18 38.31 


9.9904 


7 10. 6.0 


17.345 


9 


1 3 19.18 


9.1808 


6 49 16.7 


174H1 


10 


33 30 41.35 


9.9176 


6 53 50.1 


17.985 


10 


1 6 89.98 


9.1815 


7 6 16.6 


M.978 


11 


33 83 54.33 


9.9149 


6 35 31.8 


17.838 


11 


1 7 40.91 


9.1838 


7 83 13.5 


18.094 


13 


33 35 7.14 


9.9193 


6 18 11.3 


17.859 


13 


1 9 51.93 


9.1849 


7 40 7.5 


16.87S 


13 


33 37 19.80 


9.9098 


6 48.7 


17.893 


13 


1 13 3.01 


9.18S6 


7 56 68.3 


I«i819 


14 


33 39 33.31 


9.9074 


5 43 84.8 


17.438 


14 


1 14 14.19 


9.1873 


8 13 45.8 


16.768 


15 


33 31 44.68 


9.9080 


5 35 57.9 


17.458 


15 


1 16 85.47 


9.1888 


8 30 89.9 


16.706 


16 


33 33 56.91 


9.9037 


5 8 39.8 


17.481 


16 


1 18 36.85 


9.1905 


8 47 10.6 


16^48 


17 


33 36 9.01 


9.9006 


4 51 0.1 


17.507 


17 


1 30 48.33 


9.1993 


9 3 47.8 


16.569 


18 


33 38 30.98 


9.1984 


4 33 38.9 


17.581 


18 


1 33 59.91 


9.1089 


9 80 81.3 


16.597 


19 


33 40 33.88 


9.196S 


4 15 56.3 


17.558 


19 


1 35 11.60 


9.1967 


9 36 51.0 


16.488 


30 


33 43 44.54 


9.1943 


3 58 33.5 


17.678 


80 


1 37 33.40 


9.1977 


9 53 16.8 


16.S98 


31 


33 44 56.14 


9.1994 


3 40 47.5 


17.603 


81 


1 39 35.33 


9.1997 


10 9 38.7 


16.839 


33 


83 47 7.63 


9.1907 


3 33 11.4 


17.609 


88 


1 31 47.37 


9.9018 


10 85 56.6 


16.964 


33 


83 49 18.03 
MO 


9.1800 

NDAY 


S. 3 5 34.4 
18. 


17.688 


83 


1 33 59.54 
WEDl 


9.9089 


N.10 48 10.4 
^Y 20. 


16.195 





83 51 30.31 


9.1878 


S. 8 47 56.6 


17.686 





1 36 11.84 


9.9069 


N.10 58 80.0 


16.194 


I 


33 53 41.50 


9.1897 


8 30 18.3 


nM5 


1 


1 38 34.88 


9.9085 


11 14 85.3 


16.051 


8 


83 65 63.59 


9.1819 


8 13 39.3 


17.654 


8 


1 40 36.86 


9.9108 


11 30 80.1 


15.976 


3 


83 58 3.60 


9.1839 


1 54 59.7 


n.661 


3 


1 48 49.58 


9.3183 


11 46 83.3 


15.608 


4 


14.54 


9.1816 


1 37 19.8 


17.666 


4 


1 45 8.44 


9.9157 


18 8 13.9 


15.831 


6 


8 35.40 


9.1804 


1 19 39.7 


n.669 


5 


1 47 15.45 


9.9189 


18 18 0.8 


15.749 


6 


4 36.19 


9.1793 


1 1 59.5 


17.671 


6 


1 49 88.68 


9J3908 


18 33 48.9 


15.661 


7 


6 46.91 


9.1763 


44 19.3 


17.671 


7 


1 51 41.95 


9.9985 


18 49 80.1 


15.579 


8 


8 57.57 


9.1773 


36 39.0 


17.669 


8 


1 53 55.44 


9.9969 


13 4 53.4 


15.406 


9 


11 8.18 


9.1764 


S. 8 59.0 


17.664 


9 


1 56 9.10 


9.9990 


13 80 19.6 


15.410 


10 


13 18.74 


9.1756 


N. 8 40.7 


17.697 


10 


1 58 88.93 


9.9818 


13 35 41.7 


15.8^ 


11 


15 89.35 


9.1748 


36 19.9 


17.648 


11 


8 36.93 


9.9847 


13 50 68.5 


16.3U 


13 


17 39.78 


9.1741 


43 58.5 


17.688 


18 


8 8 61.10 


i.98n 


14 6 9.9 


15.145 


13 


19 50.15 


9.1786 


1 1 36.5 


17.697 


13 


8 5 5.45 


9.9407 


14 81 15.9 


150)64 


14 


38 0.55 


9.1789 


1 19 13*.8 


n^ll4 


14 


8 7 19.98 


9.9437 


14 36 16.4 


14.969 


15 


84 10.93 


9.1738 


1 36 50.3 


17.509 


15 


8 9 34.70 


9.9109 


14 51 11.3 


14.868 


16 


36 31.39 


9.1796 


1 54 85.8 


17.583 


16 


8 11 49.61 


9.9S03 


15 6 0.5 


14.TJ9 


17 


38 31.63 


9.1799 


8 18 0.1 


17.569 


17 


8 14 4.73 


9^3585 


15 80 43.9 


14.675 


18 


30 41.95 


9.1790 


8 39 33.8 


17.541 


18 


8 16 80.03 


9.9568 


15 35 81.5 


14.577 


19 


38 59.87 


9.1719 


8 47 5.0 


17.518 


19 


8 18 35.54 


9.9603 


15 49 53.8 


14.477 


30 


35 3.59 


9.1790 


8 4 35.4 


17.494 


80 


8 30 51.35 


9.3635 


16 4 18.8 


14.875 


31 


37 13.93 


9.1739 


3 88 4.4 


17.469 


81 


3 33 7.16 


9.3669 


16 18 38.8 


14.979 


33 


39 33*36 


9.1734 


3 39 31.9 


17.448 


83 


8 35 33.38 


9.3705 


16 33 51.4 


14.167 


33 


41 33.61 


9.1737 


3 56 57.6 


17.414 


83 


8 87 39.63 


9.3743 


16 46 58.3 


14.063 


34 


43 43.98 


9.1789 


N. 4 14 81.4 


17.383 


34 


8 39 56.18 


9.9T78 


N.17 58.9 


18.ft56 



X. 



AUGUST, 1856. 



131 









GREENWICH MEAN TIME. 










THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




noor. 

1 


Ttlghk kmmmkm 


DHL 
forlm. 


PtIImHoq 


forlm. 


noor. 


Rlfh«Aie0Biioii. 


DUL 
forlm. 




DHL 
forlm. 




THURSDAY 21. 






SATURDAY 23. 






h. B. t. 


1. 


O 1 ff 


u 




h. m. •. 


s. 


O f « 


$1 





9 39 56.18 


13778 


N.17 58.9 


13.956 





4 33 33.36 


94501 


NJ25 43 19.5 


7480 


1 


3 33 13.96 


3.3815 


17 14 53.1 




1 


4 36 0.45 


94538 


35 50 37.5 


7.319 


8 


3 34 39.96 


9.3853 


17 38 40.7 


13.738 


8 


4 38 87.70 


9.4554 


25 57 45.8 


70)57 


3 


3 36 47.16 


a.3888 


17 43 81.7 


UMH 


3 


4 30 55.10 


94579 


26 4 44.4 


6405 


4 


3 39 4.63 


9.393d 


17 55 56.0 


13415 


4 


4 33 83.65 


3.4604 


36 11 33.2 


6.733 


5 


3 41 33.38 


9.3963 


18 9 33.5 


13400 


5 


4 35 50.35 


94698 


36 18 12.2 


6.568 


6 


3 43 40.16 


9.9898 


18 33 44.1 


13.385 


6 


4 38 18.19 


94651 


36 34 41.3 


0404 


7 


3 45 58.36 


940S5 


18 35 57.7 


13.168 


7 


4 40 46.17 


94673 


36 31 0.6 


6.340 


8 


3 48 16.58 


9.9073 


18 49 4.3 


1S4M0 


8 


4 43 14.38 


94095 


86 37 10.0 


OU)75 


9 


3 50 35.13 


9J110 


19 3 3.8 


134S1 


9 


4 45 43.51 


94715 


86 43 ^.6 


5.910 


10 


3 53 53.89 


9J148 


19 14 56.1 


13411 


10 


4 48 10.86 


94734 


86 48 59.2 


5.744 


11 


3 55 13.89 


94185 


19 37 41.1 


13400 


11 


4 50 39.32 


9.4753 


26 54 38.8 


5.577 


13 


3 57 33.11 


94333 


19 40 18.8 


13.587 


13 


4 53 7.88 


9.4760 


87 8.4 


5.400 


13 


3 59 51.56 


94961 


19 53 49.1 


13443 


13 


4 55 36.55 


34786 


87 5 87.9 


5.341 


14 


3 8 11.34 


94399 


80 5 11.8 


13415 


14 


4 58 5.31 


94801 


87 10 37.3 


5.078 


15 


3 4 31.15 


94117 


30 17 36.9 


13.187 


15 


5 34.16 


94815 


87 15 36.6 


4.905 


16 


3 6 51.39 


94976 


30 39 34.3 


13450 


16 


5 3 3.09 


948-29 


87 80 85.8 


4.736 


17 


3 9 11.66 


94415 


30 41 34.0 


11.930 


17 


5 5 33.10 


94843 


87 35 4.9 


4.567 


18 


3 U 33.37 


94454 


30 53 85.9 


11.790 


18 


5 8 1.19 


24853 


87 29 33.8 


4497 


19 


3 13 53.11 


94193 


31 5 9.9 


11466 


19 


5 10 30.35 


9.4863 


87 33 53.5 


4.337 


30 


3 16 14.18 


94511 


31 16 45.9 


11.583 


30 


5 13 59.56 


94873 


87 38 1.0 


4Mn 


31 


3 18 35.48 


94570 


81 38 13.8 


11497 


31 


5 15 28.81 


94879 


87 41 59.3 


8.887 


33 


3 30 57.03 


94609 


31 39 33.6 


11.993 


33 


5 17 58.11 


34886 


37 45 47.3 


8.710 


S3 


3 33 18.79 


94917 


N51 50 45.3 


1M9S 


33 


5 30 37.44 


94890 


N.37 49 35.1 


8445 




FB 


XD\Y 


29. 






SUI 


WAY 


24. 







3 35 40.79 


9J6B5 


N.38 1 48.8 


10J89 





5 38 56.79 


94804 


N57 58 53.7 


8474 


1 


• 3 38 3.08 


94798 


33 13 44.0 


10450 


1 


5 85 86.16 


94887 


37 56 10.1 


3.308 


8 


3 30 35.47 


94761 


38 83 30.8 


10.710 


8 


5 37 55.55 


94900 


37 59 17.2 


8.033 


3 


3 33 48.15 


94799 


33 34 9.3 


10469 


3 


5 30 34.96 


94903 


28 8 14.0 


3.861 


4 


3 35 11.06 


946S7 


83 44 39.1 


10437 


4 


5 33 54.38 


94901 


38 5 0.5 


2.690 


5 


3 37 34.19 


94874 


33 55 0.4 


10.381 


5 


5 35 33.78 


94899 


88 7 36.7 


2.519 


6 


3 39 57.55 


94910 


33 5 13.1 


10.199 


6 


5 37 53.17 


94897 


88 10 3.7 


9448 


7 


3 43 31.13 


94916 


33 15 17.1 


9494 


7 


5 40 83.54 


94898 


88 13 18.5 


2.177 


8 


3 44 44.93 


94983 


83 35 18.4 


9.918 


8 


5 43 51.89 


94889 


88 14 84.0 


2.006 


9 


3 47 8.93 


9.4018 


83 34 58.9 


9.701 


9 


5 45 81.31 


94883 


88 16 19.3 


1435 


10 


3 49 33.16 


94064 


33 44 36.5 


9459 


10 


5 47 50.48 


94874 


88 18 4.3 


1464 


11 


3 51 57.60 


94090 


33 54 5.1 


0.403 


11 


5 50 19.70 


94a66 


38 19 39.0 


1498 


13 


8 54 33.35 


94135 


84 3 84.7 


9.959 


13 


5 53 48.86 


94855 


38 81 3.5 


1438 


13 


3 56 47.11 


94160 


84 13 35.3 


9.101 


13 


5 55 17.96 


34843 


38 83 17.8 


1.158 


14 


3 59 13.17 


94194 


84 81 36.8 


8.949 


14 


5 57 46.98 


94830 


38 83 31.9 


0483 


15 


4 1 37.43 


94397 


84 30 89.3 


8.797 


15 


6 15.92 


94816 


88 34 15.9 


0414 


16 


4 4 3.89 


94960 


84 39 13.4 


8.6U 


16 


6 2 44.77 


94801 


38 34 59.7 


0445 


17 


4 6 38.55 


94398 


34 47 46.3 


8.488 


17 


6 5 13.53 


24785 


88 85 33.3 


0476 


18 


4 8 54.41 


94S35 


34 56 10.9 


8493 


18 


6 7 43.19 


9.4768 


88 85 56.8 


0407 


19 


4 U 30.46 


94957 


35 4 36.1 


8.174 


19 


6 10 10.75 


94750 


88 86 10.3 


0.139 


30 


4 13 46.60 


94887 


3:> 13 31.8 


8416 


30 


6 13 39.19 


94790 


38 36 13.5 


0.039 


31 


4 16 13.10 


94416 


35 30 38.0 


7456 


81 


6 15 7.51 


94700 


38 86 6.7 


0.196 


33 


4 18 39.68 


94445 


35 38 14.7 


7489 


33 


6 17 35.70 


94686 


28 25 49.9 


0463 


33 


4 31 6.44 


9447S 


35 35 51.9 


7440 


33 


6 80 3.75 


24603 


28 25 33.1 


0430 


34 


4 33 33.36 


94601 


NJ35 43 19.5 


7480 


84 


6 33 31.65 


34638 


Ni28 34 46.3 


0407 



18 



138 



AUGUST, 1856. 



XI. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 


Right Aaoandon. 


forlm. 




Dur. 

for 1 m. 


Hoar. 




DUr. 
forlm. 




DML ' 
forlm. 




MO 


NDAY 


25. 






WEDNESDAY 27. 






h. m. •. 


•. 


O t U 


« 




h. m. f. 


t. 


O i $1 


g 





6 22 31.65 


iM» 


N.28 24 46.3 


0.007 





8 16 4.05 


3.3881 


NJ^i 54 16.7 


7.708 


1 


6 24 59.41 


1U613 


28 23 59.5 


0.863 


1 


8 18 18.15 


3.3310 


34 46 30.9 


7.aS8 


3 


6 27 97.01 


iMU 


28 23 2.8 


}jm 


3 


8 SO 31.87 


3.3367 


34 38 37.9 


7.043 


3 


6 29 54.44 


S.4A&7 


28 21 56.2 


1.10^2 


3 


6 33 45.33 


9.3106 


34 30 37.8 


84M0 


4 


6 32 21.70 


SUiMB 


28 20 39.8 


1.355 


4 


8 34 58.33 


S.31S4 


84 33 30.7 


8.n6 ' 


6 


6 34 48.78 


%4m 


28 19 13.6 


1.618 


5 


8 37 10.64 


9.3073 


84 14 10.7 


8.301 1 


6 


6 37 15.67 


3446ft 


28 17 37.6 


1.081 


6 


8 39 33.09 


3.3011 


84 5 55.8 


B.406 


7 


6 39 42.36 


%44»-2 


28 15 51.9 


1.843 


7 


8 31 34.97 


3.1040 


33 57 38.1 


8.518 1 


8. 


6 42 6.85 


3.4396 


28 13 56.5 


34XM 


8 


8 33 46.48 


9.1887 


33 48 53.7 


8.630 


9 


6 44 35.14 


3.4364 


28 11 51.4 


3.165 


9 


8 35 57.61 


3.1634 


33 40 12.6 


8.740 ! 


10 


6 47 1.22 


3.4828 


28 9 36.7 


3.*25 


10 


8 38 8.37 


9.063 


23 31 34.9 


8.840 


11 


6 49 27.08 


34W 


28 7 12.4 


3.484 


11 


8 40 18.76 


9.1700 


83 22 30.7 


8.057 1 


13 


6 51 52.72 


3.4^64 


28 4 38.6 


3.643 


13 


6 43 28.78 


3.1638 


33. 13 30.1 


0408 


13 


6 54 18.13 


3.4*215 


28 1 55.3 


3.801 


13 


8 44 38.42 


3.1676 


83 4 33.3 


0.108 


U 


6 56 43.30 


3.4114 


37 59 2.5 


3.066 


14 


8 46 47.69 


3.1614 


33 55 10.1 


0.971 1 


15 


6 59 8.23 


S.4IS6 


37 56 0.2 


3.115 


15 


8 48 56.59 


9.1463 


32 45 50.7 


0J74 < 


16 


7 1 32.92 


3.4004 


27 52 48.6 


3.370 


16 


6 51 5.11 


9.1300 


22 36 25.2 


0.476 1 


17 


7 3 57.36 


3.40&'2 


27 49 27.8 


8w|34 


17 


8 53 13.26 


9.13-28 


22 26 53.7 


0.576 1 


16 


7 6 21.54 


3.4000 


27 45 67.8 


8.677 


18 


8 55 21.05 


9.1367 


22 17 16.2 


0.674 1 


19 


7 8 45.45 


3.3064 


27 42 18.6 


3.780 


19 


8 57 28.47 


9.1906 


22 7 32.8 


0.773 


20 


7 II 9.09 


soon 


27 38 30.2 


3.883 


30 


6 59 35.52 


9.1144 


31 57 43.5 


0.800 ; 


21 


7 13 32.46 


3.3872 


27 34 .32.7 


4.083 


21 


1 42.20 


9.108-2 


31 47 48.4 


0^05 


22 


7 15 55.56 


3.3835 


27 30 26.2 


4.163 


33 


9 3 46.51 


9.1031 


21 37 47.7 


I04M0 


23 


7 18 18.37 
TUI 


9.S777 

ilSDAl 


N.27 26 10.8 
' 26. 


4.383 


33 


9 5 54.45 
THU 


94000 

TISDA 


Nj31 37 41.4 
Y 28. 


10.163 





7 20 40.89 


3Jn30 


N57 31 46.5 


4.470 





9 8 0.03 


9J0B» 


N.dl 17 89.5 


N.90 


1 


7 23 3.12 


3.30B0 


37 17 13.4 


4.636 


1 


9 10 5.24 


9X688 


81 7 13.3 


UU8S ' 


2 


7 25 25.05 


3J630 


27 12 31.5 


4.773 


8 


9 13 10.09 


941778 


30 56 49.5 


10.433 


3 


7 27 46.67 


3.3A70 


27 7 40.8 


4.017 


3 


9 14 14.58 


94ni8 


80 46 81.4 


MUlO 


4 


7 30 7.98 


3.3M6 


87 3 41.5 


64M0 


4 


9 16 18.71 


94Mao 


80 35 48.1 


10.607 1 


5 


7 32 28.98 


3.S47-2 


36 57 33.6 


6.303 


5 


9 18 22.49 


3.0000 


30 85 9.7 


M4» < 


6 


7 34 49.66 


30419 


26 52 17.1 


6.845 


6 


9 20 25.91 


34)610 


80 14 86.3 


10.708 1 


7 


7 37 10.02 


3.336A 


26 46 52.2 


6.485 


7 


9 22 28.97 


94)481 


20 3 37.6 


104^ 1 


8 


7 39 30.05 


8.SSI0 


26 41 18.9 


6.635 


8 


9 24 31.68 


34)433 


19 52 44.0 


104)04 


9 


7 41 49.75 


3.S3&& 


26 35 37.2 


6.764 


9 


9 36 34.04 


84)364 


19 41 45.5 


11.015 


10 


7 44 9.11 


34100 


26 29 47.2 


6.001 


10 


9 38 36.05 


34»07 


19 30 42.2 


114)04 i 


11 


7 46 28.14 


3.3143 


26 23 49.0 


6.037 


11 


9 30 37.72 


94»30 


19 19 34.2 


11.173 


12 


7 48 46.83 


3.3087 


26 17 42.7 


6.173 


13 


9 32 39.05 


94)103 


19 8 21.6 


11.340 


13 


7 51 5.18 


3.3030 


26 11 28.3 


6.307 


13 


9 34 40.03 


94)137 


18 57 4.4 


11.325 


14 


7 53 23.19 


3.3074 


26 5 5.9 


6.440 


14 


9 36 40.68 


94)081 


18 45 42.6 


11.401 


15 


7 55 40.87 


3.WI8 


35 58 35.5 


6.573 


15 


9 38 41.00 


94)0i5 


18 34 16.3 


11.475 , 


16 


7 57 68.21 


3.3HQ0 


25 51 57.3 


6.703 


16 


9 40 40.98 


1.0068 


18 33 45.6 


n.648! 


17 


8 15.19 


3.3800 


25 45 11.3 


6.833 


17 


9 42 40.62 


1.0013 


18 11 10.5 


11.630 ' 


18 


8 2 31.81 


3.3740 


25 38 17.5 


6.000 


18 


44 39.93 


1.0857 


17 59 31.3 


11.000 


19 


8 4 48.07 


3.30HI 


25 31 16.0 


7.087 


19 


9 46 38.91 


1.0803 


17 47 47.7 


11.7M 


20 


8 7 3.98 


%76H 


25 24 7.0 


7.313 


30 


9 48 37.57 


1.0750 


17 36 0.1 


n.«7 


21 


6 9 19.51 


3.3563 


25 16 50.5 


7«7 


31 


9 50 35.91 


1.0607 


17 84 8.4 




22 


8 11 34.74 


3.3At.l 


25 26.6 


7.460 


32 


9 52 33.93 


1.06U 


17 13 18.7 


11411 


23 


8 13 49.58 


3.3442 


25 1 55.3 


7.58^2 


83 


9 54 31.64 


1.0flOI 


17 13.1 


194M6 


24 


8 16 4.05 


V.-23HI 


N.24 51 16.7 


7703 


24 


9 56 39.03 


1.0530 


iN.16 48 9.0 


19400 



XII. 



AUGUST, 1856. 



139 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoot. 


K^htlMQikm. 


IHff. 
forlm. 


Deelinatloii. 


for 1 m. 


Hour. 


Right Aicaifllon. 


Dur. 

fbrlm. 




Diff. 
forlm. 




FR 


.ffiAY 


29. 






SUNDAY 


81. 






h. m. t. 


t. 


O 1 N 


N 




h. m. t. 


•. 


O 1 N 


» 





9 56 29.03 


iJtOSO 


N.16 48 9.6 


13.090 





11 25 22.55 


1.7736 


N. 6 13 55.9 


18470 


1 


9 58 26.12 


I.M87 


16 36 2.3 


12.153 


1 


11 27 8.90 


1.7714 


5 59 57.2 


13467 


9 


10 22.90 


1.MS7 


16 23 51.3 


12.214 


2 


11 28 55.12 


1.7693 


5 45 57.6 


14408 


3 


10 2 19.37 


I.9S86 


16 11 36.6 


12.375 


3 


11 30 41.21 


1.7671 


5 31 56.8 


14419 


4 


10 4 15.53 


1.0836 


15 59 18.3 


12^^34 


4 


11 32 27.18 


1.7660 


5 17 55.2 


14468 


5 


10 6 11.40 


1.9387 


15 46 56.5 


12491 


5 


11 34 13.03 


1.7681 


5 3 62.8 


14.047 


6 


10 8 6.98 


1.9J30 


15 34 31.3 


12.448 


6 


11 35 58.76 


1.7613 


4 49 49.6 


14460 


7 


10 10 2.27 


1.9191 


15 22 2.7 


12.504 


7 


11 37 44.38 


1.7596 


4 36 45.6 


14472 


8 


10 11 67.27 


1.9143 


15 9 30.8 


12.560 


8 


11 39 29.90 


1.7678 


4 21 40.9 


14483 


9 


10 13 51.99 


1.9097 


14 56 66.5 


12414 


9 


11 41 15.32 


1.7603 


4 7 35.6 


14494 


10 


10 15 46.43 


1.9000 


14 44 17.0 


12.667 


10 


11 43 0.64 


1.7546 


3 53 29.6 


14.104 


11 


10 17 40.59 


i4m)4 


14 31 35.4 


12.719 


11 


11 44 46.87 


1.7561 


3 39 23.1 


14.118 


12 


10 19 34.48 


1.6999 


14 18 50.7 


12.771 


12 


11 46 31.01 


1.7516 


3 25 16.1 


14.121 


13 


10 21 28.10 


1.6914 


14 6 2.9 


12421 


13 


11 48 16.06 


1.7502 


3 11 8.6 


14.128 


14 


10 23 21.45 


1.8810 


13 53 12.2 


13469 


14 


11 50 1.03 


1.7489 


2 57 0.7 


14.135 


15 


• 10 25 14.54 


1.6837 


13 40 18.6 


12.916 


15 


11 51 45.93 


1.7477 


2 42 52.4 


14.141 


16 


10 27 7.37 


1.8784 


13 27 22.1 


12.963 


16 


11 53 30.76 


1.7465 


2 28 43.8 


14.146 


17 


10 28 59.94 


1.8741 


13 14 22.8 


13410 


17 


11 65 15.52 


1.7664 


2 14 34.9 


14.160 


18 


10 30 52.26 


1.8009 


13 1 20.8 


13455 


18 


11 57 0.21 


1.7444 


2 26.8 


14.153 


19 


10 32 44.33 


1.86fi7 


12 48 16.1 


13498 


19 


11 58 44.84 


1.7435 


1 46 16.5 


14.156 


20 


10 34 36.16 


14016 


12 35 8.9 


13.141 


20 


12 29.42 


1.7426 


1 32 7.1 


14.158 


21 


10 36 27.72 


ISBTW 


12 21 59.1 


18.183 


21 


12 2 13.95 


1.7418 


1 17 57.6 


14.160 


22 


10 38 19.05 


14687 


12 8 46.8 


13*234 


22 


12 3 58.43 


1.7410 


1 3 48.0 


14.161 


23 


10 40 10.16 


14499 


N.U 55 32.1 


13.965 


23 


12 5 42.87 


1.7403 


N. 49 38.3 


14.162 




SAT 


URDA 


Y 30. 






MONDi 


\Y, SJ 


EPT. 1. 







10 42 1.04 
10 43 61.69 


1.8461 


N.11 42 15.0 
11 28 55.5 


13405 





12 7 27.271 


1.7396| 


N. 35 28.6| 


14.163 


1 


14423 


13443 












2 


10 45 42.11 


14884 


11 15 33.8 


13480 












3 


10 47 32.30 


14347 


11 2 9.9 


18.416 












4 


10 49 22.27 


14813 


10 48 43.9 


18^61 












6 


10 51 12.04 


14278 


10 35 15.8 


VU85 












6 


10 53 1.62 


14214 


10 21 46.7 


1S419 




PHASES ( 


OF TI 


IE MOON. 




7 


10 64 51.00 


14311 


10 8 13.6 


13452 












8 
9 


10 66 40.17 
10 58 29.14 


14178 
14145 


9 54 39.6 
9 41 3.5 


18464 
13414 






















10 


11 17.91 


14113 


9 27 26.7 


18444 








Daj. h. m. 




11 


11 2 6.48 


14081 


9 13 46.2 


18.^ 




3) First Qua 


irter, 


. 8 12 22 


2 


12 


11 3 54.85 


14050 


9 5.0 


13.701 




O Full Moo 


n, . 


. 15 17 65. 


3 


13 


11 6 43.05 


14030 


8 46 22.1 


18.728 




C Last Qua 


rter, . 


. 22 9 7. 


8 


14 


11 7 31.08 


1.7991 


8 32 37.6 


18.764 




# New Moc 


m, . 


. 29 23 14. 


2 


15 
16 


11 9 18.94 
11 11 6.64 


1.7963 
1.7936 


8 18 51.6 
8 5 4.1 


18.779 
18404 






















17 


11 12 64.17 


1.7907 


7 51 16.1 


18438 








Say. h. 




18 


11 14 41.53 


1.7880 


7 37 24.7 


18461 




C Apogee, 


, 


. . 5 12. 


6 


19 


U 16 28.73 


1.7856 


7 23 33.0 


18478 




C Perigee, 


, ^ 


. . 17 14. 


2 


20 


11 18 15.78 


1.7830 


7 9 40.0 


18404 












21 


11 20 2.69 


1.7806 


6 55 45.7 


18.916 












22 


11 21 49.46 


1.7782 


6 41 50.2 


18.994 












23 


11 23 36.07 


1.7759 


6 27 53.6 


18462 












24 


11 25 22.55 


1.7736 


N. 6 13 55.9 


18.970 













140 



AUGUST, 185^. 



XIII. 







GREENWICH MEAN TIME. 














LUNAR DISTANCES 


. 








ii 

2 


8tar*f NftOM 




P.L. 




P.L. 




P.L. 




P.L. 


and 




Nooo. 


of 


nih. 


of 


Vlh. 


of 


IX»^ 


of 


Podtioii. 






Di£ 




DUL 




8401 




DHL 


Sun 


W. 


O 1 II 

18 67 25 


8413 


20 19 28 


8406 


O 1 « 

21 41 38 


O 1 M 

23 3 63 


8889 




Spica 
Mtn 


E. 


53 14 45 


9937 


61 43 1 


9086 


60 11 27 


9944 


48 40 4 


9969 




K. 


62 32 22 


ilSO 


61 4 49 


8189 


69 37 27 


8148 


68 10 16 


8187 




Antaret 


E. 


99 8 8 


9997 


97 36 21 


9983 


96 4 44 


9943 


94 33 18 


99» 


8 


Son 


W. 


89 55 21 


SI04 


31 17 33 


8408 


32 39 41 


8411 


34 I 45 


8418 




Spica 
Mara 


E. 


41 5 40 


9991 


39 35 16 


9998 


38 6 1 


8000 


36 34 65 


10 18 




E. 


60 66 49 


S197 


49 30 36 


8304 


48 4 32 


8919 


46 38 37 


13W 1 




Antarea 


E. 


86 68 32 


9987 


85 28 3 


99*4 


83 67 43 


8001 


82 27 32 


MOB 


4 


Sun 


W. 


40 51 


UU 


42 12 38 


8488 


43 34 12 


8441 


44 66 49 


1448 




Spica 
Man 


E. 


29 6 29 


1044 


27 37 11 


8060 


26 7 59 


8060 


24 38 65 


1081 




E. 


39 30 59 


t960 


38 6 49 


8966 


36 40 45 


89S1 


36 16 48 


1300 




Antarea 


E. 


74 58 28 


KM 


73 29 


8041 


71 60 38 


8047 


70 30 22 


1081 




a AquilB 


£. 


120 13 1 


4317 


119 4 61 


4189 


117 66 16 


Aim 


116 47 13 


418T 


5 


Sun 


W- 


61 42 21 


S4aB 


63 3 32 


8469 


64 24 42 


8460 


66 46 60 


8481 1 




Man 


E. 


28 12 15 


1184 


26 47 45 


8187 


26 23 18 


8180 


23 58 54 


1190 1 




Antarea 


E. 


63 6 16 


•087 


61 36 25 


8009 


60 7 38 


80f71 


68 38 63 


1071 1 




a Aquiba 


E. 


110 66 37 


4018 


109 45 35 


4998 


108 34 18 


4009 


107 22 47 


1988 


6 


Sun 


W. 


62 31 29 


t481 


63 62 37 


8468 


66 13 48 


8480 


66 36 1 


M8t 




Antarea 


E. 


61 16 27 


a0f74 


49 46 46 


8078 


48 18 3 


8019 


46 40 19 


wn 




a Aqoila 


E. 


101 22 4 


1919 


100 9 24 


8980 


98 66 35 


8933 


97 43 38 


nil , 


7 


Son 


W. 


73 21 66 


8410 


74 43 32 


8480 


76 6 15 


8484 


77 27 4 


MB ' 




Anurea 


E. 


39 24 66 


806ft 


37 65 51 


8060 


36 26 40 


8046 


34 67 23 


MM 




a Aquils 


E. 


91 37 4 


3884 


90 23 28 


8879 


89 9 47 


8874 


87 66 1 


1070 




Fomalhaai 


E. 


120 28 25 


8S80 


119 4 48 


8317 


117 40 66 


8800 


116 16 60 


MM 


8 


SUH 


W. 


84 18 4 


8881 


85 40 42 


8871 


87 3 32 


1881 


88 26 33 


Mil 




Spica 


W. 


18 29 66 


8081 


19 59 43 


8011 


21 29 42 


8001 


22 69 54 


98M 




Antarea 


E. 


27 29 6 


8000 


25 59 1 


9996 


24 28 45 


9809 


22 58 19 


98M 




a Aquils 


E. 


81 46 21 


88M 


80 32 19 


3868 


79 18 17 


8867 


78 4 14 


WW 1 




Fomalhant 


E. 


109 12 60 


8388 


107 47 20 


8390 


106 21 35 


8900 


104 66 36 


IIM j 


9 


Sun 


W. 


96 24 38 


839& 


90 48 65 


8983 


98 13 28 


8909 


99 38 16 


MM 1 




Suica 
Nfara 


W. 


30 34 24 


3983 


32 6 1 


9930 


33 37 54 


9908 


36 10 3 


MM ' 




W. 


17 11 28 


8143 


18 38 47 


8199 


20 6 21 


8110 


21 34 11 


IIM ! 




a Aqoils 


E. 


71 64 26 


8878 


70 40 39 


8880 


69 26 69 


8888 


68 13 27 


1897 




Fomalhaat 


E. 


97 41 59 


8188 


96 14 30 


8191 


94 46 46 


8108 


93 18 46 


MM 1 




a Pegaai 


E. 


118 20 7 


8888 


116 56 37 


8814 


116 32 42 


1993 


114 8 21 


MTO ' 


10 


Sun 


W. 


106 46 26 


8188 


108 12 66 


8108 


109 39 46 


8149 


111 6 66 


IIM 




Spica 
Man 


W. 


42 66 5 


9836 


44 29 1 


9810 


46 3 16 


9796 


47 37 61 


9770 




W. 


28 67 30 


8033 


30 27 3 


8017 


31 66 55 


8001 


33 27 7 


M86 , 




a Aqoils 


E. 


62 8 44 


8870 


60 66 35 


8989 


69 44 45 


4013 


58 33 18 


4018 




Fomalhaat 


E. 


85 54 37 


8036 


84 24 67 


8014 


82 65 1 


8000 


81 24 48 


9987 




a?eg9ai 


E. 


107 17 


8180 


106 33 27 


8M7 


104 6 12 


8137 


102 38 35 


IIW 1 




Jupiter 


E. 


123 66 29 


9808 


122 22 U 


9798 


120 47 34 


fT78 


119 12 37 


ITM 


11 


Sun 


W. 


118 27 49 


8047 


119 67 3 


8080 


121 26 39 


8013 


122 66 37 


IBM 




Spica 
Mara 


W. 


66 35 58 


3008 


67 12 41 


98B1 


58 49 46 


9088 


60 27 16 


M4T ■ 




W. 


41 3 17 


3001 


42 35 35 


9888 


44 8 16 


9806 


46 41 19 


9841 




Fomalhaat 


E. 


73 49 31 


3OJ0 


72 17 37 


3907 


70 46 27 


9ea4 


69 13 1 


MM 1 



XIV. 



AUGUST, 1856. 



141 









GREENWICH MEAN 


TIME, 






n 


LUNAR DISTANCES. 1 


9 


Stv*« Name 




P.L. 




P.L. 




P.L. 




P.L. 


and 




Midnight. 


of 


XVb. 


of 


xvmb. 


of 


XXP^ 


of 


PMition. 






DUL 




DIfl. 




DUL 
8400 




DUL 


Sun 


W. 


O 1 II 

24 26 11 


S306 


25 48 30 


8398 


O 1 « 

27 10 49 


O 1 II 

28 33 6 


Mil 




Spica 


E. 


47 8 61 


9901 


45 37 49 


9968 


44 6 56 


9976 


42 36 13 


3984 


1 


Man 


E. 


56 43 14 


S165 


55 16 23 


8173 


53 49 42 


8183 


52 23 11 


8189 




Antares 


E. 


93 2 1 


9907 


91 30 54 


9960 


89 59 57 


9973 


88 29 10 


9980 


3 


Sun 


W. 


3S 23 45 


S41» 


36 45 40 


8491 


38 7 34 


8496 


39 29 18 


8ai 




Spica 


E. 


35 4 58 


1019 


33 35 9 


80M 


32 5 28 


8089 


30 35 55 


8038 




Mara 


E. 


45 12 50 


t995 


43 47 11 


8389 


42 21 40 


838S 


40 66 16 


8344 




Antares 


E. 


80 57 29 


1014 


79 27 33 


8019 


77 57 44 


8096 


76 88 3 


8080 


4 


Son 


W. 


46 17 8 


t448 


47 38 30 


8460 


48 59 50 


8453 


50 91 7 


8480 




Spica 


E. 


23 9 57 


SOOT 


21 41 7 


8079 


20 12 23 


8078 


18 43 46 


8083 




Mare 


E. 


33 50 56 


S770 


32 26 9 


8974 


31 I 27 


89n 


29 36 49 


8381 




Aatares 


E. 


60 1 12 


iOOA 


67 32 7 


8067 


06 3 5 


8061 


64 34 8 


3060 




a Aquils 


E. 


115 37 47 


4114 


114 27 59 


4009 


118 17 50 


4073 


112 7 22 


4000 


5 


Son 


W. 


57 6 58 


S40I 


58 28 6 


8461 


59 49 14 


8469 


61 10 21 


8461 




Mare 


E. 


22 34 31 


SI9^} 


21 10 10 


8193 


19 45 50 


8394 


18 21 31 


8394 




Antares 


E. 


57 10 10 


1074 


55 41 29 


8074 


54 12 48 


8070 


52 44 8 


8074 




a Aquiln 


E. 


106 11 2 


S9BI 


104 59 4 


8970 


103 46 55 


8900 


102 34 86 


8948 


6 


Son 


W. 


67 56 17 


t409 


69 17 35 


8447 


70 38 58 


8444 


72 25 


8440 




Antares 


E. 


45 20 33 


sooe 


43 51 44 


8066' 


42 22 52 


8063 


40 53 56 


8009 




a Aquile 


E. 


96 30 33 


M07 


95 17 20 


8601' 


94 4 1 


8891 


92 50 35 


8889 


7 


Son 


W. 


78 49 


t4U 


80 11 3 


8400 


81 33 14 


8397 


82 55 34 


8868 




Antares 


E. 


33 27 59 


MXM 


31 58 28 


8097 


30 28 49 


8091 


28 59 2 


8014 




a Aqailas 


E. 


86 42 11 


1897 


85 28 18 


8863 


84 14 21 


8861 


83 22 


8800 




Fomalhaut 


E. 


114 52 30 


tlSI 


113 27 56 


8969 


112 3 8 


8907 


110 38* 6 


8340 


8 


Son 


W. 


89 49 45 


9341 


91 13 8 


8830 


92 36 45 


8819 


94 34 


8306 




Spica 


W. 


24 30 20 


9978 


26 1 


9967 


27 31 54 


9906 


29 3 2 


9940 




Antares 


E. 


21 27 42 


9970 


19 56 52 


9961 


18 25 50 


9901 


16 54 36 


3941 




a Aquile 


E. 


76 50 12 


8860 


75 36 12 


8861 


74 22 13 


8860 


73 8 18 


8868 




Fomalhaut 


E. 


103 29 22 


itS4 


102 2 54 


8179 


100 36 11 


8109 


99 9 13 


8146 


9 


Son 


W. 


101 3 20 


8949 


102 28 40 


8999 


103 54 18 


8919 


105 20 13 


81S7 




Spica 
Mare 


W. 


36 42 28 


988^2 


38 15 10 


9867 


39 48 11 


9804 


41 21 29 


3840 




W. 


23 2 17 


8090 


24 30 39 


8076 


25 59 18 


8061 


27 28 15 


8017 




a Aquile 


E. 


67 4 


8909 


65 46 53 


8991 


64 33 55 


8980 


63 21 11 


8903 




Fomalhaut 


E. 


91 50 29 


80SI 


90 21 56 


8067 


88 53 6 


8604 


87 24 


8040 




a Pegasi 


E. 


112 43 34 


8148 


111 18 22 


•937 


109 52 45 


8906 


108 96 43 


3186 


10 


Son 


W. 


112 34 26 


8117 


114 9 15 


8100 


115 30 25 


8089 


116 58 56 


8060 




Spica 


W. 


49 12 46 


9763 


50 48 2 


2747 


52 23 39 


9731 


53 59 38 


9710 




Mare 


W. 


34 57 39 


9968 


36 28 32 


9901 


37 59 46 


9930 


39 31 21 


9918 




a Aquilie 


E. 


57 22 18 


407a 


56 11 49 


4106 


55 1 53 


4140 


58 52 35 


4190 




Fomalhaut 


E. 


79 54 19 


9978 


78 23 33 


3909 


76 52 29 


9946 


75 21 8 


9968 




a Pegasi 


E. 


101 10 33 


8067 


99 42 8 


8068 


98 13 19 


8049 


96 44 7 


8081 




Jupiter 


E. 


117 37 20 


9747 


116 1 42 


9780 


114 25 42 


9710 


112 49 22 


9697 


11 


Sun 


W. 


124 26 57 


9970 


125 57 41 


9967 


127 28 47 


9989 


129 17 


9991 




Spica 
Mare 


W. 


62 5 6 


9699 


63 43 21 


9619 


65 22 


3094 


67 1 3 


3076 




W. 


47 14 46 


9639 


48 48 36 


9811 


50 22 49 


9793 


51 57 26 


2774 




Fomalhaut 


E. 


67 40 20 


9671 


66 7 24 


9660 


64 34 14 


3849 


63 50 


9639 



142 



AUGUST, 1856* 



XV. 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 


^1 


SUr'i Namt 
and 


Noon. 


P.L. 
of 


m«>- 


P.L. 
of 


VP». 


P.L. 
of 


IXh. 


P.L. 
of 


Podtkm. 






DHL 




Di£ 




Di£ 




DHL 


11 


a Pegasi 


E. 


O 1 N 

95 14 33 


aois 


o 1 n 

93 44 36 


9904 


O 1 u 

92 14 16 


9977 


O 1 « 

90 43 84 


9887 




Jupiter 


E. 


HI 12 38 


aasi 


109 35 32 


9684 


107 58 4 


9647 


106 20 13 


9880 


18 


Spica 
Mara 


W. 


68 40 31 


ssoo 


70 20 23 


9541 


72 39 


9598 


73 41 20 


9608 




W. 


53 33 28 


97M 


55 7 54 


9788 


56 43 44 


9719 


58 19 59 


gfioi 




Antarea 


W. 


22 46 


3U0 


24 25 52 


9540 


26 6 9 


9539 


27 46 51 


9804 




Fomalhaat 


E. 


61 27 13 


9830 


59 53 24 


9899 


58 19 25 


9815 


56 45 17 


9008 




aPegasi 


E. 


83 4 43 


9978 


81 31 56 


986S 


79 58 50 


9848 


78 25 25 


9BM 




Jupiter 


E. 


98 5 2 


9M1 


96 24 46 


9534 


94 44 6 


1606 


93 3 1 


S689 


13 


Spica 
Mara 


W. 


82 10 56 


9418 


83 54 5 


9401 


85 37 38 


9884 


87 21 35 


9887 




W. 


66 27 18 


9610 


68 6 


9699 


69 45 6 


9874 


71 24 36 


9568 




Antares 


W. 


36 16 33 


9417 


37 59 44 


9400 


39 43 19 


9868 


41 27 18 


9888 




Fomalhaat 


E. 


48 53 10 


9801 


47 18 44 


9807 


45 44 25 


9815 


44 10 16 


9836 




a Pegasi 


E. 


70 34 9 


3777 


68 59 11 


9768 


67 24 1 


9781 


65 48 42 


9755 




Jupiter 


E. 


84 31 26 


9401 


82 47 52 


9889 


81 3 53 


9866 


79 19 29 


9849 




a Arietia 


E. 


112 85 


MBO 


110 18 38 


9450 


108 36 15 


9483 


106 53 27 


9415 


14 


Spica 
Mara 


W. 


96 7 20 


9988 


97 53 37 


9773 


99 40 16 


99S0 


101 27 16 


9944 




W. 


79 47 57 


9475 


81 29 46 


9460 


83 11 56 


9444 


84 54 28 


1480 




Antarea 


W. 


50 13 12 


9980 


51 59 32 


1179 


53 46 13 


9957 


55 33 16 


99tt 




a Pegaai 


E. 


57 50 41 


9747 


56 15 4 


9751 


54 39 32 


«769 


53 4 10 


tm 




Jupiter 


E. 


70 31 32 


9271 


68 44 50 


9^157 


66 57 47 


9949 


65 10 22 


9997 




a Arietia 


E. 


98 13 18 


903 


06 28 6 


9117 


94 42 31 


980^1 


92 56 34 


9988 


15 


Spica 
Mara 


W. 


110 27 24 


9180 


112 16 21 


9169 


114 5 35 


91fi0 


115 55 5 


9M8 




W. 


93 32 6 


9m 


95 16 33 


98A9 


97 1 17 


9^1 


98 46 17 


9881 




Antarea 


w. 


64 33 34 


9178 


66 22 34 


9108 


68 11 50 


9157 


70 1 23 


9147 




a Pegasi 


E. 


45 12 8 


9876 


43 39 18 


9919 


42 7 15 


9937 


40 36 8 


8008 




Jupiter 
a Arietia 


E. 


56 8 4 


9183 


54 18 39 


9151 


52 28 57 


9110 


50 38 59 


9180 1 




E. 


84 1 53 


9916 


82 14 3 


9914 


80 25 57 


9904 


78 37 35 


9104 1 




Aldebaraa 


E. 


114 32 18 


9949 


112 45 3 


9387 


110 57 30 


9331 


109 9 38 


tii3 


16 


Mara 


W. 


107 34 48 


9987 


109 21 6 


9981 


111 7 34 


«74 


112 54 11 


9960 




Antarea 


w. 


79 12 41 


9105 


81 3 33 


9098 


82 54 35 


9099 


84 45 46 


9086 




a AquilB 


w. 


42 22 37 


4610 


43 24 53 


448S 


44 29 45 


4471 


45 37 4 


4197 




Jupiter 


E. 


41 25 36 


908S 


39 34 18 


9081 


37 42 49 


9075 


35 51 12 


9071 




a Arietia 


E. 


69 32 29 


9IA7 


67 42 56 


9151 


65 53 15 


9147 


64 3 28 


9IU ! 




Aldebaran 


E 


100 6 19 


9185 


98 16 59 


9188 


96 27 2h 


9151 


94 37 47 


9146 


17 


Antarea 


W. 


94 3 27 


9070 


95 55 12 


906B 


97 47 


9068 


99 36 49 


9008 




a Aquils 


W. 


51 44 32 


8509 


58 3 7 


8535 


54 23 4 


8456 


55 44 17 


8804 1 




a Arietia 


E. 


54 53 37 


9189 


53 3 37 


9141 


51 13 41 


9144 


49 23 49 


9149 




Aldebaraa 


E. 


85 27 42 


9180 


83 37 28 


9199 


81 47 13 


9198 


79 56 57 


9199 , 




Saturn 


E. 


118 15 


9198 


116 9 59 


9196 


114 19 39 


9194 


112 29 17 


9194 


18 


a Aquils 


W. 


62 45 43 


8178 


64 12 25 


8148 


65 39 43 


8114 


67 7 35 


8880 




Fomalhaut 


W. 


31 12 41 


9918 


32 44 37 


9841 


34 18 12 


9775 


35 53 1;> 


9790 ] 




a Arietia 


E. 


40 16 47 


9190 


38 28 4 


9908 


36 39 41 


9319 


34 51 42 


9917 ■ 




Aldebaran 


E. 


70 46 16 


9144 


68 56 24 


9149 


67 6 39 


9155 


65 17 4 


9109 




Saturn 


E. 


103 17 31 


9180 


101 27 17 


9188 


99 37 8 


9187 


97 47 6 


9141 1 




PoUux 


E. 


114 19 35 


9079 


112 28 3 


9081 


110 86 35 


9085 


108 45 12 


9000 


10 


a Aquils 


W. 


74 32 42 


8090 


76 2 30 


8014 


77 32 26 


8009 


79 2 28 


8008 


1 


Fomalhaut 


W. 


44 8 7 


9AM 


45 43 8 


9684 


47 23 34 


9518 


49 4 22 


9007 j 



XVI, 



AUGUST, 1866. 



143 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 


of 

11 


Star's Name 




PL. 




P.L. 




PL. 




P.L. 


and 




Midnight. 


of 


XVh. 


of 


XVlUh. 


of 


XXIh. 


of 


Portion. 






DUL 




Dlff. 




DUL 




DUL 


a Pegasi 


E. 


O 1 N 

89 13 30 


2M9 


O 1 II 

87 41 4 


9936 


O 1 II 

86 9 18 


9900 


O 1 11 

84 37 10 


9804 




Jupiter 


E. 


104 41 59 


9013 


103 3 21 


9096 


101 24 19 


9677 


99 44 53 


9669 


13 


Spica 


W. 


75 22 25 


3487 


77 3 56 


9470 


78 45 51 


9462 


80 28 11 


9436 




Mars 


W. 


59 56 38 


3083 


61 33 41 


9604 


63 11 9 


9046 


64 49 1 


9698 




Antares 


W. 


29 27 58 


3487 


31 9 30 


9470 


32 51 26 


3462 


34 33 47 


9434 




Fomalhaut 


E. 


55 11 


9904 


53 36 37 


9600 


52 2 9 


9798 


50 27 39 


9799 




a Pegasi 


E. 


76 51 42 


3831 


75 17 41 


9600 


73 43 25 


9798 


72 8 54 


3787 




Japiter 


E. 


91 21 32 


3411 


89 39 38 


9468 


87 57 19 


9436 


86 14 35 


9418 


13 


Spica 
l^ra 


W. 


89 5 57 


98M 


90 50 43 


9836 


92 35 52 


SB18 


94 21 25 


9308 




W. 


73 4 29 


3640 


74 44 46 


9623 


76 25 27 


9007 


78 6 31 


9491 




Antares 


W. 


43 U 42 


3S49 


44 56 30 


3888 


46 41 41 


9817 


48 27 15 


9809 




Fomalhaut 


E. 


42 36 21 


9B40 


41 2 45 


9860 


39 29 35 


9686 


37 56 57 


a»n 




a Pegasi 


E. 


64 13 15 


9700 


62 37 41 


9746 


61 2 2 


9746 


59 26 22 


9744 ! 




Jupiter 


E. 


77 34 41 


3tt3 


75 49 28 


9816 


74 3 52 


3800 


72 17 53 


9986 




a Arietis 


E. 


105 10 14 


3S08 


103 26 36 


9880 


101 42 33 


9304 


99 58 7 


iS48 


U 


Spica 
Alars 


W. 


103 14 38 


3380 


105 2 21 


9917 


106 50 23 


9904 


108 38 44 


9199 




W. 


86 37 20 


941A 


88 20 33 


3401 


90 4 6 


9880 


91 47 57 


9370 




Antares 


W. 


57 20 40 


3339 


59 8 25 


9216 


60 56 29 


3203 


62 44 52 


9190 




a Pegasi 


E. 


51 29 1 


3789 


49 54 10 


2798 


48 19 40 


3820 


46 45 38 


9846 




Jupiter 


E. 


63 22 35 


931S 


61 34 27 


9900 


59 45 59 


3186 


57 57 11 


9174 




a Arietis 


E. 


91 10 17 


9374 


60 23 39 


9961 


87 36 42 


3248 


85 49 26 


3937 


15 


Spica 


W. 


117 44 51 


9188 


119 34 51 


9130 


121 25 5 


3131 


123 15 32 


91U 




Mars 


W. 


100 31 32 


3321 


102 17 1 


9311 


104 2 44 


3309 


105 48 40 


9294 




Antares 


W. 


71 51 U 


9197 


73 41 14 


9128 


75 31 31 


9120 


77 22 


9119 




a Pegasi 


E. 


39 6 6 


3070 


37 37 20 


3143 


36 10 2 


3229 


34 44 27 


3899 




Jupiter 


E. 


48 48 46 


3120 


46 58 18 


9112 


45 7 37 


9103 


43 16 42 


3090 




a Arietis 


E. 


76 48 58 


9185 


75 8 


91T7 


73 11 6 


9170 


71 21 53 


9168 




Aldebaran 


E. 


107 21 29 


9201 


105 33 3 


9191 


103 44 22 


9182 


101 55 27 


9173 


16 


Mars 


W. 


114 40 56 


9964 


116 27 48 


9261 


118 14 45 


9267 


120 1 48 


9964 




Antares 


W. 


86 37 6 


9083 


88 28 33 


9076 


90 20 6 


9074 


92 11 45 


9079 




a Aquils 


W. 


46 46 40 


8998 


47 58 22 


8881 


49 12 1 


tno 


50 27 28 


3681 




Jupiter 


E. 


33 59 28 


9066 


32 7 37 


9061 


30 15 38 


9066 


28 23 34 


2066 




a Arietis 


E. 


62 13 35 


9141 


60 23 38 


9189 


58 33 39 


9188 


56 43 38 


3138 




Aldebaran 


E. 


92 47 58 


3141 


90 58 2 


9137 


89 8 


9134 


87 17 53 


3183 


17 


Antares 


W. 


101 30 38 


9008 


103 22 27 


9009 


105 14 14 


9071 


107 5 58 


3078 




a Aquilae 


W. 


57 6 40 


8838 


58 30 7 


3991 


59 54 29 


3247 


61 19 43 


3208 




a Arietis 


E. 


47 34 4 


3lft5 


45 44 28 


9161 


43 55 1 


9169 


42 5 47 


3178 




Aldebaran 


E. 


78 6 42 


9181 


76 16 30 


9182 


74 26 20 


9136 


72 36 15 


3139 




Saturn 


E. 


110 38 54 


3133 


108 48 30 


9124 


106 58 8 


9196 


105 7 48 


3128 


18 


a Aquilae 


W. 


68 35 54 


8073 


70 4 38 


3066 


71 33 43 


3041 


73 3 5 


8080 




Fomalhaut 


W. 


37 29 25 


9674 


39 6 40 


9636 


40 44 47 


9603 


42 23 38 


3676 




a Arietis 


E. 


33 4 9 


3J57 


31 17 6 


9981 


29 30 38 


9309 


27 44 52 


3343 




Aldebaran 


E. 


63 27 39 


3170 


61 38 26 


9177 


59 49 25 


9188 


58 38 


3197 




Saturn 


E. 


95 57 9 


9146 


94 7 20 


9162 


92 17 40 


9160 


90 28 10 


3166 




Pollux 


E. 


106 53 57 


9096 


105 2 50 


2101 


103 11 52 


9107 


101 21 3 


3114 


10 


a Aquilae 


W. 


80 32 33 


8005 


82 2 39 


3008 


83 32 41 


3019 


85 2 39 


3018 




Fomalhaut 


W. 


50 45 26 


9497 


52 26 44 


9489 


54 8 12 


9484 


55 49 48 


3481 



144 



AUGUST, 1866. 



XVII- 





GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 1 

1 


*8S 


Star's Kmm 
and 


Noon. 


P.L. 
or 


IIP^ 


P.L.- 
of 


Vlh. 


P.L. 

or 


IXh^ 


P.L. 

of 


Podtion. 




DUL 




DHL 




DHL 




1 




O / M 




O 1 « 




O 1 « 




O 1 u 




19 


AldebaraD E. 


56 19 6 


9906 


64 93 50 


9990 


69 35 63 


9988 


60 48 14 


IMT 1 




Saturn E. 


88 38 5d 


2173 


86 49 40 


9180 


86 42 


9188 


83 11 66 


9197 




Pollux E. 


09 30 95 


S131 


97 39 68 


3198 


96 49 43 


9187 


93 59 40 


9146 


20 


a AquUe W. 


86 39 30 


a095 


88 9 19 


8089 


89 31 45 


8043 


91 1 5 


8000 




Fomalhaut W. 


67 31 98 


S480 


69 13 10 


9480 


60 64 62 


9480 


62 36 33 


9«8i 




a Pegasi W. 


38 46 42 


1068 


40 16 31 


8010 


41 46 24 


9071 


43 16 13 


90S9 




Jupiter W. 


18 4 7 


9174 


19 63 13 


3184 


91 49 4 


3104 


23 30 40 


9900 ! 




Aldebarau E. 


41 65 36 


9ns 


40 10 94 


9860 


38 96 46 


9878 


36 41 39 


9100 




Saturn E. 


74 11 38 


9M7 


79 94 90 


9966 


70 87 18 


9960 


68 50 33 


9981 




PoUux E. 


84 69 47 


9198 


83 4 


9908 


81 16 46 


9914 


79 27 40 


9990 




Sun E. 


191 17 49 


9004 


119 36 36 


9010 


117 66 43 


9096 


116 16 6 


9008 

1 


91 


a AquilB W. 


98 93 91 


Site 


09 50 44 


81(<1 


101 17 40 


8184 


102 44 8 


1 
8900 




Fomalhaut W. 


71 3 36 


9510 


79 44 36 


9018 


74 95 93 


9037 


76 6 69 


90S* 




a Pegasi W. 


61 19 


9B10 


69 34 19 


9804 


64 8 42 


9704 


66 43 18 


9786 1 




Jupiter W. 


39 99 38 


9901 


34 16 36 


9778 


36 3 15 


9985 


37 49 37 


9907 




Saturn E. 


60 1 17 


9M4 


68 16 91 


9067 


66 31 45 


9871 


64 47 29 


9884 




Pollux E. 


70 31 94 


99B4 


68 46 1 


9906 


66 58 56 


9800 


66 13 9 


9899 




Sun E. 


107 66 9 


9S0O 


106 17 13 


9813 


104 38 34 


9096 


103 13 


9688 


99 


a Aquila W. 


109 48 31 


9UQ 


111 11 34 


iooo 


119 33 56 


8484 


113 66 34 


8474 ; 




Fomalhaut W. 


84 96 39 


9068 


86 4 50 


9O0O 


87 43 45 


9613 


89 92 23 


9890 j 




a Pegaw W. 


63 37 69 


9n5 


66 19 68 


9n6 


66 47 57 


9779 


6^99 52 


9788 ! 




Jupiter W. 


46 36 67 


9800 


48 91 31 


9871 


60 6 47 


9084 


61 49 45 


9800 




a Arietia W. 


90 96 


9708 


91 36 36 


9797 


93 11 39 


9006 


94 48 94 


9873 j 




Saturn E. 


46 11 10 


9406 


44 98 68 


9474 


42 47 8 


9480 


41 6 40 


9006 1 




PoUux E. 


66 98 49 


9086 


64 44 52 


9008 


63 1 14 


9410 


61 17 64 


9190 ' 




Sum E. 


94 69 66 


1700 


03 16 92 


9718 


91 40 6 


9783 


90 4 9 


9V4* 


93 


Foroalhant W. 


97 31 11 


9099 


09 8 1 


9106 


100 44 33 


9731 


109 90 45 


9780 




a Pegasi W. 


76 16 49 


9016 


77 49 58 


9838 


79 23 66 


9831 


80 57 43 


9840 




Jupiter W. 
a Arietis W. 


60 26 9 


9468 


69 7 91 


9470 


63 49 17 


948i 


65 30 56 


9104 


1 


39 67 93 


9on 


34 36 35 


9883 


36 13 46 


9634 


37 51 55 


9SS7 




Saturn E. 


39 44 13 


9000 


31 6 12 


9016 


29 26 39 


9038 


97 48 36 


9089 




Pollux E. 


49 46 43 


9487 


41 4 U 


9499 


39 22 56 


9011 


37 41 68 


9894 




Sun E. 


89 8 48 


9010 


80 34 37 


»i6 


79 43 


9888 


77 97 6 


9003 


94 


Fomalhaut W. 


110 16 49 


9810 


111 60 60 


9BS3 


113 24 36 


9860 


114 67 69 


*»! 




a Pegasi W. 


88 43 33 


9809 


00 16 2 


9004 


91 48 16 


9016 


93 20 15 


99-J8 ; 




Jupiter W. 
a Arietis W. 


73 66 3 


9009 


76 35 4 


9668 


77 14 50 


9074 


78 54 20 


9iB6 1 




46 1 16 


9009 


47 38 45 


9671 


49 16 4 


9678 


60 53 13 


90M 1 




Pollux E. 


99 91 99 


9066 


97 42 14 


9607 


26 3 15 


9010 


24 24 33 


9039 1 




Sun E. 


69 43 11 


90M 


68 11 13 


9030 


66 39 31 


9043 


66 8 6 


"** 1 


96 


a Pegasi W. 


100 66 11 


9004 


109 96 31 


8000 


103 56 33 


8033 


105 96 17 


1 

8000 ; 




Jupiter W. 
o Arietis W. 


87 8 10 


9SM 


88 46 13 


9648 


90 24 2 


9868 


99 1 38 


9000 




68 66 90 


9790 


60 39 95 


9786 


62 8 18 


9744 


63 44 


9700 j 




Sun E. 


67 34 38 


0014 


66 4 49 


8006 


64 36 


8086 


63 6 31 


8047 


^ 


Jupiter W. 
a Arietis W. 


100 6 94 


f7M 


101 49 43 


9736 


103 18 50 


9784 


104 54 46 


1 
9T49 1 


1 


71 39 43 


9790 


73 14 18 


9803 


74 48 43 


9811 


76 29 66 


9018 




Sun E. 


46 41 34 


8101 


44 13 96 


8118 


42 45 3-2 


8194 


41 17 61 


8IS4 , 


i 97 


Sun E. 


34 9 36 


8197 


39 36 11 


8198 


31 10 


8300 


90 44 9 


8390 



XVIII. 



AUGUST, 1856. 



141 





GREENWICH MEAN 


TIME. 








LUNAB DISTANCES. 


n 


Star's Kune 
and 


Midnight. 


P.L. 
of 


XVH. 


P.L. 
of 


XVIUh. 


P.L. 

or 


XXlh. 


P.L. 
of 


PMltkm. 




IMff. 




DUL 




IHft 




Difli 




O / II 




O 1 « 




O f It 




O 1 M 




19 


Aldebaran E. 


49 56 


S903 


47 14 1 


9917 


45 27 27 


9994 


43 41 18 


9819 




Saturn E. 


81 23 24 


9906 


79 35 5 


9916 


77 47 1 


9996 


75 59 12 


9936 




Pollux E. 


92 9 49 


9164 


90 20 12 


9168 


88 30 49 


9113 


86 41 41 


9189 


20 


a AquilsB W. 


92 30 10 


soeQ 


93 58 58 


3084 


95 27 27 


3101 


96 55 35 


3119 




Fomalhaut W. 


64 18 11 


0487 


65 59 43 


9491 


67 41 9 


9491 


69 22 27 


9003 


' 


a Pegasi W. 


44 47 51 


9000 


46 20 10 


9813 


47 53 3 


9861 


49 26 25 


9631 




Jupiter W. 


25 19 


9910 


27 7 4 


9991 


28 54 52 


' 9937 


30 42 24 


9949 




Aldebaran E. 


34 58 9 


9ai 


33 15 18 


9468 


31 33 13 


9499 


29 51 58 


9038 




Saturn E. 


67 4 6 


9994 


65 17 57 


9306 


63 32 5 


9811 


61 46 31 


9831 




Pollux E. 


77 39 50 


9917 


75 52 17 


9948 


74 5 2 


9960 


72 18 4 


9979 




Sum E. 


114 34 46 


9ftM 


112 54 42 


9661 


111 14 54 


9014 


109 35 23 


9086 


SI 


a Aquil© W. 


104 10 7 


8986 


105 35 34 


3968 


107 29 


3994 


108 24 48 


3390 




Fomalhaut W. 


77 46 23 


S54ft 


79 26 33 


9666 


81 6 30 


9566 


82 46 12 


9arn 




aPegaai W. 


57 18 4 


9180 


58 52 58 


9Tn 


60 27 56 


9n6 


62 2 57 


9n4 




Jupiter W. 


39 35 41 


9309 


41 21 27 


9399 


43 6 55 


9884 


44 52 5 


9346 




Saturn E. 


53 3 32 


9398 


51 19 55 


0413 


49 36 39 


9498 


47 53 44 


9443 




Pollux E. 


63 27 41 


9884 


61 42 30 


9846 


59 57 38 


9309 


58 13 4 


9879 




Sun E. 


101 22 9 


9661 


99 44 23 


9666 


98 6 56 


9678 


96 29 47 


9691 


S2 


a Aquila W. 


115 16 27 


8616 


116 S6 33 


3661 


117 55 50 


3609 


119 14 15 


3664 




Fomalhaut W. 


91 44 


9038 


92 38 48 


9661 


94 16 34 


9664 


95 54 2 


9678 




a Pegasi W. 


69 57 42 


9788 


71 32 26 


9194 


73 7 2 


9800 


74 41 30 


9801 




Jupiter W. 


53 33 25 


9409 


55 16 47 


9491 


56 59 52 


9433 


58 42 39 


9440 




aArietis W. 


26 25 41 


9657 


28 3 19 


9646 


29 41 12 


9688 


31 19 15 


9630 




Saturn E. 


39 24 35 


9699 


37 43 53 


9640 


36 3 35 


9667 


34 23 41 


9676 




Pollux E. 


49 34 52 


9435. 


47 52 7 


9448 


46 9 41 


9161 


44 27 33 


9414 




Sun E. 


88 28 29 


9769* 


86 53 7 


9119 


85 18 3 


9786 


83 43 17 


9799 


83 


Fomalhaut W. 


103 56 38 


9761 


105 32 10 


9167 


107 7 21 


9789 


108 42 12 


9796 




a Pegaai W. 


62 31 19 


9849 


84 4 43 


9860 


85 37 53 


9870 


87 10 50 


9861 




Jupiter W. 


67 12 18 


9606 


68 53 24 


9617 


70 34 13 


9699 


72 14 46 


9040 




a Arietia W. 


39 30 


9640 


41 8 


9646 


42 45 53 


9601 


44 23 39 


9661 




Saturn E. 


26 11 5 


9688 


24 34 9 


9716 


22 57 51 


9749 


21 22 16 


9787 




Pollux E. 


36 1 18 


9686 


34 20 56 


9648 


32 40 50 


9061 


31 1 1 


9073 




Sum E. 


75 53 46 


9866 


74 20 43 


9878 


72 47 56 


9891 


71 15 25 


9904 


24 


Fomalhaut W. 


116 31 


9886 


118 3 37 


9906 


119 35 49 


9990 


121 7 36 


9946 




a Pegasi W. 


94 51 58 


9940 


96 23 26 


9953 


97 54 38 


9966 


99 25 33 


9980 




Jupiter W. 


80 33 35 


9096 


82 12 35 


9601 


83 51 21 


9617 


85 29 52 


9691 




a Arietis W. 


52 30 12 


9694 


54 7 


9709 


55 43 38 


9710 


57 20 4 


9718 




Pollux E. 


22 46 8 


9686 


21 8 


9648 


19 30 10 


9661 


17 52 38 


9614 




Sum E. 


63 36 54 


9900 


62 5 58 


9977 


60 35 16 


9989 


59 4 50 


8001 


25 


o Pegasi W. 


106 55 42 


3064 


108 24 48 


8011 


109 53 35 


3088 


111 21 57 


81C0 




Jupiter W. 


93 39 1 


9678 


95 16 11 


9887 


96 53 8 


9097 


98 29 52 


9706 




a Arietis W. 


65 19 31 


9761 


66 54 50 


9769 


68 29 59 


9778 


70 4 50 


97B0 




Sun E. 


51 36 16 


8008 


50 7 15 


8060 


48 38 28 


3081 


47 9 55 


8091 


^ 


Jupiter W. 
a Arietis W. 


106 30 30 


9761 


108 6 2 


9760 


109 41 23 


9768 


111 16 33 


9n6 




77 56 59 


9898 


79 30 50 


9836 


81 4 31 


9844 


82 38 ^ 


9859 




Sun E. 


39 50 23 


3144 


38 23 7 


8166 


36 56 4 


3166 


35 29 14 


8116 


27 


Sum E. 


28 18 17 


3989 


26 52 46 


3944 


25 27 29 


3906 


24 2 26 


3}68 



19 



146 



SEPTEMBER, 1856. 



AT GBEENWICH APPARENT NOON. 



i 



Mon. 
Tues. 
Wed. 

Thur. 

Fri. 

Sat 

Sim. 
Mon. 
Tues. 

Wed. 
Thur. 
Fri. 

Sat 
Sim. 
Mon. 

Tues. 
Wed. 
Thur. 

Fri. 
Sat 
Sun. 

Mon. 
Tues. 
Wed. 

Thur. 

Fri. 

Sat 

Sm. 
Mon. 
Tues. 

Wed. 



THE SUN»S 



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 
80 

31 



BJfhl AM6odon. 



h. m. f. 

10 43 4.75 
10 46 42.32 
10 50 19.60 

10 53 56.60 

10 57 33.36 

11 1 9.91 

11 4 46.22 
11 8 22.31 
11 11 58.22 

11 15 34.00 
11 19 9.63 
11 22 45.14 

11 26 20.57 
11 29 55.92 
11 33 31J24 

11 37 6.52 
11 40 41.81 
11 44 17.11 

11 47 52.45 
11 51 27.86 
11 55 3.37 

11 58 38.98 

12 2 14.71 
12 5 50.61 

12 9 26.66 
12 13 2.94 
12 16 39.39 

12 20 16.09 
12 28 53.01 
12 27 80.20 

12 81 7.67 



DUr.ft>r 
Ihoar. 



9.074 
9.061 
9.049 

9.088 
9.019 
9.020 

9.011 
9.008 
8.99v 

8.990 
8.985 
8.980 

8.976 
8.978 
8.978 

8.978 
8.978 
8.974 

8.977 
8.980 
8.985 

8.989 
8.994 
9.001 

9.006 
9.016 
9.0M 

9.085 
9.046 
9.057 

9.069 



DULfor 
1 hoar. 



N. 



8 8 5.5 
7 46 10.1 
7 24 7.2 

7 1 57.2 
6 39 40.4 
6 17 17.0 

5 54 47.5 
5 32 12.4 
5 9 31.8 

4 46 45.9 
4 23 55.4 

4 1 0.3 

i 

3 38 1.0 

8 14 57.7 
2 51 50.9 

2 28 40.8 
2 5 27.6 
1 42 11.8 

1 18 53.6 
55 33.4 
32 11.5 



N. 8 48.2 
S. 14 36.2 

88 IJS 

1 1 27.0 
1 24 52.5 

1 48 17.5 

2 11 41.9 
2 85 5.3 
2 58 27.2 

8. 8 21 47.1 



54.66 
54.97 
55.29 

55.57 
65.85 
56.10 

66.86 
56.59 
66.82 

67.02 
57.22 
57.89 

67.67 
57.71 
57.86 

67.99 
68.12 
68.22 

58.32 

68.88 
68.45 

68.60 
58.55 
68.66 

68.57 
58.56 
58.55 

68.60 
68.45 
68.87 

68.29 



8«nl- 



15 53.85 
15 54.08 
15 54.32 

15 54.58 
15 54.83 
15 55.08 

15 55.33 
15 55.58 
15 55.84 

15 56.10 
15 56.36 
15 56.62 

15 56.88 
15 57.14 
15 57.40 

15 57.66 
15 57.92 
15 58.18 

15 58.44 
15 58.70 
15 58.96 

15 59.23 
15 59.50 

15 59.77 

16 0.04 
16 0.31 
16 0.58 

16 0.85 
16 1.13 
16 1.40 

16 1.68 



Time 
oTtlM 
Semidi- 



Um 



64.40 
64.36 
64.32 

64.28 
64.25 
64.22 

64.19 
64.16 
64.14 

64.12 
64.11 
64.09 

64.08 
64.07 
64.06 

64.06 
64.06 
64.06 

64.06 
64.07 
64.09 

64.10 
64.12 
64.14 

64.16 
64.19 
64.22 

64.25 
64.29 
64.88 

64.88 



B^QfttiOII of 
TImo, 

$tAtna$d 



Appanmt 



15.14 
34.09 

53.31 

1 12.81 
1 32.54 

1 52.49 

2 12.69 
2 83.09 

2 53.68 

3 14.89 
3 35.27 

3 56.26 

4 n.82 
4 88.47 

4 59.65 

5 20.86 

5 42.08 

6 8.28 

6 24.43 

6 45.50 

7 6.49 

7 27.39 

7 48.14 

8 8.74 

8 29.16 

8 49.40 

9 9.44 

9 29J25 
9 48.82 

10 ai3 

10 27.17 



0.788 
0.794 
0.806 

0.816 
0.827 
0.887 

0.846 
0.858 
0.860 

0.866 
0.870 
0.875 

0.879 
0.882 
0.888 

0.888 
0.888 
0.882 

0.880 
0.877 
0.872 

0.867 
0.862 
0.856 

0.849 
0.841 
0.880 

0.821 
0.811 
0.800 

0.788 



Kon. ~ Mm* TlMO on 



{■ay bo 



Oo.Uf 



II. 



SEPTEIUBER, 1856. 



147 







AT GREENWICH MEAN 


NOON. 










• 


THE SUN'S 










i 


1 
1 










TtaMS 

Mean 
Tmu, 


DUL 

for 

Ihoor. 


• 

BMWMI 
Ilm.. 


RlCbtAMoulon. 


DUUfor 
Ihoar. 


Appanni 


Din: for 
Ihoor. 


III 


1 
2 
3 


h. m. •. 

10 43 4.79 
10 46 42.40 
10 60 19.73 


9.074 
9.061 
9.049 


N.^8 '8 5.3 
7 46 9.6 
7 24 6.4 


54.66 
54.97 
55.29 


"o 15.16 
34.11 
53.83 


t. 

0.788 
0.794 
0.806 


h. m. •. 

10 43 19.95 
10 47 16.51 
10 51 13.06 


Thur. 

Fri. 

Sat 


4 
5 
6 


10 53 56.78 
10 57 33.59 
U 1 10.19 


9.088 
9.029 
9.030 


7 1 56.1 
6 39 39.0 
6 17 15.8 


55.57 
55.85 
56.10 


1 12.84 
1 32.58 
1 52.53 


0.816 
0.827 
0.887 


10 55 9.62 

10 59 6.17 

11 3 2.72 


Mon. 
Tuee. 


7 
8 
9 


11 4 46.55 
11 8 22.70 
11 11 68.66 


9.011 
9.008 
0.99o 


5 54 45.5 
5 32 10.0 
5 9 29.1 


56.86 
56.59 
56.82 


2 12.78 
2 33.14 
2 53.72 


0.848 
0.853 
0.860 


11 6 59.28 
11 10 55.84 
11 14 52.39 


Wed. 
Thur. 
Fri. 


10 
11 
12 


11 15 34.49 
11 19 10.17 
11 22 45.73 


8.990 
8.985 
8.980 


4 46 42.9 
4 23 52.0 
4 56.5 


57.02 
57.22 
57.89 


8 14.45 
8 35.38 
8 56.32 


0.866 
0.870 
0.876 


11 18 48.94 
11 22 45.50 
11 26 42.05 


Sat. 
Sm. 
Mon. 


13 
14 
15 


11 26 21.21 
11 29 56.61 
11 33 31.98 


8.976 
8.978 
8.978 


3 37 56.9 
3 14 53.3 
2 51 46.2 


57.57 
57.71 
57.86 


4 17.89 
4 38.55 
4 59.73 


0.879 
0.882 
0i888 


11 30 38.60 
11 34 85.16 
11 38 31.71 


Tues. 
Wed. 
Thur. 


16 
17 
18 


11 37 7.31 
11 40 42.65 
11 44 18.01 


8.978 
8.978 
8.974 


2 28 35.7 
2 5 22.2 
1 42 6.1 


57.99 
58.12 
58.22 


6 20.95 
6 42.17 
6 3.36 


0.888 
0.888 

0.882 


11 42 28.26 
11 46 24.82 
11 50 21.37 


Fri. 
Sat. 

SUH. 


19 
20 
21 


11 47 53.40 
11 51 28.87 
11 55 4.43 


8.977 
8.980 
8.986 


1 18 47.6 
55 27.0 
32 4.7 


58.82 

58.88 
58.46 


6 24.58 

6 45.61 

7 6.60 


0.880 
0.877 
0.872 


11 54 17.93 

11 58 14.46 

12 2 11.03 


Mon. 
Tues. 
Wed. 


22 
23 
24 


11 58 40.09 

12 2 15.88 
12 6 51.83 


8.989 
8.994 
9.001 


N. 8 41.1 

S. 14 43.7 

38 9.3 


58.60 
68.65 
68.56 


7 27.50 

7 48.26 

8 8.86 


0.867 
0.862 
0.866 


12 6 7.59 
12 10 4.14 
12 14 0.69 


Thur. 

Fri. 

Sat. 


25 
26 
27 


12 9 27.96 
12 13 4.27 
12 16 40.77 


9.008 
9.016 
9.026 


1 1 85.2 
1 25 1.0 
1 48 26.4 


68.57 
68.66 
68.56 


8 29.29 

8 49.53 

9 9.58 


0.849 
0.841 
0.880 


12 17 57.25 
12 21 53.80 
12 25 60.35 


Mon. 
Tues. 


28 
29 
30 


12 20 1162 
12 23 54.49 
12 27 31.73 


9.085 
9.046 
9.057 


2 11 51.1 
2 35 14.8 
2 58 87.0 


68.60 
68.45 
58.87 


9 29.89 

9 48.97 

10 8.28 


0.821 
0.811 
0.800 


12 29 46.91 
12 33 43.46 
12 37 40.01 


Wed. 


SI 


12 31 9.26 


9.069 


S. 8 21 57.2 


68.29 


10 27.82 


0.788 


12 41 86.57 




N 




«l«lbr]fi 


nNooDiuijbeMm 


iBMdtbe 


nmeMtlMtfoi 


rAppuenl 


Nooa 



148 



SEPTEMBER, 1856. 



IIL 



AT GREENWICH MEAN NOON. 



1 
2 
8 

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 



I 



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 

275 



THE SUN'S 



2>iM LONQITUDB. 



159 
160 
161 



11 §.9 
9 19.3 
7 31.1 



162 5 44.4 

163 3 59.3 

164 2 15.9 

165 33.9 

165 58 53.3 

166 57 14.2 

167 55 36.7 

168 54 0.8 

169 52 26.7 

170 50 54.3 

171 49 23.7 

172 47 55.1 

173 46 28.5 

174 45 8.9 

175 43 41.3 

176 42 20.9 

177 41 2.8 

178 39 46.9 

179 38 33.3 

180 37 22.0 

181 36 13.0 

182 35 6.2 

183 34 1.6 

184 32 59.2 

185 81 59.1 

186 31 0.9 

187 30 4.7 

188 29 10.5 



10 39.5 

8 49.8 
7 1.5 

5 14.6 
3 29.4 
1 45.9 

3.8 
58 23.1 
56 43.9 

55 6.3 
53 30.2 
51 56.0 

50 23.5 
48 52.8 
47 24.1 

45 57.8 
44 32.6 
43 9.9 

41. 49.4 
40 31.2 
39 15.2 

38 1.5 
36 50.1 
85 41.0 

34 34.0 
33 29.3 
32 26.8 

81 26.6 
30 28.3 
29 32.0 

28 37.7 



DUribr 
Ihoar. 



46.89 
46.46 
46.62 

46.68 
46.64 
46.70 

46.77 
46.84 
46.90 

46.96 
46.08 
46.10 

46.18 
46.26 
46.84 

46.48 
46.62 
46.61 

46.70 
46.79 
46.88 

46.98 
47.98 
47.07 

47.26 
47.86 
47.46 

47.66 
47.68 
47.72 

147.80 



LATITUDE. 



-^6.23 
-M).10 
—0.04 

0.17 
0.27 
0.39 

0.45 
0.49 
0.51 

0.49 
0.44 
0.37 

0.27 

0.16 

—0.02 

H-0.11 
0.24 
0.34 

0.49 
0.58 
0.65 

0.68 
0.70 
0.68 

0.62 
0.54 
0.45 

0.32 

0.19 

H-0.06 

—0.06 



Logarithm 

or the 

BadlQs Teetor 

of tiM 

Xtrth. 



0.0036972 
.0035890 
.0034794 



.0032557 
.0031419 

.0030270 
.0029112 
.0027947 

.0026776 
.0025601 
.0024423 

.0023242 
.0022059 
.0020875 

.0019691 
.0018505 
.0017318 

.0016129 
.0014938 
.0013745 

.0012548 
.0011346 
.0010138 

.0008923 
.0007701 
.0006471 

.0005233 
.0003986 
.0002732 

0.0001471 



DUUfiyr 
1 hour. 



44.7 
46.4 
46.9 

46.6 
47.0 
47.6 

48.1 
48.8 
48Ji 

48.7 
48.9 
49.2 

49.2 
49.2 
49.8 

49.4 
49.4 
49.6 

49.6 
49.7 
49.8 

60.0 
60.2 
60.4 

60.7 
61.0 
61.4 

. 61.7 
62.1 
62.4 

62.7 



3 14 29.53 
3 10 33.62 
3 6 37.72 

8 2 41.80 

2 58 45.89 

12 54 50.00 

2 50 54.08 
2 46 58.17 
2 43 2.26 

2 89 6.86 
2 85 10.45 
2 31 14.54 

2 27 18.68 
2 23 22.72 
2 19 26.82 

2 15 30.92 
2 11 35.00 
2 7 39.09 

2 8 43.19 
1 59 47.28 
1 55 51.37 

1 51 55.46 
1 47 59.56 
1 44 8.65 

1 40 7.74 
1 36 11.83 
1 32 15.98 

1 28 20.02 
1 24 24.11 
1 20 2SJIII 

11 16 82.29 



KotB. — A. 



^fbMtrm •qjeaanx of tht telt, a.' lo «b« « 



I •^utoiKOf Jts. Od. 



IV. 



SEPTEMBER, 1856. 



149 









GREENWICH 


MEAN TIME. 












- 


THE 


MOON^S 








i 


HRMTDTAHirmi, 


HORraOlfTAL PARALLAX. 




MERIDIAN PA8SAGB. 




"B 

s 


















AQB. 


Noon. 


IDdiiight. 


Noon. 


Diff.ft>r 
Ihour. 


Midnight. 


DUtfitf 
Ihoor. 




DUtfor 
Ihour. 


1 

2 
8 


14 45.6 
14 44.4 
14 45.1 


14 44.8 
14 44.5 
14 46.3 


54 3.6 

53 59.1 

54 1.8 


-0.82 
-0.05 
+0.27 


54 0.^ 

53 59.5 

54 6.1 


-0.19 

+0.11 

0.44 


h. m. 

1 26.4 

2 5.2 

2 44.8 


m. 
1.60 
1.61 
1.67 


d. 

2.0 
3.0 
4.0 


4 
5 
6 


14 48.1 

14 53.5 

15 1.3 


14 50.5 

14 57.1 

15 6.1 


54 12.5 

54 32.0 

55 0.9 


0.62 
1.00 
1.39 


54 21.1 

54 45.3 

55 18.8 


0.81 
1.19 
1.59 


3 26.2 

4 10.3 
4 58.0 


1.76 
1.90 
2.07 


5.0 
6.0 
7.0 


7 
8 
9 


15 11.6 
15 24.3 
15 38.9 


15 17.7 
15 31.4 
15 46.7 


55 39.0 

56 25.8 

57 19.3 


1.78 
2.12 
2.34 


56 1.4 

56 51.9 

57 47.7 


1.96 
2.25 
2.40 


5 49.7 

6 45.2 

7 43.2 


2.26 
2.40 
2.47 


8.0 

9.0 

10.0 


10 
11 
12 


15 54.6 

16 10.2 
16 24.3 


16 2.5 
16 17.5 
16 30.3 


58 16.7 

59 14.3 

60 5.8 


2.43 
2.32 
1.96 


58 45.8 

59 41.2 

60 27.8 


2.41 
2.16 
1.71 


8 41.9 

9 39.4 
10 34.8 


2.44 
2.35 
2.25 


11.0 
12.0 
13.0 


13 
14 
15 


16 35.4 
16 42.2 
16 44.0 


16 39.4 
16 43.8 
16 42.9 


60 46.6 

61 11.8 
61 18.3 


1.40 
+0.69 
-0.14 


61 1.4 
61 17.5 
61 14.4 


1.05 
+0.27 
-0.64 


11 28 

12 19.7 

13 10.9 


2.16 
2.11 
2.14 


14.0 
15.0 
16.0 


16 
17 
18 


16 40.6 
16 32.6 
16 21.1 


16 37.1 
16 27.2 
16 14.5 


61 5.9 
60 36.2 
59 54.0 


0.92 
1.65 
1.97 


60 53.0 
60 16.3 
59 29.9 


1.26 
1.79 
2.09 


14 3.3 

14 57.5 

15 54.0 


2.21 
2.31 
2.42 


17.0 
18.0 
19.0 


19 
20 
21 


16 7.5 
15 53.1 
15 39.2 


16 0.3 
15 46.0 
15 32.7 


59 4.5 
58 11.6 
57 20.7 


2.16 
2.18 
2.05 


58 38.2 

57 45.8 
56 56.6 


2.19 
2.13 
1.95 


16 52.5 

17 51.7 

18 49.7 


2.49 
2.48 
2.86 


20.0 
21.0 
22.0 


22 
23 
24 


15 26.6 
15 15.5 
15 6.0 


15 20.9 
15 10.5 
15 2.0 


56 33.8 
55 52.9 
55 18.6 


1.83 
1.57 
1.31 


56 12.5 
55 35.0 
55 3.7 


1.70 
1.44 
1.16 


19 44.5 

20 35.5 

21 22.4 


2.21 
2.02 
1.86 


23.0 
24.0 
25.0 


25 
26 
27 


14 58.4 
14 52.4 
14 48.0 


14 55.2 
14 50.0 
14 46.4 


54 50.4 
54 28.5 
54 12.3 


1.04 
0.79 
0.56 


54 38.7 
54 19.7 
54 6.2 


0.91 
0.67 
0.45 


22 5.8 

22 46.6 

23 25.9 


1.78 
1.65 
1.61 


26.0 
27.0 
28.0 


28 
29 
30 


14 45.1 
14 43.5 
14 43.5 


14 44.1 
14 43.3 
14 44.1 


54 1.4 
53 55.8 
53 55.9 


0.34 
-0.11 
+0.18 


53 57.9 
53 55.1 
53 58.1 


-0.23 

+0.01 

0.24 


6 
4.7 
43.9 


1.60 
1.63 


29.0 
0.3 
1.3 


31 


14 45.1 


14 46.5 


64 1.7 


+0.86 


54 6.9 


+0.49 


1 24.5 


1.78 


2.3 





l&O 



S£PTE]!»IB1^R, 1856. 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hour. 


Ri^tAMenston. 


Dur. 

forlm. 




Diff. 
Ibrlm. 


Hoar. 


Ri^t Aaoansioii. 


DUL 
forlm. 




DUL 
fiorlm. 




MONDAY 1. 






WEDNESDAY 3. 






h. m. f. 


f. 


O t « 


N 




h. m. 1. 


s. 


O 1 IT 


» 





13 7 37.25 


1.78W 


N. 35 38.6 


14.160 





13 31 31.46 


1.7897 


S.IO 39 13.9 


13.357 


1 


13 9 11.59 


1.7S88 


3K19.1 


14.166 


1 


13 33 18.93 


1.7925 


10 43 37 8 


13.221 


2 


13 10 55.91 


1.7S84 


N. r 9.7 


14.156 


8 


13 35 6.56 


1.7953 


10 55 39.3 


13.188 


3 


13 13 40.31 


1.7380 


S. 6 59.6 


14.158 


3 


13 36 54.36 


1.7981 


11 8 49.1 


13.144 


4 


13 14 34.48 


1.7t77 


31 8.6 


14.148 


4 


13 38 43.33 


1.8000 


11 81 56.5 


13.105 


5 


13 16 8.73 


1.78T4 


35 17.3 


14.143 


5 


13 40 30.47 


1.8038 


11 35 1.6 


134)06 j 


6 


13 17 53.97 


1.7872 


49 35.8 


14.137 


6 


13 43 18.79 


1.807O 


11 48 4.4 


izjom < 


7 


13 19 37.19 


1.7371 


1 3 33.9 


14.131 


7 


13 44 7.30 


1.8101 


13 1 4.7 


13.065 ' 


8 


13 31 31.41 


1.7370 


1 17 41.6 


14.124 


8 


13 45 56.00 


1.8182 


13 14 3.5 


19.041 j 


9 


13 33 5.63 


1.7370 


1 31 48.8 


14.116 


9 


13 47 44.89 


1.8165 


13 86 57.7 


12.900 1 


10 


13 34 49.85 


1.7871 


1 45 55.5 


14.107 


10 


13 49 33.98 


1.8198 


18 39 50.4 


12.856 


11 


13 36 34.08 


1.737? 


8 1.7 


14.008 


11 


13 51 33.37 


1.8281 


13 58 40.5 


13.813 i 


13 


13 38 18 31 


1.7873 


3 14 7.5 


14UM0 


13 


13 53 13.76 


1.8265 


13 5 37.9 


13.7W i 


13 


13 30 3.55 


1.7875 


3 38 13.6 


14.081 


13 


13 55 3.45 


1.8300 


13 18 13.5 


13.721 , 


14 


13 31 46.81 


1.7878 


3 43 17.0 


14.070 


14 


13 56 53.36 


1.8386 


13 30 54.3 


13.672 


15 


13 33 31.09 


1.7863 


3 56 30.8 


14.058 


15 


13 58 43.49 


1.8373 


13 43 33.3 


13.636 I 


16 


13 35 15.41 


1.7888 


3 10 23.8 


14.045 


16 


14 33.84 


1.8410 


13 56 9.3 


13.678 1 


17 


12 36 59.75 


1.7303 


3 24 26.1 


14.082 


17 


14 8 33.41 


1.8447 


14 6 43.5 


13.029 1 


18 


13 38 44.13 


1.7899 


3 38 27.6 


14.018 


18 


14 4 14.31 


1.8486 


14 21 13.7 


13.478 1 


19 


13 40 38.53 


1.7406 


3 52 28.2 


14.003 


19 


14 6 5.35 


1.8525 


14 33 39.8 


13.426 


30 


13 43 13.98 


1.7414 


4 6 37.9 


13.987 


30 


14 7 56.53 


1.8664 


14 46 3.8 


12.375 ! 


31 


13 43 57.48 


1.7428 


4 30 36.6 


13.970 


31 


14 9 48.03 


1.8608 


14 58 34.7 


13322 ' 


33 


13 45 43.04 


1.7431 


4 34 34.3 


13.962 


32 


14 11 39.78 


1.8643 


15 10 43.4 


13.268 1 


33 


13 47 36.65 
TU 


1.7438 

ESDA^ 


S. 4 48 30.9 

r 2. 


13.934 


83 


14 13 31.77 
THl 


1.8665 

JRSDA 


S.15 23 56.8 
T 4. 


13.313 ^ 





13 49 11.31 


1.7447 


S. 5 8 16.4 


13.916 





14 15 34.01 


1.8738 


S.15 35 7.9 


13.157 1 


1 


13 50 56.03 


1.7466 


5 16 10.8 


13.897 


1 


14 17 16.51 


1.8n« 


15 47 15.6 


13.100 ' 


3 


13 53 40.83 


1.7470 


6 30 4.1 


13.876 


3 


14 19 9.38 


1.8816 


15 59 19.9 


VUM 1 


3 


13 54 35.69 


1.7482 


5 43 56.3 


13.855 


3 


14 31 3.31 


1.8660 


16 11 30.8 


11.986 j 


4 


13 56 10.63 


1.7495 


5 57 47.0 


13.885 


4 


14 33 55.61 


1.8904 


16 33 18.3 


11.928 j 


5 


13 57 55.65 


1.7608 


6 11 36.5 


13.814 


5 


14 34 49.16 


1.8049 


16 35 13.0 


11.867 


6 


13 59 40.75 


1.7523 


6 35 34.7 


13.792 


6 


14 36 43.98 


1.8004 


16 47 8.1 


11.806 ' 


7 


13 1 35.94 


1.7538 


6 39 11.5 


13.770 


7 


14 38 37.07 


L9040 


16 58 48.6 


11.745 1 


8 


13 3 11.33 


1.7554 


6 53 56.9 


13.746 


8 


14 30 31.45 


1.9087 


17 10 31.4 


11.682 1 


9 


13 4 56.60 


1.7571 


7 6 40 9 


13.720 


9 


14 33 36.13 


1.9135 


17 S3 10.4 


11US18 1 


10 


13 6 43.07 


1.7588 


7 30 33.3 


13.603 


10 


14 34 31.07 


1.9182 


17 33 45.6 


11354 


11 


13 8 37.65 


1.7606 


7 34 4.1 


13.667 


11 


14 36 16.31 


1.9230 


17 45 16.9 


11.492 


13 


13 10 13.34 


1.7024 


7 47 43.8 


18.641 


18 


14 38 11.85 


1.9279 


17 56 44.4 


11.426 ' 


13 


13 11 59.14 


1.7643 


8 1 80.9 


13.618 


13 


14 40 7.69 


ia»30 


18 8 7.9 


11.356 1 


14 


13 13 45.06 


1.7662 


8 14 56.8 


13.664 


14 


14 43 3.83 


1.9881 


18 19 37.3 


11.290 1 


15 


13 15 31.09 


1.7682 


8 38 31.0 


13.554 


15 


14 44 0.36 


1.0482 


18 30 43.6 


11320 


16 


13 17 17.34 


1.7702 


8 43 3.3 


13.524 


16 


14 45 57.00 


1.9482 


18 41 53.7 


11.160 


17 


13 19 3.53 


1.7725 


8 55 33.8 


13.498 


17 


14 47 54.05 


1.9583 


18 53 0.6 


11.060 


18 


13 30 49.94 


1.7748 


9 9 3.5 


13.461 


18 


14 49 51.41 


1.9666 


19 4 3.3 


11.010 


19 


13 33 36.50 


l.Tn2 


9 33 39.3 


13.429 


19 


14 51 49.09 


1.9689 


19 15 1.7 


10338 


30 


13 34 33.30 


1.7795 


9 35 54.0 


13.897 


80 


14 53 47.09 


1.9e88 


19 86 55.7 


10368 


31 


13 36 10.04 


1.7819 


9 49 16.9 


13.864 


21 


14 55 45.41 


1.9747 


19 36 45.8 


10.786 


33 


13 37 57.03 


1.7844 


10 3 37.7 


13.330 


22 


14 57 44.05 


1.0601 


19 47 30.8 


10.712 


33 


13 39 44 16 


1.7870 


10 15 56.4 


13.298 


23 


14 59 43.03 


1.9667 


19 58 10.6 


10 635 


34 


13 31 31.46 


1.7897 


S.IO 39 13.9 


13.207 


84 


15 1 43.33 


1.9914 


S.80 8 46.4 


10360 



VI. 



SEPTEMBER, 1856. 



151 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Ihoop. 




DUt 
forlm. 




DUt. 
forlm. 


Hour. 




Dur. 

forlm. 


DacUmUion. 


DHL 
forlm. 




Fl 


UDAY 


5. 






SUNDAY 


7. 






h. m. t. 


1. 


O f If 


u 




h. m. 0. 


t. 


O 1 » 


II 





15 1 42 33 


1J914 


S.20 8 46.4 


10.000 





16 44 15.84 


9.3873 


s.26 45 46.1 


0449 


1 


15 3 41.96 


iMm 


20 19 17.6 


10.490 


1 


16 46 33.25 


3.3983 


26 51 15.1 


5417 


9 


15 5 41.93 


uxm 


20 29 44.0 


10.401 


2 


16 48 51.02 


9.3993 


26 66 36.2 


5.364 


3 


15 7 42.23 


iMflB 


20 40 5.6 


10J90 


3 


16 51 9.16 


94054 


27 1 49.4 


5.153 


4 


15 9 42.88 


%01U 


20 50 22.3 


10.930 


4 


16 53 27.67 


94114 


27 6 64.4 


0416 


5 


15 11 43.88 


Uim 


21 34.0 


10.106 


5 


16 55 46.53 


94173 


27 11 61.2 


4.876 


e 


15 13 45.22 


U}M\ 


21 10 40.8 


vuni 


6 


16 58 5.74 


94333 


27 16 39.7 


4.740 


7 


15 15 46.91 


S.0tlO 


21 20 42.5 


9.987 


7 


17 25.30 


94390 


27 21 19.9 


4401 


8 


15 17 48.95 


94010 


21 30 39.1 


OJOl 


8 


17 2 45.21 


94348 


27 25 61.7 


4400 


9 


15 19 51.35 


3.0480 


21 40 30.5 


0.819 


9 


17 5 5.47 


94405 


27 30 15.0 


4416 


10 


15 21 54.12 


S4M90 


21 50 16.6 


0.798 


10 


17 7 26 07 


94403 


27 34 29.8 


4.176 


11 


15 23 57.25 


S4U0 


21 50 57.5 


9.038 


11 


17 9 47.01 


94016 


27 38 36.0 


4480 


Id 


15 26 0.73 


9.0010 


22 9 33.1 


0.048 


12 


17 12 8.29 


94075 


27 42 33.5 


8486 


13 


15 28 4.57 


9.0070 


22 19 3.2 


0.407 


13 


17 14 29.91 


94030 


27 46 22.4 


8.743 


14 


15 30 8.77 


9.0710 


22 28 27.8 


0.304 


14 


17 16 51.85 


94004 


27 50 2.6 


8404 


15 


15 32 13.33 


9.0700 


22 37 46.8 


9.909 


15 


17 19 14.10 


94735 


27 53 33.7 


8447 


16 


15 34 18.26 


9.0051 


22 47 0.1 


0.176 


16 


17 21 36 67 


34786 


27 56 66.0 


8496 


17 


15 36 23.56 


94019 


22 66 7.7 


0.092 


17 


17 23 59.56 


94843 


28 9.3 


8.140 


18 


15 38 29.22 


9^0074 


23 5 9.7 


8.084 


18 


17 26 22.77 


94805 


28 3 13.7 


9406 


19 


15 40 35.25 


9.1080 


23 14 5.8 


8487 


19 


17 28 46.29 


94945 


28 6 9.0 


9446 


20 


15 42 41.66 


9.1000 


23 22 56.0 


8.780 


20 


17 31 10.11 


94804 


28 8 65.1 


9401 


21 


15 44 48.44 


9.1109 


23 31 40.1 


8480 


21 


17 33 34.21 


9.4043 


28 11 31.9 


9437 


22 


15 46 55.60 


9.199ft 


23 40 18.2 


8460 


22 


17 35 58.61 


3.4003 


28 13 59.5 


9483 


23 


15 49 3.14 
SAl 


9.19B8 
'UBDA 


S.23 48 50.3 
lY 6. 


6.484 


23 


17 38 23.31 
MO 


3.4141 

iNDAl 


S.28 16 17.8 
' 8. 


9496 





15 51 11.06 


9.1909 


S.23 67 16.2 


8.979 





17 40 48.30 


34180 


S.28 18 26.7 


9471 


1 


15 53 19.36 


9.1410 


24 5 35 8 


8.9T4 


1 


17 43 13 57 


94980 


28 20 26.2 


1413 


9 


15 55 28.04 


9.1478 


24 13 49.1 


8.108 


2 


17 45 39.11 


94376 


28 22 16.2 


1.703 


3 


15 57 37.10 


9.1A49 


24 21 56.1 


8.003 


3 


17 48 4.91 


94831 


28 23 66.6 


1400* 


4 


15 59 46.54 


9.1000 


24 29 56.7 


7.960 


4 


17 50 30.97 


34863 


28 25 27.5 


1434 


5 


16 1 56.37 


9.1070 


24 37 60.7 


7.845 


5 


17 52 57.27 


94405 


28 26 48.7 


1473 


6 


16 4 6.57 


9.1733 


24 45 38.1 


7.734 


6 


17 56 23.82 


94445 


28 28 0.2 


1.113 


7 


16 6 17.16 


9.1790 


24 53 18.8 


7433 


7 


17 67 60.61 


9.4485 


S8 29 2.0 


0447 


8 


16 8 28.14 


9.18» 


25 52.8 


7411 


8 


18 17.64 


94035 


28 29 63.9 


0.786 


9 


16 10 39.50 


9.1096 


25 8 20.0 


7498 


9 


18 2 44.91 


94065 


28 30 36.0 


0433 


10 


16 12 51.25 


9.1001 


25 15 40.4 


7484 


10 


18 6 12.42 


94003 


28 31 8.3 


0400 


11 


16 15 3.39 


9.9000 


25 22 53.8 


7.107 


11 


18 7 40.13 


94036 


28 31 30.6 


0.380 


12 


16 17 15.93 


9.91i9 


25 30 0.3 


7400 


12 


18 10 8.04 


9.4070 


28 31 42.9 


0.130 


13 


16 19 28.85 


9.9186 


25 36 59.7 


0433 


13 


18 12 36.16 


94704 


28 31 45.1 


^0440 


14 


16 21 42.15 


9.9918 


25 43 51.9 


0413 


14 


18 15 4.48 


34736 


28 31 37.3 


^0413 


15 


16 23 55.82 


9.9S10 


25 50 37.0 


8491 


15 


18 17 33.00 


94770 


28 31 19.4 


0483 


16 


16 26 9.87 


9.9378 


25 57 14.8 


0467 


16 


18 20 1.71 


94800 


28 30 61 3 


0454 


17 


16 28 24.30 


9.9437 


26 3 45.2 


8443 


17 


18 22 30.68 


94837 


28 30 13.0 


0.731- 


18 


16 30 39.11 


9.9001 


26 10 8.1 


0433 


18 


18 24 59.61 


94853 


28 29 24.6 


0403 


19 


16 32 54.30 


9.9000 


26 16 23.6 


0.196 


19 


18 27 28.81 


94878 


28 28 25.9 


1404 


20 


16 35 9.87 


9.9897 


26 22 31.5 


0400 


20 


18 29 58.17 


94006 


28 27 16.9 


1486 


21 


16 37 25.81 


9.9080 


26 28 31.7 


6.041 


21 


18 32 27.69 


94800 


28 25 67.6 


140T 


22 


16 39 42.12 


9.9700 


26 34 24.3 


819 


22 


18 34 57.36 


94000 


28 24 28.0 


1480 


23 


16 41 58.80 


9.9810 


26 40 9.1 


0483 


23 


18 37 27.15 


940n 


28 22 48.0 


1.753 


24 


16 44 15.84 


9.9879 


S.26 45 46.1 


0449 


24 


18 39 57.07 


94997 


S.28 20 67.6 


1438 



152 



SEPTEMBER, 1856. 



VII. 



GREENWICH MEAN TIME. 


THE M00N*8 RIGHT ASCENSION AND DECLINATION. 


Uoar. 


Right Afloeiuloa. 


INS. 
forlm. 


DeoHnfttkm. 


Difl: 

forlm. 


Honr. 


Bight AMendoD. 


Dlff. 
fbrlm. 


DtnHnatlon, 


una. 
fl>rliii.| 




TUESDAY 9. 






THURSDAY 11. 


1 




h. m. t. 


t. 


O 1 It 


N 




b. m. f. 


f. 


o # » 


• 





18 39 67.07 


9.4997 


S.28 20 57.6 


1.996 





90 40 3.97 


94040 


S.93 97 91.5 


M.1BI 


1 


18 42 27.11 


2Mn 


28 18 56.8 


9.100 


1 


90 49 31.02 


94610 


93 17 5.3 


10480 


3 


18 44 57.26 


3.fiOSS 


28 16 45.5 


9.774 


2 


20 44 58.59 


94061 


23 6 39.6 


10401 


3 


18 47 27.51 


9.M49 


28 14 23.8 


9.449 


3 


90 47 25.98 


94000 


22 56 4.5 


10464 


4 


18 49 57.85 


9JX)65 


28 11 51.6 


9.aa 


4 


90 49 53.18 


34016 


22 45 20.0 


10419 


5 


18 52 28.28 


3.0081 


28 9 8.9 


9J01 


5 


90 59 90.18 


94490 


22 34 26.2 


104T6 


6 


18 54 58.81 


9.a006 


28 6 15.6 


9JT6 


6 


90 54 46.99 


94409 


22 23 23.1 


11.190 


7 


18 57 29.42 


%sim 


28 3 11.8 


9.161 


7 


90 57 13.60 


94418 


22 12 10.8 


11.989 


8 


19 0.10 


S.61I7 


27 59 57.4 


t.177 


8 


90 59 40.01 


94980 


22 40.5 


11499 


9 


19 2 30.82 


%5l7t 


27 56 32.5 


9.009 


9 


91 9 6.92 


94S09 


91 40 19.1 


11460 


10 


19 5 1.57 


%tm 


27 52 57.0 


9^060 


10 


21 4 32.23 


94817 


91 37 39.7 


11.791 


11 


19 7 32.41 


3.A14S 


27 49 10.9 


9.887 


11 


21 6 58.03 


94984 


91 25 51.5 


11479 


19 


19 10 3.29 


9.6100 


27 45 14.2 


4489 


12 


21 9 23.63 


94900 


21 13 54.6 


19431 


13 


19 12 34.21 


9.61A3 


27 41 6.9 


4.911 


13 


21 11 49.02 


9431S 


21 1 48.9 


19.167 


14 


19 15 5.14 


9.6107 


27 36 49.0 


4400 


14 


21 14 14.19 


94176 


20 49 34.6 


19419 


15 


19 17 36.08 


9.0106 


27 32 20.6 


440i 


15 


21 16 39.14 


94141 


20 37 11.7 


19499 


16 


19 20 7.03 


9.0106 


27 27 41.6 


4.798 


16 


21 19 3.88 


94106 


20 94 40.4 


19499 


17 


19 22 37.98 


9.0106 


27 22 52.0 


4416 


17 


21 21 28.41 


94073 


90 19 0.7 


19.799 


18 


19 25 8.93 


9.0106 


27 17 51.8 


6493 


18 


21 23 52.73 


94036 


19 59 19.7 


19489 


10 


19 27 39.87 


9.0100 


27 12 41.0 


6.968 


19 


21 26 16.83 


94998 


19 46 16.5 


19406 


20 


19 30 10.79 


9.0100 


27 7 19.7 


6.443 


90 


21 28 40.71 


94903 


19 33 19.1 


19.149 


21 


ia32 41.68 


9.0147 


27 1 47.9 


6419 


21 


21 31 4.37 


949M 


19 19 59.5 


i9.tn 


22 


19 35 12.54 


9.0140 


26 56 5.5 


6.799 


29 


21 33 27.81 


94889 


19 6 38.9 


19411 


23 


19 37 43.36 
WEDI 


9.0U4 

^ESD^ 


S.20 50 12.6 
LY 10. 


6471 


93 


91 35 51.04 
FR 


94806 

IDAY 


S.18 53 10.4 
12. 


19489 





19 40 14.14 


9.0177 


S.26 44 9.1 


6.147 





91 38 14.06 


94818 


s.18 39 34.9 


19499 


I 


19 42 44.87 


9.0118 


26 37 55.1 


6419 


1 


91 40 36.86 


94783 


18 95 50.3 


1X791 


2 


19 45 15.54 


9.0106 


26 31 30.7 


6.494 


9 


91 49 59.44 


94746 


18 11 58.7 


I9.n9{ 


3 


19 47 46.14 


9.0OB5 


26 24 55.8 


6.670 


3 


91 45 91.81 


94708 


17 57 59.6 


14449 


4 


19 50 16.67 


9.0O6S 


26 18 10.4 


6.844 


4 


91 47 43.94 


94608 


17 43 53.1 


14.169 , 


5 


19 52 47.12 


9.0007 


26 11 14.6 


7410 


5 


91 50 5.83 


94677 


17 99 39.3 


14499 ' 


6 


19 55 17.48 


9JAM 


26 4 8.5 


7.188 


6 


91 59 27.49 


94003 


17 15 18.2 


14411 ■ 


7 


19 57 47.75 


9.0088 


25 56 52.0 


7463 


7 


91 54 48.95 


94061 


17 50.0 


14491 I 


8 


20 17.93 


9.4023 


25 40 25.1 


7.097 


8 


91 57 10.21 


94036 


16 46 14.7 


14447 


9 


20 2 48.01 


9.0005 


25 41 47.8 


7.707 


9 


91 59 31.26 


94491 


16 31 39.5 


14.799 1 


I 10 


20 5 17.98 


9U965 


25 34 0.3 


7478 


10 


22 1 52.10 


94406 


16 16 43.5 


14476 


11 


20 7 47.83 


9.4960 


25 26 2.6 


8449 


11 


22 4 12.73 


94438 


16 1 47.7 


14499 


12 


20 10 17.56 


9.4946 


25 17 54.6 


8.310 


19 


22 6 33.15 


94989 


15 46 45.3 


16496 ' 


18 


20 12 47.17 


9.49)4 


25 9 36.5 


8487 


13 


22 8 53.34 


94948 


15 31 36.4 


16499 


< 14 


20 15 16.65 


9.4903 


25 1 8.3 


6464 


14 


22 11 13.33 


94916 


15 16 91.1 


1*411 1 


1 ^* 


20 17 46.00 


9.4881 


24 52 30.1 


8.798 


15 


22 13 33.12 


94980 


15 59.4 


16419 1 


16 


20 20 15.21 


9.4836 


24 43 41.8 


8488 


16 


22 15 52.70 


94947 


14 45 31.6 


16416 < 


17 


20 22 46.27 


9.4831 


24 34 43.6 


9403 


17 


22 18 12.08 


94919 


14 99 57.7 


i64ry 


18 


20 25 13.18 


9.4807 


24 25 35.5 


9418 


18 


22 90 31.26 


94183 


14 14 17.8 


16.7tt 


1 19 


20 27 41.94 


9.4781 


24 16 17.5 


9463 


19 


99 99 50.25 


94147 


18 68 39.1 


16410 , 


90 


20 30 10.54 


9.4703 


94 6 49.7 


9444 


90 


99 95 9.04 


94118 


13 49 40.6 


164a9| 


1 21 


20 32 38.97 


9.4736 


23 57 12.2 


9.706 


91 


99 97 97.65 


94087 


13 96 43.3 


M4M 1 


22 


20 35 7.24 


9.4897 


93 47 25.0 


9466 


99 


99 99 46.07 


94069 


13 10 40.5 


mm 


23 


20 37 35.34 


9.4070 


23 37 28.1 


16490 


93 


99 39 4.29 


94018 


19 54 32.3 


M.M9 


24 


20 40 3.27 


9.4640 


S.93 27 21.5 


10.191 


94 


99 34 99.31 


9.9989 


S.19 38 18.7 


M410 



VIII. 



SEPTEIOBER, 1856. 



153 



GREENWICH MEAN TIME. 




THE MOON'S BIGHT 


ASCENSION AND DECLINATION. 




Oov. 




Dur. 
forlm. 




ma. 

forlm. 


Hour. 


BighlAMeo0km. 


DIff. 
forlm. 


Deelinattoa. 


IHff. 
forlm. 




SAT 


URDA 


Y 13. 






MONDAY 


15. 






h. B. t. 


t. 


O 1 H 


M 




h. m. 1. 


■. 


O 1 » 


If 





88 34 99.31 


imo 


S.19 38 18.7 


16.370 





22 21.80 


9.9989 


N. 1 96 42.8 


18.168 


1 


99 36 40.16 


S.IMO 


19 91 50.0 


16.856 


1 


24 35.59 


9.3966 


1 44 51.0 


18.148 


9 


99 38 57.84 


9J8I1 


12 5 35.9 


16.4a 


9 


26 49.32 


9.3990 


2 3 0.3 


18.133 


3 


99 41 15.34 


S.990S 


11 49 6.9 


16.596 


3 


29 3.08 


9.9995 


2 21 7.8 


18.118 


4 


89 43 39.67 


9.9875 


11 39 33.0 


16.606 


4 


31 16.87 


9.9J00 


9 39 14.3 


18.101 


5 


99 45 40.83 


f.9M 


11 15 54.4 


16.864 


5 


33 30.70 


9.9806 


9 57 19.7 


18.083 


• 


99 48 6.81 


S.9810 


10 59 11.1 


16.760 


6 


35 44.56 


9.9318 


3 15 94.0 


18.061 


7 


99 50 93.63 


9.9n99 


10 49 93.3 


16.888 


7 


37 58.47 


9.9894 


3 33 26.0 


18Un6 


8 


99 59 40.30 


%am6 


10 85 31.1 


16.006 


8 


40 12.45 


9.3837 


3 51 28.3 


]8U>13 


9 


99 54 56.81 


urn 


10 8 34.5 


16.980 





49 96.50 


9.3346 


4 9 28.2 


17.986 


10 


89 57 13.17 


S.97U 


51 33.7 


17.048 


10 


44 40.61 


9.3850 


4 27 26.4 


17.955 


11 


99 50 90.38 


930B8 


34 98.0 


17.114 


11 


46 54.79 


9.9865 


4 45 22.7 


17.938 


18 


93 1 45.43 


9.9664 


17 90.2 


17.179 


19 


40 0.02 


3.3877 


5 3 17.0 


17.886 


18 


93 4 1.34 


9.9641 


7.6 


17.949 


13 


51 23.34 


9.3305 


5 21 0.2 


17.853 


14 


83 6 17.19 


9.9619 


8 49 51.3 


17409 


14 


53 37.75 


941408 


5 38 50.2 


17.818 


15 


93 8 39.77 


9.9607 


8 95 31.4 


17.669 


15 


55 52.24 


9.3499 


5 56 47.0 


17.777 


1« 


93 10 48.90 


9.9f7ft 


8 8 8.0 


17^18 


16 


58 6.82 


9.9439 


6 14 32.3 


17.784 


17 


93 13 3.68 


9.96M 


7 50 41.3 


n^9 


17 


1 21.50 


3.9457 


6 32 15.0 


17.660 


18 


93 15 18.04 


9.96IS 


7 33 11.4 


17.535 


18 


1 2 36.29 


9.3473 


6 40 55.0 


17.649 


10 


93 17 34.08 


9.96U 


7 15 38.4 


n.576 


10 


1 4 51.18 


9.3499 


7 7 32.3 


17.866 


00 


93 10 40.11 


9.9490 


6 58 9.4 


17.695 


20 


1 7 6.18 


9.9507 


7 25 6.6 


17.&I6 


91 


93 99 4.03 


9.9478 


6 40 23.5 


n.«78 


91 


1 9 21.28 


9.3537 


7 42 37.8 


17.496 


80 


93 94 18.85 


%9m 


6 99 41.8 


n.7i8 


22 


1 11 36.50 


9.3547 


8 0'5.9 


17.443 


83 


93 96 83.57 
SUl 


9.9446 

C«)AY 


S. 6 4 57.5 
14. 


17.769 


93 


1 13 51.84 
TUI 


9.3566 

:SDAY 


N 8 17 30.7 
16. 


17.387 





83 88 48.10 


9.9499 


S. 5 47 10.6 


17.808 





1 16 7.30 


9.9667 


N 8 34 59.1 


17.897 


1 


83 31 8.79 


9.9414 


5 90 91.4 


17.841 


1 


1 18 92.89 


9.3600 


8 59 0.0 


17.366 


8 


83 33 17.16 


9.9M8 


5 U 99.9 


17.876 


9 


1 20 38.61 


9.3099 


94.1 


17.306 


3 


83 35 31.51 


9.9689 


4 53 36.3 


17.918 


3 


1 22 54.46 


9.9653 


96 34.5 


17.143 


4 


83 37 45.78 


9.9688 


4 85 40.6 


17.048 


4 


1 25 10.46 


9.9678 


43 41.0 


njne 


5 


83 80 50.00 


9.9666 


4 17 43.1 


17J78 


5 


1 27 96.61 


9.9706 


10 43.5 


nM» 


6 


83 49 14.13 


%am 


3 50 43.8 


184»9 


6 


1 99 49.99 


9^780 


10 17 41.9 


16.938 


7 


83 44 98.90 


9.9660 


3 41 42.0 


18.098 


7 


1 31 50.38 


9.3757 


10 34 36.0 


16.868 


8 


93 46 49.91 


9.9663 


3 93 40.5 


18.005 


8 


1 34 16.00 


9.9789 


10 51 95.8 


16.798 





93 48 56.17 


9.9891 


3 5 36.6 


18.076 





1 36 .32.77 


9.9807 


11 8 11.1 


16.717 


10 


93 51 10.07 


9.98U 


9 47 31.5 


18.005 


10 


1 38 40.71 


9.3887 


11 94 51.8 


16.643 


11 


93 53 93.09 


9.9806 


2 90 95.3 


18.119 


11 


1 41 6.81 


9.3867 


11 41 97.8 


16.663 


19 


93 55 37.79 


9.9M 


9 11 18.1 


18.190 


19 


1 43 24.10 


9.3B05 


11 57 50.9 


16.483 


13 


83 57 51.48 


9.9909 


1 53 10.0 


18.149 


13 


1 45 41.56 


3.9994 


12 14 25.6 


16.890 


14 


^0 5.98 


9.9988 


1 35 1.0 


18.159 


14 


1 47 59.20 


9.9967 


19 30 47.0 


16.816 


15 


8 18.04 


9.9985 


1 16 51.6 


18.169 


15 


1 50 17.03 


9.9987 


19 47 3.3 


16.998 


16 


4 39.64 


9.998S 


58 41.6 


18.179 


16 


1 52 35.03 


9J0I8 


13 3 14.3 


16.141 


17 


6 46.32 


9.9978 


40 31.1 


18.170 


17 


1 54 53.24 


2.8047 


13 10 90.0 


16460 


18 


8 50.07 


9.9378 


92 20.3 


16.189 


18 


1 57 11.62 


9.30n 


13 35 20.2 


15.968 


10 


U 13.61 


9.9978 


S. 4 0.4 


18.189 


19 


1 50 30.19 


9.8109 


13 51 14.8 


15.866 


80 


13 97.95 


9.9375 


N. 14 1.5 


18.189 


20 


2 1 48.96 


3.8147 


14 7 3.7 


15.768 


81 


15 40.00 


9.9174 


32 12.3 


18.180 


21 


9 4 7.94 


3.3179 


14 22 46.8 


15.668 


89 


17 54.55 


9.9375 


50 22.9 


18.174 


22 


9 6 97.12 


9.8915 


14 38 23.0 


15.560 


83 


90 8.21 


9.9978 


1 8 33.1 


18.187 


23 


2 8 46.51 


3.3248 


14 53 55.1 


15.471 


84 


99 91.80 


9.9989 


N. 1 26 42,8 


18.158 


24 


9 11 6.10 


3.8980 


N.15 20.4 


15.870 



20 



154 



SEPTEMBER, 1856. 



IX. 









GREENWICH 


MEAN TIME. 






n 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Door. 


Right Aaoeniion. 


Dur. 

for 1 m. 


DecUaation. 


Dur. 
forlm. 


Uoar. 




DUL 
forlm. 




DHL 
forlm. 




WEDNESDAY 17. 


» 




FRIDAY 


19. 






h. m. t. 


■. 


o « 


N 




h. m. f. 


t. 


O 1 » 


• 





2 11 6.10 


3.S980 


N.15 9 20.4 


16J70 





4 7 6.39 


34908 


N.24 68 67.2 


8488 


1 


2 13 25.89 


9Mn 


15 24 39.5 


15.965 


1 


4 9 36.43 


34091 


25 7 33.2 


8414 


2 


2 15 45.90 


9.8S&S 


15 39 52.2 


lft.160 


2 


4 12 6.63 


34047 


26 16 69.0 


8446 


3 


2 18 6.13 


3.9390 


15 54 58.5 


15U)51 


3 


4 14 36.98 


34070 


26 24 14.7 


s.m 


4 


2 20 26.58 


3.3406 


16 9 58.2 


14.939 


4 


4 17 7.47 


34098 


26 32 20.3 


BMB 


5 


2 22 47.25 


3.340-3 


16 24 51.2 


14.899 


5 


4 19 38.10 


34115 


26 40 16.6 


7.885 


6 


2 25 8.13 


3.8496 


16 39 37.5 


14.714 


6 


4 22 8.87 


34146 


25 48 0.6 


IMJ 


7 


2 27 29.23 


3.8084 


16 54 16.9 


14.600 


7 


4 24 39.79 


34168 


25 66 36.4 


7.499 


8 


2 29 50.55 


3.8671 


17 8 49.4 


14.484 


8 


4 27 10.83 


34184 


26 2 60.8 


7493 


9 


2 32 12.09 


3.3009 


17 23 14.9 


14.368 


9 


4 29 41.99 


34908 


26 10 13.9 


7.149 


10 


2 34 33.87 


3.3647 


17 37 33.3 


14.950 


10 


4 32 13.26 


34991 


26 17 17.6 


0.974 


11 


2 36 55.87 


3J0B5 


17 51 44.4 


14.137 


11 


4 34 44.64 


94941 


26 24 10.8 


6.796 


13 


2 39 18.09 


3.3798 


18 5 48.3 


14.004 


12 


4 37 16.13 


34966 


26 30 63.6 


6.098 


13 


2 41 40.54 


3.8761 


18 19 44.8 


18.880 


13 


4 39 47.71 


34371 


26 37 26.6 


0418 


14 


2 44 3.22 


3.8799 


18 33 33.8 


18.754 


14 


4 42 19.38 


34387 


26 43 47.2 


6.379 


15 


2 46 26.13 


3.8887 


18 47 15.2 


13.637 


15 


4 44 51.14 


34999 


26 49 68.2 


0406 


16 


2 48 49.27 


3.387ft 


19 48.9 


13.498 


16 


4 47 22.97 


34811 


26 65 68.6 


6.918 


17 


2 51 12.64 


3.3918 


19 14 14.8 


18.367 


17 


4 49 54.87 


94838 


27 1 48.4 


ft.749 


18 


2 53 36.23 


3.8951 


19 27 32.8 


13.933 


18 


4 52 26.84 


34884 


27 7 27.6 


6404 


19 


2 56 0.05 


3J»e9 


19 40 42.8 


13*101 


19 


4 54 58.87 


34840 


27 12 66.1 


ft48ft 


20 


2 58 24.10 


34097 


19 53 44.8 


19.966 


20 


4 67 30.95 


348A3 


27 18 13.9 


6409 


21 


3 48.38 


3406ft 


20 6 38.7 


19.899 


21 


6 3.07 


34860 


27 23 21.1 


6481 


22 


3 3 12.88 


34108 


20 19 24.3 


19.691 


22 


6 2 35.24 


34864 


27 28 17.6 


4453 


23 


3 5 37.62 
THU 


34148 

RSDA^ 


N.20 32 1.6 
Y 18. 


19.558 


23 


6 6 7.43 
SAT 


3416ft 

URDA 


N27 33 3.4 
Y 20. 


4.074 





3 8 2.60 


34186 


N20 44 30.6 


13415 





6 7 39.63 


34809 


N.27 37 38.6 


4497 


1 


3 10 27.82 


34390 


20 56 51.2 


19.379 


1 


6 10 11.85 


34871 


27 42 2.9 


441ft 


2 


3 12 53.25 


,349ftft 


21 9 3.2 


19.198 


2 


6 12 44.08 


34878 


27 46 16.6 


4.IS8 


3 


3 15 18.90 


34997 


21 21 6.6 


11J89 


3 


6 15 16.32 


34874 


27 60 19.4 


8J0S 


4 


3 17 44.79 


3.4833 


21 33 1.2 


11.888 


4 


6 17 48.56 


34874 


27 64 11.6 


8.779 


5 


3 20 10.90 


34370 


21 44 47.1 


11.688 


5 


6 20 20.78 


34373 


27 67 62.9 


8489 


6 


3 22 37.23 


34407 


21 56 24.2 


11.518 


6 


5 22 52.98 


34368 


28 1 23.6 


8491 


7 


3 25 3.78 


3.4444 


22 7 52.3 


11.393 


7 


5 25 25.16 


34300 


28 4 43.6 


8.9<9 


8 


3 27 30.55 


3.4181 


22 19 11.4 


11.943 


8 


5 27 57.29 


3.ff3M 


28 7 62.7 


8464 


9 


3 29 57.54 


34ftl7 


22 30 21.5 


11.099 





6 30 29.36 


3.5843 


28 10 61.2 


3480 


10 


3 32 24.74 


3.4ftftS 


22 41 22.4 


10.938 


10 


5 33 1.39 


3.5883 


28 13 39.0 


3.707 


11 


3 34 52.16 


34fi88 


22 52 14.0 


10.784 


11 


5 35 33.36 


34894 


28 16 16.1 


3499 


12 


3 37 19.79 


3.4699 


23 2 56.3 


10.696 


12 


5 38 5.27 


34814 


28 18 42.6 


3451 


13 


3 39 47.63 


346ftft 


23 13 29.1 


10466 


13 


5 40 37.11 


34800 


28 20 68.2 


9.179 


14 


3 42 15.66 


3468B 


23 23 52.4 


10.811 


14 


^ 43 8.86 


3.5986 


28 23 3.2 


1496 


15 


3 44 43.89 


S.473I 


23 34 6.4 


10.158 


15 


5 45 40.51 


34909 


28 24 67.6 


14n 


16 


3 47 12.32 


347ftl 


23 44 11.1 


10.001 


16 


5 48 12.07 


34851 


28 26 41.3 


i-ms 


17 


3 49 40.94 


94787 


23 54 6.3 


9.840 


17 


5 50 43.52 


S4388 


28 28 14.4 


1467 


18 


3 52 9.75 


3.4890 


24 3 51.8 


9.6n 


18 


6 63 14.86 


34918 


28 29 37.1 


1.9B1 


19 


3 54 38.76 


34849 


24 13 27.5 


9.518 


19 


6 55 46.08 


94194 


28 30 49.2 


l.IU 


20 


3 57 7.94 


34877 


24 22 63.3 


9.848 


20 


6 68 17.18 


34173 


28 31 60.7 


0.986 


21 


3 59 37.29 


34808 


24 32 9.2 


9.183 


21 


6 48.15 


34148 


28 32 41.6 


0.76D 


22 


4 2 6.82 


34936 


24 41 15.2 


9.017 


22 


6 3 18.96 


34133 


28 33 22.0 


0466 


23 


4 4 36.52 


3.4968 


24 50 11.2 


8.850 


23 


6 5 49.62 


34098 


28 33 62.0 


0416 


24 


4 7 6.39 


3.4993 


N.24 58 57.2 


8.685 


24 


6 8 20.13 


34078 


N.28 34 11.7 


C.949 



X. 



SEPTEMBER, 1856. 



155 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 


Blgbl Aaeeniioii. 


Ibrlm. 


SMUnattOD. 


DUL 
forlm. 


Hoar. 


BighlAfoeukm. 


DUL 
forlm. 




DUt. 
forlm. 




su. 


NDAY 


21. 






TUESDAY 23. 






b. m. ■. 




O 1 N 


» 




h. m. 1. 


1. 


o 1 ir 


» 





6 8 20.13 


N^ 34 11.7 


0.349 





8 3 37.41 


3J9669 


N.25 41 25.0 


7.000 


1 


6 10 50.48 


2Mii 


28 34 21.0 


0.009 


1 


8 5 53.23 


3.3006 


25 34 18.3 


7. no 


3 


6 13 20.68 


2M\& 


28 34 19.9 


0.104 


2 


8 8 8.67 


3.3544 


26 27 4.2 


7.399 


3 


6 15 50.63 


3.4865 


28 34 8.5 


0.976 


3 


8 10 23.73 


3.3479 


25 19 42.6 


7.431 


4 


6 18 20.44 


3.4MS 


28 33 46.7 


0.447 


4 


8 12 38.38 


3.3410 


25 12 13.8 


7.549 


5 


6 20 50.05 


3.4990 


28 33 14.8 


0.017 


6 


8 14 52.62 


3.3847 


25 4 37.7 


7.609 


6 


6 23 19.45 


3.4866 


28 32 32.7 


0.787 


6 


8 17 6.52 


3.3383 


24 66 54.4 


7.781 


7 


6 25 48.66 


3U850 


28 31 40.4 


0.966 


7 


8 19 20.02 


3.3917 


24 49 4.1 


7.880 


8 


6 28 17.65 


3.4613 


28 30 38.0 


1.138 


8 


8 21 33.12 


3.9161 


24 41 6.7 


84)15 


9 


6 30 46.41 


3.4T76 


28 29 25.6 


1.390 


9 


8 23 45.83 


9.3085 


24 33 2.4 


8.130 


10 


6 33 14.95 


3.4788 


28 28 3^ 


1.497 


10 


8 25 58.14 


3.9019 


24 24 51.2 


8.348 


11 


6 35 43.26 


3.4006 


28 26 30.8 


1.033 


11 


8 28 10.06 


3.1958 


24 16 33.2 


6.350 


12 


38 11.32 


34066 


28 24 48.4 


1.788 


12 


8 30 21.59 


3.1688 


24 8 8.6 


8.465 


* 13 


6 40 30.13 


3.4014 


28 22 56.2 


1.954 


13 


8 32 32.72 


3.1694 


23 59 37.4 


8.075 


14 


6 43 6.69 


3.4«79 


28 20 54.2 


3.119 


14 


8 34 43.47 


3.1769 


23 50 59.6 


6.084 


15 


6 45 34.00 


3.4099 


28 18 42.2 


3.389 


16 


8 36 53.83 


3.1084 


23 42 15.3 


8.799 


16 


6 48 1.04 


3.4460 


28 16 20.5 


3.443 


16 


8 39 3.80 


3.1699 


23 33 24.6 


8.896 


17 


6 50 27.80 


3.4480 


28 13 49.3 


3.009 


17 


8 41 13.38 


3.166S 


23 24 27.6 


9.008 


18 


6 52 54.29 


3.4803 


28 11 8.5 


3.761 


18 


8 43 22.56 


3.1498 


23 15 24.3 


9.107 


19 


6 55 20.50 


3.4044 


28 8 18.0 


3.919 


19 


8 45 31.36 


3.1433 


23 6 14.8 


9.910 


20 


6 57 46.42 


3.4306 


28 5 18.1 


8.077 


20 


8 47 39.77 


3.1371 


22 56 59.2 


9.811 


21 


7 12.05 


3.4348 


28 2 8.7 


3.984 


21 


8 49 47.80 


3.1305 


22 47 37.5 


9.419 


22 


7 2 37.39 


3.4196 


27 58 49.9 


3.890 


22 


8 51 55.44 


3.1343 


22 38 9.9 


9.610 


23 


7 5 2.42 
MO 


3.4147 

NDAY 


N.27 55 21.9 
22. 


3.545 


23 


8 54 2.70 
WEDI 


3.1177 


N.22 28 36.4 
LY 24. 


9.008 





7 7 27.13 


3.4000 


N.27 51 44.6 


S.099 





8 56 9.57 


3.1113 


N.22 18 67.0 


0.705 


1 


7 9 51.55 


3.4043 


27 47 58.1 


3.853 


1 


8 68 16.06 


3.1060 


22 9 11.9 


9.800 


2 


7 12 15.64 


3.8086 


27 44 2.6 


4.004 


2 


9 22.17 


3.0886 


21 59 21.1 


9.894 


3 


7 14 39.40 


3.8088 


27 39 57.9 


4.154 


3 


9 2 27.90 


QJ»M 


21 49 24.7 


9.966 


4 


7 17 2.84 


3.8878 


27 35 44.2 


4JX» 


4 


9 4 33.26 


3.0663 


21 39 22.8 


104)77 


5 


7 19 55.94 


3.8838 


27 31 21.6 


4.460 


5 


9 6 38.25 


3.0800 


21 29 15.4 


10.167 


6 


7 21 48.70 


3.8767 


27 26 50.2 


4Mn 


6 


9 8 42.86 


furm 


21 19 2.7 


10.366 


7 


7 24 11.14 


3.8710 


27 22 10.0 


4.743 


7 


9 10 47.09 


3UM74 


21 8 44.7 


10.344 


8 


7 26 33.23 


3.8609 


27 17 21,0 


4.888 


8 


9 12 50.96 


34)613 


20 68 21.4 


10.433 


9 


7 28 54.97 


3JI004 


27 12 23.2 


5.089 


9 


9 14 54.45 


34)553 


20 47 52.8 


10.519 


10 


7 31 16.36 


3.8030 


27 7 16.8 


5.176 


10 


9 16 57.68 


3.0499 


20 37 19.1 


10.004 


11 


7 33 37.40 


3.3477 


27 2 2.0 


5.317 


11 


9 19 0.35 


34)439 


20 26 40.4 




12 


7 35 58.08 


3.8418 


26 56 38.8 


5.467 


12 


9 21 2.76 


94)873 


20 15 56.8 


10.708 


13 


7 38 18.41 


3.8866 


26 51 7.2 


5.607 


13 


9 23 4.82 


34)314 


20 5 8.3 


10.860 


14 


7 40 38.37 


3.8990 


26 45 27.2 


5.737 


14 


9 25 6.53 


34)955 


19 54 14.9 


10.981 


15 


7 42 57.96 


3.8384 


26 39 38.8 


5.876 


15 


9 27 7.88 


94)196 


19 43 16.7 


114)11 


16 


7 45 17.18 


3J179 


26 33 42.2 


0.011 


16 


9 29 8.88 


94)137 


19 32 13.8 


114)89 


17 


7 47 36.03 


3.3110 


26 27 37.6 


6.146 


17 


9 31 9.53 


94)079 


19 21 6.2 


11.105 


18 


7 49 54.61 


3.8048 


26 21 25.1 


6.978 


18 


9 33 9.83 


34)033 


19 9 54.1 


11.340 


19 


7 52 12.61 


3.3985 


26 15 4.6 


6.410 


19 


9 35 9.79 


1.9966 


18 58 37.5 


11.314 


20 


7 54 30.33 


3.3939 


26 8 36.2 


6.540 


20 


9 37 9.42 


1.9910 


18 47 16.5 


11.386 


21 


7 56 47.67 


3.9856 


26 1 59.9 


6.660 


21 


9 39 8.71 


1.9804 


18 35 51.1 


11.460 


22 


7 59 4.63 


3.3796 


25 55 15.8 


6.797 


22 


9 41 7.66 


1-9799 


18 24 21.4 


11.531 


23 


8 1 21.21 


3.3783 


25 48 24.2 


6.934 


23 


9 43 6.29 


1.9745 


18 12 47.5 


11401 


24 


8 3 37.41 


3.3609 


N.25 41 25.0 


74)00 


24 


9 45 4.60 


1.9091 


N.18 1 9.4 


11.670 



156 



SEPTEMBER, 1856. 



XI. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT ASCENSION AND DECLINATION. 




Hoar. 




VUL 
Ibrlm. 


«^ 


Diff. 
forlm. 


Hoar. 


Bight AKitilo.. 


Difl: 
forlm. 




dm: 

ftrlm. 






THURSDAY 25. 






SATURDAY 27. 








h. m. 1. 


1. 


O 1 » 


N 




h. n. ■. 


f. 


o t u 


• 







45 4.60 


l.Mii 


N.18 1 9.4 


11470 





11 14 96.66 


1.TJ06 


N. 7 40 30.6 


lojn 




1 


9 47 9.59 


IMTt 


17 49 97.9 


11.738 


1 


11 16 13.30 


1.7701 


7 96 40.0 


10J07 




9 


49 0.95 


1.M0I 


17 37 40.9 


11404 


9 


11 17 59.80 


1.TJ06 


7 19 48.0 


10400 




3 


50 57.59 


1.90aO 


•17 95 50.7 


11400 


3 


11 19 46.17 


1.7710 


6 58 54.5 


I0JO9 




4 


59 54.61 


1.M1B 


17 13 56.6 


11404 


4 


11 91 39.40 


1.7000 


6 44 59.8 


10499 




5 


9 54 51.33 


IMtl 


17 1 58.6 


11409 


5 


11 93 18.50 


1.7070 


6 31 3.9 


10J041 




6 


9 56 47.75 


i4sn 


16 40 56.7 


19468 


6 


11 95 4.48 


1.7068 


6 17 6.9 


10400 




7 


9 58 43.86 


1.0BS7 


16 37 51.1 


19.193 


7 


11 96 50.34 


1.7010 


6 3 8.8 


10470 




8 


10 39.67 


1.99T7 


16 95 41.9 


19.183 


8 


11 98 36.08 


1.7018 


5 49 9.5 


10407 







10 9 35.18 


1.9»7 


16 13 99.1 


19444 


9 


11 30 91.70 


1.7604 


5 35 9.9 


14414 




10 


10 4 30.39 


1.0178 


16 1 19.7 


19400 


10 


11 39 7.91 


1.7070 


5 91 7.9 


14400 




11 


10 6 95.31 


1.0110 


15 48 59.8 


19481 


11 


11 33 59.69 


1.7600 


5 7 5.7 


14444 




19 


10 8 10.95 


1.0009 


15 36 99.5 


19.416 


19 


11 35 37.93 


1.7648 


4 53 9.7 


14400 




13 


10 10 14.30 


1.0006 


15 94 9.8 


19.471 


13 


11 37 93.14 


1.700T 


4 38 58.8 


14479 




14 


10 19 8.37 


14068 


15 11 39.8 


19497 


14 


11 39 8.96 


1.7019 


4 94 54.1 


14406 




16 


10 14 9.16 


140M 


14 58 50.6 


19480 


15 


11 40 53.99 


1.7407 


4 10 48.7 


14407 




16 


10 15 55.68 


1.6807 


14 46 93.9 


194N 


16 


11 49 38.93 


1.7483 


3 56 49.5 


14.M0 




17 


10 17 48.93 


14669 


14 33 43.7 


19484 


17 


11 44 93.09 


1.7400 


3 49 35.7 


14.118 




18 


10 19 41.91 


14606 


14 91 1.1 


19.786 


18 


11 46 7.87 


1.7467 


3 98 98.3 


14.198 




19 


10 91 34.63 


14706 


14 8 15.6 


19.784 


19 


11 47 59.58 


1.7440 


3 14 90.3 


14.107 




90 


10 93 97.10 


147» 


13 55 97.1 


19483 


90 


11 49 37.99 


1.7406 


3 11.8 


U.146 




91 


10 95 19.31 


14061 


13 49 35.7 


19461 


91 


11 51 91.79 


1.7496 


9 46 9.9 


14.109 




99 


10 97 11.97 


140» 


13 99 41.4 


19.096 


99 


11 53 6.31 


1.7416 


9 31 53.6 


14.160 




93 


10 90 9.96 
FB 


140» 

IDAY 


N.13 16 44.3 
26. 


19474 


98 


11 54 50.77 

SUI 


1.7400 

WAY 


N. 9 17 43.9 
28. 


MJOO 







10 30 54.44 


iMm 


N.13 3 44.5 


11490 





11 56 35.17 


1.7000 


N. 9 3 33.8 


M.I1D 




1 


10 39 45.67 


1.8118 


19 50 49.0 


10484 


1 


11 58 10.59 


1.7088 


1 49 93.4 


14.176 




9 


10 34 36.66 


14170 


19 37 36.9 


10.106 


9 


19 3.83 


1.7081 


1 35 19.8 


M.I79 




3 


10 36 97.41 


1.8441 


19 94 99.3 


10.148 


3 


19 1 48.11 


1.7076 


1 91 9.0 


u.iei 




4 


10 38 17.95 


1.8401 


19 11 19.1 


10.180 


4 


19 3 39.35 


1.7000 


1 6 51.1 


14. M3 




5 


10 40 8.96 


1.8M7 


11 58 6.5 


104K> 


5 


19 5 16.55 


1.7000 


59 40.1 


14.104 







10 41 58.35 


i.8ni 


11 44 51.4 


tt.971 


6 


19 7 0.71 


1.7000 


38 99.0 


14.106* 




7 


10 43 48.99 


i.a»6 


11 31 34.0 


10410 


7 


19 8 44.85 


1.7004 


94 17.9 


14.186 




8 


10 45 37.88 


1.8060 


11 18 14.3 


18447 


8 


19 10 98.97 


1.7001 


N. 10 6.8 


14.104 




9 


10 47 97.39 


1.0904 


11 4 59.4 


10484 


9 


19 19 13.08 


1.7000 


S. 4 4.3 


14.103 




10 


10 49 16.56 


1.0100 


10 51 98.3 


10.490 


10 


19 13 57.18 


l.7t# 


18 15.9 


14.101 




11 


10 51 5.60 


14107 


10 38 9.1 


10.466 


11 


19 15 41.97 


1.7147 


39 95.9 


14.170 




19 


10 59 54.45 


14106 


10 94 33.8 


10.480 


19 


19 17 95.35 


L70«O 


46 36.3 


14.170 




13 


10 54 43.11 


140M 


10 11 3.5 


13499 


13 


19 19 9.49 


1.7000 


1 46.5 


14.108 




14 


10 56 31.56 


14000 


57 31.9 


10466 


14 


19 90 53.50 


1.7040 


1 14 56.4 


14.109 




15 


10 58 10.85 


14009 


9 43 56.9 


10487 


15 


19 99 37.59 


1.7040 


1 99 5.9 


14.166 




16 


11 7.95 


14001 


30 90.8 


10417 


16 


19 94 91.69 


1.7061 


1 43 15.0 


14.140 




17 


11 1 55.87 


1.7071 


16 49.9 


10447 


17 


19 96 5.80 


1.7060 


1 57 93.7 


14.140 




18 


11 3 43.61 


1.7041 


9 3 3.9 


10470 


18 


19 97 49.99 


1.7880 


9 11 39.0 


14.111 




10 


11 5 31.18 


1.70U 


8 49 91.7 


10.706 


19 


19 99 34.07 


1.7000 


9 95 39.7 


14.190 




90 


11 7 18.59 


1.7007 


8 35 38.6 


10.709 


90 


19 31 18.94 


1.7008 


9 39 46.8 


14.110 




91 


11 9 5.84 


1.7000 


8 91 53.9 


10.708 


91 


19 33 9.45 


1.71T0 


9 53 53.3 


14.100 




99 


11 10 59.04 


1.7007 


8 8 7.7 


10.784 


99 


19 34 46.69 


l.70n 


3 7 59.1 


14400 




93 


11 19 39.88 


1.7000 


7 54 10.9 


10400 


93 


19 36 30.97 


1.7003 


3 99 4.9 


14470 




94 


11 14 96.66 


1.7706 


N. 7 40 30.6 


13413 


94 


19 38 15.99 


L70O1 


S. 3 36 8.5 


14401 





XII. 



SEPTEMBER, 1856. 



157 



— - - 1 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 


BighlAmoBion. 


DIff. 
forlm. 




DUL 
forlm. 


Hour. 


BighlAMMMlOII. 


DIff. 
forlm. 




DUt. 
fbrlM. 




MONDAY 29. 






TUESDAY 30. 






h. m. ■. 


0. 


O 1 H 


IT 




b. m. 1. 


1 


u 


o 1 n 


« 





13 38 15.29 


1.7391 


S. 3 36 8.5 


14.066 





IS 20 21.53 




1.7768 


S. 9 8 6.3 


18.636 


1 


12 39 59.66 


1.7389 


3 50 12.0 


144)63 


1 


13 22 8.15 




1.7781 


9 31 36.6 


18.493 


3 


12 41 44.08 


1.7407 


4 4 14.7 


144)68 


3 


13 23 54.91 




1.7806 


9 35 5.0 


18.466 


3 


12 43 28.55 


1.7416 


4 18 16.5 


144R3 


3 


13 25 41.81 




1.7880 


9 48 31.5 


13.434 


4 


12 45 13.07 


1.749fl 


4 32 17.4 


lAJOm 


4 


13 27 28.87 




1.7866 


10 1 55.9 


18.889 


5 


12 46 57.66 


1.7416 


4 46 17.3 


UMO 


5 


13 29 16.08 




1.7883 


10 15 18.3 


18J64 





12 48 42.30 


1.7447 


5 16.1 


11.973 


6 


13 31 3.43 




1.7908 


10 38 38.3 


13318 


7 


12 50 27.02 


1.74A9 


5 14 13.8 


11.964 


7 


13 32 50.96 




1.7916 


10 41 56.3 


13.381 


8 


12 52 11.81 


1.7472 


5 38 10.4 


11.965 


8 


13 34 38.65 




1.7963 


10 55 13.0 


18.348 


9 


12 53 56.68 


1.7487 


5 42 5.9 


11.916 


9 


13 36 26.50 




1.7989 


11 8 85.4 


18.908 


10 


12 55 41.64 


1.7801 


5 56 0.2 


11494 


10 


13 38 14.52 




i.8on 


11 31 36.4 


18.168 


11 


12 57 26.68 


1.7516 


6 9 53.2 


11.878 


11 


13 40 2.72 




1.8047 


11 34 45.0 


18.138 


12 


12 59 11.79 


1.7699 


23 44.9 


11.861 


13 


13 41 51.11 




1.8077 


11 47 51.3 


13.083 


13 


13 56.99 


1.7646 


6 37 35.3 


11.838 


13 


13 43 39.67 




1.8107 


13 55.1 


18.043 


14 


13 2 42.30 


1*7669 


6 51 34.3 


113)4 


14 


13 45 28.42 




1.8118 


12 13 56.3 


13.999 


15 


13 4 27.72 


1.7678 


7 5 11.8 


11.778 


15 


13 47 17.35 




1.8171 


12 26 54.8 


13JK6 


10 


13 6 13.24 


1.7094 


7 18 67.7 


11.763 


16 


13 49 6.48 




1.8304 


12 39 50.7 


13.911 


17 


13 7 58.86 


1.7613 


7 32 42.1 


11.736 


17 


13 50 55.81 




1.8387 


12 52 43.9 


13.866 


18 


13 9 44.59 


1.7663 


7 46 35.1 


11.700 


18 


13 52 45.33 




1.8370 


13 5 34.4 


13.819 


19 


13 11 30.44 


1.7663 


8 6.3 


U.674 


19 


13 54 35.05 




1.8804 


13 18 22.0 


13.771 


20 


13 13 16.41 


1.7673 


8 13 45.8 


11.647 


30 


13 56 24.98 




1-6388 


13 31 6.8 


13.733 


21 


13 15 2.49 


1.7093 


8 87 33.7 


11.619 


31 


13 58 15.13 




1.8873 


13 43 48.7 


13.675 


22 


13 16 48.71 


1.7716 


8 40 59.7 


11.090 


33 


14 5.48 




1.8407 


13 56 27.7 


13.636 


23 


13 18 35.06 


1.7716 


8 54 33.9 


18.686 


23 


14 1 56.05 




1.8444 


14 9 3.7 


13.676 


24 


13 20 21.53 


1.7788 


S. 9 8 6.3 


11.635 


24 


14 3 46.83 




1.8481 


S.14 21 36.6 


13.634 






PHASE 


S OF TH 


E MOON. 
















Day. h. 


m. 










3> First Quarter, 
O Full Moon, . 




...73 


56 9 










• • • . 


. . . 14 2 


8.5 










C Last Quarter, 
# New Moon, . 




... 30 17 


48 6 










• • • « 


... 28 15 


48.3 














DV. 


h. 










if ADOcee. • 




.... 3 


3.6 










(T PArionA. 




.... 14 


19 8 










€ A 


pogee, • • 




. . . . 3( 


) 


11.3 













158 



SEPTEMBER, 1856. 



XIII. 



GREENWICH MEAN TIME. | 








LUNAR DISTANCES 


. 








^^ 


Btar'i NuM 
and 


Noon. 


p. L. 
of 


nPi. 


P. L 

of 


VIb. 


P.L. 

of 


I». 


P.L. 
of 


J 


PodtloiL 






DUL 




Diff. 




Diff 




DUL 


1 


Sun 


W. 


O 1 N 

33 10 45 


S471 


O 1 II 

23 40 41 


8471 


O 1 II 

25 1 37 


8471 


O » N 

26 22 34 


8471 i 




Mars 


E. 


48 10 37 


830S 


46 46 31 


8808 


45 22 29 


3312 


43 58 31 


8815 1 




Antares 


E. 


66 28 57 


8058 


64 59 56 


8060 


63 30 58 


8C63 


62 2 3 


8066 ' 


s 


Sun 


W, 


33 7 25 


S400 


34 28 24 


8460 


35 49 23 


3469 


37 10 22 


8469 




Mars 


E. 


36 59 32 


8898 


35 35 53 


8899 


34 12 15 


8831 


32 48 39 


8339 




Antares 


E. 


54 38 18 


8077 


53 9 40 


8on 


51 41 2 


8079 


50 12 27 


8079 




a Aqails 


E. 


104 12 45 


8M0 


103 35 


89fiP 


101 48 14 


8950 


100 35 46 


8849 


3 


Sun 


W. 


43 55 31 


846-2 


45 16 38 


8460 


46 37 47 


8468 


47 58 58 


8454 




Mars 


E. 


25 50 58 


8886 


24 27 28 


8886 


23 3 57 


8336 


21 40 27 


8836 




Antares 


E. 


42 49 29 


8on 


41 20 51 


8077 


39 52 13 


8075 


38 23 33 


8079 




a Aqails 


E. 


94 31 40 


8015 


93 18 36 


8919 


92 6 27 


8909 


90 52 16 


8906 


4 


Sun 


W. 


54 45 51 


8486 


56 7 37 


8481 


67 29 8 


8496 


58 50 55 


8491 




Spioa 


W. 


14 59 18 


8078 


16 27 55 


8009 


17 56 42 


8063 


19 25 37 


8056 




Antares 


E. 


30 59 24 


8068 


29 30 23 


8064 


28 1 17 


8048 


36 32 4 


8043 




a Aquile 


E. 


84 45 50 


8903 


83 32 31 


8909 


82 19 14 


8903 


81 5 57 


8906 


5 


Sun 


W. 


65 41 39 


8886 


67 4 12 


8877 


68 26 55 


8868 


60 49 48 


8868 




Spica 


W. 


36 52 23 


8019 


28 23 12 


8011 


29 52 11 


8009 


31 22 21 


9990 




a Aquils 


E. 


75 20 


8996 


73 47 27 


8983 


72 34 41 


8049 


71 23 4 


8050 




Fomalhaut 


E. 


101 9 55 


8334 


99 44 14 


8914 


98 18 22 


8906 


90 52 19 


8196 


6 


Sun 


W. 


76 47 2 


8806 


78 11 6 


8994 


79 35 24 


8989 


80 59 56 


8970 




Spica 


W. 


38 56 3 


9946 


40 27 25 


9938 


41 59 2 


9099 


43 30 53 


9010 




a Aquils 


E. 


65 21 29 


4013 


64 10 2 


4081 


62 58 53 


4060 


61 48 3 


4079 




Fomalhaut 


E. 


89 39 9 


8146 


88 11 54 


8184 


86 44 26 


8194 


85 16 46 


8114 




a Pegasi 


E. 


110 44 53 


8309 


109 20 40 


8989 


107 56 7 


8906 


106 31 14 


8M7 


7 


Sun 


W. 


88 6 33 


8198 


89 32 44 


3184 


90 59 12 


8168 


02 25 50 


8168 




Spica 
Mars 


W. 


51 14 4 


98t6 


52 47 33 


9831 


54 21 31 


9616 


55 55 28 


9801 




W. 


19 48 27 


8096 


21 16 41 


8080 


22 45 15 


8064 


24 14 


8047 




a Aquils 


E. 


55 59 59 


4938 


54 51 65 


4963 


53 44 28 


4809 


52 37 44 


4859 




FomalHaut 


E. 


77 55 7 


8068 


76 26 6 


8047 


74 56 51 


8086 


73 27 23 


8096 1 




a Pegasi 


E. 


99 21 49 


8168 


97 54 56 


3148 


96 27 44 


8181 


05 12 


8114 , 




Jupiter 


E. 


113 20 23 


3805 


HI 46 2 


9790 


no 11 21 


9776 


108 36 31 


9760 

1 


8 


Sun 


W. 


99 44 54 


8067 


101 13 44 


8048 


102 42 57 


8080 


104 13 32 


1 
8011 1 




Spica 
Mars 


W. 


63 51 1 


9793 


65 27 11 


9706 


67 3 43 


9088 


68 40 30 


9673 




W. 


31 44 


995D 


33 15 4 


9941 


34 46 31 


9999 


36 18 33 


9904 ! 




Antares 


W. 


17 56 34 


9799 


19 32 45 


9704 


21 9 19 


9688 


33 46 15 


9971 , 




Fomalhaut 


E. 


65 56 37 


9971 


64 25 48 


9969 


62 54 47 


9069 


61 33 34 


99a 




a Pegasi 


E. 


87 37 34 


8034 


86 8 4 


8019 


84 38 15 


8004 


83 8 7 


9080 ' 




Jupiter 


E. 


100 36 16 


9089 


98 59 12 


9065 


97 21 45 


9648 


05 43 55 


9680 j 





Sun 


W. 


111 46 25 


9916 


113 18 24 


9894 


114 50 50 


9876 


116 33 41 


9866 ' 




Spica 
Mars 


W. 


76 51 10 


9661 


78 30 31 


9663 


80 10 17 


9646 


81 50 38 


9096 ; 




W. 


44 3 35 


9800 


45 37 51 


9789 


47 12 33 


9769 


48 47 41 


9760 




Antares 


W. 


30 56 53 


9880 


32 36 15 


9869 


34 16 2 


9648 


35 56 15 


9696 1 




Fomalhaut 


E. 


53 44 58 


9910 


53 12 52 


9907 


50 40 42 


9006 


49 8 39 


9906 i 




a Pegasi 


E. 


75 32 49 


9918 


74 63 


9906 


72 28 41 


9808 


70 56 13 


9889 ' 




Jupiter 


E. 


87 28 47 


9549 


85 48 82 


9694 


84 7 52 


9606 


82 26 46 


9487 i 

1 


10 


Sun 


W. 


124 14 27 


9768 


125 49 56 


9784 


127 25 51 


9713 


120 3 13 


9004 



xrr. 



SEPTEMBER, 1856. 



159 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 


^4 


Bter«sNaiD0 
and 


Midnight. 


PL. 
of 


XVH. 


P.L. 
of 


xvinh. 


P.L. 
of 


XXV^ 


P.L. 

of 


O g 


Poamon. 




DUL 




DUL 




DUL 




Diff. 


1 


Sun 


W. 


O 1 II 

27 43 31 


S470 


O 1 N 

29 4 29 


8409 


O 1 II 

30 25 28 


8400 


O 1 N 

31 46 27 


8470 




M»re 


E. 


42 34 37 


8816 


41 10 46 


8890 


39 46 58 


8S» 


38 23 14 


8836 




Anures 


E. 


60 33 12 


8089 


59 4 24 


8079 


57 35 40 


8078 


56 6 58 


8076 


s 


Sun 


W. 


38 31 21 


8408 


39 52 21 


8407 


41 13 23 


8400 


42 34 26 


8408 




Mars 


E. 


31 25 5 


8888 


30 1 32 


8884 


28 38 


8886 


27 14 29 


8886 




Antares 


E. 


48 43 52 


8079 


47 15 17 


8079 


45 46 42 


8078 


44 18 6 


8078 




a Aquils 


E, 


99 23 9 


8038 


98 10 26 


8999 


96 57 36 


8994 


95 44 41 


8910 


3 


Sun 


W. 


49 20 13 


8483 


50 41 31 


8448 


52 2 53 


8444 


53 24 20 


8440 




Mars 


E. 


20 16 57 


8887 


18 53 28 


8887 


17 29 59 


8888 


16 6 31 


8888 




Antares 


E. 


36 54 49 


8071 


35 26 4 


8066 


33 57 15 


8066 


32 28 22 


8000 




a Aquils 


E. 


89 39 2 


8004 


88 25 45 


8809 


87 12 28 


8801 


85 59 9 


8001 


4 


Sun 


W. 


60 12 48 


8414 


61 34 49 


8406 


62 56 58 


8400 


64 19 15 


8S98 




Spica 


W. 


20 54 41 


8049 


22 23 52 


8043 


23 53 14 


8084 


25 22 44 


8097 




Antares 


E. 


25 2 45 


8080 


23 33 20 


8088 


22 3 48 


8037 


20 34 9 


8090 




a Aquils 


E. 


79 52 43 


8809 


78 39 32 


8019 


77 26 24 


8010 


76 13 20 


8019 


6 


Sun 


W. 


71 12 52 


8849 


72 36 7 


8889 


73 59 33 


8899 


75 23 11 


8816 




Spica 


W. 


32 52 42 


9086 


34 23 13 


9976 


35 53 57 


3966 


37 24 54 


9966 




a Aquils 


E. 


70 9 35 


SOfiO 


68 57 15 


8971 


67 45 7 


8068 


66 33 11 


8906 




Fomalhaut 


E. 


95 26 5 


8186 


93 59 39 


8170 


92 33 1 


8106 


91 6 11 


8160 


6 


Sun 


W. 


82 24 43 


8S86 


83 49 46 


8949 


85 15 5 


8339 


86 40 40 


8914 




Spica 


W. 


45 2 59 


3808 


46 35 21 


9666 


48 7 59 


3678 


49 40 53 


9860 




a Aquils 


E. 


60 37 34 


4097 


59 27 29 


4199 


58 17 49 


4168 


57 8 38 


4184 




Fomalhaut 


E. 


83 48 53 


8109 


82 20 46 


8091 


80 52 26 


8081 


79 23 53 


8070 




a Pegasi 


E. 


105 6 1 


8981 


103 40 28 


8918 


102 14 34 


8197 


100 48 21 


8161 


7 


Sun 


W. 


93 53 5 


8180 


95 20 31 


8119 


96 48 18 


8109 


98 16 25 


8064 




Spica 
Nfars 


W. 


57 29 53 


3787 


59 4 39 


3ni 


60 39 45 


3766 


62 15 12 


3736 




W. 


25 43 24 


8080 


27 13 


8013 


28 42 58 


3994 


30 13 18 


99n 




a Aquils 


E. 


51 31 46 


UI6 


50 26 39 


4479 


49 22 26 


4649 


48 19 19 


4090 




Fomalhaut 


E. 


71 57 41 


8014 


70 27 45 


8009 


68 57 35 


3003 


67 27 13 


9961 




a Pegaai 


E. 


93 32 19 


8006 


92 4 7 


8069 


90 35 36 


8066 


89 6 45 


8060 




Jupiter 


E. 


107 1 1 


9748 


105 25 21 


3W9 


103 49 20 


3714 


102 12 59 


9606 


8 


Sun 


W. 


105 42 31 


9098 


107 12 53 


3978 


108 43 39 


3964 


110 14 50 


9986 




Spica 
Mara 


W. 


70 17 57 


9804 


•71 55 39 


3080 


73 33 45 


3016 


75 12 16 


3601 




W. 


37 50 36 


9866 


39 23 14 


3860 


40 56 16 


3647 


42 29 43 


3636 




Antares 


W. 


24 23 34 


9069 


26 1 18 


3086 


27 39 25 


3017 


29 17 57 


3500 




Fomalhaut 


E. 


59 52 10 


99S6 


58 20 35 


39-/7 


56 48 51 


3990 


55 16 58 


3016 




a Pegaai 


E. 


81 37 40 


9978 


80 6 54 


3960 


78 35 50 


3045 


77 4 28 


3931 




Jupiter 


E. 


94 5 41 


9818 


92 27 4 


3600 


90 48 3 


3677 


89 8 37 


3600 





Sun 


W. 


117 56 57 


9688 


119 30 40 


3616 


121 4 49 


3794 


122 39 25 


3774 




Spica 
Mare 


W. 


83 31 5 


9607 


85 12 9 


3486 


86 53 39 


3409 


88 35 36 


3461 




W. 


50 23 15 


3199 


51 59 16 


3700 


53 35 44 


3669 


55 12 39 


3000 




Antares 


W. 


37 36 53 


9600 


39 17 59 


3487 


40 59 30 


3406 


42 41 29 


9449 




Fomalhaut 


E. 


47 36 18 


9907 


46 4 8 


3913 


44 32 4 


99« 


43 10 


3981 




a Pegasi 


E. 


69 23 31 


9870 


67 50 34 


3600 


66 17 24 


3869 


64 44 3 


3848 




Jupiter 


E. 


80 45 14 


9407 


79 3 15 


3448 


77 20 49 


3439 


75 37 56 


3411 


10 


Sun 


W. 


130 39 1 


9074 


132 16 16 


3866 


133 53 57 


9636 


135 32 5 


3016 



160 



SEPTEMBER, 1856. 



XV. 





GREENWICH MEAN 


TIME. 








1 

LUNAR DISTANCES. i 

1 


h 


Star's Hum 
and 


Noon. 


P.L. 
of 


mh. 


P.L. 
of 


Vlh. 


P.L. 
of 


IXh. 


1 


10 


Podtioii. 




DUL 




DHL 




Dili. 
1894 




DilL , 

1 


Spica W. 


O 1 M 

90 17 68 


94S1 


O 1 M 

92 48 


1419 


O 1 u 

93 44 5 


O 1 $1 

96 27 49 


m5 




Mars W. 


56 50 


9000 


68 27 47 


9680 


60 6 1 


1610 


61 44 42 


S691 




Antares W. 


44 23 53 


9480 


46 6 46 


1411 


47 60 4 


1889 


49 33 49 


9878 




Fomalhaut E. 


41 28 31 


9946 


39 67 10 


1966 


38 26 13 


1967 


36 65 44 


8096 




a Pegasi E. 


63 10 31 


98S8 


61 36 60 


1681 


60 3 3 


9898 


68 29 11 


9B36 




Jupiter E. 


73 64 37 


9W3 


72 10 61 


1878 


70 26 38 


9866 


68 41 69 


9837 




a Arietis E. 


104 8 


9470 


102 18 21 


1407 


100 36 7 


9438 


98 63 26 


9419 


n 


Mars W. 


70 4 48 


9404 


71 46 9 


.1177 


73 27 66 


9406 


76 10 7 


9UI 




Antares W. 


68 19 21 


1989 


60 6 47 


7m 


61 62 39 


9947 


63 39 66 


9B1 




a Pegasi E. 


60 39 67 


1848 


49 6 31 


9B0» 


47 33 23 


9879 


46 37 


9801 




Japiter E. 


69 51 59 


194A 


68 4 39 


9998 


66 16 63 


9910 


64 28 41 


9184 




a Arietis E. 


90 13 14 


1898 


88 27 63 


9800 


86 42 6 


9901 


84 66 64 


9^4 


19 


Mars W. 


83 47 IS 


1886 


86 31 48 


1848 


87 16 46 


9398 


89 2 3 


9814 




Antares W. 


72 42 30 


1109 


74 32 11 


1187 


76 22 14 


9199 


78 12 39 


9100 




a Pegasi E. 


38 26 28 


8116 


36 68 37 


8166 


36 32 11 


8979 


34 7 27 


8374 




Jupiter E. 


45 21 36 


9116 


43 31 


1101 


41 40 3 


9067 


39 48 44 


9078 




a Arietis E. 


75 58 56 


1196 


74 10 24 


9184 


72 21 32 


9171 


70 32 21 


9180 




Aldebaran E. 


106 30 40 


1917 


104 42 38 


1909 


102 64 13 


9186 


101 6 26 


9179 


13 


Mars W. 


97 63 26 


19B8 


99 40 34 


1148 


101 27 68 


9984 


103 16 36 


9990 




Antares W. 


87 29 36 


1000 


89 21 52 


lOU 


01 14 23 


9031 


93 7 9 


9Q3S 




a Aquils W. 


47 20 45 


8095 


48 33 39 


8606 


49 48 33 


S701 


61 6 19 


8604 




Jupiter E. 


30 27 12 


1016 


28 34 3 


1006 


26 40 38 


1996 


24 46 57 


1987 




a Arietis E. 


61 22 6 


1106 


60 31 19 


1101 


67 40 22 


9094 


56 49 13 


908O 




Aldebaran E. 


91 66 23 


1119 


90 6 42 


1103 


88 14 46 


9098 


86 23 36 


906S 




Saturn E. 


126 67 31 


IMTT 


125 6 42 


1006 


123 16 36 


9066 


121 24 12 


1070 


14 


Antares W. 


102 33 51 


1801 


104 27 39 


19PT 


106 21 33 


1964 


108 16 32 


iin 




a Aquils W. 


67 62 33 


na 


69 17 61 


8190 


60 44 12 


8143 


62 11 30 


8100 




a Arietis E. 


46 31 69 


1078 


44 40 26 


1061 


42 48 67 


1063 


40 57 32 


900O 




Aldebaran E. 


77 6 6 


1007 


75 12 59 


1068 


73 20 48 


1069 


71 28 35 


1088 




Saturn E. 


112 3 67 


1080 


110 11 23 


1088 


108 18 41 


1080 


106 26 64 


109T 


15 


a Aquils W. 


69 39 17 


1048 


71 10 34 


1990 


72 42 16 


1019 


74 14 19 


900 




Fomalhaut W. 


38 43 20 


1096 


40 23 68 


1467 


42 6 29 


1464 


43 47 47 


9490 




a Pegasi W. 
Aldebaran E. 


24 37 67 


4036 


25 35 34 


4641 


26 38 60 


4918 


27 47 4 


8944 




62 7 39 


9009 


60 16 41 


1088 


68 23 62 


1074 


66 32 13 


1081 




Saturn E. 


97 1 16 


1096 


96 8 20 


' 1097 


93 16 28 


1090 


91 22 41 


1083 




Pollux E. 


106 31 42 


1888 


103 37 40 


1886 


101 43 42 


1908 


99 49 40 


1909 

I 


16 


a Aquils W. 


81 67 40 


1871 


83 30 36 


1078 


86 3 20 


1676 


86 36 18 


~ 




Fomalhaut W. 


62 27 9 


1847 


64 12 


1888 


66 67 3 


1386 


67 42 12 


1889 1 




a Pegasi W. 


34 23 2a 


8148 


36 60 31 


8007 


37 19 33 


1960 


38 60 11 


»16 




Jupiter W. 


16 23 10 


1987 


17 17 4 


1004 


19 10 47 


1008 


21 4 17 


1011 




Aldebaran E. 


47 17 30 


1180 


46 27 30 


1166 


43 37 66 


1179 


41 48 46 


1109 




Saturn E. 


82 36 


1064 


80 8 40 


1079 


78 16 68 


1061 


76 26 29 


1001 




Pollux E. 


90 22 14 


1091 


88 29 13 


1080 


86 36 24 


1086 


84 43 49 


HMO 


17 


a Aqnils W. 


94 17 34 


i»a 


96 48 67 


»09 


97 19 68 


1961 


98 60 34 


80M 




Fomalhaut W. 


66 28 11 


1841 


68 13 9 


9849 


69 57 67 


1366 


71 42 36 


nu 




a Pegasi W. 


46 40 14 


1716 


48 16 32 


1884 


49 63 20 


1676 


51 30 32 


9868 




Jupiter W. 


30 28 9 


1068 


32 20 6 


1076 


34 11 41 


1066 


36 2 68 


9109 




Aldebaran E. 


32 61 30 


1899 


31 6 13 


1867 


29 21 51 


9410 


27 38 31 


HOI 



XVI. 



SEPTEMBER, 1856. 



161 





GREENWICH MEAN 


TIME. 


' 






LUNAR DISTANCES. 


10 


Star^NuM 




P.L. 




P.L. 




P.L. 




P.L. 


and 
PofliUon. 


Midnight. 


of 

Dur. 


XVh. 


of 
DUL 


XVIIPi- 


of 

Dur. 


XXIh. 


of 
DUL 


Spic* W. 
Mars W. 


O 1 II 

97 18 


9SM 


O 1 « 

98 56 38 


9880 


O 1 « 

100 41 42 


9890 


108 87 I'i 


9801 




63 23 50 


9171 


65 3 85 


9009 


66 43 26 


9588 


68 83 54 


9514 




Antares W. 


51 18 3 


9%U 


53 8 48 


9080 


54 47 49 


9318 


56 33 88 


9800 




Foraalhaut E. 


35 86 3 


todi 


33 57 6 


8110 


32 29 9 


8170 


31 8 84 


8941 




• Pei^ E. 


56 55 15 


98« 


55 81 19 


9080 


53 47 25 


9831 


58 13 37 


9837 




Jupiter E. 
m ArietiB E. 


66 56 54 


9B10 


65 11 88 


9900 


63 25 21 


9981 


61 38 53 


9968 




97 10 18 


9M0 


95 86 48 


9000 


93 48 39 


9809 


91 58 10 


9844 


11 


Mars W. 


76 58 43 


9494 


78 35 44 


9100 


80 19 10 


9860 


88 3 


9878 




Antares W. 


65 27 37 


9914 


67 15 44 


9107 


69 4 16 


9181 


70 63 18 


9167 




« Pegasi E. 


44 38 80 


9080 


48 56 39 


9008 


41 85 40 


8005 


39 55 33 


8055 




Jupiter E. 
« Arietta E. 


58 40 4 


9178 


50 51 3 


9101 


49 1 37 


9145 


47 11 47 


9181 




83 9 17 


9916 


81 88 16 


9819 


79 34 51 


9927 


77 47 4 


3119 


18 


Mare W. 


00 47 48 


9000 


98 33 41 


9987 


94 19 59 


9370 


96 6 34 


9900 




Antares W. 


80 3 34 


9000 


81 54 30 


9004 


83 45 54 


9079 


85 37 37 


9061 




• Pegasi E. 


38 44 41 


8407 


31 84 14 


8oa 


30 6 88 


88-28 


28 51 50 


4089 




Jupiter E. 
« ArieUs E. 


37 57 3 


9000 


36 5 8 


9048 


34 18 48 


9037 


32 80 6 


9096 




68 48 51 


9147 


66 53 3 


9180 


65 8 59 


9198 


63 18 39 


9117 




Aldebaran E. 


99 16 15 


9100 


97 86 46 


9145 


95 36 56 


9184 


93 46 47 


9199 


13 


Mare W. 


105 3 85 


9017 


106 51 87 


9910 


108 39 40 


9904 


110 28 8 


9196 




Antares W. 


95 7 


901A 


96 53 18 


9000 


98 46 40 


9001 


100 40 18 


1097 




« Aqnil« W. 


58 83 49 


8517 


53 43 54 


8488 


55 5 88 


8306 


66 88 83 


8801 




Jupiter E. 


28 53 3 


1001 


80 58 59 


ion 


19 4 48 


1973 


17 10 31 


1970 




a Arietis E. 


53 57 57 


9004 


58 6 33 


9001 


50 15 5 


9076 


48 83 38 


9078 




Aldebaran E. 


84 38 14 


9on 


88 40 40 


9079 


80 48 57 


9066 


78 57 5 


9081 




Satam £. 


119 38 34 


9000 


117 40 48 


9O0O 


115 48 38 


9050 


113 56 28 


90U 


14 


Antares W. 


110 9 34 


1001 


118 3 39 


1080 


113 57 45 


1000 


115 51 51 


1081 




« Aqoihe W. 


63 39 40 


3009 


65 8 36 


8090 


66 38 14 


9908 


68 8 89 


2079 




m Arietis E. 


39 6 17 


9087 


37 15 13 


9107 


35 24 85 


9110 


33 33 55 


9189 




Aldebaran E. 


69 36 81 


9051 


67 44 6 


9058 


65 51 54 


9055 


63 59 45 


9057 




Saturn E. 


104 33 8 


9095 


108 40 7 


9094 


100 47 10 


9094 


98 64 13 


9098 


16 


m AquiUe W. 


75 46 38 


9080 


77 19 11 


9080 


78 51 55 


9876 


80 84 45 


9079 




Foraalhaut W. 


45 30 45 


9M8 


47 14 15 


9884 


48 58 18 


9869 


50 48 31 


9856 




a Pegasi W. 
Aldebaran E.' 


28 59 39 


8799 


30 16 3 


8538 


31 35 45 


8386 


33 58 18 


8957 




54 40 44 


9001 


58 49 31 


9101 


60 58 33 


9119 


49 7 58 


9194 




Saturn E. 


89 89 59 


9080 


87 37 85 


oou 


85 44 50 


9000 


83 53 48 


9056 




Pollax E. 


97 56 8 


1000 


96 8 81 


9001 


94 8 49 


9000 


98 15 87 


9014 


16 


a AquilB W. 


88 8 58 


9800 


89 41 30 


9001 


91 13 47 


9919 


98 45 50 


9097 




Fomalhaut W. 


59 87 85 


9880 


61 18 41 


9831 


62 57 55 


9384 


64 43 6 


9887 




« Pegasi W. 


40 88 11 


9800 


41 55-21 


9015 


43 89 30 


9775 


45 4 30 


9749 




Jupiter W. 


83 57 34 


9090 


24 50 37 


9080 


86 43 84 


9041 


88 35 55 


9063 




Aldebaran E. 


40 7 


9914 


38 18 


9937 


36 84 88 


9900 


34 37 38 


2204 




Saturn E. 


74 34 16 


9101 


78 43 18 


9119 


70 58 37 


9193 


69 8 13 


9185 




PoUoK E. 


88 51 87 


9057 


80 59 22 


9007 


79 7 38 


9079 


77 16 


9080 


17 


a Aqails W. 


100 80 48 


8098 


101 50 20 


8058 


103 10 87 


8009 


104 47 59 


8111 




Fomalhaut W. 


73 27 2 


9374 


75 11 14 


9884 


76 55 11 


9306 


78 38 52 


9408 




a Pegasi W. 


53 8 2 


9059 


54 45 47 


9644 


56 83 48 


9688 


58 1 45 


9085 




Jupiter W. 


37 53 54 


9115 


39 44 30 


9180 


41 34 44 


9143 


43 84 37 


9158 




Aldebaran E. 


25 56 23 


9590 


24 15 38 


9501 


88 36 30 


9674 


80 59 16 


9760 



21 



162 



SEPTEMBER, 1856. 



XVII. 







GREENWICH MEAN ' 


riME. 








LUNAR DISTANCES. 


n 

17 


Star's Narna 




PL. 




P.L. 




P.L. 




1 
P.L. 


and 




Noon. 


of 


mi»- 


of 


VPt. 


of 


IXh. 


of 


PodiUon. 






DUL 




DUL 




Difl. 




DUL 


Saturn 


E. 


O 1 N 

67 13 7 


3149 


O 1 II 

65 22 22 


9161 


O 1 II 

63 .32 56 


9175 


O 1 « 

61 43 51 


9190 




Pollux 


E. 


76 24 44 


9103 


73 33 48 


9114 


71 43 10 


9137 


69 52 52 


9141 




Sun 


E. 


139 1 


9403 


137 16 30 


9416 


135 33 16 


9138 


133 50 21 


9449 


18 


Fomalbaut 


W. 


80 32 16 


9431 


82 5 21 


9484 


83 48 7 


9448 


85 30 33 


9168 




a Pegasi 


W. 


59 39 53 


96S5 


61 18 1 


9686 


62 56 7 


9688 


64 34 10 


960 




Jupiter 
a Arietis 


W. 


45 14 8 


9ns 


47 3 16 


9188 


48 52 1 


9308 


50 40 24 


9919 




W. 


16 7 28 


9706 


17 42 3 


9706 


19 18 35 


9048 


20 56 32 


9508 




Saturn 


E. 


53 44 6 


9300 


50 57 21 


9387 


49 11 2 


9804 


47 35 8 


9838 




Pollux 


E. 


60 46 40 


9218 


58 58 32 


9339 


57 10 47 


9345 


55 83 36 


9300 




Sun 


E. 


135 30 59 


9519 


123 40 12 


9686 


121 59 48 


9663 


130 19 47 


9660 


19 


Fomalhaut 


W. 


93 57 13 


9Mft 


95 37 23 


9fi68 


97 17 9 


9969 


98 56 39 


9001 




a Pegasi 


W. 


78 43 23 


9663 


74 19 26 


9603 


75 56 15 


9704 


77 33 49 


»7n 




Jupiter 


W. 


59 36 19 


9800 


61 22 18 


9816 


63 7 54 


9838 


64 53 6 


9860 




a Arietis 


W. 


29 16 34 


9530 


30 57 20 


9518 


32 38 8 


9530 


34 18 53 


9096 




Saturn 


E. 


38 43 35 


9«» 


36 59 32 


9444 


35 17 


dl67 


33 35 


9400 




Pollux 


E. 


46 32 35 


9848 


44 47 38 


9359 


43 3 5 


9876 


41 18 56 


9804 




Sun 


E. 


112 5 32 


9656 


110 37 53 


9674 


108 50 38 


9601 


107 13 46 


9710 


30 


aPegasi 


W. 


85 31 15 


9787 


87 6 


9803 


88 40 24 


9818 


90 14 39 


9BS6 




Jupiter 
a Arietis 


W. 


73 33 6 


9433 


75 15 55 


9440 


76 58 21 


9464 


78 40 35 


9180 




W. 


42 40 27 


9566 


44 20 8 


95n 


45 59 34 


9860 


47 38 44 


9001 




Aldebaran 


w. 


14 40 53 


9587 


15 59 41 


8805 


17 22 3 


8358 


18 47 9 


8161 




Pollux 


E. 


32 44 15 


9478 


31 2 31 


9496 


29 21 11 


9511 


37 40 13 


9090 




Sun 


E. 


99 15 27 


9799 


97 40 58 


9816 


96 6 51 


9884 


94 33 7 


9801 


21 


a Pefrasi 


W. 


97 59 22 


9090 


99 31 15 


9080 


101 3 44 


9068 


103 33 50 


99n 




Jupiter 


W. 


87 5 18 


9656 


88 45 11 


9074 


90 34 42 


9369 


93 3 58 


900O 




a Arietis 


W. 


55 50 26 


9068 


57 27 55 


9070 


59 5 7 


9689 


60 43 3 


9109 




Aldebaran 


W. 


26 15 1 


9917 


27 46 58 


9908 


29 19 17 


9887 


30 51 53 


98n 




Sun 


E. 


86 49 58 


9086 


85 18 25 


9053 


83 47 12 


9906 


83 16 19 


9904 


33 


Jupiter 
a Arietis 


W. 


100 15 2 


9669 


101 52 24 


9681 


103 39 30 


9604 


105 6 18 


9707 




W. 


68 42 20 


9764 


70 17 35 


9777 


71 52 33 


9768 


73 37 16 


9O0O 




Aldebaran 


W. 


38 36 30 


9871 


40 9 26 


9874 


41 43 18 


9876 


43 15 5 







Sun 


E. 


74 46 43 


8090 


73 17 43 


8078 


71 49 1 


8068 


70 30 37 


8101 


33 


Jupiter 
a Arietis 


W. 


113 6 7 


9767 


114 41 18 


9778 


116 16 15 


9788 


117 50 58 


9790 




W. 


81 17 6 


9856 


82 50 20 


9868 


84 33 30 


9877 


85 56 8 


9007 




Aldebaran 


W. 


50 57 15 


9913 


52 29 17 


9090 


54 1 11 


9037 


55 33 56 


9004 




Saturn 


W. 


15 32 34 


8141 


16 59 54 


8106 


18 37 54 


8079 


19 56 29 


8007 




Sun 


E. 


63 2 32 


8165 


61 35 41 


8177 


60 9 4 


8188 


58 42 40 


8190 


34 


a Arietis 


W. 


93 36 56 


9036 


95 8 29 


9044 


06 39 52 


9954 


98 11 3 


9003 




Aldebaran 


W. 


63 9 29 


9960 


64 40 21 


9976 


66 11 4 


9981 


67 41 40 


9080 




Saturn 


W. 


27 23 51 


8018 


28 53 41 


8017 


30 23 33 


8018 


31 53 24 


8018 




Pollux 


E. 


18 57 12 


9904 


20 29 26 


9011 


22 1 31 


9918 


23 33 27 


9094 




Sun 


E. 


51 33 56 


8353 


50 8 48 


9961 


48 43 51 


8970 


47 19 5 


sm 


35 


Aldebaran 


W. 


75 12 35 


8030 


76 43 33 


8035 


78 13 5 


8081 


79 41 39 


8or 




Saturn 


W. 


39 22 12 


8030 


40 51 47 


80S4 


43 81 18 


8087 


43 50 45 


8040 




Pollux 


W. 


31 10 56 


3959 


32 43 


9965 


34 13 57 


9971 


35 43 46 


9on 




Sun 


E. 


40 17 43 


3319 


38 53 54 


8337 


37 30 14 


8834 


36 6 42 


8841 



XVIII. SEPTEMBER, 1856. 



163 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 




8ter*8 Name 




P. L. 




P. L. 




P. L. 




P.L. 


and 




Midnight. 


of 


XV^ 


of 


XVIIIh. 


of 


XXIh. 


of 


Position. 






Dim 




DUL 




Difl. 




Diff. 






O 1 u 




O 1 t, 




O 1 II 




O 1 II 




17 


Satarn 


E. 


59 55 8 


xxu 


58 6 47 


9iao 


56 18 50 


3938 


54 31 16 


9969 




Pollux 


E. 


68 2 55 


3165 


66 13 19 


9160 


64 24 4 


3183 


62 35 11 


3198 




Sun 


E. 


133 7 46 


9467 


130 25 32 


9473 


128 43 39 


3467 


127 2 8 


9608 


18 


Fomalbaut 


W. 


87 12 38 


3479 


88 54 21 


9494 


90 35 42 


3611 


92 16 40 


9699 




aPegasi 


W. 


66 12 7 


9649 


67 49 56 


3655 


69 27 36 


3663 


71 5 6 


9673 




Jupiter 


W. 


52 28 23 


9386 


54 15 58 


9361 


56 3 9 


9366 


57 49 56 


9261 




a Arietis 


W. 


22 35 30 


9606 


24 15 12 


3646 


25 55 22 


9530 


27 35 53 


95-23 




Saturn 


E. 


45 39 42 


9341 


43 54 42 


9361 


42 10 11 


9381 


40 26 9 


9401 




Pollux 


E. 


53 36 28 


9376 


51 49 53 


3393 


50 3 43 


9309 


48 17 57 


9396 




Sun 


E. 


118 40 9 


9666 


117 54 


8603 


115 22 3 


9690 


113 43 35 


9638 


19 


Fomalhaut 


W. 


100 35 23 


S0I9 


102 13 52 


9039 


103 51 54 


9666 


105 29 30 


9078 




a Pegasi 


W. 


79 9 6 


9780 


80 45 6 


9744 


82 20 48 


9756 


83 56 11 


9779 




Jupiter 


W. 


66 37 54 


3866 


68 22 18 


3383 


70 6 18 


9399 


71 49 54 


9416 




a Arietis 


W. 


35 59 31 


9530 


37 40 3 


3688 


39 20 23 


9547 


41 31 


9560 




Saturn 


E. 


31 53 33 


9616 


30 12 41 


3643 


28 32 26 


9670 


26 52 49 


9600 




Pollux 


E. 


39 35 13 


9410 


37 51 52 


9437 


36 8 56 


9443 


34 26 23 


9401 




Sun 


E. 


105 37 19 


9797 


104 1 15 


9746 


102 25 35 


9763 


100 50 19 


9783 


30 


a Pegasi 


W. 


91 48 11 


9863 


93 21 31 


9809 


94 54 30 


9886 


96 27 7 


9908' 




Jupiter 


W. 


80 22 7 


9496 


82 3 27 


9610 


83 44 26 


3936 


85 25 3 


9643 




a Arietis 


W. 


49 17 39 


9618 


50 56 15 


96)6 


52 34 35 


3638 


54 12 38 


9660 




Aldebaran 


W. 


20 14 17 


8076 


21 42 57 


8017 


23 12 49 


3974 


24 43 34 


9941 




Pollux 


E. 


25 59 40 


9645 


24 19 30 


9563 


22 39 44 


9679 


21 20 


9696 




Sun 


E. 


92 59 45 


9860 


91 26 46 


9865 


89 54 8 


3903 


88 21 52 


9930 


SI 


a Pegasi 


W. 


104 4 31 


3996 


105 34 49 


8015 


107 4 43 


8035 


108 34 12 


8066 




Jupiter 


W. 


93 42 43 


3617 


95 21 15 


3631 


96 59 28 


3644 


98 37 23 


9656 




a Arietis 


W. 


62 18 39 


9714 


63 55 


3737 


65 31 4 


9741 


67 6 50 


9763 




Aldebaran 


W. 


32 24 41 


3873 


33 57 35 


3869 


35 30 33 


3669 


37 3 32 


9869 




Sun 


E. 


80 45 46 


3909 


79 15 32 


8014 


77 45 37 


8030 


76 16 1 


8044 


23 


Jupiter 


W. 


106 42 49 


9719 


108 19 3 


3733 


109 55 


9744 


111 30 41 


9766 




a Arietis 


W. 


75 1 44 


3813 


76 35 56 


3823 


78 9 54 


3836 


79 43 36 


9846 




Aldebaran 


W. 


44 47 46 


3889 


46 20 19 


3894 


47 52 45 


3900 


49 25 3 


9900 




Sun 


E. 


68 52 29 


8114 


67 24 36 


8137 


65 56 59 


8140 


64 29 38 


8168 


S3 


Jupiter 


W. 


119 25 28 


3808 


120 59 46 


3816 


122 33 51 


3637 


124 7 44 


9830 




a Arietis 


W. 


87 28 43 


3698 


89 1 4 


3906 


90 33 13 


3917 


92 5 10 


9030 




Aldebaran 


W. 


57 4 32 


3941 


58 35 59 


3947 


60 7 18 


3954 


61 38 28 


9963 




Saturn 


W. 


21 25 31 


8043 


22 54 50 


803a 


24 24 23 


8096 


25 54 4 


8030 




Sun 


E. 


57 16 30 


8310 


55 50 33 


8330 


54 24 48 


8331 


52 59 16 


8343 


S4 


a Arietis 


W. 


99 42 4 


3909 


101 12 55 


3979 


102 43 34 


9986 


104 14 4 


3998 




Aldebaran 


W. 


69 12 7 


3995 


70 42 26 


8001 


72 12 37 


8008 


73 42 40 


8014 




Saturn 


W. 


33 23 15 


8019 


34 53 4 


8093 


36 22 50 


8034 


37 52 33 


8097 




Pollux 


E. 


25 5 15 


3933 


26 36 53 


3939 


28 8 22 


3946 


29 39 43 


3963 




Sun 


E. 


45 54 29 


8968 


44 30 3 


8396 


43 5 47 


8305 


41 41 41 


8813 


25 


Aldebaran 


W. 


81 11 6 


3043 


82 40 26 


8048 


84 9 39 


8053 


85 38 46 


8066 




Saturn 


W. 


45 20 8 


8043 


46 49 27 


8017 


48 18 42 


8053 


49 47 51 


8066 




Pollux 


W. 


37 14 27 


3983 


38 45 2 


3938 


40 15 29 


3993 


41 45 50 


3999 




Sun 


E. 


34 43 18 


8348 


33 20 2 


3354 


31 56 53 


3360 


30 33 51 


3800 



164 



OCTOBER, 1856. 



I. 



AT 


GREENWICH APPARENT 


NOON. 


i 


1 


THE SUN'S 


Sideteal 
Time 
of the 

Semidl. 
uneter 

pMdng 

the 
Merld 

faUL 


Bqafttioii«r 

TtaMS 

tobt 
tmbtraeted 

from 
Apparent 

Tinu. 


DIB. 

for 

Iboor. 


Apparent 
B^tAwensloo. 


DMT. tor 
Ihoar. 


Apparent 


I>ifl.for 
Ihoar 

58.29 
58.19 

58.08 


8eml. 
diameter. 


Wed, 
Thur. 
Fri. 


1 

2 
3 


12 31 7.67 
12 34 45.42 
12 38 23.50 


9.069 
9.082 
9.095 


S. % 21 47.1 

3 45 4.8 

4 8 19.9 


16 
16 
16 


1.68 
1.96 
2.24 


64.28 

64.42 
64.47 


10 sS^.17 

10 45.92 

11 4.35 


0.788 
0.775 
0.762 


Sat 
Sun. 
Mon. 


4 
5 
6 


12 42 1.89 
12 45 40.64 
12 49 19.73 


9.109 
9.124 
9.140 


4 31 31.9 

4 54 40.3 

5 17 45.1 


57.94 
57.79 
57.62 


16 
16 
16 


2.58 
2.82 
3.10 


64.52 
64.58 
64.64 


11 22.47 
11 40.22 
11 57.63 


0.749 
0.784 
0.718 


Tues. 
Wed. 
Thur. 


7 
8 
9 


12 52 59.22 

12 56 39.11 

13 19.42 


9.156 
9.178 
9.191 


5 40 45.8 

6 3 41.8 
6 26 32.9 


57.44 
57.24 
57.03 


16 
16 
16 


3.38 
3.66 
3.95 


64.70 
64.76 
64.83 


12 14.66 
12 31.28 
12 47.49 


0.702 
0.685 
0.667 


Fri. 
Sat 
Sm. 


10 
11 
12 


13 4 0.18 
13 7 41.40 
13 11 23.08 


9.210 
9.230 
9.250 


6 49 18.8 

7 11 59.2 
7 34 33.7 


56.80 
56.57 
56.81 


16 
16 
16 


4.24 
4.52 
4.80 


64.90 
64.98 
65.05 


13 8.23 
13 18.52 
13 33.34 


0.648 
0.627 
0.607 


Mon. 
Tues. 
Wed. 


13 
14 
15 


13 15 5.31 
13 18 48.07 
13 22 31.37 


9.271 
9.293 
9.817 


7 57 2.0 

8 19 23.4 

8 41 37.8 


56.04 
55.75 
55.46 


16 
16 
16 


5.08 
5.36 
5.63 


65.18 
65i21 
65.29 


13 47.62 

14 1.39 
14 14.60 


0.586 
0.564 
0.540 


Thur. 

Fri. 

Sat 


16 
17 
18 


13 26 15.24 
13 29 59.71 
13 33 44.79 


9.842 
9.367 
9.892 


9 3 44.8 
9 25 44.4 
9 47 36.0 


55.14 
54.81 
54.46 


16 
16 
16 


5.90 
6.17 
6.44 


65.38 
65.46 
65.55 


14 27.24 
14 39.31 
14 50.75 


0J(15 
0.490 
0.464 1 


Sm. 
Mon. 
Tues. 


19 
20 
21 


13 87 80.49 
13 41 16.85 
13 45 3^ 


9.419 
9.447 
9.476 


10 9 18.8 
10 30 52.7 
10 52 17.6 


54.11 
63.72 
53.33 


16 
16 
16 


6.70 
6.96 
7.21 


65.64 
65.73 
65.83 


15 1.57 
15 11.72 
15 21J22 


0.438 ! 
0.410 
0.381 I 


Wed. 
Thur. 
Fri. 


22 
23 
24 


13 48 51.66 
13 52 40.08 
13 56 29.23 


9.505 
9.534 
9.564 


11 13 32.8 
11 34 38.2 
11 55 33.2 


52.92 
52.50 
52.05 


16 
16 
16 


7.47 
7.73 
7.99 


65.93 
66.02 
66.12 


15 30.00 
15 38.12 
15 45.50 


1 
0.852 1 
0.323 1 
0.298 1 


Sat 
Sim. 
Mon. 


25 

26 
27 


14 19.11 
14 4 9.72 
14 8 1.08 


9.595 
9.626 
9.657 


12 16 17.3 
12 36 50.0 
12 57 11.3 


51.59 
51.11 
50.63 


16 
16 
16 


8.25 
8.50 
8.76 


66.23 
66.34 
66.45 


15 52.15 

15 58.06 

16 3.25 


0.268 
0.232 
0.200 


Tues. 
Wed. 
Thur. 
Fri. 


28 
29 
30 
31 


14 11 53.22 
14 15 46.12 
14 19 39.79 
14 23 34J22 


9.688 
9.720 
9.753 
9.786 


13 17 20.3 
13 37 16.8 

13 57 0.4 

14 16 30.5 


50.11 

49.58 
49.02 
48.46 


16 
16 
16 
16 


9.01 
9.27 
9.52 
9.77 


66.55 
66.66 
66.78 
66.89 


16 7.66 
16 11.31 
16 14.19 
16 16.30 


1 
0.169 
0.187 ; 
0.103 
0.072 


Sat 


32 


14 27 29.46 


9.819 


S.14 35 46.8 


47.87 


16 


10.02 


67.00 


16 17.61 


0.088 


Mon.-JtfM»TlMorUM 




)«wpMilBcmiOrbtimBdl7fabliM«|]iffO».18fhimtht8ld«rMlT^ 1 



II. 



OCTOBER, 1856. 



165 



AT GREENWICH MEAN NOON. 








THE SUN'S 










i 


1 










Tfane, 

addtdto 
Mtan 
Tkm, 


DiS. 

for 
1 hoar. 


Stdanal 
Time. 


Apparnt 
BVitAMMiulon. 


DULfor 
Ihcmr. 


AppctmU 
DeoliiMtion. 


DULfor 
Ihoar. 


Wed. 
Thur. 
Fri. 


1 
2 
3 


h. m. a. 

12 31 9.25 
12 34 47.05 
12 38 25.17 


0. 

9.009 
9.082 
9.095 


S. 3 21 57.2 

3 45 15.1 

4 9 30.5 


&B.29 
58.19 
58.08 


To 27.32 

10 46.07 

11 4.50 


t. 

0.788 
0.776 
0.762 


h. m. 1. 

12 41 36.57 
12 45 33.11 
12 49 29.67 


Sat 
Sim. 
Mon. 


4 
5 
6 


12 42 3.61 
12 45 42.41 
12 49 21.55 


9.109 
9.124 
9.140 


4 31 42.8 

4 54 51.5 

5 17 56.5 


57.94 
67.79 
67.62 


11 22.62 
11 40.37 
11 57.78 


0.749 
0.734 
0.718 


12 53 26.23 
a2 57 22.78 

13 1 19.33 


Tues. 
Wed. 
Thur. 


7 
8 
9 


12 53 1.08 

12 56 41.02 

13 21.37 


9.166 
9.178 
9.191 


6 40 57.4 
6 3 53.7 
6 26 45.0 


67.44 
67.24 
57.08 


12 14.81 
12 31.42 
12 47.63 


0.702 
0.685 
0.667 


13 5 15.89 
13 9 12.44 
13 13 9.00 


Fri. 
Sat. 
Sun. 


10 
11 
12 


13 4 2.18 
13 7 43.45 
13 11 25.18 


9.210 
9.280 
9.260 


6 49 31.1 

7 12 11.7 
7 34 46.8 


66.80 
66.67 
56.81 


13 3.37 
13 18.66 
13 33.48 


0.648 
0.627 
0.607 


13 17 5.55 
13 21 2.11 
13 24 58.66 


Mon. 
Tues. 
Wed. 


13 
14 
15 


13 15 7.45 
13 18 50.25 
13 22 33.59 


9.271 
9.293 
9.817 


7 57 14.7 

8 19 36.3 
8 41 50.9 


56.04 
66.76 
65.46 


13 47.76 

14 1.52 
14 14.73 


0.686 
0.664 
0.610 


13 28 55.21 
13 32 51.77 
13 36 48.32 


Thur. 

Fri. 

Sat. 


16 
17 

18 


13 26 17.50 
13 30 2.00 
13 33 47.12 


9.942 
9.867 
9.892 


9 3 58.1 
9 25 57.8 
9 47 49.4 


56.14 
64.81 
54.46 


14 27.37 
14 39.43 
14 50.87 


0.615 
0.490 
0.464 


13 40 44.87 
13 44 41.43 
13 48 37.99 


Sun. 
Mon. 
Tues. 


19 
20 
21 


13 37 32.86 
13 41 19.27 
13 45 6.33 


9.419 
9.447 
9.476 


10 9 32.3 
10 31 6.3 
10 52 31.3 


64.11 
53.72 
68.33 


15 1.68 
15 11.83 
15 21.32 


0.438 
0.410 
0.381 


13 52 34.54 

13 56 31.10 

14 27.65 


Wed. 
Thur. 
Fri. 


22 
23 
24 


13 48 54.11 
13 52 42.56 
IS 56 31.73 


9.606 
9.584 
9.664 


11 13 46.5 
11 34 51.9 
11 55 46.9 


62.92 
52.60 
52.06 


15 30.09 
15 38.20 
15 45.58 


0.352 
0.323 
0.293 


14 4 24.20 
14 8 20.76 
14 12 17.31 


Sat. 
Sun. 
Mon. 


25 
26 
27 


14 21.65 
14 4 12.29 
14 8 3.67 


9.696 
9.626 
9.657 


12 16 31.0 
12 37 3.7 
12 57 24.9 


61.59 
61.11 
50.68 


15 52.22 

15 58.13 

16 3.31 


0.263 
0.232 
0.200 


14 16 13.87 
14 20 10.42 
14 24 6.98 


Tues. 
Wed. 
Thur. 
Fri. 


28 
29 
30 
31 


14 11 55.82 
14 15 48.74 
14 19 42.43 
14 23 36.88 


9.688 
9.720 
9.758 
9.786 


13 17 33.8 
13 37 30.2 

13 57 18.6 

14 16 43.6 


50.11 
49.58 
49.02 
48.46 


16 7.71 
16 11.35 
16 14.22 
16 16.32 


0.169 
0.137 
0.105 
0.072 


14 28 3.53 
14 32 0.09 
14 35 56.65 
14 39 53J20 


Sat. 


32 


14 27 32.13 


9.819 


S.14 35 59.7 


47.87 


16 17.63 


0.038 


14 43 49.76 




Vl 




eterforMe 


•n Noon may be aasi 


uned the same as that for 


Apparent 


Noon 



166 



OCTOBER, 1856. 



III. 



AT GREENWICH MEAN NOON. 






THE SUN'S 










1 

1 
2 
3 


1 
1 
"a 








Logarithm 

of the 

fUdiaaVeotor 

of the 

Barth. 


IMff. fbr 
1 hoar. 


BfeuTlBM ' 
of ' 
Sidereal Oh. 


3Vm LONGITUDB. 


DULfor 
Ihoar. 


LAT1TI7DB. 


X 


v 


275 
276 
277 


1& 29 10.5 

189 28 18.4 

190 27 28.2 


28 37.7 
27 45.5 
26 55.2 


147.80 
147.88 
147.95 


— (5i.06 
0.19 
0.29 


0.0001471 
0.0000203 
9.9998930 


52.7 
58.0 
58.0 


h. m. e. 

11 16 32.29 
11 12 36.39 
11 8 40.49 


4 
5 
6 


278 
279 
280 


191 26 39.8 

192 25 53.1 

193 25 8.1 


26 6.7 
25 19.9 
24 34.7 


148.02 
148.09 
148.16 


0.38 
0.43 
0.45 


.9997652 
.9996371 
.9995089 


53.1 
58.2 
53.2 


11 4 44.57 
11 48.67 1 
10 56 52.75 


7 
8 
9 


281 
282 
283 


194 24 24.9 

195 23 43.6 

196 23 4.0 


23 51.5 
23 10.1 
22 30.4 


148.23 
148.80 
148.87 


0.43 
0.39 
0.31 


.9993809 
.9992528 
.9991252 


53.8 
58.0 

52.8 


10 52 56.84 
10 49 0.95 
10 45 5.03 


10 
11 
12 


284 
285 
286 


197 22 26.2 

198 21 50.2 

199 21 16.0 


21 52.5 
21 16.4 
20 42.1 


148.45 
148.58 
148.62 


0.24 
—0.12 
H-0.01 


.9989982 
.9988718 
.9987462 


52.6 
52.4 
52.2 


10 41 9.13 
10 37 13.21 
10 33 17.30 


13 
14 
15 


287 
288 
289 


200 20 44.0 

201 20 14.0 

202 19 45.9 


20 10.0 
19 39.9 
19 11.6 


148.71 
148.79 
148.88 


0.14 
0.28 
0.40 


.9986213 
.9984975 
.9983747 


51.8 
51.4 
51.0 


10 29 21.41 
10 25 25.49 
10 21 29.59 


16 
17 
18 


290 
291 
292 


203 19 19.8 

204 18 55.9 

205 18 34.2 


18 45.4 
18 21.4 
17 59.6 


148.96 
149.04 
149.13 


0.51 
0.62 
0.69 


.9982529 
.9981320 
.9980120 


60.6 
50.2 
49.9 


10 17 33.68 
10 13 37.77 
10 9 41.85 


19 
20 
21 


293 
294 
295 


206 18 14.8 

207 17 57.5 

208 17 42.5 


17 40.1 
17 22.7 
17 7.5 


149.22 
149.82 
149.42 


0.72 
0.73 
0.72 


.9978929 
.9977747 
.9976573 


49.6 
49.2 

48.8 


10 5 45.94 1 

10 1 50.03 1 

9 57 54.13 1 


22 
23 
24 


296 
297 

298 


209 17 29.9 

210 17 19.7 

211 17 11.6 


16 54.8 
16 44.4 
16 36.2 


149.52 
149.61 
149.70 


0.68 
0.60 
0.51 


.9975406 
.9974244 
.9973086 


48.5 
48.4 
48.2 


9 53 58.23 ' 
9 50 2.31 1 
9 46 6.41 


25 
26 
27 


299 
300 
301 


212 17 5.8 

213 17 2.0 

214 17 0.2 


16 30.3 
16 26.3 
16 24.4 


149.78 
149.87 
149.96 


0.40 

0.26 

-h0.12 


.9971933 
.9970782 
.9969634 


4S.0 
47.9 
47.7 


9 42 10.49 ' 
9 38 14.58 
9 34 18.67 , 


28 
29 
30 


802 
303 
304 


215 17 0.5 

216 17 2.8 

217 17 6.9 


16 24.6 
16 26.7 
16 30.6 


150.04 
150.12 
150.20 


0.00 

—0.11 

0.22 


.9968489 
.9967348 
.9966210 


47.6 
47.4 
47.2 


9 30 22.77 , 
9 26 26.86 ' 
9 22 30.94 1 


31 
32 


305 
306 


218 17 12.8 

219 17 20.2 


16 36.3 150.28 

16 43.7! 150.86 


0.30 
—0.37 


.9965077 
9.9963944 


47.1 
47.0 


9 18 35.04 
9 14 39.12 ! 


-. 


NoTB.— xeorrwp 


Boda to the tTM •quinox <tt 


Vb»dMU,K' 


to the mean eqnli 


Doxof Jax 


i.Od. 

1 



IV. 



OCTOBER, 1856. 



167 









GREENWICH 


MEAN TIME. 
















THE 


MOON'S 










1 


81UUUUMKTIB. 


HORIZONTAL 


PARALLAX. 




MKRIDLAN PASSAQB. 




•s 

i 

1 

2 
3 


















AGS. 


Noon. 


Midnight. 


Noon. 


IMff.fbr 
Ihonr. 


Midnight 


Diff.for 
Ihonr. 




Diff. for 
1 hour. 


14 45.1 
14 48.4 
14 53.7 


14 4is.5 
14 50.8 
14 57.1 


54 "1.7 
54 13.8 
54 33.0 


+0.S6 
0.61 
0.95 


54 6.9 
54 22.5 
54 45.4 


+0.49 
0.79 
1.12 


h. m. 

1 24.5 

2 7.6 
2 53.8 


m. 
1.73 
1.85 
2.00 


d. 

2.3 
3.3 
4.3 


4 
5 
6 


15 1.0 
15 10.4 
15 22.0 


15 54 
15 15.9 
15 28.5 


54 59.8 

55 34.5 

56 17.0 


1.29 
1.6-^ 
1.93 


55 16.2 

55 54.8 

56 41.0 


1.46 
1.78 
2.07 


3 43.5 

4 36.6 

5 32.3 


2.16 
2.30 
2.38 


5.3 
6.3 
7.3 


7 
8 
9 


15 35.4 

15 50.4 

16 5.9 


15 42.7 

15 58.2 

16 13.5 


57 6.6 

58 1.6 

58 58.4 


2.19 
2.86 
2.37 


57 33.5 

58 30.0 

59 26.3 


2.29 
2.39 
2.80 


6 29.0 

7 25.1 

8 19.7 


2.36 
2.31 
2.23 


8.3 

9.3 

10.3 


10 
11 
12 


16 20.8 
16 33.6 
16 42.5 


16 27.6 
16 38.6 
16 45.2 


59 52.9 

60 39.5 

61 12.8 


2.17 
1.71 
1.05 


60 17.5 

60 58.1 

61 23.0 


1.97 

1.40 

+0.66 


9 12.5 
10 3.9 
10 55.0 


2.15 
2.11 
2.12 


11.3 
12.3 
13.3 


13 
14 
15 


16 46.7 
16 45.5 
16 38.9 


16 46.8 
16 42.8 
16 33.9 


61 28.3 
61 23.7 
60 59.6 


+0.24 

-0.63 

1.40 


61 28.6 
61 13.9 
60 41.1 


-0.20 
1.03 
1.73 


11 47.0 

12 41.3 

13 38.4 


2.20 
2.32 
2.46 


14.3 
15.3 
16.3 


16 
17 
18 


16 27.8 
16 13.6 
15 57.9 


16 21.0 
16 5.8 
15 50.0 


60 18.9 
59 26.4 
58 28.9 


2.01 
2.36 
2.46 


59 53.7 
58 57.9 
57 59.9 


2.22 
2.48 
2.42 


14 38.3 

15 39.8 

16 40.3 


2.60 
2.58 
2.48 


17.3 
18.3 
19.3 


19 
20 
21 


15 42.2 
15 27.6 
15 14.7 


15 34.7 
15 20.9 
15 9.1 


57 31.3 
56 37.4 
55 50.3 


2.35 
2.12 
1.81 


57 3.6 
56 12.9 
55 29.7 


2.25 
1.97 
1.63 


17 37.9 

18 31.5 

19 20.4 


2.33 
2.13 
1.92 


20.3 
21.3 
22.3 


22 
23 
24 


15 4.1 
14 55.9 
14 49.9 


14 59.7 
14 52.6 
14 47.7 


55 11.3 
54 41.0 
54 19.2 


1.44 

1.08 
0.73 


54 55.1 
54 29.1 
54 11.3 


1.26 
0.90 
0.68 


20 4.9 
20" 46.2 

21 25.7 


1.76 
1.66 
1.60 


23.3 
24.3 
25.3 


25 
26 

27 


14 46.0 
14 44.3 
14 44.2 


14 44.9 
14 44.1 
14 44 6 


54 5.2 
53 58.3 
53 57.7 


0.43 
-0.14 
+0.09 


54 0.9 
53 57.3 
53 59.5 


0.28 
-0.02 
+0.21 


22 4.4 

22 43.4 

23 23.6 


1.60 
1.63 
1.70 


26.3 
27.3 
28.3 


28 
29 
30 
31 


14 45.4 
14 48.2 
14 52.3 
14 57.7 


14 46.5 
14 50.1 

14 54.8 

15 1.0 


54 2.7 
54 12.9 
54 28.0 
54 48.0 


0.33 
0.53 
0.73 
0.94 


54 7.2 
54 19.8 
54 37.4 
54 59.9 


0.43 
0.63 
0.83 
1.05 


6 
6.0 

51.4 

1 40.2 


1.82 
1.96 
2.12 


29.3 
0.6 
1.6 
2.6 


32 


15 4.6 


15 8.6 


55 13.1 


+1.16 


55 27.7 


+1.27 


2 32.3 


2.26 


3.6 



168 



OCTOBER, 1856. 



V. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 


Right AMendon. 


DIff. 
forlm. 




DHL 
forlm. 


Hoar. 




DIff. 
for 1 m. 




telB. 




WEDNESDAY 1. 






FRIDAY 


3. 






h. in. f. 


•. 


O 1 H 


H 




h. m. 0. 


8. 


O 1 » 


M 





14 3 46.83 


IM»1 


S.14 21 36.6 


13.594 





15 37 42.25 


34606 


S.23 6 10.9 


8409 


1 


14 5 37.84 


1.8519 


14 34 6.3 


12.471 


1 


15 39 47.24 


34663 


23 15 5.9 


8487 


2 


14 7 29.08 


1.8506 


14 46 32.9 


13.418 


9 


15 41 52.61 


94930 


23 23 54.9 


8.768 


3 


14 9 20.54 


1.8S07 


14 58 56.3 


13464 


3 


15 43 58.31 


24977 


23 32 37.9 


6498 


4 


14 11 12.24 


1.80S7 


15 11 16.5 


19410 


4 


15 46 4.34 


2.1093 


23 41 14.9 


8469 


5 


14 13 4.18 


issn 


15 23 33.4 


13.364 


5 


15 48 10.71 


3.1089 


23 49 45.7 


8.469 


6 


14 14 56.36 


1.8717 


15 35 46.9 


19.198 


6 


15 50 17.41 


3.1145 


93 58 10.3 


8468 


7 


14 16 48.78 


1.8756 


15 47 57.0 


19.140 


7 


15 52 24.45 


3.1303 


94 6 28.7 


8.256 


8 


14 18 41.45 


1.8799 


16 3.6 


13480 


8 


15 54 31.83 


2.1360 


24 14 40.8 


8.148 


9 


14 20 34.37 


1.8841 


16 12 6.6 


19430 


9 


15 56 39.56 


2.1818 


24 92 46.5 


6441 


10 


14 22 27.54 


1.8888 


16 24 6.0 


11400 


10 


15 58 47.64 


2.1875 


24 30 45.7 


7482 


U 


14 24 20.97 


1.8996 


16 36 1.8 


11400 


11 


16 56.06 


3.1431 


24 38 38.4 


7499 


13 


14 26 14.66 


14970 


16 47 54.0 


11418 


12 


16 3 4.81 


2.1487 


24 46 24.5 


7.7U 


13 


14 28 8.61 


1.9014 


16 59 42.4 


11.775 


13 


16 5 13.89 


2.1544 


24 54 4.0 


7408 


14 


14 30 2.83 


1.9056 


17 11 27.0 


11.711 


14 


16 7 23.32 


2.1803 


25 1 36.8 


7.481 


15 


14 31 57.31 


14101 


17 23 7.7 


11445 


15 


16 9 33.11 


3.1660 


25 9 2.8 


7478 


16 


14 33 52.06 


14148 


17 34 44.5 


11.879 


16 


16 11 43.24 


3.1717 


25 16 22.0 


7.284 


17 


14 35 47.09 


14193 


17 46 17.3 


114U 


17 


16 13 53.71 


2.1774 


25 23 34.3 


7.169 


18 


14 37 42.39 


14339 


17 57 46.2 


11.446 


18 


16 16 4.52 


2.1831 


25 30 39.7 


7489 


19 


14 39 37.96 


1.9J86 


18 9 11.0 


11478 


19 


16 18 15.66 


3.1887 


25 37 38.0 


6415 


30 


14 41 33.82 


14334 


18 20 31.6 


11409 


20 


16 20 27.14 


3.1943 


25 44 29.3 


6.797 


21 


14 43 29.97 


1.9383 


18 31 48.0 


11.338 


21 


16 22 38.96 


3.1999 


25 51 13.6 


6478 


22 


14 45 26.41 


14431 


18 43 0.1 


11.166 


22 


16 24 51.12 


3.3055 


25 57 50.7 


6456 


23 


14 47 23.14 
THl 


19479 

JRSDA 


S.18 54 7.9 
Y 2. 


11493 


23 


16 27 3.61 
SAT 


2.3110 

URDA 


S.26 4 20.5 
Y 4. 


6.487 





14 49 20.16 


145« 


S.19 5 11.3 


11490 





16 29 16.43 


93165 


S.26 10 43.0 


6415 


1 


14 51 17.48 


L95TI 


10 16 10.3 


10447 


1 


16 31 29.57 


3.2319 


26 16 58.1 


6.181 


2 


14 53 15.10 


140^16 


19 27 4.9 


10479 


2 


16 33 43.04 


2.2979 


26 23 5.8 


6486 


3 


14 55 13.01 


14876 


10 37 54.9 


10.797 


3 


16 35 56.84 


2.2327 


26 29 5.9 


6410 


4 


14 57 11.22 


14737 


19 48 40.3 


10.730 


4 


16 38 10.97 


2.2381 


96 34 58.5 


8414 


5 


14 59 9.74 


14n9 


19 59 21.1 


10449 


5 


16 40 25.42 


2.24S5 


96 40 43.5 


5487 


6 


15 1 8.57 


14831 


90 9 57.2 


10463 


6 


16 42 40.19 


23488 


96 46 90.9 


8499 


7 


15 3 7.71 


14663 


SO 20 28.4 


10.481 


7 


16 44 55.27 


2.2541 


96 51 50.5 


84891 


8 


15 5 7.16 


14935 


20 30 54.8 


MUOO 


8 


16 47 10.67 


9.9094 


96 57 19.3 


84981 


9 


15 7 6.93 


14987 


20 41 16.3 


10418 


9 


16 49 26.39 


2.2647 


97 9 96.2 


6.166 , 


10 


15 9 7.01 


94039 


20 51 32.9 


10.3M 


10 


16 51 42.42 


24699 


97 7 32.2 


8488 1 


' 11 


15 11 7.41 


94093 


21 1 44.5 


10.151 


11 


16 53 58.76 


2.2751 


97 19 30.2 


urn < 


1 13 


15 13 8.12 


94145 


21 11 51.0 


10465 


12 


16 56 15.42 


2.2809 


97 17 90.1 


4.765 


' 13 


15 15 9.15 


S4I99 


21 21 52.4 


9.978 


13 


16 58 32.38 


24653 


97 99 9.0 


AMO 


' 14 


15 17 10.51 


94358 


21 31 48.5 


9491 


14 


17 49.64 


2.3903 


97 96 35.7 


4.«4 


15 


15 19 12.20 


94908 


91 41 39.3 


9406 


15 


17 3 7.19 


9.3951 


97 31 1.9 


4487 


le 


15 21 14.21 


94863 


21 51 94.9 


9.715 


16 


17 5 25.04 


9.3999 


97 35 18.4 


4419 


1 17 


15 23 16.55 


94417 


22 1 6.1 


9436 


17 


17 7 43.18 


24047 


97 39 97.3 


4480 


1 18 


15 25 19.22 


94473 


22 10 39.9 


9435 


18 


17 10 1.60 


24084 


97 43 97.9 


8488 


I 19 


15 27 22.22 


94637 


92 20 0.2 


9.443 


10 


17 12 20.30 


24141 


97 47 90.0 


8.797 


! 20 


15 29 25.55 


94083 


99 29 32.9 


9449 


20 


17 14 39.28 


24186 


97 51 3.6 


94U 


21 


15 31 29.22 


94638 


22 38 51.0 


9.369 


91 


17 16 58.54 


2.9394 


97 54 38.8 


8413 


1 22 


15 33 33.22 


94694 


92 48 3.5 


9.159 


22 


17 19 18.08 


24979 


97 58 5.3 


i4:« 


23 


15 35 37.56 


94760 


92 57 10.1 


9463 


23 


17 21 37.88 


24333 


28 1 23.2 


8.298 


,«4 


15 37 42.25 


Me06 


S.93 6 10.9 


8465 


24 


17 23 57.94 


24966 


S.28 4 32.4 


""1 



VI. 



OCTOBKR, 1856. 



169 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Boar. 


Btghl 4wwMloo 


forlm. 




Wit. 
forlm. 


Hoar. 


BI^IAaoaoiloa. 


DMT. 
for 1 m. 




fiorlm. 




su 


NDA^ 


' 5. 






TUESDAY 7. 






h. m. 8. 


■. 


O 1 If 


« 




h. m. ■. 


■. 


O 1 II 


n 





17 23 57.94 


S.83M 


S.28 4 32.4 


tMl 





19 19 39.12 


94301 


s.27 32 47.8 


4408 


1 


17 26 18.26 


9.S409 


28 7 32.9 


9.936 


1 


19 91 55.45 


9.4388 


37 28 8.8 


4.TS9 


3 


17 28 38.82 


S.S451 


28 10 24.6 


9.788 


2 


19 24 21.76 


9.4384 


27 23 19.9 


4406 


3 


17 30 59.66 


S.S4M 


38 13 7.4 


9.641 


3 


19 26 48.05 


94379 


27 18 21.2 


64»1 


4 


17 33 20.74 


2.a5SS 


28 15 41.4 


9498 


4 


19 29 14.30 


94379 


37 13 13.5 


0490 


5 


17 35 42.06 


S.8078 


28 18 6.5 


9.343 


5 


19 31 40.51 


94364 


37 7 53.9 


6498 


6 


17 38 3.62 


S.8618 


38 20 22.6 


9.198 


6 


19 34 6.67 


94866 


37 3 35.3 


0468 


7 


17 40 25.41 


SsSfSa 


98 22 29.6 


94)49 


7 


19 36 32.78 


94846 


36 56 46.9 


6.799 


8 


17 42 47.43 


9.MQ0 


28 24 27.6 


1.891 


8 


19 38 58.84 


94880 


96 50 58.7 


0480 


9 


17 45 9.67 


a.1796 


28 26 16.5 


1.739 


9 


19 41 24.84 


94899 


36 45 0.7 


04)49 


10 


17 47 39.13 


S.8761 


28 27 56.3 


1486 


10 


19 43 50.78 


94817 


36 38 53.8 


6419 


11 


17 49 54.80 


9.S7M 


28 29 26.8 


1431 


11 


19 46 16.64 


94804 


36 32 35.2 


0470 


12 


17 52 17.67 


9.S898 


28 30 48.0 


1.976 


12 


19 48 42.43 


94901 


36 36 7.9 


0488 


13 


17 54 40.74 


34861 


38 31 59.9 


1.191 


13 


19 51 8.14 


94978 


36 19 30.9 


0.701 


14 


17 57 4.01 


%9Bn 


28 33 2.5 


0.906 


14 


19 53 33.70 


94964 


36 13 44.1 


0464 


15 


17 59 97.46 


9.a03ft 


28 33 55.8 


0.819 


15 


19 55 59.30 


94949 


36 5 47.4 


74)96 


16 


18 1 51.10 


QM66 


28 34 39.8 


0.607 


16 


19 58 24.75 


94933 


35 58 41.1 


7.187 


17 


18 4 14.92 


%WM 


38 35 14.4 


0499 


17 


20 50.10 


94916 


35 51 35.1 


7447 


18 


18 6 38.92 


9.4014 


38 35 39.5 


0.341 


18 


30 3 15.34 


94198 


35 43 59.5 


7407 


19 


18 9 3.08 


9.4041 


28 35 55.1 


0.189 


19 


30 5 40.47 


94179 


35 36 34.3 


7407 


20 


18 11 27.41 


9.400T 


28 36 1.2 


04m 


20 


30 8 5.49 


94100 


35 38 39.5 


7496 


21 


18 13 51.89 


9.4009 


28 35 57.8 


0.137 


21 


30 10 30.40 


94140 


35 30 45.1 


7484 


22 


18 16 16.52 


9.4110 


28 35 44.7 


0.987 


22 


30 13 55.18 


94190 


35 13 41.3 


8.149 


23 


18 18 41.29 
MC 


3.4U0 


S.28 35 22.0 
' 6. 


0497 


23 


30 15 19.84 

WED 


94099 

NESD. 


S.35 4 38.0 
^Y 8. 


84QD 





18 21 6.21 


9.4101 


S.28 34 49.8 


0.618 





90 17 44.37 


94077 


S.34 56 5.1 


8468 


1 


18 23 31.25 


9^181 


28 34 7.8 


0.780 


1 


80 30 8.77 


94066 


34 47 33.9 


8.010 


2 


18 25 56.41 


94904 


28 33 16.1 


0.949 


2 


30 32 33.03 


94033 


34 38 51.3 


8.778 


3 


18 28 21.70 


9U914 


28 32 14.6 


1.104 


3 


20 24 57.16 


-94010 


34 SO 0.4 


8.999 


4 


18 30 47.10 


9.4949 


28 31 3.4 


1.967 


4 


30 37 31.15 


94987 


24 21 0.2 


9.064 


5 


18 33 12.60 


9A960 


28 29 42.4 


1481 


5 


30 39 44.99 


94963 


34 11 50.8 


9.938 


6 


18 35 38.20 


9.497ft 


28 28 11.6 


1.606 


6 


30 32 8.70 


94989 


24 3 33.1 


9401 


7 


18 38 3.89 


9U980 


28 26 31.0 


1.760 


7 


20 34 32.26 


94914 


23 53 4.3 


9449 


8 


18 40 29.67 


9*4303 


28 24 40.5 


1.993 


8 


20 36 55.66 


94888 


23 43 37.4 


9499 


9 


18 42 55.53 


94310 


28 22 40.1 


94)07 


9 


20 39 18.90 


94861 


23 33 41.4 


9449 


10 


18 45 21.47 


9.48« 


28 20 30.0 


9.961 


10 


30 41 41.98 


94834 


23 23 46.3 


9499 


11 


18 47 47.48 


94340 


28 18 10.0 


9.410 


11 


30 44 4.91 


94807 


23 13 42.3 


10.141 


12 


18 50 13.56 


94390 


38 15 40.2 


9481 


12 


30 46 37.67 


94780 


23 3 39.3 


10.990 


13 


18 52 39.69 


94SM 


28 13 0.4 


9.746 


13 


30 48 50.28 


94769 


93 53 7.5 


10487 


14 


18 55 5.87 


94387 


28 10 10.7 


94»11 


14 


20 51 12.72 


94794 


32 42 36.9 


10484 


15 


18 57 32.10 


94374 


28 7 11.1 


34n6 


15 


20 53 34.98 


94096 


22 31 57.5 


10.780 


16 


18 59 58.37 


94380 


28 4 1.6 


3.911 


16 


20 55 57.08 


94606 


22 21 9.4 


10474 


17 


19 2 24.67 


94386 


28 42.2 


3406 


17 


20 58 19.01 


94639 


22 10 12.7 


11410 


18 


19 4 50.99 


94380 


27 57 12.8 


3.671 


18 


21 40.76 


94611 


21 59 7.5 


11.168 


19 


19 7 17.33 


94309 


27 53 33.5 


3.736 


19 


21 3 2.34 


9.3683 


21 47 53.8 


11400 


20 


19 9 43.68 


94394 


27 49 44.3 


3.909 


20 


21 5 23.75 


94664 


21 36 31.6 


11449 


21 


19 12 10.04 


94306 


27 45 45.1 


44)69 


21 


21 7 44.99 


9.3696 


21 25 0.8 


11481 


22 


19 14 36.41 


94306 


27 41 35.9 


4.936 


22 


21 10 6.05 


94496 


21 13 21.7 


11.791 


23 


19 17 2.77 


94388 


27 37 16.8 


4400 


23 


21 12 26.93 


9.3407 


21 1 34.3 


11460 


24 


19 19 29.12 


94391 


S.27 32 47.8 


4*606 


24 


21 14 47.64 


94437 


S.20 49 38.7 


11496 



22 



170 



OCTOBER, 1856. 



Til. 









GREENWICH MEAN TIME. 










THE MOON»S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 


Bight Asoensioii. 


Dlff. 
for 1 m. 


Deolinatioii. 


DifiC 
forlm. 


Hour. 


Right Afcenskm. 


WIT. 
forlm. 




DUL 
fbrlnu 




THURSDAY 9. 






SATURDAY 11. 






h. m. 8. 


0. 


O 1 u 


M 




h. m. a. 


0. 


1 


f» 





21 14 47.64 


iU437 


S.20 49 38.7 


11.998 





23 4 10.79 


2.2282 


S. 9 17.8 


174)13 


1 


21 17 8.17 


3.3407 


20 37 34.9 


12.181 


1 


23 6 24.45 


2.2270 


8 43 15.2 


174178 


2 


21 19 28.52 


2.33T7 


20 25 23.0 


12,265 


2 


23 8 38.04 


9.2250 


8 26 8.6 


17.143 


3 


21 21 48.70 


2.3348 


20 13 3.1 


12.398 


3 


23 10 51.56 


3.2248 


8 8 58.2 


17.»6 


4 


21 24 8.70 


2.8319 


20 35.2 


12.531 


4 


23 13 5.02 


2.2238 


7 51 44.1 


17.266 


5 


21 26 28.52 


2.8299 


19 47 59.3 


1-2.663 


5 


23 15 18.42 


2.2229 


7 34 26.4 


17.825 


6 


21 28 48.16 


2.8280 


19 35 15.6 


12.793 


6 


23 17 31.77 


3.2220 


7 17 5.2 


I7J81 


7 


21 31 7.63 


2.3230 


19 22 24.1 


12.922 


7 


23 19 45.07 


2.2212 


6 59 40.7 


17.417 


8 


21 33 26.92 


2.8200 


19 9 25.0 


liJM9 


8 


23 21 58.32 


3.2905 


6 42 12.9 


17.493 


9 


21 35 46.02 


2.3170 


18 56 18.3 


13.176 


9 


23 24 11.53 


3.3199 


6 24 41.8 


17.644 


10 


21 38 4.95 


2.3142 


18 43 4.0 


13.302 


10 


23 26 24.71 


3.2194 


6 7 7.7 


17.8M 


11 


21 40 23.71 


2.8112 


18 29 42.2 


18.426 


11 


23 28 37.86 


2.2189 


5 40 30.6 


17.643 


13 


21 42 42.29 


2.8062 


18 16 13.0 


18.548 


12 


23 30 50.98 


3.2185 


5 31 50.7 


17.688 


13 


21 45 0.69 


2^53 


18 2 36.6 


13.668 


13 


23 33 4.07 


3.2181 


5 14 8.1 


n.7M 


14 


21 47 18.92 


2.3024 


17 48 52.9 


18.788 


14 


23 35 17.14 


3.3178 


4 56 22.9 


17.775 


15 


21 49 36.99 


2.2996 


17 35 2.0 


13.907 


15 


23 37 30.20 


3.2175 


4 38 35.1 


17.817 


16 


21 51 54.88 


2.2968 


17 21 4.1 


144)25 


16 


23 39 43.25 


2.2173 


4 20 45.0 


17.856 


17 


21 54 12.60 


2.2939 


17 6 59.2 


14.141 


17 


23 41 56.30 


2.2172 


4 2 52.7 


17.891 


18 


21 56 30.15 


2.3911 


16 52 47.3 


14.267 


18 


23 44 9.36 


3.2178 


3 44 58.2 


n.935 


19 


21 58 47.53 


2.2863 


16 38 28.5 


14.871 


19 


23 46 22.42 


2.2176 


3 27 1.6 


17*968 


20 


22 1 4.75 


2.2856 


16 24 2.9 


14.483 


20 


23 48 35.49 


2.2179 


3 9 3.0 


17.990 


21 


22 3 21.82 


2.2830 


16 9 30.6 


14.592 


21 


23 50 48.57 


2.2182 


2 61 2.7 


184)20 


22 


22 5 38.72 


2.2804 


15 54 51.8 


14.701 


22 


23 53 1.68 


2.2166 


2 33 0.7 


184)47 


23 


22 7 55.47 
FE 


2.2778 

JDAY 


S.15 40 6.5 
10. 


US09 


23 


23 55 14.81 
SUl 


2.3191 

raAY 


S. 2 14 57.2 
12. 


184173 





22 10 12.06 


2.2752 


S.15 25 14.7 


14.917 





23 57 27.97 


3.2197 


S. 1 56 52.2 


184M 


1 


22 12 28.50 


2.2727 


15 10 16.5 


154)23 


1 


23 59 41.17 


2.2903 


1 38 45.9 


18.1 n 


2 


22 14 44.79 


2.2702 


14 55 12.0 


15.126 


2 


1 54.41 


2.2209 


1 20 38.3 


18.187 


3 


22 17 0.93 


2.2677 


14 40 1.4 


15.228 


3 


4 7.69 


3.3216 


1 2 29.6 


18.167 


4 


22 19 16.93 


2.2663 


14 24 44.7 


15.329 


4 


6 21.02 


3.3224 


44 20.0 


18.174 


5 


22 21 32.78 


2.2630 


14 9 22.0 


I5U29 


5 


8 34.41 


2.2384 


26 9.6 


18.183 


6 


22 23 48.49 


2,2807 


13 53 53.4 


15.627 


6 


10 47.85 


3.3346 


S. 7 58.4 


18.193 


7 


22 26 4.07 


2.2384 


13 38 19.1 


15.623 


7 


13 1.36 


3.2358 


N. 10 13.4 


18.301 


8 


22 28 19.51 


2.2562 


13 22 30.1 


15.718 


8 


15 14.94 


3JZ370 


28 25.7 


18.308 


9 


22 30 34.81 


2.2640 


13 6 53.3 


15.810 


9 


17 28.59 


3.3268 


46 38.3 


18.313 


10 


22 32 49.99 


2.2619 


12 51 2.1 


15.901 


10 


19 42.33 


3.3296 


1 4 51.2 


18.216 


11 


22 35 5.04 


2.2498 


12 35 5.5 


154W0 


11 


21 56.15 


3.2310 


1 23 4.1 


18.216 


12 


22 37 19.97 


2.2478 


12 19 3.5 


164r78 


12 


24 10.05 


2.2325 


1 41 17.0 


18.215 


13 


22 39 34.78 


2.^56 


12 2 56.3 


16.166 


13 


26 24.05 


2.2341 


1 59 29.8 


18.213 


14 


22 41 49.47 


2.2439 


11 46 43.8 


16.250 


14 


28 38.15 


2.2358 


2 17 42.3 


18.307 


15 


22 44 4.04 


2.2421 


11 30 26.2 


16.833 


15 


30 52.36 


3.2376 


2 35 54.4 


18.1S0 


16 


22 46 18.51 


2.2403 


11 14 3.8 


16.414 


16 


33 6.68 


3.3395 


2 54 6.0 


18.188 


17 


22 48 32.88 


2.2386 


10 57 36.6 


16.494 


17 


35 21.11 


3.2414 


3 12 16.9 


18.176 


18 


22 50 47.14 


2.2369 


10 41 4.6 


16.572 


18 


37 35.65 


3.2434 


3 30 26.9 


18.163 


19 


22 53 1.30 


2.2353 


10 24 28.0 


16.U9 


19 


39 50.32 


2.2456 


3 48 35.9 


16.145 


20 


22 55 15.37 


2.2338 


10 7 46.8 


16.7-26 


20 


42 5.12 


2.2479 


4 6 44.2 


18.137 


21 


22 57 29.35 


2.2323 


9 51 1.0 


16.801 


21 


44 20.05 


2.2602 


4 24 51.1 


18.106 


22 


22 59 43.24 


2.2309 


9 34 10.8 


16.872 


22 


46 35.13 


2.2625 


4 42 56.8 


184)86 


23 


23 1 57.05 


2.2295 


9 17 16.4 


16.913 


23 


48 50.35 


2.2549 


5 1 1.0 


184)96 


24 


23 4 10.79 


2.2282 


S. 9 17.8 


174)12 


24 


51 5.71 


2.2674 


N. 5 19 3.7 


184)83 



VIII. 



OCTOBER, 1856. 



171 



GREENWICH MEAN TIME. 




THE MOON^S RIGHT 


ASCENSION AND DECLINATION. 




Hoot. 

t 




Diit 
for 1 m. 


neoUnatkn. 


Dlff. 
forlm. 


Uonr. 


Right Aaovniioii. 


Dur. 

for 1 m. 


J>eoliiMtl<m. 


Dlir. 
forlm. 




MO 


NDAY 


13. 






WEDNESDAY 15. 






h. m. a. 


0. 


O 1 M 


N 




h. m. f. 


s. 


O 1 II 


» 





51 5.71 


2.W4 


N. 5 19 3.7 


18.083 





2 43 35.28 


3.4486 


N.18 .32 3.6 


14.191 


1 


53 21.23 


3.3986 


5 37 4.7 


18403 


1 


2 46 2.34 


3.4534 


18 46 11.1 


14463 


2 


55 36.90 


3.9035 


5 55 3.8 


17473 


2 


2 48 29.69 


9.4563 


19 10.8 


184b) 


3 


57 52.73 


9.3653 


6 13 1.1 


17488 


3 


2 50 57.33 


9.4631 


19 14 2.5 


18.795 


4 


1 8.73 


9.9060 


6 30 56.3 


17402 


4 


2 53 25.26 


9.4660 


19 27 46.0 


13.606 


6 


1 2 24.90 


9.9710 


6 48 49.2 


17464 


5 


2 55 53.48 


94738 


19 41 21.3 


13419 


6 


1 4 41.25 


9.9740 


7 6 39.8 


n433 


6 


2 58 21.98 


9.4775 


19 54 48.3 


13479 


7 


1 6 57.78 


9.9710 


7 24 27.9 


17.781 


7 


3 50.77 


94839 


20 8 6.8 


I8.3W 


8 


1 9 14.49 


9.9600 


7 43 13.4 


17.717 


8 


3 3 19.84 


94809 


20 21 16.8 


13406 


9 


1 11 31.38 


9.96S9 


7 59 56.3 


17480 


9 


3 5 49.19 


34916 


20 34 18.1 


19448 


10 


1 13 48.47 


9.960ft 


8 17 36.1 


17441 


10 


3 8 18.82 


34963 


20 47 10.6 


19401 


11 


1 16 5.76 


3.9608 


8 35 13.0 


17401 


11 


3 10 48.74 


34010 


20 59 54.2 


19463 


18 


1 18 33.24 


9.9M1 


8 53 46.8 


17438 


12 


3 13 18.94 


3.0006 


21 12 28.9 


1^004 


13 


1 20 40.92 


9.906ft 


9 10 17.3 


17.483 


13 


3 15 49.41 


34103 


31 24 54.6 


19463 


14 


1 22 58.82 


9.3000 


9 37 44.4 


n.438 


14 


3 18 20.15 


94116 


21 37 11.1 


13.300 


15 


1 25 16.93 


9.M00 


9 45 7.9 


17463 


15 


3 20 51.15 


9.0100 


21 49 18.4 


13444 


16 


1 27 35.26 


9.307S 


10 3 37.8 


17403 


16 


3 23 22.42 


9.0334 


22 1 16.3 


11467 


17 


1 29 53.81 


94110 


10 19 44.0 


17.388 


17 


3 25 53.95 


94977 


22 13 4.7 


11.738 


18 


1 32 12.58 


94148 


10 36 56.3 


17.171 


18 


3 28 25.73 


3.0319 


22 24 43.5 


11468 


19 


1 34 31.59 


34186 


10 54 4.4 


17.103 


19 


3 30 57.77 


3.5861 


22 36 12.8 


11407 


30 


1 36 50.83 


94937 


11 11 8.4 


174)33 


20 


3 33 30.06 




22 47 32.3 


11.346 


21 


1 39 10.30 


94900 


U 28 8.1 


16.900 


21 


3 36 2.60 




22 58 42.1 


11.060 


22 


1 41 30.01 


94806 


11 45 3.4 


16485 


22 


3 38 35.40 


3.5466 


23 9 41.9 


10.018 


23 


1 43 49.97 
TUI 


94S47 

:SDA^ 


N.13 1 54.1 
' 14. 


16407 


23 


3 41 8.45 
THU 


34539 

RSDA 


N.23 20 31.7 
Y 16. 


10.747 





1 46 10.17 


94S86 


N.13 18 40.1 


16.797 





3 43 41.74 


34069 


N.23 31 11.5 


10480 


1 


1 48 30.62 


34480 


12 35 21.3 


16446 


1 


3 46 15.26 


34605 


23 41 41.2 


10.410 


2 


1 50 51.33 


94478 


12 51 57.6 


16463 


2 


3 48 48.99 


34641 


23 52 0.7 


10.338 


3 


1 53 12.30 


94516 


13 8 28.8 


16.4T7 


3 


3 51 22.95 


3.5677 


24 2 9.8 


10467 


4 


1 55 33.52 


34500 


13 24 54.7 


16489 


4 


3 53 57.12 


34713 


24 12 8.6 


9.894 


5 


1 57 55.00 


3400S 


13 41 15.3 


16.396 


5 


3 56 31.50 


3.6749 


24 21 57.0 


9.719 


6 


2 16.75 


34617 


13 57 30.4 


16.307 


6 


3 59 6.10 


3.5764 


24 31 34.9 


9.645 


7 


2 2 38.76 


34681 


14 13 39.9 


16.113 


7 


4 1 40.91 


3.5617 


24 41 2.3 


9469 


8 


2 5 1.04 


34785 


14 29 43.7 


16417 


8 


4 4 15.90 


9.5848 


24 50 19.1 


9.193 


9 


2 7 23.58 


34780 


14 45 41.7 


16418 


9 


4 6 51.07 


3.5679 


24 59 25.2 


9413 


10 


2 9 46.39 


348-25 


15 1 33.7 


15416 


10 


4 9 26.44 


3.5910 


25 8 20.5 


6433 


11 


2 12 9.48 


34871 


15 17 19.5 


15.718 


11 


4 12 1.99 


3.5940 


25 17 5.0 


8451 


12 


2 14 32.85 


34917 


15 32 59.1 


16406 


12 


4 14 37.72 


3.5966 


25 25 38.6 


8470 


13 


2 16 56.49 


34964 


15 48 32.3 


15.003 


13 


4 17 13.61 


3.0096 


25 34 1.3 


8.388 


14 


2 19 20.41 


3.4011 


16 3 59.1 


15403 


14 


4 19 49.66 


3.6033 


25 43 13.0 


8.104 


15 


2 21 44.62 


3.4006 


16 19 19.3 


15.36! 


15 


4 22 25.86 


34046 


25 50 13.6 


7419 


16 


2 24 9.11 


3.4105 


16 34 32.7 


15.167 


16 


4 25 2.20 


34068 


35 58 3.1 


7.788 


17 


2 26 33.88 


3^153 


16 49 39.2 


15451 


17 


4 27 38.67 


34090 


26 5 41.5 


7447 


18 


2 28 58.93 


3.4199 


17 4 38.8 


14433 


18 


4 30 15.27 


34111 


26 13 8.8 


7460 


19 


2 31 24.27 


3.4347 


17 19 31.4 


14414 


19 


4 32 51.99 


34130 


36 30 34.9 


7.178 


20 


2 33 49.90 


3.4395 


17 34 16.7 


14494 


20 


4 35 28.82 


34149 


36 87 39.7 


6406 


21 


2 36 15.81 


3.4S48 


17 48 54.7 


1447i 


21 


4 38 5.76 


9*6166 


36 34 23.4 


6.790 


22 


2 38 42.01 


3.4801 


18 3 25.3 


14.447 


22 


4 40 42.81 


34183 


26 41 5.7 


6411 


23 


2 41 8.50 


3.4439 


18 17 48.3 


14.330 


23 


4 43 19.94 


34196 


26 47 36.6 


6433 


24 


2 43 35.28 




N.18 32 3.6 


14.191 


24 


4 45 57.15 


3.6306 


N.26 53 56.2 


6.333 



t72 



OCTOBER, 185B. 



IX. 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. ! 

1 


Hoar. 




forlm. 


DeeUmtton. 


DIff. 
forlm. 


Hour. 


Bight AMeoBtoB. 


forlm. 




1 

DHL 1 

forlm. ' 

1 




FRIDAY 


17. 






SUNDAY 


19. 


1 
1 




h. m. 1. 


f. 


O 1 11 


w 




h. m. 8. 


■. 


O 1 • 


• 1 





4 45 57.15 


3.8906 


N.26 53 56.2 


0.389 





6 50 23.41 


34063 


NS8 14 65.1 


8474 


1 


4 48 34.43 


3.0919 


27 4.4 


0.049 


1 


6 52 53.74 


84096 


88 18 9.7 


3449 


8 


4 51 11.77 


3.0999 


27 6 1.1 


6481 


2 


6 65 23.73 


34973 


88 9 14.4 


8407 


3 


4 53 49.17 


3.0919 


27 11 46.4 


6.080 


3 


6 57 63.37 


34013 


88 6 9.8 


8.m 


4 


4 56 26.64 


3.0348 


27 17 20.2 


6407 


4 


7 82.66 


34889 


88 8 64.1 


8483 


5 


4 59 4.14 


3.03S5 


27 82 42.5 


6477 


6 


7 2 61.69 


34799 


87 59 89.3 


8406 


6 


5 1 41.67 


9.0960 


87 27 63.4 


6468 


6 


7 6 80.16 


34781 


87 55 64.8 


8406 


7 


6 4 19.22 


3.O90B 


27 32 52.8 


4498 


7 


7 7 48.36 




27 58 10.7 


8410 


8 


6 6 66.79 


941909 


27 37 40.6 


4.700 


8 


7 10 16.19 


34006 


87 48 17.0 


8470 


9 


5 9 34.35 


3.09Se 


27 42 16.8 


4467 





7 12 43.63 


34841 


87 44 13.8 


4.110 


10 


5 12 11.88 


3.09i8 


27 46 41.4 


4418 


10 


7 15 10.68 


34«n 


87 40 1.3 


4480 


11 


5 14 49.38 


3.0948 


27 50 54.6 


4.138 


11 


7 17 37.34 


84413 


87 35 39.3 


4440 


12 


5 17 26.85 


3.0948 


37 54 56.4 


8488 


12 


7 80 3.60 


84S48 


87 31 7.9 


440O 


13 


5 20 4J38 


3.0986 


27 58 46.8 


8.748 


13 


7 22 89.46 


34978 


87 86 87.4 


4.788 


14 


5 22 41.68 


S^09n 


26 2 25.5 


8448 


14 


7 84 64.93 


84310 


87 81 37.7 


4408 


15 


5 25 19.05 


3^0398 


28 5 62.5 


8484 


15 


7 37 19.97 


84M3 


87 16 39.0 


6403 1 


16 


5 27 56.37 


3^18 


28 9 7.9 


8.103 


10 


7 89 44.61 


840T9 


87 11 31.5 


6480 1 


17 


5 30 33.63 


3.0906 


28 12 12.0 


3*979 


17 


7 38 8.83 


84009 


87 6 15.1 


6448 


18 


5 33 10.81 


34166 


28 15 4.7 


3.761 


18 


7 34 33.63 


34888 


87 49.9 


6498 


19 


5 35 47.88 


34170 


28 17 45.9 


3400 


19 


7 36 66.08 


84604 


96 55 16.0 


64M 


20 


5 38 24.84 


34181 


28 20 15.6 


3.400 


20 


7 39 18.99 


84708 


86 49 33.6 


6.781 


21 


5 41 1.69 


84189 


28 22 33.9 


3.910 


21 


7 41 41.63 


34789 


96 43 48.5 


6481 


22 


6 43 38.43 


34118 


28 24 40.8 


3^no 


22 


7 44 3.68 


34081 


86 37 43.8 


0401 


23 


5 46 15.05 
SAT 


34009 

URDA 


Nj28 26 36.4 
Y 18. 


1.881 


23 


7 46 85.31 

Mo: 


84880 

NDAY 


N.86 31 36.6 

2a 


0401 





5 48 51.51 


3.O07O 


N.28 28 20.6 


1.043 





7 48 46.69 


84806 


N.86 96 19.4 


0480 


1 


5 51 27.85 


3.0044 


28 29 53.5 


1.484 


1 


7 61 7.48 


84480 


86 18 66.3 


04TI 


2 


5 54 4.03 


34010 


28 31 15.1 


1.960 


8 


7 63 27.81 


84808 


96 18 83.1 


O406 


3 


5 56 40.04 


3J066 


28 32 25.4 


1.078 


3 


7 65 47.75 


84990 


86 6 43.8 


0.7J6 


4 


5 59 15.88 


3.8006 


28 33 24.5 


0.800 


4 


7 68 7.86 


34310 


85 58 64.6 


0490 


5 


6 1 51.53 


34096 


28 34 12.4 


0.709 


6 


8 86.33 


84149 


85 51 58.6 


7400 ' 


6 


6 4 26.99 


34804 


28 34 49.0 


0410 


6 


8 3 44.96 


8.8007 


85 44 64.8 


7.187 i 


7 


6 7 2.25 


34601 


28 35 14.4 


0489 


7 


8 5 3.13 


8.9808 


85 37 43.4 


7464 , 


8 


6 9 37.31 


34697 


28 35 28.8 


0.146 


8 


8 7 80.87 


3.9090 


85 30 84.4 


7479 


9 


6 12 12.16 


34793 


28 35 32.2 


0488 


9 


8 9 38.17 


3.3647 


86 83 67.8 


7408 ' 


10 


6 14 46.79 


34768 


28 35 24.6 


0.918 


10 


8 11 65.03 


3.3778 


85 15 83.9 


7480 1 


11 


6 17 21.18 


34719 


28 35 6.0 


0400 


11 


8 14 11.44 


34807 


35 7 43.7 


7.748 1 


12 


6 19 55.32 


34070 


28 34 36.4 


0469 


12 


8 16 37.40 


3.9838 


84 69 64.8 


7408 


13 


6 22 29.20 


3.0096 


28 33 56.0 


0.709 


13 


8 18 43.92 


3.3860 


34 51 68.6 


7467 ' 


14 


6 25 2.84 


34668 


28 33 4.9 


0.943 


14 


8 20 58.00 


3.9410 


84 43 65.9 


S.106 1 


15 


6 27 36.21 


34886 


28 32 3.0 


1.191 


15 


8 23 12.63 


34401 


94 36 46.8 


6419 


16 


6 30 9.30 


34403 


28 30 50.5 


1.997 


16 


8 25 26.81 


34837 


84 87 89.7 


6483 


17 


6 32 42.11 


34440 


28 29 27.5 


1.473 


17 


8 27 40.55 


3.3968 


94 19 6.3 


8446 i 


18 


6 35 14.64 


34800 


26 27 63.9 


1.647 


18 


8 29 63.85 


3.3177 


84 10 36.1 


8400 


19 


6 37 46.89 


34860 


28 26 9.9 


1430 


19 


8 32 6.69 


3.9108 


34 1 69Ji 


6489 


20 


6 40 18.83 


34906 


28 24 15.5 


1.003 


20 


8 34 19.09 


34080 


S3 63 15.8 


6.TW 


21 


6 42 50.45 


34948 


28 22 10.7 


3.108 


21 


8 36 31.05 


8.1967 


83 44 85.9 


6466 


22 


6 45 21.76 


34191 


28 19 65.7 


3488 


22 


8 38 42.67 


8.1688 


83 36 39.6 


8409 


23 


6 47 52.75 


34U7 


28 17 30.6 


3408 


23 


8 40 63.65 


3.1611 


33 86 87.0 


9406 1 


24 


6 50 23.41 


34008 


NM 14 66.1 


3474 


24 


8 43 4.30 


3.1789 


N.83 17 18.8 


9.190 1 



X. 



OCTOBER, 185«. 



173 



■ 

GREENWICH MEAN TIME, 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


nonr. 




Din: 
ibrlm. 


DwHnMlon, 


DUL 
forlm. 


Hoar. 


UgfatlmniioB. 


Wff. 
forlm. 


DwHnMlon, 


DHL 
forlm. 




TUl 


3SDA1 


r 2L 






THURSDAY 28. 






h. m. ■. 


•. 


o 1 n 


M 




h. m. 0. 


■. 


O 1 4 


w 





8 43 4.30 


t.l7» 


N.93 17 18J8 


0.100 





10 19 50.07 


I4V94 


N.14 20 20.7 


19.738 


1 


8 45 14.52 


t.1697 


23 8 3J3 


0409 


1 


10 21 42.70 


14740 


14 7 36.0 


13.786 


9 


8 47 24.30 


aaans 


22 58 42.1 


0.408 


2 


10 23 35.06 


14704 


13 54 46.5 


13434 


3 


8 49 33.65 


3.1ft91 


29 49 15.0 


0.609 


3 


10 25 27.15 


14660 


13 41 55.1 


13480 


4 


8 51 42.55 


S.I44B 


22 39 42.0 


0400 


4 


10 27 18.97 


146U 


13 29 1.0 


13434 


6 


8 53 51.03 


%W1 


22 30 3.2 


0.0M 


5 


10 29 10.53 


14079 


13 16 4.3 


19407 


6 


8 55 59.10 


s.iao7 


22 20 18.6 


9.709 





10 31 1.84 


14800 


13 8 5.1 


13439 


7 


8 58 6.73 


3.1917 


22 10 28.3 


0487 


7 


10 32 52.91 


1.8488 


12 50 3.3 


13469 


8 


9 13.94 


9.IM6 


22 32.3 


0.970 


8 


10 84 43.71 


14466 


12 36 59.0 


13494 


9 


9 2 20.72 


S.10iM 


21 50 30.6 


104(71 


9 


10 36 34.25 


14406 


12 23 52.1 


13.134 


10 


9 4 27.08 


3.1034 


21 40 28.8 


]0.ia9 


10 


10 88 24.57 


14386 


12 10 42.9 


13.n4 


11 


9 6 33.03 


34966 


21 30 11.5 


10.310 


11 


10 40 14.66 


14397 


11 57 31.4 


13.919 


12 


9 8 88.58 


34)880 


21 19 54.0 


10488 


12 


10 42 4.51 


14900 


11 44 17.6 


13.948 


13 


9 10 43.71 


3.08-28 


. 21 9 31.2 


10.4U 


13 


10 43 54.14 


149S0 


11 31 1.6 


18484 


14 


9 12 48.48 


34nM 


20 59 3.3 


10410 


14 


10 45 43.55 


14116 


11 17 43.4 


13499 


15 


9 14 52.75 


34600 


20 48 80.2 


10494 


15 


10 47 32.74 


14181 


11 4 22.9 


13468 


16 


9 16 56.67 


34633 


20 37 62.1 


104n 


16 


10 49 21.72 


14146 


10 51 0.4 


18493 


17 


9 19 0.19 


34568 


20 27 9.1 


10.768 


17 


10 51 10.49 


14110 


10 37 36.9 


18497 


18 


9 21 3.31 


34486 


20 16 21.3 


10489 


18 


10 52 59.06 


14076 


10 24 9.3 


13.489 


19 


9 23 6.03 


34431 


20 5 28.6 


10418 


19 


10 54 47.41 


140tt 


10 10 40.8 


13.409 


20 


9 25 8.37 


34S67 


19 54 31.2 


10.906 


20 


10 56 35.59 


14011 


9 57 10.4 


13494 


21 


9 27 10.32 


34i06 


19 43 29.2 


11473 


21 


10 58 23.57 


i*7no 


9 43 38.2 


13464 


22 


9 29 11.89 


34930 


19 32 22.6 


11.140 


22 


11 11.36 


1.7010 


9 30 4.1 


13468 


23 


9 31 13.07 
WEDl 


34U6 

^ESDJ 


N.19 21 11.4 
LY 22. 


11.394 


23 


11 1 58.97 
FR 


1.1010 

IDAY 


N. 9 16 28.3 
24. 


13419 





9 33 13.89 


94MM 


N.19 9 55.8 


1L390 





11 8 46.40 


1.7801 


N. 9 2 60.9 


13440 


1 


9 35 14.33 


9404S 


18 58 85.8 


.11460 


1 


11 6 33.66 


1.7863 


8 49 12.3 


18407 


2 


9 37 14.40 


Looeo 


18 47 11.6 


1L440 


2 


11 7 20.76 


1.7836 


8 35 30.7 


18403 


3 


9 39 14.09 


1.0090 


18 35 43.1 


11.610 


3 


11 9 7.68 


1.7807 


6 21 48.6 


13.718 


4 


9 41 13.43 


14800 


18 24 10.4 


1U670 


4 


11 10 54.44 


1.TT70 


8 8 4.8 


13.744 


5 


9 43 12.41 


14800 


18 12 33.7 


11446 


5 


11 12 41.04 


1.7768 


7 54 19.6 


13.7tt0 


6 


9 45 11.03 


IJrus 


18 53.1 


ii.7n 


6 


11 14 27.48 


1.7798 


7 40 32.7 


18.701 


7 


9 47 9.31 


146B4 


17 49 8.4 


1UT78 


7 


11 16 13.78 


1.7704 


7 26 44.6 


13413 


8 


9 49 7.24 


14638 


17 37 19.8 


11449 


8 


11 17 59.94 


1.7681 


7 12 55.2 


13486 


9 


9 51 4.82 


14079 


17 25 27.4 


11406 


9 


11 19 45.97 


1.7660 


6 59 4.5 


13466 


10 


9 53 2.07 


14618 


17 13 31.1 


1L96B 


10 


11 21 31.86 


1.7637 


6 45 12.6 


13476 


11 


9 54 58.98 


14466 


17 1 31.1 


13480 


11 


11 23 17.62 


1.7617 


6 31 19.5 


13406 


12 


9 56 55.55 


14409 


16 49 27.5 


13499 


12 


11 25 3.26 


1.7607 


6 17 25.2 


18416 


13 


9 58 51.80 


1.0848 


16 37 20.2 


13.168 


13 


11 26 48.78 


1.7677 


6 3 29.8 


13434 


14 


10 47.73 


14^4 


16 25 9.3 


19.911 


14 


11 28 34.18 


1.7666 


5 49 33.4 


18461 


15 


10 2 43.33 


14941 


16 12 55.0 


19.968 


15 


11 30 19.46 


1.7686 


6 36 36.9 


13406 


16 


10 4 38.62 


14180 


16 37.3 


13498 


16 


11 32 4.63 


1.7619 


5 21 37.5 


13463 


17 


10 6 33.60 


14137 


15 48 16.3 


19477 


17 


11 33 49.70 


1.7606 


5 7 38.2 


13408 


18 


10 8 28.27 


14085 


15 35 52.1 


13.481 


18 


11 36 34.68 


1.7488 


4 63 37.9 


14413 


19 


10 10 22.64 


14088 


15 23 24.7 


19.486 


19 


11 37 19.56 


1.7479 


4 39 36.8 


14496 


20 


10 12 16.71 


14086 


15 10 54.1 


13488 


20 


11 39 4.36 


1.7467 


4 26 34.9 


14488 


21 


10 14 10.48 


14080 


14 58 20.3 


19400 


21 


11 40 49.05 


1.7443 


4 11 32.3 


14460 


22 


10 16 3.97 


14808 


14 45 43.4 


19441 


22 


11 42 33.67 


1.7499 


3 57 29.0 


14461 


23 


10 17 57.17 


L884S 


14 33 3.5 


19400 


23 


11 44 18.21 


1.7417 


3 43 25.0 


14473 


24 


10 19 50.07 


14794 


N.14 20 20.7 


19.738 


24 


11 46 2.68 


1.7405 


N. 8 29 20.4 


14463 



174 



OCTOBER, 1856. 



XI. 



GREENWICH MEAN TIME. 


THE MOON'S RIGHT ASCENSION AND DECLINATION. 


Hoar. 


Right AfoensloD. 


forlm. 




DIff. 
forlm. 


Hour. 


Right ABoenskm. 


Dlff. 
for 1 m. 


DeettnMioo. 


for 1 m. ! 

1 




SATURDAY 25. 






MONDAY 


27. 






h. m. ■. 


■. 


O 1 If 


» 




h. m. ■. 


■. 


O 1 W 


• 





11 46 2.68 


1.7406 


N. 3 39 30.4 


14.069 





13 9 32.81 


1.7649 


S. 7 44 18.8 


18.707 


1 


11 47 47.08 


I.TSM 


3 15 15.3 


14U»1 


1 


13 11 18.77 


1.7671 


7 58 0.4 


18.681 


S 


11 49 31.42 


1.7S84 


3 1 9.5 


14.100 


3 


13 13 4.86 


1.7693 


8 11 40.4 


izjua 


3 


11 51 15.69 


1.7874 


3 47 3.3 


14.107 


3 


13 14 51.08 


1.7716 


8 36 18.7 


UJSU 


4 


11 52 59.91 


1.7866 


3 33 56.7 


14.114 


4 


13 16 37.45 


1.T740 


8 38 55.3 


18.696 


6 


11 54 44.08 


1.7866 


2 18 49.7 


14.190 


5 


13 18 23.96 


1.7764 


8 53 30.3 


18.867 


6 


11 56 28.20 


1.7848 


3 4 43.3 


14.196 


6 


13 20 10.61 


1.T789 


9 6 3.3 


18.688 


7 


11 58 12.27 


1.7841 


1 50 34.5 


14.189 


7 


13 21 67.42 


1.7814 


9 19 34.6 


18.607 


8 


11 59 56.30 


1.7886 


1 36 36.5 


14.186 


8 


13 23 44.38 


1.7888 


9 33 4.0 


18.474 


9 


12 1 40.30 


1.7881 


1 33 18.3 


14.188 


9 


13 25 31.49 


1.7864 


9 46 31.4 


18.440 


10 


12 3 24.27 


1.1896 


1 8 9.9 


14.141 


10 


13 27 18.76 


1.7899 


9 69 66.8 


1S.40T 


11 


12 5 8.21 


1.7890 


54 1.3 


14.144 


11 


13 29 6.20 


1.7990 


10 13 30.3 


18.876 


13 


12 6 52.12 


1.7816 


39 53.6 


14.146 


13 


13 30 63.81 


1.7949 


10 36 41.6 


1SJ40 


13 


12 8 36.01 


1.7818 


35 43.9 


14.146 


13 


13 32 41.59 


1.7978 


10 40 0.8 


18.809 


14 


12 10 19.89 


1.7818 


N. 11 35.3 


14.146 


14 


13 34 29.55 


1.8006 


10 63 17.8 


18.966 


15 


12 12 3.77 


1.7813 


S. 3 33.5 


14.146 


15 


13 36 17.69 


1.8038 


11 6 33.6 


18.998 


16 


12 13 47.64 


1*7819 


16 43.3 


14.143 


16 


13 38 6.01 


1.8008 


11 19 45.1 


18.190 


17 


12 15 31.51 


1.7811 


30 60.7 


14.140 


17 


. 13 39 54.52 


1.8009 


11 33 65.3 


18.161 


18 


12 17 15.37 


1.7811 


44 59.0 


14.186 


18 


13 41 43.21 


1.8139 


11 46 3.1 


18.111 


19 


12 18 59.24 


1.7819 


59 7.0 


14.189 


19 


13 43 32.10 


1.8166 


11 59 8.5 


18.070 


30 


12 20 43.12 


1.7816 


1 3 14.8 


14*199 


30 


13 45 21.19 


14)198 


13 13 11.4 


134)97 


SI 


12 23 27.02 


1.7818 


1 27 83.4 


14.196 


31 


13 47 10.47 


1.8939 


13 35 11.7 


19.963 


23 


12 24 10.94 


1*7891 


1 41 39.7 


14.119 


33 


13 48 59.96 


1.8966 


12 38 9.4 


19.M0 


23 


12 25 54.88 
SU] 


1*7896 
TOAY 


S. 1 55 36.6 
26. 


14*119 


33 


13 50 49.66 
TUI 


1.8801 

3SDA^ 


S.12 51 4.5 
' 28. 


13.896 





12 27 38.85 


1.7880 


S. 3 43.1 


14.106 





13 62 39.57 


1.8889 


S.13 3 66.9 


13.869 i 


1 


12 29 22.85 


1.7886 


3 33 49.3 


14.008 


1 


13 64 39.71 


1.8374 


13 16 46.6 


13.806 , 


2 


12 31 6.89 


1.7841 


3 37 54.8 


14.088 


3 


13 56 80.06 


1.8408 


13 39 33.5 


19.768 • 


3 


12 32 50.96 


1.7849 


3 51 59.8 


14.078 


3 


13 58 10.63 


1.8446 


13 43 17.5 


13.709 1 


4 


12 34 35.08 


1.7867 


3 6 4.3 


UJOCB 


4 


14 1.41 


1.8484 


13 64 58.5 


13,660 , 


5 


12 36 19.25 


1.7366 


3 30 8.0 


14.066 


5 


14 1 53.43 


1.8699 


14 7 36.6 


13.611 ' 


6 


12 38 3.46 


1.7873 


3 34 11.1 


14.046 


6 


14 3 43.68 


1.8660 


14 30 11.7 


13.660 1 


7 


12 39 47.73 


1.7889 


3 48 13.4 


14.033 


7 


14 5 35.16 


1.8000 


14 33 43.7 


13.607 , 


8 


12 41 32.06 


1.7894 


4 3 15.0 


14.091 


8 


14 7 86.88 


1.8640 


14 45 13.5 


19.468 1 


9 


12 43 16.46 


1.7406 


4 16 15.8 


14.006 


9 


14 9 18.84 


1.8680 


14 57 38.1 


19.401 { 


10 


12 45, 0.93 


1.7418 


4 30 15.7 


18.991 


10 


14 11 11.04 


1.8791 


15 10 0.5 


13.S47 


11 


12 46 45.47 


1.7498 


4 44 14.7 


18.976 


11 


14 13 3.49 


1.8763 


15 38 19.6 


13.390 f 


12 


12 48 30.08 


1.7448 


4 58 13.8 


18.966 


13 


14 14 66.18 


1.8803 


15 34 35.3 


19.383 1 


13 


12 50 14.78 


1.7467 


5 13 9.8 


18.949 


13 


14 16 49.13 


1.8847 


15 46 47.6 


19.177 


14 


12 51 69.56 


1.7471 


5 36 5.8 


18.996 


14 


14 18 48.34 


1.8801 


15 58 66.5 


19.190 


15 


12 53 44.42 


1.7486 


5 40 0.8 


18.908 


15 


14 30 35.81 


1.8930 


16 11 1.9 


19.061 1 


16 


12 55 29.38 


1.7600 


6 53 64.7 


13.888 


16 


14 33 89.53 


1.8978 


16 33 3.6 


11.999 , 


17 


13 57 14.43 


1.7616 


6 7 47.3 


13.868 


17 


14 34 23.53 


1.9093 


16 35 1.7 


11.988 ' 


18 


13 58 59.58 


1.7688 


6 31 38.7 


13.847 


18 


14 86 17.82 


1.9068 


16 46 56.1 


11.876 1 


19 


13 44.84 


1.7660 


6 35 38.8 


13.896 


19 


14 28 12.34 


1.9118 


16 58 46.8 


11.818 1 


20 


13 3 30.31 


1.7668 


6 49 17.6 


18.809 


30 


14 30 7.15 


1.9158 


17 10 33.6 


11.760 , 


21 


13 4 15.68 


1.7968 


7 3 5.0 


18.778 


31 


14 32 2.23 


1.9205 


17 22 16.6 


11.6S3 1 


23 


13 6 1.37 


1.7608 


7 16 51.0 


13.755 


22 


14 33 57.59 


1.9259 


17 33 55.6 


11.616 ' 


23 


13 7 46.98 


1.76-28 


7 30 35.6 


13.781 


23 


14 35 53.34 


1.9998 


17 45 30.6 


11.650 i 


24 


13 9 33.81 


1.7649 


S. 7 44 18.8 


13.707 


24 


14 37 49.16 


1.9344 


S.17 57 1.7 


11.483 j 

1 



XII. 



OCTOBER, 1856. 



176 



1 






GREENWICH 


MEAN TIME. 










THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Uoor. 

1 


Right iMenrfon. 


IMff. 
forlm. 




Dlff. 
forlm. 


Hour. 


Bl^tA«oai«lon. 


Dirr. 

forlm. 




Dlff. 
telra. 




WED 


NESD. 


A.Y 29. 






FRIDAY 


31. 






h. m. ■. 


0. 


O 1 n 


N 




h. m. ■. 


■. 


O 1 M 


K 





14 37 49.16 


1.9844 


S.17 67 1.7 


11.483 





16 16 41.27 


3.1896 


S.25 30 10.6 


0.996 


1 


14 39 45.37 


IMn 


18 8 28.6 


11.414 


1 


16 18 62.81 


3.1946 


25 37 6.7 


0.876 


2 


14 41 41.87 


1.M40 


18 19 51.3 


11.844 


2 


16 21 4.66 


3.3001 


25 43 66.6 


6.766 


3 


14 43 38.67 


1.9486 


18 31 9.8 


11.978 


3 


16 23 16.83 


3.3064 


25 60 37.3 


0.838 


4 


14 46 35.75 


1.96S8 


18 42 24.0 


11.901 


4 


16 26 29.31 


3.3100 


25 67 11.6 


0.610 


5 


14 47 33.13 


1.9568 


18 53 33.8 


11.199 


6 


16 27 42.10 


3.3166 


26 3 38.6 


0J67 


6 


14 49 30.81 


1.9638 


19 4 39.3 


114)66 


6 


16 29 56.20 


3.3910 


26 68.0 


0.964 


7 


14 51 28.79 


1.9068 


19 15 40.3 


10.978 


7 


16 32 8.61 


3.9961 


26 16 10.1 


0.139 


8 


14 53 27.07 


1.9796 


19 26 36.7 


10.909 


8 


16 34 22.32 


9.3311 


26 22 14.7 


0.019 


9 


14 55 25.67 


1.9789 


19 37 28.5 


10.994 


9 


16 36 36.33 


3.3303 


26 28 11.6 


6.684 


10 


14 57 24.56 


1.9640 


19 48 15.6 


10.740 


10 


16 38 50.65 


3.9413 


26 34 0.8 


6.760 


11 


14 59 23.76 


1.9691 


19 68 68.0 


10.006 


11 


16 41 6.27 


3.3409 


26 39 42.3 


64197 


12 


15 1 23.28 


1.994S 


20 9 35.6 


10.666 


12 


16 43 20.18 


3.9610 


26 45 16.1 


6.497 


13 


15 3 23.10 


1.9997 


20 20 8.3 


10.507 


13 


16 45 35.37 


3.3667 


26 60 42.0 


6.307 


U 


15 5 23.24 


341061 


20 30 36.2 


10.494 


14 


16 47 50.85 


3.3003 


26 66 0.1 


6.980 


15 


15 7 23.70 


M109 


20 40 69.1 


10.341 


15 


16 60 6.61 


3.3060 


27 1 10.3 


6.104 


16 


15 9 24.47 


94)195 


20 61 17.0 


10.360 


16 


16 62 22.65 


3.9097 


27 6 12.5 


4.970 


17 


15 11 25.56 


941006 


21 1 29.8 


10.179 


17 


16 64 38.97 


3.9744 


27 11 6.6 


4.834 


18 


15 13 26.97 


341981 


21 11 37.6 


104)60 


18 


16 66 66.67 


3.9790 


27 15 62.5 


4.006 


19 


15 15 28.70 


34)816 


21 21 40.0 


104)00 


19 


16 69 12.44 


3.9633 


27 20 30.3 


4.609 


20 


15 17 30.75 


34008 


21 31 37.3 


9.913 


20 


17 1 29.67 


3.9877 


27 24 69.9 


4.436 


21 


15 19 33.12 


34)439 


21 41 29.2 


9.619 


21 


17 3 46.96 


3.9990 


27 29 21.3 


4.967 


! 22 


15 21 35.82 


94)478 


21 51 16.5 


9.730 


22 


17 6 4.61 


3.9069 


27 33 34.6 


4.146 


23 


15 23 38.85 


34)639 


S.22 56.3 


9.034 


23 


17 8 22.51 


3.8006 


S.27 37 39.2 


44)06 




THU 


RSDA^ 


Y 30. 






SATUKl 


3AY, 


NOV. 1. 






1 


15 25 42.20 
15 27 45.87 


3^)665 
34)039 


S.22 10 31.6 
22 20 1.3 


9.649 

9.448 





17 10 40.671 


3.30471 


S.27 41 36.4| 


8.868 












2 


15 29 49.87 


3.0094 


22 29 25.3 


9.368 












3 


15 31 54.20 


34)749 


22 38 43.6 


9.366 












4 


15 33 58.86 


94)604 


22 47 66.1 


9.169 












5 


15 36 3.86 


34)800 


22 67 2.7 


94)61 












6 


15 38 9.19 


34)914 


23 6 3.4 


64)63 




PHASES ( 


W TI 


IE MOON. 




7 


15 40 14.84 


34)970 


23 14 68.2 


8.663 












8 


15 42 20.82 


3.1096 


23 23 46.9 


8.761 















15 44 27.14 


3.1063 


23 32 29.4 


8.069 












10 


15 46 33.79 


3.1187 


23 41 6.8 


8.664 








Day. h. m. 




11 
12 


15 48 40.77 
15 50 48.07 


3.1100 
3.1346 


23 49 35.9 
23 67 69.7 


6.449 
6441 




3) First Qua 
O FulfMooi 


rter, 
1, . 


. 6 17 37. 
. 13 10 69. 


B 
1 


13 


15 52 55.69 


3.1301 


24 6 17.2 


8.986 




<C Last Quai 


ter,. 


.20 6 6. 


7 


14 


15 55 3.65 


3.1365 


24 14 28.2 


8.199 




# New Moo 


n, . 


.28 9 64. 


B 


15 

16 


15 57 11.94 
15 59 20.56 


3.1409 
3.1464 


24 22 32.6 
24 30 30.6 


84)90 
7.911 






















17 


16 1 29.51 


3.1610 


24 38 21.8 


7.800 








Day. h. 




18 


16 3 38.79 


3.1574 


24 46 6.5 


74)88 




C Perigee, 


• • 


. . 13 6. 


6 


19 


16 5 48.40 


3.1098 


24 53 44.4 


7.670 




C Apogee, 


• • 


. . 26 14. 


6 


20 


16 7 68.33 


3.1082 


25 1 16.5 


7.403 












21 


16 10 8.58 


3.1736 


25 8 39.8 


7.347 












22 


16 12 19.16 


3.1790 


25 15 67.1 


7.381 












23 


16 14 30.05 


3.1613 


25 23 7.4 


7.113 












24 


16 16 41.27 


3.1806 


S.25 30 10.6 


0.996 













176 



OCTOBER, 1856. 



XIII. 







GREENWICH MEAN TIME. 








1 

LUNAB DISTANCES. ' 

1 


*8S 


8ter*f Nmm 




P.L. 




P.L. 




P.L. 




P.L. 1 


ftOd 




Noon. 


of 


HP*- 


of 


Vlh. 


of 


I». 


<^ 


Poiitloii. 






Dur: 




Dur: 




Dur: 




US. 








O 1 M 




O 1 M 




O 1 II 




O 1 « 


1 


1 


Sun 


W. 


25 30 49 


S440 


36 43 30 


8487 


38 3 55 


8484 


39 35 33 


8481 1 




Antares 


E. 


34 3 66 


8069 


33 34 


8060 


31 6 3 


8060 


39 36 3 


8040 [ 




Mars 


E. 


36 9 60 


san 


34 46 33 


8840 


33 33 15 


8846 


31 59 65 


aoa 




a Aquil« 


E. 


87 18 69 


80QB 


86 6 42 


8004 


84 63 36 


8006 


83 39 11 


8007 


S 


SUK 


W. 


86 14 37 


am 


37 36 40 


aioo 


38 68 48 


8409 


40 91 3 


8807 1 




Venus 


W. 


16 36 15 


SttS 


17 56 1 


Sflffl 


19 15 55 


8610 


30 35 67 


8619 




Man 


E. 


S5 S 66 


saao 


23 39 30 


8800 


32 16 4 


8880 


30 52 38 


8840 




a Aqui]e 


E. 


77 S3 46 


asao 


76 20 66 


8081 


75 8 14 


8046 


73 56 40 


8S66 




FoQialhaiit 


E. 


104 6 39 


t9M 


103 40 34 


8947 


101 15 21 


8941 


99 60 


8904 1 


3 


Sun 


W. 


47 IS 47 


8906 


48 36 42 


88A0 


49 60 46 


8869 


61 33 56 


8844 




Veaus 


W. 


S7 18 U 


84T7 


28 39 1 


8460 


30 


8460 


31 21 9 


8440 1 




a AquilflB 


E. 


67 66 32 


4019 


66 44 11 


4086 


66 S3 7 


4064 


64 33 31 


4076 , 




Fomaihaal 


E. 


92 41 16 


8001 


91 16 8 


8104 


89 48 63 


8167 


88 33 37 


8100 




Jupiter 


E. 


135 30 17 


»ao 


123 59 1 


lOtt 


133 37 37 


1007 


130 66 5 


«90 , 


4 


Suw 


W. 


68 31 18 


8800 


69 46 30 


MBO 


61 9 63 


8970 


68 34 30 


aio7 




Venus 


W. 


38 9 38 


8«M 


39 31 40 


aaoo 


40 64 6 


8868 


43 16 41 


8071 




a Aquil« 


E. 


68 34 11 


4tl9 


67 26 66 


4940 


66 18 16 


4987 


65 11 10 


4890 




FoouUhaut 


E. 


81 8 18 


8U4 


79 41 2 


8188 


78 13 38 


8180 


76 46 5 


8198 1 




aPegaai 


E. 


103 33 68 


8809 


101 8 2 


1960 


99 43 53 


8987 


98 17 37 


8996 i 




Jupiter 


E. 


113 16 67 


9B0lt 


111 43 33 


1000 


110 10 38 


9870 


108 37 41 


9000 , 


6 


Sun 


W. 


69 40 61 


8900 


71 6 49 


UOO 


73 33 4 


8109 


73 69 35 


8100 ' 




Venus 


W. 


4U 13 6 


8800 


60 37 7 


1906 


63 1 34 


8989 


63 35 56 


8900 




Fomalhaut 


E. 


69 36 9 


8087 


67 67 44 


8009 


66 39 12 


8074 


65 31 


8060 . 




a Pegasi 


E. 


91 6 42 


8164 


89 39 60 


8109 


88 13 43 


8140 


86 45 33 


8190 ' 




Jupiter 


£. 


100 49 37 


1006 


99 16 17 


1706 


97 40 43 


1709 


96 6 61 


1700 


6 


Sun 


W. 


81 16 26 


8QM 


83 44 43 


8078 


84 13 19 


8009 


85 43 15 


80tt 1 




Venus 


w. 


60 32 64 


8191 


61 59 14 


ano 


63 35 53 


8168 


64 63 53 


8149 




AnUres 


w. 


26 48 4 


9746 


38 33 43 


1789 


39 69 41 


9716 


31 36 


9701 ■ 




Mars 


w. 


21 26 17 


8009 


33 56 42 


8018 


34 35 33 


90O7 


35 66 49 


9077 ' 




Fomalhaut 


E. 


67 35 20 


80i9 


56 6 69 


8080 


64 36 35 


8087 


63 7 8 


8084 




a Pegaai 


E. 


79 25 7 


8079 


77 56 33 


8061 


76 37 36 


8061 


74 68 16 


80« 




Jupiter 


E. 


88 7 18 


9f709 


86 30 41 


1007 


84 63 44 


9079 


83 16 38 


1607 


7 


Sun 


W. 


93 12 10 


9056 


94 43 15 


9OI0 


96 14 43 


9099 


97 46 34 


mo 




Venus 


W. 


73 13 


808S 


73 43 7 


80S4 


76 11 38 


8016 


76 41 33 


wm 




Antares 


W. 


39 43 47 


9«1 


41 31 14 


9008 


43 5 


1600 


44 39 19 


1600 




Mars 


W. 


33 33 13 


1088 


36 6 63 


10O4 


36 38 68 


1044 


38 13 39 


M86 




a Pegasi 


E. 


67 39 36 


1000 


65 69 7 


fm 


64 38 40 


1009 


63 68 6 


9077 




Jupiter 
a Arietis 


E. 


76 4 60 


107S 


73 36 35 


1609 


71 46 38 


1646 


70 6 97 


9017 




E. 


108 38 66 


MOB 


107 1 33 


1061 


105 33 47 


1089 


103 46 36 


lOU 


8 


Sun 


W. 


106 31 63 


1000 


107 6 10 


1708 


108 40 64 


1700 


110 16 3 


fUO 




Venus 


w. 


84 16 67 


SOI 


86 49 16 


wn 


87 31 69 


MOO 


88 66 9 


wm 




Antares 


w. 


63 1 33 


9480 


64 43 13 


1409 


66 35 30 


Mtt 


68 7 63 


M86 




Mars 


w. 


46 6 19 


tm 


47 43 33 


9700 


49 18 61 


MOO 


60 56 46 


1600 




a Pegasi 


E. 


66 94 


lOSO 


63 63 8 


9078 


63 33 31 


WTO 


60 61 43 


1017 




Jupiter 
a Arietis 


E. 


61 38 30 


1440 


69 66 63 


1499 


68 13 48 


1404 


66 39 19 


MOO 




E. 


96 38 33 


1094 


93 47 63 


1606 


99 6 46 


1607 


90 36 16 


MSO ■ 

1 


9 


Sun 


W. 


118 18 30 


Mil 


119 66 6 


9m 


131 34 18 


1019 


193 13 66 


.-.1 



xrr. 



OCTOBER, 1856. 



177 







GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


1 


Btar'aNuM 




P.L. 




P.L. 




P.L. 




P.L. 


and 




Midnight. 


of 


XV^ 


of 


xvnih. 


of 


XXIh. 


of 


PodtioQ. 






Wff. 




Dlff. 




Ditt 




Dlff. 


Sun 


W. 


O J II 

30 47 14 


M98 


O 1 » 

32 8 59 


8435 


33 30 47 


8493 


O 1 11 

34 52 39 


8416 




Antares 


E. 


28 6 68 


805J 


26 37 50 


8050 


25 8 30 


8M6 


23 39 23 


8041 




Mare 


E. 


30 36 33 


8a43 


29 13 11 


8841 


27 49 47 


8340 


26 26 22 


8880 




a AqoilflB 


E. 


82 25 58 


S910 


81 12 48 


8916 


79 59 43 


8918 


78 46 41 


8938 


8 


SUK 


W. 


41 43 32 


8391 


43 5 49 


8880 


44 28 21 


8880 


45 51 


8878 




Venus 


W. 


21 56 8 


8505 


23 16 27 


8497 


24 36 54 


8490 


25 57 29 


84BI 




Man 


E. 


19 29 13 


834^ 


18 5 50 


8840 


16 42 32 


8861 


15 19 20 


8864 




a Aquile 


E. 


72 43 16 


8905 


71 31 2 


8070 


70 18 59 


8969 


69 7 9 


4008 




Fomalhaut 


E. 


98 24 31 


8396 


96 58 55 


8390 


95 33 10 


8314 


94 7 18 


8307 


3 


Sun 


W. 


52 46 17 


8886 


54 9 47 


8837 


55 33 27 


8819 


56 57 17 


8800 




Venus 


W. 


32 42 29 


8441 


34 3 59 


8433 


35 25 38 


8434 


36 47 27 


8414 




a Aquile 


E. 


63 11 55 


4008 


62 1 51 


4133 


60 52 11 


4160 


59 42 57 


4170 




Fomalhaut 


E. 


86 55 54 


8173 


85 29 13 


8160 


84 2 23 


8169 


82 35 25 


8169 




Jupiter 


E. 


119 24 23 


3932 


117 52 32 


9014 


116 20 31 


2006 


114 48 20 


9807 


4 


Sun 


W. 


63 59 20 


8357 


65 24 22 


8346 


66 49 38 


1884 


68 15 7 


8931 




Venus 


W. 


43 39 31 


8369 


45 2 34 


8847 


46 25 51 


8836 


47 49 21 


8838 




a Aquils 


E 


54 4 44 


4878 


52 59 3 


4418 


51 54 7 


4486 


50 50 3 


4649 




Fomalhaut 


E. 


75 18 23 


8115 


73 50 32 


8109 


72 22 33 


8103 


70 54 26 


8094 




aPegasi 


E. 


96 51 47 


8913 


95 25 53 


8900 


93 59 44 


8186 


92 33 20 


8176 




Jupiter 


E. 


107 4 31 


2850 


105 31 8 


9840 


103 57 32 


9899 


102 23 42 


3818 


6 


Sun 


W. 


75 26 22 


8154 


76 53 26 


8189 


78 20 48 


8134 


79 48 28 


8110 




Venus 


W. 


54 50 45 


8353 


56 15 52 


8389 


57 41 15 


8935 


59 6 55 


8300 




Fomalhaut 


E. 


63 31 43 


8003 


62 2 47 


8056 


60 33 44 


8063 


59 4 35 


8047 




a Pegasi 


E. 


85 17 47 


8117 


83 49 58 


8106 


82 21 55 


8094 


80 53 38 


8083 




Jupiter 


E. 


94 30 43 


9757 


92 55 19 


9744 


91 19 37 


3780 


89 43 37 


9710 


6 


Sun 


W. 


87 11 32 


8099 


88 41 9 


8013 


90 11 7 


9994 


91 41 27 


2070 




Venus 


w. 


66 20 12 


8194 


67 47 52 


8107 


69 15 53 


8000 


70 44 15 


8071 




Antares 


w. 


33 12 39 


9086 


34 49 38 


9660 


36 26 59 


9063 


38 4 42 


2637 




Mare 


w. 


27 26 30 


9966 


28 57 35 


9940 


30 29 3 


9991 


32 55 


2901 




Fomalhaut 


E. 


51 37 38 


8036 


50 8 9 


8086 


48 38 41 


8089 


47 9 16 


8040 




a Pegasi 


E. 


73 28 53 


8080 


71 59 18 


8031 


70 29 31 


8013 


68 59 33 


8004 




Jupiter 


E. 


81 38 51 


9649 


80 53 


9636 


78 22 34 


9610 


76 43 53 


2604 


7 


Sun 


W. 


99 18 49 


9884 


100 51 28 


9866 


102 24 31 


9846 


103 57 59 


2877 




Venus 


W. 


78 11 50 


90n 


79 42 31 


9968 


81 13 36 


2940 


82 45 4 


2930 




Antares 


W. 


46 18 57 


9661 


47 58 59 


9683 


49 39 26 


2616 


51 20 17 


2499 




Mare 


W. 


39 46 25 


9806 


41 20 46 


2786 


42 55 32 


9788 


44 30 42 


9747 




o Pegasi 


E. 


61 27 24 


9078 


59 56 37 


9969 


58 25 46 


2968 


66 54 53 


2908 




Jupiter 
a Arietis 


E. 


68 24 52 


9610 


66 43 53 


3493 


65 2 30 


2476 


63 20 43 


2458 




E. 


102 7 1 


9690 


100 28 1 


9678 


98 48 36 


3560 


97 8 46 


3648 


8 


Sun 


W. 


111 51 38 


9799 


113 27 39 


9710 


115 4 6 


2089 


116 41 


9670 




Venus 


W. 


90 28 47 


9816 


92 2 55 


9795 


93 37 29 


2778 


95 12 26 


9760 




Antares 


W. 


59 50 52 


9406 


61 34 16 


3889 


63 18 6 


2871 


65 2 23 


9363 




Mare 


W. 


52 33 8 


9649 


54 10 57 


9030 


55 49 11 


2610 


67 27 52 


9501 




a Pegasi 


E. 


49 21 13 


9999 


47 50 59 


8014 


46 21 3 


8033 


44 51 31 


8057 




Jupiter 
a Arietis 


E. 


54 45 24 


3866 


53 1 4 


2850 


51 16 18 


2833 


49 31 7 


2316 




E. 


88 43 18 


9461 


87 56 


3483 


85 18 7 


9416 


83 34 54 


2897 


9 


Sun 


W. 


124 52 


9874 


126 31 30 


9660 


128 11 26 


9638 


129 61 47 


2619 



23 



178 



OCTOBER, 1856. 



XV. 









GREENWICH MEAN TIME. 
















LUNAR DISTANCES 


. 








9 


Star's Name 


Noon. 


P.L. 
of 


in»i. 


P.L. 
of 


VPi. 


P.L. 
of 


I» 


PL. 1 
of 


Poeition. 






Diff. 




IMff. 




Diff. 




PML 


Venus 


W. 


O t 

96 47 48 


3740 


O ( M 

98 23 35 


9790 


O f II 

99 59 48 


3700 


101 36 28 


9981 




Antares 


W. 


66 47 7 


38M 


68 32 16 


9817 


70 17 51 


3299 


72 3 52 


3»1 , 




Man 


W. 


59 6 59 


3S79 


60 46 33 


9503 


62 26 33 


3684 


64 6 59 


9616 ' 




a Pegasi 


E. 


43 22 29 


1086 


41 54 2 


1191 


40 26 18 


1164 


38 59 26 


3916 




Jupiter 


E. 


47 45 29 


2396 


45 59 22 


39n 


44 12 49 


3960 


42 25 51 


39a , 




a Arietis 


E. 


81 51 15 


fom 


80 7 10 


3363 


78 22 40 


3344 


76 37 45 


9957 J 


10 


Antares 


W. 


81 29 


9196 


82 49 4 


9179 


84 38 3 


3164 


86 27 25 


9148 1 




Mars 


W. 


72 35 40 


9i^ 


74 18 41 


3407 


76 2 6 


3890 


77 45 56 


38f74 




Jupiter 
a Arietis 


E. 


33 24 37 


QUO 


31 35 7 


9143 


29 45 13 


3138 


27 54 66 


9119 




E. 


67 47 5 


3847 


65 59 48 


3383 


64 12 8 


3918 


62 24 8 


9904 1 




Aldebaran 


E. 


98.20 1 


3900 


96 33 1 


3949 


94 45 36 


3935 


92 57 46 


9119 < 


11 


Mars 


W. 


86 30 37 


3300 


88 16 37 


3986 


90 2 57 


9974 


91 49 84 


3961 ' 




a AquilflB 


W. 


52 52 41 


aM6 


54 12 1 


1477 


55 32 51 


9401 


56 55 6 


un 




a Arietis 


E. 


53 19 16 


9147 


51 29 29 


3187 


49 39 27 


3180 


47 49 14 


3134 




Aldebaran 


E. 


83 53 3 


9140 


82 3 5 


3198 


80 12 49 


3117 


78 22 16 


9196 




Saturn 


E. 


120 17 4 


9110 


118 26 29 


3103 


116 35 34 


3089 


114 44 18 


99n 


12 


Mars 


W. 


100 46 41 


9914 


102 34 48 


3206 


104 23 7 


3199 


106 11 36 


3191 




a Aquile 


W. 


64 4 10 


8000 


65 32 58 


1080 


67 9 34 


9B98 


68 32 65 


9961 ! 




Fomalhaut 


W. 


32 38 52 


97tt 


34 14 21 


9676 


35 51 34 


9006 


37 30 18 


36M> 




a Arietis 


E. 


38 36 16 


9119 


36 45 35 


9116 


34 55 


3193 


33 4 34 


9119 




Aldebaran 


E. 


69 5 49 


9006 


67 13 57 


9061 


65 21 57 


3066 


63 29 50 


3089 1 




Saturn 


E. 


105 23 34 


9096 


103 30 40 


9018 


101 37 34 


3011 


99 44 17 


9996 I 


13 


a Aquilae 


W. 


76 13 27 


9B48 


77 46 53 


9884 


79 20 37 


9B93 


80 54 36 


9119 




Fomalhaut 


W. 


46 57 


9U6 


47 45 35 


9ni 


49 30 49 


9111 


51 16 S3 


SMS 




Jupiter 
a Pegasi 
Aldebaran 


W. 


11 52 22 


im 


13 47 57 


1998 


15 43 34 


1998 


17 39 10 


1991 




w. 


29 21 18 


8t97 


30 39 23 


1444 


32 50 


1991 


33 25 12 


IWI 




E. 


54 8 36 


9060 


52 16 25 


9068 


50 24 21 


9063 


48 32 25 


1911 




Saturn 


E. 


90 15 52 


1906 


88 21 56 


1966 


86 27 58 


1986 


84 34 


1996 




Pollux 


E. 


97 23 11 


1066 


95 28 30 


1966 


93 33 47 


1966 


91 38 4 


1997 


14 


Fomalhaut 


W. 


60 10 31 


9141 


61 57 58 


38n 


63 45 31 


9B6 


66 S3 7 


91M 




a Pegasi 


W. 


40 59 28 


9151 


42 35 


3709 


44 11 37 


9960 


45 49 11 


39» 




Jupiter • 


W. 


27 16 36 


me 


29 U 49 


1949 


31 6 55 


1948 


33 1 61 


1906 




Aldebaran 


E. 


39 16 30 


9116 


37 26 24 


3166 


35 36 50 


9179 


33 47 61 


SMS ' 




Saturn 


E. 


75 4 51 


9009 


73 11 20 


3097 


71 17 57 


9114 


69 94 46 


9919 




Pollux 


E. 


82 6 8 


1979 


80 11 49 


i9n 


78 17 38 


1983 


76 98 36 


1991 


15 


Fomalhaut 


W. 


74 30 34 


3961 


75 17 43 


3161 


78 4 40 


mo 


79 61 24 


1 




a Pegasi 


W. 


54 6 45 


9690 


55 47 31 


3610 


57 28 31 


9809 


59 9 41 


%m 




Jupiter 


W. 


42 33 16 


9000 


44 26 50 


9011 


46 20 7 


9934 


48 13 4 


9on 




Saturn 


E. 


60 2 9 


9079 


58 10 27 


9M5 


56 19 4 


9998 


54 28 1 


9111 




PoUux 


E. 


66 56 38 


9DM 


65 4 


9048 


63 11 40 


9969 


61 19 38 


9071 




Regulns 


E. 


103 38 2 


9049 


101 45 34 


9068 


99 53 23 


3966 


98 1 31 


son 


16 


Focnalhant 


W. 


88 40 55 


9U4 


90 25 50 


9960 


92 10 22 


9in 


93 64 SO 


91M 




a Pegasi 


w. 


67 36 6 


9606 


69 17 11 


9613 


70 58 6 


9931 


72 38 60 


9811 




Jupiter 
a Arietis 


w. 


57 32 42 


9107 


59 23 31 


9193 


61 13 56 


9118 


63 3 67 


9186 




w. 


24 58 


9M6 


25 44 35 


9M3 


27 28 35 


9r9 


29 19 60 


9MT 




Saturn 


E. 


45 18 32 


9194 


43 29 55 


9619 


41 41 46 


9988 


39 54 7 


SMS 




Pollux 


E. 


52 4 32 


9ia 


50 14 38 


9188 


48 25 7 


9174 


46 36 1 


9199 




Regulns 


E. 


88 47 10 


914B 


86 57 24 


9M4 


85 8 2 


9180 


83 19 4 


9I91 



XTI. 



OCTOBER, 1856. 



179 







GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


'i 


8ter*f Nmm 




P.L. 




P.L. 




P.L. 




PL. 


Podtioa. 




Midnight. 


of 
Dur. 


XVh. 


of 
^ DHL 


JfVIIIb. 


of 
DIff. 


XX^ 


of 

Dur. 


t 






















» 


Venus 


W. 


o / w 

103 13 34 


9061 


O 1 N 

104 51 6 


9619 


O 1 II 

106 39 3 


9094 


O 1 u 

108 7 36 


9009 




Antaree 


W. 


73 60 20 


3388 


75 37 14 


9946 


77 34 34 


3299 


79 13 18 


99n 




Mars 


w. 


65 47 53 


9496 


67 29 11 


»I77 


69 10 56 


9400 


70 53 5 


9443 




aPegaei 


E. 


37 33 35 


•an 


36 8 57 


SSftI 


34 45 44 


8440 


33 34 13 


8663 




Jupiter 
a Arietit 


E. 


40 38 27 


9996 


38 50 38 


990O 


37 3 34 


3101 


35 13 43 


3174 




E. 


74 52 25 


9il0 


73 6 40 


3»4 


71 30 39 


SS78 


69 34 


3982 


10 


Antares 


W. 


88 17 11 


9199 


90 7 21 


9117 


91 57 54 


9104 


73 48 47 


9090 




Mara 


w. 


79 30 7 


98a0 


81 14 41 


9M6 


83 59 38 


9998 


84 44 57 


9818 




Japiter 
a Arietit 


E. 


26 4 15 


9097 


24 13 11 


9086 


33 31 45 


9060 


30 29 58 


9066 




E. 


60 35 47 


9191 


58 47 6 


9170 


56 58 7 


9167 


55 8 50 


9160 




Aldebaraa 


E. 


91 9 34 


9196 


89 20 59 


9180 


87 33 2 


3166 


85 43 43 


9169 


11 


Mara 


W. 


93 36 28 


9961 


95 23 39 


9941 


97 11 6 


9ni 


98 58 47 


9998 


" 


a Aquile 


W. 


58 18 39 


9970 


59 43 25 


9310 


61 9 19 


8160 


63 36 16 


8118 




a Arietia 


E. 


45 58 51 


9116 


44 8 10 


9114 


43 17 41 


3111 


40 26 59 


9111 




Aldebaraa 


E. 


76 31 26 


9097 


74 40 22 


9089 


73 49 3 


9079 


70 57 32 


9079 




Satura 


E. 


113 52 43 


9066 


HI 51 


9064 


109 8 41 


9044 


107 16 15 


9084 


13 


Mara 


W. 


108 14 


9188 


109 49 


9184 


111 37 53 


9180 


113 26 49 


9178 




a Aquils 


W. 


70 3 57 


9099 


71 35 35 


9008 


73 7 44 


9984 


74 40 23 


9666 




Fomalhaot 


w. 


39 10 22 


9400 


40 51 36 


9466 


43 33 53 


3418 


44 17 1 


9886 




a Arietia 


E. 


31 14 23 


9146 


29 24 32 


9161 


27 35 5 


9184 


25 46 14 


9911 




Aldebaraa 


E. 


61 37 39 


906) 


59 45 24 


9060 


57 53 7 


9060 


56 50 


9059 




Satura 


E. 


97 50 50 


9000 


95 57 15 


1906 


94 3 33 


1901 


92 9 44 


1989 


13 


a Aquils 


W. 


82 28 45 


9006 


84 3 3 


9806 


85 37 25 


9809 


87 11 50 


9800 




Fomalhaat 


W. 


53 2 43 


9978 


54 49 15 


9964 


56 36 7 


9354 


58 23 14 


3947 




Japiter 
• Pegasi 


W 


19 34 46 


1994 


21 30 20 


1097 


23 25 50 


1999 


25 21 16 


1988 




W. 


34 53 8 


9061 


36 21 18 


9067 


37 52 25 


9978 


39 25 12 


9800 




Aldebaraa 


E. 


46 40 41 


9070 


44 49 10 


90OO 


42 57 56 


9103 


41 7 1 


9118 




Satura 


E. 


82 40 2 


1987 


80 46 7 


1980 


78 52 16 


1908 


76 58 30 


1907 




Pollux 


E. 


89 44 22 


1068 


87 49 41 


1961 


85 55 5 


1964 


84 34 


1967 


14 


Fomalhaat 


W. 


67 20 44 


9996 


69 8 20 


9968 


70 55 51 


9941 


72 43 17 


9947 




a Pegasi 


W. 


47 27 32 


9MM 


49 6 35 


9670 


50 46 11 


9649 


52 26 16 


9633 




Japiter 


w. 


34 50 36 


1966 


36 51 8 


1979 


38 45 26 


1983 


40 39 28 


1901 




Aldebaraa 


E. 


31 59 33 


3360 


30 13 4 


99n 


28 25 30 


3991 


26 40 1 


9378 




Satura 


E. 


67 31 45 


9060 


65 38 58 


9040 


03 46 26 


9060 


61 54 9 


9061 




PoUux 


E. 


74 29 47 


1907 


73 36 8 


9007 


70 42 44 


9915 


68 49 33 


9096 


15 


Fomalhaat 


W. 


81 37 53 


9900 


83 34 7 


3909 


85 10 3 


9916 


86 55 39 


9990 




a Pegasi 


W. 


60 50 58 


9496 


68 33 18 


9496 


64 13 37 


9497 


65 54 54 


9601 




Jupiter 


W. 


50 5 41 


9060 


51 57 58 


9099 


53 49 55 


9077 


55 41 30 


9009 




Satura 


E. 


52 37 19 


9196 


50 47 


9149 


48 57 5 


9160 


47 7 35 


9177 




Pollux 


E. 


59 27 54 


9085 


57 36 31 


9000 


55 45 30 


9118 


53 54 50 


9197 




Regulua 


E. 


96 9 56 


9091 


94 18 43 


9104 


92 27 50 


9118 


90 37 19 


3798 


16 


Fomalhaat 


W. 


95 38 14 


9419 


97 31 31 


9461 


99 4 23 


9460 


100 46 46 


3170 




a Pegasi 


W. 


74 19 20 


9641 


75 59 36 


9666 


77 39 35 


3606 


79 19 17 


9680 




Jupiter 


W. 


64 53 33 


9171 


66 43 44 


9199 


68 31 30 


3905 


70 19 50 


3998 




a Arietis 


W. 


30 57 12 


9966 


33 41 36 


9968 


34 35 57 


3873 


36 10 12 


3880 




Saturn 


E. 


38 6 58 


3974 


36 30 31 


9908 


34 34 18 


3839 


32 48 50 


9846 




Pollux 


E. 


44 47 19 


3908 


43 59 3 


3936 


41 11 13 


3443 


39 33 49 


9960 




Regulus 


E. 


81 30 30 


9114 


79 43 33 


9180 


77 54 40 


3148 


76 7 34 


9964 



180 



OCTOBER, 1856. 



XVII. 



.„„...„„ 1 


V 






LUNAR DISTANCES 


. 








h 


Starts Name 
and 


Noon. 


PL. 

of 


IIP». 


P.L. 
of 


Vlh. 


P.L. 
of 


IXb. 


P.L. 

^ 1 


17 


PoAltioo. 






DUL 




ms. 




DUL 




DUE. 1 

1 


a Pegasi 


W. 


O 1 II 

80 58 39 


asM 


O 1 M 

83 37 41 


3610 


O 1 II 

84 16 33 


3096 


O 1 N 

85 54 41 


9813 1 




Jupiter 


W. 


73 7 43 


9341 


73 55 9 


3960 


75 43 8 


3377 


.77 38 41 


9996 




a Arietis 


w. 


37 54 16 


3888 


39 38 8 


9896 


41 31 46 


3409 


43 5 8 


9491 




Pollux 


E. 


37 36 51 


3979 


35 50 30 


3897 


34 4 16 


3816 


33 18 39 


3336 




Regulus 


E. 


74 30 33 


3984 


73 34 9 


3809 


70 48 13 


3331 


69 3 43 


3389 




Sun 


E. 


130 39 30 


3fl89 


139 80 


9808 


137 31 36 


9699 


135 43 30 


9848 


18 


oPegaai 


W. 


94 13 


97S8 


95 36 1 


3T00 


97 11 33 


3780 


08 46 16 


980S 




Jupiter 


W. 


86 14 38 


3880 


87 58 39 


3408 


89 41 53 


9497 


91 34 48 


3448 




a Arietis 


W. 


51 37 13 


3498 


53 18 35 


3609 


54 59 36 


9690 


56 40 13 


9641 




Aldebaran 


W. 


33 31 3 


9889 


33 54 10 


3898 


35 38 4 


9799 


37 8 33 


3781 




Regulus 


E. 


60 33 5 


9484 


58 39 19 


9463 


56 57 


9473 


55 15 9 


9493 




Sun 


E. 


117 38 43 


3760 


116 3 9 


3769 


114 38 1 


3791 


113 53 81 


98W 


19 


Jupiter 
a Arietis 


W. 


99 53 55 


3688 


101 33 16 


9656 


103 13 13 


9679 


104 53 46 


9601 




W. 


64 57 43 


3096 


66 36 8 


3641 


68 14 1 


9669 


69 51 36 


9876 




Aldebaran 


W. 


34 58 40 


3760 


36 34 1 


3768 


38 9 18 


9769 


39 44 37 


sno 




Regulus 


E. 


46 53 34 


3688 


45 13 33 


3807 


43 34 36 


9896 


41 56 16 


9844 




Sun 


E. 


105 6 39 


3911 


103 34 34 


3030 


103 8 43 


9960 


100 31 37 


9989 


90 


Jupiter 
a Arietis 


W. 


113 4 33 


3876 


114 41 46 


3890 


116 18 39 


3706 


117 55 11 


970 




W. 


77 54 6 


3766 


79 39 33 


9770 


81 4 40 


3786 


83 39 36 


9801 




Aldebaran 


w. 


47 37 39 


3899 


49 11 38 


9839 


50 45 14 


3844 


53 18 45 


9864 




Regulus 


E. 


33 50 51 


37S6 


33 14 59 


976ft 


30 39 32 


3n3 


89 4 89 


9799 




Sun 


E. 


93 57 


8060 


91 31 57 


8076 


90 3 18 


8003 


88 35 


3110 


31 


Aldebaran 


W. 


00 3 49 


3910 


61 34 55 


9991 


63 6 47 


9031 


64 38 86 


99«9 




Saturn 


W. 


33 36 33 


3974 


34 57 7 


3973 


36 37 55 


3971 


37 58 44 


9979 




Pollux 


W. 


15 47 38 


3846 


17 30 58 


3866 


18 54 14 


3866 


30 97 10 


38n 




Sun 


E. 


81 18 38 


8188 


79 53 5 


8303 


78 35 59 


391? 


77 10 


8981 


23 


Aldebaran 


W. 


73 13 37 


3099 


73 43 50 


8001 


75 14 3 


8009 


76 44 3 


3018 




Saturn 


W. 


35 31 57 


9908 


37 9 18 


3999 


38 33 33 


3004 


40 8 40 


3009 




Pollux 


W. 


38 9 1 


3999 


39 40 43 


3989 


31 13 13 


9948 


38 43 31 


9998 




Sun 


E. 


69 54 55 


9908 


68 30 35 


8808 


67 6 37 


33U 


65 49 38 


8896 


33 


Aldebaran 


W. 


84 11 38 


8087 


85 40 40 


8004 


87 9 34 


8080 


88 38 91 


8078 




Saturn 


W. 


47 31 31 


8088 


49 57 


3043 


50 30 16 


3048 


51 59 99 


3089 




Pollux 


W. 


40 17 19 


3807 


41 47 35 


8006 


43 17 43 


3010 


44 47 43 


8017 1 




Sun 


E. 


58 45 47 


8871 


57 33 57 


3878 


56 15 


3380 


54 37 48 


3388 


34 


Aldebaran 


W. 


96 35 


8104 


97 38 30 


8109 


98 56 99 


8113 


100 84 93 


31 M 




Saturn 


W. 


59 34 13 


8078 


60 53 56 


8076 


63 81 35 


3080 


63 50 9 


3089 




Pollux 


W. 


53 15 53 


8043 


53 45 12 


8017 


55 14 26 


3069 


56 43 35 


30M 




Sun 


E. 


47 46 50 


843S 


46 34 59 


3498 


45 3 14 


3439 


43 41 34 


3137 ' 


35 


Saturn 


W. 


71 13 18 


8099 


79 40 37 


8096 


74 8 53 


8098 


75 37 8 


8098 




Pollux 


W. 


64 8 35 


8088 


65 37 13 


8060 


67 6 40 


8071 


68 34 45 


3073 




Regulus 


W. 


97 36 97 


8101 


39 4 35 


8101 


30 38 45 


3100 


39 54 


3888 




Sun 


E. 


36 54 IH 


8464 


35 33 3 


3466 


34 11 49 


1469 


38 50 30 


3481 


31 


Sun 


W. 


38 46 13 


8889 


30 9 58 


3314 


31 33 53 


8307 


33 57 56 


urn 




a AquilflB 


E. 


60 44 39 


4188 


59 35 4 


4171 


58 86 10 


4904 


57 17 48 


4944 




?^)malhaut 


K. 


83 55 30 


8)40 


H3 38 30 


3141 


81 1 4 


8140 


79 33 43 


3134 




Jupiter 


E. 


113 14 10 


9914 


111 43 9 


9908 


no 10 


9901 


108 37 48 


1894 



XVIII. 



OCTOBER, 1856. 



181 







GREENWICH MEAN ' 


TIME. 








LUNAR DISTANCES. 


iA 


Ster'c NamA 




PL. 




P. L. 




P.L. 




P.L. 


H 


and 




Midnight. 


of 


XVh. 


of 


XVIIJh 


of 


XXL^ 


of 


'^ 


Podtioa. 




DUL 




DIff. 




DllL 




Dur. 








o 1 n 




O 1 N 




O 1 II 




O 1 N 




17 


a Pegasi 


W. 


87 32 37 


9061 


89 10 9 


9680 


90 47 16 


9696 


92 23 58 


3719 




Jupiter 


W. 


79 14 47 


3S14 


81 26 


9SSS 


82 45 37 


9353 


84 30 20 


9070 




a Arietis 


w. 


44 48 13 


S4»l 


46 30 59 


9449 


48 13 24 


9463 


49 55 29 


9479 




Pollux 


E. 


30 33 30 


3854 


28 48 49 


9878 


27 4 36 


9893 


25 20 51 


9419 




Regulus 


E. 


67 17 40 


9156 


66 33 5 


98n 


63 48 57 


9896 


62 5 17 


9416 




Son 


E. 


124 5 30 


9060 


122 28 8 


9686 


120 51 12 


9709 


119 14 44 


9799 


18 


aPesr^i 


W. 


100 20 40 


9835 


101 54 36 


9847 


103 28 3 


9870 


105 1 


9804 




Jupiter 


W. 


93 7 17 


9465 


94 49 20 


9488 


96 30 57 


9901 


98 12 9 


9090 




a Arietis 


W. 


58 20 29 


9596 


60 22 


9675 


61 39 51 


9901 


63 18 58 


9606 




Aldebaran 


w. 


28 37 26 


9769 


30 12 34 


9761 


31 47 53 


9757 


33 23 17 


9758 




Uegulus 


E. 


53 33 44 


95)9 


51 52 47 


9ftS0 


50 12 16 


9540 


48 32 11 


9500 




Sun 


E. 


111 19 6 


9881 


109 45 18 


9801 


108 11 56 


9871 


106 39 


9601 


19 


Jupiter 


W. 


106 31 54 


9009 


108 10 37 


9095 


109 48 58 


9019 


111 26 56 


9608 




a Arietis 


w. 


71 28 50 


9091 


73 5 42 


9708 


74 42 11 


9793 


76 18 20 


9741 




Aldebaran 


w. 


41 19 26 


9785 


42 54 14 


9793 


44 28 52 


9801 


46 3 18 


9813 




Regulus 


E. 


40 18 21 


9009 


38 40 50 


9083 


37 3 46 


9700 


35 27 6 


9710 




Son 


E. 


99 35 


9088 


97 30 7 


8005 


96 1 


8034 


94 30 18 


8043 


20 


Jupiter 


W. 


119 31 22 


9787 


121 7 13 


9700 


122 42 46 


9705 


124 18 


9779 




a Arietis 


W. 


84 13 52 


9816 


85 47 59 


9881 


87 21 47 


96U 


88 55 1^- 


9655 




Aldebaran 


w. 


63 52 3 


9866 


55 25 6 


98n 


56 57 54 


9886 


58 30 28 


9898 




Hegulus 


E. 


27 29 61 


9811 


25 55 37 


9881 


24 21 49 


9890 


22 48 26 


9669 




Sun 


E. 


87 7 3 


8197 


85 39 26 


8ia 


84 12 8 


8156 


82 45 9 


8173 


21 


Aldebaran 


W. 


66 9 52 


9058 


67 41 4 


9909 


69 12 4 


9078 


70 42 51 


9961 




Saturn 


W. 


29 29 32 


9975 


31 16 


9079 


32 30 55 


9088 


34 1 29 


9988 




.Pollux 


W. 


22 4 


9887 


23 32 39 


9899 


25 4 59 


9000 


26 37 6 


9919 




Sun 


E. 


75 34 37 


8944 


74 9 20 


8908 


72 44 17 


8900 


71 19 29 


8981 


22 


Aldebaran 


W. 


78 13 53 


8096 


79 43 34 


8084 


81 13 5 


8049 


82 42 25 


8049 




Saturn 


W. 


41 32 41 


8016 


43 2 34 


8099 


44 32 19 


8097 


46 1 58 


8039 




Pollux 


W. 


34 14 37 


9066 


35 45 32 


9974 


37 16 17 


9081 


3S 40 53 


9989 




Sun 


E. 


64 18 49 


8885 


62 55 18 


8844 


61 31 67 


8858 


60 8 47 


8303 


23 


Aldebaran 


W. 


90 7 


8069 


91 35 31 


8087 


93 3 56 


8004 


94 32 13 


8098 




Saturn 


W. 


53 28 37 


8057 


54 57 39 


8009 


56 26 35 


8006 


57 55 26 


8009 




Pollux 


W. 


46 17 34 


8033 


47 47 18 


8098 


49 16 56 


80M 


50 46 27 


8036 




Sun 


E. 


53 15 17 


8400 


51 53 


8406 


50 30 50 


8419 


49 8 47 


8417 


24 


Aldebaran 


W. 


101 52 13 


8191 


103 19 57 


8195 


104 47 36 


8190 


106 15 11 


8189 




Saturn 


W. 


65 18 41 


8085 


66 47 9 


8087 


68 15 34 


8080 


69 43 57 


8091 




Pollux 


W. 


58 12 41 


8096 


59 41 42 


8001 


61 10 39 


8061 


62 39 33 


8006 




Sum 


E. 


42 19 59 


8440 


40 58 28 


8444 


39 37 1 


8447 


38 15 38 


8450 


25 


Saturn 


W. 


77 5 23 


8097 


78 33 36 


8098 


80 1 48 


8097 


81 30 1 


8098 




Pollux 


W. 


70 3 28 


8074 


71 32 9 


8074 


73 50 


8074 


74 29 30 


8074 




Regulus 


w. 


33 29 6 


8096 


34 57 18 


8096 


36 25 32 


8096 


37 53 47 


8097 




Sum 


E. 


31 29 31 


84«8 


30 8 25 


8463 


28 47 20 


8465 


27 26 17 


8467 


31 


Sum 


W. 


34 22 9 


8990 


35 46 32 


8983 


37 11 5 


8374 


38 35 47 


8965 




a Aquilae 


E. 


56 10 3 


4984 


55 2 56 


4889 


53 56 33 


4861 


52 50 55 


4433 




Fomalhaut 


E. 


78 6 15 


8180 


76 38 42 


8196 


75 11 4 


8193 


73 43 22 


8119 




Jupiter 


E. 


107 5 16 


9887 


105 32 41 


9881 


103 69 58 


9874 


102 27 6 


9866 



182 



NOVEMBER, 1856. 



AT 


GREENWICH APPARENT 


NOON. 1 


i 

i 


1 


THE SUN'S 


Sideraal 
Tim. 

OfUM 

Scmldl- 
uneter 
pMing 

tiM 

Hntd- 


Eqiuttonif 

How, 
uu 

nd)tmtU4 

JrnfH 
Apparent 

Tim*. 


DUL ; 

fbr 
Ibour. 


Appannt 
Right Aioendon. 


DUr.for 
Ihour. 


Appmnni 
SwUnaUon. 


Diff-for 
1 hoar. 

47.87 
47.28 
46.65 


Semi- 
diuneter. 


Sat 
Sun. 
Mod. 


1 

2 
3 


h. m. •. 

14 27 29.46 
14 31 25.49 
14 35 22.33 


9.819 
9.852 
9.886 


S.14 35 4&8 

14 54 4a7 

15 13 86.1 


16 
16 
16 


10.02 
10.27 
10.52 


67.00 
67.12 
67.24 


fe 17.61 

16 18.13 
16 17.86 


•- 1 
0.038 

0.029 


Tues. 
Wed. 
Thur. 


4 
5 
6 


14 39 19.95 
14 43 18.41 
14 47 17.69 


9.919 
9.952 
9.986 


15 32 8.3 

15 50 25.0 

16 8 25.6 


46.02 
45.85 
44.68 


16 
16 
16 


10.77 
11.02 
11.26 


67.86 
67.49 
67.61 


16 16.79 
16 14.89 
16 12.19 


0.063 
0.097 
0.180 


Fri. 
Sat. 
Sun. 


7 
8 
9 


14 51 17.77 
14 55 18.67 
14 59 20.40 


10.020 
IO.OSS 
10.090 


16 26 10.3 

16 43 38.0 

17 48.6 


48.99 
43.29 
42.56 


16 
16 
16 


11.50 
11.74 
11.97 


67.78 
67.85 
67.96 


16 8.67 
16 4.33 
15 59.17 


0.164 
0.196 
0.283 


Mon. 
Tue8. 
Wed. 


10 
11 
12 


15 3 22.99 
15 7 26.41 
15 11 30.68 


10.125 
10.160 
10.195 


17 17 41.8 
17 34 17.3 
17 50 34.5 


41.83 
41.08 
40.32 


16 
16 
16 


12.21 
12.44 
12.66 


68.08 
68.20 
68.81 


15 53.14 
15 46.30 
15 36.61 


0.268 
0.803 
0.888 


Thur. 

Fri. 

Sat. 


13 
14 
15 


15 15 85.78 
15 19 41.73 
15 23 48.56 


10.230 
10.265 
10.S01 


18 6 33.1 
18 22 12.7 
18 37 32.9 


39.58 
38.74 
37.92 


16 
16 
16 


12.87 
13.08 
13.28 


68.43 
68.55 
68.66 


15 30.10 
15 20.74 
15 10.48 


0.878 
0.406 
0.444 


Sbi. 
1 Mon. 
Tues. 


16 
17 
18 


15 27 56.24 
15 32 4.79 
15 36 14.17 


10.8S7 
10.37S 
10.409 


18 52 33.4 

19 7 14.0 
19 21 34.0 


37.10 
86.26 
35.41 


16 
16 
16 


13.48 
13.68 
13.88 


68.77 
68 89 
69.00 


14 59.38 
14 47.43 
14 31.65 


0.480 
0.515 
0.550 


Wed. 
Thur. 
Fri. 


19 
20 
21 


15 40 24.41 
15 44 35.50 
15 48 47.41 


10.444 
10.478 
10.511 


19 85 31.1 

19 49 11.0 

20 2.27.3 


84.52 
33.62 
82.70 


16 
16 
16 


14.07 
14.25 
14.43 


69.12 
69.23 
69.34 


14 21.00 
14 6.50 
13 51.20 


0.585 ' 
0.619 : 
0.655 1 


Sat. 
Sun. 
Mon. 


22 
23 
24 


15 53 0.12 

15 57 13.63 

16 1 27.95 


I0.S4S 
10.579 
10.611 


20 15 21.8 
20 27 53.7 
20 40 3.1 


81.78 
80.88 
29.88 


16 
16 
16 


14.61 
14.79 
14.96 


69.45 
69.55 
69.66 


13 35.09 
13 18.18 
13 0.47 


0.689' 
0.722 j 
0.755 


Tues. 
Wed. 
Thur. 


25 
26 
27 


16 5 43.05 
16 9 58.91 
16 14 15.47 


10.642 
10.673 
10.708 


20 51 49.3 

21 8 12.0 
21 14 11.1 


28.91 
27.94 
26.94 


16 
16 
16 


15.12 
15.29 
15.46 


69.76 
69.86 
69.96 


12 41.97 
12 22.72 
12 2.77 


0.788 
0.817 
0.847 


Fri. 
Sat. 
Sun. 


28 
29 
30 


16 18 32.78 
16 22 50.77 
16 27 9.43 


10.732 
10.760 
10.787 


21 24 46.0 
21 34 56.4 
21 44 42.1 


25.93 
24.90 
28.87 


16 
16 
16 


15.62 
15.78 
15.95 


70.06 
70.15 
70.24 


11 42.07 
11 20.72 
10 58.66 


0.876 
0.904 
0.931 


Mod. 


31 


16 31 28.73 


10.814 


S.21 54 2.8 


22.81 


16 


16.10 


70.83 


10 35.98 


0.957 


Xtm-JCMMTlMorth. 


SaiaUoM 


»t«r pMdof mMj b« fooad b j i 


iobtnettiiiOi.l81hwtlM8ld«MlTlin.. |l 



II. 



NOVEMBER, 1856. 



183 



AT GREENWICH MEAN NOON. 



I 



Sat. 
Sun. 
Mod. 

Tuea. 
Wed. 
Thur. 

Fri. 
Sat 
Sun. 

Mon. 
Tues. 
Wed. 

Thur. 

Fri. 

Sat. 

Sun. 
Mon. 
Tues. 

Wed. 
Thur. 
Fri. 

Sat 
Sun. 
Mon. 

Tues. 
Wed. 
Thur. 

Fri. 
Sat 
Sun. 

Mon. 



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 
Right Ajoenalon. 



h. m. s. 

14 27 32.13 
14 31 28.17 
14 35 25.01 

14 39 22.64 
14 43 21.11 
14 47 20.38 

14 51 20.46 
14 55 21.36 

14 59 23.09 

15 3 25.68 
15 7 29.09 
15 11 33.34 

15 15 38.42 
15 19 44.35 
15 23 51.17 

15 27 58.83 
15 32 7.35 
15 36 16.70 

15 40 26.91 
15 44 37.97 
15 48 49.83 

15 53 2.50 

15 57 15.97 

16 1 30.25 

16 5 45.31 
16 10 1.12 
16 14 17.63 

16 18 34.88 
16 22 52.79 
16 27 11.41 

16 31 30.65 



DULfor 
1 hoar. 



9.819 
9.852 
9.886 

9.919 
9.952 
9.986 

10.020 
10.055 
10.090 

10.125 
10.160 
10.195 

10.230 
10.265 
10.801 

10.887 
10.878 
10.409 

10.444 
10.478 
10.611 

10.545 
10.679 
10.611 

10.642 
10.673 
10.708 

10.782 
10.760 
10.787 

10.814 



DacUnatloa. 



S.14 35 59.7 

14 55 1.5 

15 13 48.7 

15 32 20.7 

15 50 37.3 

16 8 37.9 

16 26 22.1 

16 43 49.6 

17 1 0.0 

17 17 52.9 
17 34 28.1 

17 50 45.0 

18 6 43.8 
18 22 22.6 
18 37 42.5 

18 52 42.7 

19 7 22.9 
19 21 42.6 

19 35 41.4 

19 49 19.0 

20 2 35.0 

20 15 29.1 
20 28 0.7 
20 40 9.7 

20 51 55.5 

21 3 17.9 
21 14 16.6 

21 24 51.2 
21 35 1.2 
21 44 46.6 

S.21 54 7.0 



DUtfor 
Ihoar. 



47.87 
47.28 
46.65 

46.02 
45.85 
44.68 

48.99 
48.29 
42.66 

41.88 
41.06 
40.82 

89.58 
88.74 
87.92 

87.10 
86.26 
85.41 

Z4.52 
88.62 
82.70 

81.78 
80.88 
29.88 

28.91 
27.94 
26.94 

25.98 
24.90 
28.87 

22.81 



IqoAdonof 

Timt| 

tobe 

added to 



Tim$. 



16 17.63 
16 18.15 
16 17.87 

16 16.79 
16 14.88 
16 12.17 

16 8.64 
16 4.80 
15 59.18 

15 53.09 
15 46.24 
15 38.54 

15 30.02 
15 20.65 
15 10.38 

14 59.28 
14 47.32 
14 34.53 

14 20.87 
14 6.37 
13 51.07 

13 34.95 
13 18.04 
13 0.32 

12 41.82 
12 22.57 
12 2.62 

11 41.91 
11 20.56 
10 58.51 

10 35^ 



Dur. 

1 hoar. 



0.038 
0.005 
0.029 

0.068 
0.097 
0.180 

0.164 
0.198 
0.288 

0.268 
0.803 
0.838 

0.873 
0.406 
0.444 

0.480 
0.515 
0.550 

0.585 
0.619 
0.655 

0.689 
0.722 
0.755 

0.788 
0.817 
0.847 

0.876 
0.904 

oa^i 

0.957 



fiideraal 
Time. 



4 43 49.76 
4 47 46.32 
4 51 42.88 



4 55 39.43 

4 59 35.99 

5 3 32.55 



5 7 29.10 
5 11 25.66 
5 15 22.22 

5 19 18.77 
5 23 15.33 
5 27 11.88 



81 
85 



5 39 



8.44 
5.00 
1.55 



5 42 58.11 
5 46 54.67 
5 50 51.23 

5 54 47.78 

5 58 44.34 

6 2 40.90 



6 37.45 
10 34.01 
16 14 30.57 



6 18 27.13 
6 22 23.69 
6 26 20.25 

6 30 16.80 
6 34 13.36 
6 38 9.92 

16 42 6.48 



NoTB. — The Scoiidiameter for Mean Nooo maj bt a 



ne M thftt for Appueot Noon. 



184 



NOVEMBER, 1856- 



III. 



AT GREENWICH MEAN NOON. 



THE SUN'S 



I 



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 



I 

"8 



1 306 



307 
308 

309 
310 
311 

312 
313 
314 

315 
316 
317 

318 
319 
320 

321 
322 
323 

324 
325 
326 

327 
328 
329 

330 
331 
332 

333 
334 
835 

336 



IVm lonoitudb. 



219 17 20.2 

220 17 29.4 

221 17 40.2 

222 17 52.5 

223 18 6.4 

224 18 21.7 

225 18 38.4 

226 18 56.6 

227 19 16.3 

228 19 37.6 

229 20 0.3 

230 20 24.6 

231 20 50.4 

232 21 18.0 

233 21 47.3 

234 22 18.3 

235 22 51.1 

236 23 25.7 

237 24 2.1 

238 24 40.2 

239 25 19.9 

240 26 1.2 

241 26 44.2 

242 27 28.8 

243 28 14.9 

244 29 2.4 

245 29 51.1 

246 30 41.0 

247 31 32.1 

248 32 24.3 

249 33 17.5 



16 43.7 

16 52.8 

17 3.5 

17 16.6 
17 29.3 

17 44.4 

18 1.0 
18 19.0 
18 38.6 

18 59.7 

19 22.2 

19 46.3 

20 12.0 

20 39.4 

21 8.5 

21 39.4 

22 12.0 

22 46.4 

23 22.7 

24 0.7 

24 40.2 

25 21.3 

26 4.2 

26 48.6 

27 34.5 

28 21.8 

29 10.3 

30 0.1 

30 51.0 

31 43.0 

32 36.0 



DIAfor 
1 hoar. 



60.86 
50.48 
50.49 

50.55 
50.61 
50.67 

50.74 
50.80 
50.86 

50.92 
50.98 
51.05 

51.12 
51.19 
51.27 

51.84 
51.41 
51.48 

51.55 
51.62 
51.69 

51.76 
51.82 
51.88 

51.94 
62.00 
62.04 

62.09 
52.18 
52.18 

152.23 



LATITUDE, 



—0.37 
0.39 
0.39 

0.36 
0.29 
0.21 

—0.11 

-hO.Ol 

0.15 

0.29 
0.41 
0.54 

0.63 
0.70 
0.75 

0.76 
0.74 
0.72 

0.64 
0.55 
0.44 

0.31 

0.17 

H-0.04 

—0.08 
0.19 
0.28 

0.35 
0.39 
0.40 

—0.38 



Logarithm 

of Um 

lUdiua Vector 

of the 

Earth. 



9.9963947 
.9962822 
.9961706 

.9960600 
.9959503 
.9958418 

.9957346 
.9956288 
.9955248 

.9954227 
.9953224 
.9952241 

.9951277 
.9950332 
.9949407 

.9948505 
.9947622 
.9946758 

.9945911 
.9945081 
.9944268 

.9943470 
.9942687 
.9941915 

.9941156 
.9940409 
.9939674 

.9938951 
.9938240 
.9937543 

9.9936865 



DUr.tor 
1 hoar. 



47.0 
46.8 
46.4 

45.9 
45.6 
45.0 

44.4 
48.7 
42.9 

42.2 
41.4 
40.6 

89.8 
88.9 
88.5 

87.2 
36.4 
85.7 

35.0 
34.3 
38.6 

83.0 
82.5 
31.9 

81.4 
80.9 
80.4 

29.8 
29.2 
28.6 

28.0 



h. m. •. 

9 14 39.12 ' 
9 10 43.21 
9 6 47.29 

9 2 51.39 
8 58 55.48 
8 54 59.56 

8 51 3.66 

8.47 7.75 
8 43 11.83 

8 39 15.93 
8 35 20.01 
8 31 24.11 

8 27 28i20 
8 23 32.29 
8 19 36.38 



8 15 40.47 
8 11 44.55 
8 7 48.63 

8 3 52.73 
7 59 56.82 
7 56 0.91 

7 52 5.00 
7 48 9.08 
7 44 13.17 I 

7 40 17.26 
7 36 21.34 I 
7 32 25.43 

7 28 29.52 
7 24 38.61 • 
7 20 87.71 

7 16 41.79 



Vvn.'^K rnri Mp n aito to Om Itm eqateoz oT the tele, >i' to the himm eqainos of Jea. Od. 



IV. 



NOVEMBER, 1856. 



185 









GREENWICH 


MEAN TIME. 
















THE 


MOON'S 










1 


8EHIDIAMKIKR. 


HORIZONTAL 


PARALLAX. 




HKRIDIAN PA88AGB. 




I 

2 
8 


















AaB. 


Naoo. 


Midniffht. 


Nooo. 


Diff-for 
Iboor. 


MIdDight. 


DUtfor 
Ihoar. 




DHL for 
Ihoor. 


15 "4.6 
15 13.0 
15 22.7 


15 8.6 
15 17.7 
15 28.1 


56 13.1 

55 43.7 

56 19.6 


+1.16 
1.38 
1.60 


55 27.7 

56 1.0 
56 39.6 


+1.27 
1.49 
1.70 


h. m. 

2 32.3 

3 26.9 

4 22.4 


m. 
2.26 
2.83 
2.81 


d. 

3.6 
4.6 
5.6 


4 
5 
6 


15 33.8 
15 46.1 
15 59.4 


15 39.8 

15 52.7 

16 6.1 


57 0.8 

57 46.1 

58 34.5 


1.80 
1.97 
2.06 


57 23.0 

58 10.0 
58 59.0 


1.89 
2.08 
2.05 


5 17.2 

6 10.5 

7 2.1 


2.26 
2.18 
2.09 


6.6 
7.6 
8.6 


7 
8 
9 


16 12.6 
16 24.6 
16 34.2 


16 18.8 
16 29.8 
16 37.6 


59 23.0 

60 7.1 
60 41.8 


1.99 
1.70 
1.21 


59 45.9 

60 25.9 
60 54.3 


1.87 
1.48 
0.90 


7 52.0 

8 41.3 

9 31.2 


2.01 
2.08 
2.09 


9.6 
10.6 
11.6 


10 
11 
12 


16 39.9 
16 40.9 
16 37.0 


16 41.0 
16 39.6 
16 33.2 


61 2.9 
61 6.9 
60 52.4 


+0.55 

-0.23 

0.99 


61 7.2 
61 1.9 
60 38.6 


+0.17 

-0.62 

1.88 


10 23.2 

11 18.6 

12 17.7 


2.21 
2.40 
2.67 


12.6 
13.6 
14.6 


13 
14 
15 


16 28.3 
16 16.0 
16 1.3 


16 22.6 
16 8.9 
15 53.5 


60 20.8 
59 35.5 
58 41.4 


1.64 
2.13 
2.38 


59 59.6 
59 9.2 
58 12.8 


1.91 
2.29 
2.41 


13 19.8 

14 22.8 

15 24.4 


2.65 
2.65 
2.51 


15.6 
16.6 
17.6 


16 
17 
18 


15 45.7 
15 30.5 
15 16.8 


15 38.0 
15 23.4 
15 10.8 


57 44.0 
56 48.2 
55 58.1 


2.40 
2.24 
1.95 


57 15.6 
56 22.3 
55 35.9 


2.34 
2.11 
1.77 


16 21.9 

17 13.8 

18 0.8 


2.26 
2.04 
1.85 


18.6 
19.6 
20.6 


19 
20 
21 


15 5.4 
14 56.4 
14 50.1 


15 0.6 
14 52.9 
14 48.0 


55 16.0 
54 43.3 
54 20.4 


1.67 
1.16 
0.74 


54 58.4 
54 30.6 
54 12.7 


1.36 
0.95 
0.64 


18 43.9 

19 24.3 

20 8.2 


1.71 
1.62 
1.59 


21.6 
22.6 
23.6 


22 
23 
24 


14 46.6 
14 45.5 
14 46.6 


14 45.8 
14 45.8 
14 47.8 


54 7.3 
54 3.2 
54 7.0 


-0.35 

+0.00 

0.81 


54 4.2 
54 4.2 
54 11.5 


-0.17 

+0.16 

0.46 


20 41.9 

21 21.6 

22 8.3 


1.^1 
1.68 
1.78 


24.6 
25.6 
26.6 


25 
26 
27 


14 49.4 
14 53.8 
14 59.5 


14 51.4 

14 56.5 

15 2.7 


54 17.6 
54 33.8 
54 54.3 


0.67 
0.76 
0.93 


54 25.1 

54 43.6 

55 5.9 


0.67 
0.85 
1.00 


22 47.9 

23 36.0 
6 


1.98 
2.09 


27.6 

28.6^ 

29.6 


28 
29 
30 


15 6.0 
15 13.2 
15 21.1 


15 9.5 
15 17.1 
15 25.2 


55 18.3 

55 44.9 

56 13.6 


1.06 
1.15 
1.23 


55 31.3 

55 59.0 

56 28.7 


1.11 
1.19 
L27 


27.6 

1 22.2 

2 lai 


2.28 
2.84 
2.85 


0.8 
1.8 
2.8 


31 


15 29.4 


15 33.7 


56 44.2 


+1.81 


57 0.3 


+1.84 


8 13.6 


2.28 


i 
3.8 





24 



186 



NOVEMBER, 1856. 



GREENWICH MEAN TIME. 




THE MOOITS RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 


Right Asoeniion. 


Diff. 
for 1 m. 


Decliofttioii. 


JAfL 
for 1 m. 


Hour. 


Right Ascension. 


Dim 

forlm. 


Deelinalioii. 


DHL i 
l»rlin. 1 




SATURDAY 1. 






MONDAY 3. 






h. m. s. 


s. 


O 1 II 


n 




h. m. s. 


s. 


O 1 « 


• 





17 10 40.67 


3.8047 


S.27 41 35.4 


8.866 





19 4 23.21 


2.3954 


S.27 53 66.0 


S.496 


1 


17 12 59.07 


3.3066 


27 45 23.2 


8.728 


1 


19 6 46.92 


2.3949 


27 50 21.5 


SUSM 1 


3 


17 15 17.71 


2.3117 


27 49 2.5 


8.583 


2 


19 9 10.60 


2.394S 


27 46 37.5 


8^12 


3 


17 17 36.58 


2.3166 


27 52 33.3 


8.440 


3 


19 11 34.23 


2.3986 


27 42 44.0 


8.970 1 


4 


17 19 55.69 


2.3206 


27 55 55.4 


8.297 


4 


19 13 57.82 


2.3828 


27 38 41.0 


4.128 


5 


17 22 15.03 


3.3*42 


27 59 8.9 


8.158 


5 


19 16 21.36 


3.39X) 


27 34 28.6 


4.280 • 


6 


17 24 34.59 


2.3279 


28 2 13.7 


8.006 


6 


19 18 44.85 


3.8911 


27 30 6.7 


4.444 


7 


17 26 54.37 


2.3314 


28 5 9.7 


2.862 


7 


19 21 8.28 


3.8900 


27 25 35.3 


4.601 


8 


17 29 14..36 


2.3349 


28 7 57.0 


3.716 


8 


19 23 31.64 


3.3887 


27 20 64.5 


4.756 


9 


17 31 34.56 


2.33&1 


28 10 35.6 


3.569 


9 


19 25 64.92 


3J878 


27 16 4.3 


4.916 


10 


17 33 54.97 


2.3418 


28 13 5.1 


3.421 


10 


19 28 18.12 


3.3861 


27 11 4.7 


6.073 


11 


17 36 15.57 


2.3430 


28 15 26.3 


3.273 


11 


19 30 41.24 


3.3846 


27 5 55.7 


6.228 


12 


17 38 36.35 


24M80 


28 17 38.2 


8.123 


12 


19 33 4.27 


3.3832 


27 37.4 


5.388 


13 


17 40 57.32 


2.3610 


28 19 41.1 


1.973 


13 


19 35 27.21 


2.3816 


26 55 9.8 


6.618 


U 


17 43 18.47 


2.3541 


28 21 35.0 


1.8-23 


14 


19 37 50.05 


2.3798 


26 49 32.9 


6.688 


15 


17 45 39.81 


2.3372 


28 23 19.9 


]>673 


15 


19 40 12.78 


2.3T79 


26 43 46.7 


6348 


16 


17 48 1.32 


2.3399 


28 24 55.8 


1.522 


16 


19 42 35.40 


2.3761 


26 37 51.2 


6.003 


17 


17 50 22.99 


2.3623 


28 26 22.6 


1.371 


17 


19 44 57.91 


2.3743 


26 31 46.6 


6.166 


18 


17 52 44.81 


2.3651 


28 27 40.3 


1.218 


18 


19 47 20.31 


2.8723 


26 25 32.5 


6.310 


19 


17 55 6.79 


2*3676 


28 28 48.8 


1.065 


19 


19 49 42.58 


2.3702 


26 19 9.3 


6.402 


20 


17 57 28.92 


2.3700 


28 29 48.1 


0-912 


20 


19 52 4.73 


2.3682 


26 12 37.0 


6.018 


21 


17 59 51.19 


2.3724 


28 30 38.3 


0*759 


21 


19 54 26.75 


3.3660 


26 5 55.6 


0.704 


22 


18 2 13.60 


2.3745 


28 31 19.2 


0*605 


22 


19 56 48.63 


2.8638 


25 59 6.2 


6.910 


23 


18 4 36.13 
SU 


2.3765 

fNDA^ 


S.28 31 50.8 
' 2. 


0-450 


23 


19 59 10.38 
TU. 


2.3616 

ESDA^ 


S.25 62 6.7 
^ 4. 


7061 





18 6 58.78 


3.S786 


S.28 32 13.0 


0.204 





20 1 32.00 


2.3501 


S.25 44 57.1 


7.217 1 


1 


18 9 21.55 


2.3806 


28 32 26.0 


^ 0.138 
4L0.019 
^ 0.176 


1 


20 3 53.47 


3.3566 


25 37 39.6 


7J«| 


2 


18 11 44.43 


2.38« 


28 32 29.6 


2 


20 6 14.79 


2.3640 


25 30 13.1 


7.618 1 


3 


18 14 7.41 


2.3839 


28 32 23.8 


3 


20 8 35.97 


2.3514 


25 22 37.6 


7.660; 


4 


18 16 30.49 


2.3835 


28 32 8.6 


0.331 


4 


20 10 56.95 


2.3488 


25 14 53.2 


7.813 


5 


18 J8 53.66 


2.3871 


28 31 44.0 


0.487 


5 


20 13 17.80 


2.3462 


25 6 59.9 


7.900 ' 


6 


18 21 16.92 


2.3884 


28 31 10.1 


0.644 


6 


20 15 38.49 


2.3435 


24 58 57.9 


8.10f7 1 


7 


18 23 40.25 


2.3897 


28 30 26.7 


0.802 


7 


20 17 59.02 


3.3408 


24 50 47.1 


8.3S8 , 


• 8 


18 26 3.65 


3.3908 


28 29 33.8 


0.960 


8 


20 20 19.39 


3.3382 


24 42 27.6 


8.308 


9 


18 28 27.13 


3.3918 


28 28 31.5 


1.118 


9 


20 22 39.60 


3.3356 


24 33 59.5 


8UWt2 ' 


10 


18 30 50.67 


3.3038 


28 27 19.7 


i.2n 


10 


20 24 59.64 


2.8326 


24 25 22.7 


8.085 


11 


18 33 14.27 


3.3038 


28 25 58.4 


1.436 


11 


20 27 19.50 


3.3295 


24 16 37.3 


8.827 , 


12 


18 35 37.93 


3.8046 


28 24 27.7 


1.503 


12 


20 29 39.18 


2.3266 


24 7 43.4 


8.969 


13 


18 38 1.64 


3.3954 


28 22 47.4 


1.761 


13 


20 31 58.68 


2.8233 


23 58 41.0 


9.111 


14 


18 40 25.38 


3.3960 


28 20 57.6 


1.909 


14 


20 34 28.00 


3.3211 


23 49 30.1 


9.232 


15 


18 42 49.15 


3.3063 


28 18 58.3 


3.068 


15 


20 36 37.16 


2.3179 


23 40 10.8 


9.302 


16 


18 45 12.93 


3.3966 


28 16 49.4 


3.227 


16 


20 38 56.11 


2J147 


23 30 43.1 


9.681 


17 


18 47 36.72 


3.3967 


28 14 31.0 


3.885 


17 


20 41 14.88 


3.3115 


23 21 7.1 


9.070 


18 


18 50 0.52 


3.8967 


28 12 3.2 


3.544 


18 


20 43 33.47 


3.3084 


23 11 22.8 


9.807 ' 


19 


18 52 24.32 


3.3967 


28 9 25.8 


3.703 


19 


20 45 51.88 


3JI053 


23 1 30.3 


9^943 i 


20 


18 54 48.12 


3.3968 


28 6 38.9 


3.862 


20 


20 48 10.10 


3.3021 


22 51 29.6 


ith079 


21 


18 57 11.92 


3.3067 


28 3 42.4 


8-021 


21 


20 50 28.12 


3.2968 


22 41 20.7 


10-214 , 


22 


18 59 35.71 


2.3964 


28 36.4 


3-180 


22 


20 52 45.95 


3.2936 


22 31 3.8 


10.S48 


23 


19 1 59.47 


2.3939 


27 57 20.9 


3-338 


23 


20 55 3.59 


2.2924 


22 20 38.9 


10.483 1 


24 


19 4 23.21 


2.39M 


S.27 53 56.0 


8-496 


24 


20 57 21.05 


3.2802 


S.22 10 6.0 


10415 i 



VI. 



NOVEMBER, 1856. 



18T 









GREENWICH MEAN TIME. 










THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 


Bight AMmuton. 


BUL 
ftwlm. 


DMlinfttkm. 


Dift 
forlm. 


Hoor. 


Right Aseentioii. 


Diff. 
forlm. 




DUL 
Ibrlm. 




WED 


NESD 


AY 5. 






FRIDAY 


7. 






h. m. s. 


s. 


O f u 


N 




b. m. •. 


•. 


O 1 M 


» 





20 67 21.05 


«.WM 


S.22 10 6.0 


10.615 





22 43 50.42 


2.1613 


S.ll 27 44.1 


15.715 


1 


20 59 38.31 


2.2980 


21 59 25.2 


10.745 


1 


22 46 0.06 


2.1600 


11 11 58.9 


15.792 


S 


21 I 55.38 


2.2628 


21 48 36.6 


10376 


2 


22 48 9.62 


2,1587 


10 56 9.1 


15.868 


3 


21 4 12.25 


2.2796 


21 37 40.2 


11.001 


3 


22 50 19.10 


2.1573 


10 40 14.8 


15.942 


4 


21 6 28.93 


9.2704 


21 26 36.1 


11.132 


4 


22 52 28.50 


2.1659 


10 24 16.1 


16^)16 


5 


21 8 45.42 


2.27S-2 


21 15 24.3 


11.261 


5 


22 54 37.82 


2.1547 


10 8 13.0 


WJ09B 


6 


21 11 1.72 


2.2701 


21 4 4.8 


11.388 


6 


22 56 47.07 


2.1536 


9 52 5.6 


16.156 


7 


21 13 17.83 


2.26G9 


20 52 37.7 


11.513 


7 


22 58 66.26 


2.1536 


9 35 54.1 


16.226 


8 


21 15 33.75 


2.2637 


20 41 3.2 


11.638 


8 


23 1 5.39 


2.1515 


9 19 38.6 


16.298 


9 


21 17 49.48 


2.2604 


20 29^21. 2 
20 ir31.9 


11.761 


9 


23 3 14.45 


2.1505 


9 3 19.0 


16.859 


10 


21 20 5.01 


2.2ft72 


11.884 


10 


23 5 23.46 


2.1497 


8 46 55.5 


16.425 


11 


21 22 20.35 


2.2542 


20 5 35.3 


12.006 


11 


23 7 32.43 


2.1490 


8 30 28.1 


16.480 


12 


21 24 35.51 


2.2511 


19 53 31.4 


12.127 


12 


23 9 41.35 


2.1483 


8 13 56.9 


16.550 


13 


21 26 50.48 


2.2479 


19 41 20.2 


12.247 


13 


23 11 50.23 


2.1477 


7 57 22.1 


16.610 


14 


21 29 5.26 


2.2448 


19 29 1.9 


12.365 


14 


23 13 59.08 


2.1472 


7 40 43.7 


16.669 


15 


21 31 19.85 


2.2416 


19 16 36.6 


12.482 


15 


23 16 7.90 


2.1468 


7 24 1.7 


16.726 


16 


21 33 34.25 


2.2385 


19 4 4.2 


12.598 


16 


23 18 16.70 


2.1464 


7 7 16.4 


16.781 


17 


21 35 48.47 


2.2355 


18 51 24.9 


12.713 


17 


23 20 25.48 


2.1460 


6 50 27.9 


16.834 


1 13 


21 38 2.51 


2.2325 


18 38 38.6 


V2.8Q8 


18 


23 22 34.23 


2.1458 


6 33 36.1 


16.887 


19 


21 40 16.37 


2.2295 


18 25 45.5 


12.911 


19 


23 24 42.98 


2.14.^8 


6 16 41.2 


16.938 


20 


21 42 30.05 


2.2266 


18 12 45.7 


13.053 


20 


23 26 51.73 


2.1458 


5 59 43.4 


16.988 


31 


21 44 43.57 


2.2237 


17 49 39.2 


13.165 


21 


23 29 0.48 


2.1458 


5 42 42.6 


17.037 


22 


21 46 56.91 


2.2108 


1% 36 26.0 


13.275 


22 


23 31 9.23 


2.1458 


5 25 39.6 


17.085 


33 


21 49 10.07 
THl 


2.2179 

JRSDA 


S.17 23 6.2 
T 6. 


18.381 


23 


23 33 17.98 
SAT 


2.1460 

'URDA 


S. 6 8 33.1 
.Y 8. 


17.129 





21 51 23.06 


2.2161 


S.17 19 40.0 


18491 





23 35 26.75 


2.1463 


S. 4 51 23.9 


17.172 


1 


21 53 35.88 


2.2123 


17 6 7.3 


13.598 


1 


23 37 35.54 


2.1466 


4 34 12.3 


17.212 


2 


21 55 48.54 


2.2095 


16 52 28.3 


13.701 


2 


23 39 44.36 


2.1472 


4 16 58.4 


17.251 


3 


21 58 1.03 


2.2068 


16 38 42.9 


18.800 


3 


23 41 53.21 


2.1478 


3 59 42.2 


17.289 


4 


22 13.36 


2.2041 


16 24 51.3 


13.912 


4 


23 44 2.10 


2.1484 


3 42 23.7 


17.328 


5 


22 2 25.53 


2.2016 


16 10 53.6 


14.015 


5 


23 46 11.03 


2.1493 


3 25 3.0 


17.361 


6 


22 4 37.53 


2.1989 


15 56 49.7 


14.116 


6 


23 48 20.01 


2.1600 


3 7 40.3 


17.394 


7 


22 6 49.39 


2.1968 


15 42 39.8 


14.216 


7 


23 50 29.04 


2.1609 


2 50 15.7 


17.435 


8 


22 9 1.10 


2.1937 


15 28 24.0 


14.314 


8 


23 52 38.13 


2.1518 


2 32 49.2 


17.455 


9 


22 11 12.65 


2. 1913 


15 14 2.4 


14.411 


9 


23 54 47.27 


2.1538 


2 15 20.8 


17.485 


10 


22 13 24.06 


2.1890 


14 59 34.9 


14.507 


10 


23 56 56.48 


2.1541 


1 57 50.8 


17.514 


11 


22 15 35.33 


2.1867 


14 45 1.7 


14.604 


11 


23 59 5.77 


2.1556 


1 40 19.2 


17.541 


13 


22 17 40.46 


2.1844 


14 30 22.9 


14.694 


12 


1 15.15 


2-1671 


1 22 46.1 


17.566 


13 


22 19 57.45 


2.1821 


14 15 38.5 


14.786 


13 


3 24.62 


2.1565 


1 5 11.7 


17.588 


14 


22 22 8.31 


2.1800 


14 48.6 


14.877 


14 


5 34.17 


2.1598 


47 36.0 


17.608 


15 


22 24 19.05 


2.1779 


13 45 53.2 


14.967 


15 


7 43.80 


2.1612 


29 59.2 


17.636 


16 


22 26 29.66 


2.1757 


13 30 52.6 


15.056 


16 


9 53.53 


2.1630 


S. 12 21.3 


17.642 


17 


22 28 40.14 


2.1736 


13 15 46.7 


15.143 


17 


12 3.37 


2.1649 


N. 5 17.6 


17.656 


18 


23 30 50.50 


2.1717 


13 35.5 


15.2-J9 


18 


14 13.33 


2.1668 


22 57.3 


17.668 


19 


22 33 0.75 


2.1699 


12 45 19.3 


15.313 


19 


16 23.40 


2.1686 


40 37.7 


17.679 


20 


22 35 10.89 


2.1690 


12 29 58.0 


15.396 


20 


18 33.59 


2.1708 


58 18.7 


17.689 


21 


22 37 20.93 


2.1663 


12 14 31.7 


15.478 


21 


20 43.91 


2.1730 


1 16 0.3 


17.697 


22 


22 39 30.86 


2.1W8 


11 59 0.6 


15.559 


22 


22 54.37 


2.1754 


1 33 42.3 


17.708 


23 


22 41 40.69 


2.1629 


11 43 24.7 


15.638 


23 


25 4.97 


21778 


1 51 24.6 


17.707 


24 


22 43 50.42 


2.1618 


S.U 27 44.1 


15.715 


24 


27 15.71 


2.1801 


N. 2 9 7.1 


17.709 



188 



NOVEMBER, 1856. 



VII- 



l— ^ — 

GREENWICH MEAN TIME. 


■ ■ ' 1 
THE MOON'S RIGHT ASCENSION AND DECLINATION. 1 

1 


Hoar. 


Right AMMiaton. 


DUt 
ftvlm. 


T)>o»natinn. 


DHT. 
ft>rlm. 


Hour. 


Right AiOMiikm. 


Diff. 
forlm. 




i 

Diff. ' 

Itarlm. j 

1 




SUNDAY 9. 






TUESDAY 11. 






h. m. s. 


s. 


O f « 


M 




h. m. s. 


B. 


O 1 « 


• 





27 15.71 


9.1801 


N. 2 9 7.1 


17.709 





2 16 16.40 


9J009 


N.15 43 49.7 


1649S j 


1 


29 26.59 


9.1806 


2 26 49.7 


17.710 


1 


2 18 39.09 


9.3903 


15 59 12.5 


1A.8M 1 


2 


31 37.62 


9.1851 


8 44 32.3 


17.711 


2 


2 21 3.94 


9.4099 


16 14 29.3 


U.999 1 


3 


33 48.80 


9.1870 


3 2 14.8 


17.708 


3 


2 23 28.25 


9.4063 


16 29 39.9 


16.194 1 


4 


36 0.13 


9.1003 


3 19 57.0 


17.700 


4 


2 25 52.92 


94149 


16 44 44.2 


10U>I8 1 


5 


38 11.63 


9.1080 


3 37 38.8 


17.091 


5 


2 28 17.95 


94909 


16 59 42.0 


US09 \ 


6 


40 23.30 


9.1900 


3 55 20.1 


17.083 


6 


2 30 43.34 


94909 


17 14 33.3 


14.706 1 


7 


42 35.15 


9.1960 


4 13 0.7 


17.671 


7 


2 33 9.09 


94899 


17 29 17.8 


14UK6 1 


8 


44 47.18 


9.9090 


4 30 40.6 


17.666 


8 


2 35 35.20 


94869 


17 43 55.5 


i4jno ! 


9 


46 59.40 


9.9099 


4 48 19.7 


174M3 


9 


2 38 1.67 


94449 


17 58 26.3 


14.408 ' 


10 


49 11.81 


9.9086 


6 5 57.9 


17.636 


10 


2 40 ^.50 


94508 


18 12 49.9 


lAJaSi 1 


U 


51 24.43 


9.9190 


5 23 34.9 


17.007 


11 


2 42 55.70 


94564 


18 27 6.2 


14.911 1 


12 


53 37.26 


9.9156 


5 41 10.7 


17.566 


12 


2 45 23.2r 


94^5 


18 41 15.2 


I4J»7 , 


13 


55 50.31 


9.9108 


5 58 45.2 


17.563 


13 


2 47 51.20 


94065 


18 55 16.7 


UMl ' 


14 


58 3.58 


9.9980 


6 16 18.2 


17.588 


14 


2 50 19.49 


94740 


19 9 10.5 


13.833 1 


15 


1 17.07 


9.9907 


6 33 49.6 


17.511 


15 


2 52 48.15 


94807 


19 22 56.6 


18.703 ! 


16 


1 2 30.78 


9.9804 


6 51 19.3 


17.481 


16 


2 55 17.18 


94808 


19 36 34.8 


13.571 1 


17 


1 4 44.73 


9.9843 


7 8 47.2 


17.448 


17 


2 57 46.57 


94938 


19 50 5.0 


13437 1 


18 


1 6 58.91 


9.9383 


7 26 13.1 


17.414 


18 


3 16.32 


94988 


20 3 27.1 


18.301 1 


19 


1 9 13.34 


9.9494 


7 43 36.9 


17.379 


19 


3 2 46.43 


9.5049 


20 16 40.9 


1S.I0S 


20 


1 11 28.01 


9.9480 


8 58.6 


17.844 


20 


3 5 16.91 


9.5110 


20 29 46.3 


1S4»3 1 


21 


1 13 42.93 


9.3508 


8 18 18.1 


17.806 


21 


3 7 47.75 


9.5171 


20 42 43.3 


19.819 i 


22 


1 15 58.11 


9.95S0 


8 35 35.2 


17.906 


22 


3 10 18.95 


9.5980 


20 55 31.6 


19.734 1 


23 


1 IS 13.55 


9.9503 


N. 8 69 49.8 


17.994 


23 


3 12 50.50 


9.5986 


NJ21 8 11.1 


19.567 




MO 


NDAY 


la 






WEDI 


^ESDi 


lY 12. 


• 





1 20 29.24 


9.9637 


N. 9 10 1.8 


17.179 





3 15 22.39 


9.58U 


N.21 20 41.8 


19436 


I 


1 22 45.21 


9.3688 


9 27 11.0 


17.131 


1 


3 17 54.63 


9UM0S 


21 33 3.7 


19.987 , 


2 


1 25 1.46 


9.9790 


9 44 17.3 


17U)61 


2 


3 20 27.22 


9.6469 


21 45 16.4 


19.134 , 


3 


1 27 17.98 


9.9777 


10 1 20.6 


17.038 


3 


3 23 0.17 


9.5590 


21 57 19.9 


11.960 


4 


1 29 34.79 


9.9895 


10 18 20.6 


16.979 


4 


3 25 33.46 


9.5576 


22 9 14.1 


11.835 


5 


1 31 51.89 


9.3878 


10 35 17.2 


16.9M 


5 


3 28 7.08 


9.5689 


22 20 58.9 


11.666 ' 


6 


1 34 9.28 


9.9933 


10 52 10.2 


16.854 


6 


3 30 41.03 


9.5066 


22 32 34.3 


11409 


7 


1 36 26.97 


9.3973 


11 8 59.6 


16.798 


7 


3 33 15.32 


9.5743 


22 44 0.0 


11.848 1 


8 


1 38 44.96 


9.8033 


11 25 45.3 


16.731 


8 


3 35 49.93 


9.67M 


22 55 16.0 


11.166 ; 


9 


1 41 3.25 


9.3074 


11 42 27.2 


16.667 


9 


3 38 24.85 


9.5647 


23 6 22.2 


11.033 


10 


1 43 21.85 


9.8190 


11 59 5.2 


16.601 


10 


3 41 0.09 


9.5000 


23 17 18.5 


10.866 


11 


1 45 40.77 


9.8178 


12 15 39.2 


16.589 


11 


3 43 35.65 


9JW51 


23 28 4.8 


10.68B 


12 


1 48 0.00 


9.3981 


12 32 9.0 


16.461 


12 


3 46 11.51 


9.6009 


23 38 41.0 


lO^M 


13 


1 50 19.55 


9.8965 


12 48 34.5 


16.388 


13 


3 48 47.68 


9.0066 


23 49 6.9 


10345 i 


14 


1 52 39.42 


9.8338 


13 4 55.5 


16.319 


14 


3 51 24.15 


9.0106 


23 59 22.4 


10.169 


15 


1 54 59.61 


9.8399 


13 21 12.0 


16.384 


15 


3 54 0.92 


941153 


24 9 27.3 


9.990 


16 


1 57 20.13 


9.3448 


13 37 23.6 


16.154 


16 


3 56 37.97 


9.0199 


24 19 21.6 


0.816 


17 


1 59 40.98 


9.3503 


13 53 30.3 


16.073 


17 


3 59 15.30 


9.0345 


24 29 5.4 


91011 J 


18 


2 2 2.16 


9.3A58 


14 9 32.1 


15.988 


18 


4 1 52.90 


94t388 


24 38 38.5 


9464 ^ 


19 


2 4 23.68 


9.3614 


14 25 28.8 


15.901 


19 


4 4 30.76 


9.0383 


24 48 0.8 


9.3n < 


20 


2 6 45.54 


94)070 


14 41 20.1 


15.813 


20 


4 7 8.88 


9.0377 


24 57 12.0 


9406 ' 


21 


2 9 7.73 


9.3738 


14 57 6.0 


15.790 


21 


4 9 47.26 


9.0419 


25 6 12.3 


8.815 


22 


2 11 30.27 


9.3786 


15 12 46.3 


15.696 


22 


4 12 25.88 


9.6456 


25 15 1.7 


8.733 ' 


23 


2 13 53.16 


9.3844 


15 28 20.9 


15.530 


23 


4 15 4.73 


9.649S 


25 23 40.1 


Mm 1 


24 


2 16 16.40 


9.3903 


N.15 43 49.7 


15*439 


24 


4 17 43.81 


9.6583 


N.25 32 7.4 


&361 1 



VIII. 



NOVEMBER, 1856. 



189 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 




BUL 
forlm. 




JAIL 
taelm. 


Hour. 




BUL 
for 1 m. 




DUL 
forlm. 




THU 


rasDA 


Y 18. 






SATURDAY 15. 






h. m. B. 


■. 


o 1 a 


M 




h. m. •. 


s. 


O 1 M 


II 





4 17 43.81 


9.6AS8 


N.S5 33 7.4 


8461 





6 26 18.94 


94860 


NJ88 86 37.6 


1.108 


1 


4 30 33.11 


9.0070 


35 40 23.4 


8.179 


1 


6 38 66.94 


94800 


88 35 25.7 


1409 


9 


4 33 2.63 


9.00M 


35 48 38.1 


7.066 


9 


6 31 34.65 


94901 


88 34 3.6 


1479 


3 


4 35 42.35 


34W37 


35 66 31.6 


7.790 


3 


6 34 13.07 


94311 


88 33 88.3 


1.004 


4 


4 38 32.37 


S.0869 


36 4 3.6 


7406 


4 


6 36 49.18 


94100 


38 30 43.9 


1449 


6 


4 31 3.38 


3.9701 


36 11 34.1 


7.406 


6 


6 39 36.98 


94108 


88 18 46.4 


9464 


6 


4 33 43.67 


%m90 


36 18 53.0 


7.991 


6 


• 43 8.46 


94064 


88 16 38.9 


9.917 


7 


4 36 33.13 


34766 


36 86 0.4 


7.097 


7 


6 44 38.61 


94000 


88 14 80.4 


9400 


8 


4 39 3.75 


a.«788 


36 33 56.1 


6490 


8 


6 47 14.41 


940W 


38 11 51.0 


9479 


9 


4 41 44.53 


94806 


36 39 40.0 


6406 


9 


6 49 49.85 


94677 


38 9 10.9 


9.768 


10 


4 44 35.43 


34690 


36 46 13.9 


6.406 


10 


6 53 84.93 


94817 


38 6 30.1 


9467 


11 


4 47 6.47 


34651 


36 53 33.6 


0.949 


11 


6 64 59.65 


94707 


88 3 18.6 


8.114 


13 


4 49 47.63 


34600 


36 58 41.3 


0444 


18 


6 67 34.01 


94006 


88 6.6 


8.900 


13 


4 53 38.90 


34667 


37 4 37.9 


§446 


13 


7 7.99 


94090 


37 66 43.9 


8464 


14 


4 55 10.37 


34004 


37 10 33.6 


§446 


14 


7 8 41.67 


94664 


87 53 10.9 


8430 


15 


4 67 51.74 


34018 


37 15 55.3 


§.447 


15 


7 5 14.76 


94400 


87 49 87.6 


8400 


16 


5 33.38 


340^ 


• 37 31 16.1 


§.917 


16 


7 7 47.65 


94489 


37 45 34.1 


8476 


17 


5 3 14.89 


34938 


37 36 34.9 


§447 


17 


7 10 19.94 


94804 


87 41 30.5 


4.144 


18 


5 5 56.67 


940M 


37 31 31.7 


4440 


18 


7 18 51.98 


94904 


37 37 16.8 


4419 


19 


6 8 38.31 


34000 


87 36 6.4 


4444 


19 


7 16 83.47 


9.6998 


87 38 53.3 


4478 


20 


6 11 30.07 


34064 


37 40 39.0 


4*444 


80 


7 17 64.59 


9.6168 


87 38 19.7 


4.649 


31 


5 14 1.86 


34007 


37 44 59.6 


4.9U 


31 


7 30 35.39 


9.6061 


87 33 36.4 


4409 


22 


6 16 43.66 


34008 


87 49 8.8 


4446 


38 


7 38 66.55 


94006 


37 18 43.5 


4409 


23 


6 19 35.46 
FB 


94007 

.IDAY 


N.87 53 4.7 
14. 


t4U 


83 


7 86 86.37 
SUl 


9.4083 

raAY 


N57 13 41.0 
16. 


§.191 





6 33 7.35 


9.0065 


N57 66 49.1 


S4W 





7 27 64.74 


94B66 


N.S7 8 28.9 


§.970 


1 


5 34 49.03 


94069 


38 81.4 


8.430 


1 


7 30 33.66 


94788 


37 3 7.6 


§.486 


3 


5 37 30.77 


94950 


38 3 41.6 


8.930 


3 


7 33 63.13 


9.4706 


26 67 36.8 


§460 


3 


5 30 12.48 


9.0040 


28 6 49.7 


6464 


3 


7 35 30.15 


9.4631 


36 61 66.9 


§.749 


4 


6 33 54.14 


94036 


38 9 45.7 


9433 


4 


7 37 47.70 


9.4669 


36 46 7.9 


§403 


5 


5 35 35.73 


94030 


38 13 39.6 


9430 


5 


7 40 14.78 


94474 


36 40 9.9 


6443 


6 


5 38 17.34 


94019 


38 15 1.4 


9.496 


6 


7 43 41.39 


94806 


86 34 3.9 


6.101 


7 


6 40 58.66 


94807 


38 17 31.1 


9.997 


7 


7 46 7.53 


9.4817 


36 37 47.1 


6437 


8 


6 43 39.98 


946n 


38 19 38.7 


9.097 


8 


7 47 33.19 


94987 


36 31 83.6 


6.461 


9 


6 46 31.18 


94668 


88 31 34.3 


1497 


9 


7 49 58.37 


94107 


36 14 49.5 


6.694 


10 


5 49 3.36 


94636 


38 33 7.9 


1.096 


10 


7 63 33.07 


94070 


86 8 7.8 


6.766 


11 


5 61 43.33 


94616 


38 34 39.5 


1.497 


11 


7 64 47.88 


94004 


36 1 17.7 


0404 


12 


5 54 34.05 


94799 


38 35 69.3 


1.999 


18 


7 57 11.00 


94019 


86 54 19.3 


7.043 


13 


5 57 4.73 


34706 


38 37 7.0 


1401 


13 


7 69 34.23 


94630 


85 47 13.6 


7.180 


14 


6 59 45.33 


94741 


38 88 3.9 


0438 


14 


8 1 66.97 


94746 


35 39 67.8 


7416 


15 


6 3 35.58 


94710 


38 38 46.9 


0.085 


15 


8 4 19.30 


94666 


35 33 34.9 


7446 


16 


6 5 5.74 


94078 


38 39 19.0 


0.480 


16 


8 6 40.94 


94664 


86 35 4.0 


7.670 


17 


6 7 45.70 


94644 


28 29 39.4 


0.944 


17 


8 9 3.19 


94609 


85 17 35.3 


7.700 


18 


6 10 35.45 


94006 


28 29 48.3 


0449 


18 


8 11 33.95 


94419 


35 9 38.9 


7487 


19 


6 13 4.97 


9.0679 


38 39 45.3 


0.146 


19 


8 13 43.31 


94880 


85 1 44.9 


7.964 


20 


6 15 44.36 


94632 


38 39 30.8 


0480 


30 


8 16 3.98 


94956 


34 53 43.3 


6.060 


31 


6 18 33.33 


94491 


38 39 4.7 


0481 


31 


8 18 23.35 


94170 


24 45 34.3 


6.919 


22 


6 31 3.13 


94440 


38 38 37.1 


0.792 


38 


8 30 41.03 


94087 


34 37 17.8 


6488 


23 


6 33 40.67 


94401 


28 37 38.1 


0418 


33 


8 83 69.39 


94006 


34 38 54.1 


8468 


24 


6 36 18.94 


94860 


Ni» 36 37.6 


1.103 


84 


8 36 17.07 


9.3899 


N.84 30 33.4 


6411 



190 



NOVEMBER, 1856. 



IX. 



GREENWICH MEAN TIME. | 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 




DUL 
forlm. 


DwliBatton. 


DIff. 
forlm. 


Hour 


Right Aaoeoiion. 


DHT. 
forlm. 




Dlff. 
forlm. 




MONDAY 


17. 






WEDNESDAY 19. 






h. m. •. 


•. 


O 1 « 


» 




h. m. ■. 


•• 


O 1 N 


• 





8 25 17.07 


3.9093 


N54 20 83.4 


8.ff71 





10 6 22.36 


1.9404 


N.15 41 6.6 


19.640 


1 


8 27 34.35 


9.9B30 


24 11 45.6 


8.680 


1 


10 8 18.61 


14)847 


15 28 32.5 


19.601 


2 


8 29 51.13 


9.9756 


24 3 0.8 


8.806 


2 


10 10 14.52 


1.9991 


15 15 55.4 


19.649 


3 


8 32 7.42 


9.9678 


23 54 9.1 


8.919 


3 


10 12 10.10 


1.9936 


15 3 15.4 


19.699 


4 


8 34 23.21 


9.9901 


23 45 10.6 


0.0SI 


4 


10 14 5.34 


1.9179 


14 50 32.4 


19.741 


5 


8 36 38.51 


9.9000 


23 36 5.4 


0.141 


5 


10 16 0.25 


1.9193 


14 37 46.5 


19.790 


6 


8 38 53.31 


9.9490 


23 26 53.6 


0.960 


6 


10 17 54.83 


1.9009 


14 24 57.6 


19.837 


7 


8 41 7.62 


9.9344 


23 17 35.4 


9.867 


7 


10 19 49.09 


1.9017 


14 12 6.0 


19.869 


8 


8 43 21.44 


9.9909 


23 8 10.8 


9.461 


8 


10 21 43.04 


1.8006 


13 59 11.7 


19.997 


9 


8 45 34.77 


9.9181 


22 58 39.8 


9.607 


9 


10 23 36.68 


1.8916 


13 46 14.8 


194)71 


10 


8 47 47.62 


9.9100 


22 49 2.6 


9.669 


10 


10 25 30.02 


1.8866 


13 33 15.2 


134)14 


11 


8 49 59.98 


9.9019 


22 39 19.4 


9.769 


•11 


10 27 23.06 


1.8816 


13 20 13.1 


184)66 


13 


8 52 11.85 


9.10S8 


22 29 30.3 


0.868 


12 


10 29 15.81 


1.8767 


13 7 8.5 


134)97 


13 


8 54 23.24 


9.1866 


22 19 35.3 


9.966 


13 


10 31 8.27 


1.8719 


12 54 1.5 


13.137 


14 


8 56 34.15 


9.1778 


22 9 34.4 


104)09 


14 


10 .33 0.45 


1.8679 


12 40 52.1 


13.177 


15 


8 58 44.59 


9.1000 


21 59 27.8 


10.167 


15 


10 34 52.34 


1.86i6 


12 27 40.4 


13.913 


16 


9 54.55 


9.1090 


21 49 15.5 


10.960 


16 


10 36 43.96 


1.8360 


12 14 26.5 


13.949 


17 


9 3 4.03 


9.1649 


21 38 57.6 


10.849 


17 


10 38 35.31 


1.8534 


12 1 10.4 


13.990 


18 


9 5 13.04 


9.1404 


21 28 34.2 


10.438 


18 


10 40 26.38 


1.8488 


11 47 52.0 


13093 


19 


9 7 21.59 


9.1006 


21 18 5.3 


10.698 


19 


10 42 17.17 


1.8443 


11 34 31.6 


13.350 


20 


9 9 29.67 


9.1908 


21 7 31.1 


104117 


20 


10 44 7.69 


1.8400 


11 21 9.2 


13.399 1 


21 


9 11 37.28 


9.1981 


20 56 51.6 


10.700 


21 


10 45 57.97 


1.8360 


11 7 44.7 


13.491 1 


22 


9 13 44.43 


9.1165 


20 46 7.1 


10.783 


22 


10 47 48.01 


14090 


10 54 18.4 


13.460 1 


93 


9 15 51.13 
TUI 


9.1000 
SSDAl 


N50 35 17.6 

' 18. 


10.868 


23 


10 49 37.81 
THU 


1.8381 

RSDA 


N.IO 40 50.2 
Y 20. 


13.4W 

1 

1 





9 17 57.39 


9.1006 


N.20 24 23.1 


10.948 





10 51 27.38 


1.8948 


N.IO 27 20.2 


1 
13.614 1 


1 


9 20 3.20 


9unw 


20 13 23.8 


114)98 


1 


10 53 16.72 


1.890& 


10 13 48.5 


13.649 ' 


3 


9 22 8.57 


9.0837 


20 2 19.7 


11.108 


2 


10 55 5.83 


1.8106 


10 15.1 


13.671 i 


3 


9 24 13.49 


9.0785 


19 51 10.8 


11.187 


3 


10 56 54.72 


1.8181 


9 46 39.9 


13.000 1 


4 


9 26 17.98 


9.0713 


19 39 57.2 


11.964 


4 


10 58 43.40 


1.6005 


9 33 3.1 


18.097 1 


5 


9 28 22.04 


9.0641 


19 28 39.1 


11.380 


5 


11 31.87 


1.6060 


9 19 24.7 


13.6&9 


6 


9 30 26.67 


941570 


19 17 16.6 


IMll 


6 


11 2 20.12 


1.8090 


9 5 44.8 


i3.6n ! 


7 


9 32 28.88 


9.0900 


19 5 49.6 


11.484 


7 


11 4 8.18 


1.7008 


8 52 3.4 


13-709 ■ 


8 


9 34 31.67 




18 54 18.3 


11.566 


8 


11 5 56.04 


1.7900 


8 38 20.5 


13.797 


9 


9 36 34.04 


9.0861 


18 42 42.6 


11.697 


9 


11 7 43.71 


1.7998 


8 24 36.1 


13.761 1 


10 


9 38 36.00 


9.0908 


18 31 2.8 


11.697 


10 


11 9 31.20 


1.7808 


8 10 50.4 


13.773 


11 


9 40 37.55 


9.0996 


18 19 18.9 


11.766 


11 


11 11 18.50 


1.7808 


7 57 3.4 


13.794 


13 


9 42 38.69 


94)160 


18 7 30.9 


11.888 


12 


11 13 5.62 


1.7837 


7 43 15.1 


13.815 


13 


9 44 39.44 


94)099 


17 55 38.9 


11.888 


13 


11 14 52.56 


1.7806 


7 29 25.6 


13.3S6 


14 


9 46 39.79 


94)096 


17 43 43.1 


11.969 


14 


11 16 39.34 


1.7781 


7 15 34.9 


13.S64 


15 


9 48 39.74 


1.9961 


17 31 43.5 


194)96 


15 


11 18 25.95 


1.7764 


7 1 43.1 


13.973 


16 


9 50 39.31 


1.9896 


17 19 40.1 


19.088 


16 


11 20 12.40 


1.7798 


6 47 50.2 


j 13^1 


17 


9 52 38.50 


1.9832 


17 7 33.0 


19.148 


17 


11 21 58.70 


1.7703 


6 33 56.3 


1 


18 


9 54 37.30 


1.9709 


16 55 22.4 


19.907 


18 


11 23 44.85 


1.7679 


6 20 1.3 


13.9:i4 


19 


9 56 35.73 


1.9707 


16 43 8.2 


19.966 


19 


11 25 30.86 


1.7656 


6 6 5.4 


13.939 


20 


9 58 33.79 


1.9646 


16 30 50.5 


19.399 


20 


11 27 16.73 


1.7634 


5 52 8.6 


13.9M 


21 


10 31.47 


1.9S63 


16 18 29.5 


19.879 


21 


11 20 2.47 


1.7619 


5 38 10.9 


19.906 


22 


10 2 28.79 


1.9503 


16 6 5.1 


19-184 


22 


11 30 48.08 


1.7891 


5 24 12.4 


13.989 


23 


10 4 25.75 


1.9463 


15 53 37.5 


19.488 


23 


11 22 33.57 


1*7670 


5 10 13.1 


134)96 


24 


10 6 22.36 


1.9404 


N.15 41 6.6 


19.640 


24 


11 34 18.93 


1.7661 


N. 4 56 13.0 


144)06 



X. 



NOVEMBER, 1856. 



191 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 


Right Aateutioa. 


Dlff. 
fur 1 m. 




Wff. 
for 1 m. 


Hoar 


Right Aacensioo. 


Dlff. 
for 1 m. 




Diff. 
forlm. 




FRIDAY 


21. 






SUNDAY 


23. 






h. m. ••• 


•. 


O 1 u 


• 




h. m •. 


B. 


O 1 u 


« 





11 34 18.93 


1.1A0I 


N. 4 56 13.0 


UM6 





12 57 47.41 


1.7510 


S. 6 17 10.5 


13^1 


1 


11 36 4.18 


1.7532 


4 42 12.2 


14.018 


1 


12 59 32.59 


1.7537 


6 30 57.6 


18.770 


2 


U 37 49.32 


1.7513 


4 28 10.8 


lAJOOd 


2 


13 1 17.88 


1.7555 


6 44 43.3 


18.757 


3 


11 39 34.35 


1.7400 


4 14 8.8 


14.088 


3 


13 3 3.28 


1.7574 


6 58 27.8 


18.785 


4 


11 41 19.28 


1.7481 


4 6.2 


14.048 


4 


13 4 48.80 


1.7506 


7 12 10.9 


18.712 


5 


11 43 4.12 


1.7466 


3 46 3.1 


14.057 


5 


13 6 34.45 


1.7617 


7 25 52.5 


13.087 


6 


11 44 48.87 


1.7451 


3 31 59.4 


14.065 


6 


13 8 20.22 


1.7680 


7 39 32.6 


18.661 


7 


11 46 33.53 


1.7487 


3 17 55.3 


14.072 


7 


13 10 6.13 


1.7662 


7 53 11.2 


13.636 


8 


11 48 18.11 


1.74-24 


3 3 50.8 


ujcne 


8 


13 11 52.18 


1.7685 


8 6 48.2 


134)10 


9 


11 50 2.61 


1.7411 


2 49 45.9 


144)84 


9 


13 13 38.37 


1.7708 


8 20 23.8 


13.588 


iO 


11 51 47.04 


1.7389 


2 35 40.6 


14.089 


10 


13 15 24.70 


1.7782 


8 33 57.6 


13.556 


11 


11 53 31.40 


1.7388 


2 21 35.1 


14.098 


11 


13 17 11.18 


1.7757 


8 47 29.8 


13.527 


13 


11 55 15.70 


1.7878 


2 7 29.4 


14.097 


12 


13 18 57.80 


1.7782 


9 1 0.2 


18.407 


13 


11 56 59.94 


1.7169 


1 53 23.5 


14.101 


13 


13 20 44.58 


1.T806 


9 14 28.9 


13.467 


14 


11 58 44.13 


1.7360 


1 39 17.4 


14.104 


14 


13 22 31.50 


1.7880 


9 27 55.6 


18.487 


15 


12 28.27 


1.7853 


1 25 11.1 


14.106 


15 


13 24 18.57 


1.7856 


9 41 20.6 


18.406 


16 


12 2 12.37 


1.7847 


1 11 4.7 


14.107 


16 


13 26 5.80 


1.7883 


9 54 43.6 


18J74 


17 


12 3 56.43 


1.7841 


56 58.3 


14.107 


17 


13 27 53.20 


1.7011 


10 8 4.8 


18.841 


18 


12 5 40.45 


1.7335 


42 51.9 


14*107 


18 


13 29 40.78 


1.7041 


10 21 23.8 


18.306 


19 


12 7 24.44 


1.7330 


28 45.6 


14.106 


19 


13 31 28.52 


1.7073 


10 34 40.8 


18.270 


20 


12 9 8.41 


1.78-27 


14 39.3 


14.104 


20 


13 33 16.46 


1.8001 


10 47 55.6 


18.234 


21 


12 10 52.36 


1.78-24 


N. 33.1 


14.101 


21 


13 35 4.58 


1.8087 


11 1 8.5 


18.198 


22 


12 12 36.29 


1.78*21 


S. 13 32.9 


14.098 


22 


13 36 52.91 


1.8070 


11 14 19.0 


18.162 


23 


12 14 20.21 
SATl 


1.7819 

URDA^ 


S. 27 38.7 
Y 22. 


144)06 


23 


13 38 41.44 
MO] 


1.8108 

>a)AY 


S.ll 27 27.3 
24. 


18.126 





12 16 4.11 


1.7818 


S. 41 44.5 


144)02 





13 40 30.17 


1.8186 


S.ll 40 33.2 


184)65 


1 


12 17 48.01 


1.7817 


55 50.1 


144)88 


1 


13 42 19.09 


1.8171 


11 53 36.8 


184)45 


3 


12 19 31.92 


1.7317 


1 9 55.1 


144)82 


2 


13 44 8.23 


1.8-206 


12 6 37.9 


184)04 


3 


12 21 15.83 


1.7818 


1 23 59.7 


144n6 


3 


13 45 57.58 


1.8-241 


12 19 36.7 


12.068 


4 


12 22 59.76 


1.7321 


1 38 3.9 


144)09 


4 


13 47 47.14 


1.8276 


12 32 32.8 


12.021 


5 


12 24 43.70 


1.7325 


1 52 7.7 


144)61 


5 


13 49 36.91 


1.8311 


12 45 26.5 


12.878 


6 


12 26 27.68 


1.73-29 


2 6 11.0 


144)52 


6 


13 51 26.88 


1.8348 


12 58 17.6 


12.834 


7 


12 28 11.68 


1.7334 


2 20 13.8 


144)43 


7 


13 53 17.09 


1.8386 


13 11 6.1 


12.780 


8 


12 29 55.70 


1.7839 


2 34 16.1 


144)84 


8 


13 55 7.53 


1.84-25 


13 23 51.8 


12.744 


9 


12 31 39.76 


1.7844 


2 48 17.8 


144)-25 


9 


13 56 58.22 


1.8463 


13 36 34.7 


12.607 


10 


12 33 23.84 


1.7850 


3 2 18.9 


144)15 


10 


13 58 49.13 


1.8503 


13 49 14 8 


12.640 


11 


12 35 7.96 


1.7857 


3 16 19.4 


14.005 


n 


14 40.28 


1.8543 


14 1 52.0 


1-2.601 


12 


12 36 52.12 


1.7365 


3 30 19.3 


13.004 


12 


14 2 31.66 


1.8584 


14 14 26.3 


12.551 


13 


12 38 36.34 


1.7875 


3 44 18.5 


18.083 


13 


14 4 23.29 


1.8627 


14 26 57.6 


12.501 


14 


12 40 20.62 


1.7885 


3 58 17.0 


18.070 


14 


14 6 15.19 


1.8671 


14 39 25.8 


12.451 


15 


12 42 4.96 


1.7395 


4 12 14.6 


18.056 


15 


14 8 7.36 


1.8715 


14 51 51.0 


12.800 


16 


12 43 49.37 


1.7406 


4 26 11.4 


18.041 


16 


14 9 59.78 


1.8758 


15 4 13.1 


12.345 


17 


12 45 33.84 


1.7417 


4 40 7.3 


13.926 


17 


14 11 52.47 


1.8801 


15 16 31.8 


12.201 


18 


12 47 18.38 


1.7480 


4 54 2.3 


184)10 


18 


14 13 45.41 


1.8845 


15 28 47.4 


12.236 


19 


12 49 3.01 


1.7443 


5 7 56.3 


18.804 


19 


14 15 38.61 


1.8889 


15 40 59.6 


12.180 


20 


12 50 47.71 


1.7456 


5 21 49.3 


13.877 


20 


14 17 32.09 


1.8084 


15 53 8.4 


12.128 


21 


12 52 32.50 


1.7470 


5 35 41.3 


13.860 


21 


14 19 25.84 


1.8970 


16 5 13.8 


124)66 


22 


12 54 17.37 


1.7485 


5 49 32.2 


18.842 


22 


14 21 19.86 


1.9025 


16 17 15.8 


134)06 


23 


12 56 2.35 


1.7501 


6 3 22 


13.822 


23 


14 23 14.16 


1.0072 


16 29 14.2 


11.048 


24 


12 57 47.41 


1.7519 


S. 6 17 10.5 


13.801 


24 


14 25 8.73 


1.0118 


S.16 41 8.9 


UJKn 



192 



NOVEMBER, 1856. 



XI 









GREENWICH MEAN TIME. 










THE MOOITS RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 


Right Ajoenskm. 


DUt 
forlm. 


DacUnAtkm. 


DUL 
forlm. 


Hoar. 


Right AMenakm. 


DUt 
forlm. 


DMUnatkni. 


Diff. 
forlm. 




TUESDAY 25. 






THURSDAY 27. 






h. m. s. 


s. 


O f II 


« 




h. m. ■. 


s. 


o n 


A 





14 35 8.73 


1.9118 


S.16 41 8.0 


11.887 





16 3 6.37 


2.1777 


S.84 41 35.7 


7.714 


1 


14 37 3.58 


1.9166 


16 53 0.1 


11.826 


1 


16 5 17.09 


3. 1833 


34 49 14.9 


7400 


3 


14 38 68.73 


].9ai4 


17 4 47 6 


11.763 


3 


16 7 88.86 


3.1890 


34 56 47 3 


7.485 


3 


14 30 54.15 


1.9963 


17 16 31.3 


11.699 


3 


16 9 39.76 


3.1944 


35 4 13.6 


74«9 


4 


14 33 49.88 


1.9814 


17 38 11.1 


11.634 


4 


16 11 51.61 


9.1998 


35 11 31.0 


7451 


6 


14 34 45.91 


1.9S66 


17 39 47.0 


11.569 


5 


16 14 3.78 


9JU56 


85 18 48.3 


7.183 


6 


14 36 43.36 


1.9411 


17 51 19.0 


11.503 


6 


16 16 16.30 


3.3116 


35 35 46.4 


7411 


7 


14 38 38.91 


1.9467 


18 3 46.9 


11484 


7 


16 18 39.16 


3.3170 


35 38 43.3 


6490 


8 


14 40 35.86 


1.9517 


18 14 10.7 


11.865 


8 


16 30 43.34 


3.3338 


35 39 33.7 


6.798 


9 


14 43 33.11 


1.9S69 


18 35 30.4 


11.996 


9 


16 88 65.85 


3.3383 


35 46 14.9 


6.646 


10 


14 44 30.68 


1.9628 


18 36 45.7 


11.334 


10 


16 35 9.71 


3.3388 


35 58 49.7 


6433 


11 


14 46 38.58 


1.96n 


18 47 56.8 


11.153 


11 


16 87 33.89 


3.3393 


35 59 17.0 


6486 


13 


14 48 36.81 


1.9780 


18 59 3.6 


11.081 


13 


16 39 38.40 


3.9447 


86 5 36.7 


6.9G9 


13 


14 50 35.35 


1.9784 


19 10 6.0 


114107 


13 


16 31 53.34 


3.3490 


86 11 48.8 


6.141 


14 


14 53 34.31 


1.9838 


19 31 3.8 


10.980 


14 


16 34 8.38 


3.3551 


36 17 53.8 


641S 


15 


14 54 33.40 


1.9891 


19 31 57.1 


10.854 


15 


16 36 83.84 


3.3603 


86 83 49.9 


5.883 


16 


14 56 33.91 


1J943 


19 43 45.8 


10.777 


16 


16 38 39.60 


3.3653 


86 89 38.8 


5.753 


17 


14 58 33.73 


1.9993 


19 53 39.8 


10.700 


17 


16 40 55.67 


3.3703 


36 35 19.8 


5430 


18 


15 33.85 


9.0045 


30 4 9.3 


10.631 


18 


16 43 18.03 


3.3754 


36 40 58.8 


5.4S7 


19 


15 3 33.89 


3.0101 


30 14 43.8 


10.540 


19 


10 45 88.70 


3.3808 


36 46 17.8 


54M 


30 


15 4 34.07 


3.0160 


30 35 13.5 


10.457 


80 


16 47 45.65 


3.3951 


36 51 34.8 


5.330 


31 


15 6 35.30 


34)317 


30 35 38.3 


10478 


81 


16 50 8.89 


3.3899 


36 66 43.8 


5485 


33 


15 8 36.67 


34M78 


30 45 57.9 


10.393 


33 


16 53 80.43 


3.3948 


27 1 44.6 


4.949 


33 


15 10 38.48 
WED] 


MESDi 


S.30 56 13.6 
\Y 26. 


10.305 


33 


16 64 38.35 

FR 


9.3997 

IDAY 


SJ87 6 37.3 
28. 


4411 





15 13 30.63 


3.0884 


S.31 6 33.0 


10.119 





16 56 66.37 


9.8044 


S.37 11 31.5 


4473 


1 


15 14 33.11 


3.0448 


31 16 36.3 


10.030 


1 


16 69 14.76 


3.8080 


37 15 57.4 


4433 


3 


15 16 35.94 


3.0502 


31 36 35.3 


9.945 


8 


17 1 33.41 


3.8183 


87 80 34.9 


4491 


3 


15 18 39.13 


3.0656 


31 36 19.1 


9M6 


3 


17 3 53.33 


3.8177 


87 84 44.0 


4.349 


4 


15 80 43.64 


3.0616 


31 46 7.5 


9.764 


4 


17 6 11.51 


3.8319 


87 88 54.5 


4.107 


5 


15 33 46.51 


3.0674 


31 55 50.4 


9.978 


5 


17 8 30.94 


3.8360 


87 38 56.5 


8465 


6 


15 M 50.73 


3.0784 


33 5 37.8 


9.580 


6 


17 10 50.61 


3.8800 


87 36 50.0 


84« 


7 


15 36 55.39 


3.0790 


33 14 59.6 


0.488 


7 


17 13 10.53 


3.S341 


37 40 34.8 


t4n 


8 


15 39 0.30 


3.0846 


38 34 35.8 


9M2 


8 


17 15 30.67 


33885 


37 44 10.9 


8431 


9 


15 31 5.45 


3.0908 


33 33 46.3 


9.396 


9 


17 17 51.07 


3.S4S3 


37 47 38.3 


8465 


10 


15 33 11.05 


3.0963 


33 43 0.8 


9.197 


10 


17 30 11.71 


3.8460 


37 50 56.8 


8.339 


11 


15 35 17.01 


3.1034 


33 53 9.5 


9.101 


11 


17 33 33.57 


9.S497 


37 54 6.5 


3493 


13 


15 37 33.38 


3.1083 


33 1 18.3 


8.909 


13 


17 24 63.66 


34581 


87 67 7.3 


3.944 


13 


15 39 39.99 


3.II40 


33 10 8.9 


8.906 


13 


17 37 14.94 


34668 


37 59 59.3 


3.7M 


14 


15 41 37.00 


3.1196 


33 18 59.5 


8.801 


14 


17 89 36.44 


94608 


38 8 48.3 


3444 


15 


15 43 44.35 


3.1358 


33 87 43.9 


8.095 


15 


17 31 58.14 


34683 


38 5 16.3 


3.493 


16 


15 45 53.05 


3.1813 


33 36 33.1 


8.589 


16 


17 34 30.03 


34669 


88 7 41.1 


3442 


17 


15 48 0.11 


3.1875 


33 44 54.0 


8.488 


17 


17 36 48.13 


34703 


88 9 56.9 


3.192 


18 


15 50 8.53 


3.1481 


33 53 19.6 


6sn 


18 


17 39 4.48 


34788 


38 18 3.7 


34M0 


19 


15 63 17.38 


3.1487 


34 1 38.8 


8.370 


19 


17 41 86.89 


34763 


38 14 1.3 


1487 


30 


15 54 36.38 


3.1546 


34 9 51.4 


8.161 


30 


17 43 49.53 


34788 


38 15 49,7 


1.734 


31 


15 56 35.83 


3.1604 


34 17 57.5 


84)51 


31 


17 46 18.38 


34816 


38 17 38.9 


1479 


33 


15 58 45.63 


3.1663 


34 85 67.0 


7.940 


33 


17 48 35.88 


34843 


88 18 58.7 


1.434 


33 


16 55.78 


3.1730 


34 33 49.8 


7.837 


33 


17 60 58.39 


34866 


88 80 19.3 


1.369 


34 


16 3 6.37 


3.1777 


S.34 41 35.7 


7.714 


34 


17 53 81.65 


34888 


S.38 81 30.5 


1.1 14 



XII. 



NOVEMBER, 1856. 



193 



GREENWICH MEAN TIME. 



THE MOON'S RIGHT ASCENSION AND DECLINATION. 



noar. Right Ateenikm. 



Dlff. 
forlm 



DecUuidon. 



Dtff. 
forlm. 



Hoar.' Ri|^t AMmaion. 



Diff. 
forlm 



Decliiuttio&. 



Dlff. 
for Id 



SATURDAY 29. 



SUNDAY 30. 





h. m. ■. 


■. 


1 o 





17 53 91.65 


3.3888 


S.28 


1 


17 55 45.03 


3.9000 


28 


2 


17 58 8.54 


3.S83I 


38 


3 


18 33.17 


3.8SM 


38 


4 


18 3 55.93 


3^073 


38 


5 


18 5 19.81 


3.9001 


38 


6 


18 7 43.79 


9.4008 


38 


7 


18 10 7.87 


3.4035 


98 


8 


18 13 32.04 


3.4039 


38 


9 


18 14 56.30 


3.4053 


38 


10 


18 17 30.63 


3.4061 


38 


11 


18 19 45.00 


3.4069 


38 


13 


18 83 9.43 


3.4078 


38 


13 


18 34 33.90 


3.4066 


38 


14 


18 2(i 58.43 


3.1003 


38 


15 


18 39 32.97 


3.4099 


38 


16 


18 31 47.58 


3.4106 


38 


17 


18 34 12.23 


3.4113 


38 


18 


18 36 36.91 


3.tll6 


38 


19 


18 39 1.59 


3.4120 


38 


•20 


18 41 26.29 


3.4131 


38 


21 


18 43 51.00 


3.4131 


38 


'22 


18 46 15.70 


3.4118 


38 


23 


18 48 40.37 


3.4113 


38 


24 


18 51 5.00 


3.4106 


S.38 



31 30.5 
33 33.5 

33 25.1 

34 8.4 

34 43.3 

35 6.7 
35 33.7 
25 27.1 
35 33.9 
35 9.3 
34 46.0 
34 13.3 
33 31.0 
33 39.1 
31 37.6 
30 36.4 
19 5.6 
17 35.2 
15 55.4 
14 5.8 

6.7 
57.9 
39.6 
11.6 
34.0 



12 
9 
7 
5 
3 



1.114 
0.006 
0.803 
0UM6 
0.480 
0.SS1 
0.173 
04)18 
0.146 



0.633 
0.783 
0.043 
MOS 
1.363 
1.438 
1.683 
1.743 
1.903 
3^)63 
9.333 
3-883 
3.5IS 
3.703 



h. 

18 51 
18 53 
18 55 

18 58 

19 
19 3 
19 5 
19 7 
19 10 
19 13 
19 15 
19 17 
19 19 
19 33 
19 34 
19 97 
19 99 
19 31 
19 34 
19 36 
19 39 
19 41 
19 43 
19 46 
19 48 



■. 


•. 


O 1 u 


N 


5.00 


3U106 


s.28 3 34.0 


3.703 


39.61 


3.4100 


37 59 47.3 


9.864 


54.18 


9.4094 


37 56 50.8 


um 


18.73 


9.4086 


37 53 44.9 


S.184 


43.21 


3.4077 


37 50 39.3 


8.843 


7.63 


3.4067 


87 47 4.2 


3.501 


31.99 


3.4057 


37 43 39.8 


MBQ 


56.29 


3.4045 


37 39 45.7 


8.817 


20.51 


8.4033 


37 35 53.3 


8.976 


44.65 


3.4018 


87 31 49.1 


4.134 


8.70 


3.4004 


87 37 36.5 


4.393 


32.65 


3.3988 


37 33 14.4 


4.449 


56.51 


3.8970 


87 18 43.0 


4.606 


20.27 


3.3953 


87 14 8.3 


4.763 


43.91 


3.3933 


37 9 18.0 


4.918 


7.43 


9.3013 


37 4 18.5 


5.074 


30.83 


9.3803 


86 59 3.5 


5.339 


54.10 


3.8870 


36 53 45.3 


5.883 


17.23 


3.3847 


36 48 17.9 


5.537 


40.23 


3.3884 


36 43 41.3 


5.600 


3.09 


3.9800 


36 36 55.6 


5.843 


25.80 


3.3774 


86 31 0.6 


5.996 


48.35 


3.3748 


36 34 56.5 


6.148 


10.74 


3.3731 


36 18 43.3 


6.399 


33.97 


341693 


S.36 13 31.0 


6.449 



PHASES OF THE MOON. 



Day. h. m. 

J> First Quarter, 5 5 33.8 

O Full Moon, 11 80 55.3 

(T Last Quarter, 18 88 34.3 

# New Moon, 97 4 1.4 

Day. h. 

<C Perigee, 10 17.1 

<C Apogee, 99 93.4 



25 



194 



NOVEMBER, 1856. 



XIII. 







GREENWICH MEAN 


TIME. 






1 


LUNAB DISTANCES. 


u 


mod 


Noon. 


P.L. 
or 


mh 


P.L. 

or 


VP». 


P.L. 

or 


rs^ 


P.L. 

or 


¥ 


PoriOoii. 






IMS. 




IMS. 




IMS. 




IMS. 






O 1 11 




O 1 N 




O 1 H 




O 1 II 




1 


SUK 


W. 


40 39 


9X6 


41 35 43 


8948 


43 50 54 


8988 


44 16 18 


8980 




VeDOS 


W. 


13 13 49 


tm 


14 33 55 


.8487 


15 55 30 


8418 


17 17 38 


8880 




Foroalhaut 


E. 


73 15 34 


si 14 


70 47 43 


8110 


69 19 44 


8108 


67 51 44 


8104 




a Pegasi 


E. 


93 50 51 


8198 


93 34 39 


8188 


90 58 16 


8180 


89 31 43 


8179 




Jupiter 


E. 


100 54 3 


9860 


99 30 51 


9BS0 


97 47 38 


98a 


96 13 56 


9886 


s 


Sun 


W. 


51 36 3 


8180 


53 53 36 


sno 


55 19 31 


8160 


56 46 19 


8148 




Veout 


W. 


34 13 37 


8808 


35 37 33 


8909 


37 1 54 


8970 


88 36 30 


8986 




Foroalhaut 


E. 


60 30 51 


80O5 


59 3 35 


8008 


57 34 19 


80O6 


56 6 3 


8086 




aPegaai 


E. 


83 16 34 


8184 


80 49 6 


8197 


79 81 39 


8190 


77 53 44 


8114 




Jupiter 


E. 


68 33 31 


9190 


86 48 50 


9780 


85 13 56 


9779 


83 38 51 


9761 


3 


Sun 


W. 


64 4 39 


8080 


65 33 3 


8076 


67 1 41 


8068 


68 30 36 


8060 




Venus 


W. 


35 33 53 


8190 


37 14 


8177 


38 36 51 


8161 


39 53 43 


fl80 I 




Foroalhaut 


E. 


48 45 39 


8119 


47 17 43 


8198 


45 50 6 


8180 


44 83 44 


8181 




a Pegaai 


E. 


70 33 14 


8068 


69 4 50 


8086 


67 36 33 


8082 


66 7 50 


80T8 




Jupiter 


E. 


75 40 


9108 


74 3 31 


9007 


73 36 47 


9886 


70 49 47 


9878 1 


4 


Sun 


W. 


75 59 15 


9081 


77 39 51 


9087 


79 45 


9068 


80 31 57 


90» 




Venus 


W. 


47 13 35 


8078 


48 41 4 


8080 


50 10 3 


8046 


51 39 18 


8080 ! 




Mars 


W. 


33 40 31 


9017 


34 11 50 


9097 


95 43 35 


9007 


87 15 45 


9888 1 




aPegasi 


E. 


58 44 38 


8078 


57 16 3 


8089 


55 47 30 


8087 


54 19 4 


8008 t 




Jupiter 
a Arietia 


E. 


63 40 43 


sen 


61 3 3 


9608 


59 93 4 


9864 


57 43 47 


9871 




E. 


99 10 46 


9878 


97 33 36 


9861 


95 56 6 


9840 


94 18 18 


9888 


5 


Sun 


W. 


88 13 45 


9801 


89 45 54 


98tA 


91 19 93 


9090 


93 53 13 


9818 




Venus 


W. 


59 10 35 


9960 


60 41 51 


9984 


63 13 37 


9017 


63 45 34 


9900 1 




Mars 


W. 


35 3 33 


9798 


36 37 8 


9789 


38 11 54 


9768 


39 47 10 


9746 ' 




aPegasi 


E. 


46 59 40 


8l8i 


45 33 51 


8ia) 


44 6 34 


8918 


43 40 30 


8946 




Jupiter 
o Arietia 


E. 


49 33 39 


9500 


47 41 36 


9486 


45 59 53 


9479 


44 18 


9487 




E. 


86 4 30 


9M4 


84 34 45 


9660 


83 44 41 


9686 


81 4 16 


urn , 


6 


Sun 


W. 


100 47 39 


9782 


103 33 37 


9716 


103 59 57 


9690 


105 30 38 


•^ 1 




Venus 


W. 


71 30 40 


9816 


73 4 49 


9708 


74 39 19 


97fr2 


76 14 11 


9166 ' 




Mars 


W. 


47 49 15 


9080 


49 36 49 


96a 


51 4 45 


9096 


53 43 5 


9810 




Jupiter 
a Arietis 


E. 


35 43 15 


9MI 


33 59 13 


9188 


33 14 49 


9881 


30 30 4 


9888 ; 




E. 


73 37 7 


9M8 


70 54 41 


9484 


69 11 54 


9419 


67 88 46 


9«08 1 




Aldebaran 


E. 


103 10 31 


9464 


101 38 37 


9448 


99 46 1 


9489 


98 3 13 


S416 1 


7 


Sun 


W- 


113 45 35 


9809 


115 34 37 


9186 


117 8 41 


9870 


118 43 17 


9686 ; 




Venus 


W. 


84 14 9 


9880 


85 51 16 


9888 


87 88 46 


9646 


89 6 40 


9881 




Mars 


w. 


61 33 


9M8 


63 41 


9810 


64 31 59 


9405 


66 3 19 


sai 




a Aquil« 


w. 


49 47 


4008 


50 13 19 


8806 


5i 35 34 


8808 


58 40 88 


8790 




a Arietis 


E. 


58 48 14 


9818 


57 3 10 


9896 


55 17 49 


9816 


53 33 11 


9186 




Aldebaran 


E. 


89 33 31 


9880 


87 38 39 


9896 


85 53 6 


9811 


84 7 33 


9987 i 


8 


Venus 


W. 


97 90 53 


9868 


90 45 


98a 


100 40 58 


9ni 


103 31 88 


9810 1 




Mars 


W. 


74 36 10 


9408 


76 18 34 


9m 


78 9 18 


9880 


79 46 31 


9868 




a Aqail« 


W. 


59 16 33 


8888 


60 39 15 


8819 


63 3 13 


8980 


63 88 11 


8918 




a Arietis 


E. 


44 40 13 


9«e 


43 53 10 


9961 


41 5 59 


9947 


39 18 41 


9>a < 




Aldebaran 


E. 


75 13 44 


9989 


73 96 4 


9991 


71 38 8 


9910 


69 49 55 


9198 




Saturn 


E. 


111 35 53 


9IS4 


109 47 1 


9ni 


107 57 50 


9160 


106 8 80 


9148 • 





Mars 


W. 


88 30 54 


9811 


00 16 37 


9809 


03 9 34 


9901 


93 48 44 


9988 




a Aquil« 


W. 


70 45 53 


8098 


79 15 34 


9180 


73 45 53 


9980 


75 16 43 


9oa 



XIV. 



NOVEMBER, 1856, 



195 







GREENWICH MEAN 


TIME, 








LUNAR DISTANCES. 


%A 


Star's Name 




P.L. 




P.L. 




P.L. 




P.L. 


lA 


and 




Midnight. 


of 


XVh. 


of 


xvnih. 


of 


XXPi. 


of 


Portion. 






DUt 




Diff. 




DIff. 




JHOL 






O 1 n 




O 1 N 




O 1 M 




O 1 II 




1 


Sun 


W. 


45 41 53 


8290 


47 7 37 


8310 


48 33 34 


8900 


40 50 43 


8191 




Venus 


W. 


18 40 1 


S3fl0 


20 2 53 


8861 


21 26 6 


8884 


22 49 38 


8819 




Fomalhaut 


E. 


66 23 30 


8101 


64 55 31 


8009 


63 27 20 


8096 


61 50 6 


8096 




a Pegasi 


E. 


88 5 


S16S 


86 38 7 


8]fi6 


85 11 5 


8148 


83 43 54 


8141 




Jupiter 


E. 


04 40 13 


3897 


03 6 20 


9818 


01 32 15 


9809 


80 57 50 


9800 


2 


Sun 


W. 


58 13 31 


8186 


50 40 57 


8194 


61 8 37 


8118 


62 36 31 


8101 




Venus 


W. 


20 51 21 


Si58 


31 16 27 


8386 


32 41 53 


8315 


34 7 44 


8900 




Fomalhaut 


E. 


54 37 48 


8099 


53 37 


SIOI 


51 41 20 


8106 


50 13 25 


8111 




a Pe^asi 


E. 


76 25 52 


8109 


74 57 53 


8108 


73 20 47 


8097 


72 1 34 


8091 




Jupiter 


E. 


82 3 32 


S7A1 


80 28 


9741 


78 52 14 


3780 


77 16 14 


2719 


3 


Sun 


W. 


60 50 47 


8U87 


71 20 14 


8034 


72 58 57 


8010 


74 28 57 


9996 




Venus 


W. 


41 20 52 


3188 


42 48 18 


8131 


44 16 2 


8106 


45 44 4 


8091 




Fomalhaut 


E. 


42 55 36 


8ia9 


41 28 50 


8188 


40 2 27 


8311 


38 36 31 


8384 




a Pegasi 


E. 


64 30 14 


8077 


63 10 36 


8076 


61 41 57 


8075 


60 13 17 


8076 




Jupiter 


E. 


60 12 31 


9661 


67 34 50 


3649 


65 57 10 


3687 


64 10 5 


96-14 


4 


Sun 


W. 


82 3 28 


S9B3 


83 35 18 


3908 


85 7 27 


3894 


86 30 56 


9876 




Venus 


W. 


53 8 54 


8014 


54 38 40 


3908 


56 4 


3963 


57 30 39 


9965 




Mars 


W. 


28 48 10 


S869 


30 21 17 


3861 


31 54 30 


3883 


33 28 24 


3815 




a Pegasi 


E. 


52 50 46 


8101 


51 22 38 


8113 


40 54 44 


8136 


48 27 6 


8141 


i 


Jupiter 


E. 


56 4 12 


3668 


54 24 10 


3648 


52 44 5 


3539 


51 3 32 


3516 




a Arietis 


E. 


02 40 U 


3091 


01 1 45 


3607 


80 22 50 


3693 


87 43 54 


9579 


5 


Sun 


W. 


04 27 24 


3797 


06 1 56 


9781 


07 36 40 


2765 


00 12 3 


2748 




Venus 


W. 


65 17 43 


9863 


66 50 25 


3866 


68 23 28 


9848 


60 56 53 


9831 




Mars 


W. 


41 22 50 


9738 


42 58 53 


3711 


44 35 18 


3095 


46 12 5 


9678 




aPegasi 


E. 


41 15 15 


8385 


30 50 46 


8833 


38 27 11 


8386 


37 4 30 


8450 




Jupiter 


E. 


42 35.46 


9443 


40 53 11 


3438 


39 10 14 


3411 


37 26 55 


9396 




a Arietis 


E. 


70 23 31 


3fi06 


77 42 26 


3491 


76 1 


3477 


74 10 14 


9469 


6 


Sun 


W. 


107 13 42 


9606 


108 51 7 


9649 


110 28 55 


2634 


112 7 4 


9618 




Venus 


w. 


77 40 25 


2747 


70 25 2 


3730 


81 1 2 


3713 


82 37 25 


3697 




Mars 


w. 


54 21 47 


3903 


56 51 


8477 


57 40 18 


3560 


59 20 8 


9548 




Jupiter 


E. 


28 44 57 


3831 


26 50 28 


3305 


25 13 36 


3391 


23 27 23 


9276 




a Arietis 


E. 


65 45 10 


3391 


64 1 31 


3378 


62 17 25 


3865 


60 32 59 


9351 




Aldebaran 


E. 


06 20 


3401 


04 36 26 


3886 


02 52 30 


3809 


91 8 11 


9855 


7 


Sun 


W- 


120 23 13 


3540 


122 3 30 


3535 


123 44 8 


3513 


125 25 5 


3497 




Venus 


W. 


00 44 50 


9630 


02 23 18 


3604 


04 2 8 


3588 


95 41 19 


3673 




Mars 


W. 


67 44 50 


9466 


60 27 


3451 


71 22 


3486 


72 52 6 


9493 




a Aquile 


W. 


53 56 54 


8688 


55 14 47 


8669 


56 34 3 


8493 


57 54 36 


8427 




a Arietis 


E. 


51 46 16 


9983 


50 6 


9388 


48 13 41 


3374 


46 27 3 


2365 




Aldebarao 


E. 


82 21 18 


9368 


80 34 ^3 


3970 


78 48 


3357 


77 1 6 


3344 


8 


Venus 


W. 


104 2 15 


3806 


105 43 20 


3494 


107 24 42 


3483 


100 6 20 


9471 




Mars 


W. 


81 30 42 


3866 


83 15 21 


3344 


85 16 


3883 


86 45 27 


9833 




a AquilfB 


W. 


64 54 5 


8169 


66 20 51 


8138 


67 48 27 


aooi 


69 16 48 


8066 




a Arietis 


E. 


37 31 18 


3341 


35 43 52 


3343 


33 56 27 


3346 


32 9 8 


9349 




Aldebaran 


E. 


68 1 26 


3190 


66 12 43 


3180 


64 23 46 


3173 


62 34 38 


316^ 




Saturn 


E. 


104 18 30 


3184 


102 28 22 


3133 


100 37 57 


3111 


98 47 15 


9101 


9 


Mars 


W. 


05 35 5 


3978 


07 21 37 


3371 


00 8 10 


3364 


100 55 11 


»5e 




a Aquilae 


W. 


76 48 5 


3934 


78 10 53 


3906 


70 52 4 


3860 


81 24 36 


9875 



J 



196 



NOVEMBER, 1856. 



XV. 









GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 

! 




8ter*fNan 
and 


• 


Noon. 


P.L. 
of 


HP*. 


P.L. 
of 


Vlh. 


P.L. 
of 


IX^- 


P.L. 

of 


Podtkm. 






DUL 




Dili. 




DUt 




DUL 






O / II 




O 1 N 




O < M 




o 1 u 




9 


Fomalhaut 


W. 


39 59 12 


asai 


41 38 19 


9546 


43 18 29 


9506 


44 59 34 


9470 




Aldebaran 


E. 


60 45 16 


9156 


58 55 46 


3163 


57 6 6 


9147 


55 16 19 


9ia 




Saturn 


E. 


96 56 17 


9090 


95 5 3 


9081 


93 13 35 


9078 


91 21 54 


S065 




Pollux 


E. 


104 7 12 


9om 


102 15 37 


9068 


100 23 49 


9050 


98 31 47 


9063 


10 


Mara 


W. 


102 42 12 


99H 


104 29 19 


9940 


106 16 33 


9346 


108 3 52 


99a 




a Aquile 


W. 


82 57 27 


9864 


84 30 32 


9854 


86 3 50 


9847 


87 37 17 


9843 




Fomalhaut 


W. 


53 36 12 


9t88 


55 21 16 


9390 


57 6 46 


9804 


58 52 40 


9380 




a Pegaai 


W. 


35 18 55 


8978 


36 47 32 


9689 


38 18 7 


9001 


39 50 24 


3881 




Jupiter 


W. 


22 32 25 


9006 


24 25 50 


9003 


26 19 21 


1900 


28 12 57 


1006 




Aldebaran 


E. 


46 6 32 


9ia 


44 16 39 


9147 


42 26 52 


9154 


40 37 15 


3168 




Saturn 


E. 


82 41 


90M 


80 8 


9081 


78 15 14 


9038 


76 22 23 


9035 




Pollux 


E. 


89 8 51 


9031 


87 15 49 


9017 


85 22 41 


9018 


83 29 27 


9010 


11 


a Aquil« 


W. 


95 25 14 


98fl0 


96 58 37 


980O 


98 31 49 


9870 


100 4 47 


9B88 




Fomalhaut 


W. 


67 46 26 


3946 


69 33 45 


9919 


71 21 10 


9389 


73 ^ 39 


9^286 




a Pegaai 


W. 


47 61 19 


9609 


49 30 25 


3563 


61 10 12 


3585 


52 50 36 


9518 




Jupiter 


W. 


37 41 37 


1904 


39 35 20 


1906 


41 29 


1900 


43 22 36 


9003 




Saturn 


E. 


66 57 33 


9096 


65 4 37 


9037 


63 11 45 


9081 


61 18 59 


9016 




Pollux 


E. 


74 2 38 


9008 


72 9 16 


9010 


70 15 57 


9013 


68 22 42 


9016 




Regulus 


E. 


110 43 40 


9016 


108 50 29 


9016 


106 57 20 


9010 


105 4 15 


9099 


13 


Fomalhaut 


W. 


82 5 54 


•960 


83 53 7 


3356 


85 40 9 


9961 


87 27 1 


9973 




a Pegaai 


W. 


61 18 55 


9447 


63 1 23 


3441 


64 43 59 


3487 


66 26 41 


9496 




Jupiter 


W. 


52 48 56 


9010 


54 41 44 


2037 


56 34 20 


9046 


58 26 43 


9065 




Saturn 


E. 


51 57 12 


900B 


50 5 24 


9078 


48 13 52 


3060 


46 22 36 


9101 




Pollux 


E. 


58 58 9 


90tt 


57 5 42 


9051 


55 13 27 


9050 


53 21 24 


9070 




Regulus 


E. 


95 40 26 


9048 


93 48 7 


9066 


91 56 


9064 


90 4 6 


9078 


13 


Fomalhaut 


W. 


96 17 44 


901 


98 9 59 


9S46 


99 47 52 


9803 


101 32 22 


3878 




a Pegaai 


W. 


74 59 54 


94M 


76 42 14 


9400 


78 24 24 


9460 


80 6 21 


9480 




Jupiter 
a Arietia 


W. 


67 44 45 


9110 


69 35 29 


9133 


71 25 54 


9180 


73 15 59 


9150 , 




W. 


31 38 51 


9974 


33 25 28 


9374 


35 12 6 


3374 


36 58 43 


9978 




Saturn 


E. 


37 11 16 


9n6 


35 22 11 


9104 


33 33 34 


9915 


31 45 2fl 


9987 




Pollux 


E. 


44 5 8 


9194 


42 14 46 


9197 


40 24 43 


9151 


38 35 1 


9165 




Regulus 


E. 


80 48 25 


9198 


78 58 9 


9U1 


77 8 3 


3155 


75 18 37 


9160 


14 


aPegasi 


W. 


88 31 56 


9647 


90 19 4 


9M4 


01 51 49 


9561 


93 31 10 


9000 




Jupiter 


w. 


82 20 46 


9937 


84 8 33 


9^)a 


85 55 56 


9360 


87 42 54 


9378 




a Arietis 


w. 


45 49 40 


9190 


47 35 11 


99»3 


49 20 24 


3844 


51 5 19 


9866 




Aldebaran 


w. 


17 11 8 


9om 


18 41 30 


9881 


20 14 13 


3600 


21 48 41 


9741 




Pollux 


E. 


29 32 6 


9944 


27 44 44 


9961 


25 57 47 


3370 


24 11 17 


9tt7 




Regulus 


E. 


66 16 7 


9946 


64 28 48 


1969 


62 51 54 


9380 


60 55 25 


9307 


15 


Jupiter 
a Arietis 


W. 


96 31 12 


9MB 


98 15 32 


9987 


99 59 26 


9406 


101 42 52 


9494 




w. 


59 44 41 


9496 


61 27 26 


9461 


63 9 48 


9460 


64 51 4^ 


9466 




Aldebaran 


w. 


89 54 40 


9696 


31 S3 4 


9618 


33 11 35 


9617 


34 50 7 


9630 




Regulus 


E. 


52 9 33 


9960 


50 95 43 


9400 


48 42 91 


9498 


46 59 20 


9448 , 




Sun 


E. 


137 18 12 


97n 


135 41 65 


9796 


134 6 5 


9756 


132 30 41 


9n6 1 


16 


Jupiter 
a Arietis 


W. 


110 13 92 


9619 


HI 54 9 


9566 


113 34 29 


9666 


115 14 21 


i 
9675 




w. 


73 15 26 


9674 


74 54 56 


9601 


76 34 1 


9610 


7*4 12 4e 


9t» 




Aldebaran 


w. 


43 1 7 


9666 


44 38 43 


9680 


46 16 6 


9661 


47 53 10 


9604 




Regulus 


E. 


38 31 49 


9646 


36 51 42 


9667 


35 12 2 


9068 


33 32 51 







Spies 


E. 


92 28 32 


966T 


90 47 59 


96a 


89 7 5*J 


9666 


87 28 11 


9606 



XVI. 



NOVEMBER, 1856. 



197 









GREENWICH MEAN 


TIME. 








LUNAB DISTANCES. 


9 


8ter*»NaiiM 




P.L. 




P.L. 




P.L. 




P.L. 


and 
Podtfon. 




Midnight. 


of 
VUL 


xvt. 


of 
DilL 


xvmh. 


of 
Diff. 


xxi^. 


of 


Fomalhaut 


W. 


O < 1, 

46 41 30 


9436 


O 1 M 

48 24 13 


9406 


1 1 

50 7 37 


9389 


O 1 H 

51 51 37 


3868 




Aldebaran 


E. 


53 26 26 


9141 


51 36 29 


9130 


49 46 30 


9130 


47 56 30 


9140 




Saturn 


E. 


89 30 1 


9W7 


87 37 56 


9060 


85 45 40 


9044 


83 53 15 


9039 




Pollux 


E. 


96 39 33 


9044 


94 47 8 


9087 


92 54 32 


9031 


91 1 46 


9095 


10 


Mars 


W. 


109 51 15 


9941 


111 38 41 


ftUX 


113 26 8 


9341 


115 13 35 


9941 




a Aquilae 


W. 


89 10 51 


9839 


90 44 28 


9838 


92 18 6 


9840 


93 51 42 


9848 




Fomalhaut 


W. 


60 38 55 


9978 


62 25 27 


9967 


64 12 15 


9958 


65 59 16 


9969 




a Pegaai 


W. 


41 24 12 


9700 


42 59 21 


9715 


44 35 41 


9669 


46 13 3 


9099 




Jupiter 


W. 


30 6 37 


1994 


32 20 


1993 


33 54 6 


1998 


35 47 52 


1903 




Aldebaran 


E. 


38 47 52 


9m 


36 58 45 


9188 


35 10 


9904 


33 21 39 


9991 




Saturn 


E. 


74 29 27 


9093 


72 36 29 


9093 


70 43 30 


9098 


68 50 31 


9098 




Pollux 


E. 


81 36 9 


9000 


79 42 48 


9008 


77 49 26 


9007 


75 56 2 


9007 


11 


a Aquils 


W. 


101 37 28 


9008 


103 9 49 


9917 


104 41 46 


9988 


106 13 17 


9966 




Fomalhaut 


W. 


74 56 10 


9930 


76 43 41 


9339 


78 31 10 


9943 


80 18 35 


9946 




a Pegasi 


W. 


54 31 31 


9494 


56 12 52 


9478 


57 54 36 


9466 


59 36 38 


3466 




Jupiter 


W. 


45 16 7 


9006 


47 9 32 


9011 


49 2 49 


9017 


50 55 57 


9098 




Saturn 


E. 


69 26 19 


9040 


57 33 47 


9046 


55 41 25 


9063 


53 49 13 


9000 




Pollux 


E. 


66 29 33 


9019 


64 36 29 


9095 


62 43 33 


9030 


60 50 46 


3087 




Regulua 


E. 


103 11 15 


9096 


101 18 21 


9030 


99 25 34 


9035 


97 32 55 


3049 


12 


' Fomalhaut 


W. 


89 13 41 


9983 


91 6 


9999 


92 46 17 


9304 


94 32 10 


9817 




a Pegasi 


W. 


68 9 25 


9436 


69 52 8 


9438 


71 34 49 


9441 


73 17 26 


3447 




Jupiter 


W. 


60 18 51 


9065 


62 10 44 


9075 


64 2 21 


9086 


65 53 42 


9098 




Saturn 


E. 


44 31 39 


9113 


42 41 


9127 


40 50 42 


9149 


39 47 


9168 




Pollux 


E. 


51 29 38 


9078 


49 38 5 


9088 


47 46 48 


9100 


45 55 49 


9119 




Regulus 


E. 


88 12 25 


9083 


86 21 


9094 


84 29 51 


9105 


82 38 59 


9116 


13 


Fomalhaut 


W. 


103 16 29 


9396 


105 10 


9415 


106 43 24 


9433 


108 26 11 


9453 




a Pegasi 


W. 


81 48 3 


9491 


83 29 29 


9503 


85 10 38 


9517 


86 51 27 


9532 




Jupiter 


W. 


75 5 42 


9166 


76 55 1 


9180 


78 43 59 


9195 


80 32 34 


9-210 




a Arietis 


W. 


38 45 15 


9983 


40 31 39 


9990 


42 17 53 


9-299 


44 3 54 


9300 




Saturn 


E. 


29 57 56 


9961 


28 10 59 


9988 


26 24 42 


9318 


24 39 9 


9348 




Pollux 


E. 


36 45 40 


9179 


34 56 41 


9195 


33 8 6 


9910 


31 19 54 


9997 




Regulus 


E. 


73 29 22 


9183 


71 40 29 


9198 


69 61 58 


9914 


68 3 51 


9999 


14 


a Pegasi 


W. 


95 10 5 


9618 


96 48 35 


9639 


98 26 37 


9660 


100 4 11 


9661 




Jupiter 


W. 


89 29 26 


9996 


91 15 32 


9313 


93 1 12 


9339 


94 46 25 


9350 




a Arietis 


W. 


52 49 54 


9379 


54 34 9 


9387 


56 18 2 


9403 


58 1 33 


9419 




Aldebaran 


W. 


23 24 27 


9698 


25 1 10 


9667 


26 38 34 


9646 


28 16 26 


9680 




Pollux 


E. 


22 25 13 


9317 


20 39 38 


9337 


18 54 32 


9357 


17 9 55 


9377 




Regulus 


E. 


59 9 21 


9815 


57 23 44 


9333 


55 38 33 


9359 


53 53 49 


9371 


15 


Jupiter 


W. 


103 25 52 


2U43 


105 8 25 


9469 


106 50 31 


9489 


108 32 9 


9500 




a Arietis 


W. 


66 33 19 


9503 


68 14 28 


9591 


69 55 12 


9588 


71 35 32 


9657 




Aldebaran 


W. 


36 28 35 


9694 


38 6 58 


9630 


39 45 12 


9688 


41 23 16 


9647 




Regulus 


E. 


45 16 59 


9467 


43 34 59 


9487 


41 53 28 


9507 


40 12 24 


9597 




Sun 


E. 


130 55 42 


9796 


129 21 9 


9816 


127 47 2 


9836 


126 13 21 


9856 


16 


Jupiter 


W. 


116 53 53 


9504 


118 32 56 


9614 


120 11 32 


9639 


121 49 43 


3653 




a Arietis 


W. 


79 50 58 


9646 


81 28 50 


9665 


83 6 17 


368-2 


84 43 21 


9701 




Aldebaran 


W. 


49 29 58 


9707 


61 6 29 


9721 


52 42 41 


9735 


54 18 35 


9748 




Regulus 


E. 


31 54 8 


9039 


30 15 53 


3851 


28 38 7 


9672 


27 50 


9694 




Spica 


E. 


85 48 56 


9604 


84 10 6 


26W 


82 31 41 


9640 


80 53 40 


9666 



198 



NOVEMBER, 1856. 



XVII, 



GREENWICH MEAN TIMF.. 


LUNAB DISTANCES. 


^4 


8ter*iNaiM 




PL. 




P.L. 




P.L. 




P.L. 


1^ 

16 


Md 




Noon. 


of 


mk 


of 


Vlh. 


of 


ixn. 


of 


Pwitkm. 






Di£ 




DI8: 




DiiL 




hUL 


Sun 


E. 


O 1 « 

194 40 6 


9876 


O 1 n 

123 7 17 


9000 


O 1 II 

121 34 55 


9017 


O 1 W 

120 9 58 


9077 


17 


a Arietia 


W. 


86 90 


9718 


87 56 16 


9786 


89 32 9 


9769 


91 7 40 


9780 




Aldebaran 


W. 


55 54 11 


978S 


57 29 27 


9777 


59 4 25 


9709 


60 39 4 


9808 




Satara 


W. 


19 46 52 


9840 


21 20 16 


98t3 


22 53 50 


9838 


94 27 29 


9838 




Spica 


E. 


79 16 4 


9876 


77 38 51 


900S 


76 2 2 


9710 


74 25 36 


9798 




Son 


E. 


119 99 95 


8034 


110 59 55 


8063 


109 30 48 


8079 


108 2 4 


8081 


18 


Aldebtran 


W. 


68 97 38 


9877 


70 96 


9601 


71 32 57 


9904 


73 5 11 


9917 




Saturn 


W. 


39 14 41 


9868 


33 47 41 


98n 


35 20 29 


9887 


36 53 5 


9898 




Pollux 


W. 


94 91 49 


9815 


95 55 51 


98» 


27 29 41 


9843 


29 3 13 


9867 




Spica 


E. 


66 98 56 


9808 


64 54 39 


98as 


63 20 41 


9888 


61 47 2 


9869 




Sun 


E. 


100 43 54 


S178 


99 17 19 


8198 


97 51 2 


8910 


96 25 5 


8996 


19 


Aldebann 


W. 


80 49 16 


9970 


89 19 55 


9880 


83 43 21 


8001 


85 13 32 


8019 




Saturn 


W. 


44 33 1 


9MA 


46 4 93 


9064 


47 35 83 


9088 


49 6 32 


9078 




Pollux 


W. 


36 46 37 


9090 


38 18 31 


90S1 


39 50 10 


9M8 


41 21 34 


9864 




Spica 


E. 


54 3 15 


9917 


59 31 18 


9080 


50 59 37 


9849 


49 28 11 


9»ftl 1 




Sun 


E. 


89 10 46 


9am 


87 55 31 


8810 


86 31 31 


88» 


85 7 46 


8838 


90 


Aldebaran 


W. 


99 41 18 


8080 


94 10 16 


8080 


95 39 4 


8076 


97 7 43 


8084 




Saturn 


W. 


56 38 41 


8014 


58 8 37 


8091 


59 38 24 


8097 


61 8 3 


8084 




Pollux 


W. 


48 55 95 


8001 


50 95 37 


8000 


51 55 39 


8817 


53 95 31 


8094 




Regulus 


W. 


19 36 54 


8188 


14 4 17 


8190 


15 39 2 


8110 


17 


8101. 




Spica 


E. 


41 54 18 


8001 


40 94 7 


8000 


38 54 6 


8018 


37 24 15 


8096 




Sun 


E. 


78 19 91 


8880 


76 49 51 


888B 


75 97 39 


8407 


74 5 23 


8416 


91 


Saturn 


W. 


68 34 99 


8000 


70 3 98 


8004 


71 39 22 


8086 


73 1 11 


8871 




Pollux 


W. 


60 69 47 


8088 


69 91 54 


8068 


63 50 55 


8083 


65 19 50 


8088 




Regius 


W. 


94 91 18 


8003 


95 49 37 


8008 


27 17 55 


8Q0S 


98 46 13 


8001 ; 




Spica 


E. 


99 57 10 


8087 


98 28 8 


808^1 


26 59 12 


8087 


95 30 92 


8071 1 




Sun 


E. 


67 16 46 


8448 


65 55 94 


8461 


64 34 8 


8460 


63 19 58 


8488 1 


99 


Saturn 


W. 


80 94 97 


8089 


81 59 59 


8089 


83 21 30 


8081 


84 50 


8884 , 




Pollux 


W. 


79 43 39 


8078 


74 19 8 


80B0 


75 40 42 


8081 


77 9 15 


8080 ' 




Rogulus 


w. 


36 7 30 


8006 


37 35 44 


8087 


39 3 57 


8806 


40 32 11 


8088 . 




Sun 


E. 


56 98 16 


8480 


55 7 29 


8481 


53 46 44 


8488 


59 96 1 


8486 


93 


Saturn 


W. 


99 19 33 


aoeo 


93 41 7 


8078 


95 9 43 


8077 


96 38 91 


8074 




Pollux 


w. 


84 39 4 


8078 


86 41 


wn 


87 99 19 


8074 


88 58 


8079 1 




Reguius 


w. 


47 53 37 


soeo 


49 22 


8087 


50 50 25 


8084 


52 18 54 


1 
8009 




Sun 


E. 


45 49 40 


8486 


44 29 


8486 


43 1 19 


8484 


41 40 37 


8488 


94 


Saturn 


W. 


104 9 90 


8080 


105 31 19 


8086 


107 22 


806^1 


108 99 31 


«>-l 




Pollux 


W. 


96 29 14 


80fl« 


97 51 17 


8063 


99 90 94 


8048 


100 49 37 


8oa . 




Regulus 


W. 


50 42 13 


806A 


61 11 6 


8000 


69 40 4 


8066 


64 9 8 


soil , 




Sun 


E. 


34 56 44 


8476 


33 35 52 


8473 


39 14 58 


8471 


30 54 1 


8471 1 


98 


Sun 


W. 


91 33 15 


8»6 


99 58 54 


8910 


24 24 52 


tm 


95 51 


8186 




Jupiter 


E. 


90 39 


9;99 


89 4 93 


9780 


87 99 39 


flBl 


85 54 46 


S779 


30 


Sun 


W. 


33 6 40 


8116 


34 34 30 


8106 


36 9 34 


mm 


37 30 60 


8008 




Fomalhaut 


K. 


61 30 45 


SOU 


50 9 17 


8003 


48 33 59 


8106 


47 5 55 


8118 




a Pegasi 


E. 


73 12 41 


806. 


71 43 49 


8080 


70 14 51 


80M 


68 45 50 


8088 




Jupiter 


E. 


77 57 95 


9798 


76 91 92 


9719 


74 45 7 


9711 


73 8 49 


9»8 ! 



XVIII. ]fOV£MB£!lt^ IBM. 



1^0 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 


Il 


Ster^sName 




P L. 




P.L. 




P.L. 




P.L. 


•ad 




Midnight. 


of 


XVh. 


of 


XVllli^ 


of 


XXP^ 


of 


- 


Podtton. 






DUL 




DUL 




TML 




Dur. 


16 


Sun 


E. 


118 31 96 


39^ 


O 1 h 

117 19 


am 


O t II 

115 99 37 


9996 


O « II 

113 59 19 


8015 


17 


a Arietis 


W. 


99 49 48 


9768 


94 17 34 


9808 


95 51 58 


3818 


97 96 9 


3884 




Aldebano 


W. 


69 13 94 


3831 


63 47 95 


9886 


65 91 7 


9646 


66 54 39 


3868 




Saturn 


W. 


96 1 7 


3841 


97 34 49 


9846 


99 8 10 


9853 


30 41 30 


3600 




Spica 


E. 


79 49 33 


3744 


71 13 52 


3760 


69 38 39 


9777 


68 3 34 


9793 




Sun 


£. 


106 33 43 


SlOO 


105 5 44 


8136 


103 38 6 


8144 


109 10 50 


8161 


18 


Aldebaraa 


W. 


74 37 8 


3981 


76 8 48 


3943 


77 40 13 


9866 


79 11 99 


9987 




Saturn 


W. 


38 95 99 


3906 


39 57 41 


9815 


41 99 41 


9996 


43 1 97 


9986 




Pollux 


W. 


30 36 27 


2870 


39 9 94 


3883 


33 49 5 


9898 


35 14 99 


9909 




Spica 


E. 


60 13 42 


3866 


58 40 39 


3660 


57 7 65 


9898 


55 35 97 


3905 




Sun 


E. 


94 59 26 


8343 


93 34 6 


8365 


99 9 2 


8970 


90 44 16 


•984 


19 


Aldebaran 


W. 


86 43 30 


son 


88 13 15 


8033 


89 49 47 


8043 


91 19 8 


8061 




Saturn 


W. 


50 37 19 


398i 


59 7 54 


S990 


53 38 19 


3997 


55 8 35 


8006 




Pollux 


W. 


49 52 45 


3964 


44 23 43 


3973 


45 54 99 


3964 


47 95 9 


9993 




Spica 


E. 


47 56 58 


3963 


46 95 59 


9m 


44 55 13 


9963 


43 94 39 


9908 




Sun 


E. 


83 44 16 


S347 


89 90 59 


8366 


80 57 54 


8889 


79 35 9 


8879 


90 


Aldebaran 


W. 


98 36 12 


8091 


100 4 32 


8099 


101 39 43 


8105 


103 46 


8111 




Saturn 


W. 


69 37 34 


8039 


64 6 58 


8046 


65 36 \b 


8051 


67 6 25 


8096 




Pollux 


W. 


54 55 14 


80S1 


56 94 48 


8087 


57 54 15 


8043 


59 93 34 


8048 




Regulns 


W. 


18 98 8 


8096 


19 56 99 


8094 


91 94 39 


8003 


99 59 58 


8091 




Spica 


E. 


35 54 33 


8033 


34 25 


8089 


39 55 36 


8016 


31 96 90 


8051 




Sun 


E. 


79 43 23 


8433 


71 21 32 


8430 


69 59 49 


8487 


68 38 14 


8443 


SI 


Saturn 


W. 


74 29 56 


wn 


75 58 38 


8077 


77 97 16 


8078 


78 55 62 


8079 




PoHux 


W. 


66 48 41 


8009 


68 17 28 


8073 


69 46 12 


8074 


71 14 53 


8076 




Re^rulus 


w. 


30 14 30 


8096 


31 42 46 


8096 


33 11 1 


8096 


34 39 15 


8096 




Spica 


E. 


24 1 37 


8076 


29 39 58 


8079 


91 4 93 


8064 


19 35 54 


8069 




Sun 


E. 


61 51 53 


8408 


60 30 53 


8«71 


59 9 57 


8476 


67 49 5 


8478 


99 


Saturn 


W. 


86 18 99 


8088 


87 46 59 


8068 


89 15 29 


8063 


90 44 


8061 




Pollux 


W. 


78 37 49 


8081 


80 6 99 


8061 


81 34 55 


8080 


83 3 99 


8079 




Regulus 


W. 


49 95 


8006 


43 98 41 


8004 


44 56 58 


8093 


46 96 16 


8091 




Sum 


E. 


51 6 90 


8186 


49 44 40 


8486 


48 93 59 


8486 


47 3 19 


8487 


93 


Satnm 


W. 


98 7 9 


8073 


99 35 46 


8089 


101 4 33 


8066 


109 33 94 


8003 




Pollux 


W. 


90 26 44 


8009 


91 55 31 


8087 


93 94 91 


8084 


94 53 15 


8060 




Regulus 


W. 


53 47 95 


8078 


55 16 1 


8076 


56 44 40 


8073 


58 13 94 


8068 




Sum 


E. 


40 19 54 


8483 


38 59 10 


8480 


37 38 93 


8478 


36 17 34 


8477 


94 


Saturn 


W. 


109 58 44 


8048 


111 98 3 


8089 


119 57 97 


80U 


114 26 57 


8080 




Pollux 


W. 


109 18 56 


8089 


103 48 90 


8084 


105 17 60 


8080 


106 47 26 


8036 




Regulus 


W. 


65 38 18 


8047 


67 7 33 


8041 


68 36 65 


80B6 


70 6 93 


8081 




Sun 


E. 


99 33 5 


8469 


98 19 4 


8486 


96 51 4 


8497 


95 30 3 


8408 


99 


Sum 


W. 


97 17 41 


8166 


28 44 33 


8163 


30 11 40 


' 8140 


31 39 2 


8136 




Jupiter 


E. 


84 19 41 


3768 


89 44 95 


9766 


81 8 58 


9fr46 


79 33 18 


9736 


30 


Sum 


W. 


38 59 91 


8073 


40 98 4 


8060 


41 57 9 


8061 


' 43 26 12 


8069 




Fomatbaut 


E. 


45 38 7 


8138 


44 10 38 


8161 


49 43 30 


8178 


41 16 48 


8104 




aPegasi 


E. 


67 16 49 


8068 


65 47 48 


8060 


64 18 47 


8080 


62 49 50 


8068 




Jupiter 


E. 


71 39 9 


3699 


69 55 97 


3693 


68 18 37 


3661 


66 41 31 


3873 



200 



DECEMBER, 1856. 



I. 



AT 


GREENWICH APPARENT 


NOON. 


1 








THE SUN'S 








Sldm.1 
Tim. 

OftlM 


BaofttfoBor 

t0b$ 




t 

i 


4 
1 














SmiMi- 
UDctor 
purine 

tb. 
MmM- 

tan. 


9mkrott$d 


for 
Iboor. 


•dd*dto 

Appannt 

Tim*, 


Apparent 


DULibr 
Ibonr. 


Jppmnni 


DULfor 
Ihoor. 


Siinl. 


Mod. 


1 


16 31 28.73 


10.814 


S.2I 54 2.8 


22.81 


1^ 


16.10 


70.33 


Vd 35.98 


0.957 


Tues. 


2 


16 35 48.65 


10.840 


22 2 58.2 


21.74 


16 


16.26 


70.42 


10 12.69 


0.984 


Wed. 


3 


16 40 9.17 


10.865 


22 11 27.9 


20.67 


16 


16.40 


70.50 


9 48.79 


1.008 


Thur. 


4 


16 44 30.25 


10.888 


22 19 81.7 


19.60 


16 


16»5 


70.58 


9 24.33 


1.081 


Fri. 


5 


16 48 51.88 


10.910 


22 27 9.5 


18.51 


16 


16.67 


70.67 


8 59.33 


1.054 


Sat 


6 


16 53 14.03 


10.930 


22 84 20.8 


17.42 


16 


16.80 


70.74 


8 83.82 


1.074 


Sun. 


7 


16 57 36.67 


10.930 


22 41 5.7 


16.81 


16 


16.94 


70.81 


8 7.81 


1.095 


Mon. 


8 


17 1 59.76 


10.969 


22 47 23.9 


15.19 


16 


17.06 


70.87 


7 41.86 


1.113 


Tues. 


9 


17 6 23.28 


10.987 


22 53 15.1 


14.05 


16 


17.18 


70.92 


7 14.47 


1.180 


Wed. 


10 


17 10 47.23 


11.004 


22 68 89.2 


12.91 


16 


17.28 


70.97 


6 47.15 


1.146 


Thur. 


11 


17 15 11.60 


11.019 


23 3 35.9 


11.78 


16 


17.39 


71.02 


6 19.43 


1.162 


Fri. 


12 


17 19 36.31 


11.034 


23 8 5.2 


10.64 


16 


17.49 


71.07 


5 51.36 


1.177 


Sat 


13 


17 24 1.34 


11.048 


23 12 7.1 


9.49 


16 


17.59 


71.11 


5 22.96 


1.190 


Sun. 


14 


17 28 26.69 


11.060 


23 15 41.3 


8.84 


16 


17.68 


71.15 


4 54.23 


1.201 


Mon. 


15 


17 32 52.34 


11.071 


23 18 47.6 


7.17 


16 


17.75 


71.20 


4 25.21 


1.212 


Tues. 


16 


17 87 18.21 


11.079 


23 21 25.9 


6.00 


16 


17.83 


71.23 


8 55.98 


1.228 


Wed. 


17 


17 41 44.30 


11.086 


23 23 86.2 


4.84 


16 


17.90 


71.26 


8 26.53 


1.282 


Thur. 


18 


17 46 10.59 


11.098 


28 25 18.5 


8.67 


16 


17.97 


71.28 


2 56.88 


1.289 


Fri. 


19 


17 60 87.03 


11.099 


23 26 32.6 


2.48 


16 18.03 


71.30 


2 27.08 


1.844 


Sat 


20 


17 55 3.62 


11.104 


23 27 18.4 


1.29 


16 


18.07 


71.30 


1 57.14 


1.249 


Sun. 


21 


17 59 80.27 


11.108 


23 27 35.8 


0.12 


16 


18.12 


71.31 


1 27.12 


1.258 


Mon. 


22 


18 8 56.99 


11.109 


23 27 24.9 


1.04 


16 


18.17 


71.31 


57.05 


1.255 


Tues. 
Wed. 


23 
24 


18 8 23.71 
18 12 50.42 


11.108 
11.106 


23 26 45.7 
23 25 38.1 


2.82 

8.40 


16 
16 


18.21 
18.24 


71.31 
71.29 


26.97 


1.255 
1.254 


6 3.16 


Thur. 


25 


18 17 17.07 


11.108 


28 24 2.2 


4.57 


16 


18.27 


71.28 


83.09 


1.251 


Fri. 


26 


18 21 43.62 


11.099 


23 21 57.9 


5.75 


16 


18.30 


71.27 


1 2.98 


1.248 


Sat 


27 


18 26 10.02 


11.098 


23 19 25.4 


6.93 


16 


18.33 


71.25 


1 32.72 


1.286 


Sun. 


28 


18 30 86.24 


11.086 


23 16 24.8 


8.11 


16 


18.35 


71.23 


2 2.36 


1.227 


Mon. 


29 


18 85 2.25 


11.075 


28 12 56.3 


9.27 


16 


18.87 


71.19 


2 81.73 


1.216 


Tues. 


30 


18 89 28.02 


11.068 


23 8 59.7 


10.48 


16 


18.38 


71.16 


8 0.86 


1.204 


Wed. 


31 


18 43 53.47 


11.050 


28 4 85.3 


11.58 


16 


18.38 


71.11 


8 29.68 


1.192 


Thur. 


32 


18 48 16.59 


11.085 


S.22 59 43.2 


12.78 


16 


18.38 


71.07 


8 58.16 


1.178 


Ron.-JbMT1iM<irUM 


n^m^tMmw^ 


rtar |MMli« mfty b* ft) 


QBdbjri 


nbtm 


etfnc OlU ftoa <bt 


aUvwlTlB*. 1 



II. 



DECEMBER, 1856. 



201 







AT GREENWICH MEAN 


NOON. 






1 

i 

1 ^ 


i 


THE SUN'S 


Bao.llo.of 

Tim., 

toht 

addedUt 


DUL 

for 

Ihoor. 


BIdMMl 

TImo. 


twbtntttu 
/ram 
Mean 

21WM. 


Bli^t AMouion. 


DUtfor 
Ihoor. 


DeeUnatioa 


WLtw 
Ihour. 


Mon. 

Tues.- 

Wed. 


1 

2 
3 


16 31 30.65 
16 35 50.50 
16 40 10.95 


10.814 
10.840 
10.865 


S.21 54 7.0 
22 3 2.0 
22 11 31.4 


22.81 
21.74 
20.67 


To 35.83 

10 12.54 

9 48.65 


I. 

0.957 
0.984 
1.008 


h. m. •. 

16 42 6.48 
16 46 3.04 
16 49 59.60 


Thar. 
Fri. 

Sat 


4 
5 
6 


16 44 31.96 
16 46 53.52 
16 53 15.59 


10.888 
10.910 
10.980 


22 19 34.9 
22 27 12.4 
22 84 28.5 


19.60 
18.51 
17.42 


9 24.19 
8 59.19 
8 33.68 


1.064 
1.074 


16 53 56.15 

16 57 52.71 

17 1 49.27 


Sum. 
Moo. 

Tues. 


7 
8 
9 


16 57 38.15 

17 2 1.16 
17 6 24.60 


10.060 
10.969 
10.987 


22 41 8.1 
22 47 26.0 
22 53 16.9 


16.81 
15.19 
14.05 


8 7.68 
7 41.23 
7 14.35 


1.095 
1.118 
1.180 


17 5 45.83 
17 9 42.39 
17 13 38.95 


Wed. 
Thur. 
Fri. 


10 
11 
12 


17 10 48.47 
17 16 12.74 
17 19 37.86 


11.004 
11.019 
11.084 


22 58 40.8 

23 3 37.3 
23 8 6.4 


12.91 
11.78 
10.64 


6 47.04 
6 19.32 
5 51.26 


1.146 
1.162 
1.177 


17 17 35.51 
17 21 32.06 
17 25 28.62 


Sat 
Sum. 
Mon. 


13 
14 
15 


17 24 2.31 
17 28 27.59 
17 32 53J6 


11.048 
11.060 
11.071 


23 12 8.1 
23 15 42.1 
23 18 46.2 


9.49 
8.84 
7.17 


5 22.87 
4 54.15 
4 25.14 


1.190 
1.201 
1.212 


17 29 25.18 
17 33 21.74 
17 37 18.30 


Tues. 
Wed. 
Thur. 


16 
17 
18 


17 37 18.94 
17 41 44.94 
17 46 11.14 


11.079 
11.086 
11.098 


23 21 26.4 
23 23 36.6 
23 25 18.8 


6.00 
4.84 
8.67 


3 55.92 
8 26.48 
2 56.84 


1.228 
1.282 
1.289 


17 41 14.86 
17 45 11.42 
17 49 7.98 


Fri. 
Sat 
Sum. 


19 
20 
21 


17 50 37.49 
17 55 3.98 
17 59 30.54 


11.099 
11.104 
11.108 


23 26 32.8 
23 27 18.5 
23 27 35.9 


2.48 
1.29 
0.12 


2 27.05 
1 57.12 
1 27.11 


1.244 
1.249 
1.258 


17 53 4.54 

17 57 1.10 

18 57.65 


Mon. 
Tues. 
Wed. 


22 
23 
24 


18 3 57.16 
18 8 23.79 
18 12 50.41 


11.109 
11.108 
11.106 


23 27 25.0 
23 26 45.7 
23 25 38.1 


1.04 
2.22 
8.40 


57.05 
26.98 


1.256 
1.255 
1.254 


18 4 54.21 
18 8 50.77 
18 12 47.33 


6 i.ofe 


Thur. 

Fri. 

Sat 


25 
26 
27 


18 17 16.97 
18 21 43.43 
18 26 9.74 


11.103 
11.099 
11.093 


23 24 2.2 
23 21 58.0 
23 19 25.6 


4.57 

• 5.75 

6.98 


33.08 

1 2.98 
1 32.73 


1.251 
1.248 
i.286 


18 16 43.89 
18 20 40.45 
18 24 37.01 


Sum. 
Mon. 
Tues. 
Wed. 


28 
29 
30 
31 


18 30 35.87 
18 35 1.79 
18 39 27.47 
18 43 52.85 


11.085 
11.075 
11.063 
11.060 


23 16 25.1 
23 12 56.6 
23 9 0.1 
23 4 35.7 


8.11 

9.27 

•10.48 

11.58 


2 2.30 

2 31.66 

3 0.78 
3 29.59 


1.227 
1.216 
1.204 
1.192 


18 28 33.57 
18 32 30.13 
18 86 26.69 
18 40 23.24 


Thur. 


32 


18 48 17.90 


11.085 


S.22 59 43.7 


12.78 


3 58.08 


1.178 


18 44 19.80 




Ho 




u Nook maj bt anoaMd the 


■me M thaft for 


Appuent 


Noon. 



26 



202 



DECEMBER, 1856. 



III. 



AT GREENWICH MEAN NOON. 






THE SUN'S 












1 
i 








of th« 
BMUtuYeetOT 

OfttM 

luth. 


IMff.fbr 
Ihoar. 


ItaiiTfaiM 

of 
BklHMlQh. 


Jhu LONQITUDB. 


DUr. ftir 
Ibour. 


LATIIUUB. 


I 


X' 

32 36.0 

33 29.9 

34 24.5 


1 

2 
3 


336 
337 
338 


249 3^ 17.5 

250 34 11.6 

251 35 6.4 


162.23 
162.26 
162.30 


0.32 
0.25 


9.9936861 
.9936195 
.9935544 


28.0 
27.8 
26.5 


h. m. ■. 

7 16 41.79 
7 12 45.86 
7 8 49.96 


4 
5 

6 


339 
340 
341 


252 36 1.9 

253 36 58.2 

254 37 55.2 


35 19.8 
86 15.9 
37 12.7 


162.88 
162.86 
162.89 


0.15 
—0.02 
-hO.ll 


.9934912 
.9934298 
.9933705 


25.7 
24.9 
24.2 


7 4 54.05 
7 58.14 
6 57 2.22 


-7 
8 
9 


342 
343 
344 


255 38 52.8 

256 39 51.0 

257 40 49.9 


88 10.1 

89 8.2 
40 6.9 


162.41 
162.44 
162.46 


0.24 
0.36 
0.48 


.9933135 
.9932587 
.9932065 


28.1 
22.0 
21.0 


6 53 6.31 
6 49 10.39 
6 45 14.48 


10 
11 
12 


345 
346 
347 


258 41 49.6 

259 42 50.0 

260 43 51.0 


41 6.4 

42 6.6 

43 7.4 


162.49 
168.62. 
162.66 


0.59 
0.67 
0.73 


.9931570 
.9931102 
.9930658 


20.0 
18.0 
17.8 


6 41 18.57 
6 37 22.66 
6 33 26.75 


13 
14 
15 


348 
349 
350 


261 44 52.7 

262 45 55.3 

263 46 58.7 


44 8.9 

45 11.3 

46 14.5 


168.69 
162.62 
162.66 


0.75 
0.74 
0.71 


.9930243 
.9929856 
.9929494 


16.8 
15.7 
14.6 


6 29 30.83 
6 25 34.92 
6 21 39.01 


16 
17 
18 


351 
352 
353 


264 48 2.7 

265 49 7.6 

266 50 13.4 


47 18.3 

48 23.0 

49 28.6 


162.69 
162.72 
162.76 


0.63 
0.54 
0.44 


.9929159 
.9928848 
.9928563 


18.5 
12.5 
11.5 


6 17 43.09 
6 13 47.17 
6 9 51.27 


19 
20 
21 


354 
355 
356 


267 51 20.0 

268 52 27.4 

269 53 35.5 


50 35.0 

51 42.2 

52 50.1 


162.80 
162.83 
162.86 


0.31 

0.18 

-hO.OS 


.9928301 
.9928062 
.9927845 


10.6 
9.6 

8.7 


6 5 55.35 
6 1 59.43 
5 58 3.53 


22 
23 
24 


357 
358 
359 


270 54 44.3 

271 55 53.6 

272 57 3.5 


53 58.7 

55 7.8 

56 17.5 


162.87 
162.89 
162.91 


—0.07 
0.20 
0.29 


.9927647 
.9927467 
.9927305 


7.8 
7.1 
6.4 


5 54 7.62 
5 50 11.70 
5 46 15.79 


25 
26 
27 


360 
361 
362 


273 58 13.7 

274 59 24.3 

275 60 35.1 


57 27.5 

58 37.9 

59 48.5 


162.98 
162.94 
162.94 


0.36 
0.41 
0.43 


.9927161 
.9927033 
.9926921 


5.7 
4.8 
4.2 


5 42 19.88 
5 38 23.96 
5 34 28.05 


28 
29 
30 


363 
364 
365 


277 1 46.1 

278 2 57.2 

279 4 8.2 


59.3 

2 10.2 

3 21.0 


162.94 
162.94 
162.94 


0.41 
0.38 
0.30 


.9926827 
.9926750 
.9926690 


8.5 

2.8 
2.1 


5 SO 32.13 
5 26 36.22 
5 22 40.31 


31 
32 


866 
367 


280 5 19.0 

281 6 29.6 


4 31.6 

5 42.0 


162.94 


0.21 
—0.09 


.9926647 
9.9926625 


1.4 

0.7 


5 18 44.40 
5 14 4a49 




Kan.— >. tmmii 


all to lb* »iw aqnlMS of 


lbtdAto,x' 


to Ibt «««• •qoli 


MHioCJta 


uOd. 



IV. 



DECEMBER, 1856. 



203 









GREENWICH 


MEAN TIME. 
















THE 


MOON^S 










1 


RlMTDTAMirrKIL 


HORIZONTAL PARALLAX. 




IfERIDIAN PASSAGE. 




% 

s 


















AGS. 


Vwm. 


mdnlght. 


No<«. 


mutot 

Ihour. 


Midnight. 


DilLfor 
Ihoar. 




DifLfbr 
Ihour. 


1 


15 29.4 


15 33.7 


56 44.2 


+1.81 


57 0.3 


+1.84 


h. m. 

3 13.6 


m. 
2.28 


3.8 


2 


15 38.1 


15 42.6 


57 16.7 


1.37 


57 33.3 


1.40 


4 7.1 


2.18 


4.8 


3 


15 47.2 


15 51.9 


57 50.2 


1.43 


58 7.4 


1.45 


4 58.3 


2.07 


5.8 


4 


15 66.7 


16 1.4 


58 24.7 


1.44 


58 41.9 


1.42 


5 47.2 


1.98 


6.8 


5 


16 6.0 


16 10.5 


58 58.7 


1.38 


59 14.9 


1.82 


6 34.7 


1.95 


7.8 


6 


16 14.7 


16 18.5 


59 30.2 


1.23 


59 44.2 


1.11 


7 22.3 


1.98 


8.8 


7 


16 21.8 


16 24.5 


59 56.4 


0.95 


60 6.4 


0.75 


8 11.3 


2.08 


9.8 


8 


16 26.5 


16 27.7 


60 13.8 


+0.51 


60 18.3 


+0.24 


9 3.1 


2.28 


10.8 


9 


16 28.1 


16 27.5 


60 19.6 


-0.05 


60 17.5 


-0.84 


9 58.9 


2.48 


11.8 


10 


16 25.9 


16 23.3 


60 11.7 


0.63 


60 2.4 


0.92 


10 58.9 


2.62 


12.8 


11 


16 19.8 


16 15.5 


59 49.6 


1.19 


59 33.8 


1.44 


12 1.9 


2.70 


13.8 


12 


16 10.5 


16 4.8 


59 15.2 


1.66 


58 54.1 


1.84 


13 5.3 


2.62 


14.8 


13 


15 58.5 


15 51.8 


58 31.0 


1.97 


58 d.5 


2.05 


14 5.9 


2.43 


15.8 


14 


15 44.9 


15 38.0 


57 41.3 


2.09 


57 16.0 


2.10 


15 1.7 


2.20 


16.8 


15 


15 31.2 


15 24.6 


56 51.0 


2.07 


56 26.7 


2.00 


15 52.2 


1.98 


17.8 


16 


15 18.3 


15 12.4 


56 8.5 


1.90 


55 41.8 


1.76 


16 37.9 


1.80 


18.8 


17 


15 7.0 


15 2.2 


55 22.0 


1.58 


55 4.4 


1.88 


17 20.0 


1.68 


19.8 


16 


14 58.0 


14 54.5 


54 49.0 


1.17 


54 36.0 


0.96 


17 59.8 


1.61 


20.8 


19 


14 51.7 


14 49.6 


54 25.7 


0.73 


54 18.0 


0.51 


18 38.7 


1.60 


21.8 


20 


14 48.2 


14 47.5 


54 13.0 


-0.30 


54 10.6 


-0.10 


19 18.0 


1.66 


22.8 


21 


14 47.5 


14 48.2 


54 10.6 


+0.10 


54 12.9 


+0.30 


19 58.9 


1.74 


23.8 


22 


14 49.5 


14 51.4 


54 17.6 


0.50 


54 24.6 


0.68 


20 42.3 


1.86 


24.8 


23 


14 53.8 


14 56.7 


54 33.6 


0.84 


54 44.3 


0.98 


21 29.0 


2.03 


25.8 


24 


15 0.0 


15 3.6 


54 56.5 


1.09 


55 9.9 


1.18 


22 19.6 


2.21 


26.8 


25 


15 7.5 


15 11.7 


55 24.4 


- 1.26 


55 39.7 


1.80 


23 13.8 


2.85 


27.8 


26 


15 16.1 


15 20.6 


55 55.6 


1.34 


56 11.9 


1.37 


6' 




28.8 


27 


15 25.1 


15 29.5 


56 28.3 


1.38 


56 44.6 


1.36 


10.3 


2.40 


0.1 


28 


15 33.8 


15 38.0 


57 0.5 


1.31 


57 15.9 


1.26 


1 7.1 


2.36 


1.1 


29 


15 42.0 


15 45.8 


57 30.7 


1.20 


57 44.8 


1.14 


2 2.4 


2.26 


2.1 


30 


15 49.4 


15 52.8 


57 58.1 


1.07 


58 10.5 


1.00 


2 55.1 


2.13 


3.1 


31 


15 56.0 


15 58.9 


58 22.0 


0.98 


58 32.6 


0.85 


3 45.1 


2.02 


4.1 


32 


16 1.5 


16 3.9 


58 42.3 


+0.77 


58 51.1 


+0.69 


4 32.9 


1.94 


5.1 



204 



DECEMBER, 1856* 



V. 



GREENWICH MEAN TIME. 



THE MOON'S RIGHT ASCENSION AND DECLINATION. 



Hour. 



Bight ABOMuloa. 



DIff. 
for 1 m. 



Deollnatlon. 



DilL 
Ibrlm. 



Hoar. 



Right ABoeadon. 



Diff. 
forlm. 





1 

3 

3 

4 

5 

6 

7 

8 

9 

10 

11 

13 

13 

U 

15 

16 

17 

18 

19 

80 

21 

89 

33 





1 

3 

3 

4 

6 

6 

7 

8 

9 

10 

11 

13 

13 

14 

15 

16 

17 

18 

19 

20 

31 

22 

33 

34 



MONDAY 1. 



WEDNESDAY 8. 



h. 
19 
19 
19 
19 
19 
30 
30 
30 
30 
30 
30 
30 
30 
30 
30 
30 
30 
30 
30 
30 
30 
30 
30 
SO 



30 
30 
30 
30 
30 
30 
30 
31 
31 
31 
31 
31 
31 
31 
31 
31 
31 
31 
31 
31 
31 
31 
21 
21 
31 



48 32.97 

50 55.04 

53 16.93 

55 38.65 

58 0.18 

31.54 

3 48.73 

5 3.73 

7 34.53 

9 45.11 

13 5.50 

14 35.69 
16 45.66 
19 5.44 
31 35.00 
33 44.33 

36 3.44 

38 33.31 
30 40.96 
33 59.38 
35 17.56 

37 35.51 

39 53.34 
43 10.73 



■. 

3.8aD8 
9.3064 
9J685 
3.8006 
9.Sffn 
9.8548 
9.8517 
9.8484 
9.8450 
9.8416 
9.8889 
9.3848 
9.8814 
9.8979 
9.8049 
9.8W4 
9.8106 
9^198 
9.8080 
9.8061 
9^19 
1^9078 
9.9984 
9.9806 



S.36 

36 
35 
35 
36 
35 
35 
35 
35 
35 
35 
34 
34 
34 
34 
84 
34 
34 
S3 
33 
S3 
33 
33 
S.83 



TUESDAY 9. 



S.3S 
99 
38 
33 
33 
38 
81 
31 
31 
31 
31 
31 
30 
80 
30 
30 
30 
19 
19 
19 
19 
19 
18 
18 

S.18 



44 37.98 


9.9887 


46 45.01 


t.9810 


49 1.81 


9.9781 


51 18.38 


9.9749 


53 34.71 


9.3708 


55 50.80 


9.9068 


58 6.65 


9.9698 


33.37 


9.9064 


3 37.66 


9.9546 


4 53.83 


9.9806 


7 7.74 


9.9466 


9 33.41 


9.9496 


11 36.83 


9.3884 


13 51.00 


9.9844 


16 4.95 


9.9806 


18 18.67 


9.9968 


30 33.16 


9.9998 


33 45.41 


9.9188 


34 58.48 


9.9140 


37 11.30 


9.9111 


39 33.75 


9.9079 


31 36.07 


9.9088 


33 48.16 


9.1906 


36 0.03 


9.1968 


38 11.67 


9.1999 



13 31.0 

5 49.8 
59 9.6 

52 20.5 
45 22.4 
38 15.5 
30 59.7 
23 35.2 
16 2.0 

8 20.3 

30.0 

53 31.3 
44 33.4 

36 7.3 

37 43.9 
19 10.3 
10 39.0 

1 39.6 
53 48.0 
43 36.4 

34 38.6 

35 0.8 
15 30.9 

6 63.8 



56 7.6 
46 14.8 
36 13.1 

36 4.3 
15 47.8 

5 33.9 
54 58.4 
44 13.5 
33 87.3 
33 33.7 
11 33.9 

34.9 

49 9.7 

37 47.4 

36 18.3 

14 48.3 
3 59.3 

51 9.7 
39 13.4 

37 10.4 

15 0.7 
3 44.4 

50 81.7 
37 53.6 
35 17.3 



6.598 
6.748 
6.808 
74)47 
7.104 
7.889 
7.484 
7.098 
7.779 
7.915 
8450 
8.909 
8.843 
8.481 
8.690 
8.768 
8.806 
04)81 
9<166 
0.303 
0.487 



0.896 





0.987 


1 


10.086 


8 


10.915 


3 


10.849 


4 


10.467 


5 


10.661 


6 


10.714 


7 


10.886 


8 


10.957 


9 


114m 


10 


11.197 


11 


11.816 


18 


11.488 


13 


11.548 


14 


114)09 


15 


11.775 


16 


11.888 


17 


194)00 


18 


19.111 


19 


19.991 


30 


19.899 


31 


19.430 


33 


19.541 


33 


19.645 


34 



h. m. 
31 38 
21 40 
21 42 
81 44 
31 46 
31 49 
81 51 
31 53 
31 55 

31 57 
21 59 
33 2 
83 4 
33 6 

32 8 

33 10 
33 13 
S3 14 
83 17 
33 19 
S3 81 
83 33 
33 35 
33 37 



f. 


a. 


11.67 


9.1099 


33.09 


9.1889 


34.39 


9.1848 


45.37 


9.1811 


56.03 


9.1770 


6.58 


9.1741 


16.93 


9.1706 


37.06 


9.1971 


36.98 


9.1687 


46.71 


9.1608 


56.33 


9.1570 


5.55 


9.1537 


14.68 


3.1604 


33.61 


9.1479 


33.35 


9.1440 


40.90 


9.1400 


49.37 


9.1878 


57.46 


9.1349 


5.48 


9.1891 


13.33 


9.1999 


30.99 


9'1964 


88.50 


9'19S7 


35.83 


9.1900 


43.03 


9.1184 



.18 35 17.8 
18 18 35.6 
17 59 47.8 
17 46 53.9 
17 33 53.9 
17 30 48.0 
17 7 36.1 
16 54 18.4 
16 40 55.0 
16 37 35.9 
16 13 51.3 
16 11.0 
15 46 35.4 
15 33 34.3 
15 18 37.9 
15 4 36.3 
14 50 39.3 
14 36 17.4 
14 88 4 
14 7 38.4 
13 53 11.5 
13 38 39.8 
13 34 3.3 

.13 9 33.0 



THUBSDAY 4. 



33 39 
83 31 
93 34 
83 36 
23 38 
33 40 
38 43 
38 44 
33 46 
33 48 
33 50 
33 53 
33 55 
38 57 
33 59 



33 
33 
33 
33 
33 



33 11 
33 13 
33 15 
23 17 
23 20 



50.05 


9.1159 


56.94 


9.1184 


3.67 


9.1110 


10.27 


9.1086 


16.72 


9.1064 


33.04 


9.1049 


39.33 


9.1090 


35.30 


3.9000 


41.34 


9X981 


47.07 


94)069 


58.80 


94)044 


58.41 


94)096 


393 


94)000 


9.33 


941604 


14.66 


94)870 


19.89 


94)864 


35.04 


94)860 


30.10 


94)887 


35.09 


94)895 


40.03 


94)818 


44.87 


94)809 


49.67 


94)709 


54.41 


94)788 


59.10 


94)775 


3.74 


941797 



.13 54 36.3 

18 39 45.8 

18 34 51.0 

18 9 51.8 

11 54 48.3 

II 39 40.6 

11 84 38.6 

11 9 18.6 

10 68 58.6 

10 38 88.6 

10 83 0.6 

10 7 38.9 

9 51 53.5 

9 36 14.5 

9 30 31.9 

9 4 45.8 

8 48 56.3 

8 33 3.4 

8 17 7.3 

8 1 7.9 

7 45 6.4 

7 38 59.9 

7 18 51.4 

7 6 40.1 

. 6 40 86.9 



VI. 



DECEMBER, 1856. 



205 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 




DUL 
forlm. 


u.^ 


forlm. 


Hoar. 


Bight AMDilOB. 


forlm. 




DIff. 
forlm. 




Fl 


imAY 


5. 






SUNDAY 


7. 






h. m. ■. 


■. 


O 1 II 


« 




h. m. •. 


■. 


O 1 « 


• 


e 


23 20 3.74 


Mm 


S. 6 40 25.9 


16.961 





1 41.07 


9.1608 


N. 6 46 44.3 


16414 


1 


23 23 8.34 


94n63 


6 24 9.1 


16.S06 


1 


1 2 50.25 


9.1M8 


7 3 32.0 


10.788 


d 


23 24 12.93 


9Un69 


6 7 49.6 


16.861 


2 


1 4 50.67 


9.1088 


7 30 18.0 


10.760 


3 


23 26 17.48 


3.0756 


5 51 27.6 


16.804 


3 


1 7 9.33 


9.1638 


7 37 3.3 


16.780 


4 


23 28 22.01 


%inM 


5 35 3.1 


16.484 


4 


1 9 19 23 


9.1008 


7 63 44.8 


16499 


6 


23 30 26.53 


34^749 


5 18 36.5 


16.474 


6 


1 11 29.38 


9.1710 


8 10 35.3 


10466 


6 


33 33 31.01 


%mAi 


. 5 2 7.4 


16.613 


6 


1 13 39.77 


9.1769 


8 37 3.8 


16439 


7 


93 34 35.50 


9Un47 


4 45 35.9 


16.649 


7 


1 15 60.43 


9.1796 


8 43 40.0 


16401 


8 


23 86 39.99 


9.0746 


4 29 2.3 


16.684 


8 


1 18 1.36 


9.1840 


13.9 


16469 


9 


23 38 44.48 


M148 


4 12 26.8 


16.018 


9 


1 20 12.65 


9.1886 


9 16 45.4 


16410 


10 


23 40 48.98 


un49 


3 55 49.0 


16.661 


10 


1 22 24.01 


9.1933 


9 33 14.4 


16470 


11 


23 42 53.49 


34700 


3 39 9.4 


16.683 


11 


1 24 35.76 


9.1979 


9 49 40.9 


10436 


13 


23 44 68.00 


34nA-2 


3 23 27.9 


16.711 


12 


1 26 47.79 


9.3037 


10 6 4.8 


16479 


13 


93 47 2.54 


9.0768 


3 5 44.8 


16.760 


13 


1 99 0.11 


9.9076 


10 33 35.7 


10480 


14 


23 49 7.13 


94n66 


2 48 59.9 


16.707 


14 


1 31 12.72 


9.9131 


10 38 43.6 


10.980 


15 


23 51 11.74 


94T73 


2 32 13.4 


16.794 


16 


1 33 25.63 


9.3176 


10 54 58.5 


10.339 


16 


23 53 16.40 


94)780 


2 15 25.4 


16.819 


16 


1 35 38.85 


9.3937 


11 11 10.3 


10.170 


17 


23 55 21.11 


94^88 


1 58 35.9 


16.813 


17 


1 37 52.39 


9.9379 


11 37 18.8 


10.131 


18 


23 57 25.88 


94)798 


1 41 44.9 


16.866 


18 


1 40 6.23 


9.9331 


11 43 34.0 


104)04 


19 


23 59 30.72 


94)806 


1 24 52.8 


16.886 


19 


1 42 20.39 


9.3886 


11 59 35.6 


104)06 


20 


1 35.61 


94>817 


1 7 59.5 


10.603 


20 


1 44 34.88 


9.9441 


13 15 33.6 


16444 


91 


3 40.56 


94)828 


51 5.2 


10.931 


21 


1 46 49.70 


9.9496 


13 31 18.0 


16480 


32 


5 45.58 


94)811 


34 9.9 


10.967 


99 


1 49 4.85 


9.9661 


18 47 8.4 


16414 


23 


7 50.68 
SAT 


94)666 

URDA 


S. 17 13.7 
Y 6. 


10 MO 


93 


1 61 90.33 
MG 


9.9607 

INDAI 


N.13 9 64.9 

' 8. 


16.741 





9 55.87 


94)870 


S. 16 6 


10J6S 





1 63 36.15 


9.9663 


N.13 18 37.4 


16478 


1 


12 1.15 


94)886 


N. 16 41.2 


16.976 


1 


1 65 59.30 


9.3730 


13 34 16.6 


16.606 


3 


14 6.53 


94)009 


33 39.6 


10.986 


9 


1 68 8.81 


9.3n9 


13 49 49.5 


16.666 


3 


16 12.01 


94)»0 


60 38.6 


10.993 


3 


9 25.68 


9.3866 


14 5 19.0 


16463 


4 


18 17.60 


94IM0 


1 7 38.1 


174)01 


4 


2 2 42.90 


9.3808 


14 30 44.0 


16486 


6 


20 23.29 


94)060 


1 24 87.9 


174107 


6 


9 5 0.48 


9.3968 


14 36 4.3 


16408 


6 


32 29.14 


94)060 


1 41 88.1 


174)11 


6 


9 7 18.42 


9J019 


14 51 19.8 


16.987 


7 


24 35.10 


9.1000 


1 68 38.4 


174)14 


7 


2 9 36.73 


9.8081 


15 6 30.5 


16.143 


8 


26 41.18 


9.1091 


9 15 38.8 


174)10 


8 


9 11 65.41 


9.31a 


15 31 36.1 


164)67 


9 


28 47.39 


9.1046 


9 39 39.4 


174)16 


9 


9 14 14.46 


9J306 


15 36 36.5 


14489 


10 


30 53.75 


9.1070 


9 49 39.8 


174)13 


10 


9 16 33.89 


9.8368 


16 61 31.6 


14480 


11 


33 0.26 


9.1006 


3 6 40.0 


174)08 


11 


9 18 53.70 


9.6833 


16 6 21.3 


14.790 


12 


35 6.94 


94 196 


3 93 40.0 


174)03 


19 


9 91 13.88 


94396 


16 31 5.6 


14498 


13 


37 13.78 


9.1160 


3 40 39.5 


10.996 


13 


9 93 34.45 


9.3469 


16 35 44.3 


14404 


14 


39 20.78 


9.1177 


3 57 38.6 


10.987 


14 


9 95 65.41 


94634 


16 50 17.3 


14408 


15 


41 27.04 


9.1904 


4 14 37.2 


10.977 


15 


9 98 16.76 


34668 


17 4 44.3 


14409 


16 


43 35.28 


9.1964 


4 31 35.2 


10.906 


16 


2 30 38.60 


94663 


17 19 5.3 


14407 


17 


45 42.83 


9.1967 


4 48 32.4 


10.963 


17 


2 33 0.63 


94790 


17 33 30.2 


14.308 


18 


47 50.53 


9.1800 


5 5 28.9 


10.908 


18 


2 35 23.16 


94786 


17 47 38.9 


U4M 


19 


49 58.43 


9.1168 


5 22 24.5 


10.993 


19 


9 37 46.08 


94861 


18 1 31.3 


13.987 


20 


53 6.54 


9.1667 


5 89 18.9 


10.904 


90 


9 40 9.40 


94918 


18 15 37.0 


13486 


31 


54 14.85 


9.1403 


6 56 12.2 


10.884 


21 


9 49 33.19 


94986 


18 39 16.3 


13.779 


33 


56 93.37 


9.1467 


6 13 4.2 


10.803 


22 


9 44 57.94 


9.4063 


18 43 58.8 


13467 


33 


58 33.11 


9.1473 


6 29 65.0 


10.860 


23 


9 47 21.76 


9.4119 


18 66 34.4 


13444 


24 


1 41.07 


9.1608 


N. 6 46 44.3 


10.814 


24 


9 49 46.69 


9.4186 


N.19 10 3.1 


13497 



206 



DECEMBER, 1856. 



VII. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoar. 


Bight Aaoendon. 


Dlff. 
Ibrlm. 




DIft 
Ibrlm. 


Hoar. 




IMff. 
forlm. 




Dlff. 
forlm. 




TUESDAY 9. 






THURSDAY 11. 






h. m. •. 


1. 


O 1 » 


N 




h. m. ■. 


8. 


O 1 ff 


H 





2 40 46.69 


S.4186 


N.19 10 3.1 


18.437 





4 53 0.88 


3.6848 


N57 3 15.1 


6.668 


1 


2 52 12.01 


3U9fiS 


19 23 24 7 


18.807 


1 


4 55 42.04 


3.6878 


27 8 49.3 


6.477 


9 


2 54 37.74 


S.433I 


19 36 39.0 


18.188 


2 


4 58 23.37 


3.6908 


27 14 11.7 


6.376 


3 


2 57 3.87 


9.4S80 


19 49 45.9 


18.063 


3 


5 1 4.85 


34)938 


27 19 22.5 


64)80 


4 


2 59 30.41 


3.4465 


20 2 45.4 


13.986 


4 


5 3 46.47 


3.6»49 


27 24 21.3 


4.884 


6 


3 1 57.36 


9.45M 


20 15 37.2 


13.813 


5 


5 6 28.21 


3.6968 


27 29 8.3 


4.686 


6 


3 4 24.71 


3.4603 


20 28 21.5 


13.68^1 


6 


6 9 10.06 


3.6986 


27 33 43.2 


4.487 


7 


3 6 52.47 


3.4W1 


20 40 58.0 


13.649 


7 


5 11 52.00 


3.7003 


27 38 6.4 


4.387 


8 


3 9 20.63 


3.4738 


20 53 26.5 


13.416 


8 


5 14 34.04 


3.7016 


27 42 17.6 


44)86 


9 


3 11 49.20 


3.4796 


21 5 46.9 


13.3W 


9 


5 17 16.16 


3.7096 


27 46 16.5 


8.886 


10 


3 14 18.17 


3.4862 


21 17 59.1 


13.140 


10 


5 19 58.34 


3.7086 


27 60 3.6 


8.686 


U 


3 16 47.54 


3.4098 


21 30 2.9 


13.001 


11 


5 22 40.59 


3.7046 


27 53 38.6 


8.486 


12 


3 19 17.32 


3.4894 


21 41 58.6 


11.861 


12 


5 25 22.90 


3.7064 


27 57 1.7 


84IB4 


13 


3 21 47.48 


3.6060 


21 53 45.6 


11.719 


13 


5 28 5.23 


3.7063 


28 12.6 


84)83 


U 


3 24 18.04 


3.6136 


22 5 24.0 


11.676 


14 


5 30 47.60 


3.7066 


28 3 11.5 


3.880 


15 


3 26 49.00 


3.6191 


22 16 53.7 


11.438 


15 


5 33 29.99 


3.7066 


28 5 68.2 


3.677 


16 


3 29 20.34 


3-6366 


22 28 14.5 


11.378 


16 


5 36 12.37 


3.7067 


28 8 32.7 


3.476 


17 


3 31 52.07 


3.6618 


22 39 26.2 


11.139 


17 


5 38 54.75 


3.7066 


28 10 65.2 


3.374 


18 


3 34 24.19 


3.6880 


22 50 29.0 


10.976 


18 


5 41 37.11 


3.7060 


28 13 5.6 


34n8 


19 


3 36 56.68 




23 1 22.5 


10.833 


19 


5 44 19.43 


3.7061 


28 15 3.7 


1.869 


20 


3 39 29.55 


3.66ia 


23 12 6.7 


10.667 


20 


5 47 1.69 


3.7040 


28 16 49.7 


1.667 


31 


3 42 2.80 


3.6674 


23 22 41.5 


10.607* 


21 


5 49 43.88 


3-7037 


28 18 23.6 


^1.466 


22 


3 44 36.41 


34i«8S 


23 33 6.7 




22 


5 62 25.99 


3.7014 


28 19 45.5 


1.361 


23 


3 47 10.39 
WED] 


3.66S8 


N.23 43 22.2 
\Y 10. 


10.188 


23 


6 66 8.02 
FR 


3.7001 

IDAY 


NJStQ 20 66.2 
12. 


i^ 


e 


3 49 44.73 


3.6758 


N.23 53 28.1 


UM« 





5 57 49.95 


3.6088 


Nj38 21 62.9 


0.864 


1 


3 52 19.42 


3.6618 


24 3 24.4 


9.856 


1 


6 31.77 


3.6066 


28 22 38.7 


0.603 


2 


3 54 54.46 


3.6670 


24 13 10.8 


9.693 


2 


6 3 13.48 


3.6943 


28 23 12.3 


0.463 


3 


3 57 29.84 


^6937 


24 22 47.2 


9.686 


3 


6 5 55.05 


3.6990 


28 23 34.0 


0.368 


4 


4 5.56 


^6988 


24 32 13.4 


9.866 


4 


6 8 36.48 


3.6894 


28 23 43.8 


04)66 


5 


4 2 41.62 


3.6040 


24 41 29.4 


9.183 


5 


6 11 17.75 


341867 


28 23 41.8 


0.1SS 


6 


4 5 18.03 


3.6096 


24 50 35.1 


9.009 


6 


6 13 58.85 


3.6888 


28 23 28.0 


0.S30 


7 


4 7 54.75 


8.6148 


24 59 30.3 


8.886 


7 


6 16 39.77 


3.6808 


28 23 2.2 


0.637 


8 


4 10 3i.78 


3.6198 


25 8 15.0 


8.666 


8 


6 19 20.50 


3.6n6 


28 22 24.7 


0.733 


9 


4 13 9.11 


3.6348 


25 16 49.1 


8.483 


9 


6 22 1.03 


3.9741 


28 21 35.3 


0.919 


10 


4 15 46.74 


3.6}98 


25 25 12.5 


8.803 


10 


6 24 41.35 


3.6708 


28 20 34.3 


1.116 


11 


4 18 24.67 


3.6848 


25 33 25.1 


8.133 


11 


6 27 21.44 


3.6664 


28 19 21.6 


IJOO 


12 


4 21 2.90 


3.6896 


25 41 27.0 


7.940 


12 


6 30 1.30 


3.6634 


28 17 57.2 


1.601 


13 


4 23 41.40 


3.6443 


25 49 17.9 


7.76n 


13 


6 32 40.92 


34)668 


28 16 21.4 


1.693 


14 


4 26 20.17 


3.6486 


25 56 57.7 


7.673 


14 


6 35 20.28 


3.6640 


28 14 34.0 


1.885 


15 


4 28 59.21 


3.66* 


26 4 26.4 


7.386 


15 


6 37 59.37 


3.6494 


28 12 35.2 


34r76 


16 


4 31 38.49 


3.6670 


26 11 44.0 


7.300 


16 


6 40 38.18 


3.6447 


28 10 24.9 


3.366 


17 


4 34 18.02 


3.6610 


26 18 50.4 


74)16 


17 


6 43 16.70 


3.6899 


28 8 3.4 


3U63 


18 


4 36 57.79 


3.6648 


26 25 45.6 


6.836 


18 


6 45 54.93 


3.6847 


28 5 30.6 


S.MO 


10 


4 39 37.78 


3.6084 


26 32 29.3 


6.687 


19 


6 48 32.83 


3.6394 


28 2 46.7 


9.836 


20 


4 42 17.99 


3.6731 


26 39 1.6 


6.446 


20 


6 51 10.42 


3.6339 


27 69 61.7 


t4)00 


21 


4 44 58.43 


3.6766 


26 45 22.4 


6.353 


21 


6 53 47.69 


3.6184 


27 66 45.7 


8.191 


22 


4 47 39.06 


3.6790 


26 51 31.6 


64)69 


22 


6 56 24.62 


3.6137 


27 53 28.7 


8.S73 


23 


4 50 19.88 


2MU 


26 57 29.2 


6.864 


23 


6 59 1.19 


3.6073 


27 60 0.9 


8.663 


24 


4 53 0.88 


8.6818 


NiJ7 3 16.1 


64M8 


24 


7 1 37.43 


3.6011 


N.27 46 22.1 


S.7S3 



VIII. 



DECEMBER, 1856. 



207 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


• ASCENSION AND DECLINATION. 




Hoar 


Right ABoaukm. 


WIT. 
forlm. 




Dur. 

forlm. 


Hour 


. Right ABoendon. 


IMff. 
forlm. 




Diff. 
forlm. 




SAT 


URDA 


Y 13. 






MONDAY 


15. 






h. m. •. 


■. 


O 1 u 


« 




h. m. ■. 


8. 


\ O 1 II 


ti 





7 1 37.43 


3.0011 


NiJ7 46 22.1 


S.7S9 





8 57 49.44 


3.338^ 


N.21 50 34.4 


10U80 


1 


7 '4 13.30 


3.S050 


27 42 32.8 


1.919 


1 


9 2.59 


3.3160 


21 40 5.5 


10.584 


9 


7 6 48.80 


3.6689 


27 38 32.7 


4.090 


2 


9 2 15.25 


3.3067 


21 29 30.9 


10.080 


3 


7 9 23.94 


3.fiW7 


27 34 22.1 


4.364 


3 


9 4 27.41 


3.1984 


21 18 50.6 


10.794 


4 


7 11 58.69 


3.5*61 


27 30 1.0 


4.487 


4 


9 6 39.08 


3.1909 


21 8-4.6 


10.817 


5 


7 14 33.04 


3.6003 


27 25 29.2 


4.610 


5 


9 8 50.25 


3.1899 


20 57 13.2 


10.907 


6 


7 17 6.99 


3.6805 


27 20 47.8 


4.780 


6 


11 0.94 


3.1749 


20 46 16.4 


10.997 


7 


7 19 40.54 


3.5567 


27 15 55.9 


4.050 


7 


9 13 11.15 


3.1069 


20 35 14.2 


11.067 


8 


7 22 13.66 


3.5489 


27 10 53.8 


6.118 


8 


9 15 20.88 


3.1669 


20 24 6.7 


11.177 


9 


7 24 46.37 


3.5419 


27 5 41.7 


5.988 


9 


9 17 30.13 


3.1601 


20 12 53.8 


11.901 


10 


7 27 18.66 


3.5U7 


27 10.7 


5.446 


10 


9 19 38.90 


3.1499 


20 1 36.1 


11.844 


11 


7 29 50.51 


3.5273 


26 54 48.0 


5.609 


11 


9 21 47.20 


3.1344 


19 50 13.4 


11.496 


13 


7 32 21.92 


3.5900 


26 49 6.4 


5.779 


12 


9 23 55.05 


3.1966 


19 38 45.8 


11.506 


i3 


7 34 62.89 


3.5195 


26 43 15.2 


5.033 


13 


9 26 2.42 


3.1190 


19 27 13.5 


11.585 


H 


7 37 23.40 


3.6048 


26 37 14.6 


6.080 


14 


9 28 9.33 


3.1114 


19 15 36.4 


11.663 


15 


7 39 53.43 


3.4971 


26 31 4.6 


6.944 


15 


9 30 15.78 


3.1087 


19 3 54.7 


11.787 


16 


7 42 23.01 


3.4804 


26 24 45.3 


6497 


16 


9 32 21.77 


34)961 


18 52 8.6 


11.810 ' 


17 


7 44 52.13 


3.4815 


26 18 16.6 


6.550 


17 


9 34 27.31 


34)885 


18 40 18.1 


11.885 


18 


7 47 20.79 


3.4786 


26 11 38.8 


0.703 


18 


9 36 32.41 


34)819 


18 28 23.1 


11.955 


10 


7 49 48.94 


3.4658 


26 4 52.0 


6.854 


19 


9 38 37.06 


34)789 


18 16 24.0 


194)96 


20 


7 52 16.64 


3.4580 


25 57 56.1 


74»4 


20 


9 40 41.27 


34)665 


18 4 20.7 


19.095 


21 


7 54 43.87 


3.4498 


25 50 51.5 


7.150 


21 


9 42 45.03 


34)59^2 


17 52 13.3 


1^109 


22 


7 57 10.59 


3^16 


25 43 38.1 


7.994 


22 


9 44 48.36 


34)590 


17 40 1.9 


19.396 


23 


7 59 36.83 

SU] 


3.4S36 

WAY 


Ni25 36 16.2 
14. 


7.487 


23 


9 46 51.27 
TUI 


34)449 

:SDA^ 


N.17 27 46.6 
' 16. 


13.999 





8 2 2.59 


3.4955 


NJ25 28 45.8 


7.678 





9 48 53.76 


34)879 


N.17 15 27.5 


19J54 


1 


8 4 27.86 


3.4179 


25 21 7.0 


7.718 


1 


9 50 55.84 


34)310 


17 3 4.7 


13.416 


2 


8 6 52.63 


3.408S 


25 13 19.9 


7.857 


2 


9 52 57.51 


34)941 


16 50 38.2 


19.476 


3 


8 9 16.91 


3.4004 


25 5 24.4 


7.991 


3 


9 54 58.76 


34)173 


16 38 8.0 


13.586 


4 


8 11 40.68 


3.8090 


24 57 21.0 


6.194 


4 


9 56 59.69 


3.0105 


16 25 34.3 


13.606 


5 


8 14 3.95 


9.8836 


24 49 9.6 


8.356 


5 


9 59 0.02 


3.0039 


16 12 57.2 


134)58 


6 


8 16 26.71 


3.3759 


24 40 50.3 


6.386 


6 


10 1 0.07 


1.9973 


16 16.6 


19.707 


7 


8 18 48.06 


9.3668 


24 32 23.3 


6.515 


7 


10 2 59.71 


1.9907 


15 47 32.9 


13.700 


8 


8 21 10.71 


3.3564 


24 23 48.5 


6.649 


8 


10 4 58.97 


1.9648 


15 34 46.0 


13.614 


9 


8 23 31.95 


3.3498 


24 15 6.2 


6.768 


9 


10 6 57.84 


1.9779 


15 21 56.0 


19.667 


10 


8 25 52.67 


3.W19 


24 6 16.2 


6.893 


10 


10 8 56.34 


1.9717 


15 9 2.8 


19.917 


11 


8 28 12.88 


3.3396 


23 57 19.1 


94)14 


11 


10 10 54.46 


1.9656 


14 56 6.6 


19.966 


12 


8 30 32.59 


3.3949 


23 48 14.7 


9.133 


12 


10 12 52.23 


14)695 


14 43 7.6 


1M15 


13 


8 32 51.78 


3.3158 


23 39 3.1 


9.959 


13 


10 14 40.62 


1.0584 


14 30 6.6 


184)09 


14 


8 35 10.46 


3.3074 


23 29 44.5 


9.868 


14 


10 16 46.66 


1.9474 


14 17 0.8 


18.106 


15 


8 37 28.64 


3.39U8 


23 20 19.0 


9.489 


15 


Ifi 18 43.34 


1.9416 


14 3 53.3 


18.159 


16 


8 39 46.30 


3.9909 


23 10 46.6 


9.604 


16 


10 20 30.68 


1.9866 


13 50 43.2 


18.196 


17 


8 42 3.45 


3.9818 


23 1 7.6 


9.706 


17 


10 22 35.67 


1.0803 


13 37 30.5 


18.988 


18 


8 44 20.11 


33734 


22 51 21.9 


9.817 


18 


10 24 31.32 


1.9346 


13 24 15.3 


18.978 


19 


8 46 36.25 


3.9649 


22 41 29.7 


0.995 


19 


10 26 26.64 


1.9190 


13 10 57.7 


18.816 


20 


8 48 51.88 


3.9565 


22 31 31.0 


104)98 


20 


10 28 21.62 


1.9184 


12 57 37.7 


18.866 


21 


8 51 7.01 


3.3481 


22 21 26.2 


10.189 


21 


10 30 16.27 


1.9061 


12 44 15.3 


18.897 


22 


8 53 21.64 


3.9398 


22 11 15.0 


10.386 


22 


10 32 10.61 


1«)99 


12 30 50.7 


18.485 


23 


8 55 35.78 


3.3315 


22 57.7 


10.889 


23 


10 34 4.64 


i.8on 


12 17 24.0 


18X71 


24 


8 57 49.50 


3.9939 


N.21 50 34.4 


10.439 


24 


10 35 58.35 


1.8097 


N.12 3 55.0 


18.607. 



208 



DECEMBER, 1856. 



IX. 



GREENWICH MEAN TIME. 


' THB MOON'S RIGHT ASCENSION AND DECLINATION. 


How. 


Bight AMendon. 


DUL 
telm. 


DwKMlkB. 


DUL 
forlm. 


Hour. 


Bight AMDilOB. 


am. 

forlm. 


DwKMlkB. 


IHS. 




WEDNESDAY 17. 






FRIDAY 


19- 






h. m. •. 


1. 


O 1 If 


u 




h. m. •. 


1. 


O 1 « 


tt 





10 35 58.35 


I.8W7 


N.19 3 55.0 


10.607 





19 9 39.89 


1.7409 


N. 59 99.4 


14.180 


1 


10 37 51.76 


1.88T7 


11 50 23.9 


18.64] 


1 


19 4 17.62 


1.7468 


38 11.7 


M.ie9 


9 


10 39 44.88 


1.8817 


11 36 50.8 


10.073 


9 


12 6 9.37 


1.7460 


94 1.9 


14.178 


3 


10 41 37.70 


IJBm 


11 93 15.8 


10.000 


3 


19 7 47.06 


1.7440 


N. 9 51,1 


14.178 


4 


10 ^3 30.23 


IJB19 


11 9 38.9 


10.000 


4 


19 9 31.71 


1.74S7 


S. 4 1B.7 


14.107 


6 


10 45 22.47 


ijum 


10 56 0.1 


lOJOO 


5 


19 11 i6.31 


1.7499 


18 98.1 


14.100 


6 


10 47 14.44 


1.86S7 


10 49 19.5 


10.090 


6 


19 13 0.88 


1.7498 


39 37.9 


14.100 


7 


10 49 6.14 


i.8aoi 


10 98 37.2 


I8.790 


7 


12 14 45.49 


1.7417 


46 46.8 


14.140 


8 


10 50 57.57 


1.8645 


10 14 53.3 


18.701 


8 


19 16 29.93 


1.7418 


1 63.9 


14.100 


9 


10 52 48.72 


1.8003 


10 1 7.8 


18.778 


9 


12 18 14.41 


1.7411 


1 15 1.6 


14.199 


10 


10 54 39.62 


13400 


9 47 20.7 


10.804 


10 


19 19 58.88 


1.7409 


1 99 8.7 


14.119 


11 


10 56 30.27 


1.8418 


9 33 32.1 


10.838 


11 


19 91 43.34 


1.7406 


1 43 15.9 


14.M9 


12 


10 58 20.66 


1.8S78 


9 19 42.0 


10.809 


19 


19 93 97.80 


1.7406 


1 67 91.0 


14.090 


13 


11 10.81 


1.8S88 


9 5 50.5 


10.874 


13 


19 95 19.96 


1.7408 


9 11 96.9 


14*000 


14 


11 2 0.73 


1.8908 


8 51 57.7 


18.896 


14 


19 96 56.79 


1.7408 


9 96 80.7 


14J070 


15 


11 3 50.41 


l.»J0O 


8 38 3.6 


10.917 


15 


19 28 41.18 


1.7400 


9 39 34.3 


14.000 


16 


11 5 39.86 


ism 


8 24 8.3 


10.938 


16 


12 30 95.65 


1.7419 


9 63 37.1 


14447 


17 


11 7 29.10 


1.8188 


8 10 11.8 


10.960 


17 


19 39 10.14 


1.7416 


3 7 39.3 


14.000 


18 


11 9 18.11 


1.8IM 


7 56 14.0 


io.9n 


18 


19 33 64.64 


1.7418 


3 91 40.7 


14419 


19 


11 11 6.91 


1.8116 


7 42 15.2 


10.094 


19 


19 35 39.17 


1*7493 


3 35 41.1 


14404 


20 


11 12 55.51 


i^rm 


7 23 15.4 


14.010 


90 


12 37 93.74 


1.7498 


3 49 40.6 


104B0 


21 


11 14 43.89 


1.8048 


7 14 14.6 


14490 


91 


19 39 8.34 


1*7404 


4 3 30.9 


10479 1 


22 


11 16 32.11 


1^16 


7 12.8 


144M0 


99 


19 40 69.98 


1*7449 


4 17 36.7 


10406 


23 


11 18 90.12 
THD 


i.79e> 
HSDA 


N. 6 46 10.1 
Y 18. 


14*060 


93 


19 49 37.67 
SAT 


1*7461 

URDA 


S. 4 31 33.1 
Y 20. 


18407 





11 90 7.99 


1.1VM 


N. 6 39 6.7 


lum 





19 44 99.43 


1.7400 


S. 4 46 98.6 


njio 


1 


11 21 55.57 


1.7933 


6 18 9.5 


14404 


1 


19 46 7.93 


1.7470 


4 59 99.7 


18400 1 


3 


11 23 43.03 


1.7808 


6 3 57.4 


UjOOO 


9 


19 47 69.09 


1.7479 


6 13 15.8 


10400 


3 


11 25 30.32 


1.7806 


5 49 51.6 


14.108 


3 


12 49 37.00 


1.7400 


6 97 7.6 


11480 , 


4 


11 27 17.44 


1.78M 


5 35 45.9 


14.119 


4 


12 61 91.98 


1.7600 


6 40 68.3 


ujm 


5 


11 20 4.39 


1.7813 


5 91 38.1 


14.190 


6 


19 53 7.04 


1.7614 


5 54 47.6 


11417 ■ 


6 


11 30 51.20 


1.7787 


5 7 30.5 


14.137 


6 


19 54 59.17 


1.7639 


6 8 35.6 


11.790 ! 


7 


11 32 37.86 


1.7703 


4 63 22.3 


14.140 


7 


19 66 37.40 


1.7644 


6 99 99.3 


11.779 


8 


11 34 94.37 


1.7718 


4 39 13.6 


14.160 


8 


19 68 99.71 


1.7669 


6 86 7.5 


11.740 1 


9 


U 36 10.73 


1.7714 


4 25 4.5 


14.109 


9 


13 8.19 


1.7074 


6 49 51.3 


11.790 


10 


11 37 56.96 


uimi 


4 10 54.9 


14.108 


10 


13 1 53.62 


1.7600 


7 3 33.7 


11*700 , 


11 


11 39 43.06 


I.78W 


3 60 45.1 


14.170 


11 


13 3 39.99 


1*7007 


7 17 14.6 


10474 


12 


11 41 99.04 


1.7f69 


3 42 34.9 


14.178 


19 


IS 94.93 


1*7096 


7 30 63.9 


11440 , 


13 


11 43 14.90 


1.7»9 


3 98 94.5 


14.189 


13 


13 7 10.76 


1*7040 


7 44 31.6 


10491 ' 


14 


11 45 0.64 


1.7flS 


3 14 13.8 


14.180 


14 


13 8 66.70 


1*7080 


7 68 7.7 


11400 , 


15 


11 46 46.97 


1.7080 


3 9.9 


14.100 


16 


13 10 49.75 


1*7089 


8 11 49.0 


10404 1 


16 


11 48 31.80 


1.7078 


9 45 61.9 


14.191 


10 


13 19 98.92 


1*7701 


8 96 14.6 


11400 


17 


11 50 17.99 


1.7001 


9 31 40.7 


14.194 


17 


13 14 15.22 


1.7796 


8 38 46.5 


11400 ' 


18 


11 59 9.55 


1.7046 


9 17 99.3 


14.100 


18 


13 16 1.66 


1*7748 


8 69 U.t 


11470 ' 


19 


11 53 47.79 


1.7001 


9 3 18.0 


14.100 


10 


13 17 48.23 


1*7779 


9 6 41.8 


11444 


90 


11 65 39.95 


1.7010 


1 49 6.7 


14.194 


90 


13 19 34.95 


1*7796 


9 19 7.9 


11411 


21 


11 57 18.03 


1.7001 


1 34 66.4 


14.199 


91 


13 21 91.81 


1*7091 


39 30.7 


11480 i 


99 


11 59 3.03 


1.7403 


1 90 44.3 


14.190 


99 


13 93 8.82 


1.7048 


9 45 69.3 


11447 , 


93 


19 47.06 


1.7480 


1 6 33.9 


14.100 


93 


13 94 55.99 


1.7876 


9 59 11.7 


11411 1 


u 


19 9 39.82 


1.7080 


N. 69 99.4 


14.106 


94 


13 96 43.39 


1*7909 


S.IO 19 99.9 



X. 



DECEMBER, 1856. 



209 









GREENWICH MEAN TIME. 






1 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hoor. 




DMt 
fbrlm. 




Dlff. 
forlm. 


floor. 


Bight AMmdon. 


forlm. 


DMliBAtlOll. 


Dlff. 
fbrlm. 




SU] 


TOAY 


21. 






TUESDAY 23. 






h. m. ■. 


■. 


O 1 u 


N 




h. m. ■. 


•• 


O 1 M 


» 





13 96 43.39 


L7909 


S.IO 19 99.9 


13.978 





14 57 3.75 


1JW9;S.19 64 98.9 


10440 


1 


13 98 30.81 


1.7M9 


10 95 44.5 


is.9a 


1 


14 59 3.78 


94084 


20 5 4.8 


10463 


9 


13 30 18.47 


1.7966 


10 38 57.6 


13.907 


9 


15 1 4.16 


94088 


20 15 35.9 


10484 


3 


13 39 6.30 


1.7066 


10 59 8.7 


13.170 


3 


15 3 4.89 


94149 


20 26 2.2 


10404 


4 


13 33 54.31 


1.8018 


11 5 17.5 


18.139 


4 


15 5 5.96 


94908 


20 36 23.7 


10499 


6 


13 35 49.51 


iMa 


11 18 94.0 


13404 


5 


15 7 7.38 


94964 


20 46 40.3 


10.988 


6 


13 37 30.89 


ism 


11 31 98.1 


13466 


6 


15 9 9.14 


94399 


20 56 51.7 


10.164 


7 


13 30 10.46 


1.8111 


11 44 99.9 


13416 


7 


15 11 11.95 


9.0881 


21 6 58.1 


10409 


8 


13 41 8.93 


1.8144 


11 57 99.3 


19476 


8 


15 13 13.79 


94441 


21 16 59.5 


0488 





13 49 57.10 


1.8176 


19 10 96.9 


1S4S4 


9 


15 15 16.56 


94609 


91 26 55.6 


9496 


10 


13 44 46.36 


1.8S11 


19 93 90.6 


19499 


10 


15 17 19.75 


94669 


21 36 46.4 


9408 


11 


13 46 35.74 


1.8946 


19 36 19.5 


19449 


11 


15 19 93.30 


94699 


21 46 32.0 


9.790 


19 


13 48 95.39 


1.8981 


19 49 1.8 


19406 


12 


15 21 27.21 


94689 


91 56 12.3 


9430 


13 


13 50 15.19 


1.8117 


13 1 48.4 


19.760 


13 


15 23 31.48 


94749 


22 5 47.1 


9438 


U 


13 59 5.13 


1.8S68 


13 14 32.3 


19.714 


14 


15 25 36.12 


94603 


22 15 16.3 


9.446 


15 


13 53 55.37 


1.8S80 


13 97 13.6 


19467 


15 


15 27 41.13 


94864 


22 24 40.0 


9461 


16 


13 55 45.83 


14498 


13 39 51.8 


19490 


16 


15 29 46.50 


94996 


22 33 58.0 


9.967 


17 


13 57 36.59 


1.8468 


13 59 97.9 


19473 


17 


15 31 52.24 


94966 


22 43 10.2 


9.161 


18 


13 59 97.46 


1.8606 


14 5 0.0 


19496 


18 


15 33 58.36 


9.1049 


22 52 16.6 


9464 


19 


14 1 18.64 


14648 


14 17 99.7 


19.476 


19 


15 36 4.84 


9.1111 


23 1 17.2 


8-966 


20 


14 3 10.07 


14860 


14 99 56.4 


19*496 


20 


15 38 11.69 


9.1174 


23 10 11.9 


8466 


21 


14 5 1.74 


14630 


14 49 90.1 


19476 


21 


15 40 18.92 


9.1986 


93 19 0.4 


8-764 


29 


14 6 53.66 


14678 


14 54 40.8 


19493 


22 


15 49 26.52 


9.1996 


23 27 42.9 


8469 


93 


14 8 45.84 
MO 


14716 

NDAY 


S.15 6 58.3 
22. 


13.969 


23 


15 44 34.49 
WEDI 


9.1360 

^ESDi 


S.23 36 19.2 
\Y 24. 


8460 





14 10 38.97 


1J760 


S.15 19 19.4 


19.916 





15 46 49.89 


9.1491 


S.23 44 49.3 


8466 


1 


14 19 30.96 


14608 


15 31 23.4 


19.160 


1 


15 48 51.53 


9.1489 


23 53 13.3 


8460 


9 


14 14 93.93 


14648 


15 43 31.1 


19.104 


2 


15 51 0.60 


9.1646 


24 1 30.8 


8.9U 


3 


14 16 17.16 


146B6 


15 55 35.3 


19.048 


3 


15 53 10.06 


9.1607 


24 42.0 


8.186 


4 


14 18 10.68 


14041 


16 7 36.1 


11491 


4 


15 55 19.88 


9.1668 


24 17 46.5 


8496 


5 


14 90 4.48 


14097 


16 19 33.5 


11489 


5 


15 57 30.08 


9.1789 


24 25 44.5 


7416 


6 


14 91 58.55 


14034 


16 31 97.4 


11474 


6 


15 59 40.66 


9.1794 


24 33 35.8 


7403 


7 


14 23 52.90 


14089 


16 43 17.8 


11414 


7 


16 1 51.60 


9.1866 


24 41 20.4 


7490 


8 


14 25 47.54 


14130 


16 55 4.5 


11.763 


8 


16 4 2.92 


9.1916 


24 48 57.9 


7476 


9 


14 27 42.47 


14180 


17 6 47.5 


11.690 


9 


16 6 14.60 


9.1960 


24 56 28.8 


7.461 


10 


14 29 37.71 


14330 


17 18 96.7 


11497 


10 


16 8 26.66 


9.9040 


25 3 52.8 


7446 


11 


14 31 33.24 


14960 


17 30 9.1 


11464 


11 


16 10 39.07 


9.9100 


25 11 9.9 


7499 


19 


14 33 29.07 


1.9830 


17 41 33.8 


11.409 


12 


16 19 51.84 


9.9161 


25 18 19.9 


7*111 


13 


14 35 95.21 


1.9881 


17 53 1.4 


11.433 


13 


16 15 4.99 


94999 


25 25 22.7 


6491 


U 


14 37 21.65 


14439 


18 4 25.0 


11466 


14 


16 17 18.49 


94989 


25 32 18.2 


6470 


15 


14 39 18.40 


14484 


18 15 44.6 


11.996 


15 


16 19 32.36 


94849 


25 39 6.5 


6.747 


16 


14 41 15.48 


1.9636 


18 27 0.1 


11.999 


16 


16 21 46.59 


9*9409 


25 45 47.3 


6498 


17 


14 43 12.86 


14669 


18 38 11.4 


11.169 


17 


16 24 1.18 


9.9461 


25 52 20.8 


6.496 


18 


14 45 10.56 


1.9643 


18 49 18.6 


11468 


18 


16 26 16.11 


9.9619 


25 58 46.8 


6473 


19 


14 47 8.60 


14696 


19 21.5 


11416 


19 


16 28 31.39 


9-9677 


26 5 5.2 


6.947 


20 


14 49 6.96 


14766 


19 11 20.0 


10.049 


20 


16 30 47.02 


9-9686 


26 11 15.9 


6.119 


21 


14 51 5.67 


1.9619 


19 22 14.0 


10467 


21 


16 33 3.02 


9.9696 


96 17 19.0 


6.990 


99 


14 53 4.71 


14866 


19 33 3.5 


10.799 


22 


16 35 19.35 


9.9769 


26 23 14.2 


6460 


93 


14 55 4.08 


1.9996 


19 43 48.5 


10.716 


98 


16 37 36.03 


9.9606 


26 29 1.7 


6.730 


94 


14 57 3.75 


1.9979 


S.19 54 28.9 


10.640 


24 


16 39 53.03 


9-9864 


S.26 34 41.4 


6408 



27 



210 



DECEMBER, 1856. 



XI. 



GREENWICH MEAN TIME. 




THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




Hour. 


Right AMMDskm. 


Diff. 
for 1 m. 




Plff. 
for 1 m. 


Hour. 


Right AMendon. 


DIff. 
forlm. 




Dur. 

forlm. 




THURSDAY 25. 






SATURDAY 27. 






h. m. B. 


•• 


O 1 n 


H 




h. m. 8. 


8. 


O 1 N 


« 





16 39 53.03 


9.9M4 


S.26 34 41.4 


5J08 





18 34 30.36 


9.4489 


S.28 13 12.7 


1.701 


1 


16 42 10.37 


9.3019 


26 40 13,8 


5Mi 


1 


18 36 57.80 


S.4494 


28 11 22.0 


1.036 


2 


16 44 28.04 


9.3974 


26 45 37,1 


6.399 


2 


18 30 24.27 


9.4499 


28 9 21.5 


94)01 


3 


16 46 46.04 


9.3098 


26 50 52.8 


6.193 


3 


18 41 51.27 


9.4603 


28 7 11.1 


9.956 


4 


16 49 4.36 


9.306a 


26 56 0.4 


bjm 


4 


18 44 18.29 


9.4604 


28 4 50.9 


9499 


5 


16 51 23.00 


9.318A 


27 59.7 


4.918 


5 


18 46 45.80 


9.4608 


28 2 20.6 


9.588 


6 


16 53 41.95 


9.3188 


27 5 50.6 


4.779 


6 


18 49 12.80 


9.4609 


97 59 40.4 


9.754 


7 


16 56 1.21 


9.3386 


27 10 33.2 


4.639 


7 


18 51 30.30 


9.4600 


27 56 50,3 


9J)19 


8 


16 58 20.78 


9.3386 


27 15 7.4 


4.409 


8 


18 54 6.25 


9.4496 


27 53 50.2 


tM4 


9 


17 40.65 


9.3340 


27 19 33.2 


4.356 


9 


18 56 33.20 


94490 


27 5a 40.8 


3.940 


10 


17 3 0.83 


9.8380 


27 23 50.4 


4.316 


10 


18 59 0.10 


94489 


27 47 20.5 


84U 


11 


17 5 21.30 


9.3437 


27 27 69.0 


44n9 


11 


19 1 26.96 


94474 


27 43 50.9 


3.f70 


12 


17 7 42.05 


9.3485 


27 31 58.9 


8>77 


12 


19 3 53.79 


94465 


27 40 11.2 


3.744 


13 


17 10 3.08 


941531 


27 35 50.1 


8.780 


13 


19 6 20.54 


94456 


27 36 21.7 


3,908 


14 


17 12 24.39 


94)578 


27 39 32.5 


3.633 


14 


19 8 47.23 




27 32 22.3 


4.679 


15 


17 14 45.98 


9.3828 


27 43 6.1 


3.466 


15 


19 11 13.86 


94439 


27 28 13.1 


4,936 


16 


17 17 7.84 


9.3667 


27 46 31.0 


3.837 


16 


19 13 40.40 


94418 


27 23 54.2 


4.308 


17 


17 19 29.96 


9.3711 


27 49 46.8 


3.188 


17 


19 16 6.85 


94409 


27 19 25.4 


4.5C9 


18 


17 21 52.34 


9.3755 


27 52 53.7 


34»6 


18 


19 18 33.20 


94386 


27 14 46.8 


4.796 


19 


17 24 14.97 


9.3798 


27 55 51.5 


9.887 


19 


19 20 59.44 


94368 


27 9 58.4 


4,889 


20 


17 26 37.85 


9.3838 


27 58 40.2 


9.735 


20 


19 23 25.58 


94368 


27 5 0.4 


6M0 


21 


17 29 0.97 


9.88n 


28 1 19.7 


9.589 


21 


19 25 51.60 


94399 


26 59 52.6 


6.910 


22 


17 31 24.33 


9.3014 


28 3 50.1 


9.499 


22 


19 28 17.50 


94308 


26 54 35.2 


6,370 


23 


17 33 47.91 
FB 


9.3980 

.IDAY 


S.28 6 11.2 
26. 


9.975 


23 


19 30 43.27 

SU] 


94987 

WAY 


S.26 49 8.3 
28. 


6.630 





17 36 11.70 


9.3966 


S.28 8 23.1 


9.191 





19 33 8.92 


9.4965 


S.26 43 31,8 


bjm 


1 


17 38 35.71 


9.4031 


28 10 25.7 


1.966 


1 


19 35 34.43 


9.4949 


26 37 45.7 


6,848 


2 


17 40 59.92 


9.4055 


28 12 19.0 


1.811 


2 


19 37 59.79 


9.4915 


26 31 50,2 


6,607 


3 


17 43 24.34 


9.4087 


28 14 2.9 


1.654 


3 


19 40 24.99 


9.4188 


26 25 45.0 


6.166 


4 


17 45 48.94 


9.1I1S 


28 15 37.3 


1.496 


4 


19 42 50.03 


9.4161 


26 19 30.5 


6A99 


5 


17 48 13.73 


9.4148 


28 17 2.3 


1J37 


5 


19 45 14.91 


9.4134 


26 13 6.5 


6,477 


6 


17 50 38.70 


9.4178 


28 18 17.6 


1.177 


6 


19 47 39.65 


9.4107 


26 6 33.3 


6,689 


7 


17 53 3.84 


9.4907 


28 19 23.4 


1.017 


7 


19 50 4.20 


9.4077 


25 59 50.7 


6,787 


8 


17 55 29.15 


9.4934 


28 20 19.7 


0.857 


8 


19 52 28.56 


9.4047 


25 52 58.9 


6,049 


9 


17 57 54.62 


9.4960 


28 21 6.2 


0.696 


9 


19 54 52.73 


9.4017 


25 45 57,9 


7.006 


10 


18 20.24 


9.4984 


28 21 43.2 


0.534 


10 


19 57 16.70 


9.3985 


25 38 47.6 


7310 


11 


18 2 46.00 


9.4308 


28 22 10.4 


0.379 


11 


19 59 40.48 


9.3951 


25 31 28.2 


7401 


12 


18 5 11.90 


9.4330 


28 22 27.9 


^0.046 
' 0.117 


12 


20 2 4.07 


9.3916 


25 23 59.7 


7,669 


13 


18 7 37.93 


9.4350 


28 22 35.6 


13 


20 4 27.46 


9.3881 


25 16 22.2 


7.709 


14 


18 10 4.07 


9.4366 


28 22 33.6 


14 


20 6 50.63 


9.3845 


25 8 35.7 


7.861 


15 


18 12 30.32 


9.4387 


28 22 91.7 


0.979 


15 


20 9 13.58 


9.3810 


25 40.2 


BMO 


16 


18 14 56.68 


9.4404 


28 22 0.2 


0.443 


16 


20 11 36.32 


94074 


24 52 35.9 


8.147 


17 


18 i; 23.14 


9.4491 


. 28 21 28.8 


0.605 


17 


20 13 58.84 


94r786 


24 44 22,7 


8.904 


18 


18 19 49.68 


9.4436 


28 20 J17.6 


0.765 


18 


20 16 21.14 


9.3608 


24 36 0.7 


8440 


19 


18 22 16.30 


9.4448 


28 19 56.6 


0.9S4 


19 


20 18 43.21 


9.3660 


24 27 30.1 


B.586 


20 


18 24 43.00 


9.4459 


28 18 55.7 


14)99 


20 


20 21 5.04 


9.3693 


24 18 50.8 


6.798 


21 


18 27 9.77 


9.4468 


28 17 44.8 


1-964 


21 


20 23 26.66 


9.3584 


24 10 3.0 


8.889 


22 


18 29 36.59 


9.4477 


28 16 24.1 


M» 


22 


20 25 48.02 


9.3544 


24 1 6.7 


M\0 


23 


18 32 3.46 


9.4483 


28 14 53.4 


1.606 


23 


20 28 9.13 


9,3503 


23 52 2.0 


0.150 


24 


18 34 30.36 


9.4489 


S.28 13 12.7 


1.761 


24 


20 30 29.99 


9.3460 


S.23 42 48.8 


0.980 



XII. 



DECEMBER, 1856. 



211 









GREENWICH 


MEAN TIME. 










THE MOON'S RIGHT 


ASCENSION AND DECLINATION. 




! 

Hoar. 


Va^AMnOoa. 


MIL 
forlm. 




VOL 
forlm. 


Hour. 


KlghtAKwrfoii. 


Diff. 
for 1 m. 


DeoUiiatton. 


DIff. 
forlm. 




MO 


NDAY 


29. 






WEDNESDAY 31. 






h. m. ■. 


•. 


O 1 N 


N 




h. m. 0. 


1. 


O 1 u 


• 





20 30 39.99 


3.3460 


S.23 43 48.8 


9.289 





22 18 3.24 


2.1406 


S.13 59 33.6 


14.690 


1 


20 33 50.63 


2.3417 


23 33 37.3 


9.427 


1 


23 20 11.58 


3.1870 


13 45 0.5 


14.606 


3 


30 35 10.98 


2.3374 


23 83 57.5 


9.664 


3 


22 22 19.71 


3.1336 


13 30 33.7 


14.679 


3 


30 37 31.09 


2.3334 


83 14 19.5 


9.699 


3 


22 24 27.64 


3.1302 


13 15 40.5 


14.746 


4 


30 39 50.94 


2.3286 


83 4 33.6 


9.834 


4 


23 26 35.36 


3.1268 


13 53.9 


14.818 


5 


30 43 10.54 


2.8M4 


32 54 39.5 


9.968 


5 


22 28 42.88 


3.1286 


18 46 3.1 


14.880 


6 


80 44 39.87 


2.3200 


32 44 37.4 


10.101 


6 


22 30 50.31 


2.1204 


13 31 8.1 


14.980 


7 


30 46 48.94 


2.3167 


32 34 37.4 


10.233 


7 


33 32 57.35 


3.1172 


18 10 9.0 


164W7 


8 


SO 49 7.74 


2.3114 


32 24 9.5 


10.3&t 


8 


33 35 4.30 


9.1140 


13 1 5.8 


164)98 


9 


20 51 26.30 


2.3071 


22 13 43.9 


10.493 


9 


33 37 11.05 


9.1110 


11 45 58.6 


16.166 


10 


80 53 44.58 


2.8028 


22 3 10.6 


10.620 


10 


33 39 17.63 


9.1080 


11 30 47.6 


16.992 


11 


30 56 3.59 


2.2987 


21 52 29.6 


10.747 


n 


83 41 34.03 


9.1060 


11 15 33.8 


16.286 


13 


30 58 30.33 


2.2886 


21 41 41.0 


10.873 


13 


83 43 30.34 


9.1022 


11 14.3 


16.847 


13 


31 37.80 


2.2801 


21 30 45.0 


10.997 


13 


82 45 36.30 


94)994 


10 44 51.8 


16.407 


14 


81 3 55.00 


2.2846 


21 19 41.5 


11.120 


14 


33 47 42.20 


94»66 


10 89 36.0 


16.466 


15 


31 5 11.94 


2.2801 


81 8 30.8 


11.242 


15 


33 49 47.93 


94041 


10 13 56.7 


16.698 


16 


31 7 28.61 


2.2706 


80 57 12.8 


11.362 


16 


22 51 53.51 


94)916 


9 58 34.1 


16.679 


17 


31 45.00 


2.2710 


20 45 47.6 


11.481 


17 


33 53 58.94 


941891 


9 43 48.1 


16.634 


18 


31 13 1.13 


2.2664 


20 34 15.2 


11.609 


18 


83 56 4.31 


94)867 


9 37 8.6 


16.687 


19 


31 14 16.96 


2.2618 


20 22 35.7 


11.716 


19 


82 58 9.36 


94)843 


9 11 36.3 


16.789 


20 


•31 16 33.53 


2.2S78 


20 10 49.3 


11.832 


20 


23 14.37 


941620 


8 65 40.7 


16.790 


31 


81 18 47.84 


2.2ft29 


19 58 55.9 


11.946 


21 


23 3 19.23 


941796 


8 39 53.3 


16.840 


33 


81 81 8.88 


2.2484 


19 46 55.9 


12.060 


22 


23 4 23.97 


94m6 


8 34 0.7 


16.888 


33 


81 33 17.64 


2.2430 


S.19 34 49.2 


12.171 


33 


23 6 28.59 


94n6e 


S. 8 8 6 3 


16.986 




TUl 


SSDAl 


r 30. 






THURSDA 


Y, JA 


N. 1, 1857. 





1 


31 35 33.14 
31 87 46.37 


948M 


s.19 83 35.7 
19 10 15.8 


12.279 


o\ 


33 8 33.101 


9.07381 


S. 7 53 9.3| 


16.983 


9.2849 


12.388 













3 


81 30 0.33 


3.2804 


18 57 49.6 


1^496 












3 


31 33 14.03 


9.2259 


18 45 17.0 


12.602 












4 


31 34 37.45 


2.2214 


18 33 38.1 


12.706 












5 


81 36 40.61 


2.2171 


18 19 53.9 


12.910 












6 


81 38 53.53 


3.2128 


18 7 1.6 


12.912 




PHASES i 


3F TI 


IE MOON. 




7 


31 41 6.16 


2.2084 


17 54 4.3 


134)12 












8 
9 


31 43 18.55 
81 45 30.68 


3.9043 
3.2000 


17 41 0.8 
17 87 51.4 


18.119 
18.210 






















10 


81 47 43.55 


9.10I6 


17 14 36.1 


18.807 








Pay. h. m. 




11 


31 49 54.17 


2.1914 


17 1 15.1 


18.403 




3) First Qua 


Iter, 


4 15 36. 


5 


13 


31 53 5.53 


3.1872 


16 47 48.3 


18.497 




O Fall Moo 


n, . 


. 11 8 13. 


6 


13 


31 54 16.64 


2.1880 


16 34 16.0 


18.689 




C Last Quai 


ter,. 


. 18 18 43. 


9 


14 


81 56 87.51 


3.1791 


16 20 38.3 


18.681 




New Moo 


n, . 


. 86 80 45. 


3 


15 
16 


31 58 38.13 
33 48.51 


3.1748 
2.1709 


16 6 54.8 
15 53 6.3 


18.771 
18.860 






















17 


33 8 58.65 


3.1671 


15 39 13.7 


18.048 








. . ^i' 83! 




18 


83 5 8.58 


3.1682 


15 35 13.1 


14484 




a Perigee, 


, , 


1 


19 


83 7 18.35 


3.1S04 


15 11 8.8 


14.118 




C Apogee, 


• . 


. . 80 17. 


7 


30 


33 9 37.70 


3.1666 


14 56 59.5 


14.901 












31 


33 11 36.93 


3.1617 


14 43 45.3 


14.283 












S3 


83 13 45.93 


8.1480 


14 38 86.1 


14.364 












33 


33 15 54.69 


3.1443 


14 14 8.3 


14.443 












34 


33 18 3.34 


3.1406 


S.13 59 33.6 


14.620 










______ 



212 



DECEMBER, 1856. 



XIII. 







GREENMTICH MEAN 


TIME. 






n 


LUNAR DISTANCES. 1 


b 


Star's NuM 




P.L. 




P.L. 




P.L. 




P.L. 


Md 




Noon. 


of 


!». 


of 


VP». 


or 


IXJ^ 


of 


Podtton. 






I>ifL 




IMff. 




Dift 




Dlff. 






O 1 II 




O 1 II 




O 1 II 




O 1 « 




1 


Sun 


W. 


44 55 36 


mm 


46 25 16 


8018 


47 55 3 


8000 


49 25 6 


9007 




Fomalhaut 


W. 


39 50 34 


nam 


38 24 57 


8900 


36 59 50 


8800 


35 35 47 


8340 




a Pegasi 


E. 


61 20 55 


was 


59 52 6 


8073 


58 23 24 


8070 


56 64 49 


8006 




Jupiter 


E. 


65 4 13 


906t 


63 26 43 


9666 


61 49 2 


9046 


60 11 7 


ion 




a Arietis 


E. 


lOS 4 29 


90DB 


100 27 48 


9680 


98 50 54 


9081 


97 13 48 


1879 


9 


SuH 


W. 


56 58 36 


9MS 


58 29 58 


9096 


60 1 33 


9094 


6! 33 91 


9018 




Venus 


W. 


22 59 1 


ao«9 


24 28 13 


8084 


25 57 44 


8010 


27 27 33 


8086 




aPegasi 


E. 


49 34 59 


tli5 


48 7 66 


8176 


46 41 18 


8901 


46 16 10 


8998 




Jupiter 


E. 


51 58 36 


9W4 


50 19 33 


9665 


48 40 16 


9074 


47 45 


1601 




a Arietis 


E. 


89 5 11 


9096 


87 26 50 


9016 


85 48 16 


9007 


84 30 


loor 


3 


Svn 


W. 


69 15 47 


9800 


70 48 57 


0848 


72 22 22 


9887 


73 66 9 


man 




Yenos 


W. 


35 52 


9M0 


36 32 20 


9097 


38 4 4 


9016 


39 36 4 


9008 




Mars 


W. 


23 55 65 


9814 


25 30 5 


9708 


27 4 36 


9709 


28 39 28 


9708 




Jupiter 


E. 


38 39 48 


SftlO 


36 68 58 


9600 


35 17 53 


9100 


33 36 34 


9188 




a Arietis 


E. 


75 52 28 


9561 


74 12 26 


9641 


72 32 10 


9533 


70 5! 42 


1898 




Aldebaran 


E. 


106 28 43 


9079 


104 49 9 


9561 


103 9 20 


9649 


101 29 16 


1680 


4 


Sow 


W. 


81 47 53 


9TI1 


83 22 59 


9700 


84 58 20 


9748 


86 33 66 


9718 




Venus 


W. 


47 19 55 


9Sa 


48 53 98 


98S1 


60 27 16 


9618 


62 1 20 


9807 




Mars 


W. 


36 38 20 


9701 


38 14 59 


9880 


39 51 54 


9076 


4! 29 7 


900 




a Arietis 


E. 


62 26 12 


9480 


60 44 30 


9470 


69 2 35 


9404 


67 20 29 


1464 




Aldebarao 


E. 


93 5 9 


9186 


91 23 35 


9176 


89 41 46 


9106 


87 69 43 


1484 


5 


Sun 


W. 


94 35 35 


9089 


96 12 39 


9879 


97 49 67 


9000 


99 27 30 


1860 




Venus 


W. 


59 55 32 


9747 


61 31 9 


37M 


63 7 1 


9796 


64 43 8 


9713 




a Aquiln 


W. 


55 59 44 


lOiO 


57 17 24 


8668 


58 36 U 


8639 


69 66 


8179 




Mars 


W. 


49 39 15 


9004 


51 18 5 


9693 


52 57 11 


9669 


64 36 31 


1070 




a Arietis 


E. 


48 47 13 


9410 


47 4 5 


9411 


45 20 49 


9107 


43 37 94 


1400 




Aldebarao 


E. 


79 25 54 


9106 


77 42 26 


9896 


75 58 44 


9887 


74 14 60 


»7i 


6 


Sun 


W. 


107 38 49 


9B00 


109 17 46 


9568 


110 66 57 


9870 


119 36 9! 


IfM 




Venus 


W. 


72 47 30 


9098 


74 25 6 


9048 


76 2 66 


9888 


77 41 


1600 




a Aquiln 


W. 


66 48 40 


0966 


68 13 33 


8980 


69 39 7 


8108 


71 6 18 


31« 




Mars 


W. 


62 57 4 


9616 


64 37 56 


9606 


66 19 2 


9404 


68 93 


MOO 




Fomalhaut 


W. 


35 51 44 


9018 


37 23 46 


985S 


38 57 5 


9700 


40 31 34 


9701 




Aldebarao 


E. 


65 32 13 


9n7 


63 47 7 


98S0 


62 I 51 


98« 


60 16 96 


ion 




Saturn 


E. 


100 27 43 


9901 


98 40 49 


9963 


96 53 41 


9944 


95 6 19 


MM 


7 


Sun 


W. 


120 56 21 


9090 


122 36 54 


9631 


194 17 38 


1614 


195 68 32 


MV 




Venus 


W. 


85 54 29 


9681 


87 33 50 


9074 


89 IS 21 


9600 


90 53 3 


1680 




a Aquiln 


W. 


78 24 12 


0064 


79 63 18 


8000 


81 22 46 


8099 


89 69 32 


8001 




Mars 


w. 


76 30 15 


9441 


78 12 51 


9183 


79 56 38 


M90 


81 38 36 


1419 




Fomalhaut 


w. 


48 38 5 


9679 


50 17 39 


9644 


61 57 51 


9690 


63 38 37 


1609 




Jupiter 


w. 


17 5 48 


9907 


18 54 5 


9100 


20 42 34 


9101 


22 31 15 


91S8 




Aldebarao 


E. 


51 27 23 


9900 


49 41 18 


9906 


47 55 11 


9tt4 


46 3 


9»4 




Saturn 


E. 


86 6 13 


9104 


84 17 36 


9186 


82 28 48 


9180 


80 30 60 


9ni 




PoUttX 


E. 


94 35 54 


9104 


92 47 18 


9187 


90 58 31 


9180 


89 33 


9119 


8 


Venus 


W. 


99 13 51 


9097 


100.54 26 


969S 


109 35 7 


1190 


104 15 53 


16M 




Mars 


W. 


90 15 48 


9M0 


91 59 39 


9861 


93 43 36 


1380 


95 27 39 


MT 




Fomalhaut 


W. 


62 9 24 


9419 


63 52 41 


MOO 


65 36 16 


9388 


67 90 8 


»7i 




a Pegasi 


W. 


42 39 37 


9860 


44 13 


9001 


45 47 27 


9766 


47 99 53 


«1T 




Jupiter 


W. 


31 36 49 


9160 


33 26 20 


9164 


35 15 67 


9130 


37 6 40 


1147 1 



XIV. 



DECEMBER, 1856. 



213 



GREENWICH MEAN TIME. 


LUNAR DISTANCES. 


1 


8tar*iKaiiM 




P.L. 




P.L. 




P.L. 




P.L. 


and 
PoaitloiL 




Midnight. 


of 
Dlff. 


XVh. 


of 
Dlff. 


xvinb. 


of 
IMff. 


XXIh. 


or 

Diff. 


Son 


W. 


O 1 H 

50 55 23 


9987 


O 1 u 

53 35 51 


9877 


o f u 

53 56 33 


3066 


O 1 M 

55 37 88 


3006 




Fomalhant 


W. 


34 13 39 


S401 


33 50 14 


8406 


31 39 13 


8649 


30 9 34 


8094 




a Pegasi 


E. 


55 26 33 


S097 


53 58 


8108 


53 30 9 


8191 


51 3 35 


8186 




Jupiter 


E. 


58 33 3 


9698 


56 54 45 


9618 


*55 16 15 


9607 


53 37 30 


3601 




a Arietis 


E. 


95 36 30 


9809 


93 58 59 


9668 


93 31 16 


9648 


90 43 30 


3684 


3 


Sun 


W. 


63 5 34 


9008 


64 37 38 


9809 


66 10 7 


9881 


67 43 50 


3870 




Venus 


W. 


38 57 40 


9981 


30 38 4 


9078 


31 58 44 


9006 


33 39 40 


3068 




a Pegasi 


E. 


43 49 35 


8961 


43 34 38 


8800 


41 36 


8848 


39 37 4 


8801 




Jupiter 


E. 


45 31 


SS83 


43 41 1 


3B4A 


43 50 


9686 


40 30 87 


3696 




a Arietis 


E. 


83 30 31 


9088 


80 51 30 


3678 


79 11 55 


9609 


77 33 18 


3060 


3 


Sun 


W. 


75 39 56 


981ft 


77 4 4 


9806 


78 38 36 


3704 


80 13 8 


9789 




Venus 


W. 


41 8 19 


9891 


48 40 50 


9870 


44 13 36 


9866 


45 46 38 


9866 




Mars 


W. 


30 14 38 


9788 


31 60 7 


9741 


33 35 53 


3796 


35 1 58 


3718 




Jupiter 


E. 


31 55 


9476 


30 13 13 


9466 


38 31 13 


9406 


86 48 57 


9440 




a Arietis 


E. 


69 11 1 


961ft 


67 30 8 


9B06 


65 49 8 


9490 


64 7 43 


9487 




AldebarsQ 


E. 


99 48 56 


9697 


98 8 81 


3617 


96 37 33 


9007 


94 46 88 


9406 


4 


Sun 


W. 


88 9 46 


97« 


89 45 51 


9716 


91 38 11 


9704 


98 58 46 


3608 




Venus 


W. 


53 35 39 


9f796 


55 10 14 


3783 


56 45 4 


9771 


58 30 10 


3700 




Mars 


W. 


43 6 36 


9609 


44 44 31 


3680 


46 33 33 


9697 


48 41 


3616 




a Arietis 


E. 


55 38 11 


9446 


53 55 43 


3488 


53 13 3 


3481 


50 30 13 


3496 




Aldebaran 


E. 


86 17 35 


9444 


84 34 53 


3484 


83 58 7 


3434 


81 9 7 


3416 


5 


Sun 


W. 


101 5 17 


9680 


103 43 19 


96-» 


104 31 35 


3618 


106 5 


3608 




Venus 


W. 


66 19 30 


9701 


67 56 8 


9600 


69 33 1 


3680 


71 10 8 


3660 




a Aquiln 


W. 


61 16 48 


84» 


63 38 33 


8S&I 


64 1 7 


8841 


65 84 31 


8809 




Mars 


W. 


56 16 7 


9569 


57 55 59 


9648 


59 36 6 


3037 


61 16 38 


9097 




a Arietis 


E. 


41 53 54 


MOI 


40 10 30 


9896 


38 36 43 


9807 


36 43 3 


9806 




Aldebaran 


E. 


73 30 43 


9868 


70 46 33 


9860 


69 1 51 


9809 


67 17 7 


3846 


6 


Sun 


W. 


114 15 57 


9B61 


115 55 46 


30A8 


117 35 46 


3044 


119 15 58 


9686 




Venus 


W. 


79 19 16 


9610 


80 57 45 


9610 


83 36 36 


3600 


84 15 31 


9001 




a Aquiln 


W. 


73 33 4 


8149 


73 69 33 


8117 


75 37 13 


8004 


76 55 39 


8078 




Mars 


W. 


69 41 57 


9477 


71 33 43 


9468 


73 5 41 


3400 


74 47 53 


9400 




Fomalhaut 


W. 


43 7 6 


9707 


43 43 36 


3667 


45 31 


3689 


46 50 11 


9601 




Aldebaran 


E. 


58 30 51 


9819 


56 45 9 


3807 


54 59 19 


3808 


63 13 34 


9990 




Saturn 


E. 


93 18 43 


9997 


91 30 55 


3918 


89 43 54 


3900 


87 54 40 


3900 


7 


Sun 


W. 


127 39 35 


9808 


139 30 45 


3406 


131 8 1 


9406 


133 43 31 


9404 




Venus 


w. 


93 33 55 


96A9 


94 13 56 


364ft 


95 53 6 


9040 


97 33 34 


9088 




a Aquiln 


W. 


84 33 36 


9906 


85 53 54 


986ft 


87.33 84 


9077 


88 54 5 


9069 




Mars 


W. 


83 31 44 


9419 


85 5 3 


3406 


86 48 39 


3100 


88 33 4 


3S04 




Fomalhant 


W. 


55 19 53 


9477 


57 1 39 


3460 


58 43 50 


9449 


60 36 35 


9490 




Jupiter 


W. 


34 30 5 


9180 


36 9 3 


3174 


87 58 10 


9166 


39 47 36 


9168 




Aldebaran 


E. 


44 33 55 


3906 


43 36 50 


3800 


40 50 51 


9806 


39 4 59 


9810 




Saturn 


E. 


78 50 43 


3167 


77 1 34 


3101 


75 11 58 


3106 


73 38 34 


9101 




Pollux 


E. 


87 20 34 


31W 


85 31 6 


3161 


83 41 40 


3106 


81 53 5 


9100 


8 


Venus 


W. 


105 56 44 


3619 


107 37 40 


3610 


109 18 40 


3007 


110 69 43 


3600 




Mars 


W. 


97 11 47 


9878 


98 56 


3871 


100 40 16 


3860 


103 34 35 


3808 




Fomalhaut 


w. 


69 4 14 


9860 


70 48 33 


3869 


73 33 3 


3300 


74 17 43 


3800 




a Pegasi 


w. 


48 59 10 


9689 


50 36 14 


3669 


53 13 59 


9694 


53 53 33 


9000 





Jupiter 


w. 


38 55 38 


9148 


40 45 31 


3141 


43 35 17 


3140 


44 85 15 


9180 



214 



DECEMBER, 1850. 



XV. 







GREENWICH MEAN TIME. 








I 

LUNAR DISTANCES j 


8 


Star's NuM 




P L. 




P.L. 




PL. 




P.L. ! 


MKl 




Noon. 


of 


Hit. 


of 


Vlh. 


of 


IX^ 


of 


Portion. 






Dur 




I>ifL 




Dur. 




MC 1 


Saturn 


E. 


O 1 N 

71 33 42 


9147 


69 42 54 


9149 


o 1 n 

67 53 


9140 


O 1 p 

66 3 2 


9197 




Pollux 


E. 


80 3 22 


S14& 


78 12 32 


9141 


76 22 35 


9187 


74 32 "33 


9194 





Mars 


W. 


104 8 56 


SM7 


105 53 18 


9987 


107 37 40 


9887 


109 22 2 


I 
9888 ! 




Fomalhaut 


W. 


76 2 28 


044 


77 47 22 


9949 


79 32 21 


9S39 


81 17 23 


9888 




a Pegasi 


W. 


55 31 17 


vn 


57 10 43 


99dO 


58 50 34 


9943 


60 30 49 


9998 




Jupiter 


W. 


46 15 15 


tias 


48 6 16 


9197 


49 55 18 


9187 


51 45 20 


9198 




Saturn 


E. 


56 52 24 


tifti 


55 2 14 


9194 


53 12 6 


9189 


51 22 


9187 




Pollux 


E. 


05 21 18 


tlM 


63 30 56 


9194 


61 40 34 


9194 


59 50 12 


9199 




Regulua 


E. 


102 3 24 


9199 


100 IS 9 


9190 


98 22 53 


9199 


96 32 39 


9199 


10 


Fomalhaut 


W. 


90 2 32 


9»47 


91 47 23 


9991 


93 32 8 


9897 


95 16 45 


9984 ! 




a Pe^MBi 


W. 


68 56 3 


948* 


70 37 38 


9481 


72 19 17 


9480 


74 58 


9179 




Jupiter 


W. 


60 54 49 


9151 


62 44 30 


9197 


64 34 3 


9181 


66 23 29 


9187 




a Arietia 


W. 


25 22 35 


9M3 


27 7 4 


9940 


28 52 5 


9893 


30 37 31 


9900 




Saturn 


E. 


42 12 53 


9161 


40 23 30 


9171 


38 34 19 


9160 


36 45 22 


9190 




Pollux 


E. 


50 39 1 


9180 


48 49 1 


9149 


46 59 7 


9148 


45 9 21 


9194 




Regulua 


E. 


87 21 57 


9141 


86 32 1 


9147 


83 42 13 


9191 


81 62 31 


9197 


11 


aPegaai 


W. 


82 29 6 


9494 


84 10 27 


9fi6S 


85 51 38 


9900 


87 32 37 


9918 




Jupiter 
a Arietis 


W. 


75 28 14 


rm 


77 16 37 


9919 


79 4 46 


9299 


80 52 41 


9989 




W. 


39 27 55 


9988 


41 14 12 


9980 


43 27 


9994 


44 46 36 


9901 




Saturn 


E. 


27 45 17 


990Q 


35 58 32 


9989 


24 12 22 


9890 


23 36 63 


9999 




Pollux 


E. 


36 2 58 


9193 


34 14 18 


tm 


32 25 52 


9911 


SO 37 40 


1999 




Regulua 


E. 


72 46 26 


9199 


70 57 48 


9900 


69 9 23 


9911 


67 31 12 


9991 


IB 


aPegaai 


W. 


95 54 4 


9979 


97 33 28 


9609 


99 12 30 


9810 


100 61 11 


mn 




Jupiter 


W. 


89 48 19 


fm 


91 34 30 


9909 


93 20 93 


9914 


96 6 1 


9899 




a Arietis 


W. 


53 35 18 


9m 


55 20 27 


9949 


67 6 21 


9999 


68 60 


9989 




Aldebaran 


W. 


24 3 12 


9949 


25 41 10 


9810 


37 19 53 


9M8 


38 59 6 


9998 




Regulua 


E. 


58 24 19 


9979 


56 37 49 


9901 


54 61 39 


9909 


63 6 48 


9990 


18 


Jupiter 


W. 


103 48 53 


9404 


105 32 23 


9410 


107 15 39 


9499 


106 58 14 


1199 




a Arietis 


W. 


67 28 50 


9499 


09 11 39 


9448 


70 64 8 


9481 


73 36 16 


94n ! 




Aldebaran 


W. 


37 18 56 


9948 


38 59 3 


9991 


40 39 5 


9998 


43 19 


9989 1 




Regulua 


E. 


44 21 55 


9996 


42 38 15 


94U 


40 54 59 


9490 


S9 13 7 


9447 




Spica 


E. 


98 20 15 


9994 


96 36 18 


940O 


94 63 43 


9418 


93 9 31 


90I 


U 


a Arietis 


W. 


81 1 26 


9168 


89 41 21 


9979 


84 30 53 


9680 


86 3 


1987 




Aldebaran 


w. 


50 35 33 


9816 


52 14 8 


9997 


63 53 36 


96M 


66 30 37 


9994 




Saturn 


w. 


16 8 47 


tl«l 


17 44 19 


tm 


19 30 36 


9707 


30 56 66 


9998 




Regulua 


E. 


30 44 1 


9689 


99 8 42 


9990 


37 33 60 


9979 


36 44 36 


9889 - 




Spica 


E. 


84 39 14 


9914 


89 58 21 


1991 


81 17 61 


9919 


79 37 45 


9989 , 


16 


a Arietta 


W. 


94 10 4 


99n 


96 46 65 


9108 


97 33 94 


t?99 


98 69 SO 


9749 




Aldebaran 


W. 


63 35 49 


1799 


06 11 66 


9M8 


66 47 43 


9799 


68 33 10 


rm , 




Saturn 


W. 


29 33 


9710 


30 36 69 


9719 


33 IS 14 


9790 


33 49 15 


9748 : 




Pollux 


W. 


19 29 3 


9994 


21 6 31 


9890 


33 43 38 


9909 


94 30 25 


9708 




Spica 


E. 


71 93 5 


9999 


69 46 18 


9997 


68 7 54 


9881 


60 30 52 


9701 1 




Sun 


E 


132 55 12 


9090 


131 26 36 


8047 


129 56 22 


9089 


128 27 20 


9080 


10 


Aldebaran 


W. 


76 16 35 


9S49 


77 49 6 


9M 


79 33 18 


9879 


80 66 13 


1 
1987 1 

1987 




Saturn 


W. 


41 45 41 


9799 


43 20 10 


9911 


44 54 33 


9994 


46 38 30 




Pollux 


W. 


39 19 21 


9789 


33 54 8 


9no 


35 38 36 


9914 


37 8 46 


sna 




Spica 


K. 


68 31 10 


9780 


66 66 16 


9709 


66 31 43 


9911 


53 47 38 


9898 j 



XVI. 



DECEMBER, 1856. 



215 



GREENWICH MEAN TIME. 


LUNAK DISTANCES. 


1^ 

8 


Star*aNMM 
Podtkm. 


Midnight. 


P L. 
of 

Dur 


XV^' 


P.L. 

of 
DHL 


XA'im- 


PL 

of 
DUL 


XXPl 


P.L. 
of 
IHfl. 


Saturn 


E. 


O 1 N 

64 12 69 


3136 


O » M 

62 22 53 


3184 


O I H 

60 39 45 


9189 


O 1 « 

68 42 35 


9189 




PoUux 


E. 


72 42 25 


S181 


70 52 13 


3198 


69 1 57 


9197 


67 11 39 


9195 





Mars 


W. 


111 6 22 


970 


119 50 40 


3873 


114 34 55 


9876 


116 19 6 


9870 




Fomalhaut 


W. 


83 2 27 


3S98 


84 47 31 


3880 


86 39 34 


1840 


88 17 35 


3848 




a Pegasi 


W. 


62 11 23 


9ft IS 


63 52 14 


9506 


65 33 90 


8497 


67 14 37 


3101 




Jupiter 


W. 


53 35 21 


3140 


55 25 19 


3ia 


67 15 13 


8146 


69 5 3 


3148 




Saturn 


E. 


49 31 58 


8141 


47 42 1 


3146 


45 59 10 


9150 


44 2 27 


3166 




Pollux 


E. 


57 59 51 


sisr? 


56 9 33 


3139 


54 19 18 


9139 


52 29 7 


9186 




Regulus 


E. 


94 42 24 


3113 


92 52 13 


3111 


91 9 4 


9184 


89 11 67 


3137 


10 


Fomalhaut 


W. 


97 1 11 


3t79 


98 45 26 


3M0 


100 99 99 


9300 


109 13 18 


9400 




a Pegasi 


W. 


75 42 41 


9480 


77 94 22 


9481 


79 6 9 


94&1 


80 47 37 


3480 




Jupiter 


W. 


68 12 46 


317S 


70 1 54 


3100 


71 50 52 


9187 


73 39 39 


3106 




a Arietis 


W. 


32 23 17 


9M0 


34 9 16 


3904 


35 55 94 


3990 


37 41 38 


9986 




Saturn 


E. 


34 56 40 


39m 


33 8 17 


9910 


31 90 13 


9981 


29 32 32 


9940 




Pollux 


E. 


43 19 44 


3IS0 


41 30 16 


3167 


39 40 58 


9174 


37 51 51 


9188 




Regulus 


E. 


80 2 58 


3ISS 


78 13 35 


3170 


76 94 91 


9170 


74 35 18 


9184 


11 


a Pegasi 


W. 


89 13 27 


9098 


90 54 1 


3640 


99 34 19 


9661 


94 14 21 


8666 




Jupiter 


W. 


82 40 20 


991S 


84 27 44 


3958 


86 14 53 


3964 


88 1 46 


99n 




a Arietis 


W. 


46 32 40 


Qsm 


48 18 35 


3800 


50 4 91 


9817 


51 49 56 


9896 




Saturn 


E. 


20 42 10 


3398 


18 58 95 


3149 


17 15 50 


9604 


15 34 42 


9564 




Pollux 


E. 


28 49 45 


9i33 


27 9 6 


9945 


25 14 45 


3956 


23 27 43 


3970 




Regulus 


E. 


65 33 16 


33S3 


63 45 36 


990 


61 58 13 


9966 


60 11 7 


8967 


13 


a Pegasi 


W. 


102 29 29 


3846 


104 7 21 


9666 


105 44 48 


9686 


107 21 48 


9706 




Jupiter 
a Arietis 


W. 


96 51 19 


3844 


98 36 15 


9860 


100 90 49 


9373 


102 5 9 


9880 




W. 


60 34 21 


3878 


62 18 27 


9301 


64 9 14 


3406 


65 45 42 


9419 




Aldebaran 


W. 


30 38 43 


3566 


39 18 36 


8651 


33 58 39 


9647 


35 38 47 


8640 




Regulus 


E. 


51 20 18 


9886 


49 35 10 


8840 


47 50 99 


9805 


46 5 57 


9881 


13 


Jupiter 


W. 


110 40 34 


3468 


112 22 32 


3485 


114 4 6 


9609 


115 45 17 


8619 




a Arietis 


W. 


74 18 2 


3499 


75 59 27 


3800 


77 40 99 


9694 


79 21 9 


8640 




Aldebaran 


W. 


43 58 43 


9673 


45 38 17 


3589 


47 17 37 


9509 


48 56 43 


9604 




Regulus 


E. 


37 29 39 


3406 


35 47 36 


3488 


34 6 59 


9501 


32 24 47 


9690 




Spica 


E. 


91 26 41 


3148 


89 44 14 


3465 


88 9 11 


9461 


86 20 31 


9497 


14 


a Arietis 


W. 


87 38 49 


90tt 


89 17 13 


3640 


90 55 13 


9667 


92 39 50 


8676 




Aldebaran 


W. 


67 8 9 


3067 


58 45 33 


3609 


60 92 37 


9606 


61 59 93 


3710 




Saturn 


W. 


22 33 39 


3094 


24 10 27 


3606 


95 47 14 


9696 


27 23 57 


3700 




Regius 


E. 


24 6 31 


3093 


99 97 6 


9046 


SO 49 12 


9670 


19 11 62 


9086 




Spica 


E. 


77 58 2 


9688 


76 18 43 


9600 


74 39 47 


9610 


73 1 14 


3684 


15 


a Arietis 


W. 


100 35 14 


3760 


109 10 96 


9776 


103 45 36 


9709 


105 20 15 


3606 




Aldebaran 


W. 


69 58 18 


3786 


71 33 6 


9790 


73 7 35 


9816 


74 41 44 


3696 




Saturn 


W. 


35 25 2 


3710 


37 35 


3709 


38 35 53 


3774 


40 10 55 


9786 




Pollux 


W. 


25 56 53 


3736 


97 33 a 


9741 


29 8 46 


2766 


30 44 13 


3760 




Spica 


E. 


64 54 13 


9716 


63 17 55 


9788 


61 41 59 


3749 


60 6 24 


9766 




Sum 


E. 


126 58 57 


1008 


125 30 44 


1114 


124 9 59 


1183 


122 35 91 


8148 


16 


Aldebaran 


W. 


82 27 48 


3001 


84 6 


9016 


85 39 6 


3998 


87 3 49 


SMI 




Saturn 


W. 


48 2 


3849 


49 35 94 


9061 


51 8 33 


9B78 


52 41 26 


3684 




Pollux 


W. 


38 36 36 


3848 


40 10 8 


9687 


41 43 99^ 


9870 


43 16 19 


3883 




Spica 


E. 


52 13 33 


3840 


60 39 57 


9064 


49 6 39 


9066 


47 33 39 


9880 



216 



DECEMBER, 1856. 



XVII. 







GREENWICH MEAN ' 


riME. 








LUNAR DISTANCES. D 


16 


star's NuM 
PodUon. 


Noon. 


PL. 
of 
DHL 


nih. 


P.L. 

of 

DIff. 


Vpi. 


P.L. 

of 

DIff. 


no^ 


P.L. 
of 
DML 


Sun 


E. 


O 1 u 

121 8 10 


tlM 


O 1 « 

119 41 17 


SIM 


O 1 <l 

118 14 44 


Bt07 


O 1 M 

116 48 31 


MIS 


17 


AldeUnn 

Saturn 

Pollux 

Spica 

Sun 


W. 
W. 
W. 
E. 
E. 


88 35 16 
54 14 5 
44 49 1 
46 55 
109 41 53 


IBM 

9807 
9807 
9804 
t9B5 


90 6 27 
55 46 28 
46 21 24 
44 28 29 
108 17 24 


99M 
9000 
9BM 
9BM 
99M 


91 37 22 
57 18 36 
47 53 32 
42 56 18 
106 53 11 


99M 
9919 
9090 

90M 
M19 


93 8 
58 50 31 
49 25 25 
41 24 24 
105 29 13 


SMI 

9SM 
9SM 
BBM 


18 


Saturn 

Pollux 

Reffulus 

Spica 

Sun 


W. 
W. 
W. 
E. 
E. 


66 26 47 
57 1 17 
20 29 27 
33 48 30 
98 32 57 


9079 
9BB6 
MM 
9BB6 


67 57 26 
58 31 48 
21 59 2 
32 17 59 
97 10 19 


9BM 

B0S4 
99M 
UK 


69 27 54 
60 2 9 
23 28 32 
30 47 40 
95 47 53 


BOO 
BOM 
BOO 

B403 


70 58 12 
61 32 18 
24 57 58 
29 17 31 
94 25 31 


BOM 

Mil 
BOO 

MIS 
Mil 


19 


Saturn 
Pollux 
Regulut 
Sun 


W. 
W. 
W. 
E. 


78 27 28 
69 44 
32 23 45 
87 36 49 


80M 
MIA 
M66 

M40 


79 56 56 
70 30 1 
33 59 36 

86 15 98 


S0I9 
BMl 
BOM 
SIM 


81 26 17 
71 59 11 
35 91 26 
84 54 13 


SIM7 
BOM 

B071 
BMl 


89 55 32 
73 98 15 
36 50 11 
83 33 5 


BOriA 
BMA 


90 


Saturn 
Pollux 
Regulus 
Sun 


W. 
W. 
W. 
E. 


90 20 45 
80 52 26 
44 13 2 

76 48 34 


lOriA 
MM 

un 


91 49 38 
82 91 6 
45 41 30 
75 27 51 


BOM 

BOTS 

Boe? 

BISI 


93 18 99 
83 49 45 
47 9 56 
74 7 9 


B0S7 
SOTS 
B0e7 
S4M 


94 47 19 
85 18 22 
48 38 22 
72 46 29 


SOTS 
BO07 
BM7 


91 


Saturn 
Pollux 
Regulus 
Sun 


W. 
W. 
W. 
E. 


102 11 27 
92 41 31 
66 42 
66 3 14 


M79 
M01 
MM 


103 40 90 
94 10 13 
57 29 15 
64 42 32 


BOM 

B071 
BOTS 
BM9 


105 9 16 

95 38 58 
58 57 51 
63 21 48 


BOM 
BOM 

ao7A 

B4M 


106 38 14 
97 7 46 
60 26 31 
62 1 2 


BO07 
BOM 1 

B07i 

S47S 1 


99 


Regulus 

Spica 

Sun 


W. 
W. 
E. 


67 51 
13 48 35 
55 16 12 


M« 
MM 
S4f7 


69 20 19 
15 17 37 
53 55 


BM4 
BOM 
B4M 


70 49 30 
16 46 48 
52 33 43 


BOM 
BMl 
B440 


72 18 55 
18 16 10 
61 12 18 


BO09 
BOM 
BMl 


93 


Regulus 

Spica 

Sun 


W. 
W. 
E. 


79 48 6 
25 45 18 
44 93 30 


90M 
9904 
MM 


81 18 24 
97 15 38 
43 1 34 


90M 
90M 

BMi 


82 48 52 
28 46 8 
41 39 19 


90M 

90n 

BBM 


84 19 30 
30 16 60 
40 16 57 


90n 


94 


Regulus 

Spica 

Sum 


W. 
W. 
E. 


91 55 28 
37 53 7 
33 23 13 


90M 
9099 
MM 


93 27 15 
39 94 58 
39 5 


MIS 
MI9 
BBM 


94 59 14 
40 57 9 
30 36 50 


IBM 
BMl 
BBM 


96 31 25 
42 29 19 
99 13 99 


asM 


99 


Sun 

a Pegasi 
Jupiter 
aAnetis 


W. 
E. 
E. 
E. 


96 26 92 
52 25 3 
57 13 57 
92 19 97 


90M 
9M0 
9M4 


97 57 38 
50 55 32 
55 34 7 
90 39 43 


9Bn 

BOI0 
BAM 

SAM 


99 29 17 
49 96 90 
53 54 7 
88 59 49 


»n 

BOM 
SAM 

SAM 


31 1 14 

47 57 32 
69 13 68 
87 19 43 


9BM 

SAM 


80 


Sun 

a Pegasi 
Jupiter 
a Arietis 


W. 
W. 
E. 
E. 


38 45 1 
40 42 14 
43 50 35 

78 56 48 


9017 

Mrr4 

9MB 


40 18 98 
39 17 32 
42 9 96 
77 15 46 


9887 
MM 

SI07 
SIM 


41 59 9 
37 53 53 
40 28 8 
75 34 36 


SI0T 


43 96 1 
36 31 97 
38 46 39 
73 53 18 


MIS 
SMA 

SMS 
SMS 1 


31 


Sun 
Jupiter 
a Arietis 
Aldebaran 


W. 
E. 
E. 
E. 


51 18 6 
30 17 16 
65 24 52 
96 8 10 


9T1B 
94M 
SIM 

SIM 


59 53 2 

28 35 
63 42 51 
94 26 28 


9TH 
9440 
SIM 
S474 


54 28 8 
26 52 35 
62 44 
92 44 38 


91M 
SI44 
SIM 
SIS7 


66 3 91 
95 10 9 
60 18 32 
91 9 30 


sns 1 

SOS . 
SIM 

SMt 



XYIIL DECEMBER, 1856. 



21T 







GREENWICH MEAN 


TIME. 








LUNAR DISTANCES. 


^4 

16 


Sttr'iNuM 
PorfttoiL 


Midnight. 


P.L. 
of 
DUt 


XVh. 


P.L. 

of 

DfC 


XXP^- 


P.L. 

of 

DUL 


xvmii^ 


P.L. 
of 
Dift 


Sair 


E. 


O 1 II 

115 22 31 


wn 


O « II 

113 56 59 


8949 


O 1 M 

112 31 40 


8987 


O 1 M 

111 6 38 


srri 


17 


Aldebaran 

Satarn 

Pollax 

Spica 

Sun 


W. 
W. 
W. 
E. 
E. 


94 38 24 
60 22 12 
50 57 3 
39 62 46 
104 5 30 


8009 

mi 

99U 
9H3 
SSS7 


96 8 34 
61 53 39 
52 28 26 
38 21 21 
102 42 1 


8014 
9961 
9964 
9084 
8860 


97 38 SO 
63 24 63 
53 59 36 
36 50 10 
101 18 47 


9096 
9961 
9985 
9965 
8861 


99 8 11 
64 55 55 
55 30 32 
35 19 14 
99 55 46 


8088 
9960 
9974 
9975 
8373 


18 


Satarn 

Pollax 

Re^alos 

Spica 

Sun 


W. 
W. 
W. 
E. 
E. 


72 28 20 
63 2 17 

26 27 18 

27 47 34 
93 3 35 


soil 

S019 
a047 
8091 
8490 


73 58 19 
64 32 6 
27 56 33 
26 17 47 
91 41 41 


8018 
8096 
8059 
80» 
849f7 


75 28 9 
66 1 47 
29 25 42 
24 48 10 
90 19 55 


8094 
808S 
8056 
S0S5 
8436 


76 57 52 
67 31 19 
30 54 46 
23 18 41 

88 58 18 


8080 
8089 
8000 
8049 
8449 


19 


Saturn 
Pollux 
Regulus 
Sun 


W. 
W. 
W. 
E. 


84 24 43 
74 57 13 
38 18 51 
82 12 2 


8064 
8004 

8078 
8470 


85 53 49 
76 26 7 
39 47 28 
80 51 4 


80S7 
8067 
8081 
8478 


87 22 51 
77 54 57 
41 16 1 
79 30 10 


8060 
8070 
8069 
S4n 


88 51 49 
79 23 43 
42 44 32 
78 9 20 


8009 
SOTS 
8063 
8480 


90 


Saturn 
Pollux 
Regains 
Sun 


W. 
W. 
W. 
E. 


96 16 8 
86 46 59 
50 6 48 
71 25 50 


8080 
8078 
8066 

8488 


97 44 56 
88 15 36 
51 35 15 
70 5 12 


8008 

8078 
8066 
8486 


99 13 45 
89 44 13 
53 3 42 
68 44 34 


8087 

son 

8065 

8467 


100 42 35 
91 12 51 
54 32 10 
67 23 55 


8066 

8075 
8089 
S486 


31 


Saturn 
Pollux 
Regains 
Sun 


W. 
W. 
W. 
E. 


108 7 16 
98 36 37 
61 55 15 
60 40 11 


80ft5 
8069 
8060 
SITS 


109 36 21 

100 5 33 

63 24 3 

59 19 17 


8069 
8060 
8064 
8471 


111 5 30 

101 34 33 

64 52 57 

57 58 20 


8047 
8054 
8060 
8466 


112 34 45 

103 3 39 

60 21 55 

56 37 18 


8040 
8049 
8055 
8463 


32 


Regulus 

Spica 

Sun 


W. 
W. 
E. 


73 48 28 
19 45 40 
49 50 48 


8096 
8096 
8483 


75 18 
21 15 20 
48 29 11 


8016 
8018 
8499 


76 47 59 
22 45 10 
47 7 26 


8011 
8010 
8493 


78 17 58 
24 15 10 
45 45 36 


8004 

8004 
8417 


33 


Regulus 

Spica 

Sun 


w. 

E. 


85 50 19 
31 47 42 
38 54 28 


9909 
9860 
8389 


87 21 19 
33 18 46 
37 31 51 


9064 
9960 

sn5 


88 52 30 
34 50 1 
36 9 5 


9944 
9941 
8809 


90 23 53 
36 21 28 
34 46 13 


9936 
9931 
8889 


24 


Regulus 

Spica 

Sun 


W. 
W. 
E. 


98 3 50 
44 1 48 
27 50 3 


9866 
9861 
8886 


99 36 27 
45 34 31 
26 26 32 


9675 
9871 
8889 


101 9 18 
47 7 27 
25 2 58 


9865 

9600 
8380 


102 42 22 
48 40 37 
23 39 20 


. 9656 
9849 
8397 


29 


Sun 

a Pegasi 
Jupiter 
a Arietis 


W. 

E. 
E. 
E. 


32 33 29 

46 29 13 
50 33 37 
85 39 28 


9801 
8110 
9S80 
9685 


34 5 59 
45 1 26 
48 53 6 
83 59 2 


9879 
8160 
9594 
9597 


35 38 46 
43 34 17 
47 12 26 
82 18 27 


9667 
S166 
9517 
9591 


37 11 47 
42 7 51 
45 31 35 
80 37 43 


9657 
8997 
9510 
9518 


30 


Sun 

a Pegasi 
Jupiter 
a Arietis 


W. 
W. 
E. 
E. 


45 4 
35 10 23 
37 5 4 
72 11 51 


9610 
8649 
9478 
9485 


46 34 20 
33 50 53 
35 23 20 
70 30 17 


9809 
8048 
9«79 
9480 


48 8 45 

32 33 10 

33 41 27 

68 48 36 


9796 
8763 
9466 
9476 


49 43 20 
31 17 29 
31 59 25 

67 6 48 


9786 
8899 

9460 
9470 


31 


Sun 
Jupiter 
a Arietis 
Aldebaran 


w. 

E. 
E. 

E. 


57 38 43 
23 27 23 

58 36 14 
89 20 33 


9759 
9434 
9459 
9466 


59 14 14 
21 44 36 
56 53 53 

87 38 20 


9745 
9480 
9446 
9469 


60 49 54 
20 1 44 
55 11 27 
85 55 59 


97S9 
9495 
9445 
9448 


63 25 42 
18 18 45 
53 28 57 
84 13 32 


9788 
9491 
94a 
94IS 



28 



218 



VENUS, 185«. 



JANUARY. 


FEBRUARY. 


1 


gheenwich mean time. 


1 

1 


GREENWICH MEAN TIME. 


^SSJ^t"* 


Tar. of 
H.A. 
fori 
hour. 


Apparent 
DocliiutUoii. 


Var.of 

fori 
boar. 

Noon. 


Meridian 
P«-«ge. 


Apparent 

Right 
AaceuMiioa. 


Tar. of 
R-A. 
fori 
hoar. 


Apparent 
DwUnadon. 


Var.of 
Dee. 
tori 
hoar. 

Noon. 

II 
7.33 


MerMtaB 
Paa»«a. 


Noon. 


Noon 


o 
-16 


Noon. 


Noon. 


Noon. 


Noon, 


1 


h. m. s. 
15 32 9.97 


11.292 


1 » 
8 89.9 


42.14 


Ii. m. 
20 61.4 


I 


h. m. a. 
18 2 42.92 


1. 
13.785 


f H 

-21 42 15.9 


h. B. 
21 20.3 


2 


15 36 41.90 


.363 


16 25 25.0 


41.53 


20 62.0 


2 


18 7 50.04 


.807 


21 44 51.6 


6.76 


21 21.5 


3 


15 41 15.33 


.418 


16 41 52.8 


40.73 


20 62.6 


8 


18 12 57.66 


.836 


21 46 51.4 


4.93 


21 22.6 


4 


15 45 60 OS 


.477 


16 58 1.7 


39.99 


20 68.8 


4 


18 18 6.71 


.643 


21 48 14.7 


9.71 


21 28.8 


6 


15 50 26.29 


.MO 


17 13 52.7 


39.33 


20 64.0 


6 


18 28 14.12 


.658 


21 49 1.6 


-1.18 


21 25.0 


6 


15 55 8.99 


ll.flOl 


17 29 25.0 


38.43 


20 54.7 


6 


18 28 22.88 


13.870 


21 49 11.6 


+0.36 


21 261 


7 


15 59 43.15 


.663 


17 44 37.6 


37.59 


20 55.4 


7 


. 18 33 31.90 


.891 


21 48 44.6 


1.91 


21 27.4 


8 


16 4 23.78 


.729 


17 59 29.9 


36.73 


20 56.1 


8 


18 38 41.13 


.886 


21 47 40.7 


303 


21 23.6 


9 


16 9 5.81 


.760 


18 14 0.9 


35.83 


20 56.9 


9 


18 43 60.50 


.893 


21 45 69.8 


4.99 


2129.8 


10 


16 13 49.25 


.636 


18 28 9.7 


34.89 


20 57.7 


10 


18 48 59.97 


.896 


21 48 41.5 


6.54 


21 81.0 


11 


16 18 34.05 


11.A94 


18 41 55.6 


33.91 


20 58.6 


11 


18 54 9JM) 


13.896 


21 40 45.9 


80)9 


2182.2 


12 


16 23 20.19 


11.932 


18 55 17.7 


32.91 


20 59.4 


12 


18 57 19.01 


.894 


21 37 18.1 


9.64 


21 88.4 


13 


16 28 7.70 


13.007 


19 8 15.5 


31.88 


21 0.2 


13 


19 4 28.44 


.890 


21 88 8.0 


11.19 


21 84.7 


14 


16 32 56.52 


.061 


19 20 48.1 


30.82 


21 1.1 


14 


19 9 37.76 


.885 


21 28 15.8 


19.74 


2185.9 


15 


16 87 46.61 


.113 


19 32 54.7 


29.73 


21 2.1 


15 


19 14 46.92 


.877 


21 22 51.4 


14.98 


2187.2 


16 


16 42 37.93 


13.165 


19 44 84.7 


28.58 


21 8.0 


16 


19 19 55.87 


13.867 


21 16 50.2 


15.83 


2188.4 


17 


16 47 30.50 


.316 


19 55 47.2 


27.44 


21 8.9 


17 


19 25 4.56 


.856 


21 10 12.0 


17.36 


2189.6 


18 


16 52 24.26 


.965 


20 6 31.8 


26.26 


21 4.9 


18 


19 30 12.96 


.643 


21 2 67.0 


18.86 


21 40.8 1 


19 


16 57 19.20 


.313 


20 16 47.6 


25.04 


21 5.9 


19 


19 35 21.02 


.837 


20 66 6.6 


90.40 


21 42.0 


20 


17 2 15.28 


.360 


20 26 84.1 


23.81 


21 6.9 


20 


19 40 28.69 


.810 


20 46 87.6 


31.93 


21 48.1 


21 


17 7 12.46 


13.403 


20 35 60.6 


23.55 


21 8.0 


21 


19 45 85.92 


13.791 


20 87 88.5 


99.42 


21 44.2 


22 


17 12 10.70 


.448 


20 44 36.5 


31.96 


21 9.0 


22 


19 60 42.68 


.771 


20 27 68.5 


24.91 


21 45.4 1 


23 


17 17 9.98 


.491 


20 52 51.3 


19.96 


21 10.1 


23 


19 65 48.93 


.749 


20 17 88.0 


36.39 


2146.6 


24 


17 22 10.27 


.333 


21 34.4 


18.63 


21 11.1 


24 


20 54.65 


.796 


20 6 47.1 


97.85 


21 47.8 


25 


17 27 11.51 


.670 


21 7 45.2 


17.36 


21 12.2 


25 


20 6 59.80 


.700 


19 55 21.2 


39.30 


2148a> 


26 


17 82 18.64 


13.607 


21 14 23.4 


15.90 


21 18.8 


26 


20 11 4.31 


19.674 


19 48 20.7 


30.74 


21 50.0 


27 


17 87 16.66 


.642 


21 20 28.1 


14.49 


21 14.5 


27 


20 16 8.16 


.646 


19 30 45.9 


33.15 


21 61.1 


28 


17 42 20.49 


.673 


21 25 59.0 


13.07 


21 16.6 


28 


20 21 11.83 


.617 


19 17 87.8 


33.65 


21 52.2 


29 


17 47 25.08 


.706 


21 30 55.6 


11.64 


21 16.7 


29 


20 26 18.80 


.567 


19 8 55.3 


34.94 


21 58.8 


30 


17 52 30.88 


.735 


21 85 17.6 


10.16 


21 17.9 


80 


20 31 15.51 


.555 


18 49 40.1 


36.31 


21 64.4 ! 

1 


31 


17 57 86.84 


13.761 


21 89 4.4 


8.71 


21 19.1 


31 


20 86 16.45 


19.533 


18 84 62.4 


37.66 


21 56.4 


32 


18 2 42.92 


13.785 


-21 42 16.9 


7.33 


2120.8 


82 


20 41 16.57 


13.489|-18 19 82.6' 86.96 


21 56.5 i 


DV 


otWmlh, U^ 


ech. 

9.8 


1 


1th. 

N 

9.4 


leth. 
9.0 


SIH. 

II 
8.7 


M 


^th. 


aift 


ItajorHMMoath, 8A.: 


lOlh. 

II 
7.6 


15th. 

u 
7.4 


MCh. 

II 
7.2 


M«h. 

• 
7.0 


«.8i 


Se 


midiam. io.2 


• 1 i« 
B.4 8.1 


SernidUuneter 7.9 


Uor. Pat. lO.S 


9.9 




9.5 


9.1 


8.8 




B.5| 8.2 


Uor. PuraUmx 7.9 


7.7 


7.5 


7.8 


7.1 


6.9 



VENUS, 1856. 



219 



MARCH. 



APRIL. 



GREENWICH MEAN TIME. 



Apparent 
Right 



Noon. 



h. m. ■. 
20 31 15.51 
20 36 16.45 
20 41 16.57 
20 46 15.86 
20 51 14.81 

20 56 11.91 

21 1 8.60 
21 6 4.39 
21 10 59.27 
21 15 58.25 

21 20 46.27 
21 25 38.84 
21 80 29.48 
21 85 19.71 
21 40 9.01 

21 44 57.88 
21 49 44.88 
21 54 81.89 

21 59 17.08 

22 4 1.77 

22 a 45.67 
22 IS 28.74 
28 18 10.97 
22 22 52.88 
28 27 82.99 

22 82 12.84 
22 86 51.92 
28 41 80.26 
22 46 7.91 
22 50 44.89 

22 55 21.19 
22 59 56.85 



Tar. of 
R.A. 
fori 
hour. 



Noon. 



1. 

13.M3 
.523 
.489 
.453 
.418 

13.881 
.843 
.805 
.308 
.939 

13.189 
.150 
.113 
.074 

13.034 

11.994 
.958 
.931 
.888 
.847 

11.813 
.777 
.744 
.709 
.076 

11.^ 
.018 
.583 
.554 
.538 

11.499 
11.473 



Apparent 
Declination. 



Noon, 



-18 49 40.1 
18 84 52.4 
18 19 82.6 
18 8 41.4 
17 47 19.1 

17 80 26.4 

17 18 8.8 
16 55 11.9 
16 86 51.2 
16 18 2.4 

15 58 46.0 
15 89 2.7 
15 18 53.1 
14 58 17.7 
14 87 17.3 

14 15 62.4 

18 54 3.7 
18 81 51.8 
13 9 17.4 
12 46 21.1 

12 28 8.6 
11 59 25.4 
11 85 27.2 
11 11 9.8 
10 46 83.6 

10 21 89.4 
9 56 26.0 
9 80 59.9 
9 5 16.0 
8 89 16.8 

8 18 2.9 
- 7 46 35.1 



Var.of 
Deo 
fori 
hour. 



Noon. 



36.31 
37.66 
88.98 
40.38 
41.50 

43.81 
44.05 
45.30 
46.45 
47.61 

48.71 
49.85 
50.94 
51.99 
53.03 

54.08 
55.01 
55.95 
56.89 
57.79 

58.66 
59.51 
60.33 
61.13 
61.88 

63.62 
63.33 
64.00 
64.64 
65.37 

65.87 
66.43 



Meridian 
Paaaaga. 



h. m. 
21 54.4 
21 55.4 
21 56.6 
21 67.6 
2168.5 

21 59.6 

22 0.6 
22 1.5 
22 2.4 
22 8.8 

22 4.2 

22 6.2 

22 6.1 

22 7.0 

22 7.8 

22 8.7 
22 9.6 
22 10.8 
22 11.1 
22 11.9 

22 12.7 
22 18.5 
22 14.2 
22 14.9 
22 15.8 

22 16.6 
22 17.2 
22 17.8 
22 18.5 
22 19.2 

22 19.8 
22 20.5 



GREENWICH MEAN TIME. 



Ascension. 


Var.of 
R.A. 
fori 
hour. 


Noon. 


Noon. 


h. m s. 


s. 


22 59 56.83 


11.473 


28 4 81.91 


.449 


23 9 6.40 


.435 


23 13 40.32 


.403 


23 18 13.71 


.380 


23 22 46.61 


11.361 


23 27 19.05 


.343 


28 31 51.05 


.334 


23 36 22.64 


.307 


28 40 58.86 


.292 


28 45 24.76 


11.381 


28 49 55.33 


.360 


28 54 25.67 


.258 


23 58 55.77 


.250 


8 25.70 


.243 


7 55.48 


11.338 


12 23.16 


.333 


16 54.76 


.331 


21 24.84 


.331 


25 53.91 


.331 


30 23.52 


11.336 


84 53.24 


.343 


89 23.10 


.348 


48 58.14 


.356 


48 23.89 


.365 


62 63.88 


11.376 


57 24.65 


.388 


1 1 55.78 


.303 


1 6 27.17 


.318 


1 10 59.01 


.835 


1 15 81.27 


11.354 


1 20 4.01 


11.874 



Apparent 
Declination. 


Var.of 
Dec. 
fori 
hour. 

Noon. 


Noon. 


o 1 a 
-7 46 35.1 


66.43 


7 19 54.2 


66.96 


6 58 0.8 


67.^1 


6 25 55.7 


67.94 


6 58 89.6 


68.39 


6 81 18.0 


68.81 


5 8 86.8 


69.30 


4 85 51.6 


69.55 


4 7 68.2 


69.88 


8 89 57.2 


70.19 


3 11 49.3 


70.46 


2 48 85.2 


70.70 


2 15 15.6 


70.92 


1 46 61.0 


71.11 


1 18 22.2 


71.37 


49 49.9 


71.40 


-0 21 14.7 


71.51 


+0 7 22.7 


71.59 


86 1.6 


71.64 


1 4 41.4 


71.66 


1 88 21.4 


71.66 


2 2 1.0 


71.63 


2 80 89.5 


71.57 


2 59 16.2 


71.48 


8 27 60.4 


71.36 


8 66 21.5 


71.32 


4 24 48.8 


71.04 


4 58 11.5 


70.83 


5 21 28.9 


70.60 


6 49 40.8 


70.34 


6 17 46.2 


70.05 


+6 45 42.6 


69.73 



Meridian 
Passage. 



h. m. 
22 20.5 
22 21.1 
22 21.7 
22 22.8 
22 22.9 

22 28.5 
22 24.1 
22 24.7 
22 25.8 
22 25.9 

22 26.4 
22 27.0 
22 27.5 
22 28.1 
22 28.7 

22 29.2 
22 29.8 
22 80.3 
22 80.9 
22 81.4 

22 32.0 
22 82.5 
22 38.1 
22 38.7 
22 84.2 

22 84.8 
22 35.4 
22 85.9 
22 86.5 
22 87.1 

22 87.7 
22 88.8 



Daj of tha Month, 6th. 



Semidiameter 5.7 
Hor. Parallax 6.7 



11th. 



6.5 
6.6 



16th. 



6.4 
6.4 



aist. 



6.3 
6.8 



S6th. 



6.1 
6.2 



3l8t. 



Daj of the Month, 6th. 



6.0 
6.1 



Semidiameter 
Hor. Parallax 



6.9 
5.9 



10th. 



5.8 
5.8 



16th. 



6.7 
6.7 



20th. 



6.6 
6.7 



ii5th. 



5.5 
6.G 



30th. 



5.5 
5.5 



220 



VENUS, 1856. 



MAY. 


JUNE. 1 


1 

■n 


GREENWICH MEAN TIME. 


1 


GREENWICH MEAN TIME. | 




Vw.of 
RJL 
fori 
hoar. 


lisnsi 


YTJOt 

Dec. 
fori 
hoar. 


Mtridka 


Aacension. 


Var.of 
R.A. 
fori 
hour. 


dJcSSShx. 


JOTJOt 

Dec. 
fori 
hour. 


IMte 


B 


JVmw. 


Noom. 


Noon, 


Noon, 




s 


Noon. 


Noon, 


Noon, 


Noon, 






h. m. •. 


•. 


1 « 


H 


h. m. 




h. m. ■. 


B. 


1 u 


h. m. 




1 15 81.27 


11.M4 


+ 6 17 43.2 


70.06 


22 87.7 


1 


8 42 81.27 


19.609 


+18 48 28.2 


46.96 


23 3.0 




120 4.01 


.874 


6 45 42.6 


60.79 


22 38.8 


2 


8 47 82.05 


.880 


19 6 89^2 


U.04 


23 4.1 




1 24 87.26 


.SM 


7 13 81.9 


60.87 


22 89.0 


8 


8 52 88.95 


.609 


19 24 25.0 


43.77 


28 6.2 




1 29 11.02 


.418 


7 41 12.5 


88.90 


22 89.6 


4 


8 57 86.95 


.648 


19 41 40.0 


49.47 


28 6.3 




1 88 45.83 


.449 


8 8 48.6 


68.80 


22 40.2 


5 


4 2 41.05 


.804 


19 58 28.7 


41.16 


23 7.6 




1 88 20.25 


11.488 


8 86 4.4 


68.14 


22 4a9 


6 


4 7 46.25 


19.788 


20 14 35.5 


80.81 


28 8.6 




1 42 55.81 


.486 


9 8 14.2 


87.87 


22 41.6 


7 


4 12 52.48 


.781 


20 90 14.4 


88.48 


23 9.8 




1 47 32.02 


.698 


9 90 12.8 


67.16 


22 42.2 


8 


4 17 69.73 


.894 


20 45 20.0 


87.09 


23 11.0 




152 8.91 


•889 


9 56 58.1 


66.68 


22 42.9 


9 


4 28 8.08 


.866 


20 59 51.6 


86.60 


23 12.2 




1 56 46.58 


.888 


10 23 80.7 


66.07 


22 48^6 


10 


4 28 17.84 


.008 


21 18 48.8 


34.16 


28 13.4 




2 1 24.92 


11.618 


10 49 49.4 


68.48 


22 44.3 


11 


4 38 27.68 


19.048 


21 27 11.0 


89.69 


28 14.6 




2 6 4.10 


.848 


11 15 58.8 


64.87 


22 44.9 


12 


4 88 88.86 


19.987 


21 89 57.5 


81.18 


23 16.9 




2 10 44.10 


.884 


11 41 48.0 


64.99 


22 46.7 


13 


4 48 51.02 


18.096 


21 52 7.9 


98.67 


23 17.2 




2 15 24.98 


.710 


12 7 16.2 


68.88 


22 46.5 


14 


4 49 4.08 


.069 


22 8 41.7 


98.18 


23 18.5 1 




2 20 6.68 


.788 


12 82 82.6 


89.89 


22 47.2 


15 


4 54 18.01 


.007 


22 14 88.3 


96.67 


23 19.8 




2 24 49.24 


11.798 


12 57 81.8 


69.00 


22 48.0 


16 


4 59 82.77 


18.189 


22 24 57.8 


94.90 


23 21.1 




2 29 82.78 


.8U 


13 22 18.1 


6148 


22 48.8 


17 


6 4 48.82 


.164 


22 34 88.1 


98.40 


23 22.4 j 




2 84 17.28 


.878 


18 46 85.5 


60.89 


22 49.6 


18 


5 10 4.63 


• 104 


22 48 40.8 


91.78 


23 23.7 


19 


2 89 2.76 


•018 


14 10 88.4 


80.88 


22 50.6 


19 


5 15 21.65 


.998 


22 52 8.6 


90.16 


23 25.1 


20 


2 43 49.28 


11.888 


14 84 21.2 


88.88 


22 51.3 


20 


5 20 89.88 


•981 


22 59 47.6 


18.61 


23 26.5 


21 


2 48 86.70 


19.001 


14 67 43.1 


87.06 


22 62.2 


21 


6 25 57.69 


18.978 


28 6 51.9 


16.84 


23 27.8 


22 


2 53 25.25 


4M8 


15 20 43.5 


87.08 


22 53.1 


22 


5 81 16.68 


.801 


28 13 16.1 


18.17 


23 29.2 


28 


2 58 14.89 


•001 


15 43 21.7 


88.11 


22 54.0 


28 


5 86 86.15 


.890 


28 19 0.0 


18U8 


28 80.6 1 


24 


3 3 5.60 


•188 


16 6 86.7 


68.18 


22 54*9 


24 


5 41 56.06 


080 


28 24 3.2 


11.78 


23 82U) 


25 


3 7 57.40 


•180 


16 27 27.8 


84.18 


22 56.8 


25 


i 47 16.44 


.887 


28 28 25.4 


10.06 


28 33.4 


26 


3 12 60.80 


19.998 


16 48 54.8 


68.10 


22 56.8 


26 


6 52 37.28 


18.878 


28 32 6.2 


8.84 


28 34.8 


27 


8 17 44.29 


.974 


17 9 56.8 


694M 


22 57.8 


27 


5 57 58.34 


.888 


23 36 5.7 


6.81 


28 36.2 


28 


3 22 89.44 


•891 


17 80 82.8 


80.04 


22 58.8 


28 


6 3 19.-72 


.808 


28 37 23.7 


4.87 


23 37.7 


29 


3 27 35.78 


.868 


17 50 42.1 


40.89 


22 59.8 


29 


6 8 41.38 


•404 


23 38 59.8 


8.18 


23 39.1 


SO 


8 32 83.12 


.414 


18 10 24.0 


48.66 


23 0.8 


80 


6 14 3.11 


-409 


23 89 54.0 


1.88 


23 40.6 


31 


8 37 31.62 


19U81 


18 29 37.9 


47.48 


23 1.9 


81 


6 19 24.98 


18^419 


28 40 6.3 


0.88 


23 42.0 { 


32 


3 42 81.27 


19.808 


^18 48 23.2 


48.98 


28 8.0 


J2 


6 24 46.88 


18^419 


+23 89 86.7 


9.19 


23 48.4 


Dnjofltelloath, Mh. 


lOMi. 


tMh. 


5.2 




Ih. 

w 

^.2 


Mlh. 


DijonteMbnlh, 4lh. 


9( 


6.0 


14«h. 


6.0 


u 
6.0 


mm^ 


8e 


midUmeter 5.4 




5.3 


II 
5.3 


5.1 


Sen 


nidUuneter 5.1 


5.0 


9 

4.9 1 


Uc 


NT. PwmlUx 5.4 




6.4 


5.8 


5.2 


( 


».2 


5.2 


Hoi 


r. PwmlUx 5.1 




6.1 


6.0 


5.0 


6.0 


1 



VENUS, 1856. 



221 



JULY. 



AUGUST. 



I 

i 



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 
80 

31 
82 



GREENWICH MEAN TIME. 



^?s?* 



Norn. 



h. m. ■. 
6 19 24.98 
6 24 46.88 
6 80 8.77 
6 85 80.59 
6 40 52.24 

6 46 13.68 
6 51 84.86 

6 56 55.72 

7 2 16.22 
7 7 86.30 

7 12 55.92 
7 18 15.01 
7 23 33.52 
7 28 51.37 
7 84 8.59 

7 39 25.18 
7 44 40.87 
7 49 55.88 

7 55 9.95 

8 23.20 

8 6 86.56 
8 10 47.00 
8 15 57.48 
8 21 6.99 
8 26 15.61 

8 31 22.98 
8 86 29.41 
8 41 84.78 
8 46 89.07 
8 51 42.27 

8 56 44.84 

9 1 45.28 



Yw.af 



fori 
hoar. 



Noon, 



13.419 
.413 
.410 
.401 
.897 

lt.388 
.810 
•801 
.848 
•8t1 

18.806 
.388 
.357 
.980 
.908 

18.179 
.140 
.106 
•070 

18.088 

19.< 
•f 
.016 

.877 



19.789 
.746 
.701 
.6M 
.010 

19.M8 

19.810 



-^PJ 



Noom. 



-h28 40 6.3 
28 89 86.7 
23 88 24.7 
28 86 80.5 
28 88 54.4 

28 80 86.6 
28 26 86.7 
28 21 55.0 
28 16 81.8 
28 10 27.1 

28 8 41.8 
22 56 14.5 
22 48 7.8 
22 89 19.6 
22 29 51.9 

22 19 44.6 
22 8 57.8 
21 57 82.0 
21 45 27.9 
21 82 45.8 

21 19 26.1 
21 6 29.2 
20 50 55.7 
20 85 46.0 
20 20 0.8 

20 8 40.5 
19 46 45.8 
19 29 17.2 
19 11 15.4 
18 52 41.1 

18 88 84.7 

+18 18 56.9 



TnMt 
Dee. 
fori 
boor. 



iViMNI. 



-0.88 
9.19 
8.88 
8.88 

7.87 

9.19 
10.87 
19.60 
14J8 
18.08 

17.78 



91.14 
99.89 
34.48 

98*18 
97.78 
99.87 



84.10 



87.16 
88.84 

40.11 

41.88 
49.98 
44.80 
48.75 
47.09 

48.49 
49.71 



PUMf*. 



h. m. 
28 42.9 
28 48.4 
28 44.8 
28 46.2 
28 47.6 

28 49.1 
28 50.5 
28 51.9 
28 58.3 
28 54.6 

28 56.0 
28 67.4 
28 58.7 

0.1 

1.4 

2.7 

4.0 

5.8 

6.6 

7.8 
9.1 
10.8 
11.5 
12.7 

18.9 
15.0 
16.2 
17.8 
18.4 

19.5 
20.6 



GREENWICH MEAN TIME. 



^"582?* 



Tar. of 



fori 
hour. 



Noou, 



Noon, 



h. m. a. 


■• 1 


9 1 45.28 


13.518 


9 6 45.10 


.470 


9 11 48.81 


.433 


9 16 41.87 


.874 


9 21 87.79 


.337 


9 26 88.07 


13.380 


9 31 27.23 


.383 


9 36 20.26 


.188 


9 41 12.18 


.140 


9 46 2.99 


.094 


9 50 52.71 


19.049 


9 56 41.86 


19.008 


10 28.96 


11.969 


10 6 16.58 


•010 


10 10 IM 


.877 


10 14 45.66 


11.888 


10 19 29.24 


.797 


10 24 11.91 


.780 


10 28 58.69 


.799 


10 88 84.58 


.880 


10 88 14.68 


11.889 


10 42 58.86 


.818 


10 47 82.30 


.068 


10 52 10.00 


.888 


10 56 46.99 


.897 


11 128.80 


11.498 


11 5 58.96 


.478 


11 10 84.00 


.447 


11 15 8.45 


•AM 


11 19 42^ 


.408 


11 24 15.81 


11.888 


11 28 48.77 


11.884 



IkSSmSoa. 


Tarxrf 
Dee. 
fori 
hoar. 

Noom, 

If 
40.71 


Noon, 


O 1 « 

+18 18 56.9 


17 58 48.5 


50.98 


17 88 10.1 


53.31 


17 12 2.3 


53.40 


16 50 25.9 


54.80 


16 28 21.6 


55.74 


16 5 50.2 


58.84 


15 42 52.2 


57.95 


15 19 28.5 


59.01 


14 55 39.7 


60.04 


14 81 26.6 


81.01 


14 6 49.8 


63.01 


18 41 50.1 


89.05 


18 16 28.2 


68.86 


12 50 44.8 


64.74 


12 24 40.8 


88.88 


11 58 16.8 


86.41 


11 81 88.8 


87.90 


11 4 81.1 


87.96 


10 87 11.1 


68.69 


10 9 84.0 


69U0 


9 41 40.4 


70.06 


9 18 81.1 


70.70 


8 45 6.7 


71.31 


8 16 28.0 


71.99 


7 47 85.8 


79.44 


7 18 80.8 


79.96 


6 49 13.7 


73.46 


6 19 45.4 


73.91 


6 50 6.8 


74.38 


6 20 17.8 


74.73 


+ 4 50 19.8 


75.00 



h. m. 
20.7 
21.8 
22.8 
28.9 
24.9 

25.9 
26.8 
27.7 
28.6 
29.6 

80.4 
81.3 
82.1 
88.0 
83.8 

84.6 
85.8 
36.0 
86.8 
87.6 

88.8 
89.1 
89.7 
40.4 
41.1 

41.8 
42.4 
43.1 
43.7 
44.3 

44.9 
45.5 



DmrorttMMntti, 4kth. 



Semidiameter 4.9 
Hor. Parallax 5.0 



4.9 
5.0 



14kth. 



4.9 
4.9 



19th. 



N 

4.9 
4.9 



4.9 
4.9 



«9lh. 



DUOfttMltaitb, Sd. 



4.9 
5.0 



Semidiameter 
Hor. Parallax 



4.9 
5.0 



4.9 
6.0 



13th. 



5.0 
5.0 



18th. 



5.0 
6.0 



n 
5.0 

6.1 



Mth. 



5.1 
5.1 



222 



VENUS, 1856. 



SEPTEMBER. 


OCTOBER. 1 


1 


GREENWICH MEAN TIME. 




GREENWICH MEAN TIME. 


XT"^ 


Var.of 
R.A. 
fori 
boar. 


DtdSMttoo. 


Var^f 
Deo 
fori 
bour. 

Noon. 


M«ridkn 


1 


Aaeeiuion. 


Var.of 
R.A. 
fori 
boor. 


ilSSSSL 


YTJOt 

Dm. 
fori 
boar. 

No0n. 


Maridka 


Noim. 


iVpVA. 


Noon, 


Noon. 


Noon. 


Noon. 




b. m. •. 


•. 


1 H 


u 


b. m. 




b. m. •. 


■. 


1 • 


h. m. 


1 


11 28 48.77 


11.864 


•(- 4 50 19.8 


76.09 


45.6 


1 


18 45 4.80 


11.619 


-10 18 89.6 


71.80 


1 8.4 


2 


11 88 81.29 


.S47 


4 20 12.9 


78.49 


46.1 


2 


18 49 48.39 


.646 


10 47 15.9 


71.91 


1 4.2 


8 


11 87 58.48 


.SS9 


8 49 59.0 


78.79 


46.7 


8 


18 54 28.38 


.081 


11 15 87.8 


70.60 


1 4.9 


4 


11 48 25.21 


an 


8 19 88.2 


76.99 


47.8 


4 


18 69 4.14 


.790 


11 48 44.5 


69.94 


1 6.6 


6 


11 46 56.68 


a05 


2 49 11.2 


76.98 


47.9 


6 


14 8 45.85 


.787 


12 11 84.8 


69.94 


1 6.4 


6 


11 61 27.86 


11.994 


2 18 88.9 


76.44 


48.6 


6 


14 8 28.49 


11.797 


12 89 8.0 


66.81 


1 7.2 


7 


11 55 58.82 


.986 


1 48 1.8 


76.69 


49J0 


7 


14 18 12.09 


.887 


13 6 28.8 


67.78 


1 7.9 


8 


12 29.60 


.979 


1 17 20.8 


76.77 


49.6 


8 


14 17 66.68 


.879 


18 83 20.0 


66.96 


1 8.7 


9 


12 5 0.21 


.979 


46 86.6 


76.00 


60.2 


9 


14 22 42.80 


.998 


18 69 67.4 


66.14 


1 9.6 


10 


12 9 80.71 


•969 


+ 15 50.0 


76.98 


60.7 


10 


14 27 28.97 


11.967 


14 26 14.6 


68.80 


1 10.4 


11 


12 14 1.14 


11.968 


- 14 68.8 


77.08 


61.8 


11 


14 82 16.70 


19.011 


14 62 10.8 


64.80 


1 11.8 ; 


12 


12 18 81.56 


.968 


a 46 47.6 


77.06 


51.9 


12 


14 87 6.52 


.088 


16 17 45.1 


68.46 


1 12.1 1 


13 


12 23 2.01 


.970 


1 16 87.8 


77.66 


52.4 


18 


14 41 65.48 


.106 


15 42 57.0 


69.81 


1 18.0 


14 


12 27 82.58 


.974 


1 47 26.7 


77.08 


68.0 


14 


14 46 46.59 


.188 


16 7 45.6 


61.89 


1 18.9 1 


15 


12 32 8.16 


.980 


2 18 14.9 


76.97 


68.6 


15 


14 61 88.88 


.901 


16 82 10.2 


60.81 


1 14.9 ' 

1 


16 


12 86 83.94 


11.987 


2 49 1.8 


76.88 


54.1 


16 


14 66 88.24 


19.980 


16 66 9.9 


89.48 


1 
1 15.9 


17 


12 41 4.92 


•996 


8 19 45.1 


76.76 


54.7 


17 


10 1 26.85 


.801 


17 19 48.9 


88.87 


1 16.8 


18 


12 45 86.15 


.807 


8 60 25.7 


76.60 


55.8 


18 


16 6 22.67 


.869 


17 42 51.5 


87.98 


1 17.8 


19 


12 50 7.69 


.891 


4 21 2.2 


76.48 


55.9 


19 


16 11 19.76 


.404 


18 6 82.0 


86.11 


1 18.8 


20 


12 54 89.57 


•886 


4 61 84.0 


76.91 


66.6 


20 


16 16 18.07 


.486 


18 27 44.6 


84.98 


1 19.8 . 


21 


12 59 11.82 


11.889 


6 22 0.4 


78