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THE
AMERICAN EPHEMERIS
AND
NAUTICAL ALMANAC
FOR THE YEAR
1916
PUBLISHED BY THB NAUTICAL AUIANAC OFPICI!, U. 8.
NAVAL OBSBRVATOBY, BY DIRECnON OF THE BECRETART
OF THB NAVY AMD UNDER THE AUTHORITY OF C0NCRB8S.
SOLD BY THB SUPERINTENDENT OF DOCUMENTS,
OOVBBNHENT PRINTING OFFICE, WASHINGTON, D. C.
GOyERNMENT PRINTING OFFICE
July 2 0, l«fl-i
TT. 8. NAVAL OBSERVATORY.
Captain J. L. Jayke, V. S. N., SuperintenderU,
ASTRONOMICAL COUNCIL.
Captain J. L. Jatne, U. S. N. Prof. F. B. Ltttell, U. S. N.
Commander E. T. Pollock, U. S. N, Prof. A. Hall, U. 5. N.
Prof. W. S. EicHELBEBQEB, U. S. N. Assistant Astronomer G. A. Hxll,
Assistant Astronomer J. C. Hammond.
DEPARTMENT OF THE NAUTICAL ALMANAC.
Prof. W. S. EiCHELBERQER, U. S. N., Director.
ASSISTANTS.
Jam£s Robertson. Clifford S. Lewis.
Walter M. Hamilton. George F. Crawley.
William T. Carriqan. Josefh F. Rrrr.
Arthur Snow. Clbtus H. Killian.
Perez Fisch Joseph J. Arnaud.
pieceworkers.
Elizdbeih B. Davis. Frank E. Ross.
Janet Mc TTifltam. Henry B, Hedrick.
Hannah F. M. Hedrick. Thomas E. TroU.
Alfred Doolittle. Louis Lindsey.
Henry B. Evans. Arthur Newton.
George B. Merriman. Isabel M. Lewis.
Henry Shattyn.
NoTB.— Tbose wbose oaaws ve printed In ttalios deroto obIj • sbaU portloo of Unk time to work oT tbe Nautical
Almame Ofl&oe.
January, 1914.
• •
u
1 •
PREFACE.
This volume of the American Ephemeris and Naviical Almanac
was prepared under the hnmediate supervision of Professor W. S.
EicHELBERGER^ U. S. N., the Director. The character of the mat-
ter herein contained is the same as in the inmiediately preceding
volumes, but the arrangement has been changed in a number of
instances. The changes in the Ephemeris have been made with the
approval of the Astronomical Council of the Observatory upon the
recommendation of the Director, after consultation with the Assist-
ants of the Nautical Almanac Office.
TTiis is the first volume to be issued imder the international
agreement resulting from the Congrh International des J^ph^m^rides
Asbronomiques held at Paris in October, 1911.
The naval appropriation bill approved August 22, 1912, con-
tained the following:
The Secretary of the Navy is hereby authorized to arrange for the
exchange of data with such foreign ahnanac offices as he may from time to
time deem desirable, with a view to reducing the amount of duplication of
work in preparing the different national nautical and astronomical almanacs
and increasing the total data which may be of use to navigators and astrono-
mas available for publication in the American Ephemeris and Nautical
Almanac: Provided, That any such arrangement shall be terminable on one
year's notice: Provided further, That the work of the Nautical Almanac
Office during the continuance of any such arrangement shall be conducted so
tliat in case of emergency the entire portion of the work intended for the use
of navigators may be computed by the force employed by that office, and
without any foreign cooperation whatsoever: Provided further. That any
onployee of the Nautical Almanac Office who may be authorized in any
annual appropriation bill and whose services in whole or in part can be
q>ared from the duty of preparing for publication the annual volumes of the
American Ephemeris and Nautical Almanac may be employed by said office
in the duty of improving the tables of the planets, moon, and stars, to be
isedin preparing for publication the annual volumes of the office: Provided
■ !/»ft^, That section four hundred and thirty-five. Revised Statutes, is hereby
. i^tealed.
In accordance with the authority granted by Congress^ the Navy
BqMtrtment has expressed its willingness to adopt the program of
exchanges of data recommended by the International Congress at
■ •••
I ■ ■ * 1 ■ B 'I ' ^^ I ■-! i *
# *^ *
•y' :** »-r:'.n. u^-^tru^rt ii rirrr itf*'^^rianc i-nf zn^vvr.if.zizc^ zi:c to the
^\ r.i -^i^rvij*^ *: lii*- TESGlrrDnr^ ^tii*- TC^£ini:Q5 of the
r-r '^ ' jnu'iu^^ vi'-i * lit at-rjt 5*c«- :c pr?*:^:ci i« nz*** pii»I:
' i ; .: -^^li;-! 'i '.lit zz^riz, ikt :c -.TrE^eciTj :-1 iju^ i.r>e resc^-iition,
r*f«*et lilt visL ihti ibf id :ci5:c: c»: i>^je rii^endian
} ,?•***: 'iri**i yx u^ '-lit e:*ii*^rLterij» rte tk^ .a^:: is ^coc: *s p
*T
>
-u^ -:i*-;A*^-tii*r:'^ t^-v^^ct rut re9:»rjuxi e. ^ccr.T r»i-4 wiLri
•*vr^ tM'Tif. T*ft -tn^^^t^cT. Fjifi^ync^lf c^j£ -V-wc:ir -ArTTAir^oc has
;— jit li* ^/»riir ui'jT "J*<^- *ii"^ uteniiLz: frc r^u^Srtil pirpciaess '>ut on
fc*-^^-,/" v' '.lit r*niir,itot!»* I'f liie Aiiierirtijn. Corihifci frcm ii, and
Mit ^< vus>: 'ut y*^^rtL 'l^iaerTiiarr azjc ouja- orit<-rTM<Mes near
; J* asi*ri^:Iiti'. tirt eiv^::!^:"*^ ime*^ of tbe siir rtlioes r.ublisiied bv the
Ayt^i^tcti. h,^»^^t^> c*^a Vcv: !t:r Ar^-ir^wc tli^ d*p&rtznf?nt deems it
^-rxV— -V ?*<«r.-t tilt nni; lo pii:-3sh certii:: er.besaeriies for the
7 u^ V. -vjt . fc-fc 11. j'rt^ac'us re&rs. js ciTioed ir-io ihi^ee parts,
♦ rjt *^'iK?sii*Tio^ '/ t Lie ml:, and M :*oii, the jreooenrrJc and heliocentric
yj^i*\^xA '/ t:jt iii?:./-»r jliJiets. aiid otLer fiirid^inx^ntal a^^troDomical
CitA 5'J? ^^ .J^l^^i.-^t ir-^ertals of Green^ch mean tiii>e,
7 i^ XTjESiViTiiJ of tlif part Las lieeii rearrstnged. Ail information
i*i»>:^ i:- #3r/r..M<bf^ao'Ja with oiosen-aitions of ihe positions of ibe Sun has
tM^fU ^JT^J'^A V/^ffXi^, aijd tbe resulting ^»lar ephomeris is given first
hx or^ «:*d i^ir \l^ eLtire yesLr. Then fouows the hinar ephoneris
5gr ti*er «utir*ir y^ir- eiiJx«i\-ing all the information for \is^ in connec-
lia-j witb i>T>«nati</Dfi of tbe position of the Moon. Rnallv, there
PREFACE. V
appear the planetary ephemerides arranged in accordance with the
planet's distance from the Sun, beginning with Mercury.
Part II, Ephemeris far the Meridian of Washington^ which gives
ephemerides of 825 stars. Sun, Moon, and major planets, for transit
over the meridian of the Naval Observatory, Washington, which
passes midway between the West and East Transit Circles of the
Observatory. The mean places of the fixed stars and the data for
their reduction are also included in Part II.
In this part the principal changes are that the number of cir-
cimipolar stars for which daily ephemerides are given has been
increased to 35, and these ephemerides are given together; that the
apparent right ascensions of stars whose declination is less than 60^
are given to O'.OOl; and that the apparent declinations of all stars
are given to 0".01.
Part III, Phenomenay which contains predictions of phenomena
to be observed, with data for their computation. Greenwich mean
time is used throughout this part except with the occultations
vfaible at Washington where Washington time is used. Tables for
the determination of latitude and azimuth from Polaris, tables for
the conversion of time, and an alphabetical list of observatories, with
iimr latitudes, longitudes, and other data, are contained in this part.
The hourly ephemeris of the Moon, and the Greenwich ephemeris
of Mars, Jupiter, Satiun, Uranus, and Neptime, were furnished by the
office of the British Nautical Almanac.
The Greenwich ephemeris of Mercury, the elements of Satum^s
ring3, the elongations of Satiun's satellites, and the apparent places
for Greenwich transit of 518 ten-day stars were furnished by the office
(rf the Berliner Jahrbuch.
The conjimctions, phenomena, and configurations of Jupiter's
satellites I-IV and the apparent places for Greenwich transit of 38
cirtumpolar stars were furnished by the office of the Connaissance des
Temps*
The apparent places for Greenwich transit of 121 ten-day stars
were furnished by the oflSce of the Alrnaruique Nautico.
The apparent places for Greenwich transit of 47 ten-day stars
were furnished by the oflSce of the Annuario Astronomico di Torino.
In accordance with the recommendations of the Congrh Interna^
tmal des £phSnUrides AstronomiqveSy most of the material furnished
from abroad is based upon tables prepared in the American Nautical
Almanac Office. In the Introduction are mentioned the various
tables upon which the different ephemerides are based.
vi THE AMERICAN EPHEMERIS.
The following computations were made by the American Nau-
tical Almanac OflBice :
In Part I, the entire ephemeris of the Sun and Venus; the lon-
gitude, latitude^ and horizontal parallax of the Moon; and all the
hourly and daily variations for the quantities furnished from abroad
except in the case of the right ascension and declination of the Moon.
In Part II, the quantities used in computing the apparent places
of the stars from their mean places; the mean place Kst; the inter-
polation of the apparent places of 724 stars from transit at Greenwich
to transit at Washington; the apparent places of 101 stars; the inter-
polation of the ephemerides of the Sim, Moon, and planets from
Greenwich noon to transit at Washington; the stellar magnitudes of
the planets.
In Part III, the data relating to the eclipses of the Sun and
Moon; the data relating to the occultations of stars by the Moon;
the ephemerides for physical observations of the Sun, Moon, Mars,
and Jupiter; the elements of the illuminated disks of Mercury and
Venus; the stellar magnitudes of the planets; the data concerning
the satellites of Mars, Uranus, Neptune, the fifth, sixth, and seventh
satellites of Jupiter, and the ninth satellite of Saturn; the diagrams
of all the satellite orbits; the position angle and distance tables of
the satellites of Saturn; the list of phenomena; the list of observa-
tories with their geographical coordinates; and the tables for the
determination of latitude and azimuth from observations of Polaris.
In addition, all computations made in the American Nautical
Almanac Office and those received from the other offices were sub-
jected to checks to insure absence of errors.
The personnel of the Office at the date of issue of this volume is
given on page ii, and those who worked on this Ephemeris and are
not now members of the force are William Auhagen and Walter C.
Grebe.
J. L. JAYNE,
Captain^ U. S. Navy,
Superintendent Naval Observatory.
U. S. Naval Observatory, January, 1914.
CONTENTS.
Intioduction .
Annivemriee and Feedvals
Chronological Eras and Cycles
Astixxnoimcal Constants
Symbols and Abbreviations
PART l-'EPHEMERIS FOR THE MERIDIAN OF GREENWICH.
Ephemeris of the Sun .........
Ephemeris of the Moon .........
Fnases of the Moon . ...
EphemecideB of the Planets Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune.
PART ll-'EPHEMERIS FOR THE MERIDIAN OF WASHINGTON
Bkssel's Formula for Star-Reductions
Beeselian and Independent Star-Numbers
Nutation, Terms of Short Period in the
Mean Places of 790 Standard Stars for 1916.0
Mean Places of 35 Circumpolar Stars for 1916.0
Apparent Places of 35 Circumpolar Stars .
Apparent Places of 790 Standard Stars
EjAemeris of the Sun for Apparent Noon .
Moon-Culminations ....
Tmnsit-Ephemerides of the Planets Mercury, Venus, Mars, Jupiter, Saturn, TJianus,
Neptune ...........
PART III— PHENOMENA.
jficiipees
Mean Places of Stars Occulted by the Moon
Elements for the Prediction of Occultations
Occultations Visible at Washington
Ephemeris for Physical Observations of the Sun
lloon. Mean Equator, Orbit, and Mean Longitude
El^emeris for Physical Observations of the Moon
DidES of Mercimr and Venus
Ej^emeris for Physical Observations of Mars
Satellites of Mars
Efdiemeris for Physical Observations of Jupiter
Satellites of Jupiter, Saturn, Uranus, and Neptune
Phenomena, Planetary Configurations
Positions of Observatories ....
Problems in Lunar Distances
TABLES,
Table I — ^For Findinc: the Latitude by an Observed Altitude of Polaris
Table la — Auxiliary Table of Corrections for Latitudes other than 45^
Table II— Sidereal into Mean Solar Time .
Table III— Mean Solar into Sidereal Time
Table IV— Azimuth of Polaris at all Hour Angles
Table IVa — Correction for Declination
Table V — ^Azimuth of Polaris at Elongation
Table Va — For Reduction of Observations Near Elongation
Table VI — For Finding the Times of Upper and Lower Culmination of Polaris
Table VII — ^Apparent Place, Upper Culmination, and Elongations, of Polaris .
On the Arrangement and Use of The American Ephemerii and NatUical Almanac
Index to Apparent Places of Stars .......
Geneial Index .........
Page.
ix
xvi
xvii
■ • •
zvui
2
26
117
134
200
202
215
217
231
232
316
514
522
538
558
566
571
607
610
611
612
620
622
626
627
631
670
672
682
683
687
688
691
694
699
700
705
706
707
709
736
739
vu
L
ERRATA.
The American Ephemeris, 191S.
Page.
677, No. 143, Description for 3«.6 E. read 3«.6 W.
The American Ephemerie, 1914-
677, No. 143, Description for 3".6 E. read 3».6 W.
The American EphemeriSf 1915.
558, Dec. 32, Apparent Right Ascension for 6*. 67 read 5'. 65
677, No. 144, Description for 3-.6 E. read 3«.6 W.
698, Table V, Lat. 58** 1(K, Decl. 88** 51^ 5(K' for W.S read W\6
• • •
viu
INTRODUCTION.
The Ephemeris for the Meridian of Greenwich, comprising Part I of this
volume, has been constructed from various tables of the Sun, Moon, and
planets, as stated below, and the ephemerides of these bodies for the meridian
of Washington contained in Part II have been computed from the same tables.
The Ephemeris of the Sun is constructed from Newoomb's Tables of the
Sun, AHronamical Papers of the American Ephemeris, Vol. VI, part 1.
The adopted value of the mean equatorial horizontal parallax of the Sun
is 8".80, Paris Conference, May, 1896.
The Sun's rectangular equatorial coordinates are computed from the longi-
tudes and latitudes by the following formulse:
X^R COS X
Y^R sin A C08 (»-19.3 R ft
Z'^R sm A. sm 09+44.5 R ft
The reductions to mean equinox are computed by the formulae —
A F= -X C08 fid JA. sin V'-\- ZAaa sm V'-\- 9.1 tR sm (A-|-6*»)
AZ^-X an 01} AX an V- YA<o an r'-21.0 rR an (A.+6*»)
where the numerical coefficients are in units of the seventh place of decimals
and
i?=the Sun's distance from the Earth,
A.«the Sun's true longitude,
>9=the Sun's true latitude, expressed in seconds of arc,
a}=the obliquity of the ecliptic,
AX^the reduction of longitude for precession and nutation from the beginning of the
Besselian fictitious year,
Jootsthe reduction of the mean to the apparent obliquity,
rs=the fraction of the year since the beginning of tiie Besselian fictitious year.
The longitude, latitude, and parallax of the Moon are derived from Han-
ssk's Tables de la Lune (London, 1857), the mean longitude being corrected as
in previous years, beginning with the volume for the year 1883. The state-
ment concerning these corrections which is contained in the volumes from 1883
to 1911, inclusive, is erroneous, in that they have not been computed strictly
m accordance with the formula in Newcomb's Researches on the Motion of the
Moon, part 1, page 268, Washington Observations, 1875, Appendix II. That
foraiula is,
-rM4-29^M7 T-3''.86 'P-VJ-(K^09 sin A-15'M9 cos A,
while the expression actually used is,
-rM4-29'M7 T-3'^76 'P-Vj- W.49 cos A.
In these formulse T is the time in units of 100 years reckoned from 1800.
The ephemerides of Mercury, Venus, and Mars are derived from New-
comb's tables of these planets, Astronomical Papers of the American Ephemeris ^
Vol. VI, parts 2, 3, and 4.
ix
X THE AMERICAN EPHEMERIS.
The ephemerides of Jupiter and Saturn are derived from the tables con-
structed in this office by George W. Hill, Astronomical Papers of the American
Ephemeris, Vol. VII, parts 1 and 2.
The ephemerides of Uranus and Neptune are derived from Newcomb's
tables of these planets. Astronomical Papers of the American Ephemeris, Vol.
VII, parts 3 and 4.
The nutation used in computing the ephemerides of the Sun, Moon, and
planets has been taken from Tables XXXII and XXXIII of Newcomb's
Tables of the Sun, Astronomical Papers of the Am^erican Ephemeris, Vol. VI,
part 1. The formulae from which this nutation is computed are as follows, the
time interval T being expressed in imits of 100 years, reckoned from 1900.
See Tables of (he Sun, page 26.
5^- -(17''.234+(K^017 T) am ft d«=4-9'^214 cos ft
+ (K^209sin2Ji -(K^OOO cos 2 ft
- r^257Bin2L +0^^546 cos 2 L
- (K^049 sin (3 L+78^.7) +(K'.021 cos (3 L+78*».7)
4- (KMIO sin (L-f75^3) -(K^009 cos (L-78*.7)
The formulae for the nutation used in computing the BesseUan and Inde-
pendent Star Numbers are as follows:
Tenns of Long Period. Terms of Short Period.
5^= -(17^'.234+(K'.017 T) sin ft -(K^204 sin 2 C
4- (K^209Bin2ft +0^^011 sin (C +^0
- r^272 8in2L +0^^068 sin (C -^0
4- (KM26 sin (L-F) -(K^034 sin (2 C -ft)
- 0^^050 sin (3 L-2^ -(K'.026 sin (3 C --TO
+ (K'.021 sin (L+r) 4-0^^015 sin (C -2 L+F')
4- (K^012sin(2L-ft) 4-0''.006 sin 2 (C -L)
Se^-ir (9''.2104-(K^0009 T) cos ft 4-0^^088 cos 2 C
- 0^^090 cos 2 ft 4-0^^018 cos (2 C -ft)
4- 0^^552 cos 2 L 4-0^^011 cos (3 C -r)
4- (K^a22 cos (3 L-r) -(K^006cos(C4-rO
- (K^009 cos (L4-r)
- (K^007 cos (2 L-ft)
The meaning of the symbols used and the manner in which these latter
formulae have been employed in computing the ephemerides of the stars are
explained on pages 200 and 201. The slight discrepancy between the terms
in 2 L in these two sets of formulae is due to the correction of an error in the
first set. See Bulletin Astronomigue, 1898, Vol. XV, page 244.
The list of 826 stars contained in Part 11 has been selected from New-
oomb's Catalogue of Fundam^ental Stars, Astronomical Papers of the American
Ephemeris, Vol. VIII, part 2.
In general, the names of the stars are the same as in Newcomb's Sug-
gested List of Fundamental Stars, except that the Flamsteed number has
been omitted in all cases where Greek or italic letters are available. In some
cases the constellation and nimiber of the uranometries of Heis or Gk>ULD
have been used. In all such cases, H^ or the letter G precedes the constella-
tion name, as, for example, 5 H^ Cassiopeiae and 38 G. Horologii.
The magnitudes of the stars have, with a few exceptions, been taken from
Annals of the Harvard College Observatory, Vol. L, 1908.
INTRODUCTION.
XI
The spectral classification has been funushed by the Harvard College
Observatory. The notation is that of Anruxla of Harvard College Observatory,
Vol. LVI.
The mean places, annual variations, and annual proper motions of the
stars have been taken from Newoomb's Catalogue, except that those of
e Hydri, 38 G. Horologii, and tt Centauri have been taken from Fero^jfcnflicft-
ungen des Koeniglichen AstronomUchen Rechen^Instiiuts zu Berlin, 1907, No. 33.
The values of ^oi and ^d which are given for the companions to the stars
Y Andromed®, a^ Crucis, C^ Urs» Majoris and 61 Cygni, have been taken from
Boss's Preliminary General Catalogue, and those for a^ Oeminorum from
Dobebck's elements given in the Aetronomische Nachrichten, 1904, vol. 166,
page 145.
The formula for the computation of the Besselian and Independent Star
Numbers are given on page 200, the coefficients being those given by New-
comb in BvUetin Astronomique, 1898, Vol. XV, page 241.
The terms of short period of the nutation, depending on the Moon's mean
longitude, have been computed from the formula for these terms given above.
The method by which the right ascensions and declinations of the stars
intOTpolated from the 10-day ephemerides are corrected for the effect of these
short-period terms is given on page 201.
According to the formula on pages 200 and 201 the star constants a, h, c, d,
a', V, c' , d' are computed for each star from its mean place at the beginning
of the yefia", but if strict accuracy is required they should be computed from
the stf^s mean place at date, and the following second-order terms should be
added to the usual expressions for the reduction from mean to apparent place,
namely —
tan ^
tan^iJ
To a-a^
4-0.000 003 r* sin a^
-0.000 149 r* cos a]
-0.000 0650 r» sin 2a
+0.000 0103 sin 2 £2 cos 2a
-0.000 0107 cos 2 ft sin 2a]
-f 0.000 0620 sin 2 O cos 2a\
-0.000 0622 cos 2 0 sin 2a] ^^ ^
+0.000 0513 sin (0+Ji) cos 2a]
-0.000 0507 cos (0+JX) Bin 2a
+0.000 0097 Bin (0 -ft) cos 2a
-0.000 0053 cos (0- JX) sin 2a
To^-«5.
//
> tan ^
tan ^ sec (f
+0.000 975 r» sin^a
-0.000 023 cos 2 fl
-0.000 080 cos 2 Ji cos 2a
-0.000 077 sin 2 Ji sin 2a
+0.000 040 cos 2 0
-0.000 467 cos 2 0 cos 2a
-0.000 465 sin 2 0 sin 2a
-0.000 039 cos (0+Ji)
-0.000 380 cos (0+ft) cos 2a
-0.000 385 sin (0+ft) sin 2a
-0.000 380 cos (0-Ji)
-0.000 040 cos (0 -ft) cos 2a
-0.000 072 sin (0-ft) sin 2a
> sin ^ tan H
These terms are negligible for stars whose declination is numerically less
dian 80^, but in computing the apparent places given in the American Ephem-
OTs they have been applied whenever sensible.
The apparent places of seven stars have been corrected for the effect of
annual parallax. These stars, with the adopted values of the annual parallax,
ft
tf
rCeti 0.31
t Eridani 0.32
a Canis Majoris (Sirius) . . 0.38
a Canis Minoris (Procyon) . . 0.33
a Centauri .... 0.75
a Aquilse (Altair) . . 0.23
61 Cygni 0.30
xu THE AMERICAN EPHEMERIS.
The apparent places of at Canis Majoris (Sinus), a Canis l^Gnoris (Procyon),
and a^ Centaiui have been corrected for the effect of orbital motion. Auwers's
elements were used for Sirius and Procyon, and See's elements for a' Centauri.
The values of these corrections are given on pages 98 and 99 of VeroeffentUch-
ungen des Koeniglichen Astranomischen RecherinlnsHtuU zti Beriin, 1907, No. 33,
but those for Sirius and Procyon need an additional correction to refer them to
the center of the orbit before they are applicable to the mean places taken from
Newcomb's Fundamental Catalogue. These additional corrections for Sirius
and Procyon were omitted in the Star List of the American Ephemeris [Suppie-
ment to the American Ephemeris and Nautical Almanac] for 1910 and 1911, and
in the American Ephemeris and Nautical Almanac for 1912 and 1913. The
values of the corrections for the three stars are —
Sirius.
Procyon.
a* Centauri.
1916.0 1917.0
1916.0 1917.0
1916.0 1917.0
Ja
-0M42 -0-.143
-0-.062 -0-.062
+0-.658 +0-.647
JS
-0^^46 -0^^59
-©''.OS H-o^'-os
-f6^^25 +5^^98
These corrections have not been applied to the mean places as published in
this volume.
The stars occulted by the Moon have been selected from the Catalogue of
Zodiacal Stars contained in Vol. VIII, part 3, Astronomical Papers of the
American Ephemeris, and the mean places for 1916.0 have been derived
from the same catalogue.
In Part UI the elements of eclipses of the Sim and occidtations of stars
by the Moon are given in accordance with Bessel's method, the special forms
employed being a modification of those developed in Chauvenet's Spherical
and Practical 'Astronomy.
In the computation of the elements of EcUpses, the following corrections
to the longitude, latitude, and parallax of the Moon, deduced by Newoomb
from recent observations of occidtations of stars by the Moon, AstronamicaZ
Papers of the American Ephemeris, Vol. IX, part 1, have been applied. These
corrections have been assumed in each case to be constant during the eclipse.
G. M. T.
5v
H
Sit
1916
ft
ft
tf
Jan. 19^ 21»»
-f6.4
+1.0
+0.34
Feb. 3 4
+7.5
-0.3
+0.42
July 14 17
+6.2
-0.1
+0.43
July 29 14
+8.3
+1.0
+0.34
Dec. 24 8
+7.0
0.0
+0.42
The elongations of the satellites of Mars are derived from elements given
by H. Struvb in Sitzungsherichte der Koniglich Preussiscken AJcademie der
Wissenschaften, 1911, page 1073.
The conjunctions and phenomena of Jupiter's four brighter satellites are
derived from Sampson's tables. The configurations are derived from a con-
tinuation of Damoiseau's tables by M. Pottiee.
The elongations of the Vth satellite of Jupiter are derived from impub-
lished elements deduced from the observations of Babnabd.
The differential coordinates of Jupiter's Vlth and Vllth satellites are
derived from elements and tables given in Lick Observatory Bulletin, 1906,
Vol. IV, No. 112, and in Astrorumische Nachrichten, 1907, Vol. 174, page 359^
respectively.
INTRODUCTION. xin
The elongations and conjunctions of the satellites and the positions of the
rings of Saturn are derived from elements given by H. Struve in Ohservaiions
de PavUcova, Supplement 1, St. Petersburg, 1888; Pvblications de PouUcovo,
Second Series, Vol. XI, St. Petersburg, 1898; with corrections communicated
by H. Struve to the Berliner Jdhrbuch. The differential coordinates of
Phoebe are derived from elements and tables given in the Annals of Harvard
College Observatory, 1905, Vol. LIII, No. VI.
The apparent outer dimensions (a and h) of the rings of Saturn are also
according to Struve; the relative dimensions of the rings are computed from
Bessel's data, except those for the dusky ring, which are based on the obser-
vations of various astronomers.
The elongations of Ariel and Umbriel, the inner satellites of Uranus, are
derived from the data of Newcomb's Uranian and Neptunian Systems, WasJi-
ingUm Observations, 1 873, Appendix I. The elongations of Titania and Oberon,
the outer satellites of Uranus, are derived from elements given by H. Struve
in Abhandlungen der K. Preussischen AJcademie der Wissenschaften, 1912.
The elongations of the sateUite of Neptune are derived from elements
given by A. Hall in the Astronomical Journal, 1898, Vol. XIX, page 65.
The adopted apparent semidiameter of the Sim at the Earth's mean dis-
tance is 16' 1''.50, while in the computation of ecUpses the value given by
AuwERS in the Astronomische Nachriehten, 1891, Vol. 128, page 367, is em-
ployed, viz., 15' 59".63.
In the computation of the ephemeris for ph3^8ical observations of the
Sun, the following elements by Carrinoton have been used :
Inclination of the Sun's equator to the ecliptic 7® IS'
Longitude of the asceding node of the Sun's equator on the
ecliptic 73* 40'+5(K'.25 (<-1860)
Sidereal period of rotation (mean solar days) 25^.38
The apparent semidiameter of the Moon is computed from the Moon's
equatorial horizontal parallax, n, by the formula,
S=0.272 606 jr+r'.50
where the constant 0.272 606 is based on data from occultations given by
J. Peters in the Astronomisclte NachriclUen, 1895, Vol. 138, page 147; and the
constant 1".50 is added to cover the average effect of irradiation.
The value of the Moon's semidiameter employed in the computation of
ecfipses is computed from the formula,
sin S=0.272 274 sin n
In the computation of the ephemeris for physical observations of the
Moon, the following notation and formulae have been used, the value of I and
Ae formul» for physical Ubration being those given by F. Hayn in AbJumd-
hngen der K Sdchsischen GeseH. der Wissenschaften, Vols. 29 and 30, 1904,
1907:
/=the inclination of the Moon's mean equator to the ecliptic (=1® 32^.1),
Qssthe longitude of the ascending node of the Moon's orbit, or the longitude of the
descending node of the Moon's mean equator,
Csthe angle attfaeceater of the Moon's disk made by a lunar meridian with the circle
of declination, counted from north to east,
X, fi, a, 5sthe geocentric longitude, latitude, right ascension, and declination of the Moon,
THE AMERICAN EPHEMERIS.
i«the inclination of the Moon's mean equator to the Earth's true equator,
i^Bthe distance on the Moon's mean equator from its ascending node on the Earth's
true equator to its ascending node on the ecliptic,
S2^»the distance along the Earth's true equator from the true equinox to the ascending
node of the Moon's mean equator,
C »the Moon's mean longitude, referred to the mean equinox,
^■sthe Earth's mean anomaly,
^»the Moon's mean anomaly,
tfasthe angular distance of the perigee of the Moon's orbit from its ascending node on
the ecliptic,
6, 2«the optical librations in latitude and longitude, respectively,
Shf Sl^ihe ph3rsical librations in latitude and longitude, respectively,
(4.^6=the Moon's geocentric libration in latitude^^the Earth's selenographic latitude,
l-\-dl=*ihe Moon's geocentric libration in longitude^the Earth's selenographic longitude,
dCsthe physical libration of C,
^— (K.617ain2(ft-A),
A^mn I cos (JX~A),
tan B»tan Isin (ft-A),
cos o cos 6
«6-+l(W Bin (a+0+37'^ sin (w-Q-ir' sin (^4.a(,-Z),
Sl^+I2f' sin ^-59'' sin ^-18^' sin 2a,
-[108^^ cos (00+0-37^^ cos (w-O+ir^ cos (^+«-/)] ton 6,
«C— [lOy^ cos (a+0-37^^ cos (ao-Z)+ir^ cos (g+os^l)] sec 6,
The Sun's selenographic latitude and longitude have been computed from
formulas the same as those given above except that the heliocentric coordinates
of the Moon have been substituted for the geocentric coordinates.
The following elements have been used in computing the ephemerides for
physical observations of the planets Mars and Jupiter:
Rototion period of Mars 24^ 37>> 22*.65
Rototion period of Jupiter f^y^°^ J; IIT^T.
Longitude of Central Meridian of Mars, May 15, 1897, Greenwich
Mean Noon 62**.01
Longitude of Central Meridian of Jupiter (System I.), July 14,
1897, Greenwich Mean Noon 47**.31
Longitude of Central Meridian of Jupiter (System II.), July 14,
1897, Greenwich Mean Noon 96^.58
The position of the north pole of Mars is as given by Lowell and Croh-
HELIN (see Monthly Notices R. A. S., 1905, Vol. 66, page 66), while that of the
north pole of Jupiter has been deduced from the position given by Damoiseatt
for 1760 (see Tables tldiptiques des Satellites de Jupiter, page (1)). The rota-
tion periods of Mars and of Jupiter and the longitudes of the central meridians
are according to Mabth (see Monthly Notices B. A. S., 1896, Vol. 66, pages
396-403 and 617-624). The longitude of the Great Red Spot and the time of
its transit across the (Central Meridian given in the volumes for 1913 and 1914
INTRODUCTION. xv
have been replaced by those of System II. of Mabth. This change has been
made in Tiew of the following facts: The Paris Conference of October, 1911,
assigned to the office of the American Ephemeris and Nautical Almanac the
preparation of the ephemerides for the physical observations of the planets; a
general desire exists that the use of System II. of Mabth shoidd not be dis*
continued; and the position of the Oreat Red Spot during the opposition of
1912 was about 70^ from the place predicted from the elements adopted in the
American Ephemeris and Nautical Almanac for 1913.
Hie adopted semidiameters of the planets, with the authority for each,
are given on page xix. Hieir stellar magnitudes have been computed from
f ormulfld given by G. Mueller in Pvhlicatianen dea AatraphymJcaUa^ien Obaervor-
toriuma zu Potsdam, 1893, Vol. 8, page 366.
In the list of observatories the positions given in this voltune have been
thoroughly revised, and in each case the authority from which they are derived
is given. The latitudes given are in most cases astronomicaL In some instances
they have been determined by geodetic triangulation from other points. The
reductions from geographic to geocentric latitude, tp' — (p, and the distance from
the center of the earth, p, are computed from the f ormulao on page xviii, using
the flattening -^ obtained by John F. Hatford in Supplem^entary Irwestiffil'
tian in 1909 of ike Figure of (he Earth and Isostasy, U. S. Coast and Geodetic
Survey, 1910, and adopted by the Paris Conference, October, 1911.
ANNIVERSARIES AND FESTIVALS, 1916.
New Year's Day-
Epiphany ....
Lincoln's Birthday
Septuagesima Sunday .
Washington's Birthday
Quinquagesima (Shrove Sunday)
Ash Wednesday .
Pahn Sunday
First Day of Passover
Oood Friday
Easter Sunday .
Rogation Sunday
Memorial Day
Ascension Day (Holy Thursday)
Hebrew Pentecost (Shebuoth)
Pentecost (Whit Sunday) .
Trinity Sunday .
Corpus Christi
Independence Day
Labor Day (except in certain States)
Hebrew New Year (Rosh Hashanah)
Day of Atonement (Yom Kippur)
First Day of Tabernacle (Sucoth)
Election Day ....
Thanksgiving Day
First Sunday in Advent
Christmas Day . . . •
Saturday,
Jan.
1.
Thursday,
Jan.
6.
Saturday,
Feb.
12.
Sunday,
Feb.
20.
Tuesday,
Feb.
22.
Sunday,
Mar.
5.
Wednesday, Mar.
8.
Sunday,
Apr.
16.
Tuesday,
Apr.
18.
Friday,
Apr.
21.
Sunday,
Apr.
23.
Sunday,
May
28.
Tuesday,
May
30.
Thursday,
June
IJ
Wednesday, Juue
7,
Sunday,
June
11,
Sunday,
June
18,
Thursday,
June
22
Tuesday,
July
4
Monday,
Sept.
4
Thursday,
Sept.
28
Saturday,
Oct.
7
Thursday,
Oct.
12
Tuesday,
Nov.
7
Thursday,
Nov.
30
Sunday,
Dec.
3
Monday,
Dec.
2j^
XVI
CHRONOLOGICAL ERAS AND CYCLES.
CHRONOLOGICAL ERAS,
THB TEAR 1916, WHIGH OOMPRUBS THB LATTIR PART OP THB 140TH AND THB BBGINNINO OP ISB
1418T TBAB OP THB INDBPBNDBNCB OP THB UNITBD 8TATB8 OP AMBBIOA, CORBBBPONDS
It
tt
It
tt
The year 6629 of the JuUan period ;
7424-7425 of the Bjzantme era, the year 7425 commencing on
September 1 ; * '
5676-5677 of the Jewish era, the year 5677 commencing on
September 28, or, more exactly, at sunset on September 27 ;
2669 since the foundation of Rome, according to Vabbo;
2663 since the beginning of the era of Nabonassab, which has
been assigned to Wednesday, the 26th of February of the
3967th year of the Juhan Period ; corresponding in the notation
of chronologists, to the 747th, and, in the notation of astrono-
mers, to the 746th year before the birth of Chbist;
" 2692 of the Olympiads, or the fourth year of the 673d Olympiad,
conmiencing in July, 1916, if we fix the era of the Olympiads
at 775J years before Chbist, or near the beginning of July
of the year 3938 of the Julian period;
" 2228 of the Grecian era, or the era of the SELEUCiDiB, which began
near the vernal equinox of the year, — 311 — B. C. 312, =4402
of the JuUan Period;
" 1632 of the era of Diocletian;
" 2576 of the Japanese era and to the 5th year of the period
entitled Taisho.
The year 1335 of the Mohammedan era, or the era of the Hegira, begins
on the 28th day of October, 1916.
The first day of January of the year 1916 is the 2,420,864 th day since the
commencement of the JuUan Period.
CHRONOLOGICAL CYCLES.
Dominical Letter .... BA
Epact 20
Ltunar Cycle or Golden Number 1 7
Solar Cycle 21
Roman Indiction . . 14
JuUan Period .... 6629
xvu
ASTRONOMICAL CONSTANTS.
O'fwrrsnt ^.l yTSkScii . , 5_i:- Fira Cccf ■
-r jj>?i9£uuL 2:4*
0*fiq-iirf cf rju?. ErLpiii* 2J* JT' »^ J$— 4K*.4i54 ♦_ig(jC> f ^**■^•^^>■=^^>-
Ljzot ttm-y^u* -is-s i--»tiiir» in 4fj»^ -i*l)-
L^xe'i --^ «rnnr& pwufilnai. :=« JOG 54'*-^} X/2 431 oa§ i4>~"^ :. :
Lmgrli 'if the 7»rar: ^
Ta5pu!al -.HIaarjr. - , . 3iK242 13** -^-0 '»)'>>0 0»::4 t— :3J» ^
3«5J23« 319) 42-0 WO mown l-I«e > X^vcomb.
3l*^Sd W: 34*4).00O 000 CtSH t-!30C
I>!li{)iN* 34Sj^15>000 -o.ooooeois t-V
Sjnodiral .ni JMTji 29.)30 d»»^ H 44
Ir^^ir^ 27 JCl i?2=<r 7 4i 4.7 [
A«cialiit> 2r.554 3«50=27 U 15 3;S^:|
Xfl-iiral 27^212 219«=:27 5 ^ 35.7J
kcfiiedajT k at s
Sui^T^Jtl 23 54 4.0^1 oi
JfeM S^'^ *4 S 56.554 oi
of tius-'Karrii Tl^^cd'^ Sph«T5ul cf 1309.:
L^^ mil*
Loi^riun r»*liij»^L-i5p=^.909 2>W5— Oi»0 7324 co* 2^—0.000 0019 tx^ 4^
B««ii3rtioo from p=*>i5rapak Utitude ^ to ^eoc^ithc Utitade ^\
^^^fy^^lV Zo'^M fin 2^H-rM7 an 44>,
1 mtUr^Z,2f0 KVR i^^n, 1 foot=4)-304 8006 nv^ter?.
1 ftotnte mil^sO.^^ ^^^2 n^atiral or e«%<g;zmpiiic^ miks.
i»^ iwiiiiiM in "i" T' n Hattvtc - ■« »*w
yoTt— Tb««b<r»wvita« '»'fc>V#wd ♦'-♦»«» «i»prt«l with tbt« _ — , ■h— lii, ..
ASTRONOMICAL CONSTANTS.
SEMIDIAMETERS OF THE SUN, MOON, AND PLANETS.
Name.
At Unit
Distance.
At Mean
Least
Dhtanoe.
tf
It
Sun 16 69.63
Moon 16 32.58*
Mercury 3.34
Venus 8.66
Mare 6.05
Jupiter (Equatorial) .... 1 40.20
Jupiter (Polar) "^ 1 34.12
Saturn (Equatorial) .... 1 24.88
Saturn (Polar) 1 17.47
Uianua 33.52
Neptune 38.66
5.45
30.SO
9.64
23.84
22.40
9.94
9.07
1.84
1.33
In Kilo-
meters.
696 663.46
1738.02
2 420.89
6 197.18
3 660.32
72 626.64
68 219.76
61 522.45
56 151.66
24 295.86
28 021.42
In Statute
Miles.
432 196.01
1079.96
1504.27
3 850.74
2 274.42
45 128.01
42 389.71
38 228.20
34 890.89
15 096.72
17 411.67
Authority.
Auwers.
Newcomb.
Le Verrier.
Peirce.
Peirce.
Am. Eph.
Peirce.
Barnard.
Barnard.
Am. Eph.
Am. £ph.
ELEMENTS OP THE PLANETABY ORBITS FOR THE EPOCH 1916 — January 1** G. M. T.
Name.
Mean Dis-
tance.
? Mercury 0.387 0D9
9 Venufl 0.723 331
©Earth 1.000 000
d Mars 1.523 688
11 Jupiter 6.202 803
\ Sstum 9.538 843
k Uranua 19.1C0 978
9 Neptune 30.070 672
Name
J Mercury
Slderea]
Period in
Tropical Years.
0.240 85
0.C16 21
1.000 04
1.880 89
11.862 23
29.457 72
84.016 29
164.788 29
Sidereal
Mean DaUy
Motion.
n
14 732.420
6 767.670
3 648.193
1 886.619
299.128
120.466
42.23
21.63
Synodic
Period in
Tropical Years.
0.317 26
1.698 72
• • •
2.135 39
1.09211
1.03618
1.012 09
1.00614
Ecoen*
tricttj.
0.205 6175
0.006 8131
0.016 7443
0.093 3234
0.048 3636
0.055 8344
0.047 0894
0.008 6434
? Venus
® Earth
e Mara
X Jupiter
\ Saturn
S Uranua
? Neptune
Inclina-
tion to the
». Ecliptic.
Mean Longi-
tude of the
Node.
• 1 tt
...70 11.4
47 20 8.1
. . . 3 23 37.6
76 66 25.1
. . . 1 61 1.0
48 64 33.7
. . . 1 18 28.3
99 36 68.8
. . . 2 29 30.0
112 66 23.2
. . . 0 46 21.9
73 34 14.6
. . 1 46 39.8
130 61 17.2
Mean Longi-
tude of the
Perihelion.
Logarithm of
Mass in Unit
of Sun's Mass.
II
76 8 64.9
130 23 20.7
101 29 45.3
334 30 46.8
12 68 9.8
91 24 7.9
169 18 16.4
43 63 43.7
Mean Longi-
tude at the
Epodi.
m I II
334 149.48 3.2218487-10
346 60 27.48 4.389 3398-10
99 49 10.97 4.482 2896-10
116 26 10.21 3.609 6499-10
3 51 29.51 6.979 9082-10
102 19 36.17 6.456 7336-10
312 8 48.46 6.640 7628-10
120 12 12.63 5.706 6338-10
The elements of the four inner planets are derived from those given by
Xewcx)MB in Vol. VI of the Astronomical Papers of the American Ephemeris,
and are the same as those used in computing the ephemerides of these planets.
Those of Jupiter, Saturn, Uranus, and Neptune are taken from Vol. VII of
the Astronomical Papers for the epoch of the tables. They are reduced to
1916 by applying Le Vebrieb's variations, and can not be regarded as being
strictly identical with the elements used in computing the ephemerides of those
planets in this volume.
* At mean distance. Eee Att. P^ptr* Am, Eph., Vol. IX, p. 39. For the values of the semldhtmeter used In this
▼•huae see pace ztii.
xix
SYMBOLS AND ABBREVIATIONS.
0
9
e
The Sun.
The Moon.
Mercury.
Venus.
The Earth.
SIONS OF THE PLANETS, ETC,
h
Mars.
Jupiter.
Saturn.
Uranus.
Neptime.
SIONS OF THE ZODIAC.
Spring
Signs.
Summer
Signs.
T Aries.
8 Taurus,
n Gemini.
25 Cancer.
SI Leo.
itR Vu^.
Autunm
Signs.
Winter
Signs.
^ Libra.
K Scorpius.
/ Sagittarius.
>5 Capricomus.
ssf Aquarius.
^ Pisces.
ASPECTS,
D
Conjunction, or having the same Longitude or Right Ascension.
Quadrature, or diflFering ±90^ in Longitude or Right Ascension.
Opposition, or diflFering 180® in Longitude or Right Ascension.
ABBREVIATIONS.
a
N.
S.
E.
W.
XX
Ascending Node.
Descending Node.
North.
South.
East.
West.
o
//
h
m
a
Degrees.
Minutes of Arc.
Seconds of Arc.
Hours.
Minutes of Time.
Seconds of Time.
PART I.
ASTRONOMICAL EPHEMERIS FOR THE
MERIDIAN OF GREENWICH.
SUN, 1916.
FOR GREENWICH MEAN NOON.
Date.
Day of the
Week.
Apparont
Right
Asoension.
Var.
per
Hour.
Apparent
DecUnatJoD.
Var.
per
Hour.
Bemi-
diameter.
Hor.
Par.
Equation
oiTime.
App.— Mean.
Var.
Hour.
Sidereal Time,
sr Right A8c«ii-
sion of Mean
Sun.
h m 8
s
• / //
II
/ //
//
m 8
s
h m s
Jan. 1
Sa
18 42 27.14
11.064
-23 5 35.0
+11.21
16 17.84
8.95
- 3 10.95
-1.198
18 39 16.19
2
Su
18 46 52.30
11.042
23 0 62.1
12.36
16 17.84
8.95
3 39.55
1.186
18 43 12.75
3
Mo
18 51 17.16
11.028
22 65 41.5
13.51
16 17.84
8.95
4 7.85
1.172
18 47 9.31
4
Tu
18 55 41.67
11.013
22 50 3.5
14.65
16 17.84
8.95
4 35.81
1.157
18 51 5.86
5
We
19 0 5.81
10.997
22 43 58.2
15.78
16 17.83
8.95
5 3.39
1.140
18 55 2.42
6
Th
19 4 29.53
10.979
-22 37 25.8
+16.91
16 17.82
8.95
- 5 30.55
-1.122
18 58 58.98
7
Fr
19 8 52.80
10.960
22 30 26.6
18.02
16 17.80
8.95
5 57.27
1.103
19 2 55.54
8
Sa
19 13 15.60
10.939
22 23 0.7
19.12
16 17.78
8.95
6 23.50
1.083
19 6 52.10
9
Su
19 17 37.88
10.917
22 15 8.4
20.22
16 17.76
8.95
6 49.23
1.061
19 10 48.66
10
Mo
19 21 59.62
10.894
22 6 49.9
21.31
16 17.73
8.95
7 14.41
1.038
19 14 45.21
11
Tu
19 26 20.80
10.870
-2158 5.6
+22.38
16 17.70
8.95
- 7 39.03
-1.014
19 18 41.77
12
We
19 30 41.39
10.845
21 48 55.6
23.45
16 17.66
8.95
8 3.06
0.988
19 22 38.33
13
Th
19 35 1.36
10.819
21 39 20.2
24.50
16 17.62
8.95
8 26.47
0.962
19 26 34.89
14
Fr
19 39 20.70
10.792
21 29 19.7
25.54
16 17.57
8.95
8 49.25
0.935
19 30 31.45
15
Sa
19 43 39.39
10.765
21 18 54.5
26.57
16 17.52
8.95
9 11.38
0.908
19 34 28.01
16
Su
19 47 67.40
10.737
-21 8 4.7
+27.58
16 17.46
8.95
- 9 32.84
-0.880
19 38 24.56
17
Afo
19 52 14.73
10.708
20 56 50.7
28.58
16 17.39
8.95
9 53.61
0.851
19 42 21.12
18
Tu
19 56 31.36
10.678
20 45 12.8
29.57
16 17.32
8.94
10 13.69
0.821
19 46 17.68
19
We
20 0 47.28
10.648
20 33 11.3
30.55
16 17.24
8.94
10 33.05
0.791
19 50 14.24
20
Th
20 5 2.47
10.617
20 20 46.5
31.51
16 17.16
8.94
10 51.68
0.761
19 54 10.79
21
Fr
20 9 16.92
10.586
-20 7 58.8
+32.46
16 17.07
8.94
-11 9.57
-0.730
19 58 7.35
22
Sa
20 13 30.62
10.555
19 54 48.5
33.40
16 16.97
8.94
11 26.72
0.699
20 2 3.91
23
Su
20 17 43.57
10.524
19 41 15.8
34.32
16 16.87
8.94
11 43.11
0.667
20 6 0,47
24
Mo
20 21 55.76
10.492
19 27 21.2
35.23
16 16.76
8.94
11 58.74
0.635
20 9 57.02
25
Tu
20 26 7.18
10.460
19 13 5.0
36.12
16 16.65
8.94
12 13.60
0.603
20 13 53.58
26
We
20 30 17.82
10.427
-18 58 27.5
+37.00
16 16.53
8.94
-12 27.68
-0.571
20 17 50.14
27
Th
20 34 27.68
10.395
18 43 29.2
37.86
16 16.41
8.94
12 40.99
0.538
20 21 46.69
28
Fr
20 38 36.76
10.362
18 28 10.3
38.71
16 16.28
8.94
12 53.51
0.505
20 25 43.25
29
Sa
20 42 45.05
10.329
18 12 31.2
39.54
16 16.15
8.93
13 5.24
0.472
20 29 39.81
30
Su
20 46 52.54
10.296
17 56 32.4
40.35
16 16.02
8.93
13 16.18
0.439
20 33 36.36
31
Mo
20 50 59.23
10.262
-17 40 14.3
+41.15
16 15.88
8.93
-13 26.31
-0.406
20 37 32.92
Feb. 1
Tu
20 55 5.11
10.228
17 23 37.2
41.93
16 15.74
8.93
13 35.64
0.372
20 41 29.48
2
We
20 59 10.19
10.194
17 6 41.6
42.69
16 15.59
8.93
13 44.16
0.338
20 45 26.03
3
Th
21 3 14.45
10.160
1
16 49 27.9
43.44
16 15.44
8.93
13 51.86
0.304
20 49 22.59
4
Fr
21 7 17.89
10.126
16 31 56.5
44.17
16 15.28
8.93
13 58.74
0.270
20 53 19.15
5
Sa
21 11 20.51
10.092
-16 14 8.0
+44.88
16 15.13
8.92
-14 4.80
-0.235
20 57 15.70
6
Su
21 15 22.30
10.058
15 56 2.7
45.56
16 14.97
8.92
14 10.04
0.201
21 112.26
7
Mo
21 19 23.27
10.023
15 37 41.0
46.23
16 14.81
8.92
14 14.46
0.167
21 5 8.82
8
Tu
21 23 23.42
9.989
1519 3.4
46.89
16 14.65
8.92
14 18.05
0.133
21 9 5.37
9
We
21 27 22.75
9.955
15 010.3
47.52
16 14.48
8.92
14 20.83
0.099
2113 1.93
10
Th
21 31 21.28
9.922
-14 41 2.2
+48.14
16 14.31
8.92
-14 22.80
-0.065
21 16 58.48
11
Fr
21 35 19.00
9.889
14 21 39.5
i8.74
16 14.14
8.92
14 23.96
-0.032
21 20 55.04
12
Sa
21 39 15.92
9.856
14 2 2.6
49.33
16 13.96
8.91
14 24.33
+0.001
21 24 51.59
13
Su
21 43 12.06
9.823
13 42 11.8
49.89
16 13.78
8.91
14 23.92
0.033
21 28 48.15
14
Mo
2147 7.43
9.791
13 22 7.7
60.44
16 13.59
8.91
14 22.73
0.066
21 32 44.70
15
Tu
2151 2.04
9.760
-13 150.6
•^60.98
16 13.40
8.91
-14 20.78
+0.097
21 36 41.26
16
We
21 54 55.89
9.729
-12 41 20.9
+61.49
16 13.21
8.91
-14 18.08
+0.128
21 40 37.81
SUN, 1916.
FOR GREENWICH MEA S^ NOON.
DaW.
True
Longitude.
Var.
Lati-
tude.
Logarithm of
the Radios
Vector of the
Earth.
Var.
HMir.
Prec.
in
Long.
Nut,
in
Long.
Aber-
ration.
True
ObUq-
uity.
MeanTima
of Sidereal
Noon.
• f "
tt
»»
»»
tt
»/
23*27'
h m ■
Jan. 1
1
279 45 35.0
152.94
-0.58
9.992 6812
-0.8
-0.03
+13.49
20.81
6.14
5 19 51.27
2
280 46 45.8
152.06
0.53
9.992 6802
-0.1
-»0.11
13.54
20.81
6.14
5 15 55.36
3
3
281 47 56.7
152.90
0.44
9.992 6810
+ 0.6
0.25
13.60
20.81
6.14
5 11 59.44
4
4
282 49 7.8
152.96
0.33
9.992 6834
1.3
0.39
13.65
20.81
6.14
5 8 3.53
5
5
283 50 18.9
152.9«
0.21
9.992 6873
2.0
0.52
13.70
20.81
6.14
5 4 7.62
6
6
284 51 29.9
152.95
-0.07
9.992 6928
+ 2.6
0.66
+13.75
20*.81
6.14
5 011.71
7
7
285 52 40.7
152.94
+0.08
9.992 6999
8.3
0.80
13.80
20.81
6.14
4 56 15.79
8
8
286 53 51.2
152.93
0.22
9.992 7087
4.0
0.94
13.85
20.81
6.15
4 52 19.88
9
9
287 55 1.2
152.91
0.34
9.992 7193
4.8
1.07
13.90
20.81
6.15
4 48 23.97
10
10
288 56 10.7
152.80
0.45
9.992 7318
6.6
1.21
13.95
20.81
6.16
4 44 28.06
11
11
289 57 19.7
152.86
+0.53
9.992 7463
+ 6.6
1.35
+14.00
20.81
6.16
4 40 32.14
12
12
290 58 28.1
152.83
0.59
9.992 7630
7.4
1.49
14.05
20.81
6.17
4 36 36.23
13
13
291 59 35.8
152.81
0.61
9.992 7820
8.4
1.63
14.09
20.81
6.17
4 32 40.32
14
14
293 0 42.9
152.78
0.61
9.992 8033
9.4
1.76
14.14
20.81
6.18
4 28 44.40
15
15
294 149.4
152.75
0.58
9.992 8271
10.4
1.90
14.18
20.81
6.19
4 24 48.49
16
16
295 2 55.1
152.73
+0.52
9.992 8535
+11.6
2.04
+14.22
20.80
6.19
4 20 52.58
17
17
296 4 0.2
152.70
0.44
9.992 8824
12.6
2.18
14.26
20.80
6.20
4 16 56.67
18
18
297 5 4.6
152.67
0.34
9.992 9140
13.7
2.31
14.30
20.80
6.21
4 18 0.76
19
19
298 6 8.4
152.64
0.22
9.992 9482
14.8
2.45
14.34
20.80
6.22
4 9 4.85
20
20
299 7 11.5
152.62
+0.09
9.992 9852
16.0
2.59
14.37
20.80
6.23
4 5 8.93
21
21
300 8 14.0
152.59
-0.04
9.993 0249
+17.1
2.72
+14.41
20.79
6.24
4 1 13.02
22
22
301 9 15.8^
152.56
0.17
9.993 0672
18.2
2.86
14.44
20.79
6.25
3 57 17.11
23
23
302 10 17.0
162.54
0.29
9.993 1122
19.3
3.00
14.48
20.79
6.26
3 53 21.20
24
24
303 11 17.7
152.52
0.40
9.993 1598
20.3
3.14
14.51
20.79
6.27
3 49 25.29
25
25
304 12 17.7
152.49
0.48
9.993 2099
21.3
3.28
14.54
20.79
6.28
3 45 29.38
26
26
305 13 17.2
152.47
-0.54
9.993 2624
+22.3
3.41
+14.57
20.78
6.29
3 41 33.47
27
27
306 14 16.2
152.44
0.57
9.993 3171
23.2
3.55
14.60
20.78
6.30
3 37 37.56
28
28
307 15 14.5
152.42
0.56
9.993 3739
24.1
3.69
14.62
20.78
6.31
3 33 41.64
29
29
308 16 12.2
162.39
0.52
9.993 4327
24.9
3.83
14.65
20.78
6.32
3 29 45.73
30
30
309 17 9.3
152.36
0.45
9.993 4933
26.6
3.96
14.67
20.77
6.33
3 25 49.82
31
31
31018 5.6
152.33
-0.35
9.993 5555
+26.2
4.10
+14.69
20.77
6.34
3 21 53.91
Feb. 1
32
31119 1.2
152.30
0.23
9.993 6191
26.8
4.24
14.71
20.77
6.35
3 17 58.00
2
33
312 19 55.8
152.26
-0.10
9.993 6841
27.4
4.38
14.72
20.76
6.36
3 14 2.09
3
34
313 20 49.5
152.21
+0.04
9.993 7504
27.9
4.51
14.74
20.76
6.37
3 10 6.18
4
35
314 21 42.0
152.16
0.19
9.993 8179
28.4
4.65
14.75
20.76
6.39
3 6 10.27
5
36
315 22 33.4
152.11
+0.32
9.993 8866
+28.9
4.79
+14,76
20.75
6.40
3 2 14.36
6
37
316 23 23.4
152.06
0.43
9.993 9566
29.4
4.93
14.77
20.75
6.41
2 58 18.45
7
38
317 24 12.0
151.99
0.52
9.994 0279
30.0
5.07
14.78
20.75
6.43
2 54 22.54
8
39
318 24 59.1
151.93
0.58
9.994 1006
30.6
5.20
14.79
20.74
6.44
2 50 26.63
9
40
319 25 44.8
151.87
0.62
9.994 1748
31.3
5.34
14.80
20.74
6.45
2 46 30.72
10
41
320 26 28.8
151.80
+0.63
9.994 2506
+32.0
5.48
+14.80
20.74
6.46
2 42 34.81
U
42
321 27 11.2
151.73
0.61
9.994 3282
32.7
5.62
14.80
20.73
6.47
2 38 38.90
12
43
322 27 52.0
151.67
0.56
9.994 4075
33.4
5.75
14.80
20.73
6.48
2 34 42.99
U
44
323 28 31.1
151.60
0.48
9.994 4886
34.2
5.89
14.80
20.73
6.49
2 30 47.08
14
45
324 29 8.6
151.53
0.39
9.994 5717
35.0
6.03
14.80
20.72
6.50
2 26 51.17
15
46
325 29 44.5
151.46
+0.28
9.994 6567
+36.8
6.16
+14.79
20.72
6.51
2 22 55.26
1 i«
47
326 30 18.7
151.39
+0.15
9.994 7436
+36.7
6.30
+14.78
20.71
6.52
2 18 59.35
SUN, 1916.
FOR GREENWICH MEAN NOOX.
Dste.
Day of the
Week.
Apparent
AscensloD.
Var.
Hoar.
5
Apparent
Declination.
• t It
Var.
Hour.
Semi-
diameter.
Hot.
Par.
Equation Var.
ofTime. \ per
.\pp. — Mean. Hour.
Sidereal Time,
or Right Ascen-
sion of Mean
Son.
h m s
tr
1 II
II
m s 8
h m s
Feb. 1«
We
21 54 55.89
».729
-12 41 20.9
+51.49
16 13.21
8.91
-14 18.08 +0.128
21 40 37.81
17
Th
21 58 49.C]
9.098
12 20 39.0
51.99
16 13.01
8.91
14 14.65 0.158
21 44 34.37
18
Ft
22 2 41.42
9.009
11 59 45.3
52.47
1612.80
8.90
14 10.49 0.188
21 48 30.92
19
Sa
22 6 33.12
9.040
11 38 40.2
52.94
16 12.59
8.90
14 5.64 0.217
21 52 27.48
20
Sii
22 10 24.13
9.012
11 17 24.1
53.39
1612.38
8.90
14 0.10 0.245
21 66 24.03
21
Mo
22 14 14.47
9.584
-10 55 57.4
+63.83
16 12.16
8.90
-13 53.88 1+0.272
22 0 20.69
22
Tu
22 18 4.16
9.667
10 34 20.4
64.25
16 11.93
8.89
13 47.02 0.299
22 4 17.14
28
We
22 21 53.22
9.631
10 12 33.6
64.65
16 11.71
8.89
13 39.53 : 0.325
22 8 13.70
24
Th
22 25 41.67
9.600
9 50 37.3
55.04
16 11.48
8.89
13 31.42
0.350
22 12 10.25
25
Fr
22 29 29.52
9.482
9 28 32.C
56.41
16 11.25
8.89
13 22.72
0.374
22 16 6.81
26
8a
22 33 16.79
9.458
- 9 6 17.9
+65.76
16 11.01
8.89
-13 13.43
+0.398
22 20 3.36
27
Su
22 37 3.50
9.436
8 43 55.5
60.10
16 10.78
8.88
13 3.59
0.421
22 23 59.91
28
Mo
22 40 49.67 ! ».4l3
8 21 25.3
56.42
16 10.54
8.88
12 53.20
0.444
22 27 58.47
29
Tu
i2 44 35.31
9.391
7 58 47.6
56.72
16 10.30
8.88
12 42.29
0.466
22 31 53.02
Mar. 1
We
22 48 20.43
9.370
7 36 2.8
57.00
16 10.05
8.88
1? 30.86
0.487
22 35 49.57
2
Th
22 52 5.06
9.349
- 7 13 11.4
+57.27
16 9.81
8.88
-12 18.93
+0.507
22 39 46.13
3
Fr
22 55 49.20
9.329
6 50 13.8
57.52
16 9.56
8.87
12 6.52 ! 0.527
22 43 42.68
4
Sa
22 59 32.87
9.310
6 27 10.5
57.75
16 9.31
8.87
1153.64
0.546
22 47 39.24
h
Su
23 3 16.09
9.293
6 4 1.8
57.96
16 9.06
8.87
1140.30
0.565
22 51 35.79
6
Mo
23 6 58.S7
9.274
5 40 48.2
58.16
16 8.81
8.87
11 26.52
0.683
22 55 32.34
7
Tu
23 10 41.22
9.260
- 5 17 30.1
+58.34
16 8.56
8.86
-11 12.32
+0.600
22 59 28.90
S
We
23 14 23.16
9.240
4 54 7.9
58.50
16 8.31
8.86
10 57.72
0.616
23 3 26.45
9
Th
2318 4.72
9.224
4 30 42.0
58.64
16 8.06
8.86
10 42.72
0.632
23 7 22.00
10
Fr
23 2145.91
9.209
4 7 12.7
58.77
16 7.81
8.85
10 27.35
0.647
23 11 18.56
11
Sa
23 25 26.74
9.195
3 43 40.5
58.89
16 7.55
8.85
10 11.63
0.662
23 15 16.11
12
Su
23 29 7.24
9.181
- 3 20 5.8
+58.99
16 7.29
8.85
- 9 55.58
+0.076
23 19 11.67
13
Mo
23 32 47.43
9.108
2 56 28.9
69.08
16 7.03
8.85
9 39.21
0.688
23 23 8.22
14
Tu
23 36 27.33
9.167
2 32 50.1
69.15
16 6.77
8.85
9 22.56
0.700
23 27 4.77
15
We
23 40 6.96
9.140
2 9 9.9
69.20
16 6.51
8.85
9 5.63
0.710
23 31 1.33
16
Th
23 43 46.34
9.130
1 45 28.6
69.24
16 6.25
8.84
8 48.46
0.7»
23 34 57.88
17
Fr
23 47 25.49
9.127
- 1 21 46.5
+69.26
16 5.98
8.84
- 8 31.06
+0.729
23 38 54.43
18
Sa
23 51 4.44
9.119
0 58 4.0
59.27
16 5.71
8.84
8 13.46
0.737
23 42 50.99
19
Su
23 54 43.21
9.112
0 34 21.5
59.27
16 6.44
8.84
7 55.68
0.744
23 46 47.54
20
Mo
23 58 21.83
9.100
- 0 10 39.3
59.25
16 5.17
8.83
7 37.74
0.750
23 50 44.09
21
Tu
0 2 0.32
9.101
+ 0 13 2.4
59.22
16 4.89
8.83
7 19.68
0.755
23 64 40.65
22
We
0 5 38.70
9.097
+ 0 36 43.2
+59.17
16 4.61
8.83
- 7 1.50
+0.759
23 68 37.20
23
Th
0 9 17.00
9.095
1 0 22.7
69.11
16 4.33
8.83
6 43.25
0.762
0 2 33.75
24
Fr
0 12 55.24
9.093
124 0.6
69.04
16 4.05
8.83
6 24.94
0.764
0 6 30.30
25
Sa
0 16 33.45
9.092
1 47 36.5
68.95
16 3.77
8.82
6 6.59
0.765
0 10 26.86
26
Su
0 20 11.64
9.092
2 11 10.1
58.85
16 3.49
8.82
5 48.23
0.765
0 14 23.41
27
Mo
0 23 49.84
9.093
+ 2 34 41.1
+58.73
16 3.20
8.82
- 5 29.88
+0.764
0 18 19.96
28
Tu
0 27 28.07
9.094
2 58 9.1
68.60
16 2.91
8.82
5 11.55
0.763
0 22 16.52
29
We
0 31 6.34
9.090
3 2133.7
68.45
16 2.63
8.81
4 53.27
0.760
0 26 13.07
30
Th
0 34 44.68
9.099
3 44 54.6
58.28
16 2,35
8.81
4 35.06
0.757
0 30 9.63
81
Fr
0 38 23.10
9.103
4 811.3
58.10
16 2.07
8.81
4 16.92
0.753
0 34 6.18
Apr. 1
Sa
0 42 1.62
9.107
+ 4 31 23.5
+57.91
16 1.79
8.80
- 3 58.88
+0.749
0 38 2.73
2
Su
0 45 40.25
9.112
+ 4 54 30 8
+57.09
16 1.52
8.80
- 3 40.96
+0.744
0 41 69.29
SIIN^, 1916.
FOR GREENWICH MEAN NOON.
Date.
a
Feb. 16
47
17
48
18
49
19
50
20
51
21
52
22
53
23
54
24
55
25
56
26
57
27
58
28
59
29
60
Mar. 1
61
2
62
3
63
4
64
5
65
6
66
7
67
8
68
d
69
10
70
11
71
12
72
13
73
14
74
15
75
16
76
17
77
18
78
19
79
20
80
21
81
22
82
23
83
24
84
25
85
26
86
27
87
2S
88
29
89
30
90
31
91
Apr. 1
92
Tnw
Longitude.
2 93
ft
326 30 18.7
327 30 51.3
328 31 22.3
329 31 51.7
330 32 19.5
331 32 45.8
332 33 10.7
333 33 34.1
334 33 56.1
335 34 16.7
336 34 35.9
337 34 53.7
338 35 10.1
339 35 24.9
MO 35 38.3
341 35 50.0
342 36 0.0
343 36 8.3
344 36 14.6
345 36 19.1
346 36 21.4
347 36 21.7
348 36 19.9
349 36 15.9
350 36 9.7
351 36 1.3
352 35 50.6
353 ^ 37.8
354 35 22.8
355 35 5.5
356 34 46.1
357 34 24.6
358 34 1.0
359 33 35.3
0 33 7.7
132 38.2
2 32 6.8
3 31 33.6
4 30 58.6
5 30 22.0
6 29 43.5
7 29 3.3
8 28 21.4
9 27 37.7
10 26 52.2
1126 4.7
12 25 15.2
Var.
tt
61.39
M.32
51.36
51.10
51.13
51.07
51.01
50.95
50.80
50.83
50.77
50.71
50.65
50.50
50.53
^.45
50.38
50.30
50.22
50.14
50.05
0.07
0.88
0.79
0.69
0.60
0.51
9.42
9.33
0.24
0.15
0.06
8.07
8.80
8.81
8.73
8.65
8.68
8.51
48.44
48.36
48.20
48.22
48 .J 4
48.06
47.98
47.90
ff
+0.15
+0.02
-0.11
0.23
0.34
-0.44
0.51
0.55
0.55
0.52
-0.46
0.37
0.25
-0.12
+0.02
+0.16
0.29
0.41
0.51
0.58
+0.62
0.63
0.62
0.58
0.52
+0.44
0.33
0.21
+0.08
-0.05
-0.17
0.28
0.37
0.44
0.48
-0.49
0.47
0.42
0.35
0.24
-0.11
+0.03
0.16
0.29
0.41
+0.51
+0.58
Logarithm of
the Radios \ _^
Vector of the' ^^
Earth.
9.994 7436
9.994 8327
9.994 9238
9.995 0169
9.995 1122
9.995 2094
9.995 3086
9.995 4097
9.995 5124
9.995 6168
9.995 7226
9.995 8295
9.995 9376
9.996 0464
9.996 1561
9.996 2662
9.996 3769
9.996 4880
9.996 5994
9.996 7112
9.996 8234
9.996 9360
9.997 0492
9.997 1630
9.997 2775
9.997 3927
9.997 5G87
9.997 6255
9.997 7433
9.997 8620
9.997 9818
9.998 1026
9.998 2244
9.998 3474
9.998 4714
9.998 5963
9.998 7222
9.998 8488
9.998 9759
9.999 1034
9.999 2312
9.999 3590
9.999 4867
9.999 6140
9.999 7410
9.999 8674
9.i)99 9931
Var.
Hour.
+36.7
37.5
38.4
30.3
40.1
+40.0
41.7
42.4
43.1
43.7
+44.3
44.8
45.2
45.5
45.8
+46.0
46.2
46.4
46.5
46.6
+46.8
47.0
47.3
47.6
47.0
+48.2
48.6
48.9
49.3
49.7
+50.1
50.6
51.0
51.4
51.8
+52.3
52.6
52.9
53.1
53.2
+63.2
53.2
53.1
53.0
52.8
+52.5
+52.3
Prec. Nut.
In ^ in
Look. I Long.
#/
«/
6.30 1+14.78
6.44
6.58
6.72
6.85
6.99
7.13
7.27
7.40
7.54
7.68
7.82
7.95
8.09
8.23
8.37
8.51
8.64
8.78
8.92
9.06
9.19
9.33
9.47
9.60
9.74
9.88
10.02
10.16
10.29
10.43
10.57
10.71
10.84
10.98
11.12
11.26
11.39
11.53
11.67
11.81
11.95
12.08
J2.22
12.35
14.78
14.77
14.76
14.75
+14.74
14.73
14.71
14.70
14.68
+14.66
14.64
14.62
14.60
14.57
+14.55
14.52
14.50
14.47
14.44
+ 14.41
14.38
14.35
14.32
14.29
+14.26
14.23
14.20
14.16
14.13
+14.10
14.06
14.03
14.00
13.96
+13.93
13.89
13.86
13.83
13.79
+13.76
13.73
13.69
13.66
13.63
12.49 +13.60
12.63 1 + 13.57
n
^.71
20.71
20.70
20.70
20.69
20.69
20.68
20.68
20.67
20.67
20.66
20.66
20.66
20.65
20.65
20.64
20.64
20.63
20.63
20.62
20.62
20.61
20.60
20.60
20.59
20.58
20.58
20.57
20.57
20.56
20.55
20.55
20.54
20.54
20.53
20.52
20.52
20.51
20.51
20.50
20.50
20.49
20.49
20.48
20.48
20.47
20.47
True
ObUq
uity.
33»27'
II
6.52
6.53
6.54
6.55
6.56
6.57
6.58
6.59
6.60
6.60
6.61
6.62
6.62
6.63
6.63
6.63
6.63
6.63
6.63
6.64
6.64
6.64
6.64
6.64
6.64
6.63
6.63
6.62
6.62
6.62
6.61
6.61
6.60
6.60
6.59
6.58
6.57
6.56
6.55
6.53
6.52
6.51
6.50
6.49
6.47
6.46
6.44
Mean Time
of Sidereal
Noon.
h m 8
2 18 59.35
215 3.44
211 7.54
2 7 11.63
2 315.72
15919.81
1 55 23.90
15127.99
1 47 32.08
143 36.18
1 39 40.27
13544.36
1 31 48.45
127 52.54
1 23 56.64
120 0.73
116 4.82
112 8.91
1 813.00
1 417.10
1 0 21.19
0 56 25.28
0 52 2 J.37
0 48 33.46
0 44 37.56
040 41.65
0 3645.74
0 32 4V. 84
0 28 53.93
0 24 58.02
0 21 2.11
017 6.20
0 13 10.30
0 914.39
0 518.48
r 0 1 tt.67
\t8 hi a8.e7
23 53 30.76
23 49 34.85
23 45 38.94
23 4143.04
23 37 47.13
23 3351.22
23 2955.31
23 25 59.41
*>3 22 3.50
2318 7.59
23 14 11.68
SUK, 1916.
FOR GREENWICH MEAN NOON.
Date.
Day of the
Week.
Apparent
IUght
Ascension.
Var.
Hour.
Apparent
Declination.
Var.
Hour.
Semi-
diameter.
Hot.
Par.
Equation
of Time.
App.— Mean.
Var.
Hour.
Sidereal Time,
Dt Right Ascen-
sion of tfean
Sun.
h m s
s
• t If
fi
» K
ft
m s
s
h m s
Apr. 1
Sa
0 42 1.62
9.107
+ 4 31 23.5
+57.91
16 1.79
8.80
-3 58.88
+0.749
0 38 2.73
2
Su
0 45 40.25
9.112
4 54 30.8
67.69
16 1.52
8.80
3 40.96
0.744
0 41 59.29
3
Mo
0 49 19.00
9.118
5 17 32.8
67.46
16 1.24
8.80
3 23.16
0.738
0 45 55.84
4
Tu
0 52 57.90
9.124
5 40 29.2
67.22
16 0.97
8.79
3 5.50
0.732
0 49 52.39
5
We
0 56 36.96
9.131
6 319.6
56.97
16 0.69
8.79
2 48.01
0.725
0 53 48.95
6
Th
1 0 16.19
9.138
+ 6 26 3.7
+56.70
16 0.42
8.79
-2 30.68
+0.718
0 57 45.50
7
Fr
1 3 55.60
9.147
6 48 41.0
56.41
16 0.15
8.79
2 13.55
0.710
1 1 42.05
8
Sa
1 7 35.22
9.150
7 11 11.2
56.11
15 59.88
8.78
1 56.62
0.701
1 5 38.61
9
Su
1 11 15.07
9.1G5
7 33 34.0
55.79
15 59.61
8.78
1 39.91
0.691
1 9 35.16
10
Mo
1 14 55.16
9.175
7 55 49.1
55.46
15 59.34
8.78
1 23.44
0.681
1 13 31.72
11
Tu
1 18 35.49
9.186
+ 8 17 56.1
+55.12
15 59.07
8.78
-1 7.22
+0.670
1 17 28.27
12
AVe
1 22 16.10
9.198
8 39 54.6
64.76
15 58.81
8.77
0 51.28
0.658
1 21 24.82
13
Th
1 25 57.00
9.211
9 144.4
64.39
15 58.54
8.77
0 35.62
0.646
1 25 21.38
14
Fr
1 29 38.20
9.224
9 23 25.2
54.00
15 58.27
8.77
0 20.27
0.633
1 29 17.93
15
Sa
1 33 19.72
9.238
9 44 56.5
53.60
15 58.01
8.77
-0 5.24
0.619
1 33 14.49
16
Su
1 37 1.59
9.252
+10 618.1
+53.19
15 57.75
8.76
Vo 9.45
+0.604
1 37 11.04
17
Mo
1 40 43.81
9.267
10 27 29.7
52.77
15 57.48
8.76
0 23.78
0.589
1 41 7.59
w 18
Tu
1 44 26.41
9.283
10 48 31.0
52.33
15 57.22
8.76
0 37.74
0.573
I 45 4.15
19
We
1 48 9.41
9.300
11 9 21.7
51.88
15 56.95
8.75
0 51.29
0.556
I 49 0.70
; 20
Th
1 51 52.82
9.318
1130 1.4
51.42
15 56.69
8.75
1 4.44
0.538
1 52 57.26
21
Fr
1 55 36.66
9.337
+1150 29.9
+50.95
15 56.42
8.75
+1 17.15
+0.520
1 56 53.81
22
Sa
1 59 20.96
9.356
12 10 46.8
50.46
15 56.16
8.75
1 29.41
0.501
2 0 50.37
23
Su
2 3 5.72
9.375
12 30 51.8
49.96
15 55.90
8.75
1 41.20
0.481
2 4 46.92
24
Mo
2 6 50.95
9.395
12 50 44.7
49.44
15 55.64
8.75
1 52.52
0.461
2 8 43.48
25
Tu
2 10 36.68
9.416
13 10 25.0
48.91
15 55.38
8.74
2 3.35
0.440
2 12 40.03
26
We
2 14 22.91
9.437
+13 29 52.4
+48.37
15 55.12
8.74
+2 13.67
+0.419
2 16 36.59
27
Th
2 18 9.66
9.458
13 49 6.6
47.81
15 54.87
8.74
2 23.48
0.398
2 20 33.14
28
Fr
2 21 56.93
9.480
14 8 7.2
47.24
15 54.62
8.74
2 32.77^
0.376
2 24 29.70
29
Sa
2 25 44.72
9.502
14 26 53.9
46.65
15 54.37
8.74
2 41.53
0.354
2 28 26.25
30
Su
2 29 33.05
9.525
14 45 26.3
46.05
15 54.12
8.73
2 49.76
0.332
2 32 22.81
May 1
Mo
2 33 21.91
9.547
+ 15 3 44.2
+45.43
15 53.88
8.73
+2 57.45
+0.309
2 36 19.36
2
Tu
2 37 11.31
9.570
15 21 47.1
44.80
15 53.65
8.73
3 4.61
0.287
2 40 15.92
3
We
2 41 1.26
9.592
15 39 34.7
44.16
15 53.41
8.73
3 11.22
0.264
2 44 12.47
4
Th
2 44 51.75
9.615
15 57 6.7
43.50
15 53.18
8.72
3 17.28
0.241
2 48 9.03
6
Fr
2 48 42.79
9.638
16 14 22.9
42.83
15 52.95
8.72
3 22.79
0.218
2 52 5.58
6
Sa
2 52 34.38
9.661
+16 31 22.9
+42.15
15 52.73
8.72
+3 27.76
+0.195
2 56 2.14
7
Su
2 56 26.53
9.684
16 48 6.3
41.46
15 52.51
8.72
3 32.17
0.172
2 59 58.70
8
Mo
3 0 19.23
9.707
17 4 32.8
40.75
15 52.30
8.72
3 36.03
0.149
3 3 55.25
9
Tu
3 4 12.48
9.730
17 20 42.2
40.03
15 52.09
8.71
3 39.33
0.126
3 7 51.81
10
We
3 8 6.29
9.754
17 36 34.2
39.30
15 51.88
8.71
3 42.08
0.103
3 11 48.37
11
Th
3 12 0.65
9.777
+17 52 8.4
+38. 5o
15 51.67
8.71
+3 44.27
+0.080
3 15 44.92
12
Fr
3 15 55.57
9.800
18 7 24.6
37.80
15 51.47
8.71
3 45.91
0.a57
3 19 41.48
13
Sa
3 19 51.05
9.823
18 22 22.6
37.03
15 51.26
S.71
3 46.99
0.a33
3 23 38.03
14
Su
3 23 47.08
9.840
18 37 2.0
36.25
15 51.06
S.70
3 47.51
+0.010
3 27 34.59
15
Mo
3 27 43.67
9.869
18 51 22.6
35.46
15 50.86
S.70
3 47.48
-0.013
3 31 31.15
16
Tu
3 31 40.81
9.893
+ 19 5 24.1
+34.66
15 50.66
8.70
+3 46.89
-0.036
3 35 27.70
17
We
3 35 38.51
9.916
+1919 6.2
+33. V>
15 50.47
8.70
+3 45.74
-0.059
3 39 24.26
SUN, 1916.
FOR GREENWICH MEAN NOON.
s
Date.
Apr. 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
'^
30
M.y 1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
Troe
Longitude.
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
/f
11 26 4.7
12 25 15.2
13 24 23.8
14 23 30.2
15 22 34.4
16 21 36.5
17 20 36.4
18 19 34.0
19 18 29.4
20 17 22.4
21 16 13.3
22 15 1.8
23 13 48.1
24 12 32.2
25 11 14.1
26 9 53.8
27 8 31.5
28 7 7.2
29 5 41.0
30 4 13.0
31 2 43.2
32 1 11.7
32 59 38.6
33 58 4.0
34 56 27.8
35 54 50.0
36 53 10.7
37 51 29.9
38 49 47.5
39 48 3.4
40 46 17.7
41 44 30.3
42 42 41.2
43 40 50.2
44 38 57.5
45 37 2.9
46 35 6.5
47 33 8.2
48 31 8.1
49 29 6.1
50 27 2.3
51 24 56.6
52 22 49.2
53 20 40.1
54 18 29.3
55 16 16.8
56 14 2.9
Var.
Hoar.
Lati-
tude.
ti
»#
147.98
+0.51
147.90
0.58
147.81
0.62
147.72
0.64
147.63
0.63
147.64
+0.59
147.46
0.53
147.35
0.45
147.20
0.35
147.18
0.24
147.07
+0.12
146.98
-0.01
146.88
0.13
146.79
0.24
146.70
0.33
146.G1
-0.40
146.53
0.44
146.45
0.45
146.37
0.43
146.30
0.39
146.23
-0.32
146.16
0.22
146.09
-0.09
146.02
+0.05
145.96
0.18
145.89
+0.30
145.83
0.42
146.77
0.53
146.70
0.61
146.63
0.66
146.66
+0.68
146.49
0.67
146.41
0.63
146.34
0.56
146.26
0.48
146.19
+0.38
146.11
0.27
146.03
0.15
144.96
+0.02
144.88
-0.10
144^
-0.21
144.73
0.31
144.66
0.38
144.59
0.42
144.52
0.43
144.45
-0.41
144.39
-0.37
Logarithm of
the Radius
Vector of the
Earth.
9.999 8674
9.999 9931
0,000 1182
0.000 2426
0.000 3663
0.000 4894
0.000 6119
0.000 7338
0.000 8553
0.000 9763
0.001 0970
0.001 2173
0.001 3374
0.001 4574
0.001 5772
0.001 6970
0.001 8169
0.001 9368
0.002 0566
0.002 1765
0.002 2962
0 002 4157
0.002 5347
0.002 6531
0.002 7708
0.002 8875
0.003 0031
0.003 1175
0.003 2304
0.003 3419
0.003 4518
0.003 5600
0.003 6667
0.003 7716
0.003 8750
0.003 9768
0.004 0770
0.004 1757
0.004 2730
0.004 3689
0.004 4635
0.004 5569
0.004 6491
0.004 7404
0.004 8307
0.004 9201
0.005 0088
Var.
I^ur
+52.6
62.3
62.0
61.7
51.4
+51.1
50.9
50.7
60.5
50.3
+60.2
50.1
50.0
60.0
49.9
+49.9
49.9
49.9
49.9
49.9
+49.8
49.7
49.6
49.2
48.8
+48.4
47.9
47.4
46.8
46.1
+46.4
44.7
44.0
43.3
42.6
+42.0
41.4
40.8
40.2
39.7
+39.2
38.7
38.2
37.8
37.6
+37.2
+36.9
Prec.
in
Long.
n
2.49
2.63
2.77
2.91
3.04
3.18
3.32
3.46
3.60
3.73
3.87
4.01
4.15
4.28
4.42
4.56
4.70
4.83
4.97
5.11
5.25
5.39
5.52
5.66
5.79
5.93
6.07
6.21
6.35
6.48
6.62
6.76
6.90
7.04
7.17
7.31
7.45
7.59
7.72
7.86
8.00
8.14
8.27
8.41
8.55
8.69
8.83
Nut.
in
Long.
tt
+13.60
13.57
13.54
13.51
13.49
+13.46
13.43
13.40
13.38
13.36
+13.33
13.31
13.29
13.27
13.25
+13.23
13.21
13.20
13.18
13.17
+13.16
13.15
13.14
13.13
13.12
+13.11
13.11
13.10
13.10
13.10
+13.10
13.10
13.11
13.11
13.12
+13.13
13.14
13.15
13.16
13.17
+13.18
13.20
13.22
13.24
13.26
+13.28
+13.30
Al)er-
ration.
tt
20.47
20.47
20.46
20.46
20.45
20.45
20.44
20.43
20.43
20.42
20.41
20.41
20.40
20.40
20.39
20.38
20.38
20.37
20.37
20.36
20.35
20.35
20.34
20.34
20.33
20.33
20.32
20.32
20.31
20.31
20.30
20.30
20.30
20.29
20.28
20.28
20.28
20.27
20.26
20.26
20.26
20.25
20.25
20.24
20.24
20.23
20.23
23»27'
It
6.46
6.44
6.42
6.40
6.38
6.37
6.35
6.33
6.31
6.29
6.27
6.25
6.22
6.20
6.18
6.16
6.14
6.12
6.10
6.07
6.05
6.03
6.00
5.98
5.95
5.92
5.90
5.87
5.85
5.82
5.79
5.77
5.74
5.71
5.68
5.66
5.63
5.61
5.58
5.55
5.53
5.50
5.48
5.45
5.42
5.40
5.38
Mean Time
of Sidereal
Noon.
h m 8
23 18 7.59
23 14 11.68
23 10 15.78
23 6 19.87
23 2 23.96
22 58 28.05
22 54 32.14
22 50 36.24
22 46 40.33
22 42 44.42
22 38 48.51
22 34 52.60
22 30 56.70
22 27 0.79
22 23 4.88
22 19 8.97
22 15 13.06
22 11 17.16
22 7 21.25
22 3 25.34
21 59 29.43
21 55 33.52
21 51 37.61
21 47 41.70
21 43 45.79
2139
2135
2131
2128
2124
2120
2116
2112
21 8
21 4
49.88
53.98
58.07
2.16
6.25
10.34
14.43
18.52
22.61
26.70
21 0 30.79
20 56 34.88
20 52 38.97
20 48 43.06
20 44 47.15
20 40 51.24
20 36 55.33
20 32 59.42
20 29 3.51
20 25 7.60
20 2111.68
20 17 15.77
8
SUN, 1916.
FOR GREENWICH MEAN NOON.
Date.
Day of the
Week.
Apparent
Right
Asceasion.
Var.
per
Hour.
Apparent
Decimation.
Var.
per
I lour.
Semi-
diameter.
Hor.
Par.
Equation
of Time.
A pp.— Mean.
Var.
Hour.
Sidereal Time,
br Right Aacen-
sionofMean
Bim.
h m s
s
o / //
//
/ It
ft
m s
s
h m 8
May 17
We
3 35 38.51
9.916
+1919 6.2
+33.85
15 50.47
8.70
+3 45.74
-0.059
3 39 24.26
18
Th
3 39 36.78
9.039
19 32 28.8
33.03
15 50.28
8.70
3 44.04
0.083
3 43 20.82
19
Ft
3 43 35.61
9.963
19 45 31.5
32.19
15 50.09
8.69
3 41.77
0.106
3 47 17.38
20
Sa
3 47 34.99
9.986
19 58 14.1
31.35
15 49.91
8.69
3 38.94
0.129
3 51 13.93
21
Su
3 51 34.93
10.009
20 10 36.4
30.50
15 49.72
8.69
3 35.56
0.153
3 55 10.49
22
Mo
3 55 35.43
10.032
+20 22 38.1
+29.64
15 49.54
8.69
+3 31.62
-0.176
3 59 7.05
23
Tu
3 59 36.47
10.055
20 34 19.0
^.76
15 49.36
8.69
3 27.13
0.198
4 3 3.60
24
We
4 3 38.05
10.077
20 45 38.7
27.88
15 49.18
8.69
3 22.11
0.220
4 7. 0.16
25
Th
4 7 40.17
10.099
20 56 37.1
26.98
15 49.00
8.69
3 16.55
0.243
4 10 56.72
26
Ft
4 11 42.80
10.121
21 7 13.9
36.08
15 48.83
8.68
3 10.48
0.263
4 14 53.28
27
Sa
4 15 45.93
10.141
+21 17 28.9
+25.16
15 48.67
8.68
+3 3.90
-0.284
4 18 49.83
28
Su
4 19 49.56
10.161
2127 21.8
24.24
15 48.51
8.68
2 56.83
0.304
4 22 46.39
29
Mo
4 23 53.66
10.180
21 36 52.5
23.31
15 48.35
8.68
2 49.29
0.323
4 26 42.95
30
Tu
4 27 58.21
10.199
2146 0.7
22.37
15 48.20
8.68
2 41.29
0.342
4 30 39.50
31
We
4 32 3.21
10.217
21 54 46.2
21.42
15 48.06
8.68
2 32.85
0.360
4 34 36.06
June 1
Th
4 36 8.62
10.234
+22 3 8.8
+20.46
15 47.92
8.68
+2 24.00 -0.377
4 38 32.62
2
Ft
4 40 14.43
10.250
22 11 8.3
19.50
15 47.78
8.67
2 14.74 0.393
4 42 2*18
3
Sa
4 44 20.62
10.265
22 18 44.6
18.53
15 47.65
8.67
2 5.11 ' 0.408
4 46 25.74
4
Su
4 48 27.17
10.280
22 25 57.5
17.55
15 47.53
8.67
1 55.12
0.423
4 50 22.29
5
Mo
4 52 34.06
10.294
22 32 46.9
16.56
15 47.41
8.67
1 44.79
0.437
4 64 18.85
6
Tu
4 56 41.27
10.306
+22 39 12.5
+15.57
15 47.29
8.67
+1 34.14
-0.450
4 58 15.41
7
We
5 0 48.77
10.318
22 45 14.3
14.58
15 47.18
8.67
1 23.20 0.462
5 2 11.97
8
Th
5 4 56.54
10.329
22 50 52.2
13.58
15 47.07
8.67
1 11.98 0.473
5 6 8.53
9
Ft
5 9 4.57
10.339
22 56 6.0
12.57
15 46.97
8.67
1 0.51
0.483
5 10 5.08
10
Sa
5 13 12.83
10.348
23 0 55.6
11.56
15 46.87
8.66
0 48.81
0.492
5 14 1.64
11
Su
5 17 21.30
10.356
+23 5 20.9
+10.55
15 46.77
8.66
+0 36.90
-O.60O
5 17 58.20
12
Mo
5 21 29.95
10.364
23 9 21.9
9.53
15 46.68
8.66
0 24.81
0.507
5 21 54.76
13
Tu
5 25 38.78
10.371
2312 58.5
8.51
15 46.59
8.66
0 12.54 0.514
5 25 51.32
14
We
5 29 47.76
10.377
23 16 10.5
7.49
15 46.50
8.66
+0 0.12 0.620
5 29 47.87
15
Th
5 33 56.87
10.382
23 18 58.0
6.47
15 46.42
8.66
-0 12.43 1 0.525
5 33 44.43
16
Fr
5 38 6.09
10.386
+23 21 20.9
+ 5.44
15 46.34
8.66
-0 25.10 -0.530
5 37 40.99
17
Sa
5 42 15.41
10.390
23 23 19.1
4.41
15 46.27
8.66
0 37.87
0.534
5 41 37.55
18
Su
5 46 24.82
10.393
23 24 52.6
3.38
15 46.20
8.66
0 50.72
0.537
5 45 34.11
19
Mo
5 50 34.30
10.395
23 26 1.3
2.35
15 46.13
8.66
1 3.64
0.539
5 49 30.66
20
Tu
5 54 43.82
10.396
23 26 45.2
1.31
15 46.06
8.66
1 16.59 0.540
j
5 53 27.22
21
We
5 58 53.35
10.397
+23 27 4.4
+ 0.28
15 46.00
8.66
-1 29.57 -^.541
5 57 23.78
22
Th
6 3 2.88
10.397
23 26 58.7
- 0.75
15 45.94
8.66
1 42.54
0.540
6 1 20.34
23
Fr
6 7 12.39
10.396
23 26 28.2
1.79
15 45.88
8.66
1 55.50
0.538
6 5 16.90
24
Sa
6 11 21.86
10.393
23 25 32.8
2.82
15 45.83
8.66
2 8.40
0.536
6 9 13.46
25
Su
6 15 31.25
10.389
23 24 12.7
3.85
15 45.78
8.66
2 21.23
0.532
6 13 10.02
26
Mo
6 19 40.53
10.384
+23 22 27.8
- 4.88
15 45.74
8.66
-2 33.96
-0.527
6 17 6.57
27
Tu
6 23 49.69
10.378
23 20 18.3
5.91
15 45.71
8.66
2 46.56
0.522
6 21 3.13
28
We
6 27 58.70
10.372
23 17 44.1
6.94
15 45.68
8.66
2 59.01
0.516
6 24 59.69
29
Th
6 32 7.53
10.364
23 14 45.3
7.96
15 45.66
8.66
3 11.28
0.507
6 28 56.25
30
Fr
6 36 16.15
10.354
23 11 22.1
8.98
15 45.64
8.66
3 23.35
0.498
6 32 52.81
July 1
Sa
6 40 24.54
10.344
+23 7 34.5
- 9.99
15 45.63
8.66
-3 35.18
-0.488
6 36 49.36
2
Su
6 44 32.68
10.333
-^23 3 22.6
-11.00
15 45.62
8.66
-3 46.76
-0.477
6 40 45.92
SUN, 1916.
FOR GREENWICH MEAN NOON.
9
Dat«.
May 17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
Jane 1
2
3
4
5
9
'•Si
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
6
158
7
159
8
160
9
161
10
162
11
163
12
164
13
165
14
166
15
167
16
168
17
169
18
170
19
171
20
172
21
173
22
174
23
175
24
176
25
177
26
178
27
179
28
180
29
181
30
182
Itdy 1
183
2
184
True
Longitude.
»/
5614 2.9
57 11 47.5
58 9 30.9
59 7 13.0
60 4 54.0
61 2 34.0
62 0 13.0
62 57 51.0
63 55 28.1
64 53 4.2
65 50 39.5
66 48 13.8
67 45 47.1
68 43 19.5
69 40 50.9
70 38 21.3
71 35 60.6
72 33 18.8
73 30 46.0
74 28 12.0
75 25 37.0
76 23 0.9
77 20 23.7
78 17 45.4
7915 6.1
80 12 25.7
81 9 44.4
82 7 2.1
83 4 19.1
84 135.2
84 58 50.8
85 56 5.8
86 53 20.5
87 50 34.8
88 47 49.0
8^45 3.0
90 42 16.8
91 39 30.6
92 36 44.4
93 33 58.1
94 31 11.7
95 28 25.3
96 25 38.8
97 22 52.3
98 20 5.6
99 17 18.8
100 14 31.9
Var.
Iiour.
Lati-
tude.
10
ft
144.89
-0.37
144.83
0.30
144.28
0.21
144.23
-0.09
144.18
+0.05
144.14
+0.18
144.10
0.31
144.06
0.44
144.03
0.55
14*3.00
0.63
143.06
+0.68
143.01
0.70
143.87
0.69
UZM
0.65
143.70
0.59
143.74
+0.51
143.70
0.42
143.65
0.31
143.61
0.18
143.56
+0.05
143.52
-0.07
143.47
0.18
143.43
0.28
143.38
0.36
143.34
0.42
143.30
-0.44
143.20
0.43
143.22
0.40
143.10
0.34
143.16
0.25
143.14
-0.13
143.12
+0.01
143.10
0.15
143.00
0.28
143.09
0.41
143.08
+0.52
143.08
0.60
143.07
0.66
143.07
0.69
143.07
143.07
0.69
4.066
143.06
143.06
143.06
143.06
143.05
143.04
0.61
0.51
0.40
0.29
+0.17
+0.04
Logarithm of
the Radius
Vector of the
Earth.
0.005 0088
0.005 0906
0.005 1836
0.005 2697
0.005 3647
0.005 4386
0.005 5211
0.005 6021
0.005 6814
0.005 7689
0.005 8344
0.005 9079
0.005 9792
0.006 0483
0.006 1151
0.006 1796
0.006 2418
0.006 3016
0.006 3592
0.006 4146
0.0C6 4678
0.006 5188
0.006 5678
0.006 6149
0.006 6602
0.006 7037
0.006 7456
0.006 7860
0.006 8260
0.006 8627
0.006 8991
0.006 9342
0.006 9680
0.007 0003
0.007 0311
0.007 0601
0.007 0872
0.007 1123
0.007 1353
0.007 1660
0.007 1744
0.007 1902
0.007 2036
0.007 2145
0.007 2228
0.007 2285
0.007 2316
AJN J
Var.
Hmir.
Preo.
in
Long.
4.
Nut.
in
Long.
Aber-
ration.
True
ObUq-
uity.
If
ft
II
23*27'
II
+36.9
18.83
+13.30
20.23
5.38
36.5
18.96
13.32
20.23
5.35
36.1
19.10
13.35
20.22
5.32
35.7
19.23
13.38
20.22
5.30
35.2
19.37
13.41
20.22
5.28
+34.6
19.61
+13.44
20.21
5.25
34.0
19.66
13.47
20.21
5.23
33.4
19.79
13.50
20.20
5.20
32.7
19.92
13.53
20.20
5.18
31.0
20.06
13.56
20.20
5.16
+31.1
20.20
+13.59
20.19
5.14
30.2
20.34
13.63
20.19
5.12
20.3
20.48
13.66
20.18
5.09
28.4
20.61
13.70
23.18
5.07
27.4
20.75
13.74
20.18
5.05
+26.4
2G.89
+13.78
20.17
5.03
25.4
21.03
13.82
20.17
5.01
24.5
21.16
13.86
20.17
4.99
23.5
21.30
13.90
20.16
4.97
22.6
21.44
13.94
20.16
4.96
+21.7
21.58
+13.98
20.16
4.94
20.8
21.71
14.02
20.16
4.92
20.0
21.85
14.06
20.15
4.90
19.2
21.98
14.11
2}.15
4.88
18.5
22.12
14.15
20.15
4.87
+17.8
22.26
+14.20
20.15
4.86
17.2
22.40
14.24
20.14
4.84
16.6
22.54
14.29
20.14
4.83
16.0
22.67
14.34
20.14
4.81
15.4
22.81
14.38
20.14
4.80
+14.9
22.96
+14.43
20.14
4.79
14.4
23.09
14.47
20.14
4.78
13.8
23.23
14.52
20.14
4.77
18.1
23.36
14.57
20.14
4.76
12.4
23.60
14.62
20.14
4.75
+11.7
23.64
+14.66
20.14
4.74
10.9
23.78
14.71
20.14
4.73
10.0
23.92
14.76
20.14
4.73
9.1
24.05
14.81
20.14
4.72
8.1
24.19
14.85
20.13
4.71
+ 7.1
24.33
+14.90
20.13
4.71
6.1
24.47
14.95
20.13
4.70
5.1
24.60
14.99
20.13
4.70
4.0
24.74
15.04
20.13
4.69
2.9
24.88
15.08
20.13
4.69
+ 1.9
25.02 +15.12
20.13
4.68
+ 0.8
25.1^
+15.171
20.13
4.68
Mean Time
of Sidereal
Noon.
h m s
20 17 15.77
20 13 19.86
20 9 2.^.95
20 6 28.04
20 132.13
19 67 36.22
19 63 40.31
19 49 44.40
19 45 48.48
19 41 52.57
19 3" 56.66
19 34 0.75
19 30 4.84
19 26 8.93
19 22 13.01
1918 17.10
19 14 21.19
19 10 25.28
19 0 20.37
19 2 3;i.46
18 58 37.54
18 54 41.63
18 50 45.72
18 46 4I>.81
18 42 53.90
18 38 57.98
18 35 2.07
18 31 6.16
18 27 10.25
18 23 14.33
18 19 18.42
18 15 22.51
18 11 26.60
18 7 30.68
18 3 34.77
17 69 38.86
17 65 42.95
17 61 47.04
17 47 51.12
17 43 65.21
17 39 69.30
17 36 3.39
17 32 7.47
17 28 11.56
17 24 15.66
17 20 19.74
17 16 23.82
10
SUN, 1916,
FOR GREENWICH MEAN NOON.
Date.
Day of the
Week.
Apparent
Ascension.
Var.
Hour.
Apparent
Dedmation.
Var.
per
Hour.
Semi-
diameter.
Hot.
Par.
Equation
of Time.
App.— Mean.
Var.
Hour.
Sidereal Time,
or Right Ascen-
sion of Mean
Sun.
h m s
s
• 1 n
/ 1
t n
tt
m s
s
h m s
July 1
Sa
6 40 24.54
10.344
+23 7 34.5
-9.99
15 45.63
8.66
-3 35.18
-0.488
6 36 49.36
2
Su
6 44 32.68
10.333
23 3 22.6
11.00
15 45.62
8.66
3 46.76
0.477
6 40 45.92
3
Mo
6 48 40.54
10.321
22 58 46.5
12.00
15 45.62
8.65
3 68.06
0.464
6 44 42.48
4
Tu
6 52 48.09
10.308
22 53 46.4
13.00
15 45.62
8.65
4 9.05
0.451
6 48 39.04
6
We
6 56 55.32
10.294
22 48 22.4
13.99
15 45.63
8.65
4 19.72
0.437
6 52 35.60
6
Th
7 1 2.19
10.279
+22 42 34.6
-14.98
15 45.65
8.65
-4 30.04
-0.422
6 56 32.15
7
Fr
7 5 8.69
10.283
22 36 23.2
15.96
15 45.67
8.65
4 39.98
0.406
7 0 28.71
8
Sa
7 9 14.80
10.246
22 29 48.4
16.93
15 45.69
8.65
4 49.53
0.389
7 4 25.27
9
Su
7 13 20.50
10.229
22 22 50.4
17.90
15 45.72
8.66
4 68.68
0.372
7 8 21.83
10
Mo
7 17 25.77
10.211
22 15 29.2
18.86
15 45.75
8.66
5 7.39
0.354
7 12 18.38
11
Tu
7 21 30.60
10.192
+22 7 45.1
-19.81
15 45.79
8.66
-5 15.66
-0.335
7 16 14.94
12
We
7 25 34.97
10.172
21 59 38.3
20.75
15 45.83
8.66
5 23.47
0.316
7 20 11.50
13
Th
7 29 38.86
10.152
2151 8.9
21.69
16 46.83
8.66
5 30.80
0.296
7 24 8.06
14
Fr
7 33 42.28
10.132
21 42 17.2
22.62
15 45.93
8.66
5 37.66
0.276
7 28 4.62
15
Sa
7 37 45.21
10.112
2133 3.2
23.54
15 45.98
8.66
6 44.03
0.255
7 32 1.17
16
Su
7 41 47.64
10.091
+21 23 27.2
-24.45
15 46.03
8.66
-5 49.90
-0.234
7 35 57.73
17
Mo
7 45 49.56
10.070
21 13 29.4
25.36
15 46.09
8.66
5 55.27
0.213
7 39 54.29
18
Tu
7 49 50.97
10.048
21 310.0
26.26
15 46.14
8.66
6 0.13
0.192
7 43 60.85
19
We
7 53 61.87
10.026
20 52 29.1
27.14
15 46.20
8.66
6 4.47
0.170
7 47 47.40
20
Th
7 57 52.24
10.004
20 41 27.1
28.02
15 46.26
8.66
6 8.28
0.148
7 51 43.96
21
Fr
8 1 52.08
9.982
+20 30 4.1
-28.89
15 46.33
8.66
-6 11.56
-0.125
7 66 40.52
22
Sa
8 5 51.37
9.959
20 18 20.3
29.75
15 46.40
8.66
6 14.30
0.102
7 69 37.08
23
Su
8 9 50.11
9.936
20 616.1
30.60
15 46.48
8.66
6 16.48
0.079
8 3 33.63
24
Mo
8 13 48.29
9.912
19 53 51.6
31.44
15 46.57
8.66
6 18.10
0.056
8 7 30.19
25
Tu
8 17 45.90
9.888
19 41 7.1
32.26
15 46.66
8.66
6 19.16
0.032
8 11 26.75
26
We
8 21 42.94
9.864
+19 28 2.9
-83.07
15 46.76
8.67
-6 19.64
-0.008
8 15 23.30
27
Th
8 25 39.39
9.840
19 14 39.3
33.88
15 46.S6
8.67
6 19.53
+0.017
8 19 19.86
28
Fr
8 29 35.25
9.815
19 0 56.6
34.67
15 46.96
8.67
6 18.84
0.042
8 23 16.41
29
Sa
8 33 30.52
9.790
18 46 55.0
35.45
15 47.07
8.67
6 17.54
0.067
8 27 12.97
30
Su
8 37 25.18
9.765
18 32 34.8
36.22
15 47.18
8.67
6 15.65
0.092
8 31 9.53
31
Mo
8 41 19.24
9.740
+18 17 56.4
-^6.98
15 47.30
8.67
-6 13.15
+0.117
8 35 6.08
Aug. 1
Tu
8 45 12.68
9.714
18 3 0.0
37.72
15 47.42
8.67
6 10.04
0.142
8 39 2.64
2
We
8 49 5.51
9.688
17 47 45.9
38.45
15 47.55
8.67
6 6.31
0.168
8 42 59.20
3
Th
8 52 57.73
9.663
17 32 14.5
39.16
15 47.68
8.67
6 1.97
0.194
8 46 55.75
4
Fr
8 56 49.33
9.637
17 16 26.1
39.87
15 47.82
8.68
5 57.02
0.219
8 50 52.31
6
Sa
9 0 40.31
9.611
+17 0 21.0
-40.56
15 47.96
8.68
-5 51.45
+0.245
8 54 48.86
6
Su
9 4 30.68
9.586
16 43 59.4
41.23
15 48.11
8.68
5 45.26
0.271
8 58 45.42
7
Mo
9 8 20.43
9.560
16 27 21.7
41.90
15 48.26
8.68
5 38.45
0.296
9 2 41.98
8
Tu
9 12 9.57
9.535
16 10 28.2
42.55
15 48.42
8.68
5 31.04
0.321
9 6 38.53
9
We
9 15 58.11
9.510
15 53 19.3
43.19
15 48.58
8.68
5 23.03
0.346
9 10 35.09
10
Th
9 19 46.06
9.486
+15 35 55.1
-43.82
15 48.74
8.68
-5 14.42
+0.371
9 14 31.64
11
Fr
9 23 33.42
9.462
15 18 16.0
44.43
15 48.90
8.68
5 5.22
0.395
9 18 28.20
12
Sa
9 27 20.21
9.438
15 0 22.3
45.04
15 49.07
8.69
4 55.45
0.419
9 22 24.76
13
Su
9 31 6.43
9.415
14 42 14.2
45.63
15 49.24
8.69
4 45.12
0.442
9 26 21.31
14
Mo
9 34 52.10
9.392
14 23 52.0
46.21
15 49.41
8.69
4 34.24
0.465
9 30 17.86
15
Tu
9 38 37.24
9.370
+14 516.1
-46.78
15 49.58
8.69
-4 22.82
+0.487
9 34 14.42
16
We
9 42 21.86
9.348
+13 46 26.7
-47.34
15 49. 76
8.69
-4 10.88
+0.608
9 38 10.98
SUN, 1916.
11
FOR GREENWICH MEAN NOON.
I>&te.
Day of the
Year.
True
Longitude.
VftT.
Hour.
LaU-
tode.
Logarithm of
the Radius
Vector of the
Earth.
Var.
Hmlr.
Prec.
in
Long.
Nut.
in
Long.
Aber-
ration.
True
Obliq-
uity.
• 1 It
»#
ft
/f
ft
ff
23*27'
July 1
183
99 17 18.8
143.05
+0.17
0.007 2285
•»- 1.0
26.02
+15.12
20.13
4.68
2
184
100 14 31.9
143 .Oi
+0.04
0.007 2316
+ 0.8
25.15
15.17
20.13
4.68
3
185
101 11 44.9
143.04
-0.09
0.007 2322
- 0.3
25.29
15.21
20.13
4.68
4
186
102 8 57.7
143.03
0.22
0.007 2303
1.3
25.42
15.26
20.13
4.68
5
187
103 610.3
143.02
0.33
0.007 2259
2.3
25.56
15.30
20.13
4.68
6
188
104 3 22.8
143.02
-0.42
0.007 2192
- 3.3
25.70
+15.34
20.13
4.68
7
189
106 0 35.1
143.01
0.48
0.007 2101
4.2
25.84
15.38
20.13
4.68
8
190
105 57 47.2
143.00
0.51
0.007 1989
6.1
25.98
15.43
20.13
4.68
9
191
106 54 59.2
143.00
0.52
0.007 1857
6.9
26.11
15.47
20.13
4.68
10
192
107 52 11.1
142.09
0.50
0.007 1705
6.7
26.26
15.51
20.13
4.68
11
193
108 49 23.0
142.00
-0.44
0.007 1536
- 7.4
26.3t
+15.56
20.13
4.68
12
194
109 46 34.8
143.00
0.35
0.007 1350
8.1
26.53
15.58
20.13
4.68
13
196
110 43 46.7
143.00
0.23
0.007 1149
8.7
26.67
15.62
20.13
4.69
14
196
11140 58.8
143.01
-0.10
0.007 0934
9.3
26.80
15.66
20.13
4.69
15
197
112 3811.1
143.02
+0.04
0.007 0705
9.8
26.94
15.70
20.13
4.70
16
198
113 35 23.9
143.04
+0.18
0.007 0463
-10.4
27.08
+15.73
20.14
4.70
17
199
114 32 37.1
143.06
0.31
0.007 0208
11.0
27.22
15.76
20.14
4.71
18
200
115 29 51.0
143.00
0.43
0.006 9938
11.6
27.36
15.80
20.14
4.71
19
201
116 27 5.5
143.12
0.53
0.006 9653
12.2
27.49
15.83
20.14
4.72
20
202
117 24 20.9
143.16
0.61
0.006 9351
12.9
27.63
15.86
20.14
4.72
21
203
118 21 37.1
143.19
+0.65
0.006 9031
-13.7
27.77
+15.89
20.14
4.73
22
204
11918 54.1
143.33
0.66
0.006 8692
14.5
27.91
15.92
20.15
4.73
23
205
120 16 12.0
148.26
0.64
0.006 8333
15.4
28.04
15.94
20.15
4.74
24
206
121 13 30.8
143.30
0.59
0.006 7952
16.3
28.18
15.97
20.15
4.75
25
207
122 10 50.4
148.34
0.51
0.006 7549
17.3
28.32
16.00
20.15
4.75
26
208
123 811.0
143.37
+0.42
0.006 7124
-18.2
28.46
+16.02
20.15
4.76
27
209
124 5 32.4
148.41
0.31
0.006 6674
19.2
28.59
16.04
20.16
4.77
28
210
125 2 54.7
143.45
0.18
0.006 6202
20.2
28.73
16.06
20.16
4.78
29
211
126 017.8
143.48
+0.05
0.006 5705
21.2
28.86
16.08
20.16
4.79
30
212
126 57 41.9
143.52
-0.08
0.006 5184
22.2
29.00
16.10
20.16
4.79
31
213
127 55 6.7
143.55
-0.20
0.006 4639
-23.3
29.14
+16.12
20.17
4.80
Aug. 1
214
128 52 32.3
.143.58
0.31
0.006 4070
24.3
29.28
16.13
20.17
4.81
2
215
129 49 58.7
143.62
0.40
0.006 3478
25.2
29.42
16.15
20.17
4.82
3
216
130 47 25.9
148.65
0.47
0.006 2863
26.1
29.55
16.16
20.17
4.83
4
217
131 44 53.8
143.68
0.51
0.006 2227
27.0
29.69
16.17
20.18
4.84
5
218
132 42 22.5
143.71
-0.52
0.006 1569
-27.8
29.83
+16.18
20.18
4.85
6
219
133 39 51.9
143.74
0.50
0.006 0892
28.6
29.97
16.19
20.18
4.86
-»
t
220
134 37 22.0
143.77
0.45
0.006 0197
20.3
30.11
16.20
20.19
4.87
8
221
135 34 53.0
143.81
0.37
0.005 9485
30.0
30.24
16.20
20.19
4.88
9
222
136 32 24.7
143.84
0.27
0.005 8759
30.6
30.38
16.20
20.19
4.89
10
223
137 29 57.3
148.88
-0.14
0.005 8018
-31.1
30.52
+16.21
20.20
4.90
11
224
138 27 30.8
143.92
0.00
0.005 7266
31.6
30.66
16.21
20.20
4.91
12
225
139 25 6.4
143.06
+0.14
0.005 6504
32.0
30.80
16.21
20.20
4.92
13
226
140 22 41.0
144.01
0.27
0.005 5731
32.4
30.93
16.21
20.20
4.93
14
227
141 20 18.0
144.06
0.40
0.005 4949
32.8
31.07
16.20
20.21
4.93
16
228
142 17 56.2
144.12
+0.51
0.005 4158
-33.2
31.21
+16.20
20.21
4.94
16
229
143 15 35.9
144.18
+0.59
0.005 3356
-33.6
31.35
+16.20
20.21
4.95
Mean Time
of Sidereal
Noon.
h m 8
17 20 19.74
17 16 23.82
17 12 27.91
17 8 32.00
17 4 36.09
17 0 40.18
16 56 44.26
16 52 48.35
16 48 52.44
16 44 56.53
16 41 0.62
16 37 4.70
16 33 8.79
16 29 12.88
16 25 16.97
16 21 21.06
16 17 25.15
16 13 29.24
16 9 33.32
16 5 37.41
16 141.50
15 57 45.59
15 53 49.68
15 49 63.77
15 46 57.86
15 42 1.95
15 38 6.04
15 34 10.12
15 30 14.21
15 26 18.30
15 22 22.39
15 18 26.48
15 14 30.57
15 10 34.66
15 6 38.75
15 2 42.84
14 58 46.93
14 54 51.02
14 50 55.11
14 46 59.20
14 43 3.29
14 39 7.38
14 3611.47
14 31 15.56
14 27 19.66
14 23 23.75
14 19 27.84
12
SUN, 1916.
FOR GREENWICH MEAN NOON.
Date.
Day of the '
Week.
Apparent
Right
.\seension.
Var.
per
Hour.
s
Apparent
Declination.
Var.
per
ILiUr.
SeniJ-
diameter.
Hor.
Par.
Equation
orTime.
App.— Mean.
Var.
Hour.
s
Sidereal Time,
or Right Aano*
sion of Mean
Son,
h m s
Of »/
//
f ft
//
m s
h m s
Aug. 16
We
9 42 21.86
9.348
+13 46 26.7
-47.34
15 49.76
8.69
- 4 10.88
+0.508
9 38 10.98
17
Th
9 46 5.96
9.327
13 27 24.0
47.88
15 49.94
8.69
3 58.43
0.529
9 42 7.53
18
Fr
9 49 49.57
9.307
13 8 8.4
48.41
15 50.12
8.70
3 45.49
0.549
9 46 4.08
19
Sa
9 53 32.70
9.287
12 48 40.2
48.93
15 50.30
8.70
3 32.06
0.569
9 50 0.04
20
Su
9 57 15.36
9.268
12 28 59.6
49.44
15 50.49
8.70
3 18.17
0.588
9 53 57.19
21
Mo
10 0 57.56
9.249
+12 9 7.1
-49.93
15 50.68
8.70
- 3 3.81
+0.607
9 57 53.75
22
Tu
10 4 39.32
9.231
1149 2.9
50.41
15 50.87
8.70
2 49.01
0.626
10 1 50.30
23
We
10 8 20.64
9.213
11 28 47.4
50.88
15 51.07
8.70
2 33.78
0.644
10 5 46.86
24
Th
10 12 1.53
9.195
11 8 20.8
51.33
15 51.27
8.71
2 18.12 1 0.661
10 9 43.41
25
Fr
10 15 42.01
9.178
10 47 43.6
51.77
15 51.47
8.71
2 2.05 ! 0.678
10 13 39.97
26
Sa
10 19 22.10
9.162
+10 26 56.0
-52.19
15 51.68
8.71
- 1 45.58 +0.694
1
10 17 36.52
27
Su
10 23 1.79
9.146
10 5 58.4
52.60
15 51.89
8.71
1 28.72 ; 0.710
10 21 33.08
28
Mo
10 26 41.11
9.131
9 44 51.2
53.00
15 52.11
8.71
1 11.48; 0.725
10 25 29.63
29
Tu
10 33 20.07
9.116
9 23 34.6
53.38
15 52.33
8.72
0 53.89
0.740
10 29 26.18
30
We
10 33 5S.68
9.102
9 2 9.1
53.74
15 f 2.55
8.72
0 35.94
0.764
10 33 22.74
31
Th
10 37 36.95
9.088
+ 8 40 35.0
-54.09
15 52.78
8.72
- 0 17.66
+0.768
10 37 19.29
Sept. 1
Fr
10 41 14.90
9.075
8 18 52.6
54.43
15 53.01
8.72
+ 0 0.94
0.781
10 41 15.85
2
8a
10 44 52.54
9.062
7 57 2.2
54.73
15 53.24
8.72
0 19.86
0.794
10 45 12.40
3
Su
10 48 29.8?
9.050
7 35 4.3
55.06
15 53.48
8.73
0 39.07
0.806
10 49 8.95
4
Mo
10 52 6.94
9.039
7 12 59.2 55.36
15 53.72
8.73
0 58.57
0.817
10 53 5.51
5
Tu
10 55 43.74
9.028
+ 6 50 47.1 -55.64
15 53.97
8.73
+ 1 18.32
^.828
10 57 2.06
6
We
10 59 20.29
9.018
6 28 28.4 1 55.91
15 54.22
8.73
1 38.33 0.838
11 or,8.62
7
Th
11 2 56.61
9.009
6 6 3.4 56.16
15 54.47
8.74
1 58.56 0.847
11 4 55.17
8
Fr
11 6 32.72
9.001
5 43 32.5 ; 56.41
15 54.72
8.74
2 19.00 ' 0.856
11 8 51.72
9
Sa
1110 8.65
8.994
5 20 55.9
56.64
15 54.97
8.74
2 39.63
0.863
11 12 48.28
10
Su
11 13 44.41
8.987
+ 4 58 13.9
-56.85
15 55.22
8.74
+ 3 0.42
+0.809
11 16 44.83
11
Mo
11 17 20.03
8.982
4 35 26.9 57.06
15 55.47
8.74
3 21.35
0.874
1120 41.38
12
Tu
1 1 20 55.53
8.977
4 12 35.1 57.25
15 55.72
8.75
3 42.41
0.879
11 24 37.94
13
We
1 1 24 30.93
8.973
3 49 38.8 57.43
15 55.98
8.75
4 3.56
0.883
11 28 34.49
14
Th
1128 6.27
8.971
3 26 38.4 57.60
15 56.23
8.75
4 24.77
0.885
1132 31.04
15
Fr
11 31 41.56
8.970
+ 33 34.1 '-57.75
15 56.49
8.75
+ 4 46.04
+0.886
11 36 27.60
16
Sa
11 35 16.82
8.969
2 40 26.2
57.89
15 56.74
8.76
6 7.33
0.887
11 40 24.15
17
S.i
1138 52.07
8.970
2 17 15.0
58.02
15 57.00
8.76
5 28.63
0.887
11 44 20.70
18
Mo
1142 27.34
8.971
1 54 1.0
58.14
15 57.25
8.76
5 49.91
0.886
1148 17.26
19
Tu
1146 2.66
8.973
1 30 44.4
58.24
15 57.51
8.76
611.15
0.884
11 52 13.81
20
We
1149 38.04
8.976
+ 1 7 25.6
-58.32
15 57.77
8.77
+ 6 32.33
+0.881
11 56 10.36
21
Th
1153 13.49
8.979
0 44 4.9
58.39
15 58.04
8.77
6 53.43
0.877
12 0 6.92
22
Fr
1156 49.03
8.984
+ 0 20 42.6
58.45
15 58.30
8.78
7 14.44
0.873
12 4 3.47
23
Sa
12 0 24.69
8.989
- 0 2 40.8
58.49
15 58.57
8.78
7 35.33
0.868
12 8 0.02
24
Su
12 4 0.49
8.995
0 26 5.0
58.52
15 58.84
8.78
7 56.08
0.862
12 11 56.57
25
Mo
12 7 36.45
9.002
- 0 49 29.7
-58.53
15 59.11
8.78
+ 8 16.68
+0.855
12 15 53.13
26
Tu
12 11 12.57
9.000
1 12 54.5
58.53
15 59.38
8.78
8 37.11
0.847
12 19 49.68
27
We
12 14 48.88
9.017
1 36 19.0 58.51
15 59.65
8.78
8 57.35
0.839
12 23 46.23
28
Th
12 18 25.40
9.026
1 59 42.<< 58.47
15 59.92
8.79
9 17.38
0.830
12 27 42.79
29
Fr
12 22 2.15
1
9.036
2 23 5.6 58.42
16 0.20
8.79
9 37.19
0.820
12 31 39.34
30
Sa
12 25 30.13 1
9.046
- 2 46 27.0 -58.35
16 0.48
8.79
+ 9 56.76
+0.810
12 35 35.89
Oct. 1
Su
12 29 16.37 1
9.or>7
-39 46.6 ,
-5S.27|
16 0.76
8.79
+ 10 16.08
+0.799
12 39 32.45
SUN, 1916.
13
FOR GREENWICH MEATS IsOON.
I>at«. of
True
Longitude.
Var.
Hour.
Lati-
tude.
Logarithm of
the Radius
Vector of the
Earth.
Var.
per
Hour.
Preo.
in
Long.
Nut.
in
Long.
Aber.
ration.
True
Obllq.
uity.
Mean Time
of Sidereal
Noon.
1
1
• t n
II
It
II
II
II
23«27'
II
h m s
Aug. 16 1 229
143 15 35.9
144.18
+0.59
0.005 3356
-33.6
31.35
+16.20
20.21
4.96
14 19 27.84
17 230
144 13 17.1
144.25
0.64
0.005 2543
34.1
31.48
16.19
20.22
4.96
14 15 31.93
18
231
145 10 59.9
144.32
0.66
0.005 1719
34.6
31.62
16.18
20.22
4.97
14 11 36.02
19
232
146 8 44.3
144.39
0.65
0.005 0882
35.2
31.76
16.17
20.22
4.97
14 7 40.11
20 233
147 6 30.4
144.46
0.61
0.005 0031
35.8
31.90
16.16
20.23
4.98
14 3 44.20
21
234
148 4 18.2
144.63
+0.55
0.004 9166
-36.4
32.03
+16.15
20.23
4.99
13 59 48.29
22
235
149 2 7.7
144.60
0.46
0.004 8284
37.1
32.17
16.14
20.23
5.00
13 55 52.38
23
236
149 59 58.9
144.67
0.35
0.004 7387
37.8
32.30
16.13
20.24
5.01
13 51 56.48
24
237
150 57 51.8
144.74
0.24
0.004 6472
38.5
32.44
16.11
20.24
5.01
13 48 0.57
25
238
151 55 46.3
144.81
+0.12
0.004 5540
39.2
32.58
16.09
20.25
5.02
13 44 4.66
26
239
152 53 42.6
144.88
-0.01
0.004 4590
-40.0
32.72
+16.08
20.25
5.02
13 40 8.75
27
240
153 51 40.5
144.95
0.13
0.004 3622
40.7
32.86
16.06
20.26
5.03
13 36 12.84
28
241
154 49 40.1
145.02
0.24
0.004 2636
41.5
32.99
16.04
20.26
5.04
13 32 16.93
29
242
155 47 41.2
145.08
0.34
0.004 1632
42.2
33.13
16.02
20.26
5.04
13 28 21.02
30
243
156 45 44.0
145.15
0.41
0.004 0610
43.0
33.27
16.00
20.27
5.05
13 24 25.12
31
244
157 43 48.3
145.21
-0.46
0.003 9570
-43.7
33.41
+15.98
20.27
5.05
13 20 29.21
Sept. 1
245
158 41 54.1
145.27
0.48
0.003 8513
44.4
33.55
15.95
20.28
5.06
13 16 33.30
2
246
159 40 1.4
145.33
0.47
0.003 7440
45.0
33.68
15.93
20.28
5.06
13 12 37.39
3
247
160 38 10.1
145.39
0.43
0.003 6352
45.6
33.82
15.91
20.29
5.06
13 8 41.48
4
248
161 36 20.2
145.45
0.36
0.003 5252
46.1
33.96
15.88
20.29
5.06
13 4 45.58
5
249
162 34 31.8
145.51
-0.26
0.003 4139
-46.5
34.10
+15.85
20.30
5.07
13 0 49.67
6
250
163 32 44.8
145.57
0.14
0.003 3017
46.9
34.24
15.82
20.30
5.07
12 56 53.76
7
251
164 30 59.3
145.64
-0.01
0.003 1886
47.2
34.37
15.79
20.31
5.07
12 52 57.85
8 252
165 29 15.4
145.70
+0.13
0.003 0749
47.6
34.51
15.76
20.32
5.07
12 49 1.94
9
253
166 27 33.0
145.77
0.26
0.002 9607
47.7
34.65
15.73
20.32
5.07
12 45 6.04
10
254
167 25 52.2
145.84
+0.38
0.002 8461
-47.8
34.79
+15.70
20.33
5.07
12 41 10.13
11
255
168 24 13.1
145.91
0.49
0.002 7313
47.9
34.92
15.67
20.33
5.07
12 37 14.22
12; 256
169 22 35.9
145.99
0.57
0.002 6163
48.0
35.05
15.63
20.34
5.06
12 33 18.32
13
257
170 21 0.6
146.07
0.63
0.002 5011
48.1
35.19
15.60
20.34
5.06
12 29 22.41
14
258
171 19 27.2
146.15
0.65
0.002 3857
48.2
35.33
15.57
20.35
5.06
12 25 26.50
15
259
172 17 55.9
146.24
+0.64
0.002 2701
-48.3
35.47
+15.53
20.36
5.05
12 21 30.59
16
260
173 16 26.8
146.33
0.61
0.002 1542
48.4
35.61
15.50
20.36
5.05
12 17 34.69
17
261
174 14 59.8
146.42
0.56
0.002 0378
48.6
35.74
15.46
20.37
5.04
12 13 38.78
18
262
175 13 35.0
146.51
0.48
0.001 9210
48.8
35.88
15.43
20.38
5.04
12 9 42.87
19
263
176 12 12.4
146.61
0.38
0.001 8036
49.0
36.02
15.39
20.38
5.03
12 5 46.96
20 '264
177 10 52.1
146.70
+0.27
0.001 6856
-49.3
36.16
+15.36
20.39
5.02
12 151.06
21 i 265
178 9 33.9
146.79
0.15
0.001 5669
49.6
36.30
15.32
20.39
5.02
11 57 55.15
22
266
179 8 18.0
146.88
+0.03
0.001 4475
49.9
36.43
15.28
20.40
5.01
11 63 59.24
23
267
180 7 4.2
146.97
-0.09
0.001 3272
50.3
36.57
15.25
20.40
5.00
1150 3.34
24
268
181 5 52.6
147.06
0.21
0.001 2062
50.6
36.71
15.21
20.41
4.99
1146 7.43
25 j 269
182 4 43.2
147.15
-0.31
0.001 0842
-51.0
36.85
+15.17
20.41
4.98
114211.52
26
270
183 3 35.9
147.24
0.38
0.000 9613
51.4
36.99
15.14
20.42
4.97
11 38 15.61
27
271
184 2 30.6
147.32
0.43
0.000 8375
51.8
37.12
15.10
20.42
4.96
11 34 19.71
28
272
185 127.3
147.40
0.46
0.000 7129
52.1
37.26
15.06
20.43
4.95
1130 23.80
29
273
186 0 26.0
147.48
0.46
0.000 5873
52.5
37.40
15.03
20.43
4.93
11 26 27.89
30
274
186 59 26.6
147.56
-0.43
0.000 4610
-52.8
37.54
+14.99
20.44
4.92
11 22 31.98
Oct. 1
275
187 58 29.0
147.64
-0.37
0.000 3:M0
-53.0
37.68
+ 14.96
20.44
4.90
11 18 36.08
14
SUN, 1916.
FOR GREENWICH MEAN NOON.
Date.
Day of the
Week.
Apparent
Ascension.
Var.
Hour.
Apparent
Declination.
Var.
Hott.
Seml-
diameter.
Hor.
Par.
Equation
of Time.
App.— Mean.
Var.
per
Hour.
Sidereal Time.
ST Right ksats^
sion of Mean
SUCL
h m s
s
• / //
//
/ ft
//
m s
8
h m s
Oct. 1
Su
12 29 16.37
9.057
- 3 9 46.6
-58.27
16 0.76
8.79
+10 16.08
+0.799
12 39 32.45
2
Mo
12 32 53.89
9.069
3 33 4.0
58.17
16 1.04
8.80
10 35.11
0.787
12 43 29.00
3
Tu
12 36 31.69
9.082
3 56 18.9
58.06
16 1.32
8.80
10 53.86
0.774
12 47 25.55
4
We
12 40 9.80
9.095
4 19 31.0
57.93
16 1.60
8.80
11 12.30
0.761
12 51 22.11
5
Th
12 43 48.25
9.109
4 42 39.8
57.79
16 1.89
8.80
11 30.41
0.747
12 55 18.66
6
Fr
12 47 27.05
9.124
- 5 5 45.0
-57.63
16 2.18
8.81
-f 11 48.17
+0.732
12 59 15.21
7
Sa
12 51 6.22
9.140
5 28 46.3
57.46
16 2.46
8.81
12 5.55
0.716
13 311.77
8
Su
12 54 45.77
9.157
5 51 43.3
57.28
16 2.74
8.81
12 22.55
0.700
13 7 8.32
9
Mo
12 58 25.74
9.175
6 14 35.7
57.08
16 3.02
8.81
12 39.13
0.682
1311 4.87
10
Tu
13 2 6.15
9.194
6 37 23.2
56.87
16 3.30
8.82
12 55.27
0.663
1315 1.43
11
We
13 5 47.03
9.214
- 7 0 5.3
-56.64
16 3.58
8.82
+13 10.95
+0.643
1318 57.98
12
Th
13 9 28.39
9.235
7 22 41.8
56.40
16 3.86
8.82
13 26.15
0.622
13 22 54.54
13
Fr
13 13 10.25
9.256
7 45 12.4
56.14
16 4.13
8.82
13 40.83
0.600
13 26 51.00
14
Sa
13 16 52.65
9.278
8 7 36.6
55.87
16 4.40
8.83
13 54.99
0.578
13 30 47.64
15
Su
13 20 35.60
9.301
8 29 54.0
55.58
16 4.67
8.83
14 8.60
0.555
13 34 44.20
16
Mo
13 24 19.12
9.326
- 8 52 4.4
-55.28
16 4.94
8.83
+14 21.63
+0.631
13 38 40.75
17
Tu
13 28 3.23
9,351
9 14 7.3
54.96
16 5.21
8.83
14 34.07
0.506
13 42 37.30
18
We
13 31 47.95
9.376
9 36 2.4
54.62
16 5.48
8.84
14 45.90
0.480
13 46 33.86
19
Th
13 35 33.30
9.403
9 57 49.2
64.27
16 5.74
8.84
14 57.11
0.453
13 50 30.41
20
Fr
13 39 19.29
9.430
10 19 27.4
53.90
16 6.01
8.84
15 7.67
0.426
13 54 26.97
21
Sa
13 43 5.94
9.458
-10 40 56.5
-53.51
16 6.27
8.84
+15 17.58
+0.398
13 58 23.52
22
Su
13 46 53.27
9.486
11 216.1
53.11
16 6.54
8.85
15 26.80
0.370
14 2 20.07
23
Mo
13 50 41.29
9.515
11 23 25.9
52.69
16 6.80
8.85
15 35.34
0.341
14 6 16.63
24
Tu
13 54 30.00
9.545
11 44 25.4
52.26
16 7.07
8.85
15 43.18
0.312
14 10 13.18
25
We
13 58 19.43
9.575
12 514.3
51.80
16 7.33
8.85
15 50.31
0.282
14 14 9.74
26
Th
14 2 9.59
9.605
-12 25 52.0
-51.33
16 7.59
8.85
+15 56.70
+0.252
1418 6.29
27
Fr
14 6 0.48
9.636
12 46 18.2
50.84
16 7.85
8.86
16 2.37
0.221
14 22 2.85
28
Sa
14 9 52.11
9.667
13 6 32.4
50.33
16 8.11
8.86
16 7.29
0.190
14 25 59.40
29
Su
14 13 44.49
9.698
13 26 34.2
49.81
16 8.37
8.86
16 11.46
0.158
14 29 55.96
30
xMo
14 17 37.63
9.730
13 46 23.2
49.27
16 8.63
8.87
16 14.88
0.128
14 33 52.51
31
Tu
14 21 31.54
9.762
-14 5 59.0
-48.71
16 8.88
8.87
+16 17.53
+0.094
14 37 49.07
Nov. 1
We
14 25 26.22
9.794
14 25 21.2
48.13
16 9.14
8.87
16 19.40
0.062
14 41 45.62
2
Th
14 29 21 .67
9.827
14 44 29.3
47.54
16 9.39
8.87
16 20.51
+0.030
14 45 42.18
3
Fr
14 33 17.91
9.860
15 3 23.0
46.93
16 9.65
8.87
16 20.82
-0.003
14 49 38.73
4
Sa
14 37 14.95
9.893
15 22 1.9
46.30
16 9.90
8.88
16 20.34
0.036
14 53 35.29
6
Su
14 41 12.79
9.927
-15 40 25.5
-45.66
16 10.15
8.88
+16 19.06
-0.070
14 57 31.84
6
Mo
14 45 11.44
9.961
15 58 33.5
45.00
16 10.40
8.88
16 16.96
0.104
15 128.40
7
Tu
14 49 10.91
9.995
16 16 25.4
44.32
16 10.64
8.88
16 14.05
0.139
15 5 24.^
8
We
14 53 11.20
10.030
16 34 1.0
43.63
16 10.87
8.89
16 10.31
0.174
15 9 21.51
9
Th
14 57 12.34
10.065
16 51 19.9
42.93
16 11.10
8.89
16 5.73
0.209
15 13 18.07
10
Fr
15 114.32
10.100
-17 8 21.6
-42.21
16 11.33
8.89
+16 0.31
-0.244
15 17 14.62
11
Sa
15 5 17.15
10.136
17 25 5.8
41.47
16 11.56
8.89
15 54.03
0.279
15 2111.18
12
Su
15 9 20.83
10.171
17 41 32.0
40.71
16 11.78
8.89
15 46.91
0.316
15 25 7.74
13
Mo
15 13 25.37
10.207
17 57 39.9
39.94
16 12.00
8.90
15 38.92
0.351
15 29 4.29
14
Tu
15 17 30.78
10.243
18 13 29.1
39.15
16 12.21
8.90
15 30.07
0.387
15 33 0.85
15
We
15 21 37.04
10.279
-18 28 59.2
-38.35
16 12.42
8.90
+15 20.37
-0.423
15 36 67.41
16
Th
15 25 44.17
10.315
18 44 9.8
-37.63
16 12.62
8.90
+15 9.80
-0.459
15 40 53.96
SUN, 1916.
15
FOR GREENWICH MEAN NOON.
Dtte.
r
True
Longitude.
Var.
LaU-
tude.
Logarithm of
the Radius
Vector of the
Earth.
Var.
per
Hour.
Prec.
in
Ixmg.
Nut.
in
Long.
Aber-
ration.
True
Obliq.
uity.
Mean Time
of Sidereal
Noon.
Oct. 1
275
187 58 29.0
01
147.64
If
-0.37
0.000 3340
-63.0
tf
37.68
ft
+14.96
ft
20.44
23*27'
ft
4.90
h m 8
11 18 36.08
2
276
188 57 33.3
147.n
0.28
0.000 2065
53.2
37.81
14.92
20.45
4.89
11 14 40.17
3
277
189 56 39.3
147.79
0.17
0.000 0785
68.3
37.95
14.89
20.46
4.88
11 10 44.26
4
278
190 55 47.0
147.86
-0.05
9.999 9503
53.4
38.09
14.86
20.46
4.86
11 6 48.36
5
279
191 54 56.5
147.93
+0.09
9.999 8221
53.4
38.23
14.82
20.47
4.85
11 2 52.45
6
280
192 54 7.8
148.00
+0.23
9.999 6940
-53.3
38.36
+14.79
20.47
4.83
10 68 66.54
7
281
193 53 20.8
148.06
0.35
9.999 5662
53.1
38.49
14.76
20.48
4.82
10 66 0.63
8
282
194 52 35.5
148.16
0.46
9.999 4389
52.9
38.63
14.73
20.49
4.80
10 51 4.72
9
283
196 51 52.2
148.24
0.54
9.999 3123
52.6
38.77
14.70
20.49
4.78
10 47 8.82
10
284
196 51 10.8
148.32
0.60
9.999 1863
52.3
38.91
14.67
20.50
4.76
10 43 12.91
11
285
197 50 31 .4
148.40
+0.63
9.999 0612
-52.0
39.05
+14.64
20.60
4.74
10 39 17.00
12
286
198 49 54.0
148.40
0.63
9.998 9369
51.6
39.18
14.61
20.51
4.72
10 36 21.09
13
287
199 49 18.7
148.58
0.60
9.998 8134
51.2
39.32
14.58
20.52
4.70
10 31 25.18
14
288
200 48 45.7
148.67
0.54
9.998 6908
50.9
39.46
14.66
20.52
4.68
10 27 29.28
16
289
201 48 14.8
148.76
0.46
9.998 5C89
50.6
39.60
14.63
20.53
4.66
10 23 33.37
16
290
202 47 46.3
148.86
+0.36
9.998 4477
-50.3
39.74
+14.51
20.53
4.64
10 19 37.46
17
291
203 47 20.0
148.95
0.25
9.998 3272
50.1
39.87
14.49
20.54
4.61
1015 41.55
18
292
204 46 55.0
149.05
0.13
9.998 2072
49.9
40.01
14.47
20.56
4.69
10 11 45.65
19
293
205 46 34.2
140.14
+0.01
9.998 0878
49.7
40.15
14.45
20.56
4.56
10 7 49.74
20
294
206 46 14.6
149.23
-0.11
9.997 9689
49.5
40.29
14.43
20.56
4.54
10 3 63.83
21
295
207 45 57.4
149.33
-0.23
9.997 8504
-49.3
40.43
+14.41
20.56
4.51
9 69 57.92
22
296
208 45 42.4
149.42
0.33
9.997 7322
49.2
40.66
14.39
20.57
4.49
9 56 2.01
23
297
209 45 29.6
149.51
0.41
9.997 6142
49.1
40.70
14.37
20.58
4.47
9 62 6.10
24
298
210 45 18.9
149.60
0.46
9.997 4966
40.0
40.84
14.36
20.58
4.44
9 48 10.20
25
299
211 45 10.4
149.60
0.49
9.997 3791
48.9
40.98
14.35
20.59
4.42
9 44 14.29
26
300
212 45 3.9
149.77
-0.49
9.997 2617
-48.9
41.12
+14.33
20.59
4.40
9 40 18.38
27
301
213 44 59.4
149.85
0.46
9.997 1445
48.8
41.26
14.32
20.60
4.37
9 36 22.47
28
302
214 44 56.7
149.93
0.40
9.997 0275
48.7
41.39
14.31
20.60
4.35
9 32 26.56
29
303
215 44 55.9
150.00
0.31
9.996 9108
48.6
41.53
14.30
20.61
4.32
9 28 30.65
30
304
216 44 56.8
150.07
0.20
9.996 7943
48.4
41.67
14.30
20.62
4.29
9 24 34.74
31
305
217 44 59.4
150.14
-0.08
9.996 6784
-48.2
41.80
+14.29
20.62
4.26
9 20 38.83
Nov. 1
306
218 45 3.5
150.21
+0.05
9.996 5630
47.9
41.93
14.29
20.63
4.23
9 16 42.92
2
307
219 45 9.2
150.27
0.18
9.996 4485
47.5
42.07
14.29
20.63
4.21
9 12 47.02
3
308
220 45 16.5
150.33
0.31
9.996 3349
47.1
42.21
14.29
20.64
4.18
9 8 5L11
4
309
221 45 25.2
150.40
0.42
9.996 2225
46.6
42.35
14.29
20.64
4.15
9 4 65.20
5
310
222 45 35.5
150.46
+0.51
9.996 1114
-46.0
42.49
+14.30
20.66
4.12
9 0 69.29
6
311
223 45 47.4
160.53
0.57
9.996 0019
45.3
42.62
14.30
20.65
4.09
8 67 3.38
7
312
224 46 0.8
150.69
0.61
9.996 8939
44.6
42.76
14.31
20.66
4.06
8 53 7.47
8
313
225 46 15.8
150.66
0.62
9.995 7878
43.9
42.90
14.32
20.66
4.03
8 49 11.56
9
314
226 46 32.5
150.73
0.59
9.995 6834
43.1
43.04
14.33
20.66
4.00
8 45 16.65
10
316
227 46 50.8
150.80
+0.53
9.995 5809
-42.3
43.18
+14.34
20.67
3.97
8 41 19.74
11
316
228 47 11.0
150.87
0.45
9.995 4803
41.5
43.31
14.36
20.67
3.94
8 37 23.83
12
317
229 47 32.8
150.96
0.35
9.996 3^5
40.7
43.46
14.37
20.68
3.91
8 33 27.92
13
318
230 47 56.6
151.02
0.23
9.995 2846
40 J)
43.59
14.39
20.68
3.88
8 29 32.00
14
319
231 48 22.0
151.10
+0.11
9.995 1895
39.3
43.73
14.41
20.68
3.86
8 26 36.09
15
320
232 48 49.3
151.18
-0.01
9.996 0961
-38.6
43.87
+14.43
20.69
3.82
8 21 40.18
16
321
233 49 18.6
151.26
-0.13
9.996 0044
-37.9
44.00
+14.45
20.70
3.80
8 17 44.27
16
SUN, 1916.
FOR GREENWICH MEAN NOON
I)at«.
Dav of the
Week.
Apparent
Right
vVaceimion.
h m s
N.)V. 16
Th
15 25 44.17
17
¥l
15 29 52.15
18
Sa
16 34 0.98
19
Su
15 38 10.66
20
Mo
15 42 21.18
21
Tu
15 46 32.54
22
We
15 50 44.71
23
Th
15 54 57.69
24
Ft
15 5911.46
25
Sa
16 3 26.00
26
Su
16 7 41.30
27
Mo
16 11 57.33
28
Tu
16 16 14.07
29
We
16 20 31.49
30
Th
16 24 49.59
Dec. 1
Fr
16 29 8.33
2
Sa
16 33 27.69
3
Su
16 37 47.66
4
Mo
16 42 8.20
5
Tu
16 46 29.30
6
We
16 50 50.93
7
Th
16 55 13.08
8
Ft
16 59 35.72
9
Sa
17 3 58.82
10
Su
17 8 22.37
11
Mo
17 12 46.33
12
Tu
17 17 10.68
13
We
17 21 35.39
14
Th
17 26 0.44
15
Fr
17 30 25.79
16
Sa
17 34 51.42
17
Su
17 39 17.29
18
Mo
17 43 43.37
19
Tu
17 48 9.62
20
We
17 52 36.02
21
Th
17 57 2.52
22
l^
18 129.09
23
Sa
18 5 55.70
24
Su
18 10 22.30
25
Mo
18 14 48.85
26
Tu
18 19 15.31
27
We
18 23 41.64
28
Th
18 28 7.81
29
Ft
18 32 33.78
30
Sa
18 36 59.51
31
Su
18 4124.96
32
Mo
18 45.^0.11
Var.
per
Hour.
s
0.315
0.350
0.386
0.421
0.456
0.4M)
0.524
0.557
0.590
0.622
0.653
0.683
0.712
0.740
0.767
0.7U3
0.819
0.844
0.867
0.890
0.912
0.933
0.953
0.972
0.990
.007
.022
.037
.050
.062
.073
.082
.090
.097
.102
.106
.108
.108
.107
.104
.100
.094
.086
.077
.066
.054
.041
Apparent
Declination.
18 44 9.8
18 59 0.5
19 13 30.9
19 27 40.6
19 41 29.3
-19 54 56.6
20 8 2.0
20 20 45.3
20 33 6.0
20 45 3.8
-20 56 38.4
21 7 49.4
21 18 36.4
21 28 59.2
21 38 57.5
■21 48 30.9
21 57 39.3
22 6 22.3
22 14 39.6
22 22 31.1
-22 29 56.5
22 36 55.6
22 43 28.2
22 49 34.0
22 55 12.8
-23 0 24.5
23 5 8.9
23 9 25.9
23 13 15.2
23 16 36.7
-23 19 30.4
23 21 56.1
23 23 53.7
23 25 23.2
23 26 24.4
-23 26 57.3
23 27 1.9
23 26 38.2
23 25 46.2
23 24 25.8
-23 22 37.2
23 20 20.4
23 17 35.5
23 14 22.6
23 10 41.7
-23 6 33.0
■23 1 56.7
+10.94
+12.09
Semi-
diameter.
2.62
2.82
3.02
3.22
3.41
3.60
3.79
3.98
4.16
4.34
4.51
4.68
4.85
5.02
5.18
5.34
5.50
5.66
5.81
5.95
6.09
6.22
6.35
6.47
6.59
6.70
6.80
6.90
6.99
7.08
7.16
7.23
7.30
7.36
7.42
7.48
7.54
7.59
7.64
7.68
7.72
7.75
7.78
7.81
7.83
7.85
7.87
Hor.
Par.
Equation
of Time.
App.— Mean.
//
m s
8.90
-f-15 9.80
8.90
14 58.37
8.91
14 46.10
8.91
14 32.97
8.91
14 19.00
8.91
•fl4 4.21
8.91
13 48.59
8.92
13 32.17
8.92
13 14.96
8.92
12 56.97
8.92
-1-12 38.23
8.92
12 18.76
8.92
11 58.58
8.92
11 37.71
8.93
11 16.17
8.93
-hlO 53.99
8.93
10 31.19
8.93
10 7.78
8.93
9 43.80
8.93
9 19.26
8.93
+ 8 54.18
8.93
8 28.59
8.94
8 2.51
8.94
7 35.97
8.94
7 8.98
8.94
+ 6 41.58
8.94
6 13.78
8.94
5 45.63
8.94
5 17.14
8.94
4 48.34
8.94
+ 4 19.28
8.94
3 49.97
8.94
3 20.45
8.95
2 50.75
8.95
2 20.91
8.95
+ 1 50.97
8.95
120.96
8.95
0 50.91
8.95
+ 0 20.87
8.95
- 0 9.12
8.95
- 0 39.03
8.95
1 8.80
8.95
1 38.41
8.95
2 7.82
8.95
2 36.99
8.95
- 3 5.88
8.95
- 3 34.47
Var.
per
Hour.
s
[-0.459
0.494
0.529
0.564
0.599
-0.634
0.668
0.701
0.734
0.766
-0.797
0.827
0.856
0.884
0.911
-0.937
0.962
0.987
.011
.034
.056
.076
.096
.115
.133
.150
.166
.180
.193
.205
.216
.226
.234
.240
.245
.249
.251
.252
.251
.248
.243
.237
.230
.221
.210
.198
.184
Sidereal Time,
or Right Ascen-
sioa of Mean
Sun.
h m 8
5 40 53.96
5 44 50.52
5 48 47.08
5 52 43.63
5 56 40.19
6 0 36.75
6 4 33.30
6 8 29.86
6 12 26.42
6 16 22.97
6 20 19.53
6 24 16.09
6 28 12.65
6 32 9.20
6 36 5.76
6 40 2.32
6 43 58.88
6 47 55.44
6 51 52.00
6 55 48.55
6 59 45.11
7 3 41.67
7 7 38.23
7 11 34.79
7 15 31.35
7 19 27.90
7 23 24.46
7 27 21.02
7 31 17.58
7 35 14.14
7 39 10.70
7 43 7.26
7 47 3.81
7 51 0.37
7 54 56.93
7 58 53.49
8 2 50.05
8 6 46.61
8 10 43.17
8 14 39.72
8 18 36.28
8 22 32.84
8 26 29.40
8 30 25.96
8 34 22.52
8 38 19.07
8 42 15.63
SUN, 1916.
FOR GREENWICH MEAN NOON.
17
Dftte.
Nov. 16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
Dec. 1
2
3
4
5
6
7
S
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
335
336
337
338
339
340
341
342
343
344
345
346
347
348
349
350
351
352
353
354
355
356
357
358
359
360
26
361
27
3^2
28
363
29
364
30
365
31
366
32
367
True
Longitade.
It
233 49 18.5
234 49 49.4
235 50 22.2
236 50 56.7
237 51 33.0
238 52 11.0
239 52 50.7
240 53 32.0
241 54 14.7
242 54 58.9
243 55 44.4
244 56 31.1
245 57 18.9
246 58 7.8
247 58 57.5
248 59 48.2
250 0 39.7
251 131.9
252 2 25.0
253 318.9
254 413.5
255 5 9.0
256 6 5.3
257 7 2.5
258 8 0.6
259 859.5
260 9 59.4
26111 0.2
26212 1.8
26313 4.5
26414 8.0
265 15 12.4
266 16 17.7
267 17 23.9
268 18 30.8
269 19 38.5
270 20 46.8
271 21 55.8
272 23 5.2
273 24 15.0
274 25 25.0
275 26 35.1
276 27 45.3
277 28 55.4
278 30 5.4
279 31 15.2
280 32 24.7
7^7900—1916
Var.
HMir.
LatU
tud«.
tt
II
151.35
-0.13
151.33
0.25
151.40
0.36
151.48
0.44
151.55
0.49
151.63
-0.52
151.60
0.53
151.75
0.50
151.81
0.44
151.86
0.36
151.03
-0.26
151.07
-0.13
153.01
+0.01
153.05
0.15
153.09
0.28
153.13
+0.39
153.16
0.48
153.10
0.55
153.33
0.59
153.36
0.60
153.30
+0.58
153.33
0.53
153.36
0.45
153.40
0.35
158.44
0.24
153.48
+0.12
153.51
-0.01
153.55
0.14
158.50
0.26
153.63
0.36
158.67
-0.44
153.70
0.50
153.74
0.54
153.77
0.55
152.80
0.54
152.83
-0.49
158.86
0.41
153.88
0.30
153.00
0.17
162.01
-0.04
153.92
+0.10
153.03
0.24
153.03
0.37
153.03
0.47
153.01
0.55
153.00
+0.60
153.80
+0.62
Logarithm of
tho Radius
Vector of the
Earth.
9.995 0044
9.994 9144
9.994 8259
9.994 7388
9.994 6533
9.994 5690
9.994 4860
9.994 4041
9.994 3234
9.994 2437
9.994 1651
9.994 0876
9.994 0113
9.993 9364
9.993 8629
9.993 7910
9.993 7209
9.993 6528
9.993 5868
9.993 5230
9.993 4617
9.993 4028
9.993 3465
9.993 2928
9.993 2417
9.9931932
9.993 1473
9.993 1039
9.993 0630
9.993 0246
9.992 9886
9.992 9548
9.992 9232
9.992 8938
9.992 8663
9.992 8407
9.992 8169
9.992 7947
9.992 7740
9.992 7550
9.992 7374
9.992 7215
9.992 7073
9.992 6949
9.992 6845
9.992 6762
9.992 6701
-37.0
37.2
36.6
36.0
35.4
-34.8
34.3
33.8
33.4
33.0
-33.5
32.0
31.5
30.0
30.3
-20.6
28.8
28.0
27.1
36.1
-25.1
24.0
22.0
21.8
20.7
-10.7
18.6
17.6
16.5
15.5
-14.5
13.6
12.7
11.0
11.1
-10.3
0.6
8J)
8.2
7.6
- 7.0
6.3
5.5
4.7
3.0
- 3.0
- 2.0
n
44.00
44.14
44.28
44.42
44.55
44.68
44.82
44.96
45.10
45.24
45.37
45.51
45.65
45.79
45.93
46.06
46.20
46.34
46.48
46.62
46.75
46.89
47.03
47.17
47.31
47.41
47.58
47.72
47.86
47.99
48.12
48.26
48.40
48.54
48.68
48.81
48.95
49.09
49.23
49.37
49.50
49.64
49.78
49.92
50.06
50.19
50.33
II
+14.45
14.47
14.49
14.52
14.54
+14.57
14.60
14.63
14.66
14.70
+14.73
14.77
14.80
14.84
14.88
+14.92
14.96
15.00
15.05
15.09
+15.14
15.19
15.24
15.29
15.34
+15.39
15.44
15.49
15.54
15.60
+15.65
15.70
15.76
15.81
15.86
+15.92
15.97
16.03
16.08
16.13
+16.18
16.23
16.28
16.33
16.39
+16.44
+16.49
Aber-
ration.
II
20.70
20.70
20.71
20.71
20.72
20.72
20.72
20.73
20.73
20.74
20.74
20.74
20.75
20.75
20.75
20.76
20.76
20.76
20.76
20.77
20.77
20.77
20.78
20.78
20.78
20.78
20.79
20.79
20.79
20.80
20.80
20.80
20.80
20.81
20.81
20.81
20.81
20.81
20.81
20.81
20.81
20.81
20.81
20.81
20.81
20.81
20.81
True
ObUq-
ulty.
Mean Time
of Sidereal
Nooo.
23»37'
II
h m 8
3.80
8 17 44.27
3.77
8 13 48.36
3.75
8 9 52.45
3.72
8 5 56.54
3.70
8 2 0.63
3.67
7 58 4.72
3.65
7 54 8.81
3.63
7 60 12.90
3.60
7 46 16.98
3.57
7 42 21.07
3.55
7 38 25.16
3.53
7 34 29.25
3.50
7 30 33.34
3.48
7 26 37.43
3.46
7 22 41.52
3.43
7 18 45.60
3.41
7 14 49.69
3.39
7 10 53.78
3.37
7 6 57.86
3.35
7 3 1.95
3.33
6 59 6.04
3.31
6 55 10.13
3.29
6 51 14.22
3.27
6 47 18.30
3.25
6 43 22.39
3.24
6 39 26.48
3.22
6 35 30.57
3,20
6 31 34.65
3.19
6 27 38.74
3.18
6 23 42.83
3.16
6 19 46.92
3.15
6 15 51.00
3.14
6 11 55.09
3.13
6 7 59.18
3.12
6 4 3.26
3.11
6 0 7.35
3.10
5 56 11.44
3.09
5 52 15.52
3.08
5 48 19.61
3.07
5 44 23.70
3.07
5 40 27.79
3.06
5 36 31.88
3.06
5 32 35.96
3.05
5 28 40.05
3.05
5 24 44.14
3.05
5 20 48.22
3.04
5 16 52.31
18
SUN. 1916.
GREENWICH MEAN TIME,
Reduc.
Redno.
Rednr
X
to
Mean
Y
to
Mean
z
to
Mean
Date.
True Equinox.
Eq'x ol
1916.0
True Equinox.
Eq'x oil
1916.0
True Equinox.
Eq'zol
1916.0
Noon.
Miinight.
Noon.
Noon.
Midnight.
JVoon.
Noon.
ymnighl.
JVooa.
Jan. 1
+0.166 6840
+0.1752997
-632
-0.8890088
-0.887 6115
-200
-0.385 6644
-0.385 0581
+-189
2
0.1839019
0.1924900
639
0.886 1451
0.8846092
212
0.3844218
0.383 7553
183
3
0.201 0633
0.209 6211
646
0.8830040
0.8813297
224
0.3830587
0.382 3321
177
4
0.2181625
0.226 6870
652
0.879 5864
0.877 7742
236
0.381 5756
0.380 7891
171
5
0.235 1937
0.243 6820
658
0.875 8933
0.8739439
248
0.3799728
0.379 1268
164
6
+0.252 1511
+0.260 6004
-664
-0.871 9260
-0.8698400
-260
-0.3782510
-0.377 3457
+•158
7
0.2690291 0.2774366
669
0.867 6860
0.8654641
273
0.3764109
0.3754466
151
8
0.2858221
0.294 1850
674
0.863 1746
0.8608178
286
0.3744531
0.373 4304
144
9
0.302 5246
0.3108402
679
0.8583939
0.855 9030
299
0.372 3785
0.3712977
137
10
0.319 1312
0.327 3970
684
0.853 3455
0.850 7217
312
0.370 1880
0.3690495 130
11
+0.335 6368
+0.343 8502
-688
-0.848 0316
-0.8452757
-326
-0.367 8823
-0.366 68661 +123
12
0.3520365
0.360 1950
692
0.842 4542
0.839 5672
339
0.3654625
0.364 2100
116
13
0.3683252
0.3764264
695
0.836 6152
0.833 5982
353
0.362 9294
0.361 6206
108
14
0.3844981
0.392 5396
698
0.8305167
0.827 3708
367
0.3602839
0.3589192
101
15
0.4005505
0.408 5300
700
0.824 1609
0.820 8872
381
0.357 5268
0.356 1068
93
16
+0.4164776
+0.424 3927
-702
-0.817 5499
-0.814 1495
-395
-0.354 6693
-0.363 1843
+• 85
17
0.432 2748
0.4401232
704
0.8106860
0.807 1599
409
0.351 6821
0.350 1527 77
18
0.447 9374
0.455 7169
705
0.8035714
0.7999208
423
0.348 5963
0.347 0130 69
19
0.4634611
0.471 1693
706
0.796 2084
0.792 4345
438
0.3454028
0.343 7660
61
20
0.478 8411
0.4864759
707
0.788 5993
0.784 7032
452
0.342 1026
0.340 4128
53
21
+0.494 0732
+0.501 6324
-707
-0.780 7464
-0.776 7293
-467
-0.338 6967
-0.336 9544
+• 45
22
0.509 1529
0.516 6342
707
0.772 6521
0.7685152
482
0.336 1860
0.333 3917
36
23
0.5240758
0.5314770
706
0.764 3188
0.7600632
496
0.331 5716
0.329 7258
28
24
0.5388375! 0.5461565
705
0.755 7489
0.751 3759
511
0.327 8544
0.3269677
19
25
0.553 4336 0.560 6682
703
0.7469447
0.7424556
526
0.3240356
0.3220884
11
26
+0.507 85981+0.575 0077
-701
-0.737 9088
-0.733 3048
-640
-0.320 1161
-0.318 1189
+- 2
27
0.5821114
0.589 1704
698
0.728 6438
0.723 9261
555
0.3160970
0.3140504
- 7
28
0.596 1842
0.603 1520
696
0.719 1522
0.7143223
670
0.3119794
0.309 8841
16
29
0.6100734
0.6169479
693
0.7094368
0.7044960
685
0.307 7646
0.305 6211
25
30
0.623 7747
0.630 5534
689
0.699 5004
0.6944502
699
0.303 4537
0.301 2627
34
31
+0.637 2834
+0.643 9642
-685
-0.689 3460
-0.6841880
-614
-0.2990481
-0.296 8103
- 43
l(b. 1
0.6505951
0.657 1756
680
0.678 9766
0.673 7124
629
0.294 5492
0.292 2652
53
2
0.663 7052
0.670 1832
675
0.668 3957
0.6630270
643
0.289 9586
0.287 «291
62
3
0.676 6093
0.6829827
669
0.657 6068
0.652 1353
658
0.2852774
0.2829035
71
4
0.689 3030
0.695 5698; 663
0.646 6133
0.6410410
672
0.2805076
0.2780899
80
5
+0.7017825
+0.707 9406
-656
-0.635 4191
-0.629 7480
-686
-0.275 6508
-0.273 1903
- 90
6
0.7140437
0.7200912
649
0.6240282
0.618 2602
700
0.270 7087
0.2682062
99
7
0.7260828
0.732 0181
642
0.612 4445
0.6065816
714
0.2656831
0.263 1396
109
8
0.737 8965
0.743 7177
635
0.6006720
0.594 7163
728
0.260 5758
0.267 9921
118
9
0.7494812
0.755 1866
627
0.588 7149
0.582 6684
742
0.255 3885
0.252 7654
128
10
+0.7608336
+0.7664218
H)18
-0.5765772
-0.5704419
-756
-0.250 1230
-0.247 4615
-137
11
0.771 9507
0.777 4201
609
0.564 2630
0.5580409
769
0.244 7811
0.2420820
147
12
0.782 8295
0.788 1786
599
0.551 7762
0.5454693
782
0.239 3645
0.2366287
156
13
0.793 4669
0.7986943
589
0.539 1209
0.532 7313
795
0.233 8749
0.231 1032
166
14
0.803 8602
0.8089644
579
0.5263011
0.5198308
808
0.228 3140
0.225 5074
175
15
+0.8140066
+0.818 9864
-568
-0.513 3210
-0.506 7720
-821
-0.222 6837
-^.2198430
-185
16
+0.823 9034
+0.828 7575
-557
-0.5001845
--0.493 5590
-834
-0.216 9856
H).214 1118
-194
SUN, 1916.
19
GREENWICH MEAN TIME.
Dtte.
X
True Equinox.
Redaa
to
Mean
Eq'xol
1916.0
Y
True Equinox.
Reduc
to
Metn
Eq'xol
1916.0
z
True Equinox.
Reduc
to
Mean
Eq*xof
1916.0
.^0011.
Midnight.
Noon.
Noon.
Midnight. Noon.
Noon.
Midnight.
Noon,
Feb.l6
40.823 9034
40.828 7575
-657
-0.5001846-0.4936590
- 834
-0.21698661-0.2141118
-194
17
0.833 6481
0.8382751
546
0.4868958
0.480 1956
846
0.2112216
0.2083153
204
18
0.8429381
0.847 5368
634
0.4734689
0.466 6861
858
0.2053932
0.2024554
213
19
0.8620710
0.856 5402
522
0.4598778
0.4530344
870
0.1996021
0.1966337
223
20
0.8609443
0.8652828
509
0.446 1664
0.439 2444
882
0.1935503
0.1906520
232
21
40.8696556
40.873 7622
-496
-0.4322988
-0.4253202
- 894
-0.187 53921-0.1845120
-242
22
0.877 9025
0.881 9762
483
0.4183091
0.411 2659
905
0.1814707
0.1784154
251
23
0.8859828
0.889 9222
469
0.404 1912
0.397 0855
916
0.1753464
0.1722639
261
24
0.893 7940
0.897 5980
455
0.3899493
0.382 7830
927
0.1691681
0.1660592
270
25
0.901 3337
0.9060010
441
0.376 6873
0.368 3626
937
0.1629376
0.1598033
279
26
40.908 6995
40.912 1288
-42G
-0.361 1095
-0.3638286
- 948
-0.1566666
-0.1534978
-288
27
0.915 6889
0.9189792
411
0.3465202
0.3391852
958
0.1603272
0.1471448
297
28
0.9222997
0.925 6499
396
0.331 8238
0.3244369
967
0.143 9511
0.140 7462
306
29
0.928 7296
0.931 8385
380
0.317 0249
0.3096884
977
0.1375304
0.1343040
316
liar. 1
0.934 8764
0.937 8430
364
0.302 1280
0.2946444
986
0.1310672
0.127 8203
326
2
40.9407380
40.943 5613
-348
-0.287 1381
-0.279 6096
- 995
-0.1245636
-0.1212973
-334
3
0.9463127
0.9489919
331
0.2720598
0.264 4891
1004
0.1180217
0.114 7371
342
4
0.951 5987
0.9641330
314
0.2568982
0.249 2877
1012
0.1114438
0.108 1420
351
5
0.9565946
0.958 9832
297
0.241 6683
0.234 0106
1020
0.1048320
0.1015142
360
6
0.961 2988
0.963 5413
279
0.226 3453
0.2186629
1027
0.098 1886
0.094 8558
368
7
40.965 7104
40.9678062
-262
-0.210 9640
-0.203 2494
-1034
-0.091 6158
-0.088 1691
-377
8
0.9698285
0.971 7773
244
0.1955197
0.187 7763
1041
0.0848158
0.081 4562
385
9
0.973 6524
0.9764537
225
0.1800170
0.1722464
1048
0.0780906
0.074 7192
393
10
0.977 1812
0.978 8348
207
0.1644611
0.1566647
1054
0.071 3424
0.067 9104, 401
11
0.9604145
0.981 9202
188
0.1488668
0.1410380
106C
0.064 5734
0.0611817, 409
12
40.9833518
40.9847094
-169
-0.133 2089
-0.1253701
-1066
-0.067 7855
-0.054 3852, -417
13
0.9859929
0.987 2022
150
0.1175222
0.1096658
1072
0.050 9810
0.047 5730
426
14
0.9883374
0.989 3983
131
0.101 8014
0.093 9297
1077
0.044 1617
0.040 7472
433
15
0.9903851
0.991 2977
111
0.0860512
0.078 1666
1082
0.037 3298
0.03390961 440
16
0.992 1361
0.9929003
91
0.0702763
0.062 3810
1086
0.030 4871
0.027 0623| 448
17
40.9935904
40.9942062
- 71
-0.064 4813
-0.046 5776
-1090
-O.0236356
-0.020 2072, -466
^ 18
0.994 7478
0.9962152
50
0.038 6706
0.030 7609
1094
0.0167773
0.013 3462 462
h 19
0.9956085
0.995 9276
30
0.022 8489
-0.014 9353
1098
0.0099141
-0.006 4812
469
; ^
0.996 1725
0.9963434
- 9
-0.007 0205
40.0008948
1101
-0.0030479
40.00038581 476
21
0.9964401
0.9964627
4- 12
40.0088102
0.016 7251
1104
40.003 8195
0.0072530
482
i 22
40.9964113
40.9962868
4-33
40.0246389
40.032 6511
-1107
40.010 6861
40.014 1185, -489
23
0.9960862
0.9968125
54
0.040 4612
0.0483685
1109
0.017 5501
0.020 9804| 495
24
0.995 4647
0.9950428
76
0.0562725
0.064 1727
1111
0.0244095
0.027 8369 502
25
0.994 6470
a.993 9770
97
0.0720684
0.079 9592
1112
0.031 2624
0.034 6868
608
26
0.993 3331
0.992 6153
118
0.087 8445
0.095 7235
1113
0.038 1068
0.041 5252
514
27
40.991 8235
40.990 9679
4-140
40.103 5969
4O.U14609
-1114
40.0449406
40.048 3629 -519
. 28
0.9900184
0.9890051
162
0.1193180
0.1271666
1115
0.051 7618
0.055 1670| 626
0.061 9651 530
29
0.987 9180
0.986 7573
184
0.1350060
0.1428358
1115
0.058 5682
30
0.9855230
0.984 2152
206
0.1506551
0.1584636
1115
0.065 3576
0.068 7453| 635
31
0.9828341
0.981 3797
228
0.166 2604
0.1740451
1115
0.072 1280
0.0755054. 640
Apr. 1
40.979 8522
40.9782517
4-251
40.181 8170
40.189 5754
-1114
40.078 8771
40.082 2430, -646
2
40.976 5784
+0.974 8325
4-273
40.197 3198
40.205 0494
-1114
40.085 6028
40.088 9562
-650
20
SUN, 1916.
GREENWICH MEAN TIME.
X
Reducl
to
Mean!
Y
Reduo.
to
Mean
z
Itoduc>
to
Mean
Date.
True Equinox.
Eq'x ol
1916.0
True Equinox.
Eq'xol
1916.0
True Equinox.
Eq'x or
1916.0
JVbon.
MiAnight.
Noon.
Noon.
Midni^.
Noon.
Noon.
MUnight.
JVboia.
Apr. 1
+0.979 8522
+0.978 2517
+•251
+0.181 8170 +0.189 5754
-1114
+0.078 8771
+0.082 2430
-545
2
0.976 5784
0.9748325
273
0.197 3198
0.2050494
1114
0.085 6028
0.088 9562
550
3
0.9730140
0.971 1232
296
0.212 7639
0.2204625
1113
0.092 3029
0.095 6427
554
4
0.969 1604
0.967 1256
319
0.228 1446
0.2358097
1111
0.0989753
0.1023004
558
5
0.9650191
0.962 8412
341
0.2434571
0.251 0863
1109
0.1056179
0.1089275
562
6
+0.960 5920
+0.958 2717
+ 364
+0.258 6968
+0.266 2878
-1107
+0.1122288
+0.1155218
-566
7
0.9558808
0.953 4193
387
0.273 8589
0.281 4095
1104
0.1188060
0.1220813
570
8
0.9508875
0.948 2858
410
0.288 9391
0.296 4470
1101
0.1253475
0.1286043
573
9
0.945 6143
0.9428732
433
0.303 9328
0.311 3960
1098
0.1318514
0.1350887
576
10
0.9400630
0.937 1838
456
0.318 8359
0.3262521
1095
0.1383159
0.141 5328
579
11
+0.934 2359
+0.931 2196
+ 480
+0.333 6440
+0.3410112
1091 1+0. 144 7392
40.147 9348
-582
12
0.928 1351
0.924 9828
503
0.3483530
0.3556690
1086
0.151 1194
0.1542928
585
33
0.921 7630
0.918 4759
526
0.362 9587
0.370 2215
1082
0.157 4548
0.1606051
587
14
0.915 1219
0.911 7012
550
0.377 4570
0.384 6648
1077
0.163 7437
0.1668702
589
15
0.908 2142
0.904 6612
573
0.391 8442
0.398 9949
1072
0.1699845
0.1730863
591
16
+0.901 0424
+0.897 3581
+ 596
+0.406 1164 +0.413 2083
-1066
+0.176 1755
+0.1792519
-593
17
0.893 6086
0.889 7943
620
0.4202700
0.427 3012
1060
0.1823152
0.1853653
594
18
0.8859153
0.881 9721
643
0.4343012
0.441 2698
1054
0.1884020
0.1914250
595
19
0.877 9648
0.873 8939
667
0.448 2065
0.455 1107
1048
0.1944343
0.1974295
596
20
0.869 7595
0.865 5619
690
0.461 9820
0.468 8201
1041
0.2004104
0.2033770
597
21
+0.861 3014
+0.856 9784
+ 714
+0.475 6244
+0.482 3944
-1034
+0.2063289
+0.2092660
-598
22
0.852 5930
0.848 1455
737
0.489 1298
0.4958299
1026
0.212 1882
0.2150950
598
23
0.843 6363
0.8390657
761
0.5024943
0.509 1226
1018
0.217 9864
0.2208622
598
24
0.834 4339
0.829 7414
784
0.515 7143
0.522 2688
1010
0.223 7220
0.2265658
598
25
0.824 9884
0.820 1752
808
0.528 7858
0.535 2647
1001
0.229 3932
0.2322041
597
26
+0.8153022
+0.810 3697
+ 831
+0.541 7050
+0.548 1063
- 992
+0.234 9983
+0.237 7755
-697
27
0.805 3780
0.8003275
855
0.554 4681
0.560 7898
983
0.240 5356
0.2432782
596
28
0.795 2187
0.7900519
878
0.5670710
0.573 3112
973
0.2460033
0.2487106
595
29
0.784 8274
0.779 5459
902
0.579 5099
0.585 6667
963
0.251 3998
0.2540708
594
30
0.774 2075
0.768 8128
925
0.591 7811
0.597 8526
953
0.256 7233
0.259 3572
592
May 1
+0.763 3621
+0.757 8560
+ 948
+0.6038807
+O.6098650
- 943
+0.261 9722
+0.2645682
-590
2
0.7522948
0.7466790
972
0.6158051
0.621 7004
932
0.267 1450
0.269 7023
588
3
0.7410091
0.735 2856
995
0.627 5507
0.633 3554
921
0.272 2400
0.274 7579
586
4
0.729 5089
0.723 6794
1018
0.639 1141
0.6448264
909
0.277 2558
0.279 7336
583
5
0.717 7978
0.7118644
1041
0.6504920
0.656 1104
897
0.2821911
0.2846281
580
6
+0.705 8797
+0.6998442
+1064
+0.661 6812
+0.667 2040
- 885
+0.2870445
+0.2894400
-577
7
0.693 7584
0.687 6227
1087
0.672 6785; 0.6781042
872
0.291 8145
0.294 1679
574
8
0.681 4378
0.6752041
1110
0.6834809
0.688 8082
859
0.2964999
0.298 8106
570
9
0.668 9220
0.662 5922
1133
0.694 0857
0.699 3131
846
0.301 0996
0.303 3669
567
10
0.656 2150
0.649 7911
1155
0.7044900
0.709 6161
832
0.305 6123
0.3078357
563
11
+0.6433208
+0.636 8047
+1178
+0.7146911
+0.719 7146
- 818
+0.310 0369
+0.312 2158
-«8
12
0.6302433
0.623 6371
1200
0.724 6864
0.729 6061
803
0.314 3723
0.316 5062
554
13
0.6169866
0.610 2923
1222
0.7344735
0.7392883
788
0.318 6175
0.320 7060
549
14
0.6035548
0.596 7744
1244
0.744 0501
0.748 7587
773
0.322 7716
0.324 8141
544
15
0.589 9517
0.583 0872
1266
0.7534138
0.7580152
758
0.326 8334
0.328 8295
539
16
+0.576 1813
+0.5692346
+1288
+0.7625625
+0.767 0566
- 742
+0.3308022
+0.332 7514
--534
17
+0.562 2476
+0.555 2206
+1310
+0.771 4942
+0.775877^
- 725
+0.334 6769
+0.3366787
-^28
SUN, 1916.
21
GREENWICH MEAN TIME.
Dit«.
X
TniB Equinox.
BmIqc
to
1 Ifean
Bq'xol
mo.o
Y
True Equinox.
Reduc.
to
Mean
Eq'xd
1910.0
z
TroB Equinox.
Reduc.
to
Mean
Eq'xof
1010.0
iVWHI.
JiOdni$hL
JVJMm.
Ndo%,
Midnight.
Noon.
Noon.
Midnight.
Noon,
Mavl7
•
40.5622476
40.5552206
41310
40.771 4942
40.7758779
-725
40.334 6769
40.336 5787
-528
18
0.548 1542
0.5410487
1331
0.7802066
0.784 4800
709
0.3384567
0.3403106
522
19
0.5339047
0.526 7227
1352
0.788 6977
0.792 8596
692
0.3421405
0.343 9462
516
20
0.5195030
0.512 2461
1373
0.7969653
0.801 0146
674
0.3457276
0.3474845
510
21
0.504 9526
0.497 6229
1394
0.8050071
0.8089426
656
0.3492167
0.3509243
503
22
40.4902^76
40.4828570
41415
40.812 8208
40.816 6414
-638
40.352 6070
40.354 2647
-496
23
0.4754217
0.467 9522
1435
0.8204041
0.824 1086
620
0.355 8973
0.3575046
489
24
0.4604490
0.4529126
1456
0.827 7546
0.831 3419
601
0.3590866
0.3606430
482
&
0.4453437
0.437 7426
1476
0.834 8702
0.8383392
582
0.362 1738
0.3636788
474
26
0.430 1100
0.4224464
1495
0.841 7486
0.8450981
562
0.3651580
0.3666111
466
27
40.414 7524
40.4070285
41515
40.848 3875
40.851 6165
-542
40.3680381
40.3694389
-458
28
0.399 2753
0.391 4934
1534
0.854 7848
0.857 8923
521
0.3708133
0.372 1613
450
29
0.3836834
0.3758458
1553
0.8609387
0.8639238
500
0.3734828
0.374 7776
442
30
0.367 9813
0.3600905
1572
0.8668473
0.869 7091
479
0.3760456
0.377 2868
433
31
0.352 1739
0.3442322
1590
0.872 5088
0.8752464
458
0.3785012
0.3796884
424
June 1
40.3362660
40.328 2759
41608
40.877 9216
40.8805342
-436
40.380 8487
40.381 9817
-^15
2
0.3202625
0.3122264
1626
0.883 084d
0.885 5709
414
0.3830875
0.3841660
406
3
0.3O4 1682
0.2960885
1643
0.887 9948
0.8903554
391
0.3852171
0.3862408
396
4
0.287 9880
0.2798672
1660
0.892 6527
0.894 8864
368
0 387 2370
0.3882056
387
5
0.271 7268
0.263 5674
1677
0.8970565
0.899 1628
345
0.389 1466
0.3900600
377
6
40.2553895
+0.247 1939
41693
40.901 2052
40.9031836
-321
40.3909456
40.391 8035
-366
7
0.238 9810
0.230 7516
1709
0.9050980
0.9069481
297
0.392 6336
0.3934359
356
8
0.2225062
0.214 2454
1725
0.9087339
0.9104554
272
0.3942103
0.394 9568
346
9
0.2059700
0.197 6803
1740
0.912 1124
0.913 7048
247
0.3956754
0.3963660
335
10
0.1893771
0.1810610
1755
0.9152327
0.9166959
222
0.3970286
0.397 6682
324
11
40.172 7324
40.1643921
41769
40.9180945
40.919 4283
-197
40.3982699
40.3988484
-313
12
0.1560405
0.147 6782
1783
0.920 6974
0.921 9017
171
0.399 3990
0.3999214
302
13
0.1393059
0.1309240
1796
0.9230411
0.924 1157
145
0.4004158
0.4008821
290
14
0.1225332
0.1141339
1809
0.9251254
0.9260702
119
0.401 3203
0.401 7303
279
15
0.105 7268
0.0973123
1822
0.926 9499
0.927 7647
92
0.402 1122
0.4024659
267
16
40.0888909
40.0804633
41834
40.9285145
40.929 1991
- 65
40.402 7915
40.4030888
-255
17
0.0720299
0.063 5912
1846
0.9298186
0.9303730
37
0.4033579
0.4035987
243
18
0.055 1479
0.046 7004
1857
0.9308621
0.9312860
- 10
0.4038113
0.4039955
231
19
0.0382492
0.029 7951
1867
0.931 6445
0.931 9376
4 18
0.404 1513
0.404 2788
219
20
0.0213385
40.012 8800
1878
0.932 1653
0.932 3274
46
0.404 3779
0.4044485
206
21
40.0044202
-0.0040403
41888
40.932 4241
40.932 4551
4 75
40.404 4907
40.4045044
-193
22
-O.012 5010
0.020 9612
1897
0.9324206
0.932 3203
104
0.4044895
0.4044462
180
23
0.029 4203
0.037 8778
1905
0.932 1543
0.931 9225
133
0.4043743
0.4042738
167
24
0.0463330
0.054 7853
1913
0.931 6250
0.931 2618
162
0.404 1448
0.4039872
154
25
0.0632341
0.071 6787
1921
0.930 8328
0.9303380
191
0.4038011
0.4035864
141
26
-0.080 1185
-0.0885529
41928
40.929 7775
40.929 1513
4221
40.4033432
40.4030713
-127
27
0.0969812
0.1054030
1934
0.928 4593
0.927 7017
251
0.402 7710
0.4024421
114
28
0.113 8174
0.1222240
1939
0.9268785
0.925 9897
281
0.4020848
0.401 6989
100
29
0.1306220
0.1390108
1944
0.9250354
0.924 0157
312
0.401 2846
0.4008419
86
30
0.1473898
0.1557584
1948
0.922 9305
0.921 7801
343
0.400 3709
0.3998715
72
^y 1
-0.164 1159
-0.172 4617
41952
40.9205645
40.919 2838
4374
40.399 3438
40.398 7878
-58
2
-O.1807952
•-0.189 1158
41956
40.917 9381
40.916 5275
4405
40.398 2037
40.397 5914
- 44
22
SUN, 1916.
GREENWICH MEAN TIME.
Date.
X
True Equinox.
Reduc
to
Mean
Eq'x ol
1916.0
Y
True Equinox.
Reduc
to
Mean
Eq'xo^
1916.0
z
True Equinox.
Reduc
to
Mean
Eq'x of
1916.0
Koon.
Midnight,
Noon.
Noon.
Midnight.
Noon.
Noon*
Midnight,
Noon.
July 1
-0.164 1159
-0.1724617
+1952
fO.9205645
+0.9192838
+ 374
+0.3993438
+0.398 7878
- 58
2
0.180 7952
0.189 1158
1956
0.917 9381
0.9165275
405
0.398 2037
0.397 5914
44
S
0.1974229
0.205 7158
1959
0.9150521
0.913 5120
436
0.3969510
0.3962826
30
4
0.213 9939
0.222 2567
1961
0.9119075
0.9102385
467
0.3955862
0.3948619
15
5
0.230 5035
0.238 7337
1962
0.9085053
0.906 7081
498
0.394 1098
0.393 3298
- 1
6
-0.2469467
-0.255 1419
+1963
40.9048469
+0.9029219
+ 530
+0.392 5222
+0.391 6870
+ 13
7
0.263 3188
0.2714768
1963
0.9009333
0.898 8813
562
0.3908242
0.389 9339
28
8
0.279 6152
0.287 7336
1962
0.896 7661
0.894 5879
593
0.3890163
0.388 0713
43
9
0.2958314
0.303 9079
1961
0.8923468
0.8900430
625
0.387 0991
0.386 0998
57
10
0^119628
0.319 9953
1959
0.887 6769
0.8852485
657
0.3850734
0.3840201
72
11
-0.8280050
^.3359913
+1956
+0.882 7580
40.880 2057
+ 689
+0.382 9400
+0.3818330
+ 87
\. 12
0.3439538
0.351 8919
1953
0.877 5918
0.874 9164
721
0.3806993
0.379 5391
102
13
0.3598051
0.367 6930
1949
0.872 1798
0.8693822
753
0.3783523
0.377 1390
117
14
0.3755550
0.383 3906
1944
0.8665238
0.863 6048
785
0.3758994
0.374 6335
132
15
0.391 1994
0.398 9809
1939
0.8606254
0.857 5857
818
0.373 3414
0.3720231
147
16
-0.4067344
-0.4144596
+1934
+0.8544859
+0.851 3262
+ 850
+0.3706788
+0.369 3086
+163
17
0.422 1560
0.4298229
1927
0.848 1068
0.844 8279
882
0.367 9123
0.366 4902
178
18
0.437 4C00
0.4450666
1919
0.8414896
0.8380921
914
0.3650424
0.363 5689
193
19
0.452 6424
0.4601866
1911
0.8346356
0.831 1204
946
0.362 0697
0.3605450
208
20
0.467 6989
0.475 1786
1902
0.827 5464
0.823 9141
978
0.358 9949
0.357 4193
223
21
-0.482 6252
-0.4900382
+1892
+0.8202236
+0.8164752
+1010
+0.355 8185
+0.354 1924
+239
22
0.4974169
0.504 7608
1882
0.812 6689
0.808 8051
1041
0.352 5413
0.350 8651
254
23
0.5120694
0.5193421
1871
0.804 8840
0.800 9058
1073
0.349 1641
0.347 4383
270
24
0.526 5784
0.533 7777
1859
0.796 8709
0.7927793
1105
0.345 6878
0.343 9127
285
25
0.540 9394
0.5480631
1847
0.7886316
0.7844277
1137
0.3421131
0.340 2893
300
26
-0.556 1481
-0.562 1939
+1834
+0.7801682
+0.775 8532
+1168
+0.3384412
+0.336 5691
+316
27
0.569 2000
0.576 1658
1820
0.7714831
0.767 0582
1199
0.334 6731
0.332 7532
331
28
0.5830909
0.589 9746
1805
0.762 5787
0.7580450
1230
0.330 8097
0.328 8426
346
29
0.5968165
0.603 6161
1790
0.753 4574
0.7488163
1261
0.326 8522
0.324 8385
361
30
0.6103727
0.617 0859
1774
0.744 1219
0.7393746
1292
0.322 8017
0.320 7420
376
31
-0.623 7552
-O.6303801
+1757
+0.734 5748
+0.729 7228
+1322
+0.318 6596
+0.316 5545
+392
Aug. 1
0.636 9600
0.643 4945
1739
0.7248190
0.7198637
1352
0.314 4269
0.312 2770
407
2
0.649 9830
0.656 4252
1721
0.714 8573
0.7098003
1382
0.310 1051
0.307 9111
422
3
0.6628204
0.669 1683
1702
0.704 6929
0.6995356
1412
0.305 6954
0.303 4580
4i3«7
4
0,6754685
0.681 7203
1682
0.6943287
0.6890727
1441
0.301 1992
0.298 9190
462
6
-0.687 9235
-0.694 0775
+1662
+0.683 7679
+0.6784148
+1470
+0.296 6178
+0.294 2967
+467
6
0.700 1819
0.706 2364
1641
0.673 0138
0.667 5653
1499
0.291 9528
0.289 5894
482
7
0.7122403
0.718 1935
1620
0.662 0697
0.656 5274
1527
0.2872055
0.284 8015
496
S
0.7240955
0.729 9459
1598
0.6509388
0.6453044
1556
0.282 3774
0.279 9334
611
9
0.7357443
0.7414904
1575
0.639 6245
0.6338996
1584
0.2774698
0.274 9867
626
10
^.747 1837
-0.752 8240
+1551
+0.628 1300
+0.6223162
+1611
+0.272 4842
+0.269 9625
+640
11
0.7584110
0.763 9441
1527
0.616 4586
0.610 5576
1638
0.267 4219
0.264 8624
664
12
0.7694231
0.774 8476
1502
0.604 6135
0.598 6267
1665
0.262 2842
0.259 6876
568
13
0.7802174
0.785 5319
1477
0.592 5976
0.586 5267
1691
0.257 0724
0.2544392
683
14
0.790 7908
0.7959939
1450
0.5804142
0.574 2605
1717
0.251 7879
0.249 1187
697
15
-0.801 1406
-0.8062307
+1423
+0.5680661
+0.5618312
+1742
+0.246 4318
+0.243 7274
+611
16
-0.811 2638
-0.816 2394
+1396
+0.5555564
+0.549 2419
+1767
+0.241 0056
+0.238 2665
+626
SUN, 1916.
23
GREENWICH MEAN TIME.
Reduc
Reduc.
Reduc
X
to
Mean
Y
to
Mean
z
to
Mean
Dite.
True Equinox.
Eq'xol
1916.0
True Equinox.
Eq'xof
1916.0
True Equinox.
Eq'x of
1916.0
Noon,
Midnight.
Noon,
Noon,
Midnight,
Noon,
Noon.
Midnight,
Noon.
Aug.l6
-0.811 2638
-0.8162394
+1396
+0.5555564+0.5492419
+1767
40.241 0056
+0.2382666
+ 025
17
0.821 1573
0.8260170
1368
0.542 8882
0.536 4957
1792
0.2356104
0.232 7374
638
18
0.8308181
0.8355603
1339
0.5300647
0.523 5957
1816
0.229 9476
0.227 1413
652
19
0.8402431
0.844 8663
1310
0.5170891
0.5105453; 1840
0.2243187
0.221 4799
666
20
0.8494293
0.853 9318
1280
0.5039648
0.4973479 1863
0.2186251
0.2157646
678
21
-0.8583734
-0.8627538
+1249
+0.4906953
+0.4840072+1886
+0.2128684
+0.2099669
+ 691
22
0.867 0726
0.8713294
1218
0.4772841
0.4705266 1908
0.2070502
0.204 1185
704
23
0.8755238
0.879 6555
1187
0.4637351 0.4569100 1930
0.201 1720
0.1982110
717
24
0.883 7242
0.887 7294
1155
0.4500519| 0.4431612; 1951
0.1952356
0.192 2460
730
25
0.891 6709
0.8955482
1122
0.4362384
0.4292841
1972
0.1892426
0.1862255 742
26
-0.8993612
-O.9031094
+1089
+0.422 2986
+0.4152826
+1992
+0.1831948
+0.180 1510|+ 764
27
0.906 7925
0.9104103
1055
0.4082366
0.401 1610
2012
0.1770940
0.1740243 766
28
0.913 9623
0.917 4484
1021
0.3940564
0.386 9234
2031
0.1709421
0.1678474
778
29
0.9208682
0.924 2214
986
0.379 7624
0.372 5739
2049
0.1647407
0.1616221
790
30
0.9275078
0.9307270
951
0.3653587
0.358 1171
2067
0.1584919
0.1553603
802
31
-0.933 8789
-0.9369632
+ 916
+0.3508498
+0.343 5672
+2084
+0.1521976
+0.149 0340
+ 813
Sept.l
0.939 9796
0.942 9279
880
0.336 2400
0.828 8987
2101
0.1458597
0.1426751
824
2
0.9458079
0.9486193
843
0.3215338
0.3141460
2117
0.1394802
0.1362756
835
3
0.951 3620
0.9540358
806
0.306 7359
0.2993038
2133
0.1330610
0.1298372
846
4
0.956 6406
0.959 1760
769
0.291 8505
0.284 3764
2148
0.1266041
0.1233621; 856
5
-0.961 6421
-0.9640385
+ 731
+0.2768822
+0.269 3684
+2162
+0.1201113
+0.1168521+ 866
6
0.9663653
0.968 6221
693
0.261 8354
0.254 2839
2176
0.1135846
0.1103091
876
7
0.9708090
0.972 9256
654
0.2467144
0.239 1275
2189
0.1070257
0.1037348
885
8
0.974 9721
0.976 9481
615
0.231 5236
0.2239033
2201
0.1004366
0.097 1312
895
9
0.9788536
0.9806885
576
0.2162672
0.208 6156
2213
0.0938190
0.0905000 904
10
-0.9824626
-0.984 1459
+ 536
+0.200 9493
+0.1932685
+2224
+0.087 1746
+0.083 8430, + 913
11
0.9857681
0.987 3193
496
0.1855740
0.1778660
2235
0.080 5053
0.077 1618
922
12
0.988 7991
0.9902076
456
0.170 1453
0.1624122
2245
0.0738127
0.0704582
930
13
0.991 5445
0.9928098
415
0.1546672
0.1469110
2254
0.067 0986
0.063 7340
938
14
0.9940032
0.995 1247
374
0.139 1440
0.1313667
2263
0.0603647
0.0569908
946
15
-0.996 1741
-0.997 1513
+ 333
+0.1235797
+0.1157834
+2271
+0.053 6128
+O.050 2306
+ 954
16
0.9980561
0.9988884
292
0.1079784
0.1001653
2278
0.0468447
0.0434552
961
17
0.9996481
1.0003350
250
0.0923445
0.0845167
2285
0.0400624
0.0366664
968
18
1.0009490 1.0014900
208
0.076 6824
0.0688421
2291
0.033 2677
0.029 8663
975
19
1.0019580 1.0023527
166
0.0609965
0.053 1461
2296
0.0264626
0.0230567
982
20
-1.0026741-1.0029222
+ 123
+0.0452915
40.037 4332
+2300
+0.019 6490
+0.016 2398
+ 988
21
1.00309671 1.0031977
81
0.0295719
0.021 7081
2304
0.0128292
0.0094175
994
22
1.0032251
1.003 1788
+ 38
+0.013 8424
+0.0059754 2308
+0.0060050
+O.002 5920
999
23
1.0030587
1.0028647
- 5
-0.001 8922
-0.0097600 2311
-0.0008213
-0.0042347
1005
24
1.0025970
1.0022553
48
0.017 6273
0.0254934 2313
0.007 6478
0.011 0605
1010
25
-1.0018398
-1.0013503
- 92
-0.033 3579
-0.041 2200+2314
-0.014 4723
-0.017 8832
+1014
26
1.0007870
1.0001496
135
0.049 0792
0.0569349 2315
0.021 2927
0.024 7007
1018
27
0.9994384
0.998 6532
179
0.064 7863
0.0726330, 2315
0.0281068
0.031 5108
1022
28
0.9977942
0.9968612
222
0.0804742
0.0883095, 2314
0.034 9124
0.038 3114
1026
29
0.9958545
0.994 7741
266
0.096 1381
0.1039594 2312
1
0.041 7074
0.045 1003
1030
30 -0.993 6200
-0.9923924
-310
-0.111 7729
-0.1195778+2310
-0.0484897
-0.061 8758
+1033
Opt 1
-0.991 0913
-0.989 7168
- 354
-0,1273736
-0.1351597
+23071
-0.0552570
-0.0586344
+1036
24
SUN, 1916.
GREENWICH MEAN TIME.
X
Reduc
to
Mean
Y
Reduc
to
Mean
z
Beduc
to
Mean
Date.
True Equinox.
Eq'xd
1016.0
True Equinox.
Eq'x of
1916.0
True Equinox.
Eq'xd
1916.0
Noon.
MidniglU.
Noon.
Noon.
-0.127 3736
Midniffht.
-0.1351597
Noon.
Noon.
3iUniglu,
Noon,
Oct. 1
-0.991 0913
-0.9897168
-354
+2807
-0.0552670
-0.0586344
+1086
2
0.988 2691
0.986 7483 398
0.1429354
0.1507002
2303
0.0620073
0.0653754
1038
3
0.985 1544
0.9834877 442
0.1584535
0.1661947
2299
0.068 7385
0.0720964
1040
4
0.981 7482
0.979 9362 486
0.1739231
0.181 6384
2294
0.0754486
0.078 7952
1042
5
0.9780518
0.9760951 531
1
0.1893398
0.1970268
2289
0.082 1357
0.0854699
1043
6
-0.9740663
-0.9719655- 575
-0.2046989
-0.2123555
+2282
-0.088 7977
-0.092 1188
+1044
7
0.9697930
0.967 5489 619
0.2199960
0.227 6200
2275
0.0954330
0.098 7400
1045
8
0.9652334
0.9628466
663
0.2352268
0.2428161
2268
0.1020396
0.1053316
1046
9
0.9603887
0.957 8599
708
0.2503872
0.257 9396
2260
0.1086158
0.111 8918
1046
10
0.9552603
0.9525900
752
0.2654728
0.272 9862
2251
0.1151596
0.1184188
1045
U
-0.9498493
-0.947 0382
- 796
-0.2804795
-0.287 9519
+2241
-0.1216693
-0.1249108
+1044
12
0.944 1570
0.941 2057
840
0.2954031
0.3028324
2231
0.128 1432
0.1313661
1043
13
0.9381845
0.9350937
884
0.3102394
0.317 6236
2220
0.1345794
0.137 7828
1042
14
0.9319333
0.928 7035
928
0.3249844
0.332 3212
2209
0.1409761
0.144 1590
1040
15
0.9254046
0.9220366
971
0.339 6335
0.3469208
2197
0.1473313
0.1504927
1038
16
-0.918 5997
-0.9150942
-1015
-0.364 1824
-0.361 4180
+2184
-0.1536431
-0.1567822
+1036
17
0.911 5202
0.907 8779
1059
0.368 6268
0.3758084
2170
0.1599096
0.1630253
1033
18
0.904 1676
0.9003895
1103
0.382 9622
0.3900876
2156
0.1661289
0.1692202
1030
19
0.896 5437
0.892 6306
1146
0.397 1841
0.4042511
2141
0.1722990
0.1753650
1026
20
0.888 6502
0.884 6030
1189
0.411 2881
0.418 2944
2126
0.1784179
0.181 4575
1022
21
-0.8804890
-0.876 3087
-1232
-0.4252696
-0.432 2130
+2110
-0.1844836
-0.1874960
+1018
22
0.8720621
0.867 7497
1275
0.439 1242
0.4460025
2093
0.1904942
0.1934782
1013
23
0.863 3717
0.868 9284
1318
0.4528474
0.459 6583
2075
0.1964477
0.1994024
1006
24
0.854 4200
0.8498470
1360
0.4664347
0.473 1760
2057
0.2023421
0.2052666
1003
25
0.845 2095
0.8405080
1403
0.4798817
0.486 5511
2038
0.208 1755
0.2110687
997
26
-0.835 7427
-0.8309140-1445
-0.493 1837
-0.499 7790
+2018
-0.213 9458
-0.2168068
+ 991
27
0.826 0223
0.821 0680
1487
0.5063364
0.512 8553
1998
0.2196513
0.2224790
985
28
0.8160514
0.8109729
1529
0.5193352
0.525 7755
1977
0.2262898
0.2280833
978
29
0.8058330
0.8006320
1570
0.632 1758
0.538 5365
1956
0.2308595
0.233 6180
971
30
0.7953704
0.7900486
1611
0.544 8542
0.551 1312
1934
0.2363587
0.2390813
964
31
-0.7846670
-0.779 2261
-1652
-0.5573661
-0.563 5584
+1911
-0.241 7856
-0.2444715
+ 956
Nov. 1
0.773 7262
0.768 1680
1693
0.5697077
0.5758134
1888
0.247 1386
0.249 7869
948
2
0.7625517
0.756 8779
1733
0.581 8751
0.5878924
1864
0.2524161
0.2550260
939
3
0.751 1470
0.745 3594| 1773
0.593 8647
0.599 7918
1839
0.257 6164
0.260 1872
930
4
0.7395156
0.733 6160! 1813
1
0.605 6731
0.6115082
1814
0.262 7382
0.265 2692
921
5
-0.727 6611
-0.721 65131-1852
-0.6172967
-0.623 0383
+1788
-0.267 7800
-O.270 2704
+ 911
6
0.7155870
0.709 4688
1891
0.628 7324
0.6343787
1762
0.272 7403
0.275 1895
901
7
0.7032970
0.697 0720| 1930
0.639 9768
0.645 5262
1735
0.277 6178
0.2800251
891
8
0.6907944
0.6844646 1968
0.651 0267
0.656 4777
1707
0.2824111
0.284 7757
880
9
0.678 0830
0.671 6500' 2006
0.661 8789
0.667 2300
1679
0.287 1188
0.2894402
869
10
-0.665 1660
-0.658 6316 -2044
-0.672 5304
-0.677 7798
+1650
-0.291 7396
-0.294 0169
+ 857
11
0.652 0471
0.6454130 2081
0.682 9778 0.6881240
1620
0.2962719
0.2985045
845
12
0.638 7296
0.631 9976
2118
0.6932180 0.698 2593
1590
0.300 7145
0.302 9017
833
13
0.625 2172
0.618 3891
2154
0.703 2477
0.7081826 1559
0.3050659
0.307 2069
821
14
0.611 5136
0.604 5913 2190
0.7130638
0.717 8907 1528
1
0.3093246 0.3114188
808
15
-0.597 6225
-0.5906079-2226
-0.722 6630 -0.727 3804|+1496
-0.313 4893 -0.315 5359
+ 795
16
-0.583 5478
-0.5764428!
-2261 1
-O.7320423
-0.7366484;
+14631
-0.317 5585;
-0.319 5568
+ 782
SUN, 1916.
25
GREENWICH MEAN TIME.
Date.
Nov.16
17
18
19
20
21
22
23
24
25
X
True Equlnoz.
Noon.
26 -0.433
27 0.4178091
28 0.4018700
29 0.3858076
30 0.3696270
Dec. 1 -0.363 3337M)
2 0.3369327
3 0.3204292
4 0.3038283
5 0.2871352
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
27
28
29
30
M).583 5478
0.5692933
0.554 8632
0.5402616
0.5254927
Midniffht,
M).5106610H)
0.4954707
0.4802266
0.4648334
0.4492960
61961-0.4257308
0.4098553
0.393 8539
0.377 7318
0.361 4942
M).270 3546-0
0.2534915
0.236 5510
0.219 5379
0.2024570
-0.1853135
0 1681121
0.1508580
0.1335562
0.1162120
h0.0988303
0.0614165
0.063 9760
0.046 5141
0.029 0361
-0.0115476-0
+0.0059456
0.0234380
0.0409235
0.058 3964
26 -fO.0758507
0.0932805
0.1106802
0. 128 0439
0.1453659
31 40.1626410
32 44).1798638
-0.5764428
0.562 1000
0.5475835
0.5328978
0.5180469
.5030354
0.487 8676
0.472 5483
0.4570824
0.441 4749
.345 1463
0.328 6934
0.312 1406
0.295 4930
0.278 7555
.261 9330
0.2450306
0.2280532
0.2110056
0.1938928
-0.1767197
0.1594913
0.1422128
0.1248891
0107 5255
M).090 1271
0.072 6993
0.0552474
0.037 7767
0.0202928
.0028013
+0.014 6923
0.032 1820
0.049 6619
0.067 1262
+0.0845690-3122
0.1019845 3126
0.1193669 3129
0.136 7104 3131
0.1540097 3132
+0.1712593-3132
+0.188 4540H132
Redac.
idacl
to I
Mean I
Eq'xol
1916.1
Noon,
-2261
2295
2329
2362
2395
-2427
2460
2491
2522
2552
2582 -0.8130575-0
2611 0.8198172
2639 0.8263224
2667 0.8325712
2694 0.8385617
-2720 -0.8442922
2745 0.8497611
2770 0.8549668
2795 0.8599081
2819 0.8645837
-2842
2864
2885
2906
2926
-2945
2963
2980
2996
3012
-3027
3040
3053
3065
3077
-3087
3096
3104
3111
3117
Y
Tmo Equinox.
Noon.
M).7320423!-0
0.741 1984
0.7501282
0.7588287
0.7672967
-0.775 5293
0.783 5234
0.791 2760
0.798 7844
0.8060458
-0.868 9923
0.873 1327
0.8770038
0.8806044
0.883 9334
-0.8869896
0.889 7721
0.8922797
0.894 5115
0.896 4666
-0.898 1440
0.899 5429
0.900 6625
0.901 5022
0.902 0613
-0.9023393
0.902 3356
0.9020499
0.901 4821
0.900 6322
k).899 5005
0.8980874
0.8963936
0.894 4197
0.892 1669
-0.889 6362
-0.8868289
Midnight,
Reduc.
to
Mieon
Eq'xof
1916.0
Noon.
7366484
0.7456918
0.754 5073
0.7630920
0.7714426
-0.7795563
0.787 4300
0.7950609
0.8024462
0.8095830
.8164690+1104
0.8231017 1065
0.8294790 1025
0.835 5989 985
0.8414596 944
-0.847 0594
0.8523969
0.857 4706
0.862 2792
0.8668214
-0.871 0961
0.875 1020
0.878 8380
0.882 3029
0.885 4956
-0.888 4152
0.891 0603
0.893 4301
0.895 5237
0.897 3400
-0.8988783
0.9001377
0.901 1174
0.901 8169
0.902 2355
-0.9023727
0.902 2280
0.901 8013
0.901 0924
0.900 1016
-0.898 8291
0.897 2755
0.895 4416
0.893 3281
0.890 9362
-0.888 2671
-0.8853218
+-1463 1-0.317 5585 -0.319 5568
0.323 4803
0.327 3048
0.331 0291
0.334 6517
1430
1396
1361
1326
+-1291
1255
1218
1180
1142
1-0.336 4245
0.339 8922
0.343 2550
0.3465117
0.349 6611
+ 689
645
600
555
509
+- 463
417
370
322
274
+ 226
178
129
80
+ 30
70
121
172
223
z
True Equinox.
Noon.
Midniffht.
1.317
0.321 5308
0.3254050
0.329 1796
0.332 8532
-0.352
0.355
0.358
0.361
0.363
+ 903 -0.366
861 0.368
819 0.370
776 0.373
733 0.375
-0.376
0.378
0.380
0.381
0.383
9609
7572
4367
9990
4436
-0.384 76991-0
0.385 9775
0.387
0.388
0.388
1-0.389
0.390
0.390
0.391
0.391
0659
0346
8832
6112
2183
7041
0684
3108
-0.338 1714
0.341 5868
0.3448967
0.348 0999
0.351 1952
Redoc
to
Eq'xol
1916.0
iVboii.
7021 -0.354 1816
6336 0.3570580
4547 0.3598236
1646 0.3624776
7624 0.3650192
2476 -0.367 4477
6194 0.3697626
8772 0.3719632
0204 0.3740489
0485 0.3760192
-0.377 8736
0.3796116
0.381 2326
0.382 7361
0.384 1216
.3853886
0.386 5366
0.387 5652
0.3884739
0.3892623
-0.3899299
0.3904764
0.3909014
0.391 2048
0.391 3862
20H).391
0.391
0.391
0.391
0.390
431i;-0.391 4454
4290| 0.3913820
3044! 0.3911962
0574 0.3908880
6880
274 -0.390
326 0.389
377 0.388
429 0.387
0.387
0.3904574
1963-0.3899047
5826' 0.3892300
481
533
586
8471
9903
0126
9145
0.3884338
0.387 5165
0.3864786
-0.3853205
-0.385
-0.384 69651-0.384 0428
1-0-
+782
768
754
739
725
+710
695
679
663
647
+631
614
597
57»
561
+543
525
507
488
460
+450
431
411
391
371
+351
330
310
280
268
+246
225
203
181
159
+137
115
93
70
48
+ 25
+ 2
-21
44
67
-90
-114
26
MOON, 1916.
GREENWICH MEAN TIME.
Hoar.
Right
Ascension.
Var.
Declination.
Var.
Hour.
Right
Ascension.
Var.
per Declination.
Hln.
UARY 3.
Var.
JANUARY 1.
JAN
h m 8
s
Of//
rt
h m 8
s
• / //
//
0
14 55 33.31
2.5091
-22 7 2.7
-9.914
0
17 4 49.80
2.8278
-26 64 25.3
-1.412
1
14 58 4.12
2.517W
22 16 53.6
9.782
1
17 7 39.55
2.8303
26 55 43.7
i.aoi
2
15 0 35.46
2.5268
22 26 36.5
9.646
2
17 10 29.44
2.8326
26 56 49.4
0.9»
3
15 3 7.33
2.5355
22 36 11.1
9.508
3
17 13 19.46
2.8348
26 57 42.4
0.777
4
15 5 39.72
2.5442
22 45 37.4
9.368
4
17 16 9.61
2.8367
26 58 22.6
0.564
5
15 8 12.63
2.5529
22 54 55.3
9.228
5
17 18 59.86
2.8383
26 58 50.1
0352
6
15 10 46.07
2.5617
23 4 4.7
9.084
6
17 21 50.21
2.8398
26 59 4.8
-0.138
7
15 13 20.03
2.5703
23 13 5.4
8.938
7
17 24 40.63
2.8409
26 59 6.7
+0.075
8
15 15 54.50
2.5788
23 21 57.2
8.789
8
17 27 31.12
2.8419
26 58 55.8
0.289
9
15 18 29.49
2.5874
23 30 40.1
8.640
9
17 30 21.66
2.8427
26 58 32.0
0.503
10
15 21 4.99
2.5958
23 39 14.0
8.488
10
17 33 12.24
2.8433
26 57 55.4
0.71S
11
15 23 40.99
2.6043
23 47 38.7
8.334
11
17 36 2.85
2.8435
26 57 5.9
0.932
12
15 26 17.50
2.6127
23 55 54.1
8.178
12
17 38 53.46
2.8435
26 56 3.6
1.146
13
15 28 54.51
2.6209
24 4 0.0
8.019
13
17 41 44.07
2.8433
26 54 48.4
' 1.361
14
15 31 32.01
2.6291
24 11 56.4
7.860
14
17 44 34.66
2.8428
26 53 20.3
1.575
15
15 34 10.00
2.6373
24 19 43.2
7.698
15
17 47 25.21
2.8422
26 51 39.4
1.788
16
15 36 48.48
2.6453
24 27 20.2
7.533
16
17 50 15.72
2.8418
26 49 45.7
2.002
17
15 39 27.43
2.6532
24 34 47.2
7.367
17
17 53 6.17
2.8402
26 47 39.2
2.216
18
15 42 6.86
2.6610
24 42 4.2
7.199
18
17 55 56.54
2.8388
26 45 19.8
2.429
39
15 44 46.75
2.6688
24 49 11.1
7.030
19
17 58 46.82
2.8372
26 42 47.7
2.641
20
15 47 27.11
2.6764
24 56 7.8
6.858
20
18 1 37.00
2.8354
26 40 2.9
2.853
21
15 50 7.92
2.6830
25 2 54.1
6.684
21
18 4 27.07
2.8333
26 37 5.4
3.063
22
15 52 49.18
2.6013
25 9 29.9
6.508
22
18 7 17.00
2.8310
26 33 55.3
3.274
23
15 55 30.87
ja:
2.6985
NUAR1
-25 15 55.1
f 2.
-«.332
23
18 10 6.79
JAN
2.8286
UARY
-26 30 32.6
4.
4^.485
0
15 58 13.00
2.7058 !
-25 22 9.7
-6.153
0
18 12 56.43 1
2.8259
-26 26 67.1
•^3.094
1
16 0 55.56
2.7128
25 28 13.5
6.972
1
18 15 45.90
2.8229
26 23 9.2
3.003
2
16 3 38.53
2.7196
25 34 6.3
5.788
2
18 18 35.18
2.8197
26 19 8.8
4.110
3
16 6 21.91
2.7263
25 39 48.1
5.604
3
18 21 24.26
2.8163
26 14 56.0
4.317
4
16 9 5.69
2.7330
25 45 18.8
5.418
4
18 24 13.14
2.8128
26 10 30.8
4.523
5
16 11 49.87
2.7305
25 50 38.3
5.231
5
18 27 1.80
2.8090
26 5 53.3
4.728
6
16 14 34.43
2.7458
25 55 46.5
5.042
6
18 29 50.22
2.8050
26 1 3.5
4.931
7
16 17 19.36
2.7518
26 0 43.3
4.861
7
18 32 38.40
2.8008
25 56 1.6
6.133
8
16 20 4.65
2.7578
26 5 28.6
4.668
8
18 35 26.32
2.7965
25 50 47.6
6.334
9
16 22 50.29
2.7636
26 10 2.3
4.465
9
18 38 13.98
2.7920
25 45 21.5
6.634
10
16 25 36.28
2.7603
26 14 24.4
4.270
10
18 41 1.36
2.7872
25 39 43.6
6.733
11
16 28 22.60
2.7747
26 18 34.7
4.073
11
18 43 48.44
2.7822
25 33 53.6
6.030
12
16 31 9.24
2.7800
26 22 33.2
3.875
12
18 46 35.22
2.7771
25 27 51.9
e.ia6
13
16 33 56.20
2.7851
26 26 19.7
3.676
13
18 49 21.69
2.7718
25 21 38.5
e.320
14
16 36 43.45
2.7899
26 29 54.3
3.476
14
18 52 7.83
2.7663
25 15 13.5
e.6i3
15
16 39 30.99
2.7947
26 33 16.8
3.273
15
18 54 53.64
2.7607
25 8 37.0
e.703
16
16 42 18.81
2.7992
26 36 27.1
8.070
16
18 57 39.11
2.7549
25 1 49.1
6.803
17
16 45 6.89
2.8084
26 39 25.2
2.866
17
19 0 24.23
2.7489
24 64 49.8
7.082
18
16 47 55.22
2.8075
26 42 11.0
2.661
18
19 3 8.98
2.7428
24 47 39.3
7.368
19
16 50 43.79
2.8114
26 44 44.5
2.466
19
19 5 53.36
2.7365
24 40 17.6
7.453
20
16 53 32.59
2.8151
26 47 5.7
2.240
20
19 8 37.36
2.7301
24 32 44.9
7.635
21
16 56 21.60
2.8186
26 49 14.4
2.041
21
19 11 20.97
2.7236
24 25 1.4
7.816
22
16 59 10.82
2.8218
26 51 10.6
1.833
22
19 14 4.19
2.7160
24 17 7.0
7.006
23
17 2 0.22
2.8248
26 52 54.3
1.623
23
19 16 47.00
2.7101
24 9 1.9
8.173
24
17 4 49.80
2.8278
-26 54 25.3
-1.412
24
19 19 29.40
2.7031
-24 0 46.2
•1-8.348
MOON, 1916.
27
GREENWICH MEAN TIME.
Hour.
Right
Asoension.
Var.
iSta.
Decllnatkm.
Var.
Hour.
RiKbt
Ascensioii.
Var.
Declination.
Var.
per
Hin.
JANUARY 5.
JANUARY 7.
' h m 8
8
• * /#
ff
h m s
8
• » tt
tf
0 • 19 19 29.40
3.7081
-24 0 46.2
-(- 8.348
0
21 20 0.03
2.3128
-14 38 55.1
+14.301
1
19 22 11.37
2.6900
23 52 20.1
8.533
1
21 22 18.56
3.3060
14 24 41.0
14.368
2
19 24 52.92
2.08W
23 43 43.6
8.093
2
21 24 36.63
3.3978
14 10 23.0
UJ33
3
19 27 34.04
2.6817
23 34 56.9
8.803
3
21 26 54.23
3.3890
13 56 1.1
14.397
4
19 30 14.72
2.0743
23 26 0.1
9.080
4
21 29 11.38
3.3831
13 41 35.4
14.458
5
19 32 64.95
2.0008
23 16 53.3
9.195
5
21 31 28.08
3.3740
13 27 6.1
14.518
0
19 35 34.73
2.0S92
23 7 36.7
9.358
0
21 33 44.33
2.3071
13 12 33.3
UA7A
7 19 38 14.05
2.0515
22 58 10.3
9.530
7
21 36 0.13
2.3697
12 57 57.2
14.029
8 19 40 52.91
2.0438
22 48 34.3
9.079
8
21 38 15.49
2.3634
12 43 17.8
14.083
9
19 43 31.30
2.0358
22 38 48.8
9.836
9
21 40 30.42
2.2452
12 28 35.2
14.735
10
19 46 9.21
2.0279
22 28 54.0
9.991
10
21 42 44.91
3.2380
12 13 49.6
14.784
11
19 48 46.65
2.0200
22 18 49.9
10.143
11
' 21 44 58.98
2.3309
11 59 1.1
14.832
12
19 51 23.61
2.0119
22 8 36.8
10.393
12
' 21 47 12.62
2.2299
11 44 9.8
1 14.878
13
19 54 0.08
2.0038
21 58 14.7
10.442
13
21 49 25.85
2.3170
11 29 15.8
' 14.933
14
19 56 36.06
2.5956
21 47 43.8
10.588
14
21 51 38.66
2.2101
11 14 19.2
I 14.903
15
19 59 11.55
2.5874
21 37 4.2
10.732
15
21 53 51.06
2.3033
10 59 20.2
15.003
16 20 1 46.55
2.5792
21 26 16.0
10.873
16
21 56 3.06
3.1907
10 44 18.8
15.043
K 20 4 21.05
2.5706
21 15 19.4
11.013
17
21 58 14.66
3.1901
10 29 15.2
15.078
18 20 6 55.05
2.5025
21 4 14.5
11.149
18
22 0 25.87
3.1830
10 14 9.4
15.113
19 ' 20 9 28.55
2.5541
20 63 1.6
11.284
19
22 2 36.69
3.1771
9 59 1.6
15.140
20 20 12 1.54
2.5457
20 41 40.4
11.417
20
22 4 47.12
3.1707
9 43 51.9
15.177
21 1 20 14 34.03
2.5373
20 30 11.5
11.540
21
22 6 57.17
3.1044
9 28 40.4
15.207
22
20 17 6.01
2.5288
20 18 34.9
11.074
22
22 9 6.85
2.1583
9 13 27.1
15.235
23
20 19 37.48
2.5203
-20 6 50.6
+11.800
23
22 11 16.16
2.1522
- 8 58 12.2
+15.361
JAJ
^UARl
{ 6.
JANUARY 8.
0 20 22 8.44
2.5118
-19 54 58.9
+11.933
0
22 13 25.11
2.1402
- 8 42 55.8
+15.285
1 , 20 24 38.89
2.5033
19 42 59.8
13.044
1
22 15 33.70
2.1403
8 27 38.0
15.308
2 20 27 8.83
2.4948
19 30 53.6
12.103
2
22 17 41.94
2.1344
8 12 18.9
15.329
3 20 29 38.26
2.4803
19 18 40.3
12.379
3
22 19 49.83
2.1280
7 56 58.5
15.349
4
20 32 7.18
2.4778
19 6 20.1
12.393
4
22 21 57.37
2.1229
7 41 37.0
15.367
5 20 34 35.59
2.4603
18 53 53.2
12.504
5
22 24 4.58
2.1174
7 26 14.5
15.383
6 , 20 37 3.49
3.4008
18 41 19.6
12.014
6
22 26 11.46
2.1119
7 10 51.1
15.398
7 . 20 39 30.88
2.4523
18 28 39.5
12.721
7
22 28 18.01
2.1005
6 55 26.8
15.411
8 20 41 57.76
2.4438
18 15 53.1
12.830
8
22 30 24.24
2.1012
6 40 1.8
15.423
» 20 44 24.13
3.4353
18 3 0.4
12.929
9
22 32 30.15
2.0959
6 24 36.1
15.433
10 20 46 50.00
2.4269
17 50 1.6
13.029
10
22 34 35.75
2.0908
6 9 9.8
15.443
U ' 20 49 15.36
2.4184
17 36 56.9
13.127
11
22 36 41.05
2.0858
5 53 43.0
15.449
12 20 51 40.21
2.4101
17 23 46.4
13.223
12
22 38 46.05
2.0808
5 38 15.9
15.454
13
20 54 4.57
3.4018
17 10 30.2
13.317
13
22 40 50.75
2.0700
5 22 48.5
15.459
14
20 56 28.42
3.3934
16 57 8.4
13.408
14
22 42 55.17
2.0713
5 7 20.8
15.463
15
20 58 51.78
3.3853
16 43 41.2
13.497
15
22 44 59.30
2.0000
4 51 53.0
15.464
16
21 1 14.64
3.3709
16 30 8.8
13.583
16
22 47 3.16
2.0020
4 36 25.1
15.465
17
21 3 37.01
3.3688
16 16 31.3
13.008
17
22 49 6.74
2.0575
4 20 57.2
15.463
18
21 5 58.89
3.3000
16 2 48.7
13.751
18
22 51 10.06
2.0532
4 5 29.5
15.460
19
21 8 20.28
3Jt525
15 49 1.2
13.831
19
22 53 13.12
2.0488
3 50 2.0
15.467
20
21 10 41.19
3.3444
15 35 9.0
U.909
20
22 55 15.92
2.0440
3 34 34.7
15^453
21
21 13 1.61
2.3364
15 21 12.1
13.985
21
22 57 18.47
2.0404
3 19 7.7
15.446
22
21 15 21.56
2.3285
15 7 10.8
14.058
22
22 59 20.77
2.0304
3 3 41.2
15.438
23
21 17 41.03
2.3200
14 53 5.1
14.131
23
23 1 22.84
2.0325
2 48 15.2
15.429
U
21 20 0.03
3.3138
-14 38 55.1
+14.201
24
23 3 24.67
2.0280
- 2 32 49.7
+15.419
28
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
AMMimion.
JAJ
Var.
Dfloliiiatioii.
Var.
Hour.
Right
A806nsion.
Var.
per <
Hin.
Deolination.
Var.
NUARY 9.
JANUARY U.
h m s
8
• / //
//
h m 8
8
• / //
tf
0
23 3 24.67
2.0386
-2 32 49.7
rl-15.419
0
0 37 59.28
1.9435
+ 9 15 8.2
+13.718
1
23 5 26.27
2.0248
2 17 24.9
15.408
1
0 39 55.89
1.9437
9 28 49.6
13.063
2
23 7 27.65
2.0212
2 2 0.8
15.395
2
0 41 52.52
1.9439
9 42 27.6
U.604
3
23 9 28.81
2.0176
1 46 37.5
15.381
3
0 43 49.16
1.9442
9 66 2.1
13.646
4
23 11 29.76
2.0141
1 31 15.1
15.366
4
0 45 45.82
1.9445
10 9 33.1
13.487
6
23 13 30.50
2.0107
1 16 53.6
15.350
5
0 47 42.60
1.9448
10 23 0.6
13.427
6
23 15 31.04
2.0073
1 0 33.1
15.333
6
0 49 39.20
1.9453
10 36 24.3
13.367
7
23 17 31.38
2.0041
0 45 13.7
15.314
7
0 61 35.94
1.9460
10 49 44.6
13.306
8
23 19 31.53
2.0010
0 29 55.4
15.206
8
0 53 32.72
1.9466
11 3 1.0
13.243
9
23 21 31.50
1.0079
-0 14 38.3
16.274
9
0 66 29.63
IM72
11 16 13.7
13.181
10
23 23 31.28
1.9040
+0 0 37.5
15.263
10
0 57 26.38
1.9479
11 29 22.7
13.1U
U
23 25 30.89
1.0021
0 15 52.0
15.220
11
0 69 23.28
1.9487
11 42 27.8
13.053
12
23 27 30.33
1.0603
0 31 5.0
15.205
12
1 1 20.22
1.9495
11 55 29.1
12.909
13
23 29 29.60
1.0866
0 46 16.6
15.181
13
1 3 17.22
1.9605
12 8 26.6
12.923
14
23 31 28.72
1.0840
1 1 26.7
15.154
14
1 5 14.28
1.9515
12 21 19.9
12.857
15
23 33 27.68
1.9814
1 16 35.1
15.127
15
1 7 11.40
1.9525
12 34 9.3
12.790
16
23 35 26.49
1.0790
1 31 41.9
15.099
16
1 9 8.58
1.9536
12 46 54.7
12.723
17
23 37 25.16
1.9767
1 46 47.0
15.070
17
1 11 5.83
1.9548
12 59 36.0
12.654
18
23 39 23.69
1.9744
2 1 50.3
15.040
18
1 13 3.15
1.9560
13 12 13.2
12.686
19
23 41 22.09
1.9722
2 16 51.8
15.000
19
1 15 0.55
1.9573
13 24 46.3
12.517
20
23 43 20.35
1.9700
2 31 51.4
14.077
20
1 16 58.02
1.9585
13 37 16.2
12.446
21
23 45 18.49
1.9681
2 46 49.0
14.943
21
1 18 65.57
1.9599
13 49 39.8
12.374
22
23 47 16.52
1.9662
3 1 44.6
14.910
22
1 20 63.21
1.9614
14 2 0.1
12.303
23
23 49 14.43
JAI
1.9643
^UARl
+3 16 38.2
r 10.
+14.875
23
1 22 60.94
JAN
1.9629
UARY
+14 14 16.1
12.
+12.230
0
23 51 12.23
1.9626
+3 31 29.6
+14.838
0
1 24 48.76
1.9645
+14 26 27.7
+12.157
1
23 53 9.93
1.9608
3 46 18.8
14.802
1
1 26 46.68
1.9661
14 38 34.9
12i)83
2
23 55 7.53
1.0502
4 1 5.8
14.764
2
1 28 44.69
1.9677
14 50 37.7
12.009
3
23 57 5.03
1.9577
4 15 50.5
14.726
3
1 30 42.80
1.9694
15 2 36.0
11.934
4
23 59 2.45
1.9563
4 30 32.9
14.687
4
1 32 41.02
1.9712
15 14 29.8
11.858
5
0 0 59.78
1.9548
4 45 12.9
14.646
5
1 34 39.34
1.9729
16 26 19.0
11.782
6
0 2 57.03
1.9536
4 59 50.4
14.604
6
1 36 37.77
1.9748
15 38 3.6
11.705
7
0 4 54.21
1.9524
5 14 25.4
14.563
7
1 38 36.32
1.9768
16 49 43.6
11.028
8
0 6 51.32
1.9513
5 28 57.9
14.519
8
1 40 34.98
1.9787
16 1 18.9
11.54S
9
0 8 48.36
1.9502
5 43 27.7
14.475
9
1 42 33.76
1.9807
16 12 49.4
11.469
10
0 10 45.34
1.9492
5 57 54.9
14.430
10
1 44 32.66
1.9827
16 24 15.2
11.389
11
0 12 42.26
1.9483
6 12 19.3
14.384
11
1 46 31.68
1.9847
16 35 36.1
11.308
12
0 14 39.14
1.9476
6 26 41.0
14.338
12
1 48 30.82
1.9868
16 ^6 62.2
11.228
13
0 16 35.97
1.9468
6 40 59.9
14.201
13
1 60 30.10
1.0890
16 58 3.4
11.146
14
0 18 32.75
1.9461
6 55 15.9
14.243
14
1 52 29.50
1.9912
17 9 9.7
11.063
15
0 20 29.50
1.9456
7 9 29.0
14.194
15
1 64 29.04
1.9934
17 20 11.0
10.061
16
0 22 26.22
1.9451
7 23 39.2
14.144
16
1 66 28.71
1.9957
17 31 7.4
10.898
17
0 24 22.91
1.9446
7 37 46.3
14.003
17
1 58 28.52
1.0980
17 41 68.7
10.813
18
0 26 19.57
1.9442
7 51 50.4
14.043
18
2 0 28.47
2.0003
17 52 44.9
10.727
19
0 28 16.21
1.9439
8 5 51.4
13.991
19
2 2 28.56
2.0028
18 3 25.9
10.041
20
0 30 12.84
1.9437
8 19 49.3
13.938
20
2 4 28.80
2.0053
18 14 1.8
10.fiS5
21
0 32 9.45
1.9435
8 33 43.9
13.883
21
2 6 29.19
2.0077
18 24 32.5
10.468
22
0 34 6.06
1.9436
8 47 35.3
13.829
22
2 8 29.72
2.0101
18 34 58.0
10.381
23
0 36 2.67
1.9436
9 1 23.4
13.774
23
2 10 30.40
2.0127
18 45 18.2
10.292
24
0 37 59.28
1.9435
+9 15 8.2
+13.718
24
2 12 31.24
2.0153
+18 55 33.0
+10.203
MOON, 1916.
29
GREENWICH MEAN TIME.
Hour.
AaSSton. ^' Declination.
JANUARY 13.
Var.
SSL
Hour.
Right
.\ao6nflion.
Var.
t
Declination.
Var.
JANUARY 16.
h m s
s
• / //
//
h m s
s
• f tf
ff
0
2 12 31.24
3.01fi3
+18 55 33.0
+10.203
0
3 52 28.68
3.1403
+25 10 43.5
+5.300
1
2 14 32.23
2.0178
19 5 42.5
10.113
1
3 54 37.72
3.1518
25 15 52.0
5.083
2
2 16 33.38
2in04
19 15 46.6
10.023
2
3 56 46.90
3.1643
25 20 53.3
4.963
3
2 18 34.68
2.0230
19 25 45.2
0.032
3
3 58 56.23
3.1567
25 25 47.5
4.844
4
2 20 36.14
2.0257
19 35 38.4
9.840
4
4 1 5.70
3.1500
25 30 34.6
4.735
5
2 22 37.76
2J0U8i
19 45 26.0
9.748
5
4 3 15.31
3.1614
25 35 14.5
4.605
6
2 24 39.55
2jm2
19 55 8.1
9.655
6
4 5 25.07
3.1638
25 39 47.2
4.484
7
2 26 41.50
2.0838
20 4 44.6
9.562
7
4 7 34.96
3.1659
25 44 12.6
4.363
8
2 28 43.61
2.0805
20 14 15.5
9.468
8
4 9 44.98
3.1681
25 48 30.8
4.243
9
2 30 45.88
2.0303
20 23 40.7
9.373
9
4 11 55.13
3.1703
25 52 41.7
4.121
10
2 32 48.33
20423
20 33 0.2
9.2n
10
4 14 5.42
3.1735
25 56 45.3
3.999
11
2 34 50.95
2.O4S0
20 42 13.9
9.180
11
4 16 15.83
3.1746
26 0 41.6
3.877
12
2 36 53.73
2.0478
20 51 21.8
9.063
12
4 18 26.37
3.1767
26 4 30.5
8.758
13
2 38 56.68
2.0606
21 0 23.9
8.987
13
4 20 37.03
3.1786
26 8 12.0
8.630
14
2 40 59.80
2.0535
21 9 20.2
8.888
14
4 22 47.80
3.1805
26 11 46.1
3.507
15
2 43 3.10
2.0564
21 18 10.5
8.780
15
4 24 58.69
3.1834
26 15 1?.8
8.388
16
2 45 6.57
2.0(n8
21 26 54.9
8.691
16
4 27 9.69
3.1843
26 18 32.0
8.258
17
2 47- 10.21
2.0631
21 35 33.4
8.591
17
4 29 20.80
3.1860
26 21 43.8
3.134
18
2 4» 14.02
2.0650
21 44 5.8
8.490
18
4 31 32.01
3.1878
1 26 24 48.1
8.009
19
2 5J- 18.01
2.0670
21 52 32.2
8.380
19
4 33 43.33
3.1895
26 27 44.9
2.883
20
2 5*22.17
2.0706
22 0 52.5
8.287
20
4 35 54.75
3.1911
26 30 34.1
2.758
21
2 55 26.51
2.0738
22 9 6.6
8.184
21
4 38 6.26
3.1936
, 26 33 15.8
2.632
22
2 57 31.03
2.0768
22 17 14.6
8.088
22
4 40 17.86
3.1941
26 35 49.9
2.505
23
2 59 35.72
2.0796
+22 25 16.4
+ 7.978
23
4 42 29.55
3.1955
+26 38 16.4
+2.379
JAl
^VAKi
^ 14.
JAN
UARY
16. 2
0
3 1 40.58
3.0625
+22 33 12.0
-«■ 7.874
0
4 44 41.32
3.1960
+26 40 35.4
+2.253
1
3 3 45.62
2.0854
22 41 1.3
7.766
1
4 46 53.18
3.1983
26 42 46.7
2.125
2
3 5 50.83
2.0683
22 48 44.3
7. 666
2
4 49 5.11
3.1995
26 44 50.4
1.998
3
3 7 56.22
2.0913
22 56 20.9
7.558
3
4 51 17.12
3.3008
26 46 46.5
1J71
4
3 10 1.79
2.0943
23 3 51.2
7.451
4
4 53 29.20
3.3018
26 48 34.9
1.743
5
3 12 7.53
2.0971
23 11 15.0
7.343
5
4 55 41.34
3.3039
26 50 15.6
1.615
6
3 14 13.44
3.0909
23 18 32.4
7.236
6
4 57 53.55
3.2039
26 51 48.7
1.487
7
3 16 19.52
3.1038
23 25 43.3
7.128
7
5 0 5.81
2.2048
26 53 14.0
1.358
8
3 18 25.78
3.1058
23 32 47.7
7.018
8
5 2 18.13
2.2058
26 54 31.7
1.230
9
3 20 32.21
3.1087
23 39 45.5
6.908
9
5 4 30.50
2.2066
26 55 41.6
1.101
10
3 22 38.82
3.1116
23 46 36.7
6.796
10
5 6 42.92
2.2073
26 56 43.8
0.973
U
3 24 45.60
3.1143
23 53 21.3
6.688
11
5 8 55.38
2.2080
26 57 38.3
0.843
12
3 26 52.54
3.1171
23 59 59.3
6.578
12
5 11 7.88
2.2087
26 58 25.0
0.714
13
3 28 59.65
3.1199
24 6 30.6
6.405
13
5 13 20.42
2.2092
26 59 4.0
0.585
14
3 31 6.93
3.1228
2i 12 55.1
6.353
14
5 15 32.98
2.2096
26 59 35.2
0.456
15
3 33 14.38
3.1355
24 19 12.9
6.240
15
5 17 45.57
2.2100
26 59 58.7
0.827
16
3 35 21.99
2.1383
24 25 23.9
6.136
16
5 19 58.18
2.2103
27 0 14.4
0.198
17
3 37 29.77
3.1310
24 31 28.0
6.013
17
5 22 10.81
2.2106
27 0 22.4
-fO.066
18
3 39 37.71
3.1337
24 37 25.3
5.808
18
5 24 23.45
2.2108
27 0 22.6
-4) .062
19
3 41 45.81
3.1363
24 43 15.7
5.783
19
5 26 36.11
2.2110
27 0 15.0
0.192
20
3 43 54.07
2.1390
24 48 59.2
5.668
20
5 28 48.77
2.2110
26 59 59.6
0U)21
21
1 3 46 2.49
3.1417
24 54 35.8
5.553
21
5 31 1.43
2.2110
26 59 36.5
0.450
22
! 3 48 11.07
3.1443
25 0 5.4
5.435
22
5 33 14.09
2.3109
26 59 5.6
0.580
23
i 3 50 19.80
3.1468
25 5 28.0
5.318
23
5 35 26.74
3.3107
26 58 26.9
0.710
24
3 52 28.68
3.1403
+25 10 43.5
+ 5.300
24
5 37 39.37
3.3104
+26 57 40.4
h^.839
30
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
Asoensfon.
Var.
Declination.
Var.
Hour.
Right
Var.
MM.
Declination.
Var.
JANUARY 17.
JANUARY 19.
h m 8
8
• / //
tt
h m 8
8
• f tf
It
0
5 37 39.37
2.2104
+26 57 40.4
-0.839
0
7 22 15.27
2.1260
+23 52 15.9
- 6.744
1
5 39 51.99
2.2102
26 56 46.2
0.968
1
7 24 22.74
2.1231
23 45 27.9
6.837
2
5 42 4.59
2.2098
26 55 44.2
1.098
2
7 26 30.04
2.1202
23 38 33.1
6.96S
3
5 44 17.17
2.2094
26 54 34.5
1.227
3
7 28 37.16
2.1172
23 31 31.7
7i)78
4
5 46 29.72
2.2089
26 53 17.0
1.356
4
7 30 44.10
2.1141
23 24 23.7
7.1SS
5
5 48 42.24
2.2083
26 51 51.8
1.485
5
7 32 50.85
2.1110
23 17 9.2
7J97
6
5 50 54.72
2.2077
26 50 18.8
1.614
6
7 34 57.42
2.1079
23 9 48.1
7.406
7
5 53 7.16
2.2069
26 48 38.1
1.743
7
7 37 3.80
2.1048
23 2 20.5
7.513
8
5 55 19.55
2.2061
26 46 49.6
1.872
8
7 39 10.00
2.1018
22 54 46.5
7.00
9
5 57 31.89
2.2053
26 44 53.5
2.000
9
7 41 16.01
2.0986
22 47 6.1
7.727
10
5 59 44.18
2.2044
26 42 49.6
2.129
10
7 43 21.83
2.0955
22 39 19.3
7.833
11
6 1 56.42
2.2034
26 40 38.0
2.257
11
7 45 27.47
2.0023
22 31 26.2
7.938
12
6 4 8.59
2.2023
26 38 18.8
2.384
12
7 47 32.91
2.0891
22 23 26.8
8.043
13
6 6 20.70
2.2013
26 35 51.9
2.512
13
7 49 38.16
2.0859
22 15 21.2
8.145
14
6 8 32.74
2.2000
26 33 17.4
2.639
14
7 51 43.22
2.0828
22 7 9.4
8.248
15
6 10 44.70
2.1988
26 30 35.2
2.767
15
7 53 48.09
2.0795
21 58 51.5
8.350
16
6 12 56.59
2.1975
26 27 45.4
2.894
16
7 55 52.76
2.0762
21 50 27.4
8.452
17
6 15 8.40
2.1961
26 24 47.9
3.021
17
7 57 57.23
2.0720
21 41 57.3
8.562
18
6 17 20.12
2.1946
26 21 42.9
3.147
18
8 0 1.51
2.0008
21 33 21.2
8.653
19
6 19 31.75
2.1931
26 18 30.3
3.273
19
8 2 5.60
2.0665
21 24 39.1
8.751
20
6 21 43.29
2.1916
26 15 10.2
3.398
20
8 4 9.49
2.0633
21 15 51.1
8.849
21
6 23 54.74
2.1899
26 11 42.6
3.523
21
8 6 13.19
2.0600
21 6 57.2
8.947
22
6 26 6.08
2.1882
26 8 7.4
3.649
22
8 8 16.69
2.0567
20 57 57.5
9.043
23
6 28 17.32
JAl
2.1864
+26 4 24.7
' 18.
-3.774
23
8 10 19.99
JAN
2.0534
UARY
+20 48 52.0
20.
-9.130
0
6 30 28.45
2.1840
+26 0 34.5
-3.898
0
8 12 23.10
2.0602
+20 39 40.8
-9.234
1
6 32 39.47
2.1828
25 56 36.9
4.023
1
8 14 26.01
2.0460
20 30 23.9
9.329
2
6 34 50.38
2.1808
25 52 31.8
4.147
2
8 16 28.73
2.0437
20 21 1.3
9.423
3
6 37 1.17
2.1788
25 48 19.3
4.269
3
8 18 31.25
2.0403
20 11 33.1
9.516
4
6 39 11.84
2.1768
25 43 59.5
4.392
4
8 20 33.57
2.0371
20 1 59.4
9.608
5
6 41 22.39
2.1748
25 39 32.3
4.514
5
8 22 35.70
2.0338
19 52 20.1
9.700
6
6 43 32.81
2.1726
25 34 57.8
4.636
6
8 24 37.63
2.0306
19 42 35.4
9.V90
7
6 45 43.10
2.1703
25 30 16.0
4.758
7
8 26 39.37
2.0274
19 32 45.3
9.880
8
6 47 53.25
2.1681
25 25 26.9
4.879
8
8 28 40.92
2.0242
19 22 49.8
9.909
9
6 50 3.27
2.1658
25 20 30.5
5.000
9
8 30 42.27
2.0210
19 12 49.0
10.067
10
6 52 13.15
2.1634
25 15 26.9
5.120
10
8 32 43.44
2.0178
19 2 43.0
10.144
11
6 54 22.88
2.1610
25 10 16.1
5.239
11
8 34 44.41
2.0146
18 52 31.7
10.231
12
6 56 32.47
2.1586
25 4 58.2
5.358
12
8 36 45.19
2.0114
18 42 15.3
10.316
13
6 58 41.91
2.1561
24 59 33.1
5.478
13
8 38 45.78
2.0083
18 31 53.8
10.401
14
7 0 51.20
2.1536
24 54 0.9
5.596
14
8 40 46.19
2.0052
18 21 27.2
10.486
15
7 3 0.34
2.1510
24 48 21.7
5.712
15
8 42 46.40
2.0020
18 10 55.5
10.569
16
7 5 9.32
2.1483
24 42 35.5
5.829
16
8 44 46.43
1.9089
18 0 18.9
10.651
17
7 7 18.14
2.1457
24 36 42.2
5.947
17
8 46 46.27
1.9958
17 49 37.4
10.733
18
7 9 26.80
2.1430
24 30 41.9
6.063
18
8 48 45.93
1.9928
17 38 51.0
10.813
19
7 11 35.30
2.1403
24 24 34.7
6.178
19
8 50 45.41
1.9898
17 27 59.8
10.893
20
7 13 43.63
2.1375
24 18 20.6
6.293
20
8 52 44.71
1.9868
17 17 3.8
10.973
21
7 15 51.80
2.1348
24 11 59.6
6.407
21
8 54 43.83
1.9838
17 6 3.1
11.051
22
7 17 59.80
2.1318
24 5 31.8
6.520
22
8 56 42.77
1.9809
16 54 57.7
11.12S
23
7 20 7.62
2.1289
23 58 57.2
6.633
23
8 58 41.54
1.9780
16 43 47.7
11.205
24
7 22 15.27
2.1260
+23 52 15.9
-6.744
24
9 0 40.13
1.9751
+16 32 33.1
-11.281
MOON, 1916.
ai
GREENWICH MEAN TIME.
Hour.
Kight
.Vscfsuion.
Var.
Declination.
Var.
iSln.
Hour.
Ascension.
Var.
Declination.
Var.
per
Kin.
JANUARY 21.
JAxNUARY 23.
h m 8
8
• 1 n
//
h m 8
8
• / //
//
0
9 0 40.13
1.9761
+16 32 33.1
-11.281
0
10 32 53.54
1.8806
+6 20 1.9
-13.913
1
9 2 38.55
1.9722
16 21 14.0
11.356
1
10 34 46.72
1.8861
6 6 6.1
13.046
2
9 4 86.79
1.M88
16 9 50.5
11.429
2
10 36 39.87
1.8866
5 52 8.4
13.978
S
9 6 34.87
1.9006
15 58 22.5
11.503
3
10 38 32.99
1J863
5 38 8.8
14.010
4
9 8 32.78
1.9638
15 46 50.1
11.575
4
10 40 26.09
1.8840
5 24 7.2
14.043
5
9 10 30.53
1.9611
15 35 13.5
11.646
5
10 42 19.18
1J847
5 10 3.7
14.073
6
9 12 28.11
1.9683
15 23 32.6
11.717
6
10 44 12.25
1J846
4 55 58.5
14.101
7
9 14 25.53
1.9657
15 11 47.5
11.787
7
10 46 5.32
1.8845
4 41 51.6
14.130
8
9 16 22.79
1.9590
14 59 58.2
11.856
8
10 47 58.39
1.8844
4 27 43.0
14.158
9
9 18 19.89
1.9504
14 48 4.8
11.924
9
10 49 51.45
1.884S
4 13 32.7
14.184
10
9 20 16.84
1.9479
14 36 7.3
11.992
10
10 51 44.51
1.8846
3 59 20.9
14.210
U
9 22 13.64
1.9454
14 24 5.8
12.058
11
10 53 37.59
1.8848
3 45 7.5
14.236
12
9 24 10.29
1.9430
14 12 0.4
12.123
12
10 55 30.68
1.8849
3 30 52.7
14.268
13
9 26 6.79
1.9406
13 59 51.1
12.188
13
10 57 23.78
1.8853
3 16 36.5
14.282
14
9 28 3.15
1.9381
13 47 37.9
12.252
14
10 59 16.91
1.8857
3 2 18.9
14.304
15
9 29 59.36
1.9357
13 35 20.9
12.314
15
11 1 10.06
1.8861
2 48 0.0
14.336
16
9 31 55.43
1.9834
13 23 0.2
12.8n
16
11 3 3.24
1.8866
2 33 39.8
14.347
17
9 33 51.37
1.9313
13 10 35.7
12.438
17
11 4 56.45
1.8872
2 19 18.4
14.366
18
9 35 47.17
1.9280
12 58 7.6
12.498
18
11 6 49.70
1.8878
2 4 55.9
14.384
19
9 37 42.84
1.9208
12 45 35.9
12.558
19
11 8 42.99
1.8886
1 50 32.3
14.403
20
9 39 38.38
1.9246
12 33 0.6
12.617
20
11 10 36.33
1.8894
1 36 7.6
14.419
21
9 41 33.79
1.9225
12 20 21.9
12.674
21
11 12 29.72
1.8003
1 21 42.0
14.435
22
9 43 29.08
1.9205
12 7 39.7
12.732
22
11 14 23.17
1.8913
1 7 15.4
14.460
23
9 45 24.25
JAl
1.9185
WARl
+11 54 54.1
''22.
Ul2.788
23
11 16 16.67
JAN
1.8923
UARY
+0 52 48.0
24.
-14.404
0
9 47 19.30
1.9166
+11 42 5.2
-13.843
0
11 18 10.24
1.8034
+0 38 19.7
-14.478
1
9 49 14.24
1.9147
11 29 13.0
12.897
1
11 20 3.88
1.8946
0 23 50,7
14.490
2
9 51 9.06
1.9128
11 16 17.6
12.951
2
11 21 57.59
1.8958
+0 9 20.9
14.502
S
9 53 3.78
1.9111
11 3 18.9
13.004
3
11 23 51.38
1.8972
-0 5 9.5
14.612
4
9 54 58.39
1.9093
10 50 17.1
13.056
4
11 25 45.25
1.8986
0 19 40.5
14.621
5
9 56 52.90
1.9077
10 37 12.2
13.107
5
11 27 39.21
1.9001
0 34 12.0
14.520
e
9 58 47.31
1.9000
10 24 4.3
13.157
6
11 29 33.26
1.9016
0 48 44.0
14.588
7
10 0 41.62
1.9044
10 10 53.4
13.206
7
11 31 27.40
1.9033
1 3 16.5
14.544
8
10 2 35.84
1.9039
9 57 39.6
13.254
8
11 33 21.65
1.9060
1 17 49.3
14.540
9
10 4 29.97
1.9015
9 44 22.9
18.302
9
11 35 16.00
1.9068
1 32 22.4
14.554
10
10 6 24.02
1.9001
9 31 3.4
13.348
10
11 37 10.46
1J087
1 46 55.8
14.558
U
; 10 8 17.98
1.8987
9 17 41.1
13.395
11
11 39 5.04
1.9106
2 1 29.4
14.562
12
; 10 10 11.86
1.8974
9 4 16.0
13.440
12
11 40 59.73
1.9126
2 16 3.2
14.563
13
10 12 5.67
1.8902
8 50 48.3
13.483
13
11 42 54.55
1.9148
2 30 37.0
14.564
14
10 13 59.40
1.8960
8 37 18.0
13.527
14
11 44 49.50
1.9169
2 45 10.9
14.564
15
1 10 15 53.07
1.8989
8 23 45.1
13.569
15
11 46 44.58
1.9192
2 59 44.7
14.563
16
10 17 46.67
1.8028
8 10 9.7
13.611
16
11 48 39.80
1.9215
3 14 18.4
14.561
17
10 19 40.21
1.8918
7 56 31.8
13.652
17
11 50 35.16
1.9239
3 28 52.0
14.568
IB
10 21 33.68
1.8908
7 42 51.5
13.602
18
11 52 30.67
1.9264
3 43 25.4
14.554
19
10 23 27.11
1.8900
7 29 8.8
13.731
19
11 54 26.33
1.9289
3 57 58.5
14.548
20
10 25 20.48
1.8802
7 15 23.8
13.768
20
11 56 22.14
1.0316
4 12 31.2
14.542
21
10 27 13.81
1.8884
7 1 36.6
13.805
21
11 58 18.12
1.9344
4 27 3.5
14.531^
22
10 29 7.09
1.8877
6 47 47.2
13.842
22
12 0 14.27
1.9373
4 41 35.4
14.52a
23
10 31 0.33
1.8871
6 33 55.6
13.878
23
12 2 10.59
1.9402
4 56 6.8
14.51&
24
10 32 53.54
1.8866
+ 6 20 1.9
-13.913
24
12 4 7.09
1.9432
-5 10 37.6
-14.60ft
32
MOON, 1916.
GREENWICH MEAN TIME.
Hoar.
h m
0
12 4
1
12 6
2
12 8
3
12 9
4
12 11
5
12 13
«
12 15
7
12 17
8
12 19
9
12 21
10
12 23
11
12 25
12
12 27
13
12 29
14
12 31
15
12 33
16
12 35
17
12 37
18
12 39
19
12 41
20
12 43
21
12 45
22
12 47
23
12 49
0
12 51
1
12 53
2
12 55
3
12 57
4
13 0
5
13 2
6
13 4
7
13 6
8
13 8
9
13 10
10
13 12
11
13 14
12
13 16
13
13 18
14
13 20
15
13 23
16
13 25
17
13 27
18
13 29
19
13 31
20
13 33
21
13 35
*22
13 38
-23
13 40
24
13 42
JANUARY
s
7.09 1.M32
3.77 1.W68
0.63
25.
57.69 I MM
54.94 1M6S
52.39 1.M0B
60.05 ' i.««28
47.92 ' iMBa
16.00 1.0600
44.31 1.0737
42.84 1.0774
41.60 1.0613
40.60 1.0653
39.84 1.0604
39.33 I 1.0035
39.06 1.0077
39.a5 2.0030
39.30 2.00M
39.82 2.0106
40.60 2.0153
41.66 2.0200
43.00 2.0248
44.63 2-0205
46.54 . 2.0343
JANUARY
tr
48.75
51.26
54.07
57.19
0.63
4.38
8.46
12.87
17.61
22.68
28.10
33.86
39.98
46.45
53.28
0.48
8.04
15.98
24.29
32.99
42.07
51.54
1.41
11.68
22.35
2.0303
2.0443
2.0404
2.0547
2.0500
2.0653
2.0708
2.07«3
2.0818
2.0674
2.0932 ■
2.0000
2.1049
2.1106
; 2.1160
I 2.1230
I 2.1202
I 2.1354 I
I 2.1418 •
! 2.1462 ,
) 2.1546
' 2.1612 I
' 2.1678
2.1745
2.1812 I
-5 10 37.6
5 25 7.7
5 39 37.2
5 54 5.9
6 8 33.7
6 23 0.7
6 37 26.7
6 51 51.7
7 6 15.6
7 20 38.4
7 34 59.9
7 49 20.1
8 3 39.0
8 17 56.5
8 32 12.4
8 46 26.8
9 0 39.5
9 14 50.5
9 28 59.8
9 43 7.2
9 57 12.7
0 11 16.2
0 25 17.7
0 39 17.0
26.
0 53 14.1
1 7 8.9
1 21 1.3
1 34 51.3
1 48 38.8
2 2 23.7
2 16 5.9
2 29 45.4
2 43 -22.1
2 56 55.8
3 10 26.6
3 23 54.3
3 37 18.8
3 50 40.1
4 3 58.1
4 17 12.7
4 30 23.8
4 43 31.3
4 56 35.1
5 9 35.2
5 22 31.5
5 35 23.9
5 48 12.2
6 0 56.4
6 13 36.5
//
J06
.407
.485
.471
.457
.443
.425
.406
.360
.348
.326
.303
.378
.353
.226
.106
.169
.139
106
.075
.042
.007
13.970
-U.9S3
13.803
U.853
13.813
13.770
13.726
13.681
13.635
18.587
18.538
IS .488
13.435
13.382
13.328
13.2r2
13.214
13.155
IZMi
13.033
12.970
12.906
12.839
12.771
13.703
•13.633
JANUARY 27.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
*20
21
22
23
24
h m
13 42
13 44
13 46
13 48
13 51
13 53
13 55
13 57
14 0
14
14
14
14
2
4
6
9
14 11
14 13
14 15
14 18
14 20
14 22
14 25
14 27
14 29
14 32
14 34
14 36
14 39
14 41
14 43
14 46
14 48
14 51
14 53
14 55
14 58
15 0
15 3
15 5
15 8
15 10
15 13
15 15
15 18
15 20
15 23
15 25
15 28
15 30
15 33
15 35
8
22.35
33.42
44.91
56.81
9.12
21.86
35.02
48.61
2.63
17.08
31.97
47.30
3.08
19.30
35.97
53.09
10.66
28.69
47.18
6.13
25.54
45.41
5.75
26.55
fl
3.1813
3.1880
30940
3.3018
3.3068
2JXiM
3.3801
3J873
3.3146
3.3S18
3.3867
3.3741
3JB16
3.3801
3.3807
3J043
3.3130
3.3197
3.1373
3.3851
3.8438
3.8606
0f
-16
16
16
16
17
17
17
17
17
18
18
18
18
18
19
19
19
19
19
19
20
20
20
-20
JANUARY 28.
47.82
9.56
31.77
54.46
17.62
41.25
5.35
29.92
54.97
20.49
46.48
12.94
39.88
7.29
35.16
3.50
32.30
1.57
3.8584
2.3742
3J831
2.3890
2.8076
3.4056
2.4185
3.4214
2.4393
3.43n
3.4450
3.4539
3.4607
3.4684
3.4763
2.4888
2.4917
31.30 I 2.4983
1.49
32.14
3.24
34.79
6.79
39.24
3.8070
3.5146
2.5231
2.5396
2.5371
3.6445
-20
21
21
21
21
21
21
22
22
22
22
22
22
22
23
23
23
23
23
23
23
24
24
24
-24
13 36.5
26 12.3
38 43.7
51 10.7
3 83.1
15 50.8
28 3.8
40 11.9
52 15.1
4 13.3
16 6.3
27 54.1
39 36.6
51 13.7
2 45.2
14 11.1
25 31.2
36 45.5
47 54.0
58 56.4
9 52.6
20 42.6
31 26.3
42 3.6
52 34.3
2 58.4
13 15.7
23 26.2
33 29.7
43 26.1
53 15.3
2 57.3
12 31.9
21 59.0
31 18.6
40 30.3
49 34.3
58 30.4
7 18.5
15 58.4
24 30.1
32 53.5
41 8.4
49 14.8
57 12.6
5 1.6
12 41.7
20 12.9
27 35.0
1-13.613
UJM
1S.4S7
13.4U
13 J»
UJ54
12.179
13.0M
13J)U
u.«:
IIJM
11J53
11.463
11.572
11.47?
UJ»
11J87
11.190
U.091
10.968
10.865
10.781
10.675
1-10.567
[-10.457
I0J4S
10J33
10.117
9jm
9.880
9.760
9.688
9.514
9J88
9.361
9.133
9.001
8J68
8.733
8.107
8.450
8.319
8.178
8.035
7.890
7.743
7.594
7.444
[- 7.383
MOON, 1916.
GREENWICH MEAN TIME.
33
Hoor.
AicmioD.
Vw.
SSL
Deeltnatioo.
Var.
mL
Hour.
Rteht
Ascension.
ptr
MJn.
DflOltalAtiOD.
Vw.
JANUARY 29.
h
15
15
15
15
15
15
15
15
15
15
16
16
16
16
16
16
16
16
16
16
16
16
16
16
m s 9
35 39.24 3.6445
38 12.13 2.6618
40 45.45 3.6690
43 19.21 3.6063
45 53.39 3.6788
48 28.00 3.6808
51 3.03 3.6878
53 38.47 3J041
56 14.32 3.6006
58 50.57 3.6076
1 27.22 3.6141
4 4.26 3.6306
6 41.69 3.6300
9 19.49 3.6333
11 57.67 3.6894
14 30.22 3.6464
17 15.12 2.6618
19 54.37 3.6670
22 33.96 3.6637
25 13.89 1.6683
27 M.14 3.6736
30 34.71 3.6788
33 15.59 3.6638
35 56.77 3.6888
JANUARY
rr
-24 27
24 34
24 41
24 48
24 55
25 2
25 8
25 14
25 20
25 26
25 32
25 38
25 43
25 48
25 53
25 58
26 3
26 8
26 12
26 16
26 20
26 24
26 28
-26 31
30.
0
16 38 38^5
3.6037
-26 34
1
16 41 20.01
3.6088
26 38
2
16 44 2.04
3.7037
26 40
S
16 46 44.33
3.7070
26 43
4
16 49 26.88
3.7113
26 46
0
16 52 9.68
3.7153
26 48
6
l6 54 52.71
3.7190
26 50
7
16 57 35.96
3.7226
26 52
8
17 0 19.42
2.7251
26 54
9
17 3 3.09
3.7296
26 55
10
17 5 46.96
2.7326
26 57
11
17 8 31.00
2.7366
26 58
12
17 11 15.22
2.7383
26 59
13
17 13 59.60
2.7409
27 0
14
17 16 44.13
2.7433
27 0
U
17 19 28.79
2.7464
27 1
16
17 22 13.58
2.7474
27 1
17
17 24 58.48
2.7493
27 1
18
17 27 43.49
2.7509
27 1
Id
17 30 28.59
2.7638
27 0
20
17 33 13.77
2.7636
26 59
21
17 35 69.02
2.7547
26 59
22
17 38 44.33
2.7566
26 58
n
17 41 29.68
2.7661
26 56
24
17 44 15.06
3.7566
-26 55
79790**—
1916
-3
35.0
48.0
51.7
46.0
30.9
6.2
31.8
47.7
53.7
49.8
35.9
11.8
37.5
52.9
57.9
52.4
36.4
9.7
32.3
44.1
45.0
34.9
13.8
41.6
58.2
3.5
57.6
40.3
11.5
31.3
39.5
36.1
21.0
54.3
15.9
25.6
23.5
9.5
43.6
5.8
16.0
14.2
0.4
34.6
56.7
6.7
4.7
50.5
24.3
//
.139
.983
.827
.668
6 JOS
J46
.183
.018
J53
J18
.843
.170
.996
.831
.644
.466
.387
.106
3.938
3.740
3.556
-^J70
-3.183
2.995
2.807
3.616
3.436
2.233
2.040
1.840
1.652
1.458
1.261
1.063
0.860
0.608
0.469
0.270
-0.070
•K).130
0.830
0.531
0.733
0.933
1.135
1J37
+1.538
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
0
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h m
17 44
17 47
17 49
17 52
17 55
17 58
18 0
18 3
18 6
18 9
18 11
18 14
18 17
18 20
18 22
18 25
18 28
18 31
18 33
18 36
18 39
18 41
18 44
18 47
18 50
18 52
18 55
18 58
19 0
19 3
19 6
19 8
19 11
19 14
19 16
19 19
10 22
19 24
19 27
19 30
19 32
19 35
19 38
19 40
19 43
19 45
19 48
19 51
19 53
JANUARY 31.
•
-26
26
26
26
26
26
26
26
20
26
26
26
26
26
26
26
26
26
25
25
25
25
25
-25
FEBRUARY 1.
8
s
15.06
2.7666
0.47
2.7568
45.88
2.7568
31.29
2.7568
16.69
2.7564
2M
3.7658
47.39
3.7568
32.68
3.7543
17.91
3.7533
3.06
3.7518
48.13
3.7504
33.11
3.7488
17.98
3.7468
2.73
3.7448
47.35
3.7436
31.84
3.7408
16.18
2.7376
0 35
3.7348
44.35
3.7318
28.17
8.7388
11.80
3.7355
55.23
3.7331
38.45
8.7185
21.45
3.7147
ft
55 24.3
53 46.0
51 55.5
49 52.9
47 38.3
45 11.6
42 32.8
39 42.0
36 39.2
33 24.3
29 57.4
26 18.6
22 27.9
18 25.3
14 10.8
9 44.5
5 6.4
0 16.6
55 15.1
50 2.0
44 37.4
39 1.2
33 13.6
27 14.6
4.21
46.73
29.00
11.02
52.77
34.24
15.42
56.31
36.90
17.19
57.16
36.81
16.13
65.11
33.75
12.04
49.97
27.54
4.75
41.58
18.04
54.11
29.80
5.09
39.99
3.7107
3.7066
3.7034
3.0061
3.0835
3.0888
3.0839
3.0790
2.0740
2.0086
2.6635
2.6681
2M2i
2.6466
2.6411
2 0353
2.6292
2.6232
2.6170
2.0108
2.0044
2.6980
2.5915
2.5849
2.5788
-25 21 4.2
26 14 42.6
25 8 9.8
25 1 25.9
24 54 30.9
24 47 25.0
24 40 8.2
24 32 40.7
24 25 2.4
24 17 13.5
24 9 14.0
24 1 4.1
23 52 43.9
23 44 13.4
23 35 32.8
23 26 42.1
23 17 41.5
23 8 31.0
22 59 10.7
22 49 40.8
22 40 1.4
22 30 12.6
22 20 14.4
22 10 7.0
-21 59 60.6
ft
•t- 1.538
1.740
1.943
2.148
2Mi
2.546
2.747
2.947
8.148
8.848
3.548
8.746
8.944
4.148
4.840
4J37
4.788
4.928
5.122
5.814
5.607
5.698
5.888
-J- 6.078
-I- 6.967
6.453
6.039
0.824
7.006
7.189
7.309
7.548
7.727
7.903
8.078
8.251
8.423
8.503
8.701
8.928
9.003
9.257
9.418
9.578
9.735
9.892
10.047
10.198
•1-10.348
34
MOON, 1916.
GREENWICH MEAN TIME.
Hooir.
AflcensloD.
Var:
Vw.
Hoar.
Right ,
Afloenaion.
Vtr.
Dftnllnitftwi.
FEBRUARY 2.
FEBRUARY 4.
h m s
s
• / ##
It
h m 8
8
• 0 tf \
It
0
19 53 39.99
2.6783
-21 59 50.6
•M0.348
0
21 49 21.48
2.9176
-11 28 43.7
+16J43
1
19 56 14.49
2.6717
21 49 25.2
10.498
1
21 51 36.15
2.2414
11 13 33.6
16J93
2
19 58 48.59
2.6640
21 38 60.9
10.644
2
21 53 50.46
2.2363
10 58 20.6
15.310
3
20 1 22.28
2.6681
21 28 7.9
10.788
3
21 56 4.39
2.2294
10 43 4.8
15.2H
4
20 3 55.66
2.6618
21 17 16.3
10.932
4
21 58 17.98
2:2286
10 27 46.3
16.330
5
20 6 28.43
2.6443
21 6 16.1
11.073
5
22 0 31.22
2.2178
10 12 25.2
16.373
6
20 9 0.88
2.6373
20 55 7.6
11.210
6
22 2 44.11
2.2120
9 57 1.7
15.411
7
20 11 32.91
2.6303
20 43 50.9
11.347
7
22 4 56.66
2.2063
9 41 35.9
15.4tf
8
20 14 4.52
2.6233
20 32 26.0
11.482
8
22 7 8.87
2:2008
9 26 7.8
15.48S
9
20 16 35.71
2.6163
20 20 53.1
11.616
9
22 9 20.75
2.1963
9 10 87.6
15.519
10
20 19 6.48
2.6098
20 9 12.2
11.746
10
22 11 32.30
2.1898
8 55 5.5
15.553
11
20 21 36.82
2.6021
19 57 23.6
11.873
11
22 13 43.52
2.1843
8 39 31.4
15.5S
12
20 24 6.73
2.4949
19 45 27.4
12.000
12
22 15 54.42
2.1791
8 23 55.5
15.613
13
20 26 36.21
2.4878
19 33 23.6
12.124
13
22 18 5.01
2.1738
8 8 18.0
15.638
14
20 29 5.27
2.4807
19 21 12.5
12.246
14
22 20 15.28
2.1687
7 52 38.9
15.664
15
20 31 33.89
2.4734
19 8 54.1
12.866
15
22 22 25.25
2.1636
7 36 58.3
15.688
16
20 34 2.08
2.4663
18 56 28.6
12.484
16
22 24 34.91
2.1686
7 21 16.4
15.700
17
20 36 29.84
2.4691
18 43 56.0
12.600
17
22 26 44.27
2.1536
7 5 33.2
15.730
18
20 38 57.17
2.4618
18 31 16.6
12.713
18
22 28 53.34
2.1488
6 49 48.8
15.748
19
20 41 24.06
2.4446
18 18 30.4
12.826
19
22 31 2.12
2.1440
6 34 3.4
15.765
20
20 43 50.52
2.4374
18 5 37.6
12.934
20
22 33 10.62
2.1398
6 18 17.0
15.780
21
20 46 16.55
2.4303
17 52 38.3
13.042
21
22 35 18.83
2.1346
6 2 29.8
15.7S8
22
20 48 42.15
2.4231
17 39 32.6
13.147
22
22 37 26.77
2.1801
5 46 41.8
15.806
23
20 51 7.32
2.4168
-17 26 20.7
•M3.249
23
22 39 34.44
2.1267
- 5 30 53.2
+16.815
FE]
BRUAJ
tY3.
FEB
RUAR^
f 6.
0
20 53 32.05
2.4087
-17 13 2.7
+13.861
0
22 41 41.85
2.1213
- 5 15 4.0
+15.833
1
20 55 56.36
2^.4016
16 59 38.6
13.460
1
22 43 48.99
2.1169
4 59 14.4
15.830
2
20 58 20.24
2.3946
16 46 8.7
13.646
2
22 45 55.88
2.1128
4 43 24.4
15J36
3
21 0 43.70
2.3874
16 32 33.1
13.640
3
22 48 2.52
2.1066
4 27 34.1
15.840
4
21 3 6.73
2.3803
16 18 51.9
13.733
4
22 50 8.91
2.1044
4 11 43.6
15.843
5
21 5 29.34
2.3738
16 5 5.2
13.823
5
22 52 15.05
2.1004
3 55 53.0
15.843
6
21 7 51.52
2.3663
15 51 13.2
13.911
6
22 54 20.96
2.0966
3 40 2.5
15.841
7
21 10 13.29
2.3693
15 37 15.9
13.998
7
22 56 26.64
2.0928
3 24 12.1
15.839
8
21 12 34.64
2.3623
15 23 13.5
14.062
8
22 58 32.09
2.0690
3 8 21.8
15.836
9
21 14 55.57
2.8464
15 9 6.1
14.163
9
23 0 37.32
2.0863
2 52 31.8
15.830
10
21 17 16.09
2.3386
14 54 53.9
14.243
10
23 2 42.33
2.0618
2 36 42.2
15.823
11
21 19 36.20
2.3318
14 40 37.0
14.320
11
23 4 47.13
2.0783
2 20 53.0
15.816
12
21 21 55.90
2.3249
14 26 15.5
14.396
12
23 6 51.72
2.0748
2 5 4.3
15.806
13
21 24 15.19
2.3182
14 11 49.5
14.469
13
23 8 56.11
2.0716
1 49 16.3
15.794
14
21 26 34.08
2.3116
13 57 19.2
14.640
14
23 11 0.30
2.0682
1 33 29.0
15.782
15
21 28 52.57
2.3048
18 42 44.7
14.610
15
23 13 4.29
2.0649
1 17 42.5
15.768
16
21 31 10.66
2.2983
13 28 6.0
14.678
16
23 15 8.09
2.0618
1 1 56.8
15.753
17
21 33 28.36
2.2918
13 13 23.4
14.743
17
23 17 11.71
2.0688
0 46 12.1
15.737
18
21 35 45.67
2.2863
12 58 36.9
14.806
18
23 19 15.15
2.0669
0 30 28.4
15.718
19
21 38 2.59
2.2788
12 43 46.7
14.867
19
23 21 18.42
2.0631
- 0 14 45.9
16.698
20
21 40 19.12
2.2723
12 28 52.9
14.927
20
23 23 21.52
2.0603
+ 0 0 55.4
15.678
21
21 42 35^
2.2661
12 13 55.5
14.984
21
23 25 24.45
2.0476
0 16 35.5
15.658
22
21 44 51.05
2.2698
11 58 54.8
16.089
22
23 27 27.22
2.0449
0 32 14.3
15.634
23
21 47 6.45
2.2636
11 43 50.8
16.093
23
23 29 29.84
2.0423
0 47 51.6
15.609
24
21 49 21.48
2.2476
-11 28 43.7
+16.143
24
23 31 32.30
2.0398
+ 1 3 27.4
+16.583
MOON, 19ie.
GREENWICH MEA17 TIME.
35
RIgbt
Vtr.
SSL
DeoUnation.
Vtr.
SSk.
Hour.
AfOonsloiL
Vtr.
Decllnatloii.
Vtr.
h m
23 31
23 33
23 35
23 37
23 39
23 41
23 43
23 45
23 47
23 49
23 51
23 53
23 55
23 57
23 59
0 1
0 3
0
0
0
0
0
0
0
5
7
9
11
13
15
17
FEBRUARY
8 I 8
32.30 s.089e
34.62 3.0878
36.80 ax»52
38.84 S.0920
40.75 S.0306
42.53 3.0287
44.19 3.0387
45.73 3.0348
47.16 8.0320
48.48 3.0311
49.69 3.0198
50.80 3X>178
51.82 3.0188
52.75 3v014B
53.59 3.0138
54.35 3.0130
55.03 3.0108
55.64 3.0098
56.18 3.0086
56.66 3.0074
57.07 3.0084
57.43 3.0068
57.74 3.0048
58.00 3.0039
6.
FEBRUARY 8.
*f
1 3 27.4
1 19 1.6
1 34 34.2
1 50 5.1
2 5 34.1
2 21 1.3
2 36 26.5
2 51 49.7
3 7 10.9
8 22 29.9
3 37 46.7
3 53 1.2
4 8 13.8
4 23 23.0
4 38 30.2
4 53 34.9
5 8 37.0
5 23 36.4
5 38 33.1
5 53 26.9
6 8 17.9
6 23 6.0
6 37 51.1
6 52 33.2
FEBRUARY 7.
0 19
0 21
023
025
027
029
0 31
033
035
0 37
039
0 41
0 43
045
0 47
0 49
0 51
053
0 55
0 57
059
1 1
1 4
1 6
1 8
58.21
fjfxm
58.39
3.0037
58.53
3.ooa
58.64
2J0O17
58.73
3.0013
58.79
3.0008
58.83
3.0000
58.86
3.0008
58.87
3.0003
58.88
3.0001
58.88
34X101
58.89
3XXXB
58.90
3.0008
58.92
3.0004
58.95
3.0000
58.99
3.0008
59.05
2J0OiZ
59.14
3.0017
59.25
8.0031
59.39
3.0037
59.57
3.0033
59.78
3.0038
0.03
2Mi5
0.32
3.00S8
0.66
3.0081
+ 7 7 12.1
7 21 47.9
7 36 20.4
7 50 49.7
8 5 15.7
8 19 38.3
8 33 57.4
8 48 13.0
9 2 25.1
9 16 33.5
9 30 38.3
9 44 39.4
9 58 36.7
10 12 30.2
10 26 19.8
10 40 5.5
10 53 47.2
11 7 24.9
11 20 58.6
11 34 28.1
11 47 53.5
12 1 14.6
12 14 31.5
12 27 44.0
+12 40 52.2
//
-1-16.683
,16.667
16.630
16.499
16.488
16.437
6.403
6.370
6.336
6.396
61381
6.383
6.182
6.141
6.099
6.067
160113
4.968
4.921
4.873
4.838
4.777
4.737
4.876
4.833
4.689
4^16
4.481
4.406
4.348
4.389
4.231
4.171
4.110
4.049
3.087
3.923
3.869
3.794
3.728
3.862
3.696
3.627
3.458
3.388
3.317
3JM6
3.173
3.100
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
8
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h
1
1
1
1
1
1
1
1
1
1
1
1
1
m
8
10
12
14
16
18
20
22
24
26
28
30
82
8
0.66
1.05
1.49
1.99
2.55
3.17
3.86
4.62
5.45
6.35
7.33
8.39
9.53
1 34 10.76
1 36 UJOl
I 38 13.48
1 40 14.98
1 42 16.58
1 44 18.27
1 46 20.07
1 48 21.97
1 50 23.97
1 52 26.07
1 54 28.29
8
3.00U
8.0089
3.0078
8.0068
3.0098
3U>100
8.0131
3.0138
3.9144
8.0167
3.0170
8.0183
tjom
8im3
8.0837
2M4i
8.0386
3.0374
3.0391
8.0806
8.0636
3.0843
2.0880
3.0879
//
FEBRUARY
+12
12
13
3
3
3
3
4
4
4
14
5
5
5
5
5
6
6
6
6
6
6
7
7
9.
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
56
58
0
2
4
6
8
10
12
14
17
19
21
23
25
27
29
31
33
35
37
39
41
43
46
30.62
33.06
35.62
38.29
41.08
44.00
47.03
50.19
53.48
56.90
0.44
4.12
7.93
11.87
15.95
20.16
24.51
28.99
33.62
38.38
43.28
48.33
53.51
58.84
4.31
2M9B
8i>417
3.0438
3.0466
3.0470
3.0498
3.0618
3.0638
3.0669
3.0680
2M02
3.0634
3.0848
3.0088
3.0891
3.0713
3.0736
3.0769
3.0783
3.0606
34)639
3.0663
3.0678
84)900
34)933
40 52.2
53 56.0
6 55.3
19 50.1
32 40.4
45 26.1
58 7.1
10 43.4
23 15.0
35 41.9
48 3.9
0 21.1
12 33.3
24 40.6
36 42.9
48 40.2
0 32.5
12 19.6
24 1.5
35 38.3
47 9.8
58 36.0
9 56.9
21 12.4
7 32 22.5
7 43 27.2
7 54 26.4
8 5 20.1
8 16 8.2
8 26 50:7
8 37 27.6
8 47 58.8
18 58 24.3
9 8 44.0
9 18 58.0
9 29 6.1
9 39 8.3
9 49 4.7
9 58 55.1
20 8 39.5
20 18 17.9
20 27 50.3
20 37 16.6
20 46 36.8
20 55 50.8
21 4 58.6
21 14 0.2
21 22 55.6
+21 31 44.6
n
•t-13.100
13.028
13.961
13.878
13.800
13.733
18.844
13.688
18.488
13.406
13.337
13.346
13.183
134)80
114)97
11.913
11.838
11.743
11.858
11.669
11.481
11.393
11.303
•t-11.313
•t-11.133
11.033
10.941
10.848
10.766
10.883
10.688
10.473
10.377
10.281
10.184
10.088
9.988
9.890
9.790
9.690
9.690
9.489
9.388
9.286
9.182
9.078
8.976
8.870
■¥ 8.784
86
MOON, 1916.
GREENWICH MEAN TIME.
Hoar.
Rigbt
Aaomukm,
Var.
DooUnatloiL
Var.
Hoar.
Right
Aaoenskm.
Var.
SSL
DocUnatloo.
Var
FEBRUARY 10.
FEBRUARY 12.
h m 8
8
• / /#
#/
h m 8
8
• t ft
ti
0
2 46 4.31
2.0028
+21 31 44.6
•1-8.764
0
4 29 7.05
2.1028
+26 21 39.5 -^.itf
1
2 48 9.92
a.0M8
21 40 27.3
8.680
1
4 31 18.65
2.1040
26 24 44.6
3.08
2
2 50 15.68
2.0972
21 49 3.7
8.883
2
4 83 80.33
2.1983
26 27 42.1
ajK
3
2 52 21.58
2.0M0
21 57 33.7
8.446
3
4 35 42.09
2.1066
26 30 32.0
2.7»
4
2 54 27.63
2.1020
22 5 57.2
8.838
4
4 37 53.92
2.1978
26 33 14.4
2.m
5
2 56 33.82
2.1044
22 14 14.3
8.231
5
4 40 5.82
2.1068
26 35 49.1
2Ji\i
6
2 58 40.16
2.1088
22 22 24.9
8.122
6
4 42 17.78
2.1000
26 38 16.1
2J87
7
3 0 46.64
2.1003
22 30 28.9
8.013
7
4 44 29.81
2.2010
26 40 35.5
2.2S0
8
3 2 53.26
2.1110
22 38 26.4
7.003
8
4 46 41.90
2.2010
26 42 47.2
i.m
9
3 5 0.03
2.1140
22 46 17.3
7.703
9
4 48 54.04
2.2028
26 44 51.3
2.604
10
3 7 6.94
2.1164
22 54 1.6
7.683
10
4 51 6.24
2.2037
26 46 47.7
iJTe
11
3 9 14.00
2.1188
23 1 39.2
7.872
11
4 53 18.48
2.2044
26 48 36.4
1.74S
12
3 11 21.20
2.1212
23 9 10.2
7.460
12
4 55 30.77
2.2063
26 50 17.4
1.619
13
3 13 28.54
2.1230
23 16 34.4
7.348
13
4 57 43.11
2.2060
26 51 60.7
l.«l
14
3 15 36.03
2.1280
23 23 51.9
7.238
14
4 59 55.48
2.2068
26 53 16.3
IJO
15
3 17 43.66
2.1283
23 31 2.6
7.122
15
5 2 7.89
2.2071
26 54 34.2
1J3I
16
3 19 51.42
2.1308
23 38 6.5
7.008
16
5 4 20.33
2.2076
26 55 44.3
1.104
17
3 21 59.33
2.1330
23 45 3.6
6.804
17
5 6 32.80
2.2061
26 56 46.7
0.9T6
18
3 24 7.38
2.1353
23 51 53.8
6.770
18
5 8 45.30
2.2088
26 57 41.4
0.817
19
3 26 15.57
2.1370
23 58 37.1
6.664
19
5 10 57.82
2.2088
26 58 28.3
o.ns
20
3 28 23.89
2.1300
24 5 13.5
6.840
20
5 13 10.36
2.2001
26 59 7.5
0.58B
21
3 30 32.36
2.1423
24 11 43.0
6.433
21
5 15 22.91
2.2003
26 59 39.0
0.460
22
3 32 40.96
2.1444
24 18 5.5
6.317
22
5 17 35.47
2.2004
27 0 2.7
O.330
23
3 34 49.69
2.1487
+24 24 21.0
+6.100
23
5 19 48.04
2.2006
+27 0 18.6
■tosai
FEB
iRUAR
Y 11.
FEBI
lUARl
^13.
0
3 36 58.56
2.1480
+24 30 29.4
+6.062
0
5 22 0.62
2.2007
+27 0 26.8
+oj>7a
1
3 39 7.56
2.1811
24 36 30.8
5.064
1
6 24 13.20
2.2006
27 0 27.2
-Oi»8
2
3 41 16.69
2.1833
24 42 25.1
8.846
2
5 26 25.77
2.2006
27 0 19.9
0.186
3
3 43 25.95
2.1884
24 48 12.3
5.727
3
5 28 38.34
2.2004
27 0 4.9
0.3U
4
3 45 35.34
2.1876
24 53 52.3
5.608
4
5 30 50.90
2.2008
26 59 42.1
0.445
5
3 47 44.86
2.1807
24 59 25.2
5.488
5
5 33 3.44
2.2088
26 59 11.5
0.574
6
3 49 54.50
2.1617
25 4 50.9
5.868
6
5 35 15.96
2.2066
26 58 33.2
0.703
7
3 52 4.26
2.1638
25 10 9.4
5.248
7
5 37 28.47
2.2063
26 57 47.2
0.832
8
3 54 14.15
2.1688
25 15 20.7
5.128
8
5 39 40.95
2.2078
26 56 53.4
0.061
9
3 56 24.15
2.1677
25 20 24.7
5.006
9
5 41 53.40
2.2073
26 55 51.9
1.090
10
3 58 34.27
2.1607
25 25 21.4
4.884
10
5 44 5.82
2.2067
26 54 42.6
1.218
11
4 0 44.51
2.1716
25 30 10.8
4.763
11
5 46 18.20
2.2060
26 53 25.7
1.347
12
4 2 54.86
2.1734
25 34 52.9
4.640
12
6 48 30.54
2.2083
26 52 1.0
1.476
13
4 5 5.32
2.1783
25 39 27.6
4.518
13
5 50 42.84
2.2046
26 50 28.6
1.604
14
4 7 15.89
2.1771
25 43 55.0
4.305
14
5 52 55.09
2.2038
26 48 48.5
1.732
15
4 9 26.57
2.1788
25 48 15.0
4.272
15
5 55 7.30
2.2030
26 47 0.8
1.850
16
4 11 37.35
2.1808
25 52 27.6
4.148
16
5 57 19.45
2.2020
26 45 5.4
1.088
17
4 13 48.23
2.1822
25 56 32.8
4.024
17
5 59 31.54
2.2010
26 43 2.3
2.U6
18
4 15 59.21
2.1838
26 0 30.5
3.000
18
6 1 43.57
2.2000
26 40 51.5
2.243
19
4 18 10.29
2.1888
26 4 20.8
3.776
19
6 3 55.54
2.1000
26 38 33.1
2.370
20
4 20 21.47
2.1870
26 8 3.6
3.681
20
6 6 7.45
2.1078
26 36 7.1
2.406
21
4 22 32.73
2.1884
26 11 38.9
3.528
21
6 8 19.28
2.1066
26 33 33.4
2.625
22
4 24 44.08
2.1800
26 15 6.6
3.300
22
6 10 31.04
2.1063
26 30 52.1
2.751
23
4 26 55.52
2.1014
26 18 26.8
3.274
23
6 12 42.72
2.1040
26 28 3.3
2.8n
24
4 29 7.05
2.1928
+26 21 39.5
+3.148
24
6 14 54.32
2.1026
+26 25 6.9
-3.009
MOON, 1916.
GREENWICH MEAN TIME.
37
Boar.
Right
Vtr.
Dacltnatton.
Vtr.
Hour.
Right
Vtr.
DeoUnaUoiL
Vir.
Mr
[in.
FEBRUARY 14.
FEBRUARY 16.
h m
6 14
6 17
6 19
6 21
6 23
6 25
6 28
6 30
6 32
6 34
6 36
6 38
6 41
6 43
6 45
6 47
6 49
6 51
6 54
6 56
6 58
0
2
4
8
54.32
5.83
17.26
28.60
39.84
50.99
2.01
12.98
23.81
34.54
45.16
55.66
6.04
16.30
26.44
36.45
46.34
56.09
5.71
15.20
24.55
33.76
42.82
51.74
8
2.1936
2.1913
3.1896
3.1883
2.1886
3.1850
3.18S3
3.1814
3.1797
3.1779
3.1760
2.1740
3.1790
3.1700
3.1679
3.1668
3.1687
3.1614
3.1593
3.1570
3.1547
3.152S
3.1498
3.1475
//
+26 25
26 22
26 18
26 15
26 12
26 8
26 4
26 1
25 57
25 53
25 48
25 44
25 40
25 35
25 30
25 26
25 21
25 16
25 10
25 5
25 0
24 54
24 49
+24 43
FEBRUARY 15.
7
9
11
13
15
17
19
21
24
26
28
30
32
34
36
38
40
43
45
47
49
51
53
55
57
0.52
9.14
17.62
25.95
34.12
42.13
49.98
57.68
5.22
12.59
19.80
26.84
33.72
40.43
46.97
53.35
59.55
5.58
11.44
17.13
22.64
27.98
33.14
38.13
42.94
3.1450
3.1435
3.1401
3.1375
3.1348
3.1333
3.1296
3.1370
3.1343
3.1315
3.1188
3.1160
2.1133
2.1104
2.ion
2.1048
2.1010
2.0991
2UMS
2.0683
2.0904
2X)878
2.0646
2.0617
3.0787
+24 37
24 31
24 25
24 19
24 12
24 6
23 59
23 53
23 46
23 39
23 32
23 25
23 18
23 10
23 3
22 55
22 48
22 40
22 32
22 24
22 16
22 8
21 59
21 51
+21 43
6.9
2.9
51.4
32.4
5.8
31.7
50.2
1.2
4.8
1.0
49.8
31.3
5.4
32.2
51.7
3.9
8.9
6.7
57.3
40.7
17.0
46.2
8.3
23.4
31.4
32.4
26.5
13.7
54.0
27.4
54.0
13.8
26.8
33.1
32.7
25.7
12.0
51.8
25.0
51.7
11.9
25.7
33.1
34.1
28.8
17.2
59.4
35.4
5.2
0*
-3.003
3.139
3.254
3.380
3.506
3.630
3.754
3.878
.002
.125
24fi
.370
.493
.614
.736
.857
.9n
.007
.217
5.336
5.454
5.573
5.690
>5.808
-5.925
.041
.156
.271
.386
.500
.613
.727
.839
.961
.062
.173
.283
.392
.501
.609
.717
.823
.930
8.036
8.141
8.245
8.348
8.452
-8.554
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
h m 8
7 57 42.94
7 59 47.57
8 1
8 3
8 6
8 8
8 10
52.03
56.31
0.42
4.35
8.10
8 12 11.68
8 14 15.08
8 16 18.30
8 18 21.34
8 20 24.21
8 22 26.91
8 24 29.43
8 26 31.78
8 28 33.95
8 30 35.95
8 32 37.78
8 34 39.43
8 36 40.91
8 38 42.23
8 40 43.38
8 42 44.36
8 44 45.17
8
2.0787
2.0758
2.0728
2.0699
2.0670
2.0640
2.0611
2.0582
2.0552
2.0622
2.0493
2.0464
2.0435
2.0406
2.0377
2.0348
2.0810
2.0280
2.0261
2.0233
2.0206
2.0178
2.0149
2.0122
//
+21 43
21 34
21 25
21 16
21 8
20 59
20 49
20 40
20 31
20 22
20 12
20 2
19 53
19 43
19 33
19 23
19 13
19 3
18 53
18 42
18 32
18 22
18 11
+18 0
5.2
28.9
46.5
58.1
3.7
3.4
57.1
45.0
27.1
3.4
34.0
58.9
18.1
31.7
39.8
42.4
39.5
31.2
17.6
58.6
34.3
4.8
30.1
50.2
• 8.554
8.656
8.757
8.857
8.956
9.055
0 153
9.250
9.347
9.443
9.638
9.633
9.727
9.819
9.911
10.003
10.093
10.183
10.272
10.361
10.448
10.535
10.622
-10.707
FEBRUARY 17.
0
8 46 45.82
2.0094
+17 50 5.3
-10.790
1
8 48 46.30
2.0067
17 39 15.4
10.874
2
8 50 46.62
2.0040
17 28 20.4
10.958
3
8 52 46.78
2.0013
17 17 20.5
11.039
4
8 54 46.78
1.9987
17 6 15.7
11.120
5
8 56 46.62
1.9961
16 55 6.1
11.200
6
8 58 46.31
1.9935
16 43 51.7
11.280
7
9 0 45.84
1.9909
16 82 32.5
11.359
8
9 2 45.22
1.9683
16 21 8.6
11.437
9
9 4 44.44
1.9658
16 9 40.1
11.513
10
9 6 43.51
1.9633
15 58 7.0
11.590
11
9 8 42.44
1.9600
15 46 29.3
11.666
12
9 10 41.22
1.9785
15 34 47.1
11.740
13
9 12 39.86
1.9761
15 23 0.5
11.813
14
9 14 38.35
1.9737
15 11 9.5
11.887
15
9 16 36.70
1.9713
14 59 14.1
11.959
16
9 18 34.91
1.9691
14 47 14.4
13.090
17
9 20 32.99
1.9668
14 35 10.5
12.100
18
9 22 80.93
1.9646
14 23 2.4
12.170
19
9 24 28.74
1.9624
14 10 50.1
12.238
20
9 26 26.42
1.9603
13 58 33.8
12.306
21
9 28 23.97
1.9682
13 46 13.4
12.373
22
9 30 21.40
1.9661
13 33 49.0
12.439
23
9 32 18.70
1.9540
13 21 20.7
12.504
24
9 34 15.88
1.9520
+13 8 48.5
-12.568
90
M<
UUJN.
MF.A
lN time.
GREENWICH
Hour.
Right
Aaoenslon.
Vir.
DecUnatkui.
Var.
Hour,
Right
Asooision.
Var.
DacUnatloiL
Vtr.
FEBRUARY 18.
FEBRUARY 20.
b m 8
8
• ' "
//
b m 8
8
• t tt
II
0
9 34 15.88
i.osao
+13 8 48.5
-12.568
0
11 6 36.22
1.9168
+2 8 40.6
-14.574
1
9 36 12.94
1.9601
12 56 12.5
12.632
1
11 8 31.25
1.9176
1 54 5.5
14 jn
2
9 38 9.89
1.9483
12 43 32.7
12.694
2
11 10 26.32
1.9183
1 39 29.4
14.611
3
9 40 6.73
1.9464
12 30 49.2
12.756
3
11 12 21.45
1.9193
1 24 52.2
14 .6S
4
9 42 3.46
1.9446
12 18 2.0
12.817
4
11 14 16.63
1.9201
1 10 14.1
14.643
5
9 44 0.08
1.9428
12 5 11.2
12.877
5
11 16 11.86
1.9211
0 55 35.1
14.657
6
9 45 56.59
1.9410
11 52 16.8
12.986
6
11 18 7.16
1.9222
0 40 55.3
XKSOk
7
9 47 53.00
1.9393
11 39 18.9
12.994
7
11 20 2.52
1.9233
0 26 14.8
14J81
8
9 49 49.31
1.9378
11 26 17.5
13.062
8
11 21 57.95
1.9245
+0 11 33.6
14 .602
9
9 51 45.53
1.9362
11 13 12.7
13.108
9
11 23 53.46
1.9258
-0 3 8.2
14.703
10
9 53 41.65
1.9346
11 0 4.6
13.163
10
11 25 49.04
1.9271
0 17 50.6
14 .ni
11
9 55 37.68
1.9331
10 46 53.2
13.218
11
11 27 44.71
1.9285
0 32 33.5
14.719
12
9 57 33.62
1.9317
10 33 38.5
13.271
12
11 29 40.46
1.9299
0 47 16.9
14.791
13
9 59 29.48
1.9303
10 20 20.7
13.323
13
11 31 36.30
1.9315
1 2 0.6
14 .m
14
10 1 25.25
1.9288
10 6 59.7
13.376
14
11 33 32.24
1.9382
1 16 44.6
14.73«
15
10 3 20.94
1.9276
9 53 35.6
13.427
15
11 35 28.28
1.9648
1 31 28.9
14.740
16
10 5 16.56
1.9264
9 40 8.5
13.476
16
11 37 24.42
1.9365
1 46 13.4
14.743
17
10 7 12.11
1.9252
9 26 38.5
13.525
17
11 S9 20.66
1.9383
2 0 58.0
14.743
18
10 9 7.58
1.9240
9 13 5.5
13.573
18
11 41 17.02
1.9403
2 15 42.6
14.743
19
10 11 2.99
1.9230
8 59 29.7
13.621
19
11 43 13.50
1.9423
2 30 27.2
14.743
20
10 12 58.34
1.9220
8 45 51.0
13.668
20
11 45 10.09
1.9442
2 45 11.7
14.740
21
10 14 53.63
1.9210
8 32 9.6
13.718
21
11 47 6.80
1.9463
2 59 56.0
14.738
22
10 16 48.86
1.9201
8 18 25.5
13.757
22
11 49 3.65
1.9486
3 14 40.2
14.734
23
10 18 44.04
FEB
1.9192
RUAR
+ 8 4 38.8
Y 19.
-13.800
23
11 51 0.63
FEBR
1.9608
-UARY
-3 29 24.1
21.
-14.728
0
10 20 39.16
1.9183
+ 7 50 49.5
-13.843
0
11 52 57.74
1.9631
-3 44 7.6
-14.722
^ 1
10 22 34.24
1.9176
7 36 57.7
13.884
1
11 54 55.00
1.95f5
8 58 50.7
14.714
2
10 24 29.27
1.9169
7 23 3.4
13.925
2
11 56 52.40
1.9579
4 13 33.3
14.706
3
10 26 24.27
1.9163
7 9 6.7
13.965
3
11 58 49.95
1.9604
4 28 15.4
14.606
4
10 28 19.23
1.9157
6 55 7.6
14 .003
4
12 0 47.65
1.9680
4 42 56.8
14.685
5
10 30 14.15
1.9162
6 41 6.3
14.041
5
12 2 45.51
1.9668
4 57 37.6
14.673
6
10 32 9.05
1.9148
6 27 2.7
14.078
6
12 4 43.54
1.9686
6 12 17.6
i4L«eo
7
10 34 3.92
1.9143
6 12 56.9
14.114
7
12 6 41.74
1.9713
5 26 56.8
14.646
8
10 35 58.76
1.9189
5 58 49.0
14.149
8
12 8 40.10
1.9742
5 41 35.1
14.631
9
10 37 53.59
1.9137
5 44 39.0
14.183
9
12 10 38.64
1.9772
5 56 12.5
14.614
10
10 39 48.40
1.9134
5 30 27.0
14.217
10
12 12 37.36
1.9803
6 10 48.8
14.596
11
10 41 43.20
1.9183
5 16 13.0
14.248
11
12 14 36.27
1.9683
6 25 24.0
14.577
.12
10 43 37.99
1.9132
5 1 57.2
14.279
12
12 16 35.36
1.9665
6 39 58.0
14.657
13
10 45 32.78
1.9132
4 47 39.5
14.309
13
12 18 34.65
1.9698
6 54 30.8
14.535
14
10 47 27.57
1.9132
4 33 20.1
14.338
14
12 20 34.13
1.9931
7 9 2.2
14.513
15
10 49 22.36
1.9133
4 18 58.9
14.368
15
12 22 33.82
1.9965
7 23 32.3
14.489
16
10 51 17.16
1.9133
4 4 36.0
14.394
16
12 24 33.71
l.WW
7 38 0.9
14.463
17
10 53 11.96
1.9135
3 50 11.6
14.420
17
12 26 33.81
2i)035
7 52 27.9
14.438
18
10 55 6.78
1.9138
3 35 45.6
14.446
18
12 28 34.13
2i»71
8 6 53.4
14.411
19
10 57 1.62
1.0142
3 21 18.1
14.470
19
12 30 34.66
2i)108
8 21 17.2
14.382
20
10 58 56.48
1.9146
3 6 49.2
14.493
20
12 32 35.42
2.0146
8 35 39.2
14.351
21
11 0 51.87
1.9150
2 52 19.0
14.515
21
12 34 86.41
2.0184
8 49 59.3
14.320
22
11 2 46.28
1.9155
2 37 47.4
14.537
22
12 36 37.63
2.0223
9 4 17.6
14.288
23
11 4 41.23
1.9162
2 23 14.6
14.557
23
12 38 39.08
2.0262
9 18 33.9
14.254
24
11 6 36.22
1.9168
+ 2 8 40.6
-14.576
24
12 40 40.77
2.0303
-9 32 48.1
-14.219
MOON, 1916.
GREENWICH MEAN TIME.
89
H«ttr.
Rj^t
Vtr.
DecUnatioii.
Vtr.
Hour.
Bifht
Vtr.
gS
DeeUnatkm.
Var.
Mr
[in.
0
1
2
3
4
7
8
9
10
11
12
13
U
15
16
17
18
19
20
21
22
23
0
1
2
3
4
§
6
7
8
9
10
11
12
13
14
IS
](
17
18
19
20
21
22
21
24
FEBRUARY 22.
b m f 8 * '
12 40 40.77 a.oa08 - 9 32
12 42 42.71 2.0M4 9 47
12 44 44.90 a.one 10 1
12 46 47.34 sxMas 10 15
12 48 50.04 8.047a 10 29
12 50 53.00 2MU 10 43
12 52 56.22 2M69 10 57
12 54 59.71 SXMOS 11 11
12 57 3.48 a.(M5i 11 25
12 59 7.52 3.0096 11 39
13 1 11.85 3.074A 11 53
13 3 16.46 a.07gs 12 6
13 5 21.36 a.0M2 12 20
18 7 26.56 a.0891 12 34
13 9 32.05 a.0940 12 47
13 11 37.84 a.099l 13 1
13 13 43.94 a.ioa 13 14
13 15 50.35 a.iOM 13 28
13 17 57.07 2.1147 13 41
13 20 4.11 2.1199 13 55
13 22 11.46 2.1358 14 8
13 24 19.14 a.iaos 14 21
13 26 27.15 3.1288 14 34
13 28 35.49 2.1418 -14 47
FEBRUARY 23.
13 SO 44.16 2.147S -15 0
13 32 53.17 2.1530 15 13
13 35 2.52 2.U88 15 26
13 37 12.22 1.1040 15 39
13 39 22.26 8.17W 15 52
13 41 32.65 2.1703 16 4
13 43 43,40 2.1832 16 17
13 45 54.51 2.1881 16 29
13 48 5.97 2.1941 16 42
13 60 17.80 2.300B 16 54
13 52 30.00 3.3001 17 7
13 54 42.56 3.3194 17 19
13 56 55.49 2.2187 17 31
13 59 8.80 2.2849 17 43
14 1 22.48 2.2812 17 55
14 3 36.54 8.2875 18 7
14 5 50.98 2.2488 18 18
14 8 5 JO 2.3508 18 30
14 10 21.01 8.2507 18 42
14 12 36.60 3.2831 18 53
14 14 52.58 2.8807 19 5
14 17 8.96 3.3702 19 16
14 19 25.72 2.2827 19 27
14 21 42.88 2.2883 19 38
14 24 0.43 8.2958 -19 49
ff
48.1
0.2
10.1
17.7
22.9
25.7
26.0
23.7
18.7
11.0
0.4
46.9
30.4
10.8
48.1
22.2
52.9
20.2
44.0
4.3
20.9
33.8
42.9
48.0
49.2
46.3
39.2
27.9
12.3
52.2
27.6
58.4
24.5
45.9
2.4
14.0
20.5
21.9
18.1
8.9
54.3
34.3
8.7
37.4
0.3
17.4
28.5
33.6
32.5
n
-14.219
14.188
14.140
14.107
14.007
14.020
13.963
13.989
13.894
13.848
13.799
13.750
13.099
13.048
13.595
13^40
13.483
13.480
13.808
13.308
13.840
13.183
13.118
-13.063
-12.960
12.917
12.847
12.770
12.709
12.028
12.552
12.474
12J90
12J10
12.284
12.101
12.000
11.960
11.803
11.803
11.712
11.020
11.530
11.430
11.833
11.235
11.135
11.083
-10.030
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h m
14 24
14 26
14 28
14 30
14 33
14 35
14 37
14 40
14 42
14 44
14 47
14 49
14 52
14 54
14 56
14 59
15 1
15 3
15 6
15 8
15 11
15 13
15 16
15 18
15 21
15 23
15 25
15 28
15 30
15 33
15 35
15 38
15 40
15 43
15 45
15 48
15 50
15 53
15 55
15 58
16 1
16 3
16 6
16 8
16 11
16 13
16 16
16 19
16 21
FEBRUARY
8
0.43
18.S8
36.73
55.47
14.62
34.16
54.10
14.45
35.20
56.35
17.90
39.85
2.21
24.96
48.12
11.68
35.64
59.99
24.74
49.89
15.43
41.36
7.68
34.39
FEBRUARY
8
2.2958
2J025
8J091
8.8168
8J334
2.3280
2.3358
8.3425
2J402
2.8558
2J035
8.3003
3.3759
3.3820
8.3883
3.3900
8.4030
8.4003
2.4158
2.4224
2.4289
2.4354
2.4419
2.4484
24.
n
1.49
28.97
56.84
25.08
53.70
22.69
52.05
21.77
51.86
22.31
53.11
24.26
55.75
27.59
59.76
32.27
5.10
38.25
11.72
45.49
19.57
53.94
28.61
3.56
38.79
2.4648
2.4013
8.4070
8.4738
3.4801
8.4808
8.4938
3.4984
2J045
2.6104
2.6108
2.6220
2.6278
2.6334
2.6390
2.6446
2.6498
2.6562
2.6008
2.6064
2.5704
2.5753
2.5802
2.6848
2.6894
-19 49 32.5
20 0 25.2
20 11 11.6
20 21 51.6
20 32 25.1
20 42 52.0
20 53 12.2
21 3 25.6
21 13 32.1
21 23 31.7
21 33 24.2
21 43 9.5
21 52 47.6
22 2 18.4
22 11 41.7
22 20 57.5
22 30 5.7
22 39 6.1
22 47 58.8
22 56 43.6
23 5 20.4
23 13 49.2
23 22 9.8
-23 30 22.2
25.
-23 38 26.2
23 46 21.8
23 54 8.9
24 1 47.4
24 9 17.2
24 16 38.2
24 23 50.4
24 30 53.7
24 37 47.9
24 44 33.0
24 51 8.9
24 57 35.6
25 3 53.0
25 10 0.9
25 15 59.3
25 21 48.1
25 27 27.3
25 32 56.8
25 38 16.4
25 43 26.2
25 48 26.1
25 53 16.0
25 57 55.8
26 2 25.4
-26 6 44.8
It
1-10.930
10.820
10.720
10.013
10.603
10.303
10.280
10.100
10.051
9.934
9.815
9.095
9.674
9.461
9.380
9.300
9.073
8.943
8.813
8.080
8.647
8.412
8.276
- 8.137
- 7.997
7J60
7.713
7.600
7.423
7.2n
7.129
0.979
0.838
0.076
0.522
0.808
0.211
0.053
6.893
6.733
6.673
6.409
6.245
5.081
4.916
4.748
4.678
4.408
V- 4.238
40
MOON, 1916.
GREENWICH MEAN TIME.
Hoar.
Right
AsccnsioiL
Var.
Mill.
Decllnatioii.
Var.
Hour.
Right
Ascension.
Vir.
Mm.
Dedinatim.
Vir.
Mf
rin.
0
1
2
3
4
5
6
7
8
9
10
A
12
13
14
16
16
17
18
19
20
21
22
23
0
1
2
8
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
FEBRUARY 26.
FEBRUARY 28.
h m
16 21
16 24
16 26
16 29
16 32
16 34
16 37
16 39
16 42
16 45
16 47
16 50
16 53
16 55
16 58
17 0
17 3
17 6
17 8
17 11
17 14
17 16
17 19
17 22
17 24
17 27
17 30
17 32
17 35
17 38
17 40
17 43
17 46
17 48
17 51
17 54
17 56
17 59
18 2
18 4
18 7
18 10
18 12
18 15
18 18
18 20
18 23
18 25
18 28
8
38.79
14.29
50.06
26.08
2.35
38.87
15.62
52.60
29.80
7.21
44.83
22.64
0.64
38.82
17.17
55.68
34.34
13.15
52.09
31.16
10.34
49.63
29.03
8.51
8
8.68M
3.S030
2.5M3
3. 0034
2.0066
3.6106
3.6144
3.61S3
2.6318
2.6363
3.6386
3.6318
3.6348
3.6378
3.6405
3.6431
3.6456
3.6479
3.6501
3.6531
3.6530
3.6558
3.6573
3.6587
//
-26 6
26 10
26 14
26 18
26 22
26 25
26 29
26 32
26 35
26 37
26 40
26 42
26 45
26 47
26 48
26 50
26 52
26 53
26 54
26 55
26 56
26 56
26 57
-26 67
44.8
54.0
52.8
41.2
19.2
46.7
3.6
9.9
5.6
50.5
24.7
48.1
0.6
2.3
53.0
32.7
1.4
19.1
25.7
21.3
5.7
38.9
1.0
11.9
FEBRUARY 27.
48.07
27.70
7.39
47.14
26.92
6.74
46.58
26.44
6.30
46.15
25.99
5.81
45.59
25.33
5.01
44.63
24.18
3.65
43.03
22.31
1.49
40.55
19.48
58.28
36.94
3.6500
3.6610
3.6630
3.6638
3.6633
3.6638
3.6643
2.6643
3.6643
3.6641
3.6638
3.6633
3.6637
3.6618
3.6608
3.6596
3.6585
3.6571
3.6555
3.6538
3.6530
3.6499
3.6478
3.6455
3.6480
26 57 11.6
26 57 0.1
26 66 37.3
26 56 3.3
26 55 18.0
26 54 21.5
26 53 13.7
26 51 54.6
26 50 24.3
26 48 42.7
26 46 49.8
26 44 45.7
26 42 30.3
26 40 3.7
26 37 25.9
26 34 36.9
26 31 36.7
26 28 25.3
26 25 2.8
26 21 29.2
26 17 44.5
26 13 48.8
26 9 42.1
26 5 24.4
26 0 55.7
//
-4.338
4.067
3.893
3.720
3.546
3.370
3.193
3.017
3.838
3.659
3.480
3.399
3.118
1.937
1.753
1.570
1.887
1.303
1.018
0.833
0.647
0.461
0.375
-0.088
•fO.096
0.386
0.473
0.661
0.848
1.036
1.334
1.413
1.599
1.788
1.976
3.163
3.350
3.537
3.723
2.910
ZM7
3.283
3.468
3.653
3.837
4.020
4.203
4.387
+4.569
0
1
2
3
4
6
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h m
18 28
18 31
18 33
18 36
18 39
18 41
18 44
18 47
18 49
18 52
18 54
18 57
19 0
19 2
19 5
19 7
19 10
19 13
19 15
19 18
19 20
19 23
19 25
19 28
19 31
19 33
19 36
19 38
19 41
19 43
19 46
19 48
19 51
19 63
19 56
19 58
20 1
20 3
20 6
20 8
20 11
20 13
20 16
20 18
20 20
20 23
20 25
20 28
20 30
8
36.94
16.44
63.79
31.97
9.98
47^
26.43
2.86
40.08
17.10
63.89
30.46
6.79
42.88
18.72
54.31
29.64
4.70
39.49
14.00
48.23
22.17
66.82
29.17
8
3.6480
3:6404
3.6878
3.6849
3.6319
3.C888
'3.62S5
3.8821
3.6187
3.6161
3.6113
3.0075
3.6035
3.5994
3.6963
3.5910
3.5866
2.5831
3.5775
3.5738
3.5681
3.5633
3.5583
3.5533
/ '
/#
tt
26 0 56.7
-1. 4.569
26 66 16.1
4.750
26 61 26.7
iS»
26 46 24.5
5.110
26 41 12.5
5J»
26 36 49.8
5.466
26 30 16.4
5.645
26 24 32.4
5.822
26 18 37.8
5.998
26 12 32.7
6.172
26 6 17.2
6.345
24 69 61.3
6J18
24 63 15.1
6.689
24 46 28.6
6i«D
24 39 31.9
7.029
24 32 26.1
7.197
24 25 8.3
7.96S
24 17 41.5
7J30
24 10 4.7
7.6M
24 2 18.2
7.856
23 64 21.8
8.O30
23 46 16.8
8.180
23 38 0.2
8J39
23 29 36.1
-K 8.498
FEBRUARY 29.
2.21
2.5482
34.96
2.5430
7.37
2.5378
39.48
2.5336
11.27
2.5372
42.74
3.5318
13.88
3.6103
44.68
3.5106
16.15
3.5051
45.29
3.4994
15.08
3.4937
44.63
2.4880
13.64
3.4833
42.40
2.4704
10.81
3.4705
38.86
3.4646
6.56
3.4688
33.91
3.4538
0.90
3.4468
27.53
3.4408
53.80
3.4349
19.72
3.4289
45.27
3.4228
10.46
2.4168
35.29
2.4106
-23 21 0.5
23 12 16.6
23 3 23.4
22 64 21.1
22 46 9.6
22 36 49.2
22 26 19.8
22 16 41.6
22 6 64.7
21 66 69.2
21 46 65.1
21 36 42.6
21 26 21,7
21 16 62.6
21 6 15.3
20 64 30.0
20 43 36.8
20 32 35.7
20 21 26.8
20 10 10.3
19 68 46.3
19 47 14.8
19 36 36.0
19 23 60.0
-19 11 66.8
-»• 8.654
8J09
8.963
9.115
9.366
9.415
9.563
9.709
9.853
9.997
10.138
10.278
10.417
10.553
10.68S
10.831
10.963
11.083
11.212
11.338
11.463
11.586
U.707
11.827
1+U.945
MOON, 1916.
GREENWICH MEAN TIME.
41
Hour.
RiCbt
Asccnskm.
Vtr.
Dedination.
Vir.
Mr
[in.
Hour.
Right
Aaoention.
Vir.
JUIla
DecUnation.
Var.
Mr
[in.
MARCH 1.
MAKCH 3.
h m
20 30
20 32
20 35
20 37
20 40
20 42
20 44
20 47
20 49
20 52
20 54
20 56
20 59
21 1
21 3
21 6
21 8
21 10
21 13
21 15
21 17
21 19
21 22
21 24
21 26
21 29
21 31
21 33
21 35
21 38
21 40
21 42
21 44
21 46
21 49
21 51
21 53
21 55
21 57
22 0
8
8
35.29
3.4106
59.76
a.4018
23.86
2.3967
47.60
3.6927
10.98
3.8866
33 99
2.8806
56.65
2S747
18.95
2.8686
40.88
3.3636
2.46
2.8567
23.68
2.3507
44.54
2.8448
6.05
2.8888
25.20
2.3820
45.00
2J271
4.45
2.8318
23.56
2.8154
42.30
2.8006
0.70
2.8038
18.76
2.2961
36.47
2.2024
53.86
2.2868
10.89
2.2818
27.60
2.2757
//
-19 11 56.8
18 59 56.6
18 47 49.6
18 35 35.7
18 23 15.1
18 10 48.0
17 68 14.4
17 45 34.4
17 32 48.1
17 19 55.7
17 6 57.3
16 53 62.9
16 40 42.7
16 27 26.8
16 14 5.3
16 0 38.3
16 47 6.9
15 33 28.2
16 19 46.4
16 6 57.6
14 62 4.6
14 38 6.9
14 24 4.6
-14 9 67,5
MARCH 2.
22
22
22
22
2
4
6
8
22 11
22 13
22 15
22 17
22 19
43.97
0:01
15.73
31.13
46.20
0.96
16.40
29.63
43.36
56.86
10.07
22.98
35.69
47.91
59.95
11.70
23.17
34.36
46.28
55.93
6.31
16.43
26.29
36.90
46.25
2.2701
2.2647
2.2508
2.2530
2.2486
2.2438
2.3881
3.2320
2.2278
2.2237
3:3177
2.2127
2.2078
2.3030
2.1963
2.1935
2.1888
2.1848
2.17B6
2.1758
2.1706
2.1665
2.1623
2.1580
2.1588
-13 56 46.0
13 41 30.1
13 27 9.9
13 12 46.6
12 58 17.0
12 43 44.6
12 29 8.3
12 14 28.2
11 69 44.6
11 44 67.3
11 30 6.6
11 15 12.6
11 0 15.4
10 46 16.1
10 30 11.8
10 16 6.6
9 69 66.6
9 44 44.9
9 29 30.7
9 14 13.9
8 68 54.7
8 43 33.3
8 28 9.7
8 12 44.0
■ 7 67 16.3
#/
1.945
2i)60
2.174
2.288
2.898
2.506
2.613
2.710
2.823
2.923
3j023
3.132
3.218
3.312
3.404
3.495
3.564
3.671
3.756
3.840
3.922
4X01
4.078
4.154
4.228
4.801
4.872
4.441
4.508
4.573
4.637
4.696
4.758
4.816
4.873
4.927
4.979
5.030
5.079
5.127
5.173
5.216
5.258
5.800
.5.338
5.375
5.411
5.445
1+15.477
0
1
2
8
4
5
6
7
8
9
10
11
12
18
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
6
6
7
8
9
10
11
12
13
14
16
16
17
18
19
20
21
22
23
24
b m
22 19
22 21
22 24
22 26
22 28
22 30
22 32
22 34
22 36
22 38
22 41
•22 43
22 45
22 47
22 49
22 61
22 63
22 55
22 57
23 0
23
23
23
23
2
4
6
8
8
8
45.26
2.1588
64.36
2.1496
3.22
2.1456
11.86
2.1418
20.24
2.1880
28/41
9.18a
36.36
2.1804
44.06
2.1268
61.66
2.1232
68.84
2.1196
5.91
3.1162
12.78
2.1128
19.44
2.1094
26.91
2.1062
32.18
2.1030
38.27
2.1000
44.18
2.0969
49.90
2.0039
66.46
2.0910
0.82
2.0682
6.03
2.0855
11.08
2.0828
15.97
2.0802
20.70
2.0776
ft
MARCH 4.
23 10
23 12
23 14
23 16
23 18
23 20
23 22
23 24
23 26
23 29
23 31
23 33
23 35
23 37
23 39
23 41
23 43
23 46
23 47
23 49
23 61
23 63
23 66
23 67
23 69
26.28
29.72
34.01
38.17
42.20
46.10
49.87
63.62
67.05
0.48
3.80
7.01
10.12
13.14
16.07
18.91
21.67
24.35
26.96
29.49
31.96
34.36
36.71
39.00
41.26
2.0752
2.0728
2.0704
2.0683
2.0661
3.0639
2.0618
2.0508
2.0580
2.0563
2.0544
2.0527
2.0511
2.0496
2.0481
2.0467
2.0453
3.0441
2.0428
2.0417
2.0406
2.0306
2.0387
2.0878
2.0371
•7 57 16.3
7 41 46.8
7 26 15.6
7 10 42.6
6 66 7.9
6 39 31.9
6 23 54.5
6 8 16.8
6 52 36.0
6 36 66.0
6 21 13.0
6 6 30.1
4 49 46.5
4 34 2.2
4 18 17.2
4 2 31.7
3 46 46.8
3 30 69.6
3 16 13.0
2 69 26.4
2 43 39.7
2 27 53.0
2 12 6.4
1 66 20.0
-1 40 33.9
1 24 48.2
1 9 3.0
0 63 18.3
0 37 34.2
0 21 50.9
-0 6 8.4
+0 9 33.2
0 26 13.9
0 40 63.6
0 56 32.0
1 12 9.2
1 27 45.2
1 43 19.8
1 58 52.9
2 14 24.6
2 29 64.4
2 45 22.6
3 0 49.1
3 16 13.8
3 31 36.5
3 46 67.2
4 2 15.8
4 17 32.3
+4 32 46.6
+15.477
15.507
15.586
15.563
15.588
15.612
15.634
15.654
15.678
15.692
16.708
15.721
15.733
15.744
15.754
15.762
15.768
15.778
15.776
15.778
15.778
15.778
15.775
+15.771
+15.765
15.758
15.749
15.740
15.728
15.715
15.701
15.686
15.669
15.651
15.631
15.610
15.588
15.564
15.539
15.513
15.484
15.456
15.427
15.396
15.362
15.338
15.298
15.357
+15.219
42
MOON, 1916.
GREENWICH MEAN TBIE.
Hour
ASDWIlilHI
DocUiatloQ.
Var.
Hour.
RilOit
Var.
DccUnatioii.
Var.
1CARCH5.
MARCH 7.
h ra f
s
m » tt
ff
h m s
s
• # /#
n
0
23 59 41^
tjom
+ 4 32 46.6
-l>16.219
0
1 37 89.12
23846
+15 38 40.9 ^I3.ui
1
0 1 43.45
2Ma
4 47 58.6
I6J80
1
1 89 43.04
2.0863
15 50 46.6
ujoa
2
0 3 45.00
2.0366
5 3 8.2
16.140
2
1 41 47.07
23880
16 2 47.1
IIJO
S
0 5 47.71
S.0M9
5 18 15.4
IBJim
8
1 43 51.20
23808
16 14 42.2
UJ74
4
0 7 49.79
2Jm4
5 33 20.0
16J066
4
145 55.44
23716
16 26 32.0
U.Ttt
6
0 9 51.84
2M»
5 48 22.0
164)12
5
1 47 59.79
23738
16 88 16.4
U.OM
6
0 11 53.86
ijom
6 3 21.4
14J88
6
1 50 4.24
23762
16 49 55.3
11.00S
7
0 13 55.86
3.8332
6 18 18.1
14.932
7
1 52 8.81
23771
17 1 28.7
U.511
8
0 15 57.84
ijoaaB
6 33 12.0
14.874
8
1 54 13.49
23780
17 12 56.6
11.4U
9
0 17 59.80
2.0826
6 48 3.0
14.826
9
1 56 18.28
23808
17 24 18.9
U32B
10
0 20 1.75
2iB34
7 2 51.1
14.777
10
1 58 23.19
23828
17 35 35.6
11330
11
0 22 3.69
2.0S23
7 17 36.2
14.726
11
2 0 28.21
23847
17 46 46.5
11.134
12
0 24 5.62
2.0822
7 32 18.2
14,674
12
2 2 33.35
23887
17 57 51.7
11. OS
13
0 26 7.55
2il822
7 46 57.1
14.622
18
2 4 38.61
23687
18 8 51.1
10.943
14
0 28 9.48
2.0323
8 1 32.8
14.666
14
2 6 43.90
2.0007
18 19 44.7
10.845
15
0 30 11.42
2m2i
8 16 5.2
14.612
15
2 8 49.49
23038
18 30 32.5
10.747
16
0 32 13.37
2itt36
8 30 34.2
14.466
16
2 10 55.12
23848
18 41 143
10.648
17
0 34 15.33
2XB28
8 44 59.9
14.399
17
2 13 0.87
23068
18 51 50.2
10348
18
0 36 17.30
2jOI31
8 59 22.1
14341
18
2 15 6.74
23068
19 2 20.1
10.44S
19
0 38 19.30
2.0336
9 13 40.8
14.282
19
2 17 12.74
2.1011
19 12 43.9
10347
20
0 40 21.32
2in3S
9 27 55.9
14.322
20
2 19 18.87
2.1088
19 23 1.7
10.346
21
0 42 23.36
2i»43
9 42 7.4
14.100
21
2 21 25.13
2.1068
19 33 13.4
10.143
22
0 44 25.43
2X1848
9 56 15.1
ujm
22
2 23 31.51
2.1074
19 43 18.9
10.040
23
0 46 27.54
M
2J0m
[ARCH
+10 10 19.1
6.
-1-14 J084
23
2 25 38.02
UJ
2.1008
IRGHI
+19 53 18.2
5.
•1-9.936
0
0 48 29.68
2i»00
+10 24 19.2
•1-13.909
0
2 27 44.66
2.U18
+20 3 11.2
4- 9333
1
0 50 31.86
2ja»7
10 38 15.4
13.904
1
2 29 51.43
2.1188
20 12 58.0
9.727
2
0 52 34.08
2X873
10 62 7.7
13.838
2
2 31 58.32
2.U00
20 22 38.4
9.631
8
0 54 36.34
2jimi
11 5 56.0
13.771
3
2 34 5.35
2.1188
20 32 12.5
9316
4
0 56 38.65
2.0889
11 19 40.2
13.703
4
2 36 12.51
2.1804
20 41 40.2
9.406
5
0 58 41.01
2.0308
11 33 20.3
13.633
5
2 38 19.80
21226
20 51 1.4
9300
t
1 0 43.43
2.0406
11 46 56.1
13.662
6
2 40 27.22
2.1248
21 0 16.2
9.108
7
1 2 45.90
2.0417
12 0 27.7
13.491
7
2 42 34.77
2.1208
21 9 24.5
9.063
8
1 4 48.43
2.0427
12 13 55.0
13.419
8
2 44 42.45
2.1282
21 18 26.2
8.974
9
1 6 51.02
2.0438
12 27 18.0
13346
9
2 46 50.27
2.1313
21 27 21.4
8364
10
1 8 53.68
2.0448
12 40 36.5
13371
10
2 48 58.21
2.1336
21 36 9.9
8.753
11
1 10 56.40
2.0460
12 53 50.5
13.196
11
2 51 6.29
2.1368
21 44 51.8
8.643
12
1 12 59.20
2.0478
13 7 0.0
13.120
12
2 53 14.50
2.1878
21 53 27.0
8331
13
1 15 2.07
3.0484
13 20 4.9
13.043
13
2 55 22.84
2.1400
22 1 55.5
8.418
14
1 17 5.01
2JM97
13 33 5.2
12.966
14
2 57 31.30
2.1421
22 10 17.2
8306
15
1 19 8.03
2.0610
13 46 0.8
13387
15
2 59 39.80
2.1443
22 18 32.1
8.192
16
1 21 11.13
2.0624
13 58 51.6
12307
16
3 1 48.62
2.1466
22 26 40.2
8.078
17
1 23 14.32
2i>538
14 11 37.6
12.727
17
3 3 57.47
2.1486
22 34 41.5
7.964
18
1 25 17.59
2.0353
14 24 18.8
12.646
18
3 6 6.45
2.1607
22 42 85.9
7349
19
1 27 20.95 '
2M«»
14 36 55.0
12383
19
3 8 15.55
2.1626
22 50 23.4
7.738
20
1 29 24.40
2.0663
14 49 26.3
12.460
20
3 10 24.78
2.1649
22 58 3.9
7.617
21
1 31 27.94
2.0606
15 1 52.6
12.396
21
3 12 34.14
2.1670
28 5 37.4
7300
22
1 33 31.57
2.0613
15 14 13.8
12311
22
3 14 43.62
2.1600
23 13 3.9
7383
23
1 35 35.30
3.0629
15 26 29.9
12326
23
3 16 53.22
2.1610
23 20 23.4
7.268
24
1 37 39.12
2.0646
+15 38 40.9
+12.189
24
3 19 2.94
2.1880
+23 27 35.8
+ 7.148
MOON, 1916.
43
GREENWICH MEAN TIME.
Hour.
Right
AscouloiL
Var.
DeoUnatioiL
Var.
Hour.
Right
Asottttlon.
Var.
DacUnation.
Var.
£5.
MARCH 9.
MARCH 11.
h m 8
s
• t tt
tf
h m s
8
• * ft
II
0
3 19 2.94
2.100
+23 27 35.8
•I-7.148
0
5 4 34.77
2.2174
+26 47 49.2
•l-l.lOl
1
3 21 12.78
ajMO
23 34 41.1
7.020
1
5 6 47.81
2.2173
26 48 51.4
0.072
2
3 2S 22.74
3.1870
23 41 39.3
8.010
2
5 9 0.85
2.2173
26 49 45.8
0.841
3
3 25 32.82
a.ifloo
23 48 30.3
0.701
3
5 11 13.88
3.2171
26 50 32.3
0.711
4
8 27 43.02
2.1700
23 55 14.2
8.072
4
5 13 26.90
2.2168
26 51 11.1
0.682
5
3 29 63.33
2.1728
24 1 50.9
0.661
5
5 15 39.90
2.2165
26 51 42.1
0.468
6
3 32 3.75
2.1747
24 8 20.3
6.430
6
5 17 52.88
2.2162
26 52 5.4
0.323
. 7
3 34 14.29
2.1785
24 14 42.5
0.300
7
5 20 5.84
2.2168
26 52 20.8
0.192
8
3 36 24.93
2.1783
24 20 57.4
0.188
8
5 22 18.78
2.2164
26 52 28.4
•M).063
9
3 38 35.69
2.1802
24 27 5.0
8.066
9
5 24 31.69
2.2148
26 52 28.3
-0.067
10
3 40 46.55
2.1818
24 33 5.3
6.043
10
5 26 44.56
2.2143
26 52 20.4
0.106
11
3 42 57.51
2.1888
24 38 58.2
6.820
11
5 28 57.40
2.2136
26 52 4.8
0.325
12
3 45 8.58
2.1863
24 44 43.7
6.806
12
5 31 10.19
2.2128
26 51 41.4
0.455
13
8 47 19.75
2.1870
24 50 21.9
6.674
13
5 33 22.94
2.2122
26 51 10.2
0.584
14
3 49 31.02
2.1888
24 55 52.6
6.460
14
5 35 35.65
2.2114
26 50 31.3
0.713
15
3 51 42.38
2.1902
25 1 15.9
6.328
15
5 37 48.31
2.2106
26 49 44.7
0.841
16
3 53 53.84
2.1018
25 6 31.7
6.202
16
5 40 0.92
2.2007
26 48 50.4
0.070
17
3 56 5.40
2.1083
25 11 40.1
6.078
17
5 42 13.47
2.2087
26 47 48.3
1.098
IS
3 58 17.04
2.1048
25 16 41.0
4.062
18
5 44 25.96
2.2077
26 46 38.6
1.226
19
4 0 28.77
2.1002
25 21 34.3
4.828
19
5 46 38.39
2.2066
26 45 21.2
1.354
20
4 2 40.58
2.1076
25 26 20.1
4.701
20
5 48 50.75
2.2064
26 43 56.1
1.483
21
4 4 52.47
2.1060
25 30 58.4
4.675
21
5 51 3.04
2.2043
26 42 23.3
1.610
22
4 7 4.45
2.2003
25 35 29.1
4.448
22
5 53 15.26
2.2031
26 40 42.9
1.738
23
4 9 16.50
M
2.2016
ARCH
+25 39 52.2
10.
'(•4.322
23
5 55 27.41
MA
2.2018
.RCH 1
+26 38 54.8
2.
-1.866
0
4 11 28.63
2.2028
+25 44 7.7
•M.ie6
0
5 57 39.48
2.2006
+26 36 59.1
-1.002
1
4 13 40.83
2.2080
25 48 15.6
4.068
1
5 59 51.47
2.1991
26 34 55.8
2.118
2
4 15 53.10
2.2061
25 52 15.8
3.040
2
6 2 3.37
2.19n
26 32 44.9
2.244
3
4 18 5.44
2.2008
25 56 8.4
3.813
3
6 4 15.19
2.1962
26 30 26.5
2.370
4
4 20 17.85
2.2073
25 59 53.4
3.888
4
6 6 26.91
2.1946
26 28 0.5
2.407
h
4 22 80.31
2.2062
26 3 30.7
3.668
6
6 8 38.54
2.1031
26 25 26.9
2.623
6
4 24 42.83
2.2002
26 7 0.3
3.428
6
6 10 50.08
2.1914
26 22 45.8
2.748
7
4 26 55.41
2.2101
26 10 22.2
3.301
7
6 13 1.51
2.1807
26 19 57.2
2.873
3
4 29 8.04
2.2110
26 13 36.4
3.173
8
6 15 12.84
2.1880
26 17 1.1
2.008
9
4 31 20.73
2.2118
26 16 42.9
3.043
9
6 17 24.07
2.1863
26 13 57.5
3.122
10
4 33 33.46
2.2126
26 19 41.6
2.014
10
6 19 35.19
2.1844
26 10 46.5
3.245
11
4 35 46.23
2.2132
26 22 32.6
2.786
11
6 21 46.20
2.1826
26 7 28.1
3.360
12
4 37 59.04
2.2138
26 25 15.9
2.667
12
6 23 57.10
2.1807
26 4 2.2
3.403
13
4 40 11.89
2.2144
26 27 51.4
2.628
13
6 26 7.88
2.1788
26 0 28.9
3.616
14
4 42 24.77
2.2160
26 30 19.2
2.308
14
6 28 18.55
2.1768
25 56 48.3
3.738
15
4 44 37.69
2.2166
26 32 39.2
2.268
15
6 30 29.09
2.1747
25 53 0.3
3.861
le
4 46 50.63
2.2168
26 34 51.4
2.130
16
6 32 39.51
2.1727
25 49 5.0
3.963
17
4 49 3.59
2.2183
26 36 55.9
2.010
17
6 34 49.81
2.1706
25 45 2.4
4.103
18
4 51 16.58
. 2.2187
26 38 52.6
1.880
18
6 36 59.98
2.1684
25 40 52.6
4.224
19
4 53 29.59
2.2100
26 40 41.5
1.760
19
6 39 10.02
2.1663
25 36 35.5
4.346
20
4 55 42.61
2.2in
26 42 22.6
1.020
20
6 41 19.93
2.1640
25 32 11.1
4.467
21
4 57 55.64
2.2173
26 43 55.9
1.491
21
6 43 29.70
2.1618
25 27 39.6
4.686
22
5 0 8.68
2.2173
26 45 21.5
1.362
22
6 45 39.34
3.1505
26 23 0.8
4.705
23
5 2 21.72
2.2174
26 46 39.3
1.231
23
6 47 48.84
2.1572
26 18 14.9
4.824
24
5 4 34.77
2.2174
+26 47 49.2
-1-1.101
24
6 49 58.20
2.1548
+26 13 21.9
-4.943
44
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Rieht
Asccnskm.
Vtr.
iStD.
DecUnaUon.
Var.
lEto.
Hour.
Right
AflOflDsion.
Vir.
Deelination.
Vtr.
Si.
MARCH 13.
MARCH 16.
h m s
8
• / //
f*
b m 8
8
• t 00
II
0
6 49 58.20
2.1648
+25 13 21.9
-4.943
0
8 30 20.52
2.0253
+19 9 27.9
- 9.9M
1
6 52 7.42
2.1525
25 8 21.8
5.061
1
8 32 21.96
2.0228
18 69 26.6
vfijm
2
6 54 16.50
2.1501
25 3 14.6
5.178
2
8 34 23.26
2X)20S
18 49 17.8
10.173
3
6 56 25.43
2.1476
24 58 0.4
5.296
8
8 36 24.39
2.0177
18 39 4.7
10 JO
4
6 58 34.21
2.1461
24 52 39.1
5.413
4
8 38 26.37
2.0161
18 28 46.4
10.349
5
7 0 42.84
2.1427
24 47 10.9
5.528
5
8 40 26.20
2.0126
18 18 22.8
10.437
6
7 2 51.33
2.1402
24 41 35.7
5.644
6
8 42 26.88
2.0K)1
18 7 54.0
10.523
7
7 4 59.66
2.1376
24 35 53.6
5.760
7
8 44 27.41
2.0076
17 67 20.0
10.600
8
7 7 7.84
2.1360
24 30 4.5
5.876
8
8 46 27.79
2.0052
17 46 40.9
10.004
9
7 9 15.86
•
2.1324
24 24 8.6
5.968
9
8 48 28.03
2.0028
17 36 66.7 1
10.778
10
7 11 23.73
2.1298
24 18 5.9
6.108
10
8 50 28.13
2.0004
17 25 7,6
4o.«2
11
7 13 31.44
2.1272
24 11 56.3
6.216
11
8 52 28.08
1.9960
17 14 13.3
10.945
12
7 15 38.99
2.1245
24 5 40.0
6.328
12
8 54 27.89
1.9967
17 3 14.1
11.028
13
7 17 46.38
2.1218
23 59 17.0
6.440
13
8 56 27.66
1.9034
16 62 10.0
11.108
14
7 19 53.61
2.1192
23 52 47.2
6.553
14
8 58 27.10
1.9912
16 41 1.1
11.188
15
7 22 0.68
2.1165
23 46 10.7
6.663
16
9 0 26.50
1.9689
16 29 47.4
11.288
16
7 24 7.59
2.1138
23 39 27.6
6.773
16
9 2 25.77
1.9668
16 18 28.9
11.348
17
7 26 14.33
2.1110
23 32 37.9
6.883
17
9 4 24.91
1.9846
16 7 6.6
11.427
18
7 28 20.91
2.1083
23 25 41.6
6.993
18
9 6 23.92
1.9824
15 56 37,7
11.504
19
7 30 27.32
2.1055
23 18 38.7
7.108
19
9 8 22.80
1.9803
15 44 5.1
11.581
20
7 32 33.57
2.1028
23 11 29.3
7.210
20
9 10 21.56
1.9783
16 32 28.0
11.667
21
7 34 39.65
2.0999
23 4 13.5
7.318
21
9 12 20.20
1.9763
15 20 46.3
11.733
22
7 36 45.56
2.0971
22 56 51.2
7.425
22
9 14 18.72
1.9743
16 9 0.1
11J07
23
7 38 51.30
M
2.0943
ARCH
+22 49 22.5
14.
-7.532
23
9 16 17.12
MA
1.9723
.RCH 1
+14 67 9.5
6.
-11J«1
0
7 40 56.88
2.0916
+22 41 47.4
-7.638
0
9 18 15.40
1.9704
+14 45 14.4
-11.964
1
7 43 2.29
2.0888
22 34 6.0
7.743
1
9 20 13.57
1.9686
14 33 16.0
12.027
2
7 45 7.53
2.0869
22 26 18.3
1 7.848
2
9 22 11.63
1.9666
14 21 11.2
12.096
S
7 47 12.60
2.0631
22 18 24.3
7.953
3
9 24 9.68
1.9650
14 9 3.2
12.160
4
7 49 17.50
2.0603
22 10 24.0
. 8.067
4
9 26 7.43
1.9683
13 66 50.9
13.239
5
7 61 22.24
2.on6
22 2 17.5
1 8.160
5
9 28 5.17
1.9616
13 44 34.5
12J06
6
7 53 26.81
2.0747
21 54 4.9
I 8.261
6
9 30 2.81
1.9899
13 32 13.9
12.377
7
7 55 31.20
2J071S
21 45 46.2
8.363
7
9 32 0.36
1.9583
13 19 49.3
12.444
8
7 57 35.43
2.0691
21 37 21.4
8.464
8
9 83 67.81
1.9668
13 7 20.6
13.611
9
7 59 39.49
2Me3
21 28 60.5
i 8.566
9
9 36 66.17
1.9662
12 54 48.0
12.677
10
8 1 43.38
2.0635
21 20 13.6
. 8.664
10
9 37 52.43
1.9637
12 42 11.4
13.643
11
8 3 47.11
2.0608
21 11 S0.8
8.768
11
9 39 49.61
1.9623
12 29 30.9
12.707
12
8 5 50.67
2.0579
21 2 42.0
8.863
12
9 41 46.70
1.9608
12 16 46.6
12.770
13
8 7 54.06
2.0551
20 53 47.3
8.960
13
9 43 43.71
1.9496
12 3 68.5
12.833
14
8 9 57.28
2.0523
20 44 46.8
9.068
14
9 45 40.65
1.9483
11 51 6.6
12.895
15
8 12 0.34
2.0496
20 35 40.4
9.164
15
9 47 37.51
1.9471
11 38 11.1
12.066
16
8 14 3.23
2.0468
20 26 28.3
9.250
16
9 49 34.30
1.9469
11 25 11.9
13.017
17
8 16 5.96
2.0441
20 17 10.4
9.346
17
9 61 31.02
1.9448
11 12 9.1
13i>77
18
8 18 8.52
2.0413
20 7 46.8
9.440
18
9 53 27.67
1.9436
10 69 2.7
13.135
19
8 20 10.92
2.0387
19 58 17.6
9.534
19
9 55 24.25
1.9426
10 45 52.9
13.192
20
8 22 13.16
2.0360
19 48 42.7
9.628
20
9 57 20.78
1.9417
10 32 39.7
13.249
21
8 24 15.24
2.0333
19 39 2.3
9.720
21
9 59 17.25
1.9407
10 19 23.0
13J06
22
8 26 17.16
2.0307
19 29 16.3
9.813
22
10 1 13.66
1.9396
10 6 3.0
13.361
23
8 28 18.92
2.0280
19 19 24.8
9.903
23
10 3 10.02
1.9389
9 52 39.7
13.415
24
8 30 20.52
2.0253
+19 9 27.9
-9.994
24
10 5 6.33
1.9382
+ 9 39 13.2
-13.468
MOON, 1916.
45
GREENWICH MEAN TIME.
Hour.
Aaotsuloo,
Var.
SSL
Declination.
Var.
Hour.
Right
AfloensSon.
Var.
DaoUnatkm.
Var.
MARCH 17.
MARCH 19.
b m 8
8
• 0 tf
n
h m 8
t
• t It
ft
0
10 5 6.33
1.0382
+9 39 13.2
-13.468
0
11 38 22.15
1.0723
- 1 61 6.4
-14.007
1
10 7 2.60
1.9876
9 25 43.5
13.521
1
11 40 20.66
1.0745
2 6 0.9
14.910
2
10 8 68.83
1.0M6
9 12 10.7
13.578
2
11 42 19.09
1.0768
2 20 65.6
14.913
3
10 10 55.02
1.9M2
8 58 34.8
13.634
3
U 44 17.77
1.0798
2 35 50.6
14.915
4
10 12 51.17
1.9056
8 44 55.8
13.674
4
11 46 16.60
1.0818
2 60 45.4
14.915
5
10 14 47.29
1.0352
8 31 13.9
18.723
5
11 48 15.69
1.0844
3 5 40.3
14.918
6
10 16 43.39
1.0348
8 17 29.1
18.771
6
11 60 14.73
1J871
3 20 35.0
14.911
7
10 18 39.46
1.0343
8 3 41.4
13.818
7
11 62 14.04
1J898
3 36 29.6
14.908
8
10 20 35.51
1.0340
7 49 50.9
18.865
8
11 64 13.61
1.9026
3 60 24.0
14.904
9
10 22 31.54
1.8837
7 35 57.6
18.910
9
11 56 13.15
1.0065
4 6 18.1
14.896
10
10 24 27.55
1.0335
7 22 1.7
13.954
10
11 68 12.97
1.9984
4 20 i:.8
14.891
11
10 26 23.56
1.0334
7 8 3.1
13.998
11
12 0 12.96
2.0014
4 36 6.0
14.883
12
10 28 19.56
1.9333
6 54 1.9
14.041
12
12 2 13.14
2.0045
4 49 67.7
14.873
13
10 30 15.56
1.9833
6 39 58.2
14.063
13
12 4 13.50
2.0076
6 4 49.8
UM2
14
10 32 11.55
1.0333
6 25 52.0
14.123
14
12 6 14.06
2.0108
5 19 41.1
14.849
15
10 34 7.55
1.9833
6 11 43.4
14.163
15
12 8 14.80
3.0142
6 34 31.7
14.836
16
10 36 3.55
1.0384
5 57 32.4
14.203
16
12 10 16.75
2.0175
5 49 21.4
14.821
17
10 37 59.66
1.9337
5 43 19.1
14.241
17
12 12 16.90
2.0900
6 4 10.2
14.805
IS
10 39 55.59
1.0340
5 29 3.5
14.278
18
12 14 18.26
2.0244
6 18 68.0
14.788
19
10 41 51.64
1.0343
5 14 45.8
14.818
19
12 16 19.83
2.0279
6 33 44.7
14.760
20
10 43 47.71
1.0347
5 0 26.0
14.848
20
12 18 21.61
2.0316
6 48 30.3
14.740
21
10 45 43.80
1.9851
4 46 4.0
14.383
21
12 20 23.62
2.0353
7 3 14.6
14.728
22
10 47 39.92
1.0357
4 31 40.1
14.415
22
12 22 25.85
2.0891
7 17 57.6
14.705
23
10 49 36.08
11
1.0368
ARCH
+4 17 14.2
18.
-14.448
23
12 24 28.31
2.0420
lRCH2
- 7 32 39.2
10.
-14.681
0
10 51 32.27
1.9968
+4 2 46.4
-14.478
0
12 26 31.00
2.0468
- 7 47 19.3
-14.655
1
10 53 28.50
1.0376
3 48 16.8
14.508
1
12 28 33.92
2.0608
8 1 67.8
14.628
2
10 55 24.78
1.9884
3 33 45.4
14.538
2
12 30 37.09
3U)548
8 16 34.7
14.600
3
10 57 21.11
1.9003
3 19 12.3
14.566
3
12 32 40.60
2.0580
8 31 9.8
14.571
4
10 59 17.49
1.9401
3 4 37.5
14.503
4
12 34 44.16
2.0631
8 46 43.2
14.540
5
11 1 13.92
1.9411
2 50 1.2
14.618
5
12 36 48.07
2.0673
9 0 14.6
14.507
6
11 3 10.42
1.9422
2 35 23.3
14.644
6
12 38 52.24
2.0716
9 14 44.0
14.473
7
11 5 6.98
1.0482
2 20 43.9
14.668
7
12 40 56.66
2.0750
9 29 11.4
14.438
8
11 7 3.60
1.0443
2 6 3.2
14.600
8
12 43 1.36
2U)604
9 43 36.6
14.401
9
11 9 0.30
1.9457
1 51 21.1
14.713
9
12 46 6.31
2.0840
9 67 69.5
14.363
10
11 10 57.08
1.0409
1 36 37.7
14.733
10
12 47 11.54
2.0804
10 12 20.1
14.324
11
11 12 53.93
1.0483
1 21 53.1
14.753
11
12 49 17.04
2.0040
10 26 38.4
14.283
12
11 14 50,87
1.0496
1 7 7.4
14.771
12
12 51 22.82
2.0087
10 40 54.1
14.340
13
11 16 47.90
1.9513
0 52 20.6
14.788
13
12 63 28.88
2.1034
10 55 7.2
14.196
14
U 18 45.02
1.0528
0 37 32.8
14 JOS
14
12 66 35.23
2.1083
11 9 17.6
14.151
15
11 20 42.23
1.0543
0 22 44.0
14.830
15
12 57 41.87
2.1132
11 23 25.3
14.104
16
11 22 39.54
1.0561
+0 7 54.4
14.833
16
12 69 48.81
2.1181
11 37 30.1
14.056
17
11 24 36.96
1.0579
-0 6 66.0
14.847
17
13 1 66.04
2.1830
11 61 32.0
14.006
18
11 26 34.49
1.0508
0 21 47.2
14.850
18
13 4 3.67
2.1281
12 5 30.8
13.954
19
11 28 32.13
1.9617
0 36 39.1
14.870
19
13 6 11.41
2.1383
12 19 26.6
13.901
20
U 30 29.89
1JNB6
0 51 31.6
14.880
20
13 8 19.66
2.1383
12 33 18.9
13.847
21
11 32 27.76
1.9656
1 6 24.7
14.888
21
13 10 28.01
2.1434
12 47 8.1
13.792
22
11 34 25.76
1.9678
1 21 18.2
14.805
22
13 12 36.77
2.1488
13 0 63.9
13.734
23
11 36 23.89
1.9699
1 36 12.1
14.902
23
13 14 46.86
2.1542
13 14 36.2
13.675
24
11 38 22.15
1.0722
-1 61 6.4
-14.907
24
13 16 55.27
2.1505
-13 28 14.9
-13.614
46
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Bight
Asoensfcui.
Var.
Declination.
Vir.
Hour.
Ri«ht
Ascension.
Var.
Dflolinafton.
Var.
MARCH 21.
MARCH 23.
h m 8
B
• / ##
n
h m 8
8
• / //
n
0
13 16 55.27
2.1605
-13 28 14.9
-13 .6M
0
16 7 27.31
2.4515
-22 41 42.8
-8.830
1
13 19 5.00
2.1649
13 41 49.9
13.552
1
16 9 64.68
2.4574
22 50 28.6
8J02
2
13 21 15.06
2.1704
13 65 21.1
13.488
2
16 12 22.20
2.4633
22 59 6.8
8.553
3
13 23 25.46
2.17fi0
14 8 48.6
13.423
3
15 14 60.18
2.460S
23 7 34.7
8.410
4
13 26 36.17
2.1814
14 22 11.9
13.357
4
15 17 18.51
2.4751
23 16 65.0
8J67
5
13 27 47.22
2.1871
14 35 31.3
13.288
6
16 19 47.19
2.4808
23 24 6.7
8.123
6
13 29 58.62
2.1928
14 48 46.6
13.218
6
16 22 16.21
2.4866
23 32 9.8
7.978
• 7
13 32 10.36
2.1966
16 1 67.6
13.147
7
16 24 45.58
2.4023
23 40 4.1
7.831
8
13 34 22.46
2.2048
16 16 4.1
13.073
8
15 27 15.28
2.4978
23 47 49.6
7.682
9
13 86 34.88
2.2101
16 28 6.3
12.999
9
16 29 45.31
2.5033
23 66 26.9
7.53S
10
13 38 47.66
2.2159
16 41 4.0
12.923
10
15 32 16.68
2.5088
24 2 63.4
7.382
11
13 41 0.79
2.2218
16 53 67.1
12.845
11
16 34 46.37
2.5142
24 10 11.7
7.239
12
13 43 14.28
2.2278
16 6 46.4
12.765
12
15 37 17.38
2.5194
24 17 20.9
7.076
13
13 45 28.12
2.2337
16 19 28.9
12.684
13
15 39 48.70
2.5247
24 24 20.8
6.931
14
13 47 42.32
2.2396
16 32 7.6
12.602
14
15 42 20.34
2.5299
24 31 11.4
6.764
]5
13 49 66.89
2.2458
16 44 41.1
12.518
15
15 44 52.29
2.5349
24 37 52.6
6.606
16
13 52 11.82
2.2518
16 57 9.6
12.431
16
16 47 24.53
2.5396
24 44 24:i
6448
17
13 64 27.11
2.2679
17 9 32.8
12.343
17
15 49 57.07
2.5448
24 50 46.2
6.2S8
18
13 56 42.77
2.2640
17 21 50.8
12.255
18
15 52 29.90
2.5496
24 66 68.6
6.127
19
13 58 68.79
2.2702
17 34 3.4
12.164
19
15 55 3.02
2.5543
25 3 1.4
5.965
20
14 1 16.19
2.2764
17 46 10.5
12.072
20
16 67 36.41
2.5588
26 8 64.4
5.802
21
14 3 31.96
2.2826
17 58 12.0
11.978
21
16 0 10.08
2.5633
25 14 37.6
5.638
22
14 6 49.10
2.2888
18 10 7.8
11.882
22
16 2 44.01
2.5677
26 20 10.9
5.472
23
14 8 6.62
2.2961
-18 21 57.8
-11.784
23
16 6 18.20
2.5720
-26 25 34.2
-5.305
M
ARCH
22.
M^
.RCH 2
'A,
0
14 10 24.61
2.8013
-18 33 4i:9
-11.685
0
16 7 62.65
2.5762
-26 30 47.6
-5.138
1
14 12 42.78
2.3077
18 46 20.0
11.585
1
16 10 27.34
2.5803
26 36 60.7
4.968
2
14 16 1.43
2.3189
18 66 52.1
11.483
2
16 13 2.28
2.5843
26 40 43.7
4.798
3
14 17 20.46
8.3202
19 8 18.0
11.378
3
16 16 37.45
2.5880
26 45 26.5
4.638
4
14 19 39.85
2.8266
19 19 37.6
11.273
4
16 18 12.84
2.5918
26 49 59.1
4.457
5
14 21 69^
2.3329
19 30 50.7
11.166
6
16 20 48.46
2.5963
25 64 21.3
4.284
6
14 24 19.80
2.3802
19 41 67.4
11.058
6
16 23 24.28
2.5968
26 68 33.2
4.113
7
14 26 40.34
2.3455
19 62 67.6
10.948
7
16 26 0.31
2.6022
26 2 34.7
3.938
8
14 29 1.26
2.3519
20 3 51.1
10.836
8
16 28 36.64
2.6054
26 6 25.7
3.763
9
11 31 22.57
2.3583
20 14 37.9
10.723
9
16 31 12.96
2.0065
26 10 6.2
3.588
10
14 33 44.26
2.3646
20 26 17.8
10.607
10
16 33 49.56
2.6115
26 13 36.2
3.411
11
14 36 6.32
2.3708
20 36 60.7
10.490
11
16 36 26.34
2.6143
26 16 66.5
3J33
12
14 38 28.76
2.3772
20 46 16.6
10.372
12
16 39 3.28
2.6170
26 20 4.2
3.056
13
14 40 61.68
2.3835
20 66 36.3
10.252
13
16 41 40.38
2.6196
26 23 2.2
2.878
14
14 43 14.78
2.3896
21 6 46.8
10.131
14
16 44 17.63
2.6220
26 26 49.6
2.699
16
14 45 88.36
2.3961
21 16 51.0
10.006
16
16 46 66.02
2.6243
26 28 26.1
2.520
16
14 48 2.31
2.4023
21 26 47.7
9.883
16
16 49 32.64
2.6263
26 30 61.9
2.839
17
14 60 26.64
2.4066
21 36 36.9
9.757
17
16 62 10.18
2.6283
26 33 6.8
2.158
18
14 62 61.34
2.4148
21 46 18.6
9.629
18
16 54 47.94
2.6302
26 36 10.9
1.978
19
14 66 16.42
2.4210
21 66 62.4
9.499
19
16 57 26.80
2.6310
26 37 4.2
1.797
20
14 67 41.86
2.4272
22 6 18.4
9.368
20
17 0 3.77
2.6335
26 38 46.6
1.615
21
16 0 7.68
2.4333
22 14 36.6
9.237
21
17 2 41.82
2.6348
26 40 18.0
1.433
22
16 2 33.86
2.4393
22 23 46.8
9.103
22
17 5 19.96
2.6362
26 41 38.6
1.350
23
16 5 0.40
2.4454
22 32 48.9
8.967
23
17 7 68.16
2.6373
26 42 48.0
1.068
24
15 7 27.31
2.4515
-22 41 42.8
-8.830
24
17 10 36.43
2.6383
-26 43 46.6
-0J«5
MOON, 1916.
47
GREENWICH MEAN TIME.
Hoar.
Ajotrohm.
Vtr.
SSl
Declination.
Vir.
Hour.
Ricbt
Asoenskm.
Vtr.
Dtolination.
Var.
MARCH ^.
MARCH 27.
h m 8
t
• / /#
//
h m t
8
• f tt
II
0
17 10 36.43
3.680
-26 43 46.6
-0 886
0
19 15 36.55
3.5813
-23 59 29.2
■¥ 7.493
1
17 13 14.75
3.6390
26 44 34.2
0.703
1
19 18 7.67
8.5163
23 51 55.1
7.644
2
17 15 53.11
3.6307
26 45 10.8
0.618
2
19 20 38.49
8.5110
23 44 11.9
7.79ft
3
17 18 31.51
3.6408
26 45 36.3
0.334
3
19 23 8.99
3.6058
23 36 19.6
7.947
4
17 21 9.93
3.6106
26 45 50.9
-0.153
4
19 25 39.18
3.5006
23 28 18.3
8.097
5
17 23 48.37
3.6406
26 45 54.5
-M).033
5
19 28 9.05
8.4061
23 20 8.0
8.346
6
17 26 26.82
8.6406
26 45 47.1
0.316
6
19 30 38.59
3.4807
23 11 48.9
8.391
7
17 29 5.27
3.6406
26 45 28.6
0.400
7
19 33 7.81
8.4843
23 3 21.1
8.536
8
17 31 43.71
3.6406
26 44 59.1
0.583
8
19 35 36.70
8.4788
22 54 44.6
8.680
9 17 34 22.13
3.6401
26 44 18.6
0.766
9
19 38 5.26
3.4738
22 45 59.5
8.823
10
17 37 0.52
3.6306
26 43 27.2
0.049
10
19 40 33.48
8.4676
22 37 5;9
8.963
U
17 39 38.87
3.6388
26 42 24.7
1.133
11
19 43 1.36
8.4618
22 28 3.9
9.103
12
17 42 17.18
3.6380
26 41 11.2
1.317
12
19 45 28.90
8.4568
22 18 53.5
9.243
13
17 44 55.43
3.6870
26 39 46.7
1.400
13
19 47 56.10
8.4504
22 9 34.9
9.378
14
17 47 33.62
3.6350
26 38 11.3
1.681
14
19 50 22.95
2.4447
22 0 8.1
9.514
15
17 50 11.74
8.6346
26 36 25.0
1.863
15
19 52 49.46
8.4380
21 60 33.2
9.648
16
17 52 49.77
3.6331
26 34 27.7
2.046
16
19 55 15.62
3.4333
21 40 50.4
9.779
17
17 55 27.71
8.6316
26 32 19.5
2.287
17
19 57 41.44
8.4878
21 30 59.7
9.910
]»
17 58 5.56
8.6200
26 30 0.5
2.406
18
20 0 6.90
8.4314
21 21 1.2
10.040
19
18 0 43.30
3.6880
26 27 30.6
2.688
19
20 2 32.01
3.4156
21 10 54.9
10.168
20
18 3 20.92
3.6866
26 24 49.9
2.768
20
20 4 56.76
3.4097
21 0 41.0
10.294
21
18 5 58.42
8.6838
26 21 58.4
2.948
21
20 7 21.17
8.4038
20 50 19.6
10.418
22
18 8 35.78
3.6816
26 18 56.2
3.127
22
20 9 45.22
8.3978
20 39 50.8
10.548
n
18 11 13.01
3.6103
-26 15 43.2
•1-3.306
23
20 12 8.91
3.3919
-20 29 14.6
4-10.664
11
ARCH
26.
}iA
.RCH 2
18.
0
18 13 50.09
3.6167
-26 12 19.5
•1-3.483
0
20 14 32.25
8.3860
-20 18 31.1
-H0.784
1
18 16 27.01
8.6130
26 8 45.2
3.661
1
20 16 55.23
8.3801
20 7 40.5
10.903
2
18 19 3.76
8.6111
26 5 0.2
3.838
2
^ 19 17.86
3.3743
19 56 42.8
11.020
3
18 21 40.34
3.6088
26 1 4.7
4.013
3
20 21 40.14
2.3683
19 15 38.1
11.135
i
18 24 16.74
2.6062
25 56 58.6
4.188
4
20 24 2.06
2.3623
19 34 26.6
11.248
5
18 26 52.96
3.6000
25 52 42.1
4.862
5
20 26 23.62
2.3564
19 23 8.3
11.368
6
18 29 28.98
8.5087
25 48 15.2
4.536
6
20 28 44.83
3.3506
19 11 43.2
11.473
7
18 32 4.80
3J»63
25 43 37.8
4.709
7
20 31 5.69
2.3448
19 0 11.6
11.582
8
18 34 40.41
2J017
25 38 50.1
4.880
8
20 33 26.20
8.3388
18 48 33.4
11.690
9
18 37 15.80
8.5880
25 33 52.2
5.061
9
20 35 46.35
3.3339
18 36 48.8
11.796
10
18 39 50.97
3.6843
25 28 44.0
5.233
10
20 38 6.15
3.3271
18 24 57.9
11.900
11
18 42 25.91
3.5804
25 23 25.6
5.391
11
20 40 25.60
8.3813
18 13 0.8
12.003
12
18 45 0.62
8.5764
25 17 57.1
5.559
12
20 42 44.71
8.3155
18 0 57.6
12.103
13
18 47 35.08
3.5733
25 12 18.5
5.786
18
20 45 3.46
3.3097
17 48 48.4
12.203
14
18 50 9.30
8.5688
25 6 30.0
5.892
14
20 47 21.87
8.3040
17 36 33.2
12.303
15
18 52 43.26
3.5638
25 0 31.5
6.067
15
20 49 39.94
3.8983
17 24 12.2
18.398
16
18 55 16.96
8.5504
24 54 23.2
6.280
16
20 51 57.67
2.2986
17 11 45.5
13.483
17
18 57 60.39
3.5548
24 48 5.1
6.388
17
20 54 15.05
2.2868
16 59 13.1
13.586
18
19 0 23.55
8.6004
24 41 37.2
6.646
18
20 56 32.09
2.2813
16 46 35.2
13.678
19 19 2 56.44
3.5458
24 34 59.6
6.706
19
20 58 48.80
2.2757
16 33 51.8
13.768
20 19 5 29.04
3.M10
24 28 12.5
6.865
20
21 1 5.17
2.2701
16 21 3.0
13.857
21
19 8 1.36
8.5363
24 21 15.8
7.024
21
21 3 21.21
2.2646
16 8 9.0
13.943
22
19 10 83.39
3.5313
24 14 9.6
7.181
22
21 5 36.92
3.8591
15 55 9.8
13.028
23
19 13 5.12
3.6363
24 6 54.1
7.337
23
21 7 52.30
2.2537
15 42 5.6
13.118
24
19 15 36.55
3.8313
-23 50 29.2
•1-7.403
24
21 10 7.36
2.3483
-15 28 56.4
•M3.194
48
MOON, 1916.
GREENWICH MEAN TIME.
Var.
HtD.
Hour.
msht
Var.
Dtciiiiattop.
Var.
MARCH 29.
MARCH 31.
0
1
2
8
4
5
6
7
8
9 i
10
11
12
13
14
15
16
17
18
19
20
21 !
22
23
h m
21 10
21 12
21 14
21 16
21 19
21 21
21 23
21 25
21 27
21 30
21 32
21 34
21 36
21 38
21 41
21 43
21 45
21 47
21 49
21 51
21 54
21 56
21 58
22 0
8
7,36
22.09
36.50
50.60
4.38
17.85
31.01
43.87
56.42
8.68
20.64
32.30
43.67
54.76
5.57
16.10
26.35
36.33
46.04
55.49
4.67
13.60
22.28
30.71
s
2.M83
tf
2.2376
2JZS2i
2.2271
2.2219
2.2168
2.2118
2.2068
2.2018
2.1068
2.1010
2.1872
2^826
2.1778
2.1732
2.1686
2.1641
2.1607
2.1553
2.1500
2.1468
2.1426
2.1384
0
22 2
1
22 4
2
22 6
3
22 9
4
22 11
5
22 13
6
22 15
7
22 17
8
22 19
9
22 21
10
22 23
11
22 25
12
22 27
13
22 30
14
22 32
15
22 34
16
22 36
17
22 38
18
22 40
19
22 42
20
22 44
21
22 46
22
22 48
23
22 50
24
22 52
MARCH
38.89
46.83
54.53
2.00
9.24
16.26
23.05
29.63
35.99
42.15
48.10
53.85
59.41
4.77
9.95
14.94
19.75
24.39
28.86
33.16
37.29
41.27
45.10
48.77
52.30
2.1343
2.1303
20264
2.1226
2.1188
2.1151
2.1114
2.1078
2.1043
2.1000
2.0075
2.0043
2.0010
2.0»78
2.0848
2.0817
2.0768
2.0750
2.0731
2.0703
2.0676
2J0651
2.0625
2J0eM
2.05n
-15
15
15
14
14
14
14
13
13
13
13
12
12
12
12
12
11
11
11
11
10
10
10
-10
30.
- 9
9
9
9
8
8
8
8
7
7
7
7
6
6
6
6
5
5
5
5
4
4
4
4
- 3
28 56.4
15 42.3
2 23.5
49 0.0
35 31.8
21 59.2
8 22.1
54 40.8
40 55.2
27 5.5
13 11.8
59 14.1
45 12.6
31 7.4
16 58.5
2 46.0
48 30.0
34 10.7
19 48.1
5 22.3
50 53.4
36 21.4
21 46.5
7 8.8
52 28.4
37 45.3
22 59.7
8 11.6
53 21.1
38 28.3
23 33.3
8 36.2
53 37.0
38 35.9
23 32.9
8 28.2
53 21.8
38 13.8
23 4.3
7 53.4
52 41.1
37 27.6
22 13.0
6 57.2
51 40.4
36 22.7
21 4.2
5 44.9
50 24.9
n
•t>13.104
13.274
13.363
13.431
13.507
13.581
13.653
13.724
3.704
3J62
3.928
3.903
4.066
4.118
4.178
4.238
4.204
4.340
4.403
4.466
4.506
4.558
4.605
4.651
4.696
4.730
4.781
4.822
4.861
4J08
4.934
4.969
5.003
5Mi
5.064
5.003
5.190
5446
15.170
5.198
5.215
I 15.234
5.253
5.272
15.288
5.300
15.81^
5.828
5438
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h m
22 52
22 54
22 56
22 59
23
23
23
23
23
1
3
5
7
9
23 11
23 13
23 15
23 17
23 19
23 21
23 23
23 25
23 27
23 29
23 31
23 33
23 35
23 37
23 39
23 41
23 43
23 45
23 47
23 49
23 51
23 53
28 55
23 57
23 59
0 1
0 3
s
8
52.90
2.0677
55.69
2.0658
58.94
fJOBSl
2.06
2J0S»
5.05
2J0tm
7.92
2Mm
10.67
2.0448
13.80
2iM20
15.82
2J0*ll
18.23
2jnm
20.54
2.0877
22.75
2.0860
24.86
2MH
26.88
2.oao
28.82
2.0U7
30.68
2.on8
32.46
2.0201
34.17
2.0179
35.81
241268
37.38
2.0267
38.89
2.0248
40.35
2.0238
41.75
2.0229
43.10
ft
-3 50 24.9
3 35 4.3
3 19 43.3
3 4 21.9
2 49 0.1
2 33 38.0
2 18 15.8
2 2 53.5
1 47 31.1
1 32 8.8
1 16 46.6
1 1 24.7
0 46 3.1
0 30 41.9
0 15 21.1
-0 0 0.8
+0 15 18.8
0 30 37.7
0 45 55.9
1 1 13.2
1 16 29.6
1 31 45.0
1 46 59.3
+2 2 12.5
APRIL 1.
0
0
0
0
5
7
10
12
0 14
0 16
0 18
0
0
0
0
0
0
20
22
24
26
28
30
44.41
45.68
46.91
48.10
49.27
50.41
51.53
52.63
53.72
54.80
55.87
56.94
58.01
59i)9
0.17
1.27
2.38
3.51
4.67
5.85
7.06
8.30
9.58
10.90
12.26
2Um5
2.0008
2X002
2.0197
2.0193
2ia88
2.0186
2.0181
2J)181
2.0179
2i>178
2.0178
2.0179
2.0180
2.0182
2.0184
2.0187
2.0101
2J0195
2.0199
2.0904
2.0210
2.0217
2.0223
2jmi
+2 17 24.5
2 32 35.1
2 47 44.4
3 2 52.3
3 17 58.6
3 33 3.3
3 48 6.4
4 3 7.7
4 18 7.2
4 33 4.8
4 48 0.5
5 2 54.1
5 17 45.6
5 32 34.9
5 47 22.0
6 2 6.8
6 16 49.2
6 31 29.2
6 46 6.6
7 0 41.4
7 15 13.6
7 29 43.0
7 44 9.6
7 58 33.3
+8 12 54.1
•I-UJ38
mm:
15 ja
Mjm
i5.}6e
UJ6I
u.n
i$.tn
ISJtt
15 JO
1SJ57
15.390
15J43
15J33
15J31
IS.»
15J9e
15 ja
15J65
15J4S
15 J»
+15J10
•»>U.188
15.160
15.143
i5.ns
15.092
15.065
15.037
15.007
14.976
14.944
14.911
14.876
14.540
14^03
14.746
14.727
14.687
14.645
14.602
14358
14.513
14.467
14.419
14.371
•M4J33
MOON, 1916.
49
GREENWICH MEAN TIME.
Hour.
AsOCUSlOQ.
Var.
Declination.
Var.
Hour.
RUcht
Aioension.
Var.
Dedination.
Var.
APRIL 2.
APRIL 4
.
h m 8
8
• r It
n
h m •
8
• 1 tt
It
0
0 30 12.26
2.0331
+ 8 12 54.1
-I-14.822
0
2 9 2.26
2.1063
+18 23 7.6
•1-10.724
1
0 32 13.67
2.0330
8 27 11.9
14.271
1
2 11 8.83
2.1107
18 33 48.1
10.626
2
0 34 15.13
2.0348
8 41 26.6
14.210
2
2 13 15.54
2.1131
18 44 22.7
10.528
3
0 36 16.64
2.0357
8 55 38.2
14.167
3
2 15 22.40
2.1155
18 54 51.4
10.428
4
0 38 18.21
3.0367
9 9 46.6
14.113
4
2 17 29.40
2.1170
19 5 14.1
10.328
5
0 40 19.84
3.0277
9 23 51.7
14.057
5
2 19 36.55
2.1304
19 15 30.8
10.228
6
0 42 21.53
2.0388
9 37 53.4
14.001
6
2 21 43.85
2.1228
19 25 41.4
10.125
7
0 44 23.29
3.03B6
9 51 51.8
13.044
7
2 23 51.29
2.1253
19 35 45.8
10.022
S
0 46 25.11
3.0310
10 5 46.7
13.885
8
2 25 58.88
2.1278
19 45 44.0
0.018
9
0 48 27.01
3.0323
10 19 38.0
13.826
9
2 28 6.62
2.1302
19 55 36.0
9.815
10
0 50 28.98
2.0335
10 33 25.8
13.766
10
2 30 14.50
2.1326
20 5 21.8
9.710
11
0 52 31.03
2.0948
10 47 9.9
13.704
11
2 32 22.53
2.1351
20 15 1.2
9.603
12
0 54 33.15
2.0301
11 0 50.3
13.042
12
2 34 30.71
2.1375
20 24 34.2
9.497
13
0 56 35.36
2.0375
11 14 26.9
13.578
13
2 36 39.03
2.1390
20 34 0.8
9.390
14
0 58 37.65
2.0380
11 27 59.6
13.513
14
2 38 47.50
2.1424
20 43 21.0
9.283
15
1 0 40.03
2.0405
11 41 28.4
13.447
15
2 40 56.12
2.1448
20 52 34.7
9.173
16
1 2 42.51
2.0421
11 54 53.2
13.380
16
2 43 4.88
2.1472
21 1 41.8
9.064
17
1 4 45.08
2.0436
12 8 14.0
13.312
17
2 45 13.78
2.1406
21 10 42.4
8.954
18
1 6 47.74
2.0452
12 21 30.6
13.243
18
2 47 22.83
2.1520
21 19 36.3
8.843
19
1 8 50.50
2.0468
12 34 43.1
13.173
19
2 49 32.02
2.1543
21 28 23.6
8.733
20
1 10 53.36
2.0485
12 47 51.4
13.103
20
2 51 41.35
2.1567
21 37 4.2
8.620
21
1 12 56.32
2.0502
13 0 55.4
13.030
21
2 53 50.82
2.1500
21 45 38.0
8.508
22
1 14 59.38
2.0520
13 13 55.0
12.067
22
2 56 0.13
2.1614
21 54 5.1
8.394
23
1 17 2.56
2.0530
LPRIL
+13 26 50.2
3.
-I-12.883
23
2 58 10.19
a:
2.1638
PRIL 5
+22 2 25.3
•f 8.279
0
1 19 5.85
2.0658
+13 39 41.0
•»>12.808
0
3 0 20.08
2.1660
+22 10 38.6
••> 8.165
1
1 21 9.25
3.0570
13 52 27.2
12.732
1
8 2 30.11
2.1683
22 18 45.1
8.050
2
1 23 12.76
2.0505
14 5 8.8
12.655
2
8 4 40.27
2.1705
22 26 44.6
7.034
3
1 25 16.39
2.0614
14 17 45.8
12.578
8
3 6 60.57
2.1728
22 34 37.2
7.818
4
1 27 20.13
2.0633
14 30 18.1
12.408
4
3 9 1.00
2.1749
22 42 22.8
7.701
5
1 29 23.99
2.0654
14 42 45.6
12.418
5
3 11 11.56
2.1771
22 50 1.3
7.58S
6
1 31 27.98
2.0675
14 55 8^
12.337
6
3 13 22.25
2.1703
22 57 32.8
7.465
7
1 33 32.09
2.0605
15 7 26.0
12.355
7
3 15 33.07
2.1813
23 4 57.1
7.346
8
1 35 36.32
2.on6
15 19 38.8
12.173
8
3 17 44.01
2.1834
23 12 14.3
7.227
9
1 37 40.68
2.0738
15 31 46.7
12.080
9
3 19 55.08
2.1855
23 19 24.3
7.108
10
1 39 45.17
2.0750
15 43 49.5
12.004
10
3 22 6.27
2.1875
23 26 27.2
0.988
U
1 41 49.79
2.0781
15 55 47.2
11.018
11
3 24 17.58
3.1805
23 33 22.8
6.866
12
1 43 54.54
2.0803
16 7 39.7
11.832
12
3 26 29.01
3.1915
23 40 11.1
6.745
13
1 45 59.42
2.0825
16 19 27.0
11.745
13
3 28 40.56
3.1034
23 46 52.2
6.623
14
148 4.44
2.0848
16 31 9.1
11.657
14
3 30 52.22
3.1953
23 53 25.9
6.501
IS
1 50 9.59
2.0870
16 42 45.8
11.567
15
3 33 3.99
3.1972
23 59 52.3
6.878
16
1 52 14.88
2.08g3
16 54 17.1
11.477
16
3 35 15.88
2.1990
24 6 11.3
6.255
17
1 54 20.31
2.0017
17 5 43.0
11.386
17
3 37 27.87
2.3007
24 12 22.9
6.131
18
1 56 25.88
2.0940
17 17 3.4
11.294
18
3 39 39.96
2.2024
24 18 27.0
6.007
19
1 58 31.59
2.0003
17 28 18.3
11.201
19
3 41 52.16
2.2042
24 24 23.7
5.883
20
2 0 37.44
2.0067
17 39 27.5
11.107
20
3 44 4.46
2.2058
24 30 13.0
5.758
21
2 2 43.43
2.1010
17 50 31.1
11.013
21
3 46 16.86
2.2074
24 35 54.7
5.633
22
2 4 49.56
2.1034
18 1 29.0
10.018
22
3 48 29.35
2.2080
24 41 28.9
5.507
23
2 6 55.84
2.1058
18 12 21.2
10.822
23
3 50 41.93
2.2105
24 46 65.5
5.381
24
2 9 2.26
2.1083
+18 23 7.6
-t-10.724
24
3 52 54.61
2.2120
+24 52 14.6
+ 5.255
79790**— 1916-
50
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Ascension.
Var.
jper
Hin.
DeoUnation.
Var.
Hour.
Rij^t
Ascension.
Var.
DecUnatioD.
Vir.
APRIL 6.
APRIL 8
».
h m s
8
• / /#
ti
h m 8
s
• / //
1*
0
3 52 54.61
2.2120
+24 52 14.6
•1^.255
0
5 39 43.24
2.2154
+26 35 12.7
-fom
1
3 55 7.37
2.2134
24 57 26.1
5.128
1
5 41 56.12
2.2140
26 34 10.1
\m
2
3 57 20.22
2.2148
25 2 30.0
5.002
2
5 44 8.92
2.2126
26 32 59.8
1X3
3
3 59 33.14
2.2160
25 7 26.3
4.874
3
5 46 21.63
2.2111
26 31 41.9
1J63
4
4 1 46.14
2.2173
25 12 14.9
4.746
4
5 48 34.25
2.2095
26 30 16.3
\M
5
4 3 59.22
2.2186
25 16 55.8
4.618
5
5 50 46.77
2.2078
26 28 43.0
\m
6
4 6 12.37
2.2198
25 21 29.0
4.490
6
5 52 59.19
2.2062
26 27 2.1
1.745
7
4 8 25.59
2.2206
25 25 54.6
4.362
7
5 55 11.51
2.2045
26 25 13.6
\xn
8
4 10 38.87
2.2219
25 30 12.4
4.233
8
5 57 23.73
2.2028
26 23 17.5
\m
9
4 12 52.22
2.2229
25 34 22.5
4.103
9
5 59 35.84
2.2008
26 21 13.9
2.123
10
4 15 5.62
2.2238
25 38 24.8
3.974
10
6 1 47.83
2.1989
26 19 2.7
2.249
11
4 17 19.08
2.2248
25 42 19.4
3.845
11
6 3 59.71
2.1970
26 16 44.0
2.374
12
4 19 32.59
2.2256
25 46 6.2
3.715
12
6 6 11.47
2.1950
26 14 17.8
2.499
13
4 21 46.15
2.2264
25 49 45.2
3.586
13
6 8 23.11
2.1930
26 11 44.1
2.633
14
4 23 59.76
2.2272
25 53 16.5
3.457
14
6 10 34.63
2.1909
26 9 3.0
2.74S
15
4 26 13.41
2.2278
25 56 40.0
3.326
15
6 12 46.02
2.1888
26 6 14.4
2.872
16
4 28 27.09
2.2283
25 59 55.6
3.195
16
6 14 57.29
2.1867
26 3 18.4
im
17
4 30 40.81
2.2289
26 3 3.4
3.065
17
6 17 8.42
2.1844
26 0 15.0
3.118
18
4 32 54.56
2.2294
26 6 3.4
2.934
18
6 19 19.42
2.1822
25 57 4.2
3.241
19
4 35 8.34
2.2298
26 8 55.5
2.803
19
6 21 30.28
2.1798
25 53 46.1
3 363
20
4 37 22.14
2.2302
26 11 39.8
2.673
20
6 23 41.00
2.1775
25 50 20.7
3.484
21
4 39 35.96
2.2305
26 14 16.2
2.542
21
6 25 51.58
2.1751
25 46 48.0
3.606
22
4 41 49.80
2.2308
26 16 44.8
2.411
22
6 28 2.01
2.1727
25 43 8.1
3.736
23
4 44 3.65
2.2309
+26 19 5.5
+2.279
23
6 30 12.30
2.1703
+25 39 20.9
-3J47
A
iPRIL
7.
a:
PRIL 8
\.
0
4 46 17.51
2.2311
+26 21 18.3
+2.148
0
6 32 22.44
2.1678
+25 35 26.5
-3.967
1
4 48 31.38
2.2312
26 23 23.3
2.018
1
6 34 32.43
2.1653
25 31 24.9
4.086
2
4 50 45.25
2.2312
26 25 20.4
1.887
2
6 36 42.27
2.1627
25 27 16.2
49IM
3
4 62 59.12
2.2311
26 27 9.7
1.756
3
6 38 51.95
2.1600
25 23 0.4
4J23
4
4 55 12.98
2.2309
26 28 51.1
1.624
4
6 41 1.47
2.1574
25 18 37.4
4.442
5
4 57 26.83
2.2308
26 30 24.6
1.493
5
6 43 10.84
2.1548
25 14 7.4
4J58
6
4 59 40.67
2.2305
26 31 50.2
1.362
6
6 45 20.04
2.1520
25 9 30.4
4.676
7
6 1 54.49
2.2302
26 33 8.0
1231
7
6 47 29.08
2.1493
25 4 46.3
4.793
8
5 4 8.29
2.2298
26 34 17.9
1.100
8
6 49 37.96
2.1466
24 59 55.3
4.908
9
6 6 22.07
2.2294
26 35 20.0
0.969
9
6 51 46.67
2.14S8
24 54 67.3
5.(m
10
5 8 35.82
2.2288
26 36 14.2
0.838
10
6 53 55.22
2.1411
24 49 62.4
5.139
11
6 10 49.53
2.2283
26 37 0.6
0.708
11
6 56 3.60
2.1382
24 44 40.6
5.254
12
5 13 3.21
2.2277
26 37 39.1
0.577
12
6 58 11.80
2.1353
24 39 21.9
5.368
13
5 15 16.85
2.2270
26 38 9.8
0.447
13
7 0 19.84
2.1325
24 33 56.4
5.4$2
14
5 17 30.45
2.2263
26 38 32.7
0.316
14
7 2 27.70
2.1295
24 28 24.1
5.594
15
5 19 41.00
2.2254
26 38 47.7
0.185
15
7 4 35.38
2.1266
24 22 45.1
5.706
16
5 21 57.50
2.2245
26 38 54.9
+0.055
16
7 6 42.89
2.1238
24 16 59.4
5.81S
17
5 24 10.94
2.2236
26 38 54.3
-0.075
17
7 8 50.23
2.1208
24 11 6.9
5.930
18
5 26 24.33
2.2226
26 38 46.9
0.204
18
7 10 57.39
2.1178
24 5 7.8
6.040
19
5 28 37.65
2.2215
26 38 29.8
0.333
19
7 13 4.37
2.1149
23 59 2.1
6.150
20
5 30 50.91
2.2205
26 38 5.9
0.463
20
7 15 11.18
2.1119
23 52 49.8
6.260
21
5 33 4.11
2.2193
26 37 34.2
0.593
21
7 17 17.80
2.1088
23 46 30.9
6.369
22
5 35 17.23
2.2180
26 36 54.8
0.722
22
7 19 24.24
2.1058
23 40 5.5
6.478
23
5 37 30.27
2.2168
26 36 7.6
0.851
23
7 21 30.50
2.1028
23 33 33.6
6.5S6
24
5 39 43.24
2.2154
+26 35 12.7
-0.979
24
7 23 36.58
2.0998
+23 26 55.2
-6.693
MOON, 1916.
51
GREENWICH MEAN TIME.
Right
Ascensioii.
Var.
Declination.
Var.
per
Min.
Hour.
Right
Ascension.
Var.
Mto.
Declination.
Var.
APRIL 10.
APRIL 12.
h m 8
8
• / #/
ti
h m 8
8 <
• / //
10
0
7 23 36.58
2.0996
+23 26 55.2
- 6.693
0
9 1 1.77
1.9668
+16 13 40.2
-11.117
1
7 25 42.48
2.0968
23 20 10.4
6.799
1
9 2 59.71
1.9647
16 2 30.9
11.193
2
7 27 48.19
2.0037
23 13 19.3
6.905
2
9 4 57.53
1.9627
15 51 17.1
11.268
3
7 29 63.72
2.0907
23 6 21.8
7.011
3
9 6 55.23
1.9606
15 39 58.7
11.343
4
7 31 59.07
2.0877
22 59 18.0
7.116
4
9 8 52.80
1.9586
15 28 35.9
11.418
5
7 34 4.24
2.0646
22 52 7.9
7.221
5
9 10 50.26
1.9568
15 17 8.6
11.492
6
7 36 9.22
2.0815
22 44 51.5
7.324
6
9 12 47.61
1.9548
15 5 36.9
11.565
7
7 38 14.02
2.0786
22 37 29.0
7.427
7
9 14 44.84
1.9629
14 54 0.8
11.637
8
7 40 18.64
2.0754
22 30 0.3
7.530
8
9 16 41.96
1.9512
14 42 20.5
11.708
9
7 42 23.07
2.0723
22 22 25.4
7.632
9
9 18 38.98
1.9494
14 30 35.8
11.779
iO
7 44 27.32
2.0693
22 14 44.5
7.733
10
9 20 35.89
1.9477
14 18 47.0
11.849
1
7 46 31.39
2.0603
22 6 57.5
7.833
11
9 22 32.70
1.9461
14 6 53.9
11.919
2
7 48 35.28
2.0633
21 59 4.5
7.933
12
9 24 29.42
1.9445
13 54 56.7
11.988
3
7 50 38.99
2.0603
21 51 5.5
8.033
13
9 26 26.01
1.9420
13 42 55.4
12.056
4
7 52 42.51
2.0572
21 43 0.5
8.133
14
9 28 22.57
1.9414
13 30 50.0
12.123
5
7 54 45.85
2.0542
21 34 49.6
8.231
15
9 30 19.01
1.9399
13 18 40.6
12.190
6
7 56 49.01
2.0512
21 26 32.8
8.328
16
9 32 15.36
1.9385
13 6 27.2
12.267
7
7 58 51.99
2.0483
21 18 10.2
8.425
17
9 34 11.63
1.9373
12 54 9.8
12.323
&
8 0 54.80
2.0453
21 9 41.8
8JJ22
18
9 36 7.83
1.9360
12 41 48.5
12.387
L»
8 2 57.42
2.0423
21 1 7.6
8.618
19
9 38 3.95
1.9347
12 29 23.4
12.450
»
8 4 59.87
2.0383
20 52 27.7
8.713
20
9 39 59.99
1.9334
12 16 54.5
12.513
!1
8 7 2.14
2.0364
20 43 42.1
8.807
21
9 41 55.96
1.9323
12 4 21.8
12.577
2
8 9 4.24
2.0335
20 34 50.9
8.901
22
9 43 51.87
1.9313
11 51 45.3
12.63g
3
8 11 6.16
2.0306
+20 25 54.0
- 8.994
23
9 45 47.71
1.9303
+11 39 5.2
-12.69t>
A
PRIL
11.
AI
^RIL 1
3.
0
8 13 7.91
2.0278
+20 16 51.6
- 9.087
0
9 47 43.50
1.9298
+11 26 21.4
-12.76a
1
8 15 9.49
2.0248
20 7 43.6
9.179
1
9 49 39.23
1.9283
11 13 34.0
12.819
2
8 17 10.89
2.0219
19 58 30.1
9.270
2
9 51 34.90
1.9274
11 0 43.1
12.878
3
8 19 12.12
2.0192
19 49 11.2
9.361
3
9 53 30.52
1.9267
10 47 48.6
12.937
4
8 21 13.19
2.0164
19 39 46.8
9.451
4
9 55 26.10
1.9260
10 34 50.7
12.993
5
8 23 14.09
2.0137
19 30 17.1
9.540
5
9 57 21.64
1.9253
10 21 49.4
13.050
6
8 25 14.83
2.0100
19 20 42.0
9.629
6
9 59 17.14
1.9247
10 8 44.7
13.107
7
8 27 15.40
2.0081
19 11 1.6
9.718
7
10 1 12.60
1.9241
9 55 36.6
13.163
8
8 29 15.80
2.0054
19 1 15.9
9.805
8
10 3 8.03
1.9236
9 42 25.2
13.217
9
8 31 16.05
2.0028
18 51 25.0
9.892
9
10 5 3.43
1.9231
9 29 10.6
13.270
10
8 33 16.14
2.0002
18 41 28.9
9.978
10
10 6 58.80
1.9228
9 15 52.8
13^23
U
8 35 16.07
1.9976
18 31 27.6
10.063
11
10 8 54.16
1.9225
9 2 31.9
13.375
12
8 37 15.85
1.99S0
18 21 21.3
10.148
12
10 10 49.50
1.9223
8 49 7.8
13.427
13
8 39 15.47
1.9924
18 11 9.9
10.233
13
10 12 44.83
1.9220
8 35 40.7
13.477
14
8 41 14.94
1.9690
18 0 53.4
10.317
14
10 14 40.14
1.9218
8 22 10.6
13.527
15
8 43 14.26
1.9674
17 50 31.9
10.399
15
10 16 35.45
1.9218
8 8 37.5
13.576
le
8 45 13.43
1.9850
17 40 5.5
10.482
16
10 18 30.76
1.9218
7 55 1.5
13.624
17
8 47 12.46
1.9626
17 29 34.1
10.563
17
10 20 26.06
1.9218
7 41 22.6
13.672
18
8 49 11.34
1.9603
17 18 57.9
10.644
18
10 22 21.37
1.9219
7 27 40.9
13.718
19
8 51 10.09
1.9779
17 8 16.8
10.725
19
10 24 16.69
1.9222
7 13 56.5
13.763
30
8 53 8.69
1.9756
16 57 30.9
10.804
20
10 26 12.03
1.9224
7 0 9.3
13.809
21 I 8 55 7.16
1.9734
16 46 40.3
10.883
21
10 28 7.38
1.9227
6 46 19.4
13.853
22 8 57 5.50
1.9712
16 35 45.0
10.962
22
10 30 2.75
1.9231
6 32 26.9
13.897
23 8 59 3.70
1.9688
16 24 44.9
11.040
23
10 31 58.15
1.9235
6 18 31.8
13.939
24
0 1 1.77
1.9668
+16 13 40.2
-11.117
24
10 33 53.57
1.9240
+ 64 34.2
-13.980
52
MOON, 1916.
GREENWICH MEAN TIME.
.-.
Bght^
V«r.
1
1
Var.
Hoar.
BJgt
1
Var. '
Vsr.
APRIL 14.
APRIL 16.
1
h fli s
t
m t tf t
ft
h m 8
s
m » tf M
- 5 36 32.4 -14.SS
0
10 33 53.57
IJMO
+6 4 34.2
-13J80
0
12 8 10.49
sinss
1
10 35 49.03
IJMS
5 50 34.2
ujoai
1
12 10 12.56
ijoam
5 51 21.6
14.814
2
H) 37 44.52
l.f353
5 36 31.7
UJ0S2
2
12 12 14.88
34M06
6 6 10.1
14JQ8
3
10 39 40.06
1J9S0
5 22 26.8
14.101
3
12 14 17.45
3.0440
6 20 57.9
14.79
4
10 41 35.64
1.9988 '
5 8 19.6
14.138
4
12 16 20.27
3iMBS
6 35 44.8
14.774
5
10 43 31.27
ijtm
4 54 10.2
14.176
5
12 18 23.35
1J0S»
6 50 30.8
14.7SI
6
10 45 26.95
1.9285
4 39 58.5
14.213
6
12 20 26.70
3.0S80
7 5 15.8
14.741
7
10 47 22.69
1.9395
4 25 44.7
14.248
7
12 22 30.31
3.0835
7 19 59.7
14.73
8
10 49 18.49
1.9106
4 11 28.7
14.283
8
12 24 34.20
3JI673
7 34 42.5
14.703
9
10 51 14.35
1.9317
3 57 10.7
14.317
9
12 26 38.37
3.0718
7 49 24.0
14.681
10
10 53 10.29
1.9329
3 42 50.7
14.349
10
12 28 42.82
3.0706
8 4 4.2
14.6S
11
10 55 6.30
1.9M2
3 28 28.8
14.381
11
12 30 17.56
2J0SIZ
8 18 43.0
14.6S
12
10 57 2.39
1.91&5
3 14 5.0
14.413
12
12 32 52.58
iMa
8 33 20.2
14.607
13
10 58 58.56
1.93«
2 59 39.3
14.443
13
12 34 57.90
3.0913
8 47 55.8
14.580
14
11 0 54.82
1.0384
2 45 11.9
14.471
14
12 37 3.52
3.0083
9 2 29.8
14.5$!
15
11 2 51.17
1.9399
2 30 42.8
14.499
15
12 39 9.44
3.10U
9 17 1.9
14.52)
16
11 4 47.61
1.9415
2 16 12.0
14.527
16
12 41 15.67
3.io3m
9 31 32.2
14.489
17
11 6 44.15
1.9433
2 1 39.6
14.553
17
12 43 22.21
3.1116
9 46 0.6
14.454
18
11 8 40.80
1.9451
1 47 6.7
14.578
18
12 45 29.06
3.1109
10 0 26.9
14.42)
19
11 10 37.56
1.9«09
1 32 30.3
14.003
19
12 47 36.24
3.1333
10 14 51.0
\KSA
20
11 12 34.43
1.9488
1 17 53.4
14.636
20
12 49 43.74
3.1277
10 29 12.9
14.34S
21
11 14 31.42
1.9606
1 3 15.2
14.648
21
12 51 51.56
3.1332
10 43 32.4
14.905
22
11 16 28.53
1.9528
0 48 35.7
14.668
22
12 ^ 59.72
3.1388
10 57 49.5
14J64
23
11 18 25.76
1.96i9
+0 33 55.0
^14.688
23
12 56 8.21
3.1443
-11 12 4.1
-14J3I
A
PRIL
15.
AT
*RIL 1'
1,
0
11 20 23.12
1.9672
+0 19 13.1
1-14.708
0
12 58 17.04
3.1500
-11 26 16,1
-14.171
1
11 22 20.62
1.9594
+0 4 30.1
14.736
1
13 0 26.21
3.1658
11 40 25.4
14. Ul
2
11 24 18.25
1.9618
-0 10 14.0
14.743
2
13 2 35.73
34616
11 54 31.8
14.081
3
11 26 16.03
1.9643
0 24 59.0
14.758
3
13 4 45.60
3.1674
12 8 35.3
14.033
4
11 28 13.96
1.9008
0 39 45.0
14.774
4
13 6 55.82
3.1733
12 22 35.8
U.9S3
5
11 30 12.04
1.9093
0 54 31.9
14 788
5
13 9 6.40
3.178S
12 36 33.2
U.93Q
6
11 32 10.28
1.9720
1 9 19.5
14.799
6
13 11 17.34
3.1854
12 60 27.4
13.87(
7
11 34 8.68
1.9747
1 24 7.8
14.811
7
13 13 28.65
3.1915
13 4 18.3
13.82
8
11 36 7.24
1.9n5
1 38 56.8
14.822
8
13 15 40.32
3.1978
13 18 5.8
13.7«
9
11 38 5.98
1.9804
1 53 46.4
14.831
9
13 17 52.36
3.3038
13 31 49.8
U.70J
10
11 40 4.89
1.9833
2 8 36.5
14839
10
13 20 4.78
3.3102
13 45 30.1
U.64]
11
11 42 3.98
1.9863
2 23 27.1
14.846
11
13 22 17.58
3.3164
13 59 6.7
13.571
12
11 44 3.25
1.9894
2 38 18.0
14.851
12
13 24 30.75
3.3338
14 12 39.6
13.51^
13
11 46 2.71
1.9926
2 53 9.2
14.856
13
13 26 44.31
3.2393
14 26 8.4
13.4«
14
11 48 2.36
1.9958
3 8 0.7
14.859
14
13 28 58.25
3.3356
14 39 33.2
12.371
15
11 50 2.21
1.9993
3 22 52.3
14J62
15
13 31 12.58
3.2431
14 52 53.9
13.301
16
11 52 2.27
2.0027
3 37 44.1
14.863
16
13 33 27.?0
3.2487
15 6 10.3
13.231
17
11 54 2.53
3.0061
3 52 35.9
14.863
17
13 35 42.42
3.3553
15 19 22.4
13.16
18
11 56 3.00
2.0096
4 7 27.6
14.860
18
13 37 67.93
3.3619
15 32 30.0
13.08
19
11 58 3.68
2.0133
4 22 19.1
14.858
19
13 40 13.85
3.2687
16 45 33.0
13.01
20
12 0 4.58
2.0100
4 37 10.5
14.854
20
13 42 30.17
3.3753
15 58 31.4
12.03
21
12 2 5.71
2.0206
4 52 1.6
14.848
21
13 44 46.89
3.3830
16 11 25.0
12. 8&
22
12 4 7.07
2.0246
5 6 52.3
14.S43
22
13 47 4.01
3J88R
16 24 13.7
12.77
23
12 6 8.66
2.0285
5 21 42.6
14.834
23
13 49 21.54
3.3066
16 36 57.4
12.68
24
12 8 10.49
3.032S
. -5 36 32.4
-14.835
24
13 51 39.48
3.3024
-16 49 35.9
i-12.59
MOON, 1916.
53
GREENWICH MEAN TIME.
Hour.
Right
AsoeofioD.
V«r.
DeoUnation.
iSia.
Hour.
Right
Aaocnikm.
V«r.
Deelinstion.
Vor.
APRIL 18.
APRIL 20.
h m 8
8
• t tf
#/
h m 8
8
• / /*
n
0
13 51 39.48
2.1024
-16 49 35.9
-12.596
0
15 50 0.70
2.6142
-24 40 30.2
-6.356
1
13 53 57.83
2.1098
17 2 9.2
12.511
1
15 52 37.70
2.6191
24 46 46.5
6.186
2
13 56 16.59
2.8102
17 14 37.2
12.422
2
15 55 14.99
2.0288
24 52 52.5
0i)16
3
13 58 35.77
2.3282
17 26 59.8
12.330
8
15 57 52.55
2.0283
24 58 48.3
6J43
4
14 0 55.37
2.3801
17 39 16.8
12.237
4
16 0 30.39
2.6329
25 4 33.7
5.670
5
14 3 15.38
2.3870
17 51 28.2
12.142
5
16 3 8.50
2.0378
25 10 8.7
6.196
6
14 5 35.81
2.3430
18 3 33.8
12.043
6
16 5 46.87
2.0416
25 15 33.2
5.321
7
14 7 56.65
2.3506
18 15 33.4
11.944
7
16 8 25.49
2.6467
25 20 47.2
5.144
8
14 10 17.91
2.3679
18 27 27.1
11.844
8
16 11 4.35
2.6496
25 25 50.5
4.967
9
14 12 39.60
2.3650
18 39 14.7
11.741
9
16 13 43.44
2.0634
25 30 43.2
4.786
10
14 15 1.71
2.3720
18 50 56.0
11.030
10
16 16 22.76
2.6572
25 35 25.1
4.606
11
14 17 24.24
2.3789
19 2 31.0
11.530
11
16 19 2.30
2.6007
25 39 56.2
4.436
12
14 19 47.18
2.3850
19 13 59.6
11.422
12
16 21 42.04
2.6641
25 44 16.5
4.247
13
14 22 10.55
2.3030
19 25 21.6
11.312
13
16 24 21.99
2.6673
25 48 25.8
4.064
14
14 24 34.34
2.4000
19 36 37.0
11.200
14
16 27 2.12
2.6703
25 52 24.2
3.882
15
14 26 58.55
2.4071
19 47 45.6
11.060
15
16 29 42.43
2.6733
25 56 11.6
3.098
16
14 29 23.19
2.4141
19 58 47.3
10.070
16
16 32 22.92
2.0762
25 59 47.9
3.613
17
14 31 48.24
2.4210
20 9 42.0
10.863
17
16 35 3.57
2.6787
26 3 13.1
3.328
18
14 34 13.71
2.4280
20 20 29.6
10.733
18
16 37 44.36
2.6811
26 6 27.2
3.142
19
14 36 39.60
2.4349
20 31 10.0
10.012
19
16 40 25.30
2.6634
26 9 30.1
2.965
20
14 39 5.90
2.4418
20 41 43.0
10.488
20
16 43 6.37
2.6856
26 12 21.8
2.768
21
14 41 32.62
2.4488
20 52 8.6
10.304
21
16*45 47.57
2.6676
26 15 2.2
2.580
22
14 43 59.75
2.4550
21 2 26.7
10.238
22
16 48 28.88
2.6693
26 17 31.4
2.393
23
14 46 27.29
2.4026
-21 12 37.1
-10.109
23
16 51 10.29
2.6910
-26 19 49.3
-2.203
A
PRIL
19.
AI
^RIL 2
I.
0 14 48 55.25
2.4093
-21 22 39.8
-9.979
0
16 53 51.80
2.0924
-26 21 55.8
-2i)14
1 1 14 51 23.61
2.4761
21 32 34.6
9.847
1
16 56 33.38
2.6037
26 23 51.0
1.825
2 14 53 52.38
2.4828
21 42 21.4
9.713
2
16 59 15.04
2.0048
26 25 34.8
1.634
3 1 14 56 21.55
2.4886
21 52 0.1
9.578
3
17 1 56.75
2.0057
26 27 7.1
1.444
4 14 58 51.12
2.4902
22 1 30.7
0.440
4
17 4 38.52
2.0966
26 28 28.1
1.2tt
9 15 1 21.09
2.6038
22 10 52.9
9.301
5
17 7 20.33
2.0971
26 29 37.7
1.064
6
15 3 51.46
2J094
22 20 6.8
9.161
6
17 10 2.17
2.0976
26 30 35.8
0J73
7
15 6 22.22
2.6158
22 29 12.2
9X)18
7
17 12 44.03
2.6977
26 31 22.5
0.683
8
15 8 53.36
2.6233
22 38 9.0
8.874
8
17 15 25.89
2.0978
26 31 57.8
0.493
9
15 11 24.89
2.6286
22 46 57.1
8.728
9
17 18 7.76
2.6978
26 32 21.6
0.302
10
15 13 56.79
2.6349
22 55 36.4
8.581
10
17 20 49.62
2.6975
26 32 34.0
-0.111
11
15 16 29.08
2.6412
23 4 6.8
8.432
11
17 23 31.46
2.6970
26 32 34.9
-M).060
12
15 19 1.73
2.6473
23 12 28.2
8.281
12
17 26 13.26
2.6963
26 32 24.4
0.270
13
15 21 34.75
2.6633
23 20 40.5
8.128
13
17 28 55.01 ^
, 2.6964
26 32 2.5
0.461
14
15 24 8.13
2.6698
23 28 43.6
7.975
14
17 31 36.71
2.6945
26 31 29.1
0.652
15
15 26 41.87
2.6663
23 36 37.5
7.820
15
17 34 18.35
2.6033
26 30 44.3
0.841
le
1
15 29 15.97
2.6712
23 44 22.0
7.fM»
16
17 36 59.91
2.6920
26 29 48.2
1.080
17 1 15 31 50.41
2.6708
23 51 57.0
7.504
17
17 39 41.39
2.0906
26 28 40.7
1.290
18
15 84 25.19
2.6824
23 59 22.5
7.345
18
17 42 22.77
2.6888
26 27 21.8
1.409
19
15 37 0.30
2.6880
24 6 38.4
7.183
19
17 45 4.05
2.6871
26 25 51.6
1.597
20
15 39 35.75
2.6036
24 13 44.5
7.020
20
17 47 45.22
2.6851
26 24 10.2
1.784
21 1 15 42 11.52
2.5988
24 20 4P.8
6.857
21
17 50 26.26
2.6829
26 22 17.5
1.973
22
15 44 47.61
2.6040
24 27 27.3
6.692
22
17 53 7.17
2.6606
26 20 13.5
2.100
23
15 47 24.00
2.0091
24 34 3.8
6.524
23
17 55 47.93
2.6781
26 17 58.3
2.346
24
15 50 0.70
2.6142
-24 40 30.2
-6.366
24
17 58 28.54
2.6754
-26 15 32.0
+3.532
54
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
RifCht
Ascension.
Var.
per
Min.
Declinatloo.
Var.
per
Hin.
H<mr.
RitOit
.Isoenston.
Var.
pet
Hin.
DeclinaiJ<m.
Var
w
lis.
0
1
2
3
4
«
6
7
8
9
10
11
12
13
14
16
16
17
18
19
20
21
22
23
APRIL 22.
APRIL 24.
h m
17 58
18 1
18 3
18 6
18 9
18 11
18 14
18 17
18 19
18 22
18 25
18 27
18 30
18 32
18 35
18 38
18 40
18 43
18 46
18 48
18 51
18 53
18 56
18 59
s
28.54
8.98
49.25
29.34
9.24
48.94
28.43
7.71
46.76
26.57
4.15
42.47
20.64
58.34
35.87
13.11
50.07
26.74
3.10
39.16
14.91
50.34
25.44
0.21
II
2.6754
2.6736
2.6097
2.6666
2.6633
2.6699
2.6564
2.6528
2.6488
2.6449
2.6408
2.6366
2.6323
2.6278
2.6231
2.6183
2.6136
2.6086
2.6035
2.5984
2.5932
2.5878
2.5823
2.5768
-26 15 32.0
26 12 54.5
26 10 6.0
26 7 6.4
26 3 65.8
26 0 34.3
25 67 1.9
25 53 18.7
25 49 24.7
25 45 19.9
25 41 4.4
25 36 38.4
25 32 1.8
25 27 14.7
25 22 17.2
25 17 9.3
25 11 51.2
25 6 22.8
25 0 44.3
24 54 55.7
24 48 57.1
24 42 4^.6
24 36 30.3
-24 30 2.2
APRIL 23.
0
19 1 34.65
2.5711
1
19 4 8.74
2.5653
2
19 6 42.49
2.5595
3
19 9 15.88
2.5536
4
19 11 48.92
2.5477
6
19 14 21.60
2.5417
6
19 16 63.92
2.5356
7
19 19 25.87
2.5294
8
19 21 57.45
2.5232
9
19 24 28.65
2.5168
10
19 26 59.47
2.5105
11
19 29 29.91
2.5042
12
19 31 59.97
2.4977
13
19 34 29.63
2.4912
14
19 36 58.91
2.4848
15
19 39 27.80
2.4782
16
19 41 66.29
2.4715
17
19 44 24.38
2.4648
18
19 46 52.07
2.4583
19
19 49 19.37
2.4516
20
19 51 46.26
2.4448
21
19 54 12.75
2.4382
22
19 56 38.84
2.4314
23
19 59 4.52
2.4247
24
20 1 29.80
2.4179
-24 23 24.4
24 16 37.0
24 9 40.1
24 2 33.8
23 65 18.2
23 47 53.3
23 40 19.2
23 32 36.1
23 24 44.0
23 16 43.0
23 8 33.2
23 0 14.7
22 51 47.6
22 43 12.0
22 34 27.9
22 25 35.5
22 16 34.8
22 7 26.0
21 58 9.2
21 48 44.4
21 39 11.8
21 29 31.4
21 19 43.3
21 9 47.7
■20 69 44.6
//
+ 2.632
2.717
2.901
3.065
3.268
3.449
3.630
3.810
3.990
4.109
4.346
4.522
4.696
4.872
5.045
5.217
5.388
5.558
5.726
5.893
6.059
6.223
6.387
+ 6.549
+ 6.710
6.869
7.027
7.183
7.338
7.492
7.643
7.793
7.943
8.090
8.236
8.380
8.523
8.664
8.804
8.943
9.079
9.213
9.847
9.478
9.608
9.738
9.864
9.969
+10.113
0
1
2
8
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h
20
20
20
20
m
1
3
6
8
20 11
20 13
20 15
20 18
20 20
20 22
20 25
20 27
20 30
20 32
20 34
20 37
20 39
20 41
20 43
20 46
20 48
20 50
20 63
20 65
20 57
20 69
21 2
21 4
21 6
21 8
21 11
21 13
21 15
21 17
21 19
21 22
21 24
21 26
21 28
21 30
21 33
21 35
21 37
21 39
21 41
21 43
21 45
21 48
21 60
8
s
29.80
2.4179
64.67
2.4112
19.14
2.4044
43.20
2.3976
6.86
24)906
30.10
3.3841
62.94
%xn%
16.38
2.8707
37.42
2.9639
69.06
2.3573
20.28
3.8505
41.11
3.8438
1.64
2JI373
21.67
3.3306
41.21
3.3240
0.46
3.3174
19.30
3.8108
37.76
3.8043
65.82
3.3979
13.60
3.3914
30.79
3.3850
47.70
3.2788
4.24
2.2724
20.39
2.3661
It
-20 69
20 49
20 89
20 28
20 18
20 7
19 66
19 46
19 86
19 23
19 12
19 1
18 60
18 88
18 26
18 15
18 3
17 61
17 39
17 27
17 16
17 2
16 60
-16 38
44.6
34.2
16.6
61.7
19.8
41.0
66.3
2.8
3.7
68.0
46.8
27.3
2.6
31.6
64.6
11.6
22.7
28.1
27.8
21.9
10.6
63.9
31.9
4.6
+io.in
10 J»
10.354
lo.a
\%m
10.7W
10 81S
10.^
11J«
11.^
11J6I
11 .4M
llitf
11 «:
11 .7«
UJS3
11.95S
12.052
13.143
U.Z»
12.32S
U.lll
+12.«:
APRIL 25.
36.17
61.58
6.62
21.30
35.61
49.66
3.15
16.89
29.29
41.84
54.04
5.90
17.43
28.63
39.50
50.05
0.28
10.19
19.79
29.08
38.07
46.75
55.14
3.24
11.06
3.3599
3.3538
3.2477
3.2416
2.2855
2.2295
2.2236
2.2178
2.2121
2.2063
2.2005
2.1949
2.1894
2.1839
2.1785
2.1732
2.1678
2.1626
2.1574
2.1528
2.1473
2.1428
2.1374
2.1327
2.1279
-16 26 32.3
16 12 56.0
16 0 12.8
16 47 25.8
16 34 34.1
16 21 37.8
16 8 37.0
14 65 31.8
14 42 22.2
14 29 8,3
14 15 60.3
14 2 28.3
13 49 2.3
13 35 32.4
13 21 68.8
13 8 21.4
12 64 40.4
12 40 55.9
12 27 8.0
12 13 16.8
11 59 22.3
11 45 24.6
11 81 23.8
11 17 20.1
•11 3 13.4
+12.580
12.063
12.7«
12.S3^
12.«d
12.9Tfl
13.050
13.12d
13.1W
18.2«i
13.339
13.40(1
13.40^
13.52^
13.592
13.653
13.711
13.77(
13.8a
13.8S1
13.9^
13.98«
14.a'fi
14.081
+ 14.13J
MOON, 1916.
55
GREENWICH MEAN TIME.
Hoar.
ABOtnskKou
Var.
DeoliDAtton.
Var.
Hour.
Ajonsfcrn.
Var.
Declination.
Var.
APRIL 26.
APRIL 28.
h m s
s
• 0 ft
n
h m t
8
• 1 tt
H
0
21 50 11.06
24279
-11 3 13.4
-I-14.136
0
23 28 18.53
1.0003
+ 0 44 58.1
-1-14.893
1
21 52 18.59
2.1233
10 49 3.9
14.181
1
23 30 17.92
1.9808
0 59 51.3
14.880
2
21 54 25.85
2.US7
10 34 51.7
14.226
2
23 32 17.25
1.0884
1 14 43.7
14.866
3
21 56 32.83
2.1141
10 20 36.8
14.260
3
23 34 16.53
i.osn
1 29 35.1
14.848
4
21 58 39.54
2.1007
10 6 19.4
14.812
4
23 36 15.77
1.0860
1 44 25.5
14.832
5
22 0 45.99
2.1063
9 51 59.4
14.368
5
23 38 14.96
1.0861
1 59 14.9
14.813
6
22 2 52.18
2.1010
9 37 37.1
14.802
6
23 40 14.10
1.0664
2 14 3.1
14.794
7
22 4 58.11
2.0068
9 23 12.4
14.430
7
23 42 13.21
1.0840
2 28 50.2
14.774
8
22 7 3.79
2J09n
9 8 45.5
14.467
8
23 44 12.29
1.9846
2 43 36.0
14.763
9
22 9 9.23
2jafm
8 54 16.4
14.602
9
23 46 11.35
1.9841
2 58 20.5
14.730
10
22 11 14.42
2.0M6
8 39 45.3
14.636
10
23 48 10.38
1.9837
3 13 3.6
14.T07
11
22 13 19.38
2.0807
8 25 12.2
14J68
11
23 50 9.39
1.9634
3 27 45.3
14.662
12
22 15 24.10
2.0768
8 10 37.1
14.600
12
23 52 8.39
1.0633
3 42 25.4
14.666
13
22 17 28.60
2.0731
7 56 0.2
14.620
13
23 54 7.38
1.9831
3 57 4.0
14.620
14
22 19 32.87
2.0603
7 41 21.6
14.668
14
23 56 6.36
1.0630
4 11 40.9
14.601
15
22 21 36.92
2.0668
7 26 41.3
14.686
15
23 58 5.34
1.9831
4 26 16.1
14.672
16
22 23 40.76
2U)623
7 11 59.3
14.712
16
0 0 4.33
1.9832
4 40 49.5
14.642
17
22 25 44.39
2J06S8
6 57 15.9
14.736
17
0 2 3.32
1.9833
4 55 21.1
14.610
18
22 27 47.81
2.0663
6 42 31.0
14.760
18
0 4 2.32
1.9634
5 9 50.7
14.478
19
22 29 51.03
2.0621
6 27 44.7
14.782
19
0 6 1.33
1.9637
5 24 18.4
14.446
^
22 31 54.06
2.0480
6 12 57.2
14J03
20
0 8 0.36
1.9841
5 38 44.1
14.411
21
22 33 56.90
2Jd46S
5 58 8.4
14.823
21
0 9 59.42
1.9846
5 53 7.7
14.376
22
22 35 59.55
2.0427
5 43 18.5
14.841
22
0 11 58.50
1.9849
6 7 29.1
14.338
^
22 38 2.02
2.0307
- 6 28 27.5
-I-14.868
23
0 13 57.61
1.9864
+ 6 21 48.3
4-14.301
A
PRIL :
27.
AI
*RIL 21
J.
0
22 40 4.31
2.0368
- 5 13 35.5
•»-14.873
0
0 15 56.75
1.9860
+ 6 36 6.2
+14.263
1
22 42 6.43
2.0340
4 58 42.7
14.888
1
0 17 55.93
1.9867
6 50 19.8
14.223
2
22 44 8.39
2.0313
4 43 49.0
14J02
2
0 19 55.15
1.9874
7 4 31.9
14.182
3
22 46 10.18
2.0286
4 28 54.5
14.013
3
0 21 54.42
1.9882
7 18 41.6
14.140
4
22 48 11.81
2.0269
4 13 59.4
14.024
4
0 23 53.73
1.9889
7 32 48.7
14.097
5
22 50 13.29
2i)235
3 59 3.6
14.034
5
0 25 53.09
1.9608
7 46 53.2
14.053
6
22 52 14.63
2.0211
3 44 7.3
14.043
6
0 27 52.51
1.0008
8 0 55.1
14.000
7
22 54 15.82
2.0187
3 29 10.5
14.060
7
0 29 51.99
1.0918
8 14 54.3
13.063
8
22 56 16.87
2.0163
3 14 13.3
14.956
8
0 31 51.53
1.9929
8 28 50.6
13.915
9
22 58 17.78
2.0142
2 59 15.8
14.061
9
0 33 51.14
1.9041
8 42 44.1
13.868
10
23 0 18.57
2.0121
2 44 18.0
14.064
10
0 35 50.82
1.0053
8 56 34.7
13.818
11
23 2 19.23
2.0100
'2 29 20.1
14.067
11
0 37 60.57
1.0064
9 10 22.3
13.768
12 23 4 19.77
2.0081
2 14 22.0
14.068
12
0 39 50.39
1.0977
9 24 6.9
13.718
13
23 6 20.20
2.0062
1 59 23.9
14.068
13
0 41 50.29
1.0001
9 37 48.4
13.665
14
23 8 20.51
2.0043
1 44 25.9
14.067
14
0 43 50.28
2.0006
9 51 26.7
13.612
15
23 10 20.72
2.0026
1 29 27.9
14.065
15
0 45 60.35
2.0010
10 5 1.8
13.558
16
23 12 20.82
2.0000
1 14 30.1
14.062
16
0 47 50.51
2.0034
10 18 33.7
13.503
17
23 14 20.83
1.0003
0 59 32.5
14.058
17
0 49 50.76
2.0050
10 32 2.2
13.447
18
23 16 20.74
1.0078
0 44 35.2
14.952
18
0 51 51.11
2.0067
10 45 27.3
13.389
19
23 18 20.57
1J>064
0 29 38.3
14.944
19
0 53 51.56
2.0083
10 58 48.9
13.331
20 ; 23 20 20.31
1.0050
- 0 14 41.9
14.936
20
0 55 52.10
2.0099
IJ 12 7.0
13.272
21 23 22 19.97
1.0038
+ 00 14.0
14.928
21
0 67 62.75
2.0118
11 25 21.5
13.212
22
23 24 19.56
1.9026
0 15 9.4
14.918
22
0 59 53.51
2.0135
11 38 32.4
13.151
23
23 26 19.08
1.0914
0 30 4.1
14.906
23
1 1 54.37
2U)153
11 51 39.6
13.088
24
23 28 18.53
1.0003 1
+ 0 44 58.1
+14.893
24
1 3 55.35
2.0173
+12 4 43.0
+13.026
56
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Riielit
A30COXiOD.
Var.
per
ICIn.
DeeUnatkin.
Var.
Hour.
Right
Asceoskm.
Var.
DMliiiatioo.
Vir.
MiD.
APRIL 30.
MAY 2.
h m 8
8
• t ft
//
h m 8
s
• t tf
n
0
1 3 55.35
2.0173
+12 4 43.0
+13.025
0
2 43 32.61
2.1407
+20 58 53.8
+8JK5
1
1 5 56.44
2.0193
12 17 42.6
12.961
1
2 45 41.13
3.1434
21 7 43.7
8.778
2
1 7 57.65
3.0212
12 30 38.3
12.895
2
2 47 49.82
3.1463
21 16 27.2
8.671
3
1 9 58.98
2.0232
12 43 30.0
12.829
3
2 49 58.67
3.1489
21 25 4.2
8.562
4
1 12 0.43
2.02S3
12 56 17.8
12.763
4
2 52 7.69
3.1516
21 33 34.6
8.452
5
1 14 2.01
2.0373
13 9 1.5
12.694
5
2 54 16.86
3.1643
21 41 58.4
8.343
6
1 16 3.71
3.0205
13 21 41.1
12.625
6
2 56 26.19
3.1609
21 50 15.6
8.231
7
1 18 5.55
2.0317
13 34 16.5
12.554
7
2 58 35.69
3.1597
21 58 26.1
8.119
8
1 20 7.51
2.0338
13 46 47.6
12.483
8
3 0 45.35
3.1633
22 6 29.9
8.O08
9
1 22 9.61
2.0362
13 69 14.5
12.412
9
3 2 55.16
3.1648
22 14 27.0
7J&4
10
1 24 11.85
2.0385
14 11 37.0
12.338
10
3 5 5.12
3.1673
22 22 17.2
7.7»
11
1 26 14.23
2.0408
14 23 55.1
12.264
11
3 7 15.24
3.1699
22 30 0.6
7.««
12
1 28 16.74
2.0431
14 36 8.7
12.189
12
3 9 25.51
3.1734
22 37 37.1
7.551
13
1 30 19.40
2.0456
14 48 17.8
12.113
13
3 11 35.93
3.1749
22 45 6.7
7.4»
14
1 32 22.20
2.0479
15 0 22.3
12.037
14
3 13 46.50
3.1774
22 52 29.4
7.819
15
1 34 25.15
2.0503
15 12 22.2
11.959
15
3 15 57.22
3.1798
22 59 45.0
7.302
16
1 36 28.24
2.0528
15 24 17.4
11.880
16
3 18 8.08
3.1833
23 6 53.6
! 7.085
17
1 38 31.49
2.0554
15 36 7.8
11.800
17
3 20 19.08
3.1845
23 13 55.2
6.96S
18
1 40 34.89
2.0579
15 47 53.4
11.719
18
3 22 30.22
3.1868
23 20 49.7
6.S48
19
1 42 38.44
3.0605
15 59 34.1
11.638
19
3 24 41.50
3.1893
23 27 37.0
e.7»
20
1 44 42.15
2.0631
16 11 9.9
11.555
20
3 26 52.92
3.1914
23 34 17.2
6.610
21
1 46 46.01
2.0657
16 22 40.7
11.472
21
3 29 4.47
3.1936
23 40 50.2
6.489
22
1 48 50.03
2.0683
16 34 6.5
11.388
22
3 31 16.15
3.1968
23 47 15.9
6.368
23
1 50 54.21
2.0710
MAY 1
+16 45 27.2
•
+11.302
23
3 33 27.96
3.1979
LA.Y3.
+23 53 34.4
+«.247
0
1 52 58.55
2.0737
+16 56 42.7
+11.215
0
3 35 39.90
3.3000
+23 59 45.5
-MS 134
1
1 55 3.05
2.0763
17 7 53.0
11.128
1
3 37 51.96
3.3019
24 5 49.3
tSSA
2
1 57 7.71
2.0790
17 18 58.1
11.041
2
3 40 4.13
3.3038
24 11 45.8
5.880
3
1 59 12.53
2.0818
17 29 57.9
10.952
3
3 42 16.42
3.2058
24 17 34.9
5.757
4
2 1 17.52
2.0846
17 40 52.3
10.862
4
3 44 28.83
3.2078
24 23 16.6
5.633
5
2 3 22.68
2.0873
17 51 41.3
10.771
5
3 46 41.35
3.3096
24 28 50.8
5.508
6
2 5 28.00
2.0901
18 2 24.8
10.679
6
3 48 53.98
3.3113
24 34 17.6
5.384
7
2 7 33.49
2.0928
18 13 2.8
10.587
7
3 51 6.71
3.3131
24 39 36 9
5.358
8
2 9 39.14
2.0956
18 23 35.2
10.493
8
3 53 19.55
3.3148
24 44 48.6
5.133
9
2 11 44.96
2.0985
18 34 2.0
10.399
9
3 55 32.48
3.3163
24 49 52.8
5,007
10
2 13 50.96
2.1013
18 44 23.1
10.304
10
3 57 45.51
3.3179
24 54 49.4
4.881
11
2 15 57.12
2.1041
18 54 38.5
10.208
11
3 59 58.63
3.3194
24 59 38.5
4.754
12
2 18 3.45
2.1069
19 4 48.1
10.111
12
4 2 11.84
3.3306
25 4 19.9
4.627
i
13
2 20 ^9.95
2.1008
19 14 51.8
10.013
13
4 4 25.13
3.3333
25 8 53.7
4.489
14
2 22 16.62
2.1125
19 24 49.7
9.915
14
4 6 38.51
3.2236
25 13 19.8
4.373
15
2 24 23.45
2.1153
19 34 41.6
9.816
15
4 8 51.96
3.3348
25 17 38.3
4.344
16
2 26 30.46
2.1182
19 44 27.6
9.716
16
4 11 5.49
3.3360
25 21 49.1
4.116
17
2 28 37.64
2.1210
19 54 7.5
9.614
17
4 13 19.08
3.3371
25 25 52.2
3.987
18
2 30 44.98
2.1238
20 3 41.3
9.513
18
4 15 32.74
3.2283
25 29 47.5
3.858
19
2 32 52.50
2.1268
20 13 9.0
9.410
19
4 17 46.47
3.3293
25 33 35.1
3.729
20
2 35 0.19
2.1295
20 22 30.5
9.307
20
4 20 0.25
3.3303
25 37 15.0
3.600
21
2 37 8.04
2.1323
20 31 45.8
9.203
21
4 22 14.09
3.3311
25 40 47.1
8.471
22
2 39 16.06
2.1351
20 40 54.8
9.098
22
4 24 27.98
3.3318
25 44 11.5
3.341
23
2 41 24.25
2.1379
20 49 57.5
8.992
23
4 26 41.91
3.3336
25 47 28.0
3.210
24
2 43 32.61
3.1407
+20 58 53.8
+ 8.885
24
4 28 55.89
3.3333
+25 50 36.7
i+3.0«>
MOON, 1916.
57
GREENWICH MEAN TIME.
Hoar.
Aaoefwfcwi.
£to.
DcoUnatlon.
Var.
Hoof.
Rifdit
Ascension.
Var.
1^
DeoUnstlon.
Var.
£2.
MAY 4
•
MAY 6.
h m s
f
• 9 09
//
h m s
i
• t tt
//
0
4 28 55.89
2.2333
+25 50 36.7
+3.090
0
6 15 35.90
2.1866
+25 48 35.4
-3.097
1
4 31 9.91
2.2330
25 53 37.6
2.950
1
6 17 46.96
2.1830
25 45 25.9
3.218
2
4 33 23.96
2.2346
25 56 30.7
2.819
2
6 19 57.86
2.1804
25 42 9.2
8.339
3
4 35 38.05
2.2350
25 59 15.9
2.688
3
6 22 8.61
2.1778
25 38 45.2
3.460
4
4 37 52.16
2.2353
26 1 53.3
2.558
4
6 24 19.20
2.1752
25 35 14.0
3.581
5
4 40 6.29
2.2357
26 4 22.9
2.428
5
6 26 29.68
2.1725
25 31 35.5
3.701
6
4 42 20.44
2.2300
26 6 44.6
2.296
6
6 28 39.90
2.1606
25 27 49.9
8.819
7
4 44 34.61
2.2308
26 8 58.4
2.165
7
6 30 50.00
2.1670
25 23 57.2
3.938
8
4 46 48.79
2.2388
26 11 4.4
2.034
8
6 32 59.94
2.1642
25 19 57.3
4.057
9
4 49 2.97
2.2363
26 13 2.5
1.903
9
6 35 9.70
2.1613
25 15 50.4
4.174
10
4 Si 17.15
2.2368
26 14 52.7
1.772
10
6 37 19.29
2.1584
25 11 36.4
4.293
11
4 53 31.33
2.2363
26 16 35.1
1.641
11
6 39 28.71
2.1555
25 7 15.3
4.409
12
4 55 45.50
2.2361
26 18 9.6
1.509
12
6 41 37.95
2.1525
25 2 47.3
4.524
13
4 57 59.66
2.2358
26 19 36.2
1.878
13
6 43 47.01
2.1495
24 58 12.4
4.640
14
5 0 13.80
2.2356
26 20 55.0
1.248
14
6 45 55.89
2.1465
24 53 30.5
4.786
15
5 2 27.93
2.2353
26 22 5.9
1.116
15
6 48 4.59
2.1434
24 48 41.7
4.870
16
5 4 42.03
2.2348
26 23 8.9
0.985
16
6 50 13.10
2.1403
24 43 46.1
4.984
17
5 6 56.10
2.2348
26 24 4.1
0.854
17
6 52 21.42
2.1372
24 38 43.6
5.098
18
5 9 10.14
2.2337
26 24 51.4
0.723
18
6 54 29.56
2.1340
24 33 34.4
5.209
19
5 11 24.14
2.2330
26 25 30.8
0.592
19
6 56 37.50
2.1306
24 28 18.5
5.822
20
5 13 38.10
2.2323
26 26 2.4
0.462
20
6 58 45.25
2.1276
24 22 55.8
5.433
21
5 15 52.02
2.2315
26 26 26.2
0.332
21
7 0 52.81
2.1244
24 17 26.5
5.544
22
5 18 5.88
2.2306
26 26 42.2
•
0.201
22
7 3 0.18
2.1212
24 11 50.5
5.655
23
5 20 19.69
2.2206
MAYfi
+26 26 50.3
+0.071
23
7 5 7.35
2.1178
lAY 7.
+24 6 7.9
-6.764
0
5 22 33.45
2.2288
+26*26 50.7
-^.068
0
7 7 14.32
2.1146
+24 0 18.8
-^.878
1
5 24 47.14
2.2277
26 26 43.3
0.189
1
7 9 21.10
2.1113
23 54 23.2
5.982
2
5 27 0.77
2.2266
26 26 28.0
0.819
2
7 11 27.68
2.1079
23 48 21.0
6.090
3
5 29 14.33
2.2258
26;26 5.0
0.448
3
7 13 34.05
2.1046
23 42 12.4
6.197
4
5 31 27.81
2.'2240
26 25 34.2
0.578
4
7 15 40.23
2.1018
23 35 57.4
6.303
5
5 33 41.21
2.2227
26 24 55.7
0.707
5
7 17 46.21
2.0979
23 29 36.0
6.410
«
5 35 54.53
2.2213
26 24 9.4
0.835
6
7 19 51.98
2.0945
23 23 8.2
6.515
7
5 38 7.76
2.2196
26 23 15.5
0.963
7
7 21 57.55
2.0912
23 16 34.2
6.619
8
5 40 20.91
2.2188
26 22 13.8
1.008
8
7 24 2.92
2.0878
23 9 53.9
6.723
9
5 42 33.96
2.2167
26 21 4.4
1.220
9
7 26 8.09
2.0644
23 3 7.4
6.827
10
5 44 46.91
2.2150
26 19 47.4
1.348
10
7 28 13.05
2.0810
22 56 14.7
6.930
U
5 46 59.76
2.2133
26 18 22.7
1.475
11
7 30 17.81
2.0776
22 49 15.8
7.032
12
5 49 12.50
2.ill5
26 16 50.4
1.602
12
7 32 22.36
2.0742
22 42 10.9
7.133
13
5 51 25.14
2.2097
26 15 10.5
1.728
13
7 34 26.71
2.0708
22 34 59.9
7J34
14
5 53 37.66
2.2077
26 13 23.0
1.855
14
7 36 30.85
2.0673
22 27 42.8
7.334
15
5 55 50.06
2.2058
26 11 27.9
1.062
15
7 38 34.79
2.0639
22 20 19.8
7.433
16
5 58 2.35
2.2038
26 9 25.2
2.107
16
7 40 38.52
2.0606
22 12 50.8
7.533
17
6 0 14.51
2.2017
26 7 15.1
2.231
17
7 42 42.05
2.0671
22 5 15.9
7.630
18
6 2 26.55
2.1996
26 4 57.5
2.357
18
7 44 45.37
2.0537
21 57 35.2
7.728
19
6 4 38.45
2.1973
26 2 32.3
2.482
19
7 46 48.49
2.0503
21 49 48.6
7.826
20
6 6 50.22
2.1960
25 59 59.7
2.605
20
7 48 51.41
2.0460
21 41 56.2
7.921
21
6 9 1.85
2.1927
25 57 19.7
2.728
21
7 50 54.12
2.0435
21 33 58.1
8.016
22
6 11 13.34
2.1903
25 54 32.3
2.852
22
7 52 56.63
2.0402
21 25 54.3
8.111
23
6 13 24.69
2.1880
25 51 37.5
2.074
23
7 54 58.94
2.0368
21 17 44.8
8.206
24
1 6 15 35.90
2.1856
+25 48 35.4
-8.097
24
7 57 1.05
2.0335
+21 9 29.7
-8.298
58
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
Ascenskm.
Var.
SSL
Declination.
Var.
per
Hin.
Hour.
Right
Aacension.
Var.
Hin.
1
Declination.
Vtr-
IS.
•
MAY 8
■
MAY 10.
h m 8
8
• 0 if
»/
h m 8
8
• t rr
#r
0
7 57 1.05
2.033ft
+21 9 29.7
-8.296
0
9 31 15.85
1.9079
+12 56 7.8
-UXfH
1
7 59 2.96
2.0302
21 1 9.0
8.391
1
9 33 10.28
1.9064
12 44 5.7
12i)6S
2
8 1 4.67
2.0268
20 52 42.8
8.483
2
9 35 4.62
1.9049
12 32 0.0
12.U6
3
8 3 6.18
2.023ft
20 44 11.0
8.67ft
8
9 36 58.87
1.9036
12 19 50.6
12.186
4
8 5 7.49
2.0203
20 35 33.8
8.666
4
9 38 53.04
1.9022
12 7 37.7
12.21S
5
8 7 8.61
2.0170
20 26 51.1
8.757
5
9 40 47.13
1.9009
11 65 21.2
12 3M
6
8 9 9.53
2.0138
20 18 3.0
8.846
6
9 42 41.15
1.8997
11 43 IJ2
12.383
7
8 11 10.26
2.0106
20 9 9.6
8.934
7
9 44 35.09
1.8985
11 30 37.8
12.41S
8
8 13 10.79
2.0073
20 0 10.9
9.023
8
9 46 28.97
1.8074
11 18 11.0
12.475
9
8 15 11.13
2.0041
19 51 6.9
9.110
9
9 48 22.78
1.8963
11 5 40.8
12.531
10
8 17 11.28
2.0000
19 41 57.7
9.197
10
9 50 16.53
1.8963
10 53 7.3
U.58b
11
8 19 11.24
1.9078
19 32 43.3
9.283
11
9 52 10.22
1.8943
10 40 30.5
12.641
12
8 21 11.02
1.0948
19 23 23.8
9.368
12
9 54 3.85
1.8935 i 10 27 50.4
12-695
13
8 23 10.61
1.9917
19 13 59.1
9.463
13
9 55 57.44
1.8928
10 15 7.1
12.74!>
14
8 25 10.02
1.9886
19 4 29.4
9.537
14
9 57 50.98
1.8919
10 2 20.7
UJ9»
15
8 27 9.24
1.0655
18 54 54.7
9.620
15
9 59 44.47
1.8913
9 49 31.1
12.853
16
8 29 8.28
1.9826
18 45 15.0
9.703
16
10 1 37.93
1.8908
9 36 38.4
12.903
17
8 31 7.15
1.9797
18 35 30.3
9.786
17
10 3 31.36
1.8002
9 23 42.7
12.954
18
8 33 5.84
1.9767
18 25 40.7
9.867
18
10 5 24.75
1.8896
9 10 43.9
13.004
19
8 35 4.35
1.9738
18 15 46.3
9.947
19
10 7 18.11
1.8892
8 57 42.2
13.053
20
8 37 2.69
1.9709
18 5 47.1
10.028
20
10 9 11.45
1.8889
8 44 37.6
13.102
21
8 39 0.86
1.9681
17 55 43.0
10.108
21
10 11 4.78
1.8887
8 31 30.0
13. 1«
22
8 40 58.86
1.9653
17 45 34.2
10.186
22
10 12 58.09
1.8883
8 18 19.6
13.197
23
8 42 56.70
1.9626
+17 35 20.7
-10.264
23
10 14 51.38
1.8882
+ 8 6 6.4
-13.213
MAY fi
1.
MAY 11.
0
8 44 54.37
1.9596
+17 25 2.5
-10.342
0
10 16 44.67
1.8882
+ 7 51 50.4
-13.2S9
1
8 46 51.88
1.0572
17 14 39.7
10.418
1
10 18 37.96
1.8882
7 38 31.7
13.333
2
8 48 49.23
1.9545
17 4 12.3
10.495
2
10 20 31.25
1.8882
7 25 10.4
13.378
3
8 50 46.42
1.9519
16 53 40.3
10.571
3
10 22 24.54
1.8883
7 11 46.4
13.422
4
8 52 43.46
1.9493
16 43 3.8
10.645
4
10 24 17.85
1.8886
6 58 19.8
13.465
5
8 54 40.34
1.9468
16 32 22.9
10.718
5
10 26 11.17
1.8888
6 44 50.6
13.506
6
8 56 37.08
1.9444
16 21 37.6
10.793
6
10 28 4.50
1.8891
6 31 18.9
13.54S
7
8 58 33.67
1.9419
16 10 47.8
10.866
7
10 29 57.86
1.8895
6 17 44.8
13 .5&*
8
9 0 30.11
1.9395
15 59 53.7
10.938
8
10 31 51.24
1.8900
6 4 8.3
13.62S
9
9 2 26.41
1.9372
15 48 55.2
11.010
9
10 33 44.66
1.8906
5 50 29.4
13.668
10
9 4 22.57
1.9349
15 37 52.5
11.081
10
10 35 38.11
1.8912
5 36 48.1
u.im
11
9 6 18.60
1.9327
15 26 45.5
11.151
11
10 37 31.60
1.8919
5 23 4.5
13.74S
12
9 8 14.49
1.9304
15 15 34.4
11.220
12
10 39 25.14
1.8927
6 9 18.7
13.783
13
9 10 10.25
1.9283
15 4 19.1
11.289
13
10 41 18.72
1.8935
4 55 30.7
13. 8H
14
9 12 5.88
1.9262
14 52 59.7
11.358
14
10 43 12.36
1.8944
4 41 40.6
13.S33
15
9 14 1.39
1.9242
14 41 36.2
11.425
15
10 45 6.05
1.8954
4 27 48.3
13.8."^
16
9 15 56.78
1.9222
14 30 8.7
11.492
16
10 46 59.81
1.8965
4 13 54.0
13.023
17
9 17 52.05
1.9202
14 18 37.2
11.558
17
10 48 53.63
1.8976
3 59 57.6
13.956
18
9 19 47.20
1.9183
14 7 1.7
11.024
18
10 50 47.52
1.8988
3 45 59.3
13.96^
19
9 21 42.24
1.9164
13 55 22.3
11.689
19
10 62 41.49
1.9002
3 31 59.1
14.019
20
9 23 37.17
1.9146
13 43 39.0
11.754
20
10 54 35.54
1.9015
3 17 5''.0
14.051
21
9 25 31.99
1.9128
13 31 51.8
11.818
21
10 56 29.67
1.9029
3 3 63.0
14.081
22
9 27 26.71
1.9112
13 20 0.9
11.880
22
10 58 23.89
1.9045
2 49 47.3
14.110
23
9 29 21.33
1.9095
13 8 6.2
11.943
23
11 0 18.21
1.9061
2 35 39.8
14.13«
24
9 31 15.85
1.9079
+12 56 7.8
-12.004
24
11 2 12.62
1.9078
+ 2 21 30.7
-14.166
MOON, 1916.
59
GREENWICH MEAN TIME.
Hour.
AsMotloii.
V«r.
DecIinatioQ.
Var.
MLa.
Hour.
Uight
AsoensloQ.
V«r.
DaoUnatloo.
Var.
MAY 12.
MAY 14.
h m 1
8
m 0 ff
tt
h m 8
8
• » M
tt
0
11 2 12,62
1.9078
+2 21 30.7
-14.166
0
12 37 14.89
2.0838
- 9 12 7.8
-14.315
1
11 4 7.14
1.9006
2 7 19.9
14.193
1
12 39 20.09
2.0896
9 26 25.9
14.288
2
11 6 1.76
1.9113
1 53 7.6
14.218
2
12 41 25.63
2.0953
9 40 42.4
14.261
3
11 7 66.60
1.9133
1 38 63.7
14.243
3
12 43 31.62
2.1011
9 54 57.2
14.231
4
11 9 61.36
1.9153
1 24 38.4
14.268
4
12 46 37.76
2.1070
10 9 10.1
14.199
5
11 11 46.33
1.9173
1 10 21.6
14.292
5
12 47 44.36
2.1130
10 23 21.1
14.168
6
11 13 41.43
1.9196
0 66 3.4
14.314
6
12 49 61.32
2.1191
10 37 30.2
14.134
7
11 16 36.67
1.9218
0 41 43.9
14.335
7
12 61 68.66
2.1253
10 51 37.2
14.098
8
11 17 32.04
1.9240
0 27 23.2
14.355
8
12 64 6.36
2.1314
11 6 42.0
14.061
9
11 19 27.66
1.9264
+0 13 1.3
14.375
9
12 66 14.42
2.1377
11 19 44.5
14.023
10
11 21 23.21
1.9289
-0 1 21.8
14.394
10
12 58 22.87
2.1441
11 33 44.7
13.983
11
11 23 19.02
1.9314
0 15 46.0
14.412
11
13 0 31.71
2.1506
11 47 42.4
13.941
12
11 26 14.98
1.9340
0 30 11.2
14.428
12
13 2 40.94
2.1571
12 1 37.6
13.898
13
11 27 11.10
1.9368
0 44 37.4
14.444
13
13 4 50.66
2.1637
12 15 30.1
13.853
14
11 29 7.39
1.9396
0 69 4.6
14.459
14
13 7 0.68
2.1703
12 29 19.9
13J06
16
11 31 3.86
1.9425
1 13 32.6
14.474
16
13 9 11.00
2.1770
12 43 6.8
13.758
16
11 33 0.49
1.9454
1 28 1.4
14.488
16
13 11 21.82
2.1838
12 56 60.8
13.708
17
11 34 67.30
1.9484
1 42 31.0
14.409
17
13 13 33.06
2.1008
13 10 31.7
13.656
18
11 36 64.30
1.9516
1 67 1.3
14.510
18
13 16 44.71
2.1977
13 24 9.5
13.603
19
11 38 61.49
1.9648
2 11 32.2
14.520
19
13 17 66.78
2.2047
13 37 44.0
13.548
20
11 40 48.87
1.9580
2 26 3.7
14.530
20
13 20 9.27
2.2117
13 61 16.2
13.491
21
11 42 46.46
1.9614
2 40 36.8
14.538
21
13 22 22.18
2.2188
14 4 42.9
13.433
22
11 44 44.24
1.9648
2 66 8.3
14.544
22
13 24 36.62
2.2200
14 18 7.1
13.373
23
11 46 42.23
]
1.9683
ilAY li
-3 9 41.1
J.
-14.550
23
13 26 49.30
2.2333
AY 16.
-14 31 27.6
-13.310
0
11 48 40.44
1.9720
-3 24 14.3
-14.556
0
13 29 3.51
2.2405
-14 44 44.3
-13.246
1
11 50 38.87
1.9757
3 38 47.8
14.559
1
13 31 18.16
2.2478
14 67 57.1
13.180
2
11 62 37.62
1.9795
3 53 21.4
14.562
2
13 33 33.25
2.2553
15 11 6.9
13.113
3
11 64 36.41
1.9834
4 7 65.2
14.563
3
13 35 48.79
2.2628
15 24 10.6
13.043
4
11 66 36.63
1.9873
4 22 29.0
14.563
4
13 38 4.78
2.2703
15 37 11.1
12.973
5
11 68 34.89
1.9914
4 37 2.8
14.563
6
13 40 21.22
2.2778
15 50 7.3
12.899
6
12 0 34.60
1.9955
4 51 36.6
14.562
6
13 42 38.12
2.2855
16 2 69.0
12.824
7
12 2 34.36
1.9997
6 6 10.2
14.558
7
13 44 55.48
2.2031
16 15 46.2
12.748
8
12 4 34.46
2.0040
6 20 43.6
14.554
8
13 47 13.29
2.3008
16 28 28.7
12.668
9
12 6 34.83
2.0083
6 36 16.7
14.549
9
13 49 31.57
2.30R6
16 41 6.4
12.588
10
12 8 36.46
2.0128
6 49 49.5
14.543
10
13 51 60.32
2.3163
16 53 39.2
12.506
11
12 10 36.36
2.0173
6 4 21.8
14.584
11
13 54 9.63
2.3241
17 6 7.0
12.421
12
12 12 37.64
2.0220
6 18 63.6
14.525
12
13 66 29.21
2.3320
17 18 29.7
12.334
13
12 14 39.00
2.0267
6 33 24.8
14.515
13
13 68 49.37
2.3309
17 30 47.1
12.246
14
12 16 40.74
2.0314
6 47 65.4
14.504
14
14 1 10.00
2.3478
17 42 59.2
12.156
15
12 18 42.77
2.0363
7 2 26.3
14.491
16
14 3 31.10
2.3557
17 65 5.8
12.063
1«
12 20 46.09
2.0412
7 16 64.3
14.476
16
14 5 52.68
2.3637
18 7 6.8
11.968
17
12 22 47.71
2.0463
7 31 22.4
14.461
17
14 8 14.74
2.3718
18 19 2.0
11.872
18
12 24 60.64
2.0514
7 46 49.6
14.444
18
14 10 37.29
2.3798
18 30 51.4
11.773
19
12 26 63.88
2.0566
8 0 16.7
14.426
19
14 13 0.31
2.3877
18 42 34.8
11.673
20
12 28 67.43
2.0618
8 14 40.7
14.407
20
14 15 23.81
2.3958
18 54 12.2
11.572
21
12 31 1.30
2.0673
8 29 4.5
14.386
21
14 17 47.80
2.4038
19 5 43.4
11.467
22
12 33 5.50
2.0728
8 43 27.0 i
14.363
22
14 20 12.27
2.4118
19 17 8.2
11.360
23
12 36 10.03
2.0783
8 67 48.1
14.340
23
14 22 37.22
2.4199
19 28 26.6
11.252
24
. 12 37 14.89
2.0838
-9 12 7.8 1
-14.315
24
14 25 2.66
2.4280
-19 39 38.4
-11.142
60
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
1
Right
Asoenakm.
Var.
D«cUxiatk>ii.
Var.
iSte.
Hour.
Right
Xsfotaaskm.
Var.
DeoUnatlap.
Vtt.
MAY 16.
MAY 18
•
h m 8
t
• / //
n
h m s
t
• t $f
«
0
14 25 2.66
2.4280
-19 39 38.4
-11.142
0
16 30 2.03
2.7430
-25 50 16.7
-4.6SS
1
14 27 28.58
2.4361
19 50 43.6
11.020
1
16 32 46.77
2.7474
25 53 49.0
3.412
2
14 29 54.99
2.4442
20 1 41.9
10.014
2
16 35 31.72
2.7508
25 57 9.7
3J48
3
14 32 21.88
2.4522
20 12 33.3
10.708
3
16 38 16.86
2.7538
26 0 18.8
3.QS3
4
14 34 49.25
2.4602
20 23 17.6
10.670
4
16 41 2.18
2.7568
26 3 16.1
2.RSR
5
14 37 17.10
2.4683
20 33 54.8
10.550
5
16 43 47.67
2.7505
26 6 1.7
2M\
6
14 39 45.44
2.4763
20 44 24.7
10.437
6
16 46 33.32
2.7621
26 8 35.4
2.«S
7
14 42 14.26
2.4843
20 54 47.2
10.312
7
16 49 19.12
2.7644
26 10 57.3
2J67
8
14 44 43.55
2.4022
21 5 2.1
10.185
8
16 52 5.05
2.7665
26 13 7.4
2.068
9
14 47 13.b2
2.5001
21 15 9.4
10.067
9
16 54 51.10
2.7684
26 15 5.5
ijeo
10
14 49 43.56
2.5079
21 25 8.9
0.025
10
16 57 37.26
2.7702
26 16 51.7
1.670
11
14 52 U.27
2.5158
21 35 0.4
0.703
11
17 0 23.52
2.7718
26 18 25.9
1.470
12
14 54 45.46
2.5238
21 44 44.0
0.658
12
17 3 9.87
2.7731
26 19 48.1
1.270
13
14 57 17.12
2.5315
21 54 19.4
0.521
13
17 5 56.29
2.7743
26 20 58.3
1.000
14
14 59 49^
2.5302
22 3 46.5
0.383
14
17 8 42.78
2.7752
26 21 56.4
o.m8
15
15 2 21.82
2.5460
22 13 5.S
0.243
15
17 11 29.31
2.n58
26 22 42.5
0.668
16
15 4 54.87
2.5546
22 22 15.6
9.100
16
17 14 15.88
2.7763
26 23 16.6
0.467
17
15 7 28.37
2.5621
22 31 17.3
8.055
17
17 17 2.47
2.7767
26 2S 38.5
0.265
18
15 10 2.32
2.5685
22 40 10.2
8.808
18
17 19 49.08
2.7768
26 23 48.4
M).064
19
15 12 36.71
2.5760
22 48 54.3
8.661
19
17 22 35.69
2.7767
26 23 46.2
40.138
20
15 15 11.55
2.5843
22 57 29.5
8.511
20
17 25 22.28
2.7763
26 23 31.9
0.338
21
15 17 46.83
2.5016
23 5 55.6
8.358
21
17 28 8.85
2.7758
26 23 5.6 0.530
22
15 20 22.54
2.5088
23 14 12.5
8.205
22
17 30 55.38
2.7752
26 22 27.2 ' 0.741
23
15 22 58.68
2.6050
NLA.Y 1
-23 22 20.2
7.
- 8.060
23
17 33 41.87
2.7743
[AY 19
-26 21 36.7 +0.943
0
15 25 35.25
2.6130
-23 30 18.5
- 7.802
0
17 36 28.29
2.7731
-26 20 34.1
+1.143
1
15 28 12.24
2.6100
23 38 7.2
7.732
1
17 39 14.64
2.7n8
26 19 19.5
1.343
2
15 30 49.64
2.6267
23 45 46.3
7.570
2
17 42 0.90
2.7702
26 17 53.0
1.543
3
15 33 27.44
2.63:«
23 53 15.6
7.407
3
17 44 47.06
2.7684
26 16 14.4
1.743
4
15 36 5.64
2.6400
24 0 35.1
7.243
4
17 47 33.11
2.7665
26 14 23.9
1.011
5
15 38 44.24
2.6406
24 7 44.7
7.077
5
17 50 19.04
2.7644
26 12 21.5
2.139
6
15 41 23.23
2.6520
24 14 44.3
6.008
6
17 53 4.84
2.7621
26 10 7.2
2 .337
7
15 44 2.59
2.6502
24 21 o3.7
6.738
7
17 55 50.49
2.7605
26 7 41.1
2.534
8
15 46 42.33
2.6654
21 28 12.9
6.568
8
17 58 35.98
2.7568
26 5 3.1
2.731
9
15 49 22.44
2.6714
24 34 41.8
6J»4
9
18 1 21.31
2.7540
26 2 13.4
2.036
10
15 52 2.90
2.6773
24 41 0.2
6.210
10
18 4 6.46
2.7500
25 59 12.0
3.121
11
15 54 43.71
2.6830
24 47 8.1
6.044
11
18 6 51.42
2.7476
25 55 58.9
3.315
12
15 57 24.86
2.6887
24 53 5.5
5.868
12
18 9 36.17
2.7441
25 52 34.2
3.608
13
16 0 6.35
2.6042
24 58 52.2
5.688
13
18 12 20.71
2.7405
25 48 57.9
3.701
14
16 2 48.16
2.6006
25 4 28.0
5.507
\i
18 15 5.03
2.7367
25 45 10.1
3.892
15
16 5 30.29
2.7047
25 9 53.0
5.326
15
18 17 49.11
2.7327
25 41 10.9
4.083
16
16 8 12.72
2.7006
25 15 7.1
5.143
16
18 20 32.95
2.7285
25 37 0.2
4.273
17
16 10 55.44
2.7145
25 20 10.1
4.058
17
18 23 16.53
2.7242
25 32 38.2
4.460
18
16 13 38.46
2.7108
25 25 2.0
4.773
18
18 25 59.85
2.7108
25 28 5.0
4.647
19
16 16 21.76
2.7238
25 29 42.8
4.586
19
18 28 42.90
2.7152
25 23 20.6
4.833
20
16 19 5.32
2.7282
25 34 12.3
4.308
20
18 31 25.67
2.7104
25 18 25.1
5.016
21
16 21 49.14
2.7323
25 38 30.5
4.200
21
18 34 8.15
2.7055
25 13 18.5
5.201
22
16 24 33.20
2.7363
25 42 37.4
4.010
22
18 36 50.33
2.7003
25 8 1.0
5.SS3
23
16 27 17.50
2.7403
25 46 32.8
3.828
23
18 39 32.19
2.6051
25 2 32.6
5.564
24
16 30 2.03
2.7430
-25 50 16.7
- 3.635
24
18 42 13.74
2.6808
-24 56 53.3
+5.744
MOON, 1916.
61
GREENWICH MEAN TIME.
Hour.
Right
Asonsion.
Vir.
1
Deolbifttion.
V«r.
Hoar.
Right
Ajooukm.
V«r.
fin.
DeoUnation.
Var.
MAY 20.
MAY 22
*
h m 8
t
• / /*
ft
h m 8
f
• / tf 1
»t
0
18 42 13.74
3.6606
-24 56 53.3
•f- 5.744
0
20 43 28.16
3.8468
-17 26 20.1
4-18.338
1
18 44 54.96
3.6848
24 51 3.3
5.033
1
20 45 48.74
3.3808
17 13 58.0
13.413
2
18 47 35.85
3.6786
24 45 2.7
6U)08
2
20 48 8.88
3.3330
17 1 30.6
13.503
3
18 50 16.39
2.6738
24 88 51.6
6.378
3
20 50 28.58
3.3348
16 48 57.7
13.500
4
18 52 56.58
3.6660
24 32 30.0
6.447
4
20 52 47.85
3J175
16 36 19.7
13.676
5
18 55 36.42
3J600
24 25 58.0
6.610
5
20 55 6.68
3.3108
16 23 36.6
13.750
6
18 58 15.89
3.6648
24 19 15.7
6.780
6
20 57 25.08
3.3031
16 10 48.6
13.841
7
19 0 54.99
3.6486
24 12 23.3
6.058
7
20 59 43.05
3.3050
15 57 65.7
13.033
8
Id 3 33.72
3.6438
24 5 20.8
7.135
8
21 2 0.59
3.3888
15 44 58.0
13.000
9
19 6 12.06
3.6858
23 58 8.3
7.303
9
21 4 17.71
3.3810
15 31 55.7
13.077
10
1» 8 50.01
3.63B3
23 50 45.8
7.456
10
21 6 34.42
8.3750
15 18 48.8
13.153
U
19 11 27.57
3.6336
23 43 13.6
7.618
11
21 8 50.71
3.3680
15 5 37.5
13.224
12
19 14 4.72
3.6168
23 35 31.7
7.778
12
21 11 6.58
3.3612
14 52 21.9
13.205
13
19 16 41.47
3.6000
23 27 40.2
7.037
13
21 13 22.05
2.3644
14 39 2.1
18.365
14
19 19 17.80
3.6031
23 19 39.3
8.003
14
21 15 37.11
3.3477
14 25 38.1
13.433
15
19 21 53.72
3.M51
23 11 29.0
8.340
15
21 17 51.77
3.3411
14 12 10.1
13.400
16
19 24 29.21
3.6880
23 3 9.4
8.403
16
21 20 6.04
3.3345
13 58 38.2
13.568
17
19 27 4.28
3.6800
22 54 40.7
8.554
17
21 22 19.91
2.2270
13 45 2.5
13.626
18
19 29 38.92
3JS738
22 46 2.9
8.704
18
21 24 33.39
3.3315
13 31 23.1
13.688
19
19 32 13.13
3JM66
22 37 16.2
8.858
19
21 26 46.49
3.2152
13 17 40.0
18.748
20
19 34 46.91
3JW03
22 28 20.6
8.000
20
21 28 59.21
2.3080
13 3 53.4
13.805
21
19 37 20.24
3.6518
22 19 16.3
0.143
21
21 31 11.56
2.2027
12 60 3.4
13.861
22
19 39 53.13
3.6444
22 10 3.4
0.386
22
21 33 23.53
2.1064
12 36 10.1
13.015
23
19 42 25.57
3.6870
-22 0 42.0
1+ 0.427
23
21 35 35.13
2.1003
-12 22 13.6
+13.068
1
MAY 2
I.
Ifl
[AY 23
•
0
19 44 57.57
3.6305
-21 51 12.2
-t- 0.565
0
21 37 46.37
3.1843
-12 8 13.9
+14.020
1
19 47 29,11
3.6310
21 41 34.2
0.703
1
21 39 57.25
2.1784
11 54 11.2
14.060
2
19 50 0.20
2MU
21 31 48.0
0.838
2
21 42 7.78
3.1736
11 40 5.6
14.118
3
19 52 30.84
3.6068
21 21 53.7
0.071
3
21 44 17.96
8.1668
11 25 57.1
14.164
4
19 55 1.02
3.4003
21 11 51.5
10.103
4
21 46 27.79
3.1610
11 11 45.9
14.200
5
19 57 30.74
3.4016
21 1 41.5
10.331
5
21 48 37.28
3.1654
10 57 32.0
14.253
6
20 0 0.01
3.4840
20 51 23.8
10.358
6
21 50 46.44
8.1400
10 43 15.6
14.204
7
20 2 28.82
3.4763
20 40 58.5
10.483
7
21 52 55.27
3.1444
10 28 56.7
14.335
8
20 4 57.16
3.4685
20 SO 25.8
10.607
8
21 55 3.77
3.1800
10 14 35.4
14.374
9
20 7 25.04
3.4606
20 19 45.7
10.738
9
21 57 11.95
8.1338
10 0 11.8
14.411
10
20 9 52.46
3.4633
20 8 58.4
10.848
10
21 59 19.82
3.1386
9 45 46.1
14.447
11
20 12 19.42
3.4465
19 58 3.9
10.067
11
22 1 27.38
3.1334
9 31 18.2
14.483
12
20 14 45.92
3.4378
19 47 2.4
11.063
12
22 3 34.63
3.1183
9 16 48.2
14.616
13
20 17 11.95
8.4301
19 35 54.0
11.106
13
22 5 41.58
3.1133
9 2 16.3
14.547
14
20 19 37.53
3.4335
19 24 38.9
11.308
14
22 7 48.23
3.1064
8 47 42.6
14.577
15
20 22 2.65
3 4148
19 13 17.1
11.418
15
22 9 54.59
3.1037
8 33 7.1
14.606
16
20 24 27.31
3.4071
19 1 48.8
11.526
16
22 12 0.67
3.0000
8 18 29.9
14.033
17
20 26 51.50
3.3004
18 50 14.0
11.633
17
22 14 6.47
3.0043
8 3 51.1
14.660
18
20 29 15.24
3.3018
18 38 32.9
11.737
18
22 16 11.99
3.0608
7 49 10.7
14.685
19
20 31 38.52
3.3843
18 26 45.6
11.830
19
22 18 17.24
3.0653
7 34 28.9
14.708
20
20 34 1.35
3.3768
18 14 52.2
11.040
20
22 20 22.22
3.0800
7 19 45.8
14.720
21
20 36 23.73
2.3603
18 2 52.8
13.038
21
22 22 26.95
2.0767
7 5 1.4
14.760
22
20 38 45.65
3.3617
17 50 47.6
13.134
22
22 24 31.42
2.0724
6 50 15.8
14.770
23
20 41 7.13
3.3643
17 38 36.7
12.220
23
22 26 35.64
2.0683
6 35 29.0
14.788
24
20 43 28.16
3.3468
-17 26 20.1
+12.323
24
22 28 39.61
3.0643
- 6 20 41.2
+14.805
62
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right !
Awenskm.
Var.
DecIfnatloD.
Var.
Hour.
Right
AsoensloD.
Var.
Var.
Declination. per
MAY 24.
MAY 26.
h m s
8
• # #/
tt
h m s
8
• t tt It
+ 5 26 52.5 1+14J62
0
22 28 39.61
2.0643
-6 20 41.2
•»-i4.m5
0
0 4 42.24
1.9090
1
22 30 43.35
2.0003
6 5 52.4
14.820
1
0 6 40.38
1.9690
5 41 7.1
14.234
2
22 32 46.35
2.0564
5 51 2.8
14.834
2
0 8 38.52
1.9690
5 55 19.4
14.18:
3
22 34 50.12
2.0626
5 36 12.3
14.848
3
0 10 36.66
1.9091
6 9 29.5
14.14S
4
22 36 53.16
2.0480
5 21 21.1
14.859
4
0 12 34.81
1.9093
6 23 37.2
14.10S
5
22 38 55.99
2.0454
5 6 29.2
14.870
5
0 14 32.97
1.9605
6 37 42.5
14.068
6
22 40 58.61
2.0418
4 51 36.7
14.879
6
0 16 31.15
1.9698
6 51 45.4
14.02S
7
22 43 1.01
2.0383
4 36 43.7
14.888
7
0 18 29.34
1.9701
7 5 45.8
13.W5
8
22 45 3.21
2.0350
4 21 50.2
14.894
8
0 20 27.56
1.9706
7 19 43.6
13.942
9
22 47 5.21
2.0318
4 6 56.4
14.899
9
0 22 25.81
1.9711 7 33 38.8
13.SBS
10
22 49 7.02
2.0286
3 52 2.3
14.903
10
0 24 24.09
1.9717
7 47 31.3
13.853
11
22 51 8.64
2.0255
3 37 8.0
14.907
11
0 26 22.41
1.9723
8 1 21.1
13 iu:
12
22 53 10.08
2.0225
3 22 13.5
14.909
12
0 28 20.76
1.9729
8 15 8.1
13.759
13
22 55 11.34
2.0196
3 7 18.9
14.910
13
0 30 19.16
1.9737
8 28 52.2
13.712
14
22 57 12.43
2.0168
2 52 24.3
14.909
14
0 32 17.60
1.9745
8 42 33.5
13.663
15
22 59 13.35
2.0140
2 37 29.8
1 14.908
15
0 34 16.10
1.9754
8 56 11.8
13.614
16
23 1 14.11
2.0113
2 22 35.4
14.905
16
0 36 14.65
1.9763
9 9 47.2
13.564
17
23 3 14.71
2.0088
2 7 41.2
1 14.902
17
0 38 13.26
1.9773
9 23 19.5
13.512
18
23 5 15.16
2.0063
1 52 47.2
14.897
18
0 40 11.93
1.9794
9 36 48.6
13.4^
19
23 7 15.46
2.0038
1 37 53.6
14.891
19
0 42 10.67
1.9796
9 50 14.6
13.406
20
23 9 15.62
2.0015
1 23 0.3
14.884
20
0 44 9.48
1.9808 1 10 3 37.3
13.352
21
23 11 15.64
1.9093
1 8 7.5
14.875
21
0 46 8.36
1.0820
10 16 56.8
13.298
22
23 13 15.53
1.9972
0 53 15.3
14.866
22
0 48 7.32
1.9833
10 30 13.0
13.241
23
23 15 15.30
1.9951
-0 38 23.6
+14.856
23
0 50 6.36
1.9847 +10 43 25.7
+13.183
.
MAY2{
5.
MAY 27.
0
23 17 14.94
1.0930
-0 23 32.6
+14.844
0
0 52 5.48
1.9861
+10 56 35.0 1+13.126
1
23 19 14.46
1.9911
-0 8 42.3
14.832
1
0 54 4.69
1.9876
11 9 40.8
13.068
2
23 21 13.87
1.9893
+0 6 7.2
14.818
2
0 56 3.99
1.0891
11 22 43.1
13.006
3
23 23 13.18
1.9876
0 20 55.8
14.803
3
0 58 3.38
1.9007
11 35 41.8
12.948
4
23 25 12.38
1.9859
0 35 43.5
14.788
4
1 0 2.87
1.0923
11 48 36.9
12.887
5
23 27 11.49
1.9843
0 50 30.3
14.772
5
1 2 2.46
1.9940
12 1 28.2
12.824
6
23 29 10.50
1.9828
1 5 16.1
14.753
6
1 4 215
1.9058
12 14 15.8
12.762
7
23 31 9.42
1.9813
1 20 0.7
14.733
7
1 6 1.95
1.9976
12 26 59.6
12.698
8
23 33 8.26
1.9800
1 34 44.1
14.714
8
1 8 1.86
1.9994
12 39 39.5
12.633
9
23 35 7.02
1.9788
1 49 26.4
14.604
9
1 10 1.88
2.0013
12 52 15.6
12.567
10
23 37 5.71
1.9778
2 4 7.4
14.672
10
1 12 2.01
2.0032
13 4 47.5
U.500
11
23 39 4.33
1.9765
2 18 47.0
14.648
11
1 14 2.26
2.0052
13 17 15.5
13.433
12
23 41 2.89
1.9755
2 33 25.2
14.625
12
1 16 2.63
2.0073
13 29 39.4
12.364
13
23 43 1.39
1.9745
2 48 2.0
14.600
13
1 18 3.13
2.0093
13 41 59.2
12.295
14
23 44 59.83
1.9736
3 2 37.2
14.573
14
1 20 3.75
2.0114
13 54 14.8
12.225
15
23 46 58.22
1.9728
3 17 10.8
14.647
15
1 22 4.50
2.0136
14 6 26.2
12. IM
16
23 48 56.57
1.9721
3 31 42.8
14.519
16
1 24 5.38
2.0168
14 18 33.3
12.082
17
23 50 54.87
1.9714
3 46 13.1
14.490
17
1 26 6.40
2.0181 14 30 36.0
12.009
18
23 52 53.14
1.9709
4 0 41.6
14.460
18
1 28 7.55
2.02(E)
14 42 34.4
11.936
19
23 54 61.38
1.9704
4 15 8.3
14.429
19
1 30 8.84
2.0227
14 54 28.3
11.861
20
23 56 49.59
1.9699
4 29 33.1
14.398
20
1 32 10.27
2.0250
15 6 17.7
U.786
21
23 58 47.77
1.9696
4 43 56.0
14.365
21
1 34 11.84
2.0274
15 18 2.6
11.710
22
0 0 45.94
1.9694
4 58 16.9
14.331
22
1 36 13.56
2.0299
15 29 42.9
11.633
23
- 0 2 44.10
1.9692
5 12 35.7
14.297
23
1 38 15.43
2.a323
15 41 18.5
11.554
24
0 4 42.24
1.9690
+5 26 52.5
+14.262
24
1 40 17.44
2.0348
+15 52 49.4
+11.475
MOON, 1916.
63
GREENWICH MEAN TIME.
Hoar.
Bight
.isMiuion.
Var.
DecUnatioD.
Vnr.
Hour.
Rii?ht
Aaoinsion.
Var.
Declination.
Var.
MAY 28.
MAY 30
»
h m s
8
• f /f
//
h m 8
8
• f ft
ff
0
1 40 17.44
2X848
+15 52 49.4
+11.475
0
8 21 10.53
2.1090
+23 17 16.9
+0.749
1
1 42 19.60
2.0873
16 4 15.5
11.396
1
3 23 20.75
2.1715
23 23 58.4
6.633
2
1 44 21.92
2.0400
16 15 36.9
11.816
2
3 25 81.11
2.1730
23 30 32.9
6.517
3
1 46 24.40
2.0420
16 26 53.4
11.234
3
3 27 41.62
2.1763
23 37 0.4
6.390
4
1 48 27.03
2.0451
16 38 5.0
11.153
4
3 29 52.27
2.1788
23 43 20.8
0.282
5
1 50 29.81
2.0478
16 49 11.7
11.060
5
3 32 3.07
2.1812
23 49 34.2
6.163
6
1 52 32.76
2.0605
17 0 13.3
10.965
6
3 34 14.01
2.1835
23 55 40.4
6.044
1 54 36.87
2.0532
17 11 9.9
10.901
7
3 36 25.09
2.1858
24 1 39.6
5.925
8
1 56 39.14
2.0550
17 22 1.4
10.815
8
3 38 36.30
2.1880
24 7 31.4
5.805
9
1 58 42.58
2.0587
17 32 47.7
10.728
9
3 40 47.65
2.1903
24 13 16.1
5.685
10
2 0 46.18
2.0614
17 43 28.8
10.641
10
3 42 59.13
2.1923
24 18 53.6
5.564
11
2 2 49.95
2.0643
17 54 4.6
10.553
11
6 45 10.73
2.1944
24 24 23.8
5.443
12
2 4 53.89
2.06n
18 4 35.1
10.464
12
3 47 22.46
2.1965
24 29 46.7
5.331
13
2 6 58.00
2.0696
18 15 0.3
10.374
13
3 49 34.31
2.1985
24 35 2.3
5.198
U
2 9 2.27
2.0726
18 25 20.0
10.283
14
3 51 46.28
2.2004
24 40 10.5
5.076
15
2 11 6.71
2.0755
18 35 34.3
10.193
15
3 53 58.36
2.2023
24 45 11.4
4.963
16
2 13 11 .33
2.0784
18 45 43.1
10.100
16
3 56 10.56
2.2042
24 50 4.8
4.828
17
2 15 16.12
2.0813
18 55 46.3
10.007
17
3 58 22.86
2.2059
24 54 50.8
4.704
18
2 17 21.08
2.0842
19 5 43.9
9.913
18
4 0 35.27
2.2077
24 69 29.3
4.579
19
2 19 26.22
2.0871
19 15 35.9
9.818
19
4 2 47.78
2.9003
25 4 0.3
4.455
20
2 21 31.53
2.0900
19 25 22.1
9.723
20
4 6 0.89
2.2110
25 8 23.a
4.330
21
2 23 37.02
2.0920
19 35 2.6
9.627
21
4 7 13.10
2.2135
25 12 39.9
4.204
22
2 25 42.68
24)058
19 44 37.3
9.530
22
4 9 25.89
2.2130
25 16 48.4
4.078
23
2 27 48.52
2.0988
+19 54 6.2
+ 9.432
23
4 11 38.77
2.2154
+25 20 49.3
+3.953
.
MAY 2^
9.
}A
[AY 31
»
0
2 29 54.53
2.1017
+20 3 29.1
+ 9*333
0
4 13 51.74
2.2168
+25 24 42.7
+3.826
I
2 32 0.72
2.1046
20 12 46.1
9.234
1
4 16 4.79
2.2181
25 28 28.4
3.698
2 34 7.08
2.1075
20 21 57.2
9.134
2
4 18 17.91
2.2198
25 82 6.5
3.572
3
2 36 13.62
2.1105
20 31 2.2
9.033
3
4 20 31.11
2.2206
25 36 37.0
3.444
4
2 38 20.34
2.1134
20 40 1.1
8.931
4
4 22 44.37
2.2216
25 38 59.8
3.317
5
2 40 27.23
2.1168
20 48 53.9
8.829
5
4 24 57.70
2.2227
26 42 15.0
8.189
6
2 42 34.30
2.1193
20 67 40.6
8.726
6
4 27 11.09
2.2386
26 45 22.5
3.060
7
2 44 41.54
2.1221
21 6 21.0
8.622
7
4 29 24.53
2.3245
26 48 22.2
2.931
8
2 46 48.95
2.1290
21 14 65.2
8.518
8
4 31 38.08
2.2354
25 51 14.2
2.803
9
2 48 56.54
2.1279
21 23 23.1
8.412
9
4 33 51.58
2.2362
25 53 68.6
3.675
10
2 51 4.30
2J308
21 31 44.6
8.306
10
4 36 6.17
2.2388
25 66 35.2
2.545
11
2 53 12.23
2.1337
21 39 69.8
8.199
11
4 38 18.80
2.3374
26 59 4.0
2.416
12
2 55 20.84
2.1366
21 48 8.6
8.001
12
4 40 32.46
2.2380
26 1 25.1
2.287
13
2 67 28.62
2.1398
21 56 10.7
7.983
13
4 42 46.16
2.2285
26 3 38.4
2.157
U
2 59 37.06
2.1421
22 4 6.5
7.875
14
4 44 69.88
2JBm
26 6 43.9
2.028
15
3 1 46.67
2.1440
22 11 55.7
7.765
15
4 47 13.62
2.2292
26 7 41.7
1.898
16
3 3 54.45
2.1478
22 19 38.3
7.655
16
4 49 27.38
2.2295
26 9 31.7
1.768
17
3 6 3.40
2.1505
22 27 11.3
7.544
17
4 51 41 .16
2.2297
26 11 13.9
1.638
IS
3 8 12.51
2.1532
22 34 43.6
7.433
18
4 53 54.94
2.2296
26 12 48.3
1.508
19
3 10 21 .78
2.1550
22 42 6.1
7.319
19
4 56 8.73
2.2208
26 14 14.9
1.378
20
3 12 31.22
2.1586
22 49 21.9
7.208
20
4 58 22.52
2.2296
26 15 33.7
1.248
21
3 14 40.81
2.1612
22 56 31.0
7.094
21
5 0 36.30
2.2297
26 16 44.7
1.118
22
3 16 50.56
2.1638
23 3 33.2
6.979
22
5 2 50.08
2.2295
26 17 47.9
0.968
23
3 19 0.47
2.1604
23 10 28.5
6.864
23
5 5 3.84
2.2293
26 18 43.3
0.858
24
3 21 10.53
2.1690
+23 17 16.9
-»• 6.749
24
5 7 17.59
3.2289
+26 19 30.9
+0.728
64
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Ascension.
Vir.
Declination.
Var.
Hour.
Right
Ascension.
Vir.
Declination.
Var.
JUNE 1.
JUNE 3.
h m 8
8
• t *f
//
h m 8
1
• t ft
ft
0
6 7 17.69
2.2289
+26 19 30.9
40.728
0
6 62 33.78
2.1839
+24 29 3.3 -^.186
1
6 9 31.31
2.2285
26 20 10.7
0.596
1
6 64 41.72
3.1308
24 23 48.8
5a»
2
6 11 46.01
2.2280
26 20 42.7
0.409
2
6 66 49.17
20275
24 18 27.6
5.«6
3
5 13 68.67
2.2274
26 21 7.0
0.840
3
6 58 67.02
2.1241
24 12 59.8
5.518
4
5 16 12.30
2.2268
26 21 23.5
0.210
4
7 1 4.36
3.1206
24 7 2>.4
5j8S8
5
6 18 26.89
2.22112
26 21 32.2
+0.080
6
7 3 11.61
2.1174
24 1 44.4
5.738
6
6 20 39.44
2.2253
26 21 33.1
-0.049
6
7 6 18.46
2.1140
23 55 56.9
sjm
7
5 22 62.93
2.2244
26 21 26.3
0.178
7
7 7 25.19
2.1100
23 50 2.9
5.963
8
6 26 6.37
2.2235
26 21 11.8
0.307
8
7 9 31.72
2.1071
23 44 2.5
6J061
9
6 27 19.76
2.2226
26 20 49.6
0.430
9
7 11 38.04
2.1030
23 37 55.6
0.168
10
6 29 33.07
2.2214
26 20 19.6
0.504
10
7 13 44.16
2.1002
23 31 42.4
6jm
11
5 31 46.32
2.2203
26 19 41.8
0.098
11
7 16 60.06
2.0907
23 25 22.8
6.37S
12
5 33 69.61
2.2192
26 18 66.4
0.821
12
7 17 65.76
2.0931
23 18 57.0
6.4S3
13
6 36 12.62
2.2178
26 18 S.3
0.949
13
7 20 1.23
2.0890
23 12 24.9
OJ87
14
5 38 26.65
2.2104
26 17 2.5
1.078
14
7 22 6.60
2.0600
23 5 46.6
6.689
16
5 40 38.69
2.2140
26 16 64.0
1.205
15
7 24 11.56
2.0824
22 69 2.2
6.792
16
6 42 51.44
2.2135
26 14 37.9
1.332
16
7 26 16.39
2.0788
22 52 11.6
0.803
17
6 46 4.21
2.2120
26 13 14.2
1.458
17
7 28 21.01
2.0753
22 45 15.0
6.993
IS
6 47 16.88
2.2103
26 11 42.9
1.585
18
7 30 25.42
2.0717
22 38 12.4
7.094
19
5 49 29.44
2.2085
26 10 4.0
1.712
19
7 32 29.61
2.0080
22 31 3.7
7.194
20
-6 61 11.90
2.2088
26 8 17.6
1.838
20
7 34 33.68
2.0044
22 23 49.1
7.293
21
6 63 64.26
2.2049
26 6 23.6
1.903
21
7 36 37.34
2.0008
22 16 28.5
7.392
22
6 66 6.49
2.2031
26 4 21.9
2.089
22
7 38 40.88
2.0573
22 9 2.1
7.486
23
6 68 18.62
2.2011
+26 2 12.8
-2.214
23
7 40 44.20
2.0536
+22 1 29.9
-7JB5
4
rUNE !
2.
- J
UNE 4.
*
0
6 0 30.62
2.1990
+26 69 66^
-2.838
0
7 42^7.31
2.0500
+21 53 51.9
-7 JO
1
6 2 42.60
2.1900
25 67 32.2
2.403
1
7 44 60.20
2.0463
21 46 8.1
7.7n
2
6 4 64.26
2.1948
25 55 0.7
2.587
2
7 46 62.87
2.0427
21 38 18.7
7.871
3
6 7 6.87
2.1920
26 52 21.8
2.709
3
7 48 66.32
3.0890
21 30 23.6
7.965
4
6 9 17.36
2.1903
25 49 35.6
2.832
4
7 50 57.56
2.0354
21 22 22.9
8.0S8
5
6 11 28.71
2.1879
26 46 42.0
2.955
6
7 52 69.57
2.0318
21 14 16.6
S.150
6
6 13 39.91
2.1855
25 43 41.0
3.078
6
7 66 1.37
2.0383
21 6 4.9
8.342
7
6 16 60.97
2.1831
25 40 32.7
3.198
7
7 67 2.96
2.0247
20 57 47.6
sjsa
S
6 18 1.88
2.1806
25 37 17.2
3.319
8
7 69 4.33
2.0210
20 49 24.9
S.433
9
6 20 12.64
2.1780
25 33 64.4
3.441
9
8 1 6.48
2.0174
20 40 56.8
8.513
10
6 22 23.24
2.1754
25 30 24.3
3.501
10
8 3 6.42
2.0130
20 32 23.4
8.601
11
6 24 33.69
2.1728
26 26 47.1
3.080
11
8 6 7.16
2.0108
20 23 44.7
8.689
12
6 26 43.97
2.1700
25 23 2.7
3.799
12
8 7 7.66
2J00CS
20 15 0.7
8.778
13
6 28 64.09
2.1073
26 19 11.2
3.918
13
8 9 7.96
24X)33
20 6 11.4
8.804
14
6 31 4.04
2.1044
26 15 12.6
4.080
14
8 11 8.05
1.9998
19 57 17.0
8.940
15
6 33 13.82
2.1010
26 11 6.9
4.153
15
8 13 7.98
1.9963
19 48 17.5
9.034
16
6 36 23.43
2.1588
25 6 51.2
4.270
16
8 15 7.60
1.9928
19 39 12.9
tt.ll8
17
6 37 32.87
2.1558
26 2 34.6
4.387
17
8 17 7.07
1.9694
19 30 3.3
9.308
18
6 39 42.12
2.1528
24 68 7.8
4.503
18
8 19 6.33
1.9859
19 20 48.6
9.380
19
6 41 61.20
2.1498
24 53 34.2
4.018
19
8 21 5.38
1.9625
19 11 29.0
9JSSB
20
6 44 0.09
2.1407
24 48 63.7
4.733
20
8 23 4.23
1.9791
19 2 4.5
9.449
21
6 46 8.80
2.1430
24 14 6.3
4.847
21
8 25 2.87
1.9758
18 52 35.1
9.530
22
6 4S 17.32
2.1404
24 39 12.1
4.900
22
8 27 1.32
1.9725
18 43 0.9
9.909
23
6 60 25.65
2,1372
24 34 11.1
5.073
23
8 28 69.57
1.9092
18 33 22.0
9.688
24
6 62 33.78
2.1339
+24 29 3.3 .
-5.180
24
8 30 57.62
1.9058
+18 23 38.3
-9.708
MOON, 1916.
65
GREENWICH MEAN TIME.
H-"- jJ^n.
Var.
per
Min.
Declination.
Var.
per
Min.
Hour.
Right
Asoension.
Var.
£in.
Daolinatlon.
Var.
JUNE 5.
JUNE 7.
h m 8
8
• / //
ft
h m 8
8
• ' f //
It
0
8 30 57.62
1.9658
+18 23 38.3
-9.768
0
10 2 18.18
1.8591
+9 17 37.8
-12.720
1
8 32 55.47
1.96»
18 13 49.9
9.845
1
10 4 9.70
1.8582
9 4 53.2
12.766
2
8 34 53.13
1.0604
18 3 56.9
9.923
2
10 6 1.16
1.8573
8 52 6.0
12.800
3
8 36 50.60
1.0563
17 53 59.2
9.999
3
10 7 52.58
1.8567
8 39 16.1
12.868
4
8 38 47.88
1.9531
17 43 57.0
10.074
4
10 9 43.96
1.8560
8 26 23.6
12.896
5
8 40 44.97
1.9500
17 33 50.3
10.149
5
10 11 35.30
1.8553
8 13 28.6
12.938
6
8 42 41.88
1.9469
17 23 39.1
10.223
6
10 13 26.60
1.8548
8 0 31.0
12.980
7
8 44 38.60
1.9438
17 13 23.5
10.298
7
10 15 17.87
1.8543
7 47 31.0
13.021
8
8 46 35.14
1.9408
17 3 3.4
10.371
8
10 17 9.12
1.8539
7 34 28.5
13.062
9
8 48 31.49
1.9378
16 52 39.0
10.443
9
10 19 0.34
1.8535
7 21 23.6
13.102
10
8 50 27.67
1.9349
16 42 10.3
10.513
10
10 20 51.54
1.8533
7 8 16.3
13.141
11
8 52 23.68
1.9320
16 31 37.4
10.584
11
10 22 42.73
1.8531
6 56 6.7
13.178
12
8 54 19.51
1.9291
16 21 0.2
10.655
12
10 24 33.91
1.8529
6 41 54.9
13.216
13 8 56 15.17
1.9263
16 10 18.8
10.724
f
13
10 26 25.08
1.8528
6 28 40.8
13.263
14 8 58 10.67
1.9236
15 59 33.3
10.793
14
10 28 16.25
1.8528
6 15 24.5
13.289
15 1 9 0 6.00
1.9208
15 48 43.7
10.860
15
10 30 7.42
1.8529
6 2 6.1
13.325
16 ' 9 2 1.17
1.9181
15 37 50.1
10.928
16
10 31 58.60
1.8531
5 48 45.5
13.360
17' 9 3 56.17
1.9154
15 26 62.4
10.994
17
10 33 49.79
1.8533
5 35 22.9
13.394
18 9 5 51.02
1.9128
15 15 50.8
11.060
18
10 35 41.00
1.8537
5 21 58.2
13.428
19 1 9 7 45.71
1.9103
15 4 45.2
11.125
19
10 37 32.23
1.8540
5 8 31.5
13.462
20 9 9 40.25
1.9078
14 53 35.8
11.189
20
10 39 23.48
1.8544
4 55 2.8
13.493
21 ' 9 11 34.65
1.9054
14 42 22.5
11.253
21
10 41 14.76
1.8550
4 41 32.3
13.524
n
9 13 28.90
1.9029
14 31 5.4
11.317
22
10 43 6.08
1.8556
4 27 59.9
13.555
23
9 15 23.00
1.9005
+14 19 44.5
1-11.379
23
10 44 57.43
1.8562
+4 14 25.7
-13.686
t
1 UNE (
5.
J1
[JNE 8.
0
9 17 16.96
1.8982
+14 8 19.9
-11.441
0
10 46 48.82
1.8569
+4 0 49.7
-13.614
1
9 19 10.78
1.8959
13 56 51.6
11.502
1
10 48 40.26
1.8578
3 47 12.0
13.643
2 9 21 4.47
1.8938
13 45 19.7
11.562
2
10-50 31.75
1.8587
3 33 32.5
13.672
3
9 22 58.03
1.8016
13 33 44.2
11.622
3
10 52 23.30
1.8597
3 19 51.4
13.698
4
9 2^ 51.46
1.8894
13 22 5.1
11.681
4
10 54 14.91
1.8607
3 6 8.7
13.726
5
9 26 44.76
1.8873
13 10 22.5
11.739
5
10 56 6.58
1.8618
2 52 24.4
13.762
6
9 28 37.94
1.8853
12 58 36.4
11.797
6
10 57 58.32
1.8630
2 38 38.5
13.777
7 9 30 31.00
1.8834
12 46 46.9
11.853
7
10 59 50.14
1.8643
2 24 51.2
13.800
8
9 32 23.95
1.8815
12 34 54.0
11.910
8
11 1 42.03
1.8656
2 11 2.6
13.823
9
9 34 16.78
1.8796
12 22 57.7
11.966
9
11 3 34.01
1.8670
1 57 12.4
13.847
10
9 36 9.50
1.8778
12 10 58.1
12.021
10
11 6 26.07
1.8685
1 43 20.9
13.860
U
9 38 2.12
1.8762
11 58 55.2
12.075
11
11 7 18.23
1.8702
1 29 28.1
13J91
12
9 39 54.64
1.8745
11 46 49.1
12.128
12
11 9 10.49
1.8718
1 15 34.0
13.912
13
9 41 47.06
1.8729
11 34 39.8
12.181
13
11 11 2.85
1.8736
1 1 38.7
13.931
14
9 43 39.39
1.8713
11 22 27.4
12.233
14
11 12 55.32
1.8754
0 47 42.3
13.950
15
9 45 31.62
1.8698
11 10 11.8
12.286
15
11 14 47.90
1.8773
0 33 44.7
13.968
16
9 47 23.76
1.8683
10 57 53.1
12.337
16
11 16 40.59
1.8793
0 19 46.1
13.985
17
9 49 15.82
1.8670
10 45 31.4
12.387
17
11 18 33.41
1.8813
+0 5 46.5
14.003
18
9 51 7.80
1.8657
10 33 6.7
12.436
18
11 20 26.35
1.8835
-0 8 14.2
14.019
19
9 52 59.70
1.86i4
10 20 39.1
12.485
19
11 22 19.43
1.8858
0 22 15.8
14.033
30
9 54 51.53
1 863R
10 8 8.5
12.534
20
11 24 12.64
1.8880
0 36 18.2
14.047
21
9 56 43.29
1.8621
9 55 35.0
12.582
21
11 26 5.99
1.8904
0 50 21.4
14.061
22
9 58 34.98
1.8610
9 42 58.7
12.628
22
11 27 59.49
1.8929
1 4 25.5
14.074
23
10 0 26.61
1.8600
9 30 19.6
12.674
23
11 29 53.14
1.8955
1 18 30.3
14.086
24
J 10 2 18.18
79790*»~
1.8591
1916
+ 9 17 37.8
-5
^12.720
24
11 31 46.95
1.8982
-1 32 35.8
-14.097
66
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
Aaoenston.
Var.
Declination.
Var.
iSto.
Hour.
Rlxbt
Ascension.
Var.
MtO.
Declination.
Vtr.
JUNE 9.
JUNE 11
•
h m 8
8
o / /#
//
h m 8
8
• 1 tt »*
-12 43 10.3 -13 «
0
11 31 46.95
1.8983
- 1 32 35.8
-14.097
0
13 7 34.78
2.1387
1
11 33 40.92
1.9000
1 46 41.9
14.107
1
13 9 42.58
2.1335
12 56 33.4
13 JS
2
11 35 35.06
1.9038
2 0 48.6
14.116
2
13 11 50.80
2.1405
13 9 53.8
i3.3ie
3
11 37 29.37
1.9060
2 14 55.8
14.134
3
13 13 59.44
2.1475
13 23 11.3
1SJB7
4
11 39 23.85
1.9090
2 29 3.5
14.132
4
13 16 8.50
2.1545
13 36 25.8
13JI7
5
11 41 18.52
1.9127
2 43 11.6
14.138
5
13 18 17.98
2.1617
13 49 37.3
13 JM
6
11 43 13.37
1.9158
2 57 20.0
14.143
6
13 20 27.90
2.1689
14 2 45.7
13- m
7
11 45 8.42
1.9191
3 11 28.8
14.148
7
13 22 38.25
2.1762
14 15 50.9
13.09
8
11 47 3.66
1.9223
3 25 37.8
14.163
8
13 24 49.04
3.1836
14 28 52.8
13.00
9
11 48 59.10
1.9258
3 39 47.1
14.156
9
13 27 0.28
2.1911
14 41 51.2
12 .M4
10
11 50 54.75
1.9293
3 53 56.5
14.157
10
13 29 11.97
3.1986
14 54 46.1
12Jfi&
11
11 52 50.61
1.9328
4 8 5.9
14.158
11
13 31 24.11
3.3061
15 7 37.4
13.88
12
11 54 46.69
1.9306
4 22 15.4
14.158
12
13 33 36.70
3.3138
15 20 24.9
IS.TBO
13
11 56 43.00
1.9403
4 36 24.9
14.158
13
13 35 49.76
3.3215
15 33 8.6
12.««
14
11 58 39.53
1.9441
4 50 34.3
14.155
ft
13 38 3.28
2.2293
15 45 48.4
12.«»
15
12 0 36.29
1.9480
5 4 43.5
14.152
15
13 40 17.27
2.3371
15 68 24.2 12 seJ
16
12 2 33.29
1.9521
5 18 52.5
14.148
16
13 42 31.73
3.3460
16 10 55.8
12.492
17
12 4 30.54
1.9663
5 33 1.2
14.143
17
13 44 46.67
3.3530
16 23 23.2
12 421
18
12 6 28.04
1.9604
5 47 9.6
14.138
18
13 47 2.09
3.3610
16 35 46.3
12345
19
12 8 25.79
1.9647
6 1 17.7
14.131
19
13 49 17.99
3.3691
16 48 4.9
12-23
20
12 10 23.80
1.9691
6 15 25.3
14.122
20
13 51 34.38
3.3773
17 0 18.9
12.195
21
12 12 22.08
1.9736
6 29 32.3
14.113
21
13 53 51.26
3.2854
17 12 28.3 i2.u:
22
12 14 20.63
1.9781
6 43 38.8
14.103
22
13 56 8.63
2.2937
17 24 32.9
13.096
23
12 16 19.45
1.9827
- 6 57 44.7
-14.002
23
13 58 26.50
2.3019
-17 36 32.6
-ii.sk
J
UNE 1
0.
Jl
INE 12
•
0
12 18 18.55
1.9874
- 7 11 49.8
-14.078
0
14 0 44.86
2.3102
-17 48 27.3
-wsm
1
12 20 17.94
1.9023
7 25 54.1
14.065
1
14 3 3.72
2.3186
18 0 16.9
U.7»
2
12 22 17.62
1.9971
7 39 57.6
14.050
2
14 5 23.09
2.3271
18 12 1.2
11. 694
3
12 24 17.59
2.0021
7 54 0.1
14.034
3
14 7 42.97
2.3355
18 23 40.2
11.604
4
12 26 17.87
2.0072
8 8 1.7
14.018
4
14 10 3.35
2.3440
18 35 13.7
11^
5
12 28 18.45
2.0123
8 22 2.2
13.999
5
14 12 24.25
2.3526
18 46 41.6
11.418
6
12 30 19.35
2.0176
8 36 1.6
13.980
6
14 14 45.66
2.3611
18 58 3.9
11.333
7
12 32 20.56
2.0229
8 49 59.8
13.959
7
14 17 7.58
2.3607
19 9 20.3
11J34
8
12 34 22.10
2.0283
9 3 56.7
13.937
8
14 19 30.02
2.3783
19 20 30.8
11.124
9
12 36 23.96
2.0338
9 17 52.2
13.913
9
14 21 52.98
3.3869
19 31 35.2
11.033
10
12 38 26.16
2.0395
9 31 46.3
13.889
10
14 24 16.45
3.3955
19 42 33.5
10.9W
11
12 40 28.70
2.0452
9 45 38.9
13.864
11
14 26 40.44
3.4043
19 53 25.5
XQMl
12
12 42 31.58
2.0509
9 59 30.0
13.838
12
14 29 4.96
3.4130
20 4 11.1
io.:w
13
12 44 34.81
2.0568
10 13 19.4
13.800
13
14 31 30.00
2.4217
20 14 50.2
10.S9«
14
12 46 38.39
2.0627
10 27 7.1
13.779
14
14 33 55.56
2.4303
20 25 22.6
10.483
15
12 48 42.33
2.0688
10 40 52.9
13.748
15
14 36 21.64
2.4390
20 35 48.2
10.3«
16
12 50 46.64
2.0748
10 54 36.9
13.717
16
14 38 48.24
2.4478
20 46 6.9
10.353
17
12 52 51.31
2.0810
11 8 18.9
13.683
17
14 41 15.37
2.4565
20 56 18.6
10.13^
18
12 54 56.36
2.0873
11 21 58.8
13.647
18
14 43 43.02
2.4652
21 6 23.2
io.oi«
19
12 57 1.79
2.0937
11 35 36.5
13.611
19
14 46 11.19
2.4738
21 16 20.5
9.893
20
12 59 7.60
2.1001
11 49 12.1
13.574
20
14 48 39.88
2.4825
21 26 10.4
9.7M
21
13 1 13.80
2.1066
12 2 45.1
13.534
21
14 51 9.09
2.4012
21 35 52.8
9.64a
22
13 3 20.39
2.1132
12 16 16.2
13.483
22
14 53 38.82
3.4098
21 45 27.6
9.511
23
13 5 27.38
2.1199
12 29 44.5
13.451
23
14 56 9.07
3.5084
21 54 54.6
9.38fi
24
I?, 7 34.78
2.1267
-12 43 10.3
-13.408
24
14 58 39.83
3.5170
-22 4 13.8
-9.253
MOON, 1916.
67
GREENWICH MEAN TIME.
Hoor.
Var.
Declination.
Var.
iSln.
Hour.
Right
Asoension.
Var.
DeoUnation.
Var.
JUNE 13.
JUNE 15
•
h m s
8
• / //
tf
h m •
8
• t tt
tf
0
14 58 39.83
2.5170
-22 4 13.8
-4).253
0
17 7 45.96
2.8004
-26 20 23.4
-«.827
I
15 1 11.11
2.52M
22 13 25.0
0.110
1
17 10 34.59
2.6114
26 21 6.8
0.621
2
15 3 42.90
2.5341
22 22 28.1
6.963
2
17 13 23.33
2.6182
26 21 37.9
0.415
3
15 6 15.20
2.5426
22 31 22.9
6.643
3
17 16 12.17
2.6146
26 21 56.6
0.200
4
15 8 48.01
2.5510
22 40 9.3
8.703
4
17 19 1.10
2.6160
26 22 3.0 -O.008
5
15 11 21.32
2.5003
22 48 47.3
8.661
5
17 21 50.09
2.6170
26 21 56.9
40.206
6
15 13 55.13
2.5677
22 57 16.6
8.416
6
17 24 39.14
2.8176
26 21 38.4
0.412
7
15 16 29.44
2.5750
23* 5 37.2
6.270
7
17 27 28.23
2.6184
26 21 7.5
0.618
8
15 19 4.24
2.5641
23 13 49.0
8.122
8
17 30 17.35
2.8160
26 20 24.2
0.620
9
15 21 39.53
2.5022
23 21 51.8
7.071
9
17 33 6.50
2.6101
26 19 28.4
1.083
10
15 24 15.30
2.0003
23 29 45.5
7.816
10
17 35 55.64
2.6100
26 18 20.2
1.341
U
15 26 51.56
2.0063
23 37 30.0
7.663
11
17 38 44.78
2.6168
26 16 59.5
1.446
12
15 29 28.29
2.6102
23 45 5.1
7.606
12
17 41 33.90
2.6163
26 15 26.4
1.656
13
15 32 5.50
2.6240
23 52 30.9
7.380
13
17 44 22.98
2.8176
26 13 40.9
1.868
14
15 34 43.17
2.6317
23 59 47.1
7.180
14
17 47 12.01
2.8167
26 11 42.9
2.060
15
15 37 21.30
2.6393
24 6 53.6
7.027
15
17 50 0.98
2.8156
26 9 32.6
2.275
16
15 39 59.89
2.6468
24 13 50.3
6.863
16
17 52 49.88
2.6143
26 7 9.9
2.481
17
15 42 38.92
2.6643
24 20 37.2
6.606
17
17 55 38.69
2.6127
26 4 34.9
2.686
U
15 45 18.40
2.6616
24 27 14.1
6.531
18
17 58 27.40
2.6106
26 1 47.6
2.691
19
15 47 58.31
2.6688
24 33 40.9
6.361
19
18 1 15.99
2.8088
25 58 48.0
3.006
20
15 50 38.66
2.6750
24 39 57.4
6.189
20
18 4 4.45
2.8066
25 55 36.2
3.206
21
15 53 19.42
2.6628
24 46 3.6
6.017
21
18 6 52.77
2.8042
25 52 12.2
3.502
22
15 56 0.60
2.6806
24 51 59.4
5.843
22
18 9 40.95
2.8016
25 48 36.0
3.704
23
15 58 42.19
2.6064
-24 57 44.7
-5.667
23
18 12 28.96
2.7086
-25 44 47.7
+3.906
J
UNE 1
4.
Jl
JNE 16
•
0 16 1 24.17
2.7029
-25 3 19.4
-5.480
0
18 15 16.80
2.7057
-25 40 47.4
+4.106
1
16 4 6.54
2.7098
25 8 43.4
5.300
1
18 18 4.44
2.7024
25 36 35.0
4.306
2
16 6 49.29
2.7157
25 13 56.5
5.128
2
18 20 51.89
2.7801
25 32 10.7
4.504
3
16 9 32.42
2.7216
25 18 58.7
4.045
3
18 23 39.13
2.7854
25 27 34.5
4.703
4
16 12 15.91
2.7276
25 23 49.9
4.761
4
18 26 26.14
2.7816
25 22 46.4
4.800
5
16 14 59.75
2.7336
25 28 30.0
4.575
5
18 29 12.92
2.7776
25 17 46.6
5.004
6
16 17 43.94
2.7303
25 82 58.9
4.888
6
18 31 59.45
2.7734
25 12 35.1
5.260
7
16 20 28.46
2.7448
25 37 16.5
4.199
7
18 34 45.73
2.7691
25 7 11.9
5.483
8
16 23 13.31
2.7601
25 41 22.8
4.010
8
18 37 31.74
2.7646
25 1 37.2
5.678
9
16 25 58.47
2.7552
25 45 17.7
3.810
9
18 40 17.48
2.7509
24 55 51.1
5.864
10 j 16 28 43.93
2.7602
25 49 1.1
3.627
10
18 43 2.93
2.7551
24 49 53.5
6.054
11
16 31 29.69
2.7650
25 52 32.9
3.433
11
18 45 48.09
2.7501
24 43 44.6
6.242
12
16 34 15.73
2.7606
25 55 53.0
3.238
12
18 48 32.94
2.7446
24 37 24.5
6.428
13
16 37 2.04
2.7740
25 59 1.4
3.042
13
18 51 17.47
2.7304
24 30 53.2
6.613
14
16 39 48.61
2.7783
26 1 58.0
2.645
14
18 54 1.67
2.7330
24 24 10.9
6.706
15
16 42 35.43
2.7623
26 4 42.8
2.647
15
18 56 45.54
2.7283
24 17 17.7
6.978
1«
16 45 22.49
2.7862
26 7 15.6
2.448
16
18 59 29.06
2.7224
24 10 13.6
7.158
17
16 48 9.77
2.7808
26 9 36.5
2.246
17
19 2 12.23
2.7166
24 2 58.7
7.838
]&
16 50 57.26
2.7032
26 11 45.3
2.047
18
19 4 55.05
2.7106
23 55 33.1
7.514
19
16 53 44.95
2.7064
26 13 42.1
1.846
19
19 7 37.50
2.7043
23 47 57.0
7.680
20
16 56 32.83
2.7904
26 15 26.8
1.643
20
19 10 19.57
2.6960
23 40 10.4
7.863
21
16 59 20.88
2J022
26 16 59.3
1.440
21
19 13 1.26
2.6917
23 32 13.5
6.034
n
17 2 9.09
2.8048
26 18 19.6
1.236
22
19 15 42.57
2.6652
23 24 6.3
6.204
23
17 4 57.46
24»73
26 19 27.6
1.082
23
19 18 23.48
2.6764
23 15 49.0
8.373
24
17 7 45.96
2.8004
-26 20 23.4
-0.827
24
19 21 3.98
2.6716
-23 7 21.6
+8.530
MOON, 1916.
GREENWICH MEAN TIME.
Hoar.
Rlgbt
AaocDsloiL
Var.
Declination.
Var.
Hour.
Rii;ht
Awmsion.
Var.
Declination.
JUNE 21.
JUNE 23
•
h m 1
8
• / //
n
h m 8
8
• / /#
0
23 4 20.20
2.0524
-1 47 26.0
415.229
0
0 40 43.52
1.9940
+ 9 51 1.7
1
23 6 23.25
2.0483
1 32 12.6
15.218
1
0 42 43.18
1.9946
10 4 29.6
2
23 8 26.11
2.0402
1 16 59.9
15.205
2
0 44 42.87
1.9962
10 17 63.9
3
23 10 28.79
2.0432
1 1 48.0
15.191
3
0 46 42.60
1.9950
10 31 14.6
4
23 12 31.29
2.0408
0 46 37.0
15.176
4
0 48 42.38
1.9968
10 44 31.7
5
23 14 33.63
2.0376
0 31 26.9
15.160
5
0 50 42.21
1.9976
10 57 45.1
6
23 16 35.80
2.0348
0 16 17.8
15.143
6
0 52 42.09
1.9985
11 10 54.7
7
23 18 37.81
2.0323
-0 1 9.8
16.124
7
0 54 42.03
1.0994
11 24 0.5
8
23 20 39.67
2.0297
+0 13 57.1
15.106
8
0 56 42.02
2.0004
11 37 2.4
9
23 22 41.37
2.0272
0 29 2.8
15.084
9
0 58 42.08
2.0016
11 50 0.4
10
23 24 42.93
2.0248
0 44 7.2
15.063
10
1 0 42.21
2.0027
12 2 54.5
U
23 26 44.35
2.0226
0 59 10.3
15.039
11
1 2 42.40
2.0038
12 15 44.6
12
23 28 45.64
2.0204
1 14 11.9
15.015
12
1 4 42.67
2.0062
12 28 30.6
13
23 30 46.80
2.0183
1 29 12.1
14.990
13
1 6 43.02
2.0064
12 41 12.5
14
23 32 47.83
2.0163
1 44 10.7
14.963
14
1 8 43.44
2.0078
12 53 50.3
15
23 34 48.75
2.0143
1 69 7.7
14.937
15
1 10 43.95
2.0092
13 6 23.9
16
23 36 49.55
2 0124
2 14 3.1
14.908
16
1 12 44.54
2.0106
13 18 53.2
17 23 38 50.24
2.0107
2 28 56.7
14.879
17
1 14 45.22
2.0122
13 31 18.3
18 23 40 50.83
2.0090
2 43 48.6
14.849
18
1 16 46.00
2.0138
13 43 39.0
19 23 42 51.32
2.0074
2 58 38.6
14.818
19
1 18 46.87
2.0153
13 55 55.3
20
23 44 51.72
2.0059
3 13 26.7
14.785
20
1 20 47 84
2.0170
14 8 7.1
21 23 46 52.03
2.0044
3 28 12.8
14.752
21
1 22 48.91
2.0188
14 20 14.5
22
23 48 52.25
2.0030
3 42 56.9
14.718
22
1 24 50.09
2.0206
14 32 17.4
23
23 50 52.39
2.0018
+3 57 38.9
-t-14.682
23
1 26 51.37
2.0223
+14 44 15.7
J
TJNE 2
2.
JI
JNE 24
•
0
23 52 52.46
2.0006
+4 12 18.7
-1-14.645
0
1 28 52.76
2.0241
+14 56 9.4
1
23 54 52.46
1.9094
4 26 56.3
14.608
1
1 30 54.26
2.0260
15 7 68.4
2
23 56 52.39
1.9983
4 41 31.7
14.570
2
1 32 55.88
2.0279
15 19 42.7
3
23 58 52.26
1.9974
4 56 4.7
14.530
3
1 34 57.61
2.0298
15 31 22.3
4
0 0 52.08
1.9966
5 10 35.3
14.<^
4
1 36 59.46
2.0319
15 42 57.0
5
0 2 51.85
1.9968
5 25 3.5
14.440
5
1 39 1.44
2.0340
16 54 26.9
6
0 4 51.57
1.9949
5 39 29.2
14.407
6
1 41 3.54
2.0361
16 5 51.9
7
0 6 51.24
1.9943
5 53 52.3
14.363
7
1 43 5.77
2.0382
16 17 12.0
8
0 8 50.88
1.9937
6 8 12.8
14.320
8
1 45 8.12
2.0403
16 28 27.1
9
0 10 50.48
1.9932
6 22 30.7
14.275
9
1 47 10.60
2.0425
16 39 37.1
10
0 12 50.06
1.9928
6 36 45.8
14.229
10
1 49 13.22
2.0448
16 50 42.1
U
0 14 49.61
1.9923
6 50 58.2
14.183
11
1 51 15.97
2.0470
17 1 41.9
12
0 16 49.14
1.9921
7 5 7.7
14.134
12
1 53 18.86
2.0403
17 12 36.6
13
0 18 48.66
1.9918
7 19 14.3
14.086
\i
1 55 21.89
2.0516
17 23 26.1
14
0 20 48.16
1.9917
7 33 18.0
14.037
14
1 57 25.05
2.0539
17 34 10.3
15
0 22 47.66
1.9916
7 47 18.7
13.986
15
1 59 28.36
2.0663
17 44 49.2
16
0 24 47.15
1.9916
8 1 16.3
13.035
16
2 1 31.81
2.0588
17 55 22.8
17
0 26 46.65
1.9917
8 15 10.9
13.883
17
2 3 36.41
2.0612
18 5 50.9
18
0 28 46.15
1.9918
8 29 2.3
13.830
18
2 5 39.15
2.0636
18 16 13.6
19
0 30 45.66
1.9920
8 42 50.5
13.777
19
2 7 43.04
2.0661
18 26 30.9
20
0 32 45.19
1.9923
8 56 35.5
13.722
20
2 9 47.08
2.0686
18 36 42.6
21
0 34 44.73
1.9926
9 10 17.1
13.666
21
2 11 51.27
2.0711
18 46 48.8
22
0 36 44.30
1.9931
9 23 55.4
13.610
22
2 13 55.61
2.0736
18 56 49.4
23
0 38 43.90
1.9935 ,
9 37 30.3
13.553
23
2 16 0.10
2.0762
19 6 44.3
24
0 40 43.52
1.9940
+9 51 1.7
+13.494
24
2 18 4.75
2.0788
+19 16 aij.e
MOON, 1916.
GREENWICH MEAN TIME.
71
Right
Vnr.
DeoUnatkni.
Var.
per
Hin.
h m
546
5 49
5 51
553
555
5 57
6 0
6
6
6
6
2
4
6
8
6 11
6 13
6 15
6 17
6 19
6 22
6 24
6 26
628
6 30
6 32
635
6 37
6 39
6 41
6 43
6 45
6 47
6 50
6 52
6 54
656
6 58
7 0
7 2
JUNE 29.
•
+26
26
26
26
26
26
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
+25
JUNE 30.
8
8
59.42
2.2036
11.59
2.2021
23.67
2.2006
35.65
2.1088
47.53
2.1972
59.31
2.1964
10.98
2.1936
22.54
2.1917
33.98
2.1897
45.30
2.1877
56.50
2.1867
7.58
2.1836
18.52
2.1813
29.33
2.1790
40.00
2.1767
50.53
2.1743
0.91
2.in8
11.15
2.1604
21.24
2.1669
31.18
2.1643
40.96
2.1617
50.58
2.1680
0.03
2.1562
9.32
2.1636
//
11 56.9
10 15.0
8 25.5
6 28.6
4 24.2
2 12.3
59 53.0
57 26.2
54 52.0
52 10.4
49 21.5
46 25.2
43 21.6
40 10.7
36 52.6
33 27.2
29 54.6
26 14.9
22 28.0
18 34.0
14 32.8
10 24.6
6 9.4
1 47.2
7
7
7
7
7
7
7
7
4
7
9
11
13
15
17
19
7 21
7 23
7 25
7 27
7 30
18.45
27.40
36.18
44.78
53.21
1.45
9.51
17.38
25.06
32.55
39.85
46.96
53.87
0.58
7.09
13.41
19.52
25.42
31.12
36.61
41.90
46.97
51.83
56.49
0.93
2.1607
2.1478
2.1448
2.1419
2.1380
2.1368
2.1328
2.1296
2.1264
2.1233
2.1201
2.1168
2.1136
2.1102
2.1060
2.1036
2.1001
2.0967
2.0933
2.0898
2.0863
2.0828
2.0793
2.0758
2.0723
+24 57 18.0
24 52 41.9
24 47 58.9
24 43 9.0
24 38 12.3
24 33 8.8
24 27 58.6
24 22 41.6
24 17 17.9
24 11 47.6
24 6 10.7
24 0 27.2
23 54 37.2
23 48 40.7
23 42 37.7
23 36 28.3
23 30 12.6
23 23 50.5
23 17 22.1
23 10 47.4
23 4 6.6
22 57 19.6
22 50 26.4
22 43 27.2
+22 36 21.9
-1.636
1.762
1.887
2.011
2.136
2.260
2.384
2.608
2.682
2.754
2.877
2.999
3.121
3.242
3.363
3.483
3.603
3.722
3.841
3.960
4.078
4.196
4.312
-4.428
-4.644
4.669
4.774
4.888
5.002
5.114
5.227
5.339
5.450
5.560
5.670
6.779
6.888
5.996
6.103
6.209
6.315
6.421
6.526
6.629
6.732
6.835
6.937
7.038
-7.138
Hoar.
Rigbt
Aaoenaion.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
Var.
DeoUnatlon.
Var.
HtQ.
h m 8
7 30 0.93
7 32 5.16
7 34 9.17
7 36 12.97
7 38 16.55
7 40 19.91
7 42 23.06
7 44 25.99
7 46 28.71
7 48 31.21
7 50 33.49
7 52 35.55
7 54 37.39
7 56 39.02
7 58 40.43
8 0 41.62
8 2 42.60
8 4 43.36
8 6 43.90
8 8 44.23
8 10 44.35
8 12 44.25
8 14 43.94
8 16 43.42
8 18
8 20
8 22
8 24
8 26
8 28
8 30
8 32
8 34
8 36
8 38
8 40
8 42
8 44
8 46
8 48
8 50
8 51
8 53
8 55
8 57
8 59
9 1
9 3
9 5
42.68
41.73
40.58
39.22
37.65
35.87
33.89
31.71
29.33
26.74
23.96
20.98
17.80
14.43
10.86
* 7.11
3.17
59.04
54.73
50.24
45.57
40.72
35.69
30.49
25.12
JULY 1.
8
2.0723
2.0687
2.0651
2.0616
2.0678
2.0643
2.0607
2.0471
2.0435
2.0398
2.0362
2.0326
2.0289
2.0263
2.0217
2.0181
2.0145
2.0108
2.0073
2.0038
2.0002
1.9966
1.9931
1.9895
JULY 2.
1.9859
1.9825
1.9791
1.9766
1.9721
1.9687
1.9653
1.9620
1.9586
1.9553
1.9520
1.9487
1.9454
1.9422
1.0390
1.9359
1.9328
1.9297
1.9267
1.9237
1.9207
1.9177
1.9148
1.9119
1.9091
ft
+22
22
22
22
22
21
21
21
21
21
21
21
21
20
20
20
20
20
20
20
9
9
9
9
36 21.9
29 10.6
21 53.4
14 30.3
7 1.3
59 26.4
51 45.8
43 59.4
36 7.4
28 9.7
20 6.4
11 57.6
3 43.2
55 23.4
46 58.1
38 27.5
29 51.6
21 10.3
12 23.8
3 32.2
54 35.4
45 33.4
36 26.4
27 14.4
9 17 57.5
9 8 35.6
8 59 8.9
8 49 37.4
8 40 1.1
8 30 20.0
8 20 34.3
8 10 43.9
8 0 49.0
7 50 49.5
7 40 45.5
7 30 37.0
7 20 24.2
7 10 7.0
6 59 45.4
6 49 19.6
6 38 49.6
6 28 15.4
6 17 37.1
6 6 54.7
5 56 8.2
5 45 17.7
5 34 23.3
5 23 25.0
5 12 22.8
//
7.138
7.238
7.336
7.434
7.633
7.620
7.726
7.830
7.014
8.008
8.101
8.103
8.286
8.376
8.466
8.654
8.643
8.732
8.818
8.003
8.000
0.076
0.168
-0.241
-0.323
0.406
0.486
9.565
9.645
9.723
9.801
9.878
9.963
10.029
10.104
10.178
10.250
10.323
10.395
10.465
10.535
10.604
10.673
10.741
10.808
10.874
10.939
11.004
-11.068
MOON, 1916.
GREENWICH MEAN TIME.
87
Hbor.
Right
Afloension.
Var.
Mta.
Dedlnation.
Var.
b m
13 16
13 18
13 20
13 22
13 24
13 26
13 28
13 30
13 32
13 34
13 36
13 38
13 41
13 43
13 45
13 47
13 49
13 51
13 53
13 56
13 58
14 0
14 2
14 4
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
15
SEPTEMBER 1.
8 8
4.70 2.0625
8.00 2.0576
11.61
15.53
19.76
24.31
29.18
34.38
39.90
45.75
51.93
58.45
5.30
12.49
20.03
27.92
36.16
44.75
53.70
3.00
12.67
22.70
33.09
43.85
2.0628
2.0679
2.0732
2.0785
2.0638
2.0603
2.0048
2.1003
2.1068
2.1114
2.1170
2.1228
2.1286
2.1344
2.1403
2.1462
2.1621
2.1681
2.1642
2.1702
2.1763
2.1824
It
SEPTEMBER
6 54.98
2.1886
9 6.48
2.1948
11 18.35
2.2010
13 30.60
2.2073
15 43.23
2.2137
17 56.24
2.2199
20 9.62
2.2203
22 23.39
2.2327
24 37.54
2.2301
26 52.08
2.2466
29 7.01
2.2S20
31 22.32
2.2584
33 38.02
2.2649
35 54.11
2.2714
38 10.59
2.2779
40 27.46
2.2844
42 44.72
2.2909
45 2.37
2.2975
47 20.42
2.3041
49 38.86
2.3106
51 57.69
2.3171
54 16.91
2.8237
66 36.53
2.3303
58 56.54
2.3366
1 16.94
2.3433
35
48
0
12
25
37
49
1
13
25
37
49
6 1
6 13
6 24
6 36
6 48
6 59
10
22
4
4
4
4
5
5
5
5
5
7
7
7
8
33
44
55
6
39.3
8.5
34.3
56.7
15.6
31.0
42.7
60.7
55.0
65.3
51.7
44.2
32.5
16.6
56.5
32.1
3.2
29.9
62.0
9.4
22.1
30.0
33.1
31.2
2.
8 17 24.2
8 28 12.1
8 38 54.8
8 49 32.1
9 0 4.1
9 10 30.6
9 20 51.6
9 31 7.0
9 41 16.7
9 51 20.6
20 1 18.6
20 11 10.6
20 20 56.6
20 30 36.5
20 40 10.1
20 49 37.5
20 58 68.5
21 8 13.0
21 17 20.9
21 26 22.2
21 35 16.8
21 44 4.6
21 62 45.5
22 1 19.4
-22 9 46.3
n
2.613
2.458
2.402
2.344
2.286
2.226
2.164
2.103
2.038
1.973
1.906
1.840
1.770
1.700
1.629
1.656
1.482
1.407
1.320
1.251
1.172
1.092
1.010
0.926
0.841
0.755
0.667
0.578
0.488
0.396
0.303
0.209
0.U3
0.016
9.917
9.817
9.716
9.613
9.508
9.403
9.296
9.187
9.077
8.966
8.853
8.739
8.623
8.507
8.388
Hoar.
Right
Ascension.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
IS
19
20
21
22
23
24
Var.
)«•
[in.
Dedination.
Var.
SEPTEMBER 3.
h
15
15
15
15
m
1
3
5
8
16 10
15 13
15 15
15 17
15 20
15 22
15 25
15 27
15 29
15 32
15 34
15 37
15 39
15 42
15 44
15 46
15 49
15 51
15 54
15 56
15 59
16 1
16 4
16 6
16 9
16 11
16 14
16 16
16 19
16 21
16 24
16 27
16 29
16 32
16 34
16 37
16 39
16 42
16 44
16 47
16 50
16 52
16 55
16 57
17 0
16.94
37.73
58.91
20.48
42.43
4.77
27.50
50.61
14.11
37.99
2.24
26.87
51.87
17.25
42.99
9.10
35.67
2.41
29.60
57.14
25.04
53.28
21.87
60.79
2.3433
2.3498
2.3563
2.3627
2.3691
2.3756
2.3820
2.3884
2.3948
2.4011
2.4073
2.4136
2.4198
2.4260
2.4321
2.4382
2.4443
2.4503
2.4661
2.4620
2.4678
2.4736
2.4793
2.4848
tt
-22 9
22 18
22 26
22 34
22 42
22 60
22 57
23 5
23 12
23 20
23 27
23 34
23 41
23 48
23 54
24 1
24 7
24 14
24 20
24 26
24 31
24 37
24 43
-24 48
46.3
6.0
18.5
23.7
21.5
11.8
54.6
29.7
57.1
16.7
28.4
32.1
27.8
15.4
54.7
25.7
48.4
2.6
8.3
5.4
53.8
33.4
4.2
26.1
SEPTEMBER 4.
20.05
2.4904
49.64
2.4959
19.56
2.6013
49.80
2.5066
20.35
2.5118
51.22
2.5170
22.39
2.5220
53.86
2.5209
25.62
2.5318
57.68
2.5367
30.02
2.5413
2.63
2.5458
35.52
2.5504
8.68
2.5548
42.09
2.5589
15.75
2.5631
49.66
2.6672
23.81
2.5711
58.19
2.5749
32.80
2.5787
7.63
2.5823
42.67
2.5857
17.91
2.5890
53.35
2.5923
28.98
2.5953
-24 53 39.1
24 58 43.0
26 3 37.8
25 8 23.4
25 12 69.7
25 17 26.7
25 21 44.3
25 25 52.4
25 29 51.0
25 33 40.0
25 37 19.4
25 40 49.1
25 44 9.0
25 47 19.0
25 50 19.2
25 53 9.4
25 55 49.7
25 58 19.9
26 0 39.9
26 2 49.8
26 4 49.5
26 6 39.0
26 8 18r2
26 9 47.0
■26 11 5.5
It
-8.888
8.268
8.148
8.025
7.901
7.776
7.649
7.621
7.392
7.261
7.128
6.996
6.861
6.724
6.686
6.448
6.308
6.166
6.023
5.879
6.733
5.687
6.439
h6.291
-5.141
4.989
4.837
4.683
4.528
4.372
4.214
4.056
3.897
3.737
3.576
3.413
3.249
3.085
2.920
2.754
2.588
2.418
2.249
2.080
1.910
1.739
1.567
1.394
-1.222
MOON, 1916.
91
GREENWICH MEAN TIME.
Hoar.
Right
Aaceiakm.
Var.
jSin.
DedlnatloD.
Var.
iSto.
Hour.
Right
Ascension.
Var.
Declination.
Var.
£ta.
SEPTEMBER 17.
SEPTEMBER 19.
h m 8
8
• / /t
tf
h m 8
8
• / tf
tt
0
4 8 24.53
2.3898
+25 6 1.6
+4.116
0
5 56 7.30
2.2066
+25 51 31.7
-2.150
1
' 4 10 40.12
1
2.3600
25 10 4.6
3.983
1
5 58 19.62
3.2042
25 49 19.0
2.274
2
4 12 55.73
2.2602
25 13 59.6
3.851
2
6 0 31.80
2.2018
25 46 58.8
2.398
3
4 15 11.34
3.3603
25 17 46.7
3.718
3
6 2 43.83
2.1903
25 44 31.3
2.520
4
■ 4 17 26.96
2.2603
25 21 25.8
3J>85
4
6 4 55.71
2.1967
25 41 56.4
2.643
5
4 19 42.58
2.2603
25 24 56.9
3.452
5
6 7 7.43
3.1940
25 39 14.2
2.764
6
4 21 58.20
2.3603
25 28 20.0
3.318
6
6 9 18.99
3.1914
25 36 24.7
2.886
7
4 24 13.81
3.3602
25 31 35.1
3.185
7
6 11 30.40
2.1R8R
25 33 27.9
ZJO07
8
4 26 29.42
2.2600
25 34 42.2
3.052
8
6 13 41.64
2.1860
25 30 23.9
3.128
9
4 28 45.01
2.2608
25 37 41.3
2.919
9
6 15 52.72
2.1833
25 27 12.6
3.248
10
4 31 0.59
2.2506
25 40 32.5
2.787
10
6 18 3.63
2.1804
25 23 54.2
3.367
11
4 33 16.15
2.2502
25 43 15.7
2.653
11
6 20 14.37
2.1776
25 20 28.6
3.486
12
4 35 31.69
2.2588
25 45 50.9
2.520
12
6 22 24.94
2.1748
25 16 55.9
3.604
13
4 37 47.21
2.3683
25 48 18.1
2.387
13
6 24 35.34
2.1718
25 13 16.1
3.723
14
4 40 2.69
2.2678
25 50 37.3
2.254
14
6 26 45.56
2.1680
25 9 29.2
3.840
15
' 4 42 18.14
2.2573
25 52 48.6
2.122
15
6 28 55.61
2.1660
25 5 35.3
3.957
16
1 4 44 33.56
2.2567
25 54 51.9
1.988
16
6 31 5.48
2.1630
25 1 34.4
4.073
17
4 46 48.94
2.2650
25 56 47.2
1.855
17
6 33 15.17
2.1599
24 57 26.5
4.189
18
4 49 4.27
2.2552
25 58 34.5
1.723
18
6 35 24.67
2.1568
24 53 11.7
4.304
19
4 51 19.56
2.2544
26 0 13.9
1.591
19
6 37 33.99
2.1538
24 48 50.0
4.419
20
4 53 34.80
2.3536
26 1 45.4
1.458
20
6 39 43.12
2.1507
24 44 21.4
4.533
21
4 55 49.99
3.3527
26 3 8.9
1.326
21
6 41 52.07
2.1476
24 39 46.0
4.648
22
4 58 5.12
2.2517
26 4 24.5
1.194
22
6 44 0.83
2.1444
24 35 3.7
4.761
23
5 0 20.19
SEP1
2.3506
PEMBE
+26 5 32.2
:R 18.
•f 1.063
23
6 46 9.40
SEPT
2.1412
EMBEl
+24 30 14.7
El 20.
-4.873
0
5 2 35.19
3.3405
+26 6 32.0
+0.931
0
6 48 17.77
2.1379
+24 25 19.0
--4.984
1
5 4 50.13
3.3483
26 7 23.9
0.799
1
6 50 25.95
2.1348
24 20 16.6
5.006
2
5 7 4.99
3.3471
26 8 7.9
0.668
2
6 52 33.94
2.1315
24 15 7.5
6.207
3
5 9 19.78
3.3450
26 8 44.0
0.636
3
6 54 41.73
2.1283
24 9 51.8
6.317
4
5 11 34.50
3.3446
26 9 12.2
0.406
4
6 56 49.33
2.1249
24 4 29.5
5.426
5
5 13 49.13
3.3432
26 9 32.6
0.275
5
6 58 56.72
2.1216
23 59 0.7
6.535
6
5 16 3.68
2.2418
26 9 45.2
0.144
6
7 1 3.92
2.1183
23 53 25.3
6.643
7
5 18 18.14
2.2403
26 9 49.9
+0.013
7
7 3 10.92
2.1160
23 47 43.5
6.751
8
5 20 32.51
2.2387
26 9 46.8
-0.117
8
7 5 17.72
2.1117
23 41 55.2
6.858
9
5 22 46.78
2.2371
26 9 35.9
0.246
9
7 7 24.32
2.1083
23 36 0.5
5.964
10
5 25 0.96
2.3364
26 9 17.3
0.876
10
7 9 30.72
2.1049
23 29 59.5
6.070
U
5 27 15.03
3.3337
26 8 50.9
0.504
11
7 11 36.91
3.1015
23 23 52.1
6.176
12
5 29 29.00
3.3319
26 8 16.8
0.633
12
7 13 42.90
2.0081
23 17 38.4
6.280
13
5 31 42.86
3.3301
26 7 35.0
0.761
13
7 15 48.68
2.0947
23 11 18.5
6.383
14
5 33 56.61
3.3282
26 6 45.5
0.880
14
7 17 54.26
2.0013
23 4 52.4
6.487
15
5 36 10.24
2.2363
26 5 48.3
1.018
15
7 19 59.64
2.0879
22 58 20.1
6.590
16
5 38 23.76
2.2243
26 4 43.4
1.145
16
7 22 4.81
2.0845
22 51 41.6
6.003
17
5 40 37.16
2.2223
26 3 30.9
1.272
17
7 24 9.78
2.0811
22 44 57.0
6.793
18
5 42 50.43
2.2302
26 2 10.8
1.398
18
7 26 14.54
2.0777
22 38 6.4
6.893
19
5 45 3.58
2.2181
26 0 43.1
1.524
19
7 28 19.10
2.0743
22 31 9.8
6.993
20
5 47 16.60
2.2158
25 59 7.9
1.650
20
7 30 23.45
2.0708
22 24 7.2
7.093
21
5 49 29.48
2.2135
25 57 25.1
1.776
21
7 32 27.59
2.0673
22 16 58.6
7.193
22
5 51 42.22
2.2113
25 55 34.8
1.901
22
7 34 31.53
2.0639
22 9 44.1
7.291
23
5 53 54.83
2.2090
25 53 37.0
2.036
23
7 36 35.26
2.0605
22 2 23.7
7.388
24
5 56 7.30
2.3066
+25 51 31.7
-2.160
24
7 38 38.79
2.0571
+21 54 57.6
-7.483
MOON, 1916.
GREENWICH MEAN TIME.
95
Hour.
Right
AaoensioD.
Var.
Deellnatlon.
f
0
1
0
tt
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
S
9
10
11
12
13
14
15
16
17
18
19
20
21
22
n
u
OCTOBER
h m s 9
17 48 38.37 2.M81
17 51 13.64 3.5876
17 53 48.87 2.6808
17 56 24.06 3.6801
17 58 59.20 3.6852
18 1 34.28 3.5841
18 4 9.29 2.5839
18 6 44.23 2.6817
18 9 19.09 2.6808
18 11 53.86 2.5788
18 14 28.54 2.5771
18 17 3.11 2.6753
18 19 37.57 2.6733
18 22 11.91 2JS713
18 24 46.13 2.6603
18 27 20.22 2.6070
18 29 54.17 2.6047
18 32 27.98 2.6023
18 35 1.64 2.5607
18 37 35.14 2.5570
18 40 8.48 2.6543
18 42 41.66 2.5515
18 45 14.66 2.6485
18 47 47.48 2.5454
OCTOBER
18 50 20.11 3.6433
18 52 52.55 2.6301
18 55 24.80 2.6368
18 57 56.84 2.6323
19 0 28.68 2.6288
19 3 0.30 2.6253
19 5 31.71 2.6217
19 8 2.90 2.6170
19 10 33.86 2.5141
19 13 4.59 2.5108
19 15 35.09 j 2.6063
19 18 5.35 I 2.6023
19 20 35.36 I 2.4082
19 23 5.13 2.4041
19 25 34.65 2.4800
19 28 3.92 2.4857
19 30 32.93 2.4814
19 33 1.69 2.4771
19 35 30.18 3.4726
19 37 58.40 2.4682
19 40 26.36 2.4638
19 42 54.05 2.4603
19 45 21.47 3.4547
' 19 47 48.61 2.4500
19 50 15.47 2.4454
3.
tf
-25 50 4.4
25 47 57.8
25 45 40.8
25 43 13.5
25 40 35.8
25 37 47.8
25 34 49.6
25 31 41.0
25 28 22.2
25 24 53.2
25 21 14.0
25 17 24.6
25 13 25.0
25 9 15.3
25 4 55.5
25 0 25.7
24 55 45.9
24 50 56.1
24 45 56.3
24 40 46.7
24 35 27.2
24 29 57.9
24 24 18.9
-24 18 30.1
4.
-24 12 31.7
24 6 23.7
24 0 6.1
23 53 39.0
23 47 2.4
23 40 16.4
23 33 21.1
23 26 16.5
23 19 2.8
23 11 39.9
23 4 7.9
22 56 26.8
22 48 36.8
22 40 37.9
22 32 30.2
22 24 13.7
22 15 48.5
22 7 14.7
21 58 32.3
21 49 41.5
21 40 42.3
21 31 34.8
21 22 19.0
21 12 55.1
-21 3 23.1
Var.
£iri.
tf
-1-2.033
2.107
2.360
2.642
2.714
2.885
3.057
3.228
3.808
ZM»
3.738
3.008
4.078
4.346
4.413
4.680
4.747
4.013
5.078
5.243
5.407
6.600
5.782
-1-6.803
+6.063
6.213
6.373
6.631
6.688
6.844
6.000
7.153
7.305
7.458
7.600
7.769
7.008
8.065
8.202
8.348
8.402
8.635
8.777
8.017
0.066
9.194
9.331
9.466
-1^.600
Hour.
Right
Ascension.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
Var.
Dedlnation.
Var.
M&,
h m
19 50
19 52
19 55
19 57
20 0
20 2
20 4
20 7
20 9
20 12
20 14
20 16
20 19
20 21
20 24
20 26
20 28
20 31
20 33
20 35
20 38
20 40
20 42
20 45
20 47
20 49
20 52
20 54
20 56
20 59
21 1
21 3
21 6
21 8
21 10
21 12
21 15
21 17
21 19
21 22
21 24
21 26
21 28
21 31
21 33
21 35
21 37
21 39
21 42
OCTOBER
s
15.47
42.06
5.
8.36
34.38
0.12
25.58
50.75
15.63
40.23
4.54
28.55
52.27
15.71
38.86
1.72
24.29
46.56
8.55
30.25
51.66
12.78
33.62
54.17
14.43
s
2.4454
3.4408
3.4360
3.4313
3.4367
8.4319
3.4171
3.4133
3.4076
3.4037
3J978
3.3030
3.3883
3.8834
3.3786
3.3737
3.3688
3.3641
3.8603
3.3644
3.3407
3.3440
3.3401
3.3363
//
f/
-21 3 23.1
20 53 43.1
20 43 55.1
20 33 59.3
20 23 55.7
20 13 44.4
20 3 25.5
9 52 59.1
9 42 25.2
9 31 44.0
9 20 55.5
9 9 59.9
8 58 57.1
8 47 47.3
8 36 30.6
8 25 7.1
8 13 36.8
8 1 59.9
7 50 16.4
7 38 26.4
7 26 30.0
7 14 27.3
7 2 18.4
6 50 3.4
OCTOBER 6
34.41
3.3307
54.11
3.3260
13.53
2.3213
32.66
3.3166
51.52
2.3120
10.10
2.3074
28.41
2.3020
46.45
2.2084
4.22
2.2038
21.71
2.2893
38.94
2.2860
55.91
2.2806
12.61
2.2762
29.05
3.2no
45.24
2.2677
1.17
2.3634
16.85
2.2693
32.28
2.2563
47.47
3.3511
2.41
3.3470
17.11
3.3430
31.57
2.2391
45.80
2.2353
59.80
2.2313
13.56
2.2275
6 37 42.4
6 25 15.5
6 12 42.7
6 0 4.1
5 47 19.9
5 34 30.1
5 21 34.8
5 8 34.2
4 55 28.3
4 42 17.2
4 29 0.9
4 15 39.7
2 13.5
13 48 42.5
3 35 6.8
3 21 26.5
3 7 41.7
12 53 52.4
2 39 58.7
2 26 0.8
2 11 58.8
1 57 52.7
1 43 42.6
1 29 28.6
1 15 10.8
-9.600
9.733
9.866
9.906
10.124
10.353
10.378
10.603
10.636
10.748
10.868
10.987
11.106
11.331
11.836
11.448
11.660
11.670
11.779
11.887
11.903
13.007
13.100
M-13.300
•1-13.300
13.408
13.605
13.000
13.788
13.876
13.066
13.064
18.143
13.338
13.318
13.306
13.477
13.666
13.633
13.700
13.784
13.868
13.030
13.990
14.068
14.136
14.201
14.366
M-14.338
MOON, 1916.
97
GREENWICH MEAN TIME.
Hoar.
Bight
Aaecostai.
V«r.
Mta.
DedinAtlon.
Var.
£Sa.
Hour.
Right
ABoenslon.
Var.
MM.
DecUnatkm.
Var.
OCTOBER 11.
OCTOBER 13.
h m 8
8
• in
tt
h m 8
s
• 1 tt
II
0
1 7 59.34
a.l590
+12 37 84.9
•l>18.291
0
2 53 44.78
3.2643
+21 26 51.2
•h8J94
1
1 10 8.57
3.1548
12 50 60.0
13.213
1
2 56 0.09
2.2601
21 35 11.2
8.271
2
1 12 17.91
a.lM7
13 4 0.5
13.135
2
2 58 15.51
2.2679
21 43 23.7
8.147
3
1 14 27.37
a.l686
13 17 6.2
13.055
3
3 0 31.04
2.2607
21 51 28.8
8.023
4
1 16 36.94
2.1(MM
13 80 7.1
12.074
4
3 2 46.67
2.9014
21 59 26.4
7.898
5
1 18 46.62
3.1623
13 43 3.1
12.892
5
8 5 2.41
2.2033
22 7 16.5
7.773
6
1 20 56.42
3.1043
13 55 54.1
12.808
6
3 7 18.25
2.2048
22 14 59.1
7.040
7
1 23 6.34
3.10M
14 8 40.0
12.723
7
3 9 34.19
2.2605
22 22 34.0
7JS19
8
1 25 16.39
3.1686
14 21 20.8
12.038
8
3 11 50.23
2.2081
22 30 1.4
7.393
9
1 27 26.56
3.1706
14 33 56.5
12.551
9
3 14 6.36
2.2007
22 37 21.1
7.905
10
1 29 36.85
3.1736
14 46 26.9
12.403
10
3 16 22.69
2.2713
22 44 33.2
7.137
U
1 31 47.26
3.1746
14 58 52.0
12.373
U
3 18 38.91
2.2727
22 51 37.5
7i)08
12
1 33 57.80
3.1768
16 11 11.7
12.283
12
3 20 55.31
2.2741
22 58 34.1
0.879
13
1 36 8.47
3.1789
16 23 26.0
12.103
13
3 23 11.80
2.2755
23 5 23.0
0.740
U
1 38 19.27
3.1810
15 35 34.8
13.100
14
3 25 28.37
2.2708
23 12 4.0
0.018
15
1 40 30.19
3.1832
15 47 38.0
13.000
15
3 27 45.01
2J780
23 18 37.2
0.488
16
1 42 41.25
3.1853
16 59 35.5
11.011
16
3 30 1.73
2.2793
23 25 2.5
0.357
17
1 44 52.43
3.1875
16 11 27.3
11.810
17
3 32 18.62
2.2804
23 31 20.0
0.230
18
1 47 3.75
3.1808
16 23 13.4
11.720
18
3 34 35.38
2.2816
23 37 29.6
0.004
19
1 49 15.20
3.1030
16 34 53.7
11.022
19
3 36 52.31
2.2827
23 43 81.3
5.902
20
1 51 26.79
3.1043
16 46 28.0
11.523
20
3 39 9.30
2.2836
23 49 25.0
5.828
21
1 53 38.51
3.1004
16 57 56.4
11.423
21
3 41 26.34
2.2845
23 55 10.7
5.606
22
1 55 50.36
3.1080
17 9 18.8
11.323
22
8 43 43.44
2.2855
24 0 48.5
5.568
23
1 58 2.34
OC
3.3006
rOBEF
+17 20 35.2
112.
■1-11.222
23
3 46 0.60
OCT
2.2863
OBER
+24 6 18.3
14.
-h5.430
0
2 0 14.46
3.3033
+17 81 46.4
•t-11.118
0
3 48 17.80
2.2871
+24 11 40.0
<f5.t96
1
2 2 26.72
3.3064
17 42 49.4
11.015
1
3 50 35.05
2.2878
24 16 53.7
5.102
2
2 4 39.11
3.3070
17 53 47.2
10.011
2
3 52 52.34
2.2885
24 21 59.4
5.028
3
2 6 51.63
3.3006
18 4 38.7
10.806
3
3 55 9.67
2.2891
24 26 57.0
4^03
4
2 9 4.29
3.3131
18 15 23.8
10.008
4
3 57 27.03
2.2890
24 31 46.5
4.758
5
2 11 17.08
3.3143
18 26 2.5
10.502
6
3 59 44.42
2.2001
24 36 27.9
4.023
6
2 13 30.00
3.3106
18 36 34.8
10.483
6
4 2 1.84
2.2005
24 41 1.2
4.488
7
2 15 43.06
3.3188
18 47 0.5
10.374
7
4 4 19.28
2.2908
24 45 26.4
4.353
8
2 17 56.26
3.3310
18 57 19.7
10.204
8
4 6 36.74
2.2911
24 49 43.5
4.217
9
2 20 9.58
3.2233
19 7 32.2
10.153
9
4 8 54.21
2.2913
24 53 52.4
4.081
10
2 22 23.04
3.3364
19 17 38.1
10.043
10
4 11 11.70
2.2915
24 57 53.2
3.945
11
2 24 36.63
3.2270
19 27 37.2
9.038
11
4 13 29.19
2.2910
25 1 45.8
3.808
12
2 26 50.35
2.2208
19 37 29.5
0.815
12
4 15 46.69
2.2917
25 5 30.3
3.078
13
2 29 4.20
2.2319
19 47 15.0
0.701
13
4 18 4.19
2.2910
25 9 6.6
3.538
14
2 31 18.18
2.2341
19 66 53.6
0.580
14
4 20 21.68
2.2914
25 12 34.8
3.402
15
2 33 32.29
2.2302
20 6 25.3
9.470
16
4 22 39.16
2.2912
25 15 54.8
3J05
16
2 35 46.52
2.2383
20 15 50.0
0.353
16
4 24 56.62
2.2909
25 19 6.6
3.128
17
2 38 0.88
2.2408
20 25 7.7
0.380
17
4 27 14.07
2.2907
25 22 10.2
2.003
18
2 40 15.36
2.2423
20 34 18.3
0.118
18
4 29 31.50
2.2903
25 25 5.7
2.867
19
2 42 29.96
2JM44
20 43 21.8
8.908
19
4 31 48.90
2.2898
25 27 53.0
2.720
20
2 44 44.69
2.2404
20 52 18.1
8.870
20
4 34 6.27
2.2803
25 30 32.1
2.584
21
2 46 59.53
2.2484
21 1 7.3
8.750
21
4 36 23.61
2.3887
25 33 3.1
2.448
22
2 49 14.50
2.2504
21 9 49.2
8.038
22
4 38 40.91
2.2879
25 35 25.9
2.312
23
2 51 29.58
2.2523
21 18 23.9
8.517
23
4 40 58.16
2.2872
25 37 40.5
2.170
24
2 53 44.78
2.2543
+21 26 51.2
•1- 8.394
24
4 43 15.37
2.2804
+25 39 47.0
-1-2.040
79790**—1916-
98
MOON, 1916.
GREENWICH MEAN TIME,
Hoar.
Right
Ascension.
Var.
Declination.
Var.
Hour.
Right
Ascension.
Var.
Declination.
Var.
OCTOBER 16.
OCTOBER 17.
h m 8
s
m t *t
//
h m 8
s
m t tt
//
0
4 43 16.87
3.28M
+26 39 47.0
•l>3.040
0
6 30 60.18
3.1747
+24 46 28.6
-4.098
1
4 46 32.63
3.3856
26 41 46.3
1.004
1
6 33 0.66
3.1713
24 42 19.1
4.214
2
4 47 49.63
3.3846
26 43 36.6
1.760
2
6 36 10.72
3.1676
24 38 2.8
4.329
3
4 60 6.68
3.3836
26 46 17.6
1.634
3
6 37 20.67
3.1641
24 33 39.6
4.443
4
4 62 23.66
3.3835
26 46 61.6
1.408
4
6 39 30.41
3.1606
24 29 9.6
4.557
5
4 64 40.68
3.3813
26 48 17.4
1.363
6
6 41 39.93
3.1568
24 24 32.8
4.670
6
4 66 67.42
3.3801
26 49 35.1
1.338
6
6 43 49.23
3.1533
24 19 49.2
4.783
7
4 69 14.19
3.3788
26 60 44.7
1.003
7
6 46 68.32
3.1407
24 14 58.9
4J94
8
6 1 30.88
3.3774
26 51 46.3
0.050
8
6 48 7.19
3.1460
24 10 1.9
5.005
9
6 3 47.48
3.3750
26 62 39.8
0.835
9
6 60 16.84
3.1433
24 4 58.3
5.U5
10
6 6 3.99
3.3744
26 63 26.3
0.601
10
6 62 24.26
3.1385
23 69 48.1
5.235
11
6 8 20.41
3.373B
26 64 2.7
0.657
11
6 64 32.46
3.1348
23 64 31.3
5.334
12
6 10 36.74
3.3713
26 64 32.1
0.433
12
6 66 40.44
3.1811
23 49 8.0
5.443
13
6 12 62.97
3.3606
26 64 63.6
0.300
13
6 68 48.19
3.1378
23 43 38.2
5J50
14
6 16 9.09
3.3678
25 65 6.9
0.158
14
7 0 66.72
3.1336
23 38 2.0
5.657
16
6 17 25.10
3.3650
26 65 12.4
+0.035
16
7 3 3.02
3.1108
23 32 19.4
5.763
16
6 19 41.00
3.3641
25 66 9.9
-0.106
16
7 6 10.10
3.1161
23 26 30.5
5.866
17
6 21 66.79
3.3633
26 64 69.6
0.330
17
7 7 16.96
3.1133
23 20 35.3
5.973
18
6 24 12.46
3.3601
26 64 41.2
0.371
18
7 9 23.67
3.1084
23 14 33.7
6.078
19
6 26 28.00
3.3580
25 64 15.0
0.503
19
7 11 29.96
3.1047
23 8 26.9
6.181
20
6 28 43.42
3.3550
26 63 41.0
0.633
20
7 13 36.13
3.1008
23 2 12.0
6.283
21
5 30 68.71
3.3537
26 62 69.1
0.763
21
7 15 42.06
3.0070
22 65 51.9
6.386
22
6 33 13.86
3.3514
26 62 9.4
0.803
22
7 17 47.77
3.0033
22 49 25.7
6.4S8
23
6 36 28.88
3.3401
+26 61 11.9
-1.038
23
7 19 63.26
3.0803
+22 42 63.4
-6 .588
OC
rOBEP
I 16.
OCT
OBER
18.
0
6 37 43.76
3.3467
+26 60 6.7
-1.153
0
7 21 68.49
3.0855
+22 36 15.1
-6.688
1
6 39 68.48
3.3443
26 48 63.7
1.381
1
7 24 3.61
3.0818
22 29 30.8
6.7SS
2
6 42 13.06
3.3418
26 47 33.0
1.408
2
7 26 8.30
3.0770
22 22 40.6
6.886
3
6 44 27.49
3.3303
26 46 4.7
1.536
3
7 28 12.86
3.0741
22 15 44.6
6.083
4
6 46 41.76
3.3366
26 44 28.7
1.664
4
7 30 17.19
3.07Q8
22 8 42.6
7.081
5
6 48 66.88
3.3330
25 42 45.0
1.701
6
7 32 21.29
3.0664
22 1 34.8
7.178
6
6 61 9.83
3.3313
25 40 63.8
1.017
6
7 34 25.16
3.0637
21 64 21.3
7.273
7
6 63 23.62
3.3384
25 38 55.0
3.043
7
7 36 28.81
3.0580
21 47 2.0
7.360
8
6 66 37.24
3.3356
25 36 48.7
3.168
8
7 38 32.23
3.0553
21 39 37.0
7.463
9
6 67 60.69
3.3338
25 34 34.8
3.303
9
7 40 35.43
3.0514
21 32 6.4
7.557
10
6 0 3.97
3.3108
25 32 13.5
3.418
10
7 42 38.40
3.0477
21 24 30.2
7.649
11
6 2 17.07
3.3168
25 29 44.7
3.543
11
7 44 41.15
3.0430
21 16 48.6
7.742
12
6 4 29.99
3.3138
26 27 8.5
3.665
12
7 46 43.67
3.0403
21 9 1.2
7.833
13
6 6 42.73
3.3108
25 24 24.9
3.788
13
7 48 46.97
3.0364
21 1 8.5
7S2i
14
6 8 66.29
3.3078
25 21 34.0
3.000
14
7 50 48.04
3.0338
20 63 10.3
8.014
16
6 11 7.66
3.3046
25 18 35.8
3.031
15
7 52 49.90
3.0301
20 45 6.8
8.103
16
6 13 19.84
3.3014
26 15 30.3
3.153
16
7 54 61.53
3.0353
20 36 67.9
8.103
17
6 16 31.83
3.1083
26 12 17.6
3.373
17
7 66 62.94
f.0318
20 28 43.7
8.281
18
6 17 43.62
3.1040
25 8 57.6
3.303
18
7 58 54.14
3.0183
20 20 24.2
8.368
19
6 19 66.22
3.1017
25 5 30.6
3.513
19
8 0 55.12
3.0146
20 11 59.5
8.454
20
6 22 6.62
3.1883
25 1 66.2
3.631
20
8 2 56.89
3.0110
20 3 29.7
8.540
21
6 24 17.82
3.1840
24 58 14.8
3.748
21
8 4 66.44
3.0074
19 54 54.7
8.626
22
6 26 28.81
3.1815
24 54 26.4
3.866
22
8 6 66.78
3.0030
19 46 14.6
8.710
23
6 28 39.60
3.1781
24 50 30.9
3.083
23
8 8 56.91
3.0004
19 37 29.5
8.794
24
6 30 60.18
3.1747
+24 46 28.5
-4.008
24
8 10 56.83
1.0060
+19 28 39.3
-8.878
MOON, 1916.
99
GREENWICH MEAN TIME.
How.
1
RISht
Aaosotkni.
Var.
Dedination.
Var.
iSta.
Hour.
Right
Aflceiukm.
Var.
Dedination.
Var.
iSte.
OCTOBER 19.
OCTOBER 21.
h m 8
8
• / //
tt
h m 8
8
• f ff
0f
0
8 10 56.88
1.9900
+19 28 39.3
" 8.878
0
9 43 29.09
1.8700
+10 59 37.7
-12.070
1
8 12 56.54
1.0086
19 19 44.2
8.000
1
9 45 21.61
1.8747
10 47 31.6
12.127
2
8 14 56.05
1.0001
19 10 44.1
0.042
2
9 47 14.05
1.8734
10 35 22.5
12.170
3
8 16 55.35
1.0607
19 1 39.2
0.123
3
9 49 6.42
1.8722
10 23 10.5
12.225
i
8 18 54.45
1.0838
18 52 29.4
0.208
4
9 50 58.71
1.8710
10 10 55.5
12.374
5
8 20 53.35
1.0800
18 43 14.8
0.283
5
9 52 50.94
1.8700
9 58 37.6
12.322
6
8 22 52.05
1.0707
18 33 55.5
0.802
6
9 54 43.11
1.8000
9 46 16.9
12.308
7
8 24 50.55
1.0734
18 24 31.4
0.441
7
9 56 35.22
1.8080
9 33 53.4
12.415
8
8 26 48.86
1.0702
18 15 2.6
0.618
8
9 58 27.27
1.8071
9 21 27.1
12.401
9
8 28 46.97
1.0060
18 5 29.2
0.605
9
10 0 19.27
1.8003
9 8 58.1
12.506
10
8 30 44.89
1.0038
17 55 51.2
0.072
10
10 2 11.23
1.8050
8 56 26.4
12.551
U
8 32 42.62
1.0007
17 46 8.6
0.747
11
10 4 3.14
1.8048
8 43 52.0
12.694
12
8 34 40.17
1.0070
17 36 21.6
0.821
12
10 5 55.00
1.8041
8 31 15.1
12.037
13
8 36 37.53
1.0546
17 26 30.1
0.800
13
10 7 46.83
1.8036
8 18 35.6
12.679
14
8 38 34.71
1.0616
17 16 34.1
0.070
14
10 9 38.62
1.8029
8 5 53.6
12.721
15
8 40 31.71
1.0486
17 6 33.7
10.043
15
10 11 30.38
1.8825
7 53 9.1
12.762
16
8 42 28.53
1.0450
16 56 29.0
10.115
16
10 13 22.12
1.8021
7 40 22.2
12.802
17
8 44 25.18
1.0438
16 46 19.9
10.187
17
10 15 13.83
1.8017
7 27 32.9
12.842
18
8 46 21.66
1.0396
16 36 6.6
10.257
18
10 17 5.52
1.8014
7 14 41.2
12.881
19
8 48 17.96
1.0300
16 25 49.1
10.328
19
10 18 57.20
1.8013
7 1 47.2
12.918
20
8 50 14.09
1.0342
16 15 27.3
10.308
20
10 20 48.87
1.8011
6 48 51.0
12.950
21
8 52 10.06
1.0316
16 5 1.4
10.400
21
10 22 40.53
1.8000
6 35 52.5
124»93
22
8 54 5^7
1.0288
15 54 31.4
10.633
22
10 24 32.18
1.8808
6 22 51.8
13.029
23
8 56 1.52
OC
IMtti
rOBE£
+15 43 57.4
L20.
-10.001
23
10 26 23.83
OCT
1.8000
OBER
+ 69 49.0
22.
-13.004
0
8 57 57.01
1.0230
+15 33 19.3
-10.068
0
10 28 15.49
1.8010
+ 5 56 44.1
-13.000
8 50 52.35
1.0210
15 22 37.2
10.734
1
10 30 7.15
1.8012
5 43 37.1
13.133
9 1 47.53
1.0184
15 11 51.2
10.800
2
10 31 58.83
1.8014
5 30 28.1
13.167
9 3 42^
1.0100
15 1 1.2
10.805
3
10 33 50.52
1.8017
5 17 17.1
13.100
9 5 37.45
1.0137
14 50 7.4
10.020
4
10 35 42.23
1.8021
5 4 4.2
13.231
9 7 32.20
1.0113
14 39 9.7
10.003
5
10 37 33.97
1.8026
4 50 49.4
13.202
9 9 26.80
1.0080
14 28 8.2
11.050
6
10 39 25.73
1.8020
4 37 32.8
13.292
9 11 21.27
1.0007
14 17 3.0
11.118
7
10 41 17.52
1.8634
4 24 14.4
13.322
8
9 13 15.60
1.0044
14 5 54.0
11.180
8
10 43 9.34
1.8041
4 10 54.2
13.351
9
9 15 9.80
1.0023
13 54 41.4
11.240
9
10 45 1.21
1.8048
3 57 32.3
13.378
10
9 17 3.87
1.0002
13 43 25.2
11.801
10
10 46 53.12
1.8056
3 44 8.8
13.406
U
9 18 57.82
1.8981
13 32 5.3
11.301
11
10 48 45.07
1.8003
3 30 43.7
13.432
12
9 20 51.64
1.8000
13 20 41.9
11.419
12
10 50 37.07
1.8072
3 17 17.0
13.458
13
9 22 45.34
1J041
13 9 15.0
11.478
13
10 52 29.13
1.8082
3 3 48.8
13.483
14
9 24 38.93
1.8028
12 57 44.6
11.530
14
10 54 21.25
1.8002
2 50 19.1
13.507
15
9 26 32.41
1.8003
12 46 10.7
11.603
15
10 56 13.43
1.8702
2 36 48.0
13.530
18
9 28 25.77
1.8884
12 34 33.4
11.040
16
10 58 5.67
1.8713
2 23 15.5
13.553
17
9 30 19.02
1.8807
12 22 52.8
11.704
17
10 59 57.99
1.8730
2 9 41.7
13.674
18
9 32 12.17
1,8861
12 11 8.9
11.760
18
11 1 50.38
1.8738
1 56 6.6
13.500
19
9 34 5.23
1.8834
11 59 21.7
11.813
19
11 3 42.85
1.8753
1 42 30.2
13.010
20
9 35 58.18
1.8818
11 47 31.3
11.808
20
11 5 35.41
1.8707
1 28 52.7
13.634
a
9 37 51.04
1.8803
11 35 37.6
11.022
21
11 7 28.05
1.8782
1 15 14.1
13.653
22
9 39 43.81
1.8788
11 23 40.7
11.074
22
11 9 20.79
1.8708
1 1 34.3
13.072
23
9 41 36.49
1.8773
11 11 40.7
12.025
23
11 11 13.62
1.8813
0 47 53.5
13.688
24
9 43 29.09
1.8700
+10 59 37.7
-12.070
24
11 13 6.55
1.8831
+ 0 34 11.7
-13.704
100
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
Ascension.
Var.
Mto.
Declination.
Var.
Hour.
Right
Ascension.
Var.
Dedinatkm.
Vir.
OCTOBER 23.
OCTOBER 25.
h m s
s
• 1 ft
n
h m s
8
• 1 tt
»»
0
11 13 6.55
1.8831
+ 0 34 11.7
-13.704
0
12 46 46.10
2.0458
-10 24 3.1
-18415
1
11 14 59.59
1.8848
0 20 29.0
13.710
1
12 48 49.00
2.0600
10 37 20.9
13.278
2
11 16 52.73
1.88M
+ 06 45.4
13.733
2
12 50 52.21
2.0660
10 50 36.5
13.243
3
11 18 45.98
1.8885
-06 59.0
13.747
3
12 52 55.72
2.0612
11 3 49.9
13.20}
4
11 20 39.35
1.8905
0 20 44.2
13.760
4
12 54 59.55
2.0664
11 17 0.8
13.162
5
11 22 32.84
1.8025
0 34 30.2
13.772
5
12 57 3.69
2.on7
11 30 9.3
13.121
6
11 24 26.45
1.8946
0 48 16.8
13.782
6
12 59 8.15
2.0770
11 43 15.3
13.078
7
11 26 20.19
1.8908
1 2 4.0
13.702
7
13 1 12.93
2.0823
11 56 18.7
13.034
8
11 28 14.07
1.8991
1 15 51.8
13.801
8
13 3 18.03
2.0878
12 9 19.4
12.088
9
11 30 8.08
1.9014
1 29 40.1
13.800
9
13 5 23.46
2.0033
12 22 17.3
12.942
10
11 32 2.24
1.9038
1 43 28.9
13.817
10
13 7 29.23
2.0080
12 35 12.4
12.883
11
11 33 56.54
1.9063
1 57 18.1
13.823
11
13 9 35.33
2.1045
12 48 4.5
12.843
12
11 35 50.99
1.9088
2 11 7.6
13.828
12
13 11 41.77
2.1102
13 0 53.6
12.793
13
11 37 45.60
1.9114
2 24 57.4
13.833
13
13 13 48.55
2.1150
13 13 39.6
12.7»
14
11 39 40.36
1.9140
2 38 47.5
13.836
14
13 15 55.68
2.1217
13 26 22.3
12.685
15
11 41 35.28
1.9168
2 52 37.7
13.838
15
13 18 3.15
2.1275
13 39 1.8
12.630
16
11 43 30.37
1.9196
3 6 28.0
13.830
16
13 20 10.98
2.1334
13 51 37.9
12J73
17
11 45 25.63
1.9225
3 20 18.4
13.840
17
13 22 19.16
2.1303
14 4 10.6
12.515
18
11 47 21.07
1.9255
3 34 8.8
13.830
18
13 24 27.69
2.1453
14 16 39.7
12.454
19
11 49 16.69
1.9285
3 47 59.1
13.838
19
13 26 36.59
2.1513
14 29 5.1
12.383
20
11 51 12.49
1.9315
4 1 49.3
13.835
20
13 28 45.85
2.1573
14 41 26.8
12.330
21
11 53 8.47
1.9347
4 15 39.3
13.832
21
13 30 55.47
2.1634
14 53 44.7
12.266
22
11 55 4.65
1.9380
4 29 29.1
13.828
22
13 33 5.46
3.1606
15 5 58.7
12J0O
23
11 57 1.03
1.9413
- 4 43 18.6
-13.822
23
13 35 15.82
2.1758
-15 18 8.7
-12.133
OC
rOBEH
124.
OCT
OBER
26.
0
11 58 57.60
1.9446
- 4 57 7.7
-13.815
0
13 37 26.55
2.1820
-15 30 14.6
-12.061
1
12 0 54.38
1.9481
5 10 56.4
13.806
1
13 39 37.66
2.1883
15 42 16.3
11.803
2
12 2 51.37
1.9516
5 24 44.6
13.798
2
13 41 49.14
2.1046
15 54 13.7
11.821
3
12 4 48.57
1.9551
5 38 32.2
13.788
3
13 44 1.01
2.2000
16 6 6.8
11.848
4
12 6 45.98
1.9588
5 52 19.2
13.778
4
13 46 13.25
2.2078
16 17 65.4
11.773
5
12 8 43.62
1.9025
6 6 5.5
13.766
5
13 48 25.88
2.2138
16 29 39.5
11.686
6
12 10 41.48
1.9663
6 19 51.1
13.753
6
13 50 38.90
2.2202
16 41 18.9
11.618
7
12 12 39.57
1.0702
6 33 35.8
13.738
7
13 52 52.30
2.2266
16 52 53.6
11.638
8
12 14 37.90
1.9741
6 47 19.7
13.723
8
13 55 6.09
2.2331
17 4 23.4
11.455
9
12 16 36.46
1.9780
7 1 2.6
13.707
9
13 57 20.27
2.2306
17 15 48.2
IU73
10
12 18 35.26
1.0821
7 14 44.5
13.680
10
13 59 34.84
2.2461
17 27 8.1
11.289
11
12 20 34.31
1.9863
7 28 25.3
13.670
11
14 1 49.80
2.2527
17 38 22.9
11.203
12
12 22 33.61
1.9904
7 42 4.9
13.660
12
14 4 5.16
2.2503
17 49 32.4
11.114
13
12 24 33.16
1.9047
7 55 43.3
13.628
13
14 6 20.91
2.2658
18 0 36.6
11.025
14
12 26 32.97
1.0000
8 9 20.3
13.606
14
14 8 37.06
2.2725
18 11 35.4
10.834
15
12 28 33.04
2.0034
8 22 56.0
13.583
15
14 10 53.61
2.2702
18 22 28.7
10.843
16
12 30 33.38
2.0070
8 36 30.3
13.558
16
14 13 10.56
2.2858
18 33 16.4
10.748
17
12 32 33.99
2.0124
8 50 3.0
13.532
17
14 15 27.90
2.2023
18 43 58.5
10.653
18
12 34 34.87
2.0100
9 3 34.1
13.504
18
14 17 45.64
2.2000
18 54 34.7
10.554
19
12 36 36.02
2.0216
9 17 3.5
13.476
19
14 20 3.78
2.3057
19 5 5.0
10.455
20
12 38 37.46
2.0263
9 30 31.2
13.447
20
14 22 22.32
2.3123
19 15 29.3
10.355
21
12 40 39.18
2.0311
9 43 57.1
13.416
21
14 24 41.26
2.3100
19 25 47.6
10.253
22
12 42 41.19
2.0360
9 57 21.1
13.383
22
14 27 0.60
2.3257
19 35 59.7
10.148
23
12 44 43.50
2.0400
10 10 43.1
13.350
23
14 29 20.34
2.3323
19 46 5.6
10.043
24
12 46 46.10
2.0458
-10 24 3.1
-13.315
24
14 31 40.48
2.3300
-19 56 4.9
-9.937
MOON, 1916.
GREENWICH MEAN TIME.
101
Aafwniton.
Var.
lEfaL
Dedliiatifm.
Var.
OCTOBER
b m
14 31
14 34
14 36
14 38
14 41
14 43
14 45
14 48
14 50
14 52
14 55
14 57
15 0
15
15
15
15
2
5
7
9
15 12
15 14
15 17
15 19
15 22
15 24
15 27
15 29
15 32
15 34
15 37
15 39
15 42
15 44
15 47
15 49
15 52
15 54
15 57
15 59
16 2
16 5
16 7
16 10
16 12
16 15
16 17
16 20
16 23
16 25
16 28
16 30
a
s
40.48
2.8390
1.02
3.Mft7
21.96
3.3628
43.29
2.3688
5.02
2.3666
27.15
2.3721
49.67
2.8786
12.58
2.3862
35.89
2.3917
59.58
2.3981
23.66
2.4046
48.13
2.4110
12.98
2.4174
38.22
2.4288
3.83
2.4300
29.82
2.4303
56.18
2.4424
22.91
2.4486
50.01
2.4647
17.47
2.4007
45.29
2.4067
13.47
2.4726
42.00
2.4783
10.87
2.4841
27.
tt
-19 56 4.9
20 5 57.9
20 15 44.3
20 25 24.0
20 34 56.9
20 44 23.0
20 53 42.2
21 2 54.3
21 11 59.3
21 20 57.0
21 29 47.4
21 38 30.4
21 47 5.9
21 55 33.7
22 3 53.9
22 12 6.3
22 20 10.8
22 28 7.4
22 35 55.9
22 43 36.2
22 51 8.3
22 58 32.1
23 5 47.5
-23 12 54.4
OCTOBER 28.
40.09
9.65
39.55
9.77
40.32
11.19
42.37
13.86
45.66
17.75
50.14
22.81
55.75
28.97
2.46
36.21
10.21
44.46
18.94
53.65
28.59
3.74
39.10
14.66
60.41
2.4898
2.4966
2.6010
2.6064
2.6118
2J»71
2.6223
2.6274
2J324
2.6373
2.6422
2.6468
2M\Z
2.6660
2.6603
2.6046
2.6068
2.6728
2.6766
2.6804
2JS41
2.6876
2.8010
2.6043
2.5974
-23 19 62.7
23 26 42.4
23 33 23.3
23 39 55.4
23 46 18.6
23 52 32.8
23 58 38.0
24 4 34.1
24 10 21.0
24 15 58.6
24 21 26.8
24 26 45.6
24 31 55.0
24 36 54.8
24 41 45.0
24 46 25.5
24 50 56.2
24 55 17.2
24 59 28.3
25 3 29.5
25 7 20.7
26 11 1.9
25 14 33.0
25 17 54.0
-25 21 4.8
ft
-9.987
9.828
9.718
9.006
9.402
9.378
0.361
9.143
9.033
8.901
8.778
8.064
8.628
8.400
8.373
8.141
8.000
7.876
7.740
7.608
7.466
7.337
7.186
-7.043
-6.900
6.766
6.608
6.461
6.312
6.162
6.011
6.868
6.704
6.648
6.802
5.236
6.077
4.017
4.766
4.603
4.431
4.268
4.108
3.937
3.770
3.608
3.434
3.266
-3.006
Hour.
Right
Aacension.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h m
16 30
16 33
16 36
16 38
16 41
16 43
16 40
16 49
16 51
16 54
16 56
16 59
17 2
17 4
17 7
17 10
17 12
17 15
17 17
17 20
17 23
17 25
17 28
17 31
17 33
17 36
17 38
17 41
17 44
17 46
17 49
17 52
17 54
17 57
17 59
18 2
18 5
18 7
18 10
18 13
18 15
18 18
18 20
18 23
18 26
18 28
18 31
18 33
18 36
8
60.41
26.35
2.46
38.74
15.17
51.76
28.49
5.35
42.34
19.44
56.65
33.96
11.36
48.84
26.39
4.00
41.66
19.37
57.11
34.88
12.67
50.46
28.26
6.04
0C1
43.81
21.54
59.24
36.89
14.49
52.02
29.47
6.85
44.14
21.33
58.41
35.38
12.22
48.93
25.50
1.92
38.19
14.30
50.23
25.99
1.56
36.94
12.13
47.11
21.87
Var.
£ii.
Declination.
Var.
)BER
29.
8
• / //
tt
2.6974
-25 21 4.8
-3.006
3.6004
25 24 5.4
2.024
3.0033
25 26 55.7
2.753
3.6050
25 29 35.8
2.682
3.6066
25 32 5.5
2.408
3.6110
25 34 24.8
2.236
3.6133
25 36 33.8
2.063
3.6164
25 38 32.3
1.888
3.6174
25 40 20.3
1.713
3.6193
25 41 57.8
1.638
3.6310
25 43 24.8
1.363
3.6336
25 44 41.3
1.187
3.6340
25 45 47.2
1.010
3.6353
25 46 42.5
0.833
3.0363
25 47 27.2
0.657
3.6373
25 48 1.3
0.479
3.6381
25 48 24.7
0.302
3.6388
25 48 37.5
-0.124
3.6393
25 48 39.6
40.063
3.6307
25 48 31.1
0.231
3.6398
25 48 11.9
0.408
3.6399
25 47 42.1
0.586
3.6398
25 47 1.6
0.764
2.6296
)BER
-25 46 10.4
30.
+0.042
2.6292
-25 45 8.6
-l>1.119
2.6286
25 43 56.1
1.297
2.6279
25 42 33.0
1.474
2.6271
25 40 59.2
1.652
2.0261
25 39 14.8
1.828
2.6248
25 37 19.8
2.004
2.6236
25 35 14.3
2.180
2.6223
25 32 58.2
2.356
2.6207
25 30 31.6
2.532
2.6189
25 27 54.4
2.706
2.6171
25 25 6.7
2.882
2.6151
25 22 8.6
3.055
2.6129
25 19 0.1
3.228
2.6107
25 15 41.2
3.402
2.6083
25 12 11.9
3.574
2.6068
25 8 32.3
3.746
2.6032
25 4 42.4
3.917
2.0003
25 0 42.3
4.067
2.6974
24 56 32.0
4.256
2.6044
24 52 11.6
4.425
2.6013
24 47 41.0
4.603
2.6882
24 43 0.4
4.760
2.5848
24 38 9.8
4.026
2.5812
24 33 9.3
5.002
2.5n6
-24 27 58.8
+5.267
102
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
Ascension.
V«r.
Mm.
Declination.
Var.
Hour.
Right
Ascension.
Var.
Min.
Declination.
Vir.
OCTOBER 31.
NOVEMBER 2.
h m 8
s
• t tt
//
h m s
s
• / //
n
0
18 36 21.87
2.6776
-24 27 58.8
+ 5.257
0
20 34 32.83
2.8321
-17 28 39.2
Hxm
1
18 38 56.41
2.5738
24 22 38.5
5.420
1
20 36 52.59
2.3265
17 16 54.8
11.788
2
18 41 30.73
2.6701
24 17 8.4
5.683
2
20 39 12.01
2.3210
17 5 4.6
IIJKS
8
18 44 4.82
2.6662
24 11 28.6
6.743
3
20 41 31.11
2.3167
16 53 8.6
11.M1
4
18 46 38.67
2.6622
24 5 39.2
5.904
4
20 43 49.89
2.3103
16 41 6.9
13.075
5
18 49 12.28
2.6681
23 59 40.1
6.064
5
20 46 8.34
2.3048
16 28 59.6
13.168
6
18 51 45.64
2.6638
23 53 31.5
6.223
6
20 48 26.47
2.2906
16 16 46.8
12.258
7
18 54 18.74
2.6405
23 47 13.4
6.880
7
20 50 44.28
2.2042
16 4 28.6
1SJ4S
8
18 56 51.58
2.5452
23 40 45.9
6.636
8
20 53 1.77
2.2R88
15 52 5.0
12.437
9
18 59 24.16
2.5406
23 34 9.1
6.691
9
20 55 18.94
2.2836
15 39 36.2
13.533
10
19 1 56.47
2.5362
23 27 23.0
6.845
10
20 57 35.80
2.2784
15 27 2.3
13.808
11
19 4 28.50
2.6316
23 20 27.7
6.998
11
20 59 52.35
2.2733
15 14 23.3
12.601
12
19 7 0.26
2.6269
23 13 23.2
7.150
12
21 2 8.59
2.2682
15 1 39.4
12.771
13
19 9 31.73
2.5221
23 6 9.7
7.300
13
21 4 24.53
2.2631
14 48 50.6
12.8U
14
19 12 2.91
2.6173
22 58 47.2
7.449
14
21 6 40.16
2.2680
14 35 57.1
12.931
16
19 14 33.80
2.6124
22 51 15.8
7.597
15
21 8 55.49
2.2630
14 22 58.9
13.008
16
19 17 4.40
2.6075
22 43 35.6
7.743
16
21 11 10.52
2.2481
14 9 56.1
13.084
17
19 19 34.70
2.5024
22 35 46.6
7.888
17
21 13 25.26
2.2432
13 56 48.8
13.U8
18
19 22 4.69
2.4073
22 27 49.0
8.033
18
21 15 39.70
2.2383
13 43 37.1
13.333
19
19 24 34.37
2.4922
22 19 42.7
8.176
19
21 17 53.86
2.2337
13 30 21.0
13.303
20
19 27 3.75
2.4870
22 11 27.9
8.317
20
21 20 7.74
2.2280
13 17 0.7
18J73
21
19 29 32.81
2.4818
22 3 4.7
8.457
21
21 22 21.33
2.2242
13 3 36.3
13.441
22
19 32 1.56
2.4765
21 54 33.1
8.596
22
21 24 34.64
2.2196
12 50 7.8
13.508
23
19 34 29.99
2.47il
-21 45 53.2
+ 8.733
23
21 26 47.68
2.2160
-12 36 35.4
+13.573
NO^
iTEMBE
:ri.
NOV
EM6E1
R 3.
0
19 36 58.09
2.4657
-21 37 5.1
+ 8.869
0
21 29 0.44
2.2105
-12 22 59.1
+13.637
1
19 39 25.87
2.4603
21 28 8.9
9.003
1
21 31 12.94
2.2061
12 9 19.0
13.608
2
19 41 53.32
2.4548
21 19 4.7
9.136
2
21 33 25.17
2.2017
11 55 35.3
13.7»
3
19 44 20.45
2.4«M
21 9 52.6
9.268
3
21 35 37.14
2.1973
11 41 47.9
13.819
4
19 46 47.25
2.4439
21 0 32.6
9.398
4
21 37 48.85
2.1931
11 27 57.0
13.8n
5
19 49 13.72
2.4384
20 51 4.8
9.528
5
21 40 0.31
2.1889
11 14 2.7
13.933
6
19 51 39.86
2.4328
20 41 29.3
9.654
6
21 42 11.52
2.1848
11 0 5.0
13.960
7
19 54 5.66
2.4273
20 31 46.3
9.780
7
21 44 22.48
2.1807
10 46 4.0
14.043
8
19 56 31.13
2.4218
20 21 55.7
9.905
8
21 46 33.20
2.1767
10 31 59.9
14.004
9
19 58 66.27
2.4162
20 11 57.7
10.028
9
21 48 43.68
2.1727
10 17 52.7
14.144
10
20 1 21.07
2.4105
20 1 52.4
10.148
10
21 50 53.92
2.1688
10 3 42.6
14.193
11
20 3 45.53
2.4048
19 51 39.9
10.268
11
21 53 3.94
2.1661
9 49 29.5
14J42
12
20 6 9.65
2.3992
19 41 20.2
10.387
12
21 55 13.73
2.1613
9 35 13.6
14.388
13
20 8 33.43
2.3936
19 30 53.5
10.503
13
21 57 23.30
2.1577
9 20 55.0
14.333
14
20 10 56.88
2.3880
19 20 19.8
10.619
14
21 59 32.65
2.1541
9 6 33.7
14.376
15
20 13 19.99
2.3823
19 9 39.2
10.733
15
22 1 41.79
2.1506
8 52 9.9
14.418
16
20 15 42.76
2J767
18 58 51.8
10.846
16
22 3 50.72
2.1471
8 37 43.5
14.450
17
20 18 5.19
2.3711
18 47 57.7
10.957
17
22 5 59.44
2.1437
8 23 14.8
14.498
18
20 20 27.29
2.3655
18 36 57.0
11.066
18
22 8 7.96
2.1403
8 8 43.8
14.536
19
20 22 49.05
2.3508
18 25 49.8
11.173
19
22 10 16.28
2.1371
7 54 10.6
14.573
20
20 25 10.47
2.3543
18 14 36.2
11.280
20
22 12 24.41
2.1839
7 39 35.1
14.608
21
20 27 31.56
2.3488
18 3 16.2
11.385
21
22 14 32.35
2.1306
7 24 67.6
14.64S
22
20 29 62.32
2.3432
17 51 50.0
11.488
22
22 16 40.11
2.1278
7 10 18.1
14.674
23
20 32 12.74
2.3376
17 40 17.6
11.590
23
22 18 47.68
2J248
6 65 36.7
14.705
24
20 34 32.83
2J»21
-17 28 39.2
-1-11.690
24
22 20 55.08
2.1219
- 6 40 53.5
+14.734
MOON, 1916.
OBEENWICH MEAN TIME.
108
Right
Asoeosion.
V«r.
Hta.
Declination.
Var.
Hour.
Right
A4oension.
Var.
Declination.
Var.
£n.
h m
22 20
22 23
22 25
22 27
22 29
22 31
22 33
22 35
22 37
22 39
22 42
22 44
22 46
22 48
22 50
22 52
22 54
22 56
22 58
23 0
NOVEMBER 4.
-6 40
6 26
6 11
5 56
23
23
23
23
2
4
7
9
•
s
55.08
3.1819
2.31
3.1191
9.37
3.1168
16.27
3.1137
23.01
3.1111
29.60
3.1086
36.04
3.1003
42.34
3.1038
48.49
3.1014
54.51
3.0003
0.40
3.0973
6.17
3.0961
11.81
3.0930
17.38
3.0911
22.74
3.0893
28.04
3.0876
33.24
3.0858
38.34
3.0843
43.35
3.0837
48.26
3.0811
53.08
3.0798
57.83
3.0786
2.50
3.0773
7.09
3.0700
If
5
5
5
4
4
4
4
3
2
2
2
2
1
1
1
1
-0
41
26
12
57
42
27
12
3 57
3 42
3 27
12
57
42
27
12
57
42
27
12
57
23 11
23 13
23 15
23 17
23 19
23 21
23 23
23 25
23 27
23 29
23 31
23 33
23 36
23 38
23 40
23 42
23 44
23 46
23 48
23 50
23 52
23 54
23 56
23 58
0 0
NOVEMBER 5.
-0 42
0 27
-0 11
+0 3
11.62
3.0749
16.08
3.0739
20.49
2/mo
24.84
3.0731
29.14
3.0718
33.39
3.0705
37.60
3.0608
41.77
3.0003
45.91
3.0687
50.01
3.0683
54.09
3.0678
58.15
3.0676
2.20
3.0673
6.23
3.0673
10.26
3.0671
14.28
3.0670
18.30
3.0671
22.33
3.0673
26.37
3.0674
30.42
3.0676
34.48
3.0679
38.57
2Ma
42.68
3.0688
46.82
3.0093
50.99
3.0698
0
0
0
1
1
1
1
2
2
2
2
3
3
3
3
4
4
18
33
48
3
18
33
47
2
17
32
47
2
17
32
46
1
16
4 31
4 45
5 0
+5 15
53.5
8.6
22.0
33.9
44.3
53.2
0.9
7.3
12.6
16.8
20.0
22.2
23.6
24.2
24.2
23.6
22.5
20.9
18.9
16.6
14.2
11.6
8.9
6.3
3.7
1.3
59.2
2.5
3.9
4.7
5.0
4.7
3.7
1.9
59.2
55.6
50.9
45.2
38.3
30.1
20.7
9.8
57.5
43.7
28.2
11.0
52.1
31.4
8.7
t0
-1-14.734
14.763
14.789
14.814
14.839
14J63
14.883
14.908
14.931
14.938
14.965
14.970
14.983
14.995
15.005
15.014
15.033
15J030
15.086
15.089
15.043
15.044
15.044
hl-15JM3
•1-15.043
15.038
15.033
15.036
15.018
15.009
15.000
14.989
14.977
14.963
14.»«8
14.931
14.913
14.895
14.874
14.853
14.831
14.807
14.783
14.756
14.738
14.600
14.670
14.638
•1-14.005
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
m
0
2
4
7
9
11
13
15
17
19
21
23
25
27
29
81
34
36
38
40
42
44
46
048
NOVEMBER 6.
8 S •
50.99 3.0608 + 5
55.20 3.0706 5
59.45 3.0713 5
3.74 3.0719 5
8.08 3.0738 6
12.47 3.0736 6
16.91 3.0746 6
21.41 3.0756 6
25.98 3.0767 7
30.61 3.0778 7
35.31 3.0790 7
40.09 9.0808 7
44.94 3.0815 8
49.87 3.0838 8
54.88 3.0843 8
59.98 3.0858 8
5.17 3.0878 9
10.45 3.0888 9
15.82 3.0908 9
21.29 3.0931 9
26.87 3.0938 9
32.55 3.0966 10
38.34 3.0973 10
44.23 3.0993 +10
NOVEMBER 7.
//
tf
15 8.7
29 44.0
44 17.3
58 48.5
13 17.4
27 44.1
42 8.4
56 30.3
10 49.7
25 6.5
39 20.7
53 32.1
7 40.8
21 46.6
35 49.5
49 49.4
3 46.2
17 39.8
31 30.2
45 17.3
59 1.1
12 41.5
26 18.3
39 51.6
0 50 50.24
0 52 56.37
0 55 2.61
0 57 8.97
0 59 15.46
1 1 22.08
1 3 28.83
1 5 35.71
1 7 42.72
1 9 49.86
1 11 57.15
1
1
1
1
1
1
1
1
1
1
1
1
1
14 4.57
16 12.13
18 19.84
20 27.69
22 35.69
24 43.85
26 52.15
29 0.60
31 9.21
33 17.97
35 26.89
37 35.97
39 45.21
1 41 54.61
3.1013
3.1031
3.1050
3.1071
3.1093
3.1114
3.1136
3.1158
3.1179
3.1303
3.1336
3.1348
3.1373
3.1397
3.1331
3.1847
3.1373
3.1396
3.1433
3.1448
3.1473
3.1500
3.1537
3.1553
3.1580
+10 53 21.2
11 6 47.1
11 20 9.2
11 33 27.5
11 46 41.8
11 59 52.1
12 12 58.4
12 26 0.5
12 38 58.4
12 51 52.1
13 4 41.4
13 17 26.3
13 30 6.8
13 42 42.7
13 55 14.0
14 7 40.6
14 20 2.4
14 32 19.5
14 44 31.6
14 56 38.8
15 8 41.1
15 20 38.2
15 32 30.2
15 44 17.0
+15 55 58.5
14.606
14.573
14.538
14.501
14.463
14.435
14.385
14.344
14.303
14.358
14.313
14.168
14.131
14.073
14.033
13.973
18.930
13.807
U.813
13.758
13.702
18.643
18.584
M-13.534
hl8.463
18.400
13.337
13.373
13.305
13.138
13.070
18.000
13.930
13.858
13.785
12.713
13.637
12.660
13.483
13.403
13.324
13.243
13.161
13.079
11.995
11.909
11.833
11.736
41.648
104
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
Afloenslon.
Var.
Decllnatk)n.
Var.
MbQ.
Hour.
Right
Ascension.
Var.
mi.
Declination.
ViT.
Min.
NOVEMBER 8.
NOVEMBER 10.
h m 8
8
• / //
ft
h m 8
8
• / #«
It
0
1 41 54.61
2.1680
+15 55 58.5
-1-11.648
0
3 28 33.80
2.2781
+23 14 51.4
+4J16
1
1 44 4.17
3.1607
16 7 34.7
11.558
1
3 30 50.54
2.2796
23 21 6.5
6.188
2
1 46 13.89
3.1634
16 19 5.5
11.468
2
3 33 7.37
2.2813
23 27 13.9
6i)68
3
1 48 23.78
3.1662
16 30 30.8
11^76
3
3 35 24.30
2.2830
23 33 13.5
5.928
4
1 50 33.83
3.1688
16 41 50.6
11.283
4
3 37 41.33
2.2845
23 39 5.2
5.797
5
1 52 44.04
3.1716
16 53 4.8
11.190
5
3 39 58.44
2.2850
23 44 49.1
5.667
6
1 54 54.42
3.1744
17 4 13.4
11.096
6
3 42 15.64
2.2873
23 50 25.2
6J35
7
1 57 4.97
3.1773
17 15 16.3
11.000
7
3 44 32.92
2.2886
23 55 53.3
5.403
8
1 59 15.68
3.1790
17 26 13.4
10.903
8
3 46 50.27
2.2808
24 1 13.5
5X1
9
2 1 26.56
3.1827
17 37 4.6
10.805
9
3 49 7.70
2.2011
24 6 25.8
5.138
10
2 3 37.60
2.1854
17 47 50.0
10.707
10
3 51 25.20
3.3923
24 11 30.1
5.005
11
2 5 48.81
2.1883
17 58 29.4
10.607
11
3 53 42.76
3.3933
24 16 26.4
4.872
12
2 8 0.19
2.1011
18 9 2.8
10.507
12
3 56 0.39
3.3048
24 21 14.7
4.738
13
2 10 11.74
2.1038
18 19 30.2
10.405
13
3 58 18.07
3.3053
24 25 55.0
4.804
14
2 12 23.45
2.1066
18 29 51.4
10.302
14
4 0 35.81
3.3060
24 30 27.2
4.470
15
2 14 35.33
2.1903
18 40 6.4
10.198
15
4 2 53.59
3.3068
24 34 51.4
4.336
16
2 16 47.37
2.2021
18 50 15.2
10.004
16
4 5 11.42
2.307S
24 39 7.5
4.301
17
2 18 59.58
2.2040
19 0 17.7
0.988
17
4 7 29.29
3.3081
24 43 15.5
4.066
18
2 21 11.96
2.2077
19 10 13.8
9.882
18
4 9 47.19
3.3986
24 47 15.4
3.930
19
2 23 24.50
2.2104
19 20 3.5
9.774
19
4 12 5.12
8.3991
24 51 7.1
3.795
20
2 25 37.21
2.2132
19 29 46.7
9.666
20
4 14 23.08
2.2995
24 54 50.8
3.660
21
2 27 50.08
2.2158
19 39 23.4
9.558
21
4 16 41.06
2.2098
24 58 26.3
3.533
22
2 30 3.11
2.2185
19 48 53.6
9.448
22
4 18 59.06
2.3001
25 1 53.6
3J88
23
2 32 16.30
2.2213
+19 58 17.1
•1-9.336
23
4 21 17.07
2.3002
+25 5 12.8
•K3.252
NO^
^MBE
}R 9.
NOV]
SM6EI
til.
0
2 34 29.66
2.2240
+20 7 33.9
-1-9.224
0
4 23 35.08
2.8001
+25 8 23.8
-^3.115
1
2 36 43.18
2.2266
20 16 44.0
9.112
1
4 25 53.10
2.3003
25 11 26.6
2.979
2
2 38 56.85
2.2303
20 25 47.3
8.998
2
4 28 11.12
2.3008
25 14 21.3
2.843
3
2 41 10.68
3.2318
20 34 43.8
8.884
3
4 30 29.13
2.3001
25 17 7.8
2.707
4
2 43 24.66
3.2343
20 43 33.4
8.768
4
4 32 47.13
3.2090
25 19 46.1
2.570
5
2 45 38.79
2.2308
20 52 16.0
8.653
5
4 35 5.12
2.2096
25 22 16.2
2.434
6
2 47 53.08
2.2304
21 0 51.7
8.537
6
4 37 23.08
2.2992
25 24 38.2
2.298
7
2 50 7.52
2.2410
21 9 20.4
8.419
7
4 39 41.02
2.2988
25 26 52.0
2.163
8
2 52 22.11
2.2443
21 17 42.0
8.301
8
4 41 58.93
2.2082
25 28 57.6
2.03S
9
2 54 36.84
2.2468
21 25 56.5
8.182
9
4 44 16.80
2.2076
25 30 55.0
1.888
10
2 56 51.72
2.2492
21 34 3.8
8.062
10
4 46 34.63
2.2068
25 32 44.2
1.753
11
2 59 6.74
2.2515
21 42 3.9
7.942
11
4 48 52.42
2.2061
25 34 25.3
1.617
12
3 1 21.90
2.2538
21 49 56.8
7.821
12
4 51 10.16
2.2062
25 35 58.2
1.480
13
3 3 37.20
2.2561
21 57 42.4
7.608
13
4 53 27.84
2.2043
25 37 22.9
1.344
14
3 5 52.63
2,2683
22 5 20.6
7.676
14
4 55 45.47
2.2038
25 38 39.5
1J09
15
3 8 8.20
2.2606
22 12 51.5
7.453
15
4 58 3.03
2.2931
25 39 48.0
1.073
16
3 10 23.90
2.2627
22 20 15.0
7.320
16
5 0 20.52
3.3900
25 40 48.3
0.9S8
17
3 12 39.72
2.2648
22 27 81.0
7.204
17
5 2 37.94
3.3897
25 41 40.5
0.803
18
3 14 55.67
2.3668
22 34 39.5
7.079
18
5 4 55.28
3.3883
25 42 24.6
0.668
19
3 17 11.74
3.3688
22 41 40.5
6.953
19
5 7 12.53
3.3868
25 43 0.6
0.533
20
3 19 27.93
3.2708
22 48 33.9
6.827
20
5 9 29.70
3.3864
25 43 28.6
0.399
21
3 21 44.23
3.3736
22 55 19.7
6.701
21
5 11 46.78
3.3838
25 43 48.5
0.264
22
3 24 0.64
2.2745
23 1 58.0
6.574
22
5 14 3.76
3.2833
25 44 0.3
-M).130
23
3 26 17.17
2.2763
23 8 28.6
6.445
23
5 16 20.64
3.3806
25 44 4.1
-0.003
24
3 28 33.80
2.2781
+23 14 51.4
■h 6.316
24
5 18 37.42
2.3787
+25 43 59.9
-0.137
MOON, 1916.
105
GREENWICH MEAN TIME.
Hour.
Richt
AaosQSioii.
V«r.
mi.
DecUnaUoa.
Var.
Hour.
Right
Aaoeosion.
V«r.
Dedlnatkm.
Var.
NOVEMBER 12.
NOVEMBER 14.
h m 8
•
• # //
It
h m 8
8
• It*
n
0
5 18 37.42
2.3787
+25 43 59.9
-0.137
0
7 4 43.02
2.1234
+23 12 56.2
-6.028
1
5 20 54.08
3.3708
25 43 47.7
0.370
1
7 6 60.30
2.1103
23 6 57.7
0.028
2
5 23 10.63
3.3748
25 43 27.5
0.403
2
7 8 57.34
2.1163
23 0 52.9
0.131
3
5 25 27.06
3.3728
25 42 59.4
0.636
3
7 11 4.13
2.1111
22 54 42.0
0.238
4
5 27 43.37
3.3708
25 42 23.3
0.008
4
7 13 10.67
2.1000
22 48 24.9
0.33&
5
5 29 50.55
3.3685
25 41 39.3
0.708
5
7 15 16.96
2.1028
22 42 1.8
0.430
6
5 32 15.59
3.3063
25 40 47.5
0.020
6
7 17 23.00
2.0080
22 35 32.6
0.637
7
5 34 31.50
3.3040
25 39 47.8
1.000
7
7 19 28.79
2.0044
22 28 57.4
0.036
S
6 36 47.27
3.3010
25 38 40.3
1.100
8
7 21 34.33
2.0008
22 22 16.3
0.734
9
5 39 2.89
3.3503
25 37 25.0
1.820
9
7 23 39.62
2.0801
22 15 29.3
0.833
10
5 41 18.37
2.2607
25 36 1.9
1.460
10
7 25 44.66
2.0810
22 8 36.4
0.03O
11
5 43 33.69
2.2640
25 34 31.0
1.670
11
7 27 49.45
2.0778
22 1 37.7
7.020
12
5 45 48.85
2.2513
25 32 52.4
1.708
12
7 29 53.99
2.0730
21 54 33.3
7.122
13
5 48 3.85
2.2487
25 31 6.1
1.836
13
7 31 58.28
2.0004
21 47 23.1
7.217
14
5 50 18.69
2.2460
25 29 12.2
1.003
14
7 34 2.32
2.0053
21 40 7.3
7.310
15
5 52 33.36
2.2431
25 27 10.6
2.080
15
7 36 6.11
2.0011
21 32 45.9
7.403
16
5 54 47.86
2.2402
25 25 1.5
2.216
16
7 38 9.65
2.0600
21 25 18.9
7.400
17
5 57 2.18
2.3S73
25 22 44.8
2.341
17
7 40 12.94
2.0628
21 17 46.4
7.588
18
5 59 16.32
3.3S43
25 20 20.6
2.407
18
7 42 15.98
2.0480
21 10 8.4
7.078
19
6 1 30.28
3.3811
25 17 48.8
2.602
19
7 44 18.77
2.0446
21 2 25.0
7.708
20
6 3 44.05
3.2370
25 15 9.6
2.710
20
7 46 21.32
2.0404
20 54 36.2
7.858
21
6 5 57.63
2.2248
25 12 22.9
2.830
21
7 48 23.62
2.0303
20 46 42.1
7.047
22
6 8 11.02
2.2210
25 9 28.9
2.002
22
7 50 25.68
2.0323
20 38 42.6
8.036
23
6 10 24.22
N0\
2.2183
EMBE
+25 6 27.5
R 13.
-3.084
23
7 52 27.50
NOVl
2.0283
SMBEP
+20 30 37.9
\ 15.
-8.122
0
6 12 37.21
3.3140
+25 3 18.8
-3.300
0
7 54 29.07
2.0242
+20 22 28.0
-8.208
1
6 14 60.01
3.3110
25 0 2.8
3J28
1
7 56 30.40
2.0202
20 14 13.0
8.203
2
6 17 2.60
3.3081
24 56 39.5
3.448
2
7 58 31.49
2.0102
20 5 52.8
8.378
3
6 19 14.98
3.2040
24 53 9.0
3.608
3
8 0 32.34
2.0122
19 57 27.6
8.403
4
6 21 27.15
3.3011
24 49 31.4
3.087
4
8 2 32.95
2.0062
19 48 57.3
8.540
5
6 23 39.11
3.1075
24 45 46.6
3.800
5
8 4 33.32
2.0043
19 40 22.1
8.028
6
6 25 50.85
3.1030
24 41 54.7
3.023
6
8 6 33.46
2.0004
19 31 41.9
8.710
7
6 28 2.38
3.1003
24 37 55.8
4.041
7
8 8 33.37
1.0006
19 22 56.9
8.700
8
6 30 13.68
2.1806
24 33 49.8
4.168
8
8 10 33.04
1.0020
19 14 7.1
8.871
9
6 32 24.76
2.1828
24 29 36.9
4.373
9
8 12 32.48
1.0888
19 5 12.4
8.051
10
6 34 35.62
2.1701
24 25 17.1
4.388
10
8 14 31.69
1.0840
18 56 13.0
0.020
11
6 36 46.25
2.1763
24 20 50.4
4.603
11
8 16 30.67
1.0812
18 47 8.9
0.108
12
6 38 56.65
2.1714
24 16 16.9
4.010
12
8 18 29.43
1.0775
*18 38 0.1
0.185
13
6 41 6.82
2.1070
24 11 36.5
4.730
13
8 20 27.97
1.0738
18 28 46.7
0.201
14
6 43 16.76
2.1037
24 6 49.4
4.843
14
8 22 26.28
1.0700
18 19 28.8
0.337
15
6 45 26.46
2.1608
24 1 55.5
4.063
15
8 24 24.37
1.0004
18 10 6.3
0.412
16
6 47 35.93
2.1668
23 56 55.0
6.003
16
8 26 22.25
1.0028
18 0 39.4
0.480
17
6 49 45.16
2.1610
23 51 47.9
6.173
17
8 28 19.91
1.0603
17 51 8.0
0.660
18
6 51 54.16
2.1470
23 46 34.2
6.283
18
8 30 17.36
1.0668
17 41 32.2
0.633
19
6 54 2.91
3.1438
23 41 13.9
5.302
19
8 32 14.60
1.0533
17 31 52.0
0.706
20
6 56 11.42
3.1308
23 35 47.2
5.400
20
8 34 11.63
1.0488
17 22 7.6
0.770
21
6 58 19.69
3.1368
23 30 14.0
6.007
21
8 36 8.45
1.0453
17 12 18.9
0.847
22
7 0 27.71
3.1317
23 24 34.4
5.718
22
8 38 5.07
1.0420
17 2 26.0
0.017
23
7 2 35.49
3.1370
23 18 48.5
5.818
23
8 40 1.49
1.0380
16 52 28.9
0.080
24
7 4 43.02
3.1334
+23 12 56.2
-6.023
24
8 41 57.70
1.0353
+16 42 27.7
-10.054
106
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
I
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
Right
AaoKukun.
Var.
DeoUnatkm.
Var.
Mta.
h m
8 41
8 43
8 45
8 47
8 49
8 51
8 53
8 55
8 57
8 59
9 1
9 3
NOVEMBER 16.
8
57.70
53.72
49.55
9
9
9
4
6
8
9 10
9 12
9 14
9 16
9 18
9 20
9 21
9 23
9 25
9 27
9 29
9 31
9 33
9 35
9 36
9 38
9 40
9 42
9 44
9 46
9 48
9 49
9 51
9 53
9 55
9 57
9 59
10 0
45.18
40.62
35.88
30.96
25.85
20.57
15.11
9.48
3.68
57.71
51.58
45.29
38.84
32.24
25.49
18.59
11.55
4.37
57.05
49.59
42.00
10
10
10
10
2
4
6
8
10 10
10 12
34.29
26.45
18.49
10.41
2.22
53.92
45.51
37.00
28.39
19.69
10.89
2.00
53.03
43.98
34.85
25.65
16.38
7.04
57.64
48.18
38.66
29.09
19.48
9.83
0.14 I
.0368
.9821
.9288
.9258
.9225
.9195
.9184
.9134
.9106
.9078
.9048
.9019
.8992
.8966
.8938
.8913
.oooo
.8863
.8838
.8815
.8792
.8708
.8746
.8725
tt
+16 42
16 32
16 22
16 11
16 1
15 51
15 40
15 30
15 19
15 9
14 58
14 47
14 37
14 26
14 15
14 4
13 53
13 42
13 31
13 19
13 8
12 57
12 45
+12 34
27.7
22.4
13.0
59.6
42.3
21.0
55.8
26.8
54.0
17.4
37.1
53.1
5.5
14.3
19.5
21.2
19.4
14.2
5.6
53.6
38.3
19.7
57.9
32.8
NOVEMBER 17.
.8704
.8683
.8663
.8644
.8626
.8608
.8590
.8673
.8658
.8642
.8526
.8612
.8108
.8485
.8473
.8461
.8449
.8438
.8428
.8418
.8409
.8402
.8395
.8388
.8383 I
+12
12
11
11
11
11
11
11
10
10
10
10
10
9
9
9
9
9
8
8
8
8
7
7
+ 7
23 4.6
11 33.2
59 58.8
48 21.3
36 40.8
24 57.3
13 10.9
1 21.6
49 29.4
37 34.4
25 36.6
13 36.0
1 32.8
49 26.9
37 18.3
25 7.1
12 53.4
0 37.2
48 18.5
35 57.3
23 33.7
11 7.7
58 39.4
46 8.8
33 35.9
-10.054
10.123
10.190
10.256
10.322
10.888
10.452
10.515
10.678
10.641
10.703
10.763
10.823
10.883
10.943
11.001
11.068
11.115
11.172
11.228
11.983
11.337
11.301
-11.444
-11.407
11.548
11.609
11.650
11.700
11.740-
11.798
11.846
11.893
11.940
11.987
12.032
12X)76
12.121
12.165
12.208
12.249
12.291
12.333
12.373
12.413
12.463
12.401
12JS29
-12.667 I
Hour.
Right
Aso6iiilozi.
Var.
DeoUnatloiL
Var.
NOVEMBER 18.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h m
10 12
10 13
10 15
10 17
10 19
10 21
10 23
10 24
10 26
10 28
10 30
10 32
10 34
10 35
10 37
10 39
10 41
10 43
10 45
10 46
10 48
10 50
10 52
10 54
10 56
10 57
10 59
0.14
50.42
40.66
30.88
21.07
11.25
1.41
51.56
41.71
31.85
22.00
12.15
2.31
52.49
42.69
32.91
23.15
13.43
3.75
54.11
44.51
34.96
25.47
16.03
11
11
11
11
11
1
3
5
7
9
11 10
11 12
11 14
11 16
11 18
11 20
11 22
11 23
11 25
11 27
11 29
11 31
11 33
11 35
11 37
11 38
11 40
6.66
1.8448
57.35
1.8454
48.11
1.8467
38.95
1.8480
29.87
1.8494
20.88
1.8508
11.97
1.8623
3.16
1.8639
54.44
1.8656
45.83
1.8673
37.32
1.8592
28.93
1.8611
20.65
1.8030
12.49
1.8051
4.46
1.8673
56.56
1.8094
48.79
1.8717
41.16
1.8740
33.67
1.8764
26.33
1.8790
19.15
1.8816
12.12'
1.8843
5.26
1.8870
58.56
1.8808
52.03
1J027
.8377
.8372
.8368
.8364
.8368
.8350
.8358
.8358
.8358
.8358
.8850
.8862
.8366
.8368
.8372
.8377
.8383
.8300
.8807
.8404
.8413
.8428
.8433
tf
+7 33
7 21
7 8
655
643
6 30
6 17
6 4
5 51
5 39
5 26
5
5
4
4
4
4
3
3
13
0
47
34
21
8
55
42
8 28
3 15
3 2
2 49
+2 36
35.9
0.8
23.5
44.1
2.6
19.0
33.4
45.8
56.2
4.7
11.3
16.0
19.0
20.2
19.7
17.5
13.6
8.1
1.1
52.5
42.5
31.0
18.1
3.8
NOVEMBER 19.
If
-12.567
12.603
12.639
12.674
12.709
12.743
12.777
12.810
12.843
12.874
12J00
12.036
12.965
12.984
13.02S
13UIS1
13.078
13.104
13.130
13.155
13.179
13.309
13.227
-13.348
+2 22 48.3
-13J70
2 9 31.4
13J93
1 56 13.3
13J13
1 42 54.0
13J33
1 29 33.5
13J51
1 16 11.9
13.368
1 2 49.3
13.386
0 49 25.6
13.403
0 36 1.0
13.418
0 22 35.4
13.434
+0 9 8.9
13.449
-0 4 18.5
13.463
0 17 46.6
18.475
0 31 15.5
13.488
0 44 45.1
13.490
0 58 15.4
13.510
1 11 46.3
13.630
1 25 17.8
13.539
1 38 49.8
13.538
1 52 22.3
13.545
2 5 55.2
13.653
2 19 28.5
13.558
2 33 2.1
13.563
2 46 36.0
13.567
-3 0 10.1
-1SJ70
MOON. 1916.
0
GREENWICH MEAN TIME.
107
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h m
1140
1142
11 44
1146
1148
11 50
11 52
11 54
11 56
11 58
11 59
12
12
12
12
12
1
3
5
7
9
12 11
12 13
12 15
12 17
12 19
12 21
12 23
12 25
12 27
12 29
12 31
12 33
12 35
12 37
12 39
12 41
12 43
12 45
12 47
12 49
12 51
12 53
12 55
12 57
12 59
13 1
13 3
13 5
13 8
13 10
13 12
13 14
13 16
NOVEMBER 20.
52.08
1.8937
-80 10.1
45.68
1.9967
3 13 44.4
80.51
1J968
3 27 18.8
33.53
1.9018
8 40 53.3
27.73
1.9060
3 54 27.8
22.13
1.9063
4 8 2.2
16.73
1.9117
4 21 36.6
11.53
1.9161
4 35 10.8
6.54
1.9186
4 48 44.9
1.76
1.9323
5 2 18.7
57.20
1.9350
5 15 52.1
52.87
1.9397
5 29 25.2
48.76
1.9334
5 42 57.9
44.88
1.9373
5 56 30.1
41.24
1.9413
6 10 1.7
37.84
1.9464
6 23 32.7
34.69
1.9406
6 37 3.1
31.79
1.9638
6 50 3?.7
29.15
1.9681
7 4 1.6
26.76
1.9623
7 17 29.6
24.63
1.9668
7 30 56.7
22.78
1.9n4
7 44 22.8
21.20
1.9760
7 57 47.9
19.90
1.9607
- 8 11 11.9
NOVEMBER 21.
18.88
18.15
17.71
17.57
17.73
18.19
18.97
20.06
21.47
23.20
25.26
27.65
30.38
33.45
36.87
40.63
44.74
49.22
54.06
59.26
4.83
10.78
17.10
23.81
30.90
1.9654
1.9903
1.9953
2.0002
3.0053
3.0103
3.0156
3.0308
3.0363
3.0316
3.0371
3.0427
3.0483
3.0541
3.0508
3.0666
3.0716
3.0777
3.0637
3.0808
3.0960
3.1023
3.1086
3.1150
3.1314
- 8 24 34.7
8 37 56.3
8 51 16.5
9 4 35.3
9 17 52.7
9 31 8.6
9 44 22.9
9 57 35.6
10 10 46.5
10 23 55.6
10 37 2.8
10 50 8.1
11 3 11.3
11 16 12.4
11 29 11.3
11 42 8.0
11 55 2.3
12 7 54.2
12 20 43.6
12 33 30.4
12 46 14.6
12 58 56.0
13 11 34.6
13 24 10.2
-13 36 42.8
$1
1-13.670
13.673
8.674
%Xlh
13.674
8.678
8.673
3.669
8.666
3.660
3.664
8.648
8.541
3.633
3.633
3.613
3.600
3.488
3.474
3.450
3.443
3.437
9.400
8.390
I
3JI70
3.348
3.325
8.302
3.378
3.353
3.335
3.197
3.167
3.136
8.104
3.071
3.036
3.000
2.963
2.925
2.885
2.844
2.802
2.758
2.713
2.667
2.618
2.568
2.518
Hour.
Right
Aaoenskm.
Var.
Declination.
Var.
NOVEMBER 22.
h m 8
•
• in
tt
0
13 16 30.90
3.1314
-13 36 42.8
-13.618
1
13 18 38.38
3.1379
13 49 12.3
13.466
2
13 20 46.25
3.1844
14 1 38.7
13.418
3
13 22 54.51
3.1411
14 14 1.8
13.357
4
13 25 3.18
3.1478
14 26 21.5
13.300
5
13 27 12.25
3.1646
14 38 37.8
13.343
6
13 29 21.73
3.1613
14 50 50.6
12.183
7
13 31 31.61
3.1683
15 2 59.7
12.121
8
13 33 41.91
3.1763
15 15 5.1
12.058
9
13 35 52.63
3.1821
15 27 6.7
11.994
10
18 38 3.76
3.1890
15 39 4.4
11.928
11
13 40 15.31
3.1961
15 50 58.1
UJOl
12
13 42 27.29
3.3033
16 2 47.7
11.792
13
13 44 39.69
3.3103
16 14 33.1
11.721
14
13 46 52.53
3.3176
16 26 14.2
11.648
15
13 49 5.80
3.3348
16 37 50.9
11.574
16
13 51 19.51
3.3831
16 49 23.1
11.499
17
13 53 33.65
3.3393
17 0 50.8
11.423
18
13 55 48.23
3.3467
17 12 13.8
11.348
19
13 58 3.25
3.3641
17 23 32.0
11.283
20
14 0 18.72
3.3616
17 34 45.3
11.180
21
14 2 34.64
3.3690
17 45 53.6
11.006
22
14 4 51.00
3.3764
17 56 56.8
11.011
23
14 7 7.81
NOV!
3.3840
SMBEB
-18 7 54.9
\ 23.
-10.924
0
14 9 25.08
3.3916
-18 18 47.7
-10J36
1
14 11 42.80
3.3991
18 29 35.1
10.744
2
14 14 0.97
3.8066
18 40 17.0
10.652
3
14 16 19.59
3.8143
18 50 53.3
10.558
4
14 18 38.67
3.3218
19 1 23.9
10.462
5
14 20 58.21
3.8394
19 11 48.7
10.364
6
14 23 18.20
3.3370
19 22 7.6
10.264
7
14 25 38.65
3.3447
19 32 20.4
10.163
8
14 27 59.56
3.3633
19 42 27.1
10.060
9
14 30 20.92
3.3599
19 52 27.6
9.966
10
14 32 42.75
3.3676
20 2 21.8
9.849
11
14 35 5.03
3.3752
20 12 9.5
9.741
12
14 37 27.77
2.3828
20 21 50.7
9.632
13
14 39 50.97
2.8904
20 31 25.3
9.520
14
14 42 14.62
2.3980
20 40 53.L
9.406
15
14 44 38.73
2.4056
20 50 14.0
0.390
16
14 47 3.29
3.4133
20 59 27.9
9.173
17
14 49 28.31
3.4307
21 8 34.8
9.065
18
14 51 53.77
3.4383
21 17 34.5
8.934
19
14 54 19.69
3.4368
21 26 26.9
8.812
20
14 56 46.06
3.4433
21 35 11.9
8.688
21
14 59 12.88
3.4506
21 43 49.5
8.563
22
15 1 40.13
3.4579
21 52 19.4
8.434
23
15 4 7.83
3.4653
22 0 41.6
8.305
24
15 6 35.97
3.4737
-22 8 56.0
- 8.174
108
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
Aaoension.
Var.
OAcllniition.
Var.
Hour.
Right
Ascension.
Var.
iSto.
Declination.
Var.
NOVEMBER 24.
NOVEMBER 26.
h m 8
8
m t II
//
h m 8
s
• t n
n
e
15 6 35.97
2.4727
-22 8 56.0
-8.174
0
17 12 0.01
2.7020
-25 41 39.0
-0.334
1
15 9 4.55
2.4790
22 17 2.5
8.042
1
17 14 42.22
2.7040
25 41 47.4
-0.047
2
15 11 33.56
2.4871
22 25 1.0
7.008
2
17 17 24.49
2.7040
25 41 44.6
-fO.140
3
15 14 3.00
2.4043
22 32 51.4
7.771
3
17 20 6.81
2.7057
25 41 30.6
0.328
4
15 16 32.87
2.5013
22 40 33.5
7.633
4
17 22 49.17
2.7063
25 41 5.3
0^16
5
15 19 3.16
2.5083
22 48 7.3
7.403
5
17 25 31.56
2.7067
25 40 28.7
0.703
6
15 21 33.87
2.5153
22 55 32.7
7.353
6
17 28 13.97
27060
25 39 40.9
0.891
7
15 24 4.99
2.5222
23 2 49.6
7.210
7
17 30 56.39
2.7000
25 38 41.8
1.078
8
15 26 36.53
2.5200
23 9 57.9
7.066
8
17 33 38.80
2.7068
25 37 31.5
1.206
9
15 29 8.47
2U»57
23 16 57.5
6.020
9
17 36 21.20
2.7064
25 36 9.9
1.454
10
16 31 40.81
2.5423
23 23 48.3
6.772
10
17 39 3.57
2.7050
25 34 37.0
1.642
11
15 34 13.55
2.5480
23 30 30.1
6.622
11
17 41 45.91
2.7053
25 32 52.9
1.828
12
15 36 46.68
2.5554
23 37 2.9
6.472
12
17 44 28.20
2.7043
25 30 57.6
2.016
13
15 39 20.20
2.5618
23 43 26.7
6.310
13
17 47 10.43
2.7033
25 28 51.0
2.203
14
15 41 54.10
2.5081
23 49 41.2
6.164
14
17 49 52.59
2.7021
25 26 33.3
2.388
15
15 44 28.37
2.5743
23 55 46.4
6.000
15
17 52 34.68
2.7008
25 24 4.4
2.574
16
15 47 3.01
2.5804
24 1 42.3
6.853
16
17 55 16.68
2.0001
25 21 24.4
2.760
17
15 49 38.02
2.58ft4
24 7 28.7
5.604
17
17 57 58.57
2.6073
25 18 33.2
2.945
18
15 52 13.38
2.5023
24 13 5.6
5.535
18
18 0 40.35
2.6954
25 15 31.0
3.120
19
15 54 49.09
2.5980
24 18 32.9
5.373
19
18 3 22.02
2.6034
25 12 17.7
3.313
20
15 57 25.14
2.6036
24 23 50.4
5.211
20
18 6 3.56
2.6012
25 8 53.4
3.497
21
16 0 1.52
2.6001
24 28 58.2
5.048
21
18 8 44.96
2.6888
25 5 18.1
3.679
22
16 2 38.23
2.6146
24 33 56.1
4.882
22
18 11 26.21
2.6862
25 1 31.9
3.861
23
16 5 15.27
N0\
2.6100
EMBE
-24 38 44.0
R26.
-4.715
23
18 14 7.30
NOV]
2.6834
SMBEF
-24 67 34.8
127.
+4.043
0
16 7 52.62
2.6261
-24 43 21.9
-4.548
0
18 16 48.22
2.6806
-24 63 26.8
+4.223
1
16 10 30.28
2.6301
24 47 49.7
4.378
1
18 19 28.96
2.6775
24 49 8.0
4.403
2
16 13 8.23
2.6340
24 52 7.3
4.208
2
18 22 9.52
2.6743
24 44 38.5
4.581
3
16 15 46.47
2.6307
24 56 14.7
4.037
3
18 24 49.88
2.6710
24 39 58.3
4.759
4
16 18 24.99
2.6443
25 0 11.7
3.863
4
18 27 30.04
2.6676
24 35 7.4
4.936
5
16 21 3.78
2.6488
25 3 58.3
3.600
5
18 30 9.99
2.6630
24 30 6.0
5.112
6
16 23 42.84
2.6531
25 7 34.5
3.516
6
18 32 49.71
2.6601
24 24 54.0
6.287
7
16 26 22.15
2.6572
25 11 0.2
3.340
7
18 35 29.20
2.6562
24 19 31.6
5.460
8
16 29 1.70
2.6612
25 14 15.3
3.163
8
18 38 8.45
2.6521
24 13 58.8
5.633
9
16 31 41.49
2.6661
25 17 19.8
2.086
9
18 40 47.45
2.6479
24 8 15.6
5.805
10
16 34 21.51
2.6688
25 20 13.6
2.808
10
18 43 26.20
2.6437
24 2 22.2
5.975
11
16 37 1.75
2.6723
25 22 56.7
2.628
11
18 46 4.69
2.6303
23 56 18.6
6.145
12
16 39 42.19
2.6757
25 25 29.0
2.448
12
18 48 42.91
2.6347
23 50 4.8
6.313
13
16 42 22.83
2.6780
25 27 50.4
2.266
13
18 51 20.85
2.6300
23 43 41.0
6.480
14
16 45 3.66
2.6820
25 30 0.9
2.084
14
18 53 58.51
2.6253
23 37 7.2
6.645
15
16 47 44.67
2.6848
25 32 0.5
1.002
15
18 56 35.88
2.6203
23 30 23.6
6.808
16
16 50 25.84
2.6875
25 33 49.1
1.718
16
18 59 12.95
2.6153
23 23 30.2
6.972
17
16 53 7.17
2.6001
25 35 26.7
1.535
17
19 1 49.72
2.6103
23 16 27.0
7.133
18
16 55 48.65
2.6024
25 36 53.3
1.351
18
19 4 26.18
2.6060
23 9 14.2
7.293
19
16 58 30.26
2.6046
25 38 8.8
1.165
19
19 7 2.32
2.5007
23 1 51.8
7.453
20
17 1 12.00
2.6066
25 39 13.1
0.079
20
19 9 38.14
2.5043
22 64 19.9
7.609
21
17 3 53.85
2.6084
25 40 6.3
0.794
21
19 12 13.64
2.5888
22 46 38.7
7.764
22
17 6 35.81
2.7002
25 40 48.4
0.608
22
19 14 48.80
2.5833
22 38 48.2
7.919
23
17 9 17.87
2.7017
25 41 19.3
0.422
23
19 17 23.63
2.5777
22 30 48.4
8.073
24
17 12 0.01
2.7020
-25 41 39.0
-0.234
24
19 19 58.12
2.5710
-22 22 39.5
+8.223
MOON, 1916.
109
GREENWICH MEAN TIME.
Hoar.
Right
Var.
Declination.
Var.
SSL
Hour.
Right
Aaoenilon.
Var.
Declination.
Var.
IT
NOVEMBER 28.
NOVEMBER 30.
1 h m 8
8
f • t tt
It
h m s
8
• in
ft
0
19 19 58.12
ajS7l9
-22 22 89.5
-1- 8.923
0
21 16 8.41
2.3093
-13 25 58.8
•1-13463
1
19 22 32.26
3.6061
22 14 21.6
8.373
1
21 18 24.40
3.3637
13 12 29.0
13^.530
2
19 25 6.05
3.MQ2
22 5 54.8
8.531
2
21 20 40.05
3.3580
12 58 55.2
13.696
3
19 27 39.48
2.5542
21 57 19.1
8.668
3
21 22 55.36
3.3534
12 45 17.6
13.668
4
10 30 12.55
2.54S2
21 48 84.7
8.812
4
21 25 10.34
3.3468
12 31 36.2
13.720
5
19 32 45.26
2.5422
21 39 41.7
8.956
5
21 27 24.98
3.9413
12 17 51.2
13.780
6
19 35 17.61
2.5351
21 30 40.1
9.097
6
21 29 39.29
3.3358
12 4 2.6
13.838
7
19 37 49.59
2.52M
21 21 80.1
9.337
7
21 31 53.28
3.3806
11 50 10.6
13.894
8
19 40 21.19
2.5336
21 12 11.7
9.376
8
21 34 6.95
3.3353
11 36 15.3
13.949
9
19 42 52.42
3.5173
21 2 45.1
9.513
9
21 36 20.30
3.3199
11 22 16.7
14.008
10
19 45 23.27
3.5110
20 53 10.3
9.647
10
21 38 33.34
3.3148
11 8 15.0
14.054
11
19 47 53.74
3.5046
20 43 27.5
9.779
11
21 40 46.07
3.3097
10 54 10.2
14.106
12
19 50 23.82
3.4982
20 33 36.8
9.911
12
21 42 58.50
3.3047
10 40 2.4
14.163
13
19 52 53.52
2.4918
20 23 38.2
10.041
13
21 45 10.63
2.1997
10 25 51.8
14.200
14
19 55 22.83
2.4863
20 13 31.9
10.168
14
21 47 22.46
2.1948
10 11 38.4
14.246
15
19 57 51.76
2.4789
20 3 18.0
10J94
15
21 49 34.00
2.1899
9 57 22.3
14.289
16
20 0 20.30
2.4738
19 52 56.6
10.418
16
21 51 45.25
2.1862
9 43 3.7
14.332
17
20 2 48.44
2.4068
19 42 27.8
10.543
17
21 53 56.22
2.1806
9 28 42.5
14.373
18
20 5 16.20
2.4603
19 31 51.6
10.663
18
21 56 6.91
2.1758
9 14 19.0
14.412
19
20 7 43.56
2.4528
19 21 8.2
10.783
19
21 58 17.32
2.1713
8 59 53.1
14.460
20
20 10 10.53
2.4463
19 10 17.8
10.899
20
22 0 27.47
2.1670
8 45 25.0
14.486
21
20 12 37.10
2.4896
18 59 20.3
11.016
21
22 2 37.36
2.1626
8 30 54.8
14.521
22
20 15 3.28
2.4331
18 48 16.0
11.138
22
22 4 46.98
2.1683
8 16 22.5
14.656
23
20 17 29.07
NOV
2.4265
"EMBE
-18 37 4.9
R29.
•I-11.341
23
22 6 56.35
DEC
2.1540
EMBE]
-8 1 48.2
11.
-(-14.587
0
20 19 54.46
3.4199
-18 25 47.1
•I-11J51
0
22 9 5.46
2.1498
- 7 47 12.1
4-14.617
1
20 22 10.46
3.4133
18 14 22.8
11.468
1
22 11 14.33
2.1468
7 32 34.2
14.646
2
20 24 44.06
3.4068
18 2 52.1
11.666
2
22 13 22.95
2.1418
7 17 54.6
14.673
3
20 27 8.27
3.4003
17 51 15.0
11.671
3
22 15 31.34
2.1370
7 3 13.4
14.699
4
20 29 32.09
3.3988
17 39 31.6
11.774
4
22 17 39.50
2.1341
6 48 30.7
14.724
5
20 31 55.52
3.3873
17 27 42.1
11.876
5
22 19 47.43
2.1308
6 33 46.5
14.748
e
20 34 18.55
3JI807
17 15 46.6
11.974
6
22 21 55.14
2.1267
6 19 1.0
14.769
7
20 36 41.20
3.8743
17 3 45.2
13.073
7
22 24 2.63
2.1231
6 4 14.2
14.790
8
20 39 3.46
3.3678
16 51 38.0
13.168
8
22 26 9.91
2.1196
5 49 26.2
14.800
9
20 41 25.33
3.3613
16 39 25.0
13.363
9
22 28 16.98
2.1161
5 34 37.1
14.837
10
20 43 46.81
3J540
16 27 6.5
13.354
10
22 30 23.84
2.1128
5 19 47.0
14.843
11
20 46 7.92
3.8486
16 14 42.5
13.445
11
22 32 30.51
2.1096
5 4 55.9
14.868
12
20 48 28.64
3J433
16 2 13.1
13.584
12
22 34 36.98
2.1063
4 50 4.0
14.872
13
20 50 48.98
3.3369
15 49 38.4
13.631
13
22 36 43.27
2.1083
4 35 11.3
14.884
14
20 53 8.95
3.8397
15 36 58.6
13.706
14
22 38 49.37
2.1002
4 20 17.9
14.896
IS
20 55 28?54
3.8384
15 24 13.7
13.789
15
22 40 55.29
2.0973
4 5 23.9
14.906
16
20 57 47.76
3.3173
15 11 23.9
12J71
16
22 43 1.04
2.0944
3 50 29.3
14.914
17
21 0 6.61
2.31U
14 58 29.2
12.052
17
22 45 6.62
2.0916
3 35 34.2
14.921
18
21 2 25.09
2J0tt
14 45 29.7
13.080
18
22 47 12.03
2.0888
3 20 38.8
14.927
19
21 4 43.20
2J988
14 32 25.6
13.107
19
22 49 17.28
2.0863
3 5 43.0
14.938
20
21 7 0.95
2.2929
14 19 16.9
13.182
20
22 51 22.38
2.0638
2 50 47.0
14.984
21
21 9 18.35
2.3870
14 6 3.8
13.266
21
22 53 27.33
2.0813
2 35 50.9
14.936
22
21 11 35.39
2.2811
13 52 46.3
13.327
22
22 55 32.13
2.0789
2 20 54.7
14.938
23
21 13 52.08
2.3752
13 39 24.6
13.306
23
22 57 36.80
2.0767
2 5 58.4
14.938
24
21 16 8.41
2.3098
-13 25 58.8
+13.463
24
22 59 41.33
2.0744
- 1 51 2.2
-1-14.986
110
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
Agcenaton.
Var.
DecsUnation.
Var.
Hour.
Right
AaoOTsion.
Var.
Dedination.
Var.
Sto.
0
1
2
S
4
5
6
7
8
9
10
U
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h m
22 59
23 1
23 3
23 5
23 7
23 10
23 12
23 14
23 16
23 18
23 20
23 22
23 24
23 26
23 28
23 30
23 32
23 34
23 36
23 38
23 40
23 42
23 44
23 46
23 49
23 51
23 53
23 55
23 57
23 59
0 1
0 3
DECEMBER 2.
-1 51
8
8
41.33
2.0744
45.73
2.0723
50.00
2.0708
54.16
2.0688
58.20
2.00M
2.13
2.0646
5.95
2.0628
9.67
2.0613
13.30
2.0607
16.83
2.0682
20.28
2.0568
23.65
2.0565
26.94
2.0543
30.16
2.0531
33.31
2.0520
36.40
2.0510
39.43
2.0501
42.41
2.0403
45.34
2.0484
48.22
2.0477
51.06
2.0471
53.87
2.0466
56.65
2.0461
59.40
2.0457
//
1
1
1
0
0
0
-0
+0
36
21
6
51
36
21
6
8
0 23
0 37
0
1
1
1
1
2
2
2
2
3
3
3
52
7
22
37
52
6
21
36
50
5
20
34
+3 49
DECEMBER 3.
2.2
6.2
10.4
14.8
19.6
24.9
30.7
37.1
16.0
8.3
59.8
50.4
40.1
28.8
16.4
2.9
48.1
32.1
14.7
56.0
35.7
13.9
50.5
25.4
0
0
0
5
7
9
0 11
0 13
0 15
0 17
0 19
0 21
0 23
0 25
0 27
0 29
0 32
0 34
0 36
0 38
2.13
2.0453
4.84
2.0451
7.54
2.0450
10.24
2.0440
12.93
2.0448
15.62
2.0448
18.31
2.0440
21.01
2.0452
23.73
2.0454
26.46
2.0457
29.21
2.0461
31.99
2.0466
34.80
2.0472
37.65
2.0478
40.53
2.0483
43.45
2.0490
46.41
2.0406
49.43
2.0508
52.50
2.0517
55.63
2.0527
58.82
2.0538
2.08
2.0548
5.40
2.0550
8.79
2.0572
12.26
2.0585
+4 3 58.6
4 18 29.9
4 32 59.4
4 47 26.9
5 1 52.4
5 16 15.8
5 30 37.1
5 44 56.2
5 59 13.0
6 13 27.4
6 27 39.5
6 41 49.1
6 55 56.2
7 10 0.7
7 24 2.5
7 38 1.6
7 51 57.9
8 5 51.4
8 19 42.0
8 33 29.6
8 47 14.2
9 0 55.7
9 14 34.0
9 28 9.1
+9 41 41.0
ft
+1
1
1
1
1
1
1
1
1
1
1
1
1
< 1
1
1
1
1
1
1
1
1
1
+1
+1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
.035
.032
.028
.023
.016
.908
.808
.880
.878
.865
.851
.836
.820
.803
.784
.764
.743
.722
.609
.675
.649
.623
.596
.568
.538
.607
.475
.442
.408
.373
.337
.290
.260
.221
.181
.139
.097
.063
.006
13.962
13.915
13.868
13.818
13.768
13.718
13.665
13.612
13.558
+13.503
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h m
0 38
0 40
0 42
0 44
0 46
0 48
0 50
0 52
0 54
0 56
0 58
DECEMBER 4.
8 8
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
3
5
7
9
11
13
15
17
19
21
23
26
12.26
15.81
19.43
23.15
26.96
30.85
34.85
38.94
43.13
47.43
51.84
56.36
1.00
5.75
10.62
15.61
20.73
25.98
31.36
36.87
42.51
48.29
54.21
0.28
2.0685
2.0506
2.0612
2.0628
2.0642
2.0068
2.0674
2.0600
2.0706
2.0726
2.0744
2.0763
2.0783
2.0602
2.0822
2.0843
2.0864
2.0886
2.0908
2.0929
2.0952
2.0975
2.0099
2.1033
//
+ 9 41
9 55
10 8
10 21
10 35
10 48
11 1
11 14
11 27
11 40
11 53
12 6
12 19
12 32
12 44
12 57
13 9
13 22
13 34
13 47
13 59
14 11
14 23
+14 35
41.0
9.5
34.6
56.2
14.3
28.8
39.7
46.8
50.2
49.8
45.5
37.2
24.9
8.5
48.0
23.3
54.4
21.1
43.5
1.4
14.9
23.8
28.1
27.7
13.447
IS .380
IS .331
13.372
13.212
13.150
13.068
13.025
12.961
12.695
12.828
12.7t»l
12.003
12.623
12.&53
12.482
12.409
12.336
12.262
12.187
12.110
12.033
kll.064
DECEMBER 5.
28 6.49
30 12.85
32 19.35
34 26.00
36 32.81
38 39.77
40 46.88
42 54.16
45 1.59
47 9.18
1 49 16.93
1 51 24.85
1 53 32.93
1 55 41.17
1 57 49.58
1 59 58.16
2 2 6.91
2 4 15.82
2 6 24.90
2 8 34.15
2 10 43.58
2 12 53.17
2 15 2.93
2 17 12.86
2 19 22.97
2.1048
2.1072
2.1006
2.1122
2.1148
2.1173
2.1199
2.1226
2.1252
2.1278
2.1306
2.1333
2.1360
2.1388
2.1416
2.1444
2.1472
2.1499
2.1528
2.1557
2.1585
2.1613
2.1641
2.1670
2.1609
+14 47 22.6
-hll.875
14 59 12.7
11.705
15 10 58.0
11.714
15 22 38.4
11.633
15 34 13.9
11.549
15 45 44.3
11.4«4
15 57 9.6 *
11.370
16 8 29.8
11.204
16 19 44.9
11.306
16 30 54.7
11.119
16 41 59.2
11X>31
16 52 58.4
10.041
17 3 52.1
10.850
17 14 ^.4
10.750
17 25 23.2
10.067
17*36 0.4
10.573
17 46 31.9
10.478
17 56 57.8
10.384
18 7 18.0
10.388
18 17 32.3
10.100
18 27 40.8
10.093
18 37 43.4
0.094
18 47 40.1
9.804
18 57 30.7
9.793
+19 7 15.3
-1- 9.003
MOON, 1916.
Ill
GREENWICH MEAN TIME.
Hour.
Right
Var.
iStD.
PecUnatlon.
V»r.
Hoar.
Right
Asomsion.
Var.
iSto.
EMBEl
Declination.
Var.
DECEBCBER 6.
dec;
\ 8.
h m 8
8
• 1 II
n
h m 8
8
• / It
//
0
2 19 22.97
2.16M
+19 7 15.3
•f9.608
0
4 6 27.86
2.2772
+24 41 13.9
+3.983
1
2 21 33.25
2.1737
19 16 53.8
9.590
1
4 8 44.52
2.2781
24 45 8.9
3.851
2
2 23 43.09
24765
19 26 26.1
9.487
2
4 11 1.23
2.3790
24 48 56.0
3.719
3
2 25 54.31
2.1784
19 35 52.2
9Jt83
3
4 13 18.00
2.3709
24 52 35.2
8.587
4
2 28 5.10
2.1813
19 45 12.0
9.278
4
4 15 34.82
3J806
24 56 6.4
3.454
5
2 30 16.06
2.1841
19 54 25.5
9473
5
4 17 51.69
3.3814
24 59 29.7
8.822
6
2 32 27.19
2.1869
20 3 32.7
9.067
6
4 20 8.59
3.3830
25 2 45.0
3.188
7
2 34 38.49
2.1808
20 12 33.5
8.959
7
4 22 25.53
3.3826
25 5 52.3
8.056
8
2 36 49.96
2.1926
20 21 27.8
8.851
8
4 24 42.50
2.2830
25 8 51.7
2.923
9
2 39 1.60
2.1953
20 30 15.6
8.742
9
4 26 59.49
2J834
25 11 43.1
2.789
10
2 41 13.40
2.1981
20 38 56.8
8.032
10
4 29 16.51
2.2838
25 14 26.4
2.656
11
2 43 25.37
2.2009
20 47 31.4
8.522
11
4 31 33.54
2.2840
25 17 1.8
2.523
12
2 45 37.61
2.2037
20 55 59.4
8.411
12
1 33 50.59
2.2842
25 19 29.1
2J88
13
2 47 49.81
2.2063
21 4 20.7
8.208
13
4 36 7.64
2.2848
25 21 48.4
2.255
14
2 50 2.27
2.2001
21 12 35.2
8.186
14
4 38 24.70
2.2843
25 23 59.7
2.121
15
2 52 14.90
2.2118
21 20 43.0
%sm
15
4 40 41.76
3.3843
25 26 2.9
1.987
16
2 54 27.68
2.3143
21 28 43.9
7.968
16
4 42 58.81
3.3841
25 27 58.1
1.858
17
2 56 40.62
2.3170
21 36 37.9
7.843
17
4 45 15.85
3.3838
25 29 45.3
1.719
18
2 58 53.72
2.2197
21 44 25.0
7.728
18
4 47 32.87
3.3835
25 31 24.4
1.586
19
3 1 6.98
2.3823
21 52 5.2
7.611
19
4 49 49.87
3.3831
25 32 55.5
1.452
20
3 3 20.89
2.2348
21 59 38.3
7.403
20
4 52 6.84
3.3836
25 34 18.6
1.318
21
3 5 33.95
3.2273
22 7 4.4
7.376
21
4 54 23.78
3.3831
25 35 33.6
1.183
22
3 7 47.66
3.3208
22 14 23.4
7.258
22
4 56 40.69
3.3814
25 36 40.6
1.060
23
3 10 1.52
DE(
3.2823
3EMBE
+22 21 35.3
;R7.
•1-7.188
23
4 58 57.55
dec:
3.3807
BMBE]
+25 37 39.6
^9.
+0.917
0
3 12 15.52
3.3840
+22 28 40.0
+7.018
0
5 1 14.37
3.3799
+25 38 30.6
+0.783
1
3 14 29.67
3.2370
22 35 37.5
6.898
1
5 3 31.14
3.2790
25 39 13.6
0.649
2
3 16 43.96
2J308
22 42 27.8
6.778
2
5 5 47.85
3.3781
25 39 48.5
0.516
3
3 18 58.38
2.2415
22 49 10.8
6.666
3
5 8 4.51
3.3771
25 40 15.5
0.383
4
3 21 12.94
2.2438
22 55 46.5
6.533
4
5 10 21.10
3.3759
25 40 34.5
0.250
6
3 23 27.63
2.2460
23 2 14.8
6.410
5
5 12 37.62
3.3747
25 40 45.5
+0.118
6
3 25 42.46
2.3483
23 8 35.7
6J87
6
5 14 54.06
3.2733
25 40 48.6
-0.015
7
3 27 57.41
3.3503
23 14 49.2
6.163
7
5 17 10.42
3.3720
25 40 43.7
0.148
8
3 30 12.48
3.3624
23 20 55.2
6.038
8
5 19 26.70
3.3706
25 40 30.9
0.270
9
3 32 27.68
3.3543
23 26 53.8
5.913
9
5 21 42.89
3.3091
25 40 10.2
0.411
10
3 34 42.99
3.3563
23 32 44.8
5.788
10
5 23 58.99
3.3675
25 39 41.6
0.543
U
3 36 58.42
3.3581
23 38 28.3
5.662
11
5 26 14.99
3.2658
25 39 5.1
0.673
12
3 39 13.96
3.3599
23 44 4.2
5.535
12
5 28 30.88
3.3640
25 38 20.8
0.804
13
3 41 29.61
3.3017
23 49 32.5
6.406
13
5 30 46.67
3.3633
25 37 28.6
0.935
14
3 43 45.36
3J634
23 54 53.1
5.280
14
5 33 2.34
3.3602
25 36 28.6
1.065
15
3 46 1.22
3.3051
24 0 6.1
5.153
15
5 35 17.89
3.3583
25 35 20.8
1.195
le
3 48 17.17
3J607
24 5 11.4
5.034
16
5 37 33.32
3.3563
25 34 5.2
1.324
17
3 50 33.22
3.3683
24 10 9.0
4.885
17
5 39 48.63
3.3541
25 32 41.9
1.453
18
3 52 49.36
3.3697
24 14 58.8
4.766
18
5 42 3.81
3.3518
25 31 10.8
1.583
19
3 55 5.58
3.2711
24 19 40.9
4.636
19
5 44 18.85
3.3405
25 29 32.0
1.710
20
3 57 21.89
2.2724
24 24 15.1
4.506
20
5 46 33.75
3.3473
25 27 45.6
1.838
21
3 59 38.27
2.2737
24 28 41.6
4.376
21
5 48 48.51
3.3448
25 25 51.5
1.965
22
4 1 54.73
2.2749
24 33 0.2
4.245
22
5 51 3.12
3.3433
25 23 49.8
2.092
23
4 4 11.26
2.2761
24 37 11.0
4.114
23
5 53 17.58
3.2398
25 21 40.5
2.218
24
4 6 27.86
2.2772
+24 41 13.9
+3.083
24
5 55 31.89
2.2372
+25 19 23.6
-2.344
112
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
Asoeiuion.
Var.
Declination.
Var.
Hour.
Right
Ascension.
Var.
iSta.
Dedinatioa.
Var,
DECEMBER 10.
DECEBCBER 12.
h m 8
8
• t ff
n
h m 8
s
m 1 ft
ti
0
5 55 31.89
2.2372
+26 19 23.6
-2.844
0
7 38 55.04
2.0679
+21 13 49.3
-7.608
1
5 57 46.04
2.2344
25 16 59.2
2.470
1
7 40 58.39
2.0637
21 6 10.1
7.e»
2
6 0 0.02
2.2316
25 14 27.2
2.595
2
7 43 1.48
2.0404
20 58 25.4
7.7»
3
6 2 13.83
2.2288
25 11 47.8
2.718
3
7 45 4.32
2X)458
20 60 36.4
7.878
4
6 4 27.47
2.2250
25 9 1.0
2.843
4
7 47 6.91
2.0410
20 42 40.1
7.9M
5
6 6 40.94
2.2230
25 6 6.7
2.966
5
7 49 9.24
2.0868
20 34 39.6
8.0S3
6
6 8 54.23
2.2200
25 3 5.1
3.088
6
7 51 11.32
2X826
20 26 33.7
8.140
7
6 11 7.34
2.2160
24 59 56.1
3.211
7
7 53 13.15
2.0284
20 18 22.7
8.227
8
6 13 20.26
2.2138
24 56 39.8
3.332
8
7 55 14.73
2.0242
20 10 6.5
8.312
9
6 15 32.99
2.2106
24 53 16.3
3.453
9
7 57 16.05
2.O20O
20 1 45.3
8J96
10
6 17 45.53
2.2073
24 49 45.5
3.673
10
7 59 17.13
2.0158
19 53 19.0
8.479
11
6 19 57.87
2.2041
24 46 7.5
3.603
11
8 1 17.95
2.0117
19 44 47.8
8J61
12
6 22 10.02
2.2008
24 42 22.4
3.812
12
8 3 18.53
2.0076
19 36 11.7
8.643
13
6 24 21.96
2.1973
24 38 30.1
3.930
13
8 5 18.86
2.0034
19 27 30.7
8.734
14
6 26 33.70
2.1030
24 34 30.8
4.048
14
8 7 18.94
1.0993
19 18 44.8
8J(M
15
6 28 45.23
2.1904
24 30 24.4
4.165
15
8 9 18.78
1.9958
19 9 54.2
S.883
16
6 30 56.55
2.1868
24 26 11.0
4.281
16
8 11 18.38
1.9913
19 0 68.9
8.961
17
6 33 7.65
2.1833
24 21 50.7
4.397
17
8 13 17.73
1.9872
18 51 68.9
9J39
18
6 35 18.54
2.1797
24 17 23.4
4.512
18
8 15 16.84
1.96S2
18 42 64.2
9.117
19
6 37 29.21
2.1760
24 12 49.3
4.626
19
8 17 15.71
1.9793
18 33 44.9
9.193
20
6 39 39.66
2.1723
24 8 8.3
4.740
20
8 19 14.35
1.9753
18 24 31.1
9JS8
21
6 41 49.88
2.1686
24 3 20.5
4.853
21
8 21 12.75
1.9718
18 15 12.8
9.343
22
6 43 59.88
2.1648
23 58 26.0
4.964
22
8 23 10.91
1.9674
18 5 50.1
9.415
23
6 46 9.65
DEC
2.1609
lEMSE
+23 53 24.8
R 11.
-^.076
23
8 25 8.84
DEGI
1.9635
!<MBEIi
+17 56 23.0
. 13.
-9.488
0
6 48 19.19
2.1671
+23 48 16.9
-5.187
0
8 27 6.53
1.9606
+17 46 51.6
-9^61
1
6 50 28.50
2.1632
23 43 2.4
5.297
1
8 29 3.99
1.9658
17 37 15.7
9.633
2
6 52 37.57
2.1492
23 37 41.3
5.406
2
8 31 1.23
1.9621
17 27 35.7
9.702
3
6 54 46.40
2.1463
23 32 13.7
5.514
3
8 3^ 58.24
1.9483
17 17 51.6
9.773
4
6 56 55.00
2.1413
23 26 39.6
5.622
4
8 34 55.03
1.9447
17 8 3.1
9.841
5
6 59 3.36
2.1373
23 20 59.1
5.728
5
8 36 51.60
1.9410
16 68 10.6
9.900
6
7 1 11.48
2.1333
23 15 12.2
5.835
6
8 38 47.95
1.9373
16 48 14.0
9.977
7
7 3 19.35
2.1292
23 9 18.9
5.940
7
8 40 44.08
1.9337
16 38 13.4
10.049
8
7 5 26.98
2.1252
23 3 19.4
6.044
8
8 42 39.99
1.9301
16 28 8.9
10.106
9
7 7 34.37
2.1211
22 57 13.6
6.148
9
8 44 35.69
1.0266
16 18 0.4
10.174
10
7 9 41.51
2.1109
22 51 1.6
6.252
10
8 46 31.18
1.9231
16 7 48.0
10.338
11
7 11 48.-W
2.1128
22 44 43.4
6.854
11
8 48 26.46
1.9197
15 57 81.8
lOJOl
12
7 13 55.04
2.1066
22 38 19.1
6.455
12
8 50 21.54
1.9163
15 47 11.9
10J63
13
7 16 1.43
2.1044
22 31 48.8
6.555
13
8 52 16.41
1.9128
15 36 48.2
10.425
14
7 18 7.57
2.1003
22 25 12.5
6.655
14
8 54 11.08
1.9005
15 26 20.8
10.487
15
7 20 13.46
2.0960
22 18 30.2
6.754
15
8 56 5.55
1.9063
16 15 49.8
10.548
16
7 22 19.09
2.0918
22 11 42.0
6.853
16
8 57 59.83
1.9031
15 6 15.1
10.608
17
7 24 24.47
2.0876
22 4 47.9
6.960
17
8 59 53.92
1.8998
14 64 36.9
10.667
18
7 26 29.60
2.0834
21 57 48.0
7.046
18
9 1 47.81
1J966
14 43 65.1
10.725
19
7 28 34.48
2.0792
21 50 42.4
7.142
19
9 3 41.51
1.8935
14 33 9.9
10.783
20
7 30 39.10
2.0749
21 43 31.0
7.237
20
9 5 35.03
1.8804
14 22 21.2
10.840
21
7 32 43.47
2.0707
21 36 14.0
7.331
21
9 7 28.36
1.8874
14 11 29.1
10.896
22
7 34 47.58
2.0664
21 28 51.3
7.424
22
9 9 21.52
1.8845
14 0 3S.7
10.951
23
7 36 51.44
2.0622
21 21 23.1
7.617
23
9 11 14.60
1.8816
13 49 35.0
11.006
24
7 38 55.04
2.0579
+21 13 49.3
-7.608
24
9 13 7.31
1.8788
+13 38 83.0
-11.060
MOON, 1916.
113
GREENWICH MEAN TIME.
79790°— 19
t
Hour.
Asoeniioii.
Var.
iSS.
DedlDfttioa.
Vir.
Hour.
Right
AsootMion.
Var.
DooUnation.
Var.
DECEBCBER 14.
DECEMBER 16.
h m s
8
• t ft
II
h m 8
8
• in
It
0
9 13 7.31
1.8788
+13 38 33.0
-11.060
0
10 41 3.62
1J092
+3 58 20.4
-12.866
1
9 14 59.95
1.87M
13 27 27.8
11.113
1
10 42 52.17
1J093
3 45 27.8
12.888
2
9 16 52.42
1.8731
13 16 19.4
11.166
2
10 44 40.74
1.8096
3 32 33.8
12.911
3
9 18 44.72
1.8708
13 5 7.9
11.318
3
10 46 29.32
1.8098
3 19 38.5
12.931
4
9 20 36.86
1.8677
12 53 53.3
11.368
4
10 48 17.92
IJilOB
3 6 42.1
13.951
5
9 22 28.84
1.8651
12 42 35.7
11.819
5
10 50 6.55
1.8107
2 53 44.4
12.971
6
9 24 20.67
1J626
12 31 15.0
11.369
6
10 51 55.20
1.8113
2 40 45.6
12.989
7
9 26 12.35
1J601
12 19 51.4
11.418
7
10 53 43.89
1.8118
2 27 45.7
13.008
8
9 28 3.88
1.8676
12 8 24.8
11.467
8
10 55 32.61
1.8138
2 14 44.7
13.035
9
9 29 55.26
1.8663
11 56 55.4
11.614
9
10 57 21.37
1.8131
2 1 42.7
13.043
10
9 31 46.50
1.8628
11 45 23.1
11J62
10
10 59 10.18
1.8139
1 48 39.6
13Xtf9
11
9 33 37.60
1.8606
11 33 48.0
11.608
11
11 0 59.04
1.8148
1 35 35.6
13.074
12
9 35 28.56
1.8483
11 22 10.2
11.663
12
11 2 47.96
1.8158
1 22 30.7
13.089
13
9 37 19.39
1.8461
11 10 29.6
11.698
13
11 4 36.93
1.8168
1 9 24.9
13.103
14
9 39 10.09
1.8440
10 58 46.4
11.742
14
11 6 25.97
1.8178
0 56 18.3
13.117
15
9 41 0.67
1.8430
10 47 0.6
11.786
15
11 8 15.07
1.8190
0 43 10.9
13.130
16
9 42 51.13
1.8400
10 35 12.1
11.839
16
11 10 4.25
1.8301
0 30 2.7
13.143
17
9 44 41.47
1.8380
10 23 21.1
11.872
17
11 11 53.50
1.8315
0 16 53.8
13.154
18
9 46 31.69
1.8361
10 11 27.5
11.913
18
11 13 42.83
1.8239
+0 3 44.2
13.166
19
9 48 21.80
1.8343
9 59 31.5
11.963
19
• 11 15 32.25
1.8344
-0 9 26.1
13.176
20
9 50 11.81
1.8336
9 47 33.1
11.994
20
11 17 21.76
1.8360
0 22 36.9
13.185
21
9 52 1.71
1.8308
9 35 32.2
12.034
21
11 19 11.37
1.8376
0 35 48.3
13.195
22
9 53 51.51
1.8283
9 23 29.0
12.073
22
11 21 1.07
1.83B8
0 49 0.3
13.303
23
9 55 41.22
DEC
1.8277
lEMBE
+ 9 11 23.4
R 15.
-12.112
23
11 22 50.88
DECI
1.8311
SMBEF
-1 2 12.7
L 17.
-18.310
0
9 57 30.83
1.8361
+ 8 59 15.6
-12.149
0
11 24 40.80
1.8339
-1 15 25.5
-13.317
1
9 59 20.35
1.8347
8 47 5.5
12.187
1
11 26 30.83
1.8348
1 28 38.7
13.333
2
10 1 9.79
1.8233
8 34 53.2
13.323
2
11 28 20.98
1.8368
1 41 52.3
13.329
3
10 2 59.14
1.8319
8 22 38.7
12.369
3
11 30 11.25
1.8389
1 55 6.2
13.233
4
10 4 48.42
1.8307
8 10 22.1
13.394
4
11 32 1.65
1.8411
2 8 20.3
13.238
5
10 6 37.62
14)106
7 58 3.4
12.828
5
11 33 52.18
1.8438
2 21 34.7
13.242
6
10 8 26.76
1.8184
7 45 42.7
12.863
6
11 35 42.85
1.8457
2 34 49.3
13.244
10 10 15.83
1.8173
7 33 19.9
12.397
7
11 37 33.66
1.8481
2 48 4.0
13.246
8
10 12 4.83
1.8163
7 20 55.1
12.429
8
11 39 24.62
1.8506
3 1 18.8
13.248
9
10 13 53.77
1.8163
7 8 28.4
12.461
9
11 41 15.73
1.8631
3 14 33.7
13.248
10
10 15 42.66
1.8144
6 55 59.8
12.492
10
11 43 6.99
1.8657
3 27 48.6
13.248
11
10 17 31.50
1.8136
6 43 29.4
12.623
11
11 44 58.41
1.8584
3 41 3.4
13.246
12
10 19 20.29
1.8128
6 30 57.1
12.663
12
11 46 50.00
1.8613
3 54 18.1
13.344
13
10 21 9.04
lUil23
6 18 23.0
12.583
13
11 48 41.76
1.8641
4 7 32.7
13.342
14
10 22 57.75
1.8116
6 5 47.2
12.612
14
11 50 33.69
1.8670
4 20 47.1
13.238
15
10 24 46.43
14)110
5 53 9.6
12.640
15
11 52 25.80
1^701
4 34 1.3
13.234
16
10 26 35.07
1.8106
5 40 30.4
12.668
16
11 54 18.10
1.8733
4 47 15.2
13.229
17
10 28 23.69
1.8101
5 27 49.5
12.695
17
11 56 10.58
1.8763
5 0 28.8
13.223
18
10 30 12.28
1.8008
5 15 7.0
12.722
18
11 58 3.26
1.8797
5 13 42.0
13.217
19
10 32 0.86
1.80S6
5 2 22.9
12.748
19
11 59 56.14
1.8830
5 26 54.8
13.209
20
10 33 49.42
1.8008
4 49 37.3
12.773
20
12 1 49.22
1.8864
5 40 7.1
13.201
21
10 35 37.98
1.8093
4 36 50.2
12.797
21
12 3 42.51
1.8899
5 53 18.9
13.193
22
10 37 26.53
1J091
4 24 1.7
12.821
22
12 5 36.01
1J936
6 6 30.2
13.183
23
10 39 15.07
1J091
4 11 11.7
12.844
23
12 7 29.73
1.8978
6 19 40.8
13.171
24
Il0 41 3.62
1.8093
+ 3 58 20.4
-12.866
24
12 9 23.68
1.9010
-6 32 50.7
-13.189
6 8
114
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right,
Ascension.
Vir.
ma.
Deolinatioo.
Var.
ma.
Hoar.
lUght
Ascension.
Var.
Hin.
•
DeeJinatkin.
Var.
£n.
DECEMBER 18.
DECEMBER 20.
h m 8
8
• t ft
tt
h m 8
8
• / n>
tf
0
12 9 23.68
I.QOIO
- 6 32 50.7
-13.169
0
13 46 29.01
2.1736
-16 31 55.2
-11.364
1
12 11 17.85
1.0048
6 45 59.9
13.147
1
13 48 39.64
2.1809
16 43 14.4
11.286
2
12 13 12.26
1.9088
6 59 8.3
13.133
2
13 50 50.72
2.1884
16 54 29.5
11.216
3
12 15 6.90
1.9127
7 12 15.9
13.119
3
13 53 2.25
2.1969
17 5 40.3
11.143
4
12 17 1.78
1.9168
7 25 22.6
13.104
4
13 55 14.23
2.2034
17 16 46.7
11.070
5
12 18 56.91
1.9210
7 38 28.4
13.088
5
13 57 26.66
2.2111
17 27 48.7
10.905
6
12 20 52.30
1.9263
7 51 33.2
13.071
6
13 59 39.56
2.2188
17 38 46.1
10.918
7
12 22 47.94
1.9295
8 4 36.9
13.063
7
14 1 52.92
2.2266
17 49 38.9
10.840
8
12 24 43.84
1.9339
8 17 39.5
13.034
8
14 4 6.74
2.2342
18 0 26.9
10.760
9
12 26 40.01
1.9884
8 80 41.0
13.014
9
14 6 21.02
2.2420
18 11 10.1
10.679
10
12 28 36.45
1.9430
8 43 41.2
12.993
10
14 8 35.78
2.2499
18 21 48.4
10.696
11
12 30 33.17
1.9477
8 56 40.1
12.971
11
14 10 51.01
2.2578
18 32 21.6
10.611
12
12 32 30.17
1.9623
9 9 37.7
12.948
12
14 13 6.71
2.9667
18 42 49.7
10.425
13
12 34 27.45
1.9672
9 22 33.9
12.924
13
14 15 22.89
2.2736
18 53 12.6
10.337
14
12 36 25.03
1.9821
9 35 28.6
12.899
14
14 17 39.54
2.2816
19 3 30.1
10.247
15
12 38 22.90
1.9870
9 48 21.8
12.873
16
14 19 56.68
2.2897
19 13 42.2
10.166
16
12 40 21.07
1.9721
10 1 13.4
12.847
16
14 22 14.30
2.2077
19 23 48.8
10.063
17
12 42 19.55
1.9773
10 14 3.4
12.819
17
14 24 32.40
2.3068
19 33 49.8
9.968
18
12 44 18.34
1.9824
10 26 51.7
^12.790
18
14 26 50.99
2.3139
19 43 45.0
9.872
19
12 46 17.44
1.9877
10 39 38.2
12.769
19
14 29 10.07
2.3221
19 53 34.4
9.774
20
12 48 16.86
1.9931
10 52 22.8
12.728
20
14 31 29.64
2.3302
20 3 17.9
9.674
21
12 50 16.61
1.9986
11 5 5.5
12.096
21
14 33 49.69
2.3383
20 12 65.3
9.673
22
12 52 16.69
2.0041
11 17 46.3
12.663
22
14 36 10.23
2.3464
20 22 26.6
9.469
23
12 54 17.10
DEC
2.0097
'EMBE
-11 30 25.0
R 19.
-12.628
23
l4 38 31.26
DECI
2.3646
ilMBFiR
-20 31 61.6
.21.
-0.364
0
12 56 17.85
2.0163
-11 43 1.7
-12.603
0
14 40 52.78
2.3628
-20 41 10.3
-0J58
1
12 58 18.94
2.0211
11 55 36.1
12.666
1
14 43 14.79
2.3710
20 50 22.5
0.149
2
13 0 20.38
2.0969
12 8 8.3
12.«18
2
14 45 37.30
2.3703
20 59 28.2
9.m
3
13 2 22.17
2.0328
12 20 38.2
12.478
3
14 48 0.30
2.3874
21 8 27.2
8.927
4
13 4 24.32
2.0S88
12 33 5.7
12.438
4
14 50 23.79
2.3966
21 17 19.4
8.813
5
13 6 26.83
2.0448
12 45 30.7
12.396
5
14 52 47.77
2.4038
21 26 4.7
8.688
6
13 8 29.70
2.0610
12 57 53.1
12.363
6
14 55 12.24
2.4119
21 34 43.1
8.581
7
13 10 32.95
2.0673
13 10 13.0
12.309
7
14 57 37.20
2.4201
21 43 14.4
8.461
8
13 12 36.58
2.0636
13 22 30.2
12.263
8
15 0 2.65
2.4283
21 51 38.4
8.339
9
13 14 40.58
2.0698
13 34 44.6
12.216
9
15 2 28.59
2.4363
21 59 55.1
8.218
10
13 16 44.96
2.0763
13 46 56.1
12.168
10
15 4 55.01
2.4444
22 8 4.5
8.093
11
13 18 49.74
2.0629
13 59 4.7
12.119
11
15 7 21.92
2.4525
22 16 6.3
7.967
12
i 13 20 54.91
2.0894
14 11 10.4
12.069
12
15 9 49.31
2.4606
22 24 0.5
7.839
13
13 23 0.47
2.0961
14 23 13.0
12.017
13
15 12 17.19
2.4686
22 31 47.0
7.709
14
13 25 6.44
2.1028
14 35 12.4
11.963
14
15 14 45.54
2.4765
22 39 25.6
7.678
15
13 27 12.81
2.1096
14 47 8.6
11.909
15
15 17 14.37
2.4844
22 46 56.3
7.444
16
13 29 19.58
2.1168
14 59 1.5
11.863
16
15 19 43.67
2.4923
22 54 18.9
7.308
17
13 31 26.77
2.1238
15 10 51.0
11.796
17
15 22 13.45
2.6002
23 1 33.3
7.172
18
13 33 34.38
2.1308
15 22 37.0
11.787
18
15 24 43.69
2.6079
23 8 39.5
7.083
19
13 35 42.41
2.1374
15 34 19.4
11.677
19
15 27 14.40
2.6167
23 15 37.3
6J93
20
13 37 50.87
2.1446
15 45 58.2
11.616
20
15 29 45.57
2.6»3
23 22 26.6
6.761
21
13 39 59.75
2.1617
15 57 33.3
11.663
21
15 32 17.20
2.6310
23 29 7.4
6.606
22
13 42 9.07
2.1689
16 9 4.5
11.488
22
15 34 49.29
2.6386
23 35 39.5
6.462
23
13 44 18.82
2.1662
16 20 31.9
11.423
23
15 37 21.82
2.5469
23 42 2.8
6.314
24
13 46 29.01
2.1736
-16 31 55.2
-11.364
24
15 39 54.80
2.6583
-23 48 17.2
-6.165
MOON, 1916.
115
GREENWICH MELA.N TIME.
fiour.
Right
Aso6iislon.
Var.
Dedlnatloo.
Var.
Hour.
Right
Asoeiurfnn.
Var.
Mtn
DecUnation.
*
Var.
iSm.
DECEMBER 22.
DECEMBER 24.
h m 8
8
• r H
t0
h m f
8
• f tt
tt
0
15 39 54.80
2Mn
-23 48 17.2
-6.106
0
17 48 40.64
8.7608
-25 26 31.0
+ 3.438
I
15 42 28.22
2Mm
23 54 22.6
6.016
1
17 51 25.69
3.7606
25 23 58.9
3.633
2
15 45 2.08
2MI9
24 0 19X)
5.863
2
17 54 10.71
2.7601
25 21 15.1
3.837
3
15 47 86.87
2.A760
24 6 6.2
5.700
3
17 56 55.70
2.7496
25 18 19.7
3.019
4
15 50 11.08
2.6830
24 11 44.1
5.668
4
17 59 40.66
3.7480
25 15 12.8
3.313
5
15 52 46.21
3.5800
24 17 12.6
5J07
5
18 2 25.57
3.7470
25 11 54.3
3.405
6
15 55 21.76
3.0060
24 22 31.7
5.338
6
18 5 10.41
3.7468
25 8 24.2
3.506
7
15 57 57.72
3.0037
24 27 41.2
5.078
7
18 7 55.18
3.7466
25 4 42.6
3.780
8
16 0 34.08
3.0000
24 32 41.0
4.016
8
18 10 39.87
3.7440
25 0 49.5
3.060
9
16 8 10.83
3.6166
24 37 31.1
4.753
9
18 13 24.46
3.7433
24 56 45X)
4.170
10
16 5 47.97
8.0323
24 42 11.3
4.588
10
18 16 8.94
3.7404
24 52 29.1
4.360
11
16 8 25.49
3.63B6
24 46 41.6
4.423
11
18 18 53.31
3:7884
24 48 1.8
4.550
12
16 11 3.39
3.6348
24 51 1.9
4.254
12
18 21 37.55
3.7863
24 43 23.1
4.739
13
16 13 41.66
3.0408
24 55 12.1
4.085
13
18 24 21.65
3.7838
24 38 33.1
4.927
14
16 16 20.28
3.6467
24 59 12.1
3.914
14
18 27 5.60
3.7813
24 33 31.9
6.113
15
16 18 59.26
3.6636
25 3 1.8
3.742
15
18 29 49.39
3.7284
24 28 19.5
5.300
16
16 21 38.58
3.6683
25 6 41.1
3.568
16
18 32 33.01
2.7256
24 22 55.9
6.485
17
16 24 18.24
3.6637
25 10 10.0
3.394
17
18 35 16.45
2.7224
24 17 21.3
5.660
18
16 26 58.22
3.6600
25 13 28.4
3.219
18
18 37 59.70
3.7192
24 11 35.6
6.853
19
16 29 38.52
3.6743
25 16 36.3
34)43
19
18 40 42.75
2.7158
24 5 88.9
6.036
20
16 32 19.13
3.6703
25 19 33.5
2M4
20
18 43 25.59
2.7123
23 59 31.3
6^217
21
16 35 0.04
3.6843
25 22 20.0
2.685
21
18 46 8.22
2.7066
23 53 12.9
6J07
22
16 37 41.24
3.6800
25 24 55.7
2.504
22
18 48 50.62
2.7046
23 46 43.7
6.576
23
16 40 22.72
DEC
3.6037
lEMBE
-25 27 20JS
R23.
-2.323
23
18 51 32.79
DEC]
2.7008
SMBEB
-23 40 3.8
i 25.
+ 6.753
0
16 43 4.48
3.0083
-25 29 34.4
-2.140
0
18 54 14.71
2.0066
-23 33 13.3
+ 6.930
1
16 45 46.50
3.7034
25 31 37.3
1.067
1
18 56 56.38
2.6028
23 26 12.2
7.106
2
16 48 28.77
3.7066
25 33 29.2
1.773
2
18 59 37.78
0.6878
23 19 0.7
7.278
3
16 51 11.28
3.7104
25 35 10.0
1.587
3
19 2 18.92
2.6833
23 11 38.8
7.451
4
16 53 54.02
3.7143
25 36 89.6
1.400
4
19 4 59.78
2.6787
23 4 6.6
7.623
5
16 56 36.98
3.7178
25 37 58.0
1.213
5
19 7 40.36
8.6738
22 56 24.1
7.798
e
16 59 20.15
3.7313
25 39 5.1
1.025
6
19 10 20.64
8.6680
22 48 31.5
7.060
7
17 2 3.52
3.7344
25 40 1.0
0.837
7
19 13 0.63
8.6630
22 40 28.9
8.127
ft
17 4 47.08
3.7376
25 40 45.5
0.647
8
19 15 40.31
3.6588
22 32 16.3
8.392
9
17 7 30.82
8.7304
25 41 18.6
0.457
9
19 18 19.68
3.6535
22 23 53.9
8.455
10
17 10 14.73
3.7833
25 41 40.3
0J67
10
19 20 58.73
3.6481
22 15 21.7
8.618
11
17 12 58.80
3.7357
25 41 50.6
-O.076
11
19 23 37.45
3.6436
22 6 39.8
8.778
12
17 16 43.01
3.7870
25 41 49.4
+0.116
12
19 26 15.84
3.6370
21 57 48.4
8.936
13
17 18 27.35
3.7401
25 41 36.7
0.808
13
19 28 53.89
3.6813
21 48 47.5
9.003
14
17 21 11.82
3.7430
25 41 12.4
0.602
14
19 31 31.60
3.6357
21 39 37.3
9.248
15
17 23 56.39
3.7437
25 40 36.5
0.605
15
19 34 8.97
2.6108
21 30 17.8
0.402
\€
17 26 41.06
3.7453
25 39 49.0
0.888
16
19 36 45.98
2.6138
21 20 49.1
9.663
17
17 29 25.82
3.7467
25 38 50.0
1.081
17
19 39 22.63
2.6078
21 11 11.4
9.703
18
17 32 10.66
8.7478
25 37 39.3
1.275
18
19 41 58.92
3.6018
21 1 24.8
9J51
19
17 34 55.56
3.7488
25 36 17.0
1.468
19
19 44.34.85
2.6068
20 51 29.3
0.096
20
17 37 40.52
3.7406
25 34 43.1
1.663
20
19 47 10.41
8.5805
20 41 25.1
10.142
21
17 40 25.51
3.7603
25 32 57.5
1.857
21
19 49 45.59
2.5832
20 31 12.3
10.283
22
17 43 10.54
3.7607
25 31 0.3
2.050
22
19 52 20.39
8.6768
20 20 51.1
10.424
23
17 45 55^9
3.7608
25 28 51.5
2.244
23
19 54 54.81
2.6706
20 10 21.4
10.563
24
17 48 40.64
3.7608
-25 26 31.0
+2.438
24
19 57 28.85
3.5641
-19 59 43.5
+10.600
116
MOON, 1916.
GREENWICH MEAN TIME.
Hour.
Right
Ascension.
Var.
Dedinatlon.
Var.
Hour.
Right
Ascension.
Var.
£ta.
Declination.
1
Var.
DECEMBER 26.
DECEMBER 28.
h m s
s
• # //
//
h m 8
8
m t ff
ft
0
19 57 28.85
3.6641
-19 59 43.5
-1-10.009
0
21 52 58.45
2.3678
-9 27 7^
•1-14.886
1
20 0 2.50
2.6670
19 48 57.5
10.834
1
21 55 13.76
2.3635
9 12 13.5
14.925
2
20 2 35.76
2M10
19 38 3.4
10.908
2
21 57 28.75
3.3478
8 57 16.8
14.963
3
20 5 8.62
3.6444
19 27 1.4
11.098
3
21 59 43.43
3.3130
8 42 17.9
14.996
4
20 7 41.09
2.6379
19 15 51.7
11.220
4
22 1 57.79
3.3308
8 27 17.0
i6.osa
5
20 10 13.17
2.6313
19 4 34.3
11.363
6
22 4 11.85
3.3318
8 12 14.1
16.054
6
20 12 44.84
2.6240
18 53 9.3
11.478
6
22 6 25.61
2.2289
7 57 9.3
16.095
7
20 15 16.12
2.6179
18 41 36.9
11.001
7
22 8 39.08
2wt230
7 42 2.7
16.124
8
20 17 46.99
2.6112
18 29 57.2
11.721
8
22 10 52.25
3.3173
7 26 54.4
16.151
9
20 20 17.46
2.5045
18 18 10.4
11.839
9
22 13 5.14
3.3134
7 11 44.6
16.176
10
20 22 47.53
2.4978
18 6 16.5
11.967
10
22 15 17.74
3.3078
6 56 33.3
16 JM)
11
20 25 17.19
2.4909
17 54 15.6
12.072
11
22 17 30.07
3.3033
6 41 20.6
15.232
12
20 27 46.44
2.4842
17 42 7.9
12.184
12
22 19 42.12
3.1980
6 26 6.7
15.243
13
20 30 15.29
2.4774
17 29 53.5
12.294
13
22 21 53.90
3.1943
6 10 51.6
16.351
14
20 32 43.73
2.4707
17 17 32.6
12.403
14
22 24 5.42
3.1898
5 55 35.4
16.278
15
20 35 11.77
2.4639
17 5 5.2
12.609
15
22 2(i 16.68
3.1850
5 40 18.3
15.293
16
20 37 39.40
2.4671
16 52 31.5
12.013
16
22 28 27.69
3.1814
5 25 0.3
16J07
17
20 40 6.62
2.4503
16 39 51.6
12.710
17
22 30 38.45
3.1773
5 9 41.5
15J19
18
20 42 33.44
2.4437
16 27 5.6
12.810
18
22 32 48.96
3.1732
4 54 22.0
15J30
19
20 44 59.86
2.4309
16 14 13.7
12.913
19
22 34 59.23
2.1093
4 39 1.9
15.339
;»
20 47 25.87
2.4302
16 1 16.0
13.009
20
22 37 9.27
2.1054
4 23 41.3
16.348
21
20 49 51.48
2.4235
15 48 12.6
13.103
21
22 39 19.08
2.1010
4 8 20.2
16.353
22
20 52 16.69
2.4108
15 35 3.6
13.190
22
22 41 28.66
2.1678
3 52 58.9
16.358
23
20 54 41.50
DEC
2.4102
embe:
-15 21 49.1
R27.
-1-13.280
23
22 43 38.02
DEC!
2.1642
i«MBEIi
-3 37 37.3
.29.
•i-l6J61
0
20 57 5.91
2.4036
-15 8 29.3
•1-13.378
0
22 45 47.16
3.1600
-3 22 15.6
•1-16 J63
1
20 59 29.92
2.3909
14 55 4.3
13.459
1
22 47 56.09
3.1473
3 6 53.8
16.353
2
21 1 53.54
2.3904
14 41 34.2
13.543
o
22 50 4.82
2.1438
2 51 32.1
15.351
3
21 4 16.77
2.3839
14 27 59.1
13.026
3
22 52 13.35
2.1400
2 36 10.5
.15.358
4
21 6 39.61
2.3774
14 14 19.2
13.704
4
22 54 21.69
2.1373
2 20 49.2
14.353
5
21 9 2.06
2.3709
14 0 34.6
13.782
5
22 56 29.83
2.1341
2 5 28.1
16.348
6
21 11 24.12
2.3044
13 46 45.4
13.858
6
22 58 37.78
2.1311
1 50 7.4
16.343
7
21 13 45.79
2.3680
13 32 51.7
13.932
7
23 0 45.56
2.1282
1 34 47.1
15.333
8
21 16 7.08
2.3618
13 18 53.6
14.008
8
23 2 53.16
2.1353
1 19 27.4
16.333
9
21 18 28.00
2.3456
13 4 51.3
14.073
9
23 5 0.58
2.1333
1 4 8.4
16.311
10
21 20 48.54
2.3393
12 50 44.9
14.140
10
23 7 7.84
2.1197
0 48 50.1
15.298
11
21 23 8.71
2.3330
12 36 34.5
14.200
11
23 9 14.94
2.1171
0 33 32.6
15.285
12
21 25 28.50
2.3268
12 22 20.2
14.270
12
23 11 21.89
2.1146
0 18 15.9
15J70
13
21 27 47.93
2.3206
12 8 2.1
14.332
13
23 13 28.68
2.1120
-0 3 0.2
16J53
14
21 30 7.00
3.3148
11 53 40.4
14.391
14
23 15 35.33
2.1097
+0 12 14.6
16.236
15
21 32 25.70
2.3068
11 39 15.2
14.448
15
23 17 41.84
3.1073
0 27 28.1
15J17
16
21 34 44.05
2.8039
11 24 46.6
14.606
16
23 19 48.21
3.1060
0 42 40.5
16.190
17
21 37 2.05
2.2971
11 10 14.6
14.500
17
23 21 54.44
3.1028
0 57 51.6
15.174
18
21 39 19.70
2.2913
10 55 39.4
14.012
18
23 24 0.55
2.1006
1 13 i.4
15.151
19
21 41 37.00
2.2856
10 41 1.2
14.002
19
23 26 6.54
3.0988
1 28 9.7
15.137
20
21 43 53.96
2.2798
10 26 20.0
14.710
20
23 28 12.41
3.0909
1 43 16.6
15.103
21
21 46 10.58
2.2743
10 11 36.0
14.757
21
23 30 18.17
3.0951
1 58 21.9
15.074
22
21 48 26.87
2.2687
9 56 49.2
14.802
22
23 32 23.82
3.0038
2 13 25.5
15.047
23
21 50 42.82
2.2632
9 41 59.8
14.845
23
23 34 29.37
3.0917
2 28 27.5
15.018
24
21 52 58.54
2.2578
- 9 27 7.8
-1-14.880
24
23 36 34.82
3.0901
+2 43 27.7
-1-14.988
MOON, 1916.
GREENWICH MEAN TIME.
117
Boor.
Right
Var.
DaoUnation.
V«r.
Mba.
DECEMBER 30.
h m 8
8
0
23 36 34.82
2.0001
1
23 38 40.18
2.0680
2
23 40 45.45
2.0871
3
23 42 50.63
2.0868
4
23 44 55.74
2.0645
5
23 47 0.77
2.0633
6
23 49 5.73
2.0622
7
23 51 10.63
2.0611
8
23 53 15.46
2.0601
9
23 55 20.24
2.0792
10
23 57 24.96
2.0783
11
23 59 29.64
2.0777
12
0 1 34.28
2.0770
13
0 3 38.88
2.0703
14
0 5 43.44
2.0758
15
0 7 47.98
2.0754
16
0 9 52.49
2.0740
17
0 11 56.97
2.0740
18
0 14 1.44
2.0744
19
0 16 5.90
2.0743
20
0 18 10.35
2.0742
21
0 20 14.80
2.0741
22
0 22 19.24
2.0741
23
0 24 23.69
2.0743
24
0 26 28.15
2.0744
//
+2 43 27.7
2 58 26.0
3 13 22.4
3 28 16.8
3 43 9.1
3 57 59.3
4 12 47.3
4 27 33.0
4 42 16.4
4 56 57.4
5 11 35.9
5 26 11.9
5 40 45.3
5 55 16.0
6 9 43.9
6 24 9.1
6 38 31.4
6 52 50.7
7 7 7.1
7 21 20.4
7 35 30.6
7 49 87.7
8 3 41.5
8 17 42.0
+8 31 39.2
n
-1-14.068
14.050
14.023
14.880
14.854
14.818
14.781
14.743
14.703
14.603
14.021
14.578
14.534
14.488
14.443
14.300
14.347
14.208
14.248
14.190
14.144
14.001
14.090
13.081
•f 13 .924
Hour.
Right
Aaotnsion.
Vtr.
Pffitnatfwi
Var.
DECEMBER 31.
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
h
0
0
0
0
0
0
0
0
0
0
m
26
28
30
32
34
36
38
40
43
45
0 47
0 49
0 51
0
0
0
0
1
1
1
1
1
1
1
1
53
55
57
59
1
3
5
8
10
12
14
16
8
8
28.15
2.0744
32.62
2.0740
37.10
2.0748
41.60
2.0753
46.13
2.0758
50.69
2.0702
55.27
2.0707
59.89
2.0773
4.55
2.0780
9.25
2.0787
13.99
2.0704
18.78
2.0603
23.63
2.0613
28.53
2.0622
33.49
2.0832
38.51
2.0843
43.60
2.0654
48.76
2.0866
53.99
2.0878
59.30
2.0891
4.68
2.0003
10.14
2.0018
15.69
2.0033
21.33
2.0047
27.05
2.0901
//
+ 8 31 39.2
8 45 32.9
8 59 23.2
9 13 9.9
9 26 53.1
9 40 32.6
9 54 8.4
10 7 40.4
10 21 8.6
10 34 33.0
10 47 53.4
11 1 9.8
11 14 22.2
11 27 30.5
11 40 34.6
11 53 34.5
12 6 30.1
12 19 21.4
12 32 8.3
12 44 50.8
12 57 28.8
13 10 2.3
13 22 31.2
13 34 55.4
+13 47 14.9
//
+13.924
U.807
13.808
13.749
13.689
13.628
13.505
13.502
13.438
13.373
13.307
13.240
13.173
13.103
13.033
12.963
12.891
12.818
12.745
12.671
12.596
12.520
12.443
12.364
Ul2.285
PHASES OF THE MOON.
d h m
d h m
d h m
d h m
% New Moon
Jan.
4 16 45.4
Apr. 2 4 21.2
Jime
29 22 43.4
Sept.
26 19 34.1
3 Fint Quarter
11 15 37.6
10 2 35.7
July
7 23 55.0
Oct.
3 23 0.5
0 Full Moon
19 20 29.0
17 17 7.5
14 16 40.0
10 19 1.1
C Last Quarter
27 12 35.1
24 10 88.3
21 11 S3.0
18 13 8.7
% New Moon
Feb.
3 4 5.6
May 1 17 28.9
29 14 15.4
26 8 37.0
) Piret Quarter
0 Full Moon
10 10 20.4
9 20 47.1
Aug.
6 9 5.6
Nov.
2 5 50.6
18 14 28.6
17 2 11.3
13 0 0.3
9 8 18.0
C Last Quarter
25 21 23.8
23 17 16.4
20 0 52.8
17 10 0.5
% New Moon
Mar.
3 15 57.6
31 7 37.3
28 5 24.7
24 20 50.4
) Fint Quarter
0 Full Moon
11 6 32.9
June 8 11 69.0
Sept
. 4 16 26.5
Dec.
1 13 55.5
19 5 26.7
15 9 41.7
11 8 80.9
9 0 43.9
C Last Quarter
26 4 22.4
22 1 16.3
18 17 35.3
17 6 6.4
• New Moon
Apr.
2 4 21.2
29 22 43.4
26 19 34. 1
24 8 31.2
5 FiiBt Quarter
10 2 35.7
July 7 23 55.0
Oct.
3 23 0.5
31 0 7.2
APOGEE.
PERIGEE.
d h
d h
d h
d h
June
30 16.2
January
4 2.3
July
14 12.3
January 16 17.1
July
27 19.5
February
1 12.1
August
11 21.3
February 13 9.4
Augtuit
24 5.0
February
29 8.7
September
9 1.4
starch 12 5.4
September
20 21.6
March
26 1.2
October
6 10.5
April 9 1.7
% 6 19.7
October
18 17.2
April
May
20 23.6
October
31 6.8
November
15 14.0
18 20.0
November
27 7.7
Jime 3
9.5
December
13 8.8
June
16 2.6
Dec
:ember
25 12.5
118
MOON, 1916.
GREENWICH MEAN TIME.
O. M. T.
Longitude.
Latitade.
Semi-
diameter.
Horiiontal
Parallax.
Var.
Hour.
Age.
Transit,
Meridiaii of Qreeowkh.
Var.
^ar.
Jan. 1.0
227 54 17.5
m 1 ft
-5 9 8.9
t It
16 21.5
1 It
59 56.21
It
+1.989
d
25.7
Jan. 1
L
h m
8 36.8
m
2.52
1.5
23513 54.7
5 0 2.5
16 27.7
60 18.98
1.796
26.2
1
U
21 7.7
2.63
2.0
242 38 55.3
4 45 49.7
16 33.2
60 39.07
1.544
26.7
2
L
9 39.9
2.72
2.5
250 8 30.3
4 26 35.6
16 37.7
60 55.81
1.238
27.2
2
U
22 12.9
2.78
3.0
257 41 39.5
4 2 34.3
16 41.2
61 8.58
0.884
27.7
3
L
10 46.5
2.81
3.5
265 17 14.5
-3 34 8.2
16 43.5
61 16.87
+0.493
28.2
3
U
23 20.1
2.79
4.0
272 54 0.7
3 148.1
16 44.4
6120.30
+0.079
28.7
4
L
1153.2
2.73
4.5
280 30 40.8
2 26 12.7
16 44.0
61 18.73
-0.344
29.2
• • •
5.0
288 5 56.9
148 6.2
16 42.2
61 12.09
0.780
0.3
6
U
0 25.5
2.6S
5.5
295 38 35.1
1 817.0
16 39.0
61 0.59
1.162
0.8
5
L
12 66.7
2.54
6.0
303 7 27.9
-0 27 34.6
16 34.7
60 44.59
-1.606
1.3
6
U
126.5
2.43
6.5
310 31 36.4
+0 13 12.1
16 29.2
60 24.65
1.811
1.8
6
L
13 65.0
2.33
7.0
317 50 12.1
0 53 16.6
16 22.9
60 1.35
2.060
2.3
7
U
2 22.1
2.31
7.5
325 2 37.2
1 31 57.4
16 15.8
59 35.45
2.249
2.8
7
L
14 48.1
2.11
8.0
332 8 26.3
2 8 37.5
16 8.3
59 7.65
2.375
3.3
8
U
3 12.9
2.03
8.5
339 7 24.5
+2 42 46.7
16 0.4
58 38.71
-2.441
3.8
8
L
15 36.8
1.96
9.0
345 59 27.4
3 14 0.3
15 52.4
58 9.29
2.452
4.3
9
U
4 0.0
1.91
9.5
352 44 39.7
3 41 59.4
15 44.4
57 40.05
2.413
4.8
9
L
16 22.7
1.87
10.0
359 23 14.1
4 6 30.6
15 36.6
57 11.52
2.332
5.3
10
U
4 45.0
1.85
10.5
5 55 29.5
4 27 24.4
15 29.2
56 44.23
2.215
5.8
10
L
17 7.0
1.84
11.0
12 21 49.6
+4 44 36.5
15 22.2
56 18.49
-2.071
6.3
11
U
6 29.1
1.84
11.5
18 42 42.2
4 58 1.8
15 15.6
55 54.60
1.905
6.8
11
L
17 61.2
1.8$
12.0
24 58 37.6
5 7 43.2
15 9.7
55 32.85
1.722
7.3
12
U
613.4
1.87
12.5
3110 7.5
513 42.1
15 4.4
55 13.32
1.530
7.8
12
L
18 36.0
1.90
13.0
37 17 44.9
516 1.8
14 59.7
54 56.13
1.833
8.3
13
U
6 58.9
1.93
13.5
43 22 2.0
+5 14 47.5
14 55.7
54 41.31
-1.135
8.8
13
L
19 22.3
1.97
14.0
49 23 30.9
510 4.9
14 52.3
54 28.89
0.938
9.3
14
U
7 46.1
2.01
14.5
55 22 42.9
5 2 1.0
14 49.5
54 18.79
0.746
9.8
14
L
2010.4
2.04
15.0
6120 7.4
4 50 43.5
14 47.4
54 10.95
0.561
10.3
15
U
8 35.1
2.08
15.5
67 16 12.7
4 36 20.8
14 45.9
54 5.28
0.386
10.8
15
L
21 0.2
2.10
16.0
73 11 25.0
+4 19 2.6
14 44.9
54 1.65
-0.221
11.3
16
U
9 26.6
2.13
16.5
79 6 8.7
3 58 59.2
14 44.4
53 59.93
-0.067
11.8
16
L
2160.9
2.12
17.0
85 0 46.4
3 36 22.2
14 44.4
54 0.01
+0.076
12.3
17
U
10 16.3
2.11
17.5
90 55 38.2
3 11 24.6
14 44.9
54 1.72
0.207
12.8
17
L
22 41.5
%J»
18.0
96 51 3.2
2 44 20.2
14 45.8
54 4.94
0.327
13.3
18
U
11 6.5
2.07
18.5
102 47 18.7
+2 15 24.4
14 47.0
54 9.54
+0.437
13.8
18
L
23 31.1
2.03
19.0
108 44 40.6
144 53.7
14 48.6
54 15.41
0.538
14.3
19
U
1166.2
1.99
19.5
114 43 23.2
113 6.0
14 50.5
54 22.42
0.630
14.8
...
20.0
120 43 40.5
0 40 20.5
14 52.7
54 30.51
0.716
15.3
20
L
018.8
1.95
20.5
126 45 45.4
+0 6 57.3
14 55.2
54 39.59
0.796
15.8
20
U
12 41.9
1.90
21.0
132 49 50.6
-0 26 42.4
14 57.9
54 49.61
+0.872
16.3
21
L
1 4.5
1.96
21.5
138 56 8.3
1 0 16.4
15 0.9
55 0.52
0.947
16.8
21
U
13 26.6
1.83
22.0
145 4 51.3
1 33 22.1
15 4.1
5512.34
1.021
17.3
22
L
148.4
1.80
22.5
151 16 12.4
2 5 36.4
15 7.6
55 25.03
1.096
17.8
22
U
14 9.9
1.78
23.0
157 30 24.7
2 36 35.9
15 11.3
55 38.61
1.170
18.3
23
L
2 31.2
1.77
23.5
163 47 42.0
-3 5 57.2
15 15.2
55 53.11
+1.247
18.8
23
U
14 62.5
1.77
24.0
170 818.7
-3 33 16.9
15 19.4
56 8.54
+1.324
19.3
24
L
313.8
1.78
MOON, 1916.
119
GREENWICH MEAN TIME.
O.M.T.
LoDgitode.
LaUtude.
diameta*.
H«rkontal
Parallax.
Var.
Afe.
Transit,
Meridian of Qraenwlch.
Var.
Hour.
Jan. 24.0
met/
170 818.7
-3 33 16.9
15 19.4
' It
56 8.54
-1-1.334
d
19.3
Jan. 24
L
h m
313.8
m
1.78
24.5
176 32 29.5
3 5812.2
15 23.9
56 24.88
1.401
19.8
24
U
15 35.4
1.81
25.0
183 0 29.3
4 20 20.9
15 28.6
56 42.14
1.477
20.3
25
L
3 57.3
1.84
25.5
189 32 33.0
4 39 21.2
15 33.6
57 0.31
1JS60
20.8
25
U
16 19.7
1.90
26.0
196 8 54.5
4 54 53.0
15 38.7
57 19.31
l.«15
21.3
26
L
4 42.9
1.97
28.5
202 49 47.0
-5 6 37.0
15 44.1
57 39.04
+1.870
21.8
26
U
17 6.9
2.04
27.0
209 35 21.4
5 14 16.0
15 49.6
57 59.34
1.711
22.3
27
L
5 31.9
3.13
27.5
216 25 46.0
5 17 35.0
15 55.3
58 20.01
1.782
22.8
27
U
17 58.0
3.33
28.0
223 21 5.3
5 16 21.8
16 0.9
58 40.79
1.727
23.3
28
L
6 25.3
3.33
28.5
230 21 19.8
5 10 27.8
16 6.5
59 1.32
1.001
23.8
28
U
18 54.0
3.43
29.0
237 26 22.3
-4 59 48.2
16 12.0
59 21.23
+1.000
24.3
29
L
7 23.8
3.53
29.5
244 36 2.6
4 44 23.4
16 17.1
59 40.07
1.510
24.8
29
U
19 54.7
3.61
ao.o
25150 1.2
4 24 19.6
16 21.8
59 57.33
1.368
25.3
30
L
8 26.5
3.67
30.5
259 7 51.7
3 59 49.1
16 25.9
60 12.47
1.161
25.8
30
U
20 58.9
3.71
31.0
266 29 0.2
3 31 11.0
16 29.3
60 25.02
0.023
26.3
31
L
9 31.4
3.60
31.5
273 52 45.3
-2 58 51.3
16 31.9
60 34.46
•K).046
26.8
31
U
22 3.6
3.66
Feb. 1.0
281 18 19.1
2 23 22.5
16 33.5
60 40.36
40.336
27.3
Feb. 1
L
10 35.3
3.60
1.5
288 44 48.5
145 22.8
16 34.1
60 42.40
0.000
27.8
1
U
23 6.1
3.53
2.0
296 11 16.4
1 5 35.7
16 33.5
60 40.32
-O.S47
28.3
2
L
1135.8
3.43
2.5
303 36 44.1
-0 24 47.1
16 31.8
60 34.08
0.004
28.8
• • • • •
• • •
3.0
311 012.8
+0 16 15.5
16 29.0
60 23.72
-1.038
29.3
3
U
0 4.3
3.33
3.5
318 20 46.4
0 56 45.3
16 25.1
60 9.49
1.380
0.3
3
L
12 31.7
3.34
4.0
325 37 32.1
1 35 57.7
16 20.3
59 51.71
1.610
0.8
4
U
0 58.1
3.15
4.5
332 49 44.1
2 13 12.4
16 14.6
59 30.87
1.8S0
1.3
4
L
13 23.4
3.07
6.0
339 56 43.3
2 47 54.3
16 8.2
59 7.52
2.033
1.8
5
U
147.9
3.03
5.5
346 57 59.2
+3 19 34.1
16 1.4
5842.30
-2.164
2.3
5
L
14 11.8
1.97
6.0
353 53 10.0
3 47 49.2
15 54.1
58 15.78
3.342
2.8
6
U
2 35.2
1.93
6.5
0 42 2.9
4 12 22.6
15 46.7
57 48.68
2.271
3.3
6
L
14 58.2
1.91
7.0
7 24 33.6
4 33 2.7
15 39.3
57 21.49
2.262
3.8
7
U
3 21.0
1.90
7.6
14 0 46.0
4 49 44.1
15 82.1
56 54.83
2.188
4.3
7
L
15 43.7
1.90
S.0
20 30 51.2
+5 2 24.8
15 25.1
56 29.16
-2.086
4.8
8
U
4 6.5
1.90
S.5
26 55 7.1
511 6.4
15 18.5
56 4.91
1.060
5.3
8
L
16 29.4
1.93
9.0
33 13 56.4
5 15 53.3
1512.3
55 42.45
1.700
5.8
9
U
4 52.6
1.95
9.5
39 27 46.5
5 16 52.1
15 6.8
55 22.02
1.610
6.3
9
L
17 16.2
1.98
10.0
45 37 8.0
5 14 10.7
15 1.8
55 3.87
1.414
6.8
10
U
5 40.1
3.00
10.5
51 42 34.3
+6 7 58.0
14 57.5
54 48.13
-1.207
7.3
10
L
18 4.3
3.03
11.0
57 44 40.0
4 58 23.8
14 53.9
54 34.92
0.004
7.8
11
U
6 29.0
3.07
11.5
63 44 1.2
4 45 38.5
14 51.0
54 24.30
0.779
8.3
11
L
18 53.9
3.09
12.0
69 41 14.2
4 29 52.7
14 48.8
54 16.23
0J65
8.8
12
U
7 19.1
3.11
12.5
75 36 54.8
4 11 17.6
14 47.3
54 10.71
0.365
9.3
12
L
19 44.5
3.13
13.0
81 31 38.1
+3 50 4.9
14 46.5
54 7.69
-0.163
9.8
13
U
8 9.9
3.13
13.5
87 25 58.6
3 26 26.6
14 46.3
54 7.03
•K).041
10.3
13
L
20 35.2
3.10
14.0
93 20 28.8
3 0 35.9
14 46.8
54 8.63
0.323
10.8
14
U
9 0.4
3.06
14.5
99 15 39.6
2 32 46.5
14 47.8
5412.31
0.390
11.3
14
L
21 25.2
3.06
15.0
105 11 59.4
2 313.1
14 49.3
5417.94
0.544
U.8
15
U
9 49.7
3.03
15.5
HI 9 54.8
+1 32 11.9
14 51.3
54 25.32
•fO.683
12.3
15
L
22 13.7
1.98
16.0
117 9 49.5
+1 0 0.2
14 53.8
54 34.26
+0.805
12.8
16
U
10 37.3
1.94
120
MOON, 1916.
GREENWICH MEAN TIME.
G. M. T.
Longitude.
•
Latitude.
Semi-
diameter.
Horicontal
Parallax.
Var.
Hmir.
Age.
Transit,
Meridian of Qreenwich.
Var.
Hour.
0 / //
• t n
/ If
/ //
tt
d
h m
m
Feb. 16.0
117 9 49.5
+1 0 0.2
14 53.8
54 34.26
-M).805
12.8
Feb. 16
U
10 37.3
1.94
16.5
12312 4.7
+0 26 56.6
14 56.6
54 44.56
0.909
13.3
16
L
23 0.4
1.90
17.0
129 16 58.6
~0 6 38.5
14 69.7
54 56.00
0.997
13.8
17
U
11 23.0
1.87
17.5
135 24 46.7
0 40 23.6
15 3.1
55 8.42
1.068
14.3
17
L
23 45.3
1.84
18.0
141 35 41.6
1 13 55.8
15 6.6
56 21.59
1.124
14.8
18
U
12 7.8
1.82
18.5
147 49 52.8
-1 46 51.0
15 10.4
55 35.33
+1.166
15.3
• • •
19.0
154 7 27.2
2 18 44.6
15 14.3
55 49.53
1.195
15.8
19
L
0 29.0
1.81
19.5
160 28 29.1
2 49 11.0
15 18.2
56 3.96
1.212
16.3
19
U
12 50.7
1.80
20.0
166 53 0.6
3 17 45.0
15 22.2
56 18.57
1.220
16.8
20
L
112.3
1.81
20.5
173 21 1.4
3 44 1.4
15 26.2
56 33.22
1.221
17.3
20
U
13 34.1
1.82
21.0
179 62 29.4
-4 7 36.0
15 30.2
56 47.84
+1.215
17.8
21
L
156.1
lift
21.6
186 27 21.5
4 28 5.7
15 34.1
57 2.36
1.205
18.3
21
U
14 18.5
1.88
22.0
193 5 32.9
4 45 9.6
15 38.0
57 16.75
1.193
18.8
22
L
2 41.4
1.S3
22.6
199 46 58.3
4 58 28.7
15 41.9
57 31.00
1.180
19.3
22
U
15 5.0
2.00
23.0
206 31 32.6
5 7 46.9
15 45.8
57 45.06
1.164
19.8
23
L
3 29.6
2.07
23.5
21319 9.4
-5 12 51.0
15 49.5
57 58.89
+1.145
20.3
23
U
16 54.8
2.15
24.0
220 9 43.0
5 13 31.4
15 53.2
58 12.49
1.121
20.8
24
L
4 21.2
2J4
24.5
227 3 7.4
5 9 41.9
15 56.8
58 25.78
1.002
21.3
24
U
16 48.6
2.33
25.0
233 59 16.0
5 120.6
16 0.4
58 38.70
1.067
21.8
25
L
517.1
2.42
25.5
240 58 2.3
4 48 29.7
16 3.8
58 51.12
1.010
22.3
25
U
17 46.6
2.49
26.0
247 59 18.6
-4 31 15.6
16 7.0
59 2.87
+0.949
22.8
26
L
616.9
2.55
26.5
255 2 56.2
4 9 49.8
16 9.9
59 13.81
0.870
23.3
26
U
18 47.8
2.59
27.0
262 8 44.5
3 44 28.0
16 12.6
59 23.69
0.772
23.8
27
L
7 19.1
2.eo
27 5
269 16 30.9
3 15 31.0
16 15.0
59 32.27
0.662
24.3
27
U
19 50.3
2.59
28.0
276 25 59.2
2 43 24.0
16 16.9
59 39.24
0.508
24.8
28
L
8 21.3
2.55
28.5
283 36 50.8
-2 8 36.5
16 18.3
59 44.39
+0.341
25.3
28
U
20 61.6 2.49
29.0
290 48 43.1
1 31 42.6
16 19.1
59 47.35
+0.151
25.8
29
L
9 21.2
2.42
29.5
298 1 9.6
0 53 19.0
16 19.2
59 47.95
-0.058
26.3
29
U
2149.9
2.35
Mar. 1.0
305 13 40.2
-0 14 5.4
16 18.7
59 45.91
0.282
26.8
Mar. 1
L
10 17.6
2.27
1.5
312 25 41.2
+0 25 17.2
16 17.4
59 41.13
0.516
27.3
1
U
22 44.3
2.19
2.0
319 36 36.8
+1 4 7.5
16 15.3
59 33.54
-0.752
27.8
2
L
11 10.2
2.12
2.5
326 45 49.3
1 41 45.5
16 12.^
59 23.12
0.984
28.3
2
U
23 35.2
2.06
3.0
333 52 40.0
2 17 33.2
16 8.9
59 9.98
1J02
28.8
3
L
11 59.6
2.01
3.5
340 56 31.1
2 50 56.2
16 4.6
58 54.35
1.400
29.3
• • •
4.0
347 56 46.6
3 21 24.6
15 59.8
58 36.49
1.571
0.3
4
U
9 23.5
1.97
4.5
354 52 54.7
+3 48 33.7
15 54.4
58 16.75
-1.711
0.8
4
L
12 47.0
1.95
5.0
1 44 27.3
4 12 4.1
15 48.6
57 55.55
1.815
1.3
5
U
110.3
1.93
6.5
8 31 2.2
4 31 42.1
15 42.6
57 33.34
1.881
1.8
5
L
18 33.4
1.93
6.0
15 12 23.6
4 47 19.4
15 36.4
57 10.58
1.906
2.3
6
U
156.6
1.94
6.5
21 48 22.3
4 58 52.4
15 80.1
56 47.76
^.892
2.8
6
L
14 19.9
1.95
7.0
28 18 56.2
+5 6 21.8
15 24.0
56 25.29
-1.843
3.3
7
U
2 43.4
1.97
7.5
34 44 9.7
5 9 52.2
15 18.1
56 3.65
1.761
3.8
7
L
16 7.1
1.99
8.0
41 4 13.6
5 9 30,6
15 12.5
55 43.17
1.647
4.3
8
U
3 31.2
2.02
8.5
47 19 25.3
5 5 26.4
15 7.4
55 24.23
1.506
4.8
8
L
16 55.6
2.05
9.0
53 80 6.9
4 57 50.5
15 2.7
55 7.13
1.342
5.3
9
U
4 20.4
2.07
9.5
59 36 45.1
+4 46 55.0
14 58.6
54 52.10
-1.169
5.8
9
L
16 45.4
2.09
10.0
65 39 50.7
+4 32 52.5
14 55.2
54 39.36
-0.962
6.3
10
U
610.7
2.12
MOON, 1916.
121
GREENWICH MEAN TIME.
O.M.T.
LoDgltade.
Lfttitudt.
Semi-
(liamattf,
Horisont*!
PwmllAx.
Var.
uSor.
Age.
Transit,
M«4dJan of Greenwioh.
Var.
umir.
• t n
• / //
/ //
1 1$
$$
d
h m
m
Mar. 10i>
65^50.7
+4 32 62.5
14 56.2
64 39.36
-0.96S
6.3
Mar. 10
U
510.7
2.12
10.5
71 39 57.2
4 15 56.0
14 52.3
54 29.06
0.764
6.8
10
L
17 36.2
2.12
11.0
77 37 41.0
3 66 18.9
14 50.2
54 21.30
0.539
7.3
11
U
6 1.7
2.12
11.5
83 33 39.8
3 34 14.4
14 48.8
54 16.17
OJIO
7.8
11
L
18 27.1
2.11
124)
80 28 32.7
3 9 56.3
14 48.1
54 13.66
^.009
8.3
12
U
6 62.4
2.00
12.5
96 22 58.9
+2 43 38.3
14 48.2
54 13.77
+0.117
8.8
12
L
19 17.4
2.07
13.0
101 17 37.9
2 16 34.6
14 48.9
54 16.43
0.S27
9.3
13
U
7 42.1
2.04
13.6
107 13 8.2
1 46 59.8
14 50.3
54 21.58
o.«»
9.8
13
L
20 6.3
2.00
14.0
11310 7.4
115 9.7
14 62.8
54 29.08
0.730
10.8
14
U
8 30.1
1.97
14.5
119 911.4
0 43 20.6
14 55.0
54 38.78
0.806
10.8
14
L
20 63.6
1.93
15.0
125 10 53.4
+0 10 60.2
14 68.2
54 50.50
-1-1.068
11.3
16
U
916.6
1.80
15.6
131 15 43.8
-0 22 2.6
15 1.8
55 8.97
1.191
11.8
16
L
2139.0
1.87
16.0
137 24 10.3
0 64 67.0
15 6.0
5618.99
1.307
12.3
16
U
10 1.3
1.84
16.5
143 36 35.7
1 27 31.2
15 10.4
56 36.26
1.400
12.8
16
L
22 23.3
1.83
17.0
149 63 18.8
1 59 21.8
16 16.1
66 52.49
1.408
13.3
17
U
10 46.2
1.82
17.5
156 14 33.4
-2 30 3.7
16 20.0
6610.38
+1.610
13.8
17
L
23 7.1
1.82
18.0
162 40 27.7
2 69 11.2
15 24.9
56 28.62
1.636
14.3
18
U
1129.1
1.84
18.5
169 11 4.4
3 26 18.0
15 29.9
56 46.88
1.614
14.8
18
L
23 51.3
1.87
19.0
175 46 20.6
3 50 67.3
16 34.8
67 4.86
1.478
15.3
19
U
12 13.9
1.90
19.5
182 28 7.6
4 12 43.4
16 39.6
57 22.28
1.430
15.8
• • •
20.0
189 10 11.0
-4 31 11.7
16 44.1
67 38.87
-1-1.348
16.3
20
L
0 36.9
1.94
20.5
195 58 12.3
4 46 0.0
15 48.3
57 54.44
1.3i8
16.8
20
U
13 0.6
2.01
21.0
202 49 48.4
4 56 49.0
16 62.2
58 8.78
1.140
17.3
21
L
126.1
2.07
21.5
209 44 33.8
5 3 22.9
16 55.8
58 21.77
1.034
17.8
21
U
13 50.4
2.15
22.0
216 42 0.3
6 5 80.7
15 58.9
58 33.31
0.908
18.3
22
L
216.7
2.23
22.5
223 41 39.9
-5 3 5.7
16 1.6
58 43.41
+0.778
18.8
22
U
14 44.0
2.81
23.0
230 43 4.0
4 66 6.6
16 4.0
58 52.00
0.666
19.3
23
L
312.3
2.39
23.5
237 45 46.4
4 44 37.1
16 5.9
68 69.15
0.636
19.8
23
U
15 41.5
2.47
24.0
244 49 22.7
4 28 46.2
16 7.6
69 4.86
0.430
20.3
24
L
411.6
2.63
24.5
251 53 31.1
4 8 47.6
16 8.7
59 9.24
0.310
20.8
24
U
16 42.1
2.57
25.0
258 67 63.7
-3 44 59.4
16 9.5
69 12.33
+0.306
21.3
25
L
513.1
2.68
25.5
266 216.3
3 17 44.1
16 10.0
59 14.20
0.106
21.8
25
U
17 44.0
2.67
26.0
273 6 23.6
2 47 27.4
16 10.2
59 14.90
+0.009
22.8
26
L
614.7
3.63
28.5
28010 8.9
2 14 38.2
16 10.1
69 14.41
-0.087
22.8
26
U
18 44.8
3.47
27.0
287 13 22.9
1 39 47.9
16 9.7
69 12.81
0.188
23.3
27
L
7 14.2
2.41
27.5
294 15 68.9
-1 3 29.8
16 8.9
69 10.02
-0.382
23.8
27
U
19 42.7
2.33
28.0
301 17 49.4
-0 26 18.6
16 7.8
69 6.02
0.886
24.8
28
L
810.2
2.25
28.5
308 18 46.7
+0 11 10.8
16 6.4
69 0.79
0.492
24.8
28
U
20 36.8
2.18
29.0
316 18 41.7
0 48 22.6
16 4.6
58 54.19
0.608
25.3
29
L
9 2.5
2.11
29.5
322 17 23.0
1 24 41.8
16 2.4
58 46.27
0.719
25.8
29
U
2127.5
2.06
30.0
329 14 37.4
+1 69 35.2
16 69.9
58 36.94
-0.887
26.3
30
L
9 51.7
2.00
30.5
33610 8.8
2 32 31.0
16 57.0
58 26.20
0.964
26.8
30
U
2215.6
1.96
31.0
343 3 39.3
3 3 0.3
15 63.6
68 14.07
1.060
27.3
31
L
10 38.8
1.93
31.6
349 54 49.3
3 30 37.6
16 50.0
58 0.67
1.178
27.8
31
U
23 1.9
1.92
%. 1.0
366 43 17.9
3 55 0.6
15 46.0
57 46.84
1.276
28.3
Apr. 1
L
1124.9
1.91
1.6
3 28 44.3
+4 16 62.2
15 41.6
57 30.01
-1.359
28.8
1
U
23 47.8
1.92
2.0
10 10 48.0
+4 32 68.9
15 37.1
57 13.27
-1.427
29.3
2
L
12 10.9
1.94
122
MOON, 1916.
GREENWICH MEAN TDCB.
O.M.T.
LoDgitode.
Latitude.
Smni-
diameter.
Horitontal
ParaUax,
Var.
Hott.
Age.
Tnnflt,
Meridian of Oreeowioh.
Var.
^or.
• / //
• t n
# tt
t II
II
d
h m
m
Apr. 1.0
356 43 17.9
+3 55 0.6
15 46.0
57 45.84
-1.27«
28.3
Apr. 1
L
1124.9
IJl
1.6
3 28 44.3
4 15 52.2
15 41.6
57 30.01
1.350
28.8
1
U
2347.8
1.92
2.0
10 10 48.0
4 32 58.9
15 37.1
57 13.27
1.437
29.3
2
L
1210.9
1.94
2.5
16 49 11.3
4 46 12.2
15 32.3
56 55.82
1.475
0.3
• • •
3.0
23 23 38.1
4 55 27.7
15 27.5
56 37.97
1.409
0.8
3
U
0 34.3
1.96
3.5
29 53 56.9
+5 0 45.1
15 22.6
56 19.95
-1.409
1.3
3
L
12 57.9
1.96
4.0
36 19 59.8
5 2 8.1
15 17.7
56 2.10
1.478
1.8
4
U
121.8
2.01
4.5
42 41 44.5
4 59 43.4
15 13.0
55 44.69
1.422
2.3
4
L
13 46.2
2.04
5.0
48 59 13.1
4 53 40.2
15 8.4
55 28.04
1.345
2.8
5
U
210.9
2.07
5.5
5512 33.5
4 44 9.8
15 4.2
55 12.48
1.246
3.3
5
L
14 36.0
2.10
6.0
61 21 58.8
+4 31 25.2
15 0.3
54 58.24
-1.128
3.8
6
U
3 1.3
2.12
6.5
67 27 47.2
4 15 40.5
14 56.8
54 45.62
0.070
4.3
6
L
15 26.9
2.14
7.0
73 30 21.1
3 57 10.3
14 53.9
54 34.84
0.816
4.8
7
U
3 52.6
2.14
7.5
79 30 7.6
3 36 9.7
14 51.5
54 26.11
0.686
5.3
7
L
16 18.3
2.13
S.O
85 27 37.1
3 12 54.0
14 49.8
54 19.63
0.448
5.8
8
U
4 43.8
2.11
3.5
91 23 23.8
+2 47 38.4
14 48.6
54 15.52
-0.240
6.3
8
L
17 9.0
2.09
9.0
9718 4.1
2 20 38.1
14 48.2
5413.90
-O.020
6.8
9
U
5 33.9
2.06
9.5
103 12 16.6
152 8.7
14 48.5
5414.84
•M>.186
7.3
9
L
17 58.4
2.02
10.0
109 6 41.4
1 22 25.5
14 49.4
54 18.38
0.404
7.8
10
U
6 22.4
1.96
10.5
115 1 59.9
0 51 44.3
14 51.1
54 24.53
0.620
8.3
10
L
18 45.9
1.94
11.0
120 58 53.5
+0 20 21.2
14 53.5
54 33.25
-M).882
8.8
11
U
7 8.9
1.90
11.5
126 58 3.2
-0 11 26.5
14 56.5
54 44.47
1.036
9.3
11
L
19 31.5
1.87
12.0
133 0 9.3
0 43 21.1
15 0.2
54 58.07
1.227
9.8
12
U
7 53.8
1.84
12.5
139 5 50.1
115 3.5
15 4.5
5513.84
1.402
10.3
12
L
2015.8
1.82
13.0
145 15 41.6
1 46 13.2
15 9.4
55 31.62
1.557
10.8
13
U
8 37.6
1.81
13.5
151 30 16.0
-2 16 28.5
15 14.7
55 51.13
+1.680
11.3
13
L
20 59.3
1.81
14.0
157 50 1.0
2 45 26.2
15 20.4
5612.04
1.793
11.8
14
U
9 21.1
1.82
14.5
164 15 19.0
3 12 41.7
15 26.4
56 34.05
1.866
12.3
14
L
21 43.1
1.84
15.0
170 46 26.4
3 37 49.3
15 32.6
56 56.71
1.906
12.8
15
U
10 5.4
1.87
15.5
177 2? 31.2
4 0 22.9
15 38.8
57 19.62
1.907
13.3
15
L
22 28.1
1.92
16.0
184 6 34.1
-4 19 56.3
15 45.0
57 42.31
+1.870
13.8
16
U
10 51.5
1.98
16.5
190 55 26.7
4 36 4.1
15 51.0
58 4.33
1.798
14.3
16
L
2315.7
2.05
17.0
197 49 51.8
4 48 23.0
15 56.7
58 25.21
1.679
14.8
17
U
1140.8
2.U
17.5
204 49 23.9
4 56 32.2
16 2.0
58 44.52
1.581
15.3
...
18.0
211 53 29.4
5 015.0
16 6.7
59 1.85
1.352
15.8
18
L
0 6.8
2.22
18.5
219 127.4
-4 59 19.8
16 10.8
59 16.85
+1.148
16.3
18
U
12 34.0
2.31
19.0
226 12 32.5
4 53 40.8
16 14.2
59 29.32
0.925
16.8
19
L
1 2.3
2.40
19.5
233 25 55.7
4 4318.4
16 16.8
59 39.01
0.090
17.3
19
U
13 31.7
2.49
20.0
240 40 47.2
4 28 20.0
16 18.7
59 45.85
0.452
17.8
20
L
2 2.1
2.56
20.5
247 56 17.7
4 8 59.3
16 19.8
59 49.87
+0.218
18.3
20
U
14 33.2
2.61
21.0
255 11 41.4
-3 45 36.2
16 20.1
59 51.14
-0.006
18.8
21
L
3 4.8
2.64
21.5
262 26 16.8
3 18 35.8
16 19.8
59 49.80
0.214
19.3
21
U
15 36.5
2.63
22.0
269 39 28.2
2 48 27.6
16 18.7
59 46.06
0.402
19.8
22
L
4 8.0
2.60
22.5
276 50 46.6
2 15 44.5
16 17.1
59 40.23
0.567
20.3
22
U
16 39.0
2.54
23.0
283 59 50.1
141 1.5
16 15.0
59 32.56
0.710
2G.8
23
L
5 9.1
2.47
23.5
291 6 22.0
-1 4 54.8
16 12.5
59 23.29
-0.830
21.3
23
U
17 38.3
2.39
24.0
298 10 12.0
-0 28 0.6
16 9.6
59 12.74
-0.927
21.8
24
L
6 6.4
2.29
MOON, 1916.
123
GREENWICH MEAN TIME.
0.1f.T.
Loogitndt.
Lfttttnde.
Semi-
diameUr.
Horitontsl
Ptrallaz.
Var.
Hoar.
Agt.
Tniidt,
ItoldianorOiSeawkiL
Var.
Hoar.
»
• / //
m t It
/ II
/ //
II
d
h m
m
Aiw. 24.0
298 10 12.0
-0 28 0.6
16 9.6
69 12.74
-0,087
21.8
Apr. 24
L
6 6.4
2.20
24.5
306 11 14.9
+0 9 6.3
16 6.5
69 1.16
1.004
22.3
24
U
18 33.4
2.21
25.0
312 9 28.6
0 46 47.8
16 3.1
68 48.71
1.066
22.8
25
L
6 59.4
2.13
25.5
319 4 54.1
1 21 84.4
16 59.5
68 36.64
1.113
23.3
25
U
19 24.5
2.06
26.0
326 57 33.3
166 54.1
16 66.8
68 22.09
1.147
23.8
26
L
7 48.8
1.00
26.5
332 47 29.2
+2 28 18.7
16 52.0
68 8.15
-1.174
24.3
26
U
2012.4
1.04
27.0
339 34 44.1
2 68 22.4
16 48.2
67 63.94
1.196
24.8
27
L
8 36.6
1.01
27.6
346 19 19.5
3 26 42.6
15 44.2
67 39.49
1.212
26.3
27
U
20 68.3
1.80
28.0
363 115.1
3 49 69.4
16 40.2
67 24.88
1.294
26.8
28
L
9 20.8
1.88
28.5
359 40 29.3
4 10 66.6
16 36.2
67 10.12
1.288
26.3
28
U
2143.4
1.88
29.0
6 16 59.0
+4 28 21.2
16 32.2
66 65.29
-1.280
26.8
29
L
10 6.^
1.80
29.5
12 60 39.4
4 42 3.6
16 28.1
66 40.40
1.242
27.3
29
U
22 28.7
1.01
30.0
19 21 24.7
4 61 57.8
16 24.1
66 26.50
1.280
27.8
30
L
10 51.8
1.04
30.5
25 49 9.1
4 68 1.2
16 20.0
66 10.70
1.220
28.3
30
U
2316.2
1.07
May 1.0
32 13 46.4
6 014.6
16 16.0
66 66.06
1.210
28.8
May 1
L
11 39.1
2.01
1.6
38 36 12.2
+4 68 41.6
15 12.1
66 41.68
-1.182
29.3
• • •
2.0
44 63 22.6
4 63 29.0
16 8.3
66 27.71
1.142
0.3
2
U
0 3.4
2.04
2.6
51 817.1
4 44 46.0
16 4.7
6614.33
1.060
0.8
2
L
12 28.1
2.06
3.0
57 19 57.1
4 32 43.9
15 1.2
66 1.66
1.021
1.3
3
U
0 68.3
2.11
3.5
63 28 27.6
4 17 36.8
14 68.0
64 49.88
0.088
1.8
3
L
13 18.7
2.13
4.0
69 33 67.1
+3 69 36.3
14 56.1
64 39.18
-0.840
2.3
4
U
144.4
2.14
4.5
76 36 37.9
3 39 0.7
14 52.6
64 29.77
0.726
2.8
4
L
14 10.1
2.14
5.0
81 36 46.9
3 16 6.1
14 50.4
64 21.84
0.606
3.3
6
U
2 35.8
2.13
5.5
87 34 41.3
2 61 6.4
14 48.7
64 16.66
0.460
3.8
5
L
15 1.3
2.11
6.0
93 30 47.4
2 24 21.0
14 47.4
64 11.07
0.200
4.3
6
U
3 26.6
2.08
6.5
99 26 31.6
+166 6.9
14 46.8
54 8.63
-0.118
4.8
6
L
16 51.3
2.04
7.0
106 19 23.8
1 26 37.9
14 46.7
64 8.31
40.066
6.3
7
U
416.6
2.00
7.5
111 12 67.7
0 66 13.7
14 47.2
64 10.26
0.261
6.8
7
L
16 39.3
1.06
8.0
117 6 49.0
+0 26 10.2
14 18.4
5414.60
0.464
6.3
8
U
6 2.6
1.01
8.5
123 136.9
-0 616.9
14 60.2
54 21.40
0.671
6.8
8
L
17 26.2
1.87
9.0
128 57 57.6
-0 37 47.2
14 62.8
64 30.71
40.881
7.3
9
U
6 47.4
1.83
9.5
134 56 36.2
1 9 6.2
14 66.0
64 42.64
1.001
7.8
9
L
18 9.2
1.81
10.0
140 58 9.6
139 64.6
14 59.9
64 66.86
1.205
8.3
10
U
6 30.8
1.70
10.5
147 3 21.7
2 9 53.1
16 4.6
5613.60
1.401
8.8
10
L
18 62.2
1.78
11.0
163 12 61.8
2 38 41.9
16 9.7
56 32.60
1.676
9.3
11
U
713.5
1.77
11.5
159 27 17.1
-3 6 69.5
15 16.4
66 63.76
+1.842
9.8
11
L
19 34.8
1.70
12.0
166 47 12.6
3 31 23.7
15 21.7
56 16.74
1.006
10.3
12
U
7 66.4
1.82
12.5
17213 8.8
3 64 31.1
15 28.4
66 41.30
2.102
10.8
12
L
20 18.4
1.85
13.0
178 45 30.2
4 14 57.4
15 36.4
67 7.07
2.186
11.3
13
U
8 40.9
1.00
13.6
185 24 36.0
4 32 18.1
16 42.6
67 33.68
2.228
11.8
13
L
21 4.1
1.97
14.0
192 10 32.1
-4 46 8.8
16 49.9
68 0.36
+2.227
12.3
14
U
9 28.1
2.04
14.5
199 3 21.9
4 66 6.3
16 57.1
68 26.83
2.178
12.8
14
L
2163.2
2.14
15.0
206 2 63.4
6 149.5
16 4.1
68 62.44
2.060
13.3
16
U
10 19.4
2.23
15.5
213 8 4^.6
6 3 0.5
16 10.7
69 16.66
1.031
13.8
16
L
22 46.8
2.34
16.0
220 20 25.4
4 69 26.3
16 16.7
69 38.68
1.731
14.3
16
U
11 16.6
2.45
16.6
227 37 10.2
-4 60 69.6
16 22.0
69 67.94
+1.487
14.8
16
L
23 46.6
2.54
17.0
234 58 7.5
-4 37 40.2
16 26.4
60 14.12
+1.205
15.3
17
U
1216.7
2.63
124
MOON, 1916.
GREENWICH MEAN TIME.
0. M. T.
Longitude.
Latitude.
Smni-
diameter.
Hortsontal
Parallax.
Var.
Boor.
Age.
Transit,
Meridian of Qreeowiofa.
Var.
Hoiv.
0 / //
• / //
/ //
/ //
//
d
h m
m
May 17.0
234 58 7.5
-4 37 40.2
16 26.4
60 14.12
+1.205
15.3
May 17
U
1216.7
2JI
17.5
242 22 18.4
4 19 35.2
16 29.8
60 26.72
0.893
15.8
• • •
18.0
249 48 38.4
3 56 59.9
16 32.2
60 35.46
0.563
16.3
18
L
0 48.8
2.69
18.5
25716 1.9
3 30 17.1
16 33.5
60 40.15
+0.223
16.8
18
U
13 21.4
2.72
19.0
264 43 23.9
2 59 56.6
16 33.6
60 40.81
-0.118
17.3
19
L
154.2
2.72
19.5
272 9 42.7
-2 26 33.8
16 32.7
60 37.52
--0.431
17.8
19
U
14 26.6
2.(8
20.0
279 34 2.7
1 50 48.4
16 30.8
60 30.56
0.728
18.3
20
L
2 58.5
2.63
20.5
286 55 36.0
1 13 22.4
16 28.0
60 20.27
0.084
18.8
20
U
15 29.4
2.58
21.0
294 13 43.4
-0 34 58.9
16 24.5
60 7.08
1.206
19.3
21
L
3 59.2
2.43
21.5
301 27 53.9
+0 3 40.2
16 20.2
59 51.45
1.390
19.8
21
U
16 27.7
2.33
22.0
308 37 46.4
+0 41 54.5
16 15.4
5d 33.90
-1.530
20.3
22
L
4 55.0
2J2
22.5
315 43 7.3
119 6.8
16 10.2
59 14.92
1.030
20.8
22
U
17 21.1
2.14
23.0
322 43 50.4
1 54 43.4
16 4.8
58 54.94
1.092
21.3
23
L
5 46.3
2.06
23.5
329 39 55.5
2 28 14.5
15 59.2
58 34.43
1.722
21.8
23
U
18 10.5
1.99
24.0
336 31 26.8
2 59 14.5
15 53.6
58 13.74
1.724
22.3
24
L
6 34.1
1.94
24.5
343 18 32.5
+3 27 21.6
15 48.0
57 53.17
-1.708
22.8
24
U
18 57.1
1.90
25.0
350 122.6
3 52 17.9
15 42.4
57 32.94
1.608
23.3
25
L
7 19.7
1J7
25.5
356 40 8.4
4 13 49.4
15 37.1
57 13.31
1.600
23.8
25
U
19 42.1
1.86
26.0
315 2.4
4 31 45.1
15 31.9
56 54.38
1.545
24.3
26
L
8 4.4
1J6
26.5
9 46 16.1
4 45 57.7
15 27.0
56 36.26
1.474
24.8
26
U
20 26.8
1.87
27.0
1614 0.8
+4 56 22.4
15 22.3
56 19.02
-1.398
25.3
27
L
8 49.4
1.89
27.5
22 38 26.8
5 2 57.5
15 17.9
56 2.69
1.322
25.8
27
U
21 12.3
1.92
28.0
28 59 43.4
5 5 43.8
15 13.7
55 47.26
1.246
26.3
28.
L
9 35.6
1.96
28.5
35 17 58.9
5 4 44.8
15 9.7
55 32.80
1.168
26.8
28
U
21 59.3
1.99
29.0
41 83 21.0
5 0 6.1
15 6.0
55 19.25
1.090
27.3
29
L
10 23.5
2.03
29.5
47 45 56.3
+4 51 55.5
15 2.6
55 6.63
-1.012
27.8
29
U
22 48.1
2.07
30.0
53 55 51.7
4 40 22.8
14 59.4
54 54.97
0.938
28.3
30
L
11 13.1
2.10
30.5
60 313.7
4 25 39.6
14 56.5
54 44.26
0.851
28.8
30
U
23 38.5
2.U
31.0
66 810.2
4 7 59.1
14 53.8
54 34.55.
0.766
29.3
31
L
12 4.1
2.14
31.5
72 10 49.5
3 47 36.1
14 51.5
54 25.91
0.676
0.2
• • •
June 1.0
78 11 21.9
+3 24 45.9
14 49.4
5418.35
-0.579
0.7
June 1
U
0 29.8
2.14
1.5
84 9 58.4
2 59 45.3
14 47.7
54 12.02
0-475
1.2
1
L
12 55.4
2.12
2.0
90 6 53.1
2 32 51.4
14 46.3
54 6.98
0.364
1.7
2
U
120.8
2.10
2.5
96 2 22.0
2 4 22.0
14 45.3
54 3.32
0.243
2.2
2
L
13 45.8
2.07
3.0
101 56 43.2
134 35.0
14 44.7
54 1.18
-0.112
2.7
3
U
210.4
2.0S
8.5
107 50 18.0
+1 3 48.4
14 44.6
54 0.68
+0.030
3.2
3
L
14 34.5
1.98
4.0
113 43 29.9
0 32 20.4
14 45.0
54 1.94
0.182
3.7
4
U
2 58.0
1.93
4.5
119 36 45.5
+0 0 29.1
14 45.8
54 5.08
0.344
4.2
4
L
15 20.9
1.89
5.0
125 30 33.2
-0 31 27.4
14 47.2
54 10.23
0.515
4.7
5
U
3 43.3
1.84
5.5
131 25 23.5
1 310.9
14 49.2
54 17.49
0.695
5.2
5
L
16 5.2
1.81
6.0
137 21 50.8
-1 34 23.4
14 51.8
54 26.95
+0.883
5.7
6
U
4 26.7
1.78
6.5
143 20 29.3
2 4 46.3
14 55.0
54 38.69
1.074
6.2
6
L
16 47.9
1.75
7.0
149 21 56.0
2 34 1.1
14 58.8
54 52.74
1.267
6.7
7
U
5 8.8
1.74
7.5
155 26 47.8
3 148.7
15 3.2
55 9.10
1.460
7.2
i
L
17 29.7
1.74
8.0
161 35 42.2
3 27 49.2
15 8.3
55 27.74
1.647
7.7
8
U
5 50.6
1.75
8.5
167 49 16.5
-3 51 42.4
15 14.0
55 48.58
+1.825
8.2
8
L
18 11.7
1.7T
9.0
174 8 6.0
-4 13 7.7
15 20.3
56 11.49
+1.990
8.7
9
U
6 33.1
1.81
MOON, 1916.
125
GREENWICH MEAN TIME.
0. M . T.
Longitude.
Latitude.
Semi-
diameter.
Horiaontal
Paraliajt.
Var.
Hmir.
Age.
Transit,
Meridian of Greenwich.
Var.
Hour.
June 9.0
174 8 0.0
-413 7.7
0 tt
15 20.3
5611.49
If
•1-1 .090
d
8.7
June 9
U
h m
6 83.1
m
1.81
9.5
180 32 43.7
4 31 43.4
15 27.0
56 36.26
3.136
9.2
9
L
18 55.1
1.86
10.0
187 3 39.0
4 47 7.9
15 34.2
57 2.64
3.364
9.7
10
U
7 17.7
1.03
10.5
193 41 16.0
4 58 59.6
15 41.7
57 30.23
3.M1
10.2
10
L
19 41 .2
3.00
11.0
200 25 52.9
5 6 57.6
15 49.5
57 58.66
3.8fl0
10.7
11
U
8 5,7
3.00
ll.Si
207 17 38.8
-5 10 42.4
15 57.3
58 27.37
•I-3J91
11.2
11
L
20 31.4
3.10
12.0
214 16 34.3
5 9 57.0
16 5.0
58 55.^
3.841
11.7
12
U
8 58.4
3.31
12.5
221 22 29.6
5 4 28.0
16 12.5
59 23.34
3.338
12.2
12
L
21^6^.8
3.43
13.a
228 35 2.7
4 54 6.6
16 19.6
59 49.27
3.074
12.7
13
U
9 56.6
2.54
13.5
235 53 40.7
4 38 50.6
16 26.0
6012.88
ija3
13.2
13
L
22 27:7
3.64
14.0
243 17 38.6
-4 18 44.7
16 31.6
60 33.48
•fl.S74
13.7
14
U
10 59.9
3.71
14.5
250 46 2.0
3 54 2.1
16 36.3
60 50.47
1.340
14.2
14
L
23 32.8
3.76
15.0
258 17 47.3
3 25 3.9
16 39.8
61 3.31
0J85
14.7
15
U
12 6.1
3.77
15.5
265 51 44.9
2 52 19.9
16 42.0
61 11.60
0.493
15.2
• • •
16.0
273 26 41.8
2 16 27.0
16 43.0
61 15.10
+0.087
15.7
16
L
0 89.3
3.74
16.5
281 125.0
-138 8.3
16 42.6
61 13.72
-0.315
16.2
16
U
13 12.0
2.60
17.0
288 34 43.4
0 58 10.7
16 41.0
61 7.61
0.700
16.7
17
L
143.8
3.60
17.5
296 5 32.1
-0 17 23.2
16 38.1
60 57.06
1.065
17.2
17
U
14 14.4
2.50
18.0
303 32 52.6
+0 23 25.5
16 34.1
60 42.45
1.870
17.7
18
L
2 43.8
3.30
18.5
310 55 56.4
1 3 28.8
16 29.2
60 24.38
1.036
18.2
18
U
15 11.9
2.30
19.0
31814 4.0
+142 3.8
16 23.4
60 8.42
-1.848
18.7
19
L
3 38.8
3.10
19.5
325 26 46.4
2 18 32.8
16 17.1
59 40.25
3.006
19.2
19
U
16 4.6
3.11
20.0
332 33 44.1
2 52 23.4
16 10.4
59 15.50
3.111
19.7
20
L
4 29.4
2.03
20.5
339 34 46.8
3 23 9.2
16 3.4
58 49.80
3.166
20.2
20
U
16 53.4
1.08
21.0
346 29 52.0
3 50 29.8
15 56.3
58 23.71
3.175
20.7
21
L
516.9
1.04
21.5
85319 4.1
+414 9.6
15 49.2
57 57.73
-3.148
21.2
21
U
17 39.9
1.00
22.0
0 2 33.3
4 33 58.1
15 42.3
57 32.30
3.068
21.7
22
L
6 2.6
1.80
22.5
6 40 33.3
4 49 48.9
15 35.6
57 7.74
3.000
22.2
22
U
18 25.2
1.80
23.0
13 13 21.6
5 139.5
15 29.2
56 44.36
1.808
22.7
23
L
6 47.9
1.80
23.5
19 41 17.7
5 9 3a.O
15 23.2
56 22.35
1.773
23.2
23
U
19 10.7
1.01
24.0
26 4 42.4
+5 13 23.7
15 17.6
56 1.84
-1.645
23.7
24
L
7 33.8
1.04
24.5
32 23 56.9
5 13 25.6
15 12.5
55 42.92
1.500
24.2
24
U
19 57.2
1.07
25.0
38 39 22.6
5 9 42.4
15 7.8
55 25.64
1.370
24.7
25
L
8 21.0
2.00
25.5
44 51 20.5
5 2 23.1
15 3.5
5510.03
1.383
25.2
25
U
20 45.2
2.03
26.0
51 011.1
4 51 37.6
14 59.7
54 56.04
1.006
25.7
26
L
9 9.8
2.07
26.5
57 613.5
+4 37 37.4
14 56.3
54 43.66
-0.067
26.2
26
U
2134.9
2.10
27.0
63 9 46.4
4 20 34.9
14 53.4
54 32.82
0.841
26.7
27
L
10 0.2
2.11
27.5
6911 7.3
4 0 43.8
14 50.8
54 23.47
0.718
27.2
27
U
22 25.6
2.12
28.0
75 10 33.1
3 38 18.9
14 48.7
5415.58
0.500
27.7
28
L
10 51.1
2.12
28.5
81 819-7
3 13 35.9
14 46.9
54 9.07
0.485
28.2
28
U
23 16.6
2.11
29.0
87 4 43.0
+2 46 51.1
14 45.5
54 3.94
-0.373
28.7
29
L
11 41.8
2.08
29.5
92 59 58.4
2 18 21.7
14 44.5
54 0.12
0.363
29.2
• • •
30.0
98 54 21.8
1 48 25.7
14 43.8
53 57.65
0.150
0.0
80
U
0 6.6
2.06
30.5
104 48 9.0
1 17 21.5
14 43.5
53 56.54
-0.038
0.5
30
L
12 31.0
2.01
% 1.0
110 41 37.0
0 45 27.8
14 43.5
53 56.73
-M).076
1.0
July 1
U
0 54.9
1.07
1.5
116 35 3.1
+013 3.7
14 44.0
53 58.34
+0.193
1.5
1
L
13 18.3
1.92
2.0
122 28 46.0
-0 19 31.9
14 44.8
54 1.41
+0.316
2.0
2
U
141.0
1.87
126
MOON, 1916.
GREENWICH MEAN TIME.
O. M. T.
LoDgltade.
Latitude.
Semi-
diameto*.
HorisoDtal
ParaUax.
Var.
Hour.
Age.
TnoiU,
Meridian of Qrtonwidi.
Var.
Hour.
O t H
• in
/ //
/ //
It
d
h m
m
July 1.0
110 41 37.0
+0 45 27.8
14 43.5
53 56.73
•fO.076
1.0
July 1
U
0 64.9
1.97
1.5
116 35 3.1
+013 3.7
14 44.0
53 58.34
0.193
1.5
1
L
13 18.3
1J3
2.0
122 28 46.0
-0 19 31.9
14 44.8
54 1.41
0.810
2.0
2
U
141.0
1.87
2.5
128 23 6.8
0 51 59.2
14 46.0
54 5.95
0.440
2.5
2
L
14 3.2
1.83
3.0
134 18 24.0
1 23 59.3
14 47.7
64 12.10
0.662
3.0
3
U
2 24.9
1.79
3.5
140 15 • 3.4
-1 56 12.8
14 49.8
64 19.91
+0.733
3.5
3
L
14 46.2
1.76
4.0
146 13 28.6
2 25 20.6
14 52.4
54 29.47
0.871
4.0
4
U
3 7.1
1.74
4.5
15214 5.5
2 54 3.4
14 56.6
54 40.86
1.090
4.5
4
L
15 27.9
1.7J
5.0
158 17 21.9
3 21 2.4
14 69.2
54 64.11
1.186
5.0
6
U
3 48.5
1.72
5.5
164 23 46.3
3 46 58.5
16 3.3
55 9.30
1.848
5.5
5
L
16 9.1
1.72
6.0
170 33 47.8
-4 8 33.0
16 8.0
55 26.46
+1.611
6.0
6
U
4 29.9
1.71
6.5
176 47 66.9
4 28 26.8
15 13.2
55 45.64
1.071
6.5
6
L
16 61.0
1.77
7.0
183 6 42.9
4 46 21.4
15 18.9
66 6.52
1.826
7.0
7
U
512.6
1.82
7.5
189 30 34.5
4 58 68.2
15 26.1
66 29.30
1.009
7.6
7
L
17 34.7
1.88
8.0
195 59 58.7
5 8 59.2
15 31.8
66 53.71
3.097
8.0
8
U
5 57.6
1.96
8.5
202 36 19.5
-515 7.5
16 38.8
57 19.54
+3.303
8.6
8
L
18 21.5
3.04
9.0
209 16 57.1
617 7.1
15 46.1
67 46.47
3.380
9.0
9
U
6 46.5
3.14
9.5
216 5 6.7
6 14 44.1
15 53.7
58 14.12
3.332
9.5
9
L
19 12.8
2.24
10.0
222 59 56.4
6 7 47.7
16 1.3
58 42.06
3.833
10.0
10
U
7 40.4
2.36
10.5
230 127.2
4 56 10.3
16 8.8
59 9.68
3.376
10.5
10
L
20 9.4
3.47
11.0
237 9 30.9
-4 39 49.4
16 16.1
69 36.44
+3.174
11.0
11
U
8 39.7
3.57
11.5
244 23 49.5
4 18 48.5
16 23.0
60 1.65
3.016
11.5
11
L
21 11.1
2.66
12.0
251 43 54.4
3 63 17.4
16 29.2
60 24.68
1.797
12.0
12
U
9 43.5
2.72
12.5
259 9 7.1
3 23 34.0
16 34.7
60 44.68
1.633
12.5
12
L
22 16.4
3.74
13.0
266 38 38.0
2 50 3.9
16 39.1
61 0.94
1.198
13.0
13
U
10 49.4
3.74
13.5
274 11 29.9
-2 13 20.2
16 42.5
61 13.14
+0.838
13.6
13
L
2$ 22.1
3.70
14.0
281 46 37.5
134 3.8
16 44.5
61 20.69
0.437
14.0
14
U
1154.2
3.63
14.5
289 22 50.8
0 53 0.6
16 45.2
6123.32
+0.006
14.6
• • •
15.0
296 58 57.5
-Oil 0.8
16 44.6
6120.89
-4>.413
16.0
16
L
0 25.3
2.54
15.5
304 33 46.5
+0 31 4.1
16 42.6
61 13.49
0.818
16.6
16
U
12 56.3
2.45
16.0
312 6 5.8
+1 12 22.9
16 39.2
61 1.35
-1.196
16.0
16
L
124.1
3.35
16.5
319 34 55.1
162 7.6
16 34.8
60 44.94
1.634
16.6
16
U
13 51.7
2.36
17.0
326 69 17.4
2 29 34.6
16 20.3
60 24.76
1.820
17.0
17
L
2 18.3
2.17
17.5
334 18 26.7
3 4 6.8
16 22.9
60 1.60
2.048
17.6
17
U
14 43.9
2.10
18.0
341 31 43.0
3 36 13.6
16 15.9
69 35.86
3.317
18.0
18
L
3 8.8
2.04
18.6
348 38 42.8
+4 2 31.6
16 8.5
59 8.52
-3.338
18.5
18
U
15 33.0
2.00
19.0
356 39 8.8
4 26 46.0
16 0.8
68 40.20
2.382
19.0
19
L
3 66.8
1.97
19.5
2 32 63.6
4 44 43.6
16 53.0
5811.66
3.386
19.5
19
U
16 20.2
1.94
20.0
9 19 58.8
4 69 23.0
16 45.2
67 43.14
8J43
20.0
20
L
4 43.5
1.94
20.5
16 0 33.8
5 9 43.6
16 37.7
67 16.46
3.363
20.5
20
U
17 6.8
1.94
21,0
22 34 53.8
+5 15 49.6
15 30.5
56 46.95
-3.163
21.0
21
L
5 30.2
1.96
21.5
29 319.1
6 17 47.7
16 23.6
66 23.91
3.018
21.6
21
U
17 53.8
1.96
22.0
36 26 13.7
5 16 47.6
16 17.3
56 0.62
1J63
22.0
22
L
617.7
2.00
22.5
4144 4.8
610 0.0
15 11.6
66 39.26
1.008
22.6
22
U
18 41.9
2.03
23.0
47 67 21.0
6 0 37.2
16 6.2
6519.92
1.633
23.0
23
L
7 6.5
3.06
23.5
54 6 32.4
+4 47 62.3
16 1.6
55 2.73
-1.344
23.6
23
U
19 31.4
3.08
24.0
6012 8.6
+4 31 59.0
14 67.4
64 47.66
-1.166
24.0
24
L
7 66.5
2.10
MOON, 1916.
127
GREENWICH MEAN TIME.
O.ILT.
LoogitodA.
Latitode.
Semi-
diameter.
Horisontal
Pandiax.
V«r.
Hour.
Afe.
Tnuadt,
Mddian of Qreenwioh.
Var.
uour*
My 24.0
6012 S.6
+4 31 59.0
14 57.4
/ ft
54 47.66
-I.IM
d
24.0
July 24
L
h m
7 56.5
m
2.1&
24.5
66 14 40.1
4 13 11.6
14 53.9
54 34.74
0.990
24.5
24
U
20 21.9
2.12
25.0
72 14 35.7
3 51 44.9
14 50.9
54 23.88
o.8ao
25.0
25
L
8 47.4
2.12
25.5
78 12 24.0
3 27 54.2
14 48.5
54 15.04
0.666
25.5
25
U
2112.8
2.11
26.0
84 8 31.9
3 155.3
14 46.6
54 8.11
0.499
26.0
26
L
9 38.1
2.09
26.5
90 3 24.6
+2 34 4.5
14 45.2
54 3.04
-0.851
26.5
26
U
22 3.1
2.07
27.0
95 57 26.4
2 4 38.8
14 44.3
53 59.67
0.210
27.0
27
L
10 27.8
2.04
27.5
101 50 59.8
133 55.6
14 43.9
53 57.95
-0.078
27.5
27
U
22 52.0
1.99
28.0
107 44 26.0
1 212.9
14 43.8
53 57.77
•K).046
28.0
28
L
11 15.7
1.96
28.5
113 38 4.5
+0 29 49.4
14 44.2
53 59.03
0.163
28.5
28
U
23 38.9
1.91
29.0
119 32 14.1
-0 2 55.7
14 44.9
54 1.67
-»0.276
29.0
29
L
12 1.5
1.86
29.5
125 27 12.3
0 35 42.9
14 46.0
54 5.64
0.384
29.5
• • •
30.0
131 23 16.0
1 812.4
14 47.4
54 10.86
0.487
0.4
30
U
0 23.6
1.82
30.5
137 20 41.3
140 3.9
14 49.1
54 17.32
0.689
0.9
30
L
12 45.3
1.79
31.0
143 19 44.0
2 10 57.3
14 51.2
54 25.02
0.693
1.4
31
U
1 6.5
1.76
31.5
149 20 39.7
-2 40 32.3
14 53.7
54 83.94
40.796
1.9
31
L
13 27.5
1.74
Aug. 1.0
155 23 44.3
3 8 29.0
14 56.4
54 44.12
0.899
2.4
Aug. 1
U
148.2
1.72
1.5
161 29 13.7
3 34 27.6
14 59.0
54 55.52
1.006
2.9
1
L
14 8.8
1.72
2.0
167 37 24.3
3 58 9.3
15 3.0
55 8.24
1.114
3.4
2
U
2 29.5
1.78
2.5
173 48 33.2
4 19 15.3
15 6.8
55 22.80
1J36
3.9
2
L
14 50.8
1.74
3.0
180 2 57.6
-4 37 28.1
15 11.0
55 37.69
•f 1.340
4.4
3
U
311.4
1.77
3.5
186 20 55.4
4 52 30.6
15 15.6
55 54.45
1.464
4.9
3
L
15 32.9
1.82
4.0
192 42 44.7
5 4 7.1
15 20.5
56 12.58
1.667
5.4
4
U
3 55.0
1.87
4.5
199 8 43.9
512 3.1
15 25.8
56 32.04
1.676
5.9
4
L
16 17.8
1.98
5.0
205 39 10.6
516 5.5
15 31.5
56 52.74
1.776
6.4
5
U
4 41.4
2.01
5.5
212 14 21.5
-516 3.1
15 37.4
57 14.59
+1.864
6.9
5
L
•17 6.1
2.ia
6.0
218 54 32.3
5 11 46.9
15 43.7
57 37.41
1.936
7.4
6
U
5 31.9
2.20
6.5
225 39 55.2
5 310.4
15 50.1
58 0.96
1.986
7.9
6
L
17 58.9
2.30
7.0
232 30 40.6
4 50 10.4
15 56.6
58 24.95
2.008
8.4
7
U
6 27.1
2.40
7.5
239 26 54.0
4 32 47.6
16 3.2
58 49.04
1.996
8.9
7
L
18 56.5
2.49
8.0
246 28 35.6
-411 6.9
16 9.6
59 12.69
41.943
9.4
8
U
7 26.9
2.67
8.5
253 35 40.0
3 45 18.9
16 15.8
59 35.48
1.847
9.9
8
L
19 58.2
2.68
9.0
260 47 54.1
3 15 39.5
16 21.7
59 56.84
1.704
10.4
9
U
8 30.0
2.66
9.5
268 4 57.5
2 42 31.0
16 26.9
60 16.17
1.610
10.9
9
L
21 2.0
2.66
10.0
275 26 20.9
2 6 22.3
16 31.5
60 32.88
1.266
11.4
10
U
9 33.9
2.64
10.5
282 51 26.8
-1 27 48.6
16 35.2
60 46.89
40.977
11.9
10
L
22 5.3
2.58
11.0
290 19 29.7
0 47 80.1
16 37.8
60 56.20
0.660
12.4
11
U
10 35.9
2.52
11.5
297 49 36.3
-0 612.3
16 39.4
61 1.85
40.291
12.9
11
L
23 5.7
2.44
12.0
305 20 47.7
+0 35 16.5
16 39.7
61 3.10
-0.087
13.4
12
U
1134.5
2.36
12.5
312 52 0.5
116 7.1
16 38.8
60 59.77
0.470
13.9
• • •
18.0
320 22 9.4
+1 55 31.0
16 36.7
60 51.87
-0J44
14.4
13
L
0 2.3
2.27
13.5
327 60 9.3
2 32 42.8
16 33.3
60 39.60
1.196
14.9
13
IT
12 29.2
2.21
14.0
335 14 58.0
3 7 1.8
16 28.9
60 23.30
1.618
15.4
14
L
0 55.3
2.14
14.5
342 35 38.4
3 37 53.7
16 23.5
60 3.45
1.786
15.9
14
U
13 20.7
2.09
15.0
349 51 20.0
4 4 51.1
16 17.2
59 40.63
2.009
16.4
15
L
145.6
2.06
15.5
357 121.6
+4 27 34.3
16 10.4
59 15.45
-2J77
16.9
15
U
14 10.0 2.02
16.0
4 511.0
+4 45 51.0
16 3.1
68 48.62
-a.987
17.4
16
L
2 84.2
2.01
128
MOON, 1916.
GREENWICH MEAN TIME.
0. M. T.
Longitude.
Latitude.
Semi-
diameter.
Horiiontal
Var.
uour.
Age.
Traoeit,
Meridian of Orwnwicb.
Var.
Hoar.
• / //
• t n
' li
/ //
II
d
h m
m
Aug. 16.0
4 511.0
+4 45 51.0
16 3.1
58 48.62
-2.287
17.4
Aug. 16
L
2 34.2
2.01
16.5
11 2 26.6
4 59 35.7
15 55.5
58 20.77
2.843
17.9
16
U
14 58.3
2U>1
17.0
17 52 56.6
5 8 48.6
15 47.8
57 52.57
2M9
18.4
17
L
3 22.4
2.01
17.5
24 36 38.8
5 13 35.4
15 40.2
57 24.60
2.308
18.9
17
U
15 46.5
2.02
18.0
31 13 39.6
514 5.0
15 32.8
56 57.37
2.225
19.4
18
L
4 10.9
2.04
18.5
37 44 13.6
+5 10 29.8
15 25.7
56 31.33
-2.109
19.9
18
U
16 35.5
2.06
19.0
44 8 41.1
5 3 3.9
15 19.0
56 6.86
1.985
20.4
19
L
5 0.4
2X6
19.5
50 27 28.3
4 52 2.8
1512.8
55 44.25
1.799
20.9
19
U
17 25.6
2.10
20.0
56 41 5.3
4 37 42.8
15 7.2
55 23.73
1.018
21.4
20
L
5 50.8
2.12
20.5
62 50 5.1
4 20 20.5
15 2.3
55 5.47
1.426
21.9
20
U
18 16.4
2.13
21.0
68 55 3.2
+4 012.6
14 57.9
54 49.56
-1J20
22.4
21
L
6 42.0
2.13
21.5
74 56 35.5
3 37 35.8
14 54.2
54 36.06
1.022
22.9
21
U
19 7.6
2.13
22.0
80 55 18.9
3 12 46.6
14 51.2
54 24.99
0.820
23.4
22
L
7 33.1
2.12
22.5
86 51 50.1
2 46 1.5
14 48.9
54 16.34
0.823
23.9
22
U
19 58.4
2.09
23.0
92 46 44.4
2 17 37.1
14 47.1
54 10.01
0.432
24.4
23
L
8 23.4
2.06
23.5
98 40 36.6
+1 47 50.2
14 46.0
54 5.93
-0.248
24.9
23
U
20 47.9
2M
24.0
104 33 59.6
1 16 57.8
14 45.5
54 4.01
-0.074
25.4
24
L
911.9
1.98
24.5
110 27 24.2
0 45 17.2
14 45.5
54 4.10
+0.068
25.9
24
U
2135.5
1.94
25.0
116 21 19.1
+013 6.4
14 46.1
54 6.07
0.238
26.4
25
L
9 58.5
1J9
25.5
122 16 10.8
-0 19 16.3
14 47.1
54 9.75
0.376
26.9
25
U
22 21.0
1.86
26.0
128 12 23.1
-0 51 31.9
14 48.5
5415.04
40.602
27.4
26
L
10 43.1
1^
26.5
134 10 17.4
123 20.6
14 50.4
54 21.75
0.615
27.9
26
U
23 4.7
1.79
27.0
140 10 12.3
1 54 22.5
14 52.5
54 29.75
0.716
28.4
27
L
1126.0
i.n
27.5
146 12 23.9
2 24 16.9
14 55.0
54 38.88
0.806
28.9
27
U
23 47.1
1.75
28.0
15217 6.0
2 52 43.3
14 57.8
54 49.06
0.886
29.4
28
L
12 8.0
1.74
28.5
158 24 29.5
-3 19 20.8
15 0.8
55 0.12
•M).968
0.3
• • •
29.0
164 34 44.0
3 43 49.3
15 4.0
5512.04
1.032
0.8
29
U
0 28.8
1.74
29.5
170 47 56.5
4 5 48.7
15 7.5
55 24.67
1.079
1.3
29
L
12 49.7
Llh
30.0
177 412.8
4 25 0.3
15 11.1
55 37.94
1.133
1.8
30
U
110.9
1.77
30.5
183 23 36.9
4 41 6.3
15 14.9
55 51.85
1.184
2.3
30
L
13 32.3
IJO
31.0
189 46 12.8
-4 53 50.6
15 18.8
56 6.33
-1-1.231
2.8
31
U
154.2
1.85
31.5
19612 3.1
5 2 59.0
15 22.9
56 21.36
1.276
3.3
31
L
14 16.7
1.90
Sept. 1.0
202 41 11.0
5 819.4
15 27.2
56 36.95
1.320
3.8
Sept. 1
U
2 39.9
1.97
1.5
209 13 39.2
5 9 42.1
15 31.6
56 53.03
1.361
4.3
1
L
15 3.9
2.04
2.0
215 49 30.9
5 7 0.0
15 36.1
57 9.59
1.309
4.8
2
U
3 28.8
2.12
2.5
222 28 49.4
-5 0 9.3
15 40.7
57 26.58
-1-1.432
5.3
2
L
15 54.7
2JD
3.0
229 11 38.8
4 49 8.7
15 45.4
57 43.94
1.467
5.8
3
U
4 21.7
2J0
3.5
235 58 2.6
4 34 0.9
15 50.2
58 1.55
1.474
6.3
3
L
16 49.7
2.37
4.0
242 48 4.5
4 14 51.8
15 55.1
58 19.27
1.477
6.8
4
U
518.7
2.45
4.5
249 41 47.2
3 51 51.5
15 59.9
58 36.92
1.461
7.3
4
L
17 48.5
2.51
5.0
256 39 12.1
-3 25 14.1
16 4.6
58 54.26
-1-1.423
7.8
5
U
6 18.9
2.54
5.5
263 40 18.0
2 55 18.0
16 9.2
59 10.98
1.360
8.3
5
L
18 49.6
2.56
6.0
270 45 1.4
2 22 25.8
16 13.5
59 26.77
1.267
8.8
6
U
7 20.4
2.56
6.5
277 53 14.1
147 5.1
16 17.4
59 41.24
1.141
9.3
6
L
19 51.0
2.53
7.0
285 4 43.0
1 9 47.3
16 20.9
59 54.03
0.961
9.8
7
U
8 21.2
2.49
7.5
292 19 9.8
-0 31 8.3
16 23.8
60 4.66
-fO.788
10.3
7
L
20 50.8
2.43
8.0
299 36 9.6
+0 813.0
16 26.0
60 12.81
-K).563
10.8
8
U
019.5
2.36
MOON, 1916.
129
GREENWICH MEAN TIME.
O.M.T.
Longitude.
Latitude.
Semi-
diameter.
HorisoiiUl
Parallax.
Var.
rfour.
Age.
Tranait,
Meridian of Greenwich.
Var.
• / //
• / //
/ //
/ f*
ft
d
h m
m
Sept. 8.0
299 36 9.6
+0 813.0
16 26.0
60 12.81
+0.50S
10.8
Sept. 8
U
9 19.5
236
8.5
306 55 11.0
0 47 35.1
16 27.4
60 18.05
0.306
11.3
8
L
21 47.5
2.30
9.0
314 15 35.9
1 26 14.7
16 28.0
60 20.10
+0.030
11.8
9
U
10 14.7
2.24
9.5
321 36 40.6
2 3 29.1
16 27.6
60 18.72
-0.262
12.3
9
L
22 41.2
2.18
10.0
328 57 36.2
2 38 36.8
16 26.3
60 13.78
0.M0
12.8
10
U
11 7.0
2.12
10.5
336 17 80.8
+3 10 59.3
16 24.0
60 5.27
-0.856
13.3
10
L
23 32.2
2.09
11.0
343 35 30.4
3 40 2.8
16 20.7
59 53.29
1.187
13.8
11
U
11 57.2
2.07
11.5
350 50 41.7
4 519.0
16 16.6
59 38.08
1.80S
14.3
• • •
12.0
358 213.9
4 26 26.5
16 11.6
59 19.98
1.618
14.8
12
L
0 21.8
2.04
12.5
5 9 20.8
4 43 10.2
16 6.0
58 59.39
1.806
15.3
12
U
12 46.3
2.04
13.0
12 11 22.9
+4 55 22.3
15 59.8
58 36.81
-1.960
15.8
13
L
110.8
2.04
13.5
19 7 48.2
5 3 1.3
15 53.3
58 12.77
2.047
16.3
13
U
13 35.4
2.05
14.0
25 58 13.4
5 611.4
15 46.5
57 47.85
2.000
16.8
14
L
2 0.1
2.07
14.5
32 42 24,5
5 5 1.8
15 39.6
57 22.58
2.107
17.3
14
U
14 25.1
2.09
15.0
39 20 16.9
4 59 45.2
15 32.8
56 57.46
2.072
17.8
15
L
2 50.4
2.12
15.5
45 51 54.3
-f-4 50 37.4
15 26.1
56 33.01
-1.906
18.3
15
U
15 15.9
2.13
16.0
52 17 28.4
4 37 55.9
15 19.8
56 9.63
1.860
18.8
16
L
3 41.6
2.15
16.5
58 37 18.4
4 21 59.4
15 13.8
55 47.75
1.764
19.3
16
U
16 7.6
2.17
17.0
64 51 49.6
4 3 7.0
15 8.3
55 27.64
1.606
19.8
17
L
4 33.6
2.17
17.5
71 131.4
3 41 37.9
15 3.4
55 9.56
1.416
20.3
17
U
16 59.7
2.17
18.0
77 6 58.1
+317 51.0
14 59.1
54 53.75
-1.219
20.8
18
L
5 25.6
2.15
18.5
83 8 46.9
2 52 4.8
14 55.4
54 40.34
1.014
21.3
18
U
17 51.3
2.13
19.0
89 7 36.2
2 24 37.2
14 52.4
54 29.42
0.808
21.8
19
L
616.7
2.09
19.5
95 4 6.8
1 55 45.8
14 50.2
54 21.08
0.580
22.3
19
U
18 41.6
2.06
20.0
100 58 58.9
1 25 47.8
14 48.6
54 15.30
0.376
22.8
20
L
7 6.1
2.02
20.5
106 52 53.4
+0 55 0.0
14 47.7
54 12.07
-0.164
23.3
20
U
19 30.0
1.97
21.0
112 46 30.0
+0 23 39.5
14 47.5
54 11.34
-|4).040
23.8
21
L
7 53.4
1.92
21.5
118 40 27.0
-0 7 56.5
14 48.0
54 13.00
0.234
24.3
21
U
2016.2
1.88
22.0
124 35 21.3
0 39 30.8
14 49.0
5416.93
0.417
24.8
22
L
8 38.6
1.84
22.5
130 31 46.8
1 10 45.3
14 50.7
54 22.97
0.588
25.3
22
U
21 0.5
1.81
23.0
136 30 15.1
-1 41 21.4
14 52.8
54 30.95
+0.742
25.8
23
L
9 22.1
1.79
23.5
142 31 14.7
211 0.3
14 55.5
54 40.71
0.879
26.3
23
U
21 43.4
1.77
24.0
148 35 9.7
2 39 21.9
14 58.6
54 51.99
0.998
26.8
24
L
10 4.5
1.75
24.5
154 42 21.3
3 6 6.1
15 2.0
55 4.59
1.000
27.3
24
U
22 25.5
1.75
25.0
160 53 5.4
3 30 52.4
15 5.8
55 18.29
1.1T9
27.8
25
L
10 46.6
1.77
25.5
167 7 34.2
-3 53 20.2
15 9.7
55 32.80
-M.230
28.3
25
U
23 7.9
1.78
26.0
173 2b 54.8
413 9.3
15 13.8
55 47.96
1.282
28.8
26
L
1129.4
1.81
26.5
179 48 10.4
4 30 0.1
15 18.1
56 3.50
1.305
29.3
26
U
23 51.4
1.85
27.0
186 14 19.5
4 43 34.5
15 22.4
5619.20
1.311
0.2
27
L
12 13.8
1.89
27.5
192 44 16.5
4 53 36.2
15 26.6
56 34.90
1.302
0.7
» • •
28.0
199 17 52.7
-4 59 51.1
15 30.9
56 50.40
+1.280
1.2
28
U
0 36.9
1.96
28.5
205 54 56.7
5 2 8.1
15 35.0
57 5.58
1.247
1.7
28
L
13 0.8
2.03
29.0
212 35 14.8
5 019.5
15 39.0
57 20.29
1.206
2.2
29
V
125.6
2.10
29.5
219 18 32.3
4 54 21.1
15 42.9
57 34.45
1.166
2.7
29
L
13 51.3
2.18
30.0
226 4 34.3
4 44 12.9
15 46.6
57 48.03
1.103
3.2
30
U
218.0
2.26
30.5
232 53 6.2
-4 29 58.8
15 50.1
58 0.94
+1.040
3.7
30
L
14 45.6
2.34
Oct. 1.0
239 43 54.7
-4 11 47.2
15 53.4
58 13.17
+0.903
4.2
Oct. 1
U
314.2
2.41
79790**— 1916 ^9
130
MOON, 1916.
GREENWICH MEAN TIME.
G. M. T.
Longitude.
Latitude.
Smni-
diameter.
Horixontal
ParaUax.
Var.
rfour.
Age.
Transit,
Meridian of Qreenwidi.
Var.
Hoar.
Oct. 1.0
9 $ tt
239 43 61.7
O / //
-4 11 47.2
15 63.4
/ II
58 13.17
-M).993
d
4.2
Oct. 1
U
h m
314.2
m
2.41
1.6
246 36 48.2
3 49 50.3
16 56.6
58 24.71
0.932
4.7
1
L
16 43.5
2.47
2.0
263 31 36.6
3 24 24.6
16 59.6
68 35.64
0.870
5.2
2
U
413.4
2.50
2.6
260 28 12.6
2 65 60.1
16 2.2
68 46.62
0.808
6.7
2
L
16 43.6
2.52
S.O
267 26 29.9
2 24 30.4
16 4.8
68 64.93
0.741
6.2
8
IT
513.9
2.52
3.6
274 26 24.1
-1 60 62.3
16 7.1
69 3.36
+0.M6
6.7
3
L
17 4i.O
2.49
4.0
281 27 61.0
1 15 26.6
16 9.1
69 10.88
0.584
7.2
4
U
613.7
2.45
4.5
288 30 46.6
0 38 42.2
16 10.9
69 17.33
0.491
7.7
4
L
18 42.8
2.39
6.0
296 36 6.4
-0 116.3
16 12.3
69 22.61
0.386
8.2
5
U
7 11.2
2J3
6.5
302 40 40.6
+0 36 16.6
16 13.4
59 26.52
0.266
8.7
5
L
19 38.8
2.27
6.0
309 47 21.8
+1 13 19.8
16 14.0
69 28.90
+0.130
9.2
6
U
8 5.7
2.22
6.5
316 64 65.0
1 49 16.9
16 14.2
69 29.56
-0.021
9.7
6
L
20 32.2
2.15
7.0
324 3 2.0
2 23 31.8
16 13.9
59 28.32
0.186
10.2
7
U
8 67.4
2.09
7.6
331 11 19.8
2 66 30.1
16 13.0
59 26.04
0.362
10.7
7
L
2122.4
2.07
8.0
338 19 20.7
3 24 39.9
16 11.5
69 19.61
0.647
11.2
8
U
9 47.0
2.04
8.5
346 26 33.4
-f-3 60 32.6
16 9.4
69 11.90
-4>.736
11.7
8
L
2211.3
2.02
9.0
362 32 22.3
4 12 43.7
16 6.7
69 1.94
0.923
12.2
9
U
10 35.5
2.02
9.5
359 36 10.4
4 30 64.0
16 3.4
68 49.79
1.103
12.7
9
L
22 69.8 1 2.02
10.0
6 37 19.9
4 44 49.7
15 69.6
68 36.52
1.270
13.2
10
U
11 24.1 1 2.03
10.6
13 35 13.8
4 64 22.6
15 66.1
68 19.39
1.418
13.7
10
L
23 48.6 1 2.06
11.0
20 29 17.5
+4 69 30.4
15 60.2
68 1.61
-1.642
14.2
11
U
12 13.6
1
2.09
11.6
27 19 0.4
6 0 15.9
15 45.0
57 42.49
1.030
14.7
• • •
12.0
34 3 57.4
4 56 47.1
15 39.6
57 22.39
1.706
16.2
12
L
0 38.7
2.11
12.6
40 43 49.9
4 49 16.1
16 33.9
67 1.70
1.738
15.7
12
U
13 4.2
2.14
13.0
47 18 25.7
4 37 58.1
16 28.2
56 40.82
1.738
16.2
13
L
130.0
2.17
13.6
63 47 40.5
+4 23 11.1
15 22.6
56 20.11
-1.706
16.7
13
U
13 56.2
2.19
14.0
60 11 37.0
4 614.8
15 17.1
66 0.00
1.640
17.2
14
L
2 22.6
2.20
14.5
66 30 24.7
3 44 29.8
15 11.9
66 40.86
1.646
17.7
14
U
14 49.0
2.20
15.0
72 44 20.3
3 21 16.9
15 7.0
55 23.01
1.425
18.2
16
L
315.4
2.19
15.6
78 53 46.7
2 66 67.1
15 2.6
55 6.74
1.281
18.7
16
U
16 41.7
2.17
16.0
84 59 8.1
+2 28 61.0
14 68.7
64 62.36
-1.116
19.2
16
L
4 7.6
2.14
16.6
91 0 69.1
2 018.1
14 66.3
64 40.06
0.932
19.7
16
U
16 33.1
2.11
17.0
96 59 64.0
1 30 37.7
14 62.6
54 30.03
0.736
20.2
17
L
4 68.2
2.06
17.5
102 66 30.4
1 0 8.0
14 60.6
54 22.46
0.628
20.7
17
U
17 22.6
2.01
18.0
108 51 28.4
+0 29 6.8
14 49.2
6417.42
0.313
21.2
18
L
5 46.4
1.96
18.6
114 46 29.4
-0 2 8.8
14 48.5
6414.96
-0.094
21.7
18
U
18 9.7
1.92
19.0
120 39 15.6
0 33 21.6
14 48.6
64 16.16
40.126
22.2
19
L
6 32.4 ' 1.87
19.6
126 33 28.8
1 4 16.0
14 49.3
64 17.97
0.342
22.7
19
U
18 64.5
1.82
20.0
132 28 60.7
1 34 31.9
14 60.8
64 23.36
0.668
23.2
20
L
7 16.2
1.79
20.5
138 26 1.6
2 3 66.1
14 62.9
64 31.20
0.765
23.7
20
U
19 37.6
1.77
21.0
144 25 40.2
-2 32 6.9
14 66.7
64 41.42
+0.946
24.2
21
L
7 68.7
1.76
21.6
150 28 22.2
2 58 49.1
14 59.1
64 63.84
1.120
24.7
21
U
2019.7
1.75
22.0
166 34 40.3
3 23 43.0
15 3.0
56 8.22
1.276
25.2
22
L
8 40.7
1.75
22.6
162 46 3.2
3 46 29.1
16 7.4
66 24.36
1.409
25.7
22
U
21 1.7
1.76
23.0
168 59 64.7
4 6 47.7
16 12.2
66 41.94
1.617
26.2
23
L
9 23.0
1.79
23.6
176 19 33.5
-4 24 19.2
16 17.3
66 0.66
+1.599
26.7
23
U
2144.7
1.83
24.0
181 44 12.1
-4 38 44.2
15 22.6
56 20.20
+1.661
27.2
24
L
10 6.9
1.88
MOON, 1916.
GREENWICH MEAN TIME.
131
CM.?.
Longitude.
LaUtude.
Semi-
diameter.
DoriMOtal
Parallax.
Var.
per
Hour.
Age.
TraiMit,
Meridian of OrMDwkdi.
Var.
Hour.
Oct. 24.0
9 1 H
181 44 12.1
• 1 $1
-4 38 44.2
15 22 6
1 n
56 20.20
+1.661
d
27.2
Oct. 24
L
h m
10 6.9
m
1.88
24.5
188 13 56.3
4 49 44.2
15 28.1
56 40.18
1.078
27.7
24
U
22 29.8
1.94
25.0
194 48 45.4
4 57 2.5
15 83.5
57 0.24
1.066
28.2
26
L
10 53.4
3.00
25.5
201 28 31 9
5 0 24.0
15 38.9
57 19.99
1.6M
28.7
25
U
2317.9
3.08
26.0
20813 1.3
4 69 37.4
15 44.1
57 39.09
1.668
29.2
26
L
1143.4
3.17
26.5
215 153.2
-4 54 35.0
15 49.0
57 57.14
•1-1.464
0.1
• • •
27.0
221 54 42.1
4 45 13.2
15 63.6
58 13.89
1.883
0.6
27
U
010.0
3.36
27.5
228 50 58.2
4 31 34.1
15 57.8
58 29.08
1.196
1.1
27
L
12 37.6
3.34
28.0
235 50 8.9
4 13 44.5
16 1.4
58 42.47
1.087
1.6
28
U
1 6.2
3.43
28.5
242 61 40.7
3 51 57.3
16 4.5
58 53.91
0.872
2.1
28
L
13 35.8
3.49
20.0
249 54 59.9
-3 26 29.9
16 7.1
59 3.36
+0.709
2.6
29
U
2 6.0
3.63
29.5
256 59 34.4
2 57 45.1
16 9.1
5910.80
0.634
3.1
29
L
14 36.7
3.57
30.0
264 4 55.0
2 26 10.0
16 10.6
59 16.22
0.37a
3.6
30
U
3 7.6
3.67
30.5
271 10 35.8
1 52 15.0
16 11.6
59 19.74
0.218
4.1
30
L
15 38.3
3.54
31.0
278 16 15.0
1 16 33.3
16 12.0
59 21.48
40.076
4.6
31
U
4 8.6
3.49
31.5
285 21 35.3
-0 39 40.1
16 12.0
59 21.57
-0.067
5.1
31
L
16 38.1
3.43
Nov. 1.0
292 26 22.9
-0 211.3
16 11.7
59 20.16
0.170
5.6
Nov. 1
U
5 6.9
3.36
1.5
299 30 27.7
+0 35 16.9
16 10.9
59 17.39
0.283
6.1
1
L
17 34.8
3.39
2.0
306 33 42.0
1 12 8.8
16 9.8
69 13.42
0.879
6.6
2
U
6 1.8
3.33
2.5
313 36 0.2
1 47 49.8
16 8.1
59 8.34
0.406
7.1
2
L
18 28.0
3.16
3.0
320 37 17.3
+2 21 46.9
16 6.8
59 2.25
-0.648
7.6
3
U
6 53.4
3.08
3.5
327 37 28.5
2 53 29.7
16 4.9
58 55.19
0.035
8.1
3
L
19 18.1
3.04
4.0
334 36 27.8
3 22 29.9
16 2.7
58 47.24
0.700
8.6
4
U
7 42.3
3.00
4.5
341 34 7.8
3 48 22.6
16 0.3
58 38.40
0.776
9.1
4
L
20 6.2
1.98
5.0
348 30 18.8
4 10 46.0
15 57.6
58 28.64
0.800
9.6
5
U
8 29.9
1.97
5.5
355 24 48.8
+4 29 22.7
15 54.7
5818.00
-0.934
10.1
5
L
20 53.5
1.97
6.0
2 17 23.6
443 58.8
15 51.6
58 6.48
0.998
10.6
6
U
917.1
1.97
6.5
9 7 46.7
4 54 24.8
15 48.2
57 54.05
1.073
11.1
6
L
2140.9
1.99
7.0
15 55 40.4
5 0 35.7
15 44.6
57 40.77
1.143
11.6
7
U
10 5.0
3.03
7.5
22 40 45.6
5 2 31.0
15 40.7
57 26.65
1J07
12.1
7
L
22 29.5
3.06
8.0
29 22 43.8
+5 014.5
16 36.7
57 11.83
-1.363
12.6
8
U
10 54.5
3.00
8.5
36 117.5
4 53 53.6
15 32.5
56 56.38
1.310
13.1
8
L
2319.8
3.13
9.0
42 36 10.5
4 43 40.0
15 28.1
56 40.45
1.843
13.6
9
U
1145.6
3.16
9.5
49 7 10.2
4 29 48.3
15 23.7
56 24.21
1.360
14.1
• • •
10.0
55 34 7.1
4 12 35.7
15 19.3
56 7.88
1.868
14.6
10
L
011.7
3.19
10.5
61 56 56.1
+3 52 21.5
15 14.9
56 51.70
-1JB7
15.1
10
U
12 38.1
3.31
11.0
68 15 36.5
3 29 26.1
15 10.5
56 35.88
1.394
15.6
11
L
1 4.7
3.33
11.5
74 30 12.6
3 411.3
15 6.4
55 20.71
1.330
16.1
11
U
13 31.3
3.30
12.0
80 40 53.9
2 36 58.9
15 2.5
56 6.43
1.146
16.6
12
L
167.6
3.18
12.5
86 47 54.4
2 810.5
14 58.9
54 63.31
1.040
17.1
12
U
14 23.7
3.16
13.0
92 51 32.7
+138 7.7
14 55.7
54 41.67
-0.913
17.6
13
L
2 49.3
3.11
13.5
98 52 11.6
1 7 11.0
14 53.0
54 31.46
0.767
18.1
13
U
15 14.4
3.06
14.0
104 50 18.5
0 35 40.2
14 50.8
54 23.22
0.604
18.6
14
L
3 38.8
3.01
14.5
110 46 23.6
+0 3 54.6
14 49.1
54 17.03
0.436
19.1
14
U
16 2.6
1.06
15.0
116 41 0.6
-0 27 47.7
14 48.0
5413.06
0.334
19.6
15
L
4 26.7
1.90
15.5
122 34 45.4
-0 59 8.9
14 47.5
5411.46
-0.033
20.1
15
U
16 48.2
1.86
16.0
128 28 16.4
-1 29 52.2
14 47.8
64 12.33
+0.179
20.6
16
L
510.2
1.81
132
MOON, 1916.
GREENWICH MEAN TIME.
0. M. T.
Longitude.
I>atltud6.
Semi-
diameter.
Horizontal
Parallax.
Var.
Hour.
Age.
Tranait,
Meridian of Greenwich.
Var.
Hour.
• t tr
o / //
/ If
/ n
//
d
h m
m
Nov. 16.0
128 28 16.4
-1 29 52.2
14 47.8
5412.33
+0.179
20.6
Nov. 16
L
510.2
IJl
16.5
134 22 13.0
1 59 40.7
14 48.7
54 15.77
0.395
21.1
16
U
17 31.6
1.::
17.0
140 17 16.3
2 28 18.0
14 50.4
54 21.82
0.614
21.6
17
L
5 52.7
1.74
17.5
14614 7.1
2 55 27.7
14 52.7
54 30.50
0.832
22.1
17
U
18 13.5
1.73
18.0
152 13 26.5
3 20 53.1
14 55.8
54 41.78
1.045
22.6
18
L
6 34.2
1.72
18.5
158 15 54.3
-3 44 17.1
14 59.6
54 55.57
•1-1.250
23.1
18
U
18 54.8
1.72
19.0
164 22 9.1
4 5 22.5
15 4.0
55 11.74
1.443
23.6
19
L
7 15.6
1.74
19.5
170 32 46.5
4 2351.6
15 9.0
55 30.14
1.610
24.1
19
U
19 36.6
1. 77
20.0
176 48 18.9
4 39 26.5
15 14.5
55 50.51
1.773
24.6
20
L
7 58.1
1.S1
20.5
183 914.4
4 51 49.2
15 20.6
5612.60
1.902
25.1
20
U
20 20.1
\M
21.0
189 35 55.4
-5 0 42.2
15 26.9
56 36.03
•i-1.909
25.6
21
L
8 42.8
1.92
21.5
196 8 37.8
5 5 49.0
15 33.6
57 0.41
2.060
26.1
21
U
21 6.3
2.00
22.0
202 47 30.2
5 6 54.5
15 40.4
57 25.29
2.080
26.6
22
L
9 30.9
2.09
22.5
209 32 33.2
5 3 46.4
15 47.2
57 50.17
2.068
27.1
22
U
2156.6
2.1»
23.0
216 23 38.2
4 56 15.5
15 53.8
58 14.51
1.901
27.6
23
L
10 23.4
2.3»
23.5
223 20 28.3
-4 44 17.1
16 0.1
58 37.77
+1.879
28.1
23
U
22 51.5
2. a*
24.0
230 22 36.9
4 27 51.8
16 6.0
58 59.42
1.723
28.6
24
L
1120.8
2.4S
24.5
237 29 30.3
4 7 6.3
16 11.3
59 18.93
1.525
29.1
24
U
23 51.1
2.56
25.0
244 40 27.1
3 42 13.8
16 16.0
59 35.87
1.202
0.1
25
L
12 22.3
2.62
25.5
251 64 41.2
3 13 34.0
16 19.8
59 49.84
1.082
0.6
• • -
26.0
259 11 22.4
-2 41 33.3
16 22.7
60 0.58
+0.758
1.1
26
U
0 54.0
2.64
26.5
266 29 39.4
2 6 44.2
16 24.7
60 7.90
0.465
1.6
26
L
13 25.8
2.61
27.0
273 48 41.1
1 29 43.3
16 25.7
60 11.74
+0.178
2.1
27
U
157.5
2.62
27.5
281 7 38.8
0 5111.3
16 25.8
6012.22
-0.099
2.6
27
L
14 28.6
2,5«
28.0
288 25 48.1
-0 11 60.2
16 25.1
60 9.44
0.358
3.1
28
U
2 58.9
2.49
28.5
295 42 29.7
+0 27 36.6
16 23.5
60 3.70
-0.501
3.6
28
L
15 28.3
2.40
29.0
302 57 9.9
1 6 27.8
16 21.3
59 55.38
0.795
4.1
29
U
3 56.6
2.32
29.5
310 9 21.8
144 3.1
16 18.4
59 44.77
0.906
4.6
29
L
16 23.9
2.23
30.0
317 18 44.2
2 19 46.2
16 15.0
59 32.32
1.105
5.1
30
U
4 50.2
2.15
30.5
324 25 1.8
2 53 4.4
16 11.2
59 18.39
1.211
5.6
30
L
17 15.6
2. OS
Dec. 1.0
33128 4.2
+3 23 28.9
16 7.1
59 3.35
-1.288
6.1
Dec. 1
U
5 40.2 ' 2.03
1.5
338 27 45.2
3 50 35.6
16 2.8
58 47.57
1.340
6.6
1
L
18 4.3 j l.M
2.0
345 24 2.0
414 4.9
15 58.4
58 31.29
1.368
7.1
2
U
6 28.0
1.96
2.5
352 16 54.1
4 33 41.5
15 53.9
5814.80
1.378
7.6
2
L
18 51.4
1.95
3.0
359 6 22.5
4 49 14.4
15 49.4
57 58.27
1.374
8.1
3
U
714.7
1.94
3.5
5 52 29.1
+5 0 36.5
15 44.9
57 41.87
-1.360
8.6
3
L
19 38.1
1.95
4.0
12 35 16.5
5 7 44.6
15 40.5
57 25.66
1.339
9.1
4
U
8 1.6
1.97
4.5
19 14 46.5
5 10 39.0
15 36.1
57 9.75
1.313
9.6
4
L
20 25.4
1.99
5.0
25 51 0.9
6 9 23.3
15 31.9
56 54.16
1.284
10.1
5
U
8 49.5
2.03
5.5
32 24 1.4
5 4 4.3
15 27.7
56 38.95
1.254
10.6
6
L
21 14.1
2.07
6.0
38 53 49.0
+4 54 61.9
15 23.7
56 24.08
-1.223
11.1
6
U
9 39.1
2.10
6.5
45 20 24.2
4 41 58.2
15 19.7
56 9.61
1.189
11.6
6
L
22 4.6
2.14
7.0
51 43 47.9
4 25 37.8
15 15.9
55 55.53
1.155
12.1
7
U
10 30.4
2.17
7.5
58 4 1.3
4 6 7.6
1512.2
55 41.90
1.119
12.6
7
L
22 56.6
2.19
8.0
64 21 6.1
3 43 46.0
15 8.6
55 28.71
1.078
13.1
8
U
1122.9
2.19
8.5
70 35 5.2
+3 18 52.8
+2 51 48.8
15 5.1
5516.05
-1.031
13.6
14.1
8
L
23 49.3
2.19
9.0
76 46 3.1
15 1.9
55 4.00
-0.076
9
U
12 15.5
2.17
MOON, 1916,
183
GREENWICH MEAN TIME.
G.M.T.
Longitode.
LaUtude.
Semi-
diameter.
HoriionUl
ParaUax.
Vbt.
Hmir.
Age.
Tranflt,
Meridian of Oreenwioh.
Var.
• / tt
• / //
/ It
1 n
/*
d
h m
m
Dec. 9.0
76 46 3.1
+2 51 48.8
15 1.9
55 4.00
-0.W6
14.1
Dec. 9
U
1215.5
2.17
9.5
82 54 6.1
2 22 55.4
14 58.8
54 52.66
0.012
14.6
• • •
10.0
88 59 22.9
1 52 34.5
14 55.9
54 42.14
0.830
15.1
10
L
0 41.4
2.14
10.5
95 2 4.2
121 7.8
14 53.3
54 32.58
0.763
15.6
10
U
13 6.9
2.10
11.0
101 2 23.5
0 48 56.8
14 51.0
54 24.13
0.6M
16.1
11
L
131.9
2.06
11.5
107 0 37.1
+0 16 22.4
14 49.0
54 16.93
-0.542
16.6
11
U
13 56.2
2.00
12.0
112 57 4.0
-0 16 15.1
14 47.5
54 11.17
0.41ft
17.1
12
L
219.9
1.04
12.5
118 52 5.4
0 48 36.1
14 46.3
54 7.01
0.270
17.6
12
U
14 42.9
1.80
13.0
124 46 6.3
1 20 21.7
14 45.7
54 4.61
-0.122
18.1
13
L
3 5.3
1.84
13.5
130 39 33.5
1 51 14.2
14 45.6
54 4.14
-fO.045
18.6
13
U
15 27.1
1.70
14.0
136 32 56.2
-2 20 56.2
14 46.0
54 5.75
-fO.224
19.1
14
L
3 48.3
1.75
14.5
142 26 46.3
2 49 11.2
14 47.0
54 9.58
0.414
19.6
14
U
16 9.2
1.72
15.0
148 21 37.3
3 15 43.1
14 48.7
54 15.71
0.612
20.1
15
L
4 29.7
1.70
15.5
154 18 4.4
3 40 16.0
14 51.0
54 24.28
0.817
20.6
15
U
16 50.1
1.00
16.0
160 16 44.0
4 2 34.6
14 54.0
54 35.33
1.020
21.1
16
L
510.4
1.00
16.5
166 18 13.4
-4 22 23.4
14 57.7
54 48.89
-M.230
21.6
16
U
17 30.8
1.71
17.0
172 23 10.0
4 39 27.2
15 2.1
55 4.97
1.442
22.1
17
L
5 51.4
1.73
17.5
178 32 10.5
4 53 30.6
15 7.2
55 23.45
1.040
22.6
17
U
18 12.3
1.77
18.0
184 45 50.7
5 4 18.6
15 12.8
55 44.27
1.820
23.1
18
L
6 33.8
1.83
18.5
191 4 44.2
5 11 36.2
15 19.1
56 7.22
1.000
23.6
18
U
18 56.0
1.88
19.0
197 29 21.2
-515 9.2
15 25.9
56 32.08
-f-2.142
24.1
19
L
7 19.0
1.00
19.5
204 0 7.6
5 14 44.0
15 33.1
56 58.52
2.25S
24.6
19
U
19 43.0
2.04
20.0
210 37 24.3
510 9.3
15 40.6
57 26.13
2.830
25.1
20
L
8 8.1
2.14
20.5
217 21 25.1
5 115.8
15 48.3
57 54.48
2.370
25.6
20
U
20 84.5
2.25
21.0
224 12 16.0
4 47 57.5
15 56.1
58 22.96
2.365
26.1
21
L
9 2.2
2.30
21.5
231 9 54.0
-4 30 12.7
16 3.7
58 51.01
-f-2.300
26.6
21
U
21 31.2
2.47
22.0
23814 6.7
4 8 5.4
16 11.1
59 17.94
2.178
27.1
22
L
10 1.4
2.50
22.5
245 24 30.8
3 41 46.7
16 17.9
59 43.07
1.008
27.6
22
U
22 32.6
2.03
23.0
252 40 33.2
3 11 30.4
16 24.1
60 5.68
1.703
28.1
23
L
11 4.6
2.08
23.5
260 131.1
2 37 44.0
16 29.4
60 25.16
1.477
28.6
23
U
23 37.0
2.60
24.0
267 26 32.7
-2 0 58.4
16 33.7
60 40.95
-M.140
29.1
24
L
12 9.3
2.08
24.5
274 54 39.6
1 21 51.8
16 36.8
60 52.54
0.783
0.1
• • •
25.0
282 24 48.3
-0 41 8.2
16 38.8
60 59.66
0.401
0.6
25
U
0 41.3
2.04
25.5
289 55 53.1
+0 0 24.7
16 39.5
61 2.14
-fO.013
1.1
25
L
13 12.6
2.57
26.0
297 26 47.5
0 41 57.5
16 38.9
61 0.02
-0.800
1.6
26
U
143.0
2.40
26.5
304 56 28.0
+1 22 40.8
16 37.1
60 53.46
-0.722
2.1
26
L
14 12.3
2.30
27.0
312 23 55.5
2 147.7
16 34.2
60 42.84
1.043
2.6
27
U
2 40.5
2.31
27.5
319 48 17.5
2 38 35.3
16 30.3
60 28.60
1.322
3.1
27
L
15 7.7
2.22
28.0
327 8 48.9
3 12 26.1
16 25.6
60 11.29
1.563
3.6
28
U
3 33.9
2.15
28.5
334 24 53.2
8 42 49.3
16 20.2
59 51.51
1.733
4.1
28
L
15 59.3
2.00
29.0
34136 3.2
+4 1»20.0
16 14.3
59 29.89
-1.803
4.6
29
U
4 24.1
2.04
29.5
348 41 59.7
4 31 40.4
16 8.1
59 6.99
1.045
5.1
29
L
16 48.3
2.00
30.0
355 42 31.3
4 49 38.9
16 1.6
58 43.41
1.082
5.6
30
U
512.2
1.08
30.5
2 37 34.3
5 8 9.4
15 55.2
5819.60
1.060
6.1
30
L
17 35.9
1.07
31.0
9 27 10.9
5 12 10.7
15 48.7
57 56.00
1.048
6.6
31
U
5 59.6
1.08
31.5
16 11 28.1
+6 16 45.8
15 42.4
57 32.W
-IJOO
7.1
81
L
18 23.4
1.00
134
MERCURY, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Aaoooaion.
Var. per
Hour.
Apparent
Deounation.
Var. per
Hour.
Logarithm of
Distance
from Earth.
Var. iier
Hour.
Semi-
diam-
eter.
Hor.
Paral-
lax.
Transit,
Ueridiaa
of
OfBMI-
wich.
Noon,
Noon.
Noon,
Noon,
No<m.
Nr*on.
Noon.
Noon.
h m 8
a
• 0 tt
11
tt
n
h m
Ja
in. 1
19 25 8.05
+17.640
-24 11 13.2
+34.68
0.130 8872
-1530.9
2.47
6.51
0 46.0
2
19 32 10.66
17.576
23 56 33.8
38.61
0.127 0725
1649.0
2.49
6.57
0 49.1
3
19 39 11.53
17.494
23 40 20.1
42.53
0.122 9668
1773.4
2.52
6.63
0 52i
4
19 46 10.22
17.394
23 22 32.8
46.42
0.118 5547
1904.5
2.54
6.70
0 55.2
5
19 53 6.24
17.271
23 3 12.4
50.28
0.113 8197
2042.8
2.57
6.77
0 58.2
6
19 59 59.01
+17.133
-22 42 20.0
+54.08
0.108 7441
-2188.4
2.60
6.85
1 1.2
7
20 6 47.92
16.948
22 19 57.3
57.80
0.103 3090
2342^
2.63
6.94
1 4.0
8
20 13 32.24
16.741
21 56 6.2
61.43
0.097 4945
2504.7
2.67
7.03
1 6.8
9
20 20 11.19
16.498
21 30 49.6
64.93
0.091 2797
2675.8
2.71
7.13
1 9.5
10
20 26 43.84
16.215
21 4 11.0
68.26
0.084 6432
2866.1
2.75
7.24
1 12.1
11
20 33 9.17
+15.887
-20 36 14.7
+71.40
0.077 5629
-«)46.7
2.79
7.36
1 14.6
12
20 39 26.01
15.507
20 7 6.1
74.20
0.070 0167
3244.3
2.84
7.49
1 17.0
13
20 45 33.04
15.060
19 36 51.7
76.86
0.061 9832
3451.7
2.90
7.63
1 19.1
14
20 51 28.78
14.564
19 5 39.6
79.08
0.053 4420
8667.2
2.95
7.78
1 21.1
15
20 57 11.54
13.986
18 33 39.0
80.80
0.044 3750
3889.5
3.02
7.94
1 22.9
16
21 2 39.45
+13.326
-18 1 1.0
+82.19
0.034 7676
-4117.2
3.08
8.12
1 24.4
17
21 7 50.43
12.574
17 27 58.7
82.90
0.024 6101
4347.6
3.16
8.32
1 25.6
18
21 12 42.16
11.720
16 54 46.9
83.96
0.013 8994
4577.5
3.23
8.52
1 26.5
19
21 17 12.14
10.750
16 21 42.7
82.26
0.002 6416
4802.7
3.32
8.75
1 27.0
20
21 21 17.66
9.681
15 49 5.3
80.71
9.990 8541
5018.2
3.41
8.99
1 27.1
21
21 24 55.85
+ 8.481
-15 17 15.9
+78.24
9.978 5683
-5216.9
3.61
9.25
1 26.8
22
21 28 3.75
7.157
14 46 37.6
74.78
9.965 8323
5391.8
3.61
9.52
1 25.9
23
21 30 38.38
5.709
14 17 35.0
70.26
9.952 7141
5533.8
3.72
9.81
1 24.5
24
21 32 36.82
4.143
13 50 34.1
64.65
9.939 3038
5633.5
3.84
10.12
1 22.5
25
21 33 56.41
2.473
13 26 0.7
67.96
9.925 7154
5680.6
3.96
10.44
1 19.9
26
21 34 34.85
+ 0.719
-13 4 20.2
+60.23
9.912 0880
-5664.2
4.09
10.77
1 16.6
27
21 34 30.46
- 1.091
12 45 56.8
41.67
9.898 5858
5574.8
4.22
11.11
1 12.5
28
21 33 42.33
2.919
12 31 11.1
32.12
9.885 3952
5403.3
4.35
11.46
1 7.8
29
21 32 10.55
4.720
12 20 19.6
32.09
9.872 7207
5143.7
4.48
11.80
1 2.2
30
21 29 56.39
6.441
12 13 33.4
11.74
9.860 7784
4793.0
4.60
12.13
0 56.1
31
21 27 2.47
-8.024
-12 10 56.9
+ 1.35
9.849 7861
-4352.6
4.72
12.44
0 49.2
P(
db. 1
21 23 32.77
9.413
12 12 26.6
-8.74
9.839 9529
3828.7
4.83
12.72
0 41.8
2
21 19 32.61
10.555
12 17 51.5
18.20
9.8314665
3232.6
4.92
12.97
0 33.9
3
21 15 8.47
11.404
12 26 53.1
26.75
9.824 4812
2580.8
5.00
13.18
0 25.6
4
21 10 27.75
11.933
12 39 6.1
34.13
9.819 1077
1893.0
5.06
13.35
0 17.0
5
21 5 38.34
-12.128
-12 54 0.5
-40.17
9.815 4060
-1191.4
5.11
13.46
/ 0 a.8
6
21 0 48.24
11.993
13 11 3.1
44.80
9.813 3827
- 497.9
5.13
13.52
23 51.0
7
20 56 5.10
11.553
13 29 39.8
48.01
9.812 9934
+ 167.0
5.14
13.54
23 42.6
8
20 51 35.87
10.841
13 49 17.4
49.89
9.814 1482
786.4
5.12
13.50
23 34.5
9
20 47 26.52
9.905
14 9 25.0
60.55
9.816 7216
1347.5
5.09
13.42
23 2G.9
10
20 43 41.85
- 8.792
-14 29 35.4
-50.16
9.820 5632
+1842.3
5.05
13.30
23 19.7
11
20 40 25.46
7.566
14 49 25.5
48.87
9.825 5088
2267.2
4.99
13.15
23 13.0
12
20 37 39.79
6.241
15 8 36.1
46.89
9.831 3900
2623.1
4.92
12.97
23 6.9
13
20 35 26.20
4.889
15 26 52.0
44.35
9.838 0427
3011.0
4.85
12.78
23 1.2
14
20 33 45.18
3.534
15 44 1.6
41.38
9.845 3131
3138.0
4.77
12.57
22 56.2
15
20 32 36.48
- 2.199
-15 59 55.9
-38.10 1 9.853 0608
+3309.8
4.68
12.34
22 51.6
16
20 31 59.28
-0.909
-16 14 28.7
-34.60 1
9.861 1611
+3433.0
4.60
12.11
22 47.5
MERCURY, 1916.
135
GREENWICH MEAN TIME,
Date.
Aaoenekm.
Var.per
Hour.
Apparent
Dedlnatlon.
Var.per
Hour.
Locaritbmof
Distance
from Earth.
Var.per
Hour.
Semi*
diam-
eter.
Hot.
Paral-
lax.
Transit,
Meridian
of
Green-
Noou.
Ifoon.
Noon.
Nwm.
iVoon.
iVoon.
Noon.
Iwoon,
wich.
h m 8
8
• t tt
n
n
ft
h m
Feb. 16
20 31 59.28
-0.900
-16 14 28.7
-34.60
9.861 1611
+3488.0
4.60
12.11
22 47.5
17
20 31 52.39
+ 0.324
16 27 35.5
30.04
9.869 5061
3514.8
4.51
11.88
22 43.9
18
20 32 14.30
1.400
16 39 13.2
27.18
9.878 0042
3561.6
4.42
11.65
22 40.8
19
20 33 3.37
2.580
16 49 19.9
23.37
9.886 5784
8570.1
4.34
11.43
22 38.1
20
20 34 17.86
8.600
16 57 54.6
19.52
9.895 1648
3572.6
4.25
11.20
22 35.7
21
20 35 56.00
•1- 4.S&8
-17 4 56.7
- 15.66
9.903 7118
+3646.1
4.17
10.98
22 33.8
22
20 37 56.08
5.487
17 10 26.2
11.80
9.912 1782
8506.1
4.09
10.77
22 32.2
23
20 40 16.43
0.248
17 14 23.3
7.97
9.920 5313
8458.1
4.01
10.57
22 30.9
24
20 42 55.45
6.004
17 16 48.4
4.14
9.928 7456
8390.0
3.94
10.37
22 29.8
25
20 45 51.65
7.680
17 17 42.1
- 0.35
9.936 8022
8322.0
3.86
10.18
22 29.1
26
20 49 3.63
+ 8.310
-17 17 5.2
+ 3.42
9.944 6871
+8248.1
3.79
10.00
22 28.6
27
20 52 30.09
8.887
17 14 58.4
7.15
9.952 3904
8171.2
3.73
9.82
22 28.3
28
20 56 9.83
0.417
17 11 22.4
10.85
9.959 9054
3091.4
3.66
9.65
22 28.2
29
21 0 1.75
0.903
17 6 18.1
14.51
9.967 2284
3011.0
3.60
9.49
22 28.3
Mar. 1
21 4 4.84
10.348
16 59 46.3
18.14
9.974 3578
2930.2
3.54
9.34
22 28.5
2
21 8 18.18
+10.767
-16 51 47.8
+ 21.73
9.981 2937
+2840.8
3.49
9.19
22 29.0
3
21 12 40.92
11.132
16 42 23.4
25.30
9.988 0376
2770.2
3.43
9.05
22 29.6
4
21 17 12.31
11.478
18 31 33.9
28.83
9.994 5919
2091.9
3.38
8.91
22 30.3
5
21 21 51.65
11.796
16 19 20.1
32.32
0.000 9598
2615.0
3.33
8.78
22 31.1
6
21 26 38.32
12.060
16 5 42.8
35.78
0.007 1451
2639.8
3.29
8.66
22 32.0
i
21 31 31.75
+12.860
-15 50 42.7
+ 89.22
0.013 1521
+2466.4
3.24
8.54
22 33.1
8
21 36 31.44
12.611
15 34 20.5
42.62
0.018 9851
2304.8
3.20
8.42
22 34.2
9
21 41 36.92
12.843
15 16 37.0
46.00
0.024 6484
2325.0
3.16
8.31
22 35.4
10
21 46 47.79
13.060
14 57 82.8
49.35
0.030 1465
2267.1
3.12
8.21
22 36.8
11
21 52 3.69
13.263
14 37 8.6
52.67
0.035 4838
2101.0
3.08
8.11
22 38.2
12
21 57 24.30
+13.463
-14 15 25.0
+ 55.90
0.040 6646
+2126.6
3.04
8.01
22 39.6
13
22 2 49.33
13.632
13 52 22.7
50.23
0.045 6929
2068.8
3.01
7.92
22 41.2
14
22 8 18.53
13.800
13 28 2.4
62.46
0.050 5725
2002.7
2.97
7.83
22 42.8
15
22 13 51.68
13.061
13 2 24.7
65.68
0.055 3069
1942.9
2.94
7.75
22 44.5
16
22 19 28.61
14.115
12 35 30.2
68.86
0.059 8993
1884.3
2.91
7.67
22 46.2
17
22 25 9.16
+14.263
-12 7 19.5
+ 72.03
0.064 3524
+1826.8
2.88
7.59
22 48.0
18
22 30 53.21
14.407
11 37 53.3
75.16
0.068 6687
1770.3
2.85
7.51
22 49.8
19
22 36 40.64
14JM6
11 7 12.1
78.27
0.072 8501
1714.4
2.82
7.44
22 51.7
20
22 42 31.38
14.683
10 35 16.6
81.35
0.076 8982
1660.1
2.80
7.37
22 53.7
21
22 48 25.39
14.818
10 2 7.5
84.40
0.080 8142
1604.2
2.77
7.31
22 55.7
22
22 54 22.63
+14.063
- 9 27 45.4
+ 87.43
0.084 5985
+1540.3
2.75
7.24
22 57.8
23
23 0 23.10
15.087
8 52 10.9
90.43
0.088 2509
1404.3
2.72
7.18
22 59.9
24
23 6 26.80
15.222
8 15 24.7
03.40
0.091 7710
1430.0
2.70
7.12
23 2.1
25
23 12 33.77
15.850
7 87 27.6
96.34
0.095 1574
1382.9
2.68
7.07
23 4.3
26
23 18 44.05
15.408
6 58 20.4
99.25
0.098 4082
1325.9
2.66
7.01
23 6.6
27
23 24 57.71
+15.641
- 6 18 3.9
+108.12
0.101 6208
+1267.7
2.64
6.96
23 8.9
28
23 31 14.84
15.787
5 36 89.0
104.95
0.104 4918
1207.8
2.63
6.92
23 11.3
29
23 37 36.53
15.038
4 54 6.8
107.73
0.107 3169
1146.0
2.61
6.87
23 13.8
30
23 43 59.90
16.094
4 10 28.3
110.47
0.109 9910
1061.9
2.69
6.83
23 16.3
31
23 50 28.07
16.255
3 25 44.8
113.15
0.112 5080
1015.1
2.58
6.79
23 18.9
Apr. 1
23 57 0.19
+16.423
- 2 39 57.7
+115.77
0.114 8609
+ 945.1
2.66
6.75
23 21.6
2
0 3 36.40
+16.696
- 1 53 8.4
+118.32
0.117 0415
+ 871.4
2.56
6.72
23 24.3
136
MEROUKY, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Right
AfloensioD.
Var.per
Hotir.
Apparent
Dedlnation.
r
Var.per
Hour.
Logarithm of
Distance
from Earth.
Var.per
Hour.
Seml-
diaxn-
eter.
Hot.
Paral-
lax.
Transit,
Meridian
of
OreflD-
Noon,
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
wicb.
h m 8
8
• t It
n
n
n
h m
Apr. 1
23 57 0.19
-l-lft.423
- 2 39 57.7
+115.77
0.114 8609
+ 945.1
2.56
6.75
23 21.6^
2
0 3 36.40
16.506
1 53 8.4
118.32
0.117 0415
871.4
2.55
6.72
23 24.3
3
0 10 16.86
16.777
1 5 18.9
120.80
0.119 0404
793.6
2.54
6.69
23 27.2
4
0 17 1.74
16.964
- 0 16 31.1
123.18
0.120 8469
711.0
2.53
6.66
23 30.0
5
0 23 51.20
17.150
+ 0 33 12.8
125.46
0.122 4491
623.3
2.52
6.64
23 33.0
6
0 30 45.41
•f 17. 360
-f- 1 23 50.0
+127.62
0.123 8339
+ 529.8
2.51
6.62
23 36.0
7
0 37 44.51
17.567
2 15 17.4
129.64
0.124 9866
429.7
2.50
6.60
23 39.2
8
0 44 48.65
17.779
3 7 31.4
131.50
0.125 8906
322.4
2.50
6.59
23 42.4
9
0 51 57.96
17.997
4 0 28.0
133.18
0.126 5282
207.6
2.50
6.57
23 45.7
10
0 59 12.53
18.217
4 54 2.4
134.65
0.126 8805
+ 84.6
2.49
6.57
23 49.1
11
1 6 32.40
+18.439
+ 5 48 9.2
+135.88
0.126 9271
- 47.3
2.49
6.57
23 52.6
12
1 13 57.59
18.660
6 42 42.3
136.83
0.126 6462
188.4
2.50
6.57
23 56i
13
1 21 28.04
18.877
7 37 34,6
137.47
0.126 0153
339.0
2.50
6.58
23 59.8
14
1 29 3.62
19.087
8 32 38.2
137.76
0.125 0113
499.3
2.50
6.60
15
1 36 44.11
19.285
9 27 44.3
137.68
0.123 6111
609.2
2.51
6.62
0 3.6
16
1 44 29.20
•fl9.469
+10 22 43.3
+137.17
0.121 7918
-848.5
2.52
6.65
0 7.4
17
1 52 18.47
19.633
11 17 24.6
136.19
0.119 5315
1036.5
2.54
6.68
0 11.3
18
2 0 11.38
19.772
12 11 36.8
134.73
0.116 8101
1232.5
2.55
6.72
0 15.2
19
2 8 7.28
19.881
13 5 7.9
132.77
0.113 6098
1435.4
2.57
6.77
0 19.2
20
2 16 5.38
19.955
13 57 45.4
130.27
0.109 9161
1648.4
2.59
6.83
0 23.3
21
2 24 4.80
+19.990
+14 49 16.7
+127.25
0.105 7185
-1865.0
2.62
6.90
0 27.3
22
2 32 4.53
19.981
15 39 29.1
123.70
0.101 0108
2068.2
2.65
6.97
0 31.4
23
2 40 3.49
19.925
16 28 10.3
119.65
0.095 7917
2280.8
2.68
7.06
0 35.4
24
2 48 0.51
19.819
17 15 8.7
115.14
0.090 0649
2490.9
2.71
7.15
0 39.5
25
2 55 54.40
19.663
18 0 13.5
110.19
0.083 8392
2696.2
2.75
7.25
0 43.4
26
3 3 43.93
+19.456
+18 43 15.0
+104.88
0.077 1283
-2894.9
2.80
7.37
0 47.3
27
3 11 27.88
19.200
19 24 5.1
99.25
0.069 9501
3085.4
2.84
7.49
0 51.1
28
3 19 5.06
18.892
20 2 37.0
93.38
0.062 3261
3266.2
2.89
7.62
0 54.8
29
3 26 34.31
18.538
20 38 45.5
87.31
0.054 2810
3436.2
2.95
7.77
0 58.3
30
3 33 54.53
18.140
21 12 26.7
81.11
0.045 8418
35M.5
3.01
7.92
1 1.7
May 1
3 41 4.68
+17.700
+21 43 38.3
+ 74.85
0.037 0369
-3740.8
3.07
8.08
1 4.9
2
3 48 3.79
17.220
22 12 19.3
68.57
0.027 8956
8874.8
3.13
8.25
1 8.0
3
3 54 50.96
16.705
22 38 29.8
62.32
0.018 4478
3996.3
3.20
8.43
1 10.8
4
4 1 25.36
16.157
23 2 11.0
56.13
0.008 7233
4105.5
3.27
8.62
1 13.4
5
4 7 46.22
15.577
23 23 24.7
50.03
9.998 7513
4202.6
3.35
8.83
1 15.8
6
4 13 52.81
+14.968
+23 42 13.7
+ 44.07
9.988 5605
-4287.8
3.43
9.03
1 18.0
7
4 19 44.45
14.332
23 58 41.2
38.25
9.978 1792
4361.3
3.51
9.25
1 19.9
8
4 25 20.52
13.670
24 12 50.7
32.58
9.967 6352
4423.4
3.60
9.48
1 21.5
9
4 30 40.41
12.984
24 24 46.1
27.07
9.956 9559
4474.2
3.69
9.72
1 22.9
10
4 35 43.57
12.276
24 34 31.6
21.74
9.946 1682
4513.7
3.78
9.96
1 24.0
11
4 40 29.45
+11.545
+24 42 11.2
+ 16.59
9.935 2990
-4542.1
3.88
10.21
1 24.9
12
4 44 57.53
10.793
24 47 49.3
11.61
9.924 3753
4560.1
3.97
10.47
1 25.3
13
4 49 7.32
10.020
24 51 29.9
6.80
9.913 4248
4564.4
4.08
10.74
1 25.5
14
4 52 58.34
9.229
24 53 17.3
+ 2.17
9.902 4759
4557.6
4.18
11.02
1 25.4
15
4 56 30.15
8.420
24 53 15.6
- 2.29
9.891 5582
4538.3
4.29
11.30
1 25.0
16
4 59 42.34
+ 7.594
+24 51 28.7
- 6.50
9.880 7026
-4505.8
4.40
11.58
1 24.2
17
5 2 34.54
+ 6.754
+24 48 0.5
- 10.73
9.869 9416
-1459.4
4.51
11.87
123.1
MERCURY, 1916.
137
GREENWICH MEAN TIME.
Dit«.
Aacmukm.
Var.pcr
Hoar.
Apparmt
DedlnatioQ.
Var.per
Hour.
LonrithmoT
Diitance
from Earth.
Var.por
Hour.
8«m|.
diain-
et«r.
Hor.
Paral-
lax.
Transit,
Moidlan
ol
Green-
Ifoon,
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Noon,
wich.
h m 8
8
• 1 It
n
n
II
h m
Miy 17
5 2 34.54
•1- 0.754
+24 48 0.5
-10.73
9.869 9416
-4459.4
4.51
11.87
1 23.1
18
5 5 6.44
5.00^
24 42 54.9
14.71
9.859 3094
4398.2
4.62
12.17
1 21.7
19
5 7 17.76
6.040
24 36 15.7
18.53
9.848 8426
4321.4
4.73
12.46
1 19.9
20
5 9 8.31
4.172
24 28 6.7
22.19
9.838 5800
4227.9
4.84
12.76
1 17.8
21
5 10 37.99
3.301
24 18 31.6
25.70
9.828 5626
4116.9
4.96
13.06
1 15.3
22
5 11 46.79
+ 2.433
+24 7 34.2
-29.05
9.818 8339
-3987.2
5.07
13.35
1 12.5
23
5 12 34.82
1.671
23 55 18.6
32.22
9.809 4397
3838.0
5.18
13.65
1 9.4
24
5 13 2.32
+ 0.723
23 41 49.1
35.20
9.800 4279 3668.4 |
5.29
13.93
1 5.9
25
5 13 9.70
-0.105
23 27 10.3
37.99
9.791 8484
8477.6
5.39
14.21
1 2.0
26
5 12 57.61
0.905
23 11 27.2
40.50
9.783 7525
3265.2
5.50
14.48
0 57.9
27
5 12 26.51
- i.on
+22 54 45.3
-42.88
9.776 1925
-8001.1
5.59
14.73
0 53.4
28
5 11 37.65
2.392
22 37 10.9
44.92
9.769 2206
2775.2
5.68
14.97
0 48.7
29
5 10 32.09
3.061
22 18 50.9
46.68
9.762 8884
2498.2
5.77
15.19
0 43.7
30
5 9 11.21
3.068
21 59 52.8
48.09
9.757 2455
2200.9
5.84
15.39
0 38.4
31
5 7 36.59
4.205
21 40 25.4
49.13
9.752 3388
1885.0
5.91
15.56
0 32.9
June 1
5 5 50.00
-4.665
+21 20 38.0
-49.75
9.748 2107
-1552.5
5.96
15.71
0 27.2
2
5 3 53.38
5.030
21 0 40.8
49.94
9.744 8978
1306.0
6.01
15.83
0 21.3
3
5 1 48.86
5.323
20 40 44.6
49.66
9.742 4307
848.2
6.04
15.92
0 15.3
4
4 59 38.65
5.512
20 21 0.9
48.90
9.740 8326
482.5
6.07
15.98
0 9.2
5
4 57 25.05
5.605
20 1 41.5
47.64
9.740 1183
- 112.4
6.08
16.01
( 0 S.1
i tS 66. f
6
4 55 10.42
- 5.509
+19 42 58.3
-45.88
9.740 2936
+ 258.2
6.07
16.00
23 50.8
7
4 52 57.08
5.497
19 25 3.2
43.63
9.741 3555
635.8
6.06
15.96
23 44.7
8
4 50 47.32
5.301
19 8 7.6
40.92
9.743 2922
986.6
6.03
15.89
23 38.7
9
4 48 43.32
5.017
18 52 22.3
37.78
9.746 0831
1337.2
5.99
15.79
23 32.9
10
4 46 47.15
4.651
18 37 57.3
84.24
9.749 7001
1674.5
5.94
15.66
23 27.2
U
4 45 0.71
- 4.208
+18 25 1.4
-30.37
9.754 1082
+1995.9
5.88
15.50
23 21.7
12
4 43 25.74
3.096
18 13 42.1
26.20
9.759 2666
2299.5
5.81
15.32
23 16.4
13
4 42 3.78
3.125
18 4 5.5
21.82
9.765 1301
2583.4
5.74
15.11
23 11.3
14
4 40 56.16
2.502
17 56 16.3
17.26
9.771 6501
2846.4
5.65
14.89
23 6.5
15
4 40 4.03
1.835
17 50 17.7
12.61
9.778 7756
3067.9
5.56
14.65
23 2.0
16
4 39 28.35
- 1.133
+17 46 11.5
- 7.91
9.786 4546
+3307.6
5.46
14.39
22 57.7
17
4 39 9.90
-0.401
17 43 58.2
- 3.21
9.794 6349
8505.7
5.36
14.12
22 53.8
18
4 39 9.29
•i- 0.353
17 43 36.8
•1- 1.42
9.803 2651
3682.6
5.25
13.84
22 50.1
19
4 39 26.98
1.123
17 45 5.4
5.94
9.812 2951
3839.0
5.14
13.56
22 46.8
20
4 40 3.31
1.906
17 48 20.8
10.31
9.821 6766
8975.7
5.04
13.27
22 43.7
21
4 40 58.52
+ 2.695
+17 53 19.1
•1-14.50
9.831 3636
+4003.7
4.92
12.98
22 41.0
22
4 42 12.74
3.490
17 59 55.4
18.48
9.841 3126
4194.2
4.81
12.68
22 38.6
23
4 43 46.05
4.286
18 8 4.5
22.22
9.851 4828
4278.3
4.70
12.39
22 36.5
24
4 45 38.46
5.082
18 17 40.1
25.70
9.861 8361
4347.0
4.59
12.10
22 34.8
25
4 47 49.97
5.877
18 28 35.9
28.90
9.872 3367
4401.2
4.48
11.81
22 33.3
26
4 50 20.52
+ 6.668
+18 40 44.9
+31 JO
9.882 9511
+4442.0
4.37
11.52
22 32.2
27
4 53 10.04
7.458
18 53 59.7
34.38
9.893 6482
4470.2
4.27
11.24
22 31.4
28
4 56 18.48
8.245
19 8 12.7
36.65
9.904 3985
4486.5
4.16
10.97
22 30.9
29
4 59 45.77
9.029
19 23 15.9
38.57
9.915 1742
4401.5
4.06
10.70
22 30.7
30
5 3 31.84
9.810
19 39 1.0
40.13
9.925 9488
4485.6
3.96
10.44
22 30.8
% 1
5 7 36.63
•flO.580
+19 55 19.3
+41.33
9.936 6969
+4460.4
3.86
10.18
22 31.2
2
5 12 0.08
+11.365
+20 12 2.0
+42.16
9.947 3936
+4442.9
3.77
9.93
22 32.0
138
MEECUEY, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Right
AAcension.
Var.per
Hour.
Apparent
Declination.
Var.per
Hour.
Loearithm of
I>i8tanee
from Earth.
Var.per
Hoar.
Semi«
diam-
eter.
Hot.
Paral-
lax.
Transit,
Meridian
of
Green-
JVoon.
JVoon.
Nwm,
JVoon.
Noon.
JVoon.
JVoon.
JVoon.
widi.
h m 8
8
9 • »/
//
t»
//
h m
July 1
5 7 36.63
+10.580
+19 55 19.3
+ 41.33
9.936 6969
+4469.4
3.86
10.18
22 31.2
2
5 12 0.08
11.365
20 12 2.0
42.16
9.947 3936
4442.9
3.77
9.93
22 32.0
3
5 16 42.15
12.140
20 28 59.7
42.58
9.958 0145
4406.2
3.68
9.69
22 33.0
4
5 21 42.77
12.911
20 46 2.8
42.60
9.968 5353
4359.5
3.59
9.46
22 34.4
5
5 27 1.87
13.680
21 3 1.4
42.20
9.978 9317
4302.5
3.51
9.24
22 36.1
6
5 32 39.37
+14.444
+21 19 45.0
+ 4! .36
9.989 1790
+4235.2
3.42
9.02
22 38.0
7
5 38 35.13
15.202
21 36 2.9
40.06
9.999 2519
4157.1
3.35
8.82
22 40.3
8
5 44 48.99
15.951
21 51 43.9
38.28
0.009 1242
4068.0
3.27
8.62
22 42.9
9
5 51 20.70
16.689
22 6 36.6
36.02
0.018 7692
3967.6
3.20
8.43
22 45.8
10
5 58 9.93
17.411
22 20 29.1
33.27
0.028 1596
3855.8
3.13
8.25
22 48.9
11
6 5 16.27
+18.113
+22 33 9.5
+ 30.01
0.037 2673
+3732.0
3.06
8.08
22 52.4
12
6 12 39.17
18.790
22 44 25.5
26.24
0.046 0636
3506.2
3.00
7.91
22 56.1
13
6 20 17.92
19.434
22 54 5.2
21.99
0.054 5197
3448.5
2.95
7.76
23 0.0
14
6 28 11.68
20.039
23 1 66.9
17.24
0.062 6073
3289.2
2.89
7.62
23 4.2
15
6 36 19.43
20.598
23 7 49.1
12.04
0.070 2988
3118.6
2.84
7.48
23 8.6
16
6 44 39,97
+21.104
+23 11 31.3
+ 6.41
0.077 5683
+2937.7
2.79
7.36
23 13.2
17
6 53 11.93
21.549
23 12 54.0
+ 0.42
0.084 3921
2747.4
2.75
7.25
23 18.0
18
7 1 53.81
21.929
23 11 49.2
- 5.87
0.090 7497
2549.4
2.71
7.14
23 22.9
19
7 10 43.94
22.237
23 8 10.2
12.42
0.096 6242
2345.2
2.67
7.04
23 27.9
20
7 19 40.57
22.470
23 1 52.1
19.11
0.102 0031
2136.8
2.64
6.96
23 33.0
21
7 28 41.88
+22.627
+22 52 52.1
- 25.88
0.106 8788
+1926.1
2.61
6.88
23 38.1
22
7 37 46.06
22.708
22 41 9.4
32.66
0.111 2485
1715.4
2.59
6.81
23 43.3
23
7 46 51.29
22.716
22 26 44.9
39.35
0.115 1143
1506.6
2.56
6.75
23 48.5
24
7 55 55.86
22.654
22 9 41.5
45.88
0.118 4834
1301.8
2.54
6.70
23 53.6
25
8 4 58.16
22.528
21 50 3.9
52.20
0.121 3672
1102.5
2.53
6.65
23 58.6
26
8 13 56.72
+22.343
+21 27 58.1
- 58.24
0.123 7807
+ 910.0
2.51
6.62
27
8 22 50.23
22.108
21 3 31.2
63.95
0.125 7418
725.6
2.50
6.59
0 3.6
28
8 31 37.57
21.830
20 36 51.5
69.31
0.127 2709
550.1
2.49
6.56
0 8.4
29
8 40 17.80
21 .517
20 8 7.5
74.29
0.128 3899
384.0
2.48
6.55
0 13.2
30
8 48 50.13
21.174
19 37 28.5
78.89
0.129 1215
227.3
2.48
6.54
0 17.8
31
8 57 13.98
+20.810
+19 5 3.7
- 83.11
0.129 4886
+ 80.2
2.48
6.53
0 22.3
Aug. 1
9 5 28.88
20.430
18 31 2.1
86.95
0.129 5138
- 57.6
2.48
6.53
0 26.6
2
9 13 34.53
20.040
17 55 32.9
90.42
'0.129 2193
186.3
2.48
6.53
0 30.7
8
9 21 30.74
19.644
17 18 44.8
93.53
0.128 6262
306.5
2.48
6.54
0 34.7
4
9 29 17.41
19.246
16 40 46.1
96.30
0.127 7542
418.8
2.49
6.56
0 38.6
5
9 36 54.54
+18.849
+16 1 44.8
- 98.75
0.126 6218
-523.6
2.50
6.57
0 42.3
6
9 44 22.19
18.456
15 21 48.4
100.90
0.125 2465
621.4
2.50
6.59
0 45.8
7
9 51 40.48
18.069
14 41 3.8
102.77
0.123 6440
713.0
2.51
6.62
0 49.1
8
9 58 49.57
17.690
13 59 37.6
104.38
0.121 8283
799.1
2.52
6.65
0 52.4
9
10 5 49.66
17.319
13 17 35.8
105.74
0.119 8122
880.2
2.53
6.68
0 55.4
10
10 12 40.97
+16.958
+12 35 4.1
-106.87
0.117 6072
- 956.7
2.55
6.71
0 58.3
11
10 19 23.74
16.608
11 52 7.8
107.79
0.115 2234
1029.2
2.56
6.75
1 1.1
12
10 25 58.22
16.267
11 8 51.7
108.52
0.112 6699
1098.2
2.58
6.79
1 3.7
13
10 32 24.64
15.937
10 25 20.3
109.07
0.109 9542
1164.4
2.59
6.83
1 6.2
14
10 38 43.27
15.617
9 41 37.9
109.44
0.107 0829
1228.0
2.61
6.88
1 8.6
15
10 44 54.35
+15.308
+ 8 57 48.3
-109.67
0.104 0616
-1289.4
2.63
6.02
1 10.8
16
10 50 58.11
+15.008
4 8 13 55.2
-109.74
0.100 8951
-1349.1
2.65
6.98
1 12.9
MERCURY, 1916.
139
GREENWICH MEAN TIME.
DttA.
Aaccfislon.
Var.per
Hour.
Apparent
Dedinatimi.
Var. pei
Hour.
Lofuithmof
Distance
from Earth.
Var.per
Hoar.
Sftmi-
diam-
eter.
Hor.
Paral-
lax.
Transit,
Meridi^
of
Oreen-
Noon.
Jroofl.
Noon.
Noon,
Noon.
Noon.
Noon.
Noon.
wich.
h m 8
■
• 1 tt
ft
ft
It
h m
Aug. 16
10 50 58.11
•1-15.008
+ 8 13 55.2
-100.74
0.100 8951
-1340.1
2.65
6.98
1 12.9
17
10 56 54.78
14.717
7 30 2.0
100.67
0.097 5870
1407.5
2.67
7.03
1 14.9
18
11 2 44.57
14.434
6 46 11.9
100.48
0.094 1401
1464.8
2.69
7.08
1 16.8
19
11 8 27.67
14.150
6 2 28.0
100.16
0.090 5565
1521.4
2.71
7.14
1 18.6
20
11 14 4.27
13.g92
5 18 53.3
108.72
0.086 8377
1577.6
2.73
7.20
1 20.3
21
11 19 34.54
+13.031
+ 4 35 30.5
-108.17
0.082 9844
-1633.5
2.76
7.27
1 21.8
22
11 24 58.61
13.875
3 52 22.2
107.50
0.078 9967
1680.5
2.78
7.34
1 23.3
23
11 30 16.61
13.125
3 9 31.1
106.73
0.074 8743
1745.8
2.81
7.41
1 24.6
24
11 35 28.64
12.878
2 26 59.8
105.86
0.070 6162
1802.7
2.84
7.48
1 25.9
25
11 40 34.79
12.635
1 44 50.7
104.88
0.066 2210
1860.1
2.87
7.65
1 27.0
26
11 45 35.10
+12.392
-1- 1 3 6.3
-103.80
0.061 6870
-1918.4
2.90
7.63
1 28.1
27
11 50 29.61
12.150
+ 0 21 49.1
102.62
0.057 0120
1977.7
2.93
7.72
1 29.0
28
11 55 18.32
11.900
- 0 18 58.4
101.33
0.052 1933
2038.1
2.96
7.80
1 29.9
29
12 0 1.22
11.6«5
0 59 13.7
00.93
0.047 2280
2099.8
3.00
7.89
1 30.7
30
12 4 38.25
11.420
1 38 54.2
08.43
0.042 1129
2163.0
3.03
7.99
1 31.3
31
12 9 9.32
+11.100
- 2 17 57.2
- 06.81
0.036 8445
-2227.6
3.07
8.08
1 31.9
S«-pt. 1
12 13 34.31
10.012
2 56 19.9
95.07
0.031 4191
2293.8
3.11
8.18
1 32.4
2
12 17 53.07
10.040
3 33 59.5
03.20
0.025 8330
2361.6
3.16
8.29
1 32.7
3
12 22 5.40
10.377
4 10 52.8
01.21
0.020 0823
2431.0
3.19
8.40
1 33.0
4
12 26 11.07
10.003
4 46 56.6
89.08
0.014 1632
2501.9
3.23
8.62
1 33.1
5
12 30 9.79
+ 0.707
- 5 22 7.6
- 86.80
0.008 0719
-2574.4
3.28
8.64
1 33.2
6
12 34 1.24
0.487
5 56 21.7
84.36
0.001 8049
2648.3
3.33
8.76
1 33.1
7
12 37 45.03
9.160
6 29 35.3
81.75
9.995 3589
2723.5
3.38
8.89
1 32.8
8
12 41 20.74
8.813
7 1 44.0
78.95
9.988 7311
2799.8
3.43
9.03
1 32.6
9
12 44 47.85
8.443
7 32 43.1
75.94
9.981 9194
2876.8
3.48
9.17
1 32.0
10
12 48 5.81
+ 8.040
- 8 2 27.6
- 72.72
9.974 9225
-2954.0
3.54
9.32
1 31.3
11
12 51 13.98
7.027
8 30 61.5
60.25
9.967 7402
3031.2
3.60
9.48
1 80.6
12
12 54 11.67
7.175
8 57 49.2
65.51
9.960 3736
3107.5
3.66
9.64
1 29.5
13
12 56 58.09
6.688
9 23 13.8
61.49
9.952 8258
3182.0
3.72
9.81
1 28.3
14
12 59 32.38
6.163
9 46 58.0
57.14
9.945 1020
3253.9
3.79
9.99
1 26.9
16
13 1 53.59
+ 6.508
-10 8 53.7
- 52.44
9.937 2102
-3321.8
3.86
10.17
1 25.3
16
13 4 0.71
4.068
10 28 51.8
47.34
9.929 1617
3384.2
3.93
10.36
1 23.5
17
13 5 52.61
4.320
10 46 42.6
41.82
9.920 9723
3438.9
4.01
10.56
1 21.4
18
13 7 28.11
3.620
11 2 15.4
35.83
9.912 6631
3483.6
4.08
10.76
1 19.0
19
13 8 45.95
2.858
11 16 18.5
29.34
9.904 2610
3515.7
4.16
10.97
1 16.4
20
13 9 44.84
+ 2.040
-11 25 39.4
- 22.30
9.896 8005
-3531.7
4.24
11.19
1 13.4
21
13 10 23.46
1.168
11 33 4.4
14.68
9.887 3249
35r.6
4.33
11.41
1 10.1
22
13 10 40.50
+ 0.243
11 37 19.4
- 6.46
9.878 8876
3499.0
4.41
11.63
1 6.4
23
13 10 34.73
-0.732
11 38 9.6
+ 2.39
9.870 5537
3440.5
4.50
11.86
1 2.4
24
13 10 5.02
1.760
11 35 20.2
11.84
9.862 4011
3346.8
4.58
12.08
0 57.9
25
13 9 10.49
- 2.800
-11 28 36.6
+ 21.88
9.854 5224
-3211.3
4.67
12.30
0 63.1
26
13 7 50.53
3.866
11 17 45.7
32.43
9.847 0254
3027.7
4.75
12.52
0 47.8
27
13 6 4.97
4.020
11 2 36.6
43.38
9.840 0331
2789.8
4.83
12.72
0 42.1
28
13 8 54.18
5.964
10 43 1.6
54.56
9.833 6826
2492.0
4.90
12.91
0 36.0
29
13 1 19.19
6.040
10 18 58,3
65.70
9.828 1231
2129.9
4.96
13.07
0 29.5
30
12 58 21.84
- 7.820
- 9 50 30.8
+ 76.51
9.823 5125
-1701.0
5.01
5.05
13.21
0 22.6
Oct. 1
12 55 4.85
-8.570
- 9 17 51.3
+ 86.62
9.820 0117
-1206.5
13.32
0 16.5
140
MERCURY, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Rl5it
Aaoenakm.
Var.per
Hour.
Apparent
Decimation.
Var.per
Hour.
Logarithm of
DIftanoe
from Earth.
Var.per
Hour.
Semi-
diam*
eter.
Hor.
Paral-
lax.
Transit,
Merldiia
of
Ore«-
Noon,
Noom.
Noon*
Noon,
Noon,
Noom,
Novn.
Noon,
wirh.
h m 8
8
• t tt
II
II
It
h m
Oct. 1
12 55 4.85
- 8.570
- 9 17 51.3
+ 86.62
9.820 0117
-1305.5
5.05
13.32
0 15.5
2
12 51 31.84
9.148
8 41 22.0
95.60
9.817 7762
647.6
5.08
13.39
0 8.0
3
12 47 47.38
9.518
8 1 35.3
103.00
9.816 9465
- 35.7
5.09
13.41
4
12 43 56.84
9.050
7 19 14.1
106.40
9.817 6382
+ 617.9
5.08
13.39
23 44.9
5
12 40 6.25
9.530
6 35 11.1
111.43
9.819 9328
1397.0
5.06
13.32
23 37.2
6
12 36 22.02
- 9.119
- 5 50 26.4
+111.83
9.823 8686
+1982.3
5.01
13.20
23 29.8
7
12 32 50.67
8.450
5 6 5.0
100.48
9.829 4352
3652.4
4.95
13.03
23 22.7
8
12 29 38.45
7.528
4 23 12.9
104.41
9.836 5718
3387.3
4.87
12.82
23 16.0
9
12 26 51.08
6.385
3 42 53.5
96.80
9.845 1706
3868.0
4.77
12.57
23 9.8
10
12 24 33.42
5.059
3 6 3.9
86.98
9.855 0826
4370.4
4.66
12.29
23 4.1
11
12 22 49.33
- 3.595
- 2 33 32.6
+ 75.36
9.866 1274
+4810.5
4.55
11.98
22 59.0
12
12 21 41.56
3.041
2 5 57.3
62.39
9.878 1040
5165.3
4.42
11.65
22 54.5
13
12 21 11.68
- 0.445
1 43 44.7
48.55
9.890 8020
5411.8
4.29
11.32
22 50.7
14
12 21 20.20
+ 1.151
1 27 10.1
34.30
9.904 0120
5582.7
4.17
10.98
22 47.5
15
12 22 6.66
1
3.711
1 16 18.7
30.01
9.917 5346
5673.4
4.04
10.64
22 45.0
16
12 23 29.78
+ 4.303
- 1 11 6.8
+ 6.05
9.931 1864
+5601.8
3.91
10.31
22 43.0
17
12 25 27.63
5.603
1 11 23.2
- 7.30
9.944 8046
5647.0
3.79
9.99
22 41.5
18
12 27 57.83
6.896
1 16 50.9
19 J»
9.958 2497
5549.1
3.68
9.69
22 40.5
19
12 30 57.70
8.073
1 27 9.0
81.48
9.971 4059
5407.9
3.57
9.40
2^ 40.0
20
12 34 24.39
9.131
1 41 53.6
43.07
9.984 1807
5332.8
3.46
9.13
22 39.9
21
12 38 15.04
+10.070
- 2 0 39.6
- 51.50
9.996 5033
+5033.5
3.37
8.87
22 40.2
22
12 42 26.86
10.805
2 23 1.2
60.04
0.008 3225
4814.4
3.28
8.63
22 40.7
23
12 46 57.17
11.613
2 48 33.0
67,44
0.019 6040
4585.4
3.19
8.41
22 41.5
24
12 51 43.52
12.333
3 16 50.3
73.85
0.030 3279
4350.7
3.11
8.21
22 42.5
25
12 56 43.66
13.764
3 47 29.9
79.31
0.040 4865
4114.9
3.04
8.02
22 43.8
2«
13 1 55.57
+13.316
- 4 20 10.1
- 83.91
0.050 0813
+3881.4
2.98
7.84
22 45.2
27
13 7 17.46
13.508
4 54 31.1
87.73
0.059 1210
3652.7
2.91
7.68
22 46.8
28
13 12 47.80
13.921
5 30 14.8
90.83
0.067 6197
3430.8
2.86
7.53
22 48.5
29
13 18 25.25
14.193
6 7 4.8
93.36
0.075 5955
3317.3
2.81
7.39
22 50.2
30
13 24 8.66
14.419
6 44 46.5
95.13
0.083 0692
3013.5
2.76
7.27
22 52.1
31
13 29 57.08
+14.610
- 7 23 7.0
- 96.50
0.090 0627
+2817.1
2.71
7.15
22 54.0
Nov. 1
13 35 49.69
14.770
8 1 54.6
97.40
0.096 5988
3631.3
2.67
7.05
22 56.0
2
13 41 45.84
14.905
8 40 59.2
97.93
0.102 7005
2455.0
2.64
6.95
22 58.1
3
13 47 44.97
15.020
9 20 11.8
98.08
0.108 3903
3388.0
2.60
6.86
23 0.1
4
13 53 46.65
15.118
9 59 24.5
97.93
0.113 6899
3139.8
2.57
6.77
23 2.3
5
13 59 50.51
+15.203
"10 38 30.2
- 97.51
0.118 6201
+1960.1
2.64
6.70
23 4.4
6
14 5 56.28
15.277
11 17 22.9
96.85
0.123 2006
1838.3
2.51
6.63
23 6.6
7
14 12 3.75
15.344
11 55 57.1
95.98
0.127 4600
1704.0
2.49
6.56
23 8.8
8
14 18 12.75
15.405
12 34 8.0
94.91
0.131 3855
1576.7
2.47
6.50
23 11.1
9
14 24 23.17
15.462
13 11 51.4
93.68
0.135 0232
1455.8
2.45
6.45
23 13.3
10
14 30 34.91
+15.516
-13 49 3.4
- 93.30
0.138 3779
+1340.8
2.43
6.40
23 15.6
11
14 36 47.94
15.569
14 25 40.7
90.78
0.141 4633
1331.3
2.41
6.35
23 17.9
12
14 43 2.22
15.621
15 1 40.1
80.15
0.144 2919
1136.7
2.40
6.31
23 20.2
13
14 49 17.74
15.673
15 36 58.9
87.40
0.146 8752
1036.7
2.38
6.27
23 22.6
14
14 55 34.52
15.726
16 11 34.7
85.56
0.149 2235
930.8
2.37
6.24
23 24.9
15
15 1 52.57
+15.779
-16 45 25.0
-83.63
0.151 3461
+ 838.6
2.36
6.21
23 27.3
16
15 S 11.92
+15.834
-17 18 27.7
- 81.59
0.153 2517
+ 749.9
2.35
6.18
23 29.7
MERCURY, 1916.
141
GREENWICH MEAN TDIE.
Dtto.
Aflonakm.
Vtf.p«r
Hour.
Am»r«at
DecUDAtioo.
Vat. p«r
Hour.
LonriChmor
Diatanc«
from Earth.
Var.per
Hour.
8«mi-
diam*
etflt.
Hor.
Paral-
Utx.
Tranait,
MvidUui
of
Green-
JrOOW*
JrOOW.
Noam,
JToon.
Jfoon.
Jroon.
Jvoon.
Nwm.
wich.
h m 8
■
• t $f
tt
//
II
h m
Nov. 16
15 8 11.92
-(-15.884
-17 18 27.7
-81.59
0.153 2517
+ 749.9
2.35
6.18
23 29.7
17
15 14 32.61
15.891
17 50 40.8
79.49
0.154 9480
664.1
2.34
6.16
23 32.1
18
15 20 54.68
15.049
18 22 2.5
n.31
0.166 4417
581.0
2.33
6.14
23 34.6
l»
15 27 18.17
16.009
18 52 30.9
75.06
0.157 7388
500.3
2.32
6.12
23 37.1
20
15 33 43.12
i6.on
19 22 4.4
72.72
0.158 8448
431.7
2.32
6.10
23 39.6
21
15 40 9.58
+16.135
-19 50 41.3
-70.34
0.159 7643
+ 844.9
2.31
6.09
23 42.1
22
15 46 37.58
i6.aoo
20 18 20.2
67.90
0.160 5014
360.6
2.31
6.08
23 44.7
23
15 53 7.17
16.366
20 44 59.4
66.37
0.161 0693
196.5
2.30
6.07
23 47.2
24
15 59 38.37
16.334
21 10 37.5
03.79
0.161 4407
133.5
2.30
6.07
23 49.8
26
16 6 11.21
16.403
21 35 13.0
60.15
0.161 6480
+ 50.3
2.30
6.06
23 52.5
26
16 12 45.71
+16.473
-21 58 44.4
-57.45
0.161 6828
- 21.2
2.30
6.06
23 65.2
27
16 19 21.88
16.543
22 21 10.3
54.70
0.161 5462
93.5
2.30
6.07
23 67.8
28
16 25 59.73
16.612
22 42 29.3
51.87
0.161 2389
163.6
2.30
6.07
29
16 32 39.25
16.681
23 2 39.9
40.00
0.160 7610
334.7
2.31
6.08
0 0.6
30
16 39 20.43
16.750
23 21 40.9
46.07
0.160 1120
806.3
2.31
6.09
0 3.3
Dec. 1
16 46 3.24
-(-16.818
-23 39 30.7
-43 .C8
0.159 2910
- 378.1
2.31
6.10
0 6.1
2
16 52 47.66
16.884
23 56 8.0
40.02
0.158 2966
450.7
2.32
6.11
0 8.9
3
16 59 33.63
16.947
24 11 31.3
86.91
0.157 1268
534.3
2.33
6.13
0 11.7
4
17 6 21.10
17.008
24 25 39.3
83.74
0.155 7791
500.0
2.33
6.16
0 14.6
5
17 13 10.00
17.066
24 38 30.6
30.52
0.164 2603
675.3
2.34
6.17
0 17.5
6
17 20 0.24
+17.120
-24 50 3.8
-27.36
0.152 6368
-753.0
2.36
6.19
0 20.4
7
17 26 51.72
17.109
25 0 17.6
28.90
0.150 6342
832.8
2.36
6.22
0 23.3
8
17 33 44.31
17.212
25 9 10.4
30.50
0.148 6376
914.8
2.37
6.26
0 26.2
9
17 40 37.87
17.250
25 16 41.1
17.05
0.146 2412
999.3
2.38
6.28
0 29.2
10
17 47 32.25
17.280
25 22 48.3
13.54
0.143 7389
1086.5
2.40
6.32
0 32.1
11
17 54 27.26
+17.302
-25 27 30.8
-9.99
0.141 0234
-1176.9
2.41
6.36
0 35.1
12
18 1 22.68
17.315
25 30 47.4
6.39
0.138 0869
1370.8
2.43
6.40
0 38.1
13
18 8 18.28
17.317
25 32 36.9
-3.73
0.134 9207
1368.4
2.45
6.46
0 41.1
14
18 15 13.79
17.307
25 32 58.2
+ 0.96
0.131 6164
1470.1
2.47
6.50
0 44.1
15
18 22 8.90
17.283
25 31 50.6
4.69
0.127 8606
1576.4
2.49
6.66
0 47.1
16
18 29 3.27
+17.245
-25 29 12.8
+ 8.45
0.123 9449
-1687.6
2.51
6.61
0 60.0
17
18 35 56.52
17.190
25 25 4.5
13.24
0.119 7560
1804.1
2.53
6.68
0 53.0
18
18 42 48.20
17.114
25 19 26.1
16.05
0.115 2805
1936.5
2.56
6.75
0 55.9
19
18 49 37.84
17.018
25 12 14.3
19.85
0.110 6041
3055.0
2.69
6.82
0 68.8
20
18 56 24.88
16.807
26 3 32.1
28.66
0.105 4114
3190.1
2.62
6.90
1 1.6
21
19 3 8.69
+16.749
-24 63 18.7
+27.45
0.099 9860
-3332.3
2.65
6.99
1 4.4
22
19 9 48.50
16.570
24 41 34.7
31.20
0.094 2103
2482.0
2.69
7.08
1 7.2
23
19 16 23.77
16.356
24 28 21.3
84.90
0.088 0660
2639.6
2.73
7.18
1 9.8
24
19 22 53.35
16.102
24 13 40.0
38.52
0.081 6339
2805.2
2.77
7.29
1 12.3
25
19 29 16.31
15.803
23 57 33.0
42.04
0.074 5942
2979.2
2.81
7.41
1 14.8
26
19 35 31.51
+15.454
-23 40 3.2
+45.42
0.067 2269
-3161.6
2.86
7.54
1 17.1
27
19 41 37.66
15.048
23 21 14.3
48.63
0.059 4119
3352.2
2.91
7.67
1 19.2
28
19 47 33.29
14.578
23 1 11.0
51.62
0.051 1300
3550.6
2.97
7.82
1 21.2
29
19 53 16.78
14.034
22 39 59.0
54.34
0.042 3632
3756.1
3.03
7.98
1 23.0
30
19 58 46.25
13.408
22 17 45.3
66.74
0.033 0959
3967.5
3.09
8.15
1 ?4.5
31
20 3 59.65
+12.692
-21 54 38.4
+58.76
0.023 3160
-4183.0
3.16
8.34
1 25.8
32
20 8 54.66
+11.878
-21 30 48.2
+60.35
0.013 0168
-4399.8
3.24
8.54
1 26.7
142
MERCUKY, 1916.
FOR GREENWICH MEAN NOON.
Date.
HeUooeotrlc
Longitude,
Mean Equinox
of Date.
Var. per
Day.
Reduction
to Orbit.
Helioceatrio
Latitude.
Var. per
Day.
Losarithmof
Radius Vector.
Var.pw
• # n
• /
II
/ n
• 1 II
»
II
Jan. 1
312 38 27.7
3 27
riA
+ 2 5.5
-6 58 47.7
-2
3.3
9.621 3339
-^508»
2
316 8 23.7
3 32
28.0
+ 0 32.3
7 0 6.0
-0
32.2
9.616 1735
62875
3
319 43 30.7
3 37
49.6
- 1 4.1
6 59 49.7
+ 1
6.0
9.610 7615
55362
4
323 24 9.9
3 43
32.6
2 41.7
6 57 51.6
2
61.6
9.605 1061
67730
5
327 10 43.1
3 49
37.6
4 19.2
6 54 3.9
4
46.1
9.599 2177
60006
6
331 3 32.4
3 66
4.8
- 5 54.9
-6 48 18.6
+ 6
47.0
9.593 1098
-62133
7
335 3 0.3
4 2
54.8
7 26.4
6 40 27.1
8
67.4
9.586 7971
64078
8
339 9 29.4
4 10
7.1
8 51.6
6 30 20.9
11
16.6
9.580 3014
667M
9
343 23 21.9
4 17
41.6
10 8.1
6 17 51.3
13
44.2
9.573 6469
67245
10
347 44 59.5
4 25
37.2
11 13.1
6 2 49.8
16
20.1
9.566 8632
68372
11
352 14 42.8
4 33
62.6
-12 3.9
-5 45 8.6
+19
8.6
9.559 9853
-60118
12
356 52 50.5
4 42
26.6
12 37.8
5 24 40.5
21
63.6
9.553 0547
00414
13
1 39 39.1
4 51
14.0
12 52.0
5 1 19.9
24
48.3
9.546 1197
60104
14
6 35 22.2
5 0
13.8
12 44.2
4 35 3.0
27
46.7
9.539 2354
68887
15
11 40 8.7
5 9
20.3
12 12.6
4 5 48.6
30
42.8
9.532 4643
66018
16
16 54 3.0
5 18
28.0
-11 15.9
-3 33 38.7
4^
36.0
9.525 8762
-64717
17
22 17 2.8
6 27
30.2
9 53.9
2 58 39.4
36
20.9
9.519 5473
61722
18
27 48 59.0
5 36
19.1
8 7.8
2 21 1.4
38
62.6
9.513 5600
67882
19
33 29 33.4
5 44
46.4
6 0.0
1 41 0.8
41
5.1
9.508 0001
63160
20
39 18 19.0
5 52
39.5
3 34.4
0 58 59.5
42
62.9
9.502 9557
47576
21
45 14 38.2
5 69
50.8
- 0 56.6
-0 15 25.1
+44
10.3
9.498 5135
-41131
22
51 17 42.9
6 6
8.9
+ 1 46.8
+0 29 9.3
44
62.0
9.494 7559
33807
23
57 26 34.7
6 11
23.2
4 27.8
1 14 5.6
44
53.6
9.491 7571
25074
24
63 40 4.8
6 15
24.1
6 58.1
1 58 42.1
44
12.0
9.489 5797
17406
25
69 56 55.8
6 18
3.7
9 9.7
2 42 15.0
42
46.6
9.488 2709
-8632
26
76 15 43.2
6 19
16.2
+10 55.2
+3 24 0.8
+40
38.1
9.487 8598
+ 425
27
82 34 58.0
6 18
68.2
12 8.9
4 3 17.8
37
49.7
9.488 3555
047D
28
88 53 9.2
6 17
9.2
12 47.1
4 39 28.6
34
26.7
9.489 7469
18306
29
95 8 46.9
6 13
51.9
12 48.3
5 12 1.7
30
36.4
9.492 0032
26738
30
101 20 25.3
6 9
11.7
12 13.6
5 40 32.6
26
23.6
9.495 0756
34O08
31
107 26 45.2
6 3
16.5
+11 6.1
+6 4 44.8
+21
69.4
9.498 9004
+41767
Feb. 1
113 26 36.5
5 66
16.1
9 30.6
6 24 29.7
17
30.3
9.503 4024
48135
2
119 18 59.4
5 48
21.6
7 33.0
6 39 46.2
13
3.6
9.508 4988
53<M5
3
125 3 5.4
5 39
44.3
5 20.0
6 50 39.7
8
46.2
9.514 1021
68277
4
130 38 17.7
5 30
36.2
2 58.3
6 57 21.0
4
40.0
9.520 1249
62tKO
5
136 4 10.9
5 21
7.7
+ 0 34.0
+7 0 5.3
+ 0 61.6
9.526 4812
+64064
6
141 20 29.6
5 11
28.9
- 1 47.2
6 59 10.5
- 2
37.9
9.533 0896
67086
7
146 27 8.2
5 1
48.6
4 0.7
6 54 56.2
5
47.3
9.539 8742
68480
8
151 24 8.8
4 52
14.1
6 2.9
6 47 42.7
8
36.2
9.546 7658
69230
9
156 11 40.2
4 42
51.3
7 51.0
6 37 50.6
11
4.8
9.553 7027
09407
10
160 49 56.9
4 33
45.1
- 9 23.3
+6 25 39.5
-13
14.3
9.560 6303
4«NW5
11
165 19 17.1
4 24
69.0
10 38.7
6 11 28.0
15
6.8
9.567 5010
68282
12
169 40 2.4
4 16
36.7
11 36.9
5 55 33.4
16
40.7
9.574 2740
67121
13
173 52 36.5
4 8
36.7
12 18.1
5 38 11.7
18
0.4
9.580 9147
65644
14
177 57 24.2
4 1
3.1
12 42.9
5 19 37.1
19
6.7
9.587 3940
63003
15
181 54 51.4
3 63
65.6
-12 52.2
+5 0 2.3
-20
0.9
9.593 6879
4«1942
16
185 45 23.9
3 47
13.7
-12 47.2
+4 39 38.8
-20
44.4
9.599 7764
+60808
MERCURY, 1916.
FOR GREENWICH MEAN NOON.
148
Date.
HalkMmitrio
Mc«n Equinox
of Date.
Vtf. p«r
Day.
lUduotion
to Orbit.
H«Uoceotrio
LaUtude.
Vtf. per
Dty.
Lonrlthmof
RmUu Vector.
Var.p*
Day.
• / //
• /
//
/ #/
• / /#
/
//
Feb. 16
185 45 23.9
8 47
18.7
-12 47.2
+4 39 38.8
-30
44.4
9.599 7764
+S9&»
17
189 29 27.4
8 40
57.0
12 29.1
4 18 36.5
31
18.7
9.605 6436
57530
18
193 7 27.4
8 85
0.4
11 59.2
3 57 4.1
31
44.8
9.611 2767
56134
19
196 39 48.3
8 39
39.4
11 19.0
3 35 9.2
33
3.9
9.616 6654
53688
20
200 6 54.1
3 34
30.0
10 29.6
3 12 58.4
33 10.8
9.621 8019
50084
21
203 29 7.8
8 19
55.0
- 9 32.7
+2 50 37.4
-33 34.3
9.626 6806
•147483
22
206 46 51.3
3 16
85.0
8 29.3
2 28 11.3
33
27.3
9.631 2971
448U
23
210 0 25.9
8 11
30.8
7 20.6
2 5 44.2
33
30.4
9.635 6482
43170
24
213 10 11.5
8 7
57.0
6 7.8
1 43 19.7
33
33.0
9.639 7320
30497
25
216 16 27.5
3 4
37.4
4 51.9
1 21 1.1
33
14.7
9.643 5475
30811
26
219 19 32.3
a. 1
35.1
- 3 34.0
+0 58 51.1
-33
4.9
9.647 0943
•►34134
27
222 19 43.4
3 58
50.0
2 14.8
0 36 52.1
31
53.8
9.650 3724
31489
28
225 17 17.7
3 56
31.3
- 0 55.4
+0 15 6.1
31
38.9
9.653 3823
38750
29
228 12 31.2
3 54
8.3
+ 0 23.6
-0 6 25.2
31
33.4
9.656 1244
36086
M*r. 1
231 5 39.3
3 52
10.5
1 41.3
0 27 40.1
31
0.2
9.658 5998
38434
2
233 56 57.0
3 50
27.3
+ 2 57.3
-0 48 37.1
-30
47.7
9.660 8095
•1-30771
3
236 46 38.6
3 48
58.2
4 10.8
1 9 15.1
30 38.0
9.662 7544
18138
4
239 34 57.9
3 47
42.7
5 21.2
1 29 32.8
30
7.3
9.664 4355
16494
5
242 22 8.4
3 40
40.5
6 28.1
1 49 29.1
19
45.3
9.665 8538
13872
6
245 8 23.3
3 45
51.4
7 31.0
2 9 2.9
19
22.2
9.667 0101
10350
7
247 53 55.5
3 45
15.0
+ 8 29.3
-2 28 13.2
-18 58.3
9.667 9051
-(- 7045
8
250 38 57.4
3 44
50.0
9 22.8
2 46 59.0
18 33.3
9.668 5393
5099
9
253 23 41.5
3 44
39.3
10 10.9
3 5 19.2
16
7.1
9.668 9132
•f 3439
10
256 8 20.1
3 44
40.0
10 53.4
3 23 12.8
17
39.9
9.669 0271
- 101
U
258 53 5.5
3 44
52.9
11 29.9
3 40 38.5
17
11.4
9.668 8810
2703
12
261 38 9.9
3 45
17.9
+12 0.0
-3 57 35.1
-10
41.0
9.668 4748
- 5302
13
264 23 45.4
3 45
55.1
12 23.6
4 14 1.3
10
10.5
9.667 8083
7907
14
267 10 4.3
3 40
44.8
12 40.3
4 29 55.7
15
38.0
9.666 8811
10578
15
269 57 19.2
3 47
47.0
12 49.9
4 45 16.8
15
8.8
9.665 6925
13190
16
272 45 42.6
3 49
1.9
12 52.2
5 0 2.7
14
37.7
9.664 2417
15833
17
275 35 27.4
3 50
29.8
+12 47.0
-5 14 11.6
-13
49.8
9.662 5279
-18450
18
278 26 46.7
3 53
11.0
12 34.3
5 27 41.5
13
9.0
9.660 5502
31099
19
281 19 54.0
3 54
5.9
12 13.7
5 40 29.9
13
30.9
9.658 3077
33753
20
284 15 3.1
3 50
14.7
11 45.4
5 52 34.5
11
41.7
9.655 7993
30410
21
287 12 28.3
3 58
38.1
11 9.4
6 3 52.4
10
53.5
9.653 0240
39090
22
290 12 24.3
8 1
10.5
+10 25.6
-6 14 20.5
-10
3.1
9.649 9810
-31771
23
293 15 6.5
3 4
10.5
9 34.1
6 23 55.4
9
7.1
9.646 6696
34458
24
296 20 50.6
8 7
30.5
8 35.2
6 32 33.4
8
8.2
9.643 0894
87147
25
299 29 53.2
3 10
47.4
7 29.1
6 40 10.4
7
5.0
9.639 2404
39833
26
302 42 31.3
3 14
31.7
6 16.2
6 46 41.8
5
57.0
9.635 1233
43507
27
306 59 2.7
3 18 34.3
+ 4 57.1
-6 52 2.8
- 4
44.0
9.630 7393
-45170
28
309 19 46.0
3 33
55.5
3 32.3
6 56 8.0
3
36.4
9.626 0902
47807
29
312 45 0.3
8 37
30.5
2 2.7
6 58 51.5
3
0.0
9.621 1793
50404
SO
316 15 5.7
8 33
37.7
+ 0 29.2
7 0 7.0
-0
29.8
9.616 0111
53950
31
319 50 22.6
8 87 59.7
- 1 7.1
6 59 47.7
+ 1
9.1
9.610 5917
55425
Apr. 1
323 31 12.3
8 43
43.3
- 2 44.7
-6 57 46.3
•t- 3
55.0
9.604 9290
-57811
2
327 17 56.6
8 49
49.0
- 4 22.2
-6 53 55.1
-(- 4
48.8
9.599 0336
-00070
144
MERCURY, 1916.
FOR GREENWICH MEAN NOON.
Date.
Hellooentrio
Lon^tude,
Mean Equinox
of Date.
Var.p«r
Day.
Reduction
to Orbit.
HeUooentiio
Latitude.
Var. per
Day.
Loorithmof
Raaus Vector.
Var.p«f
Diy.
• / //
e
/
It
/ #/
• / //
t tf
Apr. 1
323 31 12.3
8
43
43.3
- 2 44.7
-6 67 46.3
+ 2 65.0
9.604 9290
-67811
2
327 17 66.6
3
49
49.0
4 22.2
6 63 55.1
4 48.8
9.699 0336
60076
3
331 10 67.8
3
50
17.1
5 67.7
6 48 6.0
6 50.9
9.692 9188
62194
4
335 10 38.3
3
7.7
7 29.1
6 40 10.5
9 1.5
9.586 6009
64131
5
339 17 20.6
10
20.7
8 54.1
6 30 0.1
11 20.9
9.680 1001
65845
6
343 31 27.1
17
55.8
-10 10.3
-6 17 26.0
•1-13 48.8
9.573 4412
-67284
7
347 63 19.2
25
52.0
11 14.9
6 2 19.7
16 25.0
9.666 6540
68401
8
362 23 17.6
34
8.0
12 5.3
6 44 33.4
19 8.8
9.669 7738
09133
9
367 1 41.0
42
41.7
12 38.6
6 24 0.1
21 58.8
9.562 8423
69417
10
1 48 46.9
51
30.3
12 62.1
5 0 34.2
24 53.7
9.546 9079
09179
11
6 44 45.4
3
0
30.3
-12 43.6
-4 34 11.8
+27 51.3
9.539 0261
-68352
12
11 49 48.7
5
9
37.0
12 11.2
4 4 51.9
30 48.1
9.532 2596
6686S
13
17 3 69.7
5
18
44.6
11 13.7
3 32 36.8
33 41.2
9.526 6782
64638
14
22 27 16.2
5
27
46.6
9 51.0
2 57 82.4
36 25.8
9.519 3586
61617
16
27 69 28.4
6
36
34.8
8 4.2
2 19 49.8
38 56.8
9.513 3831
67750
16
33 40 18.3
5
45
0.4
- 6 65.8
-1 39 46.2
-Hll 8.8
9.607 8378
-63009
17
39 29 18.3
5
52
53.3
3 29.8
0 67 40.6
42 55.8
9.502 8106
47390
18
45 26 60.6
6
0
3.3
- 0 61.6
-0 14 3.8
44 12.2
9.498 3881
40931
19
61 29 7.0
6
6
19.5
+ 1 61.8
+0 30 81.9
44 62.7
9.494 6526
33664
20
57 38 8.3
6
11
31.6
4 32.6
1 16 28.2
44 62.9
9.491 6782
25720
21
63 61 45.7
6
15
30.2
+ 7 2.6
+2 0 3.3
-f-44 10.1
9.489 6268
-17230
22
70 8 41.5
6
18
7.3
9 13.3
2 43 33.6
42 43.2
9.488 2460
-8358
23
76 27 31.1
«
19
17.0
10 57.9
3 25 16.4
40 83.4
9.487 8615
+ 703
24
82 46 45.3
6
18
56.1
12 10.6
4 4 27.3
37 44.1
9.488 3850
9746
26
89 4 63.0
6
17
4.4
12 47.6
4 40 31.9
34 19.9
9.489 8035
18571
26
95 20 24.7
6
13
44.6
+12 47.8
+6 12 57.8
+30 27.9
9.492 0856
+30988
27
101 31 64.5
6
9
1.9
12 12.0
6 41 21.0
26 15.7
9.496 1821
34834
28
107 38 3.5
6
3
4.5
11 3.6
6 6 25.1
31 61.2
9.499 0289
41974
29
113 37 41.9
6
56
2.8
9 27.3
6 25 1.8
17 22.1
9.503 6503
48315
30
119 29 50.2
5
48
6.3
7 29.1
6 40 10.1
12 66.6
9.508 6633
63799
May 1
125 13 40.4
5
39
28.0
+ 5 16.8
+6 60 65.7
+ 8 87.5
9.514 2807
+58405
2
130 48 36.0
5
30
19.0
2 63.9
6 57 29.6
4 82.8
9.520 3148
62138
3
136 14 11.7
5
20
50.0
+ 0 29.6
7 0 6.8
+ 0 44.9
9.526 6800
65031
4
141 30 12.7
5
11
11.2
- 1 51.5
6 69 5.6
- 2 44.0
9.533 2949
67140
6
146 36 33.5
5
1
30.9
4 4,7
6 64 46.4
6 62.8
9.540 0838
68523
6
161 33 16.5
51
56.7
- 6 6.5
+6 47 26.8
- 8 41.0
9.546 9777
+60253
7
156 20 30.8
42
34.4
7 54.1
6 37 30.1
11 9.0
9.563 9160
60404
8
160 58 30.7
33
28.7
9 25.9
6 25 15.0
18 18.0
9.560 8414
00046
9
165 27 34.9
24
43.3
10 40.7
6 11 0.1
16 9.0
9.567 7096
68351
10
169 48 4.8
16
20.6
11 38.4
6 55 2.7
16 43.3
9.574 4791
67082
11
174 0 24.3
8
22.5
-12 19.1
+6 37 38.5
-18 2.6
9.581 1153
+«6595
12
178 4 58.2
0
49.7
12 43.4
5 19 1.9
19 8.6
9.587 5893
63845
13
182 2 12.3
8
53
42.8
12 52.2
4 59 25.6
30 2.4
9.593 8771
01879
14
186 52 32.6
3
47
1.9
12 46.8
4 39 0.6
30 45.7
9.599 9591
50736
16
189 36 24.6
8
40
46.5
12 28.2
4 17 67.2
21 19.6
9.606 8194
57460
16
193 14 13.8
3
34
56.1
-11 68.1
+3 56 24.0
-31 45.5
9.611 4451
•1-55040
17
196 46 24.8
3
29
29.8
-11 17.6
+3 34 28.5
-32 4.4
9.616 8i62
•l^52560
MEKCUKY, 1916.
145
FOR GREENWICH MEAN NOON.
Dite.
Heliocentiio
Mean Equinox
of Date.
Var. p«r
Day.
Raduotlon
to Orbit.
HflUooantrio
Latttada.
Var. p«r
Locuithraof
RadJus Vector.
Var. per
Day.
• / //
• / //
/ //
• / //
1 tt
Miy 17
196 46 24.8
8 99 99.8
-11 17.6
+3 34 28.5
-23 4.4
9.616 8262
-(-62660
18
200 13 21.3
3 24 r.i
10 28.0
3 12 17.3
33 17.0
9.621 9550
60006
19
203 35 26.5
3 19 40.8
9 30.8
2 49 56.2
23 34.6
9.626 8257
47401
20
206 53 2.1
3 15 38.0
8 27.2
2 27 29.9
33 37.4
9.631 4340
44760
21
210 6 29.4
3 11 29.8
7 18.4
2 5 2.8
33 26.3
9.635 7770
43096
22
213 16 8.3
3 7 61.8
- 6 5.5
+1 42 38.5
-33 31.8
9.639 8528
+39417
23
216 22 18.2
8 4 31.6
4 49.5
1 20 20.1
23 14.6
9.643 6603
30731
24
219 25 17.4
3 1 99.8
3 31.5
0 58 10.4
33 4.6
9.647 1990
34044
25
222 25 23.5
2 68 46.3
2 12.4
0 86 11.7
31 63.6
9.650 4690
31367
. 26
225 22 53.2
2 66 16.9
- 0 53.0
+0 14 26.1
31 38.6
9.653 4708
28678
27
228 18 2.6
3 64 4.4
+ 0 26.0
-0 7 4.7
-31 33.7
9.656 2050
+26007
28
231 11 7.1
3 63 7.1
1 43.7
0 28 19.0
31 6.6
9.658 6724
23344
29
234 2 21.6
3 60 34.3
2 59.6
0 49 15.5
20 47.2
9.660 8741
20691
30
236 52 0.4
3 48 66.6
4 13.0
1 9 52.9
20 37.4
9.662 8110
18048
31
239 40 17.4
3 47 40.6
5 23.3
1 30 9.9
20 6.6
9.664 4842
16416
Jane 1
242 27 26.0
3 46 38.8
+ 6 30.1
-1 50 5.5
-19 44.6
9.665 8946
+13793
2
245 13 39.4
3 46 60.0
7 32.9
2 9 38.6
19 21.6
9.667 0431
10178
3
247 59 10.3
3 45 13.9
8 31.1
2 28 48.2
18 67.6
9.667 9303
7667
4
250 44 11.4
2 44 60.8
9 24.4
2 47 33.2
18 33.4
9.668 5568
4962
5
253 28 55.1
3 44 39.1
10 12.8
3 5 52.6
18 6.2
9.668 9230
+ 2363
6
256 13 33.7
3 44 40.1
+10 54.6
-3 23 45.3
-17 39.0
9.669 0292
- 338
7
258 58 19.3
3 44 63.8
11 30.9
3 41 10.1
17 10.6
9.668 8754
3838
8
261 43 24.3
8 46 18.6
12 0.9
3 58 5.8
16 40.7
9.668 4615
6441
9
264 29 0.8
3 46 66.8
12 24.2
4 14 31.1
16 9.6
9.667 7873
8046
10
267 15 21.1
3 46 46.4
12 40.7
4 30 24.5
16 36.9
9.666 8523
10666
11
270 2 37.7
3 47 48.9
+12 50.1
-4 45 44.4
-16 2.6
9.665 6559
-13374
12
272 51 3.2
3 49 4.3
12 52.1
5 0 29.2
14 26.6
9.664 1973
16900
13
275 40 50.4
3 60 33.6
12 46.7
5 14 37.0
13 48.6
9.662 4757
18634
14
278 32 12.6
3 62 14.1
12 33.7
5 28 5.6
13 8.2
9.660 4902
31178
15
281 25 23.2
3 64 9.3
12 13.0
5 40 52.7
12 25.6
9.658 2398
33833
16
284 20 35.9
3 66 18.6
+11 44.4
-5 52 55.9
.-11 40.3
9.655 7235
-36496
17
287 18 5.2
3 68 43.4
11 8.1
6 4 12.3
10 62.0
9.652 9403
39170
18
290 18 5.8
3 1 31.3
10 24.1
6 14 38.8
10 0.4
9.649 8893
31861
19
293 20 53.0
8 4 16.7
9 32.3
6 24 12.0
9 6.4
9.646 5699
34638
20
296 26 42.6
8 7 36.3
8 33.3
6 32 48.2
8 6.8
9.642 9817
37337
21
299 35 51.1
8 10 63.6
+ 7 27.0
-6 40 23.2
-7 8.0
9.639 1247
-39913
22
302 48 35.7
8 14 38.6
6 13.9
6 46 52.6
6 66.0
9.634 9996
43688
23
306 5 14.2
8 18 41.6
4 54.6
6 52 11.4
4 41.7
9.630 6076
46349
24
309 26 5.2
3 23 3.4
3 29.7
6 56 14.2
3 23.9
9.625 9506
47884
25
312 51 27.6
3 37 44.8
1 59.9
6 58 55.1
1 67.9
9.621 0318
60483
26
316 21 41.7
3 33 46.8
+ 0 26.8
-7 0 7.8
-0 36.4
9.615 8559
-63026
27
319 57 8.0
3 38 9.4
- 1 10.0
6 59 45.5
+ 1 12.1
9.610 4290
65499
28
323 88 7.8
3 43 63.8
2 47.7
6 57 41.0
3 68.3
9.604 7591
67883
29
827 25 2.9
3 60 0.1
4 25.1
6 53 46.4
4 63.3
9.598 8567
60145
30
331 IS 15.4
3 66 38.8
6 0.5
6 47 53.6
6 64.7
9.592 7352
63268
July 1
335 18 8.0
4 8 30.1
- 7 31.7
-6 39 54.2
+ 9 6.6
9.586 4112
-64189
2
339 25 3.1
4 10 33.8
- 8 56.5
-6 29 39.5
+11 26.2
9.579 9050
-66894
79790^—1916 10
146
MERCURY, 1916.
FOR GREENWICH MEAN NOON.
Heliocentric
1
Dftte.
Lon^tude,
Mean Equinox
of Date;
Var. per
Reduction
HeUboentric
Var. per
IxMsarithm of
Radius Vector.
Var. pa
A^BIW*
Day.
to Orbit.
Latitude.
Day.
Day.
• / //
•
' II
/ //
• / //
1 //
July 1
335 18 8.0
3 20.1
- 7 31.7
-6 39 54.2
+ 9 6.6
9.586 4112
-641t£>
2
339 25 3.1
10 33.8
8 56.5
6 29 39.5
U 26.2
9.579 9050
65894
3
343 39 23.0
18 9.0
10 12.4
6 17 0.9
13 53.4
9.573 2415
67327
4
348 1 29.2
26 0.3
11 16.7
6 1 50.0
16 29.8
9.566 4506
68432
5
352 31 42.2
34 22.9
12 6.5
5 43 58.8
19 18.8
9.559 5680
60151
6
357 10 20.9
42 67.2
-12 39.2
-5 23 20.4
+22 4.0
9.552 6354
-60421
7
1 57 41.5
61 46.8
12 52.2
4 59 49.2
24 50.0
9.545 7012
69170
8
6 53 57.1
5
0 46.6
12 42.9
4 33 21.6
27 56.6
9.538 8212
68325
9
11 59 16.7
5
9 63.4
12 9.8
4 3 56.4
30 58.6
9.532 0585
66811
10
17 13 44.2
5
19 1.2
11 11.6
3 31 36.0
33 46.3
9.525 4834
64563
11
22 37 16.9
5
28 2.8
- 9 48.2
-2 56 26.7
+36 30.6
9.519 1723
-61521
12
28 9 45.2
5
3d 60.0
8 0.7
2 18 39.6
89 1.0
9.513 2076
57629
13
33 50 50.5
5
45 16.4
5 51.7
1 38 31.1
41 12.4
9.507 6758
52860
14
39 40 5.0
5
53 7.3
3 25.2
0 56 23.2
42 58.7
9.502 6647
47216
15
45 36 50.6
6
0 15.8
- 0 46.7
-0 12 44.0
44 14.1
9.498 2609
40722
16
51 40 18.6
0
6 30.3
+ 1 56.7
+0 31 52.9
•M4 53.4
9.494 5465
-3S442
17
57 49 29.8
0
11 40.6
4 37.8
1 16 49.3
44 52.4
9.491 5952
25480
18
64 3 14.9
6
16 36.8
7 6.8
2 1 23.2
44 8.1
9.489 4686
16074
19
70 20 16.1
6
18 11.3
9 16.0
2 44 50.9
42 40.0
9.488 2130
- 8002
20
76 39 8.4
6
19 18.4
11 0.7
3 26 28.9
40 29.0
9.487 8563
+ 072
21
82 58 22.7
6
18 64.9
+12 12.3
+4 6 35.7
+37 38.3
9.488 4066
+10012
22
89 16 27.8
6
17 0.4
12 48.2
4 41 34.1
34 18.3
9.489 8513
18820
23
95 31 54.2
6
13 38.0
12 47.2
5 13 53.1
30 20.7
9.492 1586
27233
24
101 43 16.2
6
8 63.0
12 10.4
5 42 8.7
26 7.9
9.495 2786
35060
25
107 49 15.3
0
2 63.6
11 1.0
6 6 4.8
21 48.0
9.499 1469
42179
26
113 48 41.7
5
66 49.4
+ 9 24.0
+6 25 33.3
+17 14.0
9.503 6875
+48404
27
119 40 36.4
5 47 61.9
7 25.8
6 40 33.6
12 47.6
9.508 8172
53053
28
125 24 11.6
5
39 12.6
5 11.5
6 51 11.4
8 29.9
9.514 4488
58&33
29
130 58 51.3
5 30 2.8
2 49.5
6 57 37.8
4 26.6
9.520 4945
62240
30
136 24 10.6
6
20 33.4
+ 0 25.2
7 0 8.1
+ 0 38.2
9.526 8688
65110
31
141 39 54.7
5
10 64.1
- 1 55.7
+6 59 0.5
- 2 60.1
9.533 4904
+67196
Aug. 1
146 45 58.5
5
1 13.9
4 8.6
6 54 34.6
6 58.2
9.540 2838
6Aft58
2
151 42 24.6
4
51 39.9
6 10,0
6 47 10.8
8 45.9
9.547 1804
60270
3
156 29 22.3
4
42 17.9
7 57.2
6 37 9.5
11 13.4
9.554 1187
60405
4
161 7 6.1
4
33 12.8
9 28.4
6 24 50.4
13 21.7
9.561 0445
00033
5
165 35 54.7
4
24 28.0
-10 42.8
+6 10 32.1
-16 12.1
9.567 9108
+68226
6
169 56 9.7
4
16 6.0
11 39.9
5 54 31.7
16 46.0
9.574 6773
67047
7
174 8 14.9
4
8 8.6
12 20.1
5 37 5.1
18 4.9
9.581 3096
65.VI2
8
178 12 35.3
4
0 36.6
12 43.9
5 18 26.3
19 10.6
9.587 7788
63704
9
a82 9 36.7
3
53 30.6
12 52.8
4 58 48.2
20 3.9
9.594 0611
61821
10
185 59 44.9
3
46 60.2
-12 46.4
+4 38 22.0
-20 46.9
9.600 1371
+50673
11
189 43 25.7
3
40 36.0
12 27.5
4 17 17.5
21 20.7
9.605 9909
57381
12
193 21 4.4
3
34 46.9
11 57.0
3 55 43.4
21 46.3
9.611 6097
54079
13
196 53 5.5
3
^ 20.3
11 16.4
3 33 47.3
22 4.9
9.616 9837
62489
14
200 19 52.9
3
24 18.3
10 26.4
3 11 35.7
22 17.4
9.622 1052
490S1
15
203 41 49.6
3
19 38.6
- 9 28.9
+2 49 14.3
-22 24.6
9.626 9684
•
+4782S
16
206 59 17.3
3
16 20.4
- 8 25.1
+2 26 48.0
-22 27.4
9.631 5690
+44683
MERCURY, 1916.
147
FOR GREENWICH MEAN NOON.
Dtte.
neUocentiic
Mean Equinox
ofD»t«.
Vtf. p«r
Day.
RedQctkoi
to Orbit.
HeUocentiic
Latitude.
Var. per
Day.
Lonrithmof
RadSuVMtor.
Var. per
Day.
• f ff
•
/ /#
/ //
• f ft
/
//
Aug. 16
206 69 17.3
8
15 20.4
- 8 25.1
+2 26 48.0
-22
27.4
9.631 6690
+44683
17
210 12 37.3
8
11 22.9
7 16.2
2 4 20.9
22
26.2
9.635 9042
42019
18
213 22 9.6
8
7 44.9
6 3.1
1 41 56.7
22
21.7
9.639 9722
89339
19
216 28 13.4
8
4 26.8
4 47.1
1 19 38.5
23
14.2
9.643 7717
86651
20
219 31 7.1
8
1 24.5
3 29.1
0 57 29.1
22
4.2
9.647 3024
33964
21
222 31 8.1
2
58 40.8
- 2 9.9
+0 35 30.8
-21
52.1
9.650 5645
+31278
22
225 28 33.2
3
56 12.6
- 0 50.5
+0 13 45.6
21
38.0
9.658 5582
28598
23
228 23 38.5
2
54 0.6
+ 0 28.4
-0 7 44.7
21
22.3
9.666 2843
25926
24
231 16 39.4
2
52 3.7
1 46.1
0 28 58.5
21
5.1
9.658 7438
28265
25
234 7 50.7
2
50 21.8
3 1.9
0 49 54.4
20
46.5
9.660 9376
20612
26
236 57 26.7
2
48 53.0
+ 4 15.2
-1 10 31.1
-20
26.7
9.662 8666
+17970
27
239 45 41.3
2
47 38.4
5 25.5
1 30 47.5
20
5.8
9.664 5319
15838
28
242 32 48.0
2
46 37.1
6 32.2
1 50 42.4
19
43.8
9.665 9344
12714
29
245 18 59.8
2
45 48.7
7 34.7
2 10 14.8
19
£0.8
9.667 0749
10096
30
248 4 29.5
2
45 12.9
8 32.7
2 29 23.6
18
56.7
9.667 9541
7488
31
250 49 29.8
2 44 49.7
+ 9 25.9
-2 48 7.8
-18 81.6
9.668 5727
+ 4885
Sept. 1
253 34 13.0
2
44 38.8
10 13.7
3 6 26.4
18
5.4
9.668 9310
+ 2282
2
256 18 51.5
2
44 40.2
10 55.8
3 24 18.2
17
88.0
9.669 0292
- 818
3
259 3 87.5
2
44 53.8
11 31.9
3 41 42.1
17
9.6
9.668 8674
2918
4
261 48 43.2
2
46 19.6
12 1.7
3 58 36.9
16
89.8
9.668 4455
5520
5
264 34 20.7
2
45 57.6
+12 24.8
-4 15 1.2
-16
8.6
9.667 7632
- 8126
6
267 20 42.5
2
46 48.0
12 41.1
4 30 53.6
15
85.9
9.666 8201
10787
I
270 8 0.9
2
47 51.0
12 50.3
4 46 12.5
15
1.6
9.665 6156
13355
8
272 56 28.7
2
49 6.7
12 52.1
5 0 56.2
14
26.4
9.664 1489
15981
9
275 46 18.6
2 50 3A.8
12 46.5
5 16 2.7
13
47.3
9.662 4191
18617
10
278 37 43.8
2
52 17.4
+12 33.3
-5 28 30.0
-18
7.0
9.660 4254
-21269
11
281 30 57.9
2
54 13.1
12 12.2
5 41 15.8
12
24.2
9.658 1668
23914
12
284 26 14.6
2
56 22.9
11 43.4
5 53 17.6
11
38.8
9.655 6423
26677
13
287 23 48.3
2
58 47.0
11 6.9
6 4 32.5
10
50.4
9.652 8508
29253
14
290 23 53.7
3
1 26.4
10 22.6
6 14 57.4
9
58.8
9.649 7915
81935
16
293 26 46.2
8
4 21.2
+ 9 30.6
-6 24 28.9
- 9
3.6
9.646 4638
-84622
16
296 32 41.6
8
7 32^
8 31.3
6 33 3.2
8
4.4
9.642 8672
87311
17
299 41 56.5
8
11 0.3
7 24.8
6 40 36.3
7
1.0
9.639 0019
39996
18
302 54 48.0
8
14 45.7
6 11.5
6 47 3.6
5 52.8
9.634 8684
42672
19
306 11 34.0
8
18 49.3
4 52.1
6 62 20.1
4
30.3
9.630 4680
45332
20
309 32 32.9
8
23 11.8
+ 3 27.0
-6 56 20.4
- 3
20.3
9.625 8027
-47968
21
312 58 4.1
8
27 53.9
1 67.1
6 58 58.7
1
55.2
9.620 8758
£0563
22
316 28 27.5
3
32 56.4
+ 0 23.4
7 0 8.6
- 0
23.5
9.615 6919
53105
23
320 4 3.8
8
88 19.8
- 1 13.0
6 69 43.3
+ 1
15.4
9.610 2571
55577
24
323 45 14.2
3
44 4.7
2 50.7
6 57 35.4
3
1.7
9.604 6796
57955
25
327 32 20.6
8
50 11.8
- 4 28.1
-6 53 87.3
+ 4
56.0
9.598 6700
-60215
28
331 25 45.2
8
56 41.3
6 3.4
6 47 40.7
6
58.6
9.592 5417
62324
27
335 25 50.6
3 33.2
7 34.5
6 39 87.3
9
9.8
9.586 2116
64247
28
339 32 59.1
10 47.6
8 59.0
6 29 18.3
11
29.7
9.579 6999
66944
29
343 47 33.2
18 24.1
10 14.6
6 16 35.1
13
58.1
9.573 0318
67368
90
«S4o V D4*o
26 21.5
-11 18.4
-6 1 19.3
+16
84.8
9.566 2373
-68463
Oct 1
352 40 22.8
34 38.7
-12 7.8
-5 43 23.0
-1^19
19.0
9.559 3523
-69170
148
MERCURY, 1916.
FOR GREENWICH MEAN NOON.
Date.
Heliooentrio
Lon^tude,
Mean Equinox
of Date.
Var.p«r
Day.
RadncUoD
to Orbit.
HeUoomtiio
Latitade.
Var.per
Day.
Logarithm of
Rad^ Vector.
Var.per
Day.
• / //
•
/
ft
/ //
• / //
/ //
Oct. 1
352 40 22.8
4
34
38.7
-12 7.8
-5 43 23.0
-1-19 19.0
9.559 3523
-60170
2
357 19 17.5
4
43
13.4
12 40.0
5 22 39.3
23 9.4
9.552 4187
6942S
3
2 6 54.5
4
52
2.9
12 52.3
4 59 2.7
25 4.6
9.54S 4852
60154
4
7 3 27.0
6
1
3.6
12 42.4
4 32 29.5
28 2.0
9.538 6077
68291
5
12 9 3.8
6
10
10.6
12 8.4
4 2 58.9
30 68.9
9.531 8495
66756
6
17 23 48.4
6
19
18.2
-11 9.4
-3 30 33.1
-(-33 61.6
9.525 2811
-64485
7
22 47 38.1
5
28
19.6
9 45.2
2 55 18.7
36 35.4
9.518 9792
614ie
8
28 20 22.9
5
37
6.8
7 57.0
2 17 26.9
30 5.5
9.513 0264
57496
9
34 1 44.0
5
46 30.8
5 47.3
1 37 14.2
41 16.2
9.507 5092
53701
10
39 51 13.4
53
21.5
3 20.4
0 55 3.0
43 1.5
9.502 5154
47038
11
45 48 12.5
0
28.6
- 0 41.7
-0 11 21.5
+44 15.8
9.498 1318
-40506
12
51 51 52.4
6
41.3
+ 2 1.8
+0 33 16.6
44 53.9
9.494 4399
33306
13
58 1 13.5
11
49.3
4 42.2
1 18 12.9
44 51.7
9.491 5132
25233
14
64 15 6.2
15
43.1
7 11.1
2 2 45.5
44 6.2
9.489 4132
16703
15
70 32 12.4
18
15.1
9 20.6
2 46 10.5
42 36.6
9.488 1853
- 78l5
16
76 51 7.1
19
19.3
+11 3.4
+3 27 44.4
-(-40 24.3
9.487 8567
> 13S5
17
83 10 20.8
18
63.0
12 13.9
4 6 45.9
37 32.5
9.488 4351
10391
18
89 28 22.7
16
55.9
12 48.7
4 42 38.0
34 6.4
9.489 9073
19098
19
95 43 43.0
13
30.6
12 46.6
5 14 49.7
30 12.9
9.492 2408
37488
20
101 54 56.4
8
43.1
12 8.7
5 42 57.5
26 69.8
9.495 3854
35295
21
108 0 44.4
2
41.4
+10 58.4
+6 6 45.4
-1-21 34.7
9.499 2760
-H43380
22
113 59 57.8
66
85.6
9 20.5
6 26 5.5
17 6.6
9.503 8364
48679
23
119 51 37.8
47
36.6
7 21.2
6 40 57.4
12 39.4
9.508 9833
541U
24
125 34 57.0
6
38
66.0
5 7.2
6 51 27.2
8 32.0
9.514 6295
58664
25
131 9 19.7
5
29
45.3
2 45.0
6 57 46.0
4 18.1
9.520 6870
62344
26
136 34 21.2
5
20
15.4
+ 0 20.7
+7 0 9.2
-(- 0 31.4
9.527 0704
•1^189
27
141 49 47.4
6
10 36.1
- 2 0.0
6 58 55.1
- 2 66.3
9.533 6988
67853
28
146 55 33.1
5
0
66.0
4 12.6
6 54 23.3
6 3.8
9.540 4968
68503
29
151 51 41.4
61
22.2
6 13.6
6 46 54.3
8 50.8
9.547 3957
69384
30
156 38 21.6
42
0.7
8 0.3
6 36 48.4
11 17.7
9.554 3345
694M
31
161 15 48.4
32
56.1
- 9 31.0
+6 24 25.3
-18 25.4
9.561 2594
•149017
Nov. 1
165 44 20.6
24
12.0
10 44.8
6 10 3.6
16 16.2
9.5681234
68196
2
170 4 20.0
15
50.8
11 41.4
5 54 0.3
16 48.8
9.574 8863
67004
8
174 16 10.3
7
54.1
12 21.1
5 36 31.1
18 7.2
9.581 5139
66500
4
178 20 16.6
0
22.9
12 44.4
5 17 50.4
19 12.2
9.587 9777
63796
5
182 17 4.7
8 63
17.5
-12 52.3
+4 58 10.6
-30 5.5
9.594 2540
•141758
6
186 7 0.3
8
46
38.2
12 46.0
4 37 43.0
30 48.1
9.600 3234
69607
7
189 50 29.5
3
40
24.3
12 26.8
4 16 37.5
21 21.5
9.606 1702
57311
8
193 27 57.2
3
34
36.2
11 55.9
8 55 2.6
21 47.0
9.611 7817
54904
9
196 59 48.1
3
29
10.6
11 14.7
3 33 5.9
33 6.4
9.617 1479
53409
10
200 26 26.1
3
24
9.2
-10 24.7
+3 10 53.9
-33 17.7
9.622 2613
-f49650
11
203 48 13.9
3
19
30.2
9 27.0
2 48 32.3
32 24.7
9.627 1163
47344
12
207 5 33.6
3
15
12.7
8 23.1
2 26 5.9
23 27.4
9.631 7088
44603
18
210 18 46.2
3
11
15.7
7 13.9
2 3 38.8
23 20.1
9.636 0359
419S7
14
213 28 11.6
3
7
38.3
• 6 0.8
1 41 14.8
33 31.4
9.640 0955
a93S5
15
216 34 9.1
8
4
19.8
- 4 44.7
+1 18 56.9
-33 13.9
9.643 8866
+36567
16
219 36 57.1
3
1
19.0
- 3 26.6
+0 56 47.8
-33 8.9
9.647 4090
•K33881
MEROUKY, 1916.
149
FOR GREENWICH MEAN NOON.
Date.
HeUooentrlo
Lon^tade,
Mean Equinox
of Date.
Vtf.p«r
D«7.
Reduction
to Orbit.
HeUoceotrio
Latitude.
Var. per
Day.
Logarithm of
RadAia Vector.
Day.
• / w
• / */
» f*
• f *t
/
M
Nov. 16
219 36 57.1
3 1 19.0
- 3 26.6
+0 56 47.8
-22
3.9
9.647 4090
+83881
17
2^ 36 52.9
2 58 35.4
2 7.4
0 34 49.9
21
51.7
9.650 6627
31195
18
226 34 13.4
2 56 8.2
- 0 48.0
+0 13 5.1
21
37.6
9.653 6481
28515
19
228 29 14.5
2 53 56.0
+ 0 30.9
-0 8 24.7
21
21.8
9.656 3659
25843
20
231 22 11.7
2 52 0.2
1 48.5
0 29 37.9
21
4.5
9.658 8171
23182
21
234 13 19.8
2 50 18.3
+ 3 4.3
-0 50 33.2
-20
46.0
9.661 0026
+20530
22
237 2 53.0
2 48 50.5
4 17.5
1 11 9.4
20
26.2
9.662 9234
17887
23
239 51 5.3
2 47 3«.3
5 27.6
1 31 25.1
20
5.1
9.664 5804
15254
24
242 38 10.0
2 46 35.3
6 34.2
1 51 19.3
19
43.1
9.665 9747
12633
25
245 24 20.2
2 45 47.3
7 36.6
2 10 51.0
19
20.1
9.667 1071
10017
26
218 9 48.8
2 45 12.0
+ 8 34.5
-2 29 59.1
-18
55.9
9.667 9782
+ 7407
27
250 54 48.3
2 44 49.1
9 27.5
2 48 42.5
18
30.7
9.668 5886
4801
28
253 39 31.2
2 44 38.7
10 15.1
3 7 0.2
18
4.5
9.668 9387
+ 2201
29
256 24 9.8
2 44 40.4
10 57.1
3 24 51.2
17
37.2
9.669 0288
- 309
30
259 8 56.1
2 44 54.4
11 33.0
3 42 14.2
17
8.7
9.668 8589
3000
Dec. 1
261 54 2.6
2 45 20.6
+12 2.5
-3 59 8.1
-16
38.8
9.668 4289
- 5601
2
264 39 41.3
2 45 58.9
12 25.4
4 15 31.4
16
7.5
9.667 7385
8207
3
267 26 4.6
2 46 49.8
12 41.5
4 31 22.7
15
34.8
9.666 7872
10619
4
270 13 25.1
2 47 53.1
12 50.4
4 46 40.5
15
0.5
9.665 5745
13437
5
273 1 55.1
2 49 9.2
12 52.0
6 1 23.1
14
24.3
9.664 0996
16063
6
275 51 47.8
2 50 38.3
+12 46.2
-5 15 28.5
-13
46.1
9.662 3616
-18608
7
278 43 16.2
2 52 20.7
12 32.7
6 28 54.6
13
6.6
9.660 3597
21342
8
281 36 33.8
2 54 16.8
12 11.4
5 41 39.0
12
22.8
9.658 0928
23998
9
284 31 54.5
2 66 27.0
11 42.4
5 53 39.3
11
37.4
9.655 5598
26663
10
287 29 32.7
2 58 51.8
11 5.6
6 4 52.7
10
48.9
9.652 7599
29337
11
290 29 43.1
3 1 31.5
+10 21.1
-6 15 16.0
- 9
57.2
9.649 6922
-32018
12
293 32 41.0
3 4 26.9
9 28.9
6 24 45.8
9
1.8
9.646 3561
34705
13
296 38 42.4
3 7 38.6
8 29.3
6 33 18.3
8
2.5
9.642 7512
37394
14
299 48 3.8
3 11 7.0
7 22.6
6 40 49.4
6
58.9
9.638 8775
39079
15
303 1 2.3
3 14 53.0
6 9.2
6 47 14.5
6
50.5
9.634 7357
42756
16
306 17 55.8
3 18 57.2
+ 4 49.5
-6 52 28.7
- 4
37.0
9.630 3269
-45417
17
309 39 2.9
3 23 20.3
3 24.2
6 56 26.6
3
17.8
9.625 6533
48050
18
313 4 42.9
3 28 3.1
1 54.2
6 59 2.3
1
52.4
9.620 7183
50643
19
316 35 15.8
3 33 6.1
+ 0 20.4
7 0 9.3
-0
20.5
9.615 5265
53184
20
320 11 2.1
3 38 30.2
- 1 16.1
6 59 40.9
+ 1
18.5
9.610 0840
55653
21
323 52 23.3
3 44 15.8
- 2 53.8
-6 57 29.7
+ 3
5.1
9.604 3991
-58027
22
327 39 41.1
3 50 23.6
4 31.1
6 53 28.0
4
59.7
9.598 4826
60281
23
331 33 17.9
3 56 53.8
6 6.3
6 47 27.6
7
2.5
9.592 3479
62385
24
335 33 36.1
4 3 46.4
7 37.2
6 39 20.1
9
14.0
9.586 0117
64304
25
339 40 58.1
4 11 1.5
9 1.5
6 28 56.7
11
34.2
9.579 4947
65994
26
343 55 46.4
4 18 38.6
-10 16.7
-6 16 8.9
+14
2.8
9.572 8221
-67407
27
348 18 22.3
4 26 36.8
11 20.2
6 0 48.3
16
39.8
9.566 0242
68491
28
352 49 6.4
4 34 54.5
12 9.1
5 42 46.9
19
24.2
9.559 1369
69185
29
357 28 17.1
4 43 29.7
12 40.7
5 21 57.9
22
14.8
9.552 2025
69422
30
2 16 10.6
4 52 19.7
12 52.3
.4 58 15.8
25
10.0
9.545 2699
69137
31
7 12 59.9
5 1 20.6
-12 41.7
-4 31 37.1
+28
7.5
9.538 3951
-68254
32
12 18 63.7
-12 6.9
-4 2 0.9
• •
• • •
9.531 6416
• • • •
150
VENUS, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Rlgit
Asoensiou.
Var. per
Hour.
Apparent
Declination.
Var. per
Hour.
Logarithm of
Distance
from Earth.
Var. per
Hour.
Sivni-
diam-
eter.
Hot.
Paral-
lax.
Trentit,
Meridito
of
OriMi-
Noon.
Noon.
Noon.
Noon.
Noxm.
Noon.
Noon.
Noon.
wich.
h m 8
8
« 1 II
II
II
It
h m
Jan. 1
20 39 32.04
+12.800
-20 10 44.7
+46.71
0.159 5504
-667.6
5.92
6.10
2 0.4
2
20 44 38.67
12.744
19 51 46.4
48.14
0.158 1810
573.6
5.93
6.11
2 1.6
3
20 49 43.75
12.688
19 32 14.2
49.54
0.156 7971
579.7
5.95
6.13
2 2.7
4
20 54 47.57
12.631
19 12 8.8
50.90
0.156 3984
585.9
5.97
6.15
2 3.8
5
20 59 50.01
12.573
18 51 31.1
52.23
0.153 9847
592.2
5.99
6.17
2 4.9
6
21 4 51.06
+12.515
-18 30 21.8
+53.63
0.152 5557
-598.6
6.01
6.19
2 6.0
7
21 9 50.72
12.467
18 8 41.7
54.80
0.151 1113
605.0
6.03
6.21
2 7.0
8
21 14 48.98
12.398
17 46 31.5
56.04
0.149 6515
611.5
6.05
6.23
2 8.0
9
21 19 45.83
12.339
17 23 52.0
57.24
0.148 1761
618.0
6.07
6.26
2 9.0
10
21 24 41.28
12.281
17 0 44.1
58.41
0.146 6849
624.6
6.09
6.27
2 10.0
11
21 29 35.34
+12.224
-16 37 8.5
+59.55
0.145 1779
-631.3
6.12
6.30
2 11.0
12
21 34 28.01
12.166
16 13 6.0
60.65
0.143 6548
638.0
6.14
6.32
2 11.9
13
21 39 19.29
12.106
15 48 37.5
61.72
0.142 1157
644.7
6.16
6.34
2 12.8
14
21 44 9.21
12.061
15 23 43.7
62.76
0.140 5605
651.4
6.18
6.36
2 13.7
15
21 48 67.77
11.995
14 58 25.4
63.76
0.138 9891
658.2
6.20
6.38
2 14.6
16
21 63 44.98
+11.940
-14 32 43.4
+64.73
0.137 4014
-665.0
6.23
6.41
2 15.4
17
21 58 30.88
11.885
14 6 38.6
65.67
0.135 7973
671.8
6.25
6.43
2 16.2
18
22 3 16.47
11.831
13 40 11.7
66.67
0.134 1766
678.7
6.27
6.45
2 17.0
19
22 7 58.79
11,779
13 13 23.4
67.44
0.132 5393
685.7
6.30
6.48
2 17.8
20
22 12 40.85
11.727
12 46 14.6
68.28
0.130 8852
692.7
6.33
6.51
2 18.6
21
22 17 21.68
+11.676
-12 18 46.0
+69.09
0.129 2142
-699.8
6.35
6.54
2 19.3
22
22 22 1.30
11.626
11 50 58.5
69.86
0.127 52C0
707.0
6.38
6.57
2 20.0
23
22 26 39.75
11.678
11 231 52.8
70.60
0.125 8207
714.2
6.40
6.69
2 20.7
24
22 31 17.05
11.531
10 54 29.6
71.31
0.124 0980
721.6
6.43
6.62
2 21.4
25
22 35 63.24
11.485
10 25 49.8
71.99
0.122 3576
728.9
6.45
6.65
2 22.0
26
22 40 28.36
+11.441
- 9 56 54.1
+72.64
0.120 5993
-736.4
6.48
6.67
2 22.6
27
22 45 2.41
11.398
9 27 43.3
73.26
0.118 8229
744.0
6.51
6.69
2 23.3
28
22 49 36.45
11.356
8 58 18.1
73.83
0.117 0282
751.7
6.53
6.72
2 23.9
29
22 54 7.52
11.316
8 28 39.3
74.39
0.115 2148
759.5
6.56
6.76
2 24..5
30
22 68 38.64
11.277
7 58 47.6
74.91
0.113 3823
767.5
6.58
6.78
2 25.1
31
23 3 8.84
+11.240
- 7 28 43.9
+75.40
0.111 5306
-775.6
6.61
6.81
2 25.6
Feb. 1
23 7 38.17
11.205
6 58 28.9
75.85
0.109 6593
783.9
6.64
6.84
2 26.1
2
23 12 6.66
11.170
6 28 3.4
76.27
0.107 7680
792.3
6.67
6.87
2 26.7
•>
23 16 34.34
11.137
5 57 28.1
76.66
0.105 8562
800.9
6.70
6.90
2 27.2
4
23 21 1.25
11.105
5 26 43.9
77.02
0.103 9238
809.5
6.73
6.93
2 27.7
5
23 25 27.41
+11.075
- 4 55 51.5
+77.35
0.101 9705
-818.3
6.76
6.96
2 28.2
6
23 29 52.86
11.046
4 24 51.6
77.64
0.099 9959
827.2
6.79
6.99
2 28.7
7
23 34 17.64
11.019
3 53 45.1
77.90
0.097 9997
836.3
6.82
7.02
2 29.2
8
23 38 41.79
10.993
3 22 32.7
78.13
0.095 9817
845.4
6.85
7.05
2 29.7
9
23 43 5.33
10.969
2 51 15.2
78.32
0.093 9418
854.6
6.88
7.08
2 30.2
10
23 47 28.29
+10.946
- 2 19 53.3
+78.48
0.091 8797
-863.9
6.92
7.12
2 30.6
11
23 51 60.72
10.924
1 48 27.8
78.62
0.089 7952
873.2
6.95
7.15
2 31.C
12
23 56 12.65
10.904
1 16 59.5
78.73
0.087 6882
882.7
6.99
7.18
2 31.4
13
0 0 34.12
10.885
0 45 29.0
78.81
0.085 5582
892.3
7.02
7.22
2 31.J
14
0 4 56.16
10.868
- 0 13 57.0
78.85
0.083 4052
901.9
7.06
7.26
2 32.2
15
0 9 15.82
+10.853
+ 0 17 35.6
+78.86
0.081 2291
-911.6
7.09
7.30
2 32.<
16
0 13 36.12
+10.839
+- 0 49 8.2
+78.84
0.079 0295
-921.5
7.12
7.33
2 33 .(
VENUS, 1916.
151
GREENWICH MEAN TIME.
Dftte.
Apparent
Right
Var.per
Hour.
Apparent
Declination.
Var.per
Hour.
Locariihm of
Distanco
from Earth.
Var.per
Hour.
Semi-
diam-
eter.
Hor.
Paral-
lax.
TraDsit,
Meridian
of
Green-
Noon.
Noon.
JVoon.
Noon.
Noon,
Noon.
Noon.
Noon.
wich.
h m 8
a
• in
If
ft
If
h m
Feb. 16
0 13 36.12
+10.830
+ 0 49 8.2
+78.84
0.079 0296
-921.6
7.12
7.33
2 33.0
17
0 17 56.10
10.827
1 20 40.0
78.80
0.076 8061
981.4
7.16
7.37
2 33.4
18
0 22 15.81
10.810
1 52 10.4
78.73
0.074 5587
941.4
7.20
7.41
2 33.8
19
0 26 35.27
10.807
2 23 38.7
78.62
0.072 2873
951.5
7.24
7.45
2 34.2
20
0 30 54.53
10.790
2 55 4.1
78.49
0.069 9915
961.7
7.28
7.49
2 34.5
21
0 35 13.62
+10.793
+ 3 26 26.0
+78.33
0.067 6712
-972.0
7.32
7.53
2 34.9
22
0 39 32.59
10.788
3 57 43.7
78.14
0.065 3259
982.5
7.36
7.57
2 35.3
23
0 43 51.46
10.785
4 28 56.4
77.92
0.062 9553
993.1
7.40
7.61
2 35.7
24
0 48 10.27
10.783
5 0 3.6
77.67
0.060 5591
1003.8
7.44
7.65
2 36.0
25
0 52 29.06
10.783
5 31 4.5
77.39
0.058 1370
1014.7
7.48
7.70
2 36.4
26
0 56 47.87
+10.784
+ 61 58.5
+77.00
0.055 6885
-1025.8
7.52
7.74
2 36.8
27
1 1 6.72
10.787
6 32 44.8
76.76
0.053 2134
1087.0
7.57
7.78
2 37.2
28
1 5 25.66
10.703
7 3 22.7
76.40
0.050 7111
1048.4
7.61
7.82
2 37.5
29
1 9 44.72
10.707
7 33 51.7
76.01
0.048 1811
1060.0
7.66
7.87
2 37.9
Mar. 1
1 14 3.93
10.804
8 4 11.0
75.59
0.045 6230
1071.9
7.70
7.92
2 38.3
2
1 18 23.31
+10.811
+ 8 34 19.8
+75.14
0.043 0361
-1084.0
7.74
7.97
2 38.7
3
1 22 42.88
10.820
9 4 17.5
74.66
0.040 4201
1096.2
7.79
8.02
2 39.0
4
1 27 2.68
10.830
9 34 3.3
74.15
0.037 7744
1108.6
7.84
8.07
2 39.4
5
1 31 22.72
10.841
10 3 36.5
73.61
0.035 0987
1121.3
7.89
8.12
2 39.8
6
1 35 43.03
10.852
10 32 56.5
73.04
0.032 3923
1134.1
7.94
8.17
2 40.2
7
1 40 3.61
+10.804
+11 2 2.5
+72.45
0.029 6550
-1147.1
7.99
8.22
2 40.6
8
1 44 24.50
10.877
11 30 53.8
71.82
0.026 8862
1160.3
8.04
8.27
2 41.0
9
1 48 45.72
10.831
11 59 29.7
71.16
0.024 0855
1173.7
8.09
8.32
2 41.4
10
1 53 7.27
10.906
12 27 49.5
70.48
0.021 2526
1187.2
8.14
8.38
2 41.8
U
1 57 29.17
10.920
12 55 52.6
69.77
0.018 3869
1200.9
8.20
8.44
2 42.3
12
2 1 51.43
+10.935
+13 23 38.3
+69.03
0.015 4883
-1214.7
8.25
8.49
2 42.7
13
2 6 14.07
10.951
13 51 5.9
68.26
0.012 5564
1228.7
8.30
8.55
2 43.1
14
2 10 37.09
10.967
14 18 14.7
67.46
0.009 5907
1242.8
8.36
8.61
2 43.5
15
2 15 0.50
10.983
14 45 4.0
66.64
0.006 5911
1257.0
8.42
8.67
2 44.0
16
2 19 24.31
11.000
15 11 33.2
65.79
0.003 5571
1271.4
8.48
8.73
2 44.5
17
2 23 48.52
+11.017
+15 37 41.8
+64.91
0.000 4883
-1288.0
8.54
8.79
2 45.0
18
2 28 13.14
11.035
16 3 29.0
64.01
9.997 3842
1300.8
8.60
8.85
2 45.5
19
2 32 38.18
11.052
16 28 54.2
63.06
9.994 2446
1316.7
8.66
8.91
2 45.9
20
2 37 3.63
11.069
16 53 56.8
62.13
9.991 0690
1330.7
8.72
8.98
2 46.4
21
2 41 29.50
11.066
17 18 36.2
61.15
9.987 8572
1345.9
8.79
9.05
2 46.9
22
2 45 55.78
+11.103
+17 42 51.8
+60.14
9.984 6088
-1361.3
8.86
9.12
2 47.4
23
2 50 22.46
11.120
18 6 43.0
50.11
9.981 3232
1376.8
8.93
9.19
2 47.9
24
2 54 49.55
11.137
18 30 9.2
58.06
9.978 0000
1392.6
9.00
9.26
2 48.4
25
2 59 17.05
11.154
18 53 9.9
56.99
9.974 6386
1408.7
9.06
9.33
2 48.9
26
3 3 44.93
11.170
19 15 44.6
55.89
9.971 2383
1425.0
9.13
9.40
2 49.4
27
3 8 13.19
+11.185
+19 37 52.6
+54.77
9.967 7987
-1441.5
9.20
9.47
2 49.9
28
3 12 41.81
11.199
19 59 33.4
53.62
9.964 3192
1458.3
9.27
9.55
2 50.4
29
3 17 10.77
11.213
20 20 46.4
52.45
9.960 7990
1475.3
9.35
9.63
2 51.0
30
3 21 40.05
11.226
20 41 31.1
51.26
9.957 2374
1492.8
9.43
9.71
2 51.6
31
3 26 9.62
11.237
21 1 47.0
50.05
9.953 6337
1510.5
9.51
9.79
2 52.1
Apr. 1
3 30 39.44
+11.247
+21 21 33.6
+48.82
9.949 9871
-1528.5
9.59
9.87
2 52.6
2
3 35 9.48
+11.255
+21 40 50.3
+47.57
9.946 2970
-1546.8
9.67
9.95
2 53.2
152
VENUS, 1916.
GREENWICH MEAN TIME.
Date.
ABoenskm.
Var.p«r
Hour.
Apparent
Decimation.
Var.per
Hour.
Loearithm of
Distance
from Eartb.
Var.per
Hour.
Semi-
diam-
eter.
Hor.
Paral-
lax.
Transit,
Ifcridin
of
OfMn-
jr<Mm.
Noon,
Noon,
Ifoon,
Notm,
Jroon.
iVOOfl.
Ifoon,
wlch.
h m a
8
• f ft
II
II
ti
h m
Apr. 1
3 30 39.44
+11.247
+21 21 33.6
+48.82
9.949 9871
-1628.6
9.59
9.87
2 52.6
2
3 35 9.48
11.256
21 40 50.3
47.67
9.946 2970
1646.8
9.67
9.95
2 53.2
3
3 39 39.71
11.202
21 59 36.7
46.29
9.942 5626
1565.3
9.75
10.04
2 53.8
4
3 44 10.07
11.267
22 17 52.3
46.00
9.938 7832
1684.2
9.84
10.13
2 54.4
5
3 48 40.52
U.270
22 35 36.7
43.60
9.934 9581
1603.4
9.93
10.22
2 55.0
6
3 53 11.01
+11.270
+22 52 49.5
+42.36
9.931 0867
-1622.8
10.02
10.31
2 55.5
7
3 57 41.48
U.268
23 9 30.2
41.02
9.927 1683
1642.6
10.11
10.40
2 56.0
8
4 2 11.88
11.264
23 25 38.4
39.66
9.923 2025
1662.4
10.20
10.50
2 56.6
9
4 6 42.14
11.257
23 41 13.8
38.29
9.919 1886
1682.6
10.29
10.60
2 57i
10
4 11 12.19
11.247
23 56 16.2
36.90
9.915 1259
1703.0
10.39
10.70
2 57.7
11
4 16 41.97
+11.234
+24 10 45.1
+36.50
9.911 0138
-1723.7
10.49
10.80
2 58i
12
4 20 11.42
11.219
24 24 40.3
34.09
9.906 8518
1744.7
10.59
10.90
2 58.8
13
4 24 40.46
U.200
24 38 1.5
32.67
9.902 6392
1766.9
10.69
11.01
2 59.4
14
4 29 9.00
11.178
24 50 48.5
31.25
9.898 3756
1787.8
10.79
11.12
2 59.9
15
4 33 36.97
11.153
25 3 1.2
29.81
9.894 0604
1808.8
10.90
11.28
3 0.4
16
4 38 4.30
+11.124
+25 14 39.4
+28.37
9.889 6932
-1880.6
11.01
11.34
3 0.9
17
4 42 30.89
11.092
25 25 42.9
26.92
9.885 2733
1862.6
11.12
11.46
3 1.4
18
4 46 56.67
11.056
25 36 11.7
26.47
9.880 8004
1874.8
11.24
11.58
3 1.9
19
4 51 21.54
11.016
25 46 5.6
24.02
9.876 2739
1897.3
11.36
11.70
3 2.4
20
4 55 45.42
10.973
25 55 24.6
22.67
9.871 6933
1920.0
11.48
11.82
3 2.9
21
5 0 8.22
+10.926
+26 4 8.8
+21.11
9.867 0580
-1942.9
11.61
11.95
3 3.3
22
5 4 29.84
10.876
26 12 18.1
19.66
9.862 3674
1966.0
11.74
12.08
3 3.7
23
5 8 50.19
10.820
26 19 52.6
18.21
9.857 6208
1969.5
11.87
12.21
3 4.1
24
5 13 9.18
10.761
26 26 52.3
16.76
9.852 8174
2013.4
12.00
12.34
3 4.5
25
5 17 26.70
10.698
26 33 17.3
15.32
9.847 9565
2087.6
12.13
12.48
3 4.8
26
5 21 42.64
+10.630
+26 39 7.9
+13.89
9.843 0372
-2062.0
12.27
12.62
3 5.1
27
5 25 56.90
10.658
26 44 24.1
12.46
9.838 0588
2066.8
12.41
12.77
3 5.4
28
5 30 9.37
10.481
26 49 6.2
11.04
9.833 0206
2111.9
12.55
12.92
3 5.7
29
5 34 19.92
10.398
26 53 14.3
9.63
9.827 9217
2137.3
12.70
13.07
3 5.9
30
5 38 28.43
10.310
26 56 48.7
8.24
9.822 7612
2163.1
12.85
13.23
3 6.1
May 1
5 42 34.77
+10.217
+26 59 49.8
+ 6.86
9.817 6383
-2189.3
13.01
13.39
3 6.3
2
5 46 38.82
10.119
27 2 17.9
6.49
9.812 2523
2215.8
13.17
13.56
3 6.4
3
5 50 40.44
10.016
27 4 13.3
4.14
9.806 9024
2242.5
13.33
13.73
3 6.5
4
5 54 39.48
9.906
27 5 36.5
2.80
9.801 4881
2269.5
13.50
13.90
3 6.5
5
5 58 35.81
9.789
27 6 27.8
1.48
9.796 0087
2296.7
13.67
14.08
3 6.5
6
6 2 29.29
+ 9.667
+27 6 47.8
+ 0.19
9.790 4639
-2824.1
13.85
14.26
3 6.4
7
6 6 19.76
9.538
27 6 37.0
- 1.08
9.784 8531
2361.7
14.03
14.45
3 6.3
8
6 10 7.06
9.403
27 5 55.9
2.38
9.779 1759
2379.4
14.21
14.64
3 6.2
9
6 13 51.05
9.262
27 4 45.0
8.56
9.773 4321
2407.2
14.40
14.83
3 6.0
10
6 17 31.57
9.114
27 3 5.1
4.76
9.767 6215
2435.0
14.59
15.03
3 5.7
11
6 21 8.46
+ 8.950
+27 0 56.7
-6.98
9.761 7440
-2462.9
14.79
15.23
3 5.4
12
6 24 41.54
8.797
26 58 20.4
7.08
9.755 7997
2490.7
14.99
15.44
3 5.(1
13
6 28 10.64
8.627
26 56 17.0
8.19
9.749 7887
2618.4
15.20
15.66
3 4.5
14
6 31 35.60
8.461
26 51 47.2
9.27
9.743 7115
2546.9
15.42
15.88
3 3.5
15
6 34 56.25
8.268
26 47 51.7
10.33
9.737 5684
2673.2
15.64
16.10
3 3.::
16
6 38 12.42
+ 8.077
+26 43 31.3
-11.36
9.731 3602
-2600.2
15.86
16.33
3 2-(
17
6 41 23.92
+ 7.879
+26 38 48.7
-12.35
9.725 0877
-2626.8
16.09
16.57
3 \.i
VENUS, 1916.
153
GREENWICH MEAN TIME.
Dftte.
AaoniiaQ.
Vir.p«r
Hour.
Appamt
Dflcnnatlnn.
Vir.p«r
Hoot.
LocMithmof
Distance
from Earth.
Var.pcr
Hour.
Saml-
diam-
et«r.
Hot.
Paral-
lax.
Tranait,
ICwldian
of
Green-
Noom,
JfOOUm
Nwm,
Nwm,
If 00%,
Noon.
IfoOH,
Nwm,
wich.
h m 8
8
• f it
n
II
II
h m
May 17
6 41 23.92
+7.8TB
+26 38 46.7
-12.36
9.725 0877
-2626.8
16.09
16.57
3 1.8
18
6 44 30.57
7.674
26 33 38.6
13.31
9.718 7519
2663.0
16.33
16.82
3 1.0
19
6 47 32.21
7.461
26 28 7.9
14.28
9.712 3538
2678.7
16.57
17.07
3 0.1
20
6 50 28.64
7.a40
26 22 15.5
15.12
9.705 8946
2703.8
16.82
17.32
2 59.1
21
6 53 19.68
7.012
26 16 2.2
16.98
9.699 3758
2728.3
17.07
17.58
2 58.0
22
6 56 5.15
+6.778
+26 9 28.7
-16.80
9.692 7989
-2762.2
17.33
17.86
2 56.8
23
6 58 44.85
6.631
26 2 35.8
17.60
9.6861656
2776.3
17.60
18.12
2 55.5
24
7 1 18.58
6.27B
25 55 24.4
18.34
9.679 4779
2797.6
17.87
18.40
2 54.1
25
7 3 46.13
6.016
25 47 55.4
19.06
9.672 7379
2618.9
18.15
18.69
2 52.6
26
7 6 7.28
6.746
25 40 9.6
19.74
9.665 9482
2839.0
18.43
18.98
2 51.0
27
7 8 21.84
46.466
+25 32 7.9
-20.39
9.659 1115
-2867.9
18.73
19.28
2 49.3
28
7 10 29.58
6,177
25 23 51.2
21.00
9.652 2313
2876.8
19.03
19.60
2 47.5
29
7 12 30.26
4.878
25 15 20.3
21.67
9.645 3112
2891.1
19.34
19.91
2 45.6
30
7 14 23.63
4.660
25 6 36.2
22.10
9.638 3554
2905.0
19.65
20.28
2 43.5
31
7 16 9.46
4.250
24 57 39.8
22.60
9.631 3686
2916.8
19.97
20.56
2 41.3
JttDe 1
7 17 47.50
+8.920
+24 48 31.8
-23.06
9.624 3562
-2926.3
20.30
20.89
2 39.0
2
7 19 17.51
8.679
24 39 18.2
23.48
9.617 3242
2933.1
20.63
21.24
2 36.5
3
7 20 39.22
8.220
24 29 44.9
28.87
9.610 2795
2936.9
20.97
21.59
2 33.9
4
7 21 52.40
2.869
24 20 7.6
^.23
9.603 2297
2937.4
21.31
21.94
2 31.2
5
7 22 56.81
2.498
24 10 22.2
24.66
9.596 1831
2934.1
21.66
22.30
2 28.3
6
7 23 52.20
+2.117
+24 0 29.4
-24.84
9.589 1491
-2926.8
22.01
22.66
2 25.3
7
7 24 38.32
1.726
23 50 30.0
25.K)
9.582 1378
2915.1
22.37
23.03
2 22.1
8
7 25 14.95
1.826
23 40 24.8
25 J3
9.575 1603
2898.6
22.73
23.41
2 18.8
9
7 25 41.87
0.916
23 30 14.3
26.64
9.568 2289
2876.7
23.10
23.79
2 15.3
10
7 25 58.88
0.409
23 19 59.2
26.72
9.5613568
2849.0
23.48
24.16
2 11.6
n
7 26 5.81
+0.076
+23 9 40.1
-25.87
9.554 5587
-2815.0
23.85
24.54
2 7.8
12
7 26 2.50
-0.363
22 59 17.5
26.00
9.547 8502
2774.3
24.22
24.92
2 3.8
13
7 25 48.83
0.787
22 48 52.0
26.12
9.541 2479
2726.4
24.59
25.31
1 59.6
14
7 25 24.72
1.224
22 38 24.0
26.22
9.534 7697
2670.8
24.95
25.69
1 55.2
15
7 24 50.11
1.661
22 27 58.8
26.30
9.528 4345.
2607.2
25.32
26.06
1 50.7
16
7 24 5.02
-2.097
+22 17 21.8
-26.37
9.522 2619
-2536.2
25.68
26.44
1 46.0
17
7 23 9.51
2.529
22 6 48.2
26.48
9.516 2728
2464.5
26.03
26.80
1 41.2
18
7 22 3.69
2.965
21 56 18.3
26.48
9.510 4877
2364.8
26.38
27.16
1 36.1
19
7 20 47.74
3.373
21 45 37.3
26.62
9.504 9289
2266.0
26.72
27.52
1 30.9
20
7 19 21.89
8.780
21 35 0.6
26.64
9.499 6179
2168.2
27X)6
27.85
1 25.6
21
7 17 46.44
-4.172
+21 24 23.4
-26.56
9.494 5768
-2041.2
27.38
28.18
1 20.1
22
7 16 1.76
4.648
21 13 46.1
26.66
9.489 8276
1916.0
27.68
28.49
1 14.4
23
7 14 8.30
4.904
21 3 9.2
26.52
9.485 3922
1779.7
27.96
28.78
1 8.6
24
7 12 6.57
6.237
20 52 33.1
26.48
9.481 2920
1636.7
28.22
29.05
1 2.6
25
7 9 57.13
6.646
20 41 58.4
26.40
9.477 5476
1488.3
28.47
29.30
0 56.5
26
7 7 40.64
-6.824
+20 31 26.0
-26.29
9.474 1785
-1323.0
28.70
29.53
0 50.3
27
7 5 17.82
6.072
20 20 56.7
26.16
9.471 2028
1166.6
28.90
29.74
0 44.0
28
7 2 49.47
6.286
20 10 31.4
25.96
9.468 6371
981.6
29.07
29.91
0 37.6
29
7 0 16.43
6.462
20 0 11.4
26.71
9.466 4963
801.7
29.21
30.06
0 31.2
30
6 57 39.58
6.602
19 49 57.9
26.40
9.464 7928
617.2
29.32
30.18
0 24.7
July 1
6 54 59.87
-6.701
+19 39 52.5
-25.03
9.463 5367
-429.0
29.41
30.26
0 18.1
2
6 52 18.27
-6.769
+19 29 56.7
-24.60
9.462 7354
- 238.3
29.46
30.32
0 11.5
154
VENUS, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Right
Asoenskm.
Var. per
Hour.
Apparent
Declination.
Var. per
Hour.
Logarithm of
Distance
from Earth.
Var. per
Hour.
Semi-
diam-
ater.
Hot.
Paral.
lax.
Transit.
Meridian
of
Oreeo-
Noon,
Noon,
Kwm.
Noon,
Noon,
Noon.
Noon.
Noon,
wich.
h m 8
8
• / //
It
It
It
h m
July 1
6 54 59.87
-6.701
+19 39 52.5
-26.03
9.463 5367
- 429.0
29.41
30.26
0 18.1
2
6 52 18.27
6.750
19 29 56.7
24.60
9.462 7354
238.3
29.46
30.32
0 11.5
3
6 49 35.77
6.776
19 20 12.1
24.10
9.462 3937
- 46.3
29.48
30.34
( 0 «.f
\ S3 M.i
4
6 46 53.38
6.750
19 10 40.6
23.51
9.462 5133
+ 146.8
29.46
30.34
23 51.6
5
6 44 12.10
6.684
19 1 24.1
22.86
9.463 0928
336.8
29.42
30.30
23 45.1
6
6 41 32.90
-6.676
+18 52 24.4
-22.11
9.464 1284
+ 626.6
29.36
30.22
23 38.6
7
6 38 56.76
6.429
18 43 43.4
21.29
9.465 6133
711.0
29.27
30.12
23 32.1
8
6 36 24.60
6.246
18 35 22.9
20.40
9.467 5379
891.9
29.14
29.99
23 25.7
9
6 33 57.29
6.026
18 27 24.6
19.44
9.469 8902
1067.3
28.97
29.83
23 19.0
10
6 31 35.65
6.773
18 19 50.2
18.41
9.472 6559
1236.3
28.78
29.64
23 13.3
11
6 29 20.46
-6.489
+18 12 41.5
-17.31
9.475 8185
+1398.0
28.58
29.42
23 7.3
12
6 27 12.42
6.177
18 5 59.6
16.17
9.479 3599
1651.8
28.35
29.18
23 1.3
13
6 25 12.15
4.841
17 69 45.6
14.99
9.483 2604
1697.2
28.10
28.92
22 55.5
14
6 23 20.20
4.484
17 54 0.3
13.78
9.487 4991
1833.6
27.82
28.64
22 49.9
15
6 21 37.04
4.109
17 48 44.4
12.54
9.492 0541
1960.7
27.54
28.34
22 44.4
16
6 20 3.09
-3.718
+17 43 58.4
-11.28
9.496 9030
+2078.4
27.24
28.0S
22 39.0
17
6 18 38.68
3.316
17 39 42.7
10.03
9.502 0228
2186.5
26.92
27.70
22 33.8
18
6 17 24.04
2.903
17 35 57.1
8.78
9.507 3906
2286.1
26.58
27.36
22 28.8
19
6 16 19.37
2.486
17 32 41.5
7.54
9.512 9838
2374.3
26.23
27.01
22 24.0
20
6 15 24.77
2.064
17 29 55.3
6.33
9.518 7801
M64.6
25.89
26.66
22 19.3
21
6 14 40.29
-1.642
+17 27 37.8
- 6.14
9.524 7582
+2525.9
25.54
26.29
22 14.8
22
6 14 5.94
1.221
17 25 48.3
3.99
9.530 8975
2588.9
25.18
25.92
22 10.5
23
6 13 41.67
0.803
17 24 25.9
2.89
9.537 1786
2644.0
24.82
25.54
22 6.3
24
6 13 27.37
-0.389
17 23 29.4
1.83
9.543 5830
2691.7
24.45
25.17
22 2.3
25
6 13 22.94
+0.019
17 22 57.7
-0.82
9.550 0932
2r32.3
24.09
24.80
21 58.4
26
6 13 28.21
40.419
+17 22 49.5
+ 0.13
9.556 6931
+2766.6
23.73
24.42
21 54.7
27
6 13 43.01
0.812
17 23 3.3
1.02
9.563 3677
2794.6
23.37
24.05
21 51.2
28
6 14 7.15
1.198
17 23 37.7
1.84
9.570 1030
2817.2
23.00
23.68
21 47.8
29
6 14 40.41
1.674
17 24 31.1
2.60
9.576 8861
2834.6
22.64
23.31
21 44.5
30
6 15 22.59
1.940
17 25 42.1
3.30
9.583 7054
2847.4
22.29
22.95
21 41.4
31
6 16 13.44
+2.296
+17 27 8.9
+ 3.93
9.590 5501
+2866.8
21.95
22.59
21 38.4
Aug. 1
6 17 12.72
2.643
17 28 50.0
4.49
9.597 4103
2860.3
21.61
22.24
21 35.6
2
6 18 20.21
2.980
17 30 43.7
4.98
9.604 2770
2861.3
21.27
21.89
21 33.0
3
6 19 85.65
3.306
17 32 48.3
6.40
9.611 1421
2869.1
20.93
21.55
21 30.5
4
6 20 58.81
8.623
17 35 2.3
6.76
9.617 9984
2864.0
20.60
21.21
21 28.0
5
6 22 29.46
+3.930
+17 37 24.0
+ 6.06
9.624 8392
+2846.3
20.28
20.88
21 26.6
6
6 24 7.36
4.227
17 39 51.9
6.27
9.631 6587
2836.3
19.96
20.55
21 23.4
7
6 25 52.28
4.616
17 42 24.2
6.42
9.638 4516
2824.2
19.65
20.23
21 21.3
8
6 27 44.00
4.793
17 44 59.4
6JS1
9.645 2131
2810.2
19.36
19.92
21 19.3
9
6 29 42.29
6.063
17 47 36.0
6.63
9.651 9391
2794.5
19.05
19.61
21 17.4
10
6 31 46.95
+6.324
+17 50 12.4
+ 6.49
9.658 6257
+2777.4
18.76
19.31
21 15.7
11
6 33 57.77
6.677
17 52 47.0
6.38
9.665 2694
2758.8
18.47
19.02
21 14.0
12
6 36 14.55
6.821
17 55 18.4
6.22
9.671 8670
2739.0
18.19
18.73
21 12.4
13
6 38 37.10
6.067
17 67 45.2
6.00
9.678 4156
2718.0
17.92
18.45
21 10.9
14
6 41 5.21
6.284
18 0 6.0
6.72
9.684 9127
2696.0
17.66
18.17
21 9.5
15
6 43 38.69
+6.604
+18 2 19.8
+ 6.38
9.691 3559
+2673.1
17.39
17.91 1 21 8.2
16
6 46 17.36
+6.716
+18 4 23.8
+ 4.99
9.697 7430
+2649.4
17.14
17.64 1
21 7.0
VENUS, 1916.
155
GREENWICH MEAN TIME.
Patf.
Var. per
Hoar.
Apparent
DediDation.
Var. per
Hour.
Loearithm of
Diatanc«
from Earth.
Var. per
Hour.
Reml-
dtam-
eter.
Hor.
ParaW
lax.
Trandt,
Meridian
of
Qraen-
lfOOH»
Nwn,
JlvOOfl.
I^oon.
Nwm.
Noon.
Noam.
Noon,
wioh.
h in s
8
• t ft
tf
H
ft
h m
Aug. 16
6 40 17.36
+ «.71fl
+18 4 23.8
+ 4.99
9.697 7430
+2649.4
17.14
17.64
21 7.0
17
6 49 1.03
6.931
18 6 18.4
4.55
9.704 0723
2634.9
16.89
17.39
21 5.9
18
6 51 49.52
7.U8
18 8 1.8
4.05
9.710 3423
3909.9
16.65
17.14
21 4.8
19
6 54 42.64
7.307
18 9 32.7
3.51
9.716 5516
3974.4
16.41
16.90
21 3.8
20
6 57 40.21
7.489
18 10 50.1
2.93
9.722 6993
3548.6
16.18
16.66
21 2.9
21
7 0 42.05
+ 7.6M
+18 11 53.0
+ 2.31
9.728 7847
+3533.5
15.96
16.43
21 2.1
22
7 3 48.01
7.832
18 12 40.4
1.64
9.734 8072
3496.3
15.74
16.20
21 1.3
23
7 6 57.91
7.993
18 13 11.3
0.93
9.740 7663
3469.7
15.62
15.98
21 0.6
24
7 10 11.59
8.147
18 13 24.6
+ 0.18
9.746 6618
3448.3
15.31
15.76
20 59.9
2o
7 13 28.91
8.395
18 13 19.6
-0.60
9.752 4936
3416.7
15.11
16.55
20 59.3
26
7 16 49.71
-t- 8.43f
+18 12 55.5
- 1.42
9.758 2619
+3390.3
14.91
15.35
20 58.7
27
7 20 13.85
8.573
18 12 11.5
2^
9.763 9668
3368.9
14.72
15.15
20 58.2
28
7 23 41.19
8.704
18 11 6.9
3.14
9.769 6086
3337.7
14.53
14.96
20 57.8
29
7 27 11.59
8.830
18 9 40.8
4.04
9.775 1877
3811.6
14.34
14.77
20 57.4
30
7 30 44.92
8.948
18 7 52.7
4.97
9.780 7045
3385.8
14.16
14.68
20 57.1
31
7 34 21.05
+ 9.062
+18 5 41.9
-5.93
9.786 1596
+3260.3
13.98
14.40
20 56.8
Sept 1
7 37 59.86
9.171
18 3 7.8
6.92
9.791 5536
3334.8
13.81
14.22
20 56.5
9
•*
7 41 41.24
9.376
18 0 9.9
7.92
9.796 8871
2300.8
13.64
14.05
20 56.3
3
7 45 25.07
9.876
17 56 47.7
8.94
9.802 1609
2185.1
13.47
13.88
20 56.1
4
7 49 11.24
9.472
17 53 0.3
9.90
9.807 3757
2160.7
13.31
13.71
20 56.0
5
7 52 59.65
+ 9.563
+17 48 48.2
-11.06
9.812 5323
+2136.5
13.15
13.55
20 55.9
6
7 56 50.20
9.650
17 44 10.0
12.13
9.817 6313
2112.7
13.00
13.39
20 55.8
7
8 0 42.79
9.732
17 39 5.7
13.23
9.822 6734
2069.1
12.85
13.24
20 55.8
8
8 4 37.33
9.811
17 33 34.7
14.35
9.827 6594
3065.9
12.70
13.09
20 55.8
9
8 8 33.73
9.887
17 27 36.9
15.48
9.832 5900
3043.9
12.56
12.94
20 55.8
10
8 12 31.91
-¥ 9.960
+17 21 11.8
-16.62
9.837 4657
+3030.1
12.42
12.80
20 55.8
11
8 16 31.79
10.029
17 14 19.1
17.77
9.842 2869
1997.6
12.28
12.66
20 55.9
12
8 20 33.28
10.094
17 6 58.6
18.93
9.847 0542
1975.3
12.15
12.52
20 56.0
13
8 24 36.29
10.156
16 59 10.1
20.10
9.851 7681
1953.0
12.02
12.39
20 56.1
14
8 28 40.75
10.215
16 50 53.5
21.28
9.856 4290
1931.0
11.89
12.26
20 56.3
15
8 32 46.58
•1-10.370
+16 42 8.6
-22.46
9.861 0374
+1000.3
11.77
12.13
20 56.5
16
8 36 53.69
10.322
16 32 55.3
23.65
9.865 5937
1887.7
11.65
12.00
20 66.7
17
8 41 2.02
10.371
16 23 13.6
24.83
9.870 0985
1866.3
11.53
11.87
20 56.9
18
8 45 11.48
10.416
16 13 3.4
26.02
9.874 5524
1845.3
11.41
11.75
20 57.1
19
8 49 22.00
10.450
16 2 24.7
27 Jl
9.878 9558
1834.3
11.30
11.63
20 57.3
20
8 53 33.51
+10.490
+15 51 17.5
-38.39
9.883 3093
+1803.7
11.19
11.51
20 57.6
21
8 57 45.95
10.536
15 39 42.1
29.56
9.887 6136
1783.3
11.08
11.40
20 57.9
22
9 1 59.25
10.571
15 27 38.5
30.73
9.891 8692
1763.1
10.97
11.29
20 58.2
23
9 6 13.34
10.603
15 15 6.8
31.00
9.896 0768
1743.2
10.86
11.18
20 58.5
24
9 10 28.17
10.632
15 2 7.2
33.06
9.900 2370
1723.6
10.76
11.07
20 58.8
25
9 14 43.67
•1-10.650
+14 48 39.9
-34.21
9.904 3505
+1704.3
10.66
10.97
20 59.1
26
9 18 59.79
10.684
14 34 45.1
35.35
9.908 4180
1685.3
10.56
10.87
20 59.5
27
9 23 16.48
10.707
14 20 23.0
36.48
9.912 4401
1666.5
10.46
10.77
20 59.9
28
9 27 33.69
10.728
14 5 33.9
37.60
9.916 4175
1648.1
10.36
10.67
21 0.2
29
9 31 51.38
10.746
13 50 18.1
38.71
9.920 3510
1639.9
10.27
10.57
21 0.5
30
9 36 9.49
+10.763
+13 34 35.8
-39.81
9.924 2412
+1618.0
10.18
10.47
21 0.9
Oct. 1
9 40 28.00
+10.779
+13 18 27.5
-40 J9
9.928 0890
+1594.5
10.09
10.38
21 1.3
156
VENUS, 1916.
GREENWICH MEAN TIME.
Da
te.
Apparent
rogit
Afloormlon.
Var.p«r
Hoar.
Apparent
Decimation.
Var. per
Hour.
Lqcarithm of
Distance
from Earth.
Var.per
Hoar.
Soml-
diam-
eter.
Hot.
Paral-
lax.
Transit,
Meridin
of
Green-
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Noom,
wid).
h m 8
8
• / //
ft
It
//
h m
Oct.
1
9 40 28.00
+10.779
+13 18 27.5
-40.89
9.928 0890
+1594.5
10.09
10.38
21 1.3
2
9 44 46.86
10.793
13 1 53.4
41.95
9.931 8950
1577.3
10.00
10.29
21 1.6
3
9 49 6.04
10.805
12 44 53.8
43.01
9.935 6599
1560.3
9.91
10.20
21 2.0
4
9 53 25.51
10.816
12 27 29.0
44.05
9.939 3844
1543.5
9.82
10.11
21 2.4
5
9 57 45.25
10.827
12 9 39.5
45.07
9.943 0692
1527.1
9.74
10.03
21 2.8
6
10 2 5.22
+10.837
+11 51 25.6
-46.08
9.946 7149
+1511.0
9.66
9.95
21 3.2
7
10 6 25.42
10.846
11 32 47.7
47.07
9.950 3221
1495.1
9.58
9.87
21 3.6
8
10 10 45.81
10.854
11 13 46.2
48.05
9.953 8914
1479.4
9.50
9.79
21 4.0
9
10 15 6.39
10.861
10 54 21.5
49.01
9.957 4232
1463.9
9.42
9.71
21 4.4
10
10 19 27.14
10.868
10 34 34.0
49.95
9.960 9180
1448.5
9.34
9.63
21 4.8
11
10 23 48.05
+10.874
+10 14 24.1
-50.87
9.964 3761
+1433.3
9.27
9.55
21 5.2
12
10 28 9.10
10.880
9 53 52.4
51.77
9.967 7978
1418.2
9.20
9.48
21 5.6
13
10 32 30.30
10.886
9 82 59.3
52.65
9.971 1835
1403.3
9.13
9.40
21 6.0
14
10 36 51.63
10.891
9 11 45.3
53.51
9.974 5335
1388.5
9.06
9.33
21 6.4
15
10 41 13.08
10J06
8 50 11.1
54.34
9.977 8482
1373.8
8.99
9.26
21 6.8
IG
10 45 34.63
+10.901
+ 8 28 17.1
-^.15
9.981 1279
+1359.3
8.92
9.19
21 7.3
17
10 49 56.29
10.905
8 6 3.8
55.94
9.984 3730
1344.9
8.86
9.12
21 7.7
18
10 54 18.05
10.909
7 43 31.9
56.71
9.987 5836
1330.6
8.79
9.05
21 8.1
19
10 58 39.92
10.913
7 20 42.0
57.45
9.990 7602
1316.6
8.73
8.98
21 «.5
20
11 3 1.89
10.917
6 57 34.6
58.16
9.993 9032
1302.6
8.67
8.92
21 t.e
21
11 7 23.95
+10.921
+ 6 34 10.4
-58.85
9.997 0129
+1288.8
8.61
8.86
21 9.4
22
11 11 46.10
10.925
6 10 80.0
59.51
0.000 0896
1275.2
8.55
8.80
21 9.8
23
11 16 8.36
10.929
5 46 34.0
60.15
0.003 1338
1261.7
8.49
8.74
21 10.2
24
11 20 30.72
10.934
5 22 23.1
60.76
0.006 1457
1248.8
8.43
8.68
21 10.7
25
11 24 53.19
10.939
4 57 57.9
61.34
0.009 1259
1285.2
8.37
8.62
21 11.1
2G
11 29 15.79
+10.944
+ 4 33 19.0
-61.89
0.012 0746
+1222.1
8.31
8.56
21 11.5
27
11 33 38.51
10.949
4 8 27.2
62.42
0.014 9923
1209.3
8.26
8.50
21 11.9
28
11 38 1.37
10.955
3 43 23.1
62.92
0.017 8794
1196.7
8.20
8.44
21 12.4
29
11 42 24.37
10.962
3 18 7.4
63.39
0.020 7366
1184.3
8.14
8.38
21 12.9
30
11 46 47.53
10.969
2 52 40.7
63.83
0.023 5642
1172.1
8.09
8.33
21 13.3
31
11 51 10.87
+10.977
+ 2 27 3.8
-64.24
0.026 3626
+1160.0
8.04
8.28
21 13.7
Nov.
1
11 55 34.41
10.985
2 1 17.2
64.63
0.029 1323
1148.2
7.99
8.23
21 14.2
2
11 59 58.16
10.994
1 35 21.5
65.00
0.031 8738
1136.5
7.94
8.18
21 14.7
3
12 4 22.14
11.004
1 9 17.5
65.33
0.034 5875
1125.0
7.89
8.13
21 15.2
4
12 8 46.38
11.016
0 43 5.9
65.63
0.037 2739
1113.7
7.84
8.08
21 15.7
5
12 13 10.91
+11.028
+ 0 16 47.3
-65.01
0.039 9332
+1102.5
7.79
8.03
21 16.1
6
12 17 35.74
11.041
- 0 9 37.5
66J6
0.042 5657
1091.4
7.75
7.98
21 16.5
7
12 22 0.90
11.056
0 36 8.0
66.88
0.045 1719
1080.5
7.70
7.93
21 17.0
8
12 26 26.42
11.072
1 2 43.6
66.57
0.047 7520
1060.6
7.65
7.88
21 17.5
9
12 30 52.34
11.089
1 29 23.4
66.73
0.050 3062
1068.0
7.61
7.83
21 18.0
10
12 35 18.68
+11.107
- 1 56 6.7
-66.87
0.052 8348
+1048.3
7.57
7.79
21 18.5
11
12 39 45.46
11.125
2 22 52.9
66.97
0.055 3379
1037.7
7.53
7.76
21 19.0
12
12 44 12.70
11.145
2 49 41.2
67.04
0.057 8157
1027.1
7.48
7.70
21 19.5
13
12 48 40.43
11.166
3 16 30.8
67.08
0.060 2682
1016.7
7.44
7.66
21 20.1
14
12 53 8.69
11.189
3 43 21.1
67.10
0.062 6958
1006.3
7.40
7.61
21 20.7
15
12 57 37.50
+11.213
- 4 10 11.3
-67.08
0.065 0985
+ 996.0
7.36
7.67
21 21.2
16
13 2 6.90
+11^7
- 4 37 0.6
-67.03
0.067 4767
+ 985.8
7.32
7.63
21 21.7
VENUS, 1916.
157
GREENWICH MEAN TIME.
Date.
Asocntlon.
Vtf. p«r
Hour.
Appanot
DeoEbstioo.
Vtf. per
Hour.
LoffwUhmof
Diitaiic*
fromEtfth.
Vtf.pw
Hour.
Sonl-
dlam-
et«r.
Hot.
Pvml-
lAX.
Transit,
Meridian
of
OrMD-
Noon.
Noon,
Noon,
J^Toon.
Noon.
Noon.
Noon.
Nwm.
wtoh.
h m s
s
• t tt
tt
1$
II
h m
Nov. 1«
13 2 6.90
+11.237
- 4 37 0.6
-07.03
0.067 4767
+986.8
7.32
7.63
21 21.7
17
13 6 36.90
11.903
5 3 48.2
00.94
0.069 8304
975.7
7.28
7.49
21 22.3
18
13 11 7.53
11.390
5 30 33.5
00.83
0.072 1600
965.6
7.24
7.45
21 22.9
19
13 15 38.81
11.318
5 57 15.6
00.07
0.074 4655
956.7
7.20
7.41
21 23.5
20
13 20 10.78
11.347
6 23 53.7
00.49
0.076 7472
945.8
7.16
7.37
21 24.1
21
13 24 43.46
+11.377
- 6 50 27.1
-00.38
0.079 0052
+935.9
7.13
7.33
21 24.7
22
13 29 16.87
11.408
7 16 55.0
00.04
0.081 2396
936.3
7.09
7.29
21 25.3
23
13 33 51.04
11.440
7 43 16.6
05.70
0.083 4508
916.6
7.05
7.25
21 25.9
24
13 38 25.99
11.473
8 9 31.1
05.45
0.085 6389
907.0
7.01
7.21
21 26.6
25
13 43 1.75
ll.fi07
8 35 37.7
05.10
0.087 8042
897.5
6.98
7.18
21 27.3
26
13 47 38.34
+11 .64a
- 9 1 35.6
-64.73
0.089 9471
+888.3
6.95
7.15
21 28.0
27
13 52 15.78
11.578
9 27 24.0
04.31
0.092 0678
879.0
6.91
7.11
21 28.7
28
13 56 54.10
11.615
9 53 2.1
03.80
0.094 1666
870.0
6.87
7.08
21 29.4
29
14 1 33.32
11.653
10 18 29.1
03.38
0.096 2438
861.1
6.84
7.05
21 30.1
ao
14 6 13.46
11.093
10 43 44.4
03.87
0.098 2998
853.3
6.81
7.02
21 30.8
Dec. 1
14 10 54.55
+11.733
-11 8 47.0
-63.33
0.100 3350
+843.7
6.78
6.99
21 31.6
2
14 15 36.62
11.773
11 33 36.2
61.76
0.102 3496
836.3
6.75
6.95
21 32.4
3
14 20 19.68
11.815
11 58 11.3
61.15
0.104 3438
836.7
6.72
6.92
21 33.1
4
14 25 3.76
11.858
12 22 31.4
60.61
0.106 3179
818.4
6.69
6.89
21 33.9
5
14 29 48.89
11.903
12 46 36.7
59.84
0.108 2722
810.3
6.66
6.86
•
21 34.8
6
14 34 35.08
+11.947
-13 10 23.5
-59.14
0.110 2070
+803.1
6.63
6.83
21 35.7
7
14 39 22.36
11.993
13 33 54.0
58.40
0.112 1223
794.0
6.60
6.80
21 36.5
8
14 44 10.75
U.040
13 57 6.4
57.63
0.114 0183
786.0
6.57
6.77
21 37.3
9
14 49 0.26
12M87
14 19 59.9
56.83
0.115 8952
778.1
6.54
6.74
21 38.2
10
14 53 50.92
13.135
14 42 33.7
65.98
0.117 7532
770.3
6.51
6.71
21 39.1
11
14 58 42.74
+13.183
-15 4 46.9
-55.11
0.119 5923
+763.4
6.49
6.68
21 40.1
12
15 3 35.72
13.333
15 26 38.9
64.31
0.121 4126
764.6
6.46
6.65
21 41.1
13
15 8 29.88
13.381
15 48 8.8
53.37
0.123 2143
746.8
6.43
6.62
21 42.0
14
15 13 25.24
13.331
16 9 15.9
53.30
0.124 9975
739.3
6.40
6.59
21 43.0
15
15 18 21.79
13.381
16 29 59.2
61.30
O.m 7623
731.6
6.38
6.57
21 44.0
IC
15 23 19.54
+13.431
-16 50 18.1
-60.37
0.128 5088
+733.9
6.36
6.55
21 45.0
17
15 28 18.49
13.481
17 10 11.7
49.30
0.130 2370
716.3
6.33
6.52
21 46.1
18
15 33 18.64
13.531
17 29 39.3
48.10
0.131 9471
706.8
6.30
6.49
21 47.2
19
15 38 19.99
13.581
17 48 40.1
46.97
0.133 6391
701.3
6.28
6.46
21 48.3
20
15 43 22.53
13.031
18 7 13.3
45.80
0.135 3132
603.8
6.26
6.44
21 49.4
21
15 48 26.26
+13.080
-18 25 18.2
-44.60
0.136 9694
+686.4
6.24
6.42
21 50.6
22
15 53 31.17
13.739
18 42 54.0
43.37
0.138 6079
679.0
6.21
6.39
21 51.8
23
15 58 37.23
13.777
19 0 0.0
43.U
0.140 2288
671.8
6.18
6.36
21 52.9
24
16 3 44.44
13.834
19 16 35.5
40.83
0.141 8323
664.5
6.16
6.34
21 54.1
25
16 8 52.78
13.870
19 32 39.7
39.51
0.143 4186
667.4
6.14
6.32
21 55.3
26
16 14 2.22
+13.910
-19 48 12.0
-38.17
0.144 9879
+«60.3
6.12
6.30
21 56.5
27
16 19 12.74
12J961
20 3 11.7
36.80
0.146 5403
643.4
6.09
6.27
21 57.8
28
16 24 24.33
13.006
20 17 38.2
35.40
0.148 0762
636.6
6.07
6.25
21 59.1
29
16 29 36.95
13.047
20 31 30.7
33.98
0.149 5957
639.8
6.05
6.23
22 0.4
30
16 34 50.58
13.068
20 44 48.8
33.53
0.151 0992
633.1
6.03
6.21
22 1.7
\ ''
16 40 5.19
+13.138
-20 57 31.8
-31.05
0.152 5868
+616.6
6.01
6.19
22 3.0
32
16 45 20.74
+13.107
-21 9 39.0
-39.56
0.154 0588
+610.3
5.99
6.17
22 4.3
158
VENUS, 1916.
FOR GREENWICH MEAN NOON.
I
Dftta.
HeUoceatric
I/ongitade,
Mean Eqafnoz
of Date.
Var.per
Day.
R«diictiim
toOrbtt.
HeUooentiic
Latitude.
Var.per
Day.
Lofooithmof
Radius Vector.
Var.per
Day.
• / //
• t n
/ //
• / //
/ //
■
Jan. 1
346 23 20.2
1 35 14.4
+0 3.4
-3 23 37.3
-0 3.2
9.861 7336
-473
3
348 33 51.5
1 35 16.0
-0 16.6
3 23 24.9
40 15.6
9.8616353
509
5
351 44 28.0
1 35 19.5
0 36.5
3 22 35.1
0 34.3
9.8615300
544
7
354 55 9.8
1 35 22.2
0 55.9
3 21 7.9
0 52.9
9.861 4178
577
9
358 5 57.0
1 35 25.0
1 14.6
3 19 3.6
1 11.4
9.861 2992
609
11
1 16 49.7
1 35 27.8
-1 32.4
-3 16 22.6
•fl 39.7
9.861 1744
-699
13
4 27 48.0
1 35 30.6
1 49.1
3 13 5.2
1 47.7
9.8610438
66ft
15
7 38 52.0
1 35 33.4
2 4.4
3 9 12.0
3 5.4
9.860 9079
692
17
10 60 1.7
1 35 36.3
2 18.2
3 4 43.6
3 32.8
9.860 7671
ns
19
14 1 17.3
1 35 39.3
2 30.3
2 59 40.8
2 39.8
9.860 6218
737
21
17 12 38.8
1 35 42.3
-2 40.6
-2 54 4.5
+2 56.4
9.860 4723
-757
23
20 24 6.3
1 35 45.3
2 48.9
2 47 55.6
3 12.4
9.860 3192
774
25
23 35 39.9
1 35 48.4
2 55.1
2 41 15.2
3 27.9
9.860 1630
7S8
27
26 47 19.8
1 35 51.5
2 59.1
2 34 4.5
8 42.7
9.860 0041
800
29
29 59 5.9
1 35 54.6
3 0.9
2 26 24.8
3 56.9
9.859 8430
810
31
33 10 58.2
1 35 57.8
-3 0.5
-2 18 17.5
-M 10.4
9.859 6802
-«17
Feb. 2
36 22 57.0
1 3d 1.0
2 67.8
2 9 43.9
4 33.1
9.859 6163
822
4
39 35 2.3
1 36 4.3
2 62.9
2 0 45.7
4 35.0
9.859 3516
824
6
42 47 14.2
1 86 7.6
2 45.8
1 51 24.4
4 46.1
9.859 1867
824
8
46 69 32.7
1 86 10.9
2 36.6
1 41 41.8
4 56.3
9.859 0222
821
10
49 11 58.0
1 36 14.3
-2 25.5
-1 31 39.7
•K5 5.6
9.858 8586
-815
12
52 24 30.2
1 36 17.8
2 12.5
1 21 19.9
5 14.0
9.868 6963
807
14
66 37 9.3
1 36 21.3
1 57.9
1 10 44.3
5 31.4
9.868 6359
796
16
68 49 55.3
1 36 24.8
1 41.8
0 59 55.0
5 37.8
9.858 3779
783
18
62 2 48.4
1 36 28.3
1 24.4
0 48 63.9
5 83.2
9.858 2227
768
20
66 15 48.7
1 36 31.9
-1 5.9
-0 37 43.0
•^5 87.5
9.868 0710
-749
22
68 28 56.1
1 36 35.5
0 46.5
0 26 24.6
5 40.7
9.857 9232
729
24
71 42 10.7
1 36 39.1
0 26.6
0 15 0.7
6 42.9
9.867 7796
706
26
74 55 32.5
1 36 42.7
-0 6.3
-0 3 33.5
5 44.1
9.857 6408
681
28
78 9 1.5
1 36 46.3
+0 14.1
+0 7 54.9
5 44.1
9.867 6074
653
Mar. 1
81 22 37.7
1 36 49.9
+0 34.3
+0 19 22.1
+5 42.9
9.857 3797
-634
3
84 36 20.9
1 36 53.4
0 54.1
0 30 46.0
5 40.7
9.857 2680
503
5
87 50 11.2
1 36 56.9
1 13.2
0 42 4.4
5 87.5
9.867 1428
559
7
91 4 8.4
1 37 0.8
1 31.4
0 53 15.2
5 83.1
9.867 0345
534
9
94 18 12.4
1 87 8.6
1 48.4
1 4 16.1
5 27.6
9.856 9334
487
11
97 32 23.0
1 87 6.9
+2 4.1
+1 16 5.0
+5 21.1
9.856 8398
-449
13
100 46 40.0
1 37 10.0
2 18.1
1 26 39.8
5 13.5
9.866 7641
406
15
104 1 3.1
1 37 13.0
2 30.5
1 36 68.4
5 4.9
9.866 6766
367
17
107 15 32.1
1 37 15.9
2 40.9
1 46 58.8
4 55.3
9.856 6076
324
19
110 30 6.6
1 37 18.6
2 49.2
1 55 39.1
4 44.8
9.856 5470
281
21
113 44 46.3
1 37 21.1
+2 55.4
+2 4 57.3
+4 33.3
9.856 4953
-336
23
116 59 30.9
1 37 23.4
2 59.4
2 13 51.6
4 20.9
9.856 4526
191
25
120 14 19.8
1 87 25.4
3 1.0
2 22 20.2
4 7.6
9.856 4191
145
27
123 29 12.5
1 37 27.2
3 0.3
2 30 21.5
8 63.5
9.866 3948
98
29
126 44 8.6
1 37 28.8
2 67.3
2 37 53.9
8 88.7
9.866 3798
52
31
129 59 7.6
1 37 30.1
+2 52.0
+2 44 55.9
+3 23.3
9.866 3742
- 4
Apr. 2
133 14 8.8
1 37 31.0
+2 44.5
+2 51 26.1
•^3 6.9
9.866 3781
•1- 43
VENUS, 1916.
159
FOR GREENWICH MEAN NOON.
Date.
HeUocentric
Loi]^tu4e,
Mean Equinox
of Date.
Var. per
Day.
Reduction
to Orbit
HeUocentric
Latitude.
Var. per
Day.
Lomrittini of
Radiufl Vector.
Var. per
D»y.
• / //
9 t It
/ 11
• / //
/ //
Apr. 2
133 14 8.8
1 37 81.0
+2 44.5
+2 51 26.1
■kZ 6.9
9.856 3781
+ 43
4
136 29 11.6
1 37 81.7
2 34.9
2 57 23.2
2 50.1
9.856 3914
90
6
139 44 15.5
1 37 82.1
2 23.3
3 2 46.1
2 32.7
9.856 4140
136
8
142 59 19.8
1 37 32.1
2 9.9
3 7 33.8
2 14.9
9.856 4459
182
10
146 14 23.8
1 37 81.8
1 54.8
3 11 45.3
1 56.5
9.856 4869
228
12
149 29 26.8
1 37 81.1
+1 38.2
+3 15 19.7
+1 37.8
9.856 5370
+273
14
152 44 28.1
1 37 30.1
1 20.4
3 18 16.5
1 18.9
9.856 5959
317
16
155 59 27.1
1 37 28.7
1 1.5
3 20 35.1
0 50.6
9.856 6686
360
18
159 14 23.0
1 87 27.0
0 41.8
3 22 15.0
0 40.2
9.856 7397
401
20
162 29 15.1
1 37 24.9
0 21.7
3 23 15.9
0 20.7
9.856 8240
442
22
165 44 2.7
1 37 22.5
+0 1.3
+3 23 37.8
+0 1.2
9.856 9163
+481
24
168 58 45.2
1 37 19.8
-0 19.2
3 23 20.6
-0 18.4
9.857 0162
518
26
172 13 21.8
1 37 16.8
0 39.4
3 22 24.4
0 37.8
9.857 1234
553
28
175 27 52.0
1 37 13.4
0 59.1
3 20 49.4
0 57.1
9.857 2375
587
30
178 42 15.2
1 37 9.7
1 18.0
3 18 36.0
1 16.2
9.857 3582
619
May 2
181 56 30.7
I 37 5.7
-1 35.9
+3 15 44.8
-1 34.9
9.857 4851
+649
4
185 10 38.0
1 37 1.5
1 52.6
3 12 16.3
1 53.4
9.857 6178
677
6
188 24 36.6
1 36 57.1
2 7.8
3 8 11.2
2 11.5
9.857 7559
703
8
191 38 26.1
1 36 52.4
2 21.4
3 3 30.4
2 29.1
9.857 8988
726
10
194 52 6.0
1 36 47.5
2 33.2
2 58 15.0
2 46.2
9.858 0462
747
12
198 5 86.0
1 36 42.4
-2 43J
+2 52 26.0
-3 2.7
9.858 1976
+766
14
201 18 55.7
1 36 37.2
2 50.9
2 46 4.6
3 18.6
9.858 3524
782
16
204 32 4.9
1 36 31.9
2 56.5
2 39 12.0
8 83.9
9.858 5102
796
18
207 45 3.4
1 36 26.5
2 59.9
2 31 49.6
8 48.4
9.858 6705
807
20
210 57 51.1
1 36 21.1
3 1.0
2 23 58.9
4 2.1
9.858 8328
816
22
214 10 27.8
1 86 15.6
-2 59.9
+2 15 41.5
-4 15.1
9.858 9966
+822
24
217 22 53.5
1 86 10.1
2 56.5
2 6 59.0
4 27.2
9.859 1613
825
26
220 35 8.2
1 36 4.6
2 50.9
1 57 53.1
4 88.5
9.859 3264
826
28
223 47 12.1
1 35 59.2
2 43.2
1 48 25.5
4 48.9
9.859 4915
824
30
226 59 5.2
1 85 53.9
2 33.4
1 38 38.1
4 58.4
9.859 6560
820
June 1
230 10 47.7
1 35 48.6
-2 21.7
+1 28 32.7
-5 6.9
9.859 8193
+813
8
233 22 19.8
1 35 43.5
2 8.3
1 18 11.3
5 14.4
9.859 9810
804
5
236 33 41.8
1 35 38.5
1 53.3
1 7 35.8
5 20.9
9.860 1407
792
7
239 44 54.0
1 35 33.7
1 37.0
0 56 48.3
5 26.4
9.860 2978
778
9
242 55 56.8
1 35 29.1
1 19.4
0 45 50.7
5 81U)
9.860 4517
761
11
246 6 50.6
1 35 24.7
-1 0.9
+0 34 45.0
-^ MA
9.860 6021
+742
13
249 17 35.9
1 35 20.6
0 41.6
0 23 33.4
5 37.0
9.860 7485
721
15
252 28 13.1
1 85 16.7
0 21.8
0 12 17.9
5 88.4
9.860 8905
698
17
255 38 42.6
1 85 13X)
-0 1.8
+0 1 0.5
5 88.8
9.861 0276
672
19
258 49 5.1
1 35 9.6
+0 18.2
-0 10 16.6
5 88.2
9.861 1593
645
21
261 59 21.0
1 35 6.5
+0 38.0
-0 21 31.4
-5 86.5
9.861 2854
+616
23
265 9 30.9
1 35 3.6
0 57.4
0 32 41.9
5 83.8
9.861 4055
585
25
268 19 35.3
1 85 1.0
1 16.0
0 43 46.0
5 80.1
9.861 5191
551
27
271 29 34.9
1 84 58.7
1 33.7
0 54 41.8
5 25.4
9.861 6259
517
29
274 39 30.2
1 84 56.7
1 50.2
1 5 27.3
5 19.8
9.861 7257
481
July 1
277 49 21.8
1 34 55.0
+2 5.4
-1 16 0.5
-« 13.2
9.861 8181
+443
3
280 59 10.3
1 34 53.6
+2 19.0
-1 26 19.5
-5 5.6
9.861 9028
+404
160
VENUS, 1916.
FOR GREENWICH MEAN NOON.
Dftto.
Heliooentrio
Longitude,
Mean Equinox
of Date.
Var.pw
Day.
Redoction
to Orbit
HeUooentric
Latitude.
Var. per
Day.
Lonrithmof
RM^VeoCor.
Vir.pcf
Day.
• / //
• t $9
t //
• / //
/ //
July 1
277 49 21.8
1 34 55.0
+2 5.4
-1 16 0.5
-5 13.2
9.861 8181
•1443
3
280 59 10.3
1 84 53.6
2 19.0
1 26 19.5
5 5.6
9.861 9028
404
5
284 8 56.3
1 34 53.5
2 30.9
1 36 22.5
4 57.2
9.861 9796
364
7
287 18 40.3
1 34 51.6
2 41.0
1 46 7.8
4 47.0
9.862 0483
333
9
290 28 22.8
1 34 51.0
2 49.2
1 55 33.5
4 87.7
9.862 1087
381
11
293 38 4.4
1 34 50.7
+2 65.2
-2 4 37.9
-4 26.6
9.8621605
4338
13
296 47 45.7
1 34 50.7
2 59.2
2 13 19.5
4 14.8
9.862 2037
194
15
299 67 27.2
1 34 50.0
3 0.9
2 21 36.7
4 3.2
9.862 2381
ISO
17
303 7 9.3
1 34 51.3
3 0.5
2 29 28.0
3 48.0
9.862 2636
105
19
306 16 52.4
1 34 51.0
2 57.8
2 36 51.9
3 34.0
9.862 2801
eo
21
309 26 37.1
1 34 52.8
+2 53.0
-2 43 47.2
-3 20.8
9.862 2876
+ 15
23
312 36 23.7
1 34 53.9
2 46.1
2 50 12.6
3 5.1
9.862 2860
-30
25
315 46 12.7
1 34 55.2
2 37.2
2 56 7.0
2 40.3
9.862 2754
76
27
318 56 4.4
1 34 56.6
2 26.4
3 1 29.2
3 82.0
9.862 2557
121
29
322 5 59.1
1 34 58.2
2 13.7
3 6 18.3
2 16.1
9.862 2271
1«5
31
325 15 57.2
1 35 0.0
+1 59.5
-3 10 33.4
-1 58.0
9.862 1896
-309
Aug. 2
328 25 59.0
1 35 1.0
1 43.7
3 14 13.7
1 41.3
9.862 1434
3S3
4
331 36 4.7
1 35 3.0
1 26.7
3 17 18.5
1 23.4
9.862 0885
396
6
334 46 14.5
1 35 6.0
1 8.7
3 19 47.2
1 5.2
9.862 0252
339
8
337 56 28.7
1 35 8.2
0 49.8
3 21 39.4
0 46.8
9.861 9535
379
10
341 6 47.5
1 35 10.6
+0 30.3
-3 22 54.7
-0 28.3
9.861 8737
-418
12
344 17 11.1
1 35 13.0
+0 10.4
3 23 32.7
-0 0.7
9.861 7862
457
14
347 27 39.6
1 35 15.5
-0 9.7
3 23 33.3
+6 0.0
9.861 6910
494
16
350 38 13.2
1 35 18.1
0 29.6
3 22 56.5
0 27.7
9.8615885
530
18
353 48 52.0
1 35 20.7
0 49.2
3 21 42.4
0 46.4
9.861 4790
564
20
356 59 36.2
1 35 23.4
-1 8.]
-3 19 51.1
•1-1 4.0
9.861 3629
-506
22
0 10 25.8
1 35 26.2
1 26.3
3 17 22.8
1 23.3
9.8612405
637
24
3 21 20.9
1 35 20.0
1 43.4
3 14 18.1
1 41.4
9.861 1121
656
26
6 32 21.7
1 35 31.8
1 59.2
3 10 37.4
1 50.2
9.860 9781
683
28
9 43 28.3
1 35 34.7
2 13.6
3 6 21.3
S 16.8
9.860 8390
707
30
12 54 40.7
1 35 37.6
-2 26.3
-3 1 30.4
+3 34.0
9.860 6952
-710
Sept. 1
16 5 59.0
1 35 40.6
2 37.2
2 56 5.7
8 50.7
9.860 5470
751
3
19 17 23.3
1 35 43.6
2 46.2
2 50 8.1
3 6.8
9.860 3950
769
5
22 28 53.6
1 35 46.7
2 63.2
2 43 38.7
3 22.4
9.860 2396
785
7
25 40 80.1
1 35 40.8
2 58.0
2 36 38.6
3 37.5
9.860 0813
798
9
28 52 12.8
1 35 52.0
-8 0.6
-2 29 9.0
+3 51.0
9.859 9206
-809
11
82 4 1.9
1 35 56.1
3 0.9
2 21 11.2
4 5.7
9.859 7579
817
13
35 15 57.4
1 35 59.4
2 59.0
2 12 46.7
4 18.7
9.859 5938
833
15
38 27 59.4
1 36 2.7
2 54.8
2 3 57.0
4 30.0
9.859 4288
837
17
41 40 8.0
1 36 6.0
2 48.5
1 54 43.6
4 42.3
9.859 2633
837
19
44 52 23.2
1 36 0.3
-2 40.1
-1 45 8.4
+4 52.8
9.859 0980
-835
21
48 4 45.2
1 36 12.7
2 29.6
1 35 13.0
5 3.5
9.858 9333
831
23
51 17 14.0
1 36 16.1
2 17.3
1 24 59.2
5 11.2
9.858 7698
814
25
54 29 49.8
1 36 10.6
2 3.2
1 14 29.0
5 18.0
9.858 6079
804
27
57 42 32.6
1 36 23.1
1 47.6
1 3 44.3
6 25.7
9.858 4482
703
29
60 55 22.5
1 36 26.7
-1 30.7
-0 52 47.1
+5 31.4
9.858 2912
-777
Oct. 1
64 8 19.5
1 36 30.3
-1 12.5
-0 41 39.5
+5 36.0
9.858 1373
-760
VENUS, 1916.
161
FOR GREENWICH MEAN NOON.
Date.
H«liocentric
Lon^tude,
Mean Equinox
of Date.
Var. per
Day.
Reduction
to Orbit.
Heliooentric
Latitude.
Var. per
Day.
Loarlthm of
Radras Vector.
Var. per
Day.
• / It
• 1 It
/ //
• / //
/ //
Oct. 1
64 8 19.5
1 3« 80.8
-1 12.5
-0 41 39.5
•Mi 36.0
9.858 1373
-780
3
67 21 23.7
1 36 88.0
0 53.4
0 30 23.6
5 30.7
9.857 9871
741
5
70 34 35.1
1 36 37.5
0 33.7
0 19 1.4
5 42.3
9.857 8411
710
7
73 47 53.8
1 86 41.9
-0 13.5
-0 7 35.1
5 43.8
9.857 6997
605
9
77 1 19.8
1 36 44.8
+0 6.9
+0 3 53.1
5 44.2
9.857 5633
600
11
80 14 53.0
1 86 a.4
+0 27.2
+0 15 20.9
•^5 43.5
9.857 4324
-640
13
83 28 33.3
1 36 82.0
0 47.2
0 26 46.2
5 41.6
9.857 3075
600
15
86 42 20.8
1 36 86.5
1 6.6
0 38 6.7
5 38.7
9.857 1889
677
17
89 56 15.3
1 36 50.0
1 25.1
0 49 20.4
5 34.8
9.857 0770
542
19
93 10 16.7
1 87 2.4
1 42.6
1 0 25.0
5 20.7
9.856 9722
505
21
96 24 24.8
1 37 6.7
+1 58.7
+1 11 18.4
•f-5 23.5
9.856 8749
-467
23
99 38 39.4
1 37 8.9
2 13.4
1 21 58.4
5 16.3
9.856 7853
428
25
102 53 0.3
1 87 12.0
2 26.4
1 32 22.9
5 8.0
9.856 7037
387
27
106 7 27.3
1 37 14.9
2 37.5
1 42 29.9
4 58.8
9.856 6305
345
29
109 22 0.0
I 37 17.7
2 46.5
1 52 17.5
4 48.6
9.856 5657
302
31
112 36 38.1
1 37 90.3
+2 53.5
+2 1 43.6
+4 37.4
9.856 5098
-267
Nov. 2
115 51 21.1
1 37 22.7
2 58.2
2 10 46.5
4 25.3
9.856 4628
212
4
119 6 8.7
1 37 24.9
3 0,7
2 19 24.4
4 12.4
9.856 4249
166
6
122 21 0.5
1 37 96.8
3 0.8
2 27 35.5
8 58.6
9.856 3963
120
8
125 35 55.9
1 37 28.5
2 58.6
2 35 18.2
3 44.0
9.856 3770
72
10
128 50 54.3
1 37 20.9
+2 54.1
+2 42 31.0
+8 28.7
9.856 3671
- 26
12
132 5 55.2
1 87 31.0
2 47.4
2 49 12.6
8 12.7
9.856 3666
+ 21
14
135 20 58.1
1 37 31.8
2 38.5
2 55 21.5
2 56.1
9.856 3755
68
16
138 36 2.3
1 37 32.3
2 27.6
3 0 56.6
2 38.0
9.856 3938
115
18
141 51 7.1
1 37 32.4
2 14.8
3 5 66.7
2 21.2
9.856 4215
162
20
145 6 11.9
1 37 89.2
+2 0.2
+3 10 21.0
+2 3.0
9.856 4584
+208
22
148 21 16.0
1 37 81.7
1 44.2
3 14 8.6
1 44.4
9.856 5045
253
24
151 36 18.8
1 37 30.9
1 26.7
3 17 18.7
1 25.5
9.856 5595
297
26
154 51 19.5
1 37 20.7
1 8.2
3 19 50.7
1 6.4
9.856 6233
341
28
158 6 17.4
1 87 28.1
0 48.8
3 21 44.2
0 47.1
9.856 6957
383
30
161 21 11.8
1 87 26.2
+0 28.8
+3 22 58.9
+0 27.6
9.856 7765
+424
Bee. 2
164 36 2.0
1 37 23.9
+0 8.4
3 23 34.5
+0 8.0
9.856 8653
464
4
167 50 47.3
1 37 21.3
-0 12.1
3 23 31.0
-0 11.5
9.856 9619
502
6
171 5 27.0
1 87 18.4
0 32.4
3 22 48.4
0 31.0
9.857 0660
530
8
174 20 0.6
1 37 15.1
0 52.3
3 21 27.0
0 50.3
9.857 1772
573
10
177 34 27.3
1 37 U.5
-1 11.5
+3 19 27.1
-1 0.5
9.857 2952
+606
12
180 48 46.6
1 87 7.7
1 29.8
3 16 49.0
1 28.5
9.857 4196
637
14
184 2 57.9
1 87 8.6
1 46.9
3 13 33.4
1 47.1
9.857 5500
666
16
187 17 0.7
1 86 50.2
2 2.7
3 9 41.0
2 5.3
9.857 6859
693
18
190 30 54.6
1 86 54.6
2 16.9
3 5 12.6
2 28.0
9.857 8270
717
20
193 44 89.0
1 86 40.8
-2 29.3
+3 0 9.2
-2 40.3
9.857 9727
+730
22
196 58 13.6
1 36 44.8
2 39.9
2 54 31.8
2 57.0
9.858 1226
750
24
200 11 38.1
1 36 80.6
2 48.4
2 48 21.5
3 13.1
9.858 2762
777
26
203 24 52.2
1 36 34.4
2 54.8
2 41 39.6
3 28.6
9.858 4331
792
28
206 37 55.6
1 36 20.0
2 59.0
2 34 27.5
8 43.4
9.858 5927
801
30
209 50 48.2
1 36 23.6
-3 0.9
+2 26 46.5
-3 67.4
9.858 7545
+814
32
213 3 29.8
1 36 18.1
-3 0.5
+2 18 38.2
-4 10.7
9.858 9181
+821
79790**— 1916 11
162
MARS, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Ascension.
Var. per
Hour.
Apparent
Declination.
Var. per
Hour.
Logarithm of
Distance
from Earth.
Var. per
Hoar.
Semi-
diam-
eter.
Hot.
Paral-
lax.
Trvoaity
Meridtan
of
Greeo-
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
wirh.
h m 8
s
O / ft
$1
It
ft
h m
Jan. 1
10 12 48.01
+0.073
+14 50 16.4
+ 5.86
9.916 9873
-1501.2
6.11
10.66
16 31.0
2
10 12 48.23
-0.054
14 52 45.3
6.55
9.913 3960
1491.4
6.16
10.74
15 27.0
3
10 12 45.41
0.183
14 66 30.9
7.25
9.909 8299
1480.2
6.22
10.83
15 23.0
4
10 12 39.50
0.311
14 68 33.3
7.95
9.906 2920
1467.7
6.27
10.92
15 18.9
5
10 12 30.48
0.441
15 1 52.3
8.64
9.902 7859
1453.8
6.32
11.00
16 14.8
6
10 12 18.32
-0.572
+15 6 28.0
+ 9.33
9.899 3150
-1438.4
6.37
11.09
16 10.7
7
10 12 3.01
0.704
16 9 20.1
10.01
9.895 8828
1421.5
6.42
11.18
16 6.4
8
10 11 44.53
0.836
15 13 28.7
10.70
9.892 4931
1403.1
6.47
11.27
16 2.2
9
10 11 22.87
0.969
15 17 53.4
11.37
9.889 1493
1383.2
6.61
11.36
14 57.9
10
10 10 58.03
1.101
16 22 34.2
12.03
9.885 8550
1361.8
6.67
11.44
14 53.6
11
10 10 30.00
-1.234
+15 27 30.7
+12.68
9.882 6139
-1338.8
6.62
11.53
14 49.0
12
10 9 58.78
1.367
16 32 42.7
13.32
9.879 4298
1314.3
6.67
11.62
14 44.6
13
10 9 24.39
1.499
16 38 9.8
13.94
9.876 3064
1288.2
6.72
11.70
14 40.0
14
10 8 46.82
1.631
16 43 61.6
14.55
9.873 2477
1260.5
6.76
11.78
14 35.5
16
10 8 6.09
1.763
15 49 47.8
16.14
9.870 2676
1231.1
6.81
11.86
14 30.8
16
10 7 22.22
-1.893
+16 65 57.9
+15.70
9.867 3397
-1200.1
6.86
11.96
14 26.1
17
10 6 35.24
2.022
16 2 21.4
16.25
9.864 4984
1167.4
6.91
12.03
14 21.4
18
10 6 45.17
2.150
16 8 67.9
16.78
9.861 7376
1133.0
6.95
12.11
14 16.6
19
10 4 52.04
2.2n
16 16 46.7
17.28
9.859 0615
1096.9
6.99
12.18
14 11.8
20
10 3 55.90
2.401
16 22 47.3
17.76
9.856 4740
1059.1
7.03
12.25
14 6.9
21
10 2 56.79
-2.624
+16 29 59.1
+18.21
9.853 9793
-1019.6
7.07
12.32
14 1.9
22
10 1 54.78
2.644
16 37 21.4
18.64
9.851 6816
978.4
7.11
12.39
13 56.9
23
10 0 49.91
2.761
16 44 63.4
19.02
47.o49 JXrvo
935.5
7.15
12.46
13 51.9
24
9 59 42.26
2.876
16 62 34.4
19.38
9.847 0926
890.9
7.19
12.52
13 46.8
25
9 58 31.91
2.986
17 0 23.6
19.71
9.845 0096
844.6
7.22
12.68
13 41.7
26
9 57 18.94
-3.093
+17 8 20.2
+20.00
9.843 0396
- 796.7
7.25
12.64
13 36.6
27
9 56 3.44
3.197
17 16 23.1
20.24
9.841 1866
747.2
7.28
12.69
13 31.3
28
9 54 45.51
3.296
17 24 31.5
20.45
9.839 4644
696.0
7.31
12.74
13 26.1
29
9 53 25.27
3.390
17 32 44.4
20.62
9.837 8468
643.4
7.34
12.79
13 20.8
30
9 52 2.84
3.479
17 41 0.8
20.74
9.836 3672
589.4
7.36
12.83
13 15.5
31
9 50 38.35
-3.561
+17 49 19.5
+20.82
9.836 0189
- 534.0
7.39
12.87
13 10.1
Feb. 1
9 49 11.95
3.638
17 67 39.6
20.85
9.833 8051
4n.3
7.41
12.91
13 4.8
2
9 47 43.79
3.708
18 6 69.8
20.83
9.832 7287
419.5
7.43
12.94
12 59.3
3
9 46 14.03
8.771
18 14 19.1
20.77
9.831 7921
360.8
7.44
12.97
12 53.9
4
9 44 42.86
8.827
18 22 36.3
20.66
9.830 9974
301.2
7.46
12.99
12 48.5
5
9 43 10.41
-3.876
+18 30 60.3
+20.50
9.830 3470
- 240.8
7.47
13.01
12 43.0
6
9 41 36.90
8.916
18 39 0.0
20.30
9.829 8418
180.1
7.48
13.03
12 37.5
7
9 40 2.50
3.949
18 47 4.2
20.05
9.829 4829
119.0
7.48
13.03
12 32.0
8
9 38 27.40
3.974
18 65 2.0
19.76
9.829 2709
- 57.6
7.48
13.03
12 26.5
9
9 36 51.79
8.992
19 2 62.2
19.42
9.829 2063
+ 3.8
7.48
13.04
12 21.0
10
9 35 15.86
-4.001
+19 10 34.0
+19.05
9.829 2889
+ 65.1
7.48
13.04
12 15.5
11
9 33 39.78
4.003
19 18 6.3
18.64
9.829 6186
126.2
7.48
13.03
12 9.9
12
9 32 3.76
8.997
19 26 28.4
18.20
9.829 8944
187.0
7.47
13.02
12 4.4
13
9 30 27.99
8.983
19 32 39.4
17.72
9.830 4157
247.3
7.47
13.01
11 58.9
14
9 28 52.64
3.961
19 39 38.6
17.21
9.831 0809
807.0
7.46
12.99
11 53.4
16
9 27 17.90
-3.932
+19 46 25.3
+16.67
9.831 8886
+ 865.9
7.44
12.96
11 47.9
16
9 25 43.94
-3.896
+19 52 58.8
+16.11
9.832 8367
+ 424.1
7.42
12.98
11 42.4
MARS, 1916.
163
GREENWICH MEAN TIME.
Date.
^ws?*
Vv.per
Hour.
Apporflnt
DeclIiiAtioD.
Var.p€r
Hour.
Lomrithmof
Distance
from Earth.
Var.per
Hour.
8«ml-
diam-
eter.
Hot.
Paral-
lax.
Tranalt,
Meridian
of
Green-
JVoow.
Noon,
Nwm,
Noon,
Noon,
Noon,
Noon.
Noon.
wich.
h m 8
8
• t n
11
II
/'
h m
Feb. 16
9 25 43.94
--3.896
+19 62 68.8
+16.11
9.832 8367
+ 424.1
7.42
12.93
11 42.4
17
9 24 10.94
3.853
19 59 18.6
15.53
9.833 9234
481.3
7.40
12.90
11 37.0
18
9 22 39.07
8.802
20 6 24.1
14.92
9.835 1462
537.6
7.38
12.86
11 31.5
19
9 21 8.50
8.746
20 11 14.8
14.30
9.836 6027
592.7
7.36
12.82
11 26.1
20
9 19 39.38
3.681
20 16 60.3
13.66
9.837 9901
646.6
7.33
12.78
11 20.7
21
9 18 11.87
-S.6U
+20 22 10.2
+13.00
9.839 6056
+ 699.4
7.31
12.74
11 15.3
22
9 16 46.12
3.535
20 27 14.2
12.33
9.841 3460
750.8
7.28
12.69
11 10.0
23
9 15 22.26
8.452
20 32 2.0
11.65
9.843 2083
800.9
7.25
12.63
11 4.7
24
9 14 0.44
3.365
20 36 33.4
10.97
9.845 1891
849.6
7.22
12.57
10 69.4
25
9 12 40.78
3.272
20 40 48.3
10.27
9.847 2848
896.7
7.18
12.51
10 64.2
26
9 11 23.41
-3.174
+20 44 46.5
+ 9.67
9.849 4920
+ 942.4
7.14
12.45
10 49.0
27
9 10 8.45
3.072
20 48 27.9
8.87
9.851 8069
986.6
7.10
12.38
10 43.8
28
9 8 56.01
2.964
20 51 52.4
8.17
9.854 2258
1029.0
7.06
12.31
10 38.7
29
9 7 46.19
2.853
20 55 0.0
7.46
9.856 7450
1060.9
7.02
12.24
10 33.7
Mar. 1
9 6 39.10
2.737
20 57 50.7
6.76
9.859 3601
1109.0
6.98
12.17
10 28.6
2
9 5 34.83
-2.618
+21 0 24.4
+ 6.05
9.862 0670
+1146.4
6.94
12.10
10 23.7
3
9 4 33.47
2.495
21 2 41.3
5.35
9.864 8614
1182.0
6.90
12.02
10 18.7
4
9 3 35.08
2.370
21 4 41.4
4.66
9.867 7391
1215.7
6.85
11.94
10 13.9
5
9 2 39.74
2.242
21 6 24.9
3.97
9.870 6956
1247.7
6.80
11.85
10 9.0
6
9 1 47.48
2.112
21 7 52.0
3.29
9.873 7266
1277.8
6.75
11.77
10 4.3
7
9 0 58.37
-1.980
+21 9 2.8
+ 2.62
9.876 8278
+1306.1
6.70
11.68
9 59.6
8
9 0 12.44
1.847
21 9 57.7
1.96
9.879 9947
1332.7
6.66
11.60
9 64.9
9
8 59 29,71
1.714
21 10 36.9
1.31
9.883 2233
1357.5
6.61
11.51
9 60.2
10
8 58 50.20
1.579
21 11 0.7
0.67
9.886 5095
1380.7
6.56
11.43
9 45.7
11
8 58 13.93
1.444
21 11 9.2
+ 0.04
9.889 8492
1402.1
6.61
11.34
9 41.2
12
8 57 40.90
-1.309
+21 11 2.9
- 0.57
9.893 2385
+1422.0
6.46
11.25
9 36.7
13
8 57 11.10
1.174
21 10 42.1
1.17
9.896 6736
1440.3
6.41
11.16
9 32.3
14
8 56 44.54
1.040
21 10 7.0
1.76
9.9001506
1457.1
6.35
11.07
9 28.0
15
8 56 21.19
0.906
21 9 17.9
2.33
9.903 6663
1472.4
6.30
10.98
9 23.7
16
8 56 1.04
0.773
21 8 15.2
2.80
9.907 2170
1486.8
6.25
10.90
9 19.4
17
8 55 44.06
-0.642
+21 6 69.1
-3.44
9.910 7995
+1498.9
6.20
10.81
9 15.2
18
8 55 30.23
0.511
21 6 30.0
3.98
9.914 4109
1510.8
6.15
10.72
9 11.1
19
8 55 19.51
0.382
21 3 48.2
4.50
9.918 0480
1620.6
6.10
10.63
9 7.0
20
8 55 11.88
0.254
21 1 64.0
5.01
9.921 7082
1529.6
6.05
10.54
9 3.0
21
8 56 7.29
0.128
20 59 47.6
5.62
9.926 3889
1637.6
6.00
10.46
8 59.0
22
8 56 5.71
-0.004
+20 57 29.3
- 6.01
9.929 0876
+1544.6
5.96
10.36
8 65.0
23
8 56 7.11
40.120
20 54 59.4
6.49
9.932 8016
1550.5
5.90
10.27
8 61.1
24
8 56 11.44
0.241
20 52 18.1
6.96
9.936 6290
1555.5
6.85
10.19
8 47.3
25
8 56 18.66
0.361
20 49 25.6
7.42
9.940 2675
1659.7
5.80
10.10
8 43.5
26
8 56 28.74
0.479
20 46 22.1
7.87
9.944 0150
1663.0
5.76
10.02
8 39,7
27
8 56 41.62
+0.595
+20 43 7.8
-8.32
9.947 7694
+1665.6
5.70
9.93
8 36.0
28
8 56 67.28
0.710
20 39 42.8
8.76
9.951 6290
1667.2
5.66
9.84
8 32.4
29
8 56 16.68
0.823
20 36 7.2
9.20
9.955 2916
1568.1
5.60
9.76
8 28.8
30
8 56 36.76
0.934
20 32 21.4
9.62
9.959 0556
1568.3
6.56
9.67
8 26.2
31
8 57 0.48
1.043
20 28 26.4
10.04
9.962 8187
1567.6
6.60
9.59
8 21.7
Apr. 1
8 67 26.81
+1.151
+20 24 19.4
-10.46
9.966 5796
+1666.3
6.46
9.51
8 18.2
2
8 67 66.70
+1.2S6
+20 20 3.6
-10.86
9.970 3366
+1664.3
6.41
9.43
8 14.8
164
MARS, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
AfloeiuioQ.
Var. per
Hour.
Apparent
DecUnatioQ.
Var. per
Hour.
Logarithm of
Dlataoce
from Earth.
Var. per
Hour.
Semi,
diam-
eter.
Hot.
Paral-
lAX.
Transit,
Meridiao
o(
QreflD-
Jfoon.
Noon,
Noon.
Noon.
Nocfo.
Nvon.
Noon.
Noon,
wich.
h m •
8
• t n
n
91
n
h m
Apr.
1
8 57 26.81
+1.151
+20 24 19.4
-10.45
9.966 5796
+1566.8
5.46
9.51
8 18i
2
8 57 55.70
1.260
20 20 3.6
10.86
9.970 3365
1564.3
5.41
9.43
8 14.8
3
8 58 27.09
1.360
20 15 38.0
11.26
9.974 0876
1561.5
5.37
9.35
8 11.4
4
8 59 0.94
1.461
20 11 2.9
11.66
9.977 8314
1558.2
5.32
9.27
8 8.0
5
8 59 37.20
1.560
20 6 18.3
12.05
9.981 5664
1554.2
5.28
9.19
8 4.7
6
9 0 15.81
+1.657
+20 1 24.5
-12.48
9.985 2912
+1540.7
5.23
9.11
8 1.4
7
9 0 56.74
1.752
19 56 21.5
12.81
9.989 0046
1544.7
5.18
9.03
7 58i
8
9 1 39.91
1.845
19 51 9.6
13.18
9.992 7053
1530.2
5.14
8.96
7 55.0
9
9 2 25.29
1.036
19 45 48.9
13.55
9.996 3923
1533.2
5.10
8.88
7 51.8
10
9 8 12.82
2.024
19 40 19.4
13.01
0.000 0645
1526.8
5.05
8.80
7 48.7
11
9 4 2.44
+2.110
+19 34 41.4
-14.26
0.003 7208
+1520.0
5.01
8.72
7 45.6
n
9 4 54.10
2.195
19 28 54.9
14.61
0.007 3604
1512.0
4.97
8.65
7 42.5
13
9 5 47.76
2.276
19 23 0.1
14.06
0.010 9825
1505.5
4.92
8.58
7 39.5
14
9 6 43.35
2.356
19 16 57.0
15.30
0.014 5864
1407.7
4.88
8.51
7 36.5
15
9 7 40.83
2.434
19 10 45.8
15.03
0.018 1714
1480.7
4.84
8.44
7 33.5
16
9 8 40.14
+2.600
+19 4 26.7
-15.06
0.021 7370
+1481.6
4.80
8.37
7 30.6
17
9 9 41.25
2.583
18 57 59.7
16.20
0.025 2827
1473.2
4.76
8.30
7 27.7
18
9 10 44.10
2.654
18 51 24.9
16.61
0.028 8081
1464.6
4.72
8.23
7 24.8
19
9 11 48.64
2.724
18 44 42.4
16.03
0.032 3128
1456.0
4.68
8.16
7 21.9
20
9 12 54.85
2.703
18 37 52.2
17.25
0.035 7966
1447.2
4.64
8.10
7 19.1
21
9 14 2.67
+2.850
+18 30 54.4
-17.57
0.039 2592
+1438.3
4.61
8.03
7 16.3
22
9 15 12.06
2.024
18 23 48.9
17.88
0.042 7003
1420.3
4.57
7.97
7 13.5
23
9 16 22.99
2.087
18 16 36.0
18.10
0.046 1197
1420.2
4.54
7.91
7 10.8
24
9 17 35.43
3.040
18 9 15.6
18.51
0.049 5171
1411.0
4.51
7.85
7 8.1
25
9 18 49.34
3.110
18 1 47.7
18.82
0.052 8924
1401.7
4.47
7.79
7 5.4
26
9 20 4.69
+3.160
+17 54 12.4
-10.12
0.056 2452
+1302.3
4.44
7.73
7 2.7
27
9 21 21.44
3.227
17 46 29.7
10.43
0.059 5752
1382.7
4.40
7.67
7 0.0
28
9 22 39.56
3.283
17 38 39.6
10.74
0.062 8821
1373.0
4.37
7.61
6 57.4
29
9 23 59.03
3.330
17 30 42.2
20.04
0.066 1657
1363.3
4.33
7.55
6 54.8
30
9 25 19.81
3.302
17 22 37.5
20.35
0.069 4258
1353.4
4.30
7.50
6 52.2
May
1
9 26 41.86
+3.445
+17 14 25.5
-20.65
0.072 6619
+1343.4
4.27
7.44
6 49.7
2
9 28 5.15
3.496
17 6 6.3
20.95
0.075 8740
1333.3
4.24
7.39
6 47.1
3
9 29 29.66
3.546
16 57 39.9
21.25
0.079 0617
1323.1
4.21
7.34
6 44.6
4
9 30 55.35
3.595
16 49 6.4
21.54
0.082 2250
1312.0
4.18
7.29
6 42.1
5
9 32 22.19
' 3.642
16 40 25.9
21.83
0.085 3635
1302.5
4.15
7.23
6 39.6
6
9 33 50.14
+3.688
+16 31 38.4
-22.12
0.088 4772
+1202.2
4.12
7.18
6 37.1
7
9 35 19.19
3.732
16 22 43.9
22.42
0.091 5660
1281.8
4.09
7.13
6 34.7
8
9 36 49.29
3.776
16 13 42.5
22.70
0.094 6297
1271.3
4.06
7.08
6 32.2
9
9 38 20.43
3.818
16 4 34.3
22.98
0.097 6683
1260.0
4.04
7.03
6 29.8
10
9 39 52.56
3.850
15 55 19.4
23.26
0.100 6818
1250.4
4.01
6.98
6 27.4
11
9 41 25,66
+3.800
+15 45 57.8
-23.54
0.103 6702
+1230.0
3.98
6.93
6 25.0
12
9 42 59.70
3.038
15 36 29.5
23.82
0.106 6334
1220.5
3.95
6.88
6 22.7
13
9 44 34.66
3.075
15 26 54.6
24.00
0.109 5717
1210.1
3.92
6.83
6 20.3
14
9 46 10.51
4.012
15 17 13.3
24.36
0.112 4850
1208.7
3.90
6.79
6 18.0
15
9 47 47.22
4.047
15 7 25.5
24.62
0.115 3734
1108.3
3.87
d.75
6 15.7
16
9 49 24.76
+4.082
+14 57 31.3
-24.80
0.118 2371
+1188.1
3.85
6.70
6 13.4
17
9 51 3.13
+4.115
+14 47 30.7
-25.15
0.121 0763
+1177.0
3.82
6.65
6 11.1
MARS, 1916.
165
GREENWICH MEAN TIME.
Dite.
^wssr*
Var.pcr
Hoifr.
Apparent
DeounaUon.
Var.p«r
Hour.
LorarithmoT
Distance
from Earth.
Var.per
Hour.
Semi-
<liani>
et«r.
Hor.
Paral-
lax.
Transit,
Meridian
of
Green-
Nwm.
xfoon*
Noon.
Noon,
JVoon.
JVoon.
Noon,
Noon.
wich.
h m 8
8
• t tt
n
II
It
h m
Miy 17
9 51 3.13
•f4.115
+14 47 30.7
-25.15
0.121 0763
+1177.9
3.82
6.65
6 11.1
18
9 52 42.28
4.148
14 37 23.9
25.41
0.123 8913
1167.9
8.79
6.61
6 8.8
19
9 54 22.21
4.180
14 27 10.8
25.67
0.126 6823
1157.9
3.77
6.57
6 6.5
20
9 56 2.89
4.310
14 16 5f .5
25.93
0.129 4494
1148.0
3.75
6.53
6 4.2
21
9 57 44.31
4.241
14 6 26.0
26.19
0.132 1928
1138.2
3.73
6.49
6 2.0
22
9 59 26.46
•f4.271
+13 55 54.4
-26.45
0.134 9127
+1128.5
3.70
6.45
5 59.8
23
10 1 9.32
4.aoo
13 45 16.6
26.70
0.137 6094
1118.7
3.68
6.41
5 57 .f;
24
10 2 52.87
4jm
13 34 32.8
26.96
0.140 2827
1109.1
3.66
6.37
5 55.3
25
10 4 37.11
4.357
13 23 42.7
27.21
0.142 9330
1099.5
3.63
6.33
5 53.1
26
10 6 2^.01
4.385
13 12 46.6
27.46
0.145 5601
1068.8
3.61
6.29
5 50.9
27
10 8 7.57
-M.413
+13 1 44.4
-27.72
0.148 1642
+1060.3
3.59
6.25
5 48.8
28
10 9 53.78
4.438
12 50 36.2
27.97
0.150 7454
1070.7
3.57
6.22
5 46.6
29
10 11 40.61
4.464
12 39 22.0
28.21
0.153 3036
1061.1
3.55
6.18
5 44.4
30
10 13 28.06
4.490
12 28 1.9
28.46
0.155 8389
1061.6
3.53
6.15
5 42.3
31
10 15 16.11
4.515
12 16 85.9
28.70
0.158 3513
1042.1
3.51
6.11
5 40.2
Jane 1
10 17 4.76
+4.539
+12 5 4.1
-28.94
0.160 8408
+1082.6
3.49
6.08
5 38.0
2
10 18 53.98
4.562
11 53 26.6
29.18
0.163 3076
1023.1
3.47
6.04
5 35.9
3
10 20 43.76
4.586
11 41 43.4
29.42
0.165 7516
1013.6
3.45
6.01
5 33.8
4
10 22 34.10
4.609
11 29 54.5
29.65
0.168 1730
1004.2
3.43
5.97
5 31.7
5
10 24 24.97
4.631
11 18 0.1
29.88
0.170 5719
994.9
3.41
5.94
5 29.6
6
10 26 16.37
+4.652
+11 6 0.2
-30.11
0.172 9484
+ 965.5
3.39
5.91
5 27.5
7
10 28 8.28
4.673
10 53 54.9
30.33
0.175 3025
976.2
3.37
5.88
5 25.5
8
10 30 0.69
4.694
10 41 44.2
30.55
0.177 6344
967.0
3.35
5.84
5 23.4
9
10 31 53.58
4.714
10 29 28.3
30.77
0.179 9442
967.8
3.33
5.81
5 21.3
10
10 33 46.95
4.733
10 17 7.2
30.99
0.182 2321
948.7
3.32
5.78
5 19.3
11
10 35 40.78
+4.752
+10 4 41.0
-31.20
0.184 4983
+ 089.7
3.30
5.75
5 17.3
12
10 37 35.06
4.771
9 52 9.7
31.41
0.186 7430
980.8
3.29
5.72
5 15.2
13
10 39 29.79
4.790
9 39 33.4
31.61
0.188 9663
922.0
3.27
5.69
5 13.2
14
10 41 24.96
4J07
9 26 52.3
31.81
0.191 1686
9U.3
3.25
5.66
5 11.2
15
10 43 20.55
4.825
9 14 6.3
32.02
0.193 3501
904.7
3.23
5.63
5 9.2
16
10 45 16.56
+4.842
+ 91 15.5
-32.21
0.195 5111
+ 896.1
3.21
5.60
5 7.2
17
10 47 12.98
4.860
8 48 20.0
32.41
0.197 6517
887.7
3.20
5.58
5 5.2
18
10 49 9.82
4.876
8 35 19.8
32.60
0.199 7723
879.4
3.19
5.55
5 3.2
19
10 51 7.05
4.803
8 22 15.0
32.80
0.201 8731
871.2
3.17
5.53
5 1.2
20
10 53 4.69
4.910
8 9 5.5
32.99
0.203 9543
863.1
3.16
5.50
4 59.2
21
10 55 2.72
+4.926
+ 7 55 51.5
-33.18
0.206 0161
+ 855.0
3.15
5.48
4 57.2
22
10 57 1.16
4.943
7 42 32.9
33.37
0.208 0585
847.0
3.13
5.45
4 55.3
23
10 58 59.99
4.960
7 29 9.8
33.55
0.210 0817
839.0
3.12
5.43
4 53.3
24
11 0 59.22
4.976
7 15 42.3
33.74
0.212 0857
831.0
3.10
5.40
4 51.4
25
11 2 58.84
4.992
7 2 10.5
83.91
0.214 0707
823.1
3.09
5.38
4 49.4
26
11 4 58.85
+5.009
+ 6 48 34.4
-34.09
0.216 0368
+ 815.3
3.07
5.35
4 47.5
27
11 6 59.25
5.025
6 34 54.1
34.27
0.217 9840
807.4
3.06
5.33
4 45.5
28
11 9 0.03
5.040
6 21 9.6
34.44
0.219 9125
799.7
3.04
5.30
4 43.6
29
11 11 1.19
6J0M
6 7 20.9
34.61
0.221 8224
791.9
3.03
5.28
4 41.7
30
11 13 2.72
5.071
5 53 28.3
34.77
0.223 7135
784.1
3.02
5.26
4 39.8
% 1
11 15 4.62
+5.067
+ 5 39 31.7
-34.94
0.225 5861
+ 776.4
3.01
5.24
4 37.9
2
11 17 6.90
+5.103
+ 5 25 31.3
-35.10
0.227 4401
+ 768.6
2.99
5.21
4 36.0
166
MARS, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
lOpht
Ascension.
Var.per
Hour.
Apparent
Decimation.
Var.per
Hour.
Logarithm of
Distance
from Earth.
Var.per
Hour.
Semi-
diam-
eter.
Hot.
Paral-
lax.
Transit,
Meridian
of
Green-
No€n.
Nixm.
Noon,
Noon.
Noon.
JVoon.
Noon.
JVoon.
wich.
h m 8
8
« t tt
n
/t
//
h m
July 1
11 15 4.62
+5.087
+5 39 31.7
-34.94
0.225 5861
+776.4
3.01
5.24
4 37.9
2
11 17 6.90
5.103
5 25 31.3
35.10
0.227 4401
768.6
2.99
5.21
4 36.0
3
11 19 9.55
5.118
5 11 27.1
35.25
0.229 2756
761.0
2.98
5.19
4 34.1
4
11 21 12.56
5.133
4 57 19.2
35.40
•0.2310927
753.3
2.07
5.17
4 32.2
6
11 23 15.93
5.148
4 43 7.7
35.55
0.232 8916
745.8
2.96
5.15
4 30.3
6
11 25 19.66
+5.163
-^4 28 52.7
-35.70
0.234 6724
+738.2
2.94
5.13
4 28.4
7
11 27 23.74
5.177
4 14 34.3
35.84
0.236 4352
730.8
2.93
5.11
4 26.6
8
11 29 28.17
5.192
4 0 12.5
35.97
0.238 1803
723.4
2.92
5.09
4 24.7
9
11 31 32.95
5.206
3 45 47.5
36.11
0.239 9076
716.0
2.91
5.07
4 22.8
30
11 33 38.08
5.221
3 31 19.4
36.23
0.241 6173
708.8
2.90
5.05
4 21.0
11
11 35 43.55
+5.235
+3 16 48.3
-36.36
0.243 3098
+701.6
2.89
5.03
4 19.1
12
11 37 49.36
5.249
3 2 14.2
36.48
0.244 9852
694.5
2.88
5.01
4 17.3
13
11 39 55.51
5.263
2 47 37.2
36.60
0.246 6437
687.6
2.86
4.99
4 15.5
14
11 42 2.00
5.278
2 32 57.4
36,71
0.248 2856
680.7
2.85
4.97
4 13.6
15
11 44 8.84
5.292
2 18 14.9
36.83
0.249 9110
673.9
2.84
4.95
4 11.8
16
11 46 16.02
+5.306
+2 3 29.7
-36.94
0.251 5203
+667.2
2.83
4.93
4 10.0
17
11 48 23.54
5.321
1 48 42.0
37.04
0.253 1135
660.6
2.82
4.91
4 8.2
18
11 50 31.41
5.335
1 33 51.8
37.14
0.254 6909
664.0
2.81
4.89
4 6.4
19
11 52 39.63
5.350
1 18 59.1
37.25
0.256 2527
647.5
2.80
4.88
4 4.6
20
11 54 48.22
5.365
1 4 3.9
37.35
0.257 7989
641.0
2.79
4.86
4 2.S
21
11 56 57.16
+5.380
+0 49 6.5
-37.44
0.259 3296
+634.6
2.78
4.85
4 1.0
22
11 59 6.47
5.396
0 34 6.8
37.53
0.260 8451
628.2
2.77
4.83
3 59.2
23
12 1 16.15
5.411
0 19 4.9
37.62
0.262 3452
621.9
2.76
4.82
3 57.4
24
12 3 26.20
5.427
+0 4 0.9
37.71
0.263 8302
615.6
2.75
4.80
3 55.6
25
12 5 36.63
5.442
-0 11 5.0
37.79
0.265 3000
609.3
2.74
4.78
3 53.9
26
12 7 47.43
+5.458
-0 26 12.8
-37.86
0.266 7547
+603.0
2.73
4.7'5
3 52.1
27
12 9 58.61
5.474
0 41 22.5
37.94
0.268 1944
606.7
2.72
4.75
3 50.4
28
12 12 10.18
5.490
0 56 33.9
38.01
0.269 6190
600.5
2.71
4.73
3 48.6
29
12 14 22.13
5.506
1 11 46.9
38.07
0.271 0288
584.3
2.71
4.72
3 46.9
30
12 16 34.47
5.522
1 27 1.4
38.14
0.272 4237
678.1
2.70
4.70
3 45.1
31
12 18 47.20
+5.539
-1 42 17.4
-38.19
0.273 8038
+572.0
2.69
4.69
3 43.4
Aug. 1
12 21 0.32
5.555
1 57 34.7
38.25
0.275 1692
665.9
2.68
4.67
3 41.7
2
12 23 13.84
5.572
2 12 53.2
38.29
0.276 5199
669.8
2.67
4.66
3 40.0
3
12 25 27.76
5.588
2 28 12.8
38.34
0.277 8561
653.7
2.66
4.64
3 38.3
4
12 27 42.07
5.605
2 43 33.3
38.37
0.279 1779
547.7
2.66
4.63
3 36.6
5
12 29 56.78
+5.621
-2 58 54.7
-38.40
0.280 4853
+541.8
2.65
4.61
3 34.9
6
12 32 11.89
6.638
3 14 16.8
38.43
0.281 7785
535.9
2.64
4.60
3 33.2
7
12 34 27.40
5.655
3 29 39.6
38.46
0.283 0575
630.0
2.63
4.58
3 31.5
8
12 36 43.31
5.671
3 45 2.8
38.48
0.284 3226
524.2
2.62
4.57
3 29.8
9
12 38 59.63
5.689
4 0 26.5
38.49
0.285 5738
618.5
2.62
4.56
3 28.2
10
12 41 16.36
+5.706
-4 15 50.5
-38.50
0.286 8115
+512.9
2.61
4.55
3 26.5
11
12 43 33.51
5.723
4 31 14.6
38.51
0.288 0357
607.3
2.60
4.53
3 24.8
12
12 45 51.07
5.741
4 46 38.8
38.51
0.289 2466
601.8
2.59
4.52
3 23.2
13
12 48 9.06
5.758
5 2 3.0
38.61
0.290 4445
496.4
2.59
4.51
3 21.6
14
12 50 27.47
5.776
5 17 27.1
38.50
0.291 6296
491.2
2.58
4.49
3 19.9
15
12 52 46.32
+5.796
-5 32 50.9
-38.49
0.292 8021
+485.0
2.57
4.48
3 18.3
16
12 55 5.61
+6.813
-5 48 14.5
-38.47
0.293 9620
+480.7
2.57
4.47
3 16.7
MARS, 1916.
167
GREENWICH MEAN TIME.
Date.
Ascension.
Var. per
Hour.
Apparent
Dedmation.
Var. per
Hour.
LoiEarithmof
Distance
from Earth.
Var. per
Hour.
Semi-
diam-
eter.
Hor.
Paral-
lax.
Transit,
Meridian
of
Green-
Nam,
Noon.
Noon.
Noon.
Noon,
Noon,
Noon.
Noon.
wich.
h m 8
s
• 1 II
II
II
II
h m
Aug. 16
12 55 5.61
+5.813
- 5 48 14.5
-38.47
0.293 9620
+480.7
2.57
4.47
3 16.7
17
12 57 25.34
6.831
6 3 37.6
38.45
0.2f 5 1095
476.5
2.56
4.46
3 15.1
18
12 59 45.52
5.851
6 19 0.3
38.43
0.296 2446
470.4
2.55
4.45
3 13.5
19
13 2 6.17
6.870
6 34 22.3
38.40
0.297 3676
466.4
2.55
4.44
3 11.9
20
13 4 27.28
6.890
6 49 43.7
38.37
0.298 4784
460.8
2.54
4.43
3 10.3
21
13 6 48.88
+5.910
- 7 5 4.2
-38.34
0.299 5771
+465.3
2.54
4.42
3 8.7
22
13 9 10.95
6.930
7 20 23.8
38.29
0.300 6637
450.2
2.53
4.41
3 7.1
23
13 11 33.51
6.950
7 35 42.3
38.25
0.301 7382
445.2
2.52
4.39
3 5.6
24
13 13 56.57
6.971
7 50 59.6
38.19
0.302 8007
440.2
2.61
4.38
3 4.0
25
13 16 20.12
6.992
8 6 15.6
38.14
0.303 8513
435.2
2.51
4.37
3 2.5
26
13 18 44.18
+0.013
- 8 21 30.2
-38.07
0.304 8899
+430.3
2.50
4.36
3 0.9
27
13 21 8.74
6.034
8 36 43.2
38.01
0.305 9167
426.4
2.50
4.35
2 59.4
28
13 23 33.82
0.05«
8 51 54.5
37.93
0.306 9317
420.4
2.49
4.34
2 57.9
29
13 25 59.41
6.077
9 7 4.0
37.85
0.307 9348
415.6
2.49
4.33
2 56.4
30
13 28 25.53
6.099
9 22 11.5
37.77
0.308 9263
410.7
2.48
4.32
2 54.9
31
13 30 52.17
+6.121
- 9 37 16.9
-37.68
0.309 9061
+406.8
2.47
4.31
2 53.4
Sept. 1
13 33 19.35
6.143
9 52 20.0
37.58
0.310 8742
401.0
2.47
4.30
2 51.9
2
13 35 47.05
6.166
10 7 20.7
37.47
0.311 8309
396.2
2.46
4.29
2 50.4
3
13 38 15.29
6.188
10 22 18.8
37.36
0.312 7761
391.5
2.46
4.28
2 48.9
4
13 40 44.07
6.210
10 37 14.2
37.26
0.313 7099
386.8
2.45
4.28
2 47.5
5
13 43 13.38
+6.233
-10 52 6.8
-37.13
0.314 6326
+382.1
2.45
4.27
2 46.0
6
13 45 43.25
6.266
11 6 56.4
37.00
0.315 5441
377.5
2.44
4.26
2 44.8
7
13 48 13.66
6.279
11 21 42.9
36.87
0.316 4448
373.0
2.44
4.25
2 43.1
8
13 50 44.63
6.302
11 36 26.1
36.73
0.317 3347
368.6
2.43
4.24
2 41.7
9
13 53 16.15
6.326
11 51 5.8
36.58
0.318 2140
364.2
2.43
4.23
2 40.3
10
13 55 48.24
+6.349
-12 5 42.0
-36.43
0.319 0829
+359.9
2.42
4.22
2 38.9
11
13 58 20.90
6.373
12 20 14.4
36.27
0.319 9415
355.6
2.42
4.21
2 37.5
12
14 0 54.14
6.397
12 34 43.1
36.11
0.320 7890
351.4
2.41
4.20
2 36.1
13
14 3 27.95
6.421
12 49 7.7
35.94
0.321 6284
347.3
2.41
4.20
2 34.7
14
14 6 2.36
6.446
13 3 28.3
35.77
0.322 4569
343.2
2.40
4.19
2 33.4
15
14 8 37.36
+6.471
-13 17 44.6
-36.59
0.323 2757
+339.2
2.40
4.18
2 32.0
16
14 11 12.97
6.496
13 31 56.5
35.40
0.324 0849
335.1
2.39
4.17
2 30.7
17
14 13 49.18
6.622
13 46 3.9
35.21
0.324 8844
331.1
2.39
4.16
2 29.3
18
14 16 26.02
6.548
14 0 6.6
35.01
0.325 6744
327.2
2.38
4.16
2 28.0
19
14 19 3.48
6.674
14 14 4.4
34.80
0.326 4549
323.2
2.38
4.15
2 26.7
20
14 21 41.57
+6.eoo
-14 27 57.2
-34.59
0.327 2258
+319.2
2.38
4.14
2 25.4
21
14 24 20.29
6.627
14 41 44.9
34.38
0.327 9873
315.3
2.37
4.13
2 24.1
22
14 26 59.65
6.653
14 55 27.3
34.15
G.328 7393
311.4
2.37
4.12
2 22.8
23
14 29 39.65
6.680
15 9 4.3
33.92
0.329 4819
307.6
2.36
4.12
2 21.5
24
14 32 20.30
6.707
15 22 35.6
33.68
0.330 2152
303.6
2.36
4.11
2 20.3
25
14 35 1.60
+6.735
-15 36 1.1
-33.44
0.330 9391
+299.7
2.35
4.10
2 19.0
26
14 37 43.56
6.762
15 49 20.6
33.18
0.331 6537
295.8
2.35
4.10
2 17.8
27
14 40 26.17
6.789
16 2 33.9
32.92
0.332 3590
292.0
2.35
4.09
2 16.6
28
14 43 9.44
6.817
16 15 40.9
32.66
0.333 0551
288.1
2.34
4.08
2 15.3
29
14 45 53.37
6.844
16 28 41.4
32.38
0.333 7420
284.3
2.34
4.08
2 14.1
30
14 48 37.97
+6.872
-16 41 35.2
-32.10
0.334 4197
+280.6
2.34
4.07
2 12.9
Oct. 1
14 51 23.23
+6.900
-16 54 22.1
-31.81
0.335 0884
+276.7
2.34
4.07
2 11.7
168
MARS, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Right
ASOCDSiOD.
Var.p«r
Hour.
Appercot
DedinatioQ.
Var. per
Hour.
Logarithm of
Distance
from Earth.
Var. per
Hour.
Bemi-
diam-
eter.
Hot.
Paral-
lax.
TruMit.
Meridian
of
Oreo-
No<m.
Noon.
Noon.
Noon.
JVoon.
JVoon.
Noon.
JVoon.
wich.
h m 8
a
o / //
n
//
//
h m
Oct. 1
14 51 23.23
4«.900
-16 64 22.1
-31.81
0.335 0884
+276.7
2.34
4.07
2 11.7
2
14 54 9.15
6.927
17 7 2.0
31.51
0.335 7481
273.0
2.33
4.06
2 10.6
3
14 56 65.74
6.955
17 19 34.6
31.21
0.336 3989
260.3
2.32
4.05
2 9.4
4
14 59 42.99
6.982
17 31 59.9
30.90
0.337 0409
265.7
2.32
4.04
2 8.3
5
15 2 30.90
7.010
17 44 17.5
30.57
0.337 6744
262.2
2.32
4.04
2 7.1
6
15 5 19.48
+7.038
-17 56 27.4
-30.25
0.338 2994
+258.7
2.31
4.03
2 6.0
7
15 8 8.73
7.066
18 8 29.3
29.91
0.338 9160
255.2
2.31
4.03
2 4.9
8
15 10 58.64
7.094
18 20 23.1
29.57
0.339 5244
251.8
2.31
4.02
2 3.7
9
15 13 49.22
7.121
18 32 8.6
29.22
0.340 1248
248.5
2.31
4.02
2 2.6
10
15 16 40.47
7.149
18 43 45.8
28.87
0.340 7173
245.2
2.30
4.01
2 1.6
11
15 19 32.39
+7.177
-18 55 14.4
-28.51
0.341 3019
+242.0
2.30
4.01
2 0.5
12
15 22 24.99
7.206
19 6 34.1
28.14
0.341 8789
238.8
2.30
4.00
1 59.4
13
15 25 18.27
7.234
19 17 44.9
27.76
0.342 4482
235.7
2.30
4.00
1 58.4
14
15 28 12.23
7.262
19 28 46.6
27.38
0.343 0101
232.6
2.29
3.99
1 57.3
16
15 31 6.87
7.291
19 39 38.9
26.98
0.343 5645
229.5
2.29
3.99
1 56.3
16
16 34 2.20
+7.320
-19 50 21.7
-26.59
0.3441117
+226.5
2.28
3.98
1 65.3
17
15 36 58.20
7.348
20 0 54.9
26.18
0.344 6515
223.4
2.28
3.98
1 54.3
18
16 39 54.89
7.376
20 11 18.3
25.77
0.345 1841
220.4
2.28
3.97
1 53.3
19
15 42 52.26
7.405
20 21 31.7
25.35
0.345 7096
217 4
2.28
3.97
1 52.3
20
15 46 50.31
7.433
20 31 34.9
24.92
0.346 2278
214.4
2.27
3.96
1 51.3
21
15 48 49.04
+7.461
-20 41 27.7
-24.48
0.346 7388
+211.4
2.27
3.96
1 60.4
22
15 51 48.45
7.490
20 51 9.9
24.04
0.347 2425
208.4
2.27
3.95
1 49.4
23
15 64 48.54
7.517
21 0 41.4
23.59
0.347 7391
205.5
2.26
3.94
1 48.5
24
15 57 49.29
7.545
21 10 2.0
23.13
0.348 2285
202.5
2.26
3.94
1 47.5
25
16 0 50.71
7.573
21 19 11.5
22.06
0.348 7109
199.5
2.26
3.93
1 46.6
26
16 3 52.79
+7.600
-21 28 9.8
-22.19
0.349 1863
+196.6
2.26
3.93
1 45.7
27
16 6 65.53
7.628
21 36 66.5
21.71
0.349 6546
193.7
2.26
3.93
1 44.8
28
16 9 58.92
7.656
21 45 31.7
21.22
0.3501160
190.8
2.25
3.92
1 43.9
29
16 13 2.95
7.681
21 53 55.0
20.72
0.350 5705
187.9
2.25
3.92
1 43.1
30
16 16 7.61
7.707
22 2 6.3
20.22
0.351 0181
185.1
2.25
3.91
1 42.2
31
16 19 12.90
+7.733
-22 10 5.5
-i9.n
0.351 4588
+182.2
2.25
3.91
1 41.3
Nov. 1
16 22 18.81
7.769
22 17 52.3
19.19
0.351 8928
179.5
2.25
3.91
1 40.5
2
16 25 25.32
7.784
22 25 26.5
18.66
0.352 3202
176.7
2.24
3.91
1 39.7
3
16 28 32.43
7.809
2'> 32 48.1
18.13
0.352 7411
174.1
2.24
3.90
1 38.8
4
16 31 40.14
7.833
22 39 56.9
17.60
0.353 1557
171.5
2.24
3.90
1 38.0
5
16 34 48.42
+7.857
"22 46 52.8
-17.05
0.353 5641
+168.9
2.24
3.89
1 37.2
6
16 37 57.28
7.881
22 63 35.5
16.50
0.353 9664
166.4
2.24
3.89
1 36.4
7
16 41 6.70
7.904
23 0 4.9
15.95
0.354 3629
164.0
2.23
3.89
1 35.7
8
16 44 16.69
7.927
23 6 20.9
15.38
0.354 7535
161.6
2.23
3.88
1 34.9
9
16 47 27.22
7.950
23 12 23.3
14.81
0.3551385
150.2
2.23
3.88
1 34.1
10
16 50 38.30
+7.973
-23 18 11.9
-14.24
0.355 6179
+156.9
2.23
3.87
1 33.3
11
16 53 49.91
7.995
23 23 46.7
13.66
0.355 8918
154.7
2.22
3.87
1 32.6
12
16 57 2.06
8.017
23 29 7.4
13.07
0.356 2603
152.4
2.22
3.87
1 31.9
13
17 0 14.71
8.038
23 34 13.9
12.47
0.356 6234
ISO.l
2.22
3.87
1 31.1
14
17 3 27.87
8.050
23 39 6.1
11.87
0.356 9812
148.0
2.22
3.86
1 30.4
15
17 6 41.53
+8.079
-23 43 43.9
-11.27
0.357 3338
+145.8
2.22
3.86
1 29.7
16
17 9 55.67
+8.099
-23 48 7.2
-10.60
0.357 6812
+143.7
2.22
3.86
1 29.0
MARS, 1916.
169
GREENWICH MEAN TIME.
Dtte.
AaoaniioD.
Var. p«r
Hoor.
Apparent
Declination.
Var. per
Hour.
Loearitbniof
Distance
from Earth. ■
Var. per
Hoar.
Semi-
diam-
eter.
Hor.
Paral-
lax.
Tranalt.
Meridian
of
Qreeo-
2foon,
JfPOH,
flOOti*
Ifoon.
Noon,
JvOOfl*
Noon.
Noon»
wi(di.
h m 8
a
• t ff
ft
II
//
h m
Nov. 16
17 9 55.67
+8.000
-23 48 7.2
-10.66
0.357 6812
+143.7
2.22
3.86
1 29.0
17
17 13 10.28
8.110
23 52 15.8
10.05
0.358 0235
141.5
2.22
3.86
1 28.3
18
17 16 25.36
8.138
23 56 9.5
0.43
0.358 3606
130.4
2.21
3.85
1 27.6
19
17 19 40.89
8.156
23 59 48.3
8.80
0.358 6927
137.3
2.21
3.85
1 26.9
20
17 22 56.86
8.174
24 3 12.0
8.17
0.359 0196
135.2
2.21
3.84
1 26.2
21
17 26 13.24
+8.101
-24 6 20.5
- 7.54
0.359 3415
+133.0
2.21
3.84
1 25.6
22
17 29 30.04
8.208
24 9 13.7
6.00
0.359 6582
130.0
2.20
3.84
1 24.9
23
17 32 47.24
8.225
24 11 51.5
6.25
0.359 9698
128.8
2.20
3.84
1 24.3
24
17 36 4.82
8.240
24 14 13.8
5.60
0.360 2763
126.6
2.20
3.83
1 23.6
25
17 39 22.76
8.255
24 16 20.4
4.05
0.360 5777
124.6
2.20
3.83
1 22.9
26
17 42 41.04
+8.280
-24 18 11.4
- 4.30
0.360 8742
+122.5
2.20
3.83
1 22.3
27
17 45 59.65
8.282
24 19 46.6
3.64
0.361 1657
120.4
2.20
3.83
1 21.7
28
17 49 18.57
8.204
24 21 6.0
2.08
0.361 4622
118.4
2.20
3.83
1 21.1
29
17 52 37.78
8.306
24 22 9.5
2.31
0.361 7340
116.4
2.19
3.82
1 20.5
30
17 55 57.27
8.317
24 22 56.9
1.64
0.362 0111
114.5
2.19
3.82
1 19.8
Dec. 1
17 59 17.01
+8.327
-24 23 28.3
-0.07
0.362 2835
+112.6
2.19
3.82
1 19.2
2
18 2 36.99
8.837
24 23 43.5
-0.30
0.362 5515
110.7
2.19
3.82
1 18.6
3
18 5 57.19
8.346
24 23 42.6
+ 0.38
0.362 8151
106.0
2.19
3.82
1 18.0
4
18 9 17.59
8.354
24 23 25.4
1.05
0.363 0744
107.2
2.19
3.82
1 17.4
5
18 12 38.18
8.861
24 22 52.0
1.73
0.363 3297
105.5
2.19
3.81
1 16.8
6
18 15 58.94
+8.368
-24 22 2.3
+ 2.41
0.363 5810
+103.0
2.19
3.81
1 16.2
7
18 19 19.85
8.374
24 20 56.3
3.00
0.363 8284
ioa.3
2.19
3.81
1 15.6
8
18 22 40.91
8.880
24 19 33.9
3.77
0.364 0720
100.7
2.18
3.81
1 15.0
9
18 26 2.09
8.385
24 17 55.1
4.46
0.364 3119
00.2
2.18
3.80
1 14.4
10
18 29 23.88
8.380
24 15 59.9
5.14
0.364 5482
07.7
2.18
3.80
1 13.8
11
18 32 44.76
+8.302
-24 13 48.3
+ 5.83
0.364 7809
+ 06.2
2.18
3.80
1 13.3
12
18 36 6.22
8.306
24 11 20.2
6.51
0.365 0101
04.8
2.18
3.80
1 12.7
13
18 39 27.75
8.308
24 8 35.7
7.20
0.365 2369
08.4
2.18
3.80
1 12.1
14
18 42 49.32
8.400
24 5 34.8
7.88
0.365 4682
01.0
2.17
3.79
1 11.5
15
18 46 10.93
8.401
24 2 17.4
8.57
0.365 6771
00.5
2.17
3.79
1 10.9
16
18 49 32.56
+8.401
-23 58 43.6
+ 0.25
0.365 8927
+ 80.1
2.17
3.79
1 10.3
17
18 52 54.19
8.401
23 54 53.4
0.04
0.366 1050
87.7
2.17
3.79
1 9.8
18
18 56 15.80
8.400
23 50 46.7
10.62
0.366 3139
86.4
2.17
3.79
1 9.2
19
18 59 37.38
8.306
23 46 23.7
11.30
0.366 6196
85.0
2.17
3.78
1 8.6
20
19 2 58.92
8.306
23 41 44.3
11.08
0.366 7220
83.6
2.17
3.78
1 8.0
21
19 6 20.40
+8.303
-23 36 48.7
+12.66
0.36d 9211
+ 82.3
2.17
3.78
1 7.4
22
19 9 41.80
8.300
23 31 36.8
13.33
0.367 1170
80.0
2.17
3.78
1 6.8
23
19 13 3.10
8.385
23 26 8.7
14.00
0.367 3095
70.5
2.17
3.78
1 6.2
24
19 16 24.29
8.380
23 20 24.6
14.67
0.367 4987
78.1
2.17
3.77
1 5.7
25
19 19 45.36
8.375
23 14 24.3
15.34
0.367 6846
76.7
2.17
3.77
1 5.1
26
19 23 6.28
+8.368
-23 8 8.1
+16.01
0.367 8671
+ 75.4
2.17
3.77
1 4.5
27
19 26 27.03
8.361
23 1 36.0
16.67
0.368 0465
74.1
2.16
3.77
1 3.9
28
19 29 47.60
8.353
22 54 48.1
17.32
0.368 2228
72.8
2.16
3.77
1 3.3
29
19 33 7.98
8.345
22 47 44.5
17.08
0.368 3961
71.6
2.16
3.77
1 2.7
30
19 36 28.14
8.335
22 40 25.2
18.62
0.368 5664
70.4
2.16
3.77
1 2.1
31
19 39 48.08
+8.326
-22 32 50.5
+10.27
0.368 7339
+ 00.2
2.16
3.77
1 1.5
32
19 43 7.78
• • • •
-22 25 0.4
• • • •
0.368 8986
• • • •
2.16
3.76
1 0.8
170
MARS, 1916.
FOR GREENWICH MEAN NOON.
Date.
HeliooentrSo
Longitude,
Mean Equinox
of Date.
Var.per
Day.
Reduction
to Orbit.
Heliocentric
Latitude.
Var.per
Day.
Logarithm of
Radius Vector.
Var.per
Day.
• / //
/ »r
II
• / //
tf
Jan. 1
122 26 13.2
27 1.9
+29.2
+1 46 28.0
-1-14.8
0.214 8775
-H1834
3
123 20 14.3
26 fiO.2
27.8
1 46 56.8
14.0
0.215 2394
1786
5
124 14 10.1
26 56.6
26.4
1 47 24.0
13.2
0.215 5917
1738
7
125 8 0.8
36 54.1
24.9
1 47 49.6
12.4
0.215 9344
1689
9
126 1 46.5
26 51.6
23.4
1 48 13.6
11.6
0.216 2675
1641
11
126 55 27.4
26 49.2
+21.8
+1 48 36.0
•flO.8
0.216 5908
-1-1592
13
127 49 3.5
26 46.9
20.3
1 48 56.8
10.0
0.216 9044
1543
15
128 42 35.0
26 44.7
18.7
1 49 16.0
9.2
0.217 2081
14»4
17
129 36 2.2
26 42.5
17.2
1 49 33.5
8.4
0.217 5020
1445
19
130 29 25.2
26 40.4
15.6
1 49 49.4
7.6
0.217 7860
1396
21
131 22 44.0
26 38.4
+14.0
+1 50 3.7
-h6.8
0.218 0602
-hl34«
23
132 15 58.9
26 36.5
12.4
1 50 16.4
6.0
0.218 3243
12M
25
133 9 10.0
26 34.7
10.7
1 50 27.6
5.2
0.218 5785
1346
27
134 2 17.5
26 32.9
9.1
1 50 37.2
4.4
0.218 8227
1196
29
134 55 21.5
26 31.2
7.4
1 50 45.1
3.6
0.219 0569
1146
31
135 48 22.1
26 29.5
+ 5.8
+1 50 51.4
-»- 2.8
0.219 2810
-(^1006
Feb. 2
136 41 19.5
26 28.0
4.2
1 50 56.2
2.0
0.219 4950
1045
4
137 34 13.9
26 26.5
2.5
1 50 59.4
1.2
0.219 6989
994
6
138 27 5.4
26 25.0
+ 0.9
1 51 1.0
-hO.4
0.219 8926
943
8
139 19 54.1
26 23.7
- 0.8
1 51 1.0
-0.4
0.220 0761
892
10
140 12 40.3
26 22.5
- 2.4
+1 50 59.4
-1.2
0.220 2495
-1- 841
12
141 5 24.0
26 21.3
4.1
1 50 56.3
2.0
0.220 4126
790
14
141 58 5.4
26 20.2
5.7
1 50 51.6
2.7
0.220 5655
739
16
142 50 44.6
26 19.1
7.4
1 50 45.4
3.5
0.220 7081
688
18
143 43 21.8
26 18.1
9.0
1 50 37.6
4.3
0.220 8405
636
20
144 35 57.1
26 17.2
-10.6
+1 50 28.3
-5.0
0.220 9626
-(- 584
22
145 28 30.7
26 16.4
12.2
1 50 17.5
5.8
0.221 0743
533
24
146 21 2.8
26 16.7
13.8
1 50 5.0
6.6
0.221 1758
483
26
147 13 33.5
26 15.0
15.4
1 49 51.1
7.4
0.221 2670
430
28
148 6 2.9
26 14.4
17.0
1 49 35.6
8.1
0.221 3478
378
Mar. 1
148 58 31.2
26 13.9
-18.5
+1 49 18.7
-8.9
0.221 4183
■1-327
3
149 50 58.6
26 13.5
20.0
1 49 0.2
9.7
0.221 4785
375
5
150 43 25.1
26 13.1
21.6
1 48 40.1
10.4
0.221 5282
223
7
151 35 51.0
26 12.8
23.0
1 48 18.6
11.2
0.221 5677
171
9
152 28 16.3
26 12.6
24.5
1 47 55.5
11.9
0.221 5967
119
11
153 20 41.3
26 12.4
-26.0
+1 47 30.9
-12.7
0.221 6154
68
13
154 13 6.1
26 12.4
27.4
1 47 4.9
13.4
0.221 6238
-1- 16
15
155 5 30.8
26 12.4
28.8
1 46 37.4
14.1
0.221 6217
- 36
17
155 57 55.6
26 12.4
30.2
1 46 8.4
14.9
0.221 6093
88
19
156 50 20.6
26 12.6
31.5
1 45 37.9
15.6
0.221 5865
140
21
157 42 46.0
26 12.8
-32.8
+1 45 5.9
-16.4
0.221 5533
- 193
23
158 35 11.9
26 13.1
34.1
1 44 32.4
17.1
0.221 5098
243
25
159 27 38.5
26 13.5
35.4
1 43 57.5
17.8
0.221 4560
295
27
160 20 5.9
26 14.0
36.6
1 43 21.2
18.5
0.221 3918
347
29
161 12 34.3
£6 14.5
37.8
1 42 43.4
19.3
0.221 3172
399
31
162 5 3.9
26 15.1
-38.9
+1 42 4.1
-20.0
0.221 2323
-450
Apr. 2
162 57 34.7
26 15.7
-40.0
+1 41 23.4
-20.7
0.221 1371
- 503
MARS, 1916.
FOR GREENWICH MEAN NOON.
171
Date.
HeUocmtric
Longitude,
Mean Equinox
of Date.
Var. per
Day.
Redaction
to Orbit.
Heliocentric
lAUtude.
Var. per
Day.
Lofnrithm of
Radius Vector.
Var. per
Day.
• 1 It
/ /'
//
• t tt
//
Apr. 2
162 57 34.7-
26 15.7
-40.0
+1 41 23.4
-20.7
0.221 1371
-502
4
163 60 6.9
26 16.5
41.1
1 40 41.2
21.4
0.221 0316
553
6
164 42 40.6
26 17.3
42.2
1 39 57.6
22.2
0.220 9158
605
8
165 35 16.1
26 18.2
43.2
1 39 12.6
22.9
0.220 7897
656
10
166 27 53.5
26 19.2
44.1
1 38 26.1
23.6
0.220 6533
708
12
167 20 32.9
26 20.2
-45.0
+1 37 38.3
-24.3
0.220 5067
- 759
14
168 13 14.5
26 21.3
45.9
1 36 49.0
25.0
0.220 3498
810
16
169 5 58.3
26 22.5
46.8
1 35 58.3
25.7
0.220 1827
861
18
169 58 44.7
26 23.8
47.6
1 35 6.2
26.4
0.220 0053
912
20
170 51 33.6
26 25.1
48.3
1 34 12.8
27.1
0.219 8178
963
22
171 44 25.3
26 26.6
-49.0
+1 33 18.0
-27.8
0.219 6202
-1013
24
172 37 19.9
26 28.1
49.7
1 32 21.8
28.5
0.219 4124
1064
26
173 30 17.6
26 29.7
50.3
1 31 24.2
29.1
0.219 1945
1114
28
174 23 18.6
26 31.3
50.8
1 30 25.2
29.8
0.218 9666
1165
30
175 16 22.8
26 33.0
51.4
1 29 25.0
30.5
0.218 7286
1215
May 2
176 9 30.7
26 34.8
-51.8
+1 28 23.3
-31.2
0.218 4805
-1265
4
177 2 42.1
26 36.7
52.3
1 27 20.3
31.8
0.218 2225
1315
6
177 55 57.4
26 38.6
52.6
1 26 15.9
32.5
0.217 9545
1365
8
178 49 16.6
26 40.6
53.0
1 25 10.3
33.1
0.217 6766
1414
10
179 42 40.0
26 42.8
53.2
1 24 3.3
33.8
0.217 3887
1464
12
180 36 7.7
26 44.9
-53.4
+1 22 55.1
-34.5
0.217 0911
-1513
14
181 29 39.7
26 47.2
53.6
1 21 45.4
35.1
0.216 7836
1562
16
182 23 16.4
26 49.5
53.7
1 20 34.6
35.8
0.216 4664
1611
18
183 16 57.7
26 51.9
53.8
1 19 22.4
36.4
0.216 1394
1659
20
184 10 44.0
26 54.4
53.8
1 18 9.0
37.0
0.215 8028
1707
22
185 4 35.3
26 56.9
-53.7
+1 16 64.3
-37.6
0.215 4565
-1756
24
185 58 31.7
26 59.5
53.6
1 15 38.4
38.2
0.215 1006
1804
26
186 52 33.5
27 2.2
53.5
1 14 21.3
38.9
0.214 7351
1851
28
187 46 40.7
27 5.0
53.3
1 13 2.8
39.5
0.214 3601
1898
30
188 40 53.5
27 7.9
53.0
1 11 43.2
40.1
0.213 9757
1945
June 1
189 35 12.2
27 10.8
-52.7
+1 10 22.3
-40.7
0.213 5820
-1992
3
190 29 36.7
27 13.8
52.4
1 9 0.2
41.3
0.213 1788
2039
5
191 24 7.4
27 16.9
52.0
1 7 37.0
41.9
0.212 7665
2085
7
192 18 44.3
27 20.0
51.6
1 6 12.5
42.5
0.212 3449
2131
9
193 13 27.6
27 23.3
51.1
1 4 46.9
43.1
0.211 9141
2in
11
194 8 17.4
27 26.6
-50.5
+1 3 20.1
-43.7
0.211 4743
-2222
13
195 3 13.9
27 30.0
49.8
1 1 52.2
44.2
0.211 0255
2266
15
195 58 17.2
27 33.4
49.1
1 0 23.1
44.8
0.210 5678
2311
17
196 53 27.5
27 37.0
48.4
0 58 52.9
45.4
0.210 1011
2355
19
197 48 45.0
27 40.6
47.6
0 57 21.7
45.9
0.209 6257
2399
21
198 44 9.8
27 44.2
-46.8
+0 55 49.3
-46.5
0.209 1416
-2442
23
199 39 42.0
27 48.0
45.9
0 54 15.9
47.0
0.208 6488
2485
25
200 35 21.8
27 51.8
44.9
0 52 41.3
47.5
0.208 1474
2528
27
201 31 9.3
27 65.7
43.9
0 51 5.7
48.1
0.207 6376
2570
29
202 27 4.7
27 59.7
42.9
0 49 29.1
48.6
0.207 1193
2612
July 1
203 23 8.1
28 3.8
-41.8
+0 47 51.5
-49.1
0.206 5928
-2653
3
204 19 19.7
28 7.9
-40.7
+0 46 12.8
-49.6
0.206 0581
-2694
172
MABS, 1916.
FOR GREENWICH MEAN NOON.
Date.
Heliocentiio
Txm^tude,
Hean Equinox
of Date.
Var.per
Day.
Reduction
to Orbit
Heliooentrio
Latitude.
Var.per
Day.
Logarithm of
Racflaa Vector.
Var.per
Day.
o / //
/ //
ff
e / ff
tf
July 1
203 23 8.1
28 3.8
-41.8
+0 47 51.5
-49.1
0.206 6928
-»63
3
204 19 19.7
28 7.0
40.7
0 46 12.8
49.6
0.206 0581
aeo4
6
205 15 39.6
28 12 1
39.6
0 44 33.2
50.0
0.205 5162
3734
7
206 12 8.1
28 16.4
38.3
0 42 52.6
50.5
0.204 9643
2774
9
207 8 45.1
28 20.7
37.0
0 41 11.1
51.0
0.204 4055
38U
11
208 5 80.9
28 25.1
-35.7
+0 39 28.6
-51.5
0.203 8390
-2853
13
209 2 25.6
28 29.6
34.4
0 37 45.2
51.9
0.203 2647
2890
15
209 59 29.4
28 34.2
33.0
0 36 0.9
52.4
0.202 6828
2938
17
210 56 42.4
28 38.8
31.6
0 34 15.7
52.8
0.202 0935
296S
19
211 54 4.7
28 iZJi
30.1
0 32 29.7
53.2
0.201 4968
9003
21
212 51 36.5
28 48.3
-28.6
+0 30 42.8
-53.6
0.200 8928
-3038
23
213 49 18.0
28 63.2
27.0
0 28 55.1
54.0
0.200 2818
9073
25
214 47 9.3
28 58J
25.5
0 27 6.6
54.4
0.199 6637
3108
27
215 45 10.4
29 3.1
23.9
0 25 17.3
54.8
0.199 0387
3143
29
216 43 21.7
29 8.2
22.2
0 23 27.3
55.2
0.198 4070
3176
31
217 41 43.1
29 13.3
-20.5
+0 21 36.6
-55.6
0.197 7688
-3308
Aug. 2
218 40 14.9
29 18.5
18.8
0 19 45.1
55.9
0.197 1240
3240
4
219 38 57.2
29 23.8
17.1
0 17 62.9
56.2
0.196 4730
3271
6
220 37 50.0
29 29.1
15.3
0 16 0.1
56.5
0.196 8158
3301
8
221 36 53.5
29 84.5
13.6
0 14 6.7
56.8
0.196 1527
3330
10
222 36 8.0
29 40.0
-11.8
+0 12 12.7
-67.1
0.194 4836
-3360
12
223 35 33.4
29 45.5
9.9
0 10 18.1
67.4
0.193 8089
3388
14
224 35 10.0
29 51.1
8.1
0 8 22.9
57.7
0.193 1286
3415
16
225 34 57.9
29 56.7
6.2
0 6 27.3
57.9
0.192 4429
3443
18
226 34 57.0
30 2.5
4.4
0 4 31.2
58.2
0.191 7620
3467
20
227 35 7.8
30 8.8
- 2.5
+0 2 34.6
-58.4
0.191 0561
-3492
22
228 35 30.1
30 14.1
- 0.6
+0 0 37.6
58.6
0.190 3554
3516
24
229 36 4.1
30 20.0
+ 1.8
-0 1 19.8
58.8
0.189 6600
8538
26
230 36 50.1
30 26.0
3.2
0 3 17.6
59.0
0.188 9401
3560
28
231 37 48.0
30 82.0
5.1
0 5 15.7
59.1
0.188 2260
3581
30
232 36 57.9
30 38.0
+ 7.0
-0 7 14.0
-59.2
0.187 5078
-3601
Sept. 1
233 40 20.1
30 44.2
8.9
0 9 12.7
69.4
0.186 7857
3630
3
234 41 54.6
30 50.4
10.8
0 11 11.6
69.5
0.186 0599
3638
5
235 43 41.5
30 66.6
12.7
0 13 10.5
69.6
0.185 3306
3656
7
236 45 40.9
31 2.8
14.5
0 15 9.7
59.6
0.184 5981
3670
9
237 47 52.9
31 9.2
+16.4
-0 17 9.0
-59.6
0.183 8625
-3686
11
238 50 17.6
31 15.6
18.3
0 19 8.3
59.6
0.183 1242
3696
13
239 52 55.1
31 22.0
20.1
0 21 7.6
59.7
0.182 3832
3711
15
240 55 45.5
31 28.4
21.9
0 23 7.0
59.7
0.181 6398
3733
17
241 58 48.9
31 85.0
23.7
0 25 6.3
59.6
0.180 8943
3733
19
243 2 5.4
31 41.5
+25.4
-0 27 5.4
-50.6
0.180 1470
-3741
21
244 5 35.0
31 48.1
27.2
0 29 4.6
50.5
0.179 3980
3748
23
245 9 17.8
31 64.7
28.9
0 31 3.4
50.4
0.178 6476
3756
25
246 13 13.8
32 1.4
30.6
0 33 2.0
50.2
0.177 8961
3700
27
247 17 23.2
32 8.1
32.2
0 35 0.4
50.1
0.177 1437
3764
29
248 21 46.1
32 14.8
+33.8
-0 36 58.5
-58.9
0.176 3907
-3766
Oct. 1
249 26 22.3
32 21.5
+35.3
-0 38 56.1
-58.7
0.175 6373
-3767
MARS, 1916.
173
FOR GREENWICH MEAN NOON.
Date.
HeUocentiie
Longitude,
Mean Equinox
of Date.
Var. per
Day.
Reduction
to Orbit.
Helkwentiio
Latttoda.
Var. pec
Day.
Lcgaritlupof
Raffias Vector.
Var. per
Day.
• t n
# //
//
m 0 n
//
Oct. 1
249 26 22.3
33 31.6
+35.3
-0 38 56.1
-58.7
0.175 6373
-3767
3
250 31 12.1
33 38.3
36.8
0 40 53.4
58.5
0.174 8839
3766
5
251 36 15.5
33 35.1
38.3
0 42 50.1
58.3
0.174 1307
3765
7
252 41 32.5
33 41.9
39.7
0 44 46.4
58.0
0.173 3780
3763
9
253 47 3.1
33 48.7
41.0
0 46 42.0
57.7
0.172 6260
3758
11
254 52 47.4
33 ft6.(( «
+42.3
-0 48 37.1
-57.4
0.171 8750
-3753
13
255 58 45.4
33 3.4
43.6
0 50 31.5
57.0
0.171 1254
3744
15
257 4 57.2
33 0.3
44.8
0 52 25.1
56.6
0.170 3775
3735
17
258 11 22.7
33 16.3
45.9
0 54 18.0
56.3
0.169 6314
3725
19
259 18 2.0
33 33.1
46.9
0 56 10.1
55.8
0.168 8876
3713
21
260 24 55.1
33 30.0
+47.9
-0 58 1.3
-65.3
0.168 1463
-3609
23
261 32 1.9
33 30.8
48.8
0 59 51.5
54.8
0.167 4079
3684
25
262 39 22.5
33 43.7
49.7
1 1 40.7
54.3
0.166 6726
3668
27
263 46 56.8
33 50.6
50.4
1 3 28.8
53.8
0.165 9409
3649
29
264 54 44.7
33 57.4
51.2
1 5 15.9
63.3
0.165 2129
3639
31
266 2 46.5
34 4.3
+51.8
-1 7 1.8
-5S.6
0.164 4891
-3608
Nov. 2
267 11 1.8
34 11.1
52.3
1 8 46.4
53.0
0.163 7697
3585
4
268 19 30.9
34 17.9
52.8
1 10 29.8
61.4
0.163 0550
3560
6
269 28 13.5
34 34.7
63.1
1 12 11.8
50.7
0.162 3455
3534
8
270 37 9.6
34 31.4
63.4
1 13 52.4
49.9
0.161 6414
3506
10
271 46 19.2
34 38.1
+53.6
-1 16 31.5
-49.3
0.160 9431
-^76
12
272 55 42.1
34 44.8
53.8
1 17 9.1
48.4
0.160 2509
3445
14
274 5 18.5
34 51.5
53.8
1 18 45.1
47.6
0.159 6651
3413
16
275 15 8.0
34 58.0
53.7
1 20 19.5
46.8
0.158 8861
3377
18
276 25 10.6
35 4.6
53.6
1 21 52.2
45.9
0.158 2142
3341
20
277 35 26.3
35 11.1
+53.4
-1 23 23.1
-46.0
0.157 5498
-3303
22
278 45 54.9
35 17.5
53.0
1 24 52.2
44.1
0.156 8932
3263
24
279 66 36.4
35 33.9
52.6
1 26 19.5
43.1
0.156 2447
3331
26
281 7 30.5
35 30.2
52.1
1 27 44.7
43.1
0.155 6048
3178
28
282 18 37.2
35 36.4
51.5
1 29 8.0
41.1
0.154 9736
3133
30
283 29 56.3
35 43.6
+50.8
-1 30 29.2
-40.1
0.154 3515
-3086
Dec. 2
284 41 27.7
35 48.7
50.0
1 31 48.3
39.0
0.153 7390
3038
4
285 53 11.1
35 54.7
49.2
1 33 5.2
37.9
0.153 1363
3988
6
287 5 6.6
36 0.6
48.2
1 34 19.9
36.8
0.152 5438
3936
8
288 17 13.7
36 6.5
47.2
1 35 32.4
35.6
0.151 9617
2883
10
289 29 32.5
36 13.8
+46.0
-1 36 42.5
-34.4
0.151 3905
-3838
12
290 42 2.7
36 17.9
44.8
1 37 50.2
33.3
0.150 8305
3771
14
291 54 44.1
36 33.4
43.5
1 38 55.4
32.0
0.150 2820
3713
16
293 7 36.4
36 28.9
42.1
1 39 58.2
30.8
0.149 7452
3653
18
294 20 39.6
36 34.3
40.7
1 40 68.4
29.5
0.149 2206
3503
20
295 33 53.3
36 39.4
+39.1
-1 41 56.0
-28.1
0.148 7084
-3539
22
296 47 17.3
36 44.5
37.5
1 42 50.9
26.8
0.148 2089
3465
24
298 0 51.3
36 49.5
35.9
1 43 43.2
25.4
0.147 7225
3399
26
299 14 35.2
36 54.4
34.1
1 44 32.7
24.0
0.147 2494
3331
28
300 28 28.7
36 59.1
32.3
1 45 19.4
22.6
0.146 7900
3262
30
301 42 31.6
37 3.7
+30.4
-1 46 3.3
-21.2
0.146 3445
-2193
32
302 56 43.4
37 8.1
+28.5
-1 46 44.3
-19.8
0.145 9131
-2120
174
JUPITER, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Ri0it
Aeoeoaian.
Var.per
Hour.
Apparent
Decimation.
Var.per
Hour.
Logarithm of
Distance
from Earth.
Var.per
Hour.
Polar
Semi-
diam-
eter.
Hor.
Paral-
lax.
Transit,
McrkliMi
of
Green-
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Noon,
widb.
b m 8
8
o / //
If
ft
ft
h m
Jan. 1
23 33 35.59
+1.317
-4 12 53.6
+ 9.04
0.712 7957
+530.3
18.23
1.70
4 53.6
2
23 34 7.45
1.338
4 9 14.8
9.18
0.714 0635
526.2
18.18
1.70
4 50.2
3
23 34 39.83
1.300
4 5 32.8
9.32
0.715 3214
522.1
18.13
1.70
4 46.8
4
23 35 12.73
1.381
4 1 47.5
9.45
0.716 6693
517.8
18.08
1.69
4 43.4
5
23 35 46.13
1.402
3 57 59.0
9.59
0.717 8069
513.5
18.03
1.69
4 40.1
6
23 36 20.03
+1.423
-3 54 7.3
+ 9.72
0.719 0340
+509.1
17.98
1.68
4 36.7
7
23 36 54.42
1.443
3 50 12.6
9.84
0.720 2504
504.6
17.92
1.68
4 33.3
8
23 37 29.29
1.463
3 46 14.8
9.97
0.721 4658
499.9
17.87
1.67
4 30.0
9
23 38 4.64
1.483
3 42 13.9
10.10
0.722 6500
495.2
17.82
1.67
4 26.6
10
23 38 40.45
1.502
3 38 10.1
10.22
0.723 8330
490.5
17.78
1.66
4 23.3
11
23 39 16.72
+1.521
-3 34 3.5
+10.34
0.725 0046
+485.8
17.73
1.66
4 20.0
12
23 39 53.44
1.539
3 29 54.0
10.45
0.726 1646
480.9
17.68
1.65
4 16.7
13
23 40 30.61
1.558
3 25 41.7
10.57
0.727 3129
476.0
17.63
1.65
4 13.3
14
23 41 8.21
1.576
3 21 26.7
10.68
0.728 4494
471.1
17.59
1.65
4 10.0
15
23 41 46.23
1.593
3 17 9.0
10.79
0.729 5740
466.1
17.54
1.64
4 6.7
16
23 42 24.67
+1.610
-3 12 48.6
+10.90
0.730 6865
+461.0
17.50
1.64
4 3.4
17
23 43 3.53
1.628
3 8 25.6
11.01
0.731 7868
455.9
17.45
1.33
4 0.2
18
23 43 42.79
1.644
3 4 0.1
11.11
0.732 8749
450.8
17.41
1.63
3 56.9
19
23 44 22.45
1.661
2 59 32.1
11.22
0.733 9506
445.6
17.37
1.62
3 53.6
20
23 45 2.50
1.677
2 55 1.6
11.32
0.735 0139
440.4
17.32
1.62
3 50.3
21
23 45 42.95
+1.603
-2 50 28.6
+11.43
0.736 0646
+435.2
17.28
1.62
3 47.1
22
23 46 23.77
1.709
2 45 53.2
11.52
0.737 1027
429.9
17.24
1.61
3 43.8
23
23 47 4.96
1.724
2 41 15.5
11.62
0.738 1281
424.6
17.20
1.61
3 40.6
24
23 47 46.52
1.739
2 36 35.5
11.71
0.739 1407
419.2
17.16
1.60
3 37.3
25
23 48 28.45
1.754
2 31 53.2
11.81
0.740 1404
413.8
17.12
1.60
3 34.1
26
23 49 10.73
+1.769
-2 27 8.7
+11.90
0.741 1270
+408.4
17.08
1.60
3 30.9
27
23 49 53.36
1.784
2 22 22.0
11.99
0.742 1006
402.9
17.04
1.59
3 27.6
28
23 50 36.34
1.798
2 17 33.1
12.08
0.743 0610
397.4
17.01
1.59
3 24.4
29
23 51 19.65
1.812
2 12 42.1
12.17
0.744 0081
391.8
16.97
1.59
3 21.2
30
23 52 3.30
1.825
2 7 49.0
12.25
0.744 9418
386.2
16.93
1.58
3 18.0
31
23 52 47.27
+1.839
-2 2 53.9
+12.34
0.745 8619
+380.6
16.90
1.58
3 14.8
Feb. 1
23 53 31.57
1.852
1 57 56.7
12.42
0.746 7685
374.9
16.86
1.58
3 11.6
2
23 54 16.18
1.865
1 52 57.6
12.50
0.747 6613
369.1
16.83
1.57
3 8.4
3
23 55 1.10
1.878
1 47 56.7
12.58
0.748 5403
363.4
16.79
1.57
3 5.2
4
23 55 46.32
1.890
1 42 53.9
12.65
0.749 4055
357.6
16.76
1.57
3 2.1
5
23 56 31.84
+1.903
-1 37 49.4
+12.73
0.750 2536
+351.7
16.73
1.56
2 58.9
6
23 57 17.64
1.914
1 32 43.1
12.80
0.751 0936
346.8
16.70
1.56
2 55.7
7
23 58 3.72
1.926
1 27 35.2
12.87
0.751 9164
339.9
16.66
1.56
2 52.5
8
23 58 50.08
1.937
1 22 25.5
12.94
0.752 7250
334.0
16.63
1.55
2 49.4
9
23 59 36.71
1.948
1 17 14.2
13.00
0.753 5195
328.1
16.60
1.55
2 46.2
10
0 0 23.59
+1.959
-1 12 1.4
+13.07
0.754 2996
+322.1
16.57
1.55
2 43.1
11
0 1 10.74
1.970
1 6 47.0
13.13
0.755 0655
316.2
16.54
1.55
2 39.9
12
0 1 58.13
1.980
1 1 31.1
13.19
0.755 8171
310.2
16.51
1.54
2 36.8
13
0 2 45.77
1.990
0 56 13.8
13.25
0.756 5543
304.2
16.49
1.54
2 33.6
•
14
0 3 33.64
1.999
0 50 55.2
13.30
0.757 2772
298.2
16.46
1.54
2 30.5
15
0 4 21.74
+2.009
-0 45 35.2
+13.36
0.757 9857
+292.2
16.43
1.54
2 27.4
16
0 5 10.07
+2.018
-0 40 13.9
+13.41
0.758 6797
+286.2
16.41
1.53
2 24.2
JUPITER, 1916.
175
GREENWICH MEAN TIME.
Date.
Apparent
RSit
Aacenirion.
Var.per
Hour.
Apparent
DecUnatian.
Var.pcc
Hour.
Loearithmof
Distance
from Earth.
Var.pw
Hour.
Polar
Semi-
diam-
eter.
Hot.
Paral-
lax.
Tranaity
Meridian
of
Green-
Noon,
irOOfl.
Noon.
Noon.
Noon,
Noon.
J^OOA.
Noon.
wich.
h m 8
S
Off/
f/
//
tf
h m
Feb. 16
0 5 10.07
•(-2.018
-0 40 13.9
+13.41
0.758 6797
+286.2
16.41
1.53
2 24.2
17
0 5 58.62
3.027
0 34 51.4
13.46
0.759 3593
280.1
16.38
1.53
2 21.1
18
0 6 47.38
2.036
0 29 27.6
13.52
0.760 0244
274.1
16.36
1.53
2 18.0
19
0 7 36.36
2.045
0 24 2.6
13.56
0.760 6751
268.1
13.33
1.53
2 14.9
20
0 8 25.54
2.053
0 18 36.5
13.61
0.761 3113
262.1
16.31
1.53
2 11.8
21
0 9 14.92
+2.062
-0 13 9.3
+13.66
0.731 9330
+256.0
16.28
1.52
2 8.6
22
0 10 4.50
2.070
0 7 41.0
13.70
0.762 5402
250.0
16.26
1.52
2 5.6
23
0 10 54.27
2.078
-0 2 11.6
13.75
0.763 1329
243.9
16.24
1.52
2 2.4
24
0 11 44.23
2.065
+0 3 18.8
13.79
0.763 7109
237.8
16.22
1.52
1 59.3
25
0 12 34.37
2.0B3
0 8 50.1
13.83
0.764 2744
231.8
16.20
1.52
1 56.2
26
0 13 24.69
+2.100
+0 14 22.4
+13.86
0.764 8233
+225.6
16.18
1.51
1 53.1
27
0 14 15.19
2.108
0 19 55.6
13.90
0.765 3575
219.5
16.16
1.51
1 50.0
28
0 15 5.85
2.114
0 25 29.7
13.94
0.765 8769
213.4
16.14
1.51
1 46.9
29
0 15 56.68
2.121
0 31 4.6
13.97
0.765 3816
207.2
16.12
1.51
1 43.9
iUr. 1
0 16 47.67
2.128
0 36 40.3
14.00
0.766 8715
201.1
16.10
1.51
1 40.8
2
0 17 38.81
+2.134
+0 42 16.8
+14.03
0.767 3466
+194.8
16.08
1.50
1 37.7
8
0 18 30.10
2.140
0 47 53.9
14.06
0.767 8067
188.6
16.06
1.50
1 34.6
4
0 19 21.54
2.146
0 53 31.7
14.00
0.768 2518
182.4
16.05
1.60
1 31.5
5
0 20 13.11
2.151
0 59 10.1
14.11
0.768 6820
176.1
16.03
1.50
1 28.4
6
0 21 4.81
2.157
1 4 49.1
14.13
0.769 0972
169.9
16.02
1.50
1 25.4
7
0 21 56.64
+2.162
+1 10 28.5
+14.15
0.769 4974
+163.6
16.00
1.50
1 22.3
8
0 22 48.59
2.167
1 16 8.5
14.18
0.769 8827
157.4
15.99
1.50
1 19.2
9
0 23 40.65
2.172
1 21 48.9
14.19
0.770 2530
151.2
15.97
1.49
1 16.2
10
0 24 32.83
2.176
1 27 29.7
14.31
0.770 6084
145.0
15.96
1.49
1 13.1
11
0 25 25.11
2.180
1 33 10.8
14.22
0.770 9489
138.8
15.95
1.49
1 10.0
12
0 26 17.49
+2.185
+1 38 52.3
+14.23
0.771 2744
+132.5
15.94
1.49
1 7.0
13
0 27 9.97
2.189
1 44 34.0
14.24
0.771 5850
126.3
15.92
1.49
1 3.9
14
0 28 2.54
2.102
1 50 16.0
14.26
0.771 8807
120.1
15.91
1.49
1 0.8
15
0 28 55.20
2.196
1 55 58.3
14.28
0.772 1616
113.9
15.90
1.49
0 57.8
16
0 29 47.94
2.199
2 1 40.7
14.27
0.772 4276
107.8
15.89
1.49
0 54.7
17
0 30 40.76
+2.202
+2 7 23.2
+14.28
0.772 6789
+101.6
15.88
1.49
0 51.7
18
0 31 33.65
2.205
2 13 5.9
14.28
0.772 9153
95.4
15.88
1.49
0 48.6
19
0 32 26.61
2.208
2 18 48.6
14.28
0.773 1370
88.3
15.87
1.48
0 45.6
20
0 33 19.64
2.211
2 24 31.4
14.28
0.773 3439
83.1
15.86
1.48
0 42.5
21
0 34 12.73
2.213
2 30 14.2
14.28
0.773 5361
77.0
15.85
1.48
0 39.5
22
0 35 5.88
+2.216
+2 35 57.0
+14.28
0.773 7136
+ 70.9
15.85
1.48
0 36.4
23
0 35 59.08
2.218
2 41 39.8
14.28
0.773 8763
64.7
15.84
1.48
0 33.4
24
0 36 52.34
2.220
2 47 22.5
14.28
0.774 0243
58.6
15.84
1.48
0 30.3
25
0 37 45.65
2.222
2 53 5.1
14.27
0.774 1575
52.4
15.83
1.48
0 27.3
26
0 38 39.00
2.224
2 58 47.5
14.26
0.774 2759
46.3
15.83
1.48
0 24.2
27
0 39 32.39
+2.225
+3 4 29.8
+14.26
0.774 3796
+ 40.1
15.82
1.48
0 21.2
28
0 40 25.82
2.227
3 10 11.9
14.26
0.774 4685
33.9
15.82
1.48
0 18.1
29
0 41 19.28
3.228
3 15 53.8
14.24
0.774 5425
27.7
15.82
1.48
0 15.1
30
0 42 12.77
3.320
3 21 35.4
14.28
0.774 6016
21.5
15.82
1.48
0 12.0
31
0 43 6.28
3J80
3 27 16.6
14.21
0.774 6459
15.3
15.81
1.48
0 9.0
Apr. 1
0 43 59.81
+3.331
+3 32 57.5
+14.20
0.774 6762
•f 9.1
15.81
1.48
0 6.9
2
0 44 58.35
•1-3.381
+3 38 88.0
+14.18
0.774 6897
+ 2.9
15.81
1.48
/ 0 •.»
\U S0.f
176
JUPITER, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Right
Ascension.
Var.per
Hour.
Apparent
Declination.
Var.per
Hour.
Lofl»rithmof
Distance
from Earth.
Var.per
Hour.
Polar
Semi-
diam-
eter.
Hor.
Paral-
lax.
Transit,
Meridian
of
Grem*
Jfoos.
Noon.
Noon.
Noon.
Noofn.
JVoon.
Noon,
Noon.
wii^.
h m s
8
• 1 II
II
II
II
h m
Apr. 1
0 43 59.81
+2.231
+3 32 57.5
+14.20
{i.llA. 6752
+ 9.1
15.81
1.48
0 5.9
2
0 44 53.35
2.231
3 38 38.0
14.18
0.774 6897
+ 2.9
15.81
1.48
\13 8M
3
0 45 46.91
2.231
3 44 18.0
14.16
0.774 6893
- 3.3
15.81
1.48
23 56.8
4
0 46 40.46
2.231
3 49 57.6
14.14
0.774 6741
9.4
15.81
1.48
23 53.8
5
0 47 34.01
2.231
3 55 36.7
14.12
0.774 6441
15.6
15.81
1.48
23 60.7
6
0 48 27.55
•(-2.231
+4 1 15.2
+14.00
0.774 5994
-21.7
15.82
1.48
23 47.7
7
0 49 21.09
2.230
4 6 53.1
14.07
0.774 5399
27.8
15.82
1.48
23 44.6
8
0 50 14.60
2.229
4 12 30.5
14.04
0.774 4658
33.9
15.82
1.48
23 41.6
9
0 51 8.10
2.229
4 18 7.2
14.01
0.774 3770
40.1
15.82
1.48
23 38.5
10
0 52 1.57
2.227
4 23 43.1
13.98
0.774 2735
46.2
15.83
1.48
23 36.5
11
0 52 55.01
+2.226
+4 29 18.4
+13.95
0.774 1554
-52.3
15.83
1.48
23 32.4
12
0 53 48.41
2.224
4 34 52.9
13.92
0.774 0227
58.3
15.84
1.48
23 29.4
13
0 54 41.78
2.223
4 40 26.6
13.89
0.773 8755
64.4
15.84
1.48
23 26.3
14
0 55 35.12
2.221
4 45 59.6
13.86
0.773 7138
70.4
15.85
1.48
23 23.3
15
0 56 28.41
2.219
4 51 31.7
13.82
0.773 5377
76.4
15.85
1.48
23 20.2
16
0 57 21.64
+2.217
+4 57 2.9
+13.78
0.773 3472
-82.4
15.86
1.48
23 17.2
17
0 58 14.82
2.215
5 2 33.3
13.75
0.773 1423
88.4
15.87
1.48
23 14.1
18
0 59 7.95
2.213
5 8 2.8
13.71
0.772 9231
94.3
15.88
1.49
23 11.1
19
1 0 1.02
2.210
5 13 31.3
13.67
0.772 6896
100.3
15.89
1.49
23 8.0
20
1 0 54.03
2.207
5 18 58.8
13.63
0.772 4418
106.2
15.90
1.4^
23 5.0
21
1 1 46.97
+2.205
+5 24 25.4
+13.50
0.772 1797
-112.2
15.90
1.49
23 1.9
22
1 2 39.85
2.201
5 29 51.0
13.54
0.771 9032
118.2
15.92
1.49
22 58.9
23
1 3 32.64
2.198
5 35 15.5
13.50
0.771 6125
124.1
15.93
1.49
22 55.8
24
1 4 25.36
2.195
5 40 38.9
13.46
0.771 3074
130.1
15.94
1.49
22 52.8
25
1 5 18.00
2.191
5 46 1.2
13.41
0.770 9880
136.1
15.95
1.49
22 49.7
26
1 6 10.55
+2.188
+5 51 22.4
+13.36
0.770 6543
-142.0
15.95
1.49
22 46.6
27
1 7 3.01
2.184
5 56 42.5
13.31
0.770 3063
148.0
15.97
1.49
22 43.6
28
1 7 55.38
2.180
6 2 1.3
13.26
0.769 9440
153.9
15.99
1.50
22 40.5
29
1 8 47.64
2.175
6 7 18.8
13.20
0.769 5674
150.9
16.00
1.50
22 37.4
30
1 9 39.80
2.171
6 12 35.1
13.15
0.769 1765
165.8
16.01
1.50
22 34.4
Bfay 1
1 10 31.85
+2.166
+6 17 50.1
+13.10
0.768 7713
-171.8
16.03
1.50
22 31.3
2
1 11 23.78
2.161
6 23 3.7
13.04
0.768 3520
177.7
16.04
1.50
22 28.2
3
1 12 15.59
2.156
6 28 15.9
12.98
0.767 9184
183.6
16.06
1.50
22 25.2
4
1 13 7.27
2.151
6 33 26.7
12.92
0.767 4706
189.5
16.08
1.50
22 22.1
5
1 13 58.82
2.145
6 38 36.1
12.86
0.767 0088
195.3
16.09
1.50
22 19.0
6
1 14 50.24
+2.139
+6 43 44.0
+12.80
0.766 6330
-201.1
16.11
1.51
22 15.9
7
1 15 41.51
2.133
6 48 50.4
12.74
0.766 0433
207.0
16.13
1.51
22 12.8
8
1 16 32.34
2.127
6 53 55.3
12.67
0.765 5396
212.8
16.15
1.51
22 9.8
9
1 17 23.62
2.121
6 58 58.6
12.60
0.765 0221
218.5
16.17
1.51
22 6.7
10
1 18 14.44
2.114
7 4 0.3
12.54
0.764 4908
224.3
18.19
1.51
22 3.0
11
1 19 5.10
+2.108
+7 9 0.4
+12.47
0.763 9457
-230.0
16.21
1.52
22 0.5
12
1 19 55.60
2.101
7 13 58.9
12.40
0.763 3869
235.7
16.23
1.52
21 57.4
13
1 20 45.93
2.093
7 18 55.7
12.33
0.762 8144
241.4
16.25
1.52
21 54.3
14
1 21 36.08
2.086
7 23 50.8
12.26
0.762 2284
247.0
16.27
1,52
21 51.2
15
1 22 26.06
2.079
7 28 44.2
12.19
0.761 6289
252.6
16.30
1.52
21 48.1
16
1 23 15.86
+2.071
+7 33 35.8
+12.11
0.761 0159
-258.2
16.32
1.53
21 45.0
17
1 24 5.48
+2.063
+7 38 25.7
+12.04
0.760 3894
-363.8
16.34
1.53
21 41.9
JUPITEE, 1916.
177
GREENWICH MEAN TIME.
DAte.
Afloension.
Var.per
Hour.
Apparent
Dccunation.
Var.per
Hour.
Lomrithmof
Distance
from Earth.
Var.per
Hour.
Polar
Semi-
dlam-
et«r.
Hor.
Paral-
lax.
Transit,
Meridian
of
Green-
Jfoo%.
Noon,
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
wich.
h m 8
s
» t It
II
It
II
h m
May 17
1 24 5.48
•fS.MB
+ 7 38 25.7
+13.04
0.760 3894
-263.8
16.34
1.63
21 41.9
18
1 24 54.90
2.065
7 43 13.9
11.97
0.769 7495
860.4
16.36
1.63
21 38.7
19
1 25 44.13
3.047
7 48 0.3
11.89
0.759 0961
275.0
16.39
1.53
21 36.6
20
1 36 33.17
2.030
7 52 44.8
11.82
0.758 4294
280.6
16.42
1.63
21 32.5
21
1 27 22.00
2.030
7 57 27.5
11.74
0.757 7493
286.1
16.44
1.64
21 29.4
22
1 28 10.63
•1-3.022
+ 8 2 8.3
+11.66
0.757 0559
-291.7
16.47
1.64
21 26.2
28
1 28 59.05
2.013
8 6 47.2
11.58
0.756 3492
297.2
16.49
1.54
21 23.1
24
1 29 47.25
3.0M
8 11 24.2
11.50
0.755 6298
302.8
16.52
1.55
21 20.0
25
1 30 35.22
1.994
8 15 59.1
11.41
0.754 8960
308.3
16.55
1.65
21 16.8
26
1 ai 22.96
1.9S4
8 20 32.1
11.33
0.754 1495
813.8
16.68
1.65
21 13.7
27
1 32 10.47
+1.976
+• 8 25 3.1
+11.35
0.753 3897
-ai9.3
15.61
1.65
21 10.6
28
1 32 57.75
1.965
8 29 31.9
11.16
0.752 6168
824.8
16.64
1.66
21 7.4
29
1 33 44.77
1.954
8 33 58.7
11.07
0.751 8308
830.2
16.67
1.6 J
21 4.2
dO
1 34 31.54
1.943
8 38 23.4
10.98
0.751 0317
835.6
16.70
1.66
21 1.1
31
1 35 18.05
1.933
8 42 45.9
10.89
0.750 2197
341.0
16.73
1.66
20 57.9
Jsne 1
1 36 4.30
+1.931
+ 8 47 6.2
+10.80
0.749 3947
-346.4
16.76
1.57
20 54.8
2
1 36 50.27
1.910
8 51 24.3
10.71
0.748 5570
351.7
16.79
1.67
20 51.6
8
1 37 35.97
1.808
8 55 40.2
10.01
0.747 7065
857.0
16.83
1.67
20 48.4
4
1 38 21.30
1.886
8 59 53.8
10.52
0.746 8434
862.2
16.80
1.68
20 45.2
5
1 39 6.51
1.874
9 4 5.1
10.42
0.745 9678
867.4
16.89
1.68
20 42.0
6
1 39 51.34
+1.863
+ 98 14.1
+10.33
0.745 0797
-372.6
16.93
1.58
20 38.9
7
1 40 35.87
1.840
9 12 20.7
10.28
0.744 1798
377.7
16.96
1.69
20 35.7
8
1 41 ^.10
1.836
9 16 25.0
10.13
0.743 2666
882.8
17.00
1.59
20 32.5
9
1 42 4.02
1.833
9 20 26.9
lO.QS
0.742 8417
387.9
17.03
1.69
20 29.2
10
1 42 47.62
1.810
9 24 26.4
9.93
0.741 4047
392.9
17.07
1.60
20 26.0
U
1 43 30.89
+1.796
+ 9 28 28.4
+ 9.83
0.740 4557
-397.9
17.11
1.60
20 22.8
12
1 44 18.84
1.783
9 32 18.0
9.72
0.739 4948
402.8
17.15
1.60
20 19.6
13
1 44 56.45
1.760
9 36 10.1
9.62
0.738 5221
407.7
17.19
1.61
20 16.3
14
1 45 38.78
1.754
9 39 59.7
9.51
0.737 5377
412.6
17.22
1.61
20 13.1
15
1 46 20.66
1.740
9 43 46.8
9.41
0.736 5416
417.5
17.26
1.61
20 9.9
16
1 47 2.25
+1.736
+ 9 47 31.4
+ 9.30
0.735 5339
-422.3
17.30
1.62
20 6.6
17
1 47 43.48
1.710
9 51 13.4
9.19
0.734 5147
427.0
17.34
1.62
20 3.4
18
1 48 24.35
1.096
9 54 52.9
9.09
0.733 4841
431.8
17.39
1.63
20 0.1
19
1 49 4.86
1.680
9 58 29.7
8.96
0.732 4422
436.5
17.43
1.63
19 56.8
20
1 49 45.00
1.665
10 2 3.9
8.87
0.731 3889
441.2
17.47
1.63
19 63.6
21
1 50 24.76
+1.649
+10 5 35.4
+ 8.76
0.730 3246
-445.8
17.61
1.64
19 50.3
22
1 51 4.13
1.632
10 9 4.2
8.64
0.729 2489
450.5
17.56
1.64
19 47.0
23
1 51 48. U
1.616
10 12 30.3
8.53
0.7*28 1622
455.1
17.60
1.65
19 43.7
24
1 52 21.69
1.599
10 15 58.6
8.41
0.727 0644
459.7
17.64
1.65
19 40.4
25
1 52 59.86
1.582
10 19 14.2
8.30
0.725 9558
464.1
17.69
1.65
19 37.1
26
1 53 37.61
+1.564
+10 22 31.9
+ 8.18
0.724 8365
-468.6
17.74
1.66
19 33.8
27
1 54 14.94
1.546
10 25 46.8
8.06
0.723 7066
472.9
17.78
1.66
19 30.5
28
1 54 51.84
1.538
10 28 58.8
7.94
0.722 5664
477.2
17.83
1.67
19 27.2
29
1 55 28^
1.510
10 32 7.9
7.82
0.721 4159
481.5
17.88
1.67
19 23.8
ao
1 56 4.31
1.491
10 35 14.1
7.70
0.720 2552
486.7
17.92
1.68
19 20.5
Jttly 1
2
1 56 39.87
+1.472
+10 38 17.3
+ 7.57
0.719 0845
-489.8
17.97
1.68
19 17.1
1 57 14.98
+1.453
+10 41 17.6
+ 7.45
0.717 9040
-493.9
18.02
1.69
19 13.8
797900—1916 12
178
JUPITER, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
RiSit
Afloension.
Var.per
Hour.
Apparent
Declination.
Var.per
Hour.
Lqcarithmof
Distance
from Earth.
Hour.
Polar
Semi-
diam-
eter.
Hot.
Paral-
lax.
Transit,
Meridian
of
Green-
Noon,
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
widi.
h m 8
8
*> t II
n
II
II
h m
July 1
1 66 39.87
+1.472
+10 38 17.3
+7.57
0.719 0846
-489.8
17.97
1.68
19 17.1
2
1 67 14.98
1.453
10 41 17.6
7.45
0.717 9040
493.9
18.02
1.69
19 13.8
3
1 67 49.62
1.434
10 44 14.8
7.32
0.716 7138
497.9
18.07
1.69
19 10.4
4
1 68 23.79
1.414
10 47 9.1
7.20
0.716 6142
501.8
18.12
1.69
19 7.0
5
1 68 67.47
1.393
10 60 -0.2
7.07
0.714 3053
505.0
18.17
1.70
19 3.1
6
1 69 30.67
+1.373
+10 62 48.3
+6.94
0.713 0873
-«09.4
18.22
1.70
19 0.3
7
2 0 3.37
1.352
10 66 33.3
6.81
0.711 8604
513.0
18.27
1.71
18 56.9
8
2 0 36.58
1.331
10 68 16.2
6.68
0.710 6247
516.6
18.33
1.71
18 53.5
9
2 1 7.27
1.310
11 0 64.0
6.55
0.709 3806
520.1
18.38
1.72
18 50.1
10
2 1 38.45
1.289
11 3 29.6
6.42
0.708 1282
523.6
18.43
1.72
18 46.7
11
2 2 9.12
+1.267
+11 6 2.0
+6.29
0.706 8676
-526.9
18.48
1.73
18 43.2
12
2 2 39.26
1.245
11 8 31.3
6.15
0.705 5989
530.2
18.64
1.73
18 39.8
13
2 3 8.86
1.223
11 10 67.4
6.02
0.704 3226
533.4
18.69
1.74
18 36.3
14
2 3 37.94
1.200
11 13 20.3
5.89
0.703 0385
536.6
18.66
1.74
18 32.9
15
2 4 6.47
1.177
11 15 39.9
5.75
0.701 7470
539.7
18.70
1.75
18 29.4
16
2 4 34.44
+1.154
+11 17 66.2
+5.61
0.700 4482
-642.6
18.76
1.75
18 25.9
17
2 6 1.86
1.131
11 20 9.2
5.47
0.699 1424
545.5
18.82
1.76
18 22.5
18
2 5 28.72
1.107
11 22 18.9
6.33
0.697 8297
648.4
18.87
1.76
18 19.0
19
2 6 65.00
1.083
11 24 26.3
5.20
0.696 6102
551.1
18.93
1.77
18 15.5
20
2 6 20.70
1.059
11 26 28.3
6.05
0.695 1843
553.8
18.99
1.78
18 11.9
21
2 6 45.81
+1.034
+11 28 27.9
+4.91
0.693 8621
-566.4
19.06
1.78
18 8.4
22
2 7 10.33
1.009
11 30 24.1
4.77
0.692 6139
558.8
19.11
1.79
18 4.9
23
2 7 34.24
0.984
11 32 16.8
4.62
0.691 1698
561.2
19.16
1.79
18 1.3
24
2 7 67.65
0.958
11 34 6.0
4.48
0.689 8203
663.4
19.22
1.80
17 57.8
26
2 8 20.23
0.932
11 36 61.7
4.33
0.688 4665
565.5
19.28
1.80
17 54.2
26
2 8 42.28
+0.906
+11 37 33.8
+4.18
0.687 1058
-667.5
19.34
1.81
17 50.6
27
2 9 3.70
0.879
11 39 12.4
4.04
0.686 7414
560.4
19.41
1.82
17 47.0
28
2 9 24.47
0.852
11 40 47.6
3.89
0.684 3727
571.2
19.47
1.82''
17 43.5
29
2 9 44.60
0.825
11 42 18.9
3.73
0.682 9999
572.8
19.53
1.83
17 39.9
30
2 10 4.07
0.798
11 43 46.7
3.58
0.681 6234
574.3
19.59
1.83
17 36.2
31
2 10 22.88
+0.770
+11 46 10.8
+3.43
0.680 2436
-575.6
19.66
1.84
17 32.6
Aug. 1
2 10 41.02
0.742
11 46 31.3
3.28
0.678 8607
576.8
19.72
1.84
17 29.0
2
2 10 58.48
0.713
11 47 48.2
3.13
0.677 4762
577.8
19.78
1.85
17 25.3
3
2 11 16.26
0.685
11 49 1.3
2.97
0.676 0876
578.6
19.84
1.86
17 21.7
4
2 11 31.34
0.656
11 50 10.7
2.81
0.674 6978
579.3
19.91
1.86
17 18.0
5
2 11 46.74
+0.627
+11 61 16.4
+2.66
0.673 3066
-^79.9
19.97
1.87
17 14.3
6
2 12 1.44
0.508
11 62 18.3
2.50
0.671 9142
580.3
20.03
1.87
17 10.6
7
2 12 16.46
0.560
11 53 16.5
2.35
0.670 6209
580.6
20.10
1.88
17 6.9
8
2 12 28.76
0.540
11 54 11.0
2.19
0.669 1272
580.8
20.16
1.89
17 3.2
9
2 12 41.36
0.510
11 66 1.8
2.04
0.667 7334
580.7
20.23
1.89
16 59.4
10
2 12 63.22
+0.480
+11 56 48.7
+1.88
0.666 3398
-580.5
20.29
1.90
16 66.7
11
2 13 4.38
0.450
11 56 31.9
1.72
0.664 9469
580.2
20.36
1.90
16 51.9
12
2 13 14.81
0.419
11 67 11.2
1.56
0.663 6549
579.7
20.42
1.91
16 48.2
13
2 13 24.61
0.389
11 67 46.8
1.40
0.662 1644
579.1
20.49
1.92
16 44.4
14
2 13 33.47
0.358
11 68 18.6
1.24
0.660 7765
678.3
20.65
1.92
16 40.6
16
2 13 41.70
+0.327
+11 68 46.4
+1.08
0.669 3887
-6n.8
20.62
1.98
16 39.8
16
2 13 49.18
+0.296
+11 69 10.4
+0.92
0.6580046
-676.1
20.69
1.93
16 33.0
JUPITER, 1916.
GREENWICH MEAN TIME.
179
Date.
Apparent
fniht
Aaoension.
Var.pcr
Hoar.
Apparent
Declinatifan.
Var.i)«r
Hour.
Logarithm of
Distance
from Earth.
Var.pw
Hour.
Polar
Semi-
diam-
eter.
Hot.
Paral-
lax.
Tranait,
Meridian
of
Green-
JToofi.
Noon.
Jwoon.
Nofm.
JJotm.
JJofm.
Hofm.
3roo«.
wich.
tarn 8
8
• $ n
It
//
n
h m
Aug. 16
2 13 49.18
-fO.206
+11 69 10.4
40.92
0.668 0045
-576.1
20.69
1.93
16 33.0
17
2 13 56.92
0.205
11 59 30.5
0.76
0.656 6233
574.8
20.75
1.94
16 29.1
18
2 14 1.90
0.234
11 59 46.8
0.60
0.656 2465
573.3
20.82
1.95
16 25.3
19
2 14 7.13
0.202
11 59 59.2
0.48
0.653 8715
571.6
20.88
1.95
16 21.5
20
2 14 11.60
0.170
12 0 7.6
0.27
0.662 6018
569.7
20.96
1.96
16 17.6
21
2 14 15.30
40.138
+12 0 12.2
40.11
0.661 1370
-567.6
21.02
1.97
16 13.7
22
2 14 18.24
0.100
12 0 12.8
-0.06
0.649 7774
565.3
21.08
1.97
16 9.8
23
2 14 20.40
0.074
12 0 9.4
0.22
0.648 4236
562.8
21.16
1.98
16 5.9
24
2 14 21.79
0.042
12 0 2.1
0.39
0.647 0762
560.0
21.21
1.98
16 2.0
25
2 14 22.41
40.010
11 59 60.9
0.55
0.645 7366
557.1
21.28
1.99
15 68.1
26
2 14 22.25
-^.023
+11 59 35.7
-0.72
0.644 4024
-553.9
21.34
2.00
16 54.1
27
2 14 21.31
0.0ft5
11 59 16.5
0.88
0.643 0772
550.4
21.41
2.00
15 50.2
28
2 14 19.59
0.068
11 58 53.6
1.04
0.641 7604
a
546.8
21.47
2.01
15 46.2
29
2 14 17.09
0.120
11 68 26.6
1.31
0.640 4627
542.9
21.64
2.01
15 42.2
30
2 14 13.81
0.153
11 57 55.6
1.37
0.639 1647
538.8
21.60
2.02
15 38.2
31
2 14 9.75
-0.186
+11 57 20.8
-1.53
0.637 8669
-634.4
21.67
2.03
15 34.2
Sept. 1
2 14 4.92
0.218
11 56 42.1
1.69
0.636 6899
529.8
21.73
2.03
15 30.2
2
2 13 69.31
0.2S0
11 55 59.6
1.85
0.636 3243
524.9
21.80
2.04
15 26.2
3
2 13 52.94
0.281
11 55 13.2
2.01
0.634 0706
519.8
21.86
2.04
16 22.1
4
2 13 45.80
0.313
11 54 23.0
2.17
0.632 8293
514.5
21.92
2.05
16 18.1
5
2 13 37.90
-^.345
+11 63 29.0
-2.33
0.631 6010
-509.0
21.98
2.06
15 14.0
6
2 13 29.24
0.376
11 52 31.2
2.49
0.630 3863
503.2
22.04
2.06
16 9.9
7
2 13 19.83
0.406
11 51 29.6
2.64
0.629 1867
497.2
22.10
2.07
16 5.8
8
2 13 9.67
0.430
11 60 24.3
2.80
0.627 9999
490.9
22.17
2.07
15 1.7
9
2 12 58.76
0.470
11 49 15.3
2.95
0.626 8294
484.5
22.23
2.08
14 57.6
10
2 12 47.11
-0.500
+11 48 2.6
-3.11
0.625 6747
-477.8
22.28
2.08
14 53.5
11
2 12 34.74
0.531
11 46 46.2
8.26
0.624 5363
470.9
22.34
2.09
14 49.3
12
2 12 21.64
0.561
11 45 26.2
3.41
0.623 4147
463.8
22.40
2.09
14 45.2
13
2 12 7.81
0.501
11 44 2.7
3.55
0.6^2 3105
456.4
22.46
2.10
14 41.0
14
2 11 53.27
0.620
11 42 35.6
3.70
0.621 2243
448.8
22.62
2.11
14 36.8
15
2 11 38.03
-O.660
+11 41 5.0
-3.85
0.620 1567
-440.9
22.57
2.11
14 32.6
16
2 11 22.08
0.67V
11 39 30.9
3.99
0.619 1083
432.8
22.62
2.12
14 28.4
17
2 11 5.44
0.708
11 37 53.3
4.14
0.618 0796
424.4
22.68
2.12
14 24.2
18
2 10 48.12
0.736
11 36 12.3
4.28
0.617 0713
415.8
22.73
2.13
14 20.0
19
2 10 30.12
0.764
11 34 28.0
4.41
0.616 0839
407.0
22.78
2.13
14 16.7
20
2 10 11.45
-0.791
+11 32 40.4
-4.55
0.615 1181
-397.9
22.83
2.14
14 11.6
21
2 9 52.13
0.818
11 80 49.5
4.69
0.614 1744
388.5
22.88
2.14
14 7.2
22
2 9 32.17
0.845
11 28 66.4
4.82
0.613 2534
378.9
22.93
2.14
14 3.0
23
2 9 11.58
0.871
11 26 68.2
4.95
0.612 3568
369.0
22.98
2.16
13 68.7
24
2 8 50.37
0.806
11 24 57.9
5.07
0.611 4822
359.0
23.02
2.15
13 54.6
25
2 8 28.55
-O.021
+11 22 54.7
-5.19
0.610 6330
-348.6
23.07
2.16
13 60.1
26
2 8 6.15
0.945
11 20 48.6
5.31
0.609 8090
338.0
23.11
2.16
13 46.8
27
2 7 43.17
0.909
11 18 39.6
5.43
0.609 0107
327.2
23.16
2.17
13 41.5
28
2 7 19.63
0.992
11 16 27.9
5.54
0.608 2385
316.2
23.20
2.17
13 37.2
29
2 6 55.55
1.015
11 14 13.5
5.65
0.607 4930
305.0
23.24
2.17
13 32.8
30
2 6 30.94
-1.036
+11 11 56.5
-5.76
0.606 7748
-293.5
23.28
2.18
13 28.5
Oct. 1
2 6 5.84
-1.056
+11 9 37.0
-5.86
0.606 0843
-281.9
23.31
2.18
13 24.1
180
JUPITER, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
RilUit
Aacamion.
Var. per
Hour.
Appar«iU
Declination.
Var. per
Hour.
Logarithm of
Distance
from Earth.
Var. per
Hour.
Polar
Sfffni-
diflin-
eter.
Hor.
Paral-
lax.
Transit,
Meridian
or
Greoi-
Noon,
Neon.
Noon.
Noon.
Noon.
Noon.
iVoOM.
Noiom,
wioh.
h m 8
s
• / tf
it
II
II
h m
Oct. 1
2 6 bM
-1.056
+11 9 37.0
-5.86
0.606 0843
-261.9
23.31
2.18
13 24.1
2
2 5 40.25
1.076
11 7 15.2
5.96
0.605 4220
270.0
23.35
2.18
13 19.8
3
2 5 14.19
1.095
11 4 51.1
6.05
0.604 7883
258.0
23.38
2.19
13 15.4
4
2 4 47.68
1.114
11 2 24.9
6.14
0.604 1836
245.9
23.42
2.19
13 11.0
6
2 4 20.74
1.131
10 59 56.5
6.23
0.603 6084
233.5
23.45
2.19
13 6.6
6
2 3 53.39
-1.148
+10 57 26.1
-6.31
0.603 0629
-221.1
23.48
2.20
13 2.2
7
2 3 25.66
1.163
10 54 53.8
6.38
0.602 5475
208.4
23.50
2.20
12 57.8
8
2 2 57.56
1.178
10 52 19.8
6.45
0.602 0626
195.6
23.53
2.29
12 53.4
9
2 2 29.11
1.193
10 49 44.1
6.52
0.601 6086
182.7
23.55
2.29
12 49.0
10
2 2 0.33
1.206
10 47 6.8
6.58
0.601 1858
109.7
23.58
2.21
12 44.6
U
2 1 31.24
-1.218
+10 44 28.1
-6.64
0.600 7944
-156 J>
23.60
2.21
12 40.2
12
2 1 1.86
1.230
10 41 48.0
6.70
0.600 4347
143 J2
23.62
2.21
12 35.8
13
2 0 32.22
1.240
10 39 €.6
6.75
0.600 1069
129.9
23.64
2.21
12 31.4
14
2 0 2.33
1.250
10 36 24.1
6.79
0.599 8113
116.4
23.65
2.21
12 26.9
15
1 59 32.21
1.250
10 33 40.5
6.83
0.599 5483
102.8
23.67
2.21
12 22.5
16
1 59 1.89
-1.267
+10 30 56.1
-6.87
0.599 3180
-89.1
23.68
2.21
12 18.1
17
1 58 31.39
1.274
10 28 10.9
6.90
0.5991207
75.3
23.69
2.22
12 13.6
18
1 58 0.74
1.280
10 25 25.0
6.92
0.598 9567
61.4
23.70
2.22
12 9.2
19
1 57 29.95
1.286
10 22 38.6
6.94
0.598 8261
47.4
23.71
2.22
12 4.7
20
1 56 59.05
1.290
10 19 51.9
6.95
0.598 7291
83.4
23.71
2.22
12 0.3
21
1 56 28.06
-1.293
+10 17 4.8
-6JW
0.598 6658
- 19.3
23.72
2.22
11 55.9
22
1 55 57.01
1.296
10 14 17.6
6.97
0.598 6368
- 5.3
23.72
2.22
11 51.4
23
1 55 25.92
1.296
10 11 39.4
6.90
0.598 6406
+ 8.8
23.72
2.22
11 47.0
24
1 54 54.83
1.296
10 8 43.4
6.96
0.698 6789
23.0
23.71
2.22
11 42.5
25
1 54 23.74
1.296
10 5 56.6
6.94
0.598 7512
37.2
23.71
2.22
11 38.1
26
1 53 52.69
-1.298
+10 3 10.3
-6.92
0.598 8575
+ 51.4
23.70
2.22
11 33.6
27
1 53 21.71
1.289
10 0 24.5
6.89
0.598 9979
65.5
23.70
2.22
11 29.2
28
1 52 50.81
1.285
9 57 39.4
6.86
0.599 1721
79.6
23.69
2.22
11 24.8
29
1 52 20.02
1.280
9 54 55.2
6.82
0.599 3802
03.7
23.68
2.21
11 20.3
30
1 51 49.38
1.274
9 52 11.9
6.78
0.599 6220
107.7
23.66
2.21
11 15.9
31
1 51 18.89
-1.266
+ 9 49 29.8
-6.73
0.599 8973
+121.6
23.65
2.21
11 11.4
Nov. 1
1 50 48.60
1.258
9 46 48.9
6.68
0.600 2059
135.5
23.63
2.21
11 7.0
2
1 50 18.51
1.249
9 44 9.4
6.61
0.600 5475
149.2
23.61
2.21
11 2.5
3
1 49 48.66
1.239
9 41 31.5
6.55
0.600 9220
162.8
23.59
2.21
10 58.1
4
1 49 19.06
1.228
9 38 55.2
6.48
0.6013290
176.3
23.57
2.20
10 53.7
5
1 48 49.74
-1.216
+ 9 36 20.6
-6.40
0.601 7683
+180.7
23.55
2.20
10 49.3
6
1 48 20.72
1.203
9 33 47.9
6.32
0.602 2396
203.0
23.52
2.20
10 44.9
7
1 47 52.03
1.189
9 31 17.2
6.24
0.602 7425
216.1
23.49
2.20
10 40.5
8
1 47 23.67
1.174
9 28 48.5
6.15
0.W3 2768
229.1
23.46
2.19
10 36.1
9
1 46 55.68
1.159
9 26 22.1
6.05
0.603 8420
241.9
23.43
2.19
10 31.7
10
1 46 28.06
-1.143
+ 9 23 58.1
-5.95
0.604 4378
+254.6
23.40
2.19
10 27.3
11
1 46 0.84
1.126
9 21 36.5
5.85
0.605 0639
267.1
23.37
2.19
10 22.9
12
1 45 34.04
1.108
9 19 17.5
5.74
0.605 7198
279.5
23.33
2.18
10 18.6
13
1 45 7.68
1.089
9 17 1.1
5.63
0.606 4052
291.7
23.30
2.18
10 14.2
14
1 44 41.77
1.070
9 14 47.5
5.51
0.607 1197
303.7
23.26
2.18
10 9.8
15
1 44 16.34
-1.050
+ 9 12 36.8
-^.39
0.607 8630
•f315.6
+327.3
23.22
2.17
10 5.5
16
1 43 51.39
-1.029
+ 9 10 29,0
-5.26
0.608 6346
23.18
2.17
10 1.1
JUPITER, 1916.
181
GREENWICH MEAN TIME.
Date.
Var.p«r
Hoar.
Apparent
DflcnnatioB.
Var.per
Hour.
Lqeartthmof
Diatonoe
from Earth.
Var.per
Hour.
Polar
Semi-
diam-
Hor.
Paral-
lax.
Transit,
Meridian
of
Green-
J» wft.
JTooii.
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
wich.
h m 8
fl
• f ff
//
n
II
h m
Nov. 16
1 43 51.39
-1.029
+9 10 29.0
-^.38
0.608 6346
+337.3
23.18
2.17
10 1.1
17
1 43 26.96
1.007
9 8 24.3
6.U
0.609 4340
338.8
23.13
2.16
9 56.8
18
1 43 3.05
0.985
9 6 22.8
4.99
0.610 2608
360.1
23.09
2.16
9 52.5
19
1 42 39.69
0.962
9 4 24.6
4.86
0.611 1145
361.3
23.04
2.15
9 48.2
20
1 42 16.88
0.938
9 2 29.7
4.71
0.611 9947
373.3
23.00
2.15
9 43.9
21
1 41 54.66
-0.914
+9 0 38.4
-4.56
0.612 9008
+383.9
22.95
2.15
9 39.6
22
1 41 33.02
0.889
8 58 50.6
4.41
0.613 8323
393.3
22.90
2.14
9 35.3
28
1 41 11.99
0.864
8 57 6.5
4.36
0.614 7886
40S.6
22.85
2.14
9 31.0
24
1 40 51.58
0.838
8 55 26.1
4.10
0.615 7693
418.6
22.80
2.13
9 26.7
26
1 40 31.80
0.811
8 53 49.5
3.94
0.616 7737
423.3
22.76
2.13
9 22.5
26
1 40 12.68
-0.783
+8 52 16.8
-3.78
0.617 8012
+432.8
22.69
2.12
9 18.2
27
1 39 54.22
0.756
8 50 48.1
8.61
0.618 8512
442.1
22.64
2.12
9 14.0
28
1 39 36.44
0.736
8 49 23.4
3.44
0.619 9230
451.1
22.58
2.11
9 9.8
29
1 39 19.35
0.608
8 48 2.9
8.37
0.621 0160
459.8
22.52
2.11
9 5.6
90
1 39 2.96
0.668
8 46 46.5
3.10
0.622 1296
468.3
22.47
2.10
9 1.4
Dec. 1
1 38 47.27
-0.639
+8 45 34.3
-3.93
0.623 2631
+476.4
22.41
2.10
8 57.2
2
1 38 32.30
0.609
8 44 26.4
3.74
0.624 4160
484.3
22.35
2.09
8 53.0
3
1 38 18.04
0.579
8 43 22.8
3.66
0.625 5875
491.9
22.29
2.(»
8 48.9
4
1 38 4.62
0.548
8 42 23.5
3.38
0.628 7771
499.3
22.23
2.08
8 44.7
5
1 37 51.74
0.617
8 41 28.5
3.30
0.627 9840
606.4
22.17
2.07
8 40.6
6
1 37 39.70
-0.486
+8 40 38.0
-3.01
0.629 2076
+518.3
22.10
2.07
8 36.4
7
1 37 28.40
0.456
8 39 51.9
1.83
0.630 4475
619.9
22.04
2.06
8 32.3
8
1 37 17.86
0.434
8 39 10.2
1.64
0.631 7030
536.3
21.98
2.06
8 28.2
9
1 37 8.07
0.393
8 38 33.0
1.46
0.632 9733
533.3
21.91
2.05
8 24.1
10
1 36 59.05
0.360
8 38 0.3
1.37
0.634 2580
638.3
21.85
2.04
8 20.0
11
1 36 50.79
-0.338
+8 37 32.1
-1.08
0.635 5565
+648.8
21.78
2.04
8 16.0
12
1 36 43.30
0.396
8 37 8.4
0.89
0.636 8682
649.3
21.72
2.03
8 11.9
13
1 36 36.68
0.364
8 36 49.3
0.70
0.638 1925
664.4
21.65
2.02
8 7.9
14
1 36 30.64
0.331
8 36 34.7
0.61
0.639 5289
550.3
21.59
2.02
8 3.9
15
1 36 25.48
0.199
8 36 24.8
0.33
0.640 8767
563.9
21.52
2.01
7 59.8
16
1 36 21.11
-0.166
+8 36 19.4
-0.13
0.642 2355
+568.4
21.45
2.01
7 55.9
17
1 36 17.61
0.134
8 36 18.6
•H).06
0.643 6048
672.6
21.38
2.00
7 51.9
16
1 36 14.70
0.101
8 36 22.4
0J6
0.644 9838
676.6
21.32
1.99
7 47.9
19
1 36 12.68
0.068
8 36 30.9
0.46
0.646 3721
680.3
21.25
1.99
7 43.9
20
1 36 11.44
0.036
8 36 43.9
0.64
0.847 7691
688.8
21.18
1.98
7 40.0
21
1 36 10.99
-0.003
+8 37 1.5
•H).83
0.649 1741
+587.0
21.11
1.97
7 36.0
22
1 36 11.S3
-M).031
8 37 23,7
1.03
0.650 5867
590.1
21.04
1.97
7 32.1
23
1 36 12.47
0.064
8 37 50.5
1.31
0.652 0062
608.8
20.97
1.96
7 28.2
24
1 36 14.89
0.097
8 38 21.9
1.40
0.653 4321
696.4
20.90
1.95
7 24.3
25
1 36 17.11
0.130
8 38 57.9
1.60
0.654 8639
697.7
20.84
1.95
7 20.4
28
1 36 20.fl
-M).163
+8 39 38.4
+1.78
0.656 3009
+509.8
20.77
1.94
7 16.6
27
1 36 24.90
0.195
8 40 23.5
1.97
0.657 7426
601.6
20.70
1.94
7 12.7
28
1 36 29.97
0.328
8 41 13.1
3.16
0.659 1885
606.3
20.63
1.93
7 8.9
29
1 36 35.S3
0.360
8 42 7-2
3.36
0.660 6379
604.6
20.56
1.92
7 6.0
ao
1 36 42.46
0.393
8 43 5.7
3.53
0.662 0903
606.7
20.49
1.92
7 1.2
31
1 36 49.86
•fO.334
+8 44 8.7
-•"3.71
0.663 5452
+606.7
20.42
1.91
6 57.4
82
1 36 58.03
• • •
+8 45 15.9
• • •
0.665 0022
• • •
20.36
1.90
6 53.6
182
JUPITER, 1916.
FOR GREENWICH MEAN NOON.
Hellooentric
Date.
Longitude^
Mean Equinox
of Date.
Var.per
Day.
Reductkm
to Orbit.
Heliocentric
Latitude.
Var.per
Day.
Lonrithmof
Ratfius Vector.
Var.per
Day.
• / //
f n
//
• t tt
/#
Jan.
3
3 22 1.6
5 20.51
+5.8
-1 18 3.9
-0.82
0.695 1165
-53.3
7
3 43 59.7
5 20.54
5.5
1 18 7.1
0.77
0.695 0956
51 J
11
4 5 57.9
5 20.57
5.1
1 18 10.1
0.72
0.695 0755
40.3
15
4 27 56.3
5 20.61
4.8
1 18 12.8
0.67
0.695 0562
47J
19
4 49 54.8
5 20.04
4.5
1 18 15.4
0.62
0.695 0377
45.3
23
5 11 53.4
5 20.66
+4.1
-1 18 17.8
-0.57
0.695 0199
-43J
27
5 33 52.1
5 20.68
3.8
1 18 20.0
0.52
0.695 0030
41.3
31
5 55 50.9
5 20.70
3.4
1 18 22.0
0.48
0.694 9869
30.3
Feb.
4
6 17 49.7
5 30.73
3.1
1 18 23.8
0.43
0.694 9716
87.3
8
6 39 48.7
5 30.75
2.8
1 18 25.4
0.38
0.694 9570
35 .3
12
7 1 47.8
5 20.77
+2.4
-1 18 26.9
-0.33
0.694 9433
-33J
16
7 23 46.9
5 30.70
2.1
1 18 28.1
0.28
0.694 9304
31.3
20
7 45 46.1
5 20.81
1.7
1 18 29.1
0.24
0.694 9183
20^
24
8 7 45.4
5 20.83
1.4
1 18 30.0
0.10
0.694 9070
27J
28
8 29 44.7
5 20.85
1.0
1 18 30.7
0.14
0.694 8965
25.1
Mar.
3
8 51 44.2
5 20.86
+0.7
-1 18 31.1
-O.OO
0.694 8869
-23.1
7
9 13 43.6
5 20.87
+0.4
1 18 31.4
-O.05
0.694 8781
21.1
11
9 35 43.1
5 20.88
0.0
1 18 31.5
0.00
0.694 8700
10.1
15
9 57 42.7
5 20.80
-0.3
1 18 31.4
+0.05
0.694 8628
17.0
19
10 19 42.3
5 20.00
0.7
1 18 31.1
0.10
0.694 8564
15.0
23
10 41 41.9
5 20.00
-1.0
-1 18 30.6
+0.15
0.694 8508
-13.0
27
11 3 41.5
6 20.01
1.4
1 18 29.9
0.20
0.694 8460
10.9
31
11 25 41.2
5 20.02
1.7
1 18 29.0
0.25
0.694 8421
8.9
Apr.
4
11 47 40.9
5 30.03
2.1
1 18 27.9
0.30
0.694 8389
6.9
8
12 9 40.6
5 30.03
2.4
1 18 26.6
0.34
0.694 8366
4.9
12
12 31 40.3
5 20.03
-2.7
-1 18 25.2
+0.30
0.694 8350
- 2.8
16
12 53 40.1
5 20.03
3.1
1 18 23.5
0.43
0.694 8343
- 0 J
20
13 15 39.8
5 20.03
3.4
1 18 21.7
0.48
0.694 8344
+ I J
24
13 37 39.5
5 20.03
3.8 •
1 18 19.7
0.53
0.694 8353
3.3
28
13 59 39.2
5 20.03
4.1
1 18 17.4
0.58
0.694 8370
5.3
May
2
14 21 38.9
5 20.03
-4.4
-1 18 15.0
+0.63
0.694 8396
+ 7.3
6
14 43 38.6
5 20.02
4.8
1 18 12.4
0.68
0.694 8429
0.3
10
15 5 38.3
5 20.01
5.1
1 18 9.6
0.73
0.694 8470
11.4
14
15 27 37.9
5 20.00
5.5
1 18 6.6
0.78
0.694 8520
13.5
18
15 49 37.5
5 20.00
5.8
1 18 3.4
0.83
0.694 8578
15.5
22
16 11 37.1
5 20.80
-6.1
-1 18 0.0
+0.87
0.694 8644
+17.6
26
16 33 36.6
5 20.88
6.5
1 17 56.5
0.01
0.6918719
19.6
30
16 55 36.1
5 20.86
6.8
1 17 52.7
0.06
0.694 8801
21.7
June
3
17 17 35.5
5 20.84
7.1
1 17 48.8
1.01
0.694 8892
23.7
7
17 39 34.8
5 20.83
7.5
1 17 44.6
1.06
0.694 8991
25.7
11
18 1 34.1
5 20.82
-7.8
-1 17 40.3
+1.11
0.694 9098
+27.7
15
18 23 33.4
5 30.80
8.1
1 17 35.7
1.16
0.694 9213
29.7
19
18 45 32.5
5 20.78
8.4
1 17 31.0
1.20
0.694 9335
31.7
23
19 7 31.6
6 20.76
8.8
1 17 26.1
1.25
0.694 9466
33.7
27
19 29 30.6
5 20.74
9.1
1 17 21.0
1.30
0.694 9605
35.8
July
1
19 51 29.5
5 20.72
-9.4
-1 17 15.7
+1.34
0.694 9752
+37.8
5
20 13 28.4
6 20.70
-9.7
-1 17 10.3
+1.30
0.694 9907
+30.8
JUPITER, 1916.
183
FOR GREENWICH MEAN NOON.
Date.
Hellocmtric
Loodtude,
Hean Equinox
of Date.
Var.per
Day.
Reduction
to Orbit.
HeUocsntiio
Latitude.
Var. per
Day.
Losnrlthm of
Radius Vector.
Var. !>«
Day.
• # /#
f $t
//
• / //
//
July 1
19 51 29.5
5 29.72
- 9.4
-1 17 15.7
+1.84
0.694 9752
+ 37.8
5
20 13 28.4
6 29.70
9.7
1 17 10.3
1.30
0.694 9907
9i •'O
9
20 35 27.1
5 29.07
10.0
1 17 4.6
1.44
0.695 0070
41.8
13
20 57 25.7
6 29.64
10.4
1 16 58.8
1.40
0.695 0242
43.8
17
21 19 24.2
5 29.62
10.7
1 16 52.7
1.53
0.695 0421
45.8
21
21 41 22.7
6 29.S9
-11.0
-1 16 46.5
-1-1.58
0.695 0608
+ 47.8
25
22 3 21.0
6 29.56
11.3
1 16 40.1
1.62
0.695 0803
49.7
29
22 25 19.1
5 29.53
11.6
1 16 33.5
1.67
0.695 1006
51.7
Aug. 2
22 47 17.2
5 29.50
11.9
1 16 26.7
1.72
0.695 1216
53.7
6
23 9 15.1
5 29.46
12.2
1 16 19.7
1.76
0.695 1435
56.7
10
23 31 12.9
6 29.42
-12.5
-1 16 12.6
+1.81
0.695 1662
+ 57.7
14
23 53 10.5
5 29.39
12.8
1 16 5.3
1J6
0.695 1897
50.7
18
24 15 8.0
5 29.36
13.1
1 15 57.7
1.91
0.695 2140
61.7
22
24 37 5.4
5 29.32
13.4
1 15 50.0
1.95
0.695 2391
63.7
26
24 59 2.5
5 29.28
13.7
1 15 42.1
1.99
0.695 2650
65.7
30
25 20 59.6
5 29.23
-14.0
-1 15 34.1
+2.04
0.695 2916
+ 67.6
Sept. 3
25 42 56.4
5 29.19
14.3
1 15 25.8
2.09
0.695 3191
69.6
7
26 4 53.1
5 29.15
14.6
1 15 17.3
2.14
0.695 3473
n.5
11
26 26 49.6
5 29.10
14.9
1 15 8.7
2.18
0.695 3763
73.5
15
26 48 45.9
5 29.06
15.2
1 14 59.9
2.22
0.695 4061
75.5
19
27 10 42.1
5 29.01
-15.5
-1 14 50.9
+2.27
0.695 4367
+ 77.6
23
27 32 38.0
5 28.96
15.8
1 14 41.7
2.32
0.695 4681
79.4
27
27 54 33.8
5 28.91
16.0
1 14 32.3
2.37
0.695 5002
81.4
Oct. 1
28 16 29.3
5 28.86
16.3
1 14 22.7
2.41
0.695 5332
83.3
6
28 38 24.7
5 28.81
16.6
1 14 13.0
2.45
0.695 5669
85.2
9
29 0 19.8
5 28.75
-16.8
-1 14 3.1
+2.50
0.695 6013
+ 87.1
13
29 22 14.7
5 28.70
17.1
1 13 53.0
2.54
0.695 6366
89.1
17
29 44 9.4
5 18.65
17.4
1 13 42.8
2.58
0.695 6726
90.9
21
30 6 3.9
5 28.60
17.6
1 13 32.4
2.62
0.695 7093
92.9
25
30 27 58.2
5 28.54
17.9
1 13 21.8
2.67
0.695 7469
94.8
29
30 49 52.2
5 28.48
-18.1
-1 13 11.0
+2.72
0.695 7852
+ 96.7
Nov. 2
31 11 46.0
5 28.41
18.4
1 13 0.0
2.77
0.695 8243
98.6
6
31 33 39.5
5 28.35
18.6
1 12 48.9
2.81
0.695 8641
100.5
10
31 55 32.8
5 28.30
18.9
1 12 37.5
2.86
0.695 9047
102.5
14
32 17 25.9
5 28.23
19.1
1 12 26.0
2.80
0.695 9461
104.4
18
32 39 18.7
5 28.16
-19.4
-1 12 14.4
+2.94
0.695 9882
+106.2
22
33 1 11.2
5 28.09
19.6
1 12 2.5
2.99
0.696 0311
108.1
26
33 23 8.4
5 28.02
19.8
1 11 60.5
3.02
0.696 0747
110.0
30
33 44 55.4
5 27.96
20.0
1 11 38.4
3.06
0.696 1191
111.0
Dee, ^4
34 6 47.1
5 27.90
20.3
1 11 26.0
3.11
0.696 1642
113.8
8
34 28 38.6
5 27.82
-20.5
-1 11 13.5
-H3.15
0.696 2101
+115.6
12
34 50 29.7
5 27.75
20.7
1 11 0.8
3.20
0.696 2567
117.4
16
35 12 20.6
5 27.68
20.9
1 10 47.9
3.24
0.696 3040
119.2
20
35 34 11.2
6 27.60
21.2
1 10 34.9
3.28
0.696 3521
121.1
24
35 56 1.4
5 27.52
21.4
1 10 21.7
3.32
0.696 4009
123.0
28
36 17 51.4
5 27.45
-21.6
-1 10 8.3
-1^.36
0.696 4505
+124.8
32
38 39 41.0
6 27.38
-21.8
-1 9 54.8
+3.40
0.696 5008
+126.6
184
SATURN, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Ascension.
Var.per
Hour.
Apparent
Dedmation.
Var.per
Hour.
Logarithm of
Distance
from Earth.
Var.per
Hour.
Polar
Semi-
diam-
eter.
Hor.
Paral-
Transft,
Merftdiui
or
Green-
JVoon.
Noon,
Noon.
JVoon.
Noon.
Noon.
Noon.
JVoon.
wich.
h m 8
B
O / ft
tt
//
tt
h m
Jan. 1
6 57 33.82
-0.886
+22 18 3.2
•(-1.48
0.905 3597
- 21.9
9.63
1.10
12 16.1
2
6 57 12.54
0.887
22 18 38.8
1.48
0.905 3158
14.6
9.63
1.10
12 11.8
3
6 56 51.24
0.888
22 19 14.3
1.48
0.905 2893
7.4
9.63
1.10
12 7.5
4
6 56 29.92
0.889
22 19 49.7
1.47
0.905 2802
- 0.2
9.63
1.10
12 3.2
5
6 56 8.59
0.889
22 20 25.0
1.47
0.905 2884
+ 7.0
9.63
1.10
11 59.0
6
6 55 47.27
-0.888
-f-22 21 0.2
+1.46
0.905 3140
+ 14.3
9.63
1.09
11 54.7
7
6 55 25.97
0.887
22 21 35.3
1.46
0.905 3569
21.5
9.63
1.09
11 50.4
8
6 55 4.71
0.885
22 22 10.2
1.45
0.905 4171
28.7
9.63
1.09
11 46.1
9
6 54 43.49
0.883
22 22 44.9
1.44
0.905 4945
35.8
9.63
1.09
11 41.8
10
6 54 22.33
0.880
22 23 19.4
1.43
0.905 5890
42.9
9.63
1.09
11 37.5
11
6 54 1.24
-0.877
+22 23 53.7
+1.42
0.905 7006
+ 50.1
9.63
1.09
11 33.3
12
6 53 40.24
0.873
22 24 27.8
1.41
0.905 8293
57.1
9.63
1.09
1129.0
13
6 53 19.33
0.809
22 25 1.6
1.41
0.905 9749
64.2
9.62
1.09
11 24.7
14
6 52 58.53
0.864
22 25 35.3
1.40
0.906 1373
71.2
9.62
1.09
11 20.4
15
6 52 37.86
0.859
22 26 8.6
1.38
0.906 3165
78.1
9.61
1.09
11 16.2
16
6 52 17.32
-0.853
+22 26 41.7
+1.37
0.906 5124
+ 85.0
9.61
1.09
11 11.9
17
6 51 56.92
0.847
22 27 14.4
1.36
0.906 7247
91.9
9.60
1.09
11 7.8
18
6 51 36.6^
0.840
22 27 46.8
1.34
0.906 9535
98.7
9.60
1.09
11 3.3
19
6 51 16.60
0.833
22 28 18.9
1.33
0.907 1986
105.5
9.59
1.09
10 59.1
20
6 50 56.70
0.825
122 28 50.7
1.32
0.907 4598
112.2
9.59
1.09
10 54.8
21
6 50 36.99
-0.817
+22 29 22.2
+1.30
0.907 7370
+118.8
9.58
1.09
10 50.6
22
6 50 17.47
0.809
22 29 53.3
1.29
0.908 0300
125.4
9.57
1.09
10 46.3
23
6 49 58.17
0.800
22 30 24.1
1.28
0.908 3388
131.9
9.56
1.09
10 42.1
24
6 49 39.08
0.790
22 30 54.5
1.26
0.908 6631
188.4
9.56
1.09
10 37.8
25
6 49 20.23
0.781
22 31 24.5
1.24
0.909 0029
144.7
9.55
1.09
10 33.6
26
6 49 1.61
-0.770
+22 31 54.2
+1.23
0.909 3579
+161.1
9.54
1.08
10 29.3
27
6 48 43.25
0.760
22 32 23.5
1.21
0.909 7281
167.4
9.53
1.08
10 25.1
28
6 48 25.15
0.748
22 32 52.4
1.20
0.910 1133
163.6
9.52
1.08
10 20.9
29
6 48 7.33
0.737
22 33 20.9
1.18
0.910 5134
169.7
9.52
1-08
10 16.7
80
6 47 49.79
0.725
22 33 49.0
1.16
0.910 9280
175.7
9.51
1.08
10 12.4
31
6 47 32.53
-0.713
+22 34 16.7
+1.14
0.911 3570
+181.7
9.50
1.08
10 8^
Feb. 1
6 47 15.58
0.700
22 34 43.9
1.13
0.911 8002
187.6
9.49
1.08
10 4.0
2
6 46 58.95
0.686
22 35 10.8
1.11
0.912 2573
103.3
9.48
1.08
9 59.8
3
6 4lS 42.63
0.673
22 35 37.1
1.09
0.912 7281
109.0
9.47
1.08
9 55.6
4
6 46 26.65
0.659
22 36 3.1
1.07
0.913 2124
204.6
9.43
1.08
9 51.4
5
•3 46 11.01
-0.644
+22 36 28.6
+1.05
0.913 7100
+310.0
9.44
1.07
9 47.2
6
6 45 55.72
0.630
22 36 53.6
1.03
0.914 2206
215.4
9.43
1.07
9 43.0
7
6 45 40.79
0.615
22 37 18.2
1.01
0.914 7440
220.7
9.42
1.07
9 38.9
8
6 45 26.22
0.509
22 37 42.3
0.99
0.915 2798
225.8
9.41
1.07
9 34.7
9
6 45 12.03
0.583
22 38 5.9
0.97
0.915 8278
230.8
9.40
1.07
9 30.5
10
6 44 58.22
-0.567
+22 38 29.1
+0.95
0.916 3878
+235.7
9.39
1,07
9 26.4
11
6 44 44.80
0.551
22 38 51.7
0.93
0.916 9593
240.5
9.38
1.07
9 22.2
12
6 44 31.78
0.534
22 39 13.9
0.91
0.917 5422
245.2
9.36
1.07
9 18.1
13
6 44 19.15
0.518
22 39 35.6
0.90
0.918 1362
249.7
9.35
1.06
9 13.9
14
6 44 6.93
0.500
22 33 56.9
0.88
0.918 7409
254.2
9.34
1.08
9 9.8
15
6 43 55.13
-0.483
+22 40 17.7
+0.86
0.919 3563
+258.6
9.32
1.06
9 6.7
16
6 43 43.74
-0.466
+22 40 38.0
+0.84
0.919 9819
+262.7
9.31
1.06
9 IJS
SATURN, 1916.
185
GREENWICH MEAN TIME.
Dtte.
Apparcot
'Aaonaion.
Var.p«r
H«ar.
AinMr«nt
Ducflnartnn.
Vv.pcr
Hoar.
Lofarithm of
Distanoe
Var.par
Polar
Sami-
diAm>
eUr.
Hot.
Paral-
lax.
Tranait,
Meridian
of
Oren-
Jtoow.
Jfoo%»
IrooHt
xFOOfl.
Jfoom.
JrOafl.
iVOOM.
Ifoo%,
widi.
h m s
B
• 1 ft
//
ft
n
h m
Feb. 16
6 48 43.74
-0.466
+22 40 38.0
40.64
0.919 9619
4968.7
9.31
1.06
9 1.6
17
6 48 32.77
0.446
22 40 57.8
0.61
0.920 6175
966.9
9.30
1.06
8 57.4
18
6 48 22.23
0.436
22 41 17.1
0.70
0.921 2629
270.9
9.29
1.05
8 53.3
19
6 43 12.1^
0.412
22 41 36.0
0.77
0.021 9176
374.7
9.27
1.05
8 49.2
20
6 43 2.45
0.S04
22 41 54.3
0.76
0.922 5815
978.6
9.26
1.06
8 45.2
21
6 42 53.22
-0.S76
+22 42 12.2
40.74
0.923 2542
4982.1
9.25
1.06
8 41.1
22
6 42 44.43
O.SftT
22 42 29.6
0.71
0.923 9356
265 .6
9.23
1.06
8 37.0
23
6 42 36.09
0.336
22 42 46.5
0.60
0.924 6263
280.1
9.22
1.04
8 32.9
24
6 42 28.21
0.316
2^ 43 2.9
0.67
0.925 3231
992.4
9.20
1.04
8 28.9
25
6 42 20.78
0.306
22 48 18.8
0.66
0.926 0287
905.6
9.19
1.04
8 24.8
20
6 42 13.82
-0.286
+22 48 34.3
40.63
0.926 7419
4266.7
9.17
1.04
8 20.8
27
6 42 7.32
0.361
2^ 43 49.2
0.61
0.927 4624
801.7
9.16
1.04
8 16.7
28
6 42 1.28
0.349
22 44 3.7
0.60
0.928 1899
804.6
9.14
1.03
8 12.7
20
6 41 65.71
0.233
22 44 17.7
0.67
0.928 9241
807.3
9.13
1.03
8 8.7
Mar. 1
6 41 50.62
0.302
22 44 31.2
0.65
0.929 6648
809.9
9.11
1.03
8 4.7
2
6 41 46.01
-0.182
+22 44 44.3
40.63
0.980 4116
4813.4
9.09
1.03
8 0.7
3
6 41 41.87
0.168
22 44 56.8
0.61
0.981 1642
814.8
9.08
1.03
7 56.7
4
6 41 38.22
0.142
22 45 8.8
0.49
0.931 9224
817.0
9.06
1.03
7 52.7
h
6 41 35.05
0.122
22 46 20.3
0.47
0.982 6868
819.1
9.06
1.03
7 48.7
0
6 41 32.37
0.101
22 46 31.3
0.46
0.983 4641
831.1
9.03
1.03
7 44.7
7
6 41 30.18
-0.061
+22 46 41.8
40.43
0.934 2271
4838.0
9.01
1.02
7 40.7
8
6 41 28.47
0.061
22 45 51.8
0.41
0.935 0045
834.7
9.00
1.02
7 36.8
0
6 41 27.25
0.041
22 46 1.3
0.39
0.935 7858
836.4
8.98
1.02
7 32.8
10
6 41 26.52
-0.020
22 46 10.3
0.36
0.936 5710
837.9
8.97
1.02
7 28.9
11
6 41 26.27
0.000
22 46 18.8
0.34
0.937 3595
839.3
8.96
1.02
7 26.0
12
6 41 26.51
•M).020
+22 46 26.8
40.82
0.938 1512
4830.6
8.93
1.02
7 21.0
13
6 41 27.24
0.041
22 46 34.3
0.80
0.938 9459
831.7
8.92
1.02
7 17.1
14
6 41 28.46
0.061
22 46 41.3
0.28
0.989 7432
833.7
8.90
1.01
7 13.2
15
6 41 30.16
6.061
22 46 47.8
0.26
0.940 6428
833.6
8.88
1.01
7 9.3
16
6 41 32.35
0.101
22 46 53.8
0.24
0.9413446
834.6
8.86
1.01
7 6.4
17
6 41 35.01
•M>.12l
+22 46 59.3
40.23
0.942 1483
4835.2
8.86
1.01
7 1.6
18
6 41 38.16
0.141
22 47 4.2
OJO
0.942 9637
836.9
8.83
1.01
6 67.7
10
6 41 41.78
0.161
22 47 8.7
0.18
0.943 7604
836.4
8.81
1.00
6 53.8
20
6 41 45.88
o.m
22 47 12.7
0.16
0.944 6683
836.8
8.80
1.00
6 49.9
l^
6 41 50.46
0.201
22 47 16.2
0J3
0.945 3772
837.2
8.78
1.00
6 46.1
22
6 41 56.52
•M).221
+22 47 19.1
40.11
0.946 1868
4837.4
8.76
1.00
6 42.2
>
6^42 1.05
6.240
22 47 21.6
0.09
0.946 9968
837.5
8.75
1.00
6 38.4
24
6*4ffi 7.06
0.260
22 47 23.6
0.07
0.947 8070
837.6
8.73
0.99
6 34.6
'21
6*42 13.58
0.280
22 47 25.0
0.05
0.948 6173
337.6
8.72
0.99
6 30.7
26
$'^ 20.47
6 42 27.88
0.290
22 47 25.9
0.03
0.049 4273
837.4
8.70
0.99
6 26.9
27
•MtUllO
+22 47 26.3
40.01
0.950 2369
4387.2
8.68
0.99
8 23.1
2S
6 42 35.76
6.336
22 47 26.2
-0.02
0.9510469
836.9
8.67
0.99
6 19.3
20
6 42 44.10
0.307
22 47 25.6
0.04
0.9518640
836.6
8.66
0.98
6 16.6
30
6 42 52.90
0.376
22 47 24.3
0.06
0.952 6611
336.0
8.34
0.98
6 11.8
31
6 4S 2.16
0.3B5
22 47 22.6
0.08
0.953 4667
335.3
8.62
0.98
6 8.0
Apr. 1
6 48 11.88
40.414
+22 47 20.3
-0.11
0.954 2707
4884.6
8.40
0.98
6 4.2
2
6 43 22Xy5
40.436
+22 47 17.5
-0.13
0.955 0729
4388.8
8.59
0.98
6 0.4
186
SATURN, 1916.
GREENWICH MEAN TIME.
Date.
Asoenainn.
Var.per
Hoar.
Apparent
Dedmation.
Var.per
Hoar.
Logarithm of
Distance
from Earth.
Var.per
Hoar.
Polar
Semi-
dfam-
eter.
Hor.
Paral-
lax.
Transit,
of
Green-
Noon.
Noon*
Noon.
Noon.
J^oon.
Noon,
Noon,
Noon.
widL
h m s
s
• t n
II
n
It
h m
Apr. 1
6 43 11.88
40.414
4-22 47 20.3
-0.11
0.964 2707
+334.6
8.60
0.98
6 4.2
2
6 43 22.05
0.433
22 47 17.5
0.13
0.955 0729
333.8
8.69
0.98
6 0.4
3
6 43 32.67
0.462
22 47 14.2
0.16
0.955 8730
332.9
8.57
0.97
5 56.7
4
6 43 43.74
0.471
22 47 10.3
0.17
0.956 6708
331.9
8.56
0.97
5 52.9
5
6 43 55.26
0.489
22 47 5.9
0.20
0.967 4662
330.9
8.54
0.97
6 49.2
6
6 44 7.22
+0.fi07
4-22 47 0.9
-0.22
0.958 2589
+329.7
8.53
0.97
5 45.5
7
6 44 19.61
0.&25
22 46 55.4
0.24
0.969 0488
328.6
8.51
0.97
5 41.7
8
6 44 32.43
0.543
22 46 49.3
0.27
0.969 8365
827.1
8.60
0.96
5 38.0
9
6 44 45.69
0.661
22 46 42.6
0.29
0.960 6189
826.7
8.48
0.96
5 34.3
10
6 44 59.37
0.679
22 46 35.4
0.31
0.961 3988
324.2
8.47
0.96
5 30.6
11
6 45 13.47
40.600
+22 46 27.6
-0.34
0.962 1751
4-322.6
8.46
0.96
5 26.9
12
6 45 27.98
0.613
22 46 19.3
0.36
0.962 9475
321.0
8.44
0.93
5 23.2
13
6 45 42.91
0.631
22 46 10.4
0.38
0.963 7169
319.3
8.42
0.96
6 19.5
14
6 45 58.25
0.647
22 46 0.9
0.41
0.964 4801
317.6
8.41
0.96
6 15.9
16
6 46 13.99
0.664
22 45 50.8
0.43
0.965 2400
316.7
8.39
0.96
6 12.2
16
6 46 30.12
40.680
4-22 45 40.2
-0.45
0.966 9964
4313.8
8.38
0.96
5 8.5
17
6 46 46.65
0.607
22 45 29.0
0.60
0.966 7462
311.8
8.36
0.95
5 4.9
18
6 47 3.58
0.713
22 45 17.2
0.63
0.967 4922
809.8
8.35
0.^
5 1.2
19
6 47 20.88
0.729
22 45 4.8
0.63
0.968 2334
307.8
8.33
0.95
4 57.6
20
6 47 38.57
0.746
22 44 51.9
0.66
0.%8 9694
305.6
8.32
0.95
4 53.9
21
6 47 56.64
40.761
+22 44 38.4
-0.68
0.969 7003
4303.4
8.31
0.95
4 50.3
22
6 48 15.09
0.776
22 44 24.3
0.60
0.970 4268
301.1
8.29
0.95
4 46.7
23
6 48 33.90
0.702
22 44 9.6
0.63
0.971 1458
298.8
8.28
0.94
4 43.1
24
6 48 53.08
0.807
22 43 54.3
0.65
0.971 8602
296.5
8.27
0.94
4 39.5
25
6 49 12.63
0.822
?2 43 38.4
0.67
0.972 6689
294.1
8.26
0.94
4 35.9
26
6 49 32.53
40J«7
+22 43 21.9
-0.70
0.973 2718
+291.6
8.24
O.M
4 32.3
27
6 49 52.79
0.851
22 43 4.7
0.73
0.973 9685
280.0
8.23
0.94
4 28.7
28
6 50 13.39
0.866
22 42 47.0
0.76
0.974 3591
286.4
8.22
0.93
4 25.1
29
6 50 34.35
0.880
22 42 28.6
0.78
0.975 3433
283.8
8.20
0.93
4 21,5
30
6 50 55.64
0.894
22 42 9.6
0.81
0.976 0211
281.0
8.19
0.93
4 17.9
May 1
6 51 17.28
40.906
+22 41 49.9
-0.83
0.976 6922
+278.2
8.18
0.93
4 14.3
2
6 61 39.24
0.922
22 41 29.7
0.86
0.977 3666
276.4
8.17
0.93
4 10.8
3
6 62 1.63
0.936
22 41 8.8
0.88
0.978 0142
272.6
8.15
0.93
4 7.2
4
6 52 24.15
0.949
22 40 47.3
0.91
0.978 6648
969.6
8.14
0.93
4 3.7
5
6 52 47.08
0.962
22 40 25.1
0.94
0.979 3083
366.6
8.13
0.93
4 0.1
6
6 63 10.33
+0.976
+22 40 2.3
-0.96
0.979 9445
+263.6
8.12
0.92
3 56.6
7
6 63 33.88
0.988
22 39 38.9
0.99
0.980 5734
260.5
8.11
0.92
3 53.0
8
6 63 67.74
1.000
22 39 14.8
1.02
0.981 1948
257.4
8.09
0.92
3 49.5
9
6 64 21.89
1.012
22 38 60.1
1.04
0.981 8087
254.2
8.08
0.92
3 45.9
10
6 64 46.33
1.024
22 38 24.7
1.07
0.982 4149
251.0
8.07
0.92
3 42.4
11
6 65 11.06
4-1.036
+22 37 68.7
-1.10
0.983 0134
+247.8
8.06
0.92
3 38.9
12
6 55 36.07
1.048
22 37 32.0
1.13
0.983 6041
244.6
8.06
0.92
3 35.4
13
6 66 1.35
1.059
22 37 4.7
1.16
0.984 1869
241.2
8.04
0.91
3 31.9
14
6 66 26.91
1.070
22 36 36.8
1.18
0.984 7617
237.8
8.03
0.91
3 28.4
16
6 66 52.73
1.081
22 36 8.2
1.21
0.986 3285
234.6
8.02
0.91
3 24.9
16
6 67 18.81
4-1.092
+22 35 38.9
-1.28
0.986 8871
+231.1
8.00
0.91
3 21.4
17
6 67 45.15
+1.103
+22 35 9.0
-1.26
0.986 4876
+227.6
7.99
0.91
3 17.9
8ATUBN. 1916.
187
GREENWICH MEAN TIME.
Dftto.
AKWDskm.
Var.per
Hoar.
Apparent
DecUnatioa.
Vir.per
Hour.
Lonirithmof
Distance
from Earth.
Var.per
Hour.
Polar
Semi-
diam-
eter.
Hor.
Paral-
lax.
Transit,
Meridian
or
Oreeo-
JiToofk
^OOK.
Nam,
Jfoon.
Jfoon*
Jfoon,
Noot^
Swh,
wloh.
h m 8
8
• t ft
fi
n
II
h m
May 17
6 57 45.15
-1-1.103
•f 22 35 9.0
-1.26
0.986 4376
•1-227.6
7.99
0.91
3 17.9
18
6 58 11.74
1.113
22 34 38.5
1.20
0.986 9798
224.2
7.98
0.90
3 14.4
19
6 58 38.58
1.133
22 34 7.3
1.81
0.987 5138
320.8
7.97
0.90
3 10.9
20
6 59 5.66
1.183
22 S3 35.4
IM
0.988 0394
217.3
7.96
0.90
3 7.4
21
6 59 32.97
1.143
22 33 2.9
1.87
0.988 5566
213.7
7.95
0.90
3 3.9
22
7 0 0.52
-1-1.163
•f 22 32 29.8
-1.80
0.989 0652
•1-210.1
7.94
0.90
3 0.5
23
7 0 28.31
1.163
22 31 56.0
1.42
0.989 5653
206.5
7.94
0.90
2 57.0
24
7 0 56.32
1.172
22 31 21.5
1.46
0.990 0566
202.9
7.93
0.90
2 53.5
25
7 1 24.55
1.181
22 SO 46.3
1.48
0.990 5392
199.3
7.92
0.90
2 50.1
26
7 1 53.00
1.100
22 SO 10.5
1.61
0.991 0130
196.6
7.91
0.89
2 46.6
27
7 2 21.66
-H.IW
-f 22 29 34.0
-1.63
0.991 4779
-1-191.8
7.90
0.89
2 43.1
28
7 2 50.54
1.307
22 28 56.9
1.66
0.991 9337
188.0
7.90
0.89
2 39.7
29
7 3 19.61
1.216
22 28 19.1
1.60
0.992 3805
184.3
7.89
0.89
2 36.2
30
7 3 48.88
1.224
22 27 40.6
1.62
0.992 8181
180.4
7.88
0.89
2 32.8
31
7 4 18.34
1.231
22 27 1.5
1.66
0.993 2466
176.6
7.87
0.89
2 29.4
June 1
7 4 47.99
•1-1.230
•f-22 26 21.6
-1.68
0.993 6658
+172.7
7.87
0.89
2 25.9
2
7 5 17.83
1.247
22 25 41.1
1.70
0.994 0756
168.8
7.86
0.89
2 22.5
3
7 5 47.84
1.264
22 25 0.0
1.73
0.994 4760
164.9
7.85
0.89
2 19.0
.4.
7 6 18.02
1.261
22 24 18.2
1.76
0.994 8670
160.9
7.85
0.89
2 15.6
5
7 6 48.37
1.268
22 23 35.8
1.78
0.995 2485
167.0
7.84
0.89
2 12.2
6
7 7 18.88
+1.276
+22 22 52.7
-1.81
0.995 6205
+158.0
7.83
0.89
2 8.8
7
7 7 49.55
1.281
22 22 9.0
1.88
0.995 9829
149.0
7.82
0.89
2 5.3
8
7 8 20.37
1.287
22 21 24.7
1.86
0.996 3358
146.0
7.82
0.89
2 1.9
9
7 8 51.34
1.203
22 20 39.7
1.80
0.996 6790
141.0
7.81
0.89
1 58.5
10
7 9 22.4>
1.200
22 19 54.1
1.01
0.997 0126
137.0
7.80
0.89
1 55.1
11
7 9 53.70
-1-1.306
•{-22 19 7.8
-1.94
0.997 3364
+132.9
7.80
0.89
1 51.7
12
7 10 25.08
1.310
22 18 20.9
1.97
0.997 6505
128.9
7.79
0.89
1 48.3
IS
7 10 56.58
1.816
22 17 33.4
1.99
0.997 9550
124.8
7.79
0.89
1 44.8
14
7 U 28.21
1.320
22 16 45.3
2.02
0.998 2496
120.7
7.78
0.89
1 41.4
15
7 11 59.95
1.326
22 15 56.6
2.04
0.998 5345
U6.7
7.77
0.88
1 38.0
^
7 12 31.81
•M.3S0
+22 15 7.3
-2.07
0.998 8096
+113.6
7.77
0.88
1 34.6
17
7 13 3.79
1.336
22 14 17.3
2.10
0.999 0749
106.6
7.76
0.88
1 31.2
18
7 13 35.87
1.330
22 13 26.7
2.12
0.999 3303
104.4
7.76
0.88
1 27.8
19
7 14 8.05
1.343
22 12 35.5
2.15
0.999 6759
100.3
7.75
0.88
1 24.4
20
7 14 40.33
1^7
22 11 43.7
2.17
0.999 8115
96.1
7.75
0.88
1 21.0
21
7 15 12.70
•1-1.861
+22 10 51.S
-2.19
3 .000 0372
+ 93.0
7.74
0.88
1 17.6
22
7 15 45.17
1.864
22 9 58.4
2.22
1.000 2529
87.8
7.74
0.88
1 14.2
23
7 16 17.71
IJKS
22 9 4.8
2.24
1.000 4586
83.6
7.74
0.88
1 10.9
24
7 16 50.34
IJ961
22 8 10.7
2.27
1.000 6542
79.4
7.74
0.88
1 7.5
25
7 17 23.05
1.864
22 7 15.9
2.29
1.000 8397
76.3
7.7S
0.P8
1 4.1
26
7 17 55.88
-1-1.867
+22 6 20.6
-2.32
1.001 0151
+ 71.0
7.73
0.88
1 0.7
27
7 18 28.68
1.870
22 5 24.7
2.34
1.001 1803
66.7
7.73
0.88
0 57.3
28
7 19 1.59
1.372
22 4 28.3
2.36
1.001 3353
63.6
7.72
0.88
0 53.9
29
7 19 34.55
1.876
22 3 31.3
2.39
1.001 4801
68.3
7.72
0.88
0 50.5
SO
7 20 7.57
1.877
22 2 33.8
2.41
1.001 6146
68.9
7.72
0.88
0 47.1
Wy 1
7 20 40.63
•f-1.870
+22 1 36.7
-2.43
1.001 7389
+ 49.7
7.72
0.88
0 43.7
2
7 21 13.74
•1-1480
+22 0 37.1
-2.46
1.0018530
+ 46.4
7.71
0.88
a 40.4
188
SATURN, 1916.
GREENWICH MEAN TIME.
Date.
Apparent
Ascension.
Var.per
Hour.
Apparent
Dedlnation.
Var.per
Hour.
Loearithm of
Distance
from Earth.
Var.per
Hour.
Polar
Semj-
diam-
eter.
Hot.
Paral-
lax.
Transit,
Meridian
of
Orocn*
Ifoon.
JY^oon.
Jvoovi.
J^oon.
Noon.
JFoon.
Noon.
Noon.
wi<di.
h in 8
8
• f tf
//
ft
rt
h m
July 1
7 20 40.63
+1.379
+22 1 35.7
-2.43
1.001 7389
+ 49.7
7.72
0.88
0 4S.7
2
7 21 13.74
1.380
22 0 37.1
2.46
1.001 8530
«.4
7.71
0.88
0 40.4
3
7 21 46.88
1.381
21 69 38.0
2.48
1.001 9567
«1.1
7.71
0.88
0 37.0
4
7 22 20.06
1.383
21 58 38.3
2.50
1.002 0502
36.8
7.71
0.88
0 33.6
5
7 22 53.27
1.384
21 67 38.2
2.51
1.062 1333
32.5
7.71
0.87
0 30.2
6
7 23 26.50
+1.385
+21 66 37.6
-2.54
1.002 2061
+ 28.2
7.71
0.87
0 26.9
7
7 23 69.74
1.385
21 66 36.6
2.56
1.002 2686
2B.9
7.70
0.87
0 23.5
8
7 24 33.00
1.386
21 54 34.9
2.58
1.002 3209
19.6
7.70
0.87
0 20.1
9
7 25 6.27
1.386
21 53 32.9
2.59
1.002 3628
16.3
7.70
0.87
0 16.7
10
7 25 39.64
1.386
21 52 36.4
2.61
1.002 3945
11.1
7.70
0.87
0 13.3
11
7 26 12.82
+1.386
+21 51 27.4
-2.63
1.002 4160
+ 6.8
7.70
0.87
0 9.9
12
7 26 46.08
1.386
21 50 24.1
2.65
1.002 4272
+ 2.5
7.70
0.87
0 6.6
13
7 27 19.34
1.385
21 49 20.3
2.67
1.092 42S1
- 1.8
7.70
0.87
r 0 ZA
\8 M.t
14
7 27 52.58
1.385
21 48 16.1
2.69
1.002 4188
6.0
7.70
0.87
23 56.4
16
7 2S 25.81
1.384
21 47 11.4
2.70
1.002 3992
10.3
7.71
0.87
23 63.0
16
7 28 59.02
+1.383
+21 46 6.4
-2.72
1.002 3696
- 14.5
7.71
0.87
23 49.6
17
7 29 32.21
1.382
21 46 1.0
2.73
1.002 3295
18.8
7.71
0.87
23 46.3
18
7 30 6.37
1.381
21 43 66.2
2.75
1.002 2794
23.0
7.71
0.87
23 42.9
19
7 30 38.50
1.380
21 42^.0
2.76
1.092 2191
3f7.3
7.71
0.87
23 39.5
20
7 81 11.59
1.878
21 41 42.6
2.78
1.002 1485
31.5
7.71
0.87
23 36.1
21
7 81 44.64
+1.376
+21 40 35.7
-2.79
1 .002 0677
-35.8
7.71
0.87
23 32.7
22
7 82 17.65
1JI74
21 39 28.6
2.81
1.001 9766
40.1
7.72
0.87
23 29.3
23
7 82 50.60
lJi72
21 38 20.9
2.82
1.001 8752
44.4
7.72
0.87
23 26.0
24
7 83 23.51
1.870
21 87 13.1
2.83
1.001 7636
46.7
7.72
0.87
23 22.6
25
7 83 56.36
1.867
21 36 4.9
2.85
1.001 6416
58.0
7.72
0.88
23 19.2
26
7 84 29.13
+1.865
+21 34 66.4
-2.86
1.0015094
- 57.2
7.72
0.88
23 16.8
27
7 36 1.86
1.862
21 33 47.7
2.87
1.001 3670
61.5
7.73
0.88
23 12.4
28
7 85 34.49
1.358
21 32 38.7
2.R8
1.001 2143
66.8
7.73
0.88
23 9.0
29
7 86 7.05
1.855
21 31 29.6
2.89
1.001 0614
70.0
7.73
0.88
23 ^.6
30
7 86 30.53
1.851
21 30 20.1
2.90
1.000 8782
74.3
7.73
0.88
23 2.2
31
7 37 11.92
+1,348
+21 29 10.4
-A.Ol
1.000 6949
-78.5
7.74
0.88
22 58.8
Aug. 1
7 37 44.23
1.344
21 28 0.6
2.91
1.000 5013
88.8
7.74
0.88
22 66.4
2
7 88 16.43
1.840
21 26 60.5
2.92
1.000 2976
87.0
7.75
0.88
22 62.0
3
7 38 48.53
1.335
21 26 40.3
2.93
1.000 0837
91.2
7.7S
0.88
^ 48.6
4
7 39 20.53
1.331
21 24 29.9
2.94
0.999 8698
06.4
7.76
0.88
22 46.2
5
7 S9 52.41
+1.396
+21 28 19.4
-A.94
0.990 6268
-99.6
7.76
0.88
22 41.8
6
7 40 24.18
1.321
21 22 8.8
2.94
0.999 3819
103.7
7.76
0.88
22 38.4
7
7 40 56.83
1.316
21 to 68.1
2.95
0.9991280
107.8
7.77
0.88
22 36.0
8
7 41 27.35
1.311
21 19 47.8
2.95
0.998 8643
112.0
7.77
0.88
22 31.6
9
7 41 58.74
1.306
21 18 31.4
2.95
0.998 5906
116.1
7.77
0.88
22 28.2
10
7 42 30.00
+1.800
+21 17 26.6
-2.96
0.998 3071
-120.2
7.78
0.88
22 24.8
U
7 43 1.13
1.294
21 16 14.6
2.96
0.998 0138
121.3
7.78
0.88
23 21.3
IS
7 43 32.11
1.288
21 16 3.6
2.96
0.997 7107
128.3
7.79
0.88
S17.9
IS
7 44 2.96
1.282
21 13 62.4
2.96
0.997 3980
132.3
7.79
0.88
22 14.5
14
7 44 38.64
1.276
21 12 41.4
2.96
0.997 0766
136.3
7.80
0.89
21 11.1
U
7 45 4.18
+1.219
+21 11 39.4
-2.96
0.996 7436
-140 J)
7.80
0.89
22 7.7
u
7 46 34.67
+1.263
+21 10 19.4
-^.96
0.996 4020
-144.4
7.81
0.89
22 42
SATURN, 1916.
189
GREENWICH MEAN TIME.
Date.
Apnaroat
Right
Var.ixr
Hour.
Apparent
Decimation.
Var.per
Hoar.
Lonrithmof
Distance
Var.per
Hour.
Polar
Semi-
diam-
eter.
Hot.
Paral-
lax.
Transit,
Meridian
of
Green-
Jfoo«.
Jfoon.
Jfoon.
iToon.
Noon.
Ifoon,
Noen.
Nwm.
wich.
h m B
s
• / fr
//
It
H
h m
Aug. 16
7 45 34.57
+1.263
+»21 10 19.4
-2iM
0.996 4020
-144.4
7.81
0.89
22 4.2
17
7 46 4.79
1.266
21 9 8.5
2.95
0.996 0607
148.4
7.81
0.89
22 0.8
18
7 46 34.85
1.249
21 7 57.6
2.95
0.995 6899
152.3
7.82
0.89
21 57.3
19
7 47 4.74
1.248
21 6 46.8
2.95
0.995 3195
156.3
7.83
0.89
21 53.9
20
7 ^ 34.46
1.236
21 5 36.1 '
2.94
0.994 9396
160.8
7.84
0.89
21 50.5
21
7 48 4.00
•*>1.2a7
+21 4 25.6
-2.94
0.994 5501
-164.3
7.84
0.89
21 47.0
22
7 48 33.35
1.219
21 3 15.0
2.93
0.994 1512
168.2
7.86
0.89
21 43.6
23
7 49 2.52
1.2U
21 2 4.7
2.93
0.993 7428
172.1
7.86
0.89
21 40.1
24
7 ^ 81.^
1.203
21 0 54.6
2.92
0.993 3251
176.0
7.87
0.90
21 36.7
25
7 50 0.26
1.106
20 59 44.7
2.91
0.992 8981
179.9
7.88
0.90
21 33.2
26
7 50 28.83
•1-1.186
+20 58 35.0
-2.90
0.992 4618
-183.7
7.88
0.90
21 29.7
27
7 50 57.19
1.178
20 57 25.6
2.80
0^^0168
187.5
7.89
0.90
21 26.3
28
7 51 25.35
1.109
20 56 16.4
2.88
0.991 5616
101.3
7.90
0.90
21 22.8
29
7 51 53.28
1.169
20 65 7.4
2.87
0.991 0980
WSJ
7.91
0.90
21 19.3
30
7 52 20.99
1.150
20 53 58.8
2.85
0.990 6253
198.8
7.92
0.90
21 15.9
31
7 52 48.47
+1.140
+20 52 50.5
-2.84
0J001437
-202.5
7.93
0.90
21 124
Sept 1
7 53 15.73
1.131
20 51 42.6
2.82
0.989 6533
206.1
7.94
0.90
21 8.9
2
7 63 42.74
1.120
20 50 35.0
2.81
0J9891542
209.8
7.95
0.90
21 5.4
3
7 54 9.51
1.110
20 49 27.7
2.79
0.988 6464
213.4
7.95
0.91
21 1.9
4
7 54 36.(M
1.100
20 48 20.9
2.78
0.988 1300
217.0
7.96
0.91
20 68.4
6
7 55 2.32
+1.090
+20 47 14.5
-2.76
0.987 6050
-220.5
7.97
0.91
20 54.9
6
7 55 28.^
1.079
20 46 8.6
2.74
0.987 0717
223.9
7.98
0.91
20 61.4
7
7 55 54.11
1.068
20 45 8.1
2.72
0.986 5301
227.4
7.99
0.91
20 47.9
8
7 56 19.61
1.0S7
20 43 68.1
2.70
0.985 9802
230.8
8.00
0.91
20 44.4
9
7 56 44.84
1.046
20 42 53.6
2.68
0.985 4221
234.2
8.01
0.91
20 40.9
10
7 57 9.81
+1.065
+20 41 49.7
-2.66
0.984 8560
-337.5
8.02
0.91
20 37.4
11
7 57 34.50
1.023
20 40 46.2
2.68
0.984 2819
240.8
8.03
0.91
20 33.9
12
7 57 58.92
1.011
20 39 43.3
2.01
0.983 7000
244.1
8.04
0.91
20 30.3
13
7 58 23.05
1.000
20 88 41.0
2.59
0.988 1102
247.4
8.06
0.92
20 26.8
14
7 58 46.90
0.968
20 37 39.2
2.66
0.982 5127
250.5
%sn
0.92
20 23.2
15
7 59 19.45
+0.975
+20 36 38.1
-2.53
0.981 9076
-253.7
8.08
0.92
20 19.7
16
7 59 38.71
0.963
20 85 37.6
2.51
0.981 2949
256.9
8.09
0.92
20 16.1
17
7 59 56.68
0.961
20 34 37.8
2.48
0.980 6747
260.0
8.10
0.92
20 12.6
18
8 0 19.34
0.968
20 83 38.7
2.45
0.980 0470
203.0
8.11
0.92
20 9.0
19
8 0 41.69
0.165
20 32 40.2
2.42
0.979 4121
266.0
8.12
0.92
20 5.5
20
8 1 8.73
+0.911
+29 81 42.4
-2.39
0.978 7700
-269.0
8.14
0.92
20 1.9
21
8 1 25.44
0.898
20 30 45.4
2.36
0.978 1299
271.9
8.15
0.92
Id 58.3
22
8 1 46.84
0.885
20 29 49.2
2.32
0.977 4648
274.8
8.16
0.92
19 64.7
23
8 2 7.90
0.871
20 28 53.8
2.29
0.976 8018
277.6
8.17
0.93
19 61.2
24
8 2 28.64
0.867
20 27 59.2
2.26
0.976 1321
280.4
8.18
0.93
19 47.6
25
8 2 49.93
+0.843
+20 27 5.5
-2.22
0.975 4657
-283.2
8.20
0.93
19 44.0
26
8 3 9.99
0.829
20 26 12.6
2.19
0.974 7729
285.8
8.21
0.93
19 40.4
27
8 3 28.80
0.814
20 25 30.5
2.15
0.974 0837
288.4
8.22
0.93
19 36.8
28
8 3 48.15
0.709
20 24 29.4
2.11
0.973 3884
291.0
8.23
0.93
19 33.2
29
8 4 7.15
0.784
20 23 39.2
2.07
0.972 6871
203.4
8.25
0.93
19 29.5
80
8 4 25.79
+0.709
+20 22 49.9
-2.06
0.971 9799
-295.9
8.26
0.94
19 26.9
Oct 1
8 4 44.97
+0.764
+20 22 1.6
-1.90
0.971 2670
-298.4
8.28
0.94
19 22.2
190
SATURN', 1916.
GREENWICH MEAN TIME.
Date.
ABoeosioii.
Var.p«r
Hour.
Apparent
DecUnation.
Var.per
Hour.
Logarithm of
Distance
from Earth.
Var.per
Hour.
Polar
Sranl-
diam-
eter.
Hor.
Paral-
lax.
TraiiBlt,
Meridian
or
Oreaa-
Noon.
Noon,
Noon.
Noon.
Noon.
Noon.
Noon,
Noon.
widk.
h m 8
8
• t n
It
It
II
h m
Oct. 1
8 4 44.07
+0.764
+20 22 1.6
-1.99
0.971 2670
-208.4
8.28
0.94
19 22.2
2
8 5 1.98
0.739
20 21 14.3
1.95
0.970 5485
300.5
8.29
0.94
19 18.6
3
8 5 19.52
0.723
20 20 28.0
1.91
0.969 8246
302.7
8.30
0.94
19 15.0
4
8 5 36.68
0.707
20 19 42.7
1.86
0.969 0955
804.9
8.32
0.94
19 11.3
5
8 5 53.47
0.601
20 18 58.5
1.82
0.968 3613
306.9
8.33
0.95
19 7.7
6
8 6. 9.87
+0.676
+20 18 15.3
-1.78
0.967 6222
-308.9
8.35
0.95
19 4.0
7
8 6 25.89
0.660
20 17 33.2
1.73
0.966 8784
310.0
8.36
0.95
19 0.3
8
8 6 41.52
0.643
20 16 52.1
1.69
0.9661300
312.8
8.37
0.95
18 56.6
9
8 6 56.76
0.627
20 16 12.2
1.64
0.965 3770
814.6
8.39
0.95
18 53.0
10
8 7 11.60
0.610
20 15 33.4
1.59
0.964 6198
816.3
8.40
0.95
18 49.3
11
8 7 26.05
+0.594
+20 14 55.7
-1.65
0.963 8586
-318.0
8.42
0.95
18 45.6
12
8 7 40.09
0.677
20 14 19.2
1.50
0.963 0934
319.6
8.43
0.95
18 41.9
13
8 7 53.73
0.660
20 13 43.8
1.45
0.962 3245
821.1
8.45
0.96
18 38.2
14
8 8 6.96
0.643
20 13 9.7
1.40
0.961 5519
822.6
8.46
0.96
18 34.4
15
8 8 19.78
0.626
20 12 36.7
1.35
0.960 7759
824.0
8.48
0.96
18 30.7
16
8 8 32.18
+0.508
+20 12 5.0
-1.30
0.959 9967
-825.3
8.49
0.96
18 27.0
17
8 8 44.16
0.490
20 11 34.5
1.24
0.959 2143
326.6
8.61
0.96
18 23.3
18
8 8 55.72
0.473
20 11 5.3
1.19
0.958 4290
327.8
8.53
0.96
18 19.5
19
8 9 6.85
0.455
20 10 37.4
1.14
0.957 6410
328.9
8.54
0.96
18 15.8
?0
8 9 17.55
0.437
20 10 10.7
1.08
0.956 8505
329.9
8.56
0.97
18 12.0
21
8 9 27.82
+0.410
+20 9 45.4
-1.08
0.956 0577
-330.8
8.57
0.97
18 8.2
22
8 9 37.65
0.400
20 9 21.4
0.97
0.955 2628
331.6
8.59
0.97
18 4.4
23
8 9 47.04
0.382
20 8 58.7
0.92
0.954 4661
332.3
8.61
0.97
18 0.6
24
8 9 55.98
0.363
20 8 37.4
0.86
0.953 6677
333.0
8.62
0.97
17 56.9
25
8 10 4.48
0.345
20 8 17.5
0.80
0.952 8679
333.5
8.64
0.98
17 53.1
26
8 10 12.53
+0.326
+20 7 58.9
-0.74
0.952 0670
-333.9
8.65
0.98
17 49.3
27
8 10 20.12
0.307
20 7 41.8
0.60
0.951 2651
334.3
8.67
0.98
17 45.5
28
8 10 27.27
0.288
20 7 26.0
0.63
0.950 4626
334.5
8.69
0.98
17 41.7
29
8 10 33.96
0.269
20 7 11.7
0.56
0.949 6596
834.6
8.70
0.98
17 37.8
30
8 10 40.19
0.250
20 6 58.9
0.50
0.948 8565
334.6
8.72
0.99
17 34.0
31
8 10 45.96
+0.231
+20 6 47.5
-0.46
0.948 0535
-834.5
8.73
0.99
17 30.2
Nov. 1
8 10 51.27
0.212
20 6 37.5
0.39
0.947 2508
334.3
8.75
0.99
17 26.3
2
8 10 56.12
0.192
20 6 28.8
0.33
0.946 4487
334.0
8.77
0.99
17 22.4
3
8 11 0.50
0.173
20 6 21.7
0.26
0.945 6474
333.6
8.78
0.99
17 18.6
4
8 11 4.42
0.164
20 6 16.1
0.21
0.944 8473
333.1
8.80
1.00
17 14.7
5
8 11 7.88
+0.136
+20 6 11.8
-0.16
0.944 0484
-332.6
8.81
1.00
17 10.8
6
8 11 10.88
0.116
20 6 9.1
0.08
0.943 2512
831.8
8.83
1.00
17 6.9
7
8 11 13.41
0.096
20 6 7.8
-0.02
0.942 4558
331.0
8.85
1.00
17 3.0
8
8 11 15.47
0.076
20 6 8.0
+0.04
0.941 6624
330.1
8.86
1.00
16 59.2
9
8 11 17.07
0.067
20 6 9.7
0.10
0.940 8714
329.1
8.88
1.01
16 55.2
10
8 11 18.20
+0.037
+20 6 12.8
+0.16
0.940 0829
-328.0
8.89
1.01
16 51.3
11
8 11 18.86
+0.018
20 6 17.4
0.22
0.939 2972
326.7
8.91
1.01
16 47,4
12
8 11 19.06
-0,002
20 6 23.5
0.28
0.938 5146
326.4
8.93
1.01
16 43.4
13
8 11 18.78
0.021
20 6 31.0
0.34
0.937 7354
323.9
8.94
1.01
16 38.5
14
8 11 18.04
0.041
20 6 40.0
0.41
0.936 9597
322.4
8.96
1.02
16 35.5
15
8 11 16.83
-0.060
+20 6 50.5
+0.47
0.936 1878
-820.7
8.97
1.02
16 31.6
16
8 11 15.15
-0.090
+20 7 2.4
+0.53
0.935 4201
-818.9
8.99
1.02
16 27.6
SATURN, 1916.
GREENWICH MEAN TIME.
191
D«t«.
Aaoeotion.
Var.p«r
Hour.
AppftTcnt
DedmatioD.
Var.p«r
Hour.
Loffuithmof
Distance
from Earth.
Var. per
Hour.
Po'ar
Bemi-
diam-
eter.
Hor.
Paral-
lax.
Transit,
Meridian
of
Green-
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Noon.
Novn.
wich.
h m s
8
• f ff
tf
n
tt
h m
KoT. 16
8 11 15.15
-0.080
+20 7 2.4
+0.53
0.935 4201
-318.9
8.99
1.02
16 27.6
17
8 11 13.01
0.090
20 7 15.9
0.59
0.934 6569
817.0
9.01
1.02
16 23.7
18
8 11 10.39
0.110
20 7 30.8
0.65
0.933 8983
315.0
9.02
1.02
16 19.7
19
8 11 7.31
0.138
20 7 47.2
0.71
0.933 1448
312.9
9.04
1.03
16 16.7
20
8 11 3.76
0.158
20 8 5.1
0.78
0.932 3966
310.6
9.05
1.03
16 11.7
21
8 10 59.74
-0.177
+20 8 24.4
■fO.84
0.931 6539
-308.2
9.07
1.03
16 7.7
22
8 10 55.27
0.106
20 8 45.2
0.90
0.930 9172
805.7
9.08
1.03
16 3.7
23
8 10 50.33
0.216
20 9 7.4
0.96
0.930 1866
803.1
9.10
1.03
15 59.6
24
8 10 44.92
0.235
20 9 31.1
1.01
0.929 4625
800.3
9.11
1.04
15 66.6
25
8 10 39.06
0.254
20 9 56.1
1.07
0.928 7452
297.4
9.13
1.04
15 51.6
26
8 10 32.75
-0.272
+20 10 22.6
+1.13
0.928 0350
-294.4
9.14
1.04
15 47.6
27
8 10 25.99
0.201
20 10 50.5
1.19
0.927 3323
291.2
9.15
1.04
15 43.6
28
8 10 18.78
0.310
20 11 19.8
1.25
0.926 6374
287.9
9.17
1.04
16 39.4
29
8 10 11.12
0.328
20 11 50.5
1.31
0.925 9505
284.5
9.18
1.04
15 35.4
30
8 10 3.03
0.346
20 12 22.5
1.36
0.925 2719
281.0
9.20
1.04
16 31.3
Dec. 1
8 9 54.50
-0.366
+20 12 65.8
+1.41
0.924 6019
-277.3
9.21
1.04
16 27.2
2
8 9 45.53
0.383
20 13 30.4
1.47
0.923 9409
273.5
9.22
1.06
15 23.2
3
8 9 36.14
0.400
20 14 6.3
1.52
0.923 2889
260.7
9.24
1.05
15 19.1
4
8 9 26.33
0.418
20 14 43.6
1.58
0.922 6464
265.7
9.25
1.06
15 15.0
5
8 9 16.10
0.436
20 15 21.9
1.63
0.922 0135
261.6
9.27
1.05
15 10.9
6
8 9 6.47
-0.452
+20 16 1.5
+1.68
0.921 3906
-267.4
9.28
1.06
16 6.7
7
S 8 64.42
0.460
20 16 42.4
1.73
0.920 7780
253.1
9.29
1.06
15 2.6
8
8 8 42.98
0.485
20 17 24.4
1.78
0.920 1758
248.7
9.30
1.06
14 58.6
9
8 8 31.14
0.502
20 18 7.6
1.82
0.919 5843
244.2
9.32
1.06
14 54.4
10
8 8 18.90
0.518
20 18 51.9
1.87
0.919 0038
239.5
9.33
1.06
14 50.2
11
8 8 6.29
-0.533
+20 19 37.3
+1.91
0.918 4345
-234.8
9.34
1.06
14 46.1
12
8 7 53.30
0.549
20 20 23.8
1.96
0.917 8767
230.0
9.35
1.06
14 41.9
13
8 7 39.93
0.565
20 21 ]1.4
2.00
0.917 3306
225.0
9.36
1.06
14 37.8
14
8 7 26.20
0.580
20 22 0.0
2.05
0.916 7965
220.0
9.38
1.07
14 33.6
16
8 7 12.11
0.595
20 22 49.7
2.09
0.916 2747
214.8
9.39
1.07
14 29.4
16
8 6 57.66
-0.609
+20 23 40.3
+2.18
0.915 7654
-209.5
9.40
1.07
14 25.3
17
8 6 42.87
0.623
20 24 31.9
2.17
0.915 2689
204.1
9.41
•1.07
14 21.1
18
8 6 27.74
0.637
20 25 24.4
2.21
0.914 7855
198.6
9.42
1.07
14 16.9
19
8 6 12.28
0.651
20 26 17.8
2.24
0.914 3154
193.0
9.43
1.07
14 12.7
20
8 5 56.50
0.664
20 27 12.1
2.28
0.913 8589
187.4
9.44
1.07
14 8.5
21
8 6 40.40
-0.677
+20 2S 7.2
+2.81
0.913 4161
-181.6
9.45
1.07
14 4.3
22
8 5 23.99
0.690
20 29 3.2
2.35
0.912 9873
175.7
9.46
1.08
14 0.1
23
8 5 7.28
0.702
20 29 59.9
2.38
0.912 5728
169.7
9.47
1.08
13 55.9
24
8 4 50.29
0.714
20 30 57.4
2.41
0.912 1727
163.6
9.48
1.08
13 51.7
25
8 4 33.02
0.725
20 31 55.6
2.44
0.911 7873
157.5
9.49
1.08
13 47.5
26
8 4 15.48
-0.786
+20 32 54.5
+2.47
0.911 4168
-151.2
9.50
1.08
13 43.2
27
8 3 57.69
0.746
20 33 54.0
2.49
0.911 0614
144.9
9.51
1.08
13 39.0
28
8 3 39.65
0.757
20 34 54.0
2.51
0.910 7212
138.5
9.51
1.08
13 34.8
29
8 3 21.37
0.766
20 35 54.6
2.54
0.910 3966
132.0
9.52
1.08
13 30.5
30
8 3 2.87
0.775
20 36 55.7
2.56
0.910 0876
125.5
9.52
1.08
13 26.3
31
8 2 44.16
-0.784
+20 37 57.3
+2.58
0.909 7943
-118.9
9.63
1.08
13 22.1
32
8 2 25.24
-^20 38 69:3
• •
0.909 6168
• • •
9.64
1.09
13 17.8
192
SATURN, 1916.
FOR GREENWICH MEAN NOON.
Date.
Heliocentric
Longitude,
Mean Equinox
of Date.
Var. per
Day.
Reduction
to Orbit.
Heliocentric
Latitude.
Var. per
Day.
Logarithm of
Ra(^ Vector.
Var. per
Day.
• t tt
/ //
t/
• t ft
//
Jan.
7
103 7 35.3
2 14.48
-32.7
-0 25 33.3
+5.76
0.955 3942
+31.3
15
103 25 31.1
2 14.47
31.8
0 24 47.2
5.76
0.955 4196
32.1
23
103 43 26.8
2 14.45
30.8
0 24 1.1
6.77
0.955 4456
32.9
31
104 1 22.3
2 14.44
29.9
0 23 14.9
5.78
0.955 4722
33.6
Feb.
8
104 19 17.8
2 14.43
28.9
0 22 28.7
5.78
0.955 4994
34.4
16
104 37 13.1
2 14.41
-27.9
-0 21 42.5
+6.78
0.955 5273
+35.2
24
104 55 8.3
2 14.39
26.9
0 20 56.2
5.79
0.955 5557
35.9
Mar.
3
105 13 3.4
2 14.37
26.0
0 20 9.9
6.79
0.955 5847
36.6
11
105 30 58.3
2 14.35
25.0
0 19 23.6
5.79
0.955 6142
37.3
19
105 48 53.0
2 14.34
24.0
0 18 37.3
5.79
0.955 6444
38.1
27
106 6 47.7
2 14.33
-23.0
-0 17 50.9
+6.80
0.955 6752
+38.8
Apr.
4
106 24 42.2
2 14.31
22.0
0 17 4.5
6.80
0.955 7065
39.6
12
106 42 36.6
2 14.29
21.0
0 16 18.1
6.80
0.955 7385
40.3
20
107 0 30.8
2 14.26
20.0
0 15 31.7
6.81
0.955 7710
41.1
28
107 18 24.8
2 14.24
19.0
0 14 45.2
6.81
0.955 8042
41.8
May-
6
107 36 18.7
2 14.23
-18.0
-0 13 58.7
+6.81
0.955 8379
+42.6
14
107 54 12.5
2 14.21
17.0
0 13 12.2
6.81
0.955 8723
43.4
22
108 12 6.1
2 14.19
16.0
0 12 25.7
6.81
0.955 9073
44.1
30
108 29 59.5
2 14.16
15.0
0 11 39.2
6.81
0.955 9428
44.8
June
7
108 47 52.7
2 14.14
14.0
0 10 52.7
5.82
0.955 9789
45.6
15
109 5 45.8
2 14.12
-13.0
-0 10 6.1
+5.82
0.956 0157
+46.3
23
109 23 38.7
2 14.10
12.0
0 9 19.6
6.82
0.956 0530
47.1
July
1
109 41 31.4
2 14.08
11.0
0 8 33.1
6.82
0.956 0910
47.8
9
109 59 24.0
2 14.06
10.0
0 7 46.5
5.82
0.956 1295
48.6
17
110 17 16.4
2 14.04
9.0
0 7 0.0
5.82
0.956 1687
49.3
25
110 35 8.6
2 14.01
- 8.0
-0 6 13.4
+6.82
0.956 2084
+50.1
Aug.
2
110 53 0.6
2 13.99
7.0
0 5 26.9
6.82
0.956 2488
50.8
10
111 10 62.4
2 13.97
6.0
0 4 40.3
5.82
0.956 2897
51.6
18
111 28 44.1
2 13.96
4.9
0 3 53.8
6.82
0.956 3313
52.3
26
111 46 35.6
2 13.92
3.9
0 3 7.2
6.82
0.956 3734
53.0
Sept.
3
112 4 26.9
2 13.90
- 2.9
-0 2 20.7
+6.82
0.956 4161
+53.7
11
112 22 18.0
2 13.87
1.9
0 1 34.1
6.82
0.956 4594
54.4
19
112 40 8.9
2 13.84
- 0.9
0 0 47.6
6.82
0.956 5032
55.2
27
112 57 59.5
2 13.82
+ 0.1
-0 0 1.0
6.82
0.956 5477
55.9
Oct.
5
113 15 50.0
2 13.80
1.1
+0 0 45.5
5.81
0.956 5927
50.6
13
113 33 40.3
2 13.77
+ 2.2
+0 1 32.0
+5.81
0.956 6382
+57.3
21
113 51 30.3
2 13.74
3.2
0 2 18.5
6.81
0.956 6844
58.1
29
114 9 20.1
2 13.72
4.2
0 3 5.0
6.81
0.956 7312
58.8
Nov.
6
114 27 9.8
2 13.69
5.2
0 3 51.5
6.81
0.956 7785
50.4
14
114 44 59.2
2 13.66
6.2
0 4 37.9
6.81
0.956 8263
60.1
22
115 2 48.4
2 13.64
+ 7.2
+0 5 24.4
+5.81
0.956 8747
+60.9
30
115 20 37.4
2 13.61
8.2
0 6 10.8
5.80
0.956 9237
61.6
Dec.
8
115 38 26.1
2 13.58
9.2
0 6 57.2
5.80
0.956 9732
62.3
16
115 56 14.7
2 13.55
10.2
0 7 43.6
5.79
0.957 0233
62.9
24
116 14 2.9
2 13.52
11.2
0 8 29.9
5.79
0.957 0739
63.6
32
116 31 51.0
2 13.49
+12.2
+0 9 16.3
+5.79
0.957 1^0
+64.3
40
116 49 38.8
2 13.46
+13.2
.+0 10 2.6
+5.79
0.957 1767
+66.0
URANUS, 1916.
193
GREENWICH MEAN TIME.
Dtte.
Aaoaition.
Vtr.p«r
D*y.
Apparent
Dedlnatkin.
Vtr.p«r
Dar
Locarithm of
Distance
from Earth.
Var.p«r
Daj.
Send-
diam-
eter.
Hor.
Paral-
lax.
Transit,
Meridian
of
Green-
JwOO%»
Jfoon*
^oon.
AOOA.
JToofi.
Jfooa.
Noon.
Noon,
wich.
h m B
8
• / /*
tf
//
//
h m
Ian.
1
21 5 30.73
+13.157
-17 20 39.6
+53.36
1.316 7273
+2045.1
1.62
0.42
2 25.9
5
21 6 20.15
ia.M3
17 17 2.9
55.05
1.317 5041
1836.8
1.61
0.42
2 11.0
9
21 7 11.01
13.880
17 13 19.5
56.61
1.318 1960
1621.3
1.61
0.42
1 56.1
13
21 8 3.13
13J70
17 9 30.3
57.96
1.318 8005
1401.2
1.61
0.42
1 41.2
17
21 8 56.31
13.410
17 5 36.1
59.13
1.319 3164
1177.0
1.61
0.42
1 26.4
21
21 9 50.35
+13.007
-17 1 37.5
4«).13
1.319 7416
+ 948.8
1.61
0.42
1 11.5
25
21 10 45.10
13.750
16 57 35.3
60.94
1.320 0751
718.3
1.60
0.42
0 56.7
29
21 11 40.36
13.864
16 53 30.3
61.54
1.320 3159
484.9
1.60
0.42
0 41.9
M>.
2
21 12 35.95
13.921
16 49 23.3
61.94
1.320 4627
348.9
1.60
0.42
0 27.1
6
21 13 31.67
13.931
16 45 15.1
62.10
1.320 5149
+ 11.9
1.60
0.42
0 12.3
10
21 14 27.33
-1-13 J«8
-16 41 6.8
+62.03
1.320 4724
-323.8
1.60
0.4*?
23 53.8
14
21 15 22.71
13.707
16 36 59.1
61.77
1.320 3362
456.8
1.60
0.42
23 39.0
18
21 16 17.65
13.666
16 32 52.9
61.31
1.320 1074
686.9
1.60
0.42
23 24.2
22
21 17 11.98
13.490
16 28 48.9
COM
1.319 7871
914.0
1.61
0.42
23 9.3
26
21 18 5.51
13 .2n
16 24 48.1
50.74
1.319 3766
1138.4
1.61
0.42
22 54.5
Mir.
1
21 18 58.09
+njo[»
-16 20 51.2
+58.66
1.318 8769
-1350.1
1.61
0.42
22 39.6
5
21 19 49.52
13.606
16 16 59.1
57.35
1.318 2900
1574.4
1.61
0.42
22 24.7
9
21 20 39.62
13.345
16 13 12.7
55.80
1.317 6183
1782.5
1.61
0.42
22 9.8
13
21 21 28.23
11.953
16 9 33.0
54.04
1.316 8651
1983.2
1.62
0.43
21 54.9
17
21 22 15 J9
11.522
16 6 0.6
53.13
1.316 0337
2173.4
1.62
0.43
21 40.0
21
21 23 0.36
-i-njON
-16 2 36.2
+«).04
1.315 1275
-2356.3
1.62
0.43
21 25.0
25
21 23 43.60
10.558
15 59 20.5
47.77
1.314 1498
2581.0
1.63
0.43
21 10.0
29
21 24 24.78
10.025
15 56 14.3
45.39
1.313 1039
2696.9
1.63
0.43
20 54.9
Apr.
2
21 25 3.75
9.453
15 53 18.4
43.64
1.311 9938
2851.1
1.63
0.43
20 39.8
6
21 25 40.36
8.850
15 50 33.4
39.81
1.310 8246
2993.1
1.63
0.43
20 24.7
10
21 26 14.51
+ 8.219
-15 48 0.1
+86.88
1.309 6010
-3122.4
1.64
0.43
20 9.5
14
21 26 46.08
7.562
15 45 38.9
33.73
1.308 3284
3238.4
1.65
0.43
19 54.3
18
21 27 14.98
6.884
15 43 30.4
30.53
1.307 0120
8341.2
1.65
0.43
19 39.0
22
21 27 41.13
6.188
15 41 34.8
37.33
1.305 6572
3430.8
1.66
0.44
19 23.7
26
21 28 4.46
6.471
15 39 52.8
33.78
1.304 2691
3507.5
1.66
0.44
19 8.4
30
21 28 24.87
+ 4.731
-15 38 24.7
+30.34
1.302 8532
-3569.3
1.67
0.44
18 53.0
May
4
21 28 42.29
3.975
15 37 11.0
16.61
1.301 4159
3614.0
1.67
0.44
18 37.5
8
21 28 56.66
3.211
15 36 11.9
13.93
1.299 9642
3642.1
1.68
0.44
18 22.1
12
21 29 7.97
2.442
15 35 27.6
9.34
1.298 5044
3653.7
1.69
0.44
18 6.5
16
21 29 16.19
1.660
15 34 58.0
5.56
1.297 0434
3649.0
1.69
0.44
17 50.9
20
21 29 21.32
+ 0.806
-15 34 43.2
+ 1.85
1.295 5872
-3629.5
1.70
0.45
17 35.3
24
21 29 23.36
+ 0.134
15 34 43.2
- 1.85
1.2941420
3503.4
1.70
0.45
17 19.6
28
21 29 22.31
-0.649
15 34 58.0
5.53
1.292 7148
3539.8
1.71
0.45
17 3.8
lone
1
21 29 18.18
1.414
15 35 27.4
9.18
1.291 3125
3469.0
1.71
0.45
16 48.0
5
21 29 11^2
3.164
15 36 11.3
13.74
1.289 9421
3379.3
1.72
0.45
16 32.1
9
21 29 0.89
-3.806
-15 37 9.1
-16.14
1.288 6113
-3372.6
1.72
0.45
16 16.2
13
21 28 47.88
3.604
15 38 20.3
19.46
1.287 3261
3150.7
1.73
0.45
16 0.3
17
21 28 32j09
4.288
15 39 44.6
23.64
1.286 0928
3013.4
1.74
0.46
15 44.3
21
21 28 13.61
4.947
15 41 21.2
35.68
1.284 9174
2861.2
1.74
0.46
15 28.2
25
21 27 52.55
5.578
15 43 9.7
28.56
1.283 8059
3603.3
1.74
0.46
15 12.2
29
21 27 29.03
-6.177
-15 45 9.4
-^1.25
1.282 7649
-2509.3
1.76
0.46
14 56.0
hly
3
21 27 3.19
-6.734
-15 47 19.4
-33.71
1.281 8004
-2311.0
1.75
0.46
14 39.9
79790**— 191(
BESSELIAN STAR-NUMBEKS, 1916.
205
FOR WASHINGTON MEAN MIDNIGHT.
Solar Day.
<ad.Hr.)
hog A.
UkB,
LogC.
Log P.
Solar DftT.
(Bid. Hr.)
hogA,
Logf.
LogC.
Log P.
Oct. 1
+0.01906
--0.6448
+1.26868
+0.48974
Nov. 16
+0.06732
-0.5398
+1.03719
+1.22203
2
0.02083
0.6420
1.26748
0.53603
17
0.06813
0.5406
1.02625
1.22738
3
0.02267
0.6415
1.26614
0.57776
18
0.06876
0.5404
1.01488
1.23253
h 4
0.02436
0.6432
1.26466
0.61573
h 19
0.06927
0.5384
1.00306
1.23749
(1.0) 5
0.02570
0.6463
1.26306
0.65054
(4.0) 20
0.06979
0.5343
0.99076
1.24226
6
+0.02657
-0.6497
+1.26132
+0.68266
21
+0.07042
-0.5279
+0.97793
+1.24685
7
0.02702
0.6521
1.25944
0.71247
22
0.07131
0.5198
0.96463
1.25126
8
0.02718
0.6526
1.25742
0.74025
23
0.07257
0.5106
0.95074
1.25549
9
0.02721
0.6509
1.25526
0.76625
24
0.07422
0.5017
0.93623
1.25955
10
0.02734
0.6468
1.25296
0.79068
25
0.07616
0.4946
0.92108
1.26343
11
+0.02778
-0.6411
+1.25051
+0.81369
26
+0.07832
-0.4903
+0.90524
+1.26715
12
0.02855
0.6347
1.24792
0.83544
27
0.08046
0.4894
0.88865
1.27071
13
0.02969
0.6284
1.24518
0.85604
28
0.08238
0.4915
0.87125
1.27410
14
0.03111
0.6232
1.24230
0.87559
29
0.08395
0.4952
0.85298
1.27734
15
0.03265
0.6197
1.23926
0.89418
30
0.08511
0.4989
0.83376
1.28041
16
+0.03421
-0.6179
+1.23606
+0.91190
Dec. 1
+0.08590
-0.5010
+0.81350
+1.28333
17
C. 03563
0.6177
1.23271
0.92881
2
0.08646
0.5003
0.79210
1.28609
18
0.03685
0.6186
1.22920
0.94497
3
0.08699
0.4963
0.76945
1.28870
19
0.03783
0.6201
1.22552
0.96044
h 4
0.08768
0.4894
0.74540
1.29117
h 20
0.03856
0.6216
1.22168
0.97525
(fi.O) 5
0.08863
0.4806
0.71979
1.29348
(8.0) 21
+0.03906
-0.6224
+1.21767
+0.98946
6
+0.08996
-0.4713
+0.69242
+1.29564
22
0.03935
0.6220
1.21349
1.00310
7
0.09155
0.4630
0.66306
1.29766
23
0.03957
0.6200
1.20913
1.01620
8
0.09333
0.4567
0.63141
1.29954
24
0.03981
0.6161
1.20460
1.02880
9
0.09520
0.4532
0.59712
1.30127
25
0.04025
0.6103
1.19988
1.04092
10
0.09702
0.4525
0.55973
1.30286
26
+0.04098
-0.6031
+1.19497
+1.05260
11
+0.09870
-0.4540
+0.51866
+1.30430
27
0.04212
0.5954
1.18987
1.06384
12
0.10017
0.4570
0.47312
1.30561
28
0.04367
0.5883
1.18457
1.07468
13
0.10139
0.4605
0.42208
1.30677
29
0.04552
0.5829
1.17906
1.08513
14
0.10240
0.4638
0.36406
1.30780
30
0.04751
0.5800
1.17336
1.09521
15
0.10322
0.4659
0.29690
1.30869
31
+0.04940
-0.5797
+1.16744
+1.10493
16
+0.10388
-0.4663
+0.21722
+1.30944
Nov. 1
0.05101
0.5815
1.16130
1.11432
17
0.10451
0.4643
0.11938
1.31005
2
0.05222
0.5842
1.15493
1.12338
18
0.10520
0.4599
9.99266
1.31052
3
0.05299
0.5863
1.14834
1.13213
19
0.10608
0.4532
9.81273
1.31086
h 4
0.05344
0.5866
1.14150
1.14058
h 20
0.10726
0.4452
+9.49960
1.31106
(8.0) 5
+0.05372
-0.5844
+1.13441
+1.14874
(6.0) 21
+0.10879
-0.4371
-8.25547
+1.31112
6
0.05406
0.5795
1.12707
1.15662
22
0.11063
0.4306
9.54657
1.31104
7
0.05461
0.5723
1.11947
1.16424
23
0.11272
0.4271
9.83630
1.31083
8
0.05551
0.5638
1.11159
1.17160
24
0.11483
0.4275
0.00848
1.31048
9
0.05676
0.5552
1.10342
1.17870
25
0.11681
0.4315
0.13135
1.30999
10
+0.05880
-0.5477
+1.09495
+1.18556
26
+0.11851
-0.4380
-0.22691
+1.30936
11
0.06002
0.5420
1.08618
1.19219
27
0.11982
0.4453
0.30508
1.30859
12
0.06179
0.5385
1.07709
1.19859
28
0.12074
0.4511
0.37118
1.30769
13
0.06346
0.5370
1.06766
1.20477
29
0.12141
0.4542
0.42842
1.30664
14
0.06497
0.5372
1.05787
1.21073
30
0.12197
0.4537
0.47885
1.30546
15
+0.06626
-0.5384
+1.04772
+1.21648
31
+0.12259
-0.4498
-0.52391
+1.30413
16
+0.06732
-0.5398
+1.03719
+1.22203
32
+0.12342
-0.4435
-0.56460
+1.30267
«-+0".04-i+0'.002
INDEPENDENT STAR-NUMBERS, 1916. 207
FOR WASHINGTON MEAN MTONIGHT.
Solar Day.
r
/
/'
a
H
hOgf.
LogJU
i
(Sidtml
Hour.)
In
Tlnifi.
In
Time.
In
Arc
In
Time.
In
Arc.
In
Time.
LOK^.
y
8
s
• /
h m
• /
h m
tf
Feb. 15
0.1246
+1.288
+0.009
32543.9
21 42.9
306 6.1
2024.4
1.00951
1.28596
-6.77
-0.8306
16
0.1274
1.296
0.011
32642.2
21 42.8
306 3.6
2020.2
1.01284
1.28533
6.85
0.8356
17
0.1301
1.304
0.010
32537.2
21 42.5
304 1.0
20 16.1
1.01574
1.28472
6.93
0.8406
18
0.1329
1.312
0.008
325 30.2
2142.0
302 58.3
2011.9
1.01803
1.28411
7.00
0.8451
h ^»
0.1356
1.320
+0.003
32623.7
2141.6
30165.4
20 7.7
1.01955
1.28352
7.07
0.8496
(10.0) 20
0.1383
+1.327
-0.004
32520.1
2141.3
30062.3
20 3.5
1.02037
1.28293
-7.14
-0.8538
21
0.1411
1.335
0.010
32622.1
2141.5
29949.1
1959.3
1.02063
1.28236
7.21
0.8680
22
0.1438
1.342
0.015
32631.0
2142.1
29846.8
1955.1
1.02069
1.28180
7.28
0.8619
23
0.1466
1.360
0.017
32546.9
2143.1
29742.3
1950.8
1.02101
1.28124
7.34
0.8656
24
0.1493
1.357
0.016
326 7.9
2144.5
296 38.6
1946.6
1.02189
1.28070
7.40
0.8692
25
0.1520
+1.364
-0.012
326 30.7
21 46.0
29634.9
1942.3
1.02367
1.28018
-7.46
-0.8726
26
0.1548
1.372
-0.005
32651.4
21 47.4
29431.0
1938.1
1.02647
1.27968
7.52
0.8769
27
0.1575
1.379
+0.003
327 6.4
2148.4
29327.0
1933.8
1.02997
1.27920
7.67
0.8790
28
0.1602
1.386
0.010
327 13.9
21 48.9
292 22.9
1929.5
1.03383
1.27873
7.62
0.8820
29
0.1630
1.393
0.015
327 13.7
21 18.9
291 18.7
1925.2
1.03749
1.27827
7.67
0.8848
Mar. 1
0.1657
+1.400
+0.016
327 7.9
21 48.5
290 14.4
1921.0
1.04053
1.27788
-7.72
-0.8874
2
0.1685
1.407
0.014
326 59.9
21 48.0
289 10.0
1916.7
1.04268
1.27742
7.76
0.8899
3
0.1712
1.413
0.009
32653.1
2147.5
288 6.6
19 12.4
1.04385
1.27702
7.80
0.8923
4
0.1739
1.420
+0.003
32650.4
2147.4
287 1.0
19 8.1
1.04425
1.27664
7.84
0.8945
h ^
0.1767
1.427
-0.003
326 54.2
2147.6
28666.3
19 3.8
1.04415
1.27628
7.88
0.8965
(U.0) 6
0.1794
+1.434
-0.008
327 4.1
21 48.3
28461.5
1859.4
1.04396
1.27596
-7.91
-0.8984
7
0.1822
1.440
0.010
327 19.3
21 49.3
283 46.8
1865.1
1.04404
1.27664
7.95
0.9002
8
0.1849
1.447
0.010
327 37.5
2150.5
28241.9
1860.8
1.04462
1.27635
7.98
0.9019
9
0.1876
1.453
0.008
327 56.2
2151.8
281 37.0
1846.5
1.04577
1.27608
8.01
0.9034
10
0.1904
1.460
-0.004
32813.1
21 52.9
280 32.1
1842.1
1.04753
1.27483
8.03
0.9047
11
0.1931
+1.466
+0.001
32826.8
21 53.8
279 27.2
1837.8
1.04975
1.27461
-8.05
-0.9059
12
0.1958
1.473
0.006
328 35.8
2164.4
278 22.2
1833.5
1.05221
1.27441
8.07
0.9070
13
0.1986
1.479
0.009
32840.5
2154.7
277 17.2
1829.1
1.05476
1.27423
8.09
0.9080
14
0.2013
1.486
0.011
32840.8
2154.7
276 12.2
1824.8
1.05718
1.27408
8.11
0.9088
15
0.2040
1.492
0.011
32838.0
2154.5
275 7.2
1820.6
1.06928
1.27395
8.12
0.9095
16
0.2068
+1.498
+0.009
32833.5
2154.2
274 2.2
1816.1
1.06087
1.27385
-8.13
-0.9100
17
0.2095
1.505
+0.004
32829.0
21 53.9
27267.2
1811.8
1.06185
1.2737?
8.14
0.9105
18
0.2123
1.511
-0.001
32827.1
21 53.8
271 62.3
18 7.5
1.06219
1.27371
8.14
0.9108
19
0.2150
1.517
0.007
328 29.9
2154.0
27047.4
18 3.2
1.06204
1.27368
8.16
0.9109
20
0.2177
1.524
0.013
328 38.8
2164.6
26942.4
17 58.8
1.06166
1.27369
8.15
0.9110
h 21
0.2205
+1.530
-0.016
32854.1
21 65.6
26837.6
17 64.5
1.06137
1.27370
-8.15
-0.9109
(12.0) 22
0.2232
1.536
0.016
32914.9
2157.0
267 32.7
17 50.2
1.06158
1.27374
8.14
0.9106
23
0.2260
1.543
0.013
32938.1
21 58.5
266 28.0
17 45.9
1.06258
1.27381
8.13
0.9102
24
0.2287
1.549
-0.007
330 0.4
22 0.0
265 23.3
17 41.6
1.06448
1.27390
8.12
0.9098
25
0.2314
1.555
+0.001
33018.3
22 1.2
26418.6
17 37.2
1.06712
1.27402
8.11
0.9091
26
0.2342
+1.562
+0.008
33029.6
22 2.0
263 14.0
17 32.9
1.07014
1.27416
-8.10
-0.9084
27
0.2369
1.568
0.014
330 33.6
22 2.2
262 9.6
17 28.6
1.07314
1.27432
8.08
0.9076
28
0.2396
1.574
0.016
33032.0
22 2.1
261 6.0
17 24.3
1.07565
1.27451
8.06
0.9066
29
(.2424
1.581
0.015
33027.5
22 1.8
260 0.7
1720.0
1.07738
1.27472
8.04
0.9054
30
e.2451
1.687
0.011
33023.7
22 1.6
25866.4
1715.8
1.07825
1.27495
8.02
0.9041
31
0.2479
+1.594
+0.005
33023.4
22 1.6
257 62.3
1711.5
1.07838
1.27520
-7.99
-0.9027
Apr. 1
0.2506
+1.600
-0.002
33028.8
22 1.9
25648.3
17 7.2
1.07803
1.27548
-7.96
-0.9011
INDEPENDENT STAR-NUMBEBS, 1916.
209
FOR WASHINGTON MEAN MIDNIGHT.
Solar Day.
r
y
/
/'
0
H
ho^g.
Log*.
i
(Sidmal
Hour.)
In
Time.
In
Time.
In
Arc.
In
Time.
In
Arc.
In
Time.
Lor'.
8
s
• /
h m
• /
h m
//
May 17
0.3765
+1.971
-0.011
33950.3
22 39.3
21051.7
14 3.4
1.13370
1.30063
-4.45
-0.6480
18
0.3793
1.981
-0.004
34011.1
2240.7
20956.2
1359.7
1.13654
1.30118
4.33
0.6366
19
0.3820
1.991
+0.004
34026.2
2241.7
209 0.8
1356.1
1.13980
1.30172
4.21
0.6247
20
0.3848
2.001
0.012
34035.1
2242.3
208 5.6
1352.4
1.14318
1.30224
4.10
0.6124
b 21
0.3876
2.011
0.017
34038.2
2242.5
20710.5
13 48.7
1.14625
1.30276
3.98
0.5997
(16.0) 22
0.3902
+2.021
+0.018
34037.6
2242.5
20615.6
1345.0
1.14872
1.30326
-3.86
-0.5864
23
0.3930
2.031
0.015
34036.3
2242.4
20520.9
1341.4
1.15047
1.30375
3.74
0.5726
24
0.3957
2.042
0.010
34037.0
2242.5
20426.3
1337.8
1.15152
1.30423
3.62
0.5582
25
0.3984
2.052
+0.003
34042.0
2242.8
20331.8
1334.1
1.15208
1.30470
3.49
0.5432
26
0.4012
2.062
-0.003
34052.5
2243.5
20237.4
1330.5
1.15249
1.30515
3.37
0.5275
27
0.4039
+2.073
-0.008
341 7.7
2244.5
201 43.2
13 26.9
1.15301
1.30559
-3.24
-0.5111
28
0.4067
2.083
0.010
341 26.4
2245.8
20049.0
13 23.3
1.15392
1.30602
3.12
0.4940
29
0.4094
2.094
0.010
341 46.2
2247.1
19955.0
1319.7
1.15538
1.30642
2.99
0.4760
30
0.4121
2.105
0.008
342 5.1
2248.3
199 1.2
13 16.1
1.15734
1.30682
2.87
0.4572
31
0.4149
2.116
-0.003
34221.3
2249.4
198 7.4
13 12.5
1.15973
1.30720
2.74
0.4373
June 1
0.4176
+2.127
+0.001
342 33.8
2250.3
197 13.8
13 8.9
1.16241
1.30756
-2.61
-0.4164
2
0.4204
2.137
0.005
34242.2
2250.8
19620.2
13 5.3
1.16514
1.30791
2.48
0.3943
3
0.4231
2.148
0.009
34246.9
2251.1
19526.7
13 1.8
1.16779
1.30824
2.35
0.3709
4
0.4258
2.159
0.010
34248.6
2251.2
19433.4
1258.2
1.17025
1.30855
2.22
0.3461
h ^
0.4286
2.170
0.010
342 48.3
2251.2
193 40.1
1254.7
1.17235
1.30884
2.09
0.3196
(17.0) 6
0.4313
+2.181
+0.007
34247.4
2251.2
19246.9
1251.1
1.17406
1.30912
-1.96
-0.2913
7
0.4340
2.192
+0.D02
34247.4
2251.2
191 53.8
1247.6
1.17536
1.30938
1.82
0.2608
8
0.4368
2.203
-0.003
34250.0
2251.3
191 0.8
1244.1
1.17630
1.30962
1.69
0.2280
9
0.4395
2.215
0.010
34256.4
2251.8
190 7.9
12 40.5
1.17702
1.30985
1.56
0.1924
10
0.4422
2.226
0.015
343 7.4
2252.5
189 15.0
1237.0
1.17777
1.31006
1.42
0.1534
11
0.4450
+2.237
-0.018
34322.5
2253.5
18822.2
1233.5
1.17881
1.31025
-1.29
-0.1106
12
0.4477
2.248
0.018
34340.5
2254.7
18729.4
1230.0
1.18037
1.31042
1.16
0.0628
13
0.4505
2.259
0.014
34358.7
2255.9
186 36.7
1226.4
1.18258
1.31057
1.02
0.0091
14
0.4532
2.271
-0.007
34414.8
2257.0
18544.0
1222.9
1.18543
1.31071
0.89
9.9476
15
0.4559
2.282
+0.001
34426.5
22 57.8
18451.4
12 19.4
1.18873
1.31082
0.75
9.8758
16
0.4587
+2.293
+0.009
34432.4
2258.2
18358.8
12 15.9
1.19217
1.31092
-0.62
-9.7897
17
0.4614
2.304
0.015
34433.1
2258.2
183 6.3
12 12.4
1.19541
1.31100
0.48
9.6820
18
0.4642
2.316
0.018
34429.8
2258.0
182 13.8
12 8.9
1.19817
1.31106
0.35
9.5383
19
0.4669
2.327
0.017
34425.2
2257.7
18121.2
12 5.4
1.20024
1.31110
0.21
9.3218
h 20
0.4696
2.338
0.013
34422.1
2257.5
18028.7
12 1.9
1.20170
1.31112
-0.07
-8.8704
(18.0) 21
0.4724
+2.350
+0.006
34422.3
22 57.5
17936.2
1158.4
1.20265
1.31112
+0.06
+8.7882
22
0.4751
2.361
0.000
34427.2
22 57.8
17843.7
1154.9
1.20333
1.31110
0.20
9.2945
23
0.4778
2.372
-0.006
34436.6
2258.4
17751.2
1151.4
1.20409
1.31107
0.33
9.5218
24
0.4806
2.384
0.009
34449.2
2259.3
176 58.7
1147.9
1.20511
1.31101
0.47
9.6702
25
0.4833
2.395
0.009
345 3.4
23 0.2
176 6.2
1144.4
1.20660
1.31093
0.60
9.7805
26
0.4861
+2.406
-0.008
34517.0
23 1.1
175 13.7
1140.9
1.20853
1.31083
+0.74
+9.8683
27
0.4888
2.418
-0.004
34528.4
23 1.9
17421.0
1137.4
1.21082
1.31073
0.87
9.9412
28
0.4915
2.429
0.000
34536.5
23 2.4
17328.4
1133.9
1.21340
1.31060
1.01
0.0035
29
0.4943
2.440
+0.005
34540.9
23 2.7
172 35.7
1130.4
1.21604
1.31044
1.14
0.0578
30
0.4970
2.451
0.008
34541.9
23 2.8
171 43.1
1126.9
1.21862
1.31027
1.28
0.1060
July 1
0.4998
+2.463
+0.011
34540.4
23 2.7
17050.4
11 23.4
1.22101
1.31008
+1.41
+0.1493
2
0.5025
+2.474
+0.011
34536.6
23 2.4
16957.6
1119.8
1.22310
1.30988
+1.54
+0.1885
79790^—1916 14
210 INDEPENDENT STAR-NUMBEBS, 1916.
FOR WASHINGTON MEAN MIDNIGHT.
Solar Day.
r
/
/'
0
H
Log^.
Log*.
i
(Sidereal
Hour.)
In
Time.
In
Time.
In
Arc.
In
Time.
In
Arc.
In
Time.
Logf.
y
s
s
• /
h
m
e /
h m
tt
July 1
0.4998
+2.463
+0.011
34540.4
23
2.7
17050.4
1123.4
1.22101
1.31008
+1.41
+0.1493
2
0.5025
2.474
0.011
34636.6
23
2.4
16967.6
11 19.8
1.22310
1.30988
1.54
0.1885
3
0.5052
2.486
0.009
34532.1
23
2.1
169 4.8
11 16.3
1.22482
1.30966
1.68
0.2244
4
0.5080
2.496
+0.004
34528.3
23
1.9
16811.9
11 12.8
1.22616
1.30942
1.81
0.2674
h ^
0.5107
2.507
-0.001
34526.3
23
1.8
167 19.0
11 9.3
1.22717
1.30916
1.94
0.2880
(10.0) 6
0.5134
+2.618
-0.007
34527.5
23
1.8
166 26.0
11 6.7
1.22796
1.30888
+2.07
+0.3164
7
0.5162
2.629
0.013
34532.5
23
2.2
166 32.9
11 2.2
1.22867
1.30858
2.20
0.3430
8
0.5189
2.540
0.017
34641.3
23
2.8
164 39.8
1058.7
1.22958
1.30827
2.33
0.3680
9
0.5216
2.551
0.019
34652.9
23
3.5
16346.6
1066.1
1.23088
1.30795
2.46
0.3914
10
0.5244
2.561
0.016
346 6.4
23
4.4
16253.3
1051.6
1.23270
1.30761
2.69
0.4136
11
0.5271
+2.572
-0.011
34616.6
23
6.1
162 0.0
1048.0
1.23512
1.30725
+2.72
+0.4345
12
0.5299
2.583
-0.003
34624.6
23
6.6
161 6.5
1044.4
1.23798
1.30688
2.85
0.4544
13
0.5326
2.594
+0.005
34627.6
23
6.8
160 12.9
1040.9
1.24103
1.30648
2.97
0.4733
14
0.5353
2.604
0.012
34626.8
23
6.7
159 19.3
1037.3
1.24401
1.30608
3.10
0.4913
15
0.6381
2.615
0.016
34620.3
23
6.4
15826.6
1033.7
1.24662
1.30566
3.22
0.5084
16
0.5408
+2.625
+0.016
34612.9
23
4.9
157 31.6
10 30.1
1.24866
1.30523
+3.35
+0.6248
17
0.5436
2.636
0.014
346 6.1
23
4.4
15637.6
10 26.5
1.25011
1.30478
3.47
0.5405
18
0.5463
2.646
0.008
346 2.1
23
4.1
15643.5
1022.9
1.25107
1.30432
3.59
0.5556
19
0.5490
2.656
+0.002
346 2.1
23
4.1
154 49.2
10 19.3
1.25171
1.30384
3.72
0.5700
h 20
0.5518
2.666
-0.004
346 6.3
23
4.4
15364.8
10 15.7
1.25230
1.30336
3.84
0.5838
(80.0) 21
0.5545
+2.677
-0.008
34613.9
23
4.9
163 0.3
1012.0
1.25308
1.30286
+3.96
+0.6971
22
0.5572
2.687
0.009
34623.3
23
5.6
162 6.6
10 8.4
1.25424
1.30235
4.07
0.6099
23
0.5600
2.697
0.008
34632.9
23
6.2
151 10.9
10 4.7
1.26578
1.30182
4.19
0.6222
24
0.5627
2.707
-0.005
34640.8
23
6.7
16016.9
10 1.1
1.25769
1.30129
4.31
0.6340
25
0.5655
2.717
0.000
34646.0
23
7.1
14920.7
957.4
1.25981
1.30075
4.42
0.6455
26
0.5682
+2.727
+0.004
34648.0
23
7.2
14826.5
953.7
1.26204
1.30019
+4.53
+0.6565
27
0.5709
2.736
0.008
34646.9
23
7.1
147 30.1
950.0
1.26423
1.29963
4.65
0.6671
28
0.5737
2.746
0.011
34643.1
23
6.9
146 34.6
946.3
1.26626
1.29906
4.76
0.6774
29
0.5764
2.756
0.011
34637.6
23
6.5
146 38.8
942.6
1.26803
1.29849
4.87
0.6873
30
0.5792
2.765
0.010
34631.2
23
6.1
14442.9
938.9
1.26950
1.29790
4.98
0.6968
31
0.5819
+2.774
+0.007
34625.1
23
5.7
14346.9
936.1
1.27062
1.29730
+5.08
+0.7061
Aug. 1
0.5846
2.784
+0.001
346 20.6
23
6.4
14250.6
931.4
1.27141
1.29670
6.19
0.7150
2
0.5874
2.793
-0.005
346 18.2
23
6.2
141 64.2
927.6
1.27195
1.29610
5.29
0.7236
3
0.5901
2.802
0.011
34619.4
23
6.3
14057.7
923.8
1.27238
1.29548
5.40
0.7320
4
0.5928
2.811
0.016
34624.1
23
6.6
140 0.9
920.1
1.27290
1.29496
6.50
0.7401
h 5
0.5956
+2.820
-0.018
34631.6
23
6.1
139 4.0
916.3
1.27370
1.29425
+6.60
+0.7479
(81.0) 6
0.5983
2.829
0.018
34640.7
23
6.7
138 6.9
912.5
1.27492
1.29362
6.69
0.7554
7
0.6010
2.838
0.013
34649.3
23
7.3
137 9.6
9 8.6
1.27665
1.29301
6.79
0.7628
8
0.6038
2.847
-0.007
346 65.6
23
7.7
136 12.2
9 4.8
1.27884
1.29238
6.89
0.7698
9
0.6065
2.855
+0.001
34667.9
23
7.9
136 14.6
9 1.0
1.28128
1.29175
5.98
0.7767
10
0.6093
+2.864
+0.009
34665.9
23
7.7
134 16.7
867.1
1.28376
1.29112
+6.07
+0.7833
11
0.6120
2.872
0.014
34650.2
23
7.3
13318.7
863.2
1.28597
1.29049
6.16
0.7897
12
0.6147
2.881
0.015
34642.3
23
6.8
132 20.6
849.4
1.28772
1.28987
6.25
0.7959
13
0.6175
2.889
0.014
34634.3
23
6.3
13122.2
845.5
1.28896
1.28924
6.34
0.8018
14
0.6202
2.897
0.009
34628.4
23
5.9
13023.6
841.6
1.28969
1.28863
6.42
0.8076
15
0.6230
+2.905
+0.003
34625.9
23
5.7
129 24.9
837.7
1.29008
1.28800
+6.61
+0.8132
16
0.6257
+2.914
-0.003
34627.5
23
5.8
12826.0
833.7
1.29037
1.28739
+6.69
+0.8186
INDEPENDENT STAR-NUMBEBS, 1916. 211
FOR WASHINGTON MEAN MIDNIGHT.
Solar Day.
r
/
/'
0
H
LoK^.
Log*.
i
(Slderpal
Hoar.)
Tn
Time.
In
Time.
In
Arc.
In
Time.
In
Arc.
In
Time.
Log^.
y
8
s
• /
h
m
o /
h m
It
Aug. 16
0.6257
+2.914
-0.003
34627.5
23
5.8
12826.0
8 33.7
1.29037
1.28739
+6.59
+0.8186
17
0.6284
2.922
0.007
34632.6
23
6.2
127 26.8
8 29.8
1.29076
1.28678
6.67
0.8238
18
0.6312
2.930
0.009
34640.1
23
6.7
12627.5
8 25.8
1.29143
1.28618
6.74
0.8289
19
0.6339
2.937
0.008
34648.3
23
7.2
12528.0
8 21.9
1.29244
1.28558
6.82
0.8337
h 20
0.6366
2.945
0.005
34655.4
23
7.7
12428.3
817.9
1.29381
1.28499
6.89
0.8384
(tt.0) 21
0.6394
+2.953
-0.001
347 0.3
23
8.0
123 28.3
813.9
1.29543
1.28440
+6.96
+0.8429
22
0.6421
2.960
+0.004
347 2.5
23
8.2
12228.2
8 9.9
1.29716
1.28383
7.04
0.8473
23
0.6449
2.968
0.008
347 1.7
23
8.1
121 28.0
8 5.9
1.29890
1.28326
7.10
0.8514
24
0.6476
2.975
0.011
34658.6
23
7.9
12027.5
8 1.8
1.30051
1.28270
7.17
0.8555
25
0.6503
2.982
0.012
34653.5
23
7.6
11926.8
7 57.8
1.30191
1.28216
7.23
0.8594
26
0.6531
+2.990
+0.011
34647.5
23
7.2
11826.0
7 53.7
1.30304
1.28162
+7.30
+0.8631
27
0.6558
2.997
0.008
34641.6
23
6.8
117 26.0
7 49.7
1.30385
1.28110
7.36
0.8666
28
0.6586
3.004
+0.004
346 36.8
23
6.5
11623.8
7 45.6
1.30437
1.28059
7.41
0.8700
29
0.6613
3.011
-0.002
34634.1
23
6.3
115 22.5
7 41.5
1.30463
1.28009
7.47
0.8733
30
0.6640
3.018
0.008
34634.4
23
6.3
114 20.9
7 37.4
1.30476
1.27960
7.52
0.8764
31
0.6668
+3.025
-0.014
346 38.0
23
6.5
11319.3
7 33.3
1.30488
1.27914
+7.58
+0.8794
Sept, 1
0.6695
3.032
0.017
34644.4
23
7.0
11217.4
7 29.2
1.30520
1.27869
7.62
0.8822
2
0.6722
3.039
0.017
34653.0
23
7.5
111 15.4
7 25.0
1.30588
1.27825
7.67
0.8849
3
0.6750
3.046
0.014
347 1.8
23
8.1
110 13.3
7 20.9
1.30703
1.27783
7.72
0.8875
h 4
0.6777
3.052
0.009
347 9.0
23
8.6
10911.0
7 16.7
1.30858
1.27741
7.76
0.8899
(S8.0) 5
0.6804
+3.059
-0.001
347 13.2
23
8.9
108 8.6
7 12.6
1.31047
1.27703
+7.80
+0.8922
6
0.6832
3.066
+0.006
34713.3
23
8.9
107 6.0
7 8.4
1.31243
1.27668
7.84
0.8943
7
0.6859
3.072
0.012
347 9.7
23
8.6
106 3.3
7 4.2
1.31428
1.27633
7.88
0.8963
8
0.6887
3.079
0.014
347 3.7
23
8.2
105 0.5
7 0.0
1.31573
1.27600
7.91
0.8982
9
0.6914
3.085
0.014
34656.9
23
7.8
10357.6
6 55.8
1.31672
1.27569
7.94
0.8999
10
0.69-U
+3.092
+0.010
34651.6
23
7.4
10254.6
6 51.6
1.31724
1.27541
+7.97
+0.9016
11
0.6969
3.098
+0.004
34649.3
23
7.3
10151.4
6 47.4
1.31741
1.27514
8.00
0.9030
12
0.6996
3.104
-0.002
34650.9
23
7.4
10048.1
6 43.2
1.31740
1.27489
8.02
0.9044
13
0.7024
3.111
0.007
34656.2
23
7.7
9944.7
6 39.0
1.31744
1.27466
8.05
0.9056
14
0.7051
3.117
0.010
347 4.2
23
8.3
9841.3
6 34.8
1.31774
1.27447
8.07
0.9067
15
0.7078
+3.123
-0.009
347 13.4
23
8.9
97 37.7
6 30.5
1.31837
1.27429
+8.09
+0.9077
16
0.7106
3.130
0.007
347 22.2
23
9.5
9634.0
6 26.3
1.31933
1.27413
8.10
0.9085
17
0.7133
3.136
-0.003
347 29.3
23 10.0
9530.3
6 22.0
1.32058
1.27400
8.12
0.9093
18
0.7160
3.142
+0.002
347 33.9
23 10.3
9426.5
6 17.8
1.32199
1.27388
8.13
0.9098
h 1»
0.7188
3.148
0.007
347 35.6
23 10.4
9322.7
6 13.5
1.32342
1.27380
8.13
0.9103
(0.0) 20
0.7215
+3.154
+0.010
347 35.1
23 10.3
9218.7
6 9.2
1.32477
1.27374
+8.14
+0.9106
21
0.7242
3.161
0.012
347 32.5
23 10.2
91 14.7
6 5.0
1.32591
1.27369
8.15
0.9109
22
0.7270
3.167
0.012
347 29.0
23
9.9
9010.6
6 0.7
1.32685
1.27368
8.15
0.9110
23
0.7297
3.173
0.010
347 25.4
23
9.7
89 6.5
5 56.4
1.32750
1.27369
8.15
0.9109
24
0.7325
3.179
+0.005
347 22.6
23
9.5
88 2.4
5 52.2
1.32787
1.27373
8.14
0.9107
25
0.7352
+3.185
0.000
347 21.5
23
9.4
8658.3
5 47.9
1.32801
1.27378
+8.14
+0.9104
26
0.7379
3.192
-0.006
34723.2
23
9.5
8554.1
5 43.6
1.32799
1.27385
8.13
0.9100
27
0.7407
3.198
0.012
34727.9
23
9.9
84 49.9
5 39.3
1.32794
1.27396
8.12
0.9095
28
0.7434
3.204
0.015
347 35.6
23 10.4
8345.7
5 35.0
1.32805
1.27409
8.11
0.9088
29
0.7462
3.210
0.017
34745.5
2311.0
8241.6
5 30.8
1.32846
1.27424
8.09
0.9080
30
0.7489
+3.216
-0.015
34756.2
2311.8
81 37.4
5 26.5
1.32926
1.27441
+8.07
+0.9070
Oct. 1
0.7516
+3.223
-0.010
348 6.0
2312.4
8033.3
5 22.2
1.33052
1.27460
+8.05
+0.9060
212 INDEPENDENT STAR-NUMBERS, 1916.
FOR WASHINGTON MEAN MTONIGHT.
Solar Day.
r
/
/'
0
H
Log^.
lAi^K
1
(Sidereal
Hour.)
In
Time.
In
Time.
In
Arr.
In
Time.
In
Arc.
In
Time.
i
Logi
y
s
s
• /
h m
o /
h m
If
Oct. 1
0.7516
+3.223
-0.010
348 6.0
23 12.4
80 33.3
5 22.2
1.33052
1.27460
+8.06
+o.9oa
2
0.7544
3.229
-0.003
348 13.3
23 12.9
79 29.2
5 18.0
1.33209
1.27483
8.03
0.9048
3
0.7571
3.235
+0.004
34817.0
2313.1
78 26.1
6 13.7
1.33383
1.27508
8.01
0.9034
h 4
0.7598
3.242
0.010
34817.0
2313.1
77 21.1
5 9.4
1.33652
1.27534
7.98
0.9019
(1.0) 5
0.7626
3.248
0.014
348 14.2
23 12.9
76 17.1
6 6.1
1.33694
1.27563
7.95
0.9003
6
0.7653
+3.254
+0.014
348 10.2
2312.7
75 13.2
6 0.9
1.33792
1.27693
+7.92
+0.8986 !
7
0.7681
3.261
0.011
348 7.1
23 12.5
74 9.3
4 66.6
1.33846
1.27626
7.88
0.8967 '
8
0.7708
3.267
+0.006
348 6.5
23 12.4
73 5.5
4 62.4
1.33863
1.27661
7.85
0.8947
9
0.7736
3.274
0.000
348 9.3
23 12.6
72 1.8
4 48.1
1.33858
1.27698
7.81
0.8925
10
0.7763
3.281
-0.006
348 15.9
2313.1
70 68.2
4 43.9
1.33853
1.27737
7.77
0.8902
11
0.7790
+3.287
-0.010
34825.5
23 13.7
69 64.6
4 39.6
1.33872
1.27777
+7.72
+0.8878
12
0.7818
3.294
0.010
34836.9
23 14.5
68 51.1
4 36.4
1.33920
1.27820
7.68
0.8852
13
0.7845
3.301
0.008
34848.0
23 15.2
67 47.7
4 31.2
1.34006
1.27864
7.63
0.8824
14
0.7872
3.308
-0.005
34857.8
23 15.9
66 44.5
4 27.0
1.34124
1.27911
7.58
0.8796
15
0.7900
3.315
0.000
349 5.4
23 16.4
65 41.3
4 22.7
1.34259
1.27959
7.53
0.8765
16
0.7927
+3.322
+0.005
349 10.3
2316.7
64 38.1
4 18.5
1.34403
1.28008
+7.47
+0.8733
17
0.7954
3.329
0.009
349 12.7
23 16.8
63 35.1
4 14.3
1.34540
1.28059
7.41
O.8700
18
0.7982
3.336
0.011
34913.1
2316.9
62 32.3
4 10.2
1.34661
1.28112
7.35
0.8665
19
0.8009
3.343
0.012
349 12.4
2316.8
61 29.5
4 6.0
1.34760
1.28165
7.29
0.8628
h 20
0.8036
3.350
0.010
34911.3
2316.7
60 26.9
4 1.8
1.34836
1.28221
7.23
O.8590
(8.0) 21
0.8064
+3.358
+0.006
349 10.8
2316.7
59 24.3
3 57.6
1.34887
1.28278
+7.16
+0.8549
22
0.8091
3.365
+0.001
34911.7
23 16.8
58 21.9
3 53.6
1.34914
1.28336
7.09
0.8508
23
0.8119
3.372
-0.004
349 15.0
2317.0
57 19.6
3 49.3
1.34928
1.28394
7.02
0.8464
24
0.8146
3.380
0.010
34921.0
2317.4
56 17.5
3 45.2
1.34938
1.28464
6.95
0.8419
25
0.8173
3.388
0.014
349 29.9
2318.0
65 15.6
3 41.0
1.34960
1.28516
6.87
0.8372
26
0.8201
+3.395
-0.016
34941.0
23 18.7
64 13.7
3 36.9
1.36008
1.28576
+6.80
+0.8322
27
0.8228
3.403
0.015
34953.3
23 19.6
53 12.0
3 32.8
1.35094
1.28638
6.72
0.8271
28
0.8256
3.411
0.011
350 6.0
2320.3
52 10.3
3 28.7
1.35223
1.28702
6.63
0.8218
29
0.8283
3.419
-0.005
35014.7
2321.0
51 8.9
3 24.6
1.36387
1.28765
6.55
0.8163
30
0.8310
3.427
+0.003
35021.1
2321.4
50 7.7
3 20.6
1.36572
1.28829
6.47
0.8106
31
0.8338
+3.436
+0.010
35023.9
2321.6
49 6.6
3 16.4
1.36764
1 .28894
+6.38
+0.8047
Nov. 1
0.8365
3.444
0.014
35023.6
2321.6
48 6.6
3 12.4
1 .35916
1.28968
6.29
0.7986
2
0.8392
3.452
0.015
35021.8
2321.5
47 4.8
3 8.3
1.36041
1.29023
6.20
0.7922
3
0.8420
3.461
0.013
35020.0
2321.3
46 4.2
3 4.3
1.36122
1.29090
6.10
0.7856
h 4
0.8447
3.469
0.008
35020.2
2321.3
45 3.6
3 0.2
1.36167
1.29165
6.01
0.7788
(3.0) 5
0.8475
+3.478
+0.002
35023.4
2321.6
44 3.3
2 56.2
1.36188
1.29221
+5.91
+0.7717
6
0.8502
3.487
-0.004
35030.3
2322.0
43 3.1
2 52.2
1.36207
1.29286
5.81
0.7643
7
0.8529
3.496
0.009
35040.2
2322.7
42 3.1
2 48.2
1.36242
1.29352
5.71
0.7567
8
0.8557
3.505
0.011
35051.9
2323.5
41 3.2
2 44.2
1.36307
1.29417
5.61
0.7489
9
0.8584
3.514
0.010
351 4.0
2324.3
40 3.6
2 40.2
1.36408
1.29482
5.50
0.7407
10
0.8612
+3.523
-0.006
351 14.9
2325.0
39 4.0
2 36.3
1.36540
1.29647
+5.40
+0.7322
11
0.8639
3.532
-0.002
351 23.7
23 25.6
38 4.6
2 32.3
1.36696
1.29611
5.29
0.7234
12
0.8666
3.541
+0.003
35129.8
2326.0
37 5.3
2 28.4
1.36861
1.29675
6.18
0.7144
13
0.8694
3.551
0.008
35133.4
2326.2
36 6.1
2 24.4
1.37021
1.29738
5.07
0.7049
14
0.8721
3.560
0.011
35134.9
2326.3
36 7.1
2 20.6
1.37169
1.29800
4.96
0.6951
•
15
0.8748
+3.570
+0.012
35135.1
2326.3
34 8.3
2 16.6
1.37298
1.29861
+4.84
+0.6850
16
0.8776
+3.580
+0.010
351 34.7
23 26.3
33 9.6
2 12.6
1.37405
1.29923
+4.73
+0.6745
INDEPENDENT STAR-NUMBERS, 1916. 213
FOR WASHINGTON MEAN MIDNIGHT.
SdmrDay.
r
/
/'
O
H
Logg.
Log A.
i
(Sidereal
Boor.)
In
Time.
In
Time.
In
Arc.
In
Time.
In
Arc.
In
Time.
Lo«<.
y
8
s
• /
h m
• f
h m
Nov. 16
0.8776
+3.580
+0.010
35134.7
2326.3
33 9.6
212.6
1.37405
1.29923
+4.73
+0.6745
17
0.8803
3.589
0.007
35134.6
23 26.3
3211.0
2 8.7
1.37486
1.29983
4.61
0.6636
18
0.8830
3.599
+0.003
35135.6
2326.4
31 12.5
2 4.8
1.37547
1.30042
4.49
0.6522
h 19
0.8858
3.609
-0.003
35138.5
2326.6
3014.2
2 0.9
1.37593
1.30100
4.37
0.6403
(4.0) 20
0.8885
3.620
0.009
35143.7
23 26.9
2916.0
157.1
1.37635
1.30157
4.25
0.6280
21
0.8913
+3.630
-0.014
35151.5
2327.4
2817.9
153.2
1.37684
1.30212
+4.12
+0.6152
22
0.8940
3.640
0.017
352 1.5
2328.1
2720.0
149.3
1.37755
1.30268
4.00
0.6019
23
0.8967
3.650
0.017
352 12.8
23 28.9
2622.2
145.5
1.37861
1.30321
3.87
0.5880
24
0.8995
3.661
0.013
35223.7
2329.6
25 24.5
1 4r.6
1.38008
1.30372
3.74
0.5735
25
0.9022
3.671
-0.007
35233.1
2330.2
2426.9
137.8
1.38186
1.30422
3.62
0.5584
26
0.9050
+3.682
0.000
352 39.6
2330.6
23 29.4
134.0
1.38391
1.30472
+3.49
+0.5425
27
0.9077
3.693
+0.008
35242.6
23 30.8
22 32.0
130.1
1.38600
1.30520
3.36
0.5259
28
0.9104
3.703
0.013
35242.5
2330.8
2131.7
126.3
1.38792
1.30566
3.22
0.5085
29
0.9132
3.714
0.016
352 40.3
2330.7
2037.6
122.5
1.38953
1.30611
3.09
0.4902
30
0.9159
3.725
0.015
35237.7
2330.5
1940.5
118.7
1.39074
1.30653
2.96
0.4710
Dec. 1
0.9186
+3.736
+0.011
352 36.5
2330.4
1843.5
114.9
1.39155
1.30695
+2.82
+0.4508
2
0.9214
3.747
+0.005
35237.8
2330.5
17 46.7
111.1
1.39208
1.30734
2.69
0.4294
3
0.9241
3.758
-0.002
35242.3
2330.8
16 49.9
1 7.3
1.39254
1.30772
2.55
0.4067
h 4
0.9269
3.769
0.007
352 49.9
2331.3
1553.2
1 3.5
1.39311
1.30807
2.41
0.3827
(1.0) 6
0.9296
3.781
0.010
35259.2
2331.9
1456.6
059.8
1.39391
1.30842
2.28
0.3571
6
0.9323
+3.792
-0.010
353 9.3
2332.6
14 0.0
056.0
1.39609
1.30874
+2.14
+0.3297
7
0.9351
3.803
0.007
35318.5
2333.2
13 3.5
052.2
1.39654
1.30904
2.00
0.3003
8
0.9378
3.815
-0.003
35325.8
2333.7
12 7.1
048.5
1.39821
1.30932
1.86
0.2687
9
0.9406
3.826
+0.002
35330.6
2334.0
11 10.8
044.7
1.40001
1.30959
1.72
0.2344
10
0.9433
3.838
0.007
35332.9
2334.2
10 14.5
041.0
1.40180
1.30983
1.57
0.1970
11
0.9460
+3.849
+0.010
35333.0
2334.2
918.2
037.2
1.40348
1.31005
+1.43
+0.1559
12
0.9488
3.861
0.012
35331.7
2334.1
822.0
033.5
1.40497
1.31026
1.29
0.1104
13
0.9515
3.872
0.011
35329.6
2334.0
725.8
029.7
1.40622
1.31044
1.15
0.0594
14
0.9542
3.884
0.008
35327.6
2333.8
629.6
026.0
1.40725
1.31060
1.00
0.0013
15
0.9570
3.895
+0.004
35326.4
2333.8
533.5
022.2
1.40809
1.31074
0.86
9.9342
16
0.9597
+3.907
-0.002
35326.7
2333.8
437.4
018.5
1.40875
1.31085
+0.72
+9.8546
17
0.9624
3.919
0.008
35329.0
2333.9
341.3
014.8
1.40935
1.31095
0.57
9.7566
18
0.9652
3.930
0.013
35333.5
2334.2
245.2
011.0
1.40997
1.31102
0.43
9.6299
19
0.9679
3.942
0.017
35340.1
2334.7
149.2
0 7.3
1.41076
1.31108
0.28
9.4500
h 20
0.9707
3.954
0.018
35348.0
2335.2
053,1
0 3.5
1.41183
1.31111
+0.14
+9.1369
(6.0) 21
0.9734
+3.966
-0.016
35356.1
2336.7
35957.0
2359.8
1.41325
1.31112
-0.01
-7.8927
22
0.9761
3.977
0.011
354 3.0
2336.2
359 1.0
2356.1
1.41500
1.31110
0.16
9.1838
23
0.9789
3.989
-0.003
354 7.5
2336.5
358 4.8
2352.3
1.41702
1.31107
0.30
9.4736
24
0.9816
4.001
+0.005
354 8.8
2386.6
357 8.6
2348.6
1.41912
1.31102
0.44
9.6457
25
0.9814
4.012
0.011
354 7.3
2336.5
35612.5
2344.8
1.42112
1.31095
0.69
9.7686
26
0.9871
+4.024
+0.015
354 3.4
23 36.2
35516.3
2341.1
1.42287
1.31084
-0.73
-9.8642
27
0.9898
4.036
0.016
35358.5
2335.9
35420.1
2337.3
1.42426
1.31072
0.88
9.9424
28
0.9926
4.047
0.013
35354.4
2336.6
35323.9
2333.6
1.42522
1.31058
1.02
0.0084
29
0.9953
4.059
0.007
35352.4
2335.5
35227.6
2329.8
1.42592
1.31041
1.16
0.0667
30
0.9980
4.070
+0.001
35353.3
2335.6
351 31.3
2326.1
1.42647
1.31023
1.31
0.1161
31 1.0008
+4.082
-0.005
35357.0
2335.8
35034.9
2322.3
1.42704
1.31003
-1.45
-0.1612
32
1.0035
+4.094
-0.008
354 2.9
2336.2
34938.6
2318.6
1.42779
1.30980
-1.59
-0.2019
214 BESSELIM MD INDEPENDENT STAR-NUMBERS, 1916.
FOR WASHINGTON SIDEREAL TWELVE HOURS.
MflAn Solar
Date.
Log ill.
LogBi.
Log C.
LogD.
/
Oa
H
Log^i.
Logk.
Logi.
Jan. 0.72
+9.4261
-0.7301
-0.5001
+1.3049
+0.822
314 52
351 6
0.8796
1.3101
-0.1378
10.70
9.4834
0.7326
0.8049
1.2845
0.936
318 28
341 40
0.9111
1.3071
0.4422
20.67
9.5314
0.7394
0.9729
1.2486
1.047
321 9
332 5
0.9419
1.3023
0.6101
30.64
9.5714
0.7487
1.0831
1.1944
1.147
323 7
322 16
0.9704
1.2963
0.72(M
Feb. 9.61
9.6046
0.7586
1.1596
1.1168
1.239
324 35
312 11
0.9966
1.2898
0.7969
19.59
+9.6323
-0.7674
-1.2127
+1.0056
+1.320
325 45
301 50
1.0170
1.2836
-O.8500
29.56
9.6557
0.7733
1.2477
0.8375
1.393
326 49
291 15
1.0351
1.2782
0.8849
Mar. 10.53
9.6762
0.7754
1.2675
+0.5355
1.460
327 55
280 30
1.0502
1.2748
0.9048
20.50
9.6947
0.7729
1.2737
-8.9881
1.524
329 9
269 42
1.0630
1.2737
O.9110
30.48
9.7125
0.7655
1.2668
0.5569
1.687
330 36
258 68
1.0744
1.2749
0.9041
Apr. 9.46
+9.7304
-0.7534
-1.2468
-0.8443
+1.664
332 15
248 24
1.0854
1.2784
-0.8840
19.42
9.7489
0.7371
1.2125
1.0063
1.726
334 6
238 7
1.0969
1.2835
0.8497
29.40
9.7685
0.7176
1.1616
1.1139
1.805
336 5
228 8
1.1096
1.2896
0.7989
May 9.37
9.7892
0.6961
1.0899
1.1894
1.893
338 4
218 29
1.1238
1.2958
0.7272
19.34
9.8107
0.6743
0.9894
1.2428
1.989
339 59
209 9
1.1398
1.3016
0.6266
29.31
+9.8327
-0.6541
-0.8422
-1.2791
+2.091
341 42
200 6
1.1572
1.3064
-0.4795
June 8.29
9.8547
0.6372
0.5981
1.3012
2.201
343 11
191 12
1.1757
1.3096
0.2354
18.26
9.8763
0.6251
-9.9402
1.3107
2.313
344 22
182 26
1.1946
1.3110
-9.5775
28.23
9.8969
0.6188
+0.3504
1.3080
2.426
345 16
173 42
1.2134
1.3106
+9.9876
July 8.20
9.9163
0.6184
0.7235
1.2932
2.537
345 64
164 65
1.2316
1.3084
0.3608
18.18
+9.9341
-0.6231
+0.9135
-1.2653
+2.643
346 18
166 1
1.2487
1.3046
+0.5508
28.16
9.9502
0.6315
1.0366
1.2224
2.743
346 32
146 64
1.2644
1.2993
0.6738
Aug. 7.12
9.9646
0.6418
1.1228
1.1610
2.835
346 39
137 31
1.2785
1.2932
O.7600
17.10
9.9772
0.6621
1.1846
1.0749
2.918
346 43
127 51
1.2910
1.2870
0.8218
27.07
9.9883
0.6604
1.2278
0.9509
2.994
346 48
117 61
1.3020
1.2813
0.8651
Sept. 6.04
+9.9982
-0.6651
+1.2561
-0.7569
+3.063
346 57
107 36
1.3116
1.2768
+0.8933
16.01
0.0072
0.6650
1.2709
-0.3653
3.127
347 13
97 6
1.3201
1.2742
0.9082
25.99
0.0157
0.6591
1.2730
+0.0655
3.188
347 37
86 27
1.3280
1.2738
0.9102
Oct. 5.96
0.0242
0.6470
1.2623
0.6656
3.251
348 11
75 48
1.3355
1.2758
0.8995
15.93
0.0330
0.6284
1.2379
0.9020
3.318
348 63
66 14
1.3433
1.2798
0.8752
25.90
+0.0426
-0.6040
+1.1979
+1.0467
+3.391
349 42
64 61
1.3516
1.2864
+0.8352
Nov. 4.88
0.0528
0.5746
1.1389
1.1437
3.472
350 35
44 41
1.3608
1.2918
0.7761
14.86
0.0641
0.5422
1.0644
1.2128
3.664
351 28
34 47
1.3710
1.2982
0.6917
24.82
0.0762
0.5094
0.9314
1.2608
3.664
362 18
26 6
1.3821
1.3039
0.6687
Dec. 4.79
0.0889
0.4796
0.7381
1.2919
3.773
363 0
16 37
1.3941
1.3082
0.3754
14.77
+0.1018
-0.4560
+0.3471
+1.3081
+3.887
853 34
6 16
1.4066
1.3106
+9.9844
24.74
0.1146
0.4417
-0.0413
1.3104
4.004
353 57
366 65
1.4191
1.3110
-9.6785
34.71
+0.1270
-0.4380
-0.6425
+1.2989
+4.119
354 10
347 34
1.4313
1.3092
-0.2798
i?-+o*.ooa
The above numbers give the same reductions from mean to apparent place as are employed
in computing the apparent places of the fixed stars, given on pages 316 to 613, from the mean
places, given on pages 217 to 230. In order to render exact interpolation possible through intervals
of ten days, all short period terms have been omitted.
TERMS OF SHORT PERIOD IN THE NUTATION, 1916. 215
FOR WASHINGTON MEAN MIDNIGHT.
Dftte.
1
n
Date.
6''i>
6'ffo
Date.
6"if
6''oo
Date.
^''i>
6''fO
tt 1
It
n
It
ti
It
It
Jan. 0
-0.29
-0.02
Feb. 15
+0.15
-0.05
Apr. 1
-0.03
+0.10
May 17
-0.18
-0.08
1
0.23
0.07
16
0.18
-0.02
2
0.12
0.07
18
-0.06
0.10
2
-0.12
0.10
17
0.17
+0.02
3
0.17
+0.03
19
+0.07
0.10
3
+0.01
0.11
18
0.12
0.06
4
0.18
-0.02
20
0.19
0.08
4
0.15
0.09
19
+0.04
0.09
5
0.15
0.05
21
0.27
-0.03
5
+0.25
-0.05
20
-0.06
+0.10
6
-0.09
-0.08
22
+0.29
+0.02
6
0.29
0.00
21
0.16
0.09
7
-0.02
0.09
23
0.25
0.07
7
0.28
+0.05
22
0.24
0.06
8
+0.06
0.09
24
0.17
0.10
8
0.21
0.09
23
0.28
+0.01
9
0.12
0.07
25
+0.06
0.10
9
0.11
0.10
24
0.27
-0.04
10
0.16
-0.04
26
-0.05
0.09
10
+0.01
+0.10
25
-0.20
-0.08
11
+0.17
0.00
27
-0.13
+0.06
U
-0.08
0.07
26
-0.08
0.10
12
0.14
+0.04
28
0.17
+0.01
12
0.14
+0.03
27
+0.04
0.10
18
+0.09
0.07
29
0.16
-0.03
13
0.16
-0.01
28
0.16
0.08
14
0.00
0.09
30
0.12
0.07
14
0.14
0.05
29
0.24
-0.03
15
-0.10
0.10
31
-0.06
0.09
15
-0.09
-0.08
Mar. 1
+0.26
+0.02
16
-0.19
+0.08
June 1
+0.02
-0.09
16
-0.02
0.09
2
0.23
0.07
17
0.25
+0.04
2
0.09
0.08
17
+0.05
0.09
3
0.15
0.10
18
0.27
0.00
3
0.14
0.06
18
0.11
0.07
4
+0.05
0.10
19
0.23
-0.05
4
0.17
-0.02
19
0.16
-0.04
5
-0.05
0.09
20
0.14
0.09
5
0.16
+0.02
20
+0.17
0.00
6
-0.13
+0.06
21
-0.01
-0.10
6
+0.12
+0.05
21
0.15
+0.04
7
0.16
+0.02
22
+0.11
0.10
7
+0.04
0.08
22
+0.09
0.07
8
0.16
-0.03
23
0.22
0.06
8
-0.06
0.09
28
0.00
0.10
9
0.13
0.06
24
0.27
-0.02
9
0.16
0.09
24
-0.10
0.10
10
-0.06
0.09
25
0.27
+0.04
10
0.24
0.07
25
-0.20
+0.08
11
+0.01
-0.09
26
+0.21
+0.08
11
-0.29
+0.03
26
0.28
+0.04
12
0.08
0.08
27
0.12
0.10
12
0.29
-0.02
27
0.30
0.00
13
0.14
0.06
28
+0.01
0.10
13
0.23
0.07
28
0.26
-0.05
14
0.17
-0.03
29
-0.09
0.08
14
-0.12
0.10
29
0.17
0.09
15
0.17
+0.01
80
0.15
+0.04
15
+0.01
0.10
80
-0.04
-0.11
16
+0.14
+0.05
May 1
-0.18
0.00
16
+0.14
-0.09
81
+0.09
0.10
17
+0.07
0.08
2
0.16
-0.04
17
0.24
-0.05
Kb. 1
0.20
0.06
18
-0.02
0.10
8
0.11
0.08
18
0.29
0.00
2
0.26
-0.02
19
0.12
0.09
4
-0.04
0.09
19
0.27
+0.05
8
0.27
+0.04
20
0.21
0.07
5
+0.04
0.09
20
0.21
0.09
4
+0.22
+0.08
21
-0.26
+0.03
6
+0.10
-0.08
21
+0.11
+0.10
5
0.13
0.10
22
0.26
-0.02
7
0.15
0.05
22
0.00
0.10
6
+0.03
0.10
23
0.21
0.07
8
0.16
-0.01
23
-0.09
0.07
7
-0.06
0.08
24
-0.11
0.10
9
0.15
+0.03
24
0.15
+0.03
8
0.13
+0.05
25
+0.02
0.10
10
0.10
0.06
25
0.16
-0.02
9
-0.16
0.00
26
+0.14
-0.09
11
+0.02
+0.09
26
-0.13
-0.06
10
0.15
-0.04
27
0.23
-0.05
12
-0.08
0.10
27
-0.07
0.08
11
0.11
0.07
28
0.27
0.00
13
0.18
0.08
28
+0.01
0.09
12
-0.04
0.09
29
0.25
+0.05
14
0.25
0.05
29
0.08
0.09
18
+0.03
0.09
30
0.18
0.09
15
0.28
+0.01
80
0.14
0.07
14
+0.10
-0.08
31
+0.08
+0.10
16
-0.26
-0.04
Jidy 1
+0.17
-0.03
15
+0.15
-0.05
Apr. 1
-0.03
+0.10
17
-0.18
-0.08
2
+0.17
0.00
216 TERMS OF SHORT PERIOD IN THE NUTATION, 1916
FOR WASHINGTON MEAN MIDNIGHT.
Date.
8''if
<5^^a>
Date.
8''i>
<5'^<»
Date.
6''i>
d'^a?
Date.
6''i>
6"it
It
//
n
n
n
//
n
It
July 1
+0.17
-0.03
Aug. 16
-0.05
+0.09
Oct. 1
-0.16
-0.09
Nov.16
+0.17
+0.02
2
0.17
0.00
17
0.12
0.05
2
-0.05
0.10
17
0.12
0.06
3
0.14
+0.04
18
0.15
+0.01
3
+0.07
0.09
18
+0.04
0.08
4
+0.07
0.07
19
0.14
-0.04
4
0.17
0.06
19
-0.05
0.09
5
-0.02
0.09
20
0.09
0.07
5
0.23
-0.01
20
0.15
0.08
6
-0.12
+0.09
21
-0.02
-0.09
6
+0.23
+0.04
21
-0.23
+0.06
7
0.22
0.08
22
+0.06
0.09
7
0.18
0.08
22
0.27
+0.02
8
0.29
+0.04
23
0.13
0.08
8
+0.09
0.10
23
0,27
-0.02
9
0.30
-0.01
24
0.17
0.05
9
-0.01
0.10
24
0.22
0.06
10
0.27
0.05
25
0.19
-0.02
10
0.10
0.08
25
-0.12
0.09
11
-0.18
-0.09
26
+0.18
+0.02
11
-0.16
+0.04
26
0.00
-0.10
12
-0.06
0.10
27
0.14
0.06
12
0.17
-0.01
27
+0.13
0.08
13
+0.08
0.09
28
+0.06
0.08
13
0.14
0.05
28
0.22
-0.05
14
0.19
0.06
29
-0.03
0.09
14
-0.08
0.08
29
0.26
0.00
15
0.26
-0.01
30
0.13
0.09
15
0.00
0.09
30
0.26
+0.05
16
+0.27
+0.04
31
-0.22
+0.06
16
+0.08
-0.09
Dec. 1
+0.18
+0.09
17
0.22
0.08
Sept. 1
0.28
+0.02
17
0.15
0.07
2
+0.08
0.10
18
0.14
0.10
2
0.28
-0.02
18
0.18
-0.04
3
-0.03
0.09
19
+0.03
0.10
3
0.23
0.06
19
0.19
0.00
4
0.12
0.06
20
-0.06
0.08
4
0.14
0.09
20
0.16
+0.04
5
0.16
+0.02
21
-0.13
+0.04
5
-0.02
-0.10
21
+0.11
+0.07
6
-0.16
-0.02
22
0.15
-0.01
6
+0.10
0.08
22
+0.02
0.09
7
0.12
0.06
23
0.13
0.05
7
0.19
-0.05
23
-0.07
0.09
8
-0.05
0.09
24
-0.07
0.08
8
0.24
0.00
24
0.17
0.08
9
+0.03
0.09
25
0.00
0.09
9
0.22
+0.05
25
0.24
0.05
10
0.11
0.08
26
+0.07
-0.09
10
+0.16
+0.09
26
-0.27
+0.01
11
+0.16
-0.06
27
0.14
0.07
11
+0.07
0.10
27
0.25
-0.04
12
0.19
-0.02
28
0.18
0.04
12
-0.03
0.09
28
0.18
0.08
13
0.18
+0.01
29
0.19
-0.01
13
0.11
0.07
29
-0.08
0.10
14
0.14
0.05
30
0.16
+0.03
14
0.16
+0.02
30
+0.05
0.10
15
+0.07
0.06
31
+0.11
+0.07
15
-0.15
-0.02
31
+0.16
-0.07
16
-0.03
+0.09
Aug. 1
+0.02
0.09
16
0.11
0.06
Nov. 1
0.23
-0.03
17
0.13
O09
2
-0.08
0.09
17
-0.05
0.09
2
0.25
+0.02
18
0.22
0.07
8
0.18
0.08
18
+0.03
0.09
3
0.21
0.07
19
0.28
+0.03
4
0.26
0.05
19
0.11
0.08
4
0.13
0.10
20
0.29
-0.01
5
-0.30
+0.01
20
+0.16
-0.06
5
+0.03
+0.10
21
-0.26
-0.06
6
0.29
-0.04
21
0.19
-0.03
6
-0.07
0.09
22
0.17
0.08
7
0.22
0.08
22
0.19
+0.01
7
0.15
0.05
23
-0.05
0.10
8
-0.11
0.10
23
0.16
0.05
8
0.17
+0.01
24
+0.07
O.OO
9
+0.02
0.10
24
+0.09
0.07
9
0.16
-0.04
25
0.18
0.06
10
+0.14
-0.07
25
0.00
+0.09
10
-0.10
-0.07
26
+0.25
-0.01
11
0.22
-0.03
26
-0.10
0.09
11
-0.03
0.09
27
0.26
+0.04
12
0.25
+0.02
27
0.19
0.07
12
+0.06
0.09
28
0.21
0.08
13
0.22
0.07
28
0.25
+0.04
13
0.13
0.08
29
0.12
0.10
14
0.15
0.10
29
0.27
-0.01
14
0.17
0.05
30
+0.02
0.10
15
+0.05
+0.10
30
-0.24
-0.05
15
+0.19
-0.01
81
-0.08
+0.08
16
-0.05
+0.09
Oct. 1
-0.16
-0.09
16
+0.17
+0.02
32
-0.14
+0.04
MEAN PLACES OF TEN-DAY STARS, 1916. 217
FOE JANUARY 0*.976, WASHINGTON MEAN TIME.
Name of Star.
Hasni-
tode.
Bpeo-
trum.
Right
Aaoenaioii.
Annual
Varia-
tion.
Annnal
P.M.
Declination.
Annual
Varia-
tion.
Annual
P.M.
h m B
a
a
• # //
//
ft
33 Pisaum .
4.7
KO
0 1 2.184
-1-3.0714
-.0006
- 6 10 38.90
420.136
■K).09l
a Andromedse (AlpheraU)
2.2
it
0 4 2.546
3.0M2
4.0107
+28 37 36.11
19.880
-0.163
fi GasdopeiflR
2.4
0 4 41.242
3.1856
4.0680
+58 41 11.42
19.861
-0.180
e Phoenicis .
3.9
KO
0 5 9.038
3.0510
4.0096
-46 12 39.56
19.848
-0.193
22 Andromedfle
5.1
FO
0 5 57.008
3.1101
4.0021
+45 36 17.41
20 .094
-0.004
r Pegari
2.9
B2
0 8 54.507
-^3.0666
4.0003
+14 42 59.83
430.030
-o.oia
6 Andromedfle
4.5
A2
0 13 56.123
3.1379
-.0044
+36 19 10.37
19.963
-0.047
« Ceti .
3.8
KO
0 15 8.902
3.0569
-.0013
- 9 17 22.15
19.973
-0.030
C Tucanie
4.3
F8
0 15 42.336
3.1470
4.2739
-65 22 5.12
31.170
41.172
44 Pisciiim
6.0
G5
0 21 5.761
3.0744
-.0014
+ 1 28 28.25
19.037
-0.028
/JHydri
2.9
GO
0 21 21.425
-1-3.1085
4.6975
-77 43 38.37
430.3n
-M).31»
a Phcenicis .
2.4
KO
0 22 8.145
2.9723
4.0188
-42 45 43.75
19.649
-0.40a
12Ceti .
6.0
K5
0 25 45.133
3.0632
4.0011
- 4 25 16.57
19.919
0.00(^
13Ceti . . . .t
5.2
GO
0 30 55.429
3.0871
4.0273
- 4 3 18.18
19.846
-0.017
C CasBiopeus
3.7
B2
0 32 17.061
3.3292
4.0036
+53 26 5.23
19.840
-0.007
ir Andromedse
4.4
B3
0 32 23.421
43.1980
4.0019
+33 15 25.61
419.846
O.OOO
e Andromedae
4.5
G5
0 34 6.788
3.1646
-.0172
+28 51 20.97
19.670
-0.254
^ Andromedfle
3.5
KO
0 34 49.946
3.3033
4.0110
+30 24 4.85
19.717
-0.097
a Oasedopeifle {Schedir) . f
var.
KO
0 35 43.885
3.3875
4.0063
+56 4 36.64
19.771
-0.032
M Pboenids .
4.6
KO
0 37 21.444
2.8391
-.0046
-46 32 46.93
19.748
-0.032
PCea .
2.2
KO
0 39 22.431
-t^.0134
4.0160
-18 26 50.64
419.792
40.041
0 Gaaeiopeifie
4.7
B2
0 40 2.285
3.8318
4.0028
+47 49 29.55
19.734
-0.006-
21 Caflfdopeise
5.6
A2
0 40 4.601
3.9077
-.0050
+74 31 44.93
19.713
-0.026"
C Andromedfle
4.3
KO
0 42 52.972
3.1750
-.0073
+23 48 37.52
19.618
-0.07ft
Tf Caeeiopeiae . t
3.6
F8
0 44 0.577
3.6143
4.1432
+57 22 16.35
19.301
-0.476^
S Piacium .
4.6
K5
0 44 19.361
43.1103
4.0055
+ 77 41.35
419.638
-0.044
ilHydri
5.0
K5
0 45 41.158
3.1007
4.0426
-75 22 49.23
19.648
-0.001
20Ceti ....
4.9
KO
0 48 42.811
8.0642
-.0005
- 1 36 0.06
19.591
-o.ooa
X Oaaeiopeiie
2.2
^
0 51 37.632
3.5987
4.0036
+60 15 43.70
19.534
-0.006
M Andromedfle
3.9
0 52 5.138
3.3214
4.0133
+38 2 38.24
19.660
40.03a
a Sculptoris .
4.4
B5
0 54 33.480
-i-2.8904
-.0018
-29 48 41.17
419.468
-o.oia
e Piscium .
4.4
KO
0 58 34.919
3.1113
-.0054
+ 7 26 17.32
19.430
+0.026-
fi Phoenicis . . . f
3.4
KO
1 2 20.127
3.6796
-.0057
-47 10 7.34
19.384
-0.034
H Gaaeiopeifle
5.3
G5
1 2 40.235
3.9706
4.3918
+54 30 31.99
17.746
-1.555
Jf Ceti ....
3.6
KO
1 4 21.845
3.0175
4.0148
-10 37 37.79
19.134
-0.13S
fi Andromedfle
2.4
Ma
1 5 1.411
-K3.3511
4.0148
+35 10 31.73
419.137
-O.UT
r Piscium
4.7
KO
1 7 1.793
3.3075
4.0056
+29 38 38.39
19.106
-0.02^
C Piscium . t
5.6
A5
1 9 20.465
3.1330
4.0096
+ 77 53.28
19.088
-0.052
ic Tucanae . . t
5.0
F8
1 12 55.270
3.0394
4.0744
-69 19 20.40
19.138
40.089
/Piscium .
5.3
A2
1 13 27.895
3.0937
-.0033
+ 3 10 20.65
18.909
-0.035
V Piscium .
4.7
A2
1 14 50.728
43.3910
4.0016
+26 49 22.39
418.977
-0.008.
eCeti ....
3.8
KO
1 19 49.446
3.9978
-.0067
- 8 36 59.31
18.637
-0.316
^ Gassiopeifle
2.8
A5
1 20 18.542
3.9014
4.0406
+59 47 57.48
18.790
-0.037
r Phoenids .
3.4
K5
1 24 43.107
3.6076
-.0029
-43 44 54.70
18.466
-0.225
38 Gassiopeifle
6.0
F5
1 24 57.396
4.4170
4.0363
+69 49 58.33
18.613
-0.072
V Piscium .
40 Gamiopeise
3.7
G5
1 26 59.130
48.3060
4.0015
+14 54 47.45
418.616
-o.ooa
5.5
KO
1 31 46.572
4.7353
-.0011
+72 36 45.24
18.458
-0.002
V Andromedfle
4.2
GO
1 31 51.637
3.5108
-.0153
+40 59 8.80
18.080
-0.377
t Piscium
5.6
FO
1 32 38.574
3.1767
-.0049
+11 42 43.88
18.464
-K).034
V Persei
3.8
KO
1 32 49.688
3.6680
4.0064
+48 12 10.96
18.304
-0.119^
ct £ridani ^Achemar)
0.6
B5
1 34 35.215
43.2363
4.0104
-57 39 47.99
418.333
-0.041
90 Gassiopeifle
5.5
it
1 36 6.007
4.4038
4.0088
+67 37 7.51
18.307
-0.002
y Piscium
4.7
1 37 3.497
3.1198
-.0015
+ 53 46.67
18.278
40.003^
^ Peraei
4.2
^
1 38 23.218
3.7449
4.0031
+50 15 57.89
18.210
-0.015
rCeti .
3.6
1 40 9.908
3.7866
-.1198
-16 22 45.85
19.030
-K).85»
0 Piscium .
4.5
KO
1 40 57.351
43.1651
4.0049
+ 8 44 7.28
418.177
40.045
« Sculptoris . . t
5.4
FO
1 41 42.486
43.8045
4.0052
-25 28 18.88
418.062
-0.051
fi PhoBnicls, dup. 4".l, 4».l, 1".
C Piscium, star 6".5, 24" n. f.
c Tucann, comp. 7». 6" n.
< Bculptoris, comp. 9<b, 5" n. f .
218 MEAN PLACES OF TEN-DAY STARS, 1916.
FOR JANUARY 0^.975, WASHINGTON MEAN TIME.
Name of Star.
C Ceti .
a Trianguli
£ Cassiopeiae
I Piflcium
(i Arietis
^ Phoenicia
V Ceti .
a Hydri
50 Cassiopeifie
y Andromedse pr.
y Andromedse uq.
a ArietiB
fi Trianguli
55 Cafisiopeise
6 Pereei
^^Ceti .
fi Fomacis
y Trianguli
67 Ceti .
4> Eridani
o Ceti {Uvra)
K Fomacifl
d Hydri
t Caesiopeiffi
^^'Ceti .
6 Ceti .
36 H. Caasiopeke
y Ceti .
/I H>rdri
y Arietia
6 Ceti .
* Hydri
6 Persei
y Cetiseg.
n Ceti .
fi Ceti .
tf Persei
41 Arietis
fi Fomacis
6 Arietis
r^ Eridani
r Pereei
tf Eridani
« Arietis {mtan)
47 H. Cephei
6 Eridani
a Ceti .
r' Eridani
y Persei
fi Pereei . . . f
/I Horologii
6 Hydri
fi Pereei {Algol) . . f
^ Arietis
12 Eridani . . f
48 H. Cephei
C Arietis
o Ceti, var., 331*, l».7-»«.6, star 9- 1»
4 Casslop., tr^le, 7-, 8», 2", 8"
y Ceti, oomp. 6".2, If*.! pr.
t
Magnl-
tude.
Speo-
trum.
3.9
KO
3.6
F5
3.4
B3
4.8
KO
2.7
A5
4.4
Mb
4.2
K5
3.0
FO
4.1
AO
2.3
KO
5.1
A
2.2
K2
3.1
A5
6.2
F5
5.4
KO
4.5
G5
5.2
AO
4.1
AO
5.7
05
3.8
B8
var.
Md
5.4
F5
4.3
A2
4.6
A5p
4.3
AO
4.8
F5
5.3
KO
5.0
05
5.3
KO
5.4
A2
4.0
B2
4.3
B9
4.2
OO
3.7
AO
4.4
B5
4.4
A5
3.9
KO
3.7
B8
4.5
KO
5.5
B5
4.8
KO
4.1
OOp
4.0
KO
4.6
A2
5.7
Ma
3.4
A2
2.8
Ma
4.2
A3
3.1
OOp
v(xr.
Mb
5.2
FO
5.5
B8
tor.
B8
4.5
KO
4.0
F8
5.5
FO
5.0
AO
Right
Ascension.
h m s
1 47 18.824
1 48 17.332
1 48 20.201
1 49 12.319
1 49 59.749
1 50 16.598
1 56 2.792
1 56 6.963
1 56 13.963
1 58 44.191
Aa + 0.842
2 2 26.052
2 4 32.403
2 7 52.281
2 8 0.582
2 8 32.733
2 9 12.269
2 12 18.931
2 12 47.543
2 13 30.414
2 15 6.121
2 18 41.901
2 20 14.958
2 22 7.604
2 23 41.431
2 28 6.275
2 30 0.986
2 31 27.821
2 33 25.067
2 34 2.605
2 35 10.534
2 38 17.548
2 38 27.276
2 38 56.770
2 40 7.415
2 40 23.914
2 44 33.586
2 45 2.107
2 45 34.504
2 46 51.120
2 47 13.613
2 48 17.574
2 52 19.399
2 54 24.310
2 54 51.755
2 56 4.687
2 57 53.189
2 58 41.300
2 58 42.207
2 69 47.281
3 1 37.770
3 2 4.223
3 2 41.830
3 6 49.362
3 8 30.108
3 9 36.856
3 10 4.187
i| Persei, star 8».6, 28" n. pr.
« Arietis, dup., 6«.2, 5««.6, 1".2
# Eridani, comp. 4-.4, f.8"
Annual
Varia-
tion.
Annual
P.M.
s
8
+2.9601
+ .0020
3.4136
+.0015
4.2854
+ .0053
3.1038
+ .0016
3.3085
+ .0064
+2.4036
-.0124
2.8257
+.0082
1.8818
+ .0277
5.0629
-.0092
3.6716
+.0046
• • • •
+3.3763
• • •
+.0139
3.5618
+ .0126
4.6696
-.0020
3.9740
+.0368
+3.1770
-.0012
2.6378
-.0037
3.5587
+.0040
2.9907
+.0054
2.1412
+.0062
+3.0292
+.0002
2.7448
+ .0138
1.0586
-.0097
4.9043
-.0003
3.1865
+ .0025
+2.8415
-.0063
5.6404
-.0062
+3.1452
-.0025
-1.3486
+ .0426
+3.4022
+.0001
+3.0732
+.0011
0.0142
+.0169
4.0838
+.0353
3.1060
-.0096
2.8538
-.0012
+3.2395
+.0188
4.3583
+ .0041
3.5251
+ .0050
2.5121
+ .0080
3.3082
+ .0016
+2.7200
-.0044
4.2370
+ .0008
2.9302
+.0060
3.4256
-.0009
7.8531
-.0102
+2.2767
-.0025
3.1333
-.0009
2.6449
-.0104
4.3286
+ .0010
3.8356
+.0116
+1.4078
-.0123
0.1009
+.0034
3.8938
+ .0008
3.4263
+ .0110
2.5407
+.0241
+7.5042
+.0204
+3.4438
-.0019
Declination.
Annn^
Varia-
tion.
tt
-10 44 58.29
+29 10 12.50
+63 15 25.37
+ 2 46 23.92
+20 23 52.37
-46 42 50.53
-21 29 3.65
-61 58 41.94
+72 0 55.96
+41 55 38.10
A^ + 4.58
+23 3 56.89
+34 35 25.87
+66 7 53.27
+50 40 34.43
+ 8 27 11.13
-31 7 3.96
+33 27 33.48
- 6 48 31.69
-51 54 2.59
- 3 21 30.26
-24 11 61.70
-69 2 28.91
+67 1 32.18
+ 85 2.97
-15 36 45.36
+72 27 6.78
+ 6 13 38.56
-79 28 33.79
+21 35 55.63
-01 69.38
-68 37 36.20
+48 52 26.40
+ 2 52 56.70
-14 12 49.84
+ 9 45 36.78
+66 32 62.02
+26 64 64,20
-32 45 29.76
+14 44 11.38
-21 20 68.64
+52 26 10.66
- 9 13 64.52
+21 0 18.17
+79 6 18.03
-40 38 26.84
+ 3 46 39.08
-23 67 10.96
+63 10 42.50
+38 30 66.88
-60 3 46.89
-72 13 49.75
+40 37 68.42
+19 24 36.44
-29 19 3.72
+77 26 39.91
+20 44 1.81
+17.881
17.618
17.832
17.833
17.670
+17.665
17.522
17.554
17.542
17.864
• • • •
+17.106
17.114
17.003
16.832
+16.058
16.931
16.745
16.66S
16.711
+16.434
16.408
16.427
16.323
16.226
+15.001
15.990
15.806
15.681
15.664
+15.638
15.456
15.356
15.364
15.337
+15.308
15.085
14.968
15.198
14.939
+14.936
14.876
14.426
14.506
14.«)8
+14.500
14.226
14.211
14.250
14.073
+14.019
14.060
14.005
13.747
14.375
+13.512
+13.466
-0.3a
-0.015
+0.021
-o.m
-O.lOi
-O.00S
+0.(B7
+O.O90
-0.061
• • •
-0.144
-o.on
-0J«7
-O.OII
-o.oa
-0.052
-OJIO
-4).099
-0.329
-0.077
+0.020
+O.O10
-0.007
-6.102
+0.017
-0.(fl8
-0.038
-0.021
40.004
+0.006
-O.087
-o.ia
-0.012
-0.02S
-0.012
-o.m
+oa»
-O.OM
-6.017
-0.00
-6.31S
-0.010
+0.010
+o.aM
-6.078
-6.044
-6.004
-6.115
-6.064
+0.014
-O.002
46.001
46.636
-6.065
-6.0O
Persei, var. irreg., Sb.4-4* J
f, Persei, rar. 3«i.87, 3b.1-3«J
13 £rldam,oomp. 7«, I" A n. pr.
J
MEAN PLACES OF TEN-DAY STARS, 1916. 219
FOR JANUARY W.975, WASHINGTON MEAN TIME.
Name of Star.
todt.
spec-
trum.
Bight
Ascension.
Annaal
Varto-
tion.
Annual
P.M.
Declination.
Annual
Varia-
tion.
Annual
P.M.
h m s
8
s
• / //
fi
//
38 G. Horologii . . t
6.7
N
3 10 25.278
+1.5148
-.0005
-57 38 9.11
+13.509
-0.006
C Eridani
4.9
A3
3 11 45.116
2.9124
-.0008
- 9 7 51.61
13.482
+0.053
r Arietis
6.2
B3
3 16 22.469
3.4595
+ .0023
+20 60 41.90
13.093
-0.033
e Eridani
4.3
05
3 16 34.358
42.3980
+ .2808
-43 23 25.47
13.871
+0.757
t Hydri
6.5
F2
3 18 1.586
-1.5516
+ .0362
-77 41 44.73
13.067
+0.040
a Pereei
1.9
F5
3 18 19.065
+4.2095
+ .0030
+49 33 47.48
+12.969
-0.028
0 Tauri
3.8
05
3 20 17.438
3.2255
-.0046
+ 8 44 2.54
12.792
-0.074
2 H. Camelopardalia .
4.4
AO
3 22 15.401
4.8380
+ .0027
+59 38 55.40
12.734
+0.001
4 Tauri
3.8
B8
3 22 36.879
3.2485
+ .0040
+ 9 26 25.64
12.662
-0.046
/Tauri
4.3
KO
3 26 13.995
3.3092
+.0016
+12 38 58.64
12.465
+0.002
e Eridani . t
3.8
KOp
3 28 58.316
+2.8253
-.0660
- 9 44 30.61
+12.300
+0.026
r* Eridani
4.3
B8
3 30 4.554
2.6483
+ .0023
-21 54 50.59
12.159
-0.039
6 Pereei
3.1
B5
3 36 56.244
4.2004
+ .0035
+47 31 11.99
11.680
-0.036
6 Eridani
3.7
KO
3 39 13.421
2.8730
-.0061
-10 2 49.84
12.284
+0.781
y PetBei
3.9
F5
3 39 28.910
4.0672
-.0004
+42 18 51.41
11.535
0.000
5 H. Camelopardalia
4.7
AO
3 41 28.175
+6.2R56
+ .0069
+71 4 29.21
+11.335
-0.057
ff Tauri {Alq/one) . t
3.0
B5
3 42 29.281
3.6618
+ .0016
+23 60 46.45
11.269
-0.050
r« Eridani
4.3
F8
3 43 14.014
2.5806
-.0115
-23 29 47.47
10.783
-0.481
g Eridani
4.2
KO
3 46 18.679
+2.2451
-.0036
-36 27 13.90
11.013
-0.028
y Hydri
3.2
Ma
3 48 31.478
-0.9642
+ .0096
-74 29 47.94
10.906
+0.117
C Penei
2.9
Bl
3 48 50.870
+3.7668
+ .0010
+31 38 6.39
+10.841
-0.014
9 H. Camelopardalis . t
5.2
KOp
3 49 57.839
5.0047
+ .0003
+60 61 50.38
10.766
-0.017
e Pereei . t
3.0
BO
3 62 12.766
4.0195
+ .0081
+39 46 5.65
10.580
-0.027
i Persei
4.0
Oe5
3 53 30.643
3.8871
+ .0012
+35 33 1.17
10.498
-0.017
y Eridani
3.2
K5
3 54 6.591
2.7985
+.0047
-13 44 48.28
10.356
-0.110
X Tauri . . t
var.
B3
3 56 1.481
+3.3216
+ .0002
+12 15 13.87
+10.311
-0.011
6 Reticuli
4.4
Ma
3 57 24.627
0.9410
-.0020
-61 38 12.59
10.216
-0.002
y Tauri
3.9
AO
3 58 41.191
3.1897
+.0008
+ 5 45 25.40
10.117
-0.005
A Tauri . . . t
4.5
KO
3 69 43.695
3.5434
+ .0060
+21 51 11.97
9.985
-0.058
c Pereei
4.0
B3p
4 2 33.497
4.3474
+ .0042
+47 29 21.69
9.796
-O.032
p Tauri
5.6
FO
.4 5 42.728
+3.6404
-.0024
+26 15 45.53
+ 9.546
-0.042
0* Eridani
4.1
F5
4 7 45.861
2.9274
+ .0007
- 7 3 20.77
9.515
+0.086
;< Tauri
4.3
B3
4 10 58.288
3.2557
+ .0016
+ 8 40 58.24
9.156
-0.024
a Horoloffii .
a Reticuli .
3.8
KO
4 11 13.084
1.9874
+ .0040
-42 30 4.63
8.931
-0.230
3.4
05
4 13 20.306
0.7652
+ .0O48
-62 41 2.04
9.040
+0.044
y Tauri
3.9
KO
4 15 0.665
+3.4117
+.0083
+15 25 32.48
+ 8.839
-0.026
« Tauri
3.9
KO
4 18 5.298
3.4570
+ .0075
+17 20 47.12
8.592
-0.080
V* Eridani
4.1
K5
4 20 52.886
+2.2529
+.0052
-34 12 41.02
8.444
+0.042
9 Mensss
5.6
KO
4 23 37.125
-4.1448
+ .0O42
-80 24 42.07
8.255
+0.072
e Tauri
3.6
KO
4 23 42.585
+3.5008
+ .0082
+18 59 42.29
8.142
-0.084
m Pereei . t
6.1
FO
4 27 30.041
+4.2153
+ .0012
+42 53 8.12
+ 7.876
+O.004
a Tauri (Aldebaran)
1.1
K5
4 31 5.918
3.4401
+.0047
+16 20 28.92
7.393
-0.189
y Eridani
4.1
B2
4 32 7.236
2.9968
-.0006
- 3 31 23.92
7.499
0.000
a Doradufl
3.5
AOp
4 32 10.814
1.2948
+.0067
-55 13 6.35
7.4N
-0.011
53 Eridani .
4.0
KO
4 34 19.901
2.7466
-.0061
-14 28 2.58
7.166
-0.154
r Tauri
4.3
B6
4 37 12.093
+3.5987
+ .0007
+22 47 48.28
+ 7.066
-o.oao
Groombridge 848
6.0
FO
4 37 30.341
8.0214
+.0095
+75 47 26.25
6.916
-0.144
« C<bH .
4.5
F2
4 37 51.195
1.9300
-.0149
-42 1 26.21
6.925
-0.106
4 OamelopardaliB .
5.4
A2
4 41 0.023
4.9870
+ .0062
+56 36 33.72
6.625
-0.148
fi Eridani
4.2
B5
4 41 18.093
2.9988
+ .0011
- 3 24 27.84
6.740
-0.009
••Orionis
3.3
F8
4 45 16.727
+3.2552
+ .0812
+ 6 48 56.31
+ 6.444
+0.028
9 Camelopardalis .
4.4
BO
4 45 41.488
5.9488
+ .0038
+66 12 6.88
6.391
+0.00S
* Tauri
5.1
FO
4 46 27.503
3.5077
+ .0059
+18 41 62.33
6.288
-0.035
«*Orioni«
3.9
B3
4 49 52.504
3.1241
+ .0002
+ 2 18 14.77
6.043
+0.005
* AurigK
2.9
K2
4 51 31.252
3.9040
+ .0009
+33 2 3.02
6.879
-0.021
e Auriga .t
var.
F5p
4 55 56.319
+4.3014
+ .0012
+43 42 0.60
+ 5.517
-0.018
P C&melopardalifl .
4.2
GO
4 55 56.349
+5.3260
-.0004
+60 19 15.57
+ 5.519
-0.011
38 Horologii, remarkable purplish red
star.
« Eridani, oomp. 9", s. r'
comps. 6".3, 7*.6^
II Tauri, quad., comps,
8-.2. 117*', 181", 19(F
9 H. Camelop., oonm. 8», I"
« Peraei, oomp. 8", 8''.6 n. f.
.9 n. f .
k Tauri, var., 3<*.95, 3'».3-4««».2
A Tauri, star ««.5f.38«, 270" 8.
m Persei, star 6«, 115" 8. pr.
c Aurigs, var. irreg., 3a.(M».5.
220 MEAN PLACES OF TEN-DAY STARS, 1916.
FOR JANUARY W.975, WASHINGTON MEAN TIME.
Namo of Star.
Kacni-
tude.
Spec-
tnim.
Right
Ascension.
Annoal
Varia.
tlon.
Annual
P.M.
Declination.
Amioal
Varia-
tion.
Annml
P.M.
h m s
8
s
o / //
//
w
C Aurupe
3.9
KOp
4 56 36.212
+ 4.1897
+.0013
+40 57 15.99
-K6.4S3
-O.082
t Taun
4.7
A5
4 58 4.422
3.6848
+.0066
-f21 28 15.14
SJtOl
H).Otf
11 Orionifl
4.6
B9
4 59 46.076
3.4267
+.0013
+15 17 17.13
6.172
-0.06
tf Aungi»
3.3
B3
5 0 37.321
4.2043
+.0039
+41 7 19.26
5.004
-0.071
€ Lepoiis
3.3
K5
5 1 54.273
2.5385
+.0012
-22 28 59.19
4.968
-«.054
fi Eridani
2.9
A2
5 3 43.198
+ 2.9492
-.0056
- 5 11 38.82
+4.799
-0.074
/I Aurigi»
4.8
A3
5 7 40.639
4.1018
-.0020
+38 23 10.05
4.457
-0.08D
19 H. Camelopardalis
5.2
F8
5 8 41.347
9.8354
-.0281
+79 8 14.63
4.606
+0.U6
M Leporis
3.3
AOp
5 9 9.467
2.6940
+.0027
-16 18 14.84
4.383
-O.QS
a Aiiriga) (Capella)
0.2
GO
5 10 28.877
4.4288
+ .0086
+45 54 49.80
3.860
-0.42»
fi Orionifl {Rigel) . . t
0.3
B8p
5 10 30.009
+ 2.8823
.0000
- 8 17 52.14
-hl.296
0.000
A AurigsB
4.8
GO
5 13 13.803
4.2178
+.0461
+40 1 32.22
3.403
H).6»
r OrioniH
3.7
B5
5 13 31.639
2.9125
-.0009
- 6 56 3.50
4.092
-O.0»
o Colnmbse .
4.9
KO
5 14 27.134
2.1588
+ .0027
-34 58 36.96
3.606
-0.3S
y Orionifl (Bellatrix)
1.7
B2
5 20 37.494
3.2170
-.0004
+ 6 16 28.16
3.410
-0.017
fi Tauri
1.8
B8
5 20 58.844
+ 3.7014
+.0026
+28 32 15.30
+3.230
-0.177
17 Camelopardalis .
5.8
K5
5 22 13.983
5.6000
+.0003
+62 59 54.93
3.281
-0.007
/5 Leporis
3.0
GO
5 24 38.769
2.5703
.0000
-20 49 32.17
2.991
-0.08»
X Aurigaj
4.9
Bl
5 27 15.567
3.9040
+.0006
+32 7 51.48
2.841
-0.013
6 Orionis . t
2.6
BO
5 27 42.873
3.0643
.0000
- 0 21 37.50
2.8ia.
.-0.0(B
Groombridge 966
6.4
K5
5 28 29.055
-1-8.0004
-.0002
+74 59 25.67
+2.766
+0.017
a Leporis
2.7
FO
5 29 1.511
2.6457
+ .0003
-17 52 53.95
2.701;
O.OOO
0* Ononis
4.5
BO
5 30 12.485
3.2926
-.0002
+ 9 26 0.76
2.588
-0.015
t Orionis . t
2.9
Oe5
5 31 19.425
2.9342
+.0001
- 5 57 51.16
2.400
-0.008
e Orionis
1.8
BO
5 31 57.032
3.0436
.0000
- 1 15 16.65
2.448
•M).0Q1
C Tauri
3.0
B3
5 32 37.435
-1-3.5860
+.0006
+21 5 32.05
+2.367
-O.0I2
C Orionis . t
2.0
BO
5 36 31.200
3.0270
+.0006
- 1 59 10.51
2.036
-0.014
a Cohimbae .
2.8
B5p
5 36 36.437
2.1726
+.0006
-34 7 6.00
2.004
-0.0S8
o AurigsB
5.5
AO
5 39 23.462
4.6453
-.0018
+49 47 26.62
1.782
-0.018
C Leporis
3.7
A2
5 43 8.926
2.7179
-.0013
-14 51 8.79
1.473
-o.o(a
K Orionis
2.2
BO
5 43 46.341
-f 2.8449
+.0001
- 9 41 55.07
+1.4U
-O.001
d Doradus
4.5
A5
5 44 37.210
0.1022
-.0081
-65 46 1.35
1.343
-0.001
V Aurigse
4.2
KO
5 45 40.041
4.1574
-.0001
+39 7 30.42
1.266
40.01J
d Leporis
3.9
KO
5 47 42.504
2.5796
+ .0162
-20 53 7.54
0.436
-0.640
a Ononis (Betelgeiix) f
var.
Ma
5 50 37.435
3.2479
+.0020
+ 7 23 32.49
0.S39
+O.009
n Leporis
0 Auri^
3.8
F5
5 52 34.729
•»- 2.7323
-.0028
-14 10 56.06
+O.T90
40.141
3.9
KO
5 52 36.694
4.9419
+ .0118
+54 16 47.15
0.S28
-o.m
/3 Aurigse
2.1
AOp
5 53 22.062
4.4018
-.0038
+44 56 24.64
0.574
-0.60»
0 Auri^ . t
2.7
AOp
5 53 59.593
4.0917
+ .0047
+37 12 28.13
+0.436
-0.091
1 Geminonim
4.3
G5
5 59 0.858
3.6475
+.0002
+23 16 7.86
-0.028
-O.109
1 G. Puppis . . t
6.2
F8
6 2 3.356
+ 1.7268
-.0088
-45 2 9.85
+0.045
40.22S
y Orionis
4.4
B2
6 2 46.584
3.4264
+.0012
+14 46 46.06
-0.368
-O.OSS
22 H. Camelopardalis
4.7
AO
6 9 35.607
6.6183
+ .0026
+69 21 4.42
0.963
-0.114
p Geminonmi . t
var.
Ma
6 9 48.476
3.6227
-.0039
+22 31 55.79
0.874
-O.014
2 Lyncis
4.4
AO
6 12 12.906
5.2985
+ .0012
+59 2 34.56
1.038
+0.080
C CanisMajoris
3.1
B3
6 17 5.227
+ 2.3018
-.0006
-30 1 32.51
-1.617
-0.0»
M Geminonim
3.2
Ma
6 17 52.755
3.6307
+.0046
+22 33 27.98
1.677
-0.114
^^Aungse
5.1
K2
6 18 25.912
4.6259
+ .0020
+49 19 55.64
1.614
-O.004
fi CanisMajoris
2.0
Bl
6 19 0.013
2.6416
-.0006
-17 54 48.02
1.666
40.0M
8 Monocerotis . f
4.5
A5
6 19 19.045
3.1802
-.0004
+ 4 38 11.22
1.670
40.069
a Aigus (Canopus)
-0.9
FO
6 22 5.233
+ 1 .3319
+.0022
-52 38 58.12
-1.930
40.009
10 Monocerotis
5.0
B3
6 23 48.754
2.9641
+.0010
- 4 42 33.46
3.073
40.006
y Geminonim
4.1
B5
6 23 58.542
3.6629
-.0005
+20 15 58.87
3.100
-0.016
8 Lyncis
6.0
GO
6 30 1.113
5.4919
-.0267
+61 33 23.74
3.804
-O.J76
4' Canis Majoris .
4.5
AO
6 31 32.170
2.6167
+.0022
-22 53 49.14
2.716
+O.085
23 H. Camelopardalis
5.6
F8
6 31 55.274
+10.2973
-.0277
+79 39 29.35
-8.416
-0.633
51 Aurigs
5.7
KO
6 32 50.375
+ 4.1596
-.0020
+39 27 57.77
-3.976
-0.118
fi OrionJs, oomp. 8».0, 9".6 s. pr.
8 Orionis, star 6».9, 52". 6 n.
i Orionis, comp. 7"».3, 11" .6 s. f.
i Orionis, comp. 4>b.2, 2". 4 s. f.
a Orionis, red star, var. irreg. 1*.0-
10.4.
0 Auri^, comp. 7«».5, 2" .5, n. pr.
1 Puppis, star, 6".8, 160" s. f.
1) Gem., var. 23H.4, 3«.3-|b J, oomp.
8».8, 1".2 n. pr.
8 Monoc., star 6b.6, IS''.? n. f.
MEAN PLACES OF TEN-DAY STARS, 1916. 221
FOR JANUARY 0«».975, WASHINGTON MEAN TIME.
Name of Star.
y Geminonim
r Argus
5 Monocerotis
e Gemmonim
4 GemiBoruin
^Auri(i[»
a OanBsrHajoriB (Sirius
18 Monocerotis
43 Oamelopardalis .
6 Geminonim
a Pictoris
r Argus
15 Lyncia
9 Oanis Majoris
e CanisMajorifl
C Geminorum
o^ Canifl Majoris
y CanisMapria
d Canis Majoria
63 Aurigse
51 Geminorum
r'Volantifl . . ^
X Geminorum
* Argiia
d Geminorum
5 Volantis .
t Geminorum
7 Cania Majoria
Groombndge 1308
P Canis Minoria
p Geminorum
^ Aigus
a^ Geminorum (Castor)
a* Geminorum
% Monocerotia
a Can. Min. (Proeyon)
24 Lyncia
K Geminorum
fl Creminorum (Pollux)
4 Puppis
^ Aigus
0 Gcsnainorum
26 Lyncia
Groombridge 1374
Z Aigua
«o Cancri
X Geminorum
27 Lyncia
P Aigus
3 H. Urase Majoria
r Argua
C Canon (mean) .
Bradley 1147
20 Puppia
P Cancri
31 Lyncia
d*Cincri
8 VoooCyOomp. 8".8, 2".9 8.
14 Lywrfs, dup., 4«JL e-.2. 0"
• Cm. lij^., comp. i^, r<8 ».
< Oem., var., 10<».15, 3«>.7-4«.3.
1.9
3.2
4.7
3.2
3.4
5.3
-1.6
4.7
5.1
3.6
3.3
2.8
4.5
4.2
1.6
var.
3.1
4.1
2.0
5.1
6.3
3.9
3.6
2.7
3.5
4.0
3.9
2.4
5.8
3.1
4.2
3.3
2.0
2.8
5.2
0.5
5.0
3.7
1.2
5.1
3.5
5.0
5.7
5.6
3.6
5.9
5.0
4.9
2.9
5.5
2.2
4.7
5.7
6.0
3.8
4.4
5.9
Right
Aaoenakm.
h m 8
6 32 51.596
6 35 11.546
6 36 21.140
6 38 45.897
6 40 34.528
6 40 41.291
6 41 26.790
6 43 28.835
6 44 89.362
6 47 15.287
6 47 19.858
6 47 51.096
6 60 0.597
6 50 17.260
6 55 19.459
6 59 7.687
6 59 31.015
6 59 57.505
7 4 58.493
7 5 52.857
7 8 32.969
7 9 27.782
7 13 16.021
7 14 10.561
7 15 6.499
7 16 52.978
7 20 30.708
7 20 46.397
7 22 9.238
7 22 35.794
7 23 42.652
7 26 33.898
7 29 14.569
Ja - 0.259
7 33 6.082
7 34 54.334
7 35 54.485
7 39 22.749
7 40 10.693
7 42 4.799
7 45 45.688
7 48 21.559
7 48 36.153
7 60 10.049
7 54 38.618
7 55 51.041
7 58 21.749
8 2 8.868
8 3 57.982
8 4 28.232
8 6 56.697
8 7 23.797
8 9 1.463
8 9 28.314
8 11 57.660
8 17 5.535
8 18 33.377
.^•
AO
B8
Oe5
G5
F5
GO
AO
KO
B5
A2
A5
KO
KO
K2
Bl
GO
F8
K2
Mb
KO
A2
K5
FO
F5
KO
B5p
KO
B8
FO
K5
AO
AO
F5
F5
A2
G5
KO
F2
GO
A2
KO
KO
B3
KO
KO
A2
F5
G5
Oap
GO
G5
G5
K2
K5
FO
V* Volantis, oomp. 5».8. 12" .9 n. pr.
6 Gem., oomp. »«, 7".() s. pr.
9 Argus, star 8", 22".4 n. f.
K Gem., comp. 8>>>.6, 6".6 s. pr.
Amitial
Vaiia-
tion.
Annual
P.M.
DeclinatlDn.
Annual
Varia-
tion.
Annual
P.M.
8
8
0 / //
/f
tf
+3.4670
+ .0033
+16 28 18.98
-a^2
-0.048
1.8867
+ .0008
-43 7 18.49
at086
-0.019
8.3047
.0000
+ 9 58 27.69
3.174
-OJOOS
8.6928
-.0001
+25 12 55.35
a.392
-0.018
8.3684
-.0076
+12 59 13.76
3.723
-0.193
+4.3297
+ .0018
+43 39 44.08
-3.380
+0.160
3.6434
-.0373
-16 36 0.58
4.812
-1.207
8.1281
-.0020
+ 2 30 18.00
3.796
-0.016
6.4880
+ .0021
+68 59 16.09
3.869
+04)12
8.9681
+ .0010
+34 3 49.17
4.154
-0.050
+0.6170
-.0105
-61 51 4.03
-3.873
+0.238
1.4883
+.0025
-50 30 52.06
4.262
-0.107
5.2067
+ .0021
+58 32 3.62
4.469
-0.130
2.7879
-.0091
-11 55 56.87
4.370
-0.007
2.3574
-.0001
-28 51 25.31
4.789
+0.003
+8.5606
-.0002
+20 41 40.18
-5.122
-0.007
2.5048
-.0006
-23 42 35.14
5.142
+0.005
2.7148
+.0003
-15 30 30.09
5.194
-0.010
2.4381
-.0015
-26 15 32.77
5.604
+O.003
4.1827
+ .0052
+39 27 31.38
5.686
-4) .003
+8.4480
+ .0019
+16 18 8.93
-5.948
-0.042
-0.5015
+.0004
-70 21 45.79
6.905
+0.078
+3.4502
-.0029
+16 41 34.15
6.845
-0.046
2.1189
-.0008
-36 56 46.56
6.385
-0.010
+8.5864
-.0010
+22 8 16.82
6.467
-0U)15
-0.0196
+ .0004
-67 48 12.73
-6.605
-0.006
+3.7803
-.0086
+27 57 57.79
6.986
-Oi)88
2.3738
+.0003
-29 8 18.70
6.912
+O.0O7
6.2741
+ .0018
+68 38 19.97
7.078
-0.045
8.2554
-.0032
+ 8 27 34.04
7.116
-0.047
+8.8630
+ .0118
+31 57 9.91
-6.977
+0.183
1.9016
-.0072
-43 7 50.87
7.212
+0.180
3.8330
-.0144
+32 4 26.76
7.692
-4) .082
• • • •
• • •
JS - 4.13
• • • •
• • •
2.9619
-.0066
- 3 55 21.06
7.899
+0.022
+3.1420
-.0471
+ 5 26 27,47
-9.108
-1.037
5.0932
-.0042
+58 54 29.69
8.202
-0.056
3.6264
-.0014
+24 36 1.18
8.482
-0.060
3.6756
-.0470
+28 13 48.17
8.541
-0.055
2.7636
-.0003
-14 21 31.95
8.638
-0J002
+2.5232
-.0004
-24 38 53.64
-8.925
0.000
3.6765
-.0020
+26 59 3.30
9.155
-0.027
4.3811
-.0022
+47 47 0.54
9.153
-0.006
7.2422
-.0023
+74 8 38.80
9.306
-0.037
1.5259
-.0043
-52 45 24.32
9.609
+0.006
+3.6338
+ .0003
+25 37 25.16
- 9.711
-0.004
3.6902
-.0012
+28 1 50.57
9.951
-0.063
4.5295
-.0032
+51 44 59.99
10.188
-0.003
2.5546
-.0065
-24 3 40.92
10.269
+0.062
6.0107
+ .0002
+68 43 22.22
10.355
+0.005
+1.8498
-.0003
-47 5 19.21
-10.555
-0.011
3.4444
+ .0051
+17 54 7.45
10.706
-0.129
7.6181
+ .0077
+76 0 53.87
10.706
-0.008
2.7580
-.0009
-15 32 3.85
10.731
+0.001
3.2556
-.0035
+ 9 26 42.90
10.967
-0.052
+4.1205
+ .0015
+43 27 31.09
-11.388
-0.100
+3.4390
-.0038
+18 36 9.73
-11.425
-0.031
V Argus, star 6", 42" Ji s. pr.
i Cancr^ triple; binary 5«.6, 6««».3, 1"
with oomp. 6».0, 5".4 8. f.
Positions given for Sirius and Procyon are those of the centers of their orbits. Corrections given on page xii remain
to b« applied to reduce to the positions of t h'^ st ars.
FOR JANUARY (H.975, WASHINGTON MEAN TIME.
L. V*»
Nnine of Star.
Mami-
tude.
Speo-
tnim.
Right
Ascensioii.
Annnal
Varia-
tion.
Annual
P.M.
DecJfnatkm.
Annual
Varia-
tion.
Annual
P.M.
h m 8
s
s
0 / //
//
//
e Aigiifl
1.7
KOp
8 20 47.481
+1.2337
-.0042
-59 14 20.02
-11.647
-KiJM
30 Monocerotis
4.0
AO
8 21 27.868
+2.9996
-.0039
- 3 37 53.80
11.622
-0.020
6 Chamseleontis .
4.3
KO
8 23 10.871
-1.7489
-.0461
-77 12 50.51
11.707
4«Ufl7
o Urwe Majoris
Groombndge 1450
3.5
GO
8 23 17.919
+5.0U4
-.0160
+61 0 0.t)2
11.845
-4),U2
6.0
KO
8 27 27.627
3.9090
-.0082
+38 18 19.40
12.205
-0.179
7 Cancri
5.5
B5p
8 27 51.235
+3.4742
-.0025
+20 43 38.24
-12.106
•^Mi
Groombndge 1446
6.3
KO
8 30 23.950
9.7426
-.0043
+73 55 28.86
12.348
-0.117
d Hydi»
4.2
AO
8 33 12.642
3.1781
-.0048
+ 5 59 50.75
12.439
-0.014
6 Hydi»
4.5
KO
8 34 22.106
3.1382
-.0008
+ 3 38 13.72
12.516
-0.013
X Cancri
4.7
AO
8 38 25.678
3.4767
-.0071
+21 46 16.99
12.822
-O.0i3
d Cancri
4.2
KO
8 39 54.842
+3.4137
-.0009
+18 27 49.59
-13.119
-OJ40
a Pyxidifl
3.7
B2
8 40 12.973
2.4110
-.0003
-32 52 58.79
12.889
40.011
t Cancri . . . t
4.2
G5
8 41 37.098
3.6377
-.0006
+29 4 4.64
13.044
-0.051
e Hydi» . t
3.5
F8
8 42 19.761
3.1797
-.0127
+ 6 43 40.04
13.089
-0.048
S AiguB . t
2.0
AO
8 42 22.850
1.6617
-.0035
-54 24 1.33
13.144
-0.100
ifl Cancri (mean) . . t
5.5
KO
8 49 7.423
+3.6678
+ .0034
+30 53 54.01
-13.507
-0.021
C HydTBB
3.3
KO
8 50 57.329
3.1744
-.0060
+ 6 15 57.40
13.597
+0.007
t Ursffi MajoriB
3.1
A5
8 53 27.836
4.1223
-.0435
+48 22 20.25
14.013
-0J49
a Cancri
4.3
A3
8 53 53.709
3.2S44
+ .0024
+12 11 0.76
13.833
-0.0«
6* Carinse . t
5.1
B3
8 54 55.031
1.4681
-.0034
-58 54 17.78
13.875
-0.019
K Vrtvpt Majoris
tf* UrsflR Majoris . t
3.7
AO
8 57 53.888
+4.1102
-.0027
+47 29 22.42
-14.110
-0J)67
4.9
F8
9 3 1.322
5.3208
-.0003
+67 28 35.96
14.426
-O.066
K Cancri
5.1
B8
9 3 11.972
3.2526
-.0012
+11 0 24.87
14.384 i -0.013
X Aigus
2.2
K5
9 4 54.344
2.2062
-.0015
-43 5 35.32
14.481
-O.007
0 Hydiw
3.8
AO
9 9 59.736
3.1235
+ .0088
+ 2 40 9.65
15.001
-0J12
0 Aigufl
1.8
AO
9 12 16.995
+0.6696
-.0310
-69 22 16.01
-14.S20
40.094
83 Cancri
6.6
F5
9 14 17.778
3.3535
-.0076
+18 3 43.50
15.167
-0.13(
t Argus
2.2
FO
9 14 50.386
1.6040
-.0055
-58 55 20.51
15.055
+0.008
40 Lyncis
3.3
K5
9 15 56.542
3.6632
-.0178
+34 44 64.51
15.113
+0X)12
e Pyxidis .
4.9
Ma
9 17 46.232
2.6514
-.0048
-25 36 28.15
15.262
-0.033
a Hydree
2.2
K2
9 23 27.602
+2.9486
-.0010
- 8 17 37.92
-15.516
+0^)33
h Ursre Majoris
d UrssB Majoris
0 Un«j Majoris
3.8
FO
9 24 55.424
4.7642
+.0183
+63 25 47.95
15.005
40.024
4.6
GO
9 27 4.820
5.3585
-.0112
+70 12 1.73
15.675 ! +0.071
3.3
F8
9 27 14.885
4.0208
-.1026
+52 3 39.40
16.208 , -4>.5a
if Aigus . t
3.6
F5
9 27 23.322
2.3694
-.0181
-40 5 65.75
15.725
4O.0S8
4 Loonis
5.1
G5
9 27 25.210
+3.2368
-.0063
+11 40 20.74
-15.848
-OJ)84
10 Seonis Minoris .
4.6
G5
9 29 4.967
3.6849
+.0011
+36 46 16.43
15.875
-0.021
o Leonis
3.8
F5p
9 36 40.165
3.2049
-.0096
+10 16 30.54
16.385
-0.033
e Antlirc
5.0
F5
9 40 27.407
2.6731
-.0036
-27 23 3.84
16.414
+0.029
« Leonis
3.1
GOp
9 41 5.182
3.4108
-.0034
+24 9 41.52
16.497
-0.022
V Aigus . t
3.2
FO
9 45 0.188
+1.6006
-.0025
-64 40 56.03
-16.683
-0.017
V Urflflft Majoris
3.9
FO
9 45 1.743
4.2913
-.a382
+59 26 4.34
16.826
-0.157
6 Sextantis .
6.0
A3
9 47 0.112
3.0245
+.0011
- 3 50 56.80
16.792
-0.028
M Tveonis
4.1
KO
9 47 59.338
3.4169
-.0171
+26 24 11.38
16.865
-0.054
Groomb ridge 1586
6.0
KO
9 50 54.168
5.4283
-.0197
+73 16 46.76
17.008
-0.060
19 Leonis Minoria .
5.2
F5
9 52 32.714
+3.6847
-.0112
+41 27 22.69
-17.047
-0.Q2S
0 Argus
3.7
B5
9 53 54.658
2.1017
-.0033
-54 10 4.00
17.106
-0.030
ft Leonis
4.9
Ma
9 55 46.547
3.1721
-.0029
+ 8 26 51.90
17.100
-O.037
17 Leonis
3.6
AOp
10 2 45.224
3.2726
-.0022
+17 10 22.03
17.483
~OMi
a Ivoonis (Regulus)
1.3
B8
10 3 54.023
3.1981
-.0169
+12 22 41.63
17JS30
-0.002
X Hydrse
3.8
KO
10 6 29.579
+2.9247
-.0137
-11 56 18.16
-17.734
-0.088
0 Velorum .
32 UrsflR ^fajoris
4.1
A2
10 11 12.373
2.5130
-.0153
-41 42 19.48
17.797
+0iB2
5.7
A3
10 11 57.046
4.3922
-.0140
+65 31 40.72
17.871
-Oi)12
C Leonis
3.6
FO
10 12 1.296
3.3421
+ .0014
+23 50 11.01
17.870
-0.009
X Unwe Majoris
3.5
AO
10 12 2.266
3.6307
-.0142
+43 20 3.86
17.900
-0.03S
y Leonifl ©r. . t
u UrwR Majoris
2.6
KO
10 15 20.627
+3.3114
+.0212
+20 16 0.85
-18.143
-0.152
3.2
K5
10 17 19.861
+3.5855
-.0069
+41 55 20.79
-18U>40
+0att7
i Canorl, star e«.6, 30" .6 n. pr.
a«Cai
Kri, dup. 5h».9, 6«.4, I'M
1^ Argus, dup. 3>.8,
6».0, 0".8
« Hydne, triple; binary 3».5,
6" .2, witlicomp. 7».8, 3" .3
6a.8,
ftiCai
inae, oomp. 7™.2, 6" f.
J. Maj., binary 4«.9, 8-, 1".3
V Argus, oomp. 6".(
}, 4" .9 s. f.
6,3".7 8.f.
a*Vn
y Leonis, oonq>. 3».
« Argus, oomp. 6», 2" s.
MEAN PLACES OF TEN-DAY STARS, 1916. 223
FOR JANUARY 0*.975, WASHINGTON MEAN TIME.
Name of Star.
Hacni.
lode.
Speo-
R^it
Ammal
Varia.
ticm.
Annaal
P.M.
DeoUnatloa.
Annua)
Varia.
tion.
Annnal
P.M.
h m 8
8
8
• / //
//
//
30 H. UrsBD MajoriB
4.9
AO
10 18 5.802
•M.3606
-.0024
+65 59 30.34
-18.114
-0.018
// Hydne
4.1
K5
10 22 1.636
2.9000
-.0089
-16 24 26.35
18.821
-0.079
31 Leonifl Minorifl .
4.4
KO
10 23 1.899
3.4788
-.0094
+37 8 16.80
18.890
-0412
a AntliflB
4.4
K5
10 23 18.372
2.7425
-.0060
-30 38 24.24
18.811
-0.023
36 VnBd Majorifl
4.8
F5
10 25 15.712
ZMOl
-.0206
+56 24 42.15
18.896
-0.03»
9 n. Dnconis
5.0
G5
10 27 59.569
4^.1818
-.0084
+76 8 46.50
-18.461
-0.009
P Leonis
3.8
BOp
KO
10 28 23.397
3.1615
-.0004
+ 9 44 21.40
18.469
-0.003
33Sextanti8 .
6.4
10 37 7.785
3.0510
-.0100
- 1 17 57.93
18.859
-041O
41 Leonis Minons .
5.0
A2
10 38 51.109
3.20O9
-.0084
+23 37 42.71
18.796
+0.009
6 Argus
3.0
BO
10 39 57.356
2.1320
-.0043
-63 57 16.84
18.802
-0.027
42 Leonis Minoris .
5.4
B9
10 41 11.871
-^.3423
-.0024
+31 7 30.24
-18.914
-0.041
J/Argus . .t
/< Argus . t
var.
Pec.
10 41 47.913
2.3210
-.0002
-59 14 33.68
18.899
-0.009
2.8
G5
10 43 9.184
2.5738
+ .0066
-48 58 34.92
19.010
-0.081
I Leonis
5.3
AO
10 44 50.630
3.1564
+.0001
+10 59 23.67
19U)10
-0.033
j'Chamseleontis . .f
4.6
B3
10 45 0.424
0.5931
-.0192
-80 5 49.65
18.966
-0.004
y Hydrae
3.3
Ma
10 45 28.732
+2.9683
+ .0061
-15 45 12.88
-18.784
+0.211
46 Leonis Minoris .
3.9
KO
10 48 37.110
3.3633
+ .0074
+34 40 5.07
19.364
-0.28S
54 Leonis . . . f
4.5
AO
10 51 4.066
3.2529
-.0060
+25 11 53.08
19464
-0.01S
I AntliK
4.7
KO
10 52 48.311
2.7962
+.0112
-36 41 9.55
19.S28
-0.13S
Groombridge 1706
6.3
G5
10 53 16.364
4.8857
-.0266
+78 13 13.78
19.237
-0UB5
a Crateris
4.2
KO
10 55 40.816
•(•2.9207
-.0827
-17 51 5.11
-19.158
+0.108
d Leonis
5.0
KO
10 56 13.381
ZJ0O92
+.0004
+ 4 4 7.38
19J97
-0.022
^ UrsBB Majoris
2.4
AO
10 56 46.955
3.6400
+ .0106
+56 49 58.62
19.262
+0.095
a Ur»e Majoris
2.0
KO
10 58 33.405
3.7278
-X)164
+62 12 17.10
19.400
-0.071
X Leonis
4.7
FO
11 0 41.109
3.0961
-.0284
+ 7 47 25.80
19.418
-0.041
p* Leonis
5.7
KO
11 2 37.184
43.0618
-.0263
+ 2 24 42.76
-19JK)1
-0.060
if Ursn Majoris
3.2
KO
11 4 56.853
3.3848
-.0063
+44 57 16.31
19.508
-0.083
i^Crateris
4.5
A2
11 7 31.477
2.9477
.0000
-22 22 1.77
19.629
-0400
^ Leonis
2.6
A2
11 9 38.629
3.1951
+.0108
+20 59 2.71
19.704
-0441
^ Leonis
3.4
AO
11 9 50.010
8.1504
-.0049
+15 53 19.97
19.662
-0.085
y UrsEB Majoris
3.7
KO
11 13 56.750
-^3.2478
-.0018
+33 33 10.36
-19.616
+0.020
* Crateris
3.8
KO
11 15 8.378
2.9975
-.0088
-14 19 25.72
19.468
+0.195
6 Leonis
4.1
AO
11 16 48.365
3.0950
-.0062
+ 6 29 23.80
19.708
-0.013
* Centauri
4.3
B5
11 17 10.273
2.7264
-.0041
-54 1 49.95
19.710
-O.013
I Leonis . . f
4.0
F5
11 19 32.763
8.1286
+ .0103
+10 59 31.49
19M7
-0.083
r Leonis
5.2
KO
11 23 37.070
+8.0657
+ .0008
+ 3 19 8.48
-19.810
-0.010
X Draconin
4.1
Ma
11 26 26.035
3.5958
-.0072
+69 47 41.40
19.852
-OJ621
$ HydrsB
3.7
05
11 28 52.058
2.9464
-MSS
-31 23 34.10
19.916
-Oi)55
A Centauri .
3.3
B9
11 31 53.892
2.7506
-.0073
-62 33 17.95
19J922
-0.027
V Leonis
4.5
KO
11 32 38.870
3.0716
.0000
- 0 21 35.47
19.864
+0.089
t Ghanueleontis .
5.7
FO
11 33 47.279
+2.4536
-.0323
-75 25 53.52
-19.937
-0.023
3 Draconis .
5.5
KO
11 37 48.021
3.3728
-U)080
+67 12 35.51
19.917
+0.035
C Crateris
4.9
G5
11 40 30.191
8.0878
+.0018
-17 53 1.28
20.014
-0.041
X Ursse Majoris
fi Leonis (Denebola)
3.8
KO
11 41 37.269
8.1797
-.0128
+48 14 42.70
19.961
+0.020
2.2
A2
11 44 46.591
3.0628
-.0341
+15 2 30.04
20420
-0418
fi Viiginis
3.8
F8
11 46 19.185
4^4252
+.0494
+ 2 14 17.45
-20.284
-0.275
Groombridge 1830 .
6.5
G5
1148 8.543
3.4674
+ .3401
+38 19 17.90
26.802
-^.788
r UrsBB Majoris
2.5
AO
11 49 25.184
3.1696
+.0115
+54 9 42.49
20.030
40.004
« Viiginis .
4.6
A3
11 56 34.106
8.0742
-.0009
+ 74 57.80
20iJ75
-O.082
0 Viiginis
4.2
G5
12 0 55.851
3.0570
-.0148
+ 9 11 57.96
7OJ01Z
40.032
* Centauri .
2.9
B3p
KO
12 3 59.891
+8/>956
-.0050
-50 15 17.12
-20.072
-O.08O
e Corvi
3.2
12 5 48.125
3.0613
-.0051
-22 9 9.56
20.0S6
+0.008
4 H. Draconis
5.1
A5
12 8 16.804
2.8465
+.0026
+78 4 58.72
20.013
+0.019
«CniciB
3.1
B3
12 10 40.888
84755
+a»2i
-58 16 55.26
20.062
-O.088
^ Uran Majoris
8.4
A2
l2 11 16.633
2.9844
+.0150
+57 29 57.52
20.016
+0.005
rCorvi
2.8
B8
12 11 29.023
+3.0818
-.0114
-17 4 31.83
-20.004
+0.017
2 Ctnum Venaticonim t
5.8
K5
12 11 55.340
+3.0158
+.0038
+41 7 39.33
-20.064
-0.048
1 Argoi, var., Irreg., 1-.6-6-.6
|i ArgQs, oomp. 7", 2" J n. f .
81 Cham., star 5>".5 pr. 82>, 256" n.
54 Leonis, oomp. 6».3, 0".4 s. f.
i Leonis, oomp. *».8, 2" .6 n. f.
2 Can. Ven., star 8», 11".6 s. pr.
MEAN PLACES OF TEN-DAY STARS, 1916. 225
FOE JANUARY 0«.976, WASHINGTON UEAN TIME.
Name of Star.
Maffnl-
tode.
Speo-
trum.
Right
Aseenslon.
Annual
Varia-
tion.
Annual
P.M.
Declination.
Annual
Varia-
tion.
Annual
1».M.
h m 8
8
8
0 / //
rf
//
X yirg:iiii8 .
4.6
A2
14 14 33.671
+3.3409
-.0094
-12 59 6.04
-16.668
+0.021
2 Librae
6.3
KO
14 18 54.254
8.2288
-.0014
-11 19 51.36
16.542
-0.067
6 Bodtifl
4.1
F8
14 22 20.286
2.0483
-.0254
+52 14 18.90
16.707
-0.406
/BoOtis
5.4
A5
14 22 32.913
2.7901
-.0052
+19 36 14.39
16.277
+0.015
4> Viiginis . . . t
5.0
KO
14 23 52.369
+3.0890
-.0090
- 1 51 6.92
16.228
-O.004
5 Uraoe Minorifl .
4.4
K2
14 27 41.140
-0.1016
+.0022
+76 4 10.14
-16.004
+0.021
p Bodda
3.8
KO
14 28 12.622
+2.6805
-.0073
+30 44 22.61
liJftM
40.114
rBodtis
3.0
FO
14 28 41.783
2.4171
-.0091
+38 40 30.73
15.827
+0.145
If Centauri .
2.6
B3p
14 30 10.026
3.7973
-.0032
-41 47 21.99
15.926
-O.032
dBodtis
4.5
FO
14 31 1.423
2.0181
+ .0150
+30 6 34.32
15.724
+0.126
a Centauri . . t
0.1
GO
14 33 52.996
+4.0584
-.4861
-60 29 21.74
-14.971
+0.728
33 Bodtis .
5.4
AO
14 35 42.735
2.2341
-.0056
+44 45 59.17
15.638
>0.043
a Apodia
M Vin^ia .
3.8
K5
14 37 21.667
7.2994
-.0088
-78 41 21.95
15.527
-0.024
4.0
F5
14 38 37.891
8.1587
+ .0071
- 5 17 37.04
15.754
-0.322
e Bodtis . t
2.7
KOp
14 41 19.114
2.6203
-.0035
+27 25 39.84
15.272
+0.009
109 Virginia .
3.8
AO
14 42 0.055
+3.0313
-.0074
+ 2 14 46.45
-16.277
-0.085
8 Librae \.
5.3
F5
14 46 2.248
3.8134
-.0073
-15 38 54.95
15.065
-0.074
a Libne
2.9
A2
14 46 13.694
3.3139
-.0078
-15 41 36.13
16.076
-0.077
Groombridge 2164 .
5.7
K2
14 49 18.404
+1.5202
-.0165
+59 38 5.92
14.702
+0.118
fi Ursse Minoria .
2.2
K5
14 50 56.263
-O.2086
-.0066
+74 29 55.53
14.721
+0.008
I'Librae
5.6
KO
14 52 12.430
+3.2500
-.0006
-11 4 16.88
-14.649
-O.OW
Piazzi 221
5.8
AO
14 52 15.264
2.8298
-.0021
+14 47 6.49
14.656
-0.011
ft Lupi
2.8
B2p
AO
14 53 1.265
3.9135
-.0070
-42 47 47.39
14.662
-0.062
d Librae
• t
var.
14 56 28.892
3.2014
-.0051
- 8 11 10.73
14.405
-0.015
fi Bodtia
3.6
G5
14 58 46.922
2.2000
-.0036
+40 43 16.74
14.289
-0.040
y Srorpii
if Bootia
3.4
Ma
14 59 9.007
+3.5050
-.0066
-24 57 8.92
-14.274
-O.048
4.7
KO
15 0 50.764
2.5704
-.0133
+27 16 28.36
14.136
-0.014
c BoOtia
5.0
FO
15 3 36.691
2.6347
+ .0136
+25 11 44.23
14.134
-0.184
C Lupi
3.5
KO
15 6 14.526
4.2923
-.0126
-51 46 48.79
13.849
-0.066
t Librae
4.7
AOp
15 7 25.778
3.4143
-.0031
-19 28 28.82
13.761
-0.088
3 Serpentis
5.4
KO
15 11 0.727
+2.9800
-.0017
+ 5 15 1.88
-13.482
-0.005
r Trianguli Auatralia .
3.1
AO
15 11 2.806
5.5541
-.0137
-68 22 13.66
13.617
-0.042
d Bodtia
3.5
KO
15 12 6.987
2.4193
+ .0075
+33 37 39.12
18.531
-0.125
fl Libne
2.7
B8
15 12 29.068
+3JB49
-.0066
- 9 4 25.32
13.406
-0.024
r Uraae Minoria .
3.1
A2
15 20 51.174
-0.1150
-.0020
+72 7 58.30
12.815
+0.018
pi Bodtia pr. . f
4.5
FO
15 21 19.029
+2.2664
-.0121
+37 40 16.22
-12.715
•fO.OSl
r* Serpentia
5.5
Ma
15 21 53.543
2.7800
-.0024
+15 43 21.54
12.782
-0.024
t Draconia .
3.5
KO
15 23 3.669
. 1.3335
+ .0014
+59 15 35.64
12.609
+0.010
32 Librae
5.9
KO
15 23 30.975
3.3780
+ .0006
-16 25 28.01
12.602
-0.043
fi Goron^e Boreaba
3.7
Fp
15 24 21.949
2.4738
-.0130
+29 23 40.60
12.612
+0.078
WBodtia
5.2
K5
15 27 54.726
+2.1552
+ .0016
+41 7 7.70
-12J61
-0.014
X Lupi (mean) . f
3.0
B3
15 29 32.242
3.0872
-.0020
-40 53 7.75
12.284
-0.049
y Libne
4.0
KO
15 30 49.503
3.3525
+ .0047
-14 30 36.17
12.180
+0.006
or Coronin Borealia
2.3.
AO
15 31 7.852
2.5395
+ .0090
+26 59 48.03
12.224
-0.100
C CoronfiD Borealia geq, f
5.1
B8
15 36 12.892
2.2596
-.0005
+36 54 28.51
11.779
M).012
(X Serpentia
2.8
KO
15 40 7.749
+2.9531
+ .0089
+ 6 41 20.94
-11.446
+0.043
fi Serpentia
3.7
A2
15 42 18.645
2.7685
+ .0054
+15 41 2.06
11.387
-0.055
x Serpentia
4.3
K5
15 44 57.464
2.6996
-.0035
+18 24 0.59
11.289
-0.099
ft Seroentia
12 H. Draconia .
3.6
AO
15 45 14.077
3.1285
-.0058
- 3 10 26.23
11.148
-0.028
5.1
A2
15 45 22.961
0.9074
+ .0047
+62 51 31.84
11.177
-0.068
e Serpentia
3.8
AO
15 48 37.036
+2.9R84
+ .0081
+ 4 43 47.80
-10.948
+0.070
C Ursae Minoria .
4.3
A2
15 47 1.892
-2.2017
+ .0082
+78 3 12.36
10.992
-0.004
)9 Trianguli Australia .
3.0
FO
15 47 43.747
+5.2580
-.0290
-63 10 21.58
11.345
-0.408
X Librae
5.1
B3
15 48 27.273
3.4775
-.0017
-19 55 1.09
10.930
-0.046
r Serpentia
3.9
F8
15 52 34.337
2.76B8
+.0212
+15 56 6.11
11.860
-1.289
* Scorpii
3.0
B2p
15 53 46.018
+3.6239
-.0010
-25 52 23.56
-10.539
-0.048
« CoroiueB<
irealia
4.2
KO
15 54 6.526
+2.4823
-.0066
+27 7 13.44
-10.533
-0.067
♦ Vireinis, comp. 9-, 4".5 8. f,
« Bodtis, comp. 6«.l, 2".8 n. pr.
« Centauri, dup., 0«.3, 1»
« librae, var., 2«».33, 4».8-6«»».2
ft. Bodtis, star 6>».7, 108^' s.
V Lupi, binary 3'».7. 3».9. 0".4
i Cor. Bor., comp. 6n>.0, 6" .2 n. pr.
- , ^., ^ _, . .7; companion 8. pr. The position glvpn is that of the center of gravity of the system.
^^^vieetkms givvn on page zU remain to be applied to reduce to the position of a* Centauri.
79790^—1916 15
MEAN PLACES OF TEN-DAY STAES, 1916. 227
FOR JANUARY 0*.976, WASHINGTON MEAN TIME.
'am^ of Star.
« Draconis .
9 P^vonis .
p Ophiuchi
x^Scorpii .
;i Herculifl .
f Draconifl .
y Ophiuchi
89 Herculis .
4 Dmconis .
35 Draconis .
9 Herculis .
r Ophiuchi
^ Herculis .
T Dnuxmis .
07 Ophiuchi
9 ArsB
r Sagittarii
70 Ophiuchi
72 Ophiuchi
0 Herculis .
u Sa^ttarii
1/ Sagjttarii
Groombridge 2533
36 Draconis .
^ Sagittarii
V Serpentis
i Sagittarii
109 Herculis .
a Teleseopii
X Draconis .
A Sagittarii.
c Serpentis.
1 Aquilae
C Pftvonis .
a Lyne ( Vega)
2 AquilsB
0 Sagittarii .
110 Herculis .
6 Aquilse
A Pavonis .
P Lyrse
50 Draconis .
0 Draconis .
^ Sagittarii .
9 Serpentis pr.
R Lyne
r Lyro
< Aquihe •
C Sagittarii.
C Aquilte
A AqnilflB
a Coronse Australia
1 Lyne
« Sagittarii.
1^ Sagittarii .
^ Dracoms .
(f Sagittarii .
♦ prMonfa, atar «-,l, 80".4 n
7D OphiODhi, coim>. 9^, V'.l a
t
lUsni-
tuae.
4.9
8.6
2.9
8.1
3.5
4.9
3.7
5.5
3.9
5.0
4.0
3.5
3.8
2.4
3.9
3.9
3.1
4.1
3.7
3.8
4.0
3.2
5.4
5.0
2.8
3.4
2.0
3.9
3.8
3.7
2.9
5.4
4.1
4.1
0.1
4.7
3.3
4.3
4.5
4.4
var,
5.4
4.8
2.1
4.5
var,
3.3
4.2
2.7
3.0
3.6
4.1
5.1
3.0
4.9
3.2
5.0
Bpee-
tram.
F5
KO
KO
F5p
G5
F5
AO
F2
KO
F5
KO
KO
KO
K5
B5p
Bl
KO
KO
A2
AO
B8p
Mb
B5
F5
KO
KO
AO
KO
B3
F8
KO
G5
KO
KO
AO
FO
B8
F5
GO
B2
^A^
KO
B3
A5
Mb
AO
KO
A2
AO
AO
A2
B5
F2
F5
KO
KO
Rifht
Ascension.
h m s
7 37 26.494
7 37 29.038
7 39 19.350
7 41 42.557
7 43 10.225
7 43 25.732
7 43 40.805
7 52 1.889
7 52 4.646
7 53 12.489
7 53 22.320
7 54 24.092
7 54 30.046
7 54 39.325
7 56 26.297
8 0 5.496
8 0 24.630
8 1 12.528
8 3 22.004
8 4 15.919
8 8 44.356
8 11 56.636
8 13 1.984
8 13 24.805
8 15 36.982
8 16 57.745
8 18 35.774
8 20 7.085
8 20 44.715
8 22 34.431
8 22 47.209
8 25 18.673
8 30 38.155
8 33 13.415
8 34 5.663
8 37 40.531
8 40 24.515
8 42 2.740
8 42 43.048
8 44 26.221
8 46 58.704
8 49 5.505
8 49 57.842
8 50 3.394
8 52 2.600
8 52 46.762
8 55 48.054
8 55 48.579
8 57 16.066
9 132.941
9 147.467
9 3 45.474
9 4 18.278
9 4 46.144
9 10 23.449
9 12 32.392
9 12 43.247
Annoa)
Varia-
tion.
8
-0.3541
+5.8815
2.M39
4.1948
+2.3471
-1.0740
+3.0073
3.4207
+1.0381
-3.6900
+2.0571
8.3019
2.3316
1.3935
3.0049
+4.6699
3.8520
3.0816
3.8433
2.3894
4^.5870
4.0597
1.8652
0.3456
3.8406
+3.1028
3.9814
2.5559
+4.4499
-1.0786
+3.7027
3.1215
8.2646
7.0195
2MU
+3.2866
3.7487
3.5804
3.1829
5.5658
+2.2147
-1.9205
+0.8881
3.7200
3.9822
+1.8260
2.2435
3.7221
3.8178
3.7569
+3.1834
4.0830
2.1413
3J>688
3.6801
40U)221
+3.5109
Anxnial
P.M.
8
+ XW14
-.0038
-.0036
+ .0006
-.0288
+ .0023
-.0016
+.0013
+ .0131
+ .0116
+ .0006
-.0006
+ .0072
-.0006
+U)008
-.0010
-i)055
+ U)177
-.0045
-.0002
-.0004
-.0109
-JXM
+ .0535
+i)023
-.0378
-XXMl
+ .0189
-.0017
+ .1176
-.0083
+ .0015
-X)013
-X)057
+.0178
+ .0030
+ .0084
-.0019
-.0009
-.OOBO
+ .0004
-.0081
+ .0116
-.0003
+ .0027
+ .0036
-.0006
-.0042
-.0024
-.0008
-.0030
+ .0051
+ .0005
-.0005
+ .0025
+ .0175
-.0015
DeclinatSon.
+68 47 48.67
-64 41 7.02
+ 4 36 5.45
-40 5 44.12
+27 46 8.64
+72 11 25.40
+ 2 44 16.87
+26 3 45.44
+56 53 7.86
+76 58 29.06
+37 15 39.49
- 9 45 51.32
+29 15 22.39
+51 29 53.85
+ 2 56 4.98
-50 5 54.75
-30 25 34.40
+ 2 31 4.89
+ 9 33 4.03
+28 45 0.57
-21
-36
+42
+64
-29
4
47
7
22
51
54.61
16.04
48.39
7.11
53.67
- 2 56 17.24
-34 25 31.06
+21 43 50.07
-46 0 57.43
+72 41 47.81
-25 28 9.43
-22 25.95
- 8 18 13.41
-71 30 6.93
+38 42 17.36
- 9
-27
+20
- 4
-62
+33
+75
+59
-26
+ 4
8
4
27
50
17
15
20
17
24
5
1.93
41.31
54.20
19.26
6.89
52.03
6.80
7.39
7.93
36.22
+43 50 5.54
+32 34 24.91
+14 57 11.98
-30 0 5.20
+13 44 15.90
-50 33.46
-38 2 11.72
+35 58 4.02
-21 9 29.17
-25 24 8.98
+67 30 49.52
-19 6 12.12
Annual
Varia.
tion.
//
-1.652
2UM6
1.649
1.606
2.220
-1.716
1.499
0.691
0.616
0.351
-0.575
0.609
0.499
0.491
0.324
-0UM2
0.162
-1.016
+0J)81
0.375
+0.763
0.893
1.138
1.198
1.331
+0.790
1.502
1.496
1.744
1.599
+1.791
2.174
2.356
2.731
3.281
+8.375
3.510
3.313
3.093
3.840
+4.075
4.312
4.359
4.360
4.541
+4.654
4.827
4.752
4.938
5.230
+5.367
5.387
5.545
5.654
6.036
+4.337
+4.338
Annual
P.M.
ft
•M>.318
-0.060
+0.158
-0.008
-0.749
-0.368
-0.073
+0.006
+0.077
+0.243
+0.004
-0.120
-0.018
-0.024
-0.013
-0.050
-0.198
-1.122
+0.087
+0.002
-0.002
-0.152
-0.001
+0.025
-0.034
-0.692
-0.122
-0.261
-0.068
-0J72
-0.199
-0.035
-0J15
-0.165
40.280
-0.006
-0.006
-0.344
-0.033
-0.022
-0.005
+0.061
+0.023
-0.076
+0.028
40.078
-0.006
-0.081
-0.019
-0.099
-0.083
-0.118
-0.006
-0.086
-0.035
+0.088
-0.017
f.
fi Lyrse, var., 12* .9, 3-.4-4-.1, star 7^,
46" 8. f.
• Dneo.,' star 7^.6, 33'M n. pr.
# Serpentis, star 6".4, 32".2 s. f.
R LyrsB, var., 46«».4, 4»0-4«7.
< flag., binary, 3-.4, 3-6, 0".5.
228 MEAN PLACES OF TEN-DAY STARS, 1916.
FOR JANUARY 0».975, WASHINGTON MEAN TIME.
Name of Star.
9 LyrsB .
03 Aquilse
ic C}%ni
r Draconis
S Aquilae
/3 Cygni
t Cygni
M Aquilse
h Sagittarii
ic Aquilae
0 Cygpi
54 Sagittarii
fi Sagittae
16 Cygni
/ Ss^ttarii
X Aquilae
d Cygni
5 Sagittae
a Aquilae (Altair)
rj Aquilae
£ DraconiB
1 Sagittarii
t Pavonifl
fi Aquilae
y Sagittae
c Sagittarii
r Aquilae
0 Aquilae
o Cygni 9eq.
K Cephei
24 Vulpeculae
a^ Capricomi
/i Capricomi
<t Pavonis
r Cygni
?r Capricomi
p Capricomi
41 Cygni
0 Cephei
e Delphini
Groombridge 3241
a Indi .
p Delphini .
V Capricomi
a Delphini .
fi Pavonis
a Cygni (Derub)
6 Delphini .
if Capricomi
X Delphini seq,
e Cygni
e Aquani
17 Cephei
/i Aquarii
/? Indi .
32 Vulpeculae
p Cygni, star 5« 4, 34" .7 n. f.
« Cygni, oomp. 8«, r'.6 n. pr
tj Aquilse, var., 7^.18, 3«.7-4n».4
c Draconis, comp. 7°».9, 3".l n.
)
Ifacni-
tude.
4.5
5.1
4.0
4.6
3.4
3.2
3.9
4.6
4.7
5.0
4.6
5.4
4.4
5.0
5.1
2.8
3.0
3.8
0.9
var.
4.0
4.2
4.1
3.9
3.7
4.6
5.6
3.4
4.0
4.4
5.4
3.8
3.2
2.1
2.3
5.2
5.0
4.1
4.3
4.0
6.4
3.2
3.7
5.3
3.9
3.6
1.3
4.5
4.3
4.5
2.6
3.8
3.6
4.8
3.7
5.2
Speo-
tnim.
KO
A5
KO
KO
FO
KOp
A2
KO
B9
BO
F5
KO
KO
KO
KO
K2
AO
Map
A5
GO
KO
KO
AO
KO
K5
lib
KO
AO
KOp
B9
KO
KO
GOp
B3
F8p
B8
FO
F5
A5
B5
K2
KO
F5
Ma
B8
A5
F8
G5
KO
AO
KO
A3
KO
K2
Right
Ascension.
h m s
19 13 27.107
19 13 52.420
19 15 9.742
19 17 10.673
19 21 15.794
19 27 20.007
19 27 35.322
19 29 59.182
19 31 35.806
19 32 22.409
19 34 11.354
19 35 54.728
19 37 16.549
19 41 14.869
19 41 27.794
19 42 15.965
19 42 21.021
19 43 38.540
19 46 41.097
19 48 11.663
19 48 27.939
19 49 28.069
19 50 53.723
19 51 11.228
19 55 1.264
19 57 29.714
20 0 2.205
20 6 68.275
20 10 59.242
20 11 44.499
20 13 11.441
20 13 23.716
20 16 17.627
20 19 0.575
20 19 12.795
20 22 30.878
20 24 4.266
20 25 57.846
20 28 10.504
20 29 12.011
20 30 22.763
20 31 39.731
20 33 36.640
20 35 16.187
20 35 44.201
20 37 24.239
20 38 34.074
20 39 32.244
20 41 7.495
20 42 45.66i
20 42
20 43
20 43
20 48
20 48
20 50
48.741
7.805
35.002
7.468
15.267
58.781
Annual
Varia-
tion.
Annnal
P.M.
8
s
+2.0608
-.0015
2.8168
-J0002
+1.3878
+.0072
-1.1862
-.0312
+3.0240
+ .0168
+2.4180
-.0002
1.6133
+.0023
2.0312
+ .0145
3.6530
+.0045
3.2288
+ .0005
+1.6080
-.0024
3.4386
+ .0046
2.6030
+ .0001
2.1640
+.0068
3.6014
-.0000
+2.8510
+ .0007
1.8760
+.0065
2.6748
+ .0004
2.0271
+.0360
+3.0567
+ .0005
-0.1881
+.0170
+4.1420
-.0017
6.0866
+ .0112
2.0468
+ .0025
2.6673
+ .0041
+3.6027
+ .0023
2.0308
+ .0010
3.0060
+ .0020
+1.8001
+.0014
-1.0670
+ .0026
+2.5673
+.0017
3.3303
+ .0040
8.3732
+.0030
4.7637
.0000
2.1527
+ .0004
+3.4362
+ .0004
3.4245
-.0013
2.4516
+ .0014
1.0116
+ .0066
+2.8664
+ .0007
-0.2304
-.0047
+4.2204
+ .0027
2.8138
+ .0082
3.4180
-.0018
2.7868
+ .0047
+5.4420
-.0070
2.0447
+ .0004
2.8008
-.0014
3.5565
-.0041
2.7832
-.0023
+2.4275
+ .0204
3.2402
+ .0017
1.2244
+ .0132
8.2377
+ .0025
4.7108
+ .0018
+2.5563
-.0003
Declination.
//
+37 59 0.86
+11 26 35.12
+53 12 46.93
+73 11 59.63
+ 2 56 47.17
+27 46 56.96
+51 33 1.31
+ 7 11 59.58
-25 4 11.96
- 7 12 54.00
+50 1 33.80
-16 29 12.42
+17 16 60.45
+37 9 3.39
-19 57 50.06
+10 24 27.84
+44 55 30.53
+18 19 34.84
+ 8 38 44.21
+ 0 47 21.24
+70 3 14.24
-42 5 23.95
-73 8 0.88
+ 6 11 46.21
+19 15 47.78
-27 56 39.49
+ 72 25.31
-14 17.03
+46 29 9.86
+77 27 32.26
+24 24 42.01
-12 48 21.57
-15 2 50.73
-57 0 19.20
+39 59 14.03
-18 29 15.96
-18 5 31.78
+30 5 15.56
+62 42 41.18
+11 1 1.28
+72 14 49.78
-47 35 7.61
+14 18 8.02
-18 26 6.01
+15 36 55.00
-66 30 22.61
+44 58 46.61
+14 46 20.78
-25 34 24.00
+15 49 15.31
+33 39 18.08
- 9 48 14.23
+61 30 44.08
- 9 17 57.56
-58 46 18.40
+27 44 15.30
Annoal
VuiA-
tion.
0t
+ 6.321
6.864
6.578
6.733
7.0U
+ 7.445
7.004
7.524
7.773
7.M4
+ 8.2S0
8.000
8.223
8.611
8.400
+ 8.648
8.702
8.776
0.376
0.107
+ 0.164
0.250
0.200
8.867
0.668
+ 0.846
10.055
10.552
10.848
10.094
+10.088
11.028
11.237
11.834
11.443
+11.675
11.767
11.010
12.058
12.123
+12.211
12.371
12.417
12.660
12.614
+12.707
12.786
12.804
12.812
12.873
+13.300
13.063
13.043
13.383
13.421
+13.610
Ammil
P.M.
ft
44I.0M
+0.014
+0.121
+0.1W
+0il6l
-ojno
+0.129
-0.140
-0.027
+Oil03
4O.2S0
-Oi>47
-0.032
+0.040
-O.0BS
-0.0«
+Oj044
+0.017
+0.379
-oins
+0.027
+0JM5
-o.iaa
-0.481
+0.025
+OJ013
+Oi)29
+O.0W
+Oi)0S
+0.0»
-0.012
+OX08
+0.007
-0.092
+0X»1
-0.0(D
-0UI30
-O.OOS
-0.018
-O.025
-0J)18
+0.053
-O.085
-0.007
46J)17
-O.008
-0X02
-O.050
-0.148
-0.196
+OJ26
-0.030
+0.820
-OJ)30
-O.008
+0.004
o Cygni, star 5™.0 pr. 10«, 270" n.,
star 7«».8 f . 1«, W' s.
jc Cephei, comp. 8«», 7" .6 s. f.
ai Capricor., «i Caprioor. 4n.6 pr. 24",
137
•//
n.
^ Capricor., star 6".2 pr. 14«, 10" s.
IT Capricor., comp. 0", 3" .4 s. f.
p Capricor., comp. 7».6, 2" .8 s.
^ Delphini, binary 4».l, 5».4. 0".5
y Delphini, oomp. 6".6, 11".2 pr.
MEAN PLACES OF TEN-DAY STARS, 1916. 229
FOR JANUARY a*.976, WASHINGTON MEAN TIME.
Name of Star.
220 H>. Brmconifl
y Cygni
a OctantiB .
y Microecopii
6 Capricomi
i Cygni
61 Cygni pr.,
61 Qygniseq.
y Aquarii .
Bradley 2777
3 Piacis AuJBtoalis
C Cygni
r Cygni
a Equulei
6 CygWL
G^ Microecopii
a Cephei
t C^ricomi
1 Pegasi
y Pavonis
C Ci^ricomi
^ Cygni
ft Aquarii
ft Cephei
k Aquarii
74 Cygni
y Capriconii
6 Pegad
11 Cephei
9 Capricomi
jr*C3^gni
fi Oapricom
y Gnus
ISPegad
79 Draconifl
i Indi
20Pegafli
a Aquarii
t Aquarii
20 Cephei
(X Gniis
9 Pegasi
ir Pegasi
C Cephei
24 Cephei
9 Aquarii
a Tucanie
y Aquarii
31 Pegasi
3Lacert»
^ Aquarii
tf Aquarii
a Lacertfe
V Aquarii
226 B. Cephei
T CyfBi, ocMOp. 7", 0".8
Hacni- Spee-
toa«. tmm.
5.6
4.0
5.2
4.7
4.2
8.9
5.6
6.3
4.5
5.9
5.6
3.4
3.8
4.1
4.3
4.9
2.6
4.3
4.2
4.3
3.9
5.3
3.1
3.3
4.8
6.1
3.8
2.5
4.8
3.0
4.3
5.2
3.2
5.0
6.6
4.7
5.7
3.2
4.4
5.4
2.2
4.0
3.7
4.4
3.6
5.0
4.3
2.9
4.0
4.9
4.6
4.6
4.9
3.8
5.3
5.7
KO
AO
F2
05
AO
E5
K5
K5
KO
A
K5
KO
FO
F8p
AOp
1^
KO
KO
F8
G5p
KO
GO
Bl
A5
A5
KO
A5
B3
FO
B8
B3
AO
K5
F2
GO
B8
K5
B5
F5
AO
F5
KO
G5
KO
K2
AO
B3p
KO
Bl
AO
AO
F5
AO
Aiwwmton.
h m I
20 51 26.354
20 54 2.454
20 54 35.039
20 56 8.573
21 1 13.626
21 152.493
21 3 7.780
Ja +1.601
21 6 1.177
21 7 12.344
21 8 18.644
21 9 21.624
21 11 26.242
21 11 37.506
21 14 6.946
21 15 23.444
21 16 34.688
21 17 34.307
21 18 12.090
21 19 30.871
21 21 52.463
21 26 20.928
21 27 8.282
21 27 34.947
21 33 16.894
m
21 33 34.888
21 35 26.349
2140 3.607
21 40 41.728
21 42 24.384
21 43 41.324
21 48 43.068
21 48 60.774
21 19 14.353
21 51 48.629
21 56 56.495
21 56 69.793
22 128.213
22 154.120
22 2 27.298
22 2 56.683
22 3 6.986
22 6 67.779
22 6 15.333
22 7 56.287
22 8 11.728
22 12 24.128
22 12 46.362
22 17 19.086
22 17 23.007
22 20
22 20
22 26
22 27
22 30
22 30
15.280
59.227
12.213
49.732
6.016
48.168
Annual
Varia-
tion.
Annual
P.M.
8
-2.0316
+2MM
7.3790
8.6863
3.3763
+2.1813
2.6853
• . •
+3.2699
-1.1432
44.5632
2.5521
2.3940
2.9992
2.3548
+3.8444
1.4349
3.3440
2.7741
4.9996
+3.4301
2.2127
3.1698
0.7867
3.1956
+2.4034
3.3271
2.9461
0.8878
3.3140
+2.2146
3.2729
3.6408
2.7285
0.7183
+4.6089
2.9222
3.0820
3.2424
1.8228
+3.7932
2.7915
3.0267
2.6627
2.0782
+1.1575
3.1671
4.1340
8.0991
2.9530
+2.3558
8.0637
3.1770
2.4682
3.2849
+1.0645
8
-.0105
+.0006
-.0007
-.0004
+ .0051
+ .0009
+.3496
• • •
+ X)057
+ i)102
+ .0075
-.0002
+ .0141
+ .0034
-.0001
+.0028
+ .0224
+.0022
+ .0075
+ U)154
+ .0004
+.0050
+X012
+ /)026
+ .0075
+ .0003
+.0129
+ .0016
+.0221
+ .0176
+ .0009
+ .0204
+ .0077
+ .0005
+.0100
+.4784
+ .0038
+ .0010
+ .0022
+ .0032
+.0110
+ .0222
+ .0187
-.0003
+.0018
+.0044
+ .0074
-.0118
+.0081
+ .0010
-.0007
+ .0004
.0000
+.0157
+.0148
-.0062
Dedinatloo.
//
+80 14 16.73
+40 50 36.39
-77 20 44.90
-32 36 12.49
-17 34 2.73
+43 35 32.37
+38 20 8.51
JS -16.48
-11 42 44.60
+77 47 9.47
-27
+29
+37
+ 4
+39
57
62
41
53
2
45.42
64.35
10.81
69.81
32.10
-41 9 56.14
+62 13 46.72
-17 11 34.54
+19 26 40.38
-66 44 60.38
-22 46 32.88
+46 10 11.31
- 6 56 28.86
+70 11 30.44
- 8 13 53.34
+40 2 8.40
-17 2 32.07
+ 9 29 21.66
+70 56 27.95
-16 30 32.51
+48 55 13.83
-13 56 62.27
-37 45 38.01
+25 31 46.33
+73 18 16.99
-57 7 54.26
+12 43 1.36
- 0 43 42.04
-14 16 39.78
+62 22 31.67
-47 22 6.74
+24 56 3.68
+ 5 47 3.19
+32 46 66.25
+57 47 12.95
+71 55 37.91
- 8 12 6.99
-60 40 42.90
- 1 48 39.31
+11 46 63.43
+51 48 28.38
+ 0 57 2.49
-11 6 29.24
+49 51 0.97
-21 8 20.46
+75 47 36.47
Annoal
Varla.
tion.
+13.610
13.783
18.446
13.929
14 .IM
+14J96
17UJ16
• • « •
14.475
14.642
+14.578
14.680
15.297
14.789
15.023
+160)98
15.211
15.222
15.318
16.112
+15.480
15.812
15.739
15.779
16.053
+16.101
16.171
16.423
16.548
16.243
+16.602
16.846
10.830
16.876
17.006
+14.652
17.174
17.422
17.381
17.518
+17.313
17.514
17.650
17.606
17.707
+17.710
17.858
17.856
18.082
18.076
+17.988
18J»3
18.364
18.460
18.360
+18.546
Annual
P.M.
-0.026
-0.018
-0.389
-0.004
-00)66
+O.006
+8.249
• • •
-O.006
+0420
-0.106
-0.061
+0.434
-O.086
+O.008
+O.006
+O.050
+0.004
+O.064
+0.784
+O.020
+0.106
-0.011
+0.005
-0.023
+00)09
-0.017
0.000
+0.003
-0J»7
-0.001
+00»1
-0.021
+00)06
+0.016
-2.578
-00)64
-00)02
-00)62
+0.051
-0.174
+0.020
+00)36
-00)18
+00)10
+00)04
-00)19
-0.035
+0.015
+0.007
-0.188
-0.001
-00)26
+00)14
-0^54
00)00
I r Cygni, star 6».7 f. 10*, 420^' 8. | fi Cephei, star 8-, 13''.3 a. pr.
MEAN PLACES OF CIBOFMPOLAR STARS, 1916. 231
FOR JANUARY 0«.»76, WASHINOTON MEAN TIME.
KftiiMorStar.
Mtmii-
tada.
Speo-
trum.
Asonsion.
Varfa-
tkm.
Aimaa]
P.M.
• DecUiMtlon.
Aimual
Varia-
tion.
Annual
P.M.
43 H. Cephei
a VmsMm.(Pohri») .f
4.5
KO
h m 8
0 57 1.657
s
•1- 7.6149
s
+.0739
+85 48 26.87
//
+19.434
-0.004
2.1
F8
129 44.254
-t-K.rw
+.1466
+88 61 26.03
+18.530
+0X03
4 G. Octantiii
5.6
KO
142 6.102
-3.7683
+Mm
-86 11 39.68
+18.116
+0.028
Groombndge 750
6.7
F8
4 9 44.952
+17.M95
+un38
+85 20 1.04
+ 9.318
+0.043
Groombridge 944
6.4
KO
5 34 54.014
•l'18.7661
+.0130
+86 9 28.07
+ 3.187
-0.004
31 G. MeoBR
6.2
AO
5 46 26.439
-11.6689
-.0134
-84 49 48.17
+ 1.373
+0.087
( MeiuHe
5.6
A2
6 47 3.489
- 4.9433
-X»37
-80 43 $4.16
-4.005
+0.083
51 H. Cephei
5.3
Ma
7 134.861
•I-29.3036
-.0577
+87 11 0.11
- 5.156
-0.035
25 H. Camelopardalifl .
5.1
Kb
7 13 29.477
•1-13.8300
+.0133
+82 34 36.50
-6.365
-0.047
7 G. Octaatis
6.4
F5
7 16 40.555
-30.3494
-.0146
-86 64 0.14
-6.576
+0.006
Groombridge 1119 .
7.0
AO
8 14 48.311
-1-60.3133
-.0406
+88 63 11.43
-11.105
+0.017
C OcUtntifl .
5.4
A3
9 9 6.085
-8.1880
-.1147
-86 19 42.77
-14.683
+0.048
1 H. Draconis
4.6
KO
9 25 12.930
-1- 8.7933
-.0059
+81 41 67.18
-15.673
-0.037
C Chamseleontis .
5.2
B3
9 36 24.003
- 1.6644
-.0131
-80 33 60.61
-16.319
+0.019
30 H. CamelopardaiiB .
5.3
F5
10 20 57.259
+ 7.5763
-.0463
+82 69 12.27
-18.194
+0.009
V Octantia .
6.3
AO
10 69 66.642
-0.3698
-.0678
-84 8 81.24
-19.366
-0.005
Bradley 1672 .
6.3
FO
12 14 28.063
•i- 0.3686
-.0718
+88 9 56.03
-19.947
+0.068
I OctantiB .
5.4
KO
12 46 1.183
+ 5.9648
+.0365
-84 40 2.72
-19.619
+0.024
32 H. Camelop. $eq. . f
5.3
A2
12 48 29.976
-1- 0.4406
-.0184
+83 52 10.06
-19.583
+0.016
if Octantis .
5.6
A2
13 27 6.514
•1- 9.0969
-UI763
-85 21 23.69
-18.639
-O.034
^ Octantifl .
4.1
K2
14 13 18.631
•1- 9.3573
-.0510
-83 17 4.27
-16.763
-0.014
Groombridge 2283 .
7.2
KO
16 4 0.607
-19.4646
-.0066
+87 33 24.43
-13.894
+0.031
P Octantis .
5.^
A2
16 23 43.237
+18.3505
+Mi2
-84 11 17.84
-13.554
+0.060
e JJnse Minorifl .
4.4
G5
16 54 31.741
-6.3545
+.0057
+82 10 38.40
-5.6.'M)
-O.001
59 G. Apodifl
5.9
Mb
17 15 43.730
+11.1646
+ .0066
-80 47 2.69
-3.887
-O.090
9 Vresd Minoris .
4.4
AO
17 69 20.805
-19.4960
+.0176
+86 36 61.19
- 0.009
+0.048
X Octantifl .
5.2
KO
18 6 36.163
+35.7319
-.0973
-87 39 52.21
+ 0.364
-0.136
I Uran Minoris .
6.6
Mb
19 3 61.660
-71.8339
-.1100
+89 0 56.70
+ 5.519
+0.006
<^Octantifl .
5.5
FO
19 26 7.189
+95.3774
+.1087
-89 13 36.99
+ 7.356
-0.001
76 Draconifl .
6.7
AO
20 48 44.660
-4.1638
+.0131
+82 13 16.38
+13.486
+0.035
A OctantiB . . . +
5.4
^
2138 10.026 -i-9.«M0
+.0380
-83 6 23.81
+16.315
-0.013
I' Octantifl .
5.7
22 15 66.333
+13.1385
-.0400
-86 23 45.22
+18.089
+0.074
ft Octantifl .
4.3
FO
22 37 32.703 + 6.3lft5
-.0303
-81 49 21.11
+18.764
+0.003
39 H. Cephei
5.6
FO
23 27 44.392 I - 0.3642
+.0638
+86 50 39.03
+19.867
+0.030
r*Octantis .
5.1
05
23 47 12.813
+ 3.61S0
-.0348
-82 29 8.43
+20.003
-0.013
• Uraaj Min^ star 9-, 18" a. pr. | 33 H. Camelop., star 5-, 19" J s. pr. | X Ootantis, binary, 5-^, 8-.0, 3".2 n. f.
282
APPAEENT PLACES OF STARS, 1916
CIRCUMPOLAR STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
43 H. Gephei.
Mag. 4.5
ot Ursae Hinoris.
(Poterw.)
Mag. 2.1
4 G
. Ootantts.
Mag. 5.6
Oroombridfe 760.
Mag. 6.7
Oroombxidce 9i4.
Mag. 6.4
Wash.
Mean
Time.
Right
Ascen-
sion.
Deoli-
nation.
Wash.
Mean
Tfane.
Ri^t
Ascen-
sion.
DeoU-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
DeoU-
nation.
Wash.
Mean
Time.
Right
A«jen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Asoen-
skm.
Dsdi-
natioo.
h m
• /
h m
• /
h m
• /
h m
• /
h m
• t
Jan.
056
486 48
Jan.
129
+88 51
Jan.
142
-86 11
Jan.
4 9
+86 20
00
Jan.
5 35
4859
0.3
s
60.76
52.40
0.3
s
51.61
WW
51.67
0.3
s
13.73
WW
62.16
0.4
s
61.04
20.08
0.6
14.03
39.07
1.3
60.54
52.50
1.3
50.79
51.80
1.3
13.41
52.20
1.4
60.96
20.34
1.5
14.05
39.35
2.3
60.31
62.60
2.3
49.96
51.95
2.3
13.11
52.20
2.4
60.91
20.62
2.5
14.08
39.63
3.3
60.06
52.72
3.3
49.08
52.11
3.3
12.82
52.17
3.4
60.84
20.93
3.4
14.12
39.94
4.3
59.79
52.85
4.3
48.11
52.29
4.3
12.54
52.12
4.4
60.76
21.24
4.4
14.14
40i7
6.3
59.50
52.97
5.3
47.04
52.45
6.3
12.28
52.07
5.4
60.66
21.57
5.4 14.15
40.61
6.2
59.18
53.06
6.3
45.90
52.60
6.3
12.04
52.01
6.4
60.54
21.89
6.4 i 14.14
40.98
7.2
58.86
53.11
7.3
44.71
52.71
7.3
11.80
61.98
7.4
60.40
22.19
7.4
14.09
41.33
8.2
58.53
53.13
8.3
43.52
52.80
8.3
11.57
61.98
8.4
60.22
22.46
8.4
14.03
41.67
9.2
58.22
53.13
9.3
42.36
52.87
9.3
11.32
61.97
9.4
60.04
22.72
9.4
13.94
42.00
10.2
57.93
53.11
10.3
41.26
52.91
10.3
11.03 51.98
10.4
59.87
22.95
10.4
13.85
42i8
11.2
57.64
53.09
11.3
40.23
52.93
11.3
10.75
51.98
11.4
59.69
23.15
11.4
13.75
42.56
12.2
57.37
63.09
12.3
39.25
52.95
12.3
10.46
51.97
12.4
69.54
23.34
12.4
13.67 42.80
13.2
67.14
53.08
13.3
38.32
52.99
13.3
10.14
51.96
13.4
59.39
23.53
13.4
13.61 43.06
14.2
56.90
53.06
14.2
37.40
53.03
14.3
9.83
51.93
14.4
59.25
23.74
14.4
13.55 \ 43.31
15.2
66.66
53.06
15.2
36.48
53.07
15.3
9.54
51.88
15.4
59.12
23.96
15.4
13.48
43.57
16.2
56.39
63.07
16.2
35.51
53.13
16.3
9.24 51.80
16.4
58.98
24.18
16.4
13.43
43.85
17.2
56.12
53.08
17.2
34.50
53.19
17.2
8.95
51.70
17.4
58.83
24.40
17.4
13.38
44.13
18.2
55.84
53.08
18.2
33.43
63.26
18.2
8.68
61.59
18.3
58.68
24.65
18.4
13.31
44.43
19.2
55.55
63.08
19.2
32.31
53.31
19.2
8.43
51.49
19.3
58.50 ' 24.90
1
19.4
13.22 44.75
20.2
55.23
53.06
20.2
31.14
53.34
20.2
8.18
51.37
20.3
58.32
25.16
20.4
13.14
45.07
21.2
54.91
53.02
21.2
29.94
53.35
21.2
7.93
51.26
21.3
58.10
25.39
21.4
13.02
45.39
22.2
54.59
52.96
22.2
28.74
53.35
22.2
7.69
51.16
22.3
57.88
25.60
22.4
12.89
45.68
23.2
54.28
52.88
23.2
27.55
53.32
23.2
7.44
51.07
23.3
57.65
25.79
23.4
12.74 45.96
1
24.2
53.98
52.78
24.2
26.40 53.28
24.2
7.18
51.00
24.3
57.42 25.98
24.4
12.57
46.22
25.2
53.70
52.65
25.2
25.32
53.21
25.2
6.91
50.92
25.3
57.19 26.13
26.4
12.43
46.46
26.2
53.45
52.54
26.2
24.32
53.15
26.2
6.63
50.84
26.3
56.98 26.26
26.4
12.27
46.67
27.2
53.21
52.43
27.2
23.39
53.09
27.2
6.32
50.75
27.3
56.78
26.38
27.4
12.13
46.87
28.2
52.98
52.35
28.2
22.51
53.05
28.2
6.01
50.62
26.3
56.59
26.49
28.4
12.00
47.08
29.2
52.76
52.27
29.2
21.63
53.01
29.2
5.70
50.47
29.3
56.43
26.63
29.4
11.90
47.30
30.2
52.54
52.19
30.2
20.73
53.00
30.2
6.41
50.29
30.3
56.27
26.80
30.4
11.81
47.52
31.2
52.30
52.14
31.2
1
19.77
52.99
31.2
5.14
50.09
31.3
56.09
26.97
31.4
11.71
47.77
13.70 +13.67
50.
47 +i
30.46
11.
95 -11.90
12.31 +12.27
11.86 +11.81
0»» 57« 1".657
Ih 29» 44V254 |
1»»
42« 6M02
4h gm 44.. 952
5»» 34- 54-.014
+85**
48' 2
5 ".87 1
+88*»
61' 25
/'.03 1
-85*»
11' 3fl
>".58 1
+85*^
20' ]
L".04 1
+86^
9' 2
8 ".07
APPARENT PLACES OF STARS, 1916.
237
CIRCUMPOLAR STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
^ Vtsm Hinozlt.
j^OottntU.
A. Unn HlBoils.
(TOetftatU.
76 Dfmoonit.
Mag. 4.4
Mag. 5.2
Mag. 6.6
Mag. 5.6
Mag. 5.7
Wtah.
Mmo
Thne.
Right
Aacen-
SiOD.
DeoU-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
DecU-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Waih.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
DecU-
nation.
h m
• /
h m
• /
h m
• /
h m
• /
h m
• 0
Jan.
17 58
+86 36
00
Jan.
18 5
-87 39
00
Jan.
19 2 +89 0
Jan.
19 26
-8913
00
Jm.
20 48
+8213
0P
oi
8
52.98
WW
42.45
0.9
12.67
54.70
1.0
8
8.38
56.32
1.0
s
3.13
WW
43.37
1.1
s
33.38
WW
26.77
l.tj
52.94
42.13
1.9
12.96
54.34
2.0
7.93
56.06
2.0
3.31
42.96
2.1
33.28
26.57
2.9 52.91
41.81
2.9
13.28
64.00
3.0
7.43
54.77
3.0
3.63
42.56
8.1
33.18
26.36
3.9 62.86
41.47
3.9
13.63
53.68
4.0
6.91
64.45
4.0
4.06
42.18
4.1
33.07
26.13
4.9 52.84
41.10
4.9
13.98
53.39
6.0
6.41
64.11
5.0
4.51
41.86
5.1
32.96
25.87
5.9
52.84
40.74
5.9
14.32
53.10
6.0
5.99
53.75
6.0
4.95
41.62
6.1
32.85
25.31
6.9
52.87
40.35
6.9
14.61
52.83
6.9
6.66
53.39
7.0
6.30
41.21
7.1
32.74
25.29
7.9
52.92
39.97
7.9
14.87
52.57
7.9
6.46
53.03
8.0
6.67
40.92
8.1
32.65
24.95
8.9
53.01
39.62
8.9
15.11
52.28
8.9
5.35
52.66
9.0
6.76
40.59
9.1
32.56
24.64
9.9
53.11
39.30
9.9
15.35
51.98
9.9
6.34
52.33
10.0
6.89
40.26
10.1
32.49
24.34
10.9
53.23
38.99
10.9
15.60
51.67
10.9
5.37
52.02
11.0
6.03
39.90
11.1
32.43
24.03
11.9
53.33
38.70
11.9
16.87
51.33
11.9
6.41
51.72
12.0
6.22
39.52
12.1
32.37
23.74
12.9
53.43
38.42
12.9
16.17
50.99
12.9
6.42
61.43
12.9
6.48
39.12
13.1
32.32
23.47
13.9
53.52
38.14
l5.9
16.52
50.64
13.9
6.40
51.14
13.9
6.86
38.73
14.1
32.26
23.20
14.9
53.60
37.86
14.9
16.89
50.30
14.9
5.36
50.85
14.9
7.34
38.34
15.0
32.21
22.94
15.9
53.68
37.57
15.9
17.30
49.98
15.9
6.28
50.65
15.9
7.92
37.96
16.0
32.16
22.69
16.9
53.77
37.26
16.9
17.72
49.69
16.9
6.21
60.23
16.9
8.60
37.60
17.0
32.09
22.43
17.9
53.85
36.04
17.9
18.15
49.40
17.9
6.13
49.90
17.9
9.33
37.23
18.0
32.02
22.13
18.9
53.95
36.60
18.9
18.59
49.15
18.9
6.09
49.68
18.9
10.08
36.88
19.0
31.96
21.82
19.9
54.07
36.25
19.9
19.02
48.91
19.9
5.09
49.24
19.9
10.84
36.57
20.0
31.90
21.50
20.9
54.21
35.90
20.9
19.42
48.67
20.9
5.16
48.88
20.9
11.56
36.28
21.0
31.83
21.14
21.9
54.37
35.56
21.9
19.81
48.43
21.9
5.31
48.52
21 ;9
12.25
35.97
22.0
31.77
20.78
22.9
54.55
35.22
22.9
20.18
48.18
22.9
5.55
48.17
22.9
12.88
36.65
23.0
31.73
20.42
23.9
54.76
34.91
23.9
20.54
47.92
23.9
5.87
47.83
23.9
13.46
36.33
24.0
31.70
20.07
24.9
54.95
34.62
24.9
20.91
47.67
24.9
6.25
47.51
24.9
14.02
34.99
25.0
31.68
19.75
25.9
55.16
ir\.,irx
25.9
21.28
47.39
25.9
6.64
47.22
25.9
14.60
34.64
26.0
31.67
19.43
26.9
55.35
34.11
26.9
21.69
47.07
26.9
7.04
46.94
26.9
15.24
34.28
27.0
31.66
19.13
27.9
55.54
33.88
27.9
22.14
46.77
27.9
7.39
46.66
27.9
16.01
33.91
28.0
31.64
18.84
28.9
55.70
33.65
28.9
22.66
46.48
28.9
7.66
46.38
28.9
16.91
33.52
29.0
31.63
18.57
29.9
55.85
33.40
29.9
23.21
46.21
29.9
7.88
46.11
29.9
17.97
33.15
30.0
31.62
18.31
30.9 56.00
33.15
30.9
23.79
45.96
30.9
8.06
45.84
30.9
19.16
32.80
31.0
31.58
18.02
31.9 ; 56.17
32.87
31.9 1 24.37
45.76
31.9
8.24
45.54
31.9
74.1
20.40
32.46
32.0
31.54
17.70
16.91 +16.88
24.53 -24.51
58.:
11 +58.11
14 -7
'4.14
7.39 +7.32
17*^ 69« 20-.805
18»> 5- 36M63
19»»
3» 51».560
\^
26« 7M89
20»» 48" 44". 660
+860
36' I
il".19 1
-87*»
39' I
►2"J21
+89**
0' I
>6".70
-89*»
13' 2
{5".99 1
+82^
13' 1
6".38
APPARENT PLACES OF STARS, 1916.
241
CIKCXJMPOLAR. STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
Groomlnldce 1119.
COctentit.
1 H. Dnooais.
C CbaauBleoBtts.
80 H. Camelop.
Mi«. 7.0
Mag. 5.4
Mag. 4.6
Mag. 5.2
Mag. 5.3
Wash.
Right
TWh*!!.
Wash.
Right
T)m*1{.
Wash.
Rilbt
T>«mll.
Wash.
Rilbt
jj^U. Wash.
Right
T)M4i.
MttO
Time.
Atoaa-
lion.
natkm.
Mean
Time.
Aaoeii-
sion.
nation.
Mean
Time.
Asoen-
sion.
nation.
Mean
Time.
Aaoen-
sion.
nation.
Mean
Time.
Aaoen-
slon.
nation.
h m
• /
h m
• /
h m
• /
•
h m
• t
h m
• 9
F^.
816
+88 5S
00
Feb.
9 9
-8519
00
Feb.
9 25
1
+8141
ft
Feb.
936
-80 33
Feb.
10 21
+8258
00
0.5
8
29.13
13.30
0.5
8
15.73
42.05
0.5
8
27.13
49.64
0.5
8
29.33
49.17
0.6
8
12.49
58.28
1.5
29.33
13.62
1.5
15.68
42.44
1.5
27.21
49.92
1.5
29.34
49.59
1.6
12.62
58.51
2.5
29.49
13.96
2.5
15.61
42.82
2.5
27.29
50.22
2.5
29.33
49.97
2.6
12.76
58.77
3.5
29.56
14.32
3.5
15.56
43.19
3.5
27.35
50.54
3.5
29.32
50.35
3.6
12.87
59.05
4.5 29.53
14.68
4.5
15.51
43.52
4.5
27.40
50.86
4.5
29.32
50.72
4.6
12.97
59.34
5.5 29.38
16.02
5.5
15.47
43.88
5.5
27.43
51.19
5.5
29.31
51.07
5.6
13.06
59.64
6.5
29.16
15.36
6.5
15.45
44.24
6.5
27.45
51.51
6.5
29.32
51.44
6.6
13.12
59.95
7.5 28.R8
15.67
7.5
15.43
44.61
7.5
27.45
51.81
7.5
29.33
51.80
7.6
13.18
60.25
8.5 1 28.58
15.95
8.5
15.42
45.00
8.5
27.46
52.11
8.5
29.35
52.20
8.5
13.22
60.53
9.5 28.28
16.23
9.5
15.40
45.42
9.5
27.47
52.39
9.5
29.36
52.61
9.5
13.26
60.80
10.5 28.02
16.51
10.5
15.35
45.83
10.5
27.47
52.66
10.5
29.37
53.03
10.5
13.31
61.07
lU
27.78
16.78
11.5
15.81
46.26
11.5
27.50
52.93
11.5
29.37
53.45
11.5
13.37
61.31
12.4
27.58
17.05
12.5
15.24
46.65
12.5
27.52
53.20
12.5
29.36
53.88
12.5
13.43
61.58
13.4
27.40
17.33
13.5
15.15
47.06
13.5
27.54
63.47
13.5
29.35
54.30
13.5
13.51
61.85
14.4
27^
17.62
14.5
15.06
47.45
14.5
27.57
53.76
14.5
29.33
54.72
14.5
13.57
62.13
15.4
27.03
17.94
15.5
14.95
47.83
15.5
27.59
54.06
15.5
29.30
65.11
15.5
13.64
62.41
16.4
26.81
18.27
16.5
14.84
48.20
16.5
27.62
54.38
16.5
29.26
55.50
16.5
13.71
62.70
17.4 26.54
18.59
17.5
14.72
48.55
17.5
27.64
54.70
17.5
29.23
55.87
17.5
13.77
63.02
18.4
26.18
18.93
18.5
14.61
48.88
18.5
27.64
55.02
18.5
29.19
56.22
18.5
13.82
63.35
19.4
25.74
19.28
19.5
14.51
49.21
19.5
27.64
55.36
19.5
29.16
56.59
19.5
13.86
63.67
20.4
25.25
19.59
20.5
14.42
49.54
20.5
27.62
65.70
20.5
29.13
56.93
20.5
13.87
64.02
21.4
24.66
19.88
21.5
14.82
49.90
21.5
27.58
56.03
21.6
29.11
57.29
21.5
13.88
64.36
22.4
24.06
20.17
22.5
14.25
50.26
22.5
27.54
56.33
22.5
29.09
57.66
22.5
13.88
64.68
23.4
23.45
20.41
23.5
14.17
50.63
23.5
27.61
66.61
23.5
29.07
68.07
23.5
13.88
64.98
24.4
22.87
20.65
24.5
14.08
51.06
24.5
27.47
56.87
24.6
29.05
58.48
24.5
13.88
65.26
25.4
22.36
20.87
25.5
13.98
51.46
25.5
27.46
57.12
25.5
29.02
58.91
25.5
13.87
65.53
26.4
21.92
21.09
26.4
13.84
51.88
26.5
27.44
57.37
26.5
28.98
59.33
26.5
13.88
65.77
27.4
21^2
21.33
27.4
13.69
52.27
27.5
27.43
67.63
27.5
28.93
69.77
27.5
13.91
66.04
28.4
21.14
21.58
28.4
13.51
62.65
28.6
27.42
57.91
28.6
28.87
60.16
28.5
13.95
66.31
29.4
20.72
21.87
29.4
13.33
53.00
29.5
27.42
68.19
29.5
28.81
60.54
29.5
13.98
66.59
30.4
20.25
22.15
30.4
13.15
63.32
30.4
27.41
68.51
30.5
28.74
60.90
30.5
14.00
66.90
31.4
19.68
22.45
31.4
12.98
53.64
31.4
27.37
68.83
31.5
28.67
61.22
31.5
14.01
67.25
51.54 +51.53
12.28 -12.24
6.93 +6.85
6.10 -6.02:
8.19 +8.13
8^ 14- 48-.311
^ 9* 6-.065
^ 25« 12-. 930
^ 36» 24- .003
10»» 20» 57-. 269
+88« 53' 11 ".43
-85* 19' 42".77
+81* 41' 57".18
-80* 33' 50".61
+82* 59' 12".27
79790^
•—1916
H
S
APPARENT PLACES OF STARS, 191«.
243
CIRCTUMFOLAJEt STABS.
FOR THE UPPER TRANSIT AT WASHINGTON.
1
Oroombfidfe 8888.
/OOotentU.
f Uiw Minoris. 1 88 O. ApodUi.
Mag.M
Mag. 7.2
Mag. 5.7
Mag. 4.4
Mag. 6.9
Wash.
Hean
Time.
Risbt
Aaom-
skm.
Decll-
DatJon.
Wash.
Mean
Time.
Riglit
Aaoeo-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Asoeo-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
D^i-
nation.
<
Wash.
Mean
Time.
Right
Ascen-
sion.
DeoU-
nation.
h m
• f
h m
• /
h m
• /
h m
• /
h m
• 9
Feb.
1413
-8316
Feb.
16 3
+87 32
§§
Feb.
15 23
-8411
Feb.
16 54
+8210
Feb,
17 15
-8046
0.7
8
20.61
64.74
0.8
8
56.42
65.37
0.8
8
43.28
WW
8.22
0.8
8
24.64
14.13
0.9
8
42.24
WW
65.60
1.7
20.73
54.94
1.8
65.91
55.26
1.8
43.55
8.30
1.8
24.76
13.87
1.9
42.41
55.39
2.7
20.93
65.13
2.8
66.45
55.16
2.8
43.80
8.38
2.8
24.89
13.62
2.9
42.57
56.30
3.7
21.12
1
56.30
3.8
67.00
65.06
3.8
44.05
8.45
3.8
25.02
13.37
3.8
42.72
55.21
4.7
21.31
56.46
4.8
67.66
65.00
4.8
44.28
8.49
4.8
26.17
13.15
4.8
42.86
55.10
5.7
21.49
55.60
6.8
68,12
54.97
5.8
44.50
8.53
5.8
25.33
12.94
5.8
42.99
54.98
«.7
21.69
56.73
6.8
68.65
54.96
6.8
44.73
8.54
6.8
25.47
12.78
6.8
43.13
54.84
7.7
21.89
56.85
7.7
69.15
64.97
7.8
44.99
8.56
7.8
25.62
12.63
7.8
43.27
54.68
8.7
22.11
56.00
8.7
69.63
65.00
8.8
46.26
8.58
8.8
25.75
12.50
8.8
43.42
54.52
9.7
22.33
66.12
9,7
60.09
56.02
9.8
46.53
8.61
9.8
26.91
12.37
9.8
43.58
54.36
10.7
22.66
56.29
10.7
60.54
65.04
10.8
46.81
8.65
10.8
26.04
12.26
10.8
43.75
54.21
11.7
22.79
56.46
11.7
60.99
56.05
11.8
46.09
8.72
11.8
26.18
12.13
11.8
43.92
54.09
12.7
23.01
56.68
12.7
61.44
56.04
12.7
46.38
8.80
12.8
26.31
11.99
12.8
44.10
53.97
13.7
23.23
56.90
13.7
61.91
65.03
13.7
46.66
8.90
13.8
26.45
11.83
13.8
44.29
53.87
14.7
23.44
67.14
14.7
62.41
55.02
14.7
46.93
9.02
14.8
26.69
11.68
14.8
44.46
63.82
15.7
23.63
67.38
16.7
62.92
56.01
15.7
47.18
9.15
15.8
26.74
11.51
15.8
44.63
53.75
16.7
23.81
57.61
16.7
63.45
56.01
16.7
47.43
9.28
16.8
26.90
11.36
16.8
44.80
63.71
17.7
23.99
57.84
17.7
63.99
66.03
17.7
47.67
9.41
17.8
27.06
11.20
17.8
44.96
53.67
18.7
24.16
58.06
18.7
64.54
56.06
18.7
47.90
9.66
18.8
27.23
11.06
18.8
46.11
53.64
19.7 24.33
58.27
19.7
66.09
66.12
19.7
48.12
9.66
19.8
27.40
10.96
19.8
45.25
53.59
20.7
24.60
58.46
20.7
66.62
56.20
20.7
48.35
9.77
20.8
27.56
10.86
20.8
45.40
53.61
21.7
24.68
58.66
21.7
66.13
56.30
21.7
48.58
9.84
21.8
27.73
10.80
21.8
46.55
53.42
22.7
24.87
58.86
22.7
66.60
56.42
22.7
48.83
9.92
22.8
27.89
10.76
22.8
45.71
53.34
23.7
26.08
59.06
23.7
67.04
65.54
23.7
49.10
10.02
23.8
28.05
10.74
23.8
45.88
53.24
24.7
26.29
59.29
24.7
67.47
65.66
24.7
49.37
10.13
24.8
28.20
10.71
24.8
46.05
53.14
25.7
26.60
59.64
26.7
67.87
56.74
26.7
49.66
10.26
25.8
28.34
10.67
25.8
46.24
53.07
26.7
25.71
59.81
26.7
68.27
56.81
26.7
49.95
10.41
26.8
28.49
10.62
26.8
46.44
53.02
27.7
26.92
60.12
27.7
68.69
56.88
27.7
60.23
10.60
27.8
28.62
10.54
27.8
46.64
53.00
28.7
26.11
60.43
28.7
69.14
55.94
28.7
50.50
10.82
28.8
28.76
10.46
28.8
46.83
53.02
29.7
26.27
60.76
29.7
69.63
66.00
29.7
60.74
11.03
29.8
28.93
10.37
29.8
47.02
53.03
30.6
26.42
61.04
30.7
70.14
66.08
30.7
60.96
11.24
30.8
29.10
10.30
30.8
47.18
53.06
31.6
26.67 61.33
31.7
70.66
56.19
31.7
51.18
11.42
31.8
29.27
10.23
31.8
47.34
53.11
8.56 -8.49
23.38 +23.36
9.87
•9.82
7.34 +7.27
6.24 -6.16
14^ 13" 18«.631
15>» 4» 0».607
15»» 23» A
13-.237
16»» 64« 31-.741
n^ 15« 43-.730
-^
17'
4".27 1
+87«
33' 2
t4".43 1
-84«
11' ]
L7".84
+82*
10' I
»".40
-80*>
47'
2".69
APPARENT PLACES OF STARS, 1916.
245
CmCUMPOLAR STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
XOoteatU.
t^OotentU.
)9 0o(antlB.
89 H. Cephel.
y
Mag. 5.4
Mag. 5.7
liag.4.3
Mag. 5.6
Mag. 5.1
Wash.
MttD
Time.
^JS^ nation.
W'ash.
Mean
Time.
Rifht
Afloan-
nkm.
Decli-
nfttion.
Wash.
Mean
Time.
Right
Aacen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Aaoen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Aacen-
aion.
Decli-
nation.
h m
• /
h m
• 1
h m
• /
h m
• /
h m
• r
Feb.
2138
-83 6
am
Feb.
2215
-86 23
Feb.
22 37
-8149
0f
Feb.
23 27
+86 50 Feb.
23 47
-8229
If
1.0
s
5.54
WW
26.17
1.1
8
47.31
49.41
1.1
29.53
26.52
1.1
8
20.02
58.85
1.1
8
10.20
16.28
2.0
5.58
25.81
2.1
47.30
49.04
2.1
29.52
26.16
2.1
19.70
58.66
2.1
10.12
15.94
3.0 5.62
25.46
3.1
47.29
48.66
3.1
29.51
25.82
3.1
19.38
58.44
3.1
10.06
15.62
4.0
5.64
25.12
4.1
47.27
48.32
4.1
29.48
25.49
4.1
19.06
58:i8
4.1
V. vv
15.33
5.0
5.66
24.81
5.1
47.22
47.98
5.1
29.44
25.16
5.1
18.77
57.91
5.1
9.90
15.05
6.0
5.66
24.48
6.0
47.17
47.67
6.1
29.41
24.86
6.1
18.51
57.64
6.1
9.81
14.76
7.0
5.65
24.13
7.0
47.08
47.31
7.1
29.35
24.54
7.1
18.29
57.35
7.1
9.71
14.49
8.0
5.64
23.76
8.0
47.00
46.94
8.1
29.30
24.20
8.1
18.Q8
57.08
8.1
9.60
14.21
9.0
5.64
23.39
9.0
46.91
46.58
9.1
29.25
23.83
9.1
17.90
56.81
9.1
9.48
13.90
10.0 5.63
22.98
10.0
46.84
46.19
10.1
29.20
23.46
10.1
17.74
56.55
10.1
9.38
13.57
11.0
5.65
22.57
11.0
46.79
45.75
11.1
29.17
23.06
11.1
17.57
56.31
11.1
9.28
13.21
12.0
5.69
22.16
12.0
46.77
45.34
12.0
29.15
22.67
12J
17.39
56.08
12.1
9.19
12.86
13.0
5.73 21.76
13.0
46.76
44.92
13.0
29.14
22.27
13.1
17.21
55.84
13.1
9.12
12.51
14.0
5.78
21.36
14.0
46.79
44.51
14.0
29.14
21.87
14.1 17.00
55.59
14.1
9.06
12.14
15.0
5.84
20.99
15.0
46.83
44.12
15.0
29.14
21.48
15.x
16.78
55.35
15.1
8.99
11.76
15.9
5.91
20.61
16.0
46.87
43.74
16.0
29.15
21.09
16,1 :
16.56
55.08
16.1
8.94
1L39
16.9
1
6.»7 , 20.27
17.0
46.92
43.37
17.0
29.16
20.73
17.1
16.34
54.81
17.1
8.90
11.06
17.9
6.04 1 19.93
18.0
46.98
43.01
18.0
29.17
20.39
18.1
16.U
54.51
18.1
8.85
10.71
18.9
6.09
19.59
1
19.0
47.02
42.69
19.0
29.17
20.04
19.1
15.91
54.21
19.1
8.81
10.39
19.9
^.15
19.25
20.0
47.04
42.32
20.0
29.17
19.70
i
20.1
15.73
53.89
20.1
8.75
10.06
^.9
6.19
18.92
21.0
47.05
41.97
21.0
29.16
19.36
21.1
15.59
53.56
21.1
8.68
9.74
21.9
6.22
18.56
22.0
47.05
41.61
22.0
29.15
19.00
22.1
15.48
53.22
22.1
8.61 9.42
22.9
6.25 18.19
23.0
47.04
41^23
23.0
29.13
18.62
23.1
15.39
52.90
23.1
8.52 9,.09
23.9
6.29
17.80
24.0
47.05
40.83
24.0
29.11
18.22
24.0
15.33
52.62
24.1
8.44
3.72
24.9
6.34
17.38
24.9
47.07
40.41
25.0
29.11
17.80
25.0
15.27
52.35
25.1
8.38
8.31
25.9
6.42
16.97
25.9
47.11
39.97
26.0
29.12
17.38
26.0
15.19
52.10
26.1
8.33
7.90
26.9
6.51
16.56
26.9
47.20
39.52
27.0
29.15
16.93
27.0
15.10
51.84
27.1
8.29
7.48
27.9
6.61
16.14
27.9
47.32
39.08
28.0
29.20 ' 16.52
28.0
14.98
^51.60
28.1
8.27
7.06
28.9
6.72
15.77
28.9
47.48
38.69
29.0
1
29.25 16.11
29.0
14.85
51.33
29.1
8.26
6.65
29.9
6.84
15.42
29.9
47.61
38.32
30.0
29.29
15.73
30.0
14.71
51.03
30.0
8.25
6.26
30.9
6.95
15.09
30.9
47.75
37.99
30.9
29.34
15.38
31.0
14.57
50.71
31.0
8.25
5.88
31.9
7.04
14.77
31.9
47.87
37.65
31.9
29.38
15.04
32.0
14.46
50.35
32.0
8.24
5.51
8.33 -8.27
15.91 -15.88
7.03 -6.96
18.19 +18.16
7.i
S5 -7.58
21»» 38" 10-.025
22»» 15« 56».333
22»» 37" 32-.703
23h 27« 44*.392
23»»
47« 12-.813
-«3«»
6' \
J3".31
-86*"
' 23' ^
15 ".22
-81*'
49' \
21".ll
+86**
50' J
J9".03
-82<>
29'
8".43
APPARENT PLACES OF STARS, 1916.
CmCUMPOLAK STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
247
ai O. HenuB.
'HenuB.
bl H. Cephel.
85 H. Camelop.
7 a. OctantlB.
Mag. 6.
2
Mag. 5.6
Mag. 5.3
Mag. 5.1
Mag. 6.4
Wash.
Mean
TtaM.
RJght
Asoen-
idon.
Dfttion.
Wash.
Mean
TlOM.
RJ^t
Afloen-
sloii.
DhAU
nation.
Wash.
Mean
Tlmt.
Ri^t
Asoan-
sion.
nation.
Wash.
Mean
Time.
RJght
ASCMW
sion.
DeoU-
natkm.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
h m
• 1
h m
0 /
h m
0 /
h m
• /
h m
• /
Mar.
546
-84 50
Mar.
6 47
-80 43
Mar.
7 1
+87 11
Mar.
7 13
+82 34
Mar.
7 16
-8654
0.3
25.74
WW
0.39
0.3
8
5.05
47.15
0.4
8
65.84
18.10
0.4
42.57
52.64
0.4
8
44.17
12.38
1.3
25.45
0.41
1.3
4.90
47.29
1.3
65.54
18.33
1.4
42.47
52.88
1.4
43.73
12.55
2.3
25.17
0.44
2.3
4.76
47.42
2.3
65.21
18.56
2.4
42.34
53.11
2.4
43.32
12.73
3.3
24.91
0.49
3.3
4.62
47.54
3.3
64.84
18.80
3.4
42.21
53.34
3.4
42.94
12.90
4.3
24.65
0.56
4.3
4.49
47.70
4.3
64.43
18.98
4.3
42.06
53.54
4.4
42.56
13.09
5.3
24.39
0.63
5.3
4.36
47.86
5.3
64.02
19.13
5.3
41.91
53.72
5.3
42.20
13.30
6.3
24.13
0.71
6.3
4.22
48.04
6.3
63.60
19.27
6.3
41.75
53.86
6.3
41.82
13.53
7.3
23.86
0.81
7.3
4.09
48.24
7.3
63.18
19.41
7.3
41.60
54.00
7.3
41.44
13.76
8.3
23.57
0.91
8.3
3.95
48.43
8.3
62.81
19.52
8.3
41.46
54.14
8.3
41.03
13.99
9.3
23.28
0.99
9.3
3.80
48.61
9.3
62.44
19.61
9.3
41.33
54.26
9.3
40.62
14.22
10.3
22.97
1.05
10.3
3.66
48.78
10.3
62.09
19.74
10.3
41.20
54.37
10.3
40.18
14.45
11.3
22.66
1.09
11.3
3.50
48.93
11.3
61.75
19.86
11.3
41.09
54.49
11.3
39.73
14.64
12.3
22.37
1.11
12.3
3.34
49.08
12.3
61.42
19.97
12.3
40.98
54.63
12.3
39.25
14.82
13.3
22.07
1.12
13.3
3.18
49.18
13.3
61.08
20.11
13.3
40.85
54.77
13.3
38.79
14.97
14.3
21.77
1.11
14.3
3.03
49.26
14.3
60.71
20.25
14.3
40.72
54.92
14.3
38.32
15.11
15.3
21.49
1.07
15.3
2.87
49.34
15.3
60.34
20.39
15.3
40.60
55.07
15.3
37.86
15.25
16.3
21.20
1.03
16.3
2.72
49.40
16.3
59.94
20.53
16.3
40.45
55.22
16.3
37.42
15.36
17.3
20.93
0.99
17.3
2.57
49.46
17.3
59.52
20.68
17.3
40.30
55.36
17.3
36.99
15.47
18.3
20.67
0.97
18.3
2.42
49.54
18.3
59.07
20.80
18.3
40.12
55.51
18.3
36.56
15.60
19.2
20.40
0.96
19.3
2.28
49.62
19.3
58.62
20.90
19.3
39.95
55.61
19.3
36.15
15.73
20.2
20.13
0.97
20.3
2.14
49.72
20.3
58.15
20.95
20.3
39.78
55.70
20.3
35.75
15.87
21.2
19.87
1.01
21.3
2.00
49.83
21.3
57.69
21.01
21.3
39.60
55.77
21.3
35.34
16.04
22.2
19.58
1.02
22.3
1.86
49.97
22.3
57.26
21.02
22.3
39.45
55.81
22.3
34.91
16.22
23.2
19.29
1.03
23.3
1.70
50.10
23.3
56.86
21.02
23.3
39.30
55.85
23.3
34.46
16.39
24.2
18.98
1.02
24.3
1.53
50.20
24.3
56.49
21.05
24.3
39.17
55.88
24.3
33.98
16.55
25.2
18.67
1.00
25.3
1.36
50.29
25.3
56.14
21.08
25.3
39.04
55.91
25.3
33.47
16.69
26.2
18.36
0.93
26.3
1.20
50.34
26.3
55.81
21.12
26.3
38.93
55.96
26.3
32.94
16.79
27.2
18.06
0.85
27.3
1.04
50.38
27.3
55.45
21.16
27.3
38.81
56.00
27.3
32.44
16.89
28 J2
17.77
0.74
28.3
0.87
50.37
28.3
55.09
21.24
28.3
38.67
56.11
28.3
31.93
16.92
29.2
17.49
0.63
29.3
0.72
50.36
29.3
54.68
21.32
29.3
38.53
56.21
29.3
31.46
16.96
30.2
17.22
0.54
30.3
0.56
50.36
30.3
54.25
21.38
30.3
38.37
56.30
30.3
31.00
17.01
31.2
16.97
0.44
31.3
0.42
50.35
31.3
53.79
21.42
31.3
38.19
56.36
31.3
30.57
17.04
11.1
1 -]
11.06
6.1
21 -6.13
20.39 +20,37
7.76 +7.68
18.52 -18.49
5^ 46" i
56-.439
6»»
47« 3-.489
1^ 1« 34V861
7h I3in 29^.477
jh igm 40-.555
.g4o
49' 4
18".17
-80**
43' 2
14".16
+87^
11'
0".ll
+82^
34' 2
W".50 1
-86^
54.'
0'U4
248
APPARENT PLACES OF STARS, 1916.
CERCUMPOLAR STABS.
FOR THE UPPER TRANSIT AT WASHINGTON.
Groombzidce 1119.
COctantU.
1 H. Dnconls.
C ChamirlfWMtU.
*
SO n. ViMlHCllip
Mag. 7.0
Mag. 5.4
Mag. 4.6
Mag. 5.2
Mag. 5.3
WMh.
Umn
Time.
Right
A.v«i-
sion.
iMtion.
WMh.
Mmo
Time.
Right
Aaoen-
»ioD.
DecU-
ostioiL
WMh.
Time.
Right
Awen-
sion.
Dedi-
WMh.
Meu
Time.
Right
Ascen-
sion.
WMh.
Mmb
Time.
Rigbt
A9O0O-
DMti-
natiiw
h m
• 0
h m
9 f
h m
• /
h m
• #
h m
•
Mar.
815
+88 53
0 0
Mar.
9 9
-851fi
Mar.
925
+8141
Mar.
936
-80 3.
Mar.
10 21
+8259
0.4
8
80.72
WW
21.87
0.4
8
13.33
53.00
0.5
8
27.42
58.19
0.5
8
28.81
0.54
0.5
13.98
6.59
1.4
80.25
22.15
1.4
13.15
53.32
1.4
27.41
58.51
1.5
28.74
0.90
1.5
14.00
6.90
2.4
79.68
22.45
2.4
12.98
53.64
2.4
27.37
58.83
2.5
28.67
1.22
2.5
14.01
7.26
3.4
79.01
22.74
3.4
12.83
53.95
3.4
27.33
59.16
3.5
28.61
1.56
3.5
14.01
7.59
4.4
78.25
23.02
4.-J
12.68
54.24
4.4
27.28
59.49
4.4
28.55
1.89
4.5
13.98
7.92
5.4
77.43
23.27
5.4
12.55 54.55
5.4
27.21
59.78
5.4
28.50
2.23
5.5
13.94
8.27
6.4
76.59
23.50
6.4
12.41 54.90
6.4
27.13
60.06
6.4
28.45
2.59
6.5
13.90
8.59
7.4
75.75
23.73
7.4
12.27
55.24
7.4
27.05
60.34
7.4
28.41
2.96
7.5
13.86
SM
8.4
74.93
23.92
8.4
12.14
55.61
8.4
26.99
60.57
8.4
28.35
3.33
8.5
13.80
9.16
9.4
74.16
24.11
9.4
11.98
55.99
9.4
26.92
60.80
9.4
28.30
3.71
9.5
13.75
9.44
10.4
73.42
24.29
10.4
11.80
56.37
10.4
26.87
61.04
10.4
28.24
4.10
10.5
13.72
9.71
11.4
72.72
24.47
11.4
11.62
56.71
11.4
26.80
61.29
11.4
28.17
4.48
11.5
13.68
9.98
12.4
72.04
24.67
12.4
11.42
57.06
12.4
26.76
61.54
12.4
28.09
4.82
12.5
13.65
10.26
13.4
71.35
24.88
13.4
11.22
57.39
13.4
26.71
61.81
13.4
28.01
5.18
13.5
13.63
10.54
14.4
70.63
25.11
14.4
11.01
57.67
14.4
26.66
62.08
14.4
27.92
5.53
14.5
13.62
10.82
15.4
69.89
25.34
15.4
10.77
57.97
15.4
26.59
62.36
15.4
27.83
5.85
15.5
13.58
11.13
16.4
69.08
25.56
16.4
10.57
58.25
16.4
26.53
62.64
16.4
27.74
6.14
16.4
13.53
1L45
17.4
68.22
25.78
17.4
10.36
58.51
17.4
26.44
62.93
17.4
27.65
6.42
17.4
13.48
11.77
18.4
67.27
26.01
18.4
10.16
58.77
18.4
26.35
63.21
18.4
27.57
6.70
18.4
13.42
12.09
19.4
66.26
26.20
19.4
9.97
59.04
19.4
26.26
63.48
19.4
27.48
7.00
19.4
13.33
12.41
20.4
65.23
26.38
20.4
9.78
59.32
20.4
26.14
63.72
20.4
27.42
7.32
20.4
13.24
12.71
21.3
64.18
26.53
21.4
9.61
59.63
21.4
26.03
63.94
21.4
27.35
7.64
21.4
13.14
12.98
22.3
63.16
26.67
22.4
9.43
59.94
22.4
25.92
64.14
22.4
27.28
7.97
22.4
13.05
13.25
23.3
62.20
26.78
23.4
9.23
60.27
23.4
25.82
64.32
23.4
27.20
8.34
23.4
12.95
13.48
24.3
61.30
26.88
24.4
9.01
60.60
24.4
25.73
64.50
24.4
27.12
8.69
24.4
12.87
13.69
25.3
60.48
26.99
25.4
8.78
60.92
25.4
25.65
64.67
25.4
27.02
9.03
25.4
12.81
18.92
26.3
59.70
27.12
26.4
8.53
61.23
26.4
25.59
64.86
26.4
26.92
9.37
26.4
12.76
14.14
27.3 ' 58.91
27.26
27.4
8.26
61.49
27.4
25.52
65.06
27.4
26.80
9.67
27.4
12.69
14.37
28.3 58.09
27.40
28.4
7.99
61.72
28.4
25.44
65.28
28.4
26.70
9.95
28.4
12.63
14.64
29.3
57.18
27.57
29.4
7.74
61.95
29.4
25.35
65.50
29.4
26.58
10.20
29.4
12.56
14.92
30.3
56.19
27.71
30.4
7.49
62.15
30.4
25.25
65.74
30.4
26.47
10.44
30.4
12.47
15.20
31.3
55.13
1
27.86
31.4
7.25
62.36
31.4
25.14
65.99
31.4
26.36
10.68
31.4
12.37
15.49
51.64 +1
)1.63
12.:
29 -12.25
6.93 +6.86
6.10 -
6.02
8.19 +8.13
S^ 14" 48-.311
^
9» 6*.085
^ 25" 12-.930
9* 36" 'i
J4-.003
10* 20" 57-.259
+88**
53' ]
Ll".43
-85*»
19' A
12".77
+81^
41' I
>7".18
-80*^
33' I
)0".61
+82^
59' 1
2".27
APPARENT PLACES OF STARS, 1916,
249
CIRCUMPOLAR STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
Tf Ootantis.
Bxidleyien.
xO<itaiitli.
89H.Oamelop.M9.
K Ootaatii.
Mag. 6.3
Mag. 6.3
Mag. 6.4
Mag. 6.3
Mag. 6.6
Wnh.
RtRht
nM*iL
Wash.
Right
T)m»1I.
Wash.
Right
nfw»iL
Wash.
R^t
Dm^IL
Wash.
Right
Deoli-
nartion.
Mean
Tim«.
Asmn-
8km.
nation.
Mwn
Time.
8ion.
DAtiOIL
Mean
Time.
Ascen-
sion.
natkm.
Mean
Time.
As(ien-
sion.
nation.
Mean
Time.
Ascen-
sion.
h m
• /
h m
• /
h m
• /
h m
• t
h m
• /
Mur.
11 0
-84 8
Mar.
1215
+88 9
Mar.
12 46
-84 40
Mar.
12 48
+83 51
§§
Blar.
13 27
-8621
0.5
8
4.11
37.29
0.6
8
16.24
38.26
0.6
11.22
3.37
0.6
8
43.66
WW
48.63
0.6
8
16.63
22.02
1.5
4.09
37.68
1.6
16.63
38.54
1.6
11.32
3.75
1.6
43.80
48.87
1.6
16.81
22.37
2.5
4.07
38.06
2.6
17.00
38.84
2.6
11.41
4.11
2.6
43.94
49.14
2.6
16.96
22.70
3.6
4.05
38.42
3.6
17.31
39.15
3.6
11.61
4.46
3.6
44.07
49.42
3.6
17.10
23.01
4.5
4.03
38.78
4.6
17.57
39.48
4.6
11.61
4.78
4.6
44.18
49.74
4.6
17.28
23.31
5.5
4.04
39.14
5.6
17.77
39.81
5.6
11.76
6.11
5.6
44.27
50.05
6.6
17.46
23.59
6.5
4.06
39.51
6.6
17.92
40.13
6.6
11.87
6.44
6.6
44.34
50.36
6.6
17.66
23.87
7.5
4.06
39.90
7.6
18.04
40.45
7.6
12.00
6.78
7.6
44.40
60.66
7.6
17.86
24.19
8.5
4.07
40.31
8.6
18.13
40.75
8.6
12.14
6.15
8.6
44.46
60.94
8.6
18.08
24.51
9.5
4.08
40.73
9.5
18.25
41.03
9.6
12.29
6.52
9.6
44.54
51.22
9.6
18.28
24.86
10.5
4.07
41.16
10.5
18.37
41.32
10.6
12.42
6.92
10.6
44.62
61.49
10.6
18.48
26.21
11.5
4.04
41.59
11.5
18.50
41.5^
11.6
12.63
7.33
11.6
44.69
61.75
11.6
18*67
25.58
12.5
4.01
42.01
12.5
18.68
41.85
12.6
12.62
7.72
12.6
44.78
52.02
12.6
18.83
26.96
13.5
3.96
42.40
13.5
18.85
42.13
13.6
12.71
8.14
13.6
44.86
62.29
13.6
18.98
26.34
14.5
3.90
42.79
14.5
19.04
42.42
14.6
12.77
8.54
14.6
44.95
62.56
14.6
19.13
26.73
15.5
3.84
43.18
15.5
19.23
42.73
16.6
12.83
8.93
16.6
46.06
62.83
16.6
19.26
27.09
16.5
3.77
43.55
16.5
19.40
43.05
16.5
12.89
9.30
16.6
45.13
53.14
16.6
19.36
27.47
17.5
3.71
43.89
17.5
19.54
43.38
17.5
12.93
9.66
17.5
45.10
63.46
17.6
19.46
27.80
18.5
3.65
44.25
18.5
19.64
43.71
18.5
12.98
10.01
18.5
45.25
58.78
18.6,
19.67
28.13
19.5
3.60
44.60
19.5
19.68
44.06
19.5
13.04
10.35
19.5
46.30
64.12
19.6
19.70
28.46
20.5
3.55
44.95
20.5
19.67
44.43
20.5
13.12
10.70
20.5
46.32
64.46
20.6
19;84
28.78
21.5
3.52
45.30
21.5
19.61
44.76
21.6
13.21
11.06
21.5
46.33
54.81
21.6
19.99
29.10
22.5
3.49
46.70
22.5
19.52
45.08
22.5
13.31
11.43
22.5
46.34
65.13
22.6
20.14
29.46
23.5
3.46
46.11
23.5
19.42
45.37
23.5
13.41
11.88
23.6
46.34
55.43
23.6
20.31
29.83
24.5
3.41
46.53
24.5
19.34
46.65
24.5
13.49
12.24
24.5
46.35
65.71
24.6
20.47
30.24
25.5
3.35
46.96
25.5
19.29
46.92
26.5
13.66
12.68
26.5
45.36
66.97
25.6
20.62
30.66
26.4
3.26
47.37
26.5
19.30
46.19
26.6
13.62
13.10
26.5
45.40
56.24
26.6
20.73
31.07
27.4
3.16
47.76
27.5
19.33
46.46
27.5
13.64
13.54
27.5
46.45
66.60
27.5
20.82
31.49
28,4
3.06
48.14
28.5
19.37
46.76
28.5
13.66
13.94
28.6
46.49
66.78
28.6
20.88
31.89
29.4
2.03
48.48
29.5
19.39
47.08
29.5
13.66
14.33
29.6
45.53
57.08
29.6
20.94
32.26
30.4
2.82
48.80
30.5
19.38
47.41
30.5
13.66
14.68
30.5
46.55
67.41
30.6
21.00
32.63
31.4
2.72
49.12
31.5
19.32
47.76
31.5
13.66
16.04
31.6
45.56
57.77
31.5
21.06
32.98
9.80 -9.75
31.18 +31.16
10.76 -]
L0.72
9.36 +9.30
12.36 -12.31
10* fm 56-.642
12i» 14« 28-.053
12»» 46«
1M83
12»» 48« 29-.976
I311 27" 5-.614
-84«
8' S
a".24
+88*
9' (
i6".03
-84*'
40'
2".72
+83«
52' ]
L0".05
-85**
21' 2
8".59
APPARENT PLACES OF STABS, 1916.
251
CmCUMPOLAK STARS.
FOB THE UPPER TRANSIT AT WASHINGTON.
6 Vntt MlnoilB.
AfOotaatU.
A. Un0 MInozls.
(ro«tentU.
76I>niooiiia.
Mag. 4.4
Mag. 5.2
Mag. 6.6
Mag. 5.5
Mag. 5.7
Wash.
Maao
Time.
Right
Asosn-
Decli-
naUon.
l¥ash.
Mean
Time.
Right
Aaoen-
sion.
DecsU-
nation.
Wash.
Mean
Time.
Right
Aioen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Aaoen-
lion.
Decli-
nation.
Wash.
Mean
Time.
Right
Asoeo-
sion.
Decli-
nation.
h m
• /
h m
• /
h m
• »
h m
• /
h m
• f
Har.
17 69
+86 36
Mar.
18 5
-87 39
Mar.
19 2
+89 0
Mar.
19 25
-8913
Mar.
20 48
+8213
0.8
s
4.30
27.09
0.8
s
40.97
40.72
0.9
s
28.58
38.16
0.9
s
58.36
24.24
0.9
8
82.48
8.58
1.8
4.63
26.95
1.8
41.61
40.67
1.9
29.49
37.93
1.9
60.04
24.05
1.9
32.64
8.26
2.8
4.99
26.77
2.8
42.21
40.60
2.8
30.51
37.72
2.9
61.61
23.86
2.9
32.62
7.94
3.8
5.36
26.64
3.8
42.78
40.52
3.8
31.62
37.52
3.9
63.11
23.66
3.9
32.70
7.62
4.8
6.75
26.54
4.8
43.84
40.43
4.8
32.79
37.33
4.9
64.63
23.45
4.9
32.79
7.32
5.8
6.13
26.48
5.8
43.90
40.32
5.8
33.98
37.18
5.9
66.95
23.23
5.9
32.89
7.05
6.8
6.51
26.42
6.8
44.50
40.20
6.8
35.17
37.04
6.9
67.41
23.01
6.9
33.00
6.80
7.8
6.88
26.38
7.8
45.12
40.08
7.8
36.32
36.90
7.9
68.94
22.76
7.9
33.11
6.58
8.8
7.21
26.36
8.8
45.77
39.96
8.8
37.42
36.78
8.8
70.67
22.52
8.9
33.22
6.35
0.8
7.56
26.33
9.8
46.45
39.85
9.8
38.47
36.67
9.8
72.29
22.29
9.9
33.32
6.13
10.8
7.88
26.30
10.8
47.14
39.77
10.8
39.49
36.55
10.8
74.09
22.06
10.9
33.42
5.91
11.8
8.20
26.26
11.8
47.84
39.72
11.8
40.48
36.43
11.8
75.94
21.85
11.9
33.52
6.69
12.8
8.54
26.21
12.8
48.54
39.69
12.8
41.48
36.31
12.8
77.82
21.66
12.9
33.62
6.46
13.8
8.87
26.15
13.8
49.22
39.66
13.8
42.50
36.18
13.8
79.70
21.50
13.9
33.72
6.22
14.8
9.21
26.09
14.8
49.88
39.65
14.8
43.56
36.04
14.8
81.55
21.35
14.9
33.81
4.97
15.8
9.58
26.02
15.8
50.53
39.65
15.8
44.66
35.90
15.8
83.36
21.20
15.9
83.91
4.71
16.8
9.96
26.95
16.8
61.15
39.65
16.8
45.83
35.75
16.8
85.12
21.07
16.9
34.02
4.45
17.8
10.34
25.90
17.8
51.75
39.65
17.8
47.07
35.62
17.8
86.79
20.95
17.9
34.14
4.19
18.8
10.76
26.90
18.8
52.33
39.63
18.8
48.35
35.51
18.8
88.40
20.82
18.9
34.26
3.95
10.8
11.14
25.90
19.8
52.91
39.59
19.8
49.67
35.43
19.8
89.98
20.67
19.9
34.39
3.73
20.8
11.52
26.95
20.8
53.50
39.55
20.8
50.99
35.38
20.8
91.58
20.49
20.9
34.53
8.53
21.8
11.90
26.02
21.8
54.12
39.49
21.8
52.28
35.32
21.8
93.23
20.31
21.9
34.68
3.36
22.7
12.25
26.08
22.8
54.77
39.43
22.8
53.50
35.31
22.8
94.98
20.12
22.9
34.81
3.21
23.7
12.69
26.15
23.8
55.47
39.39
23.8
54.64
35.29
23.8
96.84
19.95
23.9
34.95
3.07
24.7
12.90
26.21
24.7
56.20
39.37
24.8
55.70
35.27
24.8
98.84
19.78
24.9
35.08
2.94
25.7
13.2fl
26.26
25.7
56.94
39.37
25.8
56.72
35.24
25.8
100.91
19.64
25.9
36.20
2.80
26.7
13.62
26.26
26.7
57.67
89.42
26.8
57.73
35.19
26.8
103.02
19.52
26.9
35.32
2.63
27.7
13.84
26.28
27.7
58.38
39.48
27.8
58.77
35.13
27.8
105.09
19.42
27.9
36.43
2.46
28.7
14.18
26.29
28.7
59.04
39.55
28.8
59.87
35.07
28.8
107.07
19.36
28.9
35.55
2.28
29.7
14.54
26.31
29.7
59.66
39.61
29.8
61.08
35.00
29.8
108.93
19.29
29.8
35.68
2.08
30.7
14.^
26.35
30.7
60.25
89.65
80.8
62.38
34.94
30.8
110.70
19.22
30.8
35.82
1.88
31.7
16.31
26.43
31.7
60.82
39.70
31.8
63.73
34.92
31.8
112.39
19.14
31.8
35.96
1.70
16.90 +16.87
24.50 -24.48
57.88 +57.87
73.70 -73.69
7.39 +7.32
m 59* 20- .805
l^ 5» 36M63
m 3» 51«.560
19h 26- 7M89
20»» 48« 44-.660
+86^
36' 1
>1".19 1
-87*^
39' I
»2".21
+89*»
0' I
^6".70
-89^
13' 2
15".99 1
+82<>
13' 1
6 ".38
APPARENT PLACES OF STABS, 1916.
CmCUMPOLAR STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
253
4aH. O^ImL
Mig.4.5
a UmB Mlnoiis.
(PolarU,)
Mag. 2.1
4 O. 0«tMltls.
Mag. 5.6
QfoOMbridf e 760.
Blag. 6.7
Mag. 6.4
Waafa.
Mtan
Time.
SSL
DecU-
tatkm.
Waah.
Vflan
Time.
B%ht
Aeoeo-
skm.
DecU-
Wash.
Mean
Time.
B%ht
AaoM»-
8km.
Dedi-
tiatloa.
Wash.
Mean
Time.
Bickt
Aneo-
sieii.
Deoll-
Wash.
Mean
Time.
Bickt
AeoM»-
sieii.
Dedi-
k a
• /
h m
• /
h m
• /
h m
• /
k m
• /
Apr.
056
+85 48
Ajtf.
128
+88 51
Apr.
141
-8511
ft
Apr.
4 9
+85 2C
Apr.
534
+86 9
0.0
43.21
37.69
0.0
38.78
40.23
0.0
53.84
32.80
0.2
s
42.06
24.9<^
0.2
68.63
52.24
1.0
43.20
37.35
1.0
38.57
39.89
1.0
53.75
32.47
1.1
41.84
24.77
1.2
68.37
62.14
2.0
43.22
37.00
2.0
38.46
39.52
2.0
53.66
32.13
2.1
41.64
24.64
2.2
68.11
62X)0
3.0
43.26
36.65
3.0
38.44
39.17
3.0
53.55
31.80
3.1
41.45
24.26
8.2
67.87
61.85
4.0
43.31
36.31
4.0
38.47
38.83
4.0
53.44
31.45
4.1
41.29
23.99
4.2
57.64
51.68
5.0
43.38
36.00
5.0
38.56
38.52
5.0
53.34
31.09
6.1
41.14
23.74
6.2
57.44
61.60
6.9
43.45
35.71
6.0
38.66
38.23
6.0
53.24
30.71
6.1
41.00
23.60
6.2
67.26
61.36
6.9
43.52
35.43
7.0
38.75
37.93
7.0
53.15
30.31
7.1
40.87
23.27
7.2
67.07
51.20
7.9
43.58
35.15
8.0
38.80
37.64
8.0
53.07
29.89
8.1
40.74
23.05
8.2
66.89
61.06
8.9
43.63
34.87
9.0
38.83
37.36
9.0
53.02
29.48
9.1
40.61
22.83
9.2
66.74
60.92
9.9
43.68
34.60
10.0
38.83
37.07
10.0
52.98
29.07
10.1
40.45
22.62
10.2
66.62
60.79
10.9
43.71
34.30
11.0
38.80
36.79
11.0
52.96
28.69
11.1
40.31
22.42
11.2
56.32
60.67
11.9
43.75
34.00
12.0
38.76
36.48
12.0
52.95
28.29
12.1
40.14
22.23
12.2
56.11
60.65
12.9
43.78
33.71
13.0
38.73
36.16
13.0
52.93
27.91
13.1
39.97
21.99
13.2
66.89
60.42
13.9
43.82
33.39
13.9
38.73
35.86
14.0
52.92
27.54
14.1
39.81
21.74
14.2
66.66
60.28
14.9
43.87
33.07
14.9
38.79
35.53
15.0
52.89
27.21
16.1
39.64
21.48
16.2
56.43
60.10
15.9
43.96
32.72
15.9
38.92
35.18
16.0
52.86
26.86
16.1
39.49
21.18
16.2
56.21
49.89
16.9
44.06
32.38
16.9
39.15
34.85
17.0 52.83
26.52
17.1
39.36
20.89
17.2
56.01
49.68
17.9
44.20
32.09
17.9
39.47
34.50
17.9
52.77
26.18
18.1
39.26
20.66
18.2
64.82
49.44
18.9
44.34
31.80
18.9
39.87
34.18
18.9
52.72
25.81
19.1
39.16
20.26
19.2
54.65
49.19
19.9 44.51
31.52
19.9
40.29
33.90
19.9
62.67
25.43
20.1
39.10
19.96
20.2
54.50
48.96
20.9 44.67
1
31.27
20.9
40.72
33.62
20.9 1 52.63
25.02
21.1
39.04
19.68
21.2
54.38
48.72
21.9 44.82
31.03
21.9
41.09
33.35
21.9
52.61
24.58
22.1
38.98
19.44
22.1
54.26
48.52
22.9 44.93
30.80
22.9
41.41
33.11
22.9
52.60
24.17
23.1
38.93
19.21
23.1
54.14
48.34
23.9 45.04
30.59
23.9
41.66
32.88
23.9
52.63
23.74
24.1
38.84
18.98
24.1
64.01
48.16
24.9 45.15
30.35
24.9
41.86
32.60
24.9
52.68
23.32
25.1
38.76
18.73
26.1
63.86
48.00
25.9 45.24
30.08
25.9
42.05
32.32
25.9
52.72
22.95
26.1
38.65
18.48
26.1
63.67
47.82
26.9 45.34
1
29.79
26.9
42.28
32.00
26.9
52.77
22.58
27.1
38.53
18.22
27.1
53.49
47.60
1
27.9 i 45.47
29.49
27.9
42.59
31.70
27.9
52.81
22.24
28.1
38.42
17.91
28.1
63.30
47.38
28.9
45.61
29.19
28.9
42.99
31.38
28.9
52.83
21.91
29.1
38.32
17.61
29.1
53.12
47.13
29.9 45.79
28.91
29.9
43.48
31.07
29.9
52.83
21.56
30.1
38.24
17.26
30.1
52.97
46.84
39.9 45.97
28.63
30.9
44.03
30.76
30.9
52.84
21.22
31.1
38.19
16.93
31.1
62.81
46.54
13.68 +13.65
50.25 +50.24
11.93' -11.89
12.31 +12.27
11.86 +11.82
0^ 57» 1-.657
Ih 29» 44".254
Ih 42-1 6..102
4h 9» 44S952
5^ 34» 54».014
+85«
48' 5
^".87
+88^
bV 2
I5".03 1
-85<»
ir 2
»".58 1
+85**
20'
r'.04 1
+85**
9' 2
8 ".07
APPARENT PLACES OF STARS, 1916.
255
CmCUMPOLAR STARS.
FOR THE UPPEE TRANSIT AT WASHINGTON.
C Ohamwleontts.
30 H« Camelop.
Mafj. 7.0
Mag. 5.4 Mag. 4.6
Mag. 5.2
'
Mag. 5.3
Wash.
Right
T)m»1{.
Wash.
Right
DecU.
nation.
Wash.
Right
T>M»II.
Wash.
Right
T)«v*'i.
Wash.
Right
Decli-
nation.
Mean
TlsM.
Asceo-
Datloii.
Mean
Time.
Asoan-
sion.
Hean
Time.
Ascen-
sion.
nation.
Mean
Time.
Ascen-
sion.
nation.
Mean
Time.
Ascen-
sion.
h m
• /
h m
• /
h m
• t
h m
• /
h m
• /
Apr.
815
+88 53
Apr.
9 8
-85 20
If
Apr.
9 25
+8142
Apr.
9 36
-80 34
Apr.
19 21
+8259
mm
0.3
55.13
27.86
0.4
67.25
2.36
0.4
25.14
6.99
0.4
s
26.36
10.68
0.4
s
12.37
WW
16.49
1.3
53.98
28.00
1.4
67.03
2.58
1.4
25.00
6.21
1.4
26.27
10.92
1.4
12.25
15.78
2.3
52.82
28.09
2.4
66.82
2.82
2.4
24.86
6.41
2.4
26.18
11.18
2.4
12.12
16.05
3.3
51.65
28.15
3.4
66.62
3.07
3.4
24.73
6.59
3.4
26.08
11.45
3.4
11.98
16.29
4.3
50.62
28.21
4.3
66.39
3.33
4.4
24.59
6.74
4.4
25.99
11.73
4.4
11.84
16.51
5.3
49.44
28.27
5.3
66.16
3.58
5.4
24.44
6.88
5.4
25.90
12.02
5.4
11.72
16.71
6.3
48.41
28.30
6.3
65.92
3.85
6.4
24.35
7.01
6.4
25.80
12.31
6.4
11.61
16.91
7.3
47.42
28.35
7.3
65.67
4.11
7.4
24.25
7.14
7.4
25.69
12.59
7.4
11.49
17.09
8.3
46.47
28.39
8.3
66.40
4.34
8.3
24.14
7.27
8.4
25.58
12.86
8.4
11.38
17J28
9.3
45.53
28.46
9.3
65.13
4.56
9.3
24.04
7.41
9.4
25.45
13.11
9.4
11.28
17.47
10.3
44.59
28.52
10.3
64.85
4.76
10.3
23.94
7.55
10.4
25.33
13.34
10.4
11.18
17.68
11.3
43.63
28.59
11.3
64.56
4.96
11.3
23.83
7.71
11.3
25.20
13.57
11.4
11.08
17.90
12.3
42.63
28.65
12.3
64.29
5.11
12.3
23.72
7.88
12.3
25.08
13.76
12.4
10.97
18.12
13.3
41.58
28.73
13.3
64.00
5.27
13.3
23.59
8.05
13.3
24.96
13.96
13.4
10.85
18.33
14.3
40.47
28.81
14.3
63.74
5.43
14.3
23.46
8.20
14.3
24.83
14.16
14.4
10.72
18.56
15.3
39.30
28.85
15.3
63.50
5.56
15.3
23.32
8.36
15.3
24.72
14.34
15.4
10.57
18.78
16.3
38.10
28.87
16.3
63.25
5.73
16.3
23.16
8.48
16.3
24.61
14.62
16.4
10.42
18.98
17.3
36.88
28.88
17.3
63.02
5.91
17.3
23.02
8.58
17.3
24.50
14.72
17.4
10.25
19.17
18.3
35.70
28.84
18.3
62.78
6.09
18.3
22.87
8.66
18.3
24.40
14.95
18.4
10.10
19.32
19.3
34.57
28.80
19.3
62.54
6.30
19.8
22.72
8.72
19.3
24.29
15.18
19.4
9.94
19.46
20.3
33.53
28.74
20.3
62.28
6.51
20.3
22.59
8.77
20.3
24.18
15.41
20.4
9.79
19.57
21.3
32.58
28.69
21.3
62.00
6.71
21.3
22.48
8.81
21.3
24.06
15.64
21.4
9.65
19.66
22.3 31.68
28.62
22.3
61.71
6.90
22.3
22.36
8.86
22.3
23.93
16.87
22.3
9.52
19.76
23.3 30.80
28.60
23.3
61.40
7.05
23.3
22.26
8.91
23.3
23.80
16.06
23.3
9.41
19.88
24.3 29.92
28.58
24.3
61.09
7.18
24.3
22.16
8.99
24.3
23.65
16.21
24.3
9.30
2p.01
25.3 28.98
28.58
25.3
60.78
7.27
25.3
22.05
9.08
25.3
23.62
16.35
25.3
9.18
20.16
26.2 27.97
28.58
26.3
60.49
7.36
26.3
21.91
9.16
26.3
23.37
16.48
26.3
9.05
20.32
27.2
26.87
28.57
27.3
60.21
7.44
27.3
21.78
9.26
27.3
23.24
16.58
27.3
8.90
20.49
28.2
25.71
28.54
28.3
59.94
7.52
28.3
21.63
9.34
28.3
23.11
16.68
28.3
8.73
20.65
29.2
24.52
28.50
29.3
59.70
7.61
29.3
21.47
9.40
29.3
23.01
16.81
29.3
8.56
20.79
30.2
23.33
28.40
30.3
59.45
7.72
30.3
21.31
9.44
30.3
22.89
16.93
30.3
8.37
20.91
31.2
22.18
28.30
81.3 59.21
7.84
31.3
21.16
9.45
31.3
22.78
17.09
31.3
8.18
21.01
51.68 +51.67
12.30 -]
L2.25
6.93 -f
-6.86
6.10 -6.02
8.
19 +8.13
9" 14« 48-.311
gh 9m
6-.085
^ 25» ]
L2-.930
9^ 36« 24«.003
10^
20" 57-. 259
+88^
53' ]
a".43
-85*'
19' i
12".77
+81*^
41' X
)7".18
-80<»
33' I
)0".61
+82<'
59' 1
2 ".27
APPARENT PLACES OF STARS, 1916.
263
CIRCDMPOLAK STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
7 Ootantis.
Mag. 6.3
Bnulley 1678.
Mag. 6.3
t Ootantis.
Mag. 5.4
82 H. Camelop. uq.
Mag. 5.3
K Ootantis.
Mag. 5.6
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
h m
• /
h m
• 1
h m
• /
h m
• /
h m
• t
May
10 59
-84 8
May
12 14
+88 9
May
1246
-84 40
May
12 48
+83 52
May
13 27
-8521
If
1.4
8
58.81
58.54
1.4
70.09
56.34
1.4
s
12.92
26.28
1.4
s
43.76
6.99
1.5
s
21.88
44.28
2.3
58.69
58.81
2.4 69.56
56.55
2.4
12.87
26.60
2.4
43.62
7.23
2.5
21.87
44.64
3.3
58.53
59.07
3.4
69.03
56.73
3.4
12.82
26.95
3.4
43.49
7.48
3.4
21.87
45.00
4.3
58.38
59.34
4.4
68.51
56.92
4.4
12.76
27.30
4.4
43.35
7.71
4.4
21.86
45.36
5.3
58.21
59.59
6.4
68.03
57.10
5.4
12.68
27.65
5.4
43.24
7.93
5.4
21.82
45.74
6.3
58.03
59.83
6.4 67.57
57.28
6.4
12.59
28 00
6.4
43.13
8.13
6.4
21.76
46.10
7.3
57.85
60.06
7.4 67.13
57.44
7.4
12.49
28.34
7.4
43.02
8.34
7.4
21.70
46.47
8.3
57.65
60.29
8.4
66.70
57.62
8.4
12.37
28.68
8.4
42.93
8.57
8.4
21.61
46.83
9.3
57.46
60.48
9.4
66.27
57.82
9.4
12.24
29.00
9.4
42.82
8.80
9.4
21.51
47.18
10.3
57.26
60.67
10.4
65.82
58.03
10.4
12.11
29.30
10.4
42.71
9.04
10.4
21.40
47.50
11.3
57.07
60.84
11.4
65.35
58.22
11.4
11.97
29.59
11.4
42.59
9.28
11.4
21.29
47.81
12.3
56.88
60.99
12.4
64.84
58.43
12.4
11.85
29.86
12.4
42.46
9.54
12.4
21.19
48.11
13.3
56.70
61.14
13.4
64.28
58.64
13.4
11.73
30.12
13.4
42.32
9.80
13.4
21.09
48.38
14.3
56.55
61.31
14.4
63.68
58.85
14.4
11.63
30.37
14.4
42.15
10.04
14.4
21.02
48.67
15.3
56.39
61.49
15.4
63.02
59.03
15.4
11.54
30.63
15.4
41.98
10.28
15.4
20.96
48.97
16,3
56.24
61.69
16.4
62.36
59.17
16.4
11.45
30.94
16.4
41.80
10.47
16.4
20.91
49.28
17.3
56.08
61.90
17.4
61.71
59.29
17.4
11.37
31.24
17.4
41.64
10.63
17.4
20.86
49.60
18.3
55.91
62.12
18.4 1 61.09
59.39
18.4
11.29
31.56
18.4
41.48
10.77
18.4
20.81
49.93
19.3
55.73
62.32
19.4 1 60.50
59.48
19.4
11.17
31.88
19.4
41.34
10.90
19.4
20.73
50.29
20.3
55.53
62.51
20.4
59.97
59.56
20.4
11.04
32.19
20.4
41.20
11.05
20.4
20.62
50.64
21.3
55.31
62.69
21.3
59.46
59.65
21.4
10.89
32.52
21.4
41.05
11.18
21.4
20.50
51.01
22.3
55.09
62.83
22.3
58.97
59.77
22.4
10.72
32.80
22.4
40.92
11.32
22.4
20.36
51.35
23.3
54.87
62.95
23.3
58.48
59.90
23.4
10.55
33.06
23.4
40.80
11.50
23.4
20.20
51.66
24.3
54.67
63.05
24.3
57.94 60.03
24.4
10.37
33.30
24.4
40.66
11.68
24.4
20.03
51.92
25.3
54.46
63.13
25.3
57.35 ! 60.18
25.4
10.22
33.51
25.4
40.49
11.88
25.4
19.87
52.18
26.3
54.28
63.21
26.3
56.71
60.32
26.4
10.07
33.71
26.4
40.32
12.06
26.4
19.74
52.42
27.3
54.10
63.30
27.3
56.03
60.46
27.4
9.93
33.89
27.4
40.13
12.25
27.4
19.63
52.66
28.3
53.93
63.42
28.3
55.32
60.55
28.4
9.80
34.13
28.4
39.94
12.41
28.4
19.52
52.90
29.3
53.77
63.56
29.3
54.61
60.65
29.3
9.68
34.37
29.4
39.74
12.65
29.4
19.42
53.15
30.3
53.60
63.68
30.3
53.89
60.72
30.3
9.56
34.61
30.3
39.55
12.68
30.4 1 19.32
1
53.42
31.3
53.42
63.80
31.3
53.22
60.78
31.3
9.43
34.85
31.3
39.36
12.79
31 .41 19.20
53.69
32.3 53.23
63.91
32.3
52.55
60.82
32.3
9.30
35.11
32.3
39.17
12.87
32.4 19.07
1
53.96
9.81 -9.76
31.25 +31.24
10.78 -10.73
9.36 4
•9.31
12.37 -12.33
10»» 59" 55*. 642
12»» 14" 28«.053
W 46« 1M83
12h 48» 5
J9«.976
13'* 27« 5*. 514
-84^
8' ;
51".24
+88**
9' (
)6".03
-a*o
40'
2".72
+83*»
52' ]
L0".05
-85*»
21' 2
3".59
APPARENT PLACES OF STARS, 1916
271
CmCUMPOLAR STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
(^Ootantts.
Mag. 4.1
Oroombrldce 9S88.
Mag. 7.2
pOotantts.
Mag. 5.7
£ TTme Mlnorls.
Mag. 4.4
M G. Apodls.
Mag. 5.9
Wash.
Mean
Time.
Right
Asoeii-
slon.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
^»*- M^
Ri^t
Ascen-
sion.
Decli-
nation.
h m
h m
• /
h m
• /
h m
• t
h m
• /
June
1413
-8317
00
June
15 4
+87 33
June
15 24
-8411
Jnne
16 54
+8210
June
1715
-8047
00
1.4
s
31.85
31.32
1.4
20.24
20.66
1.4
8
3.08
WW
37.68
1.5
37.96
WW
29.63
1.5
8
59.51
7.90
2.4
31.80
31.63
2.4
19.94
20.89
2.4
3.09
38.02
2.5
37.94
29.98
2.5
59.58
8.21
3.4
31.72
31.95
3i4
19.64
21.11
3.4
3.07
38.37
3.5
37.92
30.28
3.5
59.65
8.53
4.4
31.64
32.25
4.4
19.35
21.33
4.4
3.04
38.72
4.5
37.90
30.67
4.5
59.72
8.84
6.4
31.55
32.54
. 5i4
19.09
21.56
5.4
3.00
39.06
5.5
37.87
30.85
5.5
59.76
9.16
6.4
31.45
32.83
6.4
18.83
21.80
6.4
2.95
39.37
6.5
37.86
31.15
6.5
59.81
9.48
7.4
31.34
33.08
. 7.4
18.57
22.02
7.4
2.89
39.67
7.5
37.84
31.46
7.5
59.84
9.79
8.4
31.23
33.33
8.4
18.28
22.28
8.4
2.82
39.96
8.5
37.82
31.77
8.5
59.86
10.09
9.4
31.13
33.58
9.4
1,7.97
22.55
9.4
2.76
40.24
9.5
37.80
32.11
9.5
59.88
10.86
10.4
31.03
33.79
10.4
17.64
22.82
10.4
2.70
40.50
10.5
37.77
32.47
10.5
59.91
10.61
11.4
30.96
34.00
11.4
17.26
23.08
11.4
2.66
40.75
11.5
37.73
32.83
11.5
59.94
10.86
12.4
30.89
34.21
12 A
16.85
23.34
12.4
2.64
41.01
12.5
37.68
33.17
12.5
59.99
11.10
13.4
30.83
34.46
13.4
16.41
23.58
13.4
2.62
41.27
13.5
37.62
33.52
13.5
60.04
11.36
14.4
30.76
34.72
14.4
16.97
23.79
14.4
2.60
41.56
14.5
37.55
33.86
14.5
60.09
11.61
15.4
30.70
35.00
.15.4
16.53
23.98
15.4
2.58
41.88
15.5
37.49
34.17
15.5
60.15
11.91
16.4
30.62
35.29
16.4
15.11
24.14
16.4
2.55
42.20
16.5
37.42
34.46
16.5
60.21
12.22
17.4
30.50
35.58
;17.4
14.71
24.28
]7.4
2.49
42.52
17.5
37.35
34.71
17.5
60.26
12.54
18.4
30.38
35.84
18.4
14.35
24.42
18.4
2.42
42.85
18.5
37.29
34.97
18.5
60.28
12.88
19.4
30.25
36.08
19.4
14.00
24.58
19.4
2.33
43.16
19.5
37.24
35.23
19.5
60.30
13.22
20.3
30.13
36.30
S».4
13.65
24.77
20.4
2.22
43.46
20.6
37.19
35.50
20.5
60.31
13.54
21.3
29.99
36.50
21.4
13.29
24.97
21.4
2.11
43.71
21.5
37.14
35.80
21.5
60.30
13.84
22.3
29.85
36.66
22.4
12.90
25.17
22.4
2.01
43.94
22.5
37.08
36.U
22.5
60.30
14.12
23.3
29.73
36.81
23.4
12.48
25.39
23.4
1.91
44.16
23.5
37.02
36.45
23.5
60.29
14.37
24.3
29.62
36.98
24.4
12.03
26.61
24.4
1.82
44.37
24.4
36.94
36.78
24.5
60.29
14.62
25.3
29.53
37.16
25.4
11.54
25.82
25.4
1.75
44.59
25.4
36.86
37.12
25.5
60.30
14.86
26.3
29.44
37.33
26.4
11.04
26.01
26.4
1.68
44.82
26.4
36.77
37.43
26.5
60.31
15.11
27.3
29.33
37.51
27.4
10.54
26.17
27.4
1.61
45.06
27.4
36.68
37.74
27.5
60.33
15.36
28.3
29.22
37.70
28.4
10.05
26.31
28.4
1.53
45.32
28.4
36.59
38.03
28.5
60.34
15.65
29.3
29.11
37.90
29.4
9.57
26.46
29.4
1.45
45.59
29.4
36.49
38.30
29.5
60.86
15.95
30.3
28.99
38.10
30.4
9.10
26.54
30.4
1.35
45.85
30.4
36.39
38.56
30.4
60.36
16.25
31.3
28.85
38.30
31.4
8.65
26.65
31.4
1.24
46.13
31.4
36.30
38.80
31.4
60.37
16.56
32.3
28.71
38.49
32.4
8.22
26.76
32.4
1.12
46.38
32.4
36.22
39.03
32.4
60.36
16.87
8.56 -8.50
23.46 +23.44
9.1
39 -9.84
7.35 +7.28
6.25 -6.17
14* 13» 18^.531
W 4« 0-.607
15»»
23» 43».237
16»» 54" 31-.741
l?"* 15« 43-.730
-83**
17'
4"^
+87**
33' 5
54".43
-84*>
11' ]
L7".84
+82^
10' %
»".40
-80^
47'
2 '.69
274
APPAKEXT PLACES OF STABS, 1916,
CIRCUilPOLAR STAES.
FOR THE UPPER TRANSIT AT WASHIXGTOX
Mif 4^
aV]
2-1
4 0. Odnfis.
6.7
Qwwwnhridge 944.
Mag. 6.4
A*«s>-
Mna Aspea-
Timr. sioo.
ivrli-
Rigiii
D«ii-
Time.
JmlT
O.s
2,%
4^
4.7
/.i
8-7
».7
lOw
U-7
12.7
13.7
14.7
15.7
• 57 -S5 4*
2.2S 22.26
2.57 22^
2-v5 22.41
3.12 22.4S
3-40 22.52
3.^ 22.56
3.99 , 22.61
4.30 22.66
4.63 22.73
4.^ 22.S3
5.35 22.95
5.69 23.09
6.03 23.26
6.^5 j 23.44
6.63 23.62
6.91 23.78
16.7 7.16 23.91
17.7 • 7.42 , 24-07
W.7' 7.69 24.18
19.7 7.98 24-29
20.7
8.29
24.43
21.7
8-62
,24.56
22.7
8.95 I 24.71
23.7
9.28
24.89
24-7
9.61
25.08
25-7
9.92
25-28
26.7
10.21
25.51
27.7
10.49
25.73
28.7
10.76
25.96
29.7
11.01
26.18
30.7
11.25
26.39
31.7
11.49
26.57
13.68 +13.64
0" 67* 1'.657
+86** 48' 25".87
h m
Jnlv 1 29 ^88 51
s
0.8 3*J>2 21.65
1.8 39JJ6 21.67
2.8 40JJ8 21.69
3.8 41.26 21-71
4.8 42.26 21.71
5-8 43.30 21.71
6-8 44.39 21-70
7.8 45.55 21.70
8-8 46.79 21.70
9.8 48.07 21.75
10.8 49.38 21.80
11.8 50.67 21.89
12.8 ! 51.91 21-99
U.8 J 53.05 ■ 22.12
14.8:54.17 22.24
15.7(55.18 22.35
16.7 I 56-16 22.45
17.7 57.13 {22.54
18.7 58.15 122.60
19.7 . 59.24 22.68
20.7 I 60-40 ; 22.75
21-7 61.64 22.82
22.7 62.88
23.7 64.14
24.7 I 65.38
25.7 66.57
26.7 67.71
27.7 68.78
28.7 69.80
29.7 ; 70.78
30.7 i 71-73
31.7 i 72.68
22.92
23.04
23.18
23.33
23.49
23.65
23.81
23.99
24.15
24.30
^ulv
0.8
l.S
2.8
3.8
4-8
5.8
6.8
7.8
8-8
9.3
10.8
11.8
12.8
13.8
14.8
15.8
h m
142
s
1.27
1-51
1.7S
2.04
2-29
2.54
2.78
3.00
3.22
3.42
3.61
3.83
4.05
4.29
4.55
4.83
20.7
21.7
22.7
23.7 I
I
6.12
6.35
6.56
D./ t
i
24.7 1 6.99
25.7 i 7.22
eta *• t »• ji "^
27.7 I
28.7
29.7
30.7
31.7
-85 11
3.73
3-54
3.36
3.22
3.09
2.99
2.90
2.81
2.74
2.64
2.54
2.41
2.27
2.14
2.01
1.88
16.8 5.11 . 1.79
17.8 • 5.38 I 1.72
18.8 5.64 I 1.71
19.7 5.89 I 1.70
1.69
1.69
1.66
1.65
1.61
1.57
1.52
7.72 1.48
7.99 J 1.46
8.26 I 1.45
8.54 I 1.45
8.81 I 1.48
Julv
0.9
1-9
2.9
3.9
4-9
5.9
6.9
7.9
h m
4 9
s
44.00
44-22
44.42
44.62
44.81
45.01
45.22
45.44
85 IS July
60-21
60.03
59.86
; 59.70
j 59.52
159.33
59.12
58.90
8.9I45.6S 58.68
9.9 I 45.95 I 58.48
10.9 i 46.23 i 58.27
U.9 1 46.53 1 58.09
12.9
13.9
14.9
46.85
47.14
47.43
15.9 I 47.68
57.95
57.83
57.74
57.66
16.9
17.9
18.9
19.8
47.93 j 57.56
48.17 ; 57.44
48-39 : 57-31
48.63 57.16
20.8 148.89 57.02
21.8 ; 49.16 56.84
22.8 49.45 56.69
23.8 49.77 56.55
24.8 50.07 56.45
25.8 50.39 56.35
26.8 50.71 56.27
27.8 51.01 56.21
28.8 51.30 56.16
29.8 51.58 56.12
30.8 51.86.56.06
31.8 52.10156.00
50.10 +50.09
P 29* 44-.254
+88^ 51' 25 ".03
11.91 -11.87
Ih 42m 6M02
■85*» 11' 39 ".58
12.29 +12.25
4h 9» 44..952
+85** 20' 1".04
0.9
1.9
RJSfat
JLsceOf
sian.
Decfi-
2.9 j
3.9 i
4.9!
5.9!
6.9
7.91
8.9
9.9
10.9
U.9
12.9
13.9
14.9
15.9
16.9
17.9
18.9
19.9
h m
534
s
53.11
53,26
53.39
53.52
o3.66
53.77
53.89
54.03
+85 9
28.71
: 28.52
1 28.28
I 28.03
27.78
27.52
■ 27.25
26.94
54a7 26.63
54.35 26.33
54.55 26j04
54.78 25.75
55.01 25.51
55.24 25.26
55.46 25.07
55.67 24.87
55.86
56.03
56.21
56.37
20.9 I 56.54
21.9
22.9
23.9
24.9
25.9
26.9
27.9
28.9
29.9
30.9
31.9
56.76
56.99
57.20
24.68
24.48
24.26
24.01
23-74
23.47
23.19
22.93
57.45 22.70
57.70 22.48
57.96 22.27
58.21 ' 22.08
58.46
58.70
58.93
21.91
21.73
21.58
59.14 21.43
U.84 +11.80
&" 34» 54-.014
+85** 9' 28".07
APPARENT PLACES OF STARS, 1916
277
CIRCUMPOLAR STARS.
FOR THE UPPER TRANSIT AT WASHINGTON,
^Octantti.
Bimdley 167S.
lOotentls.
8S H. Camelop. nq.
K Ootentts^
Mag. 6.3
Mag. 6.3
Mag. 5.4
Mag. 5.3
Mag. 5.6
WadL
Mttn
Time.
Right
Afloeo-
sion.
Decll-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
h m
• /
h m
0 /
h m
0 /
h m
• /
h m
• /
July
10 59
-84 8
July
12 14
+88 9
It
July
12 45
-84 40
July
12 48
+83 62
July
13 27
-8521
1.2
8
47.38
64.13
1.2
8
32.97
60.11
1.3
s
63.74
39.52
1.3
8
33.54
13.89
1.3
8
13.46
69.82
2.2
47.17
64.06
2.2
32.40
60.01
2.3
63.52
39.59
2.3
33.37
13.82
2.3
13.21
69.96
3.2
46.96
63.95
3.2
31.84
59.90
3.3
63.28
39.64
3.3
33.20
13.77
3.3
12.96
60.07
4.2
46.76
63.82
4.2
31.27
69.81
4.2
63.05
39.68
4.3
33.03
13.73
4.3
12.70
60.16
5.2
46.57
63.70
5.2
30.67
59.70
5.2
62.82
39.69
5.2
32.84
13.69
6.3
12.46
60.23
(.2
46.38
63.56
6.2
30.05
59.62
6.2
62.59
39.69
6.2
32.66
13.66
6.3
12.19
60.29
7.2
46.21
63.41
7.2
29.39
59.53
7.2
62.40
39.68
7.2
32.46
13.63
7.3
11.96
60.34
8.2
46.06
63.27
8.2
28.69
59.40
8.2
62.20
39.67
8.2
32.23
13.59
8.3
11.74
60.37
9.2
45.91
63.16
9.2
27.97
59.28
9.2
62.02
39.67
9.2
32.02
13.52
9.3
11.64
60.41
10.2
45.76
63.05
10.2
27.25
59.10
10.2
61.86
39.67
10.2
31.80
13.42
10.3
11.35
60.47
11.2
45.63
62.95
11.2
26.55
58.93
11.2
61.68
39.71
11.2
31.59
13.30
11.3
11.17
60.54
12.2
45.47
62.88
12.2
25.88
58.70
12.2
61^
39.76
12.2
31.39
13.14
12.3
10.98
60.64
13 J2
45.30
62.80
13.2
25.27
58.48
13.2
61.33
39.81
13.2
31.20
12.98
13.3
10.76
60.74
14.1
45.11
62.71
14.2
24.72
58.25
14.2
61.10
39.86
14.2
31.02
12.80
14.3
10.54
60.84
15.1 44.93
62.58
15.2
24.22
58.05
15.2
60.89
39.89
15.2
30.86
12.65
15.2
10.27
60.93
l«.l 44.72
62.41
16.2
23.72
57.86
16.2
60.65
39.91
16.2
30.71
12.49
16.2
10.01
61.00
17.1
44.52
62.23
17.2
23.23
57.70
17.2
60.41
39.86
17.2
30.56
12.37
17.2
9.74
61.03
18.1 44.35
62.03
18.2
22.70
57.52
18.2
60.18
39.80
18.2
30.38
12.26
18.2
9.46
61.02
19.1 44.20
61.83
19.2
22.14
57.37
19.2
59.94
39.72
19.2
30.21
12.15
19.2
9.21
60.99
20.1 1 44.05
61.63
20.2
21.53
57.22
20.2
59.75
39.64
20.2
30.01
12.05
20.2
8.97
60.96
21.x 43.92
61.44
21.2
20.87
57.06
21.2
59.56
39.54
21.2
29.81
11.91
21.2
8.74
60.95
22.1 43.81
61.28
22.2
20.21
56.86
22.2
59.39
39.47
22.2
29.60
11.78
22.2
8.54
60.93
23,1
43.69
61.08
23.2
19.54
56.63
23.2
59.22
39.42
23.2
29.39
11.64
23.2
8.34
60.92
24.1
43.55
60.92
24.2
18.91
56.39
24.2
59.05
39.37
24.2
29.19
U.45
24.2
8.14
60.93
25.1
43.43
60.76
25.2
18.31
56.16
25.2
58.88
39.30
25.2
29.00
11.25
25.2
7.93
60.93
2«.l
43.29
60.59
26.2
17.75
55.89
26.2
58.69
39.26
26.2
28.81
ll.(Kr
26.2
7.71
60.94
27.1
43.14
60.41
27.2
17.24
55.61
27.2
58.49
39.21
27.2
28.65
10.83
27.2
7.48
60.94
28.1
42.99
60.21
28.2
16.76
55.37
28.2
58.28
39.16
28.2
28.49
10.62
28.2
7.24
60.93
29.1
42.84
60.00
29.2
16.29
55.12
29.2
58.06
39.07
29.2
28.35
10.41
29.2
6.98
60.89
30.1
42.68
59.77
30.2
15.84
54.87
30.2
57.84
38.98
30.2
28.19 i 10.21
30.2
6.70
60.86
31.1
42.53
59.53
3X.2
15.40
54.64
31.2
57.61
38.87
31.2
28.04
10.02
31.2
6.44
60.78
32.1
42.38
59.27
32.2
14.95
54.40
32.2
57.39
38.74
32.2
27.89
9.83
32.2
6.17
60.71
9.81 -9.76
31.25 +31.23
10.78 -10.73
9.37 +9.31
12.:
J8 -12.34
10»» 59- 55«.642
12h 14» 28-.053| 12»» 46- 1M83
j^h 48m 29«.976
X3»»
27- 5-.514
-84**
8' J
Jl".24
+88«
9' (
^".03
1-84*
40'
2".72
+83^
62' ]
L0".05
-86«
21' 2
3".69
APPARENT PLACES OF STARS, 1916,
279
CIRCUMPOLAK STABS.
FOR THE UPPER TRANSIT AT WASHINGTON.
^ JJnm Mlnozis.
JtOotentti.
X Unae MlnoEis.
(TOotentls.
76]>xaooni8.
Mag. 4.4
Mag. 5.2
Mag. 6.6
Mag. 5.5
Mag. 5.7
Wash.
Meim
Timn.
Aaoen-
sioo.
Decli-
nation.
Wash.
Mean
Thne.
Right
Aaoen-
stan.
DecU.
nation.
Wash.
Mean
Time.
Right
AfloeD"
sion.
Decli-
nation.
Wash.
Mean
Time.
Rifl^t
Aaoen-
Afam.
Decli-
nation.
Wash.
Mean
Time.
Ril^t
Aaoen-
akm.
DecU-
natioQ.
h m
• f
h m
• /
h m
• /
h m
• /
h m
• 0
July
17 59
+86 36
July
18 6
-87 39
July
19 3
+89 0
July
19 29
-8913
00
July
20 48
+8213
mm
1.6
27.88
50.43
1.5
38.23
58.62
1.5
68.14
54.79
1.5
9.35
29.29
1.6
s
48.40
WW
13.87
2.6
27.74
50.71
2.6
38.28
58.96
2.5
67.94
55.09
2.5
10.06
29.60
2.6
48.45
13.67
3.5
27.61
50.98
3.5
38.29
59.30
3.5
67.77
55.38
3.5
10.67
29.92
3.6
48.50
13.97
4.5
27.48
51.27
4.5
38.27
59.63
4.5
67.62
55.70
4.5
11.17
30.24
4.6
48.58
14.27
5.5
27.36
51.56
5.5
38.22
59.94
5.5
67.51
56.01
5.5
11.58
30.55
5.6
48.61
14.57
6.5
27.24
51.87
6.5
38.15
60.24
6.5
67.41
56.33
6.5
U.92
30.83
6.6
48.68
14.89
7.5
27.11
52.20
7.6
38.08
60.52
7.5
67.30
56.67
7.5
12.20
31.12
7.6
48.74
15.20
8.5
26.95
52.52
8.5
38.02
60.79
8.5
67.15
57.03
8.5
12.47
31.38
8.6
48.81
15.57
9.4
26.78
52.88
9.5
37.97
61.05
9.5
66.91
57.40
9.5
12.79
31.63
9.6
48.87
15.95
10.4
26.58
53.22
10.5
37.97
61.29
10.5
66.58
57.77
10.5
13.19
31.88
10.6
48.93
16.34
U.4
26.35
53.56
U.4
37.98
61.54
11.5
66.15
58.14
U.5
13.68
32.14
11.6
48.97
16.74
12.4
26.11
53.88
12.4
38.02
61.82
12.5
65.61
58.50
12.5
14.24
32.40
12.6
49.01
17.14
13.4
25.84
54.16
13.4
38.07
62.12
13.5
65.02
58.84
13.5
14.84
32.68
13.6
49.03
17.52
14.4
25.59
54.42
14.4
38.07
62.44
14.5
64.41
59.15
14.5
15.41
33.00
14.6
49.04
17.89
15.4
25.34
54.66
15.4
38.05
62.76
15.5
63.83
59.43
15.5
15.89
33.31
15.6
49.05
18.23
16.4
25.11
54.88
16.4
37.98
63.U
16.5
63.29
59.73
16.5
16.25
33.63
16.6
49.06
18.55
17.4
24.92
55.12
17.4
37.84
63.44
17.5
62.83
60.00
17.5
16.46
33.98
17.5
49.08
18.87
18.4
24.72
55.38
18.4
37.67
63.74
18.5
62.43
60.32
18.5
16.52
34.30
18.5
49.10
19.18
19.4
24.52
55.66
19.4
37.49
64.02
19.5
62.07
60.64
19.5
16.47
34.60
19.5
49.13
19.52
20.4
24.30
55.95
20.4
37.29
64.29
20.5
61.68
60.98
20.5
16.39
34.89
20.5
49.17
19.88
21.4
24.08
56.27
21.4
37.U
64.53
21.5
61.26
61.32
21.5
16.29
35.17
21.5
49.20
20.28
22.4
23.85
56.59
22.4
36.95
64.76
22.5
60.76
61.67
22.5
16.22
35.43
22.5
49.23
20.65
23.4
23.57
56.89
23.4
36.80
65.00
23.5
60.19
62.01
23.5
16.23
35.68
23.5
49.25
21.05
24.4
23.30
57.18
24.4
36.67
65.24
24.5
59.52
62.35
24.5
16.28
35.94
24.5
49.26
21.45
25.4
22.99
57.45
25.4
36.55
65.49
25.5
58.80
62.68
25.5
16.37
36.21
25.5
49.26
21.85
26.4
22.68
57.70
26.4
36.42
65.76
26.4
58.05
63.00
26.5
16.47
36.49
26.5
49.26
22.22
27.4
22.39
57.95
27.4
36.28
66.05
27.4
57.26
63.30
27.5
16.54
36.79
27.5
49.25
22.60
28.4
22.09
58.18
28.4
36.12
66.33
28.4
56.46
63.60
28.5
16.57
37.10
28.5
49.23
22.96
29.4
21.80
58.40
29.4
35.93
66.62
29.4
55.69
63.88
29.5
16.55
37.44
29.5
49.22
23.29
30.4
21.51
58.60
30.4
35.71
66.92
30.4
54.94
64.16
30.5
16.41
37.76
30.5
49.20
23.63
31.4
21.23
58.80
31.4
35.44
67.22
31.4
54.23
64.42
31.5
16.16
38.09
31.5
49.18
23.96
32.4
20.96
59.02
32.4
35.15
67.51
32.4
53.55
64.69
32.4
15.83
38.41
32.5
49.16
24.29
16.94 +16.91
24.57 -24.55
58.26 +58.25
74.02 -74.01
7.39 +7.82
17*» 59a 20«.805
18'» 5" 36U63
\^ 3« 51».560
19^ 26« 7M89
20»» 48» 44-.660
+86*
36' C
a".19
-87**
39' t
>2".21
+89^
0' I
»".70
-89*
13' 2
;5".99
+82**
13' K
S".3S
280
APPARENT PLACES OF STABS, 1916.
CmCUMPOLAR STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
X Octantts.
Hag. 5.4
t^Ootanlls.
Mag. 5.7
fi Ootantis.
Mag. 4.3
39 H. Cephei.
Mag. 5.6
Mag. 5.1
Wash.
Ifmn
Time.
Right
AfKWD-
sion.
DecU-
nation.
Wash.
Mean
Time.
Ri^t
Afloen*
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Aaoen-
AiOO.
Decli-
nation.
Wash.
Mean
Time.
Rifi^t
Asoen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Aaoen*
sion.
DmB-
July
h m
2168
-83 5
July
h m
2216
-86 23
July
h m
22 37
-8148
July
h m
23 27
+86 50 July
ff
h m
2S47 -8828
ft "
1.6
2.6
8.6
4.6
s
27.49
27.65
27.81
27.97
57.97
58.15
58.33
58.53
1.7
2.6
3.6
4.6
22.65
22.99
23.32
23.63
15.75
15.89
16.04
16.20
1.7
2.7
3.7
4.7
8
44.35
44.50
44.67
44.81
49.73
49.81
49.92
50.06
1.7
2.7
3.7
4.7
46.62
46.93
47.24
47.55
35.07
35.25
35.40
35.56
1.7
2.7
3.7
4.7
20.06
20.24
20.43
20.60
32.62
32.61
32.62
32.65
5.6
6.6
7.6
8.6
28.11
28.23
28.34
28.45
58.73
58.93
59.12
59.31
5.6
6.6
7.6
8.6
23.91
24.18
24.43
24.67
16.87
16.53
16.70
16.85
5.7
6.7
7.7
8.6
44.96
45.09
45.20
45.31
50.19
50.32
50.46
50.57
5.7
6.7
7.7
8.7
47.88
48.23
48.60
48.98
35.72
35.89
36.07
36.26
5.7
6.7
7.7
8.7
20.77
20.92
21.07
21.21
32.®
32.73
32.78
32.82
9.6
10.6
11.6
12.6
28.57
28.69
28.83
28.97
59.46
59.62
59.76
59.90
9.6
10.6
11.6
12.6
24.90
25.15
25.41
25.70
16.99
17.11
17.22
17.34
9.6
10.6
11.6
12.6
45.42
45.55
45.69
45.83
50.67
50.75
50.84
50.91
9.7
10.7
11.7
12.7
49.38
49.76
50.13
50.48
36.48
36.73
37.00
37.28
9.7
10.7
11.7
12.7
21.35
21.50
21.64
21.80
32.85
32.87
32.88
32.87
13.6
14.6
15.6
16.6
29.12
29.28
29.44
29.58
60.04
60.23
60.45
60.69
13.6
14.6
15.6
16.6
26.02
26.34
26.66
26.97
17.47
17.61
17.79
17.98
13.6
14.6
15.6
16.6
45.98
46.13
46.29
46.44
51.01
51.13
51.27
51.43
13.7
14.7
15.7
16.7
50.78
51.06
51.30
51.55
37.57
37.85
38.11
38.36
13.7
14.7
15.7
16.7
21.99
22.17
22.35
22.54
32.88
32.91
32.94
33.01
17.6
18.6
19.6
20.6
29.72
29.83
29.92
30.00
60.93
61.20
61.44
61.68
17.6
18.6
19.6
20.6
27.25
27.49
27.70
27.90
18.21
18.43
18.67
18.90
17.6
18.6
19.6
20.6
46.58
46.70
46.80
46.90
51.60
51.79
51.99
52.18
17.7
18.7
19.7
20.6
51.82
52.10
52.40
52.72
38.58
38.80
39.03
39.27
17.7
18.7
19.7
20.7
22.71
22.86
23.01
23.14
33.10
33.21
33.34
33.47
21.6
22.6
23.6
24.6
30.07
30.15
30.24
30.33
61.92
62.11
62.31
62.52
21.6
22.6
23.6
24.6
28.07
28.25
28.45
28.65
19.10
19.30
19.49
19.67
21.6
22.6
23.6
24.6
46.99
47.09
47.18
47.29
52.36
52.53
52.69
52.83
21.6
22.6
23.6
24.6
53.06
53.40
53.73
54.04
39.52
39.78
40.07
40.39
21.7
22.7
23.7
24.7
23.26
23.39
23.52
23.66
33.58
33.69
33.78
33.87
25.6
26.6
27.6
.28.6
30.43
30.54
30.65
30.75
62.73
62.95
63.17
63.42
25.6
26.6
27.6
28.6
28.87
29.09
29.33
29.58
19.86
20.05
20.26
20.48
25.6
26.6
27.6
28.6
47.40
47.52
47.64
47.76
52.99
53.15
53.33
53.53
25.6
26.6
27.6
28.6
54.33
54.59
54.84
55.06
40.70
41.02
41.34
41.64
25.7
26.6
27.6
28.6
23.80
23.95
24.10
24.26
33.9$
34.17
34.2»
29.6
30.5
81.5
32.5
30.86
30.95
31.04
31.10
63.70
63.98
64.28
64.58
29.6
30.6
31.6
32.6
29.81
30.03
30.23
30.41
20.72
20.99
21.27
21.54
29.6
30.6
31.6
32.6
47.88
47.99
48.10
48.19
53.75
53.98
54.22
54.48
29.6
30.6
31.6
32.6
55.26
55.46
55.68
55.91
41.94
42.24
42.62
42.78
29.6
30.6
31.6
32.6
24.42
24.58
24.72
24.87
34.42
34.57
34.76
34.92
8.8
-83*?
2
38» ]
6' S
•8.26
L0-.025
53".31
15A
22^
-86^
J7 -]
15» £
23' 4
.5.84
W.333
15".22
7.(
22»»
-81^
)2 -
37" a
49' 2
6.95
^•.703
ll'Ml
18.]
28»»
+86°
L6 +1
27« 4
50' 3
8.14
4-.392
;9".03
7.(
23^
-82'>
J4 -
47» X
29' .
7.57
2- .813
B".43
APPABBNT PLACES OP STABS, 1916.
281
CIECUMPOLAR STAJEIS.
FOE THE UPPER TRANSIT AT WASHINGTON.
48 H. Oopllftl.
Mag. 4.6
a TJnm Mlnotis.
(Polans.)
Mag. 2.1
4 a. OotamtU.
Mag 5.6
QiooBibddf e 750.
Mag. 6.7
Oiooatiii4ffe M4.
Mag. 6.4
Wash.
Mean
Time.
Aaoen-
skm.
Deoli-
nation.
Wash.
Mean
Time.
Ri^t
Aaoen-
sion.
DeoU-
nation.
Wash.
Mmn
lime.
Right
Aaoen-
8km.
Decli-
nation.
Wash.
Mmn
lime.
Ri^t
Aaoen-
sion.
^S!l; Mean
>>**»n- Time.
Right
slon.
DeoU-
natloQ.
h m.
• /
h m
• f
h m
• /
h m
• /
h m
• /
Aug.
0 57
+85 4S
Aug.
130
+88 51
Aug.
142
-
-8511
Aug.
4 9
+851fl
Aug.
534
+85 9
0.7
13.49
26.57
0.7
12.68
24.30
0.7
8.81
1.48
0.8
52.10
56.00
0.9
59.14
21.43
1.7
11.74
26.76
1.7
13.64
24.44
1.7
9.07
1.53
1.8
52.37
55.92
1.9
59.35
21.26
2.7
11.99
26.94
2.7
14.64
24.58
2.7
9.32
1.60
2.8
52.63
55.84
2.9
59.55
23.07
3.7
12.26
27.12
3.7
15.72
24.73
3.7
9.56
1.68
3.8
52.90
55.76
3.9
59.77
20.86
4.7
32.54
27.31
4.7
16.85
24.88
4.7
9.79
1.76
4.8
53.20
55.65
4.9
60.00
20.64
5.7
12.86
27.52
5.7
18.02
25.05
5.7
9.99
1.82
5.8
53.52
55.56
5.9
60.25
20.42
6.7
13.17
27.76
6.7
19.23
25.22
6.7
10.19
1.88
6.8
53.84
55.49
6.9
60.58
20.20
7.7
13.46
28.03
7.7
20.42
25.44
7.7
10.41
1.95
7.8
54.19
55.45
7.9
60.82
20.00
8.7
13.76
28.33
8.7
21.58
25.67
8.7
10.63
1.96
8.8
54.53
55.40
8.9
61.14
19.81
9.7
14.04
28.62
9.7
22.68
25.93
9.7
10.85
1.98
9.8
54.89
55.40
9.9
61.44
39.68
10.7
14.29
28.93
10.7
23.68
26.20
10.7
11.09
2.02
10.8
55.23
55.42
10.8
61.74
19.56
11.6
14.51
29.24
11.7
24.59
26.45
U.7
11.36
2.95
11.8
55.55
55.46
11.8
62.05
19.46
12.6
14.72
29.52
12.7
25.45
26.69
12.7
11.62
2.11
12.8
55.84
55.49
12.8
62.32
19.36
13.6
14.92
29.78
13.7
26.29
26.93
13.7
11.83
2.19
13.8
56.12
55.51
13.8
62.58
19.25
14.6
15.12
30.03
14.7
27.15
27.14
14.7
12.14
2.28
14.8
56.39
55.50
14.8
62.81
19.33
15.6
15.35
30.27
15.7
28.06
27.33
15.7
12.38
2.42
15.8
56.67
55.49
15.8
63.06
18.99
16.6
15.59
30.51
16.7
29.04
27.52
16.7
12.61
2.58
16.8
56.96
55.45
16.8
63.30
18.82
17.6
15.85
30.76
17.7
30.09
27.73
17.7
12.80
2.74
17.8
57.27
55.40
17.8
63.57
38.65
18.6
16.12
31*04
18.7
31.17
27.96
18.7
12.99
2.88
18.8
57.59
55.37
18.8
63.85
18.47
19.6
16.39
31.32
19.6
32.26
28.20
19.7
13.18
3.03
19.8
57.93
55.35
19.8
64.14
18.32
20.6
16.64
31.62
20.6
33.35
28.46
20.7
13.37
3.16
20.8
58.26
55.36
20.8
64.46
18.18
21.6
16.89
31.95
21.6
34.38
28.74
21.7
13.57
3.28
21.8
58.62
55.40
21.8
64.78
18.07
22.6
17J3
32.28
22.6
35.33
29.02
22.7
13.77
3.41
22.8
58.96
55.44
22.8
65.10
17.96
23.6
17.35
32.60
23.6
36.24
29.32
23.7
13.99
3,53
23.8
59.29
55.49
23.8
65.42
17.89
24.6
17.54
32.93
24.6
37.98
29.62
24.6
14.22
3.66
24.8
59.61
55.57
24.8
65.73
17.81
35.6
17.72
33.26
25.6
37.87
29.92
25.6
14.44
3.79
25.7
59.93
55.64
25.8
66.02
37.76
26.6
17.89
33.58
26.6
38.61
80.20
26.6
14.68
3.93
26.7
60.22
55.72
26.8
66.31
17.71
27.6
18.06
83.88
27.6
39.36
30.46
27.6
14.91
4.12
27.7
60.50
55.79
27.8
66.58
17,66
28.6
I6JSS
84 J^
28.6
40.99
30-73
28.6
15,13
4.30
23.7
60.78
55.87
28.8
66.85
17.60
29.6
18.40
84^
29.6
40.85
80.98
29.6
15.34
4.50
29.7
61.05
55.92
29.8
67.12
17.53
30.6
18.58
84.77
30.6
41.66
31.23
30.6
15.53
4.74
30.7
61.34
55.96
30.8
67.38
17.45
aa.6
18.78
85.06
31.6
42.52
81.48
81.6
15.71
4.96
31.7
61.63
56.00
31.8
67.66
17.35
1^.68 +13j65
50;16 +50,15
U.91 -]
LI .87
12.29 +12^5
11.84 +31.80
^ 57» 1».657
I'* 29* 44».254
V 42"
6'.102
^ 9« 44^.952
5^ 34" 54-.014
+86*^
48' i
»".87
+88^
51' 2
S5".03
-r35<»
U' i
»",58
+.85^
20'
1".04
+85^
9' 2
8".07
286
APPARENT PLACES OF STARS, 1916
CIRCUMPOLAR STARS.
FOR THE UPPER TRANSIT AT WASHINGTON,
<^ TJnm MinoxiB.
Mag. 4.4
^Ootantis.
Mag. 5.2
A. TJtsm HinorlB.
Mag. 6.6
(T OctantlB.
Mag. 5.5
76Dxaco]ii8.
Mag. 5.7
Waih.
Mean
Time.
Rie^t
Asoen-
slou.
h m
Atig.
17 59
1.4
20.96
2.4
20.69
3.4
20.42
4.4
20.14
5.4
19.83
6.4
19.52
7.4
19.16
8.4
18.79
9.4
18.40
10.4
18.01
11.4
17.63
12.4
17.26
13.4
16.93
14.4
16.60
15.3
16.28
16.3
15.96
17.3
15.63
18.3
15.27
19.3
14.90
20.3
14.49
21.3
14.09
22.3
13.68
23.3
13.27
24.3
12.86
25.3
12.46
26.3
12.07
27.3
11.70
28.3
11.32
29.3
10.96
30.3
10.59
31.3
10.22
82.3
9.84
DecU-
nation.
■Wash.
Mean
Time.
+86 36
//
59.02
59.25
59.49
59.76
60.02
60.28
60.53
60.78
60.97
61.17
61.33
61.48
61.62
61.78
61.96
62.15
62.34
62.56
62.77
62.97
63.17
63.33
63.46
63.61
63.71
63.81
63.91
64.01
64.12
64.24
64.38
64.53
Right
Aaoen-
sion.
h m
Aug. 18 6
s
1.4 35.15
2.4 34.84
3.4 34.52
4.4 34.21
5.4 33.91
6.4 33.64
7.4 33.40
8.4 33.19
9.4 32.99
10.4 32.77
11.4 32.52
12.4 32.23
13.4 31.89
14.4 31.51
15.4 31.11
16.4 30.69
17.3 30.28
18.3 29.89
19.3 29.53
20.3 29.18
21.3 28.84
22.3 28.51
23.3 28.16
24.3 [ 27.80
25.3
26.3
27.3
28.3
29.3
30.3
31.3
32.3
27.42
27.01
26.57
26.09
25.59
25.10
24.60
24.10
DecU-
nation.
Wash. Right
Mean Ascen>
Time.
-87 40 Aug.
//
7.51
7.76
7.99
8.20
8.40
8.59
8.79
9.01
9.24
9.48
9.74
10.01
10.27
10.51
10.72
10.91
11.08
11.23
11.37
11.52
11.67
11.84
12.02
12.20
12.39
12.58
12.77
12.94
13.10
13.25
13.36
13.46
16.95 +16.92
17** 59» 20V805
+86^ 36' 51'M9
24.59 -24.57
18»» 5« 36M63
-87* 39' 52".21
1.4
2.4
3.4
4.4
5.4
6.4
7.4
8.4
9.4
10.4
11.4
12.4
13.4
14.4
15.4
16.4
17.4
18.4
19.4
20.4
21.4
22.4
23.4
24.4
25.4
26.4
27.4
28.4
29.4
30.4
31.4
32.3
sion.
h m
19 3
s
53.55
52.90
52.25
51.56
50.83
50.01
49.09
48.06
46.97
45.84
44.72
43.65
42.65
41.72
40.84
39.96
39.06
38.10
37.08
35.95
34.78
33.56
32.30
31.06
29.83
28.62
27.45
26.32
25.22
24.14
23.04
21.93
Decli-
nation.
Wash.
Mean
Time.
+89 1
//
4.69
4.98
5.28
5.60
5.91
6.23
6.57
6.88
7.16
7.43
7.69
7.93
8.17
8.41
8.65
8.92
9.19
9.48
9.78
10.07
10.33
10.56
10.80
11.02
11.23
11.43
11.61
11.82
12.01
12.23
12.45
12.67
Aug.
1.4
2.4
3.4
4.4
5.4
6.4
7.4
8.4
9.4
10.4
11.4
12.4
13.4
14.4
15.4
16.4
17.4
18.4
19.4
20.4
21.4
22.4
23.4
24.4
Right
Ascen-
sion.
h m
19 28
s
75.83
75.42
74.92
74.41
73.92
73.48
73.14
72.87
72.67
72.46
72.19
71.83
71.32
70.65
69.87
69.03
68.15
67.31
66.54
65.81
65.12
64.46
63.78
63.08
25.4 62.32
26.4 I 61.46
27.4 ; 60.54
28.4 [ 59.51
29.4 ' 68.39
30.4
31.4
32.4
57.19
55.97
54.74
DecU-
nation.
-8913
//
38.41
38.72
39.01
39.29
39.55
39.79
40.02
40.27
40.54
40.82
41.12
41.45
41.76
42.07
42.36
42.62
42.88
43.09
43.30
43,52
43.75
43.97
44.23
44.49
44.75
45.02
45.31
45.57
45.81
46.04
46.26
46.46
Wash.
Mean
Time.
Right
Ascen-
sion.
h m
Aug,
20 48
1.5
s
49.16
2.5
49.15
3.5
49.14
4.5
49.14
5.5
49.13
6.5
49.12
7.5
49.09
8.5
49.06
9.5
49.02
10.5
48,97
11.5
48.91
12.5
48.84
13.5
48.78
14.5
48.73
15.5
48.68
16.5
48.64
17.5
48.61
18.5
48.57
19.5
48.52
20.5
48.47
21.5
48.40
22.4
48.33
23.4
48.25
24,4
48.16
25.4
48.07
26.4
47.98
27.4
47.89
28.4
47.81
29.4
47.73
30.4
47.66
31.4
47.58
32.4
47.51
DecK-
natkA.
+8213
It
24.29
24.63
24.99
25.35
25.75
26.15
26.56
26.98
27.38
27.76
28.12
28.45
28.79
29.11
29.43
29.76
30.12
30.50
30.89
31.28
31.66
32.04
32.40
32.74
33.06
33.37
33.67
33.97
34.29
34.00
34.92
35.27
58.41 +58.40
\^ V^ 51". 560
+89* 0' 56".70
74.26 -74.25
19h 26™ 7M89
-89* 13' 35".99
7.39 +7.32
20*» 48« 44* .660
+82* 13' 16".38
APPARENT PLACES OF STARS, 1916.
287
CIRCUMPOLAR STARS.
FOR THE UPPER TRANSIT AT WASHINGTON.
XooteBtts.
V OotenttB.
P Ootentts.
89 H. Cephei.
Y^ Octantls.
Mag. 5.4
Mag. 5.7
Mag. 4.3
Mag. 6.6
Mag. 5.1
Wash.
Mean
lime.
Right
Asoen-
sioo.
DecU-
nation.
Wash.
Mean
Time.
Right
sion.
Decli-
nation.
Waith.
Mean
Time.
Right
Anoen-
sion.
Decli-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
DecU-
nation.
Wash.
Mean
Time.
Right
Ascen-
sion.
Decli-
nation.
h m
• /
h m
• /
h m
• /
h m
• /
h m
• /
Aug.
2138
-83 6
Aug.
2216
-86 23
Aug.
22 37
-8148
ft
Aug.
23 27
+86 60
Aug.
23 47
-82 2S
1.5
8
31.10
WW
4.58
1.6
30.41
21.54
1.6
8
43.19
54.48
1.6
s
55.91
42.78
1.6
s
24.87
34.92
215
31.15
4.88
2.6
30.56
21.82
2.6
48.28
64.74
2.6
66.13
43.06
2.6
24.99
35.12
3.6
31.20
5.16
3.6
30.69
22.10
3.6
48.35
55.00
3.6
56.38
43.33
3.6
25.10
36.32
4.5
31.24
5.45
4.6
30.80
22.37
4.6
48.40
55.25
4.6
56.66
43.63
4.6
25.20
36.53
5.5
31.27
5.69
5.6
30.90
22.61
5.6
48.47
55.49
5.6
66.92
43.96
6.6
25.31
35.72
6.5
31.31
5.93
6.6
31.01
22.84
6.6
48.53
55.70
6.6
57.20
44.29
6.6
25.40
35.89
7.5
31.35
6.16
7.6
31.14
23.00
7.6
48.60
55.90
7.6
57.45
44.65
7.6
26.62
36.04
8.6
31.42
6.37
8.5
31.28
23.28
8.6
48.69
56.09
8.6
57.68
45.03
8.6
26.64
36.19
9.6
31.49
6.60
9.5
31.46
23.50
9.6
48.79
56.28
9.6
57.88
46.41
9.6
25.77
36.3S
10.5
31.56
6.85
10.5
31.64
23.73
10.6
48.88
66.49
10.6
68.05
46.80
10.6
25.90
36.47
11.5
31.64
7.13
11.5
31.82
24.01
11.6
48.98
66.72
11.6
58.18
46.17
11.6
26.04
36.65
12.5
31.71
7.42
12.5
31.99
24.28
12.6
49.08
66.98
12.6
68.31
46.52
12.6
26.19
36.84
13.5
31.77
7.74
13.5
32.14
24.60
13.6
49.16
57.26
13.6
68.44
46.86
13.6
26.32
37.06
14.5
31.80
8.06
14.5
32.26
24.91
14.5
49.22
57.56
14.6
58.68
47.17
14.6
26.43
37.29
16.5
31.81
8.38
15.5
32.34
25.22
15.5
49.27
57.85
15.6
68.74
47.48
15.6
26.53
37.54
16.5
31.82
8.68
16.5
32.39
25.54
16.5
49.32
68.14
16.6
68.92
47.80
16.6
26.61
37.80
17.5
31.81
8.98
17.5
32.43
25.83
17.5
49.35
68.42
17.6
59.12
48.14
17.6
26.69
38.05
18.5
31.80
9.26
18.5
32.46
26.09
18.5
49.38
68.68
18.6
59.33
48.49
18.6
26.76
38.30
19.5
31.80
9.51
19.5
32.50
26.35
19.5
49.41
58.92
19.6
69.54
48.85
19.6
26.83
38.6a
20.5
31.80
9.76
20.5
32.54
26.61
20.5
49.45
59.17
20.6
69.72
49.24
20.6
26.91
38.74
21.5
31.81
10.02
21.5
32.60
26.87
21.5
49.49
59.41
21.6
59.88
49.64
21.6
26.99
38.96
22.5
31.83
10.29
22.5
32.67
27.13
22.5
49.53
69.66
22.6
60.01
60.03
22.6
27.09
39.18
23.5
31.85
10.55
23.5
32.75
27.39
23.5
49.69
69.92
23.6
60.12
60.42
23.6
27.18
39.40
24.5
31.87
10.84
24.5
32.83
27.67
24.5
49.64
60.19
24.6
60.21
60.80
24.6
27.27
39.63
25.5
31.89
11.15
25.5
32.90
27.98
25.5
49.69
60.47
25.6
60.28
51.17
25.6
27.37
39.86
26.5
31.90
11.46
26.5
32.97
28.30
26.5
49.74
60.77
26.5
60.34
61.53
26.6
27.47
40.13
27.5
31.90
11.78
27.5
33.01
28.62
27.5
49.78
61.09
27.6
60.41
61.90
27.6
27.57
40.41
28.5
31.88
12.11
28.5
33.03
28.95
28.5
49.80
61.42
28.5
60.48
62.25
28.6
27.65
40.70
29.5
31.85
12.43
29.5
33.05
29.29
29.5
49.82
61.76
29.5
60.58
62.68
29.6
27.71
41.00
30.5
31.81
12.76
30.5
33.02
29.62
30.5
49.83
62.07
30.5
60.65
62.92
30.6
27.76
41.31
31.5
31.75
13.06
31.5
32.97
29.93
31.5
49.82
62.39
31.5
60.76
63.26
31.6
27.81
41.62
32.5
31.69
13.34
32.5
32.92
30.23
32.5
49.81
62.69
32.5
60.89
53.63
32.5
27.85
41.92
8.33
8.27
15.88 -15.85
7.02 -6.95
18.18 +18.15
7.64 -7.57
21»» 38» 3
.0-.025
22^ 15« 56-.333
22h 37m 32-.703
23*» 27» 44-.392
23'» 47» 12«.813
-83*
6' 2
I3".31
-86*>
23' 4
[5".22 1
-81**
49' 2
l".ll 1
+86*^
60' a
t9".03
-82«>
29' .
S".43
324
APPAEENT PLACES OF STARS, 1916.
FOR THE UPPER TRANSIT AT WASHINGTON.
WashiDKton
Mean Tune.
Jan. 0.3
10.2
20.2
30.2
Feb. 9.2
19.1
29.1
Mar. 10.1
20.0
30.0
Apr. 9.0
19.0
28.9
May 8.9
18.9
28.9
June 7.8
17.8
27.8
July 7.7
17.7
27.7
Aug. 6.7
16.6
26.6
Sept. 5.6
15.6
25.5
Oct. 5.5
15.5
25.4
Nov. 4.4
14.4
24.4
Dec. 4.3
14.3
24.3
34.3
Mean Place
Sec d. Tan d
D^a, Dm a
ft PhocnlclB.
Mag. 3.4
Right
Aao«)8iaa.
h
1
m
2
8
21.461
21.236
21.012
20.797
20.596
325
224
215
201
176
20.420 ,,„
149
20.271
r^ 1 111
20.160
20.093
20.075 —
33
20.108
20.197
20.344
20.543
20.795
21.093
21.432
21.800
22.191
22.594
22.997
23.389
23.761
24.102
24.405
89
147
199
252
298
339
368
391
403
403
392
372
341
303
258
24.663^
24.869 ^^
25.022
25.117 ^2
25.159 - -
11
25.148
25.088
24.984
24.843
24.670
24.473
24.258
24.033
60
104
141
173
197
215
225
Declina-
tion.
-47 9
76.52 ^
76.74 —
76.46 ^
75.68 ^
74.44 ^^
109
72.75
70.66
68.22
65.49
62.50
59.34
56.05
52.72
49.40
46.17
43.12
40.29
37.77
35.62
209
244
273
299
316
320
333
332
323
305
283
252
215
173
33.89
127
32.62
31.86
31.60 -
31.88
32.66
76
26
28
78
125
33.91
35.59
37.62
39.91
42.39
44.96
47.49
49.89
52.06
53.91
55.38
56.41
56.96
168
203
229
248
257
253
240
217
185
147
108
55
20.127
1.471
67.34
-1.079
+0.05
+0.4
+0.07
+0.3
fi Cassiopeia.
Mag. 5.3
Rij^t
Ascension.
h m
1 2
8
40.997
40.756
40.505
40.257
40.023
241
251
248
234
206
39.817
166
39.651
39.536
39.481 —
39.496 ^*
88
39.582
39.743
39.977
40.276
40.638
161
234
299
362
411
41.049
41.500
41.980
42.476
42.973
43.463
43.933
44.374
44.780
45.142
46.455
45.717
45.926
46.081
46.183
451
480
496
497
490
470
441
406
362
313
262
209
155
102
48
46.231
46.228
46.177
46.080
45.942^
3
51
97
177
45.765
45.558
45.326
207
232
40.235
1.723
+0.07
+0.4
Declina-
tion.
+54 30
//
54.31
54.18
53.58
52.51
51.01
49.14
47.00
44.66
42.24
39.82
37.51
35.43
33.63
32.19
31.16
30.58
30.48
30.84
31.66
32.93
34.59
36.64
38.99
41.59
44.40
47.35
50.39
53.46
56.47
59.40
62.17
64.72
67.00
68.93
70.50
71.64
72.31
72.48
13
60
107
150
187
214
234
242
242
231
308
180
144
103
58
10
36
82
127
166
205
335
260
281
295
304
307
301
293
277
255
228
193
157
114
67
17
7Ceti.
Mag. 3.6
Right
Ascension.
31.99
+1.403
h m
1 4
-0.09
+0.3
113
116
116
110
98
78
54
8
22.891
22.778
22.662
22.546
22.436
22.338
22.260
22.206
22.183 —
22.196 ^^
52
22.248
22.342
22.479
22.658
22.875
23.127
23.406
23.708
24.022
24.342
24.660
24.966
25.256
25.521
25.758
25.962
26.131
26.264
26.361
26.424
26.454
26.455 ~
26.428 ^
49
70
87
94
137
179
217
252
279
302
314
320
318
306
290
265
237
204
169
133
97
63
30
26.379
26.309
26.222
26.122
100
26.011 "^
21.845
1.017
Dedina-
tion.
-10 37
It
64
48
27
36.22
36.86
37.34
37.61
37.68-^
16
37.52
37.13
36.50
35.63
34.51
33.16
31.57
29.79
27.84
25.73
23.54
21.31
19.09
16.94
14.91
13.05
11.42
10.05
8.99
8.24
39
63
87
112
135
159
178
195
211
219
223
222
215
203
186
163
137
106
75
43
7.81 ^^
7.70 —
7.90 ^
8.36 *^
9.06 ^
88
9.94
10.95
12.04
13.16
14.25
15.27
16.18
16.94
101
109
112
109
102
91
76
37.79
-0.188
1+0.06
1+0.4
+0.01
+0.3
ft Andromedxe.
Mag. 2.4
Right
Asoenaion.
h m
1 5
8
2.281
2.134
1.978
1.822
1.673
1.541
1.434
1.361 „
33
1.328 —
1.343 "
66
147
156
156
149
132
107
73
1.409
1.527
1.699
1.920
2.187
2.493
2.829
3.188
3.560
3.935
4.305
4.659
4.994
5.299
5.572
118
172
221
367
306
336
359
372
375
370
354
335
305
273
237
5.809
6.008^^
6.166 ^^
6.285 "®
6.366 ^*
46
^•^^ 10
6.422 —
6.399 ^
6.347
6.266
6.162
6.036
5.894 *^^
53
81
104
126
1.411
1.223
I>ecUBa-
tioii.
+35 10
#/
48.93
48.54
47.83
46.a4
45.58
m
71
9i
136
145
44.13
42.55^
40.91 "*
39.28 ^®
37.76 '^
\m
36.40
35.29
34.48
34.00
33.89-
34.15
in
4K
34.80
35.80
37.14
38.79
40.69
42.81
45.07
47.45
49.88
52.32
54.72
57.04
59.23
61.25
63.10
64.71
66.07
67.16
67.94
KB
134
163
1%
213
33^
3a
344
340
332
319
31^
1S5
161
136
101
75
4$
68.42^3
68.55 —
68.34 "
31.73
+0.705
+0.07
+0.4
-0.05
+0.3
370
APPARENT PLACES OF STARS, 1916.
FOR THE UPPER TRANSIT AT WASHINGTON.
WashlnKton
If ean Tune.
Jan. 0.5
10.5
20.4
30.4
Feb. 9.4
19.3
29.3
Mar. 10.3
20.3
30.2
Apr. 9.2
19.2
29.2
May 9.1
19.1
29.1
June 8.0
18.0
28.0
July 8.0
17.9
27.9
Aug. 6.9
16.9
26.8
Sept. 5.8
15.8
25.7
Oct. 5.7
15.7
25.7
Nov. 4.6
14.6
24.6
Dec. 4.$
14.5
24.5
34.5
Mean Place
Sec dy Tan d
Difr a, Dm a
Difr d, Dm d
fjt Oeminomm.
Mag. 3.2
Right
Ascension.
h m
6 17
s
55.203
55.293
55.331
55.316
55.254
55.149
55.010
54.846
54.668
54.489
54.319
54.168
54.046
53.959
53.910
53.905
53.944
54.027
54.160
54.312
54.509
54.735
54.989
55.263
55.555
55.862
56.178
56.501
56.826
57.151
57.472
57.781
58.076
58.349
58.592
58.799
58.965
59.082
90
15
62
105
139
104
178
179
170
161
122
87
49
5
89
83
123
162
197
226
254
274
292
307
316
323
325
325
321
300
295
273
243
207
166
117
Declina-
tion.
+22 33
//
32.26
32.20 -
32.21 ^
8
11
13
32.29
32.40
12
8
3
32.53
32.65
32.73
32.76 -
32.73 3
8
32.65
32.52
32.36
32.17
31.98
31.81
31.66
31.55
31.49
31.46
31.46
31.49
31.52
31.54 -
31.52 ^
6
31.46
31.34
31.14
30.86
30.52
30.13
29.70
29.26
28.85
28.48
28.17
27.96
27.83
13
16
19
19
17
15
11
6
3
0
3
3
12
20
28
34
39
43
44
41
37
31
21
13
52.755
1.083
27.98
+0.415
+0.07
0.0
0.00
+1.0
fl>^ Aurigae.
Mag. 5.1
Right
Ascension.
h m
6 18
29^262 ^^
29.371
29.406 —
29.371 ^
103
162
29.268
29.106
28.896
28.654
28.390
28.125
27.873
27.647
27.458
27.318
27.233
27.207
27.242
27.340
27.495
27.705
27.964
28.268
28.611
28.985
29.387
29.808
30.245
30.692
31.143
31.593
32.033
32.458
32.860
33.228
33.554
33.830
34.045
34.193
210
242
264
265
252
226
189
140
85
26
35
98
155
210
259
304
343
374
402
421
437
447
451
450
440
425
402
368
326
276
215
148
Declina-
tion.
+49 19
//
155
155
148
135
115
90
59
60.79
62.34
63.89
65.37
66.72
67.87
68.77
69.36
69.64 —
69.60 ^
39
69.21
68.52
67.57
66.38
65.02
63.52
61.94
60.33
58.72
57.18
55.72
54.37
53.15
52.10
51.20
50.48
49.93
49.57 ^^
49.41 —
49.45 ^
26
49.71
50.17
50.86
51.75
52.84
69
95
119
136
150
158
161
161
154
146
135
122
105
90
72
55
86
54.12
55.53
57.03
46
69
89
109
128
141
150
25.912
1.534
55.64
+1.164
+0.09
0.0 /
+0.01
+1.0
fi Canls Majoris.
Mag. 2.0
Right
Ascension.
h
6
s
2.136
2.191
m
19
55
6
2.197 —
2.155 ^
2.068 ®^
125
1.943
1.787
1.609
1.419
1.227
1.043
0.877
0.735
0.625
0.552
0.518
0.524
0.570
0.657
0.782
0.941
1.131
1.349
1.590
1.851
2.127
2.415
2.711
3.010
3.307
3.598
3.878
4.139
4.377
4.583
4.753
4.882
4.964
156
178
190
192
184
166
142
110
73
84
6
46
87
125
159
190
218
241
261
276
288
296
299
297
291
280
261
238
206
170
129
82
Declina-
tion.
-17 54
//
44.80
47.18
49.36
51.31
52.98
54.34
55.37
56.07
56.42
56.45 —
81
56.14
55.51
54.58
53.36
51.89
238
218
195
167
136
103
70
35
3
50.18
48.29
46.26
44.13
41.98
39.88
37.87
36.03
34.45
33.17
32.24
31.73
31.66 —
32.05 ^
32.90 ^
128
34.18
63
93
122
147
171
189
203
213
215
210
201
184
158
128
93
51
35.84
37.85
40.11
42.55
45.08
47.62
50.09
166
201
226
244
263
254
247
0.013
1.051
48.02
-0.323
+0.05
0.0
0.00
+1.0
8
Mag. 4.5
Right
Ascensicm.
h m
6 19
s
21.259
21.336
77
30
21.366 —
21.348 ^
21.285
21.185
21.051
20.896
20.727
20.557
20.396
20.252
20.134
20.047
19.996
19.985
20.014
20.082
20.189
20.330
20.505
20.708
20.936
21.184
21.449
21.728
22.016
22.312
22.610
22.908
23.201
23.485
23.754
24.001
24.221
24.409
24.556
24.659
63
lOO
134
155
109
170
161
144
118
«7
51
11
20
68
107
141
175
203
228
248
265
279
288
296
298
298
293
284
209
247
220
188
147
103
+ 4 3*
14.91
13.75
12.72
11.83
ll.U
m
5T
a
r
H
2
10.54
10.U
9.84
9.70
9.68-
11
9.79
10.04
10.^
10.^
11.50
s
«
3
12.23
13.06
13.97
14.95
15.95
16.95
17.91
18.79
19.54
20.14
SI
II
9fi
we
m
96
&
71
20.54 j^
20.70 —
20.62 *
85
20.27
19.69 ®
19
18.86
KB
119
UD
136
IJ7
17.83
16.64
15.34
13.98
12.61
11.29
10.04
19.045
1.003
11.22
+0.081
+0.06
0.0
0.00
+1.0
APPARENT PLACES OF STARS, 1916.
371
FOR THE UPPER TRANSIT AT WASHINGTON.
ashinffton
Ban Tune.
0.6
10.6
20.4
30.4
Feb. 9.4
19.4
29.3
Mar. 10.3
20.3
30.2
Apr. 9.2
19.2
29.2
May 9.1
19.1
29.1
June 8.1
18.0
28.0
July 8.0
17.9
27.9
Aug. 6.9
16.9
26.8
Sept. 6.8
16.8
26.8
Oct. 6.7
16.7
26.7
Nov. 4.6
14.6
24.6
Dec. 4.6
14.6
24.6
34.6
or Aigus.
(Canopus.)
Mag. -0.9
Right
Ascension.
h m
6 22
1
7.784
7.770
7.683
7.628
7.313
7.046
6.735
6.396
6.040
6.681
6.333
6.006
4.710
4.466
4.250
14
87
165
2U
268
810
S30
856
859
848
828
295
254
206
151
4.099^
4.006 32
3.974 —
4.002 ^
4.091 ^
147
4.238
203
253
296
837
868
892
407
412
406
892
867
832
286
229
leo
99
29
4.441
4.694
4.992
6.329
6.697
6.089
6.496
6.908
7.316
7.708
8.076
8.407
8.693
8.922
9.091
9.190
9.219
Declina-
tion.
-62 38
tt
66.00
58.60
61.78
64.76
67.36
69.60
71.17
72.33
72.97
73.08 —
40
72.68
71.77
70.40
68.67
66.36
350
328
296
259
215
167
116
64
63.79
60.97
67.92
64.76
61.67
48.43
46.44
42.69
40.30
38.33
36.87
36.99
36.71
36.07
37.09
38.71
40.91
43.61
46.72
60.12
63.72
67.38
60.98
91
137
183
222
256
282
305
316
319
314
299
275
239
197
146
88
28
36
102
162
220
270
311
340
860
366
360
10 MonooerotU.
Mag. 6.0
Right
Ascension.
h m
6 23
i
50.906 ^
50.979 ^
51.006 —
50.983 "
50.918 "
105
50.813
50.677
50.518
50.347
60.172
50.006
49.866
49.730
49.634
49.674
49.662
49.570
49.628
49.722
49.852
50.016
50.207
50.426
50.664
60.922
51.193
51.476
51.766
52.061
136
159
171
175
166
150
126
96
60
22
18
58
94
130
163
192
218
239
258
271
283
290
206
52.366 ^
290
62.646
62.926 ^
53.190 ^
63.436 ^^*
53.662 ^"
184
63.836
63.979
64.079
143
100
Declina-
tion.
-4 42
tt
30.09
31.79
33.34
34.72
35.87
36.81
37.61
37.99
38.23
38.27 —
20
38.07
37.68
37.08
36.28
36.30
170
155
138
115
94
70
48
24
39
flO
80
98
115
128
138
147
150
148
141
130
110
90
62
21.71 3,
21.40 —
21.42 ^
21.79 ^'
22.60 ^*
103
23.63
y Oeminomm.
Mag. 4.1
34.16
32.87
31.49
30.02
28.52
27.04
26.63
24.33
23.23
22.33
24.86
26.40
28.14
29.99
31.88
33.76
36.56
132
155
174
185
189
188
180
Right
Ascension.
h m
6 23
60.956
61.047 ^3
61.090 —
61.082 *
61.026 "
98
60.927
60.793
60.633
60.460
60.288
60.116
69.964
69.840
59.748
69.696
59.686
69.718
59.793
59.908
60.062
60.249
60.467
60.710
60.976
61.260
61.658
61.868
62.185
62.506
62.826
63.143
63.450
63.744
64.016
64.260
64.469
64.638
64.769
184
IflO
178
177
168
151
124
92
52
10
82
75
115
164
187
218
248
206
284
298
810
817
820
821
817
807
294
272
244
200
169
121
Declina-
tion.
+20 16
//
21
13
62.73
62.52
62.39
62.34 -
62.36 ^
62.40
62.46
62.62
62.66
62.66 ~
4
62.62
62.47
62.39
62.31
62.23
62.18
62.16 -
62.16 *
6
8
10
62.22
62.30
62.40
62.62
62.63
62.71
12
11
8
3
62.74 -
4
62.70
62.68
62.34
62.03
61.62
61.13
60.59
60.02
69.46
68.92
68.46
68.07
67.79
12
24
31
41
49
54
57
57
53
46
39
28
8 Lyncit.
Mag. 6.0
Right
Ascension.
h m
6 30
^'^14
6.67
6.72-
6.66 •
14
24
6.52
6.28
4.99
4.65
4.28
3.90
3.53
3.19
2.89
2.66
2.51
2.42
2.42
2.50
2.66
2.90
3.20
3.67
4.00
4.47
4.99
6.53
6.11
6.69
7.29
7.89
8.48
9.05
9.69
10.09
10.63
10.89
11.18
11.37
29
34
37
38
37
34
30
23
15
9
0
8
16
24
30
87
43
47
52
64
68
58
60
60
69
67
64
60
44
86
29
19
Declina-
tion.
+61 33
28.11
30.28
217
216
207
190
163
32.44
34.51
36.41
88.04
39.34
40.27
40.76
40.82 —
39
40.43
130
93
49
39.63
38.46
36.94
36.16
33.17
31.02
28.79
26.66
24.34
22.22
20.22
18.39
16.77
16.37
14.22
13.33
12.76 ^
12.46 —
12.48 ^
84
12.82
13.49
14.46
16.76
17.33
80
118
151
178
199
215
223
224
221
212
200
188
162
140
116
89
68
19.13
21.13
23.26
67
97
130
167
180
200
213
Meaa Place
Sec a, Tan d
6.233
1.648
58.12
-1.310
48.754
1.003
33.46
-0.082
58.542
1.066
68.87
+0.369
1.113
2.100
23.74
+1.846
D^a.'Dma j+0.03 -0.01
\>^d,\>md I 0.0 +1.0
+0.06
0.0
0.00
+1.0
+0.07
0.0
0.00
+1.0
+0.11
-0.1
+0.02
+1.0
372
APPARENT PLACES OF STARS, 1916,
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
Jan. 0.5
10.5
20.4
30.4
Feb. 9.4
19.4
29.3
Mar. 10.3
20.3
30.2
Apr. 9.2
19.2
29.2
May 9.1
19.1
29.1
June 8.1
18.0
28.0
July 8.0
17.9
27.9
Aug. 6.9
16.9
26.8
Sept. 5.8
15.8
25.8
Oct. 6.7
15.7
25.7
Nov. 4.6
14.6
24.6
Dec. 4.6
14.5
24.5
34.5
Mean Place
See d. Tan d
Df a. Dm a
S^ Canis Majorit.
Mag. 4.5
Right
Ascension.
61
h m
6 31
s
34.299
34.360
34.371 —
34.332 ^*
85
127
34.247
34.120
33.960
33.776
33.579
33.377
33.180
33.000
32.844
32.718
32.626
IflO
184
197
202
1»7
180
166
126
92
53
32.573 ^
32.561 —
32.590 ^
32.660 ^
32.768 ^^
144
32.912
33.091
33.300
33.533
33.790
34.065
34.653
34.958
35.263
35.563
35.854
36.127
36.375
36.593
36.773
36.911
37,002
179
209
233
257
275
289
299
305
305
800
291
273
248
218
180
138
91
Declina-
tion.
-22 53
45.88
48.53
51.00
53.22
55.15
265
247
222
193
160
56.75 ,^
57.99 ^
58.85
59.36 ^2
59.48 — -
36
59.22
58.63
57.68
56.41
54.85
53.05
51.03
48.84
46.55
44.22
41.92
39.72
37.71
35.94
34.49
59
95
127
156
180
202
219
229
233
230
220
201
177
145
105
32.81 jg
32.66 —
33.00 ^
33.84 **
131
35.15
175
212
242
265
276
280
274
36.90
39.02
41.44
44.09
46.85
49.65
52.39
32.170
1.085
49.14
--0.422
+0.05
-0.1
0.00
+1.0
28 H. Camelop.
Mag. 5.6
Right
Ascension.
h m
6 31
s
65.89
66.10
66.08
65.80
65.30
21
2
28
50
71
64.59
63.71
62.72
61.65
60.55
59.47
58.47
57.58
56.84
56.27
55.89
55.73
55.77
56.03
56.48
57.14
57.97
58.97
60.11
61.36
62.71
64.14
65.62
67.12
68.62
70.09
71.49
72.79
73.96
74.98
75.81
76.40
76.76
88
99
107
110
108
100
89
74
57
38
16
4
26
45
66
83
100
114
125
135
143
148
150
150
147
140
130
117
102
83
59
36
56.274
6.671
Declina-
tion.
+79 39
t*
33.94
36.86
39.74
42.48
44.95
47.08
48.75
49.92
50.55
50.60 —
51
292
288
274
247
213
167
117
63
50.09
49.04
47.49
45.51
43.18
40.55
37.73
34.79
31.80
28.84
26.00
23.33
20.88
18.72
16.86
106
155
198
233
263
282
294
299
296
284
267
245
216
186
149
15.37 ,^
14.26 ^
13.56 ^
13.28 —
13.45 ^^
61
14.06
106
148
187
223
253
15.11
16.59
18.46
20.69
23.22
25.97
28.84
275
287
29.35
+5.481
+0.20
-0.1
+0.05
+1.0
61 Aurigee.
Mag. 5.7
Right
Ascension.
h m
6 32
53.291 ^^^
53.410 ^
53.466 --
53.461 *
53.396 ^
118
53.278
53.117
52.925
52.711
52.493
52.283
52.091
51.931
51.809
51.732
51.704
51.727
51.801
51.925
52.094
52.306
52.556
52.838
53.150
53.484
53.838
54.207
54.586
54.971
55.359
55.743
56.117
56.474
56.807
57.107
57.365
57.574
57.727
161
192
214
218
210
192
160
122
77
28
23
74
124
160
212
250
282
312
334
864
869
879
385
888
884
874
357
833
300
258
209
153
50.375
1.295
Declina-
tion.
+39 27
//
61.40
62.34
63.35
64.36
65.32
66.18
66.89
67.42
67.72
94
101
101
96
86
71
53
30
8
67.80 —
17
67.63
67.25
66.68
65.91
65.02
64.02
62.96
61.87
60.78
59.71
58.69
57.72
56.83
56.02
55.30
54.65
54.08
53.61
53.24
52.98
52.84
52.83 —
52.96 "
31
45
62
38
57
77
89
100
106
109
109
107
102
97
89
81
72
65
57
47
37
26
14
y Oeminoram.
Mag. 1.9
Right
Ascension.
53.27
53.72
54.34
55.11
55.99
77
88
57.77
+0.823
h m
6 32
53'955 ^^
54.055 ^
54.105 —
54.103 ^
48
92
+0.08
-0.1
+0.01
+1.0
54.055
53.963
53.835
53.683
53.514
53.341
53.175
53.024
52.899
52.804
52.747
52.729
52.753
52.818
52.921
63.061
53.236
53.441
53.671
63.925
64.197
54.484
54.783
65.092
55.405
55.720
138
152
i6e
173
166
151
135
96
57
18
24
65
108
140
175
205
230
254
273
287
299
800
813
815
813
804
66.033
66.337
56.630 ^^^^
56.903*^
57.149 ^^
218
57.362
57.534 *^
67.662 *®
51.596
1.043
DedJDft-
tiOQ.
+16 iS
22.30
21.82
21.46
21.20
21.02
%
%
15
I
20.93
20.89
20.88-
20.89
20.91
20.93
20.96
21.01
21.07
21.16
21.29
21.47
21.68
21.94
22.22
}
i
%
J
13
21
9
22.51
22.79
23.03^
23.23
23.34"
23.35
23.24
22.99
22.61
22.09
21.46
20.74
19.95
19.15
18.37
17.64
16,98
16.43
u
25
53
73
7i
18.98
.fO.296
+0.07
-0.1
0.00
+1.0
APPARENT PLACES OF STARS, 1916,
373
FOR THE UPPER TRANSIT AT WASHINGTON.
WashingUm
Mean Tune.
Jan. 0.5
10.5
20.4
30.4
Feb. 9.4
Mar.
19.4
29.3
10.3
20.3
30.3
VAzfut.
Mag. 3.2
Right
Ascension.
Apr.
9.2
19.2
29.2
May 9.1
19.1
29.1
June 8.1
18.0
28.0
July 8.0
18.0
27.9
Aug. 6.9
16.9
26.8
Sept. 5.8
15.8
25.8
Oct. 5.7
15.7
25.7
Nov. 4.7
14.6
24.6
Dec. 4.6
14.5
24.5
34.5
h
6
m
35
B
13.850
13.882 —
13.853 ^
13.764 ^
13.619 "*
193
13.426
230
13.196
12.936
12.660
12.378
12.102
11.843
11.609
11.410
11.251
11.137
11.071 ^^
11.055 —
11.089 ^
11.173 *^
132
11.305
260
276
282
276
259
234
199
159
114
66
11.482
11.700
11.954
12.242
12.557
12.892
13.243
13.601
13.959
14.308
14.642
14.951
15.225
15.458
15.642
15.770
15.839
177
218
254
288
315
335
351
358
358
349
334
309
274
233
184
128
69
DecUnflr
tion.
-43 6
//
74.94
78.32
81.51
84.41
86.95
89.10
90.80
92.03
92.78
93.03 —
23
92.80
92.09
90.92
89.34
87.37
338
319
290
254
215
170
123
75
85.08
82.49
79.71
76.78
73.80
70.85
68.01
65.40
63.08
61.16
71
117
158
197
229
259
278
293
296
295
284
261
232
192
145
59.71 ^
58.79
58.45 —
58.71 ^
59.59 ^
148
61.07
203
250
293
321
340
63.10
65.60
68.53
71.74
75.14
78.64
82.10
350
346
S HonooerotU.
Mag. 4.7
Right
Ascension.
h m
6 36
8
23.415
23.513
23.562
23.562
23.515
23.426
23.301
23.153
22.987
22.818
22.655
22.505
22.380
22.285
22.225
22.203
22.221
22.278
22.373
22.504
22.669
22.862
23.083
23.324
23.586
23.862
24.150
24.448
24.753
25.058
25.361
25.658
25.943
26.208
26.449
26.657
26.826
26.951
98
49
0
47
89
125
148
166
169
163
150
125
95
60
22
18
57
95
131
165
193
221
241
262
276
288
298
305
305
303
297
285
265
241
208
169
125
Declina-
tion.
+ 9 58
//
30.81
29.92
29.17
28.54
28.04
27.66
27.41
27.25
27.18
27.18
27.25
27.39
27.62
27.91
28.27
28.71
29.22
29.79
30.41
31.06
31.71
32.33
32.89
33.36
33.70
33.88 J
33.89 —
33.68 ^^
89
75
63
50
38
25
16
7
0
7
14
23
29
36
44
51
57
62
65
65
62
56
47
34
18
33.29
32.70
31.91
30.98
29.94
28.82
27.67
26.55
25.48
24.51
39
59
79
93
104
112
115
112
107
97
€ Oeminonun.
Mag. 3.2
Right
Ascension.
h m
6 38
113
60
8
48.416
48.529
48.589
48.594 ~
48.548 *^
92
131
159
177
183
177
160
137
103
65
23
20
63
105
144
180
212
240
265
284
303
315
325
332
335
334
326
314
293
266
333
189
142
48.456
48.325
48.166
47.989
47.806
47.629
47.469
47.332
47.229
47.164
47.141
47.161
47.224
47.329
47.473
47.653
47.865
48.105
48.370
48.654
48.957
49.272
49.597
49.929
50.264
50.598
50.924
51.238
51.531
51.797
52.030
52.219
52.361
Declina-
tion.
+25 12
#/
5
16
24
27
29
27
22
16
58.39
58.44
58.60
58.84
59.11
59.40
59.67
59.89
60.05
60.12 -
1
60.11
60.02
59.85
59.61
59.34
59.05
58.75
58.46
58.18
57.92
57.70
57.47
57.25
57.01
56.76
56.47
56.13
55.75
55.32
54.85
54.36
53.86
53.39
52.97
52.62
52.38
52.24
52.21
9
17
24
27
29
30
29
28
26
22
23
22
24
25
29
34
38
43
47
49
50
47
42
35
24
14
3
S Oeminomm.
Mag. 3.4
Right
Ascension.
h m
6 40
105
54
8
36.840
36.945
36.999
37.004 —
36.961 *^
86
123
149
164
171
165
151
127
99
62
25
16
55
93
130
163
193
220
242
363
277
290
301
308
310
309
302
292
273
247
215
176
131
36.875
36.752
36.603
36.439
36.268
36.103
35.952
35.825
35.726
35.664
35.639
35.655
35.710
35.803
35.933
36.096
36.289
36.509
36.751
37.014
37.291
37.581
37.882
38.190
38.500
38.809
39.111
39.403
39.676
39.923
40.138
40.314
40.445
Declina-
tion.
+12 59
tf
16.69
15.97
15.38
14.90
14.55
14.31
14.15
14.06
14.03 —
14.04 ^
73
69
48
36
34
16
9
14.10
14.20
14.34
14.52
14.77
15.06
15.40
15.79
16.22
16.67
17.13
17.56
17.95
18.26
18.45
18.53
18.44
18.19
17.77
17.17
16.42
15.55
14.59
13.58
12.57
11.59
10.68
9.88
10
14
18
35
39
34
39
43
46
46
43
39
31
19
8
9
35
43
60
76
87
96
101
101
98
91
80
Mean Place
Sec d, Tan d
11.546
1.370
78.49
-0.936
21.140
1.015
27.69
+0.176
45.897
1.105
55.35
+0.471
34.528
1.026
13.76
+0.231
Df a, Dm a
Df d, Dm d
+0.04
-0.1
-0.01
+1.0
+0.07
-0.1
0.00
+1.0
+0.07
-0.1
+0.01
+1.0
+0.07
-0.1
0.00
+1.0
374 APPARENT PLACES OF STARS, 1916.
FOR THE UPPER TRANSIT AT WASHINGTON.
Washinston
Mean Tune.
Jan. 0.5
10.5
20.4
30.4
Feb. 9.4
19.4
29.3
Mar. 10.3
20.3
30.3
Apr. 9.2
19.2
29.2
May 9.1
19.1
29.1
June 8.1
18.0
28.0
July 8.0
18.0
27.9
Aug. 6.9
16.9
26.8
Sept. 5.8
15.8
25.8
Oct. 5.7
15.7
25.7
Nov. 4.7
14.6
24.6
Dec. 4.6
14.5
24.5
34.5
Mean Place
Sec dy Tan 9
^Auilgee.
Mag. 5.3
Right
Aaoension.
h m
6 40
8
44.384
44.517
44.584
44.584
44.522
44.402
44.234
44.030
43.804
43.570
43.341
43.132
42.952
42.812
42.719
42.675
42.688
42.753
42.870
43.038
43.251
43.506
43.797
44.118
44.466
44.836
45.224
45.625
46.034
46.445
46.854
47.254
47.637
47.995
48.319
48.599
48.827
48.996
133
67
0
02
120
168
204
226
234
229
209
180
140
93
44
13
66
117
168
213
255
291
321
348
370
388
401
409
411
409
400
383
358
324
280
228
160
Declina-
tion.
443 39
//
47.09
48.29
49.53
50.78
51.97
53.05
53.95
54.63
55.07
55.22 ~
12
55.10
54.72
54.10
53.25
52,23
120
124
125
119
108
90
68
44
51.06
49.80
48.48
47.14
45.82
44.53
43.31
42.18
41.12
40.17
39.34
38.63
38.04
37.58
37.29
37.15
37.18
37.41
37.83
38.46
39.26
40.24
41.35
38
62
85
102
117
126
132
134
132
129
122
113
106
95
83
71
59
46
29
14
3
23
42
63
80
98
111
41.291
1.382
44.08
+0.954
a Canis Majozlt.
(SiHu8,)
Mag. -1.6
Right
Ascension.
h m
6 41
8
28.765
28.838
73
24
28.862 —
28.837 ^
28.766 ^^
111
28.655
28.509
28.338
28.154
27.964
146
171
184
190
184
169
148
118
84
47
27.780
27.611
27.463
27.345
27.261
27.214 ^
27.207 —
27.239 ^^
27.309 ^°
27.417 '''
142
27.559
27.734
27.937
28.163
28.411
28.678
28.959
29.249
29.546
29.845
30.141
30.428
30.700
30.950
31.172
31.360
31.507
31.608
175
203
226
248
267
281
290
297
299
296
287
272
250
222
188
147
101
Declina-
tion.
18 Monocerotis.
Mag. 4.7
Right
Ascension.
-16 35
ft
243
58.06
60.49
62.74 ^
202
174
146
113
81
48
64.76
66.50
67.96
69.09
69.90
70.38
70.53 —
17
70.36
69.90
69.12
68.08
66.77
65.25
63.54
61.69
59.74
57.75
55.79
53.91
52.20
50.71
49.51
48.65
48.18
48.14 —
48.55 ^^
85
129
46
78
104
131
152
171
185
195
199
196
188
171
149
120
86
47
49.40
50.69
52.35
54.36
56.63
59.08
61.64
64.22
66.73
166
201
227
245
256
258
251
26.790
1.044
60.58
-0.298
h
6
m
43
8
31.036
31.135
31.185
31.187
31.142
31.055
30.934
30.787
30.623
30.454
30.290
30.138
30.009
29.908
29.841
29.811
29.818
29.863
29.946
30.065
30.216
30.396
30.604
30.833
31.082
31.349
31 .628
31.918
32.214
32.514
32.812
33.105
33.387
33.650
33.889
34.095
34.264
34.388
99
50
2
45
87
121
147
164
169
164
162
129
101
67
30
7
46
83
119
151
180
208
229
249
207
279
290
296
300
298
293
282
263
239
206
169
124
Declina-
tion.
48 Camelop.
Mag. 5.1
+ 2 30
//
20.89
19.53
18.31
17.26
16.38
15.69
15.16
14.81
14.62
14.58
14.68
14:94
15.32
15.84
16.50
17.27
18.14
19.09
20.10
21.15
22.19
23.19
24.09
24.86
25.46
136
122
105
88
09
53
36
19
4
10
26
38
52
66
77
87
96
101
106
104
100
90
77
60
39
25.85
25.99 —
25.86 ^^
25.46 ^
24.77 ^
92
23.85
22.68
21.34
19.86
18.31
16.74
15.21
13.76
117
134
148
156
157
163
146
28.835
1.001
18.00
+0.044
Ri^t
Asoenakn.
h m
6 44
8
45.05
45.25
45.32
45.26
45.07
44.78
44.40
43.95
43.45
42.93
42.42
41.94
41.51
41.15
40.88
20
7
6
19
29
38
45
50
52
51
48
43
36
27
16
40.72 .
40.65 -'
40.68 ^
15
24
35
40.83
41.07
41.42
41.85
42.36
42.94
43.58
44.27
45.00
45.76
46.54
47.32
48.09
48.84
49.56
50.21
50.78
51.28
51.66
51.93
43
51
58
64
69
73
76
78
78
n
76
72
65
67
60
88
27
tion.
+«8 49
19.03
21.52
24.03
26.46
28.72
20
2»
23e
I9S
30.70 ,^
32.32
33.52 .^
34.26 ^
34.50 —
n
m
151
m
23D
339
£2
259
2SS
2S3
34.25
33.52
32.34
30.75
28.84
26.64
24.25
21.73
19.14
16.56
14.04
11.64
9.40
7.37
5.62
4.13
2.94
2.10
1.61 ,^
1.50 —
1.76
2.41
3.44
4.83
6.56
8.59
10.85
13.28
240
203
175
lit
119
S4
49
6S
lOS
139
173
70
231
213
39.362
2.789
16.09
+2.603
D^a, Dm a
+0.09
-0.1
+0.01
+1.0
+0.05
-0.1
0.00
+1.0
+0.06
-0.1
0.00
+1.0
+0.13
-0.1
+0.03
+1.0
APPARENT PLACES OF STARS, 1916,
375
FOR THE UPPER TRANSIT AT WASHINGTON.
Washlnffton
Mean Time.
Jan. 0.5
10.5
20.5
30.4
Feb. 9.4
19.4
29.3
Mar. 10.3
20.3
30.3
Apr. 9.2
19.2
29.2
May 9.2
19.1
29.1
June 8.1
18.0
28.0
July 8.0
18.0
27.9
Aug. 6.9
16.9
26.9
Sept. 5.8
15.8
25.8
Oct. 5.7
15.7
25.7
Nov. 4.7
14.6
24.6
Dec. 4.6
14.6
24.5
34.5
e Qemlnorom.
Mag. 3.6
Ascension.
h m
6 47
8
18.032
18.164
18.236
132
72
13
18.249 —
18.206 ^^
06
18.111
17.972
17.801
17.609
17.409
17.212
17.032
16.877
16.757
16.677
16.641
16.651
16.708
16.810
16.956
17.140
17.361
17.613
17.893
18.197
18.519
18.858
19.210
19.570
19.934
20.298
20.656
21.001
21.326
21.621
21.880
22.093
22.255
130
171
102
200
107
180
155
120
80
36
10
57
102
146
184
221
252
280
304
322
330
352
360
364
364
358
345
325
205
250
213
162
Declina-
tion.
+34 3
tt
51.60
52.19
52.87
53.61
54.35
55.04
55.66
56.15
56.49
56.65
56.64
56.44
56.09
55.59
54.98
54.27
53.51
52.71
51.90
51.09
50.31
49.55
48.82
48.14
47.48
46.85
46.25
45.68
45.16
44.68
44.28
43.96
43.77
50
68
74
74
60
62
40
34
16
1
20
35
50
61
71
76
80
81
81
78
76
73
68
66
63
60
57
52
48
40
32
10
8
a Piotorit.
Mag. 3.3
Right
Asoenskm.
43.69 -
43.76 ^
21
43.97
44.34
44.85
37
51
h
6
m
47
0
11
10
27
34
90
44
47
48
47
46
43
38
33
27
20
12
8
22.77
22.77
22.66
22.47
22.20
21.86
21.47
21.03
20.56
20.08
19.61
19.15
18.72
18.34
18.01
17.74
17.54
17.42
17.37 -
17.40 ^
10
17.50
17.67
17.92
18.24
18.61
19.04
19.50
20.00
20.50
21.01
21.51
21.99
22.42
22.78
23.09
23.31
23.45
23.61
17
25
32
37
43
46
50
50
51
50
48
43
36
31
22
14
6
Declina-
tion.
-61 50
//
59.51
63.23
66.78
70.08
73.02
872
355
330
204
254
75.56^
7^-20 X05
80.25 gj
80.76 —
3
80.73
80.19
79.12
77.58
75.61
73.24
70.54
67.57
64.44
61.20
57.97
54.82
51.89
49.25
47.00
54
107
154
107
237
270
207
313
324
323
315
203
264
225
176
^5-24 ,22
43.42 —
43.47 ^
44.18 ^^
137
45.55
100
253
301
836
363
376
378
T AlgUt.
Mag. 2.8
Ri^t
Aaoension.
47.54
50.07
53.08
56.44
60.07
68.83
67.61
h m
6 47
8
53.539 32
53.571 —
53.532 **
53.427 *^
53.259 ^^
223
53.036
62.767
52.464
52.140
51.807
51.476
51.162
50.871
50.616
50.403
260
303
824
333
331
314
201
255
213
165
50.238 JJ2
50.126 ^
50.068 —
50.069 ^
55
111
50.124
50.235
50.400
50.616
50.877
51.179
51.516
51.881
52.267
52.665
53.064
53.458
53.835
54.183
54.494
54.756
54.962
55.104
55.180
165
216
261
302
337
365
386
308
300
304
377
348
311
262
206
142
76
Declina-
tion.
-50 30
//
47.87
51.47
54.88
58.04
60.87
63.28
65.24
66.72
67.69 ,^
46
68.15 —
6
68.09
67.63
66.48
64.98
63.07
860
841
816
283
241
106
148
07
56
105
150
101
220
260
284
302
308
310
208
280
240
211
165
34.11 ^^^
33.00 ^2
32.48 —
32.60 "
33.35 ^*
130
34.74
60.78
58.18
55.34
52.32
49.24
46.14
43.16
40.36
37.87
35.76
15 Lyncit.
Mag. 4.5
36.71
39.21
42.17
45.46
49.00
52.66
56.32
107
250
206
320
854
366
366
Rij^t
Ajoension.
h m
6 50
8
4.714 ,„
4.886^2
4.968 —
4.959 •
4.863 ^
175
4.688
4.446
4.154
3.829
3.490
3.153
2.840
2.562
2.335
2.168
242
202
325
330
337
313
278
227
167
08
2.070
2.042 —
2.088 ^*
2.205 *^^
2.392 ^*^
251
2.643
311
365
412
453
486
2.954
3.319
3.731
4.184
4.670
5.185
5.720
6.267
6.821
7.372
7.910
8.426
8.907
9.341
9.715
10.018
10.239
515
535
547
554
551
538
516
481
434
374
303
221
Declina-
tion.
+58 31
tt
65.86
67.84
69.87
71.88
73.76
75.45
76.86
77.94
78.63
78.91 —
13
78.78
78.25
77.34
76.09
74.55
106
203
201
188
160
141
108
60
72.78
70.83
68.77
66.63
64.49
62.41
60.39
58.50
56.76
55.22
53.87
52.77
51.91
61.33
61.03
51.03
51.34
51.97
52.91
54.15
55.65
57.39
59.29
53
01
125
154
177
105
206
214
214
208
202
180
174
154
135
no
86
58
30
0
31
63
04
124
150
174
100
Mean Place
Sec d. Tan d
15.287
1.207
49.17
+0.676
19.858
2.119
64.03
-1.869
51.096
1.572
52.06
-1.214
0.597
1.916
63.62
+1.634
+0.08
-0.1
+0.01
+1.0
+0.01
-0.1
-0.03
+1.0
+0.03
-0.1
-0.02
+1.0
+0.10
-0.1
+0.03
+1.0
APPARENT PLACES OF STARS, 1916.
377
FOR THE UPPER TRANSIT AT WASHINGTON.
Waahlni
[nffton
Jan. 0.5
10.6
20.5
30.4
Feb. 9.4
19.4
29.4
Mar. 10.3
20.3
30.3
Apr. 9.2
19.2
29.2
May 9.2
19.1
29.1
June 8.1
18.1
28.0
July 8.0
18.0
27.9
Aug. 6.9
16.9
26.9
Sept. 5.8
15.8
25.8
Oct. 5.8
15.7
25.7
Nov. 4.7
14.6
24.6
Dec. 4.6
14.6
24.5
34.5
Mean Place
Sec a, Tan 9
Df a, D«a
Y Canit Majorit.
Mag. 4.1
ABoensjoa.
h
6
m
59
8
59.609
59.708
09
40
59.757 —
59.755 ^
59.707 *®
02
59.615
59.487
59.330
59.156
58.973
58.791
58.621
58.469
58.343
58.247
58.187
58.164
58.177
58.229
58.317
58.440
58.595
58.779
58.990
59.224
59.479
59.751
60.036
60.332
60.633
60.935
61.233
61.520
61.788
62.031
62.241
62.412
62.538
128
157
174
183
182
170
152
126
06
60
23
13
52
S8
123
155
184
211
234
255
272
285
206
301
302
296
287
268
243
210
171
126
Decline-
tiOQ.
-15 30
tt
26.97
29.38
31.63
33.67
35.46
36.96
38.16
39.05
39.63 25
39.88 —
5
39.83
241
225
204
170
150
120
80
58
36
65
02
118
140
39.47
38.82
37.90
36.72
35.32
33.71
31.96
30.10
28.18
26.26
24.41
22.70
21.18
19.93
18.99
18.44 ^^
18.30 —
18.59 ^
19.32 ^^
116
20.48
161
175
186
102
102
185
171
152
125
04
55
22.03
23.91
26.08
28.44
30.93
33.45
35.94
155
188
217
236
240
252
240
57.505
1.038
30.09
-0.277
+0.05
-0.1
0.00
+1.0
<^ Cania Majoris.
Mag.'2.0
Right
Aaoension.
h
7
m
4
8
60.601
60.694
03
41
60.735 —
60.723 *^
60.660 ^
107
60.553
145
176
105
205
205
105
176
151
110
83
47
6
60.408
60.232
60.037
59.832
59.627
59.432
59.256
59.105
58.986
58.903
58.856
58.860 —
58.884 ^*
58.956 '^'^
111
59.067
145
179
207
235
260
59.212
59.391
59.598
59.833
60.093
60.373
60.668
60.977
61.291
61.606
61.916
62.213
62.491
62.740
62.953
63.125
63.248
280
295
309
314
315
310
297
278
249
213
172
123
Declina-
tion.
-26 15
tt
29.12
32.04
34.80
37.34
39.59
41.54
43.12
44.31
45.12
45.54
45.58
45.22
44.48
43.40
42.00
40.31
38.37
36.22
33.94
31.58
29.21
26.91
24.76
22.83
21.21
19.96
19.14
18.80
18.97
19.65
20.86
22.53
24.63
27.09
29.82
32.72
35.71
38.69
292
276
254
225
195
158
119
81
42
4
36
74
108
140
169
194
215
228
236
237
230
215
193
162
125
82
34
17
68
121
167
210
246
273
290
299
298
58.493
1.115
32.77
-0.493
+0.05
-0.1
-0.01
+1.0
68 AaxigK.
Mag. 5.1
Ri«ht
Aaoension.
h
7
m
5
8
55.789
55.949
56.045
160
96
34
56.079 —
56.060 ^
87
55.963
136
175
200
214
213
201
177
146
105
60
13
36
84
130
173
55.827
55.652
55.452
55.238
55.025
54.824
54.647
54.501
54.396
54.336
54.323
54.359
54.443
54.573
54.746
54.958
55.206
55.485
65.793
56.123
56.475
66.844
57.224
57.612
58.004
58.392
58.770
59.128
59.459
59.752
59.998
60.192
212
248
279
308
330
352
369
380
388
392
388
378
358
331
293
246
194
Dedin*.
tion.
+39 27
II
32.22
33.10
34.08
35.12
36.18
88
98
104
106
102
37.20
38.11
38.86
39.42
39.76
39.87
39.73
39.38
38.82
38.08
37.19
36.19
35.10
33.96
32.80
31.63
30.47
29.35
28.27
27.24
26.26
25.35
24.52
23.79
23.15
22.64
22.27
22.08
22.07 —
22.26 ^*
39
22.65
23.24
24.01
91
75
66
34
11
14
35
56
74
89
100
109
114
116
117
116
112
108
103
98
91
83
73
64
51
37
19
59
77
52.857
1.295
31.38
+0.823
+0.08
-0.1
+0.02
+1.0
61 Oeminomm.
Mag. 5.3
Right
Aneosion.
h m
7 8
8
35.321
35.456
35.540
135
84
33
35.573 —
35.555 "
65
35.490
35.385
35.250
35.093
34.924
34.757
34.599
34.460
34.347
34.267
34.222
105
135
157
160
167
158
139
113
80
45
34.215 —
34.247 ^^
34.318 ^^
34.424 ^^
140
34.564
34.736
34.937
35.162
35.409
35.677
35.960
36.258
36.567
36.883
37.203
37.521
37.830
38.126
38.401
38.644
38.850
39.010
172
201
225
217
268
283
298
309
316
320
318
309
296
275
243
206
160
Declina-
tion.
+16 18
II
10.37
9.77
9.31
8.99
8.81
8.73
8.73
8.79
8.88
8.99
9.11
9.24
9.36
9.48
9.60
9.74
9.89
10.05
10.22
10.40
10.57
10.71
10.80
10.83 —
10.76 ^
18
10.58
10.27
9.82
9.23
8.50
7.66
6.72
5.73
4.72
3.74
2.81
2.00
1.31
60
46
32
18
8
0
6
0
11
12
13
12
12
12
14
15
16
17
18
17
14
0
31
45
59
73
84
94
99
101
98
93
81
69
32.969
1.042
8.93
+0.292
+0.08
-0.1
+0.01
+1.0
1
378
APPARENT PLACES OF STARS, 1916.
FOR THE UPPER TRANSIT AT WASHINGTON.
Washtoeton
MeanT&ne.
Jan. 0.5
10.6
20.6
30.4
Feb. 9.4
19.4
29.4
Mar. 10.3
20.3
30.3
Apr. 9.3
19.2
29.2
May 9.2
19.1
29.1
June 8.1
18.1
28.0
July 8.0
18.0
28.0
Aug. 6.9
16.9
26.9
Sept. 5.8
15.8
25.8
Oct. 5.8
15.7
25.7
Nov. 4.7
14.7
24.6
Dec. 4.6
14.6
24.5
34.5
y^ Volantis.
Mag. 3.9
Right
ABoensioQ.
h
7
8
31.36
31.36
31.23
30.97
30.60
30.14
29.59
28.97
28.31
27.63
26.94
26.26
25.61
25.01
24.47
24.01
23.64
23.36
23.18
m
9
0
13
26
87
46
55
62
66
68
60
68
65
60
54
46
37
28
18
8
23.10 -
4
23.14
23.29
23.54
23.89
24.34
24.86
25.46
26.11
26.79
27.48
28.16
28.82
29 42
29.94
30.38
30.70
30.91
30.99
15
25
35
45
52
60
65
68
60
68
66
60
52
44
32
21
8
DecUna*
tion.
-70 21
//
39.81
43.62
47.32
50.84
54.05
56.89
59.32
61.26
62.71
63.60
63.98
63.82
63.14
61.94
60.28
58.19
55.73
52.96
49.95
46.78
43.56
40.39
37.35
34.54
32.09
381
370
352
321
284
243
104
145
80
38
16
68
120
166
200
246
277
301
317
322
X Gemlnorom.
Mag. 3.6
317
304
281
245
200
30.09
150
28.59
27.68 ^
27.41 —
27.80 ^*
108
28.88
170
228
281
323
355
374
383
30.58
32.86
35.67
38.90
42.45
46.19
50.02
Right
ABoension.
h m
7 13
8
18.378
18.518
18.607
140
80
37
18.644 —
18.630 "
61
18.569
18.466
18.333
18.177
18.009
17.842
17.683
17.542
17.427
17.344
103
133
156
168
167
150
141
115
83
48
17.296 ^^
17,286 —
17.314 ^
17.379 ^
17.481 *^
136
17.617
17.785
17.981
18.203
18.447
18.712
18.994
19.290
19.599
19.916
20.236
20.557
20.870
21.169
21.447
21.695
21.906
22.073
168
106
222
244
265
282
206
300
317
320
321
313
200
278
248
211
167
Declina-
tion.
+16 41
tt
35.31
34.72
34.28
33.98
33.82
33.76
33.78
33.86
33.97
34.10
34.23
34.36
34.48
34.60
34.71
34.83
34.97
35.10
35.25
35.39
35.52
35.63
35.68 —
35.67 ^
50
44
30
16
6
2
8
11
13
13
13
12
12
11
12
14
13
15
14
13
11
TT AlfUt.
Mag. 2.7
Right
Aaoension.
35.56
35.33
34.98
34.50
33.88
33.11
32.24
31.28
30.28
29.26
28.27
27.35
26.54
25.86
11
23
35
48
62
77
87
06
100
102
00
02
81
68
h
7
m
14
8
12.721
12.813
02
35
12.848 —
12.824 ^
12.745 ^®
120
12.616
12.445
12.240
12.014
11.774
11.532
11.299
11.085
10.894
10.737
10.616
10.536
10.497
10.502
10.550
10.641
10.774
10.946
11.154
11.393
11.664
11.960
12.276
12.607
12.947
13.289
13.626
13.948
14.247
14.514
14.741
14.921
15.048
171
205
226
240
242
233
214
101
157
121
80
30
5
48
01
133
172
208
230
271
206
316
331
340
312
337
322
200
267
227
180
127
Declina-
tion.
-36 56
n
42.14
45.47
48.68
51.66
54.36
56.72
58.67
60.21
61.30
61.94
62.12
61.86
61.15
60.03
58.52
56.68
54.52
52.13
49.53
46.84
44.12
41.45
38.94
36.65
34.68
833
321
208
270
236
105
154
100
64
18
26
71
112
151
184
216
230
260
260
272
267
251
220
107
157
^•11 110
32.01 ^^
31.44 —
31.45 ^
32.02 *'
116
33.18
171
221
263
208
321
335
338
34.89
37.10
39.73
42.71
45.92
49.27
52.65
d Oeminomm.
Mag. 3.5
Right
AncerBJon.
h m
7 15
8
8.951
148
9.099
9.193
9.234 —
9.222 ^^
61
9.161
9.057
8.921
8.760
8.587
8.414
8.250
8.104
7.985
7.898
104
136
161
173
173
164
146
no
87
52
7.846 ,,
7.834 —
7.862 ^
7.929 •^
8.034 '^
130
8.173
172
203
227
253
273
DecUxtt*
tkn.
8.345
8.548
8.775
9.028
9.301
9.591
9.898
10.217
10.544
10.876
11.208
11.532
11.842
12.132
12.390
12.611
12.786
200
307
310
327
332
332
324
310
200
258
221
176
+22 S
**
17.60 ^
17.36
11
17.25 —
17.28 ^
17.42
17.63
17.89
18.16
18.40
18.61
18.77 ,
18.86 3
18.89 -
18.87 \
18.80
14
21
r
24
31
16
18.69
18.56
18.40
18.24
18.06
17.86
17.65
17.39
17.09
16.73
16.29
15.77
15.17
14.47
13.70
12.88
12.03
11.17
10.37
9.64
9.01
8.51
8.16
11
u
i(
le
I*
ao
21
»
30
36
44
52
m
82
&5
m
»
S5
Mean Place
Sec a, Tan ^
27.782
2.975
45.79
-2.803
16.021
1.044
34.15
+0.300
10.561
1.251
46.56
-0.752
6.499
1.080
16.82
+0,407
D^a, Dm a
-0.01
-0.1
-0.06
+1.0
+0.07
-0.1
+0.01
+0.9
+0.04
-0.1
-0.02
+0.9
+0.07
-0.1
+0.01
+0.9
APPARENT PLACES OF STARS, 1916.
379
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
fi Volantls.
Mag. 4.0
Right
Aaoeosion.
Jan. 0.5
10.5
20.5
30.4
Feb. 9.4
19.4
29.4
Mar. 10.3
20.3
30.3
Apr. 9.3
19.2
29.2
May 9.2
19.1
29.1
June 8.1
18.1
28.0
July 8.0
18.0
28.0
Aug. 6.9
16.9
26.9
Sept. 5.8
15.8
25.8
Oct. 5.8
15.7
25.7
Nov. 4.7
14.7
24.6
Dec. 4.6
14.6
24.5
34.5
Mean Place
Sec d, Tan d
h m
7 16
8
56.23
56.27
56.18
55.99
55.69
55.30
54.84
54.30
53.73
53.14
52.54
51.94
51.37
50.84
50.38
49.97
49.63
49.38
49.23
49.16
49.19
49.32
49.54
49.84
50.24
50.70
51.23
51.81
52.42
53.04
53.67
54.27
54.83
55.32
55.73
56.05
56.27
56.38
4
9
19
30
39
46
54
67
59
60
60
57
53
46
41
34
25
15
7
3
13
22
30
40
46
53
58
61
62
63
60
56
49
41
32
22
11
Declina-
tion.
-67 47
n
66.48
70.32
74.07
77.63
80.90
83.83
86.33
88.37
89.90
90.91
91.38
91.31
90.72
89.62
88.05
86.03
83.64
80.92
77.94
74.82
71.61
68.43
65.38
62.55
60.06
384
375
356
327
293
250
204
153
101
47
59
110
157
202
t Oeminonim.
Mag. 3.9
239
272
298
312
321
318
305
283
249
207
57.^ 155
56.44
55.47 3^
55.13 —
55.45 ^^
99
56.44
163
223
276
321
353
375
384
58.07
60.30
63.06
66.27
69.80
73.55
77.39
Right
A«3ension.
h
7
m
20
33*282 ^^
33.442 ^^
33.547
33.594 —
33.587 ^
60
52.978
2.647
72.73
-2.451
33.527
33.422
33.282
33.115
32.935
32.752
32.578
32.423
32.294
32.197
105
140
167
180
183
174
155
129
97
58
32.139
32.120 —
32.143 ^
32.206 ^
32.309 ^^
140
32.449
32.624
32.830
33.063
33.323
33.605
33.907
34.225
34.556
34.898
35.245
35.593
35.935
36.262
36.568
36.842
37.078
37.267
175
206
233
260
282
302
318
331
342
347
348
342
327
306
274
236
189
Declina-
tion.
+27 57
//
57.92
58.01
58.27
58.64
59.10
59.61
60.12
60.60
61.01
61.33
61.52
61.59
61.54
61.38
61.11
60.76
60.35
59.88
59.37
58.84
58.28
57.70
57.10
56.47
55.82
55.12
54.38
53.62
52.82
52.01
51.20
50.43
49.72
49.11
48.61
48.26
48.09
48.08
9
26
37
46
51
51
48
41
82
19
7
5
16
27
35
41
47
51
53
56
58
60
63
65
70
74
76
80
81
81
77
71
61
50
35
17
1
30.708
1.133
57.79
+0.531
V Canis Kajorls.
Mag. 2.4
Right
Ascension.
h -m
7 20
48*490 ^^
48.598 ^
48.653 —
48.652 ^
52
100
48.600
48.500
48.360
48.187
47.992
47.783
47.573
47.369
47.181
47.016
46.880
46.779
46.716
140
173
195
209
210
204
188
165
136
101
63
25
46.691 —
46.705 ^*
46.758 ^
91
46.849
129
164
197
225
253
275
295
311
819
824
321
309
292
265
229
189
139
46.978
47.142
47.339
47.564
47.817
48.092
48.387
48.698
49.017
49.341
49.662
49.971
50.263
50.528
50.757
50.946
51.085
Declina-
tion.
-29 8
n
14.70
17.76
20.71
23.45
25.92
28.06
29.84
31.25
32.25
32.84
33.02
32.79
32.18
31.19
29.86
28.21
26.29
24.14
21.84
19.43
16.99
14.60
12.34
10.31
8.55
7.15
5.72 —
5.78 ®
6.36 ^
112
7.48
306
296
274
247
214
178
141
100
59
18
23
61
99
133
165
192
215
230
241
244
239
226
203
176
140
96
9.10
11.18
13.65
16.43
19.42
22.53
25.65
162
208
247
278
299
311
312
46.397
1.146
18.70
-0.557
Oroombridge 1308.
Mag. 5.8
Right
Ascension.
h m
7 22
8
14.89
15.18
15.34
15.37
15.28
15.07
14.75
14.35
13.90
13.40
12.89
12.40
11.94
11.54
11.22
10.97
10.82
10.76
10.80
10.96
11.20
11.53
11.94
12.44
13.00
13.62
14.29
16.00
15.74
16.50
17.27
18.04
18.77
19.47
20.11
20.68
21.14
21.50
29
16
3
9
21
32
40
45
50
51
49
46
40
82
25
15
6
4
16
24
33
41
50
56
62
67
71
74
76
77
77
73
70
64
57
46
36
Declina-
tion.
+68 38
tf
18.75
21.11
23.59
26.09
28.51
30.73
32.70
34.29
35.46
36.17
36.38
36.10
35.34
34.14
32.54
30.61
28.39
25.97
23.39
20.73
18.06
15.42
12.89
10.49
8.28
6.30
4.59
8.17
2.10
1.38
1.05
1.12
1.59
2.49
3.79
5.45
7.42
9.66
236
248
260
242
222
197
159
117
71
21
28
76
120
160
193
222
242
258
266
267
264
253
240
221
196
171
142
107
72
83
7
47
90
130
166
197
224
9.238
2.746
19.97
+2.556
D^a, Dm a
D^ e, Dm d
0,00
-0.1
-0.06
+0.9
+0.07
-0.1
+0.01
+0.9
+0.05
-0.1
-0.01
+0.9
+0.13
-0.1
+0.06
+0.9
APPARENT PLACES OF STARS, 1916.
381
FOR THE UPPER TRANSIT AT WASHINGTON.
Washineton
HeanTtane.
Jan. 0.5
10.5
20.5
30.5
Feb. 9.4
19.4
29.4
Mar. 10.4
20.3
30.3
Apr. 9.3
19.2
29.2
May 9.2
19.2
29.1
June 8.1
18.1
28.1
July 8.0
18.0
28.0
Aug. 6.9
16.9
26.9
Sept. 5.9
15.8
€5.8
Oct. 5.8
15.8
25.7
Nov. 4.7
14.7
24.6
Dec. 4.6
14.6
24.6
34.5
26 Monocerotis.
Mag. 5.2
Right
Ascension.
h m
7 33
8
8.192
8.333
8.425
8.468
8.461
8.409
8.317
8.192
8.045
7.884
7.719
7.559
7.413
7.289
7.191
7.124
7.090
141
92
43
7
A2
92
125
147
161
165
160
146
124
98
67
34
1
7.089 —
7.124 ^
7.192
7.292
7.424
7.585
7.771
7.983
8.216
8.470
8.741
9.027
9.323
9.628
9.933
10.233
10.523
10.793
11.037
11.245
11.412
68
100
132
161
186
212
233
254
ri
286
296
305
305
300
290
270
244
208
167
Declina.
tion.
- 3 55
tt
19.23
21.12
22.86
24.41
25.76
26.87
27.76
28.40
28.84
29.04
29.05
28.84
28.46
27.90
27.17
26.29
25.27
24.15
22.94
21.70
189
174
155
135
111
a Cauls Minozts.
(Proofon.)
Mag. 0.5
Right
Ascension.
89
64
44
20
1
21
38
56
73
88
102
112
121
124
125
20.45
19.27
18.16
17.19
16.44
118
111
97
75
53
15.91
15.67 -"
15.74
16.14
16.89
24
7
40
75
107
17.96
19.32
20.94
22.76
24.72
26.74
28.77
30.73
136
162
182
196
202
203
196
h m
7 34
56^463 ^^^
56.609
56.706 ,.
^ 46
56.752 —
56.749 '
49
56.700
56.609
56.486
56.341
56.181
56.018
55.861
55.718
55.598
55.504
91
123
145
160
163
157
143
120
94
61
55.443
55.415 —
55.423 ®
55.464
55.541
55.650
55.789
55.957
56.150
56.368
56.606
56.865
57.139
57.428
57.727
58.035
58.343
58.647
58.940
59.215
59.462
59.675
59.846
41
77
109
139
168
193
218
238
259
r4
289
299
308
308
304
293
275
247
213
171
Declina-
tion.
-f 5 26
tt
28.21
26.84
25.64
24.61
23.76
137
120
103
85
65
47
32
15
4
23.11
22.64
22.32
22.17
22.13 —
8
22.21
22.40
22.69
23.07
23.53
19
29
38
46
53
24.06
24.67
25.33
26.02
26.72
27.41
28.04
28.60
29.04
29.32
29.42
29.30
28.94
28.33
27.48
26.39
25.10
23.65
22.09
20.47
18.85
17.29
15.83
61
66
69
70
69
63
56
44
28
10
12
36
61
85
109
129
145
156
162
162
156
146
84 Lyncis.
Mag. 5.0
Ril^t
Ascension.
h
7
m
35
8
58.630 .„
855
58.885
59.050
59.121 —
59.099 ^
108
58.991
58.804
58.553
58.255
57.928
57.588
57.254
56.944
56.671
56.447
187
251
296
827
840
334
310
273
224
167
56.280
56.178
56.144 —
56.177 ^
56.280 ^^
169
56.449
56.681
56.971
57.314
57.706
58.141
58.613
59.118
59.649
60.198
60.758
61.318
61.870
62.397
62.889
63.331
63.708
64.011
232
290
343
392
435
472
505
531
549
560
560
552
627
492
442
377
303
Declina-
tion.
+58 54
27.14
28.97
30.97
33.05
35.12
37.09
38.88
40.39
41.57
42.37
42.76
42.74
42.30
41.46
40.27
38.78
37.01
35.03
32.89
30.66
28.37
26.09
23.83
21.66
19.62
17.72
16.02
14.53
13.29
12.32
183
200
208
207
197
179
151
118
80
39
2
44
84
119
149
177
198
214
223
229
228
226
217
204
190
170
149
124
97
65
11.67 3^
11.35 —
11.36 ^
11.75 ^
12.50 ^^
111
13.61
15.02
16.72
111
170
fc Geminomm.
Mag. 3.7
Right
Ascension.
h
7
m
39
s
25.224
25.400
25.522
25.589
176
122
67
25.601 —
40
25.561
25.474
25.349
25.198
25.028
24.854
24.686
24.531
24.398
24.295
87
125
151
170
174
168
155
138
108
69
24.226
24.194 —
24.200 •
24.243 ^
24.325 **
117
24.442
24.593
24.775
24.985
25.221
25.482
25.763
26.064
26.381
26.710
27.049
27.391
27.730
28.060
28.369
28.653
28.900
29.103
151
182
210
236
261
281
301
317
329
339
342
339
330
309
284
247
203
Declina-
tion.
+24 35
ft
19
60.23
60.04
60.03 —
60.18 **
28
86
60.46
60.82
61.24
61.67
62.08
62.43
62.71
62.89
62.98
62.98
62.89
62.73
62.49
62.20
61.87
61.50
61.09
60.63
60.13
59.58
58.96
58.26
57.50
56.67
55.77
54.81
53.83
52.83
51.87
50.98
50.20
49.56
49.08
48.77
42
48
41
85
28
18
9
0
9
16
24
29
83
87
41
46
50
55
62
70
76
83
90
96
98
100
96
89
78
64
48
81
Mean Place
Sec d, Tan d
6.082
1.002
21.06
-0.069
54.334
1.005
27.47
+0.095
54.485
1.936
29.69
+1.657
22.749
1.100
61.18
+0.458
D^ a, Dm a
D# a, Dm d
+0.06
-0.2
0.00
+0.9
+0.06
-0.2
0.00
+0.9
+0.10
-0.2
+0.04
+0.9
+0.07
-0.2
+0.01
+0.9
382
APPARENT PLACES OF STARS, 1916.
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
Jan. 0.5
10.5
20.5
30.5
Feb. 9.4
19.4
29.4
Mar. 10.4
20.3
30.3
Apr. 9.3
19.2
29.2
May 9.2
19.2
29.1
June 8.1
18.1
28.1
July 8.0
18.0
28.0
Aug. 6.9
16.9
26.9
Sept. 5.9
15.8
25.8
Oct. 5.8
15.8
26.7
Nov. 4.7
14.7
24.6
Dec. 4.6
14.6
24.6
34.5
P Qeminorum.
(PoWtix.)
Mag. 1.2
Right
Asoensitm.
Mean Place
Sec d, Tan 9
D^ a, D«rt a
h m
7 40
s
13.251
13.431
13.556
13.625
13.636
13.593
13.503
13.374
13.215
13.040
12.858
12.681
12.520
12.380
12.272
180
125
69
11
43
90
129
159
175
182
177
161
140
108
74
12.198
12.161 —
12.163 ^
12.206
12.288
12.406
12.559
12.744
12.959
13.200
13.467
13.755
14.063
14.388
14.726
15.072
15.423
15.772
16.110
16.429
16.719
16.972
17.180
43
82
118
153
185
215
241
267
288
308
325
338
346
351
349
338
319
290
253
208
Declina-
tion.
+28 13
//
46.88
46.91
47.14
47.50
47.98
48.54
49.13
49.70
50.21
50.64
50.95
51.12
51.17 —
51.09 ^
20
30
3
28
36
48
56
59
57
51
43
31
17
50.89
50.59
50.19
49.72
49.19
48.61
47.97
47.30
46.58
45.83
45.04
44.20
43.31
42.38
41.42
40.44
39.47
38.53
37.66
36.90
36.27
35.81
35.54
35.45
40
47
53
58
64
67
72
75
79
84
89
93
96
98
97
94
87
76
63
46
27
9
10.693
1.135
48.17
+0.537
+0.07
-0.2
+0.02
+0.9
4 Pnppis.
Mag. 5.1
Right
Ascension.
h m
7 42
s
6.843
6.985
7.077
142
92
7.119 J?
7.111
7.056
6.961
6.832
6.678
6.509
6.336
6.167
6.009
5.871
5.758
5.676
5.623
5.605
5.622
5.673
5.757
5.873
6.020
6.196
6.398
6.625
6.873
7.141
7.429
7.728
8.035
8.344
8.650
8.945
9.219
9.466
9.678
9.846
8
65
95
129
154
109
173
169
158
138
113
83
52
18
17
51
84
116
147
176
202
227
248
268
288
299
307
309
306
295
274
247
212
168
Declina-
tion.
-14 21
n
29.26
31.73
34.06
36.20
38.11
39.77
41.14
42.20
42.97
43.44
43.59
43.46
43.04
42.37
41.45
40.30
38.95
37.42
35.77
34.06
32.31
30.60
28.99
27.53
26.31
247
233
214
191
166
137
106
77
47
15
13
42
67
92
115
135
153
165
171
175
171
161
146
122
93
25-38 ^^
24.79^
24.59 —
24.79 **
25.42 ^
106
26.48
27.93
29.73
31.84
34.16
36.64
39.18
41.71
145
180
211
232
248
254
253
4.799
1.032
31.95
-0.256
+0.05
-0.2
-0.01
+0.9
^ Ar^as.
Mag. 3.5
Right
Ascension.
h m
7 45
140
88
34
18
67
109
143
171
186
192
190
178
158
135
105
71
37
47.715
47.855
47.943
47.977
47.959
47.892
47.783
47.640
47.469
47.283
47.091
46.901
46.723
46.565
46.430
46.325
46.254
46.217
46.215 —
46.251 ^
72
46.323
46.429
46.568
46.741
46.943
47.171
47.426
47.702
47.998
48.308
48.626
48.947
49.263
49.565
49.847
50.098
50.312
50.479
106
139
173
202
228
255
276
296
310
318
321
316
302
282
261
214
167
Declina-
tion.
-24 38
It
296
284
266
241
213
49.83
52.79
55.63
58.29
60.70
62.83
64.64
66.09
67.17
67.87
68.20
68.17
67.77
67.01
65.93
64.57
62.93
61.08
59.04
56.91
54.73
52.56
50.50
48.60
46.96
45.64
44.70
44.22
44.21 —
44.71 ^
100
45.71
181
145
106
70
J»
8
40
76
108
136
164
185
204
213
218
217
206
190
164
132
94
48
1
^ Oeminomm.
Mag. 5.0
47.19
49.11
51.41
54.02
56.84
59.79
62.77
148
192
230
261
282
295
298
45.688
1.100
53.64
-0.469
Right
Ascension.
h m
7 48
8
24.075
24.263
24.396
24.473
188
133
77
24.494 ii
33
24.461
24.380
24.259
24.109
23.941
23.766
23.593
23.432
23.293
23.183
23.106
23.064
23.060
23.095
23.169
81
121
150
168
175
173
161
139
110
77
42
4
35
74
109
+0.05
-0.2
-0.01
+0.9
23.278
23.420 ^^^
23.595 ^^*
23.801 *^
24.035
234
360
24.296
24.576 ^*
24.876 ^^
26.194 *^®
25.528 ^*
340
25.874
26.224^^
26.571 ^^
26.909^®*
27.230 ^^^
290
27.526
27.785 ^'^
27.999 ^^^
21.559
1.122
+0,07
-0.2
Decitna-
tion.
-+26 58
»*
61.52
01.46-1
61.57 ^
61.85 38
62.26
41
51
62.77
63.32
63.87
64.38
64.82
65.17 ^
65.40 „
65.51 —
65.50 *
55
55
51
44
65.37
65.13
64.81
64.43
63.95
63.42
62.86
62.23
61.55
60.82
60.04
59.19
58.27
57.32
56.32
55.27
54.23
53.20
52.23
51.36
50.61
50.04
49.66
49.46
u
21
33
38
48
53
56
63
66
73
78
100
106
104
103
97
87
78
57
38
20
63.30
■+0.509
+0.02
+0.9
APPARENT PLACES OF STARS, 1916.
383
FOR THE UPPER TRANSIT AT WASHINGTON.
'Washlsffton
Time.
Jan. 0.6
10.5
20.5
30.5
Feb. 9.4
Mar.
19.4
29.4
10.4
20.3
30.3
Apr.
9.3
19.3
29.2
May 9.2
19.2
29.1
June 8.1
18.1
28.1
July 8.0
18.0
28.0
Aug. 7.0
16.9
26.9
Sept. 5.9
15.8
25.8
Oct. 5.8
15.8
25.7
Nov. 4.7
14.7
24.7
Dec. 4.6
14.6
24.6
34.5
Mean Place
Sec d, Tan 9
D^ a, Dm a
D^a, Dm a
26 Lynois.
Mag. 5.7
Right
Asoenskm.
h m
7 48
8
39.423
39.653
39.815
39.903
230
162
88
117
100
209
235
247
245
228
201
166
122
75
39.919 i?
55
39.864
39.747
39.578
39.369
39.134
38.887
38.642
38.414
38.213
38.047
37.925
37.850
37.826 —
37.853 ^
80
129
176
220
260
296
331
363
389
411
429
442
447
443
429
406
370
325
267
37.933
38.062
38.238
38.458
38.n8
39.016
39.347
39.710
40.099
40.510
40.939
41.381
41.828
42.271
42.700
43.106
43.476
43.801
44.068
Dedins-
tlon.
+47 46
0t
57.21
58.39
59.76
61.25
62.82
64.37
65.83
67.13
68.20
69.00
118
137
149
157
155
146
130
107
80
50
69.50 ^3
69.68 —
69.54 "
69.09 ^*
68.33 ^
100
67.33
66.09
64.67
63.10
61.42
59.67
57.87
56.07
54.28
52.55
50.89
49.32
47.87
46.55
45.43
44.50
43.81
43.37 ^^
43.22 —
43.38 **
45
43.83
44.58
45.59
124
142
157
168
175
180
180
179
173
166
157
145
132
112
93
69
44
75
101
36.153
1.488
60.54
+1.102
+0.09
-0.2
+0.03
+0.9
Qroombiidfe 1874.
Mag. 5.6
Right
Asoensioii.
h . m
7 50
8
17.28
17.72
18.00
18.11
18.05
17.84
17.46
16.97
16.39
15.74
15.05
14.36
13.70
13.10
12.57
12.14
11.83
11.63
11.56
11.62
11.82
12.13
12.56
13.10
13.75
14.48
15.29
16.17
17.11
18.08
19.08
20.07
21.06
22.00
22.87
23.65
24.32
24.84
44
28
11
6
21
88
49
58
65
69
09
66
60
53
43
31
20
7
6
20
31
43
54
65
73
81
88
94
97
100
99
99
94
87
78
67
52
Deotina-
tion.
+74 8
tf
34.40
36.84
39.49
42.21
44.90
47.45
49.77
51.73
53.28
54.35
54.91
54.94
54.42
53.42
51.95
50.08
47.85
45.33
42.60
39.73
36.78
33.81
30.89
28.07
25.43
23.00
20.83
18.95
17.44
16.31
244
265
272
209
255
232
196
155
107
56
3
52
100
147
187
223
252
273
287
295
297
292
282
264
243
217
188
151
113
71
15.60
15.32 —
15.51 ^^
16.18 ®^
17.31 '''
156
18.87
20.82
23.10
196
228
10.049
3.660
38.80
+3.521
+0.14
-0.2
+0.11
+0.9
JTAifUS.
Mag. 3.6
Right
AaoeoBion.
h m
7 54
137
8
40.918
41.055
41.119-??
41.108 "
41.025 ^
151
40.874
209
40.665
40.409
40.115
39.797
256
294
318
331
39.466
39.135 ^^
38.813 *^
38.512 ^^
38.240^
236
38.004
37.809
37.663
37.569
37.528 —
15
37.543
37.613
37.739
37.920
38.154
38.436
38.762
39.127
39.523
39.940
40.369
40.798
41.216
41.609
41.966
42.274
42.523
42.705
70
126
181
234
282
826
865
396
417
429
429
418
393
857
808
249
182
DeoUns-
tion.
-52 45
//
17.45
21.23
24.97
28.59
31.98
35.06
37.78
40.09
41.93
43.28
378
374
362
339
308
272
231
184
135
86
44.13 3,
44.48 —
44.30 ^*
43.63 •^
42.48 "*
159
40.89
38.89
36.55
33.91
31.08
28.11
25.11
22.16
19.38
16.87
200
234
264
283
397
300
296
278
251
215
14.72 ^^
1»-^1 118
11.83
11.24-
11.29 *
69
11.98
13.31
15.25
17.74
20.69
24.01
27.61
31.35
133
194
249
296
332
360
374
38.618
1.652
24.32
-1.315
+0.03
-0.2
-0.04
+0.9
o^Canoxi
Mag. 5.9
Right
Asoensioii.
h m
7 55
8
53.512
53.705
53.846
53.930
193
141
84
53.958-??
26
53.932
53.860
53.747
53.603
53.439
53.267
53.096
52.936
52.797
52.686
52.605
52.558
52.549 —
52.576 ^
52.640 ^
101
72
113
144
164
172
171
160
139
111
81
47
52.741
52.875
53.041
53.238
53.461
53.711
53.984
54.278
54.590
54.917
55.258
55.605
55.951
56.291
56.614
56.911
57.174
57.395
134
166
197
223
250
273
294
312
827
341
347
346
340
323
297
263
221
Declina-
tion.
+25 87
//
23.01
22.83
22.83
23.02
23.36
23.79
24.29
24.81
25.32
25.78
26.15
26.41
26.56
18
0
19
34
43
50
52
51
46
37
26
15
26.62 —
26.57 *
15
26.41
26.15
25.82
25.45
24.99
24.47
23.92
23.29
22.59
21.84
21.00
20.10
19.11
18.07
16.98
15.86
14.75
13.69
12.71
11.86
11.18
10.67
10.34
26
33
37
46
52
55
63
70
75
84
90
99
104
109
112
111
106
98
85
68
51
33
51.041
1.109
+0.07
-0.2
25.16
+0.480
+0.02
+0.9
APPARENT PLAGES OF STARS, 1916.
385
FOR THE UPPER TRANSIT AT WASHINGTON.
Washin
ineton
TnDe.
Jan. 0.6
10.5
20.5
30.5
Feb. 9.5
19.4
29.4
Mar. 10.4
20.3
30.3
Apr. 9.3
19.3
29.2
May 9.2
19.2
29.2
June 8.1
18.1
28.1
July 8.0
18.0
28.0
Aug. 7.0
16.9
26.9
Sept. 5.9
15.9
25.8
Oct. 5.8
>5.8
25.7
Nov. 4.7
14.7
24.7
Dec. 4.6
14.6
24.6
34.6
Mean Place
Sec d, Tan d
D^ a, Dm a
D^ d, D« d
y Aigus.
Mag. 2.2
RiiOit
AHOWHtlOD.
h m
8 6
s
58.990
00
59.080 35
59.105 —
59.062 ^^
58.958 259
do.oUU <|A5
do.OVO 240
58.355 2^
do.UvU 27fi
57.812 281
57.531 274
57.257 250
57.001 234
56.767 201
56.566 105
56.401 125
56.276 80
56.196 34
56.162 -^4
62
110
OO.o4o 25D
56.506 205
56.711 243
DO.VOi/ 2fi9
57.248 323
57.571 355
57.926 ,77
301
56.176
56.238
58.303
0o.oV4 307
59.091
301
59.482 37^
59.856 3^^
60.200 305
60.505 255
60.760 ij^
60.957
DeeUna-
tton.
-47 5
//
12.52
16.20
19.86
308
360
364
304
23.40 334
26.74
29.78
32.47
34.77
36.63
38.01
360
230
166
138
03
38.94 42
39.36";
39.29
38.74
55
101
37.73 144
36.29
34.46
32.27
29.81
27.13
24.32
21.46
18.64
15.98
13.54
183
210
246
268
281
286
282
266
244
200
11.45 167
9.78 lie
8.62 60
8.02 "7
8.03 03
8.66
9.91
11.75
14.14
16.98
20.19
23.68
27.32
125
184
230
284
321
340
364
56.697
1.469
19.21
-1.076
+0.04
-0.2
-0.04
+0.9
C Canoti (mean).
Mag. 4.7
RiiOit
h m
8 7
s
26.092 1^
26.287 i^
26.432 ^
26.521 38
26.559 ~
13
26.546 53
26.488 ^
26.389 131
26.258 ,^7
58
26.111
25.953
25.792
25.643
25.510
25.402
61
40
33
08
84
25.318 40
25.269 17
25.252
17
25.269 53
25.322
88
25.405 114
25.519 14^
25.665
25.839
26.041
174
202
226
26.267 261
26.518 273
26.791
27.081
200
310
27.391 322
27.713
28.044
28.376
28.703
29.015
29.307
29.565
29.787
331
331
328
312
202
258
222
tkm.
+17 53
n
65.46
64.72
64.22
63.90
63.76
63.74
63.87
64.09
64.38
64.69
64.99
65.27
65.51
65.75
65.91
66.04
66.14
66.18
66.21
66.17
66.09
65.94
65.70
65.40
64.97
74
50
32
14
2
13
22
20
31
80
28
24
24
16
13
10
4
3
4
8
15
34
30
43
56
64.41 gg
63.73
62.92
61.94
81
06
106
60.86 120
59.66
124
68.42 130
57.12 uo
56.82 uj
04.o9 114
53.45
52.43
51.60
102
83
23.797
1.050
67.45
+0.323
+0.07
-0.2
+0.01
+0.8
Bzidley 1147.
Mag. 5.7
Right
Afloenaioii.
h m
8 9
s
9.43
9.98
10.35 1^
10.54--
10.53 j^
55
37
10.34
9.98
9.47
8.83
8.12
7.35
6.56
5.79
5.07
4.43
36
51
64
71
77
70
77
72
64
54
3.89 43
3.46 30
3.16 17
2.99 1
2.98
3.10
3.36
3.77
4.30
4.95
5.71
6.56
7.51
8.52
9.59
10.69
11.80
12.91
13.98
14.99
15.91
16.69
17.34
12
26
41
53
65
76
85
05
101
107
110
111
111
107
101
02
78
65
DecUiUh
tion.
+76 0
ft
47.34
49.73
52.38
55.15
57.94
60.63
63.12
65.29
67.05
68.36
265
277
270
260
240
217
176
131
70
69.15 26
69.41
69.13
68.32
67.01
28
81
131
175
65.26
63.11
60.64
57.92
55.00
51.95
48.86
45.77
42.77
39.90
37.22
34.78
32.64
30.84
29.42
215
347
272
202
306
300
300
300
287
368
344
214
180
142
00
28.43 54
27.89 6
27.83
28.27
29.20
44
03
140
30.60
32.44
34.64
184
220
20Puppis.
Mag. 5.0
Right
AsoensioD.
h m
8 9
s
30.293 log
30.462 121
30.583 09
30.652 18
30.670 -^
30.640
75
138
157
168
30.565 111
30.454
30.316
30.159
29.991
29.823
29.664
29.518
29.395
168
150
146
123
00
29.296 00
29.227 30
29.188 7
29.181
29.207
26
58
29.265
00
Znd.Soo 121
29.476
29.627
29.806
30.013
30.244
30.501
30.777
31.071
151
170
207
231
257
276
204
306
ol.d/y 314
31.693 3„
32.009 307
32.316 293
0^.01/9 2Aft
1.463
4.138
53.87
+4.015
+0.15
-0.2
+0.14
+0.8
32.877
33.114
33.309
237
105
28.314
1.038
Declina-
tion.
-15 31
//
61.28
63.86
66.33
68.63
70.71
72.54
74.07
75.31
76.25
76.87
77.19
77.22
76.95
76.42
75.61
74.57
73.32
71.89
70.31
68.63
66.91
65.21
63.60
62.11
60.85
258
247
230
208
183
153
124
04
62
32
3
27
53
81
104
125
143
158
168
172
170
161
140
126
101
59.84 06
59.18 20
58.89 TJ
59.00 55
59.55 go
60.53
61.91
63.67
65.76
68.10
70.61
73.22
75.84
138
176
200
234
251
261
362
63.85
-0.278
+0.05
-0.2
-0.01
+0.8
79790^—1916 ^25
APPARENT PLACES OF STARS, 1916.
387
FOR THE UPPER TRANSIT AT WASHINGTON.
w
aahlnston
Ban Time.
Jan. 0.6
10.6
20.5
30.5
Feb. 9.5
80 Honooezotls.
Mag. 4.0
0 Cluuiueleoiitis.
Mag. 4.3
Right
Ascension.
Mar.
Apr.
May
19.4
29.4
10.4
20.4
30.3
I
9.3
19.3
29.2
9.2
19.2
29.2
June 8.1
18.1
28.1
July 8.1
18.0
28.0
Aug. 'r.o
16.9
26.9
Sept. 5.9
15.9
• 25.8
Oct. 5.8
15.8
25.8
Nov. 4.7
14.7
24.7
Dec. 4.6
14.6
24.6
84.6
h m
8 21
s
29.879
30.065
30.206
30.296
180
141
90
Mean Place
Sec a, Tan ^
D^ a, Dt* a
30.335 i?
8
30.327
30.274
30.184
30.064
29.925
29.773
29.620
29.473
29.339
29.226
29.135
29.072
29.038
29.034
29.061
29.119
29.206
29.322
29.466
29.638
29.835
30.059
30.304
30.573
30.859
31.161
31.472
31.786
32.098
32.396
32.676
32.924
33.135
53
90
120
139
1A2
163
147
134
113
91
«3
34
4
27
58
87
116
144
172
197
224
245
209
280
302
311
314
312
296
280
248
211
DeoUna-
Uon.
- 3 37
tt
53.27
55.28
57.14
58.82
60.29
201
180
168
147
122
61.51
62.51
63.27
63.81
64.11
64.22
64.14
63.87
63.44
62.85
62.11
61.25
60.29
59.25
58.17
57.08
56.02
55.04
54.19
53.52
100
76
54
30
11
8
27
43
59
74
86
96
104
106
109
106
98
85
67
46
o Vtwm Majotls.
Mag. 3.5
Right
Atoenslon.
53.06
52.88 —
53.00 ^^
53.42 *^
54.18 ^*
109
55.27
138
160
187
201
212
211
207
56.65
58.31
60.18
62.19
64.31
66.42
68.49
27.868
1.002
53.80
-0.063
+0.06
-0.2
0.00
+0.8
h m
8 23
s
14.97
15.25
15.34
15.23
14.94
14.49
13.88
13.14
12.30
11.37
28
9
11
29
45
61
74
84
98
96
10.39
9.38
8:36
7.36
6.41
5.52
4.71
4.01
3.44
3.00
101
102
100
95
89
81
70
57
44
28
2 72
^•f^ 13
2.60 —
2.64 *
2.85
3.23
3.77
4.45
5.26
6.17
7.16
8.19
9.23
10.24
11.19
12.03
12.75
13.31
13.70
21
38
54
68
81
91
99
103
104
101
95
84
72
56
39
Declina>
tion.
-77 12
tt
40.53
44.31
48,20
52.09
55.86
59.42
62.71
65.65
68.17
70.24
378
389
389
377
356
329
294
252
207
159
71»3 107
72.90 ^
73.43 —
73.42 ^
72.89 ^
103
71.86
70.34
68.37
66.03
63.36
60.46
57.40
54.29
51.25
48.35
152
197
234
267
290
Right
Asoenilon.
306
311
304
290
263
45.72 ^
43.47 ,^
41.68,^
40.44 ^
39.81 —
3
39.84
40.52
41.88
43.84
46.37
49.39
52.79
56.46
68
196
196
258
802
340
307
10.871
4.519
50.51
-4.407
-0.03
-0.2
-0.17
+0.8
h
8
m
23
s
22.14
22.49
22.75
22.91
22.96
22.93
22.80
22.60
22.33
22.02
21.67
21.31
20.96
20.63
20.34
20.10
19.91
19.78
19.72
19.74
19.82
19.96
20.17
20.44
20.76
21.14
21.58
22.06
22.58
23.13
23.70
24.29
24.88
25.47
26.03
26.54
27.00
27.40
35
26
16
5
3
13
20
27
31
35
36
35
33
20
24
19
13
6
2
8
14
21
27
82
38
44
48
52
55
57
59
59
59
56
51
46
40
Declina-
tion.
+60 59
II
53.06
54.72
56.65
58.78
61.01
63.24
65.37
67.32
68.99
70.31
71.25
71.76
71.82
71.45
70.65
69.46
67.93
66.09
63.99
61.71
59.26
56.73
54.13
51.56
49.02
46.58
44.28
42.16
40.26
38.63
37.31
36.33
35.74 ,^
35.55 —
35.80 ^
60
36.46
166
193
213
223
223
213
195
167
132
94
51
6
37
80
119
153
184
210
228
245
253
260
257
264
244
230
212
190
163
132
98
59
37.54
38.98
108
144
17.919
2.063
60.62
+1.804
+0.10
-0.2
+0.07
+0.8
Groombiidfe 1460.
Mag. 6.0
Ri«^t
Afoenslon.
h m
8 27
•
30.374
30.624
30.816
30.946
31.012
31.014
30.959
30.853
30.707
30.531
30.339
30.141
29.948
29.771
29.619
29.497
29.410
29.360
250
192
130
66
2
56
106
146
176
192
196
193
177
152
122
87
50
9
29.351 -
29.383 *^
71
29.454
29.564
29.712
29.894
30.111
30.360
30.639
30.948
31.281
31.639
32.014
32.403
32.798
33.191
33.571
33.928
34.251
34.529
no
148
182
217
249
279
309
333
358
375
369
395
393
380
357
323
278
Dedina.
tion.
+38 17
//
73.48
73.88
74.55
75.44
76.49
77.66
78.86
80.02
81.10
82.03
82.76
83.27
83.54
83.58
83.36
82.91
82.25
81.40
80.39
79.21
77.93
76.53
75.07
73.54
71.96
70.35
68.74
67.13
65.56
64.05
62.64
61.36
60.27
59.39
58.76
58.41
58.34 —
58.58 "
40
67
80
105
117
120
116
106
93
73
51
27
4
22
45
66
85
101
118
128
140
140
153
156
161
161
161
157
151
141
128
109
38
63
35
27.627
1.274
79.40
+0.790
+0.08
-0.2
+0.03
+0.8
388
APPARENT PLACES OF STARS, 1916,
FOR THE UPPER TRANSIT AT WASHINGTON.
WaahlnetQii
Tf Canoii.
Mag. 5.5
AaoeDsion.
Jan. 0.6
10.6
20.5
30.5
Feb. 9.5
19.4
29.4
Mar. 10.4
20.4
30.3
Apr. 9.3
19.3
29.3
May 9.2
19.2
29.2
June 8.1
18.1
28.1
July 8.1
18.0
28.0
Aug. 7.0
17.0
26.9
Sept. 5.9
15.9
25.8
Oct. 5.8
15.8
25.8
Nov. 4.7
14.7
24.7
Dec. 4.7
14.6
24.6
34.6
h m
8 27
218
167
115
60
6
43
86
118
141
156
159
154
HO
119
94
64
33
8
53.528
53.746
53.913
54.028
54.088
54.094
54.052
53.967
53.849
53.708
53.552
53.393
53.239
53.099
52.980
52.886
52.822
52.789
52.788 ~
52.822 ^*
65
52.887
52.984
53.112
53.270
53.454
53.667
53.905
54.168
54.453
54.760
55.082
55.416
55.756
56.096
56.424
56.733
57.013
57.254
97
128
158
184
213
238
263
285
307
322
334
340
340
328
309
280
241
Declina-
tion.
Groombridge 1446.
Mag. 6.3
Right
Aaoension.
Declina-
tion.
+20 43
r/
62
41
19
1
34.63
34.01
33.60
33.41
33.40-1
17
33.57
33.88
34.27
34.71
35.16
31
39
44
45
43
38
33
24
17
10
35.59
35.97
36.30
36.54
36.71
36.81 J
36.82 —
36.76 ^
13
21
28
36.63
36.42
36.14
35.77
35.33
34.78
34.11
33.34
32.45
31.43
30.28
29.03
27.71
26.33
24.94
23.59
22.32
21.20
20.23
19.47
37
44
55
67
77
89
102
115
125
132
138
139
135
127
112
97
76
h m
8 30
8
30.80
31.36
31.77
32.02
32.09 ~1
9
32.00
31.75
31.37
30.88
30.29
56
41
25
7
25
38
49
59
64
29.65
28.98
28.31
27.68
27.09
67
67
63
59
51
42
30
20
8
26.58
26.16
25.86
25.66
25.58 —
4
25.62
25.79
26.07
26.47
26.97
17
28
40
50
61
27.58
28.27
29.04
29.90
30.80
31.74
32.71
33.70
34.65
35.57
36.42
37.18
37.80
69
77
86
90
94
97
99
95
92
85
76
62
+73 55
<f Hydxae.
Mag. 4.2
Ri^t I Dedina-
Ascenslon. tion.
/r
20.02
22.18
24.63
27.28
30.01
32.71
35.26
37.58
39.54
41.07
42.13
42.68
42.69
42.18
41.17
39.69
37.80
35.53
32.97
30.16
27.20
24.12
21.02
17.94
14.95
12.09
9.44
7.03
4.94
3.20
1.86
0.96
216
245
265
273
270
255
232
196
153
106
55
1
51
101
148
189
227
256
281
296
308
310
308
299
286
265
241
209
174
134
90
^ 44
0.52 —
0.58 ^
1.14 ^
105
2.19
3.71 ''^
5.65 ^^
h m
8 33
206
159
108
58
8
39
77
110
130
145
148
143
133
113
91
64
38
8
14.706
14.912
15.071
15.179
15.237
15.245
15.206
15.129
15.019
14.889
14.744
14.596
14.453
14.320
14.207
14.116
14.052
14.014
14.009 —
14.032 ^
53
14.085
14,167
14.278
14.417
14.584
14.776
14.995
15.237
15.502
15.789
16.091
16.406
16.726
17.047
17.357
17.649
17.915
18.142
82
111
139
167
192
219
242
265
287
302
315
320
321
310
292
266
227
+ 5 59
/#
49.25
47.73
46.41
45.28
44.37
43.67
43.16
42.85
42.70
42.70
42.81
43.02
43.32
43.69
44.13
44.62
45.16
45.72
46.29
46.86
47.40
47.88
48.29
48.58
152
132
113
91
70
51
31
15
0
11
21
30
37
44
49
54
56
57
57
54
48
41
29
0'HydzB.
Mag. 4.5
Riglit
Aaoension..
14
48.72 —
5
48.67
48.42
47.92
47.20
46.21
45.01
43.58
42.00
40.30
38.53
36.76
35.05
33.45
25
50
72
99
120
143
158
170
177
177
171
160
h m
8 34
8
24.141
24.345
24.503
24.612
24.669
24.677
24.639
24.564
24.455
24.325
24.184
24.037
23.893
23.761
23.646
23.553
23.488
23.450
204
158
109
57
8
38
75
100
130
141
147
144
132
115
93
65
38
11
23.439 —
23.462 ^
49
23.511
23.592
23.699
23.836
23.999
24.192
24.409
24.647
24.911
25.195
25.496
25.810
26.129
26.448
26.758
27.047
27.312
27.539
81
107
137
163
193
2ir
238
264
284
301
314
319
319
310
289
265
227
+ s x-
»*
»t
72.59
70.95
69.49
68.20
67.15
66 J9
65.68
65.22 ^
64.97 *
64.W —
4f
64.94
65.U
65.41
65.79
66.27
66.82
67.41
68.07
68.75
69.43
70.10
70.74
71.26
71.68
71.^
72.01
71.86
71.45
70.80
69.87
68.69
67.27
65.66
63.91
62.07
60.21
58.38
56.66
rr
»
£
16
ft
€1
^
a
r
4
15
41
«5
93
118
142
161
173
1»4
18S
183
vn
Mean Place
Sec d, Tan 9
51.235
1.069
38.24
+0.378
23.950
3.611
28.86
+3.470
12.642
1.005
50.75
+0.105
22.106
1.002
73.72
+0.064
D^ a, Dm a
+0.07
-0.2
+0.02
+0.8
+0.13
-0.2
+0.14
+0.8
+0.06
-0.2
0.00
+0.8
+0.06
-0.2
0.00
+0.8
^k^
APPARENT PLACES OF STARS, 1916.
389
FOR THE UPPER TRANSIT AT WASHrNGtON.
Waahin;
InKtoii
Tune.
yCKieA,
Mag. 4.7
Jan. 0.6
10.6
20.5
30.5
Feb. 9.5
19.4
29.4
Mar. 10.4
20.4
30.3
Apr. 9.3
19.3
29.3
May 9.2
19.2
29.2
June 8.1
18.1
28.1
July 8.1
18.0
28.0
Aug. 7.0
17.0
26.9
Sept. 5.9
15.9
25.8
Oct. 5.8
15.8
25.8
Nov. 4.7
14.7
24.7
Dec. 4.7
14.6
24.6
34.6
. Right
AjottmioD.
h m
8 38
339
179
lao
71
19
31
78
113
137
153
168
154
143
134
100
73
43
Mean Place
Sec 9, Tan d
D^ a, Dt* a
8
27.956
28.185
28.364
28.490
28.561
28.580
28.549
28.471
28.359
28.222
28.070
27.912
27.758
27.615
27.491
27.391
27.319
27.277
27.268 —
27.291 ®
56
27.846
27.432
27.660
27.697
27.874
28.078
28.309
28.567
28.847
29.150
29.470
29.805
30.148
30.491
30.826
31.142
31.432
31.683
80
118
147
177
204
331
258
280
303
830
336
843
843
336
818
390
251
tWina-
tloo.
+21 45
t*
72.59
71.97
71.58
71.42
71.47
71.71
72.07
72.52
73.03
73.55
74.05
74.50
74.87
75.15
75.33
75.43
75.43
75.34
75.17
74.89
74.54
74.09
73.55
72.90
72.14
71.27
70.28
69.16
67.93
66.60
65.20
63.76
62.32
60.92
59.62
58.48
57.49
56.68
63
39
16
5
34
36
46
61
53
50
46
87
38
18
10
0
9
17
38
86
46
54
66
76
87
99
113
138
138
140
144
144
140
130
114
99
81
d Canczi.
Mag. 4.2
Right
Aacemion.
h m
8 39
25.678
1.077
76.99
+0.399
+0.07
-0.3
+0.02
+0.8
8
57.058
57.283
67.460
57.586
57.657
57.675
57.644
57.571
67.462
57.330
57.182
57.029
56.878
56.739
56.619
56.522
56.452
56.410
56.401
56.423
56.475
56.559
56.673
56.815
56.986
57.185
67.410
57.661
57.935
58.233
58.547
58.876
59.213
59.551
59.880
60.191
60.477
60.725
236
177
136
71
18
31
73
109
133
148
163
151
139
130
97
70
43
9
33
53
84
114
143
in
199
225
251
274
298
314
839
337
338
329
811
286
248
DecUoa-
tkm.
+18 27
tt
88
59
88
45.64
44.^1
44.22
43.84
43.68-1?
8
43.71
43.89
44.18
44.56
44.97
45.39.
45.79
46.15
46.45
46.69
46.87
46.99
47.03 -
47.01 ^
9
17
18
39
88
41
43
40
86
80
34
18
13
aPyzliUa.
Mag. 3.7
Right
AtCBDSfclD.
46.92
46.75
46.48
46.13
46.67
45.09
44.37
43.51
42.50
41.35
40.07 .
38.69
37.23
35.73
34.25
32.83
31.52
30.38
29.43
37
86
46
58
73
86
101
115
138
138
146
150
148
143
131
114
95
54.842
1.054
49.59
+0.334
h
8
40
8
14.855
15.053
15.199
198
146
88
15.287 .
15.319 -^
22
15.297
73
15.225
15.109
14.960
14.784
14.593
14.396
14.199
14.012
13.842
116
149
176
191
197
197
187
170
150
13.692
13.569 ^
13.476 ^
13.414 ^
13.387 —
7
13.394
13.437
13.517
13.634
18.788
13.977
14.201
14.458
14.744
15.056
15.387
15.732
16.081
16.427
16.757
17.062
17.334
17.561
48
80
117
154
189
224
257
286
313
331
346
349
346
330
305
272
227
Declina-
tion.
-32 52
n
53.49
56.78
60.06
63.24
66.23 r
329
328
318
299
275
68.98
71.43
73.54
75.28
76.62
246
211
174
134
96
77.57 . ^
78.10
78.22 —
77.93 *
77.24 ~
106
76.19
74.80
73.11
71.16
69.01 :
139
169
195
215
238
66.73
64.38
62.05
59.83
57.80
56.04
54.62
53.64
63.13 —
53.17 *
67
53.74
286
233
223
306
176
143
98
t Canczi.
Ma^. 4.2 •
Rl^t
Ajoenslon.
54.85
56.49
58.62
61.15
64.01
67.13
70.38
111
164
313
353
286
312
325
+0.07
-0.3
+0.01
+0.8
12.973
1.191
58.79
-0.647
h m
8 41
8
39.525
39.769 "^
36.962 ^^
40.097 ^^
40.176 ^
21
40.197
40.164
40.085
83
79
117
39.968
39.8^ ^^
164
39.659
39.490
39.324
39.169
39.034
169
166
155
136
110
38.924
38.843
38.794 jg
38.779 —
38.798 *•
53
+0.05
-0.3
-0.03
+0.8
38.851
38.939
39.060
39.212
39.395
39.608
39.849
40.118
40.413
40.730
41.069
41.422
41.784
42.146
42.500
42.836
43.142
43.411
88
121
152
183
213
241
260
295
317
339
353
362
362
854
336
306
269
Declina-
tion.
+29 3
It
21
5
29
49
66
77
81
82
76
66
54
40
23
58.89
58.68
58.73
59.02
59.51
60.17
60.94
61.75
62.57
63.33
63.99
64.53
64.93
65.16
65.23 —
9
65.14
64.89
64.49
63.96
63.30
62.53
61.66
60.68
59.61
58.43
67.18
55.84
54.44
52.98
51.49
50.00
48.54
47.17
45.92
44.84
43.97
43.34
42.96
25
40
53
66
77
87
96
107
118
125
134
140
146
149
149
146
137
125
106
87
63
88
37.098
1.144
+0.07
-0.3
64.64
+0.566
+0.02
+0.8
APPARENT PLACES OF STABS, 1916.
391
FOR THE UPPER TRANSIT AT WASHINGTON.
W)
'ashinxtoo
Jan. 0.6
10.6
20.5
30.5
Feb. 9.5
19.5
29.4
Mar. 10.4
20.4
30.4
Apr. 9.3
19.3
29.3
May 9.2
19.2
29.2
June 8.2
18.1
28.1
July 8.1
18.1
28.0
Aug. 7.0
17.0
26.9
Sept. 5.9
15.9
25.9
Oct. 5.8
15.8
25.8
Nov. 4.8
14.7
24.7
Dec. 4.7
14.6
24.6
34.6
t Vnm Majoila.
Mag. 3.1
h
8
m
53
•
30.912
31.225
31.474
31.651
31.754
31.785
31.744
31.641
31.485
B1.290
31.066
30.829
30.591
30.363
30.157
3ia
MO
177
108
81
41
108
IM
1«6
324
387
288
328
206
170
29.981 ^^
29.839 ^^j
29.738
29.681
29.669 —
88
Mean Place
Sec df Tan 9
D^a, Dm a
29.702
29.781
29.905
30.073
30.282
30.533
30.822
31.148
31.509
31.902
32.320
32.760
33.212
33.666
34.111
34.536
34.925
35.268
79
124
188
200
251
280
320
861
803
418
440
462
454
445
425
389
348
Decllii*>
tiOD.
+48 21
tt
70.9a
71.72
72.84
74.22
75.81
77.52
79.27
80.96
82.52
83.89
70
112
138
150
in
175
160
156
137
110
84.99
85.78
86.26
70
48
12
86.38 —
86.16 "
56
85.60
84.74
83.58
82.17
80.54
78.73
76.77
74.68
72.52
70.32
68.10
65.90
63.77
61.72
59.81
58.09
56.58
55.36
54.44
53.88
53.69
53.88
54.45
86
116
141
168
181
196
209
216
230
222
220
213
206
191
172
151
122
92
56
J9
19
57
27.836
1.505
80.25
+1.125
+0.08
-0.3
+0.05
+0,7
ix Canoti.
Mag. 4.3
Riglit
h m
8 53
239
184
185
80
17
60
04
121
186
145
143
135
118
75
49
•
55.784
56.013
56.197
56.332
56.414
56.444
56.427
56.367
56.273
56.152
56.016
55.871
55.728
55.593
55.475
55.376
55.301
55.252
55.232 —
55.240 ®
88
55.278
55.346
55.441
55.565
55.717
55.896
56.103
56.335
56.594
56.875
57.178
57.496
57.824
58.165
58.480
58.789
59.075
59.327
68
95
124
152
179
207
232
259
281
303
318
328
331
325
309
286
262
Dedlna-
tlcm.
+12 10
tf
57.20
55.97
54.94
54.14
53.56
53.20
53.03
53.03
53.15
53.39
53.68
54.02
54.39
54.77
55.15
55.50
55.84
56.16
56.43
56.65
56.82
123
108
80
58
36
17
0
12
24
20
34
87
38
38
35
34
32
27
22
17
9
56.91 —
56.90 ^
56.78
56.51
56.08
55.46
54.66
53.67
52.47
51.11
49.59
47.97
46.30
44.63
43.02
41.51
40.16
12
27
43
02
80
99
120
136
152
162
167
167
161
151
135
53.709
1.023
60.76
+0.216
+0.07
-0.3
+0.01
+0.7
h^ OaxliuB.
Mag. 5.1
Hl^
h
8
m
8
57.177
254
173
57.431
57.604
57.693 ••
57.696 -?
n
57.619
57.466
57.249
56.980
56.663
56.316
55.952
55.583
55.217
54.866
54.539
54.244
53.989
53.781
53.625
158
217
317
347
364
360
366
851
327
265
206
156
00
53.526 ,^
53.489 —
53.516 ^
53.609 •*
53.770 *"
226
53.996
54.288
54.638
55.042
55.489
55.969
56.469
56.975
57.469
57.938
58.365
58.734
59.037
292
350
404
447
480
500
506
494
469
427
369
303
tkm.
-58 54
//
8.27
12.03
15.90
19.79
23.59
27.21
30.56
33.58
36.21
38.41
40.12
41.36
42.06 ^^
42.25 —
41.93 ^
83
41.10
376
387
380
380
862
335
802
283
220
171
124
70
39.78
38.04
35.90
33.43
30.71
27.80
24.83
21.88
19.06
16.47
14.21
12.40
11.09
10.39
10.31
10.89
12.12
13.97
16.38
19.31
22.63
26.24
132
174
214
247
272
291
297
295
282
250
226
181
131
70
8
58
123
185
241
203
332
361
55.031
1.936
17.78
-1.658
+0.03
-0.3
-0.08
+0.7
iC Urtn Malotis.
Mag. 3.7
Rl^
8 57
s
56.897
57.211
57.464
57.647
57.757
57.794
57.762
57.667
57.521
57.334
57.119
56.890
56.659
56.437
56.235
56.061
55.921
55.820
55.761
314
253
183
110
37
32
05
146
187
215
220
231
222
202
174
140
101
50
15
55.746 —
20
55.775
55.848
55.966
56.126
56.327
56.569
56.849
57.167
57.519
57.904
58.315
58.746
59.193
59.643
60.084
60.507
60.896
61.240
73
118
160
201
342
280
318
352
385
411
431
447
450
441
423
389
344
DecUna-
tloo.
+47 28
tr
72.81
73.52
74.57
75.89
77.43
79.11
80.83
82.51
84.09
85.47
71
106
132
154
168
172
168
158
138
113
86.60
87.44 ,,
87.96
88.14 —
87.98 ^^
48
87.50
80
110
134
157
175
102
203
214
218
220
86.70
85.60
84.26
82.69
80.94
79.02
76.99
74.85
72.67
70.47
68.27
66.12
64.06
62.12
60.35
58.80
57.51
56.53
55.89
55.62
55.74
56.22
220
215
206
194
177
155
129
98
64
27
12
48
53.888
1.480
82.42
+1.091
+0.08
-0.3
+0.05
+0.7
392
APPARENT PLACES OF STABS, 1916,
FOR THE UPPER TRANSIT AT WASHINGTON.
Wartilngton
MMnTbna.
Jan. 0.6
10.6
20.6
30.5
Feb. 9.5
19.5
29.4
Mar. 10.4
20.4
30.4
Apr. 9.3
19.3
29.3
May 9.3
19.2
29.2
June 8.2
18.1
28.1
July 8.1
18.1
28.0
Aug. 7.0
17.0
27.0
Sept. 5.9
15.9
25.9
Oct. 5.8
15.8
25.8
Nov. 4.8
14.7
24.7
Dec. 4.7
14.6
24.6
34.6
(P UruB MaJoilB.
Mag. 4.9
Ric^t
Asoenslon.
Mean Place
Sec a, Tan d
h m
9 3
8
6.20
6.69
7.09
7.37
7.51
7.56
7.46
7.27
6.97
6.61
6.19
5.74
5.28
4.83
4.40
4.02
3.70
3.44
3.26
3.15
3.12
3.17
3.32
3.54
3.84
4.21
4.65
5.16
5.74
6.36
7.03
7.73
8.45
9.18
9.89
10.57
11.18
11.72
49
40
28
14
4
9
19
30
M
42
4<
46
45
43
88
32
26
18
11
3
5
15
22
30
37
44
51
58
62
67
70
72
73
71
68
61
54
Declina-
tion.
+67 28
//
24.03
25.65
27.66
29.93
32.40
34.95
37.47
39.86
42.00
43.81
45.24
46.21
46.70
46.68
46.19
45.24
43.84
42.04
39.90
37.48
34.82
31.98
29.03
26.02
23.00
20.04
17.19
14.50
12.04
9.86
7.99
6.52
5.47
4.89
4.79
5.20
6.11
7.47
162
200
228
247
255
252
239
214
181
143
97
49
2
49
95
140
180
214
242
266
284
295
301
302
296
285
269
246
218
187
147
105
58
10
41
91
136
/TCanozl.
Mag. 6.1
Ri^
Aaoeoslon.
h m
9 3
1.322
2.610
35.96
+2.411
D*a, D,.a l+O.U +0.12
D^d.Dmd 1-0.3 +0.7
8
13.998
14.234
14.425
14.567
14.657
14.697
14.688
14.637
14.550
14.436
14.305
14.164
14.023
13.889
13.770
13.668
13.589
13.534
13.507
13.507
13.536
13.594
13.679
13.793
13.935
14.105
14.303
14.528
14.779
15.054
15.352
15.666
15.992
16.323
16.649
16.961
17.252
17.508
236
191
142
90
40
9
51
87
114
131
141
141
134
119
102
79
55
27
0
29
58
85
114
142
170
198
225
251
275
298
314
326
331
326
312
291
256
Declina-
tion.
11.972
1.019
+11 0
//
21.11
19.77
18.65
17.75
17.08
16.63
16.39
16.32 —
16.40 *
19
28
134
112
90
67
45
24
16.59
16.87
17.21
17.59
17.99
18.39
18.79
19.17
19.53
19.86
20.14
20.34
20.48
20.53 —
20.45 ®
34
38
40
40
40
38
36
33
28
20
14
20.22
19.83
19.25
18.46
17.47
16.28
14.91
13.38
11.71
9.99
8.26
6.55
4.96
3.51
23
39
58
79
99
119
137
153
167
172
174
170
159
145
A. AXflU.
Mag. 2.2
Right
Aaoeniilon.
24.87
+0.194
h m
9 4
s
56.174
56.409
56.587
56.702
235
178
115
56.754 ^
56.745
56.679
56.563
56.405
56.215
56.001
55.776
55.545
55.318
55.103
54.905
54.731
54.585
54.471
54.392
54.352
54.350
54.392
54.478
54.609
54.783
55.002
55.263
55.562
55.895
56.256
56.637
57.027
57.415
57.791
58.142
58.456
58.724
66
116
158
190
214
225
231
227
215
198
174
146
114
79
40
2
42
86
131
174
219
261
299
333
361
381
390
388
376
351
314
268
DecUna-
Uon.
-43 5
n
27.97
31.49
35.07
38.64
42.07
46.^
48.30
50.94
53.22
55.10
352
858
357
343
325
298
264
228
188
144
56.64
57.53
58.07
99
54
8
58.15 —
57.76 ^
82
56.94
55.70
54.09
52.16
49.93
47.51
44.94
42.33
39.77
37.34
35.16
33.27
31.83
30.83
30.42
30.67
31.32
32.67
34.69
36.99
39.83
43.01
46.42
124
161
193
223
242
257
261
256
248
219
188
146
98
41
15
75
186
191
241
284
318
841
Mag. 3.8
Rii)it
h m
9 9
8
61.644
61.880
62.071
62.214
62.306
62.348
62.344
62.298
62.217
62.109
61.983
61.847
61.710
61.579
61.460
61.357
61.276
61.217
61.184
191
143
92
42
4
46
81
106
120
136
137
131
119
103
82
58
33
8
61.176 —
21
61.197
61.244
61.319
61.421
61.662
+0.06
-0.3
+0.01
+0.7
1.369
36.32
-0.936
+0.04
-0.3
-0.04
+0.7
61.711
61.897
62.112
62.354
62.621
62.911
63.219
63.640
63.866
64.187
64.496
64.783
4-2*
47
75
102
131
150
186
215
242
267
290
306
321
325
322
300
287
2S6
67.4i
65 99
63.9S
62.IS
61.S^
60.34
59.iP
59.07
58.74
58.«
>.
}-
:>
58.69
58.7& J.
59.02
59 J9
59.84
r
3
6
y
60.37
60.96
61.58
62-24
62.90
63.54
64.13
64.6
65.02
65.25
65.30
65.11
64.69
63.99 '
63.03
61.79
60.31 ^*
54.82^
52.82
50.85
65.038 *^ 1 48.97
IT
1#
59.736
1.001
69.65
+0.047
+0.06
-0.3
O.OO
-fO.7
iff Al *
APPARENT PLACES OF STARS, 1916-
393
:'..5
FOR THE UPPER TRANSIT AT WASHINGTON.
19.6
29.4
Mar. 10.4
20.4
30.4
Apr. 9.3
19.3
29.3
May 9.3
19.2
29.2
June 8.2
18.1
28.1
July 8.1
18.1
28.0
Aug. 7.0
17.0
27.0
Sept. 5.9
15.9
25.9
Oct. 5.8
15.8
25.8
Nov. 4.8
14.7
24.7
Dec. 4.7
14.7
24.6
34.6
ft AxgOM.
Mag. 1.8
Right
n.
Mean Place
Sec d, Tan 9
h m
9 12
D^o, Dm a
86
as
13
2
s
19.47
19.83
20.06
20.19
20.21 _:r
11
20.10
19.89
19.58
19.19
18.74
31
81
89
45
51
18.23
17.68
17.12
16.55
15.98
15.45
14.95
14.49
14.10
13.78
13.55
13.40
13.35 ~
13.39 ^
U
55
56
67
57
53
50
46
30
83
38
15
13.54
13.80
14.15
14.60
15.13
15.73
16.39
17.09
17.79
18.47
19.13
19.73
20.25
20.67
85
45
58
60
66
70
70
68
66
eo
53
43
Declina-
tion.
-69 22
It
4.77
8.45
12.33
16.29
20.24
24.08
27,70
31.06
34.06
36.64
38.79
40.44
41.57
42.18
42M —
48
41.76
368
388
896
395
384
363
336
300
358
315
165
113
61
6
40.77
39.30
37.39
35.08
32.44
29.58
26.57
23.51
20.50
17.68
15.13
12.97
11.30
10.18
9.69
9.85
10.68
12.18
14.28
16.95
20.07
23.58
99
147
191
331
364
386
301
306
301
383
355
316
167
113
49
16
83
150
210
367
313
351
16.995
2.838
16.01
-2.657
+0.01
-0.3
-0.13
+0.7
88 Cancil.
Mag. 6.6
Risbt
h m
9 14
s
19.864
20.118
20.327
20.485
20.591
20.644
20.647 —
20.604 *^
81
111
131
354
309
168
106
58
20.523
20.412
20.281
20.140
19.995
19.857
19.731
19.621
19.533
19.471
19.435
141
145
138
136
110
88
63
36
8
19.427 —
81
19.448
19.496
19.575
19.682
19.817
19.981
20.175
20.399
20.650
20.926
21.228
21.549
21.883
22.224
22.564
22.892
23.197
23.473
48
79
107
185
164
194
334
351
276
302
331
334
341
840
838
305
276
Declina-
tion.
+18 3
/#
101
75
50
35
3
17
31
42
50
52
52
48
44
36
38
30
13
37.72
36.71
35.96
35.46
35.21
35.18
35.35
35.66
36.08
36.58
37.10
37.62
38.10
38.54
38.90
39.18
89.38
39.50
39.52 —
39.45 ^
17
39.28
38.99
38.59
38.07
37.40
36.58
35.61
34.47
33.18
31.74
30.19
28.53
26.84
25.15
23.53
22.02
20.66
19.52
39
40
53
67
83
97
114
139
144
155
166
169
169
162
151
136
114
17.778
1.051
43.50
+0.326
+0.07
-0.3
+0.02
+0.7
f Aigas.
Mag. 2.2
Rl^
Ascension.
h m
9 14
s
52.391
52.682
52.896
53.026
301
314
130
53.072 -i?
36
53.036
52.925
52.745
52.506
52,222
51.901
51.558
51.201
50.843
50.495
50.164
49.860
49.591
49.363
49.182
49.055
48.987
48.982 —
49.041 *•
49.168 ^^
196
49.364
111
180
339
384
331
343
357
358
348
331
304
360
338
181
137
68
49.625
49.950
50.332
50.764
51.235
51.734
52.244
52.752
53.239
53.691
54.092
54.433
361
335
383
433
471
499
510
506
487
453
401
341
Declina-
tion.
-58 55
tt
10.46
14.13
17.97
21.86
25.70
29.41
32.89
36.07
38.89
41.30
367
384
380
384
3n
348
318
283
341
196
43.26 ,,,
44.73 ^
45.70 ^^
46.14 —
46.07 ^
57
45.50
44.43
42.91
40.97
38.68
36.09
33.30
30.38
27.45
24.59
21.93
19.56
17.59
16.10
15.18
14.87
15.21
16.21
17.83
20.05
22.79
25.97
29.47
107
153
194
339
359
279
292
298
286
266
287
197
149
92
31
34
100
162
222
274
318
860
50.386
1.937
20.51
-1.659
+0.03
-0.3
-0.08
+0.7
40 Lynois.
Mag. 3.3
Rl«bt
Ascension.
h
9
m
15
8
58.979
59.266
59.503
59.688
59.804
59.863
59.863
59.811
59.715
59.582
59.424
59.253
59.077
58.907
58.750
287
237
180
121
59
0
52
96
133
158
171
176
170
157
138
58.612 jjj
58.501 g3
58.418 ^
58.365 jg
68.347 —
16
58.363
58.411
58.495
58.613
58.763
58.948
59.167
59.418
59.699
C0.012
60.350
60.711
61.087
61.471
61.854
62.224
62.569
62.879
48
84
118
150
185
219
351
381
313
838
361
876
884
383
870
845
310
Dedlna-
tlon.
+34 44
//
45.88
45.28 i?
45.51 23
46.02 "
46.80 78
98
47.78
111
130
118
113
101
48.89
50.09
51.27
52.40
53.41
54.26
54.90
55.33
55.52 —
4
55.48
55.21
54.72
54.01
53.13
85
64
43
52.07
50.83
49.47
47.97
46.35
44.65
42.86
41.02
39.15
37.27
35.44
33.68
32.07
30.63
29.43
28.49
27.87
27.57
27
49
71
88
106
124
136
150
162
170
179
184
187
188
183
176
161
144
120
94
62
80
56.542
1.217
54.51
+0.694
+0.07
-0.3
+0.03
+0.7
APPARENT PLACES OF STARS, 1916.
395
FOR THE UPPER TRANSIT AT WASHINGTON.
Washiii£toii
Mean Tune.
0 TStum ICaJotli.
Mag. 3.3
Right
Aaoenston.
Declina-
tion.
<^ AxfUt.
Mag. 3.6
Right
Ajoension.
Declina-
tion.
f Leonis.
Mag. 5.1
Rifl^
Aaoension.
DeoUna-
titta.
10 Leonit Ifliioiia.
Mag. 4.6
Right
Asoeoslon.
Declina-
tion.
Jan. 0.6
10.6
20.6
30.5
Feb. 9.5
Mar.
19.5
29.5
10.4
20.4
30.4
Apr.
9.3
19.3
29.3
May 9.3
19.2
29.2
June $.2
18.2
28.1
July 8.1
18.1
28.0
Aug. 7.0
17.0
27.0
Sept. 5.9
15.9
25.9
Oct. 5.9
15.8
25.8
Nov. 4.8
14.7
24.7
Dec. 4.7
14.7
24.6
34.6
h m
9 27
8
17.970
18.337
18.642
18.875
19.032
19.109
19.108
19.038
18.905
18.720
18.498
18.253
17.996
17.741
17.498
17.279
17.089
16.936
16.824
16.755
16.732
16.756
16.827
16.945
17.110
17.321
17.578
17.879
18.223
18.607
19.025
19.474
19.944
20.426
20.907
21.375
21.813
22.210
807
306
238
167
77
1
70
133
186
233
246
267
266
243
219
190
163
112
09
23
24
71
118
166
2U
267
301
344
384
418
449
470
482
481
408
438
397
+52 3
II
26.71
27.40
28.49
29.91
31.61
60
109
142
170
189
33.50
35.48
37.46
89.35
41.05
198
198
189
170
140
42.51
43.66
44.46
44.87
44.93 -T
30
44.57
43.85
42.78
11.40
39.71
116
80
41
0
72
107
138
IflO
192
37.79
35.65
33.35
30.91
28.38
25.79
23.20
20.66
18.19
15.86
214
230
244
263
269
^9
264
247
233
214
13.72
11.82
190
10.22
100
8.96
126
8.10
80
46
7.64
1
7.63
8.05
42
h m
9 27
8
25.022
26.281
25.486
25.633
26.719
25.747
25.718
25.640
25.519
25.364
25.182
24.985
24.780
24.575
24.376
24.190
24.024
23.880
23.762
23.675
369
206
147
80
»
29
78
121
166
182
197
206
206
199
180
100
144
118
87
66
24.119
24.350
24.621
24.929
188
231
271
308
340
--40 6
II
48.69
62.08
55.55
59.03
62.42
65.64
68.61
71.28
73.62
75.D7
347
348
339
322
297
207
234
196
166
77.12
112
78.24
78.93
79.18 —
79.00 "
00
23.620
23.602 —
23.622 **
23.683 *^
23.786 ^^
146
23.931 i 58.33
78.40
77.38
76.01
74.28
72.28
70.06
67.69
65.24
62.80
60.46
102
137
173
200
223
56.47
54.99
53.96
53.44
237
246
244
234
213
180
148
103
62
25.269 ! 53.49
25.631
362
378
54.10
26.009 "'° ' 55.29
26.392
26.769
27.126
27.454
27.742
383
377
367
328
288
57.02
59.26
61.94
64.96
68.23
61
119
173
224
208
302
327
Mean Place
Sec d, Tan d
14.885
1.626
39.40
+1.283
23.322
1.307
55.75
-0.842
h m
9 27
8
27.160
27.405
27.619
27.785
27.900
266
214
100
116
04
27.964
27.979 —
27.949 ^
27.882 •^
27.785 ^
119
27.666
130
136
133
122
106
27.038 ^
26.949
26.881 ^^
26.837
26^19 —
8
27.536
27.401
27.268
27.146
26.827
26.862
26.924
27.014
27.133
27.279
27.456
27.662
27.895
28.158
28.445
28.754
29.078
29.411
29.741
30.068
30.373
30.648
36
62
90
119
140
177
200
233
203
287
309
334
333
330
327
306
276
25.210
1.021
+11 39
II
75.71
74.31
73.14
72.21
71.53
71.08
70.86
140
117
93
08
46
22
70.83 —
70.95 "
37
36
71.22
71.57
71.97
72.39
72.84
73.29
73.71
74.09
74.44
74.74
74.97
75.12 ^
75.19 —
75.15 *
40
42
45
46
42
38
36
30
23
16
74.97
74.65
74.16
73.47
72.59
71.50
70.22
68.75
67.11
65.36
63.55
61.72
59.94
58.28
56.76
18
32
49
09
88
109
128
147
104
176
181
183
178
160
163
80.74
+0.207
h m
9 7Q
8
7.397
7.702
7.958
8.157
8.294
806
250
199
137
70
8.370 j^
8.386 —
8.346 ^
8.259
8.133
7.980
7.809
7.631
7.455
7.291
7.144
7.021
6.924
6.858
6.825
6.824
6.859
6.928
7.031
7.168
7.342
7.550
7.792
8.068
8.377
8.715
9.077
9.468
9.850
10.243
10.626
10.986
11.316
87
120
163
171
178
176
164
147
123
97
00
33
1
36
09
103
137
174
208
242
276
309
338
302
381
392
393
383
360
329
4.967
1.248
+36 45
II
65.99
65.91
66.18
66.77
67.63
68.71
69.95
71.27
72.60
73.87
75.00
75.98
76.73
77.26
77.52
77.53
77.28
76.78
76.04
75.10
73.94
72.61
71.12
69.49
67.72
65.85
63.90
61.89
59.86
57.83
55.85
63.97
52.24
60.71
49.44
48.46
47.81
47.52
8
27
59
80
108
124
132
133
127
113
96
76
63
20
1
25
50
74
94
110
133
149
163
177
187
195
201
203
203
198
188
173
153
127
98
65
29
76.43
+0.747
Df a, Dm a
D^a, D^a
+0.08
-0.3
+0.07
+0.6
+0.05
-0.3
-0.04
+0.6
+0.06
-0.3
+0.01
+0.6
+0.07
-0.3
+0.04
+0.6
APPARENT PLACES OF STARS, 1916.
397
FOR THE UPPER TRANSIT AT WASHINGTON.
Washlnxtoo
Mean Tune.
Mag. 3.9
Right
Ascension.
Jan. 0.6
10.6
20.6
30.6
Feb. 9.5
19.5
29.5
Mar. 10.4
20.4
30.4
Apr. 9.4
19.3
29.3
May 9.3
19.2
29.2
June 8.2
18.2
28.1
July 8.1
18.1
28.1
Aug. 7.0
17.0
27.0
Sept. 5.9
15.9
25.9
Oct. 5,9
15.8
2^.8
Nov. 4.8
14.8
24.7
Dec. 4.7
14.7
24.6
34.6
h m
9 45
s
5.215
5.664
6.043
6.340
6.548
440
370
307
ao6
116
6.663
6.686 —
6.621 "
6.478
6.271
6.011
5.716
5.400
5.078
4.767
4.474
4.212
3.989
3.810
8.682
3.607
3.587
3.624
3.719
3.872
4.082
4.349
4.671
5.049
5.477
5.950
6.462
7.006
7.566
8.131
8.685
9.210
9.690
143
007
260
200
316
323
811
208
30?
228
170
128
76
'20
37
06
168
310
207
332
378
428
478
612
644
600
606
664
626
480
Declina-
tion.
+59 25
n
49.24
60.11
51.43
53.13
55.14
57.36
59.68
62.02
64.25
66.28
87
132
170
201
232
284
223
203
176
68.03 ^^^
^^•^' 101
70.45
71.04 ^3
71.17 ~
32
70,85
70.11
68.95
67.41
65.54
63.36
60.94
58.30
55.52
52.63
49.69
46.74
43.85
41.07
38.46
36.07
33.98
32.23
30.89
30.00
29.59
29.67
30.25
74
110
164
187
218
242
204
278
280
204
206
280
278
201
230
200
176
134
41
8
68
Mean Place 1.743 64.34
Sec ^, Tan ^ 1.966 +1.693
D^a, Dm a
D^a, Dm^
+0.09
-0.3
+0.09
+0.6
6Sezte]itis.
Mag. 6.0
Right
Aeceniion.
h m
9 47
8
1.815
2.074
2.294
2.469
2.595
2.672
2.701
2.687
2.636
2.553
2.460
2.330
2.204
2.078
1.958
1.848
1.752
1.674
1.615
1.578
1.565
1.577
1.613
1.677
1.769
1.890
2.043
2.226
2.440
2.685
2.958
3.254
3.570
3.896
4.224
4.547
4.851
5.129
176
126
n
20
14
61
83
100
120
126
126
120
110
06
78
60
37
13
12
86
04
02
121
168
183
214
246
373
306
316
330
328
823
304
278
DecUn»-
tion.
-3 50
ft
58.66
60.84
62.89
64.77
66.43
67.87
69.04
69.98
70.67
71.14
71.38
218
206
188
100
144
117
04
00
47
24
0
71.44 —
71.33 "
28
42
66
71.05
70.63
70.08
69.42
68.67
67.85
66.99
66.11
65.25
64.45
63.76
63.20
00
76
82
86
88
86
80
00
66
88
62.82
62.69 —
62.83 "
63.25 ^
64.00 ^*
107
65.07
137
166
188
206
210
224
222
66.44
68.10
69.98
72.06
74.25
76.49
78.71
0.112
1.002
56.80
-0.067
+0.06
-0.3
0.00
+0.5
M Leads.
Mag. 4.1
Right
Atoeoaion.
h m
9 47
8
61.416
61.710
61.960
62.161
62.309
204
280
201
148
01
62.400 ^
37
62.437 —
62.425 "
60
02
120
62.369
62.277
62.157
62.020
61.874
61.727
61,586
61.458
61.348
61.258
61.192
61.151
61.139
61.156
6L200
61.275
61.381
61.517
61.687
61.890
62.124
62.391
62.688
63.010
63.352
63.709
64.070
64.425
64.765
65.077
137
146
147
141
128
lU)
00
66
41
12
17
44
76
106
136
170
203
234
267
207
322
342
367
361
366
340
312
Dedina-
tkm.
+26 23
tf
61.86
61.11
60.67
60.56
60.75
61.18
61.84
62.65
63.55
64.50
65.43
66.29
67.05
67.68
68.15
76
44
11
10
43
66
81
00
05
03
86
76
63
47
20
68.44
68.56 —
68.51 *
68.26
67.85
67.26
66.50
65.59
64.52
63.28
61.90.
60.37
58.71
56.94
55.08
53.16
51.23
49.33
47.52
45.86
44.39
43.17
42.23
36
41
60
76
01
107
134
138
163
166
177
186
103
103
100
181
166
147
133
04
59.338
1.116
71.38
+0.496
+0.07
-0.3
+0.03
+0.5
Gioombiidce 1586.
Mag. 6.0
Right
Ascension.
h m
9 60
8
59.74
60.47
61.08
61.56
61.89
62.05
62.06
61.93
61.65
61.25
60.75
60.19
59.58
58.95
58.33
57.73
57.18
56.69
56.29
55.98
55.75
55.62
55.61
55.70
55.90
56.21
56.61
57.12
57.72
58.42
59.19
60.03
60.91
61.83
62.75
63.65
64.50
65.28
73
01
48
33
10
1
13
38
40
60
66
61
63
63
60
66
40
40
31
33
13
1
0
30
81
40
61
60
70
77
84
88
02
03
00
85
78
Deolln»-
tion.
+73 16
//
29.98
31.34
33.18
35.42
37.97
40.69
43.50
46.25
48.84
51.17
53.14
54.67
55.72
56.24
56.24
55.71
54.66
53.14
51.19
48.85
46.18
43.23
40.08
36.78
33.40
30.00
26.65
23.42
20.38
17.57
15.09
13.00
11.34
10.18
9.54
9.48
9.98
11.03
136
184
334
366
272
281
276
260
233
107
163
106
62
0
63
106
162
106
234
267
206
316
330
338
340
336
323
304
281
248
200
166
116
64
6
50
106
54.168
3.475
46.76
+3.328
+0.11
-0.3
+0.19
+0.5
APPARENT PLACES OF STARS, 1916.
399
FOR THE UPPER TRANSIT AT WASHINGTON.
Wathln
Ineton
Tune.
Jan. 0.6
10.6
20.6
30.6
Feb. 9.5
19.5
29.5
Mar. 10.5
20.4
30.4
Apr. 9.4
19.3
29.3
May 9.3
19.3
29.2
June 8.2
18.2
28.2
July 8.1
18.1
28.1
Aug. 7.0
17.0
27.0
Sept. 6.0
15.9
25.9
Oct. 5.9
15.9
25.8
Nov. 4.8
14.8
24.7
Dec. 4.7
14.7
24.7
34.6
a LeonlB.
Mag. 1.3
Right
Afloension.
h m
10 3
s
55.806
56.089
56.334
56.534
56.685
56.786
56.837
56.842 —
56.807 ^
09
288
245
200
151
101
51
56.738
56.644
56.531
56.409
56.284
56.162
56.050
55.949
55.865
55.801
55.756
55.735
55.736
55.764
55.817
55.898
56.009
56.150
56.323
56.528
56.765
57.033
57.328
57.644
57.975
58.313
58.649
58.972
59.271
113
122
125
122
112
101
84
64
45
1
28
58
81
111
141
178
205
237
268
205
S16
331
338
336
323
200
Declina-
tion.
+12 22
tt
34.68
33.18
31.92
30.92
30.20
150
126
100
73
46
29.74 ^
29.54 —
29.55 ^
29.75
30.09
30.53
31.03
31.57
32.11
32.64
38.13
33.67
33.94
34.25
34.46
84.57
84.68 —
34.46 ^*
20
34
44
50
64
54
53
40
44
87
81
21
U
34.19
83.77
33.17
32.36
31.36
80.14
28.73
27.12
25.36
23.48
21.64
19.58
17.67
15.88
14.26
37
43
60
81
100
122
141
161
176
188
104
196
191
179
168
A.Hydx».
Mag. 3.8
Right
Aaoenaion.
h m
10 6
8
31.139
31.412
31.648
31.838
31.980
32.073
32.118
32.120 -^
32.082 ^
70
08
278
236
190
143
98
45
32.012
31.919
31.808
31.685
31.560
31.437
31.321
31.215
31.124
31.050
30.994
111
123
125
128
116
106
91
74
56
84
30.960
80.949 —
80.963 "
31.003 ^
31.074 ^^
100
81.174
133
166
201
233
266
31.307
31.473
81.674
31.907
32.173
32.464
32.779
33.107
33.441
33.771
34.086
34.377
291
3U
328
334
330
815
291
Declina-
tion.
-11 56
ti
18.27
20.77
2S.22
25.54
27.69
29.62
31.31
32.75
33.91
34.82
35.46
36.85
36.00 —
35.93 ^
250
245
282
215
198
160
144
116
91
64
35.64
35.16
34.48
33.65
32 68
31.60
30.45
29.26
28.10
27.00
26.01
26.20
24.62 ^
24.83 —
24.35 J
24.74 '^
29
48
68
88
97
108
115
119
116
110
90
81
58
25.60
26.63
28.12
29.92
32.01
34.30
36.73
39.22
76
118
149
180
209
229
248
249
a Velomm.
Mag. 4.1
Right
Afloeosion.
h m
10 11
8
13.838
14.149
14.412
14.619
14.768
311
263
207
149
88
14.856 3,
14.888 —
14.867 ^^
69
110
140
166
181
191
198
189
180
165
147
128
97
66
80
8
50
94
141
188
284
280
831
355
380
306
300
390
870
885
14.798
14.688
14.548
14.382
14.201
14.010
13.817
13.628
13.448
13.283
13.136
13.013
12.916
12.850
12.820
12.828
12.878
12.972
13.113
13.301
13.535
13.815
14.136
14.491
14.871
15.267
16.666
16.066
16.426
16.761
Declina-
tion.
-41 42
n
11.81
15.02
18.41
21.87
25.32
28.67
31.84
34.77
37.41
39.72
41.66
43.20
44.33
46.04
45.32
45.16
44.58
43.61
42.26
40.68
38.64
36.46
84.16
31.77
29.41
27.16
25.13
23.40
22.06
21.17
20.80
20.98
21.74
23.05
24.90
27.23
29.97
33.03
321
339
346
345
335
817
293
264
281
194
154
113
71
28
16
58
97
135
168
194
218
231
288
236
225
206
178
184
80
J7
18
76
131
186
288
274
306
38 I7rMB ICaJorlB.
Mag. 5.7
Right
Aaoenalon.
h m
10 11
s
60.85
61.41
61.90
62.30
62.69
62.78
62.85
62.82
62.69
62.47
62.17
61.83
61.44
61.04
60.63
60.24
69.87
69.64
69.25
69.02
68.85
68.75
68.71
68.74
68.84
69.02
69.27
69.69
69.98
60.44
60.97
61.64
62.16
62.81
63.48
64.14
64.78
65.39
56
49
40
29
19
7
8
13
22
30
84
80
40
41
89
37
88
20
23
17
10
4
8
10
18
25
82
39
46
58
57
62
65
67
66
64
61
Declina-
tion.
+66 31
tt
84
134
179
214
242
22.78
23.62
24.96
26.76
28.89
31.31
33.88
36.48
39.01
41.38
43.45
46.19
46.52
47.41 3^
47.78 —
13
47.66
47.05
45.98
44.48
42.56
257
260
253
237
207
174
133
89
40.30
37.73
34.90
31.87
28.71
26.48
22.19
18.96
16.84
12.86
10.16
7.76
6.73
4.12
8.01
2.44
2.38-'
2.90
60
107
150
192
226
257
283
303
316
323
329
323
812
298
270
240
203
161
111
57
52
Mean Place
Sec a, Tan a
D^ a, Dm a
D^ d, Dm d
64.023
1.024
41.63
+0.219
29.579
1.022
18.16
-0.212
12.373
1.340
19.48
-0.891
67.046
2.413
40.72
+2.196
+0.06
-0.3
+0.01
+0.6
+0.06
-0.3
-0.01
+0.5
+0.05
-0.4
-0.05
+0.6
+0.09
-0.4
+0.13
40.5
APPAKENT PLACES OF STARS, 1916.
401
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
ITrMBlCaJoxlt.
Mag. 4.9
Right
Atoenakm.
DecUn»-
tkm.
Mag. 4.1
Right
Aseenslon.
tloa.
SI Leads lUnocit.
Mag. 4.4
Right
Aseenslon.
Dedin*-
tkm.
aAskthm,
Mag. 4.4
Right
Deolin*-
tioo.
Jan. 0.7
10.6
20.6
30.6
Feb. 9.6
Mar.
19.5
29.5
10.5
20.4
30.4
Apr.
9.4
19.4
29.3
May 9.3
19.3
29.2
June 8.2
18.2
28.2
July 8.1
18.1
28.1
Aug. 7.1
17.0
27.0
Sept. 6.0
15.9
25.9
Oct. 5.9
15.9
25.8
Nov. 4.8
14.8
24.8
Dec. 4.7
14.7
24.7
34.6
h m
10 18
8
9.58
10.16
10.66
11.08
11.40
58
50
42
32
19
Mean Place
Set', d. Tan d
D^ d. Dm d
11.59
11.68 -
11.66 ^
11.54
11.32
11.03
10.69
10.30
9.89
9.47
9.07
8.69
8.34
8.04
7.80
7.61
7.49
12
22
20
84
39
41
42
40
38
35
30
24
19
12
6
7.43 -
7.45 ^
7.54
7.70
7.94
8.25
8.63
9.08
9.60
10.17
10.79
11.45
12.13
12.80
13.45
14.07
9
16
24
31
38
45
52
57
02
66
68
67
65
62
+65 58
//
71.86
72.64
73.95
75.71
77.84
80.25
82.84
85.48
88.06
90.47
92.62
94.41
95.81
96.74
78
131
176
213
241
250
264
258
241
215
179
140
93
45
97.19 —
5
97.14
96.60
95.59
94.13
92.26
54
101
146
187
224
256
282
304
819
328
331
328
319
302
270
248
211
168
110
65
51.43 ^,
51.32 —
51.76 **
90.02
87.46
84.64
81.60
78.41
75.13
71.82
68.54
65.35
62.33
59.54
57.06
54.95
53.27
52.08
5.802
2.458
90.34
+2.245
+0.09
-0.4
+0.14
+0.4
h m
10 22
285
240
205
157
100
60
s
3.099
3.384
3.633
3.838
3.995
4.104
4.164 ^^
4.180 —
4.155 "
57
84
104
117
123
124
110
112
101
86
68
40
27
4.098
4.014
3.910
3.793
3.670
3.546
3.427
3.315
3.214
3.128
3.060
3.011
2.984
2.980 —
3.005 ^
8.057 *^
84
3.141
3.259
3.413
3.603
3.829
4.089
4.379
4.693
5.024
5.363
5.701
6.026
6.328
118
154
100
226
260
200
314
331
330
338
325
302
-16 24
//
24.47
27.10
29.72
32.24
34.64
36.83
9o.cM
40.51
41.96
43.13
44.03
44.64
44.99
45.08 —
44.91 ^^
80
44.52
43.90
43.09
42.10
40.95
263
262
252
240
210
107
171
145
117
00
61
35
39.70
38.39
37.05
35.75
84.56
33.51
32.69
82.13
31.91 —
32.06 ^*
64
32.60
62
81
00
115
125
131
134
130
110
105
82
56
33.53
34.87
36.67
38.69
40.87
43.34
45.94
03
134
170
202
228
247
260
1.636
1.042
25.35
-0.294
+0.06
-0.4
-0.02
+0.4
h
10
m
23
s
4.011
4.357
4.663
4.918
5.118
5.257
6.336
346
306
251
200
ISO
70
22
5.358 —
5.328 ^
6.252 ^
112
5.140
5.001
4.846
4.680
4.515
4.366
4.209
4.079
3.972
3.887
180
155
166
165
150
147
130
107
85
56
3.831
3.803 —
3.804 ^
3.838 ^
3.906 ^
104
4.010
4.160
4.329
4.548
4.806
5.101
5.431
5.790
6.171
6.564
6.960
7.345
7.708
140
170
219
258
205
330
350
381
303
306
385
363
+37 7
tr
40
62.72
62.23
62.16 —
62.48 ^
63.17 ^
100
64.17
65.43
66.85
68.37
69.91
71.39
72.74
73.91
74.86
75.65
126
142
152
154
148
135
117
05
60
42
75.97 ,,
76.08 —
75.91 "
75.45 ^
74.71 ^^
100
73.71
72.46
70.98
69.29
67.41
65.35
63.17
60.86
58.48
56.06
53.65
51.31
49.08
47.05
45.27
43.79
42.67
41.94
125
148
160
188
206
218
231
238
242
241
234
223
203
178
148
112
73
1.899
1.254
76.80
+0.767
h m
10 23
s
19.776
20.076
20.336
20.648
20.708
20.816
20.872
+0.07
-0.4
+0.05
+0.4
300
260
212
160
108
56
8
20.880 —
20.844 ^
71
101
123
138
147
140
147
130
120^
112
06
73
50
20.773
20.672
20.549
20.411
20.264
20.115
19.968
19.829
19.700
19.588
19.492
19.419
19.369 ^
19.349 —
19.359 *®
19.402 ^
82
19.484
120
161
203
243
270
314
339
358
864
362
345
320
19.604
19.765
19.968
20.211
20.490
20.804
21.143
21.601
21.865
22.227
22.572
22.892
-30 38
n
19.36
22.33
25.41
28.51
31.54
34.44
37.16
39.63
41.82
43.71
45.26
46.46
47.31
47.81 ,,
47.95 —
22
47.73
47.18
46.30
45.13
43.69
207
308
310
303
200
272
247
210
180
155
120
85
50
42.05
40.26
38.34
36.40
34.51
32.73
31.18
29.90
28.98
28.47
28.43
28.87
29.83
31.27
33.16
35.45
38.06
40.91
55
88
117
144
164
180
101
104
180
178
155
128
02
51
4
44
06
144
189
220
261
285
18.372
1.163
24.24
-0.592
+0.05
-0.4
-0.04
+0.4
79790o_1916- — ^26
APPARENT PLAGES OF STARS, 1916.
403
FOR THE UPPER TRANSIT AT WASHINGTON.
Washtof^ton
Mean Tune.
Jan. 0.7
10.6
20.6
30.6
Feb. 9.6
19.5
29.5
Mar. 10.5
20.4
30.4
Apr. 9.4
19.4
29.3
May 9.3
19.3
29.3
June 8.2
18.2
28.2
July 8.1
18.1
28.1
Aug. 7.1
17.0
27.0
Sept. 6.0
16.0
25.9
Oct. 6.9
15.9
25.8
Nov. 4.8
14.8
24.8
Dec. 4.7
14.7
24.7
34.7
41 Leonis Mlnozte.
Mag. 5.0
Right
Afloeosion.
h m
10 38
8
52.853
53.173
53.460
53.703
53.898
54.042
54.132
320
287
243
105
144
00
43
54.174 —
54.172 *
M.128
54.052
53.953
53.835
53.709
53.580
53.464
53.336
53.230
53.138
53.066
53.012
52.982
44
76
00
118
136
120
126
118
106
03
72
64
80
8
52.974 —
52,993 ^®
53.040 *^
78
5S.118
111
146
182
210
264
286
317
338
354
356
351
834
53,229
53.374
53.556
53.775
54.029
54.315
54.632
54,970
55.324
55.680
56.081
56.366
Declina-
tion.
+23 37
//
31.17
29.99
29.15
28.65
118
84
50
44
68
85
07
103
103
07
88
74
00
43
33
^.50 —
17
28.67
29.11
29.79
30.64
31.61
32.63
33.65
34.62
35.50
36.24
36.84
37.27
37.60
37.56 —
37.40 ^
34
37.06
36.53
35.79
34.86
83.73
32.42
30.92
29.23
27.33
25.39
23.29
21.13
18.95
16.81
14.77
12.89
11.25
9.88
63
74
08
113
131
150
100
185
100
310
216
218
214
204
188
164
137
Mag. 3.0
Right
Asoeoston.
h m
10 39
s
58.74
59.23
59.64
59.97
60.22
60.37
60.45
60.43
60.33
60.16
59.93
59.65
59.34
58.99
58.62
58.24
57.86
57.49
57.14
56.81
56.63
56.29
56.12
56.01
57.52
68.04
58.61
59.21
69.82
60.42
61.00
61.52
40
41
33
26
15
8
2
10
17
23
38
31
35
37
38
38
37
35
33
38
24
17
11
56.98 -
4
66.02
66.15
66.37
56.68
67.06
13
23
31
38
46
53
57
60
61
60
58
53
Declina-
tion.
-63 57
ft
4.56
7.64
11.07
14.75
18.58
22.46
26.31
30.03
33.66
36.80
39.70
42.22
44.30
46.92
47.03
47.64
47.73 —
47.29 ^
46.35 •*
44.94 "^
185
43.09
308
348
368
383
388
385
872
353
334
200
253
208
162
111
61
40.88
38.36
36.63
32.77
29.89
27.10
24.52
22.25
20.40
19.04
18.25 ,,
18.08 —
18.56 *®
19.69 "^
173
21.42
221
353
378
386
368
370
258
227
185
136
70
23.73
26.53
231
280
42 Leonis Mlnoxis.
Mag. 5.4
Right
Aeeenston.
h
10
m
41
s
13.730
14.069
14.372
14.631
14.839
14.992
16.090 „
43
15.133 —
15.128 *
15.080 ^®
84
14.996
390
303
250
206
153
06
14.885
14.766
14.616
14.472
14.330
14.197
14.077
13.972
13.886
111
130
140
144
142
133
130
106
86
63
13.823
13.783 j^
13.769 —
13.784 **
13.827 *^
78
13.905
113
150
186
337
364
300
331
356
370
376
370
354
14.018
14.168
14.354
14.581
14.845
15.144
15.475
15.831
16.201
16.677
16.947
17.301
Declina-
tion.
+31 6
tf
76.68
75.68
75.19
75.09
75.36
75.97
76.85
77.97
79.23
80.67
81.92
83.20
84.37
85.33
86.20
86.79
87.13
87.23
87.06
86.66
85.99
86.10
83.97
82.63
81.07
79.33
77.41
75.32
73.12
70.82
68.47
66.11
63.81
61.63
69.62
57.86
66.40
55.29
00
40
10
27
61
88
12
36
34
35
38
17
01
83
50
84
10
17
40
67
80
113
134
156
174
103
200
220
230
235
236
230
218
201
176
146
111
Var. 1.6-6.6
Right
Asoenaion.
h
10
m
41
s
49.233
49.673
50.060
60.367
50.587
440
377
307
230
151
60.738
50.812 —
50.811 ^
50.743 ^
50.613 ^^
183
50.430
50.203
49.942
49.657
49.354
49.044
48.733
48.432
48.146
47.886
227
201
285
303
310
311
301
286
260
328
47.668 jg^
47.471 ,^
47.331 g^
47.247
47.226 —
48
47.274
118
103
267
330
402
47.392
47.585
47.862
48.191
48.693
49.051
49.653
60.082
50.623
61.157
61.668
52.139
458
502
520
541
534
511
471
Declina-
tion.
-59 14
ft
22.17
25.26
28.68
32.32
36.09
39.90
43.66
47.28
50.67
63.79
56.57
68.96
60.93
62.43
63.44
63.96
63.96
63.47
62.50
61.08
59.25
67.07
54.61
61.94
49.17
46.89
43.71
41.25
39.10
37.37
36.13
36.46
35.41 —
35.98 *^
37.18 *^
180
88.98
300
342
364
377
381
376
362
330
312
278
230
107
150
101
53
0
40
143
183
318
246
267
277
278
368
346
215
173
124
67
41.34
44.15
236
281
Mean Place
Sec dy Tan d
61.109
1.091
42.71
+0.437
57.356
2.278
16.84
-2.046
11.871
1.168
90.24
+0.604
47.913
1.955
33.68
-1.680
+0.07
-0.4
+0.03
+0.3
+0.04
-0.4
-0.13
+0.3
+0.07
-0.4
+0.04
+0.3
+0.05
-0.4
-0.11
+0.3
APPARENT PLACES OF STARS, 1916.
405
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Time.
46 Leonls Minods.
Kag. 3.9
64 Leonls.
Mag. 4.5
lAntUao.
Mag. 4.7
Gioombildce 1706.
Mag. 6.3
Right
Asoeosion.
Declina-
tion.
Right
Afoeosion.
Declina-
tion.
Right
Aaoenskm.
Declina-
tion.
Right
Aseeoslon.
Dedina-
tion.
h m
• #
h m
• t
h m
• /
h m
• 1
10 48
+34 39
10 51
+25 11
10 52
-36 41
10 53
+78 12
Jan. 0.7
10.6
8
38.986
39.838^^
91 0
WW
50.14
49.33 "
8
5.759
6.090^'
9$
40.52
39.33 "*
8
49.535
49.872 ^^
3.22
6.13 ^*
8
22.19
23.30 '''
51.91
52.67 ^
20.6
39.656 ^^*
48.95 ^
6.386^
38.48 ^
50.170 ^
9.24 ^"
24.30 ^«^
54.02^^
30.6
39.929^
48.98 3
6.642^
38.00 ^
50.422 ^^
12.43 ^^*
25.16 ^
56.89 ^
Feb. 9.6
40.151 ^
IM
49.40 "
78
6.850^
158
37.91 -i
23
60.624^
148
15.64 ^^^
315
25.82 ^
48
58.20**^
265
19.5
29.5
Mar. 10.5
20.5
30.4
40.317 ,^
40.426
40.480 J
40.481 —
40.437 **
83
50.18
51.26 '**
52.55 *"
53.99 ^^
55.51 ^«
151
7-^« 105
7.113 ^
7.168
7.176 —
7.142 ^
06
38.14
38.65 "
39.44 ^
40.38 **
41.46 ^«^
114
50.772
50.864
50.907 —
50.904 ^
50.860 ^
80
18.79
21.81 ^"
24.61^
27.17 ^
29.47 ^
196
26.30
26.57
26.62 —
26.47 **
26.12 ^
52
60.85
63.73^
66.70 ^^
69.65 **
72.46 ^^
255
Apr. 9.4
19.4
40.355
40.242 "'
57.02
58.46 '''
4 4W%
7.076
6.982 **
4 4 4
42.60
43.73 "'
50.780
60.673 ^^
31.43
33.06 ^^
25.60
24.94 ^
75.01
77.20"*
29.3
May 9.3
19.3
40.109 ^^
39.963 **•
39.811 *"
150
59.76 ^
60.87 "*
61.76 *
62
6.871 "*
6.747 ^
6.620 "^
128
44.80^^
45.76 *•
46.59 ^
67
50.546 *^ ' 34.31 ^^
50.403"^ 35.21 '^^
50.251**^ 35.72 **
156 12
24.15 ^
23.30 ^
22.39 •*
02
78.96 ^^**
80.24 ^^
80.98 ^*
19
29.3
39.661
% Mm
62.38
62.72 ^
62.79 —
6.492
47.26 ^
47.72 ^
48.00 ^
48.06 —
50.095 35.84 "~
21.47
81.17
June 8.2
18.2
39.516 "'^
39.384 ^^
6.370 ^"
6.258 "*
49.940^" 35.59 **
49.791"* 34.97 ®*
20.56 "
19.69 *^
80.80 ^^
79.87 ^
28.2
39.267 "^
62.56 ^
6.159 •^
49.651 *^ 34.01 ^
18.90 ^
78.44 ^^
July 8.2
39.169 ^
76
62.06 ^
79
6.077 *^
64
47.90 ^®
37
49.526^^ 32.73^^
107 157
18.18 '^
61
76.52 ^^
235
18.1
28.1
Aug. 7.1
17.0
27.0
39.094
39.042
39.018 —
39.022 ^
39.058 ^
61.27
60.23 ^^
58.93 ^^
57.39 '*^
55.64 '''
105
6.013 ^
5.970 ^
5.950 —
5.955 *
5.989 ^
64
47.53
46.95 ^
46.15 *
45.15 ^«^
43.93 ^^
141
49.419
49.334
49.275
49.248 —
49.255 '
47
31.16
29.39 *'"
27.44*^
25.40*^
23.32**
201
17.57 ,^
17.08 3^
16.72 ^
16.49
16.41 —
7
74.17
71.43 ^*
68.36^
65.04^^
61.51 ^
365
Sept. 6.0
16.0
39.127
39.234 ^^
1 M^
53.69
51.55 ^"
6.053
6.151 ^
42.52
40.90 *•*
49.302
49.392 ^
21.31
19.44 '"^
16.48
16.70 "
57.86
54.16 ^'^
25.9
Oct. 5.9
39.377 ***
39.562 ***
AAV
49.27 "*
46.88 ^
6.283 ^^^
6.404 ^^*
39.10 ^^
37.15 *•*
49.528 *^
49.710 ^^
17.81 ^^
16.50 *^*
17.07 *^
17.60 *^
50.47^
46.88^
16.9
39.787 *"
265
44.41 ^^
251
6.661 *^^
245
35.04 "*
220
49.939 ^
274
15.57 •^
48
18.28 ^
81
43.46 ^*^
318
25.9
Nov. 4.8
14.8
24.8
Dec. 4.7
40.052
40.355^
40.689 ^^
41.051 ^
41.431 ^
386
41.90
39.42^
37.02 ^
34.76**
32.71 *"
174
6.906
7.188 ^
7.500^"
7.838^
8.192 ^
361
32.84
30.57 ^'^
28.29 ^
26.07^
23.95 "^
192
50.213
50.526 '*'
50.874 ^^®
51.246^"
51.631 ^
387
15.09
15.13 ^
15.67 *^
16.73 ^^
18.30 **'
202
19.09
20.03 ^
21.08 '^
22.22 "*
23.41 "•
122
40.28
37.45 ^
35.02 ^*^
33.06 ^**
31.65 "*
84
14.7
24.7
34.7
41.817
42.200^
42.566*"
80.97
29.53 "*
28.49 ^^
8.553
8.910 ^'
9.252 '*^
22.03
20.34^*®
18.95 ^^
52.018
52.396 ^^
52.752 ^
20.32
22.75 ^^^
25.49 ^^
24.63
25.83 ^
26.99 "*
30.81 ^
30.58 —
30.99 **
Mean Place
37.110 65.07
4.066 53.08
48.311 9.55
16.364 73.78
Sec dy Tan d
1.216 +0.692
1.105 +0.470
1.247 -0.745
4.896 +4.793
D^ a. Dm a
+0.07 +o.ai
+0.07 +0.03
+0.06 -0.05
+0.10 +0.31
D^dyDmd
-0.4
+0.3 1
-0.4
+0.8 1
-0.4
+0.3 1
-0.4
+04J
APPARENT PLACES OF STARS, 1916.
407
FOR THE UPPER TRANSIT AT WASHINGTON.
WashlnEton
Mean Tune.
Jan. 0.7
10.7
20.6
30.6
Feb. 9.6
19.5
29.5
Mar. 10.5
20.5
80.4
Apr. 9.4
19.4
29.4
May 9.3
19.3
29.3
June 8.2
18.2
28.2
July 8.2
18.1
28.1
Aug. 7.1
17.1
27.0
Sept. 6.0
16.0
25.9
Oct. 5.9
15.9
25.9
Nov. 4.8
14.8
24.8
Dec. 4.8
14.7
24.7
34.7
JtLeonli.
Mag. 4.7
Right
Ascension.
h m
11 0
Mean Place
Sec a. Tan a
8
42.543
42.853
43.135
43.378
43.579
43.733
43.840
43.902
43.922
43.905
48.859
43.788
43.700
43.601
43.495
43.389
43.286
43.189
43.102
43.028
42.967
42.923
42.900
810
282
243
201
164
107
02
20
17
40
71
88
90
100
100
103
97
87
74
01
44
23
3
42.897 —
42.921 ^
50
42.971
43.053
43.169
43.320
43.507
43.732
43.991
44.280
44.594
44.925
45.263
45.508
45.919
82
110
151
187
226
250
314
331
338
336
321
Declina-
tion.
+ 7 46
//
78.12
76.24
74.59
73.17
72.05
71.22
70.66
70.37
70.31
70.45
70.77
71.20
71.72
72.29
72.89
73.49
74.07
74.61
75.10
75.52
75.85
76.07
188
165
142
112
83
56
29
0
14
32
43
52
57
60
60
58
54
49
42
33
22
p^ Leonlt.
Mag. 5.7
Right
Ascension.
11
76.18 —
76.14 *
75.92
76.53
74.93
74.11
73.04
71.74
70.25
68.51
66.59
64.54
62.36
60.22
58.14
56.17
22
89
60
82
107
130
149
174
192
205
218
214
208
197
41.109
1.009
85.80
+0.137
h m
11 2
311
277
242
198
154
107
62
8
38.562
38.873
39.150
39.392
39.590
39.744
39.851
39.918 ^
39.987 —
39.922 **
44
39.878
39.811
39.726
39.630
39.528
39.423
39.322
39.226
39.140
39.064
39.002
38.956
38.930
38.925 —
38.946 "
47
67
85
96
102
105
101
96
86
76
62
46
26
38.993
39.074
39.185
39.337
39.522
39.745
39.999
40.288
40.601
40.928
41.264
41.598
41.918
81
111
152
185
223
254
289
313
327
336
334
320
Declina-
tion.
+ 2 24
36.77
34.70
32.83
31.16
29.73
28.57
27.66
27.03
26.65
26.50 —
1
26.51
26.70
27.03
27.42
27.92
207
187
107
143
116
91
63
38
28.47
29.05
29.63
30.22
30.77
31.28
31.74
32.10
32.35
19
33
89
50
56
58
58
50
56
51
46
36
25
9
i^ TSnm Xajortt.
Mag. 3.2
Right
Ascension.
32.44 —
6
32.38
32.11
31.58
80.81
29.78
28.50
26.95
25.16
23.21
21.12
18.95
16.78
14.66
27
53
77
103
128
155
179
195
209
217
217
212
37.184
1.001
42.76
+0.042
h m
11 4
408
368
321
266
203
138
74
8
58.847
59.250
59.618
59.939
60.204
60.407
00.545
60.619
60.632 —
60.590 ^
89
60.501
60.373
60.216
60.039
59.852
59.661
59.474
59.297
59.136
58.993
58.876
58.784
58.723
128
157
177
187
191
187
177
161
143
117
92
61
28
58.695 —
58.703 ®
45
58.748
58.837
58.970
59.150
69.378
69.653
59.972
60.332
60.725
61.142
61.571
62.001
62.416
89
133
180
228
275
319
360
393
417
420
430
415
Declina-
tion.
+44 56
ft
65
58.12
57.57
57.52 —
57.96 ^
.58.85
60.13
61.73
63.55
65.53
67.55
69.53
71.38
73.02
74.40
75.48
76.20
76.57
76.57
76.19
75.44
74.34
72.92
71.18
69.16
66.91
64.44
61.79
59.01
56.14
53.23
50.35
47.56
44.93
42.53
40.43
38.71
37.41
3G.58
128
160
182
198
202
198
185
104
138
106
72
87
0
38
75
110
142
174
202
225
247
265
278
287
291
288
279
263
240
210
172
130
83
56.853
1.413
76.31
+0.998
/f Giatexlf.
Mag. 4.5
Right
Ascension.
h m
11 7
8
32.673
32.994
33.284
33.534
33.740
321
290
250
206
158
33.898 III
34.009
34.074 ^
34.096 —
34.082 "
45
34.037
72
90
103
113
118
33.965
33.875
33.772
33.659
33.541
33.425
33.311
33.205
33.108
33.024
32.958
32.911 ^
32.889 —
32.893 *
38
32.931
116
114
106
97
84
66
47
33.004
33.116
33.268
33.462
33.696
33.968
34.274
34.604
34.962
35.306
36.655
35.989
73
112
152
194
234
272
306
330
348
354
340
334
Declina-
tion.
-22 21
ft
59.82
62.46
65.17
67.88
70.52
73.02
75.35
77.44
79.30
80.88
204
271
271
264
250
283
209
186
158
132
82.20 ^^
83.22
83.96
84.43
84.60 —
9
84.51
84.16
83.55
82.72
81.69
80.50
79.16
77.75
76.31
74.89
35
61
83
103
119
134
141
144
143
132
72.42 „
71.49 ^
70.86
70.57 —
10
70.67
52
93
136
173
208
233
255
71.19
72.12
73.48
75.21
77.29
79.62
82.17
31.477
1.081
61.77
-0.412
D^ a, Dm a
+0.06
-0.4
+0.01
+0.3
+0.06
-0.4
0.00
+0.2
+0.07
-0.4
+0.06
+0.2
+0.06
-0.4
-0.03
+0.2
APPARENT PLACES OF STARS, 1916.
409
FOR THE UPPER TRANSIT AT WASHINGTON.
Washineton
Mean Tune.
Jan. 0.7
10.7
.20.6
30.6
Feb. 9.6
19.6
29.5
Mar. 10.5
20.5
30.4
Apr. 9.4
19.4
29.4
May 9.3
19.3
29.3
June 8.3
18.2
28.2
July 8.2
18.1
28.1
Aug. 7.1
17.1
27.0
Sept. 6.0
16.0
26.0
Oct. 5.9
15.9
25.9
Nov. 4.8
14.8
24.8
Dec. 4.8
14.7
24.7
34.7
Mag. 4.1
Right
Ascension.
h m
11 16
316
»1
366
214
170
123
79
36
s
49.697
50.013
50.304
50.559
50.773
50.943
51.066
51.145
51.181
51.182 —
32
51.150
51.093
51.017
50.927
50.829
50.728
60.627
50.530
50.439
50.358
50.290
50.236
60.199
67
76
90
06
101
101
97
91
81
68
64
37
16
50.183 —
50.190 ^
36
50.226
50.292
50.391
50.526
50.700
50.912
51.160
51.440
51.748
52.075
52.412
52.749
53.076
66
99
136
174
212
248
280
306
327
337
337
327
Declina-
tion.
+ 6 28
#/
196
176
161
123
96
64
39
76.02
74.07
72.32
70.81
69.58
68.63
67.99
67.60 j2
67.48 —
67.56 ^
26
67.82
68.22
68.71
69.28
69.88
70.50
71.10
71.68
72.21
72.68
73.06
73.34
73.51
73.54-^
73.40 ^*
40
49
67
60
62
60
68
63
47
38
28
17
73.07
72.55
71.79
70.79
69.55
68.07
66.36
64.46
62.41
60.26
58.08
55.95
53.92
62
76
100
124
148
171
190
206
216
218
213
203
7t Gentauxi.
Mag. 4.3
Right
Asoension.
h
11
m
17
8
11.296
11.735
12.129
12.467
12.741
439
394
338
274
209
12.950 j^j
13.091 „
13.168 jj
13.183 ~
13.142 "
90
13.052
138
170
196
219
234
12.919
12.749
12.55S
12.334
12.100
11.858
11.614
11.375
11.147
10.939
10.757
10.609
10.502
10.444
10.443
10,501
10.624
10.816
11.073
11.394
11.774
12.202
12.665
13.152
13.645
14.130
14.591
242
344
239
228
306
182
148
107
68
68
123
192
267
321
380
428
463
487
493
486
461
Declina-
tion.
-54 1
If
39.43
42.20
45.33
48.70
52.24
55.85
59.45
62.94
66.27
69.36
72.17
74.65
76.74
78.43
79.67
80.45
80.76
80.60
79.98
78.91
77.43
75.60
73.45
71.07
68.55
65.96
63.41
61.01
58.87
57.07
277
313
337
364
361
360
349
333
309
281
248
209
169
124
78
iLeonia.
Mag. 4.0
Right
Ascension.
31
16
62
107
148
188
216
238
262
269
266
240
214
180
136
55.71 ^
54.86
54.57 —
54.87 ^
55.78 •^
148
57.26
59.28
61.77
202
249
h m
11 19
8
34.115
34.438
34.733
34.993
35.213
35.388
35.516
35.599
35.640
35.642
35.612
35.556
35.479
35.389
35.289
35.186
35.083
34.983
34.890
34.807
34.737
34.681
34.642
323
296
260
220
176
128
83
41
2
30
66
77
90
100
108
103
100
93
83
70
66
39
18
34.624 —
34.629 *
84
34.663
34.727
34.823
34.957
35.130
35.342
35.589
35.869
36.178
36.506
36.846
37.187
37.518
64
96
134
178
212
247
280
309
328
340
341
331
Declina-
tion.
+10 58
ft
183
168
180
101
09
82.16
80.33
78.75
77.45
70.44
75.75 ^
75.36 ^,
75.26 —
75.41 **
75.75
76.24
76.86
77.54
78.27
78.97
79.66
80.29
80.85
81.81
81.67
34
49
62
68
73
70
69
63
66
46
36
22
81.89 jQ
81.99 —
81.94 *
81.72
81.33
80.74
79.93
78.91
77.64
76.16
74.46
72.58
70.54
68.39
66.19
64.02
61.93
59.99
22
89
69
81
102
127
148
170
188
204
216
220
217
209
194
r LeonlB.
Mag. 5.2
Right
Ascension.
h m
11 23
8
38.336
38.655
38.947
39.206
39.425
39.600
39.729
39.814
39.860
39.867 —
26
319
292
269
219
176
129
85
46
39.842
39.792
39.722
39.638
39.544
39.446
39.347
39.250
39.159
39.076
39.006
38.948
38.905
60
70
84
94
98
99
97
91
83
70
58
43
22
38.883 —
38.884 ^
29
38.913
38.972
39.064
39.193
39.360
39.566
39.809
40.085
40.390
40.714
41.050
41.383
41.714
50
92
129
167
206
243
276
306
334
336
333
331
Declina-
tion.
+ 3 18
ft
206
188
166
142
113
61.56
59.51
57.63
55.97
54.55
53.42
52.56
51.99
51.66 jj
51.55 —
9
51.64
51.90
52.27
52.74
53.28
86
67
33
26
37
47
64
68
60
60
68
6^
40
41
31
18
58.86
54.45
55.04
55.62
56.16
56.65
57.06
57.37
57.55
67.60 —
16
57.45
57.11
56.55
55.73
54.65
53.32
51.74
49.05
47.97
45.85
43.68
41.49
39.39
34
66
82
108
133
158
179
198
212
217
219
210
Mean Place
Sec a, Tan ^
48.365
1.006
83.80
+0.114
10.273
1.702
49.95
-1.378
32.763
1.019
91.49
+0.194
37.070
1.002
68.48
+0.058
D^ a, Dm a
+0.06
-0.4
+0.01
+0.2
+0.05
-0.4
-0.09
+0.2
+0.06
-0.4
+0.01
+0.2
+0.06
-0.4
0.00
+0.2
APPARENT PLACES OF STAKS, 1916.
411
FOR THE UPPER TRANSIT AT WASHINGTON.
Waal
ihlnston
DTune.
Jan. 0.7
10.7
20.7
30.6
Feb. 9.6
19.6
29.5
Mar. 10.5
20.5
30.5
Apr. 9.4
19.4
29.4
May 9.4
19.3
29.3
June 8.3
18.2
28.2
July 8.2
18.2
28.1
Aug. 7.1
17.1
27.1
Sept. 6.0
16.0
26.0
Oct. 5.9
15.9
25.9
Nov. 4.9
14.8
24.8
Dec. 4.8
14.8
24.7
34.7
^ Cliam»leoiitU.
Mag. 5.7
Right
AjoeoBion.
h m
11 33
90
81
70
68
44
30
10
Mean Race
Sec a. Tan d
D^ a, D« a
8
48.02
48.92
49.73
50.43
51.01
51.45
51.75
51.91
51.93 ~
51.82 ^^
23
51.60
51.26
50.83
60.31
49.71
49.06
48.38
47.67
46.96
46.27
45.61
45.02
44.51
44.09
43.79
43.68
43.63
43.77
44.07
44.53
45.15
45.90
46.75
47.69
48.69
49.70
50.69
51.63
84
43
52
00
00
68
71
71
00
00
60
61
42
30
10
0
14
30
40
03
76
86
94
100
101
99
94
Dadina-
tlOQ.
-75 25
tt
39.52
41.84
44.68
47.92
51.47
55.22
59.11
63.04
66.90
70.64
74.16
77.40
80.29
82.78
84.81
384
324
366
376
389
393
380
374
362
334
280
249
203
156
SDxaoonia.
Mag. 5.5
Right
Afoonsioo.
86.36 j^
87.39 ^
87.87 —
87.80 ^
87.20 ^
113
86.07
84.46
82.40
79.99
77.28
74.38
71.39
68.43
65.63
63.08
60.91
59.20
58.05
57.50
57.61
58.36
59.76
61.74
101
200
241
271
290
299
290
280
266
217
171
116
55
11
75
140
198
47.279
3.977
53.52
-3.849
h m
11 37
+0.05
-0.4
-0.25
+0.1
8
50.65
51.32
51.94
52.50
52.97
53.36
53.63
53.80
53.84
53.79
53.64
53.40
53.10
52.74
52.34
51.91
51.48
51.04
50.63
50.24
49.88
49.57
49.31
49.12
48.99
48.93
48.95
49.05
49.23
49.50
49.86
50.30
50.82
51.40
52.03
52.70
53.38
54.06
07
02
60
47
39
27
17
4
6
16
24
30
30
40
43
43
44
41
39
30
31
20
19
13
0
2
10
18
27
80
44
62
68
03
07
68
08
Declina-
tion.
48.021
2.581
+67 11
it
71.94 ^^
71.78 —
72.26 **
73.30*^
74.89 "•
206
76.94
241
307
380
382
273
79.35
82.02
84.82
87 64
90.37
92.88
95.10
96.94
98.35
261
222
184
141
93
99.28
99.71 —
99.62 ®
99.02 ^
97.92 "^
158
CCiaterU.
Mag. 4.9
Right
Asoemlon.
96.34
94.33
91.91
89.15
86.09
82.79
79.31
75.71
72.08
68.47
64.99
61.69
58.68
56.03
53.8^^
52.12
50.99
50.47
201
242
270
300
380
348
360
303
301
348
330
301
205
221
170
113
52
95.51
+2.379
h m
11 40
8
81.228
31.562
31.870
32.144
32.378
834
308
274
234
191
32.569 j^^
32.716 ^^
32.819 ^
32.879 j^
32.903 —
9
32.894
32.858
82.798
32.722
32.634
32.536
32.434
32.328
32.225
32.125
32.033
31.953
31.887
31.841 jj
31.819 —
7
31.826
80
00
70
88
98
102
100
103
100
92
80
00
40
Declina-
tion.
31.865
31.942
32.060
32.218
32.421
32.665
32.945
33.256
33.591
33.937
34.288
34.628
89
77
118
158
203
244
280
811
835
840
351
340
-17 53
//
1.37
3.82
6.32
8.78
11.17
246
250
240
239
236
13.42
15.49
17.34
18.96
20.32
21.43
22.31
22.93
23.31
207
185
103
130
HI
88
03
88
15
23.46 —
7
23.39
23.10
22.62
21.96
21.14
39
48
00
82
98
100
113
116
111
100
90
09
44
X Vnm ICaJorii.
Mag. 3.8
Right
ABoeoskm.
20.16
19.10
17.97
16.81
15.70
14.64
13.74
13.05
12.61
12.48 —
30
12.68
13.24
14.20
15.51
17.17
19.13
21.32
23.68
50
90
131
106
190
319
336
h m
11 41
8
39.001
39.436
40.212
40.528
40.785
40.976
41.102
41.164
41.164
41.110
41.010
40.872
40.704
40.516
40.315
40.109
39.905
39.707
39.523
39.357
39.212
39.094
39.006
38.954
38.941
38.972
39.050
39.178
39.359
39.595
39.883
40.219
40.598
41.012
41.448
41.896
42.337
436
408
808
310
367
191
130
03
0
64
100
138
108
188
301
300
204
198
184
160
146
118
88
62
13
31
78
128
181
230
288
330
879
414
430
448
441
Declina-
tion.
+48 14
//
22.08
21.27 ^
21.01 ^
21.29 "
22.08 ^
136
23.33
104
194
315
225
227
24.97
26.91
29.06
31.31
33.58
35.74
37.74
39.49
40.94
42.03
42.73
43.02 —
42.91 "
42.38 *^
92
41.46
216
200
176
146
109
70
+0.07
-0.4
+0.16
+0.1
30.191
1.051
1.28
-0.323
+0.06
-0.4
-0.02
+0.1
40.14
38.46
36.45
34.15
31.57
28.78
25.80
22.70
19.53
16.36
13.27
10.31
7.57
5.14
3.09
1.48
0.36
133
168
301
330
358
379
398
310
317
317
309
290
274
213
205
161
112
37.269
1.501
42.70
+1.120
+0.06
-0.4
+0.07
+0.1
APPARENT PLACES OF STARS, 1916.
413
FOR THE UPPER TRANSIT AT WASHINGTON.
Washinffton
Mean Tune.
Mag. 4.6
Right
Ascension.
Dedina-
tiOQ.
oyizfiiiit.
Mag. 4.2
Right
Declina-
tion.
^ Centftuii.
Mag. 2.9
Right
Aieenslon.
Declina-
tion.
Mag. 3.2
Right
Aaoenskm.
Declina-
tion.
Jan. 0.7
10.7
20.7
30.6
Feb. 9.6
19.6
29.6
Mar. 10.5
20.5
30.5
Apr. 9.5
19.4
29.4
May 9.4
19.3
29.3
June 8.3
18.3
28.2
July 8.2
18.2
28.2
Aug. 7.1
17.1
27.1
Sept. 6.0
16.0
26.0
Oct. 6.0
16.9
25.9
Nov. 4.9
14.9
24.8
Dec. 4.8
14.8
24.7
31.7
h m
11 56
+ 74
I
35.205
35.536
35.847
36.130
36.376
36.581
36.744
36.863
36.940
36.980
36.986
36.963
36.917
36.851
36.773
36.685
36.590
36.493
36.396
36.303
36.216
36.137
36.072
36.023
35.995
35.990
36.016
36.076
36.171
36.306
36.481
36.698
36.953
37.241
37.556
37.888
38.227
38.563
ft
381
311
383
340
305
103
119
77
40
0
38
40
00
78
88
«5
97
97
93
87
79
06
49
38
6
30
00
96
136
176
317
366
388
316
332
339
330
48.69
46.67
44.85
43.29
42.02
41.04
40.38
40.01
39.92 —
40.06 "
34
303
183
160
137
98
00
37
40.40
40.89
41.49
42.16
42.88
43.58
44.27
44.92
45.50
46.01
46.41
46.69
46.85
46.85
46.68
46.32
45.76
44.96
43.93
42.65
41.13
39.38
37.44
35.34
33.15
30.92
28.72
26.63
49
00
07
73
70
09
06
68
61
40
38
10
0
17
30
50
80
103
138
163
176
194
310
319
328
330
309
h m
12 0
I
56.939
57.272
57.586
57.872
58.122
58.331
58.498
58.621
58.703
58.746
58.755
58.734
58.690
58.626
58.548
58.460
58.366
58.267
58.169
58.073
57.982
57.901
57.832
57.778
57.746
57.736
57.757
57.810
57.900
58.031
58.204
58.417
58.669
58.954
59.268
59.598
59.938
60.275
314
380
360
309
107
138
83
43
JIJ
31
44
04
78
88
94
99
98
90
91
81
09
64
33
9
31
63
90
131
178
213
262
285
814
330
340
337
+ 9 11
tt
48.01
46.02
44.27
42.77
41.59
199
175
150
118
87
40.72
40.18
39.95 —
39.98 ^
40.26
40.73
41.34
42.06
42.82
43.61
44.88
45.12
45.78
46.36
46.84
47^
47.42
47.49 —
47.40 •
27
47
28
47
01
72
70
79
77
74
00
68
48
80
22
47.13
46.66
45.96
45.05
43.89
42.49
40.86
39.02
37.00
o4.o4
32.60
30.34
28.14
26.07
70
91
110
140
103
184
202
210
224
220
220
207
h m
12 8
8
60.583
61.034
61.454
61.833
62.162
461
4X
379
329
273
62.435 ^^
62.651 ^
62.809 ^^^
62.910
62.958 —
1
62.957
62.912
62.829
62.712
62.568
62.399
62.213
62.014
61.808
61.600
61.398
61.209
61.041
60.900
60.796
60.737
60.730 —
60.781 ^^
60.896 *^*
61.076 ^^
240
61.322
46
88
117
144
109
180
199
200
206
202
189
108
141
104
69
61.629
61.992
62.402
62.846
63.311
63.782
64.244
307
303
410
444
405
471
402
-50 15
tt
7.89
10.20
12.88
15.86
19.04
22.33
25.67
28.98
32.18
35.20
38.02
40.56
42.79
44.68
46.19
231
308
296
318
329
334
331
320
302
282
264
223
180
151
110
47.29^
47.98 ^
48.22 —
48.05 ^^
47.44 "
101
46.43
45.05
43.33
41.34
39.13
36.81
34.45
32.16
30.02
28.13
26.61
25.50
24.90
24.81
25.30
26.32
27.88
29.91
138
172
199
221
232
236
230
213
189
152
111
00
_9
49
102
150
208
h m
12 5
s
48.996
49.344
49.672
49.968
50.228
50.447
50.622
50.754
50.846
50.896
50.913
50.900
50.862
50.804
50.727
50.638
50.538
50.433
50.323
50.213
50.107
50.009
49.922
49.853
49.804
49.786
49.798
49.849
49.941
50.078
60.262
50.491
50.761
51.066
61.399
61.751
62.109
62.464
348
328
290
300
219
176
133
91
61
17
13
88
68
77
86
100
106
110
110
100
96
87
09
49
19
13
51
92
137
184
229
270
306
333
352
358
365
-22 9
tf
8.68
11.04
13.51
16.02
18.50
20.88
23.12
25.17
27.03
28.64
30.02
31.16
32.03
32.66
33.06
33.19
33.11
32.78
32.25
31.51
30.61
29.66
28.40
27.17
25.92
24.72
23.60
22.66
21.94
21.49
21.38
21.63
22.28
23.31
24.69
26.43
28.46
30.69
230
347
351
348
338
334
305
180
101
138
113
88
03
39
14
8
33
53
74
90
105
116
123
125
130
112
95
71
45
11
25
65
103
138
174
203
223
Meanl^bce
Sec a, Tan a
34.106
1.008
57.80
+0.124
55.851
1.013
57.96
+0.162
69.891
1.664
17.12
-1.203
48.126
1.080
9.56
-0.407
+0.06
-0.4
+0.01
0.0
+0.06
-0.4
+0.01
0.0
+0.06
-0.4
-0.08
0.0
+0.06
-0.4
-0.03
0.0
APPABENT PLACES OF STABS, 1916,
415
FOR THE UPPER TRANSIT AT WASHINGTON.
MetnTIme.
Jan. 0.7
10.7
20.7
30.7
Feb. 9.6
Mar.
19.6
29.6
10.5
20.5
30.5
Apr.
9.5
19.4
29.4
May 9.4
19.4
29.3
June 8.3
18.3
28.2
July 8.2
18.2
28.2
Aug. 7.1
17.1
27.1
Sept. 6.1
16.0
26.0
Oct. 6.0
15.9
25.9
Nov. 4.9
14.9
24.8
Dec. 4.8
14.8
24.8
34.7
Mean Place
Sec 9, Tan 9
9 Cannm Venat.
Mag. 5.8
Right
Afloenskm.
h m
12 11
s
56.644
57.047
57.432
57.787
58.102
403
386
355
316
58.368^,2
58.580 ^„
58.837
58.884 —
2
58.882
58.837
58.754
58.642
58.507
58.355
58.192
58.023
57.855
57.692
57.537
57.394
57.270
57.166
57.090
57.045
46
83
112
135
152
103
109
168
103
155
143
124
104
70
45
8
57.037 —
57.070 ^
57.149 ^
57.276 ^^
178
57.454
328
278
323
350
385
403
400
57.683
57.961
58.284
58.643
59.028
59.431
59.837
Declina-
tioii.
+41 6
ft
79.34
78.03
77.23
131
80
76.95 —
24
72
110
153
180
109
209
210
202
180
103
130
103
07
77.19
77.91
79.07
80.60
82.40
84.39
86.48
88.58
90.60
92.46
94.09
95.45
96.48
97.15 3j
97.46 —
97.40 *
44
96.96
96.13
93.40
91.55
89.40
86.98
84.32
81.47
78.49
75.41
72.32
69.30
66.39
63.70
61.30
59.27
57.68
83
110
154
185
215
242
200
285
298
308
309
302
291
209
240
203
159
55.340
1.327
99.33
+0.873
+0.06
-0.4
+0.06
-0.1
/S ChamsleonlU.
Mag. 4.4
Rll^t
h m
12 13
125
110
105
91
75
00
42
24
s
23.17
24.42
25.58
26.63
27.54
28.29
28.89
29.31
29.55
29.62 —
9
29.53
29.29
28.90
28.37
27.72
26.98
26.16
25.27
24.34
23.40
22.48
21.61
20.81
20.11
19.56
19.17
18.95
18.95
19.15
19.57
20.18
20.99
21.98
23.10
24.32
25.60
26.91
28.19
24
39
63
05
74
82
89
93
94
92
87
80
70
55
39
22
0
20
42
01
81
90
112
122
128
131
128
DecUDft-
tkm.
-78 50
30.91
32.66
34.95
37.72
40.89
44.38
48.07
51.90
55.78
59.61
63.33
66.84
70.10
73.01
75.54
175
229
277
317
349
309
383
388
388
372
851
320
291
253
208
"•82 x«,
7»-21 107
80.28 .,
80.81 —
80.78 ^
58
80.20
112
102
205
245
272
293
301
298
284
256
79.08
77.46
75.41
72.96
70.24
67.31
64.30
61.32
58.48
55.92 ,^g
53.74 ,,,
^2 <)3 ,,,
50.88 ^
50.33 —
10
50.43
51.16
52.51
73
135
23.374
5.171
44.94
-6.073
+0.07
-0.4
-0.34
-0.1
i/yixflnls.
Mag. 4.0
Right
Amtaskm,
h m
12 15
s
37.439
37.773
38.090
38.380
38.637
38.856
39.035
39.173
39.270
39.329
39.355
39.353
39.325
39.277
39.214
39.137
39.052
38.960
38.866
38.770
38.677
38.590
38.514
38.450
38.405
38.384
38.390
38.430
38.508
38.626
38.786
38.989
39.231
39.508
39.816
40.143
40.480
40.817
334
317
200
267
219
179
188
97
69
_M
2
28
48
03
77
86
92
94
90
98
87
70
04
46
21
0
40
78
118
100
203
242
277
308
327
337
337
tkXL
- 0 12
7.29
9.43
11.47
13.32
14.94
16.30
17.38
18.18
18.73
19.01
19.08
18.98
18.71
18.32
17.83
17.28
16.69
16.07
15.45
14.85
14.28
13.76
13.32
12.98
12.78
12.73
12.87
13.21
13.79
14.63
15.75
17.12
18.75
20.59
22.60
24.75
26.94
29.12
214
204
186
102
130
108
80
66
28
7
10
27
89
49
66
69
02
02
00
67
52
44
34
20
6
14
34
68
84
112
137
103
184
201
215
219
218
a^ Cruois.
Mag. 1.6
Right
36.498
1.000
0.28
-0.003
+0.06
-0.4
0.00
-0.1
h
12
m
21
s
55.25
55.85
56.41
56.92
57.37
57.76
58.07
58.31
58.47
58.55
58.57
58.52
58.42
58.27
58.06
57.82
57.54
57.24
56.92
56.59
56.26
55.94
55.65
55.40
55.20
55.06
54.99
55.00
55.11
55.30
55.58
55.95
56.40
56.93
57.50
58.10
58.72
59.32
00
50
51
45
39
31
24
10
8
2
5
10
15
21
24
28
30
32
33
33
32
29
25
20
14
7
1
11
19
28
37
45
53
57
60
02
60
Declina-
tion.
-62 37
*f
49.80
51.74
54.16
56.97
60.11
63.47
66.99
70.56
74.13
77.59
80.90
83.99
86.80
89.28
91.38
93.06
94.28
95.03
95.29
95.06
94.34
93.16
91.55
89.56
87.27
84.75
82.09
79.40
76.79
74.36
72.22
70.47
69.20
68.46 ,^
68.30 —
45
68.75
194
242
281
314
330
352
357
357
340
331
309
281
248
210
108
122
75
20
23
72
118
101
199
229
252
266
269
261
243
214
175
127
74
69.79
71.38
104
159
54.868
2.176
61.43
-1.933
+0.06
-0.4
-0.13
-0.1
APPARENT PLACES OF STAES, 1916,
417
FOR THE UPPER TRANSIT AT WASHINGTON.
Was
ihinston
a Tone.
Mag. 3.9
Right
tkm.
P Coni,
Mag. 2.8
Right
Asoemira.
DedUna-
tion.
84 CoflUD «0g.
Mag. 5.2
Right
AsoauioD.
DeoUna-
tioD.
Mag. 2.9
Right
AiewMJOTU
DccUna-
tion.
Jan. 0.7
10.7
20.7
30.7
Feb. 9.6
19.6
29.6
Mar. 10.6
20.5
30.5
Apr. 9.5
19.4
29.4
May 9.4
19.4
29.3
June 8.3
18.3
28.3
July 8.2
18.2
28.2
Aug. 7.1
17.1
27.1
Sept. 6.1
16.0
26.0
Oct. 6.0
16.0
25.9
Nov. 4.9
14.9
24.8
Dec. 4.8
14.8
24.8
34.7
h m
12 29
76
74
00
08
58
43
80
ao
8
56.13
56.88
57.62
58.31
58.94
59.47
59.90
60.20
60.40
60.47 -
5
60.42
60.26
59.99
59.65
59.25
58.7g
58.28
57.76
57.23
56.71
56.21
§5.74
55.31
54.94
54.63
54.39
54.24
54.17
54.20
54.33
54.57
54.91
55.34
55.88
56.49
57.18
57.90
58.67
10
27
84
40
47
00
63
63
62
60
47
48
87
81
24
16
7
3
18
24
84
a
54
01
00
72
77
+70 14
It
88.43
37.67
70
37.57 i?
38.12 **
39.27 "*
172
40.99
43.18
45.74
48.55
51.50
54.48
57.35
60.01
62.37
64.35
210
250
281
296
208
287
200
280
198
164
65.89 ^^
66.94 ^
67.47 —
67.46 ^
66.93 "
106
65.88
64.33
62.31
59.87
57.05
53.90
50.48
46.88
43.13
39.33
35.55
31.89
28.45
25.30
22.54
20.25
18.51
17.38
166
202
244
282
316
842
800
875
878
800
844
316
270
220
174
113
h in
12 29
I
58.990
59.346
59.687
60.001
60.282
60.524
60.725
60.884
61.002
61.082
866
841
814
281
242
201
160
118
80
40
61.128 ^
61.141 —
61.126 "
61.088
61.031
60.955
60.867
60.767
60.660
60.548
60.435
60.326
60.225
60.137
60.069
88
67
70
88
100
107
112
113
100
101
88
68
44
60.026
60.014 —
60.040 ^
60.108 **
60.222 "*
161
60.383
60.592
60.845
61.138
61.462
61.810
62.170
62.530
209
263
293
824
848
800
300
-22 55
It
55.79
58.02
60.38
62.80
65.21
67.55
69.77
71.81
73.68
75.33
76.76
77.95
78.91
79.63
80.12
80.37
228
242
241
234
222
204
187
106
143
119
90
72
40
86
3
80.40 —
80.19 "
79.79
79.18
78.38
77.44
76.37
75.20
74.00
72.83
71.71
70.72
69.93
69.39
69.16
69.28
69.75
70.60
71.83
73.40
75.26
77.36
40
01
80
94
107
117
120
117
112
99
79
54
23
12
47
86
123
157
186
210
Mean Place
Sec a, Tan ^
54.348
2.958
64.12
+2.785
58.260
1.086
56.47
-0.423
h m
12 30
s
55.978
56.325
56.660
56.970
57.249
57.490
57.690
57.846
57.959
58.032
58.067
58.069 —
58.043 ^
847
886
810
270
241
200
156
113
73
85
57.993
57.923
57.839
57.743
57.638
57.529
57.418
57*309
57.205
57.108
57.026
56.962
60
70
84
90
106
109
111
100
104
97
82
04
41
56.921 j3
66.908 —
66.929 "
56.986 *^
57.085 ^
143
57.228
57.415
57.646
57.916
58.220
58.547
58.890
59.238
187
231
270
304
827
343
348
+18 49
$$
67.45
65.52
63.93
62.70
61.86
61.40
61.34 —
61.64 ^
62.24 ~
63.10 ^
106
64.15
108
160
128
84
40
6
65.34
66.59
67.85
69.06
119
126
120
121
112
99
84
06
45
33
70.18
71.17
72.01
72.66
73.11
73.34 J
73.36 —
73.12 ^
72.66 *•
72
71.94 '^
96
70.98
69.77
68.31
66.60
64.67
62.53
60.23
57.81
55.31
52.81
50.38
48.09
46.03
121
140
171
198
214
280
243
250
250
243
239
206
h
12
m
32
s
9.63
10.36
11.06
11.70
12.28
12.77
13.17
13.48
13.69
13.82
13.86
13.82
13.70
13.50
13.24
12.93
12.57
12.17
11.74
11.30
10.86
10.42
10.02
9.67
9.37
9.16
9.03
9.00 -
9.09 •
9.30
9.62
10.05
10.58
11.19
11.88
12.62
13.37
14.11
73
70
64
58
49
40
31
21
13
4
4
12
20
20
31
36
40
43
44
44
44
40
35
30
21
13
21
32
43
53
61
00
74
76
74
-68 40
n
9.83
11.53
13.74
16.40
19.43
22.75
26.27
29.91
33.58
37.20
40.70
44.02
47.08
49.83
52.21
170
221
200
803
332
862
364
367
802
360
832
306
276
238
197
W.18 152
«^-7» 103
56.73
57.25 —
57.24 *
61
56.73
55.71
54.22
52.33
50.06
47.50
44.77
41.95
39.15
36.50
34.09
32.04
30.45
29.38
28.90
29.02
29.75
31.07
102
140
180
227
260
278
282
280
206
241
206
150
107
48
12
78
132
55.021
1.057
81.36
+0.341
9.530
2.750
22.30
-2.561
D^a, Dm a
79790*^—191
+0.06
-0.4
-0.03
-0.1
+0.06
-0.4
+0.02
-0.1
+0.07
-0.4
-0.17
-0.1
418
APPARENT PLACES OF STARS, 1916.
FOR THE UPPER TRANSIT AT WASHINGTON.
Was]
a Tine.
^VtlgtBlS.
Hag. 4.8
Rifbt
DtcUnft-
tkm.
Y CcntsuL
Hag. 2.4
Risbt
Dediitt-
tion.
Y YHsiBis (wman).
Hag. 2.9
Risbt
AsocnskHL
Uon.
pTIigtnis.
Hag. 5.0
Rigbt
Jan. 0.7
10.7
20.7
30.7
Feb. 9.6
19.6
29.6
Har. 10.6
20.5
30.5
Apr. 9.5
19.4
29.4
Hay 9.4
19.4
29.3
June 8.3
18.3
28.3
July 8.2
18.2
28.2
Aug. 7.1
17.1
27.1
Sept. 6.1
16.0
26.0
Oct. 6.0
16.0
25.9
Nov. 4.9
14.9
24.8
Dec. 4.8
14.8
24.8
34.7
h m
12 34
s
55.329
55.668
55.993
56.295
56.566
56.802
56.998
57.156
57.274
57.355
- 7 32
//
325
ao2
271
216
158
118
81
49
5.27
7.45
9.60
11.66
13.56
15.25
16.72
17.94
18.91
19.64
57.404 ^
57.422 —
57.413 •
I
218
215
2M
190
199
147
122
97
73
51
28
57.381
57.332
57J266
57.189
57.102
57.008
56.910
56.811
56.715
56.626
56.549
56.487
32
49
M
77
87
94
96
99
9«
89
77
82
40
120.15
20.43 ^^
20.54 —
20.49 *
Mean Place
Sec a,Tan^
Df a, Dm a
D^ b, D. a
56.447 ^
56.435 —
56.457 "
56.516 ^
56.617 '"'
144
56.761
190
231
270
302
324
56.961
57.182
57.452
57.754
58.078
338
20.28
19.97
19.55
19.04
18.47
17.84
17.19
16.52
15.85
15.25
14.71
14.27
14.00 ^^
13.90 —
14.03 ^^
14.40 ^^
66
15.06
16.00
17.24
18.75
20.50
22.45
21
31
43
61
87
63
65
67
67
60
54
44
27
58.416^ 24.54
58.757
341
26.70
94
124
151
176
196
209
216
54.542
1.009
0.49
-0.132
h m
12 86
I
53.135
53.591
54.025
54.427
54.788
55.100
55.360
55.567
55.721
55.824
456
434
402
361
312
260
207
164
103
65
55.879 j^
55.889 —
55.859 *
55.793 ^
55.695 •*
128
55.567
150
172
185
194
198
55.417
55.245
55.060
54.866
54.668
54.475
54.293
54.131
53.999
193
182
162
132
96
+0.06
-0.4
-0.01
-0.2
53.903 ^^
53.856 —
53.862 *
53.928 ^
54.058 ^^
196
54.256
261
321
373
416
446
54.517
54.838
55.211
55.627
56.072
56.533
50.994
461
461
-48 29
//
196
235
266
47.04
49.02
51.37
54.03
56.92
59.90
63.08
66.20
69.25
72.19
74.96
77.49
79.78
81.76
83.40
84.69
85.61
86,12 ^^
86.22 —
85.91 '^
70
85.21
304
312
312
305
394
277
253
320
196
164
129
93
51
84.14
82.72
81.01
79.06
107
142
171
195
212
76.94
221
220
209
192
162
74.73
72.53
70.44
68.52
66.90
65.65
64.83 3,
64.49 —
64.67 **
71
65.38
121
169
126
82
66.59
68.28
h m
12 87
t
25.056
25.392
25.716
26.016
26.287
26.523
26.720
26.877
26.996
27.077
336
824
300
2n
2S6
197
167
110
81
40
27.126
27.143 —
27.135 ®
27.103
27.053
26.987
26.909
26.822
26.729
26.631
26.532
26.435
26.345
26.266
26.203
32
60
66
78
87
03
98
99
97
90
79
63
42
26.161
26.147 —
26.164 *^
26.219 ^
26.315 ^
138
26.453
183
335
264
296
318
26.636
26.861
27.125
27.420
27.738
28.071
28.408
333
337
- 0 59
//
27.01
29.16
31.20
33.07
34.72
36.13
37.25
38.11
38.69
39.01
S9.ll
39.02
38.76
38.38
37.90
37.34
36.74
36.12
35.50
34.88
34.30
33.77
33.31
32.95
32.71
32.62
32.70
32.99
33.51
34.29
35.32
36.62
38.18
39.95
41.91
44.01
46.17
48.34
216
204
1S7
166
141
112
86
68
32
10
38
48
56
60
63
62
68
63
46
36
24
0
8
29
62
78
103
130
166
177
196
210
216
217
h in
12 37
+10 41
I
38.877
39.217
39.545
39.850
40.127
40.367
40.567
40.727
40.846
40.927
340
338
305
277
240
200
100
U9
81
46
42.47
40.43
38.61
37.08
35.88
isa
130
40.973
40.986 —
40.973 "
40.937
40.881
40.809
40.725
40.632
40.534
40.432
40.329
40.229
40.138
40.057
39.993
36
60
72
84
93
96
102
103
100
91
81
64
44
39.949
39.933 —
39.950 *^
40.002 *^
40.094 ^
137
40.231
40.412
40.635
40.897
41.193
41.512
41.847
42.187
181
223
262
296
319
335
340
35.02
34.49
34.31
34.44
34.81
35.40
36.17
37.04
37.97
38.92
39.85
40.72
41.51
42.19
42.74
43.15
43.40
43.48
43.37
43.06
42.54
41.78
40.80
39.57
38.10
36.39
34.48
32.37
30.13
27.82
25.49
23.21
21.07
53
U
U
37
59
77
87
93
ftS
S3
87
79
66
41
25
11
31
S2
7«
96
123
147
171
191
211
224
231
233
214
52.657
1.509
55.28
-1.131
24.250
1.000
19.84
-0.017
38.011
1.018
+0.07
-0.4
-0.07
-0.2
+0i)6
-04
0.00
-0.2
+0.06
-04
53.77
+0.189
+0.01
-0.2
APPARENT PLACES OF STARS, 1916,
419
FOR THE UPPER TRANSIT AT WASHINGTON.
Washiiiffton
Mean Tone.
Jan. 0.8
10.7
20.7
30.7
Feb. 9.6
19.6
29.6
Mar. 10.6
20.6
30.5
Apr. 9.5
19.6
29.4
May 9.4
19.4
29.3
June 8.3
18.3
28.3
July 8.2
18.2
28.2
Aug. 7.2
17.1
27.1
Sept. 6.1
16.0
26.0
Oct. 6.0
16.0
25.9
Nov. 4.9
14.9
24.9
Dec. 4.8
14.8
24.8
34.7
76 VtBm ICaJoda.
Mag. 5.9
Right
Aaoenskm.
h in
12 37
Mean Place
Sec a, Tan 9
Df a, Dm a
8
65.40
65.99
56.68
57.12
67.62
58.04
68.40
68.66
58.84
58.92
68.92
58.83
68.67
68.46
68.19
57.88
57.54
67.18
66.81
66.45
66.09
55.75
66.44
55.17
64.94
64.76
64.64
64.59 -
64.61 ^
50
59
54
50
42
3d
26
18
8
0
9
16
21
27
31
34
36
37
36
36
34
31
27
23
18
12
64.70
54.88
65.14
55.47
55.90
56.38
56.91
67.48
68.06
9
18
26
33
43
48
53
57
58
Declina-
tion.
+63 9
//
103
61.65
60.62
60.22 J?
60.46 ^
61.30 **
142
62.72
190
232
262
280
286
64.62
66.94
69.56
72.36
75.22
78.03
80.68
83.09
86.16
281
265
241
207
167
86.83 ,^
88.06
88.79 ^
89.04 —
88.76 ^
77
87.99
126
173
215
255
290
86.73
85.00
82.85
80.30
77.40
74.22
70.81
67.21
63.51
59.81
56.16
52.67
49.42
46.52
44.04
42.07
40.68
318
341
360
370
370
365
349
325
290
248
197
139
/^Cruois.
Mag. 1.5
Right
Aacenston.
64.021
2.215
86.67
+1.977
h
12
m
42
8
48.424
48.986
49.523
60.022
50.471
50.862
51.189
51.451
61.647
61.776
51.845
51.864
51.809
61.713
61.673
61.392
61.176
50.930
50.662
60.381
60.096
49.813
49.648
49.308
49.107
562
537
499
449
391
327
262
196
129
60
9
45
96
140
181
217
245
268
281
286
282
265
240
201
151
+0.06
-0.4
+0.13
-0.2
48.956
48.867 ^
48.848 —
48.908 ^
49.062 "^
228
49.280
310
388
453
507
545
49.590
49.978
60.431
60.938
51.483
52.048
62.616
565
568
Declina-
tion.
-69 13
//
36.84
38.66
40.76
43.35
46.26
49.42
62.74
66.13
69.63
62.86
66.06
69.07
71.83
74.29
76.41
172
220
250
201
316
332
330
340
333
320
301
276
246
212
174
7815 ,32
79.47 ,,
80.34 ^j
80.75 —
80.69 *
52
80.17
79.19
77,80
76.03
73.93
71.60
69.10
66.64
64.02
61.64
98
139
177
210
233
250
256
262
238
211
69.63 jy^
66.42
65.59 3^
66.29 —
29
65.68
66.43 "
57.82 ^^
48.163
1.965
47.41
-1.679
+0.07
-0.4
-0.11
-0.2
81 ComsB.
Mag. 6.1
Right
Aioenslon.
h m
12 47
8
37.372
37.737
38.089
38.421
38.724
*38.991
39.215
39.394
39.628
39.618
365
352
332
303
267
224
179
134
90
49
39.667 jj
39.678 —
39.666 "
39.607
39.633
39.440
39.388
39.213
39.086
38.966
38.824
38.696
38.577
38.470
38.380
38.314
38.276
38.271 -^
38.306 ^
38.384 ^®
125
49
74
98
107
UO
127
131
131
128
119
107
90
66
38
38.509
38.683
38.904
39.168
39.469
39.800
40.152
40.612
174
221
264
301
331
352
360
Declln*-
tion.
+27 69
//
34.03
32.17
30.71
29.69
29.14
29.06
29.41
30.16
31.26
32.62
34.18
36.87
37.68
39.27
40.85
42.28
43.51
44.61
46.23
45.68
45.82
46.65
45.19
44.40
43.31
41.93
40.26
38.33
36.13
33.73
31.14
28.42
25.62
22.81
20.07
17.48
15.10
13.04
186
146
102
55
9
36
75
110
136
156
160
171
160
158
143
123
100
72
45
14
17
46
70
100
138
167
103
220
240
250
272
280
281
274
250
238
206
36.483
1.133
61.16
+0.632
+0.06
-0.4
+0.03
-0.2
n Centauii.
Mag. 4.3
Right
Aaoenskm.
h m
12 48
8
47.242
47.664
48.060
48.421
48.766
49.060
49.299
49.603
49.660
49.773
412
306
371
335
204
240
204
157
113
71
49.844 ^
49.878 —
49.877 ^
49.844
49.782
49.696
49.587
49.461
49.320
49.168
49.012
48.866
48.706
48.670
48.467
48.374
48.327
48.327
48.377
48.482
48.646
48.866
49.141
49.466
49.830
60.224
60.634
51.048
33
62
86
100
126
141
152
156
157
140
136
113
83
47
0
50
105
163
221
275
325
364
304
410
414
DecUn*-
tion.
-39 43
//
14.54
16.60
18.77
21.28
23.96
26.71
29.49
32.24
34.90
37.41
39.76
41.87
43.76
46.36
46.69
47.70
48.38
48.73
48.76 —
48.42 ^
66
106
227
251
267
276
278
275
266
251
234
212
180
160
133
101
68
35
47.76
46.80
45.66
44.09
42.42
40.63
38.79
36.93
35.29
33.78
32.56
31.66
31.17
31.12 —
31.83 "
88
32.41
06
124
147
167
170
184
181
160
151
123
80
40
33.73
35.45
132
172
46.748
1.300
20.14
-0.831
+0.07
-0.4
-0.06
-0.2
APPARENT PLACES OF STARS, 1916.
421
FOR THE UPPER TRANSIT AT WASHINGTON.
WMbhigUm
IfMnTune.
Jan. 0.8
10.7
20.7
30.7
Feb. 9.7
. 19.6
29.6
Mar. 10.6
. 20.0
30.5
Apr. 9.5
19.5
29.4
May 9.4
19.4
29.4
June 8.3
18.3
28.3
July 8.3
18.2
28.2
Aug. 7.2
17.1
27.1
Sept. 6.1
16.1
26.0
Oct. 6.0
16.0
25.9
Nov. 4.9
14.9
24.9
Dec. 4.8
14.8
24.8
34.8
Mean Place
Sec d, Tan d
fVizgiiiU.
Mag. 3.0
Right
Ascension.
h m
12 57
340
333
313
287
254
217
178
140
100
65
32
S
60.467
60.807
61.140
61.453
61.740
61.994
62.211
62.389
62.529
62.629
62.694
62.726
62.730> —
62.709 ^^
62.667
62.606
62.530
62.441
62.343
62.239
62.131
62.023
61.918
61.823
61.741
61.679
61.643
61.636
61.666
61-738
61.853
62.013
62.219
62.465
62,747
63.057
63.386
63.724
25.44
23.36
21.51
19.96
18.74
42
01
76
80
98
104
106
108
105
95
82
62
36
7
30
72
115
160
206
246
282
310
320
338
Declina-
tion.
+11 24
//
208
185
155
122
87
17.87
17.36
51
17.21 ^
17.37 ^
17.80
18.47
19.31
20.27
21.30
22.35
23.37
24.33
25.21
25.96
26.58
27.05
27.33
27.44 —
27.35 •
43
67
84
96
103
105
102
96
88
75
62
47
28
27.05
26.53
25.77
24.78
23.53
22.04
20.31
18.37
16.24
13.98
11.63
9.27
6.95
4.78
30
52
76
99
125
149
173
194
213
226
235
236
232
217
59.727
1.020
37.35
+0.202
+0.06
-0.4
+0.01
-0.3
Mag. 4.4
Right
Ascension.
h in
13 5
36.556
36.8^
37.230
37.544
37.833
38.091
38.313
341
833
314
S89
268
222
185
38.498
38.646 ^^
38.75S ^^^
78
38.836
38.884
38.904
38.899
38.872
48
20
5
27
45
38.827
38.765
38.688
38.601
38.504
38.401
38.297
38.194
38.098
38.014
37.950
37.910
62
77
87
97
103
104
103
96
84
64
40
8
37.902 —
37.930 ^
37.999 ^
114
38.113
38.274
38.479
38.726
161
205
247
39.007 ^^
312
39.319
39.648
39.986
329
338
Declina-
tion.
-55
tt
33.22
35.33
37.40
211
207
195
39.35
41.13 "^
155
42.68
44.00 "*
45.05
45.84
46.39
32
46.71 ,,
46.83 —
46.77 ®
106
79
55
46.55
46.23
45.81
45.31
44.76
44.17
43.57
42.96
42.37
41.81
41.32
40.91
40.62
40.48
40.51
40.76
41.25
42.00
43.01
44.30
45.84
47.59
49.52
51.56
53.68
22
32
42
50
55
59
60
61
59
56
49
41
29
14
3
25
49
75
101
129
154
175
193
204
212
35.932
1.004
26.99
-0.089
+0.06
-0.4
-0.01
-0.3
48 Comn.
Mag. 4.3
Right
Asoenslon.
Declina-
tion.
h m
13 7
361
854
340
313
890
s
58.051
58.412
58.766
59.106
59.418
59.698
59.938 ^
60.135 ^*^
60.288^*^
60.398 ^^®
69
60.467 3j
60.498 —
60.495 ^
34
60
82
+28 17
//
55.85
53.89
52.33
51.22
50.59
106
156
111
63
15
50.44
50.75
(51.49
I 52.59
^ 53.99 ^^
31
74
110
60.461
60.401
60.319
60.219
60.103
59.976
59.842
100
116
137
134
138
65.62
57.39
59.21
61.03
! 62.77
64.35
I 65.76
66.92
67.83
68.43
59.704 ! 68.73
139
134
125
110
90
59.565
59.431
59.306
59.196
59.106
59.014
59.015 —
59.024 ^
59.077 ^
99
59.176
62
59.325
59.523
59.767
60.051
60.369
60.711
61.067
149
198
244
284
318
68.73
68.39
67.73
66.76
65.47
63.88
62.01
59.86
57.49
54.91
52.18
49.36
46.51^
281
342
356
163
177
182
182
174
158
141
116
91
60
30
0
34
66
97
129
159
187
215
237
258
273
282
43.70
41.04
38.58
36.43
266
246
215
57.316
1.136
73.34
+0.538
80 Cannm Venat.
Mag. 4.7
Right
Ascension.
h m
13 13
Declina-
tion.
+41 0
1+0.06
-0.4
+0.03
-0.3
8
47.475
47.872
48.267
48.648
49.001
49.318
49.592
49.817
49.992
50.116
397
395
381
353
317
274
225
175
124
75
50.191 ^
50.218 —
50.203 ^^
50.151 "
50.065 ^
114
49.951
49.814
49.660
49.491
49.313
49.131
48.950
48.775
48.612
48.465
48.344
48.252
48.198
137
154
169
178
182
181
176
163
147
121
92
54
9
48.189 —
48.227 ^
92
48.319
48.466
48.668
48.924
49.227
49.570
49.942
50.333
147
202
256
303
343
372
391
//
31.60
29.73
28.37
27.66
187
136
81
27.30-??
29
27.59
28.41
29.69
31.36
33.33
35.53
37.83
40.15
42.40
44.50
46.38
47.98
49.24
50.16
50.69
50.80
50.51
49.82
48.73
47.25
45.42
43.24
40.76
38.01
35.03
31.88
28.64
25.36
22.14
19.07
16.21
13.68
11.54
82
128
167
197
220
230
233
225
210
188
160
126
92
53
11
29
69
109
148
183
218
248
275
298
315
324
328
322
307
286
253
214
46.752
1.325
52.61
+0.870
+0.05
-0.4
+0.06
-0.3
422
APPARENT PLACES OF STARS, 1916,
FOR THE UPPER TRANSIT AT WASHINGTON.
WashlngtoD
Mean Tune.
Jan. 0.8
10.7
20.7
30.7
Feb. 9.7
19.0
29.6
Mar. 10.6
20.6
30.5
Apr. 9.5
19.5
29.4
Biay 9.4
19.4
29.4
June 8.3
18.3
28.3
July 8.3
18.2
28.2
Aug. 7.2
17.1
27.1
Sept. 6.1
16.1
26.0
Oct. 6.0
16.0
26.0
Nov. 4.9
14.9
24.9
Dec. 4.8
14.8
24.8
34.8
Mean Place
Sec ^, Tan ^
Df a, Dm a
Df 9, Dm d
Mag. 3.3
Right
Aaoenskm.
h m
13 14
I
21.564
21.927
22.282
22.619
22.930
23.210
23.454
23.660
23.827
23.957
24.053
24.116
24.148
24.164 —
24.134 ^
41
24.093
24.031
23.951
23.856
23.749
363
355
837
811
280
244
206
167
130
96
63
32
23.632
23.512
23.393
23.280
23.179
23.099
23.046
23.027 —
23.048 "
23.115 •^
no
62
80
95
107
117
120
119
113
101
80
54
23.231
23.398
23.614
23.876
24.175
24.505
24.857
25.218
167
216
261
300
330
352
361
Dedina-
tlcm.
-22 43
//
43.44
45.39
47.60
49.67
51.86
63.99
56.04
67.96
59.71
61.27
62.64
63.80
64.76
€5.61
66.07
195
211
217
219
213
205
192
175
156
187
116
96
75
56
36
66.43 j^
66.58 —
66.54 ^
66.31
65.91
65.33
64.59
63.73
62.76
61.73
60.68
69.66
58.72
57.93
57.33
56.99 ^
56.94 —
57.22 ^
57.84 •*
58.80 ^
129
60.09
61.67 ^^
63.47 ^^
23
40
58
74
86
97
103
105
102
94
79
60
34
21.082
1.084
43.15
-0.419
+0.06
-0.4
-0.03
-0.3
t Centauii.
Mag. 2.9
Right
Asoenalon.
h m
13 16
I
62.470
62.871
63.264
53.637
63.981
64.290
54.560
64.789
54.976
66.121
55.226
55.295
55.328
55.330 —
55.302 ^
54
401
393
373
344
309
270
229
187
145
106
69
33
55.248
55.167
56.066
54.946
54.810
54.664
64.513
54.363
54.221
64.096
81
101
121
135
146
151
150
142
126
103
53.992
53.922
63.892 —
53.909 "
53.979 ^^
125
54.104
54.287
54.527
54.817
55.149
56.515
55.904
56.306
183
240
290
332
366
389
401
DeoUna-
tkm.
-36 16
//
175
204
225
240
249
252
248
240
228
211
194
172
150
124
99
6.37
8.12
10.16
12.41
14.81
17.30
19.82
22.30
24.70
26.98
29.09
31.03
32.76
34.25
35.49
36.48
37.18
37.60 J J
37.71 —
37.63 ^®
46
37.07
36.32
36.32
34.08
32.68
31.14
29.54
27.94
26.42
25.05
23.92
23.09
22.60
70
42
75
100
124
140
154
160
160
152
137
113
83
49
8
22.52 —
22.86 ^^
75
23.61
24.77 "•
26.30 ^*^
52.103
1.240
10.36
-0.734
+0.07
-0.4
-0.05
-0.3
C^ Vnm Majorit.
(Mvtar.)
Mag. 2.4
Right
Aaoeoslon.
h m
13 20
s
33.494
33.979
34.467
34.941
35.384
35.784
36.131
36.415
36.634
36.784
36.866
36.883
36.841
36.743
36.598
36.413
36.194
35.949
35.684
35.409
35.128
34.848
34.578
34.326
34.096
33.900
33.743
33.637
33.586
485
488
474
443
400
347
284
219
150
81
_18
42
98
145
185
219
245
265
275
281
280
270
253
229
196
157
106
51
33.597 —
77
33.674
33.823
34.042
34.330
34.679
35.083
35.528
36.001
149
219
288
349
404
445
473
Deellii*-
tiOQ.
+66 21
ff
25.39 ^,,
23.68 ,^
22.56
22.08 —
22.22 "
75
22.97
132
181
221
252
269
279
275
262
240
210
24.29
26.10
28.31
30.83
33.52
36.31
39.06
41.68
44.08
46.18
47.92
49.25
50.13
50.55 —
9
50.46
49.90
48.87
47.38
45.46
174
133
88
43.14
40.46
37.46
34.19
30.72
27.13
23.49
19.87
16.40
13.13
10.19
7.67
6.63
56
103
149
193
331
360
800
326
347
359
364
362
347
327
294
252
204
32.827
1.759
49.63
+1.447
+0.05
-0.4
+0.09
-0.3
{Spiea,)
Mag. 1.2
Rl^
h m
13 20
845
334
300
370
201
165
130
97
65
37
8
46.446
46.791
47.130
47.454
47.764
48.024
48.262
48.463
48.628
48.767
48.854
48.919
48.966 J,
48.966 —
48.952 "
S3
48.919
48.866
48.796
48.711
48.616
48.610
48.400
48.289
48.184
48.088
48.011
47.957
63
70
85
96
105
110
111
105
96
77
54
82
47.935 —
47.949 "
48.005 ^
102
48.107
48.267 "®
48.453 ^^
48.693 ^^
48.970 ^
309
49.279
49.609 ^
49.950 ^^
-10 43
SM
aei
1T4
m
m
27.86
29.90
31.96
33.97
35.86
37.60
39.13
40.46
41.64
42.40
43.03
43.47
43.72
43.80-
43.74 *
44
43.56
43.^
42.86
42.38
41.84
41.24
40.61
39.96
39.32
38.71
38.18
37.74
37.47 jj
37.36-
37.49 ^
it
37.86
38.51
39.44
40.65
42.11
43.81
45.68
47.66
54
66
63
(S
M
U
53
44
«
131
]«
178
18T
1«
45.933
1.018
23.85
-0.189
+0.06
-0.4
-O.01
-OS
^m m »
APPARENT PLACES OF STARS, 1916.
423
FOR THE UPPER TRANSIT AT WA8E[INGT0N.
faJngtoii
aTbne.
Jan.
Feb.
0.8
10.8
20.7
80.7
9.7
19.6
29.6
Mar. 10.6
20.6
dO.5
Apr. 9.5
19.5
29.5
May 9.4
19.4
29.4
June 8.3
18.3
28.3
July 8.3
18.2
28.2
Aug. 7.2
17.2
27.1
Sept. 6.1
16.1
26.0
Oct. 6.0
16.0
26.0
Nov. 4.9
14.9
24.9
Dec. 4.9
14.8
24.8
34.8
Oroombildfe 9001.
Mag. 6.1
Right
AflocnsioiL
h m
13 23
s
59.92
60.73
61.57
62.38
63.15
63.85
64.46
64.95
65.31
65.54
65.64
65.61
65.44
65.17
64.80
64.34
63.81
63.23
62.62
61.96
61.31
60.68
60.06
59.48
58.96
58.50
58.12
57.84
57.66
57.61 -
81
84
81
77
70
61
40
30
23
10
3
17
27
37
46
63
68
61
66
66
63
62
68
62
46
38
28
18
57.66
57.84
58.16
58.59
59.14
59.78
60.51
61.30
18
32
43
65
64
78
79
DeoUna*
tkm.
+72 48
#/
72.21
70.82
70.07
180
76
8
69.99 —
70.58 *•
122
71.80
73.59
75.85
78.51
81.42
84.49
87.58
90.56
93.36
95.86
170
226
266
201
307
300
208
280
260
212
97.98 ^^
99.67 ^^
100.87
101.56
101.71 —
30
101.32 ^
100.39 "^
98.95
97.03
94.67
91.89
88.77
85.34
81.71
77.91
74.04
70,18
66.43
62.90
59.66
56.83
54.50
52.73
144
102
236
278
312
343
383
380
387
386
376
363
324
283
233
177
70 yizfiiiit.
Mag. 5.2
Right
Awensiaii.
h m
13 24
s
19.872
20.213
20.551
20.875
21.176
21.448
21.687
21.889
22.054
22.180
22.271
22.328
341
338
324
301
272
230
202
166
126
01
67
28
22.366 —
22.355 ^
22.330
22.283
22.218
22.136
22.040
21.933
21.819
21.700
21.583
21.469
21.366
21.279
21.216
21.183
21.183
21.225
21 .312
21.444
21.625
21.849
22.113
22.410
22.732
23.065
26
47
66
82
06
107
114
110
117
114
103
87
63
33
0
42
87
132
181
224
264
207
322
333
Decline
Uon.
+14 13
//
24.36
22.20
20.29
18.71
17.50
16.67
16.23
16.17 —
16.46 ^
17.04 ^
85
17.89
216
101
168
121
83
44
103
116
123
125
121
18.92
20.08
21.31
22.56
23.77
24.90
25.92
26.80
27.61
28.01
28.33 ^^
28.43 —
28.30 "
27.93 '^
61
27.32
26.45
25.33
23.94
22.32
113
102
88
71
60
32
20.44
18.36
16.08
13.69
11.21
8.75
6.34
4.08
87
112
130
162
188
200
227
230
248
246
241
226
CVizginto.
Mag. 3.4
Right
Aaoeoaion.
h m
13 30
337
334
321
200
271
241
306
160
136
101
60
42
8
25.181
25.518
25.852
26.173
26.472
26.743
26.984
27.189
27.358
27.493
27.594
27.663
27.705 ^
27.720 —
27.712 *
82
27.680
27.630
27.562
27.480
27.385
27.281
27.171
27.059
26.950
26.860
26.766
26.704
26.672
26.672
26.714
26.801
26.934
27.114
27.338
27.601
27.896
28.213
28.644
60
68
82
06
104
110
112
100
100
84
62
32
0
42
87
133
180
224
263
205
817
831
tion.
- 0 10
tf
8.63
10.73
12.73
14.57
16.17
17.53
18.59
19.36
19.86 ^
20.08 —
1
20.07
19.84
19.46
18.94
18.33
210
200
184
160
136
106
77
60
17.66
16.96
16.26
15.57
14.91
14.30
13.77
13.32
12.98
12.77
12.70
12.80
13.10
13.61
14.37
15.37
16.63
18.11
19.83
21.73
23.75
26.87
27.97
23
38
62
61
67
70
70
60
66
61
63
45
34
21
7
10
30
61
76
100
126
148
172
100
202
212
210
17 H. Canum Venat.
Mag. 6.0
Ri^t
h m
13 31
8
3.453
3.835
4.218
4.590
4.939
5.257
5.537
5.773
5.962
6.103
382
883
372
340
818
280
236
180
141
06
6.199 gj
6.250
6.261 —
6.234 ^
6.175 *'
88
6.087
113
133
150
163
171
173
171
164
151
131
5.974
5.841
5.691
5.528
5.357
5.184
5.013
4.849
4.698
4.464 ^
4.395
4.366 —
4.385 ^*
60
4.454
123
178
231
270
320
4.577
4.755
4.986
5.265
5.585
5.938
6.310
353
372
DeoUna-
tkm.
+37 36
24.81
22.76 „,
211^ 106
20.13^
19.63 —
6
19.68
20.26
21.30
22.76
24.56
26.62
28.82
31.09
33.32
35.44
37.39
39.09
40.50
41.68
42.30
42.63
42.68
42.14
41.30
40.08
38.49
36.66
34.30
31.76
28.97
25.97
22.83
19:62
16.42
13.32
10.38
7.73
6.44
67
106
146
180
206
220
227
223
212
106
170
141
108
72
33
6
44
84
122
150
103
226
254
270
300
814
821
320
310
204
266
220
Mean Place
Sec a, Tan a
59.391
3.386
98.63
+3.235
19.293
1.031
37.52
+0.253
24.680
1.000
0.30
-0.003
2.891
1.262
46.03
+0.770
D^ a, Dm a
+0.03
-0.4
+0.20
-0.4
+0.06
-0.4
+0.02
-0.4
+0.06
-0.4
0.00
-0.4
+0.05
-0.4
+0.05
-0.4
424
APPARENT PLACES OF STARS, 1916,
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
Jan. 0.8
10.8
20.7
30.7
Feb. 9.7
19.7
29.6
Mar. 10.6
20.6
30.5
Apr. 9.5
19.5
29.5
May 9.4
19.4
29.4
June 8.4
18.3
28.3
July 8.3
18.2
28.2
Aug. 7.2
17.2
27.1
Sept. 6.1
16.1
26.1
Oct. 6.0
16.0
26.0
Nov. 4.9
14.9
24.9
Dec. 4.9
14.8
24.8
34.8
Mean Place
Sec d, Tan d
eCenteml.
Mag. 2.6
Right
Asoension.
h m
13 34
8
33.353
33.860
34.362
34.844
35.295
35.707
36.073
36.390
36.655
36.867
37.027
37.137
37.198
507
602
482
451
412
366
817
265
212
160
110
61
15
37.213 —
37.182 ^^
73
37.109
36.998
36.851
36.672
36.468
111
147
179
204
223
233
236
228
208
177
135
83
36.245
36.012
35.776
35.548
35.340
35.163
35.028
34.945
34.925 —
34.976 ^^
124
35.100
35.302
35.578
35.921
36.324
36.775
37.258
37.760
202
276
343
403
451
483
502
Detdina-
tion.
-53 2
//
15.60
16.79
18.42
20.44
22.77
25.36
28.12
31.00
33.94
36.86
39.72
42.46
45.03
47.40
49.50
51.83
52.81
53.94
54.68 3^
55.02 —
7
54.95
54.47
53.59
52.34
50.76
119
163
202
233
259
276
288
294
292
296
274
257
237
210
183
148
113
74
48.91
46.83
44.64
42.39
40.21
38.18
36.39
34.92
33.86
33.26
33.15
33.54
34.42
48
88
126
158
185
208
219
225
218
203
179
147
106
60
11
39
88
33.348
1.664
23.50
-1.329
mvixgiiut.
Mag. 5.2
. m '
Right
Avoension.
h m
18 37
s
12.487
12.828
13.167
13.493
13.799
14.079
14.327
14.541
14.720
14.865
14.977
15.057
15.109
15.134
15.135 —
23
15.112
15.069
15.007
14.928
14.836
S41
839
826
806
280
248
214
179
145
112
80
52
25
1
14.732
14.621
14.506
14.394
14.290
14.200
14.134
14.097
14.093 —
14.132 ^^
84
43
62
79
92
104
111
115
112
104
90
66
37
14.216
14.347
14.526
14.750
15.014
15.311
15.632
15.967
131
179
224
264
297
321
335
DeoUna-
tlon.
- 8 16
//
51.93
53.94
55.94
57.87
59.67
61.27
62.67
63.83
64.76
65.44
65.91
66.16
2Q1
200
193
180
160
140
116
93
68
47
25
9
66.25 —
66.18 ^
65.96
65.65
65.25
64.78
64.25
63.69
63.11
62.51
61.93
61.38
60.88
60.46
60.17 ^^
60.02 —
60.05 ^
22
31
40
47
53
56
58
60
58
55
50
42
29
60.30
60.79
61.55
62.56
63.84
65.35
67.07
68.94
70.90
25
49
76
101
128
151
172
187
196
12.055
1.011
46.32
-0.146
TBotftU.
Mag. 4.5
Ri^t
Afloension.
h
13
m
48
8
16.683
17.022
17.362
17.693
18.004
18.291
18.545
18.764
18.947
19.091
839
840
331
8U
287
254
219
183
144
109
19.200
19.274
19.317
19.329 —
19.315 "
38
19.277
19.217
19.137
19.041
18.931
18.809
18.681
18.551
18.423
18.304
18.199
18.114
18.059
18.038
18.057
18.121
18.233
18.393
18.600
18.850
19.135
19.448
19.779
60
80
96
110
122
128
130
128
119
105
85
55
21
19
64
112
160
207
250
285
313
331
Deelina-
tion.
+17 51
If
75.32
73.14
71.23
69.69
68.53
218
191
164
116
73
67.80 3j
67.49 —
67.59 '"
68.06 ^'
68.87 ^^
108
69.95
71.22
72.63
74.11
75.60
77.04
78.39
79.59
80.62
81.45
82.05
82.42 ^^
82.53 —
82.38 ^*
81.96 *^
70
81.26
80.30
79.05
77.52
75.75
127
141
148
149
144
136
120
108
83
60
37
73.72
71.48
69.07
66.54
63.93
61.36
58.87
56.55
96
126
153
177
203
224
241
253
261
257
249
232
16.220
1.050
89.81
+0.322
Mag. 1.9
Ri^t
h m
13 44
8
1,4.372
14.803
15.242
15.675
16.085
16.464
16.800
17.086
17.316
17.489
17.604
17.663
17.669 —
17.626 ^
17.539 ^
126
431
439
433
410
879
336
286
330
173
115
59
17.413
17.252
17.064
16.852
16.624
16.385
16.141
15.898
15.664
15.446
161
188
212
228
239
244
343
234
218
196
15.251 ,^
15.089 ^
14.966
14.891 21
14.870 —
39
14.909
104
168
233
292
345
15.013
15.181
15.414
15.706
16.051
16.438
16.854
387
416
+49 41
»
32.«4
30.60
29.1^
28.24 '
27.97-
fi
28.£
c
29.S
30.71^
^,«)
37.$$
40.04^
42.74^
45.39*
47.88^*
25
50.14
52.09^
53.68^
54.87"^
55.63;,
55.93^
55.77 ^
55.15
50.62
48.31
45.64
42.66
39.45
SI
m
141
36.04
32.51 J
28.94
25.44^
22.08 ,
18.98^
13.973
1.547
55.eo
+1.181
D^ a, Dm a
D^ a, Dm d
+0.08
-0.4
-0.08
-0.4
+0.06
-0.4
-0.01
-0.4
+0.06
-0.4
+0.02
-0.4
+0.05
-0.4
+0.07
-0.4
APPABENT PLACES OF STABS, 1916.
425
FOR THE UPPER TRANSIT AT WASHINGTON.
nTmie.
Jan. 0.8
10.8
20.7
30.7
Feb. 9.7
19.7
29.6
Mar. 10.6
20.6
30.6
Apr. 9.5
19.5
29.5
May 9.4
19.4
29.4
June 8.4
18.3
28.3
July 8.3
18.3
28.2
Aug. 7.2
17.2
27.1
Sept. 6.1
16.1
26.1
Oct. 6.0
16.0
26.0
Nov. 5.0
14.9
24.9
Dec. 4.9
14.8
24.8
84.8
Mean Place
Seed, Tan a
D^ a, D» a
D^ d, Dm 3
SOVixgiiiU.
Mag. 6.1
Right
Asoension.
h m
13 45
8
18.577
18.930
19.279
19.619
19.939
20.231
20.493
20.722
20.&16
21.075
358
349
340
320
2M
262
220
104
150
126
95
64
36
0
21.201
21.296
21.360
21.396
21.405 —
15
21.390
21.352
21.294
21.216
21.119
38
58
79
06
106
21.011
20.892
20.769
20.648
20.534
20.434
20.35S
20.310 ^,
20.300 —
20.333 ^
81
20.414
110
128
121
114
100
76
48
20.545
20.725
20.953
21.223
21.529
21.859
22.205
131
180
228
270
306
330
346
tkm.
-17 42
//
60.68
.62.52
«4.45
66.42
68.35
70.21
71.95
73.51
74.90
76.10
77.11
77.93
78.56
79.02
79.32
79.47
79.47
79.83
79.06
78.68
78.18
77.58
76.89
76.15
76.38
74.61
73.89
73.25
72.74
72.42
72.31
72.47
72.91
73.65
74.67
75.97
77.62
79.25
184
198
197
193
186
174
156
119
120
101
82
63
46
80
15
0
14
27
88
50
60
60
74
77
77
72
64
51
82
11
16
44
74
102
130
155
173
18.232
1.050
58.11
-0.320
+0.06
-0.4
-0.02
-0.4
COentami.
Mag. 3.1
Right
AaoeMJon.
h m
13 60
1
17.623
17.981
18.437
18.880
19.299
19.685
20.033
20.339
20.600
20.816
20.987
21.114
21.199
21.243
21.246 —
86
21.210
21.139
21.035
20.901
20.741
458
456
443
419
386
348
306
261
216
171
127
85
44
20.561
20.366
20.165
19.967
19.780
19.617
19.488
19.403 „
33
19.370 —
19.398 ^
95
71
104
134
160
180
195
201
198
187
163
129
85
19.493
19.655
19.886
20.180
20.630
20.926
21.355
21.806
162
231
294
350
396
420
451
D«eUii»-
tkm.
-46 62
//
25.J51
26.77
28.31
30.17
32.33
34.68
37.19
39.80
42.42
45.02
47.56
49.97
52.24
54.32
56.18
116
164
186
216
235
251
261
262
260
268
242
227
206
186
160
57.78
69.09
60.10
60.77
131
101
67
32
61.09 —
2
61.07
60.67
59.92
68.84
67.48
55.86
54.06
62.14
60.18
48.28
46.61
44.96
43.72
42.84
42.36
42.34
42.77
43.64
40
75
108
136
162
180
192
196
190
177
155
124
88
48
2
43
87
17.497
1.463
31.56
-1.068
+0.07
-0.4
-0.06
-0.6
l^BoOtU.
Mag. 2.8
Right
Aioenskm.
h
13
m
60
339
341
334
317
291
260
226
191
153
117
1
41.525
41.864
42.205
42.539
42.856
43.147
43.407
43.633
43.824
43.977
44.094
44.176
44.226 ^,
44.246 —
44.238 ^
34
44.204
44.148
44.071
43.977
43.868
43.745
43.616
43.482
43.350
43.225
82
50
56
77
94
109
123
129
134
132
125
110
43.115 ^^
43.024 ^
42.961 ^
42.932 —
42.944 "
56
43.000
104
153
201
244
281
43.104
43.257
43.458
43.702
43.983
44.294
44.624
311
330
DeoUna-
tion.
+18 48
//
51.30
49.08
47.14
45.67
44.40
222
194
157
117
74
43.66 3,
43.36 —
43,48 "
43.97 *^
44.82 ^
112
45.94
47.26
48.73
50.27
61.82
53.32
64.72
66.98
b7M
67.91
132
147
154
155
150
140
126
106
87
63
^•W 39
58.93 jj
59.04 —
68.89 ^*
58.46 ^
72
67.74
56.75
56.46
63.90
62.08
50.00
47.72
45.25
42.66
40.02
37.89
34.86
32.60
99
129
156
182
208
228
247
259
264
263
263
236
41.111
1.056
66.09
+0,341
+0.06
-0.4
+0.02
-0.5
^Apodli.
Var. 5.&-«.6
Right
m
67
114
IM
112
106
100
90
80
68
56
42
29
16
h
13
4.20
5.34
6.48
7.60
8.66
9.66
10.56
11.36
12.04
12.60
13.02
13.31
13.47
13.49 —
13.38 ^^
24
13.14
12.79
12.3^
11.76
11.12
10.42
9.68
8.93
8.20
7.51
6.90
6.40
6.03
6.81
5.76 —
14
5.90
6.22
6.73
7.41
8.23
9.18
10.23
11.34
35
47
56
64
70
74
75
73
69
61
50
37
32
32
51
68
82
95
105
111
DeoUna-
tkn.
■• "^ '
-76 23
//
20.31
20.56
21.40
22.79
24.67
27.00
29.71
32.72
35.95
39.37
42.8a
46.33
49.75
53.03
56.13
58.98
61.46
63.56
65.23
66.43
24
85
130
188
233
271
301
323
342
346
350
342
328
310
285
248
210
167
120
66
67.09 j^
67.23 —
66.83 ^
65.89 **
64.46*^
189
«2.67 _
228
260
280
293
292
280
256
220
178
126
72
12
60.29
57.69
54.89
51.96
49.04
46.24
43.68
41.48
39.70
38.44
37.72
37.60
5.955
4.251
31.31
-4.132
+0.11
-0.3
-0.24
-0.6
426
APPARENT PLACES OF STARS, 1916,
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
Jan. 0.8
10.8
20.7
30.7
Feb. 9.7
19.7
29.6
Mar. 10.6
20.6
dO.6
Apr. 9.5
19.5
29.5
May 9.4
19.4
29.4
June 8.4
18.3
28.3
July 8.3
18.3
28.2
Aug. 7.2
17.2
27.1
Sept. 6.1
16.1
26.1
Oct. 6.0
16.0
26.0
Nov. 6.0
14.9
24.9
Dec. 4.9
14.8
24.8
34.8
Mean Place
Sec ^, Tan a
D^ ay D» a
11 BoVtis.
Mag. 6.1
Right
ABoenslon.
h m
13 57
340
366
347
332
307
278
241
202
103
123
86
50
8
22.367
22.716
23.071
23.418
23.760
24.057
24.335
24.576
24.778
24.941
26.064
26.150
25.200
25.216 —
26.201 "
42
25.169
25.090
24.999
24.887
24.760
24.620
24.471
24.317
24.165
24.020
23.888
23.779
23.698
23.651
23.646 —
43
60
01
112
127
140
140
154
152
146
132
100
81
47
23.689
23.782
23.927
24.122
24.364
24.645
24.961
25.298
03
146
106
242
281
316
337
Deolina-
tion.
+27 46
ff
73.05
70.78
68.89
67.45
66.48
227
180
144
07
46
66.03
66.06
66.57
67.49
68.79
70.39
72.19
74.11
76.09
78.04
79.90
81.59
83.08
84.32
85.28
85.93
86.26
86.26
85.91
85.21
84.18
82.83
81.15
79.16
76.90
74.39
71.69
68.83
65.90
62.96
60.09
57.39
54.95
3
61
02
130
100
180
102
106
106
180
100
140
124
00
06
33
0
36
70
103
136
168
100
220
261
270
280
203
204
287
270
244
22.007
1.130
90.60
+0.527
+0.05
-0.3
+0.03
-0.5
rviifiiiiB.
Mag. 4.3
Aaoentkm.
h
13
m
57
8
22.670
22.902
23.236
23.562
23.872
24.159
24.416
24.644
24.837
24.997
25.124
25.221
25.287
25.327
26.340
25.329
25.295
25.241
25.167
25.078
24.975
24.861
24.741
24.621
24.507
332
334
320
310
287
267
228
103
100
127
07
00
40
13
11
34
64
74
80
103
114
120
120
114
103
24.404 ^
24.319 ^^
24.262
24.238 —
24.253 **
50
24.312
24.418
24.571
24.771
25.014
25.291
25.597
25.920
100
163
200
243
277
300
323
Declina-
tion.
+ 1 56
//
62.73
60.63
48.65
46.86
45.31
44.04
43.06
42.40
42.05
41.97 —
18
42.16
42.54
43.10
43.79
44.57
210
108
170
166
127
08
00
86
45.40
46.23
47.06
47.84
48.55
49.20
49.75
50.19
50.50
50.66
50.66
50.47
50.09
49.48
48.64
47.56
46.24
44.68
42.91
40.98
38.92
36.79
34.69
30
50
00
78
83
83
83
78
71
06
56
44
31
10
0
10
38
01
84
108
132
150
177
103
200
213
210
22.216
1.001
62.06
+0.034
+0.06
-0.3
0.00
-0.5
fi Centauzl.
Mag. 0.9
Right
Afloension.
h
13
m
57
8
52.660
53.260
53.840
64.417
54.966
55.476
55.939
56.349
56.702
56.994
600
600
6n
640
610
403
410
363
202
231
57.225 ^„
57.397 ^^^
57.508
57.559 —
57.552 ^
02
57.490
57.374
57.200
57.000
56.753
56.477
56.181
56.874
66.573
55.287
110
106
200
247
270
200
307
301
280
263
55.034 ^
54.827 ^^
54.681 ^^
54.605 —
54.612 ^
00
54.708
54.896
55.174
188
278
303
55.537
55.975^
600
56.475
57.022
57.600
647
678
Declina-
tion.
53.025
1.998
-59 67
ff
67.48
58.18
59.37
61.01
63.04
66.39
68.01
70.83
73.78
76.79
79.81
82.79
85.66
88.36
90.83
93.04
94.95
96.60
97.67
98.41
98.72
98.68
97.99
96.97
95.66
93.78
91.71
89.43
87.00
84.56
82.18
79.99
78.06
76.48
75.34
70
no
104
203
236
202
282
206
301
302
286
286
270
248
221
101
166
117
74
31
14
60
102
141
178
207
228
243
244
288
210
104
167
114
60
74.68 ^^
74.52 —
74.89 '^
66.04
-1.730
+0.08
-0.3
-0.10
-0.5
Mag. 3.5
Rigbt
Aiowwiop.
h m
14 1
i
35.239
35.607
35.977
36.337
36.680
370
343
318
«fD.Wo
37.287
37.542
37.763
37.960
38.102
38.220
38.307
38.362
221
187
152
118
87
56
26
38.388 —
1
38.387
38.357
38.304
38.226
38.128
ao
53
78
38.013
37.884
37.747
37.609
37.477
37.358
37.261
37.196
37.168 —
37.185 ^^
68
115
120
137
138
132
110
07
65
37.253
37.375
37.549
37.775
38.048
38.360
38.701
39.061
122
174
226
273
312
341
360
35.034
1.115
-» U
41.91
43.46
45.20
47.07
49.01
50.97
52.89
54.74
56.48
58.07
59.53
60.S2
61.94
62.89
63.65
64.25
64.67
64.89
64.94 —
64.81 "
3S
64.48
63.98 *
63.32 •*
62,52 *
61.60 *
us
IT*
is:
1*4
US
ISS
174
isi
I4e
12»
112
75
33
lOS
S3
64
60.60
59.57
5S.54
57.59
56.76
56.12 ^
55.70 ^
55.57 —
55.75 ^
56.25 *
57.07
58.20*"
59.58 **"
+0.07
-0.3
41.74
-0.'»4
-0.03
-0.5
APPARENT PLACES OF STARS, 1916.
427
FOR THE UPPER' TRANSIT AT WASHINGTON.
Was
tiinfftoQ
a Tune.
0 OentAWl.
Mag. 2.3
Right
Asoflosloii.
DeoUna-
tkm.
or Dxaoonii.
Mag. 3.6
Right
Aiosiisim.
Deolina-
tion.
(JBoMU.
Mag. 4.8
Right
Aiownniop.
DeoUn**
tkm.
/CVilfllliB.
Mag. 4.3
Right
DeoUna-
tkm.
Jan.
Feb.
0.8
10.8
20.8
30.7
9.7
19.7
29.6
Mar. 10.6
20.6
80.6
Apr. 9.5
19.5
29.5
May 9.5
19.4
29.4
June 8.4
18.3
28.3
July 8.3
18.3
28.2
Aug. 7.2
17.2
27.2
Sept. 6.1
16.1
26.1
Oct. 6.0
16.0
26.0
Nov. 5.0
14.9
24.9
j^^ec. 4."
14.9
24.8
34.8
h
14
1
44.113
44.512
44.911
45.302
45.673
46.017
46.329
46.607
46.847
47.048
m
1
309
309
301
871
344
312
278
240
201
164
47 212
^''^^^ 128
47.340
47.432
47.489 24
47.513 —
7
47.606
47.467
47.399
47.305
47.186
47.049
46.897
46.737
46.576
46.421
3tf
68
94
119
137
152
160
161
156
139
Mean Place
Sec ^, Tan a
D^ a, Dm a
46.282 ^^2
46.170 ^
46.092 ^
46.057 —
46.072 "
72
46.144
130
190
245
206
338
360
389
46.274
46.464
46.709
47.005
47.343
47.712
48.101
-35 57
#/
23.33
24.65
26.27
28.11
30.12
32.25
34.44
36.63
33.79
40.86
42.83
44.68
46.36
47.87
49.19
50.29
51.18
51.82
52.21
52.33
52.18
51.78
51.12
50.23
49.12
47.86
46.48
45.04
43.61
42.27
41.08
40.10
39.41
39.06
39.05
39.42
40.17
41.28
182
162
184
201
213
210
210
216
207
107
185
168
151
132
110
64
89
12
15
40
66
80
111
126
138
144
143
134
119
98
69
35
1
87
75
111
43.998
1.235
26.03
-0.726
h m
14 2
1
6.85
7.42
8.02
8.62
9.20
9.74
10.23
10.66
11.01
11.26
57
60
60
58
54
40
43
35
25
17
11.43
11.52 -
11.51 *
11.43
11.26
11.03
10.74
10.41
10.03
9.63
9.20
8.76
8.33
7.90
7.50
7.14
6.81
6.55
6.36
6.24
6.21
6.26
6.41
6.66
7.01
7.43
7.92
8.46
8
17
23
20
33
38
40
43
44
43
43
40
36
33
26
19
12
3
5
15
25
35
42
49
54
+64 45
#/
72.14
70.13
68.73
67.98
67.91 — 1
67
68.48
201
140
75
7
69.69
71.46
73.70
76.33
79.21
82.24
85.29
88.28
91.08
93.60
95.76
97.52
98.83
99.64
99.93
99.71
98.96
97.71
95.98
93.79
91.18
88.21
84.93
81.39
77.68
73.87
70.05
66.33
62.80
59.56
56.73
54.40
121
177
224
263
288
803
805
299
280
252
216
176
181
81
20
22
75
125
173
219
261
297
328
354
371
381
382
372
353
324
283
233
6.929
2.346
97.27
+2.122
h m
14 6
f
34.425
34.767
85.115
35.460
35.790
36.098
36.377
36.622
36.831
37.001
342
348
345
330
806
270
245
200
170
183
37.134 ^
37.231
37.292
37.320 —
37.318 *
31
37.287
57
81
101
121
134
145
160
151
146
134
37.230
37.149
37.048
36.927
36.793
36.648
36.498
36.347
36.201
36.067 ^^3
35.954
35.866
35.813 jjj
35.801 —
34
35.835
83
134
185
282
274
35.918
36.052
36.237
36.469
36.743
37.050
37.379
307
329
+25 28
»0
63.71
61.40
59.45
57.91
56.84
56.25
56.15
56.52
57.32
58.49
59.96
61.66
63.50
65.40
67.31
69.13
70.82
72.33
73.60
74.62
281
195
154
107
59
10
37
80
117
147
170
184
190
101
182
160
151
127
102
72
75.34^
75.77 ^^
75.87 —
75.64 "
75.08 "
90
74.18
122
153
183
213
236
72.96
71.43
69.60
67.47
65.11
62.51
59.76
56.91
54.03
51.20
48.50
46.04
260
275
285
288
28S
270
246
h m
14 8
1
25.020
25.357
25.698
26.031
26.351
26.648
26.917
27.158
27.366
27.542
27.687
27.800
27.885
27.941
27.970
27.974
27.952
27.909
27.843
27.759
27.659
27.545
27.423
27.299
27.180
27.070
26.978
26.913
837
341
833
320
297
260
241
208
176
145
113
85
56
29
4
22
43
66
84
100
114
122
124
119
110
02
65
31
26.882 —
26.890 *
54
26.944
27.046
27.197
27.396
27.639
27.918
28.228
28.556
102
151
199
243
279
310
328
- 9 52
ff
65.28
67.15
69.03
70.86
72.59
187
188
183
173
156
74.15
75.52
76.67
77.61
78.31
78.80
79.08
137
115
04
70
40
28
12
79.20 —
79.17 '
79.01
78.73
78.38
77.96
77.48
76.96
76.42
75.86
75.29
74.75
74.24
73.79
73.43
73.20
73.13 —
73.24 "
38
73.57
74.14
74.98
76.07
77.38
16
28
35
42
48
52
54
56
57
54
51
45
86
23
78.91
80.61
82.42
57
84
100
131
153
170
181
34.127
1.108
80.44
+0.477
24.758
1.015
59.74
-0.174
+0.07
-0.3
-0.04
-0.5
+0.03
-0.3
+0.12
-0.5
+0.05
-0.3
+0.03
-0.5
+0.06
-0.3
-0.01
-0.5
APPARENT PLACES OF STARS, 1916,
429
FOR THE UPPER TRANSIT AT WASHINGTON.
ashineton
BonTune.
Wi
Mean
Jan. 0.8
10.8
20.8
30.7
Feb. 9.7
19.7
29.7
Mar. 10.6
20.6
30.6
Apr. 9.5
19.5
29.5
Hay 9.5
19.4
29.4
June 8.4
18.4
28.3
July 8.3
18.3
28.2
Aug. 7.2
17.2
27.2
Sept. 6.1
16.1
26.1
Oct. 6.1
16.0
26.0
Nov. 5.0
14.9
24.9
Dec. 4.9
14.9
24.8
34.8
Mean Place
Sec a, Tan d
D^a, Dm a
D^a, D«a
XVirglnlt.
Mag. 4.6
night
AsMnskm.
II
14
m
14
8
33.889
34.229
34.571
34.910
36.234
35.537
35.813
36.062
36.276
36.461
36.615
36.737
36.828
36.893
36.927
36.939
36.922
36.880
36.820
36.736
36.635
36.519
36.397
36.270
36.144
36.029
35.933
35.862
340
342
339
324
303
276
249
214
185
154
122
91
65
34
12
17
42
60
84
101
116
122
127
126
115
96
71
36
35.826 —
35.828 ^
49
35.877
35.975
36.123
36.319
36.561
36.841
37.149
37.479
98
148
196
242
280
308
330
Declina-
tion.
-12 59
//
10.65
12.44
14.24
16.06
17.81
19.41
20.86
22.13
23.19
24.05
24.70
25.18
25.47
79
80
82
75
60
45
27
06
86
65
48
29
25.62 —
25.61 *
10
25.51
25.30
25.00
24.64
24.19
23.69
23.15
22.58
22.00
21.43
20.87
20.40
20.02
19.79
21
30
36
45
50
54
57
58
57
56
47
38
23
6
19.73 -
12
19.85
20.23
20.85
21.75
22.86
24.23
25.79
27.49
38
62
90
111
137
156
170
33.671
1.026
6.04
-0.231
+0.06
-0.3
-0.01
-0.6
SLlbne.
Mag. 6.3
Right
Ascension.
h m
14 18
8
54.455
54.792
55.135
55.471
56.794
56.096
56.376
56.624
56.842
57.029
57.184
57.310
57.405
57.472
57.511
57.525
57.511
57.474
57.415
57.334
57.235
57.121
56.999
56.870
56.744
56.627
56.528
56.454
56.413
56.412 —
43
56.455
56.547
56.689
56.880
57.116
837
843
836
333
802
279
249
218
187
155
126
95
67
39
14
14
37
69
81
99
114
122
129
126
117
99
74
41
57.392
57.698
58.024
92
142
191
236
276
306
326
Declioft*
tkm.
-11 19
//
181
183
179
171
157
56.55
58.36
60.19
61.98
63.69
65.26
66.65
67.84
68.81
69.56
70.11
70.46
70.65
70.68
70.59
70.40
70.11
69.75
69.33
68.85
68.34
67.81
67.26
66.72
66.19
65.71
65.32
65.03 ^^
64.87 —
64.90 ^
24
65.14
65.61
66.33
67.30
68.51
69.93
71.53
73.26
139
119
97
75
55
35
19
3
9
19
29
36
42
48
61
53
55
64
53
48
39
29
47
72
97
121
142
160
173
54.254
1.020
51.36
-0.200
+0.07
-0.3
-0.01
-0.6
^BoVtU.
Mag. 4.1
Right
Aaoension.
h m
14 22
8
20.223
20.645
21.089
21.535
21.974
22.390
22.771
23.108
23.394
23.623
23.796
23.910
23.967
23.968 —
23.917 "
98
23.819
422
444
446
439
416
381
337
286
229
173
114
57
23.678
23.499
23.286
23.047
22.785
22.511
22.228
21.946
21.673
21.419
21.190
20.999
20.852
20.761
20.730
20.765
20.872
21.048
21.293
21.599
21 .958
22.359
141
179
213
239
262
274
283
282
273
254
229
191
147
91
31
35
107
176
245
306
359
401
Declina-
tion.
+52 13
0*
56.14
53.75
51.91
50.67
239
184
124
50.06 —
4
66
60.09
60.76
61.99
53.76
66.93
68.45
61.18
64.03
66.88
69.65
72.23
74.55
76.53
78.13
79.30
80.02
80.26
80.01
79.29
78.09
76.43
74.35
71.88
69.05
65.91
62.53
58.97
55.32
51.67
48.12
44.75
41.70
39.05
124
176
218
252
273
285
285
277
258
232
198
160
117
72
24
25
72
120
166
208
247
283
314
338
366
365
365
355
337
305
265
20.286
1.632
78.90
+1.291
+0.04
-0.3
+0.07
-0.6
/BoOtia.
Mag. 5.4
Right
Ascension.
h m
14 22
8
33.118
33.447
33.785
34.121
34.445
34.761
36.031
35.281
35.499
36.682
36.830
35.945
36.026
36.076
36.096
36.086
36.050
35.990
35.907
35.804
35.683
35.550
35.407
35.260
35.115
34.980
34.862
34.769
34.708
34.684
34.704
34.773
34.893
35.062
35.279
35.536
35.826
36.142
829
338
336
324
806
280
250
218
183
148
116
81
60
20
10
36
60
83
103
121
133
143
147
145
135
118
93
61
24
20
09
120
169
217
267
290
316
Declina-
tion.
+19 35
tt
59.48
57.15
65.12
53.44
52.18
233
303
168
126
82
51.36 3^
51.00 —
51.08 *
51.67 *•
52.43 ^
117
53.60
141
160
160
171
109
159
146
120
107
82
55.01
56.61
58.30
60.01
61.70
63.29
64.75
66.04
67.11
66
29
67.93
68.49
68.78
68.79 —
68.51 ®
68
67.93
67.04
66.86
64.37
62.60
60.57
58.31
55.86
53.26
50.59
47.92
45.31
42.86
89
118
149
177
203
226
246
260
267
367
261
246
32.913
1.061
74.39
+0.356
1+0.06
1-0.3
+0.02
-0.6
430
APPARENT PLACES OF STAE8, 1916,
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
MeanTnne.
Jan.
Feb.
0.8
10.8
20.8
30.7
9.7
19.7
29.7
Mar. 10.6
20.6
30.6
Apr. 9.6
19.5
29.5
May 9.5
19.4
29.4
JuDe 8.4
18.4
28.3
July 8.3
18.3
28.3
Aug. 7.2
17.2
27.2
Sept. 6.1
16.1
26.1
Oct. 6.1
16.0
26.0
Nov. 5.0
15.0
24.9
Dec. 4.9
14.9
24.8
34.8
^ Viiflnis.
Mag. 5.0
Right
Aacension.
h m
14 23
s
52.572
52.898
53.229
53.558
53.876
54.174
54.448
54.694
54.911
55.096
55.250
55.374
55.469
55.535
55.574
55.586
55.572
55.536
55.477
55.397
55.299
55.186
55.063
54.936
54.809
326
331
329
318
298
274
246
217
185
154
124
95
66
39
12
14
36
59
80
98
118
123
127
127
117
Mean Place
Sec ^, Tan a
54.692 ^^
54.589 .g
54.511 [^
54.462 g
54.453 —
33
54.486
54.567
54.698
54.876
55.099
55.360
55.653
55.968
81
131
178
223
261
293
315
Declina-
tion.
- 1 51
//
15.20
17.19
19.10
20.88
22.47
23.82
24.90
25.70
26.22
26.46
26.46
26.24
25.85
25.32
24.68
23.97
23.23
22.48
21.75
21.06
20.41
19.83
19.33
18.92
18.64
18.47
199
191
178
159
135
108
80
52
24
0
22
39
63
64
71
74
75
73
69
65
58
50
41
28
17
18.46-^
18.63 "
18.98 ^
19.55 "
80
20.35
21.39
22.67
24.15
25.85
27.68
29.61
31.59
104
128
148
170
183
193
198
52.369
1.001
6.92
-0.032
5 Ursfle Mlnorlt.
Mag. 4.4
Right
Ascension.
h m
14 27
8
39.60
40.47
41.41
42.37
43.34
44.27
45.12
45.88
46.51
47.01
47.34
47.52
47.54
47.40
47.12
46.70
46.16
45.51
44.79
43.99
43.15
42.28
41.40
40.54
39.71
38.93
38.22
37.60
37.10
36.72
36.48
36.40
36.48
36.72
37.13
37.68
38.38
39.18
87
94
96
97
93
85
76
63
60
33
18
2
14
28
42
51
65
72
80
84
87
88
86
83
78
71
62
50
38
24
8
8
24
41
55
70
80
Deolinft-
tion.
+76 3
f/
44.76
42.65
41.15
40.31
211
150
84
40.16 —
52
40.68
41.83
43.58
45.83
48.50
51.46
54.57
57.75
60.89
63.85
66.55
68.90
70.85
72.34
73.34
73.79
73.73
73.12
71.98
70.35
68.24
65.70
62.77
59.50
55.97
52.26
48.42
44.58
40.81
37.21
33.91
30.98
28.55
115
175
225
267
296
311
318
314
296
270
235
195
149
100
45
6
61
114
163
211
254
293
327
353
371
384
384
377
360
330
293
243
41.140
4.152
70.14
+4.030
p Bo<ftis.
Mag. 3.8
Right
Ascemion.
h m
14 28
340
354
353
345
326
300
269
234
195
156
119
80
45
s
12.743
13.083
13.437
13.790
14.135
14.461
14.761
15.030
15.264
15.459
15.615
15.734
15.814
15.859
15.869 —
22
15.847
15.795
15.714
15.609
15.481
15.335
15.173
15.004
14.830
14.659
14.498
14.354
14.236
14.152
14.108
14.110
14.164
14.271
14.433
14.645
14.903
15.199
15.524
52
81
105
128
146
162
169
174
171
161
144
118
84
44
2
54
107
162
212
258
296
325
Declina-
tion.
+30 43
//
64.69
62.26
60.22
58.63
57.55
56.99
56.96
57.46
58.41
59.78
61.49
63.44
65.57
67.78
69.99
72.10
74.08
75.86
77.37
78.60
79.50
80.05
243
204
159
106
56
3
50
95
137
171
195
213
221
221
211
198
178
151
123
90
55
18
80.23 —
80.05 *®
79.49 ^
92
78.57
129
165
197
227
256
278
294
306
308
300
286
261
77.28
75.63
73.66
71.39
68.83
66.05
63.11
60.05
56.97
53.97
51.11
48.50
12.622
1.163
82.61
+0.595
yBoVtts.
Mag. 3.0
Ri^t
ABoenrion.
h m
14 28
360
373
377
368
348
323
288
248
206
162
119
77
s
41.839
42.199
42.572
42.949
43.317
43.665
43v988
44.274
44.522
44.728
44.890
45.009
45.086 3j
45.121 —
45.118 *
40
45.078
45.003
44.898
44.767
44.610
44.436
44.246
44.046
43.844
43.646
43.458
43.291
43.151
43.048
42.988
42.978
43.024
43.126
43.287
43.503
43.769
44.078
44.420
75
105
131
157
174
190
200
202
198
188
167
140
103
60
10
46
102
161
216
206
309
343
+38 »
r*
70.88
68.42
66.41
64.91
63.9S
63.62
63.S4
64.61
65.88
67.58
69.62
71.91
74.35
76.87
79.35
81.72
83.88
85.81
87.42
88.69
Oa.Ov
90.08
90.15
89.81
89.05
87.87
86.29
82.05
79.43
76.55
73.44
70.20
66.88
63.58
2*4
m
2
II
ir
m
244
3SS
»:
m
9
71
m
S2>
ss
3U
124
30
60.38
57.41
54.74
33»
35:
41.783
1.281
90.73
+0.800
D^ a, Dm a
D^ d, Dm d
+0.06
-0.3
0.00
-0.6
0.00
-0.3
+0.22
-0.6
+0.05
-0.3
+0.03
-0.6
+0.05
-0.3
+0.04
-0.6
APPARENT PLACES OF STARS, 1916,
431
FOR THE UPPER TRANSIT AT WASHINGTON.
"Wasliinffton
Mean Tune.
Jan. 0.8
10.8
20.8
30.7
Feb. 9.7
19.7
29.7
Mar. 10.6
20.6
30.6
Apr. 9.6
19.5
29.5
May 9.5
19.4
29.4
June 8.4
18.4
28.3
July 8.3
18.3
28.3
Aug. 7.2
17.2
27.2
Sept. 6.1
16.1
26.1
Oct. 6.1
16.0
26.0
Nov. 5.0
15.0
24.9
Dec. 4.9
14.9
24.8
34.8
Mean Place
Sec d, Tan d
Dfa, Dm a
Df d. Dm d
^CentauzL
Mag. 2.6
Right
Afloension.
h m
14 30
8
9.919
10.338
10.766
11.191
11.602
11.990
12.350
12.677
12.968
13.221
13.435
13.611
13.749
13.847
13.907
13.929
13.913
13.862
13.776
13.659
13.516
13.350
13.169
12.981
12.796
12.623
12.472
12.357
12.284
419
428
435
411
388
300
327
291
253
214
176
138
98
60
22
16
51
80
117
143
166
181
188
185
173
151
115
73
DecUnfr*
tlon.
-41 47
It
20
12,264 —
40
12.304
12.407
12.575
12.807
13.096
13.435
13.812
14.219
103
168
232
289
339
377
407
18.58
19.43
20.61
22.08
23.80
25.70
27.73
29.85
32.00
34.15
36.24
38.26
40.19
41.98
43.60
45.04
46.27
47.27
48.00
48.47
48.64
48.50
48.08
47.36
46.38
45.15
43.74
42.19
40.57
38.95
37.41
36.02
34.86
34.00
33.46
33.30
33.52
34.12
85
118
147
172
190
203
212
215
215
309
302
193
179
162
144
123
100
73
47
17
14
42
72
98
123
141
155
102
162
154
139
116
86
54
16
22
60
10.026
1.341
21.99
-0.894
+0.08
-0.3
-0.05
-0.6
CBoMU.
Mag. 4.5
Right
Afloension.
h m
14 31
8
1.526
1.865
2.217
2.569
2.912
3.238
3.540
3.810
4.046
4.243
4.403
4.526
4.610
4.658 ^^
4.673 —
19
4.654
4.607
4.531
4.430
4.306
339
352
352
343
326
302
270
236
197
160
123
84
48
4.162
4.005
3.837
3.664
3.494
3.332
3.188
3.069
2.983
2.938
2.937
2.989
3.095
3.253
3.462
3.719
4.012
4.336
47
76
101
124
144
157
168
173
170
162
144
110
86
45
1
52
106
158
209
257
293
324
Declina-
tioo.
+30 6
tf
244
206
161
HI
60
16.61
14.17
12.11
10.50
9.39
8.79
8.73
9.18
10.10
11.43
13.12
15.04
17.15
19.33
21.53
23.66
25.63
27.42
28.94 ^*^
30.18 '^
93
31.11
31.68
31.90
31.75
31.24
6
45
92
133
109
192
211
218
230
213
197
179
ot^ Centauzl.
Mag. 0.3
Right
A80Qiisk>n.
30.35
29.10
27.49
25.57
23.33
20.82
18.08
15.17
12.13
9.08
6.07
3.22
0.61
57
22
15
51
89
125
161
192
224
251
274
291
304
305
301
285
261
1.423
1.156
34.32
+0.580
+0.05
-0.3
+0.03
-0.6
h m
14 33
8
53.10
53.68
54.27
54.86
55.43
55.97
56.47
56.92
57.32
57.66
57.93
58.15
58.31
58.41
58.44
58.42
58.34
58.20
58.01
57.76
57.48
57.18
56.85
56.52
56.19
58
69
59
57
54
50
45
40
34
27
23
16
10
3
2
8
14
19
25
28
30
33
33
33
30
25
20
14
6
55.89
55.64
55.44
55.30
55.24 -
3
55.27
55.39
55.62
55.93
56.32
12
33
31
39
46
56.78
57.30
57.86
53
56
D«cUiia-
tion.
-60 29
//
8.11
8.39
9.14
10.34
11.95
13.92
16.17
18.66
21.31
24.07
26.89
29.71
32.48
35.12
37.61
39.89
41.90
43.62
45.00
45.98
46.56
46.72
46.43
45.70
44.56
43.04
41.19
39.07
36.76
34.36
31.95
29.64
27.55
25.73
24.28
23.27
22.73
22.67
38
75
120
161
197
225
249
265
276
282
283
277
264
249
228
201
172
138
98
58
16
29
73
U4
152
185
212
231
240
241
231
209
182
145
101
54
6
52.996
2.030
21.74
-1.767
+0.09
-0.3
-0.09
-0.6
88Bo<fti8.
Mag. 5.4
Right
AkmuIod.
h in
14 35
8
42.657
43.032
43.425
43.825
44.219
44.596
44.944
45.257
45.528
45.754
45.932
46.062
46.143
46.178
46.169
46.118
46.028
45.903
45.747
45.566
45.361
45.140
44.907
44.671
44.440
44.221
44.021
43.851
43.719
43.634
43.602
43.629
43.719
43.871
44.083
44.352
44.669
45.024
375
393
400
394
377
348
313
271
226
178
130
81
35
9
51
90
125
156
181
205
221
233
236
231
219
300
170
132
85
32
27
90
152
212
269
317
355
Declina-
tion.
+44 45
//
38.20
35.69
33.67
32.19
31.31
31.03
31.37
32.28
33.72
35.60
37.83
40.34
43.00
45.71
48.39
50.93
53.28
55.34
57.06
58.41
59.36
59.86
59.91
59.51
58.65
57.36
55.64
53.52
51.02
48.22
45.13
41.83
38.40
34.90
31.45
28.12
25.04
22.29
251
202
148
88
28
34
91
144
18S
223
251
271
268
254
235
206
172
135
95
50
5
40
86
129
172
212
250
280
309
330
343
350
345
333
308
275
42.735
1.408
59.17
+0.992
+0.04
-0.3
+0.05
-0.6
APPARENT PLACES OF STARS, 1916.
433
FOR THE UPPER TRANSIT AT WASmNGTON.
SLlbm.
aiAhm.
Oioombzldce 816i.
^ TJruo Mlnorlt.
Waahington
Mag. 5.3
Mag. 2.9
Mag. 5.7
Mag. 2.2
Mean^
Luue.
Rifbt
Doeliiia-
Right
DeoUna-
Riffat
DeoUnft-
Right
DecUna-
A8O0O81OI1.
tkm
Aaoension.
tkm.
Aaoentkm.
tkm.
AaoensJon.
tion.
h m
•
t
h m
• /
h m
• t
h m
• /
14 46
-15 38
30
14 46
-15 41
14 49
+59 37
14 50
+74 29
Jan.
0.8
2.302
WW
59.21
f
13.749
40.38
f
17.790
42.91
8
54.33
tt
31.21
10.8
2.636^
60.76
ISA
14.082 ^
41.92^
18.246*"
40.35***
55.08 ^*
28.81 ***
20.8
2.980***
62.39
103
14.425 ^
43.54 ^~
18.738 *•*
38.34*^
55.89 **
27.01 ***
30.8
3.322**^
64.03
104
14.768 ^
45.18 ^•^
19.247 "•
36.94***
56.76 *^
25.83 "*
Feb.
9.7
3.657^
65.63
leo
15.102 ^
46.79 "^
19.758 "^
36.19 ^*
57.64 **
25.33 **
319
152
320
152
494
7
86
19
19.7
3.976
67.15
4 M^^
15.422
48.31
20.252
36.12 ~
58.50
25.52
29.7
4.274^
68.55
140
15.719 ^
49.71 '"^
20.718 *"
36.70 **
59.31 **
26.36 **
Mar.
10.6
4.646'"
69.77
122
4 ^^JM
15.991 *^
50.94"*
21.138 ***
37.90 **
60.04 ^
27.84 "*
20.6
4.790^
70.84
107
16.235 "*
52.01 *^
21.505**^
39.67 *"
60.68 **
29.86 ***
30.6
5.005^
71.72
88
16.451 *"
52.89 ^
21.810 *^
41.92***
61.19 **
32.34***
186
70
186
70
237
302
39
283
Apr.
9.6
5.190
72.42
K9
16.637
53.59
22.047 ,„
44.54
61.58 ,^
35.17
19.5
5.347 "^
72.95
63
37
24
12
16.793 "•
54.13 "
22.214 'I
47.42***
25
61.83
38.24 **^
29.5
5.473 *^
73.32
16.919 "*
54.51 *®
22.310
22.336 —
50.48***
61.92 -
41.43***
May
9.5
5.570 ^
73.56
17.017 *
54.74 ^
53.57 ***
61.89 *
44.63 ***
19.5
5.638 ^
73.68
17.084 •^
54.85 "
22.293 **
56.59***
61.72 "
47.71 ***
38
1
40
1
106
287
30
289
29.4
5.676
5.685 —
1 A
73.67
17.124 ,_
54.86
22.188
59.46
61.42
50.60
June
8.4
73.58
9
10
17.134 —
54.77 ®
22.024 ^^
62.06***
60.99 **
53.19 ***
18.4
5.669 **
AA
73.40
18
17.116 "
54.59 "
21.807 "^
64.35**
60.47 **
55.42**^
28.3
5.623 *^
73.16
24
17.072 **
54.33 *
21.543 "*
66.26 *"
59.86 **
57.22 ***
July
8.3
5.554 ^
72.82
34
17.001 ^^
54.01 *^
21.239*^
67.73 "^
59.18 **
53.65 ***
03
80
92
39
335
100
74
83
18.3
5.461
72.43
J M
16.909
53.62
20.904
68.73
58.44
59.38 „
28.3
5.348 *"
71.99
44
16.796 "^
53.18 **
20.545***
69.23 —
57.67 "
30
69.68 —
Aug.
7.2
5.221 *^
71.48
61
16.669 *^
52.68 ^
20.171 *^*
69.22 *
56.87 **
59.45 **
17.2
5.085 ^^
70.95
63
16.532 **'
52.15 ^
19.792 *^
68.70 **
56.07 **
68.69 ^*
27.2
4.946*^
70.41
64
16.394 *^
51.60 **
19.418 *^*
67.68 '**
65.29 ^*
57.41 *»
133
67
134
55
358
161
75
J77
Sept
. 6.2
4.813 „,
4.694
69.84
16.260 „^
51.05
19.060
66.17
54.54 55.64
16.1
69.33
61
16.142 ^^
50.52 ^
18.728 **^
64.20 **^
53.84^
63.41 "»
26.1
4.698
68.87
46
16.044 ^
50.05 *^
18.436 ***
61.79 ***
53.22 **
50.76*"
Oct.
6.1
4.533 jg
68.50
37
15.979
49.68 *^
18.193 ^
59.01 *^*
52.69 **
47.73 *»
16.0
4.506 —
68.27
23
15.952 —
49.45 ^
18.012 ***
55.88 ***
52.28 **
44.41 '^
18
6
17
6
113
342
80
359
26.0
4.523
68.21
15.969
49.39
17.899 „
52.46
51.98
40.82
Nov.
5.0
4.590 *^
4 V o
68.35
14
16.037 ^
49.53 **
35
17.864 —
48.85 ***
51.82
37.07 *^*
15.0
4.708 "*
1 T1
68.72
37
16.156 ^*®
49.89 **
17.912 *®
45.12 *^
61.80 -
33.24*®*
24.9
4.879 "*
69.33
61
16.325 ^^^
50.60 **
18.045^
41.35*"
61.94 **
29.43 ***
Dec.
4.9
5.096 *"
70.19
86
16.543 ^**
51.35 **
18.260 "*
37.65 *^
52.23 **
25.73 *™
aoo
107
260
109
295
350
44
346
14.9
5.356
71.26
M ^1^^
16.803
52.44
18.555
34.15
52.67
22.27
24.9
5.660^
72.55
129
17.098 ^
53.71 '^
18.920***
30.92 **^
63.24 *^
19.15***
34.8
5.972 *"
74.00
145
17.418 '*
55.15 ^**
19.345 *^
28.09***
53.92 **
16.45 *^*
Mean Place
2.248 54.95
13.694 36.13
18.404 65.92
56.263 55.53
Sec d, Tan d
1.039 -0.28(1
1
1.039 -0.281
1.978 +1.707
3.741 +3.605
D^a, D»a
+0.07 -0.01
+0.07 -0.01
+0.03 +0.08
0.00 +0.18
D^ d, D« d
-0.3 -0.7
-0.3 -0.7
-0.3 -0.7
-0.3 -0.7
79790^
—1916 ^2
»
434 APPARENT PLACES OF STARS, 1916,
FOR THE UPPER TRANSIT AT WASHINGTON.
Mean Time.
Jan.
Feb.
Mar.
0.8
10.8
20.8
30.8
9.7
19.7
29.7
10.7
20.6
30.6
Apr.
9.6
19.6
29.5
May 9.5
19.5
29.4
June 8.4
18.4
28.4
July 8.3
18.3
28.3
Aug. 7.2
17.2
27.2
Sept. 6.2
16.1
26.1
Oct. 6.1
16.1
26.0
Nov. 6.0
15.0
24.9
Dec. 4.9
14.9
24.9
34.8
S^ Libm.
Mag. 5.6
RiKht
Asoeo^ioii.
h m
14 52
8
12.473
12.799
13.134
13.470
13.799
14.114
14.409
14.679
14.923
15.138
15.325
15.483
15.612
15.712
16.784
326
335
330
329
315
295
270
244
215
187
158
129
100
72
43
15.827
15.841 —
15.828 *^
Mean Place
Sec a, Tan d
D^ a, D» a
D^ a, Di. d
15.788
15.722
15.632
15.523
15.398
15.264
15.127
14.993
14.871
14.773
14.703 3^
14.669 —
11
14.680
14.739
14.848
15.008
15.216
15.465
15.749
16.061
40
60
90
109
125
134
137
134
122
98
70
59
109
160
208
249
284
312
12.430
1.019
DediDA-
tkm.
-11 4
It
22.57
24.21
25.90
27.56
29.12
30.54
31.80
32.87
33.72
34.35
34.79
35.04
164
169
166
156
142
126
107
85
63
44
25
8
35.12 —
35.06 *
34.89
34.62
34.29
33.90
33.46
33.00
32.61
32.01
31.51
31.02
30.54
30.11
29.76
29.49 ^^
29.35 —
29.37 ^
20
29.67
29.98
30.62
31.48
32.57
17
27
83
89
44
46
49
50
50
49
48
43
35
27
33.87
35.32
36.91
41
64
86
109
130
145
159
16.88
-0.196
+0.07
-0.3
-0.01
-0.7
PiAZZi821.
Mag. 5.8
Right
AjcenstoD.
h m
14 52
8
15.305
15.617
15.942
16.271
16.595
16.904
17.194
17.459
17.697
17.904
18.080
18.225
18.338
18.420
18.473
18.495
18.490
18.456
18.396
18.312
18.206
18.082
17.944
17.797
17.648
17.603
17.370
17.259
17.176
17.127
17.121
17.162
17.253
17.396
17.583
17.816
18.085
18.382
312
325
329
324
309
290
265
238
207
176
145
113
82
53
22
5
34
60
84
106
124
138
147
149
145
133
111
84
48
6
41
91
142
188
233
269
297
DecUna-
tlan.
+14 46
rr
53.25
50.93
48.86
47.08
45.64
44.62
44.02
43.84
44.06
44.67
45.58
46.78
48.16
49.68
51.28
62.88
54.44
55.90
57.23
58.37
59.33
60.06
60.56
232
207
178
144
102
60
18
22
61
91
120
138
152
160
160
156
146
133
114
96
73
50
24
60.80 —
60.79 ^
29
60.50
59.93
59.08
57.96
56.66
54.87
52.95
50.79
48.47
46.03
43.52
41.03
38.64
57
85
112
141
168
192
216
232
244
251
249
289
15.264
1.034
66.49
+0.264
+0.06
-0.3
+0.01
-0.7
Mag. 2.8
Right
Asoonslon.
h m
14 53
8
1.030
1.446
1.876
2.308
2.732
3.138
3.520
3.872
4.191
4.476
4.723
4.931
5.101
5.231
5.323
416
430
432
424
406
382
352
319
285
247
208
170
130
92
50
6.373 ^^
5.383 —
5.353 ^
5.285
5.182
5.047
4.884
4.702
4.607
4.309
4.119
3.948
3.807
3.707
3.660 —
9
3.669
3.743
3.885
4.091
4.359
68
103
135
163
182
195
198
190
171
141
100
4.680
5.047
6.446
74
142
206
268
321
867
399
DeoUna-
tion.
-42 47
r>
44.52
45.09
45.98
47.17
48.62
50.28
52.09
54.01
55.99
58.01
60.01
61.97
63.86
65.65
67.31
68.83
70.17
71.29
72.19
72.82
73.17 y
73.24 —
73.01 ^
72.49 "
71.68 "
106
70.60
57
89
119
145
166
181
192
196
202
200
196
189
179
166
152
134
112
90
03
85
128
146
157
161
158
69.32
67.86
66.29
64.68
63.10
61.62
60.32
59.28
58.54
58.12
58.08 —
68.40 ^
148
130
104
74
42
1.265
1.363
47.39
-0.926
+0.08
-0.3
-0.04
-0.7
Var. A.MZ
Right
AbobosIoo.
h m
14 56
8
28.924
29.243
29.574
29.907
30.233
30.546
30.840
31.110
31.354
31.571
31.760
31.919
32.051
32.153
32.226
-319
331
333
326
313
294
270
244
217
189
150
132
102
73
45
32.271 j^
32.288 —
32.276 "
32.239
32.174
32.084
31.977
31.853
31.718
31.580
31.446
31.322
31.220
31.146 3^
31.108 —
5
31.113
31.168
31.269
31.422
31.623
31.865
32.145
32.449
37
05
90
107
124
135
138
134
124
102
74
55
101
153
201
242
280
9(M
-S':
17il ,,
WW'
22.43 1:
23.***
I*
25.36
2«.M^
27.49*
28.21^
28.«9t
28.96 .
29.03-
28.^^
28.6J'
28.34^
27.^9
27,41 •
26.ST
26.31
25.T5 .
25.20
2466
24J5
23.67
23.26
%
I
22.92
22.66
22.52
22.53
22.ni ;i
23.o: ,.
23.64 ^
24.45 '
25-4S
)3
28.14
29.72
31.38
:>
m
28.892
1.010
10.73
-0.144
+0.06
-0.3
-0.01
-0.7
APPARENT PLACES OF STARS, 1916.
435
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Time.
Jan.
Feb.
0.8
10.8
20.8
30.8
9.7
19.7
29.7
Mar. 10.7
20.6
30.6
Apr. 9.6
19.5
29.6
May 9.5
19.5
29.4
June 8.4
18.4
28.4
July 8.3
18.3
28.3
Aug. 7.2
17.2
27.2
Sept. 6.2
16.1
26.1
Oct. 6.1
16.1
26.0
Not. 5.0
16.0
24.9
Dec. 4.9
14.9
24.9
34.8
fiBofSHB.
Mag. 3.6
Right
Asoensioa.
h m
14 58
346
307
377
370
865
343
314
381
340
190
155
113
60
8
46.702
47.047
47.414
47.791
48.167
48.532
48.875
49.189
49.470
49.710
49.909
60.064
60.176
50.245
60.271 —
14
60.257
50.205
50.116
49.994
49.841
49.665
49.467
49.252
49.030
48.806
48.589
48.387
48.209
48.064
47.961
47.908
47.910
47.971
48.091
48.271
48.508
48.790
49.114
53
89
133
153
176
196
315
333
334
317
303
178
145
103
M>
3
61
130
180
337
383
384
Dedina-
tion.
+40 42
//
57.28
54.62
52.39
60.67
49.51
48.95
49.00
49.62
50.78
52.42
54.45
56.79
59.34
61.99
64.65
67.23
69.66
71.85
73.76
75.33
76.52
77.30
77.65
77.57
77.05
76.11
74.72
72.93
70.76
68.23
65.41
62.32
59.06
55.69
52.29
48.96
45.83
42.96
366
333
173
116
56
5
63
116
164
308
334
355
365
366
358
343
319
191
157
119
78
35
8
58
94
139
179
317
853
383
309
836
337
340
338
813
887
y Scoipii.
Mag. 3.4
Right
Asoonslon.
h m
14 59
t
8.952
9.800
9.659
10.021
10.375
10.716
11.038
11.334
11.603
11.844
12.055
12.236
12.385
12.503
12.590
348
359
363
354
341
333
396
309
341
3U
181
149
118
87
55
12.645 ^
12.668 —
12.659 ®
38
69
95
12.621
12.552
12.457
12.338
12.202
12.054
11.902
11.753
11.617
11.505
11.424
no
136
148
153
149
136
113
81
11.384 —
6
11.390
11.449
11.562
11.730
11.950
12.215
12.519
12.850
50
113
168
330
365
304
831
Declina-
tion.
-24 57
//
10.78
11.93
13.25
14.68
16.18
17.71
19.21
20.65
22.00
23.25
24.37
25.37
26.25
27.00
27.64
28.16
28.56
28.82
28.97
28.99 —
13
28.87
28.60
28.21
27.70
27.08
115
133
143
150
153
150
144
135
185
113
100
88
75
64
53
40
36
15
20.34
25.56
24.75
23.95
23.23
22.62
22.16
21.93
21.91 —
22.16 ^
50
22.66
23.43
24.43
37
89
51
63
74
78
81
80
73
61
46
23
77
100
^ Bo<fttt.
Mag. 4.7
Right
Ascension.
h m
15 0
1
50.683
51.000
51.334
61.675
52.014
52.342
52.649
62.933
53.187
53.408
53.595
53.747
53.864
53.946
53.994
54.008
53.989
53.9^
53.862
63.756
63.628
53.479
53.314
63.141
52.964
52.792
62.632
62.492
52.381
62.307
52.278
52.297
62.368
52.493
52.669
52.894
53.160
53.469
317
334
341
339
338
307
384
354
331
187
153
117
83
48
14
19
49
78
106
138
149
165
173
177
173
160
140
111
74
30
19
71
135
176
825
866
899
Dedhia-
tion.
+27 15
//
71.99
69.45
67.24
65.44
64.10
354
331
180
184
83
63.27
62.96 —
63.16 ^
63.86 ^
64.98 "^
150
66.48
68.27
70.28
72.43
74.62
76.78
78.84
80.75
82.43
83.88
85.02
85.84
86.83 j^
86.47 —
86.24 ®
59
85.66
179
301
215
319
316
306
191
168
145
114
83
49
84.71
83.41
81.76
79.80
77.53
75.00
72.27
69.38
66.42
63.45
60.68
57.90
94
ISO
165
196
227
253
273
289
296
297
287
268
CBoVtis.
Mag. 5.0
Right
Afloeiulon.
h m
15 3
f
36.609
36.92a
37.263
37.592
37.928
38.251
38.558
38.841
39.094
39.316
39.606
39.660
39.782
39.868
39.921
39.942
39.931
39.888
39.817
39.721
39.698
39.456
39.298
39.129
38.957
38.788
38.631
38.494
38.386
38.314
38.285
38.303
38.374
38.499
38.674
38.896
39.159
39.455
314
330
339
336
323
307
283
253
222
100
154
122
86
53
21
11
43
71
96
123
142
158
109
172
169
157
137
106
72
29
18
71
125
175
222
263
296
Declina-
tion.
+25 11
ff
28.43
25.91
23.69
21.87
20.50
252
222
182
137
89
19.61 33
19.23 —
19.35 **
19.95 ~
20.97 '~
141
22.38
169
190
207
211
309
200
186
166
142
113
24.07
25.97
28.04
30.15
32.24
34.24
36.10
37.76
39.18
85
50
40.31
41.16
41.66 j^
41.85 —
41.67 **
50
41.17
40.30
39.09
37.54
35.68
33.52
31.10
28.45
25.65
22.76
19.87
17.04
14.39
87
121
155
186
216
242
265
280
289
289
283
865
Mean Place
Sec ^, Tan a
46.922
1.319
76.74
+0.861
9.007
1.103
8.92
•0.465
50.764
1.125
88.36
+0.516
36.691
1.105
44.23
+0.470
D^ a, Dm a
I>«a, D«»a
+0.05
-0.3
+0.04
-0.7
+0.07
-0.3
0.02
-0.7
+0.05
-0.3
+0.02
-0.7
+0.05
-0.3
+0.02
-0.7
APPARENT PLACES OF STARS, 1916.
437
FOR THE UPPER TRANSIT AT WASHINGTON.
Washincton
MeoaaThn*.
Jan. 0.9
10.8
20.8
30.8
Feb. 9.7
19.7
29.7
Mar. 10.7
20.6
30.6
Apr. 9.6
19.6
29.5
May 9.5
19.5
29.4
June 8.4
18.4
28.4
July 8.3
18.3
28.3
Aug. 7.3
17.2
27.2
Sept. 6.2
16.1
26.1
Oct. 6.1
16.1
26.0
Nov. 6.0
15.0
25.0
Dec. 4.9
14.9
24.9
34.8
Mean Place
Sec d, Tan d
D^a, Dm a
6 BoVttt.
Mag. 3.5
Aaoenakm.
h m
15 12
s
6.764
7.084
7.425
7.778
8.129
8.473
8.800
9.102
9.375
9.615
9.819
9.985
10.113
10.204
10.256
10.271
10.250
10.195
10.108
9.990
9.847
9.680
9.497
9.302
9.103
8.906
8.720
8.556
8.419
8.321
8.268 3
8.265 —
8.318 "
8.426 ^^
8.690 ^^
215
8.805
260
206
820
341
363
361
344
327
302
273
240
204
IM
128
01
62
16
21
66
87
118
143
167
183
106
100
107
186
164
137
08
63
9.065
9.363
Dedina-
tiOD.
+33 37
ff
21.60
18.93
16.63
14.77
13.43
12.63
12.40
12.73
13.58
14.91
16.64
18.70
20.97
23.39
25.87
28.30
30.63
32.77
34.68
36.29
37.58
38.51
39.05
39.20
38.95
38.29
37.23
35.79
33.96
31.79
29.30
26.55
23.57
20.44
17.25
14.08
11.04
8.20
267
230
186
134
80
23
33
86
133
173
206
227
242
248
243
233
214
101
161
120
03
64
15
26
66
106
144
183
217
240
276
206
313
310
317
304
284
6.987
1.201
39.12
+0.665
+0.05
-0.3
+0.03
-0.7
fijAhtm,
Mag. 2.7
Right
Asoension.
h
15
m
12
8
29.027
29.340
2^.667
29.999
30.327
30.645
30.945
31.225
31.481
31.712
31.914
32.089
32.237
32.355
32.445
32.504
32.5a4
32.536
32.508
32.452
32.370
32.266
32.143
32.008
31.865
31.724
31.592
31.479
31.393
31.341
31.331
31.369
31.456
31.595
31.781
32.012
32.280
32.576
313
327
832
828
318
300
280
266
231
202
176
148
118
00
60
30
2
28
66
82
104
123
136
143
141
132
113
86
62
10
38
87
130
186
231
268
206
Declina-
tion.
-94
//
31.77
33.39
35.03
36.62
38.11
162
164
160
140
134
39.45
40.59
41.52
42.22
42.70
42.96
43.03
42.94
42.70
42.36
41.94
41.47
40.95
40.42
39.88
39.35
38.83
38.33
37.87
37.45
37.10
36.83
36.66
36.61 —
36.72 ^^
20
37.01
37.50
38.21
39.13
40.26
41.57
43.04
44.60
114
03
70
48
26
7
0
24
34
42
47
62
63
64
63
62
60
46
42
36
27
17
40
71
02
113
131
147
166
29.068
1.013
25.32
-0.160
+0.06
-0.3
-0.01
-0.7
yVnmUiJuaiM.
Mag. 3.1
Right
Ascension.
h m
15 20
8
48.93
49.53
60.22
50.96
51.73
52.49
53.23
53.92
54.54
55.06
55.49
55.80
55.98
66.05
56.00
65.84
65.56
56.17
54.71
54.17
63.66
52.91
62.22
61.51
60.80
60.11
49.45
48.85
48.32
47.87
47.52
47.30
47.20
47.23
47.41
47.71
48.14
48.67
60
60
74
77
76
74
60
62
62
43
31
18
7
6
16
28
30
46
64
61
66
60
71
71
60
66
60
63
46
36
22
10
3
18
30
43
63
Ded Ina^
tkm.
+72 7
tf
35.68
32.96
30.77
29.18
28.26
28.01
28.46
29.55
31.24
33.45
36.09
39.04
42.19
45.43
48.65
51.72
64.59
57.15
59.33
61.08
272
210
160
02
26
46
100
160
221
264
206
316
324
322
307
287
266
218
176
128
62.36 ^
63.14 ^
63.40 —
63.13 "
62.33 ^
130
61.03
180
236
267
306
336
360
374
880
377
360
336
208
69.23
56.97
54.30
61.25
47.90
44.31
40.57
36.77
33.00
29.40
26.04
23.06
51.174
3.258
58.30
+3^01
0.00
-0.3
+0.13
-0.8
ytiBoatispr.
Mag. 4.6
Right
Ascension.
h m
16 21
8
18.682
19.002
19.348
19.707
20.069
20.425
20.766
21.083
21.372
21.626
21.843
22.021
22.160
22.268
22.314
22.331
22.309
22.260
22.156
22.028
21.872
21.692
21.492
21.278
21.069
20.842
20.636
20.449
20.291
20.171
20.097
20.075
20.109
20.204
20.365
20.561
20.816
21.112
320
346
360
362
356
341
317
280
254
217
178
130
06
66
17
22
60
04
128
166
180
200
214
210
217
206
187
168
120
74
22
34
05
161
206
265
206
DecUn*:
tion.
+37 39
//
68.19
66.43
53.06
61.16
49.80
276
287
100
136
80
49.00
48.80 -
49.17
60.11
51.54
20
37
04
143
186
53.40
55.59
68.03
60.63
63.28
65.88
68.38
70.69
72.75
74.60
76.91
75.93
77.56
77.75
77.52
76.86
75.78
74.28
72.40
70.14
67.55
64.69
61.59
68.35
66.04
51.76
48.60
45.67
210
244
260
266
280
260
231
206
176
141
102
62
20
23
66
108
160
188
226
260
286
310
324
331
328
316
208
19.029
1.263
76.22
+0.772
+0.05
-0.3
+0.03
-0.8
438
APPARENT PLACES OF STABS, 1916.
FOR THE UPFER TRANSIT AT WASHINGTON.
Jan. 0,9
10^
Feb- »8
19.7
29-7
Mar. 10 7
20.6
30.6
Apr. 96
19.6
29.5
May 9.5
19.5
29.5
Jane 8.4
18.4
28.4
July 8.3
18.3
28.3
Aug. 7.3
17.2
27.2
Sept. 6.2
16.2
26.1
Oct. 6.1
16.1
26.0
Nov. 5.0
15.0
25.0
Dec. 4.9
14.9
24.9
34.9
Mag. 5.5
Aaoeusiaa. \ don.
h m
15 21
s
53.418 ^
53.714'"
54.028
54.351
54.675
+15 42
f*
314
68.51
66.15
54.02
62.17 ^«
2U
3U
60.68
149
100
900
2n
2S7
2tl
201
54.990
55.290
55.571
55.828
56J059
56.260
56.432
56.574 "^
110
80
49
172
56.684
56.764
56.813 jy
56.830 —
56.816 "
58.93 ^
58.71 —
58.92 "
59.53 ^^
60.48
61.73^
; 63.20 "'
! (W.85 '**
66.57 '"^
1 175
"68.33
Mag. 3.5
Mean Place
56.774
56.703
56.606
56.486
66.347
56.196
56.037
55.878
55.727
55.592
55.483
55.407
55.371
55.380
55.439
55.549
55.709
55.914
56.159
56.438
42
71
V7
120
130
151
150
150
151
135
109
76
35
0
59
110
100
205
245
279
173
102
151
134
113
70.06
71.68
73.19
74.53
75.65
76.56
77.20
77.60 jj
77.71 —
18
77.53
77.07
76.31
75.26
73.92
01
64
40
72.30
70.42
68.30
66.00
.63.56
61.05
58.53
56.10
46
76
105
134
162
188
212
230
244
261
253
243
RiriU
h m
15 23
+59 15
s
2.625
3.037
3.494
3.981
4.481
4.976
5.456
5.902
f
413
457
500
480
446
6.305^1
6.655^.
6.944
7.169
7.325
7.411
7.430
7.380
7.269
7.098
6.873
6.599
6.285
5.937
5.565
5.178
4.787
4.401
4.034
3.698
3.404
3.165
1
156
86
19
50
111
171
225
274
314
348
373
387
391
386
367
336
294
239
175
I
14^
11.43
9.08
7.30
6.15
5.68
5.89
6.73
8.18
10.18
12.61
15.39
18.40
21.54
24.69
27.74
30.62
33.22
35.49
37.36
38.79
39.75
179
115
21
84
145
3D0
343
278
301
314
315
305
288
200
227
187
143
96
Mag. 5.9
53.543
8eca,Tanal 1.039
81.54
+6.281
100
2.890^
20
2.870 —
2.935 ^
3.084 "®
233
3.317
3.625^
3.999^*
40.21^
40.16 *
39.61 "
106
38.53
155
203
246
283
318
345
363
374
374
364
36.98
34.95
32.49
29.66
26.48
23.03
19.40
15.66
11.92
8.28
4.87
1.78
341
309
RvM
h m
15 23
-16 ^
ai«
315
•
30.867
31 .IK
31.518
31.859 ***
32.198
32.526
32.841
33.136
33.408
33.655
33.875
34.068
34.233
34.369
34.475
34.550
32.59
33.89
35.28
36.69
38.08
130
139
141
139
133
273
247
230
193
165
136
106'
75|
44i
13
34.607 —
34.589 ^
3.659
1.956
35.64
+1.681
34.462
34.359
34.235
34.096
33.948
33.800
33.660
33.536
33.440
33.379
33.361
33.391
33.474
33.608
33.792
34.022
34.293
34.594
49
78
103
124
139
148
148
140
124
96
61
18
30
83
134
184
230
271
301
39.40
40.61
41.68
42.60
43.35
43.94
44.36
44.66
44.84
44.90
44.87
44.78
44.62
44.41
44.14
43.83
43.47
43.07
42.63
42.16
41.69
41.22
40.79
40.43
40.15
40.01
40.05
40.27
40.70
41.35
42.21
43.26
44.46
121
107
93
75
59
43
30
18
6
3
9
16
81
37
31
36
40
44
47
47
47
43
36
38
14
4
33
43
65
86
105
130
/?
Mag. 3.7
h m
15 24
30.975
1.043
28.01
-0.295
s
21.697
22.001
22.327
22.665
23.005
23.340
23.660
23.958
24.231
24.474
24.684
24.860
25.002
25.107
25.176
25.210
25.210
25.174
25.106
25.008
24.882
24.732
24.562
24.379
24.189
23.999
23.818
23.655
23.518
23.417
304
340
273
aa
310
176
142
105
60
34
0
36
68
96
126
150
170
183
190
190
181
163
137
101
60
23.367 ^^
23.347 —
23.389 ^
23.486 ^
23.636 ^^
201
23.837
24.083
24.365
246
283
+29 23
t0
24.40
21.74
19.41
17.49
16.04
15.12
14.73 —
14.88 ^
15.54 "
16.68 "*
154
18.22
198
145
20.08
22.20
24.47
26.82
29.17
31.44
33.55
35.46
37.11
186
313
2U
191
165
136
38.47 ,^
103
39.50
40.17 „
31
40.48 —
40.41
39.97
39.13
37.92
36.34
34.43
32.18
29.66
26.91
23.98
20.96
17.92
14.95
12.16
44
84
131
156
191
275
304
297
379
21.949
1.148
40.60
+0.563
Df a, D« a 1+0.06 +0.01
D^ ^. D- ^ 1-0.3 -0.8
+0.03
-0.3
+0.07
-0.8
+0.07
-0.3
-0.01
-0.8
+0.06
-0.2
+0.02
-0.8
APPARENT PLACES OF STARS, 1916.
439
FOR THE UPPER TRANSIT AT WASHINGTON.
"Wi
mahliiffton
Ban Tme.
ViBoMU.
Mag. 5.2
Right
Asoeoskm.
tion.
y Lupl (mean),
Mag. 3.0
Right
AaoeosJon.
DecUna-
tloii.
^Libm.
Mag. 4.0
Right
Asonsion.
DeeUna-
tion.
otCotonm Boiealit.
Mag. 2.3
Right
Aaoeoaion.
DecUna-
tioa.
Jan. 0.9
10.8
20.8
S0.8
Feb. 9.8
19.7
29.7
Mar. 10.7
20.7
30.6
Apr. 9.6
19.6
29.5
May 9.5
19.5
29.5
June 8.4
18.4
28.4
July 8.4
18.3
28.3
Aug. 7.3
17.2
27.2
Sept. 6.2
16.2
26.1
Oct. 6.1
16.1
26.1
Nov. 5.0
15.0
25.0
Dec. 4.9
14.9
24.9
34.9
h m
15 27
Mean Place
Sec a, Tan a
8
54.267
54.5S9
54.940
55.308
55.682
56.051
56.406
56.739
57.042
57.311
57.542
57.731
57.878
57.982
58.043
58.060
58.036
57.972
57.870
57.734
57.566
57.372
57.156
56.926
56.689
56.452
56.226
56.020
55.844
55.705
322
361
368
374
360
355
333
303
260
231
180
147
104
61
17
24
64
102
136
168
104
216
230
237
237
226
206
176
130
01
55.614 3^
55.576 —
55.596 ^
55.677 "
55.821 "*
200
56.021
56.272
56.569
251
207
+41 6
ff
49.28
46.45
44.02
42.08
40.70
288
248
104
138
81
39.89 j^
39.70 —
40.12 "
41.11 ^
42.61 ^"
104
44.55
46.84
49.40
52.11
54.88
57.62
60.24
62.67
64.83
66.69
220
266
271
277
274
262
243
216
186
140
68.18 ,^
69.27 ^^
69.94
70.17 —
69.95 ^
66
69.29
111
164
106
232
267
318
334
341
338
325
301
68.18
66.64
64.69
62.37
59.70
56.74
53.56
50.22
46.81
43.43
40.18
37.17
54.726
1.327
67.70
+0.873
h m
15 29
8
31.886
32.273
32.682
33.099
33.517
33.925
34.317
34.689
35.032
35.346
35.629
35.878
387
400
417
418
408
302
372
343
314
283
240
214
36.268
36.406
176
138
07
36.503
36.558
36.571 -
36.543
36.474
56
13
28
00
107
36.367
36.228
36.061
35.874
35.677
85.478
35.290
35.125
34.994
34.908
34.876
34.996
35.153
35.374
35.651
35.977
36.342
130
167
187
107
100
188
165
131
86
32
28
02
157
221
277
336
365
-40 53
ff
6.61
6.86
7.40
8.22
9.26
10.51
11.90
13.41
14.99
16.62
18.27
19.91
36.092*" 21.52
23.08
24.56
25.95
27.22
28.33
29.29
30.03
30.56
30.83
25
64
82
104
126
130
161
168
168
166
164
161
156
148
130
127
111
06
74
63
27
30.86-^
30.61 ^
50
76
00
118
133
142
143
130
127
100
80
67
28
3
30.11
29.35
28.36
27.18
25.86
24.44
23.01
21.62
20.35
19.26
18.40
17.83
17.55
17.58
h m
15 30
8
49.373
49.684
50.012
50.348
60.683
51.011
51.325
51.619
51.894
52.143
52.368
52.566
52.735
52.877
52.989
53.070
53.120
53.138
53.124
53.080
53.007
52.908
52.786
52.649
52.501
52.352
52.210
52.084
51.983
51.917
51.392
51.914
51.987
52.113
52.288
52.510
52.771
53.064
311
328
386
336
328
314
204
275
240
226
108
100
142
112
81
50
18
14
44
73
00
122
137
148
140
142
120
101
60
26
22
73
126
176
222
261
203
-14 30
h
15
m
31
//
41.34
42.67
44.07
45.47
46.84
48.12
49.25
50.24
51.06
51.69
52.16
52.45
52.61
52.64
52.58
52.43
52.21
51.94
51.63
51.29
50.93
50.53
50.12
49.69
49.25
48.82
48.42
48.06
47.79
47.61
47.58
47.71
48.03
48.56
49.30
50.23
51.34
52.58
138
140
140
137
128
113
00
82
63
47
20
16
3
6
16
22
27
31
34
36
40
41
43
44
43
40
36
27
18
3
13
32
63
74
96
111
124
8
7.585
7.882
8.202
8.534
8.870
9.201
9.518
9.816
10.090
10.335
10.550
10.733
10.882
10.996
11.075
297
330
332
336
331
317
298
274
245
215
183
149
114
79
45
11.120 ^^
11.130 —
11.106 ^
11.048 ^
10.961 ®^
116
10.845
10.705
10.543
10.367
10.182
9.997
9.819
9.658
9.522
9.419
140
162
176
185
185
178
161
136
103
61
9.358 j^
9.382 ^
9.473 **
9.619 ***
104
9.813
10.051 ^
10.328 ^
+26 59
//
32.57
29.94
27.60
25.65
24.16
263
234
196
149
100
23.16 ,,
22.69 —
22.73 *
23.28 "
24.30 '^
142
25.72
176
200
219
227
228
27.48
29.48
31.67
33.94
36.22
38.43
40.50
42.39
44.04
45.42
46.48
47.21
47.59
47.61 —
36
47.26
46.53
45.44
44.01
42.22
221
207
180
166
138
106
73
38
40.11
37.72
35.08
32.27
29.34
26.38
23.47
20.72
73
109
143
179
211
239
264
281
293
296
291
276
32.242
1.323
7.75
-0.866
49.503
1.033
36.17
-0.259
7.852
1.122
48.03
+0.509
D^ a, Dm a
D^ d, Dm d
+0.04
-0.2
+0.04
-0.8
+0.08
-0.2
-0.04
-0.8
+0.07
-0.2
-0.01
-0.8
+0.05
-0.2
+0.02
-0.8
APPARENT PLACES OF STARS, 1916.
441
FOR THE UPPER TRANSIT AT WASHINGTON.
Washfnffton
Mean Time.
Jan. 0.9
10.9
20.8
30.8
Feb. 9.8
19.7
29.7
Mar. 10.7
20.7
30.6
Apr. 9.6
19.6
29.6
May 9.5
19.5
29.5
June 8.4
18.4
28.4
July 8.4
18.3
28.3
Aug. 7.3
17.3
27.2
Sept. 6.2
16.2
26.1
Oct. 6.1
16.1
26.1
Nov. 5.0
15.0
25.0
Dec. 5.0
14.9
24.9
34.9
Mean Place
Seed, Tan a
/i Seipentis.
Mag. 3.6
Right
ABoension.
h m
15 45
13.906
14.194
14.503
14.821
15.142
15.458
15.762
16.052
16.323
16.571
16.796
16.995
17.167
17.313
17.429
288
309
318
331
316
304
390
271
248
225
199
172
146
116
87
17.516 ^
17.571 2^
17.595 —
17.588 ^
17.549 ^
69
17.480
17.386
17.268
17.133
16.986
16.835
16.688
16.554
16.443
16.363
16.321
16.324
16.375
16.477
16.627
16.824
17.060
17.329
94
118
136
147
151
147
134
HI
80
42
3
51
102
150
197
236
260
D«clliia-
tkm.
- 3 10
//
34.30
36.02
37.69
39.27
40.69
41.89
42.86
43.54
43.96 j3
44.09 —
12
43.97
43.63
43.11
42.43
41.65
172
167
158
142
120
97
68
42
40.81
39.94
39.07
38.22
37.42
36.69
36.03
35.46
34.98
34.61
34
52
68
78
84
87
87
85
80
73
66
57
48
37
24
34.37 ^^
34.25 —
34.28 *
34.48
34.85
35.41
36.19
37.16
38.35
39.71
41.23
42.87
44.56
20
37
56
78
97
110
136
152
164
160
14.077
1.002
26.23
-0.055
18 H. DxaoonU.
Mag. 5.1
Riffht
AflCfOislon.
h m
15 45
8
21.40
21.81
22.28
22.79
23.33
23.87
24.40
24.91
25.38
25.79
26.14
26.42
26.62
26.75
26.80
26.78
26.68
26.51
26.27
25.97
25.61
25.22
24.80
24.35
23.89
23.43
22.98
22.56
22.19
21.87
21.62
21.45
21.36
21.37
21.47
21.66
21.95
22.32
41
47
51
54
54
53
51
47
41
35
28
20
13
5
2
10
17
24
30
36
39
42
45
46
46
45
42
37
32
25
17
9
1
10
19
29
37
Declina-
tion.
+62 51
//
11.45
8.45
5.92
3.94
2.59
1.90
1.90
2.56
3.86
5.72
8.06
10.79
13.81
16.99
20.22
23.40
26.44
29.25
31.74
33.85
35.54
36.77
37.50
37.72
37.42
36.60
35.27
33.46
31.19
28.51
25.46
22.11
18.53
14.81
11.05
7.35
3.84
0.62
300
253
198
136
ao
0
66
130
186
234
273
302
318
323
318
304
281
219
211
169
123
73
22
30
82
133
181
227
268
305
335
358
372
376
370
351
322
22.961
2.192
31.84
-fl.951
€ Seipestis.
Mag. 3.8
Right
Asamslon.
h
15
m
46
t
37.443
37.725
38.029
38.343
38.660
38.974
39.276
39.564
39.833
40.079
40.301
40.498
40.667
40.809
40.920
41.001
41.053
41.072
41.059
41.016
40.944
40.846
40.723
40.585
40.435
40.280
40.129
39.991
39.876
39.790
39.742
39.737 —
39.781 **
39.877 ^
40.020 "*
188
40.208
282
304
314
317
314
302
288
200
246
222
197
IfiO
142
111
81
52
19
13
43
72
98
123
138
150
155
151
138
115
86
48
40.438
40.702
230
264
Declina-
tion.
-f 4 43
*f
201
100
172
149
118
86
52
37.84
35.83
33.93
32.21
30.72
29.54
28.68
28.16 ,,
28.00 —
28.17 ^^
47
28.64
29.38
30.33
31.45
32.68
33.97
35.26
36.53
37.73
38.83
39.82
40.66
41.33
41.85
42.18
42.31
42.24
41.95
41.45
40.71
39.75
38.53
37.10
35.46
33.65
31.71
29.70
27.68
74
95
112
123
120
129
127
120
110
99
84
67
52
33
13
7
29
50
74
96
122
143
164
181
194
201
302
37.636
1.003
47.80
+0.083
C Vtnm Mlnoris.
Mag. 4.3
Right
A«C6Qsk>n.
h m
15 46
s
57.36
58.11
58.99
59.98
61.04
62.12
63.20
64.23
65.18
66.01
66.69
67.22
67.57
75
88
99
106
108
108
103
95
83
68
53
35
16
67.73 —
67.72 ^
21
67.51
67.14
66.62
65.94
65.13
64.22
63.23
62.17
61.06
59.95
58.84
57.77
56.76
55.84
55.03
54.37
53.86
53.53
53.40
53.46
53.74
54.20
54.84
37
52
68
81
91
99
106
111
111
111
107
101
92
81
66
51
33
13
6
28
46
64
Declina-
tion.
+78 2
//
51.20
48.33
45.97
44.16
42.99
42.50
42.68
43.52
44.99
47.01
49.48
52.31
55.40
58.63
61.88
65.04
68.05
70.79
73.19
75.19
76.75
77.82
78.39
78.43 ~
77.95 **
99
76.96
287
236
181
117
49
18
84
147
203
247
283
309
323
325
316
301
274
240
200
156
107
57
75.48
73.52
71.12
68.34
65.20
61.80
58.19
54.48
50.76
148
196
240
278
314
340
361
371
372
362
47.14
43.73 ^*^
40.63
310
61.892
4.830
72.36
+4.725
D^ a, Dm a
D^a, D«.a
+0.06
-0.2
0.00
-0.8
+0.02
-0.2
+0.07
-0.8
+0.06
-0.2
0.00
-0.8
-0.04
-0.2
+0.17
-0.8
APPARENT PLACES OF STARS, 1916,
443
FOR THE UPPER TRANSIT AT WASHINGTON.
Washin^on
Mean Time.
Jan. 0.9
10.9
20.8
30.8
Feb. 9.8
19.8
29.7
Mar. 10.7
20.7
30.6
Apr. 9.6
19.6
29.6
May 9.5
19.5
29^5
Jane 8.5
18.4
28.4
July 8.4
18.3
28.3
Aug. 7.3
17.3
27.2
Sept. 6.2
16.2
26.2
Oct. 6.1
16.1
26.1
Nov. 5.0
15.0
25.0
Dec. 5.0
14.9
24.9'
34.9
f Goxoa« Borealis.
Mag. 4.2
Right
Aaoension.
Mean Place
Sec a, Tan a
h m
15 54
s
6.128
6.406
6.713
7.035
7.365
7.696
8.018
8.323
8.610
8.871
9.105
9.479
9.617
9.720
378
807
822
830
831
822
806
287
261
234
203
171
138
103
67
9.787 3j
9.818 —
9.813 *
9.773
9.699
9.593
9.460
9.301
9.124
8.936
8.742
8.562
8.375
8.220
8.097
40
74
100
133
159
177
188
194
190
m
15fi
123
84
8.013 ^^
7.973 —
7.985 "
8.050 ^
8.169 "*
109
8.338
8.555 ^"
8.811 ^
Declina-
tion.
D^ a, D*. a
6.526
1.123
+27 6
ft
268
243
204
161
113
60
58.76
56.08
53.65
51.61
50.00
48.87
48.27
48.21 —
48.66 ^
49.60
50.97
52.70
54.72
56.93
59.26
61.63
63.95
66.17
68.21
70.03
71.58
72.82
73.75
74.32 ^
74.52 —
18
74.34
73.79
72.88
71.59
69.94
67.96
65.68
63.13
60.38
57.50
54.55
51,62
48.82
94
137
173
302
221
233
237
232
232
204
182
155
124
93
57
55
91
129
165
198
228
255
275
288
295
293
280
73.44
+0.512
+0.05
-0.2
+0.02
-0.9
0 Scoipli.
Mag. 2.5
Right
Ascension .
h
15
m
55
s
21.538
21.849
22.181
22.524
22.872
23.216
23.551
23.871
24.172
24.452
24.708
24.939
25.142
25.316
25.461
25.572
25.649
25.692
811
332
843
848
844
835
320
801
280
356
331
303
174
146
111
77
43
6
25.698 —
25.669 ^
63
25.606
25.513
25.392
25.250
25.094
24.931
24.772
24.626
24.504
24.415
24.366
24.367
24.420
24.528
24.688
24.897
25.151
25.440
93
121
142
156
163
159
146
122
89
49
53
106
160
209
354
389
Declina-
tion.
-22 23
»/
85
97
105
110
110
106
99
90
80
68
59
49
40
32
25
20
13
7
4.42
5.27
6.24
7.29
8.39
9.49
10.55
11.54
12.44
13.24
13.92
14.51
15.00
15.40
15.72
15.97
16.17
16.30
16.37
16.38 —
6
16.32
16.19
15.97
15.67
15.30
14.86
14.36
13.82
13.27
12.75
12.90
11.95
11.74
11.70 —
11.86 ^*
35
12.21
12.75
13.49
13
22
30
37
44
50
54
55
52
45
35
21
54
74
21.789
1.081
0.78
-0.412
+0.07
-0.2
-0.01
-0.9
^Draoonii.
Mag. 4.1
Right
Ascension.
h m
16 0
17.422
17.776
18.186
18.636
19.112
19.598
20.079
20.542
20.973
21.362
21.700
21.979
22.196
22.347
22.430
22.446
22.394
22.279
22.102
21.870
21.590
21.265
20.905
20 520
20.119
19.715
19.320
18.945
18.604
18.309
854
410
450
476
480
481
463
431
889
83^
279
217
151
83
16
52
115
177
332
380
836
860
885
401
404
895
875
841
296
336
18.073 ^^
17.905
17.813 ^^
17.803 —
17.879 "*
161
18.040
18.280
18.593
240
813
Declina-
tion.
+58 46
//
62.41
59.31
56.63
54.48
52.98
310
368
215
156
90
52.03
51.81 —
52.27 *•
53.35 *^
56.03 *•*
219
57.22
361
393
314
322
322
59.83
62.76
65.89
69.11
72.33
75.46
78.36
81.00
83.30
85.20
86.66
87.64 ^^
88.13 —
88.09 *
54
87.55
312
291
264
330
190
146
98
86.50
84.96
82.95
80.51
77.69
74.50
71.06
67.45
63.75
60.07
56.53
53.23
105
164
301
344
282
319
344
361
370
368
354
330
18.856
1.929
81.45
+1.650
+0.02
-0.2
+0.06
-0.9
ySsooxpiL
Mag. 2.9
Right
Ascension.
h
16
s
32.702
33.004
33.327
33.663
34.004
34.342
34.671
34.987
35.285
35.563
35.817
36.048
36.252
36.428
36.575
36.689
36.769
36.816
36.826
36.801
36.743
36.654
36.537
36.399
36.246
36.086
35.928
35.782
35.659
35.566
35.515
m
0
802
823
836
841
838
829
816
398
378
354
331
304
176
147
114
80
47
10
36
58
89
117
138
158
160
158
146
133
98
51
35.509 —
35.556 *^
35.656 ^^
35.807 ^"
303
36.009
36.253
36.532
344
379
Declina-
tion.
-19 34
ft
39.33
40.27
41.31
42.41
43.52
44.60
45.61
46.53
47.33
47.99
48.63
48.95
49.26
49.47
49.61
49.69
49.71 —
49.68 *
7
12
16
94
104
110
111
106
101
92
80
66
54
42
31
21
14
8
49.61
49.49
49.33
49.12
48.85
48.54
48.18
47.78
47.34
46.89
46.46
46.08
45.78
45.59
45.53 —
45.65 "
21
27
31
36
40
44
45
43
88
30
19
45.97
46.46
47.14
47.98
32
49
68
84
32.956
1.061
34.99
-0.356
+0.07
-0.2
-0.01
-0.9
444V
APPARENT PLACES OF STARS, 1916.
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Time.
Jan.
Feb.
0.9
10.9
20.8
30.8
9.8
19.8
29.7
Mar. 10.7
20.7
30.6
Apr. 9.6
19.6
29.6
May 9.5
19.5
29.5
June 8.5
18.4
28.4
July 8.4
18.3
28.3
Aug. 7.3
17.3
27.2
Sept. 6.2
16.2
26.2
Oct. 6.1
16.1
26.1
Nov. 5.0
15.0
25.0
Dec, 5.0
14.9
24.9
34.9
/CHenmlis.
Mag. 5.3
Right
Ascension.
Mean Place
Sec d, Tan d
h m
16 4
267
293
308
316
816
810
298
279
260
234
208
180
153
119
88
54
s
16.589
16.856
17.149
17.457
17.773
18.089
18.399
18.697
18.976
19.236
19.470
19.678
19.858
20.011
20.130
20.218
20.272
20.291 —
20.275 ^®
20.228
20.150
20.040
19.908
19.754
19.586
19.413
19.240
19.078
18.935
18.821
18.745
18.711
18.726
18.790
18.905
19.070
19.277
19.524
47
78
110
132
154
168
173
173
162
143
114
76
34
15
64
115
165
207
247
Declina-
tion.
+17 15
It
58.80
56.37
54.14
52.19
50.59
243
223
195
160
119
49.40
48.65
48.36
48.53
49.12
50.11
51.42
53.01
54.80
56.72
58.69
60.66
62.55
64.32
65.93
67.33
68.50
69.41
70.03
70.38
70.40
70.13
69.55
68.64
67.44
65.93
64.15
62.09
59.84
57.42
54.90
52.36
49.88
75
29
17
59
?9
131
159
179
192
197
197
189
177
161
140
117
91
62
35
2
27
58
91
120
151
178
206
225
242
252
264
248
D^ a, D*. a
16.932
1.047
71.16
+0.311
+0.05
-0.2
+0.01
-0.9
Qroombildge 8880.
Mag. 5.4
Right
Ascension.
h m
16 6
8
2.90
3.33
3.84
4.41
5.02
5.66
6.30
6.91
7.48
8.00
8.45
8.82
9.09
9.28
9.36
9.35
9.24
9.04
8.76
8.40
7.96
7.48
6.94
6.37
5.79
5.19
4.61
4.06
3.55
3.10
2.72
2.44
2.25
2.18
2.22
2.37
2.64
3.01
43
51
57
61
64
64
61
57
52
45
37
27
19
8
1
11
20
28
36
44
48
54
57
58
00
58
55
51
45
38
28
19
7
4
15
27
37
5.318
2.672
Declina-
tion.
+68 1
tf
33.16
30.04
27.36
25.22
23.70
312
268
214
152
87
22.83 jg
22.65 —
23.14 ^*
24.30 "®
26.03 *^
226
28.29
268
298
321
328
329
30.97
33.95
37.16
40.44
318
296
269
238
192
147
98
43.73
46.91
49.86
52.55
54.88
56.80
58.27
59.25 ^^
59.72 —
59.67 ^
58
59.09
57.99
56.41
54.33
51.83
48.93
45.69
42.19
38.54
34.79
31.08
27.51
24.19
no
158
208
250
290
324
350
365
375
371
357
832
52.50
+2.478
0.00
-0.2
+0.08
-0.9
^HereiiUs.
Mag. 4.3
Right
Ascension.
h m
16 6
8
6.525
6.819
7.151
7.513
7.891
8.274
8.653 ^^
294
832
362
878
883
Declina-
tion.
+46 8
ft
59.57
56.52
53.83
51.60
49.91
806
260
223
160
100
9.019
9.361
9.674
9.953
10.192
10.388
10.539
10.643
10.699
866
342
313
279
239
196
151
104
56
10.707 —
10.669 ^
10.586 ^
10.459 ^^
167
10.292
10.091
9.861
9.607
9.339
9.064
8.793
8.536
8.303
8.106
48.82 ^
48.37 —
48.54 ^^
49.32 ^*
50.68"*
185
52.53
64.82
67.42
60.26
201
280
254
268
275
271
257
233
197
153
229
260
283
63.21 ^
299
66.20
69.13
71.91
74.46
76.71
78.63
80.14
81.24
81.88
293
278
254
226
102
151
110
04
7-»^ 101
7.862 ^^
7.811 —
7.833 ^
7.921 ^
150
8.071
210
264
8.281
8.545
18
82.06 —
30
81.76
80.99
79.76
78.07
76.96
73.46
70.62
67.60
64.17
60.71
67.23
63.82
60.61
77
123
160
211
251
283
812
833
840
348
841
321
7.374
1.418
76.64
+1.006
+0.04
-0.2
+0.03
-0.9
Mag. 4.8
Right
Asceoskm.
h m
16 7
8
40.97
42.08
43.31
44.62
46.98
47.37
48.74
60.07
61.34
62.52
63.60
64.56
66.38
66.05
56.56
66.90
67.06
57.06
66.85
56.49
56.97
66.31
64.53
63.67
62.75
61.81
50.89
50.04
49.30
48.69
48.26
48.02
48.01
48.22
48.66
49.30
50.14
51.16
Ul
123
131
136
139
137
133
127
118
108
96
82
67
51
34
10
1
20
36
52
60
78
80
92
94
92
85
74
61
43
24
1
21
43
65
84
101
44.863
6.011
DadJBv
tiop.
-78 29
If
6.38
»
3.47^
2.70 ^
2M-
2.79
3.54 ^
4.71 ^'
IS
6.30
8.26
2&
£3
2:*
10.54
13,07
15.83
18.74 "
21.75"
m
24.76
27.ra*'
30.57^
33.23**
35.62^
37.68 ^^
39.34^
40.55^
41.09
40.21
38.81
36.93
34.63
32.03
29.19
26.24
23.26
20.41
17.77
15.40
13.44
i«
2»
2M
m
10.94
-4.910
+0.18
-0.2
-0.16
-0.9
APPARENT PLACES OF STABS, 1916,
445
FOR THE UPPER TRANSIT AT WASHINGTON.
liVashlniton
MewiTuiie.
Jan. 0.9
10.9
20.8
ao.8
Feb. 9.8
Mar.
19.8
29.7
10.7
20.7
30.7
Apr.
9.6
19.6
29.6
May 9.5
19.5
29.5
June 8.5
18.4
28.4
July 8.4
18.4
28.3
Aug. 7.3
17.3
27.2
Sept. 6.2
16.2
26.2
Oct. 6.1
16.1
26.1
Nov. 5.1
15.0
25.0
Dec. 5.0
14.9
24.9
34.9
6 Ophluohi.
Mag. 3.0
Rifbt
Aaoenslon.
h
16
ni
9
372
296
311
310
310
308
t
;6<.253
5d.525
'M.820
Nir.131
S7.447
1*7.763
58.071
58.369
58.651
58.914
59.157
59.376
59.570
59.739
59.880
59.989
60.066
60.112
60.123 —
60.101 "
64
60.047
282
263
243
219
194
100
141
100
77
40
DeoUna-
tkm.
59.963
59.852
59.720
59.573
59.418
59.262
59.116
58.990
58.891
58.829
58.809
58.837
58.914
59.041
59.216
59.432
59.683
84
111
132
147
155
150
140
120
90
02
20
28
77
127
175
210
251
- 3 28
n
51.71
53.84
54.93
56.44
57.79
58.92
59.83
60.46
60.82
60.91
60.74
60.36
59.78
59.05
58.22
57.33
56.40
55.48
54.59
53.75
52.98
52.31
51.71
51.22
50.83
50.58
50.44
50.44
50.60
50.92
51.43
52.14
53.03
54.13
55.40
56.82
58.35
59.94
103
160
161
136
113
01
03
30
0
17
38
68
73
83
80
03
02
80
84
77
07
00
40
30
25
14
0
10
32
51
71
80
110
127
142
153
150
<T Oor. Bor. 009.
Mag. 5.8
Rigbt
Aaowiwlon.
h m
16 11
t
31.335
31.605
31.907
32.232
32.571
32.913
33.251
33.577
33.884
34.168
34.424
34.649
34.999
36.111
35.189
35.225
35.224
35.180
35.100
•ij^i Vtyft
34.834
34.660
34.462
34.247
34.026
33.809
33.601
33.411
33.253
33.135
33.061
33.041
33.078
33.168
33.315
33.513
33.758
270
308
336
330
342
338
307
284
236
101
156
110
78
30
1
44
80
110
150
174
198
215
221
217
208
100
158
118
74
20
37
00
147
198
245
DeoUn*-
don.
+34 3
n
60.45
57.57
54.98
52.79
51.05
260
210
174
01
3
120
49.85
49.24
49.22 —
49.72 ^
50.78***
168
52.31
54.26 *••
56.49^
58.98*^
61.61 **
268
64.29
66.93
69.48
71.82
73.93
75.73
77.21
78.85
79.08
79.38
79.28
78.74
77.81
76.44
74.69
72.56
70.10
67.36
64.40
61.28
58.10
54.96
51.95
304
265
234
211
180
148
114
73
30
10
54
03
187
176
213
240
274
312
318
314
301
19 ITruo Mill wit.
Mag. 5.5
RiRht
Aaoensloii.
h m
16 13
7.76
8.32
9.03
9.84
10.73
11.67
12.61
13.53
14.40
16.18
16.86
16.41
16.81
17.06
17.16
17.10
16.88
16.53
16.04
15.43
14.70
13.89
13.01
12.07
11.11
10.14
9.18
8.27
7.41
6.65
6.00
5.47
5.10
4.90
4.86
4.99
5.31
5.78
67
71
81
80
04
04
03
87
78
08
66
40
35
10
0
22
36
40
01
73
81
88
04
00
07
00
01
80
70
06
53
37
30
4
13
33
47
D«eUii»-
tkm.
+76 4
/»
62.97
69.87
57.22
66.10
63.68
810
212
162
80
62.72 ^^
62.63 —
53.03 ^
64.16 ^"
66.89 ^^
234
68.13
207
200
310
60.80
63.79
66.98
70.26
73.64
76.71
79.68
82.36
84.70
86.63
88.12
89.11 ,,
89.68 —
89.54 *
65
88.99
328
317
207
208
334
103
140
00
87.92
86.36
84.33
81.86
79.01
75.83
72.38
68.76
65.07
61.39
57.86
64.59
107
150
208
247
285
318
345
302
300
308
353
327
Mag. 4.1
RiKht
Aieeosion.
h m
16 13
32.018
82.420
32.868
33.319
33.792
34.267
34.735
35.188
35.620
36.026
36.403
36.745
37.061
37.313
37.530
87.699
37.816
37.880
402
438
401
473
475
408
453
432
400
3n
342
300
202
217
100
117
04
0
37.889 —
37.845 **
07
37.748
37.605
37.420
37.201
36.960
36.707
96.457
36.222
36.019
36.858
35.755
35.718
36.753
35.863
36.048
36.902
36.620
36.992
143
185
210
241
253
260
235
203
161
103
37
35
110
186
254
318
372
Dedinft-
tloo.
-49 67
tf
•1:22
•«.61
01
«:32 —
0.33
0.66
1.26
2.11
3.17
4.44
5.86
7.41
9.07
10.79
12.57
14.35
16.13
17,85
19.47
20.97
22.29
23.40
24.26
24.83
25.08
25.02
24.62
23.88
22.85
21.54
20.01
18.32
16.55
14.77
13.05
11.48
10.10
8.99
8.17
1
33
00
86
100
127
143
156
100
173
178
178
178
173
103
150
132
111
80
57
26
0
40
74
103
131
153
100
in
178
172
167
138
111
82
Mean Place
Sec dy Tan d
56.514
1.002
43.81
-0.061
31.942
1.207
75.60
+0.676
12.164
4.158
82.09
+4.037
32.721
1.554
2.23
1.190
+0.06
-0.2
0.00
-0.9
+0.05
-0.2
+0.02
-0.9
-0.03
-0.2
+0.12
-0.9
+0.09
-0.2
0.04
-0.9
APPARENT PLACES OF STARS, 1916.
447
FOR THE UPPER TRANSIT AT WASHINGTON.
Wi
ashlnfftoii
eanTime.
^ UruB MiAOiis.
Mag. 5.0
Right
Aaoeosioii.
D6(dlll8r*
tkm.
/Apodii.
Mag. 3.9
Right
Aaoenslon.
DecUna-
tion.
o^Heroiills.
Mag. 4.5
Right
Aaoenslon.
Declina-
tion.
^Draoonli.
Mag. 2.9
Right
Ascension.
Declina-
tion.
+61 41
/»
Jan. 0.9
10.9
20.9
30.8
Feb. 9.8
19.8
29.7
Mar. 10.7
20.7
30.7
Apr. 9.6
19.6
29.6
May 9.6
19.5
29.5
June 8.5
18.4
28.4
July 8.4
18.4
28.3
Aug. 7.3
17.3
27.3
Sept. 6.2
16.2
26.2
Oct. 6.1
16.1
26.1
Nov. 5.1
15.0
25.0
Dec. 5.0
14.9
24.9
34.9
h m
16 19
8
52.03
52.57
53.25
54.04
54.91
55.82
56.75
57.67
58.54
59.33
60.01
60.57
61.00
61.27
61.39
61.36
61.17
60.84
60.38
59.79
59.09
58.30
57.43
56.51
55.56
54.59
53.64
52.72
51.86
51.08
50.41
49.87
49.47
49.24
49.18 -
11
49.29
49.57 "
50.01 **
54
«8
79
87
91
98
93
87
79
08
M
43
37
13
3
19
33
40
59
70
79
87
93
95
97
95
93
86
78
57
54
40
33
+75 56
/#
39.21
36.10
33.40
31.21
29.61
28.67
28.40
28.81
29.87
81.52
33.70
36.32
39.28
42.45
45.74
49.04
52.25
55.27
58.03
60.45
62.47
64.05
65.15
65.75
811
370
319
100
94
37
41
100
105
318
303
317
330
330
331
303
370
343
303
158
110
00
9
65.84 —
43
65.41
64.45
62.98
61.05
58.69
55.91
52.79
49.42
45.84
42.16
38.50
34.96
81.65
96
147
193
330
178
313
337
858
308
360
354
331
h m
16 20
8
27.44
28.53
29.75
31.06
32.44
33.84
35.25
36.63
37.95
39.20
40.33
41.36
42.25
43.00
43.57
43.97
44.19
44.23 —
44.09 **
33
48
100
133
131
138
140
141
138
133
135
113
108
89
75
57
40
33
43.76
43.28
42.64
41.87
41.01
40.08
39.12
38.17
37.27
36.47
35.81
35.31
35.02
34.93
35.09
35.46
36.05
36.87
37.85
04
77
80
98
90
96
90
80
00
50
38
_9
10
37
59
83
98
-78 4?
/#
35.14
33.28
31.87
30.95
180
141
93
30.51 i?
30.56
31.08
32.06
33.44
35.21
87.33
39.72
42.35
45.16
48.09
51.06
54.04
56.91
59.62
62.09
64.25
66.04
67.39
68.27
68.63
68.44
67.70
66.44
64.70
62.53
59.98
57.20
54.26
51.27
48.35
45.60
43.13
41.01
53
98
138
in
313
303
381
397
398
387
371
347
310
179
135
88
30
19
74
130
174
317
365
378
394
399
393
375
347
313
h m
16 21
355
380
300
310
311
309
s
31.695
31.950
32.230
82.530
32.840
33.151
33.460
33.758
34.044
34.310
34.555
34.777
34.973
35.141
35.279
35.385
35.456
35.494
35.499 —
35.468 '^
05
35.403
35.309
35.185
35.041
34.878
386
366
345
333
196
168
138
106
71
38
34.706
34.534
34.370
34.221
34.099
94
134
144
103
173
173
104
149
133
87
34.012 ,,
40
33.966 —
33.967 ^
34.017 ~
34.117 '~
140
34.266
194
331
34.460
34.691
+14 13
tf
21.94
19.62
17.48
15.56
13.96
12.74
11.92 33
11.54 —
11.60 •
12.06 ^
85
12.91
333
314
193
180
133
83
14.10
15.55
17.21
19.01
20.89
22.77
24.61
26.35
27.94
29.35
30.55
31.52
32.22
32.67
32.83
32.70
32.29
31.58
30.58
29.28
27.70
25.88
23.84
21.63
19.29
16.91
14.55
119
145
100
180
188
188
184
174
159
141
130
97
70
45
10
13
41
71
100
130
158
183
304
331
384
380
Mean Place
Sec a, Tan a
56.530
4.118
57.77
+3.995
31.517
5.110
38.92
-5.010
32.083
1.031
33.19
+0.253
h
16
m
22
8
49.18
49.52
49.92
50.37
50.87
51.38
51.90
52.41
52.89
53.34
53.73
54.07
54.33
54.52
54.65
54.70
54.67
54.58
54.41
54.17
53.87
53.52
53.13
52.71
52.26
51.80
51.35
50.91
50.50
50.14
49.83
49.61
49.45
49.38 -
49.40 ^
11
49.51
49.73 "
50.02 ^
34
40
45
50
51
53
51
48
45
39
34
30
19
13
5
3
9
17
34
30
35
39
43
45
40
45
44
41
30
31
33
16
57.00
53.75
50.90
48.56
46.77
335
385
334
179
113
45.65 ^^
40
45.19 —
46.41 ^
46.31 ^
47.79 ***
305
49.84
353
380
313
336
330
334
307
385
353
315
173
137
77
52.36
55.22
58.34
61.60
64.90
68.14
71.21
74.06
76.58
78.73
80.46
81.73
82.50 ^
82.76 —
35
82.51
81.73
80.45
78.68
76.44
73.78
70.76
67.44
63.88
60.20
56.50
52.88
49.47
78
138
m
334
366
803
333
350
308
370
303
341
51.082
2.109
74.65
+1.857
D^ a, D«* a
-0.03
-0.2
+0.11
-0.9
+0.18
-0.2
-0.14
-0.9
+0.05
-0.2
+0.01
-0.9
+0.02
-0.2
+0.05
-0.9
APPARENT PLACES OF STARS, 1916.
449
FOR THE UPPER TRANSIT AT WASHINGTON.
WttshJnffton
Mean Tune.
Jan. 0.9
10.9
20.9
30.8
Feb. 9.8
19.8
29.7
Mar. 10.7
20.7
30.7
Apr. 9.6
19.6
29.6
May 9.6
19.5
29.5
Jane 8.5
18.4
28.4
July 8.4
18.4
28.3
Aug. 7.3
17.3
27.3
Sept. 6.2
16.2
26.2
Oct. 6.1
16.1
26.1
Nov. 5.1
15.0
25.0
Dec. 5.0
15.0
24.9
34.9
Mean Place
Sec a, Tan ^
Df a. Dm a
t SoozpiL
Mag. 2.9
Ascension.
h m
16 30
38.625
38.922
39.247
39.590
39.945
40.302
40.657
41.001
41.332
41.648
41.942
42.214
42.461
42.679
42.867
297
325
343
355
357
356
344
331
316
294
272
247
218
188
153
43.020
43.137
43.216
117
79
39
43.255 —
43.254 ^
41
43.213
43.135
43.022
42.882
42.719
42.545
42.368
42.199
42.047
41.926
78
113
140
163
174
177
169
152
121
82
41.844 „
35
41.809 —
41.826 "
41.899 ^
42.028 ^^
183
42.211
42.443 ^^
42.716 ^^
39.012
1.133
DedinA-
tion.
-28 2
ft
37.22
37.54
38.01
38.60
39.29
40.03
40.79
41.56
42.30
43.00
43.67
44.29
44.87
45.41
45.92
46.39
46.84
47.24
47.61
47.92
48.15
48.30
48.36-
48.30 *
48.13 "
31
47.82
32
47
59
74
76
77
74
70
67
62
58
54
51
47
45
40
37
31
23
15
6
47.40
46.88
46.28
45.63
44.96
44.31
43.73
43.26
42.94
42.77
42.78
42.97
42
52
60
65
67
66
58
47
32
17
1
19
33.99
-0.533
+0.07
-0.2
-0.01
-0.9
CHeroulls.
Mag. 4.2
Right
Ascension.
h
16
m
31
8
22.746
23.007
23.309
23.643
23.998
24.364
24.731
25.091
25.435
25.756
26.049
26.308
26.529
26.710
26.847
26.939
26.983
26.983
26.935
26.842
26.707
26.534
26.327
26.094
25.840
25.576
25.310
25.053
24.814
24.606
24.437
24.316
24.250
24.243 ~
24.300 *^
118
24.418
261
302
334
355
366
367
360
344
321
293
259
221
181
137
92
44
0
48
93
135
173
207
233
254
264
266
257
239
208
169
121
66
DecliDA-
tion.
+42 36
pp
19.14
16.02
13.22
10.83
8.94
312
280
239
189
131
24.594
24.824
176
230
7.63 „
6.92 g
6.84 —
7.38 "
8.50 "»
165
10.15
12.25
14.73
17.47
20.38
23.36
26.33
29.20
31.88
34.33
36.45
38.22
39.58
40.54
41.03
41.06
40.62
39.72
38.36
36.56
34.35
31.77
28.89
25.73
22.42
19.02
15.64
12.41
210
248
274
291
298
297
287
268
245
212
177
136
96
49
3
44
90
136
180
221
258
288
316
331
340
338
323
23.682
1.358
+0.920
+0.04
-0.2
+0.02
-0.9
C Ophluolii.
Mag. 2.7
RiRbt
Ascension.
h
16
m
32
s
31.569
31.832
32.121
32.430
32.746
33.066
33.383
33.691
33.988
34.270
34.533
34.777
34.997
35.192
35.358
263
289
309
316
320
317
306
297
282
263
244
220
195
166
138
35.496 ^^
35.600 ^
35.669 ,^
35.704 —
35.703 ^
37
35.666
35.595
35.494
35.367
35.222
35.064
34.903
34.749
34.610
34.498
71
101
127
145
158
161
154
139
112
78
34.420 3g
34.384 —
34.395 "
34.456 *^
34.567 "*
159
34.726
34.930
35.171
204
241
Declina-
tion.
-10 23
//
58.69
59.90
61.13
62.32
63.44
64.43
65.25
65.88
66.31
66.52
66.54
66.38
66.06
65.63
65.12
64.55
63.94
63.34
62.74
62.17
61.64
61.14
60.70
60.30
59.94
59.64
59.41
59.25
59.17
59.19
59.33
59.62
60.06
60.67
61.45
62.37
63.42
64.57
121
123
119
112
99
82
63
43
21
2
16
32
43
51
57
61
60
60
57
53
50
44
40
36
30
23
16
8
2
14
29
44
61
78
92
105
115
31.894
1.017
52.23
-0.184
+0.07
-0.1
0.00
-0.9
84 Sooxpii.
Mag. 5.0
Right
Ascension.
h
16
m
36
8
42.406
42.677
42.975
43.291
43.617
43.948
44.276
44.597
44.905
45.200
45.476
45.731
45.964
46.170
46.349
46.497
46.610
46.689
46.731
46.736 -^
33
46.703
271
298
31S
326
331
328
321
306
295
276
255
233
206
179
148
113
79
43
46.634
46.534
46.406
46.258
46.097
45.932
45.772
45.628
45.512
45.430
45.390
45.400
45.461
45.574
45.737
45.945
46.192
69
100
128
148
161
165
160
144
116
82
40
10
61
113
163
208
247
Declina-
tion.
-17 34
54.87
55.69
56.58
57.51
58.42
59.28
60.05
60.70
61.23
61.62
61.87
62.01
62.04
61.98
61.86
61.70
61.50
61.29
61.08
60.86
60.64
60.41
60.17
59.90
59.63
59.34
59.04
58.74
58.46
58.22
58.04
57.94
57.96
58.12
58.44
58.90
59.51
60.25
82
89
93
91
86
77
65
53
39
25
14
3
6
12
16
20
21
21
22
22
23
24
27
27
29
30
30
28
24
18
10
2
16
32
46
61
74
42.753
1.049
49.68
-0.317
+0.07
-0.1
-0.01
-0.9
79790**— 1916 ^29
APPARENT PLACES OF STARS, 1916.
451
FOR THE UPPER TRANSIT AT WASHINGTON.
^Vashinfi:ton
Mean Time.
Jan. 0.9
10.9
20.9
30.8
Feb. 9.8
19.8
29.8
Mar. 10.7
20.7
30.7
Apr. 9.7
19.6
29.6
May 9.6
19.5
29.5
June 8.5
18.5
28.4
July 8.4
18.4
28.4
Aug. 7.3
17.3
27.3
Sept, 6.2
16.2
26.2
Oct. 6.2
16.1
26.1
Nov. 5.1
15.1
25.0
Dec. 5.0
15.0
24.9
34.9
€ ScOXpll.
Mag. 2.4
Right
Ascension.
h
16
m
44
8
42.672
42.972
43.304
43.660
44.028
44.403
44.777
45.145
45.501
45.842
46.164
46.463
46.738
46.983
47.195
47.372
47.510
47.607
47.659
300
332
3M
3«8
375
374
368
356
341
322
299
275
245
212
177
138
97
52
8
47.667 —
36
47.631
47.553
47.437
47.290
47.115
46.926
46.731
46.542
46.372
46.229
78
116
147
175
189
196
189
170
143
102
46.127 ^
46.072 —
46.074 ^
46.134 ^
46.262 ^*®
175
46.427
46.656
46.928
229
272
Declina-
tion.
-34 8
n
33.59 ^^
33.49-
33.56 ^
33.81 ^
84.20 **
50
34.70
35.29
35.94
36.65
37.38
38.13
38.89
39.67
40.45
41.23
42.01
42.78
43.52
44.22
44.87
45.42
45.87
46.17 j^
46.33-
46.32 *
20
46.12
45.75
45.21
44.51
43.70
59
66
71
73
75
76
78
78
78
78
77
74
70
65
55
45
30
49 Hercnlls.
Mag. G.4
42.81
41.89
40.98
40.13
39.40
38.81
38.38
38.15
37
54
70
81
89
92
91
85
73
59
43
23
Rii;ht
Ascension.
DecUna-
llon.
h
16
m
48
+15 6
s
14.860
15.092
15.355
15.640
15.939
232
263
285
299
308
16.247
16.555 ^
16.857 ^
17.151 ^
17.431 ^
262
17.693
242
217
192
162
131
17.935
18.152
18.344
18.506
08
61
18.637
18.735
18.796 j^
18.820 —
18.808 *^
48
18.760
18.678
18.564
18.424
18.262
18.088
17.909
17.732
17.571
17.430
17.322
17.252
17.226
17.249
17.322
17.444
17.612
17.820
82
114
140
162
174
179
in
161
141
108
70
26
23
73
122
168
208
40.74
38.41
36.23
34.27
32.62
233
218
196
165
128
31.34
30.48
30.05
30.06
30.52
31.38
32.59
34.09
35.83
37.73
39.72
41.73
43.72
45.61
47.37
48.94
50.31
51.42
52.30
52.89
53.20
53.22
52.92
52.33
51.44
50.24
48.76
47.01
45.03
42.85
40.55
38.17
35.81
86
43
1
46
86
121
150
174
190
199
201
199
189
176
157
137
111
88
59
31
2
30
59
89
120
148
175
198
218
230
238
236
f* Arte.
Mag. 4.2
night
Ascension.
Declina-
tion.
h
16
m
52
s
52.084
52.464
52.890
53.352
53.836
54.333
54.834
55.328
55.810
56.273
56.712
57.121
57.495
57.828
58.116
58.352
58.534
58.658
58.721
58.721
58.661
58.545
58.373
58.158
57.908
57.636
57.355
57.080
56.829
56.614
56.451
56.352 ^
56.325 -
56.376 *^
56.506 ^^
208
56.714
-53 1
380
426
462
484
497
601
494
482
463
439
409
374
333
288
236
182
124 !
63 I
0
60l
116
172
215
250
272
281
275
251
215
163
99
56.994
57.337
280
343
58.59
57.43
56.55
55.98
55.70
55.69
55.98
56.51
57.28
58.26
59.45
60.79
62.28
63.89
65.58
67.34
69.11
70.87
72.55
74.13
75.56
76.77
77.73
78.41
78.75
78.76
78.40
77.69
76.65
75.33
73.75
71.99
70.12
68.22
66.36
64.61
63.05
61.71
116
88
57
28
1
29
53
77
98
119
134
149
161
169
176
177
176
168
158
143
121
96
68
34
I
36
71
104
132
158
176
187
190
186
175
156
134
K OphiQchi.
Mag. 3.4
Right
Ascension.
h
16
m
53
s
41.017
41.246
41.505
41.786
42.081
42.384
42.689
42.900
43.282
43.561
43.824
44.069
44.202
44.489
44.658
44.798
44.904
44.975
45.010
45.010
44.972
44.900
44.796
44.665
44.513
44.345
44.171
44.001
43.843
43.707
229
250
281
295
303
305
301
292
279
263
245
223
197
169
140
106
71
85
0
38
72
104
131
152
168
174
170
158
136
106
43.601 ^
43.533
43.509 —
43.533 ^
43.605 ^*
121
43.726
43.891 ^^
44.097 ^
Declina-
tion.
+ 9 29
67.60
65.52
63.54
61.74
60.21
58.99
58.14
57.67
208
198
180
153
122
85
47
6
57.61 —
57.93 ^^
09
58.62
59.62
60.91
62.40
64.04
65.77
67.53
69.27
70.92
72.47
73.87
75.10
76.11
76.91
77.49
77.82
77.91
77.74
77.31
76.61
75.66
74.45
73.00
71.31
69.46
67.45
65.37
63.27
100
129
149
164
173
176
174
165
155
140
123
101
80
58
33
9
17
43
70
95
121
145
169
185
201
206
210
Mean Place
Sec d, Tan d
43.148
1.209
30.98
-0.678
15.353
1.036
51.28
+0.270
52.977
1.663
58.16
-1.329
41.476
1.014
77.13
+0.167
+0.08
-0.1
-0.01
-0.9
+0.05
-0.1
+0.01
-1.0
+0.09
-0.1
-0.03
-1.0
+0.06
-0.1
0.00
-1.0
APPARENT PLACES OF STARS, 1916.
453
FOR THE UPPER TRANSIT AT WASHINGTON.
Waahlnfton
Mean Time.
Jan.
Feb.
0.9
10.9
20.9
30.9
9.8
19.8
29.8
Mar. 10.7
20.7
30.7
Apr. 9.7
19.6
29.6
May 9.6
19.6
29.5
June 8.5
18.5
28.4
July 8.4
18.4
28.4
Aug. 7.3
17.3
27.3
Sept. 6.3
16.2
26.2
Oct. 6.2
16.1
26.1
Nov. 5.1
15.1
25.0
Dec. 5.0
15.0
25.0
34.9
Tf ScOIpll.
Mag. 3.4
Kight
Ascension.
h
17
8
7.378
7.690
8.042
8.423
8.826
9.240
9.659
10.076
10.484
10.878
11.256
11.611
11.940
12.237
12.500
12.722
12.900
13.031
13.111
m
6
312
352
381
403
414
410
417
408
394
378
366
329
297
263
222
178
131
80
28
13.139 —
23
13.116
13.042
12.922
12.762
12.570
12.355
12.129
11.905
11.698
11.518
74
120
160
192
215
226
224
207
180
130
11.379
11.291
88
ao
11.261 —
11.296 ^
11.397 '"'
167
11.564
11.790 ^
12.070 ^
Declina*
tion.
-43
49.31
48.56
48.01
47.68
47.55
47.61
47.86
48.26
48.80
49.48
50.26
51.14
52.12
53.18
54.30
55.49
56.69
57.90
59.07
60.20
61.23
62.13
62.85
63.37
63.66
63.71
63.48
63.00
62.26
61.31
60.16
58.89
57.55
56.19
54.86
53.65
52.57
51.67
75
55
83
13
6
25
40
54
68
78
88
08
106
112
119
120
121
117
118
103
90
72
52
29
5
23
48
74
95
115
127
134
136
133
121
108
90
C DnooBls.
Ufag. 3.2
Right
Aaoension.
h
17
s
29.62
29.90
30.26
30.70
31.20
31.74
32.31
32.89
33.47
34.01
34.52
34.97
35.35
35.66
35.88
m
8
28
36
44
50
54
57
58
58
54
51
45
38
31
22
13
36.01
36.06 -
36.03
35.89
35.67
5
3
14
22
29
35.38
35.02
34.59
34.10
33.58
33.04
32.48
31.92
31.39
90.90
30.46
30.08
29.78
29.58
29.48
29.48
29.59
29.80
36
43
49
52
54
56
56
53
49
44
38
80
20
10
0
11
21
Dfcllna-
tlon.
+65 48
//
50.73
47.30
44.16
41.43
39.22
87.69
36.63
36.33 —
36.73 ^
an nn 104
37.77
165
39.42
343
314
273
221
163
96
41.61
44.24
47.23
50.45
53.81
57.21
60.55
63.74
66.69
69.33
71.61
73.46
74.87
75.78
76.18
76.05
75.41
74.23
72.57
70.43
67.85
64.88
61.60
58.10
54.47
50.82
47.28
219
263
299
322
336
340
334
319
295
264
228
185
141
91
40
13
64
118
166
214
258
297
328
350
363
365
354
a Heiculls.
Var. 3.1-3.9
Right
Aaoension.
h
17
m
10
s
48.441
48.654
48.900
49.170
49.458
49.756
50.062
50.364
50.662
50.949
51.223
51.479
61.714
61.924
52.108
52.260
52.378
62.461
52.507
52.514 —
31
213
246
270
288
298
306
302
298
287
274
256
235
210
184
152
118
83
46
52.483
52.415
52.314
52.182
52.028
51.855
51.674
51.493
61.323
51.171
68
101
132
154
173
181
181
170
152
123
51.048 g^
50.961 ^
50.917 —
50.919 ^
50.970 "
100
51.070
51.216
61.403
146
187
Declina>
tion.
+14 28
57.09
54.80
52.66
50,71
49.06
47.75
46.83
46.36
46.33
46.73
47.54
48.72
50.20
61.93
63.83
55.84
57.90
59.93
61.90
63.74
66.40
66.87
68.11
69.09
69.80
229
214
195
166
130
92
47
3
40
81
118
148
178
190
201
206
203
197
184
166
147
124
98
71
44
70.24 ^^
70.38 —
70.22 ^®
69.77 **
69.01 ^
104
67.97
135
162
185
206
220
229
230
66.62
65.00
63.15
61.09
58.89
56.60
54.30
^ HercnliB.
Mag. 3.2
Right
Ascension.
h
17
m
11
8
34.131
34.341
34.585
34.859
35.153
35.461
35.776
36.089
36.396
36.694
86.977
37.239
37.478
37.690
37.870
38.018
38.129
38.201 32
38.233 —
38.225 *
47
38.178
210
244
274
294
308
314
314
307
298
283
262
239
212
180
148
111
72
38.091
37.970
37.819
37.642
37.448
37.246
37.043
36.851
36.678
36.534
36.428
36.366
36.362
36.389
36.477
36.614
36.797
87
121
151
177
194
202
203
192
173
144
106
62
14
37
88
137
183
Declina-
tion.
+24 55
»»
64.20
61.49
58.97
56.72
64.81
63.34
62.35
61.89
61.94
62.51
63.56
66.02
66.85
68.98
61.31
63.77
66.28
68.76
71.16
73.40
76.43
77.21
78.70
79.87
80.70
271
252
225
191
147
99
46
5
57
104
147
183
213
233
246
251
248
240
224
203
178
149
117
83
49
81.19 ,^
81.29 —
81.02 ^
80.37 •*
79.35 *~
138
77.97
173
205
231
255
269
276
274
76.24
74.19
71.88
69.33
66.64
63.88
61.14
Mean Place
Sec ^, Tan a
8.027
1.370
47.17
-0.937
32.474
2.441
64.72
+2.227
48.996
1.033
66.70
+0.268
34.833
1.103
74.97
+0.465
D^ a, Dm a
+0.09
-0.1
-0.01
-1.0
0.00
-0.1
+0.03
-1.0
+0.05
-0.1
0.00
-1.0
+0.05
-0.1
+0.01
-1.0
APPARENT PLACES OF STARS, 1916,
455
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
Jan. 0.9
10.9
20.9
30.9
Feb. 9.8
19.8
29.8
Mar. 10.8
20.7
30.7
Apr. 9.7
19.6
29.6
May 9.6
19.6
29.5
June 8.5
18.5
28.5
July 8.4
18.4
28.4
Aug. 7.3
17.3
27.3
Sept. 6.3
16.2
26.2
Oct. 6.2
16.2
261
Nov. 5.1
15.1
25.0
Dec. 5.0
15.0
25.0
34.9
Mean Place
Sec a, Tan d
h Ophiuchi.
Mag. 4.3
Right
Ascension.
h m
17 21
s
13.832
14.075
14.354
14.654
14.976
15.308
15.644
15.982
16.317
16.641
16.954
17.254
17.532
17.787
18.015
18.215
18.378
18.506
18.592
18.637
18.639
18.597
18.517
18.402
18.258
18.095
17.918
17.741
17.573
17.426
243
979
800
823
832
838
836
824
813
800
278
265
228
200
163
128
86
46
42
80
116
144
163
177
177
168
147
116
17.310
17.233 3^
17.199 —
17.220 ^^
17.292 ^
125
17.417
17.591
17.808
174
217
Declina-
tion.
-24 5
n
61.96
62.16
62.46
62.82
63.22
63.62
63.97
64.31
64.60
64.83
64.97
65.07
65.13
65.16
65.19
65.20
65.26
65.33
65.39
65.48
65.58
65.67
65.76
65.79-
65.75 *
8
65.67
20
30
36
40
40
86
34
29
23
14
10
6
3
3
1
6
7
6
9
10
9
9
65.51
65.27
64.97
64.63
64.28
63.90
63.56
63.29
63.09
62.98
63.00
63.14
16
24
30
34
35
38
34
27
20
11
14
14.287
1.096
57.17
-0.447
^ Ophiudii.
Mag. 4.4
Right
Ascension.
h m
17 22
8
20.285
20.494
20.734
20.999
21.282
21.576
21.876
22.177
22.474
22.764
23.042
23.305
23.550
23.773
23.970
209
240
265
283
294
800
801
297
290
278
263
246
223
197
160
24.277 ,^
24.379
24.445
24.473 —
10
24.463
24.416
24.333
24.219
24.080
23.922
23.752
23.581
23.420
23.274
47
83
114
139
168
170
171
161
146
118
23.156
23.073 ^3
23.030 —
23.033 ^
23.083 ^
98
23.181
23.323 ^^
23.506 ^^
Declina-
tion.
+ 4 12
tt
176
170
156
137
111
80
47
37.10
35.34
33.64
32.08
30.71
29.60
28.80
28.33
28.21 —
28.44 ^
66
29.00
29.85
30.95
32.25
33.69
35.23
36.81
38.37
39.88
41.29
42.59
43.73
44.71
45.51
46.11
46.52
46.72
46.72
46.49
46.06
45.40
44.52
43.42
42.13
40.66
39.04
37.33
35.57
86
110
130
144
154
168
156
151
141
130
114
98
80
60
41
20
0
23
43
66
88
110
129
147
162
171
176
20.777
1.003
45.16
+0.074
<^ Ane.
Mag. 3.8
Right
Ascension.
h m
17 23
8
29.35
29.75
30.21
30.72
31.27
31.85
32.45
33.04
33.63
34.21
34.77
35.29
35.78
36.22
36.61
36.94
37.20
37.39
37.51
37.54 -
4
37.50
37.39
37.20
36.94
36.64
36.31
35.95
35.59
35.24
34.93
34.69
34.50
34.40
34.91
35.26
40
46
61
66
68
60
69
69
68
66
62
49
44
89
83
26
19
12
11
19
26
80
83
86
86
35
81
24
19
10
34.39 -
34.47 *
17
34.64
27
86
Declina-
tion.
-60 36
57.03
55.23
53.70
52.47
51.54
50.95
50.68
50.72
51.07
51.72
52.65
53.84
55.25
56.87
58.66
60.58
62.60
64.67
66.73
68.72
70.59
72.27
73.71
74.85
75.64
76.04
76.04
75.61
74.77
73.54
71.96
70.10
68.02
65.80
63.53
61.29
59.17
57.21
180
163
123
93
69
27
4
36
66
93
119
141
162
179
192
202
207
206
199
187
168
144
114
79
40
0
43
84
123
158
186
208
222
227
224
212
196
30.632
2.038
55.76
-1.776
tf Ane.
Mag. 3.0
Right
Ascension.
h m
17 26
819
8
19.912
20.231
20.599 **
21.005*^
21.439"*
168
21.891
22.353*"
22.818 *••
23.27f^
23.728 **•
24.163
24.576
24.961
486
413
886
25.314 ^
25.628 '"
25.897
26.117
26.284
26.392
26.440
26.429
26.358
26.233
26.058
25.844
25.600
25.339
25.077
24.826
24.603
220
167
108
48
11
71
126
176
214
244
261
262
251
223
181
24.422 ,^
129
24.293
24.228 —
24.234 ®
24.311 ^
151
24.462
24.680
24.961
218
281
Declina-
tion.
-49 48
41.37
40.11
39.05
38.22
37.63
126
108
83
69
84
37.29
^ 12
87.17 —
37.27 ^
37.59
38.10
38.60
39.6f
40.69
41.87
43.17
44.57
46.05
47.57
49.09
50.57
51.95
53.21
54.28
55.13
55.70
55.98
55.95
55.58
54.89
53.91
52.67
51.21
49.59
47.90
46.18
44.52
42.96
41.55
82
61
70
86
103
118
130
140
148
152
152
148
138
126
107
86
57
»
3
37
69
124
146
162
160
172
166
166
141
20.740
1.549
39.11
-1.184
D^ a. Dm a
+0.07
-0.1
-0.01
-1.0
+0.06
-0.1
0.00
-1.0
+0.11
-0.1
-0.02
-1.0
+0.09
-0.1
-0.01
-1.0
APPARENT PLACES OF STARS, 1916.
457
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
Jan.
Feb.
Mar.
1.0
10.9
20.9
30.9
9.8
19.8
29.8
10.8
20.7
30.7
Apr.
9.7
19.7
29.6
May 9.6
19.6
29.5
June 8.5
18.5
28.5
July 8.4
18.4
28.4
Aug. 7.4
17.3
27.3
Sept. 6.3
16.2
26.2
Oct. 6.2
16.2
26.1
Nov. 5.1
15.1
25.1
Dec. 5.0
15.0
25.0
34.9
Mean Place
Sec d, Tan d
D^ a, Dm a
D^ d, D« d
S Serpentlf .
Mag. 3.6
Right
Ascension.
h
17
m
32
s
46.062
46.283
46.535
46.812
47.109
47.418
47.734
48.051
48.367
48.676
48.976
49.263
49.533
49.783
50.008
50.205
50.370
50.500
60.592
50.642
50.652
50.621
50.552
50.449
50.317
50.163
49.995
49.825
49.662
49.515
49.396
49.313
221
252
277
297
S09
816
817
816
809
800
287
270
250
225
m
165
lao
92
50
10
31
60
103
132
154
168
170
163
147
119
83
49.272 —
49.278 *
49.333 ^
105
49.438
49.589 *^^
49.782 ^^
Declina-
tion.
-15 20
53.39
54.05
54.74
55.42
66.07
56.63
57.09
67.39
57.56
57.57 -
13
57.44
66
60
68
65
56
46
30
17
57.17
56.80
56.35
55.86
55.34
54.82
64.32
53.87
53.46
63.10
52.79
52.52
62.31
62.11
61.94
61.78
51.65
61.53
51.45
51.41
61.44
61.65
51.76
52.07
52.49
63.00
63.60
27
37
45
49
52
52
50
45
41
36
31
27
21
20
17
16
13
12
8
4
3
11
21
31
42
51
60
46.509
1.037
47.56
-0.274
+0.07
0.0
0.00
-1.0
I Heronllf .
Mag. 3.8
Right
Ascension.
h m
17 37
8
4.230
4.415
4.651
4.932
5.252
5.599
5.963
6.337
6.712
7.079
7.429
7.756
8.052
8.313
8.532
185
236
281
820
847
864
874
875
867
850
827
296
261
219
173
8.830 ^
8.902
8.921 —
8.886 ^
87
8.799
136
184
221
257
280
295
800
294
275
244
6.108 ,,,
^•f 1 101
6.850 3^
6.811 —
23
6.834
86
147
8.663
8.479
8.258
8.001
7.721
7.426
7.126
6.832
6.557
5.920
6.067
Declina-
tion.
+46 2
61.19
47.87
44.77
41.97
39.60
37.76
36.48
35.83
36.45
37.67
39.43
41.67
44.30
47.21
60.33
63.54
66.76
69.91
62.88
65.63
68.07
70.17
71.88
73.15
332
310
280
237
184
128
65
0
62
122
176
224
263
291
812
321
822
815
297
275
244
210
171
127
82
73.97 3,
74.33 —
74.18 ^*
73.55 ^
72.42 "^
160
70.82
68.78
68.33
63.53
60.45
67.17
53.80
50.43
204
245
280
308
328
337
337
5.633
1.441
61.81
+1.037
+0.03
0.0
+0.01
-1.0
00 Dzaconli.
Mag. 4.9
Right
Ascension.
h
17
m
37
8
22.85
23.07
23.40
23.82
24.32
24.90
25.51
26.15
26.79
27.42
28.01
28.56
29.04
29.43
29.74
29.94
30.06
30.07 -
29.98 ®
21
28
29.77
29.49
29.11
28.66
28.13
27.55
26.93
26.29
25.64
25.00
24.40
23.84
23.35
22.94
22.62
22.42
22.33
22.35
22.50
22
33
42
50
58
61
64
64
63
60
65
48
39
31
20
12
38
46
52
58
62
64
65
64
60
56
49
41
32
20
9
2
15
Declina-
tion.
+68 47
37.43
33.94
30.66
27.74
25.28
23.37
22.08
21.45
21.61
22.23
23.58
25.52
27.95
30.77
33.92
37.26
40.70
44.14
47.60
60.69
53.61
66.21
68.44
60.24
61.67
349
328
292
246
191
129
63
6
72
135
194
243
282
315
334
344
844
836
319
202
260
223
180
133
84
62.41 33
62.74 —
62.54 ^
61.81 ^^
60.57 *^^
175
58.82
223
265
302
330
351
56.59
63.94
50.92
47.62
44.11
40.52
36.95
350
357
26.494
2.765
48.67
+2.577
-0.01
0.0
+0.02
-1.0
tf Payonis.
Mag. 3.6
Right
Ascension.
h
17
•
27.46
27.88
28.37
28.92
29.53
30.18
30.84
31.52.
32.19
32.85
33.48
34.09
34.67
35.19
35.66
36.04
36.36
36.60
36.76
36.80 -
3
36.77
36.66
36.44
36.17
35.83
m
37
42
49
55
61
65
66
68
67
66
63
61
58
52
46
89
32
24
15
35.44
36.03
34.60
34.19
33.82
33.60
33.26
33.10
33.04-
33.10 ®
16
12
21
27
34
39
41
43
41
37
32
24
16
33.26
33.62
33.87
26
35
Declina-
tion.
-64 41
//
8.79
6.69
4.84
3.28
2.04
210
185
156
124
91
0.58 ^
0.38 —
0.52 ^*
0.99 *7
79
1.78
109
135
161
182
199
213
221
222
219
207
2.87
4.22
5.83
7.65
9.64
11.77
13.98
16.20
18.39
20.46
22.38
24.04
26.40
26.43
192
166
136
103
61
27.04 ^^
27.22 —
26.94 ^
26.21 '^
25.04 "7
155
23.49
189
217
236
245
246
240
225
21.60
19.43
17.07
14.62
12.16
9.76
7.51
29.038
2.339
7.02
2.114
+0.11
0.0
•0.01
■1.0
APPARENT PLACES OF 8TAES, 1916.
459
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mtmn Tune.
Jan. 1.0
10.9
20.9
30.9
Feb. 9.9
19.8
29.8
Mar. 10.8
20.7
30.7
Apr. 9.7
19.7
29.6
May 9.6
19.6
29.6
Jiine 8.5
18.5
28.5
July 8.4
18.4
28.4
Aug. 7.4
17.3
27.3
Sept. 6.3
16.3
26.2
Oct. 6.2
16.2
26.1
Nov. 5.1
15.1
25.1
Dec. 5.0
15.0
25.0
35.0
y OphluoU.
Mag. 3.7
Right
AsoensicHi.
h m
17 43
s
40.288
40.478
40.702
40.953
41.223
41.508
41.803
42.101
42.400
42.694
42.960
43.254
43.512
43.751
43.966
44.155
44.313
44.436
44.522
44.571
44.579
44.548
44.479
44.378
44.246
44.094
43.927
43.755
43.589
43.436
43.308
43.210
43.152
190
234
251
270
285
296
296
299
294
280
274
258
239
215
189
158
123
86
49
8
31
69
101
132
152
167
172
166
153
128
96
58
Mean Place
Sec d, Tan d
D^ a, Dm a
14
43.138 —
43.169 ^^
79
43.248
43.372 ^
43.537 *^
DeoUna-
tkm.
+ 2 44
t*
163
158
146
129
104
75
44
9.51
7.88
6.30
4.84
3.55
2.51
1.76
1.32 ^^
1.21 —
1.44 «
54
1.93
2.82
3.91
5.18
6.60
8.12
9.69
11.24
12.75
14.16
15.45
16.60
17.59
18.41
19.04
19.49
19.74
84
109
127
142
152
157
155
151
141
129
115
99
82
63
45
25
6
19.80 —
19.65 "
19.31
18.77
18.01
17.05
15.89
14.58
13.12
11.55
9.94
34
54
76
96
116
131
146
157
161
SOHeroulis.
Mag. 5.5
Right
AS06O8lDn.
h m
17 52
8
1.059
1.227
1.435
1.676
1.945
2.233
2.536
2.846
3.159
3.468
3.768
4.055
4.324
4.569
4.787
4.974
5.125
5.237
5.307 ^
5.334 —
15
5.319
5.261
5.165
5.031
4.866
168
208
241
269
288
303
310
313
309
300
287
260
245
218
187
Declina-
tion.
+26 3
//
36.89
34.18
31.61
29.26
27.22
271
257
235
204
163
25.69 ^^,
2^-^66
23.76
23.62 —
24.01 ^
90
151
112
70
4.679
4.476
4.266
4.059
3.866
3.696
3.557
3.458
3.403
3.397 —
44
3.441
3.535
3.674
58
96
134
165
187
203
210
207
193
170
139
99
55
6
94
139
24.91
26.27
28.04
30.15
32.51
35.06
37.70
40.36
42.96
45.45
47.77
49.86
51.68
53.18
54.35
55.17
55.62
186
177
211
236
255
264
266
260
249
232
209
182
150
117
82
45
6
55.68 —
55.35 ^
54.63 ^^
110
53.53
146
182
213
237
258
52.07
50.25
48.12
45.75
43.17
40.48
37.76
f Dzaoonit.
Mag. 3.9
269
272
40.805
1.001
16.87
+0.048
+0.06
0.0
0.00
-1.0
1.889
1.113
45.44
+0.489
Right
Ascension.
Declina-
tion.
h
17
m
52
•
2.497
2.664
2.902
3.202
3.557
3.954
4.381
4.829
5.282
5.728
6.160
6.562
6.927
7.246
7.512
167
238
300
355
897
427
448
453
446
432
402
365
319
QAA
ZDO
207
7.719 ^^,
7.863 ^
7.940 «
7.947 —
60
127
7.887 ^
+0.05
0.0
0.00
-1.0
7.760
7.570
7.322
7.023
6.681
6.307
5.910
5.506
5.107
4.725
4.375
4.068
3.817
3.631
3.516
3.479
3.521
3.640
190
248
299
342
374
807
404
309
382
350
307
251
186
115
37
42
119
+56 52
f*
58.24
54.76
51.46
48.47
45.91
43.85
42.40
41.59 ,,
41.44 —
41.97 ^
115
43.12
348
330
299
256
206
145
81
174
226
269
302
325
44.86
47.12
49.81
52.83
56.08
59.47
62.90
66.27
69.50
72.51
75.22
77.60
79.57
81.10
82.15
82.70
82.74 —
82.24 ^
81.24 '~
152
79.72
77.73
75.28
72.46
69.31
65.93
62.41
58.90
339
343
337
323
301
271
238
197
153
105
55
199
245
282
815
338
352
351
4.646
1.830
67.86
+1.533
+0.02
0.0
0.00
-1.0
SADxaoonit.
Mag. 5.0
Rij^ht
Ascension.
h in
17 63
s
5.88
6.09
6.47
7.02
7.73
8.55
9.47
10.43
11.42
12.40
13.33
14.19
14.95
15.57
16.06
16.38
16.55
16.55
16.39
16.05
15.57
14.95
14.19
13.33
12.38
11.35
10.29
9.20
8.13
7.09
6.11
5.22
4.45
3.83
3.36
3.08
2.98
3.06
21
38
56
71
82
92
96
99
96
93
86
76
02
41K
32
17
0
16
34
48
62
76
86
95
108
106
109
107
104
98
89
77
62
47
28
10
8
Declina-
tion.
+76 58
ft
19.47
16.01
12.73
9.76
7.20
5.16
3.72
2.91 ,,
2.77 —
3.31 "
116
4.47
846
828
297
266
204
144
81
174
226
209
302
325
6.21
8.47
11.16
14.18
17.43
20.82
24.25
27.63
30.86
33.86
36.58
38.96
40.93
42.46
43.52
44.08
44.12 —
43.64 ^
42.64 '«^
151
41.13
339
343
338
323
300
272
238
197
153
106
56
39.15
36.71
33.91
30.77
27.41
23.91
20.41
198
344
280
814
880
360
350
12.489
4.436
29.06
+4.322
-0.05
0.0
+0.01
-LO
460
APPARENT PLACES OF STARS, 1916.
FOR THE UPPER TRANSIT AT WASHINGTON.
WashiDffton
Mean Tune.
Jan. 1.0
10.9
20.9
30.9
Feb. 9.9
19.8
29.8
Mar. 10.8
20.8
30.7
Apr. 9.7
19.7
29.6
May 9^
19.6
29.6
June 8.5
18.5
28.5
July 8.4
18.4
28.4
Aug. 7.4
17.3
27.3
Sept. 6.3
16.3
26.2
Oct 6.2
16.2
26.1
Nov. 6.1
16.1
26.1
Dec. 6.0
16.0
25.0
35.0
0 Herculis.
Mag. 4.0
Right
Ascension.
h m
17 53
s
21.202
21.365
21.575
21.823
22.105
22.413
22.737
23.072
23.411
23.746
24.072
24.380
24.667
24.926
25.152
25.342
25.490
25.593
25.649
25.657 —
39
25.618
25.533
25.403
25.235
25.033
163
210
248
282
308
324
335
339
335
326
308
287
259
226
190
148
103
56
8
Mean Place
Sec d, Tan d
D^ a, Dm a
24.807
24.564
24.314
24.066
23.833
23.624
23.449
23.316
23.231
23.199
23.222
23.300
23.431
85
130
168
202
226
243
250
248
233
209
175
133
85
32
23
78
131
DecUna^
tion.
+37 15
//
30.53
27.44
24.50
21.83
19.52
17.66
16.34
15.58
15.43
15.88
16.89
18.44
20.44
22.81
25.50
28.39
31.40
34.44
37.44
40.30
42.97
45.38
47.48
49.23
50.59
51.55
52.07
309
294
267
231
186
132
76
15
45
101
155
200
237
269
289
301
304
300
286
267
241
210
175
136
96
52
6
y Ophluchl.
Mag. 3.5
Right
Ascension.
52.13 —
51.74 ^
50.90 **
129
49.61
172
211
247
274
297
47.89
45.78
43.31
40.57
37.60
34.50
31.38
810
312
h
17
m
54
22.320
1.257
39.49
+0.761
+0.04
0.0
0.00
-1.0
s
23.620
23.812
24.039
24.293
24.568
24.858
25.159
25.466
25.773
26.077
26.376
26.665
26.940
27.197
27.433
27.642
27.820
27.965
28.072
28.139
28.164
28.148
28.093
28.003
27.881
27.735
27.572
27.403
27.237
27.084
26.955
26.856
26.798
26.783
26.814
26.893
27.018
27.185
192
227
254
275
290
301
307
307
304
299
289
275
257
236
209
178
145
107
67
25
16
55
90
122
146
163
169
166
153
129
99
58
15
31
79
125
167
Declina-
tion.
- 9 45
57.58
58.47
59.36
60.20
60.96
61.58
62.04
62.30
62.37 -
62.20 *^
35
89
89
84
76
62
46
26
61.85
61.32
60.63
59.84
58.97
58.05
57.14
56.25
55.41
54.64
53.96
53.36
52.86
52.45
62.12
51.89
51.73
51.64
51.63-
51.70 ^
15
51.85
53
69
79
87
92
91
89
84
77
68
60
50
41
33
23
16
9
1
^Herculis.
Mag. 3.8
Right
Ascension.
52.12
52.49
52.97
53.56
54.27
55.06
65.91
27
37
48
59
71
79
85
h m
17 54
8
29.142
29.307
29.514
29.754
30.023
30.314
30.621
30.937
31.255
31.570
31.876
32.169
32.444
32.693
32.914
165
ao7
240
269
291
307
316
318
315
306
293
275
249
221
189
33.103 152
33.367 ^
33.436 25
33.461-
24.092
1.015
51.32
-0.172
+0.07
0.0
0.00
-1.0
33.442
33.380
33.276
33.137
32.965
32.769
32.557
32.338
32.121
31.919
62
104
139
172
196
212
219
217
202
181
31.738 1^
31.590 ,^
31.481 ^
31.417 ,5
31.402 —
87
31.439
88
135
31.527
31.662
Declina-
tion.
+29 14
ff
73.85
71.02
68.33
65.88
63.76
62.05
60.82
60.12 1^
69.96 —
60.36 ^
92
61.28
283
269
245
212
171
123
70
62.68
64.51
66.70
69.15
71.81
74.57
77.35
80.10
82.71
85.14
87.34
89.27
90.86
92.11
92.99
93.48
140
183
219
245
266
276
278
276
261
243
220
193
159
125
88
49
8
Mag. 2.4
93.56 —
93.23 ^
92.49 ^^
115
91.34
89.80
87.92
85.70
83.21
80.63
77.72
74.88
154
188
222
249
268
381
284
BAtH
Ascension.
b m
17 54
s
37.560
37.722
37.943
38.219
38.542
38.901
39.286
39.688
40.096
40.498
40.888
41.255
41.590
41.887
42.139
162
221
276
328
359
385
402
408
402
390
367
336
297
353
203
42.341 1^^
42.488
42.576
42.604 —
42.673 ^
03
30.046
1.146
82.39
+0.560
+0.05
0.0
0.00
-1.0
42.481
42.333
42.132
41.885
41.599
41.282
40.946
40.601
40.269
39.933
148
301
347
2»
317
336
345
343
336
39.635
39.377
39.168
39.017
38.931
358
30O
151
M
19
38.912 "~
38.964
39.082 ^**
tion.
+51 29
ft
44.58
41.16
37.92
34.97
32.43
»4
63
354
30.39 1^
28.94 ^
28.10 ^
27.93 —
28.42 ^
110
29.52
168
2t»
31S
SI
337
331
SIB
31.20
33.39
36.00
38.96
42.14
46.45
48.82
52.13
65.31
58.27
60.^
63.30
65.26
66.79
67.85
68.42
68.60 —
68.07 ^
67.U "
19ft
153
10ft
57
145
66.66
63.74
61.39
68.64
65.58
62.28
48.85
45.40
198
2n
soft
943
34S
39.325
1.606
53.85
+1.257
+0.03
0.0
0.00
-1.0
APPARENT PLACES OF STARS, 1916,
461
FOR THE UPPER TRANSIT AT WASHINGTON.
Wasfaizii^n
Mean Time.
Jan. 1.0
10.9
20.9
90.9
Feb. 9.9
Mar.
19.8
29.8
10.8
20.8
30.7
Apr.
9.7
19.7
29.6
May 9.6
19.6
29.6
June 8.5
18.5
28.5
July 8.5
18.4
28.4
Aug. 7.4
17.3
27.3
Sept. 6.3
16.3
26.2
Oct. 6.2
16.2
26.2
Nov. 5.1
15.1
25.1
Dec. 5.0
15.0
25.0
35.0
67 Ophiuom.
Mag. 3.9
Bight
A^nnston.
h ID
17 56
Mean Place
Sec ^, Tan d
D^ a, Dm a
l>^d,Dmd
8
25.762
25.941
26.154
26.394
26.657
26.936
27.226
27.522
27.820
28.116
28.406
28.686
28.952
29.200
29.426
29.625
29.793
29.929
30.027
30.085
30.103
30.081
30.020
29.927
29.801
29.652
29.486
29.314
29.145
28.988
28.853
28.748
28.681
179
213
240
263
270
200
206
208
206
200
280
266
24S
226
100
168
136
08
68
J8
22
61
03
126
140
166
172
160
167
136
105
67
26
28.656 —
28.676 ^
67
28.743
28.854
29.007
111
153
Declina-
tion.
+ 2 55
tt
57.95
56.35
54.79
53.34
52.09
51.06
50.32
49.89
49.80 —
50.05 ^
58
160
156
145
125
103
74
43
50.63
51.48
52.60
53.92
55.38
56.95
58.56
60.16
61.71
63.18
64.53
65.72
66.76
67.62
68.29
68.78
69.07 ^,
69.17 —
69.07 ^°
85
112
132
146
157
161
160
155
147
135
110
104
86
67
40
20
^ Ane.
Mag. 3.9
Right
Ascension.
68.75
68.24
67.51
66.59
65.46
64.18
62.75
61.22
59.G3
32
51
73
02
118
128
143
153
150
26.297
1.001
64.98
+0.051
h
18
8
4.653
4.926
5.252
5.622
6.027
m
0
+0.06
0.0
0.00
-1.0
6.458
6.907
7.367
7.829
8.290
8.742
9.180
9.597
9.988
10.342
10.658
10.925
11.139
11.297
11.393
11.426
11.395
11.306
11.161
10.967
10.736
10.480
10.211
9.946
9.701
273
326
870
405
431
449
460
462
461
452
438
417
301
354
316
267
214
168
06
33
31
80
145
104
231
256
200
265
245
212
»-^» 167
9.214 ^^
9.168 —
9.195 ^
08
9.293
9.460 ^^^
9.693 ^
Declina-
tion.
-50 5
#»
58.53
57.00
55.61
54.41
53.41
153
130
120
100
70
52.62 ^
52.03
51.66
51.51 —
51.55 *
26
51.81
52.25
52.89
53.72
54.73
55.88
57.17
58.57
60.04
61.54
63.02
64.40
65.67
66.77
67.65
44
64
83
101
116
120
140
147
150
148
138
127
110
88
58
68.23 3,
68.53 —
68.50 '
68.16 ^
67.47 ^
08
66.49
126
146
162
173
174
65.24
63.78
62.16
60.43
58.69
56.98
55.35
171
103
5.496
1.559
54.75
-1.196
+0.09
0.0
0.00
-1.0
^Sagitterll.
Mag. 3.1
Right
Asoeoslon.
h
18
8
24.106
24.323
24.579
24.866
25.179
m
0
217
256
287
313
330
342
351
353
349
345
335
320
301
278
247
212
174
131
86
38
25.509
25.851
26.202
26.555
26.904
27.249
27.584
27.904
28.205
28.483
28.730
28.942
29.116
29.247
29.333
29.371
29.361
29.305
29.207
29.073
28.909
28.727
28.535
28.346
28.171
28.021
27.907
27.837 ^
27.817 —
27.849 ^^
87
27.936
10
56
08
134
164
182
192
180
175
150
114
70
28.074
28.261
138
187
Declina-
tion.
-30 25
//
39.35
38.96
38.65
38.42
38.24
38.12
38.02
37.94
37.87
37.80
37.75
37.72
37.72
37.76
37.86
38.02
38.26
38.55
38.91
39.32
39.75
40.20
40.63
41.01
41.31
30
31
23
18
12
10
8
7
7
5
3
0
4
10
16
24
20
36
41
43
45
43
88
30
20
70 Ophluchi.
Mag. 4.1
41.51 g
41.59 -
41.55 *
41.36 ^*
41.05 "
43
40.62
63
68
6B
62
58
52
45
40.09
39.51
38.89
88.27
37.69
37.17
36.72
Rli^ht
Ascension.
24.630
1.160
34.40
-0.587
+0.08
0.0
0.00
-1.0
h
18
8
11.991
12.166
12.375
12.614
12.874
13.151
13.439
13.734
14.033
14.329
14.622
14.903
15.172
15.425
15.654
m
1
175
209
230
260
277
288
295
299
296
293
281
269
253
229
203
15.85r
16.032
16.173
16.275
16.339
16.363
16.344
16.288
16.195
16.074
15.927
15,762
15.591
15.423
15.267
175
141
102
64
24
19
56
93
121
147
165
171
168
156
139
15.128 ^^
15.021 ^
14.951 ^
14.923 —
14.941 ^*
64
15.005
15.113
15.261
108
148
Declina-
tion.
+ 2 30
*t
159
155
144
127
103
76
45
58.01
56.42
54.87
53.43
52.16
51.13
50.37
49.92
49.81 —
50.03 ^
54
50.57
51.40
52.48
53.76
55.19
56.72
58.30
59.86
61.37
62.80
64.10
65.27
66.28
67.11
67.76
68.22
68.49
68.56 —
68.43 "
32
58
83
108
128
143
153
158
156
151
143
130
117
101
83
65
46
27
68.11
67.58
66.86
65.94
64.82
63.55
62.13
60.60
59.03
72
92
112
127
142
153
157
12.528
1.001
64.89
+0.044
+0.06
0.0
0.00
-1.0
APPARENT PLACES OF STARS, 1916.
463
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Time.
Jan. 1.0
II.O
20.9
30.9
Feb. 9.9
19.8
29.8
Mai. 10.8
20.8
30.7
Apr. 9.7
19.7
29.7
May 9.6
19.6
29.6
June 8.5
18.5
28.5
July 8.5
18.4
28.4
Aug. 7.4
17.4
27.3
Sept. 6.3
16.3
26.2
Oct. 6.2
16.2
26.2
Nov. 5.1
15.1
25.1
Dec. 5.1
15.0
25.0
35.0
Qroombildfe SMS.
Mag. 5.4
Right
Aaoec^on.
h m
18 13
8
0.644
0.781
0.970
1.204
1.478
1.783
2.112
2.457
2.812
3.166
3.514
3.849
4.162
4.448
4.700
137
180
284
374
ao5
829
845
865
354
348
335
313
280
252
214
4.914 ,^
^•084,^
122
5.206 „
5.279 2
5.299 —
82
5.267
5.185
5.054
4.880
4.668
4.427
4.163
3.889
3.614
3.351
3.107
2.896
2.726
2.603
2.534
2.522
2.569
2.671
82
131
174
212
341
264
274
275
263
244
211
170
123
60
12
47
102
DecUnft-
tion.
+42 7
tt
40.88
37.68
34.60
31.75
29.26
27.22
25.70
24.77
24.44
24.73
25.62
27.09
29.05
31.42
34.15
37.13
40.27
43.48
46.67
49.76
52.67
55.34
57.72
59.75
61.38
320
806
286
340
204
162
08
J?
20
80
147
106
287
278
308
314
321
310
800
201
267
288
203
163
121
62.69 ^
76
63.35 jjQ
63.65 ~
63.47 **
62.80 *^
114
86 Diaconls.
Mag. 5.0
61.66
60.06
58.03
55.63
52.88
4988
46.72
43.51
160
203
240
275
300
316
321
Right
A9c«»nalon.
h
18
n
13
12
22
81
80
44
50
53
55
55
53
51
47
41
33
27
20
11
s
21.72
21.84
22.06
22.37
22.76
23.20
23.70
24.23
24.78
25.33
25.86
26.37
26.84
27.25
27.58
27.85
28.05
28.16
28.18 -
28.11 ^
16
27.95
27.72
27.41
27.04
26.61
26.13
25.62
25.09
24.56
24.05
23.57
23.13
22.75
22.44
22.22
22.10
22.07
22.13
23
31
87
48
48
51
53
53
51
48
44
38
31
22
12
8
6
Declina-
tion.
+64 21
tf
59.59
56.07
52.67
49.55
46.80
352
340
812
275
227
41.77 ^
41.37 —
41.64 ^
04
42.58
44.12
46.21
48.77
51.72
54.94
58.35
61.85
65.34
68.74
71.96
74.91
77.55
79.81
81.64
83.01
83.88 ,.
86
84.24 —
84.06 ^*
83.35 ^^
124
82.11
154
200
256
205
322
341
350
340
340
822
205
264
226
183
137
^SagittarU.
Mag. 2.8
87
80.36
78.14
76.48
72.46
69.17
65.69
i52.15
175
222
266
302
320
348
354
Right
Ascension.
h
18
m
15
36.465
36.664
36.902
37.174
37.474
37.792
38.126
38.469
38.818
39.167
39.514
39.853
40.179
40.488
40.775
41.034
41.260
41.450
41.596
41.697
41.750 5
41.755 —
41.713 ^^
41.628 ^
41.504 ^^*
156
41.348
199
238
372
300
318
334
343
340
349
347
339
326
309
287
259
226
190
146
101
53
41.171
40.982
40.792
40.612
40.456
40.333
40.250
40.215
40.232
40.301
40.422
40.591
177
180
190
180
156
128
83
85
17
60
121
160
Declina-
tion.
-29 51
//
43
88
32
28
24
22
22
22
21
20
18
15
11
58.95
58.52
58.14
57.82
57.54
57.30
57.08
56.86
56.64
56.43
56.23
56.05
55.90
55.79
55.74 —
3
55.77
55.88
56.07
56.35
56.69
57.08
57.50
57.92
58.32
58.67
58.93
59.09
59.13
59.04
58.81
58.47
58.02
57.50
56.93
56.34
56.77
55.23
54.74
11
19
28
34
39
42
42
40
35
26
16
4
9
23
34
45
52
57
59
57
54
49
7 Serpentis.
Mag. 3.4
Right
Ascension.
h m
18 16
57.232
57.396
57.596
57.822
58.074
58.343
58.627
58.919
59.217
59.516
59.812
60.101
60.380
60.643
60.888
61.107
61.298
61.455
61.575
61.656
61.695
61.694
61.651
61.570
61.457
61.317
61.157
60.988
60.818
60.658
164
100
227
262
260
284
202
206
290
206
280
270
363
345
219
191
157
120
81
43
81
113
140
160
169
170
160
141
60.517 ^^^
60.403
60.324
60.286 —
60.293 ^
51
60.344
60.438
60.576
94
138
Declina-
tion.
-T—
- 2 55
ff
122
119
112
98
80
67
81
23.52
24.74
25.93
27.05
28.03
28.83
29.40
29.71
29.75 —
29.50 ^
51
28.99
28.23
27.27
26.13
24.88
23.55
22.20
20.87
19.58
18.40
17.31
16.34
15.52
14.85
14.31
13.93
13.70 ^^
13.60 —
13.65 *
76
96
114
125
133
135
133
120
118
100
07
82
67
54
38
23
13.85
14.20
14.68
15.34
16.13
17.06
18.12
19.27
20.47
20
35
48
66
70
03
106
116
120
Mean Place
Sec ^, Tan ^
1.984
1.348
48.39
+0.904
24.806
2.312
67.11
+2.084
36.982
1.153
53.67
-0.574
57.745
1.001
17.24
-0.061
D^ a, Dm a
+0.04
0.0
0.00
-1.0
+0.01
0.0
-0.01
-1.0
+0.08
0.0
0.00
-1.0
+0.06
0.0
0.00
-1.0
APPARENT PLACES OF STAE8, 1916,
465
FOR THE UPPER TRAlfSIT AT WASHINGTON.
Washinirton
Mean Time.
Jan. 1.0
11,0
20.9
30.9
Feb. 9.9
Mar.
19.9
29.8
10.8
20.8
30.7
Apr»
9.7
19.7
29.7
May 9.6
19.6
29.6
June 8.6
18.5
28.5
July 8.5
18.4
28.4
Aug. 7.4
17.4
27.3
Sept. 6.3
16.3
26.3
Oct. 6.2
16.2
26.2
Nov. 6.1
15.1
25.1
Dec 5.1
15.0
25.0
35.0
A.SaCitt»sil.
Mag. 2.9
Right
Aaoensloii.
h m
18 22
Mean Place
Sec ^, Tan a
D^ a, D« a
184
2»
366
381
80B
317
838
833
338
836
•
46.717
46.901
47.124
47.879
47.660
47.963
48.280
48.608
48.941
49.277
49.612
49.940
50.257
50.558
50.840
&1.095
51.319
51.509 ^^
51.657 ***
51.768 ^^
68
51.821
51.833 —
51.790 ^
51.722 "
51.608 "*
146
51.462
51.294
51.118
50.930
50.758
817
301
382
366
168
181
183
172
164
50.604
60-481
50.397 3^
50.358 —
50.368 ^^
ao
50.428
50.537
50.692
109
166
I>«dina-
tion.
-25 28
ff
14M
14.20
14.64
14.51
14.39
14.27
14.12
^3.93
13.69
ia.41
13.10
12.77
12.43
12.10
11.81
11.58
11.41
11.32
11.31 -
11,38 ^
14
11.52
19
18
13
13
12
16
19
34
28
31
83
84
38
99
23
17
9
19
23
33
23
19
U.71
11.94
.12.17
12.40
12.59
12.72
12.77-
12.74 '
12.63"
20
12.43
13
12.16
11.85
11.52
11.19
10.88
10.60
10.37
37
31
83
33
81
38
47.209
1.108
9.43
-0.476
+0.07
0.0
0.00
-1.0
c Serpentla.
Mag. 5.4
Right
Ascraalon.
h m
18 25
•
18.152
18.307
18.499
18.720
18.967
19.231
19.512
19.802
20.097
20.397
20.695
20.988
21.269
21.539
21.788
22.013
22.211
22.376
22.504
22.593
22.640
22.646 —
22.608 ^
?2.535 ^
22.426 ^^
136
22.290
22.135
21.967
21.797
21.635
166
192
221
247
264
381
290
295
300
898
293
281
270
249
226
198
166
128
89
47
6
166
168
170
162
143
117
84
42
21.492
21.375
21.291
21.249
21.248 —
44
21.292
21.380
21.510
88
130
DecUna-
tlon.
-22
ff
32.05.
33.29
34.49
35.61
36.59
37.39
37.94
38.23
38.23
37.96
37.39
36.58
35.54
33.01
31.60
30.17
28.72
27.35
26.06
24.89
23.84
22.93
22.20
21.60
21.16
20.87
124
120
112
98
80
66
29
0
27
67
81
104
120
133
141
143
146
137
129
117
106
91
73
60
44
29
12
20.75 —
20.79 ^
20.98
21.31
21.80
22.45
23.24
24.19
25.25
26.40
27.61
19
33
49
65
79
96
106
115
121
18.673
liWl
25.95
-0.036
+0.06
0.0
0.00
1.0
1 AqollflB.
Mag. 4.1
Right
Ascension.
h m
18 30
•
37.662
37.818
38.011
38.233
38.480
38.747
39.031
39.324
39.626
39.931
40.235
40.536
40.825
166
198
222
347
267
284
283
303
305
304
301
289
278
41.103
41.362 ^
235
41.597
309
41.806
41.980
42.120
42.217
174
140
97
66
42.273
42.286 —
42.257 *
42.188 ^
42.084^
131
41.958
41.798
41.632
41.462
41.303
41.157
41.038
40.952
40.909
40.907 —
46
40.952
156
166
170
169
146
119
86
43
41.038
41.169
86
131
DAcllna-
tion.
- 8 18
//
19.33
20.18
21.02
21.79
22.47
23.01
23.36
86
84
77
68
54
36
23.48 —
23.40 *
23.10
22.59
21.86
20.98
19.99
18.91
17.79
16.64
15.54
14.52
13.59
12.75
12.0J
11.39
10.90
10.53
10.27
10.11
10.04 —
10.07 ^
30
61
73
88
99
1D8
113
116
110
102
93
84
74
62
49
37
26
16
10.20
10.40
10.72
11.13
11.63
12.24
12.94
13.72
14.63
13
30
32
41
50
61
70
78
81
38.155
ijon
13.41
-0.146
+0.06
+0.1
0.00
-.1.0
CPaYonla.
Mag. 4.1
Right
Aaoanaion.
h m
18 33
8
11.16
11.53
12.01
12.59
13.27
14.02
14.82
15.66
16.54
17.41
18.28
19.15
19.97
20.74
21.45
22.08
22.62
23.05
23.38
23.58
23.66
23.60
23.43
23.14
22.75
22.26
21.72
21.14
20.54
19.96
19.42
18.96
18.60
18.34
18.21
18.23
18.37
18.64
37
48
68
68
75
80
84
88
87
87
87
82
77
71
63
54
43
33
20
8
6
17
29
39
49
64
58
60
68
64
46
36
26
13
2
14
27
DecUna-
tfcm.
-71 29
//
71.62
68.85
66.23
63.80
61.64
59.78
58.26
57.11
56.34
55.95
55.94
56.32
57.07
58.19
59.62
61.36
63.36
65.56
67.91
70.34
72.79
75.17
77.40
79.40
81.09
277
262
248
216
186
162
116
77
38
76
112
143
174
200
220
235
243
245
238
223
300
160
133
82.42
90
83.32
83.74 —
83.65 ®
83.06 *•
110
81.96
167
198
232
259
276
284
283
80.39
78.41
76.09
73.50
70.74
67.90
65.07
13.415
3.152
66.93
-2.989
+0.14
+0.1
+0.03
-1.0
79790**— 1916 30
APPARENT PLACES OF STARS, 1916,
467
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean TTme.
Jan.
Feb.
1.0
11.0
21.0
30.9
9.9
19.9
29.8
Mar. 10.8
20.8
30.8
Apr. 9.7
19.7
29.7
May 9.7
19.6
29.6
June 8.6
18.5
28.5
JuJy 8.5
18.5
28.4
Aug. 7.4
17.4
27.4
Sept. 6.3
16.3
26.3
Oct. 6.2
16.2
26.2
Nov. 5.2
15.1
25.1
Dec. 5.1
15.1
25.0
35.0
6 Aqutt».
Mag. 4.5
RIgbt
Asoenaion.
h m
18 42
8
42.542
42.685
42.863
43.071
43.806
43.561
43.8S4
44.120
44.414
44.714
45.015
45.314
45.606
45.886
46.149
46.389
46.603
46.787
46.932
47.039
14S
178
106
3S6
3SA
273
286
294
800
801
299
292
280
1M8
240
214
184
146
107
64
47.103
47.125 —
47.106 ^
47.042 "
46.946 •*
127
46.819
149
165
168
164
148
135
92
53
16
81
74
115
46.670
46.505
46.387
46.173
46.025
45.900
45.808
45.755
45.739
45.770
45.844
45.959
1>6cllna-
tlon.
- 4 50
24.98
25.98
26.96
27.88
28.66
29.29
29.70
29.88
29.80
29.46
28.87
28.05
27.04
25.88
24.60
23.26
21.90
20.57
19.29
18.10
17.03
16.09
15.28
14.62
14.10
13.73
13.48
13.87
13.89
13.52
13.81
14.18
14.69
15.34
16.09
16.95
17.89
18.87
100
98
92
78
63
41
18
8
84
59
82
101
116
128
134
186
133
128
119
107
94
81
66
52
37
25
11
2
13
29
37
51
65
75
86
94
98
A-PaTOBlf.
Mag. 4.4
' Rigbt
AscoTMlon.
h
18
m
44
s
24.92
25.17
25.50
25.90
26.37
26.88
27.43
28.02
28.62
29.23
29.85
30.45
31.04
31.60
32.13
32.60
33.02
33.37
83.6a
33.82
33.93
33.94
33.86
33.71
33.47
33.18
32.8a
32.46
32.07
31.68
31.33
31.02
30.77
30.61
30.52
80.53
30.63
30.83
25
38
40
47
51
55
59
60
61
62
60
59
56
58
47
42
35
26
19
11
1
8
15
24
29
35
37
39
39
35
31
26
16
9
1
10
90
Derltna-
tlon.
-62 16
t$
72.89
69.98
67.65
65.49
63.51
61.78
60.81
59.13
58.24
57.67
57.41
57.47
57.86
58.57
59.56
60.84
62.37
64.11
66.01
68.02
70.08
72.12
74.08
75.87
77.43
78.68
79.59
80.10
.80.17 —
7^.79 ^
81
78.98
241
233
216
198
173
147
118
89
57
26
6
39
71
99
128
153
174
190
201
206
304
196
179
156
125
91
51
77.74
76.14
74.22
72.05
69.72
67.28
64.82
124
160
192
217
233
244
246
Var. 3.4-4.1
1 —
RjRit
Aioonfion.
h
18
m
to
«
57.626
57.730
57.880
58.070
58.297
58.566
58.840
59.144
59.462
59.787
60.114
60.436
60.747
61.041,
61.310
61.551
61;756
61.921
62.043
62.117
62.144
62.122
62.053
61.940
61.788
61.604
61.394
61.169
60.937
60.709
60.497
60.306
60.149
60.031
59.957
59.931
59.955
60.027
104
150
190
227
259
284
304
318
325
327
822
311
294
269
241
205
165
122
74
27
22
60
113
152
184
210
225
232
228
212
191
157
118
74
26
34
72
]>eQUn*-
tkn.
+33 15
47.19
44.32
41.49
38.85
36.46
34.45
32.58
31.83
31.34
31.41
32.04
33.21
34.87
36.96
39.39
42.09
44.99
47.99
51.01
53.98
56.81
59.47
61.88
63.99
66.77
67.19
68.21
68.81
68.98
68.72
68.01
66.88
65.33
63.41
61.14
58.59
55.86
53.00
287
283
364
289
201
157
105
49
7
63
117
166
209
343
370
390
300
302
297
383
366
241
211
178
142
103
80
17
26
71
113
155
192
227
265
373
386
SODxaconia.
Mag. 5.4
Right
Asoemion.
h m
18 48
8
59.3^
1
59.32-
59.48 ^*
83
46
61
71
80
86
88
88
86
79
73
61
49
36
32
59.80
60.26
60.87
61.58
62.38
63.24
64.12
65.00
65.86
66.65
67.37
67.98
68.47
68.83
69.05
69.12 -
69.05 ^
23
68.82
68.46
67.96
67.34
66.61
65.80
64.92
63^99
63.04
62.09
61.17
60.30
59.50
58.81
58.24
57.81
57.53
57.42
86
50
63
78
81
88
93
95
95
93
«
87
80
60
57
43
38
11
Declina-
tion.
+75 19
//
63.40
59.95
56.52
53.24
50.27
47.71
45.64
44.14
43.27
43.07
43.54
44.62
46.29
48.50
51.15
54.16
57.43
60.87
64.40
67.91
71.34
74.58
77.56
80.25
82.56
84.45
85.91
86.85
87.29
87.18
86.53
85.36
83.64
81.47
73.86
75.88
72.63
69.23
345
843
838
397
356
307
150
87
JO
47
108
167
331
365
801
837
344
358
851
848
834
398
369
381
189
146
94
44
11
65
117
173
317
361
398
835
840
Mean Place
Sec ^, Tan a
43.048
1.004
19.26
-0.085
26.221
2.160
66.89
-1.904
58.704
1.196
52.03
+0.656
65.505
3.950
66.80
+3.821
+0.06
+0.1
0.00
-1.0
+0.11
+0.1
+0.02
-1.0
+0.04
+0.1
-0.01
-1.0
-0.04
+0.1 •
-0.05
-1.0
APPARENT PLACES OF STARS, 1916;
469
FOR THE UPPER TRANSIT AT WASHINGTON.
Washinfton
Mean Tlm«.
Jan. 1.0
11.0
21.0
30.9
Feb. 9.9
19.9
29.8
Mar. 10.8
20.8
30.8
Apr. 9.7
19.7
29.7
May 9.7
19.6
29.6
June 8.6
18.5
28.5
July 8.5
18.5
28.4
Aug. 7.4
17.4
27.4
Sept. 6.3
16.3
26.3
Oct. 6.2
16.2
26.2
Nov. 5.2
15.1
25.1
Dec. 5.1
15.1
25.0
35.0
y Lyrte.
Mag. 3.3
AMsnsiou.
h m
18 55
kif eon Place
3ec 9, Tan d
O4 a. Dm a
O4 9f I>« ^
8
46.1)93
47.067
47.227
47.409
47.627
47.877
48.153
48.452
48.765
49.087
49.413
49.736
50.050
50.347
50.624
50.871
51.084
51.250
51.390
51.475
51.513
51.502
51.443
51.340
51.198
51.021
50.817
50.598
50.370
60.144
49.982
49.741
49.581
49.459
49.379
49.346
49.362
49.426
94
140
183
218
260
276
290
813
322
826
828
814
207
277
247
218
175
131
85
38
11
50
103
143
177
304
319
228
236
213
191
160
122
80
83
16
64
Dwlina-
tioQ.
+82 34
rf
20.72
17.89
15.11
12.48
10.10
8.07
6.48
5.39
4.85
4.88
5.46
6.67
8.17
10.21
12.59
15.27
18.13
21.11
24.13
27.10
29.95
32.62
35.07
37.23
39.07
40.54
41.63
42.31 ^
42.56 —
42.38 "
61
41.77
288
278
263
238
203
150
100
54
3
58
HI
160
204
238
368
286
208
302
207
285
267
245
216
184
147
100
68
40.78
39.27
37.44
35.26
32.80
30.12
27.33
104
146
183
218
246
368
270
e A^mifo.
Mag. 4.2
Right
Aaoension.
h m
18 55
8
47.885
47.998
48.147
48.330
48.544
48.782
49.042
49.318
49.607
49.903
118
140
183
214
238
360
276
280
206
300
50.208
50.501 ^'
^.793 ^
51.074 ^^
51.336^
241
51.577
212
180
48.054
1.187
24.91
+0.639
+0.04
+0,1
►0.01
-1.0
51.789
51.969
52.112 ^^'
62.214 ^^
50
52.273
52.289 —
62.261 *
52.193 "
52.088 ^^
136
51.952
51.790
51.614
162
176
184
51.430
51.249 **^
168
51.081
148
118
83
43
1
50.688 ~~
50.730
50.814
50.933
50.815
50.732
50.689
42
84
Declina-
tion.
+14 56
//
67.14
65.08
63.06
61.16
59.47
306
202
100
100
142
58.05 ,^
56.98 „
56.30 ^
56.05 —
56.23 "
62
56.85
102
139
172
105
216
228
234
231
224
215
108
177
154
128
101
71
84.70 ^,
48
85.13 ^
85.25 —
85.06 ^^
48
67.87
59.26
60.98
62.93
65.09
67.37
69.71
72.02
74.26
78.41
78.39
80.16
81.70
82.98
CSaglttaiii.
Mag. 2.7
Right
Ascansion.
84.58
83.78
82.69
81.34
79.74
77.94
75.99
73.96
80
100
135
160
180
105
203
h m
18 57
8
15.579
15.732
15.926
16.156
16.418
16.705
17.014
17.338
17.675
18.020
18.369
18.718
19.061
19.393
19.709
20.001
20.265
20.493
20.682
20.326
153
104
280
262
287
309
324
337
345
349
849
343
832
816
392
264
228
189
144
95
20.921 ^
20.966 —
20.961 *
20.909 *^
20.814 •*
134
48.579
1.035
71.98
+0.267
+0.05
+0.1
0.00
-1.0
20.680
20.518
20.336
20.146
19.958
162
182
190
188
178
19.785
19.637
19.523
19.452
19.427 —
24
19.451
19.525
19.646
74
121
Ducllna-
tkm.
-30 0
//
11.22
10.60
9.99
9.39
8.80
8.21
7.62
7.02
6.42
5.83
5.24
4.68
4.16
3.71
3.35
62
61
60
59
59
59
60
60
59
59
56
52
45
36
24
3.11 „
2.97 J,
2.96-
3.07 "
3.31 ^^
34
3.65
43
48
51
50
45
6.02
6.41^
6.69
6.84
6.86-
12
4.08
4.56
5.07
5.57
6.74
6.47
6.09
5.62
5.06
4.46
3.84
3.21
27
88
47
56
60
62
63
16.066
1.155
5.20
-0.577
+0.08
+0.1
+0.01
-1.0
C Aqullie.
Mag. 3.0
Right
Ascension.
h m
19 1
8
32.267
32.374
32.518
32.697
32.907
33.141
33.397
33.670
33.956
34.250
34.550
35.143
35.426
35.693
35.939
36.156
36.342
36.491
36.599
107
144
179
210
234
256
273
280
294
300
200
394
288
267
346
317
186
140
108
66
36.665 22
36.687 —
96.666 "
36.603 ^
36.504 ^
132
36.372
36.215
86.042
35.861
35.682
35.515
35.367
35.249
35.164
35.118
35.114
35.154
35.233
157
178
181
170
167
148
118
86
46
40
79
Declina-
tion.
+13 44
//
11.30
9.31
7.36
5.52
3.89
2.50
1.47
0.81 ^
0.57-
0.76 ^®
61
1.37
100
105
184
163
130
103
66
2.38
3.75
5.43
7.36
9.48
11.72
14.00
16.28
18.50
20.59
22.53
24.27
25.79
27.05
28.06
28.78
29.22 j^
29.36 —
29.20 "
44
28.76
28.01
26.99
25.70
24.18
101
137
168
193
212
224
228
228
223
200
104
174
152
126
101
72
44
22.45
20.58
18.62
75
102
120
152
173
187
106
32.941
1.029
15.90
■fO.244
+0.05
+0.1
0.00
-1.0
APPARENT PLACES OF STARS, 1916.
471
FOR THE UPPER TRANSIT AT WASHINGTON.
aahincton
Ban Tune.
W
Mean
Jan. 1.0
11.0
21.0
30.9
Feb. 9.9
Mar.
19.9
29.9
10.8
20.8
90.8
Apr.
9.7
19.7
29.7
May 9.7
19.6
29.6
June 8.6
18.6
28.5
July 8.5
18.5
28.4
Aug. 7.4
17.4
27.4
Sept* 6.3
16.3
26.3
Oct. 6.3
16.2
26.2
Nov. 6.2
15.1
26.1
Dec. 6.1
16.1
26.0
36.0
^•aglttaiU.
Mag. 4.9
Right
Aflcenaion.
li m
19 10
8
22.998
23.130
23.303
23.511
23.750
24.016
24.302
24.608
24.926
26.255
26.589
26.926
26.260
26.585
26.895
27.186
27.450
27.683
27.877
28.028
28.188
28.189
28.198 —
28.160 ^
28.078 ^
110
27.959
27.811
27.641
27.460
27.280
133
173
306
380
3M
300
818
830
384
887
834
838
810
301
264
104
161
106
66
148
170
181
180
167
Mean Place
Sec d, Tan d
27.113 ,,,
26.066
26.861 .g
26.773 ^
26.739 —
13
26.751
26.809
26.911
68
103
DecUna-
tion.
-25 24
tt
16.03
14.66
14.28
13.88
13.46
12.99
12.48
11.91
11.29
10.62
9.91
9.18
8.46
7.77
7.13
87
88
40
43
46
51
67
63
67
71
73
73
60
64
56
6.68
6.60-
4
6.64
5.70
6.96
6.26
6.60
6.96
7.28
7.64
7.74
7.85
7.86
7.78
7.61
7.36
7U)7
6.74
6.38
6.01
16
25
31
34
35
33
26
20
11
1
8
17
25
20
33
36
87
d Dxmeonia.
Mag. 3.2
Right
Ascension.
m
12
h
19
8
28.61
28.60-1
28.68 ®
28.87 *•
29.17 ^
38
29.65
80.01
30.65
31.12
31.72
46
54
67
60
63
61
68
63
48
43
34
94
15
23.449
1.107
8.98
-0.475
32.34
32.95
33.53
34.06
34.54
34.96
35.30
35.64
36.69
35.73 -
4
35.69
35.54
35.30
34.98
34.56
34.08
33.66
32.99
32.40
31.80
31.21
30.66
30.13
29.69
29.31
29M
28.83
28.74
15
24
83
43
48
53
57
60
60
50
56
53
44
88
30
10
0
Dedina*
tlon.
+67 30
*f
48.47
45.06
41.61
38.27
35.18
341
345
334
300
274
32.44^
^.44 ^^^
27.33 ^^
26.88 —
20
27.08
86
148
308
253
202
27.94
29.42
31.46
33.97
86.89
40.11
43.66
47.18
60.74
54.29
67.71
60.93
63.86
66.44
322
345
357
361
355
343
322
202
260
210
68.63 ,,,
71.66 ,^
72.41 ^
72.63 —
83
72.80
8a
148
103
241
270
71.42
69.99
68.06
65.66
62.86
69.73
56.40
813
32.392
2.615
49.52
+2.416
d ffftgimill
Mag. 5.0
Right
Asoenslpn.
h m
19 12
8
42.808
42.932
43.096
43.292
43.617
43.769
44.040
44.330
44.634
44.947
45.267
46.589
46.909
46.221
46.519
46.799
47.053
47.276
47.465
47.611
134
164
106
325
252
271
200
304
313
830
833
830
812
208
280
254
228
180
146
100
47.714
47.770 ^^
47.780 —
47.746 ^
47.669 ^
114
47.655
47.414
47.262
47.081
46.909
141
162
171
172
160
46.749 ,,,
46.608
46.497
46.422 3^
46.388 —
0
46.397
46.450 ^
46.547 ^
Declina-
tion.
-19 6
ft
17.93
17.95
17.95
17.91
17.82
17.65
17.37
16.99
16.49
15.88
16.15
14.35
13.50
12.61
11.73
10.88
10.10
9.42
8.84
8.38
8.04
7.84
7.74
7.74
7.81
7.93
8.08
8.24
8.40
8.63
8.€3
8.70
8.74
8.77
8.78
8.80
8.81
8.83
2
0
4
0
17
38
88
50
61
73
80
85
88
85
78
OS
58
46
34
20
10
0
7
12
15
16
16
18
10
7
4
3
1
2
1
2
48.247
1.058
12.12
-0.346
fflsjtm,
Mag. 4.5
Right
Aaoension.
h m
19 13
8
26.874
25.942
26.059
26.221
26.426
26.666
26.940
27.240
27.560
27.894
28.236
28.578
28.912
29.233
20.531
29.801
30.036
30.231
30.480
80.529
30.626
30.471
30.369
30.223
30.039
29.826
29.591
29.345
29.098
28.860
28.642
2fr.451
28.297
28.186
68
117
163
204
340
375
800
820
834
343
342
334
821
270
235
195
140
100
40
54
103
146
184
213
335
246
247
238
218
191
154
111
65
28.121
28.105 —
28.141 ^
Declina-
tion.
+37 58
//
58.34
65.39
52.45
49.63
47.06
205
204
282
258
225
^'^ 131
41.68 ,3
40.93 ^,
40.77 —
43
41.19
42.19
43.71
45.71
48.11
60.84
63.81
56.93
60.12
63.31
66.40
69.34
72M
74.51
76.63
100
153
300
340
273
307
313
310
810
309
204
372
345
212
175
136
95
40
78.88
79.74
80.69
81.18
81.20 —
44
80.76
79.86
78.60
76.72
74.65
72.06
69.32
66.43
00
186
178
217
240
274
280
27.107
1.269
60.86
+0.781
+0*07
+0.1
+0.01
-1.0
0.00
+0.1
-0.06
-1.0
+0.07
+0.1
+0,01
-1.0
+0.04
+0.1
-0.02
-4).9
APPARENT PLACES OF STARS, 1916.
473
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Meui Time.
Jan. 1.0
11.0
21.0
31.0
Feb. 9.9
19.9
29.9
Mar. 10.8
20.8
30.8
Apr. 9.8
19.7
29.7
May 9.7
19.7
29.6
June 8.6
18.6
^ 28.5
July 8.5
18.5
28.5
Aug. 7.4
17.4
27.4
Sept. 6.4
16.3
26.3
Oct. 6.3
16.2
26.2
Nov. 5.2
15.2
25.1
Dec. 5.1
15.1
25.1
35.0
^Cygni.
Mag. 3.2
Bight
Asoeoslon.
h m
19 27
Mean Place
Sec d, Tan d
8
19.086
19.153
19.262
19.410
19.594
19.812
20.058
20.329
20.619
20.925
21.239
21.558
21.873
22.179
22.471
22.739
22.980
23.186
23.353
23.476
67
109
148
184
218
246
271
290
306
314
310
315
806
292
268
241
206
167
123
78
Declina-
tion.
23.554 ^
23.584 —
23.566 ^*
23.504
23.399
23.259
23.088
22.896
22.692
22.485
22.284
22.100
21.941
21.812
21.720
21.671
21.664 —
21.702 ^
63
106
140
171
192
204
207
201
184
159
129
92
48
+27 46
tt
254
254
244
224
196
157
112
63
54.81
52.27
49.73
47.29
45.05
43.10
41.53
40.41
39.78 ,,
39.68 —
42
40.10
41.03
42.45
44.28
46.48
48.97
51.66
54.49
57.38
60.25
63.05
65.69
68.15
70.34
72.27
73.86
75.10
75.98
76.47
76.56 —
32
76.24
75.52
74.41
72.93
71.11
69.00
66.67
64.19
93
142
18S
220
249
260
288
288
287
280
264
246
210
198
159
124
88
49
t Cypii.
Mag. 3.9
Bight
Aioension.
72
HI
148
182
211
233
248
h m
19 27
20.007
1.130
56.96
+0.527
8
33.426
33.447
33.531
33.678
33.881
34.138
34.441
34.784
35.158
35.554
35.962
36.372
36.773
37.158
37.515
37.835
38.111
38.504
38.609
38.653
38.633
38.550
38.407
38.211
37.967
37.685
37.374
37.046
36.711
OO.uOO
36.073
35.791
35.548
35.353
35.212
35.130
85.111
21
84
147
203
257
803
848
874
896
408
410
401
385
357
320
276
225
168
105
44
20
83
143
196
244
282
811
828
835
828
810
282
243
195
141
82
19
Declina-
tion.
+51 32
//
60.96
57.74
54.48
51.31
48.35
322
326
317
296
262
45.73 ^
^3-W 167
^l-8« no
40.76 ^
40.31 —
18
40.49
41.29
42.69
44.65
47.07
49.87
53.00
56.34
59.81
63.32
66.79
70.14
73.29
76.16
78.72
80.90
82.66
83.97
84.78 3^
85.09 —
21
84.88
84.13
82.87
81.11
78.91
76.80
78.39
70.25
80
140
196
242
280
813
334
347
351
347
335
315
287
256
218
176
131
81
/iAqnlliB.
Mag. 4.6
Bight
Aioansion.
75
126
176
220
261
291
314
35.322
1.608
61.31
+1.259
h m
19 20
8
58.613
58.699
58.821
58.977
59.163
59.376
59.613
59.871
60.144
60.430
60.726
61.026
61.325
61.620
61.903
62.168
62.410
62.622
62.801
62.942
86
122
156
186
218
237
258
278
286
296
800
290
296
288
265
242
212
170
141
98
63.040
63.095
63.106 —
63.075 ^^
63.003 ^
106
62.897
62.763
62.609
62.441
62.271
62.110
61.963
61.840
61.747
61.690
61.672
61.692
61.751
134
154
168
170
161
147
123
93
57
18
20
59
Deelina-
tlon.
+ 7 11
//
55.86
54.31
52.79
51.34
50.05
48.99
48.20
47.73 ,,
47.62 —
47.87 ^
61
48.48
156
152
145
120
106
70
47
49.43
50.71
52.26
54.01
55.92
57.93
59.99
62.02
63.99
65.86
67.58
69.10
70.44
71.55
72.44
73.09
73.52 j^
73.69 —
73.63 •
30
73.33
72.81
72.06
71.10
69.94
68.63
67.20
65.69
06
128
155
175
101
201
206
203
107
187
172
152
134
111
80
65
43
52
75
06
116
131
148
151
ASagittaxii.
Mag. 4.7
Right
Aioension.
h m
19 31
s
35.392
35.501
35.651
35.836
36.053
36.298
86.568
36.858
37.166
37.486
37.817
38.153
38.489
38.822
39.143
39.446
39.726
39.975
40.188
40.359
^.484
40.562 28
40.590 —
40.570 ^
100
150
185
217
245
270
290
808
820
831
836
836
833
821
803
280
249
fl3
171
125
78
59.182
1.008
59.58
+0.126
40.505
40.400
40.264
40.102
39.927
39.748
89.578
39.424
39.299
39.206
39.155
89.147
39.183
89.263
65
105
136
162
175
170
170
154
125
03
51
8
36
80
Declina-
tion.
-25 4
//
18.14
17.74
17.30
16.82
16.29
15.71
15.07
14.36
13.57
12.74
11.86
10.96
10.06
9.19
8.38
7.67
7.07
6.60
6.27
6.11
6.08
6.19
6.42
6.73
7.10
7.60
7.89
8.25
8.54
8.75
8.87 J
8.88 -
8.80 *
40
44
48
53
58
64
72
78
83
88
00
00
87
81
71
60
47
33
16
3
11
28
31
37
40
30
36
20
21
12
8.63
8.38
8.08
7.73
7.35
17
25
80
35
38
35.806
1.104
11.96
-0.468
+0.05
+0.1
-0.01
-0.9
+0.03
+0.1
-0.03
-0.9
+0.06
+0.2
0.00
-0.9
+0.07
+0.2
+0.01
-0.9
APPARENT PLACES OF STABS, 1916.
475
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Time.
Jan. 1.0
11.0
21.0
31.0
Feb. 9.9
19.9
29.9
Mar. 10.9
20.8
30.8
Apr. 9.8
19.7
29.7
B€ay 9.7
19.7
29.6
June 8.6
18.6
28.6
July 8.5
18.6
28.5
Aug. 7.4
17.4
27.4
Sept. 6.4
16.3
26.3
Oct. 6.3
16.3
26.2
Nov. 5.2
15.2
25.1
Dec. 5.1
15.1
25.1
35.0
ISOygni.
Mag. 5.0
Right
Aioecttiaii.
h m
19 41
8
13.695
13.732
13.816
13.946
14.118
14.331
14.578
14.856
15.160
15.482
15.818
16.160
16.501
16.833
17.149
17.441
17.702
17.925
18.106
18.241
Mean Place
Sec d, Tan d
Df a, Dm a
37
84
130
173
213
347
378
304
333
336
343
341
383
316
3D3
361
323
181
135
84
18.325 3,
18.357 —
18.337 ^
18.268 ~
18.152 "•
U6
17.996
17.806 *^
17.590 ^*
17.359 ^^
17.121 ^
335
16.886
16.666^
16.468 ^^
16.302 *•*
16.172 ^^
87
16.085
16.043 —
16.049 *
DedinA-
Uon.
+37 8
//
63.11
60.30
57.46
54.68
52.09
49.79
47.88
46.43
45.52 3^
45.16 —
33
45.38
381
384
378
350
330
101
145
01
/SigtttatU.
^.5.1
Right
Ascension.
78
133
181
334
361
46.16
47.49
49.30
51.54
54.15
57.02
60.09
63.26
66.47
69.63
72.66
75.52
78.12
80.45
82.42
84.02
85.22
85.98 32
86.30 —
15
86.15
85.54
84.47
82.97
81.08
387
307
317
331
316
303
386
360
333
107
160
130
7(i
78.83
76.29
73.56
61
107
150
180
335
354
273
h m
19 41
8
27.402
27.497
27.629
27.797
27.997
28.223
28.475
28.748
29.038
aV.044
29.661
29.984
30.309
30.630
30.946
31.243
31.519
31.766
31.979
32.153
05
133
168
300
336
352
373
300
306
317
333
335
331
316
207
14.869
1.255
63.39
+0.758
+0.04
+0.2
-0.02
-0.9
276
347
213
174
130
32.283 3^
32.367 3^
32.403 —
32.392 "
32.337 "
03
32.244
32.117
31.967
31.800
31.629
31.464
31.314
31.189
31.093
31.036
31.019
31.045
31.112
137
150
167
171
165
150
125
06
57
17
36
67
Dadin^
tion.
-19 57
tt
55.89
55.78
55.63
55.41
55.13
54.76
54.29
53.71
53.00
52.19
51.29
50.31
49.27
48.24
47.19
46.21
45.31
44.52
43.88
43.37
43.01
42.80
11
15
33
38
37
47
58
71
81
00
08
104
106
105
06
00
70
64
51
36
31
8
42.72 —
42.77 *
14
33
35
37
27
24
30
14
0
5
44.65 —
3
44.62
44.56 •
44.47 •
42.91
43.13
43.38
43.65
43.92
44.16
44.36
44.50
44.59
44.64
Mag. 2.8
Right
Asotnsion.
27.794
1.064
50.06
-0.363
h m
19 42
8
15.875
15.446
15.554
15.695
15.868
16.070
16.296
16.544
16.813
17.095
17.889
17.690
17.992
18.290
18.579
18.852
19.100
19.321
19.509
19.658
71
106
141
173
302
226
248
260
283
204
301
302
280
278
248
221
IBS
140
107
19.766
19.828 jj^
19.847 —
19.822 ^
65
101
+0.07
+0.2
+0.01
-0.9
19.757
19.656
19.525
19.372
19.205
19.034
18.868
18.715
18.584
18.482
18.413
18.380
18.387
18.431
131
153
167
171
166
153
181
102
60
83
7
44
D«dlii»-
Uon.
+10 24
//
24.97
23.30
21.63
20.04
18.61
167
167
150
143
120
17.41
16.48
15.90
03
58
21
15.69 —
15.88 ^^
58
16.46
17.40
18.69
20.29
22.12
24.15
26.30
28.51
30.73
32.89
36.86
38.59
40.13
41.44
04
128
160
183
206
21^
221
222
216
206
102
173
154
131
106
42.50
43.30
43.85
44.13
80
55
28
3
44.16 —
25
43.91
43.42
42.66
41.67
40.46
39.06
37.51
35.87
40
76
00
121
140
155
164
15.965
1.017
27.84
+0.184
+0.06
+0.2
■0.01
-0v9
dOygni.
Mag. 3.0
Right
h m
19 42
8
19.526
19.545
19.618
19.743
19.919
20.141
20.406
20.706
21.035
21.388
21.754
22.127
22.498
22.858
23.198
28.510
23.786
24.019
24.204
24.336
10
73
125
176
222
264
301
320
353
366
373
371
360
340
313
376
333
185
133
76
24.412 ^^
24.431 —
24.393 ^
24.300 ^
24.156 "^
;87
23.969
23.744
23.490
23.219
22.940
22.664
22.408
22.164
21.958
21.793
21.673
21.604
21.588
335
354
371
370
276
261
230
206
165
120
60
16
Declina-
tion.
+44 55
tt
31.07
28.04
24.96
21.95
19ai
308
308
301
284
254
W-57 ^,
218
11.68^
11.19 --
11
11.30
12.01
13.30
15.13
17.42
71
120
188
220
208
200
321
336
340
337
327
308
284
254
210
^•^180
^2-^^ 136
53.50
54.40 ^
54.83 —
8
54.75
54.17
53.09
51.53
49.54
20.10
23.09
26.30
29.65
33.05
36.42
39.69
42.77
45.61
48.15
47.16
44.45
41.54
58
106
156
100
288
271
201
21.021
1.412
30.53
+0.997
+0.04
+0.2
-0.93
-0.9
APPARENT PLACES OF STABS, 1916,
477
FOR THE UPPER TRANSIT AT WASHINGTON.
w
Mhlnftflin
Ban Tune.
Jan. 1.1
11.0
21.0
31.0
Feb. 9.9
Mar.
19.9
29.9
10.9
20.8
30.8
Apr.
9.8
19.7
29.7
May 9.7
19.7
29.6
( June 8.6
18.0
28.6
July 8.5
18.5
28.5
' Aug. 7.4
17.4
27.4
Sept. 6.4
16.3
26.3
Oct. 6.3
16.3
26.2
Nov. 5.2
15.2
25.1
Dec. 5.1
15.1
25.1
35.0
Mean Place
Sec a, Tan d
Df a, J>ma
Df d, Dm d
f 8agiltazU.
Mag. 4.2
Rlgbt
Asceiuion.
h
s
2ZJ^7
27,687
27.836
28.030
28.265
m
49
28.537
28.842
29.174
29.531
29.905
30.295
30.695
31.097
31.496
31.885
32.255
32.598
32.907
33.175
33.394
100
149
194
235
272
305
332
357
374
390
400
402
399
389
370
343
309
208
219
165
33.559 ^^
33.667 ^^
33.714 —
33.703 "
33.636 ®^
117
33.519
33.360^
33.168 ^"
210
32.952
32.728
32.508
32.305
32.130
31.992
31.900
31.858
31.868
31.929
224
220
203
175
138
92
42
10
61
DecUna-
tion.
-42 5
tf
31.57
30.08
28.53
26.95
25.37
23.80
22.28
20.82
19.44
18.15
149
155
158
158
157
152
146
138
129
115
17.00
16.00
15.16
14.53
14.10
13.91
13.94
14.22
14.72
15.44
16.33
17.37
18.52
19.72
20.92
22.04
23.06
23.91
24.55
24.94
25.05
24.88
24.43
23.72
22.78
21.63
20.32
18.89
100
84
63
43
19
3
28
50
72
89
104
115
120
IX
112
102
85
64
39
11
17
45
71
94
115
131
143
28.069
1.348
23.95
-0.903
+0.08
•fO.2
+0.03
-0.9
fPiTonls.
Mag. 4.1
Right
Ascension.
h
19
m
50
8
51.70
51.81
52.06
52.44
52.93
53.53
54.22
54.99
55.82
56.70
57.62
58.55
59.48
60.38
61.26
62.08
62.83
63.50
64.04
64.48
64.79
64.96
64.97 ~
64.86 "
25
89
11
25
38
49
60
69
77
83
88
92
93
93
90
88
83
75
67
54
44
31
17
64.61
64.22
63.74
63.18
62.55
61.90
61.24
60.62
60.05
59.56
59.20
48
56
^
65
66
62
57
49
36
25
68.95 jjj
58.83-
58.84 ^
Ptelina-
Uon.
-73 7
//
69.75
66.69
63.59
60.52
57.54
54.74
52.17
49.87
47.89
46.28
45.04
44.22
43.82
43.82
44.27
45.12
46.37
47.98
49.89
52.07
54.43
56.92
59.44
61.90
64.23
66.30
68.06
69.42
70.31
70.70
70.56
69.87
68.65
66.95
64.81
62.30
59.52
56.53
306
810
307
280
257
230
196
161
124
82
40
0
45
85
125
161
191
218
236
249
252
246
238
207
176
136
80
39
14
09
122
170
214
251
278
299
53.723
3.446
60.88
-3.298
+0.14
+0.2
+0.10
-0.9
/^AquUfB.
Mag. 3.9
Right
.\soention.
h m
19 51
8
10.704
10.770
10.872
11.007
11.174
66
102
135
167
106
11.369
11.590 ^^
11.832 ^^
12.095**'
12.374 ^
291
12.665
12.965
13.268
13.568
13.860
14.139
14.395
14.625
14.822
14.982
300
303
300
202
279
256
230
197
160
118
15.100 ^^
15.175 ^
15.206 —
15.193 ^^
15.133 "
90
15.048
14.926 ^"
14.782 "^
159
14.623
14.457
14.295
14.145
14.017
13.914
13.844
13.810
13.812
13.853
166
162
150
128
103
70
34
41
Declina-
tion.
+ 6 11
//
43.26
41.83
40.41
39.06
37.86
36.86
36.12
35.68
35.59 —
35.85 *
63
143
142
135
120
100
74
44
36.47
37.41
38.68
40.20
41.94
43.83
45.83
47.86
49.89
51.86
53.72
55.42
56.96
58.30
59.43
60.34
61.01
(51.46
61.67
61.67
61.43
60.98
60.31
59.45
58.41
57,20
55.87
54.47
94
127
152
174
189
300
208
208
197
186
170
154
134
113
91
67
45
21
6
24
45
67
86
104
121
133
140
11.228
1.006
46.21
+0.108
+0.06
+0.2
0.00
-0.9
Mag. 3.7
Right
Ascension.
h m
19 55
8
0.562
0.610
0.698
0.822
0.980
1.168
1.387
1.630
1.896
2.180
2.477
2.785
3.094
3.400
3.698
3.980
4.238
4.469
4.664
4.820
4.933
5.001
48
88
124
158
188
219
243
266
284
297
306
309
306
296
282
258
231
195
156
113
66
22
5.023 —
5.000 ®
4.935
4.832
4.698
4.539
4.365
4.183
4.004
3.837
3.689
3.567
3.476
65
103
134
159
174
182
179
167
148
122
91
54
3.422
3.406 —
3.429 ^
Declina-
tion.
+19 15
//
46J»
44.51
42.43
40.42
38.56
36.94
35.64
34.71
34.21
34.16 —
41
34,57
35.44
36.72
38.38
40.37
206
208
201
186
162
130
93
50
42.60
45.02
47.58
50.18
52.76
55.27
57.66
59.86
61.86
63.60
65.07
66.24
67.09
67.63
67.83 —
15
67.68
67.21
66.41
65.28
63.88
87
128
166
199
223
342
256
360
258
351
239
220
200
174
147
117
85
54
62.21
60.35
58.35
47
80
113
140
167
186
300
1.264
1.060
47.78
+0.350
+0.05
+0^2
-0.01
-0.9
APPARENT PLACES OF STARS, 1916.
479
FOR THE UPPER TRANSIT AT WASHINGTON.
Washincton
Mean Tune.
Jan. 1.1
11.0
21.0
31.0
Feb. 10.0
Mar.
19.9
29.9
10.9
20.8
30.8
Apr.
9.8
19.8
29.7
May 9.7
19.7
29.7
June 8.6
18.6
28.6
July 8.5
18.5
28.5
Aug. 7.5
17.4
27.4
Sept. 6.4
16.4
26.3
Oct. 6.3
16.3
26.2
Nov. 6.2
16.2
25.2
I>ec. 5.1
15.1
25.1
35.1
Mean Place
Sec ^, Tan a
D^a, Dm a
tc Oephel.
>lag.4.4
Right
Asoan^km.
h m
20 11
8
37.36
36.98
36.80
36.80
37.00
37.38
37.93
38.65
39.48
40.41
41.41
42.43
43.46
44.44
45.37
46.20
46.91
47.47
47.90
48.16
48.24
48.16
47.92
47.50
46.94
46.25
45.43
44.51
43.52
^.48
41.41
40.34
89.31
38.33
37.43
96.66
36.02
35.54
18
0
30
88
66
72
100
109
108
96
98
71
68
43
36
8
8
21
42
66
00
82
02
00
104
107
107
108
08
90
77
64
48
Dedin*-
Uoo.
+77 27
//
88.38
35.32
32.07
28.74
25.47
22.39
19.62
17.27
16.42
14.16
13.52
13.53
14.17
15.42
17.22
19.54
22.29
25.39
28.76
82.31
35.95
89.60
43.19
46.62
49.84
52.78
55.37
57.55
59.29
60.54
806
325
833
827
808
2n
286
186
126
64
1
64
126
180
282
276
SIO
336
856
864
366
350
343
322
204
250
218
174
125
71
61.25 ,^
61.41 —
60.99 *^
60.00 ^
58.46*"
205
50.41
53.91
51.04
250
287
44.499
4.606
32.26
+4.496
-0.04
+0.2
-0.16
-0.8
84 Vnli^eottlie.
Mag. 5.4
Rlgbt
Aaoeoflfton.
h m
20 13
8
10.677
10.703
10.766
10.867
11.004
11.177
11.382
11.615
11.875
12.157
12.457
12.768
13.086
13.403
13.712
14.008
14.283
14.528
14.740
14.911
15.039
15.121
25
68
102
187
178
206
233
260
282
300
311
318
317
300
206
275
246
212
171
128
82
86
15.156 —
15.145 "
15.089 "
06
14.993
14.863
14.705
14.528
14.342
14.156
13.976
13.813
13.672
13.562
13.480
13.446
13.443
180
168
177
186
187
180
162
141
110
76
40
3
Declina-
tion.
+24 24
t$
42.62
40.41
38.15
35.93
33.86
31.99
30.44
29.28
28.55
221
226
222
208
186
166
116
n
24
28.31 —
24
28.55
29.27
30.46
32.08
34.06
36.34
38.88
41.67
44.35
47.16
49.93
52.59
55.09
57.39
59.43
61.19
62.65
163.78
64.55
64.96
64.98
64.64
63.92
62.84
61.44
59.73
57.78
55.64
72
110
162
108
228
254
278
281
277
266
250
230
204
176
146
113
77
40
3
34
72
108
140
171
105
214
11.441
1.098
42.01
+0.454
+0.06
+0.2
-0.02
-0.8
ot^ Capriooml.
Mag. 3.8
Rigbt
AaoanjitKi.
h m
20 13
8
23.881
23.440
23.533
23.661
23.821
24.009
24.224
24.463
24.724
25.003
25.299
25.607
25.922
26.239
26.552
26.854
27.140
27.401
27.632
27.826
50
128
160
188
215
289
261
279
296
808
316
317
313
302
286
261
281
194
153
27.979
28.088
28.151 jy
28.168 —
28.141 ^
68
28.073
103
130
148
150
158
149
181
106
75
40
27.971
27.841
27.693
27.634
27.376
27.227
27.096
26.990
26.915
26.875
26.870 —
26.903 **
Declina-
tion.
-12 48
It
26
22
13
2
26.33
26.59
26.81
26.94
26.96-:
11
26.86
26.58
26.14
25.50
24.68
P Capzloomi.
Mag. 3.2
27
44
64
82
08
23.70
22.55
21.28
19.93
18.52
17.12
15.76
14.47
13.30
12.26
115
127
136
141
140
136
120
117
104
88
11.38
10.68
10.14
9.77
9.56
9.48
9.51
9.64
9.84
10.10
10.38
10.69
11.00
11.33
11.66
11.98
12.29
12.57
70
54
37
21
8
3
13
20
26
28
31
31
83
82
33
31
28
Riclit
A8oeD$ion.
Declina-
tion.
h m
20 16
23.716
1.026
21.67
-0.227
+0.07
+0.2
+0.01
-0.8
i
17.909
17.366
17.468
17.685
17.744
17.931
18.146
18.S85
18.647
18.928
19.226
19.536
19.853
20.173
20.490
20.796
21.085
21.360
21.686
21.786
57
92
127
159
187
215
380
262
281
296
310
317
320
317
305
200
265
336
300
158
^^^^ 113
22.057 ^^
22.124 2^
22.145 —
22.121 ^
66
22.056
21.955
21.826
21.678
21.519
21.359
21.208
21.074
20.966
20.888
20.844
20.838 —
20.869 ^*
100
130
148
150
160
161
134
106
78
44
6
-15 2
//
55.76
55.88
12
55.94-^
55.92
55.80
55.54
55.14
54.58
53.85
52.96
51.92
60.75
49.48
48.14
46.78
46.43
44.14
42.95
41.87
40.94
40.19
39.60
39.18
38.94
38.84
38.87
39.00
39.22
39.48
39.78
40.08
40.38
40.67
40.94
41.18
41.40
41.59
41.74
2
12
25
40
55
73
8»
104
117
127
134
135
135
12»
11»
lOB
03
75
50
42
24
10
3
13
22
25
30
30
30
20
27
24
22
19
15
17.627
1.036
50.73
-0.269
+0.07
+0.2
+0.01
-0.8
480
APPAKENT PLACES OF STABS, 1916.
FOR THE UPPER TRANSIT AT WASHINGTON.
Washtakton
Maui Tune.
Jan. 1.1
11.0
21.0
31.0
Feb. 10.0
19.9
29.9
Mar. 10.9
20.9
30.8
Apr. 9.8
19.8
29.7
May 9.7
19.7
29.7
June 8.6
18.6
28.6
Julys 8.6
18.5
28.5
Aug. 7.5
17.4
27.4
Sept. 6.4
16.4
26.3
Oct. 6.3
16.3
26.3
Nov. 5.2
15.2
25.2
Dec. 5.1
15.1
25.1
35.1
Mean Place
Sec a, Tan a
Df a, Dw a
Df d, D.» d
Mag. 2.1
Riglit
Aaoension.
h
20
m
18
8
59.913
59.966
60.086
60.271
60.516
60.817
61.168
61.563
61.998
62.464
62.957
63.468
63.990
64.514
65.030
65.526
65.993
66.418
66.791
67.105
67.349
67.519
67.610
67.622
67.557
67.419
67.218
66.965
66.673
66.358
66.037
65.727
65.443
65.199
65.007
63
lao
185
345
301
351
395
485
466
493
511
52a
524
516
496
467
425
373
814
244
170
91
12
65
138
201
253
292
315
321
310
284
244
192
131
64.876 ^
64.810 —
64.815 ^
60.575
1.836
Dedina-
tlon.
-57 0
//
28.70
26.40
23.97
21.47
18.96
16.50
14.12
11.88
9.82
7.96
6.36
5.02
3.99
3.29
2.94
2.93
3.28
3.97
4.99
6.29
7.85
9.61
11.49
13.43
15.36
17.19
18.85
20.27
21.37
22.10
22.43
22.34
21.81
20.87
19.53
17.85
15.89
13.69
230
243
260
251
246
238
224
206
186
160
134
103
70
35
1
35
60
02
30
56
76
88
94
93
83
66
42
10
73
33
9
53
94
134
168
196
220
19.20
-1.540
+0.09
+0.2
+0.06
-0.8
VCygnL
Mag. 2.3
Rigbt
Afloeosloii.
h m
20 19
8
11.602
11.588 —
11.623 ^
11.705 ®*
11.834 "•
172
12.006
12.221
12.473
12.758
13.072
13.408
13.759
14.115
14.470
14.815
15.143
15.443
15.708
15.933
16.112
215
252
285
314
386
861
856
356
346
328
300
265
225
179
128
16.240 ^^
16.315
16.336 —
16.304 ^
16.221 ^
128
16.093
15.924
15.724
15.502
15.265
15.025
14.790
14.572
14.376
14.211
14.084
13.997
13.955
169
200
222
237
240
235
218
196
165
127
87
42
Declina-
tion.
+39 58
//
77.26
74.55
71.74
68.92
66.20
63.73
61.58
59.84
58.60
57.90
57.78
58.25
59.26
60.81
62.82
65.25
68.01
71.03
74.23
77.51
80.82
84.06
87.16
90.08
92.75
95.11
97.12
98.74
99.94
100.70
100.99
100.80
100.14
99.00
97.42
95.44
93.13
90.53
271
261
282
272
247
216
174
124
70
12
47
101
155
201
248
276
309
320
328
331
824
310
292
267
236
201
162
120
76
29
19
66
114
158
198
231
260
12.795
1.305
74.03
+0.839
+0.04
+0.2
-0.03
-0.8
ft Capiiooait
Mag. 5.2
Rigbt
Ascension.
b m
20 22
s
30.585
30.638
30.724
30.847
31.003
31.188
31.401
31.641
31.902
32.188
32.488
32.800
33.122
33.449
33.774
34.088
34.385
34.659
34.905
35.112
35.278
35.402
35.475
53
86
123
166
186
213
240
261
800
812
822
827
325
314
297
274
246
297
166
124
73
27
35.502 —
35.484 "
62
35.422
35.323
35.197
35.048
34.886
34.725
34.570
34.434
34.321
34.238
99
126
149
162
161
155
136
113
83
49
34.189 ^
34.177 —
34.203 ^
DecUna-
tkm.
-18 29
fi
21.43
21.33
21.17
20.91
20.54
20.07
19.46
18.73
17.84
16.82
15.67
14.44
13.14
11.79
10.47
9.21
8.01
6.94
6.01
5.26
4.68
4.28
4.06
10
16
26
87
47
61
78
89
102
116
128
180
186
139
126
120
107
98
75
68
40
22
Mag. 5.0
6
4.00 —
4,09 ^
19
4.28
4.57
4.91
5.29
5.«7
6.01
6.31
6.65
6.73
6.88
6.96
6.96
6.90
84
38
38
84
80
24
IS
16
8
0
6
30.878
1.054
15.96
-0.334
+0.07
+0.2
+0.01
-0.8
Right
h m
20 24
8
3.979
4.029
4.115
4.236
4.389
4.573
4.784
5.020
5.282
5.562
5.862
6.174
6.495
6.820
7.143
7.458
7.765
8.030
8.275
8.483
8.661
8.774
8.860
60
86
131
153
184
211
262
280
300
313
321
335
333
315
397
375
245
306
168
123
76
39
8.879 —
8.861 ^
60
8.801
8.706
8.679
8.431
8.272
8.111
7.966
7.818
7.705
7.621
96
137
148
159
161
155
138
113
84
50
7.671 ^,
7.668 —
7.681 ®
4.266
1.052
-18 5
rf
37 J7
37.10
36.94
36.71
36^
35.91
35.32
34.58
33.71
32.69
ZIM
30.31
29.00
27.66
26.32
26.02
23^
22.71
21.75
20.96
20.36
19.9S
19.69
19.60 -
19.66 ^
ift
s
n
Si
n
*:
KB
114
m
ur
m
IK
«)
19.84
20.13
20.46
20.83
21.19
21.54
21.85
22.11
22.31
22.41
22.56
22.59-
22.56
9
8
r
y
11
26
20
U
10
J
31.78
-0.327
+0.07
+0.2
+0.01
-0.8
APPAKENT PLACES OF STARS, 1916.
481
FOR THE UPPER TRANSIT AT WASHINGTON.
Washlnffton
Mean Tune.
Jan. 1.1
11.0
21.0
31.0
Feb. 10.0
Mar.
19.9
29.9
10.9
20.9
30.8
Apr.
9.8
19.8
29.7
May 9.7
19.7
29.7
June 8.6
18.6
28.6
July 8.6
18.5
28.5
Aug. 7.5
17.4
27.4
Sept. 6.4
16.4
26.3
Oct. 6.3
16.3
26.3
Nov. 5.2
15.2
25.2
Dec. 5.1
15.1
26.1
36.1
41C7giii.
Mag. 4.1
Right
AscensioD.
h m
20 25
8
66.983
66.985
57.028
57.111
67.234
67.394
57.690
67.819
68.078
68.363
68.669
68.989
69.318
59.648
59.971
60.281
60.670
60.830
61.066
61.240
61.379
61.470
2
43
83
123
160
IM
220
250
285
aoo
320
320
330
323
310
280
200
226
184
130
01
43
61.613 —
61.506 ^
61.464
61.369
61.228
61.066
60.881
60.686
60.486
60.291
60.110
69.961
59.820
60.722
59.659
59.635
52
06
131
162
185
105
201
104
181
150
131
08
63
24
Declina-
tion.
+30 5
It
17.90
16.63
13.08
10.66
8.32
6.21
4.41
2.98
2-^ 48
1.54 —
6
1.60
2.17
3.24
4.78
6.73
237
245
242
234
211
180
143
06
9.06
11.66
14.47
17.42
20.42
23.42
26.34
29.12
31.70
34.06
36.10
37.84
39.23
40.24
40.86
41.06
40.86
40.23
39.22
37.80
36.05
34.02
31.76
57
107
154
105
233
260
281
205
300
300
202
278
258
235
205
174
130
101
61
21
21
62
101
142
175
203
226
^Oephel.
Mag. 4.3
Right
Ascension.
h
20
m
28
13
8
7.73
7.60
7.54 1
3
11
20
7.67
7.68
7.88
8.16
8.52
8.93
9.39
9.89
10.41
10.96
11.48
11.99
12.46
12.88
13.24
13.54
13.76
13.90
28
36
41
46
50
52
54
53
51
47
42
36
30
22
14
6
13.96 -
13.94 ^
13.82
13.64
13.38
13.06
12.69
12.28
11.84
11.38
10.93
10.49
10.08
9.71
9.39
9.13
8.94
12
18
26
32
37
41
44
46
45
44
41
37
32
26
10
Declina-
tion.
+62 42
//
47.96
44.95
41.75
38.47
36.24
32.19
29.44
27.10
26.26
24.00
23.36
23.36
24.00
26.26
27.06
29.39
32.15
35.27
38.66
42.24
46.91
49.60
63.22
56.69
69.96
62.92
66.54
67.77
69.64
70.82
71.57
71.77
71.40
70.46
68.98
66.98
64.53
61.73
300
320
328
323
306
275
234
184
126
64
0
64
125
181
233
276
312
338
350
367
300
362
347
326
207
262
223
177
128
75
20
37
04
148
200
245
280
B Delphini.
Mag. 4.0
Right
Ascension.
h m
20 29
8
11.616
11.542
11.603
11.697
11.826
11.984
12.171
12.386
12.626
12.889
13.169
13.464
13.770
14.078
14.383
14.679
14.958
15.214
16.439
15.631
15.781
15.889
15.961
26
61
04
128
150
187
215
240
268
280
205
306
308
305
206
270
256
225
102
150
108
62
18
15.969 —
15.944 ^
65
15.879
15.780
15.663
16.506
15.348
15.186
15.030
14.888
14.767
14.672
14.607
14.575
14.577
00
127
147
158
162
156
142
121
05
65
32
2
Declina-
tion.
+11 0
n
60.71
69.17
57.62
66.11
54.72
154
156
151
130
118
53.54
62.69
51.97
05
62
26
51.71 —
61.82 "
48
52.30
53.18
54.41
55.96
67.77
69.81
61.99
64.26
66.57
68.84
71.04
73.11
76.02
76.72
78.22
79.47
80.47
81.21
81.69 ^
81.91 —
5
81.86
81.56
80.99
80.18
79.16
88
123
155
181
204
218
227
231
227
220
207
101
170
150
126
100
74
48
77.94
76.56
76.07
31
56
81
102
122
138
140
Qroombxidge 8841.
Mag. 6.4
Right
Ascension.
h m
20 30
28
15
2
8
18.09
17.81
17.66
17.64 _:
17.75 "
25
18.00
18.37
18.85
19.43
20.08
20.80
21.65
22.30
23.06
23.76
24.42
26.00
26.49
26.88
26.16
26.31 ^
26.35-
26.26 ®
20
32
42
37
48
58
65
72
75
75
75
71
66
58
40
30
28
15
26.06
25.74
25.32
24.81
24.22
23.67
22.87
22.16
21.42
20.71
20.03
19.41
18.86
18.40
18.05
51
50
65
70
72
73
71
68
62
55
46
85
Declina-
tion.
+72 14
//
57.62
54.63
51.44
48.12
44.83
41.68
38.81
36.34
34.36
32.94
200
310
332
320
315
287
247
100
141
80
32.14 ,^
31.96 —
32.42 *^
33.60*^
35.18 ^"
221
37.39
265
303
834
354
368
372
367
356
336
310
40.04
43.07
46.41
49.95
63.63
67.36
61.02
64.68
67.94
71.04
73.82
76.21
78.15
79.62
278
230
104
147
02
80.54
80.91 —
80.70 "
79.91 ^
78.66^
180
76.66
74.30^
71.51 ^
Mean Place
Sec a, Tan ^
67.846
1.156
16.56
+0.679
10.604
2.181
41.18
+1.939
12.011
1.019
61.28
+0.196
22.763
3.280
49.78
+3.124
D^a, D»a +0.05
Df^, Dm^ +0.2
-0.02
-0.8
79790^—1916 31
+0.02
+0.2
-0.08
-0.8
+0.06
+0.2
-0.01
-0.8
0.00
+0.2
-0.13
-0.8
APPARENT PLACES OF STARS, 1916.
483
FOR THE UPPER TRANSIT AT WASHINGTON.
Washlnfi;ton
Mean Time.
Jan. 1.1
11.1
21.0
31.0
Feb. 10.0
Mar.
19.9
29.9
10.9
20.9
30.8
Apr.
9.8
19.8
29.8
May 9.7
19.7
29.7
June 8.6
18.6
28.6
July 8.6
18.5
28.5
Aug. 7.5
17.5
27.4
Sept. 6.4
16.4
26.3
Oct. 6.3
16.3
26.3
Nov. 6.2
15.2
25.2
Dec. 5.2
15.1
25.1
35.1
P PaTonif.
Mag. 3.6
Ascension.
b
20
m
37
8
23.28
23.26 1
23.34 »
23.52 ^«
23.78 ^
85
24.13
24.54
25.02
25.56
26.14
41
48
64
58
63
66
68
68
68
66
62
57
51
43
84
23
14
26.77
27.43
28.11
28.79
29.47
30.13
30.75
31.32
31.83
32.26
32.60
32.83
32.97
33.01 -
32.94 ^
18
32.76
32.49
32.16
31.76
31.82
30.86
30.40
29.97
29.58
29.25
29.00
28.84
28.77
27
83
40
44
46
46
43
39
33
25
16
7
Declina-
tion.
-66 30
//
33.31
30.59
27.70
24.71
21.69
18.73
15.87
13.17
10.70
8.49
273
289
299
302
296
286
270
247
221
192
6.57
5.00
3.81
3.01
157
119
80
38
2.63 —
4
2.67
3.14
3.98
5.23
6.82
8.70
10.80
13.06
15.39
17.73
19.96
21.99
23.75
25.15
26.13
26.63
26.62
26.10
25.08
23.60
21.69
19.40
16.82
47
84
125
150
188
210
236
233
234
223
203
176
140
98
50
1
52
102
148
191
229
258
aCygnl.
(Deneb.)
Mag. 1.3
Right
Ascension.
h m
20 38
s
32.736
32.687 —
32.688 ^
32.739 ^^
32.842 1^
152
32.994
200
246
284
320
849
867
879
381
873
357
831
296
254
205
153
96
33.194
33.440
33.724
34.044
34.393
34.760
35.139
35.520
35.893
36.250
36.581
36.877
37.131
37.336
37.489
37.585 ^
37.624 —
37.606 "
37.533
37.409
37.242
37.037
36.805
36.554
36.293
36.035
35.787
35.559
35.359
35.194
35.069
34.989
73
124
167
205
232
251
261
258
248
228
300
166
125
80
Derllnifc-
tion.
+44 58
//
52.20
49.50
46.63
43.71
40.85
38.18
35.79
33.81
32.30
31.34
30.94
31.14
31.93
33.27
35.13
37.44
40.13
43.14
46.36
49.73
53.16
56.57
59.89
63.06
65.99
68.64
70.96
72.90
74.42
75.49
76.07
270
287
292
286
267
239
198
151
96
40
20
79
134
186
231
209
301
322
337
343
341
332
317
293
265
232
194
152
107
58
9
76.16 —
75.74 ^^
74.82 ^
73.42 ^^
185
71.57
69.33*^^
66.78 ^
d Delphlnl.
Mag. 4.5
Right
Ascension.
b m
20 39
s
31.727
31.740
31.787
31.869
31.984
32.131
32.309
32.517
32.751
33.009
33.287
33.582
33.888
34.199
34.508
34.808
35.093
35.355
35.589
35.787
35.946
36.063
36.132
13
47
82
115
147
178
308
234
258
278
205
306
311
309
300
286
262
234
196
159
117
60
25
36.157 —
36.138 ^^
59
36.079
35.985
35.861
35.716
35.557
35.393
35.234
35.086
34.956
34.852
34.776
34.731
34.721
94
124
145
159
164
159
148
130
104
76
45
10
Decline
lion.
+14 46
M
21.37
19.70
17.99
16.32
14.75
167
171
167
157
138
HI
80
44
13.37
12.26
11.46
11.02
10.98 ~
38
11.36
12.14
13.31
14.84
16.66
18.74
21.00
23.39
25.84
28.29
30.68
32.97
35.08
37.02
38.73
40.20
41.39
42.32
42.95
43.29
48.34
43.09
42.57
41.77
40.71
39.43
37.96
36.33
78
117
153
182
208
226
239
245
245
239
229
211
194
171
147
119
03
63
34
5
25
52
80
106
128
147
163
^ Capricoml.
Mag. 4.3
Right
Ascension.
b m
20 41
8
7.271
7.305
7.377
7.485
7.627
7.802
8.007
8.240
8.500
8.784
9.089
9.410
9.744
10.085
10.426
10.761
11.081
11.380
11.650
11.884
12.076
12.222
12.320
34
72
108
142
175
205
233
260
384
305
321
334
341
341
835
320
299
270
234
192
146
98
47
12.367 —
12.365 ^
48
12.317
12.228 °"
12.105
11.957
11.793
11.624
11.460
11.308
11.180
11.079
123
148
164
169
164
153
128
101
66
11.013 3^
10.982 —
10.988 *
Dedina-
tion.
-25 34
//
30.45
29.93
29.29
28.54
27.69
52
64
75
85
96
26.73
25.66 ^^
24.48 "*
23.22 ^^
133
21.89
20.50
19.07
17.65 "^
138
130
139
143
16.27
14.97
119
13.78
12.74 *^
11.87
11.21
10.74
87
66
47
23
10.51
10.47 — ■
10.64
10.97
11.45
4
17
33
48
58
12.03
12.67
13.33
13.97
14.55
15.03
15.40
15.62
64
66
64
58
48
37
22
9
15.71 —
15.66 *
20
15.46
15.12
14.68
34
44
Mean Place
Sec ^, Tan a
24.239
2.509
22.61
-2.301
34.074
1.414
46.61
+0.999
32.244
1.034
20.78
+0.264
7.495
1.108
24.00
-0.479
Df a, Dm a
+0.11
+0.3
+0.10
-0.8
+0.04
+0.3
-0.04
-0.8
+0.06
+0.3
-0.01
-0.8
+0.07
+0.3
+0.02
-0.8
APPARENT PLACES OF STARS, 1916.
485
FOR THE UPPER TRANSIT AT WASHINGTON.
Wftshinffton
Mean Tune.
Jan. 1.1
11.1
21.0
31.0
Feb. 10.0
20.0
29.9
Mar. 10.9
20.9
30.8
Apr. 9.8
19.8
29.8
May 9.7
19.7
29.7
June 8.7
18.6
28.6
July 8.6
18.6
28.5
Aug. 7.5
17.5
27.4
Sept. 6.4
16.4
26.4
Oct. 6.3
16.3
26.3
Nov. 5.2
15.2
25.2
Dec. 5.2
15.1
25.1
35.1
/lAquuli.
Mag. 4.8
Right
AsoensioQ.
h
20
m
48
Mean Place
Sec a, Tan d
8
7.217
7.241
7.299
7.388
7.509
7.660
7.840
8.047
8.279
8.536
8.813
9.107
9.415
9.729
10.044
10.355
10.652
10.931
11.182
11.400
11.581
11.719
11.814
11.862
24
58
89
121
Iftl
180
207
232
257
277
294
dm
314
315
311
297
279
251
218
181
138
95
48
3
Deelina-
Uon.
11.865-
11.826
11.750
11.644
11.514
11.369
11.219
11.071
10.935
10.818
10.725
10.661
10.629
10.628
30
76
106
130
145
150
148
136
117
93
64
32
1
- 9 17
n
61.14
61.55
61.90
62.15
41
35
25
62.29 —
62.28
62.08
61.68
61.07
60.24
59.20
57.97
56.58
55.06
53.46
51.82
50.19
48.62
47.14
45.79
44.61
43.60
42.78
42.17
41.73
20
40
61
83
104
123
139
152
160
164
163
157
148
135
118
101
82
61
44
25
Mag. 3.7
Right
Ascension.
41.48 ^,
41.37 —
41.41 ^
41.56
41.82
42.13
42.50
42.91
43.35
43.81
44.28
44.74
45.18
15
26
31
37
41
44
46
47
46
44
7.468
1.013
57.56
-0.164
h
20
m
48
s
14.721
14.714 -!
14.777 ®3
14.907 ^30
15.102 >««
256
15.358
15.670
16.033
16.445
16.895
17.381
17.894
18.427
18.970
19.510
20.089
20.546
21.017
21.439
21.804
312
363
412
450
486
Declina-
tion.
513
533
543
540
529
507
471
422
365
298
22.102 ^,
22.323 j^j
22.464 ^
22.522 —
22.498 ^
104
+0.06
+0.3
+0.01
-0.7
22.394
22.220
21.982
21.698
21.379
21.044
20.709
20.393
20.107
19.866
19.682
19.559
19.504
174
238
284
319
335
335
316
286
241
184
123
55
15.267
1.928
-58 46
//
88.99
86.65
84.12
81.46
78.75
76.01
73.33
70.76
68.33
66.09
64.10
62.37
60.95
59.89
59.19
58.87
58.94
59.38
60.21
61.38
62.85
64.58
66.50
68.54
70.62
72.67
74.59
76.29
77.71
78.78
234
253
266
271
274
968
257
243
224
199
173
142
106
70
32
44
83
117
147
173
192
204
906
205
192
170
142
107
64
82 VulpeoulK.
Mag. 5.2
Right
Ascension.
h
20
m
50
s
58.059
58.042 —
58.063 21
58.122 **
58.217
79.42 ^
79.64 —
79.41 ^
78.71 ''
77.58 "^
153
76.05
74.16 *^
71.97 "*
58.351
58.521
58.726
58.962
59.227
59.517
59.826
60.149
60.477
60.805
61.123
61.425
61.703
61.949
62.157
62.324
62.445
62.517
62.542
62.520
62.454
62.350
62.214
62.053
61.876
61.692
61.508
61.334
61.177
61.041
60.934
60.859
60.818
95
134
170
205
286
965
290
78.40
-1.649
+0.09
+0.3
+0.07
-0.7
300
323
328
328
318
302
278
246
208
167
121
72
25
22
66
104
136
161
177
184
184
174
157
136
107
75
41
Declina-
tion.
+27 44
//
18.98
16.84
14.59
12.32
10.13
214
225
227
219
201
8.12
6.37
4.97
3.98
3.46
3.43
3.90
4.86
6.27
8.10
10.28
12.76
15.45
18.29
21.21
24.14
27.01
29.77
32.34
34.70
36.80
38.61
40.08
41.20
41.95
42.31
42.29
41.87
41.07
39.89
38.37
36.57
34.53
175
140
99
52
3
47
96
141
183
218
248
969
2^
292
293
287
276
257
236
210
181
147
112
75
36
2
42
80
118
152
180
204
880 H^ Diaoonii
Mag. 5.6
58.781
1.130
15.30
+0.526
Right
Ascension.
h
20
s
17.54
16.85
16.38
16.15
16.15
16.42
16.91
17.63
18.53
19.60
20.80
22.06
23.36
24.65
25.90
27.04
28.08
28.97
29.67
30.19
m
51
09
47
23
0
27
49
72
90
107
120
126
130
129
125
114
104
89
70
52
31
30.60 j^
30.61 —
30.60 "
+0.05
+0.3
-0.02
-0.7
30.19
29.67
28.96
28.10
27.08
25.92
24.68
23.37
22.02
20.67
19.35
18.11
16.98
15.98
15.15
31
52
71
86
102
116
124
131
135
135
132
124
113
100
83
Declina-
tion.
+80 14
//
27.33
24.63
21.63
18.41
15.15
11.95
8.96
6.28
4.03
2.30
270
300
322
326
320
299
268
225
173
119
1-11 55
0.56 —
0.65 ®
1.33 ^
2.62 ^^
185
4.47
6.82
9.58
12.69
16.07
19.65
23.34
27.05
30.70
34.21
37.54
40.58
43.29
45.60
47.48
235
276
311
338
358
369
371
365
351
333
304
271
231
188
133
48.81 ,^
49.65 ^
49.90 —
49.57 ^
48.64 ^
149
47.15
45.14 ^^
42.72 ^^
26.354
5.899
16.73
+5.814
-0.05
+0.3
-0.26
-0.7
APPARENT PLACES OF STARS, 1916.
487
FOR THE UPPER TRANSIT AT WASHINGTON.
Wa8liinfi:ton
Mean Time.
Jan. 1.1
11.1
21.0
31.0
Feb. 10.0
Mar.
20.0
29.9
10.9
20.9
30.9
Apr.
9.8
19.8
29.8
May 9.7
19.7
29.7
June 8.7
18.6
28.6
J\ily 8.6
18.6
28.5
Aug. 7.6
17.5
27.4
Sept. 6.4
16.4
26.4
Oct. 6.3
16.3
26.3
Nov. 5.3
15.2
25.2
Dec. 5.2
15.1
25.1
35.1
Mean Place
Sec a, Tan d
D^a, Dm a
f Cygni.
Mag. 3.9
Right
AsceiuioQ.
h m
21 1
8
51.323
51.253
70
51.230 —
51.254 **
51.326 ^
122
51.448
51.618
51.834
52.093
52.389
52.717
53.070
53.440
53.817
54.193
54.558
54.902
55.217
55.494
55.727
170
216
250
296
328
363
370
377
376
366
344
316
277
233
183
55.910
56.039
56.113
56.131 —
56.093 ^
88
56.005
55.871
55.698
55.493
55.267
55.027
54.784
54.547
54.323
54.123
53.952
53.814
53.717
134
173
206
226
240
243
237
224
200
171
138
97
Deeding-
tion.
+43 35
//
39.71
37.19
34.49
31.69
28.91
26.28
23.88»
21.84
20.23
19.13
18.57
18.60
19.19
20.34
22.00
24.14
26.67
29.53
32.65
35.95
39.32
42.72
46.06
49.27
52.27
55.04
57.49
59.59
61.29
62.56
262
270
280
278
263
240
204
161
110
66
3
60
116
166
214
263
286
312
330
837
340
334
321
300
277
246
210
170
127
82
63.38 33
63.71 —
63.54 "
62.88 ^
61.73 "*
160
60.13
58.13
55.79
200
234
52.493
1.381
32.37
+0.952
+0.04
+0.3
-0.06
-0.7
eiCygniPr.
Mag. 5.6
Right
ABoension.
h m
21 3
8
6.798
30
6.759
6.760 ^
6.806 **
6.894 ^
134
7.028
7.206
7.423
7.680
7.972
8.292
8.636
8.996
9.361
9.727
10.083
10.420
10.730
11.006
11.240
177
218
257
292
320
344
369
366
366
366
337
310
276
234
186
^l-^« 137
11.563 ^
11-^S 32
11.680 —
11.660 ^
67
11.593
110
146
176
194
206
11.483
11.338
11.163
10.969
10.764
10.556
10.356
10.169
10.006
9.869
9.766
9.701
208
200
187
163
137
103
66
Declina-
tlOQ.
+38 19
//
74.81
72.50
70.03
67.48
64.98
62.62
60.62
68.78
67.47
56.65
56.36
66.63
67.44
68.79
60.62
62.88
65.62
68.44
71.69
74.87
78.22
81.56
84.82
87.93
90.84
93.48
96.83
97.81
99.42
100.61
231
247
256
260
236
210
174
131
82
20
27
81
136
188
226
264
292
315
328
336
334
326
311
291
264
VAquarii.
Mag. 4.6
Right
AsoensioQ.
235
198
161
119
76
101.36 3^
101.66 —
101.49 ^^
100.86 ^
99.79 '^
150
98.29
96.44
94.27
185
217
7.780
1.275
68.61
+0.791
+0.06
+0.3
-0.04
-0.7
h
21
8
0.998
1.007
1.050
1.124
1.229
1.364
1.530
1.723
1.946
2.192
2.462
2.762
3.068
3.374
3.696
4.012
4.319
4.610
4.875
5.110
m
6
9
43
74
106
136
166
193
222
247
270
290
306
316
321
317
307
291
266
236
197
5-307 ,,,
5.463 ,,,
5.674 ^
5.639
5.668 —
24
6.634
5.572
6.477
6.366
6.218
6.071
4.925
4.786
4.665
4.564
4.491
4.446
4.433
62
95
122
137
147
146
139
121
101
73
45
13
Declina-
tion.
-11 42
ft
48.23
48.48
48.66
25
17
Bxadley 2777.
Mag. 5.9
Right
Ascension.
48.72 _1
48.67 *
21
48.46
48.08
47.51
46.73
45.76
44.69
43.26
41.78
40.20
38.65
36.89
35.28
33.73
32.29
31.00
29.90
28.99
28.28
27.77
27.46
27.33
27.35
27.60
27.76
28.10
28.48
28.90
29.32
29.76
30.16
30.54
30.89
31.19
38
67
78
97
117
133
148
158
166
166
161
166
144
129
110
91
71
61
31
13
2
15
26
34
38
42
42
43
41
38
35
30
h
21
m
7
1.177
1.021
44.50
-0.207
+0.06
+0.3
+0.01
-0.7
16.99
15.52
14.91
14.16
13.31
12.37
11.37
10.33
9.28
8.26
7.26
6.35
5.54
4.87
68
42
23
4
s
5.73
5.15
4.73
4.60
4.46 — :
16
4.62
4.97
5.49
6.19
7.01
36
62
70
82
94
7.96
8.96
10.01
11.08
12.12
13.10
13.99
14.78
15.43
15.94
16.29
16.46
16.48 —
16.31 ^^
32
47
101
106
107
104
08
89
79
66
61
35
17
61
76
86
94
100
104
105
103
99
91
81
67
Declina-
tion.
+77 46
ft
81.57
78.98
76.05
72.89
69.63
66.41
63.36
60.58
68.20
56.33
55.00
54.28
54.19 —
54.73 ^*
55.87 "^
170
250
203
316
326
322
306
278
238
187
133
72
57.57
59.79
62.46
65.51
68.85
72.42
76.11
79.86
83.59
87.21
90.65
93.85
96.71
99.20
101.25
222
267
306
334
367
369
376
373
362
344
320
286
240
206
167
102.82 ^^
103.85 ^^
46
104.30 —
104.17 ^^
103.44 "^
131
102.13
100.28
97.94
185
234
12.344
4.728
-0.02
+0.3
69.47
+4.621
-0.22
-0.7
APPARENT PLACES OF STARS, 1916.
489
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
Jan. 1.1
11.1
21.1
31.0
Feb. 10.0
20.0
29.9
Mar. 10.9
20.9
30.9
Apr. 9.8
19.8
29.8
May 9.8
19.7
29.7
June 8.7
18.6
28.6
July 8.6
18.6
28.5
Aug. 7.5
17.6
27.5
Sept. 6.4
16.4
26.4
Oct. 6.3
16.3
26.3
Nov. 6.3
15.2
25.2
Dec. 5.2
15.2
26.1
35.1
Mean Place
Sec a, Tan d
D^a, Dm a
D^a, D«a
CCygni.
Mag. 4.3
Right
Afloenaion.
h
21
m
14
t
6.005
5.940
5.915
6.93Ji
5.994
6.100
6.251
6.445
6.680
6.953
7.267
7.587
7.937
8.297
8.659
9.014
9.363
9.667
9.946
10.187
05
25
17
02
106
151
194
236
273
304
330
350
360
362
355
330
314
270
241
195
10.382 ,^^
140
10.527 j^3
10.620 ^^
10.660 —
10.648 ^^
60
10.688
10.482
10.339
10.165
9.968
9.757
9.642
9.331
9.130
8.949
8.793
8.668
8.577
106
143
174
197
211
215
211
201
181
156
125
91
Declina-
tion.
+39 2
//
39.62
37.28
34.77
32.16
29.54
27.05
24.81
22.87
21.36
20.32
19.80
19.83
20.42
21.53
23.15
25.21
27.65
30.41
33.41
36.58
39.84
43.11
46.33
49.42
62.33
64.99
67.37
59.42
61.09
62.36
234
251
261
262
249
224
194
152
103
52
3
50
111
162
206
244
276
300
317
326
327
322
309
291
/DO
238
205
167
126
83
63.18 3^
63.66 —
63.45 ''
62.89 ^
61.87 ^
145
60.42
68.67 ^^
66.41 '''
6.946
1.288
32.10
+0.811
+0.05
+0.3
-0.04
-0.7
^ Miczotoopii.
Mag. 4.9
Bight
Aaoension.
h
21
m
15
s
23.321
23.307 —
23.337 ^
23.411 ^*
23.625 "^
155
23.680
195
232
267
301
329
23.875
24.107
24.374
24.675
25.004
25.369
26.734
26.124
26.620
26.916
27.301
27.667
28.004
28.304
355
375
390
396
396
385
366
337
300
255
28.669^
28.764 ^,,
28.913 ^
29.002 32
29.034 —
25
29.009
28.930
28.806
28.645
28.459
28.257
28.060
27.861
27.667
27.512
27.390
27.306
27.261
79
124
161
186
202
207
199
184
155
122
85
44
Declina-
tion.
-41 9
/#
64.26
62.89
61.32
59.59
57.71
66.72
63.66
61.65
49.44
47.86
45.34
43.43
41.67
40.09
38.73
136
157
173
188
199
207
210
211
200
201
191
176
158
136
109
37.64
36.84
36.32
80
52
36.14 —
36.27 ^^
43
36.70
37.42
38.38
39.66
40.88
42.29
43.72
45.10
46.38
47.47
48.34
48.93
72
96
118
132
141
143
138
128
109
87
59
29
49.22 —
49.20 ^
48.86
48.20
47.26
46.06
34
66
94
Ul
23.444
1.328
66.14
-0.874
+0.08
+0.3
+0.04
-0.7
ce Cepliei.
Mag. 2.6
Right
Ascension.
h
21
m
16
21
14
0
8
32.22
32.01
31.87
31.81 -
31.83 2
10
31.93
32.12
32.38
32.71
33.12
33.68
34.07
34.59
86.13
36.66
36.18
36.66
37.10
37.48
37.80
38.03
38.20
38.28
38.28
38.21
38.05
37.82
37.54
37.21
36.84
36.43
36.02
35.60
35.19
34.80
34.45
34.14
33.89
19
26
33
41
46
49
52
54
53
52
48
44
38
32
23
17
8
0
7
16
23
28
33
37
41
41
42
41
39
35
31
25
Declina-
tion.
+62 13
//
57.19
54.60
61.70
48.60
46.43
42.32
39.39
36.76
34.56
32.83
259
290
310
317
311
203
263
221
172
115
31.68 ^,
55
31.13 —
31.21 *
31.90 ^
33.19^
184
35.03
234
277
812
339
859
37.37
40.14
43.26
46.65
60.24
53.94
57.66
61.33
64.87
68.21
71.27
73.99
76.35
78.25
370
872
367
354
334
306
272
236
190
139
79.64
«>-^2 32
80.84 —
80.68 ^
79.74 ^
139
78.35
76.44 "^
74.09^
34.588
2.147
46.72
+1.899
+0.03
+0.3
-0.10
-0.7
t Oapzlconil.
Mag. 4.3
Right
Aaoension.
h
21
m
17
8
34.201
34.199 -i
34.231 *2
34.294 ^
34.388 ^
127
34.615
34.673
34.859
35.075
36.318
35.687
35.877
36.186
36.507
36.834
37.161
37.480
37.782
38.062
38.311
158
186
216
243
269
290
309
321
327
327
319
302
280
249
213
38.524
38.695
38.822
38.902
38.936 —
12
38.923
38.871
38.783
38.666
38.530
38.383
38.234
38.092
37.962
37.855
37.772
37.717
37.693
52
88
117
136
147
149
142
130
107
83
55
24
Declina-
tion.
-17 11
//
39.21
39.16
39.00
38.70
38.27
37.70
36.96
36.04
34.97
33.72
32.34
30.84
29.25
27.60
26.96
24.34
22.81
21.40
20.15
19.07
18.21
17.58
17.15
16.95
16.95
17.12
17.43
17.84
18.33
18.85
19.37
19.87
20.33
20.72
21.02
21.22
21.35
21.38
5
16
30
43
57
75
91
107
125
138
150
159
165
164
162
153
141
125
106
86
63
43
20
0
17
31
41
49
52
52
1*0
46
39
30
20
13
3
34.307
1.047
34.54
-0.309
+0.07
+0.3
+0.02
-0.7
APPARENT PLACES OF STARS, 1916.
491
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
Jan. 1.1
11.1
21.1
31.0
Feb. 10.0
Mar.
20.0
1.0
10.9
20.9
30.9
Apr.
9.8
19.8
29.8
May 9.8
19.7
29.7
June 8.7
18.7
28.6
July 8.6
18.6
28.5
Aug. 7.5
17.5
27.5
Sept. 6.4
16.4
26.4
Oct. 6.4
16.3
26.3
Nov. 5.3
15.2
25.2
Dec. 5.2
15.2
25.1
35.1
/5 AqJOMiH.
Mag. 3.1
Right
Aaoonston.
h
21
m
27
s
8.153
8.141 i?
8.160 ^®
8.208 **
8.287 ^
no
8.397
138
170
190
236
253
Mean Place
Sec a, Tan d
8.535
8.705
8.904
9.130
9.383
9.658
9.952
10.261
10.576
10.893
11.201
11.497
11.771
12.015
275
294
309
315
317
306
296
274
244
210
12.225 ^^^
12.396 ^
12.524 33
12.607
12.645 —
3
12.642
44
78
105
125
136
12.598
12.520
12.415
12.290
12.154
12.015
11.880
11.758
11.651
139
135
122
107
85
11.566
11.507
11.476
59
31
Declina-
tion.
- 5 56
//
30.79
31.32
31.80
32.18
32.44
32.54
32.45
32.14
31.60
30.80
29.77
28.50
27.05
25.42
23.67
21.86
20.01
18.20
16.45
14.83
13.35
12.05
10.96
10.07
9.40
8.93
8.66
53
48
38
26
10
9
31
54
80
103
127
145
163
175
181
185
181
175
162
148
130
109
89
67
47
27
/3 OepheL
Mag. 3.3
Right
Ascension.
8.56 —
8.61 ^
8.80
9.10
9.48
9.93
10.44
10.99
11.57
12.15
12.71
19
30
38
45
51
55
68
58
56
8.282
1.005
28.85
-0.104
h
21
m
27
8
31.42
31.06
30.81
30.65
36
25
16
30.60 I
8
30.68
30.88
31.18
31.59
32.10
32.68
33.32
34.00
34.70
35.40
36.08
36.71
37.29
37.79
38.21
38.53
38.74
38.85
38.85
38.74
38.53
38.23
37.84
37.38
36.86
36.30
35.71
35.11
34.50
33.92
^.38
32.90
32.49
20
30
41
51
58
64
68
70
70
68
63
58
50
42
32
21
11
0
11
21
30
39
46
52
56
59
60
61
58
54
48
41
DecUn*-
tion.
+70 11
tt
43.89
41.42
38.60
35.51
32.30
29.09
26.03
23.21
20.77
18.79
247
282
309
321
321
306
282
244
198
142
17.37
16.63
84
16.31 i?
16.71 <°
17.74 1^
159
19.33
212
21.45
24.05
27.04
30.33
33.88
37.58
41.35
45.12
48.80
52.32
55.61
58.60
61.22
63.41
65.12
66.31
66.93
66.95 -'
66.39 **
114
65.25
260
299
329
355
370
377
377
368
352
329
299
262
219
171
119
62
Mag. 4.8
Right
Aacitnrion.
63.54
61.34
171
220
34.947
2.951
30.44
+2.777
h
21
m
33
8
16.805
16.789 i?
16.804 ^*
16.847 *3
16.921 74
104
17.025
17.160
17.325
17.519
17.743
17.994
18.267
18.560
18.869
19.186
19.504
19.817
20.116
20.395
20.646
20.863
21.040
21.176
21.266
21.312
21.314
21.277
21.204
21.104
20.982
20.848
20.710
20.574
20.450
20.342
20.254
20.192
20.157
185
165
194
224
251
273
293
309
317
318
313
299
279
251
217
177
136
90
46
2
37
73
100
122
134
138
136
124
108
88
62
35
Declina-
tion.
- 8 13
tf
55.68
56.10
56.43
56.66
42
83
23
56.77 —
6
56.71
56.46
56.01
55.33
54.43
53.30
51.97
50.46
48.80
47.05
45.24
43.43
41.66
39.99
38.45
37.07
35.88
34.89
34.14
33.59
35
45
68
00
113
138
151
166
175
181
181
177
167
154
138
119
99
75
55
35
33.24 jg
33.09 —
33.10 *
33.26
33.54
33.90
34.33
34.81
35.31
35.83
36.34
36.82
37.28
16
28
36
43
48
50
52
51
48
46
16.894
1.010
53.34
-0.145
74Cygni.
Mag. 5.1
Right
Ascension.
h
21
m
33
8
34.018
33.931
33.882
33.876
33.912 ^
82
33.994
87
49
7
34.123
34.297
34.514
34.773
35.068
36.392
35.741
36.103
36.472
36.838
37.190
37.522
37.822
38.085
129
174
217
259
296
324
349
362
360
366
352
332
300
963
218
38.303 ^^^
38.473
38.591 ^
38.656 j2
38.668 —
38
38.630
38.546
38.421
38.262
38.079
37.877
37.667
37.457
37.253
37.064
36.896
36.753
36.644
84
125
159
183
903
210
210
204
189
168
143
109
Declina-
tion.
+40 1
f/
77.67
75.36
72.93
70.36
67.78
66.27
62.94
60.92
59.28
58.09
231
248
257
358
351
338
303
164
119
68
57.41 ^^
57.26 —
57.66 '^
58.60 ^
60.05 ^^
190
61.95
331
366
393
313
334
329
326
817
300
280
64.26
66.92
69.84
72.97
76.21
79.50
82.76
85.93
88.93
91.73
94.25
96.46
98.32
99.78
262
221
186
146
103
100.81 gg
101.40 j2
101.52 —
101.17 ^
100.35 ^
127
99.08
97.41 '''
95.38*^
34.888
1.306
68.40
+0.840
D^a, Dm a
D^ d, Dm d
+0.06
+0.3
+0.01
-0.6
+0.02
+0.8
-0.15
-0.6
+0.06
+0.3
+0.01
-0.6
+0.05
+0.3
-0»04
-0.6
APPARENT PLACES OF STARS, 1916.
493
FOR THE UPPER TRANSIT AT WASHINGTON.
Washinfton
Mean Tune.
Jan. 1.1
11.1
21.1
31.0
Feb. 10.0
Mar.
20.0
1.0
10.9
20.9
30.9
Apr.
9.9
19.8
29.8
May 9.8
19.7
29.7
June 8.7
18.7
28.3
JuJy 8.6
18.6
28.6
Aug. 7.5
17.6
27.5
Sept. 6.4
16.4
26.4
Oct. 6.4
16.3
26.3
Nov. 5.3
15.3
25.2
Dec. 5.2
15.2
25.1
35.1
^r^Cygni.
Mag. 4.3
Rlfht
AwsMion.
h
21
m
43
40"l58^
40.023
39.932 ^
39.889 —
39.898 •
«8
39.961
40.080
40.254
40.484
40.762
41.084
41.443
41.830
42.237
42.650
43.061
43.456
43.829
44.167
44.462
119
174
230
278
322
3ft9
387
407
418
411
306
378
338
206
246
44.708 ^,,
44.899^33
45.032 ^^
45.106 j^
45.120 —
44
DeoUna-
tion.
45.076
44.979
44.836
44.653
44.437
44.198
43.946
43.688
43.433
43.191
42.969
42.774
42.615
97
143
183
216
239
262
268
265
242
222
106
169
+48 55
//
25.53
23.27
20.71
17.97
15.14
12.34
9.70
7.31
5.30
3.74
226
266
274
283
280
204
239
201
166
106
2«» 49
2.20-
2.28 *
2.94 ~
4.15 "^
173
5.88
8.08
10.68
13.62
16.81
20.17
23.65
27.15
30.60
33.93
37.07
39.97
42.56
44.80
46.63
48.02
48.93
49.33
49.21
48.57
47.43
45.81
43.76
220
200
204
310
830
348
360
346
333
314
200
269
224
188
139
91
40
12
04
114
102
206
A< CapxlooniL
Mag. 5.2
Blgbt
Ascension.
h
21
m
48
8
43.078 ^
43.050 —
43.051 ^
43.082 *^
43.141 *•
92
43.233
43.354
43.509
43.693
43.909
44.152
44.423
44.716
45.024
45.345
46.671
45.996
46.306
46.599
46.867
47.100
47.297
47.460
47.561
47.620
47.640
47.616
47.665
47.465
47.349
47.220
47.083
46.947
46.818
46.704
46.609
46.537
46.492
121
166
184
210
248
271
293
808
821
820
324
310
204
268
283
107
163
111
60
20
24
01
00
110
120
137
136
129
114
05
72
46
Declina-
tion.
-13 56
/#
11
55.72
55.83
56.84 —
55.72 *^
27
40
56.46
54.99
54.37
53.56
62.53
61.31
49.93
48.39
46.72
44.97
43.16
41.34
39.58
37.94
36.41
35.07
33.92
33.00
32.32
31.86
31.66
31.64
31.77
32.10
32.62
33.02
33.67
34.14
34.67
35.17
36.65
36.02
36.31
36.51
02
82
03
122
88
64
67
75
81
82
76
04
63
34
16
02
68
47
20
1
13
S3
42
60
65
67
63
50
48
87
20
20
y amis.
Mag. 3.2
Rl«:ht
Ascension.
h
21
m
48
47
t
60.832
50.785
50.776 —
50.805 ^
50.871 ^
106
60.976
51.118
61.299
61.617
61.770
52.066
52.374
62.717
63.080
63.456
53.838
64.217
54.683
54.928
56.242
55.618
56.749
56.929
56.066
66.125
56.140
56.103
56.019
55.896
55.742
55.567
56.382
55.197
55.020
54.862
54.727
54.622
54.560
142
181
218
268
280
318
343
803
870
382
870
360
846
314
276
281
180
126
70
16
37
84
123
164
176
186
186
177
168
135
106
72
Declina-
tion.
-37 45
*f
46.80
45.73
44.42
42.89
41.16
39.28
37.26
35.13
32.95
30.74
28.54
26.40
24.36
22.43
20.72
19.22
18.00
17.07
16.47 ^
16.19 —
6
16.24
16.62
17.29
18.21
19.36
107
131
163
173
188
202
213
218
221
220
214
206
192
171
160
122
03
60
20.66
22.05
23.47
24.84
26.11
38
67
02
115
130
180
142
137
127
100
87
00
31
27.20
28.07
28.67
28.98
28.99 —
80
28.69
28.08
27.19
01
80
lePegatl.
Mag. 5.0
Right
Ascension.
h
21
m
49
8
13.935
13.874
13.844
13.845
13.881
13.963
14.062
14.207
14.390
14.609
14.861
15.141
15.446
15.766
16.097
16.430
16.757
17.068
17.368
17.617
17.840
18.022
18.160
18.251
18.296
18.297
18.256
18.177
18.068
17.936
17.788
17.631
17.472
17.319
17.177
17.052
16.947
16.868
01
30
1
30
72
100
145
183
210
262
280
305
320
331
333
327
311
290
259
223
182
138
91
45
42
78
109
132
148
157
159
153
142
125
105
79
DecMo-
tion.
+26 31
/#
53.20
51.47
49.59
47.63
45.67
43.82
42.16
40.74
39.68
39.01
38.78
39.00
39.68
40.80
42.33
44.22
46.43
48.88
51.53
54.29
57.11
59.91
62.66
65.25
67.68
69.89
71.86
73.54
74.92
75.96
76.66
77.00
77.00
76.62
76.89
74.83
73.48
71.86
173
188
196
190
185
167
141
106
67
28
22
68
112
163
189
221
245
266
276
282
280
274
260
243
221
197
168
138
104
70
34
0
88
73
106
185
162
Mean Place
Sec d, Tan d
41.324
1.522
13.83
+1.147
43.068
1.031
52.27
-0.248
50.774
1.265
38.01
-0.774
14.353
1.108
46.33
+0.478
Df ay Dm a
+0.04
+0.3
-0.06
-0.6
+0.06
+0.3
+0.01
-0.5
+0.07
+0.3
+0.04
-0.5
1+0.05
+0.3
-0.03
-0.5
APPARENT PLACES OF STARS, 1916,
495
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Time.
Jan. 1.1
11.1
21.1
31.1
Feb. 10.0
Mar.
20.0
1.0
10.9
20.9
309
Api.
9.9
19.8
29.8
May 9.8
19.8
29.7
June 3.7
18.7
28.6
July 8.6
18.6
28.6
Aug. 7.5
17.6
27.5
Sept. 6.5
16.4
26.4
Oct. 6.4
16.3
26.3
Nov. 5.3
15.3
25.2
Dec. 5.2
15.2
25.2
35.1
Mean Place
Sec a, Tan d
D^ a, Dm a
D^ d, Dm d
z Aquaxli.
Mag. 4.4
Right
Aaoension.
h m
22 1
8
54.191 ,„
38
64.153
54.142 —
54.160 **
54.206 ^
7«
54.282
64.390
54.529
54.701
54.905
55.137
55.399
65.685
66.991
56.310
56.636
66.961
57.277
57.576
57.862
68.095
58.302
68.467
68.687
68.662
68.692
68.680
68.631
58.549
68.443
68.318
58.185
58.051
57.922
67.805
57.704
57.626
67.568
108
139
172
204
232
262
28«
306
310
326
326
316
200
276
243
207
165
120
75
30
12
40
82
106
125
133
134
120
117
101
70
67
Declina-
tion.
-14 16
tf
43.05
43.17
43.17
43.02
42.70
42.22
41.66
40.69
39.63
38.37
36.94
36.33
33.61
31.79
29.93
28.08
26.27
24.56
23,00
21.62
20.46
19.51
18.81
18.36
18.13
18.13
18.31
18.66
19.13
19.68
20.28
20.88
21.47
22.02
22.51
22.91
23.22
23.41
12
0
15
82
48
66
87
106
126
143
161
172
182
186
185
181
171
156
138
116
05
70
46
22
0
18
35
47
55
60
60
50
55
40
40
31
10
54.120
1.032
39.78
-0.254
+0.06
+0.3
+0.01
-0.5
80 Gephel.
Mag. 5.4
Right
Ascension.
m
2
30.04
29.67
29.28
28.88
28.49
28.12
27.77
27.47
27
21
15
h
22
s
26.36
25.09
24.88
24.73
24.67 -
1
24.68
24.77
24.95
25.21
25.54
25.94
26.40
26.91
27.44
27.98
28.52
29.06
29.56
30.00
30.40
30.74
31.00
31.18
31.29
31.32 -
6
31.26
31.13
30.94
30.69
30.39
0
18
26
33
40
46'
51
53
54
54
53
50
45
40
34
26
18
11
13
19
25
30
35
37
30
40
30
37
35
30
Declina-
tion.
+62 22
//
47.18
46.04
42.51
39.69
36.68
33.61
30.61
27.79
25.30
23.21
21.61
20.56
20.11
20.25
21.00
22.32
24.18
26.52
29.29
32.40
36.78
39.36
43.04
46.77
50.46
54.02
67.39
60.51
63.31
65.71
214
253
282
301
307
300
282
240
200
160
105
45
14
75
132
186
234
277
311
338
357
360
373
360
356
337
312
280
240
107
67.68 ,,,
69.15 ^
70.07
70.45 —
70.25 ^
79
69.46
68.12 ^^^
66.27 ^^
27.298
2.157
31.67
+1.911
+0.04
+0.3
-0.11
-0.5
or Omit.
Mag. 2.2
Right
Ascension.
85
43
h m
22 2
s
56.788
66.703
56.660
56.669-^
56.705 *•
00
56.795
56.931
57.112
67.338
57.606
67.913
58.267
58.634
59.036
69.466
69.884
60.312
60.729
61.124
61.488
61.811
62.083
62.300
62.465
62.647
62.575
62.642
62.463
62.314
62.136
61.929
61.706
61.477
61.254
61.048
60.866
60.714
60.600
136
181
226
267
303
344
377
402
410
420
428
417
305
364
323
272
217
155
02
28
33
80
130
178
207
223
220
223
206
183
151
114
Declina-
tion.
-47 21
#/
145
177
204
225
242
256
263
266
264
265
245
227
205
177
148
77.39
75.94
74.17
72.13
69.88
67.46
64.90
62.27
59.61
66.97
54.42
61.97
49.70
47.66
45.88
44.40
43.28
42.683,
42.16 —
42.18 ^
42
42.60
43.39
44.51
45.90
47.53
49.31
51.17
53.03
64.81
56.41
57.79
68.86
59.57
112
76
70
112
130
163
178
186
186
178
160
138
107
71
33
59.90 —
59.83 ^
46
59.37
58.50
57.26
87
124
56.683
1.477
66.74
-1.086
+0.08
+0.3
+0.06
-0.5
xPesatl.
Mag. 4.0
Right
Ascension.
h
22
s
5.662
5.584
5.643
m
3
68
41
5.533 —
6.556 ^
58
5.614
5.708
5.841
6.011
6.218
6.458
6.730
7.028
7.345
7.674
8.007
8.338
8.657
8.964
9.226
9.462
9.658
9.811
9.919
9.981
9.997
9.972
9.909
9.816
9.696
9.558
9.410
9.268
9.109
8.968
8.841
8.733
8.647
04
133
170
207
240
272
298
317
320
333
331
319
207
272
236
106
153
108
62
16
25
63
03
120
138
148
152
149
141
127
108
86
Declina-
tion.
+24 55
n
71.17
69.53
67.76
65.88
64.00
62.20
60.58
59.19
58.14
67.45
57.19
57.36
57.98
59.03
60.48
62.31
64.45
66.84
69.43
72.14
74.92
77.69
80.40
82.98
86.42
87.63
89.61
91.32
92.73
93.82
94.57
94.99
95.05 —
94.76 ^
94.13 ^
05
93.18
164
178
187
188
180
162
130
105
60
26
17
62
105
145
183
214
230
250
271
278
277
271
258
244
221
108
171
141
100
75
42
91.92
90.42
126
150
5.985
1.103
63.68
+0.465
+0.05
+0.3
-0.03
-0.6
APPARENT PLACES OF STARS, 1916.
497
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tun«.
Jan. l.I
11.1
21.1
31.1
Feb. 10.0
0 AqxuM.
Mag. 4.3
Right
Afloension.
Mar.
20.0
1.0
11.0
20.9
30.9
Apr.
9.9
19.8
29.8
May 9.8
19.8
29.7
June 8.7
18.7
28.7
July 8.6
18.6
28.6
Aug. 7.6
17.5
27.5
Sept. 6.5
16.4
26.4
Oct. 6.4
16.4
26.3
Nov. 5.3
15.3
25.2
Dec. 5.2
15.2
25.2
35.1
h
22
m
12
s
24.213
24.168
45
ao
24.148 —
24.154 •
24.188 ^
64
24.252
24.345
24.472
24.630
24.820
25.042
25.293
25.568
25.866
26.178
26.497
26.818
27.131
27.429
27.704
27.960
28.160
28.330
28.458
28.541
28.580
28.579
28.540
28.469
28.374
28.269
28.135
28.008
27.884
27.770
27.669
27.585
27.524
03
127
IfiS
100
222
261
276
29S
312
310
321
313
208
276
246
210
170
128
83
30
1
30
71
05
115
124
127
124
114
101
84
61
Declina-
tion.
- 8 11
tf
68.39
68.79
69.09
69.27
69.33
69.21
68.90
68.38
67.63
66.66
65.45
64.04
62.43
60.68
58.83
56.91
54.98
53.10
51.29
49.64
48.15
46.85
45.79
44.95
44.35
40
30
18
6
12
31
52
75
07
121
141
161
175
185
102
103
188
181
166
140
lao
106
84
60
37
tf Tuoann.
Mag. 2.9
;^ AquAzU.
Mag. 4.0
Right
Aaoeaaion,
43.98 ^^
43.82 —
43.85 ^
44.04
44.37
44.79
45.29
45.83
46.39
46.95
47.49
48.00
48.45
10
33
42
50
54
56
56
54
51
45
h
22
m
12
s
45.40
45.23
45.12
45.07
45.08
45.16
45.30
45.51
45.77
46.10
46.50
46.93
47.41
47.92
48.45
49.00
49.56
50.10
50.61
51.09
51.52
51.87
52.16
62.36
62.48
52.52
52.47
62.34
52.14
51.88
51.57
51.24
50.89
50.54
50.21
49.91
49.65
49.43
17
11
5
1
8
14
21
26
33
40
43
48
51
53
55
56
54
51
48
43
35
28
21
12
4
6
13
20
26
31
33
35
35
33
30
26
22
Declina-
tion.
-60 40
/»
Right
Aacension.
55.60
53.63
51.29
48.64
45.75
42.68
39.51
36.30
33.13
30.05
27.11
24.39
21.94
19.80
18.04
107
234
265
280
307
317
821
317
306
204
272
245
214
176
136
02
47
16.68
15.76
15.29
15.28 —
16.73 ^*
00
16.63
17.94
19.62
21.58
23.78
26.12
28.60
30.83
33.02
34.96
131
168
106
220
234
238
233
210
104
161
36.57^
37.79 .,
38.54 ^
38.80 —
38.55- ^
76
37.79
36.53 ^
34.83 ^'^
h
22
m
17
t
19.148
19.099
19.073
40
26
1
19.072 —
19.099 ^
57
19.156
19.242
19.361
19.512
19.696
19.912
20.158
20.429
20.722
21.031
21.348
21.666
21.977
22.273
22.647
22.792
23.002
23.173
23.302
23.388
23.431
23.434
23.399
23.333
23.242
23.134
23.013
22.889
22.767
22.664
22.563
22.467
22.403
86
110
151
184
216
246
271
203
300
317
318
311
206
274
245
210
171
120
86
43
3
35
66
01
108
121
124
122
113
101
86
64
Declina-
tion.
- 1 48
*f
38.75
39.40
40.02
40.56
40.98
41.25
65
62
54
42
27
8
41.33 —
41.19 "
30
66
01
118
142
164
180
102
200
202
100
101
170
40.80
40.14
39.23
38.05
36.63
34.99
33.19
31.27
29.27
27.25
25.26
23.35
21.56
19.94
18.61
17.30
16.31
15.56
15.03
1^-71 13
14.58 —
14.62 ^
21
14.83
15.15
16.69
16.12
16.71
162
143
121
00
75
53
32
17.36
18.04
18.71
32
44
53
50
65
68
67
81 Pegatl.
Mag. 4.9
Right
Ascension.
h
22
m
17
50
35
s
22.939
22.880
22.845
22.836 —
22.856 ^
40
22.905
22.988
23.105
23.266
23.440
23.668
23.907
24.181
24.477
24.789
25.107
25.427
26.737
26.033
26.307
26.549
26.756
26.923
27.047
27.129
27.167
27.166
27.127
27.058
26.964
26.850
26.725
26.696
26.469
26.349
26.239
26.146
26.072
83
117
151
184
218
240
274
206
312
318
320
310
206
274
242
207
167
124
82
38
1
30
60
94
114
125
120
127
120
110
03
74
Declina-
tion.
+11 46
//
67.96
56.80
66.58
54.35
63.18
116
122
123
117
107
00
66
38
62.11
51.21
50.65
50.17
50.10 —
28
50.38
61.02
52.00
53.32
54.93
56.79
58.87
61.10
63.40
66.74
68.06
70.30
72.41
74.37
76.14
77.68
79.00
80.07
80.88
81.45
81.76
81.84
81.67
81.29
80.69
79.88
78.92
77.82
64
08
132
161
186
206
223
230
234
231
225
211
106
177
154
132
107
81
57
31
8
17
38
60
81
06
110
Mean Place
Sec a, Tan d
24.128
1.010
66.99
-0.144
45.362
2.042
42.90
-1.781
19.086
1.000
39.31
-0.032
23.007
1.022
53.43
+0.209
D^ a, D« a
+0.06
+0.4
79790*»— 1916-
+0.01
-0.5
-32
+0.08
+0.4
+0.11
-0.5
+0.06
+0.4
0.00
-0.4
+0.06
+0.4
-0.01
-0.4
APPARENT PLACES OF STARS, 1916.
499
FOR THE UPPER TRANSIT AT WASHINGTON.
Washincton
Mean Time.
Jan. 1.2
11.1
21.1
31.1
Feb. 10.1
Mar.
20.0
1.0
11.0
20.9
30.9
Apr.
9.9
19.9
29.8
May 9.8
19.8
29.8
June 8.7
18.7
28.7
July 8.6
18.6
28.6
Aug. 7.6
17.5
27.5
Sept. 6.5
16.4
26.4
Oct. 6.4
16.4
26.3
Nov. 6.3
16.3
25.3
Dec. 6.2
15.2
25.2
35.1
Mean Place
Sec d. Tan d
I)^ a, D«» a
t^Aqnaxli.
Mag. 5.3
Right
Ascension.
h
22
m
30
6*254 ^,
6.193 3^
6.156
6.145 —
6.163 ^*
47
6.210
6.290
6.404
6.551
6.733
6.950
7.198
7.475
7.777
8.097
8.429
8.766
9.098
9.419
9.718
9.989
10.226
10.423
10.575
10.681
10.741
10.756
10.730
10.668
10.577
10.462
10.334
10.199
10.064
9.936
9.820
9.720
9.642
80
114
147
183
217
248
277
S02
820
$33
837
833
821
399
271
237
197
152
106
60
15
36
62
91
115
128
135
135
129
115
100
78
Declina-
tion.
-21 7
tf
85.13
85.00
84.66
84.12
83.38
82.45
81.31
79.99
78.49
76.82
75.01
73.09
71.09
69.06
67.04
65.09
63.25
61.57
60.09
58.87
57.89
57.20
56.79
13
35
53
74
93
114
132
150
167
181
192
200
203
202
195
184
168
148
122
98
69
41
12
56.67 —
56.82 ^^
39
67.21
57.79
58.54
59.39
60.31
61.24
62.12
62.91
63.58
64.12
58
76
85
93
93
88
79
67
54
36
64.48 ,3
64.66 —
64.65 *
6.015
1.072
80.46
-0.387
+0.06
+0.4
+0.02
-0.4
226 B. Cephel.
Mag. 6.7
Right
Ascension.
h
22
m
30
8
44.24
43.56
42.98
42.52
42.21
42.05
42.06
42.23
42.56
43.05
43.68
44.42
45.26
46.16
47.10
48.05
48.98
49.87
50.69
51.42
52.04
52.55
52.92
53.16
63.26
53.22
53.05
52.74
52.32
51.79
51.16
50.46
49.69
48.89
48.07
47.25
46.47
45.74
68
58
46
31
16
1
17
33
49
63
74
84
90
94
95
93
89
82
73
62
51
87
24
10
4
17
81
42
53
63
70
77
80
82
82
78
73
Declina-
tion.
+75 47
ft
56.91
64.21
62.03
49.42
46.50
43.40
40.25
37.16
.34.29
31.72
29.58
27.91
26.81
26.29
26.36
27.06
28.34
30.14
32.44
35.19
38.32
41.72
45.34
49.10
62.93
56.75
60.49
64.05
67.36
70.33
170
218
261
292
310
315
309
287
257
214
167
110
52
7
70
128
180
230
275
313
340
362
376
383
382
374
356
330
298
260
750» 163
7«-71 109
77.80
78.25 —
17
78.08
77.31
75.96
77
135
48.168
4.076
36.47
+3.952
+0.02
+0.4
-0.24
-0.4
Tf Aqnaxli.
Mag. 4.1
Right
Ascension.
h
22
m
31
s
2.540
2.481
2.444
59
37
13
2.431 —
2.445 "
41
2.486
2.558
2.663
2.800
2.972
3.177
3.413
3.678
3.965
4.270
4.586
4.904
5.219
5.520
5.801
6.054
6.274
6.456
6.598
6.695
6.753
6.768 '
6.746
6.692
6.612
6.512
6.399
6.279
6.158
6.046
5.942
5.861
5.778
72
105
137
172
205
230
265
287
305
816
318
815
801
281
253
220
182
142
97
58
15
22
54
80
100
113
120
121
112
104
91
73
Declina-
tion.
- 0 32
ft
61.44
62.13
62.79
63.38
63.86
69
66
59
48
83
64.19 j^
64.33 —
64.25 *
63.93 '^
63.34 ^
86
62.48
114
138
160
179
193
202
205
204
197
186
61.34
59.96
58.36
56.57
64.64
62.62
50.57
48.53
46.56
44.70
43.01
41.49
40.19
39.12
38.27
37.66
37.26
37.08
37.07 —
15
37.22
37.53
37.96
38.47
39.06
160
152
130
107
85
61
40
18
39.72
40.42
41.13
31
42
52
50
66
70
71
2.420
1.000
62.80
-0.009
+0.06
+0.4
0.00
-0.4
10 Lacertte.
Mag. 4.9
Right
Ascension.
h
22
m
35
28.989
28.862 ^^^
28.761 ^
28.693
28.661 —
9
28.670
28.723
28.822
28.969
29.163
29.401
29.680
29.994
30.337
30.698
31 .070
31.442
31.805
32.149
32.466
32.749
32.990
33.186
33.334
33.430
33.476
33.476
33.432
33.349
33.232
33.089
32.927
32.753
32.573
32.393
32.220
32.060
31.917
53
99
147
194
238
279
314
343
861
872
872
863
844
817
283
841
196
148
96
46
0
44
83
117
143
162
174
180
180
173
160
143
Declina-
tion.*
+38 36
ff
68.70
57.03
55.07
52.88
50.68
48.26
46.01
43.95
42.16
40.71
39.70
39.15
39.10 —
39.55 **
40.52 ^^
141
167
196
219
230
232
225
2C6
179
145
101
55
41.93
43.78
46.01
48.56
51.36
64.34
57.45
60.59
63.72
66.76
69.66
72.38
74.84
77.01
78.85
185
223
255
280
298
311
314
313
304
290
273
346
217
184
149
81.42 ^
82.08 ^
82.30 —
82.08 ^
67
81.41
80.32 ^^
78.86 '*•
29.414
1.280
45.76
+0.799
+0.06
+0.4
-0.05
-0.4
APPARENT PLACES OF STARS, 1916.
501
FOR THE UPPER TRANSIT AT WASHINGTON.
WashlnKton
Mean Tune.
Jan. 1.2
11.1
21.1
31.1
Feb. 10.1
Mur.
20.0
1.0
11.0
20.9
30.9
Apr.
9.9
19.9
29.8
May 9.8
19.8
29.8
June 8.7
18.7
28.7
July 8.6
18.6
28.6
Aug. 7.6
17.6
27.6
Sept. 6.6
16.5
26.4
Oct. 6.4
16.4
26.3
Nov. 6.3
16.3
25.3
Dec. 6.2
15.2
25.2
36.2
Mean Place
Sec 9, Tan d
DtfrGf Dm a
D4,a,J)md
X Pegasi.
Mag. 4.1
Right
Ascension.
h m
22 42
8
28.918
28.828
28.760
28.717
90
68
43
28.703 ^
17
28.720
28.773
28.862
28.991
29.160
29.367
29.610
29.884
30.185
30.505
30.837
31.172
31.503
31.820
32.114
32.380
32.613
32.804
32.964
33.059
53
89
129
169
ao7
243
274
301
320
332
335
331
317
294
266
233
191
150
105
61
33.120 ^
33.140 —
33.120 •*
33.068
32.985
32.880
32.758
32.627
32.492
32.357
32.229
32.113
32.010
52
83
105
122
131
135
135
128
116
103
Declina-
tion.
+23 7
//
32.88
31.53
30.00
28.37
26.70
25.08
23.58
22.27
21.24
20.54
20.21
20.28
20.76
21.66
22.95
24.59
26.54
28.75
31.17
33.73
36.36
39.00
41.60
44.11
46.48
48.67
50.64
52.37
53.83
55.00
135
153
163
167
162
150
131
103
70
33
7
48
90
120
164
195
221
242
256
263
264
260
251
237
219
197
173
146
117
88
55.88 ^
56.43 ^^
56.67 —
56.58 ®
56.19
55.49
54.51
53.27
39
70
96
124
28.996
1.088
23.87
+0.427
+0.06
+0.4
-0.03
-0.3
B Oniis.
Mag. 3.7
Right
Ascension.
h
22
m
43
s
29.566
29.403
29.288
29.216
153
115
72
29.189 ~
21
29.210
29.280
29.401
29.573
29.796
30.068
30.387
30.748
31.145
31.671
32.016
32.471
32.925
33.364
33.780
34.160
34.495
34.774
34.993
35.146
70
121
172
223
272
319
361
397
426
445
455
454
439
416
380
335
279
219
153
83
35.229 j^
35.246 —
35.197 **
35.090*^
34.932 ^^
199
34.733
228
246
253
248
233
34.605
34.259
34.006
33.758
33.525
33.315
33.135
210
180
Declina-
tion.
-61 46
ft
43.31
41.95
40.18
38.07
35.68
33.03
30.21
27.26
24.24
21.21
18.23
15.37
12.67
10.20
8.02
136
177
211
239
265
282
295
302
303
298
286
270
247
218
187
6.15
4.67
3.60
2.97
148
107
63
2.78-1'
26
3.04
3.73
4.83
6.27
8.02
10.00
12.13
14.31
16.45
18.47
20.28
21.78
22.92
23.64 ^
23.92 —
18
23.74
23.09
22.00
69
110
144
175
198
213
218
214
202
181
150
114
72
65
109
29.198
1.615
31.65
-1.269
+0.07
+0.4
+0.08
-0.3
T Aquaxli.
Mag. 4.2
Right
Ascension.
h m
22 46
8
9.069
8.992
8.944
67
48
8.921 ^
8.923
8.964
9.015
9.108
9.235
9.397
9.694
9.823
10.083
10.368
10.675
10.994
11.320
11.645
11.960
12.256
12.627
12.767
12.969
13.130
13.247
2
31
61
93
127
162
197
229
260
285
307
319
326
325
315
296
271
240
202
161
117
72
13.319 3j
13.360 —
13.340 *®
13.296
13.222
13.126
13.013
12.891
12.767
12.647
12.536
12.437
12.354
44
74
96
113
122
124
120
HI
99
83
Dedinop
tion.
-14 1
tt
72.76
72.94
72.97
72.83
72.61
72.01
71.29
70.37
69.23
67.90
66.37
64.66
62.82
60.87
68.87
56.86
54.88
62.99
51.24
49.69
48.34
47.26
46.41
45.84
45.55
45.49
45.68
46.05
46.58
47.22
47.94
48.69
49.43
50.11
50.73
51.26
51.67
51.96
18
3
14
32
50
72
92
114
133
153
171
184
195
200
201
196
189
175
155
135
109
84
57
29
6
19
37
53
64
72
75
74
68
62
53
41
28
/i Pegasi.
Mag. 3.7
Right
Ascension.
8.778
1.031
70.37
-0.250
h
22
m
46
8
56.783
56.690
56.619
56.671
93
71
48
66.553 i!
14
56.667
56.615
56.702
66.828
56.994
57.200
57.440
57.714
58.015
58.335
68.668
59.006
69.338
59.658
59.956
60.226
60.462
60.658
60.812
60.922
48
87
126
166
206
240
274
301
320
333
338
332
320
298
270
236
196
154
110
66
60.988 25
61.011 —
60.994 *^
60.944 ^
60.864 ^
103
+0.06
+0.4
+0.02
-0.3
60.761
60.640
60.509
60.373
60.237
60.107
59.988
59.882
121
131
136
136
130
119
106
Declina-
tion.
+24 9
//
37.31
35.97
34.44
32.78
31.08
29.43
27.88
26.53
25.44
24.68
24.28
24.28
24.71
25.56
26.79
28.39
30.31
32.51
34.91
37.48
40.12
42.79
45.43
47.98
50.40
52.64
54.67
56.47
67.98
59.21
134
153
166
170
165
155
135
109
76
40
0
43
84
124
160
192
220
240
257
264
267
264
255
242
224
203
180
151
123
94
60.16 ^
60.75 28
61.03 —
61.01 ^
60.63 ^
68
59.95
58.99
67.76
96
123
56.855
1.096
27.86
+0.449
+0.06
+0.4
-0.03
-0.3
APPARENT PLACES OF STARS, 1916.
503
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Time.
Jan. 1.2
11.1
21.1
31.1
Feb. 10.1
Mar.
20.0
1.0
11.0
21.0
30.9
Apr.
9.9
19.9
29.8
May 9.8
19.8
29.8
June 8.7
18.7
28.7
July 8.7
18.6
28.6
Aug. 7.6
17.6
27.5
Sept. 6.5
16.5
26.4
Oct. 6.4
16.4
26.4
Nov. 5.3
15.3
25.3
Dec. 5.2
15.2
25.2
35.2
Mean Place
Sec ^, Tan d
Df a, Dm a
oc Plaoia AnstraUs.
(Fomalhaut.)
Mag. 1.3
Right
Ascension.
h m
22 53
s
1.123
1.033
0.967
0.927 *®
0.916 Ji
21
0.937
0.992
1.082
1.210
1.376
1.581
1.821
2.096
2.401
2.729
3.074
3.429
3.782
4.128
4.457
4.759
5.027
5.255
5.439
5.574
65
W
128
166
205
240
275
805
828
846
855
858
846
820
802
268
228
184
135
86
5.660 33
5.698 —
5.690 ®
5.642 *®
5.557 ^
113
5.445
131
144
140
147
130
5.314
5.170
5.021
4.874
4.735
4.611
4.505
124
106
Declina-
tion.
-30 3
H
70.84
70.42
69.71
68.74
67.51
66.05
64.37
62.50
60.45
58.27
56.00
53.66
51.31
49.00
46.78
44.71
42.82
41.20
39.83
38.78
38.07
37.71
37.68 —
37.99 ^*
38.61 ^'
88
42
71
07
123
146
168
187
205
218
227
234
235
231
222
207
180
162
137
106
71
36
39.49
40.58
41.84
43.19
44.56
45.89
47.11
48.17
49.03
49.64
100
126
135
137
133
122
106
86
61
33
49.97 ^
50.03 —
49.81 ^
0.729
1.155
64.01
-0.579
+0.06
+0.4
+0.04
-0.3
o Andromedje.
Mag. 3.6
Right
Ascension.
h
22
m
58
8
2.826
2.674
2.545
2.444
2.380
2.357
2.379
2.451
2.573
2.747
2.972
3.242
3.553
3.897
4.266
4.650
5.039
5.424
5.793
6.138
6.450
6.722
6.950
7.129
7.257
152
120
101
64
23
22
72
122
174
225
270
811
844
360
884
880
885
860
345
812
272
228
170
128
78
7.335 2g
7.363 —
7.345 ^*
7.284 **
7.188 ^
120
7.059
152
171
182
187
187
170
165
6.907
6.736
6.554
6.367
6.180
6.001
5.836
Declina-
tion.
+41 52
n
42.45
40.95
39.10
36.99
34.70
32.34
30.00
27.78
25.80
24.14
150
185
211
220
236
284
222
108
166
128
22.86
22.03 ^
21.69 —
21.85 ^*
22.51 ^
116
23.67
25.28
27.30
29.67
32.35
35.25
38.33
41.49
44.68
47.83
60.87
63.77
66.44
58.86
60.97
62.73
64.11
65.06
65.56
65.61 —
41
65.20
161
202
237
268
200
308
316
310
315
304
200
287
242
211
176
138
05
50
64.34
63.06
86
128
3.161
1.343
27.39
+0.897
+0.06
+0.4
-0.06
-0.3
ySPegasl.
Var. 2.2-2.7
Right
Ascension.
h m
22 59
s
41.965
41.858
41.770
41.706
41.670
41.665
41.697
41.769
41.882
42.037
42.234
42.470
42.742
43.044
43.368
43.707
44.062
44.395
44.727
45.038
46.323
46.574
45.786
45.955
46.080
107
88
64
36
5
32
72
113
155
107
286
272
802
824
830
846
343
832
311
286
251
212
160
125
81
46.161
46.199 —
46.197 ^
46.158
46.088
45.993
45.877
46.748
45.612
45.472
45.335
45.205
45.087
30
70
05
116
120
136
140
137
130
118
Declina-
tion.
+27 37
ft
47.88
46.57
45.02
43.32
41.53
39.75
38.05
36.51
35.23
34.25
33.64
33.44
33.66
34.31
35.38
36.83
38.65
40.77
43.13
45.69
48.37
51.11
53.85
56.54
59.12
61.56
63.79 ^*
131
155
170
170
178
170
154
128
08
61
20
22
65
107
145
182
212
236
256
268
274
274
260
258
243
65.79
67.52
68.99
200
173
147
114
81
40
70.13
70.94
71.43
71.56 —
71.34 ^
56
70.78
69.91
68.74
87
117
42.002
1.129
36.74
+0.624
+0.06
+0.4
-0.03
-0.3
tf Pegasi.
{Markab.)
Mag. 2.6
Right
Ascension.
h
23
s
34.651
34.566
34.498
34.450
m
0
85
68
48
34.428 —
5
34.433
34.470
34.542
34.651
34.798
34.982
35.203
36.457
35.738
36.042
36.360
36.686
37.011
37.326
37.623
37.897
38.138
38.344
38.511
38.635
38.718
38.760
38.764 —
38.734 ^
38.676 ^
83
37
72
100
147
184
221
254
281
804
818
826
826
815
207
274
241
206
167
124
83
42
38.593
38.493
38.382
38.263
38.144
38.030
37.921
37.824
100
111
no
110
114
100
07
Declina-
tion.
+14 45
II
107
118
123
122
114
102
84
67
18.26
17.19
16.01
14.78
13.56
12.42
11.40
10.56
9.99^
9.71 —
4
9.75
10.15
10.91
12.00
13.41
15.12
17.06
19.20
21.47
23.81
26.18
28.51
30.75
32.86
34.81
40
76
100
141
171
104
214
227
234
237
233
224
211
105
176
36.57
38.10
39.39
40.44
41.23
41.78
42.06
42.12
41.92
41.49
40.85
40.02
39.02
158
120
106
70
66
28
6
20
43
64
83
100
34.516
1.034
11.08
+0.263
+0.06
+0.4
-0.02
-0.3
APPARENT PLACES OF STARS, 1916.
505
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Time.
Jan. 1.2
11.2
21.1
31.1
Feb. 10.1
Mar.
20.0
1.0
11.0
21.0
30.9
Apr.
9.9
19.9
29.9
May 9.8
19.8
29.8
June 8.7
18.7
28.7
July 8.7
18.6
28.6
Aug. 7.6
17.6
27.6
Sept. 6.5
16.6
26.4
Oct. 6.4
16.4
26.4
Nov. 6.3
16.3
26.3
Dec. 6.3
16.2
26.2
36.2
69Pegasi.
Mag. 6.2
Right
Ascension.
h
23
8
29.931
29.849
29.781
29.734
m
7
82
68
47
29.710 —
29.713
29.745
29.809
29.912
30.049
30.226
30.436
30.679
30.954
31.248
31.660
31.881
32.202
32.616
32.814
33.089
33.336
33.644
33.717
33.849
32
64
103
137
176
211
243
275
294
312
321
321
314
298
275
246
209
173
132
90
33.939 ^j
33.990 j2
34.002 —
33.979 ^
33.929 ^
74
33.866
91
106
112
112
110
103
94
33.764
33.669
33.647
33.435
33.326
33.222
33.128
Dedinft*
tion.
+ 8 16
If
64.96
64.07
53.14
62.21
61.32
60.64
49.91
49.47
89
93
93
89
78
63
44
« 20
49.27 —
49.36 •
39
49.76
60.44
61.46
62.76
64.32
66.12
68.10
60.21
62.40
64.61
66.79
68.87
70.83
72.63
74.24
76.63
76.79
77.73
78.42
78.89
79.12
79.14 —
78.99 ^*
69
102
129
167
180
196
211
219
221
218
208
196
180
161
139
116
94
69
47
23
78.67
78.17
77.62
76.76
76.90
32
50
65
76
86
6 H^ . Cassiop.
Mag. 6.6
Right
.Vsoenslon.
h
23
8
13.263
13.010
12.787
12.604
12.470
12.394
12.382
12.441
12.571
12.775
13.046
13.382
13.773
14.208
14.678
16.170
16.667
16.167
16.632
17.076
17.478
17.831
18.128
18.362
18.636
18.642
18.684
18.666
18.690
18.462
18.289
18.078
17.837
17.672
17.293
17.008
16.727
16.460
m
9
253
223
183
134
76
12
59
130
204
271
336
391
436
470
492
497
490
475
443
403
353
297
234
173
107
42
19
76
128
173
211
241
265
279
285
281
267
Decline*
tion.
+66 42
0f
36.23
33.85
31.99
29.76
27.23
24.62
21.76
19.02
16.46
14.17
12.26
10.77
9.80
9.38
9.60
10.17
11.38
13.10
16.27
17.84
20.76
23.93
27.30
30.81
34.37
37.89
41.34
44.62
47.69
60.46
138
186
223
253
271
277
273
256
229
192
14S
97
42
12
67
121
172
217
267
292
317
337
361
356
362
345
328
307
276
243
^2.88200
W»»156
«^-^106
57.60
68.04 —
3
68.01
67.44
66.36
57
109
^ Aquaril.
Mag. 4.4
Right
Ascension.
h m
23 9
s
68.709
68.630
58.564
68.521
79
66
43
68.498 —
6
68.504
68.536
68.602
68.701
68.837
69.008
69.217
59.456
59.723
60.016
60.326
60.644
60.966
61.280
61.681
61.869
62.110
62.326
62.504
62.643
62.737
62.793
62.807
62.789
62.739
62.667
62.573
62.469
62.369
62.247
62.137
62.037
61.946
32
66
99
136
171
209
238
268
293
309
319
321
315
301
278
251
215
179
139
94
56
14
18
50
72
94
104
110
112
110
100
92
Declina-
tion.
- 6 29
ft
66.93
67.42
67.78
68.04
49
86
26
68.16 i?
68.09
67.84
67.36
66.67
66.72
64.64
63.13
61.61
69.74
67.82
65.81
63.76
61.73
49.76
47.91
46.22
44.69
43.42
42.40
41.62
41.11
40.83
40.78 —
40.94 "
33
46
25
48
69
95
118
141
162
177
192
201
206
203
198
184
169
153
127
102
78
51
28
41.27
41.73
42.27
42.90
43.64
44.20
44.86
45.47
46.02
54
63
64
66
65
62
55
Mag. 4.5
Right
Ascension.
h
23
m
11
s
29.912
29.834
29.769
29.725
78
65
44
29.701 il
29.708
29.739
29.803
29.903
30.037
30.209
30.417
30.655
30.926
31.218
31.629
31.850
32.174
32.492
32.796
33.079
33.333
33.663
33.733
33.874
31
64
100
134
172
208
238
270
293
311
321
324
318
304
283
254
220
180
141
99
33.973 gy
34.030 jg
34.046 —
34.029 *^
33.980 ^*
73
33.907
92
106
no
114
no
33.816
33.709
33.599
33.485
33.375
33.273
33.181
102
92
Declint-
tion.
- 9 32
//
44.01
44.39
44.64
38
25
44.76 ii
7
24
44
66
89
112
135
156
173
189
199
206
207
202
192
179
161
137
115
86
61
33
17.02
16.94 —
17.06 ^^
44.68
44.44
44.00
43.34
42.46
41.33
39.98
38.42
36.69
34.80
32.81
30.76
28.68
26.66
24.74
22.96
21.34
19.97
18.82
17.96
17.36
17.39
17.85
18.46
19.12
19.83
20.64
21.23
21.86
22.42
22.88
83
46
60
67
71
71
69
63
56
4»
Mean Place
Sec d, Tan d
29.692
1.011
49.65
+0.146
14.017
1.822
16.13
+1.623
68.342
1.006
67.44
-0.114
29.521
1.014
43.58
-0.168
D^a, Dm a
+0.06
+0.4
-0.01
-0.2
+0.06
+0.4
-0.10
-0.2
+0.06
+0.4
+0.01
-0.2
+0.06
+0.4
+0.01
-0.2
APPARENT PLACES OP STARS, 1916.
507
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
Jan. 1.2
11.2
21.1
31.1
Feb. 10.1
Mar.
20.1
1.0
11.0
21.0
30.9
Apr.
9.9
19.9
29.9
May 9.8
19.8
29.8
June 8.8
18.7
28.7
July 8.7
18.6
28.6
Aug. 7.6
17.6
27.5
Sept. 6.5
ld.5
26.5
Oct. 6.4
16.4
26.4
Nov. 5.3
15.3
25.3
Dec. 5.3
15.2
25.2
35.2
Mean Place
Sec a, Tan d
T Pegasi.
Mag. 4.6
Right
Ast«nsion.
h m
23 16
s
28.756
28.650
28.560
28.490
28.443
28.427
28.444
28.498
28.591
28.726
28.902
29.119
29.372
29.656
29.966
30.293
30.630
30.968
31.298
31.612
31.903
32.162
32.386
32.571
32.713
32.813
32.871
32.889
32.871
32.823
32.747
32.652
32.541
32.419
32.293
32.166
32.043
31.929
106
90
70
47
1«
17
54
93
135
176
217
253
284
310
327
837
338
330
814
291
259
224
185
142
100
58
18
18
48
76
95
111
122
126
127
123
114
Decliaa-
tion.
+23 16
//
59.72
58.56
57.22
55.75
54.21
52.67
51.21
49.91
48.85
48.07
47.61
47.54 —
47.87 ^
48.58 ^
49.68 "^
145
51.13
116
134
147
154
154
146
130
106
78
46
177
205
226
242
262
52.90
54.95
57.21
59.63
62.15
64.72
67.27
69.75
72.11
74.32
76.33
78.13
79.67
80.94
81.94
82.64
83.05
83.14 —
82.94 ^
49
82.45
257
255
248
236
221
201
180
154
127
100
70
41
9
81.66
80.63
79
103
28.620
1.089
49.19
+0.430
6^ Aquaxii.
Mag. 4.2
Right
Ascension.
h m
23 18
s
34.101
34.009
33.932
33.875
33.843
33.839
33.861
33.918
34.011
34.140
34.308
34.514
34.753
35.024
35.321
35.640
35.970
36.305
36.635
36.954
37.251
37.518
37.752
37.947
38.100
38.207
38.271
02
77
57
32
4
22
57
93
129
168
206
239
271
297
819
830
835
830
819
297
267
234
195
153
107
64
38.292 —
38.276 *^
38.226 "
78
38.147
100
115
123
125
123
117
106
38.047
37.932
37.809
37.684
37.561
37.444
37.339
Declina-
tion.
-20 33
t*
37.46
37.51 "-
37.33 ^®
36.91 ^
36.26 ^
88
35.38
34.26
32.92
31.37
29.61
27.68
25.63
23.47
21.26
19.05
16.85
14.76
12.83
11.08
9.57
8.34
7.41
6.81
112
184
156
176
198
206
216
221
221
220
200
198
175
151
138
98
60
^ r^ 31
6.50 —
6.53 ^
81
6.84
7.40
8.17
9.08
10.13
11.22
12.31
13.33
14.27
15.05
15.66
16.07
16.26
56
77
91
106
109
109
102
94
78
61
41
19
33.608
1.068
33.70
-0.375
4 CassiopelJB.
Mag. 5.2
RiRht
Ascension.
h m
23 21
8
5.06
4.73
4.43
4.17
3.97
33
30
26
20
13
3.84
3.79-
8.82 '
11
19
28
85
42
47
52
54
56
65
53
50
46
41
85
27
21
12
10.66
10.72-
10.71 *
8
14
20
3.93
4.12
4.40
4.75
6.17
6.64
6.16
6.70
7.26
7.81
8.34
8.84
9.30
9.71
10.06
10.33
10.54
10.63
10.49
10.29
10.05
9.77
9.44
9.10
8.75
8.40
8.05
24
28
38
34
85
85
86
Declina-
tion.
+61 49
tt
38.18
36.96
35.23
33.07
30.56
27.83
24.97
22.11
19.37
16.87
14.70
12.95
11.69
10.95
10.78 —
89
11.17
12.13
13.60
15.57
17.97
122
178
216
251
273
286
286
274
260
217
175
126
74
20.75
23.85
27.18
30.69
34.29
37.92
41.49
44.95
48.22
51.22
53.89
56.18
58.01
59.35
60.15
60.38
60.04
59.14
96
147
197
240
278
310
333
351
360
363
857
840
327
300
267
229
183
134
80
23
34
90
5.941
2.118
17.46
+1.867
V Pegasi.
Mag. 4.6
Right
Ascension.
h
23
m
21
s
11.246
11.140
11.048
10.976
10.927
10.907
10.920
10.969
11.058
11.188
11.360
11.573
11.822
12.102
12.410
12.735
13.071
13.409
13.740
14.056
14.349
14.612
14.840
15.030
15.178
106
92
72
49
20
13
49
89
130
172
213
249
280
808
325
836
838
831
816
293
263
228
190
148
105
15.283
15.347
15.371 —
15.359 ^
15.316 ^
70
16.246
15.155
15.048
14.929
14.805
14.680
14.567
14.443
91
107
119
124
125
123
114
Declina-
tion.
+22 56
n
112
130
144
150
150
142
126
106
76
44
39.72
38.60
37.30
35.86
84.36
32.86
31.44
30.18
29.12
28.36
27.92
27.86 —
28.16 ^^
28.86 '^
29.94**
143
31.37
33.12
36.15
37.39
39.77
42.27
44.81
47.34
49.80
62.15
54.33
56.33
58.11
59.64
60.91
61.91
62.61
63.02
175
203
224
238
250
254
258
246
236
218
200
178
153
127
100
70
41
63.13 —
62.94 "
47
62.47
61.72
60.72
75
100
11.076
1.086
29.14
+0.423
Df d, Dm d
+0.06
+0.4
-0.03
-0.2
+0.06
+0.4
+0.02
-0.2
+0.05
+0.4
-0.12
-0.2
+0.06
+0.4
-0.03
-0.2
APPARENT PLACES OF STARS, 1916.
509
FOR THE UPPER TRANSIT AT WASHINGTON.
Wnshinston
Mean Tune.
Jan. 1.2
11.2
21.1
31.1
Feb. 10.1
Mar.
20.1
1.0
11.0
21.0
31.0
Apr.
9.9
19.9
29.9
May 9.8
19.8
29.8
June 8.8
18.7
28.7
July 8.7
18.7
28.6
Aug. 7.6
17.6
27.6
Sept. 6.5
16.6
26.5
Oct. 6.4
16.4
26.4
Nov. 5.4
15.3
25.3
Dec. 5.3
15.2
25.2
35.2
72 Pegasi (mian).
Mag. 5.2
Rtfiht
Ascension.
h m
23 29
s
47.082
46.956
46.844
46.750
46.681
46.643
46.639 —
46.675 ^
46.758 ^
46.884 ^^
171
126
112
04
60
38
47.055
47.270
47.526
47.818
48.136
48.476
48.830
49.185
49.533
49.867
50.177
50.458
50.702
60.906
51.067
215
2S6
202
318
340
354
356
348
334
310
281
244
204
161
117
51.184
51.289 —
51.284 *
51.243 ^^
71
51.172
04
115
127
137
141
140
186
51.078
60.963
50.836
50.699
50.558
60.418
50.282
Declina-
tion.
+30 51
tt
55.39
54.23
52.82
51.20
49.44
47.63
45.84
44.17
42.69
41.48
40.60
40.09
116
141
162
176
181
170
167
148
121
88
51
0
40.00 —
40.33 ^
41.09 ^*
117
42.26
156
188
218
241
250
43.82
45.70
47.88
50.29
52.88
55.58
58.33
61.07
63.75
66.30
68.71
70.91
72.89
74.69
76.01
77.10
77.86
78.26
78.31 —
30
78.01
77.36
76.38
270
275
274
268
256
241
220
108
170
142
100
76
40
65
08
A AndionnediB.
Mag. 4.0
Ri^ht
Ascension.
h
23
m
33
8
26.777
26.589
26.419
26.272
26.158
188
170
147
114
74
26.084 28
26.056 —
26.080 ^
26.160 ^
26.297 ^^
104
26.491
26.739
27.037
27.377
27.760
28.149
28.560
28.974
29.379
29.767
30.126
30.449
30.732
30.966
31.160
31.282
31.363
31.394
31.379
31.321
31.226
31.098
30.945
30.769
30.578
30.380
30.180
29.983
248
208
340
373
oUv
411
414
405
388
350
323
283
234
184
132
81
15
58
05
128
153
176
101
108
200
107
Declina-
tion.
+46 0
/»
28.53
27.35
25.77
23.86
21.69
19.36
16.97
14.62
12.42
10.45
8.82
7.58
6.79
6.48
6.67
7.36
8.54
10.16
12.19
14.66
17.24
20.14
23.21
26.37
29.56
32.72
35.78
38.69
41.39
43.82
45.95
47.71
49.08
50.03
50.51
60.52
50.05
49.12
118
158
101
217
233
230
235
220
107
163
124
70
81
10
60
118
162
203
237
268
200
307
316
310
316
306
201
270
243
213
176
137
05
48
1
47
03
t Andxomedie.
Mag. 4.3
Rfxht
Ascension.
h
23
m
34
8
0.686
0.514
0.368
0.224
0.120
0.054
0.030
0.056
0.133
0.265
0.452
0.690
0.975
1.300
1.659
2.041
2.436
2.834
3.224
3.598
3.944
4.259
4.529
4.756
4.935
5.065
5.145 „
33
5.178 —
5.167 "
5.117 ^
87
5.030
172
156
134
104
66
24
26
77
132
187
238
285
326
350
382
306
308
300
374
346
315
270
227
170
130
80
4.913
4.772
4.610
4.436
4.254
4.070
3.890
117
141
162
174
182
184
180
Declinar
tion.
+42 48
>/
27.68
26.61
24.97
23.12
21.03
18.81
16.53
14.31
12.25
10.43
117
154
185
200
222
228
222
206
182
148
8.95
7.86
7.21
100
65
17
7.04 —
7.35 ''
70
8.14
126
160
207
230
267
287
303
300
310
305
205
270
266
231
200
9.40
11.09
13.16
15.65
18.22
21.09
24.12
27.21
30.31
33.36
36.31
39.10
41.66
43.97
^•^165
47.62 ^
48.88 ^
49.72 ^^
50.13 —
4
60.09
49.59
48.67
50
02
iPlsolam.
Mag. 4.3
Right
Ascension.
h
23
m
35
s
38.170
38.078
37.998
37.933
37.887
37.866
37.871
37.909
37.983
38.094
38.243
38.430
38.654
38.910
39.192
39.496
39.812
40.135
40.454
40.761
41.062
41.316
41.560
41.747
41.906
42.025
42.105
42.148
42.165
42.131
42.082
42.011
41.925
41.828
41.724
41.618
41.514
41.414
02
80
65
46
21
5
38
74
111
140
187
224
256
282
304
316
323
310
307
201
264
234
107
150
110
80
43
7
24
40
71
86
07
104
106
104
100
Declina-
tion.
+ 5 10
tt
77
78
76
68
50
44
24
20.40
19.63
18.86
18.09
17.41
16.82
16.38
16.14
16.12 —
16.36 ^
51
16.87
17.67
18.76
20.11
21.70
23.49
25.44
27.60
29.62
31.72
33.78
35.75
37.66
39.19
40.63
41.83
42.81
43.54
44.06
44.33
44.43
44.34
44.07
43.67
43.16
42.53
41.81
41.05
80
100
135
150
170
106
206
212
210
206
107
181
163
144
120
06
78
51
28
10
0
27
40
52
62
72
76
Mean Place
Sec Sy Tan d
46.957
1.165
42.00
+0.598
26.900
1.440
10.72
+1.036
0.732
1.363
10.65
+0.926
37.741
1.004
15.28
+0.091
D^a, Dm a
D^ d. Dm S
+0.06
+0.4
-0.04
-0.1
+0.06
+0.4
-0.07
-0.1
1+0.06
+0.4
-0.06
-0.1
+0.06
+0.4
-0.01
-0.1
APPARENT PLACES OF STARS, 1916.
511
FOR THE UPPER TRANSIT AT WASHINGTON.
Washington
Mean Tune.
Jan. 1.2
11.2
21.2
31.1
Feb. 10.1
Mar.
20.1
1.0
11.0
21.0
31.0
Apr.
9.9
19.9
29.9
May 9.9
19.8
29.8
June 8.8
18.7
28.7
July 8.7
18.7
28.6
Aug. 7.6
17.6
27.6
Sept. 6.5
16.5
26.5
Oct. 6.4
16.4
26.4
Nov. 6.4
15.3
25.3
Dec. 5.3
15.3
25.2
35.2
Mean Place
Sec ^, Tan J
0 Andxomedte.
Mag. 5.1
Right
Ascension.
h m
23 41
s
51.962
61.771
51.595
51.441
51.317
51.233
51.193
51.206
61.275
61.400
51.583
51.822
52.112
52.444
52.813
53.208
53.620
54.036
54.444
54.835
55.203
55.534
55.826
56.070
56.265
56.410
56.504
191
17«
154
134
84
40
13
60
125
183
230
200
332
360
305
412
416
408
301
368
331
202
244
105
145
04
56.548 —
56.545 ^
56.500
56.415
56.298
56.152
55.984
55.800
55.604
55.404
55.207
45
85
117
146
168
184
106
200
197
DecUn»-
tion.
+45 57
It
31.79
30.72
29.22
27.40
25.29
23.01
20.65
18.33
16.12
14.17
12.50
11.22
10.38 3^
10.01 —
10.14 "
63
10.77
107
150
182
211
228
236
232
221
195
167
128
84
11.88
13.43
15.39
17.72
20.33
23.18
26.20
29.34
32.51
35.66
38.72
41.66
44.38
46.87
49.04
50.86
52.31
53.34
53.91
111
155
106
233
261
285
302
314
317
315
306
204
272
240
217
182
145
103
57
10
54.01
53.64 ^^
52.81 ^
52.003
1.438
18.62
+1.034
D^a, D«a 1+0.06
D^^, D«J 1+0.4
-0.07
-0.1
41 H. Cephei.
Mag. 5.0
Right I Deolina-
Ascension. t tion.
h m
23 43
s
52.22
51.78
51.36
50.99
50.69
50.46
50.33
50.29 -
50.35 ^
18
27
44
42
37
30
23
13
50.53
50.80
61.18
51.64
62.18
62.77
53.41
54.07
54.72
55.37
55.99
56.57
57.09
57.54
57.91
58.20
58.41
58.54
58.58
58.53
58.40
58.20
57.93
57.61
57.24
56.83
56.39
55.94
55.49
38
46
54
50
64
66
65
65
62
58
52
45
37
20
21
13
4
5
13
20
27
32
37
41
44
45
45
53.121
2.596
+67 20
46.68
45.81
44.37
42.45
40.12
37.47
34.63
31.69
28.80
26.07
23.61
21.52
19.87
18.72
18.12
18.08
18.60
19.68
21.28
23.35
25.86
28.73
31.92
35.33
38.92
42.58
46.27
49.90
53.39
56.68
59.68
62.34
64.58
66.33
67.56
68.22 ^
68.29 —
67.75 "
87
144
102
233
265
284
204
280
278
246
200
165
115
60
4
52
108
160
ao7
251
287
310
341
350
366
300
363
340
320
300
266
224
175
123
66
23.90
+2.395
+0.06
+0.4
-0.16
-0.1
^ Sonlptoils.
Mag. 4.6
Right
Ascension.
Declina-
tion.
h
23
m
44
-28 35
8
33.794
33.675
33.570
33.482
33.418
33.378
33.370
33.396
33.459
33.563
33.707
33.892
34.118
34.380
34.673
34.991
35.328
35.674
36.022
3e.362
36.685
36.982
37.247
37.474
37.658
37.798
37.891
37.938
37.943-?
37.909 ^
67
t»
no
105
88
64
40
8
20
63
104
144
185
226
262
203
318
337
346
348
340
323
207
265
227
184
140
03
47
I
48.51
48.44
48.04
47.33
46.33
45.04
43.49
41.70
39.68
37.48
35.13
32.67
30.14
27.61
25.12
22.73
20.50
18.49
16.75
15.31
14.22
13.49
7
40
71
100
120
155
170
202
220
235
246
253
253
240
230
223
201
174
144
100
73
37.842
37.749
37.634
37.506
37.371
37.230
37.094
36.964
03
115
128
135
141
136
130
35
13.14 —
13.16 ^
13.55 ^
72
14.27
15.26
16.51
17.91
19.42
20.95
22.44
23.82
25.03
26.02
26.74
27.18
27.31
00
125
140
151
153
149
138
121
00
72
44
13
33.113
1.139
42.75
-0.545
+0.06
+0.4
+0.04
-0.1
^Pegasi.
Mag. 5.2
Right
Ascension.
23
m
48
8
13.127
13.019
12.919
12.834
12.768
108
100
85
66
43
12.725
12.713 —
12.735 ^
12.795 ^
12.896 *®*
142
13.038
184
223
250
287
312
Declina-
tion.
+18 39
13.222
13.445
13.704
13.991
14.303
14.629
14.962
326
333
331
23.53
22.61
21.54
20.35
19.12
17.89
16.75
15.73
14.92
14.36
14.09
14.14
14.55
15.31
16.41
17.81
19.51
21.43
15.293 ""' 1 23.55
15.614
15.917
16.196
16.442
16.654
16.827
16.960
17.054
17.108
17.126
17.113
17.072
17.007
16.923
16.825
16.717
16.603
16.487
16.373
321
303
270
246
212
173
133
04
54
18
13
41
65
84
08
108
114
116
114
25.79
I 28.12
{30.46
32.77
35.01
I 37.11
139.06
40.82
I 42.36
! 43.68
144.75
145.58
46.15
46.47
46.55 —
46.37 "
41
03
107
119
123
123
114
102
81
57
26
5
41
76
110
140
170
103
213
224
333
234
231
224
210
106
176
154
133
107
83
57
33
45.96
45.32
44.49
64
12.732
1.056
13.42
+0.338
+0.06
+0.4
-0.02
-0.1
APPARENT PLACES OP STARS, 1916.
FOR THE UPPER TRANSIT AT WASHINGTON.
513
WashlnKton
Mean Tune.
Jan. 1.2
11.2
21.2
31.1
Feb. 10.1
20.1
Mar. 1.1
11.0
21.0
31.0
Apr. 9.9
19.9
. 29.9
May 9.9
19.8
29.8
June 8.8
18.8
28.7
July 8.7
18.7
28.6
Aug. 7.6
17.6
27.^
Sept. 6.5
16.5
26.5
Oct. 6.5
16.4
26.4
Nov. 5.4
15.3
25.3
Dec. 5.3
15.3
25.2
35.2
Mean Place
Sec 9, Tan d
Df a, Dm a
D^ a, Dm d
€ Tuoanse.
Mag. 4.7
Right
Ascoision.
h m
23 55
s
34.65
34.25
33.88
33.56
33.30
33.11
32.98
32.94 -
32.97 ^
11
19
40.43
40.21
39.91
39.55
39.15
38.72
38.28
37.84
37.42
40
37
32
38
19
13
33.08
33.27
33.55
33.90
34.33
34.82
35.37
35.95
36.55
37.17
37.78
38.36
38.91
39.41
39.82
40.16
40.41
40.57
40.62 -
40.57 *
28
35
43
49
65
58
60
62
61
58
55
50
41
84
25
16
14
22
30
36
40
43
44
44
42
Declina-
tion.
-66 2
ft
62.71
51.59
49.94
47.79
45.21
42.27
39.02
35.55
31.96
28.29
24.63
21.07
17.66
14.50
11.63
9.13
7.06
5.46
4.37
3.81
3.80
4.34
5.40
6.94
8.91
11.24
13.84
16.61
19.44
22.22
24.82
27.15
29.12
30.62
31.60
32.01
31.84
31.09
112
165
215
258
294
325
347
359
367
366
356
341
316
287
260
207
160
109
56
_1
54
106
154
197
233
260
277
283
278
260
233
197
150
96
_41
17
75
33.604
2.463
39.06
-2.250
+0.06
+0.4
+0.15
0.0
80 Plsolam.
Mag. 4.7
Right
.\9oen8ion.
h
23
s
39.768
39.669
39.579
39.499
39.439
m
57
99
90
80
60
41
39.398 j^
39.384 —
39.399 **
39.449
39.535
39.661
39.825
40.028
40.265
40.532
40.825
41.134
41.454
41.774
42.090
42.390
42.668
42.917
43.134
43.314
43.455
43.557
43.621
43.648 —
43.642 ®
34
43.608
43.550
43.473
43.385
43.285
43.180
43.073
42.968
50
86
126
164
203
237
267
293
309
320
320
316
300
278
249
217
180
141
102
64
58
77
88
100
105
107
105
Declina-
tion.
- 6 28
n
49.59
50.11
50.51
50.77
50.89
50.82
50.56
50.09
49.39
48.44
47.25
45.83
44.20
42.39
40.44
38.38
36.27
34.15
32.11
30.15
28.36
26.77
25.41
24.29
23.46
22.91
22.61
22.58
22.78
23.16
23.69
24.34
25.07
25.82
26.59
27.32
28.00
28.59
52
40
26
12
7
26
47
70
95
119
142
163
181
195
206
211
212
204
196
179
150
136
112
83
55
30
3
20
38
53
65
73
75
77
78
68
59
39.136
1.006
+0.06
+0.4
51.21
-0.114
+0.01
0.0
8 Cell.
Mag. 4.6
Right
Ascension.
h
23
m
59
26.971
26.863
26.764
26.678
26.611
26.565
26.647
26.559
26.605
26.690
26.814
26.978
27.181
27.419
27.690
27.987
28.302
28.628
28.966
29.280
29.589
29.878
30.136
30.362
30.550
30.697
30.801
30.866
108
99
86
67
46
18
12
46
85
124
164
203
238
271
297
315
326
328
324
309
289
258
226
188
147
104
65
25
30.891 ~
30.882 *
40
30.842
30.776
30.690
30.589
30.478
30.360
30.243
30.128
66
86
101
111
U8
117
115
Declina-
tion.
26.264
1.050
-17 47
//
75.41
75.68
75.73
75.54
75.12
74.44
73.53
72.37
70.97
69.35
67.55
65.55
63.41
61.17
58.88
56.58
54.34
52.22
50.25
48.49
46.99
45.78
44.88
44.31
44.08
44.15
44.53
45.17
46.02
47.03
48.13
49.29
50.42
51.50
52.47
53.28
53.91
54.35
73.25
-0.321
27
5
19
42
68
91
116
140
162
180
200
214
224
229
230
224
212
197
176
150
121
90
57
23
7
38
64
85
101
110
116
113
108
97
81
63
44
+0.06
+0.4
+0.02
0.0
79790^—1916 33
SUN, 1916.
515
FOR WASHINGTON APPARENT NOON.
Dat«.
Apparmt
Tilpht
Asoeoaion.
Var.
per
Iiour.
Appar«nt
Decllxiation.
Var.
Rout.
Equation
of Time.
Mean-App.
Var.
Hour.
Semi-
diameter.
Is. T. of
Bem.!*afli.
Merid.
h m 8
s
• / //
tt
m a
a
/ //
m a
Feb. 16
21 55 48.18
0.721
-12 36 43.8
+51.60
+14 17.38
-0.135
16 13.17
1 6.66
17
21 59 41.12
9.601
12 15 59.3
52.10
14 13.78
0.165
16 12.97
1 6.56
18
22 3 33.35
0.463
1155 3.1
52. £8
14 9.47
0.104
16 12.76
1 6.46
19
22 7 24.88
0.633
11 33 55.6
63.04
14 4.46
0.233
16 12.55
1 6.36
20
22 11 15.73
0.605
11 12 37.2
53.40
13 58.77
0.361
16 12.33
1 6.26
21
2215 5.91
0.577
-10 51 8.2
•)-53.02
+13 52.41
-0.370
16 12.11
1 6.16
22
22 18 55.44
0.551
10 29 29.0
54.34
13 45.40
0.805
16 11.88
1 6.06
23
22 22 44.34
0.525
10 7 40.2
54.73
13 37.77
0.331
16 11.66
1 5.97
24
22 26 32.64
0.500
9 45 42.0
55.11
13 29.53
0.356
16 11.43
1 5.88
25
22 30 20.34
0.475
9 23 34.8
55.48
13 20.70
0.380
16 11.20
1 5.79
26
22 34 7.46
0.452
- 9 1 19.0
+56.83
+13 11.29
-0.404
16 10.96
1 5.71
27
22 37 54.02
0.420
8 38 54.9
56.17
13 1.33
0.427
16 10.73
1 5.63
28
22 41 40.04
0.406
8 16 23.1
56.48
12 50.82
0.440
16 10.49
1 5.55
29
22 45 25.53
0.385
7 53 44.0
56.78
12 39.79
0.470
16 10.25
1 5.47
Mar. 1
22 49 10.51
0.364
7 30 57.9
57.06
12 28.25
0.401
16 10.00
1 5.40
2
22 52 55.00
0.344
- 7 8 5.3
+57.32
+12 16.21
-0.612
16 9.76
I 5.33
3
22 56 39.00
0.324*
6 45 6.6
57.57
12 3.69
0.531
16 9.51
1 5.26
4
23 0 22.54
0.305
6 22 2.3
57.70
11 50.72
0.550
16 9.26
1 5.19
5
23 4 5.62
0.286
5 58 52.7
58.00
11 37.28
0.560
16 9.01
1 5.13
6
23 7 48.26
0.268
5 35 38.3
58.20
11 23.40
0.587
16 8.76
1 5.07
7
23 11 30.49
0.251
- 5 12 19.4
+58.37
+11 9.12
-0.604
16 8.51
1 5.01
8
23 15 12.31
0.234
4 48 56.6
58.53
10 54.43
0.620
16 8.26
1 4.95
9
23 18 53.74
0.219
4 25 30.2
58.67
10 39.35
0.636
16 8.01
I 4.90
10
23 22 34.81
0.204
4 2 0.5
58.80
10 23.90
0.651
16 7.75
1 4.85
11
23 26 15.53
0.190
3 38 28.0
58.01
10 8.11
0.665
16 7.49
1 4.80
12
23 29 55.92
0.176
- 3 14 53.0
+50.00
+ 9 51.99
-0.678
16 7.23
1 4.75
13
23 33 36.00
0.164
2 51 15.9
50. C8
9 35.56
0.601
16 6.97
1 4.70
14
23 37 15.79
0.152
2 27 37.0
50.15
918.84
0.702
16 6.71
1 4.66
15
23 40 55.32
0.142
2 3 56.8
50.2U
9 1.87
0.712
16 6.45
1 4.62
16
23 44 34.60
0.132
1 40 15.6
59.23
8 44.65
0.7i2
16 6.19
1 4.59
17
23 48 13.66
0.123
- 1 16 33.7
+59.25
+ 8 27.21
-0.731
16 5.92
1 4.57
18
23 51 52.53
0.116
0 52 51.5
59.26
8 9.57
0.730
16 5.65
1 4.55
19
23 55 31.22
0.100
0 29 9.3
59.25
7 51.75
0.745
]6 5.38
1 4.53
20
23 59 9.76
0.103
- 0 5 27.4
59.23
7 33.79
0.751
16 5.11
1 4.51
21
0 2 48.18
9.000
+ 0 18 13.8
59.20
7 15.71
0.756
16 4.83
1 4.49
22
0 6 26.50
0.005
+ 0 41 54.0
+59.15
+ 6 57.52
-O.750
16 4.55
1 4.47
23
010 4.74
0.092
1 5 32.9
59.09
6 39.26
0.762
16 4.27
1 4.46
24
0 13 42.92
9.091
1 29 10.1
59.01
6 20.94
0.764
16 3.99
1 4.45
25
017 21.08
0.000
1 52 45.2
58.92
6 2.59
0.765
16 3.71
1 4.44
26
0 20 59.23
0.000
2 16 18.0
58.81
5 44.23
0.765
16 3.43
1 4.44
27
0 24 37.38
0.001
+ 2 39 48.1
+58.60
+ 5 25.88
-0.764
16 3.14
1 4.44
28
0 28 15.57
0.002
3 315.1
58.55
5 7.56
0.702
16 2.85
1 4.44
29
0 31 53.81
0.006
3 26 38.6
58.40
4 49.30
0.750
16 2.57
1 4.45
30
0 35 32.12
0.098
3 49 58.2
58.23
4 31.11
0.756
16 2.29
1 4.46
31
0 39 10.51
9.103
4 13 13.7
58.05
4 13.00
0.753
16 2.01
1 4.47
Apr. 1 0 42 49.01
0.106
+ 4 86 24.6
+57.86
+ 3 55.00
-0.748
16 1.73
1 4.48
2
0 46 27.62
0.111
+ 4 59 30.6
+57.64
+ 3 37.10
-0.748
16 1.46
1 4.50
Sidereal
Time of
Mean Noon.
h m a
21 41 28.45
21 45 25.01
21 49 21.56
21 53 18.12
21 57 14.67
22 111.23
22 5 7.78
22 9 4.34
2213 0.89
22 16 57.45
22 20 54.00
22 24 50.55
22 28 47.11
22 32 43.66
22 36 40.21
22 40 36.77
22 44 33.32
22 48 29.88
22 52 26.43
22 56 22.98
23 019.54
23 4 16.09
23 812.64
2312 9.20
2316 5.75
23 20 2.31
23 23 58.86
23 27 55.41
23 31 51.97
23 35 48.52
23 39
23 43
23 47
23 51
23 55
23 59
0 3
0 7
Oil
015
45.07
41.63
38.18
34.73
31.29
27.84
24.39
20.94
17.50
14.05
0 19 10.60
0 23 7.16
0 27 3.71
0 31 0.27
0 34 56.82
0 38 53.37
0 42 49.93
Note.— For mean time interral of semidlameter passing meridian, subtract 0>.18 from the aidereal interval.
SUN, 1916.
517
FOR WASHINGTON APPARENT Is 00^ .
1
Sidereal
Tlmaof
Mean Noon.
Date.
Apparent
Ki^t
AMOskni*
Var.
Uoar,
Apparent
Declination.
Var.
Hwur.
Equatkm
oiTlnift.
Ifean^App.
Var.
Ilour.
SMni-
dlameter.
Is. T. of
Bem.PaM.
Herid.
h m 8
B
• ft/
//
m 8
8
/ //
m 8
b m 8
May 17
3 36 28.85
9.921
+19 21 57.7
+33.68
-3 45.44
40.064
15 50.43
1 7.35
3 40 14.90
18
3 40 27.24
9.945
19 35 16.1
32.85
3 43.61
0.068
15 50.24
1 7.43
3 44 11.46
19
3 44 26.19
9.9AS
19 48 14.5
32.01
3 41.22
0.111
15 50.05
1 7.51
3 48 8.02
20
3 48 25.70
9.991
20 0 52.8
31.17
3 38.27
0.134
15 49.87
1 7.59
3 52 4.57
21
3 52 25.76
10.014
20 13 10.8
30.32
3 34.77
0.157
15 49.68
1 7.66
3 56 1.13
22
3 56 26.39
10.038
+20 25 8.2
•f-20.46
-3 30.72
40.180
15 49.50
1 7.73
3 59 57.69
23
4 0 27.57
10.060
20 36 44.6
96.58
3 26.12
0.203
15 49.32
1 7.80
4 3 54.24
24
4 4 29.28
10.082
20 47 59.9
27.69
3 20.98
0.935'
15 49.14
1 7.87
4 7 50.80
25
4 8 31.52
10.104
20 58 53.8
26.80
3 15.31
0.247
15 48.97
1 7.94
4 11 47.36
26
4 12 34.27
10.125
21 9 26.0
26.83
3 9.13
0.968
15 48.80
1 8.01
4 15 43.92
27
4 16 37.53
10.146
+21 19 36.4
+24.98
-3 2.44
+0.989
15 48.64
1 8.08
4 19 40.47
28
4 20 41.28
10.106
21 29 24.7
24.()5
2 55.27
0.300
15 48.48
1 8.14
4 23 37.03
29
4 24 45.50
10.186
21 38 50.7
23.11
2 47.63
0J28
15 48.32
1 8.21
4 27 33.59
30
4 28 50.17
10.204
21 47 54.1
22.17
2 39.54
0.346
15 48.17
1 8.27
4 31 30.14
31
4 32 55.28
10.222
21 56 34.8
21.22
2 31.02
0.864
15 48.03
1 8.33
4 35 26.70
June 1
4 37 0.81
10.230
+22 4 52.6
+20.26
-2 22.07
40.881
15 47.89
1 8.39
4 39 23.26
2
4 41 6.73
10.255
22 12 47.3
19.29
2 12.73
0.897
15 47.75
1 8.44
4 43 19.82
3
4 45 13.02
10.270
22 20 18.7
18.32
2 3.01
0.412
15 47.62
1 8.49
4 47 16.38
4
4 49 19.67
10.284
22 27 26.6
17.34
1 52.95
0.426
15 47.50
1 8.54
4 51 12.93
5
4 53 26.66
10.2C8
22 34 11.0
16.35
142.55
0.440
15 47.38
1 8.59
4 55 9.49
6
4 57 33.96
10.311
+22 40 31.6
+15.36
-1 31.83
+0.453
15 47.27
1 8.64
4 59 6.05
7
5 1 41.56
10.322
22 46 28.4
14.37
1 20.82
0.464
15 47.16
1 8.68
5 3 2.61
8
5 5 49.42
10.333
22 52 1.2
13.36
1 9.56
0.475
15 47.05
1 8.72
5 6 59.17
9
5 9 57.53
10.343
22 57 9.8
12.36
0 58.03
0.485
15 46.95
1 8.76
6 10 55.72
10
6 14 5.87
10.352
23 154.3
11.35
0 46.29
0.494
15 46.85
1 8.79
5 14 52.28
11
5 18 14.41
10.360
+23 614.5
+10.33
-0 34.34
+0.502
15 46.75
1 8.82
5 18 48.84
12
5 22 23.14
10.367
23 10 10.3
9.32
0 22.20
0.509
15 46.66
I 8.84
5 22 45.40
13
5 26 32.04
10.374
23 13 41.7
8.30
-0 9.89
0.516
15 46.57
18.86
5 26 41.96
14
5 30 41.08
10.380
23 16 48.5
7.27
+0 2.56
0.521
15 46.48
1 8.88
5 30 38.51
15
5 34 50.25
10.385
23 19 30.8
6.25
0 15.13
0.596
15 46.40
1 8.90
5 34 35.07
16
5 38 59.54
10.380
+23 21 48.4
+ 5.22
+0 27.82
+0.531
15 46.33
1 8.92
5 38 31.63
17
5 43 8.92
10.393
23 23 41.3
4.19
0 40.61
0.535
15 46.26
1 8.93
5 42 28.19
18
5 47 18.38
10.396
23 25 9.5
3.16
0 53.48
0.538
15 46.19
1 8.94
5 46 24.75
19
5 51 27.90
10.398
23 26 12.9
2.12
1 6.41
0.539
15 46.12
1 8.94
5 50 21.30
20
5 55 37.46
10.390
23 26 51.5
1.09
1 19.37
0.540
15 46.05
18.94
5 54 17.86
21
5 59 47.03
10.399
+23 27 5.3
+ 0.06
+1 32.35
40.541
15 45.99
1 8.94
5 58 14.42
22
6 3 56.60
10.398
23 26 54.3
- 0.98
145.33
0.540
15 45.93
1 8.94
6 2 10.98
23
6 8 6.14
10.396
23 26 18.4
2.01
1 58.28
0.538
15 45.87
1 8.93
6 6 7.54
24
6 12 15.62
10.394
23 25 17.7
3.04
2 11.17
0.585
15 45.82
1 8.92
6 10 4.10
25
6 16 25.03
10.390
23 23 52.3
4.07
2 23.98
0.532
15 45.77
1 8.91
6 14 0.66
26
6 20 34.33
10.385
+23 22 2.1
- 5.11
+2 36.69
40.527
15 45.73
1 8.89
6 17 57.21
27
6 24 43.50
10.379
23 19 47.2
6.14
2 49.26
0.521
15 45.70
1 8.87
6 21 53.77
28
6 28 52.51
10.372
2317 7.6
7.16
3 1.68
0.514
15 45.68
1 8.84
6 25 50.33
29
6 33 1.33
10.303
2314 3.5
8.18
3 13.91
0.506
15 45.66
1 8.81
6 29 46.89
80
6 37 9.94
10.354
23 10 34.9
9.20
3 25.93
0.496
15 45.64
1 8.78
6 33 43.45
July 1
6 41 18.31
10.843
+23 6 42.0
-10.21
+3 37.71
40.486
15 45.63
1 8.74
6 37 40.00
2
6 45 26.42
10.332 +23 2 24.8
-11.22
+3 49.24
40.474
15 45.62
1 8.71
6 41 36.56
Note.— For mein time lnt«rval of semidlameter passing meridian, subtract 0».19 from the sidereal interval.
518
SUX, 1916.
FOR WASHINGTON
APPARENT NOON.
SIdflcctf
Ttmeor
MeanNooa.
Date.
AaoczMioa.
Var.
door.
Apparent
Pffriinanon,
Var.
Hoar.
Eqnatiao
oTTime.
lie«n~App.
Var.
Iloar.
1
SomJ.
diameter.
fi.T.of
McHd.
h m s
•
• / //
It
m 8
8
t 1*
m 8
h m 8
July 1
6 41 18.31
10.343
+23 6 42.0
-ia2i
+3 37.71
441.486
15 45.63
1 8.74
6 37 40.00
2
6 45 26.42
10.332
23 2 24.8
11.22
3 49.24
0.474
15 45.62
1 8.71
6 41 36 56
3
6 49 34.25
10.320
22 57 43.5
12.22
4 0.47
O.Ml
15 45.62
1 8.67
6 45 3112
4
6 53 41.76
10.306
22 52 38.2
13.23
4 11.39
0.448
15 46.62
1 8.63
6 49 29.6S
5
6 57 48.94
10.202
22 47 8.9
14.21
4 21.98
0.434
1
15 46.63
1 8.58
6 53 28.24
6
7 1 55.76
10.277
+22 41 16.0
-15.20
+4 32.22
+0.419
15 46.65
1 8.53
6 57 22.80
t
7 6 2.21
10.201
22 34 59.5
16.18
4 42.09
0.403
1
15 45.67
1 8.48
7 1 19-31
8
7 10 8.26
1J.244
22 28 19.5
17.15
4 51.55
0.386
15 45.70
1 8.43
7 5 15.91
9
7 14 13.90
10.226
22 21 16.4
18.11
5 0.61
0.368
15 45.73
1 8.37
7 9 12.47
10
7 18 19.10
10.207
22 13 50.2
19.07
5 9.23
0.350
15 45.76
1 8.31
7 13 9.02
11
7 22 23.85
10.188
+22 6 1.1
-30.02
+5 17.40
40.331
15 45.80
1 8.25
7 17 5.0*
12
7 26 28.14
10.160
21 57 49.3
20.96
5 25.11
0.311
15 45.84
1 8.19
7 21 2.14
13
7 30 31.95
10.149
21 49 15.0
21.89
5 32.34
0.391
15 45.89
1 8.12
7 24 58.70
14
7 34 35.28
10.128
21 40 18.4
22.82
5 39.09
0.271
15 45.94
1 8.05
7 28 55.36
15
7 38 38.11
10.108
21 30 59.5
23.73
5 45.35
0.2S0
15 45.99
1 7.98
7 32 51.81
16
7 42 40.45
10.087
+21 21 18.7
-24.66
+5 51.11
4O.i30
15 46.04
1 7.91
7 36 48.37
17
7 46 42.28
10.C66
21 11 16.1
25.56
5 56.37
0.209
15 46.10
1 7.84
7 40 44.93
18
7 50 43.59
10.044
21 0 51.9
36.45
6 1.12
0.187
15 46.15
1 7.76
7 44 41.49
19
7 54 44.38
10.022
20 50 6.4
27.34
6 5.35
0.165
15 46.21
1 7.68
7 48 38-04
20
7 58 44.65
10.000
20 38 59.8
28.21
6 9.05
0.143
15 46.27
1 7.60
7 52 34-eO
21
8 2 44.38
9.977
+20 27 32.2
-29.08
+6 12.20
+0.120
15 46.34
1 7.52
7 56 31.16
22
8 6 43.56
9.954
20 15 43.9
29.94
6 14.82
0.098
15 46.42
1 7.44
8 0 27.72
23
8 10 42.19
9.931
20 3 35.2
30.79
6 16.89
0.074
15 46.50
1 7.36
8 4 24.27
24
8 14 40.25
9.907
19 51 6.3
31.62
6 18.39
0.060
15 46.59
1 7.28
8 8 20^
25
8 18 37.74
9.KS3
19 38 17.6
32.44
6 19.31
0.027
15 46.68
1 7.19
8 12 17.3S
26
8 22 34.65
9.8^9
+19 25 9.2
-33.26
+6 19.67
+0.003
15 46.78
1 7.11
8 16 13-94
27
8 26 30.97
9.834
19 11 41.3
34.06
6 19.43
-0.022
15 46.88
1 7.02
8 20 lOJO
28
8 30 26.69
9.809
18 57 54.4
34.85
6 18.60
0.047
15 46.98
1 6.94
8 24 7.06
29
8 34 21.82
9-785
18 43 48.7
35.62
6 17.17
0.072
15 47.09
1 6.85
8 28 a.61
30
8 38 16.35
9.759
18 29 24.5
36.39
6 15.15
0.097
15 47.21
1 6.76
8 32 0.17
31
8 42 10.27
9.734
+18 14 42.2
-37.14
+6 12.52
-0.122
15 47.33
1 6.67
8 35 56,72
Aug. 1
8 46 3.57
9.708
17 59 41.9
37.88
6 9.28
0.148
15 47.45
1 6.58
8 39 53.28
2
8 49 56.26
9.682
17 44 24.1
38.60
6 5.42
0.174
15 47.58
1 6.50
8 43 49.84
3
8 53 48.33
9.657
17 28 49.0
39.32
6 0.94
0.199
15 47.71
1 6.41
8 47 46.39
4
8 57 39.78
9.631
17 12 56.9
40.02
5 55.85
0.225
15 47.85
1 6.33
8 51 42.95
5
9 1 30.61
9.605
+16 56 48.2
-40.70
+5 50.14
-0.L51
15 47.99
1 6.24
8 55 39.50
6
9 5 20.82
9.579
16 40 23.2
41.38
5 43.82
0.276
15 48.14
1 6.16
8 59 36.06
7
9 9 10.42
9.554
16 23 42.1
42.04
5 36.88
0.302
15 48.29
1 6.07
9 3 32.e
8
9 12 59.42
9.529
16 6 45.4
42.69
5 29.34
0.327
15 48.45
1 5.98
9 7 29.17
9
9 16 47.81
9.504
15 49 33.2
43.33
5 21.20
0.351
15 48.61
1 5.90
9 11 25.73
10
9 20 35.60
9.479
+15 32 5.8
-43.95
+5 12.47
-0.376
15 48.77
1 5.82
9 15 22.23
11
9 24 22.81
9.455
15 14 23.6
44.56
5 3.15
0.400
15 48.94
1 6.74
9 19 18.84
12
9 28 9.45
9.432
14 56 26.9
45.16
4 53.25
0.424
15 49.11
1 5.66
9 23 15.40
13
9 31 55.53
9.409
14 38 15.9
45.75
4 42.80
0.447
15 49.28
1 5.58
9 27 11.96
14
9 35 41.06
9.386
14 19 60.8
46.33
4 31.80
0.469
15 49.45
1 5.50
9 31 8.50
15
9 39 26.05
9.364
+14 112.1
-46.89
+4 20.27
-0.491
15 49.62
1 6.42
9 35 6.00
16
9 43 10.52
9.343
+13 42 20.0
-47.45
+4 8.22
-0.512
15 49.80
1 5.34 1 9 39 1.62
Note.— For mean iLmo iaterval of saiuidiameter paasing meridian, subtract 0*.I8 from the sidoreal intwaL
SUN", 1916.
519
FOR WASHINGTON APPARENT NOON.
wt -« — «
Date.
Aflotfiiion*
Var.
Apparent
Declinatkm.
Var.
am.
Ecmtton
oiTline.
ICean— Appi
Var.
Sdinl-
diameter.
8. T. of
36m.Paas.
Merid.
oiuereai
Time of
Mean Noon.
h m 8
8
• / //
ft
m 8
8
/ //
m 8
h m 8
Aug. 16
9 43 10.52
0.343
+13 42 20.0
-47.45
+ 4 8.22
-0.513
15 49.80
1 5.34
9 39 1.62
17
9 46 54.48
9.321
13 23 14.6
47.99
3 55.67
0.583
15 49.98
1 5.27
9 42 58.17
18
9 50 37.95
9.301
13 3 56.4
48.52
3 42.63
0.553
15 50.16
1 5.20
9 46 54.72
19
9 54 20.95
9.282
12 44 25.6
49.04
3 29.10
0.573
15 50.34
1 5.13
9 50 51.28
20
9 58 3.48
9.262
12 24 42.7
49.54
3 15.11
0.503
15 50.53
1 5.06
9 54 47.83
21
10 145.54
9.243
+12 4 47.8
-SO. 03
+ 3 0.66
-0.611
15 50.72
1 4.99
9 68 44.39
22
10 5 27.16
9.225
11 44 41.3
50.51
2 45.76
0.630
15 50.91
1 4.92
10 2 40.94
23
10 9 8.34
9.207
11 24 23.6
50.97
2 30.43
0.647
15 51.11
1 4.86
10 6 37.50
24
10 12 49.10
9.190
11 3 55.0
51.42
2 14.69
0.664
15 51.31
1 4.79
10 10 34.05
25
10 16 29.46
9.173
10 43 15.7
51.85
158.54
0.681
15 51.51
1 4.73
10 14 30.61
26
10 20 9.42
9.157
+10 22 26.2
-52.27
+ 1 41.98
-0.608
15 51.72
1 4.67
10 18 27.16
27
10 23 48.99
9.141
10 126.8
52. GS
125.04
0.714
15 51.94
1 4.61
10 22 23.72
28
10 27 28.19
9.126
9 40 17.7
53.07
1 7.73
0.720
15 52.16
1 4.56
10 26 20.27
29
10 31 7.03
9.111
9 18 59.4
63.45
0 50.07
0.743
15 52.38
1 4.50
10 30 16.82
30
10 34 45.52
9.097
8 57 32.3
53.81
0 32.06
0.757
15 52.60
1 4.45
10 34 13.38
31
10 38 23.67
0.0S3
+ 8 35 56.7
-54.16
+ 0 13.71
-0.771
15 52.83
1 4.40
10 38 9.93
Sept. 1
10 42 1.51
9.070
81412.8
54.40
- 0 4.96
0.784
15 53.06
1 4.36
10 42 6.49
2
10 45 39.03
9.057
7 52 21.2
54.81
0 23.93
0.707
15 53.29
1 4.32
10 46 3.04
3
10 49 16.26
9.045
7 30 22.0
55.12
0 43.20
0.800
15 53.53
1 4.28
10 49 59.59
4
10 52 53.22
9.034
7 815.6
55.41
1 2.75
0.820
15 53.77
1 4.24
10 53 56.15
5
10 56 29.92
9.024
+ 6 46 2.3
-65.69
- 122.56
-0.830
15 54.02
1 4.21
10 57 52.70
6
11 0 6.36
9.014
6 23 42.5
55.95
142.61
0.840
15 54.27
1 4.18
U 149.26
7
11 3 42.58
9.005
6 116.6
56.20
2 2.89
0.840
15 54.52
1 4.15
11 5 45.81
8
11 718.60
8.997
5 38 44.8
56.44
2 23.37
0.857
15 54.77
1 4.12
11 9 42.36
9
11 10 54.44
8.990
516 7.4
56.67
2 44.03
0.864
15 55.02
1 4.10
11 13 38.92
10
11 14 30.11
8.983
+ 4 53 24.6
-56.89
- 3 4.85
-0.870
15 55.27
1 4.08
11 17 35.47
11
1118 5.65
8.978
4 30 36.9
57. CO
3 25.81
0.876
15 55.52
1 4.06
11 21 32.02
12
11 21 41.08
8.974
4 7 44.5
57.28
3 46.88
0.880
15 55.78
1 4.04
11 25 28.58
13
11 25 16.42
8.971
3 44 47.6
57.46
4 8.04
0.883
15 56.03
1 4.03
11 29 25.13
14
11 28 51.69
8.909
S 21 46.6
57.62
4 29.26
0.885
15 56.29
1 4.02
11 33 21.68
15
11 32 26.92
8.967
+ 2 58 41.9
-57.77
- 4 50.53
-0.887
15 56.54
1 4.02
11 37 18.24
16
1136 2.12
8.066
2 35 33.7
57.91
5 11.82
0.887
15 56.80
1 4.01
11 41 14.79
17
11 39 37.32
8.967
2 12 22.3
58.04
5 33.11
0.886
15 57.05
1 4.01
11 45 11.34
18
11 43 12.55
8.969
149 8.0
58.15
5 54.37
0.885
15 67.31
1 4.01
1149 7,.90
19
11 46 47.83
8.971
•
1 25 51.2
58 25
615.60
0.883
15 57.57
1 4.02
1153 4.45
20
11 50 23.16
8.974
+ 12 32.3
-58.33
- 6 36.76
-0.880
15 57.83
1 4.03
1157 1.00
21
11 53 58.57
8.978
0 39 11.6
58.40
6 57.84
0.876
15 58.10
1 4.04
12 0 57.56
22
11 57 34.09
8.082
+ 0 15 49.4
58.45
7 18.81
o.8n
15 68.36
1 4.05
12 4 54.11
23
12 1 9.73
8.988
- 0 7 33.9
58.40
7 39.66
0.866
15 58.63
1 4.07
12 8 60.66
24
12 4 45.51
8.994
0 30 57.9
58.51
8 0.38
0.860
15 58.90
1 4.09
12 12 47.21
25
12 8 21.46
9.001
- 0 54 22.3
-58.62
- 8 20.95
-0.853
15 59.17
1 4.11
12 16 43.77
26
12 11 57.56
0.008
1 17 46.7
58.51
8 41.34
0.845
15 59.44
1 4.14
12 20 40.32
27
12 15 33.86
9.017
1 41 10.7
58.49
9 1.53
0.837
15 59.71
1 4.17
12 24 36.87
28
12 19 10.37
9.026
2 4 34.0
58.45
9 21.51
0.828
15 59.98
1 4.20
12 28 33.43
29
12 22 47.11
9.086
2 27 56.2
58.40
9 41.26
0.818
16 0.26
1 4.24
12 32 29.98
30
12 26 24.10
9.046
- 2 51 17.0
-58.33
-10 0.77
-0.808
16 0.54
1 4.2S
12 36 26.53
Oct. 1
12 30 1.35
9.058
- 314 35.9 -58.24 1
-10 20.03
-0.707
16 0.82
1 4.32
12 40 23.09
Nofiv^For mean time Interval of semiilameter paaaln? meridian, subtract 0>.18 from the eldereal interral.
SUN, 1916.
FOR WASHINGTON APPARENT NOON.
521
Dftt«.
Nov.
«Dt
Auparm
Asoeotkm
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
h m •
15 26 34.58
15 30 42.77
15 34 51.81
15 39 1.70
15 43 12.44
15 47 24.00
15 51 36.38
15 55 49.57
16 0 3.55
16 418.31
16 8 33.81
16 12 50.04
1617 6.99
16 21 24.62
16 25 42.91
16 30 1.85
16 34 21.41
16 38 41.56
16 43 2.29
16 47 23.57
16 51 45.39
16 56 7.72
17 0 30.54
17 4 53.82
17 917.54
17 13 41.67
17 18 6.19
17 22 31.06
17 26 56.25
17 31 21.75
17 35 47.53
17 40 13.54
17 44 39.75
17 49 6.13
17 53 32.64
17 57 59.25
18 2 25.93
18 6 52.63
18 11 19.32
18 15 45.94
18 20 12.46
18 24 38.85
18 29 5.07
18 33 31.09
18 37 56.86
18 42 22.34
18 46 47.50
Vw.
s
0.833
0.359
0.394
0.430
0 405
0.490
0.533
0.500
0.599
0.031
O.OCl
0.601
0.721
0.749
0.776
0.802
0.827
0.852
0.875
0.808
0.920
0.941
0.901
0.979
0.997
1.014
1.029
1.043
1.066
1.009
1.079
1.088
1.006
1.103
1.107
1.110
1.112
1.113
1.111
1.107
1.102
1.096
1.089
1.079
1.068
1.055
1.041
Appu-eot
DecUna '
tifon.
•18 47 12.7
19 159.4
19 16 25.8
19 30 31.4
19 44 15.9
-19 57 38.9
20 10 40.0
20 23 18.8
20 35 34.9
20 47 28.1
-20 58 58.1
2110 4.4
21 20 46.6
2131 4.5
21 40 57.8
-21 50 26.2
21 59 29.6
22 8 7.4
22 16 19.5
22 24 5.8
-22 31 25.9
22 38 19.6
22 44 46.7
22 50 47.0
22 56 20.3
-23 126.4
23 6 5.1
23 10 16.3
23 13 59.9
23 17 15.7
-23 20 3.6
23 22 23.4
23 24 15.1
23 25 38.6
23 26 33.9
-23 27 0.8
23 26 59.3
23 26 29.5
23 25 31.4
23 24 5.0
-23 22 10.3
23 19 47.4
23 16 56.3
23 13 37.2
23 9 50.3
-23 5 35.6
-23 0 53.3
Var.
per
Hour.
-37.36
86.53
85.67
34.80
83.91
-^.00
32.08
31.15
30.20
29.24
-28.26
27.26
26.25
2',. 24
24.20
-23.16
22.11
21.04
19.97
18.89
-17.79
16.69
15.57
14.45
13.33
-12. 19
11.04
9.89
8.74
7.58
- 6.41
5.24
4.07
2.80
1.71
- 0.53
+ 0.05
1.83
8.01
4.11)
+ 5.37
6.54
7.71
8.88
10.03
•1-11.19
+12.34
RquatkiQ
ofTlme.
M6S0— ^App.
m 8
-15 7.54
14 55.93
14 43.48
14 30.18
14 16.04
-14 1.08
13 45.30
13 28.71
13 11.33
12 53.19
-12 34.30
12 14.67
1154.34
11 33.32
11 11.64
-10 49.33
10 26.40
10 2.87
9 38.76
9 14.10
- 8 48.90
8 23.20
7 57.02
7 30.37
7 3.29
- 6 35.79
6 7.90
5 39.66
5 11.11
4 42.25
- 4 13.12
3 43.75
3 14.18
2 44.44
214.56
- 144.59
114.56
0 44.50
- 0 14.45
+ 0 15.53
+ 0 45.42
1 15.18
144.76
2 14.13
2 43.25
+ 312.08
+ 3 40.61
Var.
Hoar.
s
+0.466
0.501
0.536
0.572
0.607
+0.641
0.675
0.708
0.740
0.771
+0.802
0.832
0.861
0.890
0.917
+0.943
0.968
0.992
.016
.089
.061
.081
.101
.119
.137
.154
.160
.183
.196
.306
.319
.338
.336
.342
.247
.360
.353
.363
.351
MS
.343
.386
.338
.319
.207
.196
.183
Semi-
diameter.
Is. T. of
Sem.PaaB.
Utrid.
612.66
6 12.86
6 13.06
6 13.26
6 13.45
6 13.64
6 13.83
6 14.02
614.20
6 14.38
6 14.55
6 14.72
6 14.89
6 15.a5
6 15.21
6 15.37
6 15.53
6 15.69
615.84
6 15.98
6 16.12
616.25
616.38
6 16.50
6 16.61
6 16.72
6 16.82
6 16.92
6 17.01
617.09
6 17.17
6 17.24
6 17.31
6 17.37
6 17.43
6 17.49
6 17.65
617.60
617.65
6 17.69
6 17.73
6 17.76
6 17.79
6 17.81
617.83
617.85
6 17.87
m
s
8.70
8.81
8.92
9.03
9.14
9.25
9.36
9.47
9.58
9.69
9.79
9.89
9.99
10.08
10.17
10.26
10.35
10.43
10.51
10.58
10.65
10.72
10.79
10.86
10.92
10.97
11.02
11.06
11.10
11.14
11.17
11.19
11.21
11.23
11.24
11.25
11.25
11.25
11.25
11.24
11.23
11.21
11.18
11.15
11.12
11.09
11.05
Sidereal
Time of
Mean Noon.
h m s
15 41 44.60
15 45 41.16
15 49 37.72
15 53 34.27
15 57 30.83
16 127.39
16 5 23.94
16 9 20.60
16 13 17.06
16 17 13.61
16 21 10.17
16 25 6.73
16 29 3.29
16 32 69.84
16 36 56.40
16 40 52.96
16 44 49.52
16 48 46.08
16 52 42.64
16 56 39.19
17 0 35.75
17 4 32.31
17 8 28.87
17 12 25.43
17 16 21.99
17 20 18.64
17 24 16.10
17 28 11.66
17 32 8.22
17 36 4.78
17 40 1.34
17 43 67.90
17 47 64.46
17 51 61.01
17 55 47.57
17 59 44.13
18 3 40.69
18 7 37.25
18 11 33.81
18 15 30.36
1819
18 23
18 27
18 31
18 35
18 39
18 43
26.92
23.48
20.04
16.60
13.16
9.71
6.27
Non —For mean tima intcnral of aemidiaineter passing meridian, subtract 0».19 from the sidereal interval.
MOON-CULMINATIONS, 1916.
523
FOR TRANSIT OF MOON'S CENTER OVER THE MERIDIAN OF WASHINGTON.
Date.
1
i
j
5
Wash.
Mean
Time.
Var.
HOTir
of
Long.
Rie^t
Aaosnaioxi
of
Center.
Var.
Hour
of
Long.
Qeooentrlo
DacUnatian
of
Center,
Var.
H^
of
Long.
8. T.
of
SemkL
Paw-
ing lie.
ridian.
Oeooen-
trio
Semidi-
ameter.
Equa-
torial
Hori-
lontal
Parallax.
Brl^t
Limbs.
h m
m
h m s
s
• 0 n
11
8
t tt
/ tt
Jan. 23
u
15 1.60
1.776
111054.96
116.73
+ 13346.4
-aoo.o
63.21
15 18.1
66 3.6
II. s.
24
L
323.00
1.794
11 34 21.22
117.77
- 12524.2
899.2
63.54
1522.6
6620.0
24
U
1544.69
1.824
1158 4.50
119.57
42521.1
898.6
64.07
1527.4
6637.6
II. s.
25
Ti
4 6.82
1.867
12 22 14.09
122.17
72415.1
888.0
64.81
1532.4
5666.1
25
U
16 29.55
1.023
12 46 59.62
125.56
-1020 6.8
-868.1
65.76
1537.7
57 16.5
II. s.
26
L
4 53.03
1.903
13 12 30.81
129.77
131044.1
836.1
66.91
1543.2
67 36.7
26
U
17 17.43
2.076
133857.15
134.74
155340.0
791.0
68.23
1548.9
5766.6
11. s.
27
L
5 42.89
2.170
14 627.33
140.89
18 26 10.1
731.5
69.70
1564.7
58 18.0
27
U
18 9.53
2.272
1435 8.41
146.52
-204511.4
-«56.0
71.27
16 0.6
6839.6
II. s.
28
L
637.43
2.377
15 5 4.79
152.89
22 47 25.3
563.4
72.85
16 6.4
59 0.9
28
U
19 6.58
2.480
153617.02
159.10
242923.0
453.3
74.36
1612.1
5921.6
II. s.
29
L
7 36.92
2.573
16 840.48
164.67
2547 36.0
826.2
75.68
1617.4
5941.2
29
U
20 8.26
2.647
1642 4.61
160.12
-26 38 52.6
-184.4
76.70
1622.2
5969.0
II. s.
30
L
840.34
2.094
17 16 12.87
171.96
27 038.0
- 31.8
77.34
16 26.5 : 60 14.6
1
30
U
2112.80
2.710
175043.94
172.88
26 51 13.8
+126.8
77.52
1629.9 6027.1
II. N.
31
L
945.24
2.692
182514.03
171.81
26 10 13.9
283.1
77.23
1632.4
6036.2
31
U
22 17.28
2.644
185919.90
168.90
-245880.6
+432.4
76.51
1633.8
6041.4
II. N.
Feb. 1
L
10 48.58
2.571
193241.68
164.53
23 18 10.2
568.4
76.45
1634.0
6042.2
1
U
23 18.92
2.483
20 5 4.86
159.22
21 12 18.3
687.1
74.15
1633.0
6038.5
2
L
1148.13
2.387
20 36 20.98
153.45
184441.4
785.0
72.73
1630.8
6030.3
3
U
016.19
2.290
21 627.34
147.60
-155926.7
+863 .8
71.28
1627.4
6017.8
3
L
1243.12
2.200
213525.98
142.20
13 044.4
920.8
69.90
1622.8
60 1.2
4
U
1 9.02
2.118
22 322.32
137.30
95235.3
968.0
68.66
16 17.4
6941.2
4
L
13 34.01
2.040
223024.10
133.12
63842.8
977.9
67.59
16 11.1
5918.1
5
U
158.24
1.092
225640.25
129.71
- 32229.1
+961.9
66*71
16 4.2
6862.8
I. S.
5
L
14 21.87
1.940
23 22 20.27
127.10
- 0 653.0
971.8
66.04
1666.9
6825.8
.
6
U
245.06
1.918
23 47 33.65
125.27
+ 3 528.5
049.7
65.58
1549.3
5758.0
I. s.
6
L
15 7.96
1.901
0 12 29.62
124.18
6 12 18.3
916.9
66.32
1541.6
6729.9
7
U
330.71
1.894
0 37 16.83
123.70
+ 91136.6
+874.6
66.25
1634.1
57 2.2
I. s.
7
L
15 53.45
1.888
1 2 3.22
124.03
12 137.4
824.2
65.35
1526.8
5636.4
8
U
416.30
1.011
1 26 55.86 1 124 .82
144046.2
766.1
65.59
15 19.9
5610.0
I. s.
8
L
16 39.35
1.032
152 0.84,126.07
17 736.7
701.2
05.95
15 13.5
6546.4
9
U
5 2.68
1.058
2 17 22.98
127.67
+192049.3
+629.9
66.40
15 7.6
6626.0
I. s.
9
L
17 26.36
1.988
2 43 5.81
129.49
2119 9.9
562.5
66.90
16 2.4
56 6.9
10
U
550.41
2.020
3 911.19
131.41
23 129.1
469.7
67.41
1457.9
6449.4
I. s.
10
L
18 14.84
2.051
3 35 39.29
133.26
24 26 43.7
381.9
67.90
1464.1
5435.5
11
U
6 39.62
2.078
4 228.53
134.90
+253356.5
+289.6
68.32
1461.1
5424.4
I. s.
11
L
19 4.70
2.100
4 29 35.47
136.19
26 22 20.1
193.8
68.64
1448.8
5416.1
12
U
7 29.98
2.113
45655.12
137.00
265117.8
+ 96.5
68.83
1447.3
5410.5
I. s.
12
L
1955.38
2.118
5 2421.24
137.25
27 027.0
- 4.1
68.86
1446.6
64 7.5
13
U
8 20.76
2.112
55146.83
136.91
+264941.1
-108.5
68.74
1446.4
64 7.1
I. N.S.
13
L
2046.02
2.096
619 4.74
135.08
26 19 10.0
201.3
68.46
1446.9
64 9.1
14
U
911.04
2.072
646 8.28
134.52
25 2919.9
296.4
68.03
14 48.0
5413.3
I. N.
14
L
21 35.72
2.041
7 12 51.72
132.66
24 20 53.9
887.1
67.50
1449.7
5419.5
16
U
10 0.00
2.005
7 39 10.75
130.48
+225448.7
-472.7
66.89
1461.9
6427.5
I. N.
Feb. 13, U Deftetive Illumination of 8, O^'.U.
MOON-CULMINATIONS, 1916.
525
FOR TRANSIT OF MOON'S CENTER 0\T;R THE MERIDUN OF WASHINGTON.
I>mte.
1
C
1
3
Wash.
Mean
Time.
Var.
Hwir
of
Long.
m
Right
Aaoenaion
of
Center.
Var.
Hour
of
Long.
Qeooentrio
Dedination
of
Center.
Var.
Hour
of
Long.
B. T.
of
Semid.
Pass-
ing Me-
ridian.
Qeooen-
trio
Semidi.
ameter.
Equa-
torial
Eori-
sontal
Parallax.
Bright
Limbs.
h m
h m s
s
• f It
ti
s
t It
1 I*
Mar. 9
U
431.07
2.087
340 1.47
135.42
+2431 2.0
+371.6
68.38
14 59.4
5454.9
I. s.
9
L
1656.25
2.108
4 714.37
136.66
253549.1
276.6
68.72
1455.6
5441.2
10
U
521.63
2.121
4 34 39.59
137.46
2621 7.7
177.0
68.94
14 52.6
5430.2
I. s.
10
L
17 47.12
L.136
5 211.47
137.76
264633.6
+ 77.1
69.03
1450.4
5421.9
11
U
6 12.61
:«.121
52943.60
137.49
+265157.5
- 23.0
68.97
14 48.9
5416.4
I. s.
11
L
1838.00
2.108
557 9.24
136.60
26 37 26.3
121.9
68.75
1448.2
5413.7
12
U
7 3.17
2.066
6 24 22.03
135.37
26 322.1
218.3
68.39
14 48.2
5413.8
I. N.
12
L
1928.04
2.057
6 51 16.39
133.63
251021.2
811.1
67.91
1448.9
5416.6
13
U
7 52.53
2.023
717 48.05
131.60
+235911.9
-309.5
67.35
1450.4
5422.1
I. N.
13
L
20 16.59
1.987
7 4354.19
129.40
223053.0
482.6
66.73
14 52.6
5430.1
14
U
840.21
1.050
8 933.62
127.18
2046 31.1
659.9
66.10
1455.4
5440.4
I. N.
14
L
21 3.40
1.015
83446.81
125.05
184719.1
630.9
63.49
1458.8
54 52.8
15
U
926.18
1.883
85935.65
123.13
+163435.0
-696.2
64.94
15 2.7
55 7.1
I. N.
15
L
21 48.61
1.856
924 3.43
111.55
14 9 41.3
762.5
64.47
15 7.0
5522.9
16
U
10 10.76
1.837
9 48 14.55
120 .38
1134 4.4
802.3
64.11
1511.6
5539.9
I. N.
16
L
2232.73
1.825
10 12 14.37
119.08
84915.0
844.4
63.89
15 16.5
5557.9
17
U
1054.61
1.823
1036 9.10
119.53
+ 55651.G
-878.2
63.82
1521.6
5616.5
I. N.
17
L
23 16.52
1.830
11 0 5.57
119.98
+ 25835.7
903.0
63.92
1526.7
5635.3
18
U
11 38.58
1.848
112411.20
121.07
- 0 340.7
918.1
64.21
1531.8
5654.1
I. iV.S.
19
L
0 0.93
1.877
114833.82
122.81
3 757.3
922.7
04.68
1536.8
57 12.4
19
U
12 23.69
1.918
121321.50
125 .Si5
-612 3.1
-916.1
65.34
1541.6
57 30.0
II. s.
20
T.
047.00
1.970
12 3842.43
128.36
91335.4
8D7.1
66.18
1546.2
57 46.7
20
U
1311.00
2.032
13 444.58
132.11
12 959.4
834.5
67.19
1550.4
58 2.2
II. s.
21
L
135.80
2.104
133135.34
136.44
145827.9
817.7
68.35
1554.3
58 16.3
21
U
14 1.52
2.184
135921.01
141.23
-17 36 2.4
-755.5
69.61
1557.7
5828.9
II. s.
22
L
228.23
2.368
1428 6.00
146.29
1959 35.9
677.5
70.92
16 0.7
5839.9
22
U
14 55.95
2.352
14 57 52.09
161.37
22 557.9
583.5
72.22
16 3.3
5849.3
II. s.
23
L
3 24,66
2.431
152837.56
156.13
2352 1.0
474.5
73.43
16 5.4
5857.2
23
U
1554.2G
2.439
16 016.54
160.22
-251451.8
-361.9
74.46
16 7.1
59 3.6
II. s.
24
L
4 24.57
2.650
16 3238.63
163.27
2612 2.4
i\9.i
75.22
16 8.5
59 8.5
24
U
16 55.36
2.678
17 529.51
164.97
264143.0
- 77.6
75.65
16 9.4
5911.9
II. s.
25
L
526.35
2.581
17 3831.87
165.16
26 42 52.5
•(- 65.0
75.71
16 10.0
5914.0
25
U
17 57.22
2.559
181127.36
163.85
-26 15 25.0
+207.8
75.40
16 10.2
5914.9
II. N.5.
26
L
627.68
2.515
184358.62
161.16
25 20 10.0
343.3
74.76
1610.1
59 14.5
26
U
1857.50
2.453
191551.08
167.43
235846.0
468.8
73.84
16 9.6
59 12.8
II.N.
27
L
7 26.50
2,380
194654.24
153.021
221330.8
581.4
72.73
16 8.8
59 9.8
27
U
19 54.59
2.301
2017 2.01
148.26
-20 7 9.4
+679.6
71.53
16 7.7
59 5.6
II. N.
28
L
821.72
2.222
20 46 12.66
143.53
17 4241.8
762.4
70.31
16 6.2
59 0.0
28
U
2047.93
2.148
21 14 27.98
139.08
15 314.3
829.6
69.14
16 4.3
5853.1
II. N.
29
L
913.30
2.082
21 41 52.51
135.10
12 11 52.6
881.6
68.08
16 2.0
5844.6
29
U
21 37.93
2.025
22 8 32.69
131.71
- 91136.2
+918.8
67.15
15 59.2
5834.6
II. N.
30
L
10 1.95
1.980
22 3436.20
128.99
6 518.2
041.9
66.40
1556.1
5823.1
30
U
2225.50
1.947
23 011.28
126.97
- 25543.2
961.7
65.83
1552.6
58 10.2
II. N.
31
L
1048.72
1.925
23 25 26.33
125.66
+ 014 32.5
948.8
65.45
1548.7
5755.8
31
U
2311.74
1.914
235029.65
125.01
+ 323 0.4
+033.9
65.26
1544.4
5740.2
Mar. 18, U Defective niumination of JV. V'Xl.
Mar. 25, U Defective Illumination of S. O'MS.
MOON-OULMINATIONS, 1916.
527
FOR TRANSIT OF MOON'S CENTER OVER THE MERIDIAN OF WASHINGTON.
Date.
i
c
1
Wash.
Mean
Time.
Var.
Houi
of
Long.
m
Right
Aaoenaion
of
Center.
Var.
Hour
of
Long.
Oeooentrie
Declination
of
Center.
Var.
Hoar
of
Lon*?.
8. T.
of
Semid.
Paas-
Inf Me-
ridian.
Oeooen-
trie
Semidi-
amoter.
r It
Equa-
torial
Hori-
£ontal
Parallax.
Bright
Limbs.
h m
h m a
a
• » ft
tt
8
t It
Apr.23
u
17 50.47
2.349
1959 1.44
161.18
-2110 0.4
-f622.6
72.25
16 9.9
59 13.7
II. N.
24
L
618.11
2.269
202842.89
145.74
185627.1
710.2
70.89
16 6.6
59 1.7
24
U
1844.69
2.172
2057 20.24
140.66
1627 0.9
781.6
69.56
16 3.1
5848.8
II. N.
25
L
7 10.28
2.094
212458.01
136.84
134452.4
837.4
68.33
1559.4
5835.3
25
U
1934.99
2.020
21 51 43.02
131.78
-^1053 1.3
+878.8
67.25
1555.6
5821.2
II. N.
26
L
758.96
1.971
221743.57
128.44
75414.5
906.7
66.33
1551.7
58 6.8
26
U
2022.34
1.928
2243 8.66
125.87
451 6.9
922.4
65.62
1547.7
5752.1
II. N.
27
L
845.29
1.898
23 8 7.59
124.07
- 146 2.4
926.4
65.11
1543.6
57 37.2
27
U
21 7.96
1.881
23 32 49.50
123.03
+ 11844.8
+919.6
64.79
15 39.5
57 22.1
II. N.
28
T.
930.49
1.876
2357 23.20
122.70
421 6.3
902.3
64.66
1535.3
57 6.9
28
U
21 53.02
1.881
02156.96
123.03
71859.7
874.9
64.72
1531.1
5651.5
II. N.
29
L
10 15.67
1.896
04638.27
123.95
101026.0
837.8
64.95
1527.0
5636.2
29
U
2238.56
1.920
1 11 33.75
126.37
+125329.5
+791.1
65.31
1522.8
5620.8
II. N.
30
L
11 1.78
1.960
13648.85
127.20
152616.6
735.2
65.78
1518.6
56 5.6
30
U
2325.39
1.986
2 227.70
129.81
17 4657.0
670.1
66.32
15 14.5
5550.6
May 1
L
11 49.44
2.023
2 28 32.76
131.64
195345.4
606.6
66.91
15 10.5
5535.9
2
U
0 13.93
2.069
255 4.68
133.75
+2145 3.1
+615.1
67.50
15 6.7
5521.7
2
L
1238.85
2.092
322 2.04
136.75
231921.3
426.8
68.03
15 3.0
55 8.1
3
U
1 4.13
2.120
34921.38
187.39
243524.2
332.8
68.46
1459.5
5455.4
I. S.
3
L
1329.69
2.138
41657.32
138.50
253212.4
234.6
68.77
1456.3
5443.8
4
U
155.40
2.146
44442.81
188.08
+26 9 6.3
+134.0
68.92
1453.5
5433.5
I. S.
4
L
1421.14
2.142
51229.80
188.75
262547.3
+ 32.8
68.90
1451.1
5424.7
5
U
246.77
2.127
540 9.89
187.82
262219.2
- 67.2
68.70
1449.2
5417.5
I. S.
5
Ti
15 12.15
2.101
6 7 35.02
136.26
2559 6.1
164.4
68.33
1447.7
5412.2
6
U
337.16
2.067
63438.20
184.19
+251651.0
-257.3
67.82
1446.9
54 9.1
I. N.
6
L
16 1.72
2.(m
7 114.02
181.74
241631.1
345.0
67.21
1446.6
54 8.2
7
U
425.77
IJ982
7 27 18.99
129.08
225914.1
426.7
66.54
1447.0
54 9.7
I. N.
7
L
1649.27
1.937
75251.61
126.87
21 26 14.3
602.1
65.84
1448.1
5413.7
8
U
512.25
1.894
81752.32
123.77
+193848.7
-671 .0
65.16
1449.9
5420.3
I. N.
8
L
1734.74
1.865
84223.33
121.44
17 3815.0
633.5
64.54
1452.5
5429.6
9
U
556.79
1.822
9 628.36
119.47
15 25 49.2
689.7
64.00
1455.7
5441.6
I. N.
9
L
18 18.49
1.797
93012.41
117.96
13 246.3
739.8
63.58
1459.7
5456.2
10
U
6 39.95
1.781
95341.52
116.99
+103020.0
-783.6
63.31
15 4.4
5513.3
I. N.
10
L
19 1.27
1.776
1017 2.67
116.64
7 4943.7
821.4
63.20
15 9.7
5532.9
11
U
722.59
1.780
104023.54
116.96
5 213.2
852.6
63.27
15 15.7
5554.7
I. N.
11
L
1944.04
1.797
11 352.44
117.99
+ 2 9 9.1
876.9
63.54
1522.2
5618.5
12
U
8 5.77
1.827
1127 38.29
119.79
-048 0.2
-803.3
64.01
1529.1
5643.9
I. N.
12
L
2027.94
1.870
115150.44
122.38
347 34.9
900.9
64.68
1536.3
57 10.6
13
U
850.71
1.927
12 16 38.66
125.79
64740.6
898.2
65.58
1543.8
57 38.0
I. N.
13
L
21 14.25
1.998
124212.82
130.04
946 3.3
883.4
66.68
1551.3
58 5.6
14
U
938.71
2.061
13 842.64
135.06
-1240 7.5
-854.7
67.97
1558.8
5832.9
I. N.
14
L
22 4.24
2.176
13 3617.09
140.79
152653.6
810.0
69.42
16 5.9
5859.1
15
U
10 30.97
2.280
14 5 3.62
147.04
18 257.9
747.4
70.98
1612.6
59 23.5
I. N.5.
15
L
22 58.98
2.388
1435 7.07
163.65
20 24 34.9
665.3
72.58
16 18.6
5945.6
16
U
11 28.28
2.494
15 628.31
169.94
-22 27 46.6
-663.2
74.12
16 23.8
60 4.6
I. S.
Majr 15, U Deftothre Illumination of 5. 0^.17.
MOON-OULMINATIONS, 1916.
529
FOR TRANSIT OF MOON'S CENTER OVER THE MERIDIAN OP WASHINGTON.
Date.
1
i
£
1
Wash.
Mean
Time.
Var.
Houi
of
Long.
Right
Aaoension
of
Center.
Var.
Hour
of
Long.
Qeooentrio
Declination
of
Center.
Var.
Hour
of
Long.
8.T.
of
Semld.
Pass-
ing Me-
ridian.
Oeooen-
trio
Semidi-
ameter.
Equa-
torial
Hori-
zontal
Parallax.
Brl^t
Limbs.
h m
m
h m s
s
• / /#
//
s
t tt
1 n
June 8
u
559.58
1.756
11 7 32.89
115.51
+ 127 39.2
-858.0
62.88
15 13.6
5547.0
I. N.
8
L
1820.80
1.784
113048.26
117.20
- 12519.8
870.6
63.35
1520.0
5610.5
9
U
642.45
1.826
115428.70
110.69
420 3.9
875.3
64.03
1526.9
5635.9
I. N.
9
L
19 4.68
1.881
121844.27
123.05
71451.9
871.0
64.93
1534.3
57 3.1
10
U
7 27.66
1.052
124345.31
127.27
-10 7 46.7
-856.2
66.05
1542.1
57 31.6
I. N.
10
L
1951.57
2.036
13 942.22
132.35
125631.2
820.0
67.38
1550.1
58 1.0
11
U
816.58
2.134
133644.98
138.23
153823.G
787.2
68.88
1558.2
5830.8
I. N.
11
L
2042.82
2.242
14 5 2.35
144.76
18 10 16.9
728.7
70.52
16 6.2
59 0.2
12
U
9 10.42
2.358
143440.99
151.72
-202838.1
-651 .5
72.22
1613.9
5928.5
I. N.
12
L
21 39.42
2.475
15 543.89
158.74
22 29 33.8
554.3
73.91
1621.1
5955.0
13
U
10 9.78
2.584
1538 8.94
165.32
24 859.9
436.7
75.47
1627.6
6018.9
I. N.5.
13
L
2241.37
2.677
161147.63
170.91
2523 0.4
300.4
76.77
16 33.2
6039.3
14
U
11 13.92
2.743
16 46 24.31
174.90
-26 8 9.1
-148.0
77.69
1637.7
6055.7
I. S.
14
L
2347.07
2.775
17 21 36.93
176.83
262157.8
-1- 11.0
78.13
16 40.9
61 7.3
16
U
12 20.37
2.770
17 5659.23
176.50
26 316.6
174.7
78.05
1642.6
6113.8
II. S.
16
L
0 53.39
2.728
1832 4.05
173.96
251226.3
332.1
77.47
16 43.0
61 15.0
16
U
1325.72
2.655
19 627.10
169.61
-23 51 16.1
+477.0
76.47
1641.9
6111.0
II.N.S.
17
L
157.04
2.562
193949.62
163.98
22 247.8
604.4
75.16
1639.4
61 1.9
17
U
1427.15
2.457
201159.84
157.66
195051.7
711.3
73.66
1635.7
6048.3
II. N.
18
L
255.99
2.349
20 42 52.95
151.20
171941.9
706.7
72.10
1630.9
6030.6
18
U
1523.56
2.247
21 12 29.91
145.03
-143334.8
+861.1
70.59
1625.2
60 9.7
II. N.
19
L
349.95
2.154
214056.01
139.44
113633.4
906.1
69.20
1618.8
5946.3
19
U
16 15.30
2.073
22 819.41
134.60
83219.4
933.6
67.97
1611.9
5921.0
II. N.
20
L
4 39.77
2.007
22 3449.85
130.62
524 9.3
945.7
66.94
16 4.7
5854.5
20
U
17 3.53
1.056
23 037.81
127.52
- 21454.9
+944.6
66.13
1557.3
5827.6
II. N.
21
L
526.76
1.919
23 25 53.82
125.29
+ 05254.6
931.8
65.55
1550.0
58 0.8
21
U
17 49.63
1.895
235048.18
123.90
357 8.0
908.8
65.18
1542.9
57 34.5
II. N.
22
L
6 12.31
1.885
0 15 30.59
123.29
65549.8
876.7
65.01
1536.0
57 9.1
22
U
1834.93
1.887
0 40 10.01
123.40
+ 94714.8
+836.1
65.03
15 29.4
5644.9
II. N.
23
L
657.64
1 .oVo
1 454.51
124.13
12 29 45.7
787.7
65.21
15 23.2
5622.2
23
U
1920.55
1.920
12951.09
125.39
15 150.5
731.8
65.53
1517.4
56 1.1
II. N.
24
L
7 43.75
1.948
155 5.51
127.07
17 22 0.0
668.6
65.96
1512.1
5541.6
24
U
20 7.33
1.981
22042.00
129.04
+192847.8
+598.2
66.46
15 7.3
5523.9
II. N.
25
L
831.31
2.016
24643.19
131.16
212050.9
521.2
66.99
15 3.0
55 8.0
25
U
2055.71
2.061
313 9.68
133.24
22 56 50.3
437.8
67.50
1459.1
5453.8
II. N.
26
L
920.51
2.082
340 0.01
135.11
241533.7
348.6
67.95
1455.7
5441.3
26
U
2145.65
2.106
4 710.68
136.59
+251559.0
+264.9
68.30
1452.7
5430.4
II. N.
27
L
1011.03
2.122
4 34 36.16
137.55
255718.1
157.8
68.52
1450.2
5421.1
27
U
2236.54
2.128
5 2 9.32
137.86
261859.7
+ 59.0
68.58
1448.1
6413.4
II. S.
28
L
11 2.05
2.121
5 29 42.05
137.47
262052.8
- 40.1
68.45
1446.3
54 7.1
28
U
2327.41
2.103
5 57 5.89
136.38
+26 3 6.7
-137.3
68.16
1445.0
54 2.3
29
L
11 52.48
2.074
6 24 12.76
134.66
25 26 12.1
231.1
67.71
1444.1
5358.9
30
U
017.16
2.037
6 5055.73
132.42
243058.2
320.2
67.12
14 43.6
5367.0
30
L
1241.35
1.994
717 9.37
129.81
23 18 29.8
403.4
66.44
1443.5
53 56.6
July 1
U
1 4.99
1.0471 74250.24
136.99
+2150 3.3
-479.8
65.70
1443.7
6367.4
I. N.
June 13, U Defective Illumination of S. 0".04.
7
979(
)<*— 1916-
34
[
530
MOON-CULiflXATIOXS, 1916.
FOB TBAN8IT OF MOOJJ'S CENTER OVER THE MERIDIAN OF WASHISGTOS.
Date.
i
3
WMb.
IfMa
Tinift.
1
Var.
Hoar
of
Lang.
RJgbt
Center.
Var.
of
Lang.
Gaooantrie > X^
DwHnaHnn J^
of ! ^3"
8.T.
of
EnxMfr-
ridiaii.
trfe
Seoiidi.
Equa-
torial
Hori-
sontal
Brirtt
LiBla.
h m m
h m a
a
1
• # r# ft
1
a
r "
» rt
July lU
1 4.99 1.947
74250.24
196.99
+2150 3.3 .'-479.8
65.70
1443.7
5357.4
L
X.
1
L
1328.07 1J&»
8 7 56.78
124.12
20 7 2.5 549J>
64.95
1444.4
5359.8
2
U
150.58 1.SS3
83229.44
121.36
181055.3 610.9
64.23
1445.5
54 3.8
L
X.
2 L
1412.56 1.811
1
85630.29
118.84
16 3 10.8 j 665.3
63.56
1447.0
54 9.5
3 U
234.07 1.775
920 2.94
116.67
+134515.6-712.6
62.99
1449.0
M16.9
L
X.
3 L
1455.20 1.747
94312.23
114.96
111835.1
753.0
62.55
1451.5
5426.1
4 U
316.04-1.727
10 6 3.98
113.76
84431.0
786.6
62.25
1454.6
M37.3
L
X.
4 L
1536.69 i.n7
102844.88
113.15
6 423.2
813.6
62.10
1458.1
5450.3
5 U
357.29 :i.n8
105122.33
113.20
+ 31929.7
-834.2
62.14
15 2.2
55 5.4
^L»
X.
5 L
1617.9611.790
1114 4.35
113.93
+ 031 9.6
848.0
62.37
15 6.9
5522.6
6 U
438.85' 1.754
11 36 59.52
115.40
- 2 19 15.8
854.9
62.81
1512.2
5541.9
JL«
X.
6 L
17 0.11 1.791
12 016.96
117.65
5 10 19.4'
854.3
63.46
15 18-0
56 3.2
7 U
521.90' 1.842
1224 6.23
120.71
- 8 025.9.-845.3 1
64.31
1524.3
5626.4
JL«
X.
7,L
17 44.38 1.907
124837.24
124.60
104747.2
826.6
65.38
1531.1
5651.4
8 U
1
6 7.7311.986
13 13 59.97
129.33
133019.7
796.8
66.64
1538.3
5717.9
JLr*
X.
8 L
1
1832.09.2.077
134024.20
134.84
16 540.0
754.3
68.09
1545.9
57 45.7
9
U
1
657.63 2.180
14 758.85
141.04
-1831 3.1
-«74)
69.68
1553.7
5814.3
JLr«
X.
9 L
1924.45 2.392
143651.10
147.74
204320.4
623.0
71.35
16 1.6
5843.3
10, U
7 52.64 2.406
15 7 5.21
154.62
2239 3.4
531.0
73.03
16 9.4
5912.0
JLr*
X.
10, L
2022.19 2Jil7
1
153841.14
161.20
24 14 29.7
420.2
74.63
16 17.0
5939.7
u U
853.00 2.016
16 11 33.28
167.23
-252555.8
-291.3
76.02
1624.1
60 5.7
M.^
X.
11, L
2124.88 2.693
164529.46
in. 88
26 957.6
-146.7
77.08
1630.4
6029.1
12! U
957.51 2.741
1
17 2011.16
174.75
262352.1
+ 9.0
77.72
1635.9
6049.2
L
.vs.
12 L
2230.52 2.754
17 5514.95
175.53
26 6 1.7
169.7
77.88
1640.3
61 5.1
13 ;u
11 3.46 2.731
183015.24
174.18
-2516 9.9
+328.0
77.54
1643.3
61 16.3
^L*
&
13 L
1
2335.94
2.677
19 447.64
170.93
235527.0
4n.o
76.77
1644.9
6122.3
14 ;U
12 7.62
2.599
193831.93
166.24
22 622.1
610.8
75.66
1645.1
6122.9
/.]
[I. .vs.
15|L
038.26
2.507
20 11 13.99
160.66
195225.2
7S5.2
74.32
1643.7
61 17.9
15; U
13 7.75
2.406
204246.34
154.71
-17 17 44.5
+817.9
72.88
1641.0
61 7.7
'
[I.X.
16 L
136.05
2.310
2113 7.40
148.85
14 26 44.0
888.5
71.46
1636.9
6052.7
16 U
14 3.23
2.220
214220.46
143.42
112344.6
937.9
70.12
1631.6
6033.3
;
[I. X.
17 L
1
229.38
2.140
22 10 32.01
138.63
8 12 52.7
967.6
68.92
1625.3
6010.3
17U
1454.65
2.074
2237 50.71
134.62
- 457 52.6
+979.6
67.91
16 18.3
5944.5
]
[I.x\.
is'l
319.20
2.021
23 426.20
131.43
- 142 2.9
976.2
67.10
16 10.7
59 16.7
18 U
1543.20
1.982
23 30 28.51
129.09
+ 13142.7
959.3
66.51
16 2.8
5847.7
;
[I. X.
19 L
1
4 6,82
1.956
2356 7.50
127.54
44052.8
930.6
66.12
1554.7
5818.1
19 U
1630.20
1.943
0 21 32.53
126.75
+ 7 4316.0
+881.6
65.93
1546.7
5748.7
]
[I..V.
20 L
4 53.49
1.941
04652.22
126.64
103657.1
843.7
65.92
1538.9
57 20.0
20'U
17 16.82
1.949
1 12 14.33
127.13
132013.0
787.6
66.06
1531.4
5652.4
[I.X.
21; L
540.31
1.966
1 37 45.41
128.12
15 51 30.6
724.1
66.34
1524.3
5626.3
21
u
18 4.03
1.988
2 330.80
129.49
+18 924.5
+653.8
66.70
1517.7
56 2.1
]
[I..V
22JL
628.05
2.015
2 29 34.27
131.11
20 12 35.4
577.0
67.12
1511.6
5539.9
22, U
1852.40
2.044
25557.94
132.83
215949.6
494.4
67.56
15 6.2
5519.9
]
[I.N.
23 L
1
717.10
2. on
3 22 42.01
134.48
2330 0.7
406.6
67.97
15 1.4
55 2.2
23
• u
1942.10
2.095
34944.76
135.92
+24 42 10.5
+314.4
68.32
1457.1
5446.7
]
[I.N.
July 12, U Defective
Joly 14, U Defective
Illumination of JV. 0".32.
niiimination of /. 0*.00.
July 14, U Defective muminatioa of if. 0" JO.
MOON-CULMINATIONS, 1916.
531
FOR TRANSIT OF MOON'S CENTER OVER THE UERIDIAN OF WASHINGTON.
Date.
1
J
3
Wash.
Mean
Time.
Var.
tSar
of
Long.
Right
of
Center.
Var.
Hour
of
Oeooentric
DeoUnatkm
of
Center.
Var,
Hour
of
Long.
8. T.
Of
Semid.
Paae-
InglCe-
ridian.
Geocen-
tric
Semidi-
ameter.
Equa-
torial
Hori-
tontal
Parallax.
Bri^t
LiinDB.
h m
m
h m 8
8
• / t*
ft
8
» tt
1 tt
July 23
u
19 42.10
3.005
34944.76
135.03
+244210.5
+314.4
68.32
1457.1
5446.7
II. N.
24
L
8 7.36
3.113
417 2.61
136.98
253531.2
318.7
68.56
1453.5
5433.5
24
u
2032.78
3.133
444 30.21
137.53
26 928.9
130.7
68.67
1450.5
5422.5
II. N.
25
L
858.25
3.131
512 0.99
187.49
262345.6
+ 33.0
68.62
1448.1
5413.7
25
u
2123.65
3.110
53927.53
136.83
+261820.4
-76.0
68.42
1446.3
54 6.9
II. S.
26
Ti
948.86
3.089
6 642.34
135.55
255331.4
171.7
68.05
1445.0
54 2.1
26
U
2213.76
3.060
63338.43
138.73
25 954.1
368.8
67.54
1444.1
5359.0
II. S.
27
L
1038.24
3.031
7 0 9.86
131.45
24 820.4
850.9
66.92
1443.8
5357.7
it
'27
U
23 2.24
1.079
7 26 12.23
138.90
+224956.1
-433.1
66.22
1443.9
5358.1
II. S.
28
T.
1125.72
1.033
75142.77
136.18
211556.8
506.7
65.48
1444.4
5359.9
28
U
2348.65
1.888
81640.57
133.47
192745.6
574.0
64.74
1445.3
54 3.1
29
L
1211.04
1.845
841 6.31
130.86
17 26 49.8
634.0
64.03
1446.5
54 7.8
30
U
032.94
1.800
9 5 2.26
118.51
+151438.8
—686.5
63.39
1448.2
5413.8
30
L
1254.41
1.773
92831.93
116.50
125242.3
731.6
62.84
1450.1
5421.0
31
U
1 15.51
1.740
95139:97
114.02
10 22 28.4
760.4
62.42
1452.5
5429.6
I. N.
31
Ti
1336.35
1.738
101431.89
113.83
7 45 24.8
799.9
62.14
1455.2
5439.5
Aug. 1
U
1 57.02
1.719
103713.98
113.38
+ 5 257.4
-833.3
62.01
1458.2
5450.7
I. N.
1
L
1417.65
1.730
105953.12
113.34
+ 21632.0
830.6
62.05
15 1.7
55 3.3
2
U
238.35
1.733
112236.75
114.04
- 03224.5
848.6
62.28
15 5.4
5517.2
I. N.
2
Ti
1459.25
1.755
114532.82
115.43
32223.5
850.0
62.69
15 9.6
5532.6
3
U
320.50
1.780
12 849.62
117.50
- 61151.4
-843.3
63.31
15 14.2
5549.4
I. N.
3
Ti
1542.24
1.836
123235.84
130.33
859 8.2
827.9
64.11
15 19.2
56 7.7
4
U
4 4.62
1.895
1257 0.37
133.90
114225.1
803.1
65.11
1524.6
5627.4
I. N.
4
L
1627.78
1.067
132212.09
138.18
141940.8
767.6
66.29
1530.3
5648.5
5
U
451.87
3.050
134819.51
133.16
-164839.8
-730.1
67.62
1536.4
57 10.9
I. N.
5
I.
17 17.01
3.143
141530.28
138.73
19 650.6
650.4
69.08
1542.8
5734.3
6
U
543.30
3.341
144350.46
144.69
211125.5
583.9
70.61
1549.4
57 58.7
I. N.
6
I^
18 10.80
3.343
151323.60
150.83
225922.2
493.8
72.15
1556.2
5823.6
7
U
639.52
3.443
1544 9.60
156.78
-242729.8
-385.8
73.61
16 3.1
5848.6
I. N.
7
I.
19 9.37
3.531
1616 3.82
163.12
253238.5
903.3
74.88
16 9.8
5913.3
8
U
740.19
3.603
164856.36
166.42
261153.2
-137.3
75.89
16 16.3
5937.0
I. N.
8
L
2011.73
3.650
17 22 32.24
160.19
262251.4
+ 18.9
76.53
1622.3
5959.1
9
U
843.68
3.660
175632.32
170.44
-26 4 1.2
+170.0
76.77
1627.7
6019.0
I. iV.S.
9
L
21 15.67
3.050
183035.46
160.80
251454.3
830.6
76.59
1632.3
6035.8
10
U
947.37
3.631
19 420.98
167.53
235613,0
464.7
76.02
1635.9
6049.1
I. s.
10
L
22 18.48
3.561
19 37 31.08
163.06
22 948.4
507.0
75.14
1638.4
6058.3
11
U
1048.79
3.487
20 952.55
150.51
-195829.2
+713.3
74.04
1639.6
61 2.8
I. s.
11
L
2318.15
3.406
204117.51
154.63
172547^
810.4
72.84
1639.5
61 2.4
12
U
1146.53
3.334
211143.16
140.69
143539.2
887.4
71.62
1638.1
6057.1
I. N. S.
13
L
013.95
3.347
214111.08
145.04
113211.8
943.7
70.45
1635.3
6046.9
13
U
1240.49
3.178
22 946.06
140.89
- 81929.6
+980.0
69.40
1631.3
6032.2
II. N.
14
L
1 6.26
3.130
22 37 35.06
137.40
5 125.6
097.6
68.52
1626.2
6013.4
14
u
1331.41
3.073
23 446.27
134.61
- 14135.3
098.0
67.81
1620.1
5951.1
II. N.
15
L
156.07
3.080
233128.45
133.55
+ 13645.0
983.9
67.30
16 13.3
5926.0
15
U
1420.40
3.017
2357 50.42
131.33
+ 45039.8
+954.1
66.98
16 5.9
5858.9
II. N.
Aug. 9, U Defective Illumination of N, 0".56.
Aug. 13, U Defective Illumination of N, 0".01.
MOON-CULMINATIONS, 1916.
^3
FOR TRANSIT OF MOON'S CENTER OVER THE MERIDIAN OF WASHINGTON.
Dmt».
i
s
Wash.
Mean
Time.
Var.
of
Long.
Right
AaoBocioii
of
Center.
Var.
Hour
of
Long.
Oaooentrlo
Deolination
of
Ceoter.-
Var.
Hoar
6f
Long.
8. T.
of
Semkl.
PaM-
IngMe-
ridian.
Qeooen-
•trio
flemldl-
ameter.
Equa-
torial
Hori.
lontal
Parallax.
Bright
Limbs.
h m
m
h m B
a
• 1 ti
. It
a
U It
/ //
Sept 7
u
833.96
2.400
1941 7.02
158.21
-2161 2.8
+587.0
73.79
1624.1
60 6-0
I. s.
7
L
21 3.17
2.403
20 12 23.41
154.45
194231.0
605.8
72.84
16 2613
1
6014.0
8
U
931.61
2.336
204262.74
150.42
171345.0
789.0
71.81
1627.6
W18.8
I. s.
8
L
21 69.24
2.270
21 12 33.66
146.43
1428 3.2
865.0
70.79
1628.0
6020.1
9
U
1026.11
2.208
21 41 28.21
142.73
-112865.4
+923.2
69.83
1I527.3
6017.6
I. s.
9
Ti
2262.28
2. 159
22 940.96
130.40
81966.2
963.6
68.98
1626.6
W11.3
■
10
U
11 17.86
2.110
22 37 18.22
136.83
6. 4 37.6
986.6
68.27
1622.8
60 1.2
I. AT.S.
10
L
2342.97
2.077
23 427.38
134.81
- 14624.6
992.8
67.76
lb 19.1
5947.6
11
U
12 7.74
2.064
233116.30
133.45
+ 13127.6
+983.3
67.40
16 14.6
5930.5
/. II. N.
12
L
032.31
2.042
2367 62.79
132.74
44665.6
959.0
67.21
16 9.0
5910.6
12
U
1266.80
2:040
02424.31
132.62
7 64 9.6
921.8
67.19
1ft 2.9
6848.2
II. N.
13
L
121.32
2.047
06067.61
133.02
10 63 33.4
870.9
67.32
1666.3
5823.9
13
U
1346.96
2.061
1 17 38.46
133.85
+134146.6
+800.3
67.67
1649.4
57 68.6
II. N.
14
L
210.80
2.080
14431.29
135.00
16 16 39.0
737.9
67.90
1642:3
6732.4
14
U
14 36.89
2.102
21139.17
136.33
183621.2
657.8
68.28
1636.2
57 6.3
II. N.
16
L
3 1.26
2.125
239 3.30
137.60
20 39 16.4
570.1
68.66
1628.2
5640.7
16
U
1626.88
2.145
3 643.17
138.92
+2224 0.6
+476.5
69.01
1621.6
5616.2
II. N.
16
L
362.72
2.161
33436.38
139.88
234932.8
378.2
69.29
15 16.2
6653.0
16
U
16 18.72
2.170
4 2 38.81
140.44
2466 6.9
277.0
69.46
16 9.4
5531.7
II. N.
17
L
444.78
2.171
43044.87
140.48
264013.1
174.2
69.49
16 4.2
6612.6
-
17
U
17 10.79
2.162
4 68 48.02
139.95
+26 446.8
+ 71.6
69.37
1469.6
6466.8
II. N.
18
L
636.63
2.144
62641.29
138.84
26 868.3
- 20.3
69.09
1466.7
6441.6
18
U
18 2.20
2.116
66417.96
137.19
266315.7
127.2
68.66
14 62.6
6430.1
II. N.
19
L
627.40
2.081
62131.99
135.00
261823.0
220.8
68.11
1450.2
6421.3
b
19
U
1862.14
24H1
64818.62
132.64
+242617.0
-300.3
67.46
1448.6
5416.3
II. S.
20
L
716.36
1.007
71434.66
129.99
2316 3.2
391.9
66.74
1447.7
5412.0
20
U
1940.06
1.062
74018.11
127 .r
214864.1
468.4
66.98
1447.6
5411.4
II. S.
21
L
8 3.21
1.907
8 629.31
124.61
20 8 6.0
538.5
66.23
1448.0
6413.3
21
U
2026.84
1.866
830 9.68
122.14
+181367.4
-601.9
64.53
1449.2
5417.6
II. s.
22
L
848.01
1.830
86421.67
119.93
16 7 47.4
658.7
63.89
1461.0
6424.1
22
U
21 9.78
1.790
918 9.46
118.10
136065.9
708.8
63.36
1463.3
6432.7
II. s.
23
L
931.22
1.776
94137.69
116.60
112443.1
752.2
62.93
1466.2
6443.1
23
U
2162.43
1.760
10 4 61.87
115.76
+ 86030.5
-788.8
62.63
1459.4
5466.0
II. s.
24
L
10 13.60
1.754
10 27 68.09
115.37
6 941.4
818.2
62.49
16 3.0
66 8.3
24
U
2234.66
1.756
1061 2.89
115.53
32342.8
840.3
62.62
16 7.0
5622.7
II. s.
26
L
1066.70
1.760
111413.22
116.29
+ 034 6.4
854.5
62.71
1611.1
5637.9
26
U
2317.06
1.702
11 37 36.32
117.66
- 217 30.1
-860.2
63.07
16 16.4
5563.7
26
L
11 38.74
1.825
12 119.66
119.67
6 921.3
856.8
63.61
1619.8
56 9.8
27
U
0 0.90
1.860
122630.76
122.30
7 69 32.3
843.3
64.33
1624.2
5626.0
27
L
12 23.64
1.923
126017.13
125.53
10 45 68.3
819.1
66.21
1628.6
6642.1
28
U
047.08
1.986
131646.88
129.35
-132623.9
-783.1
66.24
1532.9
6657.9
28
L
1311.33
2.058
1342 3.60
133.67
156822.3
734.4
67.39
1637.1
5713.4
29
U
136.49
2.136
14 916.29
138.36
181916.4
672.3
68.64
1641.2
6728.3
I. N.
29
L
14 2.61
2.217
1437 24.79
143.25
202621.8
506.2
69.92
1646.1
6742.7
30
U
229.70
2.298
16 633.10
148.11
-22166(i.l
-506.1
71.17
1648.8
6766.3
I. N.
Sapt. 10, U DefBoUve lUuminatkMi of K. 0".08.
Sept 11, U DefBotire IHntnination of /. O.07.
534
MOON-CULMINATIONS, 1916.
FOR TRANSIT OF MOON'S CENTER OVER THE MERIDIAN OF WA8HINGT0S
Date.
•
1
t
Waah.
Mean
Time.
Var.
Hour
of
Long.
Right
Aaoenaion
of
Center.
Var.
Hour
of
Long.
Oeooentrio
DeoUnation
of
Center.
Var.
Hour
of
Long.
B. T.
Semid.
Paaa-
ing Me-
ridian.
Oeooen-
tric
flemidi.
ameter.
Equa-
torial
Hori-
sontal
Parallax.
linb.
h m
m
Ii m a
8
• r n
n
a
/ ft
» It
Sept. 30
u
2 29.70
2.298
15 633.10
148.11
-221650.1
-506.1
71.17
1648.8
57 56.3
I. X
30
L
1457.74
2.374
15 36 38.20
152.00
234755.8
402.6
72.33
1552.3
58 9.3
Oct. 1
U
326.62
2.439
16 734.45
156.58
2457 6.1
287.0
73.33
1555.7
5821.5
I. N.
1
T.
1556.20
2.488
16 39 12.44
159.57
2542 6.2
161.6
74.08
1558.8
58 33.0
2
U
426.27
2.518
17 11 19.41
161.38
-26 116.0
- 29.4
74.64
16 1.7
6843.6
L N
2
T.
1656.56
2.527
174340.24
161.87
26 53 38.4
+105.8
74.68
16 4.4
5863.5
3
V
526.82
2.513
181558.92
161.04
2519 1.1
239.9
74.49
16 6.8
59 2.4
I. s
3
L
17 56.79
2.479
1848 0.33
150.02
2418 0.3
369.0
74.01
16 9.0
59 10.3
4
U
626.26
2.430
191931.69
156.07
-226157.6
+489.7
73.28
16 10.8
5917.1
I. S
4
L
1855.07
2.371
195023.63
152.50
21 251.1
599.2
72.40
16 12.3
5922.6
5
U
7 23.14
2.307
^2030.68
148.65
1853 7.4
695.7
71.42
16 13.4
5926.7
I. s
5
L
1950.44
2.243
204951.09
144.78
162631.7
777.8
70.42
1614.1
6929.0
6
U
8 16.98
2.182
211826.38
141.16
-134259.9
+845.0
69.47
16 14.2
5929.6
I. i
6
L
2042.84
2.129
21 46 20.67
137.97
104832.7
897.0
68.62
16 13.8
5928.0
7
U
9 8.12
2.080
22 13 39.90
135.33
74611.8
934.0
67.91
16 12.8
5924.2
I. >
7
L
2132.94
2.052
224031.20
133.83
43656.8
956.0
67.35
1611.1
5918.1
8
U
957.42
2.030
23 7 2.39
131.98
- 12343.7
+963.7
66.97
16 8.8
59 9.5
I. i
8
T.
2221.70
2.019
233321.44
131.31
+ 14836.4
957.1
66.77
16 6.8
6868.6
9
U
1045.91
2.018
235936.14
131.26
4 58 13.3
936.8
66.74
16 2.2
6846.4
L A>
9
L
23 10.17
iJ027
02553.82
131.78
8 228.6
903.4
66.86
1568.0
6829.9
10
U
1134.58
2.044
05220.93
132.80
+106846.5
+857.4
67.12
1563.3
6812.6
L X
10
L
2359.24
2.067
119 2.84
134.22
134439.8
799.5
67.49
1548.1
6763.6
11
U
1224.21
2.095
146 3.48
135.91
16 17 50.2
'730.5
67.94
1542.5
6733.3
ILX
12
T.
049.53
2:125
21325.11
137.69
183611.7
651.5
68.42
15 36.8
5712.1
12
U
1315.20
2.1l»
241 7.99
139.42
+203751.7
+563.8
68.88
1590.9
5650.6
US
13
T.
1 41 .20
2.178
3 910.31
140.91
22 21 14.6
468.9
69.29
1525.0
5629.0
13
U
14 7:45
2.100
33728,19
141.99
2346 4.7
368.6
69.59
15 19.2
66 7.8
IIX
14
L
233.87
2.205
4 556.81
U2.51
244827.8
264.9
69.76
1513.7
6547.6
14
U
15 0.33
2.203
43425.94
142.39
+263064.2
+159.5
69.77
15 8.5
6528.6
II.X
15
L
326.69
2.189
5 250.48
141.58
25 52 18.4
+ 54.8
69.60
16 3.8
6511.2
15
U
1552.83
2.105
531 1.17
140.10
256258.3
- 47.6
69.26
1459.6
5455.8
II.X
16
L
4 18.61
2.130
55850.40
138.02
263332.4
145.9
68.76
1466.0
6442.5
16
U
16 43.92;
2.088
62611.76
135.47
+246456.5
-239.1
68.11
14 53.0
6431.6
Ulsi
17
L
5 8.70
2.040
653 0.52
132.61
23 58 19.2
326.1
67.39
1460.8
6423.4
17
U
17 32.88
1.990
71913.84
129.59
224457.3
406.5
66.60
1449.3
6417.8
U. ^^
18
L
556.46
1.940
7 44 60.81
126.58
211611.9
480.0
66.80
1448.5
6416.0
18
U
18 19.45
1.892
8 952,33
123.71
+193325.2
-5^.7
65.02
1448.5
5416.1
II ^^
19
L
641.90
1.849
834 20.90
121.11
17 37 58.2
606.7
64.30
1449.3
5417.9
19
U
19 3.86
1.812
85820.32
118.87
1531 9.9
66P.2
63.67
1460.8
6423.5
U. ^
20
T.
7 25.41
1.782
9 21 65.47
117.07
131416.8
707.5
63.15
1453.0
6431.6
20
U
1946.66
1.761
9 45 12.09
116.79
+104833.2
-748.7
62.76
1455.9
6442.3
IL ^
21
L
8 7.70
1.748
10 816.59
115.06
81513.1
783.6
62.53
14 59.5
6456.3
21
U
2028.66
1.746
10 31 16.88
114.93
53531.7
812.2
62.46
15 3.6
5610.3
n. ^
22
L
849.66
1.765
105417.37
115.48
26047.1
834.0
62.66
16 8.2
6627.1
22
U
21 10.82
1.774
1117 28.74
116.58
+ 0 223.3
-848.6
62.85
1513.2
5545.5
II. J^
Oct. 9, U Defective lUuminaUon of N. 0".67.
Oct. 16, U Defeotive IQuminaticn of N.XT.^
MOON-CULMINATIONS, 1916.
535
FOR TRANSIT OF MOON'S CENTER OVER THE MERIDIAN OF WASHINGTON.
l>iite.
1
3
Mean
lime.
Var.
of
Long.
RlJtht
of
Center.
Var.
Hoar
of
Long.
Oeooentrlc
Dedinatlon
of
Center.
Var.
Of
Long.
8.T.
of
Semid.
PaM-
i^lfe-
Oeooen-
trio
Somidi-
ameter.
Equa-
torial
Hori-
sontal
Parallax.
Bri^t
Llmbt.
h m
m
h m 8
■
• / //
ft
■
t It
/ tt
Oct. 23
L
9 32.28
1.801
114057.99
118.41
-248 8.4
-855.2
63.32
15 18.6
56 6.0
23
U
21 64.17
1.846
12 453.33
120.93
539 5.7
852.7
63.98
15 24.0
6625.2
II. s.
24
L
1016.63
1.899
122922.94
124.13
82834.0
840.2
64.82
1529.6
5645.9
24
U
2239.80
1.903
125434.88
127.98
111423.6
816.1
65.83
1535.2
67 6.5
II. s.
25
L
11 3.79
2.037
132036.70
132.42
-1354 9.3
-779.2
66.99
1540.8
57 26.8
25
U
2328.72
2.U9
134734.95
137.36
1625 9.9
728.4
68.26
1546.1
5746.2
26
L
1164.67
2.207
14 15 34.63
142.62
184429.7
662.4
69.60
1551.0
68 4.4
27
U
021.69
2.296
14 44 38.24
147.97
2049 3.0
580.6
70.96
1555.6
6821.1
27
L
1249.75
2.381
151445.14
153.11
-223540.5
-483.1
72.24
1559.6
5836.0
28
U
1 18.79
2.457
154550.65
157.68
24 119.7
371.1
73.37
16 3.1
5848.9
I. N.
28
L
13 48.66
2.517
16 17 45.71
161.31
26 317.4
246.6
74.28
16 6.0
5859.6
29
U
2 19.13
2.566
165017.00
163.67
253922.9
-113.1
74.88
16 8.4
59 8.2
I. N.
29
L
14 49.92
2.671
17 23 7.89
164.66
-264812.6
+ 26.2
75.12
16 10.1
59 14.6
30
U
320.73
2.660
1756 0.12
163.90
252917.0
168.7
75.00
1611.3
5918.9
I. N.
30
L
1661.27
2.626
182835.74
161.83
2443 2;6
297.6
74.54
1611.9
5921.2
31
U
4 21.28
2.472
19 039.18
158.59
233050.3
422.8
73.79
16 12.1
5921.7
I. S.
31
L
1660.56
2.405
19 31 58.62
154.55
-215443.3
+636.2
72.83
1611.8
5920.6
Nov. 1
U
6 18.97
2.331
20 226.67
150.09
19 57 15.3
636.9
71.74
1611.0
5917.8
I. S.
1
L
1746.48
2.256
2032 0.46
145.56
17 41 18.5
721.0
70.61
16 9.9
69 13.8
2
U
6 13.11
2.184
21 040.92
141.25
15 951.7
791.0
69.52
16 8.5
69 8.6
I. s.
2
L
1838.92
2.119
212832.11
137.38
-122553.7
+846.3
68.52
16 6.8
59 2.4
3
U
7 4.02
2.065
21 55 40.27
134.10
9 32 18.0
887.3
67.65
16 4.8
5855.1
I. s.
3
L
19 28.53
2.022
222213.12
131.50
63151.1
914.9
66.95
16 2.6
6846.8
4
U
7 52.59
1.991
22 48 19.12
129.63
32711.4
929.5
66.43
16 0.1
5837.6
I. s.
4
Ti
20 16.36
1.972
2314 7.13
128.50
- 020M.1
+931.8
66.10
15 57.3
5827.4
5
U
8 39.97
1.966
23 39 45.93
128.09
+ 24443.2
921.9
65.96
1554.3
5816.3
I. s.
5
I.
21 3.57
1.970
0 523.95
128.86
547 9.2
900.6
66.00
1551.0
58 4.3
6
V
927.28
1.985
031 8.97
129.25
844 7.4
867.4
66.20
1547.4
57 51.3
I. s.
6
L
2151.22
2.008
067 7.89
130.66
+113320.7
+823.0
66.54
1543.6
5737.3
7
U
10 15.49
Sr.088
1 23 26.42
132.50
14 12 34.9
767.5
67.00
1539.6
57 22.5
I. s.
7
L
2240.16
2.074
150 8.73
134.59
16 39 39.9
701.5
67.53
1535.4
57 7.0
8
U
11 5.26
2.110
21717.16
136.81
185pi.6
625.4
68.09
1531.0
5650.8
I. N.S.
8
L
2330.80
2.146
244 51.97
138.95
+204914.4
+540.2
68.63
1526.4
5634.2
9
U
1156.74
2.177
31251.06
140.83
2228 7.0
447.8
69.10
1521.8
5617.3
II. N.
10
L
023.02
2.200
341 9.95
142.23
2347 45.3
348.2
69.47
1517.2
56 0.4
10
U
12 49.51
2.218
4 942.06
143.00
2447 6.6
244.8
69.68
1512.7
5543.8
II. N.
11
L
116.08
2.214
4 38 19.04
143.03
+252533.5
+139.5
69.71
15 8.3
5527.7
11
U
1342.58
2.201
5 651.58
142.25
254255.6
+ 34.5
69.55
15 4.2
55 12.5
II. N.
12
L
2 8.85
2.176
5 35 10.23
140.72
253929.3
- 68.2
69.19
15 0.3
5458.3
12
U
14 34.74
2.138
6 3 6.16
138.49
251555.5
166.6
68.65
1456.8
5445.6
II. N.S.
13
L
3 0.13
2.092
63032.02
135.73
+243314.9
-269.2
67.98
1453.8
5434.5
13
U
15 24.93
2.040
657 22.40
132.62
233243.7
344.9
67.20
1451.3
5425.4
II. S.
14
L
349.08
1.986
7 23 34.08
129.32
221547.4
423.8
66.37
1449.4
5418.4
14
U
16 12.58
1.931
749 6.05
126.02
204356.1
494.1
65.52
1448.1
5413.7
II. S.
15
L
435.43
1.879
81359.32
122.89
+185840.0
-567.4
64.71
1447.6
5411.6
Not
.8,UDefM
Stive n
Inmlnatlon of
8. 0".2i
Not.
12,UI>
eflBetlve
mominal
^ion of 8. {
y'M.
MOON-CULMINATIONS, 1916.
537
FOR TRANSIT OF MOON'S CENTER OVER THE MERIDIAN OF WASHINGTON.
Dale.
i
t
c
Waah.
Mean
TJme.
Var.
Hoiu
of
Long.
Right
Aaoenaion
of
Center.
Var.
Honr
of
Long.
Oeocentrio
Dedination
of
Center.
Var.
Honr
of
8.T.
of
Semid.
Pav-
ing Me-
ridian.
Geocen-
tric
Smnidl.
ameter.
Equa-
torial
Horl-
sontal
Parallax.
Brifi^t
Limbs.
h m
m
h m 8
8
• t 1$
tt
8
/ 11
/ n
Dec. 9
L
0 0.53
2.187
51257.63
141.44
+254046.5
•¥ 6.1
69.23
15 0.5
5459.0
9
U
12 26.65
2.164
541 7.32
140.04
253149.8
-05.0
68.88
1457.4
5447.7
N.S.
10
L
052.42
2.120
6 855.74
137.93
25 3 3.0
101.0
68.35
14 54.5
5437.2
10
U
13 17.70
2.084
6 3615.11
135 .'i)3
241525.6
288.2
67.67
14 52.0
5427.9
N.&.
11
L
1 42.40
2.032
7 259.47
132.12
+23 10 14.3
-367.5
66.89
1449.8
5419.9
11
U
14 6.46
l.»77
7 29 5.08
128.79
214857.1
444.1
66.05
14 48.0
5413.3
S.
12
L
229.84
1.921
7 5430.40
125.43
2013 8.1
512.8
65.19
14 46.7
54 8.3
12
U
14 52.57
1.867
8 19 16.00
122.20
1824 23.4
573.4
64.35
1445.8
54 5.2
a
13
L
314.68
1.818
84324.25
119.23
+162416.7
-626.4
63.58
14 45.5
54 4.1
13
U
15 36.23
1.775
9 659.08
116.64
143418.0
672.2
62.90
14 45.8
54 5.1
s.
14
L
357.31
1.740
9 30 5.59
114.53
115551.3
711.1
62.34
14 46.7
54 8.4
14
U
16 18.02
1.713
95249.81
112.94
93015.7
743.7
61.93
14 48.3
5414.2
s.
15
L
4 38.47
1.697
10 15 18.58
111.95
+ 65845.5
-770.3
61.67
1450.5
5422.5
15
U
1658.79
1.691
10 37 39.28
111.60
42231.3
701.1
61.59
14 53.5
5433.4
s.
16
L
5 19.10
1.697
105959.82
111.04
+ 14242.1
806.1
61.70
1457.2
5447.0
16
U
17 39.55
1.714
112228.57
112.98
- 05931.8
815.2
62.00
15 1.6
55 3.2
s.
17
Ti
6 0.29
1.744
11 45 14.30
114.77
- 34256.7
-817.8
62.51
15 6.8
5522.1
17
U
1821.46
1.786
12 826.14
117.34
62612.1
813.4
63.22
15 12.6
5543.3
s.
18
L
643.21
1.842
123213.53
120.09
9 747.3
800.0
64.13
15 19.0
56 6.9
18
U
19 5.72
1.911
125646.04
124.85
114557.8
770.1
65.24
1526.0
56 32.6
wS.
19
L
7 29.14
1.993
132213.13
129.79
-141841.2
-746.2
66.53
1533.4
5659.9
19
U
1953.61
2.087
134843.72
135.42
164335.5
700.6
67.98
1541.2
57 28.5
s.
20
h
8 19.27
2.190
14 16 25.53
141.63
185756.6
640.3
69.54
15 49.2
57 57.9
20
V
2046.20
2.299
144524.12
148.18
205838.1
563.7
71.16
1557.3
5827.5
s.
21
L
914.44
2.408
151541.81
154.74
-224217.1
-460.8
72.75
16 5.2
5856.5
21
U
21 43.97
2.511
154716.37
160.91
24 521.8
358.1
74.21
1612.7
5924.1
s.
22
L
10 14.64
2.598
1620 0.03
166.18
25 426.7
230.1
75.44
16 19.7
59 49.7
22
U
2246.23
2.663
16 53 39.08
170.06
253631.8
- 88.8
76.33
1625.9
6012.4
N.
23
L
11 18.43
2.608
17 27 54.34
172.17
-253924.2
•1- 61.1
76.80
1631.1
6031.5
23
U
2350.85
2.700
18 223.12
172.2C
251157.3
213.3
76.82
1635.1
6046.3
24
L
1223.10
2.670
183641.80
170.51
24 14 22.0
361.3
76.41
1637.9
6056.4
25
U
054.82
2.613
191028.88
167.00
2248 6.9
499.0
75.62
16 39.3
61 1.5
25
L
1325.74
2.537
194327.34
162.50
-205548.4
•1-621.3
74.55
1639.3
61 1.5
26
U
155.67
2.449
20 15 26.02
157.22
184051.3
725.0
73.30
1638.0
6056.7
S.
26
L
14 24.51
2.358
204619.67
151.73
16 7 9.6
808.5
71.99
16 35.4
6047.2
27
U
252.28
2.270
2116 8.35
146.44
131846.1
872.0
70.70
1631.7
6033.7
S.
27
L
15 19.03
2.190
214456.14
141.63
-101938.3
•1-916. 1
69.52
1627.1
6016.7
28
U
344.88
2.121
22 12 49.97
137.47
71328.6
042.5
68.49
1621.7
5956.9
a
28
L
16 9.98
2.065
22 3958.51
134.06
4 340.0
053.0
67.64
16 15.7
5934.9
29
U
4 34.49
2.022
23 6 31.28
131.51
- 05313.9
040.1
66.99
16 9.3
5911.4
s.
29
L
16 58.57
1.993
233238.12
129.76
+ 215 8.3
+032.6
66.54
16 2.7
5847.1
30
U
522.38
1.977
235828.63
128.79
519 3.5
004.8
66.30
1556.0
5822.5
s.
30
L
1746.06
1.973
02411.91
128.55
81622.6
866.7
66.24
1549.3
57 58.1
31
U
6 9.76
1.980
04956.28
128.05
11 5 8.3
810.3
66.34
1542.8
57 34.3
s.
31 LI
1833.61
1.996
11549.05
120.92
+134331.9
+763.1
66.59
15 36.5
5711.3
Dao,
.9,UDefBa
iivell]
lamination of J
?. 0".51.
Dec
10,UDt
inactive
muminat
kmof i^.(
y.oo.
MERCURY, 1916.
FOR TRANSIT AT WASHINGTON.
539
Date.
Wa3h.
Mean
Time.
Apr.
1
2
3
4
5
6
7
8
9
10
11
12
14
15
le
17
18
19
20
21
22
23
24
25
26
27
28
29
30
Blay 1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
^ 16
17
- 18
h m
23 22
23 25
23 28
23 31
23 34
23 37
23 40
23 43
23 46
23 50
Apparent
R$ht
Adoension.
Apparent
Declination
h m 8
0 4 51.2^
0 11 33.31
0 18 19.84
0 25 11.04
0 32 7.06
0 39 8.02
0 46 14.11
0 53 25.44
1 0 42.09
1 8 4.10
tt
115 31.49+ 65410.4
- 14414.2
056 8.0
- 0 7 3.6
+ 04256.9
13350.5
-f 22533.8 6.6
Hor.
Par.
6.7
6.7
6.7
6.6
6.6
318 3.6
4 11 15.4
5 5 4.2
55924.7
23 53
23 57 1 23 4.17
0 1 1 30 41.97
0 4 138 24.67
0 8 1 46 11.98
0 12 1 54 3.36
0 16 2 1 58.30
0 20 2 9 56.10
0 24 2 17 55.94
0 28 2 25 56.88
0 32 2 33 57.88
0 36 2 41 67.84
0 40| 2 49 55.53
2 57 49.77
Z 5 39.31
3 13 22.90
3 20 59.34
3 28 27.48
3 35 46.24
3 42 54.58
3 49 51.52
3 56 36.21
4 3 7.80
4 9 25.55
4 15 28.72
4 21 16.68
4 26 48.80
4 32 4.49
044
0 48
0 52
0 56
0 59
1 2
1 6
1 9
111
114
116
118
120
122
123
124
125
125
126
125
125
124
123
121
7 49 14.0
8 44 27.2
93941.3
103446.3
+112930.8
122343.9
13 17 12.9
14 945.2 6.812.6
15 1 7.9
+1551 8.4
6.9
7.0
163934.31 7.1
172614.1
181057.1
185333.8
+193356.5
201158.6
2047 35.2
212042.8
215119.6
+221924.8
224458.9
23 8 3.4
232840.2
234652.6
+24 243.8
24 16 17.6
2427 37.9
6.6
6.6
6.6
6.6
6.6
6.6
6.6
6.6
6.7
6.7
6.7
6.8
7.2
7.3
7.4
7.5
7.7
7.8
8.0
8.1
8.31
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.6
2.6
2.6
2.7
2.7
2.7
2.8
2.8
2.9
2.9
3.0
B.O
3.1
3.1
4 37 3.23 243649.2
4 4144.44 244355.4
+24 49 1.1
245210.4
8.5 3.2
8.7
8.91
9.1
9.3
9.5
9.8
10.0
10.3
245327.511.1
245256.7
24 5041.911.7 4.4
5 5 44.011+244115.9
10.5
10.8
4 46 7.65
4 50 12.38
4 53 58.17
4 57 24.58
5 0 31.25
5 3 17.811+24 46 47.0ll2.0i 4.5
11.4
3.3
3.4
3.5
3.5
3.6
3.7
3.8
3.9
4.0
4.1
4.2
4.3
CQ
12.2- 4.6
8
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.17
0.18
0.18
0.18
0.18
0.19
0.19
0.19
0.20
0.20
0.21
0.21
0.21
0.22
0.22
0.23
0.24
0.25
0.26
0.26
0.27
0.27
0.28
0.28
0.29
0.30
0.31
0.32
0.32
0.33
0.34
Date.
Wash.
Mean
Time.
^yl8
19
20
21
22
23
24
25
26
27
28
29
30
31
June 1
2
3
4
5
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
July 1
2
h m
121
1191
117
115
112
9
5
1
1
1 1
0 57
0 52
0 48
0 43
0 37
0 32
0 26
0
0
8
23 43|
23 37
23 32
23 26
23 21
23 15
2310
23 6
23
22 57
22 53
22 49
22 46
22 43
Apparent
RJ^t
Ascension.
h m 8
5 5 44.01
5 7 49.58
5 9 34.37
5 10 58.33
512 1.48
5 12 43.99
5 13 6.13
513 8.41
5 12 51.401
5 12 15.91
5 11 22.96
5 10 13.74
5 8 49.70
0 20 5 3 25.62+2056 7.6
0 14 5 1 20.14
4 59 9.53
4 56 56.07
23 49 4 52 29.88
4 50 21.67
4 48 19.59
4 46 25.64
4 44 41.68
4 43 9.41
4 41 50.30
4 40 45.63
4 39 56.52
4 39 23.90
4 39 8.52
4 39 10.97
4 39 31.68
4 40 11.00
4 41 9:i6
Apparent
Declination.
It
+244115.912.2
24 34 12.7
Hor.
Par.
n
12.5
242541.012.8
24 15 44.7
24 427.4
+235153.7
2338 7.8
23 23 14.3
23 718.4
225025.9
+223248.1
221416.9
21 55 15.0 15.4 5.9
213546.515:6 5.9
5 712.44
5 5 28.75 21 16 0.6115.7
203618.215.9
201643.8
1957 36.2
23 56 4 54 42.10 1939 7.016.0
+192128.015.9 6.0
19 450.1
18 49 24.0
18 35 19.2
182244.^
+181146.5
18 231.5
17 55 3.7
174926.1
17 4540.314.3
+17 4346.7
17 4344.0113.8
13.5
13.1
13.4
13.7
14.0
14.3
14.5
14.8 5.6
15.0 5.7
15.2
15.9
15.8
15.7
15.3
15.1
14.8
14.6
14.1
22 40 4 42 26.28
22 38
22 36
22 34
(22 33
22 32
22 31
•22 31
22 31
22 31
22 31
22 32
4 44 2.46
4 45 57.70
4 48 12.01
4 50 45.34
4 53 37.64
4 56 48.86
5 018:95
5 4 7.85
5 815.52
5 12 41.89
17 4530.4
1749 2.4I13.2
175416.312.9
+18 1 7.012.6
18 929.412.3
181917.212.0
183024.011.8
18^43.0
+1856 6.6
191027.4
192537.2
19 41 27.8 16.41
1957 50.510.1
+201436.5
5 17 26.961+203136.2
5.8
5.7
5.6
5.5
5.4
5.3
5.2
5.1
5.0
4.9
4.8
4.7
4.6
4.6
11.5|4.4
11.2
10.9
10.7
It
4.6
4.8
4.9
5.0
6.1
5.2
5.3
5.4
5.5
5.8
6.0
15.816.0
6.0
16.0 6.1
16.0 6.1
6.1
6.0
6.0
5.9
15.56.9
4.3
4.1
4.0
4.0
3.9
3.8
23
o *
«
OQ
9.9
9.7I 3.7
8
0.34
0.35
0.35
0.36
0.37
0.38
0.39
0.39
0.40
0.41
0.41
0.42
0.42
0.42
0.43
0.43
0.43
0.43
0.43
0.43
0.43
0.42
0.42
0.42
0.41
0.41
0.40
0.40
0.39
0.39
0.38
0.37
0.36
0.35
0.34
0.34
0.33
0.32
0.31
0.31
0.30
0.29
0.29
0.28
0.28
0.27
0.27
MEECUKY, 1916.
FOR TRANSIT AT WASHINGTON.
541
12
22 64
1221 10.43
14033.7
11.3
4.3
0.29
27
23 58
162724.66
224662.8
6.1
2.3
0.17
13
22 50
122125.29
12458.6
10.9
4,1
0.28
29
0 1
1634 6.29
23 660.9
6.1
2.3
0.17
14
22 47
122217.77
115 4.8
10.6
4,0
0.27
30
0 4
164047.60
232538.9
6.1
2.3
0.17
15
22 45
122346.53
- 11047.6
10.3
3.9
0.26
Dec. 1
0 7
164731.64
-234315,1
6.1
2,3
0.17
16
22 43
122549.60
111^.3
9.9
3.8
0.25
2
0 10
165417.10
235938,1
6,1
3.3
0.17
17
22 41
122824.58
11810.6
9.6
3.7
0.25
3
0 12
17 1 4.20
2414 46.6
6.1
2.3
0,17
18
22 46
123128.80
12912.3
9.4
3.6
0.24
4
015
17 7 52.81
24 2839.2
6.2
2.3
0.17
19
22 40
123469.42
14436.6
9.1
3,5
p.23
6
0 18
17 14 42. SI
24 4114.6
6.2
2.3
0,17
20
22 40
123863.69
- 2 358.4
8.8
3.4
0.22
e
0 21
17 2134.19
-24 6231.3
6.2
2.4
0.17
21
22 40
1243 8.57
22652.2
8.6
3.3
0.22
7
024
17 2826.78
25 227.6
6.2
2.4
0.17
22
22 41
124741.71
25252.6
8.4
3.2
0.21
8
027
17 3520.45
2511 2.8
6,3
2.4
0.17
23
22 42
1252 30.57
32135.1
8.2
3.1
0.21
9
030
17 42 15.08
251814.8
6.3
2,4
0.18
24
22 43
1257 32,96
3 62 36.8
8.0
3-0
n.20
10
033
174910.47
2524 2.9
8.3
2#
0.18
26
22 44
13 246.87
- 42636.3
7.8
3,0
0.20
11
036
17 66 6.46
-252825.6
6.4
2.4
0.18
26
22 46
13 810.65
6 013.9
7,7
2.9
0.19
12
0 39
IS 3 2.80
25 3121.8
6.4
2.4
0.18
27
22 47
131342.49
63611.9
7.5
2,9
0.19
13
0 42
18 959.27
263260.2
«.5
2,5
0.18
28
22 49
131921.41
61314.0
7,4
2.8
0,10
14
0 45
181655.58
25 32 49.9
6.5
2.5
0.18
29
22 51
1326 6.13
661 5.7
7.2
2.8
0.19
15
0 48
182351.40
25 3120.0
8.6
2-6
0.18
30
22 53
133056.76
- 7 2934.5
7,1
2.7
0.18
16
0 51
183046.3S
-252819.4
6.6
2.6
0.19
31
22 64
133649.47
8 828.7
7.0
2.7
0.18
17
064
183740.13
252347.8
6,7
2,6
0.19
. 1
22 56
134246.66
84738.6
6.9
2.6
0.18
18
0 67
184432.17
2517 44,6
6.8
2.6
0.19
2
22 59
134846.77
92665.1
6.8
2.6
0.18
19
0 69
186122.02
2510 9.7
6-8
2.6
0.19
3
23 1
135449,36
10 610.6
6.8
2.6
0.17
20
1 2
1868 9.10
25 1 3.0
6.9
2,6
0.19
4
23 3
14 054.12
-104617,8
6.7
2.5
0.17
21
1 5
19 462.74
-246024.9
7.0
2,7
0.20
ft
23 5
14 7 0.74
112411.1
6.6
2.5
0,17
22
1 8
191132.25
213818,1
7.1
2.7
0.20
6
23 7
1413 9,06
12 245.1
6.5
2.5
0.17
23
1 10
1918 6.76
24 2438.1
7.2
2.7
0.20
7
23 9
141818.89
124054.9
6.5
2.5
0.17
24
113
192435,39
24 9 32.3
7,3
2.8
0.20
8
2312
142530.13
131836.4
6.4
2.4
0.17
26
115
193057.04
2353 1.3
7,4
2,8
0.21
9
23 14
143142.69
-136646,9
6.4
2.4
0.17
26
lis
193710.65
-2336 8.3
7,6
2,9
0.21
10
23 16
1437 56.64
143220.0
6.3
2.4
0.17
27
120
194314.66
231657.2
7.7
2,9
0,21
11
2318
144411.65
16 815.5
6.3
2.4
0.16
28
122
1949 7.66
225633.1
7.9
3.0
0,22
12
23 21
146028.01
164329,9
6,3
2.4
0,10
29
123
195447.84
2234 2.1
8.0
3.0
0.22
13
23 23
145646.64
16 18 0.7
6,2
2.4
0.16
30
125
20 013,47
221131.7
8.2
3.1
0.22
14
23 25
15 3 4.55
-165145.4
6.2
2.4
0.16
31
126
20 5 22.35
-214810.6
8.4
3.2
0.23
15
23 28
15 B 24.78
-17 24 42.1
6.2
2.3
0.16
32
127
201012.08
-2124 9.6
8.6
3.3
0.23
VENTJ8, 1916.
543
FOR TRANSIT AT WASHINGTON.
I>ate.
Wash.
Mean
Time.
U m
Apparait
Asoenston.
1
Appanut
Decimation.
Hot.
Par.
n
•
00
8
Date.
Wash.
Mean
Time.
Apparent
Right
Ascension.
At>pafeDt
Declination.
Hor.
Par.
n
•
1
1
h m 8
o t tt
h m
h m 8
• t tt
8
Apr. 1
2 53
3 32 9.63
+2128 3.3
9.9
9.6
0.69
May 16
3 3
6 39 18.22
+264157.0
16.4
15.9
1.19
2
2 53
3 36 39.84
214710.4
10.0
9.7
0.70
17
3 2
6 42 27.99
2637 4.5
16.7
16.2
1.21
3
254
3 41 10.22
22 547.0
lO.l
9.8
0.71
18
3 1
6 45 32.84
26 31 48.8
16.9
16.4
1.22
4
254
3 45 40.72
222352.6
10.2
9.9
0.71
19
3 0
6 48 32.61
26 26 10.8
17.2
16.7
1.24
5
2 55
3 50 11.30
22 41 26.8
10.3
10.0
0.72
20
2 59
6 51 27.11
262011.5
17.4
16.9
1.26
6
256
3 54 41.90
+22 58 29.3
10.3
10.0
0.73
21
2 58
6 54 16.16
+261351.6
17.7
17.2
1.28
7
256
3 59 12.46
23 14 59.5
10.4
10.1
0.74
22
2 57
6 66 59.57
26 711.8
18.0
17.4
1.30
8
2 57
4 3 42.92
233057.1
10.5
10.2
0.75
23
2 55
6 59 37.14
26 013.0
18.2
17.7
1.32
9
2 57
4 813.23
234621.8
10.6
10,3
0.75
24
2 54
7 2 8.68
255256.0
18.5
18.0
1.33
10
2 58
4 12 43.30
24 113.3
10.7
10.4
0.76
25
2 52
7 4 33.96
254521.8
18.8
18.2
1.35
11
2 58
4 17 13.08
+241531.2
10.8
10.5
0.77
26
2 51
7 6 52.78
+2537 31.1
19.1
18.5
1.37
12
2 59
4 21 42.50
24 29 15.2
10.9
10.6
0.78
27
2 49
7 9 4.94
252924.9
19.4
18.8
1.39
13
2 59
4 26 11.48
24 42 25.2
11.1
10.7
0.79
28
2 47
7 11 10.21
2521 4.1
19.7
19.2
1.42
14
3 0
4 30 39.94
2455 0.9
11.2
10.8
0.80
29
2 45
7 13 , 8.35
251229.5
20.0
19.5
1.44
15
3 0
4 35 7.80
25 7 2.1
11.3
10.9
0.81
30
2 43
7 14 59.12
25 342.0
20.4
19.8
1.46
16
3 1
4 39 34.98
+251828.8
9
11.4
11.1
0.82
31
2 41
7 16 42.28
+245442.5
20.7
20.1
1.48
17
3 1
4 44 1.39
2") 20 20.7
11.5
11.2
0.83
June 1
2 39
7 18 17.58
244531.9
21.0
20.4
1.50
18
3 2
4 48 26.96
253937.8
11.6
11.3
0.84
2
2 36
7 19 44.77
243611.0
21.4
20.7
1.53
19
3 2
4 52 51.59
254920.0
11.7
11.4
0.84
3
2 33
7 21 3.62
242640.7
21.7
21.1
1.55
20
3 3
4 57 15.20
255827.3
11.9
11.5
0.85
4
2 31
7 22 13.89
2417 1.9
22.1
21.4
1.58
21
3 3
5 137.69
+26 659.8
12.0
11.6
0.86
5
2 28
7 23 16.34
+24 715.3
22.4
21.8
1.60
22
3 4
5 5 58.96
261457.4
12.1
11.8
0.87
6
2 25
7 24 7.72
2357 21.6
22.8
22.1
1.62
23
3 4
51018.93
262220.1
12.2
11.9
0.88
7
2 21
7 24 50.79
2347 21.6
23.2
22.6
1.65
24
3 5
5 14 37.49
2629 8.0
12.4
12.0
0.89
8
2 18
7 25 24.34
23 37 16.1
23.5
22.9
1.67
25
3 5
5 18 54.54
26 3521.3
12.5
12.2
0.91
9
2 14
7 25 48.16
2327 5.7
23.9
23.2
1.69
26
3 5
5 23 9.96
+2641 0.1
12.7
12.3
0.92
10
2 11
7 26 2.06
+231660.9
24.3
23.6
1.72
27
3 5
5 27 23.66
2646 4.6
12.8
12.4
0.93
11
2 7
7 26 6.89
23 632.3
24.7
24.0
1.74
28
3 6
5 31 35.53
265035.1
13.0
12.6
0.94
12
2 3
7 25 69.49
22 56 10.5
25.1
24.3
1.77
29
3 6
5 35 45.44
2654 31.7
13.1
12.7
0.95
13
159
7 25 42.77
224546.1
25.4
24.7
1.79
30
3 6
5 39 53.26
26 57 54.7
13.3
12.9
0.96
14
154
7 25 15.65
22 35 19.3
25.8
25.1
1.82
May 1
3 6
5 43 58.86
+27 044.5
13.4
13.1
0.98
15
150
7 24 38.10
+222460.5
26.2
26.4
1.84
2
3 6
5 48 2.11
27 3 1.3
13.6
13.2
0.99
16
145
7 23 50.15
221420.1
26.5
25.8
1.86
3
3 6
5 52 2.87
27 445.5
13.8
13.4
1.00
17
140
7 22 51.89
22 348.3
26.9
26.1
1.88
4
3 6
5 56 0.99
27 557.7
14.0
13.6
1.01
18
135
7 21 43.44
215315.3
27.3
26.6
1.90
5
3 6
5 59 56.35
27 638.2
14.1
13.7
1.03
19
1 30
7 20 24.99
214241.4
27.6
26.8
1.93
6
3 6
6 3 48.81
+27 647.6
14.3
13.9
1.04
20
124
7 18 56.81
+2132 6.9
27.9
27.1
1.95
7
3 6
6 7 38.20
27 626.3
14.5
14.1
1.05
21
119
7 17 19.20
212132.1
28.2
27.4
1.97
8
3 6
6 11 24.35
27 534.9
14.7
14.3
1.07
22
113
7 15 32.55
211057.4
28.5
27.6
1.99
9
3 6
6 15 7.13
27 414.0
14.9
14.5
1.08
23
1 7
7 13 37.33
21 023.2
28.8
28.0
2.01
10
3 6
6 18 46.38
27 224.3
15.1
14.7
1.10
24
1 1
7 11 34.06
204950.1
29.1
28.3
2.02
11
3 5
6 22 21.93
+27 0 6.3
15.3
14.9
1.11
25|
055
7 9 23.32
+203918.6
29.3
28.5
2.03
12
3 5
6 25 53.60
2657 20.7
15.5
15.1
1.13
26
0 49
7 7 6.77
202849.6
29.6
28.7
2.05
13
3 4
6 29 21.23
2654 8.2
15.7
15.3
1.14
27
0 43
7 4 42.15
201823.9
29.8
28.9
2.06
14
3 4
6 32 44.65
265029.6
16.0
15.5
1.16
28
036
7 2 13.25
20 8 2.6
30.0
29.1
2.07
15
3 3
6 36 3.71
26 46 25.6
16.2
15.7
1.17
29
030
6 59 39.91
195746.8
30.1
29.2
2.07
16
3 3
6 39 18.22
+264157.0
16.4
15.9
1.19
30
023
6 57 3.03
+1947 37.8
30.2
29.3
2.08
17
3 2
6 42 27.99
+2637 4.5
16.7
16.2
1.21
July 1
0 17
6 54 23.54
+1937 37.2
30.3
29.4
2.08
VENUS, 1916.
545
FOR TRANSIT AT WAiSHINGTON.
Wash.
Mean
rime.
h m
Apparent
Right
Asoenaton.
Apparent
DeoUnation.
Hor.
Par.
•
«
1
S.T.ofSem.
Pass. Mer.
^
Date.
1
SVash.
Mean
rime.
h m
Agjajyt
Ascension.
Apparmt ]
Declination.
Sot.
Par.
:: Semldlam.
OQ
h m 8
• f ff
//
8
h m 8
• f ft
8
Oct. 1
21 1
94510.17
+13 022.7
10.3
10.0
0.68
Nov.16
2122
13 7 5.08
- 5 635.7
7.5
7.3
0.49
2
21 2
9 49 29.45
124320.5
10.2
9.9
0.68
17
2122
131135.88
53321.3
7.4
7.2
0.48
3
21 2
9 53 49.01
12 25 53.2
10.1
9.8 0.67 1
18
2123
1316 7.34
6 0 3.7
7.4
7.2
0.48
4
21 2
958 8.84
12 8 1.2
10.0
9.7
0.66
19
2124
132039.50
62642.0
7.4
7.2
0.48
5
21 3
10 228.90
114944.8
9.9
9.7
0.66
20
2124
132512.37
65315.5
7.3
7.1
0.48
6
21 3
10 649.19
+1131 4.4
9.9 9.6
0.65
21
2125
132945.98
- 71943.4
7.3
7.1
0.48
7
21 4
1011 9.67
1112 0.4
9.8
9.5
0.65
22
2125
133420.35
746 5.0
7.3
7.1
0.48
8
21 4
10 15 30.34
105233.3
9.7
9.4
0.64
23
2126
133855.51
81219.4
7.2
7.0
0.47
9
21 4
101951.18
10 32 43.4
9.6
9.3
0.63
24
2127
134331.48
83825.8
7.2
7.0
0.47
10
21 5
102412.18
101231.2
9.5
9.3
0.63
25
2127
1348 8.29
9 4 23.5
7.1
6.9
0.47
11
21 5
10 28 33.32
+ 95157.1
9.5
9.2
0.62
26
2128
135245.95
- 93011.5
7.1
6.9
0.47
12
21 6
103254.60
931 1.7
9.4
9.1
0.62
27
2129
13 57 24.50
95549.1
7.1
6.9
0.47
13
21 6
10 37 16.02
9 945.5
9.3
9.1
0.61
28
2129
14 2 3.96
102115.6
7.1
6.9
0.46
14
21 6
104137.56
848 9.0
9.2
9.0
0.61
29
2130
14 644.35
10 46 30.3
7.0
6.8
0.46
15
21 7
10 45 59.20
82612.8
9.2
8.9
0.60
30
2131
14 11 25.69
11 11 32.3
7.0
6.8
0.46
16
21 7
10 50 20.94
+ 8 357.3
9.1
8.8
0.60
Dec. 1
2132
1416 8.02
-113620.8
7.0
6.8
0.46
17
21 8
105442.79
74123.3
9.0
8.8
0.59
2
2132
14 2051.35
12 055.0
6.9
6.7
0.46
18
21 8
1059 4.74
71831.3
9.0
8.7
0.59
3
2133
14 2535.71
12 25 14.2
6.9
6.7
0.46
19
21 9
11 326.79
65521.9
8.9
8.7
0.58
4
2134
143021.12
124917.5
6.9
6.7
0.46
20
21 9
11 748.94
6 31 55.7
8.9
8.6
0.58
5
2135
1435 7.59
1313 4.2
6.8
6.6
0.45
21
21 9
111211.18
+ 6 813.4
8.8
8.5
0.57
6
2136
14 39 55.16
-133633.5
6.8
6.6
0.45
22
2110
11 16 33.53
54415.5
8.7
8.5
0.57
7
2137
144443.85
135944.7
6.8
6.6
0.45
23
2110
11 20 55.98
520 2.8
8.7
8.4
0.56
8
2137
144933.67
1422 36.8
6.7
6.5
0.45
24
2111
112518.54
45535.8
8.6
8.4
0.56
9
2138
14 54 24.65
14 45 9.1
6.7
6.5
0.45
25
2111
112941.23
43055.2
8.6
8.3
0.56
10
2139
14 59 16.79
15 7 20.8
6.7
6.5
0.45
26
2112
1134 4.04
+ 4 6 1.7
8.5
8.2
0.55
11
2140
15 410.10
-152911.1
6.6
6.5
0.45
27
2112
113826.99
34056.0
8.4
8.2
0.55
12
2141
15 9 4.60
155039.2
6.6
6.4
0.45
28
2112
11 42 50.09
31538.7
8.4
8.1
0.54
13
2142
1514 0.29
161144.3
6.6
6.4
0.44
29
2113
114713.35
2 50 10.5
8.3
8.1
0.54
14
2143
151857.19
16 32 25.6
6.6
6.4
0.44
30
2113
11 51 36.79
22432.1
8.3
8.0
0.54
15
2144
152355.30
165242.4
6.5
6.4
0.44
31
2114
1156 0.43
+ 15844.1
8.2
8.00.53
16
2145
152854.61
-171233.8
6.5
6.3
0.44
Nov. 1
2114
12 024.29
13247.0
8.2
7.90.53
17
2146
153355.12
17 31 59.1
6.5
6.3
0.44
2
2115
12 448.38
1 641.7
8.1
7.9
0.53
18
2147
153856.84
17 5057.4
6.5
6.3
0.44
3
2115
12 912.73
0 40 28.8
8.1
7.8
0.52
19
2149
154359.76
18 928.0
6.4
6.3
0.44
4
2116
121337.37
+ 014 9.1
8.0
7.8
0.52
20
2150
1549 3.87
1827 30.2
6.4
6.2
0.44
5
2116
1218 2.32
- 01216.8
8.0
7.7
0.52
21
2151
1554 9.16
-1845 3.2
6.4
6.2
0.44
6
2117
122227.60
03848.3
7.9
7.7
0.51
22
2152
155915.62
19 2 6.2
6.4
6.2
0.44
7
2117
12 26 53.25
1 524.8
7.9
7.7
0.51
23
2153
16 423.23
191838.6
6.3
6.2
0.44
8
2118
12 31 19.30
132 5.6
7.8
7.6
0.51
24
2154
16 931.97
19 34 39.7
6.3
6.1
0.44
9
2118
12 35 45.78
15849.8
7.8
7.6
0.51
25
2156
161441.81
1950 8.7
6.3
6.1
0.44
10
2119
12 40 12.70
- 22536.8
7.7
7.5
0.50
26
2157
161952.74
-20 5 4.9
6.3
6.1
0.43
11
2119
124440.08
25225.9
7.7
7.5
0.50
27
2158
1625 4.73
201927.7
6.3
6.1
0.43
12
2120
1249 7.96
31916.2
7.7
7.4
0.50
28
2159
16 3017.76
20 33 16.6
6.2
6.1
0.43
13
2120
125336.38
346 7.1
7.6
7.4
0.49
29
22 1
163531.80
20 46 30.9
6.2
6.0
0.43
14
2121
1268 6.35
41257.8
7.6
7.4
0.49
30
22 2
164046.82
2059 9.9
6.2
6.0
0.43
15
2121
13 234.91
- 43947.6
7.5
7.3
0.49
31
22 3
16 46 ^.78
-21 11 13.0
6.2
6.0
0.43
16
2122
13 7 5.08
- 5 635.71 7.5
7.3!0.49l
32
22 5
16 51 19.66
-21 22 39.8
6.2
6.0
0.43
7
9790°
—1916
^
MARS, 1916.
547
FOR TRANSIT AT WASHINGTON.
D«t«.
Wash.
Mean
Time.
h m
Aacensioii.
Apparent 1
DecUnatkm.
Hor.
Par.
II
•
§
1
II
Date.
Wash.
Mean
Time.
h m
Apparent
Right
Ascension.
Apparent
Declination.
Hor.
Par.
II
•
E
S
1
00^
h m 8
m 1 II
8
b m 8
m 1 II
8
Apr. 1
8 18
8 57 42.66
+202157.5
9.5
5.4
0.39
May 17
6 11
9 51 49.76
+144245.5
6.6
3.8
0.26
2
814
8 58 12.88
2017 36.8
9.4
5.4
0.39
18
6 8
95329.13
143236.6
6.6
3.8
0.26
3
8 11
8 58 45.57
2013 6.5
9.3
5.3
0.38
19
6 6
955 9.26
142221.6
6.6
3.8
0.26
4
8 7
8 59 20.67
20 826.8
9.2
5.3
0.38
20
6 4
95650.14
1412 0.4
6.5
3.7
0.26
5
8 4
8 59 58.15
20 337.8
9.1
5.2
0.38
21
6 2
95831.73
14 133.0
6.5
3.7
0.26
6
8 1
9 0 37.95
+195839.6
9.1
5.2
0.37
22
5 59
10 014.05
+135059.5
6.4
3.7
0.25
7
7 58
9 120.02
195332.4
9.0
5.2
0.37
23
5 57
10 157.08
134019.9
6.4
3.7
0.25
8
754
9 2 4.30
194816.3
8.9
5.1
0.37
24
555
10 340.79
132934.2
6.4
3.6
0.25
9
7 51
9 2 50.75
194251.7
8.8
5.1
0.36
25
5 53
10 525.18
131842.4
6.3
3.6
0.25
10
7 48
9 3 39.31
19 37 18.2
8.8
5.0
0.36
26
550
10 710.22
13 7 44.4
6.3
3.6
0.25
11
745
9 4 29.93
+193136.4
8.7
5.0
0.36
27
548
10 855.92
+12 56 40.5
6.2
3.6
0.25
12
7 42
9 5 22.55
192546.1
8.6
4.9
0.35
28
546
101042.26
12 45 30.6
6.2
3.6
0.25
13
7 39
9 617.13
191947.7
8.6
4.9
0.35
29
544
10 12 29.21
12 34 14.8
6.2
3.5
0.24
14
736
9 713.61
191341.1
8.5
4.9
0.35
30
5 42
10 14 16.77
12 22 52.9
6.1
3.5
0.24
15
7 33
9 811.95
19 726.5
8.4
4.8
0.35
31
540
1016 4.93
121125.3
6.1
3.5
0.24
16
730
9 912.09
+19 1 3.9
8.3
4.8
0.33
June 1
538
10 17 53.67
+11 59 52.0
6.1
3.5
0.24
17
7 27
9 10 13.99
185433.6
8.3
4.7
0.33
2
536
101942.99
114813.1
6.0
3.5
0.24
18
7 24
9 11 17.60
184755.5
8.2
4.7
0.33
3
533
10 21 32.86
113628.3
6.0
3.4
0.24
19
7 21
9 12 22.89
1841 9.8
8.1
4.7
0.33
4
5 31
102323.27
1124 37,9
6.0
3.4
0.24
20
7 18
91329.82
183416.5
8.1
4.6
0.32
5
529
10 25 14.21
111242.1
5.9
3.4
0.23
21
7 16
9 14 38.33
+182715.5
8.0
4.6
0.32
6
5 27
1027 5.68
+11 040.9
5.9
3.4
0.23
22
7 13
9 15 48.38
1820 7.0
8.0
4.6
0.32
7
525
102857.65
104834.2
5.9
3.4
0.23
23
7 10
9 16 59.95
181251.1
7.9
4.5
0.31
8
5 23
103050.12
10 36 22.3
5.8
3.3
0.23
24
7 8
9 18 13.01
18 527.7
7.8
4.5
0.31
9
5 21
10 32 43.06
1024 5.1
5.8
3.3
0.23
25
7 5
9 19 27.52
175756.9
7.8
4.4
0.31
10
5 19
10 34 36.47
10 11 42.8
5.8
3.3
0.23
26
7 2
9 20 43.44
+175018.6
7.7
4.4
0.31
11
5 17
10 36 30.33
+ 95915.5
5.7
3.3
0.23
27
6 59
9 22 0.74
17 42 33.0
7.6
4.4
0.30
12
5 15
103824.65
94643.1
5.7
3.3
0.23
28
6 57
9 23 19.41
173440.1
7.6
4.4
0.30
13
5 13
104019.41
934 5.8
5.7
3.3
0.22
29
654
9 24 39.40
17 26 39.9
7.5
4.3
0.30
14
5 11
10 42 14.59
92123.7
5.6
3.2
0.22
30
6 52
9 26 0.67
171832.4
7.5
4.3
0.30
15
5 9
104410.20
9 836.6
5.6
3.2
0.22
May 1
6 49
9 27 23.20
+171017.7
7.4
4.3
0.30
16
5 7
1046 6.23
+ 85544.9
5.6
3.2
0.22
2
6 47
9 28 46.95
17 155.9
7.4
4.2
0.29
17
5 5
1048 2.67
84248.5
5.6
3.2
0.22
3
6 44
9 30 11.89
165326.8
7.3
4.2
0.29
18
5 3
104959.52
82947.4
5.5
3.2
0.22
4
6 42
9 31 38.00
164450.7
7.3
4.2
0.29
19
5 1
105156.75
81641.7
5.5
3.1
0.22
6
6 39
9 33 5.24
1636 7.6
7.2
4.1
0.29
20
4 59
105354.40
8 331.3
5.5
3.1
0.22
6
6 37
9 34 33.59
+162717.6
7.2
4.1
0.28
21
4 57
105552.44
+ 7 5016.5
5.5
3.1
0.22
7
634
9 36 3.00
161820.7
7.1
4.1
0.28
22
455
105750.88
73657.1
5.4
3.1
0.21
8
6 32
9 37 33.46
16 916.9
7.0
4.0
0.28
23
453
105949.72
72333.2
5.4
3.1
0.21
9
6 29
9 39 4.93
16 0 6.4
7.0
4.0
0.28
24
4 51
11 148.95
710 5.1
5.4
3.1
0.21
10
6 27
9 40 37.38
155049.0
7.0
4.0
0.28
25
4 49
11 348.57
65632.7
5.4
3.1
0.21
11
624
9 42 10.79
+154125.1
6.9
4.0
0.28
26
4 47
11 548.59
+ 64255.8
5.3
3.1
0.21
12
6 22
9 43 45.11
15 31 54.6
6.9
3.9
0.27
27
4 45
11 748.97
62914.8
5.3
3.0
0.21
13
620
9 45 20.34
152217.6
6.8
3.9
0.27
28
4 43
11 949.75
61529.7
5.3
3.0
0.21
14
6 18
9 46 56.45
15 12 34.2
6.8
3.9
0.27
29
4 41
111150.89
6 140.6
5.3
3.0
0.21
15
6 15
9 48 33.40
15 244.3
6.7
3.8
0.27
30
4 39
111352.42
547 47.4
5.2
3.0
0.21
16
6 13
9 50 11.18
+145248.0
6.7
3.8
0.27
July 1
438
111554.32
+ 53350.3
5.2
3.0
0.21
17
6 11
9 5149.76+144245.5
6.6 3.8
0.26
2
436
11 17 56.59
+ 51949.5
5.2 3.0
0.21
Steliar ma^tude at oppoaitiany in February, 1016, —1.0.
JUPITER, 1916.
549
FOR TRANSIT AT WASHINGTON.
y
Date.
Wash.
Mean
Thne.
h m
Apparent
Ascension.
Apparent
Decimation.
Hor.
Par.
li
It
S.T.ofSem.
Pa8S.Mer.
Date.
Wash.
Mean
Time.
h m
Apparent
Kiht
Ascension.
Apparent
Declination.
1
Hor.
Par.
It
A
II
CD
h m 8
• 1 t»
8
h m 8
• 1 II
8
Oct. 1
13 23
2 5 46.13
+11 7 47.8
2.2
28.3
1.69
Nov.16
10 0
1 43 35.92
+9 9 9.9
2.2
23.1
1.67
2
1319
2 5 20.25
11 524.6
2.2
23.4
1.69
17
956
1 43 11.88
9 7 7.6
2.2
23.1
1.67
3
1314
2 4 53.93
11 259.3
2.2
23.4
1.69
18
9 52
1 42 48.39
9 5 8.6
2.2
23.1
1.66
4
1310
2 4 27.17
11 031.9
2.2
23.4
1.69
19
9 47
142 25.44
9 312.8
2.2
23.0
1.66
6
13 6
2 4 0.00
1058 2.5
2.2
23.5
1.70
20
943
142 3.06
9 120.4
2.1
23.0
1.65
6
13 1
2 3 32.45
+105531.1
2.2
23.5
1.70
21
9 39
14141.26
+8 59 31.7
2.1
22.9
1.65
7
12 57
2 3 4.52
105258.0
2.2
23.5
1.70
22
934
1 41 20.05
8 57 46.4
2.1
22.9
1.65
8
12 52
2 2 36.24
105023.1
2.2
23.5
1.70
23
930
1 40 59.47
8 56 4.8
2.1
22.8
1.64
9
12 48
2 2 7.63
104746.7
2.2
23.6
1.70
24
9 26
1 40 39.50
8 54 27.0
2.1
22.8
1.64
10
12 44
2 138.70
1045 8.8
2.2
23.6
1.71
25
922
1 40 2a.l7
8 52 53.0
2.1
22.7
1.64
11
12 39
2 1 9.50
+104229.5
2.2
23.6
1.71
26
917
140 1.50
+8 51 23.0
2.1
22.7
1.63
12
12 35
2 0 40.01
103948.9
2.2
23.6
1.71
27
913
1 39 43.51
8 49 56.9
2.1
22.6
1.63
13
12 30
2 010.27
1037 7.3
2.2
23.6
1.71
28
9 9
1 39 26.19
8 48 35.0
2.1
22.6
1.62
14
12 26
1 59 40.30
10 34 24.5
2.2
23.7
1.71
29
9 5
139 9.56
8 47 17.1
2.1
22.5
1.62
15
12 22
1 59 10.13
103140.8
2.2
23.7
1.71
30
9 0
1 38 53.63
8 46 3.5
2.1
22.4
1.62
16
1217
1 58 39.77
+102856.2
2.2
23.7
1.71
Dec. 1
856
138 38.40
+8 44 54.0
2.1
22.4
1.61
17
1213
158 9.25
102611.1
2.2
23.7
1.71
2
8 52
1 38 23.89
8 43 48.8
2.1
22.3
1.61
18
12 8
1 57 38.59
102325.4
2.2
23.7
1.71
3
8 48
1 38 10.10
8 42 47.8
2.1
22.3
1.60
19
12 4
157 7.82
102039.2
2.2
23.7
1.71
4
844
1 37 57.05
8 41 51.3
2.1
22.2
1.60
20
1159
156 36.94
10 17 52.6
2.2
23.7
1.71
5
840
1 37 44.73
8 40 59.0
2.1
22.1
1.59
21
1155
156 6.00
+1015 6.0
2.2
23.7
1.71
6
836
1 37 33.14
+8 40 11.0
2.1
22.1
1.59
22
1150
1 55 35.02
10 12 19.3
2.2
23.7
1.71
7
8 31
1 37 22.30
8 39 27.6
2.1
22.0
1.58
23
1146
155 4.02
10 932.8
2.2
23.7
1.71
8
8 27
1 37 12.22
8 38 48.6
2.0
21.9
1.57
24
1142
1 54 33.02
10 646.4
2.2
23.7
1.71
9
8 23
137 2.90
8 38 14.0
2.0
21.9
1.57
25
1137
154 2.06
10 4 0.4
2.2
23.7
1.71
10
819
136 54.33
8 37 43.9
2.0
21.8
1.56
26
1133
153 31.14
+10 115.1
2.2
23.7
1.71
11
815
1 36 46.51
+8 37 18.3
2.0
21.8
1.56
27
1128
153 0.31
95830.2
2.2
23.7
1.71
12
811
1 36 39.48
8 36 57.3
2.0
21.7
1.55
28
1124
1 52 29.58
95546.2
2.2
23.7
1.71
13
8 7
1 36 33.20
8 36 40.6
2.0
21.6
1.55
29
1119
1 51 58.99
953 3.1
2.2
23.7
1.71
14
8 3
1 36 27.71
8 36 28.6
2.0
21.6
1.54
30
1115
1 51 28.55
95021.1
2.2
23.7
1.71
15
7 59
1 36 23.00
8 36 21.3
2.0
21.5
1.54
31
1110
1 50 58.28
+ 94740.3
2.2
23.6
1.70
16
755
1 36 19.06
+8 36 18.4
2.0
21.4
1.54
Nov. 1
11 6
1 50 28.21
945 0.9
2.2
23.6
1.70
17
7 51
1 36 15.90
8 36 20.1
2.0
21.4
1.53
2
11 2
1 49 58.38
94222.8
2.2
23.6
1.70
18
7 47
1 36 13.51
8 36 26.4
2.0
21.3
1.53
3
10 67
1 49 28.79
93946.5
2.2
23.6
1.70
19
7 43
1 36 11.91
8 36 37.3
2.0
21.2
1.52
4
1053
1 48 59.46
93711.8
2.2
23.6
1.70
20
7 39
1 36 11.10
8 36 52.7
2.0
21.2
1.52
5
1048
1 48 30.43
+ 93439.0
2.2
23.5
1.70
21
735
1 36 11.07
+8 37 12.7
2.0
21.1
1.51
6
10 44
148 1.71
932 8.1
2.2
23.5
1.69
22
7 31
1 36 11.83
8 37 37.2
2.0
21.0
1.51
7
10 40
1 47 33.32
92939.1
2.2
23.5
1.69
23
7 27
1 36 13.38
8 38 6.4
2.0
21.0
1.50
8
10 35
147 5.29
92712.4
2.2
23.4
1.69
24
7 24
1 36 15.70
8 38 40.1
2.0
20.9
1.50
9
10 31
1 46 37.62
92448.0
2.2
23.4
1.69
25
720
1 36 18.83
8 39 18.4
1.9
20.8
1.49
10
10 26
1 46 10.35
+ 92225.9
2.2
23.4
1.68
26
7 16
1 36 22.73
+8 40 1.1
1.9
20.7
1.49
11
10 22
1 45 43.48
920 6.5
2.2
23.3
1.68
27
7 12
1 36 27.41
8 40 48.5
1.9
20.7
1.48
12
1018
1 45 17.04
91749.5
2.2
23.3
1.68
28
7 8
1 36 32.86
8 41 40.2
1.9
20.6
1.48
13
1013
1 44 51.05
91535.3
2.2
23.3
1.68
29
7 4
1 36 39.10
8 42 36.4
1.9
20.5
1.47
14
10 9
1 44 25.52
91323.9
2.2
23.2
1.67
30
7 0
1 36 46.10
8 43 37.0
1.9
20.5
1.47
15
10 5
144 0.46
+ 91115.4
2.2
23.2
1.67
31
6 57
1 36 53.88
+8 44 42.0
1.9
20.4
1.46
16
10 0
1 43 35.92
+ 99 9.9|2.2
23.1
1.67
32
6 53
137 2.41
+8 45 51.2
1.9
20.3] 1.46
y
Stellar mag
nitud
leatc
»pposi
tion, inO
ctober
, 1916, —2.5.
SATURN, 1916. 551
FOR TRANSIT AT WASHINGTON.
6t«tlu magnitude at opposithin, hi January, L9ln, —
UEANUS, 1916.
FOE TRANSIT AT WASHINGTON.
553
Date.
Wash.
Mean
Time.
Sept.l
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
Oct. 1
2
3
4
5
6
7
8
9
10
11
12
13
14
16
16
17
AppareQt
Asceosioo.
h m h m i
10 34211811.22
10 302118 2.73
10 26 21 17 54.33
10 22 21 17 46.02
1018211737.80
1014
101021
10
10
6
Appareot
Declinatkm
Hot,
Par.
It
21
21
221
9 58
954
9 5021
21
21
946
942
9 37
9 33
929
925
9 21
917
913
9 9
21
21
21
17 29.68
17 21.66
17 13.76
17 5.95
1658.25
16 50.67
16 43.20
1635.85
1628.63
1621.53
162912.6 0.5
162950.7 0.5
163028.3 0.5
1631 5.5 0.5
163142.1 0.5
-163218.2 0.5
163253.8 0.5
163328.8.0.5
1634 3.2 0.5
16 34 37.2 0.5
-163510.6 0.5
163543.5 0.5
16 36 15.7 0.5
163647.3 0.5
//
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
"8
00
I
8
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
Date.
21 16 14.57
2116 7.74
2116 1.04
21 15 54.47
21 15 48.05
211541.77
21 15 35.64
9 5|21 15 29.66
9
8 57
8 53211512.64
8 49
845
8 41
8 37
833
829
8 25
8 21
817
7 53
7
745
7 41
7 37
7
7
21 15 23.83
21 15 18.16
2115 7.28
2115 2.08
211457.06
211452.191
21 14 47.51
211442.99
21 14 38.64
21 14 34.47
21 14 30.48
813211426.67
8 9211423.04
8 5211419.58
8 1211416.32
7 57 21 14 13.24
21 14 10.34
49I2II4 7.63
2114 5.11
2114 2.781
2114 0.64
3321
2921
1358.69
1356.93
163718.3
16 37 48.6
16 38 18.3
163847.4
16 39 15.7
16 39 43.4
0.5
0.5
0.5
0.5
0.5
0.5
-164010.3 0.5
16 40 36.6 0.5
1641 2.2 0.5
164127.10.5
164151.2 0.5
-164214.5 0.5
164237.1 0.5
164258.9 0.5
16 43 20.0 0.5
164340.3 0.5
-164359.7 0.5
164418.3 0.5
164436.10.5
164453.10.5
1645 9.2 0.5
-164524.5 0.5
164539.0 0.5
164552.7 0.5
1646 5.6 0.5
164617.6 0.5
-164628.8 0.5
16 46 39.0 0.5
164648.4 0.5
164657.0 0.5
1647 4.7 0.5
164711.5 0.5
164717.4 0.5
1.8 0.12
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.8
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
Wash.
Mean
Time.
Oct.l7
18
19
20
21
22
23
24
25
26
27
28
29
30
31
Nov.l
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
Dec. 1
2
Apparent
Right
Ascension.
h m
7 29
7 25
7 21
7 17
7 14
7 10
7 6
7 2
658
654
650
646
642
638
634
630
626
6 22
6 19
6 15
6 11
6 7
6 3
5 59
555
5 51
5 48
544
540
536
5 32
5 28
5 24
5 20
5 17
5 13
5 9
5 5
5 1
4 57
454
450
446
442
438
434
4 31
Appaient
Deolnatioc
Hor.
Par.
h m 8
211356.93
211355.37
211354.02
211352.85
211351.88
211351.11
211350.55
211350.18
211350,02
211350.06
211350.30
21 13 50.74
211351.39
211352.24
211353.29
211354.56
211356.02
211357.68
211359.56
2114 1.63
2114 3.90
2114 6.38
2114 9.05
211411.93
21 14 15.00
21 14 18.28
211421.75
21 14 25.42
21 14 29.29
[211433.36
21 14 37.63
211442.09
211446.74
211451.59
211456.64
2115 1.88
2115 7.31
21 15 12.92
21 15 18.73
21 15 24.72
211530.91
211537.27
211543.82
211650.56
211657.46
2116 4.55
211611.82
*i
n
164717.4
16 47 22.4
164726.4
164729.7
1647 32.0
-1647 33.4
1647 33.9
16 47 33.5
164732.3
1647 30.1
-1647 27.0
164722.8
164717.8
164712.0
1647 6.2
-164667.6
164648.8
164639.3
164628.8
164617.4
>1646 6.2
164652.0
164537.9
164522.9
1645 7.1
-164460.31
164432.7
164414.2
16 43 54.8
16 43 34.4
-16 43 13.2
164251.2
164228.2
1642 4.4
16 41 39.7
-164114.2
164047.8
164020.5
163952.4
16 39 23.3
-163853.5
163822.9
16 3751.4
16 3719.1
163646.0
-16 36 12.1
-163637.4
//
0.5
0.5
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.6
•8
od
i
i
8
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.11
0.11
0.11
0.11
0.11
SteUar mapiltade at opposition, in Aofost, 1916, 6.0.
NEPTUNE, 1916.
FOR TRANSIT AT WASHINGTON.
555
WMh.
Mean
Time.
Apr. 1
2
3
4
5
6
7
8
9
10
11
12
13
; 14
15
16
17
18
19
20
Oct. 21
22
23
24
25
26
27
28
29
30
31
Nov. 1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
h m
7 28
724
720
716
712
Apparent
Ascension.
h m a
8 8 0.86
8 7 59.76
8 7 58.81
8 7 57.99
8 7 57.301
Apparent
>ecunAtion.
Dec]
Hot.
Par.
//
+195417.5
195422.0
195426.2
195430.0
195433.4
tt
7 8 8 7 56.76
7 4 8 7 56.34
7 0 8 7 56.07
6 56 8 7 55.94
6 52 8 7 55.95
6 48 8 7 56.09
6 45 8 7 56.38 195444.8
+195436.3
195438.8
195440.8
195442.5
195443.7
+195444.5
tt
6 41
6 37
633
629
625
6 21
617
613
18 26
18 22
1818
1814
1811
7
3
18
18
17 59
17 55
17 51
17 47
17 43
17 39
17 35
17 31
17 27
17 24
17 20
1716
1712
17 8
17 4
17 0
16 56
16 52
16 48
16 44
8 7 56.80
8 7 57.36
8 7 58.05
8 7 58.90
8 7 59.88
8 8 0.98
8 8 2.23
8 8 3.62
8 28 25.29
8 28 27.46
8 28 29.49
8 28 31.37
8 28 33.12
8 28 34.73
8 28 36.20
8 28 37.53
8 28 38.72
8 28 39.79
8 28 40.70
8 28 41.47
8 28 42.11
8 28 42.61
8 28 42.97
8 28 43.19
8 28 43.27
8 28 43.20
8 28 43.00
8 28 42.66
8 28 42.19
8 28 41.58
8 28 40.83
8 28 39.94
8 28 38.91
8 28 37.741+1849
8 28 36.44
195444.9
195444.4
195443.5
+195442.2
195440.4
195438.3
195435.7
195432.7
+184955.1
184947.6
184940.7
184934.2
184928.2
+184922.7
184917.7
184913.2
1849 9.2
1849 5.5
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0T3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
CD
+1849 2.3
184859.7
184857.6
184856.1
184855.0
+184854.4
184854.3
184854.7
184855.4
184856.8
+184858.6
1849 0.9
1849 3.8
1849 7.1
184910.9
15.1
+184919.9
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
8
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
1.3 0.09
Date.
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
N0V.I6
17
18
19
20
21
22
23
24
25
26
27
28
29
30
Wash.
Mean
Time.
h m
16 44
16 40
16 36
16 32
16 28
16 24
16 20
1616
1612
16 8
0.09 Dec,
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
1
2
3
4
5
6
7
8
9
10
11
12
13
14
16
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
Apparent
Right
Ascension.
h m 8
8 28 36.44
8 28 35.00
8 28 33.43
8 28 31.73
8 28 29.89
8 28 27.91
8 28 25.80
8 28 23.55
8 28 21.18
8 28 18.67
Apparent
Declination.
Hor.
Par.
tt
16 4 8 28 16.03
16 0
15 56
15 52
15 48
15 44
15 40
15 36
15 32
15 28
15 24
15 20
1516
1512
15 8
8 28 13.27
8 28 10.391
8 28 7.37
8 28 4.231
8 28 0.96
8 27 57.57
8 27 54.07
8 27 50.44
8 27 46.70
+184919.9
184925.1
184930.9
184937.0
184943.6
+184950.8
184958.4
1850 6.4
185014.9
185024.0
+185033.5
185043.4
185053.7
1851 4.5
185115.9
+185127.6
185139.7
18 51 52.2
1852 5.1
18 52 18.5
4
0
15
15
14 56
14 52
14 48
14 44
14 40
14 36
14 32
14 28
14 24
14 20
1416
1412
14 8
4
0
14
14
13 56
13 52
13 48
13 44
13 40
8 27 42.85
8 27 38.87
8 27 34.78
8 27 30.58
8 27 26.27
8 27 21.86
8 27 17.34
8 27 12.73
8 27 8.01
8 27 3.18
8 26 58.26
8 26 53.23
8 26 48.11
8 26 42.89
8 26 37.59
8 26 32.19
8 26 26.70
8 26 21.13
8 26 15.47
8 26 9.75
8 26 3.93
8 25 58.04
8 25 52.08
8 25 46.05
8 25 39.96
8 25 33.791+19
8 25 27.56
+185232.3
185246.5
1863 1.0
185316.9
185331.2
+185346.9
1854 3.0
185419.3
185436.1
185453.3
+185510.9
185528.7
185546.8
1856 5.4
185624.2
+185643.2
1857 2.6
185722.3
185742.4
1858 2.7
It
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
+185823.2
186844.1
1859 6.1
185926.4
185947.9
»/
0 9.6
+19 031.5
0.3
0.3
0.3
0.3
0.3
0.3
0.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
1.3
CO
8
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
0.09
Stellar magnitude at opposition, in January, 1917. 7.7.
PART III.
PHENOMENA.
667
ECLIPSES, 1916. 559
III. — A PaiimL Edipae of the Moon, 1916, July 14, visible at Washington;
the beginning visible generally in Africa, southwestern Europe, the Atlantic
Ocean, North America except the more western portions. South America, and
the South Pacific Ocean; the ending visible generally in the Atlantic Ocean,
North and South America, and the south Pacific Ocean.
ELEMENTS OF THE ECLIPSE.
d h m g
Greenwich mean time of <p in right ascension, July 14 16 29 34.3
h m 9
Sun's right ascension 7 36 29.27
Moon's right ascension 19 36 29.27
o / //
Sun's declination +21 35 58.9
Moon's declination -22 13 50.2
Sun's equa. hor. parallax 8.7
Moon's equa. hor. parallax 61 23.4
Hourly motion
lo!l2
Hourly motion
159.64
Hourly motion
-0 23.3
Hourly motion
+9 38.0
Sun's true semidiameter
15 44.1
Moon's true semidiameter
16 42.9
CIRCUMSTANCES OF THE ECLIPSE.
d h m
Moon enters penumbra July 14 14 18.3'
Moon enters shadow 14 15 19.3
Middle of the eclipse 14 16 45.9
Moon leaves shadow 14 18 12.5
Moon leaves penumbra 14 19 13.6.
> Greenwich Mean Time.
CoDtaoto of shadow An^ea of podtion The Moon being In tbe senlth
with Moon's Umb. from the north pohit. In longitude
from Oreenwich, and In latitude.
First 40toE. +49 8 -22 25
Last 70toW. +90 38 -21 57
Magnitude of the eclipse«0.800 (Moon's diameter » 1.0).
IV. — An Annular Eclipse of (he Sun, 1916, July 29, invisible at Washington.
ELEMENTS OF THE ECLIPSE.
d h m 8
Greenwich mean time of 6 ii^ ^^ht ascension, July 29 14 39 30.3
h m 8 8 8
Sun and Moon's R. A. 8 35 53.91 Hourly motions 9.77 and 117.77
Sun's declination +18 38 11.8 Hourly motion — 0 35.9
Moon's declination +17 53 51.1 Hourly motion —10 3.1
Sun's equa. hor. parallax 8.7 Sun's true semidiameter 15 45.3
Moon's equa. hor. parallax 54 7.0 Moon's true semidiameter 14 44.0
CIRCUMSTANCES OF THE ECLIPSE.
Greenwich Mean Longitude from
Time. Greenwich. Latitude.
d h m • ' • '
Eclipse begins July 29 11 24.9 -103 23.2 - 8 55.8
Central eclipse begins 29 12 50.8 - 89 32.1 -28 44.6
Central eclipse at local apparent noon 29 14 39.5 -141 41.5 -36 53.7
Central eclipse ends 29 15 20.8 -178 36.5 -63 35.6
Eclipse ends 29 16 46.8 -179 5.1 -46 29.6
ECLIPSES, 1916.
561
BESSELIAN ELEMENTS OF THE TOTAL ECLIPSE OF THE SUN,
1916, FEBRUARY 3.
Oimnwioh
Mean Time.
Coordinates of Center
of Shadow on
Fundamental Plane.
Direotion of Axis of Shadow.
Radios of Penumbra
and Shadow on
Fundamental Plane.
X
y
Log Bind
Logoosd
^
h
h
h m
1 20
-1.60070
-0.11678
-9.46115
+9.98104
16 31.7
+0.54225
-0.00365
30
1.51258
0.08073
9.46110
9.98104
19 1.7
0.54227
0.00362
40
1.42445
0.04467
9.46105
9.98105
21 31.7
0.54230
0.00360
50
1.33633
-0.00861
9.46100
9.98105
24 1.7
0.54232
0.00358
2 0
-1.24821
+0.02746
-9.46095
+9.98106
26 31.7
+0.54234
-0.00356
10
1.16009
0.06354
9.46091
9.98106
29 1.7
0.54236
0.00353
20
1.07196
0.09962
9.46086
9.98106
31 31.7
0.54239
0.00351
30
0.98384
0.13571
9.46081
9.98107
34 1.7
0.54241
0.00349
40
0.89572
0.17180
9.46076
9.98107
36 31.7
0.54243
0.00347
50
0.80760
0.20790
9.46071
9.98108
39 1.7
0.54245
0.00345
' 3 0
-0.71948
+0.24400
-9.46066
+9.98108
41 31.7
+0.54246
-0.00344
10
0.63136
0.28011
9.46062
9.98109
44 1.7
0.54248
0.00342
20
0.54324
0.31622
9.46057
9.98109
46 31.7
0.54250
0.00340
30
0.45512
0.35234
9.46052
9.98110
49 1.7
0.54252
0.00338
40
0.36701
0.38846
9.46047
9.98110
51 31.7
0.54253
0.00337
50
0.27890
0.42459
9.46042
9.98110
54 1.7
0.54255
0.00335
4 0
-0.19078
+0.46072
-9.46037
+9.98111
56 31.7
+0.54256
-0.00334
10
0.10268
0.49686
9.46032
9.98111
59 1.7
0.54257
0.00333
20
-0.01457
0.53300
9.46028
9.98112
61 31.7
0.54259
0.00331
30
+0.07353
0.56915
9.46023
9.98112
64 1.7
0.54260
0.00330
40
0.16163
0.60530
9.46018
9.98113
66 31.7
0.54261
0.00329
50
0.24973
0.64145
9.46013
9.98113
69 1.7
0.54262
0.00328
5 0
+0.33782
+0.67761
-9.46008
+9.98114
71 31.7
+0.54263
- 0.00327
10
0.42591
0.71377
9.46003
9.98114
74 1.7
0.54264
0.00326
20
0 51399
0.74994
9.45999
9.98114
76 31.7
0.54265
0.00325
30
0.60207
0.78611
9.45994
9.98115
79 1.7
0.54266
0.00324
40
0.69015
0.82228
9.45989
9.98115
81 31.7
0.54266
0.00324
50
0.77822
0.85846
9.45984
9.98116
84 1.7
0.54267
0.00323
6 0
+0.86628
+0.89464
-9.45979
+9.98116
86 31.7
+0.54268
-0.00322
10
0.95434
0.93082
9.45974
9.98117
89 1.7
0.54268
0.00322
20
1.04239
0.96701
9.45969
9.98117
91 31.7
0.54269
0.00322
30
1.13044
1.00320
9.45965
9.98118
94 1.7
0.54269
0.00321
40
+1.21848
+1.03939
-9.45960
+9.98118
96 31.7
+0.54269
-0.00321
1
Green widi
Mean
Time.
h
1
2
3
4
5
6
7
m
0
0
0
0
0
0
0
Logx'
for
1 Minute.
+7.9461
7.9451
7.9451
7.9450
7.9449
7.9448
+7.9446
Logr'
for
1 Minute.
+7.5568
7.5572
7.5576
7.5579
7.5582
7.5585
+7.5587
Log/i'
for
1 Minute.
+1.1761
1.1761
1.1761
1.1761
1.1761
1.1761
+1.1761
Log Tangents of Angles of Conns.
Shadow.
Penumbra.
+7.67608
7.67608
7.67608
7.67608
7.67607
7.67607
+7.67607
+7.67391
7.67391
7.67391
7.67391
7.67390
7.67390
+7.67390
797900—1916 ^36
FEBRUARY 3" 1916
are expressed in Greenwich Mean Time
ECLIPSES, 1916.
563
BESSELIAN ELEMENTS OF THE ANNULAR ECLIPSE OF THE SUN,
1916, JULY 29.
Qrmnwtofa
Mean Time.
Coordinates of Center
of Shadow on
Fundamental Plane.
Direction of Axis of Shadow.
Radius of Penumbra
and Shadow on
Fundamental Plane.
X
y
Log Bind
Logoosd
M
li
h
h m
11 20
-1.58299
-0.24058
+9.50532
+9.97652
168 25.6
+0.56494
+0.01893
30
1.50365
0.26966
9.50528
9.97653
170 55.6
0.56495
0.01894
40
1.42430
0.29874
9.50525
9.97653
173 25.6
0.56495
0.01894
50
1.34496
0.32783
9.50521
9.97653
175 55.6
0.56495
0.01894
12 0
-1.26561
-0.35692
+9.50517
+9.97654
178 25.6
+0.56495
+0.01894
10
1.18626
0.38602
9.50514
9.97654
180 55.7
0.56495
0.01894
20
1.10691
0.41512
9.50510
9.97655
183 25.7
0.56495
0.01894
30
1.02756
0.44423
9.50507
9.97655
185 55.7
0.56495
0.01894
40
0.94821
0.47336
9.50503
9.97655
188 25.7
0.56495
0.01894
50
0.86887
0.50246
9.50500
9.97656
190 55.7
0.56495
0.01894
13 0
-0.78952
-0.53159
+9.50496
+9.97656
193 25.7
+0.56495
+0.01894
10
0.71017
0.56072
9.50492
9.97657
195 55.7
0.56495
0.01893
20
0.63082
0.58985
9.50489
9.97657
198 25.8
0.56494
0.01893
30
0.55147
0.61899
9.50485
9.97658
200 55.8
0.56494
0.01893
40
0.47213
0.64813
9.50482
9.97658
203 25.8
0.56493
0.01892
50
0.39278
0.67728
9.50478
9.97658
20b 55.8
0.56493
0.01892
14 0
-0.31344
-0.70643
+9.50474
+9.97659
208 25.8
+0.56493
+0.01891
10
0.23409
0.73559
9.50471
9.97659
210 55.8
0.56492
0.01891
20
0.15475
0.76475
9.50467
9.97660
213 25.9
0.56491
0.01890
30
-0.07541
0.79392
9.50464
9.97660
215 55.9
0.56491
0.01890
40
+0.00393
0.82309
9.50460
9.97660
218 25.9
0.56490
0.01889
50
0.08327
0.85226
9.50457
9.97661
220 55.9
0.56489
0.01888
15 0
+0.16260
-0.88144
+9.50453
+9.97661
223 25.9
+0.56488
+0.01887
10
0.24194
0.91062
9.50449
9.97662
225 55.9
0.56487
0.01886
20
0.32127
0.93981
9.50446
9.97662
228 25.9
0.56486
0.01885
30
0.40060
0.96900
9.50442
9.97662
230 56.0
0.56485
0.01884
40
0.47993
0.99820
9.50439
9.97663
233 26.0
0.56484
0.01883
50
0.55925
1.02740
9.50435
9.97663
235 56.0
0.56483
0.01882
16 0
+0.63857
-1.05660
+9.50432
+9.97664
238 26.0
+0.56482
+0.01881
10
0.71789
1.08581
9.50428
9.97664
240 56.0
0.56481
0.01880
20
0.79721
1.11502
9.50424
9.97664
243 26.0
0.56480
0.01879
30
0.87652
1.14423
9.50421
9.97665
245 56.1
0.56478
0.01877
40
0.95583
1.17345
9.50417
9.97665
248 26.1
0.56477
0.01876
50
+1.03514
-1.20267
+9.50414
+9.97666
250 56.1
+0.56475
+0.01874
Greenwich
Log*'
for
IMlnate.
Loc
fo
IMli
T
lute.
Log/i'
for
1 Minute.
Log Tang
ents of Angles o
>f Cones.
Mean
Time.
Penumbra.
Sh
adow.
h m
11 0
+7.8995
-7.4(
)34
H
rl.l761
+7.66338
+7
.66121
12 0
7.8995
7.4(
$38
1.1761
7.66338
.66121
13 0
7.8995
7.4(
$43
1.1761
7.66338
.66121
14 0
7.8995
7.4<
J47
1.1761
7.66339
.66122
15 0
7.8995
7.4(
J51
1.1761
7.66339
.66122
16 0
7.8994
7.4i
^
1.1761
7.66339
.66122
17 0
+7.8993
-7.4(
\5S
^
4.1761
+7.66339
+7
.66122
OF JULY 29™ 1916
are expressed in Greenwich Mean Time.
ECLIPSES, 1916.
565
BESSELIAN ELEMENTS OF THE PARTIAL ECLIPSE OF THE
SUN, 1916, DECEMBER 24.
Oreenwich
Mean
Time.
Coordinates of Center
of Shadow on
Fundamental Plane.
Direction of Axis of Shadow.
Radius of
Penumbra on
Fundamental
Plane.
X
y
Log sin if
Log cos tf
«
I
h m
8 30
40
50
9 0
10
+0.02237
0.11790
0.21342
+0.30895
+0.40447
-1.54000
1.52890
1.51779
-1.50666
-1.49552
-9.59928
9.59928
9.59927
-9.59927
-9.59927
+9.96267
9.96267
9.96267
+9.96267
+9.96267
127 32.6
130 2.5
132 32.5
135 2.5
137 32.4
+0.54084
0.54083
0.54082
+0.54081
+0.54080
Oreenwich
Mean
Log**
for
1 Minate.
Lofr'
for
1 Minate.
Log/.'
for
1 Minute.
Log Tangent of Angle
of Cone.
Time.
Penumbra.
h m
8 0
9 0
10 0
+7.9801
7.9801
+7.9801
+
+
7.0432
7.0467
7.0501
+1.1760
1.1760
+1.1760
+7.67706
7.67706
+7.67706
STARS OCCULTED BY THE MOON, 1916. 567
MEAN PLACES FOR 1916.0. (January 1<«.189, Greenwich.)
Name of Star.
Marni-
tua«.
Right Ascension.
Annual
Proper Motion.
Declination.
Annual
Proper Motion.
406 B.
Tauri
5.6
h m s
5 45 40.423
s
-O.0013
0 f ff
+27 56 37.81
+0.011
136
Tauri
4.6
5 48 2.882
40.0013
27 35 36.25
-0.020
412 B.
Tauri
5.8
5 51 47.480
• • • •
24 14 18.19
s • • .
f -O.007
139
Tauri
4.7
5 52 46.919
0.0000
25 56 40.31
415 B.
Tauri
6.1
5 55 43.829
+0.0018
27 34 8.34
i -O.OOl
-0.061
5
Geminorum
5.9
6 6 23.261
+0.0011
+24 26 23.06
8
Geminonim
6.1
6 11 11.120
-0.0009
23 59 53.02
-0.026
52 B.
Geminoniin
6.5
6 32 18.294
-0.0021
24 39 41.32
-0.002
e
Greminorum
3.2
6 38 45.897
-O.OOOl
25 12 55.35
-0.018
87 B.
Geminorum
5.8
6 46 54.133
-O.0006
23 42 7.03
-0.021
37
Geminonim
5.7
6 50 8.794
-0.0028
+25 28 54.40
+0.014
39
Geminorum
6.2
6 53 36.887
-0.0117
26 11 32.63
+0.086
40
Geminorum
6.3
6 54 16.800
-0.0012
26 1 45.03
-0.016
00
Geminorum
5.2
6 57 17.777
-O.0003
24 20 10.43
0.000
44
Geminorum
5.9
7 0 15.036
0.0000
22 45 51.15
-0.019
48
Geminorum
5.8
7 7 20.252
-0.0009
+24 16 12.72
-0.041
52
(Jeminorum
6.1
7 9 33.823
+O.0088
25 1 55.16
-0.066
S
Greminorum
3.5
7 15 6.499
-0.0010
22 8 16.82
-0.016
A
Geminorum
5.1
7 18 21.334
-O.0051
25 12 46.75
-0.014
58
Geminorum
6.0
7 18 25.352
-0.0022
23 6 28.11
-0.054
149 B.
Geminorum
6.4
7 21 52.513
-0.0219
+21 42 16.19
-0.022
63
Cteminorum
5.3
7 22 45.321
-0.0035
21 37 5.29
-0.110
B. D.+23° 1744
6.4
7 27 48.701
-0.0010
23 4 3.43
-0.007
187 B.
Geminorum
6.3
7 35 56.944
+0.0011
23 12 50.57
+0.007
192 B.
Geminorum
6.3
7 38 22.151
-O.OOH
22 35 54.46
+0.026
79
Geminorum
6.3
7 40 13.546
-0.0013
+20 31 6.94
-0.012
82
Geminorum
6.3
7 43 32.390
-0.0010
23 20 59.18
-0.001
209 B.
Geminorum
•
6.2
7 47 3.765
-0.0029
19 32 27.90
-0.080
85
Geminorum
5.2
7 50 45.888
-0.0011
20 6 23.79
-0.048
217 B.
Greminorum
6.3
7 55 54.378
-0.0018
20 2 50.55
-0.007
10 H.
Cancri
6.1
7 59 54.111
-0.0020
+19 4 48.67
-0.046
M
Cancri
5.5
8 2 49.419
+O.0019
21 49 34.62
-0.084
49 B.
Cancri
6.0
8 15 27.206-
+0.0052
21 0 48.18
-0.063
«f»
Cancri
5.9
8 18 33.377
-0.0088
18 36 9.73
-0.081
(P
Cancri
6.2
8 21 4.740
-0.0182
17 19 26.08
-0.168
e
Cancri
5.5
8 26 48.516
-0.0089
+18 22 44.25
-0.068
102 B.
Cancri
6.5
8 35 32.829
-0.0048
19 58 4.03
-0.010
e
Cancri
6.3
8 35 38.170
-0.0007
19 50 33.53
-0.027
d
Cancri
4.2
8 39 54.842
-0.0008
18 27 49.59
-0.240
139 B.
Cancri
6.1
8 45 58.380
-0.0011
19 8 47.57
-O.001
54
Cancri
6.3
8 46 20.903
-0.0076
+15 39 46.70
+0.076
X
Cancri (var.)
6.2
8 50 39.162
+0.0009
17 33 6.30
+0.013
o»
Cancri
5.1
8 52 33.976
+0.0041
15 38 44.29
+0.022
o»
Cancri
5.7
8 52 53.861
+0.0043
15 54 16.57
+0.023
81
Cancri
6.4
9 7 41.920
-0.0360
15 20 6.89
+0.244
It
Cancri
5.6
9 10 35.780
-0.0022
+15 17 26.32
-0.008
227 B.
Cancri
6.4
9 16 37.334
• • • •
15 43 42.04
• • •
^
Leonifl
5.1
9 27 25.210
-0.0063
11 40 20.74
-0.084
0
Leonis
3.8
9 36 40.165
-0.0096
10 16 30.54
-0.033
18
Leonifl
5.8
9 41 51.961
-O.0006
12 11 50.80
+0.008
19
Leonis
6.4
9 42 55.034
-0.0049
+11 57 26.23
+0.008
R
Leonin (yar.) .
5-10
9 43 2.528
-0.0006
11 49 8.76
-0.040
83 B.
Leonis
5.9
9 51 58.834
-0.0074
+ 9 19 54.41
+0.017
STARS OCCULTED BY THE MOON, 1916. 569
MEAN PLACES FOR 1916.0. (January l^.lgg, Greenwich.)
Name of Star.
Macnl-
tade.
Right Aaoenskm.
Annual
Proper Motion.
Deelinatfcm.
Annual
Proper Motion.
57 B.
Scorpii
5.7
h m s
16 1 5.617
s
-0.0011
• / //
-23 22 40.33
-O.004
24 G.
Scorpii
6.2
16 2 49.247
0.0000
24 14 17.28
-0.068
65 B.
Scorpii .
5.5
16 3 0.316
+0.0095
26 6 7.64
+0.023
27 G.
Scorpii
5.8
16 3 42.678
+0.0082
23 27 42.72
-0.012
41 G.
Scorpii
6.3
16 8 42.240
-0.0004
24 12 29.26
-0.034
85 B.
Scorpii
6.0
16 9 47.841
-0.0005
-25 15 52.05
+0.012
19
Scorpii
4.9
16 15 34.705
-0.0012
23 58 3.51
-0.013
6
Scorpii
3.1
16 16 4.779
-O.OOll
25 23 32.01
-0.039
a
Scorpii
1.2
16 24 15.249
-0.0006
26 14 47.60
-0.028
22
Scorpii .
4.8
16 25 6.113
^-0.0004
24 55 51.78
-0.016
116 B.
Scorpii
6.2
16 26 13.394
-O.0013
-26 21 20.39
-O.087
126 B.
Scorpii
6.1
16 36 30.626
-0.0023
24 18 21.25
-0.004
134 B.
Scorpii
6.4
16 39 4.635
+0.0012
27 17 57.66
-0.014
88 B.
Ophiuchi
6.3
16 54 49.022
+0.0005
24 57 55.82
-0.015
26
Ophiuchi
5.8
16 55 0.647
+0.0086
24 51 42.30
-0.053
118 B.
Ophiuchi
6.2
17 1 40.788
-O.0008
-26 24 1.63
-O.046
137 B.
Ophiuchi
6.3
17 7 4.248
+0.0068
25 9 8.10
-0.045
95 G.
Ophiuchi
6.1
17 7 9.446
+0.0008
27 39 32.92
-0.029
36
Ophiuchi {FiTBt St: r)
5.4
17 10 10.761
-O.0369
26 28 50.34
-1.169
e
Ophiuchi
3.4
17 16 50.939
-O.0006
24 55 0.35
-0.036
43
Ophiuchi
5.4
17 18 4.293
-0.0002
-28 3 45.04
-0.040
136 G.
Ophiuchi
6.3
17 21 43.349
-O.OOIO
25 52 11.77
-0.003
151 G.
Ophiuchi
6.0
17 26 31.425
+0.0012
26 12 22.29
-O.026
163 G.
Ophiuchi
6.3
17 38 0.350
+0.0002
27 50 40.43
-0.017
X
Sagittarii {var.)
4.4
17 42 16.356
+0.0002
27 47 59.34
-0.015
4 G.
Sagittarii
Opniuchi
6.2
17 43 12.613
-0.0003
-26 56 46.04
-O.03O
63
6.1
17 49 43.904
-0.0001
24 52 17.05
-0.015
10 G.
Sagittarii
5.7
17 51 23.602
+0.0024
28 3 8.53
+0.015
7
Si^ttArii
5.5
17 57 42.208
-0.0003
24 16 57.01
-0.007
9
Sagittarii
6.0
17 58 43.358
-0.0006
24 21 48.19
-0.006
66 B.
Sagittarii
4.7
18 12 47.708
0.0000
-27 4 25.46
+0.015
67 B.
Sagittarii
6.4
18 13 29.657
-O.0044
25 38 14.07
-0.062
70 B.
Sagittarii
6.4
18 16 21.147
+0.0013
24 57 14.38
-O.OOl
68 G.
Sagittarii
6.2
18 22 29.563
0.0000
26 41 7.67
-0.046
X
Sagittarii
2.9
18 22 47.209
-0.0033
25 28 9.43
-0.199
69 G.
Sagittarii
6.3
18 22 51.810
+0.0018
-26 48 30.14
-0.032
86 B.
Sagittarii
6.6
18 23 43.012
-O.0063
26 38 10.42
-0.054
24
Sagittarii
5.7
18 28 45.614
-0.0002
24 5 45.63
-O.020
117 B.
Sagittarii
5.8
18 33 24.143
-O.0015
23 34 39.05
-0.020
26
Sagittarii
6.1
18 36 44.258
+0.0021
23 54 45.29
-0.023
126 B.
Sagittarii
5.7
18 39 39.759
-0.0008
-25 5 47.06
-0.041
yi
Sagittarii
5.0
18 49 5.945
+0.0001
22 50 57.28
-0.021
v»
Sagittarii
5.1
18 50 2.487
+0.0060
22 46 37.75
-0.024
6
Sagittarii
2.1
18 50 3.394
-O.0003
26 24 7.93
-0.075
154 B.
Sagittarii
5.9
18 50 55.523
-O.0010
23 16 54.34
-0.021
162 B.
Sagittarii
6.4
18 53 11.524
-0.0009
-24 59 23.23
-O.020
127 G.
Sagittarii
6.4
18 55 15.555
+0.0023
25 3 35.36
+0.051
168 B.
Sagittarii
6.3
18 56 33.980
+0.0006
22 48 52.35
+0.009
172 B.
Sagittarii
5.8
18 57 19.375
+0.0002
24 57 48.63
-0.172
189 B.
Sagittarii
6.1
19 3 6.704
+0.0012
24 47 21.82
+0.001
191 B.
Sagittarii
6.5
19 3 40.007
-0.0011
-23 19 25.38
-0.067
199 B.
Sagittarii
6.4
19 7 26.877
-O.O003
-21 47 55.53
-0.040
OCOTJLTATIONS, 1916-
571
ELEMENTS FOR THE PREDICTION OF OCCUI.TATIONS.
JANUARY.
The Stab's
Name.
47 G.
64 G.
153 B.
42
6
A
31 B.
32 B.
3
4
40 B.
48 B.
50 B.
24 G.
65 B.
B5 B.
6
a
22
116 B.
134 B.
29
A
151 B.
96 B.
0
ISOB.
170 B.
186 B.
252 B.
6 G.
22 B.
9
16
X
19
22
d
136 B.
75
lo!
106
3
4
35 B.
47 B.
15
6
Librae
Librae
Librae
Librae
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scon>ii
Scorpii
Scorpii
Ubanus
Capricomi
Gapricomi
Gapricomi
Aquarii
Aqiiarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
PiBcium
Piscium
Fiflcium
Fiflcium
Fiflcium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Arietis
Arietis
Arietis
Arietis
Arietis
Arietis
Arietis
Mag,
6.1
5.8
6.3
5.0
4.7
4.6
5.4
5.3
5.9
5.7
5.4
3.0
4.9
6.4
6.2
5.5
6.0
3.1
1.2
4.8
6.2
6.4
6.2
5.5
5.5
6.1
6.5
4.3
6.0
5.3
6.0
6.1
5.8
6.2
6.4
4.9
6.4
5.7
4.6
5.4
5.8
5.4
6.5
6.3
3.7
6.2
6.1
6.4
5.8
5.1
6.4
6.5
5.9
5.6
M).04
0.08
0.16
0.17
0.22
M).22
0.22
0.22
0.23
0.24
rO.24
0.24
0.26
0.26
0.26
1-0.27
0.28
0.30
0.32
0.32
-0.33
0.36
Red 'n3 from
1916.0.
Aa
- 3.0-26
M).14
0.05
0.03
-O.03
40.05
40.06
0.06
0.07
0.10
0.20
40.20
0.30
0.31
0.32
0.36
40.39
0.40
0.43
0.56
0.67
40.81
0.96
0.99
1.01
1.05
4l.
1.12
1.16
1.19
1.21
41.26
Aa
//
2.8-2142.4
2.9 22 5.4
2.7 2412.3
3.0 23 32.8
2.8 25 29.9
- 3.0I-25 4.7
24 17.1
23 43.8
24 59.8
26 1.2
3.1
3.3
3.0
2.8
3.2
2.9
3.0
3.3
3.4
[-24 35.4
25 52.4
25 38.0
24 29.8
24 14.3
3.
3.4
3.5
3.5
3.7
4.4
3.2
3.4
2.8
1.7
2.0
1.6
1.4
1.0
0.1
0.9
2.3
2.
2.7
3.2
3.3
4.0
3.9
6.4
7.2
4 9.0
10.1
9.9
10.6
11.0
061+10.8
11.2
11.3
11.3
11.8
Apparent
Declfna-
tion.
6.2
2515.9
25 23.6
26 14.9
24 55.9
- 3.5-26 21.4
3.6 27 18.0
NEW
-17 15.4
-15 31.3
1145.3
13 6.9
10 42.5
8 12.1
9 27.6
8 14.6
7 37.2
6 59.1
5 26.1
7 +
2 50.7
010.2
0 47.8
0 39.7
138.2
119.1
3 1.3
2 27.9
7 43.5
8 53.9
4l2 30.5
14 55.0
14 14.1
15 59.0
16 59.7
4l6 32.5
17 24.7
17 51.2
17 38.0
19 6.5
4ll.9|4l9 31.0
Ax CONJUUCnON IN R. A.
Greenwich
Mean Time.
d
1
8
0+
04
h m
2 24.01+
6 17.4
12 43.2
15 26.0
19 25.6
20 24.9
20 31.8
20 33.0
20 48.3
21 6.4
22 16.0
22 2L
0 1.
014.3
141.8
145.8
415.3
6 32.8
9 30.6
9 49.0
10 13.3
14 50.4
MOON.
6 18 18.4
2010.5
7 9 40.3
11 4.4
12 51.3
23 31.6
4 4 26.4
4 649.
+ 9 1.
4ll 51.2
-1151.3
- 746.3
23 32.8
8 1 6.2
2 40.4
6 20.31+
17 50.1
19 21.0
8 7 51.1
9 33.2
9 42.8
14 19.0
17 10.5
19 22.4
2212.1
10 12 50.3
23 25.4
11 12 25.1
18 1 6.8
317.8
515.4
8 44.2
9 32.6
14 8.6
17 19.3
19 20.8
20 45.1
18 0 28.3
Hour
Angle,
h m
6 2.
946.2
8 3.6
527.
137.8
1-0.8010
-1.0193
40.1756
.8314
40.6226
5-0
041.
034.
033.2
018.
0 1.2
040
4-0
6-0
1 5.
110.2
245.9
2 58.
422.
5-0
6-0
5-1
4-0
0-0
-1128.
- 7 3.1
040
-658.
4 7 2.
4 824.
+10 7.2
-334.
332.8
2 2.
031.
3 1.
950.9
- 8 22.7
+ 344.
+ 523.
+ 632.
+10 0.1
-11 13.
-9 6.
- 621.2
+ 7 50.9
- 6 62.9
643.
467.
260.4
066.
226.
+ 313.
+ 740.
+1046.
-11 16.6
-964.9
- 618.
.0943
.7046
-1.2669
.0299
+0.9506
.5905
+0.6711
+0.2590i
.8876
.2850
40.5510
.6064
.6741
40.0421
-1.2761
.0994
40.7422
41.2762
3-0
.0226
.5696
.1574
-0.8213
.6427
8-0
0+1
0-0
5-0
4-0
3-0
40.6376
.1934
.4204
.1117
41.3368
-0.9239
.3812
.9341
.7624
-0.6662
0-0
0-0
3-0
740
7-0
.6276
.6770
40.6438
-1.1437
40.2368
6-0
4-0
.5297
.2703
40.9381
.6351
.9028
3-0
2-0
2-0
7-0
6-0
.2424
.2522
.1041
40.5294
-0.8095
.6678
6-0
68421-0.1698
0.1603
0.1336
0.1262
0.1149
0.
0.5882
0.6946
0.6972
0.6007
0.6016
0.6017
0.6018
0.6020
0.6021
-0.1121
0.1117
0.1117
0.1109
0.1100
60321-0.1066
0.1064
0.1014
0.1007
0.0963
0.
0.6033
0.6047
0.6048
0.60601
60601-0.0961
0.0884
0.0812
0.0717
0.0707
0.
0.6080
0.6096
0.6116
0.6118
0.6121 -0.0694
0.6147-0.0642
0.6627
0.5629
0.6602
0.5489
0.6473
0.6385
0.5386
0.5373
0.6361
0.5336
0.5261
0.5252
0.5191
0.5183
0.6183
0.5166
0.5166
0.6160
0.6142
0.6115
0.5110
0.6118
0.6140
0.6146
0.5149
0.5168
0.6160
0.6173
0.6183
0.6190
0.6194
0.6207
40.2282
40.2314
0.2475
0.2488
0.2504
0.2582
40.2582
0.2591
0.2699
0.2616
0.2647
40.2649
0.2646
0.2642
0.2642
0.2631
40.2622
0.2614
0.2603
0.2522
0.2441
40.2319 4l5
0.2175 428
0.2148 490
0.2123 4l4
0.2077 - 7
imrPar-
ailelii.
N.
-14
-29
435
-90
-90
-33
-19-90
460
-8
429-^
-14
-^6-80
422-45
464
462
436
-26
7-85
- 5
-28
-90
-63-69
454
- 41
-12
-77
- 9-84
422-40
-62-70
425-37
463 0
473
438
479
436
483
- 7
423
- 7
4 4
4l4
475
8
485
-22
466
40.2067 430-49
0.2003 429-49
0.1958 437-40
0.1928 477- 7
0.1907 - 2-71
40.18601413-64
S.
-90
+14
436-44
-78
425
-90
4lO-
477
- 4
8-86
-10
431-54
420-^
-49
440
-90
-65
-89
-89
-77
-16
-86
-9
-82
-29
-69
-52
4l3
-66
-73
0CCULTATI0N8, 1916.
573
ET^MENTS FOR THE PREDICTION OF OOCULTATIONS.
JANUARY.
The Stak's
Nftme.
19
R
A
43
48
35
d
76
76
359 B.
388 B.
V
431 B.
78 B.
37? B.
69
75
83
85
87
89
43 H.
231 G.
236 G.
9 G.
17 G.
18 G.
43 B.
47 G.
64 G.
153 B.
42
6
A
31 B.
3
4
40 B.
n
48 B.
50 B.
65 B.
85 B.
6
a
116 B.
134 B.
118 B.
95 G.
36
43
136 G.
151 G.
163 G.
Leonis
Leonis (yar!)
Leonis
Leonis
Leonis
Sextantis
Leonis
Leonis
Leonis
Leonis
Leonis
Leonis
Leonis
Leonis
Yiiginis
YiiginiB
Yirginis
Virginis
Vliginis
Virginis
ViiginiB
Virginis
Virginis
Virginis
Virginis
Virginis
Libree
Librse
Libne
Libne
Libne
Libne
libne
Librae
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Ophiuchi
Ophiuchi
Oi^. {Ist star)
C^hiuchi
Ophiuchi
Ophiuchi
Ophiuchi
liaf
6.4
5-101
4.6
6.3
5.2
6.1
5.0
6.7
6.4
6.0
6.3
6.3
4.6
6.2
6.6
6.3
6.0
4.9
6.6
6.6
6.1
6.8
5.1
6.6
6.4
5.7
6.6
6.4
6.1
6.7
6.1
6.8
6.3
6.0
4.7
4.6
5.4
6.9
6.7
6.4
3.0
4.9
6.4
5.6
6.0
3.1
1.2
6.2
64
6.2
6.1
5.4
5.4
6.3
6.0
6.3
Rad'niltoin
1016.0.
+2.39
2.39
2.32
2.23
2.20
+2.14
2.07
2.03
2.00
1.99
kl.96
1.93
L90
1.88
1.72
kl.62
1.62
1.36
L34
1.28
+1.28
1.27
1.26
1.14
1.13
1+1.12
1.06
1.00
0.99
0.96
k0.91
0.86
0.79
0.76
0.71
1+0.70
0.70
0.70
0.70
0.68
1+0.68
0.66
0.66
0.64
0.62
+0.69
0.56
0.66
0.50
0.42
+0.40
0.39
0.37
0.36
0.34
-10.2 +
10.6
10.4
10.8
10.8
H0.6I+
30>-
A3
//
-8.6
8.6
9.4
9.6
10.2
+11 67.8
11 49.0
10 24.4
6 68.0
7 23.0
-10.
10.2
10.7
10.4
10.3
-9.6
9.2
8.1
8.4
8.2
-8.3
7.6
7.5
7.7
7.6
-7.6
7.0
6.8
6.7
6.8
-6.6
6.4
6.7
6.9
6.3
-5.4
6.7
5.4
5.1
6.6
- 5.2
5.3
5.6
6.1
5.4
- 6.3
6.1
6.0
4.8
6.0
k4.7
5.1
4.6
5.1
5.0
4.6
JLupanaX
DediDt-
tkm.
611.2
4 3.9
2 24.5
2 28.2
2 6.6
0 35.4
114.4
0 21.8
158.6
616.3
k 8 69.6
11 1L8
15 32.6
14 56.0
15 45.6
-16 20.9
17 26.5
17 43.1
17 48.7
18 11.8
-18 19.8
20 4.4
20 49.3
20 68.5
21 2.4
-21 42.4
22 6.5
2412.4
23 32.8
25 29.9
-26 4.7
2417.1
24 69.8
26 1.2
24 36.5
-25 62.5
26 38.0
24 29.8
26 6.2
26 16.0
-25 23.6
26 14.9
26 21.4
27 18.0
26 24.1
-27 39.6
26 28.9
28 3.8
25 62.3
2612.6
-27 60.8
At CoirjvHCTioir or R. A.
Qraokwlch
HeanTimt.
d h m
81 21 43.
21 47.4
8 28.1
16 27.
22 42.
li m
6k 8 2.2
+ 8 6.0
-581.
7+ 213.8
51+817.8-0
816.1
12 23.8
16 47.
21 IM
22 8.
-11 17.
-224.
063.
+ 612.6
7 8.0
3 +
0 +
84 0 27.8+918.4
2 53.0+1139.9+1
7 38.6- 742.
8 24.5-658.2
85 3 0.6+11 5.0-0,
86
87
12 54.1
23 6.6
16 0.0
17 31.6
22 54.2
23 24.4
013.7
121.0
12 46.9
13 29.3
1410.
21 9.7
88 167.6
2 23.6
6 87.0
10 20.8
14 22.8
21 3.2
23 52.2
4 1.
5 2.6
5 9.8
6 26.9
6 45.7
6 67.
7 3.2
Hour
Ai^to,
9-0
4+0
.4208
.6927
.2174
-1.2642
-1.0902
6-0
2+0
9-0
-319.
+ 633.2
-2 3.1
+ 023.9
hi- 635.8
4+0
6 4.
662.6
7 67.7
5 1.0
419.1
9-0
3 39.2
+ 3 4.9
+ 742.1
+ 8 7.2
-1148.8
- 8 13.-
-420.(
+ 2 4.1
+ 4 46.1
846.1
0 +
+ 944.
+ 961.
+10 7.9
+10 25.9
36.1
9+11
8 47.0
9 0.8
+11 40.3
40.6274
+0.2090
K9579
10 35.81- 865.8+0.5073
-0.6673
-1040.3
-10 26.
13 11.0
15 33.7
18 38.2
- 626.9
-410.1
- 113.
30
19 22.5{- 0 30.8
0 10.0 + 4 4.5
8 30.0.1-11 56.
10 30.3^10 1.6
1136.6-858.1
14 29.4
- 6 12.7
15 49.1-4 56.4
17 33.9- 316.1
2144.11+043.3+0.86751
+0.2613
+0.3866
.6966
+1.1868
8100
-0.0664
.2622
.9029
+0.6167
.6861
.7529
40.6442
+1.3046
+0.0968
-0.2441
.7799
+1.2074
+1.2492
-1.0262
-0.7714
-0.7716
-0.3082
-0.4000
-0.3197
-0.9660
4-0
6-1
240
5-0
6+0
.8827
.1028
.1172
.9063
.5764
6+0
4-0
.0392
.7740
-0.0871
+0.9112
-0.6567
3-0
-0.6347
.0069
+0.0628
+0.7095
.6161
7-0
+0.6938
-0.6003
+1.0438
-1.1441
-0.8071
0.5106 -0.23051+571-26
0.6105 0.2306 +66-19
0.6079 0.2398 +12 -76
0.6064 0.2456 +90+27
0.6056 0.2493 0-83
60621-0.2516
0.2553
0.2563
0.2675
0.2576
0.
0.60601
0.6061
0.6065
0.6066
50591-0.2679
0.2582
0.2583
0.2583
0.2549
0.
0.5063
0.6072
0.5073
0.6131
61771-0.2604
0.2438
0.2289
0.2259
0.2193
0.
0.6235
0.5345
0.6366
0.6408
54121-0.2186
0.2176
0.2160
0.1987
0.1974
0.
0.5419
0.5429
0.5629
0.5636
0.
0.6606
0.6662
0.5666
0.5696
0.6730-0
0.6767
0.5828
0.5862
0.5887
0.
0.5897
0.5899
0.6901
0.6911
0.6912
0.6925
0.5927
0.6939
0.6958
0.69741-0
0.6995
0.5999
0.6028
0.6066
5542M).1963
0.1837
0.1743
0.1734
0.1645
58951-0.1093
0.1089
0.1082
0.1073
0.1039
-0.1037
0.0988
0.0982
0.0936
0.0861
0.6074 -0.0193 |f60
0.6078
0.6086
0.60891-0.00181-62
0.6094
0.0167
0.0062
+0.0040
0.61001+0.0179 lf62U 9
Limlt-
iDgPaiw
aUals.
N.
+67-20
+ 7-86
+55-31
-31-88
-17-88
+39-46
489+32
-6
+82
6
+81
+71
+74
+42
-90
-11
-89
-3
-14
+40
-38
+24-57
-6-90
+73+30
+72+36
-24-90
-7-90
- 7
+14
-23
-19
.1663
0.14691-86
0.1305 |+32h36
0.1232
0.1121
+67
+64
11
+60
+34
-30
+51
-12
.0790
0.0697 +201-43
0.0675 +23M0
0.0626
0.0268
1+62
10
-10
+62
-28
S.
-90
+16-61
+10-^
-62
-90
-90
-90
-24-90
-11
+26-41
-17-90
fl9-48
+10
-90
- 7
-31
-90
-14
-8-83
-90
-2
-78
-3
-77
+22
-90
-90
574
OCCULTATIONS, 1916.
EaiyEMENTS FOR THE PREDICTION OF GCCtlLT
JANUARY.
'SSS.'
X SagitUuii (va
4 G. Sogittarii
10 O. Sa«ittarii
66 B. SHgittarii
67 B. Sagittarii
68 G. Sagittarii
X Sagittaril
69 G. Sagittarii
86 B. Sagittarii
126 B. Saiittarii
tf Sagittarii
•0.29-
0.28
0.36
0.20
0.20
*0.18-
0.18
O.IB
0.18
0.14
+0.13-
25 38.;
-20 41.1
25 2B.1
SO 23 17.0
23 37.4
31 2 35.6
10 21.7
10 37.0
13 53.6
14 0.0
14 1.7
14 20.4
2010.3-
23 59.8 f
■ 231.8-fO.O
■ 522.0+1.1'
1111.9+1
11-10 57.3-0.8:
749.1 H
743.0-0.71
7 41.'
+0.51
162 B
Sagittarii
6.4
+0.12
-5.0
-24 6B.5
1 1 9.2
+ 2 57.7
-0.2348
0
127 G
Sagittarii
6.4
+0.11
- 5.0
-25 3.7
156.1
+ 341.6
-0.0630
0
172 B
Sagittarii
5.8
0.11
6.0
24 57.9
NEW
2 40.B
MOON.
+ 426.5
-0.0940
0
252 B
Aquarii
5.8
fO.lO
-1.0
- 6 26.1
S 419.4
+ 226.6
+1.3484
0
6 G
PiBcium
6,2
h0.09
-0.4
-2 60,7
6 48.2
+ 362.6
-0.8899
0
22 B
Piecium
6.4
0,16
+ 0.8
- 0 10.2
17 69.2
-819.7
-0.3606
0
PiBcium
4.9
0.15
1.1
+ 0 47.8
19 38.6
- 643.4
-0,8971
0
9
PiBcium
6.4
0.15
l.l
0 39,7
1947.9
- 634.4
-0.7175
0
16
Piscium
5.7
0.17
1.6
138.2
6 016.6
- 2 14.3
-0.6219
0.
X
Piscium
4.6
h0.20
+ 1.6
h 1 19.1
3 3.4
+ 027.3
fO.6483
0
19
PiBcium
5.4
0.20
2.2
3 1.3
611.6
+ 231.6
-0.6418
0
22
PiBcium
5.8
0.23
2.2
2 27.8
7 56.6
+ 511.3
h0.6631
0.
d
Piacium
5.4
0.30
4.4
7 43.5
22 9.5
-6 2,0
-1.1026
0
136 B
PiBcium
6.5
0.39
5.2
8 63.9
7 8 26.4
+ 466,0
+0.2588
0,
75
PiBcium
6.3
M).50
+ 6,9
+12 30,6
21 4.5
- 649,0
-0.4990
0.
n
PiBcium
3.7
0.62
8.2
14 64.7
S 9 26.5
+ 510.1
hO.2460
0.
m
PiBcium
6.2
0.65
8.0
14 14.1
1131.2
+ 713.0
h0.9491
0.
106
PiBcium
6.1
0.66
8.7
16 59.0
13 29.0
+ 0 5.1
-0.5076
0,
3
Arietie
6.4
0.70
9.1
16 69.7
16 52.9
-^1137.2
-0.8721
0.
4
Arietis
5.8
+0.71
+ 9.0
+16 32.4
17 40.2
-1051.4
-0.2191
0.
Arietis
5.1
0.76
9.4
17 24.6
22 9.9
- 630.2
-0.2298
0.
36 B
Arielis
6.4
0.80
9.6
17 51.2
B 116.5
-329.4
■0.0840
0,
47 B
Arietiii
6.5
0.83
9.6
17 37.9
3 15.4
- 134.3
^.5426
0.
15
Arietia
5.9
0.84
10.]
19 6.4
4 38.0
- 0 14.2
-0.7829
0.
e
Arietis
5.6
+0.89
+10,3
+19 31.0
816.7
+ 317.6
-0.5348
0.
26
Arietia
6.2
0.97
10.4
19 29.2
14 19.8
h 9 9.1
rfl.5958
0,
Arietis
5.4
1.02
11.1
21 36.1
18 14.4
-11 3.7
-1.0249
0,
<
Arietis imtan)
4.6
1.16
11.0
21 0.5
10 3 59.0
- 1 37.7
+1.1883
0,
64
Arietis
5.8
1.36
11.9
24 25.8
15 46.2
h 946.4
-0.9017
0.
7
IVuri
5.9
fl.42
+11.7
+24 11.2
20 30.6
-938.5
-0.0486
0.
11
Tauri
6.1
1.47
11.8
25 3,7
23 26.5
- 648.5
-0.6713
0,
16
■fturi
5.4
1.49
11,4
24 1.8
11 1 19.7
- 469.0
^.6728
0,
17
Tmri
3.8
1.49
11,4
23 61.2
121.8
- 457.0
LfO.8702
0,
18
Tauri
5.6
1.50
11,6
24 34.8
129.2
- 4 50.0
+0.0844
0.
28
Thuri
4.3
fl.40
t-11.5
+24 12.6
130.8
-448.4
+0,4963
0.
lUuri
4.1
1.60
11.4
24 6.6
148,1
-4 31.8
+0.6360
0.
21
Tauri
5.8
1.50
11.5
24 17.8
150.2
- 429.6
+O.4340
0.
22
Tauri
6.5
1.60
11.5
24 16,2
154,1
- 425,8
+0,4701
0.
23
Tauri
4.3
1.50
11.3
23 41.4
2 2.4
- 4 17.8
+1.1221
0.
-
l^uri
3.0
+1.51
+11.3
+23 51.0
2 34.'d
-346.8
+1.0046
0.
0CCULTATI0N8, 1916.
575
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
FEBRUARY.
Ths Stab'b
At CoNJUKcnoN nr R. A.
Limit-
ing Par-
an«l8.
Name.
7
8
4 H.
P
X
7 B.
8 B.
7 B.
4 B.
n B.
2 B.
!5
« B.
;6
19
5 B.
€
t9
10
(8
>2
A
57 B.
n B.
52
u
Tauri
Tauri
Tauri
Tauri
Tauri
Aurjgse
Aurigse
Auricse
Taun
Aurigse
Auricse
Taun
Tauri
Tauri
Tauri
Tauri
Geminorum
Qeminorum
(jeminorum
Geminorum
Geminorum
Geminorum
Geminorum
Geminorum
Gemincftrum
B.D. +230 1744
Geminorum
Geminorum
Geminorum
Cancri
Neptune
19 B. Cancri
e Cancri
}2 B. Cancri
e Cancri
6 Cancri
59 B. Cancri
X Cancri (var.)
Bl Cancri
n Cancri
27 B. Cancri
18 Leonis
19 LeoniB
R Leonis (var.)
A Leonis
43
48
85
d
76
76
t59 6.
»8B.
V
181 B.
Leonis
Leonft
Sextantis
Leonis
Leonis
Leonis
Leonis
Leonis
Leonis
Leonis
Leonis
Mag.
Red'ns from
1916.0.
Aa
3.7
5.2
5.3
5.6
5.3
6.0
6.5
6.0
6.4
6.5
5.7
5.1
5.6
4.6
4.7
6.1
3.2
5.7
6.2
6.3
6.2
5.8
6.1
5.1
6.0
6.4
6.3
6.3
6.3
5.6
7.7
6.0
6.5
6.5
6.3
4.2
6.1
6.2
6.4
5.6
6.4
6.8
6.4
^10
4.6
6.3
6.2
6.1
5.0
5.7
5.4
6.0
6.3
6.3
4.5
Aa
+1.62
1.52
1.54
1.69
1.77
+2.00
2.08
2.12
2.19
2.28
+2.28
2.28
2.38
2.39
2.38
+2.43
2.61
2.66
2.70
2.70
+2.67
2.71
2.74
2.77
2.73
+2.76
2.79
2.78
2.81
2.83
//
tion.
Greenwich
Mean Time.
+11.3
11.3
11.8
11.6
11.0
+10.7
10.1
10.0
9.6
8.7
8.4
7.9
7.9
7.7
6.9
7.2
3.9
3.2
3.1
3.0
2.4
1.7
1.7
1.1
-0.7
0.0
0.5
0.8
1.0
2.8
6.2 1+2.
+2.84
2.81
2.86
2.86
+2.83
2.86
2.83
2.80
2.80
+2.81
2.76
2.76
2.76
2.72
+2.66
2.66
2.62
2.69
2.66
1+2.56
2.64
2.62
2.60
2.49
47
3.8
5.0
6.4
5.4
+23 48.0
23 63.0
26 19.8
26 16.0
25 26.1
+27 46.7
27 34.9
27 65.7
27 62.6
27 36.6
+26 62.5
25 61.2
27 66.8
27 35.7
25 66.8
+27 34.3
25 13.0
25 29.0
26 11.6
26 1.8
+24 20.2
24 16.2
25 1.9
2612.8
23 6.5
+23 4.1
23 12.8
22 35.9
23 21.0
21 49.6
+19 44.3
21 0.7
18 22.7
19 68.0
19 60.5
- 5.9+18
5.
6.2
6.7
8.1
8.3
. 8.6
10.4
10.6
10.6
11.7
-12.6
13.1
13.4
14.1
14.2
-14.6
14.6
14.6
14.6
27.7
19 8.7
17 33.0
15 20.0
16 17.3
+16 43.6
12 11.7
11 67.3
11 49.0
10 24.4
6 68.0
7 23.0
511.1
4 3.9
2 24.5
+ 2 28.1
2 6.4
+ 0 35.4
- 1 14.6
16.0 0 21.8
-14.8U 1 68.5
- 232.2-0.4902
Hour
AMle,
d h m
11 3 21.1
3 21.7
3 61.6
13 18.0
18 41.6
18 8 23.7
13 46.1
16 4.6
21 10.0
18 3 65.7
4 29.6
5 41.0
10 44.0
11 48.5
13 57.4
15 17.7
U 10 66.7
16 11.6
17 47.9
18 6.4
19 30.3
15 010.6
112.8
619.7
5 21.6
9 46.6
13 37.6
14 46.6
17 14.1
16 2 29.1
6 24.3
8 36.6
14 9.6
18 27.8
18 30.4
20 37.4
23 37.8
17 167.7
10 30.9
11 68.7
h m
3 1.6
3 1.0
+ 635.4
+1148.0
+ 1 2.4
+ 613.9
+ 827.6
-1037.
-4 6.6
-0.6462
+0.6825
-0.7752
-1.1066
.9767
-0.6820
3-0
+10 8.9
- 920.2
- 8 19.
- 421.1
- 4 19.3
15 1.8
18 3 55.6
4 27.9
332.8
223.8
228.9
331.1
636.7
+1.1403
+1.0494
0.53831+0
0.6383
0.6384
0.5408
0.6420
-1.1445 0.6444
+0.0384
0.0257
0.0202
40.0081
6456-O.0081
0.5450
0.5451
0.5464
0.
+0.1287 0.5466M)
+1.2488 0.5456
-1.1637 0.6464
-0.8026 0.6463
+0.9626 0.5452
663.2
162.4
666.81-0.1618
829.8~1.0986
-0.8832 0.5450-0.0361
+0.5863 0.5420 0.0805
0.5408 0.0922
0.5404 0.0967
847.81-0.9475 0.6403 0.0964
9-0
0.6386
0.6383
0.6371
0.6371
+66
+0.7880 0.53991-0.0994
0.1095
0.1117
0.1203 M6
0.1203
+0.3729
.6837
[-1.2600
+1.0604
0 3.0+0.6526
340.6-0.1217
447.2+0.3981
7 10.0-0.7780
752.8-0.6130
4 5.0+1.1326
167.OrO.6398
325.6
7 35.8
738.3
+1.2674
-1.2663
-1.1376
+ 941.
-11 23.7
-9 8.1
-060.6
+ 034.7
4-0
.0306
-1.3686
-0.0770
+0.6836
+0.3218
+ 332.
^ 767.3
- 725.9
1-0
4 31.8- 722.1
19
16 4.6
22 67.6
6 7.1
9 35.8
18 36.2
2166.6
20 3 20.4
411.6
6 28.8
8 62.3
13 33.7
14 19.0
+ 252.0
+1031.2
- 730.
-3 9
+ 535.
+ 860.
955.7
9 5.9
662.
4 33.4
0 0.
043.
.8093
+0.1321
+0.2668
+0.4016
-0.5715
+1.2047
.7784
.4477
.6654
.2613
1-0
1+0
4-0
0+0
1-1.2101
-1.0466
.0259
kl.2963
.8660
.6668
8-0
4-0
7M)
N.
.1043
0.1043
0.1032
0.0824
0.0702
.0094lf5ll- 8
0.0122 +77+01
0.0243 N5I-62
0.0268
0.0319
+86
+34
-14
a
f90+42
+90+35
+16-61
+ 6-60
+90+15
-32-62
- 2-02
-28-62
-17-62
3-68
-4-02
+90+86
-10-62
+ 9
-31
-26-04
-64
+90+18
-6
[flO-68
46i-65
90!+34
0.6357M).1294h81
0.5344 0.1370
0.6340 0.13931+68
0.5332 0.1440
0.6299 0.1612
0.5297
0.6277
0.6268
0.5242
0.5242
+ 2
[+361-34
1^L67
+151-58
0.6235M)
0.5224
0.6216
0i5189
0.6184
-0.1686
0.1720
0.1812
0.1881
0.1881
1914l+4l!-35
1959 -60-04
0.5176
0.5141
0.6140
0.6140
0.6118
0.6107
0.5102
0.6099
0.5099
0.6101
0.5106M)
0.5107
0.5109
0.5113
0.6122
0.
0.1993 1+39;-39
0.2110
0.2129 1+62:-20
-0.2167
0.2311
0.2317
0.2317
0.2413
-0.2473
0.2511
0.2636
0.2673
0.2583
.2696
0.2697
0.2600
0.2602
0.2604
0.51231-0.2604
+90+34
+ 8-67
+90+46
-391-70
-25h70
- i:-74
+50.-32
+58^26
+67-19
+13-74
+90+28
+ 2-88
+69'-19
+ 9h84
+67-30
-27^-88
-14-88
+42i-44
+89
-2
+86
+35
-90
576
0CCULTATI0N8, 1916.
ELEMENTS FOR THE PREDICTION OF OOCULTATIONS.
FEBRUARY.
The Stab's
Name.
78 B.
X
370 B.
69
75
83
85
87
89
43 H.
231 G.
236 G.
9 G.
17 G.
18 G.
43 B.
47 G.
64 G.
153 B.
h
A
31 B.
32 B.
3
4
40 B.
fC
48 B.
50 B.
65 B.
85 B.
6
a
116 B.
134 B.
118 B.
95 G.
36
43
136 G.
151 G.
163 G.
X
4 G.
66 B.
67 B.
68 G.
X
69 G.
86 B.
126 B.
6
162 B.
127 G.
Virginis
Yirgmis
Virginia
Virginis
Virginia
Virginia
Virginia
Virginia
Virginia
Virginia
Virginia
Virginia
Virginia
Libree
Libree
Librae
Librae
Libree
Libree
Libree
Librae
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Ophiuchi
Ophiuchi
Ophi {Ut star)
Ophiuchi
Ophiuchi
Ophiuchi
Ophiuchi
Sagittarii {mr.)
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sf^ttarii
Sagittarii
Sagittarii
Mag.
6.5
5.3
4.8
6.0
4.9
5.6
5.6
6.1
5.8
5.1
5.5
6.4
5.7
6.5
6.4
6.1
5.7
6.1
5.8
6.3
5.0
4.7
4.6
5.4
5.3
5.9
5.7
5.4
3.0
4.9
6.4
5.5
6.0
3.1
1.2
6.2
6.4
6.2
6.1
5.4
5.4
6.3
6.0
6.3
4.4
6.2
4.7
6.4
6.2
2.9
6.3
6.5
5.7
2.1
6.4
6.4
Red'ns from
191ft.O.
Aa
+2.38
2.31
2.30
2.25
2.16
+2.14
2.10
2.10
2.10
2.09
+2.01
2.00
2.00
1.94
1.90
+1.90
1.88
1.83
1.80
1.74
+1.71
1.68
1.66
1.66
1.65
+1.66
1.66
1.64
1.65
1.63
+1.62
1.61
1.57
1.55
1.52
+1.51
1.46
1.36
1.35
1.32
+1.30
1.27
1.25
1.21
1.19
+1.18
1.06
1.04
1.01
1.00
+1.01
1.00
0.93
0.90
0.87
+0.87
Aa
//
-15.1
14.7
15.1
14.4
13.4
-13.6
13.3
13.4
12.8
12.7
-12.5
12.4
12.3
11.6
11.2
-11.1
11.2
10.6
10.3
9.2
- 9.3
8.4
8.5
8.8
9.0
- 8.5
8.1
8.6
8,1
8.1
- 8.5
7.8
8.0
7.8
7.3
- 7.2
6.6
6.4
5.8
6.3
- 5.4
6.0
5.8
5.0
4.9
- 5.2
4.4
4.9
4.3
4.7
- 4.3
4.3
4.4
3.8
4.1
-4.0
Apparent
Declinap
tion.
- 5 15.4
8 59.6
7 32.3
11 11.8
15 32.5
k4 56.1
15 45.6
15 21.0
17 26.6
17 43.2
-17 48.8
18 11.9
18 19.8
20 4.5
20 49.4
-20 58.6
21 2.5
2142.5
22 5.5
24 12.4
-23 32.9
25 30.0
25 4.8
24 17.2
23 43.9
-24 59.9
26 1.3
24 35.5
25 52.5
25 38.1
k24 29.9
26 6.3
25 16.0
25 23.7
26 14.9
-26 21.5
27 18.1
26 24.1
27 39.6
26 28.9
\-2S 3.8
25 52.3
26 12.5
27 50.8
27 48.1
-26 56.9
27 4.5
25 38.3
26 41.2
25 28.2
-26 48.6
26 38.2
25 5.9
26 24.2
24 59.5
h25 3.7
At CoNJiTifCTioir at R. A.
Greenwich
Mean Time.
d h m
81 8 40.3
18 27.2
21 10.1
82 4 33.4
20 23.0
22 54.8
88 417.3
4 47.6
5 36.9
6 44.4
h m
\- 5 28.
+ 4 1.1
+ 639.0
-10 11.6
+ 5 7.6
+ 734.5
-11 13.8
-1044.5
- 956.9
- 851.6
84
18 12.0
18 55.7
19 37.4
2 39.9
7 30.8
+ 212.
+ 254.
+ 334.8
+1022.4
I- 8 57.2
7
12
16
20
86 2
5
10
11
11
11
11
11
13
13
14
15
16
19
21
86 1
1
6
15
17
18
21
22
87 0
4
6
6
18
18
21
21
21
22
88 4
8
9
10
57.3
13.9
1.0
7.0
54.8
47.3
1.6
4.5
11.9
13.1
29.4
48.6
2.5
7.9
54.2
8.4
45.8
24.9
51.4
1.0
46.5
42.2
17.6
21.8
30.2
28.6
53.0
39.3
58.1
34.1
55.3
2.2
18.0
41.5
48.2
50.0
9.3
11.7
9.2
21.2
8.6
Hour
Ancle,
0-0
.6322
+0.8070
Ul.4005
+0.6035
+1.3714
+0.1633
-0.1767
-0.7137
+1.2785
+1.3210
4-0
6-0
- 831.7
- 424.5
■ 045.8
- 311.0
- 943.2
-11 30.9
- 726.7
- 626.2
- 6 19.1
- 6 18.0
- 6 2.2
- 543.8
- 4 32.9
- 4 27.6
- 246.6
- 231.9
- 058.3
134.4
355.
657.0
0-0
+ 740.7
-11 35.7
- 321.5
- 1 22.4
- 0 16.9
+ 234.1
+ 353.2
+ 536.
+ 944.9
+11 16.9
+11 37.2
I- 143.6
128.5
1+ 1 46.6
+ 153.0
+ 154.6
+ 2 13.2
+ 8 0.6
+1148.3
-11 2.6
1-10 17.1
9585
.7035
-0.7036
-0.2374
-0.3295
-0.2486
-0.8994
-0.8159
-1 .0382
40.1926
-0.8413
+0.6569
40.1138
-0.7084
-1.2768
-0.0139
+0.9955
-0.5902
+0.7086
+0.2853
-0.8951
+0.5871
-0.5007
.5695
40.0669
+0.1263
+0.7912
-0.4532
40.7740
-0.4378
+1.1286
-1.0927
.7512
40.9480
40.9343
40.0812
+0.6640
-0.7665
+0.5066
-0.7092
40.6400
40.4895
-0.5750
+1.1135
-0.1826
-0.0287
0.5520r0.1981
f
Lts>
iBffif
N.^:
f 9S
0.2518 t«l »
0.2502H^:
0.244S
0.2292|t©-
0.51761-0.2586
0.5217
0.52291
0.5267
0.5363
O.5380rO.22C2
0.6417 0.2193|f5^
0.5421 0.2186 -!-«
0.5427 0.2174 *7^t
0.5434 0.21591*7?^
0.5526
0.5532
0.5587
0.5625
0.5628-0.1723
0.1968
0.1956
0.1828
0.1732
9-0
0.5662 0.1634
0.5692 0.1550
0.5723
0.5773
0.5793-0.1219
0.5822
0.5830
0.5831
0.5831
0.5832
0.5835
0.5843
0.5843
0.5855
0.1456 -30^
0.1291 ^3&4:
-21MI
*¥.''
fj-V*!
0.1108
O.1O80
0.1077
O.1077Mfr-
-O.10«9 ^25-^
O.1O60 ^*J^
0.1027 - T^
0.1025 *^:
0.0976 ^•
0.5856 -O.0970
0.5866
0.5882
0.5895
0.5912
0.0924 fSfir^
O.O850 - 4r^
O.O780 - H
0.0688 *24-^
0.5915-0.0666
0.5938
0.5969
0.5974
0.5977
0.0519 ^V
0.0256 ■
0.0192 *&'
0.0156 -
^!*
^2ft^
0.5984 -O.0063»^
O.5986r0.0020 -^/ j
O.59894O.0037 -^
0.5993 0.0173 ^l
0.599d 0.0224 *«?^J-
0.599440.02351*2?^^
0.5985
0.5985 0.0591
0.5978 0.0695 #^
0.5978 0.0699 -1^
O.5978U.0700 ^'
0.0709 ii
0.0892 'f^
O.1009 ^^,
0.1043 ♦•H-^^
0.5977
0.5960
0.5946
0.5941
O.5938Uo.l066l*2:i
.nA\
OCCULTATIONS, 1916.
577
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
FEBRUARY.
TBS Stab's
At CovjvKOwnr w R. A.
Limlt-
mMU.
NftlDB.
72 B.
B9 B.
i>
08 B.
X
49
63
74 B.
29 B,
36 B.
6
o
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Gapricomi
Capricomi
liaf
5^
6.1
4.9
6.1
4.9
6.5
6.3
6.1
6.1
6.5
5.5
6.6
Red'nsfrom
1916.0.
A«t
M).86
0.83
0.81
0.801
0.77
M).76
0.71
0.71
0.63
0.62
40.55
+0.51
Aa
//
4.0
3.9
3.6
3.9
3.6
3.7
3.6
3.6
3.1
3.1
3.5
3.4
Appsnot
tkm.
Oraokwich
Mean Tim*.
Hour
An^e,
k24 67.9
24 47.4
26 24.2
24 19.5
24 40.4
1-24 7.7
23 37.2
23 37.4
22 68.2
22 60.0
-19 22.9
-18 61.8
h m
10 66.1
13 9.6
16 67.9
16 59.0
19 46.4
19 61.1
128.6
136.4
10 4.0
11 0.8
17 24.3
21 43.6
h m
981.
723.6
442.
441.
1 3.7
6-0
0+0
0-0
-068.
-i- 426.8140
+ 432.6
-11 18.
-1024.4
- 4 15.5
I- 0 6.
.0402
+0.0341
.9842
.0971
+0.7378
1+0
.2037
.4877
+0.6076
.2032
+1.2271
8+1
0-0
1.0897
.7866
0.6936
0.5926
0.6912
0.6912
0.6892
0.5892
0.6861
0.6860
0.6808
0.6802
N.
+0.1069 If 221-45
0.1153 +26-41
0.1231 +65+16
0.1232 +20-^9
0.1336 +65-1
k0.1338
0.14861+64
0.1488 +56
0.16971+67
0.1719
0.6760+0.1862
0.678040.1953
-9
S.
+65
+371-31
-16
-15
+34
+37
+67
-301-90
-90
MARCH.
V
Capricomi
5.3
+0.48
-3.2
-18 26.2
1 157.0
+ 357.8
-0.3729
0.6701
+0.2036
+14
-65
81 B.
Capricomi
6.4
0.46
3.0
18 20.8
5 51.0
+ 743.2
+0.3465
0.6674
0.2109
f63
-24
19
Capricomi
5.7
0.44
2.8
18 14.6
8 9.6
+ 966.7
+0.7340
0.6667
0.2160
+72
-3
94 B.
Capricomi
6.7
0.42
3.1
16 21.4
9 24.0
+11 8.3
-0.8941
0.6649
0.2171
-12
-00
21
Capricomi
6J^
0.42
2.8
17 61.6
10 44.7
-1133.8
+0.9106
0.6639
0.2194
+72
+ 8
6
Capricomi
4.2
+0.41
-2.7
-17 34.1
12 65.2
-928.1
+1.0989
0.6624
+0.2229
+72
+21
Mbrcubt
0.3
-16 64.9
NEW
15 17.6
MOON
- 711.0
+0.9775
0.6194
0.2215
+73
+11
136 B.
Piscium
6.5
+0.22
+ 3.6
+ 8 63.9
6 18 16.9
- 725.4
+0.1661
0.5251
+0.2497
+52
-32
75
Piscium
6.3
+0.27
+ 4.9
+12 30.5
6 6 41.7
+ 4 36.2
-0.5987
0.5259
+0.2373
+11
-74
p
Piscium
3.7
0.35
6.1
14 54.9
18 49.6
- 7 38.8
-0.3564
0.5276
0.2223
+24
-57
LOl
Piscium
6.2
0.37
6.0
14 14.0
20 54.8
- 537.6
+0.8273
0.5281
0.2195
+90
+ 7
105
Piscium
6.1 0.38
6.6
15 58.9
22 47.3
- 348.7
-0.6201
0.5283
0.2168
+10
-71
3
Arietifl
6.4 1 0.40
7.0
16 59.7
7 2 7.2
- 035.0
-0.9841
0.5290
0.2121
-12
-73
4
Arietis
5.8 1+0.41
+ 6.9
+16 32.4
2 63.5
+ 0 9.9
-0.3367
0.5291
+0.2110
+25
-54
X
Arietis
5.1
0.44
7.3
17 24.6
7 17.9
+ 4 25.8
-0.3503
0.5301
0.2043
+24
-54
35 B.
Arietis
6.4
0.47
7.6
17 51.1
10 20.8
+ 7 22.9
-0.2076
0.5307
0.1996
+32
-46
47 B.
Arietis
6.5
0.49
7.6
17 37.9
12 17.3
+ 915.6
+0.4127
0.5312
0.1964
+)B3
-13
15
Arietis
5.9
0.50
8.0
19 6.4
13 38.2
+1033.9
-0.9033
0.5315
0.1943
- 8
-71
6
Arietis
5.6
+0.54
+ 8.2
+19 30.9
17 12.7
- 958.5
-0.6592
0.5323
+0.1883
+ 7
-69
26
Arietis
6.2
0.60
8.4
19 29.1
23 8.6
- 414.0
+0.4592
0.5338
0.1780
+72
- 9
V
Arietis
5.4
0.64
9.1
21 36.1
8 2 59.0
- 031.2
-1.1508
0.5348
0.1710
-28
-68
u
Arietis
5.7
0.66
8.6
19 39.4
4 40.4
+ 1 7.0;+1.2337
0.5352
0.1679
+89
+44
e
Arietis {mean)
4.6
0.76
9.1
21 0.5
12 33.0
+ 844.1+1.0412
0.5372
0.1529
+90
+29
64
Arietis
5.8
+0.90'+10.3
+24 25.8
9 0 8.6
- 4 3.4
-1.0377
0.5400+0.1294
-20
-66
66
Arietis
6.1
0.93 9.6
22 31.1
2 4.6
- 2 11.2
+1.2912
0.5405 0.1253
+74
+58
7
Tauri
5.9
0.97 10.2
24 11.2
4 48.8
+ 027.5
-0.1920
0.5411
0.1195
+32
-36
11
Tauri
6.1
1.01 10.4
25 3.7
7 42.2
+ 315.1
-0.8114
0.5417
0.1133
- 4
-65
16
Tauri
5.4
1.04
10.1
24 1.7
9 33.8
+ 5 3.0
+0.5236
0.5421
0.1092
+79
+ 2
17
Taiui
3.8
+1.04
+10.0+23 51.2
9 36.0
+ 5 5.0
+0.7197
0.5421
+0.1091
+90
+13
18
Tauri
5.6
1.04
10.2
24 34.8
9 43.2
+ 5 12.0
-0.0611
0.5421
0.1089
+39
-28
q
Tauri
4.3
1.04
10.1
24 12.5
9 44.8
+ 5 13.5
+0.3482
0.5421
0.1088
+64
- 7
20
Tauri
4.1
1.04
10.1
24 6.5
10 1.8
+ 530.0
+0.4868
0.5422
0.1082
+75
0
21
Tauri
5.8
1.04 10.1
24 17.8
10 3.9
+ 5 32.1
+0.2863
0.5422
0.1081
+60
-10
22
Tauri
6.5
+1.05i+10.1
+24 16.2
10 7.8
+ 535.8
+0.3221
0.5422
+0.1060
+63
-8
23
Tauri
4.3
1.05 9.9i 23 41.41
10 16.9
+ 543.6
+0.9699
0.5422
0.1076
+90
+29
V
Tauri
3.0
1.05
10.0
23 50.9
10 47.6
+ 6 14.2
+0.8529
0.5423
0.1065
+90
+21
27
Tauri
3.7
1.06
9.9
23 48.0
11 33.6,
+ 658.7
+0.9877
0.5425
0.1048
+90
+31
28
Tauri
5.2
1.06 10.0
23 53.0
11 34.2
+ 6 69.3+0.8973
0.5425
0.1048
f90
+24
14 H,
Tauri
5.3
+1.08
+10.4
^25 19.8
12 3.8
+ 7 27.9
-0.6325
0.5426
+0.1037
+ 7
-01
79790**— 1916 37
578
0CCULTATI0N8, 1916.
ELEMENTS FOR THE PREDICTION OF O0CULTATION8.
MARCH.
'
1
UmJI.
Tbx Stab's I
At Conjuhciion m R. A. 1
ivFm^
1
1
aUoh.
Name.
Mag.
Red'nsCrom
1910.0.
Apparent
Decllna-
tkm.
Oreenwidi
Mean Time.
Hoar
T
x"
y"
N.
s.
Aa
8
^j^
• /
d h m
h m
• •
p
Tauri
5.6
+1.22
+10.6
+26 T5.9
9 21 23.4
- 7 31.4
-0.7896
0.5442
40.0627 -3^64
0.0705 +80|+ 7
M
X
Tauri
5.3
1.30
10.1
25 26.1
10 2 43.7
- 2 22.1
40.5313
0.5450
38 B.
Axirigie
6.5
L60
9.8
27 34.9
2140.0
- 8 4.5
-0.9203
0.5462
0.0259
-13h^
47 B.
Aurigse
Taun
6.0
L64
9.8
27 55.7
23 57.9
- 551.4
-1.2495
0.5462
0.0203
-5CM2
354 B.
6.4
L72
9.4
27 52.5
11 5 2.0
- 0 57.6
-1.1200
0.5461
+0.0082
-30 -e
107 B.
Aurigffi
6.5
+1.82
+ 8.7
+27 36.6
1146.8
+ 533.3
-0.8266
0.5456
-0.0078
-6-«2
112 B.
Aurigtti
Taun
5.7
1.82
8.4
26 52.5
12 20.6
+ 6 6.0
-0.0180
0.5456
0.0092
«42|-li
125
5.1
L83
7.9
25 51.2
13 32.0
+ 7 14.9
+1.0992
0.5456
0.0120
+9(M7
136
Tauri
4.6
1.94
8.0
27 35.7
19 39.2
-10 50.4
-0.9458
0.5448
0.0265
-15-62
139
Tauri
4.7
1.95
7.2
25 56.8
2148.0
- 8 45.9
+0.8162
0.5445
0.0316
+90+2R
415 B.
Tauri
6.1
+1.99
+ 7.6
+27 34.3
23 8.4
- 728.3
-1.0255
0.5443
-0.0347
-211-^
a
Geminonim
3.2
2.23
4.6
25 13.0
18 18 49.9
+11 33.4
+0.4483
0.5402
0.0797
472
Ki
37
Geminorum
5.7
2.30
4.0
25 29.0
13 0 6.0
- 721.1
-0.2967
0.5387
0.0913
+26h»
39
Geminorum
6.2
2.33
4.1
26 11.6
142.7
- 547.6
-1.2320
0.5383
0.0948
-2^
40
Geminorum
6.3
2.33
4.0
26 1.8
2 1.2
-529.7
-1.0809
0.5382
0.0954
09
Geminonim
5.2
+2.32
+ 3.2
+24 20.2
3 25.5
-4 8.1
40.6543
0.5378
-0.0985
+90*10
48
Geminonim
5.8
2.37
2.6
24 16.3
8 6.9
+ 023.^
+0.2418
0.5364
0.1084
458-E
52
Geminorum
6.1
2.40
2.7
25 2.0
9 9.6
+ 124.^
-0.7137
0.5361
0.1106
+^i-65
+90i+S&
58
Geminonim
6.0
2.41
1.5
23 6.5
13 19.5
+ 5 26.3
+0.9323
0.5347
0.1191
B. D.+23° 1744
6.4
2.46
0.9
23 4.1
17 45.9
+ 944.0
+0.4275
0.5333
0.1280
+70- S
f29Mft
187 B.
Geminonim
6.3
+2.50
+ 0.4
+23 12.8
2138.0
-10 31.3
-0.2440
0.5320
-0.1356
192 B.
Geminonim
6.3
2.50
+ 0.1
22 35.9
22 47.3
- 924.3
+0.2765
0.5316
0.1379
f59-W
82
Geminonim
6.3
2.54
0.0
23 21.0
14 115.6
- 7 0.7
-0.8974
0.5308
0.1426
-M"
K
Oancri
5.5
2.60
- 1.8
21 49.6
10 33.3
+ 1 59.2
-0.6250
0.5277
0.1596
+ 8^«
Nkptunb
Oancri
7.7
6.0
19 51.8
+21 0.8
13 24.0
16 42.3
+ 4 44.6
+ 7 56.6
+1.0690
-0.7463
0.5274
0.5256
0.1647
-0.1703
+90K3
49 B.
+2.64
- 2.9
+ 2|-®
e
Oancri
5.5
2.63
4.3
18 22.7
2216.7
-10 39.4
+1.1652
0.5239
0.1795
+90*35
B
Oancri
6.3
2.69
4.6
19 50.5
16 2 38.4
-6 25.9
-1.2338
0.5225
0.1864
-^s--*
6
Oancri
4.2
2.68
5.2
18 27.7
4 45.8
-4 22.5
-0.1253
0.5218
0.1896
+3^-*
X
Oancri (var,)
6.2
2.70
6.1
17 33.0
10 6.9
+ 0 48.9
-0.1658
0.5202
0.1976
+s*-e
1
81
Oancri
6.4
+2.71
- 7.7
+15 20.0
18 40.7
+ 9 7.1
40.5039
0.5179
-0.2093
+7*-U
♦5i-24
K
Oancri
5.6
2.72
8.0
15 17.3
20 8.6
+1032.3
+0.2443
0.6176
0.2113
227 B.
Oancn
6.4
2.75
8.2
15 43.6
23 11.6
-1030.3
-0.8808
0.5169
0.2151
-6-74
18
Leonis
5.8
2.75
10.6
1211.7
16 12 4.1
+ 1 59.2
+0.0762
0.5143
0.2298
447?-^
19
Leonis
6.4
2.75
10.7
11 57.3
12 36.4
+ 230.5
+0.2113
0.5143
0.2904
455k3R
1
R
Leonis {var,)
&-10
+2.75
-10.8
+11 49.0
12 40.3
+ 234.3
+0.3457
0.5143
-O.2304
♦«Uij
A
Leonis
4.6
2.77
12.2
10 24.4
23 10.1
-11 14.6
-0.6084
0.5130
0.2403
+10h>
43
Leonis
6.3
2.75
13.5
6 58.0
17 7 0.0
-338.7
+1.1727
0.5126
0.2466
490U!4
48
Leonis
5.2
2.77
14.1
7 23.0
13 6.4
+ 2 17.0
-0.7916
0.5125
0.2607
+ 1-«1
35
Sextantis
6.1
2.76
14.7
5 11.1
17 32.4
+ 635.2
+0.4358
0.5126
0.2532
♦68-1*
1
d
Leonis
5.0
+2.77
-15.6
+ 4 3.9
18 2 26.5
- 8 46.6
-0.6462
0.5134
-0.2573
4 9-13
^
Leonis
5.7
2.75
16.0
2 24.4
5 44.3
- 534.7
+0.2609
0.5139
0.2585
+57^
Leonis
5.4
2.77
16.4
2 28.1
11 3.5
-024.9
-1.1817
0.5148
0.2599
-2S-^
76
Leonis
6.0
2.76
16.5
2 6.4
1154.0
+ 024.1
-1.0177
0.5160
0.2601
-lir^
359 B.
Leonis
6.3
2.75
16.7
+ 0 35.3
14 9.0
+ 235.1
0.0000
0.5154
0.2605
*43lrS
388 B.
Leonis
6.3
+2.74
-17.0
- 1 14.5
16 30.4
+ 4 52.2
+1.3169
0.5159
-0.2608
(Mf-
V
Leonis
4.5
2.75
17.2
0 21.9
21 7.0
+ 920.7
-0.8119
0.5171
0.2612
431 B.
Leonis
6.2
2.74
17.3
158.6
21 51.6
+10 3.8
40.6900
0.6174
0.2612|488''^l
78 B.
Virginis
6.5
2.74
18.1
5 15.4
19 15 52.2
+ 3 31.6
-0.5568
0.5239
0.2580 ^nrl
q
Virgin is
5.3
2.72
18.2
8 59.6
80 127.0
-11 11.6
+0.8857
0.6284
0.2534 f81/ H
«'^
Virginis
4.8
+2.73
-18.4
- 7 32.3
4 6.4
- 8 37.2
-1.2980
0.5298
-0.2518
-3^
370 B.
Virginis
6.0
2.72
18.2
11 11.9
1120.0
- 1 37.3
+0.6994
0.5338
0.2465
479-*
75
Vii^nis
5.6
2.70
17.6
14 56.2
81 5 17.2
- 8 15.6
+0.2889
0.5453
0.2278
^irtJ
83
Virginis
5.6
2.69
17.3
15 45.7
10 32.8
- 3 10.8
-0.0413
0.5490
O.2208
+34^11
85
Virginis
6.1
2.69
17.4
15 21.0
11 2.4
-242.1
L-0.5731
0.5494
0.2201
♦ 7-«>
43 H.
Virginis
5.5
+2.66
-16.4
-17 48.8
88 010.6
+ 958.4
-0.8013
0.5590
^.1992
-9-«
J
0C0ULTATI0N8, 1916.
579
ELEMENra FOR THE PREDICTION OF OCCULTATIONS.
MABCH.
Thb Stak's
At Connnicnoif or R. A.
Limlt-
sKels.
Ntine.
231 G.
236 G.
9 G.
17 G.
18 G.
43 B.
47 G.
64 G.
153 B.
169 B,
177 B.
42
6
A
31 B.
32 B.
3
4
40 B.
%
48 B.
50 B.
24 G.
65 B.
85 B.
6
a
22
116 B.
134 B.
118 B.
95 G.
36
136 G.
151 G.
163 G.
X
4 G.
66 B.
67 B.
70 B.
68 G.
X
69 G.
86 B.
126 B.
162 B.
127 G.
172 B.
189 B.
191 B.
208 B.
X
49
53
Virgmis
Yirginis
libne
libne
Libne
Libne
Librae
Librae
Librae
Librae
Librae
Librae
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Ophiuchi
Ophiuchi
Ophi. (Ist star)
Ophiuchi
Ophiuchi
Ophiuchi
Sagittarii (var.)
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
S^ttarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
lUg.
6.4
5.7
6.5
6.4
6.1
5.7
6.1
5.8
6.3
6.0
6.2
5.0
4.7
4.6
5.4
5.3
5.9
6.7
5.4
3.0
4.9
6.4
6.2
5.5
6.0
3.1
1.2
4.8
6.2
6.4
6.2
6.1
5.4
6.3
6.0
6.3
4.4
6.2
4.7
6.4
6.4
6.2
2.9
6.3
6.5
5.7
6.4
6.4
5.8
6.1
6.5
4.9
6.1
4.9
5.5
6.3
Red 'm from
1910.0.
A«
k2.66
2.66
2.65
2.64
2.64
1+2.64
2.61
2.58
2.57
2.54
1+2.53
2.54
2.54
2.52
2.51
+2.50
2.52
2.53
2.50
2.52
1+2.50
2.48
2.47
2.50
2.46
+2.44
2.42
2.40
2.42
2.39
+2.29
2.28
2.24
2.19
2.18
+2.15
2.13
2.12
1.98
1.95
+1.93
1.93
1.90
1.93
1.92
+1.82
1.75
1.74
1.73
1.70
1+1.67
1.67
1.66
1.61
1.60
1+1.52
A3
//
-16.3
16.2
16.4
15.0
14.9
-15.0
14.1
13.6
12.5
12.7
-12.6
12.4
11.4
11.4
11.6
-11.8
11.4
11.0
11.3
11.0
-18 12.0
18 19.9
20 4.5
20 49.5
20 58.6
1-21 2.6
21 42.6
22 5.6
24 12.5
22 52.0
k22 52.8
23 33.0
25 80.0
25 4.8
24 17.2
-23 43.9
24 59.9
26 1.3
24 35.6
25 52.6
■10.8
11.2
11.0
10.4
10.4
10.1
9.4
9.8
9.3
8.4
- 7.6
7.0
7.5
6.9
6.5
■ 5.4
5.2
5.5
4.0
4.5
- 4.6
3.7
4.1
3.6
3.6
• 3.4
2.8
2.7
2.7
2.5
- 3.0
1.9
2.3
1.8
1.9
1.
- 1.5^23
Appanot
tkm.
Qreenwlch
Mean Tim«.
\-2b 38.1
24 29.9
24 14.5
26 6.3
25 16.0
\-2b 23.7
26 15.0
24 56.0
26 21.5
27 18.1
k26 24.2
27 39.7
26 29.0
25 52.3
26 12.5
-27 50.8
27 48.1
26 56.9
27 4.5
25 38.3
-24 57.3
26 41.2
25 28.2
26 48.6
26 38.2
-25 5.8
24 59.4
25 3.6
24 57.9
24 47.4
1-23 19.5
25 24.2
24 19.4
24 40.4
24 7.7
37.2
d h m
28 0 53.4
184.3
8 29.1
13 15.0
13 41.1
17 53.7
21 37.4
88 1 40.1
8 23.2
10 15.3
84
85
86
27
h
+1039.
+11 19.2
- 6 1.1
- 125.6
- 1 0.6
+ 3 2.
+ 6 38.0
+1031.4
- 7 LI
- 513.3
10 52.4
11 13.9
15 25.9
16 28.3
16 35.6
16 36.8
16 53.0
17 12.1
18 25.6
18 30.8
2016.4
20 30.5
22 3.0
22 7.3
0 45.6
3 11.5
6 20.5
6 40.1
7 6.0
12 1.4
20 37.7
22 42.4
23 51.1
4 13.5
6 2.6
10 23.5
12 0.5
12 21.8
23 36.9
23 52.9
0 58.5
3 19.6
3 26.4
3 28.
3 47.8
9 56.4
1511.7
16 0.1
16 48.5
19 4.7
19 17.8
2156.7
21 57.8
149.2
155.2
7 40.
- 4 37.7
- 4 17.1
-015.
+ 045.
052.
Hour
Angle,
6-0
6-0
.7274
-0.6419
-0.8606
+0.3684
-1.2336
-1.2971
-0.6597
.8352
.2946
.5249
040
040
0-0
053.2
1 8.7
127.0
2 37.5
242.6
kl.0916
+0.1675
+1.1739
-0.4063
40.8888
424.
4 37.
6 6.3
610.6
842.
0+0
6-0
4-0
+11 2.
- 9 56.3
- 9 37.4
- 912.6
- 4 29.2
+ 345.9
+ 5 46.4
+ 6 51.3
+11 2.8
-1112.6
7 2.4
529.4
5 9.0
5 38.4
553.
2 +
4«-ll
6 56.7
912.0
918.
9 20.3
9 39.1
827.3
324.6
238.2
151.7
019.1
031.7
3 4.3
3 5.3
647.7
6 53.3
34.7
.5475
-0.5470
-0.0777
-0.1648
-0.0841
.4677
.7098
kl.ll71
+0.7696
.3149
4-0
.3827
40.2537
-1.1033
40.3133
40.9798
-0.2636
+0.9660
-0.2479
-0.9046
-0.5622
+1.1428
+1.1294
+0.2729
40.8581
.6811
7-0
6-0
-1.2073
+0.6993
.5244
+0.8335
+0.6821
-0.3917
+0.0016
+0.1563
40.1444
40.2184
-1.2415
+1.1758
40.0847
40.9255
40.3862
40.6697
0.5606
0.5600
0.5652
0.5687
0.56901
1-0.1980
0.1968
0.1837
0.1740
0.1731
0.57201-0
0.5747
0.5774
0.5818
0.5830
0.5833
0.5835
0.5859
0.58651
0.6866
0.58661-0
0.6867
0.6869
0.6876
0.6876
0.68851-0.0975 |f49
0.5886
0.5893
0.6893
0.6906
0.59171-0
0.6929
0.5930
0.6931
0.6947
0.5966M)
0.6969
0.5970
0.5973-0
0.5972
0.5970
0.5968
0.5968
0.5946
0.6944
0.5941
0.5933
0.5933
0.5933
0.5931
0.6907
0.5882
0.5879
0.5874
0.5863
0.5862
0.5847
0.5847
0.5824
0.5824
0.5788
r
N.
.1640
0.1666
0.1460
0.1293
0.1245
5-79
6-79
427-47
422-52
426-47
- 9-90
- 5-00
-18
■146
-51-85
-0.1229
0.1220
0.1108
0.1080
0.1076
-09
-90
k65|+ 6
-26
-79
-62
- 9
+39
- 3
.10761-39-90
0.1068 +32-33
0.1060 +64+34
0.1026 + 2-69
0.1024 +64+10
0.0968 -14
0.0925 -42
0.09231+64
0.0848
-16
-90
-90
+ 2
6-62
.0777
0.06851+34
0.0676 -43
0.0663 +37
0.0516 +63
.0254
0.0189
0.0154
.0019
+0.0038
+ 3
+62
+ 2
-35
+0.0172
0.0223
0.0234
0.0576
0.0684
+0.0617
0.0687
0.0690
0.0691
0.0701
+62
+62
+31
+6.'^
-11
5?
+62
- 7
+63
+61
+ 2
+23-42
+0.0880
0.1028
0.10501+321-34
0.1072
0.1134
+31
+36-30
+0.1140 ^3-83
0.1211 +65+34
0.1212 +29-38
0.1312 +66+12
0.1315 +47-21
+0.14591+651- 5
S.
-90
-22
1-67
-28
-90
-25
+17
-59
+16
-58
-90
-15-83
+33
+31
-27
+ 8
-85
-86
-2
79
+ 6
- 3
-68
34
580
000ULTATI0N8, 1916.
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
MARCH.
The Stab's
At CoNJxmcnow nr R. A.
Name.
274 B.
6
%
o
V
81 B.
19
94 B.
21
e
29
18
A.
151 B.
96 B.
e
150 B.
P
170 B.
186 B.
252 B.
6 G.
Sagittarii
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Aquarii
Capricomi
Capricomi
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Ac^uarii
PiBcium
Mag.
6.1
5.5
5.2
5.6
5.3
6.4
5.7
5.7
6.5
4.2
5.5
5.5
5.5
6.1
6.5
4.3
6.0
5.3
6.0
6.1
5.8
6.2
Red'nsfrom
1016.0.
Aa
+1.62
1.27
1.22
1.22
1.16
1+1.12
1.09
1.06
1.06
1.04
kO.97
0.91
0.81
0.81
0.77
40.67
0.68
0.66
0.64
0.62
+0.53
+0.51
Aa
//
-1.5
1.2
1.1
0.9
0.6
-0.3
0.1
-0.6
0.0
+0.1
-0.2
-0.4
0.0
+0.4
0.0
+0.2
0.5
0.4
0.4
0.6
+1.0
+0.7
Apparent
Declina-
tion.
Greenwich
Mean Time.
-23 37.4
19 22.9
18 29.3
18 61.7
18 26.1
-18 20.8
18 14.6
16 21.3
17 51.6
17 34.0
-15 31.3
13 14.4
11 45.2
13 6.9
10 42.6
- 8 12.1
9 27.5
8 14.6
7 37.2
6 59.1
- 5 26.1
- 2 60.7
NEW
d
87
88
h m
7 47.5
0 0.8
3 22.0
4 27.2
8 47.6
h m
Ml 28.0
12
15
16
17
20
0
4
14
15
17
30
4
4
6
7
11
23
31 0
48.01
10.6
27.1
60.0
4.2
26.5
14.7
25.8
62.3
42.1
a5.7
3i8.8
11.6
47.0
29.1
0.6
31.2
Hour
Angle,
+0.6895
+ 4 8.6-0.9385
+ 7 22.3l-l.2233
+ 825.1-0.6365
-1124.0-0.2226
MOON,
7
5
4
2
0
3
7
6
6
3
+ 6
+ 6
+ 8
+ 9
-10
+ 0
+ 2
32.1
14.7
0.9
41.0
81.4
41.7
22.0
47.6
24.1
37.9-0
64.
65.3
27.0
59.4
26.7
43.8
11.6
+0.5008
+0.8902
-0.7696
+1.0668
+1.2637
+0.1389
-1.3228
-0.4366
+1.3034
3-0
O.6788|+0.14e2|^
0.6679 0.1825 -IM
0.5656 0.189SHI
0.5648 0.1913
0.6619 0.1994
0.
0.
0,
0.
0,
56921+0.2065
0.2104
6676
6567
6668
5543
0.56151+0.2246
0.5491 0.2298
0.5431 0.2418
0.6423 0.2433
7092h0.5413 0.2451
0.
.5534
+0.7398 0.
-0.>1038 0.
-0.3370
-0.0369
+1.3822
1-0.8883
0.
0.
0
0
5360
5352
5346
5331
N.>i
0.21^
0.2148
0.2182
5360|40.2542
0.25^
124
0.2553 f3H
0.2563
0.2585
5291 +0.26S1
5287 40.2635
24^
APRIL.
„.1777k--]
0.1708^-2
26
V
e
f 64
66
7
11
16
17
18
^
21
22
23
V
27
28
14 H.
V
X
38 B.
107 B.
112 B.
125
136
139
62 B.
Arietis
Arietis
Arietis
Arietis {mean)
Arietis
Arietis
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
AurigaB
Aurigse
AuriffCB
Taun
Tauri
Tauri
Geminomm
6.2
5.4
5.7
4.6
5.8
6.1
6.9
6.1
5.4
3.8
5.6
4.3
4.1
5.8
6.5
4.3
3.0
3.7
5.2
5.3
5.6
5.3
6.5
+0.40
0.42
0.44
+0.50
0.59
0.61
0.64
0.67
+0.69
0.69
0.69
0.69
0.69
+0.69
0.69
0.70
0.70
0.71
+0.71
0.72
0.82
0.89
1.14
6.5
+1.34
6.7
1.34
5.1
1.34
4.6
1.45
4.7
1.46
6.5
+1.69
+6.7
+19 29.1
7.2
21 36.0
6.9
19 39.4
+7.4
+21 0.4
8.3
24 25.8
7.9
22 31.0
8.3
24 11.2
8.5
25 3.7
+8.3
+24 1.7
8.3
23 51.1
8.4
24 34.7
8.4
24 12.4
8.3
24 6.5
+8.4
-^24 17.7
8.4
24 16.1
8.2
23 41.4
8.3
23 50.9
8.2
23 48.0
+8.3
+23 53.0
8.6
25 19.8
8.8
26 15.9
8.6
25 26.1
8.6
27 34.9
+8.0
+27 36.6
7.7
26 52.5
7.3
25 51.2
7.5
27 35.7
6.8
25 56.8
+4.8
+24 39.8
4 7 58.6'+ 6 23.9+0.2938
1147.0+10 4.7
13 27.6+1142.1
6
8
21 15.7
8 44.5
10 39.4
13 21.9
16 13.6
18 4.2
18 6.2
18 13.4
18 15.0
18 31.9
18 33.9
18 37.8
18 45.8
19 17.2
20 2.8
20 3.4
20 32.6
5 47.0
11 4.5
5 52.4
19 55.3
20 20.0
21 40.1
3 46.5
5 55.1
23 58.9
1-1025.7
838.8
836.9
-1.3189
+1.0580
- 4 45.3 +0.8543
+ 6 20.3-1.2341
+ 8 11.4+1.0856
+1048.4r0.3963
-1.0171
+0.3116
+0.5071
8 30.0-0.2714
8 28.4+0.1366
- 812.1
- 8 10.2
- 8 6.5
- 7 58.6
- 7 28.3
- 644.3
- 643.8
- 6 15.5
240.1
7 46.6
155.8
830.4
7 57.8
6 49.2
0 55.4
1 8.9
523.9
+0.2745
+0.0744
+0.1101
+0.7557
+0.6386
+0.7720
+0.6821
-0.8436
-1.0097
+0.3021
-1.1605
-1.0762
^.2692
+0.8457
-1.1993
+0.5598
+1.0279
0.6379+0
0.6390
0.6395
0.5417
0.5446
0.5450
0.6456
0.5462
0.5466+0.1089^
0.6466
0.5466
0.6466
0.6466
0.5467
0.5467
0.5467
0.6468
0.5469
0.5469
0.5470
0.5484
0.6490
0.1677
+0.1527
0.1292
0.1251
0.1192
O.1130
0.1088
0.1086
0.1085
0.1079
+O.1078
0.1077
0.1074
0.1062
0.1045
40.1045
0.1034
0.0823
0.0700
0.6492 +0.0253
0.5477 -O.0083
0.5477
0.6474
0.5463
0.5458
0.0097
010269 4^
.^-'^
Aft '■*
f6l''^
0.0320
O.54O81-O.0731
OCCULTATIONS, 1916.
581
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
APRIL.
The Sta&'s
Name.
€ Geminonim
(7 Geminonim
oo Geminonim
18 Geminonim
>2 Geminonim
iS Geminonim
B. D.+23° 1744
$7 B. Geminonim
)2 B. Geminonim
^ Geminonim
u CflDC9
Nbftunb
49 B. Csncri
0 Cancri
S Cancri
X Cancri (wzr.) ^
o* Cancri
81 Cancri
X Cancri
27 B. Cancri
18 Leonifl
19 Leonifl
R Leonis (var.)
A Leonifl
43 Leonifl
48 Leonifl
35 Sextantis
d Leonis
p* Xieonifl
p^ Leonifl
76 Leonifl
76 Leonis
(59 B. Leonifl
)88 B. Leonifl
V Leonis
Leonifl
Virginis
Viiginifl
Virginia
Virginis
131 B.
78 B.
X
75
83
85
43 H.
231 G.
236 G.
9G.
17 0.
18 G.
43 B.
47 G.
64 Q.
153 B.
169 B.
177 B.
Virginis
Virginis
Virginis
Virginis
Virginis
Virginis
Librae
Librae
Librae
lAhrsb
Librae
Librae
Librae
Librae
Librce
42 Libras
lUg.
3.2
5.7
5.2
5.8
6.1
6.0
6.4
6.3
6.3
6.3
5.5
7.7
6.0
5.5
4.2
6.2
5.7
6.4
5.6
6.4
5.8
6.4
15-101
4.6
6.3
5.2
6.1
5.0
5.7
5.3
5.4
6.0
6.3
6.3
4.5
6.2
6.5
5.3
4.8
6.0
6.6
5.6
6.1
5.5
6.4
5.7
6.5
6.4
6.1
5.7
6.1
5.8
6.3
6.0
6.2
5.0
Red'nsfrom
1910.0.
Aa
+1.74
1.81
1.84
1.90
1.92
+1.94
2.00
2.05
2.05
2.09
+2.17
• • •
2.23
2.24
2.31
4.8
4.4
3.6
3.1
3.2
2.1
1.6
1.2
0.9
0.9
-0.8
■ •
1.8
3.41
4.1
+2.35
2.33
2.38
2.40
2.44
+2.49
2.49
2.49
2.55
2.56
i2.61
2.62
2.66
2.66
2.67
- 5.0+17
+2.70
2.70
2.70
2.70
2.74
+2.73
2.82
2.86
2.87
2.91
+3.0rt
3.03
3.02
3.08
3.09
+3.09
3.13
3.14
3.15
3.18
+3.17
3.17
3.21
3.18
3.18
+3.I9L14
Aa
//
+25 13.0
25 29.0
24 20.2
24 16.3
25 2.0
+23 6.6
23 4.1
23 12.9
22 35.9
23 21.0
+21 49.6
19'54.7
21 0.8
18 22.7
18 27.8
5.
5.7
6.7
6.9
7.1
-9.
9.8
9.8
11.4
13.1
-13.6
14.5
15.5
16.2
16.8
7+12
1-16.6
16.6
17.1
17.6
17.7
-18.0
19.3
20.0
19.9
20.2
-20.0
19.8
19.8
19.0
18.9
-18.8
18.2
17.7
17.6
17.7
-16.7
16.2
15.0
14.9
14.8
.7
^parent
Dedina-
tion.
33.0
15 54.2
15 20.0
15 17.3
15 43.6
11.7
11 57.3
11 49.0
10 24.4
6 58.0
7 23.0
511.1
4 3.9
2 24.4
0 23.0
2 28.1
2 6.4
0 35.3
1 14.5
0 21.9
I- 158.6
615.4
8 59.7
7 32.3
11 11.9
-14 56.2
15 45.8
15 21.1
17 48.9
18 12.0
-18 19.9
20 4.6
20 49.5
20 58.7
21 2.6
-21 42.6
22 5.6
24 12.5
22 52.1
22 52.8
23 33.0
At CoirjuifonoK m R. A.
Limit-
ing Par-
allels.
Greenwich
Mean Time.
d
9
10
11
18
h m
2 68.0
815.2
1136.6
16 18.5
17 21.5
2133.0
2 1.2
5 66.1
7 4.9
9 34.5
18 57.2
21 26.4
1 9.8
6 47.8
13 20.9
18 45.6
19 53.7
3 25.0
4 53.8
7 58.9
h m
- 230.7
+ 236.
+ 5 49.8
+1023.4
+11 24.
-11 49.
- 9 24.4
- 547.9
-020.5
6 0.6
+11 15.5
-1138.4
- 4 20.7
- 254.
0 4.9
20 69.2
21 31.9
2135.7
13 811.1
16 4.
14
22 13.0
2 40.2
1136.0
14 54.
18 26.4
2013.5
21 3.9
2318.8
16 1 39.9
616.9
7 0.3
16 0 63.9
10 22.4
12 59.8
20 7.3
17 13 45.2
18 54.2
19 23.2
18 813.3
8 65.1
9 35.0
16 19.4
20 58.1
21 23.4
19 129.5
5 7.3
9 3.5
16 35.8
17 26.0
Hoar
Angle,
0-0
40.1871
.5688
40.3928
-0.0198
.9764
4-0
832.4
412.8
026.4
041.2
3 6.0
+0.6723
+0.1675
-9.5043
40.0175
-1.1581
1-0
.8814
40.8269
-0.9997
+0.9209
-9.3682
5 +
-11 17.
-1046.2
-1042.5
-025.7
713.
-1048.5
- 629.
+ 2 10.
523.2
hi- 848.
2 +
+1033.1
+11 22.0
-1027.
- 810.
- 342.
- 259.6
- 938.8-0.5958
0.5398-0.0796
0.5380 0.0910
0.5368 0.0981
0.5351 0.1078
-0.4039
+1.1747
40.2768
6|40X)182
-1.1067
9-0
.1291
40.0072
40.1420
-0.7970
.0016
8+1
-0.9533
.2842
.7785
40.1355
.3728
040
9-0
2+1
1-0
2+1
6-0
1.2932
1.1274
.1056
.2147
.8987
+0.6015
k 028.2
2 4.1
857.8+0.7029
2 0.2
658.4
726.
411.1
330.
4-0
8-0
- 2 52.3
+ 337.0
+ 8 5.
+ 8 29.5
-11 33.9
6-0.
.4935
.7019
+0.5240
1.0551
-1.1167
+ 4 38.61-0.4866
8 4.
417.
159.2
343.9
18 1.0"+ 4 18.5
18 22.0
40.8636
H.3000
+0.3393
+0.0247
.5006
1-0.6959
.4433
-0.4413
+0.0378
.0386
40.0420
-0.5853
1-0
6M).
0.5346
0.5330-0.1184
0.5313 0.1272
0.5298 0.1346l4l5[-66
0.5294 0.1368 +43-27
0.5284 0.14141-30-67
0.5248M)
0.5239
0.5225
0.5206
0.5184
421
f90
0.5168-0.1951
0.5164 0.1967
0.5144 0.20661+58
0.5141 0.2085 1444
0.6134 0.2123
0.51121-0
0.5111
0.5111
0.5102
0.5102
0.5105M)
0.5109
0.5124
0.5130
0.5140
0.
0.5147
0.5153
0.5161
0.5177
0.51801-0
0.5263
0.5318
0.6336
0.6383
0.5516M)
0.5558
0.5562
0.5669
0.5675
0.
0.5736
0.5774
0.5777
0.58101
0.5866
0.5912
0.5923
0.5927
0.1100
+54
fll
+68
+41
-16
1-90
f52
.1581
0.1623
0.1685
0.1775
0.1874
.2268
0.2273
0.2274
0.2373
0.2435
.2477
0.2503
0.2646
0.2568
0.2670
51441-0.2676
0.2577
0.2681
0.2686
0.2690
.2691
0.2666
0.2625
0.2509
0.2469
.2279
0.2210
0.2203
0.1997
0.1984
56811-0.1972
0.1842
0.1744
0.1735
0.1644
0.5837 -0.1559
0.1463
0.1294
0.1246
0.1229
0.5929-0.1220
N.
S.
-12
-55
-3
-26
-65
490
-15
490
23
+ 9
hl8
81-68
+13
-69
+17
-54
-57
+33
!-22
-36
21-74
436-46
443i-38
450-31
01-80
k-90+14
9^83
-27
k58
2
450-36
481
+46
-88
-88
481
4ll
481
-39
479
+55
-86
-36
-21
437H18
489+28
-6-90
-11
-80
+ 4
-89
-5
-24
411-80
-39-89
437, --II
4lO -74
- 3
flO-70
433-40
+32-40
4lO
433
428
+32
- 1
+ 3
9
1+55
34
h39
0
-90
-70
-40
-45
-40
-83
-76
-90
-13
-90
-90
-76
582
OCCULTATIONS, 1916.
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
APRIL.
Thx Stab's
At CoNJUMcnoir or R. A.
■fick
Nftme.
b
A
31 B.
32 B.
3
40 B.
ft
48 B.
50 B.
24 G.
65 B.
41 G.
85 B.
6
a
22
116 B.
134 B.
118 B.
95 G.
36
136 G.
151 G.
4 G.
66 B.
67 B.
70 B.
68 G.
X
69 G.
86 B.
126 B.
162 B.
127 G.
172 B.
189 B.
191 B.
208 B.
222 B.
X
49
53
274 B.
6
n
P
o
V
81 B.
19
94 B.
21
29
18
A
96 B.
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scon>ii
Scon)ii
Scorpii
Scon)ii
Scon>ii
Scon>ii
Scorpii
Scorpii
Scorpii
Scorpii
Ophiuchi
Ophiuchi
Ophi. (Ut 8tar)
Ophiuchi
Ophiuchi
Sagittarii
Sagittarii
Sagittarii
SagiUarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Aquarii
Capricomi
Aquarii
Mi«
4.7
4.6
5.4
5.3
5.9
5.4
3.0
4.9
6.4
6.2
5.5
6.3
6.0
3.1
1.2
4.8
6.2
6.4
6.2
6.1
5.4
6.3
6.0
6.2
4.7
6.4
6.4
6.2
2.9
6.3
6.5
5.7
6.4
6.4
5.8
6.1
6.5
6.1
5.5
4.9
5.5
6.3
6.1
5.5
5.2
5.0
5.6
5.3
6.4
5.7
5.7
6.5
5.5
5.5
5.5
16.5
k3^
3.21
3.20
3.19
3.21
k3.20-13
3.22
3.21
3.19
3.18
+3.16
3.19
3.19
3.12
3.13
Red'nslrom
1916.0.
Aa
1-13.7
13.6
13.8
13.9
13.6
+3.22
3.17
3.19
3.19
3.19
hl2.6
12.6
12.3
11.9
11.2
1-11.4
11.0
9.9
8.6
7.9
+3.08
3.05
3.04
3.001
2.89
+2.86
2.83
2.84
2.81
2.84
+2.83
2.73
2.66
2.65
2.64
+2.61
2.58
2.56
2.50
2.52
+2.50
2.42
2'.42
2.12
2.06
At
//
.4
13.2
13.0
13.2
13.0
-25 30.0
25 4.8
24 17.3
23 43.9
25 0.0
1-24 35.6
25 52.6
25 38.1
24 29.9
24 14.5
1-26 6.3
2412.7
25 16.1
25 23.7
26 15.0
1-24 56.1
26 21.5
27 18.1
26 24.2
27 39.7
8.4
7.4
6.9
5.6
3.4
-26 29.0
25 52.3
26 12.5
26 56.9
27 4.5
3.8
3.8
2.8
3.2
2.81
2.8
2.2
1.3
1.1
1.0
1-0.6
1.1
0.3
- 0.6
+ 0.4
0.3
1.0
1.0
2.0
2.1
+2.06+ 2.0
2.05
1.99
1.94
1.90
+1.86
1.86
1.75
1.67
1.53
l+l
2.4
2.8
3.3
3.5
3.0
3.7
3.61
3.3
3.8
481+ 3.8
Apparent
Dedlna-
tioD.
Greenwich
Mean Time.
1-25 38.3
24 57.3
26 41.2
25 28.2
26 48.5
-26 38.2
25 5.8
24 59.4
25 3.6
24 57.8
-24 47.4
2319.4
24 19.4
22 33.6
24 40.4
-A 7.7
23 37.2
23 37.3
19 22.9
18 29.2
-18 5.5
18 51.7
18 26.1
18 20.7
18 14.5
-16 21.3
17 51.5
15 31.2
13 14.3
11 45.2
1-10 42.4
d h m
19 22 27.2|+
23 28.01+
23 35.2
23 36.3
23 52.0
80 122.1
127.3
310.1
3 23.8
4 53.9
4 58.1
7 7.5
7 32.3
9 54.4
12 58.7
Hour
Angle,
h m
834.0
932.
939.
940.
955.2
3+0
2-0
2-0
+1121.
+11 26.7
-1054.7
-1041.
- 915.
7-0
5-0
2-0
911.2
7 7.1
643.4
4 27.1
130.
13 17.7r 1 12.
13 42.9-048.1
18 31.1+ 348.
81 2 55.2+1150.9
4 57.1-1012.4
6 4.3
10 21.0
-9
5
8.(
2.J
2-0.
.0281
.6731
12 7.9!- 3 19.8M).3323
+0.5011
+1,0925
18 19.7
28 5 23.2
+ 236.3
-1047.9
5 39.0-1032.9
6 43.5- 931.
9 2.6^ 7 17.6
9 9.2^ 7 11.2
9 11.0- 7 9.6
9 30.4
15 34.2
20 46.0
2134.0
22 21.9
88 0 36.8
0 49.8
3 28.6
5 30.3
7 18.4
I- 651.0
1 2.1
357.0
443.0
529.0
+ 7 38.5
+ 7 51.
+1023.5
-11 39.6
-955.
7
13
13
84 5
8
9
9
14
18
20
21
23
86 6
9
20
23
24.3
7.8
14.9
27.3
48.9
28.6
54.4
15.9
17.8
41.3
58.4
22.0
2.1
52.6
11.3
30.
+0.9969
.4644
+0.3397
.2247
+1.0546
+0.6414
.5212
.9211
+0.9426
-1.1492
-0.1247
-0.1882
.4452
5+0
3-0
.8952
+0.5052
.1707
-0.0473
+1.1713
0+1
0-0.
0-0
I- 9
- 4
- 4
+11
-9
8
8
4
0
2
-0.3348
.9553
40.9384
-0.2760
+1.0718
+0.9217
-0.1398
+0.2543
+0.4067
+0.3974
0-0
+0.4723
.9800
+0.3407
1-1.1852
.1799
8+1
50.2 +0.6429
20.0 +0.9279
13.2 +0.9478
22.3-0.6757
23.5-0.9614
+
+
3
4
+11
- 9
+ 0
3
4*+
45.2
20.4
8.4
15.1
3.3
17.7
38.
4.7
12.7
45.
57.
0.5953 -O
0.5959
0.5960
0.5960
0.5961
0.5970M)
0.5970
0.5978
0.5979
0.5987
0.5987M).
0.5998
0.5999
0.6009
0.6020
N-
0
0
0
0
1107
1079
1075
1075
♦6i+b
6-«
k25-»
1067 +42^
1024
1022
f64+23
0
0.0972MO»- 6
0.0966 - 4n^
0.0922 -28-80
0920
0.
0.
0.0773
0.
♦64+13
0656 -4^-90
0644|fl5-«
11-M
' \7
0680 f4&^l
0.6021 1-0.06701-29 -10
0.6022
0.6035
0.6049
0.6050
.0657 *49
0
0.0509
0.
0.0179 tf62 -31
^14
♦63+»
.0244 4-14-49
0.6050-O.O144
0.6049 -0.0007
0.6047
0.6037
0.6002
k0.0049
0.0246
0.0589
-1.2386
-0.3748
+0.0380
+0.7612
+1.1506
-0.5032
.3257
+0.3925
-1.0774
.1980
.4760
3+1
3-0
9M)
kl4-«
21 -8g
-3-0
♦45-14
*&^^
0.6000 40.0597 ♦ 2-fi
0.5996 0.0630 -33^
0.5985 0.0700 ♦6^+14
0.5985 0.0703 + 6-5*
0.5984 0.0704 *€i,^^
0.5983 40.0713 ♦a+U
0.5951 0.0891 fl^-a
0.5920 0.1038 tST-S
0.5915 0.1060 ♦4^13
0.59101 0.1082 ^'»
58951+0.1144 ^1-14
0.1149 n3(Ml»
0.
0.5893
0.5875
0.5861
0.5848
0.
0.5804
0.5803
0.5675
0.5648
0.5642
0.5639
0.5604
0.5572
0.5554
0.1220
0.1272
0.1319 f65-5l
5847r40.1321 f63-«
0.1462 *m*^
0.1465
0.1819
0.1884
40.1896
0.1904
♦43-3
-4&-»
0.1982 ♦SS-^
0.2050
0.2089 ♦72+31
0.5544
0.5533
0.5484
0.5457
0.5390
0.5370+0.2417
+O.2108
0.2130F7
0.2224 ^58-23
0.2273
0.2386
♦«6-U
-4*
-20-*
-43-5*
13-«J
72-1
9w4
:>*47
15^71
J
OCCULTATIONS, 1916.
588
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
APRIL.
1
LJmlt-
Tbk Stab's
At CoNJVNcnov w R. A.
•sfi^r
Name.
Mi«.
Red'Dffhmi
1016.a
Apparent
DecUna-
tioo.
Greenwich
Mean Time.
Hour
Ancle,
Y
jf
/
N.
8.
A«
Al
•*#•
8
II
• /
d h m
h m
•
•
6
Aquarii
4.3
+1.34
+ 4.0
- 8 12.0
86 10 34.1
- 920.0-0.3342
0.5311
+0.2502
f23-61
150 6.
Aquarii
6.0
1.35
4.4
9 27.5
10 35.3
- 9 18.9 +0.9674
0.5311
0.2502
f81+10
P
Aquarii
5.3
1.32
4.1
8 14.5
12 11.6
- 745.6+0.1159
0.5303
0.2512 +47
-36
170 B.
Aquarii
6.0
1.30
4.1
7 37.1
13 48.6
- 611.7
-0.1214
0.5296
0.2522 +34
-49
186 B.
Aquarii
6.1
1.26
4.1
6 59.0
17 34.5
-232.9
+0.1758
0.5279
0.2542 +51-33
6 G.
Piflcium
6.2
+1.09
+ 3.9
-2 50.7
87 6 50.7
+10 18.4
-0.7068
0.5234
+0.2588
+ 5
-90
22 B.
Piscium
6.4
0.96
4.1
h- 0 10.1
19 26.9
- 128.5
-0.2227
0.5206
0.2598
+31
-55
iC
Piflcium
4.9
0.95
4.0
+ 0 47.8
21 9.3
+ 010.8-0.7874
0.5203
0.2597
+ 1
-89
9
Piflcium
6.4
0.94
4.0
0 89.7
21 18.9
+ 020.0-0.6057
0.5203
0.2597 +11
-81
16
Piacium
5.7
0.90
4.1
138.2
8t 154.8
+ 447.5
-0.4319
0.5197
0.2591 +20
-68
A
Piflcium
4.6
+0.88
+ 4.3
+ 1 19.1
4 45.7
+ 7 33.2
+0.6381
0.5195
+0.2585 +84
-9
19
Piscium
5.4
0.85
4.1
3 1.3
6 56.8
+ 940.3
-0.5811
0.5194
0.2580
+12
-78
22
Piscium
5.8
0.84
4.4
2 27.9
9 45.0
-11 36.6
+0.7254
0.5193
0.2571
f90
-4
d
Piscium
5.4
0.72
4.2
7 43.5
89 010.3
+ 222.4
-1.1414
0.5199
0.2505
-22-82
136 B.
Piscium
6.5
+0.66
+ 4.6
+ 8 53.9
10 30.7
-11 36.1
+0.1719
0.5214
+0.2432 +52|-31
NEW
MOON,
MAY.
X
Tauri
5.3
+0.74
+ 7.1
+25 26.0
8 18 52.1
- 638.1
+0.1289 0.5512
+0.0684
f50
-14
112 B.
AuriffSB
Taun
5.7
1.04
6.5
26 52.5
5 4 12.2
+ 133.1
-0.4974
0.5499
-0.0111
+14
-44
126
5.1
1.05
6.3
25 51.2
5 23.2
+ 241.7
+0.6165
0.5496
0.0139
+89
+17
139
Tauri
4.7
1.14
5.9
25 56.8
13 37.5
+1039.0
+0.3189
0.5478
0.0333
+62
- 1
Vbnus
Geminorum
-4.1
6.5
27 6.8
+24 39.8
17 32.8
6 7 41.4
-933.6
+ 4 6.4
-1.1253
+0.7653
0.5088
0.5419
0.0428
-0.0742
-31
+90
-63
52 B.
+1.32
+ 4.4
+19
e
C^minorum
3.2
1.36
4.4
25 13.0
10 40.8
+ 659.8
-0.0600
0.5408
0.0807
+38
-26
87 B.
Geminorum
5.8
1.38
3.6
23 42.2
14 27.8
+1039.3
+1.2766
0.5393
0.0888
+74
+60
37
Geminorum
5.7
1.42
4.0
25 29.0
15 58.6
-1153.0
-0.8329
0.5386
0.0920
-6
-65
oo
Geminorum
5.2
1.44
3.4
24 20.2
19 19.6
- 838.5
+0.1170
0.5372
0.0990
f49
-18
48
Geminorum
5.8
+1.49
+ 3.0
+24 16.3
7 0 3.5
- 4 3.9
-0.3009
0.5352
-O.1086
+25
-41
52
Geminorum
6.1
1.52
3.2
25 2.0
1 6.8
-3 2.6
-1.2608
0.5347
0.1107
-47
-65
58
Geminorum
6.0
1.54
2.2
23 6.5
519.4
+ 1 1.9
+0.3881
0.5328
0.1190
+67
-6
B.D.+23**1744
6.4
1.59
1.8 23 4.1
9 49.1
+ 522.9
-0.1215
0.5308
0.1276
+35
-33
187 B.
Geminorum
6.3
1.63
1.5 23 12.9
13 44.4
+ 9 10.7
-0.7983
0.5290
0.1349
-3
-67
192 B.
Geminorum
6.3
+1.64
+ 1.2+22 35.9
14 54.7
+10 18.7
-0.2757
0.5285
-O.1370
+27
-43
217 B.
Geminorum
6.3
1.69
-0.4
20 2.8
23 28.1
-523.9
+1.3102
0.5247
0.1521
+74
+58
M
Cancri
5.5
1.76
0.2
2149.6
8 2 52.6
- 2 5.9
-1.1855
0.5231
0.1578
-32
-68
Neptunb
Cancri
7.7
6.0
19 52.5
5 50.7
9 8.9
+ 046.8
+ 358.8
+0.4957
-1.3074
0.5212
0.5204
0.1626
0.1679
f74
- R
49 B.
i.81
1.6
21 0.8
-49-09
J»
Cancri
5.9
+1.79
- 2.0I+I8 36.1
10 42.0
+ 5 29.0
+1.0927
0.5198
-0.1703
+90+30
6
Cancri
5.5
1.83
2.5
18 22.7
14 50.5
+ 9 30.0:+0.6203
O.5I8O1 0.1766
+85
0
^
Cancri
4.2
1.90
3.1
18 27.8
21 28.4- 8 4.1
-0.6765
0.5155 0.1862
+ 5
-71
X
Cancri {xqt,)
6.2
1.95
3.9
17 33.0
9 2 57.3
- 245.0
-0.7128
0.5135 0.1937
+ 4-72
o»
Cancri
5.1
1.93
4.7
15 38.7
3 56.1
- 148.0
+1.1927
0.5132 0.1949
+90+35
o*
Cancri
5.7
+1.94
- 4.6
+15 54.2
4 6.3
- 138.0
+0.8748
0.5131
-0.1952
+90+12
81
Cancri
6.4
1.99
5.4
15 20.0
1144.2
+ 546.3
-0.0272
0.5107
0.2048
+41-37
'K
Cancri
5.6
2.02
5.7
15 17.3
13 14.3+ 7 13.8
-0.2871
0.5103
0.2066
+27
-52
18
Leonis
5.8
2.14
8.4
12 11.7
10 5 35.2-054.0
-0.4283
0.5066
0.2240
+20
-63
19
Leonifl
6.4
2.14
8.5
11 57.3
6 8.4-021.8
-0.2907
0.5065
0.2246
+27
-55
i?
Leonis {yor^
5-10
+2.14
- 8.6
+11 49.0
6 12.4- 017.9
-0.1549
0.5065
-0.2246
+34
-17
^
Leonia
4.6
2.22
10.0
10 24.4
16 58.8
+10 9.9
-1.0920
0.5053
0.2340
-19
-80
43
Leonis
6.3
2.26
12.0
6 58.0
11 1 0.6
- 6 2.2
+0.7274
0.5051
0.2399
+90-3
48
l^eonin
5.2
2.32
12.2
7 23.0
7 15.7
+ 0 2.1
-1.2337
0.5054
0.2439
-30-83
35
Sextantis
6.1
2.34
13.4
5 11.1
11 47.6
+ 4 26.2
+0.0186
0.5058
0.2464
+43-40
d
Leonifl
5.0
+2.41
-14.4
+ 4 3.9
20 52.7
-1044.5
-1.0376
0.5073
-0.2506
-15
-86
584 OCCULTATIONS, 1916.
ELEaiEMTS FOR THE PREDICTION OF OCCULTATIONS.
MAY.
Thk Stak's
Name.
42
h
A
31 B.
32 B.
3
40 B.
It
48 B.
50 B.
24 G.
65 B.
41 G.
85 B.
d
a
22
116 B.
134 B.
88 B.
p* Leonis
p* Leonis
76 Leonis
359 B. Leonis
388 B. Leonis
V Leonis
431 B. Leonis
78 B. Virginis
q Virginis
370 B. Virginis
75 Virginis
83 Virginis
85 Virginis
43 H. Virginis
231 G. Virginis
236 G. Virginis
9 G. Libra
17 G. Libra
18 G. Librae
43 B. Librae
47 G. Librae
64 G. Librae
153 B. Librae
169 B. Librae
177 B. Librae
Librae
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Ophiuchi
118 B. Ophiuchi
137 B. Ophiuchi
36 Ophi. (l8t star)
136 G. Ophiuchi
151 G. Ophiuchi
4 G. Sagittarii
66 B. S^ttarii
67 B. Sj^ttarii
70 B. Sagittarii
68 G. Sagittarii
A. Sagittarii
Mag.
5.7
5.3
6.0
6.3
6.3
4.5
6.2
6.5
5.3
6.0
5.6
5.6
6.1
5.5
6.4
5.7
6.5
6.4
6.1
5.7
6.1
5.8
6.3
6.0
6.2
5.0
4.7
4.6
5.4
5.3
5.9
5.4
3.0
4.9
6.4
6.2
5.5
6.3
6.0
3.1
1.2
4.8
6.2
6.4
6.3
6.2
6.3
5.4
6.3
6.0
6.2
4.7
6.4
6.4
6.2
2.9
Red'ns from
1916.0. .
Aa A<
+2.42
2.45
2.48
2.49
2.50
+2.55
2.55
2.71
2.79
2.89
+3.08
3.13
3.14
3.28
3.29
hl5.
16.1
15.7
16.3
17.0
-17.0
17.5
19.1
20.2
20.8
1-21.0
20.9
20.8
20.3
20.2
+3.29
3.38
3.43
3.43
3.50
+3.51
3.54
3.62
3.60
3.61
1+3.63
3.69
3.69
3.67
3.66
+3.69
3.69
3.72
3.72
3.69
+3.69
3.74
3.70
3.73
3.74
+3.77
3.73
3.77
3.81
3.74
+3.78
3.75
3.77
3.76
3.76
+3.76
3.70
3.66
3.63
3.66
1+3.63
//
2 +
\-20.2
19.8
19.3
19.2
19.4
-18.3
17.7
16.7
16.4
16.3
-16.2
15.5
15.3
15.3
15.3
-15.2
14.9
14.9
14.6
14.6
-14.3
14.2
13.8
13.7
13.2
-12.5
12.5
12.4
11.2
10.1
- 9.4
9.1
9.1
7.7
7,2
. 5.6
2.9
3.1
3.0
2.1
- 2.4
^parent
Declina-
tion.
2 24.5
0 23.0
2 6.4
r 0 35.3
- 1 14.5
- 0 21.9
158.6
515.4
8 59.7
11 11.9
-14 56.2
15 45.8
15 21.1
17 48.9
18 12.1
-18 20.0
20 4.6
20 49.6
20 58.7
21 2.6
-21 42.6
22 5.6
24 12.6
22 52.1
22 52.8
-23 33.0
25 30.1
25 4.9
24 17.3
23 44.0
-25 0.0
24 35.6
25 52.6
25 38.2
24 30.0
-24 14.5
26 6.4
24 12.7
25 16.1
25 23.8
-26 15.0
24 56.1
26 21.6
27 18.1
24 58.1
-26 24.2
25 9.3
26 29.0
25 52.3
26 12.5
-26 56.9
27 4.5
25 38.3
24 57.3
26 41.2
-25 28.2
At CoNJUNcnoM dj R. A.
Greenwich
Mean Time.
d h
12 0
3
6
8
11
15
16
18 10
20
14 6
23
16 4
5
18
18
19
16 2
6
7
11
14
18
17 1
2
3
3
7
8
8
8
9
10
10
12
12
14
14
16
16
18
21
22
22
18 3
9
11
13
14
18
20
19 2
13
13
14
16
16
m
14.1
48.9
29.9
46.9
10.2
Hour
An^e,
H
50.
35.2
4^.
15.
3.7
2|+ 7 39.8-1.1225
8 23.4 +0.3877
9|+ 157.3-0.7745
5+11
- 3
42.9
61.0
20.01
5.1
46.61
26.1
6.
41.5
6.5
9.0
43.5
35.7
0.7
47.7
23.1
-10
- 6
- 4
+ 7
+ 8
+ 8
8
- 4
- 3
- 0
+ 3
+ 7
-10
- 9
- 8
43.6
43.
43.2
60.2
51.4
6.7
34.8
39,9
20.4
33.7
1.8
5.9
12.3
36.
55.1
0 +
64.
13.4
38.
18,7
0.6
29.2
25.8
33.1
42.5
26.3
27.2
11.2
26.5
29.2
44.1|+
50.61+
h
7
4
1
0
3
m
28.
0.3
23.
49.
8.1
9-0
.1117
+1.1398
.3715
.3390
+0.9939
9-1
0-0
12.9
17.7
14.(
16. (
48.:
28.1
8.'
0+0
6-0
7-0
8-0
7-0
46.
48.1
23.
59.3
6.
8-0
4-0
3-0
19.
2.7
47.9
6.
31.4
7-0
3-0
8-
5 +
8i+
8
4
3
3
3
3
1
1
0
0
1
1
3
4
6
9
9
9
9
4
1
0
1
6
6
11.
21.5
24.6
17.
16.8
2.1
37.
32.7
3.5
16.
8-0
40.6
44.5
45.6
8.
2L
13.5
31.
54.8
36.6
9.5
47.3
4.3
8.6
7.1
46.4
-11
1
28.
12.2
57.
2.4
11.6
+0.7132
+0.5764
x"
.2691
.0411
.5640
.7225
.4690
.4652
+0.0295
.0343
+0.0469
.5652
.4646
-0.6610
+0.6701
.9895
kl.0490
.4241
+1.0640
+0.5294
.2711
-0.8248
+0.4068
.1480
+1.1178
+0.7128
.4366
8-0
7-0
3-0
-0.8285
+1.0145
-1.0486
.0360
.0923
7-0
5-0
2-0
+0.6403
.7832
+0.6012
+1.2684
-1.2696
+0.0834
-1.1888
+0.1088
-0.6187
-0.1792
3+0
.6543
+1.2572
.1489
-0.7584
+1.1116
6-0
0
0
2
2 17.9M).0848
0.5081M).2518 »36-fr
0.5091 0J52Sm*l
0.5099 0.2535 -»-«
0.5106 0.2540 f2W:
0.5114 0.2544 *S^
0.5132-0.2549-21-8'
0.5136 0.2550
0.5229 0.2628
0.5292 0.2489
0.5366 0.2427
0.55181-0.2^^1^--
0.5566 0.2187
0.5571 0M80
0.5693 0.1978
0.5700 0.1966
57061-0.1954
0.1826
0.1730
0.1721
O.1630
0.
0.5771
0.5816
0.6818
0.5856
0.6888
0.5922
0.6976
0.5988
0.6993
0.6996 -0
0.6026
0.6031
0.6032
0.6032
0.6108 0.0643
0.6126 0.0494
■0
0
0
a
0
^
5.^
♦€1-4
0.
0.
0.
0.
1546
,1450
.1283 ^
1234 -3^*
1218 -34,"*
1208 ^ ^'
10951^^?
1067
im
1063
0.6034-0.1055-
0.6044 0.1013H^
0.6044 O.1010|»«**^
0.60561 0.0961
0.0954
0.6066
0.6066 -O.0910
0.6065
0.6077
0.6079
0.6091
1-22'-*
O;0644^*
0.0631
0.6106 -0.0666
0.6106 0.0657
O.O760 ^l^'
0.6140
0.0308
-iM*
0.6144 -0.0226
0.6147 0.0162
0.6147 -0.0126
0.6148+0.0013
0.6147 0.0070
0.6138+0.0269^5
0.6104 0.0617
0.6103 0.0624
0.6098 0.0658
0.6087 0.0728
0.60861+0.0731
OCCULTATIONS, 1916.
585
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
MAY.
Ths Stab's
Name.
9 G.
« B.
:6
16 B.
\2 B.
!7 G.
r2 B.
J9 B.
)1 B.
)8 B.
22 B.
19
50
53
74 B.
6
n
P
o
V
81 B.
94 B.
29
53 B.
18
A
96 B.
0
150 B.
P
170 B.
186 B.
K
6 G.
22 B.
K
9
16
X
19
22
d
136 B.
75
lol
105
3
4
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Aquarii
Aquarii
Capricomi
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Piscium
PiBcium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Arietis
Arietis
t Arietis
35 B. Arietis
47 B. Arietis
20 H». Arietis
15 Arietis
^ Arietis
Mi«.
Red 'm from
1916.0.
A«
6.3
6.5
5.7
6.1
5.7
6.4
6.4
5.8
6.1
6.5
6.1
5.6
5.5
5.5
6.3
6.1
5.5
5.2
5.0
5.6
5.3
6.4
5.7
5.5
6.5
5.5
5.5
6.5
4.3
6.0
6.3
6.0
6.1
5.2
6.2
6.4
4.9
6.4
5.7
4.6
5.4
5.8
5.4
6.5
6.3
3.7
6.2
6.1
6.4
5.8
5.1
6.4
6.5
6.4
5.9
5.6
k3.67
3.66
3.57
3.54
3.57
+3.52
3.51
3.50
3.47
3.43
+3.43
3.35
3.38
3.32
3.31
+3.31
3.01
2.95
2.93
2.94
+2.88
2.83
2.74
2.62
2.59
f2.54
2.38
2,33
2.17
2.18
+2.14
2.12
2.07
2.00
1.87
+1.72
1.70
1.70
1.64
1.61
+1.58
1.56
1.41
1.31
1.21
+1.13
1.12
1.10
1.08
1.08
+1.06
1.04
1.03
1.03
1.02
+1.01
Aa
Apparent
DecUna-
tJon.
-2.0-26 48.5
2.0
2.1
1.4
-0.9
+0.3
0.5
0.6
1.1
0.8
+1.6
1.7
2.4
1.9
3.5
+3.5
5.4
5.7
6.7
6.0
+6.6
7.2
7.2
8.0
7.4
+7.8
8.6
8.6
8.8
9.3
+9.0
9.0
9.1
8.6
8.7
+8.8
8.5
8.6
8.6
8.8
+8.4
8.8
7.9
8.0
7.5
+7.3
7.5
7.2
7.1
7.2
+7.1
7.1
7.2
7.3
6.9
+7.
26 38.2
24 6.8
23 54.8
25 5.8
-24 59.4
25 3.6
24 57.8
24 47.3
2319.4
-24 19.4
22 33.6
24 7.6
2156.6
23 37.1
-23 37.3
19 22.8
18 29.2
18 5.4
18 51.6
kl8 26.0
18 20.7
16 21.2
15 31.1
13 32.9
-13 14.2
11 45.1
10 42.3
8 12.0
9 27.4
- 8 14.5
7 37.0
6 68.9
4 39.6
2 50.6
- 0 10.0
K 0 47.9
0 39.8
138.3
119.2
- 3 1.4
2 28.0
7 43.6
8 53.9
12 30.5
+14 64.9
14 14.1
15 58.9
16 59.7
16 32.4
+17 24.6
17 51.1
17 37.9
16 50.0
19 6.4
30.9
0>+19
At CoNJUNcnoK in R. A.
Greenwich
Mean Time.
d
19
Hoar
Angle,
h m
+ 219.5
h m
16 62.3
17 11.11+ 237.4
19 2.3+ 423.9
+ 7 13.2
+ 8 15.5
80
21 59.1
23 4.1
4 6.9
4 53.5
5 40.0
7 51.1
8 3.7
-10 64.5
-10 9.8
- 925.3
- 7 19.6
t- 7 7.5
+1.2433
+1.0960
-1.2774
-1.2112
+0.0601
+0.4570
+0.6104
+0.6005
+0.6778
-0.7533
10 37.9- 4 39.7+0.5525
12 36.3- 246.1-0.9489
14 27.0-059.9+0.8562
14 47.8- 040.0-1.2699
20 1.2+ 420.9+1.1456
20 8.1
21
+ 4 27.5
1155.9- 421.5
1512.9- 112.0
15 51.6
16 16.9
22
- 034.7
- 0 10.3
20 32.7+ 356.0
0 29.6+ 744.2
4 6.8+1112.
12 0.9- 5 9.1
6-0
28
24
25
12 8.7
15 47.8
157.9
514.7
16 12.2
16 13.4
17 49.0
19 25.3
23 9.9
2 19.3
- 5 1.6
h 130.1
+ 8 19.2
+11 29.
- 154.4
- 1 53.3
- 020.8
+ 1 12.4
+ 449.9
+ 763.3
12 23.6- 621.4
1 0.3
2 43.0
2 52.5
7 29.4
10 21.0
12 32.7
15 21.9
26 6 63.3
16 19.2
27 6 3.6
17 26.7
19 34.2
2128.6
28 0 51.6
+ 740.9
- 9 4.2
+ 652.1
+ 731.51-0.5422
+1.1654
-0.4176
-0.6908
-0.9701
-0.1161
+0.2959
+1.0146
.2338
+0.6578
-1.3081
-0.7976
+0.0766
,1995
-0.0607
+1.2344
+0.3867
+0.1498
+0.4442
-1.1473
-0.4453
+0.0247
6-0
-0.3606
-1160.6-0.1930
656.4
412.4
952.
4 0.1
821.0
- 338.6
- 135.1
+ 0 15.7
+ 332.6
9-0
138.7+ 418.2
6 6.7
9 11.9+1137.1
11 9.7-1028.9
1166.7
12 31.5
- 943.3
- 9 9.6
+0.8740
-0.3496
+0.9544
.9405
+0.3573
-0.5029
-0.3394
+0.8436
-0.6324
-1.0221
-0.3730
+ 837.7-0.4157
-0.2915
+0.3219
+1.3329
-1.0140
16 8.0l- 540.0-0.7903
0.6086
0.6085
0.6075
0.6058
0.6051
0.6018
0.6013
0.6007
0.5991
0.5990
0.5970
0.5954
0.5939
0.5936
0.5893
0.5892
0.5749
0.5719
0.5713
0.5709
+0.07321+63
0.0742 +63
0.07991-63
0.0889
0.09211+26
+0.1070
0.1092
0.1114
0.1175
0.1181
+0.1252
0.1305
0.1354
0.1363
0.1495
+0.1498
0.1850
0.1914
0.1926
0.1934
0.6670+0.2011
0.5634
0.5602
0.5532
0.6501
0.5423
0,5399
0.5328
0.5328
0.2077
0.2133
0.5533 0.2244
0.2246
+0.2291
0.2398
0.2427
0.2504
0.2604
0.5318+0.2514
0.6310
0.5289
0.5273
0.5230
0.2522
0.2539
0.2551
0.2576
0.5192 +0.2579
0.5189
0.5188
0.5179
0.5175
0.5173
0.5170
0.5169
0.5180
0.5205
0.25761+14
0.2576
0.2568
0.2561
+0.2554
0.2544
0.2472
0.2398
0.2281
0.5240+0.2142
0.5247
0.5254
0.5265
0.5268
0.2116
0.2090
0.2045
0.2035
0.5284+0.19721+20-67
0.5296
0.5303
0.6306
0.5308
0.1884
0.1876
0.5322 +0.1819
Limit-
inir Par-
allels.
N.
+47
+27
-71
h52-87
-39
+49
+59
59
+64
-15
+57
-26
+66
-54
+66
+661+32
+101-08
-4-90
-17
-8
- 9
- 4
-90
-11
-90
+ 7
-80
+30
-21
+27
+49
+72
-90
-19
-26
+16
+23-56
+73
^6
- 5
+81
+62
+67
-24
+19
+32
- 7
-84
-90
+43-38
+29-63
+37-46
+31
-22
+49-34
-19
-90
-69
+44^1
-76
+23r03
-53
+90i+ 5
+24!-62
+90i+10
- 9'-82
+63
+16-67
+24
+90
+ 9
-16
+22
0.1926|+26h60
0.1897
1+61
76
16
-22
-66
+ 9
-72
-73
-56
-17
+56
h71
U 11-70
586
OCCULTATIONS, 1916.
ELEMENTS FOR THE PREDICrnON OF OOCULTATION&
MAY.
The Stab's
Nam«.
26 Arietis
/I Arietia
Mi«
6.2
6.7
Red'nsfroiD
1016.0.
Aa
40^99
Aa
//
+ 7.0
+0.97+ 7.1
Apparant
I^ecUna-
tion.
+19 29.1
+19 39.4
NEW
At CoNJTTNcnoir or R. A.
Greenwich
Mean Time.
h m
22 6.6
89 3 40.2
MOON,
Hour
AnRle,
H
+ 629.91+1.0442
h
0
m
7.1
+0.2993i
0.634640
0.636840.1622
4
• I
1720|^,-»
JUNE.
62 B.
9
87 B.
37
09
48
68
187 B.
192 B.
217 B.
0
S
X
81
It
18
19
R
83 B.
A
43
165 B.
36
d
369 B.
388 B.
V
431 B.
78 B.
370 B.
69
75
83
85
87
89
43 II.
231 G.
236 G.
9 G.
17 G.
Geminorum
Geminonim
Geminorum
Geminorum
Greminorum
Geminorum
Geminorum
B. D.+23«» 1744
Geminorum
Geminorum
Gkminorum
Neptunb
Cancri
Cancri
Cancri
Cancri (var.)
Cancri
Cancri
Cancri
Cancri
Leonis
Leonis
Leonis (var,)
I^onifl
Leonis
Leonis
Leonis
Sextantis
Leonis
Leonis
Leonis
I-<eonis
Leonis
Leonis
Leonis
Virginis
Virginis
Virginis
Virginis
Virginis
Virginis
Virginis
Virginis
Virginis
Virginis
Virginis
Virginis
Libraa
Librse
6.5
3.2
6.8
5.7
6.2
6.8
6.0
6.4
6.3
6.3
6.3
7.8
5.9
5.5
4.2
6.2
5.1
5.7
6.4
6.6
5.8
6.4
5-10
6.9
4.6
6.3
6.5
6.1
6.0
6.7
5.3
6.3
6.3
4.5
6.2
6.5
5.3
6.0
+1.22'+ 3.7
1.24i 3.6
1.26 3.1
+1.28+ 3.3
1.30
1.33
1.36
1.39
2.8
2.5
1.9
1.5
+1.42+ 1.3
1.42'+ 1.0
1.46- 0.3
1.64| 1.6
+1.57,- 2.0
1.63i 2.6
1.66 3.2
1.65 3.9
1.66 3.8
+l.7o!- 4.6
1.72
1.83i
1.83,
1.83,
+1.84
1.921
1.96'
1.94
2.05
f2.13'
2.14
2.17
2.22
2.24
+2.30
2.29
2.49
2.59
2.72
4.8
7.2
7.3
7.3
+24 39.8
25 13.0
23 42.2
+25 29.0
24 20.2
24 16.3
23 6.5
23 4.1
+23 12.9
22 35.9
20 2.8
19 45.4
18 36.1
+18 22.7
18 27.8
17 33.1
15 38.7
15 64.2
+15 20.0
15 17.4
12 11.7
11 57.3
11 49.0
- 8.5+ 919.8
8.7 10 24.4
10.5 6 68.0
10.8 6 7.1
11.9 5 11.1
-12.9
+ 4 3.9
13.7 2 24.5
14.6 0 23.0
14.8 + 0 35.4
15.6!- 1 14.5
-15.5
16.1
17.9
19.4
20.2
4.9 1+2.94 -21 .2
5.6 2.97, 20.9;
5.6 3.06 20.9
6.1 3.06 20.8'
5.8 3.09, 2l.3j
21.3
20.5!
20.5,
20.5
5.1 +3.10-
5.5 ! 3.26'
6.4 1 3.28
5.7 I 3.29
6.5 ' 3.41
20.3
6.4 +3.48-19.9-:
- 0 21.8
158.6
5 15.4
8 59.6
11 11.9
-15 32.7
14 56.2
15 45.8
15 21.1
17 26.8
-17 43.3
17 48.9
1812.1
18 20.0
20 4.6
20 49.6
2
8
14 34.9
17 34.5
21 21.7
22 62.7
2 13.9
6 68.3
12 14.8
16 45.1
20
21
4 6
14
17
21
6 4
10
11
11
18
20
6 13
13
13
18
7 0
8
8
19
8 5
8
12
17
19
9 0
1
19
10 5
15
11 7
9
14
15
16
17
13 4
5
5
12
17
-11 12.5
- 8 18.9
- 439.2
- 311.2
0 3.4
438.4
944.8
963.
41.1- 6 6.1
51.6- 466.
26.9+ 322.5
6.4+1046.8
44.2- 941.1
54.3 - 5 38
36.l|+ 050
6.8 + 6 12
6.2 + 7 9
16.5:+ 719
68.9'- 9 11
30.0- 742
3.6+ 822
37.3+ 854
41.3+ 868
.5
.3
.1
.7
+0.6123
-0.2396
+1.1138
-1.0026
-0.0569
-0.4820
40.2007
.3166
6-0
8-0
-1.0008
.4783
+1.1015
+0.2049
+0.8706
40.3919
-0.9176
-0.9595
+0.9553
.8:40.6356
.4
.9
.1
9
-0.2774
-0.6398
-0.6914
-0.5530
28.4-1022
38.0 - 4 23
48.4+ 333
57.0+ 341
48.1
4.8
30.7
10.3
15.3
41.9
.7-0.4162
.4+1.2319
.2-1.3641
.340.4710
.8+1.3613
- 945.4.-0.2424
- 044
+ 235
+ 68
+11 5
-1032
28.6- 553
14.7'- 5 9
47.8|-11 8.8
35.1'- 139.5
37.0:+ 8 3.6
.6-1.3057
.5-0.3683
.940.8987
.2 -0.5920
440.7572
.9-1.3780
.1 40.1496
0.6431
0.6419
0.6404
hOj
0.0824
0.0905
6398H).0936
0.1006
0.1102
0.
0.1290
0
0.6383
0.6362
0.6337
0.6316
0.5296H).1363H:^
0.5291 0.1384^16-5^
0.5249 0.1532 t«)-j3
0.5200 0.1653|^--
0.5194 0.1712
0.51751-0
0.5145
0.5122
0.5118
0.5117
0.50881-0
0.5083
0.5035
0.6034
0.5033
0.6024
0.5014
0.6006
0.5006
0.5006
0.5016
0.6022
0.5030
0.5043
0.5050
-1.0040
+0.5139
40.3916
0.5067-0
0.5070
0.5159
0.5222
0.5297
10.5- 053.3+1.2790
38.7+ 129.940.1033
52.6,4 632.9-0.1893
22.0'+ 7 1.4;-0.7154
9.9+ 747.7,+1.2579
0.5432
0.5456
0.5506
0.5511
0.55191
15.4+ 850.8:+1.3083
19.6- 428.6-0.8477
1.7- 348.1-0.5911
41.8- 3 9.4-0.5858
27.1+ 3 20.8-0.0740
0759h«7+»
2^35
|f904:
1&-6
1205 ♦54-U
1773
1866
1939
1951
0.
0.
0.
0.1954HS-
0
0
0
0
[-0
0
0
0
0
-0
0
0
0
0
.2046
.2063
.2229
.2234
.2234
.2275
27^:
kis-^
-90*5
2323 -45-^
2377 *71-H
2378 ^K^
2437»3(M5
2474
,2484
^37-«
f
-0
0
0
0
0
0.5530-0.
0.5644 0.
0.5651 0.
0.5658' 0.
2493|*90**
2502
2505
2509
2509
2483
2443
2382
2240
2211
2146
2140
2129
2114
1943
1931
1 0.5729 0.
5.3+7 48.5'-0. 1283 0.5778'-0.
ll-»
f 71-13
+61-22
f74'*3J
♦42 -3:
f26^'
-2-*
f73*3^
72-45
f2^
1919 i- 2^^
1794 ^27 -W
1700*^23-50
OCCULTATIONS, 1916.
587
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
JUNE.
Thb Stab's
Name.
18 G.
43 B.
47 G,
64 G.
153 B.
169 B.
177 B.
42
b
A
31 B.
32 B.
3
40 B.
48 B.
60 B.
24 G.
65 B.
41 G.
85 B.
6
a
22
116 B.
134 B.
88 B.
118 B.
137 B.
36
136 G.
151 G.
4G.
63
67 B.
70 B.
68 G.
A.
86 B.
24
26
126 B.
154 B.
162 B.
127 G.
172 B.
189 B.
191 B.
208 B.
222 B.
49
50
53
274 B.
a
LibrsB
LibrsB
Libm
Libm
Librae
Librae
Librae
Librae
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Ophiucbi
Ophiuchi
Ophiuchi
Ophi. (l%i star)
Ophiuchi
Ophiuchi
Sagittarii
Ophiuchi
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sa^ttarii
Capricomi
Cs^ricomi
Mi«
6.1
5.7
6.1
5.8
6.3
6.0
6.2
5.0
4.7
4.6
5.4
5.3
5.9
5.4
3.0
4.9
6.4
6.2
5.5
6.3
6.0
3.1
1.2
4.8
6.2
6.4
6.3
6.2
6.3
5.4
6.3
6.0
6.2
6.1
6.4
6.4
6.2
2.9
6.5
5.7
6.1
5.7
5.9
6.4
6.4
5.8
6.1
6.5
6.1
5.5
5.5
5.5
6.3
6.1
5.5
5.2
Red'ns from
1016.0.
A«
k3.49
3.58
3.62
3.67
3.801
+3.801-17
3.80
3.82
3.92
3.92
+3.90
3.88
3.92
3.93
3.96
+3.97
3.95
3.96
4.01
+4.02
4.04
4.10
4.06
4.10
+4.18
4.15
4.22
4.19
4.22
+4.24
4.26
4.30
4.23
4.26
+4.24
4.30
4.25
4.29
4.20
+4.19
4.23
4.15
4.21
4.21
+4
4
4
4
4
+4
4
4
4
3
+3
Al
//
-19.9
20.2
19.0
18.4
17.7
.2
17.1
17.1
16.6
16.4
-16.2
16.2
16.3
15.9
16.1
kl5.7
15.5
15.1
15.3
14.6
kl4.6
14.2
13.5
13.3
13.4
-12.3
10.7
10.0
9.5
9.7
.201+
.18,
.131
.16
.08
.12
.05
.07
.07
.81
.76
8.1
7.6
5.9
5.3
2.8
2.5
1.8
1.9
1.7
1.3
0.5
0.1
0.9
1.3
1.6
1.7
2.3
2.2
3.0
3.3
4.0
3.8
5.4
5.4
8.4
8.9
Apptf«nt
DecUna-
tlon.
-20 58.7
21 2.6
21 42.7
22 5.7
24 12.6
-22 52.1
22 52.9
23 33.0
25 30.1
25 4.9
\-24 17.3
23 44.0
25 0.0
24 35.6
25 52.7
-25 38.2
24 30.0
24 14.5
26 6.4
24 12.7
1-25 16.1
25 23.8
26 15.0
24 56.1
26 21.6
-27 18.2
24 58.1
26 24.2
25 9.3
26 29.0
1-25 52.3
2612.5
26 56.9
24 52.4
25 38.3
-24 57.3
26 41.2
25 28.2
26 38.2
24 5.8
-23 54.8
25 5.8
23 16.9
24 59.4
25 3.6
-24 57.8
24 47.3
23 19.4
24 19.3
22 33.5
-24 7.6
21 56.6
23 37.1
23 37.2
19 22.7
-18 29.1
At CoNJUNcnov or R. A.
Oreenwlch
Mean Time.
Hour
Anifl«,
H
d h m h m
IS 17 30.5+ 812.]
2135.3-1151.9
18 111.4|-824.
5 5.lU 4 39.
1131.7}+ 131.3
13 19.0+ 3 14.2
1354.4;+ 348.1
14
15
17
8-0
.0458
-0.6515
.5427
.7310
+0.5159
-1.0411
1.0903
2M)
8-0
14 15.0+ 4 7.8-0.4734
18 15.4+ 758.3
+1.0130
nil 36.9
3 7.1
5 25.3
8 24.0
8 42.5
9 6.9
13 45.7
19 24.4
2151.4
23 46.6
0 53.0
4 59.1
6 41.4
19 14.8+ 8 55.3:+0.4906
19 21.8
19 22.9
19 38.3
21 6.3
21 11.4
9 2.0-0.3092
9 3.0-^).8626
917.7+0.3689
+1042.1-0.1825
+10 47 .0+1.0824
22 51.7
23 5.1
0 32.9
0 37.01-956.2
2 43.0
+0.6810
-11 24.1 -^.4665
-10 0.11-0.8546
+0.9856
- 7 55.61-1. 0694
732.5-0.0569
5 20.1-0.1094
2 29.1+0.5275
211.5-0.7913
148.1+0.5895
+ 238.7
+ 8 2.5
+1023.
-1146.8
-1043.4
0+0
- 6 48.2
- 5 10.4l-0.1441
+1.2629
-1.2516
.0991
-1.1614
+0.1304
-0.4847
16
12 36.6!+ 029.1+0.6940
14 55.4'+ 241.8^1.2635
23 23.2+1047.1M).0814
0 24.5
2 36.6
2 42.9
3 2.9
4 51.7
7 44.3
8 47.9
12 53.5
13 43.2
+1145.9-0.6826
-10 7.9'+1.1716
-10 1.9|-0.0117
- 942.7+1.1568
- 7 58.6
- 5 13.5
- 4 12.7
- 017.7
+ 029.9
1-1.1868
-1.1157
14 28.6 + 1 13.4
H.2203
+0.5437
+0.6966
+0.6881
+0.7681
-0.6443
+0.6490
-O.8290
+0.9549
-1.1419
+1.2489
+1.2685
-0.2670
23 48.6 + 9 11.51-0.5371
15 14.0+ 156.7
17 21.6+ 359.0
17 33.8+ 4 10.8
20 4.0+ 6 34.5
2159.1+ 824.7
23 46.8+10 7.9
0 7.0+1027.2
5 11.6- 840.7
5 18.2- 8 34.3
20 37.7+ 6 8.1
0.57821-0
0.5824
0.5861
0.5899
0.5961
0.5977M)
0.5982
0.5985
0.6020
0.6028
0.60291-0
0.6029
0.6031
0.6043
0.6044
0.6057
0.6058
0.6069
0.6069
0.6085
0.6087
0.6103
0.6121
0.6123
0.6125
0.6194
0.6195
0.6195
0.6193
0.6172
0.6169
0.6160
0.6160
0.6158
0.6150
0.6136
+0.1429 0.6131
0.6107
0.6102
0.6097
0.6092
0.6078
0.6077
0.6059
0.6045
0.6031
0.6028
0.5987
0.5986
0.5848
0.5817
.1601
0.1602
0.1519
0.1425
0.1259
.1211
0.1195
0.1186
0.1074
0.1046
.1042
.1042
.1034
.0992
.0989
0
f51
8
-23
f43
+14
+64
-0.09401+62
0.0934
0.0890
0.0888
0.0824
- 3
- 2;-73
-24-90
f64+17
-0.0812
0.0741
0.0647
0.0638
0.0625
-39
+17
+14
+50-12
-22-90
0.6150-0.04751+63
0.6172
0.6180
0.6185
0.0289
0.0207
0.0143
0.6188M).0106
+0.0033
0.0091
0.0291
0.0369
0.0650
+0.0684
0.0755
0.0758
0.0769
0.0827
+0.0918
0.0951
0.1077
0.1102
0.1124
+0.1147
0.1209
0.1215
0.1287
0.1341
+0.1391
0.1400
0.1535
0.1538
0.1895
+0.1960
Limit-
ing Par-
■Dds.
N.
+27
- 5
0
[-12
+54
-45
-90
-79
-90
-13
S.
-34-90
-38-00
-73
+19
-15
-61
-90
-22
-53
+25
-00
-45
-49
+54
+53
-90
[+21-36
-61
-53
+22
-10
+ 7
+60!
-62
+151-47
-16
+63
+20-43
+63
-501
-42
+30
-52
+55
+64
+64
+65
-9
+63
-18
+66
+66
+66
+ 5
-9
-90
-35
-75
-51
- 2
-90
-90
+35
+34
-90
-90
-34
-90
-12
-3
I- 3
+ 2
-90
- 6
-90
+14
-10-90
+42
+45
+18-58
L77
588 OCCULTATIONS, 1916.
ELEMENTS FOR THE PREDICTION OF OOCULTATIONS.
JUNE.
The Stak'8
Name.
/9 Capricomi
o Capricomi
V Capricomi
81 B. Capricomi
94 B. Capricomi
29 Capricomi
53 B. Aqiiarii
18 Aqiiarii
137 B. Capricomi
X Capricomi
96 B. Aquarii
6 Aquarii
p Aquarii
170 B. Aquarii
186 B. Aquarii
K Aquarii
207 B. Acjuarii
6 G. Piscium
22 B. Piscium
ic Piscium
9 Piscium
16 Piscium
X Piscium
19 Piscium
22 Piscium
36 Piscium
d Piscium
136 B. Piscium
75 Piscium
7f Piscium
101 Piscium
105 Piscium
3 Arietis
4 Arietis
1 Arietis
35 B. Arietis
47 B. Arietis
15 Arietis
6 Arietis
26 Arietis
y Arietis
M Arietis
e Arietis (mean)
64 Arietis
66 Arietis
7 Tauri
11 Tauri
16 Tauri
17 Tauri
18 Tauri
a Tauri
20 Tauri
21 Tauri
22 Tauri
23 Tauri
tf Tauri
Mag.
5.0
5.6
5.3
6.4
5.7
5.5
6.5
5.5
6.2
5.5
6.5
4.3
5.3
6.0
6.1
5.2
6.3
6.2
6.4
4.9
6.4
5.7
4.6
5.4
5.8
6.2
5.4
6.5
6.3
3.7
6.2
6.1
6.4
5.8
5.1
6.4
6.5
5.9
5.6
6.2
5.4
5.7
4.6
5.8
6.1
5.9
6.1
5.4
3.8
5.6
4.3
4.1
5.8
6.5
4.3
3.0
Red'ns from
1910.0.
Aa
1+3.74
3.76
3.70
3.66
3.58
+3.47
3.43
3.38
3.26
3.25
+3.19
3.03
3.01
2.99
2.94
+2.87
2.85
2.74
2.59
2.56
+2.56
2.50
2.48
2.44
2.42
+2.28
2.26
2.15
2.04
1.94
A6
//
- 9.0
9.2
10.0
10.8
11.0
+12.2
11.7
12.2
12.7
13.4
+13.5
14.1
14.3
14.3
14.4
+14.0
14.0
14.3
14.4
14.1
+14.2
14.2
14.4
14.0
14.3
+13.0
13.1
12.9
12.0
11.3
+1.921+11
1.91
1.88
1.88
1.84
+1.821+10
1.81
1.80
1.78
1.74
+1.72
1.70
1.66
1.61
1.59
1+1.59
1.58
1.56
1.56
1.57
.5
11.0
10.7
10.8
10.5
10.4
10.0
9.8
9.8
9.1
9.6
9.1
7.9
8.3
7.9
7.6
7.7
7.8
7.6
Apparent
Derlina-
tion.
kl8 5.4
18 51.6
18 25.9
18 20.6
16 21.1
-15 31.1
13 32.9
13 14.2
10 57.1
1145.0
-10 42.2
811.9
814.4
7 36.9
6 58.8
- 4 39.5
3 59.2
2 50.5
- 0 10.0
I- 0 48.0
I- 0 39.9
138.4
119.3
3 1.5
2 28.0
+ 7 46.7
7 43.6
8 54.0
12 30.6
14 55.0
+14 14.1
15 59.0
16 59.7
16 32.4
17 24.6
4+17
1.56+ 7.7+24 12.4
51.2
17 38.0
19 6.4
19 31.0
19 29.2
+21 36.1
19 39.4
21 0.5
24 25.8
22 31.1
+24 11.1
25 3.6
24 1.7
23 51.1
24 34.7
1.56
1.56
1.56
1.56
7.7
7.6
7.6
7.8
7.7
24 6.5
24 17.7
24 16.1
23 41.4
+23 50.9
At Conjuhction w R. A,
Greenwich
Mean Time.
d
18
h
0
0
4
8
12
19
20
23
19 6
9
12
23
SO 0
2
6
9
10
18
21 7
8
9
13
16
18
21
88 9
11
22
83 10
23
84 1
3
6
7
11
14
16
18
21
86 3
7
9
17
86 4
6
9
12
14
14
14
m
26.1
50.6
58.4
47.8
17.2
57.3
4.9
37.1
20.4
28.6
39.5
18.1
52.2
25
4.5
h m
+ 947.
+1011.2
-950.5
- 6 9.8
- 2 48.2
1- 318.1-0.0042
6 58.9 +0.1402
+ 830.0+0.5824
91+10 0.6+0.3497
-1028.0+0.6420
8.9
35.6
58.4
18.8
59.4
8.8
40.5
29.1
38.6
25.
- 729.6
- 6 5.7
+ 2 1.
-10 1.9
- 824
43.5
44.7
4.6
44.0
4.8
12.1
6.4
29.4
16.4
44.6
50.0
48.1
10.01
47.1
46.8
39.4
21.7
17.9
57.2
53.6
38.4
32.2
24.2
26.3
33.5
Hour
Anrie,
7-0
435.
442.3
8 6.
924.1
622.4
.8053
+0.0362
+0.4477
+1.1605
-0.0639
0+0
.8233
-1.1121
.6056
-1.2969
+0.2651
9-0
0.
0.5768
0.5782
0.5689
OJW^I+0.1972
0.1980
0.
0.2124
0.2180
0.5688+0.2292
0.5626 0.2293
N.!£.
-HMI
2057 f5§-li
3HS
0.5595
0.5537
0.5511
■74* :
0.2443 ^-S
*39-C
0.23%
0.2413
0-0
4-0
0 +
815.
352.0
1 8.6
057.
338.2
825.9
628.4
332.6
811.
346.
3-0
0-0
+ 550.J
+ 7 40.1
+1057.(
+1143.:
- 757.:
4 57.
3 3.1
143.
146.
7 34.
+11 19.8
-11 1.3
- 320.
+ 755.7
+ 948.2
11 32.4
- 844.4
•656.
•654
647.2
1+0
14 35.1- 646.6
14 52.2- 629.2
14 54.3- 627.
14 58.2- 623.3
15 6.4 - 6 15.4
15 38.oL 5 44.81+0
-0.9273
-1.2364
.2321
+0.2326
.3285
.1489
+0.0160
+1.0722
.1407
+1.1509
-1.2900
-0.7371
+0.5448
.3233
.1742
1-0
9-0
2+1
9-0
6-0
1-0
1-0
0037
.4715
.8648
.2178
.2661
5-0
.1460
+0.4643
.8726
6540
.4275
8-0
4-0
6+0
5+0
-1.2223
+1.1654
.9130
-1.2588
+1.0676
-0.4409
-1.0822
.2457
.4425
-0.3423
0.5485+0.2472
0.5406 0.2545 f4S-3&
0.5396 0.2553K6--
0.5386
0.5362
0.5344
0.5336
0.6292
0.6242
0.5236
0.6236
0.5223
0.5216
0.5211
0.5206
0.5192
0.5191
0.5193
0.5207
0.5233
0.2561
0.2577M1
+0.2587
0.2591
O.2606f3&-S
0.2601
0.2597
+0.2597
0.2580
0.2577
0.2569
0.2557
0.52391+0.2100
0.5245 0.2076
0.5253 0.2029
0.5256 0.2018 ^»^
0.5269 0.1954|fr-^
0.5279
0.5286
0.52901
0.5303
0.5324
1+0
1+0
+0.0684
+0.2058
0041
+0.0397
+0.6891
.5682
0.
0.53431
0.5372
0.5412
0.5418
0.5427
0.5436
0.5442
0.5442
0.5442
0.5442
0.5443
0.5443
0.5443
0.5444
+0iW-r-?
0.2476
0.2395
0.2272
0.2128
+O.1908 ^^
0.1878lfn-^
0.1857 ^
0.1799 ^ «^
0.17001^
53381+0.1633
0.1602
0.1456
0.1227
0.1187
+O.1130
O.1069
0
O.1028
O.1025
+O.1025
O.1018 ^,
O.1018 f42-2
O.1016 ^rf
O.1018 ^^
0.5445 +O.1008M^ ^
♦55 -3C
S4-i
*434l
1029 ^57-l^
0CCULTATI0N8, 1916.
5B9
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
JUNE.
TBI Stab's
Name.
27 Taori
28 Tauri
14 H. Tauri
36 Tauri
p Tauri
X Tauri
Red'na from
Kas-
]916.0.
A«
1
s
3.7
+1.56
+ 7.7
5.2
1.56
7.7
5.3
1.56
7.3
5.6
1.53
7.4
5.6
1.53
6.8
5.3
+1.51
+ 6.8
Apparent
Demina-
tton.
+23 48.0
23 53.0
25 19.7
23 52.7
26 15.9
+25 26.0
NEW
At CoKHTifcnoir or R. A.
Greenwich
Mean Time.
87
h m
16 24.2
16 24.8
16 54.4
23 20.4
214.6
7 34.9
MOON.
Hour
Anrie,
h m
5 0.2
459.6
431.
141.8
430.4
0-0
+ 939.7
+0.6983
+0.6076
.9313
+1.2453
-1.1484
+0.1434
x"
JK
0.54481+0.0985
0.5448 0.0985 |f87
0.5449 0.0975
0.5466 0.0833
0.5472 0.0768
0.5483+0.0647 f51
Limit-
ing Par<
Qliels.
N.
^+14
S.
+ 8
13-65
+90+56
-34-64
-12
JULY.
d»
Cancri
5.9
+1.51
-1.6
+18 36.1
1 23 56.1
- 141.7
40.7855
0.5204
-0.1725
+90
+10
6
Cancri
5.5
1.53
2.0
18 22.7
2 4 6.3
+ 2 21.0
+0.3017
0.5185
0.1786
+60
-17
6
Cancri
4.2
1.56
2.6
18 27.8
10 47.4
+ 850.1
-1.0173
0.5154
0.1879
-16
-72
X
Cancri (t«r.)
6.2
1.58
3.1
17 33.1
16 19.4
- 947.8
-1.0648
0.5130
0.1950
-19
-72
o'
Cancri
5.1
+L56
- 3.5
+15 38.7
17 18.9
- 8 50.1
+0.8538
0.5126
-0.1963
f90
+11
0*
Cancri
5.7
1.56
3.4
15 54.2
17 29.2
- 840.0
+0.5331
0.5125
0.1965
+76
-8
81
Cancri
6.4
1.58
4.1
15 20.0
8 112.6
- 1 10.3
-0.3892
0.5094
0.2056
+22
-58
ir
Cancri
5.6
L60
4.3
15 17.4
2 43.9
+ 0 18.4
-0.6538
0.5088
0.2073
+ 7
-73
18
Leonifl
5.8
1.67
6.3
12 11.7
19 21.3
- 7 32.7
-0.8193
0.5032
0.2234
-2
-78
19
Leonis
6.4
+1,67
- 6.4
+11 57.3
19 55.1
- 659.8
-0.6807
0.5031
-0.2239
+ 6
-78
R
Leoniii {var.)
5-10
1.67
6.5
11 49.0
19 59.2
- 6 55.9
-0.5434
0.5031
0.2240
+14
-70
83 B.
Leonis
5.9
1.67
7.4
919.8
4 0 47.9
- 2 15.3
+1.1093
0.5018
0.2279
+90
+22
43
Leonis
6.3
1.76
9.2
6 58.0
1514.5+1147.1
+0.3376
0.4992
0.2375
+62
-23
155 B.
Leonis
6.5
1.74
9.4
6 7.1
15 23.3+11 55.6
+1.2334
0.4992
0.2376
+90
+32
35
Sextantis
6.1
+1.82
-10.4
+ 5 11.2
6 2 21.2
- 124.8
-0.3846
0.4985
-0.2429
+22
-64
P*
Leonis
5.7
1.90
12.1
2 24.5
15 14.1
+11 6.5
-0.5150
0.4990
0.2470
+15
-74
P*
Leonis
5.3
1.92
13.0
0 23.0
18 57.2
- 9 16.6
+0.7628
0.4995
0.2477
f90
-2
359 B.
Leonis
6.3
1.98
13.2
+ 0 35.4
6 0 7.3
- 4 15.2
-0.7420
0.5004
0.2484
+ 3
-89
388 B.
Leonis
6.3
1.99
13.9
- 1 14.5
2 36.5
- 150.2
+0.6203
0.5009
0.2486
+82
-10
431 B.
Leonis
6.2
+2.04
-14.4
- 158.5
8 15.5
+ 3 39.3
+0.0070
0.5024
-0.2486
+42
-42
78 B.
Virginia
6.5
2.23
16.2
515.4
7 3 12.9
- 156.1
-1.1563
0.5098
0.2451
-25
-90
37? B.
Virginia
5.3
2.34
17.8
8 59.6
13 14.9
+ 748.1
+0.3843
0.5153
0.2408
+02
-22
Virginia
6.0
2.47
18.8
11 11.9
23 33.1
- 6 12.5
+0.2659
0.5220
0.2344
+54
-28
69
Virginia
4.9
2.70
20.1
15 32.6
8 15 33.5
+ 9 17.5
+1.1764
0.5347
0.2199
+74
+28
75
Virginia
5.6
+2.74
-19.8
-14 56.2
18 6.1
+1145.1
-0.0140
0.5369
-0.2171
+36
^3
83
Virginia
5.6
2.83
20.0
15 45.8
23 29.5
- 7 2.2
-0.3066
0.5418
0.2106
;i9
-60
85
Virginia
6.1
2.83
19.8
15 21.1
23 59.8
- 6 33.0
-0.8397
0.5422
0.2099
-10
-90
87
Virginia
5.8
2.86
20.5
17 26.7
9 0 49.1
- 545.3
+1.1621
0.5430
0.2089
+73
+27
89
Virginia
5.1
2.88
20.6
17 43.3
156.5
- 4 40.2
+1.2142
0.5441
0.2074
+72
+32
43 H.
Virginia
5.5
+3.07
-19.9
-17 48.9
13 20.8
+ 6 20.6
-0.9624
0.^2
-0.1904
-20
-90
231 G.
Virginis
6.4
3.08
19.9
18 12.1
14 4.2
+ 7 2.3
-0.7017
0.5559
0.1892
-4
-90
236 G.
Virginia
5.7
3.10
19.9
18 20.0
14 45.5
+ 742.3
-0.6956
0.5566
0.1881
-4
-90
9 G.
Librae
6.5
3.24
19.9
20 4.6
21 42.8
- 935.4
-0.1703
0.5637
0.1757
+22
-52
17 G.
Librae
6.4
3.33
19.7
20 49.6
10 2 29.1
- 4 59.7
-0.2208
0.5686
0.1665
+19
-55
18 G.
Librae
6.1
+3.34
-19.7
-20 58.7
2 55.1
-4 34.6
-0.1370
0.5690
-0.1656
+22
-50
43 B.
librae
5.7
3.45
20.1
21 2.6
7 6.9
-032.2
-0.7465
0.5734
0.1569
-11
-90
47 G.
Tiibrae
6.1
3.49
18.9
2142.7
10 49.0
+ 3 1.4
-0.6324
0.5772
0.1487
-5
-88
64 G.
Librae
5.8
3.56
18.4
22 5.7
14 49.1
+ 6 52.3
-0.8189
0.5812
0.1395
-17
-90
153 B.
Librae
6.3
3.72
18.0
24 12.6
21 26.0
-1046.5
+0.4496
0.5876
0.1233
+50
-17
169 B.
Librae
6.0
+3.73
-17.3
-22 52.1
23 15.9
- 9 0.9
-1.1235
0.5894
-0.1185
-40
-90
177 B.
Librae
6.2
3.74
17.2
22 52.9
23 52.3
- 8 26.0
-1.1816
0.5900
0.1170
-46
-90
42
Librae
5.0
3.76
17.4
23 33.0
11 0 13.3
-8 5.9
-0.5482
0.5903
0.1161
- 5
-80
h
Scorpii
4.7
3.87
17.1
25 30.1
4 19.5
-4 9.6+0.9585
0.5940
0.1060
+64
+15
A
Scorpii
4.6
3.88
16.8
25 4.9
5 20.4
- 3 ll.l!40.4314
0.5949
0.1023
+47-18
31 B.
Scorpii
5.4
+3.86,
-16.6
-24 17.3
5 27.5
- 3 4.3
-0.3767
0.5950
-0.1019
r4!
-66
590 OCCULTATIONS, 1916.
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
JULY.
.T COMJUKCITOII W
32 B. Scorpii
3 Scorpii
40 B. Scorpii
» Scorpii
46 B. Scorpii
60 B. Scorpii
24 G. Scorpii
65 B. Scorpii
41 G. Scorpii
85 B. Scorpii
6 Scorpii
22 Scorpii
lie B. Scorpii
134 B. Scorpii
118 B. Ophiuchi
137 B. UpMuchi
3G Ophi.(I«{«h
13G G. Ophiuchi
151 G. Ophiuchi
4 G. Sagittarii
67 B. Bl^ittarii
70 B. Sapttarii
68 G. Sagittaiii
X Sagittarii
8G B. Sagittarii
24 Sagittarii
26 Sagittarii
126 B. Sagittarii
154 B. Sagittarii
162 B. Sagittarii
127 0. Sagittarii
172 B. Sagittarii
169 B. Sagittarii
191 B. Sagittarii
208 B. Sagittarii
222 B. Sagittarii
49 Sagittarii
50 Sagittarii
53 Sagittarii
274 B. Si^ttarii
6 GapricorDi
P C«pricomi
u Capricomi
V Capricomi
81 B. Capricomi
M B. fkprlcomi
29 Capricorni
63 B. Aquarii
IS Aquarii
137 n. Capricorni
X Capricorni
66 B. Aquarii
6 Aquarii
f> Aquarii
; 3.96
6.4 +3.1
"3.96
4.14 ]
4.10 ]
4.15 1
) +4.63-
1 4.55
1 4.56-
7 4.60
9 4.55 +
-23 44.0
25 0.0
24 35.7
25 52.7
2516.1
■25 23.8
26 15.0
24 56.1
26 21.6
27 18,2
-26 24.2
25 9.3
26 29.0
25 52.3
26 12.5
-26 56.9
25 38.3
24 57.3
26 41.2
25 28.2
-26 38.2
24 5.8
23 64.8
25 5.8
23 16.9
-24 69.4
25 3.6
24 67.8
24 47.3
2319.4
-24 19.3
22 33.5
24 7.6
21 66.6
23 37.1
23 37.2
19 22.7
18 29.1
16 5.3
18 61.5
-18 26.9
18 20.6
16 21.1
15 31.0
13 32.8
■13 14.1
10 67.0
7 19:
9 2.;
916.1
10 45.
10 49:
12 58.'
13 23:
16 44:
18 46..
19 5:
19 30:
IS 014.1
8 27.
10 24.
11 31,
15 40.
17 23..
23 22.
1! 10 12.
11 13.
13 25:
13 32.
13 52..
15 41.
IS 33:
19 37.
3 3.2|-0.
248-2,+0.
121.7-0.2468
1 10.7|+I.O311
021.7-tO.e272
034.7-0.5316
2 O.S -0.9219
+ 2 4.8+0. "
844.
10 31.
10 61.
15 52.
1013.
10 60.
1114,
15 17.
19 1.
16 1,
19 4,
22 10.
.1362
4 31.8[-0.1137
646.9-0.1642
941.6+0.
959.4-0.8484
tlO 23.3 +0.5445
• 9 4.9+1.2274
■ I12.8+O.0629
039,0-1,2030
143,2+0,0974
641,4|-0,6164
■ 7 20,3-0,1724
1057,li+0,6746
036.61-0,0923
0 23.li-0.6929
2 29.61+1.1643
2 35,6.-0,0192
254,9|+1.1499
439,0^1,1920
7 24,0-1,1174
■ 8 24,7+0,1413
-1140,9^1,2155
■1053.61+0,5459
1010,3'+O, "
■ 9 27.1+0.
■ 7 25.5'+0.7727
■ 7 13.81-0.6364
■45L0 +0.6662
■ 3 1.6-0.8146
119.3
1.1237
o!598]
0.5983|-0
0.5994
0.5995
0.6012
0.GOI5
0.6033-0
0.6056 "
0.6O57
6 0,09S;
-. .«'-a
6-0»19 «- ■.
).0913-o-:i
0.0669 -SS-I)
O.OSGS «-.(
O.OSB -!.>-«'
0.6142
0.6154
0.6I5S
0.6167
0.6161
0.6159
0.6154
0.6154
0.6153
0.614S
0.6139
0,6135
0.6118
0.6114
0,6111
: 0.6107
0,0631
0.0621 „
0,0608 iSl'
0,0161 >^
-0.6196
0.0132
-0.0095
KI.0013
0,0100
KI.6300 ^
1.0^ )1
-»-»
►is->
S .2CHI
3 ■L^--
0.0683 ••■' -
0.0764 (C-S
0,0768 hSHl
.0.0779 *I-3
0.0837 ^J-
0.0929 4.'-*
0-0962 ■39^
0.1088 ■SI-*
.0.1114 'ii:':
0.1137 fSl- ■
0^1159 *(,-'
0.1223 ■65- ■
0.1228 ■ H
348.7
366.1+1.
535.6-0.
236.7-0.4976
-0.7628
+0.0716
+0.4826
+1.1911
9 9.0-O.0181
+0.8647
.9-1.0479
4 12.7l-0.5446
2 6.4U1.2218
6 1.81+0.3220
8 0.5+0."
.6,- 6 1.5+0,2068
,8'-433.4'+0.6433
0.6O67
0.6023
0.6022 <
-2 0,3 -(
137.3+(
216,2+4
738.9+(
.1-
-JJL»
4»
0C0ULTATI0N8, 1916.
591
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
JULY.
1
Limit-
Thx Star's
At CoNJUNcnoir or R. A.
XT
Name.
Mag.
Red'iufrom
1916.0.
Apparant
tlon.
Or«enwlch
Mean Time.
Hour
An^le,
H
Y
t"
y'
N.
8.
s
M^*
o /
d h m
h m
•
O
0 B.
Aquarii
6.0
+3.75+18.9
- 7 36.8
17 11 31.7
-3 5.7
+0.4148
0.6478
+0.2609
+66
-20
16 B.
Aquarii
6.1
3.71
19.2
6 58.7
15 3.6
+ 018.940.7046
0.6456
0.2625
+83-6
K
Aquarii
5.2
3.64
19.0
4 39.4
18 2.1
+ 311.5
r0.8406
0.5437
0.2636
-3-90
17 B.
Aquarii
6.3
3.62
19.0
3 59.2
19 26.1
+ 432.7
-1.1444
0.5428
0.2640
-23'-90
6 G.
Piflcium
6.2
3.54
19.6
2 50.4
18 3 33.0
-11 36.6
-0.1517
0.5384
0.2664
+34
-50
52 B.
Fisciuin
6.4
+3.41
+19.9
-0 9.9
15 30.0
-0 3.0
+0.3094
0.5330
40.2646
+60
-26
K
Piflcium
4.9
3.38
19.6
+ 0 48.1
17 7.5
+ 131.4
-0.2430
0.5325
0.2643
+29
-56
9
Piflcium
6.4
3.38
19.7
0 40.0
17 16.6
+ 140.2
-0.0661
0.5324
0.2642
+38
-46
16
Piflcium
5.7
3.33
19.8
138.5
21 39.9
+ 565.1
+0.0973
0.5309
0.2630
+47
-37
A
Piscium
4.6
3.31
19.9
119.4
19 0 23.3
+ 833.4
+1.1386
0.6301
0.2620
+90
+22
19
Piflcium
6.4
+3.28
+19.6
+ 3 1.6
2 28.9
+1034.9
-0.0666
0.6295
40.2611
+39
-Ab
12
Piscium
5.8
3.26
19.9
2 28.1
510.4
-1048.6
+1.2168
0.6288
0.2598
+90
+29
(6
Piscium
6.2
3.13
18.7
7 46.8
17 7.7
+ 046.0
-1.1899
0.6266
0.2525
-26
-82
d
Piscium
5.4
3.12
18.8
7 43.7
19 6.6
+ 240.2
-0.6447
0.5263
0.2510
+ 8
-80
J6 B.
Piscium
6.5
3.02
18.5
8 54.1
SO 6 9.3
-11 35.1
+0.6197
0.6257
0.2424
+82
-8
75
Piscium
6.3
+2.92
+17.4
+12 30.7
17 30.9
+ 023.3
-0.2402
0.6262
+0.2294
+30
-61
V
Piscium
3.7
2.83
16.4
14 55.1
21 5 36.8
-11 53.6
-0.0961
0.6277
0.2143
+37
-42
}1
Piscium
6.2
2.81
16.5
14 14.2
7 41.8
- 9 52.5
+1.0698
0.5280
0.2114
+90
+24
05
Piscium
6.1
2.80
15.9
15 59.1
9 34.1
-8 3.8
-0.3918
0.5284
0.2088
+22
-57
3
Arietis
6.4
2.78
15.5
16 59.8
12 63.7
-450.6
-0.7829
0.5290
0.2040
-1
-73
4
Arietis
5.8
+2.77
+16.6
+16 32.6
13 40.0
-4 5.8
-0.1420
0.5292
+0.2029
+34
-4a
I
Arietis
5.1
2.74
15.1
17 24.7
18 4.0
+ 0 9.9
-0.1914
0.6301
0.1963
+32
-44
35 B.
Arietis
6.4
2.72
14.9
17 51.2
21 6.7
+ 3 6.8
-0.0735
0.5308
0.1915
+38
-38
47 B.
Arietis
6.5
2.70
14.9
17 38.0
23 3.2
+ 4 59.4
+0.5312
0.5313
0.1886
+77
-6
15
Arietis
5.9
2.70
14.3
19 6.6
88 0 24.0
+ 617.7
-0.7967
0.5316
0.1863
-2
-71
6
Arietis
5.6
+2.68
+14.0
+19 31.0
3 68.3
+ 9 45.1
-0.6804
0.6326
40.1804
+11
-6&
26
ArietiB
6.2
2.63
13.8
19 29.2
9 64.0
-830.8
+0.4911
0.6342
0.1702
+74
-6
y
Arietis
5.4
2.61
12.8
21 36.1
13 44.3
-447.9
-1.1499
0.5352
0.1633
-29
-08
M
Arietis
5.7
2.59
13.4
19 39.5
16 26.7
-3 9.8
+1.2224
0.6367
0.1602
+90
+44
€
Arietis (nwian)
4.6
2.53
12.5
21 0.6
2318.1
+ 4 27.1
40.9690
0.5379
0.1464
+90
+25
64
Arietis
5.8
+2.48
+10.6
+24 25.8
88 10 63.5
-8 20.5
-1.1980
0.5411
40.1222
-36
-66
66
Arietis
6.1
2.45
11.1
22 31.1
12 49.4
- 628.4
+1.1182
0.5416
0.1182
+90
+3»
7
Tauri
5.9
2.45
10.4
2411.2
16 33.6
- 349.7
-0.3867
0.5423
0.1124
+21
-46
11
Tauri
6.1
2.44
9.9
25 3.7
18 27.0
- 1 2.2
-1.0262
0.5431
0.1063
-20
-65
16
Tauri
5.4
2.41
10.0
24 1.7
2018.6
+ 045.6
40.2964
0.5436
0.1023
+60
-»
17
Tauri
3.8
+2.41
+10.1
+23 61 .2
20 20.7
+ 047.7
40.4924
0.6435
40.1022
+75
+ 2
18
Tauri
5.6
2.42
9.9
24 34.8
20 27.9
+ 054.7
-0.2898
0.5435
0.1020
+26
-40
<l
Tauri
4.3
2.41
10.0
24 12.4
20 29.5
+ 056.3
+0.1196
0.5435
0.1019
+49
-17
20
Tauri
4.1
2.41
10.0
24 6.5
20 46.6
+ 1 12.7
40.2664
0.5436
0.1013
+68
-10
21
Tauri
5.8
2.41
9.9
24 17.8
20 48.6
+ 1 14.7
40.0553
0.5436
0.1012
+45
-21
22
Tauri
6.5
+2.41
+10.0
+24 16.2
20 52.6
+ 1 18.4
+0.0908
0.5436
+0.1011
+47
-19
23
Tauri
4.3
2.40
10.1
23 41.4
21 0.6
+ 1 26.3
+0.7380
0.6437
0.1008
+90
+15
V
Tauri
3.0
2.40
10.0
23 50.9
21 32.3
+ 166.9
+0.6173
0.6438
0.0996
+88
+ g
27
Tauri
3.7
2.39
10.0
23 48.0
22 18.3
+ 241.4
+0.7467
0.6440
0.0980
+90
+16
28
Tauri
5.2
2.39
10.0
23 63.0
2218.9
+ 2 42.0
+0.6663
0.6440
0.0979
+90
+11
14 H.
Tauri
5.3
+2.41
+ 9.4
+26 19.8
22 48.5
+ 3 10.5
-0.8781
0.6441
+0.0969
-9
-65
P
Tauri
5.6
2.35
8.4
26 15.9
84 8 8.0
-11 49.0
-1.0994
0.5460
0.0761
-27
-04
X
Tauri
5.3
2.31
8.3
25 26.1
13 28.2
- 639.6+0.1870
+ 1 50.51-0.6663
0.5469
40.0640
+53
-10
112 B.
1 1\^
Aiuigse
5.7
2.12
4.8
26 52.4
25 23 7.2
0.5478
-0.0146
+10
-49
125
Taun
5.1
2.10
4.9
25 61.1
86 018.7
+ 2 69.6
+0.6469
0.5477
0.0174
+81
+13
139
Tauri
4.7
+2.06
+ 4.1
+26 66.7
8 36.4
+11 0.4
+0.2193
0.5465
-0.0367
+56
-6
62 B.
Geminorum
6.5
1.95
2.5
24 39.7
87 2 45.8
+ 433.3
+0.6061
0.5421
0.0774
f87
+11
Geminorum
3.2
1.94
2.1
2513.0
6 45.8
+ 727.2
-0.2616
0.5411
0.0839
f28
-36
87 B.
Geminorum
5.8
1.91
2.0
23 42.2
9 33.6
+11 7.6
+1.0970
0.5399
0.0920
f90
+39
37
Geminorum
5.7
+1.92+ 1.6
+25 28.9
11 4.8
-1124.3
-1.0237
0.6394
-0.0952
-20
-65
1
NEW
MOON,
592
OCCULTATIONS, 1916.
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
JULY.
Thk STAB'8
Name.
43 Leonis
155 B. LeoniB
Hag.
6.3
6.5
Red'ns from
1016J).
Aa
+1.70
+1.68
Aa
//
8.3
8.4
Apparent
vtclinar
tion.
+ 6 58.0
+ 6 7.1
At CoNJTTNcnoir m R. A.
Greenwich
Mean Time.
Hour
Ange,
d h m h m
81 20 58.4h441.
21 7.2t- 4 33.1
7+0
.3362
+1.2327
0.5011
0.5011
-0.2384 41-3
-0.2385 f«Nr
35 SextantiB
p* LeoniB
p^ Leonis
359 B. LeoniB
388 B. Leonis
431 B. Leonis
78 B. Virginis
q Virginis
370 B. Virginis
69 Virginis
75 Virginis
83 Virginis
Sb Virginis
S7 Virginia
S9 Virginis
43 H. Virginis
231 G. Virginis
236 G. Virginis
9 G. Librae
17 G. Librae
18 G. Librae
43 B. Librae
47 G. Librae
64 G. Librae
153 B. Librae
169 B. Librae
177 B. Librae
42 Librae
6 Scorpii
A Scorpii
31 B. Scorpii
32 B. Scorpii
3 Scorpii
40 B. Scorpii
TC Scorpii
48 B. Scorpii
50 B. Scorpii
24 G. Scorpii
65 B. Scorpii
41 G. Scorpii
85 B. Scorpii
d Scorpii
a Scorpii
22 Scorpii
116 B. Scorpii
134 B. Scorpii
118 B. Ophiuchi
137 B. Ophiuchi
36 Ophi.{l8tstar)
136 G. Ophiuchi
151 G. Ophiuchi
AUGUST.
6.1
+1.73
5.7
1.76
5.3
1.78
6.3
1.81
6.3
1.82
6.2
+1.85
6.5
1.99
5.3
2.07
6.0
2.19
4.9
2.40
5.6
+2.43
5.6
2.52
6.1
2.53
5.8
2.55
5.1
2.56
5.5
+2.75
6.4
2.77
5.7
2.78
6.5
2.92
6.4
3.01
6.1
+3.02
5.7
3.14
6.1
3.18
5.8
3.26
6.3
3.42
6.0
+3.44
6.2
3.45
5.0
3.47
4.7
3.59
4.6
3.60
5.4
+3.59
5.3
3.58
5.9
3.61
5.4
3.63
3.0
3.66
4.9
+3.68
6.4
3.67
6.2
3.70
5.5
3.74
6.3
3.74
6.0
+3.77
3.1
3.82
1.2
3.90
4.8
3.87
6.2
3.92
6.4
+4.03
6.2
4.16
6.3
4.16
5.4
4.21
6.3
4.27
16.0
+4.31
-9.4
10.8
11.4
11.7
12.2
-12.8
14.4
15.9
16.9
18.3
-18.1
18.3
18.2
18.8
18.9
-18.4
18.5
18.5
18.7
18.6
-18.6
19.2
18.1
17.7
17.6
-16.8
16.7
16.9
16.9
16.6
-16.3
16.1
16.5
16.0
16.5
-16.1
15.7
15.3
15.9
14.8
-15.1
14.7
14.3
13.8
511.2
2 24.5
0 23.1
0 35.4
114.4
k 158.5
515.4
8 59.6
11 11.9
15 32.6
\-U 56.2
15 45.7
15 21.1
17 26.7
17 43.3
1-17 48.9
18 12.0
18 19.9
20 4.6
20 49.5
-20 58.7
21 2.6
21 42.6
22 5.6
24 12.6
-22 52.1
22 52.8
23 33.0
25 30.1
25 4.9
-24 17.3
23 44.0
25 0.0
24 35.7
25 52.7
n25 38.2
24 30.0
24 14.5
26 6.4
24 12.7
-25 16.1
25 23.8
26 15.0
24 56.1
14.2| 26 21.6
-13.4,-27 18.2
ll.li 26 24.2
10.2 25 9.3
11.0 26 29.0
9.0, 25 52.3
- 8.6-26 12.5
2
8 3.7
20 56.2
0 39.4
5 50.1
819.8
3
6
8
9
14
9
0.1
5.4
6 5.
524.
146.9
315.
540.
1'^
0-0
1-0
6+0
19 14.1
5 41.2
21 59.5
0 35.4
6 6.1
6 37.1
7 27.6
8 36.7
+1111.3
+ 5 43.8
-825.3
+ 143.
-629.0
358.1
121.
151.
240.7
347.6
40.0078
-1.1606
+0.3920
.2748
+1.1984
-0.0050
.3003
.8399
+1.1867
+1.2396
0+0
9-0
9-0
2018.8-853.
21 3.3 - 8 10.
21 45.8 - 7 29.
4 55.2-035.
9 50.1
9-0.
10 16.9
14 36.5
18 25.8
22 33.7
5 23.7
.9638
.6993
.6933
.1602
+ 4 9.01-0.2110
9-0.
8-0.
4-0.
+
+
434.
845.
-1134.
-735.
1-10.
9-0
1-0
1-0
4-0
940
7 17.4+ 048.4
7 54.91+ 1 24.4
8 16.7 + 1 45.
12 31.3+ 550.1
13 34.2+ 650.
13 41
13 42
13 59
15 32
15 37
17 23
17 37
1910
19 15
2128
6+ 657
8|+ 658
1 + 7 14
2+ 843
6|+ 8 49
7+1031
9+1044
7-1146
1-1142,
2- 934
21 53.7 - 9 9.
019.5- 649.
3 28.0-349.1
3 47.5-330.
4 13.2- 3 5.
9 6.7+ 135.7
17 36.51+ 944.
19 37.1+1139.8
20 46.5,-11 13.
1 3.5- 7 7.5
2 50.o!- 5 25.
.3867
.5171
40.7647
.7446
.6229
.1257
.7439
.6282
.8174
.4712
-1.1265
-1.1856
.5421
+0.9884
.4531
4-0
540
6 -0.3678
-0.9358
40.3285
9-0.2359
+1.0623
0+0.6521
6-0.5250
-0.9215
+0.9663
-1.1392
9-0
9-0
.1005
.1518
+0.5036
.8468
.5679
5-0
8+0
+1.2611
.0782
1-1.2066
.1131
-0.5100
.1612
3+0
7+0
5-0
0.5000M)
0.4999
0.5003
0.5009
0.5013
0.5023 -0.2485H2-C
0.5062
0.5128
0.5185
0.5295
53141-0.2147
0.2061
0.2074
0.2063
0.2048
0.
0.5357
0.5361
0.5368
0.6378
0.
0.5484
0.5490]
0.5554
0.5598
0.5642
0.5677
0.5714
0.5775
.2436^22-(4
0.2474
0.2480
0.2485|f
0.2486
0.2442
0.2395|te-2
0.2326
0.2176
54771-0.1877
0.1865
0.1854
O.1730
0.1638
0.5602 -O.1630
0.5791 -0.1164
0.5797
0.580C^
0.5835
0.5844
0.5845
0.5845
0.5847
0.5860
0.5860
0.5874 -O.0902
0.5876 0.0896
0.5888 0.0854
0.5888 0.0852
0.5905
O.59O8r0.0779
f74^'
3(r4*
-1IH6
f73^
-W^
-4-»
-4-*
19-^
f51^*
-4(M*
41-ki
o.iowM-i"
4-«
0.1543
0.1463
0.1371
0.1210
0.1149
0.1140
0.1032
-0.1001
0.1001
0.0993
0.0952
0.0050 *M^
fl5^n
f64*I^
0.5925
0.5947
0.5949
0.5952
O-OTSOH-*
0.0710 fl3-J
0.0619 ^4^-l^
0.0610 -26-9B
0.0597 f53-lfl
0.5982-0.0463 ♦63*^;
0.0193 f20-^
0.0130 -57-^
0.6025
0.6034
O.6O38U.0094
O.6O63W.0041 -11,-|"^
O.6O57!+O.0098l<- 7-52
OCCULTATIONS, 1916.
593
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
AUGUST.
Ths Stak's
Name.
4 G.
67 B.
70 B.
68 G.
A
86 B.
24
26
26 B.
54 B.
62 B.
27 G,
72 B.
89 B.
91 B.
08 B.
22 B.
49
50
53
74 B.
d
%
P
o
V
81 B.
94 B.
29
53 B.
18
57 B.
X
96 B.
6
P
170 B.
186 B.
K
m B.
6 G.
22 B.
K
9
16
A
19
22
36
d
136 B.
75
101
105
Sagittaiii
Sagittarii
Sagittaiii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Aquarii
Aquarii
Capricomi
Capricomi
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
PiBcium
Piflcium
Piflcium
Piscium
Piscium
Piacium
Piscium
PiBcium
Piflcium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Mag
3 Arietis
79790**— 1916-
6.2
6.4
6.4
6.2
2.9
6.5
5.7
6.1
5.7
5.9
6.4
6.4
5.8
6.1
6.5
6.1
5.5
5.5
5.5
6.3
6.1
5.5
5.2
5.0
5.6
5.3
6.4
5.7
5.5
6.5
5.5
6.2
5.5
6.5
4.3
5.3
6.0
6.1
5.2
6.3
6.2
6.4
4.9
6.4
5.7
4.6
5.4
5.8
6,2
5.4
6.5
6.3
3.7
6.2
6.1
6.4
38
s
+4.44
4.54
4.53
4.62
4.57
k4.62
4.55
4.57
4.63
4.61
Red'ns from
1916.0.
A«
A3
ff
7.2
3.6
3.0
2.8
2.6
k2.7
1.5
0.6
-0.5
+ 1.1
67 +
44.
4.68
4.68
4.70
4.64
+4.70
4.64
4.72
4.64
4.73
1.0
1.3
1.4
2.2
2.6
3.1
4.1
4.3
4.8
6.0
Apparent
DMlilUH
tioii.
-26 56.9
25 38.3
24 57.3
26 41.2
25 28.2
1-26 38.2
24 5.8
23 54.8
25 5.8
2316.9
1-24 59.4
25 3.6
24 57.8
24 47.3
23 19.4
-24 19.3
22 33.5
24 7.6
2156.6
23 37.1
+4.
4.64
4.61
4.60
4.63
44.62
4.62
4.56
4.52
4.47
+4.46
4.39
4.40
4.36
4.28
+4.27
4.26
4.24
4.18
4.16
44.11
4.02
4.01
4.01
3.97
+3.96
3.94
3.93
3.84
3.83
+3.77
3.71
3.65
3.63
3.63
73+ 6.1 -:
6.1
11.0
12.0
12.1
12.1
+13.3
14.2
15.2
16.9
17.0
+17.8
19.1
19.6
20.2
21.7
+22.0
22.2
22.5
22.7
22.8
+23.6
24.3
24.2
24.3
24.4
+24.5
24.4
24.7
23.9
24.0
+23.7
22.6
21.5
21.6
21.0
-23 37.2
19 22.7
18 29.1
18 5.3
18 51.5
k8 25.9
18 20.5
16 21.1
15 31.0
13 32.8
t-13 14.1
10 57.0
11 44.9
10 42.1
8 11.8
- 8 14.2
7 36.8
6 58.7
4 39.3
3 59.1
- 2 50.3
-0 9.8
+ 0 48.1
0 40.1
138.6
+ 1 19.5
3 1.7
2 28.2
7 46.8
7 43.8
+ 8 54.2
12 30.7
14 55.2
14 14.3
15 59.2
+3.62+20.5+16 59.9
At CoNJXTNcnoN nr R. A.
Oreenwich
Mean Time.
d
9
10
11
IS
h m
8 59.4
20 7.7
21 10.8
23 26.5
23 33.0
23 53.6
145.1
4 41.8
5 46.8
9 57.2
10 47.8
1134.0
12 20.1
14 29.6
14 42.1
17 14.1
19 10.5
20 59.2
21 19.5
2 25.9
2 32.6
17 48.9
20 57.7
2134.7
2158.9
2 2.9
5 48.0
912.9
16 41.2
16 48.5
h m
+ 028.
+11 8.
-1151.5
- 941.6
-935.
•- 915.7
- 7 28.9
- 4 39.7
-337.6
+ 0 22.3
Hoar
Angle,
2+0
0-0
.6968
.0819
-0.6900
+1.1888
.0085
4-0
+1.1742
-1.1948
-1.1194
40.1527
-1.2186
110.
155.1
239.2
443.3
455.3
840
+ 7 20.9
+ 9 12.
+1056.6
+11 16.1
-7 50.1
4-0
- 743.7
+ 655.7
+ 957.
+1032.
+1055.8
9 9.7
533.3
216.
4 55.1
5 2.2
2014.4+ 820.4-0.5542
9 24.0-1.2317
5 45.5- 629.3+0.3059
8 49.0-332.4+0.0416
19 0.5+ 617.540.1840
14
20 30.3
21 59.7
127.9
4 23.3
5 45.7
13 42.8
+ 744.
+ 9 10.5
m 28.6
-839.
h 7 19.6
16
+ 021.4
123.2+1138.4
2 58.3:-1049.
3 7.1-1041.1
7 23.8- 632.9
.5602
+0.7145
+0.7063
+0.7878
-0.6333
+0.6692
.8145
+0.9780
-1.1263
+1.2741
0-0
6-0
+1.2939
-0.2336
.5001
.7665
+0.0705
40.4807
+1.1883
.0238
+0.8551
-1.0560
3-0
2+0
2-0
16
17
10 3.0
12 5.2
14 42.4
2 19.8
4 14.3
14 0.8
2 1.4
13 47.2
15 48.9
17 38.2
20 52.6
.6169
40.3889
+0.6746
.8604
-1.1625
-0.1816
+0.2689
.2785
-0.1034
+0.0560
6-0
-3 58.9
- 2 0.7
+ 031.
+1146.1
-1023.1
4l+l
-055.6
+1041.
- 155.
+ 0 2.3
+ 148.
+ 456.
0.6070|4O
0.6075
0.6074
0.6072
0.6071
+1.0842
-0.0985
.1587
-1.2243
-0.6866
40.5576
.2957
.1573
40.9933
.4504
.8375
6-0
4-0
0-^
0.6071
0.6068
0.6063
0.6060
0.6049
+0.0766
0.08241-51
0.0915
0.0948
0.1074
0.60461+0
0.6043
0.6041
0.6032
0.6031
0-0
0.6022
0.6013
0.6005
0.6002
0.5977
0.5976
0.5882
0.5861
0.5857
0.5854
0.5826
0.5799
0.5775
0.5722
0.5721
0.5697
0.5652
0.5631
0.5611
0.5548
0.5540
0.5532
0.5512
0.5497
0.5490
0.5452
0.5408
0.5403
0.5402
0.5390
0.5382
0.5377
0.5371
0.5352
0.5350
0.5344
0.5345
0.5356
0.5358
0.5361
0.5366
.0294
0.0649
0.0681
0.0752
0.0756
+63
.1099
0.1122
0.1144
0.1207
0.1214
+0.1287
0.1341
0.1392
0.1401
0.1539
40.1541
0.1911
0.1979
0.1992
0.2000
40.2082
0.2153
0.2214
0.2333
0.2335
40.2383
0.2465
0.2499
0.2529
0.2612
Limit-
ing Par-
aOels.
N.
461- 2
+15-47
-le'-OO
420-43
+63
-61
-43
+36
-89
-90
+30-34
-51-87
+56
+65
+65
465
-9
+64
-17
466
-38
+66
+66
+20
+ 6
-9
-11
-2
-2
+ 3
-89
-6
-90
+16
-90
+47
+51
-56
-74
-90
+36-39
+60
472
434
474
-22
9
-35
455
442
478
40.2621
0.26301463
0.2648 482
0.2660 - 5
0.2664 -25
40.2683
0.2680
0.2677
0.2676
0.2664
40.2655
0.2647
0.2634
0.2562
0.2547
+0.2460
0.2327
0.2172
0.2142
0.2116
40.2066
432
457
428
437
445
477
434
+38
-16
+30
-44
+ 4
-90
-78
-90
-26
-40
450-62
-10
-22
-7
-90
-90
-52
-28
-58
^8
-39
4l8
-47
+24
-82
49C
437
490
-30
4 6-82
-11
426-54
-45
490+18
418-61
- 4-73
594
OCCULTATIONS, 1916.
ELEMENTS FOR THE PREDICTION OF OOCULTATIOXa
AUGUST.
Thk Star's
1^
At CoNJUNcnoK cr R. A. k^
Name.
Mag.
Red'ns from
1016.0.
Apparent
Deblina-
tiOD.
Greenwich
liean Time.
Hoar
Ancle,
H
Y
7f
/,
1
Aa
8
1
• t
d h m
h m
•1
4
Arietis
5.8
+3.62
+20.6
+16 32.6
17 2137.6+ 5 39.6
-0.2048
0.536640.20^1^4
f
Arietis
5.1
3.59
20.1
17 24.8
18 155.0+948.6
-0.2548
0.5374
0.19^ ^'StM
35 B.
Arietia
6.4
3.58
19.8
17 51.3
4 53.2
-1119.1
-0.1389
0.6379
0.19Sg 44^
47 B.
Arietis
6.5
3.56
19.7
17 38.1
6 46.8
-9 29.2
+0.4583
0.6382
0.1907 ^
'-■
16
Arietia
5.9
3.57
19.1
19 6.6
8 5.7
- 8 12.9
-0.8633
0.5384
0.1884-
m
6
Arietifl
5.6
+3.55
+18.7
+19 31.1
11 35.0
-4 50.6
-0.6413
0.5391
^xm^ ;■
26
Arietifl
6.2
3.51
18.2
19 29.3
17 22.7
+ 046.7
+0.4171
0.5402
0.1719
6iM
y
Arietia
5.4
3.51
17.2
21 36.2
21 8.1
+ 4 23.6
-1.2064
0.5410
0.1649
hH
pt
Arietifl
6.7
3.48
17.7
19 39.6
22 47.4
+ 659.5
+1.1402
0.5414
0.1618
^^1
e
Arietis (mean)
4.6
3.44
16.5
21 0.6
19 6 30.6
-1032.9
+0.8894
0.5429
0.1496
^fl
64
Arietis
5.8
+3.40
+14.0
+24 25.9
17 54.0
+ 027.5
-1.2578
0.5461
4O.ia0
4fl
66
Arietis
6.1
3.36
14.4
22 31.2
19 48.2
+ 217.9
+1.0379
0.5454
0.1190
»-3^^^^^H
7
Tauri
5.9
3.37
13.6
2411.2
22 29.9
+ 454.1
-0.4630
0.5469
0.1132
'1^1
11
Tauri
6.1
3.36
13.0
25 3.7
SO 120.8
+ 7 39.2
-1.0883
0.5463
0.1069
-2^1
16
Tauri
5.4
3.33
13.1
24 1.8
310.9
+ 9 25.5
+0.2236
0.5467
0.1029
*s)^^^l
17
Tauri
3.8
+3.32
+13.1
+23 51.2
313.0+ 9 27.6
+0.4180
0.5467
40.1028 ^;9
18
Tauri
5.6
3.34
12.9
24 34.8
3 20.2+ 934.5
-0.3680
0.5467
0.1026 ^!fl
q
Tauri
4.3
3.33
13.0
24 12.5
3 21.7
+ 936.0
+0.0482
0.5467
0.1025
'^H
20
Tauri
4.1
3.33
13.0
24 6.6
3 38.6
+ 9 52.3
+0.1839
0.5467
0.1019
'*'3^^l
21
Tauri
5.8
3.33
12.9
24 17.8
3 40.6
+ 9 54.2
-0.0166
0.5467
0.1018
i|
22
Tauri
6.5
+3.33
+12.9
+24 16.2
3 44.4
+ 957.9
+0.0196
0.5468
+0.1016
"^S
23
Tauri
4.3
3.32
13.1
23 41.5
3 52.5
+10 5.7
+0.6616
0.546S
0.1013
f9(^fl
V
Tauri
3.0
3.32
13.0
23 61.0
4 23.7
+1035.9
+0.6419
0.5468
0.1002
•^fw
27
Tauri
3.7
3.31
12.9
23 48.1
5 9.1
+11 19.7
+0.6704
0.5470
0.0985
^9(^fl
28
Tauri
6.2
3.31
12.9
23 53.1
5 9.7
+11 20.3
+0.6808
0.5470
0.0985
^«
14 H.
Tauri
5.3
+3.33
+12.3
+25 19.8
5 38.9
+11 48.5
-0.9416
0.5470
+0.0974
-14^
36
Tauri
5.6
3.25
12.1
23 52.7
11 59.7
-6 3.7
+1.2102
0.5478
0.0831
^ll
P
Tauri
5.6
3.27
10.8
26 15.9
14 52.0
- 3 17.4
-1.1616
0.6481
0.0765
-341
X
Tauri
5.3
3.22
10.4
25 26.1
20 9.2
+ 1 49.0
+0.1164
0.5486
+O.0643
f49H
112 B.
Aurigse
5.7
2.95
5.3
26 52.4
88 5 37.1
+10 7.9
-0.6270
0.5473
-0.0143
fCi^
125
Tauri
5.1
+2.92
+ 5.4
+25 51.2
6 48.5
+11 16.8
+0.4822
0.5472
-0.0171
^75**
139
Tauri
4.7
2.85
4.3
25 56.7
15 6.3
-443.2
+0.1685
0.5456
0.0363
t52-i
52 B.
Geminorum
6.5
2.66
2.1
24 39.7
88 914.2
-11 10.8
+0.6514
0.5409
0.0768
41**
e
Geminonim
3.2
2.66
1.5
25 12.9
12 14.3
- 8 16.7
-0.3028
0.5400
0.0833
^25-S
87 B.
Geminorum
5.8
2.59
1.5
23 42.1
16 2.2
-436.3
+1.0446
0.5387
0.0913
f9(>-5»
37
Geminorum
5.7
+2.61
+ 0.7
+25 28.9
17 33.4
-3 8.1
-1.0709
0.5382
-0.0944
-24^
o>
Geminonim
5.2
2.56
+ 0.6
24 20.2
20 66,0
+ 0 6.9
-0.1289
0.5370
0.1013
f3«^
48
Geminorum
5.8
2.52
-0.1
24 16.2
84 139.8
+ 442.4
-0.6694
0.5352
0.1109
fll-^
58
Geminorum
6.0
2.46
0.4
23 6.5
6 56.5
+ 9 48.8
+0.1177
0.5332
0.1213
f49-S
B. D.+23''1744
6.4
2.42
1.0
23 4.0
11 26.8
- 9 49.4
-0.4031
0.5315
0.1298
f3M
187 B.
Geminorum
6.3
+2.40
-1.5
+23 12.8
15 22.7
-6 1.1
-1.0898
0.5300
-O.1370
-24-C
192 B.
Geminorum
6.3
2.38
1.5
22 35.9
16 33.1
- 4 52.9
-0.6689
0.5294
0.1392
flO-ff
Saturn
Geminorum
0.4
5.2
20 59.8
20 6.4
22 11.3
22 35.9
+ 034.6
+ 058.5
+0.3942
+1.3212
0.5222
0.5270
0.1484
0.1498
f67-^
85
2.30
1.7
*68-*2
217 B.
Geminorum
6.3
2.28
2.0
20 2.8
85 1 7.4
+ 325.4+1.0029
1
0.626a 0.1541
0.6215-0.1723
f90^3l
<f»
Cancri
5.9
+2.18
-3.1
+18 36.1
12 22.4
- 9 40.6+0.7658
f90^"
Neptune
7.8
• • •
• • •
19 8.2
14 36.9
- 7 30.ll-O.2164
0:6192
0.1753
f30,-*
0
Cancri
5.5
2.15
3.6
18 22.7
16 31.3
-539.1+0.2866
0.5199
0.1785
^l
6
Cancri
4.2
2.12
4.5
18 27.8
2310.0
+ 047.6r-l.0254
0.6174
0.1879
-nUi
X
Cancri (vor.)
6.2
2.08
4.7
+17 33.0
86 4 39.7
+ 6 7.4
-1.0689
0.6154
0.1952
-30^"^.
1
NEW
MOON.
78 B.
Viiginis
6.5
+1.85
-13.1
- 5 15.3
80 14 36.8
-1067.4
-1.0618
0.6117
-0.2449
-23-«
q
Virginia
5.3
1.90
14.2
8 59.6
81 0 41.3
- 1 10.9
+0.4978
0.5158
O.2400
t69(-i<
370 B.
Virginia
6.0
+1.97
-15.0
-11 11.8
11 5.1
+ 864.2
+0.3890
0.5210
-0.2329
uh
000ULTATI0N8, 1916.
595
ELEMENTS FOE THE PREDICTION OF OOCULTATIONS.
SEPTEMBER.
Tee Stab's
Name.
69
75
83
85
87
43 H.
231 G.
236 G.
9 G.
17 G.
18 G.
43 B.
47 G.
64 G.
153 B.
169 B.
177 B.
42
b
A
31 B.
32 B.
3
40 B.
48 B.
50 B.
24 G.
65 B.
41 G.
85 B.
6
(X
22
116 B.
88 B.
118 B.
137 B.
36
136 G.
151 G.
4 G.
63
67 B.
70 B.
A
24
26
126 B.
154 B.
162 B.
127 G.
172 B.
189 B.
191 B.
208 B.
VirginiB
Yirginis
'XT' ' '
Virginifl
VirginiB
VirginiB
Virginia
VirginiB
Virginia
Librae
Librae
Librae
Librae
Librae
Librae
Librae
Librae
Librae
Librae
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Sco^ii
Scorpii
Scorpii
Ophiuchi
Ophiuchi
Ophiuchi
Op\d,(Ut$tar)
Ophiuchi
Ophiuchi
Sagittarii
Opniuchi
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Mi«
4.9
5.6
5.6
6.1
5.8
Hed'Qs from
1018.0.
Aa
+2.12
2.15
2.22
2.22
2.24
5.5 +2.40
6.4 ! 2.42
5.7
6.5
6.4
6.1
5.7
6.1
5.8
6.3
6.0
6.2
5.0
4.7
4.6
5.4
5.3
5.9
5.4
3.0
4.9
6.4
6.2
5.5
6.3
6.0
3.1
1.2
4.8
6.2
6.3
6.2
6.3
5.4
6.3
6.0
6.2
6.1
6.4
6.4
2.9
5.7
6.1
5.7
5.9
6.4
6.4
5.8
6.1
6.5
6.1
2.43
2.55
2.63
+2.64
2.76
2.78
2.86
3.01
+3.02
3.03
3.05
3.16
3.18
+3.17
3.16
3.18
3.21
3.23
1+3.26
3.25
3.27
3.31
3.31
+3.34
3.39
3.47
3.45
3.49
+3.67
3.76
3.76
3.79
3.89
1+3.93
4.06
4.04
4.21
4.20
+4.26
4.24
4.28
A«
//
46.3
16.2
16.3
16.2
16.8
-16.6
16.6
16.7
16.9
17.0
-16.9
17.8
16.6
16.2
16.2
1-15.6
15.5
15.7
15.8
15.5
k5.2
15.0
15.4
15.0
15.5
-15 32.6
14 56.1
15 45.7
15 21.0
17 26.7
-17 48.8
18 12.0
18 19.9
20 4.6
20 49.5
-20 58.7
21 2.6
21 42.6
22 5.6
24 12.6
1-22 52.1
22 52.8
23 33.0
25 30.1
25 4.9
k24 17.3
23 44.0
25 0.0
24 35.6
25 52.7
k5.2
14.7
14.4
15.0
14.0
k4.3
14.0
13.7
13.2
13.6
1-11.0
10.9
10.1
11.0
9.0
8.7
7.5
6.1
4.1
3.5
k3.2
2.0
1.1
4.34;- 1.2
4.33 + 0.6
+4.40+0.3
4.42
4.42
4.44
4.40|
«+4.47'+
0.5
0.6
1.4
1.9
2.3
AppATflnt
I^ecllna-
tlon.
1-25 38.2
24 30.0
24 14.5
26 6.4
2412.7
-26 16.1
25 23.8
26 15.0
24 56.1
26 21.6
-24 58.1
26 24.2
25 9.3
26 29.0
25 52.3
-26 12.5
26 56.9
24 52.4
25 38.3
24 57.3
-25 28.2
24 5.8
23 54.8
25 5.8
2316.9
-24 59.4
25 3.6
24 57.8
24 47.3
2319.4
-24 19.4
At CONJUMCTTOlf Df R. A.
Greenwich
Mean Time.
d
1
h m
3 21.6
5 57.7
1129.1
12 0.2
12 50.9
146.5
2 31.3
314.1
10 27.8
15 26.2
8
6
Hoar
Angle,
h m
040.6
311.6
832.
9 2.4
951.4
- 138.8
3-0
+1.3262
+0.1215
.1719
-0.7131
+1.3209
-0.8334
15 53.4
2016.6
0 9.4
4 21.5
11 19.3
13 15.4
13 53.7
14 15.9
18 36.2
19 40.6
19 48.1
19 49.4
20 6.0
21 41.3
21 46.8
23 35.5
23 50.0
125.2
129.6
3 46.1
412.3
6 41.9
9 55.6
10 15.6
10 42.0
2150.3
0 29.1
2 33.5
3 45.2
810.5
10 0.5
16 22.2
18 51.1
3 53.6
4 58.9
7 26.1
9 42.8
12 45.7
13 52.9
18 12.1
19 4.4
19 52.2
20 39.9
22 53.9
23 6.7
144.
+11 58.7
- 7 47.
-4 3.
-0 0.
+ 642.1
- 055.61-0.5675
-014.2-0.5611
644.41-0.0232
+11 32.4 -0.0734
5-0
1-0
3-0
+ 833.
+ 9 10.6
+ 931.
1-1017.
-915.
8-0
.9973
1-1.0572
.4071
.1400
.5986
9-0
6+1
7+0
9 8.
9 7.
8 51.3
719.
714.3
5 29.8
515.
344.
340.2
129.0
4-0
.2316
.8060
40.4726
.0984
+1.2147
+0.7996
.3913
.7930
+1.1175
-1.0139
2-0
5-0
9-0
4-0
1 3.8
120.
426.
445.
510.
8 7.9
535.5
336.2
227.4
147.
+ 332.
+ 938.
-11 58.6
-318.
- 2 15.7
+ 0 5.4
+ 2 16.6
+ 5 12.0
+ 616.
+1025.1
+11 15.
-1158.
-11 13.1
-9 4.5
- 852.
621.
0»-
40.0125
.6100
.4931
.6840
+0.6168
+0.0375
.01501
.6482
.7198
.7131
0-0
9+0
2-0
6+0
kl.l882
40.2129
kl.0912
+0.2471
.3871
0-0
5-0
6+0
4+0
.0340
.8339
hi. 1854
.0365
-0.5817
+0.1088
-1.0980
-1.0235
.2678
K.1284
5+0
2+0
.6776
.8337
40.8247
+0.9055
.5379
.7826
8+0
2-0
3M)
0.5307 -0.2174 If 74
0.5324
0.5362
0.5366
0.5371
5466M).1867
0.1856
0.1844
0.1719
0.1626
0.
0.5472
0.5478
0.5533
0.5572
0.5575M)
0.5609
0.5640
0.5671
0.5723
0.5737M)
0.5742
0.5744
0.5775
0.5782
0.57831-0
0.5783
0.5785
0.5795
0.5796
0.5807
0.5809
0.5819
0.5820
0.5834
0.58361-0
0.5850
0.5868
0.5870
0.5872
0.5923
0.5933
0.5939
0.5943
0.5954
0.5958
0.5968
0.5970
0.5969
+46
0.2144 If43 -36
0.2076 1427|-52
0.2069
0.2058
- 2
473
.1618
0.1530
0.1450
0.1358
0.1198
- 3-85
.1152
0.1136
0.1128
0.1020
0.0993
.0990
0.0989
0.0982
0.0941
0.0940
M).0892
0.0886
0.0844
0.0842
0.0781
.0770
0.0702
0.0613
0.0603
0.0591
k).0271
0.0193
0.0131
-O.0096
40.0036
+0.0092 |fl3
0.0284
0.0359
0.0631
0.5968! 0.0663
0.5965
0.5962
0.5956
0.5953
0.5943
+0.0736
0.0802 Me
0.0891
0.0923
0.1047
+0
0.
0.
0.
0.
1071 +63
1093 +65
0.5940
0.5938
0.5935
0.5928
0.5927
0.5918 40.1254 M6
1116
1177
1183
LJmit-
infl'ar-
ailelB.
N.
1-90
+47
-12-90
+ 4
+ 4
430
426
430
-80
-79
-43
-46
-42
+ 2
-9
461
-31
-35
+
+64
+58
450
464
+23
+59
-18
463
-54
27
-47
428
-5
75
-90
- 7
-90
-90
31-68
431
- 8
412-66
-20-90
-16
17-48
464441
464
+ 2
+ 4
-67
[-21-90
+29
-35-90
-40
420-43
-5
-90
-1
-89
-30
90
-28
-67
-M
463+ 7
-54-89
422-40
-10-84
426-36
-90
-35-90
36
+65
+65
3
-27
-42-90
-4
+ 6
+ 6
+11
h79
+ 2
596
0C0ULTATI0N8, 1916.
ELEMENTS FOR THE PREDICTION OF O0CU1.TATI0NS.
SEPTEMBER.
Tas STAS'a
Name.
222 B.
49
50
253 B.
6
K
P
o
V
81 B.
94 B.
29
53 B.
18
137 B.
X
96 B.
0
170 B.
186 B.
K
207 B.
6 G.
22 B.
K
9
16
X
19
22
36
d
136 B.
75
V
101
105
3
4
I
35 B.
47 B.
20 H»,
15
6
26
/*
6
66
7
11
16
17
18
Sagittaiii
Sagittaiii
Sagittaiii
Sagittaiii
Capiicomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Aquarii
Aquarii
Capricomi
Capricomi
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
A<iuani
Piflcium
Piscium
Piscium
Piscium
Piscium
Piacium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Piscium
Arietis
Arietis
Arietis
Arietis
Arietis
Arietis
Arietis
Arietis
Arietis
Arietis
Arietis (mean)
Arietis
Tauri
Tauri
Tauri
Tauri
Tauri
Tauri
Mag.
5.5
5,5
5.5
6.1
5.5
5.2
5.0
5.6
5.3
6.4
5.7
5.5
6.5
5.5
6.2
5.5
6.5
4.3
5.3
6.0
6.1
5.2
6.3
6.2
6.4
4.9
6.4
5.7
4.6
5.4
5.8
6.2
5.4
6.5
6.3
3.7
6.2
6.1
6.4
5.8
5.1
6.4
6.5
6.4
5.9
5.6
6.2
5.7
4.6
6.1
5.9
6.1
5.4
3.8
5.6
4.3
M.421+ 3.51-22 33.5
4.50 3.5 24 7.6
4.43 4.3 2156.6
4.43 4.9 2129.2
4.54 10.61 19 22.7
Red'nslrom
1916.0.
Aa
44.53
4.52
4.55
4.56
4.58
44.54
4.55
4.50
4.51
4.47
44.50
4.48
4.45
4.45
4.44
44.44
4.40
4.39
4.38
4.35
kli.7
11.9
11.8
13.0
13.9
44.341427
4.34
4.33
4.33
4.32
44.32
4.30
4.30
4.28
4.28
44.28
4.27
4.28
4.29
4.28
44.28424
4.27
4.26
4.26
4.28
f4.28
4.26
4.24
4.23
4.20
k4.22
4.23
4.19
4.19
4.20
44.20
Al
//
hl8 29.1
18 5.3
18 51.5
18 25.9
18 20.6
415.2
17.0
17.4
18.2
19.9
420.4
21.1
23.1
23.3
23.6
424.1
24.6
25.0
25.9
27.1
.1
27.2
27.5
27.5
27.6
427.8
27.7
27.8
27.6
26.9
425.8
25.8
25.4
24.9
25.0
Apparent
Declina-
tion.
hl6 21.1
15 31.0
13 32.8
13 14.1
10 57.0
1-11 44.9
10 42.1
8 11.7
8 14.2
7 36.8
.4
24.01
23.9
23.9
23.4
423.0
22.3
21.6
20.2
17.7
416.9
16.1
16.1
16.2
15.9
416.0
- 6 58.7
4 39.3
3 59.1
2 50.3
- 0 9.7
- 0 48.2
0 40.1
138.6
1 19.5
3 1.7
■ 2 28.3
7 46.9
7 43.9
8 54.3
12 30.8
4l4 55.2
14 14.4
15 59.2
17 0.0
16 32.7
4l7 24.9
17 51.4
17 38.2
16 50.2
19 6.7
4l9 31.2
19 29.4
19 39.6
21 0.6
22 31.2
424 11.3
25 3.8
24 1.8
23 51.3
24 34.9
424 12.6
At CoNJUKcnoir or R. A.
IM
Greenwich
Mean Time.
d
7
8
10
11
12
13
14
16
16
h m
3 44.3
5 36.7
5 57.7
7 45.61
3 5.
6-
619.7
6 57.8
7 22.6
1133.2
15 24.1
18 54.
2 32.2
2 39.6
6 9.7
12 46.4
15 50.6
18 56.8
5 15.3
6 45.9
816.0
11 45.7
14 42.1
16 5.0
0 3.2
11.42.5
13 17.1
13 26.0
17 41.2
20 19.2
22 20.5
0 56.3
12 25.8
14 18.8
23 56.4
1144.1
23 15.8
114.9
3 1.9
612.1
6 56.2
OM-
11
14 2.2
15 53.4
16 37.7
17 10.6
Hour
Angle,
h m
425.
238.0
217.8
034.2
559.6
9-0.72591
41.0923
-1.0445
-1.2500
-0.1606
253.
216.3
152.5
2 8.7
550.8
912.9
7 25.8
718.7
356.
226.3
0-0
.4347
-0.7052
40.1421
40.5521
41.2626
40.0311
40.9078
-1.0230
.5210
1-1.2143
5 23.9
823.5
539.6
412.2
245.1
4 037.3
4 327.7
4 447.7
-1130.
-014.
40.3314
40.0598
40.1852
40.6178
40.3859
40.6664
-0.8801
-1.1855
.2150
.2150
1-0
240
4 117.
4 125.
4 532.
4 8 5.4
4lO 2.
-11 26.6
- 0 19.9
4 129.4
41048.0
h 147.
4 921.
4ll 16.2
11 0.
- 7 56.
- 713.
8.0- 310.5
- 022.1
4 125.3
4 2 8.1
4 239.8
20 35.2
2 15.2
7 32.8
15 5.9
4 7.2
6 45.7
9 33.4
11 21.4
11 23.5
11 30.5
11 32.01- 4 26i)I-0.1451
4 5 57.6
4ll 26.1
- 7 27.3
- 0 9.6
-1135.3
9 2.3
620.4
4 36.2
434.2
4 27.4
3-0
.3351
.1604
.0086
41.0131
.1709
9-0
6-0
7-0
41.0788
-1.3152
-0.7827
40.4402
.4245
6-0
1-0
3016
40.8370
.5966
.9838
.3674
3-0
5-0
9-0
-0.4112
-0.2994
40.2905
41.2701
-1.0101
-O.8032
40.2403
40.9523
40.6986
40.8387
-0.6397
-1.2705
40.0288
40.2214
-0.5476
0.5708^0.2173
0.5664 0.2294
0.5663 0.2296
0.5644 0.2345
0.5608
Ai
O.591lM).iaO0
0.5903 0.1358Nft^S
0.5901 0.13^
0.5894 0.1414
0.5798 O.Wlh^
1^
.3^
s
O.5780W).1988
0.5776 0.1951 - W
0.5773 0.1969^8
0.5750 0.2041 ^t
0.5727 0.2im^^
O.2430
0.559^40.2464 ^^r5
0.5576
0.5528
0.5521
0.551^
0.5501+0.2626 *S2i-'
0.54901 0.2639
0.5485 0.2645
0.5459
0.5429
0.5426 40.2671
0.5426
0.5418
0.5414
0.5412
0.2654
0.2647
0.5408140.2636
0.5401 0.2569
0.5401 0.2555
0.5403 0.3472
0.5412 0.2342
0.542840.2188
0.5431
0.5434
0.54401
0.5441
0.5448,40.2004
0.5454
0.5458
0.5459 0.1910
0.5460
0.5523
0.5526
0.55281
0.5528
0.5528|
0.5528140.1032
0.2497^
0.2585 ^5K
0.2595 ^7S-»
0.26051*^-
0.2669 f3(M»
0.2673|*^-
0.267lH*r*
0.28614?
V'5
t I
fl^5
-^4
■2^
0.2159^9&^i
0.2133
0.2064
0.2072
■23-^
0.1923 ^
0.1901
'lop'
0.546640.1839
0.5478 0.1734*^;'
0.5487 0.1631 ^5f'
0.5501 0.1478 ^9J*.
O.5520I 0.1198 ^^^^
40.1140 ^kj^
OA0 ^ n
0.1035 4^
O.1032 ^ir
\d^
0CCULTATI0N8, 1916.
597
ELEMENTS FOR THE PREDICTION OF OCCUiyTATIONS.
SEPTEMBER.
Thb Staji's
At CoiuvifcnoN m R. A.
Limit-
ing Ptr-
aDeU.
Kame.
Ift*.
Red'nsfrom
1916.0.
Apparent
Declina-
tion.
Qreenwidi
MeanTImo.
Hour
Angle,
Y
xf
y"
N.
s
Aa
Aa
+16.0
16.0
16.0
16.1
16.0
u.
0 Tauri
1 Tauri
2 Tauri
3 Taur
Yf Taun
4.1
5.8
6.5
4.3
3.0
+4*19
4.20
4.19
4.18
4.18
+24 6.6
24 17.9
24 16.3
23 41.5
23 51.0
d h m
16 11 48.6
1150.6
1154.3
12 2.2
12 32.8
h m
- 4 10.0
- 4 8.2
-4 4.5
- 366.9
- 3 27.3
-0.0108
-0.2084
-0.1736
+0.4627
+0.3438
0.5628
0.6628
0.5628
0.6628
0.6629
+0.1026
0.1026
0.1023
0.1020
0.1009
•
+41
+30
+32
+73
+63
•
-24
-35
-33
0
- 6
4 B. TaiuH
7 Tauri
» Tauri
.4 H. Tauri
;6 Tauri
5.5
3.7
5.2
5.3
5.6
+4.16
4.18
4.18
4.21
4.13
+16.1
15.9
15.8
15.2
14.7
+23 10.1
23 48.1
23 53.1
25 19.9
23 52.8
12 56.3
13 17.4
13 18.0
13 46.7
20 0.8
-3 4.6
- 244.2
- 243.7
- 2 16.9
+ 346.1
+1.1172
40.4709
+0.3820
-1.1270
+1.0040
0.6629
0.6529
0.6629
0.6630
0.6633
40.1000
0.0992
0.0991
0.0980
0.0836
+90
+73
f66
-30
+90
+41
0
-4
-65
+34
X Taur
h Tami
LB Taur]
12 B. Aurii
lb Taur]
5.3
5.6
5.4
5.7
5.1
+4.12
3.97
3.85
3:86
3.82
+12.7
9.8
7.1
5.8
6.0
+25 26.1
24 55.5
25 5.1
26 52.5
25 51.2
17 4 2.3
19 46.7
18 9 37.3
13 6.7
14 17.5
+11 29.8
+ 241.1
- 7 67.0
-434.9
- 3 26.6
-0.0824
+1.1999
+1.1762
-0.8227
40.2807
0.6636
0.6625
0.5502
0.5495
0.6492
40.0647
40.0271
-0.0060
0.0142
0.0170
f37
f87
+90
- 6
+59
-26
+55
+54
-63
- 1
J9 Tauri
32 B. Geminorum
e Geminorum
87 B. Geminorum
37 Geminorum
4.7
6.5
3.2
5.8
5.7
+3.74
3.51
3.50
3.41
3.44
+ 4.3
1.4
0.6
+ 0.4
-0.4
+25 56.7
24 39.7
25 12.9
23 42.1
25 28.9
22 31.0
19 16 35.3
19 35.0
23 22.5
20 0 53.6
+ 430.2
- 2 2.2
+ 061.6
+ 4 31.6
+ 669.7
-0.0396
40.3580
-0.4918
40.8631
-1.2549
0.5470
0.5410
0.6399
0.6384
0.6378
-0.0361
0.0763
0.0827
0.0906
0.0937
f40
f65
+14
+90
-A1
-20
- 3
-50
+23
-65
CD Geminorum
44 Geminorum
48 Geminorum
d Geminorum
58 Geminorum
5.2
5.9
5.8
3.5
6.0
+3.38
3.32
3.32
3.23
3.23
-0.6
0.3
1.4
1.3
2.0
+24 20.2
22 45.8
24 16.2
22 8.3
23 6.4
4 15.0
5 38.5
8 59.6
12 41.4
14 16,4
+ 9 14.6
+10 35.3
-10 10.1
- 636.6
-6 3.6
-0.3140
+1.2834
-0.7406
+1.1997
-0.0616
0.6365
0.5360
0.6346
0.6330
0.6324
-0.1006
0.1034
0.1100
0.1172
0.1202
^^2A
+74
0
f90
f37
-41
+60
-66
+47
-29
49 B. Geminorum
B. D.+23'* 1744
87 B. Geminorum
.92 B. Geminorum
85 Geminorum
6.4
6.4
6.3
6.3
5.2
+3.17
3.18
3.15
3.12
3.00
- 1.7
2.6
3.3
3.3
3.5
+21 42.2
23 4.0
23 12.8
22 35.9
20 6.3
15 65.6
18 46.9
22 42.9
23 53.4
21 5 66.7
- 3 27.6
- 041.7
+ 3 6.8
+ 415.1
+10 7.0
+1.2906
-0.5780
-1.2603
-0.7395
+1.1622
0.5317
0.5305
0.6288
0.6283
0.6258
-0.1234
0.1286
0.1368
0.1379
0.1485
+76
+10
-44
0
+90
+59
-60
-67
-67
+38
J17 B. Geminorum
Saturn
6.3
0.5
5.9
7.8
5.5
+2.97
- 3.9
+20 2.8
20 30.3
18 36.1
18 57.1
18 22.6
8 28.4
11 15.6
19 44.4
23 38.2
23 63.8
-11 26.1
- 844.2
-030.8
+ 3 15.9
+ 3 30.9
+0.8370
-0.1027
+0.6121
-0.4510
+0.1376
0.5248
0.5199
0.5203
0.5177
0.6186
-0.1527
0.1566
0.1706
0.1761
0.1768
+90
+36
+86
+18
+50
+16
-36
<P Cancri
Neptune
2.82
5.1
0
-68
0 Cancri
2.78
5.6
-26
^ Cancri
54 Cancri
X Cancri {var.)
o^ Cancri
0* Cancri
4.2
6.3
6.2
5.1
5.7
+2.72
2.63
2.65
2.61
2.61
- 6.7
6.1
7.0
6.6
6.7
+18 27.7
15 39.7
17 33.0
15 38.6
15 54.2
92 6 33.0
9 50.6
12 3.1
13 2.1
13 12.4
+ 968.2
-10 50.2
- 841.6
- 744.3
- 734.2
-1.1632
+1.3090
-1.1994
+0.7123
+0.3934
0.6163
0.6160
0.6144
0.5141
0.5140
-0.1861
0.1905
0.1934
0.1947
0.1949
-28
+82
-31
+90
+66
-72
+50
-72
+ 2
-15
Venus
-3.9
6.4
6.6
5.1
5.8
+15 17.4
15 20.0
15 17.3
1140.2
12 11.7
19 40.8
20 62.0
22 22.6
28 7 10.9
14 48.3
- 1 17.4
- 0 8.2
+ 1 19.7
+ 962.6
- 643.2
-0.2198
-0.5077
-0.7676
+1.3556
-0.8912
0.4666
0.6117
0.5113
0.6091
0.6075
-0.1937
0.2042
0.2059
0.2154
0.2227
+31
+15
0
+77
- 6
1-48
81 Cancri
« Cancri
i Leonis
18 Leonis
+2.51
2.52
2.39
2.35
- 7.3
7.7
7.9
8.8
-66
-75
+53
-78
19 Leonis
Jt Leonis (var.)
83 B. T^nis
43 Leonis
155 B. Leonis
6.4
5-10
5.9
6.3
6.5
+2.34
2.34
2.27
2.16
2.13
- 8.8
8.8
8.7
9.8
9.6
+11 57.3
11 49.0
919.8
6 68.0
+ 6 7.1
NEW
16 21.7
15 26.6
20 10.2
24 10 22.6
10 31.2
MOON,
- 6 10.8
- 6 6.9
- 130.5
-11 42.4
-11 34.1
-0.7519
-0.6151
+1.0412
+0.3145
+1.2056
0.5075
0.5074
0.5067
0.5054
0.6063
-0.2232
0.2232
0.2273
0.2374
0.2375
+ 2
+ 9
+90
+60
+90
-78
-75
+18
-24
+30
43 H. Vii^nis
231 G. Viiginis
5.5
6.4
+2.18
2.19
-14.8
14.8
-17 48.8
18 12.0
29 7 26.6
8 10.8
+ 648.6
+ 631.3
-0.6607
-0.3951
0.6622
0.6527
-0.1871
0.1859
- 2
fl2
-90
-66
236 G. Viigi
nis
5.7
+2.19
-14.9
Ll8 19.9
8 63.0
1+ 7 12.2
-0.3879
0.5532
U).1847
1+13
-66
598
0CCULTATI0N8, 1916.
ELEMENTS FOR THE PREDICTION OF OCXJULTATIONS.
SEPTEMBER.
The Stab's
At CoNJUNcnoir nr R. A.
ise rtr»
Name.
9 G.
17 G.
18 G.
43 B.
47 G.
64 G.
153 B.
169 B.
177 B.
42
libree
libise
libise
libne
librse
libise
librse
Librse
Libne
Librae
Mag.
6.5
6.4
6.1
5.7
6.1
5.8
6.3
6.0
6.2
5.0
Red'zisfrom
1916.a
Aa
+2.28
2.34
2.34
2.46
2.46
+2.51
2.63
2.64
2.65
+2.67
A«
ff
-15.0
15.0
15.0
16.1
14.7
-14.4
14.4
13.9
13.9
-14.0
Apparent
Declina-
tion.
Oreenwkh
Mean Time.
-20 4.5
20 49.5
20 58.6
21 2.6
21 42.6
80
h m
16 0.9
20 55.9
2122.7
143.2
5 33.
-22 5.6
24 12.5
22 52.0
22 52.8
1-23 33.0
9 43.8
16 38.9
18 34.3
19 12.5
19 34.6
Hour
Angle,
8 +
h m
955.
510.5
444.6
033.
3 8.7
0-K)
+ 7 9.
-10 11.0
- 8 19.9
- 743.2
- 7 22.
.1567
+0.1127
+0.1988
.4168
-0.2965
5-0
4-0
.4831
40.8214
-0.7889
-0.8482
.1986
0-0
0.5585-0
0.5620
0.5623
0.5654
0.5681
0.57101-0
0.5755
0.5767
0.5771
X J 8.
• •
1720 *JS^
0.1626 ^36-^
0.1617 *4Si^
0.1529 * 7,-6e
0.1448 +13L«
1355
O.llM
0.1147
0.1132
0.5773I-O.1123
h66^'>
17-Si*
h21^
14^
OCTOBER.
A
31 B.
32 B.
3
40 B.
48 B.
50 B.
24 G.
41 G.
85 B.
19
d
a
22
116 B.
88 B.
26
118 B.
137 B.
36
e
136 G.
151 G.
4 G.
63
67 B.
70 B.
A
24
117 B.
26
126 B.
154 B.
162 B.
127 G.
168 B.
172 B.
189 B.
191 B.
208 B.
222 B.
50
Scorpii
Scorpii
Scorpii
Scorpii
Scoipii
Scorpii
Scorpii
Scorpii
Scorpii
Scoipii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Ophiuchi
Ophiuchi
Ophiuchi
Ophiuchi
Ophi. {l8t star)
Ophiuchi
Ophiuchi
Ophiuchi
Sagittarii
Opiduchi
Sagittarii
Sagittarii
Sagittani
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
4.6
+2.77
-13.8
-25 4.9
5.4
+2.76
-13.6
-24 17.3
5.3
2.75
13.4
23 43.9
5.9
2.77
13.8
25 0.0
5.4
2.79
13.5
24 35.6
4.9
2.84
13.6
25 38.1
6.4
+2.83
-13.2
-24 30.0
6.2
2.85
13.0
24 14.5
6.3
2.88
12.6
24 12.7
6.0
2.91
12.8
25 16.1
4.9
2.92
12.2
23 58.3
3.1
+2.95
-12.6
-25 23.7
1.2
3.02
12.4
26 15.0
4.8
3.00
11.9
24 56.1
6.2
3.04
12.3
26 21.5
6.3
3.20
10.1
24 58.1
5.8
+3.20
-10.0
r24 51.9
6.2
3.28
10.1
26 24.2
6.3
3.29
9.3
25 9.3
5.4
3.31
10.4
26 29.0
3.4
3.34
8.5
24 55.1
6.3
+3.40
- 8.4
-25 52.3
6.0
3.44
8.2
26 12.5
6.2
3.56
7.1
26 56.9
6.1
3.55
5.9
24 52.4
6.4
3.72
4.1
25 38.3
6.4
+3.72
- 3.6
-24 57.3
2.9
3.77
3.4
25 28.2
5.7
3.77
2.2
24 5.8
5.8
3.78
1.6
23 34.7
6.1
3.81
1.4
23 54.8
5.7
+3.86
- 1.6
-25 5.8
5.9
3.87
+ 0.2
23 16.9
6.4
3.94
-0.2
24 59.4
6.4
3.96
0.0
25 3.6
6.3
3.89
+ 0.9
22 48.9
5.8
f3.96
0.0
-24 57.8
6.1
3.99
+ 0.8
24 47.4
6.5
3.94
1.3
23 19.4
6.1
4.02
1.6
24 19.4
5.5
3.98
2.8
22 33.5
5.5
+4.00
+ 3.6
1-21 56.6
2
0 58.0
1 5.6
1 6.8
123.4
2 58.5
4 52.6
5 7.0
6 42.1
9 3.1
9 29.2
11 47.0
11 59.0
15 13.0
15 33.1
15 59.6
3 11.3
3 15.8
5 51.4
7 56.9
9 9.2
1144.2
13 37.3
15 28.7
2155.5
0 26.7
9 38.6
10 45.2
13 15.2
15 34.7
17 23.4
18 41.6
19 50.3
015.5
1 9.0
157.9
2 28.8
2
5
5
7
10
46.8
4.1
17.3
58.6
2.0
12 18.9
210.9
2 3.6
2 2.4
146.6
015.1
134.5
148.4
319.8
535.3
6 0.5
812.8
+ 824.4
+11 30.7
+11 50.0
-1144.6
- 059.6
0 55.3
134.2
334.6
444.0
712.7
+ 9 1.
+1048.1
- 7 0.7
-435.
+ 4 14.0
+ 518
+ 7 42.0
+ 955.9
+1140.2
-11 4.7
958.7
544.1
452.7
4 5.7
3 36.0
1-0
318.7
1 6.9
054.
140.8
3 39.3
550.91-0
+0.8105
-0.0193
-0.5935
+0.6849
+0.1152
+1.0146
-0.1764
-0.5772
-0.7972
+0.2553
-1.2454
+0.2042
+0.8703
-O.5000
+0.9359
-0.9665
-1.0746
+0.4408
-0.8684
+0.4761
-1.1357
2-0
.1603
+0.1951
+1.0696
.9636
+0.2668
6-0
0-0
.3569
+0.3393
-0.8791
-1.2574
-0.8050
+0.4985
-0.9134
+0.9112
+1.0687
-1.1513
+1.0594
+1.1405
.3190
+1O150
-0.5119
8355
0.58041-0
0.5805-0
0.5805
0.5807
0.5816
0.5826
5827-0
0
0.5835
0.5846
0.5849
0.5859
0.5860
0.5873
0.5875
0.5877
0.5912
0.5912
0.5918
0.5922
0.5924
0.5928M)
0.5929
0.5931
0.5932
0.5931
0.5918
0.59161+0
0.5910
0.5904
0.5899
0.5895
0.5891
0.5876
0.587S
0.5870
0.5867
0.58661+0
0.5857
0.5856
0.5845
0.5835
0.5824
.0988
0984
0.0984
0.0977
0.0936
0.0886
.0880
0.0838
0.0775
0.0763
0.0701
-0
0
0
0
0
+63(-:
+13U'
-2?lt'
+35^r
-5&-^l
+31 -oi
♦64j*-K'
- 7-:fe
-0
0
0
0
0266
0264
0189
0128
0093
0017
+0.0039
0.0093
0.
0.0357
0.0623
0283 +63
.0655
0.0726
0.0791 1-!
0.0842
0.0878
0696
0606
0597
0585|+e4'H
-37f-«(-
-45(-»
♦41-1:
-32 -»
-5l]-tf'
6-5:
+2^
-36 -9C
+34 -r
+0.0910 l+5l)-H
0.1030 -26-90
0.1(»4 ^65j^
0.1076 *65+24
lf«
26 -S'^
-21
0.1089 -44
1097
1157
1163
1157 +65^1
0.
0.
0.1232 1+6€(+19
0,
UO.
+65*23
+65*31
+ 8-6S
-»
- 1
1285
1342Ll8l-^
-76
OCCULTATIONS, 1916.
599
ELEMENTS FOR THE PREDICTION OF OOCULTATIONS.
OCTOBER.
Ths Stab's
At CoNnTNcnoN or R. A.
Limit-
ing Par-
ailals.
Name.
47 B.
61 B.
94 B.
95 B.
29
53 B.
18
72 B.
137 B.
X
96 B.
0
P
170 B.
186 B.
207 B.
6 G.
22 B.
S53 B. Sagittarii
^ Capricomi
fT Capricomi
p Capricomi
o Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Capricomi
Aquarii
Aquarii
Aquarii
Capricomi
Capricomi
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
A(iuarii
Piflcium
Piflcium
K Piscium
9 Piscium
16 Piscium
, A Piscium
19 Piscium
22 Piscium
36 Piscium
d Piscium
136 B. Piscium
75 Piscium
101
105
3
4
Piscium
Piscium
Piscium
Arietis
Arieris
t Arietis
35 B. Arietis
47 B. Arietis
20 H». Arietis
15 Arietis
6 Arietis
26 Arietis
M Arietis
47 Arietis
e Arietis (mean)
66 Arietis
7 Tauri
16 Tauri
17 Tauri
18 Tauri
a Tauri
Mag.
6.1
5.5
5.2
5.0
5.6
6.2
5.3
5.9
5.7
5.9
5.5
6.5
5.5
6.5
6.2
5.5
6.5
4.8
5.3
6.0
6.1
5.2
6.3
6.2
6.4
4.9
6.4
5.7
4.6
5.4
5.8
6.2
5.4
6.5
6.3
3.7
6.2
6.1
6.4
5.8
5.1
6.4
6.5
6.4
5.9
5.6
6.2
5.7
5.8
4.6
6.1
5.9
5.4
3.8
5.6
4.3
k4.01
4.18
4.18
4.18
4.21
1+4.18
4.24
4.18
4.25
4.21
+4.29
4.24
4.27
4.24
4.26
+4.31
4.30
4.33
4.34
4.34
+4.35
4.32
4.32
4.36
4.39
Red'ns from
1916.0.
Aa A«
+4.391+28
4.39
4.40
4.41
4.42
+4.44
4.47
4.48
4.52
4.59
+4.66+28
4.66
4.69
4.71
4.71
k4.73
4.74
4.74
4.74
4.78
+4.79
4.80
4.82
4.84
4.85
+4.88
4.93
4.92
4.91
4.93
+4.92
//
-4.2
9.6
10.7
11.0
10.8
1-21 29.2
19 22.7
18 29.1
18 5.3
18 51.5
+12.0
11.9
12.7
14.3
14.8
+16.1
16.7
17.6
18.3
19.4
+19.8
20.6
22.9
23.1
23.5
+24.0
24.9
25.4
26.4
28.0
.2
28.2
28.7
28.7
29.1
+29.2
30.0
30.0
29.9
29.7
.8
28.7
28.4
28.1
28.0
+27.5
27.1
27.0
26.8
26.6
+26.2
25.4
24.5
23.3
23.1
+20.4
19.6
18.6
18.7
18.5
+18.6
Appar6Qt
DMdiDa-
tlon.
Greenwich
Uean Time.
Hour
Anrie,
hl6 48.7
18 25.9
16 25.2
16 21.1
14 48.2
-15 31.0
13 32.8
13 14.1
1155.7
10 57.0
1-11 44.9
10 42.1
8 11.7
8 14.2
7 36.8
6 58.7
4 39.3
3 59.1
2 50.3
0 9.7
0 48.2
0 40.1
138.6
119.5
3 1.7
+ 2 28.3
7 46.9
7 43.9
8 54.3
12 30.9
+14 55.3
14 14.4
15 59.3
17 0.0
16 32.7
+17 24.9
17 51.5
17 38.2
16 50.3
19 6.7
+19 31.2
19 29.4
19 39.7
20 20.3
21 0.7
+22 31.3
24 11.3
24 1.9
23 51.3
24 34.9
+24 12.6
d
4
5
6
8
9
10
11
12
18
h m
14 9.8
10 3.6
13 23.
14 2.8
14 28.4
16 52.7
18 46.7
19 0.9
2 21.3
2 49.0
10 13.7
10 21.4
13 57.9
15 46.0
20 46.6
23 56.2
3 7.9
13 43.6
15 16.6
16 49.1
20 24.2
23 24.9
0 49.8
8 58.9
20 51.8
22 28.1
22 37.1
2 56.4
5 36.8
7 39.9
10 17.7
2154.6
23 48.5
9 29.6
21 18.9
8 49.5
10 48.1
12 34.7
15 44.0
16 27.8
20 38.0
23 31.1
121.3
2 5.3
2 37.9
6 0.8
11 37.6
16 51.8
23 49.6
019.7
13 10.9
15 47.4
2019.3
20 21.3
6 +
h m
7 37.5
246.0
558.
+ 636.
+ 7 0.9
+ 9 19.9
+11 9.
+11 23.4
- 5 32.
-5 5.3
-1.0448
40.0412
.2402
.5152
+0.3433
-1.2563
.7540
1-1.2286
.2157
1-1.2466
5-0
3-0
8+0
0+0
2 3.1
210.1
+
+
+ 539.
+ 7 24.0
-1145.7
5+1
.0932
.8652
.3619
1-1.2651
-1.0766
9-0
8-0
842.
537.6
436.6
6 6.4
735.
7+0
9+0
+11 3.8
-10 1.
- 839.5
-046.
+1043.0
6-0
+0.7809
.7914
H.1037
.1409
+0.2639
5-0
-1143.
-1135.1
- 724.2
- 4 49.0
- 249.
-017.2
+1057.0
-11 12.
- 150.7
+ 935.
317.2
122.5
020.6
323.5
4 5.8
+ 8 7.6
+1054.8
-11 18.8
-1036.3
-10 4.8
- 648.8
- 123.6
+ 339.8
+1023.0
+1052.2
-043.6
+ 147.3
+ 6 9.6
+ 611.5
20 28.2+ 618.3
20 29.71+ 6 19.7
.4846
+0.2032
+0.3085
+0.7434
.5050
8-0
.2955
[-0.1195
+0.0226
+1.0459
.1533
9-0
+1.0992
-1.3412
.8103
+0.3937
.5033
8-0
2^
-0.4071
+0.7274
-0.7105
-1.1045
-0.4798
-0.5426
-0.4369
+0.1482
+1.1246
-1.1528
-0.9529
+0.0772
40.7768
+1.1476
+0.5102
+0.6280
-0.8473
-0.1888
40.0029
-0.7623
M).3620
0.58161+0
0.5710
0.5691
0.5688
0.5685
0.5672
0.5661
0.5659
0.5618
0.5616
0.5577
0.5576
0.5558
0.5549
0.5525
0.5510
0.5497
0.5456
0.5450
0.5445
0.5434
0.5426
0.5422
0.5403
0.5386
0.5385
0.5385
0.5382
0.5381
0.5381
0.5381
0.5387
0.5389
0.5402
0.5425
0.5452
0.5457
0.5462
0.5470
0.5472
0.5483
0.5491
0.5496
0.5498
0.5500
0.5508
0.5523
0.5536
0.5552
0.5553
0.55761+0
0.5580
0.5585
0.5585
0.5585
0.5585
N.
-32
S.
1-90
.1387
0!l830 1+341-40
0.18951+201-56
0.1907
6
0.1916 +51
-75
-23
+0.1960
0.1995
0.1999
0.2123
0.2130
+0.2241
0.2243
0.2291
0.2314
0.2374
+0.2408
0.2440
0.2529
0.2539
0.2549
k0.2570
0.2585
0.2591
0.2617
0.2626
+0.2625
0.2625
0.2618
0.2612
0.2605
+0.2596
0.2536
0.2523
0.2446
0.2323
40.2174
0.2146
0.2120
0.2072
0.2061
+0.1994
0.1946
0.1915
0.1902
0.1893
+0.1832
0.1728
0.1626
0.1484
0.1474
.1194
0.1136
0.1031
0.1030
0.1028
+0.1027
^5-89
+72
-41
- 1
-90
+46-30
-41
+74
-10
1-90
+21
-90
+18-63
-40
-22
-90
-90
+66-16
+50-31
+58
+82
+71
+83
- 1
-21
-26
- 3
-16
0
1-90
-90
+90
-44
+65
+90
+ 4
-23
+12
^^50
90
-28
-13
+46
+90
+76
+34-50
+57 -28
+26-58
+36-48
f43-40
+90+16
+34-50
+20
-81
- 2-82
-19
+15-67
+20-59
+ 2
1-74
-73
+16-62
-65
+18-58
1-25
+31
-71
-70
-27
+90+11
+39
h 2
+88+ 7
- 7-66
+31-34
442-24
- 2-65
+221-44
600 OCCULTATIONS, 1916.
ELEaiENTS FOB THE PKEDICTION OF OOCCLTATIONS.
OCTOBER.
0CCULTATI0N8, 1916.
601
ELEMENTS FOR THE PREDICTION OF OCXJULTATIONS.
OCTOBER.
Ths Stae'b
At CoNJVifCTioN iif R. A.
Limit-
iDfPar-
anela.
NanM.
431 B. Leonifl
78 B. Vilginia
40 B.
48 B.
50 B.
57 B.
24 G.
27 G.
41 G.
85 B.
19
6
a
22
116 B.
126 B.
88 B.
26
118 B.
137 B.
36
0
136 G.
151 G.
63
7
9
67 B.
70 B.
X
24
117 B.
26
126 B.
154 B.
162 B.
168 B.
191 B.
208 B.
222 B.
50
253 B.
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Scorpii
Ophiuchi
Ophiuchi
^hiuchi
Ophiuchi
C^hi. (Ut star)
Ophiuchi
Ophiuchi
Ophiuchi
Ophiuchi
Sagittaiii
Sagittaiii
Sagittarii
Sagittaiii
Sagittarii
Sagittarii
Sagittarii
Sagittani
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Sagittarii
Mug.
6.2
6.5
5.4
4.9
6.4
5.7
6.2
5.8
6.3
6.0
4.9
3.1
1.2
4.8
6.2
6.1
6.3
5.8
6.2
6.3
5.4
3.4
6.3
6.0
6.1
5.5
6.0
6.4
6.4
2.9
5.7
5.8
6.1
5.7
5.0
5.1
5.9
6.4
6.3
6.5
6.1
5.5
5.5
6.1
Rad'ns from
1910.0.
Aa Aa
+2*35
2.24
1+2.59
2.63
2.62
2.61
2.63
+2.62
2.65
2.67
2.68
2.70
+2.76
2.74
2.76
2.78
2.88
+2.88
2.94
2.95
2.96
2.98
+3.03
3.06
3.15
3.18
3.19
+3.29
3.29
3.33
3.33
3.34
+3.37
3.41
3.40
3.41
3.42
+3.48
3.44
3.491
3.56
3.53
+3.55
+3.56
//
k3.9
14.2
-11.8
11.8
11.6
11.3
11.4
-11.2
11.1
11.2
10.7
11.0
klO.7
10.4
10.7
9,7
8.8
8.8
8.7
8.1
9.2
7.4
7.3
7.1
5.1
4.4
4.3
3.6
3.1
2.9
1.9
1.3
1.2
1.3
0.2
0.3
0.2
-0.2
+ 0.9
1.2
1.5
2.6
3.2
3.8
AppArent
Declina-
tion.
- 158.5
5154
NEW
-24 35.6
25 38.1
24 29.9
23 22.9
24 14.5
-23 27.9
24 12.7
2516.1
23 58.2
25 23.7
-26 15.0
24 56.0
26 21.5
2418.5
24 58.1
-24 51.9
26 24.2
25 9.3
26 29.0
24 55.1
-25 52.3
26 12.5
24 52.4
24 17.0
24 21.9
-25 38.3
24 57.3
25 28.2
24 5.8
23 34.7
-23 54.8
25 5.8
22 51.0
22 46.6
2316.9
-24 59.4
22 48.9
23 19.4
2419.4
22 33.5
-21 56.6
-21 29.2
Greenwich
Mean Time.
d h m
28 11 6.5
84 5 38.6
MOON,
28
29
9 30.4
11 21.9
11 36.0
12 28.4
13 9.0
13 29.8
15 26.8
15 52.3
18 7.2
1818.8
21 28.7
21 48.3
22 14.3
211.
9 12.4
+1154.2
-10 13.4
- 948.9
- 7 39.4
- 728.
9 +
80
81
916.8
11 49.4
13 52.7
15 3.7
17 36.0
19 27.2
21 16.7
6 6.7
9 9.2
9 32.5
15 11.9
16 17.8
18 46.3
21 4.6
22 52.4
010.0
118.2
4 58.8
5 21.0
5 41.7
6 35.0
7 54.4
10 42.2
13 23.0
15 26.2
17 43.0
19 33.8
Hour
Angle,
h m
hlO 19.
+ 7 39.7
5-0
+ 8 4.4
+ 951.5
+10 5.0
+1055.3
+11 34.
.0049
-1.0548
+0.2856
+1.1795
40.0008
-1.2128
.3932
3-0
1.2125
-O.6071
40.4357
-1.0465
.3893
340
4 26.1
4 7.
342.3
0 5.6
648.
2^
kl.0544
.3023
+1.1206
-1.1671
.7472
9-0
+ 653.
+ 9 19.6
+11 17.8
-11 34.1
-9 8.
1-0
7 21.5
536.5
251.8
546.8
6 9.2
+11 34.8
-11 22.0
- 859.5
- 646.8
-5 3.4
349.0
243.5
048.2
1 9.6
129.4
+ 220.7
+ 3 36.9
+ 618.
+ 852.5
+10 50.8
■1057.7
- 911.2
.8543
+0.6517
-0.6436
40.6915
.9039
1-0
40.0662
+0.4212
-0.7187
-1.1879
-1.0880
40.5140
-0.1053
40.5899
-0.6208
-0.9961
-0.5446
40.7550
-1.1596
-1.1946
-0.6487
1-0
+1.1711
-0.8846
.0526
+1.2807
-0.2424
-0.5646
-0.7730
0.5105M)
0.5186
0.58981-0
0.5908
0.5909
0.5913
0.5917
0.0767
0.0765
0.0692
0.0687
-11-86
0.5919 -0.0821 1-531-87
0.5928
0.5930
0.5940
0.5940
0.5953-0
0.5954
0.5956
0.5969
0.5985
0.59861-0
0.5989
0.5992
0.5993
0.5994-^
0.5995
0.5994
0.5985
0.5979
0.5978
0.5962
0.5959
0.5950
0.5941
0.5934
0.5928
0.5923
0.5905
0.5904
0.5902
0.5897
0.5890
0.5875
0.5860
0.5848
0.5834
0.5823
y"
N.
.2469
0.2435
+41-42
-18-00
.0929 438
0.0879 1464
0.0873
0.0849
0.0831
-26
+37
+22-42
-53-87
+ 1
-67
+46
-39
+42
17
-90
-20
.0597
0.0587
0.0575
0.0460
0.0254
464
+ 4-60
+64
-51
-23
+30
-90
-90
.0252
0.0176
0.0115
0.0079
.0003
-30
457
-18
+60
-35
40.0052
0,0107
0.0371
0.0461
0.0472
+0.0637
0.0668
0.0739
0.0804
0.0854
40.0890
0.0921
0.1021
0.1031
0.1040
+0.1064
0.1098
0.1171
0.1239
0.1291
40.1347
40.1391
439
-21
450
4
456
-11
-34
465
-46
-49
-10
465
-24
422
466
4l3
-3
-14
S.
+24
90
- 4
-90
- 2
-90
418-38
-18
-90
-53h89
-44
-90
-12
15-48
- 8
-88
-90
6-80
+ 2
-90
-90
90
+35
-90
-45
+52
-56
-81
1-90
NOVEMBER,
6 Capricomi
ir Capricomi
p Capricomi
o Capricomi
47 B. Capricomi
V Capricomi
5.5
5.2
50
5.6
6.2
5.3
+3.73
3.75
3.74
3.77
3.75
+3.80
8.8
9.8
10.0
9.8
llO
+10.9
-19 22.8
18 29.1
18 5.4
18 51.6
16 48.7
1-18 25.9
1 15 32.2
18 53.9
19 33.5
19 59.3
22 250
2 0 20.2
+10 2.
-1043.
-10 5.
- 940.7
-7 20.
- 5 29.3
0+0
.3183
.0360
.2399
40.6215
.9844
+1.0336
840
6-0
3-0
0.5691
0.5668
0.5664
0.5661
0.5645
0.5632
+0.1821
0.1884
0.1896
0.1904
0.1947
40.1979
449
-24
434-40
420
468
-21
472
-56
- 8
-90
+18
602
OCCULTATIONS, 1916.
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
NOVEMBER.
Tbk Stak's
Name.
61 B.
94 B.
95 B.
63 B.
18
72 B.
137 B.
A
96 B.
6
P
170 B.
186 B.
207 B.
6 G.
22 B.
K
9
16
A
19
22
36
d
136 B.
75
V
101
105
3
4
%
35 B.
47 B.
Capilcorni
Capriconii
Capricomi
Aquaiii
Aquarii
Aquarii
Capricorni
Capricomi
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Piscium
Piscium
Piscium
PijBcium
Pifloium
Piflcium
Piflcium
Piscium
Piflcium
Piflcium
Piflcium
Piscium
Piflcium
Piflcium
Piscium
Arietifl
Arietifi
Arietifl
Arietifi
Arietifl
20 H*. Arietifl
15 Arietifl
6 Arietifl
26 Arietifl
/I Arietifl
47 Arietifl
« Arietifl (mean)
66 Arietifl
7 Tauri
16 Tauri
17 Tauri
18 Tauri
a Tauri
20 Tauri
21 Tauri
22 Tauri
23 Tauri
fl Tauri
104 B. Tauri
27 Tauri
Tauri
Mag.
5.9
5.7
5.9
6.5
5.5
6.5
6.2
5.5
6.5
4.3
5.3
6.0
6.1
5.2
6.3
6.2
6.4
4.9
6.4
5.7
4.6
5.4
5.8
6.2
5.4
6.5
6.3
3.7
6.2
6.1
6.4
5.8
5.1
6.4
6.5
6.4
5.9
5.6
6.2
5.7
5.8
4.6
6.1
5.9
5.4
3.8
5.6
4.3
4.1
5.8
6.5
4.3
3.0
5.5
3.7
5.2
Red 'lu from
1916.0.
Aa
+3.76
3.84
3.80
3.86
3.89
+3.87
3.90
3.95
3.96
4.02
+4.04
4.04
4.07
4.05
4.06
+4.13
4.21
4.22
4.22
4.25
+4.27
4.29
4.32
4.41
4.44
+4.52
4.66
4.80
4.81
4.85
1+4.90
4.90
4.95
4.98
4.99
+4.99
6.03
5.06
5.12
5.16
k5.24
5.24
5.36
5.43
5.44
+5.44
5.46
5.45
5.45
5.46
+5.451+20
5.44
5.44
5.421
5.44
+5.44
Aa
tf
+11.7
13.1
13.8
15.6
16.4
+17.1
18.3
18.5
19.4
21.8
+22.0
22.4
23.0
24.1
24.6
+25.7
27.6
27.8
27.9
28.5
+28.3
29.0
29.0
30.5
30.5
+30.6
30.8
30.3
30.0
30.0
+29.8
29.7
29.3
28.9
28.7
+28.4
28.6
28.2
27.2
26.3
+25.1
25.0
22.2
21.6
20.4
+20.
20.4
20.4
20.3
20.3
20.3
20.2
20.1
20.0
+20.
Apparmt
D«cliiia-
tkm.
-16 25.2
16 21.1
14 48.3
13 32.8
13 14.1
-11 55.7
10 57.0
1144.9
10 42.1
811.8
- 8 14.2
7 36.8
6 58.7
4 39.3
3 59.1
-2 50.3
-0 9.7
y 0 48.2
0 40.1
138.6
• 1 19.5
3 1.7
2 28.3
7 46.9
7 43.9
+ 8 54.3
12 30.9
14 55.3
14 14.4
15 59.3
+17 0.1
16 32.8
17 25.0
17 51.5
17 38.3
+16 50.3
19 6.7
19 31.3
19 29.4
19 39.7
+20 20.4
21 0.7
22 31.3
2411.4
24 1.9
4+23
51.3
24 34.9
24 12.6
24 6.7
24 17.9
3+24
01+23
16.3
23 41.6
23 51.1
23 10.2
23 48.2
53.2
At ComuifcnoN or R. A.
Greenwich
Mean Time.
d
2
8
6
8
9
10
h m
0 34.5
8 0.3
8 28.4
16 7.
19 47.61
+
+
61+
21 37.5
2 43.6
5 56.9
912.4
20 1.8
21 36.8
23 11.4
2 51.4
5 56.4
7 23.3
15 44.1
3 54.4
5 33.0
5 42.2
10 7.8
12 52.1
14 58.0
17 39.6
5 32.3
7 28.7
17 21.8
5 24.1
17 5.5
19 5.8
20 53.8
0 5.5
0 49.9
5 3.0
7 57.8
9 49.2
10 33.6
11 6.5
14 31.2
2010.6
126.8
I- 856.
-4 1.4
- 054.6
+ 214.3
-11 17.9
945.8
814.4
441.4
142.
018.4
746.3
4 26.8
251.3
242.4
134.8
413.9
615.8
852.3
337.6
144.9
8 26.6
8 56.8
21 49.7
0 26.2
4 58.0
5 0.0
5 6.9
5 8.4
5 24.7
6 26.7
6 30.4
5 38.2
6 8.3
6 31.5
6 52.3
6 52.9
Hour
Ancle,
h m
516.
154.3
2 21.
944.3
-1043.
6-0
4-0
0-0
9-1
5-0
+ 7 49.3
-4 31.
+ 646.6
+ 842.9
+1027.4
8-0
-1027.2
- 944.
-539.
- 250.7
- 1 3.0
-020.2
011.6
3 29.
857.
957.5
-312.
- 242.9
+ 943.
1-1146.
-723.
722.0
715.3
713.
658.1
666.2
652.
645.
616.1
653.
633.7
533.
.9673
+0.4914
.9791
-0.6004
0964
.0077
-0.8228
+0.7481
+0.4610
+0.5540
+0.9910
+0.7480
+1.0212
.5724
-0.8906
+0.0674
+0.4519
-0.1175
+0.0602
+0.1939
+1.2226
+0.0049
+1.2649
-1.2317
-0.7000
+0.4908
.4471
-0.3810
+0.7568
-0.6968
-1.1018
.4747
.5488
-0.4499
+0.1341
3-0
6-0
+1.1144
1-1.1781
.9854
.0360
+0.7254
Ikl
5-0
3+0
.0797
+0.4388
.5260
.958]
.3084
0+0
2-0
9-0
-0.1165
-0.8831
.4822
-0.3493
hO.5463
9-0
6-0
.6119
.1216
+0.0014
.7704
[+0.1253
.0367
1+0
7+0
IM)
0.56301+0.1983
0.6681
0.66781 0.2109
0.6631 0.2215
0.65091 0.2261
0.6499{+O
0.5471
0.6454
0.6438
0.6392
0.
0.6380
0.6368
0.6359
0.6354
.1 .
-19f-9D
0^102 ««Sf-15
eBdb.
I
N.
S-
-11
2283
0.2339
0.2371
0.2401
0.2483 f74|-15
-18 -«
-7-»
+78-2
♦«-i:
5386+0.2493
0.2S02
0.^21
0.2535 l+ll-T;
0.2540
0.6334 +0.2564
0.5318
0.5317
0.5317
0.6315
0.5315
0.5315
0.5316
0.5327
0.5330
0.53491+0
0.5381
0.5418
0.5425
0.5431
0.6442
0.5445
0.5460
0.5470
0.5477
0.5480 +0
0.5482 0
0.5494 0
0.5514 0
0.5532 0
0.5653{+O
0.6555
0.5589
0.5594
0.5603
0.5603
0.5603
0.5603
0.5603
0.5603
0.50031+0
0.5604
0.5604
0.5605
0.5606
0.5606
0.2571
O
0.2569
0.2562
+0.2556
0.2550
0.2541
0.2483
0.2470
+82*13
♦^;
-7[-fc'
f45-«
t69i-lS
2569 f35-tS
+45 -«
+^-5I
+90J+3D
.91
0
0
0
0
+0
0
0
0
0
.2396
.2277
2134
.2107
2081
.2035
2024
1959
1912 +1
0.
0.
0.
0,
+0.
0.
0.
0.
0.
1174
1115
1012
1012
1009
1008
1002
1001
+72-H
K2ii-5:
+9a+?
+ 4H^
-23ln
16^
kl2[-6
f4»-3E
-3iLn
-15p»
f44i-5
+r"
1882
1870
1860
1802
1700
1600
1460
1450 1+7<^
-15-tf
+W-^
+14U1
22U
+11U3
1000
0.0997
0.0985
0.097
0.0968
+0.0968
-17
-34
O976|+90i+U
•49[-i:
+441-21
0CCULTATI0N8, 1916.
608
ELEMENTS FOR THE PREDICTION OF OOCULTATIONS.
NOVEMBER.
Thb STAB'8
Name.
36 Tauri
X Tauri
62 Tauri
815 B. Tauri
h Tauri
118 Tauri
125 Tauri
132 Tauri
139 Tauri
5 Geminorum
8 Geminorum
52 B. Creminorum
£ Geminorum
87 6. Geminorum
GO Geminorum
44 Geminorum
6 Geminorum
58 Geminorum
149 B. Geminorum
63 Geminorum
B. D.+23*> 1744
79 Geminorum
85 Greminorum
217 B. Geminorum
10 H. Cancri
Saturn
d> Cancri
d* Cancri
6 Cancri
Neptune
54 Cancri
o» Cancri
o* Cancri
81 Cancri
n Cancri
^ LeoniB
o Leonis
19 Leonis
R LeoniB.(rar.)
83 B. Leonis
89 B, Leonis
K Leonis
43 Leonis
155 B. Leonis
35 Sextantis
p* Leonis
p* Leonis
359 B. Leonis
388 B. Leonis
431 B. Leonis
13 B. Viiginis
78 B. Viiginis
q Viiginis
370 B. Viiginis
69 Viiginis
75 Viiginis
Mug.
5.6
5.3
6.1
6.3
5.6
6.4
5.1
5.0
4.7
5.9
6.1
6.5
3.2
5.8
5.2
5.9
3.5
6.0
6.4
5.3
6.4
6.3
5.2
6.3
6.1
0.3
5.9
6.2
5.5
7.7
6.3
6.1
5.7
6.4
5.6
6.1
3.8
6.4
5-10
5.9
6.2
4.9
6.3
6.5
6.1
5.7
5.3
6.3
6.3
6.2
5.9
6.5
5.3
6.0
4.9
5.6
1+6.
6.52
5.44
6.48
6.38
+6.34
6.30
6.30
6.20
6.18
k6.10
6.01
6.03
4.94
4.96
k4.98
4.82
4.76
4.72
4.66
Red ^ns from
1916.0.
Aa
4^.47kl8
6.66
6.60
5.62
6.64
61 +
+4.64
4.48
4.48
+4.28
4.26
4.26
4.11
4.12
k3.93
3.84
3.85
3.85
3.74
k3.72
3.70
3.54
3.52
3.41
+3.23
3.19
3.15
3.11
3.06
k2.99
2.89
2.81
2.76
2.68
+2.67
Aa
tt
.3
16.1
16.0
12.1
11.8
7.8
6.3
5.4
3.9
2.6
2.0
0.9
1.9
2.6
4.0
4.0
6.6
6.3
6.3
6.6
7.4
8.1
9.2
9.7
9.9
-11.7
11.6
12.6
-13.4
14.0
14.1
16.1
15.6
-16.7
15.9
17.0
17.0
16.7
-16.6
16.6
17.7
17.4
18.2
-18.4
17.9
18.4
17.9
18.0
-17.6
17.8
17.2
16.8
15.8
-16.(^
Apparent
Dedlna-
tion.
+23 62.8
26 26.2
24 6.6
24 27.7
24 65.6
+26 6.1
26 51.2
24 32.(>
26 66.7
24 26.4
+23 59.9
24 39.7
2512,9
23 42.1
24 20.1
+22 45.8
22 8.2
23 6.4
21 42.2
21 37.0
+23 3.9
20 31.0
20 6.2
20 2.7
19 4.6
1+20 6.9
18 36.0
17 19.2
18 22.5
18 49.2
+15 39.6
15 38.5
15 54.0
15 19.9
15 17.2
kll 40.1
10 16.2
11 67.2
11 48.9
919.6
8 42.6
8 26.6
6 57.9
6 7.0
5 11.0
2 24.4
0 23.0
0 35.3
1 14.5
168.6
- 4 62.3
616.4
8 69.6
11 11.9
16 32.6
-14 56.1
At CoNJUifCTioK nc R. A.
Greenwich
Mean Time.
d h m
10 13 29.4k
21 22.91+
22 1.0
11 12 1.7
12 50.7
12
18
2 26.
7 2.6
11 10.4
15 8.5
21 13.9
23 23.6
8 59.6
11 67.5
16 43.0
20 33.4
9-11
+
+
21 66.
14 4 67.4
6 32.1
811.1
8 36.4
4 +
628.91+0.7191
1-1044.0+0.6279
912.3-0.6320 0
- 736.6+0.7166
-712.0+0.7685
15
11 2.
17 2.6
2212.3
0 44.
2 43.3
8 21.7
12 4.3
13 20.9
16 15.7
17 9.
0-
5 +
16
17
18
19
218.
5 32.6
6 42.9
13 28.7
16 0.6
23 67.2
4 54.7
816.4
8 20.6
13 10.1
14 JS.%
15 13.3
3 37.8
3 46.6
14 43.6
3 33.2
7 14.
12 22.8
14 50.8
20 26.8
80
81
82
3 7.
16 11.6
1 6.
11 16.4
3 3.0
Hour
Angle,
h m
049.
826J
9 2.
126.
039.1
4+0
0-0
8+0
3+1
31.8
7 6.
3 6.
043.
636.0
841.2
6 2.3
310.3
027.7
6 8.
.6327
.4746
9940
.2337
+0.7533
+0.6926
.2076
.1243
.6445
+0.8275
+1.1941
-0.1836
-1.0347
+0.2987
.8710
7-0
7+1
2-0
6-0
9+0
461.1
hi- 068.
+ 668.1
825.6
kl020.
1-K)
7+1
1-811.2
436.
[-3 2L
-031.
020.4
2 +
6 +
913.4
-11 38.3
-1128.
- 3 66.0
-226.7
+ 6 14.
+11 3.
-940.4
- 936.4
-464.
-4 1.4
-266.
+ 9 8.
+ 917.1
-4 4.
9+11
823.
59.3
-7 1.7
-437.8
+ 048.
4 +
717.
h- 469.3
436.
1-932.
+ 646.1
6 +
kl.l620
.8663
+0.6684
+0.2622
.0176
3+0
1+1
6-0
1-1.0337
.0264
.2236
.4494
-1.0994
+0.7290
+0.1330
.1868
-1.0842
-1.3435
3-0
6+0
6+1
.8006
.2819
-1.3023
-1.1648
.6097
9+0
40.9828
.0232
.1852
+0.7109
.8398
2+1
5-0
2-0
9-0
.8846
+0.4178
-1.0481
+0.3304
.2401
7-0
8+1
.2460
1-1.2655
.3606
.3229
+1.3546
9+0
2+0
0.6614 40X)813 4^+12
0.6618 0.0624 +16-47
0.6618 0.0609 +90|+36
0.6610 0.0266
0.6608 -»0.0246
0.6681
0.6668
0.6664
0.5640
0.6615
0.6606M)
0.5461
0.6446
0.6426
0.6401
63941-0.1049
0.1184
0.1213
0.1243
0.1251
0.
0.6366
.5347
0.6337
0.5336
0.63221-0
0.5288
0.6260
0.6246
0.5235
0.51191-0
0.5106
0.6105
0.5074
0.5069
0.60411-0
0.5028
0.5020
0.5020
0.5011
0.
0.5007
0.4995
0.4995
0.4997
0.5014-0
0.5022
0.5036
0.5044
0.5063
0.5090-0
0.5162
0.5212
0.6284
0.6412
6 33.7+ 810.840.1847 0.64341-0.21191+461-32
M).0084
0.0194
0.0292
0.0384
0.0624
.0673
0.0783
0.0846
0.0924
0.1021
.1296
0.1399
0.1486
0.1526
0.1557
0.6210-0.1644
0.6186 0.1696
0.6180 0.1714
0.5166 0.1754
0.6164 0.1767
.1883
0.19221+49
0.1924 +31
0.2010 -21
0.2027 -^1
.2115
0.2158
0.2186
0.2187
0.
2224 +73
5009M).2231
0.2239
0.2318
0.2319
0.2372
.2413 - 6
0.2421 +66
0.2428 -16
0.2430 +60
0.2432 +29
.2427
0.23991-35
0.2356 +60
0.2292 +57
0.2147 +70
Limit-
ing Ptr>
lilldf.
N.
+82+59
+90+24
+90+22
+30-27
+90+48
+11-50
+90
+89+63
+31
-22-06
+60-8
-9
+90+14
+88+7
6-«3
+11
+14
-67
+18
0
+56|-17
+90+26
+
+90
+90
-31
+90
+80
19
+17
-24
+90
90
90
-41
-27
+90
90
32
90
I- 3
+85
S.
+26
-32
-06
-70
+43-31
+90+42
-68
-71
+ 4
-28
-46
-75
-72
+ 6
+41
k78
78
-12
+16
+17
-50
-3
-«5
-88
-20
-89
-24
-55
+33
1-90
-23
-26
+64
604 OCCTJLTATIONS, 1916.
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
NOVEMBER.
The Stab's
"-— --
tePr
Nune.
ifi(.
Rednifnini
1»19,0.
UK'
tlon.
arwnwich
UwiTlm..
ss.
Y
Jf
/
N.'S
A.
lU
83
VirginiB
5.6
+2.66
-16.7
-15 45,7
88 10 53.2
-1040,4
-o.oesz
0.5481
-O.205S
Jl'-H
86
Viiginia
6.1
2.66
16.8
16 21,0
NEW
11 23.2
1/OOX.
-1011,4
-0,5872
0.5486
-0.2047
1
67 B
S»e
ttari
G.4
3.12
2.6
25 38,2
86 22 47.1
- 3 2.4
A.6618
0.6063
+0.0665
JB-t
70 B
Sag]
ttari.
6.4
I-3.I2
-2.2
-24 67.3
23 51.1
- 2 1,1
♦O.0682
0.6060
♦0.0697
%
A.
Sa?
tUri
2.9
3.14
2.0
25 28.2
87 2 15.3
♦ 0 17.2
+0,7429
0.6051
0,07S8
24
Sag.
5.7
3.14
1.2
24 5.8
4 29,5
+ 225.7
-0,4467
0.6042
0,0834
■t-^
117 B
Sail
Iton
5-8
3.14
0.7
23 34.7
6 14,1
♦ 4 6.0
-0.8137
0.6034
0.0885
m
26
Sagi
tUriJ
6.1
3.16
0.6
23 64.8
7 29,5
+ 518.2
-0.3664
0.6028
0,0921
126 B
Sagi
ttarii
5.7
♦3.19
-0.6
-25 5.8
8 36,6
t- 621,7
♦0.9167
0.6022
+0.0952
>&^\i
>•'
^
ttari
5.0
3.17
h 0.6
22 60.9
12 10.0
* 947.0
-0,9648
0.6004
0.1053
^
V'
Sagi
ttari
5.1
3,18
0.7
22 46.6
12 31.4
♦10 7.7
-0.9989
0,6002
0,1063
K^»
154 B
Sai
ttari
6.9
3.19
0.6
23 16.9
12 61.6
+1027,0
-0,4600
0,6000
0,1073
^
X68 B
S^
tiari
6.3
3.20
1.2
22 48.9
16 0.5
-1129.3
-0.6892
0.6988
0.1131
191 B
Sag)
ttari
6.5
►3.23
♦ 1.6
-23 19.4
17 43.5
- 863.0
+0.1366
0.6971
+O.1204
199 B
S^
6.4
3.21
2.2
21 47.9
19 10.7
-7 29.3
-1.2071
0.6962
0.1Z43
-*^r»
222 B
Sag]
ttari
5.5
3.26
2.8
22 33.5
23 19,6
- 428.1
-0.0444
0.5942
0,1325
►21^
50
Sal
ttari.
6.6
3.26
3.4
21 66.6
81 0 32.6
- 220.5
-0,3590
0.5926
0,1350
► S-fl
263 B
Sag!
ttari
6.1
3.27
3.8
2129.2
2 20.4
- 037.0
-0.5620
0.6913
0,1425
-:v*
/
Sagittal!
5.1
♦3.28
♦ 5.4
-19 57.7
8 27.7
♦ 616.8
-1.1665
0.6869
K).1570
^t
tf
Capricon
ni 6.5
3,40
8.3
19 22.8
21 4S.9
- 563.9
+0.5409
0.6764
0.1853
Capricon
ni 6.2
3.41
9.2
18 29.1
89 1 6.2
-244.0
+0.2655
0.5738
0,1S»
&
9
Cajrico^
oi 5,0
3.40
9.4
18 5.4
144,9
-2 6.7
-0.0068
0.5733
0,1926
Capricor
oi 6.6
3.43
9.2
18 61.6
2 10.2
- 1423
♦0.8458
0.6730
0.1934
k71.'»
47 B
Capricon
ai 6.2
►3-41
1-10,3
-16 48.7
4 32.8
+ 034.9
-0.7406
0.5711
to.im
■ si*-
Ca^ricon
oi 5.3
3.45
10,2
18 25.9
6 25,7
+ 2 23.7
+1.2583
0.5696
0.2008
%
61 B
Capricori
[li 6.9
3.41
10.9
16 25.2
6 39,7
♦ 237.1
-0.7120
0.5694
0.2012
B4 B
Capricon
[li 5.7
3.49
12,2
16 21.1
13 57.1
+ 938,6
+0.7286
0.5636
0.2127
.74-!
95 B
Capricor;
ai 5.9
3.45
12,8
14 48.3
14 24.7
♦10 6.2
-0.7280
0.5633
0.2134
-t*
63 B
Aquarii
6.5
hl4.4
-13 32.8
2156.4
- 639.3
-0.3483
0.5576
,.0,2236
%
IS
Aquarii
5.5
3^53
15-1
1314.1
ao 133.3
- 3 10,0
*0.1535
0.5550
0,2280
72 B
Aquarii
6.5
3.62
15.9
11 65.7
3 21.8
- 125.2
-0.7505
0.6537
0,2300
-2J1
137 B
Capricon
li 6.2
17.0
10 67.0
a 24.2
+ 3 26,7
-0.5656
0.5503
0.2353
h)'-:!
fi
Capricon
ni 6.3
3:56
17.8
9 39.6
1129,4
♦ 625.5
-1.1413
0.5483
0.2382
%
X
Capricori
tli 5.5
^3.00
♦17.2
-11 44.9
1135,5
♦ 631.4
.0.9969
0.5482
+0.23SS
96 B
Aquarii
G,5
♦3-61
♦18.0
-10 42,2
14 49,2
♦ 938.5
+0,7123
0.5462
♦O.2410
.7S-<
DECEMBER.
136 B. Piscium
- 811,8
1 134
814,3
3 8
7 36.8
4 43
5 15,4
5 0
6 58,7
822
- 4 39,3
1127
3 69.1
12 54
2 60.3
2115
-0 9.8
8 9 29
♦ 0 48.2
11 8
♦ 0 40.1
11 18
138.6
15 45
3 1.7
20 38
7 46.9
3 11 23
7 43,9
13 21
+ 8 54,3
23 22
32^S^
!2 0.25M tiSfS
a o.25« «^;
» 0.254S **Y
» +0.254« i*>
i 0.2536 ^l
L 0,2521 f r^
I 0.2447 Jfri
> 0.24M fli-™
»I-K>.23S7l*-'
0C0ULTATI0N8, 1916.
605
ELEMENT* FOR THE PREDICTION OF O0CULTATION8.
DECEMBER.
Tarn Stab'b
Name.
75 Pifldum
17 Piscium
101 Piflcium
105 Pifldum
3 AiietiB
4 AriedB
t Arietifi
35 B. Arietifl
47 B. ArietdB
20 H». Arietifl
15 Ariedfl
B Arietif
26 Arietis
/i Arietis
47 ArietiB
€ Arietis (mean)
66 Arietis
7 Tauri
16 Tauri
17 Tauri
18 Tauri
q Tauri
20 Tauri
21 Tauri
22 Tauri
23 Tauri
p Tauri
104 B. Tauri
27 Tauri
28 Tauri
36 Tauri
X Tauri
62 Tauri
315 B. Tauri
k Tauri
118 Tauri
126 Tauri
132 Tauri
412 B. Tauri
139 Tauri
5 Geminorum
8 Geminorum
52 B. Geminorum
e Geminorum
87 B. Geminorum
00 Geminorum
44 Creminorum
6 Geminorum
58 Geminorum
149 B. Geminorum
63 Geminorum
B. D.+23*» 1744
79 Geminorum
209 B. Geminorum
85 G^eminorum
217 B. Geminorum
Mag.
6.3
3.7
6.2
6.1
6.4
5.8
5.1
6.4
6.5
6.4
5.9
5.6
6.2
5.7
5.8
4.6
6.1
5.9
5.4
3.8
5.6
4.3
4.1
5.8
6.5
4.3
3.0
5.5
3.7
5.2
5.6
5.3
6.1
6.3
5.6
5.4
5.1
5.0
5.8
4.7
5.9
6.1
6.5
3.2
5.8
5.2
5.9
3.5
6.0
6.4
5.3
6.4
6.3
6.2
5.2
6.3
M.55kd0
4.73
4.75
4.81
4.861
144.87
4.94
4.99
5.01
5.01
1+5.
5.11
5.19
5.27
5.38
Red'ns from
1910.0.
Aa
06k29.8
28.9
28.0
27.0
25.8
+5.39
5.60
5.68
5.73
5.73
k6.
5.74
5.74
5.75
5.75
76k21.6
21.6
21.5
21.5
21.5
k5.73
5.74
5.72
6.74
5.75
k5.81
5.94
5.89
5.99
6.02
07 +
k6.
6.12
6.06
6.04
6.13
+6.05
6.02
6.03
6.04
5.96
+5.96
6.88
5.81
5.84
5.75
76-
+6.
6.80
5.65
5.58
5.60
+5.57
Aa
//
.6
30.4
30.0
30.3
30.3
450.
29.7
29.5
29.2
28.7
0+16
32.8
17 25.0
17 51.5
17 38.3
16 50.3
1+19 6.8
19 31.3
19 29.5
19 39.7
20 20.4
+25.
23.1
22.8
21.6
21.5
9+21
k-21.
21.2
21.1
21.1
21.1
+19.3
17.1
16.9
12.6
12.3
8.0
6.4
5.2
4.1
3.8
1.9
1.3
1.9
2.9
3.9
5.4
5.7
7.6
8.3
8.5
8.7
9.5
10.8
11.5
12.1
-12.7
App«r«nt
DMltna-
tkm.
+12 30.9
14 56.3
14 14.4
15 59.3
17 0.1
0.7
22 31.3
24 11.4
24 1.9
23 51.4
k24 35.0
24 12.6
24 6.7
24 17.9
24 16.4
4+23
41.6
23 51.1
23 10.2
23 48.2
23 53.2
+23 52.8
25 26.2
24 6.7
24 27.7
24 55.5
k25 5.1
25 51.2
24 32.5
24 14.4
25 56.7
+24 26.4
23 59.9
24 39.7
2512.9
23 42.1
+24 20.1
22 45.8
22 8.2
23 6.3
21 42.1
+21 36.9
23 3.9
20 30.9
19 32.3
20 6.2
+20 2.6
At CoMJUNcnoN m R. A.
Orecnwich
Mean Time.
d
4
6
8
9
10
11
12
h m
1136.
23 30.2
132.6
3 22.6
6 37.6
7 22.6
1140
14 38.0
16 31.
17 16.
8 +
1 +
2 +
4 +
17 49.9
21 18.0
3 3.0
8 24.1
16 30.
+ 842.5
-11 56.
- 622.
- 1 12.4
539.2
3 +
16 0.9
5 4.3
7 42.8
12 17.8
12 19.
8 +
12 26.8
12 28.
12 44.8
12 46.8
12 60.5
3 +
+
+
+
12 58.4
13 28.
13 52.3
14 13.4
14 13.9
20 54.6
4 52.3
6 30.7
19 37.1
20 26.3
10 5.9
14 42.3
18 50.6
22 22.5
22 49.0
4 54.8
7 4.4
16 40.2
19 38.0
23 23.4
4 13.4
5 36.3
12 36.7
14 11.2
15 60.0
16 15.3
18 40.8
0 40.9
4 1.2
5 50.2
8 22.3
Hour
Angle,
h m
3 28.1
9 1.
7 2:
616.:
2 7.:
6-0
1-0
7+0
3-0
7-0
124.
246.
537.
726.
810.1
1-0
0-0
0-0
5+0
.3627
.4360
.3423
.2423
+1.2287
-1.0826
.8964
.1221
+0.8057
+1.1479
2-0
8+0
6 8.
514.8
241.9
143.
145.
8+0
9 +
152.3
153.7
2 9.
211.6
215.2
2 22.8
252.2
314.8
3 35.1
3 35.
+10 2.3
- 6 16.9
-539.
+ 7 56.
+ 844.2
- 2 6.0
+ 221.
+ 621.3
+ 945.
+1011.
7 56.4
550.2
3 260
617.8
955.6
9 23.8
8 3.6
116.9
014.5
150.1
.2868
.2429
.8997
.6687
.9832
.5014
+0.6626
-0.9361
.2912
.0983
6-0
5-0
7-0
-0.8696
M).4664
.3333
-0.5316
-0.4970
+0.1400
+0.0181
+0.7907
+0.1412
.0521
6+0
8+0
7+1
+0.6382
-0.4899
.9845
.1980
+0.7143
+0.6284
2822
kl.0459
.2548
.6334
7-0
9+1
4^
+ 214.6
+ 4 35.5
+1024.1
1-1021.9
836.3
- 6 8.9
+0.7313
+1.0950
-0.3003
-1.1572
+0.1724
-1.0060
+0.5841
+0.4827
-O.7809
+0.5661
+0.6085
-1.3077
+0.6953
+1.2968
+0.4006
+0.0809
0.6327
0.5363
0.5370
0.5376
0.5387
0.5390+0.1984
0.6406 0.1920
0.5417 0.1874
0.5424 0.18441+56
0.5426 0.1832
0.6429 +0.1823
0.6442 0.1766
0.6464 0.1666
0.5484 0.1666
0.6510 0.1429
0.5611
0.5554
0.5561
0.5572
0.6672
0.5672
0.5572
0.5573
0.5573
0.5573
0.6574
0.5575
0.5576
0.5576
0.5576
0.5689
0.5600
0.5600
0.6602
0.6602
0.5583
0.5572
0.5561
0.5550
0.5649
0.5527
0.5519
0.5477
0.5464
0.5446
0.5420
0.5413
0.5374
0.5366
0.5356
0.5364
0.5340
0.5306
0.5287
0.5277
0.5262
+0.2237 +26-63
0.2093 +28-49
0.2066 +901+13
0.2042
0.1995
+0.1419
0.1147
0.1089
0.0987
0.0986
+0.0984
0.0983
0.0977
0.0976
0.0975
+0.0972
0.0960
0.0952
0.0944
0.0943
k0.0790
0.0603
0.0688
0.0248
W)0228
-0.0101
0.0211
0.0308
0.0391
0.0401
k0.0541
0.0590
0.0800
0.0863
0.0941
-0.1039
0.1066
0.1200
0.1230
0.1260
-0.1268
0.1311
0.1416
0.1471
0.1501
-0.1541
LlmJt-
wpaiw
a&ela.
N.
+11-68
-14
+22 -W
+18
+23
+90
-23
-9
+48
+90
+90
+75
+81
-14
+25
+36
-9
+15
+23
+12
+14
+50
+42
+90
+50
+45
+90
+89
+25
+90
+77
6
+90
+90
+52
+83
+73
+81
+85
+90
+78
+67
S.
-73
-68
-62
-20
+42
-71
-70
-24
+13
+39
-2
+ 4
-66
-59
-29
-66
-60
-42
-64
-62
-16
-22
+19
-16
-20
+12
+14^8
+90
+88
+90
+36
+56
+22
+18
-32
+42
+62
-57
+20
+43
+24-38
-34-65
-14
-19-66
+ 6
I- 1
-3-67
k3
+ 6
-59-66
+ 8
+56
-9
1+461-26
606
OCCULTATIONS, 1916.
ELEMENTS FOR THE PREDICTION OF OCCULTATIONS.
DECEMBER.
Name.
10 H.
fP
Q
64
o»
a»
81
o
83 B.
89 B.
n
43
165 B.
36
P
369 B.
388 B.
e
431 B.
13 B.
64 B.
370 B.
69
76
83
86
87
89
43 H.
231 G.
236 G.
9 G.
17 G.
18 G.
43 B.
47 G.
64 G.
163 B.
169 B.
Cancri
Saturn
Cancri
Cancri
Cancri
Neptune
Cancri
Cancri
Cancri
Cancri
Leonis
Leonis
Leonis
Leonis
LeoniB
Leonis
Leonis
SextantiB
Leonis
Leonis
Leonis
Leonis
Leonis
Leonis
Viiginis
Viiginis
Viiginis
Viiginis
Viiginis
Viiginis
Viiginis
Viiginis
Viiginis
Viiginis
Viiginis
Viiginis
Viiginis
Librae
Librae
Librae
Librae
Librae
Librae
Librae
Librae
177 B. Librae
42 librae
A Scorpii
31 B. Scorpii
32 B. Scorpii
3 Scorpii
40 B. Scorpii
48 B. Scorpii
60 B. Scorpii
67 B. Scorpii
The Stab's
Mag.
6.1
0.1
5.9
6.2
5.5
7.7
6.3
5.1
5.7
6.4
5.1
3.8
5.9
6.2
4.9
6.3
6.6
6.1
5.7
5.3
6.3
6.3
5.1
6.2
6.9
6.6
6.3
6.0
4.9
6.6
5.6
6.1
5.8
6.1
6.6
6.4
6.7
6.6
6.4
6.1
5.7
6.1
5.8
6.3
6.0
6.2
5.0
4.6
6.4
6.3
6.9
5.4
4.9
6.4
5.7
Red'ns from
1916.0.
Aa
A3
+6*61
• • •
6.41
5.34
5.36
-13.0
• • •
16.2
15.3
16.2
+5.17
5.15
5.16
6.02
+4.84
4.76
4.65
4.63
4.61
+4.46
4.43
4.32
4.13
4.09
+4.06
4.01
3.99
3.96
3.88
+3.78
3.68
3.60
3.50
3.49
+3.46
3.46
3.47
3.45
3.40
k3.40
3.39
3.38
3.36
3.36
1+3.42
3.35
3.33
3.46
3.32
+3.32
3.33
3.34
3.32
3.31
hl7.6
18.3
18.4
19.6
43.34
3.32
3.34
3.32
+3.30-11
//
kl9 4.6
20 20.9
18 36.9
17 19.2
18 22.6
1+18 54.1
15 39.5
16 38.4
15 54.0
16 19.8
-20.
21.1
22.0
22.0
22.1
-23.3
23.0
23.8
24.1
23.6
-24.1
23.6
23.2
23.6
23.0
-22.6
22.2
21.5
19.6
19.8
k9.3
19.4
18.7
18.6
17.8
-17.6
17.6
16.5
16.0
16.8
-17.1
14.8
14.2
13.0
13.0
-12.9
12.7
11.7
11.8
11.9
7+11
1-11.7
11.5
11.1
11.2
.2
Apparent
Declina-
tion.
40.0
10 16.2
919.5
8 42.6
8 26.5
6 57.8
6 6.9
610.9
2 24.3
0 22.9
0 35.2
1 14.6
2 32.8
158.7
4 52.3
I- 7 18.8
8 59.7
11 12.0
15 32.6
14 66.2
-16 46.7
15 21.1
17 26.7
17 43.3
17 48.9
-18 12.0
18 19.9
20 4.5
20 49.5
20 68.6
-21 2.6
21 42.6
22 6.6
24 12.5
22 62.0
-22 62.8
23 33.0
25 4.8
24 17.2
23 43.9
-24 69.9
24 36.6
26 38.1
24 29.9
-23 22.9
NEW
At Conjunction in R. A.
Greenwich
Mean Time.
d
12
18
14
h m
10 21.1
14 13.2
19 42.0
20 68.6
23 58.61+
0 5.1
9 57.4
13 11.9
13 22.3
21 9.8 +
7 41.8
12 41.3
21 1.0
2166.6
23 5.4
15
11 38.6
11 47.3
22 53.7
16 11 56.3
15 42.1
20 66.9
23 26.9
17 0 46.1
6 9.9
11 69.2
22 19.2
18 10 27.7
20 51.6
19 13 0.6
15 34.5
21 0.7
21 31.2
22 21.0
23 29.0
80 10 59.4
1143.1
12 24.7
19 26.0
81 0 15.0
0 41.2
4 65.6
8 39.9
12 42.5
19 23.6
21 14.9
21 61.6
2212.9
88 3 23.6
3 30.9
3 32.1
3 48.0
619.1
7 8.3
7 22.1
8 13.3
MOON.
Hour
Angle,
h m
413.
0 28.8
460.
6 4.2
863.
8+0.8460
-1.1845
1592
+1.0400
.6395
0-0
9-0
9 5.21
620.1
211.
2 1.
532.
-1.2686
+0.5321
.0683
.3892
.2959
2-0
1-0
9-1
813.1
3 22.
443.
637.
644.
0+1
6+0
8+0
6+0
6 3.
454.
653.6
525.2
145.
1-0
6+0
+ 3 19.4
+ 546.
+ 7 3.2
+11 19.
- 6 2.6
6+0
-1.2746
.1180
+1.2192
.4644
+1.0612
3+0
6-0
369.
813.0
152.1
629.3
4 0.
116.1
144.(
232.1
3 38.1
914.:
832.6
752.4
1 6.2
332.4
367.7
+ 8 2.6
+1138.5
- 828.
- 2 2.5
- 0 15.6
019.6
040.
538.4
546.4
546.
+ 6 1.7
+ 7 29.2
+ 9 14.
+ 9 27.2
+10 16.4
+0.5891
.0704
.2914
.7669
.8072
.4106
.4916
1.0702
1.1129
.2022
8+1
.2225
+0.1787
+0.1631
+1.2164
.0387
3+0
2-0
6-0
8+1
6+1
7-0
.2083
.7409
.2830
.3452
.7499
-0.4813
-0.4696
+0.1161
+0.1030
+0.1908
-0.3904
-0.2481
.4066
+0.9163
-0.6642
-0.7087
.0689
+0.9605
+0.1380
.4245
1-0
0-0
6-0
+0.8296
+0.2800
.1707
+0.0062
-1.1900
0+1
x"
.5251-0
0.
0.5266
0.5200
0.5193
0.5177
0.5126
0.5110
0.5109
0.5074
.1672
0.1637
0.1709
0.1727
0.1767
0.5184-0.1771
0.1893
0.
0.1^32
0.2016
-o
0.5033M).2116
0.6017
0.4993
0.4991
0.4988
0.4966
0.4966
0.4959
0.4968
0.4973
4983f-0.2399
0.2399
0.24O0
0.2398
0.2391
0.
0.4989
0.4992
0.6005
0.6029
50741-0.2367
0.2316
0.2251
0.2108
0.2080
0.
0.6142
0.6212
0.5342
0.6364
0.5414
0.6418
0.5426
0.5437
0.5549
0.5556
0.5563
0.5634
0.5682
0.5686
0.67291-0
0.5766
0.5805
0.5868
0.5886
0.5890M)
0.5894
0.5938
0.5939
0.5939
0.5942
0.5954
0.5969
0.5970
0.5977 -0
0.2157
0.2219
0.2225
0.2233
H0.2306
0.2306
0.2353
0.2388
0.2394
X >5
+90 *u
+33;m
'I
1930 M8^
•2ii-y
+7;
-0
0
0.
0.
0.
-0.
0.
0.
0.
0,
2015
2009
1998
1984
1817
1805
1794
1672
1581
1572
1487
0.1406
0.1316
0.1156
0.1110
+24-44
1095
1086
0950
.0947
.0947
0940
0899
+37j-2«
-0.
0.
0.0849 1+641+36
0.0843 +22-41
0819
-50 -le
0C0ULTATI0N8, 1916.
607
ELEMENTS FOR THE PREDICTION OF OCCUI/TATIONS.
DECEMBER.
The Stak's
Name.
ft
9
o
47 B.
V
61 B.
94 B,
95 B.
53 B.
18
72 B.
137 B.
r»
c^
X
96 B.
B
P
170 B.
51
186 B.
K
207 B.
6 G.
22 B.
K
9
16
19
36
d
136 B.
58
75
Capriconii
Capriconii
Capricomi
Capricomi
Capricorni
Capricomi
Capricomi
Capricomi
Aquarii
Aquarii
Aquarii
Capricomi
Capricomi
Capricomi
Capricomi
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
Aquarii
A<iuarii
Piflcium
Piscium
PiBcium
PLBcium
PiBcium
PiBcium
Piflcium
Piflcium
PiBcium
Piscium
Piflcium
u»%.
Red 'ns from
1916.0.
Aa
5.2
5.0
5.6
6.2
5.3
5.9
5.7
5.9
6.5
5.5
6.5
6.2
5.3
6.3
5.5
6.5
4.3
5.3
6.0
5.8
6.1
5.2
6.3
6.2
6.4
4.9
6.4
5.7
5.4
6.2
5.4
6.5
5.7
6.3
1+3.281+10
3.32
3.29
3.31
3.33
30 +
s
+3.
3.291
3.31
3.281
3.32
+3.31+14
3.33
3.33
3.34
3.37
+3.381+16
3.43
3.44
3.44
3.41
k3.48|+19
3.46
3.47
3.54
3.65
+3.661+24
3.66
3.69
3.75
3.92
A5
//
9.0
9.2
9.1
9.9
10.0
Apparent
Dedlna-
tion.
At CoKJUNcnoH m R. A.
Greenwich
Mean Time.
Hour
Anele,
T
.5
11.7
12.1
13.6
14.2
.8
15.8
16.6
16.6
16.1
.8
18.8
19.0
19.4
20.1
.9
20.9
21.4
22.4
24.4
24.7
25.4
26.0
28.1
+3.95+28.
4.09 28.4
4.15 29.3
+4.29 +29.4
-18 29.1
18 5.4
18 51.6
16 48.7
18 25.9
-16 25.2
16 21.1
14 48.3
13 32.8
13 14.1
-11 55.7
10 57.1
9 27.8
9 39.6
11 45.0
-10 42.2
8 11.8
814.3
7 36.8
5 15.4
- 6 58.7
4 39.3
3 59.1
2 50.3
-0 9.8
6|+ 0 48.1
0 40.1
138.6
3 1.7
7 46.9
d
26
27
28
h m
9 54.6
10 32.1
10 56.5
13 14.2
15 3.1
15 16.6
22 18.7
22 45.4
6 1.2
9 30.5
11 15.2
16 7.2
18 32.9
19 6.0
19 11.9
22 19.0
8 43.0
10 14.7
11 46.0
12 2.6
h m
+ 7 52.2
+ 828.3
+ 851.8
+11 4
1-1111.1
-11 2.7
- 842.2-1.3229
- 810.2-0.9944
15 18.7
18 17.9
19 42.2
29 3 49.7
15 45.
1 +
7 43.9
8 54.3
11 31.4
+12 30.9
80
81
17 22.3
17 31.3
2153.3
2 40.4
17 10.6
19 7.0
5 2.3
7 49.4
17 11.4
2-0
-1058.1
- 4 12.0
- 346
+ 313.
+ 634.9
+ 8 15.8l-0.6159
+0.3575
+0.0904
40.9293
.6280
+1.3393
-0.5977
-K).8261
.6054
.2252
+0.2714
4-0
3-0
-0.4303
\- 8 4.5
5 4.0
458.4
627.1
755.2
811.3
+1.1086
+0.8310
+0.9302
+1.3599
+1.1221
-1.1702
+1120.7
- 946.
- 824.
- 033.3
58.9
1-0
6-0
2+10
-1127.1
-11 18.4
-7 4.9
-227.0
+11 35.5
-1031.
-055.
+ 146.3
+1050.3
+1.3922
.1750
.4884
+0.4527
+0.8256
+0.2602
+0.4360
+0.5640
+0.3705
-0.8863
8-0
5+0
.3598
.8098
-1.2600
-0.1579
x"
0.5847
0.5842
0.5838
0.5820
0.5805
0.5803
0.5746
0.5742
0.5684
0.5657
0.5643
0.5606
0.5589
0.5585
0.5584
0.5562
0.5494
0.5485
0.5476
0.5475
0.5456
0.5440
0.5434
0.5396
0.5353
0.5349
0.5348
0.5337
0.5328
0.5312
0.5312
0.5314
0.5316
0.5328
+0.1961
0.1973
0.1981
0.2024
0.2056
+0.2060
0.2177
0.2184
0.2287
0.2331
+0.2351
0.2403
0.2427
0.2432
0.2433
Limit-
ing Pai^
allels.
N. S.
hi- 2-82
+74+ 4
4-82
1+25-54
+0.2460 +79
0.2530 +82
0.2538 +78
0.2545 +82
0.2547 k27
+0.2560
0.2570
0.2573
0.2586
0.2577
+0.2578
0.2573
0.2560
0.2541
0.24571-
+0.2443
0.2359
0.2332
+0.2231
1-22
[+37-36
+52
[+71
0
k69+55
+52
+ 5
-27
-83
+16-67
-46-84
-16
+78
+72
+16
+68
+90
+56
+67
+77
+63
+11
-85
-90
+22
3
9
+48
+22
1-90
+
+
+55
+32-51
-71
-18
+ 2
-28
-19
-12
-22
6-82
+23-61
+90+ 4
-36-78
+33-46
OOCULTATIONS VISIBLE AT WASHINGTON.
IMMERSION.
EMERSION.
1*HX Stab's
Dura-
Date.
Washington.
Angle
from—
Washington.
Azigle
from—
tionof
Oocol-
tatioD.
%#..^
Sidereal
Mean
North
Vei^
Sidereal
Mean
North
Ver-
Name.
Mag.
Time.
Time.
Point.
tax.
Time.
Time.
Point.
tex.
.
h m
h m
•
•
h m
h m
•
•
h m
Jan. 14
q Taur
16 TauT]
4.3
9 40
14 6
95
41
10 38
15 4
260
210
0 58
14
5.4
9 41
14 8
145
91
10 13
14 39
210
158
0 32
14
21 Taur
5.8
10 0
14 26
76
24
10 55
15 22
279
231
0 55
14
20 Tauri
4.1
10 1
14 28
121
69
10 48
15 14
234
185
0 47
14
22 Tauri
6.5
10 3
14 30
83
30
10 59
15 26
273
225
0 56
15
X Taun
5.3
0 26
4 50
132
192
1 3
5 27
191
251
0 37
18
48 Geminomm
5.8
7 26
11 37
126
111
8 52
13 3
276
224
1 26
Xon.--The angtea of po6iti(A are ooimted from the north point and Tertax of the Moon's limb toward the east.
608
OCCULTATIONS, 1916.
OOCXJLTATIONS VISIBLE AT WASHINGTON.
The Star's
IMMERSION.
EMERSION.
1
Dma*
Datfi.
Washington.
Angle
from—
Washington.
from—
tkmof
OeoQl-
tMXkKL
^•y - ^
%#:^..
Sidereal
Mean
North
Ver-
Sidereal
Mean
North
Ver-
Name.
Mag.
Time.
Time.
Point.
tax.
Time.
Time.
Point.
tex.
h m
h m
•
•
h m
h m
•
•
h m
Jan. 18
58 Geminorum t
p* LeoniB j
6.0
14 12
18 22
164
115
14 41
18 51
232
186
02»
23
5.7
4 45
8 36
114
166
5 44
9 36
299
350
059
26
87 Viiginifl
134 B. Scorpii
X Sagitt. (var.) t
5.8
16 12
19 50
165
134
17 1
20 39
245
206
049
29
6.4
14 27
17 53
71
98
15 32
18 59
313
328
1 6
30
4.4
13 11
16 34
118
164
14 10
17 33
256
2d5
059
31
6 Sagittarii t
2.1
14 3
17 21
143
191
14 38
17 57
213
257
036
Feb. 14
e Geminorum
3.2
1 47
4 13
154
213
2 17
4 42
205
264
O30
14
09 Greminorum
5.2
12 58
15 22
116
62
13 53
16 17
280
231
0»
15
B. D.+23'* 1744
6.4
0 25
2 47
119
168
1 18
3 39
251
304
052
15
192 B. Geminorum
6.3
6 34
8 54
141
179
7 53
10 14
260
251
1 IS
17
ir Cancri
5.6
2 38
4 52
114
165
3 37
5 51
280
333
059
21
q Virginis
69 G. Sa^ttarii t
47 B. Anetia
5.3
10 37
12 34
175
202
11 29
13 26
261
277
OSS
27
6.3
13 30
15 2
60
109
14 24
15 56
303
346
054
Mar. 7
6.5
7 7
8 5
103
48
8 2
9 0
328
275
05&
11
112 B. Aurigse
5.7
6 41
7 24
28
342
7 14
7 57
346
292
0S3
16
18 Leonis
5.8
4 31
4 54
83
136
5 30
5 53
324
17
059
16
19 Leonis
6.4
5 10
5 33
112
165
6 22
6 45
299
349
1 12
16
R Leonis (var.)
&-10
5 25
5 48
138
190
6 32
6 55
273
323
1 7
18
359 B. Leonis
6.3
6 54
7 9
60
109
7 26
7 40
5
52
0 31
23
ie Scorpii
3.0
12 14
12 9
162
202
12 56
12 50
240
274
042
23
65 B. Scorpii
95 G. Ophiuchi
5.5
17 0
16 54
64
51
18 7
18 1
312
287
1 7
24
6,1
17 23
17 13
101
98
18 44
18 33
258
238
1 30
25
66 B. Sagittarii
4.7
18 19
18 5
73
71
19 40
19 26
266
247
1 21
26
Tp Sagittarii
4.9
15 53
15 36
154
191
16 16
15 59
191
224
0 23
Apr. 6
X Tauri
5.3
7 31
6 31
91
30
8 45
7 46
270
211
1 H
9
09 Geminorum
5.2
7 26
6 14
128
106
8 52
7 40
271
218
1 2&
13
43 Leonis
6.3
13 14
11 46
154
110
14 17
12 48
276
225
1 t
16
370 B. Vii^nis
75 Virginis
153 B. Librae t
6.0
17 46
16 6
35
346
17 59
16 19
10
320
0 13
17
5.6
8 30
6 47
111
160
9 30
7 46
309
353
0 5«
19
6.3
10 36
8 45
107
156
11 36
9 44
297
339
1 0
19
6 Scorpii J
19 Capncomi
4.7
20 4
18 11
135
90
20 50
18 57
232
182
046
24
5.7
15 56
13 44
113
162
16 46
14 34
211
255
059
May 8
6 Cancri
5.5
13 50
10 43
66
11
14 28
11 21
345
292
OX
19
86 B. Sagittarii
6.5
14 39
10 49
158
199
15 4
11 14
202
239
02&
20
53 Sagittarii
6.3
17 48
13 53
121
144
18 40
14 45
204
216
052
20
274 B. Sagittflrii
6.1
18 1
14 6
129
149
18 44
14 49
195
206
045
June 8
p* Leonis
5.3
12 22
7 14
148
126
13 38
8 30
288
251
1 16
11
87 Virginis
5.8
17 38
12 18
187
144
17 54
12 34
213
168
Olt
13
b Scorpii
4.7
19 17
13 48
129
90
20 11
14 42
238
192
034
16
172 B. Sagittarii
5.8
14 11
8 31
53
101
15 3
9 23
299
341
052
16
189 B. Sagittarii t
6.1
16 54
11 13
44
70
17 56
12 15
294
309
1 2
16
208 B. Sagittarii
6.1
20 50
15 8
47
26
21 55
16 14
269
237
1 6
18
29 Capricomi
5.5
19 45
13 56
50
69
21 1
15 12
249
251
1 16
21
22 Piflcium
5.8
20 51
14 50
132
174
21 6
15 5
155
196
0 U
22
136 B. Piscium
6.5
21 52
15 47
18
62
22 52
16 47
270
305
1 0
July 16
96 B. Aquaiii
6.5
2 8
18 29
339
292
2 20
18 40
318
270
0 11
23
17 Tauri
3.8
21 40
13 34
25
79
22 21
14 14
297
353
O40
23
23 Tauri
4.3
22 3
13 56
90
145
23 1
14 54
230
289 OSS
23
77 Tauri
3.0
22 38
14 30
76
133
23 43
15 36
243
302 1 5
23
28 Tauri
5.2
23 30
15 23
101
160
0 31
16 23
216
275 1 1
23
27 Tauri
3.7
23 36
15 29
126
184
0 16
16 8
192
250 039
Aug. 7
b Scorpii
4.7
16 11
7 7
115
109
17 32
8 27
268
246l 1 »
10
127 G. Sagittarii f
6.4
14 4
4 48
61
109
15 0
5 44
292
334|056
NoTB.— The angles of position are counted from the north point and vertex of the Moon's limb toward the
t Immersion below the horixon of Washington. % Emersion below the horizon of Washin|:too.
OCCULTATIONS, 1916.
609
OCCULTATIONS VISIBLE AT WASHINGTON.
IMMERSION.
EMERSION.
Ths Stae's
1
Dora-
Date.
Wftshlngton.
Ancle
from—
Waahlnftoo.
Ancle
from—
tloQor
Oocul-
katioD.
Nine.
%#<>^
Stderaal
Mean
North
Vei^
Sidereal
Mean
North
Ver-
Mag.
lime.
Tliae.
Point
t«z.
Time.
Time.
Point.
tex.
k m
h m
e
•
h m
h m
•
•
h m
Aug. 10
172 B. Sftgittarii
5.8
15 2
5 46
44
86
15 54
6 38
305
340
0 52
10
189 B. Sagittarii
6.1
17 55
8 38
48
63
19 6
9 49
282
281
1 10
10
206 B. Sagittarii
6.1
21 48
12 30
69
38
22 53
13 35
246
205
1 5
12
29 Capricomi
5.5
20 12
10 47
61
75
21 27
12 2
235
231
1 15
IS
p Aqtiarii
5.3
1 27
15 57
106
66
2 8
16 88
188
143
0 40
13
170 B. Aquarii 1
6.0
8 14
17 44
84
34
4 5
18 34
218
167
0 50
16
22 PiBdiim
5.8
17 13
7 37
93
144
18 0
8 24
213
265
0 47
17
101 Pifldum t
6.2
18 31
8 46
75
124
19 22
9 38
235
287
0 51
24
Saturn
0.4
1 16
15 3
104
155
2 18
16 5
272
327
1 1
Sept. 4
116 B. Scorpii
6.2
15 55
5 1
54
60
16 55
6 0
323
317
1 0
9
96 B. Aquarii
« ArietiB {mean)
6.5
2 25
15 9
356
309
2 51
15 35
302
253
0 26
15
4.6
19 55
8 16
40
90
20 40
9 2
298
331
046
18
139 Tauri
4.7
4 37
16 45
19
66
5 5
17 13
344
20
0 28
21
c^Goncri t
5.9
0 57
12 54
146
193
1 36
13 33
236
286
0 39
Oct. 6
0 Capricomi
5.6
23 10
10 12
5
332
23 48
10 50
296
257
0 39
6
29 Capricomi
5.5
16 15
3 15
94
143
17 15
4 14
225
269
0 59
7
p Aquarii
170 B. Aquarii
p, ArietiB
5.3
23 2
9 56
82
70
0 6
11 1
204
178
1 4
7
6.0
1 19
12 13
79
40
2 19
13 13
214
169
1 0
12
5.7
23 48
10 23
127
181
0 20
10 54
177
227
0 32
13
66 AzietiB t
6.1
19 59
6 30
28
75
20 35
7 6
297
347
0 36
13
17 Tauri
3.8
4 58
15 28
27
343
5 50
16 20
312
258
0 52
13
23 Tauri
4.3
5 32
16 2
84
32
6 54
17 23
262
203
1 22
13
tj Tauri
3.0
6 22
16 52
56
358
7 30
17 59
294
235
1 7
13
27 Tauri
3.7
7 15
17 45
76
17
8 25
18 54
278
220
1 9
13
28 Tauri
5.2
7 21
17 50
56
357
8 '22
18 51
297
239
1 1
19
o'Cancri
5.7
4 11
14 17
85
140
5 19
15 25
314
7
1 8
19
o'Cancri
5.1
4 19
14 26
152
206
5 13
15 19
246
299
0 54
Nov. 4
6 G. PiBcium
6.2
2 44
11 48
4
318
3 23
12 26
292
244
038
6
136 B. Piscium
6.5
3 58
12 54
115
66
4 41
13 37
193
142
0 43
8
20 H». Arietifl t
6.4
18 47
3 37
112
160
19 24
4 13
204
254
036
8
26 ArietiB
6.2
7 34
16 22
7
312
7 54
16 41
330
276
0 20
9
66 ArietiB
6.1
8 55
17 38
111
55
9 48
18 31
241
189
0 53
10
36 Tauri
5.6
21 49
6 30
68
121
22 47
7 27
258
315
0 57
11
h Tauri t
5.6
21 19
5 56
92
138
22 10
6 47
248
299
0 51
13
87 B. Oeminorum
5.8
0 15
8 44
58
109
1 5
9 33
304
359
0 50
14
85 Geminorum
5.2
8 46
17 9
148
118
10 0
18 24
266
216
1 15
16
4 Leonis
5.1
10 57
19 12
158
125
12 7
20 22
274
227
1 10
Dec. 2
22 B. Piflcium
6.4
19 49
3 4
13
58
20 39
3 53
282
321
050
2
16 Piscium
5.7
4 18
11 32
98
47
5 7
12 20
209
158
0 49
5
47 B. ArietiB
6.5
4 52
11 53
72
20
6 7
13 8
252
196
1 15
6
9 Arietib (mean)
4.6
8 58
10 55
136
101
4 37
11 34
190
144
0 39
7
27 Tauri
3.7
1 15
8 9
10
66
1 54
8 48
310
2
0 39
7
36 Tauri
5.6
9 54
16 46
124
70
10 41
17 34
236
186
0 47
8
h Tauri
5.6
9 46
16 35
174
117
10 0
16 49
199
142
0 14
11
149 B. Geminomm
6.4
2 33
9 12
166
223
2 58
9 36
207
264
0 24
11
79 Geminomm
6.3
13 54
20 31
80
28
14 41
21 17
320
271
0 47
14
83 B. LeoniB
5.9
8 17
14 42
102
134
9 38
16 3
330
336
1 21
14
89 B. LeoniB
6.2
10 26
16 51
161
149
11 38
18 3
274
239
1 12
14
K LeoniB
4.9
11 58
18 22
136
98
13 15
19 39
295
247
1 17
16
e Leonifl
5.1
14 37
20 54
191
150
15 6
21 22
235
190
0 29
18
370 B. Vii^iniB
6.0
7 33
13 43
82
132
8 23
14 82
338
25
0 49
26
ir Capricomi
5.2
23 55
5 35
34
354
0 49
6 28
270
224
0 54
27
18 Aquarii
5.5
23 43
5 19
343
312
0 3
5 39
310
276
0 20
None— The angles of position are ooonted from the north point and vertex of the Moon's limb toward the east,
t Immersioa below the horiion of Washington. X Emersion below the horlxon of WaatdngtOQ.
79790**--1916 39
610
SUN, 1916,
EPHEMERIS FOR PHYSICAL OBSERVATIONS OF TEE SUN
FOR GREENWICH MEAN NOON.
Date.
P
Bo
Lo
Date.
P
Bo
Lo
o
o
o
o
o
o
Jan. 1
+ 2.37
-3.08
313.50
July 4
- 1.22
+3.35
31.75
6
- 0.07
3.65
247.65
9
+ 1.06
3.87
325.58
11
2.49
4.19
181.81
14
3.31
4.36
259.41
16
4.87
4.70
115.97
19
5.52
4.83
iasj&
21
7.19
5.17
50.13
24
7.68
5.26
127.10
26
- 9.43
-5.60
v44.«H/
29
+ 9.77
+5.66
60.96
31
11.67
5.98
278.47
Aug. 3
11.77
6.02
354.84
Feb. 6
13.60
6.32
212.64
8
13.68
6.34
288.72
10
15.51
6.61
146.80
13
15.49
6.61
222.62
15
17.28
6.85
80.96
18
17.18
6.84
156.53
20
-18.92
-7.03
15.12
23
+18.75
+7.02
90.46
25
20.41
7.16
309.27
28
20.20
7.14
24.40
Mar. 1
21.74
7.23
243.41
Sept. 2
21.51
7.22
318.35
6
22.92
7.25
177.54
7
22.68
7.25
252.32
11
23.93
7.21
111.65
12
23.70
7.22
186.30
16
-24.78
-7.12
45.75
17
+24.57
+7.15
120.28
21
25.45
6.97
339.83
22
25.28
7.02
54.29
26
25.95
6.77
273.89
27
25.82
6.84
348.30
31
26.28
6.52
207.94
Oct. 2
26.20
6.60
282.32
Apr. 5
26.42
6.22
141.97
7
26.40
6.32
216.36
10
-26.39
-5.88
75.98
12
+26.42
+5.99
150.39
15
26.16
5.50
9.96
17
26.25
5.61
84.44
20
25.76
5.08
303.93
22
25.89
5.20
18.50
25
25.17
4.62
237.87
27
25.33
4.74
312.66
30
24.40
4.13
171.80
Nov. 1
24.58
4.24
246.63
May 5
-23.44
-3.61
106.71
6
+23.63
+3.71
180.TO
10
22.31
3.07
39.60
11
22.49
3.15
114.78
15
21.01
2.51
.333.47
16
21.15
2.57
48.86
20
19.54
1.93
267.33
21
19.62
1.96
342.96
25
17.92
1.34
201.18
26
17.92
1.34
277.06
30
-16.16
-0.74
135.02
Dec. 1
+16.06
+0.71
211.17
June 4
14.27
-0.14
68.84
6
14.04
+0.07
145 J28
9
12.27
+0.47
2.67
11
11.90
-0.67
79.39
14
10.17
1.06
296.48
16
9.65
1.21
13.52
19
8.00
1.66
230.30
21
7.31
1.84
307.66
24
- 5.77
+2.24
164.11
26
+ 4.91
-2.46
241.79
29
- 3.50
+2.80
97.93
31
+ 2.48
-3.06
175.94
In the above table, P is the position-angle of the axis of rotation measured eautwaid
the north point of the disk, while L^ and B^ are the heliographic longitudes and latitudes,
tively, of the center of the disk. The longitudes are reckoned from the Solar Meridian wfaidi
passed through the ascending node of the Sun's equator on the ecliptic, on Jan. 1, 1864, Green-
wich Mean Noon.
MOON, 1916.
MEAN EQUATOR, ORBIT, AND MEAN LONGITUDE.
FOR GREENWICH MEAN NOON.
611
Dftte.
1
Mean Equator
•
Orbit.
Mean
Longitude.
c
Mean
Solar
Days.
Motion
1 *^ \.t ^.^^m.
A
a'
a
in Mean
Longitude.
• t
o t
• /
e $
• f
Jan.
1
22 30.0
126 52.8
3 5.2
265 22.3
309 43.0
233 18.6
0.1
1 19.M
11
22 30.7
126 19.8
3 6.5
266 29.2
309 11.3
5 4.4
0.2
3 38.13
21
22 81.4
125 46.8
3 7.8
267 36.0
308 39.5
136 50.3
0.3
8 67.18
31
22 32.1
125 13.9
3 9.1
268 42.8
308 7.7
268 36.1
0.4
6 16.33
Feb.
10
22 32.8
124 41.0
3 10.4
269 49.7
307 36.0
40 22.0
0.5
0 85.39
20
22 33.5
124 8.0
3 11.6
270 56.5
307 4.2
172 7.8
0.6
0.7
7 64.86
9 18.41
Mar.
1
22 34.2
123 35.1
3 12.9
272 3.4
306 32.4
303 53.6
0.8
10 33.47
11
22 34.9
123 2.2
3 14.1
273 10.2
306 0.6
75 39.5
0.9
11 61.68
21
22 35.6
122 29.4
3 15.3
274 17.0
305 28.9
207 25.3
1.0
13 10.68
31
22 36.3
121 56.5
3 16.5
275 23.9
304 57.1
339 11.1
2.0
36 31.17
Apr.
10
22 37.0
121 23.7
3 17.6
276 30.8
304 25.3
110 57.0
3.0
39 81.76
20
22 37.8
120 50.8
3 18.8
277 37.6
303 53.5
242 42.8
4.0
63 43.33
30
22 38.5
120 18.0
3 19.9
278 44.4
303 21.7
14 28.7
5.0
65 63.93
May
10
22 39.2
119 45.3
3 21.0
279 51.3
302 50.0
146 14.5
6.0
79 3.60
20
22 40.0
119 12.5
3 22.1
280 58.1
302 18.2
278 0.3
7.0
8.0
93 14.09
106 34.67
30
22 40.7
118 39.8
3 23.2
282 4.9
301 46.5
49 46.2
9.0
118 36.35
June
9
19
22 41.5
22 42.2
118 7.0
117 34.3
3 24.2
3 25.2
283 11.8
284 18.6
301 14.7
300 42.9
181 32.0
313 17.8
10.0
Hours.
131 46.84
• /
29
22 43.0
117 1.6
3 26.2
285 25.5
300 11.1
85 3.7
1
0 33.94
July
9
22 43.7
116 29.0
3 27.2
286 32.3
299 39.4
216 49.5
2
3
1 6.88
1 38.83
19
22 44.5
115 56.3
3 28.2
287 39.2
299 7.6
348 35.4
4
3 11.76
29
22 45.2
115 23.7
3 29.2
288 46.0
298 35.8
120 21.2
5
3 44.70
Aug.
8
22 46.0
114 51.1
3 30.1
289 52.8
298 4.1
252 7.0
6
3 17.66
18
22 46.8
114 18.5
3 31.0
290 59.7
297 32.3
23 52.9
7
3 60.69
28
22 47.6
113 45.9
3 31.9
292 6.5
297 0.5
155 38.7
8
4 23.63
Sept.
7
22 48.4
113 13.3
3 32.8
293 13.3
296 28.7
287 24.5
9
10
4 66.47
6 39.41
17
22 49.1
112 40.7
3 33.6
294 20.2
295 57.0
59 10.4
11
12
13
14
A A AiP
27
22 49.9
112 8.2
3 34.5
295 27.1
295 25.2
190 56.2
6 3.86
Oct,
7
22 50.7
111 35.7
3 35.3
296 33.9
294 53.4
322 42.1
6 36.39
17
22 51.5
111 3.2
3 36.1
297 40.7
294 21.6
94 27.9
7 8.33
7 41.17
27
22 52.3
110 30.7
3 36.9
298 47.6
293 49.9
226 13.7
15
8 14.11
Nov.
6
22 53.1
109 58.2
3 37.6
299 54.4
293 18.1
357 59.6
16
8 47.06
16
22 53.9
109 25.8
3 38.4
801 1.2
292 46.3
129 45.4
17
9 30.00
26
22 54.7
108 53.4
3 39.1
302 8.1
292 14.5
261 31.3
18
9 63.94
Dec.
6
22 55.6
108 21.0
3 39.8
303 15.0
291 42.8
33 17.1
19
20
10 26.88
10 68.83
16
22 56.3
107 48.6
3 40.5
304 21.8
291 11.0
165 2.9
21
11 81.76
26
22 57.1
107 16.3
3 41.1
305 28.6
290 39.2
296 48.8
22
13 4.70
36
22 57.9
106 43.9
3 41.8
306 35.5
290 7.5
68 34.6
23
13 37.64
Daily motion of r' +6'.684
Daily motion of Q -3M77
/;
612
MOON, 1916.
EPHEMERIS FOR PHYSICAL OBSERVATIONS OF THE MOON.
FOB OBBENWICH MEAN MIDNIOHT.
Dsta.
The Earth's
Selenograpbio—
Fhjrioal UbratioiL
The Sim's
Sileoognphio—
c
Long.
Lat
Lat
Coloog.
Let.
Jan. 1
•
-4.63
«
+6.46
•
0.00
•
-0.03
•
229.52
•
-0.73
•
14.78
2
2.86
6.74
0.00
0.03
241.71
0.70
9.45
3
-0.88
4.62
0.00
0.03
253.90
0.67
S.W
4
+1.16
3.16
0.00
0.03
266.09
0.65
356.71
5
3.08
+1.48
0.00
0.03
278.28
0.62
360.7<
6
+4.74
-0.28
+0.01
-0.03
290.47
-0.60
346.79
7
6.05
1.97
0.01
0.03
302.65
0.57
8^.03
8
6.92
3.50
0.01
0.03
314.84
0.66
339.3:
9
7.86
4.78
0.01
0.03
327.01
0.53
337.84
10
7.87
5.77
0.01
OM
339.18
0.51
387.35
U
+7.00
-6.43
+0.01
-0.03
351.35
-0.49
337.8S
12
6.31
6.78
0.01
0.03
3.50
0.47
339.36
13
6.37
6.81
+0.01
0.03
15.66
0.45
341.83
14
4.23
6.54
0.00
0.03
27.80
0.43
345^
16
2.97
5.99
0.00
0.03
39.95
0.41
349.40
16
+1.64
-5.18
0.00
-0.03
52.09
-0.38
364.15
17
+0.28
4.16
0.00
0.03
64.22
0.36
369.11
18
-1.06
2.96
0.00
0.03
76.35
0.33
4.19
19
2.32
1.62
0.00
0.03
88.48
0.30
8.87
20
3.49
-0.20
0.00
0.03
100.61
0.27
i3.oe
21
-4.63
+1.26
0.00
-0.(»
112.74
-0.24
16.51
22
6.40
2.66
0.00
0.08
124.88
0.20
19.27
23
6.07
3.96
0.00
0.03
187.01
0.17
21.21
24
6.50
5.09
-0.01
0.03
149.15
0.14
22.39
25
6.67
6.97
0.01
0.03
161.30
0.10
22.60
26
-6.53
+6.56
-0.01
-0.03
173.45
-0.07
21.75
27
6.07
6.80
0.01
0.02
185.61
0.04
19.89
28
5.28
6.65
0.01
0.02
197.77
-0.01
16.90
29
4.18
6.09
0.01
0.02
209.94
+0.03
11.59
30
2.81
6.13
-0.01
0.02
222.12
0.06
6.82
31
-1.24
+3.82
0.00
-0.02
234.31
+0.09
359.53
Feb. 1
+0.42
2.24
0.00
0.02
246.50
0.12
353.39
2
2.08
+0.61
0.00
0.02
258.70
0.16
347.97
3
3.69
-1.25
0.00
0.02
270.89
0.18
348.61
4
4.87
2.89
0.00
0.02
283.08
0.21
340.40
5
+6.81
-4.32
0.00
-0.02
295.28
+0.24
396.35
6
6.87
6.46
0.00
0.02
307.47
0.26
337.39
7
6.53
6.26
0.00
0.03
319.66
0.20
»7.52
8
6.28
6.72
0.00
0.08
331.83
0.81
318.69
9
6.69
6.84
0.00
0.08
344.01
0.88
310.89
10
+4.79
-6.65
0.00
-0.03
356.18
+0.36
344.05
11
3.66
6.17
0.00
0.03
8.34
0.88
348.04
12
2.38
6.42
0.00
0.03
20.50
0.40
358.67
13
+1.02
4.45
0.00
0.03
S2.66
0.42
367.66
14
-0.34
3.30
0.00
0.03
44.80
0.46
2.71
15
-1.64
-1.99
-0.01
-0.03
56.95
+0.47
7.61
16
-2.81
-0.58
-0.01
-0.02
69.09
+0.60
11.86
MOON, 1916.
613
EPHBMEBIS FOR PHYSICAL OBSERVATIONS OF THE MOON.
FOB OKBBNWICH MEAN MIDNIGHT.
Date.
Th« Earth's
8«l«nograpl>k>—
PhjBiealLtbntioii.
Th« Son's
8«l«iogn|»hio~
C
Long.
Lftt.
Long.
lAt.
Celong.
Lat
Feb. 16
•
-2.81
•
-0.58
«
-0.01
•
-0.02
•
69.09
«
+0.50
•
11.86
17
3.81
+0.87
0.01
0.02
81.23
0.53
15.58
18
4.60
2.30
0.01
0.02
93.37
0.55
18.59
19
5.15
8.64
0.01
0.02
105.51
0.58
20.82
20
5.46
4.82
0.01
0.02
117.65
0.61
22.21
21
-5.52
+5.77
-0.01
-0.02
129.80
+0.64
22.67
22
5.35
6.42
0.01
0.02
141.95
0.67
22.07
23
4.95
6.73
0.01
0.02
154.09
0.70
20.30
24
4.36
6.65
0.01
0.02
166.24
0.72
17.25
25
3.59
6.19
0.01
0.02
178.41
0.75
12.93
26
-2.66
+5.35
-0.01
-0.02
190.58
+0.78
7.54
27
1.61
4.17
0.01
0.02
202.76
0.80
1.53
28
-0.47
2.72
0.01
0.02
214.95
0.83
355.47
29
+0.73
+1.10
0.01
0.02
227.15
0.86
349.91
Mar. 1
1.92
-0.60
0.01
0.02
289.34
0.88
345.23
2
+3.05
-2.25
-0.01
-0.02
251.55
+0.91
341.60
3
4.03
3.74
0.01
0.02
263.75
0.93
339.07
4
4.78
4.99
0.01
0.02
275.96
0.96
337.64
6
5.26
5.91
0.01
0.02
288.17
0.98
337.31
6
5.40
0.49
0.01
0.02
300.37
1.00
338.07
7
+5.18
-6.72
-0.01
-0.02
312.57
+1.02
339.91
8
4.63
6.62
0.01
0.02
324.77
1.04
342.78
9
3.77
6.21
0.01
0.02
336.96
1.06
346.56
10
2.66
5.54
0.01
0.02
349.15
1.07
351.05
11
1.38
4.63
0.01
0.02
1.33
1.09
355.98
12
+0.02
-3.53
-0.01
-0.02
13.50
+1.10
1.04
13
-1.34
2.28
0.01
0.02
25.68
1.12
5.95
14
2.62
-0.92
0.01
0.02
37.84
1.14
10.45
15
8.72
+0.49
0.01
0.02
50.00
1.16
14.39
16
4.58
1.91
0.02
0.02
62.16
1.17
17.67
17
-5.15
+3.26
-0.02
-0.02
74.32
+1.19
20.19
18
5.39
4.48
0.02
0.02
86.47
1.21
21.89
19
5.31
5.48
0.02
0.02
98.62
1.22
22.66
20
4.93
•.19
0.02
0.02
110.77
1.24
22.38
21
4.30
6.56
0.02
0.02
122.93
1.26
20.91
22
-3.49
+6.55
-0.02
-0.02
185.09
+1.27
18.13
23
2.56
6.14
0.02
0.02
147.25
1.29
14.04
24
1.59
5.86
0.01
0.02
159.42
1.30
8.83
25
-0.62
4.25
0.01
0.02
171.60
1.81
2.94
26
+0.32
2.88
0.01
0.02
183.78
1.33
356.92
27
+1.21
+1.33
-0.01
-0.02
195.97
+1.34
351.30
28
2.04
-0.29
0.01
0.02
208.17
1.36
346.47
29
2.81
1.89
0.01
0.02
280.38
1.38
342.61
30
3.49
8.36
0.01
0.02
282.59
1.39
339.78
31
4.05
4.62
0.01
0.02
244.81
1.40
338.00
A|K. 1
+4.46
-5.60
-0.01
-0.02
257.03
+1.42
337.27
2
+4.64
-6.25
-0.01
-0.02
269.25
+1.43
337.62
MOON, 1916.
615
EPHEMERIS FOR PHYSICAL OBSERVATIONS OF THE MOON.
FOR GREENWICH UEAN MIDNIGHT.
Date.
The Earth's
8«lflnofr»plilo—
FhysUnl Ubration.
The Sun's
Selcoographlo—
c
Long.
lAt.
Lonf.
L«t.
Ooloiif.
Lat.
U»y 17
•
-2.64
•
+5.64
•
-0.01
•
-0.01
•
98.35
•
+1.40
m
12.49
18
-0.91
4.58
0.01
0.01
110.53
1.38
6.68
19
+0.80
3.20
0.01
0.01
122.71
1.36
0.35
20
2.36
+1.62
0.01
0.01
134.90
1.34
354.20
21
3.68
-0.05
-0.01
0.01
147.10
1.32
348.76
22
+4.72
-1.69
0.00
-0.01
159.30
+1.31
344.32
23
5.47
3.19
0.00
0.01
171.50
1.29
340.97
24
5.92
4.48
0.00
0.01
183.72
1.28
338.68
25
6.11
5.50
0.00
0.01
195.94
1.27
337.44
26
6.06
6.20
0.00
0.01
208.17
1.26
337.21
27
+5.78
-6.58
0.00
-0.01
220.41
+1.25
338.03
28
5.30
6.63
0.00
0.02
232.65
1.24
339.91
29
4.62
6.36
0.00
0.02
244.89
1.23
342.81
30
3.76
5.80
0.00
0.02
257.14
1.22
346.64
31
2.72
4.98
0.00
0.02
269.38
1.21
351.19
June 1
+1.52
-3.95
0.00
-0.02
281.63
+1.20
356.18
2
+0.20
2.75
0.00
0.02
293.88
1.18
1.25
3
-1.20
1.44
0.00
0.01
806.12
1.17
6.12
4
2.64
-0.07
-0.01
0.01
818.36
1.16
10.55
5
4.04
+1.31
0.01
0.01
330.60
1.14
14.40
6
-5.32
+2.64
-0.01
-0.01
342.83
+1.12
17.59
7
6.41
3.88
0.01
0.01
355.06
1.10
20.08
8
7.22
4.96
0.01
0.01
7.28
1.08
21.82
9
7.66
5.84
0.01
0.01
19.50
1.06
22.72
10
7.67
6.44
0.01
0.01
31.70
1.04
22.64
11
-7.20
+6.70
-0.01
-0.01
43.91
+1.02
21.39
12
6.26
6.57
0.01
0.01
56.10
0.99
18.80
13
4.88
0.03
0.01
0.01
68.30
0.96
14.74
14
3.17
5.07
-0.01
0.01
80.49
0.94
9.35
15
-1.26
3.74
0.00
0.01
92.68
0.91
3.07
16
+0.71
+2.15
0.00
-0.01
104.86
+0.88
356.62
17
2.56
+0.41
0.00
0.01
117.06
0.85
350.eB
18
4.19
-1.34
0.00
0.01
129.25
0.82
345.71
19
5.49
2.96
0.00
0.01
141.45
0.79
341.88
20
6.44
4.36
0.00
0.01
153.66
0.76
339.19
21
+7.00
-5.47
0.00
-0.01
165.87
+0.74
337.62
22
7.20
6.25
0.00
0.01
178.09
0.72
337.13
23
7.07
6.68
+0.01
0.01
190.32
0.70
337.70
24
6.64
6.77
+0.01
0.01
202.55
0.68
339.33
25
5.95
6.54
0.00
0.01
214.79
0.66
341.99
26
+5.05
-6.01
0.00
-0.01
227.03
+0.64
345.60
27
3.97
5.22
0.00
0.01
239.28
0.62
349.98
28
2.74
4.21
0.00
0.01
251.53
0.61
354.89
29
1.41
3.02
0.00
0.01
263.78
0.59
359.94
30
+0.01
1.71
0.00
0.01
276.03
0.57
4.89
July 1
-1.42
-0.32
0.00
-0.01
288.28
+0.55
9.46
2
-2.82
+1.08
0.00
-0.01
300.53
+0.53
13.47
MOON, 1916.
617
EPHEMERIS FOE PHYSICAL OBSERVATIONS OF THE MOON
FOR GREENWICH MEAN MIDNIGHT.
Dftte.
The Earth's
SMcnognphlo—
Phyiloa] LibrstioD.
The Sun's
S«lenographio—
C
Long.
Lat.
Long.
Lat
Colong.
Lat.
•
-0.71
Aug. 16
•
+6.90
•
-6.47
•
+0.02
•
0.00
•
130.27
•
337.13
17
7.32
6.76
0.02
0.00
142.47
0.74
338.12
18
7.31
6.69
0.02
0.00
154.67
0.76
340.26
19
6.89
6.29
0.02
0.00
166.87
0.78
343.45
20
6.10
5.60
0.02
0.00
179.08
0.80
347.52
21
+5.04
-4.67
+0.02
0.00
191.30
-0.82
352.23
22
3.77
3.55
0.02
0.00
203.53
0.84
357.27
23
2.39
2.29
0.02
0.00
215.75
0.86
2.32
24
+0.96
-0.94
0.02
0.00
227.98
0.88
7.13
25
-0.43
+0.46
0.01
0.00
240.22
0.89
11.47
26
-1.74
+1.84
+0.01
0.00
252.46
-0.91
15.22
27
2.91
3.15
0.01
0.00
264.70
0.92
18.30
28
3.90
4.34
0.01
0.00
276.94
0.94
20.65
29
4.68
5.34
0.01
0.00
289.18
0.96
22.21
30
5.24
6.09
0.01
0.00
301.41
0.97
22.90
31
-5.58
+6.56
+0.01
0.00
313.65
-0.99
22.61
Sept. 1
5.70
6.69
0.01
0.00
325.88
1.00
21.23
2
5.59
6.48
0.01
0.00
338.10
1.02
18.64
3
5.25
5.90
0.01
0.00
350.32
1.04
14.81
4
4.68
4.98
0.01
0.00
2.53
1.06
9.85
5
-3.89
+3.75
+0.01
0.00
14.73
-1.08
4.07
6
2.87
2.28
0.01
0.00
26.92
1.11
357.98
7
1.65
+0.63
0.02
0.00
39.11
1.13
352.12
8
--0.26
-1.08
0.02
0.00
51.29
1.16
346.95
9
+1.22
2.72
0.02
0.00
63.47
1.18
342.74
10
+2.71
-4.17
+0.02
0.00
75.64
-1.21
339.65
11
4.09
5.34
0.02
0.00
87.81
1.23
337.74
12
5.24
6.15
0.02
0.00
99.98
1.26
337.03
18
6.08
6.58
0.02
0.00
112.15
1.28
337.55
14
6.51
6.61
0.02
0.00
124.32
1.30
339.28
16
+6.52
-6.29
+0.02
0.00
136.50
-1.32
342.16
16
6.13
5.66
0.02
0.00
148.69
1.33
346.09
17
5.36
4.78
0.02
0.00
160.88
1.34
350.63
18
4.30
3.70
0.02
0.00
173.07
1.35
355.66
19
3.02
2.47
0.02
0.00
185.27
1.36
0.78
20
+1.63
-1.16
+0.02
0.00
197.48
-1.37
5.69
21
+0.21
+0.21
0.02
0.00
209.69
1.38
10.20
22
-1.14
1.57
0.01
0.00
221.90
1.39
14.14
28
2.35
2.88
0.01
0.00
234.12
1.40
17.45
24
3.36
4.07
0.01
0.00
246.34
1.40
20.04
25
-4.11
+5.09
+0.01
0.00
258.57
-1.41
21.86
26
4.60
5.88
0.01
0.00
270.79
1.41
22.83
27
4.81
6.39
0.01
0.00
283.02
1.42
22.82
26
4.78
6.57
0.01
0.00
295.24
1.42
21.71
29
4.52
6.40
0.01
0.00
307.46
1.43
19.39
30
-4.10 ^
+5.86
+0.01
0.00
319.68
-1.43
15.80
Oct. 1
-3.53
+4.98
+0.01
0.00
331.89
-1.44
11.05
618
MOON, 1916.
EPHEMERIS FOR PHYSICAL OBSERVATIONS OF THE MOON.
FOR GREENWICH MEAN MIDNIGHT.
Date.
The Earth's
Selenographio—
Physical Libratlon.
The Sun's
stenographic—
c
Long.
Lat.
Long.
Lat.
Colong.
Lat.
Oct. 1
-3.53
0
+4.98
+0.01
•
0.00
•
331.89
•
-1.44
•
11.06
2
2.85
3.81
0.01
0.00
344.09
1.45
5.^
3
2.08
2.39
0.01
0.00
356.29
1.46
359.4C
4
1.22
+0.82
0.02
0.00
8.48
1.47
353.62
5
-0.26
-0.81
0.02
0.00
20.66
1.48
348.36
6
+0.76
-2.39
+0.02
0.00
32.83
-1.49
343r
7
1.84
3.83
0.02
0.00
45.00
1.50
340 S§
8
2.92
5.03
0.02
0.00
57.16
1.51
338.S
9
3.92
5.90
0.02
0.00
69.32
1.52
337.12
10
4.76
6.41
0.02
0.00
81.47
1.53
337.16
11
+5.35
-6.54
+0.02
0.00
93.63
-1.54
338.42
12
5.62
6.30
0.02
0.00
105.78
1.55
340.86
13
5.53
5.72
0.02
0.00
117.94
1.55
344.43
14
5.08
4.88
0.02
0.00
130.10
1.56
348 S6
15
4.28
3.82
0.02
0.00
142.27
1.56
353.84
16
+3.21
-2.61
+0.02
0.00
164.44
-1.56
359.(e
17
1.93
-1.30
0.02
0.00
166.61
1.56
4.07
18
+0.54
+0.05
0.02
0.00
178.79
1.55
8J4
19
-0.87
1.40
0.01
0.00
190.97
1.55
12.Si
20
2.20
2.70
O.Ol
0.00
203.16
1.54
16.40
21
-3.35
+3.89
+0.01
0.00
215.36
-1.54
19^4
22
4.25
4.93
0.01
0.00
227.56
1.53
2L84
23
4.85
5.76
0.01
0.00
239.76
1.53
22.63
24
5.09
6.31
0.01
0.00
251.97
1.52
22iS
25
4.99
6.54
0.01
0.00
264.18
1.51
22.S
26
-4.58
+6.42
+0.01
0.00
276.39
-1.51
20.»
27
3.90
5.92
0.01
0.00
288.60
1.50
17.01
28
3.05
5.06
0.01
0.00
300.80
1.49
12.^
29
2.10
3.89
0.01
0.00
313.01
1.48
6.S2
30
1.11
2.46
0.01
0.00
325.20
1.47
OM
31
-0.14
+0.89
+0.01
0.00
337.40
-1.46
354.91
Nov. 1
+0.80
-0.74
0.01
0.00
349.58
1.46
349.49
2
1.68
2.32
0.01
0.00
1.76
1.45
344.91
3
2.51
3.75
0.02
0.00
13.92
1.45
341.32
4
3.28
4.95
0.02
0.00
26.09
1.44
338.7«
5
+3.96
-5.84
+0.02
0.00
38.24
-1.44
337.31
6
4.52
6.39
0.02
0.00
50.39
1.43
336.97
7
4.93
6.57
0.02
0.00
62.53
1.42
337.81
8
5.14
6.39
0.02
0.00
74.67
1.42
339.84
9
5.08
5.87
0.02
0.00
86.81
1.41
343.01
10
+4.75
-6.06
+0.02
+0.01
98.95
-1.40
347.16
11
4.13
4.02
0.02
0.01
111.09
1.39
352.01
12
3.23
2.81
0.02
0.01
123.24
1.38
357.19
13
2.10
1.49
0.01
0.01
135.39
1.36
2.35
14
+0.79
-0.12
0.01
0.01
147.64
1.35
7.20
16
-0.61
+1.25
+0.01
+0.01
169.70
-1.33
11.54
16
-2.03
+2.57
+0.01
+0.01
171.86
-1.32
16.27
MOON, 1916.
619
EPHEMERIS FOR PHYSICAL OBSERVATIONS OF THE MOON.
FOR GREENWICH MEAN MIDNIGHT.
Date.
The Earth's
Selfloogrsphlo—
FhyslaB] Libration.
The Sun's
Selenographic—
C
Long.
Lat.
Long.
Lat.
Colong.
Lat.
Nov. 16
•
-2.03
•
+2.57
•
+0.01
0
+0.01
•
171.86
•
-1.32
•
15.27
17
3.36
3.78
0.01
0.01
184.02
1.30
18.33
18
4.51
4.84
+0.01
0.01
196.19
1.28
20.69
19
5.40
5.71
0.00
0.01
208.37
1.27
22.28
20
5.95
6.32
0.00
0.01
220.56
1.25
23.00
21
-6.10
+6.63
0.00
+0.01
232.74
-1.23
22.73
22
5.84
6.59
0.00
0.01
244.94
1.21
21.29
23
5.19
6.18
0.00
0.01
257.13
1.19
18.51
24
4.19
5.38
0.00
0.01
269.83
1.17
14.36
25
2.94
4.23
0.00
0.01
281.52
1.16
9.01
26
-1.55
+2.79
+0.01
+0.01
293.72
-1.13
. 2.91
27
-0.13
+1.15
0.01
0.01
306.91
1.11
366.67
28
+1.24
-0.55
0.01
0.01
318.10
1.09
350.88
29
2.47
2.20
0.01
0.01
330.28
1.07
345.95
30
3.53
3.70
0.01
0.01
342.45
1.06
342.05
Dec. 1
+4.40
-4.95
+0.01
+0.01
354.62
-1.03
339.23
2
5.05
5.89
0.01
0.01
6.78
1.01
337.51
3
5.50
6.48
0.01
0.01
18.94
0.99
336.90
4
5.73
6.70
0.01
0.01
31.08
0.97
337.43
5
5.74
6.57
0.01
0.01
43.22
0.96
339.12
6
+5.53
-6.10
+0.01
+0.01
55.36
-0.92
341.94
7
5.10
5.33
0.01
0.01
67.49
0.90
345.77
8
4.44
4.32
0.01
0.01
79.62
0.88
350.41
9
3.57
3.11
0.01
0.01
91.76
0.86
355.51
10
2.50
1.78
0.01
0.01
103.89
0.83
0.71
11
+1.27
-0.38
+0.01
+0.01
116.02
-0.81
5.70
12
-0.09
+1.02
0.00
0.01
128.16
0.78
10.24
13
1.50
2.37
0.00
0.01
140.30
0.76
14.17
14
2.91
3.62
0.00
0.01
162.44
0.73
17.44
15
4.25
4.73
0.00
0.01
164.59
0.71
20.02
16
-5,42
+6.64
0.00
+0.01
176.74
-0.68
21.85
17
6.34
6.32
0.00
0.01
188.90
0.66
22.89
18
6.94
6.72
0.00
0.01
201.07
0.64
23.02
19
7.16
6^.79
0.00
0.01
213.24
0.61
22.08
20
6.95
6.50
0.00
0.01
225.42
0.59
19.92
21
-6.29
+5.84
0.00
+0.01
237.60
-0.56
16.41
22
5.22
4.80
0.00
0.01
249.78
0.53
11.58
23
3.78
3.42
0.00
0.01
261.97
0.50
5.69
24
2.10
1.79
0.00
0.01
274.16
0.48
359.31
25
-0.30
+0.02
0.00
0.01
286.35
0.45
353.10
26
+1.50
-1.75
0.00
+0.01
298.54
-0.42
347.62
27
3.15
3.38
0,00
0.01
310.73
0.39
343.19
28
4,58
4.77
0.00
0.01
322.91
0.36
339.92
29
5.69
5.82
0.00
0.01
335.08
0.33
337.82
30
6.47
6.50
0.00
0.01
347.24
0.30
336.91
31
+6.90
-6.80
0.00
+0.01
359.40
-0.27
337.16
32
+6.98
-6.72
0.00
+0.01
11.56
-0.24
338.58
ILLUMINATED DISK OF VENUS, 1916.
621
FOR GREENWICH UBAN NOON.
Date.
h
•
%
6
L
Stellar
Mag.
Date.
k
•
t
9
L
Stellar
Mag.
o
o
o
o
Jan.
1
0.892
38.4
S48.5
59.1
-3.4
July 4
0.002
174.5
110.1
3.8
-2.8
6
0.882
40.1
346.5
60.4
3.4
9
0.015
165.9
155.3
23.8
3.2
11
0.872
41.8
344.6
61.9
3.4
14
0.043
156.0
164.2
63.4
3.6
16
0.862
43.6
343.0
63.5
3.4
19
0.083
146.6
167.8
107.1
3.8
21
0.851
45.4
341.5
65.2
3.4
24
0.128
138.1
170.2
144.0
4.0
26
0.839
47.3
340.2
67.0
-3.4
29
0.174
130.6
172.1
168.9
-4.1
31
0.827
49.1
339.2
69.0
3.4
Aug. 3
0.220
124.0
174.0
182.1
4.2
Feb.
6
0.815
50.9
338.4
71.1
3.5
8
0.264
118.1
176.0
186.9
4.2
10
0.801
53.0
337.8
78.4
3.6
13
0.306
112.8
178.0
185.8
4.2
16
0.787
55.0
337.4
75.9
3.5
18
0.345
108.1
180.0
180.8
4.2
20
0.772
57.0
337.3
78.6
-3.5
23
0.380
103.8
182.2
173.8
-4.1
25
0.757
59.1
837.3
81.4
3.6
28
0.414
99.9
184.4
165.9
4.1
Mar.
1
0.741
61.2
337.6
84.6
3.6
Sept. 2
0.446
96.2
186.6
157.5
4.1
6
0.724
63.4
338.0
88.0
3.6
7
0.475
92.8
188.8
149.5
4.0
11
0.706
66.7
338.7
91.6
3.6
12
0.503
89.6
191.0
141.8
4.0
16
0.687
68.0
339.6
95.6
-3.7
17
0.530
86.6
193.1
134.2
-3.9
21
0.668
70.4
340.7
99.9
3.7
22
0.555
83.7
195.1
127.7
3.9
26
0.648
72.9
341.9
104.7
3.7
27
0.579
81.0
197.0
121.4
3.9
31
0.626
75.4
843.4
109.7
3.8
Oct. 2
0.601
78.4
198.8
115.7
3.8
Apr.
5
0.603
78.1
345.0
115.1
3.8
7
0.623
75.8
200.4
110.2
3.8
10
0.579
80.8
346.7
121.3
-3.9
12
0.644
73.2
201.8
1(^.3
-3.7
15
0.554
83.7
348.6
127.7
3.9
17
0.664
70.8
203.0
100.7
3.7
20
0.528
86.7
350.6
134.7
3.9
22
0.683
68.5
203.9
96.4
3.7
25
0.501
89.9
352.4
142.3
4.0
27
0.702
66.2
204.6
92.6
3.7
30
0.471
93.3
354.3
150.2
4.0
Nov. 1
0.720
63.9
205.1
89.1
3.6
May
5
0.441
96.9
356.2
158.6
-4.1
6
0.737
61.7
205.3
85.8
-3.6
10
0.408
100.7
358.0
167.1
4.1
11
0.753
59.6
205.3
82.6
3.6
15
0.372
104.9
359.7
174.4
4.2
16
0,769
57.5
205.0
79.8
3.5
20
0.334
109.4
1.3
181.0
4.2
21
0.784
55.4
204.4
77.1
3.6
25
0.294
114.4
2.7
185.1
4.2
26
0.799
53.3
203.5
74.6
3.5
30
0.250
120.0
3.8
184.3
-4.2
Dec. 1
0.813
51.3
202.4
72.3
-3.5
June
4
0.204
126.3
4.9
176.5
4.2
6
0.826
49.3
201.0
70.1
3.5
9
0.157
133.3
5.9
159.3
4.2
11
0.838
47.4
199.3
68.1
3.4
14
0.110
141.2
7.1
130.3
4.0
16
0.850
45.5
197.3
66.2
3.4
19
0.067
150.1
9.0
90.1
3.8
21
0.862
43.6
195.1
64.4
3.4
24
0.031
159.8
13.1
46.3
-3.5
26
0.873
41.8
192.7
62.7
-3.4
29
0.008
169.8
27.7
12.8
-3.0
31
0.884
39.9
190.1
61.2
-3.4
NOTATION.
*
ib^tlie ratio of the area of the illuminated portion of the apparent disk to the area of the entire
apparent disk regarded as circular.
t~the angle between the Sun and Earth, as seen from the planet.
6»the angle which the line joining the cusps, or extremities oi the illuminated portion, makes
with the meridian.
X«*the brilUancy of the disk. The unit of L is the amount of light received by an eye from a
circulaT disk witii the same albedo as the planet, subtending an angular radius of one
second of arc, situated at distanoe unity from ^6 Sun, and illmniaated by the latter
as the mean, disk of the plaoet is ill)
622
MARS, 1916.
EPHEMERIS FOR PHYSICAL OBSERVATIONS OF MARS.
FOR GREENWICH MEAN NOON.
Date.
Light-
Time.
Stellar
Haeni-
tuae.
P
A ^+180*
%
^O"""*®
^.O
3^
Jan. 1
m
6.86
--0.2
•
9.64
•
240.18
0
+19.36
■
-27.91
e
+13.36
•
34.66
3
6.75
0.3
9.62
240.16
19.28
27.02
13.67
35.56
5
6.64
0.3
9.48
240.08
19.18
26.07
13.97
36.45
7
6.54
0.4
9.41
239.94
19.08
25.06
14.27
37.34
9
6.44
0.4
9.30
239.75
18.96
23.99
14.67
38.24
11
6.34
-0.6
9.16
239.60
+18.84
-22.87
+14.86
39.13
13
6.26
0.6
8.99
239.19
18.70
21.69
16.16
40.03
15
6.16
0.6
8.79
238.83
18.66
20.46
16.44
40.92
17
6.08
0.6
8.65
238.42
18.41
19.17
16.72
41.81
19
6.01
0.7
8.28
237.96
18.26
17.82
16.00
42.70
21
6.94
-0.7
7.99
237.44
+18.08
-16.43
+16.27
; 43.58
23
6.87
0.7
7.66
236.88
17.90
14.99
16.54
1 44.47
26
6.81
0.8
7.31
236.27
17.72
13.60
16.81
45.36
27
6.76
0.8
6.93
235.62
17.62
11.96
17.07
46.24
29
6.72
0.9
6.63
234.93
17.33
10.39
17.33
47.13
31
6.68
-0.9
6.10
234.21
+17.13
-8.78
+17.68
48.01
Feb. 2
6.66
0.9
6.66
233.46
16.92
7.14
17.83
48.99
4
6.63
1.0
6.20
232.69
16.71
6.48
18.08
49.77
6
6.62
1.0
4.73
231.90
16.60
3.80
18.32
50.66
8
6.61
1.0
4.26
231.10
16.30
2.11
18.66
^1.53
10
6.61
-1.0
3.76
230.30
+16.09
-0.41
+18.79
62.41
12
6.62
1.0
3.28
229.50
16.89
+ 1.29
19.02
53 29
14
5.63
1.0
2.80
228.71
16.69
2.98
19.24
54.17
16
6.65
0.9
2.32
227.93
16.50
4.66
19.46
55.04
18
6.68
0.9
1.86
227.17
15.32
6.31
19.67
56.92
20
6.72
-0.9
1.41
226.44
+15.15
+ 7.95
+19.88
56.80
22
6.77
0.8
0.97
225.73
14.99
9.56
20.09
57.67
24
6.82
0.8
0.66
225.06
14.85
11.14
20.29
58.55
26
6.88
0.8
0.16
224.43
14.72
12.68
20.48
59.42
28
5.94
0.7
369.80
223.83
14.60
14.19
20.67
GOJ»
Mar. 1
6.01
-0.7
369.45
223.28
+14.49
+16.65
+20.86
61.17
3
6.09
0.6
369.14
222.78
14.41
17.07
21.04
62.04
5
6.17
0.6
358.86
222.32
14.34
18.44
21.21
62.92
7
6.26
0.6
358.60
221.92
14.28
19.77
21.38
63.79
9
6.36
0.6
358.38
221.66
14.26
21.04
21.66
64.66
11
6.46
-0.4
358.20
221.26
+14.23
+22.27
+21.71
65.64
13
6.65
0.4
358.04
221.01
14.23
23.45
21.87
66.41
16
6.66
0.3
357.92
220.81
14.25
24.58
22.02
67.28
17
6.77
0.3
357.82
220.66
14.28
25.66
22.16
68.16
19
6.88
0.2
357.76
220.56
14.33
26.69
22.30
69.06
21
7.00
-0.2
367.73
220.60
+14.39
+27.67
+22.44
6».90
23
7.12
0.1
367.73
220.50
14.47
28.61
22.67
70.78
26
7.24
-0.1
367.76
220.64
14.67
29.61
22.69
71.65
27
7.37
0.0
357.81
220.63
14.68
30.86
22.81
72.52
29
7.50
0.0
357.90
220.76
14.80
31.16
22.92
73.40
31
7.63
+0.1
358.01
220.94
+14.93
+31.93
+23.03
74^
Apr. 2
7.76
+0.1
358.14
221.16
+15.08
+32.66
+23.13
75.15
MARS, 1916.
623
EPHEMERIS FOE PHYSICAL OBSERVATIONS OF MARS.
FOR GREENWICH MEAN NOON.
Moui Time of Transit of
Zero Meridian.
Dste.
ib
Dluneter.
•
^
Q
Central
Mmidlan.
Of Date.
Of IntermedW
ate Date.
n
m
n
•
•
h m
h m
Jan. 1
0.944
12.23
27.41
0.69
287.90
331.50
1 56.9
2 34.2
3
0.947
12.43
26.48
0.65
287.61
313.34
3 11.5
3 48.6
5
0.951
12.63
25.49
0.61
287.28
295.23
4 25.7
5 2.8
7
0.955
12.84
24.46
0.57
286.91
277.18
5 39.8
6 16.7
9
0.959
13.04
23.37
0.53
286.49
259.18
6 53.6
7 30.4
11
0.963
13.24
22.23
0.49
286.00
241.24
8 7.2
8 43.9
13
0.967
13.43
21.04
0.45
285.42
223.35
9 20.5
9 57.1
15
0.970
13.62
19.80
0.40
284.76
205.51
10 33.6
11 10.1
17
0.974
13.80
18.51
0.36
284.00
187.73
11 46.5
12 22.9
19
0.978
13.97
17.17
0.31
283.11
170.00
12 59.2
13 35.4
21
0.981
14.14
15.79
0.27
282.07
152.31
14 11.6
14 47.8
23
0.984
14.29
14.37
0.22
280.83
134.68
15 23.9
15 59.9
25
0.987
14.43
12.92
0.18
279.32
117.08
16 36.0
17 11.9
27
0.990
14.56
11.43
0.14
277.42
99.53
17 47.9
18 23.8
29
0.993
14.67
J.92
0.11
274.98
82.01
18 59.6
19 35.5
31
0.995
14.77
8.39
0.08
271.69
64.53
20 11.3
20 47.0
Feb. 2
0.997
14.84
6.88
0.05
266.99
47.07
21 22.8
21 58.5
4
0.998
14.90
5.41
0.04
259.77
29.63
22 34.2
23 10.0
6
0.999
14.94
4.05
0.02
247.60
12.20
23 45.7
8
0.999
14.96
3.02
0.01
225.64
354.79
0 21.4
0 57.0
10
0.999
14.96
2.72
0.01
191.96
337.38
1 32.7
2 8.4
12
0.999
14.94
3.36
0.01
162.04
319.96
2 44.1
3 19.8
14
0.998
14.90
4.54
0.02
144.56
302.53
3 55.6
4 31.3
16
0.997
14.84
5.94
0.04
134.69
285.09
5 7.1
5 42.9
18
0.996
14.76
7.42
0.06
128.60
267.62
6 18.7
6 54.6
20
0.994
14.67
8.93
0.09
124.49
250.13
7 30.4
8 6.4
22
0.992
14.55
10.44
0.12
121.53
232.61
8 42.3
9 18.3
24
0.989
14.43
11.93
0.16
119.27
215.05
9 54.3
10 30.4
26
0.986
14.28
13.39
0.19
117.49
197.45
11 6.5
11 42.7
28
0.983
14.13
14.81
0.24
116.03
179.82
12 18.9
12 56.1
Mar. 1
0.980
13.96
16.20
0.28
114.82
162.13
13 31.4
14 7.8
3
0.977
13.79
17.54
0.32
113.79
144.40
14 44.2
15 20.7
5
0.973
13.60
18.84
0.36
112.91
126.62
15 57.2
16 33.8
7
0.970
13.41
20.09
0.41
112.14
108.79
17 10.4
17 47.1
9
0.966
13.22
21.29
0.45
111.47
90.91
18 23.8
19 0.6
11
0.962
13.02
22.44
0.49
110.90
72.97
19 37.5
20 14.4
13
0.958
12.81
23.53
0.53
110.39
54.98
20 51.4
21 28.4
15
0.955
12.61
24.58
0.57
109.93
36.94
22 5.5
22 42.7
17
0.951
12.40
25.57
0.61
109.54
18.85
23 19.9
23 57.1
19
0.947
12.20
26.51
0.64
109.19
0.70
0 34.4
21
0.944
11.99
27.41
0.67
108.89
342.51
1 11.8
1 49.2
23
0.940
11.79
28.26
0.70
108.64
324.27
2 26.6
3 4.2
25
0.937
11.59
29.06
0.73
108.42
305.98
3 41.7
4 19.3
27
0.934
11.39
29.81
0.75
108.24
287.65
4 57.0
5 34.7
29
0.931
11.19
30.52
0.78
108.08
269.27
6 12.5
6 50.3
31
0.928
11.00
31.19
0.80
107.96
250.84
7 28.1
8 6.0
Apr. 2
0.925
10.81
31.81
0.81
107.86
232.38
8 44.0
9 21.9
624 MARS, 1916.
EPHEMERIS FOR PHYSICAL OBSERVATIONS OF MABS.
FOR GREENWICH MEAN NOON.
Date.
Light.
Tmie.
SteU&r
Hacni-
tude.
P
il0+lBO*
^e
-^0--^®
^O
Oi
Mar. 31
m
7.63
+0.1
m
358.01
•
220.94
•
+14,93
•
+31.93
•
+23.03
•
74.27
Apr. 2
7.76
0.1
358.14
221.16
15.08
32.66
23.13
75.15
4
7.90
0.2
358.30
221.42
15.24
33.35
23.23
76.02
6
8.03
0,2
358.49
221.72
15.41
34.00
23.32
76.90
8
8.17
0.3
358.70
222.05
15.58
34.61
23.40
77.78
10
8.31
+0.3
358.93
222.43
+15.77
+35.18
+23.48
78.65
12
8.45
0.4
359.19
222.84
15.97
35.73
23.56
79.53
14
8.59
0.4
359.46
223.28
16.17
36.24
23.62
80.41
16
8.74
0.4
359.75
223.76
16.38
36.72
23.69
81.29
18
8.88
0.5
0.07
224.27
16.60
37.17
23.74
82.17
20
9.02
+0.5
0.40
224.81
+16.83
+37.59
+23.79
83.05
22
9.17
0.6
0.74
225.38
17.06
37.98
23.84
83.93
24
9.31
0.6
1.11
225.98
17.29
38.35
23.88
84.81
26
9.46
0.6
1.49
226.60
17.53
38.68
23.91
85.61
28
9.60
0.7
1.88
227.25
17.77
39.00
23.93
86.57
30
9.75
+0.7
2.29
227.93
+18.01
+39.29
+23.96
87.41
May 2
9.90
0.7
2.72
228.64
18.26
39.55
23.97
88.M
4
10.04
0.8
3.15
229.36
18.51
39.79
23.98
89^
6
10.19
0.8
3.60
230.12
18.76
40.01
23.98
90.12
8
10.33
0.8
4.06
230.89
19.01
40.21
23.98
91.01
10
10.48
+0.9
4.54
231.69
+19.26
+40.38
+23.96
91.90
12
10.62
0.9
5.02
232.51
19.51
40.54
23.95
92.71
14
10.77
0.9
5.52
233.35
19.76
40.67
23.93
93.68
16
10.91
0.9
6.02
234.22
20.00
40.78
23.90
9iJs:
18
11.05
1.0
6.53
235.10
20.25
40.88
23.86
95.47
20
11.20
+1.0
7.05
236.00
+20.49
+40.96
+23.82
96 J6
22
11.34
1.0
7.58
236.92
20.74
41.02
23.78
97 J«
24
11.48
1.0
8.12
237.86
20.97
41.06
23.72
96.11
26
11.62
1.1
8.67
238.81
21.21
41.09
23.66
99.0(
28
11,76
1.1
9.22
239.78
21.44
41.10
23.60
99 J6
30
11.90
+1.1
9.78
240.78
+21.67
+41.09
+23.52
100 J«
June 1
12.03
1.1
10.35
241.78
21.89
41.06
23.44
loi.r
3
12.17
1.2
10.92
242.80
22.11
41.02
23.36
1€2.«
5
12.31
1.2
11.50
243.84
22.32
40.97
23.27
103.9
7
12.44
1.2
12.08
244.90
22.53
40.90
23.17
104.Sd
9
12.58
+1.2
12.66
245.97
+22.73
+40.81
+23.07
105.41
11
12.71
1.2
13.25
247.06
22.92
40.71
22.96
106.£
13
12.84
1.3
13.85
248.16
23.11
40.60
22.84
WIM
15
12.97
1.3
14.44
249.27
23.29
40.47
22.72
108K
17
13.10
1.3
15.04
250.40
23.46
40.33
22.59
109.0^
19
13.23
+1.3
15.64
251.54
+23.62
+40.18
+22.45
iiaos
21
13.35
1.3
16.25
252.69
23.78
40.02
22.31
llOJS
23
13.48
1.3
16.85
253.85
23.93
39.84
22.16
U1.85
25
13.60
1.4
17.45
255.03
24.07
39.65
22.01
112.7T
27
13,73
1.4
18.06
256.22
24.20
39.44
21.85
ii3.?e
29
13.85
+1.4
18.66
267.42
+24.32
+39.23
+21.68 ,
+21.51 1
114.64
July 1
13.97
+1.4
19.27
258.65
+24.43
+39.00
U5.57
MARS, 1916.
625
EPHEMERIS FOR PHYSICAL OBSERVATIONS OF MARS.
FOR GREENWICH MEAN NOON.
Pate.
Mar.
Apr.
May
31
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
July 1
79790*-
June
0.928
0.925
0.922
0.919
0.917
0.915
0.913
0.911
0.909
0.907
0.905
0.904
0.902
0.901
0.900
0.899
0.898
0.897
0.897
0.896
0.896
0.895
0.895
0.894
0.894
0.894
0.894
0.894
0.894
0.894
0.895
0.895
0.895
0.896
0.896
0.897
0.897
0.898
0.899
0.899
0.900
0.901
0.901
0.902
0.903
0.904
0.905
1916—
Diameter.
•
<i
II
m
n
11.00
31.19
0.80
10.81
31.81
0.81
10.63
32.40
0.83
10.45
32.95
0.84
10.27
33.46
0.85
10.10
33.93
0.86
9.93
34.37
0.87
9.77
34.78
0.87
9.61
35.16
0.88
9.45
35.50
0.88
9.30
35.82
0.88
9.15
36.12
0.88
9.01
36.38
0.88
8.87
36.63
0.88
8.74
36.84
0.87
8.61
37.04
0.87
8.48
37.22
0.86
8.36
37.37
0.86
8.24
37.50
0.85
8.12
37.62
0.84
8.01
37.71
0.84
7.90
37.79
0.83
7.80
37.85
0.82
7.69
37.90
0.81
7.59
37.93
0.80
7.50
37.95
0.79
7.40
37.96
0.78
7.31
37.95
0.77
7.22
37.93
0.76
7.14
37.90
0.75
7.06
37.85
0.74
6.97
37.80
0.73
6.90
37.73
0.72
6.82
37.66
0.71
6.75
37.57
0.70
6.67
37.47
0.69
6.60
37.37
0.68
6.54
37.26
0.67
6.47
37.14
0.66
6.41
37.01
0.65
6.34
36.87
0,64
6.28
36.73
*
0.62
6.23
36.58
0.61
6J7
36.43
0.60
6.11
36.26
0.59
6.06
36.09
0.58
6.01
35.92
0.57
Q
07.96
07.86
07.79
07.76
07.72
07.71
07.72
07.75
07.80
07.85
07.92
08.01
08.10
08.20
08.31
08.42
08.55
08.69
08.82
08.96
09.11
09.26
09.41
09.56
09.72
09.88
10.03
10.19
10.35
10.50
10.66
10.81
10.96
11.11
11.25
11.40
11.53
11.67
11.80
11.93
12.05
12.17
12.28
12.38
12.49
12.58
12.67
Central
Meridian.
250.84
232.38
213.87
195.32
176.73
158.11
139.45
120.75
102.03
83.27
64.48
45.66
26.81
7.93
349.02
330.10
311.14
292.16
273.15
254.13
235.08
216.00
196.91
177.80
158.67
139.52
120.35
101.16
81.95
62.73
43.49
24.23
4.96
345.67
326.37
307.05
287.71
268.37
249.00
229.63
210.24
190.84
171.43
152.01
132.57
113.13
93.67
Mean Time of Transit of
Zero Meridian.
Of Date.
h m
7 28.1
8 44.0
10 0.0
11 16.2
12 32.5
13 49.0
15 5.7
16 22.5
17 39.5
18 56.6
20 13.8
21 31.2
22 48.6
0 45.1
2 2.8
3 20.7
4 38.7
5 56.8
7 15.0
8 33.3
9 51.7
11 10.1
12 28.7
13 47.3
15 6.0
16 24.9
17 43.7
19 2.7
20 21.7
21 40.8
23 0.0
0 58.9
2 18.2
3 37.6
4 57.1
6 16.7
7 36.3
8 55.9
10 15.6
11 35.4
12 55.2
14 15.0
15 35.0
16 54.9
18 14.9
; Of Intermedi-
ate Date.
h m
8 6.0
9 21.9
10 38.0
11 54.3
13 10.8
14 27.4
15 44.1
17 1.0
18 18.0
19 35.2
20 52.5
22 9.9
23 27.4
0 6.2
1 24.0
2 41.8
3 59.7
5 17.8
6 35.9
7 54.1
9 12.5
10 30.9
11 49.4
13 8.0
14 26.7
15 45.4
17 4.3
18 23.2
19 42.2
21 1.3
22 20.4
23 39.6
0 19.3
1 38.6
2 57.9
4 17.4
5 36.9
6 56.4
8 16.1
9 35.8
10 55.5
12 15.3
13 35.1
14 55.0
16 14.9
17 34.9
18 55.0
40
626
SATELLITES OF MARS, 1916.
APPARENT ORBITS OF THE SATELLITES OF MARS, AT DATE OF OPPOSITIOK.
FEBRUARY 9, 1916, AS SEEN IN AN INVERTING TELESCOPE.
South
O eon OS
Nortli
Phobos.
Belmos.
Dttte.
Position Angle of
Apsis.
Apparent
Distance at Apsis.
Date.
Poritton Angle of
Apais.
Appenat
DistaBoaatAp^
d
Jan. 11
Feb. 10
Mar. 11
•
280.6
274.8
268.9
17.0
19.2
16.7
d
Jan. 11
Feb. 10
Mar. 11
•
281.7
276.3
270.6
42.4
4S.0
41.7
GREENWICH MEAN TIME OF GREATEST ELONGATION.
Phobos.
Delmoa.
d h
d h
d h
d h
d ll
Jan. 17 19.6 E.
Feb. 3 13.3 W.
Feb. 20 7.0 E.
Jan. 15 20.1 E.
Feb. IS 5.0 W.
18 22.4 W.
4 16.1 E.
21 9.8 W.
17 17.5 W.
15 2.3 E.
20 1.2 E.
6 18.9 W.
22 12.5 E.
19 14.9 E.
16 23.7 W.
21 3.9 W.
6 21.6 E.
23 15.3 W.
21 12.3 W.
18 21.1 R
22 6.7 E.
8 0.4 W.
24 18.1 E.
23 9.7 E.
20 18.5 W.
23 9.6 W.
9 3.2 E.
25 20.9 W.
25 7.1 W.
22 15.9 £.
24 12.3 E.
10 6.0 W.
26 23.7 E.
27 4.6 E.
24 13.3 W.
26 15.1 W.
11 8.7 E.
28 2.6 W.
29 1.9 W.
26 10.7 B-
26 17.8 E.
12 11.5 W.
29 6.2 E.
30 23.3 E.
28 8.1 W.
27 20.6 W.
13 14.3 E.
Mar. 1 8.0 W.
Feb. 1 20.7 W.
Mar. 1 5.5 E.
28 23.4 E.
14 17.1 W.
2 10.8 E.
3 18.0 E.
8 2.9 W.
30 2.2 W.
16 19.9 E.
3 13.6 W.
5 15.4 W.
5 O^E
31 6.0 E.
16 22.7 W.
4 16.4 E.
7 12.8 E.
6 21.7 W.
Feb. 1 7.7 W.
18 1.4 E.
5 19.1 W.
9 10.2 W.
8 19.2 E.
2 10.5 E.
19 4.2 W.
6 21.9 E.
11 7.6 E.
10 16.6 V.
For Phobos every seventh eastern and western elongation is given, and for
Deimos every third; the intermediate ones may be found by admng multiple
of the jperiod of the satellite.
Sidereal period of Phobos, 7^ 39" 13».86. Sidereal period of D^mos, 30*
17» 54».87
JUPITER, 1916.
627
EPHEMERIS FOR PHYSICAL OBSERVATIONS OF JUPITER.
FOR GREENWICH MEAN NOON.
Date
•
Light-
Time.
SUUar
MaffDi-
tode.
P
.i 0+180*
%
i4 0+lW
^O
Jan.
1
m
42.89
-1.9
•
334.63
•
216.55
•
+1.83
•
227.45
•
+2.26
8
43.76
1.8
334.60
217.62
1.84
228.09
2.28
15
44.58
1.8
334.57
218.79
1.86
228.73
2.31
22
45.36
1.8
334.55
220.06
1.89
229.37
2.33
29
46.09
1.7
334.54
221.41
1.92
230.02
2.36
Feb.
5
46.76
-1.7
334.55
222.83
+1.96
230.66
+2.37
12
47.36
1.7
334.57
224.32
1.99
231.30
2.40
19
47.89
1.6
334.60
225.86
2.03
231.94
2.42
26
48.35
1.6
334.66
227.46
2.06
232.58
2.44
Mar.
4
48.73
1.6
334.73
229.07
2.12
233.22
2.46
May
1
48.79
-1.6
336.10
242.93
+2.54
238.54
+2.62
8
48.43
1.6
336.35
244.54
2.59
239.18
2.64
15
48.00
1.6
336.61
246.12
2.64
239.82
2.66
22
47.49
1.7
336.87
247.64
2.69
240.46
2.67
29
46.92
1.7
337.14
249.12
2.74
241.10
2.69
June
5
46.30
-1.7
337.42
250.54
+2.79
241.74
+2.70
12
45.61
1.8
337.69
251.89
2.84
242.38
2.72
19
44.88
1.8
337.96
253.16
2.89
243.03
2.74
26
44.10
1.8
338.22
254.35
2.93
243.67
2.75
July
3
43.28
1.9
338.47
255.44
2.98
244.31
2.77
10
42.43
-1.9
338.70
256.43
+3.02
244.96
+2.78
17
41.56
2.0
338.91
257.31
3.06
245.50
2.80
24
40.68
2.0
339.10
258.06
3.10
246.28
2.81
31
39.79
2.0
339.25
258.68
3.14
246.87
2.82
Aug.
7
38.91
2.1
339.38
259.16
3.18
247.51
2.84
14
38.05
-2.2
339.46
259.49
+3.21
248.16
+2.86
21
37.21
2.2
339.51
259.66
3.24
248.80
2.86
28
36.42
2.3
339.51
259.67
3.27
249.44
2.87
Sept.
4
35.68
2.3
339.47
259.51
3.29
250.08
2.89
11
35.00
2.3
339.39
259.20
3.31
250.72
2.90
18
34.41
-2.4
339.28
258.72
+3.32
251.36
+2.91
25
33.90
2.4
339.13
258.11
3.32
252.00
2.92
Oct.
2
33.50
2.4
338.95
257.37
3.32
252.64
2.93
9
33.20
2.4
338.75
256.54
8.31
253.28
2.94
16
33.03
2.5
338.53
255.63
3.29
253.92
2.95
23
32.98
-2.5
338.32
254.69
+3.27
254.56
+2.96
30
33.05
2.5
338.11
253.74
3.24
255.20
2.97
Nov.
6
33.25
2.4
337.91
252.83
3.20
255.83
2.98
13
33.57
2.4
337.73
251.99
8.16
256.47
2.98
20
34.01
2.4
337.58
251.25
3.12
267.11
2.99
27
34.55
-2.4
337.45
250.63
+8.07
267.76
+3.00
Dec.
4
35.18
2.3
337.36
250.16
8.03
258.39
3.01
11
35.90
2.3
337.29
249.84
2.99
259.02
3.01
18
36.69
2.2
337.26
249.70
2.95
259.66
3.02
25
37.54
2.2
337.27
249.72
2.91
260.30
3.03
32
88.42
-2.1
337.30
249.92
+2.88
260.94
+3.03
JUPITER, 1916. 629
EPHEMERIS FOR PHYSICAL OBSERVATIONS OF JUPITER,
SYSTEM I.
GREENWICH MEAN TIME,
Interval
Interval
Interval
TiTBiait of Z«ro
Meridian.
between
Transit of Zero
between
Tranalt of Zero
between
SuooeasiTe
Meri<iian.
Soeoeasive
Meridian.
Stio^^endve
Traofiito.
Transits.
Transits.
d h m
h m
d h m
h m
d b m
h m
Jan. 1 3 57.31
9 50.65
June 4 5 3.86
9 50.59
Sept. 18 19 55.59
9 50.42
3 5 10.55
6 6 16.80
20 21 7.69
5 6 23.79
8 7 29.72
22 22 19.78
7 7 37.05
10 8 42.64
24 23 31.86
9 8 50.32
12 9 55.55
27 0 43.93
11 10 3.60
9 50.66
14 11 8.44
9 50.57
29 1 55.99
9 50.41
13 11 16.88
16 12 21.31
Oct. 1 3 8.04
15 12 30.18
18 13 34.16
3 4 20.09
17 13 43.49
20 14 47.00
5 5 32.13
19 14 56.80
22 15 59.83
7 6 44.16
21 16 10.12
9 50.67
24 17 12.64
9 50.56
9 7 56.20
9 50.41
23 17 23.45
26 18 25.43
11 9 8.23
25 18 36.78
28 19 38.21
13 10 20.26
27 19 50.12
30 20 50.98
15 11 32.29
29 21 3.46
July 2 22 3.73
17 12 44.32
31 22 16.80
9 50.67
4 23 16.46
9 50.54
19 13 56.35
9 50.41
Feb. 2 23 30.16
7 0 29.17
21 15 8.39
5 0 43.53
9 1 41.87
23 16 20.44
7 1 56.89
11 2 54.56
25 17 32.50
9 3 10.26
13 4 7.22
27 18 44.57
11 4 23.63
9 50.67
15 5 19.87
9 50.52
29 19 56.66
9 50.42
13 5 36.99
17 6 32.50
31 21 8.77
15 6 50.37
19 7 45.12
Nov. 2 22 20.89
17 8 3.74
21 8 57.72
4 23 33.04
19 9 17.12
23 10 10.30
7 0 45.22
21 10 30.49
9 50.67
25 11 22.87
9 50.51
9 1 57.41
9 50.45
23 11 43.86
27 12 35.42
11 3 9.63
25 12 57.24
29 13 47.95
13 4 21.88
27 14 10.61
31 15 0.46
15 5 34.15
29 15 23.99
Aug. 2 16 12.95
17 6 46.45
Mar. 2 16 37.36
9 50.67
4 17 25.43
9 50.49
19 7 58.77
9 50.48
4 17 50.73
6 18 37.89
8 19 50.33
10 21 2.76
21 9 11.12
23 10 23.51
25 11 35.93
Apr. 28 7 8.57
9 50.63
12 22 15.17
27 12 48.36
30 8 21.75
9 50.63
14 23 27.56
9 50.47
29 14 0.82
9 50.50
May 2 9 34.91
17 0 39.93
Dec. 1 15 13.32
4 10 48.07
19 1 52.29
3 16 25.84
6 12 1.21
21 3 4.62
5 17 38.40
8 13 14.34
23 4 16.94
7 18 50.98
10 14 27.46
9 50.62
25 5 29.25
9 50.45
9 20 3.60
9 50.53
12 15 40.57
27 6 41.53
11 21 16.24
14 16 53.66
29 7 53.79
13 22 28.91
16 18 6.74
31 9 6.04
15 23 41.61
18 19 19.81
Sept. 2 10 18.28
18 0 54.34
2a 20 32.86
9 50.61
4 11 30.50
9 50.44
20 2 7.09
9 50.56
22 21 45.90
6 12 42.70
22 3 19.87
24 22 58.93
8 13 54.88
24 4 32.68
27 0 11.94
10 15 7.05
26 5 45.52
29 1 24.94
12 16 19.21
28 6 58.38
31 2 37.93
9 50.59
14 17 31.34
9 50.42
30 8 11.26
9 50.59
June 2 3 60.90
'
16 18 43.46
p
32 9 24.17
SATELLITES OF JUPITEK, 1916.
631
South
North
APPARENT ORBITS OF THE SATELLITES OF JUPITER AT DATE OF OPPOSI-
TION, OCTOBER tS, me, AS SEEN IN AN INVERTING TELESCOPE, AND
BLONQA TED IN THE RA TIO OF THREE TO ONE IN THE DIRECTION OF THEIR
MINOR AXES,
In the above diagram the central ellipBe represents the disk of Jupiter, and
the inner orbit is that of Satellite V .
In the diagrams of the configurations of Jupiter's four brighter satellites,
pages 637-^55, Jupiter is represented by a light disk, O > in the center of the
page, and the relative positions of the satellites at the Greenwich time stated
above the diagrams are indicated by dots. The designation of each satellite
is shown by a numeral placed to the right or left, of the dot, according as the
motion of the satellite at the instant in question is toward the east or toward
the west, the motion being always toward the numeral. In constructing the
diagrams the latitudes of the satellites are always considered zero, except
where two or more of them chance to be at nearly the same distance from the
planet, when they are placed one above the other, according to their apparent
latitudes. If, at the epoch of any configuration, one or more satellites are
projected on the disk of the planet, that phenomenon is indicated by a light
disk, O, at the left-hand side of the page; and if any sateUites are invisible
on account of being occulted behind the disk of the planet, or eclipsed by its
shadow, that circumstance is indicated by a dark disk, •, at the right-hand
side of the page. In both cases the annexed numerals serve to point out which
satellites are thus rendered invisible.
MEAN SYNODIC PERIODS OF THE SATELLITES,
d h m 8
d
d h m 8
d
I. 1 is 28 36.^6
» 1.769 860 49
V. 0 11 57 27.635
-° 0.498 236 52
II. 3 13 17 63.736
= 3.554 09417
VI.
=266.00
III. 7 3 59 35.856
- 7.166 387 22
VII.
-276.67
IV. 16 18 5 6.916
= 16.753 552 27
SATELLITES OF JUPITEK, 1916.
633
GREENWICH MEAN TIME OP SUPERIOR GEOCENTRIC CONJUNCTION.
SATELLITE II.
d
h m s ,
d
h m s
d
h m 8
d
h m 8
Jan. 1
4 54 42
May 11
21 42 24
Aug. 1
16 54 52
Oct. 22
7 52 64
4
18 17 3
16
11 7 12
5
6 11 0
25
20 59 14
8
7 39 14
19
0 32 16
8
19 26 37
29
10 6 44
11
21 2 2$
22
13 56 36
12
8 41 37
Nov. 1
23 12 20
16
10 25 26
26
3 21 8
15
21 56 7
6
12 19 12
18
23 49 28
29
16 45 0
19
11 9 54
9
1 26 17
22
13 13 8
June 2
6 8 56
23
0 23 11
12
14 33 45
26
2 37 52
6
19 32 13
26
13 35 51
16
3 41 35
29
16 2 7
9
8 55 31
30
2 47 57
19
16 49 63
Feb. 2
6 27 28
*
12
22 18 11
Bept. 2
16 59 30
23
5 58 38
5
18 52 14
16
11 40 45
6
5 10 27
26
19 7 55
9
8 18 9
20
1 2 45
9
18 20 51
30
8 17 46
12
21 43 24
23
14 24 36
13
7 30 43
Dec. 3
21 28 14
16
11 9 41
27
3 46 61
16
2040 3
7
10 39 17
20
0 35 18
30
17 6 50
20
9 48 64
10
23 60 69
23
14 1 67
July 4
6 27 19
23
22 67 15
14
13 3 17
27
3 27 51
7
19 47 27
27
12 5 12
18
2 16 17
11
9 7 6
Oct. 1
1 12 45
21
16 29 65
14
22 26 17
4
14 19 68
25
4 44 13
18
11 44 69
8
3 26 53
28
17 59 10
May 1
5 25 40
22
1 3 14
11
* 16 33 35
32
7 14 45
4
18 61 41
25
14 20 69
16
6 40 7
8
8 16 51
29
3 38 12
18
18 46 31
SATELLITE III.
d
h m 8
•
d
h m 8
d
h m 8
d
h m 8
fan. 5
23 21 2
May
14
7 46 25
Aug. 1
6 32 17
Oct.
18
21 34 59
13
3 87 46
21
12 18 24
8
10 26 55
26
0 50 29
20
7 67 4
28
16 39 9
15
14 17 18
Nov.
2
4 5 49
27
12 19 1
June
4
21 ? 20
22
18 3 38
9
7 22 43
Feb. 3
16 43 39
12
1 23 20
29
21 44 39
16
10 42 16
10
21 10 0
19
5 42 3
Sept. 6
1 21 8
23
14 5 27
18
1 38 24
26
9 68 26
13
4 52 17
30
17 33 21
26
6 7 26
July
3
14 12 36
20
8 18 58
Dec.
7
21 5 33
10
18 23 7
27
11 41 45
16
0 43 4
17
22 30 30
Oct. 4
15 1 26
22
4 24 57
May 7
3 17 43
25
2 33 27
11
18 19 15
29
8 11 55
SATELLITE IV.
d
h m 8
d
h m s
d
b m 8
d
h m 8
Jan. 3
14 67 47
May 17
12 16 23
Aug. 9
12 52 16
Oct. 31
17 0 58
20
10 39 33
June 3
8 43 28
26
5 47 58
Nov. 17
7 20 50
Feb. 6
6 53 58
20
4 46 28
Sept. 11
21 42 23
Dec. 3
22 23 25
23
3 32 30
July 7
0 12 43
28
12 40 53
20
14 26 0
23
18 57 46
Oct. 15
2 58 4
634
SATELLITES OF JUPITER, 1916.
DIFFERENTIAL COORDINATES OF SATELLITE VI.
Oreenwich
Oreenwldi
Greenwich
Mean
Noon.
^Vl-^Jnp.
^Yir^Jnp.
Mean
Noon.
^YT^Jup.
^YT^inp.
Mean
Noon.
^vi-«j^
^yr^H,
m
a
t
m
8
t
m
•
$
Jan. 1
-2
3
+1.9
June 8
+2
41
+ 9.0
Sept. 20
-3
21
-10.1
3
1
55
1.5
10
2
36
9.6
22
3
15
113
5
1
47
1.1
12
2
30
10.2
24
3
9
12.4
7
1
38
0.7
14
2
24
10.7
26
S
1
13.4
9
1
30
+0.3
16
2
18
11.3
28
2
53
14.4
11
-1
21
-0.1
18
+2
12
+11.8
30
-2
44
-153
13
1
12
0.6
20
2
5
12.4
Oct. 2
2
35
16i
15
1
3
1.0
22
1
58
12.9
4
2
24
17.0
17
0
54
1.4
24
1
50
.13.4
6
2
13
Hi
19
0
45
1.8
26
1
42
13.9
8
2
2
18.4
21
-0
36
-2.2
28
+1
34
+14.3
10
-1
50
-W.O
23
0
27
2.6
30
1
26
14.8
12
1
38
19.6
25
0
18
3.1
July 2
1
17
15.2
14
1
25
20.1
27
0
10
3.4
4
1
7
15.5
16
1
12
20.S
29
-0
1
3.8
6
0
58
15.9
18
0
58
m
31
+0
8
-4.2
8
+0
48
+16.2
20
-0
45
-2L1
Feb. 2
0
16
4.6
10
0
38
16.4
22
0
31
21.4
4
0
24
4.9
12
0
28
16.6
24
0
17
21 i
6
0
33
5.2
^ 14
0
17
16.8
26
-0
4
21 T
8
0
41
5.5
' 16
+0
6
16.9
28
+0
10
21.:
10
+0
49
-5.8
18
-0
5
+17.0
30
+0
24
-21.:
12
0
56
6.1
20
0
16
16.9
Nov. 1
0
38
21.:
U
4
6.4
22
0
28
16.8
3
0
52
21-«
16
12
6.6
24
0
39
16.7
5
1
5
21.4
18
19
6.8
26
0
50
16.5
7
1
18
21i
20
+1
26
-7.0
28
„„1
2
+16.2
9
+1
31
-21i)
22
32
7.2
30
13
15.9
11
1
43
20.:
24
38
7.4
Aug. 1
25
15.5
13
1
55
203
26
44
7.6
3
36
15.1
15
2
7
1I.J
28
50
7.7
5
47
14.6
17
2
18
I9i
Mar. 1
+1
55
-7.8
7
-1
58
+14.0
19
+2
29
-lie
•
• •
• •
9
2
8
13.4
21
2
40
iM
•
• •
• •
11
2
19
12.6
23
2
50
18.0
•
• •
• •
13
2
28
11.9
25
2
59
17i
May 3
+3
27
-1.0
15
2
38
11.0
27
3
8
\0
5
+3
26
-0.5
17
-2
47
+10.1
29
+3
17
-IIJ
7
3
25
0.0
19
2
55
9.1
Dec. 1
3
25
u:
9
3
24
+0.5
21
3
3
8.1
3
3
32
U.1
11
3
23
1.0
23
3
10
7.0
5
3
39
14.4
13
3
22
1.6
25
3
16
5.9
7
3
45
13.:
15
+3
20
+2.1
27
-3
22
+ 4.8
9
+3
51
-130
17
3
19
2.6
29
3
27
3.6
11
3
56
12.4
19
3
17
3.2
31
3
31
2.3
13
4
1
ll.<
21
3
14
3.8
Sept. 2
3
34
+ 1.1
15
4
5
10.5
23
3
12
4.3
4
3
36
- 0.1
17
4
9
lO.l
25
+3
9
+4.9
6
-3
38
- 1.5
19
+4
12
-fi
27
3
6
5.5
8
3
38
2.8
21
4
15
8.:
29
3
2
6.0
10
3
38
4.0
23
4
17
8.0
31
2
59
6.6
12
3
36
5.3
25
4
19
7i
June 2
2
55
7.2
14
3
34
6.5
27
4
20
6.5
4
+2
50
+7.8
16
-3
30
- 7.8
29
+4
21
-5.7
6
+2
46
+8.4
18
-3
26
- 9.0
31
+4
21
• S^
SATELLITES OF JUPITER, 1916.
635
DIFFERENTIAL COORDINATES OF SATELLITE VII.
Oraenwich
Qreenwich
Oraenwich
Mean
Noon.
•
^YUr-^inp,
Mean
Noon.
flfyir-^Jnp.
OviI-<'Jup.
•
Mean
Noon.
^yir-^jop.
^viir^jf^
m
1
f
m
8
m
8
1
Jan. 1
+0
23
-14.9
Jime 8
-1
40
+9.5
Sept. 20
+2
19
-8.3
3
+0
12
15.2
10
1
34
9.3
22
2
8
8.3
5
0
0
15.5
12
1
27
9.2
24
1
56
8.2
7
-0
11
15.7
14
1
21
9.0
26
1
43
8.2
9
0
22
15.8
16
1
14
8.9
28
1
30
8.1
11
-0
33
-15.8
18
-1
7
+8.7
30
+1
16
-8.0
13
0
43
15.8
20
1
0
8.5
Oct. 2
1
2
7.8
15
0
54
15.7
22
0
53
8.2
4
0
47
7.7
17
1
4
15.6
24
0
46
8.0
6
0
32
7.5
19
1
14
15.4
26
0
38
7.7
8
0
17
7.3
21
-1
23
-15.2
28
-0
30
+7.5
10
+0
1
-7.1
23
1
32
14.9
30
0
23
7.2
12
-0
14
6.9
25
1
41
14.6
July 2
0
15
6.9
14
0
30
6.6
27
1
50
14.2
4
-0
7
6.5
16
0
46
6.4
29
1
58
13.8
6
+0
2
6.2
18
1
2
6.1
31
-2
5
-13.3
8
+0
10
+5.8
20
-1
17
-5.8
Feb. 2
2
13
12.8
10
0
19
5.4
22
1
32
5.5
4
2
20
12.3
12
0
28
5.0
24
1
47
5.2
6
2
26
11.8
14
0
37
4.6
26
2
2
4.8
8
2
32
11.2
16
0
46
4.2
28
2
16
4.5
10
-2
38
-10.6
18
+0
55
+3.7
30
-2
29
-4.1
12
2
44
10.1
20
1
4
3.2
Nov. 1
2
43
3.8
14
2
49
9.5
22
1
13
2.7
3
2
55
3.4
16
2
53
8.9
24
1
23
2.2
5
3
7
3.0
18
2
58
8.3
26
1
32
1.7
7
3
19
2.6
20
-3
2
- 7.6
28
+1
41
+1.2
9
-3
30
-2.2
22
3
5
7.0
30
1
50
0.6
11
3
40
1.8
24
8
9
6.4
Aug. 1
1
59
+0.1
13
3
50
1.4
26
3
12
5.8
3
2
8
-0.4
15
3
59
1.0
28
3
15
5.3
5
2
17
1.0
17
4
7
0.6
Mar. 1
-3
18
- 4.7
7
+2
25
-1.5
19
-4
14
-0.2
•
• •
» •
9
2
33
2.1
21
4
21
+0.2
•
• •
» »
11
2
40
2.6
23
4
27
0.6
•
• •
• •
13
2
47
3.1
25
4
33
1.0
May 3
-3
4
+ 8.7
15
2
54
3.6
27
4
38
1.5
5
-3
1
+ 8.9
17
+2
59
-4.1
29
-4
42
+1.9
7
2
57
9.1
19
3
4
4.6
Dec. 1
4
46
2.3
9
2
54
9.3
21
3
9
5.0
3
4
49
2.7
11
2
50
9.4
23
3
12
5.5
5
4
51
3.1
13
2
46
9.6
25
3
15
5.9
7
4
53
3.5
15
-2
42
+ 9.7
27
+3
16
-6.2
9
-4
54
+3.9
17
2
38
9.8
29
3
17
6.6
11
4
55
4.3
19
2
33
9.8
31
3
17
6.9
13
4
56
4.7
21
2
29
9.9
Sept. 2
3
16
7.2
15
4
55
5.1
23
2
24
9.9
4
3
13
7.4
17
4
55
5.5
25
-2
19
+ 9.9
6
+3
10
-7.6
19
_4
54
+5.9
27
2
14
9.9
8
3
6
7.8
21
4
52
6.2
29
2
9
9.8
10
3
0
8.0
23
4
50
6.6
31
2
3
9.8
12
2
54
8.1
25
4
48
6.9
June 2
1
58
9.7
14
2
46
8.2
27
4
46
7.2
4
-1
52
+ 9.6
16
+2
38
-8.3
29
-4
43
+7.5
6
-1
46
-h 9.6
18
+2
29
-8.3
31
—4
39
+7.8
636 ^
SATELLITES OF JUPITER, 1916.
GREENWICH MEAN TIME.
JANUARY.
d |i m 8
.
t
d h m •s
d h m s
d h m s
1 330 0
II.
Oc.D.
9114838
I.^
»Sh.I.
16234331
III. Sh.E.
84115419
I.* Oc.D.
85352
II.
Ec.R.
11 53 56
III.^
»Tr. I.
151159
I. Ec.R.
112611
I.^
»Oc.D.
124929
I.^
»Tr. E.
17 4 7 3
II. Tr. I.
1457 9
I.^
»Ec.R.
14 127
I.^
»Sh.E.
62452
II. Sh.I.
86 9 524
I. Tr. L
14 55 27
III.
Tr. E.
653 6
II. Tr. E.
10 9 21
I. 8h.L
2 73814
III.
Tr. I.
17 225
III.
Sh.I.
9 644
II. Sh.E.
111954
I.*Tt. E.
836 9
I.
Tr. I.
19 41 39
III.
Sh.E.
95413
I. Oc.D.
122219
tfa.L
95241
I.
Sh.I.
131643
I.* Ec.R.
"
104015
III.^
*Tr. E.
10 12234
II.
Tr. I.
86 11312
II. Oc.D.
10 50 24
I.^
»Tr. E.
34826
II.
Sh.I.
18 7 452
I. Tr. I.
6 9 4
II. Ec.B.
12 528
I.^
»8h.E.
4 844
II.
Tr. E.
81329
I. Sh.I.
62424
I. Oc.D.
12 59 18
III.^
»Sh.I.
63029
II.
Sh.E.
91918
I. Tr. E.
94047
I. Ec.B.
153947
III.
Sh.E.
75441
I.
Oc.D.
10 26 21
I. Sh.E.
22 39 17
II.
Tr. I.
112125
I.^
»Ec.R.
222445
11. Oc.D.
87 33542
43823
I. Tr.I.
I. Sh.I.
8 11152
II.
Sh.I.
11 5 457
I.
Tr. I.
19 33029
II. Ec.R.
55013
I. Tr.E
12535
II.
Tr. E.
61732
I.
Sh.I.
42410
I. Oc.D.
65122
I. Sh.E.
354 7
II.
Sh.E.
71919
I.
Tr. E.
74533
I. Ec.R.
104846
III. Or D
55550
I.
Oc.D.
83023
I.
Sh.E.
13 49 16
III.* Oc.R.
926 2
I.
Ec.R.
19 37 45
II.
Oc.D.
80 135 1
I. Tr. I.
151021
lU. Ec.D
132026
IV.^
*Oc.D.
24230
I, Sh.I.
174818
III. Ec.R.
1635 9
IV.
Oc.R.
18 04929
IV.
Tr.I.
34928
I. Tr. E.
201547
II. Tr.I
05156
II.
Ec.R.
45525
I. Sh.E.
221914
II. a I
4 21342
IV.
Ec.D.
2 2429
I.
Oc.D.
62611
III. Oc.D.
23 138
II. Tr.E
3 546
I.
Tr. I.
35642
IV.
Tr. E.
9 6 6
IV. Oc.D.
33421
IV.
Ec.R.
5 50 14
I.
Ec.R.
927 57
III. Oc.R.
88 05432
I. OcD
42136
I.
Sh.I.
13 22 38
IV.^
*Sh.I.
11 759
III.* Ec.D.
1 050
II. Sh.E.
520 2
I.
Tr. E.
14 13 48
IV.^
»Sh.E,
12 12 59
IV.* Oc.R.
4 935
I. Ec.R
63424
I.
Sh.E.
233456
I.
Tr. I.
13 47 17
III.* Ec.R.
205628
IV. Tr.I
16 52 20
II.
Oc.D.
17 29 42
II. Tr. I.
22 555
I. Tr.I
22 13 26
II.
Ec.R
18 04635
I.
Sh.I.
1943 2
II. Sh.I.
23 719
I. Sh.I
14919
I.
Tr. E.
20 15 41
II. Tr. E.
2353 4
IV. Tr.E
6 02527
I.
Oc.D.
2 621
III.
Oc.D.
204811
IV. Ec.D.
35453
I.
Ec.R.
25926
I.
Sh.E.
21 32 26
IV. Ec.R.
89 02027
I. ly.E
21 35 33
I.
Tr. I.
5 910
III.
Oc.R.
222447
II. Sh.E.
12019
I. 8h.E
21 49 13
III.
Oc.D.
7 543
III.
Ec.D.
225411
I. Oc.D.
1437 29
U. Oc.D
225039
I.
Sh.I.
94622
III.
Ec.R.
192441
I. Oc D
234951
I.
Tr. E.
144442
II.
Tr.I.
81 214 22
I. Ec.R.
1927 55
II. EcR
17 640
II.
Sh.I.
20 5 6
I. Tr. I.
223822
I. EcR
6 05252
III.
Oc.R.
17 3046
II.
Tr. E.
21 11 26
I. Sh.I.
1 327
I.
Sh.E.
19 48 38
II.
Sh.E.
22 19 33
I. Tr. E.
80163615
I. TV. I
3 314
III.
Ec.D.
205421
I.
Oc.D.
232422
I. Sh.E.
17 36 21
I. a. I
54514
III.
Ec.R.
185048
I. Tr.E
12 048
II.*Tr. I.
14 019 5
I.
Ec.R.
88114827
II.* Oc.D.
194920
I. a.E
1430 9
II.»Sh.I.
18 451
I.
Tr. I.
164921
II. Ec.R.
.
1447 1
II.*Tr. E.
191531
I.
Sh.I.
172410
I. Oc.D.
81 1 0 0
III. TV. I
17 12 18
II.
Sh.E.
201916
I.
Tr. E.
204310
I. Ec.R.
85833
III. Tr.E
1855 9
I.
Oc.D.
212823
I.
Sh.E.
512 22
III. a. I
222344
I.
Ec.R.
88143517
I. Tr. I.
747 56
III. a.B
,
18 9 043
II.
Oc.D.
154027
I. Sh.I.
93913
II. Tr.I
716 517
I.
Tr. I.
141047
II.»Ec.R.|
164947
I. Tr. E.
11 37 19
II.* a. I
17 19 36
I.
Sh.I.
15 24 14
I.
Oc.D.
17 5324
I. Sh.E.
122458
II.*Tr.J
18 19 36
I.
Tr. E.
184753
I.
Ec.R.
203530
III. Tr. I.
135454
I. OcD
193224
I.
Sh.E.
23 35 15
III. Tr. E.
141861
II. a.E
16123454
I.»Tr. I.
17 710
I. Bc.R
8 61432
II.
Oc.D.
134433
I.»Sh.I.
84 1 915
III. Sh.I.
11 32 19
n.*Ec.R.
14 49 19
I.
Tr. E.
346 2
III. Sh.E.
132452
I.*Oc.D.
15 57 26
I.
Sh.E.
65237
II. Tr. I.
165233
I.
Ec.R.
16 12 55
III.
Tr.I.
9 110
II. Sh.I.
191340
III.
Tr. E.
93832
II. Tr. E.
91035 9
I .♦Tr, I.
21 530
III.
Sh.I.
11 42 49
II.* Sh.E.
Note.— I. denotes ingress; E., egress; D., dlsappearanoe; R., reappe«ranoe; Ec., ecllpte; Oc, oewlW*-
Tr., transit of the sateUlteTBh., transit of the shadow. «VliibIe at Washington.
SATELLITES OF JUPITER, 1916,
637
GREENWICH MEAN TIME.
JANUARY.
Phases of the Eclipses of the Satellites for an Inverting Tdescc^.
I.
*
r
in.
5
r
n.
8
i.1 Ol-
io
11
161
20
?L
?L
ao|
sri02r
4t
r
IV.
•lO -2
30
O -1
1*
•fl
O 4'
10'3-
O 2«
g
•1 o
•4 '3
O 1- 3- 2-
3' 2'*Ol
•2 l-O
O '1'2
O 2-_
O 4* -1
**.! -2 O
O !• 3* -2
3- -lO
3?
Configurations at 11^ SS'^
^for an Inverting Tdeacope.
1
•
West.
Bast.
1
•4
O -2 3-
•!•
2
•4
V-O 2-
-
3
3- 2-
•04 -1
*
4
•3
1-2
O -4
t
5
•3
•1
O -1 '2
20- -3
•4
6
•4
7
•2
O 1-
•3 -4
12
4-
•3 4- O 'l -2
•1 02- '3
\
13
-
I
14
4«
2« O 1- -3
'
15
4«
•1 O 3«
*20
17
•4
3* 2- O
•10
18
•43«
•2 1* O
19
O
•1 *2
'30 -4
< ■ ' ■ — *— —
638
SATELLITES OF JUPITER, 1916.
GREENWICH MEAN TIME.
FEBRUARY.
d h m 8
d h m 8
d h m 8
d h m 8
111 630
I *Tr. I.
815 2240
I.
Tr. E.
16 94519
II.
Oc.D.
88164317
n. Ec.R.
12 513
I.^
*Sh.I.
1614 7
I.
Sh.E.
122740
I.*Oc.D.|
17 21 1
I. Ec.R.
1321 4
I.*Tr. E.
14 446
II.
Ec.R.
14 18 14
I.
Sh.E.
9 65339
10 26 14
II.
I.
Oc.D.
Oc.D.
1526 4
I.
Ec.R.
841143 0
12 2129
I.^Tr. I.
I.»8h.I.
8 4 252
II.
Oc.D.
11 26 14
11.^
»Ec.R.
17 94039
I.
Tr. I.
135735
I. Tr. E.
825 7
I.
Oc.D.
1331 3
I.
Ec.R.
102548
I.
Sh.I.
143439
I. Sh.E.
84738
II.
Ec.R.
115515
I.*Tr. E.
113558
I.*Ec.R.
10 73836
I.
Tr. I.
123856
I.* Sh.E.
25 44048
111. Oc.D.
830 3
I.
Sh.I.
728 3
II. Tr.I.
8 53657
I.
Tr. I.
95312
I.
Tr. E.
18 01043
III.
Oc.D.
84241
II. 8h.I.
63415
I.
Sh.I.
1043 8
I.
Sh.E.
3 6 4
III.
Oc.R.
85949
I. Oc.D.
7 5130
I.
Tr. E.
19 41 21
III.
Oc.D.
31835
III.
Ec.D.
953 6
III. Ec.R.
84717
I.
Sh.E.
223838
III.
Oc.R.
439 2
II.
Tr. I.
1013 2
II. Tr.E.
1514 8
III.
Oc.D.
231542
III.
Ec.D.
55225
III.
Ec.R.
112346
II. 8h.E.
1813 9
III.
Oc.R.
6 7 0
II.
Sh.I.
114944
I.^Ec.R.
19 13 11
III.
Ec.D.
11 15035
II.
Tr. I.
658 3
I.
Oc.D.
214946
III.
Ec.R.
15054
III.
Ec.R.
7 2417
II.
Tr. E.
86 61336
I. Tr. I.
23 249
II.
Tr. I.
33111
II.
Sh.I.
84813
II.
Sh.E.
65021
I. 8h.L
436 4
II.
Tr. E.
95448
I.
Ec.R.
828 9
I. Tr.E.
4 05517
II.
Sh.I.
45633
I.
Oc.D.
9 331
I. 8h.E.
14829
II.
Tr. E.
61230
II.
Sh.E.
19 41110
I.
Tr. I.
25521
I.
Oc.D.
75948
I.
Ec.R.
45443
I.
Sh.I.
87 2 345
II. Oc,D.
33645
II.
Sh.E.
62546
I.
Tr. E.
33015
I. Oc.D.
6 444
I.
Ec.R.
18 2 9 2
I.
Tr. I.
7 749
I.
Sh.E.
6 2 3
II. EcR.
•
25859
I.
Sh.I.
2311 1
II.
Oc.D.
61825
I. BcR
6 0 715
I.
Tr. I.
42338
I.
Tr. E.
13 9
I.
Sh.I.
512 4
I.
Sh.E.
80 12827
I.
Oc.D.
88 04418
I. TtA
22150
I.
Tr. E.
201858
II.
OcD.
3 2334'
II.
Ec.R.
11919
L 8h.I
31612
I.
Sh.E.
232653
I.
Oc.D.
42331
I.
Ec.R.
25850
I. Tr.E.
17 2744
II.
Oc.D,
22 41 48
I.
Tr. I.
33229
I. 8h.E.
212536
I.
Oc.D.
18 045 4
II.
Ec.R.
232339
I.
Sh.I.
185558
m. Tr.I.
22 630
II.
Ec.R.
22832
I.
Ec.R.
205241
II. Tr.I.
203935
I.
Tr. I.
81 05624
I.
Tr. E.
2123 6
III. 81lI.
6 03330
I.
Ec.R.
212756
I.
Sh.I.
13649
I.
Sh.E.
214722
m. Tr.L
527 27
IV.
Oc.D.
225412
I.
Tr. E.
142428
III.
Tr. I.
22 028
II. ai
82028
IV.
Oc.R.
2341 3
I.
Sh.E.
17 17 59
III.
Tr. E.
22 045
I. OcD.
183742
I.
Tr. I.
•
17 2014
III.
Sh.I.
233731
II. Tr.E.
1932 9
I.
Sh.I.
14 95448
m.
Tr. I.
18 328
II.
Tr. I.
235338
in. Sh.E.
205218
I.
Tr. E.
125013
III.* Tr. E.I
192451
II.
Sh. I.
21 45 13
I.
Sh.E.
13 17 49
III.
Sh.I.
1952 3
III.
Sh.E.
89 04128
II. 8h.E.
151445
II.
Tr. I.
195855
I.
Oc.D.
047 8
I. EcR
7 52642
III.
Tr. I.
155054
III.
Sh.E.
204835
II.
Tr. E.
191454
I. Tr.I
82346
III.
Tr. E.
1649 7
II.
Sh.I.
22 6 1
II.
Sh.E.
1948 8
I. 8h.I
91519
III.
Sh.I.
173541
IV.
Tr. I.
225216
I.
Ec.R.
212924
I. Tr.t
114939
III.*Sh.E.
17 57 16
I.
Oc.D.
22 119
I. a.E.
122637
II.* Tr. I.
18 0 7
II.
Tr. E.
88171220
I.
Tr. I.
14 13 15
II.
Sh.I.
193024
II.
Sh.E.
175230
I.
Sh.I.
15 12 11
II.
Tr. E.
201457
IV.
Tr. E.
192655
I.
Tr. E.
155555
I.
Oc.D.
205719
I.
Ec.R.
20 540
I.
Sh.E.
165438
II.
Sh.E.
19 217
I.
Ec.R.
151510 2
I.
Tr. I.
88 21630
IV.
Oc.D.
155648
I.
Sh.I.
44829
IV.
Oc.R.
813 8 5
I.*Tr. I. 1
17 24 39
I.
Tr. E.
1237 45
II.*Oc.D.|
14 1 2
I.
Sh.I.
18 956
I.
Sh.E.
142922
I.
Oc.D.
By reason of the proximity of Jupiter to the Sun the phenomena
of the satellites are not given for March and April.
"^ . tnuittt of the aateUite; Sh., transit of the shadow. * Vtolbto ai waahlncton. ^*''**^*
SATELLITES OF JUPITER, 1916.
639
GREENWICH MEAN TIME.
FEBRUARY.
Phases cf the Eclipses of the Satellites for an In/verting Telescope.
r
III.
r
n.
r
IV. No Eclipse.
Configurations a4 11^ J^O^for an Inverting Telescope.
•
2
Weat.
East.
1
Ol-
4* 3- -2 O
2|
•4 -3 0-l*2
31
•4 1-30 2*
4
•4 2' O •! -3
5|
•41-2 O '3
6
0-4 1- %
7
?i20- -4
8
3- -2 Ol'
•4
9
•3 O -2
•4
•1#
.0
•31* O 2-
•4
1
2* O -1 -3
4*
2
i O -3
4-
31
O 1- -2 3**
4|03-
•1 OV
51
3- 2* 4- O 1-
6|
4- -3 -Ol
•2#
7|01-
4- -3 O 2«
81
4- 2- O -1 -3
9
•4 •21- O -3
9
•4 O •1-2 3-
L
•4 •! 03'2«
2
3'2- -4 O !•
M
•3 •1-02-4
1
•3 lO- 2- -4
>
2' O -3
•4
•1#
J
•2 1- O '3
•4
f\
O .? 3.
4-
i.
O 3'2'
O 1-
640
SATELLITES OF JUPITER, 1916,
GREENWICH MEAN TIME.
MAY.
d h m s
d h m 8
d h m 8
-
d h m s
1 0 025
I. Oc.R.
9 23 54 6
II.
Sh.I.
1720 353
III.
Sh.E.
86141231
I. Tr.I
3 114
II. Ec.D.
21 015
III.^
»Tr. I.
152921
I. Sh.E.
64653
II. Oc.R.
10 112 55
II.
Tr. I.
23 15 12
III.
Tr. E.
162331
I. Tr.L
18 36 31
I. Sh.I.
233 7
II.
Sh.E.
19 819
I. Tr. I.
3 52 32
II.
Tr. E.
1814 3 0
I.
Ec.D.
87102541
I. Ec.D.
204844
I. Sh.E.
13 47 14
III.
Sh.I.
17 235
I.
Oc.R.
133247
I. Oc.B.
212046
I. Tr. E.
14 59 58
I.
Sh.I.
213432
II.
Ec.D.
1828 4
11. a.i
15 40 21
I.
Tr. I.
201411
11. Tr. I
2 15 45 56
I. Ec.D.
16 3 36
III.
Sh.E.
19 15223
II.
Oc.R.
21 124
II.* a. E.
18 3042
I. Oc.R.
16 30 19
III.
Tr. I.
112323
I.
Sh.I.
225155
II. Tr. E.
211841
II. Sh.I.
17 11 54
I.
Sh.E.
12 11 51
I.
Tr. I.
222340
II. Tr. I.
17 52 18
I.
Tr. E.
1335 1
I.
Sh.E.
88 74635
I. Sh.I
23 57 57
II. Sh.E.
184925
III.
Tr. E.
142317
I.
Tr. E.
84234
95753
I. TrI
I. 8h.£.
3 1 348
II. Tr. E.
1112 847
I.
Ec.D.
80 83132
I.
Ec.D.
105327
I. Tr. E
94523
III. Sh.I.
15 158
I.
Oc.R.
113239
I.
Oc.R.
114343
III. EcD
115855
III. Tr. I.
18 57 30
II.
Ec.D.
154725
II.
Sh.I.
135819
III. Ec B
12 314
III. Sh.E.
23 257
II.
Oc.R.
17 26 6
II.
Tr. I.
153358
III. Oc.D
13 5 9
I. Sh.I.
1826 2
II.
Sh.E.
174420
III. Oc i
13 38 42
I. Tr. I.
18 92842
I.
Sh.I.
20 435
II.
Tr. E.
1422 2
III. Tr. E.
101044
I.
Tr. I.
89 45414
I. Ec-D
151720
I. Sh.E.
114034
I.
Sh.E.
81 552 0
I.
Sh.I.
8 246
I. Oc.l
1551 3
I. Tr. E.
122235
I.
Tr. E.
642 2
I.
Tr. I.
132929
II. Ec.E
74152
III.
Ec.D.
18 426
II. Ocl
4 10 14 32
I. Ec.D.
18 63720
I.
Ec.D.
8 334
I.
Sh.E.
13 1 1
I. Oc.R.
932 7
I.
Oc.R.
85321
I.
Tr. E.
80 21516
I. a. I
16 20 18
II. Ec.D.
131154
II.
Sh.I.
957 50
III.
Ec.R.
31240
I. TrI
201240
II. Oc.R.
14 37 26
II.
Tr. I.
11 6 8
III.
Oc.D.
42630
I. a. I
15 50 47
II.
Sh.E.
13 20 39
III.
Oc.R.
52327
I. TrJ
5 73355
I. Sh.I.
17 16 41
II.
Tr. E.
232245
I. Etl-
8 911
I. Tr. I.
88 3 0 5
I.
Ec.D.
946 1
I. Sh.E.
14 34021
III.
Ec.D.
6 244
I.
Oc.R.
81 23241
I. Ocl
102126
I. Tr. E.
3 57 21
I.
Sh.I.
105242
II.
Ec.D.
741 1
II. a. I.
441 1
I.
Tr. I.
151631
II.
Oc.R.
938 7
II. Tr. I
6 443 5
I. Ec.D.
557 41
III.
Ec.R.
10 19 12
II. a I
73115
I. Oc.R.
6 9 9
I.
Sh.E.
88 02043
I.
Sh.I.
121527
II. Tr t
103624
II. Sh.I.
637 9
III.
Oc.D.
11216
I.
Tr. I.
204350
i.»a.i
114815
II. Tr. I.
6 5245
I.
Tr. E.
23213
I.
Sh.E.
214238
I. TrI
131533
II. Sh.E.
85541
III.
Oc.R.
32329
I.
Tr. E.
2255 1
I. a.£
14 2812
II. Tr. E.
21 28 37
I.
Ec.D.
235319
I. Tr.l
23 38 28
III. Ec.D.
15 1 553
I.
Ec.D.
4 216
I.
Oc.R.
84 03245
I.
Oc.R.
7 15710
III. Ec.R.
81545
II.
Ec.D.
5 518
II.
Sh.I.
2 234
I. Sh.I.
12 27 33
II.
Oc.R.
65019
II.
Tr. I.
2 630
III. Oc.D.
22 26 5
I.
Sh.I.
74346
II.
Sh.E.
2 3934
I. Tr. I.
23 11 21
I.
Tr. I.
92826
II.
Tr. E.
414 38
I. Sh.E.
184918
I.
Sh.I.
42856
III. Oc.R.
16 037 50
I.
Sh.E.
19 42 22
I.
Tr. I.
45143
I. Tr. E.
123 0
I.
Tr. E.
21 045
I.*Sh.E.|
23 11 39
I. Ec.D.
19 3425
I.
Ec.D.
215024
III.
Sh.I.
22 32 25
I.
Oc.R.
215328
I.
Tr. E.
8 2 131
I. Oc.R.
53836
II. Ec.D.
17 2 2941
II.
Sh.I.
86 0 345
III.
Sh.E.
93738
II. Oc.R.
4 154
II.
Tr. I.
12829
III.
Tr. I.
203121
I. Sh.I.
5 826
II.
Sh.E.
339 9
III.
Tr. E.
2110 2
I. Tr. I.
64046
II.
Tr. E.
155711
I.
Ec.D.
224320
I. Sh.E.
16 54 41
I.
Sh.I.
19 249
I.
Oc.R.
2322 5
I. Tr. E.
17 41 35
I.
Tr. I.
1749 1
III.
Sh.I.
86 01121
II.
Ec.D.
917 4012
I. Ec.D.
19 623
I.
Sh.E.
44048
II.
Oc.R.
203143
I. Oc.R.
1953 7
I.
Tr. E.
13 17 59
I.
Sh.I.
_
Note.— I. denotes Ingres; E., egress; D., disappearance; R., reappearance; Ec, tdifm; Oc, ttaif^^
Tr., transit of the satellite; Sh., transit of the shadow. ^Visible at Washington.
SATELLITES OF JUPITER, 1916.
641
GREENWICH MEAN TIME.
MAY.
Phases ofihe Eclipses of the SaieUiUs for an Inverting Telescope.
3
in.
tL
1 oi
3
IV. No Eclipse.
Configurations at 20^ 40^ for an Inverting Telescope.
•2 -4 3«
2|
02-1 3*
3
2-
!?• O
•4
4
3*
0-2 •!
•4
5|
•3
•1 O 2*
4-
61
2^ -3 O !•
4-
71
•2 -1 O
•34*
8|
lO-4«
•2 -3
9
4» 0-12*
3-
lOl
4-
2« l'3'O
111
4*
3-
O -1
•20
121
4«
•3
1- O 2*
13
•4
•32* O !•
14 1
*4
•2 •! O -3
16 1
•4
O 1* '2 -3
16 1
*4 O 2- 3.
•10
17 1
3
2* l-'O* -4
L8|
•20 •! '4
19 1
•3
!• O -2 -4
»
•3 2-0 -1 -4
a
•2 •! O '3 4-
SI
O 1-2 '3 4«
ai
•lO 2- 3- 4-
!4|01-
2- O 3« 4-
»
3* "240 • •!
!6
3*
4- 1- O -2
» 02*
4-
•3 O -1
»l
4-
•2 •! O -3
29
4*
O •21« -3
W
•4
•1 O 2* 3-
Jl!
•4
2- Ol' 3»
79790**— 1916 41
SATELLITES OF JUPITER, 1916.
643
GREENWICH MEAN TIME.
JUNE.
Phases of the Edipaea of the Satdlitesfor an Irvoeriing Telescope.
I.
n.
I
I
III.
*
d
r
IV. No Eclipse.
8
Configurations at IS^ B6°^for an Inverting Tdeaeope.
•2 3' O
•
West.
Bast
1
•4
3-2 O
•!•
2
3*
•4 !• O '2
3
•3
O 2..i*
4
2«
!• -03 .4
5
O !• '3
•4
•20
6
•1 O 2* 3-
•4
7
2- O !• 3*
4-
9|01-
O
10
•3
O •12- 4-
11
2*
!•
o
-30
12
4- O •! -3
•20
13
4«
•1 O 2*
•3
14
4*
2* O 1* 3*
15
4-
•2 .r O
16
•4
3«
lO- '2
17
•4
•3
O-l 2*
18
•4
2* ii- O
19 1
4^ O •! -3
20
!• O -4 -2
•3
21 02-
O 1- 3-
•4
22 03-
•2 -1 O
•4
23
3-
01-2
•4
24|
•3
O 2-
4*
•10
25
5 i-O
4«
26
•2 O •1'3
4*
27
!• O 4* '2
•3
28
*iO- -1
3"
29|
4-
•2 •! 03'
30|
4«
3-
0*21'
SATELLITES OF JUPITEE, 1916.
GREENWICH MEAN TIME.
645
JULY.
Phases of the Eclipses of the SateUUesfor an Inverting Telescope.
I.
n.
8
9
10
11
121
131
14
15
16
17_
20
2Y
02-
23
^
25|Ol.
26J
27 1
28_[
29_[
3o|
311
2
III.
5
r
IV. No Eclipse,
Confiffurations at 19^ 10^ for an Inverting Telescope.
O 1* -4
I O
2* Ol*
O
l#-3<
1* O >2 *8
O ?i i
2« !• O
_^ 3* O
3- ' \ O
8 2'0 1*
'"'2 .Os
l-O
O •12-
2- i« q
\ o
i» •
4 •! O
O 1-
•4
s' O
O -2 -3
O-l 2-
2- 1. O
'2 3'0 '1
1' O
02' 1-
2* -a-i o 4'
SATELLITES OF JUPITER, 1916.
647
GREENWICH MEAN TIME.
AUGUST.
Phases of the Edipaea of the SatdlUesfor an Inverting Telescope.
I.
n.
*
d
III.
d
r
5
IV. No Eclipse.
Canfiguratians at 18^ 26°^ for an Inverting Telescope.
-T— 1
•
1
WMt.
But.
1
4* oi -3
2
4*
O 2« -3
•
•!•
3
4*
2" 1*0 3-
4
4-
•2 30' -1
5
•4
3* 1- O '2
6|
•4
•3
O 2- "1
7
•4
2-3 "1 O
8
•4 o ':.
•2«
9
•10-4 2* "3
10
11
Ol-
2- O •43*
•2 o ?;
•4
12
3- 1- O -2
•4
13
3*
O -ii
4*
14
•32- •! O
4-
15 1
O 'SI*
4'
•2«
16 1
•lO •24* -3
17
io: 3.
18
% O-l 3-
19
4-
3* !• O -2
20
4-
3«
O •12'
21
4«
•3 2-l« O
22
•4
•2 O 1*
•3«
23
•4
•1 O -2 -3
24 02-
•
4 O 1- 3«
25|
•2 -4 O 3«
•!•
26|
3* 1*0 •2-4
27 1
3-
O '1 2* -4
28 1
•3 !?• O
•4
29|
•2 -03 •!
•4
30|
•1 O •2-3
4*
31 1
02-1- 3*
4*
SATELLITES OF JUPITEK, 1916.
640
GREENWICH MEAN TIME.
SEPTEMBER.
Phases of (he Edipaes of (he SaidlUesfor an Inverting Telescope.
I.
II.
I
III.
d
«
r
«
d
IV. No Eclipse.
Configurations at 17^ JilCF' for an Inverting Telescope.
•
1
W«Bt.
Batt.
1
2- -lO 3'
4.
2
Oi-
3' 0-2 4.
3
3* 40 •! 2*
4
•34. "i. O
5
4-
•2 -3 O •!
6
4-
1- O •*!
7
4'
O "i.
•3
8
•4
2' -1 O 3'
0
•4
3-01'
•20
10
3-4 O 2*
•1«
11
•3 ,V-04
12
•2-3 0 •! '4
13
1- o \
•4
14
O \-
•3 '4
15
2- '1 O 3
•4
16
1
30'1*
4'
'20
17
1
3- O -2
4*
'1«
18
1
•3 lO
4*
19
1 ^ o -H-
20
1^ o .?
21
1
4- O .?•
•3
22
1
4-
2- -1 (
D3'l'
3-
23
4'
•2 (
24
•4
3- -lO '2
25
I02.01'
•4
•3 O
26
1
•4 i O -1
27
1 .4 1-0 /
28
1
O "4 •12-
•3
29
1
2-1 0
43'
30
1
•2 O 3-1-
•4
>1
SATELLITES OF JUPITER, 1916.
651
GREENWICH MEAN TIME.
OCTOBER.
Phases of the Eclipses of ike Satellites for an Irwerting Telescope.
I.
III.
n.
IV. No Eclipse.
Configurations at 16^ JfiF^for an Inverting Telescope,
4
•32«
O
1'0'2
•t
O •! 2* 4-3
6
04«
7i
4- -2
O
8*
1-
8
4-
3-1
O
•2
9
4«
3*
O
10
4*
•32-
•Ol
iilOi-
•4
O
•2#*3#
12
•4
O -1
2- -3
13
•4
!?• O
3-
14
•2 -4 O
•13*
15
.?• O
.4-2
16
3*
o
•4
17
•3
2* -lO
•4
18 Ol-
•3«02
•4
io
O-l
•8
4'
20
1*2- O
3-
4-
211
•2 O
•1 3*
4«
22
1- 3- O
-24-
23
3'
4-0
V
24
•34-
2- -1 O
25 1
4-
•3-2 Ol*
26 1
4-
O
•3«2
*1«
27|02-
-4
l-O
•3
28
•4
•2 O
•1 3-
29|
•4
1- 3*0
•2
30
3-
•4 O
1-2-
31 1
•3
2- -1 O
•4
SATELLITES OF JUPITER, 1916.
653
GREENWICH MEAN TIME.
NOVEMBER.
Phases of the Eclipses of the Satellites for <m Inverting Telescope.
I r
[.
III.
a.
r
rV. No Eclipse.
Configurations at 15^ 25°^ for an Inverting Telescope.
•
t
W«8t.
Bast.
1]
•3-2 O !• '4
2
•lO "3 -2
•4
3 Ol-
20'
•3 -4
4
•2 O •!
3- "4
5'
1- 30-2
4-
6!
3- O •12*
4*
7
•3
.? o
4*
8
•3-2 O 4*1*
9
4- '1 O '3 '2
101
4-
Ol"2'
•3
u|
4-
2- O
3-
•!•
12|
4*
1- O 3-
•2«
13
•4
3- O •! 2-
14
15
•4
3'
1-2- O
•4
•3 -2 O !•
161
•4-1 O -3 '2
17
o':i2-
•3
18
2- O
•43-
•1«
19
1-02 3'
•4
20|
3- O -1 2«
•4
21
3-
1-2- O
4-
22|
•3 -2 O "1
4-
23
•1 O -2
•s
4«
24
O 1"2- 4«
•3
25
4-
2- -lO
3-
26
27
28
29
30
01-
4- -20 3'
1
4<
3- O •! -2
4*
3-
1* 2'0
4'
•3 -2 O •!
•4
•1 -03 -2
SATELLITES OF JUPITER, 1916.
655
GREENWICH MEAN TIME.
DECEMBER.
Phases of the Eclipses of the SatettUesfor an Inverting Telescope.
I
r
III.
5 *
d r
n.
r
IV. No Edipse.
Configurations at IJ^ Kf^for an Inverting Telescope.
2* -1 O
3
•2-4 Ol' 3-
4
3* O -4 -2
•1«
5
3-
1-2 O* '4
6|
•3
•2 O -1
•4
7
1- -3 0*2
•4
8
O 1- ":,
4*
91
'••1 O -3
4«
10
•2 O !• 3* 4*
11
':Oi 4- -2
12
Ol-
3*
4* 02-
13
•34*
2- O '1
L4
4*
i o
•2#
15
4-
O •1"32-
L6
•4
•12' O -3
L7
•4
•2 O 1- 3*
L8
I03-
•4
•lO '2
19
Ol-
'
3-
•4 O 2«
K)
•3
2- O
•4
!•
a
•3 !• -02 -4
52
O :i 2.
•4
»
1- 2- O -3
•4
M
•2 O 1- 3-
•4
J5
•1 03- -2
4*
56
3- Ol' 2'
4-
rr
•3
2« O 4-
•!•
»
•3 iO 4-
59
•
4- O "1 -2
•3#
M)
02-
4*
1- O -3
a
4'
•2 O 1* 3*
SATBLUTE8 OF SATUEN, 1916. 657
SATELLITES OF SATTJRN, 1916.
659
GREENWICH MEAN TIME OP GREATEST ELONGATION.
ENCELADUS.
d h
Jan. 1 1.4 E.
2 10.2 E.
3 19.1 E.
6 4.0 E.
6 12.8 E.
7 21.7 E.
9 6.6 E.
10 16.6 E.
12 0.3 E.
13 9.2 E.
14 18.1 E.
16 3.0 E.
17 11.8 E.
18 20.7 E.
20 6.6 E.
21 14.4 E.
22 23.3 E.
24 8.2 E.
26 17.1 E.
27 1.9 E.
28 10.8 E.
29 19.7 E.
31 4.6 E.
Feb. 113.4E.
2 22.3 E.
4 7.2 E.
6 16.1 E.
7 1.0 E.
8 9.8 E.
d h
Feb. 9 18.7 E.
11 3.6 E.
12 12.6 E.
13 21.4 E.
16 6.3 E.
1616.1 E.
18 0.0 E.
19 8.9 E.
20 17.8 E.
22 2.7 E.
23 11.6 E.
2420.4 E.
26 6.3 E.
27 14.2 E.
28 23.1 E.
Mar. 1 8.0 E.
2 16.9 E.
4 1.7 E.
6 10.6 E.
6 19.6 E.
8 4.4 E.
9 13.3 E.
10 22.2 E.
12 7.1 E.
13 16.0 E.
15 0.8 E.
16 9.7 E.
17 18.6 E.
19 3.5 E.
d h
Mar. 20 12.4 E.
21 21.3 E.
23 6.2 E.
24 16.1 E.
26 0.0 E.
27 8.9 E.
28 17.8 E.
30 2.7 E.
31 11.6 E.
1 20.4 E.
Apr.
3 6.3 E.
414.2 E.
623.1 E.
7 8.0 E.
8 16.9 E.
10 1.8 E.
11 10.7 E.
12 19.6 E.
14 4.6 E.
15 13.4 E.
16 22.3 E.
18 7.2 E.
19 16.1 E.
21 1.0 E.
22 9.9 E.
23 18.8 E.
25 3.7 E.
26 12.6 E.
27 21.6 E.
d h
Apr. 29 6.4 E.
30 16.3 E.
May 2 0.2 E.
3 9.1 E.
Sept. 17 11.1 E.
18 20.0 E.
20 4.9 E.
21 13.8 E.
2222.7 E.
24 7.6 E.
25 16.5 E.
27 1.4 E.
28 10.3 E.
29 19.2 E.
Oct. 1 4.1 E.
2 13.0 E.
3 21.9 E.
5 6.8 E.
6 15.7 E.
8 0.7 E.
9 9.5 E.
10 18.4 E.
12 3.3 E.
13 12.2 E.
1421.1 E.
16 6.9 E.
17 14.8 E.
d h
Oct. 18 23.7 E.
20 8.6 E.
21 17.4 E.
23 2.3 E.
24 11.2 E.
26 20.1 E.
27 6.0 E.
28 13.9 E.
29 22.7 E.
31 7.6 E.
Nov. 116.6E.
3 1.4E.
410.3 E.
6 19.1 E.
7 4.0 E.
8 12.9 E.
9 21.8 E.
11 6.7 E.
12 16.6 E.
14 0.4 E.
16 9.3 E.
16 18.2 E.
18 3.1 E.
19 12.0 E.
20 20.9 E.
22 6.8 E.
23 14.7 E.
2423.6 E.
26 8.6 E.
d h
Nov.2717.4E.
29 2.3 E.
30 11.2 E.
Dec. 120.1E.
3 6.0 E.
4 13.9 E.
6 22.7 E.
7 7.6 E.
8 16.4 E.
10 1.3 E.
11 10.2 E.
12 19.1 E.
14 4.0 E.
16 12.8 E.
16 21.7 E.
18 6.6 E.
19 16.3 E.
21 0.2 E.
22 9.0 E.
23 17.9 E.
26 2.8 E.
26 11.7 E.
27 20.6 E.
29 6.4 E.
30 14.3 E.
31 23.2 E.
TETHYS.
d h
d h
d h
d h
d h
d h
Jan. 2 17.8 E.
Feb. 11 9.0 E.
Mar. 22 0.4 E.
Apr.
May
30 16.2 E.
Oqt. 19 13.6 E.
Nov. 28 6.0 E.
4 15.1 E.
13 6.3 E.
2321.7E.
2 13.5 E.
21 10.8 E.
30 2.3 E.
6 12.4 E.
15 3.6 E.
25 19.0 E.
• • • •
23 8.1 E.
Dec. 123.6E.
8 9.7 E.
17 0.9 E.
27 16.4 E.
• • • •
25 5.5 B.
3 20.9 E.
10 7.0 E.
18 22.2 E.
29 13.7 E.
Sept
.17 11.1 E.
27 2.8 E.
6 18.2 E.
12 4.2 E.
20 19.6 E.
3111.0E.
19 8.4 E.
29 0.1 E.
7 15.5 E.
14 1.6 E.
22 16.8 E.
Apr. 2 8.3 E.
21 5.7 E.
30 21.4 E.
9 12.8 E.
15 22.8 E.
24 14.1 E.
4 6.7 E.
23 3.1 E.
Nov. 118.7E.
11 10.1 E.
17 20.1 E.
26 11.4 E.
6 3.0 E.
25 0.4 E.
3 16.0 E.
13 7.3 E.
19 17.4 E.
28 8.7 E.
8 0.3 E.
26 21 .7 E.
6 13.3 E.
16 4.6 E.
21 14.7 E.
Mar. 1 6.0 E.
9 21.6 E.
28 19.1 E.
7 10.6 E.
17 1.9 E.
23 12.0 E.
3 3.3 E.
11 19.0 E.
30 16.4 E.
9 8.0 E.
18 23.2 E.
25 9.3 E.
6 0.6 E.
13 16.3 E.
Oct.
2 13.7 E.
11 6.3 E.
20 20.6 E.
27 6.6 E.
6 21.9 E.
15 13.6 E.
4 11.0 E.
13 2.6 E.
22 17.8 E.
29 3.8 E.
8 19.2 E.
17 10.9 E.
6 8.3 E.
14 23.9 E.
24 15.1 E.
31 1.1 E.
10 16.5 E.
19 8.3 E.
8 5.6 E.
16 21.2 E.
26 12.4 E.
Feb. 122.4E.
12 13.8 E.
21 6.6 E.
10 3.0 E.
18 18.6 E.
28 9.6 E.
3 19.7 E.
14 11.2 E.
23 2.9 E.
12 0.3 E.
20 15.8 E.
30 6.9 E.
5 17.0 E.
16 8.6 E.
25 0.2 E.
13 21.6 E.
22 13.1 E.
7 14.3 E.
18 5.8 E.
26 21.5 E.
15 18.9 E.
24 10.4 E.
9 11.6 E.
20 3.1 E.
28 18.9 E.
17 16.2 E.
26 7.7 E.
SATELLITES OF SATURN, 1916.
661
DIFFERENTIAL COORDINATES OF PHOEBE.
Gvfenwich
9ph.^9Btx
Greenwich
^Ph.— ^Sftt.
Oretnwkh
1
^Ph.— ^Brt
MettnNoon.
flPh.— OBiit.
ICeanNoon.
aph.— Oflat.
Mean Noon.
Oph.— Oaat.
m s
f II
m 8
1 II
m s
' / n
Jan. 1
+0 46.2
+2 53
Apr. 14
-1 27.2
+2 31
Sept. 20
-0 41.1
-0 37
3
0 43.7
2 56
16
1 29.3
2 30
22
0 37.6
0 47
5
0 41.2
2 58
18
1 31.3
2 29
24
0 33.9
0 66
7
0 38.7
3 1
20
1 33.4
2 29
26
0 30.3
1 6
9
0 36.1
3 3
22
1 35.3
2 28
28
; 0 26.6
1 15
11
+0 33.6
+3 5
24
-1 37.3
+2 28
30
-0 22.9
-1 25
13
0 31.0
3 7
26
1 39.1
2 27
Oct. 2
, 0 19.1
136
15
0 28.4
3 8
28
1 41.0
2 27
4
0 15.4
1 46
17
0 25.8
3 10
30
1 42.8
2 27
6
0 11.6
1 66
19
0 23.2
3 11.
May 2
1 44.5
2 27
8
0 7.7
2 6
21
+0 20.5
+3 12
4
-1 46.1
+2 26
10
-0 3.9
-2 16
23
0 17.9
3 13
6
1 47.7
2 26
12
0 0.0
2 26
25
0 15.2
3 14
8
1 49.3
2 26
14
+0 3.8
2 36
27
0 12.6
3 14
10
1 50.8
2 26
16
0 7.7
2 46
29
0 9.9
3 14
12
1 52.2
2 26
18
1 0 11.6
2 56
31
+0 7.2
+3 15
14
-1 53.6
+2 26
20
1
+0 15.6
-3 6
Feb. 2
0 4.5
3 14
16
1 54.9
2 26
22
6 19.4
3 15
4
+0 1.8
3 14
18
1 56.2
2 27
24
0 23.2
3 25
6
-0 0.9
3 14
20
1 57.4
2 27
26
0 27.1
3 36
8
0 3.6
3 14
22
1 58.5
2 27
28
0 30.9
3 45
10
-0 6.3
+3 13
24
-1 59.6
+2 28
30
+0 34.8
-3 54
12
0 9.0
3 13
26
2 0.6
2 28
Nov. 1
0 38.6
4 3
14
0 11.7
3 12
28
2 1.5
2 29
3
0 42.4
4 12
16
0 14.4
3 11
30
2 2.4
2 29
5
0 46.2
4 21
18
0 17.1
3 10
June 1
2 3.2
2 30
7
t) 50.0
4 30
20
-0 19.8
+3 9
3
-2 3.9
+2 30
9
+0 53.7
-4 38
22
0 22.5
3 7
5
2 4.5
2 31
11
0 57.4
446
24
0 25.2
3 6
7
2 5.1
2 31
13
1 1.0
4 54
26
0 27.9
3 5
9
2 5.6
2 32
15
1 4.6
5 2
28
0 30.6
3 3
11
-2 6.0
+2 32
17
1 8.2
5 9
Mar. 1
-0 33.2
+3 2
• • • •
• • •
19
+1 11.7
-5 16
3
0 35.9
3 0
• • • •
• • ■
21
1 15.1
5 22
5
0 38.6
258
Aug. 11
-1 39.5
+1 44
23
1 18.5
5 29
. 7
0 41.2
2 57
13
1 37.2
1 39
25
1 21.9
5 36
9
0 43.8
2 55
15
1 34.9
1 35
27
. 1 25.2
5 40
11
-0 46.4
+2 54
17
-1 32.6
+1 29
29
+1 28.4
-5 45
13
0 49.0
2 52
19
1 30.1
1 24
Dec. 1
1 31.5
5 50
16
0 51.6
2 50
21
1 27.6
1 18
3
1 34.6
5 56
17
0 54.2
2 49
23
1 25.0
1 12
5
1 37.6
5 59
19
0 56.7
2 47
25
1 22.3
1 6
7
1 40.6
6 2
21
-0 59.2
+2 46
27
-1 19.5
+1 0
9
+1 43.6
-6 5
23
1 1.7
2 44
29
1 16.7
0 53
11
; 1 46.3
6 8
25
1 4.2
2 43
31
1 13.8
0 46
13
1 49.0
6 11
27
1 6.6
242
Sept. 2
1 10.8
0 39
15
1 51.6
6 13
29
1 9.0
2 40
4
1 7.7
0 31
17
; 1 64.2
6 14
31
-1 11.4
+2 39
6
-1 4.6
+0 23
19
1
+1 56.7
-6 16
Apr. 2
1 13.8
2 37
8
1 1.4
0 15
21
. 1 59.1
6 17
4
1 16.1
2 36
10
0 58.1
+0 7
23
2 1.4
6 17
6
1 18.4
2 35
12
0 54.8
-0 2
25
2 3.6
6 17
8
1 20.6
2 34
14
0 51.5
0 10 .
27
2 6.7
6 17
10
-1 22.8
+2 33
16
-0 48.1
-0 19
29
+2 7.8
-6 16
12
-1 25.0
+2 32
18
-0 44.6
-0 28
31
+2 9.7
-6 15
SATELLITES OF SATTJKN", 1916.
663
Ettstern
EIoogatioD.
Rhea.
TtanefirDm
Easton
Elongation.
Titan.
Hyperion.
Timefirom
Eastern
Elongation.
lapetos.
P»
F
P»
F
P»
F
I>»
F
d h
•
d h
•
•
d
•
0 0
83.3
1.000
0 0
83.3
1.001
83.9
0.950
0
81.2
1.027
0 3
79.1
0.988
0 10
79.4
0.985
80.6
0.953
2
79.5
1.015
0 6
74.6
0.951
020
75.2
0.948
77.3
0.942
4
77.8
0.979
0 9
69.7
0.892
1 6
70.6
0.889
73.9
0.919
6
76.0
0.922
012
68.9
0.815
116
65.2
0.813
70.3
0.885
8
73.8
0.843
0 15
56.7
0.722
2 2
58.6
0.722
66.4
0.842
10
71.2
0.747
0 18
47.4
0.622
2 12
49.9
0.623
61.9
0.789
12
67.6
0.634
0 21
34.4
0.527
222
38.0
0.526
56.8
0.731
14
62.5
0.511
1 0
16.6
0.453
3 8
21.1
0.447
50.8
0.669
16
53.8
0.381
1 3
354.2
0.423
3 18
359.1
0.405
43.5
0.608
18
36.6
0.259
1 6
331.5
0.449
4 4
335.6
0.420
34.7
0.550
20
359.1
0.186
1 9
313.3
0.521
4 14
316.0
0.484
23.9
0.501
22
314.8
0.225
1 12
300.1
0.615
5 0
302.0
0.575
11.3
0.466
24
292.2
0.338
1 15
290.5
0.715
5 10
291.9
0.674
357.1
0.452
26
281.5
0.467
1 18
283.2
0.808
5 20
284.4
0.770
342.9
0.461
28
275.4
0.593
1 21
277.4
0.887
6 6
278.4
0.853
329.7
0.490
30
271.4
0.707
2 0
272.4
0.948
6 16
273.5
0.920
318.5
0.537
32
268.4
0.805
2 3
267.9
0.986
7 2
269.1
0.967
309.2
0.594
34
266.1
0.882
2 6
263.6
1.000
7 12
265.0
0.993
301.6
0.657
36
264.1
0.936
2 9
259.4
0.989
7 22
261.1
0.996
295.4
0.722
38
262.3
0.967
2 12
255.0
0.955
8 8
257.1
0.977
290.2
0.785
40
260.5
0.972
2 15
250.0
0.897
8 18
252.9
0.937
285.7
0.844
42
258.7
0.950
2 18
244.3
0.820
9 4
248.1
0.879
281.9
0.899
44
256.7
0.905
2 21
237.3
0.728
9 14
242.6
0.804
278.4
0.946
46
254.5
0.837
3 0
228.1
0.629
10 0
235.9
0.718
275.2
0.985
48
251.8
0.748
3 3
215.5
0.533
10 10
227.2
0.627
272.3
1.014
50
248.3
0.641
3 6
198.0
0.457
10 20
215.6
0.539
269.5
1.033
52
243.2
0.520
3 9
175.8
0.423
11 6
200.0
0.468
266.8
1.042
54
235.0
0.393
3 12
153.0
0.446
11 16
180.2
0.430
264.0
1.039
56
219.3
0.272
3 15
134.4
0.515
12 2
159.2
0.439
261.3
1.025
58
185.5
0.192
3 18
120.9
0.608
12 12
140.7
0.490
258,4
0.999
60
140.8
0.216
3 21
111.1
0.708
12 22
126.6
0.569
255.3
0.961
62
115.7
0.320
4 0
103.7
0.802
13 8
116.2
0.660
252.0
0.913
64
103.9
0.447
4 3
97.8
0.882
13 18
108.4
0.750
248.2
0.855
66
97.3
0.573
4 6
92.7
0.944
14 4
102.1
0.834
243.8
0.787
68
93.0
0.691
4 9
88.2
0.984
14 14
96.9
0.904
238.6
0.712
70
89.9
0.794
4 12
83.9
1.000
15 0
92.4
0.956
232.1
0.633
72
87.6
0.882
4 15
79.7
0.991
15 10
88.8
0.989
223.6
0.554
74
85.6
0.950
15 20
84.4
1.002
212.5
0.481
0.423
76
83.8
0.998
16 6
80.5
0.992
197.9
78
82.2
1.023
16 16
179.8
0.392
80
80.6
1.027
17 2
160.6
0.397
17 12
143.3
0.435
17 22
129.6
0.498
18 8
119.2
0.572
18 18
111.3
0.650
19 4
105.0
0.724
19 14
99.9
0.791
20 0
95.5
0.849
20 10
91.6
0.895
20 20
88.1
0.928
21 6
84.7
0.948
21 16
81.5
0.954
Poattion angle of satellite p-pi+(P-P«).
Apparent distance of satelUte «<- F^,
SATELLITES OF SATURN, 1916.
665
Rhea.
Titao.
Hyperion.
lapetos.
DAto.
P'P.
•(/•)
#
P-P.
p
P-P.
p
P-P.
•0?
p
m
//
•
u
•
M
•
tt
Jan. 1
0.0
90.3
0.0
209
0.0
254
0.0
610
6
+0.1
90.3
0.0
209
0.0
254
-0.1
610
]1
0.1
90.3
0.0
209
0.0
253
0.1
610
16
0.1
90.2
0.0
209
0.0
253
0.2
609
21
0.1
89.9
+0.1
208
+0.1
252
0.3
607
26
+0.1
89.5
+0.1
207
+0.1
251
-0.4
605
31
0.1
89.1
0.1
206
0.1
250
0.5
602
Feb. 5
0.2
88.6
0.1
205
0.1
249
0.5
599
10
0.2
88.1
0.1
204
0.1
247
0.6
fm
15
0.2
87.5
0.1
203
0.1
246
0.7
591
20
+0.2
86.8
+0.1
201
+0.2
244
-0.7
587
25
0.2
86.1
0.1
200
0.2
242
0.7
582
Mar. 1
0.2
85.4
0.1
198
0.2
240
0.8
577
6
0.2
84.7
0.1
196
0.2
238
0.8
572
11
0.2
83.9
0.1
194
0.2
236
0.8
567
16
+0.2
83.2
+0.1
193
+0.2
234 .
-0.8
562
21
0.2
82.4
0.1
191
0.2
231
0.7
557
26
0.2
81.7
0.1
189
0.2
229
0.7
551
31
0.2
80.9
0.1
187
0.1
227
0.7
545
Apr. 5
0.2
80.2
0.1
186
0.1
225
0.6
541
10
+0.2
79.4
+0.1
184
+0.1
223
-0.6
536
15
0.1
78.7
0.1
182
0.1
221
0.5
532
20
t).l
78.0
0.1
181
0.1
219
0.4
527
25
OJ.
77.4
+0.1
179
+0.1
217
0.4
523
SO
+0.1
76.8
0.0
178
0.0
216
-0.3
519
S^t.27
-0.5
77.1
-0.3
179
-0.4
217
+3.8
521
Oct. 2
0.5
77.8
0.3
180
0.4
218
3.9
525
7
0.5
78.5
0.8
182
0.4
220
4.0
530
12
0.5
79.1
0.3
183
0.4
222
4.0
534
17
0.5
79.8
0.3
185
0.4
224
4.1
539
22
-0.5
80.5
-O.S
187
-0.4
226
+4.1
544
27
0.5
81.2
0.3
188
0.4
228
4.2
549
Nov. 1
0.5
82.0
0.3
190
0.4
230
4.2
554
6
0.5
82.8
0.3
192
0.4
232
4.2
559
11
0.5
83.6
0.8
194
0.4
235
4.2
564
16
-0.5
84.3
-0.3
195
-0.4
237
+4.2
569
21
0.5
85.0
0.3
197
0.4
239
4.2
574
26
0.5
85.7
0.3
199
0.4
241
4.2
579
Dec. 1
0.5
86.4
0.3
200
0.5
243
4.1
584
6
0.5
87.1
0.3
202
0.5
244
4.1
588
11
-0.5
87.7
-0.3
203
-0.5
246
+4.0
592
16
0.5
88.^
0.3
204
0.5
248
4.0
595
21
0.5
88.7
0.3
206
0.5
249
3.9
599
26
0.5
89.1
0.3
207
0.4
250
3.8
602 '
31
-0.5
89.4
-0.3
207
-0.4
251
+3.7
604
SATELLITES OF URANUS, 1916.
667
Fnotkms of tho Period of Rerolutkm. 1
Fnotlonof
•
FraoUmof
A Revolu-
P»
F
a Revola-
tiOQ.
ArieL
Umbriel.
Titonia.
Oberon.
tion.
d h
d h
d h
d h
•
0.00
0 0.0
0 0.0
0 0.0
0 0.0
0.00
351.6
1.000
0.02
0 1.2
0 2.0
0 4.2
0 6.5
0.02
355.0
0.994
0.04
0 2.4
0 4.0
0 8.4
0 12.9
0.04
358.6
0.976
0.06
0 3.6
0 6.0
0 12.5
0 19.4
0.06
2.3
0.946
0.08
0 4.8
0 8.0
0 16.7
1 1.8
0.08
6.3
0.906
0.10
0 6.0
0 10.0
0 20.9
1 8.3
0.10
10.7
0.856
0.12
0 7.3
0 11.9
1 1.1
1 14.8
0.12
15.7
0.799
0.14
0 8.5
0 13.9
1 5.3
1 21.2
0.14
21.6
0.736
0.16
0 9.7
0 15.9
1 9.4
2 3.7
0.16
28.5
0.670
0.18
0 10.9
0 17.9
1 13.6
2 10.2
0.18
37.0
0.606
0.20
0 12.1
0 19.9
1 17.8
2 16.6
0.20
47.3
0.549
0.22
0 13.3
0 21.9
1 22.0
2 23.1
0.22
59.8
0.505
0.24
0 14.5
0 23.9
2 2.1
3 5.5
0.24
74.1
0.480
0.26
0 16.7
1 1.9
2 6.3
3 12.0
0.26
89.1
0.480
0.28
0 16.9
1 3.8
2 10.5
3 18.5
0.28
103.4
0.505
0.30
0 18.1
1 5.8
2 14.7
4 0.9
0.30
115.8
0.649
0.32
0 19.4
1 7.8
2 18.9
4 7.4
0.32
126.2
0.606
0.34
0 20.6
1 9.8
2 23.0
4 13.9
0.34
134.6
0.670
0.36
0 21.8
1 11.8
3 3.2
4 20.3
0.36
141.6
0.736
0.38
0 23.0
1 13.8
3 7.4
6 2.8
0.38
147.4
0.799
0.40
1 0.2
1 15.8
3 11.6
5 9.2
0.40
152.5
0.856
0.42
1 1.4
1 17.8
3 15.8
5 15.7
0.42
156.9
0.906
0.44
1 2.6
1 19.8
3 19.9
5 22.2
0.44
160.9
0.946
0.46
1 3.8
1 21.8
4 0.1
6 4.6
0.46
164.6
0.976
0.48
1 5.0
1 23.7
4 4.3
6 11.1
0.48
168.1
0.994
0.50
1 6.2
2 1.7
4 8.5
6 17.6
0.50
171.6
1.000
0.52
1 7.5
2 3.7
4 12.6
7 0.0
0.52
175.0
0.994
0.54
1 8.7
2 5.7
4 16.8
7 6.5
0.54
178.6
0.976
0.56
1 9.9
2 7.7
4 21.0
7 12.9
0.56
182.3
0.946
0.58
1 11.1
2 9.7
5 1.2
7 19.4
0.58
186.3
0.906
0.60
1 12.3
2 11.7
5 5.4
8 1.9
0.60
190.7
0.856
0.62
1 13.5
2 13.7
5 9.5
8 8.3
0.62
195.7
0.799
0.64
1 14.7
2 15.7
5 13.7
8 14.8
0.64
201.6
0.736
0.66
1 15.9
2 17.6
5 17.9
8 21.3
0.66
208.5
0.670
0.68
1 17.1
2 19.6
5 22.1
9 3.7
0.68
217.0
0.606
0.70
1 18.3
2 21.6
6 2.3
9 10.2
0.70
227.3
0.549
0.72
1 19.6
2 23.6
6 6.4
9 16.6
0.72
239.8
0.505
0.74
1 20.8
3 1.6
6 10.6
9 23.1
0.74
254.1
0.480
0.76
1 22.0
3 3.6
6 14.8
10 5.6
0.76
269.1
0.480
0.78
1 23.2
3 5.6
6 19.0
10 12,0
0.78
283.4
0.505
0.80
2 0.4
3 7.6
6 23.2
10 18.5
0.80
295.8
0.549
0.82
2 1.6
3 9.6
7 3.3
11 1.0
0.82
306.2
0.606
0.84
2 2.8
3 11.5
7 7.5
11 7.4
0.84
314.6
0.670
0.86
2 4.0
3 13.5
7 11.7
11 13.9
0.86
321.6
0.736
0.88
2 5.2
3 15.5
7 15.9
11 20.3
0.88
327.4
0,799
0.90
2 6.4
3 17.6
7 20.0
12 2.8
0.90
332.5
0.856
0.92
2 7.7
3 19.5
8 0.2
12 9.3
0.92
336.9
0.906
0.94
2 8.9
3 21.5
8 4.4
12 15.7
0.94
340.9
0.946
0.96
2 10.1
3 23.5
8 8.6
12 22.2
0.96
344.6
0.976
0.98
2 11.3
4 1.5
8 12.8
13 4.7
0.98
348.1
0.994
1,00
2 12.5
4 3.5
8 16.9
13 11.1
1.00
351.6
1.000
The fhwtkm of a reyolatkm b reckoned from the Northern Elongation.
Position angle of satellite p-'p'+CP-Po).
Apparent dirtance of satellite «— F—f- *
SATELLITE OF NEPTUNE, 1916.
$69
^PARENT ORBIT OF THE SATELLITE OF NEPTUNE AT DATE OF 0PP08ITIWT,
JANUARY 22, 1916, AS SEEN IN AN INVERTING TELE8CX)PE.
South
North
Dftto.
PodtUm Angle
of Apsit.
Apparant Dtotenoe
fttAptli.
Jan. 21
Apr. 80
Oct. 11
Dec. 30
>
•
117.7
116.1
121.6
120.9
It
16.8
16.2
16.1
16.7
GREENWICH MEAN TIME OF GREATEST ELONGATION.
East.
Wwt
East
West
East
West
d h
d h
d h
d h
d h
d h
Jan.
3 16.6
Jan. 6 15.1
Mar.
26 0.2
Mar.
28 22.7
Oct. 11 17.5
Oct. 14 16.0
9 13.7
12 12.2
31 21.2
Apr.
3 19.8
17 14.5
20 13.0
15 10.8
18 9.4
Apr.
6 18.3
9 16.9
23 11.6
26 10.0
21 7.9
24 6.5
12 15.4
15 13.9
29 8.5
Nov. 1 7.0
27 5.1
30 3.6
18 12.4
21 11.0
Nov. 4 5.6
7 4.0
Feb.
2 2.2
Feb. 5 0.7
24 9.5
27 8.0
10 2.5
13 1.1
7 23.3
10 21.9
30 6.5
May
3 5.0
15 23.6
18 22.1
13 20.4
16 19.0
May
6 3.5
9 2.0
21 20.6
24 19.1
19 17.5
22 16.1
12 0.5
14 23.0
27 17.7
30 16.2
25 14.7
28 13.2
17 21.5
20 20.0
Dec. 3 14.8
Dec. 6 13.3
Mar.
2 11.8
8 8.9
Mar. 5 10.3
11 7.4
23 18.5
26 17.0
9 11.8
15 8.9
12 10.3
18 7.4
14 6.0
17 4.5
Sept.
29 23.5
Oct.
2 22.0
21 6.0
24 4.6
20 3.1
23 1.6
Oct.
5 20.5
8 19.0
27 3.1
30 1.7
The above times are the instants of each passage of the satellite through the
apsis of its apparent orbit. The position of the sateUite at any other time
tnay be f oimd oy measuring aroimd the orbit from the apsis last passed through,
bearing in mind that the radius vector of the satellite descrioes equal areas
in equal times.
The sidereal period of the sateUite of Neptune is 5^ 21*^.044.
NoTB.— In the preceding dJagrams the central circle represents the planet and is on the same scale as the orbits.
PHENOMENA, 1916.
671
GREENWICH MEAN TIME.
PLANETARY CONFIGURATIONS.
d h m
June26 7 -
28 1 11
29 18 -
30 8 10
30 19 28
July 1 22 6
2 18 -
3 8-
6 3 41
12 8 -
13 12 -
14
15 7 -
16 11 64
19 22 -
21 9 -
21 16 -
22 0 67
24 23 -
25 6 -
26 12 -
26 18 8
26 23 -
27 22 -
28 8 47
29 - -
29 6 8
29 20 41
30 4 -
Aug. 3 18 2
9 3-
10 5 -
12 20 53
13 1 -
18 11 51
22 15 -
22 15 -
24 3 12
24 22 11
25 7 -
25 14 37
30 13 7
Sept. 1 8 43
1 21 -
5 14 -
9 5 5
9 5-
12 2 -
13 5 -
14 19 45
21 11 15
21 23 38
22 6 -
"^ Greatest Hel. Lat. S.
(<?C »-7 7
g Great, elong. W. 21 52
c/9C 9-430
6\^ . ,\l - 1 6
c^$C V-fO 6
® in Aphelion.
(< 9 O Inferior.
6 e^ (^-1-522
(/»9 J? 4- 5 1
t Par. eel, vis. at Waah.
5 inO
(/|C 5 -244
9 in Perihelion.
d\\ ...,....{? +19
9 in Apnelion.
c/ic :y - 6 57
9 Stationary.
</gV ^4-153
<^9C 9 -8 21
<^ 8 0 Supenor.
4\t b -0 44
0 Ann. eel. invis. at Wash.
c^^C V + 0 5
(^?C » +260
^ Greatest Hel. Lat. N.
6e^ cf-f5 42
9 Greatest brilliancy.
6\<L S - 2 37
9 Greatest Hel. Cat. S.
6%^ 3/ - 6 58
<J in M
c/9C 9-523
6\^ ^-0 21
% Stationary.
6^<L V + 0 12
c<?C S +354
c^ cT C ^ + 5 25
8 in Aphelion.
</9h 9-3 0
(^SC S~233
0 Great, elong. £. 26 64
9 Great, elong. W. 46 1
</9V 9-2 3
6%(L 3/-655
<^bC b +0 6
c^^C V + 0 25
$ Greatest Hel. Lat. S.
d h m
Sept.22 6 -
22 19 41
22 21 14
27 4 -
28 0 11
30 0 1
Get. 4 23 -
6 11 40
8 8-
11 6 -
12 0 21
13 7 -
16 21 -
18 23 5
19 8 46
20 10 -
23 1 47
23 13 -
23 14 -
25 524
25 20 -
26 3 -
28 3 -
28 16 46
Nov. 2 17 14
7 0-
8 2-
8 2 31
11 2 -
11 22 -
15 8 22
15 17 9
18 15 -
22 6 32
23 14 -
24 23 17
26 11 57
28 20 -
29 23 54
Dec. 2 20 -
5 4 36
12 14 13
13 0 5
19 5 -
21 1 -
21 15 59
21 23 -
22 5 46
24
25 10 4
25 14 36
27 9 42
{^ Stationary.
c/9C 9+0 12
0 enters d&, Autumn com.
\ inft
c/5C ? +180
c/cfC c?+4 30
(< ? 0 Inferior.
<^|(C $-2 39
^ in $2
6%^ 2^-654
5 Stationary.
5 in Perihelion.
6\^ )2-f0 34
6^<L ^ + 0 42
S Great, elong. W. 18 17
(^9C 9 +6 35
U\
d\iC \f +7 40
S Stationary.
^ Greatest Hel. Lat. N.
nV0
d ^(L cr+3 3
c^SC S - 2 53
f Stationary.
dllZ 2( — 6 56
9 in Perihelion.
il Stationary.
dhC b +06^
d^a v + i 0
1 in?5
</9C 9 +7 33
(^ Jf 0 Superior.
</»C 5+3 5
dd€ (5* + 1 12
in Aphelion.
(/SC S - 3 10
Greatest Hel. Lat. N.
dllC V - 7 0
dh€ 5 + 1 4
dva v + i 8
$ Greatest Hel. Lat. S.
Jl Stationary.
O enters VJ, Winter com.
c^gc? 5-1 10
d9(L 9 +5 34
O Par. eel. invis. at Wash.
cT cT C d* — 0 57
</5^C 5-fl3
d^a 1-322
OBSERVATORIES, 1916.
673
Authority for—
Latitade.
Les Obt. Attnn,, BnizeUes, 1907.
Letter from Govt Aatronomer, 1913.
Letter from Govt. ABtrononiBr, 1913.
Letter from Director, 1913.
Letter from Director, 1913.
Lea Obt. Attnm., BnixeUes, 1907.
Publications of Obs., 1909.
Letter from Director, 1897.
Letter from Director, 1913.
Letter from Director, 1913.
Letter from Director, 1913.
See footnote (*>).
Fubbl. deirOsserv., 1900.
Harvard AnnaU, 1903.
Armagh Catalogue of Stan, 1840.
Annales de VObs., 1910.
Letter from Director, 1913.
Letter from Director, 1913.
Le$ Obt. Attron., Bruxelies, 1907.
Letter from Director, 1897.
Letter from Director, 1913.
Letter from Director, 1897.
Astron, Nach., Nr. 3545, 1898.
Letter from Director, 1913.
Astron. Nach.y Nr. 3170, 1893.
Let Obt. Attron.. Bruxellee, 1907.
Berliner Jahrhuch.
Astron. Nach., Nr. 2805, 1887.
Britiah Nautical Almanac.
Letter from Director, 1913.
Letter from Directs, 1913.
Letter from Director, 1913.
Letter from Director, 1913.
Letter from Director, 1897.
Letter from Director, 1909.
Letter from Director, 1895.
Beob. zu Bothkamp, 1872.
Aatron. Nach., Nr. 15, 1822.
Letter from Director, 1897.
British Nautical Almanac.
Letter from Directs, 1913.
Annates deVObs.y 1857.
Astron. Nach., Nr. 2752, 1886.
Letter from Director, 1879.
Harvard ArmaU, 1887.
Oipi QtiL Catalogue of Start, 1886.
See footnote (<*).
Letter from Director, 1913.
Annalee de VObs., 1904.
Letter from Directpr, 1913.
Longitude.
Let Obt. Atiron., BnixeUee, 1907.
Letter from Govt. Afltronomer, 1913.
Letter from Govt. Astrcmomer, 1913.
Letter from Director, 1913.
Letter from Director, 1913.
Astron. Nach., Nr. 3993, 1905.
Publications of Obs., 1909.
Letter from Director, 1897.
Letter from Director, 1913.
Letter from Director, 1913.
Letter from Director, 1913.
See footnote {^).
Astron. Nach., Nr. 3993, 1905.
Harvard Annals, 1903.
ATiaagh Catalogue of Start, 1840.
Letter from Director, 1913.
Letter from Director, 1913.
Astron. Nach., Nr. 3993, 1905.
Let Obt. i4«(ron^ Bruxelies, 1907.
Letter from Director, 1897.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1897.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1913.
Astron, Nach., Nr. 3170, 1893.
Let Obt, Attrpn., BruzeUes, 1907.
Astron. Nach., Nr. 3202, 1893.
Astron. Nach., Nr. 2805, 1887.
British Nautical Almanac.
Letter from Director, 1913.
Letter from Director, 1913.
Letter from Director, 1913.
Astnm. Nach., Nr. 3993, 1905.
Annates de VObs., 1885.
Letter from Director, 1909.
Letter from Director, 1895.
Letter from Director, 1913.
Astron. Nach., Nr. 15, 1822.
Astron. Nach., Nr. 3993, 1905.
^British Nautical Almanac.
Letter from Director, 1913.
Letter from Director, 1913.
Astron. Nach., Nr. 2752, 1886.
Letter from Director, 1879.
U. S. C. and Q. S. Report, 1807.
MontMg Nolketjt, A . S., Nov. 1908.
Letter from Director, 1913.
Letter from Director, 1913.
Annales de VObs., 1904.
Letter from Director, 1913.
Deicriptioii.
Obe. Pari« Acad, of Sd., Heodaye.
Govt. Obfl., eince 1884.
Govt. Oba., before 1884.
Dudley Obs., since 1893.
Dudley Obs., before 1893.
AtBouzar^ah. Old Obo. 3'.8 8., 8* E.
a Obs. Western Univ.of Pa.,8iiioe 1905.
Obs. Western Univ.of Pa., before 1906.
Amberst CoUeee Obs., since 190S.
Lawrence Obs., before 1903.
Detroit Obs., Univ. of Miclu
Underwood Obs., Lawrence College.
Royal Observatory.
Branch of Harvard Coll. Obe.
Armagh Observatory.
c National Observatory.
Johns Hopkins Univ. Obs.
Remeis Ooservatory.
Fabra Obs., Acad, of Sci. and Arts.
Smith Obs., Beloit College.
Hamburg Obs., since 1909.
Students^ Obs., Univ. of Cal.
Royal Obs., since 1835.
Royal Obs., before 1835.
Urania Observatory.
Treptow Observatory.
ObsjBrvatory, Cantonal Univ.
National Observatory.
Private Obs. of Earl of Rosse.
Kirkwood Obs., Univ.of Ind.
National Observatory.
Government Observatory.
Royal Observatory.
Obs., Univ. of Bordeaux.
Boston Univ. Obs., since 1908.
Boston Univ. Obs., before 1906.
Obs. of Herr von Btllow.
Formerly Olber's Obs.
Royal University Obs.
Brisbane Observatory.
Royal Obs., since 1891.
Royal Obs., before 1891.
University Observatory.
University Observatory.
Harvard College Obs.
Royal Observatory.
International Lat. Obs.
Royal Obs. of Catania and Etna.
University Observatory.
Leander McCormlck Obs., Univ. Va.
« Name of Wesleni Univ. of Pa. changed in 1008; now the Univ. of Pittsburgh.
^ Profettional Papert, Corpt of Engineert, U. S. A., 1882.
c Old meridian circle V'.A 8., O-.l W. of Cerole Syngros.
d RetuUate det Inurnationalen Breitendienttetf 1900-1906.
e With the new value of the longitude of Sydney.
79790**— 1916 43
OBSERVATORIES, 1916.
675
Authority for—
Latitude.
U. S. Lake Survey, 1864.
Astron, Nach., Nr. 3193, 1893.
PvhlicatWM of the Obs. , 1908.
Letter fiom Director, 1897.
Letter from Director, 1913.
AMiron. Nach.. Nr. 2653, 1883.
Eph. Astron, ae Caimbra, 1889.
Tmna. Aeod, ttfSci. of St. Louii, 1804.
Letter from Director, 1913.
Britiah NauHcal Almanac.
Remliados del Obs., 1887.
Letter from Director, 1913.
Letter from Director, 1897.
Oreat Trig. Surveji of India, 1900.
Letter from Directs, 1913.
Le$ OU. Atiron., BrazeUei, 1M7.
PvblOtationen der Stemw., 1911.
Berliner Jakrhuch.
Trant. RopfU DubUn Soe., 1880.
Letter from Boyal Astronomer, 1807.
Letter from Director, 1913.
A8tr(m. Nach., Nr. 643, 1848.
ManMp Notket, R. A. 8., 1907.
Monthly Ndtieet.R.A. 8., 1830.
Letter from Director, 1912.
Letter from Director, 1893.
Britiah Nautical Almanac.
See footnote (/).
Let Obt. Attron..BTUxoVtM, 1907.
liemoire par J. Fidoux, 1900.
Letter from Director, 1897.
See footnote (0.
Astron. Nach., Nr. 2625, 1884.
First Glasgow Catalogue, 1870.
Letter from Director, 1913.
Letter, Director new Obs., 1918.
Astrcm. Nach., Nr. 4428, 1910.
Letter from Director, 1912.
Greenwich Observations, 1910.
Letter, Director new Obs., 1913.
Letter from Director, 1913.
Letter from Director, 1894.
Proc. Amer. Ph. Soc., 1883.
Letter from Director, 1913.
PiMfk. det Ob»., KMgHvM, 1902.
PvbUk. de$ Ob8.,K(Mg9ttM, 1902.
Letter from Director, 1913.
Astron. Nach., Nr. 2633, 1884.
Hong Kong Observatums, IS97.
Let Obs. Astron., BruzeUes, 1907.
Longitude.
Smithsonian Report, 1886.
Astron. Nach., Nr. 3993, 1905.
Astronomical Journal, 1897.
Astronomical Journal, 1854.
Letter from Director, 1913.
Astron. Nach.. Nr. 2553, 1883.
Eph. Astron. ae Coimhra, 1889.
Tram. Acad. qf8d. €f8L Louie, 1804.
Letter from Director, 1899.
Astron. Nach., Nr. 3993, 1905.
ResuUados del Obs., 1887.
Letter from Director, 1913.
Letter from Director, 1897.
Letter from Supt. of Survey, 1913.
Letter from Director, 1913.
Lee Obe. Aetron., Bruxelles, 1907.
Astron. Nach., Nr. 3993, 1905.
Berliner Jakrbuch.
Trans. Royal Irish Acad., 1838.
Letter from Royal Astronomer, 1807.
Letter from Director, 1913.
Letter from Director, 1913.
Letter from Director, 1913.
Edinburgh Observations, 1858.
Letter ftom Director, 1912.
Letter from Director, 1893.
British Nautical Almanac.
See footnote (*).
Lee Obe. Aetron., BruzeUes, 1907.
Astron. Nach., Nr. 3993, 1905.
Astron. Nach., Nr. 3993, 1905.
See footnote («).
Washington Observations,l%77 .
MontMp Notkee.R. A. 8., 1805.
Letter from Director, 1913.
Letter, Director new Obs. , 1913.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1912.
Greenwich Observations, 1910.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1913.
Letter from Director, 1894.
Proc. Amer. Ph. Soc, 1883.
Letter from Director, 1913.
PvbUk. dee Obe., KUnigetiM, 1902.
Pnblik. det Obe., KOntgttukl, 1902.
Astron. Nach., Nr. 3993, 1905.
British Nautical Almanac,
Letter from Director, 1897.
La Obe. Aetron., BruzeUes, 1907.
Description.
o Dearborn Observatory.
University Observatory.
Cincinnati Obs., since 1873.
Cincinnati Obs. before 1873.
Case Obs., Case BohwA of Appl'd ScL
Litchfield Obs^Hamflton College. J
Univenrity Observatory.
Laws Obs., Univ. of Mo.
McMillin Obs., State Univ.
University Observatory.
National Observatory.
Imperial and Royal Obs.
Obs. of the School of Navigation.
Haig Obs., Trig. Surrey of India.
Chamberlin Obs., Univ. of Denver.
Drake Univ. Obs.
Imperial University Obs.
b Baron Engelhardt's Obs.
Dtmsink Obs., Trinity CoUege.
« Lord Crawford's Obs.
University Observatory.
Municipal Obs., Bilk.
Royal Obe.8inoe 1996; Blaekford HflL
d Rojral Obs. before 1895; Calton HflL
Elmira Collie Obs.
Dearborn ObB.,North Western Univ.
Lowell Observatory.
International Lat. Obs.
Smith Observatory.
Municipal Observatory.
Hydrographic Institute.
Georgetown College Obs.
Morrison Observatory.
University Observatory.
Ducal Obs. since 1857.
Ducal Obs. before 1857.
Ro^ University Obs.
McKim Obs., De Pauw Univ.
/Royal Observatory.
Q Hamburg Observatory before 1900.
A Imperial Marine Obs.
Shattuok Obs^ Dartmouth Ccrflege.
Haverford College Obs.
Astron. Institute, KOnigstuhl Obi.
Astrophys. Inst, KOaigstuhl Obi.
i Dr. Wolf's Obs. before 1898.
Imperial Univ. Obs.
Astrophysical Observatory.
Colonial Observatory.
Obs., Univ. of Iowa.
• Transferred to Evanston. ni., in 1887.
b Instruments transforrad to Univ. of Kasan in 1897.
e Instruments transferred to Royal Obs. at Edinburgh in 1896.
d aty Obs. since 1896.
e Based upon data from the U. S. C. and G. Survey.
/ Point ofrefBrance before 1861, 7} ft. N., 19 ft. W.
p At Bergedorf since 1900.
h Transit instrument before 1906, O^'-S N., 0«.04 W.
i Instruments transferred to tlie Astrophysical Institute of the Kflnigstuhl Obe. in 1896.
/ ReefUtaU dee Jntemathnalen BreitendieneUe, 1900-1908.
1 ReenUate dee JtUemationaUn Breitendienetes, Band 1, 1908.
OBSERVATORIES, 1916.
677
Aotbority for—
No.
Latitude.
[01
102
103
104
105
106
i07
108
L09
[10
11
12
13
.14
IS
16
17
18
19
120
121
22
L23
24
125
26
27
2S
[29
[30
[31
32
[33
[34
[35
[36
37
38
39
L40
[41
[42
[43
[44
L45
146
[47
[48
[49
.50
Letter from the Dean, 1913.
Letter from the Dean, 1913.
Memoirs, R. A. 8., 1879.
Letter from Director, 1913.
Letter, Director new Obs., 1913.
V. J. 8. Astron. Geselly 1910.
Transvaal Obs. Circular^ 1910.
Letter from Director, 1913.
Letter from Director, 1913.
Publications of t^e Obs., 1911.
Letter from Director, 1897.
Annalea de V Obs., Vol. IV, 1893.
Le9 Obi. Astron. f Bruxelles, 1907.
Les Obs. Astron., Bruxelles. 1907.
Letter from Director, 1913.
Letter from Director, 1897.
Letter from Director, 1913.
Letter from Director, 1913.
Letter from Director, 1913.
Letter, Diieotor new Obs., 1913.
Lea Obs. Astron^ Bruxelles, 1907.
Letter from Director, 1913.
IfoniMy Notices, R. A . 8., 1894.
British KautieoJ Almanac, 1872.
Letter from Director, 1913.
Letter, Director new Obs., 1913.
Letter from Director, 1897.
Letter from Director, 1897.
Publications of the Obs., 1892.
Oreat Trig. Survey of India, 1900.
Annuario del Obs., 1912.
Les Obs. Astron., Bruxelles, 1907.
Letter from Director, 1913.
Astron. Nadi. Nr. 758, 1851.
Letter from Director, 1913.
Letter, Director new Obe., 1913.
Mag. and Meteor. Results, 1908.
Astron. Results, 1881-84.
Les Obs. Astron., Bruxelles, 1907.
Letter from Director, 1894.
British NauHcal Almanac.
Letter from Director, 1913.
See footnote (*).
Letter from Director, 1913.
Letter from Director, 1912.
Les Obs. Astron., Bruxelles, 1907.
Publications of the Obs. 1900.
Astrophysical Journal, 1906.
Letter from C. G. Abbot, 1912.
Letter from Director, 1897.
Longitude.
Letter from the Dean, 1913.
Letter from the Dean, 1913.
See footnote («).
Letter from Director, 1913.
Letter, Director new Obs., 1913.
V. J. 8. Astron. Oesell., 1910.
Transvaal Obs. Circular, 1910.
Letter from Director, 1913.
Publications of the Obs., 1911
Letter from Director, 1913.
Letter from Director, 1897.
Astron. Nach., Nr. 3993, 1905.
Astron. Nach., Nr. 3993, 1905.
Les Obs. A stron., Bruxelles, 1907.
Astron. Nach., Nr. 3993, 1905.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1913.
Astron. Nach., Nr. 3993, 1905.
Astron. Nach., Nr. 3993, 1905.
Letter, Director new Obs., 1913.
Les Obs. Astron. f Bruxelles, 1907.
Astron. Nach., Nr. 3202, 1893.
Monthly Notices, R. A. S., 1894.
British Nautical Almartac, 1872.
Astron. Nach., Nr. 3993, 1905.
Letter, Director new Obs., 1913.
Letter from Director, 1897.
Astron. Nach., Nr. 3202, 1893.
Letter from Director, 1912.
Oreat Trig. Survey of India, 1901.
Astron. Nach., Nr. 3993, 1905.
Les Obs. Astron., Bruxelles, 1907.
Lich Obs. Bulletin, 1908.
British Nautical Almanac, 1901.
Astron. Nach. Nr. 3993, 1905.
Letter, Director new Obs., 1913.
Mag. and Meteor. Results, 1908.
* Astron Results, 1881-84.
Les Obs. Astron., Bruxelles, 1907.
Letter from Director, 1894.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1913.
Les Obs. Astron^ Bruxelles, 1907.
Letter from Director, 1913.
U. S. C. and 0. S. Report, 1897.
Astron. Nach., Nr. 3993, 1905.
U. S. C. and Q. 8. Report, 1897.
Astrophysical Journal, 1906.
Letter from C. G. Abbot, 1912.
Astron. Nach., Nr. 3993, 1905.
Description.
a Fuertes Obs., Cornell Univ.
ft Fuertes Obs., Cornell Univ.
Mr. Hall 's Obs., Montego Bay.
Univ. Obs., since 1888.
Univ. Obs., before 1888.
The late Dr. Winkler's Obs.
Union Obs. , formerly Transvaal Oba
Archiepiscopal Haynald Obs.
Engelhardt Obs., Univ. of Easan.
University Observatory.
Meteorolocical Obs., London.
Imperial Univ. Obs.
<* Royal University Obs.
Near Asz6d, Hungary.
Royal University Obs.
Obs. of the Benedictines.
National Univ. Obs.
University Observ^atory.
University Obs., since 1861.
University Obs., before 1861.
University Obs., Cointe.
Obs. of Lisbon.
Bidston, Birkenhead, since 1867.
Liverpool Obs., before 1867.
Royal Univ. Obs., since 1867.
Royal Univ. Obs., before 1867.
Manora Observatory.
Obs. of Uie Univ., St. Genia Laval.
Washburn Obs., Univ. of Wis.
Obs. founded by East India Co.
Astron. and Meteorolof?. Obs,
Meteorological Observatory.
Chronom. and Time 8ta., Navy Yd.
Col. Cooper's Observatory'.
See footnote («).
See footnote (/).
Royal Alfred Obs.
0 Government Observatory.
Seine-et-Oise, near Paris.
Wedeyan University Obs.
Royal Observatc«y, Brera.
Obs. Univ. of Minn.
International Lat. Obs.
Royal Univ. Geophysical Obs.
McGill University Obs.
Obs. of the Imperial Univ.
Lick Obs., Univ. of Cal.
Solar Obs., Carnegie Inst.
Blanch of Smithson. Astrophys. Obs.
Royal Observatory.
a Since 1902.
f> Before 1902.
s British Report on Transit of Venus, 1882.
d Old positioil of meridian circle, ^'.9 N., 0>.12 E.
'National Obs., Univ. of Aiz-lCarseiUee, since 1864-66.
/National Obs., at Acoooles, before 1864H)6.
9 Transferred from WHliamstown in 1861.
h Resultate des Intemationalen BreitendienHes, 190(^-1908.
i With the new values of the longitudes of Adelaide and Sydney.
OBSERVATORIES, 1916.
679
Authoritj tor-
Latitude.
Letter from Director, 1897.
Letter from the Dean, 1913.
Swiss Trianffulation, 1890.
Letter from Director, 1913.
Letter from Director, 1893.
Lettw, Direotor new 01)8., 1803.
OmirUmikmt/nm th$ Obt., 1900.
Letter from Director, 1879.
AmndUi de POb:, Tome n, 1887.
Le$ Ote. Atinn,, BnizeUcs, 1007.
Letter from Director, 1913.
Letter from Director, 1912.
Letter from Director, 1912.
Pulkowa MiUeaungen, No. 86, 1013.
Letter from Director, 1897.
Letter from Director, 1897.
Letter from Director, 1912.
Letter from Director, 1912.
Letter from Chief Astronomer, 1913.
Smithsonian Report, 1880.
BaitsUffe CaUOogu^ nfSUm, 1900.
Otford Attron, Ob$enaiUmif 1878.
Letter from Director, 1913.
Letter from Director, 1913.
Letter tem Director, 1913.
MerkUsn Obmtfotkms, Vol. 3, 1908.
Letter from Director, 1913.
Letter from Director, 1913.
Verdg, K, Prtuu. Geod. Iiut., 1906.
Smithsonian Report, 1880.
Prague Ohdervations, 1907.
Letter from Director, 1913.
Letter from Director, 1913.
Letter from Director, 1893.
Aitrtm. Nach., Nr. 2254, 1879.
Description de VObs., 1845.
Letter from Director, 1912.
Letter from Director, 1897.
Letter from Director, 1897.
See footnote (<^).
Menume del R. Osserv,, 1904.
Letter from Director, 1913.
Letter from Director, 1913.
PtUM. deUa Svecola Vaticana, 1905.
ATmaUidefObs., 1892.
Letter, Direotor new Obe., 1913.
Letter from Director, 1897.
Letter from Director, 1911.
Letter from Director, 1913.
Letter, Direotor new Obs., 1913.
Letter from Director, 1913.
Longitude.
Astnm, Nach., Nr. 3202, 1893.
Letter from Directw, 1893.
Astron. Nach., Nr. 3202, 1893.
Letter from Director, 1913.
See footnote (A).
Letter, Direotor new Obe., 1808.
QmtrUmHimt/rom tk$ Obt., 1906.
British Nautical Almanac.
Astron. Nach., Nr. 3993, 1905.
Astron. Nach., Nr. 3202, 1893.
Harvard Annals, 1893.
Publications of Obs., 1901.
Letter from Director, 1912.
Astron. Nach., Nr. 3993, 1905.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1897.
Letter from Director, 1912.
Letter from Director, 1912.
Letter from Chief Astronomer, 1913.
Smithsonian Report, 1880.
Radcliffe Observations, 1842.
Oxford Attnn. OhtervatUnu, 1878.
Astron. Nach., Nr. 3993, 1905.
Astron. Nach., Nr. 3202, 1893.
Astron. Nath., Nr. 3993, 1905.
i Meridian Observatioiu, Vol. 2, 1906.
Letter from Director, 1913.
Letter from Director, 1913.
Astron. Nach., Nr. 3993, 1905.
Smithsonian Report, 1880.
Astron, Nach., Nr. 3993, 1905.
Letter from Director, 1913.
Wathington Observations, 1878.
Letter from Director, 1893.
Astron. Ncu^., Nr. 2254, 1879.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1912.
Letter from DirecUwr, 1897.
Astron. Nach., Nr. 3993, 1905.
See footnote («).
Letter from Director, 1913.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1913.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1913.
Letter, Director new Obs., 1913.
U. S. C. and O. 8. Report, 1897.
Letter from Director, 1911.
Letter from Director, 1913.
Letter, Direotor new Obs., 1913.
Letter from Director, 1913.
Description.
Boyal Obs., Capo di Monte.
Obs. of Vanderoilt Univ.
Cantonal Observatory.
SchanckObs. , Rutgers College.
Yale Univ. Obe., since 1882.
Yale Univ. Obs., before 1882.
Columbia Univ. Obs., since 1897.
Columbia Univ. Obs., before 1807.
Mt. Gros, near Nice.
Naval Observatory.
Smith College Obs.
a Goodsell Obs., Carleton CoUsc*.
Chabot ObsOTvatory.
Branch of Pulkowa Obs.
University Observatory.
Bo^ Astrophysical Obs.
Creighton University Obs.
Obs. Univ. of Maine.
Dominion Astronomical Obfl.
Obs. Univ. of Misedssippi.
Radcliffe Observatory.
University Observatory.
Royal University Obs.
Royal Observatory.
Observatory of Paris.
Government Observatory.
Flower Obs., Univ. of Pa.
See footnote (Jf).
Royal Astrophysical Obs.
Vassar College Obs.
Imperial and Royal Obs.
Halsted Obs., Princeton Univ.
Obs. of Instruction, Princeton Unf7.
Ladd Obs., Brown Univ.
Mr. Seagrave's Observatory.
Obs. Central Nicolas.
Quebec Obs^ Plains of Abraham.
National Observatory.
Polytechnic School Obs.
National Observatory.
Royal Obs. at Roman College.
Rojral Univ. Obs. at Capitol.
Vatican Obs., since 1906-7.
<* Vatican Obs., before 1906-7.
Naval Obs., since 1797.
« Naval Obs., before 1797.
Davidson Observatory.
Southern Obs. of Carnegie Inst.
/National Obs., since 1862.
9 National Obs. .before 1862.
National Obs., Espejo.
a Old observatory, 1877-1888, 415 feet W.
b Observatory of Imperial and Royal Hydrographio Office.
c Green and Davis, TelegrapMc Determinalions o/ Longitudes on the East Coast of South America, 1880.
d In the Gregorian tower.
< In Cadiz.
/ In Quinta Normal.
g On the hill Santa Lucia, in Santiago.
A Based upon data from the U. S. C. and 0. Survey.
* With the new value of ttie longitude of Sydney.
OBSERVATORIES, 1916.
681
No,
Authority for—
Letitade.
202
203
204
205
206
207
208
209
210
211
212
213
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
246
247
248
249
260
251
252
Letter from Director, 1913.
Amer, Jour, ofSci.^ 1883.
Letter from Director, 1897.
Astron, iVa*., Nr. 2582, 1884.
Letter from Director, 1913.
Letter from Director, 1913.
Annalen der Stemw., 1896.
Letter from Director, 1912.
Astron. Remits, 1879-81.
Letter from Director, 1891.
Annuario del Obs., 1902.
Letter from Director, 1897.
Les 0b9. Astron., Bruxelles. 1907.
Pubbl deWOBserv,, 1900.
Annales de VObs., 1894.
Letter from Director, 1913.
Letter from Director, 1912.
Annalea de VObs., 1912.
Letter from Director, 1913.
Letter, Director new Obs., 1913.
Astron. Nach., Nr. 4588, 1912.
See footnote (<).
British NatUical Almanac.
Letter from Director, 1913.
Letter from Director, 1913.
Letter from Director, 1897.
See footnote (').
Letter from Director, 1913.
Letter from Director, 1913.
Letter from Director, 1913.
Letter, IMreotor New Obs., 1913.
Letter from Director, 1913.
See footnote (*).
Letter, Director new Obs., 1913.
Berliner Jahrbuch,
Publik. der Stemw., 1892.
Astron. Nach., Nr. 4666, 1913.
U. 8. Naval Ob». Publicathns, 1900.
See footnote (»»).
Letter from Director, 1912.
Astronomical Journal, 1897.
Letter from Director, 1912.
New Zealand Gazette, Feb. 29. 1912.
Letter from Director, 1891.
Letter from Director, 1913.
Astrophysical Journal, 1901.
Letter from Director, 1893.
Letter from Director, 1913.
Monthly NoticeStR.A.S., 1884.
Annales de VObs., 1907.
Letter from Director, 1913.
Longitude.
Description.
Wa»MngUm Oheervationn, 1875.
Letter from Director, 1913.
U. 8. C. and O. 8. Report. 1897.
AstT(m. Nach., Nr. 2582, 1884.
Astron. Nach., Nr. 3993, 1905.
Monthly Notices, R. A. 5., 1851.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1912.
See footnote (^).
Letter from Director, 1891.
Annuario del Obs., 1902.
Letter from Director, 1897.
Les Obs. Astron., Bmxellee, 1907.
Letter from Director, 1913.
Annales de VObs., 1894.
Letter from Director, 1913.
Letter from Director, 1912.
British Nautical Almanac.
Letter from Director, 1913.
Letter, Director new Obs., 1913.
Letter from Director, 1913.
See footnote (0*
British Nautical Almanac.
Letter from Director, 1913.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1897.
Letter from Director, 1912.
Astron. Nach., Nr. 3993, 1905.
Letter from Director, 1913.
Letter from Director, 1913.
Letter, Dlieotor new Obe., 1913.
Letter from Director, 1913.
Astron. Nach., Nr. 3993, 1905.
Letter, Director new Obs., 1913.
Berliner Jahrbudi.
Astron. Nach., Nr. 3993, 1905.
Astron. Nach., Nr. 3993, 1905.
U. 8. C. and G. 3. Report, 1897.
U. 8. C. and G. 8. Report, 1897.
Letter from Director, 1912.
Astronomical Journal, 1897.
Les Obs. Astron., Bmxelles, 1907.
New Zealand Gazette, Feb. 29, 1912.
Letter from Director, 1891.
Astron. Nach., Nr. 3993, 1905.
Astrophysical Journal, 1901.
Letter from Director, 1893.
Letter from Director, 1913.
• ifonO/y Notices, R. A. 8., 1888.
Annates de VObs., 1907.
Astron. Nach., Nr. 3202, 1893.
Sayre Obs., Lehigh Univ.
Williston Obs., Mt HolyokeColl.
« Washington University Obiu
Imperial University Obs.
Obs. of Acad, of Sci.
Stonyhurst Collie Obs.
Imperial Univ. Obs.
Sproul Obs., Swacthmore College.
Government Observatory.
Syracuse Univ. Obs.
National Observatory.
Tashkent Observatory.
Mr. Metcairs Obs., before 1911.
Collurania Observatory.
University Observatory.
University Observatory.
Meteorological Observatory.
University Observatory.
« Imperial and Royal Maritime Obs.
d Imperial and Rojal Maritime Obs.
International Lat Obs., since 1909.
International Lat. Obs., before 1909.
Obs. of Sir W. Huggins, London.
/ Royal Obs. of the Univ., since 1913.
ff Royal Obs. of the Univ.,before 1913.
Obs. Univ. of Ala.
International Lat. Obs.
University Observatory.
Obs., Univ. of 111.
University Obs., since 1855.
University Obs.^ before 1855.
Obs. of the Nautical Institute.
i Imperial and Royal Univ. Obs.
^ Imperial and Royal Univ. Obs.
Oppolzer Obs., Josephstadt.
Kuffner Obs., Ottakring.
Imperial University Obs.
U. S. N. Obs.. Georgetown HeiThtai
U. S. Naval Obs., 1842-1893.
Smithsonian Astrophysical Obs.
Catholic Univ. Obs., Brookland.
Whitfai Obs., Wellesley College,
Hector Observatory.
* U. S. Military Academy.
Imperial Naval Obs.
Yerkes Obs., Univ. of Chicago.
Field Memorial Obs., Williams CoU.
Mr. Metcalf's Obs., since 1911.
Mr. John Tebbutt^s Obs.
Obs. of the Jesuits near ShanghaL
Obs. of Swiss Polytechnic School.
« Old obserVBtory 0*.125 E. * Since 1879.
h Letter from Oovecnment Astronomer at Adelaide, 1913. ^ Before 1879.
e Since 1898. * Old observatory 9" N., 1«.2 E.
4 Before 1898. < ResuUate des IntematUmalen Sreitendienstes, Band 1. 1903.
eResuUaiedes Intemationalen Rreitendlenstes, 1900-1908. «• Washijufton Observations for 1802, Appendix I, pp. XXI and
/AtPinoTorinese. XXXII.
0 At PalasKO Madama. » And the new value of the longitude of Sydney.
h Astron. Arbeiten des K. K. Gradmessungs-Bureau, 1896.
TABLE I.
683
FINDING THE LATITUDB BY AN OBSERVED ALTITUDE OF POLARIS, 1916.
Heduce the observed altitude of Polaris to the true altitude.
Heduce the recorded tame of observation to the local sidereal time.
Take out the App. R. A. and App. Decl. of Polaris for the time of observation.
Subtract the App. R. A. from the local sidereal time of observation and the remainder is the
lour-angle of Polaris.
With this hour-angle as the vertical argument, and the App. Decl. of Polaris as the horizontal
kigument, take out the correction from Table I and add it to or subtract it from the true fdtitude,
kccording to its si^gn.
For other altitudes than 45^, corrections taken from the supplementary table at the bottom
>f Table I (Table la) may be applied when necessary for the degree of accuracv required.
Example, — 1916, August 6, at 10^ 40™ 30* P. M. local mean solar time, in longitude 69** west
>f Greenwich, suppose the true altitude of Polaris to be 33*^ 20^ 0^^, required the latitude of the
>lace.
h m s
Local astronomical mean time 10 40 30
Reduction from Table III for 10»> 40» 30- + 1 45
Greenwich sidereal time of mean noon, August 5, page 10 . 8 54 49
Reduction from Table III, for longitude (aS'' 66™ west, or plus) + 0 39
h m 8
Sum ^havin^ regard to signs) is equal to local sidereal time . 19 37 43
R. A. of Polaris (page 281) for time of observation ... 1 30 18
h m ■
Remainder is equal to hour-angle of Polaris .... 18 7 25
Decl. of Polaris (page 281) for time of observation 88** 51^ 25^^
True altitude +33 20 0
Correction from Table I -1 32
Correction from Table la -14
Latitude of the place +33 18 14
Observations of Polaris for latitude should be made when practicable near the times of upper
»> of lower culminations (hour-angle 0^ or 12^). However, at sea, if made near elongation (houi^
ingle 6*^ or 18^^), the hour-angle, and hence the local time, should be known within one minute.
\^DecL
1
1
l>ecl y^
88'' hV 2(/'
88*^ 6V 30^^ 1
88*^ bV W 1
88*^ 61^ 60^^ 1
88*»62^ {/'
W 62^ 10^^ 1
*^^»*. ■• ^r
H. A^\^
y^Yi.K.
t& m
/ //
/ //
/ //
/ //
/ It
9 99
h m
0 0
-68 40
0
1
2
3
3
-68 30
0
1
2
3
3
-68 20
0
1
2
3
3
-68 10
0
1
2
3
3
-68 0 Q
68 0 V
67 69 i
67 67 i
67 54 1
-67 60
0
1
2
3
3
24 0
3
68 40
68 30
68 20
68 10
67 60
23 67
6
68 39
68 29
68 19
68 9
67 49
54
9
68 37
68 27
68 17
68 7
67 47
51
12
68 34
68 24
68 14
68 4
67 44
48
0 15
-68 31
4
5
5
6
7
-68 21
4
5
6
6
7
-68 11
4
5
6
6
7
-68 1
4
6
6
6
7
-67 61 4
67 47 \
67 43 \
67 37 X
67 31 5
-67 41
4
4
6
6
7
23 45
18
68 27
68 17
68 7
67 67
67 37
42
21
68 22
68 12
68 2
67 62
67 33
39
24
68 17
68 7
67 57
67 47
67 27
36
27
68 11
68 1
67 51
67 41
67 21
33
0 30
-68 4
#
8
8
9
9
11
-67 64
#
7
8
9
10
10
-67 44
•
7
8
9
10
10
-67 34
•
7
8
9
10
10
-67 24 7
67 17 L
67 9 2
67 OjJ
66 60 jQ
-67 14
*
7
8
9
9
11
23 30
33
67 66
67 47
67 87
67 27
67 7
27
36
67 48
67 39
67 29
67 19
66 59
24
39
67 39
67 30
67 20
67 10
66 50
21
42
67 30
67 20
67 10
67 0
66 41
18
045
-67 19
11
12
12
13
14
-67 10
11
12
13
13
14
-67 0
11
12
13
13
13
-66 60
11
12
12
13
14
-66 40 ,,
66 29 to
66 17 J^
66 5 iQ
65 62*^
-66 30
11
11
13
13
13
23 15
48
67 8
66 59
66 49
66 39
66 19
12
51
66 56
66 47
66 37
66 27
66 8
9
54
66 44
66 34
66 24
66 15
65 55
6
0 67
66 31
66 21
66 11
66 2
65 42
3
1 0
-66 17
15
15
16
17
-66 7
14
15
16
17
-65 68
15
15
16
16
-65 48
14
10
16
16
-65 38^4
65 24^^
65 9 tft
64 53 1;
-64 36 ^*
-65 29
15
15
16
16
23 0
3
66 2
65 53
65 43
65 34
65 14
22 57
6
65 47
65 38
65 28
65 18
64 59
64
9
65 31
65 22
65 12
65 2
64 43
61
1 12
-65 14
-65 5
-64 56
-64 46
-64 27
22 48
TABLE L
685
FOR FINDING THE LATITUDE BY AN OBSERVED ALTITUDE OF POLARIS, 1916.
H.A.
h sn
4 9
12
15
18
21
4 24
27
30
33
36
4 39
42
45
48
51
4 54
4 57
5 0
3
6
5 9
12
15
18
21
6 24
27
30
33
36
5 39
42
45
48
51
54
57
0
3
6
€ 9
12
16
18
21
« 24
27
30
33
36
« 39
42
45
48
51
6 54
6 57
7 0
3
7 6
88*» bV W
tf
-31 26
30 38
29 49
29 0
28 11
-27 22
26 32
25 42
24 51
24 1
-23 10
22 19
21 27
20 36
19 44
-18 52
18 0
17 8
16 16
15 23
-14 30
13 37
12 44
11 51
10 58
-10 4
9
8
7
6
- 5
4
3
2
2
- 1
- 0
11
17
24
30
36
42
48
55
1
7
13
+ 0 41
1
2
3
4
5
6
35
29
23
17
10
4
6 58
+ 7 51
8 45
9 38
10 32
11 25
+12 18
13 10
14 3
14 56
15 48
+16 41
17 33
18 25
19 16
+20 8
48
49
49
49
49
50
50
61
60
51
51
62
51
62
62
62
62
62
63
63
53
63
63
63
64
53
64
63
54
54
54
54
53
64
54
54
54
64
64
54
54
63
54
54
53
54
63
54
63
53
52
53
53
52
53
52
62
51
52
88'' 51^ SO''
//
-31 22
30 34
29 45
28 56
28 7
-27 18
26 28
25 38
24 48
23 67
-23 7
22 16
21 25
20 33
19 42
-18 50
17 58
17 6
16 13
15 21
-14 28
13 36
12 43
11 50
10 56
-10 3
9
8
7
6
- 6
4
3
2
2
- 1
- 0
+ 0
1
2
10
16
23
29
35
42
48
54
1
7
13
41
35
28
+ 322
4
5
6
16
9
3
6 56
- 7 50
8 43
9 37
10 30
11 23
16
8
1
+12
13
14
14 54
15 46
+16 38
17 30
18 22
19 14
+20 5
48
49
49
49
49
50
50
50
61
50
51
51
62
61
62
52
52
63
62
63
52
63
63
54
53
53
54
63
64
54
53
64
54
53
54
54
54
54
63
54
54
53
54
63
64
53
64
53
53
53
52
53
53
62
62
52
52
52
51
88* hV ¥/'
n
-31 17
30 29
29 41
28 52
28 3
-27 14
26 24
25 34
24 44
23 54
-23 3
22 12
21 21
20 30
19 39
-18 47
17 55
17 3
16 11
15 19
-14 27
13 34
12 41
11 48
10 55
-10 2
9 9
8 16
7
6
5
4
3
2
2
1
0
22
28
36
41
48
54
0
7
13
+ 0 41
1
2
3
4
5
6
34
28
22
16
9
2
6 66
+ 7 49
8 42
9 35
10 28
11 21
+12 14
13 7
13 59
14 62
15 44
+16 36
17 28
18 19
19 11
+20 2
48
48
49
49
49
50
50
50
60
61
61
51
51
51
62
52
62
52
52
52
53
53
53
63
63
53
63
54
54
53
54
53
64
54
53
54
54
53
64
54
53
54
53
64
63
53
63
63
63
53
53
52
63
62
52
52
61
52
61
88'' 51' 50^'
H
-31 13
30 25
29 36
28 47
27 59
-27 10
26 20
25 31
24 41
23 61
-23 0
22 9
21 18
20 27
19 36
-18 44
17 53
17 1
16 9
15 17
-14 24
13 32
12 39
11 46
10 53
-10 0
9 7
8 14
7 21
6 28
- 5 34
4
3
2
2
- 1
- 0
+ 0
1
2
+ 3
4
5
6
41
48
54
0
6
13
41
34
28
21
15
8
1
6 64
+ 7 48
8 41
9 34
10 27
11 19
+12 12
13 5
13 57
14 49
15 41
+16 33
17 25
18 16
19 8
+19 69
48
49
49
48
49
60
49
60
50
61
51
61
61
61
62
51
62
62
52
63
62
63
63
63
63
53
53
63
63
64
63
63
54
54
64
53
54
53
54
53
54
63
63
63
64
53
53
63
62
63
63
62
62
62
62
52
61
52
61
WfOf (/^
//
-31 8
30 20
29 32
28 43
27 55
-27 6
26 17
25 27
24 37
23 47
-22 57
22 6
21 15
20 24
19 33
-18 42
17 50
16 58
16 7
15 15
-14 22
13 30
12 37
11 45
10 52
- 9 59
9 6
8 13
7 20
6 27
- 5 33
4
3
2
2
1
0
40
47
53
0
6
13
+ 0 40
1
2
3
4
5
6
34
27
20
14
7
0
6 63
■ 7 46
8 39
9 32
10 26
11 18
10
3
+12
13
13 65
14 47
15 39
+16 31
17 22
18 14
19 5
+19 56
48
48
49
48
49
49
60
50
60
60
61
61
61
61
51
62
52
51
62
63
52
53
52
53
53
53
53
63
53
64
63
53
54
53
54
53
53
54
63
53
54
63
53
63
63
53
63
63
53
62
63
62
62
52
52
61
62
61
61
88* 52' lO'
/f
-31 4
30 16
29 28
28 40
27 51
-27 2
26 13
25 24
24 34
23 44
-22 54
22 3
21 13
20 22
19 31
-18 39
17 48
16 56
16 4
15 12
-14 20
13 28
12 36
11 43
10 50
- 9 58
9 5
8 12
7 19
626
-533
40
46
53
0
6
13
4
3
2
2
1
0
+ 040
1
2
3
4
5
5
6
7
33
27
20
13
6
59
52
45
8 38
9 31
10 23
11 16
+12 8
13 1
13 53
14 45
15 37
+16 28
17 20
18 11
19 2
+19 53
48
48
48
49
49
49
49
50
60
50
51
50
61
61
52
51
62
52
62
52
52
52
53
53
52
53
53
53
53
63
53
54
63
53
54
53
63
53
54
53
63
53
53
63
53
53
53
52
53
52
53
52
52
52
51
52
51
51
51
h m
19 51
48
45
42
39
19 36
33
30
27
24
19 21
18
15
12
9
19 6
3
19 0
18 57
64
18 51
48
45
42
39
18 86
33
30
27
24
18 21
18
15
12
9
18 6
3
18 0
17 57
54
17 51
48
45
42
39
17 36
33
30
27
24
17 21
18
15
12
9
17 6
3
17 0
16 57
16 54
TABLE I.
687
FOB FINDING THE LATITUDE BY AN OBSERVED ALTITUDE OF POLARIS, 1916.
\w Decl.
Deri, y^
88*» bV W
88<» hV 30^^
88<» 51^ 40^^
88° 51^ 50^^
88° 62'
^'
88° 52' W
h.a/^n^
y^,K.
h m
/ It
/ //
/ //
/ //
/ //
/ //
h m
10 3
+60 5 OR
60 3o;2
60 55;?
6119*4
61 43 24
+59 66 AK
60 21 f.
60 46 f.
61 10 24
«1 34 24
+59 47 Oft
60 13 f.
60 37;t
61 25 23
+69 38 Oft
60 425
60 28;i
60 53;^
61 16 23
+69 30
25
25
24
23
23
+59 21 or
59 46 %\
60 11 f.
60 35 i\
60 58 23
13 67
6
69 55
64
9
60 20
61
12
60 44
48
15
61 7
45
10 18
+62 6 „«
62 29 fr,
62 515f
63 12 ^1
63 33 21
+61 67 no
62 19 fr,
62 41 2f
63 2 21
63 23 21
+61 48 o«
62 11 f.
62 32 ; j
62 53 i\
63 14 21
+61 39 OQ
62 2^3
62 23 i\
62 44*1
63 521
+61 30
22
22
21
20
20
+61 21 00
6143$;
62 522
62 26 21
62 46 20
13 42
21
61 62
39
24
62 14
36
27
62 35
83
30
62 65
30
10 33
+63 53 TQ
64 12 Ij
64 30 12
64 48 1?
65 5 Ij
+63 43 ,Q
64 2 1^
64 21 1;
64 39 1?
64 56 j^
+63 34 ,0
63 53 12
64 12 1;
64 29|i
64 47 13
+63 24 on
63 44 f"
64 2 13
64 20 t?
64 37 J7
+63 15
19
19
18
17
16
+63 6 ,j.
63 25 \l
63 43 Is
64 ll3
64 18 1^
13 27
36
63 34
24
39
63 53
21
42
64 11
18
45
64 28
15
10 48
+65 22 ...
65 88 1^
65 53 1^
66 8 12
66 22 14
+65 13 irt
65 29 15
65 44 1^
65 59 1?
66 13 1^
+65 3 Tft
65 19 1$
65 34 1^
65 49 J^
66 3 14
+64 54 ,ft
65 10 |;
65 25 W
65 40 12
65 54 j3
+64 44
16
15
15
14
13
+64 35 ,ft
64 51 \%
65 6 \l
66 20 |4
66 34 J^
13 12
51
65 0
9
54
65 15
6
10 57
65 30
3
11 0
65 44
13 0
11 3
+66 35 T«
66 48 \i
67 0l2
67 12 1?
67 23 11
+66 26 TO
66 39 \i
66 51 \\
67 2 11
67 13 IJ
+66 16 TQ
66 29 i;
66 41 |t
66 52 11
67 3 11
+66 7 ,0
66 19 \i
66 31 If
66 42 II
66 53 15
+65 57
12
12
12
10
10
+65 47 ,^
66 Ol^
66 12 If
66 23 |1
66 33 I5
12 67
6
66 9
64
9
66 21
61
12
66 33
48
15
66 43
46
11 18
+67 33 r.
67 42 S
67 50 2
67 58 ;
68 5 J
+67 23 0
67 32 \
67 40 \
67 48 ?
67 55 ^
+67 13 0
67 22 \
67 30 5
67 38 2
67 46 \
+67 3 Q
67 12 ft
67 20 ft
67 28 \
67 36 \
+66 53
9
9
8
7
6
+66 43 0
66 52 S
67 1 5
67 9 ?
67 16 I
12 42
21
67 2
39
24
67 11
36
27
67 19
33
30
67 26
30
11 33
+68 12 ft
68 18 \
68 23 \
68 28 2
68 32 4
+68 2 «
68 8 S
68 13 2
68 17 I
68 21 ^
+67 52 ft
67 58 \
68 3 2
68 8 ;
68 11 \
+67 42 ft
67 48 \
67 53 \
67 58 X
68 1 3
+67 32
6
5
5
3
3
+67 22 ft
67 28 5
67 33 %
67 38 5
67 41 3
12 27
36
67 38
24
39
67 43
21
42
67 48
18
45
67 51
15
11 48
+68 36 «
68 37 ;
68 39 f
68 40 \
+68 40 "
+68 24 «
68 27 X
68 29 f
68 30 i
+68 30 "
+68 14 «
68 17 %
68 19 1
68 20 1
+68 20 "
+68 4 «
68 7 i
68 9 f
68 10 i
+68 10 "
+67 54
3
2
1
0
+67 44 «
67 47 i
67 49 f
67 60 i
+67 50 "
12 12
51
67 57
9
54
67 59
6
11 57
68 0
3
12 0
+68 0
12 0
TABLE la.
Table I has been computed for an altitude of 45°. For other altitudes, corrections taken
from the following table may be applied when the desired degree of accuracy requires it.
Altitude.
Altitude
. ^^.....-^
10°
20°
30°
40°
50°
60°
70°
.-.--*'''''^
H. A.
^^ --^^
,„.,^^^
H.A.
h
h
It
n
It
ti
ti
ti
It
ll
h
0
12
0
0
0
0
0
0
0
12
24
1
11
- 2
- 2
- 1
0
0
+ 2
+ 5
13
23
2
10
8
7
4
-2
+2
8
18
14
22
3
9
17
13
9
3
4
15
36
15
21
4
8
25
20
13
5
6
23
54
16
20
5
7
32
24
16
6
7
28
67
17
19
e
6
-34
-26
-17
-7
+8
+30
+72
18
18
688
TABLE II.
SIDEREAL INTO MEAN SOLAR TIME.
TO BE SUBTRACTED FROM A SIDEREAL TIME INTERVAL.
Side-
real
0^
1^
2^
3^
4h
5^
6*^
7^
^JVK^
m
m 8
m 8
m 8
m 8
m 8
m t
m 8
m s
a
t
0
0 0.000
0 9.830
0 19.659
0 29.489
0 39.318
0 49.148
0 58.977
1 8.807
0
O.000
1
0 0.164
0 9.993
0 19.823
0 29.653
0 39.482
0 49.312
0 59.141
1 8.971
1
om
2
0 0.328
0 10.157
0 19.987
0 29.816
0 39.646
0 49.475
0 59.305
1 9.135
2
am
3
0 0.491
0 10.321
0 20.151
0 29.980
0 39.810
0 49.639
0 59.469
1 9.298
3
O.OP^
4
0 0.655
0 10.485
0 20.314
0 30.144
0 39.974
0 49.803
0 59.633
1 9.462
4
0.011
5
0 0.819
0 10.649
0 20.478
0 30.308
0 40.137
0 49.967
0 59.796
1 9.626
5
0014
6
0 0.983
0 10.813
0 20.642
0 30.472
0 40.301
0 50.131
0 59.960
1 9.790
6
0.01^:
7
0 1.147
0 10.976
0 20.806
0 30.635
0 40.465
0 50.295
1 0.124
1 9.954
7
0.01§
8
0 1.311
011.140
0 20.970
0 30.799
0 40.629
0 50.458
1 0.288
1 10.118
8
OOE
9
0 1.474
0 11.304
0 21.134
0 30.963
0 40.793
0 50.622
1 0.452
1 10-281
9
O.OS
10
0 1.638
0 11.468
0 21.297
0 31.127
0 40.956
0 50.786
1 0.616
110.445
10
06r
11
0 1.802
0 11.632
0 21.461
0 31.291
0 41.120
0 50.950
1 0.779
110.609
11
o.d»
12
0 1.966
0 11.795
0 21.625
0 31.455
0 41.284
0 51.114
1 0.943
110.773
12
am
13
0 2.130
011.959
0 21.789
0 31.618
0 41.448
0 51.278
1 1.107
110.937
13
am
14
0 2.294
0 12.123
0 21.953
0 31.782
0 41.612
0 51.441
1 1.271
1 11.100
14
am
15
0 2.457
0 12.287
0 22.117
0 31.946
0 41.776
0 51.605
1 1.435
111.264
15
0.041
16
0 2.621
0 12.451
0 22.280
0 32.110
0 41.939
0 51.769
1 1.599
1 11 .428
16
0.044
17
0 2.785
0 12.615
0 22.444
0 32.274
0 42.103
0 51.933
1 1.762
1 11.592
17
o.oa
18
0 2.949
0 12.778
0 22.608
0 32.438
0 42.267
0 52.097
1 1.926
1 11.756
18
0.0»
19
0 3.113
012.942
0 22.772
0 32.601
0 42.431
0 52.260
1 2.090
111.920
19
O.OK
20
0 3.277
0 13.106
0 22.936
0 32.765
0 42.595
0 52.424
1 2.254
112.083
20
0.(g5
21
0 3.440
0 13.270
0 23.099
0 32.929
0 42.759
0 52.588
1 2.418
112.247
21
aM
22
0 3.604
0 13.434
0 23.263
0 33.093
0 42.922
0 52.752
1 2.582
1 12.411
22
OM
23
0 8.768
0 13.598
0 23.427
0 33.257
0 43.086
0 52.916
1 2.745
1 12.575
23
am
24
0 3.932
0 13.761
0 23.591
0 33.420
0 43.250
0 53.080
1 2.909
1 12.739
24
am
25
0 4.096
0 13.925
0 23.755
0 33.584
0 43.414
0 53.243
1 3.073
112.903
25
00&
26
0 4.259
0 14.069
0 23.919
0 33.748
0 43.578
0 53.407
1 3.237
1 13.066
26
ar.
27
0 4.423
0 14.253
0 24.082
0 33.912
0 43.742
0 53.571
1 3.401
113.230
27
o.ri
28
0 4.587
0 14.417
0 24.246
0 34.076
0 43.905
0 53.735
1 3.564
113.394
28
o.r?
29
0 4.751
0 14.581
0 24.410
0 34.240
0 44.069
0 53.899
1 3.728
1 13.558
29
o.o:^
30
0 4.915
0 14.744
0 24.574
0 34.403
0 44.233
0 54.063
1 3.892
113.722
30
o.«:
31
0 5.079
0 14.908'
0 24.738
0 34.567
0 44.397
0 54.226
1 4.056
113.886
31
a9s'
32
0 5.242
0 15.072
0 24.902
0 34.731
0 44.561
0 54.390
1 4.220
1 14.049
32
o.r
33
0 5.406
0 15.236
0 25.065
0 34.895
044.724
0 54.554
1 4.384
1 14.213
33
a^
34
0 6.570
015.400
0 25.229
0 35.059
0 44.888
0 54.718
1 4.547
1 14.377
34
a\s^
35
0 5.734
0 15.563
0 25.393
0 35.223
0 45.052
0 54.882
1 4.711
1 14.541
35
OM
36
0 5.898
0 15.727
0 25.557
0 35.386
0 45.216
0 55.046
1 4.875
1 14.705
36
oc**
37
0 6.062
0 15.891
0 25.721
0 35.550
0 45.380
0 55.209
1 5.039
114.868
37
o-ic:
38
0 6.225
0 16.055
0 25.885
0 35.714
0 45.544
0 55.373
1 5.203
115.032
38
Oiift
39
0 6.389
0 16.219
0 26.048
0 35.878
0 45.707
0 55.537
1 5.367
115.196
39
a»
40
0 6.553
0 16.383
0 26.212
0 36.042
0 45.871
0 55.701
1 5.530
115.360
40
0J»
41
0 6.717
0 16.546
0 26.376
0 36.206
0 46.035
0 55.865
1 5.694
1 15.524
41
ox:
42
0 6.881
0 16.710
0 26.540
0 36.369
0 46.199
0 56.028
1 5.858
115.688
42
0X5
43
0 7.045
0 16.874
0 26.704
0 36.533
0 46.363
0 56.192
1 6.022
1 15.851
43
cu:
44
0 7.208
0 17.038
0 26.867
0 36.697
0 46.527
0 56.356
1 6.186
1 16.015
44
0J5
45
0 7.372
0 17.202
0 27.031
0 36.861
0 46.690
0 56.520
1 6.350
1 16.179
45
OJ^
46
0 7.536
0 17.366
0 27.195
0 37.025
0 46.854
0 56.684
1 6.513
1 16.343
46
012
47
0 7.700
0 17.529
0 27.359
0 37.188
0 47.018
0 56.848
1 6.677
116.507
47
«.li
48
0 7.864
0 17.693
0 27.523
0 37.352
0 47.182
0 57.011
1 6.841
1 16.671
48
6133
49
0 8.027
0 17.857
0 27.687
0 37.516
0 47.346
0 57.175
1 7.005
116.834
49
ai34
50
0 8.191
0 18.021
0 27.850
0 37.680
0 47.510
0 57.339
1 7.169
116.998
50
0J3:
51
0 8.355
0 18.185
0 28.014
0 37.844
0 47.673
0 57.503
1 7.332
1 17.162
51
OJS
52
0 8.519
0 18.349
0 28.178
0 38.008
0 47.837
0 57.667
1 7.496
117.326
52
6.14
53
0 8.683
0 18.512
0 28.342
0 38.171
0 48.001
0 57.831
1 7.660
117.490
53
0J4B
54
0 8.847
0 18.676
0 28.506
0 38.335
0 48.165
0 57.994
1 T.824
117.654
54
OJf
55
0 9.010
0 18.840
0 28.670
0 38.499
0 48.329
0 58.158
1 7.988
1 17.817
55
6Ja
56
0 9.174
019.004
0 28.833
0 38.663
0 48.492
0 58.322
1 8.152
1 17.981
56
O-IS
57
0 9.338
0 19.168
0 28.997
0 38.827
0 48.656
0 58.486
1 8.315
1 18.145
57
6.19
58
0 9.502
0 19.331
0 29.161
0 38.991
0 48.820
0 58.650
1 8.479
118.309
58
6 IS
59
0 9.666
0 19.495
0 29.325
0 39.154
0 48.984
0 58.814
1 8.643
1 18.473
59
0.U
TABLE II.
689
SIDEREAL INTO MEAN SOLAR TIME.
TO BE SUBTRACTED FROM A SIDEREAL TIME INTERVAL.
Bide-
8^
^
10^
11^
12^
13^
14^
15^
For
Seconds.
in
m t
m t
m t
m t
m t
m t
m 8
m 8
8
8
G
118.686
128.466
138.296
148.125
1 57.955
2 7.784
2 17.614
2 27.443
0
0.000
1
118.800
128.630
138.459
148.289
1 58.119
2 7.948
2 17.778
2 27.607
1
0.003
2
118.964
128.794
138.623
148.453
158.282
2 8.112
2 17.941
2 27.771
2
0.005
3
119.128
128.958
1 38.787
1 48.617
158.446
2 8.276
2 18.105
2 27.935
3
0.008
4
119.292
1 29.121
1 38.951
148.780
1 58.610
2 8.440
218.269
2 28.099
4
0.011
5
119.466
129.285
1 39.115
148.944
1 58.774
2 8.603
218 433
2 28.263
5
0.014
6
1 19.619
129.449
1 39.279
1 49.108
158.938
2 8!767
218.697
2 28.426
6
0.016
7
1 19.783
1 29.613
1 39.442
1 49.272
1 59.101
2 8.931
2 18.761
2 28.590
7
0.019
8
1 19.947
1 29.777
139.606
1 49.436
159.265
2 9.095
2 18.924
2 28.754
8
0.022
9
1 20.111
129.940
1 39.770
149.600
1 59.429
2 9.259
219.088
2 28.918
9
0.025
10
120.275
130.104
139.934
1 49.763
1 59.593
2 9.423
2 19.252
2 29.082
10
0.027
11
120.439
130.268
140.098
149.927
1 59.757
2 9.586
2 19.416
2 29.245
11
0.030
12
120.602
130.432
140.261
150.091
1 59.921
2 9.750
219.580
2 29.409
12
0.033
13
120.766
130.596
140.425
150.255
2 0.084
2 9.914
2 19.744
2 29.573
13
0.035
14
120.930
130.760
140.589
1 50.419
2 0.248
2 10.078
219.907
2 29.737
14
0.038
15
121.094
130.923
140.753
150.583
2 0.412
210.242
2 20.071
2 29.901
15
0.041
16
121.258
1 31.087
1 40.917
150.746
2 0.576
210.405
2 20.235
2 30.065
16
0.044
17
121.422
1 31.251
1 41.081
1 50.910
2 0.740
210.569
2 20.399
2 30.228
17
0.046
18
121.585
1 31.415
1 41.244
1 51.074
2 0.904
2 10.733
2 20.563
2 30.392
18
0.049
19
1 21.749
1 31.579
141.408
151.238
2 1.067
2 10.897
2 20.727
2 30.556
19
0.052
20
1 21.913
1 31.743
1 41.572
151.402
2 1.231
2 11.061
2 20.890
2 30.720
20
0.055
21
122.077
131.906
1 41.736
151.565
2 1.395
2 11.225
2 21.064
2 30.884
21
0.057
22
122.241
1 32.070
141.900
1 51.729
2 1.559
2 11.388
2 21.218
2 31.048
22
0.060
23
122.404
132.234
142.064
1 51.893
2 1.723
2 11.552
2 21.382
2 31.211
23
0.063
24
122.568
1 32.398
142.227
1 52.057
2 1.887
2 11.716
2 21.546
2 31.375
24
0.066
25
1 22.732
132.562
1 42.391
1 52.221
2 2.050
211.880
2 21.709
2 31.539
25
0.068
26
122.896
1 32.726
142.555
1 52.385
2 2.214
2 12.044
2 21.873
2 31.703
26
0.071
27
123.060
1 32.889
1 42.719
152.548
2 2.378
212.208
2 22.037
2 31.867
27
0.074
28
123.224
133.053
142.883
1 52.712
2 2.542
2 12.371
2 22.201
2 32.031
28
0.076
29
123.387
1 33.217
143.047
1 52.876
2 2.706
212.535
2 22.365
2 32.194
29
0.079
SO
123.551
133.381
1 43.210
153.040
2 2.869
212.699
2 22.529
2 32.358
30
0.082
31
1 23.715
133.545
1 43.374
153.204
2 3.033
212.863
2 22.692
2 32.622
31
0.085
32
1 23.879
133.708
143.538
153.368
2 3.197
2 13.027
2 22.866
2 32.686
82
0.087
33
124.043
1 33.872
143.702
153.531
2 3.361
2 13.191
2 23.020
2 32.860
83
0.090
34
124.207
134.036
143.866
153.695
2 3.525
213.354
2 23.184
2 33.013
34
0.093
35
1 24.370
134.200
144.029
153.859
2 3.689
2 13.518
2 23.348
2 33.177
85
0.096
36
124.534
1 34.364
1 44.193
154.023
2 3.852
2 13.682
2 23.512
2 33.341
86
0.098
37
124.698
134.528
1 44.357
1 54.187
2 4.016
2 13.846
2 23.675
2 33.506
87
0.101
38
1 24.862
134.691
1 44.521
1 54.351
2 4.180
2 14.010
2 23.839
2 33.669
88
0.104
39
125.026
134.855
144.685
1 54.514
2 4.344
2 14.173
2 24.003
2 33.833
39
0.106
40
125.190
1 35.019
144.849
1 54.678
2 4.508
2 14.337
2 24.167
2 33.996
40
0.109
41
125.353
135.183
1 45.012
154.842
2 4.672
2 14.501
2 24.331
2 34.160
41
0.112
42
1 25.517
135.347
1 45.176
155.006
2 4.835
2 14.665
2 24.496
2 34.324
42
0.115
43
125.681
1 35.511
145.340
1 55.170
2 4.999
2 14.829
2 24.668
2 34.488
43
0.117
44
125.845
1 35.674
145.504
155.333
2 5.163
2 14.993
2 24.822
2 34.662
44
0.120
45
126.009
135.838
145.668
155.497
2 5.327
2 15.156
2 24.986
2 34.816
45
0.123
46
1 26.172
136.002
1 45.832
155.661
2 5.491
2 16.320
2 25.160
2 34.979
46
0.126
47
1 26.336
1 36.166
1 45.995
1 55.825
2 5.655
2 15.484
2 26.314
2 36.143
47
0.128
48
126.500
136.330
1 46.159
1 55.989
2 5.818
2 15.648
2 26.477
2 36.307
48
0.131
49
126.664
136.493
146.323
156.153
2 5.982
2 15.812
2 26.641
2 35.471
49
0.134
50
1 26.828
1 36.657
146.487
1 56.316
2 6.146
2 15.976
2 25.805
2 35.636
50
0.137
51
1 26.992
1 36.821
1 46.651
156.480
2 6.310
2 16.139
2 26.969
2 36.798
51
0.139
52
127.155
1 36.985
1 46.815
156.644
2 6.474
2 16.303
2 26.133
2 36.962
52
0.142
53
1 27.319
1 37.149
146.978
156.808
2 6.637
2 16.467
2 26.297
2-36.126
53
0.145
54
127.483
1 37.313
1 47.142
1 56.972
2 6.801
2 16.631
2 26.460
2 36.290
54
0.147
55
127.647
1 37.476
147.306
1 57.136
2 6.965
2 16.795
2 26.624
2 36.464
55
0.160
56
1 27.811
137.640
1 47.470
157.299
2 7.129
2 16.959
2 26.788
2 36.618
56
0.153
57
127.975
137.804
147.634
157.463
2 7.293
2 17.122
2 26.962
2 36.781
57
0.166
58
128.138
137.968
1 47.797
1 67.627
2 7.457
2 17.286
2 27.116
2 36.946
58
0.168
59
128.302
138.132
1 47.961
1 57.791
2 7.620
217.450
2 27.280
2 37.109
59
0.161
79790^—19
6 44
690
TABLE II.
SIDEREAL INTO MEAN SOLAR TIME.
TO BE SUBTRACTED FROM A SIDEREAL TIME INTERVAL.
8ide-
reoL
16*^
17^
18^
19**
20^
21^
22^
23**
^ r*.
m
m 8
m 8
m 8
m 8
m 8
m 8
m 8
m 8
9 8
0
2 37.273
2 47.102
2 56.932
3 6.762
3 16.591
3 26.421
3 36.250
3 46.080
0 0000
1
2 37.437
2 47.266
2 57.096
3 6.925
3 16.755
3 26.585
3 36.414
3 46.244
1
0.003
2
2 37.601
2 47.430
2 57.260
3 7.089
3 16.919
3 26.748
3 36.578
3 46.407
2
0.005
3
2 37.764
2 47.594
2 57.424
3 7.253
3 17.083
3 26.912
3 36.742
3 46.571
3
OJfX^
4
2 37.928
2 47.758
2 57.587
3 7.417
3 17.246
3 27.076
3 36.906
3 46.735
4
0.011
5
2 38.092
2 47.922
2 57.751
3 7.581
3 17.410
3 27.240
3 37.069
3 46.899
5
0.014
6
2 38.256
2 48.085
2 57.915 '
3 7.745
3 17.574
3 27.404
3 37.233
3 47.063
6
0X»U
7
2 38.420
2 48.249
2 58.079
3 7.908
3 17.738
3 27.568
3 37.397
3 47.227
7
0.019
8
2 38.584
2 48.413
2 58.243
3 8.072
3 17.902
3 27.731
3 37.561
3 47.390
8
0022
9
2 38.747
2 48.577
2 58.406
3 8.236
3 18.066
3 27.895
3 37.725
3 47.554
9
0.025
10
2 38.911
2 48.741
2 58.570
3 8.400
3 18.229
3 28.059
3 37.889
3 47.718
10
oor
11
2 39.075
2 48.905
2 58.734
3 8.564
3 18.393
3 28.223
3 38.052
3 47.882
11
omb
12
2 39.239
2 49.068
2 58.898
3 8.728
3 18.557
3 28.387
3 38.216
3 48.046
12
oxm
13
2 39.403
2 49.232
2 59.062
3 8.891
3 18.721
3 28.550
3 38.380
3 48.210
13
0.035
14
2 39.566
2 49.396
2 59.226
3 9.055
318.885
3 28.714
3 38.544
3 48.373
14
o.a3S
3,5
2 39.730
2 49.560
2 59.389
3 9.219
3 19.049
3 28.878
3 38.708
3 48.537
15
0.041
16
2 39.894
2 49.724
2 59.553
3 9.383
3 19.212
3 29.042
3 38.871
3 48.701
16
O.OM
17
2 40.058
2 49.888
2 59.717
3 9.547
3 19.376
3 29.206
3 39.035
3 48.865
17
0.041
18
2 40.222
2 50.051
2 59.881
3 9.710
3 19.540
3 29.370
3 39.199
3 49.029
18
osm
19
2 40.386
2 50.215
3 0.045
3 9.874
3 19.704
3 29.533
3 39.363
3 49.193
19
0.0S2
20
2 40.549
2 50.379
3 0.209
310.038
319.868
3 29.697
3 39.527
3 49.356
20
0.(^
21
2 40.713
2 50.543
3 0.372
3 10.202
3 20.032
3 29.861
3 39.691
3 49.520
21
0.05:
22
2 40.877
2 50.707
3 0.536
3 10.366
3 20.195
3 30.025
3 39.854
3 49.684
22
00»
23
2 41.041
2 50.870
3 0.700
3 10.530
3 20.359
3 30.189
3 40.018
3 49.848
23
0.063
24
2 41.205
2 51.034
3 0.864
3 10.693
3 20.523
3 30.353
3 40.182
3 50.012
24
0.0K
25
2 41.369
2 51.198
3 1.028
3 10.857
3 20.687
3 30.516
3 40.346
3 50.175
25
O.06S
26
2 41.532
2 51.362
3 1.192
3 11.021
3 20.851
3 30.680
3 40.510
3 50.339
26
0.071
27
2 41.696
2 51.526
3 1.355
3 11.185
3 21.014
3 30.844
3 40.674
3 50.503
27
0.074
28
2 41.860
2 51.690
3 1.519
3 11.349
3 21.178
3 31.008
3 40.837
3 50.667
28
oxfn
29
2 42.024
2 51.853
3 1.683
3 11.513
3 21.342
3 31.172
3 41.001
3 50.831
29
O.07S
30
2 42.188
2 52.017
3 1.847
3 11.676
3 21.506
3 31.336
3 41.166
3 50.995
30
ooe
31
2 42.352
2 52.181
3 2.011
311.840
3 21.670
3 31.499
3 41.329
3 51.158
31
0.085
32
2 42.515
2 52.345
3 2.174
312.004
3 21.834
3 31.663
3 41.493
3 51.322
32
O.O^'
33
2 42.679
2 52.509
3 2.338
3 12.168
3 21.997
3 31.827
3 41.657
3 51.486
33
O.000
34
2 42.843
2 52.673
3 2.502
312.332
3 22.161
3 31.991
3 41.820
3 51.650
34
o.m
35
2 43.007
2 52.836
3 2.666
3 12.496
3 22.325
3 32.155
3 41.984
3 51.814
35
QM
36
2 43.171
2 53.000
3 2.830
3 12.659
3 22.489
3 32.318
3 42.148
3 51.978
36
om
37
2 43.334
2 53.164
3 2.994
3 12.823
3 22.653
3 32.482
3 42.312
3 52.141
37
0.101
38
2 43.498
2 53.328
3 3.157
3 12.987
3 22.817
3 32.646
3 42.476
3 52.305
38
O.ltt
39
2 43.662
2 53.492
3 3.321
3 13.151
3 22.980
3 32.810
3 42.639
3 52.469
39
o.ios
40
2 43.826
2 53.656
3 3.485
3 13.315
3 23.144
3 32.974
3 42.803
3 52.633
40
O.10S
41
2 43.990
2 53.819
3 3.649
3 13.478
3 23.308
3 33.138
3 42.967
3 52.797
41
0.11!
42
2 44.154
2 53.983
3 3.813
313.642
3 23.472
3 33.301
3 43.131
3 52.961
42
0J15
43
2 44.317
2 54.147
3 3.977
3 13.806
3 23.636
3 33.465
3 43.295
3 53.124
43
o.ii:
44
2 44.481
2 54.311
3 4.140
3 13.970
3 23.800
3 33.629
3 43.459
3 53.288
44
0-12D
45
2 44.645
2 54.475
3 4.304
3 14.134
3 23.963
3 33.793
3 43.622
3 53.452
45
0.153
46
2 44.809
2 54.638
3 4.468
3 14.298 ! 3 24.127
3 33.957
3 43.786
3 53.616
46
0.126
47
2 44.973
2 54.802
3 4.632
3 14.461
3 24.291
3 34.121
3 43.950
3 53.780
47
0.1^
48
2 45.137
2 54.966
3 4.796
3 14.625
3 24.455
3 34.284
3 44.114
3 53.943
48
0.131
49
2 45.300
2 55.130
3 4.960
3 14.789
3 24.619
3 34.448
3 44.278
3 54.107
49
0.134
50
2 45.464
2 55.294
3 5.123
3 14.953
3 24.782
3 34.612
3 44.442
3 54.271
50
0.137
51
2 45.628
2 55.458
3 5.287
3 15.117
3 24.946
3 34.776
3 44.605
3 54.435
51
0-139
52
2 45.792
2 55.621
3 5.451
3 15.281
3 25.110
3 34.940
3 44.769
3 54.599
52
0.142
53
2 45.956
2 55.785
3 5.615
3 15.444
3 25.274
3 35.104
3 44.933
3 54.763
53
0.145
54
2 46.120
2 55.949
3 5.779
315.608
3 25.438
3 35.267
3 45.097
3 54.926
54
0.147
55
2 46.283
2 56.113
3 5.942
3 15.772
3 25.602
3 35.431
3 45.261
3 55.090
55
0.150
56
2 46.447
2 56.277
3 6.106
3 15.936
3 25.765
3 35.595
3 45.425
3 55.254
56
0.15S
57
2 46.611
2 56.441
3 6.270
3 16.100
3 25.929
3 35.759
3 45.588
3 55.418
57
0.156
58
2 46.775
2 56.604
3 6.434
3 16.264
3 26.093
3 35.923
3 45.752
,3 56.582
58
oaag
59
2 46.939
2 56.768
3 6.598
3 16.427
3 26.257
3 36.086
3 45.916
3 55.746
59
0.161
TABLE III.
691
MEAN SOLAR INTO SIDEREAL TIME.
TO BE ADDED TO A MEAN TIME INTERVAL.
Mean
Solar.
0"^
1^
2^
3*^
4h
5"^
6^
7h
For
8«oond8.
m
m 8
m 8
m 8
m 8
m 8
m 8
m 8
m 8
s
1
8
0
0 0.000
0 9.856
0 19.713
0 29.569
0 39.426
0 49.282
0 59.139
1 8.996
0
0.000
1
0 0.164
0 10.021
0 19.877
0 29.734
0 39.590
0 49.447
0 59.303
1 9.160
1
0.003
2
0 0.329
0 10.185
0 20.041
0 29.898
0 39.754
0 49.611
0 59.467
1 9.324
2
0.005
3
0 0.493
0 10.349
0 20.206
0 30.062
0 39.919
0 49.775
0 59.632
1 9.488
3
0.008
4
0 0.667
0 10.514
0 20.370
0 30.227
0 40.083
0 49.939
0 59.796
1 9.652
4
0.011
5
0 0.821
0 10.678
0 20.534
0 30.391
0 40.247
0 60.104
0 59.960
1 9.817
5
0.014
6
0 0.986
0 10.842
0 20.699
0 30.555
0 40.412
0 50.268
1 0.124
1 9.981
6
0.016
7
0 1.160
011.006
0 20.863
0 30.719
0 40.576
0 60.432
1 0.289
1 10.145
7
0.019
8
0 1.314
0 11.171
0 21.027
0 30.884
0 40.740
0 60.597
1 0.453
1 10.310
8
0.022
9
0 1.478
011.335
0 21.191
0 31.048
0 40.904
0 60.761
1 0.617
1 10.474
9
0.026
10
0 1.643
0 11.499
0 21.356
0 31.212
0 41.069
0 60.925
1 0,782
110.638
10
0.027
11
0 1.807
011.663
0 21.520
0 31.376
0 41.233
0 51.089
1 0.946
110.802
11
0.030
12
0 1.971
0 11.828
0 21.684
0 31.541
0 41.397
0 51.254
1 1.110
1 10.967
12
0.033
13
0 2.136
0 11.992
0 21.849
0 31.705
0 41.561
0 51.418
1 1.274
1 11.131
13
0.036
14
0 2.300
0 12.156
0 22.013
0 31.869
0 41.726
0 61.582
1 1,439
1 11.295
14
0.038
15
0 2.464
0 12.321
0 22.177
0 32.034
0 41.890
0 51.746
1 1.603
1 11.459
15
0.041
16
0 2.628
0 12.485
0 22.341
0 32.198
0 42.054
0 51.911
1 1.767
1 11.624
16
0.044
17
0 2.793
0 12.649
0 22.506
0 32.362
0 42.219
0 52.075
1 1.932
1 11.788
17
0.047
18
0 2.957
0 12.813
0 22.670
0 32.526
0 42.383
0 52.239
1 2.096
1 11.952
18
0.049
19
0 3.121
0 12.978
0 22.834
0 32.691
0 42.547
0 52.404
1 2.260
1 12.117
19
0.052
20
0 3.285
0 13.142
0 22.998
0 32.855
0 42.711
0 52.568
1 2.424
1 12.281
20
0.055
21
0 3.450
013.306
0 23.163
0 33.019
0 42.876
0 52.732
1 2.589
112.445
21
0.067
22
0 3.614
0 13.471
0 23.327
0 33.183
0 43.040
0 52.896
1 2.753
112.609
22
0.060
23
0 3.778
0 13.635
0 23.491
0 33.348
0 43.204
0 53.061
1 2.917
1 12.774
23
0.063
24
0 3.943
0 13.799
0 23.656
0 33.512
0 43.368
0 53.225
1 3.081
1 12.938
24
0.066
25
0 4.107
0 13.963
0 23.820
0 33.676
0 43.533
0 53.389
1 3.246
1 13.102
25
0.068
26
0 4.271
0 14.128
0 23.984
0 33.841
0 43.697
0 53.554
1 3.410
1 13.266
26
0.071
27
0 4.435
0 14.292
0 24.148
0 34.005
0 43.861
0 53.718
1 3.574
1 13.431
27
0.074
28
0 4.600
0 14.456
0 24.313
0 34.169
0 44.026
0 53.882
1 3.739
1 13.595
28
0.077
29
0 4.764
0 14.620
0 24.477
0 34.333
0 44.190
0 54.046
1 3.903
1 13.759
29
0.079
30
0 4.928
0 14.785
0 24.641
0 34.498
0 44.354
0 54.211
1 4.067
1 13.924
30
0.082
31
0 5.093
0 14.949
0 24.805
0 34.662
0 44.518
0 54.375
1 4.231
114.088
31
0.085
32
0 5.257
0 15.113
0 24.970
0 34.826
0 44.683
0 54.539
1 4.396
1 14.252
32
0.088
33
0 5.421
0 15.278
0 25.134
0 34.990
0 44.847
0 54.703
1 4.560
1 14.416
33
0.090
34
0 5.585
015.442
0 25.298
0 35.155
0 45.011
0 54.868
1 4.724
1 14.581
34
0.093
35
0 5.750
015.606
0 25.463
0 35.319
0 45.176
0 55.032
1 4.888
1 14.745
35
0.096
36
0 5.914
0 15.770
0 25.627
0 35.483
0 45.340
0 55.196
1 5.053
114.909
36
0.099
37
0 6.078
0 15.935
0 25.791
0 35.648
0 45.504
0 55.361
1 5.217
1 16.073
37
0.101
38
0 6.242
0 16.099
0 25.955
0 35.812
0 45.668
0 55.525
1 5.381
1 15.238
38
0.104
39
0 6.407
0 16.263
0 26.120
0 35.976
0 45.833
0 55.689
1 5.546
1 15.402
39
0.107
40
0 6.571
016.427
0 26.284
0 36.140
0 45.997
0 55.853
1 5.710
115.566
40
0.110
41
0 6.735
0 16.592
0 26.448
0 36.305
0 46.161
0 56.018
1 5.874
1 15.731
41
0.112
42
0 6.900
0 16.756
0 26.612
0 36.469
0 46.325
0 56.182
1 6.038
1 15.895
42
0.115
43
0 7.064
0 16.920
0 26.777
0 36.633
0 46.490
0 56.346
1 6.203
1 16.059
43
0.118
44
0 7.228
017.085
0 26.941
0 36.798
0 46.654
0 56.510
1 6.367
116.223
44
0.120
45
0 7.392
0 17.249
0 27.105
0 36.962
0 46.818
0 56.676
1 6.531
1 16.388
45
0.123
46
0 7.557
0 17.413
0 27.270
0 37.126
0 46.983
0 56.839
1 6.695
1 16.552
46
0.126
47
0 7.721
0 17.577
0 27.434
0 37.290
0 47.147
0 57.003
1 6.860
1 16.716
47
0.129
48
0 7.885
0 17.742
0 27.598
0 37.455
0 47.311
0 57.168
1 7.024
1 16.881
48
0.131
49
0 8.049
017.906
0 27.762
0 37.619
0 47.475
0 57.332
1 7.188
1 17.045
49
0.134
50
0 8.214
0 18.070
0 27.927
0 37.783
0 47.640
0 57.496
1 7.353
1 17.209
50
0.137
51
0 8.378
0 18.234
0 28.091
0 37.947
0 47.804
0 57.660
1 7.517
1 17.373
51
0.140
52
0 8.542
0 18.399
0 28.255
0 38.112
0 47.968
0 57.825
1 7.681
1 17.538
52
0.142
53
0 8.707
018.563
0 28.420
0 38.276
0 48.132
0 57.989
1 7.845
1 17.702
53
0.146
54
0 8.871
0 18.727
0 28.584
0 38.440
0 48.297
0 58.153
1 8.010
1 17.866
54
0.148
55
0 9.035
0 18.892
0 28.748
0 38.605
0 48.461
0 58.317
1 8.174
118.030
65
0.151
56
0 9.199
019.056
0 28.912
0 38.769
0 48.625
0 58.482
1 8.338
1 18.195
56
0.153
57
0 9.364
019.220
0 29.077
0 38.933
0 48.790
0 58.646
1 8.602
1 18.359
57
0.156
58
0 9.528
019.384
0 29.241
0 39.097
0 48.954
0 58.810
1 8.667
1 18.523
58
0.159
59
0 9.692
019.549
0 29.405
0 39.262
0 49.118
0 58.975
1 8.831
118.688
59
0.162
692.
TABLE III.
MEAN SOLAR INTO SIDEREAL TIME.
TO BE ADDED TO A MEAN TIME INTERVAL.
Mean
8olar.
8"
9"
10^
11^
12^
13^
14h
15^ 8ce«k.
m
m 8
m 8
m s
m 8
m 8
m s
m 8
xn 8 8 1
s
0
1 18.852
128.708
138.565
148.421
1 58.278
2 8.134
2 17.991
2 27.847
0
OJM
1
1 19.016
1 28.873
1 38.729
148.585
158.442
2 8.298
2 18.165
2 28.011
1
o.m
2
1 19.180
129.037
138.893
148.750
158.606
2 8.463
2 18.319
2 28.176
2 { OiMft
3
1 19.345
129.201
139.068
1 48.914
1 68.771
2 8.627
2 18.483
2 28.340
3 ' OUK»
4
119.509
129.365
139.222
1 49.078
1 58.936
2 8.791
218.648
2 28.504
4 0U)11
5
1 19.673
129.530
1 39.386
149.243
1 69.099
2 8.966
2 18.812
2 28.668
5 OjOU
6
1 19.837
129.694
139.550
149.407
1 59.263
2 9.120
2 18.976
2 28.833
6 OjOU
7
120.002
129.858
1 39.715
1 49.571
1 69.428
2 9.284
2 19.141
2 28.997
7
0.0l»
8
120.166
130.022
1 39.879
1 49.735
1 69.592
2 9.448
219.305
2 29.161
8
0.022
9
120.330
1 30.187
140.043
149.900
1 69.766
2 9.613
219.469
2 29.326
9
OJfBi
10
1 20.495
130.351
140.207
150.064
159.920
2 9.777
219.633
2 29.490
10
ojs:
11
1 20.659
1 30.515
1 40.372
150.228
2 0.086
2 9.941
2 19.798
2 29.654
11
0.t3d
12
1 20.823
130.680
140.536
160.393
2 0.249
2 10.106
2 19.962
2 29.818
12
O.OS}
13
1 20.987
130.844
140.700
160.557
2 0.413
2 10.270
2 20.126
2 29.983
13
ojm
14
1 21.152
131.008
140.865
1 50.721
2 0.578
2 10.434
2 20.290
2 30.147
14
OJSft
15
1 21.316
1 31.172
141.029
150.885
2 0.742
210.698
2 20.466
2 30.311
15
0.041
16
1 21.480
1 31.337
1 41.193
151.050
2 0.906
2 10.763
2 20.619
2 30.476
16
0UM4
17
121.644
1 31.501
141.357
1 51.214
2 1.070
2 10.927
2 20.783
2 30.6M
17
0.94:
18
121.809
1 31.665
141.522
1 51.378
2 1.235
2 11.091
2 20.948
2 30.804
18
0.94»
19
1 21.973
1 31.829
1 41.686
151.542
2 1.399
2 11.255
2 21.112
2 30.968
19
O.0K
20
1 22.137
131.994
141.850
1 51.707
2 1.663
211.420
2 21.276
2 31.133
20
0.<ft5
21
1 22.302
1 32.158
1 42.015
151.871
2 1.727
2 11.584
2 21.440
2 31.297
21
0.067
22
1 22.466
1 32.322
1 42.179
152.035
2 1.892
2 11.748
2 21.605
2 31.461
22
om
23
122.630
1 32.487
1 42.343
152.200
2 2.066
2 11.912
2 21.769
2 31.625
23
coo
24
1 22.794
1 32.651
142.507
152.364
2 2.220
2 12.077
2 21.933
2 31.790
24
OOtt
25
1 22.959
1 32.815
1 42.672
1 52.528
2 2.385
2 12.241
2 22.098
2 31.954
25
<^J»
26
1 23.123
1 32.979
142.836
1 52.692
2 2.549
2 12.405
2 22.262
2 32.118
26
OjOTI
27
123.287
133.144
143.000
1 52.857
2 2.713
2 12.570
2 22.426
2 32.283
27
o.ar4
28
1 23.451
133.308
143.164
1 53.021
2 2.877
2 12.734
2 22.590
2 32.447
28
ojor
29
1 23.616
1 33.472
143.329
1 53.185
2 3.042
2 12.898
2 22.755
2 32.611
29
om
30
1 23.780
133.637
143.493
1 53.349
2 3.206
2 13.062
2 22.919
2 32.775
30
OSK^
31
123.944
133.801
143.657
1 53.514
2 3.370
2 13.227
2 23.083
2 32.940
31
O-Oh?
32
1 24.109
133.965
143.822
1 53.678
2 3.534
2 13.391
2 23.247
2 33.104
32
O-Os-
33
1 24.273
134.129
1 43.986
153.842
2 3.699
2 13.555
2 23.412
2 33.268
33
QJOk
34
124.437
134.294
144.150
154.007
2 3.863
2 13.720
2 23.576
2 33.432
34
0.093
35
124.001
134.458
1 44.314
1 54.171
2 4.027
213.884
2 23.740
2 33.597
35
om
36
1 24.766
1 34.622
1 44.479
154.335
2 4.192
2 14.048
2 23.905
2 33.761
36
O.O0
37
1 24.930
134.786
144.643
154.499
2 4.356
2 14.212
2 24.069
2 33.925
37
0.10
38
1 25.094
1 34.951
144.807
154.664
2 4.520
2 14.377
2 24.233
2 34.090
38
OJft
39
1 25.259
1 35.115
1 44.971
154.828
2 4.684
2 14.541
2 24.397
2 34.254
39
0.19:
40
1 25.423
1 35.279
1 45.136
154.992
2 4.849
2 14.705
2 24.562
2 34.418
40
0.1W
41
1 25.587
135.444
145.300
1 55.156
2 6.013
2 14.869
2 24.726
2 34.582
41
O.IL
42
1 25.751
135.608
145.464
1 55.321
2 5.177
2 15.034
2 24.890
2 34.747
42
O.IK^
43
1 25.916
1 35.772
1 45.629
1 55.485
2 5.342
2 15.198
2 25.054
2 34.911
43
0-11^
44
1 26.080
1 35.936
1 45.793
1 55.649
2 5.506
2 15.362
2 25.219
2 35.075
44
OlA
45
126.244
1 36.101
1 45.957
1 56.814
2 6.670
2 15.527
2 25.383
2 36.239
45
0-1^
46
1 26.408
1 36.265
1 46.121
1 55.978
2 5.834
2 15.691
2 25.547
2 35.404
46
Olrt
47
1 20.573
1 36.429
1 46.286
1 56.142
2 5.999
2 15.855
2 25.712
2 35.568
47
0.15
48
1 26.737
1 36.593
146.450
156.306
2 6.163
2 16.019
2 25.876
2 35.732
48
o.u:
49
1 26.901
1 36.758
1 46.614
1 56.471
2 6.327
2 16.184
2 26.040
2 36.897
49
OdU
50
1 27.066
1 36.922
1 46.778
166.635
2 6.491
216.348
2 26.204
2 36.061
50
o.ir
51
1 27.230
137.086,
1 46.943
1 56.799
2 6.656
216.512
2 26.369
2 36.225
51
0.l4fi
52
1 27.394
137.251
1 47.107
1 56.964
2 6.820
2 16.676
2 26.633
2 36.389
52
0.14::
53
1 27.558
137.415
147.271
1 57.128
2 6.984
2 16.841
2 26.697
2 36.554
53
0J4»
54
1 27.723
1 37.579
1 47.436
1 57.292
2 7.149
2 17.006
2 26.861
2 36.718
54
0.14>
55
1 27.887
1 37.743
147.600
157.456
2 7.313
2 17.169
2 27.026
2 36.882
55
0.151
56
1 28.051
1 37.908
1 47.764
1 57.621
2 7.477
2 17.334
2 27.190
2 37.047
56
O.l&i
57
1 28.215
1 38.072
1 47.928
1 57.785
2 7.641
2 17.498
2 27.364
2 37.211
57
0.156
58
128.380
138.236
148.093
1 57.949
2 7.806
2 17.662
2 27.519
2 37.375
58 0.159
59
128.544
138.400
148.257
1 58.113
2 7.970
2 17.826
2 27.663
2 37.539
59
0.16!
TABLE III.
693
MEAN SOLAR INTO SIDEREAL TIME.
TO BE ADDED TO A MEAN TIME INTERVAL.
Ifosn
Solar.
16^
17h
18^
19*^
m 8
21**
22**
m 8
23**
For
Seconds.
m
m 8
m 8
m 8
m 8
m 8
m 8
8
8
0
2 37.704
2 47.560
2 57.417
3 7.273
3 17.129
3 26.986
3 36.842
3 46.699
0
0.000
1
2 37.868
2 47.724
2 57.581
3 7.437
317.294
3 27.150
3 37.007
3 46.863
1
0.003
2
2 38.032
2 47.889
2 57.745
3 7.602
3 17.458
3 27.315
3 37.171
3 47.027
2
0.005
3
2 38.196
2 48.053
2 57.909
3 7.766
3 17.622
3 27.479
3 37.335
3 47.192
3
0.008
4
2 38.361
2 48.217
2 58.074
3 7.930
3 17.787
3 27.643
3 37.500
3 47.356
4
0.011
5
2 38.525
2 48.381
2 58.238
3 8.094
3 17.951
3 27.807
3 37.664
3 47.520
5
0.014
6
2 38.689
2 48.546
2 58.402
3 8.259
3 18.115
3 27.972
3 37.828
3 47.685
6
0.016
7
2 38.854
2 48.710
2 58.566
3 8.423
3 18.279
3 28.136
3 37.992
3 47.849
7
0.019
8
2 39.018
2 48.874
2 58.731
3 8.587
3 18.444
3 28.300
3 38.157
3 48.013
8
0.022
9
2 39.182
2 49.039
2 58.895
3 8.751
318.608
3 28.464
3 38.321
3 48.177
9
0.025
10
2 39.346
2 49.203
2 59.059
3 8.916
3 18.772
3 28.629
3 38.485
3 48.342
10
0.027
11
2 39.511
2 49.367
2 59.224
3 9.080
3 18.937
3 28.793
3 38.649
3 48.506
11
0.030
12
2 39.675
2 49.531
2 59.388
3 9.244
3 19.101
3 28.957
3 38.814
3 48.670
12
0.033
13
2 39.839
2 49.696
2 59.552
3 9.409
3 19.265
3 29.122
3 38.978
3 48.834
13
0.036
14
2 40.003
2 49.860
2 59.716
3 9.573
3 19.429
3 29.286
3 39.142
3 48.999
14
0.038
15
2 40.168
2 50.024
2 59.881
3 9.737
3 19.594
3 29.450
3 39.307
3 49.163
15
0.041
16
2 40.332
2 50.188
3 0.045
3 9.901
3 19.758
3 29.614
3 39.471
3 49.327
16
0.044
17
2 40.496
2 50.353
3 0.209
3 10.066
3 19.922
3 29.779
3 39.635
3 49.492
17
0.047
18
2 40.661
2 50.517
3 0.373
3 10.230
3 20.086
3 29.943
3 39.799
3 49.656
18
0.049
19
2 40.825
2 50.681
3 0.538
3 10.394
3 20.251
3 30.107
3 39.964
3 49.820
19
0.062
20
2 40.989
2 50.846
3 0.702
3 10.559
3 20.415
3 30.271
3 40.128
3 49.984
20
0.065
21
2 41.153
2 51.010
3 0.866
3 10.723
3 20.579
3 30.436
3 40.292
3 50.149
21
0.057
22
2 41.318
2 51.174
3 1.031
3 10.887
3 20.744
3 30.600
3 40.456
3 50.313
22
0.060
23
2 41.482
2 51.338
3 1.195
3 11.051
3 20.908
3 30.764
3 40.621
3 50.477
23
0.063
24
2 41.646
2 51.503
3 1.359
3 11.216
3 21.072
3 30.929
3 40.785
3 50.642
24
0.066
25
2 41.810
2 51.667
3 1.523
311.380
3 21.236
3 31.093
3 40.949
3 50.806
25
0.068
26
2 41.975
2 51.831
3 1.688
311.544
3 21.401
3 31.257
3 41.114
3 50.970
26
0.071
27
2 42.139
2 51.995
3 1.852
3 11.708
3 21.565
3 31.421
3 41.278
3 51.134
27
0.074
28
2 42.303
2 52.160
3 2.016
3 11.873
3 21.729
3 31.586
3 41.442
3 51.299
28
0.077
29
2 42.468
2 52.324
3 2.181
3 12.037
3 21.893
3 31.750
3 41.606
3 51.463
29
0.079
30
2 42.632
2 52.488
3 2.345
3 12.201
3 22.058
3 31.914
3 41.771
3 51.627
30
0.082
31
2 42.796
2 52.653
3 2.509
3 12.366
3 22.222
3 32.078
3 41.935
3 51.791
31
0.085
32
2 42.960
2 52.817
3 2.673
3 12.530
3 22.386
3 32.243
3 42.099
3 51.956
32
0.088
38
2 43.125
2 52.981
3 2.888
3 12.694
3 22.551
3 32.407
3 42.264
3 52.120
33
0.090
34
2 43.289
2 53.145
3 3.002
3 12.858
3 22.715
3 32.571
3 42.428
3 52.284
34
0.093
35
2 43.453
2 53.310
3 3.166
3 13.023
3 22.879
3 32.736
3 42.592
3 52.449
35
0.096
36
2 43.617
2 53.474
3 3.330
3 13.187
3 23.043
3 32.900
3 42.756
3 52.613
36
0.099
37
2 43.782
2 53.638
3 3.495
3 13.351
3 23.208
3 33.064
3 42.921
3 52.777
37
0.101
38
2 43.946
2 53.803
3 3.659
3 13.515
3 23.372
3 33.228
3 43.085
3 52.941
38
0.104
39
2 44.110
2 53.967
3 3.823
3 13.680
3 23.536
3 33.393
3 43.249
3 53.106
39
0.107
40
2 44.275
2 54.131
3 3.988
313.844
3 23.700
3 83.657
3 43.413
3 53.270
40
0.110
41
2 44.439
2 54.295
3 4.152
314.008
3 23.865
3 33.721
3 43.678
3 53.434
41
0.112
42
2 44.603
2 54.460
3 4.316
3 14.173
3 24.029
3 33.886
3 43.742
3 53.598
42
0.115
43
2 44.767
2 54.624
3 4.480
3 14.337
3 24.193
3 34.050
3 43.906
3 53.763
43
0.118
44
2 44.932
2 54.788
3 4.645
3 14.501
3 24.358
3 34.214
3 44.071
3 53.927
44
0.120
45
2 45.096
2 54.952
3 4.809
314.665
3 24.522
3 84.378
3 44.235
3 54.091
45
0.123
46
2 45.260
2 55.117
3 4.973
314.830
3 24.686
3 34.543
3 44.399
3 54.256
46
0.126
47
2 45.425
2 65.281
3 5.137
3 14.994
3 24.850
3 34.707
3 44.563
3 54.420
47
0.129
48
2 45.589
2 55.445
3 5.302
3 15.158
3 25.015
3 34.871
3 44.728
3 54.584
48
0.131
49
2 45.753
2 55.610
3 5.466
3 15.322
3 25.179
3 35.035
3 44.892
3 54.748
49
0.134
50
2 45.917
2 55.774
3 5.630
3 15.487
3 25.343
3 36.200
3 45.056
3 54.913
50
0.137
51
2 46.082
2 55 938
3 5.795
3 15.651
3 25.508
3 35.364
3 45.220
3 55.077
51
0.140
52
2 46.246
2 56.102
3 5.959
3 15.815
3 25.672
3 35.528
3 45.385
3 55.241
52
0.142
53
^ 46.410
2 56.267
3 6.123
3 15.980
3 25.836
3 35.693
3 45.649
3 65.405
53
0.145
54
2 46.574
2 56.431
3 6.287
3 16.144
3 26.000
3 35.857
3 45.713
3 55.570
64
0.148
56
2 46.739
2 56.595
3 6.452
3 16.308
3 26.165
3 36.021
3 45.878
3 55.734
65
0.161
56
2 46.903
2 56.759
3 6.616
3 16.472
3 26.329
3 36.185
3 46.042
3 55.898
56
0.163
57
2 47.067
2 56.924
3 6.780
3 16.637
3 26.493
3 36.350
3 46.206
3 56.063
57
0.156
58
2 47.232
2 57.088
3 6.944
3 16.801
3 26.657
3 36.514
3 46.370
3 56.227
58
0.159
59
2 47.396
2 57.252
3 7.109
3 16.965
3 26.822
3 36.678
3 46.535
3 66.391
59
0.162
694
TABLE IV.
AZIMUTH OF POLARIS AT ALL HOUR ANGLES, 1916.
[For hour angles 0*» to 12*^ the itar is west of north, and for hour angles 12*^ to 24* it is east of north.]
Lat.
H.A.
h m
0 0
10
20
0 30
40
50
1 0
10
20
1 30
40
50
2 0
10
20
2 30
40
50
3 0
10
20
3 30
40
50
4 0
10
20
4 30
40
50
5 0
10
20
5 30
40
50
6 0
10
20
6 30
40
50
7 0
10
20
7 30
40
50
8 0
10
20
830
40
50
9 0
10*
0 0.0
0 3.0
0 6.1
0 9.1
0 12.1
0 15.1
0 18.0
0 20.9
0 23.8
0
0
0
0
0
0
26.6
29.4
32.1
34.8
37.4
39.9
0 42.3
0 44.7
0 46.9
0 49.1
0 51.2
0 53.2
0 55.1
0 56.9
0 58.6
1 0.1
1 1.6
1 2.9
1 4.1
1 5.2
1 6.2
1 7.0
1 7.7
1 8.3
1 8.7
1 9.1
1 9.3
1 9.3
1 9.2
1 9.0
1
1
1
1
1
1
8.7
8.2
7.6
6.9
6.0
5.0
1 3.9
1 2.7
1 1.4
0 59.9
0 58.3
0 56.7
0 54.9
0 53.0
0 51.0
0 48.9
15*
0
0
0
0
0
0
0.0
3.1
6.2
9.3
12.3
15.4
0 18.4
0 21.4
0 24.3
0 27.2
0 30.0
0 32.8
0 35.5
0 38.1
0 40.7
0 43.2
0 45.6
0 47.9
0 50.2
0 52.3
0 54.3
0 56.2
0 58.1
59.8
1.4
2.8
4.2
0
1
1
1
1
1
1
1
1
1
1
1
1
5.4
6.5
7.5
8.3
9.1
9.7
10.1
10.4
10.6
1 10.7
1 10.6
1 10.4
1 10.0
1 9.5
1 8.9
1 8.2
1 7.3
1 6.3
1
1
1
1
5.2
3.9
2.5
1.0
0 59.4
0 57.7
0 55.9
0 53.9
0 51.9
0 49.8
20**
22*»
24*»
26*»
• t
• t
• #
• f
0 0.0
0 3.2
0 6.4
0 0.0
0 3.2
0 6.5
0 0.0
0 3.3
0 6.6
0 0.0
0 3.4
0 6.7
0 9.6
0 12.7
0 15.8
0 9.7
0 12.9
0 16.1
0 9.8
0 13.1
0 16.3
0 10.0
0 13.3
0 16.6
0 18.9
0 22.0
0 25.0
0 19.2
0 22.3
0 25.4
0 19.5
0 22.7
0 25.8
0 19.8
0 23.0
0 26.2
0 28.0
0 30.9
0 33.7
0 28.4
0 31.3
0 34.2
0 28.8
0 31.8
0 34.8
0 29.3
0 32.4
0 35.4
0 36.5
0 39.3
0 41.9
0 37.1
0 39.8
0 42.5
0 37.6
0 40.4
0 43.2
0 38.3
0 41.1
0 43.9
0 44.5
0 46.9
0 49.3
0 45.1
0 47.6
0 50.0
0 45.8
0 48.3
0 50.8
0 46.6
0 49.2
0 51.7
0 51.6
0 53.8
0 55.9
0 52.3
0 54.6
0 56.7
0 53.2
0 55.4
0 57.6
0 54.1
0 56.4
0 58.5
0 57.9
0 59.7
1 1.5
0 58.7
1 0.6
1 2.4
0 59.6
1 1.5
1 3.3
1 0.6
1 2.6
1 4.4
1 3.1
1 4.6
1 6.0
1 4.0
1 5.5
1 6.9
1 5.0
1 6.5
1 8.0
1 6.1
1 7.7
1 9.1
1 7.3
1 8.4
1 9.4
1 8.2
1 9.4
1 10.4
1 9.3
1 10.4
1 11.4
1 10.4
1 11.6
1 12.6
1 10.3
1 11.0
1 11.6
1 11.3
1 12.0
1 12.6
1 12.3
1 13.1
1 13.7
1 13.5
1 14.3
1 14.9
1 12.1
1 12.4
1 12.6
1 13.1
1 13.4
1 13.6
1 14.2
1 14.5
1 14.7
1 15.4
1 15.7
1 15.9
1 12.6
1 12.5
1 12.3
1 13.6
1 13.5
1 13.3
1 14.7
1 14.6
1 14.4
1 15.9
1 15.8
1 15.6
1 11.9
1 11.4
1 10.8
1 12.9
1 12.4
1 11.7
1 14.0
1 13.5
1 12.8
1 15.2
1 14.7
1 14.0
1 10.0
1 9.1
1 8.1
1 10.9
1 10.0
1 9.0
1 12.0
1 11.1
1 10.0
1 13.2
1 12.2
1 11.1
1 6.9
1 5.6
1 4.2
1 7.8
1 6.5
1 5.1
1 8.8
1 7.5
1 6.0
1 9.9
1 8.5
1 7.0
1 2.7
1 1.0
0 59.2
1 3.5
1 1.8
1 0.0
1 4.4
1 2.7
1 0.9
1 5.4
1 3.7
1 1.9
0 57.4
0 55.4
0 53.3
0 58.1
0 56.1
0 54.0
0 59.0
0 66.9
0 54.7
0 59.9
0 57.8
0 55.6
0 51.1
0 51.8
0 52.5
0 53.3
28*
0
0
0
0.0
3.4
6.8
0 10.2
0 13.6
16.9
20.2
23.5
0
0
0
0 26.7
0 29.9
0 33.0
0 36.0
0 39.0
0 41.9
0 44.7
0 47.4
0 50.1
0 52.6
0 55.1
0 57.4
0 59.6
1 1.7
1 3.7
1 5.6
1 7.3
1 8.9
1 10.4
1 11.7
1 12.9
1 14.0
1 14.9
1 15.6
1 16.3
1
1
1
1
1
1
16.7
17.1
17.3
17.3
17.2
16.9
1 16.5
1 16.0
1 15.3
1
1
1
1
1
1
1
1
1
1
14.5
13.5
12.4
11.1
9.7
8.2
6.6
4.8
2.9
0.9
30*
0 0.0
0 3.5
0 7.0
0 10.4
0 13.8
0 17.2
0
0
0
0
0
0
20.6
24.0
27.3
30.5
33.7
36.8
0 39.8
0 42.8
0 45.6
0 48.4
0 51.1
53.7
56.2
58.5
0.8
0
0
0
1
1
1
1
1
1
1
3.0
5.0
6.9
8.6
10.3
11.8
1 13.1
1 14.3
1 15.4
1 16.3
1 17.1
117.8
0 58.8
0 56.6
0 54.2
18.3
18.6
18.8
18.8
18.7
18.4
18.0
17.5
16.8
15.9
14.9
13.8
12.5
11.1
9.5
7.9
6.1
4.1
2.1
0 59.9
0 57.7
0 55.3
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0 10.6
0 14.1
0 17.6
0
0
0
0
0
0
0
0
0
21.1
24.5
27.9
31.2
34.4
37.6
40.7
43.7
46.6
0 49.5
0 52.2
0 54.9
0 57.4
0 59.8
1 2.1
1 4.3
1 6.4
1 8.3
1 10.1
1 11.8
1 13.3
1
1
1
1
1
1
14.7
15.9
17.0
18.0
18.8
19.4
1 19.9
1 20.3
1 20.5
1 20.5
1 20.4
1 20.1
1
1
1
1
1
1
1
1
1
19.7
19.1
18.4
17.5
16.5
15.3
14.0
12.6
11.0
1 9.3
1 7.4
1 5.5
1 3.4
1 1.2
0 58.8
0 56.4
23 90
20
10
23 0
22 50
40
22 30
20
10
22 0
21 50
21 30
20
10
21 0
20 50
40
20 30
20
10
20 0
19 50
40
10 30
20
10
19 0
15 50
40
18 30
20
10
18 0
17 50
40
17 30
20
10
17 0
16 50
40
16 30
20
10
16 0
15 50
40
15 30
20
10
15 0
TABLE IV.
696
AZIMUTH OP POLARIS AT ALL HOUR ANGLES, 1916.
[For hour anglee 0'> to 12i> the utM ia west of north, and for hour angles IS" to 24*' it ia eaot of north.]
10^
15^
20*»
22**
24**
26*»
28*»
30*»
32**
h m
9 0
10
20
• #
0 48.9
0 46.7
0 44.4
0 49.8
0 47.5
0 45.2
• #,
0 51.1
0 48.8
0 46.4
0 51.8
0 49.4
0 47.0
0 52.5
0 50.1
0 47.7
• 1
0 53.3
0 50.9
0 48.4
0 54.2
0 51.8
0 49.3
0 55.3
0 52.8
0 50.2
0 56.4
0 53.9
0 51.2
h m
15 0
14 50
40
9 30
40
50
0 42.1
0 39.6
0 37.1
0 42.8
0 40.3
0 37.8
0 44.0
0 41.4
0 38.8
0 44.5
0 41.9
0 39.3
0 45.2
0 42.5
0 39.8
0 45.9
0 43.2
0 40.5
0 46.7
0 44.0
0 41.2
0 47.5
0 44.8
0 41.9
0 48.5
0 45.7
0 42.8
14 30
20
10
10 0
10
20
0 34.5
0 31.9
0 29.2
0 35.2
0 32.5
0 29.7
0 36.1
0 33.3
0 30.5
0 36.5
0 33.7
0 30.9
0 37.1
0 34.2
0 31.3
0 37.7
0 34.8
0 31.8
0 38.3
0 35.4
0 32.4
0 39.0
0 36.0
0 33.0
0 39.8
0 36.8
0 33.6
14 0
13 50
40
10 SO
40
50
0 26.4
0 23.6
0 20.8
0 26.9
0 24.0
0 21.1
0 27.6
0 24.7
0 21.7
0 28.0
0 25.0
0 22.0
0 28.4
0 25.3
0 22.3
0 28.8
0 25.7
0 22.6
0 29.3
0 26.2
0 23.0
0 29.9
0 26.7
0 23.5
0 30.4
0 27.2
0 23.9
13 30
20
10
11 0
10
20
0 17.9
0 15.0
0 12.0
0 18.2
0 15.2
0 12.2
0 18.7
0 15.6
0 12.5
0 18.9
0 15.8
0 12.7
0 19.2
0 16.0
0 12.9
0 19.5
0 16.3
0 13.1
0 19.8
0 16.6
0 13.3
0 20.2
0 16.9
0 13.5
0 20.6
0 17.2
0 13.8
13 0
12 50
40
11 SO
40
50
0 9.0
0 6.0
0 3.0
0 9.2
0 6.1
0 3.1
0 9.4
0 6.3
0 3.1
0 9.5
0 6.4
0 3.2
0 9.7
0 6.5
0 3.2
0 9.8
0 6.6
0 3.3
0 10.0
0 6.7
0 3.3
0 10.2
0 6.8
0 3.4
0 10.4
0 6.9
0 3.5
12 SO
20
10
12 0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
12 0
32*
34*
36*
38*
40*
42*
44*
46*
48*
h m
0 0
10
20
• 1
0 0.0
0 3.6
0 7.1
0 0.0
0 3.6
0 7.3
• 9
0 0.0
0 3.7
0 7.5
0 0.0
0 3.8
0 7.7
• 1
0 0.0
0 3.9
0 7.9
0 0.0
0 4.1
0 8.2
• 1
0 0.0
0 4.2
0 8.4
• #
0 0.0
0 4.4
0 8.8
0 0.0
0 4.6
0 9.1
0 30
40
50
0 10.6
0 14.1
0 17.6
0 10.9
0 14.5
0 18.1
0 11.2
0 14.9
0 18.6
0 11.5
0 15.3
0 19.0
0 11.8
0 15.7
0 19.6
0 12.2
0 16.2
0 20.2
0 12.6
0 16.8
0 20.9
0 13.1
0 17.4
0 21.7
0 13.6
0 18.1
0 22.6
1 0
10
20
0 21.1
0 24.5
0 27.9
0 21.6
0 25.1
0 28.5
0 22.1
0 25.7
0 29.2
0 22.7
0 26.4
0 30.0
0 23.4
0 27.2
0 30.9
0 24.2
0 28.1
0 31.9
0 25.0
0 29.0
0 33.0
0 25.9
0 30.1
0 34.2
0 27.0
0 31.3
0 36.6
1 30
40
50
0 31.2
0 34.4
0 37.6
0 31.9
0 35.2
0 38.5
0 32.7
0 36.1
0 39.5
0 33.6
0 37.1
0 40.6
0 34.6
0 38.2
0 41.7
0 36.7
0 39.4
0 43.1
0 36.9
0 40.8
0 44.6
0 38.3
0 42.3
0 46.2
0 39.8
0 44.0
0 48.0
2 0
10
20
0 40.7
0 43.7
0 46.6
0 41.6
0 44.7
0 47.7
0 42.7
0 45.9
0 49.0
0 43.9
0 47.1
0 50.3
0 45.2
0 48.5
0 61.8
0 46.6
0 50.1
0 63.4
0 48.2
0 61.8
0 65.3
0 60.0
0 63.7
0 67.3
0 62.0
0 56.8
0 59.6
2 30
40
50
0 49.5
0 52.2
0 54.9
0 50.6
0 53.5
0 56.2
0 61.9
0 54.8
0 57.6
0 63.4
0 56.3
0 69.2
0 65.0
0 58.0
1 0.9
0 66.7
0 59.8
1 2.9
0 68.6
1 1.9
1 5.0
1 0.8
1 4.2
1 7.4
1 3.2
1 6.7
1 10.0
3 0
10
20
0 67.4
0 59.8
1 2.1
0 68.8
1 1.2
1 3.6
1 0.3
1 2.8
1 6.2
1 1.9
1 4.5
1 7.0
1 3.7
1 6.4
1 9.0
1 6.8
1 8.5
1 11.1
1 8.0
1 10.9
1 13.6
1 10.6
1 13.6
1 16.3
1 13.2
1 16.3
1 19.2
3 30
40
50
1 4.3
1 6.4
1 8.3
1 6.8
1 7.9
1 9.9
1 7.5
1 9.7
1 11.7
1 9.4
1 11.6
1 13.7
1 11.4
1 13.7
1 15.8
1 13.6
1 16.0
1 18.2
1 16.2
1 18.6
1 20.9
1 18.9
1 21.4
1 23.8
1 22.0
1 24.6
1 27.0
4 0
10 '
20
1 10.1
1 11.8
1 13.3
1 11.8
1 13.5
1 15.0
1 13.6
1 15.3
1 16.9
1 15.6
1 17.4
1 19.0
1 17.8
1 19.6
1 21.3
1 20.2
1 22.1
1 23.9
1 23.0
1 24.9
1 26.7
1 26.0
1 28.0
1 29.8
1 29.3
1 31.4
1 33.3
4 30
40
50
1 14.7
1 15.9
1 17.0
1 16.4
1 17.7
1 18.8
X 18.4
1 19.7
1 20.8
1 20.5
1 21.8
1 23.0
1 22.8
1 24.2
1 25.4
1 25.4
1 26.8
1 28.1
1 28.3
1 29.7
1 31.0
1 31.5
1 33.0
1 34.3
1 36.0
1 36.6
1 37.9
5 0
1 18.0
1 19.8
1 21.8
1 24.0
1 26.4
1 29.1
1 32.1
1 36.4
1 39.1
Lat.
H.A.
h m
24 0
23 50
40
23 30
20
10
23 0
22 50
40
22 30
20
10
22 0
21 50
40
21 30
20
10
21 0
20 50
40
20 30
20
10
20 0
19 50
40
19 30
20
10
19 0
696
TABLE IV.
AZIMUTH OP POLARIS AT ALL HOUR ANGLES, 1916.
[Por hour angles 0^ to 12^ the star is west of north, and for hour angles 12^ to 24^ it is east of Borth.)
Lat.
H.A.
h m
5 0
10
20
5 30
40
50
6 0
10
20
6 30
40
50
7 0
10
20
7 30
40
50
8 0
10
20
8 30
40
50
9 0
10
20
9 30
40
50
10 0
10
20
10 30
40
50
11 0
10
20
11 30
40
50
12 0
32<
1 18.0
1 18.8
1 19.4
1 19.9
1 20.3
1 20.6
1
1
1
1
1
1
1
1
1
20.6
20.4
20.1
19.7
19.1
18.4
17.5
16.5
15.3
1 14.0
1 12.6
1 11.0
1
1
1
1
1
9.3
7.4
5.5
3.4
1.2
0 58.8
0 56.4
0 53.9
0 51.2
0 48.5
0 45.7
0 42.8
0 39.8
0 36.8
0 33.6
0 30.4
0 27.2
0 23.9
20.6
17.2
13.8
10.4
6.9
3.5
0.0
0
0
0
0
0
0
0
34*
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
19.8
20.6
21.3
21.8
22.1
22.3
22.3
22.2
21.9
21.5
20.9
20.1
19.2
18.2
17.0
15.7
14.2
12.6
10.8
8.9
6.9
4.8
2.5
0.1
0 57.7
0 55.1
0 52.4
0 49.6
0 46.7
0 43.7
0 40.7
0 37.6
0 34.4
0 31.1
0 27.8
0 24.4
0 21.0
0 17.6
0 14.1
0 10.6
0 7.1
3.5
0.0
0
0
36*
21.8
22.6
23.3
23.8
24.1
24.3
24.4
24.2
23.9
1 23.6
1 22.9
1 22.1
1 21.2
1 20.1
1 18.9
1 17.5
1 16.0
1 14.3
1 12.5
1 10.6
1 8.5
1 6.3
1 4.0
1 1.6
0 59.0
0 56.4
0 53.6
0 50.8
0 47.8
0 44.8
0 41.7
0 38.5
0 35.2
0 31.9
0 28.5
0 25.0
0 21.5
0 18.0
0 14.4
10.8
7.2
3.6
0.0
0
0
0
0
38*
24.0
24.8
25.5
26.0
26.4
26.6
1 26.6
1 26.5
1 26.2
1 25.7
1 25.1
1 24.3
1 23.3
1 22.2
1 20.9
1 19.5
1 18.0
1 16.3
1 14.4
1 12.4
1 10.3
1 8.1
1 5.7
1 3.2
1 0,6
0 57.8
0 55.0
0 52.1
0 49.0
0 45.9
0 42.7
0 39.4
0 36.1
0 32.7
0 29.2
0 25.7
0 22.1
0 18.5
0 14.8
0 11.1
0 7.4
0 3.7
0 0.0
40*
1
1
1
1
1
1
26.4
27.3
28.0
28.6
28.9
29.1
1 29.1
1 28.9
1 28.6
1 28.1
1 27.5
1 26.7
1 25.7
1 24.5
1 23.2
1 21.8
1 20.2
1 18.4
1 16.5
1 14.5
1 12.3
1 10.0
1 7.5
1 5.0
1 2.3
0 59.4
0 56.5
0 53.6
0 50.4
0 47.2
0 43.9
0 40.5
0 37.1
0 33.6
0 30.0
0 26.4
0 22.7
0 19,0
0 15.2
0 11.4
0 7.6
3.8
0.0
0
0
42*
1
1
1
1
1
1
1
1
1
1
1
1
29.1
30.0
30.7
31.3
31.6
31.8
31.8
31.7
31.4
30.9
30.2
29.3
1 28.3
1 27.1
1 25.8
1 24.3
1 22.6
1 20.8
1
1
1
1
1
1
18.8
16.7
14.5
12.1
9.6
6.9
1 4.1
1 1.2
0 58.2
0 55.1
0 51.9
0 48.6
0 45.2
0 41.7
0 38.2
0 34.6
0 30.9
0 27.2
0 23.4
0 19.5
0 15.7
0 11.8
0 7.8
3.9
0.0
0
0
44*
1 32.1
1 33.0
1 33.7
1 34.3
1 34.7
1 34.9
1 34.9
1 34.7
1 34.4
33.8
33.1
32.2
31.2
30.0
28.6
27.0
25.3
23.4
1 21.4
1 19.2
1 16.9
1 14.4
1 11.8
1 9.1
1 6.2
1 3.2
1 0.1
0 56.9
0 53.6
0 50.2
0 46.7
0 43.1
0 39.4
0 35.7
0 31.9
0 28.0
0
0
0
0
0
0
0
24.1
20.2
16.2
12.2
8.1
4.1
0.0
48°
50°
52°
54°
56°
58°
60°
b m
0 0
10
20
0 0.0
0 4.6
0 9.1
• 1
0 0.0
0 4.7
0 9.5
• 1
0 0.0
0 5.0
0 9.9
0 0.0
0 5.2
0 10.4
• 1
0 0.0
0 5.5
0 10.9
• 1
0 0.0
0 5.8
0 11.6
0 0.0
0 6.2
0 12.3
0 30
40
50
0 13.6
0 18.1
0 22.6
0 14.2
0 18.9
0 23.5
0 14.8
0 19.7
0 24.6
0 15.6
0 20.7
0 25.8
0 16.4
0 21,8
0 27.2
0 17.3
0 23.0
0 28.7
0 18.4
0 24.5
0 30.5
1 0
0 27.0
0 28.1
0 29.4
0 30.8
0 32.5
0 34.4
0 36.5
46*
1 35.4
1 36.3
1 37.1
1 37.7
1 38.1
1 38.2
1
1
1
1
1
1
1
1
1
38.2
38.1
37.7
37.1
36.4
35.5
34.4
33.1
31.7
1 30.1
1 28.3
1 26.3
1
1
1
1
1
1
24.2
21.9
19.5
17.0
14.3
11.4
1 8.5
1 6.4
1 2.2
0 68.8
0 65.4
0 61.9
0 48.2
0 44.5
0 40.7
0 36.9
0 33.0
0 29.0
0 24.9
0 20.8
16.7
12.6
8.4
4.2
0.0
0
0
0
0
0
48*
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
39.1
40.1
40.8
41.4
41.8
42.0
42.0
41.8
41,4
40.8
40.1
39.1
38.0
36.6
35.1
133.4
1 31.6
1 29.6
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
27.4
25.0
22.5
19.8
17.0
14.1
11.0
7.8
4.4
1.0
57.4
63.8
50.0
46.2
42.2
0 38.2
0 34J2
0 30.0
25.8
21.6
17.3
13.0
8.7
4.3
0.0
0
0
0
0
0
0
0
Lat.
H.A.
h ■
19 0
18 50
40
18 »
20
10
18 0
17 50
40
17 30
20
10
17 0
16 50
40
16 30
29
10
16 0
15 50
40
15 30
20
10
15 0
14 50
40
14 30
20
10
14 0
15 50
40
13 30
20
10
13 0
12 50
40
12 30
20
10
12 0
6r
0 0.0
0 6.4
0 12.7
0 19.1
0 25.3
0 31.6
0 37.7
62*
0 0.0
0 6.6
0 13.2
0 19.7
0 26.2
0 32.7
0 39.0
Lat.
H.A.
h m
24 0
23 50
40
23 30
20
10
23 0
TABLE IV.
697
AZIMUTH OF POLARIS AT ALL HOUB ANGLES, 1916.
[For hour anglM 0^ to 12^ the star is irest of north, and for hour angles 12^ to 24^ it is east of north.]
lAt
H.A.
h m
1 0
10
20
1 30
40
50
2 0
10
20
2 30
40
50
3 0
10
20
3 30
40
50
4 0
10
20
430
40
50
5 0
10
20
5 30
40
50
6 0
10
20
6 30
40
50
7 0
10
20
7 30
40
50
8 0
10
20
830
40
50
9 0
10
20
9 30
40
50
10 0
48*
0 27.0
0 31.3
0 35.6
0 39.8
0 44.0
0 48.0
0 52.0
0 55.8
0 59.6
1 3.2
1 6.7
1 10.0
1 13.2
1 16.3
1 19.2
1 22.0
1 24.6
1 27.0
1 29.3
1 31.4
1 33.3
1
1
1
1
1
1
1
1
1
35.0
36.6
37.9
89.1
40.1
40.8
41.4
41.8
42.0
142.0
1 41.8
1 41.4
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
40.8
40.1
39.1
38.0
36.6
35.1
33.4
31.6
29.6
27.4
25.0
22.5
19.8
17.0
14.1
1
1
1
1
11.0
7.8
4.4
1.0
0 57.4
0 53.8
0 50.0
50*
0 28.1
0 32.6
0 37.1
0 41.5
0 45.8
0 50.1
0 54.2
0 58.2
1 2.1
5.9
9.5
13.0
16.3
19.5
22.6
25.5
28.2
30.7
33.0
35.2
37.2
39.0
40.6
42.0
43.2
44.2
45.0
45.6
46.0
46.2
46.2
46.0
45.6
44.9
44.1
43.1
41.9
40.5
39.0
37.2
35.3
33.2
30.9
28.4
25.8
23.0
20.1
17.0
13.8
10.5
7.0
1 3.4
0 59.7
0 55.9
0 52.0
52*
0 29.4
0 34.1
0 38.8
0 43.4
0 47.9
0 52.3
0 56.6
1 0.8
1 4.9
1 8.8
1 12.6
1 16.3
1
1
1
1
1
1
1
1
1
19.8
23.1
26.3
29.3
32.1
34.8
37.2
39.5
41.6
1 43.4
1 45.1
1 46.5
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0
54*
47.8
48.8
49.6
50.3
50.7
50.9
50.9
50.6
50.2
1 49.6
1 48.7
1 47.6
1 46.4
1 44.9
1 43.3
41.4
39.4
37.2
34.8
32.2
29.5
26.6
23.5
20.3
17.0
13.5
9.9
6.1
2.3
58.3
0 54.2
0 30.8
0 35.8
0 40.7
0 45.6
0 50.3
0 54.9
0 59.4
1 3.8
1 8.1
56*
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
12.2
16.2
20.0
23.7
27.2
30.5
33.6
36.6
39.4
41.9
44.3
46.5
48.4
50.1
51.6
52.9
54.0
54.9
55.5
55.9
56.1
56.1
55.9
55.4
54.7
53.8
52.7
51.4
49.8
48.1
1
1
1
1
1
1
1
1
1
1 46.2
1 44.0
1 41.7
39.2
36.5
33.6
30.6
27.4
24.0
20.5
16.9
13.1
1 9.2
1 5.1
1 1.0
0 56.7
0 32.5
0 37.7
0 42.9
0 48.0
0 53.0
0 57.8
1 2.6
1 7.2
1 11.7
1 16.0
1 20.2
1 24.2
1 28.1
1 31.8
1 35.3
1 38.6
1 41.7
1 44.6
1 47.3
1 49.7
1 52.0
1 54.0
1 55.8
1 57.4
1 58.8
1 59.9
2 0.8
2
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1.5
1.9
2.1
2.1
1.8
1.3
0.6
59.6
58.4
57.0
55.4
53.5
51.5
49.2
46.8
58*
144.1
141.3
1 38.3
35.1
31.7
28.2
24.5
20.7
16.7
12.6
8.3
3.9
0 34.4
0 39.9
0 45.4
0 50.7
0 56.0
1.2
6.2
11.1
15.8
20.4
24.8
29.0
1 33.1
1 37.0
1 40.7
1 44.2
1 47.4
1 50.5
1 53.3
1 55.9
1 58.3
2 0.4
2 2,3
2 4.0
2 5.4
2 6.6
2 7.5
0 59.5
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
1
8.2
8.6
8.8
8.8
8.5
8.0
2 7.2
2 6.2
2 4.9
60*
2
2
1
1
1
1
3.4
1.6
59.7
57.5
55.2
52.6
1 49.8
1 46.8
1 43.6
40.2
36.6
32.9
29.0
25.0
20.8
16.4
11.9
7.3
2.6
0 36.5
0 42.4
0 48.2
0 53.9
0 59.5
1 5.0
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
10.3
15.5
20.5
25.4
30.1
34.6
38.9
43.0
46.9
60.6
54.0
57.3
0.2
3.0
5.5
7.8
9.8
11.5
2 13.0
2 14.2
2 15.2
2
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
15.9
16.4
16.6
16.5
16.1
15.5
14.7
13.6
12.3
10.7
8.8
6.7
61^
2 4.4
2 1.9
1 59.2
1 56.2
1 53.0
1 49.6
46.0
42.3
38.3
34.2
29.9
25.5
20.9
16.1
11.2
0 37.7
0 43.8
0 49.8
0 55.7
1.5
7.1
12.6
18.0
23.2
1
1
1
1
1
1 28.2
1 33.0
1 37.7
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
1 6.2
42.1
46.3
50.3
54.1
57.7
1.0
2 4.1
2 6.9
2 9.5
11.8
13.9
15.7
17.2
18.5
19.5
20.2
20.6
20.8
2 20.7
2 20.4
2 19.8
2
2
2
2
2
2
18.9
17.7
16.3
14.7
12.8
10.7
2 8.3
2 5.6
2 2.8
1
1
1
1
1
1
1
1
1
1
1
1
59.7
56.5
53.0
49.3
45.4
41.3
37.1
32.7
28.1
23.3
18.4
13.4
62*
0 39.0
0 45.3
0 51.5
0 57.6
1 3.6
1 9.4
15.1
20.6
26.0
31.2
36.2
41.0
1 45.6
1 50.0
1 54.1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
1 8.3
1
1
1
1
1
1
1
1
1
1
58.0
1.7
5.1
8.3
11.2
13.8
16.2
18.3
20.2
21.7
23.0
24.0
24.8
25.2
25.4
2 25.3
2 24.9
2 24.3
23.4
22.2
20.7
19.0
17.0
14.8
Lat.
2 12,4
2 9.7
2 6.7
2 3.5
2 0.1
1 56.5
52.7
48.7
44.5
40.1
35.6
30.8
25.9
20.9
15.7
10.4
H.A.
h
23
m
0
22 50
40
22 30
20
10
22 0
21 50
40
21 80
20
10
21 0
20 50
40
20 30
20
10
20 0
19 50
40
19 30
20
10
19 0
18 50
40
18 30
20
10
18 0
17 50
40
17 30
20
10
17 0
16 50
40
16 30
20
10
16 0
15 50
40
15 30
20
10
15 0
14 50
40
14 30
20
10
0
14
698
TABLE IV.
AZmUTH OF POLARIS AT ALL HOUB ANGLES, 191«.
[For hour angles ()■> to 12'' the star is west of north, and for hour angles IS^i to 24^ it is CMt of nordi.]
48°
50°
52°
54°
56°
58°
60°
61°
62°
I-at. >/
h m
10 0
10
20
0 50.0
0 46.2
0 42.2
0 52.0
0 48.0
0 43.9
• 9
0 54.2
0 50.0
0 45.8
0 56.7
0 52.3
0 47.8
0 59.5
0 54.9
0 50.2
1 2.6
0 57.8
0 52.9
• #
1 6.2
1 1.1
0 55.9
1 8.3
1 3.0
0 57.6
1 10.4
1 5.0
0 59.4
h m
14 0
13 50
40
10 30
40
60
0 38.2
0 34.2
0 30.0
0 39.7
0 35.5
0 31.2
0 41.4
0 37.0
0 32.5
0 43.3
0 38.7
0 34.0
0 45.4
0 40.6
0 35.7
0 47.8
0 42.7
0 37.5
0 50.6
0 45.2
0 39.7
0 52.2
0 46.6
0 40.9
0 53.8
0 48.0
0 42^
13 30
20
10
11 0
10
20
0 25.8
0 21.6
0 17.3
0 26.8
0 22.4
0 18.0
0 28.0
0 23.4
0 18.8
0 29.3
0 24.5
0 19.6
0 30.7
0 25.7
0 20.6
0 32.3
0 27.0
0 21.7
0 34.2
0 28.6
0 22.9
0 35.2
0 29.4
0 23.6
0 36.3
0 30.4
0 24.4
13 0
12 60
40
11 30
40
50
0 13.0
0 8.7
0 4.3
0 13.5
0 9.0
0 4.5
0 14.1
0 9.4
0 4.7
0 14.7
0 9.8
0 4.9
0 15.5
0 10.3
0 5.2
0 16.3
0 10.9
0 5.4
0 17.2
0 11.5
0 5.8
0 17.8
0 11.9
0 6.0
0 18.3
0 12.2
0 6.1
12 30
20
10
12 0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
12 0
^V. Lat.
62°
63°
64°
65°
66°
67<»
68°
69°
70°
h m
0 0
10
20
• 1
0 0.0
0 6.6
0 13.2
0 0.0
0 6.8
0 13.6
• #
0 0.0
0 7.1
0 14.2
0 0.0
0 7.4
0 14.7
0 0.0
0 7.7
0 15.3
0 0.0
0 8.0
0 16.0
0 0.0
0 8.4
0 16.7
0 0.0
0 8.8
0 17.5
0 0.0
0 9.2
0 18.4
b m
24 0
23 50
40
0 30
40
60
0 19.7
0 26.2
0 32.7
0 20.4
0 27.1
0 33.8
0 21.2
0 28.2
0 35.1
0 22.0
0 29.3
0 36.5
0 22.9
0 30.5
0 38.0
0 23.9
0 31.8
0 39.6
0 25.0
0 33.2
0 41.4
0 26.2
0 34.8
0 43.4
0 27.5
0 36.6
0 45.6
23 30
20
10
1 0
10
20
0 39.0
0 45.3
0 51.5
0 40.4
0 47.0
0 53.4
0 41.9
0 48.7
0 55.4
0 43.6
0 60.6
0 57.5
0 45.4
0 52.7
0 59.9
0 47.3
0 55.0
1 2.5
0 49.5
0 57.5
1 5.3
0 51.9
1 0.3
1 8.6
0 54.5
1 3.3
1 11.9
23 0
22 50
40
1 30
40
50
0 57.6
1 3.6
1 9.4
0 59.7
1 5.9
1 11.9
1 1.9
1 8.3
1 14.6
1 4.3
1 11.0
1 17.5
1 7.0
1 13.9
1 20.7
1 9.9
1 17.1
1 24.1
1 13.0
1 20.6
1 28.0
1 16.5
1 24.4
1 32.1
1 20.4
1 28.7
1 36.8
22 30
20
10
2 0
10
20
1 15.1
1 20.6
1 26.0
1 17.8
1 23.5
1 29.1
120.7
1 26.6
1 32.4
1 23.8
1 30.0
1 36.0
1 27.3
1 33.7
1 39.9
1 31.0
1 37.7
1 44.2
1 35.1
1 42.1
148.9
1 39.7
1 47.0
1 54.1
1 44.7
1 52.4
1 59.8
22 0
2150
2 30
40
60
1 31.2
1 36.2
1 41.0
1 34.4
1 89.6
144.6
1 37.9
143.3
148.4
141.7
1 47.3
1 52.6
1 45.9
1 51.7
1 57.2
1 50.4
1 56.4
2 2.2
1 55.4
2 1.7
2 7.7
2 0.9
2 7.4
2 13.7
2 6.9
2 13.8
2 20.4
21 30
20
10
3 0
10
20
1 45.6
1 50.0
1 54.1
149.3
1 53.8
1 58.1
1 53.3
1 58.0
2 2.4
1 57.7
2 2.6
2 7.2
2 2.5
2 7.5
2 12.3
2 7.7
2 12.9
2 17.9
2 13.4
2 18.9
2 24.1
2 19.7
2 25.4
2 30.8
2 26.7
2 32.7
2 88.3
21 0
20 50
40
330
40
50
1 58.0
2 1.7
2 5.1
2 2.1
2 5.9
2 9.5
2 6.6
2 10.5
2 14.2
2 11.5
2 15.6
2 19.3
2 16.8
2 21.0
2 24.9
2 22.6
2 27.0
2 31.0
2 28.9
2 33.5
2 37.7
2 35.9
2 40.7
2 45.1
2 43.6
2 48.6
2 53.3
20 30
20
10
4 0
10
20
2 8.3
2 11.2
2 13.8
2 12.7
2 15.7
2 18.5
2 17.6
2 20.7
2 23.5
2 22.8
2 26.1
2 29.0
2 28.6
2 31.9
2 34.9
2 34.8
2 38.3
2 41.4
2 41.7
2 45.3
2 48.5
2 49.2
2 52.9
2 56.3
2 57.5
3 1.4
3 5.0
20 0
19 50
40
4 30
40
50
2 16.2
2 18.3
2 20.2
2 20.9
2 23.1
2 25.0
2 26.0
2 28.3
2 30.2
2 31.6
2 33.9
2 35.9
2 37.6
2 40.0
2 42.1
2 44.2
2 46.7
2 48.9
2 51.4
2 54.0
2 56.2
2 59.4
3 2.1
3 4.4
3 8.1
3 10.9
3 13.3
19 30
20
10
5 0
10
20
2 21.7
2 23.0
2 24.0
2 26.6
2 28.0
2 29.0
2 31.9
2 33.3
2 34.3
2 37.6
2 39.0
2 40.1
2 43.9
2 45.3
2 46.4
2 50.7
2 52.2
2 53.3
2 58.1
2 59.6
3 0.8
3 6.3
3 7.9
8 9.1
3 15.3
3 17.0
8 18.2
19 0
18 50
40
5 30
40
50
2 24.8
2 25.2
2 25.4
2 29.7
2 30.2
2 30.4
2 35.1
2 35.6
2 35.7
2 40.9
2 41.4
2 41.6
2 47.2
2 47.7
2 47.9
2 54.1
2 54.6
2 54.7
8 1.6
3 2.1
3 2.2
8 9.9
3 10.4
3 10.5
8 19.1
8 19.5
3 19.6
IS 30
20
10
6 0
2 25.3
2 30.3
2 85.6
2 41.4
2 47.7
2 54.5
3 2.0
3 10.3
3 19.4
IS 0
TABLE IV,
699
AZIMUTH OF POLABJS AT ALL HOUR ANGLES, 1916.
IFor hour anglea 0^ to 12^ the star is west of nortli, and for hour angles 12^ to 24^ it ia east of north.]
e2*
63«
64«
66«
66^
670
68^
690
70*
h m
6 0
10
20
2 25.3
2 24.9
2 24.3
• 1
2 30.3
2 29.9
2 29.2
2 35.6
2 35.2
2 34.5
2 41.4
2 41.0
2 40.2
2 47.7
2 47.2
2 46.4
2 54.5
2 54.0
2 53.2
3 2.0
3 1.5
3 0.6
8 10.3
3 9.7
3 8.7
3 19.4
8 18.7
3 17.7
h m
18 0
17 60
40
6 30
40
50
2 23.4
2 22.2
2 20.7
2 28.2
2 27.0
2 25.5
2 33.5
2 32.2
2 30.6
2 39.1
2 87.8
2 86.1
2 45.3
2 43.9
2 42.2
2 52.0
2 50.5
2 48.7
2 59.4
2 57.8
2 55.9
8 7.4
3 5.7
3 3.7
3 16.3
3 14.6
3 12.4
17 30
20
10
7 0
10
20
2 19.0
2 17.0
2 14.8
2 23.7
2 21.7
2 19.4
2 28.7
2 26.6
2 24.2
2 84.2
2 82.0
2 29.5
2 40.1
2 37.8
2 35.2
2 46.6
2 44.2
2 41.4
2 53.6
2 51.1
2 48.3
3 1.4
2 58.7
2 55.7
3 9.9
3 7.1
3 3.9
17 0
16 50
40
7 30
40
50
2 12.4
2 9.7
2 6.7
2 16.8
2 14.0
2 11.0
2 21.6
2 18.7
2 15.5
2 26.7
2 23.7
2 20.4
2 32.3
2 29.2
2 25.8
2 38.4
2 35.1
2 31.6
2 45.1
2 41.6
2 37.9
2 52.4
2 48.8
2 44.9
3 0.4
2 56.6
2 52.5
16 30
20
10
8 0
10
20
2 8.5
2 0.1
156.5
2 7.7
2 4.2
2 0.4
2 12.1
2 8.5
2 4.6
2 16.9
2 13.1
2 9.1
2 22.1
2 18.2
2 14.0
2 27.7
2 23.6
2 19.3
2 33.9
2 29.6
2 25.1
2 40.7
2 36.2
2 31.4
2 48.1
2 43.4
2 38.4
16 0
15 50
40
8 30
40
50
1 52.7
148.7
144.5
1 56.5
152.3
148.0
2 0.5
1 56.2
1 51.7
2 4.9
2 0.4
1 55.7
2 9.6
2 4.9
2 0.1
2 14.7
2 9.9
2 4.8
2 20.3
2 15.2
2 10.0
2 26.4
2 21.1
2 15.6
2 33.1
2 27.6
2 21.8
15 30
20
10
9 0
10
20
140.1
1 85.6
1 80.8
143.4
1 38.7
1 83.8
147.0
142.1
187.0
1 50.8
145.8
140.5
1 55.0
1 49.7
144.3
1 59.5
1 54.0
148.4
2 4.5
1 58.7
1 52.8
2 9.9
2 3.9
167.7
2 16.8
2 9.6
2 3.1
16 0
14 60
40
9 80
40
50
1 25.9
1 20.9
1 15.7
1 28.8
1 28.6
1 18.2
181.8
1 26.4
1 20.9
186.1
129.5
123.8
1 38.7
1 82.9
1 26.9
142.5
1 88.6
1 80.3
146.7
1 40.4
184.0
1 61.3
144.8
1 88.0
1 66.4
149.5
142.5
14 80
20
10
10 0
10
20
1 10.4
1 5.0
0 59.4
1 12.7
1 7.1
1 1.4
1 15.2
1 9.4
1 3.5
1 17.9
1 11.9
1 5.7
1 20.8
1 14.5
1 8.2
1 23.9
1 17.4
1 10.8
1 27.4
1 20.6
1 13.7
181.1
124.1
1 16.9
186.3
1 27.9
1 20.4
14 0
13 60
40
10 30
40
50
0 53.8
0 48.0
0 42.2
0 55.5
0 49.6
0 43.6
0 57.4
0 51.3
0 45.1
0 59.5
0 53.1
0 46.7
1 1.7
0 55.1
0 48.4
1 4.1
0 57.2
0 50.3
1 6.7
0 59.6
0 52.3
1 9.6
1 2.1
0 54.6
1 12.7
1 4.9
0 57.1
13 30
20
10
11 0
10
20
0 36.3
0 30.4
0 24.4
0 37.5
0 31.3
0 25.1
0 38.8
0 32.4
0 26.0
0 40.2
0 33.6
0 26.9
0 41.6
0 34.8
0 27.9
0 43.3
0 86.2
0 29.0
0 45.0
0 87.6
0 80.2
0 47.0
0 89.2
0 81.5
0 49.1
0 41.0
0 32.9
13 0
12 60
40
11 30
40
50
0 18.3
0 12.2
0 6.1
0 18.9
0 12.6
0 6.3
0 19.5
0 13.0
0 6.5
0 20.2
0 13.5
0 6.8
0 21.0
0 14.0
0 7.0
0 21.8
0 14.5
0 7.3
0 22.7
0 15.2
0 7.6
0 23.7
0 15.8
0 7.9
0 24.7
0 16.6
0 8.3
12 30
20
10
12 0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
0 0.0
12 0
TABLE IVa.
Table lY has been computed for a declbmtion of 88* 61^ W. Tot other dedinatioiiB of
Polaris the correction given below should be applied to the Azimuth taken from Table IV.
■
AMbsmtiLy^^^
(/
20^
40^
60^
80^
lOO'
120^
140^
160^
180^
200^
DecL ^**Vs,^^
^.y^ T>fA.
9 f 00
t
#
#
#
#
t
#
#
#
f
t
O § it
88 51 20
0.0
+0.1
+0.2
+0.4
+0.5
+0.6
+0.7
+0.8
+1.0
+1.1
+1.2
88 51 20
88 51 26
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
88 61 25
88 51 30
0.0
+0.1
0.1
0.2
0.3
0.4
0.4
0.5
0.6
0.7
0.7
88 6130
88 5136
0.0
0.0
+0.1
0.1
0.2
0.2
0.3
0.3
0.4
0.4
0.5
88 51 35
88 6140
0.0
0.0
0.0
+0.1
+0.1
+0.1
+0.1
+0.2
+0.2
+0.2
+0.2
88 6140
88 5145
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
88 5145
88 51 60
0.0
0.0
0.0
-0.1
-0.1
-0.1
-0.1
-0.2
-0.2
-0.2
-0.2
88 51 50
88 51 66
0.0
0.0
-0.1
-0.1
-0.2
-0.2
-0.3
-0.3
-0.4
-0.4
-0.5
88 6165
88 52 0
0.0
-0.1
0.1
0.2
0.3
0.4
0.4
0.5
0.6
0.7
0.7
88 62 0
88 52 6
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
88 52 6
88 62 10
0.0
-0.1
-0.2
-0.4
-0.5
-0.6
-0.7
-0.8
-1.0
-1.1
-1.2
88 52 10
700
TABLE V.
AZIMUTH OF POLARIS AT ELONGATION, 1916.
^\p«cl.
1 I
Vtriatlofn for—
88*^ 51' 20"
88^ bV SO''
88*^ 51' W
88*» 51' 50"
88** 52' 0"
88** 52' 10"
Lat.X.
I'ofLat.
l^ofJ.
• /
• f tr
• / //
• / //
• / //
• t ft
• t tf
/#
M
10 0
1 9 43.6
1 9 33.4
1 9 23.3
1 9 13.1
1 9 2.9
1 8 52.8
+0.21
-1.02
10 20
1 9 47.9
1 9 37.8
1 9 27.6
1 9 17.4
1 9 7.3
1 8 57.1
0.22
1.02
10 40
1 9 52.4
1 9 42.3
1 9 32.1
1 9 21.9
1 9 11.8
1 9 1.6
0.23
1.02
11 0
1 9 57.1
1 9 46.9
1 9 36.8
1 9 26.6
1 9 16.4
1 9 6.2
0.24
1.02
11 20
1 10 1.9
1 9 51.7
1 9 41.6
1 9 31.4
1 9 21.2
1 9 11.0
0.24
L02
11 40
1 10 6.9
1 9 56.7
1 9 46.5
1 9 36.3
1 9 26.1
1 9 15.9
+0.25
-1.02
12 0
1 10 12.1
1 10 1.8
1 9 51.6
1 9 41.4
1 9 31.2
1 9 20.9
0.26
1.02
12 20
1 10 17.3
1 10 7.1
1 9 56.9
1 9 46.6
1 9 36.4
1 9 26.2
0.27
1.02
12 40
1 10 22.8
1 10 12.5
1 10 2.3
1 9 52.0
1 9 41.8
1 9 31.5
0.28
1.0J
13 0
1 10 28.4
1 10 18.1
1 10 7.9
1 9 57.6
1 9 47.3
1 9 37.1
0.28
1.05
13 20
1 10 34.2
1 10 23.9
1 10 13.6
1 10 3,3
1 9 53.0
1 9 42.8
+0.29
-1.0S
13 40
1 10 40.1
1 10 29.8
1 10 19.5
1 10 9.2
1 9 58.9
1 9 48.6
0.30
lifi
14 0
1 10 46.2
1 10 35.8
1 10 25.5
1 10 15.2
1 10 4.9
1 9 54.6
0.30
1.03
14 20
1 10 52.4
1 10 42.1
1 10 31.7
1 10 21.4
1 10 11.1
1 10 0.8
0.31
LOS
14 40
1 10 58.8
1 10 48.4
1 10 88.1
1 10 27.8
1 10 17.4
1 10 7.1
0.32
L03
16 0
1 11 5.4
1 10 55.0
1 10 44.6
1 10 34.3
1 10 23.9
1 10 13.6
+0.33
-1.04
15 20
1 11 12.1
1 11 1.7
1 10 51.4
1 10 41.0
1 10 30.6
1 10 20.2
0.34
1.04
15 40
1 11 19.0
1 11 8.6
1 10 58.2
1 10 47.8
1 10 37.4
1 10 27.1
0.34
1.04
16 0
1 11 26.1
1 11 15.7
1 11 5.2
1 10 54.8
1 10 44.4
1 10 34.0
0.35
1.04
16 20
1 11 33.3
1 11 22.9
1 11 12.4
1 11 2.0
1 10 51.6
1 10 41.2
0.36
1.04
16 40
1 11 40.7
1 11 80.3
1 11 19.8
1 11 9.4
1 10 58.9
1 10 48.5
+0.37
-1.04
17 0
1 11 48.3
1 11 37.8
1 11 27.4
1 11 16.9
1 11 6.4
1 10 56.0
0.38
1.05
17 20
1 11 56.0
1 11 45.5
1 11 35.1
1 11 24.6
1 11 14.1
1 11 3.6
0.39
l.(»
17 40
1 12 4.0
1 11 53.5
1 11 43.0
1 11 82.5
1 11 22.0
1 11 11.5
0.40
105
18 0
1 12 12.1
1 12 1.5
1 11 61.0
1 11 40.5
1 11 30.0
1 11 19.5
0.41
1.05
18 20
1 12 20.3
1 12 9.8
1 11 59.3
1 11 48.7
1 11 38.2
1 11 27.7
+0.42
-1-06
18 40
1 12 28.8
1 12 18.2
1 12 7.7
1 11 57.1
1 11 46.6
1 11 36.0
0.42
1.06
19 0
1 12 37.4
1 12 26.9
1 12 16.3
1 12 5.7
1 11 65.1
1 11 44.5
0.43
L06
19 20
1 12 46.2
1 12 35.6
1 12 25.1
1 12 14.5
1 12 3.9
1 11 53.3
0.44
i.oe
19 40
1 12 55.3
1 12 44.6
1 12 34.0
1 12 23.4
1 12 12.8
1 12 2.2
0.45
1.06
20 0
1 13 4.4
1 12 53.8
1 12 43.2
1 12 32.5
1 12 21.9
1 12 11.2
+0.46
-1.06
20 20
1 13 13.8
1 13 3.2
1 12 52.5
1 12 41.8
1 12 31.2
1 12 20.5
0.47
LOT
20 40
1 13 23.4
1 13 12,7
1 13 2.0
1 12 51.3
1 12 40.7
1 12 30.0
0.48
1.07
21 0
1 13 33.2
1 13 22.5
1 13 11.7
1 13 1.0
1 12 50.3
1 12 39.6
0.49
1.07
21 20
1 13 43.1
1 13 32.4
1 13 21.6
1 13 10.9
1 13 0.2
1 12 49.4
0.50
1.07
21 40
1 13 53.3
1 13 42.5
1 13 31.7
1 13 21.0
1 13 10.2
1 12 59.5
+0.51
-1.08
22 0
1 14 3.6
1 13 52.8
1 13 42.0
1 13 31.2
1 13 20.5
1 13 9.7
0.52
1.08
22 20
1 14 14.2
1 14 3.4
1 13 52.5
1 13 41.7
1 13 30.9
1 13 20.1
0.53
1.08
22 40
1 14 24.9
1 14 14.1
1 14 3.2
1 13 52.4
1 13 41.6
1 13 30.7
0.54
1.08
23 0
1 14 35.9
1 14 25.0
1 14 14.1
1 14 3.3
1 13 52.4
1 13 41.5
0.55
1.00
23 20
1 14 47.0
1 14 36.1
1 14 25.2
1 14 14.3
1 14 3.4
1 13 62.6
+0.56
-1.09
23 40
1 14 58.4
1 14 47.5
1 14 36.5
1 14 25.6
1 14 14.7
1 14 8.8
0.57
1.0§
24 0
1 15 10.0
1 14 59.0
1 14 48.1
1 14 37.1
1 14 26.2
1 14 15.2
0.58
1.10
24 20
1 15 21.8
1 15 10.8
1 14 59.8
1 14 48.8
1 14 37.9
1 14 26.9
0.59
1.10
24 40
1 15 33.8
1 15 22.8
1 16 11.8
1 15 0.8
1 14 49.7
1 14 38.7
0,60
1.10
25 0
1 15 46.0
1 15 34.9
1 15 23.9
1 15 12.9
1 15 1.8
1 14 50.8
+0.61
-1.10
25 20
1 15 58.4
1 15 47.4
1 15 36.3
1 15 25.2
1 15 14.2
1 16 3.1
0.62
Lll
25 40
1 16 11.1
1 16 0.0
1 15 48.9
1 15 37.8
1 15 26.7
1 15 15.6
0.64
1.11
26 0
1 16 24.0
1 16 12.9
1 16 1.7
1 15 50.6
1 15 39.5
1 15 28.4
0.65
l.ll
26 20
1 16 37.1
1 16 26.0
1 16 14.8
1 16 3.6
1 15 52.5
1 15 41.3
0.66
1.15
26 40
1 16 50.5
1 16 39.3
1 16 28.1
1 16 16.9
1 16 5.7
1 15 54.5
+0.67
-1.12
27 0
1 17 4.1
1 16 52.8
1 16 41.6
1 16 30.4
1 16 19.2
1 16 7.9
0.68
1.12
27 20
1 17 17.9
1 17 6.6
1 16 55.4
1 16 44.1
1 16 32.9
1 16 21.6
0.69
1.13
27 40
1 17 32.0
1 17 20,7
1 17 9.4
1 16 58.1
1 16 46.8
1 16 35.5
0.70
1.13
28 0
1 17 46.3
1 17 34.9
1 17 23.6
1 17 12.3
1 17 1.0
1 16 49.6
0.72
1.13
28 20
1 18 0.8
1 17 49.5
1 17 38.1
1 17 26.8
1 17 15.4
1 17 4.0
+0.73
-1.14
28 40
1 18 15.6
1 18 4.3
1 17 52.8
1 17 41.5
1 17 30.1
1 17 18.7
0.74
1.14
29 0
1 18 80.7
1 18 19.3
1 18 7.8
1 17 56.4
1 17 45.0
1 17 33.5
0.76
1.14
29 20
1 18 46.0
1 18 34.6
1 18 23.1
1 18 11.6
1 18 0.2
1 17 48.7
0.77
1.15
29 40
1 19 1.6
1 18 50.1
1 18 88.6
1 18 27.1
1 18 15.6
1 18 4.1
0.78
1J5
30 0
1 19 17.5
1 19 5.9
1 18 54.4
1 18 42.8
1 18 31.3
1 18 19.7
+0.79
-1,16
TABLE V.
701
AZIMUTH OF rOLABIS AT ELONGATION, 1»1«.
V^ocL
VariatUnfrM^
ggo 51/ 2fy^
88* 6V 80^'
88* 51' 40^'
88* 51' 60^'
88* 52^ (/^
88* 62' 10"
it.^^
I'ofLat.
l"of*.
• /
• f ff
m f ft
• / //
• / //
• t ft
• # //
tt
//
30 0
1 19 17.6
1 19 5.9
1 18 54.4
1 18 42.8
1 18 31.3
1 18 19.7
+0.79
-1.16
SO 10
1 19 25.5
1 19 13.9
1 19 2.4
1 18 50.8
1 18 39.2
1 18 27.7
0.80
1.16
30 20
1 19 33.6
1 19 22.0
1 19 10.4
1 18 58.8
1 18 47.2
1 18 35.7
0.81
1.16
30 30
1 19 41.8
1 19 30.1
1 19 18.5
1 19 6.9
1 18 55.3
1 18 43.7
0.82
1,16
30 40
1 19 50.0
1 19 88.4
1 19 26.7
1 19 15.1
1 19 3.5
1 18 51.8
0.82
1,16
SO 50
1 19 58:3
1 19 46.6
1 19 35.0
1 19 23.3
1 19 11.7
1 19 0.0
+0.83
-1,17
31 0
1 20 6.6
1 19 55.0
1 19 43.3
1 19 31.6
1 19 20.0
1 19 8.3
0.84
1.17
31 10
1 20 15.1
1 20 3.4
1 19 51.7
1 19 40.0
1 19 28.3
1 19 16.6
0.84
1.17
31 20
1 20 23.6
1 20 11.9
1 20 0.2
1 19 48.5
1 19 36.8
1 19 25.0
0.85
1.17
31 30
1 20 32.2
1 20 20.4
1 20 8.7
1 19 57.0
1 19 45.3
1 19 83.5
0.86
1.17
31 40
1 20 40.8
1 20 29.1
1 20 17.3
1 20 5.6
1 19 53.8
1 19 42.1
+0.86
-1.17
31 50
1 20 49.5
1 20 37.8
1 20 26.0
1 20 14.2
1 20 2.5
1 19 50.7
0.87
1.18
32 0
1 20 58.3
1 20 46.5
1 20 34.8
1 20 23.0
1 20 11.2
1 19 59.4
0.88
1.18
32 10
1 21 7.2
1 20 55.4
1 20 43.6
1 20 31.8
1 20 19.9
1 20 8.1
0.88
1.18
32 20
1 21 16.2
1 21 4.3
1 20 52.5
1 20 40.6
1 20 28.8
1 20 17.0
0.89
1.18
32 30
1 21 25.2
1 21 13.3
1 21 1.5
1 20 49.6
1 20 37.7
1 20 25.9
+0.90
-1.19
32 40
1 21 84.3
1 21 22.4
1 21 10.5
1 20 58.6
1 20 46.7
1 20 34.9
0.91
1.19
32 50
1 21 43.4
1 21 31.5
1 21 19.6
1 21 7.7
1 20 55.8
1 20 43.9
0.92
1.19
33 0
1 21 52.7
1 21 40.7
1 21 28.8
1 21 16.9
1 21 5.0
1 20 53.1
0.92
1.19
33 10
1 22 2.0
1 21 50.0
1 21 88.1
1 21 26.2
1 21 14.2
1 21 2.3
0.93
1.19
33 20
1 22 11.4
1 21 59.4
1 21 47.4
1 21 35.5
1 21 23.5
1 21 11.5
+0.94
-1.20
33 30
1 22 20.9
1 22 8.9
1 21 56.9
1 21 44.9
1 21 32.9
1 21 20.9
0.95
1.20
33 40
1 22 30.4
1 22 18.4
1 22 6.4
1 21 54.4
1 21 42.4
1 21 80.3
0.95
1.20
33 50
1 22 40.1
1 22 28.0
1 22 16.0
1 22 3.9
1 21 61.9
1 21 39.9
0.96
1.20
34 0
1 22 49.8
1 22 37.7
1 22 25.6
1 22 13.6
1 22 1.5
1 21 49.5
0.97
1.21
34 10
1 22 59.6
1 22 47.5
1 22 35.4
1 22 23:3
1 22 n.2
1 21 59.1
+0.98
-1.21
34 20
1 23 9.4
1 22 57.3
1 22 45.2
1 22 33.1
1 22 21.0
1 22 8.9
0.98
1.21
34 30
1 23 19.4
1 23 7.3
1 22 55.1
1 22 43.0
1 22 30.9
1 22 18.7
0.99
1.21
34 40
1 23 29.4
1 23 17.3
1 23 5.1
1 22 53.0
1 22 40.8
1 22 28.6
1.00
1.22
34 50
1 23 39.6
1 23 27.4
1 23 15.2
1 23 3.0
1 22 50.8
1 22 38.6
1.01
1.22
35 0
1 23 49.8
1 23 37.6
1 23 25.3
1 23 13.1
1 23 0.9
1 22 48.7
+1.02
-1.22
35 10
1 24 0.0
1 28 47.8
1 23 35.6
1 23 23.4
1 23 11.1
1 22 58.9
1.03
1.22
35 20
1 24 16.4
1 23 58.2
1 23 45.9
1 23 33.6
1 23 21.4
1 23 9.1
1.03
1.23
35 30
1 24 20.9
1 24 8.6
1 23 56.3
1 23 44.0
1 23 31.7
1 23 19.5
1.04
1.23
35 40
1 24 31.4
1 24 19.1
1 24 6.8
1 23 54.5
1 23 42.2
1 23 29.9
1.05
1.23
35 50
1 24 42.1
1 24 29.7
1 24 17.4
1 24 5.0
1 23 52.7
1 23 40.4
+1.06
-1.23
36 0
1 24 52.8
1 24 40.4
1 24 28.0
1 24 15.7
1 24 3.3
1 23 51.0
1.07
1.24
36 10
1 25 3.6
1 24 51.2
1 24 38.8
1 24 26.4
1 24 14.0
1 24 1.6
1.08
1.24
36 20
1 25 14.5
1 25 2.1
1 24 49.6
1 24 37.2
1 24 24.8
1 24 12.4
1.09
1.24
36 30
1 25 25.5
1 25 13.0
1 25 0.6
1 24 48J2
1 24 35.7
1 24 23.3
1.10
1.24
36 40
1 25 36.6
1 25 24.1
1 25 11.6
1 24 59.2
1 24 46.7
1 24 34.2
+1.10
-1.25
36 50
1 25 47.7
1 25 35.2
1 25 22.7
1 25 10.2
1 24 57.7
1 24 45.2
1.11
1.25
37 0
1 25 59.0
1 25 46.5
1 25 34.0
1 25 21.4
1 25 8.9
1 24 56.4
1.12
1.25
37 10
1 26 10.3
1 25 57.8
1 25 45.2
1 25 32.7
1 25 20.1
1 25 7.6
1.13
1.25
37 20
1 26 21.8
1 26 9.2
1 25 56.6
1 25 44.1
1 25 31.5
1 25 18.9
1.14
1.26
37 30
1 26 33.3
1 26 20.7
126 8.1
1 25 55.5
1 25 42.9
1 26 30.3
+1.15
-1.26
37 40
1 26 45.0
1 26 32.4
1 26 19.7
1 26 7.1
1 25 54.5
1 25 41.8
1.16
1.26
37 50
1 26 56.7
1 26 44.1
1 26 31.4
1 26 18.7
1 26 6.1
1 25 53.4
1.17
1.27
38 0
1 27 8.6
1 26 55.9
1 26 43.2
1 26 30.5
1 26 17.8
1 26 5.1
1.18
1.27
38 10
1 27 20.5
1 27 7.8
1 26 55.1
1 26 42.3
1 26 29.6
1 26 16.9
1.19
1.27
38 20
1 27 32.5
1 27 19.8
1 27 7.0
1 26 54.3
1 26 41.5
1 26 28.8
+1.20
-1.27
38 30
1 27 44.7
1 27 31.9
1 27 19.1
1 27 6.3
1 26 53.5
1 26 40.8
1.21
1.28
38 40
1 27 56.9
1 27 44.1
1 27 31.3
1 27 18.5
1 27 5.7
1 26 52.9
1.22
1.28
38 50
1 28 9,2
1 27 56.4
1 27 43.6
1 27 30.7
1 27 17.9
1 27 5.0
1.23
1.28
39 0
1 28 21.7
1 28 8.8
1 27 55.9
1 27 43.1
1 27 30.2
1 27 17.3
1.24
1.29
39 10
1 28 34.2
1 28 21.3
1 28 8.4
1 27 55.5
1 27 42.6
1 27 29.7
+1.25
-1.29
39 20
1 28 46.9
1 28 33.9
1 28 21.0
1 28 8.1
1 27 55.1
1 27 42.2
1.26
1.29
39 30
1 28 59.6
1 28 46.7
1 28 33.7
1 28 20.7
1 28 7.8
1 27 54.8
1.27
1.30
39 40
1 29 12.5
1 28 59.5
1 28 46.5
1 28 33.5
1 28 20.5
1 28 7.5
1.28
1.30
39 50
1 29 25.4
1 29 12.4
1 28 59.4
1 28 46.4
1 28 33.4
1 28 20.3
1.29
1.30
40 0
1 29 38.5
1 29 25.5
1 29 12.4
1 28 69.4
1 28 46.3
1 28 33.2
+1.30
-1.31
702
TABLE V.
AZIMUTH OF POLARIS AT ELONGATION, 1916.
\^pecl.
88^ 51^ 20^'
88* 51' 30^'
88* 51' 40^'
88* 61' 50^'
88* 62' 0"
88* 52' 10"
VMistioalBr-
^>^
Lat. \^
r of Lat.
!"•!#.
• /
• t n
9 f ft
• / //
• / //
• » n
• t tf
ft
*»
40 0
1 29 88.5
1 29 25.5
1 29 12.4
1 28 59.4
1 28 46.3
1 28 33.2
+1.30
-L31
40 10
1 29 51.7
1 29 38.6
1 29 25.5
1 29 12.4
1 28 59.4
1 28 46.3
1.32
L31
40 20
1 30 5.0
1 29 51.9
1 29 38.8
1 29 25.7
1 29 12.5
1 28 59.4
1.83
Ln
40 30
1 30 18.4
1 30 5.3
1 29 52.1
1 29 39.0
1 29 25.8
1 29 12.7
1.34
LSI
40 40
1 80 31.9
1 30 18.8
1 30 5.6
1 29 52.4
1 29 39.2
1 29 26.0
1.36
LS
40 50
1 80 45.6
1 30 32.4
1 30 19.1
1 30 5.9
1 29 62.7
129 39.6
+1.8«
-Lfi
41 0
1 30 59.3
1 30 46.1
1 30 32.8
1 30 19.6
1 30 6.3
1 29 53.1
1.87
L32
41 10
1 31 13.2
1 30 59.9
1 30 46.6
1 30 33.3
1 30 20.1
1 30 6.8
1.88
\3A
41 20
1 81 27.2
1 31 13.9
1 31 0.5
1 30 47.2
1 30 33.9
1 30 20.6
1.40
IJS
41 30
1 31 41.3
1 31 27.9
1 31 14.6
1 31 1.2
1 30 47.9
1 30 34.5
1.41
LU
41 40
1 31 55.5
1 31 42.1
1 31 28.7
1 31 15.3
1 31 2.0
1 30 48.6
+1.42
-1.34
41 50
1 32 9.8
1 31 56.4
1 31 43.0
1 31 29.6
1 31 16.2
1 31 2.7
1.43
L34
42 0
1 32 24.3
1 32 10.8
1 31 57.4
1 31 43.9
1 31 30.5
1 31 17.0
1.44
1.3S
42 10
1 32 38.9
1 32 25.4
1 32 11.9
1 31 58.4
1 31 44.9
1 31 31.4
1.45
LS5
42 20
1 32 53.6
1 32 40.1
1 32 26.5
1 32 13.0
1 31 59.5
1 31 46.0
1.47
L3d
42 30
1 33 8.4
1 32 54.9
1 32 41.3
1 32 27.7
1 32 14.2
1 32 0.6
+1.48
-L3«
42 40
1 33 23.4
1 33 9.8
1 32 56.2
1 32 42.6
1 32 29.0
1 32 15.4
1.60
US
42 50
1 33 38.5
1 33 24.9
1 33 11.2
1 32 57.6
1 32 43.9
1 32 30.3
1.51
146
43 0
1 33 53.7
1 33 40.0
1 33 26.4
1 33 12.7
1 32 59.0
1 32 45.3
1.62
LT
43 10
1 34 9.1
1 33 55.4
1 33 41.6
1 33 27.9
1 33 14.2
1 33 0.5
1.63
147
43 20
1 34 24.6
1 34 10.8
1 33 57.0
1 33 43.3
1 33 29.5
1 33 15.8
+1.55
-148
43 30
1 34 40.2
1 34 26.4
1 34 12.6
1 33 58.8
1 33 45.0
1 33 31.2
1.56
1.38
43 40
1 34 55.9
1 34 42.1
1 34 28.3
1 34 14.4
1 34 0.6
1 33 46.8
1.67
148
43 50
1 35 11.8
1 34 57.9
1 34 44.1
1 34 30.2
1 34 16.3
134 2.5
1.58
14»
44 0
1 35 27.8
1 35 13.9
1 35 0.0
1 34 46.1
1 34 32.2
1 34 18.3
1.60
149
44 10
1 35 44.0
1 35 30.0
1 35 16.1
1 35 2.2
1 34 48.2
1 34 34.3
+1.61
-141
44 20
1 36 0.3
1 35 46.3
1 35 32.3
1 35 18.4
1 35 4.4
1 34 60.4
1.63
1.40
44 30
1 36 16.7
1 36 2.7
1 35 48.7
1 35 34.7
1 36 20.7
1 36 6.6
1.64
1.40
44 40
1 36 33.3
1 36 19.3
1 36 5.2
1 36 51.2
1 36 37.1
1 36 23.0
1.66
L41
44 50
1 36 50.1
1 36 36.0
1 36 21.9
1 36 7.8
1 36 53.6
1 36 39.6
1.67
1.41
45 0
1 37 6.9
1 36 52.8
1 36 38.7
1 36 24.5
1 36 10.4
1 36 66.2
+1.68
-1.41
45 10
1 37 24.0
1 37 9.8
1 36 55.6
1 36 41.4
1 36 27.2
1 36 13.0
1.70
1.4!
45 20
1 37 41.2
1 37 26.9
1 37 12.7
1 36 58.5
1 36 44.2
1 36 30.0
1.71
1.42
45 30
1 37 58.5
1 37 44.2
1 37 29.9
1 37 15.7
1 37 1.4
1 36 47.1
1.73
L4S
45 40
1 38 16.0
1 38 1.7
1 37 47.3
1 37 33.0
1 37 18.7
1 37 4.4
1.76
1.43
45 50
1 38 33.6
1 38 19.3
1 38 4.9
1 37 50.5
1 37 86.2
1 37 21.8
+1.76
-L44
46 0
1 38 51.4
1 38 37.0
1 38 22.6
1 38 8.2
1 37 53.8
1 37 39.4
1.78
1.44
46 10
1 39 9.3
1 38 54.9
1 38 40.5
1 38 26.0
1 38 11.6
1 37 67.1
1.79
1.44
46 20
1 39 27.5
1 39 13.0
1 38 58.5
1 38 44.0
1 38 29.6
1 38 15.0
1.81
1.45
46 30
1 39 45.7
1 39 31.2
1 39 16.7
1 39 2.1
1 38 47.6
1 38 33.1
1.82
L45
46 40
1 40 4.2
1 39 49.6
1 39 35.0
1 39 20.4
1 39 6.9
1 38 51.3
+1.84
-1.4«
46 50
1 40 22.8
1 40 8.1
1 39 53.5
1 39 38.9
1 39 24.3
1 39 9.7
1.86
1.4(
47 0
1 40 41.5
1 40 26.9
1 40 12.2
1 39 57.5
1 39 42.9
1 39 28.2
1.87
1.47
47 10
1 41 0.5
1 40 45.8
1 40 31.0
1 40 16.3
1 40 1.6
1 39 46.9
1.89
1.47
47 20
1 41 19.6
1 41 4.8
1 40 50.1
1 40 35.3
1 40 20.6
140 6.8
1.91
1.4S
47 30
1 41 38.8
1 41 24.0
1 41 9.2
1 40 54.4
1 40 39.6
1 40 24.8
+1.92
-1-4S
47 40
1 41 58.3
1 41 43.5
1 41 28.6
1 41 13.8
1 40 58.9
1 40 44.0
1.94
1.49
47 50
1 42 17.9
1 42 3.0
1 41 48.1
1 41 33.2
1 41 18.3
1 41 3.4
1.96
l.«
48 0
1 42 37.7
1 42 22.8
1 42 7.8
1 41 52.9
1 41 38.0
1 41 23.0
1.98
1.49
48 10
1 42 57.7
1 42 42.7
1 42 27.7
1 42 12.8
1 41 57.8
1 41 42.8
2.00
1^
48 20
1 43 17.9
1 43 2.9
1 42 47.8
1 42 32.8
1 42 17.7
1 42 2.7
+2.02
-1.50
48 30
1 43 38.3
1 43 23.2
1 43 8.1
1 42 53.0
1 42 37.9
1 42 22.8
2.03
1.61
48 40
1 43 58.8
1 43 43.7
1 43 28.5
1 43 13.4
1 42 58.2
1 42 43.1
2.05
1^1
48 50
1 44 19.5
1 44 4.3
1 43 49.2
1 43 34.0
1 43 18.8
1 43 3.6
2.07
1.62
49 0
1 44 40.5
1 44 25.2
1 44 10.0
1 43 54.7
1 43 39.5
143 24.2
2.09
1.63
49 10
1 45 1.6
1 44 46.3
1 44 31.0
1 44 15.7
1 44 0.4
143 46.1
+2.11
-1.5$
49 20
1 45 22.9
1 45 7.6
1 44 52.2
1 44 36.9
1 44 21.5
144 6.2
2.13
1.63
49 30
1 45 44.4
1 45 29.0
1 45 13.6
1 44 58.2
1 44 42.8
1 44 27.4
2.16
1.54
49 40
1 46 6.1
1 45 50.7
1 45 35.2
1 45 19.8
1 45 4.3
1 44 48.9
2.17
1.54
49 50
1 46 28.1
1 46 12.6
1 45 57.0
1 45 41.5
1 45 26.0
1 45 10.5
2.19
1.65
50 0
1 46 50.2
1 46 34.6
1 46 19.1
1 46 3.5
1 45 47.9
1 45 32.4
+2.21
-1.66
TABLE V.
703
AZmUTH OF POLARIS AT ELONGATION, 1916.
^^^pecl
Variation fl»-
88*» 51' 20^'
88** 61' 30^'
88*» 61' 40"
88* 61' 50"
88** 62' 0"
88** 62' 10"
it.^^V^
I'ofLat.
l"of#.
• /
• / //
• t tf
• t ft
• / //
• t It
• / //
</
//
60 0
1 46 50.2
1 46 34.6
1 46 19.1
1 46 3.5
1 45 47.9
1 45 32.4
+2.21
-1.66
50 10
1 47 12.5
1 46 66.9
1 46 41.3
1 46 25.7
1 46 10.1
1 45 54.4
2.23
1.56
50 20
1 47 35.1
1 47 19.4
1 47 3.7
1 46 48.1
1 46 32.4
1 46 16.7
2.25
1.67
50 30
1 47 67.8
1 47 42.1
1 47 26.4
1 47 10.6
1 46 54.9
1 46 39.2
2.27
1.67
50 40
1 48 20.8
1 48 5.0
1 47 49.2
1 47 33.5
1 47 17.7
1 47 1.9
2.30
1.68
50 50
1 48 44.0
1 48 28.2
1 48 12.3
1 47 56.6
1 47 40.6
1 47 24.8
+2.32
-1.58
51 0
1 49 7.4
1 48 51.5
1 48 35.6
1 48 19.7
1 48 3.8
1 47 47.9
2.34
1.59
51 10
1 49 31.1
1 49 15.1
1 48 59.1
1 48 43.2
1 48 27.2
1 48 11.3
2.36
1.60
51 20
1 49 54.9
1 49 38.9
1 49 22.9
1 49 6.9
1 48 50.9
1 48 34.9
2.38
1.60
51 30
1 50 19.0
1 50 2.9
1 49 46.9
1 49 30.8
1 49 14.7
1 48 58.7
2.41
1.61
51 40
1 50 43.4
1 60 27.2
1 50 11.1
1 49 65.0
1 49 38.8
1 49 22.7
+2.43
-1.61
51 50
1 51 7.9
1 50 51.7
1 50 35.5
1 50 19.4
1 50 3.2
1 49 47.0
2.46
1.62
62 0
1 61 32.7
1 51 16.5
1 51 0.2
1 50 44.0
1 50 27.7
1 50 11.5
2.48
1.62
52 10
1 61 57.8
1 51 41.5
1 51 25.1
1 51 8.8
1 50 52.5
1 50 36.2
2.50
1.63
62 20
1 62 23.1
1 62 6.7
1 51 50.3
1 51 34.0
1 51 17.6
1 51 1.2
2.53
1.64
52 30
1 52 48.6
1 52 32.2
1 52 15.7
1 51 59.3
1 51 42.9
1 51 26.4
+2.56
-1.64
52 40
1 53 14.4
1 52 57.9
1 52 41.4
1 52 24.9
1 52 8.4
1 51 51.9
2.58
1.66
52 50
1 63 40.4
1 53 23.9
1 53 7.3
1 52 50.8
1 52 34.2
1 52 17.7
2.60
1.66
53 0
1 64 6.8
1 53 50.1
1 53 33.5
1 53 16.9
1 53 0.3
1 52 43.6
2.63
1.66
53 10
1 64 33.3
1 54 16.6
1 54 0.0
1 53 43.3
1 53 26.6
1 53 9.9
2.65
1.67
53 20
1 66 0.2
1 54 43.4
1 64 26.7
1 54 9.9
1 53 53.2
1 53 36.4
+2.68
-1.68
53 30
1 65 27.3
1 55 10.5
1 54 53.6
1 54 36.8
1 54 20.0
1 54 3.2
2.71
1.68
53 40
1 65 64.7
1 55 37.8
1 56 20.9
1 65 4.0
1 54 47.1
1 54 30.2
2.74
1.09
53 50
1 56 22.3
1 56 5.4
1 55 48.4
1 55 31.5
1 55 14.5
1 54 57.6
2.76
1.69
54 0
1 66 50.2
1 56 33.2
1 56 16.2
1 56 59.2
1 55 42.2
1 55 25.1
2.79
1.70
54 10
1 67 18.5
1 57 1.4
1 56 44.3
1 56 27.2
1 56 10.1
1 55 63.0
+2.82
-1.71
54 20
1 67 47.0
1 57 29.8
1 57 12.7
1 66 55.5
1 56 88.3
1 56 21.2
2.85
1.72
54 30
1 68 15.8
1 57 58.6
1 57 41.3
1 57 24.1
1 57 6.9
1 56 49.6
2.88
1.72
54 40
1 58 44.9
1 58 27.6
1 58 10.3
1 57 53.0
1 57 35.7
1 57 18.4
2.91
1.73
54 50
1 59 14.3
1 68 56.9
1 58 39.6
1 58 22.2
1 58 4.8
1 57 47.4
2.94
1.74
55 0
1 59 44.0
1 59 26.5
1 59 9.1
1 58 51.6
1 58 34.2
1 58 16.8
+2.97
-1.74
55 10
2 0 14.0
1 59 56.5
1 59 39.0
1 59 21.4
1 59 3.9
1 58 46.4
3.00
1.75
55 20
2 0 44.3
2 0 26.7
2 0 9.1
1 59 51.6
1 59 34.0
1 59 16.4
3.03
1.76
55 30
2 1 15.0
2 0 57.3
2 0 39.6
2 0 22.0
2 0 4.3
1 59 46.6
3.06
1.77
55 40
2 1 45.9
2 1 28.2
2 1 10.4
2 0 62.7
2 0 36.0
2 0 17.2
3.10
1.77
55 50
2 2 17.2
2 1 69.4
2 1 41.6
2 1 23.8
2 1 6.0
2 0 48.1
+3.13
-1.78
56 0
2 2 48.8
2 2 30.9
2 2 13.1
2 1 55.2
2 1 37.3
2 1 19.4
3.16
1.79
56 10
2 3 20.8
2 3 2.8
2 2 44.9
2 2 26.9
2 2 8.9
2 1 51.0
3.19
1.80
56 20
2 3 53.1
2 3 36.1
2 3 17.0
2 2 59.0
2 2 40.9
2 2 22.9
3.23
1.80
56 30
2 4 25.8
2 4 7.6
2 3 49.5
2 3 31.4
2 3 13.2
2 2 55.1
3.26
1.81
56 40
2 4 68.8
2 4 40.6
2 4 22.3
2 4 4.1
2 3 45.9
2 3 27.7
+3.30
-1.82
56 50
2 5 32.1
2 6 13.8
2 4 55.5
2 4 37.2
2 4 19.0
2 4 0.7
3.33
1.83
57 0
2 6 5.8
2 6 47.5
2 6 29.1
2 6 10.7
2 4 52.4
2 4 34.0
3.37
1.84
57 10
2 6 39.9
2 6 21.5
2 6 3.0
2 6 44.6
2 5 26.1
2 6 7.7
3.41
1.84
57 20
2 7 14.4
2 6 56.9
2 6 37.3
2 6 18.8
2 6 0.2
2 5 41.7
3.44
1.86
57 30
2 7 49.2
2 7 30.6
2 7 12.0
2 6 53.4
2 6 34.7
2 6 16.1
+3.48
-1.86
57 40
2 8 24.6
2 8 6.8
2 7 47.0
2 7 28.3
2 7 9.6
2 6 50.9
3.52
1.87
57 50
2 9 0.1
2 8 41.3
2 8 22.5
2 8 3.7
2 7 44.0
2 7 26.1
3.56
1.88
58 0
2 9 36.1
2 9 17.2
2 8 58.3
2 8 39.4
2 8 20.6
2 8 1.7
3.60
1.89
58 10
2 10 12.6
2 9 53.6
2 9 34.6
2 9 15.6
2 8 56.6
2 8 37.7
3.64
1.90
58 20
2 10 49.3
2 10 30.3
2 10 11.2
2 9 62.2
2 9 33.1
2 9 14.0
+3.68
-1.91
58 30
2 11 26.6
2 11 7.4
2 10 48.3
2 10 29.1
2 10 10.0
2 9 50.8
3.72
1.92
58 40
2 12 4.3
2 11 45.0
2 11 25.8
2 11 6.5
2 10 47.3
2 10 28.1
3.77
1.92
58 50
2 12 42.3
2 12 23.0
2 12 3.7
2 11 44.4
2 11 25.0
2 11 5.7
3.81
1.93
59 0
2 13 20.9
2 13 1.5
2 12 42.0
2 12 22.6
2 12 3.2
2 11 43.8
3.85
1.94
69 10
2 13 69.9
2 13 40.3
2 13 20.8
2 13 1.3
2 12 41.8
2 12 22.3
+3.90
-1.96
59 20
2 14 39.3
2 14 19.7
2 14 0.0
2 13 40.4
2 13 20.8
2 13 1.2
3.94
1.96
59 30
2 15 19.2
2 14 69.5
2 14 39.7
2 14 20.0
2 14 0.3
2 13 40.6
3.99
1.97
59 40
2 15 59.5
2 15 39.7
2 15 19.9
2 15 0.1
2 14 40.3
2 14 20.5
4.04
1.98
59 50
2 16 40.3
2 16 20.4
2 16 0.5
2 15 40.6
2 15 20.7
2 16 0.8
4.08
1.99
60 0
2 17 21.6
2 17 1.6
2 16 41.6
2 16 21.6
2 16 1.6
2 15 41.6
+4.13
-2.00
704
TABLE V.
AZIMUTH OF POLARIS AT ELONGATION, 191«.
^sDecl.
VwlatfoniDr—
88*» 51^ 20^'
88** hV yy
88* 61' 40^'
88* 51' 50^'
88*62' 0"
88* 52' 10"
^^^
lAt. \^^
rofLO.
Vi£i.
• /
• t It
9 1 It
• / //
• / //
• 1 , It
• 1 II
It
$t
60 0
2 17 21.6
2 17 1.6
2 16 41.6
2 16 21.6
2 10 1.6
2 15 41.6
+4.13
-2.60
60 10
2 18 3.4
2 17 43.3
2 17 23.2
2 17 3.1
2 16 43.0
2 16 22.9
4.18
2.01
60 20
2 18 45.7
2 18 25.5
2 18 5.3
2 17 45.1
2 17 24.9
2 17 4.6
4.23
2.0S
60 30
2 19 28.5
2 19 8.2
2 18 47.9
2 18 27.6
2 18 7.2
2 17 46.9
4.28
UMi
60 40
2 20 11.8
2 19 61.4
2 19 31.0
2 19 10.6
2 18 50.1
2 18 29.7
4.33
2.M
60 50
2 20 55.7
2 20 35.1
2 20 14.6
2 19 54.1
2 19 33.5
2 19 13.0
44.38
-2.65
61 0
2 21 40.0
2 21 19.4
2 20 58.7
2 20 38.1
2 20 17.5
2 19 56.8
4.44
2J7
61 10
2 22 24.9
2 22 4.2
2 21 43.4
2 21 22.7
2 21 1.9
2 20 41.2
4.49
2.06
61 20
2 23 10.4
2 22 49.5
2 22 28.6
2 22 7.8
2 21 46.9
2 21 26.1
4.54
2M
61 30
2 23 56.4
2 23 35.4
2 23 14.4
2 22 53.5
2 22 32.5
2 22 11.5
4.60
2ao
61 40
2 24 43.0
2 24 21.9
2 24 0.8
2 23 39.7
2 23 18.6
2 22 57.5
+4.68
-2-U
61 50
2 25 30.1
2 25 8.9
2 24 47.7
2 24 26.5
2 24 5.3
2 23 44.1
4.72
212
62 0
2 26 17.9
2 25 56.6
2 25 35.3
2 25 13.9
2 24 52.6
2 24 31.3
4.78
2.13
62 10
2 27 6.2
2 26 44.8
2 26 23.4
2 26 1.9
2 25 40.5
2 25 19.1
4.84
2.14
62 20
2 27 55.2
2 27 83.7
2 27 12.1
2 26 50.6
2 26 29.0
2 26 7.4
4.90
2,1«
62 30
2 28 44.8
2 28 23.1
2 28 1.4
2 27 89.8
2 27 18.1
2 26 56.4
+4.98
-2.17
62 40
2 29 35.0
2 29 13.2
2 28 51.4
2 28 29.6
2 28 7.8
2 27 46.0
5.02
2.1S
62 50
2 30 25.9
2 30 4.0
2 29 42.0
2 29 20.1
2 28 58.2
2 28 36.3
5.09
2.19
63 0
2 31 17.4
2 30 55.4
2 30 33.3
2 30 11.3
2 29 49.2
2 29 27.2
5.16
2.20
63 10
2 32 9.6
2 31 47.4
2 31 25.3
2 31 3.1
2 30 40.9
2 30 18.8
5.22
2.22
63 20
2 33 2.5
2 32 40.2
2 32 17.9
2 31 55.6
2 31 33.3
2 31 11.0
+5.29
-2.23
63 30
2 33 56.0
2 33 33.6
2 33 11.2
2 32 48.8
2 32 26.3
2 32 3.9
5.38
2.24
63 40
2 34 50.3
2 34 27.8
2 34 5.2
2 33 42.6
2 33 20.1
2 32 57.5
5.43
2J$
63 50
2 35 45.3
2 35 22.6
2 34 59.9
2 34 37.2
2 34 14.5
2 33 51.8
5.50
2.27
64 0
2 36 41.1
2 36 18.2
2 35 55.4
2 35 32.6
2 35 9.7
2 34 46.9
5.58
2J8
64 10
2 37 37.5
2 37 14.6
2 36 51.6
2 36 28.6
2 36 5.7
2 35 42.7
+5.65
-2J0
64 20
2 38 34.8
2 38 11.7
2 37 48.6
2 37 25.5
2 37 2.4
2 36 39.3
5.73
2.31
64 30
2 39 32.8
2 39 9.6
2 38 46.3
2 38 23.1
2 37 59.8
2 37 36.6
5.81
2J2
64 40
2 40 31.6
2 40 8.2
2 39 44.9
2 39 21.5
2 38 58.1
2 38 34.7
5.89
2J4
64 50
2 41 31.3
2 41 7.7
2 40 44.2
2 40 20.7
2 39 57.1
2 39 33.6
5.97
2J5
65 0
2 42 31.7
2 42 8.0
2 41 44.4
2 41 20.7
2 40 57.0
2 40 33.3
+6.05
-2 37
65 10
2 43 33.0
2 43 9.2
2 42 45.4
2 42 21.5
2 41 57.7
2 41 33.9
6.13
2.^
65 20
2 44 35.2
2 44 11.2
2 43 47.2
2 43 23.2
2 42 59.3
2 42 35.3
6.22
2.40
65 30
2 45 38.2
2 45 14.1
2 44 50.0
2 44 25.8
2 44 1.7
2 43 37.6
6.31
2.41
65 40
2 46 42.2
2 46 17.9
2 45 53.6
2 45 29.3
2 45 5.0
2 44 40.7
6.40
2-43
65 50
2 47 47.0
2 47 22.6
2 46 58.1
2 46 33.7
2 46 9.2
2 45 44.8
+6.49
-2.44
66 0
2 48 52.8
2 48 28.2
2 48 3.6
2 47 39.0
2 47 14.4
2 46 49.8
6.58
2.4«
66 10
2 49 59.5
2 49 34.8
2 49 10.0
2 48 45.2
2 48 20.5
2 47 55.7
6.68
2.4S
66 20
2 51 7.2
2 50 42.3
2 50 17.4
2 49 52.4
2 49 27.5
2 49 2.6
6.78
2.41
66 30
2 52 15.9
2 51 50,8
2 51 25.7
2 51 0.6
2 50 35.5
2 50 10.4
6.88
2.51
66 40
2 53 25.7
2 53 0.4
2 52 35.1
2 52 9.8
2 51 44.6
2 51 19.3
+6.98
-2.53
66 50
2 54 36.4
2 54 11.0
2 53 45.5
2 53 20.1
2 52 54.6
2 52 29.2
7.09
2.54
67 0
2 55 48.2
2 55 22.6
2 54 57.0
2 54 31.4
2 54 5.7
2 53 40.1
7.19
2.5<
67 10
2 57 1.1
2 56 35.3
2 56 9.5
2 55 43.7
2 55 17.9
2 54 52.1
7.30
2-5S
67 20
2 58 15.1
2 57 49.1
2 57 23.2
2 56 57.2
2 56 31.2
2 56 5.2
7.41
2.60
67 30
2 59 30.3
2 59 4.1
2 58 37.9
2 58 11.8
2 57 45.6
2 57 19.4
+7.52
-2,62
67 40
3 0 46.5
3 0 20.2
2 59 53.8
2 59 27.5
2 59 1.2
2 58 34.8
7.64
2.63
67 50
3 2 4.0
3 1 37.5
3 1 10.9
3 0 44.4
3 0 17.9
2 59 51.3
7.76
2.65
68 0
3 3 22.7
3 2 56.0
3 2 29.2
3 2 2.5
3 1 35.8
3 1 9.0
7.88
2.67
68 10
3 4 42.6
3 4 15.7
3 3 48.8
3 3 21.8
3 2 54.9
3 2 28.0
8.01
2^
68 20
3 6 3.8
3 5 36.7
3 5 9.6
3 4 42.4
3 4 15.3
3 3 48.2
+8.13
-2.71
68 30
3 7 26.3
3 6 58.9
3 6 31.6
3 6 4.3
3 5 37.0
3 5 9.7
8.26
2.73
68 40
3 8 50.1
3 8 22.5
3 7 55.0
3 7 27.5
3 7 0.0
3 6 32.4
8.40
2.75
68 50
3 10 15.2
3 9 47.5
3 9 19.8
3 8 52.0
3 8 24.3
3 7 56.6
8.53
2.77
69 0
3 11 41.8
3 11 13.8
3 10 45.9
3 10 17.9
3 9 50.0
3 9 22.1
8.67
2,79
69 10
3 13 9.7
3 12 41.6
3 12 13.4
3 11 45.3
3 11 17.1
3 10 49.0
+8.81
-2^1
69 20
3 14 39.1
3 14 10.8
3 13 42.4
3 13 14.0
3 12 45.7
3 12 17.3
8.06
2^
69 30
3 16 10.1
3 15 41.5
3 15 12.9
3 14 44.3
3 14 15.7
3 13 47.1
9.11
2.86
69 40
3 17 42.5
3 17 13.7
3 16 44.9
3 16 16.0
3 15 47.2
3 15 18.4
9.26
2.88
69 50
3 19 16.5
3 18 47.5
3 18 18.4
3 17 49.4
3 17 20.3
3 16 51.3
9.42
2.90
70 0
3 20 52.1
3 20 22.8
3 19 53.6
3 19 24.3
3 18 55.0
3 18 26.7
+9.58
-2JS
TABLE Va.
705
FOR KEDITCING TO ELONGATION OBSERVATIONS MADE NEAR ELONGATION.
^»v A*liiittth
Axinnith y^
\^tElotig.
at Ekmg^/^
l^ (/
1* lO'
1** 20^
1*» 30^
1^ 40^
1^ 50^
20 Q/
2^ lO'
^^
•Ttine. ^v
y^ Time.*
m
tt
//
//
ft
//
//
//
//
m
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
1
0.0
0.0
0.0
+ 0.1
+ 0.1
+ 0.1
+ 0.1
+ 0.1
1
2
+ 0.1
+ 0.2
+ 0.2
0.2
0.2
0.3
0.3
0.3
2
8
0.3
0.4
0.*
0.5
0.5
0.6
0.6
0.7
3
4
0.5
0.6
0.7
0.8
0.9
1.0
1.1
1.2
4
5
+ 0.9
+ 1.0
+ 1.1
+ 1.3
+ 1.4
+ 1.6
+ 1.7
+ 1.9
5
6
1.2
1.4
1.6
1.8
2.1
2.3
2.5
2.7
6
7
1.7
2.0
2.2
2.5
2.8
3.1
3.4
3.7
7
8
2.2
2.6
2.9
3.3
3.7
4.0
4.4
4.8
8
9
2.8
3.2
3.7
4.2
4.6
5.1
5.6
6.0
9
10
+ 3.4
+ 4.0
+ 4.6
+ 5.1
+ 5.7
+ 6.3
+ 6.9
+ 7.4
10
11
4.1
4.8
5.5
6.2
6.9
7.6
8.3
9.0
11
12
4.9
5.8
6.6
7.4
8.2
9.0
9.9
10.7
12
13
5.8
6.8
7.7
8.7
9.7
10.6
11.6
12.6
13
14
6.7
7.8
9.0
10.1
11.2
12.3
13.4
14.6
14
15
+ 7.7
+ 9.0
+10.3
+11.6
+12.8
+14.1
+15.4
+16.7
15
16
8.8
10.2
11.7
13.2
14.6
16.1
17.5
19.0
16
17
9.9
11.5
13.2
14.9
16.5
18.2
19.8
21.5
17
18
n.i
12.9
14.8
16.7
18.5
20.4
22.2
24.1
18
19
12.4
14.4
16.5
18.6
20.6
22.7
24.7
26.8
19
20
+13.7
+16.0
+18.3
+20.6
+22.8
+25.1
+27.4
+29.7
20
21
16.1
17.6
20.1
22.7
25.2
27.7
30.2
32.7
21
22
16.6
19.3
22.1
24.9
27.6
30.4
33.2
35.9
22
23
18.1
21.1
24.2
27.2
30.2
33.2
36.2
39.3
23
24
19.7
23.0
26.3
29.6
32.9
36.2
39.5
42.8
24
25
+21.4
+25.0
+28.5
+32.1
+35.7
+39.2
+42.8
+46.4
25
""^•^ Arfmuth
Azimuth y^
^V^tBlong.
mtBloag.y"^
^s.
2** lO'
2« 20^
2** 30^
2*» 40^
2^ 50^
3*> O'
3^ lO'
3*» 20^
y^
•Xlme- ^s.
yy Time.*
m
//
//
t*
//
*/
//
tf
//
m
0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0
1
+ 0.1
+ 0.1
+ 0.1
+ 0.1
+ 0.1
+ 0.1
+ 0.1
+ 0.1
1
2
0.3
0.3
0.4
0.4
0.4
0.4
0.4
0.5
2
3
0.7
0.7
0.8
0.8
0.9
0.9
1.0
1.0
3
4
1.2
1.3
1.4
1.5
1.6
1.6
1.7
1.8
4
5
+ 1.9
+ 2.0
+ 2.1
+ 2.3
+ 2.4
+ 2.6
+ 2.7
+ 2.9
5
6
2.7
2.9
3.1
3.3
3.5
3.7
3.9
4.1
6
7
3.7
3.9
4.2
4.5
4.8
5.0
5.3
5.6
7
8
4.8
5.1
5.5
5;9
6.2
6.6
7.0
7.3
8
9
6.0
6.5
7.0
7.4
7.9
8.3
8.8
9.3
9
10
+ 7.4
+ 8.0
+ 8.6
+ 9.2
+ 9.7
+10.3
+10.9
+11.4
10
11
9.0
9.7
10.4
11.1
11.8
12.4
13.1
13.8
11
12
10.7
11.5
12.3
13.2
14.0
14.8
15.6
16.5
12
13
12.6
13.5
14.5
15.4
16.4
17.4
18.4
19.3
13
14
14.6
15.7
16.8
17.9
19.0
20.2
21.3
22.4
14
15
+16.7
+18.0
+19.3
+20.6
+21.9
+23.1
+24.4
+25.7
15
16
19.0
20.5
21.9
23.4
24.9
26.3
27.8
i9.3
16
17
21.5
23.1
24.8
26.4
28.1
29.7
31.4
33.0
17
18
24.1
25.9
27.8
29.6
31.5
33.3
35.2
37.0
18
19
26.8
28.9
30.9
33.0
35.1
37.1
39.2
41.3
19
20
+29.7
+32.0
+34.3
+36.6
+38.8
+41.1
+43.4
+45.7
20
21
32.7
35.3
37.8
40.3
42.8
45.3
47.9
50.4
21
22
35.9
38.7
41.5
44.2
47.0
49.8
52.5
55.3
22
23
39.3
42.3
45.3
48.3
51.4
54.4
57.4
60.4
23
24
42.8
46.0
49.3
52.6
55.9
59.2
62.5
65.8
24
25
+46.4
+49.9
+53.5
+57.1
+60.7
+64.2
+67.8
+71.4
25
* Sfidereal time from elongation.
79790**— 1916 45
TABLE VII.
707
APPARENT PLACE, TIME OF UPPER CULMINATION, AND TIME INTERVAL
BETWEEN UPPER CULMINATION AND ELONGATION EAST OR WEST, OF
POLARIS, 1916.
The local mean time of culmination on any meridian for a given date is found by taking
from the following table the Mean Time of the nearest Greenwich culmination, and applying to
it the product of the Var, per Day by the integral number of intervening days, this product
being numerically additive for an earlier date and subtractive for a later date than that given
in the table; and by applying also the product of the Var. per Hour by the longitude from
Greenwich expressed in hours and fractions of an hour, this product being numerically additive
for East longitudes and subtractive for West longitudes.
The time interval between upper and lower culmination is 12^ diminished by one-half the
numerical value of the Var. per Day.
The last column below applies to all meridians.
Upper Culmination, Meridian of Greenwich.
Mean Time
Interval,
Elongation
mnut
Upper Culm.
Date.
Apparent
Ascension.
Apparent
Declination.
Mean Time.
Var. per
Day.
Var. per
Hour.
LaU-
tude.
h m
1 28
+88 51
W. E.
W. E.
8
tt
h m 8
m s
8
•
h m
Jan. 1
111
51.8
6 49 28
~3 57.0
-9.88+
10
+5 68.2-
11
100
52.9
6 9 58
3 57.0
9.87
12
5 58.1
21
90
53.4
5 30 28
3 56.9
9.87
14
6 57.9
31
80
53.0
4 50 59
3 56.9
9.87
16
5 57.7
Feb. 10
70
52.0
4 11 30
3 56.9
9.87
18
5 57.5
20
60
50.6
3 32 1
-3 56.8
-9.87 +
20
+5 57.4-
Mar. 1
53
48.6
2 52 35
3 56.6
9.86
22
5 57.2
11
46
46.0
2 13 10
3 56.5
9.85
24
6 57.0
21
41
43.2
1 33 45
3 56.3
9.84
26
5 56.8
31
39
40.3
0 54 24
3 56.0
9.83
28
5 56.6
Apr. 10
39
37.1
0 15 5
-3 55.8
-9.83+
30
+5 56.4-
19
40
34.0
23 35 47
3 55.7
9.82
32
5 56.2
29
43
31.1
22 56 31
3 55.5
9.81
34
5 56.0
May 9
49
28.6
22 17 18
3 55.3
9.80
36
5 55,7
19
56
26.2
21 38 6
3 55.1
9.80
38
5 55.5
29
64
24.2
20 58 55
-3 55.0
-9.79 +
40
+5 55.2-
June 8
74
22.9
20 19 45
3 54.9
9.79
42
5 54.9
18
85
22.1
19 40 37
3 54.8
9.78
44
5 54.6
28
96
21.6
19 1 29
3 54.8
9.78
46
5 54.3
July 8
107
21.7
18 22 20
3 54.8
9.78
48
5 54.0
18
118
22.6
17 43 12
-3 54.8
-9.78+
50
+5 63.6-
28
130
23.8
17 4 5
3 54.8
9.78
52
5 53.2
Aug. 7
140
25.4
16 24 56
3 54.9
9.79
54
5 52.8
17
150
27.7
15 45 47
3 55.0
9.79
56
5 52.3
27
159
30.4
15 6 37
3 55.0
9.79
58
5 51.8
Sept. 6
168
33.3
14 27 27
-3 55.1
-9.80+
60
+5 51.2-
16
174
36.5
13 48 14
3 55.3
9.80
62
5 50.5
26
179
40.1
13 9 0
3 55.4
9.81
64
5 49.7
Oct. 6
184
43.9
12 29 46
3 55.6
9.82
66
5 48.8
16
187
47.6
11 50 29
3 55.8
9.82
68
5 47.8
26
187
51.4
11 11 10
-3 56.0
-9.83 +
70
+5 46.5-
Nov. 6
186
55.2
10 31 50
3 56.1
9.84
16
183
58.8
9 52 29
3 56.3
9.84
25
179
62.0
9 13 5
3 56.5
9.85
Dec. 5
172
65.0
8 33 39
3 56.6
9.86
15
165
67.6
7 54 13
-3 56.7
-9.86 +
25
156
69.6
7 14 45
-3 56.8
-9.87 +
ON THE ARRANGEMENT AND USE OF THE AMERICAN
EPHEMERIS AND NAUTICAL ALMANAC.
There are in general use three diflPerent kinds of time, True Solar Time —
also called Apparent Solar Time — ^Mean Solar Time, and Sidereal Time.
True or Apparent Solar Time is measured by the diurfaal motion of the
Sim, the length of the day being the interval between two successive transits
of the Sun over the same meridian, and the time of day being the hour-angle
of the Sim westward from the meridian. Owing to the obliquity of the ecliptic
and to the lack of uniformity of the motion of the Earth in its orbit, the rate
of motion of the Sun in hour-angle and the length of the apparent solar day
are not constant. Therefore clocks and chronometers can not be regulated to
apparent solar time, which may, however, be determined by observations of
the Sun when visible.
Mean Solar Time is measured by the motion of a fictitious body called the
mean Sun, which is supposed to move uniformly in the celestial equator, com-
pleting the circuit in one tropical year. Since mean solar time is uniform
and r^;ular in its passage, clocks and watches may be regulated to it, and
those in ordinary use are usually so regulated.
Mean solar time can not, of course, be determined by direct observation,
but may be determined indirectly by correcting observations of the Sun for
the equation of time, or by converting to mean time sidereal time determined
by observations of fixed stars.
The Equation of Tims is the difference in hour-angle between the true Sun
and the mean Sun. The true Sun is sometimes before and sometimes behind
the mean Sun by an amount which varies from zero to about 16 minutes. The
equation of time is given for Greenwich mean noon on pages 2-16 and for
Washington apparent noon on pages 514-521.
The Mean Solar Day is the unit of mean solar time, and is equal in length
to the mean or average of all the true or apparent solar days of the year. It
may be otherwise defined as the interval of time elapsing between two suc-
cessive transits of the mean Sun across the meridian of any place.
Sidereal Tims or star time,' in general terms, is measured by the diurnal
motion of the fixed stars, or, speaking more precisely, by the diurnal motion
of that point on the celestial equator called the vernal equinox, from which
the right ascensions of the heavenly bodies are measured. Astronomical clocks
regulated to sidereal time are called sidereal clocks. Sidereal time may be
determined from observations of stars whose right ascensions are known.
A Sidereal Day is very nearly the length of time in which the Earth rotates
on its axis and is accurately defined as the time interval between two suc-
709
USE OF THE TABLES. 711
Hour for those of the quantities for which it seemed advisable to give a rate
of motion. By multiplying any one of those variations by the hours and
parts of an hour from Greenwich mean noon and adding tiie product alge-
braically to the corresponding quantity at noon, we obtain an approximate
value of the quantity in question for any given Greenwich mean time. If
great exactness is desired^ the value of the hourly variation is foimd for the
time halfway between Greenwich mean noon and the given Greenwich mean
time before multiplying by the hours and parts of an hour from Greenwich
mean noon.
It is to be noted that here, as elsewhere throughout the volume, the posi-
tive sign used with declinations or latitudes indicates north and the negative
sign south.
The Sun's Apparent Bigkt Ascension and DedinaAon are affected both by
aberration and by nutation, and therefore denote the apparent position of the
true Sun. The Sun's True Longitude is the true geometric longitude not cor-
rected for aberration ; it is referred to the true equinox.
The Sun's Latitude is referred to the ecliptic of the date.
The Sun's DediTuUion is required whenever that body is observed for the
purpose of finding latitude, local time, or azimuth.
The Sun's Semidiameter is used in reducing the altitude of the upper or
lower limb of the Sun to the altitude of the center; and in reducing the angular
distance between the limb of the Sun and any other object to the distance from
the center of the Sun.
The Horizontal Parallax is the an^e subtended by the equatorial radius
of the Earth, as seen from the center of the Sun.
The Preceasion in Longitude is the quantity to be applied to the longitude
of the Sun referred to the mean equinox of the beginning of the Besselian
fictitious year, i. e., the instant when the Sun's mean longitude is 280^, in
order to refer it to the mean equinox of date.
The Nutation in Longitude is the quantity to be applied to the longitude
of a body referred to the mean equinox of date in order to refer it to the true
equinox, short-period terms being neglected.
The Aberration is the quantity to be subtracted from the true longitude
of the Sun in order to obtain its apparent longitude.
The True OUiquity is the inclination of the Earth's equator to the ecliptic,
short-period terms being neglected.
Tlie corrections to the values of the nutation and the obliquity here given,
to take account of the short-period terms, may be found on pages 215-216.
The Equaiion of Time is the apparent time of Greenwich mean noon, or
the hour angle of the true Sun at that instant. When interpolated to any
given Greenwich mean time, it is the correction to be applied to mean time in
order to obtain apparent time.
The Sidereal Time of Mean Noon is the right ascension of the mean Sun
at Greenwich mean noon. It may be reduced for the longitude or to any
Greenwich mean time by using the hourly variation, +9".8665; or by Table
HI, page 691 of this volume, for reducing intervals of mean time to sidereal
time. It is useful in converting mean time to sidereal time. We first find the
Greenwich mean time, then the right ascension of the mean Sun for that time,
USE OF THE TABLES. 713
it
Variation at Greenwich mean noon, April 14 . . +54.00
Change for 0.125 of a day, or -0'^40X0.126 ... - 0.06
Variation at 3 hours after noon +53.95
+63'^95X5.978=:+322^^6-+5' 22'^5
• in
Declination at Greenwich noon, April 14 • . +9 23 25.2
Variation in 5.978 hours +5 22.5
Sun's declination at time of observation . . +9 28 47.7
With equal facility the computation might have been made backward from
the succeeding noon. Thus in the example just given the time is 18^.022 before
Greenwich noon of April 15; half this interval is about 0.375 of a day, and the
hourly motion for the middle of the interval is +53''.75. Then we find:
% t n
Declination at Greenwich noon^ April 15 . . +9 44 56.5
Product of+53'^75X- 18.022- -968^^7 . . - 16 8.7
Sun's declination at time of observation . . +9 28 47.8
It will always be well to make the calculation in both ways, as a check;
but if the results differ slightly the one derived from the nearest noon should
be regarded as the more accurate.
2. Let the Sun's right ascension and the equation of time be required for
1916, July 13, 10^ 3™ 30*, A. M., mean time, at a place whose longitude is
86*^ 15', or 5** 41" west from Greenwich.
h m •
Local astronomical mean time July 12, 22 3 30
Longitude from Greenwich (additive) 5 41 0
b
Greenwich mean time July 13, 3 44 30^3.7417
8urC% Right Atcention, Equation of Time.
h m • m •
Greenwich noon, July 13 7 29 38.86 Greenwich noon, July 13 -5 30.80
H. V. 10».150X3.7417 + 37.98 H. V.-0».294X3.7417 - LIO
7 30 16.84 -5 31.90
In this case the hourly variations interpolated to half the interval, or
l^'.ST after noon, have been used.
3. If the sidereal time is required for the same time and place, we have:
h m •
Sidereal time at Greenwich mean noon, July 13 . . . . 7 24 8.06
Reduction for 3'» 44« 30« from Table III, or 9-.8565X3.7417 . + 36.88
Add the local astronomical mean time 22 3 30.00
The required sidereal time (rejecting 24^) 5 28 14.94
4. On 1916, July 13, A. M., at a place whose longitude is 85® 15' W., sup-
pose the sidereal time to be 6^ 28°^ 14*.94 and that the corresponding mean
time is required.
USE OF THE TABLES. 715
Pages 118-133 contain for every Greenwich mean noon and midnight the
Moon* 8 Longitude and Latitude referred to the true equinox and the ecUptic,
ltd Semidiameter, and its EqtuUarial Horizontal Parallax, The column adjoin-
ing that of the horizontal parallax gives the variation of that quantity per
hour, by means of which it can be reduced to any other Greenwich mean time
in the manner shown in the preceding examples. When allowing for change
in the variation itself, note must be taken of the fact that the tabular interval
is here 12 hours instead of 24. The quantity thus obtained is the equatorial
horizontal parallax; to obtain the horizontal parallax at any given place, the
correction for the latitude of the place must be appUed. The reduction of
the Moon's semidiameter may be readily found by multiplying the reduction
of the horizontal parallax by 0.2725 (see page xiii), or by simply computing
the proportional part.
If, for example, the semidiameter of the Moon is to be taken out for 1916,
March 10, 7^^ P. M., Greenwich mean time, we see that the difference of the
semidiameters at noon and midnight of March 10 is 2".9; then,
which is the correction to be subtracted from the semidiameter at noon, because
the semidiameter is decreasing. The Moon's semidiameter for March 10, 7^, is
therefore 14' 53".6.
The Moon's semidiameter and horizontal parallax are required for all
observations of the Moon.
Pages 118-133 contain also: The Moon^a Age, or the time elapsed since
the preceding new Moon, given to tenths of a day; the mean time of the Moon^s
Transit, Upper and Lower, at Greenwich, given to tenths of a minute ; and the
Variation per Hour of the latter quantity, that is, the variation for one hour
of longitude, by means of which the local time of an upper or lower transit
of the Moon may be computed for any place whose longitude is known.
Pages 134-198 contain for each of the seven major planets the geocentric
ephemeris followed immediately by the heliocentric ephemeris.
The geocentric ephemeris gives the planet's Apparent Right Ascension and
Apparent DedinaHon with the respective Variations per Hour or per Day.
The positions thus given are referred to the true equator and equinox, and
are corrected for aberration. The geocentric ephemeris gives also the Logo-
rithm of Distance from Earth with the Variation per Hour or per Day, the planet's
Semidiameter and Horizontal ParalUix, and, to tenths of a minute, the time
of Transit, Meridian of Greenwich. All the data, except the last named, are
given for Greenwich mean noon.
The right ascension and declination of a planet are required whenever it
is observed for time, latitude, or azimuth. The mode of reducing the ephem-^
eris positions of planets to other instants of Greenwich mean time is the same
as that already given for the Sun. The local mean time of meridian transit
of any planet at any place can be found by dividing the proper daily difference
of the ephemeris times by 24, multiplying the quotient by the longitude of the
place expressed in hours and fractions, and applying the product with its
proper sign to the time of Greenwich transit.
The heliocentric ephemeris gives the HeliocerUric Longitude, Mean Equinox
of Date; the Heliocentric Latitude; and the Logarithm of Radius Vector; with
USE OF THE TABLES. 717
the Besselian numbers, it is necessary to have the values of the star-constants,
a, b, c, d, a'f b\ c% d'y while the independent star-numbers render it possible to
determine the apparent place of a star without computmg these star-constants.
Four-figure logarithms usually suffice, but where extreme accuracy is desired
the logarithms of g and h are needed to five places of decimals, and G and H
are needed to one-tenth of a minute of arc. The column r gives the fraction of
a yesT, counted from the beginning of the Besselian fictitious year to each date.
The following is an example of the reduction of a star to apparent place
by the independent star-numbers:
CdmpuUUion of the apparent place of t Aquilx^ July t, 1916, for the upper trantit at WaMngUm.
h m o #
G - 23 2.4 ^^ „ « 9 8.0
a^ =- 18 37.7 G+a^ - 17»» 40«.l
-ff = 11 19.8 JJ+tto =- 5 57.5
log A 8.8239 log A 8.8239 a^ = 18 3™ 40*531
log^ 1.2231 log A 1.3099 /+/^« +2.485
nnCG^+tto) 9.9984 n msi{H+a^) 0.0000 {g) — +0.178
tan^o 9.2062 n sec ^o 0.0055 \h) » +1.378
logO^)
log^
COS (G+tto)
9.2516
1.2231
8.9381 n
log (A)
log*
cos (H+aro)
sin^o
logW
0.1303
1.3099
8.0377
9.2007 n
a mm
(0 -
fV.UUX
18 37 44.573
-98 1.93
-1.45
-0.04
+1.52
0.00
log OK)
0.1612 n
0.1885
9.9945
8.5483 n
logt
coe^o
- 9 8 1.90
log (t) 0.1830
Page 214 contains for every tenth sidereal day the Besselian and 7n<fo-
'pendent Star-Numbers, exclusive of all short-period terms. They are useful in
computing ephemerides of stars, similar to those on pages 316-513, for which
data containing short-period terms should not be employed.
Pages 215-216 contain for Washington mean midnight of each day the
short-period terms of the nutation in longitude and obliquity, for use in con-
nection with the formulae on page 201, and the coefficients mentioned later,
which are given for each star on pages 316-513.
Pages 217-230 contain the Mean Places of Ten-^lay Stars for the beginning
of the Besselian fictitious year. These pages give also the magnitude, spec-
tral type, annual variations, and proper motions for each star. The annual
variations are to be considered as the differential coefficients of each coordi-
nate with respect to the time at the beginning of the year.
Page 231 contains, for the Circumsolar Stars, the same data as the imme-
diately preceding pages do for the ten-day stars.
Pages 232-315 contain for every upper transit at Washington the apparent
positions of seventeen northern and eighteen southern circumpolar stars
arranged in the order of their right ascensions. The mean solar time of transit
is given in the column Washington Mean Time, in order that each transit above
USE OF THE TABLES.
719
meridiaos, we may proceed as follows: Let F represent either the Wadiington
Mean lime, the Right Ascension of Center, or the Geocentric Declination of
CeiUer, and let V represent the corresponding Variation per Hour of Longitude.
Write down three successive values of F, together with the corresponding
values of V, and difference the latter as in the following scheme, where the
middle values, Fo and F©, belong to the cuhnination from which is to be derived
the value of Ffor the culmination on the meridian whose longitude is X: —
Function.
Var. p«r Hcmr
of Longitude.
^'
A"
F-^
V-i
a'
F.
Vo
a"
6
F*,
^1
Then, for the cuhnination at the meridian >l
where A must be expressed in hours and decimals of an hour, and reckoned
from Washington or from 180® from Washington according as the upper or
lower culmination is used for the middle value (jP©). Adding twelve hours to
the Washington time of lower transit at Washington gives the local time of
upi>er transit at places whose longitude is 180° from Washington.
The column Brighi Limbs is given to indicate to the observer which limbs
are illuminated. When one limb is full and the terminator is within V^ of
the opposite limb, both can be well observed, and in such cases both are indi-
cated, the defective limb being indicated by an italic letter or numeral, and the
correction for defective illumination (as seen from Washington) being given in
a footnote.
Pages 638-555 contain for each of the seven major planets, the geocentric
Apparent Right Ascension and DedinaiioUj the Horizontal Parallax, Semi-
diameter, Sidereal Tims of Semidiamster Passing Meridian, and the Washington
Mea/n Time, for the moments of all transits which it is usually desirable to
observe over the meridian of Washington. The stellar magnitude at opposi-
tion for Mars, Jupiter, Saturn, Uranus, and Neptune, respectively, is given at
the bottom of the page containing the ephemeris of the planet.
PART ///.—PHENOMENA.
This part gives the dates of the principal astronomical phenomena of the
year, expressed in Greenwich mean time, except in the case of the occultations
visible at Washington, where Washington time is used.
Pages 558-565 contain all necessary data respecting the solar and lunar
eclipses which occur during the year.
The eclipse elements are given for the moment of conjunction of the Sun
and Moon in right ascension, but the subsequent tables and results are com-
puted from tlie exact positions of these bodies at the several instants referred
to. The times and angles designated as the circumstances of a lunar echpse
renaain the same throughout all parts of the Earth, and require no explanation
beyond a mere statement of the fact that in computing them the geometrical
USE OF THE TABLES. 721
Changing to local mean time, we shall have —
Beginning. Ending.
d h m d h m
Greenwich mean time . . February 3 3 10 3 5 20
Longitude west 5 8 5 8
Local mean time .... February 2 22 2 3 0 12
In the case of total and annular eclipses, a fair estimate of the magnitude
of the ecUpse at any place may be obtained from the position thereof relatively
to the central line and to the limit. On the central line the echpse is annular
or total, while between the central line and the limit the maximum magni-
tude of the echpse is given by the quotient of the distance of the place from
tlie limit divided by the distance of the central line from the limit; the meas-
ttrements being made upon a line drawn through the place perpendicularly to
the central hne.
More Accurate Computations, — ^A more accurate determination of the
phases, as visible at any point of the Earth's surface, may be obtained from
the Besselian elements which are given for every 10 minutes of Greenwich
mean time. Their geometric signification is as fofiows: —
Let us imagine a plane passing through the center of the Earth, perpen-
dicular to the right line joining the centers of the Sun and Moon. This latter
line is the axis of the Moon's shadow, and the plane is called Hlq fwndaTnental
plane or plane of xy. We take the intersection of this plane with that of the
Sarth's equator as the axis of x, and the center of the Earth as the origin of
coordinates. The axis of y is perpendicular to that of x, and directed toward
the north; x and y are then the coordinates of the point in which the axis of
the shadow intersects the fundamental plane, and they are here expressed in
terms of the Earth's equatorial radius as unity. The angle d, of which the
sine and cosine are both given, is the declination of that point of the celestial
sphere toward which the axis of the shadow is directed; or, in other words.
It is the declination of the center of the Sun as seen from the center of the Moon.
The angle fx is the Greenwich hour-angle of this same point of the celestial
sphere.
The quantities \ and Z, are the radii of the shadow cones upon the funda-
mental plane, \ corresponding to the penumbra, and Z, to the umbra, or annulus.
The notation is that of Chauvenet's Spherical and Practical Astronomy ^ in
which Z, is regarded as positive for an annular and negative for a total eclipse.
The angles /i and/j, the tangents of which are given, are the angles which
the elements of the respective shadow cones make with the axis of the shadow;
or, they are the semiangles of the two cones.
In order to faciUtate interpolation to any required moment, the logarithms
of x'j y', and /£', which are the changes of x, y, and n, in one minute of time,
are given at the bottom of the table.
The method of computing an ecUpse from its Besselian elements is based
on the fact that at the moments of beginning and ending the distance of the
observer from the axis of the shadow or penumbra is equal to the radius of the
latter at the point of observation. To find this distance and radius we proceed
as follows:
(1) The coordinates of the observer, $, i^, and ^, together with their varia-
tions in one minute, are computed for some assumed moment of Greenwich
mean time, as near as practicable to the true time of the required phase.
79790^—1916 i6
722
THE AMERICAN EPHEMERIS.
(2) The coordinates x and y of the axis of the shadow, together with their
variations in one minute, are taken for the same moment from the tables of
elements.
(3) From (1) and (2) the position and motion of the observer relative to
the axis of the shadow are foimd.
(4) The radius of the penumbra or umbra at a distance from the fondi-
mental plane equal to that of the observer is also computed.
(5) Then, assuming the motions to be uniform, we determine the time
required for the observer to be brought to a distance from the axis of the
shadow equal to this radius.
The formulse and directions for the several steps in the computation ire
as follows: —
(1) Find p cos 9' and p sin 9', which are the geocentric coordinates of
the station referred to the Earth's equator, p being the distance from the
center of the Earth and 9' the geocentric latitude. These coordinates may be
computed from the following table based on the compression of the Earth
adopted at the Paris Conference of 1911, 1/297, by the formula —
pco8 (p' =^Fcos (p
, sin <p
/>sm V ^—7T^
(p being, as usual, the geographic latitude.
Table for Computing the Geocentric Coordinatee of a Place.
9
Log F.
Log (7.
0*»
5
10
15
20
25
30
35
40
45
50
55
60
65
70
75
80
85
90
0.00000
0.00001
0.00004
0.00010 '
0.00017
0.00026 •
0.00037 ■
0.00048 "
0.00060
0.00073 '
0.00086 Z.
0.00098
0.00110 ^
0.00120
0.00129 *
0.00137
0.00142
0.00145
0.00146
0.00293
0.00292
0.00289 '
0.00283
0.00276
0.00267 •
0.00256 "
0.00245 J
0.00232 '
0.00220
0.00207 *■
0.00195
0.00183
0.00173
0.00164
0.00156
0.00151
0.00148
0.00146
For the assumed Greenwich mean time of computation, take from the
table of elements the values of sin d, cos d, and /£. Then, with X for the longi-
tude west from Greenwich, the coordinates of the observer will
C
7>cos 9' sin {ii—X)
p sin <p' cos d — p cos 9>' sin d cos (ji
p sin 9>' sin d-\-p cos (p' cos d cos (ji-
Ci+C.
USE OF THE TABLES. 723
and their variations in one minute of mean time will be —
$' = [7.63992] p cos <p' qm {ji- X)
ly' = [7.63992] p cos <p' sin d sin Oi-;) =[7.63992] f sin <?
^' is not needed.
(2) For the same assumed moment of Greenwich mean time, take from
tlie tables of elements the coordinates x and y of the axis of the shadow, together
ivith their variations for one minute, which are equal to one-tenth of the
differences of two consecutive numbers. These variations are represented by
x' and y\ and their logarithms are given beneath the tables of x and y.
(3) The distance m and position-angle M of the axis of the shadow rela-
tively to the observer, and the relative motions, n and N, are computed by
the formulae —
msin M^x — f
m cos Jf— y — ly
nsin N^x' — k'
n cos N^y' — T^'
(4) Both for the shadow and for the penumbra, the radius L at the dis-
tance (^ from the fundamental plane is computed by the formula —
L^'l—f^ tan/
I and /being found from the table of elements, and ^ computed in (1).
(5) If the time chosen for computation is exactly that of the beginning or
ending of the eclipse, we shall have —
m=i
But, as this condition will rarely be fulfilled on a first trial, a correction r to
the assumed time is computed thus: Find the angle </f from the equation,
. , msin(Jlf— JV)
8m^= J
There will be two values for this angle, of which one will be in the first and
the other in the second quadrant when sin </f is positive, and one in the third
and the other in the fourth quadrant when sin </f is negative; but simpUcity
will be gained by taking only that value of <[f for which cos iff is positive. This
value Ues between the limits + 90® and — 90®. The correction t to the assumed
time of beginning or ending of the ecUpse will then be found, in minutes,
from —
„ ^ cos (M— N) L cos (p
" n n
where the double sign is to be taken negative for the beginning and positive
for the ending.
However, one such pair of values of r can not give the times of both
beginning and ending with accuracy. To attain that, we must commence the
computation by assuming two times, one near the beginning and the other
near the ending of the eclipse, both of which may be derived from the chart
with sufficient exactness. The computation for the first assumed time wi)'
USE OF THE TABLES.
725
be^
From the Eclipse Chart we find the approximate times of the phases to
d b m
Begicming February 3 3 10 ] ^ • i.\r rn
Ending 3 6 20 t ^^""^'^^ Mean Tmie.
iding
Greenwich Mean Time, T, February 3,
M
X
p cos tp'
sin (m—X)
Beginning.
f*
44 1 42
+77 3 0
-33 1 18
9.89169
9.73636 n
SDdlng.
6" 20""
n
76 31 42
+ 77 3 0
- 0 31 18
9.89169
7.95926 n
log 5
9.62805 n
7.85095 n
S
-0.42467
-0.00710
p sin 9'
9.79558
9.79558
cosd
9.98109
9.98114
logi7i
9.77667
9.77672
'/i
+0.59796
+0.59803
p cos ^'
9.89169
9.89169
sin {2
9.46062 n
9.45999 n
cos (/i— A.)
9.92349
9.99998
log 17,
9.27580 n
9.35166 n
7,
-0.18871
-0.22473
//=7i-%
+0.78667
+ 0.82276
p sin ^' sin ci
9.25620 n
9.25557 n
c.
-0.18038
-0.18012
p cos ^' COS {? COS 0"— A.)
9.79627
9.87281
+0.62556
+ 0.74612
c-c,+c.
+0.44518
+0.56600
const, log
7.63992
7.63992
/Bcoe 9>'co8 (/<— A^)
9.81518
9.89167
log if'
7.45510
7.53159
if'
+0.002852
+0.003401
const, log
7.63992
7.63992
£^sin<2
9.08867
7.31094
logv'
6.72859
4.95086
7'
+0.000535
+ 0.000009
z-iT
-0.20669
+ 0.52109
y-j;
-0.50656
-0.07282
x'-^'
+ 0.005961
+0.005407
y'-rr'
+0.003076
+0.003608
mam M
9.31532 n
9.71691
mcos W
9.70463 n
3.86225 n
tan M
9.61069
0.85466 n
USE OF THE TABLES.
727
log (sum)
logr
colog n
sec^
U)
N+tp
sin (N+i))
log 5
log ^ sin (iV-f ^)
cos (N^^)
log%
log % cos (N'\-if))
Ending.
3.8451
0.4498
2.1871
0.1182
6.6002
+0.0004
96** 40'
9.9971
7.8510 n
7.8481 n
9.0648 n
9.3517 n
8.4165
^8in(J\r+^)
17, cos (iV-f ^)
diff.
log (cM.)
const, log
logr»
colog (n cos ^0
(2)
(l) + (2)-<Jr
Ending.
-0.0070
+ 0.0261
-0.0331
8.5198 n
4.9788 n
0.8996
2.3052
6.7034
+ 0.0005
+o!()01
+2.817
+ 2.818
The corrected time of ending is, therefore,
To = February 3^ 5^ 22«818
Whence we find —
Beginning,
d h m
Greenwich Mean Time, February 3 3 11.327
X +5 8.200
Local Mean Time,
Therefore we have —
February 2 22 3.127
Ending,
d h in
3 5 22.818
+ 5 8.200
3 0 14.618
m
Beginning of the Eclipse, February 2 22 3 7.6 1
End of the Eclipse, February 3 0 14 37.1 J
Local Mean Time.
Beginning.
Ending.
N^i^
21 35.0
96 39.8
constant
180 0.0
0 0.0
Angle of position, P 201 35.0 96 39.8
from the north point of the Sun's disk toward the east for direct image.
Pages 566-570 contain the adopted mean places and annual proper motions
of such stars, as bright as magnitude 6.5, as will be occulted during the year
by the Moon.
Pages 571-607 contain the elements for the prediction of the times of
occultations of stars and planets by the Moon during the current year. The
system of coordinates employed is similar to that already described for eclipses,
the fundamental plane passing through the center of the Earth, and being
taken perpendicular to the line joining the star and the center of the Moon,
but the cone circumscribing the Moon and star is regarded as a cylinder which
intercepts the fundamental plane in a circle having the same linear diameter
as the Moon.
In the columns referring to the star, those headed Redans from 1916,0 give
the quantities necessary to reduce the mean place of the star at the beginning
of 1916 to its apparent place at the time of occultation. These reductions are
sufl&ciently accurate to be definitive.
USE OF THE TABLES. 729
The procedure for each occultation will then be as follows: —
(1) The geocentric coordinates of the place, p sin <p' and p cos <p'j are
to be computed by the formulae and table given in connection with eclipses
on page 722.
The next step will be to find the approximate instant of apparent con-
junction of the Moon and star as seen from the place, and that may be deduced
from the time of geocentric conjunction by the application of an approximate
correction taken from Downes's table, printed in the volumes of the American
Ephemeris for 1882 to 1899. This correction must be reckoned in mean solar
hours, and will be designated by the symbol i. It will have the same sign as A©.
When DowNEs's table is not available, the correction may be computed
from the formulae,
^o •= P cos 9>' sin i^o
4
S' = [9.4192] p cos <p' cosg ho
t
So
ir^
By applying i to the Greenwich mean time of geocentric conjunction, as
given with the elements, we shall have the Greenwich mean time of local con-
junction within a few minutes.
(2) Compute for the instant TA-i the following quantities, in which i^ is
the sidereal equivalent of the mean time interval i:
S =^P cos q>' sin (A'c + O
tf =psin ip' cos (J— />cos 9>'sin <^cos (Ao-f-0 = ^i — ^j
^' = [9.4192] p cos <p' cos (Ao + O
Tf' = [9.4192] p cos <p' sin d sin {K + Q = [9.4192] 4^ sm tf
y=Y-hy't
Compute also m, Jf, n, Ny and ^ from the equations,
msin M=x —S
m cos 2f = y — 7
nsin N^x' — £'
ncos N^y' — fj'
sin 0 = [0.5646] m sin (If- iV)
fp being taken between the limits ±90®. Finally compute,
[1 .7782]m f.. 7VA -T- [1 -21 35] ^ .
n n
^^^[6.7591]r» ^^^ (JV:f ^)-5«iin (N^i^)]
ncos tf) *- '
where the double signs are to be taken negative for an immersion and positive
for an emersion. Both r and tfr thus have two values, which are expressed
in minutes of time, and in order to distinguish them let those pertaining to
immersion be designated respectively r' and dr\ while those pertaining to
emersion are designated r" and dr'\ We then have for the Greenwich mean
times of the phases.
USE OF THE TABLES.
731
As an example of an isolated occultation, we will compute that of 112
B. AurigsB on March 11, 1916, for Miami, Fla., whose position is —
^-+25** 46' 28".0
X-+ 5»» 20«46».8
and whose geocentric coordinates are —
p sin 9^ - 9.6367
p cos ^"9.9548
From the elements on page 578 we have,
h m
r« 12 20.6
5-4-6 6.0
and A^-5-.X=+ 0 45.2
From the formulas on page 729, we find the correction, t, to the Greenwich
mean time of geocentric conjunction, T, to be about +0^ 33"*.4; therefore the
Greenwich mean time of apparent conjunction is —
r+<= March 11^ 12»» 54»0
112 B. Aurigse.
Xpmnnt
Decttnation.
e /
+26 62.5
O. M. T. of (5
d h m
Mar. 11 12 20.6
Hour Angle.
h m
-f 6 6.0
Y
-0.0180
X'
0.5456
-0.0092
T+tUar. 11
" 12" 54-.0
ho
+ 0 45.2
to
+ 0 33.5
K+to
+ 1 18.7
p cos 9»'
9.9548
sin Oio+to)
9.5272
9.4820
S
+ 0.3034
pain q>'
9.6357
cos 6
9.9504
9.5861
Vx
+0.3856
pcos <p'
9.9548
sin S
9.6552
cos (ho+to)
log 7,
9.9739
9.5839
'7,
+ 0.3836
Vi-Vi~V
+ 0.0020
const, log
9.4192
p
COB <p' cos Qlo + 'o)
9.9287
\ogS'
9.3479
$'
+0.2228
const, log
9.4192
Smnd
9.1372
log»/'
8.5564
V'
+0.0360
log at'
9.7369
log*
9.7455
logz
9.4824
X
+0.3037
logy'
7.9638 n
\ogy't
7.7093 n
y't
-0.0051
Y
-0.0180
y
-0.0231
x-S
+0.0003
y-v
-0.0251
x'-$'
+0.3228
y'-v'
-0.0452
msxa. M
6.4771
m cos M
8.3997 n
tan M
8.0774 n
M
179° 19'
cos M
0.0000 n
logm
8.3997
nsin JV
9.5089
«C08 N
8.6551 n
tan N
0.8538 n
N
97° 58'
sin N
9.9958
logn
9.51 ''I
t^K OF THE TJkBLBSL TSJi
1 0 ^> 1>C. ,»
Ad^ of posinoiK. P 91.0 :*S4.^
from the north pocit d ihr Moon's liznb towaid tbr ci^i. Ky ^ann
Pftgies 607-609 coQUin in detail aJl the data iWMimij f^r civernQg: exufT
occultatioD of the gEOcxml Ikt vhich b xisihfe at Wftshioft«a eunngr ^
year.
Page 610 rootains the £f^ffri< for Pikyrnvf lHwrtiKi^ia* ^^At
Page m cootaiDs certain cfenenta leffirir:^ ti> xhe Xvxhi^ u» e^«al9r^
and its oirbit:
i is the inrlinaticMi of the Moon's mean equator to the £anh^$ tnae «iyMMr^
A is the diBtance on the Moon's mean equator fionai its ie§<y«idit:mt aoiie
on the Sartk's true equator to its ascending node on the e<iipuc of dale^
Q' is the distance along the Earth's true equator frooai the true equittcct
to the ascending node of the Moon's mean equator.
n is the longitude of the perigee of the Moon s orbits nletv^i t^ ttie
mean equinox of date.
fi is the longitude of the ascoiding node of the Mocn^^ ortAl 04t ttie
ecliptic, referred to the mean equinox of date.
C is the Moon's mean longitude, referred to the mean equizK^ of dale^
Pages 612-619 contain the EpkemmMfor PAytJail (>&jMrr«lHHi« or tiW Jf «^mi^
The Belenogra|duc longitudes are measured in the piano of the Mooa^s equalor^
the axis of refer«ice being the radius of the Moon which pa:g^\» thi\H^ thd
mean center of the yisible disk, positire toward the west — i. e.» toward Mara
Crisium — and the latitudes are measured from the Moon's equator, po«iUTd
toward the north — L e., in the hemisphere containing Mare SorouitatisL«
The optical and physical librations in longitude and latitude have been
computed with elements and formube given on page xiii, and their sum» ait^
given in the second and third colunms, respectively, the phy^cal librHtiou
being given separately in the fourth and fifth colunms. The Suu*8 e^tJeuiw
graphic colongitude (90**— longitude) and latitude and tho pi^ition-anjrlo of
the Moon's axis, C, in the sixth, seventh, and eighth columns, resjHH^tiTt^ly, have
all been corrected for the effect of physical libra t ion.
When the libration in longitude is positive, the mean center of the disk is
displaced toward the east — that is, the region thus cxjm>sih1 to view is on the
west limb — and when the libration in latitude is positive the mean center of
the disk is displaced toward the south — that is, the region thus ex|K>sotl to
view is on the north limb.
The altitude of the Sun, A, at any given time above the horixon of any
point on the Moon whose selenographic longitude and latitude, X and />, an>
known, may be computed from the foUoi^ing formula, tho Sun's Belenogra))hio
longitude and latitude being denoted by Zq and &q, respt^ctively:
sin -4. =» sin Sq sin fi + cos 5q cos /3 voa (Iq — X)
Pages 620-621 contain the data with reference to tho ilhiminated disks of
Mercury and Venus. The angle 0 is the angle which the arc of the great circle
734 THE AMERICAN EPHEMERIS.
from the planet to the Sun makes with the arc from the planet toward the irest,
measured in the direction west, north, east, south. It is measured from (f to
360^. We may also regard 0 as expressing the angle which the line of cvs^
makes with the meridian, the positive direction of the meridian being toward
the north, and the positive direction of the line of cusps that in which a person
following this line would have the illuminated portion of the disk on his r^t
Pages 622-625 contain the Ephemeris jar Physical Observations of Man,
The quantities here given have been corrected for aberration, so that in vsasig
them they should be interpolated to the actual time of observation.
P is the position-angle of the axis of rotation measured eastward from
the north point of the disk.
Aq and ^0 are the planetocentric right ascensions of the Earth and
Sun, respectively, measured in the plane of the planet's eouator from its vcmal
equinox.
Dq and Dq are the planetocentric declinations of the Earth and &in,
respectively, referred to the planet's equator.
Q ^ Sb the planetocentric longitude of the Sun measured in the plane of
the planet's orbit from its vernal equinox.
Ic is the ratio of the area of the illuminated portion of the apparent disk to
the area of the entire apparent disk regarded as circular.
i is the angle between the Sun and the Earth as seen from the planet.
2 is the angular value of the greatest defect of illumination as seen from
the Earth.
Q is the position-angle of the radius of the disk which passes through ^
point of greatest defect of illumination — that is, of the radius perpendicular
to the line joining the cusps. It is measured eastward from the north point of
the disk.
The colunm headed Central Meridian contains the longitude of the nieriifian
which bisects the disk, measured from the adopted zero meridian.
The columns headed Mean Time oj Transit of Zero Meridian contain tbe
Greenwich Mean Time of every transit of the zero meridian across the aetoal
center of the disk.
Page 626 contains, for the Satellites of Mars, the diagram of their orlHts
and the times of their elongations.
Pages 627-630 contain the Ephemeris Jor Physical Observations of Jupiter,
The colunms headed Central Meridian contain the longitudes of Uie merid-
ian which bisects the disk, measured from the adopted zero meridian of System I
and System 11, respectively.
The column headed Correction jor Phase contains the corrections to be
applied to the longitudes of the central meridian to obtain the longitudes d
the meridian bisecting the illuminated disk.
The colunm headed Transit of Zero Meridian contains the Greenwich
Mean Time of every fifth transit of the zero meridian across the center of the
illuminatod disk.
The quantities in the remaining colunms on pages 627-628 are the same
as those defined under the Ephemeris for the Physical Observations of Mars,
Pages 631-655 contain, concerning the Satellites of Jupiter, Uie diagram
of the orbits of Satellites I-V, the times of conjunction of Satellites I-B'.
USE OF THE TABLES. 735
he times of elongation of Satellite Y, the differences in right ascension and
leclination between Jupiter and Satellites VI and VII, and the phenomena
i the Satellites I-IV together with their configurations.
Page 656 contains the Magnitude of Saturn and the Elements of the Rings.
Pages 657-665 contain, concerning the SaieUites oj Saturn, the diagram of
he orbits of the seven inner satellites, the times of elongation for the first eight
atellites, the differences in right ascension and declination between Saturn
tnd Phoebe, the ninth satellite, and tables for predicting the position-angles
ind distances from the center of the planet of the first eight satellites.
Page 666 contains the diagram of the orbits of the satellites of Uranus^
ogether with the times of their elongations.
Pages 667-668 contain tables for predicting the position-angles and dis-
ances from the center of the planet of the satellites of Uranus and Neptune.
Page 669 contains the diagram of the orbit of the satellite of Neptune^
ogether with the times of its elongations.
Pages 670-671 contain the Phenomena, or the configurations of the Sun,
ifoon, and planets, expressed in the symbols of page xx. The predicted times
>f the conjunctions, quadratures, and oppositions of the planets with respect
jo the Sun are, respectively, the instants when the longitude of each planet
iiffers from that of the Sun by 0®, ±90*^, or 180*^. For the conjunction of
ixe planets with the Moon and with each other, the predicted times are the
nstants when the two bodies have the same right ascension. In the case of
conjunction the degrees and minutes to the right indicate the difference of
leclination. Thus, d s € .... <? — 4** 22' would be read ^'Conjimction of
kiars with the Moon, Mars 4*^ 22' to the South."
These pages contain also the beginning of the seasons; the perihelia and
tphelia of the planets, including the Earth; the passage of the planets through
.he nodes of their orbits upon the ecUptic; the time of Mars' nearest approach
x> the Earth; the time of the greatest brilliancy of Venus; and the date of
unar and solar eclipses, with their aspect as seen from Washington.
Pages 672-681 contain the Positions of Observatories, together with a list
>f the authorities from which the positions are obtained. The tabular arrange-
nent is self-explanatory.
Page 682 contains two examples in the computation of lunar distances^
^hich are inserted because lunar distance tables are no longer published.
Pages 683-707 contain a series of tables numbered from I to VII.
Table I — For Finding the Latitude hy an Observed Altitude of Polaris.
Table II — For converting Sidereal into Mean Solar Tim>e.
Table III — For converting Mean Solar into Sidereal Time.
Table IV — For Finding the Azimuth of Polaris at AU Hour Angles.
Table V — For Finding the Azimuih of Polaris at Elongation.
Table VI — For Finding the Times of Upper and Lower Culmination of
Polaris.
Table VII — For finding the Apparent Place, Time of Upper CulmiruUion,
ind Time Interval between Upper Cvlminaiion and Elongation, of Polaris.
INDEX TO APPARENT PLACES OF STARS, 1916. 737
Smxnm
». Pi^.
Nftme.
pm«.
Name.
Page.
Name.
Page.
Name. Page.
Name.
Page.
Name. Pace.
Corvi.
Doradufl.
Eridani.
Groombr.
Hofologii.
Leonifl.
Lupi.
P
417
a
355
y
354
1446
388
a 352
B
396
P 434
T
414
d
366
o»
352
1450
387
M 342
c
400
r 439
6
416
r»
340
1586
397
38 G. 344
V
398
C 436
a
413
Draconis.
r»
341
1706
405
6
408
r»
347
1830
412
Hydrse.
f
409
Lynds.
OrsktenB.
a
427
r«
348
2001
423
M
397
P
456
v»
353
2164
433
a 394
«
395
2 369
cc
406
r
460
<P
334
2283
236
r 422
0
396
8 371
a
407
d
471
e
345
2320
444
6 388
ft
398
15 375
0^
408
a
476
g
348
2377
450
B 390
P
402
24 381
c
411
c
453
12
343
2533
463
C 390
6
409
26 383
V
447
53
355
3241
481
6 392
X
409
27 384
/"*»-
^z>
6
443
4163
512
X 399
v
410
31 386
%JT\A%S10,
f
438
Fomacis.
M 401
X
407
40 393
r
415
419
K
X
417
410
fi
339
GniiB.
r 404
e 410
d
I
406
404
Lyree.
416
414
o
459
468
Attn
K
335
334
a
P
495
500
ft 426
6 388
54
407
405
a 466
r
472
r
B
%
493
P 467
Cygni.
X
*
464
458
Geminor.
501
504
Hydri.
Leo.
Min.
r 469
0 471
09
457
a»
380
a 332
10
395
f 470
a
483
A
448
P
382
P 318
19
398
R 468
§
473
IH.
234
r
372
Herculis.
r 349
31
401
r
480
3
411
d
378
d 335
41
403
9
476
4H.
414
B
373
a
453
B 337
42
403
Mensse.
B
484
9H.
402
c
376
P
448
0 342
46
405
C
488
12 H.
441
V
369
r
446
f 345
d 353
6
474
35
459
6
375
s
453
X 322
Leporifl.
C 233
t
473
36
463
f
379
B
452
M 337
*
31 G. 233
K
472
50
467
K
381
c
450
a
363
486
76
237
k
378
V
450
Indi.
P
362
Microecop.
k
487
79
494
/*
370
6
460
S
366
o
478
220 H».
485
r
371
f
457
a 482
B
359
r 486
jr»
493
%
373
K
444
P 485
c
365
6^ 489
6
489
Equulei.
P
380
X
456
B 494
W
367
V
488
^
382
u
458
p 502
r
M
360
^
490
a
488
X
384
e
460
*^>^^r
Monocer.
15
475
1
368
o
462
Lacertse.
Librse.
41
481
Eridani.
51
377
fC
454
8 373
61
487
6
449
a 498
a
433
8 370
74
491
a
328
Groombr.
T
446
3 498
P
437
10 371
fl
359
fP
444
10 499
r
439
18 374
Belphini.
r
350
750
232
00
447
s
434
25 381
s
347
848
355
d
452
Leonis.
t
436
30 387
a
482
B
346
944
232
w
454
X
442
P
482
c
344
966
363
49
451
a 399
r
434
Muscse.
r
484
V
340
1119
234
89
459
P 412
2
429
6
483
6
341
1308
379
109
464
r 400
8
433
a 417
8
481 M
356
1374
383
110
466
S 408
32
438
S 420
79790*^-
-1916—
—47
738 INDEX TO APPARENT PLACES OF STAES, 1916.
Name.
Page.
Name.
Page.
Name. Page.
Name. Page.
Name. Page.
Name.
Page.
1
Name. Page.
Nonnis.
Ononis.
Persei.
Puppis.
Scorpii.
Telescopii.
nia.lOA.
r^
445
«»
357
p 342
IG. 368
r 449
a
464
a 232
r
361
r 340
4 382
24 449
P 43S
Octantis.
^i
364
V 328
20 385
'
Trianguli.
r 437
a
486
11
359
qf 329
Scolptoris.
6 237
P
238
238
236
c 351
Pyxidifl.
a
330
e S3S
Pavonis.
a 480
m 354
6 333
a 389
6 394
a 323
P 508
r 606
P
r
333
334
C 441
V 447
X 2Jr
c
V
234
235
P
r
483
490
Phoenicis.
Keticuli.
6 511
« 330
Tri. Austr.
4 42B
5 49
t
K
235
235
238
e
c
V
477
465
457
a 318
P 324
r 326
a 352
6 350
Serpentis.
a
P
450
442
19 ¥i
i
P
236
X
467
e 316
•
a 440
r
436
VeloroiiL
6
V
237
238
Pegasi.
fi 320
if 331
Sagittae.
P 474
/5 440
;^ 442
Tucanse.
q M
X
237
a
503
r 477
6 476
e 441
4G.
232
P
503
Razzi.
7 463
a
497
Vi^nis.
7 0.
233
y
317
6 468
r
506
Ophiuchi.
0
e
c
492
500
221 434
Sagittarii.
K 440
/< 441
e
C
513
318
a 422
ft HI
a
456
V
500
Pictoris.
r 461
6 457
K
325
r 41S
c 4^
P
458
6
496
a 375
6 463
r' 438
k
r
459
I
495
e 464
c 465
Urs.
Maj.
C 4S
7 41S
e m
t 428
ir 427
X 421
8
445
X
501
Piflc. Auatr.
C 469
3 436
e
446
u
501
7 462
a
406
c
449
K
496
a 503
t 477
Sextantis.
P
406
V
6
K
452
454
451
V
V
507
507
511
6 500
3 488
X 465
n 462
ic 470
6 397
33 402
r
8
412
414
420
X
V
448
460
1
16
490
493
Piscium.
r 606
6 468
<p 466
Tauri.
V
422
424
/< 4£
o 41S
ir 413
6
h
30
67
70
72
455
455
452
461
461
462
20
31
55
59
70
72
494
497
504
505
508
509
6 322
e 323
C 325
Tf 327
0 508
t 509
i> 471
c 478
d 471
/ 475
h 473
54 474
a 354
P 362
r 353
6 353
c 354
C 364
0
t
K
X
u
V
395
391
391
400
400
408
/9 41g
r 438
^ 439
X ^
m &
70 45i
Ononis.
Penei.
K 508
y 329
Scorpii.
7f 348
t 358
o
387
392
89 425
109 4S
a
367
a
345
i 331
a 448
X 350
V
397
P
361
P
343
o 329
P 443
/< 352
*
407
Volantis.
r
362
r
342
K 328
r 435
V 351
X
411
s
363
6
347
r 325
6 443
^ 346
d
394
r» 37«
s
364
B
349
V 326
c 451
o 345
h
394
^ 37*
C
365
c
349
00 512
1/ 453
r 355
3H.
384
t
364
V
339
/ 325
t» 458
A 351
30 n.
401
Yulpecula.
K
366
6
338
30 513
A 456
/ 346
32
399
AT
y
368
y
347
33 316
ie 442
i 357
36
402
24 479
ie
356
«
350
44 318
tf 446
p 351
76
419
32 4^
GENERAL INDEX.
Page.
Abbreviatioiis xx
Aberration, Constant of xviii
of the Sun 3
A<^emar (Alpha Eridani), Apparent Place 328
Mean Place 217
Age of the Moon 118
Alcyone (Eta Tauri), Apparent Place 348
Mean Place 219
Aldebaran (Alpha Tauri), Apparent Place 364
: Mean Place 219
Algol (Beta Persei), Apparent Place 343
Mean Place 218
Alioth (Epsilon Ursse Majoris), Apparent Place 420
Mean Place 224
Alkaid (Eta Ursse Majoris), Apparent Place 424
Mean Place 224
Alpha Ganifl Majoris (Sinus), Apparent Place ........ 374
Mean Place 221
Orbit Position xii
Parallax xi
Alpha Canis Minoris (Procyon), Apparent Place 381
Mean Place 221
Orbit Position xii
Parallax xi
Alpha C^entauri, Apparent Place 431
Mean Place 225
Orbit Position xii
Parallax xi
Al]^ Ursse Minoris (Polaris), Apparent Place 232, 707
Mean Place 231
Polaris Tables 683
Alpheratz (Alpha Andromedee), Apparent Place 316
Mean Place 217
Altair (Alpha Aquilse), Apparent Place 476
Mean Place 228
Parallax xi
Anniversaries and Festivals xvl
Antares (Alpha Scorpii), Apparent Place . 448
Mean Place 226
Aphelia of Planets 670
Apogee of Moon 117
Apparent Place of 2 Aquilse, Example of Iteduction to 716
Places of 790 Standard Stars 316
of 35 Circumpolar Stars 232
of 826 Stars, Index to 736
Arcturus (Alpha Bo6tis), Apparent Place 428
Mean Place 224
Ariel, First Satellite of Uranus 666,667,668
739
GENERAL INDEX. 741
Easter, date of xvi
Eccentricitiefl of the Orbita of the Earth and Planets xix
Eclipeee, Solar and Lunar Elements and Circumstances of 558
Solar, Besselian Elements of 561, 563, 565
Charts of following pages 562,564
Correction to Elements of xii
Example of the Computation of ...*... . 724
Ecliptic, Obliquity of 3
Election Day, Date of xvi
Elements of Planetary Orbits xix
Elongations of Planets 670
of Satellites 626,632,658,666,669
Elongation, Azimuth of Polaris at, Table V 700
of Polaris, Time Interval from Upper Culmination, Table VII . 707
Enceladus, Second Satellite of Saturn 657,659,662,664
Epact xvii
Ephemeris for the Meridian of Greenwich (Part I) 1-198
of Washington (Part II) 199-555
Equation of Time for Greenwich Mean Noon 2
for Washington Apparent Noon 514
Equator, Moon's 611
Equinoxes, Date of 670
Errata viii
Example of the Computation of Lunar Distances 682
of Occultations 731
of Solar Eclipses 724
Reduction of Stars to Apparent Place 716
of the Sun 712
Festivals, etc xvi
Fomalhaut (Alpha Piscis Australia), Apparent Place 503
Mean Place 230
Geocentric Ephemerides of the Planets 134
Latitude of Observatories, Reduction to 672
Golden Number xvii
Gravity, Acceleration due to xviii
Gaussian Constant of xviii
Greenwich Ephemeris (Part I) 1-198
Hayford's Spheroid xviii
Heliocentric Coordinates of the Planets 142
Hyperion, Seventh Satellite of Saturn 657, 660, 663, 665
lapetus, Eighth Satellite of Saturn 657,660,663,665
Index>endent Star-Numbers 206, 214
Example of Reduction with 717
Exclusive of short-period Terms 214
FormuUefor 200
Ixiadiation xiii
Julian Period xvii
Jupiter, Distance from Earth, logarithm of 174
Elements of Orbit of xix
Ephemeris for Physical Observations of 627
Elements used xiv
Greenwich Transit of 174
Heliocentric Longitude and Latitude of 182
Horizontal Parallax of 174,548
Radius Vector (Distance from Sun), logarithm of 182
Reduction to Orbit 182
Right Ascension and Declination at Greenwich Mean Noon .... 174
at Washington Transit .... 548
GENERAL INDEX. 743
Page.
liars, Semidiameter, Adopted Constant of xix
Apparent 162,546
Sidereal Time of, Passing Meridian 546
Stellar Magnitude of 546, 622
Washington Transit of 546
ifass of Planets xix
tfean Places of 790 Standard Stars 217
of 35 Circumpolars 231
of Stars Occulted by the Moon 566
tfean Solar into Sidereal Time, Table III 691
Mercury, Apparent Disk of 620
Distance from Earth, logarithm of 134
Elements of Orbit of xix
Greenwich Transit of 134
Heliocentric Longitude and Latitude of 142
Horizontal Parallax of 134,538
Occultation of 677
Radius Vector (Distance from Sun), logarithm of 142
Reduction to Orbit 142
Right Ascension and Declination at Greenwich Mean Noon .... 134
at Washington Transit .... 538
Semidiameter, Adopted Constant of xix
Apparent 134,538
Sidereal Time of, Passing Meridian 538
Stellar Magnitude of 620
Washington Transit of 538
Meridian Passage of Jupiter 174,548
of Mars 162,546
of Mercury 134,538
ofMoon 118,522
of Neptune 197,554
of Saturn 184,550
of Sun 514
ofUianus 193,552
of Venus 150,542
Mimas, First Satellite of Saturn 657,658,662,664
Miia (Omicron Ceti), Apparent Place 335
Mean Place 218
Mizar (Zeta Ursn Majoris), Apparent Place 422
Mean Place 224
Used lor finding time of Culmination of Polaris (Table VI) 706
Month, Length of xviii
Moon, Age of, Greenwich Mean Noon and Midnight 118
Apogee and Perigee 117
Bright Limbs 522
Corrections to the Long., Lat., and Ilor. Parallax of the xii
Culminations, upper and lower. Meridian of Washington 522
Distance from Earth, Mean xviii
Eclipses of, Elements and Circumstances 558
Ephemeris for Physical Observations of . 612
Formulae used xiii
Hourly 26
Equator, Position of 611
Libration, Formulae for computing xiv
Longitude and Latitude of 118
Formulae for ix
Longitude, Mean 118
True 61^
GENEBAL INDEX. 745
:, Hoikontal, of Mercury 134,538
ofMoon xviii, lis, 522
of Neptune 196,554
of Saturn 184,550
of Sun 2
ofUranuB 193,552
of Venus 160,542
Solar, Constant of ix, xviii
Pendulum, Length of Seconds xviii
Perigee of the Moon 117
Longitude of Moon's 611
Perihelia of Planets xix, 670
Phases of Eclipses of Jupiter's Satellites 637
of the Moon 117
Phenomena, Eclipses, Occultations, Satellites, etc., Part III 557
of Jupiter's Satellites 636
Planetary Configurations 670
Phobos, First Satellite of Mars 626
PhcBbe, Ninth Satellite of Saturn 657,661
Physical Observations of Jupiter, Ephemeris for 627
of Mars, Ephemeris for 622
of the Moon, Ephemeris for 612
of the Sun, Ephemeris for 610
Planetary Configurations 670
Orbits, Elements of xix
Planets, Aspects of 670
at Greatest Brilliancy (see Stellar Magnitude under each planet)
at Stationary Points 670
in Ascending and Descending Node 670
in Conjunction 670
in Elongation 670
in Opposition 670
in Perihelion and Aphelion 670
in Quadrature 670
Occultations of . . . 571, 572, 575, 577, 578, 581, 583, 586, 594, 597, 600, 603, 606, 609
Semidiameters of xix
Signs of XX
Polaris (Alpha UrsoD Minoris), Apparent Place 232, 707
Azimuth of, at All Hour Angles, Table IV 694
Azimuth of, at Elongation, Table V 700
for Finding the Times of Upper and Lower Culminations from Observations in
Connection with Zeta Uraee Majoris (Mizar), S. P. and Delta Cassiopeke, S. P.,
Table VI 706
Mean Place 231
Table I, for Determining Latitude by Observations of Polaris .... 683
Time of Upper Culmination, and Time Interval between Upper Culmination
and Elongation, Table VII 707
Pole Star (see Polaris).
Pollux (Beta Geminorum), Apparent Place 382
Mean Place 221
Precession, General xviii
in Longitude . • 3
Fkocyon (Alpha Canis Minoris), Apparent Place 381
Mean Place 221
Orbit Position xii
Parallax xi
Quadrature of Planets 670
GENERAL INDEX. 747
P»0e.
Signs of the Zodiac
Sirius (Alpha Can is Majoris), Apparent Place 374
Mean Place 221
Orbit Position xii
Parallax xl
Solar Cycle xvii
Ephemeris 2,514
into Sidereal Time, Table III 691
Solstices 670
Spheroid, Hayford's xviii
Spica (Alpha Viiginis), Apparent Place 422
Mean Place 224
Stars, Apparent Places of 790 Standard 316
of 35 Circumpolar 232
Elements of Occultations 571
Example of Reduction to Apparent Position 716
Formulfi for Reduction to Apparent Position xi, 200
Index to the Apparent Places 736
Mean Places for Beginning of the Year, of 790 Standard 217
of 35 Circumpolar 231
of Stars Occulted by the Moon . 566
Occultations visible at Washmgton 607
Star Numbers, Besselian and Independent, omitting short-period terms 214
Besselian, including short-period terms . . 202
Formulae used in Computing x, 200
Independent, including short-period terms 206
Sun, Aberration of 3
Constant of xviii
Coordinates, rectangular 18
Formulfi for ix
Distance from Earth, Mean xviii
Distance from Earth at Gr. Mean Noon, logarithm of 3
Eclipses of, Charts foUowing pages 562, 564
Elements and Circumstances of 558, 670
Example of 724
Ephemeris for Physical Observations of 610
Formulse used xiii
Examples in the Reduction of 712
Longitude and Latitude, Greenwich Mean Noon i 3
Mean, R. A. of, at Greenwich Mean Noon / . . 2
Parallax, Constant of . . . ix, xviii
Horizontal 2
R. A. and Decl. at Greenwich Mean Noon 2
at Washington Apparent Noon 514
Semidiameter, Adopted Constant of xiii, xix
Apparent 2,514
Sidereal Time of, Passing Meridian 514
Symbols and Abbreviations xx
Synodic Month, Length of xviii
Periods of the Planets xix
Satellites 631,657
Terms of Short Period in the Nutation 215
Tethys, Third Satellite of Saturn 657,659,662,664
Thanksgiving Day, Date of xvi
Time, Equation of at Greenwich Mean Noon 2
at Washington Noon 514
Mean, of Greenwich Sidereal Noon 3
1
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