Berliner Astronomisches Jahrbuch für 1924. Bd. 149, 1924

s

Berliner

Astronomisches Jahrbuch

für

1 9 2 4

1 4 9 . J a h r g a n g

Herausgegeben

von dem

A stro n o m isch en R e c h e n -In stitu t

zu

B e r l i n

Berlin

Ferd. Dümmlers Verlagsbuchhandlung

(Kommissionsverlag)

1 9 2 2

Berliner

Astronomisches Jahrbuch

für

1 9 2 4

1 4 9 . J a h r g a n g

Herausgegeben

von dem

A stro n o m isc h e n R e c h e n -I n s titu t

ZU

B e r l i n

B ib lio teka J a g ie llo ris ka

1 0 0 1 9 6 7 0 6 4

B e r l i n

F erd. D üm m lers V erlagsb uch h an dlu n g

(K om m issionsverlag)

1 9 2 2

1001967064

D irektor: Prof. D r. F . C o h n , Geh. Regierangsrat Observatoren: D r. J. P e t e r s , Professor

D r. J. R i e m , Professor D r. A . S t i c h t e n o t h D r. H. C le m e n s D r. P . Y . N e u g e b a u e r Dr. G . S t r a c k e

M i m ; ;

T c . ' i ü u > ' a , A b ° t : A < i 3 J i

V o r w o r t

V o m J a h r g a n g 19 16 a n i s t d e r f u n d a m e n t a l e M e r i ­ d i a n , a u f d e n a l l e A n g a b e n d e s J a h r b u c h s b e z o g e n s i n d , d e r M e r i d i a n v o n G r e e n w i c h . D ie Zeitangaben sind in M ittlerer Z eit G reen w ich , die K ulm inations-Phänom ene für die Kulm ination im M eridian von G reenw ich gegeben.

D i e G r u n d l a g e n d e s B e r l i n e r A s t r o n o m i s c h e n J a h r ­ b u c h s b i l d e n :

F ü r die S o n n e und die g r o ß e n P l a n e t e n :

D ie T afeln von N e w c o m b und (für Ju p iter und Saturn) von H i l l , enthalten in :

Astronomical Pajpers o f the Am erican Ephemeris,

V o l. V I , P a rt I— I V : Tables o f the fo u r inner planets, V o l. V I I , P a rt I — I V : Tables o f Jupiter, Saturn,

Uranus, Neptune.

A ls Sonnenhalbm esser in der m ittleren E n tfern u ng ist nach A u w e r s angenom m en: R = 15' 59”.63.

F ü r den M o n d :

T ab les o f the motion o f the moon b y E r n e s t W . B r o wn.

D e r geozentrische M ondhalbm esser rK ist aus der Ä q u ato rialL H orizontalparallaxe gerechnet nach der F orm el

r& = 0.272506 p a -+- 1". 50

A ls N eigu n g des M ondäquators gegen die E k lip tik ist nach F . H a y n ( A . N . 199 , 26^) angenom m en: J — i°3 2 '2 o ".

F ü r die F i x s t e r n e :

N euer Fundam entälkatalog des B erlin er Astronom ischen Jahrbuchs nach den G rundlagen von A . A u w e r s , für die E pochen 1875 und 1900 bearbeitet von D r. J . P e t e r s (V eröffen tlichung N r. 33 des K ön iglich en Astronom ischen R echen-Instituts).

D ie Sternspektra sind der »R evised H arvard Photom etry

(H arvard A nn als, vol. 50)« entnommen.

D ie P r ä z e s s i o n s - G r ö ß e n nach S. N e w c o m b (vgl. H . A n d o y e r , B u ll. A str. 28 ^{, 67)}

D ie N u t a t i o n s - K o n s t a n t e . . . . 9”.21 D ie N u t a t i o n s - G r ö ß e n nach S . N e w c o m b

(B u ll. A str. 15 ^{, 2 41)}

D ie A b e r r a t i o n s - K o n s t a n t e . . . . 2o".47 D ie S o n n e n - P a r a l l a x e . . . . . . 8”.80 D ie A b p l a t t u n g d e r E r d e . . . 1 : 2 9 7 . 0 F ü r die S a t e l l i t e n :

D ie A n g a b en über die 4 älteren J u p i t e r s t r a b a n . t e n beruhen a u f.d e n neuen T afeln von R . A . S a m p s o n ( Tables o f

the fo u r great Satellites o f Jupiter.

L ondon 1 9 10 ), die A ngaben über die 8 älteren S a t u r n s s a t e l l i t e n auf den von H. S t r u v e erm ittelten W erte n (N äheres s. Erläuterungen).

In allen Ephem eriden der Sonne, der Planeten und der F ix ­ sterne sind die kurzperiodischen, von der M ondlänge abhängigen N utationsglieder w eggelassen ; doch bietet das Jahrbuch die M ög­

lic h k e it, auch diese w eggelassen en G lied er zu berücksichtigen (s. E rläuterun gen ).

D e r In h alt des Jahrbuchs hat gegen das V orjah r keine Ä n d e ­ rungen erfahren. E in T e il der A n g a b en w urde seitens des N au tical A lm an ac, W ash in gto n , zur V e rfü g u n g gestellt. B ezü glich der Z ah lengrun dlagen sei auf die im B erlin er Jahrbuch für 1916 gegebene D arstellu n g der »G rundbegriffe der Sphärischen A stro ­ nomie« hingew iesen.

Fritz Colin.

I n h a l t

S e ite V o r w o r t ... III Zeit- und F e s t r e c h n u n g ... V I Sonnenephemeride ... : % ' Rechtwinklige S o n n e n k o ö r d i n a t e n ...20

M ondphasen... 39' Mondepherneride ...40 Mondbewegung und Lage des M o n d ä q u a t o r s . 58 Ephemeride des Mondkraters Mösting A ... 59 Geozentrische Örter der großen Planeten . . . . L . . . 64

Heliozentrische Örter der großen Planeten . 109

Mittlere Örter von 925 Fixsternen ... 1 1 4 Scheinbare Örter von 555 Z e i t s t e r n e n ... 138 Scheinbare Örter von 9 nördlichen P p ls t e r n e n . 278 Scheinbare Örter von 9 südlichen P o l s t e r n e n ... 308 Formeln für die Reduk.tion auf den scheinbaren O r t ... 338 Hilfsgrößen zur B erechnung der Präzession und der Reduktion auf den

scheinbaren O r t ... 339

Finsternisse . . . 376

Sternbedeckungen . • . . . . . . . . 386 Verfinsterungen der J u p it e r s t r a b a n t e n ...391

Saturn und Satum sring

. 1

393 .

Erscheinungen der S a t u r n s t r a b a n t e n ... 397

Konstellationen 422

• H i l f s t a f e l n ... 423 Koordinaten der S te r n w a r te n ... 443 Normalzeiten der w ichtigeren L ä n d e r ... 451 Erläuterungen zu den A ngaben und zum Gebrauch des Jahrbuchs . . . 452 B e r ic h tig u n g e n ... 466 Alphabetisches Sachregister : ... 467

Zeit- un d F e s t r e c h n u n g 1924

Das Jahr 1924 entspricht dem

Jahr .6637 der Julianischen Periode und dem Jahr 7432 —

7433

der Byzantinischen Ä ra

G regorian ischer Julianischer K alend er

K a l A nd p r ⁰

T a g im G regoria­

■ T a g im Julia-

machen K alender nischen Kälönder Septuagesima 17 . Febr. Septuagesima n . Febr. 24. Fe'br.

Aschermittwoch 5. März. Ascherwittwoch 28. Febr. 12. März J. Quatember 12. März

1

. Quatember 6. März 19. März Ostersonntag 20. April Ostersonntag 14. April 27. April

Himmelfahrt 29. Mai Himmelfahrt 23. Mai 5. Juni

Pfingstsonntag 8. Juni Pfingstsonntag 2. Juni 15. Juni II. Quatember 1 1 . Juni II. Quatember 5. Juni 18. Juni III. Quatember 17. Sept. III. Quatejnber 18. Sept. 1. Okt.

I. A dvent 30. Nov. I. Advent 1. Dez. 14. Dez.

IV . Quatember 17. Dez. IV . Quatember 18. Dez. 31. Dez.

K a l e n d e r d e r M o h a m m e d a n e r

1 3 4 2 (G em einjahr)

D sch em äd i-el-acch er I . . . . . . . 1924 Jan. 9 Redscheb I . . . » Febr. 7

Schabän I - . » März 8

Ramadan 1 » A pril 6

Schewwäl I » Mai 6

B su ’l-k a d e I » Juni 4

D sü .’l-h edsch e I » Juli 4

1343

(G em einjalir)

Moharrem 1 ... 1924 A ug. 2

Safar I » Sept. I

R e b i-el-a w w el I . . . » Sept.

3

° R e b i-el-a cch e r 1 . . . Okt. 30

D schem ädi-el-aw w el I » Nov. 28

D schem ädi-el-accher 1 » Dez. 28

K a l e n d e r d e r J u d e n

5 6 8 4 (R eg elm ä ß ig es S ch altjah r) Söhebat I

A dar I

1 4 Veädar I

, 1 3

1 4 15

Nisan I

x 5 1 6 21 22

Ijar 1

1 8 .

Sivan . I 6

7

Tharnuz I 1 8

Ab 1

1 0

El ul ' r

5 6 8 5 (Ü b erzä h lig es G em eiujahr)

Tischri 1 Neujahrsfest* . . . . 1924 Sept. 29

2 Zweites F.est* . . . ■ » .. . 30

3

Fasten-G ed aljah . ... * Okt. 1

ü. ■■■iö Versöhnungsfest* . . . . . 8

x5

Laubhüttenfest * ...

I3

16 Zweites F e s t * ... » 14

21 Palm enfest . . . . . . . »

x9

22 Versam m lung oder Laubhüttenende* . » 2 0 23 Gesetzesfreude * . . . . . >> 21

Marcbescbwan t » 29

Kislev' 1 » Nov. 28

25

T e m p e lw e ih e ... » Dez. 22 Tebet 1 ... »

D ie m it * b e ze ich n e te n F e s tta g e w e r d e n s tr e n g g e fe ie r t 28 . . 1924 , Jan. 7 . . . . . . » Febr. 6 K lein -P u rim . ... ,.» 19

» März 7 F a s t e n - E s t h e r ... » 19 Purim ...» , 2 0 Schuschan-P urim . . . i> . 21

... ; . . . . » A pril 5 P a s s a h - A n fa n g * ... » 19

Zweites F est* . . . » 20

Siebentes F est* » 25

A chtes Fest* » 26

... .» Mai 5

L a g - B ’o m e r ... » 22 ... . . . . . . » Juni 3 W o c h e n fe s t * ... . » 8 Zweites F e s t * ... » 9

» Juli 3 Fasten. Tem peleroberung . . . . >> 20 . . . . . . . . . >j A ug. 1 Fasten. Tem pelverbrennung . . . » 10

der

d K onjunktion

Wochentage □ Q uadratur

O Sonntag cP O pposition

£ M on tag

■C?

D ien stag Mondphasen

$ M ittw o ch • N eum ond

2t D qn n erstag © E rstes V ie rte l

$ F re ita g O V ollm ond

"b Sonnabend 3 L e tzte s V iertel

ß A u fs te ig e n d e r

) rr '

-

kt

-i •

t

( K n o te n

£3 N ie d e r s te ig e n d e r )

Z e i c h e n

des Tierkreises und der Himmelskörper

V W id d e r . . . o G r a d

d S t i e r ...

30. » 0 S o n n e

XL Z w illin g e . .

60 » ([ M o n d

K r e b s . . . . 90 » 5 M e rk u r O L ö w e . . . . 120 » ' • $ V e n u s 'TP J u n g fra u . . 150 » $ E r d e

W a g e . . . . 180 » cP M a rs 1Tl S k o rp io n . . 210 » 2t J u p ite r

Schütze . . . 240 » tr S a tu rn

rb S te in b o c k . . 270

» § U ra n u s t s W a sse rm a n n 300 » V N e p tu n

X F is c h e . . . 330 »

' ' . /

Sonne, Mond, Große Planeten

1924

Zeit Greenwich

M ittle re Z e it minus

W ^ lire Z eit Rektaszension Deklination ^gangs- Dauer

St.-Z t.

messer .

1 9 2 4 J a n . 0.0

1.0 2.0 3.0 4.0 5.0 . 6.0 7.0 8.0 9.0 10.0 11.0 12.0 13.0 14.0 15.0 16.0 ifj.o 18.0 19.0 20.0 21.0 22.0 23.0 24.0 25.0 26.0 27.0 28.0 29.0 30.0 31.0

F e b r. i.o

2.0 3.0 4.0 '

5

-°

6.0 7.0 8.0 9.0 10.0

Mo Di Mi Do Hr Sa St Mo

Di

Mi Do F r Sa- St Mo Di Mi Do Fr Sa St Mo Di Mi Do F r Sa St Mo

Di

Mi Do Fr Sa

St

Mo Di Mi Do F r Sa St

- 2 43.61

3 12

-

45

' 3 41.02

4 9-29

4 ,3 7 .2 2

5 4

-

7

8 -

5 31-93

5

28.57 28.27 27.93 27-56 27,15 26.70 -26.24 6 24.87

^ ' 25-72 6

5°-59

25.20

7

J

5-79

2, . 62 7 40.41.

24.04 .8 4.45

8 27.87 8 50.66 9 12.79

23.42 22.79 22.13 21.46

9 34-25 9 55-02

2aos 1 1 0 W 19.34 10

34-41

i8>6o

1 0 5 3- o i 6 1 1 10.87

' I7.IO

11 27-97

l6

1 1 4 4 ' 3 1 X5-57 + 1 1

59-88

i4>go

12 14.68 n I4-02

12 28.70 12 4 1

'94

I2.45

- 12 54-39 n .66 T3 6 '°5

^io.

87

-i-13 16.92

13 26.99 13 36.I6 13

44-73

13 52.39

23 59-23

10.07 9.27 8.47 7.66

+ 1 4 5-26.

14 10.48 14 14.88 14 18.46 14 21.23 14 23.19

6.O3

5.22 4.4O 3 -58 2 -77- 1.96

18 3 8 1 6 .7 5 18 42 42.15 18 47 7.28 18 51 32. xo 18 55 56.59 19 o 20.71 19 4 44.41 19 9 7.68 19 13 30,47 19 1 7 52.75 19 22 14.50 19 2 6 35.69 19 30 56.28 19 3 5 16.26 19 39 35.60 19 43 54.29 19 48 12.31 19 52 29.63 19 56 46.24 20 1 2.13 20 5 17.29 20 9 31.70 20 13 45.36 20 1 7 58.26 2 0 .2 2 10.38 20 26 2 1.74 20 30 32.31 20 34 4 2 .11 20 38 5 1 .1 1 20 42 59.33 20 47 6.76 20 51 13.38 20 55 19.21 20 59 24.23 21 3 28.44 2 1 7 31.84 2 1 1 1 34.43 21 15 36.20 2 1 19 37.15 21 23 37.29 2 1 27 36.61 21 31 35.13

4 25-4°

4

2

5

-X

3

4 24.82 4 24-49 4 24.12 4 23-7°

4 23-27 4 22-79 4 22.28 4 2I -75 4 21.19 4 2°-59 4 4 X9-34 4 18.69 4 18.02 4 *7-32 4 16.61

4 X5-S9 4 X5 -16 4 H -4 1 4 13.66 4 12.90 4 12.12 4 11*36 4 io *57 4 9.80 4 9*oo 4 8.22 4 7*43 4 6.62 4 5-83 4 5-02 4 4-21 4 3-40 4 2-59 4 x-77 4 0-95 4 0.14 3 59-32 3 58-52

- 2 3 9 17.4 23 5 0.7 23 o 16.3 22 55 '4.3 22 49 24.9 22 43 18.3 - 2 2 36 44.7

22 29 44.3 22 22 17.2 22 14 23.7 22 6 4.0 21 57 18.4 - 2 1 48 7 .1

21 38 30.5 21 28 28.7 21 18 2.0 2 1 7 ,1 0 .8 20 55 55.4 -2 0 44 1 6 .1 20 32 1 3 .I 20 19 46.9 20 6 57.8 19 53 46.O 19 40 12.0 - 1 9 26 1 6 .1 19 I I 58.7 18 57 20.0 18 42 20.6 18 27 0.7 18 I I

20.8

- 1 7 55 21.2

17 39 2.3 1 7 22 24.6 i ?

5

28.3 16 48 14 .1 16 30 42.2 - 1 6 12 53.0 15 54 47.1 15 36 24.9 15 17 46.7 14 58 52.9 14 39 44.1

4 16-7 4 44-4 5 12.0 5 39-4.

6 6.6 6 33.6

7 °-4 7 27-x 7 53-5 8 19.7 8 45.6 9 ix -3 9 36-6 0 1.8 0 26 .7 0 5 1.2 1 15.4 1 39-3 2 3.0 2 26.2 2 49.1 3 11.8 3 34-o 3 55-9 X7-4 4 38-7 4 5 9 4 5 *9-9 5 39-9 5 59-6 6 18.9 6 37-7 6 56.3 7 I4-2 7 3J-9 7 49-2 5-9 22.2 8 38.2 8 5 3 .8 9 8.8

70.99 l6 15.98 70.95 l6 z

5

-

9

8 ;

7

°-

9

z l6 15.98 70.86 l6 15.98 70.81 l6 *

5-97

70.76 l6 z

5

-

9

6 70.70 l6

1

.

5-95

. 70.64 16 z

5-93

79-57

l6 1

5

-

9

I

7

° -

5

° l6 15.88 70.43 l6 15.85

7

o

-35

^{16 •}

5

-

8

i 70.27 l6 •

5-77

70.19 l6 •

5-73

70.10 l6 15.68 70.01 l6 i

5 ö3

69.92 l6 •

5-57

69.83 l6 1 5 .5 1 69.73 16'15.44 69.63 16 15.36 69.53 16 15.28 69.43 16 I

5-I 9

69.33 16 15.10 69.23' 16 15.00 69.12 16 14.89 69.01 16 •

4-77

68.89 16 14.66 68.78 16 •

4-54

68.67 16 14.41 68.56 16 14.27 68.45 16 14.14 68.33 16 14.00 68.22 16 13.86 68.10 i6~ 13.71 67.99 16 •

3-55

67.87 16 13.40 67.76 16 13.24 , 67.64 16 13.08 67.53 16 12.92 67.42 16 12.76 67.30 16 12.59 67 .19 16 12.42

Sonne 1924 ³

§r.

B

Oh m i t t l e r e Ze i t G r e e n w i c h

T ag

Sternzeit Mittleres Äquinoktium 1924.0

Länge I Breite ^R

U nter­

gang A uf­

gang

L o Langeh x ••

+ 50 ° Breite

1924

Jan. o

1 2

3 4 5

6

7

8

9

10

12

x3

14 15.

16

17

x8

>9

20 21 22 23 24 +

2 5

26 27 28 29 30 31

Febr. 1

9

10

2 4 2 3 785 786 787 788 789 790

7 9 1

792

793 794 795 796 797

798

799

800 801 802 803 804 805 806 807 808 809 810 811 812 813 8x4

8

i

,5

816 817 818 819 820 821 822 823 824 825 826

h m 3

18 35 33.14 18 39 29.70 18 43 26.26 18 47 22.82 18 .51 19.37 18 55 15.93 18 59 12.49 19 3 9.05 19 7 5.60 19 1 1 2.16 19 14 58.72 19 18 55.27 19 22 51.83 19 26 48.39 19 30 44.94 19 34 41.50 19 38 38.06 19 42 34.61 19 46 3 1 .1 7 19 50 27.72 19 54 24.28 19 58 20.84 20 2 17.39 20 6 13.95 20 10 10.50 20 14 7.06 20 18 3.62 20 22 0 .17 20 25 56.73 20 29 53.28 20 33 49.84 20 37 46.39 20 4 1 42.95 20 45 39.50 20 49 36.06 20 53 32.61 20 57 2 9.17 2 1 1 25.72 2 1 5 22.28 2 1 9 18.83 2.1 13 15.38 2 1 17 11.94

278° 48 i 'o 279 49 11..2 280 50 2 1.7 281 51 32r4 282 52 43.4 283 53 54.5 284 55 5.5 285 56 16.4 286 57 2 7 .I 287 58 37.5 288 59 47.4 290 o 56.9 291 292 293 294 295 296

5-7

14.0 21.5 5 28.4 6 34.6 7 40.0 297 8 44.7 298 9 48.6 299 10 51.8 300 1 1 54.2 301 12 56.0 302 13 57.0

3°3 *4 57-4

304 15 57.1 305 16 56.2 306 17 54.7 307 18 52.5 308 19 49.8 309 20 46.4 310 2 1 42.3 3 11 22 37.5 312 23 31.9 313 24 2 5 a 3 14 25 17.6 315 26 8.9 3 16 26 59.0 3 17 27 47.7 318 28 35.1 319 29 21.0 320 30 5.3

l 11

61 10.2 61 10.5 61 10.7 61 II.O 61 I I . I 61 II.O

61 10.9 61 10 ,7 61 10.4 61 9.9 6 1 9.5 61 8.8

61 8.3 61 7.5 6l 6.9 61 6.2 61 5.4 61 4.7

61 3.9 6 1 3.2 61 2.4 6 1 1.8 61 1.0 6 i 0.4

60 59.7 60 59.1 60 58.5 60 57.8 60 57.3 ÖO 56.6 60 55.9 60 55.2 60 54.4 6° 53-3 60 52.4 60 51.3

60 50.1 60 48.7 60 47.4 60 45.9 60 44.3

+ O .5 0 + 0 .5 8 + 0 .6 4 + 0 .6 7 + 0 .6 6 + 0 .6 2 + 0 .5 7 + 0 .4 6 + 0 .3 3 + 0 .2 0 + 0 .0 8

— 0.04

— 0.16 7—0.26 - 0 . 3 4 - 0 . 3 9

— 0.41

— 0.42

— 0.40 - 0 . 3 5

— 0.28

— 0.18

— 0.06 + 0 .0 7 + 0 .2 1

+

0.35 + 0 .4 8 + 0 .6 0 + 0 .7 0 + 0 .7 6 + 0 .7 9 + 0 .7 8 + 0 .7 5 + 0 .6 9 + 0 .6 0 + 0 .4 8 + 0 .3 5 + 0 .2 2 + 0 .0 9

— 0.04 - 0 . 1 5

— 0.23

9.992 6648 9.992 6626 9.992 66 24 9.992 6641 9.9926675 52 9.9926727 , 6y 9.992 6794 9.992 6877 9.992 6976 9.992 7092 9.9927226 9.9927378 ^ 9-992 755I 9-992 7744 9-992 7959 8 9-992 8197 2fei

9-992 8458 286

9-992 8744 3II 9.992 9055 ^ 9-992 9392 364 9-992 9756 390 9.993 0146 9.993 0564 9.993 1009 9.993 1481

9.993 1979

9.993 2503 9.993 3051 9.993 3622 9.993 4214 9.993 4826

83 99 116 i

34

472

524

57

i 592 612

630

9-993 5456 646

9.993 6102 66i 9.993 6763 6?5

9-993 7438 688 9-993

,

8

.ra

6

yoo 9.993 8826 } .

9-993 9538 7, 5

9.9940263 73g 9.994 1001

9

-

9 9 4 175

2

765

9.994 2 517

4 12

4

13

4 14

4 16

4 17

4 18 4 20 4 21 4 22

4 24 4 25 4 27

4 28 4 30

4 3 1 4 33 4 34 4 36 4 37 4 39 4 4

i

4 4 2 4 44 4

⁴⁶

4 47 4 49 4 5

i

4 5

2

4 54 4 5

6

4 5

8

4 59 5

1

5 3 5 5 5

1*

59 59 [9 59

19

59

5

8

5

8

5

8

5

8

57 57 56 5

6

9 55 9 54 9 54 9 53 9 5

²

9 5

1

9 5

1

9 5

°

49 9 4

8

47 9 46 9 44 9 43

[9 42 19 41

[9 40 19

3

⁸ 19 37

*9 35 34 9 33

9 31

9 3

°

28 9 26 9

2'5

9 23 9 22 9 20

Zeit, Greenwich

M ittle re Z e it minus W a h re Z eit'

1924

F e b r . 10.0 St + i

4

m

2 3

- i

9

11.0 Mo 14 24.35 12.0 Di 14 24.71 13.0 Mi. 1 4 24.29 14.0 Do 14 23.09 15.0 F r 14 2 1.12 16.0 Sa + 1 4 18.41 17.0 St 14 14.95 18.0 Mo 14 10.77 19.0 Di 14 5.87 20.0 Mi 14 0.29 21.0 Do 13 54.03 22.0 F r + 1 3 4 7.12 23.0 Sa

! 3 39

-

5

8 24.0 St 13 31.42 25.0 -Mo 13 22.66 26.0 Di

! 3 13-33

27.0 Mi

13 3-43

28.0 Do + 1 2 53.00 29.0 F r 12 42.04 M ä r z 1.0 Sa' 12 30.57 2.0 St 12 18.61 3.0 Mo 12 6 .17 4.0 Di 1 1 53.27 5.0 Mi + 1 1 39.92 6.0 Do 1 1 26.14

■7.0 Fr- 1 1 11.9 4 8.0 Sa 10 57.33 9.0 St 10 42.34 10.0 Mo 10 26.98 II.O Di + 1 0 11.28 12.0 Mi

9 55-24

13.0 Do 9 38.89 14.0 Fr 9 22.25

15.0 Sa

9 5-34

16.0 St 8 48 .17 17.0 Mo + 8 30.78 18.0 Di 8 13.18 19.0 Mi

7 55

-

4

° 20.0 Do

7 37-45

21.0 Fr

7

19-38

22.0 Sa

7

^1-19,

Rektaszension Deklination ^gangs- Dauer S t.-Z t.

messer

1.16 0-36 0.42 1.20

*•97

2.7 1

3-46 4.18 4.90 5.58 6.26 6 .91

7-54

8.26 8.76

9-33

9.90 10.43

10.96 11.4 7 11.9 6 12.44 12.90

13-35

13-78 14.20 14.61 14.99

*5-36

15.70

16.04

*6-35

16.64 16 .91 17 .17 17.39

17.60 17.78

17-95

18.07 l8.I9

2 1 31 35.13 2 1 35 32.84 2 1 39 29.76

■21 43 25.89 2 1 47 21.24 2 1 51 15.83 2 1 55 9.67 2 1 59 2.76 22 2 55.13 22 6 46.79 2 2 IO 37.76 22 14 28.06 22 18 17.70 22 22 6.71 22 25 55.IO 22 29 42.90 22 33 30.12 22 37 16.78 22 4 1 2.90 22 44 48.49 2 2 .4 8 33.58 22 52 18 .17 22 56 2.28 22 59

45-93

23 3 29.13 23 7 11.90 23 10 54.25 23 14 36.20 23 18 17,76 23 2 1 58.95 23 25 39.80 23 29 20.31 23 33 0.52 23 36 40.43 23 40 20.07 23 43 59.45 23 47 38.61 23 51 17.56

23 54 56 -33

23

5

8

34-94

o 2 13.42 o 5 51.78

3 57-71 3 56-92 3 5®-r3 3 55-35 3 54-59 3 53-84 3 53-09 3 52-37 3 51-66 3 50-97 3 50-36 3 49-64 3 49-01 3 48-39 3 47-8°

3 47-22

3 46.66 3 46.12

3 45-59 3 45-°9 3 44-59 3 44-11 3 43-65 3 43-20 3 42'77 3 42-35 3 41-95 3 41-56 3 4I-I9 3 40-85 3 40-5I

3 40.21

3 39-91 3 39-64 3 39-38 3 39-16 3 38-95 3 38-77 3 38-61 3 38-48 3 38-36

- 1 4 39 4 4.I 14 20 20-7 14 o 43.0

19 23.4 19 37.7 19 51.6 13 40 51.4

D ^ J ^ 20 4.9

13 20 46.5

o i 20 *7-9

13 o 28.6

J 20 30.5

- 1 2 39 58.I

J 20 42.7

12 19 15.4 y J 20 ^

4.4

I I 58 21.0

21 5-7

1 1

37 15-3

„ i6.7 1 1 15 58.6 10 54 31.3

O 21 37.4 - 1 0 32 53.9

10 I I 6.7

' 21 56.6 9 49 10.1

* , 2 2 5.5

9

27

4.6

^ ^ 22 14 .1

9 4

-

5°-5

y j j 22 22>4 8 42 28.1

^ 22 30.1

- 8 19 58.0 22 37.5 7 57 20.5 22

7 34 35-9

22 5t>1- 7 1 1 44.8 6 48 47.5 M 57-3

-r 23 3 .1

6

*5 44-4

23 8.5 - 6 2 35.9

5 39 22.4

23

2

3-5

23 18.0

5

16 4.4

. 23 22.2

4 52 42.2

\

23

2

5*9

4 29 16.3

^ ^ “' 2 3 29.3

4 5 47

-° 23 32.3

3 42

i

4-7

23 34.8

3

18

39-9

23 37, 2

55

2.8 3 ;

• 2 3 1 23.9

J J s 23 40.4

2 / TJ J 2-

7 43-5

. j ^

1 44 2.1 23 42.1 1 20 20.0

.

23 42-5

o 56 37.5

J J 23 42.5 o 32 55.0

3 23 42.2

o 9 12.8 o ^ 234M o 14 28.6

o

23 4°-4

O 38 9.0

67-i 9

67.08 66.97 66.86 66.75 66.64 66.54 66.44 66.34.

66.24 66.14 66.04 65.95 65.86 65.77 65.68 65.60 65.52 65.44 65.36 65.28 65.21 65.14 65.07 65.01 64.95 64.89 64.83 64.78 64.73 64.6.8 64.63 64.59 64.55 64.51 64.48 64.45 64.42 64.40 64.38 64.36 64.34

6 12.42 12.24 6 12.06 6 11.88 6 11.70 1 1 .5 1 6 1 1.3 1 6 1 1 .1 1 6 10.91 6 10.70 6 10.49 6 10.28 6 10.06 6 9.83 6 9.60 6 9.37 6 9.14 6 8.90 6 8.65 6 8.41 6 8.16 6 7.91 7.66 7.41 6 7.16 6 6.91 6 6.66 6 6.40 6 6.15 6 5.90 5.64 6 5.38 6 5.13 6 4.87 6 4.61 6

4-34

6 4.08 6 3.82 6

3-55

6 3.27 6 3.00

2-73

Sonne 1924 ⁵

T ag

Öh m i t t l e r e Ze i t G r e e n w i c h

Sternzeit Mittleres Äquinoktium 19-24.0

Länge Breite

lo g i?

U nter­

gang A u f­

gang Breite . +

5

° m 1, T ..

o Lange 1 9 2 4

F e b r . 10

X I 1 2

13 14 J 5

1 6

17

1 8

! 9

20 2 1 22

2 3

.

24 25

20

27

2 8 29

M ä rz 1

2

3 4

9

10

12

!3 14

1 5 16

17 18

*9

20 21 22

2 4 2 3 826 827 828 829 830 831 832 833 834

835

836 '8 3 7

838

839

840 841 842 843 844 845 846 847

848

849 850 851 852

853

854

855

856

857

858 859 860 861 862 863 864 865 866 867

h m s 2 1 1 7 I I . 9 4 2 1 2 1 8 .4 9 2 1 2 5 5.0 5 2 1 2 9 1 .6 0

• 2 1 3 2 5 8 .1 5 2 1 3 6 5 4 .7 1 2 1 4 0 5 1 .2 6 2 1 4 4 4 7 .8 1 2 1 4 8 4 4 .3 7 2 1 5 2 4 0 .9 2 2 1 5 6 3 7 .4 7 2 2 o 3 4 .0 3 2 2 4 3 0 .5 8 22 8 27.13 22 12 23.69 2 2 1 6 2 0 .2 4 2 2 2 0 1 6 .7 9 2 2 2 4 1 3 .3 4 2 2 2 8 9 .9 0 2 2 3 2 6 .4 5 2 2 3 6 3.OO 22

39 59-55

2 2 4 3 5 6 . I I 2 2 4 7 5 2 .6 6 2 2 5 1 4 9 -2 1 2 2 55 4 5 -7 6 2 2 59 4 2 .3 2 2 3 3 3 8 .8 7 2 3 . 7 3 5 .4 2 2 3 I I 3 1 .9 7 2 3 1 5 2 8 .5 2 2 3 1 9 2 5 .0 8 2 3 2 3 2 1 .6 3 2 3 2 7 1 8 .1 8 2 3 3 1 1 4 .7 3 2 3 3 5 1 1 .2 8 23

39 7-83

23

43 4-38

23

47 °-94

23

5° 57-49

23

54 54-04 23

58

50-59

320 30 5.3 321 30 48.1 322 31 29.3 323 32 8,7 324

32 46-5

325 33 22.6 326 33 57.0 3 2 7 34 29.6 328 35 0.6 329 35 29.9 330 35 57.6 331 36 23.6 .332 36 48.0

333 37

«t-o

334 37 32-5 335 37 52-5

336 '38 1 1 .1

337 38

28.3 338 38 4 4 .1

339 38 58-5

340 39 1 1.2 341 39 22.5 342 39 32.1

343 39

4o.o

344 39 46

-i

345 39 5°-3

346 39 52.7

347 39 53

-1

348 39 5T-3 349 39 47-5 35

°

39 4

i

-5 35

1

39 33-3 352 39

22.9

353 39 IO-3 354

38

5514 355

³⁸

38-3

356 38 18.9

357 37 57-3 358 37 3 3

-6

359 37 7-7

0 36 39.7 1 36 9.7

60 42.8 60 41.2 60 39.4 60 37.8 60 3 6 .I 60 34.4

60 32.6 60 31.0 60 29.3 60 27.7 60 26.0 60 24.4

60 23.0 60 21.5 60 20.0 60 18.6 60 17 .2 60 15.8

60 14.4 60 12 .7 60 11.3 60 9,6 60 7.9 60 6.1

60 4.2 60 2.4 60 0.4 59 58-&

59 56-z 59 54-o

59 51 -8 59 4 9-6 59 47-4 59 45-i 59 42.9 59 40-6

59 38-4 59 36 -3 59 34-i 59 32-0 5 9 .30-0

— 0.23

— 0.30 -

0-35

- 0.36

— 0.34

— 0.30

— 0.23

— 0.14

— 0.03 + 0 .1 0 + 0 .2 4 + 0 .3 8 + 0 .5 0 + 0 .6 2 -4-0.72

-fo.8o

+ 0 .8 4 + 0 .8 5 -4-0.82 + 0 .7 7 + 0 .6 9 + 0 .5 8

■4-0.45 + 0 .3 0 + 0 . 1 7 + 0 .0 5

— 0.07

— 0.17

— 0.24

— 0.29 .— 0.31

— 0.32

— 0.29

— 0.22

— 0.14

— 0.04 + 0 .0 8

^0.20

-4 -0 .3 4 + 0 .4 7 -4-0.60 + 0 .7 0

9.994 2 5 17 9.994 3298 9.994 4094 9.9944907

9-994 5737

9.994 6584 9 .9 9 4 74 5 1 9.994 8336 ■ 9 .994 9241 9I995 0166 9.995 1 1 1 2 9.995 2079 9.995 3067 9.995 4074 9.995 5099 9.995 6142 9.995 7201 9.995 8274

9-995 9359

9.996 0454 9 .9 9 6 15 5 8 9.9962669 9.996 3786 9.996 4908 9.996 6034 9.996 7163 9.996 8296 9.996 9433 9 .9 9 7 0 574 9 .9 9 7 1 7 1 9 9.997 2869 9.997 4025 9.997 5186 9.997 6354 9.997 7529 9.997 8 7 11 9.997 9903 9.998 110 4 9.998 2315 9.998 3536 9.998 4768 9.998 6011

781 796 813 830 847 867

885 9°5 9Z5 946 967

1007 1025 1043 I059 1073 1085

1095 1104

im

1 1 17 1122 1126

1129

1133 1137

1141

1145 1150

1156 116 1 1168 1175 1182 1192

1201 12 11 1221 1232

1243

5 8 5 9 5

1 1

5

13

5

15

5

i

7 5

18 5 20 5 22

5

23

5

25

5

27 5 29

5

.

3

°

5 32 5 34 5 35 5 37 5 39 5 4

o

5 42 5 44 5 45 5 47 5 49 5 5

°

5 52 5 53 5 55 5 57 5 58 6 o 6 1

6

3

6

5 6 6

6 10

6 11

6 13 6 14 6 16

19 20 19 18 19 16 19 15 19 ¹³

19 11

19 9

19 7

19 6

19 4

19 2

19- o

18 58

18 56

18 54

18 52

18 50 .

18 48

18 46

18 44

18 42

18 40

18 38

18 36

18 34

18 31

18 29

18 27

18 25

18 23

18 21

18 19

18 17

18 14

18 12

18 10

18 8'

18 6

18 3

18 1

17 59

17

57

Zeit Greenwich

M ittlere Z e it minus

W a h r e Z e it Rektaszension Deklination ^gangs- Dauer

S t.-Zt.

messer

64-34 16' 2 -73 64-33 16 2.45 64.3z 16 2.17 64.3z 16 1.89 64.3z 16 1.61 64.3z 16 1.32 64.3z 16 1.04 64.33 16 0.76 64.34 16 0.47 64-35 16 0.19 64.36 15 59.91 64.38' 15 59.63 64.40 15 59-35 64.42 15 59.08 64.45 15 58.80 64.48 15 58-53 64.51 15 58.26 64.54 15 57-98 64.57 15 57-71 64.61 15 57-44 64.65 *5 57.18 64.70 15 56.91 64.74 15 56.65 64.79 J 5 56.39 64.84

_{1 5}

56.13 64.89

_{1 5}

55.86 64.95 15 55.60 65.01

_{1 5}

55-34 65.07

_{*5 5 5 - ° 8}

65.13 *5 54-82 65.19

_{1 5}

54.56 65.26 !5 54.30 65.32 15

5 4 -0 3

65.39 J 5 53-77 65.46.

₁₅

53-52 65.53

1 5

53.26 65.60

_{1 5}

53-01 65.68

_{1 5}

52.76 65.75

1 5

52.51 65.83

₁₅

52.27 65.91

_{1 5}

52.02 65.99 15 51.78

1 9 2 4

M ä r z 22.0 23.0 24.0 25.0 26.0 27.0 28.0 29.0 30.0 31.0 A p r il 1.0 2.0 3-°

4.0 5.0 6.0

7 ^-o

8.0 9.0 10.0 11.0

12.0

13.0 14.0 15.0 16.0 17.0 18.0 19.0

20.0

2 1 .0 2 2 .0

23.0 24.0 25.0 26.0 27.0 28.0 29.0 30.0 1.0

2.0

M a i

Sa St Mo

Di

Mi Do F r Sa St Mo Di Mi Do F r Sa

St

Mo Di Mi Do F r Sa St Mo Di Mi Do F r Sa St Mo D i Mi Do F r Sa St Mo Di Mi Do F r

+ 7 1-19 6 42.92 6 24.59 6 6.22 5 47-85 5 29.48 + 5 I I -I4

4 52-8 5 4 34-63 4 16.49 3 58-45 3 40-53 + 3 22-75

3 5-11 2 47.63 2 30.34 2 13.24 1 56.34 + 1 39-67 1 23.24 1 7.07 o 51.17 0 35-56 o 20.25 + 0 5.26

— o 9.40 o 23.70 o 37.62 0 51.16 1 4.28

— I 16.98 I 29.23 1 41.02 1 52.33 2 3.14 2 13-45

— 2 23.25 2 32.53 2 41.28 2 49.49 2 • 57.27 3 4-30

8.27 8-33 8.37 8.37 8-37 8-34 8.29 8.22 8.14 8.04 7.92 7.78

7.64 7.48 7.29 7.10 6.90 6.67

6.43 6 .17 5.90 5.61 5-3i 4-99 4.66 4 -3°

3-92 3-54 3.12 2.70

2.25 i -79 1 3 1 0.81 0.31 9.80

9.28 8.75 8.21 7.68

7 ^-i 3

o 5 51.78 o 9 30.06 o 13 8.29 o 16 46.47 o 20 24.65 o 24 2.83 o 27 41.04 o 31 19.31 o 34 57.64 o 38 36.05 o 42 14.57 o 43 53.20 o 49 31.96 o 53 10.88 0

56

.49-95 1 o 29.21 1 4 8.66 1 7 48.32 1 11 28.20 1 15 8.33 18 48.71 22 29.36 26 10.30 29 51.54 33 33-10 37 15.00 40 57.25 44 39-88 48 22.90 52 6.33 55 50 -18 59 34-48 3 I9-25 7 4.50 10 50.24 2 14 36.48 2 18 23.23 2 22 10.51 2 25 58.31 2 29 46.65 2 33 35-53 2 37 24.96

3 38-28 3 38.23 3 38-18

3 38-18

3 38-18 3 38-21 3 38-27 3 38.33 3 38.41 3 38-52 3 38-63 3 38:76 3 38-92 3 39-°7 3 39.26 3 39-45 3 39.66 3 3 40.23 3 40-38 3 40.65 3 4°-94 3 41-24 3 41-56 3 41-90

3 42-25 3 42-63

3 43-02 3 43-43 3 43-85 3 44-30 3 44-77 3 45-25 3 45-74 3 46.24 3 46.75 3 47-28 3 47-8o 3 48-34 3 48.88 3 49-43

+ o 38 9.0 i ~ 1 48 .1 1 25 25.4 1 49 0.7 2 12 33.7 2 36 3.9 + 2 59 31.0 3 22 54.7

3 46 14-7 4 9 3°-5

4 32 41.8

4 55 48-3

+

5

18

49-5

5 41 45 .*2 6

4 34-9

6 27 18.3 6

49 55

-1 7 12 24.8 +

7 34 4 7

-2

7 57

i

-9

8 19 8.4 8 4 1 6.6

9

2

55 9

9 24 36.2 + 9 46

7

-°

10 7 28.1 10 28 39.1 10 49 39.6 1 1 10 29.4 1 1 31 8.2 + 1 1 51 35.6 12 1 1 51.3 12 31

55-1

12 51 46.6 13 1 1 25.5 13 30 51.6 + 1 3 50 4.4 14 9 3.6 14 27 48.9 14 46 20.0 15 4 36.6 15 22 38.3

23 39-1 23 37-3 23 35-3 23 33-0 23 30.1 23 27.1 23 23.7 23 20.0 23 15.8 23 n - 3 21 6.5 23 1.2

22 55.7

22 49.7 22 43.4 22 36.8 22 29.7

22 22.4

2 2 I4 .7 22 6.5 21 58.2 21 49.3 21 4O.3 21 30.8

21 21.1 21 II.O 21 0.5 20 49.8 20 38.8 20 27.4

20 15 .7 20 3.8

195i-5

19 38.9 19 26.1 19 12.8

18 59.2 18 45.3 18 3 1.1 18 16.6 18 1.7

Sonne 1924 ⁷

Tag

EH 1° Oh m i t t l e r e Z e i t G r e e n w i c h

Sternzeit Mittleres Äquinoktium 1924.0

:''&äange Breite

log II

Unter- A u f-

+ 50 ° .Breite in h

o

1924

M ä r z 22 23 , 24

25

26

\ 27 28 29,

30 .

3

1

A p r il 1 2 3 4 5

6

7 8 9

10

11 12

*3 14 15 16 17 18

! 9

20

21

22

23 24 25 26 .2 7 28 29

30

M a i 1 ' 2

2423 867

868

869 870 871 872 873 874 875 876 877 878 879 880 881 882 883 884 885 886 887

888

889 890 891 892 893 894 895 896 897 898 899 9 0 0 901 902

9°3 9 °4 9°5

906

9°7

908

23 58 50.59 o 2 4 7 .14 o 6 43.70 o 10 40.25 o 14 36.80 o 18 33.35 O 22 29.90 O 26 26.46 o 30 23.01 ö 34 19.56 o 38 16 .1 1 o 42 12.66 o 46 o 50

54

9.22

5-77

2.32

57 58.87

5 5 .4 2 5 2.98 1 9 48.53 1 13 45.08 1 1 7 41.63 1 21 38.19 1 25 .34.74 1 29 31.29 1 33 27.84 1 37 24.40 1 41 20.95 1 45 17.50 1 49 14.06 1 53 10.61 1 57 7.16 2 1 3.72 a 5 0.27 2 8 56.82 2 12 53.38 2 16 49.93 2 20 46.48 2 24 4.3.04 2 28 39.59

2 32 ^{S6'^}

2 36 32.70 2 40 29.25

1 36 2 35 3 35 4 34 5 33 6 33 7

32

8 31 9 3 i 10 30 11 29 12 28

1 3 .2 7

14 26 15 25 16 25 17 24 18 22 19 21 20 20 21 19 22 18 23.17 24 15 25 14 26 13 27 11 28 10

29

9 30 7 31 6

32

4 33 3 34

¹

34 59 35 58 36 56 37 54

38

53 39 51

40

49 41 47

.9-7

3 7 .8 4,1 28.5 51.1 12.0 3 1.2 48.7

4-3

18.1 30.1 40.3 48.5 54.6 58.7

0.8 0.6 58.2

59 28.1

• 59 2ß-3 59 24-.4 59 22.6 59 20-9 59 J9-2 .59 17-5 59 15-6 59 i 3-8 59 12.0 59 10:2

59 8-2

59 6-!

59 4-i 59 2-1 58 59.8 58 57-6 : 58 55-5 58 53-2

46-9 58 5i, 58 48.8

38.0 2 6 ' 8 58 46.4 I 3 '2 58 44-2

57-4 jg q2 0

3 9 4 58 39-7

e6 * 58 37'6

3 "7 58 35-5

32;2 58 ^33.4

5- 58 31.6 3 7 - 2 58 29.7 58 28.0

34'9

26.3 I ’ 2 58 24.7 2

5-9

5823.1

49

;0 58-21.5 I0,’5 58 20.1

3° - 6 58 i8 .5 49.1 5 8 1 7 .0

- 1 58 15.4

1 '5 58 13.8

35'3

^{58 J2.2}

47-5

+ 0 .7 0 + 0 .7 7 + 0 .8 2 + 0 .8 4 + 0 .8 3 + 0 .7 9 + 0 .7 1 + 0 .6 0 + 0 .4 7 -fo .3 4 + 0 .2 1 + 0 .0 7

— 0.05 - 0 . 1 5

— 0.23

— 0.30

- ° - 3 3 - ° - 3 3

— 0.31

— 0.27

— 0.20

o. 11

0.00

H-o.11

+ 0 .2 4 + 0 .3 7

; c.49

+ 0 .5 9 + 0 .6 8 + 0 .7 4 + 0 .7 5

i 0.74

+ 0 .7 0 -I-0.63 + 0 .5 2 + 0 .4 1 -t-0.28 4-0 .15 4-0.01

—O.II

— 0.21

— 0 .3 1

9.998 60 11

n 1253

9.998 7264

b 6 i

9.998 8525 9-998 9793

^I2?4

9.999

IO67 g

9-999 2345

I28o

9-999 3625 12g0 9-999 4905 2270

9.9 9 9 6 18 4 i2?6 9.999 7460 i2?2

9-999 8732 2266

9.999 9998 i2fii 0.0001259 0.000 2512 0.000 3759 0.000 4999 0..000 6231 0.000 7456 - 0.000 8676

0.000 9889 0.0 0 110 96 0.0012298 "

* 119S

Ö.OOI 3496 O.OÖI 4690

1253 1247 1240 1232 1225 1220

1213 1207 1202

Q.OOI 5 8 8 2 0.001 7071 0.001 8260

1194 1192

1189 1189

0.0019449 /

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0.002 0638

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0.0021828

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1189 o .° 02 3o l 7 n

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0.002 6569

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o ii6 7

0.002 8911

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0.003 0068 0.003 1215

H 47

1134 0 .0 0 3 2 3 4 9 2120 0 .0 0 3 3 4 6 9 II=6 0-0034575 2091 O.OO3

5666

6 16 >

6 18 6 19 6 21 6 '2 2 6 24 6 2 5 6 2 7 6 29 6. 30 6 32

6 33 6 35

6 36 6 38

6 39

6 41 6 43 6 44 6. 46 6 47 6 49 6 50 6 52 6 53

6 55

6 56 6 58

7 o 7 1 7 3 7 4

7 6

7 8 7 9

7 1 1

h m

17 57 J 7 55

*7 53

.1 7 50 1 7 48 1 7 46

17 44

1 7 42

17 40

# ' 37

r7 35

17 33

1 7 31 1 7 29 1 7 27 1 7 24 1 7 22 1 7 20 17 18 17 16 17 14 1 7 12 1 7 10 17 8 17 6 1 7 4 17 2 17 o 16 58 16 56 16 54 16 52 16 50' 16 48 16 46 16 44 16 42 16 40 16 39' 16 37 16 35 16 33

Zeit Greenwich

M ittlere Z e it minust

W a h r e Z e it Rektaszension Deklination ^gangs- Dauer

S t.-Z t.

messer

1924 M a i 2 .0

M 4.0 5.0 6.0 7.0 8.0 9.0 10.0 11.0 12.0 13 .°

14.0 15.0 16.0 17.0 18.0 19.0 20.0 2 1 .0 2 2 .0 23-0 24.0 25.0 26.0 27.0 28.0 29.0 30.0 31.0 1.0 2.0

3

-°

4.0 5.0 6.0 7.0 8.0 9.0 10.0 11.0 12.0 J u n i

F r Sa S t Mo Di Mi .Do

Fr

Sa S t Mo Di Mi Do Fr Sa S t Mo Di Mi Do.

F r Sa St Mo Di Mi Do F r Sa St Mo Di Mi Do F r Sa ' s t

Mo Di Mi Do

- 3 4

-

3

° 3 10.87 3 16.90 3 22.37

3 27-29 3

3 1 6 5 - 3 35.46

3 3

^8-

7

ⁱ 3 41.40

3 43-53 3 4 5

-11

3

46.13 - 3 46.60

3

46-52

3 45-89 3 4 4

-

7

° 3 42.96

3 40 -67

- 3 37.82

3 34-43

3 30.48

3

25.99 3 20.97

3

i

5

-

4

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- 3 9-34

3 2.76 2

55-70

2 48.16 2 40.15 2 3 1.7 1 - 2 22.84

2

13-57

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1 10.63 6.57 6.03 5-47 4.9z 4-3®

3.81

3.25 2.69 2.13 1.58 1.02 0.47

0.08 0.63 1.19 1-74 2.29 2.85

3-39 3-95 4-49 5.02 5.56 6.07

6.^8 7.06 7-54 8.01 8.44 8.87

9.27 9.65 10.02

o 59.12

o 47-38 O 35 44

o 23.31

11.25 1 1 .5 1 11.7 4 11.9 4 12 .13

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3 16 9-69

3 20 5.22 3 24 1.3 1

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4 7 54-6 i 4 11 57-24

4 16 0.37 4 20 3.99 4 24 8.09 4 28 12.65

4 32 17-65

4 36 23.07 4 40 28.90

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4 56 55-84 5 1 3-38 5 5 H -I9 5 9 19-25 5 i 3 27-54 5 i 7 36-04 5 21 44-73

3 49-9«

3 50-52 3 5 r -o8 3 5r -64 3 52-I9 3 52-75 3 53-31 3 53-86 3 54-42 3 54-98 3 55-53 3 56-09 3 56-63

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3 57-74 3 58-30 3 58-85 3 59-40 3 59-95 0.50 1.05 1.58 2 .11 2.63

3 4 3 3.62 4.10 4.56 5.00 5.42

5-83

6.21 6.57 6.92 7.24 7-54 7.81 8.c6 8.29 8.50 8.69

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66.88

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5 5i -78 5 5i -55 5 5i -32 5 5 i-o9

5 50.86

5 5o-64

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T ag i

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9.24

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5 4 4 - 8 2 5 4 4 - 7 4

5 44-65

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5

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5 4 3 - 9 8 5 4 4 .0 2

5 44-07

5 4 4 - 1 2 5 4 4 - i 8 5 4 4 - 2 4

5 4 4 -3 ° 1 5 4 4 .3 6

5 4 4 - 4 2 5 4 4 - 4 9 5 4 4 -5 6 5 4 4 - 6 4

Sonne 1924 ¹¹

Tag- fco ■ cö

EH

d

Oh m i t t l e r e Z e i t G r e e n w i c h

Sternzeit Mittleres Äquinoktium 1924.0

Länge Breite log R

U nter­

gang

• + 5 ° m 0

A u l- gang Breite Länge

0h m h m

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z 5

5 2 8 1 3 z 5 5 2 8 1 3 z 5 5 3 8 1 3 z 5 5 3 8 1 3 z 5 5 4 8 1 3 z 5 5 4 8 1 3 z 5 5 5 8 1 2 z 5 5 6 8 i 2 z 5 5 6 8 1 2 z 5 5 7 8 1 1 z 5 58 8 1 1 z 5 5 9 8 1 0 1 6 0

8 9 1 6 1

8 9 1 6 2

8 8 1 6 3

8 7 1 6 4

8 7 z 6 5

8 6 1 6 6

8 5 1 6 7

8 - 4 1 6 8

8 3 1 6 9

8 2 1 6 1 0 8 1 1 6 1 1 8 0 1 6 13 7 5 9 1 6 1 4 7 5 8 1 6 1 5 7 5 7 1 6 1 6 7 55 1 6 1 8 1924

J u n i 12 z3 14

■

1 5

16

17

18 19 20 21 22 23.

24 2 5 26 27 28 29

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3 4 5

6

7

8

9

10 n 12

z'3

1 4

z 5 16

1 7

18 Z9

20

21

22 23

2 4 2 3

949

950

95

1 952

953 954 955

956

957

958

959

960 961 962 -963

96 4

965 966 967 968 969 970

97

1 972

973 974 975

976

977

978

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980 981 982 983 984 985 986 987 988 989 990

5 22 8.04 5 26 4.60

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5 4 1 50.82

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7 4 3

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7 32 14-41

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57 t 7-8 57 i 6 -9 57 I6-2 57 T5-4 57 + 8 57 14-3

57 13-9 57 i 3-6 57 13-3 57 + 3 57 23-2 57 *3-°

57 I3-1 57 4.3-1 57 23-°

57 i 3-o 57 1 3 1 57 i 3-o 57 i 3-o 57 I2-9 57 12.8 57 I2 -9 57 I2 -7 5 7 12.6

57 I2-5 57 12-3 57 22-2 57 i 2-i 57 I2-°

57 n -9

57 I2-°

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57 14-1 57 + 7 57 15-5 57 i 6 -3 57 17-3

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-

0-73

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315 301 285 0.0070606 z68 0.0070874 250 0.C07 112 4 231 0-0071355

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277 292 3°7 323 34°

359