Berliner Astronomisches Jahrbuch für 1919. Bd. 144, 1919

Berliner

A s tr o n o m is c h e s Jahrbuch

fü r

1 9 1 9

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

H erausgegeU en

von dem

K ö n i g l i c h e n A s t r o n o m i s c h e n R e c h e n - I n s t i t u t

ZU

‘B e r l i n

B e r l i n

F e ld . D iim m lers VerESgsliüchhandliing_

(Konimissionsveilttg)

Berliner

A stronom isches J ah rb u ch

f ü r

1 9 1 9

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

H e r a u s g e g e b e n

von dem

K ön i g li ch en A s t r o n o m i s c h e n R e c h e n -I n s ti tu t

B e r l i n

B ib lio t e k a J a g ie l lo r t s k a

1001

B e r l i n

F e r d . D ü in m le rs V e r la g s b u c h h a n d lu n g

( K om m issionsverlag)

1 9 1 7

B ib i. la g le K . 1

.J

12 C E

1001966955

K ö n ig lic h e s A s tro n o m is c h e s R e c h e n - I n s t it u t

B e r lin - D a h le m , A lte n s t e in S tr.

40

D ir e k t o r : P r o f . D r . F . C o h n , G e h . R e g ie r u n g s r a t O b s e r v a t o r e n : F . K . G i n z e l , P r o f e s s o r

D r . A . B e r b e r i c h , P r o fe s s o r D r . J . P e t e r s , P r o f e s s o r D r . J . R i e m , P r o f e s s o r D r . A . S t i c h t e n o t h D r . H . C l e m e n s D r . P . V . N e u g e b a u e r H ilfs a r b e it e r : D r . G . S t r a c k e

M ita r b e ite r : D r . P . N e u g e b a u e r , P r o fe s s o r

B ib lio te k a J a g ie llo r is k a

1 0 0 1 9 6 5 6 7 8

1001965678

V o r w o r t

V o m J a h r g a n g 1 9 1 6 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 Z e ita n g a b e n sind in M ittle re r Z e it G r e e n w ic h , die K u lm in a tio n s-P h ä n o m e n e fü r die K u lm in a tio n im M erid ian vo n G re e n w ich ge g e b e n .

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 di e S o n n e und di e g r o ß e n P l a n e t e n :

D ie T a fe ln von N e w c o m b und (fü r J u p ite r und S a tu rn ) von H i l l , en th alten in :

Astronomical Papers o f the Am erican Epliemeris,

V o l. V I , P a r t I — I V :

Tables o f the fo u r inner planets,

V o l. V I I , P a r t I — I V :

Tables o f Jupiter, Saturn,

Uranus, Neptune.

A ls S o n n e n h a lb m e sse r in der m ittleren E n tfe rn u n g ist n ach A u w e r s a n g e n o m m e n :

R = 15 ' 59".63.

F ü r den M o n d :

Tables de la lune von P . A. H a n s e n , u n ter V e rb e s s e ru n g

d er T a fe l 34 fü r das F u n d a m e n ta la rg u m e n t n a ch N e w c o m b . A u ß e rd e m en th alten die M o n d ö rte r d ie em p irisch en K o rre k tio n e n vo n N e w c o m b n a c h : » C o rre ctio u s to H a n se n ’s ta b le s o f th e M0011«

(W a s h in g to n , 18 7 8 ).

M ittle re M o n d p a ra lla x e n ach H a n s e n 5 7 '2 " .2 7 .

D e r g e o ze n trisch e M o n d h a lb m e sse r ist aus der Ä q u a to r ia l- H o riz o n ta lp a ra lla x e g e re c h n e t n ach der F o r m e l

r s = 0 .2 7250 6 -+- i ”.5 o

A ls N e ig u n g des M o n d ä q u a to rs g e g e n die E k lip t ik ist nach

F . H a y n ( A . N . 199, 2 6 3 ) a n g e n o m m e n :

J = i° 3 2 '2 o " .

T V

F ü r die F i x s t e r n e :

N e u e r F u n d a m e n ta lk a ta lo g des B e rlin e r A stro n o m isch en J a h rb u ch s n ach den G r u n d la g e n von A . A u w e r s , fü r die E p o c h e n 1 87 5 u n d 1900 b e a rb e ite t von D r . J . P e t e r s (V e rö ffe n tlich u n g N r. 33 des K ö n ig lic h e n A stro n o m isch e n R e ch e n -In s titu ts ).

D ie S te r n s p e k tr a sind d er » R e vise d H a r v a rd P h o to m e try (H a rv a rd A n n a ls , vo l. 5°)« en tn om m en .

A ls W e r t e d er fu n d a m en ta len R e d u k t i o n s g r ö ß e n sin d a n g e n o m m e n :

D ie P r ä z e s s i o n s - G r ö ß e n n ach S . N e w c o m b (v g l. H . A n d o y e r , B u ll. A s tr. 2 8 , 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 n ach S . N e w c o m b

(B u ll. A s tr. 15, ^{2 4 1 )}

D ie A b e r r a t i o n s - K o n s t a n t e . . . . 20 ".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 di e S a t e l l i t e n :

D ie A n g a b e n ü b er die 4 ä lteren J u p i t e r s t r a b a n t e n b eru h en a u f den neuen T a fe ln von R . A . S a m p s o n

(Tab/es 0f t/ie fo u r great SateUites 0/ Jupiter.

L o n d o n 1 9 1 0 ) , die A n g a b e n über d ie 8 älteren S a t u r n s S a t e l l i t e n a u f den v o n H. S t r u v e e rm itte lten W e rte n (N ä h e re s s. E rlä u te ru n g e n ).

In allen E p h em e rid en der S o n n e , d er P la n e te n u n d d er F i x ­ stern e sin d die k u rz p e rio d is ch e n , von der M o n d län ge a b h ä n g ig e n N u ta tio n s g lie d e r w e g g e la s s e n ; doch b ie tet das J a h rb u c h d ie M ö g ­ lic h k e it , au ch diese w e g g e la sse n e n G lie d e r zu b e rü ck sich tig e n (s. E r-läu teru ngen).

D e r In h a lt des J a h rb u ch s h a t g e g e n das V o rja h r nur g a n z g e r in g fü g ig e Ä n d e r u n g e n erfah ren. B e z ü g lic h d er Z a h le n g r u n d la g e n sei a u f die im B e r lin e r J a h rb u ch fü r 1 9 1 6 g e g e b e n e D a r s te llu n g der

» G ru n d b e g riffe der S p h ä risc h e n A stro n o m ie« h in g e w ie se u , von der S o n d e ra b d rü c k e a u f W u n s c h d urch das A s tro n o m isc h e R e ch e n - In stitu t, B e r lin - D a h le m , zu erh alten sind.

D ie b ish er als A n h a n g des J a h rb u ch s g e g e b e n e n B ah n elem e n te und O p p o s itio n s -E p h e m e rid e n d er K le in e n P la n e te n ersch ein en von je tzt au als b eson d ere V e rö ffe n tlic h u n g des R e c h e n - In s titu ts .

F r i t z C o h n .

I n h a l t

Seite V o r w o r t ...TU Zeit- und F e s t r e c h n u n g ... VI

S o n n en ep h em erid e... 2

Rechtw inklige S o n n e n k o o r d i n a t e n ... 20

M on dph asen ... 39

Mondephpmeride . 40 M ondbewegung und Lage des M o n d ä q u a t o r s ...

5

^{^}

Ephemeride des Mondkraters Mösting A ...

59

Geozentrische Orter der großen P l a n e t e n ... 64

Heliozentrische Orter der großen Planeten ...109

Mittlere Örter von 925 F i x s t e r n e n ... 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 o ls t e r n e n ...278

Scheinbare Örter von 9 südlichen P o l s t e r n e n ... 308

Form eln für die Reduktion auf den scheinbaren O r t ... 338

Hilfsgrößen zur B erechnung der Präzession und der Reduktion auf den scheinbaren O r t ...

339

F in s te r n is s e ...

37

⁶ S te r n b e d e c k u n g e n ...

3^2

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

Saturn und S a t u r n s r i n g ...388

Erscheinungen der S a t u r n s t r a b a n t e n ... 392

K o n ste lla tio n e n ...4 17 H i l f s t a f e l n ...418

Koordinaten der S te r n w a r te n ...436

Normalzeiten der w ichtigeren L ä n d e r ... 444

Erläuterungen zu den Angaben und zum Gebrauch des Jahrbuchs . . . 445

B e r ic h t ig u n g e n ... 459

Alphabetisches S a c h r e g i s t e r ...460

V I

Z e i t - u n d F e s t r e c h n u n g 1 9 1 9

Das Jahr 19 19 entspricht dem

Jahr 6632 der Julianischen Periode und dem Jahr 7427 — 7428 der Byzantinischen A ra

G r e g o ria n is c h e r od er J u lia n isch e r od er A lt e r K a le n d e r N e u e r K a le n d e r

T a g im Julia­

nischen K alender

Tag im Greogoria nischen K alender Septuagesima 16. Febr. Septuagesim a 3. Febr. 16. Febr.

Aschermittwoch 5. März Ascherwittwoch 20. Febr. 5. März I. Quatember 12. März I. Quatember 27. F'ebr. 12. März Ostersonntag 20. April Ostersonntag 7. A pril 20. April

Himmelfahrt 29. Mai Himmelfahrt 16. Mai 29. Mai •

Pfingstsonntag 8. Juni Pfingstsonntag 26. Mai 8. Juni II. Quatember 11. Juni II. Quatember 29. Mai 1 1 . Juni III. Quatember 17. Sept. III. Quatember 18. Sept. 1. Okt.

I. Advent 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 1337

(Gemeinjahr)

ß e b i-e l-a c c h e r 1 ... 1919 Jan. 4 D sch em äd i-el-aw w el I ...» Febr. 2 D sch em äd i-el-acch cr 1 ... » März 4 ltedscheb I ... » April 2 Schabän

I

... » Mai 2 ltam adäu

I

... » Mai 31 Schewwäl I ... » Juni 30 Dsü ’l-k a d e I ... » Juli 29 Dsii ’l-hedsche 1 ... » A u g . 28

1338 (Schaltjahr)

Moharrem

I

... 1919 Sept. 26 Safar I ... » Okt. 26 Rebi - el - awwel x ... » Nov. 24

R e b i-el-acch er 1 » Dez. 24

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

5 6 7 9 (A b g e k ü rz te s S ch altjah r)

Schebat 1 ...

2

Adar I » Febr 1

14

K lein P u r i m ...

14

Yeadar 1

3

XI F a s t e n - E s t h e r ... » 13 14 P u r im ... 16

iS Schuschan - Purim . . . .

17

Nisan 1 1

15 P a s s a h - A n fa n g * ... » iS 16 Zweites F e s t * ... 16

21 Siebentes F est* • . . . . 21

22 Achtes Fest* ... 22

Tjar 1 I

18 L a g - B ’o m e r ... 18

Sivau 1 30

6 W o c h e n fe s t * ...

4 7

Zweites F e s t * ...

3

Tham uz 1 29

17 Fasten. Tem peleroberung . » Juli 15

Ab 1 28

9

^Fasten. Tem pelverbrennung . » Aug.

5

Elul 1 27

5680 (O rd en tlich es G em einjahr)

Tischri 1 N e u j a h r s f e s t * ... 19 19 Sept. 25 2 Zweites Fest * ... » 26

4

F a s te n -G e d a lja h ... » 28 10 Y ersöhnungsfest * ... » Okt.

4 15

Laubhüttenfest * ... »

9

16 Zweites Fest * ... » 10 21 P a l m e n f e s t ... » iS 22 Versam m lung oder Laubhüttenende* . » 16 23 Gesetzesfreude * ... »

17

Marcheschwan 1 » 2S

K islev 1 » Nov.

23

25

T e m p e lw e ih e ... » Dez.

17

Tebet 1 » 23

Die m it v b ezeich n eten F e s tta g e w e r d e n s tr e n g g e le ie r t

vni

Astronomische Zeichen und Abkürzungen

B ezeichnung A dspekten

der

d K o n ju n k tio n

W ochentage □ Q u a d ra tu r

O S o n n ta g ■ f* O p p o sitio n d M o n ta g

c? D ie n s ta g Mondphasen

5 M ittw o c h • N eu m on d

4 D o n n e rs ta g © E rste s V ie r te l

? F r e ita g O V o llm o n d h S o n n a b e n d 3 L e tz te s V ie rte l

Q> A u fs te ig e n d e r

? K n n fp n

13 N ie d e rste ig e n d e r

^{1 iiUULCU}

Z e i c h e n

des Tierkreises und der Himmelskörper

V W id d e r . . .

o

G ra d

'ö' S t i e r ... 30 » 0 S o n n e XE Z w illin g e . . 60 » d M o n d K r e b s . . . . 90 » $ M e rk u r O L ö w e . . . . 120 » ? V e n u s 'V J u n g fra u . . 150 » S E r d e

W a g e . . . . 180 »

d M ars

1Tl S k o rp io n . . 210 » J u p ite r

-jt S c h ü tz e . . . 240 » t? S a tu rn

& S te in b o c k . . 270

»

§ U ra n u s

iC W a sse rm a n n 300 » V N e p tu n

K F is c h e . . . 330 »

Sonne, Mond, Große Planeten

1919

2

Sonne 1919

Mittlere Zeit Greenwich

Zeitgleicliung M ittle re Z e it minus

W a h re Z eit

Scheinbare Rektaszension

Scheinbare Deklination

Halbe Durch­

gangs- : Dauer \ S t.-Z t.

Ilalb-

i g i g

J a n . o.o

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 17.0 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 5.0 6.0 7.0 8.0 9.0 10.0

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 Di Mi Do F r Sa St

Mo

Di Mi Do Fr Sa St Mo

+ 2

5°-27

28:82

3

l9-°9 2S, 53 3

47-62 28_2o

4 15.82 4 43-65 5 n .0 9

5 38-°9

27.8 3

2 7.4 4

2J.00

6 4 .62 t 53 6 30.66 26’°4 6

56

^{-x7 : 55} 7 2 1.13

24-39 7 4 5-52 2 3 .8o

® 9-32 g

8 32.50

O 2 2 .5 4

3 5 - ° 4 2 l g

9 i 6 -93 9 38.16

o 20*55 9

5 8 - 7 1

19.86

+ 1 0 1 8 . 5 7 10 37.72 10 56.16 1 1 1 3 .8 7

19.15 18.44

I7-7I 16 .98

1 1

3°-85 l6, 2

1 1 47.07 + 1 2 2.54 12 17.24 12 3 1.16 12 44.29 12 56.64 13 8.18 + 1 3 18.92

13 28.85

I 3 37-95

13 46.24 13 53.70 14 0.32 + 1 4 6.12

14 11.08 14 15.21 14 18.52 14 21.02 14 22.70

15-47

14 .7 0 13 .9 2 1 3 .1 3

12-35

1 1 .5 4 10 .7 4

9-93 9 .10 . 8.29 7 .4 6

6.62 5.80

4.9 6 4 .1 3

3-31 2 .5 0 1 .6 8

18 39 14.78 18 43 40.17 18 48 5.26 18 52 30.01 18 56 54.40 19 I 18.39 19 5 41.95 19 10 5.04 19 14 27.64 19 18 49.71 19 23 11.23 19 27 32.17 19 31 52.53 19 36 12.26 19 40 31.36 19 44 49.81 19 49 7.60 19 53 24.70 19 57 4 1.12 20 1 56.83 20 6 11.83 20 10 26.10 20 14 39.63 20 18 52.41 20 23 4.43 20 27 15.68 20 31 26.16 20

35 35-85

20 39 44.75 20 43 52.85 20 48 0.15 20 52 6.63 20 56 12.29 21 o 17 .13 2 1 4 2 1.15 21 8 24.33 2 1 12 26.68 2 1 16 28.20 21 20 28.89 21 24 28.75 21 28 27.80 21 32 26.03

4 25-39 4 25-09 4 24-75 4 24-39 4 23-99 4 23-56 4 23-09 4 12 .6 0 4 22 .07 4 2 1 .5 2

4 20.94 4 20.36

4 !9-73 4 1 9 .1 0

4 18 .45

4 17-79 4 1 7 .1 0

4 16 .4 2

4 I5-7I 4 15 .0 0

4 14-27 4 13-53 4 1 2 .7 8 4 12 .0 2

4 11-2 5 4 10.48

4 9-69 4 8-9° 4 8 .10

4 7-3° 6.48

5 .6 6 4.84 4.02 3 .1 8

2-35 4 1-5 2 4 0 .69

359-86 3 59-05 3 58-23

-2 3 8 32.I 23 4 9.2 22 59 18.6 22 54 0.5 22 48 15.O 22 42 2.4 -2 2 35 22.9

22 28 16.6 22 20 43.7 22 12 44.6 22 4 19.4 21 55 28.3 - 2 1 46 I I .7

21 36 29.8 21 26 22-9 21 15 51.2 21 4 55-0 20 53 34.6 -2 0 4 1 50.4 20 29 42.5 20 17 II.4 20 4 17.3 19 51 0.7 19 37 21.8 - 1 9 23 21.0

19 8 58.7 18 54 15.2 18 39 11.0 18 23 46.4 18 8 1.8 - 1 7 51 57.7

17 35 34.4 17 18 52.4 17 1 52.0 16 44 33.8 16 26 58.2 - 1 6 9 5.5 15 50 56.2 15 32 30.7

*5

¹³

49-5

14 54 52.9 14 35 41.4

4 2 1-9 4 50-6 5 1 8 .1

5 45-5 6 1 2 .6 6 3 9 .5

7 6 .3

7 34-9 7 59- i 8 2 5 .2 8 5 1 . 1 9 1 6 .6

9 4i-9 o 6 .9 0 3 1 .7 0 5 6 .2 1 20.4 1 44 .2

2 7 .9 2 3 1 .1 2 5 4 .1 3 1 6 .6

338-9 4 0.8

4 2 2.3

4 43-5 5 4-2 5 14-6 54 4-6 6 4 .1

6 2 3.3 6 42 .0

7 0-4 7 18 .2

735-6 752 -7 8 9-3 8 2 5 .5 8 4 1 .2 8 5 6 .6

9 ” -5 70.98 70.94 70 .0 0 ' 70.85 70.80:

7°-74

70.68 70.62

7

^o

-55

70.48 70.41

7°-33

70.25 70 .17 70.08 69.99 69.90 69.81 69.71 69.61 69 .5!

69.41 69.31 69.20 69.09 .68.98 68.87 I 68.76 ! 68.65 j 68.54 68.42 68.31 68.19 68.08 67.96 67.85 67.73 67.62 67.51 67.39 67.28 67.1:7

15.91 1:5.92 15.92 15.92 15.92 J

5

^-

92

6 15.91 6 15.89 6 15.87 6 15.85 6 15.82 6 15.78 6 15.74 6 15.70 6 15.64 6 15.59 6 15.52 6 15.45 6 15.38 6 15.29 6 15.20 6 1 5 .1 1 6 15.01 6 14.90 6 14.79 6 14.68 6 14.56

6 14-43

6 14.30 6 14.18 6 14.05 6 13.91 6 13.77 6 13.62 6 13.48 6 13.33 6 13.18 6 13.02 6 12.87 6 12.71 6 12.53 6 12.37

«CD O 1' m i t t l e r e Z e i t G r e e n w i c h Unter­

gang . +

5

^° m o ‘

A u f­

gang Breite Länge

T ag C

*“2

Steinzeit Mittleres Äquinoktium Länge

I9I9.O

Breite log Ii 1919

J a n . 0 242

J959

l8h m s

36 24.52 279 0 58.8 61 10.7 61 10.7 61 10.8

— 0.04 9.992 6957

39

*3

6

h

4

m

7

h m

!9 59

1 i960 l8 40 21.08 280 2 9.5 4-0.09 9.992 6918

4

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59

2 1961 18

44

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7-63

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4

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4 9

19

59 3

¹⁹⁶² 18 48 14 .19 282 4 31.0

61 10.7 61 10.5 61 10.2

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4

^{10 19 58}

4

¹⁹⁶³ l8 52 10.75 283 5 4 1.7 + 0 .4 1 9.992 6900 28

4

^{1 1 19 58}

5

^{1964 18}

5

6

7

-

3

1 284 6 52.2 + 0 .4 8 9.992 6928

45 4

^{12 19 58} 6 1965

!9

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64

4 13

^{19 58}

7

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61 8.9

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84

4 15

19

57

8 1967 19

7

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106

4

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57 9

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4 17

19

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10 1969 19 15 50.09 289 12 38.7

61 7.7 61 7.2

H-0.30 9.992 7354 x

5

2 177

4

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!9

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4

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J9

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4

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61

5-3

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4

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293

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5-9

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4

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15 1974

J 9

^{35 32.88} 294 18 11.2 - 0 . 3 5 9.992 8377

.4 25

19

53

16

I 975 J9

^{39 29.44} 295 19 16.0

61 4.3 61 3.9

— 0.46 9.992 8664 / 316 343

4

27 19

52

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¹⁹⁷⁶ 19 43 26.00 296 20 20.3 - 0 . 5 4 9.992 8980

4

^{28 19 51} 18 1977

!9 47 22-55

297 21 24.2

61 3.3 6l 2.9 6l 2.5

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4

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4 3

i 19 49 20

I 979 !9 55

^15-67 299 23 30.4 — 0.63 9.993 0091

422

4 33

19

4

8 21 1980 19 59 12.22 300 24 32.9

6l 2.0 — 0.61 9 .9 9 3 0 513

445

469

4 34

^{19 47} 22 1981 20 3 8.78

3

° i 25

34-9

_{61 1.6} ^{— 0.56} 9.993 0958

4

³⁶ 19

46

23 1982 20

7 5-34

302 26 36.5

61 1.0 - 0 . 4 9 9.993 1427 * 7

490

4

³⁸ 19

45

24 1983 20 11 1.89

3°3

27

37-5

_{61 0.6} ^{- 0 . 3 9} 9.993 19 1 7

511 530 348

4 39

^{19 44}

25

¹⁹⁸⁴ 20 14 58.45 304 28 38.1

60 59.9 60 59.4 60 58.6

— 0.28 9.993 2428

4 4

i 19 43 26 1985 20 18 55.00

3°5

29

3

8-0 — 0.16 9.993 2958

4 42

^{19 42} 27 1986 20 22 51.56 306 30 37.4 - 0 .0 3 9.993 3506

566

4 44

^{19 41} 28 i

9 87

20 26 48.12 307 31 36.0

60 ^7.Q + 0 .1 0 9.993 4072

582

4

⁴⁶ 19

39

29 1988 20 30 44.67 308 32 33-9 j / 7

60 57.I + 0 .2 2 9.993 4654

596

4 47

^{19 38} 30 1989 20

34

^41-23

3°9 33 3

1 -0 60 56.2 + 0 .3 3 9.993 5250

610

4 49

^{19 37} 31 I

99

° 20 38 37.78 310 34 27.2

60 + 0 .4 2 9.993 5860 623 637

4 5

i

r9 35 F e b r. i

1991 20

42 34-34

3 11 35 22.3 J J

60 54.I + 0 .4 8 9.993 6483

4 53

^{19 34} 2 1992 20 46 30.90 3 12 36 16.4

60 52.9 + 0 .5 2 9.993 7120

649

4 54

^{19 32}

3 ! 993

20 50 27.45

3

ⁱ

3 37 9-3

60 5I.5 + 0 .5 2 9.993 7769

663

4 56 29 32 4 I994

20 54 24.01 3 14 38 0.8

60 50.I +

0-49

9.993 8432

677

4 5

8 19 29

5

6

1995

1996

20 21

58 20.56 2 17 .12

315 38 50.9

3 j 6 39 39-6

60 48.7 60 47.I

- H M

3

+ 0 .3 5

9.993 9109

9-993 9

8° i

692 708

4 5

59

1

19 28 19 26

7

^{1997 21 6 13.67} 317 40 26.7

60 45.6 -i-0.24 9.9940509

726

5 3

^{29 25} 8 1998 21 10 10.23 318 4 1 12.3

60

44.0

^{+ 0 .1 1} 9.994 1235

745

765

5 4

29 23

9

^{1999 21 14 6.78} 3 19 41 56.3

60 42.3 — 0.02 9.994 1980

5

^{6 19 21} 10 2000 21 18 3.34 320 42 38.6 - 0 . 1 5 9.994 2745

5

⁸

1*

19 20

4 Sonne 1919

Mittlere Zeit Greenwich

Zeitgleichung M ittlere Z e it minus

W a h re Z eit

Scheinbare Rektaszension

Scheinbare Deklination

Halbe Durch-1 gangs-

Dauer S t.-Z t.

Halb-

191g

F e b r . io.o

11.0 12.0 13.0 14.0 15.0 IÖ.O 17.0 18.0 19.0 20.0 2 1 .0 22.0 23.0 24.0 25.0 26.0 27.0 28.0 M ä r z 1.0

2.0 3.0 4.0 5.0

„ : 6.0

• 7-o

8.0 9.0 10.0 11.0 12.0 . 13.0

14.0 i

5

^-o . 16.0 17.0 18.0 19.0 20.0 21.0 . . 22.0

23.0 Mo Di Mi Do Fr Sa St Mo Di

Mi

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

Di

Mi Do Fr Sa St Mo Di Mi Do Fr Sa St

4 -1 4 22.70 14 23.58 14 23.67 14 22.99 14 21.54 14 19.35 + 1 4 16.42

14 12.78 14 8.43 14 3.40 13 57.70 13 51.34 + 1 3

44-34

13 36.71 13 28.48 13 19.66 13 10.26 13 0.30 + 1 2 49.80

12 38.76

0.88 0.09 o768 i-45 2 .1 9

2.93

3-64 4-35

5-03

5 .7 0 6 .3 6 7.0 0

7-63 8 .23 8.82 9.40 9 .9 6

IO.5O

II.O 4

“ •55

12 2

7

-a i xz.06 12 15 .15 12 2.6o

I I 49.57 36.08

12 .5 5 13 .0 3

x3-49

+ 11

I I 22.15 I I 7.79 10 53.02 10 37.85 10 22.32 + 1 0 6.45

9 5°-25 9 33-74

9 16.96 8 59.92 8 42.65

13 .9 3 1 4 .3 6

+ 7 7 I

5-I7

I

5-53

1 5 .8 7

16 .20

1 6 .5 1 1 6 .7 8 17 .0 4 1 7 .2 7

•7-47 + 8 25‘ 1 8 1 7 .6 6 8

7-52

^{j 7.g2}

7 49

^-

7

^{° I7.95}

7

V ' l l 18.07

7 *3-68 l8.l6

6 55.52

21 32 26.03 21 36 23.47 21 40 20.12 21 44 15.99 21 48 11 .1 0 21 52 5.46 2 1 55 59.08 21 59 51.99 22 3 44.20 22 7 35.72 22 1 1 26.57 22 15 16 .77 22 19 6.32 22 22 55.25 22 26 43.57 22 30 31.30 22 34 18.46 22 38 5.05 22 41 51.10 22 45 36.62 22 49 21.62 22 53 6 .11 22 56 50.11 23 o 33.64 23 4 16.70 23 7 59.32 23 11 4 1.5 1 23 15 23.30 23 19 4.69 23 22 45.71 23 26 26.38 23 30 6.73 23 33 46.78 23 37 26.55 23 4 1 6.07

23 44 45-35

23 48 24.43 23

5

²

3-33 23 55

42.o6 23 59 20.66 o 2 59.14 o 6 37.53

3 57-44 3 56-65 3 55-87 3 55-”

3 54-36 3 53-62 3 52+ 3 52-21 3 5I-52 3 5°-85 3 5°-2o 3 49-55 3 48.93 3 48-32 3 47-73 3 47-16 3 46-59 3 46-05 3 45-52 3 45-°°

3 44 49 3 44-00 3 43-53 3 43-06

3 42.62

3 42.19 3 41-79 3 41.39

3 4 1.0 2

3 40-67 3 40-35 3 40-05 3 39-77 3 39-52 3 39-28 3 39-o8 3 38-9° 3 38-73 3 38-60 3 38-48 3 38-39

-14 35 41.4 14 16 15.3 13 56 35.1 13 36 4 1.1 13 16 33.8 12 56 13.5 - 1 2 35 40.6 12 14 55.6 I I 53 58.7 I I 32 50.5 I I I I 31.4 10 50 1.6 -1 0 28 2 1.7

10 6 32.1

9 44 33

-1 9 22 25.1 9 o 8.7 8 37 44.2 - 8 15 11.9

7 5

²

32-4

7 29 46.0 7 6 53.3 6 43 54.6 6 20 50.3 -

5 57 40-8

5 34 26.6 5 1 1 8.0

4 47 45-4

4 24 19.2 4 o 49.8

37 17-5

13 42.7 50 5.8 26 27.0 2 46.8

39 5-5

15 23.4 51 40.9

27 58 -3

4 16.0 19 25.6

43

^6.2

1 9 2 6 .1 1 9 40.2

19 5 4 .0

20 7 .3 20 20.3 20 3 2 .9

20 4 5 .0 20 5 6 .9 2 1 8.2

2 1 1 9 .1 2 1 29.8 2 1 39 .9

2 1 4 9 .6

2 1 59.0 22 8.0 22 1 6 .4

22 24.5 22 32 .3

22 39 .5 22 46 .4

22 5 2 .7 22 5 8 .7

23 4-3 23 9 .5

23 14 .2 23 18 .6

23 2 2 .6 23 2 6.2 23 2 9.4 23 32.3

*334-8 23 36 .9 23 38.8 23 40.2

2 3 4>-3 23 4 2 .1

23

42-5

23 4 2 .6

23 42.3

23 4 1 .6

2 3 40 .6

6 7 .17 67.06 66.95 66.84 66.73 66.63 66.52 66.4a 66.32

66.22

66.12 66.03 65.93 65.84 6

5-75

65.66 65.58 65.50

Ö5-42

65.34 65.26 65.19 65.12 65.05 64.99 64.93 64.87 64.82 64.77 64.72 64.67 64.62 64.58 64.54 64.51 64.48 64.45 64.42 64.40 64.38 64.36 64.34

6 12.37 6 12.19 6 12.01 6 i i .8 a 6 11.6 4 6 11.4 4 6 11.2 4 6 11.0 4 6 10.82 6 10.61 6 10.40 10 .17

9-95

9.72

9-49

9.26 9.02 8.78

8-54

8.31 8.06 7.82 7.58

7-33

6 7.09 6 6.85 6 6.60 6 6.35 6 6.10 6 5.85 6 5.59 6

5-33

6 5.07 6 4.81 6 4.54 6 4.27 6 4.01

3-74

3.46 3.18 2.90 2.63

60es

SH

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

^{U nter­}

gang . +

5

^° m 0

A u f­

gang Breite h Länge

T ag P

►"5

Sternzeit Mittleres Äquinoktiun Länge

1 1919.0

Breite log R

1 9 1 9

F e b r . i o

2 4 2 2

O O O 21

m s

18 3.34 320° 42 38.6

60 4O.9 - 0 . 1 5 9.994 2745

785 5 8"

h n

19 20 11 O O I 21 21 59.89 _{32 1 4 3 z9 - 5}

60 3 9 .2 60 27.7

— 0.27 9.994 3530

808 5 10 19 18

1 2 0 0 2 21 25 56.44 _{32 2 4 3 5 8 -7} — 0.38 _{9 - 9 9 44 3 3}8 8 19 5 11 19 16

J 3 ° ° 3 21 29 53.00 _{3 2 3 4 4 3 6 - 4} j / /

60 36.O — 0.46 9.994 5167

8 51 5 1 3 19 14

1 4 004 21 _{3 3 4 9 - 5 5 3 2 4 4 5 I 2 - 4}

60 74.7 — 0.52 9.994 6018

873 5

*5

^{19 13} 15 005 21 37 4 6 .11 _{3 2 5 4 5 4 7- 1} Jl* /

60 33.2 — 0.56 9.994 6891

895 5 1 7 19 11 16 006 21 41 42.66 326 46 20.3

ÖO 3 I .9 - 0 . 5 7 9.994

77

86 _{9 1 6} 5 18 19 9

1 7

18 007 008

21 21

45 39

^{-2 1}

49 35-77

327 46 52.2 328 47 22.6 ^{60 30 .4}

60 29.O

- 0 . 5 5 - 0 . 4 9

9.994 8702 9.994 9638

936

955 5 5

20 22

19 7

*9 5

19 009 21

53 3

2 -

3

2 3 2 9 4 7 51 -6 60 27.7 — 0.42 9.995 0593

973 5 24 19 3

20 21

010 0 1 1

21 22

57 28.88 1 25.43

330 48 19.3 331 48 45.6

/ / 60 2 6.3 60 24.8

- 0 . 3 3

— 0.22

9 .9 9 5 15 6 6 9.995 2556

990 005

5 5

25 27

19 1 19 0

22 ^{0 1 2} 22 5 21.98 332 49 10.4

ÖO 2 3 .6 —O . I I 9.995 3561

0 1 9 5 29 18 58

23

^{0 1}

3

²²

9 i 8 -54 333 49 34

-o _{60 2 2 .2} + 0 .0 1 9.995 4580

°33 5 30 18 56

2 4 014 22 13 15.09

334 49 5

6-2 _{60 2O.7}

60 19 .3

+ 0 .1 4

9-995 56 i 3

044

°55

5

3

^{2 18 54}

25 O I 5 22 17 11.6 4

335 5

^°

i 6 -9

^{+ 0 .2 6} 9.995 6657 ₅

34

^{18 52}

26 016 22 21 8.20 336 50 36.2

60 1 7 .7 + 0 .3 6 9.995 7 7 12

063 5

35

^{18 50}

27 017 22

2 5 4-75 337 5

^°

53-9

60 16 .3 -4-0.45

9-995 8775

070 5

37

^{18 48}

28 018 22 29 1.30 338 51 10.2

60 14 .5 60 I 2 .9 60 I I . I

+ 0 .5 2 9.995 9845

0 76 5

39

^{18 46} M ä r z 1 019 22 32 57.86

339 5

^{1 2}

4-7

^{+ 0 .5 7} 9.996 0921

080 5 40 18 44 2, 020 22 36 54.41 340 51 37.6 + 0 .5 8 9.996 2001

085 5 42 18 42

3

⁰²¹ 22 40 50.96 341 51 48.7

60 9 .I

60 7 .2 60 5 .I

+ 0 .5 5 9.996 3086 j

o8q 5

44

^{18 40}

4

^{022 22}

44 47

-

5

2

34

2

5

1

57

-8 + 0 .4 9 9.996 4175 7

°93 098

5

45

^{18 37}

5

⁰²³ 22 48 44.07

343 5

2

5

-o + 0 .3 9 9.996 5268 5

47

iS

35

6 024 22 52 40.62 344 52 10.1

60 2 .9 + 0 .2 9 9.996 6366

104 I I I

5

49

¹⁸

33 7

⁰²⁵ 22 56 3 7 .17

345 5

^{2 !}

3

^-° 60 O.9

5958 -6 595 6-3 595 4- i 595^-0

+ 0 .1 7 9.996 7470 5

5

^{° 18 31} 8 026 23 0

33-73

346 52 13.9 + 0 .0 4 9.996 8581

119 1 2 7

138 I48

5 52 18 29

9

^{027 23 4 30.28 3 4 7 52 I 2 -5 — 0.09} 9.996 9700 5

54

^{18 27}

10 028 23 8 26.83 348 52 8.8 — 0.21 9.997 0827 5

55

^{18 25}

11 029 23 12 23.38

349 5

²

2-9

^{— 0.32} 9.997 1965 5

57

^{18 23}

12 °

3

^° 23 16 19.94

35

^°

5

¹

54-9

_{594 9-8} ^{— 0.42} 9.997 3 113

l6 0 5

5

^{8 18 21}

J 3

^{0 31} 23 20 16.49

35

1

5

1

44-7

_5947-6 ^{- 0 .4 9} 9.997 4273

1 7 2 6 0 18 18

14 032 23 24 13.04

35

2

5

1

32-3

_{59 45-®}

- ° - 5 3 9-997 5445

183 6 2 /-v ^ 18 16

25 °33

^{23 28}

9-59 353 5

i

17-9

_5943-5

594 i -6

~°-53

9.997 6628

I9 6 207

6

3

^{18 14} 16 034 23 32 6 .15

354 5

^{1 i}

-4

^{- 0 . 5 1 9.997 7824 6}

5

^{18 12} 27

°35

^{23 36 2.70}

355 5

^°

43

^-°

59 39-7

^{— 0.46} 9.997 9031

2 l8 6 6 18 10 18 036 23

39 59-25

356 50 22.7

5937-7 593 5-8 59 34-°

59 3 2-i 59 3°-4

— 0.40 9.998 0249

228 6 8 18 8

29 °37

²³

43 55

^-8°

357 5

°

°-4

^{— 0.30} 9.998 1477

237

^{6 10 18 5} 20 038 23 4 7 52.36 358 49 36.2 — 0.19 9.998 2714

246 6 1 1 18 3 21 039 23 5 1 4 8 .9 1 359 49 10.2 — 0.07 9.998 3960

253 260

6

J 3

^{18 1} 22 040 23

55 45-46

0 48 42.3 -L0.05 9.998 5213 6 14

*7 59

23 041 23 59 42.01 1 48 12.7 + 0 .1 7 9.998 6473 6 16 17

57

6

Sonne 1919

Mittlere Zeit Greenwich

Z e i t g l e i c h u n g

M ittlere Z e it minus W a h re Z e it

S c h e i n b a r e

R e k t a s z e n s i o n

S c h e i n b a r e

D e k l i n a t i o n

Halbe Durch- gahgs- D auer St. - Zt.

H a l b ­

m e s s e r

i g i g M ä r z 23.0

24.0 25.0 26.0

s t M o U i M i

27.0 D o

28.0 I F r

29.0

3

° .°

31.0 A p r i l 1.0 2.0 3.0

S a

S t M o

D i M i D o

4 . 0 F r

M a i 5.0 6.0 7.0 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 21.0

22.0 23.0 24.0 25.0 26.0 27.0 28.0 29.0 30.0 1.0 2.0 3.0

+ 6 5 6

1 s

55-52

37.28 19.00 6 o.

5 + 5

4 4

s 18 .2 4 18 .28

,

^{18 -3 1}

x 6 9 18 .3 2

5 42-37

i8.3I ' 3

4

^{-°6 l8.28}

5

^-

7

^{8 18 .2 3}

47-55

l8.iy 2

9

-

3

» , 8 . 0 ,

-

II,2 9

,8.0,

3 53-28 3 35-38

i7 ?8 + 3 17.60 ,

3 1 , 17-64 2 39.96

1 7 .5 0

2 42.46

^ ^ I7.32 2

2^.14

O x7*x4 2 8.00 ,

16 .9 4

1 5 1 - 0 6 16 yl + I

34-35

, 6<47

1 17*88 .

' 10 .2 0

i 1.68

1 5 .9 2

0 45-76 fa o 20.14

0 Q 15*30 + ° I

4-84

^{1 + .9 6}

— O 0.12 ,

1 4 .6 0

° ^ 14- n

° 2 § '94 13-83 O 42.77

£ 7 7 13*42

0 S6.19 1 9 . 1 8 12- "

y 1 2 .5 4

— 1 2 1.72

' 1 2 .0 9

1

33

^-

8

^{i „ , 6z}

1 V I "■*

1

56-56

^10.64

2 7.20

_{1 0 .1 3} 2 i

7,33

^9.63

— 2 26.96

7 9 .1 1

2 36.07 8.59 2

44-66

8 o6 2 32.72

c 7-54 3 0.26

7 .0 2

3 7-28

o 6 37.53 o 10 15.85 o 13 54.12 o 17 32.36 0 21 10.59 o 24 48.84 o 28 2 7 .11 o 32 5.43 o 35 43.81 o 39 22.27 o 43 0.82 o 46 39.47 o 50 18.24

°

53 57-15

0

1 1 1

57 36.21 1 15.43 4 54-85 8 34.47 12 14.31

I 5 54-39

19 34.74 23 15-37 26 56.30 1 30 37.56 x 34 19.15 1 38 1 .1 1 1 41 43.44 1 45 26.16 1 49 9.30 1 52 52.87 1 56 36.87 2 o 21.34 2 4 6.28 2 7 51.70

2

^{I I}

37

^-ÖI 2 15 24.03

2

19 IO.96 2 22 58.41 2 26 46.37 2 30 34.86 2 34 23.88 2 38 13.42

3 38-32 3 3 8 -17 3 38 -14 338-13 3 38 -15 3 3 8 -17 3 3 8 -31 3 38-38 3 38-46 3 38.55 3 38-65 3 38-77 3 38-91 3 39.06 3 39 .22

339-41 3 39-6i 3 39-84 3 40.08

3 40*35 3 40-63 3 40-93 34i - i6 341-59 34i -96 341-33 341-72 34 3-J4 343-57 344-00 344-47 3 44-94 345-42 345-9' 3 46.42 3 46.93 347-45 3 47 -9 6 3 48 .49 349-02 3 49-54

+ o 43 6.2 1 6 45.4 I 30 22.9 1

53 58-3

2 17 31.3 2 4 1 i

-5

+ 4 28.5 27 52.0 51 22.5 14 26.7

37 37-3

o 42.7 + 5 23 42.8 5 46 37.1 6 9 25.2 6 32 6.9 6

54 4

ⁱ

-7 7 17 9-5

+

7 39

^29-7 8 1 42.2 8 23 46.5 8 45 42.5 9 7 29.6

9

²⁹

7-7

+

9 5

^{° 3 6 4} 10 1 1 55.4 10 33 4.3 10 54 2.9 11 14 50.8 11 35 27.7 + 1 1 55 53.2 12 16 7.0 12 36 8.8 12 55 58.3

13

¹⁵

35

^-1 13 34 58.9 + 1 3

54 9-4

14 13 6.1 14 31 48.8 14 50 1 7 .1 15 8 30.7 15 26 29.2

1 3 3 9- i 1 3 37-5 1 3 35-4 1 3 3 3-°

13 30 -2 1 3 1 7 - °

2 3 23-5 1 3 29-5 23 >5-2 23 io.6 23 5-4 23 0 .1

22 54-3 22 48 .1 22 4 1 .7 22 34.8 22 2 7 .8 22 20.2

22 12 .5

22 4.3 2 1 5 6 .0 2 1 4 7 .1 21 3 8 .1 2 1 2 8 .7

2 1 19 .0

2 1 8 .9 20 5 8 .6

2 0 47-9 20 3 6 .9 20 25.5

20 13 .8

20 1 .8

1 9 49-5 1 9 36.8 1 9 23.8

1 9 10 .5

18 5 6 .7 18 4 2 .7 18 28.3 18 1 3 .6

1 7 5 8.5

64.34 64.33 64.32 64.32 64.32 64.32 64.32

64-33

64.34 64.35 64.36 64.38 64.40 64.42 64.45 64.48 64.51 64.54 64.58 64.62 64.66 64.71 64.75 64.80 64.85 64.91 64.97 65.03 65.09 65.15 65.21 65.27 65.34 65.41 65.48

65-55

65.62 6 5 .7°

65.77 65.85 65-93 66.01

2.63

2-35

2.06 ö 1.78 6 1.50 6 1.22 6 0.94 6 0.66 6 0.38 6 0.11

5 59-83

5 59-56

5 59-29

5 59-°2

5 58-75

5 58-49

5 58.22

5 57-94

5 57-68

5 57

-

4

i

5 57-14

5 56.88 5 56.61

5 56 -34

5 56.08

5 55

^-

8

¹

5 55-54

5 55-28

5 55

-DI

5 54-75

5 54-48

5 54.22

5 53

-

9

6

5 53

^-

7

^°

5 53-44

5 53-29

5 52-94

5 52.70 5 52.46 5 52.22

5

52-98

5 52-75

2 4

*5

26

21 28 29 3

°

3

¹

i

2

3 4 5

6

7

8

9 io

i i

12 x3 14 X5

16

17

18

x9

20 21 22 23

24 25

26 27 28 29

3

^°

1

2 3 i

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 1919.0

Länge Breite log R

23 59 42.01 o 3 38.56 o 7 35.12 o 1 1 31.67 o 15 28.22 o 19 24.77 o 23 21.33 o 27 17.88 o 31 14.43 o 35 10.98 o 39 7.54 o 43 4.09 o 47 0.64 50 57.19

54 53-75

58 50.30 2 46.85 6 43.40 10 39.96 14 36.51 18 33.06 22 29.62 26 26.17 30 22.72 34 19.28 38 15.83 42 12.38 46 8.94

5

^°

5-49

54 2.04 57 58.60

1

55-15 5 5

x -

7

° 9 48.26 2 13

44

-

8

i 2 17 41-37 2

21

37.92 2 25 34.47 2 29 31.03 2

33

^27-58 2

37

24-14 2 41 20.69

1 48 12.7 2

47 4

ⁱ

-3 3 47

^8.1

4

46

33-3 5 45 5

6-6 6 45 18.2

7 44 37-9

8

43 55-8 9 43 I J -7

10 42 25.6 1 1 4 1 37.4 12 40 47.0 13 39 54.4 14 38 59.5 15 38 2.3 16 37 2.8 1 7 36 0.9 18 34 56.7 19 33 50.3 20 32 41.6 21

3

1

3°-7

22 30 17.7 23 29 2.7 24 27 45.6 25 26 26.5 26 25 5.6 27 23 42.7 28 22 18.2 29 20 51.8 30 19 23.7

3

¹

27 54

^-o 32 16 22.7

33 x4 49-9 34

13 r

5-4 35

1 1

39-4

36 10 1.8

37 38 39

40

41

8 22.6 6 4 1.7

4 59

^-x

3

I

4-7

1 28.5 4 1 59 40.2

59 2 8.6 59 26.8

59 25-2 59 ^3-3 5 9 2 1 .6

59 i9-7 59 *7-9 59 15-9 59 13-9 59 n - 8 59 9-6 59 7-4 59 5- i 59 2-8 59 °-5 58 5 8 .1

58 5 5 .8 58 5 3 .6

58 5 1 .3 58 4 9 .1 58 47 .0 58 4 5 .0 58 4 2 .9 58 40 .9

58 3 9 .1

58 37-1 58 35-5 58 33-6 58 3i-9 58 3°-3 58 2 8 .7

58 2 7 .2

58 25.5

58 24.0 58 2 2 .4 58 20.8

58 1 9 .1 58 1 7 .4

58 1 5 .6 58 13 .8

58 n-7

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— 0.05

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— 0.48

— 0.41 - 0 . 3 2

— 0.22

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-4-0.15 -4-0.28 + 0 .4 0 + 0 .4 9 -1-0.56 -4-0.60 -4-0.61 -4-0.59

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^I264

9-998 7737

^I26, 9.9989004 9.999 0 274 i2fec

9-999 x543

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9-999 4077

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8

Sonne 1919

Mittlere Zeit Greenwich

Zeitgleichung M ittlere Zeit, minus

W a h r e Z e it

Scheinbare Rektaszension

Scheinbare Deklination

Halbe Durch­

gangs- Dauer S t.-Z t.

Halb­

messer

1919

M a i 3.0

4.0 5.0 6.0 7.0 8.0 9.0

10.0 XI.O

12.0

13.0

14.0

15.0

16.0

17.0

18.0 19.0 20.0

2 1 .0 22.0 2 3 .°

24.0 25.0 26.0 27.0

28.0

29.0 30.0 _

3

^{1 '0}

J u n i 1.0

2.0 3.0 4.0 5.0 6.0 7.0

8.0

9.0 10.0

11.0

12.0 Sa St Mo Di Mi Do F r 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 13.0 Fr

m s - 3 7.28

3 13.76 3 19.70 3 2 5 .11

3 29

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3 4

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3 46.04

3 47-56

3 48-52 - 3 48.91

3 48-73 3 47-97

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6.48

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3-77 3.2 2 2 .6 6 2.09

1 .5 2 0 .96

0-39 0 .1 8 0 .7 6

1-33 I.9 0 2 .4 7

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29

35 52-9

19 48 50.3 + 2 0 1 27.5 20 13 44.3 20 25 40.4 20 37 15.5 20 48 29.4 20 59 21.9 + 2 1 9 52.8 21 20 1.7 21 29 48.5 21 39 13.0 21 48 15.0 21 56 54.2 + 2 2 5 10.5 22 13 3.7 22 20 33.7 22 27 40.2 22 34 23.2 22 40 42.5 + 2 2 46 37.9

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5 55-4 5 32-5 5 7-4 4 43-2

4 2 8.9

3 54-5 66.01 66.09 6 6.17 66.25 66.33 66.41 66.49 66.57 66.65 66.73 66.82 66.90 66.98 67.06 67.14 67.22 67.30 67.38 67.46 67.53 67.61 67.68 67.75 67.82 67.89 67.96 68.02 68.09 68.15 68.21 68.26 68.31 68.36 68.41 68.46 68.50 68.54 68.58 68.62 68.65 68.68 68.71

15 51-75

15 51.52 15 51.30 15 51.07 50.85 15 50.64 15 50.42 15 50.22 15 50.01 15 49.80 15 49.59 15 49.39 15 49.18 15 48.98 15 48.79 15 48.60 15 48.40 15 48.21 15 48.02 15 47.83 15 47.65 15 47.47 15 47.30 15 47.13 15 46.97 15 46.80 15 46.65 15 46.50 15 46.36 15 46.22 15 46.08 15

45-95

15

45-83

15

45

-

7

1 15

45-59

15

45-47

15 45.36 15 45.26 15 45.16 15 45.06 15 44.96 15 44.87

T a"

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

Sternzeit Mittleres Äquinoktium 1919.0

Länge Breite log R

U nter

-1

A u f­

gang | gang + 50° Breite in h T ..

o Lange 1 9 1 9 2 4 2 2

M a i 3 082

4 :0 8 3

9 10 11 12

J uni

!5

16

J 7

18 1

9

20

23 24 25 26 27 28 29 30

3

¹ 1 2

3 4 5

6

9

10 11 12

085 086 087

090 091 13 1 092 14 ! 093 094

°95

096

°97

098 099 100 101 102 103 104 i

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106 107 108 109 110 1 1 1 112 n 3 114

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116 1 1 7 118 n 9 120 12 1 122

4 1 20.69 17.25 13.80 10.36 6.91

3-47 45 49 53 57

1 5 0.02 8 56.58 12 53.13 16 49.69 20 46.24 24 42.80

3

3 3 3 3 3

3

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3 40 29.02

3 44

25.58 3 48 22.13

52 18.69 56 15.24 o 11.80 4 8.36 8 4.91 12 1.47 15 58.03 19 54.58 23 51-14 27

47

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7

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35 40

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4 39 37-37 4 43 33-92 4 47 3°-48 4 51

27-04

4 55 23-59 4 59

20.15

5

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19 16.71 13.26 9.82 6.38 2.94

41 59 40-2

42 57 50.1

43 55 58-

i

44 54 4-i

45 52 8.0 46 50 10.1 47 48 10.4 48 46 8.7

49 44 5-3

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51 39 53-4

52

37 45-i 53 35 35-2 54 33

^23-9

55 3 i

i i

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i 56 28 57.2 57 26 42.0 58 24 25.6 59 22 8.2 60 19 49.6 61 17 30.1 62 15 9.6 63 12 48.2 64 10 25.7

22 59.49

05 0 2.3 66 5 38.0 67 3 12.6 68 o 46.1 68 58 18.4 69 55 49.5 70 53 19.4 7 1 50 48.0

72 4

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3

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76 37 53.3

77 35

i

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78 32 35.8

79

29

55-6

80 27 14.6 81 24 32.9

58 9 .9 58 8.0

58 6 .0

58 3-9

58 2 .1

58 0.3

57 58-3 57 56-6 57 54-9 57 53-2 57 5J-7 57 50-1 57 48-7 57 47-2 57 46-i 57 44-8 57 43-6 57 42-6 57 42-4 57 40-5 57 39-5 57 38-6 57 37-5 57 36-6 57 35-7 57 34-6 57 33-5 57 32-3 57 31-1 57 29.9 5 7 2 8 .6

57 27-5 5 7 2 6.2

57 24-9 57 2 3 .9 5 7 22.8

57 21.7 5 7 20.8

57 19-8 57 19-0 57 i8 -3

— 0 .17

— 0.29 - 0 . 3 9

— 0.48

- o -5 3

- 0 . 5 5 - 0 . 5 4 - 0 . 5 1 - 0 . 4 4 - 0 . 3 5

— 0.24

— 0.13 0.00 + 0 .1 3 + 0 .2 5 -4-0.36 -4-0.47 + 0 .5 6 + 0 .6 2 -I-0.63 -1-0.62 -+-0.58 -t-0.51 -t-0.41 4-0.29 4 -0 .16 4-0.03

— 0.12

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~ °-55

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— 0.52

— 0.46

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0.003 6852 o I025 0.003 7877

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J ' 1000 0.003 9889 ggg 0.0040877 ^ 0.004 1855 0.004

28

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0-004 9351

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0.0056945 ^ 0.005 7 7 ° 2 0.005 8436

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1.006 5038 '.006 5526 1.006 5999 1.006 6457 1.006 6901

>.006 7332 734

7 1 0 687 662 639

6 1 7

595 575 555

7 20 7 22 7 23

7 2 5

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2

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Mittlere If

fl Zeitgleichung

Scheinbare Scheinbare Durch-^Halbe H alb­

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£

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W a h r e Z eit Rektaszension Deklination ^gangs- j

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15 44.37 15 44.30 15 44.24 15 4 4 .17 15 44.12 15

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15

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44-35

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