a 26 
Spâ'lava. 
Bestimmung des Azimuthes. 
Object 
Kreislage I 
Uhrzeit 
Kreisablesung 
wegen des Run 
corrigiert 
Correction 
wegen 
Neigung 
Azimuth 
des Sternes 
Südpunkt 
der 
Kreistheilung 
Azimuth 
des Objectes 
exclusive 
Correction der 
Collimation 
1890. October 4. a. m. 
a = 1 
19 m 29 ? 4-, 8 = + 88° 43’ 24" 8; 
ar = 4-7 m 42 ? 4. 
Mire 
R 
280° 11' 58'-'7 
Polaris 
0 
8 h l m 35 ? 5 
268 2 50-1 
+ 5*4 
1° 55' 8 J 1 
89° 58' 3*7 
190° 13' 55*1 
n 
W 
4 17-0 
88 3 21-7 
— 9-9 
54 47-7 
269 57 59-5 
56-7 
Mire 
L 
100 11 56-2 
Mittel = 
= 190° 13’ 55*90 
A a" = — 0-008 
A a” 4- 1-494 A 8” 
1890. October 4. a. m. 
i h 
a = l 
19 m 29 ? 3; 8=4-88° 43' 24*8; 
a; = 4- 7 m 42 ? 5. 
Mire 
L 
55° 13' 35*8 
Polaris 
W 
8 h 32“ 29 ? 0 
43 9 36-2 
— 12''8 
1° 50' 18 ? 3 
224° 59’ 41*7 
190° 13' 54*2 
r) 
0 
34 43-5 
223 9 43-8 
4- 8-4 
49 52-6 
44 59 44-8 
56-2 
Mire 
R 
235 13 40-9 
Mittel = 
= 190° 13' 55*20 
A a* = — 0-013 
A a" 4-1-426 AS" 
1890. October 4 
. a. m. 
a = l h 19 m 29 ? 3; 3 = 4- 88° 43’ 24*8-, 
a; = 4-7“ 42’5. 
Mire 
R 
325° 13' 10*7 
Polaris 
0 
8 h 42 m 37 ? 5 
313 10 59•4 
— 0*7 
1° 48' 17*8 
134° 59’ 16*0 
190° 13' 54*8 
n ...... 
w 
45 0-5 
133 11 29-6 
— 4-3 
47 47-1 
314 59 12-3 
56-2 
Mire 
L 
145 13 8-5 
Mittel = 
= 190° 13' 55*50 
A a" = — 0-014 
A a" 4- l‘397 A 8" 
1890. October 4 
a. m. 
a = l h 19 m 29 ? 2, 8 = 4-88° 43' 24''8; 
x = -h 7“ 42 ? 5. 
I Mire 
L 
40° 12' 57 v 4 
1 Polaris 
W 
8 h 50 m 32 ? 0 
28 12 38-0 
— 8 ? 6 
1° 46' 34 ? 4 
209° 59’ 3-7 
190° 13' 53*7 
7) 
0 
52 46 0 
208 12 59-9 
4- 2-6 
4-0 
29 59 6*5 
51-0 
Mire 
R 
220 12 57-4 
Mittel = 
=190° 13’ 52*35 
A a' — — 0-015 A a" 4-1-374 A 8" 
1890. October 4. 
a. in. 
a = l h 19 
m 29*1 ; 8. = -+- 88° 43' 24*8; 
a? = 4- 7“ 42 ? 6. 
Pasekv •<>- 
L 
213° 30’ 53*3 
Polaris 
W 
10 h ll m 18 ? 0 
118 37 15-1 
— 8-2 
1° 22' 30*2 
299° 59' 37*0 
273° 31' 16*3 
7) 
0 
13 44 0 
298 37 59-4 
4- 3 r 8 
21 36-7 
119 59 39-9 
18-9 
Paseky 
R 
33 30 58-7 
Mittel — 
=273° 31 17*60 
> ' 
A a’ = — 0-024 4 
a’ 4- 1-054 A 8”