196 
Zbán. 
Beobachtungen. 
Stern- 
Wegen 
Libelle und Run 
o 1 
O o 
GO 
T—i 
B 
sin 2! 
Bestimmungs-Gleichung 
F elder 
Nr. 
Name 
Größe 
corrigierte Kreis 
ablesung 1 
S 
Kreislage West. 
177 
43 Comae 
4-1 
128° 26' 58 2 
+ 28° 26' 
14-9 
21'-'9 
0-371 
Ap — AC — 0-3715 + 2-4 = 0 
+ O'-28 
580 
■f Hydrae 
3-2 
87 27 42-4 
— 22 35 
38-3 
2' 54-6 
0 • 955 
A p — A C — 0 • 955 5 + 7 • 1 = 0 
+ 2-93 
19 
a Ursae min. (u. C.) 
2-0 
191 16 27-4 
+ 91 16 
57-3 
47-8 
0-657 
A p — AC + 0- 657 5 — 1-2 = 0 
+ 0-30 
587 
a Virginis 
1-0 
89 26 41-0 
-10 35 
20-0 
1 37-8 
0-873 
Ap — AS — 0-873 ¿ + 4-2 = 0 
+ 0-32 
453 
69 H. Urs. maj. 
5-3 
160 31 9-0 
+ 60 31 
2-6 
10-0 
0-179 
Ap — A e + 0-179 5 — 2-6 = 0 
— 2-78 
179 
C Virginis 
3-3 
99 59 25-4 
- 0 2 
3-2 
5-9 
0-769 
A p — A C — 0-769 ¿ + 3-7 = 0 
+ 0-19 
181 
yj Ursae maj. 
2-0 
149 52 13-4 
+ 49 51 
54-5 
0-3 
0-006 
A p — A C — 0-006 5—•0-4== 0 
— 1-23 
Normal gleichungen: 
Auflösung: 
12 A p — 2 A C — 4 • 581 5 -+-16 
o 
II 
O 
A 7 
= + 0'-10 Gewicht 7-2 
— 2 A co+ 12 AC — 0-305 5 — 9 
• 700 = 0 
— 4-581 A (f — 0-305 A C + 4-815 b - 
- 16•168 — 
0 
1890. Juni 10. p. in. 
Angenommen: p = 50° 12' 17” 
C = 150 12 32 
Stern- 
Wegen 
Libelle und Run 
corrigierte Kreis 
ablesung l 
0 
oder 
180°- 
0 
B 
sin Z 
Bestimmungs-Gleichungen 
Fehler 
Nr. 
Name 
Größe 
Kreislage Ost. 
171 
o Virginis 
3-0 
196 24 9-2 
+ 3 
59 
41-2 
55-8 
0-722 
A ? + AC —0-722 5 + 2-8 = 0 
— 1-82 
175 
12 (‘anis ven. sequ. 
2-9 
161 29 41-1 
+ 38 
54 
54-2 
10-7 
0-196 
Ap +AC — 0-1965 + 3-0 = 0 
+ 1-48 
176 
s Virginis 
2-6 
188 51 1-2 
+ 11 
33 
2-1 
42-8 
0-624 
A-p +AC —0-624 5 + 2-9 = 0 
— 1-14 
177 
13 Comae 
4-1 
171 58 8-6 
+ 28 
26 
15-0 
21-4 
0-371 
A<p + AC — 0 371 5 + 4-0 = 0 
+ 1-53 
19 
a Ursae min. (u. C.) 
2-0 
109 8 41-8 
+ 91 
16 
57-5 
46-8 
0-657 
Acp + AC + 0-657 5 — 3*5 = 0 
+ 0-02 
Kreislage West. 
178 
C Ursae maj. pr. 
2-1 
155° 30’ 22’-'3 
+ 55° 30’ 
11 "7 
5-0 
0-092 
A cp — A C + 0-092 5 + 0-6 = 0 
+ 0-69 
452 
Gr. 2901 
5-7 
172 57 50-5 
+ 72 
58 
0-6 
22-6 
0-387 
A tp — AC + 0-387 5 — 2-5 = 0 
— 0-57 
179 
C Virginis 
3 * 3 
99 59 21-7 
— 0 
2 
3-1 
1' 4-8 
0-768 
A cp — A C — 0-768 5 + 5-0 = 0 
+ 0-05 
454 
17 H. Can. ven. 
5-5 
137 45 23-5 
+ 37 
44 
53-3 
11-9 
0-216 
Acp — AC — 0-216 5 + 3-3 = 0 
+ 1-56 
155 
[Gr. 2029] 
6-0 
171 48 11-5 
+ 71 
48 
21-6 
21-4 
0-368 
Ap - AC + 0-3685 - 3-7 = 0 
— 1-99 
180 
t Bootis 
4:* 6 
118 1 13-1 
+ 18 
0 
'20-6 
34-0 
0-533 
A p — A C — 0-533 5 + 3-5 = 0 
— 0-11 
181 
■f} Ursae maj. 
2-0 
149 52 11-0 
+ 49 
51 
54-7 
0-3 
0-006 
Ap — AC —0-006 5 + 1-0 = 0 
+ 0-51 
182 
■q Bootis 
3-0 
118 57 51-0 
+ 18 
56 
59-7 
32-8 
0 519 
Ap —AC — 0-519 5 + 3-5 = 0 
+ 0-02 
• 
Norn 
aalgleichungen: 
Auflösung: 
13 A -p 
- 3 AC —2-448 5 + 19- 
c 
o 
II 
0 
A p = 
= — 0 v 41 Gewicht 10-3 
— 3 Acp 
+ 13 AC—0-064 5— 1- 
500 = 
0 
— 2-448 A p —0-064 A C +2-999 5- 
-18-710 = 
0