Kreislage 
Polhöhe und Azimut auf der Sternwarte in Athen. 
Tabelle I. 
Bestimmung der Polhöhe durch Zenith-Distanz-Messungen des Polarsternes. 
553 
C 5 —i 
Uhrzeit 
Ablesung am 
Kreise 
Correctic 
wegen d< 
Libelle 
Refraction 
Zenith-Distanz 
p. cos t 
—I 
4 -II 
Polhöhe 
1890. Juni 13.* U. C. a = ih 18114560 
3 = 88° 43' 2" 21 
L 
u h i7 m 48 s 
257 ° 53 ' 38 ! 6 
+ 0 6 
-M 
20 16 
20 ' I 
-H S ‘3 
-HI 
22 24 
52 59’4 
+ 4‘4 
-HI 
24 8 
43 5 
-H 4'5 
-M 
25 20 
32-0 
-H S S 
-HI 
26 35 
18 9 
-H 5 
-M 
R 
11 30 0 
4 9 33 2 
O 
T 
-Hl 
31 5 ° 
42-9 
H-H 'o 
-Hi 
33 2 3 
56'3 
+ 123 
-Hl 
34 4 i 
IO 10*0 
-l-io 0 
-Hi 
36 iS 
26*6 
+ 7 1 
-Hi 
37 33 
31-6 
-Mi '8 
-M 
x —— i m 16-547 B x = 75o - 6 mm t\— 27*5°° 
Z.P = 311 0 o' 36 ! 8 S ä = 75o'8 t. 2 = 26-7 
12" I 
53 ° 8' io r 9 
— 1° 6' 23'*'40 
—io r 09 
37 0 58' 22*6 
12 • I 
34 " 1 
48*31 
— 9*72 
23 '9 
12 * I 
53'9 
7 9'48 
— 9*40 
25*0 
12*2 
9 10*0 
26*42 
— 9 'i 5 
25*0 
12-2 
22*5 
38*02 
— 8*96 
24'5 
12 2 
35 ’ 1 
49*98 
— 8*79 
23 '7 
12*3 
00 
tJ- 
O 
ro 
HO 
— 1 8 21*43 
- 8*30 
37 58 i 4'9 
12 • 3 
29*4 
3 8*88 
— 8*05 
1 7 ' 5 
I2‘3 
44 '1 
52*90 
— 7*84 
16 *6 
12*4 
55'6 
9 452 
— 7-65 
16*6 
I 2 ’4 
11 9*3 
18*78 
- 7'44 
16*9 
124 
19 ’O 
— 29*67 
— 7 '11 
i 7 *8 
Nr. 1. 
Mittel.= 37° 58' 20'*'42. 
R 
1890. Juni 13. U. C. a. = ih i8 m 4?65 x= —i m 16556 750'9 l!li ' : f. 
0 
= 88 
0 43' 
2 f 20 
Z P = 
0 
tM 
ro 
II 
13 
3Ö r o 
B -2 = 
751*0 
k 
I2 h 36"' 
2 s 
317° 
57' 
26 "6 
— 
i ! 3 
-Hi' 
13-2 
53° 
17' 
2l"*3 
-1° 15 
35'5 
— 1 7 4 
37 
29 
26*3 
-H 
3’° 
-Hi 
13*2 
25'9 
41*0 
— 1 3 
38 
36 
23*6 
-H 
4'1 
-HI 
13*2 
29'7 
— 
45'° 
— 1*2 
39 
41 
16*3 
-H 
2*4 
-Hi 
13 2 
35 3 
— 
48*8 
— I • I 
40 
41 
• 
15*6 
-H 
4'1 
-Hi 
13*2 
37'7 
— 
52*2 
— I I 
41 
40 
i4*3 
-H 
5'8 
-H 1 
13*2 
40-7 
— 
55'5 
— 1*0 
12 43 
56 
64 
30 
2*0 
-H 
1'4 
-Hi 
13*2 
53 
17 
40*6 
- I l6 
2*8 
— o*9 
46 
14 
I *o 
-H 
4 5 
-Hi 
13*2 
42*7 
— 
9'7 
— o*8 
47 
27 
4'4 
-H 
6* 1 
-HI 
13*2 
47'7 
— 
13*1 
- 0-7 
48 
32 
8'3 
-H 
6* 2 
-HI 
13*2 
51' 7 
— 
16* 1 
— 0-7 
49 
40 
I I ' I 
-H 
5'9 
-Hl 
13*2 
54' 2 
— 
19*1 
— o’6 
5 1 
0 
13*3 
-H 
6*6 
-HI 
13*2 
57'1 
— 
22*5 
— o*6 
= 24 
■ 8 co 
= 24 
'5 
37 ° 
Ln 
00 
15 
■b 
16 * 
'4 
16 
'5 
14' 
*6 
15 
* 6 
15 
*8 
37 
58 
23* 
1 1 
27* 
*8 
26 * 
1 1 
25' 
1 
25' 
'5 
26* 
0 
Nr. 2. 
Mittel.tp = 37° 58' 20 ! 67. 
1890. 
Juni 
13. 0. 
c. 
a= i h 18 m 5 ? 11 
§ = 88° 43' 215 
Z 
23h 43" 
3 ° s 
124° 
31' 
39 I -H 4 ! 2 
-Hi' 
7 ’ 9 
44 
23 
28*7 ! - 1*0 
-b I 
7*9 
46 
l6 
14*2 | — i*6 
-b I 
78 
48 
15 
30 
59*0 j — 2*0 
-Hi 
7*8 
49 
52 
47'7 j — 2*2 
~bl 
7'7 
5 i 
16 
38*0 — 3*0 
“bl 
7 ’ 7 
23 56 
5 
22 
52 
30-6 i — 3*2 
-HI 
7*6 
58 
13 
49 '4 ' — 1 '9 
-HI 
7 * 6 
59 
47 
56-5 — 2*9 
-bl 
7*6 
24 2 
3 
53 
21*1 : + 3*6 
-HI 
7 ‘ 5 
3 
55 
2 5'5 — 0*7 
—b I 
7'5 
5 
41 
37 • 7 1 — 2*2 
-HI 
7'5 
Nr. 3. 
Mittel. . 
* In dieser Tabelle ist das Datum astronomisch gezählt. 
# = -I 
m I 7 S y J 
B — 
752 
• jram ^ 
= 21 
•6 C < 
' li 
MI 
Oj 
0 
41 
I 3 J 
t t 
= 23 
*o 
5 °° 
51' 
22 j 6 
~bl 
0 10 
26 
'82 
— 6 71 
37 ° 
58' 
17 
'3 
7 - 4 
-H 
41 
•96 
— 6*46 
17 
I 
50 
51*8 
-b 
57 
'59 
— 6*20 
16 
8 
40 2 
-H 
I I 
IO 
IO 
— 6*oo 
15 
7 
29*7 
-b 
20 
76 
— 5'82 
15 
4 
5 ° 
49 
46*8 
-Hi 
I I 
56 
21 
— 5'29 
37 
58 
22 
2 
29-3 
-H 
12 
I I 
3 ° 
— 4*98 
24 
4 
2 12 
-H 
22 
15 
— 4* 80 
21 
5 
48 
3'1 
-b 
37 ' 
48 
— 4'55 
24 
O 
54‘3 
“b 
49 ' 
79 
— 4'33 
20- 
2 
1 
40*6 
-H 
13 
I * 
17 
— 4* 14 
22 
4 
= 37° 58 
19 
•’46. 
Denkschriften der mathem.-naturw. CI. LIX. Bd. 
70 
