Dr. A. Caspar: Bestimmung der Polhöhe der Sternwarte zu Heidelberg und ihrer Variation.
41
(;
Archiv 1903, S.
Datum
Barometer
Thermometer
<b
p
$
Paar
Kreistage
Mikrometerabl.
«e; j
-1
+ «
1
-*1 i
r,i-r s
1 <> 3 P
10 v
IC
+
<P
Bemerkungen
1. Stern
■>. Stem
2
'2
1900
49°
49“23'
Okt. 6
723.4
+ l2?o
22 h
I
W
14^4156
6! 5040
+ 15'
+o'.'o74
+15"
+
4"
+3 r 48" 113
20'
4',’SoS
52-92
2
0
12.7955
®-7356
- 23
-0.023
- 5
+
I
-1 56.951
25
49.S66
52.92
3
w
S.4639
13-5397
4-120
-0.031
+ 11
—
5
-2 25.938
26
18.666
52.73
4
0
S.0533
15.0460
-f 22
+0.06S
- 3
+
45
+3 21.542
20
30,973
52.52
5
w
12.3321
9-0363
+ 3
+0.037
— 6
—
2
+1 35007
22
iS.oiS
53.0z
1. Stern schlecht point.
e
0
15.9S08
4 7806
- 79
-0.081
-33
—
34
-5 22.655
29
15.462
52.81
7
w
6.4656
15-5696
- 44
-0.064
+14
—
52
-4 22.55s
28
15.647
53-09
s
0
9-495®
13.6972
— 62
+0.045
- 5
+
I I
+2 1.295
21
5+632
52.93
L. 1, B. 2.
723.7
+ 1 1.2
IO
0
7.3392
11.6975
+ 39
+0.044
-39
—
14
+2 5.463
21
47-495
52.96
Mondlicht stört.
7
725.4
4-11.5
22 h
,
0
6.1974
14 H03
+132
*f Ö.074
0
_
IO
+ 3 47,694
20
4-947
52.64
AjVI nicht verwertet.
6
w
3.S59S
15-0545
-19
—0.0S1
-34
+
70
~5 22.681
29
15656
52.9S
7
0
S4.4®59
5.3660
-«33
—0.064
+20
+
20
-4 22.437
28
15,851
53-41
s
w
12.2655
S.O566
— 12
40.045
O
—
7
+2 I.282
21
51.S40
53- 12
9
0
15.6714
5.7S5®
- 75
-O.O7O
+ 4
—
44
-4 44.74S
28
37-977
53,23
L. n. B. 1.
725.7
4-11.6
IO
w
14.017*
9.6796
- »7
+0.044
+42
+
iS
+2 5.040
21
47.715
52.76
iV unsicher. Mond.
s
725.0
-fl 0.0
6 b
I
w
77657
II.6090
+ 50
-0.033
+ I
+
10
— I 50.620
25
44.072
53 45
2
0
10.4003
1S.2396
+119
+0.060
+22
+343
+ 3 45-975
20
7.252
53,23
3
w
IO.S911
12.4S9S
-134
-0.016
+ 4
—
2
—0 46.46S
24
39-684
53.22
4
0
12.9648
S.2703
+241
-0.039
+13
+
2
-2 15.990
26
8.910
52.92
5
w
S.6042
13.4672
-109
- 0.042
-16
—-
4
— 2 20.505
26
*3-527
53,02
7
w
10.3SS1
30.5239
- 76
—0.004
+21
0
-0 4.115
23
57-326
53-21
S
0
10.4156
9.SS91
— 12
-O.OO7
- 7
+
1
-0 15.150
24
8.429
53,28
AAII nicht verwertet.
9
w
«7-3® 39
S.275S
+ 87
+0.070
-14
+230
+4 22.9S6
19 29.7S6
32,77
L. u. B. 1.
724.7
4-10.3
IO
0
10.5945
7.6742
-f 20
—0.027
- 3
+
11
— I 24.227
25
17-536
53,3i
A sehr schlecht.
9
722.4
4-13.2
22 !j
X
0
7.S6S2
15.767®
- 56
+0.074
-14
+
81
+3 47-926
20
5.246
53-*7
JV korrigiert.
2
w
S.095S
12.1769
+ 15
-0.023
— 2
+
7
-i 57-574
25
5o,334
52.76
3
0
12.1649
7.0S86
+ 62
—O.O3I
-• 3
+
16
—2 26.471
26
19173
52.70
4
w
¡2.3065
5-3293
+ 2
+ O.O6S
+ 4
—
5 1
+3 21.076
20
31.502
52.5S
5
IO.2O72
13.4720
+ 35
+0.037
-35
+
9
+ ‘ 33-985
22
l8.5S4
52.57
6
w
46S33
15.9042
+ 5°
—0.081
-23
—
22
-5 23.319
29 16.070
5 2 -75
7
0
146317
5.4902
— 62
—0.064
+>5
r
11
-4 23.276
28
16.2S0
53-0°
8
w
11.304S
7.1244
+ >3
-fO.045
-IO
—
l6
+2 0.513
21
52.274
52.79
9
0
■5-3617
5.4583
+ 9S
-O.O7O
— 16
—
iS
-4 43.760
28 3S.432
52.67
722.0
4-12.8
IO
w
13.2961
8.9S3S
+ 3
+0.044
+ 7
+
5
+2 4.324
21
48.179
52.50
L. 1, B. 2.
1 r
71S.1
4- 5-7
22 h
I
w
«3.SS39
5-9995
+ 22
+O.O74
-23
—
iS
+3 47.293
20
5-586
52,8$
2
0
12.5207
8,4206
- 52
-O.O23
+15
+
4
-1 38.001
25
50.696
52.70
3
w
S.6554
13.7362
- 51
-0.031
— 1
—
9
—2 26.59I
26
19-547
52.96
4
0
7.9085
14.8530
-152
+0.068
-10
+
36
+3 20.639
20
3+903
52.54
5
w
12.241 I
8.9790
— 21
+0.037
+14
~:
2
+1 33.986
22
iS. 990
52-98
6
0
17.2325
6.0101
— 12
—0.081
-10
82
-5 23.615
29
16.531
52.92
7
w
8.9406
1S.0826
+ 20
-0.061
-23
-319
-4 23.77S
28 16.754
52,98
8
0
8.5183
12.6979
+ 5
+0.045
— 12
2
+2 0.450
21
52.758
53-2i
9
w
8.3291
18.2200
- 97
—O.O7O
-13
-336
-4 45-705
2S
38-93*
S3.23
L. u. B. 1.
717.9
4-4.0
10
0
9-53 S2
138457
- '5
+0.044
+ 3
+
14
+2 4.226
21
4S.6S7
52.91
N sehr schlecht.
715-9
4-2.6
6»
2
0
6.315®
14.1396
- 40
+0.060
+13
—
7
+3 45-626
20
7-396
53-02
3
w
S.6451
10.2465
- 13
-0.016
-49
+
3
-0 46.242
24
39-7®°
53-54
4
Ü
13.41 iS
S.707S
+ 9 [
-0.039
— 26
—
5
-2 15.879
26
8.940
53-06
5
w
8.8070
13.6614
- 65
— 0.042
+ 6
—
8
—2 20.113
26
13,504
53-39
6
0
9.3741
12.5625
- 42
+0.022
— 26
0
+1 31.990
22
21-743
53-73
7
w
99351
10.0547
- S9
-O.OO4
—22
0
-0 3.729
23
57-217
53-49
s
0
12.1434
11.6394
4- 27
—0.007
-54
—
I
—0 14.656
24
8.275
53-62
9
w
15.7804
6.6340
+ 36
+ 0.070
+ 3
+
70
+4 23.799
19
29.560
53-36
715-3
4-2.7
IO
0
11.SS95
8-9732
+ 46
— 0.027
+15
+
4
-1 24.175
25
17.262
53-09
L. u. B. 1.
12
714-3
22 h
1
0
S.9414
138125
— 21
+0,074
—22
-
21
+3 46.896
20
5.762
52.66
2
w
8.4168
12.5067
- 18
-O.O23
+15
+
4
-1 57-910
25
50.S84
52.97
3
0
14.3169
<5.2063
+ 21
-0.031
+ r 3
—
23
-2 27.364
26 19.746
52.3S
4
w
13.1970
6.2336
- 66
+0.06 8
+• 4
—
23
+3 20.50S
20
32.115
52.62
3
0
10.0875
133363
0
+ 0.037
— 12
+
S
+1 33.646
22
19.233
52.8S
6
w
4.6073
15.S407
— IO
—0.081
- 9
—
15
-5 23.S26
29
16.767
52.94
7
0
14.9039
5-7497
+ 3S
-0.061
—21
—
6
-4 23.979
28
16,997
53-02
s
w
12.0815
7.9179
*f s
+0.045
+26
—
8
+2 O.O60
21
53-009
53-07
9
0
14.2S70
4-3493
— So
-O.O7O
- 9
+
68
-4 46.161
28
39-195
53-°3
754.4
4-4.2
10
\v
12.5366
8.2236
- 74
+O.O44
-42
4
+2 4,063
21
4S.956
53-02
L. 1, B. ?».
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