30 
DETERMINAZIONE DELLA LATITUDINE 
<D 
3 O 
O 
Distanza zenitale 
Riduzione 
N ‘ p 
Tempo medio 
Rifrazione 
Latitudine 
o ® 
Ph ° 
apparente 
al meridiano ! 
10 Agosto 1906 
5 Ursae minoris 
a = 18,03,02, 23 o — 86°, 37', 11", 80 B = 759, 2 t- 25", 0 
ll 111 s 
0 , „ 
/ // 
0 / ,/ 
E 
7. 53, 13, 2 
48, 24, 50, 84 
1. 02. 07 
14. 13 
38, 11. 33. 02 
E 
57. 30. 3 
24, 37, 15 
06 
5.11 
37, 70 
E 
8, 01, 14. 8 
24. 31. 69 
06 
0, 91 
38. 96 
E 
' 04, 45, 5 
24, 81, 47 
06 
0, 08 
38, 35 
0 
09, 31, 4 
24, 34, 65 
06 
3. 77 
38.86 
0 
14, 13, 9 
24, 40. 40 
07 
12, 87 
42.20 
0 
18, 05, 2 
24, 52, 37 
08 
24. 36 
41, 71 
0 
21,06,2 
25. 03, 31 
09 
35. 88 
42. 28 
cp = 38°, 11', 39", 12 
i 2 Caprico^ni 
ll 111 S 
7. = 20, 15, 43, 31 
8 = — 1 5°, 04', 37", 48 B = 759, 1 
# = 24°, 0 
E 
10, 10, 40, 2 
53, 16. 11. 63 
1. 14. 06 
0, 59. 18 
38, 11, 49. 03 
E 
12, 51. 5 
15; 30: 82 
04 
0. 22. 05 
45, 33 
E 
14, 42, 8 
15, 14, 78 
03 
0, 04, 66 
46, 67 
0 
18, 42, 9 
15, 25, 68 
03 
0, 10, 96 
51.27 
0 
20, 46, 7 
15. 50. 75 
05 
0, 37. 60 
49, 72 
0 
22. 41, 3 
16, 33. 34 
08 
1, 16. 43 
53, 51 
cp — 38°, 11', 49", 25 
h in s 
a = 20, 47, 34, 59 
a Aequarii 
Ml 111 
8 = — 9°, 20', 06", 70 B= 759, 0 
t = 23°, 8 
E 
10, 42, 23, 2 
47, 32, 01, 02 
1. 00, 41 
1, 06. 81 
38,11.47, 92 
E 
' 44; 43, 4 
31, 15, 60 
39 
0, 23, 12 
46, 17 
E 
46, 31, 6 
30, 56, 21 
38 
0, 04, 88 
45,01 
0 
52, 15, 8 
31, 32, 42 
40 
0, 36, 68 
49,44 
0 
54, 25, 3 
32, 24, 12 
42 
1, 23. 95 
53, 89 
0 
56, 43, 4 
33, 34, 36 
46 
2, 35, 67 
52, 45 
!f = 38°, 11', 49", 14 
