8 
DETERMINAZIONE DELLA LAT1TUDINE 
Microscopio A Microscopic* B 
Li 
I 
V 
Lt 
I 
V 
p 
p 
p 
V 
V 
p 
0, 03 
34, 44 
+ 1, 43 
0, 02 
45, 45 
— 1, 12 
4, 70 
34, 16 
+ 1, 71 
6, 17 
46. 32 
— 1, 99 
10, 12 
34, 80 
+ 1, 07 
11, 15 
44, 45 
— 0, 22 
12, 51 
34, 99 
+ 0, 88 
12, 62 
43. 78 
-f- 0, 55 [ 
15, 20 
34, 85 
+ 1, 02 
15, 45 
44, 92 
— 0, 59 : 
20, 00 
36, 15 
— 0, 28 
19, 19 
44, 23 
+ o, 10 
24, 19 
35, 19 
+ 0, 68 
23, 02 
42, 48 
+ 1, 85 
28, 00 
36, 53 
— 0, 66 
27, 30 
42, 50 
+ 1, 83 
31, 28 
37, 74 
- 1, 87 
28, 60 
45. 15 
- 0, 82 
36, 02 
37, 46 
- 1, 59 
33, 30 
44, 92 
- 0, 59 
40, 20 
36, 15 
— 0, 28 
37, 62 
43, 08 
+ 1, 25 
43, 46 
35, 64 
+ 0, 23 
41, 22 
44, 10 
+ 0, 23 
47, 81 
37, 52 
- 1, 65 
42, 65 
44, 62 
- 0, 29 
51, 18 
36, 57 
- 0, 70 
44, 67 
45, 03 
— 0, 70 
54, 51 
35, 44 
-f- 0, 43 
50, 45 
44, 52 
— 0, 19 
57, 24 
36, 41 
— 0, 54 
56, 95 
43, 67 
— |— 0 5 66 
Media : 35, 87 
Media : 44, 33 
Dalla (2) precedeute si cavano per ciascun microscopio le equazioni 
Microscopio A Microscopio B 
: k + 1,89 
a + 0,45& + l,43 
A = A - + 0, 95 a + 1, 00 £ 
>-1, 12 
1 + 1,48 
+ 1,27 
+ 1,71 
1 + 0, 09 
+ 1,31 
— 1, 99 
1 + 0, 50 
+ 1) 88 
+ 1,07 
1 — 0, 51 
+ 1,39 
— 0, 22 
1 + 0, 00 
+ 1,93 
+ 0, 88 
1—0, 68 
+ 83 
+ 0, 55 
1 — 0, 52 
+ 1,86 
+ 1,02 
1 — 1, 04 
+ 0, 95 
— 0, 59 
1 — 1, 42 
+ 1,26 
— 0, 28 
1 - 1, 36 
+ 0, 55 
+ 0, 10 
1 — 1, 82 
+ 0, 64 
+ 0, 68 
1 — 1, 58 
+ 0, 13 
+ 1. 85 
1 — 1, 86 
— 0, 25 
— 0, 66 
1 — 1, 47 
-0, 57 
+ 1,83 
1 — 1, 57 
— 0, 94 
-1,87 
1 — 1, 12 
— 0, 84 
-0, 82 
1 — 0, 97 
- 1,57 
— 1, 59 
1 — 0, 61 
-1,28 
— 0, 59 
1 — 0, 34 
- 1,87 
-0, 28 
1 - 0, 14 
— 1,54 
+ 1,25 
1 + 0, 26 
— 1,89 
+ 0,23 
1 + 0, 50 
— 1,39 
+ 0, 23 
1 + 1,17 
— 1,42 
— 1, 65 
1 + 0, 72 
— 1, 25 
— 0, 29 
1 + 1,57 
— 1,03 
-0, 70 
1 + 0, 96 
— 1,03 
— 0, 70 
1 + 1,84 
-0, 55 
+ 0,43 
1 + 1, 40 
— 0, 34 
— 0,19 
1 + 1, 89 
+ 0,82 
- 0, 54 
1 + 1, 39 
+ 0, 58 
+ 0, 66 
