für Bremen 
parallaktischem Winkel, 9? = 53°4'6. 
4 h 
5 h 
N 
og cotg n 
N 
og cotg n 
o r t 
20 36 
9.7848 
0 t 
I I O 
9.8529 
m 
60 
27 
9.7863 
IO 49 
9.8534 
59 
l8 
9 7 S 77 
39 
9.8543 
58 
IO 
9.7891 
28 
9-855° 
57 
I 
9.7906 
18 
9.8557 
56 
19 5 2 
9.7920 
10 7 
9.8564 
55 
43 
9-7934 
9 56 
9-8571 
54 
34 
9-7949 
46 
9.8577 
53 
26 
9-7963 
35 
9.8584 
52 
17 
9.7978 
25 
9.8591 
51 
19 8 
9.7992 
9 H 
9.8598 
5° 
18 59 
9.8005 
3 
9.8604 
49 
50 
9.8018 
8 52 
9.8610 
48 
41 
9.8031 
42 
9.8616 
47 
32 
9.8044 
3 i 
9.8621 
46 
18 23 
9-8057 
8 20 
9.8627 
45 
13 
9^8070 
9 
9.8633 
44 
4 
9.8083 
7 58 
9.8639 
43 
17 55 
9.8096 
48 
9.8645 
42 
46 
9.8109 
37 
9.8650 
41 
17 37 
9.8122 
7 26 
9.8656 
40 
28 
9.8134 
15 
9,8661 
39 
18 
9.8147 
4 
9.8665 
38 
9 
9-8159 
6 53 
9.8670 
37 
16 59 
9.8171 
42 
9.8674 
36 
16 50 
9.8183 
6 31 
9.8679 
35 
4 i 
9.8195 
20 
9.8683 
34 
3 i 
9.8207 
9 
9.8688 
33 
22 
9.8219 
5 58 
9.8692 
32 
12 
9.8231 
47 
9.8697 
31 
16 3 
9.8243 
5 36 
9.8701 
30 
15 53 
9.8254 
25 
9.8704 
29 
43 
9.8264 
14 
9.8707 
28 
34 
9-8275 
3 
9.8711 
27 
24 
9.8286 
4 52 
9.8714 
26 
15 14 
9.8296 
4 40 
9.8717 
25 
4 
9.8307 
29 
9.8719 
24 
H 54 
9.8318 
18 
9.8722 
23 
45 
9.8328 
7 
9-8725 
22 
35 
9.8339 
3 56 
9.8728 
21 
14 25 
9-8349 
3 45 
9-8732 
20 
15 
9.8359 
34 
9.8735 
19 
5 
9.8369 
23 
9.8737 
18 
13 55 
9.8378 
11 
9.8739 
17 
45 
9.8388 
3 0 
9.8740 
16 
13 35 
9.8398 
2 49 
9.8742 
15 
24 
9.8407 
38 
9-8743 
14 
14 
9.8417 
27 
9.8745 
13 
4 
9.8427 
15 
9-8747 
12 
12 54 
9.8436 
4 
9.8749 
11 
12 44 
9.8446 
1 53 
9-8751 
IO 
34 
9.8454 
42 
9.8752 
9 
23 
9.8463 
30 
9.8753 
8 
13 
9 . 847 I 
19 
9.8754 
7 
2 
9.8479 
8 
9.8754 
6 
11 52 
9.8487 
0 56 
9.8755 
5 
42 
9.8496 
45 
9.8756 
4 
3 i 
9.8504 
34 
98757 
3 
21 
9.8512 
23 
9-8758 
2 
10 
9.8521 
11 
9.8759 
1 
11 0 
9.8529 
0 0 
9-8759 
0 
7 h 
6b 
fang q — cotgn sec (NS) 
tang £ = cotg (N + < 5 ) sec q 
N hat das Zeichen von cos t 
n „ „ „ „ sin t 
ahre Z.D. 
log k. 
log tang £ 
o° 
6.4458 
10 
4458 2 
9.2463 
20 
4456 ; 
9.5611 
30 
4452 6 
9.7614 
40 
4446 ® 
9.9238 
45 
4441 2 
0.0000 
46 
4439 2 
0.0152 
47 
4437 l 
0.0303 
48 
4436 2 
0.0456 
49 
4434 t 
0.0608 
5 ° 
4433 9 
0.0762 
5 1 
4431 2 
0.0916 
52 
4429 , 
0.1072 
53 
4428 3 
0.1229 
54 
442 5 3 
0.1387 
55 
4422 3 
0.1548 
56 
4419 0 
0.1710 
57 
44 i 6 1 
0.1875 
58 
4412 4 
0.2042 
59 
4408 i 
0.2212 
60 
4404 4 
0.2386 
61 
4400 
0.2562 
62 
4395 5 
0.2743 
63 
4390 
0.2928 
64 
4384 6 
0.3118 
65 
4378 g 
0.3313 
66 
4370 9 
0 . 35 H 
67 
« 6l 10 
0.3721 
68 
4351 12 
0.3936 
69 
4339 18 
0.4158 
70 
4326 15 
0.4389 
71 
43 11 10 
0.4630 
72 
4292 21 
0.4882 
73 
4 2 ? 1 25 
0 . 5 H 7 
74 
4246 2g 
o .5425 
75 0 
4 218 8 
0.5719 
20 
421 ° 10 
0.5822 
4 ° 
4 200 !■_, 
0.5926 
76 0 
4 1 88 14 
0.6032 
20 
4>?4 
0.6141 
40 
4l60 
- 15 
0.6252 
77 0 
4 '45 15 
0.6366 
20 
4130 
0.6483