12 
Aus dem Archiv der Deutschen Seewarte — 1899 No. 1 — 
Aeussere Momente. 
50. 
f l\ 
-0.222 t 
-0.2232 
-0.2244 
Erste Näherung. 
51. 
52. 
f'A 
9 
- 31 
-0.2252 
- 27 
-0.2259 
- 20 
-0.2264 
1. 
y'i 
9.9081 
53. 
9.3526 n 
9.3539 n 
9.3549« 
r cos <p' 
54. 
d 
9.8639 n 
9.8627 
0.3147 
2. 
s+x 
10° 0' 
25° 10' 
40° 19’ 
55. 
qd 
9.2165 
9.2166 n 
9.6696 n j 
3. 
y 
+ 0+314 
+ 0 h .729 
+ 1+021 
56. 
1«“ Glied 
—0.557 
-0.586 
-0.630 
! 4. 
6 
- 0+731 
+ 0+729 
+ 2+066 
57. 
h 
- S 
- 7 
6 
5. 
’Js 
+ 4° 43' 
+ 10° 58' 
+ 15°21' 
58. 
k 
0 
0 
+ 1 
6. 
S-\- XX-ys 
14° 43' 
36° S' 
55° 40' 
59. 
-0.565 
-0.593 
-0.635 
7. 
cos (S+X+tjs) 
9.986 
9.907 
9.751 
60. 
(\6 
+0.165 
-0.165 
-0.467 
8. 
tgg 
0.090 
0.169 
0.325 
61. 
-0.400 
—0.758 
-1.102 
9. 
9 
50° 53' 
55° 53 f 
64" 40' 
62. 
( U 
+0.757 
+0.757 
+0.757 
: io. 
8—g 
325° 36' 
320° 36' 
311" 49' 
1 li. 
sin fj 
9.890 
9.918 
9.956 
63. 
n 
+0.357 
-0.001 
-0.345 
te. 
r sin ip' 
9.993 
9.965 
9.927 
64. 
(9.4384) 
9.5527 
7.0000« 
9.537S n 
13. 
sin g 
9.752 n 
9.803 n 
9.872 n 
65. 
9.702S 
9.7032 
9.7038 
sm (S 0 —g) 
2p 
; 14 - 
S'—S 
9.745 n 
9.799 n 
66. 
DT 
9.2555 
6.7032 n 
9.2416« 
n 
9.76S n 
67. 
+0.180 
-0.001 
-0.174 
15 - 
— 0.556 
- 0.5S6 
- 0.630 
es. 
0 
123?“ 
302? 1 
69. 
4 (d>—di) 
1+460 
1+335 
Zweite Näherung. 
70. 
dl—di 
2+920 
2+670 
71. 
0.465 
0.427 
16. 
fl 
16' 1376 
16' 1471 
16' 1476 
72. 
sin- 2 4 (0+90°) 
8.925 
S.8S4 
17. 
C\ 
+ 1276 
+ 1171 
+ 877 
73. 
z 
9.390 
9.311 n 
IS. 
i'2 
+ 172 
+ 170 
+ 078 
74. 
+0.24G 
-0.204 
19. 
IV 
16'2774 
16'2672 
16' 2471 
75. 
d+z 
-0.4S5 
+1.860 
20. 
SU 
32' 1578 
32' 1476 
32' 1275 
76. 
- 0 k 29°‘ 6» 
+ 
21. 
193578 
193476 
193275 
77. 
z 
16 h S m 17 s 
lS h 2S m 59 s 
22. 
3.2869 
3.2866 
3.2861 
: w 23. 
n 
3.5513 
3.5514 
3.5515 
24. 
2 p 
9.7356 
9.7352 
9.7346 
Innere Momente. 
25. 
v\ 
9.7154 
9.7151 
9.7148 
78. 
2 R 
3778 
26. 
& 
0.0202 n 
0.0198 
79. 
1.577 
i 27, 
£ 
- 12 
- 13 
80. 
2 p 
8.026 
28. 
X 
0.0190 n 
0.0185 
81. 
& 
8.311 
29. 
- 1 '• .045 
+ 1+043 
82. 
£ 
- 1 
! 30. 
M 
2.9587 « 
2.9582 
83. 
X 
8.310 
31. 
- 15° 913 
+ 15" 8!2 
84. 
X 
-0+020 
+ 0+020 
32. 
6,-A+M 
232“5214 
248” G7 
263" 9!9 
85. 
M 
1.250 
j 33. 
- 017 
- K7 
- 2:4 
S6. 
M 
- 1718 
+ 17:8 
1 34 - 
S 
232°5117 
248° OIO 
263" 7!5 
87. 
6 0 —A 0 +M 
247° 4319 
24S" 1915 
II 35. 
*S’+X 
9“5914 
25° 7!7 
40"15:2 
SS. 
s 
247° 4292 
24S“ 17!8 
j! 36. 
Pl 
9.9082 
9.9079 
9.9076 
89. 
s+x 
24" 49.’9 
25" 2515 ; 
90. 
r cos cp' 
y 
+ 0+722 
+ 0+736 ! 
37. 
y 
4- 0».314 
+ 0+729 
+ 1+021 
91. 
d 
+ 0+702 
+ 0+756 
38. 
39. 
6 
Vs 
- 0+731 
+ 4° 43!4 
+ O b .729 
+10" 5719 
+ 2+064 
+ 15" 2114 
92. 
(9.438) 
2 p 
1.412 
40. 
S-hX+ys 
+ 14° 42 :s 
+36" 516 
+55" 3616 
93. 
VT 
8.412« 
41. 
cos (S+X+i/s) 
9.9S55 
9.9074 
9.7519 
94. 
-0.026 
| 42. 
<99 
0.0907 
0.1688 
0.3243 
95. 
Q 
11S?5 
307?0 
43. 
9 
50° 56!3 
55" 52:0 
64" 38:7 
96. 
dj—di 
0+054 
44. 
S„—9 
325° 3310 
320" 3713 
3ii"50:0 
97. 
8.732 
45. 
sin y 
9.8901 
9.9179 
9.9560 
9S. 
sin 5 4 (0+90+ 
S.7S2 
9.003« 1 
46. 
v sin q) 
9.9933 
9.9655 
9.9274 
99. 
* 
7.514 
7.735 n 
sing 
100. 
+ 0+003 
— 0+005 
1 41 
sin (5.—g) 
9.7526 n 
9.8024 n 
9.S72L n 
101. 
d+z 
+ 0+705 
+ 0+751 
| 48. 
1*«* Glied 
9.7459 n 
9.7679 n 
9.7995 « 
102. 
+ 0 h 42 m 18* 
+ 0 h 45 ra 4 S 
i : 49. 
f 
+ 14 
+ 12 
+ 9 
103. 
Z 
17 h 19 m 41 s 
17 h 22“27 5