2992 
Annalen der Hydrographie und Maritimen Meteorologie, Juni 1910. 
Noch: Beispiel und Rechenschema. 
Standl. 
A =— 
Än — 
A— 
An 
180° — An 
tg Z, = 
tg z2 = 
tg Zı {822 = 
180° — Ag... 
tg zu tg Zg. 0. 
i@ZL.-- 
{S Zg 00m 
Yo 
Was. 
ww, + 90° = 
= 
wg — 909° = 
+9 = 
IT — 
nn 
As 
a — 
Aa 
nı = 
No — 
N — 09 — 
) 
d— 
D — 
CO 
4) — 
f 
3 — 
3 
3 
P 
PP — 
0 
ba 
198° 59’ 18” 
198 47 58 
+11 20 
1 680” 
— 189,8 
2,52 
1.39 
3.91 
1.2742 
‚5922 
0.6520 
4013 
1418 
1.0833 
0.5238 
305°.0 
+12 1 
3239.85 
— 6.7 
317 .1 
— 9057 
— 929 
— 676 
— 1.08 
+1.04 _ 
— 212 
Kontrollrechnung. 
Standlinie I. 
—57°42' 0” 
+85 4 8 
—86 53 22 
29 44 41 
—64 8 41 
214 56 36 
+ 12° 24 30” 
—42 12 87 
+16 32 39 
—22 44 41 
439 17 20 
53 56 7 
1} 
157° 3 48” 
157 1 38 
+2 10 
+ 130" 
1.230.0 
4.70 
1,62 
532 
1.3617 
3007 
0.5610 
‚6717 
2108 
1.2327 
0.7718 
2419,1 
_ 17.1 
218°.1 
+ 53 
294 0 
a — 80 
Nı—Na... 
u... 
Po — 
u = 
= 
+ 
0.19 916 
1.06 571 
1.26 487 
ten... 
(zo... 
9.34 246 
13.037 
9.47 283 
tig... 
Ir @ 
Standl. 
cotg Zı ... 
COS Yy 00. 
Yıo-s 
CO Za . 0. 
COS Wa... 
Ya 
Yı = 
Ya — 
Yı tl Ye= 
A— Ag... 
Ya 
0... 
1l:sinz... 
A: 
cotgr...N..., 
u... 
Au 
a 
Au 
2.8299 n 
0.3268m 
2,5036 
219 
—22° 50 0” 
+ 5 19 
—22 44 41 
2A= 
PH Ör= 
N, © 
9.80 084 
9,99 839 
9.99 936 
9.79 859 
04 581 
9,84 440 
igez 
9.95 764 
9.98 163 
9.93 927 
19 844 
0.13 771 
taz 
9.5987 
9.9902 
9.5889 
9.8582 
9.9970 
9.8552 
0,358 
6 
1.104 
2,8325 
‚0430 
2,7895 
‚1670 n 
2.9565 n 
0.0319 n 
2.5036 
25355n 
— 905” 
4.348 
—_ 362 
Ds 
1:c0os@... 
A— haess 
A Ag 
2 
= 
A 17° 9537 
67 54 15 
18 4 8 
A 
Achernar 
Regulus 
11 
9.3283 
9.9804 
= 93087 
9.7892 
9.9977 
9.7869 
0.204 
612 
0816 
2.1139 
9.9117 
2.2022 
1582 n 
5 3604n 
0.0152 
2,5036 
2.5188 
— 229” 
— 330 
— 559 
2,7482 n 
0352 
2.7834 n 
— 607” 
17° 20° 0” 
— 107 
A179 53 
41170 9/53" 
—59 22 30 
42 12 837 
Probe 
9.72 783 
9.99 839 
9.72 622 
9.98 974 
9,82 728 
"9.81 702