80 
A. Dampfer. 
Tafel III. 
Schiffsname 
und Datum der 
Schiffsort 
Aus den Beobachtungen 
abgeleitete Werthe 
Berechnete 
Werthe von 
Rechnung. 
Einheiten der 
3. Dezimale 
Beobachtung 
Breite 
Länge 
tang J 
4 
Cp 
B 
C 
© 
(5 
© 
s 
© 
6 
5. 
Nürnberg. 
1880 Mai 
4 
29?6 S 
45?eW 
-0.37 
0.64 
NOJN 
+2°e 
-0?7 
+0.047 
-0.012 
+0.045 
-0.027 
+ 2 
+15 
= 
5 
26.3 5 
41.8 : 
-0.28 
.64 
NO 
+ 1.4 
— 0.7 
+ 
.025 
- .012 
+ 
.046 
— 
.025 
-21 
+13 
s 
6 
23.4 -- 
38.7 = 
-0.21 
.64 
NOJO 
+ 2.2 
— 2.7 
+ 
.039 
- .045 
+ 
.046 
_ 
.025 
- 7 
-20 
- 
; 
8 
15.7 ; 
34.6 = 
-0.03 
.63 
NNO^O 
— 2.6 
- .042 
— 
.027 
-15 
= 
9 
11.4 : 
33.4 = 
+0.08 
.61 
NNOfO 
-0.8 
- .014 
— 
.028 
+14 
-- 
13 
5.o N 
27.7 = 
+0.57 
.56 
NOiN 
+ 0.1 
+ 0.2 
+ 
.002 
+ .003 
+ 
.030 
— 
.016 
-28 
+19 
14 
8.7 = 
26.6 : 
+0.71 
.56 
NOzN 
+ 0.4 
+ 0.5 
+ 
.007 
+ .009 
+ 
.026 
— 
.015 
-19 
+24 
- 
= 
15 
12.8 -- 
26.0 = 
+0.84 
.59 
NNO^O 
-0.3 
- .005 
— 
.017 
+12 
; 
19 
21.7 : 
23.4 = 
+1.23 
.65 
NO^N 
+ 0.9 
-2.5 
+ 
.016 
- .042 
+ 
.027 
— 
.012 
-11 
-30 
= 
- 
20 
26.3 : 
20.9 : 
+1.38 
.68 
NOiN 
+ 0.4 
— 1.1 
+ 
.007 
- .018 
+ 
.027 
— 
.010 
-20 
- 8 
- 
21 
28.8 i 
19.8 = 
+1.48 
.70 
NO 
+ 0.9 
-0.4 
+ 
.015 
- .007 
+ 
.028 
— 
.009 
-13 
+ 2 
= 
- 
22 
33.4 = 
17.2 = 
+1.66 
.76 
NO 
-0.2 
-1.6 
— 
.003 
- .027 
+ 
.030 
— 
.009 
-33 
-18 
= 
= 
23 
37.4 : 
14.2 - 
+1.83 
.81 
NO|0 
+ 1.2 
-0.9 
+ 
.022 
- .015 
+ 
.034 
— 
.008 
-12 
- 7 
- 
24 
40.9 : 
11.6 -- 
+1.94 
.86 
NO iO 
+ 1.2 
-1.4 
+ 
.022 
- .023 
+ 
.035 
— 
.009 
-13 
-14 
= 
- 
25 
44.3 = 
8.8 = 
+2.10 
.91 
NNO| O 
+ 2.0 
-2.6 
+ 
0.36 
- .043 
+ 
.030 
— 
.018 
+ 6 
-25 
- 
27 
46.3 -- 
2.5 = 
+2.11 
.91 
NW 
+ 0.9 
-3.5 
+ 
.016 
- .059 
+ 
.035 
— 
.061 
-19 
+ 2 
- 
- 
28 
48.5 = 
5.8 = 
+2.36 
.97 
NNW 
+ 3.2 
-2.0 
+ 
.058 
- .034 
+ 
.027 
+ 
.004 
+31 
-38 
- 
29 
Süd-Foreland 
+2.45 
.97 
0|N 
+ 3.6 
+ 
.065 
+ 
.059 
+ 6 
= 
Juni 
1 
WesOKappeln 
+2.45 
.97 
WNW 
+ 2.8 
-5.4 
+ 
.051 
- .090 
+ 
.048 
— 
.076 
+ 3 
-14 
VH. 
s 
Sept. 
10 
56?o N 
4?2 0 
+2.68 
1.05 
NNW 
— 2?o 
- .034 
.058 
+24 
5 
13 
59.1 = 
20.oW 
+3.61 
1.30 
NWzW 
+ 3?7 
-7.0 
+ 
.067 
- .117 
+ 
.050 
— 
.097 
+17 
-20 
' = 
: 
16 
53.5 : 
35.7 = 
+3.90 
1.37 
Wz S 
+ 5.1 
+ 
.092 
+ 
.101 
- 9 
- 
19 
44.8 = 
55.3 = 
+3.73 
1.25 
WSWiW 
+ 3.6 
-5.8 
+ 
.065 
- .097 
+ 
.098 
— 
.103 
-33 
+ 6 
= 
20 
43.3 = 
60.1 = 
+3.61 
1.21 
WSWiW 
+ 3.6 
+ 
.065 
+ 
.095 
-30 
- 
21 
41.9 : 
65.2 i 
+3.49 
1.13 
WSWiW 
+ 3.8 
+ 
.068 
+ 
.088 
-20 
= 
29 
40.6 = 
73.6 = 
+3.22 
1.05 
OSO 
+ 4.0 
+ 
.073 
+ 
.087 
-14 
= 
Okt. 
1 
41.3 = 
62.9 i 
+3.27 
1.08 
OzS 
+ 3.7 
+ 
.067 
+ 
.079 
-12 
= 
5 
2 
41.1 = 
64.4 = 
+3.27 
1.07 
OzS 
-J- B.4 
+ 
.061 
+ 
0.78 
-17 
- 
5 
47.4 - 
41.0 = 
+3.32 
1.19 
OSO 
+ 5.6 
+ 0.2 
+ 
.100 
+ .003 
+ 
0.99 
+ 
.007 
+ 1 
- 4 
THI. 
Okt. 
24 
49.0 N 
7.5 W 
+2.48 
1.02 
WzN 
+ 5.3 
+ 
.095 
+ 
0.60 
+35 
= 
- 
29 
40.6 = 
35.2 = 
+2.48 
1.00 
W 
+ 2.5 
+ 
.046 
+ 
0.67 
-21 
- 
- 
31 
35.5 = 
46.2 -- 
+2.41 
.93 
Wz S 
+ 5.6 
+ 
.101 
+ 
0.70 
+31 
= 
Nov. 
2 
30.2 -- 
55.2 -• 
+2.14 
.82 
SWzWiW 
+ 3.o 
— 4.2 
+ 
.054 
- .070 
+ 
0.73 
— 
.064 
-19 
- 6 
5 
= 
3 
27.9 ; 
60.8 = 
+1.88 
.74 
SW|W 
+ 2.o 
— 4.3 
+ 
.036 
- .072 
+ 
0.69 
— 
.056 
-33 
-16 
= 
- 
5 
26.5 = 
70.5 : 
+1.73 
.69 
WzS 
+ 2.8 
+ 
.051 
+ 
0.53 
- 2 
: 
= 
5 
26.5 -- 
71.8 = 
+1.71 
.68 
WiS 
+ 0.3 
-6.5 
+ 
.005 
- .119 
+ 
.047 
— 
.058 
-42 
-61 
: 
6 
26.2 = 
76.3 = 
+1.60 
.66 
w 
-|- 4.4 
+ 
.080 
+ 
.045 
+35 
. . 
- 
9 
26.0 j 
85.3 - 
+1.51 
.62 
NWj N 
+ 0.9 
-5.4 
+ 
.016 
- .090 
+ 
.019 
— 
.042 
- 3 
-48 
= 
- 
24 
23.2 = 
82.7 = 
+1.48 
.60 
SO 10 
+ 2.1 
+ 1.7 
+ 
.038 
+ .029 
+ 
.059 
— 
.002 
-21 
+31 
= 
27 
26.9 = 
79.8 : 
+1.43 
.60 
NzO 
+ 0.5 
+ .008 
— 
.019 
+27 
- 
30 
38.8 = 
67.3 = 
+2.82 
.95 
NOzOlO 
+ 2.6 
+ 0.7 
+ 
.047 
+ .012 
+ .037 
+ 
.008 
+10 
+ 4 
= 
Dez. 
2 
41.6 : 
57.0 = 
+3.17 
1.08 
OSO! O 
+ 6.6 
+ 
.119 
+ .085 
+34 
- 
" 
3 
41.5 = 
51.1 - 
+3.24 
1.12 
O 
+ 5.9 
+ 1.9 
+0.107 
+0.032 
+0.072 
+0 
.007 
+35 
+25