Tabelle 4. Zur Berechnung der 2. Beschickung «, — #, der Großkreisbeschickung in der Merkatorkarte. 
Man geht im Kopfe der Tabelle in der Zeile für die Mittelbreite g„, so weit nach rechts, bis man den Breiten- 
anterschied b vorfindet. Diese Spalte verfolgt man hinunter in den zweiten Teil der Tabelle bis zu der Zeile 
des Längenunterschiedes &. Dort findet sich der zweite Beschickungsteil X — 8, der Großkreisbeschickung, 
PD... 
Breitennur‘* "hiaßk hin BPraitanesraden 
00 9.0 
5 | 0.0 
10 l 0.0 
15" 0.0 
0 200 
'0.0° 
9.9 
9.8 
9.6 
as 
19.9° 
19.8 
| 19,6 
19.2 
1Q7 
29,7% 
29.5 
29.2 | 
28.6 
20,2° 
39.1 
38.6 
87.8 
.Q.7 
R3 
7.7 
18.7 
57,60 
7.2 
56,5 
55,8 
88.0° 
65.7 
84.9 
085 
242 
74.2° 
73.9 | 
72.0 
71.2 
82,0° 89.39 
81.6 , 88.9 
80.5 | 87.6 
78.6 | 855 
ROT 
78 
2A 8 
“m A 
oo" 
Q0A+1f 
RRRC 
22 09 
24 9.0 
26 | 0.0 
2R 0 
30 0.0 
» DO 
% | 0.0 
36 | 0.0 
38 | 0.0 
40 | 0.0 
2! 0 
0.0 
46 | 0.0 
48 | 0.0 
50 | 0.0 
52 | 0.0 
54 | 0.0 
56 | 0.0 
58 | 0.0 
30 | 0.0 
g2 | 0.0 
64 | 0.0 
66 | 0.0 
68 * 0.0 
N 
1“ 
3.1 
3.0 
3,8 
26 
5 
3 
>1 
El 
6 
1 
18.2 
17.9 
17,5 
17.2 
16,8 
16.5 
16.1 
15.7 
15.2 
14.8 
14.3 
15,8 
18,8 
12,8 
12,2 
11,7 
11.1 
1,5 
a9 
ag 
717 
27.5 
27.0 
26.6 
26.1 
25.6 
25.1 
24.5 
23.9 
23.3 
22,6 
21.9 
21.2 
20.5 
19.7 
18.9 
18.1 
17.8 
16.5 
15,6 
14,7 
18.8 
12.0 
12.0 
110 
36.3 
35.7 
35.1 
34,5 
33,8 
33.1 
32.8 
31.5 
30,7 
29,8 
28,9 
27.9 
27.0 
26.0 
24.9 
23.8 
22.8 
21.6 
20.5 
19.3 
18.1 
16,9 
15.7 
Fan 
AS 
44.1 
13,3 
42,5 
41.7 
10,8 
39,8 
28,8 
37.7 
6.7 
35.5 
4.4 
3.1 
1.9 
30.6 
29,8 
27.9 
26.5 
25.1 
23.7 
22.2 
20.7 
19.2 
m 
52.9 
52.1 
51.2 
50.2 
49.2 
48.1 
47.0 
45.8 
14,5 
43.2 
41.8 
40.4 
39.0 
37.5 
36.0 
34.4 
32.8 
31.2 
29.5 
27.8 
26.1 
24.8 
22.6 
N 7 
60.7 
59.7 
58.6 
57,5 
56,3 
55.0 
53,7 
52.8 
50,8 
19,3 
78 
‘3.1 
4,5 
42,8 
:1.0 
39.2 
37.3 
35.5 
83,6 
31,6 
29.6 
27.6 
25.6 
838 
68.0 
66.9 
65.7 
64.4 
63.0 
61.5 
50.0 
58.4 
56.8 
55.1 
53,8 
51.4 
49,6 
47.6 
45.6 
43.6 
41.5 
39.4 
87,8 
35.1 
32,9 
30.7 
98'4 
961 
74,9 
73.6 
72.2 
70.7 
69.2 
57.6 
85.9 
34.1 
52,2 
50.8 
58,3 
56,8 
4,2 
2.1 
19,9 
17.6 
“53 
13,0 
0.7 
28,8 
5,9 
583,4 
81.0 
DR 4 
81.3 
79.9 
78,3 
76.7 
75.0 
78.2 
71.3 
89.3 
67.2 
65.1 
63.0 
80.7 
58.4 
56.1 
53.7 
51.2 
48,8 
46,3 
43.7 
41.1 
38,5 
35,9 
83.2 
RAKA 
27,3 
85.7 
84.0 
82.2 
80.2 
78.3 
76.2 
74.0 
71.8 
69.5 
67.2 
54,7 
62,3 
59.7 
57.0 
54.5 
51.9 
49.2 
18.5 
1.7 
0.9 
28.1 
35.8 
20 A 
89.1° 
87.2 
85.1 
82.9 
80.7 
78.3 
75.9 
73.5 
70.9 
68.8 
65,7 
63.0 
60.2 
57.5 
54.6 
51.8 
48.9 
46.0 
43.0 
40.0 
37.0 
240 
89.4° 
87.1 
847 
82.2 
79.6 
77.0 
74.2 
71.5 
68.7 
65.9 
68.0 
60.0 
57.0 
54.0 
51.0 
47,9 
4A 8 
1.7 
88 
X A 
88.7° 
85.8 
82.9 
79.9 
76.8 
73.8 
70.6 
67.5 
84.3 
61.0 
57.8 
Ne] 
51.2 
47,9 
A 
41.2 
87,8 
34,4 
75 0.0 2.6 5.1 7.8 | 10.0 | 12.2 | 14.8 } 16.2 | 18.0 | 19.5 | 21.0 | 22.2 | 28.8 | 24.3 | 25.1 | 25.8 ı 
30 | 0.0 1.7 8.4 5.1 6.7 8.2 9.6 | 10.9 | 12.0 | 13.1 | 14.0 | 14.9 | 15.6 | 16.2 | 16.8 17.8 | 
85 0.0 0.9 3.7 2.6 3.4 4.1 483° | 5.4 6.0 6.6 7.0 7.4 7.8 8.1 8.4 8.6 
909° 0.0 00 0.0 00 | 00 0.0 0.0 0.0 | 0.0 60 0.0 0.0 0.0 0.0 0.0 0.0 
Verzr4ß- tar P-o/t-2aantrrech‘ed Bin Längenvraden 
ano | uno '! 00 ' BOS * 70° ' BROS ' ane ' 1mno | 44109 | 1900 ! 1800 | 1400 | 1500 
0.0° 
1.0 
2.0 
3,0 
:9 
88,8° 
85.7 
82.9 
80.1 
77,3 
74.4 
71.4 
68,4 
65.4 
62.3 
59.2 
56.1 
52.9 
49,7 
46.5 
43.2 
40.0 
26,7 
J° 0.09 
5 0.0 
LO 0.0 
15 | 0.0 
20 0.0 
25 0.0 
30 0.0 
35 | 0.0 
nn | 00 
45 0.0 
50 0.0 
55 0.0 
50 0.0 
55 0.0 
70 0.0 
75 0.0 
30 0.0 
35 0.0 
0 0.0 
35 0.0 
i00 ] 0.0 
105 0.0 
110 N 
Q.0° 
1 | 
O1) 
0.3 
0.8 
0,4 
DA 
AX 
6 
0.7 
0.7 
D.8 
0.9 
0.9 
” 
0.09 
Ö.1 
0.3 
DA 
0.8 
Ü 
0.4 
9.09 
0,2 
dA 
0,7 
7q 
0.00 
0.5 
1.0 
15 
»0 
95 
‘0 
X 
0.09 
0.6 
1.3 
1.9 
25 
>@ 
28 
0.09 
0.8 
1.5 
2.3 
RO 
RQ 
n,0° 
0.9 
1.7 
2.6 
25 
0.0° 
1.0 
1.9 
28 
1.1 
1.7 
1.2 
"CC 
1 
1,2 
E 
‚7 
> 0 
39 
DJ 
iS 
2.9 
x 
Q® 
4 
3 
dA 
) 
„3 
4,5 
8 
+1 
6.7 
7.6 
8,4 
9.2 
10.0 
10.8 
‚1,6 
9,4 
8,8 
4.1 
4.9 
15.7 
16.6 
AQ 
5 f 
Ri 
7 
“8 
8.8 
9.7 
10.6 
11.5 
12,5 
8.4 
4,3 
A@ 
6.9 
7.2 
18,1 
191 
an 
4.6 
5,6 
8.5 
7.5 
ai 
De 
A 3 
T 
40 
15 
0 
a { 
4.1 
56 
% 
"nn 
es 
Do 
673 
7.9 
8.9 
8.9 
10.9 
11.9 
:8.0 
14.0 
15.1 
i6.1 | 
17.2 | 
18.2 
19:8 
20.4 
21.5 
DO 
x 
‚6 
Ü2 
A 
70 
>.6 
39 
2.1 
3.4 
38 
Bu 
9.9 
10.8 
11.7 
12.5 
‘8.4 
4,2 
15,2 
16.1 
16.9 
17.8 
9.4 
10.3 
411.3 
12.2 
13.2 
14.2 
15.2 
16.2 
172 
183.8 
19.8 
20,8 
Di X 
1.3 
2.1 
90 
KO» 
li 4 
A 
3.8 
71 
LE 
a0 
2,7 
9.4 
1.1 
1.7 
‚2,5 
13,2 
ae 
£, 
3,2 
9.9 
10,7 
11.4 
‚2.2 
‘2.0 
8.7 
14.5 
15.9 
S 
a 
A 
) A 
in 
7 
4 
> 
a. 
“4 
+ 
3.8 
2,0 
IN. 
14 
| 1.5 
1.8 
Zu 
» 97 
KO 
3. 4 
m 
4.4 
4.6 
4,8 
4 
20 
7,2 8.5 
7.6 ] 9.0 
RC 9.F 
9.3 
9,9 
10.4 
11.0 
er 
N 
J 
(0F 
1,€ 
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