592 12 Grad. 9 Ruthen.
Gemessener
Elevations-
Gemessen
2 Länge als Hypothenuse: i
1 Ruthen.
Winke!
nach
0 F.
1 F.
2 F.
3 F.
4 F.
5 F.
6 F.
7 F.
8 F.
9 F.
Grad.!
Min.
Sinus
Sinus
Sinus
Sinus
Sinus
Sinus
Sinus
Sinus
Sinus
Sinus
12
0
1,871
1,892
1,912
1,933
1,954
1,975
1,996
2,016
2,037
2,05S
1
1,874
1,895
1,915
1,936
1,957
1,978
1,999
2,019
2,040
2,061
2
1,876
1,897
1,917
1,938
1,959
1,980
2,001
2,022
2,043
2,064
3
1,879
1,900
1,920
1,941
1,962
1,983
2,004
2,025
2,046
2,067
4
1,881
1,902
1,923
1,944
1,965
1,986
2,007
2,028
2,049
2,070
5
1,884
1,905
1,925
1,946
1,967
1,989
2,010
2,030
2,051
2,072
6
1,886
1,907
1,928
1,949
1,970
1,992
2,013
2,033
2,054
2,075
7
1,889
1,910
1,931
1,952
1,973
1,994
2,015
2,036
2,057
2,078
8
1,892
1,913
1,933
1,954
1,975
1,997
2,018
2,039
2,060
2,081
9
1,894
1,915
1,936
1,957
1,978
2,000
2,021
2,042
2,063
2,084
10
1,897
1,918
1,939
1,960
1,981
2,003
2,024
2,045
2,066
2,087
11
1,899
1,920
1,942
1,963
1,984
2,006
2,027
2,048
2,069
2,090
12
1,902
1,923
1,944
1,965
1,986
2,008
2,029
2,050
2,071
2,092
13
1,904
1,925
1,947
1,968
1,989
2,011
2,032
2,053
2,074
2,095
14
1,907
1,928
1,949
1,970
1,992
2,013
2,035
2,056
2,077
2,098
15
1,909
1,930
1,952
1,973
1,994
2,016
2,037
2,058
2,079
2,101
16
1,912
1,933
1,954
1,975
1.997
2,018
2,040
2,061
2,082
2,104
17
1,914
1,935
1,957
1,978
2,000
2,021
2,043
2,064
2,085
2,106
18
1,917
1,938
1,960
1,981
2,002
2,024
2,045
2,067
2,087
2,109
19
1,919
1,940
1,962
1,983
2,005
2,026
2,048
2,069
2,090
2,112
20
1,922
1,943
1,965
1,986
2,008
2,029
2,051
2,072
2,093
2,115
21
1,925
1,946
1,968
1,989
2,011
2,032
2,054
2,075
2,096
2,118
22
1,927
1,948
1,970
1,991
2,013
2,034
2,056
2,077
2,098
2,120
23
1,930
1,951
1,973
1,994
2,016
2,037
2,059
2,080
2,101
2,123
24
1,932
1,954
1,975
1,997
2,018
2,040
2,061
2,083
2,104
2,126
25
1,935
1,956
1,978
1,999
2,021
2,042
2,064
2,085
2,107
2,128
26
1,937
1,959
1,980
2,002
2,023
2,045
2,066
2,088
2,110
2,131
27
1.940
1,962
1,983
2,005
2,026
2,048
2,069
2,091
2,112
2,134
28
1,943
1,964
1,986
2,007
2,029
2,050
2,072
2,093
2,115
2,136
29
1,945
1,967
1,988
2,010
2,031
2,053
2,074
2,096
2,118
2,139
30
1,948
1,970
1,991
2,013
2,034
2,056
2,077
2,099
2,121
2,142
31
1,951
1,973
1,994
2,016
2,037
2,059
2,080
2,102
2,124
2,145
32
1,953
1,975
1,996
2,018
2,039
2,061
2,082
2,104
2,126
2,14S
33
1,956
1,978
1,999
2,021
2,042
2,064
2,085
2,107
2,129
2,151
34
1,958
1,980
2,002
2,024
2,045
2,067
2,088
2,110
2,132
2,154
35
1,961
1,983
2,004
2,026
2,048
2,069
2,091
2,113
2,135
2,156
36
1,963
1,985
2,007
2,029
2,051
2,072
2,094
2,116
2,138
2,159
37
1,966
1,988
2,010
2,032
2,053
2,075
2,096
2,118
2,140
2,162
38
1,969
1,991
2,012
2,034
2,056
2,077
2,099
2,121
2,143
2,165
39
1,971
1,993
2,015
2,037
2,059
2,080
2,102
2,124
2,146
2,168
40
1,974
1,996
2,018
2,040
2,062
2,083
2,105
2,127
2,149
2,171
41
1,976
1,998
2,020
2,042
2,065
2,086
2,108
2,130
2,152
2,174
42
1,979
2,001
2,023
2,045
2,067
2,088
2,110
2,132
2,154
2,176
43
1,981
2,003
2,025
2,047
2,070
2,091
2,113
2,135
2,157
2,179
44
1,984
2,006
2,028
2,050
2,072
2,094
2,116
2,138
2,160
2.182
45
1,986
2,008
2,030
2,052
2,075
2,096
2,118
2,140
2,162
2,185
46
1,989
2,011
2,033
2,055
2,077
2,099
2,121
2,143
2,165
2,188
47
1,991
2,013
2,035
2,057
2,080
2,102
2,124
2,146
2,168
2,190
48
1,994
2,016
2,03S
2,060
2,083
2,104
2,126
2,148
2,170
2,193
49
1,996
2,018
2,040
2,062
2,085
2,107
2,129
2,151
2,173
2,196
50
1,999
2,021
2,043
2,065
2,088
2,110
2,132
2,154
2,176
2,199
51
2,002
2,024
2,046
2,068
2,091
2,113
2,135
2,157
2,179
2,202
52
2,004
2,026
2,048
2,070
2,093
2,115
2,137
2,159
2,182
2,204
53
2,007
2,029
2,051
2,073
2,096
2,118
2,140
2,162
2,185
2,207
54
2,009
2,031
2,054
2,076
2,099
2,121
2,143
2,165
2,188
2,210
55
2,012
2,034
2,056
2,078
2,101
2,323
2,146
2,168
2,190
2,213
56
2,014
2,036
2,059
2,081
2,104
2,126
2,149
2,171
2,193
2,216
57
2,017
2,039
2,062
2,084
2,107
2,129
2,151
2,173
2,196
2,218
58
2,020
2,042
2,064
2,086
2,109
2,131
2,154
2,176
2,199
2,221
59
2,022
2,044
2,067
2,089
2,112
2,134
2,157
2,179
2,202
2,224
60
2,025
2,047
2,070
2,092
2,115
2,137
2,160
2,182
2,205
2,227