578 13 Grad. 8 Ruthen.
Gemessener
Elevations-
Gemessene Läng
e als Hypothenuse: 8 Ruthen.
Winkel
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
SillU8
Sinus
Sinus
Sinus
Sinus
Sinus
-| O
IO
0
1,800
1,822
1,845
1,867
1,890
1,912
1,935
1,957
1,980
2,002
1
1,802
1,824
1,847
1,869
1,892
1,914
1,937
1,959
1,982
2,004
2
1,804
1,826
1,849
1,871
1,894
1,917
1,940
1,962
1,985
2,007
3
1,806
1,829
1,851
1,874
1,897
1,919
1,942
1,964
1,987
2,009
4
1,809
1,831
1,854
1,876
1,899
1,922
1,945
1,967
1,990
2,012
5
1,811
1,833
1,856
1,878
1,901
1,924
1,947
1,969
1,992
2,014
6
1,813
1,836
1,858
1,881
1,904
1,926
1,949
1,971
1,994
2,017
7
1,815
1,838
1,860
1,883
1,906
1,929
1,952
1,974
1,997
2,019
8
1,817
1,840
1,862
1,885
1,908
1,931
1,954
1,976
1,999
2,022
9
1,820
1,843
1,865
1,888
1,911
1,933
1,956
1,978
2,001
2,024
10
1,822
1,845
1,867
1,890
1,913
1,936
1,959
1,981
2,004
2,027
11
1,824
1,847
1,869
1,892
1,915
1,938
1,961
1,984
2,007
2,030
12
1,826
1,849
1,872
1,895
1,918
1,941
1,964
1,986
2,009
2,032
13
1,829
1,852
1,874
1,897
1,920
1,943
1,966
1,989
2,012
2,035
14
1,831
1,854
1,877
1,900
1,923
1,946
1,969
1,991
2,014
2,037
15
1,S33
1,856
1,879
1,902
1,925
1,948
1,971
1,994
2,017
2,040
1«
1,836
1,859
1,881
1,904
1,927
1,951
1,974
1,996
2,019
2,042
17
1,838
1,861
1,884
1,907
1,930
1,953
1,976
1,999
2,022
2,045
18
1,840
1,863
1,886
1,909
1,932
1,956
1,979
2,002
2,025
2,048
19
1,843
1,866
1,888
1,911
1,934
1,958
1,981
2,004
2,027
2.050
20
1,845
1,868
1,891
1,914
1,937
1,961
1,984
2,007
2,030
2,053
21
1,847
1,870
1,893
1,916
1,939
1,963
1,986
2,009
2,032
2,055
22
1,849
1,872
1,895
1,918
1,941
1,965
1,988
2,011
2,034
2,058
23
1,851
1,874
1,897
1,921
1,944
1,967
1,991
2,014
2,037
2,060
24
1,854
1,877
1,900
1,923
1,946
1,970
1,993
2,016
2,039
2,063
25
1,856
1,879
1,902
1,925
1,948
1,972
1,995
2,018
2,041
2,065
26
1,858
1,881
1,904
1,928
1,951
1,974
1,998
2,021
2,044
2,067
27
1,860
1,883
1,906
1,930
1,953
1,976
2,000
2,023
2,046
2,070
28
1-862
1,885
1,908
1,932
1,955
1,978
2,002
2,025
2,048
2,072
29
1,865
1,888
1,911
1,935
1,958
1,981
2,005
2,028
2,051
2,074
30
1,867
1,890
1,913
1,937
1,960
1,983
2,007
2,030
2,053
2,077
31
1,869
1,892
1,915
1,939
1,962
1,985
2,009
2,032
2,056
2,079
32
1,871
1,895
1,918
1,942
1,965
1,988
2,012
2,035
2,058
2,082
33
1,874
1,897
1,920
1,944
1,967
1,990
2,014
2,037
2,061
2,084
34
1,876
1,900
1,923
1,947
1,970
1,993
2,017
2,040
2,063
2,087
35
1,878
1,902
1,925
1,949
1,972
1,995
2,019
2,042
2,066
2,089
36
1,881
1,904
1,927
1,951
1,974
1,998
2,021
2,045
2,069
2,092
37
1,883
1,907
1,930
1,954
1,977
2,000
2,024
2,047
2,071
2,094
38
1,885
1,909
1,932
1,956
1,979
2,003
2,026
2,050
2,074
2,097
39
1,888
1,911
1,934
1,958
1,981
2,005
2,028
2,052
2,076
2,099
40
1,890
1,914
1,937
1,961
1,984
2,008
2,031
2,055
2,079
2,102
41
1,892
1,916
1,939
1,963
1,986
2,010
2,033
2,057
2,081
2,105
42
1,894
1,918
1,942
1,966
1,989
2,013
2,036
2,060
2,084
2,107
43
1,897
1,921
1,944
1,968
1,991
2,015
2,038
2,062
2,086
2,110
44
1,899
1,923
1,947
1,971
1,994
2,018
2,041
2,065
2,089
2,112
45
1,901
1,925
1,949
1,973
1,996
2,020
2,043
2,067
2,091
2,115
46
1,904
1,928
1,951
1,975
1,999
2,022
2,046
2,070
2,094
2,117
47
1,906
1,930
1,954
1,978
2,001
2,025
2,048
2,072
2,096
2,120
48
1,908
1,932
1,956
1,980
2,004
2,027
2,051
2,075
2,099
2,123
49
1,911
1,935
1,958
1,982
2,006
2,029
2,053
2,077
2,101
2,125
50
1,913
1,937
1,961
1,985
2,009
2,032
2,056
2,080
2,104
2,128
51
1,915
1,939
1,963
1,987
2,011
2,034
2,058
2,082
2,106
2,130
52
1,917
1,941
1,965
1,989
2,013
2,037
2,061
2,085
2,109
2,133
53
1,919
1,943
1,967
1,991
2,016
2,039
2,063
2,087
2,112
2,135
54
1,922
1,946
1,970
1,994
2,018
2,042
2,066
2,090
2,114
2,138
55
1,924
1,948
1,972
1,996
2,020
2,044
2,068
2,092
2,116
2,140
56
1,926
1,950
1,974
1,998
2,023
2,046
2,070
2,094
2,118 !
2,143
57
1,928
1,952
1,976
2,000
2,025
2,049
2,073
2,097
2,121
2,145
58
1,930
1,954
1,978
2,002
2,027
2,051
2,075
2,099
2,123
2,148
59
1,933
1,957
1,981
2,005
2,030
2,053
2,077
2,101
2,125 1
2,150
60
1,935
1,959
1.983
2,007
2,032
2,056
2,080
2,104
2,128
2,153
