,58 Tabularum “Rudolphi 
4 
Tabula iEquationum VENERIS. 
Anomalia 
Eccentri, 
Cum Aquatio 
ms farte phy s 
Interco 
lumnium, 
CumLog. 
anthmo. 
Anomalia 
coxqilata. 
Intervallu 
CumLoga- 
rithmo 
—h 
Anomalia 
Eccentri, 
Cum aquatio 
nis partephys 
Interco 
lumnium, 
CumLog- 
anthmo. 
Anomalia 
coxquata. 
Intervallu 
CumLoga- 
nthmo 
—h 
o * " 
o. o. o 
Par. • " 
Gi . * " 
0. 0. 0 
72914 
31588 
30 * " 
0.1 1.54 
12 20 
o.fp.i 6 
29.4.8.11 
72 847 
3168I 
1 
o. 0.24 
1340 
O.fp.12 
! 
0.59.35 
72914 
3 15 8 8 
31 
0.12.1 5 
1210 
0.59.17 
30.47.51 
72842 
31687 
2 
o. 0.49 
I 340 
0.59.12 
1.59-n 
72914 
3 l 5 S 9 
3* 
0.12.36 
1210 
0.59*17 
31.47.30 
7283 8 
31693 
i 
o. 1.14 
1 340 
O.59.I2 
2.58-46 
72913 
31589 
• 
33 
0.1 a.57 
1200 
0.59*17 
32.47.IO 
7*833 
31700 
4 
o. 1.59 
I 340 
0.59-1 2 
3-58-s* 
72913 
31590 
34 
0.13.1 8 
1x90 
0.59.17 
3 3.46.5o 
72828 
31706 
5 
©. 2. 4 
I 340 
6.59.I 2 
4-57-57 
72912 
3IS9I 
35 
0.1 3.38 
1180 
0.59.18 
34.46.29 
72824 
317«3 
6 
O* 2.29 
1330 
O.59.I2 
5-57-33 
729H 
3 1 59 « 
36 
O.I 3.5* 
1170 
0.59.18 
35.46. 9 
72819 
5«719 
7 
O. 2.54 
13 30 
O.59.I 2 
6.57. 9 
72911 
3 1592 
37 
0.14.1 8 
1160 
0.59.18 
36.45.4.9 
72814 
31726 
S 
O. 3 • 1 9 
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O.59.I 2 
7-56-45 
72910 
3 1594 
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1 1 4 6 
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31734 
9 
o. 3-43 
13 3 0 
0.59.12 
8.56.20 
72909 
31596 
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II30 
0.59*19 
38-45- 9 
72803 
31741 
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o. 4* 7 
1 3 20 
9.55.56 
72907 
31598 
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0.15.17 
11 io 
O.59.20 
39-44-49 
72797 
31749 
1 I 
o* 4-32 
1320 
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10.55.32 
72906 
31600 
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0.1 5-37 
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72791 
31757 
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o. 4.56 
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72904 
31603 
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0.1 5.56 
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4i. 44-11 
72786 
31765 
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1310 
0.59*1? 
12.54.43 
72903 
3 1605 
43 
0.1 6.14 
1060 
0.59.22 
42.43.52 
72780 
31773 
1 + 
0. 5.45 
1310 
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7290I 
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0.16.32 
1 040 
O.59.2? 
43-43-34 
72774 
31782 
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0. 6. 9 
l~3 1 0 
O.59.I? 
14-53-55 
7 2 89? 
31609 
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0.1 6.50 
1020 
0.59**? 
44-43-16 
72767 
31790 
16 
0. 6.33 
1300 
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15-53-31 
72896 
31612 
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0.17. 7 
1000 
0.59.24 
45-42.58 
72761 
317 99 
17 
0. 6.57 
1 300 
O.59.I4 
16.53. 7 
72894 
31616 
47 
0.1 7.24 
980 
0.59.25 
46.4.2.4.1 
72755 
31807 
(S 
00 0 
1290 
0.59.14 
17,52-44 
72891 
31621 
48 
0.17.41 
950 
0.59.26 
47-42.24 
72748 
3 1 S 1 6 
19 
0. 7.45 
1 290 
O.5914 
18-52-20 
72888 
3 16 2 5. 
4 9 
0.17.5 8 
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0.59.27 
48-42- 7 
72742 
31825 
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0. t. 8 
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0.59.14 
iMi-57 
72884 
31630 
50 
0.1 S.14 
900 
0.59.28 
49-41.51 
72735 
31834 
21 
O. S,3 I 
1280 
0.59.14 
20.51.34 
72881 
31634 
51 
0.18.30 
880 
0.59.28 
50.41.35 
72729 
3 1843 
22 
0. 8.54 
1270 
0.59.15 
21.51.12 
72877 
31639 
52 
®.i 8.4S 
860 
0.59.29 
51.41.2Q 
72722 
21852 
O 
O 
1260 
0.59-15 
22.50.49 
72874 
31644 
53 
0.19. O 
840 
0.59.90 
52.41. 5 
72716 
31861 
24. 
0. 9-40 
■ 260 
0.59.15 
23.50.26 
72870 
3 1649 
54 
0.19.15 
S 2 0 
0.59-31 
53.40.50 
72709 
31871 
2 5 
6.10. 3 
1250 
O.59.15 
24.50. 3 
72867 
31653 
5? 
0.19.29 
810 
0.59.91 
54.40.36 
72702 
31880 
26 
0.1 0.26 
1240 
O.59.I6 
25.49.41 
72863 
31658 
56 
0.1 9.43 
790 
0.59.32 
5540.22 
72694 
31890 
27 
0.1 0.48 
1240 
0.59.16 
26.49.19 
72860 
31663 
57 
0.19.57 
770 
0.59.32] 
56.40. 9 
72687 
31901 
28 
0.i 1. rc 
1230 
O.59.T6 
27-48-56 
72856 
31669 
58 
0.20. I O 
760 
o-59-3 3 
5/.39.56 
72679 
3 19 11 
29 
' 0.1 1.3-2 
1230 
O.59.16 
28-48-34 
72852 
31675 
59 
0.2 0.2 3 
7 4°! 
0.59.33! 
58.39-43 
72672 
31922 
3° 
O.I I.54 
1220 
O.59.I6 
29.48-12 
72847 
i 16 81 
60 
O.ZO.J6 
7 20j 
0 -55M4 
59.39.30 
72664 
3 1932