Tabularum "RudoIphi
Tabula iTquationum MERCVRII.
Anomalia
Eccentri,
Cum Aquatio
ntspartefhys
'Interco
lumnium,
Cum Log- i
artthme. j
Anomalia
coxquata. j
Intervallu*
Cum Loga-
nthmo
—V"
Anomalia
Eccentri, |
Cum aquatto
mipartephjs
Interco
lumnium,
Cum Log.
arithmo.
Anomalia
cosequata.
Intervalla
Cum Loga-
rtthmo
~+
o ' "
Par. ' " i
Gr. ' " i
46956
30 ' "
3 5 9°°
45 864
o. o. o
1
0. 0. o (
75596
6. 0.59
O.4.I.54.
24-25-58
77949
I
40530!
i
46954
I
31
35580
45792
O.I 2.3 S
0.4.0. I|
0.48.28
75600
6.1 1.51
0.4,2. 2
25-15-38
7 8 io 6
2
40 5 2 0
, 1
46951
32
3 5 2 5 °
45718
1 3
0.2 5.12
0.4.0. l|
1.36.57!
75607
6.22.36
O.42.IO
26. 5.23
7826S
3
40490
i
46945
33
349 1 °
45641
24
0.3 7-48
O.4.O. 2
2.25.26
75620
6.3 3.13
O.42.19
26.55.13
7 8 + 3 6.
4
40450
46936
3
34
3 45 6°
45562
2 5
0.50.23
O.+O. 3
3.13.56
75638
6.43.43
O.42.28
27-45- 8
7 8 609
5
40390
|
469^5
3
35
3 4200
45482
2 S
1. 2.56
O.40. 4
4. 2.27
7 5 662
6.54- 6
0.42.
28-35- 9
78786
6
4 0 3 2 0
46911
4
36
3 3 «4°
i
4540°
2 6
1.1 5.28
0.4,0. 6
4,50.59
75691
7. 4.21
O.42.47
29.25.15i
78967
7
402 30
46895
5
37
3 3 47°
45315
27
1.27-S9
0.40. 8
5-39-31
75726
7-14-18
O.42.56
30.15.27
79133
8
40130
46876
6
38
3 3°9°
45228
27
1 .+0.2 8
0.40.11
6.28- 4
75766
7.24.2 8
o-43- 6
31. 5.44
79344
9
400 20
46855
6
39
3 2690
45139
28
1.52.56
0.40.13
7.16.38
75810
7.34.21
0.43.16
31.56. 7
795+0
10
3 9 9 00
45832
7
40
3 2 2 9 0
45049
29
2. 5*22
0.40.16
8- 5-14-
7 5 8 60
7-44- 5
0.43.26
32.46.36
79741
11
331780
i
46806
8
41
31870
44957
3°
2.17-45
0.40.151
8-53-51
75916
7-5 3-4°
0.43.37
3 3-37-u
79946
12
39650
46778
8
42
31450
44863
3°
2.30. 5
0.40.22
9.42.30
7 S 9 7 6
8. 3- 5
0.43.49
34-27-52
S 0 1 5 6
i?
39510
i
46747
9
43 •
3 1020
447 66
3 I
2.42.2 3
0.40.25
: 10.31.11
76042
8.12.22
0.44. 0
35-18-39
80371
14.
39370
j
46714
10
44
30580
44668
3 1
2.54-39
0.40.25)
1 h.19-54
76113
8.2 1.30
0.44.12
36. 9.33
80 990
15
3 9 2 2 0
46678
1 1
45
3 0 1 3 °.
44568
3 3
3. 6.51
0.40.3 2
12. 8-39
7 6 I 89
8.30.29
O.44.24
37- 0.34
80814
l6
3 9060
46640
46
j 29680
44467
3 3
3-18-59
0.40.36
12.57.20
7^270
8.39-19
0.44.36
37-51-42
810 + 2
17
38900
46600
47
29 2 20
44364
34
3-3 i- 4
O.4O.4.O
13 ^.6.16
7 6 3 5 7
8.48. 0
0.44.48
38-42-58
81275
18
3 S 7 3 0
|
46557
1 3
'48
2875°
44259
3 5
3-43- 5
0.40.44
: 1 4-3 5* 9
76 + 49
8.56.3 1
0.45. 1
39.34.21
81512
19
38550
46512
14
49
28270
44153
36
3-5 5- 3
0.40.48
15.24. 4
76547
9. 4.52
O.45.I4
40.25.51
8175 3
20
38370
46464
1 4
5o
27780
44045
36
4. 6.56
0.40.53
16.13. 2
76649
9.13. 3
0.45-27
41.17.29
8 1997
21
38180
46414
15
5i
2729O
43935
37
4- I8-4 3
0.40.57
1 /. 2. 3
76756
I 6
9.21. 4
0.45.40
42. 9.15
S 2 2 + 6
22
37980
46362
52
26790
43823
37
4.30.26
0.41. 2
17.51. 7
76869
I 6
9.28.54
0.45.54
43. 1. 9
82500
23
37770
4 6 3°8
53
26280
43710
38
4.42. 5
0.41. 7
i8-4°-i5
7 69 8 6
9.3 6.34
0.46. 8
43-53-n
82759
24
37550
46251
17
54
25760
43596
39
4-5 3-39
0.41.13
19.29.27
77109
18
9-44- 3
0.46.23
44-45-2J
83021
2?
37310
46192
55
25140
4348o
40
5- 5- 7
0.41.19
18-43
7 7 2 3 7
9.51.22
0.46.37
45-37-39
83287
26
37060
46131
I 9
56
247IO
43363
40
5.16.29
0.41.25
21. 8- 2
77 369
9.58.30
0.46.52
46.30. 5
83556
27
36790
46068
19
57
2+17 °i|
43 2 45
41
5-27-45
0.41.3 2
21.57.25
77506
10. 5.27
0.47. 7;! 47-22.39
83829
28
36510
46002
2 0
58
23620
|
43125
42
5-38-55
0.41.39
22.46.52
77649
I O. I 2. I 4
0.47.23
: 48-15-22
8 + 107
29
36210
+5934-
2 1
59
23060
43°°3
42
5.50. 0
0.41.46
23.36.23
77797
10.1 8.50
0.47.39
49- 8-14
84389
3°
3 5900
45864
2 2
60
2 2 5 00;|
42881
43
6. 0.59
0.41.54
24.25.58
77949
10.a 5.14
0-47-55! 5o. 1.15
8+674