Tabularum "Rudolphi
Tabula Aquationum MERCVRII.
Anomalia
Interco-
Intervallu
Anomalia
Interco-
Intervallu
Ecoentri,
lumnium,
Anomalia
CumLoga-
Eccentri,
lumnium>
Anomalia
Cum Logo-
Cum aquatio
CumLog-
cosquata.
rtthmo
Cum aquatio
CumLog-
coaequata.
rtthmo
ntsparte phys
anthmo.
i 4—
ntspartephjs
anthmo.
4-
120
19560
34.731
150
37710
143.18.26
31748
10.25.14
1,12.57
lo8-54-2i.
105754
66
6. 0.59
1.27.29
1 147 3 +
45
I 21
20260
34609
151
38150
31678
l'o.I 8.50
I.I3.28
110. 0. 1
106108
66
5.50. 0
1-27-5«
144.30.14
114956
44
122
20 9 60
34-4-87
152
3 S 5 80
3l6lO
IO.I 2.t4
M4- 0
in. 5.55
106459
65 ,
5-3S.5 5
I-28.15
145.42.11
115171
123
2 I 660
343 67
'153
38990
146.54.17
31544
10. 5.27
1.14.31
112.12. 3
106807
6%
5-27,4.5
I.28-36
I 1.5 3 79
4i
124
2 2 3 $ O
34249
'154
39 390
148.6.32
31481
9.5 8.30
1.15. 2
113.18.25
IO7I51
5.1 6.29
1.2 8-58
11 5 S79
40
155
125
1 3 040
34132
3977°
149-18-55
31420
9.5I.21
I-I5-3 3
,114.25. 1
107494
64
5- 5- 7
I.29.18
II5773
39
126
23720
34016
T56
40 1 3 0
3 6361
$•44- 3
1.16. 4
.115.31,50
107833
64
4-5 3-3 9
1-29-3 8
150.11.26
11-5961
37
'127
| 24400
L16.38.53
33902
‘157
40470
31304
9.3 <5.5 4
1 1.16.35
108 170
64
4-42» 5
I.29.57
151.44.5
116141
36
128 I
2507O
j
33789
158
40800
152.56.52
31250
9.28.54;
1.17. 61117.46. 9
108504
63
4.3 0,26
1.20.15
116515
3 5
129
25730
33677
159
41x20
154.9.46
31198
9.2 1. 4
I-I7-37
U8-53-38
108835
63
4-18-43
1.30.32
116481
3 !
130
26390
33567
l6o
41430
31148
9-13- 3
14 8-7
120. 1.20
109162
(z
4. 6.56
1,30,49
155.22,47
116641
3 2
131
27O4O
33459
161
41730
31100
9* 4-5 1
i-18-37
121. 9.15
109484
% 2
3-55- 3
1,31. 4
156.35.55
116795
30
132
27680
33353
\6z
42020
31055
8.56.31
1.19. 8
122.17-13
109802
61
3-43- 5
1,31.20
157-49-10
116941
»9
»33
28310
3 3248
163
42 3 00
31012
8.48. 0
1-19-38
123.25.44
l 1 p 1 1 6
60
3.31. 4
i-31-35
159- 2.31
I I7O79
2 7
134
28940
33145
164
42570
160.15.58
30972
8.39.19
1.2,0. 8
124.34.18
I10427
6 0
3.18.59
1.31.49
117209
135
295 60
33<>43
165
42830
161.29.3 1
30934
8.30.29
1.20.38
12543- 5
I 107 34
59
3. 6.51
1.32. 4 !
117331
24
136
30170
32944
166
43090
30898
8,21.30
1.21. 8
126.52. 5
111036
58 ‘
3.54.39
1.32.19
162.43. 9
117447
137
30770
?2846
I67
43330
30865
8.12.22
1.21.37
128- 147
111334
57
2.42.23
1.32.33
163.56.52
1 175 S 5
2 I
138
31360
3 2749
168
43560
165.10.40
30834
8. 3- 5
1.22. 6
129.10.41
111629
57
■2.30. 5
1.32.46
117656
19
139
3 19 40
32655
I69
43780
166.24.32
30806
7-5 3.40
1.22.35
130.20.17
III917
56
7.17.45
1-32-58
I17747
i*
140
32520
32563
170
43990
167.38.28
'J0780
7 • 4 4 • 5
1.23. 4
131.30. 5
112 199
55
2. 5.2 2
i-il-io
117830
16
141
33090
32473
171
44180
30757
7.34.2 1
1.23.33
132.40. 5
112477
55
1.52.56
1.33.20
168-52-28
1 17906
15
I42
33650
32384
172
44310
170. 6.31
30736
7.24.28
1.24. 1
133.50.17
I I 2 7 5 0
1.40. 2 s
1-33-27
117974
13
'143
3 4 200
32297
173
44430
30717
7.14.28
1.24.28
135. 0.40
113018
5 1
1.27.59
1-33-33
171.20.37
118035
1 j
144
34740
136.11.14
32212
174
44530
3070 I
7. 4.7.1
1.24.55
113281
'5
l.l5.2s
1-33-39
172.34,45
1 18088
10
145
35270
32130
175
44620
30687
6.54. 6
1.25.22
137-21.59
113538
s‘i
I. 2,56
1-3 3-44
173-48-55
118134
8
I46
35780
13 8-32-55
3 2050
176
44 69 0
30676
6.43.43
1.25.49
113789
50
0.50.23
1-3 3-49
175- 3- 6
118169
147
36280
31971
177
44750
30667
6.3 3-1 3
1.26.15
139.44. 2
114034
4*
0.37-48
1-33-53
176.17.18
118198
148
36770
31894
i78
44800
30661
4
6.22.36
1.26.41
140.55.20
114274
47
0.2 5.I 2
1-3 3-56
177-31-31
118219
149
37250
142. 6.48
31820
179
44830
30658
6.1 I.51
1.27. 5
114507
4«
0.12.3 5
1-33-57
17 8-45-45
118230
1 50
37710
143.18.26
31748
i8°
44840
30656
6. 0.59
1.27,29
114734
O. O. O
1.33.57
180. 6. 0
118235
Tab. Lat.