Tabularum 7{udolphi
Tabula Aquationum MARTIS*
Anomalia
Eccentri,^
Cum aquatio
nis parte phys
Interco
lumnium,
CumLog-
drtthmo.
Anomalia
coarquata.
%
Intervallu
Cum Loga-
rithma
25
25
2 5
25
2 5
2+
2+
2 4
24
24
2 4
2 3
23
23
23
22
22
22
2 1
2 1
20
20
I 9
19
1 8
1 S
17
17
16
16
Anomalia
• Eccentri,
Cum &qudt/o
nts parte phjs
Interco -
lumnium»
CumLog-
arithmo.
Anomalia
coaequata.
Intervallu
Cum Loga-
rtthmo
1 5
14
14
14
1 3
1 3
1 2
1 2
1 1
1 1
1 0
1 0
9
9
8
8
7
7
6
6
S
4
4
3
3
2
1
1
0
I 20
4-3 5-5C
8 S 90
I. 5.36
115.17.11
I45293
3 7 3 5 7
150
2.39-14
16230
1.10.35
147.1?.44-
I40I27
3 3 7 3 8
I 2 I
4-33- 1
9190
I. 5.47
116.19.52
145080
37211
151
2.34.2 3
16410
1.10.43
148.1842
140005
33651
I 22
4.30. 6
9480
1. 5.59
117.22.39
144871
57067
152
2 + 29.29
16580
1.10.49
149.2344
139887
3 3 5 6 6
12?
4.27- 6
9780
1. 6.1r
18-25.31
174663
3692 +
153
2.24.3 3
16750
1.10.56
150.2849
139773
3 348 +
I 24,
4.24- 2
IOO7O
I. <5.22
119.28.29
144458
3 6 7 S 2
154
2,19.34
16910
1.11. 3
151-33-57
139663
3 3406
12?
4.20.5 3
10360
1. 6.34
120.^1.33
I44255
366 + 2
155
2.14.3 3
17060
I.I I.IO
152-39- 9
139558
3 2 3 3 1
126
4.17*40
10650
1. 6.4.6
121.34.42
I44055
36503
156
2. 9.30
I 7 2 I 0
I.I I.l6
153.44.23
139456
33258
127
4.14.22
10930
I- 6.57
122.37.56
•143 857
3 6.3<S 5
157
2. 4.25
17350
1.11.22
154.4940
139358
3 3 187
128
4.1 °-59
I I 2 I O
1. 7- 8
123.41.14
143661
36229
158
1.59.1 8
17480
1.11.28
155-55- 0
139263
3 3 119
125?
4- 7-31
1 1 4 8 0
I. 7.19
124.44.37
143468
36095
159
1.54. 8
17600
i-n-33
157. 0.23
I39I73
33054
13°
4. 3.58
11740
b 7.30
125.48. 6
143 2 78
35962
160
1.4 8.5 6
1 7 7 20
1*11.38
i58- 549
I39 0 87
32992
1 3 1
4* 0.21
12000
i- 7-4.°
126.51.40
143091
35831
l6l
1.43.42
17840
1.n.43
159.11.17
139005
3 29 3 3
132
3.56.40
12 26 p
1.7.50
127.55-19
142906
3 5 7 ° 2
162
1.3 8.26
17950
i.n.48
160.1647
138927
32877
13?
- 3.52.55
1 2 $ 1 0
1. 8- 1
128-59- 3
142724
3 5 5 7 5
16?
i.33. 8
18060
i.u.53
161.22.19
138852
32824
134
3.49. 6
12760
1. 8-11
130. 2.52
142545
3 545 0
164
1.27.48
18160
1.n.57
162.27.53
138782
3 277 3
13?
3-45.1 3
1 3 000
I. 8-21
131- 6.45
142370
3 5 3 2 7
165
1.22.27
18260
1.12. 2
163.33.29
138716
32725
13 6
3.41.16
1 3 240
1. 8-3°
132.10.43
14*198
35206
166
1.17. 4
18350
I.I2. 6
164.39. 6
138654
32681
137
3 • 3 7 • 1 5
13480
1. 8-4®
I33-I4-4- 6
142028
35086
I 67
I.I 1.40
i 8440
I.I 2.10
165.44.45
138597
326+0
138
3.3 3.10
13710
1. 8-49
134.18.53
141861
3+968
168
1. 6.15
18520
1.12.13
166.50.26
138544
32602
13 9
3.29. 1
13940
1. 8-59
135.23. 4
ITI697
34852
169
1, 0.48
18590
1.12.16
167.56. 8
138495
32566
14,0
3.24.48
14160
1. 9. 8
136.27.20
I4I537
3 47 39
170
0.5 5*20
18650
1.12.19
169. 1.52
138450
3 2 5 3 3
141
3.20.31
14380
1. 9.16
137.31-4.1
141381
34628
171
0.49.5 1
18710
I.12.21
170. 7.37
138410
3250 +
142
3.16.10
14600
1. 9.27
138.36- 6
141228
34 5 20
172
0.44.2 I
18770
1.12.24
171.13.24
138374
3 2 + 78
143
3.1 1.46
14820
l- 9-35
139-4-0-34
141078
5 4414
173
0.3 8.50
18820
I.I 2.26
172.19.12
138341
3 245 5
I4.4.
3- 7-18
15030
1. 9.44
140.45. 7
I4°5>31
?43io
17+
0.3 3.18
I 8 8 70
1.12.28
173-25- 0
I3S3I3
32 + 34
14.?
3. 2.46
15240
1. 9-54
141.49.44
140788
34209
175
0.2 7.^-6
I8910
I.I2.29
I74-3049
138289
32417
14 6
2.58.10
15450
1.10. 2
142.54.24
140649
34110
176
O. 22.^3
I8940
I.I2.3 I
175-36-39
138269
32 + 03
147
2.5 3.31
15650
I.IO.IG
143-59- 8
14-0513
34013
177
0.1 6.40
I S96 0
1.12.32
17642.29
138254
32392
148
2.48.48
15850
I.IO.I9
145. 3-56
140381
33919
178
o.n. 7
t8g 8 0
1.12.33
•
17748.19
138244
32385
149
2.44. 2
I 6040
1.10.27
146. 8-48
140252
33827
179
0. 5.34
I8990
1.12.34
178.54- 10
138237
32380
150
2.39.14
I6230
I.IO.3?
147.13*44
140127
33738
lfio
0. o* 0
I8990
1.12.34
180. 0. 0
138234
32379
TabAat,
