%
, "\Pars Secunda.
VJ7
w 1
Tabula Aquationum SATVRNI,
Anomalia
Eccentri»
Cum aquati
nis parte phj.
Interco-
umfiium,
Cum Lhg-
anthmo.
Anomalia
couequata.
Cani diffe
rentiis.
Intervallu
7um Loga-
rtthmo
Anomalia
Eccentri»
Aquatto
m sparte phjs'^
Interco
lumnium j
Cum Log-
anthmo.
Anomalia
coaequata»
Cum diffe
rentiis.
Intervallu
Cum Lega-
rtthmo
60
5 800
978073
90
220
951000
2.49.+ :
0.56.35
57-11-35
228041
3.15.57
0-59-48
86.43.56
225234
61
5720
977151
A 4
91
12 0
950055
17
2.51.24
0.56.40
58.10.51
227957
3-15-5 5
0-59-55
87-43-5 3
225135
62
5 5 6 0
9764.20
1 4
91
70
949110
17
2.53. 2
O.56.46
59. 9.10
227872
3.1 5-5°
1. 0. 2
88-43-53
225035
43
5400
975581
93
27O
948166
J 7
2-54-37
O.56.51
60. 7-33
227786
3-15-42
1.0.9
89-43-56
224536
64.
5230
11974736
1 4.
94
460
947123
1 7
2.56. 9
O.56.57
61. 5-59 1
227700
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1. 0.16
90.44. 2
224836
65
5060
, o 1
973883
95
660
946281j
17
2-57-37
O.57. 3
62. 4.28
227812
3.1 5-i 1
1. 0.24.
91.44-11
224737'
66
4S90
i
973023
1 4
96
8 5 0
9453411
17
2.59. 2
O.57. 9
63. 3. 0
227524
3.14-51
I. 0.5 1
92.44.26;
2 2 4 638'
675
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97H57
1 5
97
10 5 0
944402
17
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64. 1-34
227455
3.14-27
I. 0.38
93.4443
224538;
68
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|
971184
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12 40
9434 6 5|
17
3. 1.41
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65. 0.10
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94.45. 4
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65.58.50
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3.13.31
I. O.52
95-45-18
224340
-
70
4150
969510
1 5
100
1640
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17
3- 4- 9
0-57-34
66.57-33
227163
3.12.57.
I. O.59
96.45.56
224241
7i
3 97°
968629
1
1 5
101
1840
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3- 5-18
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67.56.19
227071
3.1 2.10
I. 1. 7
97-46-18
2 24X42-
72
3790
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1 5
102
2 0 40
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0-5747
68-55- 9
22697 8
3.11.40
I. I.14
98-47- 4
224044
73
36x0
96683I
1 5
103
I 2240
938820
17
3- 7-24
0-57-54
69-54- 3
226885
3.10.56
j I. 1.22
99.4743
223946'
74-
3440
965915
104.
2440
937901
17
3. 8-22
0.58- O
70.53. 0
22679
3.10. 5
I I. I.29
100,48.16
223 848
75
3 270
965CTI4,
105
2640
936986
17
3- 9-'7
0-58- 7
71-52- 0
2 26697
3- 9-17
I- 1-37
101.49.12
223750
1 6
76
3 XoO
964099
106
284°
936075
3.10. 9
O.58.I3
72.51. 4
.2 2 66 0 2
3. 8.22
I. I.44
102.50. 2
223653
77
2920
963I80
107
3040
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3.10.56
0.58-10
73.50.11
226506
3. 7-24
I. 1.51
103.50.56
223556
I 6
78
2750
962258
108
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934167
3.11.40
0.58-26
7449.21
2264II
3. 6.23
I. 2-59
104.51.53
223459
l 6
79
2570
961332
I 09
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933371
3.12.20
0-58-33
7548-35
226315
3. 5- x 8
1. 2. 6
105.52.54
2233^3
1 6
80
2380
9604,03
I IO
¥ 3650
931481
3-1 2.57
0-58-39
7647-53'
226218
3- 4- 9
1. 2.14
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223268
I 6
81
2180
959470
1 I I
3840
931595
3-13-3 I
0.58-46
7747.14
226121
3. 2.56
1. 2.20
107-55- 6
223173
81
1970
958535
1 1 2
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3.14- I
0.58-53
78-46-39
226024
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1. 2.28
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223079
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83
1760
957598
113
4230
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3.14.27
0-58-59
79-46- 6
225926
3. 0.23
1. 2.35
109.57-31
2 2 2 9 8 <
1 6
84-
15 5°
956659
114
44 3 0
928976
3.14.51
0.59. 6
80.45.36
225828
2-59- 2
I. 2.4.3
110-58-51, 222891
I 6
85
I 3 3 C
9557181
115
4620
!i928l l6
3-15-12
9-59-13
81-45- 9
225730
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I. 2.50
112. 0.13
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1 6
86
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954776
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3-15-29
0.59.20
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225631
2.56. 9
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113- i-38
i 222706
I 6
87
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953833
1 7
117
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926418
3.1 5 -.4 2
0.59.27
8344-18
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114. 3- 6
222614
1 6
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17 ■
118
5190
925580
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0.59.34
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1. 3.12
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222523
29
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951945
1 7
119
5380
914749
15
3-15-5 5
0.5941
8544- 2
22535
3
17
2.51.24
1. 3.19
11 6. 6.11
222434
90
2 2 c
951000
120
5 5 7 °
913917
15
3-15-57
0.5941
86.43.56
225234
2.49.42
I. 3.26
117- 7-48
2 z 2 3 46
L
G
2
