5 8
Tabularum Ttydolpbi
Tabula Aquationum I O VI S.
Anomalia
Eccentri**
Cum aquatio
nisfartephys
Interco
lumnium,
CumLog--
antbmc.
Anomalia
coarquata.
Intervallu
Cum Loga-
rithmo
Anomalia
Eccentri,
Cum aquatio
nisfarte fhjs
Interco
lumnium*
CumLog.
anthmo.
. Anomalia
coxcjuata.
Intervallu
Cum Loga*
rithmo
I 20
4690
507463
150
8 3 70
♦
498284
2.23.3 3
1. 2.5?
117.34-34
fc l62426
1.22.53
I. 5.15
I48.35-I9
! 160600
I 21
4840
507086
1 3
151
8460
!
498068
2.22. 5
i. 2.58
118-36. 1
162352
1,20*2 J
I. 5.I8
; i49-37-5 1
160557
122
4990
506713
1 3
152
8540
1
497859
2.20.34
1. 3- 4
n9.37.31
162278
1 2
1.17.50
I. 5-22
150.40.25
16051 5
12;
5140
506344
i53
8620
•
497657
2.19. I
i- 3- 9
120.39. 4
162205
1 2
1.15.16
I. 5.25
151.43- 1
160475
124.
5 2S0
505979
154
8700
4974 6 2
2.17.2 5
1. 3.1?
121.40.39
16ZI 3 3
1 2
1*1 2.45
I. 5.28
152.45.38
160436
125
5430
505618
i55
8790
497274
2.15.46
1. 3.20
122.42.16
162062
1.10. 4
I. 5.32
153-48-17
X 60 3 9 7
12 6
5 5 7°
505262
156
8870
497092
2.14. 5
I. 3.26
123.43.
161991
1. 7.26
i- 5-35
154.50.58
I60 3 61
127
5710
504910
I 2
157
8950
496918
2. I 2.2 2
I. 3.32
124.45’.37
161921
1. 4.46
i- 5-38
155.53.40
160326
128
5850
504563
T~2
158
9 0 3 0
496751
2.1 0. 3 6
I. 3.37
125.47.21
161852
i. 2. 5
1. 5-4i
156.56.24
160292
I2J?
1 5980
504220
159
9 110
496591
2. 8.47
I. 3.42
126.49. 7
161784
0.59.23
1. 5.44
157.59-1°
160260
no
6120
503882
I 2
160
9180
496438
2. 6.36
I. ?.48
127.50.56
161717
1®
0.56.40
1. 5.47
159. 1.57
160230
6250
503549
161
9250
496292
2. 5. 3
i- 3-53
128.52.47
161651
0.5 3.56
1. 5.50
160. 4.46
160201
132
<5380
503221
I I
162
9310
496153
2. 3. 8
i- 3-38
129.54.41
161586
0.5 I.I I
1. 5-52
161. 7.36
160173
133
6510
502899
I63
9360
49602I
2. I.I I
| 1. 4. 2
130.56.37
161522
0.48.26
1. 5.54
162.10.27
160146
134.
6 640
502581
I I
I64
9410
495897
I.59.S 2
1 I. 4. 7
Mi.58.36
161459
0.45.40
1. 5.56
163.13.19
160121
135
6760
502269
165
945 0
495780
1.57.1 l
*1- 4-12
133- 0-38
161397
O.42.5 3
1. 5-58
164.16.11
160097
I3<J
6890
SOI962
166
9490
495670
i.55. 7
I. 4.17
134. 2.42
161339
0.40* 5
1. 5.59
165.19- 4
16007 5
i?7
7020
50l66l
167
9520
495568
1.53. 2
I. 4.22
135. 4-49
161276
0.37.17
1. 6. 0
166.21.57
160055
ns
7140
501365
168
9 5 5 °
495474
1.50.54
I. 4.27
136. tf.58
161217
0.34.28
1. 6. 1
167.24.51
160036
1 35*
7270
501075
169
9 5 7°
495387
1.48.44
I. 4.32
137. 9.10
161159
0.31.3*
I. 6. 2
168.27.45
160018
140
7 3 90I
500791
170
9590
495307
1.46.3 5
I. 4-37
138.11-24
161102
I O
0.28.48
1. 6. 3
169.30.40
I6 000I
14.1
7510
500512
171
9620
495235
i .44.20
I. 4.42
I39-I3-41
16I046
0.25.57
1. 6. 4
170.33.36
159986
142
7620
500240
9
172
9640
495170
1.42. 4
I. 4.46
140-15-59
160992
0.23. 6
I. 6. 5
171.36-31
IS9973
143
7730
499974
9
173
9670
495113
1.39.46
I. 4.50
141.18.19
160939
0.20.1 4
1. 6. 6
172.39.27
159962
144
7S30
499714
9
174
9690
495063
1 •3 7- 2 7
J. 4-54
142.20.40
160887
O. I 7.2 1
1. 6. 7
173.42.22
159952
145
7930
499460
9
£75
9720
495021
1.35. 6
1. 4-58
143.23. 3
160836
S 0.14.28
1. 6. 8
174-45-18
159943
146
8030
499212
9
176
9740
494987
1-3 2-43
1. 5. 2
144.25.27
160786
0.11.3 5
1. 6. 9
175-48-14
159936
147
8120
498970
177
9750
494960
1.30.18
1. 5. 5
145.27.53
160738
0. 8.41
1. 6. 9
176.51.10
I5993*
148
8210
498735
178
9760
494941
1.27.5 1
i - 5. 9
146.30.20
s 6069I
8
0. 5.48
I. 6.10
187-54- 7
159927
14?
8290
498506
179
9760
49493°
1.2 5.2 3
1. $.12
147.32.49
160645
0. 2.54
I. 6.10
178-57- 3
159925
•
S370
498284
l8®
9760
494926
t 22.5 3
i. 5-1>
148-35.19
160600
^ 0, o. 0
1. 6.10
180. 0. 0
15992+
Tab.LatJ