5«
Tabularum Tudotyhi
Tabula 2E quatrionum I O YIS,
Anomalia
Eccentri»
Cum aquatu
rus farte fhji
| Interco-
| lumnium.
Cum Leg-
anthmo.
■Anomalia
cosquata.
Intervalli
Ctt-mLoga-
rt/kmo
Anomalia
Eccentrij
Cum Aquati
ntsfarte phj
Interco
lumnium,
Cum Log-
artthmo.
An<?tolia
coaxata»
Intervallu
Cuni£oga.
rtthmo
O * "
Par. ' "
«r. » "
545074
1°
8 37 =
541716
0.0.0
0. 0. 0
16 9 5 7 5
1.22.5
O.55.11
2 8 8-47
16S958
I
9530
545070
31
8290
541494
o. 2.5 4
0.54-3 3
O.57.IO
1 6 9 5 7 4
1.25.13
O.55.I4
•29.36.20
I 6 8 9 I 7
2
9 5 3 0
545059
32
8210
541265
O. 5.48
O.54.34
1.54-21
169 572
O.55.16
%°-3'3-54
■I6887 +
3
9 520
545040
33
'8 110
54IO3O
0. 8.41
O.54.33
2.51.31
169 5 69
1.30.18
o.55.i 9
f1.31.30
1688$l
4. •
9510
545013
34
80413
540788
o.I I.j5
O.54.34
34842
169^65
1
1.32.43
0.55.22
32.29. 7
168786
5
9490
544978
I
35
79 50
540540
0.14.28
0.54.34
445-53
169 j 5 8
'1
I.35. 6
0.55.25
33 26.46
168740
6
9480
5449371
36
7860
540286
0.17.21
0.54-35
,543* 5
1695 50
i
1 • 3 7 * 1 7
0-55-28
.34,24-26
I68693
7
9460
544887
1
37
7760
540026
0.20.14
0.54.35
6.40.16
«69541
2
1.39.46
0.55.41
35-22. 8
I6 3 6+$
8
9440
544830
1
38
7 660
539760
0.25. 6
0.54.36
7-37-28
169 5 30
2
1.42. 4
0-55-3-4
36.19.51
168396
9
9410
544765
39
7560
539488
0.25.57
0.5 4-37
8.3441
169518
2
1.44,20
0-55-38
37.17.36
« 68 $45
10
9 3 Sb
544693
40
747 0
539209
0.2 8.48
0-54-3 8
9.31-54
169505
i
1.4<f-3 3
0.55.4.1
38.15.23
16 849 3
11
9 3 5°
5446131
41
7370
538925
0.? I.? 8
O.54.39
10.29. 7
1694911
1.4S.44
0.55.44
39.13.11
16 844I
I 2
9320
544526,
42
7270
538635
0.34.2 8
O.54.4C
11.26.21
16947 5
t
I.50.54
0.55-48
40.11. 1
168387
1?
9280
544432;'
43
.7160
538339
0.37.17
! 0.54.41
12.23.35
169457
$
1-53• a
0.55-51
41. 8-53
168 J 3 i
14. ' I
| 9150
5443 3 0
44
70 50
538038
0.40. 5'
1 0.54.44
1 3.20.50
1 6 9 4 3 8 1 __
1-5 5- 7
0-55-55
42. 6.57
I68276
15
1 ^210
544220
45
69 30
537731
0.42.5 3
: 0-54-4 3
14-18- 5
1694I8
1.57.51
0-55.-59
43- 443
168219
16
9170
544103
46
6810
537419
0.4 5-4°
0.54.45
15.15.21
I 69 39.7
4
1.59.12
0.56. 3
44- 2.41
I 63 t 6 X
17
913°
543979
47
6700
5 3 71 '01
0.48.26
0.54.46
16.12.37
I69 374
4
2 » I . I I
0.56. 7
45- 0.41
1 6 8 1 0 i
18
<? i-oo
543847
48
6 j 80
536779
0.5 1.1 1
0.54.47
17->54
1 69 3 5 0
2. 3. 8
O.56.I 1
45.58.43
I 68042
19
9060
543708
49
6450
536451
0.5 3.56
0.54.48
18. 7.12
169325
2. 5. 3
O.56.I 5
46.56.47
167981
20
1)020
543562
5°
6320
I
536118
0.56.40
0.54.49
19. 4.31
169 29 8
2. 6.56
0.56.19
47.54.53'
167919
21
89 8 0
543409
5i
6 I90
1
535780
0.59.23
0.54.51
20. i»5ij
1 69 2 7 0
2. 8.47
O.56.24
48-53* 2 1
167836
22
8930
543 249
52
60 j 0
535437
1. 2. 5
0.54-51
20.59.12
169440
2.10.36
0.56.29
49.51.13
167792
23
8 8 £ 0
5430821
53
5920
535090
1. 4.46
0-54-54
21.56.34
169 269!
1.12.22
0.56,34
50.49.26
167717 >
24.
8810
ii 542908
54
i 79°
534738
1. 7.26
0.54.56
22.53.57;
169177
2.14. 5
O.56.38
514742
167661 t
25
8760
Ii 542726.
55
5650
534382
1.10. 4
0-54-58
23.51.22
16914+’
6
i.t 5.46
0.56.42
52.46. 0
167595 f
'26
8 69 0
i
542538
56.
5 51°
534021
I. I 2.4 I
O.55. 0
244848
169109
6
2.1 7.i 5
0.56.46
5344.21
1 *75i7 ,
27
8620
542343
57
5 3 8 o
533^56
1.15.16
0.55. 3
25.46.16
169073
6
1.10. I
O.56.51
5442.44
16745* 1
28
8540
54.2141
58
5240
533287
1.17.50
0.55. 5
26.43.45
169036
6
2.20.34
0.56.56
554i-io'
167389 T
2 9
8460
5419321
59
5090
532914
I .2 0.2*3
0.55. 8
2741.15
I 6 8 9 9 7 |
6
2.12. $
0.57. I
56.39-38'
167319 (
3°
8 37°
5417l6j
60
49 5°
!
532537 '
I.22.5 3
O.55.11
28-3847
168958!
2.23.3 3
0.57. 6
57-38. 8
167248
7
7
7
7
'7
t
s
s
3
t
t
9
9
9
9
9
1*1
I*
10
I*
tof
1 o I
1 0
Tab, LarJ