‘Tars Secunda. 6 9 
Tabula iEquationum VENERIS, 
Anomalia 
Eccentri, 
Cum aquatio 
ntsfarlefbjs 
Interco 
lumnium, 
CumLog- 
arithmo. 
Anomalia 
coxquata» 
Intervallu 
Cum Loga- 
rtthmo 
-f- 
Anomalia 
Eccentri, 
Aquatio 
ms farte fhyl 
Interco 
lumnium, 
Cum Log- 
arithmo. 
Anomalia 
coaequata. 
Intervallu 
CumLoga- 
rtthmo 
”4 
• 
66 
'JIO 
72664 
90 
6 
72414 
0.20.56 
0.59.34 
59.39.30 
31532 
0.23.48 
0.59.59 
89.36.12 
32x77 
61 
700 
72657 
91 
30 
72405 
0.20.48 
6-5P-35 
60.39.18 
3 154-2 
0.23.48 
1. 0. 0 
90.36.12 
3 2 i 8 9 
62 
680 
72649 
92 
5° 
72396 
0.21. O- 
0.59.36 
61.39. 6 
3 19 5 3 
0.23.47 
1. 0. 1 
91.36.12 
3 2 3 ox 
63 
660 
72642 
93 
70 
72387 
L 
0.21.12 
o-59-36 
62.38.54 
3 1963 
0.2 3.46 
1. 0. 2 
92.36.13 
3x31 + 
64 
640 
72634 
94 
90 
72378 
0.2 1.2 3 
0-59-37 
63.3843 
3 1974 
0.23.45! 
1. 0. 3 
93.36.14 
32327 
65 
6 1 0 
72628 
95 
I I 6 
72369 
,0.11.34 
O.59.58 
64.3842 
3 1985 
0.2 3.43 
1. 0. 4, 
94.36.16 
3x339 
66 
590 
72619 
96 
I 40 
72360 
1 
0:21.44 
O.59.39 
65.38-21 
3I99<5 
0*2 3.4O 
1. 0. 5 
95.36.18 
3 x 3 5 > 
67 
570 
72610 
‘97 
160 
72351 
L 
O 
O.59.4.O 
66.38-11 
3 2007 
0.23.37 
1. 0. 6 
96.36.21 
32363 
68 
5 5° 
72602 
98 
180 
72 343 
0.22. 4 
O.59.4O 
67.38. 1 
32018 
0.23.34 
1. 0. 7 
97.36.24 
32375 
69 
5 30 
72593 
99 1 
200 
j 
72334 
2 
0.2 2.1 3 
O.59.4I 
68-37-52 
3 20 3 0 
0,2 3*3 0; 
1. 0. 8 
98-36.28 
32387 
7° 
5 00 
72585 
2 
100 | 
2 2 0 
1 
72326 
0,12.11 
0-59-4. 2 
69.3743 
3 2 041 
• 0.2 3.26 
1. 0. 8 
99.36.3 2 
3 2 399 
71 
480 
72577 
2 
101 | 
250 
i 
723 17 
2 
0.12.30 
0-59-43 
70.3744 
3 20 j2 
0.2 3,2 2 
1. 0. 9 
100.36.36 
32411 
7 z 
450 
72568 
102 
170 
72309 
2 
0.22.3 8 
0-59-44 
71.37.26 
32064 
0.2 3.j 7. 
I. OilO 
101.36.41 
32423, 
73 
42 0 
72560 
2 
103 | 
2 O 
i 
72300 
2 
0.2 2.46 
0.59.45 
72.37.18 
3207 5 
0.2 3.12 
J I. 0.1I 
102.36.46 
3 2 + 3 + 
7+ 
390 
72551 
2 
104 | 
320 
i 
£2292 
O.22.5 3 
0.59.46 
7 3-37.11 
3 20 8 7 
0.2 3. 6' 
I. 0.1 1 
103.36.51 
32446 
i 
7? 
370 
72543 
105 | 
3 + 0 
72283 
’ 0.2 3* 0 
0-59-47 
74-37- 4 
3 2099 
0.23* O, 
I. 0.12 
104.36.57’ 
32458 
76 
340 
72534 
106 | 
360 
i 
72275 
2 
0.23. 6 
0-59-48! 
75-36.58 
3 2 110 
O.22.5 3 
I. 0.I3 
105.37. 3 
3 2470 
77 
I 
3 10 
i 
72526 
2 
107 | 
3 8 0 
j 
72266 
t 
0.2 3-12 
0.5949 
17 6.36.52 
3 2 12 2 
0.22.46! 
I. 0.14 
106.37.10: 
32481 
78 
280 
1 
72517 
2 
108 j 
4 J 0 
! 
72258 
L 
0.2 3.17 
0.59.50 
■ 77-3647 
32134 
O.22.3 8 
1. 0.15! 
107.37.17- 
3 2 +93 
79 
250 
72509 
10 9 ; 
+30 
j 
72249 
t 
0.23.22 
0.59.51 
178-36.42 
32146 
0:2 2.3 O 
I. O.I 5jli08.37.25. 
3x505 
8° 
220 
72500 
110 
1 +5°: 
I 
72241 
i 
0.2 3.26 
0.59.52 
79-36.38 
32158 
0.2 2.2 2 
1. 0.16 
109.37.33 
325I7 
i 
81 
200 
72492 
in | 
+7 °i 
1 
72233 
0.23.30 
0.59.52 
80.36.34 
32I7O 
0.2 2,13 
1. 0.17 
110.37.42 
32528 
82 
1 8 0 
72483 
11 2 
500! 
f 
72224 
t 
. 0.23.54 
O.59.53 
81.36.30 
32181 
0.2 2. 4 
1. 9.18: 
1n.37.5u 
325+0 
i 
• 
83 
1 150 
7247 5 
2 
113 1 
520' 
l - . 
! i 
72216 
0.23.37 
O.59.54 
82.36.26 
32193 
0.21.54; 
1. 0.19, 
112.38- 1 
32551 
■ 
84 
1 13 0 
72466 
114 j 
5 +°; 
; i 
72io8 
2 
. 
0.2 3.40 
0-59-55 
83.36.23 
32205 
0.11.44 
I. 0.19 I 1 3.38.I 1 
3 2 5 6 -L i 
85 
I I O 
72458 
115 
5'® °ji i 
72201 
0.2 3.43 
1,0.59-5,5 
84.36.20 
32217 
o.n.34 
I. 0.2 O 
114.38-22 
3*572 
2 
86 
90 
72449 
n6 
580:! 
72193 
0.2 3.45 
0.59.56 
85-36.18 
3 2 2 1 £ 
0.21.13 
1. 0.21 
>-4 
OO 
UJ 
3 2 5 s 3 
87 
1 
6 O 
72441 
117 
610 
i 
72185 
c.2 3.46 
0.59.57 
86.36.16 
3X2 + 1 
0.2 1.12 
I. 0.22 
;i 16.3844 
3259+ 
. 
1. 
88 
40 
72432 
2 
118 
6 30 
i 
72i78j 
0.23.47 
0.59.58 
87.36.14 
.32253 
0,21. O 
I. 0.23 
'117.38.5 6 
32604! 
89 
20 
7242? 
2 
119 
650 
1 
72170 
0.23.48 
0-59-59 
88.36.13 
32265 
0.2 0.4 8 
1. 0.23' 
|i 18-39- 8 
32615 
! 2 
1 
90 
O 
72414 
i. 
126 
670 
j 
72163 
0.23.48 
0.59.59 
89.36.12 
3x277 
0.20, 3 6 
1. O.24 
'119.39.20 
2:625 
1