the excentric from the mean anomaly of a planet . 
€8=1749225 Log. 1.2428457 
a - - Log. 9.0478932 
10.2907389 
CE = 18.07575 Log. 1.2570963 
d = .1080544 Log. 9.0336426 
.1082666 = CMS 
R° 
/ 
.0002122 =/, Log. 6.3267454 
First term of the series. 
Log. 1.7581226 
- Log. 6.3267454 
('i+0 
Num. .3171788 
8.0848680 
Log. 8.5835638 
R° 
r 
d 
L °g- 9-50 13042 
Second term of the series. 
Log. 1.7581226 
Log. 2.6534908 
- Log. 9.03 36426 
Log. 
( l-^-e ) 1 
Num. 
134452560 
.3010300 
13.1442260 
Log. 57506914 
CS = 1749225 Log. 1.2428457 
b Log- 9 - 99 7*757 
11.2401214 
CE— 18. 07575 Log. 1.2570963 
e = . 9616678 Log. 9.9 830251 
As CSM is obtuse, e is negative. 
!+*= .0383322 Log. 8.5835638 
Third term of the series. 
R° 
e 
P 
6 
(!+«)■ 
.0024748 Log. 7.3935346 
.3171788 
.OOOO386 
.3136922 sum of the positive 
.0000406 
Log. 1.7581226 
Log. 9.9830251 
- Log. 8.9802362 
20.7213839 
Log. 7781513 
1 9*943 2 3 2 6 
Log. 4.3342552 
Num. — .0000406 Log. 5.6089774 
Fourth term of the series. 
Log. 1.758122 6 
Log. 8.0672852 
Log. 8 .9802362 
18.8056440 
Log. .3OIO3OO 
I8.5O4614O 
- Log. 2.9178190 
R° 
d 1 
P 
2 
(1 + e ) 5 - 
Num. .0000386 
Log. 5.5867950 
SMN==o°.gi965i6 = 
CSM = 173. .35. .20 .58 
1 73* , 54**3 1 -33 — ACE. With the design already 
