IN THE MOTIONS OF THE EARTH AND VENUS. 
103 
(2.0) c (9) = -L X 219,4319 
(3.0) C (9) = -L x - 4152,686 
4 a' 
k= 10 
(0,0) C (10) = ~ x 0,682935 
4 a 
(1,0) C (10) = JL x - 10,62177 (0,1) C (10) = 1 x 9,93883 
4 a' 4 a' 
(1,1)C (10) = 1 x - 165,1119 
4- a 
k= 11 
(2.0) C (10) = -1 x 186,3554 
(3.0) C (10) = -i x -3677,095 (2,1) C (10) = JL x 3118,029 
4 a' 4 a' 
(0,0) C (U) = -L x 0,513799 
4- a 
(1,0)C (11) = 1 x - 8,49277 
4 a' 
(0,1) C (11) = _L x 7,97897 
4 - ci 
(2,0) C (U) = 
x 156,8038 
(l,l)C ( 3 ll) = 
JL x - 139,8183 
(0,2)C (H) : 
3 
a 1 
T 
a' 
" 2 " 
<3,0)C (,1) = 
Jr x - 3224,776 
(2,l)cJ n) = 
JL x 2754,365 
(1,2) C ( 3 U) 
3 
a' 
a ' 
T 
k = 12 
(0,0) (J 12) = 
JL x 0,385521 
a' 
(1,0) C (12) = JL x - 6,74764 
4 a 
(0,1)C (12) = -L x 6,36212 
4 a' 
(2.0) C (12) = JL x 130,8682 (1,1) <J 12) = -L x - 1 17,3729 (0,2) cJ 12) = J r 
~ a — ci -%■ q. 
(3.0) C (l2) = x - 2803,076 (2,1 ) C (12) as -L x 2410,471 (1,2) C (12) = -1 
4 a 4 a 4 a 
*=10 
k= 11 
(0,3) C ( s 12) = -1 x 1744,406 
For the development of the third term, 
(0,0) C (10) = J r X 10,39741 
4- a' 
(1,0) C (10) = -L X - 205,5808 
4- a' 
(0,0) C (11) = -L x 8,32969 
4 a' 
(1,0) C (U) = Jj x -172,3167 
4- a 
(0,1)C (H) = -L x 163,9870 
v ' 4 a' 
123,8604 
-2334,910 
104,6487 
-2058,352 
