IN THE MOTIONS OF THE EARTH AND VENUS. 
109 
( 11 ) 
l T. ' 
a' L 
m 
sin (2 rs + 3 bt) = — (2,9885633) — (98,15626) . ri t 
a' L 
( 12 ) 
m 
. cos [m + 4 vr) = + (2,2816808) — (96,99874) . ri t 
a! L 
( 12 ) 
772 
. sin (bf + 4 w) = + (2,7269678) + (96,55345) . ra 't 
, T C 13 ) 
0 J_i 
m 
, T ( 1S ) 
a L< 
m 
a'M (9) 
. cos (5®) = + (1,1565787) — (96,88643). ri t 
.sin(5w) = - (1,9302586) — (96,11275) .w'* 
772 
. cos (3 bt' + 2 6) = — (1,6642318) - (96,54170). rc 't 
a'M 
( 9 ) 
m 
sin (3 or' + 2 0) = - (2,7001492) + (95,50578) . ri t 
a! M 
( 10 ) 
in 
. cos (2 b/ + bt + 2 0) = - (2,6468283) + (98,06223) . ri t 
a'M 
( 10 ) 
772 
. sin (2 ri + w + 2 6) = + (2,9976206) + (97,71143) . ri t 
a'M 
(ID 
772 
. cos (ri + 2 7® + 2 6) = + (2,8001796) - (98,02467) . ri t 
a'M 
(ID 
m 
. sin (ri + 2 + 2 6) = - (2,6722198) - (98,15263) . rit 
a'M 
( 12 ) 
772 
. cos (3 7* + 2 0) = - (2,2752440) + (96,91212) . ri i 
a'M 
( 12 ) 
772 
. sin (3 bt + 2 6) = + (1,3880761) + (97,79929) . ri t 
a'N 
( 10 ) 
772 
cos (bt' + 4 0) = — (1,8370062) — (97,37538) . ra 't 
a'N 
( 10 ) 
772 
. sin (bt' + 4 0)= — (1,7042256) + (97,50816) . w' f 
