THE 0KB ITS OF THE EIGHT PRINCIPAL PLANETS. 85 



E =+[9.6231944]Z>"; 



E '= J24.1516242 #j[8.5847028]Z>"; 



E"= j 17.55466226 0j[9.6375865]i"; [ 



J E W =+[0.9518913]6"; 



F = [7.649909 1]6"; 



F" == 1 14.01407953 g \ [0. 840743 9]ZT ; 

 F'"= {37.3396847 g j [9.4809266]//" ; 



J3,={0 4.88782529 }&,; B,=\g 0.692627293 \b,; 



B 3 =\g 18.679478012 j 6, ; 



C,= J 4.445033406 0j[9.2840950]Z> 2 ; 

 C 2 = 1 0. 7009659996# j [9. 182431 1J6, ; 

 C s = [0.68323 17]i 2 ; 

 C 4 = [0.6834824]Z> 2 ; 



.1 



E 2 = S43.7484614 r7J[8.2017618]6 3 ; . 



Ey= \ 0.661059519 #j[0.7610455]6 3 ; .' 



4 =4-[ 1 - 0867545 A; " J 



F,= [7.0339474]6 4 ; 1 



(336) 



(337) 



(338) 



(339) 



(340) 



\ ^ i /341\ 



F 3 = \ 2.77088358 0j[1.7737962]& 4 ; 

 F,= j 50.3788970 ^|[9.1128486]6 4 ; 



r/ 4 47.51 11025.r/ + 784. 561 74052.J/ 1 ) _, y 



-5224.6661 1233.#-|-- H983.3131284 j = 



^_29.5535550. ? s +173.33949329.<7 2 ) _ ( 



-325.77538456.^+143.38934238 j ~^ 4 ' ^ 6 ' ZM ZT) ' 



The values of &j, 6 2 , 5 3 , and 5 4 are given by equations (119); and the values of 

 fe, 6', i", and b'" are given by equations (118), by simply adding log. 

 [0.0211893], to the coefficients of N ri . 



Putting equations (342) and (343), equal to nothing, they will give, 



g= 5".46378145 ; 

 9l = 7 .24790553 ; 

 # 2 =17.01456031; 

 ^ 3 =17 .78485521 ; 



g 4 0".628004507 ; 

 &= 2.72658456; 

 g e = 3.72632806; 

 o 7 =22 .47263787. 



(344) 



