86 



SECULAR VARIATIONS OF THE ELEMENTS OP 



The equations just computed will now give the following values 

 For the root g, we get, 



<7=5".4638782 ; 



}?> =+0.04863950i\r log. 8.6869890; 



N" =+0.03104071^ « 8.4919316; 



.¥'" =+0.004765953^ " 7.6781498 ; 



j\r /r =— 0.00005 11 782i\r " 5.7090852«; 



N r —— 0.0Q00456230iV " 5.6591837«; 



N" =+0.00001999627iy " 5.3009490; 



jy w =+0.000000318386i\r « 3.5029538. 



For the root g x , we get, 



/7l =7".2486360; 



JV X ' =—0.749378^ log. 9.8747004n; 



Nl' =— 0.5714613iV, " 9.7569868w; 



Nf ■=— 0.0946740iVi " 8.9762302n ; 



JV, /r =+0.0003968524^, " 6.5986290 ; 



NJ =+0.0004049153iV, " 6.6073642; 



N 1 "=— 0.0001021 7875JV", " 6.0093606rc; 



^"=—0.000004032583^ " 4.6055833m. 



For the root ;/ 2 , we get, 



# 2 =17".0146874; 

 jV 2 ' =— 7.644965^ 

 N: =+ 7.708896iV 2 

 N t m =+15.37836iV 2 

 iV/ r =— 0.0007260315iV 2 

 N/ =— 0.004354339iV 2 

 NJ"=-\- 0.0002668697iV 2 

 NJ B =\- 0.00001 945905iV 2 



For the root g 3 , we get, 



# 3 =17".7849019 ; 

 JV 3 ' =— 8.277612i^ 

 N 3 " =+10.208104^ 

 N™ =— 49.64280iV 3 

 N 3 IV =-\- 0.0006759756^ 

 N a y =+ 0.006899148^ 

 iV 3 "=— 0.0003922849^ 

 NJ"=— 0.00002886839^ 



log. 0.8833755m ; 



" 0.8869922; 



" 1.1869102; 



" 6.8609555m; 



" 7.6389222m; 



" 6.4262993; 



" 5.2891217. 



log. 0.9179050m; 



» 1.0089451; 



" 1.6958563m; 



» 6.8299311 ; 



" 7.8387954; 



« 6.5936016m: 



" 5.4604225m. 



