Til !: Oil HIT OF U 11 AX US. 



lilt) 



(IT.O) 



(r.c.l) 



(o.c.3) 



VIII 

 IX 



x 



XI 



XII 

 XIII 

 XIV 



XV 

 XVI 



Table XVII 



'Fa Mi- VIII 



IX 



X 



XVII 



239.19 -(-109.35 72.80 -j-113.55 7.29 +5.41 O.C3 -fO.CO 



mi 



133 



+ 114 



+230 



+ 279 



+56 



log (v.s.l) 2.3787 

 sin + 9.2994 

 log (p.8.1) 2.124 



log(u.c.l) +2.0388 

 log cosj; 9.9912 

 log(p.c.l) +2.057 



log (v.g.Z) 1.8621 

 log sin 2i; 9.5916 

 log( P .8.2) + 2.362 



log (w.c.2 + 2.0552 

 In-.' ros 2;; + 9.9C41 

 log (p.c.2) + 2.446 



XXIII 



1.81 



1.28 



7 .HO 



0.59 



0.34 



.88 0.43 0.51 



+0.53 +0 .98 +0.16 0.17 



Table VII 



.?. mean Eq. 336 25 

 Nutation +6.51 



Long, trne Eq. 336 25 29.75 



(p.8.1) sin g 

 (P. c.l) cos<7 

 (p.8.2) sin 2gr 

 (p.c.2) cos 2*7 

 (,,.8.3) sin 3j/ 

 (p.c.3) cos 3<; 

 logr 



logr 



1.302:: 2 22 

 2767 



26 

 112 



90 

 +257 

 + 81 



14 



I. 886036 



Table XIX 



(6.8.1) sin g 

 (6. c.l) cos;/ 



(6.8.2) sin 2 

 (6.c.2) 

 Latitude 



46 4 .35 



As a second example we will take the computation of an rphcmcris for tlir years 

 1876 and 1877. We take as the extreme dates 1875, December 15, and 1878, April 

 3, between which are seven intervals of 120 days each, which we adopt as those 

 of computation. We first form the arguments for the extreme dates as follows: 



