Aberration des étoiles fixes. 



k) i Draconis. 

 Déclinaison moyenne supposée: 







1840,0 d 59"31'42;'600 



















1842,0 



31 17 073 









1843,0 



31 4,312. 









1840,0 





1843,0 



I 



— - (1,10602) 



.T 



—(1,10586) 



.T 



-fil 



4(0,92139) 



.sin(Q — 58''19;5) 



4(0,92143). 



,sin(Q - 58''20;3) 



4- m 



4 (8,9426) 



.sin(2Q4127 15) 



4(8,9426) . 



,sin(2Q4127 14) 



+ IV 



4 (8,9330) 



.sin(2 3 — 52 45) 



4(8,9330) . 



,sin(2 3— 52 46) 



1 



~ (8,2347) 



.sin(2)~r) 



-(8,2346) . 



,sin(2) — r') 



1 VT 



4 (9,72690) 



.sin(20 — 52 45) 



4(9 72689). 



.8in(iS(J — "-a 4'D) 



-t- Vil 



— (8,6047) 



.sin(0 4 73 7) 



- (8,6046) 



. sin(0 4 '3 7) 



+ vni 



4- (1,30279) 



.sin(0 — 55 50,4) 



4(1,30278). 



sin(0 — 55 51,5) 







5) h Draconis. 







Déclinaison moyenne supposée : 









1840,0 h — 58"32'34;'560 









1841,0 



32 36,497 









1842,0 



32 38,436 









1843,0 



32 40,376. 





s'— 5 = 





1840,0 





1843,0 



I 



— 4(0,28706), 



.T 



4 (0,28789) 



.T 



+ n 



— (0,96404) 



.sin(Q 4- 85<'58;8) 



— (0,96404) 



.sin(S^ -f 85''58;3) 



-j-iii 



4 (8,9568) . 



,sin(2Q-f85 3) 



4 (8,9568) 



.sin(2Q485 2) 



+ JV 



— (8,9471) . 



sin(2 3 485 3) 



— (8,9471) 



.sin(23485 2) 



4-V 



4(7,4028) . 



sin(2)-r) 



4 (7,4034) . 



■ sinO-r) 



4 VI 



— •(9,74108), 



.sin(2 0 485 3j 



— (8,74106) 



.sin(20485 2) 



4 VII 



4(7,9626) . 



sin(04155 9) 



4 (7,9626) ^ 



.sin(04155 9) 



4 VIII 



~ (1,30759). 



sin(0 4 85 20,9) 



— (1,30759). 



sin(0 f 85 20,3) 



