[ 43 ] 
3 i" j differentia 46' o". Ad hanc differential*! motus 
C. in longit. eft 28' 2 5 x/ ; incrementum latitud. = 
2/ 19''; motus O in longir. = i' si 7 '': quamobrem 
ad h. 22, 43' 31" 5 longir. C = 5 1° 3 s' 13 7 ; latit. 
C = 38' 36": longit. 0 = 51° 8' 39" 5 afeenf. rcct. 
0=148° 42' i7 // j declin. O = 1 8° 4' 3 9" 5 afe, rect. 
C = 48° 58' 3 8 7/ ; declin. C = 18 0 48' 4.9". 
2 1 . Diff. temporis inter finem eclipf. et meridiem eft 
h. 1, i6' 29" } quae, in arcus aequatoris converfa = 
1 9 0 7' 15''. Diff. inter afc. recr. © et £ = 16' 21"; 
afc. recr. £ praecedit afc. rcct. © ; ergo haec diff. 
addenda, ut fiat 19 0 23' 36", angulus circuli decli- 
nar. per centrum £ tranfeuntis cum meridiano. An- 
gulus hie cum latitudine obfervatorii Tarijienjis et 
declin. ( profert altitudinem ( =56° 8', et angulum 
circuli declinationis cum verticali = 23 0 4 '. Inde con- 
fequitur parallaxis aitit. = 34' 12" 5 parall. declina- 
tionis 31' 27"; et parall. afc. rect. in circ. parallel© 
t ' n a y ' 
— 1 3 24- • 
22. Reductio ergo ct difpofitio afeenfionum recta- 
rum et declinationum talis erit. 
Afc. reft. Declin. compet. 
9 i i 1 Q 1 11 
In 6 <Z 48 
30 
21 
18 
38 
59 
In d © 48 
40 
24 * — — 1 8 
4 
10 
Ad h. 22, 43 31" ® 48 
42 
17 
...... 18 
4 
39 
Adh. 22, 43 31 <T 48 
58 
38 
1 ' “ 1 8 
48 
49 
Diff, inter afc. reft. © 
1 
S 3 
Diff. inter decl. Q 
29 
In <4 (f 48 
3 2 
*4 
,8 
39 
28 
Immoti G 48 
42 
H 
■ — - — 
4 
39 
Adh. 22, 42' 31" € 48 
58 
38 
— — — — 1 8 
48 
39 
Diff. a 
10 
3 
Parall. ( 
1 32 
38 
Diff. h 
26 
24 
declin. ( 
1 31 
27 
Diff. a reduft. 
9 
33 
* 18 
6 
5 °d 
Diff. i reduft. 
2 S 
5 
Ded.vifae,< 18 
4 
390 
l *8 
l 7 
12 c 
F 
2 
23 . 
