32 B. A. Gould, i. 5 the Orbits of the Asteroids. 
From these elements I have employed the following table, 
where | for the sake. of simplicity and. in order to. have a definite 
e, each orbit is. cogs to those other orbits whoseinclination 
is Gicrior., pe 
"Upon the ogee of Astrea. 
: Ascending Nod Descending Node. | 
: ; | Rad..vect. | Rad. =% ‘Astrea. Rad. vect. | Kad. vect. Astrea. 
Pallas-orbit, 2308615 2180479 © 3005974 2 89U% 
Hebe. ; ; 
“33630 299 110 
003169 ST-989275 | 2: 314213 ° 609881 
wy Upon. the. piemniiy Fora. - 
tN Ascending N % Descending Node. . 
Rad. veet. rae 10 ae Rad. vect. | Kad. ., 
|Pallas- orbit, 34070 ie Ci 4 2 953961 1-89 
2-743165 241001 . 2015498 .| --1-982454 . j 
Juno. .; ..| 3140343 2529811 Petre 1865549 
\Ceres : ‘766548 {e721 2:734377 2517845. 
\Vesta. i 2564879 ' F-968076 © * op" 2150343 , 2:377464 © 
____ Upon the orbit i Vesta. 
Ascending Node. 
Rad. vect. Pap. — ven: wey Rad. vect. 
llas-orbit, 361500 72920807 — 
Hebe « 2-80104 2 -»'1-985355. 
Juno... . | 3198536 seins 20507) 
Carat is 3 2791893 "| - 2549795 271 
3 i 
+ Upon the ori at Ceres. 
aig ; __Ascer ode. 
«| Rad. vect. 
Pallas-orbit, 2409084 | 2 97 
Hebe... ' aoe * 
2 SEs 
Juno 
Pallas-orbit, 
Hebe. 
Walleserkt, 
