Astronomy and Meteorology. 133 
We append the elements of several of these planets, according to the 
most recent computations : 
57) M 58) C di 59) ———— (60) 1 
‘cae. : 18C0,Jan 10. | 1880. Jan, 00. 1860, Oct. 00. | 1860, Sept 290 
L 96% 35! 25/1-6.4,-16° 46/267 Gg? 19'..doll 1 4. 3A9°, da7g58 
ro 52 . 177 7 8 18 56 24 4 240 cad ae 
so” ay SOY al 85° Tn re. ae Sen ty 65 
4 ae 1 ‘6 257. +8 8 “36 1 A ENG 
e 0104116 0040001 0118840 0163084 
ub 632/’:4633 802''-9694 793561 69i''-58794 
a 2:692806 2°714047 2°97467 
Berlin : : 
61) Titania, 2) Erato, 63) Ansonia, (64) Angel 
mone | Ge Beet, | elePacst'Sho | Ru | SAAR 
L 355° 30’ 19//-1 Do. on! git 9 4 2900280 ae 0"; Aa 209 
. $50 0 30° G.| AO al Ar “3 | 499 I 2 126 10: 
Q | 187 12° 10°-3 | 126 57 94 -5 | 338 9 93 31r 2 28 -4 
i RAR CARA 2 14 oy 3 5 56° 93 Tey to) 
e 0198641 "16501 0131550 0: 124830 
B 1024/1465 636" 320 953’7-156 809'!-508 
a 2°28962 3:14452 2°40194 2°67828 
Berlin 
: 5) Maximiliana, 66) Mai 
ike, 1861, March 18°53, 1861, May 16:6., 
L 194° 15! 24/1 183° 21! 17/6 
tT 2 32° * Wo a 0 
QR 15 Ir: Tae b Oy) ear 
a 3 a 14 2 3 8 8 
e 0°140705 0154229 
B 553’"-149 820/71 
a 3°45231 2 65387 
In the above tables, 
d _ represents the mean longitude of the planet at Epoch. 
Q “the longitude of the ascending 
‘ “ the inclination of the orbit to the ecliptic. 
id the sagt ye oe orbit. 
7 
the it. 
Com mparing these éleinenta ith those of the asteroids previously dis- 
- Covered, we find a large range in the ocae and positions of the 
orbits. The asteroid which is nearest the sun is Flora, (mean distance 
