ON THE DERIVATION OF THE MASS OF JUPITER FROM THE MOTION OF CERTAIN ASTEROIDS. 419 



\ogH. 



log J. 



0.615 

 .616 

 .617 

 .618 

 .619 



.620 

 .621 

 .622 

 .623 

 .624 



.625 

 .626 

 .627 

 .628 

 .629 



.630 

 .631 

 .632 

 .633 

 .634 



.635 



.636 



0.637 



0.3376427 



9.895036 



.3386652 



.896022 



.3396777 



.896990 



.3406801 • 



.897939 



.3416723 



.898869 



.3426539 



.899780 



.3436248 



.900671 



.3445848 



.901542 



.3455337 



.902392 



.3464714 



.903221 



• 



.3473975 



,904028 



.3483119 



.904814 



.3492144 



.905578 



.3501047 



.906320 



.3509827 



.907040 



.3518480 



.907736 



.3527005 



.908408 



.3535399 



.909056 



.3543659 



.909679 



.3551782 



.910277 



.3559767 



.910850 



.3567612 



.911396 



0.3575313 



9.911916 



0.638 

 .639 

 .640 

 .641 

 .642 



.643 

 .644 

 .645 

 .646 

 .647 



.648 

 .649 

 .650 

 .651 

 .652 



.653 

 .654 

 .655 

 .656 

 .657 



.658 



.659 



0.660 



log //. 

 0.35828Gr. 

 .3590269 

 .3597519 

 .3604614 

 .3611550 



.3618323 

 .3624928 

 .3631366 



■ 



.3637632 

 .3643722 



.3649632 

 .3655358 

 .3660897 

 .3666246 

 .3671400 



.3676354 

 .3681103 

 .3685644 



.3689972 

 .3694082 



.3697969 

 .3701628 



0.3705053 



log/. 



9.912409 



.912874 



.913310 



.913718 

 .914097 



.914-146 

 .914764 



.915051 



.915306 



.915528 



.915717 



.915871 



.915991 



.916076 

 .916125 



.916136 

 .916108 

 .916040 

 .915933 

 .915785 



.915595 



.915362 



9.915085 



The values of the elements of Jupiter's orbit for the epoch 1850.0 which 



use are 



m 



log a' 

 n' 



To3o> 



299.1286, 

 0.7162372, 

 2° 45' 54". 5 5 

 11° 55' 2". 



The values of the correspondin 

 between the limits above mentioned are 



of as many of the asteroids as lie 

 tained in the following table. 



The 



longitudes of the perihelia are referred to the mean equinox of 1850.0. 



