1881.] 'J^l [Chase. 



respectively. These velocities vary as ( — ) , and if we take the values of 

 r which were found b\^ comparing the axial periods, with the values of m, 

 which were assumed in comparison (Notes 17, 18, 22), we find : 



v-f : v^ : : 1 : .4243 Mercury's semi-axis major .3871 



v^iv^: -.1 : (.7255)^ Venus's " " .7233 



«)3 : «^ : : 1 : (1 -- 1.502)- Mars's " " 1.5237 



All of these ratios point to influences operating within the orbits of the 

 respective planets. The ratio between Earth and Mercury indicates simul- 

 taneous nucleolar condensation within a primitive condensing nucleus ; 

 the ratio between Earth and Mars indicates the comparative influence of 

 centripetal photodynamic impulsion, or of orbital gravitation towards the 

 Sun ; the ratio between Earth and Venus indicates synchronous harmonic 

 influences of projectile vis vica within a rotating nebula. 



26. Satellite Velociies in tlie Bare Belt. 

 Extending the foregoing comparison to the lighter planets, we find : 

 tJs : % : : 1 : 5.3838 Jupiter, mean aphelion 5.4:^74 



Vsiv^::! : (10.3937)^ Saturn, secular " 10.3433 



Vsiv^::!: 2.0308 Relative momentum, 29.812 



®3 :®8 : : 1 : 1.7271 " " 29.567 



Jupiter, therefore, falls into the same category ;is Mercury and Earth, as 

 indicating simultaneous nucleolar condensation within a primitive condens- 

 ing nucleus ; the ratio between Saturn and Earth indicates satellite ve- 

 locities accordant with their respective velocities of nucleal projection ; the 

 "[Iranian and Neptunian ratios multiplied by their respective mass-ratios, 

 point to a primitive unity of momentum near the outer surface of our sys- 

 tem in its early stages of condensation. 



If we adopt Newcomb's values for the respective masses of Uranus and 

 Neptune, ^^ and xsisor and take Earth's mass, 3 ■ ^ ^ , 9 , for the unit of 

 comparison, we find 



Stockwell gives 29.732 for Neptune's mean perihelion, or rupturing 

 locus, so that Earth's relative momentum : the rupturing momentum : : 

 Earth's mean radius vector : the rupturing radius vector. This seems to 

 be a conclusive evidence of a common rotating influence which embraces 

 the centre of nucleation, the centre of density and the Neptuno-Uranian 

 belt. 



27. Earmonic Belations of the Moon. 



In Note 8, the Moon's mass was shown to be in strict accordance -with 

 the requirements of radiodynamic elasticity. The two foregoing notes. 



