94- v> 



Uhase.] -it-i [May 2 and W, 



15. The solar mass, is to the aggregate planetary mass, as the square 

 of the gravitating force at the Sun's surface is to the square of the gravi- 

 tating force at the Earth surface. 



16. The solar mass, is to the aggregate planetary mass, as Sun's radius 

 is to (^) 3 of the secular mean radius vector of the perihelion center of 

 gravity of Sun and Jupiter. 



17. The solar mass, is to the aggregate planetary mass, as the gravita- 

 ting force at the Sun's surface, is to the gravitating force at the linear 

 centre of oscillation between Mercury and the Sun's surface. 



18. Planetary velocity at the mean perihelion center of gravity of Sun 

 and Jupiter is equal to (|) 3 of the velocity of light. 



19. Jupiter's mass, is to Saturn's mass, as ^ of Saturn's mean aphelion 

 distance, is to Earth's mean distance from the Sun. 



20. Saturn's mass, is to Earth's mass, as the quotient of Saturn's mean 

 aphelion distance by Earth's radius, is to the quotient of Earth's mean 

 distance by Saturn's radius. 



21. Saturn's mass, is to Neptune's mass, as the quotient of Jupiter's 

 mean aphelion distance by the distance of the mean perihelion center of 

 gravity of Sun and Jupiter, is to the quotient of Earth's mean distance by 

 Sun's radius. 



22. The mass of Uranus, is to Earth's mass, as the vector-radial quo- 

 tient of Uranus's center of oscillation by Sun's radius, is to the quotient 

 of Earth's mean distance by mean perihelion centre of gravity of Sun and 

 Jupiter. 



33. The mass of Uranus, is to Neptune's mass, as n : 4. 



24. The mass of Venus, is to Earth's mass, as ?r : 4. 



25. The mass of Jupiter, is to the mass of Neptune, as a mean propor- 

 tional between Saturn's mean aphelion distance and Neptune's mean 

 perihelion, is to the Earth's mean perihelion distance. 



26. The mass of Jupiter, is to Earth's mass, as the product of Saturn's 

 mean aphelion distance by Neptune's mean distance, is to the square of 

 Earth's mean distance. 



27. Neptune's mass, is to Earth's mass, as the continued vector-radial 

 product of Sun and Jupiter's mean perihelion centre of gravity, Mars's 

 mean aphelion, and Saturn's mean aphelion, is to the product of Sun's 

 radius by the square of Earth's mean distance. 



Comparative Table of Theoretical and Observed Values. 



Mean Inertia] Moment of Jupiter \ 



Saturn } 



" " Uranus X 



" " Neptune. 



£ Light Modulus -r- 2/, (1). . . 



Velocity of Light, (2) . . . , 



% System ~ © System, (3) 



U'> bJ-:-(0, 9), (4)..-. 



\ 



