Newton's version of Kepler's third law states : Solve this equation to find the combined mass of a planet and its satellite, given the orbital period and average separation.
A)M1 + M2 = 4n2 × a3
B)M1 + M2 = G × p2 G p2 4n2 a3
C)M1 + M2 = G × a3
D)M1 + M2 = 4Gu2 × a3 4n2 p2 p2

Question

Newton's version of Kepler's third law states :  Solve this equation to find the combined mass of a planet and its satellite, given the orbital period and average separation.
A)M1 + M2 = 4n2 × a3 
B)M1 + M2 = G × p2 G p2 4n2 a3 
C)M1 + M2 = G × a3 
D)M1 + M2 = 4Gu2 × a3 4n2 p2 p2

Quizplus · Accepted Answer

The Answer of Newton's version of Kepler's third law states :  Solve this equation to find the combined mass of a planet and its satellite, given the orbital period and average separation.
A)M1 + M2 = 4n2 × a3 
B)M1 + M2 = G × p2 G p2 4n2 a3 
C)M1 + M2 = G × a3 
D)M1 + M2 = 4Gu2 × a3 4n2 p2 p2

Newton's Version of Kepler's Third Law States : Solve