Two particles of the same mass m are mov...

Two particles of the same mass m are moving in circular orbits because of force, given by
`F(r)=(-16)/(r)-r^(3)`
The first particle is at a distance r =1 , and the second, at r = 4. The best estimate for the ratio of kinetic energies of the first and the second particle is closet to :

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Two particles of the same mass m are moving in circular orbits because of force, given by `F(r)=(-16)/(r)-r^(3)` The first particle is at a distance r =1 , and the second, at r = 4. The best estimate for the ratio of kinetic energies of the first and the second particle is closet to :

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Two particles of the same mass m are moving in circular orbits because of force, given by
`F(r)=(-16)/(r)-r^(3)`
The first particle is at a distance r =1 , and the second, at r = 4. The best estimate for the ratio of kinetic energies of the first and the second particle is closet to :