Question

it is based on inverse square law or finding centriptical force ​

Answer 1

Answer:

we can say both..

Explanation:

here's the formula of centripetal force.

F = mv^2/r

but when we put the value of velocity of a planet and applying Kepler's law then it becomes as

F= 4 pi^2m/r^2

As we know in inverse square law

F is inversely proportional to the square of radius..here's the same case.

hence we can say centripetal force obeys inverse square law.

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Answer 2

We can say both are correct......

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