The gravitational force between two objects onthe earth is 2N . What will be the gravitational force between this 2 bodies on the surface of moon kept at the same distance justify
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Answered by
54
Gravitational force between two objects is given by
F = G M1 M2 / d²
It is dependent on the masses of objects M1, M2, and the distance d between them.
The gravitational force between them remains same at 2N.
But the gravitational force between each of the objects and the Moon changes and becomes 1/6th of that on the Earth.
F = G M1 M2 / d²
It is dependent on the masses of objects M1, M2, and the distance d between them.
The gravitational force between them remains same at 2N.
But the gravitational force between each of the objects and the Moon changes and becomes 1/6th of that on the Earth.
Anonymous:
What was my mistake? Will you tell me?
There was gravitation force given as 2n and I's done the product of force and gravity on moon.
your answer was: The force on moon will be 2×1/6 (since moon have 1/6 part of gravitational force of earth). So, The gravitational force will be 1/3 N.
the force you are taking about is the weight of an object. It will reduce like you said. The 2 N force is supposed to be force between two objects, but not between moon and an object.
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Answered by
26
The gravitational force between the object remains same because they have same distance and same mass so the gravitational force remains same anywhere in the universe.
I hope it will help you.
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