How Gravitational Force Is a Conservative Force?
If the Work Done by a Force Depends Only on Initial and Final Positions, Not on the Path Between Them, the Force Is Called a Conservative Force. Gravity Force...
If the work done by a force depends only on initial and final positions, not on the path between them, the force is called a conservative force. Gravity force is “a” conservative force.
Why is gravitational force a conservative force?
From this, we can conclude that the gravitational force doesn't depend on the path taken but only depends on the initial and final position. Hence, the gravitational force is a conservative force.
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How do you prove that gravitational force is conservative?
Suppose we throw a object of mass 'm' upward suppose it goes up to a height h. Hence, total energy loss will also be zero in this case. So, Gravitational Force is Conservative Force. It won't be the same case if any friction is present, there will be some mechanical energy loss due to friction.
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