If the mass of a body and force acting on it are both doubled, what happens to the acceleration?
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Answer:
If both the force acting upon the body and mass of the body gets doubled (2x), then the acceleration does not change/remains constant. ... If both the force acting upon the body and mass of the body gets doubled (2x), then the acceleration does not change/remains constant.
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Explanation:
The acceleration of a body equals force acting upon the body divided by mass of the body. If both the force acting upon the body and mass of the body gets doubled (2x), then the acceleration does not change/remains constant.
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