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Derive an expression to prove that moon's gravitational acceleration is 1/6th times of earth's gravitational acceleration.
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Explanation:
The weight of an object depends on ‘g’ acceleration due to gravity, and the value of ‘g’ on earth: and moon is not same.
The mass and radius of the earth is more than the mass and radius of the moon. As the weight of a body on the earth is 6 times more than the weight of a same body on moon.
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Answer:
This is the equation of motion (derived with the help of calculus) in one dimension when acceleration is a constant. Thus , the object would fall for a longer time in moon with approximately 2.45 times the time it takes to fall in earth.
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