A body is brought from the earth to the moon is:

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Mass will change

Weight will change

Mass and weight will change

Both mass and weight will change

answer is B.

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Detailed Solution

Concept: To answer this question, we must first comprehend the concept of gravity. Next, we will compare an object's mass and weight on the surfaces of the earth and the moon, and then we will compare how these values have changed on these two surfaces. The formula is W=mg. The force that pulls particles into the centre of the earth or another body is known as gravity. All planets are kept in orbit around the sun by gravity. Mass is a universally constant, fundamental quantity. W=mg
However, weight is the product of mass and the gravitational acceleration and thus a force.
Because the mass of the planet is approximately six times more than that of the moon, the acceleration caused by gravity on the earth is greater than that on the moon.
Therefore, on the earth's surface, items get heavier.
The weight of the moon is lower because the tidal force is weaker than it is for the sun. We place less weight on the moon because it is smaller than the earth—it is only one sixth as big.
Therefore, a body's weight will vary as it is transported from the earth to the moon.
Hence, option 2 is correct.

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