The mass and weight of a body remains the same any where in the universe.

True

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False

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Solution

The correct option is B
False

Weight = mass $\times$ acceleration due to gravity = m $\times$ g

So weight depends on the value of acceleration due to gravity. Hence weight changes from place to place. Whereas the mass of the body remains the same anywhere in the universe.

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The mass and weight of a body remains the same any where in the universe.

The correct option is B False Weight = mass × acceleration due to gravity = m ×g So weight depends on the value of acceleration due to gravity. Hence weight changes from place to place. Whereas the mass of the body remains the same anywhere in the universe.

The correct option is B
False

Weight = mass $\times$ acceleration due to gravity = m $\times$ g

So weight depends on the value of acceleration due to gravity. Hence weight changes from place to place. Whereas the mass of the body remains the same anywhere in the universe.