A block of mass $10 k g$ which was originally at rest, is being pushed by two equal forces in opposite directions. What can we say about the motion of the block?

Rest

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Motion

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Both

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None of these

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Solution

The correct option is A
Rest

As equal forces are pushing the block in opposite directions, the net force on the block is zero. If there is no net force acting, then the state of motion of the block of mass will not change and it will stay at rest.

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A block of mass 10 kg which was originally at rest, is being pushed by two equal forces in opposite directions. What can we say about the motion of the block?

The correct option is A Rest As equal forces are pushing the block in opposite directions, the net force on the block is zero. If there is no net force acting, then the state of motion of the block of mass will not change and it will stay at rest.

A block of mass $10 k g$ which was originally at rest, is being pushed by two equal forces in opposite directions. What can we say about the motion of the block?

The correct option is A
Rest

As equal forces are pushing the block in opposite directions, the net force on the block is zero. If there is no net force acting, then the state of motion of the block of mass will not change and it will stay at rest.