A $60 k g$ man pushes a $40 k g$ man by a force of $60 N$ . The $40 k g$ man has pushed the other man with a force of:

40 N

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0

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60 N

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20 N

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Solution

The correct option is B $60 N$
Newton's third law: To every action, there is an equal and opposite reaction. So when $60 k g$ man exerts a force of $60 N$ on $40 k g$ man, $40 k g$ man also exerts the same force of $60 N$ on the $60 k g$ man.

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Q. A 60 kg man pushes a 40 kg man by a force of 60 N. The 40 kg man has pushed the other man with a force of
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A 60 kg man pushes a 40 kg man by a force of 60 N. The 40 kg man has pushed the other man with a force of:

The correct option is B 60 NNewton's third law: To every action, there is an equal and opposite reaction. So when 60 kg man exerts a force of 60 N on 40 kg man, 40 kg man also exerts the same force of 60 N on the 60 kg man.

A $60 k g$ man pushes a $40 k g$ man by a force of $60 N$ . The $40 k g$ man has pushed the other man with a force of:

The correct option is B $60 N$
Newton's third law: To every action, there is an equal and opposite reaction. So when $60 k g$ man exerts a force of $60 N$ on $40 k g$ man, $40 k g$ man also exerts the same force of $60 N$ on the $60 k g$ man.