If a swimmer pushes water backward with 0.30 N, what is the force exerted by the water on the swimmer?

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Study for the Newton's Laws of Motion Test. Engage with multiple choice and interactive questions, each hinting at concepts with detailed explanations. Master the principles and ace your exam!

Multiple Choice

If a swimmer pushes water backward with 0.30 N, what is the force exerted by the water on the swimmer?

Explanation:
Newton's third law is at work: forces come in equal and opposite pairs acting on two different objects. If the swimmer pushes water backward with a force of 0.30 N, the water pushes the swimmer forward with the same 0.30 N. So the force exerted by the water on the swimmer is 0.30 N in the forward direction, helping propel the swimmer.

Newton's third law is at work: forces come in equal and opposite pairs acting on two different objects. If the swimmer pushes water backward with a force of 0.30 N, the water pushes the swimmer forward with the same 0.30 N. So the force exerted by the water on the swimmer is 0.30 N in the forward direction, helping propel the swimmer.

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