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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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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