In swimming, you apply a force to the water to move yourself forward. The greater the water pressure, the faster you can swim. This can best be explained by one of newton's laws of motion that states A) for every force on an object that object exerts an equal and opposite force back. B) a body in motion will continue in motion unless acted upon by an outside force. C) the net force equals the mass times the acceleration of and object. D) energy cannot be created or destroyed on changed forms.

Question

Jadyn Shaw

Chemistry

11 May, 22:41

In swimming, you apply a force to the water to move yourself forward. The greater the water pressure, the faster you can swim. This can best be explained by one of newton's laws of motion that states A) for every force on an object that object exerts an equal and opposite force back. B) a body in motion will continue in motion unless acted upon by an outside force. C) the net force equals the mass times the acceleration of and object. D) energy cannot be created or destroyed on changed forms.

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Answers (2)

Know the Answer?

Tyshawn Ochoa · Answer 1

I believe the most reasonable answer is A.

Jovanni Booth · Answer 2

I learned this and it would be c or a because once you hit the water you get pushed up and start going faster and also c because your body uses more strength to get up then the speed changes and might go faster or slower