Jennifer is applying a constant force to swing a can on the end of a string, as shown here. If the can is moving around the circle at a constant speed, which statement correctly describes the motion of the can?
A.
The can accelerates at every point along the orbit and has changing velocity.

B.
The can has constant acceleration and changing speed.

C.
The can has constantly changing acceleration.

D.
The can moves at a constant velocity.

Question

garrick.lehner · Accepted Answer

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loren.walsh · Answer

The statement that correctly describes the motion of the can is D. that the can move at a constant velocity.

Based on the information given, Jennifer is applying a constant force to swing the can. In this case, the force that's being acted on the can is at an unchanging rate.

Also, the can is moving around the circle at a constant speed. This implies that the speed of the car reasons the same as it's neither increasing nor decreasing.

Based on the information given above, since a constant force is applied by Jennifer, and the can is also moving at a constant speed, then the can move at a constant velocity.

In conclusion, the can move at a constant velocity

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Jennifer Is Applying A Constant Force To Swing A Can On The End Of A String, As Shown Here. If The Can

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