A 2 Kg object moves on a track to the right at 10 m/s, and then reaches a circular depression. Assume the object stays on the track, and the radius of the track is 4 meters at the bottom of the circular depression. Also assume the bottom is 4 meters below the initial position of the object. There is no friction. 2 Kg 10 m/s When the object reaches the bottom of the circular depression, calculate the normal force that the track exerts on the object.

A 2 Kg object moves on a track to the right at 10 m/s, and then reaches a circular depression. Assume the object stays on the track, and the radius of the track is 4 meters at the bottom of the circular depression. Also assume the bottom is 4 meters below the initial position of the object. There is no friction. 2 Kg 10 m/s When the object reaches the bottom of the circular depression, calculate the normal force that the track exerts on the object.

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Description: A2 Kg object moves on a track to the right at 10 m/s, and then reaches a circular depression. Assume theobject stays on the track, and the radius of the track is 4 meters at the bottom of the circular depression.Also assume the bottom is 4 meters be

Physics for Scientists and Engineers: Foundations and Connections

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Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter6: Applications Of Newton’s Laws Of Motion

Section: Chapter Questions

Problem 45PQ: The drag coefficient C in FD=12CAv2 (Eq. 6.5) depends primarily on the shape of the object. You...

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Newton's First Law of Motion

If a very smooth ball is rolled down an inclined surface with zero friction, the ball will continue to roll indefinitely for an infinite time, in an attempt to reach to the same height on the opposite hill!

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A2 Kg object moves on a track to the right at 10 m/s, and then reaches a circular depression. Assume the
object stays on the track, and the radius of the track is 4 meters at the bottom of the circular depression.
Also assume the bottom is 4 meters below the initial position of the object. There is no friction.
2 Kg 10 m/s
When the object reaches the bottom of the circular depression, calculate the normal force that the track
exerts on the object.

When the object reaches the bottom of the circular depression, calculate the normal force that the track
exerts on the object.
19.6 N
30 N
8.8N
89 N
109 N

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