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A ball with mass m = 50.0 g, is sitting on a vertical spring whose force...

A ball with mass m = 50.0 g, is sitting on a vertical spring whose force constant is 120.0 N/m. The initial position of the spring is at y = 0.00 m.

  1. The spring is compressed downward a distance x = 0.200 m. From the compressed position, how high will the ball bearing rise? How high is does the ball bearing rise above the position at y = 0.00 m?

  3. What is the kinetic energy of the ball at the moment it is released from the spring?

  5. What is the maximum speed of the ball?

  7. If the spring is compressed twice as much, how will this affect the maximum speed of the ball as it leaves the spring?

  9. If the spring is compressed twice as much, how will this affect the maximum height to which the ball will rise?
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