A 1 kg apple sits on a springy rubber sheet It is noted that the sheet is pushed 3 cm downward by the apple a) Find the spring constant of the rubber sheet b) With what additional force must you push to push the apple and sheet downward by another 3 cm c) Using your knowledge of kinetic and potential energy and the law of the Conservation of Energy to predict what will happen when you remove the force holding the apple

Question: A 1 kg apple sits on a springy rubber sheet. It is noted that the sheet is pushed 3 cm downward by the apple. a)

A 1 kg apple sits on a springy rubber sheet. It is noted that the sheet is pushed 3 cm downward by the apple.
a) Find the spring constant of the rubber sheet.
b) With what additional force must you push to push the apple and sheet downward by another 3 cm?
c) Using your knowledge of kinetic and potential energy and the law of the Conservation of Energy to predict what will happen when you remove the force holding the apple.

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Lets break down the problem step by step a To find the spring constant of the rubber sheet we can use the formula F kx where F is the force k is the s... View full answer

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