A 6.38 kg block on a hill is released from rest. The surface is frictionless and the block is going 6.7 m/s at the bottom of the hill. A.) Determine how high the block is at the start. h = my B.) After reaching the bottom the block collides with a 7,140 N/m spring and compresses it 0.19 m. Determine how much thermal energy is generated by the collision with the spring. ATE=
A 6.38 kg block on a hill is released from rest. The surface is frictionless and the block is going 6.7 m/s at the bottom of the hill. A.) Determine how high the block is at the start. h = my B.) After reaching the bottom the block collides with a 7,140 N/m spring and compresses it 0.19 m. Determine how much thermal energy is generated by the collision with the spring. ATE=
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Transcribed Image Text:A 6.38 kg block on a hill is released from rest. The surface is frictionless and the block is going 6.7 m/s at the bottom of the hill.
A.) Determine how high the block is at the start.
h =
m
B.) After reaching the bottom the block collides with a 7,140 N/m spring and compresses it 0.19 m. Determine how much thermal
energy is generated by the collision with the spring.
ATE=
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