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A 2.00 kg block is placed at rest at the top of a 0.80 m long ramp 0.80 m that is inclined at 25 relative to 2.00 horizontal. The coefficient of kg kinetic friction on the ramp is 0.240. The block slides to the X right down the ramp onto a H. = 0.240 frictionless horizontal surface, where it continues sliding an irrelevant distance until H.=0 encountering an ideal spring with spring constant 160 N/m. The block compresses the spring by some displacement x before the block rebounds to the left. a) Find the maximum displacement x of the spring. b) The block continues sliding to the left, across the horizontal surface, and then travels some distance d along the ramp before momentarily coming to rest (before sliding back down the ramp). Find d. c) Explain why d should or should not equal 0.80 m. Show Transcribed Text