As shown below, a 100 kg student is compressed 50 cm on a spring with a...

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Physics

As shown below, a 100 kg student is compressed 50 cm on a springwith a spring constant of k = 80,000 N/m. He is on top of a 10 mfrictionless hill. He then is released from rest. He goes down tothe bottom of the hill before sliding up a 30° frictionless hill.a. (8 pts) Find the speed of the student when he reaches the bottomof the hill. b. (9 pts) Find the distance D the student travels upthe hill before momentarily stopping. Use whichever method youwish.

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4.1 Ratings (602 Votes)
Given the mass of the student is m 100kg the compression ofthe spring is x 50cm 05m the spring constant is k 80000Nmthe height of the first hill is h1 10m and the slope of thesecond hill is a The speed of the    See Answer
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