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Question 6) A 50.0 kg skater arrives at the bottom of a vertical circular track at 32.0 m/s. The radius of the track is 15.0 (m). Friction is negligible. Ignore the size of the skater so the radius of her motion is the hane as the 15.0fm] radius of the track. Point C is at the top of the track. The track goes a little bit farther than point C but we dont need to figure out what happens after point C Up 15.0 [m) 32.0 [m/s] Horizontal surface of Earth a) Find the speed of the skater when she arrives at the top of the track (point C) -(6 pts) b) When the skater is at point C, find the acceleration magnitude and the magnitude of the normal force magnitude by the track on the skater. (12 pts) (8 pts)
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