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A 63kg skier is preparing for a jump on top of a ramp that is 100 m long and at an angle of 36 degrees. The ramp is covered in snow and ice and her skis are waxed so do not consider friction. Find the normal force of the skier as well as her predected velocity after falling for 1.5 seconds. SHOW ALL WORK

A 63kg skier is preparing for a jump on top of a ramp that is 100 m long and at an angle of 36 degrees. The ramp is covered in snow and ice and her skis are waxed so do not consider friction. Find the normal force of the skier as well as her predected velocity after falling for 1.5 seconds. SHOW ALL WORK

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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т 6/8 > A 63kg skier is preparing for a jump on top of a ramp that is 100 m long and at an angle of 36 degrees. The ramp is covered in snow and ice and her skis are waxed so do not consider friction. Find the normal force of the skier as well as her predected velocity after falling for 1.5 seconds. SHOW ALL WORK DELL Ce DI 23 %$4 & ** 4 7 8. e y
Transcribed Image Text:т 6/8 > A 63kg skier is preparing for a jump on top of a ramp that is 100 m long and at an angle of 36 degrees. The ramp is covered in snow and ice and her skis are waxed so do not consider friction. Find the normal force of the skier as well as her predected velocity after falling for 1.5 seconds. SHOW ALL WORK DELL Ce DI 23 %$4 & ** 4 7 8. e y
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