Initial car positionFinal car position300Distance d along asurface with Hk = 0.80A 0.05kg toy car is shot down a 30° frictionless ramp by a spring where initially:• the car is ho 0.25m above the ground and• the spring is compressed by 0.5cmAt the bottom of the ramp, the car goes along a surface with a coefficient of friction u = 0.8 and comesto a stop at d = 0.4m along along this surface. What is the spring coefficient k of the spring launching thecar?ho

Name: Initial car positionFinal car position300Distance d along asurface wi
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Description: Initial car positionFinal car position300Distance d along asurface with Hk = 0.80A 0.05kg toy car is shot down a 30° frictionless ramp by a spring where initially:• the car is ho 0.25m above the ground and• the spring is compressed by 0.5cmAt the bo

The velocity at the bottom the slope is, mgh0+12kx2=12mv2…

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Initial car position Final car position 300 Distance d along a surface with HK = 0.80 A 0.05kg toy car is shot down a 30° frictionless ramp by a spring where initially: • the car is ho • the spring is compressed by 0.5cm 0.25m above the ground and At the bottom of the ramp, the car goes along a surface with a coefficient of friction = 0.8 and comes to a stop at d 0.4m along along this surface. What is the spring coefficient k of the spring launching the car? ho

Initial car position Final car position 300 Distance d along a surface with HK = 0.80 A 0.05kg toy car is shot down a 30° frictionless ramp by a spring where initially: • the car is ho • the spring is compressed by 0.5cm 0.25m above the ground and At the bottom of the ramp, the car goes along a surface with a coefficient of friction = 0.8 and comes to a stop at d 0.4m along along this surface. What is the spring coefficient k of the spring launching the car? ho

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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