Physics written by hand. M = 825kgR = 9me = 750D = 11mWe're trying to design a roller coaster such that a cart with total mass m = 825kg with 4 wheels (m = 5.5kg, r = 0.25m) can safely pass through a loop of radiusr = 9m. The cartmust go down a ramp which makes an angle of 75 degrees then travel across a flat section before starting the loop. The wheels roll without slipping during this travel, and whilethere is no friction between the wheels and the track, there is friction inside the wheel itself. A constant friction force of 6N acts a distance of 8cm from the rotation point of thewheels. What is the minimum height, h, that we can start the cart at to safely make it through the loop? You can approximate the wheels as uniform rings.

Name: Physics written by hand. M = 825kgR = 9me = 750D = 11mWe're trying to
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Description: Physics written by hand. M = 825kgR = 9me = 750D = 11mWe're trying to design a roller coaster such that a cart with total mass m = 825kg with 4 wheels (m = 5.5kg, r = 0.25m) can safely pass through a loop of radiusr = 9m. The cartmust go down a ramp

According to work - energy theorem Work done by all forces = change in kinetic energy Work done by…

Answered: M = 825kg R = 9m 0 = 75° D = 11m We're…

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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Physics written by hand.

M = 825kg
R = 9m
e = 750
D = 11m
We're trying to design a roller coaster such that a cart with total mass m = 825kg with 4 wheels (m = 5.5kg, r = 0.25m) can safely pass through a loop of radiusr = 9m. The cart
must go down a ramp which makes an angle of 75 degrees then travel across a flat section before starting the loop. The wheels roll without slipping during this travel, and while
there is no friction between the wheels and the track, there is friction inside the wheel itself. A constant friction force of 6N acts a distance of 8cm from the rotation point of the
wheels. What is the minimum height, h, that we can start the cart at to safely make it through the loop? You can approximate the wheels as uniform rings.

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