You’re using a system of multiple simple machines to move a 1500 N load up a height of 2 meters. You have a wheel barrow which is a combination of a lever and a wheel/axle, and you’ll be using a ramp (inclined plane). What length ramp do you need to achieve the actual mechanical advantage from using the wheel-barrow? The height is set at 2 meters. Assume the efficiency of the inclined plane (ramp) is 100% (so your ideal, or design, mechanical advantage is your actual mechanical advantage).
You’re using a system of multiple simple machines to move a 1500 N load up a height of 2 meters. You have a wheel barrow which is a combination of a lever and a wheel/axle, and you’ll be using a ramp (inclined plane). What length ramp do you need to achieve the actual mechanical advantage from using the wheel-barrow? The height is set at 2 meters. Assume the efficiency of the inclined plane (ramp) is 100% (so your ideal, or design, mechanical advantage is your actual mechanical advantage).
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter5: Energy
Section: Chapter Questions
Problem 63AP: A roller-coaster car of mass 1.50 103 kg is initially at the top of a rise at point . It then moves...
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You’re using a system of multiple simple machines to move a 1500 N load up a height of 2 meters. You have a wheel barrow which is a combination of a lever and a wheel/axle, and you’ll be using a ramp (inclined plane).
What length ramp do you need to achieve the actual mechanical advantage from using the wheel-barrow? The height is set at 2 meters. Assume the efficiency of the inclined plane (ramp) is 100% (so your ideal, or design, mechanical advantage is your actual mechanical advantage).
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