(3) Give three practical examples of how potential energy is converted (fully or partly) into etic energy in the world around us. Can the processes you described be reversed to convert the kinetic energy back to potential energy? A block of mass m=2kg (it does not matter) is let out at the velocity vo = 0 on top of a smooth hill of height h = 1.8 m. It drops down the smooth slope to a smooth flat plane and crosses a rough patch of length 2 m with the coefficient of kinetic friction, uk= 0.5 on this flat plane. See diagram below. savoth rough Calculate the value of (a) the velocity v1 before the block hits the patch and (b) the velocity v2 when the block leaves the patch.
(3) Give three practical examples of how potential energy is converted (fully or partly) into etic energy in the world around us. Can the processes you described be reversed to convert the kinetic energy back to potential energy? A block of mass m=2kg (it does not matter) is let out at the velocity vo = 0 on top of a smooth hill of height h = 1.8 m. It drops down the smooth slope to a smooth flat plane and crosses a rough patch of length 2 m with the coefficient of kinetic friction, uk= 0.5 on this flat plane. See diagram below. savoth rough Calculate the value of (a) the velocity v1 before the block hits the patch and (b) the velocity v2 when the block leaves the patch.
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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Transcribed Image Text:(3) Give three practical examples of how potential energy is converted (fully or partly) into
etic energy in the world around us. Can the processes you described be reversed to convert
the kinetic energy back to potential energy?
A block of mass m=2kg (it does not matter) is
let out at the velocity vo = 0 on top of a smooth
hill of height h = 1.8 m. It drops down the
smooth slope to a smooth flat plane and
crosses a rough patch of length 2 m with the
coefficient of kinetic friction, uk= 0.5 on this
flat plane. See diagram below.
savoth
rough
Calculate the value of (a) the velocity v1
before the block hits the patch and (b) the
velocity v2 when the block leaves the patch.
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