You are on a pogo stick bouncing up and down. (If you don’t know what a pogo stick is, please ask someone.) The force from the ground on the bottom of the pogo stick is Ngp(y)=F0(1-y/h) with y being your position (y = 0 at your lowest point), F0 = 921 N, and your maximum height h = 0.8 m. The bottom of the pogo stick stays in contact with the ground until you are at your maximum height when the bottom just barely comes off of the ground. Using the pogo stick as the system, what is the work done by the ground on the pogo stick as you move from y = 0 m to y = 0.32 m.
You are on a pogo stick bouncing up and down. (If you don’t know what a pogo stick is, please ask someone.) The force from the ground on the bottom of the pogo stick is Ngp(y)=F0(1-y/h) with y being your position (y = 0 at your lowest point), F0 = 921 N, and your maximum height h = 0.8 m. The bottom of the pogo stick stays in contact with the ground until you are at your maximum height when the bottom just barely comes off of the ground. Using the pogo stick as the system, what is the work done by the ground on the pogo stick as you move from y = 0 m to y = 0.32 m.
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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You are on a pogo stick bouncing up and down. (If you don’t know what a pogo stick is, please ask someone.)
The force from the ground on the bottom of the pogo stick is
Ngp(y)=F0(1-y/h)
with y being your position (y = 0 at your lowest point), F0 = 921 N, and your maximum height h = 0.8 m. The
bottom of the pogo stick stays in contact with the ground until you are at your maximum height when the bottom
just barely comes off of the ground.
Using the pogo stick as the system, what is the work done by the ground on the pogo stick as you move from y = 0 m
to y = 0.32 m.
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