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The spring-mounted slider with mass m=100g moves in the horizontal guide with dry friction. The friction coefficient between the slider and the guide is u = 0.05. The two weightless springs together exert a retarding force to the motion of the slider F = -ks, where k = 1 N/m is a spring constant and s is displacement from the equilibrium position. The slider is displaced from its equilibrium position by so=17 cm to the right and released with no initial velocity. Plot the dependence of slider displacements on time. Find the final position of the slider. wwww ○本 wwwww

The spring-mounted slider with mass m=100g moves in the horizontal guide with dry friction. The friction coefficient between the slider and the guide is u = 0.05. The two weightless springs together exert a retarding force to the motion of the slider F = -ks, where k = 1 N/m is a spring constant and s is displacement from the equilibrium position. The slider is displaced from its equilibrium position by so=17 cm to the right and released with no initial velocity. Plot the dependence of slider displacements on time. Find the final position of the slider. wwww ○本 wwwww

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The spring-mounted slider with mass m=100g moves in the horizontal guide with dry friction. The friction coefficient between the slider and the guide is u = 0.05. The two weightless springs together exert a retarding force to the motion of the slider F = -ks, where k = 1 N/m is a spring constant and s is displacement from the equilibrium position. The slider is displaced from its equilibrium position by so=17 cm to the right and released with no initial velocity. Plot the dependence of slider displacements on time. Find the final position of the slider. wwww ○本 wwwww
Transcribed Image Text:The spring-mounted slider with mass m=100g moves in the horizontal guide with dry friction. The friction coefficient between the slider and the guide is u = 0.05. The two weightless springs together exert a retarding force to the motion of the slider F = -ks, where k = 1 N/m is a spring constant and s is displacement from the equilibrium position. The slider is displaced from its equilibrium position by so=17 cm to the right and released with no initial velocity. Plot the dependence of slider displacements on time. Find the final position of the slider. wwww ○本 wwwww
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