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4. Consider the mechanical system in the figure below with elements: mass M=1kg, spring K=4N/m, and friction B=3Ns/m. Assume zero initial conditions. Note, x(t) is displacement. f(t) B- x(t) M قصو K (a) Draw the free-body-diagram of the mechanical system (b) Write the Laplace transform for the equation of motion (c) Find X(s)/F(s)

4. Consider the mechanical system in the figure below with elements: mass M=1kg, spring K=4N/m, and friction B=3Ns/m. Assume zero initial conditions. Note, x(t) is displacement. f(t) B- x(t) M قصو K (a) Draw the free-body-diagram of the mechanical system (b) Write the Laplace transform for the equation of motion (c) Find X(s)/F(s)

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
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4. Consider the mechanical system in the figure below with elements: mass M=1kg, spring K=4N/m, and friction B=3Ns/m. Assume zero initial conditions. Note, x(t) is displacement. f(t) x (t) B //////// M K ele ///////// (a) Draw the free-body-diagram of the mechanical system (b) Write the Laplace transform for the equation of motion (c) Find X(s)/F(s)
Transcribed Image Text:4. Consider the mechanical system in the figure below with elements: mass M=1kg, spring K=4N/m, and friction B=3Ns/m. Assume zero initial conditions. Note, x(t) is displacement. f(t) x (t) B //////// M K ele ///////// (a) Draw the free-body-diagram of the mechanical system (b) Write the Laplace transform for the equation of motion (c) Find X(s)/F(s)
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