please help only need problem 3 for pic solved using whats asked belowDo problem 1 using the principle of superposition. Only do the appropriate sketching for this problem. 1. Solve problem 3 of HW 6 using the Duhamel’s Integral Method. Problems 3,4 For the following forcing inputs, assume u(0) = 0 and ú(0) = 0 . Use Duhamel'sIntegral to find the response of a mass-spring system (undamped system) to the following inputs(forces):plt)PoP. cos(mt/2tg)ta3.4.

Answered: Image /qna-images/answer/f7af81a9-7d14-4478-9e45-cfd19d1d42c5.jpg

Problems 3,4 For the following forcing inputs, assume u(0) = 0 and ú(0) = 0 . Use Duhameľs Integral to find the response of a mass-spring system (undamped system) to the following inputs (forces): 4 ple) P. Po P. cos(mt/2ta) 3. 4.

Problems 3,4 For the following forcing inputs, assume u(0) = 0 and ú(0) = 0 . Use Duhameľs Integral to find the response of a mass-spring system (undamped system) to the following inputs (forces): 4 ple) P. Po P. cos(mt/2ta) 3. 4.

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter5: Three-dimensional Equilibrium

Section: Chapter Questions

Problem 5.15P: In Sample Problem 5.5, determine Oy with one scalar equilibrium equation.

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Question

please help only need problem 3 for pic solved using whats asked below

Do problem 1 using the principle of superposition. Only do the appropriate sketching for this problem.

1. Solve problem 3 of HW 6 using the Duhamel’s Integral Method.

Problems 3,4 For the following forcing inputs, assume u(0) = 0 and ú(0) = 0 . Use Duhamel's
Integral to find the response of a mass-spring system (undamped system) to the following inputs
(forces):
plt)
Po
P. cos(mt/2tg)
ta
3.
4.

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