QUESTION 2 The system shown in the figure consists of two bodies and three springs that may be set into free vertical vibration. Determine the natural frequencies of vibration for this system and compare the amplitudes of the movements of mass 1 and mass 2 for each f requency. M1=85kg, M2=150kg, k1= 70 kN/m, k2=55kN/m, k3=40kN/m. NB: Draw a detailed free body diagram for each mass to solve the problem . [27] QUESTION 2The system shown in the figure consists of twobodies and three springs that may be set into freevertical vibration. Determine the naturalfrequencies of vibration for this system andcompare the amplitudes of the movements of mass1 and mass 2 for each frequency.M1-85kg, M2=150kg, k1= 70 kN/m, k2=55kN/m,k3=40kN/m.k₁m₁15₂m₂-K3WANB: Draw a detailed free body diagram for each mass to solve the problem.[27]

Given Data:Masses and Spring Constants:Mass of the first system (M1): 85 kgMass of the second system…

Answered: QUESTION 2 The system shown in the…

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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QUESTION 2 The system shown in the figure consists of two bodies and three springs that may be set into free vertical vibration. Determine the natural frequencies of vibration for this system and compare the amplitudes of the movements of mass 1 and mass 2 for each f requency. M1=85kg, M2=150kg, k1= 70 kN/m, k2=55kN/m, k3=40kN/m. NB: Draw a detailed free body diagram for each mass to solve the problem . [27]

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