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For the single degree of freedom system shown below in Figure Q6, and considering only the steady state solution, calculate the amplitude of the displacement of the mass, m, in m. (Express answers to 3sf) m Fosincot x Figure Q6 The system parameters are: mass, m = 12.3 kg, stiffness, k = 450.4 N/m, damping coefficient, c = 5.3 Ns/m, Force input, Fo = 41.1 N, and forcing frequency, w = 12.1 rad/s.

For the single degree of freedom system shown below in Figure Q6, and considering only the steady state solution, calculate the amplitude of the displacement of the mass, m, in m. (Express answers to 3sf) m Fosincot x Figure Q6 The system parameters are: mass, m = 12.3 kg, stiffness, k = 450.4 N/m, damping coefficient, c = 5.3 Ns/m, Force input, Fo = 41.1 N, and forcing frequency, w = 12.1 rad/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
Problem 1.1MA
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For the single degree of freedom system shown below in Figure Q6, and considering only the steady state solution, calculate the amplitude of the displacement of the mass, m, in m. (Express answers to 3sf) m Fosincot Figure Q6 The system parameters are: mass, m = 12.3 kg, stiffness, k = 450.4 N/m, damping coefficient, c = 5.3 Ns/m, Force input, F = 41.1 N, and forcing frequency, w = 12.1 rad/s. Answer: 0.0302
Transcribed Image Text:For the single degree of freedom system shown below in Figure Q6, and considering only the steady state solution, calculate the amplitude of the displacement of the mass, m, in m. (Express answers to 3sf) m Fosincot Figure Q6 The system parameters are: mass, m = 12.3 kg, stiffness, k = 450.4 N/m, damping coefficient, c = 5.3 Ns/m, Force input, F = 41.1 N, and forcing frequency, w = 12.1 rad/s. Answer: 0.0302
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