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2- A mass-spring-damper system with one degree of freedom is exposed to vibration under the influence of a harmonic force. In my system, it is given as m=2 kg, k=800 N/m, c=64 Ns/m. The amplitude of the harmonic force is Fo=256 N and its frequency is w= 20 rad/s. Answer the questions in options a, b, and c according to the given information. F(t)=Fosin(wt)

2- A mass-spring-damper system with one degree of freedom is exposed to vibration under the influence of a harmonic force. In my system, it is given as m=2 kg, k=800 N/m, c=64 Ns/m. The amplitude of the harmonic force is Fo=256 N and its frequency is w= 20 rad/s. Answer the questions in options a, b, and c according to the given information. F(t)=Fosin(wt)

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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mass-spring-damper system with one degree of freedom is exposed to vibration under the influence of a harmonic force. In my system, it is given as m=2 kg, k=800 N/m, c=64 Ns/m. The amplitude of the harmonic force is Fo=256 N and its frequency is w= 20 rad/s. Answer the questions in options a, b, and c according to the given information.

a)a-)Calculate the damping ratio of the system

b)Calculate the magnification factor (M) of the system

C)Calculate the maximum vibration amplitude (X) (meters

2- A mass-spring-damper system with one degree of freedom is exposed to vibration under the influence of a harmonic force. In my system, it is given as m=2 kg, k=800 N/m, c=64 Ns/m. The amplitude of the harmonic force is Fo=256 N and its frequency is w= 20 rad/s. Answer the questions in options a, b, and c according to the given information. ell F(t)=Fosin(wt)
Transcribed Image Text:2- A mass-spring-damper system with one degree of freedom is exposed to vibration under the influence of a harmonic force. In my system, it is given as m=2 kg, k=800 N/m, c=64 Ns/m. The amplitude of the harmonic force is Fo=256 N and its frequency is w= 20 rad/s. Answer the questions in options a, b, and c according to the given information. ell F(t)=Fosin(wt)
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