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The translational mechanical system shown in Figure Ql is at rest for 1< 0. The force uft) is the input to the system and the displacements x(t) and yft), are measured from their respective equilibrium positions. x(t) k3 b3 m2 k1 b4 b2 m1 k2 u(t) b1 y(t)

The translational mechanical system shown in Figure Ql is at rest for 1< 0. The force uft) is the input to the system and the displacements x(t) and yft), are measured from their respective equilibrium positions. x(t) k3 b3 m2 k1 b4 b2 m1 k2 u(t) b1 y(t)

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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QI The translational mechanical system shown in Figure Ql is at rest for 1< 0. The force uft) is the input to the system and the displacements x(t) and y(t), are measured from their respective equilibrium positions. x(t) k3 b3 m2 k1 b4 b2 m1 k2 *u(t) b1 y(t) Figure Q2 If m, is I kg and m; is 2 kg. ki = k = ks is I N/m and bi = bị = b= bais I N- s/m, determine the mass, mi or m; that will give the smallest oscillation if IN force applied into the system. (Provide evidence for your selection, example; output response from simulation, etc.)
Transcribed Image Text:QI The translational mechanical system shown in Figure Ql is at rest for 1< 0. The force uft) is the input to the system and the displacements x(t) and y(t), are measured from their respective equilibrium positions. x(t) k3 b3 m2 k1 b4 b2 m1 k2 *u(t) b1 y(t) Figure Q2 If m, is I kg and m; is 2 kg. ki = k = ks is I N/m and bi = bị = b= bais I N- s/m, determine the mass, mi or m; that will give the smallest oscillation if IN force applied into the system. (Provide evidence for your selection, example; output response from simulation, etc.)
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