EXERCISE 2.2.3 (UTM-SPACE JB)Find the state-space representation of the mass-spring damper system given in Figure P4x1(t)x2(t)x3(t)K«(f) = 1 N/mfrs(t) = 2 N-s/mK3(1) = 1 N/mAt)M1 = 1 kgM2 = 2 kgM3 = 1 kgfi2(1) = 2 N-s/mfo3(1) = Ì N-s/mfis(t) = i N-s/mK2(f) = 1 N/mf1(1) = 1 N-s/mFigure P4

The state-space representation off mass-spring damper is to be find Taking Mass M1 Free body diagram…

Find the state-space representation of the mass-spring damper system given in Figure P4 xi(t) x2(t) x3(t) K{(t) = 1 N/m fs(t) = 2 N-s/m K:(1) = 1 N/m At) M1 = 1 kg M2 = 2 kg 000 M3 = 1 kg f2(1) = 2 N-s/m fr3(1) = 1 N-s/m fis(t) = i N-s/m K2(t) = 1 N/m f1(1) = 1 N-s/m

Find the state-space representation of the mass-spring damper system given in Figure P4 xi(t) x2(t) x3(t) K{(t) = 1 N/m fs(t) = 2 N-s/m K:(1) = 1 N/m At) M1 = 1 kg M2 = 2 kg 000 M3 = 1 kg f2(1) = 2 N-s/m fr3(1) = 1 N-s/m fis(t) = i N-s/m K2(t) = 1 N/m f1(1) = 1 N-s/m

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

EXERCISE 2.2.3 (UTM-SPACE JB)
Find the state-space representation of the mass-spring damper system given in Figure P4
x1(t)
x2(t)
x3(t)
K«(f) = 1 N/m
frs(t) = 2 N-s/m
K3(1) = 1 N/m
At)
M1 = 1 kg
M2 = 2 kg
M3 = 1 kg
fi2(1) = 2 N-s/m
fo3(1) = Ì N-s/m
fis(t) = i N-s/m
K2(f) = 1 N/m
f1(1) = 1 N-s/m
Figure P4

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