Bde Diagan22510"Frequency ade)Figure Q.8(a)b) Continued overleaf.Dynamics & Control 3- May 2010OVERb) Figure Q.8(b) shows the block diagram representation of a system with input y(1) andresponse x(f). Derive an expression for the steady state response, x(t)„, of the systemwhen the input takes the form:y(1) - 10sin 51Y(s)X(s)s+5s+2Figure Q.8(b)

8(b) Given block diagram shown with input y(t)=10sin5t

b) Figure Q.S(b) shows the block diagram representation of a system with input y() and response x(f). Derive an expression for the steady state response, x(1),. of the system when the input takes the form: y(1) - 10sin St YIS) Xis) S+ 2

b) Figure Q.S(b) shows the block diagram representation of a system with input y() and response x(f). Derive an expression for the steady state response, x(1),. of the system when the input takes the form: y(1) - 10sin St YIS) Xis) S+ 2

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

Bde Diagan
225
10"
Frequency ade)
Figure Q.8(a)
b) Continued overleaf.
Dynamics & Control 3- May 2010
OVER
b) Figure Q.8(b) shows the block diagram representation of a system with input y(1) and
response x(f). Derive an expression for the steady state response, x(t)„, of the system
when the input takes the form:
y(1) - 10sin 51
Y(s)
X(s)
s+5
s+2
Figure Q.8(b)

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