Consider the block diagram in Fig. 1. The state-space representation of the closed loop systemfrom R (s)/Y(s) is:Oa.O b.O d.R(s)xx1=[²²][²]+[¹]0y = [10][₁]可*=[²]+[³]y=[10][₁]x =Controller1s+1=[x²]+[²¹] ²y = [10] [¹₁]0L-5y = [10] [¹₁]* =Fig.1+Plants+2s +3Y(s)

Given data: The given block diagram is,

Consider the block diagram in Fig.1. The state-space representation of the closed loop system from R (s)/Y(s) is: O a. O b. R(s) 0 *=[²º5 __²²₂²]+[²3] -5 y = [10] [¹₁] *=[²_³²³²]+[²] 15 - y = [10][*²] *=*]+[3¹] _y=[1_0][x²] O d. 0 * = + =L5 _y=[1_0][x²] О с. x Controller 1 +1 -5 5] Fig.1 Plant s+2 s+3 Y(s)

Consider the block diagram in Fig.1. The state-space representation of the closed loop system from R (s)/Y(s) is: O a. O b. R(s) 0 =[²º5 __²²₂²]+[²3] -5 y = [10] [¹₁] =[²_³²³²]+[²] 15 - y = [10][²] =]+[3¹] _y=[1_0][x²] O d. 0 = + =L5 _y=[1_0][x²] О с. x Controller 1 +1 -5 5] Fig.1 Plant s+2 s+3 Y(s)

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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