Attension Must read before solving.Redo this problem with B=[0 0 1]' and justify the chnage in answer if any Linear SystemJAsignment a4Redo End chapTer Problem 4.4 nith b=[o,o,1T andJustify the change inProblem 4.4Find Companion - form and modal-form equivlent equalionofanswer if any:-2 o oloi 1X tO-2-2+ Y=[! -1 o]x%3DSolution:~hence Given-2 0A=C- [l -I o]-2 -2

Given x(t)=-2001010-2-2 x(t)+001u(t)y(t) =1-10x(t)here A=-2001010-2-2, b=001 and c=1-10

Answered: Linear System JAssignment a 04. Redo…

Linear System JAssignment a 04. Redo End chapter Problem 4.4 nith b=[o,0,1] and Justify the change in Problem 4.4 Find Companian - form and modal-fomm equivlent equation * = answer if any. -20 -2-2

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.55P

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Question

Attension Must read before solving.

Redo this problem with B=[0 0 1]' and justify the chnage in answer if any

Linear System
JAsignment a4
Redo End chapTer Problem 4.4 nith b=[o,o,1T and
Justify the change in
Problem 4.4
Find Companion - form and modal-form equivlent equalion
of
answer if any:
-2 o o
loi 1X t
O-2-2
+ Y=[! -1 o]x
%3D
Solution:~
hence Given
-2 0
A=
C- [l -I o]
-2 -2

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