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Consider the following transfer function C(s) s+ 3 R(s) (s + 4)(s + 6) From the information given which one of the following is the correct controller canonical form? O a. b. d. * = [22]x+[3]r. y = [10]x 0 y = [3 1]x y = [13]x y = [1 3] x [1024] x + [9]r. c. * = [-10-24] x + [1]r, C. -10 xc TRON -24 * = [-24 -10]x+ [1]r "

Consider the following transfer function C(s) s+ 3 R(s) (s + 4)(s + 6) From the information given which one of the following is the correct controller canonical form? O a. b. d. * = [22]x+[3]r. y = [10]x 0 y = [3 1]x y = [13]x y = [1 3] x [1024] x + [9]r. c. * = [-10-24] x + [1]r, C. -10 xc TRON -24 * = [-24 -10]x+ [1]r "

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Consider the following transfer function C(s) s +3 R(s) (s+4)(s + 6) From the information given which one of the following is the correct controller canonical form? O a. -10 x = [ 20 ] x + [²]r. y = [1 0]x -24 y = [31]x y = [1 3] x y = [1_3]x d. xc = [_10_24] x + [9]r, r. c. x= [1024] x + [1] C. r - * = [-24 -10]x+ [1]r x 1 .
Transcribed Image Text:Consider the following transfer function C(s) s +3 R(s) (s+4)(s + 6) From the information given which one of the following is the correct controller canonical form? O a. -10 x = [ 20 ] x + [²]r. y = [1 0]x -24 y = [31]x y = [1 3] x y = [1_3]x d. xc = [_10_24] x + [9]r, r. c. x= [1024] x + [1] C. r - * = [-24 -10]x+ [1]r x 1 .
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