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The open-loop transfer function is given as follows: K(s + 2.1) (s+4.9)4 (s + 6.4)°(s + 7.6)7 G(s) = If s g is the coordinate where all the asymptotes (in the corresponding root- locus diagram) would meet on the real axis of the s-plane, then what is the value of 'g'? Answer:

The open-loop transfer function is given as follows: K(s + 2.1) (s+4.9)4 (s + 6.4)°(s + 7.6)7 G(s) = If s g is the coordinate where all the asymptotes (in the corresponding root- locus diagram) would meet on the real axis of the s-plane, then what is the value of 'g'? Answer:

Introductory Circuit Analysis (13th Edition)
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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The open-loop transfer function is given as follows: K(s + 2.1) (s+ 4.9)4 (s + 6.4)° (s + 7.6)7 G(s) If s = g is the coordinate where all the asymptotes (in the corresponding root- locus diagram) would meet on the real axis of the s-plane, then what is the value of 'g'? Answer:
Transcribed Image Text:The open-loop transfer function is given as follows: K(s + 2.1) (s+ 4.9)4 (s + 6.4)° (s + 7.6)7 G(s) If s = g is the coordinate where all the asymptotes (in the corresponding root- locus diagram) would meet on the real axis of the s-plane, then what is the value of 'g'? Answer:
Dis) Els) Gn) In the control system shown by the above block diagram, the disturbance is negligible, i.e. D(s) = 0. The transfer functions G1(s) and G2(s) are as follows: 3 G1(s) %3D 4s + 1 1 G1(s) s2 + 5s + 5 If the error transfer function E(s)/R(s) of the system is given by E(s) R(s) as3 + bs? + cs + d 4s3 + qs? + rs +p then what is the value of the constant "b' ?
Transcribed Image Text:Dis) Els) Gn) In the control system shown by the above block diagram, the disturbance is negligible, i.e. D(s) = 0. The transfer functions G1(s) and G2(s) are as follows: 3 G1(s) %3D 4s + 1 1 G1(s) s2 + 5s + 5 If the error transfer function E(s)/R(s) of the system is given by E(s) R(s) as3 + bs? + cs + d 4s3 + qs? + rs +p then what is the value of the constant "b' ?
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