closed-loop system is shown in Figure Q8 below. Gain K, is positive. K S² +85-9 Figure Q8 : system for Q 8 a) Evaluate the close loop system's poles for (i) K = 0 (ii) K = 25 (iii) K → ∞ (b) For what range of K will the transient part of the system response be oscillatory. Explain your answer. (c) Produce a fully-labelled root-locus plot for this system.
closed-loop system is shown in Figure Q8 below. Gain K, is positive. K S² +85-9 Figure Q8 : system for Q 8 a) Evaluate the close loop system's poles for (i) K = 0 (ii) K = 25 (iii) K → ∞ (b) For what range of K will the transient part of the system response be oscillatory. Explain your answer. (c) Produce a fully-labelled root-locus plot for this system.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
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Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question
![closed-loop system is shown in Figure Q8 below. Gain K, is positive.
K
1
S² +8s-9
Figure Q8: system for Q 8
(a) Evaluate the close loop system's poles for
(i) K = 0
(ii) K = 25
(iii) K → ∞
(b) For what range of K will the transient part of the system response
be oscillatory. Explain your answer.
(c) Produce a fully-labelled root-locus plot for this system.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F72c6123d-db2c-43fa-bb4d-ef3d2a416cdd%2F0bea2b25-8445-4371-babf-0742749a2207%2Fxl009pq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:closed-loop system is shown in Figure Q8 below. Gain K, is positive.
K
1
S² +8s-9
Figure Q8: system for Q 8
(a) Evaluate the close loop system's poles for
(i) K = 0
(ii) K = 25
(iii) K → ∞
(b) For what range of K will the transient part of the system response
be oscillatory. Explain your answer.
(c) Produce a fully-labelled root-locus plot for this system.
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