Specify, explain and justify your response. Consider the following control system, indicate the correct alternative: 1- The system is stable, as it has three poles in the right semiplane and one pole in the left semiplane, but can assume the poles in the Jw axis. 2- The system is stable, as it has two poles in the right semiplane and three poles in the left semiplane. 3- The system is unstable, as it has four poles in the right semiplane and no pole in the left semiplane, but can assume poles in the Jw axis. 4- The system is stable as it has three poles in the left half-plane; 5- The system is unstable, as it has two poles in the right semiplane and two poles in the left semiplane; 6 - All alternatives are wrong
Specify, explain and justify your response. Consider the following control system, indicate the correct alternative: 1- The system is stable, as it has three poles in the right semiplane and one pole in the left semiplane, but can assume the poles in the Jw axis. 2- The system is stable, as it has two poles in the right semiplane and three poles in the left semiplane. 3- The system is unstable, as it has four poles in the right semiplane and no pole in the left semiplane, but can assume poles in the Jw axis. 4- The system is stable as it has three poles in the left half-plane; 5- The system is unstable, as it has two poles in the right semiplane and two poles in the left semiplane; 6 - All alternatives are wrong
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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Specify, explain and justify your response. Consider the following control system, indicate the correct alternative:
1- The system is stable, as it has three poles in the right semiplane and one pole in the left semiplane, but can assume the poles in the Jw axis.
2- The system is stable, as it has two poles in the right semiplane and three poles in the left semiplane.
3- The system is unstable, as it has four poles in the right semiplane and no pole in the left semiplane, but can assume poles in the Jw axis.
4- The system is stable as it has three poles in the left half-plane;
5- The system is unstable, as it has two poles in the right semiplane and two poles in the left semiplane;
6 - All alternatives are wrong.
Transcribed Image Text:C(s)
R(s)
E(s)
200
s(s3 + 6s² + 1 1s + 6)
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