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In this example, you shall see that the entire row is zero. We're going to form auxiliary equation and use differentiation to compute the values of the next row. • Note that an entire row of zeros will appear in the Routh table when a purely even or purely odd power of polynomial is a factor of the original polynomial. • Generate a Routh table for the following system. 10 T(s) = +7s* +6s +42s +8s+56 EE406 Contral Systems Lecture 11: System Stability Page :

In this example, you shall see that the entire row is zero. We're going to form auxiliary equation and use differentiation to compute the values of the next row. • Note that an entire row of zeros will appear in the Routh table when a purely even or purely odd power of polynomial is a factor of the original polynomial. • Generate a Routh table for the following system. 10 T(s) = +7s* +6s +42s +8s+56 EE406 Contral Systems Lecture 11: System Stability Page :

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Example 5 * In this example, you shall see that the entire row is zero. We're going to form auxiliary equation and use differentiation to compute the values of the next row. • Note that an entire row of zeros will appear in the Routh table when a purely even or purely odd power of polynomial is a factor of the original polynomial. • Generate a Routh table for the following system. 10 T(s) =17 + 6s +42s +8s+56 E406 Contral Systems Lecture 11: System Stability Page:
Transcribed Image Text:Example 5 * In this example, you shall see that the entire row is zero. We're going to form auxiliary equation and use differentiation to compute the values of the next row. • Note that an entire row of zeros will appear in the Routh table when a purely even or purely odd power of polynomial is a factor of the original polynomial. • Generate a Routh table for the following system. 10 T(s) =17 + 6s +42s +8s+56 E406 Contral Systems Lecture 11: System Stability Page:
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