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Consider a system having the following transfer function G(s)= 10/(3s^2+4s+10)After write a MATLAB code to show the effect of addition of poles at - 0.5 to open loop system the correct output step response is *

Consider a system having the following transfer function G(s)= 10/(3s^2+4s+10)After write a MATLAB code to show the effect of addition of poles at - 0.5 to open loop system the correct output step response is *

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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Consider a system having the following transfer function G(s)= 10/(3s^2+4s+1O)After write a MATLAB code to show the effect of addition of poles at 0.5 to open loop system the correct output step response is * TP=0 0.5 System: t1 Rise time (seconds) 0.906 Time (seconds) TP=2 0,5 System 13 Rise time (secends) 1.71 10 15 Time (seconds) Option 3 TP=0 1.5 System tt Pise time (seconds): 161 05 Time (seconds) TP-2 A System 13 Rse time (seeonds) 185 30 35 Time (seconds) Option 1 none of them Amplitude Amplitude apnudu
Transcribed Image Text:Consider a system having the following transfer function G(s)= 10/(3s^2+4s+1O)After write a MATLAB code to show the effect of addition of poles at 0.5 to open loop system the correct output step response is * TP=0 0.5 System: t1 Rise time (seconds) 0.906 Time (seconds) TP=2 0,5 System 13 Rise time (secends) 1.71 10 15 Time (seconds) Option 3 TP=0 1.5 System tt Pise time (seconds): 161 05 Time (seconds) TP-2 A System 13 Rse time (seeonds) 185 30 35 Time (seconds) Option 1 none of them Amplitude Amplitude apnudu
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