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Q4- Answer the following 1- Poles with the same dumping ratio lie a- On the same distance from the origin. b- On the real axis c- On the same radial line from the origin. d- On the imaginary axis.

Q4- Answer the following 1- Poles with the same dumping ratio lie a- On the same distance from the origin. b- On the real axis c- On the same radial line from the origin. d- On the imaginary axis.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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1:54 M 3 all 71%i Q4- Answer the following 1- Poles with the same dumping ratio lie a- On the same distance from the origin. b- On the real axis c- On the same radial line from the origin. d- On the imaginary axis. 2- For the following transfer function G(s)=25/(16s2+24+25) a- Find the gain, time constant and, the dumping coefficient. b- Sketch a appropriate unit step response. 3-Appling which of the following controller will increase the order of the closed loop system compared with open loop transfer function? a- Proportional. b- Integral. c- Derivative. d- None of these. 4-A regular problem is where the closed loop system must: a- Try to follow a series of set point changes. b- Remove any disturbances. c- Response very quickly. d- Response very slowly. 1 Add file Send me a copy of ...y responses.
Transcribed Image Text:1:54 M 3 all 71%i Q4- Answer the following 1- Poles with the same dumping ratio lie a- On the same distance from the origin. b- On the real axis c- On the same radial line from the origin. d- On the imaginary axis. 2- For the following transfer function G(s)=25/(16s2+24+25) a- Find the gain, time constant and, the dumping coefficient. b- Sketch a appropriate unit step response. 3-Appling which of the following controller will increase the order of the closed loop system compared with open loop transfer function? a- Proportional. b- Integral. c- Derivative. d- None of these. 4-A regular problem is where the closed loop system must: a- Try to follow a series of set point changes. b- Remove any disturbances. c- Response very quickly. d- Response very slowly. 1 Add file Send me a copy of ...y responses.
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