Q1(a)A system is described in the time domain by the equation:*(t) + 10x(t) + 30x(t) = u(t)Assume that all initial conditions as zero.Find the transfer function of this system, and the steady-state responsefor an impulse input using the Final Value Theorem.(i)r.Find the time domain response of the system for an impulse input andverify that the response as t → o is the same as that given by the Final(ii)Value Theorem.The Frequency response of a system can be obtained experimentally ortheoretically. Briefly explain both approaches. Which are the two commonmethods to represent the frequency response graphically?(b)Give a definition of a root-locus diagram. In your answer, explain what ismeant by characteristic equation and discuss its significance in this context.[5

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(a) A system is described in the time domain by the equation: *(t) + 10x(t) + 30x(t) = u(t) Assume that all initial conditions as zero. Find the transfer function of this system, and the steady-state response for an impulse input using the Final Value Theorem. (i) r. Find the time domain response of the system for an impulse input and verify that the response as t → o is the same as that given by the Final Value Theorem. (ii)

(a) A system is described in the time domain by the equation: *(t) + 10x(t) + 30x(t) = u(t) Assume that all initial conditions as zero. Find the transfer function of this system, and the steady-state response for an impulse input using the Final Value Theorem. (i) r. Find the time domain response of the system for an impulse input and verify that the response as t → o is the same as that given by the Final Value Theorem. (ii)

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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