8 Given differential equation of a dynamic system below. Please obtain analytical expression for the system frequency response in the polar form and show the phase: * d'y(1) dt Sd²y(t) dr? 4dy(t) 2d²x(1) 7dx(1) + 16y (t) dt + 20x (t) dt tan-Aw-jw? 16-5w4 7w2 O phi (w) = tan 20-2w phi (w) = tan-'( ) - tan- ) 4w 8-5w2 4w-jw phi (w) = tan-'( ) - tan-( ) 7w 20-2w2 16-5w2 4w-jw ( ) - tan-" () 7w O phi (w) = tan 10-2w) - tan 8-5w?

8 Given differential equation of a dynamic system below. Please obtain analytical expression for the system frequency response in the polar form and show the phase: * d'y(1) dt Sd²y(t) dr? 4dy(t) 2d²x(1) 7dx(1) + 16y (t) dt + 20x (t) dt tan-Aw-jw? 16-5w4 7w2 O phi (w) = tan 20-2w phi (w) = tan-'( ) - tan- ) 4w 8-5w2 4w-jw phi (w) = tan-'( ) - tan-( ) 7w 20-2w2 16-5w2 4w-jw ( ) - tan-" () 7w O phi (w) = tan 10-2w) - tan 8-5w?

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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