ToolsHW9-2.pdfHW9-2sol.pdfHW8-2.pdf1/1116%(a) Derive its frequency response.(b) Determine its response to the input xn = 10+ cos(n) +3 sin (n + ).Hints: Use properties of LTI systems;1+ e3® = ej% (e cos(a-5); 10 = 10 ež.0.n+ e%) = 2 cos()e%; sin a =cos(a-); 10 = 10 e.0.nProblem 4HlwhConsider an LTI system whose frequency response H ()is of the following type for some parameters a and b,and that yields the following input-output pair.Ren] > y[n][n]x[n]in-4-3-2-10 12343-2-11 2 3 4Show that there is enough information to obtain the values of a and b. and give these values.Hint: Express rn in the form ap eon +0 elwin with wo 0 and w= T.

Answered: Image /qna-images/answer/42927e69-9b0f-4a57-8c73-24913f8d8661.jpg

(a) Derive its frequency response. (b) Determine its response to the input x[n] = 10 + cos(n)+3 sin (n+ ). Hints: Use properties of LTI systems; 1+ ej0 = e (e-i + e%) = 2 cos()e; sin a = cos(a-5); 10 = 10 e 0m. Problem 4 Consider an LTI system whose frequency response H(w) is of the following type for some parameters a and b, 3 and that yields the following input-output pair.

(a) Derive its frequency response. (b) Determine its response to the input x[n] = 10 + cos(n)+3 sin (n+ ). Hints: Use properties of LTI systems; 1+ ej0 = e (e-i + e%) = 2 cos()e; sin a = cos(a-5); 10 = 10 e 0m. Problem 4 Consider an LTI system whose frequency response H(w) is of the following type for some parameters a and b, 3 and that yields the following input-output pair.

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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