Homework Help Will the system with the following impulse response be BIBO stable? Explain how you know.• h[n] = 38[n] + 58[n 1] - 28[n -2]h[n] =-208[n] +508[n 1]-2008[n-2]h[n] = (u[n]h[n] = (3)¹u[n]●-

Answered: Will the system with the following…

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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Will the system with the following impulse response be BIBO stable? Explain how you know.
• h[n] = 38[n] + 58[n 1] - 28[n -2]
h[n] =-208[n] +508[n 1]-2008[n-2]
h[n] = (u[n]
h[n] = (3)¹u[n]
●
-

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we need to determine: whether the following impulse response be BIBO stable?

a) $h open square brackets n close square brackets equals 3 delta open square brackets n close square brackets plus 5 delta open square brackets n minus 1 close square brackets minus 2 delta open square brackets n minus 2 close square brackets$

b) $h open square brackets n close square brackets equals negative 20 delta open square brackets n close square brackets plus 50 delta open square brackets n minus 1 close square brackets minus 200 delta open square brackets n minus 2 close square brackets$

c) $h open square brackets n close square brackets equals open parentheses 1 third close parentheses to the power of n u open square brackets n close square brackets$

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