Given difference equationy(n) = 0.6y(n − 1) − 0.25y(n − 2) + 2x(n) − 0.5x(n − 1)using homogenous and particular solution,(a) Find the impulse and step responses at the zero initial condition. (b) For y(−2) = 1, y(−1) = 2 and x(n) = 0.4n u(n), n ≥ 0 find y(n) ? (c) Realize the system using Direct Form I and Direct Form II. Compare your results. Given difference equationy(n) = 0.6y(n – 1) - 0.25y(n - 2) + 2x(n) - 0.5x(n - 1)using homogenous and particular solution,(a) Find the impulse and step responses at the zero initial condition.(b) For y(-2) = 1, y(-1) = 2 and x(n) = 0.4n u(n), n 2 0 find y(n) ?(c) Realize the system using Direct Form I and Direct Form II. Compare your results.

Given: The difference equation: yn=0.6yn-1-0.25yn-2+2xn-0.5xn-1 To find: (a) Find the impulse and…

Answered: Given difference equation y(n) = 0.6y(n…

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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Given difference equation
y(n) = 0.6y(n − 1) − 0.25y(n − 2) + 2x(n) − 0.5x(n − 1)
using homogenous and particular solution,
(a) Find the impulse and step responses at the zero initial condition.
(b) For y(−2) = 1, y(−1) = 2 and x(n) = 0.4n u(n), n ≥ 0 find y(n) ?
(c) Realize the system using Direct Form I and Direct Form II. Compare your results.

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