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Given the Linear Difference Equation y[n] =0.5y[n–1]+2x[n–1] Determine the output sequence for each of the following inputs. In each case the final answer y[n] has to be a real signal (nothing complex): Q1: x[n]=2 cos(0.5tn)u[n] ; Q2. x[n]=2cos (0.5tn) Q3: x[n]=2cos(0.5tn)u[=n-1]

Given the Linear Difference Equation y[n] =0.5y[n–1]+2x[n–1] Determine the output sequence for each of the following inputs. In each case the final answer y[n] has to be a real signal (nothing complex): Q1: x[n]=2 cos(0.5tn)u[n] ; Q2. x[n]=2cos (0.5tn) Q3: x[n]=2cos(0.5tn)u[=n-1]

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Given the Linear Difference Equation y[n] =0.5y[n–1]+2x[n–1] Determine the output sequence for each of the following inputs. In each case the final answer y[n] has to be a real signal (nothing complex): Q1: x[n]=2cos(0.5zn)u[n] ; Q2. x[n]=2 cos (0.5an) Q3: хп] -2 сos (0.5лп)u-п -1]
Transcribed Image Text:Given the Linear Difference Equation y[n] =0.5y[n–1]+2x[n–1] Determine the output sequence for each of the following inputs. In each case the final answer y[n] has to be a real signal (nothing complex): Q1: x[n]=2cos(0.5zn)u[n] ; Q2. x[n]=2 cos (0.5an) Q3: хп] -2 сos (0.5лп)u-п -1]
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