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Consider the discrete-time signals given below: *["]=(0.5)" U[7] x, [n] =U[n+3] x, [7]= 8[n]-8[n=1] (a) Evaluate the convolution of y,[n]=x, [n]* x, [n]. (b) Evaluate the convolution of y[n]= y,[n]*x,[n].

Consider the discrete-time signals given below: *["]=(0.5)" U[7] x, [n] =U[n+3] x, [7]= 8[n]-8[n=1] (a) Evaluate the convolution of y,[n]=x, [n]* x, [n]. (b) Evaluate the convolution of y[n]= y,[n]*x,[n].

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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Consider the discrete-time signals given below: *[7]=(0.5)" U[7] x, [n] = U[n+3] * [2] = 8[z]=8[n=1] (a) Evaluate the convolution of y,[n]=x,[n]*x, [n]. (b) Evaluate the convolution of yſ[n]= y[n]*x;[n].
Transcribed Image Text:Consider the discrete-time signals given below: *[7]=(0.5)" U[7] x, [n] = U[n+3] * [2] = 8[z]=8[n=1] (a) Evaluate the convolution of y,[n]=x,[n]*x, [n]. (b) Evaluate the convolution of yſ[n]= y[n]*x;[n].
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