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[Q3] Answer two (a)- Consider an LTI system with the input and output related by, y[n] = 0.2x[n - 2] +0.4x[n]. A find the Impulse response h(n) to the input x(n)= 8(n-2). (b)- A LTI discrete-time system has the o/p y(n)= (0.5)+1u[n]+ determine whether the system is causal, stable, time variant, and linear. e*u[n+2].

[Q3] Answer two (a)- Consider an LTI system with the input and output related by, y[n] = 0.2x[n - 2] +0.4x[n]. A find the Impulse response h(n) to the input x(n)= 8(n-2). (b)- A LTI discrete-time system has the o/p y(n)= (0.5)+1u[n]+ determine whether the system is causal, stable, time variant, and linear. e*u[n+2].

Introductory Circuit Analysis (13th Edition)
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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[Q3] Answer two (a)- Consider an LTI system with the input and output related by, y[n] = 0.2x[n - 2] + 0.4x[n]. find the Impulse response h(n) to the input x(n)= 8(n-2). (b)- A LTI discrete-time system has the o/p y(n)= (0.5)+ u[n]+ e*u[n+2]. determine whether the system is causal, stable, time variant, and linear. 1441
Transcribed Image Text:[Q3] Answer two (a)- Consider an LTI system with the input and output related by, y[n] = 0.2x[n - 2] + 0.4x[n]. find the Impulse response h(n) to the input x(n)= 8(n-2). (b)- A LTI discrete-time system has the o/p y(n)= (0.5)+ u[n]+ e*u[n+2]. determine whether the system is causal, stable, time variant, and linear. 1441
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