6. (5 points) Consider a discrete-time system described by the following equation: y[n] = {cos [3m(n+2)]}x[n-2], where the system input is x[n] and output is y[n]. Determine whether the following statements is true or false, and briefly explain your reasons. ⚫ (S1) The system has no memory (1 pt) [True or False]; ⚫(S2) The system is linear (1 pt) [True or False]; ⚫ (S3) The system is time-invariant (1 pt) [True or False]; (S4) The system is causal (1 pt) [True or False]; (S5) The system is stable (1 pt) [True or False];

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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6. (5 points) Consider a discrete-time system described by the following equation:
y[n] = {cos [3m(n+2)]}x[n-2],
where the system input is x[n] and output is y[n]. Determine whether the following statements is true
or false, and briefly explain your reasons.
⚫ (S1) The system has no memory (1 pt) [True or False];
⚫(S2) The system is linear (1 pt) [True or False];
⚫ (S3) The system is time-invariant (1 pt) [True or False];
(S4) The system is causal (1 pt) [True or False];
(S5) The system is stable (1 pt) [True or False];
Transcribed Image Text:6. (5 points) Consider a discrete-time system described by the following equation: y[n] = {cos [3m(n+2)]}x[n-2], where the system input is x[n] and output is y[n]. Determine whether the following statements is true or false, and briefly explain your reasons. ⚫ (S1) The system has no memory (1 pt) [True or False]; ⚫(S2) The system is linear (1 pt) [True or False]; ⚫ (S3) The system is time-invariant (1 pt) [True or False]; (S4) The system is causal (1 pt) [True or False]; (S5) The system is stable (1 pt) [True or False];
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