y [n] = x [n] + 5. The 1st input and 1st output x1 [n] and y1 [n] for the system u [n - 1], 2nd input and 2nd output Let x2 [n] and y2 [n]. Combined input x3 [n] = b1.x1 [n] + b2.x2 [n] show whether the system is linear or not, by giving the
y [n] = x [n] + 5. The 1st input and 1st output x1 [n] and y1 [n] for the system u [n - 1], 2nd input and 2nd output Let x2 [n] and y2 [n]. Combined input x3 [n] = b1.x1 [n] + b2.x2 [n] show whether the system is linear or not, by giving the
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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a) y [n] = x [n] + 5. The 1st input and 1st output x1 [n] and y1 [n] for the system u [n - 1], 2nd input and 2nd output Let x2 [n] and y2 [n]. Combined input x3 [n] = b1.x1 [n] + b2.x2 [n] show whether the system is linear or not, by giving the reason why.
b) The operation of y [n] = x [n] ∗ h [n], where x [n] = (0,7) ^ n.u [n] and h [n] = (0,9) ^ n.u [n] (i.e. the sum of convolution) with a closed expression (this convolution Make the summation process the simplest).
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