(b) Consider the system shown in Figure Q1(b). The input to the system are signals p(t) and q(t) given in Figure Q1(a). g(t) k(t) y(t) time compress by 2 d p(t) dt h(t) q(t) time delay by 2 Figure Q1(b) i) Sketch the output at each stage marked by g(t), h(t), k(t) and y(t). ii) Write the mathematical expression for y(t). p(t) 9(t) 2 2 -2 -2

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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signal system

(b) Consider the system shown in Figure Q1(b). The input to the system are signals p(t)
and q(t) given in Figure QI(a).
g(t)
k(t)
y(t)
time compress
by 2
d
p(t)
dt
h(t)
q(t)
time delay by 2
Figure Q1(b)
i) Sketch the output at each stage marked by g(t), h(t), k(t) and y(t).
ii) Write the mathematical expression for y(t).
p(t)
9(t)
4
2
-2
-2
2
4
Figure Q1(a)
2.
Transcribed Image Text:(b) Consider the system shown in Figure Q1(b). The input to the system are signals p(t) and q(t) given in Figure QI(a). g(t) k(t) y(t) time compress by 2 d p(t) dt h(t) q(t) time delay by 2 Figure Q1(b) i) Sketch the output at each stage marked by g(t), h(t), k(t) and y(t). ii) Write the mathematical expression for y(t). p(t) 9(t) 4 2 -2 -2 2 4 Figure Q1(a) 2.
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