Ques. 5: The signal is defined as 0<1<1 x(1) = {0.5+ 0.5cos (27t) [3–t 1si<2 2<1<3 otherwise If the energy of x(t) is E × 1.0417, determine the energy of y(t) = () x(2t)?
Ques. 5: The signal is defined as 0<1<1 x(1) = {0.5+ 0.5cos (27t) [3–t 1si<2 2<1<3 otherwise If the energy of x(t) is E × 1.0417, determine the energy of y(t) = () x(2t)?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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
Transcribed Image Text:Ques. 5: The signal is defined as
0<1<1
x(1) = {0.5+0.5cos(27t)
1<i<2
3-t
2<t<3
otherwise
If the energy of x(t) is E = 1.0417, determine the energy of
y(t) = (;) x(2t)?
%3D
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