Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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Do last four
![Find the following:
1=f²e-²t 8(t-2) dt
y(t)=x (t-4).8(-t-5)
y(t)= [u (t-3)-u(t-5)] u(t) (Find and plot the output signal)
y(t) = x (t + 2) + 8x (t) + e, Find the impulse response "h(t)" if possible
y(t) = cos(t + n) 8(2t - 14m)
y(t) = r(t)u(t-3)
.
dy(t)
dt
[2,4,3,-1,6,3),h(n)= (4.4,0,5, 1,1), Find Y(n)-x(n) h(n)
y(t) = r(t+4) 8(t+6) Find-
x(n)](https://content.bartleby.com/qna-images/question/f7c0c0a0-ebc7-4a01-aeda-8f06811db46e/585e90f6-03b8-4c21-9fc1-860f789ebfbc/f0d08ep_processed.png)
Transcribed Image Text:Find the following:
1=f²e-²t 8(t-2) dt
y(t)=x (t-4).8(-t-5)
y(t)= [u (t-3)-u(t-5)] u(t) (Find and plot the output signal)
y(t) = x (t + 2) + 8x (t) + e, Find the impulse response "h(t)" if possible
y(t) = cos(t + n) 8(2t - 14m)
y(t) = r(t)u(t-3)
.
dy(t)
dt
[2,4,3,-1,6,3),h(n)= (4.4,0,5, 1,1), Find Y(n)-x(n) h(n)
y(t) = r(t+4) 8(t+6) Find-
x(n)
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