For the system shown below, h,(t) (t - 1), hz(t) = u(t- 1) and h3(t) = 8(t). The total impulse response h(t) is %3D x(t) h (t) y(t) he(t) ho(t) ho (t) A. 2u(t) + u(t – 1) + 28(t) B. (2u(t)+ 28(t))u(t – 1) C. (2u(t- 1) + 28(t))u(t) D. 3u(t - 1) + 28(t) Select one: O A. . O B. OC. O D. .

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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For the system shown below, h, (t) = u(t – 1), hz(t) = u(t - 1) and
h3(t) = 8(t). The total impulse response h(t) is
%3D
x(t)
h (t)
y(t)
he (t)
ho (t)
ho (t)
A. 2u(t) + u(t – 1) + 28(t)
B. (2u(t) +28(t))u(t – 1)
C. (2u(t - 1) + 28(t))u(t)
D. 3u(t – 1) + 28(t)
Select one:
O A. .
O B.
OC.
O D.
Transcribed Image Text:For the system shown below, h, (t) = u(t – 1), hz(t) = u(t - 1) and h3(t) = 8(t). The total impulse response h(t) is %3D x(t) h (t) y(t) he (t) ho (t) ho (t) A. 2u(t) + u(t – 1) + 28(t) B. (2u(t) +28(t))u(t – 1) C. (2u(t - 1) + 28(t))u(t) D. 3u(t – 1) + 28(t) Select one: O A. . O B. OC. O D.
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