Given a signal x(t) as shown in Figure. Thus, the signal y(t) = 2 x(t – 4) can be expressed as: 1 A. 2 rect () + rect(t – 2) 0.75 B. rect () +2 rect (; + 1) 05 c. 2 rect (:- 2) + rect (: - 3) (--3) 0.25 D. 2 rect(2t) + 4 rect(2t – 4) 2

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Given a signal x(t) as shown in Figure. Thus, the signal y(t) = 2 x(t – 4) can be expressed as:
1
A. 2 rect (-) + rect(t – 2)
0.75
B. rect (:) + 2 rect (; + 1)
c. 2 rect (:-2) + rect (: - 3)
0.
0.25
D. 2 rect(2t) + 4 rect(2t – 4)
2
Transcribed Image Text:Given a signal x(t) as shown in Figure. Thus, the signal y(t) = 2 x(t – 4) can be expressed as: 1 A. 2 rect (-) + rect(t – 2) 0.75 B. rect (:) + 2 rect (; + 1) c. 2 rect (:-2) + rect (: - 3) 0. 0.25 D. 2 rect(2t) + 4 rect(2t – 4) 2
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