5. The Fourier transform of signal e-²t u(t-3) is e-3(2-jw) a) 2-jw b) e -3(2+jw) 2 + jw c) e3(2-jw) 2-jw d) e3(2+jw) 2 + jw 6. The inverse Laplace transform of F(s) = 2 e is s+c a) 2e-c (t+b) u (t+b) b) 2ec (t-b) u (t-b) c) 2ec (t-b) u (t-b) d) 2ec (t-b) u (t+b) 7. The Laplace transform of the function e 2t cos(3t) + 5e-2t sin(3t) is (s+2) - 15 a) (s + 2)² +9 (s + 2) + 15 b) (s+ 2)²-9 (s + 2) + 15 c) (s + 2)² +9 (s+2) - 15 d) B2 e-bs

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Question
5. The Fourier transform of signal e-2t u(t-3) is
e-3(2-jw)
a)
2-jw
b) e-3(2+jw)
2 + jw
c) e3(2-jw)
2-jw
d) e3(2+jw)
2 + jw
2
6. The inverse Laplace transform of F(s) =
is
s+c
a) 2e-c (t+b) u (t+b)
b) 2e-c (t-b)
u (t-b)
c) 2ec (t-b)
u (t-b)
d) 2ec (t-b)
u (t+b)
7. The Laplace transform of the function e 2t cos(3t) + 5e-2t sin(3t) is
a)
(s+2) - 15
(s + 2)² +9
(s + 2) + 15
b)
(s+ 2)²-9
(s+ 2) + 15
c)
(s + 2)² +9
(s+2) - 15
d) (s+ 2)² - 9
-bs
Transcribed Image Text:5. The Fourier transform of signal e-2t u(t-3) is e-3(2-jw) a) 2-jw b) e-3(2+jw) 2 + jw c) e3(2-jw) 2-jw d) e3(2+jw) 2 + jw 2 6. The inverse Laplace transform of F(s) = is s+c a) 2e-c (t+b) u (t+b) b) 2e-c (t-b) u (t-b) c) 2ec (t-b) u (t-b) d) 2ec (t-b) u (t+b) 7. The Laplace transform of the function e 2t cos(3t) + 5e-2t sin(3t) is a) (s+2) - 15 (s + 2)² +9 (s + 2) + 15 b) (s+ 2)²-9 (s+ 2) + 15 c) (s + 2)² +9 (s+2) - 15 d) (s+ 2)² - 9 -bs
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