a) f(t) = -t?u(t) b) f(t) = cosh(at) u(t) c) f(t) = (1+ t)e-lu(t) d) f(t) = 78(t – 2) %3D e) f(t) = 3u(t – 5)

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.6: Applications And The Perron-frobenius Theorem
Problem 70EQ
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10:29 l il k38
Yo 88 4
media.cheggcdn.com/m
(2
a) f(t) = -t²u(t)
b) f(t) = cosh(at) u(t)
c) f(t) = (1+ t)e-tu(t)
d) f(t) = 78(t – 2)
|
e) f(t) = 3u(t – 5)
f) f(t) = cos (t – n/2)u(t – n/2)
g) f(t) = cos (t – 1/2)u(t)
h) f(t) = u (t/3)
dn
i) f(t) = 8(t)
Transcribed Image Text:10:29 l il k38 Yo 88 4 media.cheggcdn.com/m (2 a) f(t) = -t²u(t) b) f(t) = cosh(at) u(t) c) f(t) = (1+ t)e-tu(t) d) f(t) = 78(t – 2) | e) f(t) = 3u(t – 5) f) f(t) = cos (t – n/2)u(t – n/2) g) f(t) = cos (t – 1/2)u(t) h) f(t) = u (t/3) dn i) f(t) = 8(t)
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