8. f(t)=t, g(t) = e'

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Only question no 8 plz solve  it correctly I vill upvote 

In Exercises 4-9, use Definition 7.5 to calculate the convolu-
tion of the given functions.
5. f(t) = e¹, g(t) = e²t
7. f(t) = t, g(t) = 3-t
botani
9. f(t) = t², g(t) = e¯¹
4. f(t) = e³t, g(t) = e-2t
6. f(t)=t-1, g(t) = t-2
8. f(t)=t, g(t) = et
21
Transcribed Image Text:In Exercises 4-9, use Definition 7.5 to calculate the convolu- tion of the given functions. 5. f(t) = e¹, g(t) = e²t 7. f(t) = t, g(t) = 3-t botani 9. f(t) = t², g(t) = e¯¹ 4. f(t) = e³t, g(t) = e-2t 6. f(t)=t-1, g(t) = t-2 8. f(t)=t, g(t) = et 21
DEFINITION 7.5
The convolution of two piecewise continuous functions f and g is the function
f* g defined by
= [ f(u)g(t – u) du.
f*g(t) =
Transcribed Image Text:DEFINITION 7.5 The convolution of two piecewise continuous functions f and g is the function f* g defined by = [ f(u)g(t – u) du. f*g(t) =
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