f(t)=te¹ + Tf(t - T)dT a. f(t)=sin(t)-tsin(t) t²e¹, 3te¹ b. f(t)= + 4 4 c. f(t)=sin(t) + cos(t) d. f(t)= 4t 17 + 3t e. f(t)= + 10 e 8 64sin(√17t) 17√17 27sin(√10t) 10√10
f(t)=te¹ + Tf(t - T)dT a. f(t)=sin(t)-tsin(t) t²e¹, 3te¹ b. f(t)= + 4 4 c. f(t)=sin(t) + cos(t) d. f(t)= 4t 17 + 3t e. f(t)= + 10 e 8 64sin(√17t) 17√17 27sin(√10t) 10√10
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question

Transcribed Image Text:Use the Laplace transform to solve the given integral equation.
+ S' Tf
f(t) = te¹ +
C
a. f(t)=sin(t)-tsin(t)
f(t)-²3²-
+
4
b. f(t) ==
Tf(t - T)dT
t²e 3te e-t
8
e. f(t)=
4
c. f(t)=sin(t) + cos(t)
4t
d. f(t)= +
17
3t
10
64sin(√17t)
17√17
27sin(√10t)
10√10
8
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