Use the Laplace transform to solve the given integral equation. f(t) = te¹ + ₁ + f(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) = 47 4t 17 e. f(t) = 3t 10 + + e-t 8 00 64sin(√17t) 17√17 27sin(√10t) 10√10 T e¹ 8 D

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Use the Laplace transform to solve the given integral equation.
f(t) = te¹ + ₁ + f(t-T)dT
a. f(t)=sin(t)--tsin(t)
t²e¹ 3te¹
²e¹
4
b. f(t)=
4
c. f(t)=sin(t) + cos(t)
+
d. f(t)=- +
47
4t
17
e. f(t) = 3t
3t
10
+
e-t
8
00
64sin(√17t)
17√17
27sin(√10t)
10√10
e¹
8
D
Transcribed Image Text:Use the Laplace transform to solve the given integral equation. f(t) = te¹ + ₁ + f(t-T)dT a. f(t)=sin(t)--tsin(t) t²e¹ 3te¹ ²e¹ 4 b. f(t)= 4 c. f(t)=sin(t) + cos(t) + d. f(t)=- + 47 4t 17 e. f(t) = 3t 3t 10 + e-t 8 00 64sin(√17t) 17√17 27sin(√10t) 10√10 e¹ 8 D
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