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e2-s 2-¹ (6-3)) - O [(-1/3) +e^(3(t-1))/3] e^2 U(t-1) O [(-1/3)+e^(4(t-1))/3] e^2 U(t-1) O None of them

e2-s 2-¹ (6-3)) - O [(-1/3) +e^(3(t-1))/3] e^2 U(t-1) O [(-1/3)+e^(4(t-1))/3] e^2 U(t-1) O None of them

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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e2-s s(s-3) O [(-1/3) +e^(3(t-1))/3] e^2 U(t-1) O [(-1/3)+e^(4(t-1))/3] e^2 U(t-1) 2-1 None of them O [(-1/3)+e^(5(t-1))/3] e^2 U(t-1) * S-4 , then the Laplace transform of the function g(t) = s+10' Given that L(f(t)) (e³t)³ f(t) is: O None of them (s-4)/(s+5) O (S-2)/(s^2+1) O (S-13)/(s+1) =
Transcribed Image Text:e2-s s(s-3) O [(-1/3) +e^(3(t-1))/3] e^2 U(t-1) O [(-1/3)+e^(4(t-1))/3] e^2 U(t-1) 2-1 None of them O [(-1/3)+e^(5(t-1))/3] e^2 U(t-1) * S-4 , then the Laplace transform of the function g(t) = s+10' Given that L(f(t)) (e³t)³ f(t) is: O None of them (s-4)/(s+5) O (S-2)/(s^2+1) O (S-13)/(s+1) =
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