Given y" + 2y' + y = 3t*e^(-t) when t= 0, x = 4 and x' = 2. Solve for its solution Y(s). a. Y(s) = 4/(s+1) + 6/(s+1)^2 + 3/(s+1)^4 O b. Y(s) = 4/(s+1) + 10/(s+1)^2 + 3/(s+1)^4 O c. None of the choices d. Y(s) = 6/(s+1) + 4/(s+1)^2 + 3/(s+1)^4 e. Y(s) = 10/(s+1) + 4/(s+1)^2 + 3/(s+1)^4

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Given y" + 2y' + y = 3t*e^(-t) when t= 0, x = 4 and x' = 2. Solve for its solution Y(s).
a. Y(s) = 4/(s+1) + 6/(s+1)^2 + 3/(s+1)^4
O b. Y(s) = 4/(s+1) + 10/(s+1)^2 + 3/(s+1)^4
O c. None of the choices
d. Y(s) = 6/(s+1) + 4/(s+1)^2 + 3/(s+1)^4
e. Y(s) = 10/(s+1) + 4/(s+1)^2 + 3/(s+1)^4
Transcribed Image Text:Given y" + 2y' + y = 3t*e^(-t) when t= 0, x = 4 and x' = 2. Solve for its solution Y(s). a. Y(s) = 4/(s+1) + 6/(s+1)^2 + 3/(s+1)^4 O b. Y(s) = 4/(s+1) + 10/(s+1)^2 + 3/(s+1)^4 O c. None of the choices d. Y(s) = 6/(s+1) + 4/(s+1)^2 + 3/(s+1)^4 e. Y(s) = 10/(s+1) + 4/(s+1)^2 + 3/(s+1)^4
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