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Quèstion 3 Given a DE y'-y = /2 sin(/2 t) , y(0) = 0. lf we take Laplace Transform on both sides, then expression for Y(s) will be, = (s)) (s-1)(s²+2) 2. y(0)= 0.fwe take Laplace Transform on both sides, then expression for Y(s) will be, V2 = (s)A (s-1)(s²+2) V2 = (S)A s(6² +2) 2. = (s)A 2. None of These A Moving to another question will save this response.

Quèstion 3 Given a DE y'-y = /2 sin(/2 t) , y(0) = 0. lf we take Laplace Transform on both sides, then expression for Y(s) will be, = (s)) (s-1)(s²+2) 2. y(0)= 0.fwe take Laplace Transform on both sides, then expression for Y(s) will be, V2 = (s)A (s-1)(s²+2) V2 = (S)A s(6² +2) 2. = (s)A 2. None of These A Moving to another question will save this response.

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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Quèstion 3 Given a DE y'-y = /2 sin(/2 t) , y(0) = 0. lf we take Laplace Transform on both sides, then expression for Y(s) will be, = (s)) (s-1)(s²+2) 2. y(0)= 0.fwe take Laplace Transform on both sides, then expression for Y(s) will be, V2 = (s)A (s-1)(s²+2) V2 = (S)A s(6² +2) 2. = (s)A 2. None of These A Moving to another question will save this response.
Transcribed Image Text:Quèstion 3 Given a DE y'-y = /2 sin(/2 t) , y(0) = 0. lf we take Laplace Transform on both sides, then expression for Y(s) will be, = (s)) (s-1)(s²+2) 2. y(0)= 0.fwe take Laplace Transform on both sides, then expression for Y(s) will be, V2 = (s)A (s-1)(s²+2) V2 = (S)A s(6² +2) 2. = (s)A 2. None of These A Moving to another question will save this response.
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