So, which of the following is the solution functiony(t) ? a) y(t)= sinh2t = e* %3D b) y(t) = sin2t – et | c) y(t) = sinh2t + e! d) y(() sin2t + et e) y(t) =sinh2t + e*

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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Which of the following gives the expression y, when a suitable transformation
is applied to the differential equation 3yy" + 2y' = 0?
a) y = In(Cy')
by - In
cy=
d) ý =
)y = -In
Seçtiğiniz cevabin işaretlendiğini gorene kadar bekleyiniz.
Transcribed Image Text:Which of the following gives the expression y, when a suitable transformation is applied to the differential equation 3yy" + 2y' = 0? a) y = In(Cy') by - In cy= d) ý = )y = -In Seçtiğiniz cevabin işaretlendiğini gorene kadar bekleyiniz.
Let L(Y(s)} = y(t). Laplace transform is applied to a linear differential
s+s+3
equation with constant coefficients at t =
O and Y(s)
is calculated.
(s* +4)(s-1)
So, which of the following is the sSolution function y(t)?
a) y(t)= sinh2t = e*
b) y(t) = sin2t= et
c) y(t) = sinh2t + et
d) y()
sin2t + et
e) y(() =sinh2t + e'
Seçtiğiniz cevabın işaretlendiğini görene kadar bekleyiniz
Transcribed Image Text:Let L(Y(s)} = y(t). Laplace transform is applied to a linear differential s+s+3 equation with constant coefficients at t = O and Y(s) is calculated. (s* +4)(s-1) So, which of the following is the sSolution function y(t)? a) y(t)= sinh2t = e* b) y(t) = sin2t= et c) y(t) = sinh2t + et d) y() sin2t + et e) y(() =sinh2t + e' Seçtiğiniz cevabın işaretlendiğini görene kadar bekleyiniz
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