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(Solved): 15:00 Vol) 4G+ L 19% note that an the questions win de marked thereiore, it is migny recommended ...



15:00 ® Vol) 4G+ L 19% note that an the questions win de marked thereiore, it is migny recommended to attempt an or them. Question 1 Solve the following initial value problem using Laplace transforms

y^('')-7y^(')+10y=9cost+7sint,y(0)=5,y^(')(0)=-4

Question 2 Calculate the Laplace transform of the following functions (2.1)

e^(-2t)cos4t

. (2.2)

(2t+1)U(t-1)

.

\int_0^t e^(-\tau )cos\tau d\tau

(2.4)

te^(2t)sin6t

(2.5)

t^(2)U(t-2)

26 APM2611/101/0/2025 (2.6)

t\int_0^t \tau e^(-\tau )d\tau

Question 3 Calculate the following inverse Laplace transforms

L^(-1){(2s-4)/((s^(2)+s)(s^(2)+1))}

L^(-1){(e^(-\pi s))/(s^(2)+1)}

L^(-1){(e^(-3s))/(s^(3))}

L^(-1){(2s+4)/((s-2)(s^(2)+4s+3))}

Question 4 Use separation of variables to find a solution of the partial differential equation

x(delu)/(delx)+tany(delu)/(dely)=0

on

xin(0,\infty )

and

yin(0,(\pi )/(2))

, with boundary value

u(x,(\pi )/(2))=x

.

(delu)/(delx)=4(delu)/(dely);,u(0,y)=8e^(-3y)


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