b) Suppose that in Eq. (a), Frax) = 4°C. Use the method of unele termined coefficients to find a general solution for the equation? How many conditions are needed to find a particulars solution for this equation?

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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Question

Answer b only

die
Ipport
Question
In this question, we consider the differential
equation y" - 3y + by = f(x)
ay
(a) Suppose that in Eq (2), foo = 6
w) Write down the order and degree of the equation, then
Find two values of X so that y=e** is a solution
of the equation
3
& Write the differential equation as a system of first
order differential equations, then use the eigenvalue
method to find the general solution of the system.
b) Suppose that in Eq. (a), FroC) = 40C. Use the
method of unele termined coefficients to find of
general solution for the equation ? How many
conditions are needed to find a particuler solution
for this equation?
Transcribed Image Text:die Ipport Question In this question, we consider the differential equation y" - 3y + by = f(x) ay (a) Suppose that in Eq (2), foo = 6 w) Write down the order and degree of the equation, then Find two values of X so that y=e** is a solution of the equation 3 & Write the differential equation as a system of first order differential equations, then use the eigenvalue method to find the general solution of the system. b) Suppose that in Eq. (a), FroC) = 40C. Use the method of unele termined coefficients to find of general solution for the equation ? How many conditions are needed to find a particuler solution for this equation?
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