Q3 Consider the following second-order ODE: (2 – x)xy" (x) + (x² – 2)y'(x) – 2(x – 1)y(x) = -x². Find a polynomial solution of the respective homogeneous ODE. In other words, you want to look for a function y(x) = ao + ..· + anxWhich solves the homogeneous ODE. Hint: I can guarantee that there is a solution which is a polynomial of degree < 2. Find the general solution of the homogeneous ODE. You are allowed to use the Abel's formula. 'Find the general solution of the given non-homogeneous ODE. You are allowed to take advantage of the fact that there is a particular solution which is also a polyniomal. You can still use the variation of parameters, if you want.
Q3 Consider the following second-order ODE: (2 – x)xy" (x) + (x² – 2)y'(x) – 2(x – 1)y(x) = -x². Find a polynomial solution of the respective homogeneous ODE. In other words, you want to look for a function y(x) = ao + ..· + anxWhich solves the homogeneous ODE. Hint: I can guarantee that there is a solution which is a polynomial of degree < 2. Find the general solution of the homogeneous ODE. You are allowed to use the Abel's formula. 'Find the general solution of the given non-homogeneous ODE. You are allowed to take advantage of the fact that there is a particular solution which is also a polyniomal. You can still use the variation of parameters, if you want.
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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