1. In this problem, we're going to find the general solution to the equation a?y" – 5xy' – 7y = 16x³, x > 0. This is not an equation you need to know how to solve, but make sure to follow the steps! (a) Show that yı = x7 and y2 = x-1 are solutions to x2y" – 5xy'- 7y = 0, the associated homogeneous equation.
1. In this problem, we're going to find the general solution to the equation a?y" – 5xy' – 7y = 16x³, x > 0. This is not an equation you need to know how to solve, but make sure to follow the steps! (a) Show that yı = x7 and y2 = x-1 are solutions to x2y" – 5xy'- 7y = 0, the associated homogeneous 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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
Transcribed Image Text:1. In this problem, we're going to find the general solution to the equation \(x^2 y'' - 5xy' - 7y = 16x^3\), \(x > 0\). This is not an equation you need to know how to solve, but make sure to follow the steps!
(a) Show that \(y_1 = x^7\) and \(y_2 = x^{-1}\) are solutions to \(x^2 y'' - 5xy' - 7y = 0\), the associated homogeneous equation.
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