Consider Euler' s ordinary differential equation with the boundary conditions for unknown function y(x) in 0SxSe-1, and A= const (1+x)y"-(1+x)y'+Ay=0; y(0)=y(e-1)%3D0 where 'prime' stands for x-derivative, say, y' dy/dx. the multiple choice answers use notations: A= 7, nn =n², AA = 7, etc. O Find all the eigenfunctions y(x) for A=1 Q. Find all eigenfunctions y(x) for A>1. Hint: use notation A=1+p2. Q. Find all eigenfunctions and eigenvalues for A<1. Hint accept notation A=1-02 Q: Find all eigenvalues A, for A>1. Hint: use notation A=1+p2.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Consider Euler' s ordinary differential equation with the boundary
conditions for unknown function y(x) in 0SxSe-1, and A= const
(1+x)y"-(1+x)y'+Ay=0; y(0)=y(e-1)%3D0
where 'prime' stands for x-derivative, say, y' dy/dx.
the multiple choice answers use notations:
A= 7, nn =n², AA = 7, etc.
O Find all the eigenfunctions y(x) for A=1
Q. Find all eigenfunctions y(x) for A>1.
Hint: use notation A=1+p2.
Q. Find all eigenfunctions and eigenvalues for A<1.
Hint accept notation A=1-02
Q: Find all eigenvalues A, for A>1. Hint: use notation A=1+p2.
Transcribed Image Text:Consider Euler' s ordinary differential equation with the boundary conditions for unknown function y(x) in 0SxSe-1, and A= const (1+x)y"-(1+x)y'+Ay=0; y(0)=y(e-1)%3D0 where 'prime' stands for x-derivative, say, y' dy/dx. the multiple choice answers use notations: A= 7, nn =n², AA = 7, etc. O Find all the eigenfunctions y(x) for A=1 Q. Find all eigenfunctions y(x) for A>1. Hint: use notation A=1+p2. Q. Find all eigenfunctions and eigenvalues for A<1. Hint accept notation A=1-02 Q: Find all eigenvalues A, for A>1. Hint: use notation A=1+p2.
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