Question: Question 13. Solve the two-dimensional eigenvalue (Helmholtz) problem with Neumann boundary conditions on the rectangle ? = [0, x [0, H]; V'u = Au =

 Question 13. Solve the two-dimensional eigenvalue (Helmholtz) problem with Neumann boundary

Question 13. Solve the two-dimensional eigenvalue (Helmholtz) problem with Neumann boundary conditions on the rectangle ? = [0, x [0, H]; V'u = Au = -xu ve = (f'x)A 0 = U . (nA) Hint: Take inspiration from the Dirichlet boundary condition version of this problem we discussed in class. You will need to work out the unit normal vectors

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