11 The following is the system of eigenfunctions of some Sturm-Liouville problem: {1} { cos(nx)} MEIN. The system is orthogonal in the inner product space (([0,πT]) with the inner product IT = √ fg dx 91 Normalize the Sy stem by Find the eigenfunction expansion of f(x) =πTX (i.e., represent the function as a series in the system of eigenfunctions). C Can You Use the Weieustrass M-test to determine whether the series converges uniformly on [0,πT]? If yes, show that it Converges uniformly on [D,πT].

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.6: Applications And The Perron-frobenius Theorem
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11 The following is the system of eigenfunctions of some Sturm-Liouville problem:
{1} { cos(nx)} MEIN.
The system is orthogonal in the inner product space (([0,πT]) with the inner product
IT
<f,g> = √ fg dx
91 Normalize the
Sy
stem
by Find the eigenfunction expansion of f(x) =πTX (i.e., represent the function as a series in the system of eigenfunctions).
C Can
You
Use
the Weieustrass M-test to determine whether the series converges uniformly on [0,πT]? If yes, show that it
Converges uniformly on [D,πT].
Transcribed Image Text:11 The following is the system of eigenfunctions of some Sturm-Liouville problem: {1} { cos(nx)} MEIN. The system is orthogonal in the inner product space (([0,πT]) with the inner product IT <f,g> = √ fg dx 91 Normalize the Sy stem by Find the eigenfunction expansion of f(x) =πTX (i.e., represent the function as a series in the system of eigenfunctions). C Can You Use the Weieustrass M-test to determine whether the series converges uniformly on [0,πT]? If yes, show that it Converges uniformly on [D,πT].
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