A periodic function is defined by f(x + p) = f(x), where p is the period of f(x). Assume a periodic function is with period 27 and the inner product of 2 periodic functions is defined as 1 2π (1₁8) = = = = √ ₁²" 1 f.gdt. 2π Jo (a) Please verify that = {1, cos x, cos 2x, ..., cos mx, sin x, sin 2x, sin nx, ...} is an orthogonal set in a Hilbert space defined in C([0, 27]) and m, n are positive integers. (b) Demonstrate that a periodic function f(x) with a period of 27 can be expressed as a linear combination of ß by f(x)= a₁ + Σ(a, cos nx+b, sin nx) and find such a; and b¡. Such an + 2(a₂ n=1 (c) ... expression is called as Fourier series after the name of Joseph Fourier, a French mathematician. Prove that if f(x) is an even function, then all b;'s are 0.
A periodic function is defined by f(x + p) = f(x), where p is the period of f(x). Assume a periodic function is with period 27 and the inner product of 2 periodic functions is defined as 1 2π (1₁8) = = = = √ ₁²" 1 f.gdt. 2π Jo (a) Please verify that = {1, cos x, cos 2x, ..., cos mx, sin x, sin 2x, sin nx, ...} is an orthogonal set in a Hilbert space defined in C([0, 27]) and m, n are positive integers. (b) Demonstrate that a periodic function f(x) with a period of 27 can be expressed as a linear combination of ß by f(x)= a₁ + Σ(a, cos nx+b, sin nx) and find such a; and b¡. Such an + 2(a₂ n=1 (c) ... expression is called as Fourier series after the name of Joseph Fourier, a French mathematician. Prove that if f(x) is an even function, then all b;'s are 0.
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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