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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0 < x <1
2 – x, 1<r< 2 be a 4-periodic function.
1,
Let f(x) = {
3.
%3D
(a)
periodically (show 2-3 periods).
Sketch the graph of the odd extension fodd to the full period. Extend the graph
(b)
format).
Write down the formula for the odd extension fodd on the interval (-2, 2) (in the piecewise
(c)
Find the number which the Fourier Sine series of the function converges to at r =
x = 167.
Transcribed Image Text:0 < x <1 2 – x, 1<r< 2 be a 4-periodic function. 1, Let f(x) = { 3. %3D (a) periodically (show 2-3 periods). Sketch the graph of the odd extension fodd to the full period. Extend the graph (b) format). Write down the formula for the odd extension fodd on the interval (-2, 2) (in the piecewise (c) Find the number which the Fourier Sine series of the function converges to at r = x = 167.
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