2. Given the periodic function over the period [-π/2, π/2] f(x) = x |x| a. Plot f(x) on the interval [-л, π] b. Is the function even or odd? c. Determine ao, an, bn. d. Setup the Fourier Series Expansion of f(x)

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Qno2 solve only.
1. Given the plot of the function f(t) in one period, determine completely the Euler
coefficients and write its Fourier series expansion.
3
f(t)
-3
13
-3
2 -1
0,
C₂
t
10
t
2. Given the periodic function over the period [-π/2, π/2]
f(x) = x |x|
a. Plot f(x) on the interval [-, π]
b. Is the function even or odd?
c. Determine ao, an, bn.
d. Setup the Fourier Series Expansion of f(x)
2
3
3. Given the periodic function below defined over a period, determine completely the
Euler coefficients and write its Fourier series expansion.
f(x) =
-c<x<0
0<x<c
4. Find the Fourier cosine expansion of f(x)= x²(3L-2x) on [0,L].
5. Solve the one-dimensional wave equation for a string of length 10 units, fixed on both
ends, with a = 3, if the string is initially at rest and with an initial displacement of
y(x,0) = x for 0<x< 10.
Transcribed Image Text:1. Given the plot of the function f(t) in one period, determine completely the Euler coefficients and write its Fourier series expansion. 3 f(t) -3 13 -3 2 -1 0, C₂ t 10 t 2. Given the periodic function over the period [-π/2, π/2] f(x) = x |x| a. Plot f(x) on the interval [-, π] b. Is the function even or odd? c. Determine ao, an, bn. d. Setup the Fourier Series Expansion of f(x) 2 3 3. Given the periodic function below defined over a period, determine completely the Euler coefficients and write its Fourier series expansion. f(x) = -c<x<0 0<x<c 4. Find the Fourier cosine expansion of f(x)= x²(3L-2x) on [0,L]. 5. Solve the one-dimensional wave equation for a string of length 10 units, fixed on both ends, with a = 3, if the string is initially at rest and with an initial displacement of y(x,0) = x for 0<x< 10.
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