Given the Fourier sine series of $(x) = x as show that the series can be integrated b) Find The Fourier cigine Series for 27²/2. Find the constant of integration. c) By setting e (1) he n=1 n² n2 on (0₁1) term by term. x=0, find the sum
Given the Fourier sine series of $(x) = x as show that the series can be integrated b) Find The Fourier cigine Series for 27²/2. Find the constant of integration. c) By setting e (1) he n=1 n² n2 on (0₁1) term by term. x=0, find the sum
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
010
Please show all the steps
![Given the Fourier sine series of $(x) = x
on (0₁1),
a) &
I show that the series can be integrated term by term.
b) Find The Fourier cigine Series for 27/2. Find the constant
of integration.
c) By setting
e Edhel
n=1 n²
solution.
x = 2 (-1)"
00
mal
C = 40 =
2
Integration of both sides gives
Stdt = 22²/2
x=0, find the sum
or
mtl
77²
ze sin (mix/l)
mti
Constant of integration is the missing coefficient
= √₁² =²dx = £²
é o
6
T2
We
X=0
(
kowe
4 by selling
0=l¾
2= 1² + 2 (-j² 21²
m
m=1
m²T1²
00
= C + Σ (-1)
mal
ze² cos (mitx/e)
M²T72
= 2 (-15mel 1
mal
m²](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9c55fd55-ae67-4b97-a36c-91359ff73a6f%2F7dc99968-df43-49d2-8c7e-439fcf067284%2F9f2r1v_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Given the Fourier sine series of $(x) = x
on (0₁1),
a) &
I show that the series can be integrated term by term.
b) Find The Fourier cigine Series for 27/2. Find the constant
of integration.
c) By setting
e Edhel
n=1 n²
solution.
x = 2 (-1)"
00
mal
C = 40 =
2
Integration of both sides gives
Stdt = 22²/2
x=0, find the sum
or
mtl
77²
ze sin (mix/l)
mti
Constant of integration is the missing coefficient
= √₁² =²dx = £²
é o
6
T2
We
X=0
(
kowe
4 by selling
0=l¾
2= 1² + 2 (-j² 21²
m
m=1
m²T1²
00
= C + Σ (-1)
mal
ze² cos (mitx/e)
M²T72
= 2 (-15mel 1
mal
m²
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