The Fourier integrals of two continuous functions f(x) and g(z) defined on R are given by 8, f(z) = cos(wz) + sin(wr) dw w3 COS 0. and g(=) = / g(x) = 0, 1. s cos(w"z) + cos(wr)+ w17 sin(w"z) du. %3D w33 Then 1. f(x) = 16 - g(x) 2. f(x) = 17 g(x) 3. f(x) = 32 g(x) 4. g(x) = 256 - f(x) %3D 5. f(x) = 33 · g(r) g(x) 6. f(x) = 17 %3D33

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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The Fourier integrals of two continuous functions f(I) and
g(z) defined on R are given by
00
f(=) =
cos(wr) +
sin(wr)| dw
w3
and
g(=) = cos(w2) +
cos(wz) +
w17
dw.
w33
Then
1. f(r) = 16 - g(x)
2. f(x) = 17 g(x)
3. f(x) = 32 g(æ)
4. g(x) = 256 f(x)
5. f(x) = 33 · g(x)
%3D
%3D
%3D
g(x)
6. f(2) =
17
%3D
Select one:
01
Transcribed Image Text:The Fourier integrals of two continuous functions f(I) and g(z) defined on R are given by 00 f(=) = cos(wr) + sin(wr)| dw w3 and g(=) = cos(w2) + cos(wz) + w17 dw. w33 Then 1. f(r) = 16 - g(x) 2. f(x) = 17 g(x) 3. f(x) = 32 g(æ) 4. g(x) = 256 f(x) 5. f(x) = 33 · g(x) %3D %3D %3D g(x) 6. f(2) = 17 %3D Select one: 01
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