) A function f Cx) defines the Fourier tronsfor mation as follows: Î (w) = | f Cx) e - o. Similarly, the inverse Fourier trons formation of a known function ê lw) is found os : P (x) = + f(w)e w^ dw 2π by loo king at this, find the Fourier tronsform of f (w) of the fuenction given be low and verify for a > 0 the shope of the function f(x) given to you by calculating the inverse fourier tronsform using the result you found - ax x > O f (x) = %3D X <0
) A function f Cx) defines the Fourier tronsfor mation as follows: Î (w) = | f Cx) e - o. Similarly, the inverse Fourier trons formation of a known function ê lw) is found os : P (x) = + f(w)e w^ dw 2π by loo king at this, find the Fourier tronsform of f (w) of the fuenction given be low and verify for a > 0 the shope of the function f(x) given to you by calculating the inverse fourier tronsform using the result you found - ax x > O f (x) = %3D X <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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Question
![) A function f Cx) defines the Fourier tronsfor mation as
follows:
Î (w) = | f Cx) e
- o.
Similarly, the inverse ourier trons formation of a known
function ê lw) is found os :
P (x) = +
f(w)e w dw
2π
- の
by looking at this, find the Fourier transform of f ()
of the function given be low and verify
for
a > 0
the shope of the function f(x) given to you by calculating
the inverse fourier tronsform using the result you found
-ax
x > O
f (x) =
X <0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4abad815-acfd-4929-b337-662e0d7b14e2%2Fb2933068-db24-4cf1-98b9-214e8db2edc9%2Fy1ykpr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:) A function f Cx) defines the Fourier tronsfor mation as
follows:
Î (w) = | f Cx) e
- o.
Similarly, the inverse ourier trons formation of a known
function ê lw) is found os :
P (x) = +
f(w)e w dw
2π
- の
by looking at this, find the Fourier transform of f ()
of the function given be low and verify
for
a > 0
the shope of the function f(x) given to you by calculating
the inverse fourier tronsform using the result you found
-ax
x > O
f (x) =
X <0
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