Evaluate the inverse Fourier transform f(t) (2π)-1/2 F(w)e-iwt dw of the Lorentz distribution Y 1 F(w) πως +12 You will need to treat the cases t < 0 and t> 0 differently when evaluating the integral by residues. =

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Evaluate the inverse Fourier transform f(t)
(2π)-¹/2 F(w)e-iwt dw of the Lorentz distribution
Y 1
F(w):
π W² + y²
2
You will need to treat the cases t < 0 and t> 0 differently
when evaluating the integral by residues.
=
Transcribed Image Text:Evaluate the inverse Fourier transform f(t) (2π)-¹/2 F(w)e-iwt dw of the Lorentz distribution Y 1 F(w): π W² + y² 2 You will need to treat the cases t < 0 and t> 0 differently when evaluating the integral by residues. =
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