We can write the Fourier transform of x(n) in terms of magnitude and phase or real and imaginary components as follows: x(e") = |x(e/")| exp{j 0(ej")} = Xg(ej«) + jX,(ej«) %3D Assuming that x(n) is a real-valued signal, which of the following plots could be correct? Plot I: X,(e") Plot II: X,(el") `R 1 1 -27 27 -27 0 27 Plot III: |X(ej")| Plot IV: 0(ei") 1 1 -1 -27 -27 0 27

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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O l and IV only
Il and III only
IV only
III only
O None of the other answers is correct
Transcribed Image Text:O l and IV only Il and III only IV only III only O None of the other answers is correct
We can write the Fourier transform of
x(n) in terms of magnitude and phase or real and imaginary
components as follows:
x(ej«) = |x(ej")| exp{j 0(ej")}
= Xr(ej®) + jX,(ejw)
Assuming that x(n) is a real-valued signal, which of the following
%3D
plots could be correct?
Plot I: X„(el")
Plot II:
`R
1
1
-27
-27
Plot III: |X(el")|
Plot IV: 0(ej)
1
1
-1
-27
-27
Transcribed Image Text:We can write the Fourier transform of x(n) in terms of magnitude and phase or real and imaginary components as follows: x(ej«) = |x(ej")| exp{j 0(ej")} = Xr(ej®) + jX,(ejw) Assuming that x(n) is a real-valued signal, which of the following %3D plots could be correct? Plot I: X„(el") Plot II: `R 1 1 -27 -27 Plot III: |X(el")| Plot IV: 0(ej) 1 1 -1 -27 -27
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