Let xfn] be a discrete-time signal whose Fourier transform between -r and r is 4 |w< 4 X(e) = 0, 4 (a) What is xf0]? (b) Let n] = (-1)"xn]. what is Y(e/w)? (c) Let z[n] = x[n]*y[n]. i.e.., convolution of x[n] and y[n], what is z[0]?

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Let xfn] be a discrete-time signal whose Fourier transform between -r and r is
|w<
4
X(e) =
0,
4
(a) What is xf0]?
(b) Let y[n]= (-1)" afn]. what is Y(e/w)?
(c) Let z[n] = x[n]* y[n], i.e., convolution of x[n] and y[n], what is z[0]?
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Transcribed Image Text:Let xfn] be a discrete-time signal whose Fourier transform between -r and r is |w< 4 X(e) = 0, 4 (a) What is xf0]? (b) Let y[n]= (-1)" afn]. what is Y(e/w)? (c) Let z[n] = x[n]* y[n], i.e., convolution of x[n] and y[n], what is z[0]? Attach File Browse My Computer
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