(Question 1)
(Question 1)
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I chose the signal <math> x[n]=e^{j\pi n} \,</math> which Jeff Kubascik  posted on his HW1.
 
I chose the signal <math> x[n]=e^{j\pi n} \,</math> which Jeff Kubascik  posted on his HW1.
  
Recall that this signal is rational if <math>T = {W_0\over2\pi}\,</math> is rational.
+
Recall that this signal is rational if <math>T = {\omega_0\over2\pi}\,</math> is rational.

Revision as of 09:09, 11 September 2008

Question 1

I chose the signal $ x[n]=e^{j\pi n} \, $ which Jeff Kubascik posted on his HW1.

Recall that this signal is rational if $ T = {\omega_0\over2\pi}\, $ is rational.

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Correspondence Chess Grandmaster and Purdue Alumni

Prof. Dan Fleetwood