(New page: == The Signal == <math>X(j \omega) = \cos(4 \omega + \frac{\pi}{3})</math> Take from 4.22.b from the course book, it looks interesting and I want to try it.)
 
(The Signal)
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<math>X(j \omega) = \cos(4 \omega + \frac{\pi}{3})</math>
 
<math>X(j \omega) = \cos(4 \omega + \frac{\pi}{3})</math>
  
Take from 4.22.b from the course book, it looks interesting and I want to try it.
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Taken from 4.22.b from the course book, it looks interesting and I want to try it.

Revision as of 16:58, 7 October 2008

The Signal

$ X(j \omega) = \cos(4 \omega + \frac{\pi}{3}) $

Taken from 4.22.b from the course book, it looks interesting and I want to try it.

Alumni Liaison

Correspondence Chess Grandmaster and Purdue Alumni

Prof. Dan Fleetwood