User contributions for Nicholas.Christman
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6 October 2009
- 19:1919:19, 6 October 2009 diff hist −5 Nick Christman No edit summary
- 19:1719:17, 6 October 2009 diff hist +10 Kevin Starkey No edit summary
5 October 2009
- 12:3512:35, 5 October 2009 diff hist +12 Homework One No edit summary
- 12:3312:33, 5 October 2009 diff hist +8 Homework Two No edit summary
- 12:3312:33, 5 October 2009 diff hist +199 Homework Two No edit summary
- 12:2912:29, 5 October 2009 diff hist +251 N Homework Two New page: '''Something I have learned in class so far...''' The main thing that I have learned in Signals & Systems is that the Fourier Series <math>\sum_{n=1}^{\infty} a_n \cos \frac{2n\pi t}{T} <...
- 12:2012:20, 5 October 2009 diff hist +28 Homework One No edit summary
- 12:1912:19, 5 October 2009 diff hist −62 Homework One No edit summary
- 12:1812:18, 5 October 2009 diff hist +2 Homework One No edit summary
- 12:1712:17, 5 October 2009 diff hist −2 Homework One No edit summary
- 12:1712:17, 5 October 2009 diff hist −5 Homework One No edit summary
- 12:1712:17, 5 October 2009 diff hist +1 Homework One No edit summary
- 12:1612:16, 5 October 2009 diff hist 0 Homework One No edit summary
- 12:1612:16, 5 October 2009 diff hist −54 Homework One No edit summary
- 12:1512:15, 5 October 2009 diff hist +114 Homework One No edit summary
- 12:1512:15, 5 October 2009 diff hist −2 Homework One No edit summary
- 12:1412:14, 5 October 2009 diff hist +83 N Homework One New page: Finish the integral: <math>\[ \int_(-T/2)^(T/2) e^(j2\pi (n-m)t/T) \,dx.\] </math>
- 12:1012:10, 5 October 2009 diff hist +336 Nick Christman No edit summary
- 12:0512:05, 5 October 2009 diff hist +5 Nick Christman No edit summary
- 12:0512:05, 5 October 2009 diff hist +1 Nick Christman No edit summary