(New page: We are told that a system is linear and given inputs <math>\,x_1(t)=e^{2jt}\,</math> yields <math>\,y_1(t)=te^{-2jt}\,</math> <math>\,x_2(t)=e^{-2jt}\,</math> yields <math>\,y_2(t)=te^{2...) |
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<math>\,x_2(t)=e^{-2jt}\,</math> yields <math>\,y_2(t)=te^{2jt}\,</math> | <math>\,x_2(t)=e^{-2jt}\,</math> yields <math>\,y_2(t)=te^{2jt}\,</math> | ||
| − | **initial given statements copied from | + | **initial given statements copied from Jeff Kubascik |
Revision as of 15:21, 19 September 2008
We are told that a system is linear and given inputs
$ \,x_1(t)=e^{2jt}\, $ yields $ \,y_1(t)=te^{-2jt}\, $
$ \,x_2(t)=e^{-2jt}\, $ yields $ \,y_2(t)=te^{2jt}\, $
- initial given statements copied from Jeff Kubascik
