(New page: ==Periodic Function== The function shown is <math>f(t) = \sin(t)</math>. Note the repetition of the function every 2\pi along the x-axis. [[Image:periodic_function.jpg|frame|center|The ...) |
(→Non-Periodic Function) |
||
| Line 10: | Line 10: | ||
==Non-Periodic Function== | ==Non-Periodic Function== | ||
| − | The function shown is <math>f(t) = {\sin(t)\ | + | The function shown is <math>f(t) = {\sin(t)\over t}</math>. |
Note that the function never repeats itself. It changes constantly over its entire expanse. | Note that the function never repeats itself. It changes constantly over its entire expanse. | ||
[[Image:non_periodic_function_ECE301Fall2008mboutin.jpg|frame|center|The function <math>f(t) = {\sin(t)\overt}</math> from 0 to 15.]] | [[Image:non_periodic_function_ECE301Fall2008mboutin.jpg|frame|center|The function <math>f(t) = {\sin(t)\overt}</math> from 0 to 15.]] | ||
Revision as of 10:19, 2 September 2008
Periodic Function
The function shown is $ f(t) = \sin(t) $.
Note the repetition of the function every 2\pi along the x-axis.
The function $ f(t) = \sin(t) $ from 0 to 15.
Non-Periodic Function
The function shown is $ f(t) = {\sin(t)\over t} $.
Note that the function never repeats itself. It changes constantly over its entire expanse.
The function $ f(t) = {\sin(t)\overt} $ from 0 to 15.
