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| − | From Mnestero: | + | From Mnestero: |
| − | On 6.4 prob 10 I am getting a pretty intense solution that is difficult to graph. Am I on the right track? How in depth are we supposed to graph the solution? | + | On 6.4 prob 10 I am getting a pretty intense solution that is difficult to graph. Am I on the right track? How in depth are we supposed to graph the solution? |
| + | <br> This is the place. | ||
| − | + | <br> | |
| + | Response from Mickey Rhoades [[User:Mrhoade|Mrhoade]] | ||
| − | ---- | + | I thought the same thing. My solution is pretty intense as well. It seems like there is the portion from the initial conditions which is e<sup>-2t</sup> - e<sup>-3t</sup> and then there is the portion from the impulse function which is added beginning at pi/2, e<sup>pi</sup>e<sup>-2t</sup> - e<sup>3pi/2</sup>e<sup>-3t</sup> and then there is the portion of the output due to the cosine input beginning at pi. This section looks like a sin/cos wave inside an exponential envelope. Did anyone else come up with something different? -Mick |
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| + | <br> | ||
[[2013 Fall MA 527 Bell|Back to MA527, Fall 2013]] | [[2013 Fall MA 527 Bell|Back to MA527, Fall 2013]] | ||
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Revision as of 12:40, 13 October 2013
Homework 6 collaboration area
From Mnestero:
On 6.4 prob 10 I am getting a pretty intense solution that is difficult to graph. Am I on the right track? How in depth are we supposed to graph the solution?
This is the place.
Response from Mickey Rhoades Mrhoade
I thought the same thing. My solution is pretty intense as well. It seems like there is the portion from the initial conditions which is e-2t - e-3t and then there is the portion from the impulse function which is added beginning at pi/2, epie-2t - e3pi/2e-3t and then there is the portion of the output due to the cosine input beginning at pi. This section looks like a sin/cos wave inside an exponential envelope. Did anyone else come up with something different? -Mick
