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OpenStudy (ajspeller):
Use implicit differentiation.
Remember that each time you apply the derivative to a term/factor that has the variable y you have to include a factor of y' or dy/dx
OpenStudy (jacksonjrb):
so would I do implicit differentiation twice?
OpenStudy (ajspeller):
Yes
OpenStudy (jacksonjrb):
Ok thank you
OpenStudy (jacksonjrb):
Would I do it both times with respect to y or x?
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OpenStudy (ajspeller):
With respect to x
OpenStudy (jacksonjrb):
ok
OpenStudy (mathmale):
Please show all of your work if you'd like to receive specific feedback on what you've done.
OpenStudy (mathmale):
1) find dy/dx
2) find the derivative of your (dy/dx).
OpenStudy (jacksonjrb):
I'm doing my work on paper. Can give you my answer for dy/dx ?
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OpenStudy (jacksonjrb):
* Can I
OpenStudy (mathmale):
Sorry, but no. Against the rules, and for a good reason.
You could take a snapshot of your work, upload the image to your computer and then upload this image to OpenStudy.
OpenStudy (mathmale):
Or you could sketch your work in the Draw utility, below.
The point is: You learn by doing; my doing your work for you is hardly educational in the long run.