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compute the derivative y=e^e pie x
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Hi hooverst :) How are you dear?
Is this your question? \[\LARGE y=e^{e\pi x}\]
yes
So, use chain rule, \[\LARGE \frac{dy}{dx}=e^{e\pi x}.\frac{d(e\pi x)}{dx}\] \[\LARGE \frac{dy}{dx}=e^{e\pi x}.e \pi\frac{d(x)}{dx}\] \[\LARGE \frac{dy}{dx}=e^{e\pi x}.e \pi(1)\] \[\LARGE \frac{dy}{dx}=e^{e\pi x}.e \pi\]
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no it wasnt so bad sometimes those e mess me up and the pie did to.
Oh, these are constant. That;s why I took them through the derivative and take only x's derivative.
O ok
I know you still have some problem. I am sure.
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