Question

.

Answer 1

Hey i got it

Answer 2

I thought you got it ?
How did you get it ?

Answer 3

want to share a nice problem with you , forget this problem

Answer 4

I know you will know it but still

Answer 5

It is not big don't worry

Answer 6

:|

Answer 7

log will come to rescue in such cases.

Answer 8

^ :) yess

Answer 9

Sure is interesting :)

Answer 10

I actually really am interested in this particular equation and have thought of it in depth.

Answer 11

I am actually interested in The subject
"CALCULUS"

Answer 12

Newton and Leignbez were great

Answer 13

I had accidentally discovered an alternate route to taking the derivative of this function. If you think of how you might normally take the derivative of:

y=b^x

and x^n

You can then add these results to get the derivative, almost like a cheating method of using logarithm rules for the product rule.

\[\Large \frac{d}{dx}(x^x)=x*x^{x-1}+x^xlnx\]