derivative of x^x

10:11
Innocent looking, but ????

9:55
Is x^x=0 solvable?

16:28
Differentiate x^x^x^x

11:59
Why is the derivative of e^x equal to e^x?

10:00
The Bernoulli Integral is ridiculous

17:55
Proving the power, product and quotient rules by using logarithmic differentiation & the chain rule

16:28
A very interesting differential equation.

20:37