/ x\ \e / x
/ / x\\ d | \e /| --\x / dx
Don't know the steps in finding this derivative.
But the derivative is
The answer is:
/ x\ / x \ \e / |e x | x *|-- + e *log(x)| \x /
/ x\ / 2 \ \e / | 1 2 /1 \ x | x x *|- -- + - + |- + log(x)| *e + log(x)|*e | 2 x \x / | \ x /
/ x\ / 3 \ \e / | 3 2 3 /1 \ 2*x /1 \ / 1 2 \ x | x x *|- -- + -- + - + |- + log(x)| *e + 3*|- + log(x)|*|- -- + - + log(x)|*e + log(x)|*e | 2 3 x \x / \x / | 2 x | | \ x x \ x / /