Question Number 11609 by Nayon last updated on 29/Mar/17
$$ \\ $$$$ \\ $$$${Evaluate}\:\int{x}^{{x}} {dx} \\ $$
Commented by Nayon last updated on 29/Mar/17
$${pls}\:{ans}\:{mrw}\mathrm{1} \\ $$
Commented by Nayon last updated on 29/Mar/17
$${some}\:{one}\:{pls}\:{hall}\:{it}… \\ $$
Commented by mrW1 last updated on 29/Mar/17
$${I}\:{can}\:{not}\:{help}\:{you}. \\ $$
Answered by Joel576 last updated on 29/Mar/17
$$\mathrm{It}\:\mathrm{can}'\mathrm{t}\:\mathrm{be}\:\mathrm{integrated} \\ $$
Commented by Nayon last updated on 29/Mar/17
$${why}? \\ $$
Commented by mrW1 last updated on 29/Mar/17
$${there}\:{is}\:{no}\:{function}\:{F}\left({x}\right)\:{which}\:{fulfills} \\ $$$${F}\:'\left({x}\right)={x}^{{x}} \\ $$$${or}\:{such}\:{a}\:{function}\:{is}\:{not}\:{yet}\:{defined}. \\ $$$${In}\:{WWW}\:{you}\:{may}\:{find}\:{more}\:{details}. \\ $$