\int{e^{x^2}}\,dx

I really don't know where to go with this

mchalurin series?

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- Apr 28th 2009, 03:00 PMtreethetaIntegrate
\int{e^{x^2}}\,dx

I really don't know where to go with this

mchalurin series? - Apr 28th 2009, 04:18 PMskeeter
- Apr 28th 2009, 06:38 PMtreetheta
so would it be

$\displaystyle \begin{array}{l}

{e^x} = \sum\limits_{n = 0}^\infty {\frac{{{x^n}}}{{n!}}} \\

{e^{{x^2}}} = \sum\limits_{n = 0}^\infty {\frac{{{{({x^2})}^n}}}{{n!}}} \\

\end{array}

$ - Apr 28th 2009, 07:28 PMmr fantastic
- Apr 28th 2009, 07:29 PMtreetheta
How would I intergrate both sides though o.o

- Apr 28th 2009, 07:37 PMmr fantastic
- Apr 28th 2009, 07:50 PMtreetheta
calculus final exam

isn't there an easier way to do it than term by term what would the nth term in the series be? - Apr 28th 2009, 07:54 PMmr fantastic