# Math Help - Value of Taylor Series

1. ## Value of Taylor Series

I am stuck on finding out the value of two terms of the Taylor series for this equation:

$x^5e^{x^3}$

and also that this Taylor Series is centered near $x = 0$ and at this point, the first few terms of this series looks like:

$x^5+x^8+\frac {x^{11}} {2!}+\frac {x^{14}} {3!}+ \frac {x^{17}} {4!}+....$

Finally, I am supposed to determine the values at the 1st and 11th term, again near $x = 0$.

Wouldn't both terms be 0 though since the value is dependent upon the x value, which is 0, or am I missing something? Thanks for the help.

I am stuck on finding out the value of two terms of the Taylor series for this equation:

$x^5e^{x^3}$

and also that this Taylor Series is centered near $x = 0$ and at this point, the first few terms of this series looks like:

$x^5+x^8+\frac {x^{11}} {2!}+\frac {x^{14}} {3!}+ \frac {x^{17}} {4!}+....$

Finally, I am supposed to determine the values at the 1st and 11th term, again near $x = 0$.

Wouldn't both terms be 0 though since the value is dependent upon the x value, which is 0, or am I missing something? Thanks for the help.
You are probably missing something, please post the exact wording of the problem.

CB