Use known Maclaurin expansions to find the Maclaurin expansion, by adding, composing, differentiating, and so on.

1/((1-x)^3)

is the function I'm supposed to expand and I don't even know where to start. Thanks in advance!!!!

Printable View

- Jul 16th 2007, 04:03 PMTreeMoneyMaclaurin expansion
Use known Maclaurin expansions to find the Maclaurin expansion, by adding, composing, differentiating, and so on.

1/((1-x)^3)

is the function I'm supposed to expand and I don't even know where to start. Thanks in advance!!!! - Jul 16th 2007, 06:36 PMgalactus
MacLaurin expansion is

.

.

.

.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

.

.

.

.

.

See the pattern. - Jul 16th 2007, 07:08 PMTreeMoney
Thanks!!!!!

I wasn't using the derivative correctly. Thanks again!!!

Repped - Jul 16th 2007, 08:53 PMcurvature