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!!!!
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MacLaurin expansion is . . . . ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ . . . . . See the pattern.
Thanks!!!!! I wasn't using the derivative correctly. Thanks again!!! Repped
Originally Posted by TreeMoney 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!!!! Use the fact below and a known Maclaurin expansion:
Last edited by curvature; Jul 16th 2007 at 09:04 PM.
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