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Mathematics 11 Online
OpenStudy (anonymous):

whats maclaurin's series?

OpenStudy (anonymous):

a Taylor series about 0

OpenStudy (anonymous):

huh...

OpenStudy (anonymous):

can you teach me some basics about it? pls pls pls

OpenStudy (anonymous):

me too :D

OpenStudy (anonymous):

http://en.wikipedia.org/wiki/Taylor_series#Definition That's it....

OpenStudy (chaise):

Many functions can be represented as the sum of different terms, I don't really know how to explain it because I'm not too familiar with the subject. For example: \[\sin(x) = x-\frac{x^3}{6}+\frac{x^5}{120}-\frac{x^7}{5040}\] Do you get the picture?

OpenStudy (anonymous):

so eg sinx we can represent in another form, that is the one u wrote above?

OpenStudy (anonymous):

Like Log(x+1) Right?

OpenStudy (anonymous):

uhhuh

OpenStudy (anonymous):

And \(e^x\) series ....

OpenStudy (anonymous):

uh huh they all can be represented in another form is it?

OpenStudy (anonymous):

Yea

OpenStudy (chaise):

I think so Ishaan - let me link you to a twiddla and we can all watch? http://www.twiddla.com/612791

OpenStudy (anonymous):

Oh thanks for the Link estudier ...

OpenStudy (anonymous):

so.. how do we solve such sums? do we use formular booklet and follow?

OpenStudy (anonymous):

so.. how do we solve such sums What do u mean, it is a representation of a function?

OpenStudy (anonymous):

so how..

OpenStudy (anonymous):

Look at link I gave, very clear explanation there...

OpenStudy (amistre64):

if youve ever taken a metal rod and bent it around a pipe to curve it, then youve mechanically done these series

OpenStudy (amistre64):

when you learn what a derivative is (pretty much looking closer and closer at one point to see how it bends) you can fit a polynomial to some pretty nasty functions and work on the poly since its easier

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