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Alex6200 said:Your picture didn't seem to get uploaded right.
But all you want to do is set up a polynomial approximation, like sin(x) = a + bx + cx^2 + dx^3 (and so on), and then keep taking derivatives on both sides until you can solve for a, then b, then c, and so on.
If you have TI-89 you can check you results by going to the algebra menu and entering taylor if your center is 0.
Dick said:It looks pretty good. Except I think you are off by an overall sign. 6-5x-x^2=-(x-1)(x+6).
A Maclaurin series is a mathematical representation of a function using an infinite sum of terms. It is named after the Scottish mathematician Colin Maclaurin and is a special case of a Taylor series, where the expansion point is at x=0.
To develop a function into a Maclaurin series, you need to follow a few steps:1. Determine the function and its derivatives at x=0.2. Write out the general form of the Maclaurin series.3. Substitute the values of the derivatives into the general form.4. Simplify the expression and write it as an infinite sum.
Maclaurin series are useful because they allow us to approximate complicated functions with simpler ones. They also help us to better understand the behavior of a function near a specific point, which can be useful in various mathematical and scientific applications.
A Maclaurin series is a special case of a Taylor series, where the expansion point is at x=0. In other words, all the derivatives of a function at x=0 are used to develop a Maclaurin series, while a Taylor series can be developed at any point on the function.
No, not all functions can be represented by a Maclaurin series. For a function to have a Maclaurin series, it must be infinitely differentiable at x=0.