AP Calc BC Exam Help: Taylor/Maclaurin, Errors & Lagrange

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For the AP Calc BC exam, it's crucial to understand Taylor and Maclaurin series, particularly how to expand them using derivatives. Key series to memorize include those for sin x, cos x, ln x, e^x, and geometric series. Familiarity with Lagrange error, as well as convergence and divergence tests like the integral test, p-test, alternating series test, and nth term test, is essential. Additionally, concepts of population growth and logarithmic growth through differential equations are relevant. Reviewing these topics in your textbook, despite its confusion, is recommended for better preparation.
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I have an AP Calc BC exam this wednesday, and I know pretty much nothing about series (specifically Taylor/Maclaurin, errors, and some Lagrange thingy). If anyone has taken this exam, can you help me? What do we have to know about those things for the test? Which formulas do we have to know? And, what the hell is Lagrange?
 
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You have to know how to expand the Maclaurin series about (x-a) using derivatives, and the common taylor series for sin x, cos x, ln x, e^x, and geometric series. You also need Lagrange error and series convergence and divergence tests, specifically the integral test, p-test, alternating series test, and nth term test. Also population growth and logrithmic growth using differential equations
 
Dbjergaard said:
You have to know how to expand the Maclaurin series about (x-a) using derivatives

Technically that would be the Taylor series about the point a, a Maclaurin series is specifically a Taylor series abou zero.
 
You might want to look these things up in your textbook.
 
Dbjergaard said:
You have to know how to expand the Maclaurin series about (x-a) using derivatives, and the common taylor series for sin x, cos x, ln x, e^x, and geometric series. You also need Lagrange error and series convergence and divergence tests, specifically the integral test, p-test, alternating series test, and nth term test. Also population growth and logrithmic growth using differential equations
Alright, thanks.

HallsofIvy said:
You might want to look these things up in your textbook.
The series stuff in my textbook is confusing and unorganized, so it doesn't help that much :/.
 
Sorry, I mixed up taylor and mclaurin series
 
I'd be surprised if you could find something better than this online. http://tutorial.math.lamar.edu/AllBrowsers/2414/Seq_Series.asp
 
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