Posted by **meg** on Tuesday, March 18, 2008 at 10:42pm.

use the power series to estimate the series:

from 0 to 4 of ln(1+x)dx with absolute value of the error less than .0001/ Give your estimate of the integral as well as a bound on the error.

I found the 'terms' in the series to be:

x-(1/2)x^2+(1/3)x^3-(1/4)x^4......

with a radius of convergence of 1

I found when I plugged in 0, I got 0

how do I find the error less than .0001?

## Answer this Question

## Related Questions

- calculus - use the power series to estimate the series: from 0 to 4 of ln(1+x)dx...
- Calc II - Use the comparison or limit comparison test to decide if the following...
- calculus - power series ASAP please :) - using power series, integrate & ...
- calculus - state the power series of an appropriate familiar function and use it...
- Calculus - What is the radius of convergence of the power series (((2n)!x^(n...
- Economics - Economyst, please help Rubax__ a U.S. manufacturer of athletic shoes...
- math - (a) Use the Midpoint Rule and the given data to estimate the value of the...
- Economyst please help - Economyst, please help Rubax__ a U.S. manufacturer of ...
- Calculus - If you have a geometric alternating series, and you prove that the ...
- Calculus - a) Find the Taylor series associated to f(x) = x^-2 at a = 1. Be sure...

More Related Questions