Posted by **jack** on Sunday, April 5, 2009 at 9:18pm.

find the interval of convergence of the sum of ((x^1/2)/2 - 1)^k from k = 0 to infinity and within this interval find the sum of the series as a function of x.

I know the interval is 0 < x < 16 but how do I get the sum?

## Answer This Question

## Related Questions

- Math - Consider the equation below. (Round the answers to three decimal places. ...
- Calculus 2 - Find the radius of convergence and interval of convergence of the ...
- Calculus - What is the radius of convergence of the power series (((2n)!x^(n...
- math (calculus) PLZZZ help! - Consider the function below. (Round the answers to...
- Calculus2 - Please, help me I really need help on this problem. Thank you so ...
- Calculus2 - Please, help me I really need help on this problem. Thank you so ...
- CALC - please help me...for the power series summation of n^4x^n/2(n-1)factorial...
- Calculus - Can someone prove (informally) the following theory: If there is a ...
- Calculus - Determine convergence or divergence for the following series. State ...
- math - find the series radius and interval of convergence. from n=0 to infinity ...

More Related Questions