Posted by **Jade** on Monday, March 4, 2013 at 4:09pm.

Determine convergence or divergence for the following series. State the tests used and justify your answers.

Sum (infinity, n=1) 1/(1+e^-n)

Sum (infinity, n=1) (2*4*6...2n)/n!

Sum (infinity, n=0) (n-6)/n

Sum (infinity, n=0) (n-6)/n!

Sum (infinity, n=0) (100n^14)/4^n

## Answer This Question

## Related Questions

- calculus - find the sum of the series: 1. the sum from n=1 to infinity of ((-1)^...
- CALC 2 - a. Consider the following limit as a fact: lim n-> infinity ((n!)^1/...
- Calc 2 - Use the ratio or the root test to determine the convergence of the ...
- calculus - Determine whether the series is convergent o divergent and say what ...
- calculus - determine whether the series is convergent if so find sum: the sum of...
- Calc II - Use the comparison or limit comparison test to decide if the following...
- MATH - I have been trying to do this problem for a couple of days but i cant ...
- Calculus - Determine convergence of divergence. If convergent, find the sum. Sum...
- Math - The sum to infinity of a G.P. is 16 and the sum of the first 4terms is 15...
- calculus - true or false: if the sum from n=1 to infinity of a(n) converges, and...

More Related Questions