# Nth Term Test for Divergence of an Infinite Series

The Nth Term Test for Divergence is a fundamental concept in the study of infinite series, providing a crucial tool for determining the convergence or divergence of a series based on the behavior of its individual terms. This test, rooted in the principles of mathematical analysis, examines the behavior of the sequence formed by the terms of the series as \( n \) approaches infinity. By assessing whether the terms tend to zero or diverge, the Nth Term Test offers valuable insights into the convergence properties of infinite series, laying the groundwork for further exploration of their mathematical properties and applications.

Questions

- How do you use the Nth term test for divergence on an alternating series?
- How do you show that the series #1/2+2/3+3/4+...+n/(n+1)+...# diverges?
- How do you use the Nth term test on the infinite series #sum_(n=1)^oosin(n)# ?
- How do you use the Nth term test on the infinite series #sum_(n=1)^ooe^2/n^3# ?
- How do you use the Nth term test on the infinite series #sum_(n=1)^ooln((2n+1)/(n+1))# ?
- How do you use the Nth term test on the infinite series #sum_(n=1)^oorootn(2)# ?
- How do you show that the series #ln1+ln2+ln3+...+lnn+...# diverges?
- How do you use the Nth term test on the infinite series #sum_(n=1)^oo(n(n+2))/(n+3)^2# ?
- A superball that rebounds 3/10 of the height from which it fell on each bounce is dropped from 38 meters. ?
- How do you use the Nth term test on the infinite series #sum_(n=2)^oon/ln(n)# ?
- How do you show that the series #1+sqrt2+root3(3)+...+rootn(n)+...# diverges?
- How do you know When to use the nth term test for divergence on an infinite series?
- How do you show that the series #1/3-2/5+3/7-4/9+...+((-1)^(n-1)n)/(2n+1)+...# diverges?
- How do you show that the series #1/4+1/7+1/10+...+1/(3n+1)+...# diverges?
- How to find the sum of this series?
- How do you use the Nth term test on the infinite series #sum_(n=1)^ooarctan(n)# ?
- What is Nth Term Test for Divergence of an infinite series?
- Can sombody find the answer to this? and mabie even show how its done?
- How to determine is #sum(-1)^n n/(n+1)# absolutely convergent, conditionally convergent or neither?
- Use divergent test to determine convergence of the following series?