The Divergence Test for infinite series (also called the "n-th term test fo divergence of a series") says that: lim an +0 =→ } an diverges n=1 Notice that this test tells us nothing about > an if lim Σ an = 0; in n=1 that situation the series might converge or it might diverge. Consider the series n=1 The Divergence Test tells us this series: might converge or might diverge diverges converges

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.3: Geometric Sequences
Problem 44E
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The Divergence Test for infinite series (also called the "n-th term test for
divergence of a series") says that:
lim
n→ 00
An # 0 >
an diverges
n=1
Notice that this test tells us nothing about .
An
if lim
An
= 0; in
n=1
that situation the series might converge or it might diverge.
Consider the series
n=1
The Divergence Test tells us this series:
might converge or might diverge
O diverges
converges
Transcribed Image Text:The Divergence Test for infinite series (also called the "n-th term test for divergence of a series") says that: lim n→ 00 An # 0 > an diverges n=1 Notice that this test tells us nothing about . An if lim An = 0; in n=1 that situation the series might converge or it might diverge. Consider the series n=1 The Divergence Test tells us this series: might converge or might diverge O diverges converges
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