Applying the ratio test to the series ∞ 1 k you would compute ak+1 lim = lim k→∞ ak k→∞ Hence the series converges ak+1 Note that you will have to simplify your answer for ak otherwise you will get an error message. Your answer should not contain factorials, exponents, or multiplication symbols. 9 =

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.2: Arithmetic Sequences
Problem 68E
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Applying the ratio test to the series
∞
1
k
you would compute
ak+1
lim
= lim
k→∞ ak
k→∞
Hence the series
converges
ak+1
Note that you will have to simplify your answer for ak
otherwise you will get an error message. Your answer should
not contain factorials, exponents, or multiplication symbols.
9
=
Transcribed Image Text:Applying the ratio test to the series ∞ 1 k you would compute ak+1 lim = lim k→∞ ak k→∞ Hence the series converges ak+1 Note that you will have to simplify your answer for ak otherwise you will get an error message. Your answer should not contain factorials, exponents, or multiplication symbols. 9 =
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