(3k + 8)! Consider the series> ar k3k k-1 k-1 a) What is ak+1? ak+1 = aktl ? b) What is ak ak-1/ak = If the limit is infinite, enter infinity. If the limit does not ak ak+1 c) Compute lim exist, enter DNE.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section: Chapter Questions
Problem 22RE
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d) What does the Ratio Test say about the convergence of the given series?
O The series converges absolutely.
O The series converges conditionally.
O The Ratio Test is inconclusive.
O The series diverges.
Transcribed Image Text:d) What does the Ratio Test say about the convergence of the given series? O The series converges absolutely. O The series converges conditionally. O The Ratio Test is inconclusive. O The series diverges.
(3k + 8)!
k3k
Consider the series
ak
k-i
k=
a) What is ak+1?
ak+1 =
aktl?
b) What is
ak
ak-1/ak
ak+1
c) Compute lim
If the limit is infinite, enter infinity. If the limit does not
ak
exist, enter DNE.
Limit
IM:
Transcribed Image Text:(3k + 8)! k3k Consider the series ak k-i k= a) What is ak+1? ak+1 = aktl? b) What is ak ak-1/ak ak+1 c) Compute lim If the limit is infinite, enter infinity. If the limit does not ak exist, enter DNE. Limit IM:
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