Determine the convergence of an Where an =1 cos . Using b,= 1- an we find that lim n00 b, and since bn is (D), we conclude that a is (D) by the an O Using b, = =D1 and since b, is (C), we conclude that an is (C) by the LCT. bn we find that lim noc None of the given options is correct. Using b,= an we find that lim and since b, is (C), we conclude thata, is (C) by the LCT an Using b, 1 and since b, is (D), we conclude thata, is (D) by the LCT. we find that lim 112

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Determine the convergence of an where a,n
=1- cos .
Using bn= 1- =we find that lim
an
%3D
1.
and since bn is (D), we conclude that an is (D) by the LC
n+00 b,
Using b
an
we find that lim
noo b,
= 1 and since bn is (C), we conclude that an is (C) by the LCT.
%3D
None of the given options is correct.
an
we find that lim
n00 b
Using b
and since b is (C), we conclude that a, is (C) by the LCT
O Using bn
=l and since b is (D), we conclude that a is (D) by the LCT.
we find that lim
Transcribed Image Text:Determine the convergence of an where a,n =1- cos . Using bn= 1- =we find that lim an %3D 1. and since bn is (D), we conclude that an is (D) by the LC n+00 b, Using b an we find that lim noo b, = 1 and since bn is (C), we conclude that an is (C) by the LCT. %3D None of the given options is correct. an we find that lim n00 b Using b and since b is (C), we conclude that a, is (C) by the LCT O Using bn =l and since b is (D), we conclude that a is (D) by the LCT. we find that lim
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