Given the two series: 1+2n4 (1) Σn=1√√³+6 In(n) and (II) Σ+% Using the limit comparison test (LCT) to each series, we find that: (1) diverges and (II) converges (1) converges and (II) diverges This option This option Both (1) and (II) diverge Both (1) and (II) converge This option This option

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Given the two series:
1+2n*
n5+6
Using the limit comparison test (LCT) to each series, we find that:
and (II) Eto In(n)
n3
(1) Et
n%=D1
(1) diverges and (II) converges
(1) converges and (II) diverges
This option
This option
Both (I) and (II) diverge
Both (I) and (II) converge
This option
This option
Transcribed Image Text:Given the two series: 1+2n* n5+6 Using the limit comparison test (LCT) to each series, we find that: and (II) Eto In(n) n3 (1) Et n%=D1 (1) diverges and (II) converges (1) converges and (II) diverges This option This option Both (I) and (II) diverge Both (I) and (II) converge This option This option
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