For each of the following SEQUENCES, select whether they converge or diverge; for each that converges, select the limit. You DON'T need to show work for this question. F) A) { 2n + n5 +n! + 1 9" + 5" +1 B) { (-1 c){(-1)" D) { (-)"} E) {ln(n² +n+1) - ln(2n² +n+1)} [Select] [(n+1)!]² (-1)" (4m² n² +n +1 2n² +n+1f TA n+1 2n² +n + 1 J [Select] G) {(0.5)¹/"} [Select] + {(¹ + + )"} {(₁ H) 1+ n [ Select] [Select] [ Select] [Select] [Select]

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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Question
For each of the following SEQUENCES, select whether they converge or diverge; for each that
converges, select the limit.
You DON'T need to show work for this question.
F)
A)
B) {(-1)
G)
2n +n5+n! + 1 \
9" + 5" + 1
n² +n +1
2n² +n +1
n+1
2n² +n + 1/
9{(-1)
C)
D) { (-)"}
E) {ln(n² +n+1) - ln(2n² +n+1)} [Select]
[(n+1)!]²
1
{ }
[Select]
{(0.5)/"} [Select]
+ {(1 + - )"}
H)
n
[Select]
[Select]
[Select]
[Select]
[Select]
Transcribed Image Text:For each of the following SEQUENCES, select whether they converge or diverge; for each that converges, select the limit. You DON'T need to show work for this question. F) A) B) {(-1) G) 2n +n5+n! + 1 \ 9" + 5" + 1 n² +n +1 2n² +n +1 n+1 2n² +n + 1/ 9{(-1) C) D) { (-)"} E) {ln(n² +n+1) - ln(2n² +n+1)} [Select] [(n+1)!]² 1 { } [Select] {(0.5)/"} [Select] + {(1 + - )"} H) n [Select] [Select] [Select] [Select] [Select]
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