1. Let n be the natural numbers 1 an = (-1)"e"³ sin" 2en and A. Find out if En=1an : -Absolutely Converges, -Conditionally Converges or, -Diverges (Show complete solution)

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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1. Let n be the natural numbers and let:
1
bn = n° sin"
2en
1
An = (-1)"e"² sin"
2en
and
A. Find out if En=1an:
%=D1
-Absolutely Converges,
-Conditionally Converges or,
-Diverges
(Show complete solution)
B. Find out if En bn:
n=1
-Converges or,
-Diverges
(Show complete solution using Limit Comparison Test)
Transcribed Image Text:1. Let n be the natural numbers and let: 1 bn = n° sin" 2en 1 An = (-1)"e"² sin" 2en and A. Find out if En=1an: %=D1 -Absolutely Converges, -Conditionally Converges or, -Diverges (Show complete solution) B. Find out if En bn: n=1 -Converges or, -Diverges (Show complete solution using Limit Comparison Test)
2. Considering the power series:
+00
Σ
(x + 2)"
2ln (n)
n=2
A. Show that resulting series when x = -3 is conditionally convergent.
The inequality 0 < 2In(n) < eln(n) , for any natural number n 2 2, may
be useful (Show complete solution)
B. Look for the Interval of Convergence of the power series
(Show complete solution)
Transcribed Image Text:2. Considering the power series: +00 Σ (x + 2)" 2ln (n) n=2 A. Show that resulting series when x = -3 is conditionally convergent. The inequality 0 < 2In(n) < eln(n) , for any natural number n 2 2, may be useful (Show complete solution) B. Look for the Interval of Convergence of the power series (Show complete solution)
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