Consider the infinite series true? A (В C 1+ n=1 1 47² n=1 The integral test can be used to verify convergence of the series because f (x) = is positive, continuous, and decreasing for ≥ 1. Which of the following inequalities is n=1 n² n² <1+ 1 7/²2 da < 1 + 1/2 da © [ 1 ² <1 + ² = 0 < 2 1 D n² n=1

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.1: Infinite Sequences And Summation Notation
Problem 24E
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Question
3
Esc
Consider the infinite series
true?
B)
¹ + √ ²0 21 2² ² < 1 ² ²2 < √₂2² 2²2 ²2²
-dz
1 ½ da
da <
F1
1
The integral test can be used to verify convergence of the series because f (x) = is positive, continuous, and decreasing for ≥ 1. Which of the following inequalities is
72²
@
2
n²
01
@ Σ' </#<1+]
C
n²
n=1
♫x
Ⓒ [<1 + 0x</
D
1+
1
n=17²
<1+
10 12/2
F2
da < 1+ 2da
#m
zzdr
3
J
F3
$
4
F4
DII
%
5
F5
-Ớ
A
F6
6
*
.F7
&
7
PrtScn
F8
*
8
Home
F9
9
End
F10
0
PgUp
F11
PgDn
F12
C
Transcribed Image Text:3 Esc Consider the infinite series true? B) ¹ + √ ²0 21 2² ² < 1 ² ²2 < √₂2² 2²2 ²2² -dz 1 ½ da da < F1 1 The integral test can be used to verify convergence of the series because f (x) = is positive, continuous, and decreasing for ≥ 1. Which of the following inequalities is 72² @ 2 n² 01 @ Σ' </#<1+] C n² n=1 ♫x Ⓒ [<1 + 0x</ D 1+ 1 n=17² <1+ 10 12/2 F2 da < 1+ 2da #m zzdr 3 J F3 $ 4 F4 DII % 5 F5 -Ớ A F6 6 * .F7 & 7 PrtScn F8 * 8 Home F9 9 End F10 0 PgUp F11 PgDn F12 C
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