5+ sin x dæ? 2 3. a) It can be shown to diverge by using the Comparison Test to compare it to 4 dx. 13 O b) It can be shown to converge by using the Comparison Test to compare it to 6. dx. O c) It diverges because it's a p-integral with p = 1.

College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
Publisher:Jay Abramson
Chapter9: Sequences, Probability And Counting Theory
Section9.1: Sequences And Their Notations
Problem 71SE: Prove the conjecture made in the preceding exercise.
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Which one of the following is a true statement regarding the improper integral
5+ sin x
dx?
-2
3
a) It can be shown to diverge by using the Comparison Test to compare it to
dx.
J3
O b) It can be shown to converge by using the Comparison Test to compare it to
dx.
O c) It diverges because it's a p-integral with p = 1.
Transcribed Image Text:Which one of the following is a true statement regarding the improper integral 5+ sin x dx? -2 3 a) It can be shown to diverge by using the Comparison Test to compare it to dx. J3 O b) It can be shown to converge by using the Comparison Test to compare it to dx. O c) It diverges because it's a p-integral with p = 1.
a) It can be shown to diverge by using the Comparison Test to compare it to
00
4
dx.
J3
b) It can be shown to converge by using the Comparison Test to compare it to
6.
dx.
1.
c) It diverges because it's a p-integral with p
%3D
O d) It can be shown to converge by using the Comparison Test to compare it to
dx.
13
e) It can be shown to diverge by using the Comparison Test to compare it to
6.
dx.
3
Transcribed Image Text:a) It can be shown to diverge by using the Comparison Test to compare it to 00 4 dx. J3 b) It can be shown to converge by using the Comparison Test to compare it to 6. dx. 1. c) It diverges because it's a p-integral with p %3D O d) It can be shown to converge by using the Comparison Test to compare it to dx. 13 e) It can be shown to diverge by using the Comparison Test to compare it to 6. dx. 3
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