EXERCISES 5.4 Comparison Tests (Needs written assignment) Submit Question Jump to Answer Question 2 5/10 pts 0 5 To test this series for convergence 3n 6n n= You could use the Limit Comparison Test, comparing it to the series iM 8 r" where r= Completing the test, it shows the series: O Converges O Diverges Question Help: Video Message instructor Submit Question Jump to Answer 2 1 52OF Search Rain to stop ESC X FOlock F1 F2 F3 F4 FS S 2 3 4 5s for convergent X C Astcc.blackboard.com/webapps/blackboard/content/contentWrapper.jsp?course_id=_40723_1&display M Gmail YouTube Maps EXERCSIES 5.3 The Divergence and Integral Tests (Needs a written assignment) Textbook @ Videos ' [+] To test the series 1 73 for convergence, you can use the P-test. (You could also use the Integral Test, as is the case with all series of this type. ) According to the P-test: O 1 diverges O the P-test does not apply to 1 O 1 converges Now compute $5, the partial sum consisting of the first 5 terms of ) 1. $ 5 1 52. F Q Search Rain showers FO 1 - X $7 FB F5 ESC F3 F4 F6 EnLOCK F1 F2 S 8 5 6 A 2 3 U Q W E R H D G SEXERCSIES 5.3 The Divergence and Integral Tests (Needs a written assignment) Score: 55780 6/8 answered Question 6 Textbook @ Videos ) [+] Compute the value of the improper integral. (If the integral diverges to oo, type oo; if it diverges to -co, type -oo; if it diverges for some other reason, type DNE.) 9 1 + 72 da = 9 Use the value of the improper integral to determine whether or not the series -1 + n 2 converges or diverges. Enter C if the series is convergent, D if the series is divergent, and ? if the Integral Test does not apply: Question Help: Video Message instructor 2 1 52.F Q Search Rain to stop + X F6 F7 F8 ESC F1 F2 F3 F4 F5 EnLock S % @ 8 3 4 15 2 Q W E R TabEXERCSIES 5.3 The Divergence and Integral Tests (Needs a written assignment) core: 55/80 5/8 answered Question 5 Textbook [ @ Videos [ [+] Compute the value of the improper integral. (If the integral diverges to oo, type oo; if the integral diverges to -oo, type -oo; and if the integral diverges for some other reason, type DNE.) dx ( 4x + 2 ) 2 Use your answer to help determine whether the series converges or diverges. Enter C if 2 ( An + 2 ) ? the series is convergent, D if the series is divergent, or ? if the Integral Test does not apply: Question Help: Video Message instructor 2 1 52OF Rain to stop Q Search O ESC X EnLock F1 F2 F3 F4 F5 F6 F8 a S % 2 3 4 5 Q W E U Tab RSTCC EXERCISES 5.4 Comparison Tests (Needs written assignment) Submit Question Jump to Answer Question 3 5/10 pts 9 5 9 To test this series for convergence CO n n=1 Vn6 + 4 1 You could use the Limit Comparison Test, comparing it to the series where p= n-1 np Completing the test, it shows the series: Converges Diverges Question Help: Video 1 Video 2 Message instructor Submit Question Jump to Answer 1 52OF Search High winds soon ESC + F5 F7 F1 F2 F4 F6 EnLock F3 S 2 3 4 5