v M 10.4 X * Course Hero X + X G 2% myopenmath.com/assess2/?cid=232022&aid=16355214#/skip/4 Home > Math 262 Calculus II Summer 2024 > Assessment 10.4 Progress saved Done Score: 3.5/7 Answered: 2/7 . Question 4 0/1 pt 9 5 2 2 0 Details Compute the value of the improper integral. (If the integral diverges to oo, type oo; if it diverges to -Do, type -oo; if it diverges for some other reason, type DNE.) 9 Use the value of the improper integral to determine whether or not the series 1 + n2 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: DVideo Submit Question DO # 3 4 Jul 18 3:22 8v M 10.4 X * Course Hero X + X G 2% myopenmath.com/assess2/?cid=232022&aid=16355214#/skip/7 Score: 3.5/7 Answered: 2/7 .Question 7 0.5/1 pt 0 4-5 # 2 0 Details Score on last try: 0.5 of 1 pts. See Details for more. Get a similar question You can retry this question below 1 To test the series 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: 1 converges O 1 diverges O the P-test does not apply to 1 Now compute $5, the partial sum consisting of the first 5 terms of 1 M Question Help: Video Submit Question DO # 3 4 Jul 18 3:22 0v M 10.5 X * Course Hero X + X G 2% myopenmath.com/assess2/?cid=232022&aid=16355215#/skip/6 Home > Math 262 Calculus II Summer 2024 > Assessment 10.5 Progress saved Done & Voc Score: 6.5/8 Answered: 5/8 Question 6 0.5/1 pt O 3-5 2 2 0 Details Score on last try: 0.5 of 1 pts. See Details for more. > Next question Get a similar question You can retry this question below To test this series for convergence n=1 n4 - 2 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: O Diverges O Converges Question Help: Video Submit Question DO 7 0 4 Jul 18 3:23 9 0v M 10.5 X * Course Hero X + X G myopenmath.com/assess2/?cid=232022&aid=16355215#/skip/7 Home > Math 262 Calculus II Summer 2024 > Assessment 10.5 Progress saved Done & Voc Score: 6.5/8 Answered: 5/8 Question 7 0.5/1 pt 0 4-5 2 2 0 Details Score on last try: 0.5 of 1 pts. See Details for more. > Next question Get a similar question You can retry this question below To test this series for convergence 47 - 2 n=1 You could use the Limit Comparison Test, comparing it to the series r" where r= n=1 Completing the test, it shows the series: Converges O Diverges Question Help: Video Submit Question DO 7 0 4 Jul 18 3:23 9 0v M 105 % R CourseHero x | 4 = > O 23 myopenmath.com/assess2/?cid=232022&aid=16355215#/skip/8 = d ] 10.5 Score: 6.5/8 Answered: 5/8 Progress saved | Done & Y0ai @ Question 8 |l 0.5/1pt 'O 35 32 O Details Score on last try: 0.5 of 1 pts. See Details for more. 2 Get a similar question You can retry this question below To test this series for convergence o n ; VP14 =1 You could use the Limit Comparison Test, comparing it to the series Z T where p-D n=1 Completing the test, it shows the series: Converges O Diverges o Question Help: [ Video 1 [ Video 2 Submit Question D @ @ O Q = O s 323%0 v M 10.6 X * Course Hero X + X G 9% myopenmath.com/assess2/?cid=232022&aid=16355216#/skip/4 Course | Forums | Calendar Gradebook Home > Math 262 Calculus II Summer 2024 > Assessment 10.6 Save progress Done Score: 3/5 Answered: 4/5 X Question 4 0/1 pt 0 4 2 2 0 Details Score on last try: 0 of 1 pts. See Details for more. > Next question Get a similar question You can retry this question below For the series below calculate the sum of the first 4 terms, $4, and find a bound for the error. Make sure to include at least several decimals for accuracy when the problem is graded. E (-1)"200 7=1 720.6 SA = |error | S Question Help: DVideo Submit Question DO # 3 4 Jul 18 3:23 9v M 10.6 X * Course Hero X + X G 9% myopenmath.com/assess2/?cid=232022&aid=1635 5216#/skip/5 Course | Forums | Calendar Gradebook Home > Math 262 Calculus II Summer 2024 > Assessment 10.6 Save progress Done Score: 3/5 Answered: 4/5 . Question 5 0/1 pt 9 5 0 Details For the series below calculate find the number of terms n that must be added in order to find the sum to the indicated accuracy. n1.1 |error|