Hello, complete the attached Calculus question correctly and show all your work. Please use the attached Integral test, to correctly solve the problem.*Also when you find the solution, please plug the answer and this following sentence frame as a conclusion. Sentence Frame: By the ________ test, the series _________ is _divergent or convergent____________.Thank you. 1) Use the Integral Test to determine whether the series >is convergent or divergent.2n=1 n´ +1Please use the attached Integral Test to correctly Solve the problem. Show all your work .*Also when you find the solution, please plug the answer into this followingsentence frame as a conclusion.Sentence Frame: By theis_divergent or convergent_test, the series+1n=1Thank you. Assume f(n) = an, andf(x) is positive, decreasing andcontinuous on [1, 0).Use the integral test if the integral is easy to evaluate.The integral is always an improper integral, soINTEGRAL TEST%3Df f(x)dx is convergent (divergent), then(for series withpositive terms)La, is also convergent (divergent).f(x)dx = lim [ f(x)dx.n=1

Answered: Image /qna-images/answer/23efe8fa-1a22-40fc-856d-8560a533e9d9.jpg

Hello, complete the attached Calculus question correctly and show all your work. Please use the attached Integral test, to correctly solve the problem. *Also when you find the solution, please plug the answer and this following sentence frame as a conclusion. Sentence Frame: By the ________ test, the series _________

Hello, complete the attached Calculus question correctly and show all your work. Please use the attached Integral test, to correctly solve the problem. *Also when you find the solution, please plug the answer and this following sentence frame as a conclusion. Sentence Frame: By the test, the series _

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter10: Sequences, Series, And Probability

Section10.3: Geometric Sequences

Problem 49E

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