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DUE DATE: MAR. 29, 2022 In questions 1 and 2, establish the convergence or divergence of the following series by using the test indicated. Some

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DUE DATE: MAR. 29, 2022 In questions 1 and 2, establish the convergence or divergence of the following series by using the test indicated. Some of these series appeared on last week's homework. The purpose is again to show that a particular problem may be solved by more than one method. 1. RATIO (It is possible that the test may fail to decide convergence or divergence) (a) 3 + 5n n= 1 4n n - n . 2n (c) (d) (e ) n2n! (2n) ! 2. ALTERNATING SERIES (If the alternating series test does not apply, then just answer "the alternating series test does not apply because. ..") (a ) (-1)n+1 V5n -1 00 (-inthem (6) n = 1 n (-1)n+1 (c) iM 8 In(n + 9)

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