Question 38 < > > Test the series below for convergence using the Root Test. 9n n (. 4n + 5 n=1 The limit of the root te

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Question 38 Test The Series Below For Convergence Using The Root Test 9n N 4n 5 N 1 The Limit Of The Root Te 1 (37.6 KiB) Viewed 39 times

Question 38 Test The Series Below For Convergence Using The Root Test 9n N 4n 5 N 1 The Limit Of The Root Te 2 (35.24 KiB) Viewed 39 times

Question 38 Test The Series Below For Convergence Using The Root Test 9n N 4n 5 N 1 The Limit Of The Root Te 3 (13.37 KiB) Viewed 39 times

Question 38 < > > Test the series below for convergence using the Root Test. 9n n (. 4n + 5 n=1 The limit of the root test simplifies to lim \f(n)where n → f(n) = = The limit is: (enter oo for infinity if needed) Based on this, the series Converges O Diverges

Question 39 > < Test the series below for convergence using the Ratio Test. (-1)"72n+1 n=0 (2n + 1)! The limit of the ratio test simplifies to lim \f(n) where no f(n) = The limit is: (enter oo for infinity if needed) Based on this, the series Select an answer

Question 40 Determine whether the given series converges absolutely, converges conditionally, or diverges. converges absolutely converges conditionally diverges