Use integral test to determine whether the series is convergent or divergent. note: you must verify all conditions are met before proceeding with the integration. infinity e k=1 ke^-k^2

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Nancy Sawyer

Mathematics

4 January, 02:37

Use integral test to determine whether the series is convergent or divergent. note: you must verify all conditions are met before proceeding with the integration. infinity e k=1 ke^-k^2

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Patricia Christian · Answer 1

Determine whether the geometric series. ∞. ∑ n=1 en. 3n-1 is convergent or divergent. If it isconvergent, find its sum. Answer: I can re-write the terms as en. 3n-1 ... (n n + 1.) = lim n→∞ sn = limn→∞. (-ln (n + 1)) = - ∞, so the given series diverges. 48. Find the values of x for which the series. ∞. ∑n=1. (x - 4) n converges.