X 5n 40 lnn 2 n1 40 39 n 1 41 n1 x

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Unformatted text preview: n n 32) ∑ 3n - 4 n =1 ∞ 33) ∑ n =1 32) 1 1n - n 2 n 10 33) 10 Determine convergence or divergence of the series. ∞ 16 34) ∑ n 1/4 n =1 ∞ 35) ∑ n =1 34) ln (7n) n5 35) Determine convergence or divergence of the alternating series. ∞ 7n + 3 36) ∑ (- 1)n ln 6n + 2 n =1 ∞ 37) ∑ n =1 (- 1)n 36) 6n 2 + 5 2n 2 + 6 37) 11 Determine if the series converges absolutely, converges, or diverges. ∞ 4n 8 + 4 38) ∑ (- 1)n 8n 9 + 2 n =1 ∞ 38) (- 2)n 8n 6 + 8n 39) Find the seriesʹ radius of convergence....
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This document was uploaded on 03/17/2014 for the course MATH 185 at Orange Coast College.

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