Test the series for convergence or divergence. Using the Ratio Test, we evaluate lim (n+9) 25 n-x Since the limit is less than 1 O, the series converges absolutely x n=1 8 25 (n+8)8n 52n+2

Calculus: Early Transcendentals
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Test the series for convergence or divergence.
Using the Ratio Test, we evaluate lim (n +9) 25
n→∞
Since the limit is less than 1
O, the series converges absolutely
=
8
8
25
(n+8)8n
52n+2
Transcribed Image Text:Test the series for convergence or divergence. Using the Ratio Test, we evaluate lim (n +9) 25 n→∞ Since the limit is less than 1 O, the series converges absolutely = 8 8 25 (n+8)8n 52n+2
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