1. Determine whether the series converges. If it does, find its sum. 5.(-2)n-1 3n+1 2. Consider the series n=0 n=2 1 (3n

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1. Determine whether the series converges. If it does, find its sum. 5.(-2)n-1 3n+1 2. Consider the series n=0 n=2 1 (3n

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1 Determine Whether The Series Converges If It Does Find Its Sum 5 2 N 1 3n 1 2 Consider The Series N 0 N 2 1 3n 1
1 Determine Whether The Series Converges If It Does Find Its Sum 5 2 N 1 3n 1 2 Consider The Series N 0 N 2 1 3n 1 (23.61 KiB) Viewed 23 times
1. Determine whether the series converges. If it does, find its sum. 5.(-2)n-1 3n+1 2. Consider the series n=0 n=2 1 (3n+ 1)³ (a) Use the Integral Test to show that the series converges. (b) What is the smallest value of n for with the partial sum s, approximates the series correct to 3 decimal places?
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