Answer Happy

Consider the following series. (-1)" n = 2 In(5n) Test the series for convergence or divergence using the Alternating Series Test. Identify bn Evaluate the following limit. lim bn n00 Since lim bn(? 40 and bn + 1 bn for all n, -Select--- n00 Test the series on for convergence or divergence using an appropriate Comparison Test. The series converges by the Limit Comparison Test with a convergent p-series. The series diverges by the Limit Comparison Test with a divergent geometric series. The series diverges by the Direct Comparison Test. Each term is greater than that of a comparable harmonic series. The series converges by the Direct Comparison Test. Each term is less than that of a divergent geometric series. Determine whether the given alternating series is absolutely convergent, conditionally convergent, or divergent. absolutely convergent conditionally convergent divergent