q7 Test the series for convergence or divergence.Part 1: Divergence TestIdentify the corresponding positive terms: bn =Evaluate the limit: lim b₁ =12-400Since lim b, is Selectn-00Part 2: Alternating Series TestTest for ConvergenceCompute the derivative:તSince bn SelectdnAbsolute vs. ConditionalSince the corresponding positive seriesddn9., the Divergence Test tells us Selectthe sequence Select7e Selectby the Select7(-e). So the Alternating Series Test tells us Select✓, the alternating series 7(-e) converges Selectn-1

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Test the series for convergence or divergence. Part 1: Divergence Test Identify the corresponding positive terms: b₁ = Evaluate the limit: lim b₁ = 12-400 Since lim b, is Select n-00 Part 2: Alternating Series Test Test for Convergence Compute the derivative: Since bn Select d dn Absolute vs. Conditional d dn bn , the Divergence Test tells us Select Since the corresponding positive series 87 the sequence Select 7e Select V by the Select 7(-e)". . So the Alternating Series Test tells us Select ], the alternating series 7(-e)-" converges Select 7-1