5+ sin x dæ? 2 3. a) It can be shown to diverge by using the Comparison Test to compare it to 4 dx. 13 O b) It can be shown to converge by using the Comparison Test to compare it to 6. dx. O c) It diverges because it's a p-integral with p = 1.
5+ sin x dæ? 2 3. a) It can be shown to diverge by using the Comparison Test to compare it to 4 dx. 13 O b) It can be shown to converge by using the Comparison Test to compare it to 6. dx. O c) It diverges because it's a p-integral with p = 1.
Chapter9: Sequences, Probability And Counting Theory
Section9.1: Sequences And Their Notations
Problem 71SE: Prove the conjecture made in the preceding exercise.
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