Match each series with the test that most efficiently determines whether the series converges or diverges. a. Convergent, geometric series,r< 1 b. Divergent, geometric series, r> 1 c. Divergent, divergence test d. Divergent, p-series, p <1 e. Convergent, p-series, p >1 00 k5 + 6 k=1 n=0 a b For ead quickes d ries, which test(s) could be used to determine whether it converges? Of those, which test seems Ihy? e
Match each series with the test that most efficiently determines whether the series converges or diverges. a. Convergent, geometric series,r< 1 b. Divergent, geometric series, r> 1 c. Divergent, divergence test d. Divergent, p-series, p <1 e. Convergent, p-series, p >1 00 k5 + 6 k=1 n=0 a b For ead quickes d ries, which test(s) could be used to determine whether it converges? Of those, which test seems Ihy? e
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.3: Geometric Sequences
Problem 50E
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