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For each series below identify which test could be used to determine convergence or divergence. More than one test may apply to a particular series but you must use each of the tests below at least once. a) nth-term test b) p-series test c) Geometric series test d) e) f) Telescoping series test Integral test Direct comparison test Limit comparison test h) Alternating series test i) Ratio test

For each series below identify which test could be used to determine convergence or divergence. More than one test may apply to a particular series but you must use each of the tests below at least once. a) nth-term test b) p-series test c) Geometric series test d) e) f) Telescoping series test Integral test Direct comparison test Limit comparison test h) Alternating series test i) Ratio test

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section: Chapter Questions
Problem 2RE
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P-series, nth term, and ratio text have already been used
4. 5 90 ΤΗ n=1 4-0 (n² + 1)² n+1 Σ.) 0
Transcribed Image Text:4. 5 90 ΤΗ n=1 4-0 (n² + 1)² n+1 Σ.) 0
ted View Saved to this PC ✓ Help fer to stay in Protected View. Search (Alt+Q) Enable Editing a) nt-term test b) p-series test c) Geometric series test Name For each series below identify which test could be used to determine convergence or divergence. More than one test may apply to a particular series but you must use each of the tests below at least once. d) e) Integral test f) Direct comparison test Telescoping series test Limit comparison test Alternating series test Ratio test
Transcribed Image Text:ted View Saved to this PC ✓ Help fer to stay in Protected View. Search (Alt+Q) Enable Editing a) nt-term test b) p-series test c) Geometric series test Name For each series below identify which test could be used to determine convergence or divergence. More than one test may apply to a particular series but you must use each of the tests below at least once. d) e) Integral test f) Direct comparison test Telescoping series test Limit comparison test Alternating series test Ratio test
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