(1) lim an + 0 implies that > An diverges . n=0 True. False. Check one. lim an + 0 is a necessary condition for the divergence of (2) n → 00 Σ An. n=0 True. False. Check one. (3) lim an An. 0 is a necessary condition for the convergence of > n=0 True. False. Check one. (4) The convergence of > An implies lim an 0. n → 00 n=0 True. False. Check one.

(1) lim an + 0 implies that > An diverges . n=0 True. False. Check one. lim an + 0 is a necessary condition for the divergence of (2) n → 00 Σ An. n=0 True. False. Check one. (3) lim an An. 0 is a necessary condition for the convergence of > n=0 True. False. Check one. (4) The convergence of > An implies lim an 0. n → 00 n=0 True. False. Check one.

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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