Sequence convergence, series convergence, limit analysis, mathematical analysis, strictly positive sequence, divergence, increasing sequence
This document discusses the convergence of sequences and series, analyzing their limits and behavior.
[...] The limit S is therefore in Divergence of the sequence n>1. For all : Or : Donc : Thus : On Thus the general term sequence diverge to 1 and n?1. According to question we have: Now the limit of in est , name fini. Thus ) converge towards The suite is strictly positive, increasing, and converges to . [...]
[...] Study of two series of sums Convergence of the sequence n?1. For all , on a : So, for all : Thus, the continuation is strictly increasing. On calculates first from : Or : et : Donc : So : Donc : Finally : According to question we have: The central terms cancel each other out and therefore there is therefore: Or . From where: According to question the continuation is growing. As is positive for all not null, according to the question , is dominated by . [...]
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