Category:Definitions/Limits of Sequences
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This category contains definitions related to Limits of Sequences.
Related results can be found in Category:Limits of Sequences.
Real Numbers
Let $\sequence {x_n}$ be a sequence in $\R$.
Let $\sequence {x_n}$ converge to a value $l \in \R$.
Then $l$ is a limit of $\sequence {x_n}$ as $n$ tends to infinity.
Rational Numbers
Let $\sequence {x_n}$ be a sequence in $\Q$.
Let $\sequence {x_n}$ converge to a value $l \in \R$, where $\R$ denotes the set of real numbers.
Then $l$ is a limit of $\sequence {x_n}$ as $n$ tends to infinity.
Complex Numbers
Let $\sequence {z_n}$ be a sequence in $\C$.
Let $\sequence {z_n}$ converge to a value $l \in \C$.
Then $l$ is a limit of $\sequence {z_n}$ as $n$ tends to infinity.
Pages in category "Definitions/Limits of Sequences"
The following 15 pages are in this category, out of 15 total.
L
- Definition:Limit of Complex Sequence
- Definition:Limit of Rational Sequence
- Definition:Limit of Real Sequence
- Definition:Limit of Sequence
- Definition:Limit of Sequence (Metric Space)
- Definition:Limit of Sequence in Metric Space
- Definition:Limit of Sequence in Normed Vector Space
- Definition:Limit of Sequence/Complex Numbers
- Definition:Limit of Sequence/Metric Space
- Definition:Limit of Sequence/Normed Vector Space
- Definition:Limit of Sequence/Rational Numbers
- Definition:Limit of Sequence/Real Numbers
- Definition:Limit of Sequence/Topological Space
- Definition:Limit Point/Normed Vector Space/Sequence