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Fungrim entry: 1d2ee5

Symbol: SequenceLimit — lim⁡n→af ⁣(n)\lim_{n \to a} f\!\left(n\right) — Limiting value of sequence
This operator can be called with three or four arguments.
SequenceLimit(f(n), n, a), rendered as lim⁡n→af ⁣(n)\lim_{n \to a} f\!\left(n\right), is equivalent to Limit(f(n), n, a, Element(n, ZZ)) but renders to LaTeX without displaying the predicate n∈Zn \in \mathbb{Z} which readers will typically understand from context.
SequenceLimit(f(n), n, a, P(n)), rendered as lim⁡n→a,P(n)f ⁣(n)\lim_{n \to a, P\left(n\right)} f\!\left(n\right), is equivalent to Limit(f(n), n, a, And(Element(n, ZZ), P(n))).
Definitions:
Fungrim symbol Notation Short description
SequenceLimitlim⁡n→af ⁣(n)\lim_{n \to a} f\!\left(n\right) Limiting value of sequence
Limitlim⁡x→af ⁣(x)\lim_{x \to a} f\!\left(x\right) Limiting value
ZZZ\mathbb{Z} Integers
Source code for this entry:
Entry(ID("1d2ee5"),
    SymbolDefinition(SequenceLimit, SequenceLimit(f(n), n, a), "Limiting value of sequence"),
    Description("This operator can be called with three or four arguments."),
    Description(SourceForm(SequenceLimit(f(n), n, a)), ", rendered as", SequenceLimit(f(n), n, a), ", is equivalent to", SourceForm(Limit(f(n), n, a, Element(n, ZZ))), "but renders to LaTeX without displaying the predicate", Element(n, ZZ), " which readers will typically understand from context."),
    Description(SourceForm(SequenceLimit(f(n), n, a, P(n))), ", rendered as", SequenceLimit(f(n), n, a, P(n)), ", is equivalent to", SourceForm(Limit(f(n), n, a, And(Element(n, ZZ), P(n)))), "."))

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Copyright (C) Fredrik Johansson and contributors. Fungrim is provided under the MIT license. The source code is on GitHub.

2019-06-18 07:49:59.356594 UTC