Category:Definitions/Limit Points
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This category contains definitions related to limit points in the context of topology.
Related results can be found in Category:Limit Points.
A point $x \in S$ is a limit point of $A$ if and only if every open neighborhood $U$ of $x$ satisfies:
- $A \cap \paren {U \setminus \set x} \ne \O$
That is, if and only if every open set $U \in \tau$ such that $x \in U$ contains some point of $A$ distinct from $x$.
Subcategories
This category has the following 6 subcategories, out of 6 total.
A
- Definitions/Adherent Points (4 P)
D
- Definitions/Derived Sets (1 P)
I
- Definitions/Isolated Points (9 P)
Pages in category "Definitions/Limit Points"
The following 19 pages are in this category, out of 19 total.
L
- Definition:Limit of Sequence/Topological Space
- Definition:Limit Point
- Definition:Limit Point in Metric Space
- Definition:Limit Point of Filter Basis
- Definition:Limit Point of Set/Definition from Adherent Point
- Definition:Limit Point of Set/Definition from Closure
- Definition:Limit Point of Set/Definition from Open Neighborhood
- Definition:Limit Point of Set/Definition from Relative Complement
- Definition:Limit Point/Also known as
- Definition:Limit Point/Filter Basis
- Definition:Limit Point/Metric Space
- Definition:Limit Point/Normed Vector Space
- Definition:Limit Point/Topology
- Definition:Limit Point/Topology/Point
- Definition:Limit Point/Topology/Set