Denseness/Related Articles: Difference between revisions
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imported>Richard Pinch |
John Leach (talk | contribs) m (Text replacement - "Closure (mathematics)" to "Closure (topology)") |
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{{r|Topological space}} | {{r|Topological space}} | ||
{{r|Closed set}} | {{r|Closed set}} | ||
{{r|Closure ( | {{r|Closure (topology)|Closure}} | ||
{{r|Approximation theory}} | {{r|Approximation theory}} | ||
{{r|Weierstrass' theorem}} | {{r|Weierstrass' theorem}} | ||
{{r|Dense-in-itself set}} | {{r|Dense-in-itself set}} | ||
{{r|Nowhere dense set}} | {{r|Nowhere dense set}} | ||
Latest revision as of 08:34, 2 March 2024
- See also changes related to Denseness, or pages that link to Denseness or to this page or whose text contains "Denseness".
Parent topics
- Topological space [r]: A mathematical structure (generalizing some aspects of Euclidean space) defined by a family of open sets. [e]
- Closed set [r]: In geometry and topology, a set that contains its boundary; the complement of an open set. [e]
- Closure [r]: A set together with all its limit points. [e]
- Approximation theory [r]: Field of mathematics that studies how to approximate functions by simpler functions and how good this approximation is. [e]
- Weierstrass' theorem [r]: Add brief definition or description
- Dense-in-itself set [r]: A set in a topological space with no isolated points, so that all its points are limit points of itself. [e]
- Nowhere dense set [r]: A set in a topological space whose closure has empty interior. [e]