Topology

Articles
Title
Proof That a Compact Subset of a Hausdorff Space is Closed
Proof That a Compactification of a Connected Space is Connected
Proof That a Completely Regular Space is Regular
Proof That a Component of a Locally Connected Space is Open
Proof That a Component of a Space is Closed
Proof That a Connected Set Cannot be Expressed as the Union of Nonempty, Disjoint, Closed Subsets
Proof That a Connected Space is Not Necessarily Path Connected
Proof That a Continuous Function on a Compact Metric Space is Uniformly Continuous
Proof That a Continuous Function With Codomain Rn on a Closed Subset of a T4 Space X Has a Continuous Extension to X
Proof That a Continuous Image of a Path Connected Space is Path Connected

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