Difference between revisions of "Space (mathematics)"

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== See also ==
 
== See also ==
  
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* [[Affine space]]
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* [[Algebraic space]]
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* [[Baire space]]
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* [[Banach space]]
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* [[Cantor space]]
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* [[Cauchy space]]
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* [[Conformal space]]
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* [[Complex analytic space]]
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* [[Euclidean space]]
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* [[Function space]]
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* [[Hardy space]]
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* [[Hausdorff space]]
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* [[Hilbert space]]
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* [[Inner product space]]
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* [[Kolmogorov space]]
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* [[Lp space]]
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* [[Mathematical structure]]
 
* [[Mathematics]]
 
* [[Mathematics]]
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* [[Measure space]]
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* [[Metric space]]
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* [[Minkowski space]]
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* [[Normed vector space]]
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* [[Polish space]]
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* [[Quotient space]]
 
* [[Set (mathematics)]]
 
* [[Set (mathematics)]]
* [[Structure]]
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* [[Transport of structure]]
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* [[Sobolev space]]
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* [[Symplectic space]]
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* [[Topological space]]
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* [[Uniform space]]
 
* [[Universe (mathematics)]]
 
* [[Universe (mathematics)]]
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* [[Vector space]]
  
 
== External links ==
 
== External links ==

Revision as of 14:52, 4 April 2016

In mathematics, a space is a set (sometimes called a universe) with some added structure.

Description

Mathematical spaces often form a hierarchy, i.e., one space may inherit all the characteristics of a parent space.

For instance, all inner product spaces are also normed vector spaces, because the inner product induces a norm on the inner product space.

See also

External links