Order (mathematics): Difference between revisions
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imported>Richard Pinch (expanded def) |
imported>Richard Pinch (added definition of Order (group theory)) |
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* The [[cardinality]] of a finite set or algebraic structure | * The [[cardinality]] of a finite set or algebraic structure | ||
* [[Order (group theory)]] | * [[Order (group theory)]], the least positive integer (if one exists) such that raising a group element to that power gives the identity | ||
* [[Order (relation)]], an irreflexive antisymmetric transitive binary [[relation (mathematics)|relation]] | * [[Order (relation)]], an irreflexive antisymmetric transitive binary [[relation (mathematics)|relation]] | ||
* [[Order (ring theory)]], a [[ring (mathematics)|ring]] which is finitely generated as a '''Z'''-module | * [[Order (ring theory)]], a [[ring (mathematics)|ring]] which is finitely generated as a '''Z'''-module | ||
{{disambig}} | {{disambig}} | ||
Revision as of 07:44, 15 November 2008
In mathematics, order may refer to
- The cardinality of a finite set or algebraic structure
- Order (group theory), the least positive integer (if one exists) such that raising a group element to that power gives the identity
- Order (relation), an irreflexive antisymmetric transitive binary relation
- Order (ring theory), a ring which is finitely generated as a Z-module
This disambiguation page lists articles associated with the same or a similar title.