Difference between revisions of "Vector space"
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Chippeterson (Talk | contribs) (New page: '''Vector space''' is an additive group in which addition is commutative and with which is associated a field of scalars, as the field of real numbers, such that the product of a scala...) |
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| + | A '''vector space''' is an additive group in which addition is commutative and with which is associated a field of scalars, as the field of real [[number]]s, such that the product of a scalar and an element of the group or a vector is defined, the product of two scalars times a vector is associative, one times a vector is the vector, and two distributive [[law]]s hold. | ||
[[Category:Dictionary]] | [[Category:Dictionary]] | ||
Revision as of 22:53, November 5, 2008
Template:Stub A vector space is an additive group in which addition is commutative and with which is associated a field of scalars, as the field of real numbers, such that the product of a scalar and an element of the group or a vector is defined, the product of two scalars times a vector is associative, one times a vector is the vector, and two distributive laws hold.
