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Fundamental theorem of algebra (view source)
Revision as of 13:13, July 13, 2016
, 13:13, July 13, 2016→See also: clean up & uniformity
The '''Fundamental theorem of algebra''' states that every non-[[zero]] single-[[variable]] [[polynomial]], (possibly with [[complex number|complex]] [[coefficient]]s), has exactly as many complex roots, or solutions, as its degree (the highest power the variable is raised to), if repeated roots are counted when they occur.
The '''Fundamental theorem of algebra''' states that every non-[[zero]] single-[[variable]] [[polynomial]], (possibly with [[complex number|complex]] [[coefficient]]s), has exactly as many complex roots, or solutions, as its degree (the highest power the variable is raised to), if repeated roots are counted when they occur.
==See Also==
==See also==
[[Algebra]]
[[Algebra]]
[[Category:mathematics]]
[[Category:Mathematics]]