Nilradical: Difference between revisions

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==Definition for commutative rings==
{{ideal-defining function}}
 
==Definition==


===Symbol-free definition===
===Symbol-free definition===
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* It is the radical of zero.
* It is the radical of zero.
* It is the set of [[nilpotent element]]s
* It is the set of [[nilpotent element]]s
==Definition for noncommutative rings==
For noncommutative rings, there is no ''single'' nilradical, rather there is a general ''property'' of being a nilradical. {{further|[[Nilradical (noncommutative rings)]]}}
[[Category: Ideal-defining functions on commutative rings]]

Revision as of 22:29, 2 February 2008

Template:Ideal-defining function

Definition

Symbol-free definition

The nilradical of a commutative unital ring is defined as the subset that satisfies the following equivalent conditions: