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Mathematics 20 Online
OpenStudy (anonymous):

anyone knw wts the field and ring in group theory?

OpenStudy (anonymous):

Fields are sets which obey the field axioms. A ring is almost the same, except that it doesn't have division so no multiplicative inverses.

OpenStudy (anonymous):

So the set of real numbers are a field, the set of rational numbers are a field, the set of integers is a ring, etc.

OpenStudy (anonymous):

ahaa ok i think i gt the idea with this example thx :)

OpenStudy (jamesj):

Rings, fields and groups are all different types of algebraic objects. Groups are the most 'simple' in as much as they are a set with one binary operator; rings and fields have two binary operators ('addition' and 'multiplication') Every field is a ring, as described above, and every ring is a group under the 'addition' operating of the ring. But nearly all important groups that are studied as groups are not and cannot be made into rings or fields.

OpenStudy (anonymous):

thank james :)

OpenStudy (anonymous):

Thanks so much for this!!!

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