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- Abstract algebra defines rings and fields as follows123:
- A ring is a set equipped with two operations, called addition and multiplication.
- A ring is a group under addition and satisfies some of the properties of a group for multiplication.
- The ring axioms require that addition is commutative, addition and multiplication are associative, multiplication distributes over addition.
- A field is a group under both addition and multiplication.
- A field is a commutative division ring.
- A ring is a division ring or skew field if all non-zero elements are units, i.e. if it forms a group under multiplication with its nonzero elements.
- Alternatively, a field is a ring where is an abelian group under multiplication.
Learn more:✕This summary was generated using AI based on multiple online sources. To view the original source information, use the "Learn more" links.The ring axioms require that addition is commutative, addition and multiplication are associative, multiplication distributes over addition. A field can be thought of as two groups with extra distributivity law. A ring is more complex: with abelian group and a semigroup with extra distributivity law.math.stackexchange.com/questions/141249/what-i…A RING is a set equippedwith two operations, called addition and multiplication. A RING is a GROUP under additionand satisfies some of the properties of a group for multiplication. A FIELD is a GROUPunder both addition and multiplication.www-users.cse.umn.edu/~brubaker/docs/152/152g…Definition 20: A ring is a division ring or skew field if all non-zero elements are units, i.e. if it forms a group under multiplication with its nonzero elements. Definition 21: A field is a commutative division ring. Alternatively, a field is a ring where is an abelian group under multiplication.en.wikibooks.org/wiki/Abstract_Algebra/Rings - People also ask
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