terms |
abelianization |
As nouns the difference between terms and abelianization
is that
terms is while
abelianization is (mathematics) a homomorphism that transforms a group into an abelian group.
abelianisation |
abelianization |
As nouns the difference between abelianisation and abelianization
is that
abelianisation is while
abelianization is (mathematics) a homomorphism that transforms a group into an abelian group.
taxonomy |
abelianization |
As nouns the difference between taxonomy and abelianization
is that
taxonomy is the science or the technique used to make a classification while
abelianization is (mathematics) a homomorphism that transforms a group into an abelian group.
abelianization |
abelianized |
Related terms |
Abelianization is a related term of abelianized.
In mathematics|lang=en terms the difference between abelianization and abelianized
is that
abelianization is (mathematics) a homomorphism that transforms a group into an abelian group while
abelianized is (mathematics) transformed into an abelian group.
As a noun abelianization
is (mathematics) a homomorphism that transforms a group into an abelian group.
As an adjective abelianized is
(mathematics) transformed into an abelian group.
As a verb abelianized is
(
abelianize).
abelian |
abelianization |
In mathematics terms the difference between abelian and abelianization
is that
abelian is having a commutative defining operation while
abelianization is a homomorphism that transforms a group into an abelian group.
As an adjective abelian
is having a commutative defining operation.
group |
abelianization |
As nouns the difference between group and abelianization
is that
group is a number of things or persons being in some relation to one another while
abelianization is (mathematics) a homomorphism that transforms a group into an abelian group.
As a verb group
is to put together to form a group.
homomorphism |
abelianization |
As nouns the difference between homomorphism and abelianization
is that
homomorphism is a structure-preserving map between two algebraic structures, such as groups, rings, or vector spaces while
abelianization is a homomorphism that transforms a group into an abelian group.