A group G is metahamiltonian if all its non-abelian subgroups are normal. It is proved here that a finitely generated soluble group is metahamiltonian if and only if all its finite homomorphic images are metahamiltonian; the behaviour of soluble minimax groups with metahamiltonian finite homomorphic images is also investigated. Moreover, groups satisfying the minimal condition on non-metahamiltonian subgroups are described
The norm of a group was introduced by R. Baer as the intersection of all normalizers of subgroups, a...
The norm of a group was introduced by R. Baer as the intersection of all normalizers of subgroups, a...
The norm of a group was introduced by R. Baer as the intersection of all normalizers of subgroups, a...
A group G is metahamiltonian if all its non-abelian subgroups are normal. It is proved here that a f...
A group G is metahamiltonian if all its non-abelian subgroups are normal. It is proved here that a f...
A group G is metahamiltonian if all its non-abelian subgroups are normal. It is proved here that a f...
A group is called metahamiltonian if all its non-abelian subgroups are normal. It is proved here tha...
A group is called metahamiltonian if all its non-abelian subgroups are normal. It is proved here tha...
A group is called metahamiltonian if all its non-abelian subgroups are normal. It is known that any ...
A group is called metahamiltonian if all its non-abelian subgroups are normal. It is known that any ...
A group is called metahamiltonian if all its non-abelian subgroups are normal; it is known that loca...
A group is called metahamiltonian if all its non-abelian subgroups are normal; it is known that loca...
A subgroup H of a group G is said to be permutable if HK = KH for every subgroup K of G and the grou...
A subgroup H of a group G is said to be permutable if HK = KH for every subgroup K of G and the grou...
A group is called metahamiltonian if all its non-abelian subgroups are normal; it is known that loca...
The norm of a group was introduced by R. Baer as the intersection of all normalizers of subgroups, a...
The norm of a group was introduced by R. Baer as the intersection of all normalizers of subgroups, a...
The norm of a group was introduced by R. Baer as the intersection of all normalizers of subgroups, a...
A group G is metahamiltonian if all its non-abelian subgroups are normal. It is proved here that a f...
A group G is metahamiltonian if all its non-abelian subgroups are normal. It is proved here that a f...
A group G is metahamiltonian if all its non-abelian subgroups are normal. It is proved here that a f...
A group is called metahamiltonian if all its non-abelian subgroups are normal. It is proved here tha...
A group is called metahamiltonian if all its non-abelian subgroups are normal. It is proved here tha...
A group is called metahamiltonian if all its non-abelian subgroups are normal. It is known that any ...
A group is called metahamiltonian if all its non-abelian subgroups are normal. It is known that any ...
A group is called metahamiltonian if all its non-abelian subgroups are normal; it is known that loca...
A group is called metahamiltonian if all its non-abelian subgroups are normal; it is known that loca...
A subgroup H of a group G is said to be permutable if HK = KH for every subgroup K of G and the grou...
A subgroup H of a group G is said to be permutable if HK = KH for every subgroup K of G and the grou...
A group is called metahamiltonian if all its non-abelian subgroups are normal; it is known that loca...
The norm of a group was introduced by R. Baer as the intersection of all normalizers of subgroups, a...
The norm of a group was introduced by R. Baer as the intersection of all normalizers of subgroups, a...
The norm of a group was introduced by R. Baer as the intersection of all normalizers of subgroups, a...