“…This was extended by Kegel in [11] to the case that A and B are finite nilpotent groups (and G is soluble). More generally the first author proved in [1] that the same conclusion holds for soluble products G = AB of two nilpotent subgroups A and B with A =£ B, provided that one of them satisfies the maximum or minimum condition on subgroups. In fact a similar argument applies if one of the two factors A and B is minimax (see [5]).…”
Section: Introductionmentioning
confidence: 82%
“…THEOREM C. Let G = A 1 Theorem C becomes false if more than one factor is merely locally nilpotent (see Remark 4.1(b)). Some further similar statements for locally finite groups and hyper-(abelian-or-finite) groups with finite torsion-free rank that are products of nilpotent groups are contained in Section 5.…”
Section: Theorem B Let G = a L A T Be A Group Factorized By Finimentioning
Let G be a group factorized by finitely many pairwise permutable nilpotent subgroups. The aim of this paper is to find conditions under which at least one of the factors is contained in a proper normal subgroup of G.
“…This was extended by Kegel in [11] to the case that A and B are finite nilpotent groups (and G is soluble). More generally the first author proved in [1] that the same conclusion holds for soluble products G = AB of two nilpotent subgroups A and B with A =£ B, provided that one of them satisfies the maximum or minimum condition on subgroups. In fact a similar argument applies if one of the two factors A and B is minimax (see [5]).…”
Section: Introductionmentioning
confidence: 82%
“…THEOREM C. Let G = A 1 Theorem C becomes false if more than one factor is merely locally nilpotent (see Remark 4.1(b)). Some further similar statements for locally finite groups and hyper-(abelian-or-finite) groups with finite torsion-free rank that are products of nilpotent groups are contained in Section 5.…”
Section: Theorem B Let G = a L A T Be A Group Factorized By Finimentioning
Let G be a group factorized by finitely many pairwise permutable nilpotent subgroups. The aim of this paper is to find conditions under which at least one of the factors is contained in a proper normal subgroup of G.
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