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Consequently, every finite group G has a smallest normal subgroup with a supersoluble quotient.
Let G U denote the smallest normal subgroup of G such that G / G U is supersoluble.
(i) If (G/N) is finitely presented, there exists a finite subset (S subset N) such that (N) is the smallest normal subgroup of (G) containing (S). (ii) If (G/Z) is finitely presented, then (Z) is finitely generated.
In view of Theorem 3.1, we also have N = G = G N, where G N denotes the smallest normal subgroup of G such that G / G N is nilpotent.
Similar(8)
Elementary concepts (homomorphism, subgroup, coset, normal subgroup), solvable groups, commutator subgroup, Sylow theorems, structure of finitely generated Abelian groups.
This is a normal subgroup in G.
Each normal subgroup (prod _{j=k}^iM_j) is complemented in (G_{i+1}) by the subgroup (G_k).
Moreover, (K) is nilpotent, so every maximal subgroup of (K) is a normal subgroup of (K).
Let (G) be a finitely generated group, (N) a normal subgroup, and (Z) a central subgroup.
(F 1,A) is a soft subgroup (soft normal subgroup) of (F 2,A), and.
(b) Each normal subgroup (prod _{j=k}^iM_j) is complemented in (G_{i+1}) by the subgroup (G_k).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com