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A Characterization of the Class of Finite Groups with Nilpotent Derived Subgroup

A. Ballester‐Bolinches, Luis M. Ezquerro, M. C. Pedraza-Aguilera

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Abstract

The class of all finite groups with nilpotent commutator subgroup is characterized as the largest subgroup-closed saturated formation š”‰ for which the š”‰-residual of a group generated by two š”‰-subnormal subgroups is the subgroup generated by their š”‰ā€“residuals.

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The class of all finite groups with nilpotent commutator subgroup is characterized as the largest subgroup-closed saturated formation š”‰ for which the š”‰-residual of a group generated by two š”‰-subnormal subgroups is the subgroup generated by their š”‰ā€“residuals.

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Available abstract

The class of all finite groups with nilpotent commutator subgroup is characterized as the largest subgroup-closed saturated formation š”‰ for which the š”‰-residual of a group generated by two š”‰-subnormal subgroups is the subgroup generated by their š”‰ā€“residuals.

Key concepts: Mathematics, Commutator subgroup, Fitting subgroup, Characteristic subgroup, Omega and agemo subgroup, Nilpotent, Normal subgroup, Class (philosophy)

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