Abstract
We prove that a finite solvable group G admitting a Frobenius group FH of automorphisms of coprime order with kernel F and complement H such that [G, F] = G and C C G (F)(h) = 1 for all nonidentity elements h ∈ H, is of nilpotent length equal to the nilpotent length of the subgroup of fixed points of H.
ACKNOWLEDGMENT
The authors would like to thank Evgeny Khukhro for pointing out an error in an earlier version of the article, and the anonymous referee for his/her valuable suggestions which made the text more readable.
Notes
Communicated by A. Turull.