Determines sharp radii for g h / z, z²/g(z), and z² / ∫(t/g(t)) dt to lie in M(λ) when g,h ∈ suitable subclasses of S, plus sharp Bohr, Bohr-Rogosinski, and improved Bohr radii for a subclass of starlike functions.
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A geometric investigation of a certain subclass of univalent functions
Determines sharp radii for g h / z, z²/g(z), and z² / ∫(t/g(t)) dt to lie in M(λ) when g,h ∈ suitable subclasses of S, plus sharp Bohr, Bohr-Rogosinski, and improved Bohr radii for a subclass of starlike functions.