2006•Journal of Inequalities in Pure & Applied MathematicsRequires access

A NEW EXTENSION OF MONOTONE SEQUENCES AND ITS APPLICATIONS

László Leindler

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Abstract

We define a new class of numerical sequences. This class is wider than any one of the classical or recently defined new classes of sequences of monotone type. Because of this generality we can generalize only the sufficient part of the classical Chaundy-Jolliffe theorem on the uniform convergence of sine series. We also present two further theorems having conditions of sufficient type.

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What this paper is about

We define a new class of numerical sequences. This class is wider than any one of the classical or recently defined new classes of sequences of monotone type. Because of this generality we can generalize only the sufficient part of the classical Chaundy-Jolliffe theorem on the uniform convergence of sine series. We also present two further theorems having conditions of sufficient type.

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Available abstract

We define a new class of numerical sequences. This class is wider than any one of the classical or recently defined new classes of sequences of monotone type. Because of this generality we can generalize only the sufficient part of the classical Chaundy-Jolliffe theorem on the uniform convergence of sine series. We also present two further theorems having conditions of sufficient type.

Key concepts: Mathematics, Generality, Extension (predicate logic), Monotone polygon, Class (philosophy), Type (biology), Convergence (economics), Monotonic function

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