2020•Middle East Journal of ScienceOpen access

A REVERSE HÖLDER INEQUALITY IN L^p(x)(Ω)

Yasin Kaya

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Abstract

In this study, at first we provide a general overview of     px L  spaces, also known as variable exponent Lebesgue spaces.They are a generalization of classical Lebesgue spaces p L in the sense that constant exponent replaced by a measurable function.Then, based on classical Lebesgue space approach we prove a reverse of Hölder inequality in     px L  .Therefore, our proof in variable exponent Lebesgue space is very similar to that in classical Lebesgue space.

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In this study, at first we provide a general overview of     px L  spaces, also known as variable exponent Lebesgue spaces.They are a generalization of classical Lebesgue spaces p L in the sense that constant exponent replaced by a measurable function.Then, based on classical Lebesgue space approach we prove a reverse of Hölder inequality in     px L  .Therefore, our proof in variable exponent Lebesgue space is very similar to that in classical Lebesgue space.

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Available abstract

In this study, at first we provide a general overview of     px L  spaces, also known as variable exponent Lebesgue spaces.They are a generalization of classical Lebesgue spaces p L in the sense that constant exponent replaced by a measurable function.Then, based on classical Lebesgue space approach we prove a reverse of Hölder inequality in     px L  .Therefore, our proof in variable exponent Lebesgue space is very similar to that in classical Lebesgue space.

Key concepts: Standard probability space, Lp space, Lebesgue's number lemma, Mathematics, Lebesgue integration, Generalization, Exponent, Pure mathematics

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