Abstract:Abstract:In this work, by using an integral identity together with both the Hölder and the Power-Mean integral inequality we establish several new inequalities for n-time differentiable log-convex functions.
“…Convexity theory has appeared as a powerful technique to study a wide class of unrelated problems in pure and applied sciences. Many articles have been written by a number of mathematicians on convex functions and inequalities for their different classes, using, for example, the last articles [3,[8][9][10][11][12][13][14][15] and the references in these papers.…”
In this work, by using an integral identity together with both the Hölder and the Power-Mean integral inequality we establish several new inequalities for n-time differentiable r-convex and concave functions.
“…Convexity theory has appeared as a powerful technique to study a wide class of unrelated problems in pure and applied sciences. Many articles have been written by a number of mathematicians on convex functions and inequalities for their different classes, using, for example, the last articles [3,[8][9][10][11][12][13][14][15] and the references in these papers.…”
In this work, by using an integral identity together with both the Hölder and the Power-Mean integral inequality we establish several new inequalities for n-time differentiable r-convex and concave functions.
“…(b − a) f (n) b m m MRemark. If we take m = 1 in Corollary 3, then the results coincide with[12]. Under the conditions Theorem 2 for m = 1 we have the following inequality.n−k f (k) (b) b k+1 − f (k) (a) a k+1 (k + 1)!…”
mentioning
confidence: 54%
“…The theory of convex analysis has emerged as one of the most interesting and useful field of mathematics and the other sciences in last few decades. For some inequalities, generalizations and applications concerning convexity see [7,[9][10][11]13,17,18]. Recently, in the literature there are so many papers about n-times differentiable functions on several kinds of convexities.…”
In this work, by using an integral identity we obtain several new inequalities for m-time differentiable m-logarithmicallyconvex functions. We should especially mention that the results obtained in special cases coincide with the well-known results in the literature.
In this paper, we propose and analyze the concept of s-convex function ofexponential type, as well as some of its algebraic properties are discussed. Inaddition, for the newly suggested class of functions, we demonstrate several newintegral inequalities of the Hermite-Hadamard (H-H) type. Furthermore, weexplore various variants of the H-H type inequalities for a function whose firstabsolute derivative at a certain power is s-convex function of exponential type. Inaccordance with this newly proposed concept, we studied various applications ofspecial means. We hope that the technique studied in this work will further sparkthe interest of interested scholars.
AMS Subject Classification: Primary 26D15; secondary 26A51
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