
Abstract In the article, we establish some monotonicity and convexity (concavity) properties for certain combinations of polynomials and the Ramanujan R-function by use of the monotone form of L’Hôpital’s rule and present serval new asymptotically sharp bounds for the Ramanujan R-function that improve some previously known results.
gaussian hypergeometric function, Other analytical inequalities, convexity, riemann zeta function, 33b15, 33c05, monotonicity, Convexity of real functions in one variable, generalizations, ramanujan r-function, Classical hypergeometric functions, \({}_2F_1\), Ramanujan \(R\)-function, QA1-939, 26a51, Gaussian hypergeometric function, generalized elliptic integral, Riemann zeta function, 26d20, Gamma, beta and polygamma functions, Mathematics
gaussian hypergeometric function, Other analytical inequalities, convexity, riemann zeta function, 33b15, 33c05, monotonicity, Convexity of real functions in one variable, generalizations, ramanujan r-function, Classical hypergeometric functions, \({}_2F_1\), Ramanujan \(R\)-function, QA1-939, 26a51, Gaussian hypergeometric function, generalized elliptic integral, Riemann zeta function, 26d20, Gamma, beta and polygamma functions, Mathematics
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