“…2 Remark 1. When k = 3, i = 2 or k = 3, i = 1 in Theorems 1 and 2, we can obtain Theorem 1 or 2 and Corollary 1 or 2 of Mortici et al [11], respectively. So, our results improve and generalize the corresponding conclusions of the above paper.…”
Section: Complete Monotonicity and Preliminary Estimatesmentioning
confidence: 89%
“…and R n 2,3 = 1·4···(3n−2) 3·6···(3n) , which were studied by Mortici et al [11], respectively. The main contributions of this article are to prove that these functions in (7) are completely monotonic on (0, ∞) and to establish some sharp inequalities.…”
Section: ·6···(3n)mentioning
confidence: 97%
“…2 Remark 2. Clearly, the left sides of Theorems 3 and 4 of Mortici et al [11] are included in (22), but the right sides can not be included in (23). Despite all this, (22) and (23) give a unified and fast estimation method.…”
In this paper, we study some ratios of the Pochhammer k-symbol. We prove that some functions associated to these ratios are completely monotonic and obtain some sharp inequalities.
“…2 Remark 1. When k = 3, i = 2 or k = 3, i = 1 in Theorems 1 and 2, we can obtain Theorem 1 or 2 and Corollary 1 or 2 of Mortici et al [11], respectively. So, our results improve and generalize the corresponding conclusions of the above paper.…”
Section: Complete Monotonicity and Preliminary Estimatesmentioning
confidence: 89%
“…and R n 2,3 = 1·4···(3n−2) 3·6···(3n) , which were studied by Mortici et al [11], respectively. The main contributions of this article are to prove that these functions in (7) are completely monotonic on (0, ∞) and to establish some sharp inequalities.…”
Section: ·6···(3n)mentioning
confidence: 97%
“…2 Remark 2. Clearly, the left sides of Theorems 3 and 4 of Mortici et al [11] are included in (22), but the right sides can not be included in (23). Despite all this, (22) and (23) give a unified and fast estimation method.…”
In this paper, we study some ratios of the Pochhammer k-symbol. We prove that some functions associated to these ratios are completely monotonic and obtain some sharp inequalities.
“…For more history of π see [6,7,14]. Very recently, Mortici et al [36] proved some completely monotonic functions and inequalities associated with the ratio of gamma functions. x/2 (4.4) gives at least eight decimal places of the gamma function.…”
In this paper, we present some completely monotonic functions and asymptotic expansions related to the gamma function. Based on the obtained expansions, we provide new bounds for Γ(x + 1)/Γ(x + 1 2) and Γ x + 1 2 .
“…In the past different papers appeared providing inequalities for the gamma, digamma, and polygamma functions (see [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18]). By using the mean value theorem to the function log Γ( ) on [ , + 1], with > 0 and > 0, Batir [19] presented the following inequalities for the gamma and digamma functions: …”
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