Abstract:We propose higher-order generalizations of Jacobsthal's p-adic approximation for binomial coefficients. Our results imply explicit formulae for linear combinations of binomial coefficients ip p (i = 1, 2, . . . ) that are divisible by arbitrarily large powers of prime p.
“…Both of Robert and Menken have used the p-adic factorial only to define the p-adic gamma function, without giving its properties. Furthermore, Aidagulov and Alekseyev in [6] have also used the so-called modified (p-adic) factorial, with the notation n! p , to study the modified (p-adic) binomial coefficients.…”
In this paper, we establish a new approach of the p-adic analogue of Roman factorial, called p-adic Roman factorial. We define this new concept and demonstrate its properties and some properties of p-adic factorial.
“…Both of Robert and Menken have used the p-adic factorial only to define the p-adic gamma function, without giving its properties. Furthermore, Aidagulov and Alekseyev in [6] have also used the so-called modified (p-adic) factorial, with the notation n! p , to study the modified (p-adic) binomial coefficients.…”
In this paper, we establish a new approach of the p-adic analogue of Roman factorial, called p-adic Roman factorial. We define this new concept and demonstrate its properties and some properties of p-adic factorial.
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