Results 11 to 20 of about 55,236 (313)
On Binomial Coefficient Residues [PDF]
The number of binomial coefficients , which are congruent to j , 0 ≤ j ≤ p − 1, modulo the prime number p is denoted by θj(n). In this paper we give systems of simultaneous linear difference equations with constant coefficients whose
J . B. Roberts
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Inequalities for Binomial Coefficients
For any real number \(r\) with \(r>1\), let \(c_r= (2\pi(1-{1\over r}))^{-1/2}\) and \(d_r= (r-1)/(1-{1\over r})^r\). Let \(B_{2m}\) \((m= 1,2,\dots)\) be the Bernoulli numbers defined by \[ {z\over e^z-1}=1-{z\over 2}+\sum^\infty_{m=1} B_{2m}{z^{2m}\over (2m)!}.
Sasvári, Zoltán
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Sum of Successive Partitions of Binomial Coefficient
This paper focuses on the successive partition method applied to a binomial coefficient in combinatorial geometric series. The coefficient for each term in combinatorial geometric series refers to a binomial coefficient.
Chinnaraji Annamalai
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Ascending and Descending Orders of Annamalai’s Binomial Coefficient
This paper presents the analysis of ascending and descending orders with Annamalai’s binomial coefficient compared with traditional combination of combinatorics.
Chinnaraji Annamalai
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Theorem on the Binomial Coefficient for Positive Real Number
This paper presents a theorem for computing a binomial coefficient with positive real number.
Chinnaraji Annamalai
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On some series involving the binomial coefficients $binom{3n}{n}$ [PDF]
Using a simple transformation, we obtain much simpler forms for some series involving binomial coefficients $binom{3n}{n}$ derived by Necdet Batir. New evaluations are given and connections with Fibonacci numbers and the golden ratio are established ...
Kunle Adegoke +2 more
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Successive Partition Method for Binomial Coefficient in Combinatorial Geometric Series
This paper focuses on the successive partition method applied to a binomial coefficient in combinatorial geometric series. The coefficient for each term in combinatorial geometric series refers to a binomial coefficient.
Chinnaraji Annamalai
core +1 more source
q-Analogue of a binomial coefficient congruence
We establish a q-analogue of the congruence (papb)≡(ab) (modp2) where p is a prime and a and b are positive integers.
W. Edwin Clark
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Bisecting binomial coefficients
In this paper, we deal with the problem of bisecting binomial coefficients. We find many (previously unknown) infinite classes of integers which admit nontrivial bisections, and a class with only trivial bisections. As a byproduct of this last construction, we show conjectures Q2 and Q4 of Cusick and Li.
Eugen J. Ionascu +2 more
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ON DIVISIBILITY OF BINOMIAL COEFFICIENTS [PDF]
AbstractIn this paper, motivated by Catalan numbers and higher-order Catalan numbers, we study factors of products of at most two binomial coefficients.
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