binomial coefficient

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binomial coefficient

n
(Mathematics) maths any of the numerical factors which multiply the successive terms in a binomial expansion; any term of the form n!/(n–k)!k!: written (nk), nCk, or Cnk. See also combination 6
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Translations
binomni koeficijent
References in periodicals archive ?
In fact we can be fairly sure that Khayyam used a method of finding nth roots based on the binomial expansion, and therefore on the binomial coefficients. Khayyam is best known as a result of Edward Fitzgerald's popular translation in 1859 of nearly 600 short four line poems the Rubaiyat.
Other topics include inhomogeneous supersymmetric bilinear forms, classification of 5-dimensional complex nilpotent Leibniz algebras, Catalan triangle numbers and binomial coefficients, and the module structure of the center of hyperelliptic Krichever-Novikov algebras.
Two new special power series, including the numbers of Lyndon words and binomial coefficients, are defined in Section 3.
Diaz-Barrero [11] gave the following results, providing circular regions containing all the zeros of a polynomial in terms of the binomial coefficients and Fibonacci's numbers.
The computer program for Equations (12), (16), (17), and (19) containing simple finite sums of binomial coefficients was developed using Mathematica 8.0 software.
We use the generalized binomial coefficients [mathematical expression not reproducible] given by [mathematical expression not reproducible] for n [member of] Z with the convention that [mathematical expression not reproducible] for all integers i < 0.
Thus, loss factors L can be written in form of binomial coefficients [L.sub.n,k]([eta]) = [[eta].sup.n][(1 -[eta]).sup.k-n]k!/((k -n)!n!), where [eta] is an efficiency coefficient that includes propagation losses and detection efficiency (beam splitter transmittance), k is the number of impinging photons, and n is the number of photons at the output of this beam splitter.
A note on balancing binomial coefficients Shane CHERN Communicated by Masaki KASHIWARA, M.J.A.
All other negative binomial coefficients presented in table 2 are of the anticipated signs and are significantly different from zero with the exception of the coefficients for the destination country population variable.
Let C(t) and CB(t) denote the generating functions for the Catalan numbers and the central binomial coefficients, that is,
are the binomial coefficients. And they have the following recurrence relationships:
Agarwal, "Fractional sums and difference with binomial coefficients," Discrete Dynamic Systems in Nature and Society, vol.
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