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Moment-generating function. In probability theory and statistics, the moment-generating function of a real-valued random variable is an alternative specification of its probability distribution. Thus, it provides the basis of an alternative route to analytical results compared with working directly with probability density functions or ...
For example, if a child grows from 1 m to 1.5 m between the ages of two and six years, then, at some time between two and six years of age, the child's height must have been 1.25 m. As a consequence, if f is continuous on [,] and () and () differ in sign, then, at some point [,], must equal zero.
The Euler–Maclaurin formula provides expressions for the difference between the sum and the integral in terms of the higher derivatives f(k)(x) evaluated at the endpoints of the interval, that is to say x = m and x = n. Explicitly, for p a positive integer and a function f(x) that is p times continuously differentiable on the interval [m,n ...
Bernstein polynomials can be generalized to k dimensions – the resulting polynomials have the form B i 1 (x 1) B i 2 (x 2) ... B i k (x k). [1] In the simplest case only products of the unit interval [0,1] are considered; but, using affine transformations of the line, Bernstein polynomials can also be defined for products [a 1, b 1] × [a 2 ...
Let α be a primitive element of GF(q m). For any positive integer i, let m i (x) be the minimal polynomial with coefficients in GF(q) of α i. The generator polynomial of the BCH code is defined as the least common multiple g(x) = lcm(m 1 (x),…,m d − 1 (x)). It can be seen that g(x) is a polynomial with coefficients in GF(q) and divides x ...
In mathematics and computer science, polynomial evaluation refers to computation of the value of a polynomial when its indeterminates are substituted for some values. In other words, evaluating the polynomial at consists of computing See also Polynomial ring § Polynomial evaluation. For evaluating the univariate polynomial the most naive ...
Family-sized Frosted Flakes, made by Kellogg's, has slimmed from 24 ounces to 21.7 ounces, resulting in a 40% increase in per-ounce pricing, the analysis found. About 38% of candy items are now ...
The inverse Langevin function L −1 (x) is defined on the open interval (−1, 1). For small values of x , it can be approximated by a truncation of its Taylor series [ 4 ] L − 1 ( x ) = 3 x + 9 5 x 3 + 297 175 x 5 + 1539 875 x 7 + … {\displaystyle L^{-1}(x)=3x+{\tfrac {9}{5}}x^{3}+{\tfrac {297}{175}}x^{5}+{\tfrac {1539}{875}}x^{7}+\dots }