-
1 algebraic independence
Большой англо-русский и русско-английский словарь > algebraic independence
-
2 algebraic independence
Математика: алгебраическая независимостьУниверсальный англо-русский словарь > algebraic independence
-
3 algebraic independence
English-Russian scientific dictionary > algebraic independence
-
4 independence
independence in variety — матем. независимость в разнообразии
independence in behavior — матем. независимость в поведении
independence under ignorance — матем. независимость в условиях незнания
-
5 алгебраическая независимость
Большой англо-русский и русско-английский словарь > алгебраическая независимость
-
6 degree
1) градус2) матем. степень; порядок3) сорт, качество4) диплом5) степень, уровень; ступень•degrees to port — мор. градусы левого борта
degrees to starboard — мор. градусы правого борта
to some degree — до некоторой степени; в известной мере
-
7 graph
1) граф2) график || строить график3) диаграмма || чертить диаграмму•- alternating composition graph - arbitrarily transversable graph - derived graph - doubly connected graph - doubly transitive graph - fully connected graph - locally countable graph - locally finite graph - locally restricted graph - log-log graph - partially labeled graph - partially orderable graph - progressively finite graph - regressively finite graph - strictly weak graph - strongly orientable graph - strongly regular graph - strongly rigid graph - strongly singular graph - strongly smooth graph - totally inductive graph - triangleless graph - triply transitive graph - uniquely intersectable graph - uniquely representable graph - weakly disconnected graph
См. также в других словарях:
Algebraic independence — In abstract algebra, a subset S of a field L is algebraically independent over a subfield K if the elements of S do not satisfy any non trivial polynomial equation with coefficients in K . This means that for every finite sequence α1, ..., α n of … Wikipedia
Adelic algebraic group — In mathematics, an adelic algebraic group is a topological group defined by an algebraic group G over a number field K , and the adele ring A = A ( K ) of K . It consists of the points of G having values in A ; the definition of the appropriate… … Wikipedia
Matroid — In combinatorics, a branch of mathematics, a matroid ( /ˈmeɪ … Wikipedia
Transcendence theory — In mathematics, transcendence theory is a branch of number theory that investigates transcendental numbers, in both qualitative and quantitative ways.TranscendenceThe fundamental theorem of algebra tells us that if we have a non zero polynomial… … Wikipedia
E-function — In mathematics, E functions are a type of power series that satisfy particular systems of linear differential equations.DefinitionA function f ( x ) is called of type E , or an E function [Carl Ludwig Siegel, Transcendental Numbers , p.33,… … Wikipedia
List of mathematics articles (A) — NOTOC A A Beautiful Mind A Beautiful Mind (book) A Beautiful Mind (film) A Brief History of Time (film) A Course of Pure Mathematics A curious identity involving binomial coefficients A derivation of the discrete Fourier transform A equivalence A … Wikipedia
Pi — This article is about the number. For the Greek letter, see Pi (letter). For other uses, see Pi (disambiguation). The circumference of a ci … Wikipedia
Schanuel's conjecture — In mathematics, specifically transcendence theory, Schanuel s conjecture is the following statement::Given any n complex numbers z 1,..., z n which are linearly independent over the rational numbers Q, the extension field Q( z 1,..., z n ,exp( z… … Wikipedia
Yuri Valentinovich Nesterenko — ( ru. Юрий Валентинович Нестеренко; born December 5, 1946) is a mathematician who has written papers in algebraic independence theory and transcendental number theory.Publications*cite journal|author=Nesterenko, Y.|title=Modular Functions and… … Wikipedia
Forking extension — In model theory, a forking extension of a type is an extension that is in some sense not free, and a non forking extension is an extension that is as free as possible. This can be used to extend the notions of linear or algebraic independence to… … Wikipedia
Algebraische Unabhängigkeit — In der abstrakten Algebra ist die algebraische Unabhängigkeit eine Eigenschaft von Elementen einer transzendenten Körpererweiterung, welche besagt, dass diese Elemente keine nichttriviale Polynomgleichung mit Koeffizienten im Grundkörper erfüllen … Deutsch Wikipedia