Examples of using Positive integer in English and their translations into Russian
{-}
-
Official
-
Colloquial
then the sum is divided by a positive integer called the modulus.
is incremented by some positive integer c{\displaystyle c.
whose value at a positive integer k is the number of k-colorings of the graph.
and a positive integer k{\displaystyle k.
Given any positive integer t, a t-design B is a class of k-element subsets of X, called blocks,
general linear group AGL(d, p), for some prime p and positive integer d≥ 1.
such that every pair of distinct elements of X is contained in exactly λ(a positive integer) subsets.
1 such that, for a given positive integer n, pn+ m is a prime number, where the primorial
has Coxeter-Dynkin diagram, for any positive integer p, 2 or greater, containing p vertices. p can be suppressed if it is 2.
to raise an integer m to a positive integer power n.
Jordan's totient function J k( n){\displaystyle J_{k}(n)} of a positive integer n{\displaystyle n} is the number of k{\displaystyle k}-tuples of positive integers all less than or equal to n{\displaystyle n} that form a
The advantage of the general number field sieve is that one need only search for smooth numbers of order n1/d for some positive integer d(typically 3
In other words, k is an Erdős-Woods number if there exists a positive integer a such that for each integer i between 0
0 for every positive integer k.
conjecture by Paul Erdős: There exists a positive integer k such that every integer a is uniquely determined by the list of prime divisors of a, a+ 1,…, a+ k.
In number theory, a nontotient is a positive integer n which is not a totient number:
It also gives an easy sufficient condition to planarity: for each positive integer i there should exist an embedding fi: Ki R2 such
let λ(the loop length) be the smallest positive integer such that xμ xλ+ μ.
n-dimensional Euclidean space where n is 2, 3, or any other positive integer.
these two sequences are complementary: each positive integer appears exactly once in either sequence.