Examples of using Positive integer in English and their translations into Greek
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The question may arise whether a positive integer x is a Fibonacci number or not.
For all data items the figures are to be reported as positive integer figures.
Prime numbers are positive integer.
N is a positive integer, greater than 1.
In particular, n is a positive integer greater than 1.
Lemma.- If n is a positive integer.
The question may arise whether a positive integer z is a Fibonacci number.
Is a positive integer, then it must be 0.999…,
Consider the following operation on an arbitrary positive integer: If the number is even,
If no such positive integer exists then we say that a is of infinite order.
For example, a counting problem associated with factoring is"Given a positive integer n, count the number of nontrivial prime factors of n.".
The order of an element g∈ G is the smallest positive integer n such that g n= e, where e.
For example, the problem of factoring"Given a positive integer n, find a nontrivial prime factor of n." is a computational problem.
It's a positive integer and it is neither divisible by 2 nor 3, so it disproves the statement.
c by an arbitrary positive integer, one gets a parametrization of all right triangles whose three sides have integer lengths.
Several examples with detailed solutions on how to factor a positive integer using prime numbers.
When n is a positive integer, exponentiation corresponds to repeated multiplication of the base:
So we just have to find a positive integer that is not divisible by 2 or 3, by neither 2 nor 3.
stated by Bachet without justification, that every positive integer is the sum of four squares, 1770.
When n is a positive integer exponentiation corresponds to repeated multiplication;