Examples of using Arithmetic progression in English and their translations into Russian
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Y Dirichlet's theorem on arithmetic progressions.
Notice how the generality of the for makes the outer loop fit in the same form as the others, even thoughit is not an arithmetic progression.
This holds only if xi make an arithmetic progression with common difference 1 or -1.
The profit arising from clients you attract will grow in an arithmetic progression.
Is also the common difference in arithmetic progressions of fifteen and sixteen primes.
An estimate for a certain sum extended over the primes of an arithmetic progression.
If the angles of any triangle form an arithmetic progression then one of its angles must be 60°.
All integer triangles with a 60° angle have their angles in an arithmetic progression.
In other words there exist arithmetic progressions of primes, with k terms, where k can be any natural number.
Is it possible that exactly 42 of first 100 members of an arithmetic progression are integers?
Convex quadrilaterals whose side lengths form an arithmetic progression are always ex-tangential as they satisfy the characterization below for adjacent side lengths.
There are no Heronian triangles whose three internal angles form an arithmetic progression.
Accordingly, if the economy does not grow in arithmetic progression, then the scope of legal services cannot increase either.
On the Distribution of the Numbers with Binary Expansions of a Special Type in Arithmetic Progressions.
It has several equivalent formulations:If three square numbers form an arithmetic progression, then the gap between consecutive numbers in the progression(called a congruum) cannot itself be square.
Then we designed and implemented support for loops which loop counter varies as an arithmetic progression.
If a cyclic quadrilateral has side lengths that form an arithmetic progression the quadrilateral is also ex-bicentric.
We owe him the general concept of factorial as a product of a finite number of terms in arithmetic progression.
Numbers from N0 are uniformly distributed in arithmetic progressions with the difference p.
Because the components of the for are arbitrary expressions, for loops are not restricted to arithmetic progressions.
Any constant created by concatenating"0." with all primes in an arithmetic progression dn+ a, where a is coprime to d and to 10, will be irrational.
The Number of cars on the roads of our city andcountry is growing if not in geometric, arithmetic progression for sure.
It can be shown(as a nice application of Dirichlet's theorem on primes in arithmetic progression) that the only torsion points on this elliptic curve are those with y equal to 0, hence the existence of a rational point with y nonzero is equivalent to saying the elliptic curve has positive rank.
For example, for r 3,the longest coloring that avoids an arithmetic progression of length 2 is RGB.
Second, when the length k of the forced arithmetic progression is 2, one has W(r, 2) r+ 1, since one may construct a coloring that avoids arithmetic progressions of length 2 by using each color at most once, butusing any color twice creates a length-2 arithmetic progression.
The special case when the polynomials are m, 2m,…, km implies the previous result that there are length k arithmetic progressions of primes.
Dirichlet's theorem states that if a andd are coprime natural numbers, then the arithmetic progression a, a+ d, a+ 2d, a+ 3d,… contains infinitely many prime numbers.
When G{\displaystyle G} is the additive group Z{\displaystyle\mathbb{Z}} of integers, the cosets of G{\displaystyle G}are the arithmetic progressions.
See also formulas for Heronian triangles with one angle equal to twice another,Heronian triangles with sides in arithmetic progression, and isosceles Heronian triangles.
The Green-Tao theorem, proved by Ben Green andTerence Tao in 2004, states that the sequence of prime numbers contains arbitrarily long arithmetic progressions.