Examples of using Equiv in English and their translations into Russian
{-}
-
Official
-
Colloquial
G or equiv.
In equiv. US dollars.
Common problems with the EQUIV file.
Equiv. full-time staff.
Outputs: x, an integer satisfying x 2≡ a{\displaystyle x^{2}\equiv a.
Note: all≡{\displaystyle\equiv} are taken to mean( mod p){\displaystyle{\pmod{p}}}, unless indicated otherwise.
A necessary and sufficient condition for the existence of an S(3,4,n)is that n≡{\displaystyle\equiv} 2 or 4 mod 6.
The following table lists the value of α≡ r b/ r 1{\displaystyle\alpha\equiv r_{ b}/ r_{ 1}} that results in the bi-elliptic transfer being better for some selected cases.
The Project envisages assessment of the Carbon Intensity Index- green-house gases emissions volume СО 2-equiv.
An additional necessary condition is that n≢{\displaystyle\not\equiv} 4(mod 5), which comes from the fact that the number of blocks must be an integer.
Fee for attending Priority Pass business zone at airport- 30 USD/ 25 EUR Restrictions to cash withdrawal at ATMs- daily limit 1 500 EUR or equiv.
ST/SG/AC.10/C.3/R.729(EPTA/TCA) Min. equiv. shell thickness: overriding minimum shell thickness in Chapter 12, Part II, Table 12.2.
Pocklington's algorithm is a technique for solving a congruence of the form x 2≡ a( mod p),{\displaystyle x^{2}\equiv a{\pmod{p}},\,} where x and a are integers and a is a quadratic residue.
An integer b is a Very Smooth Quadratic Residue' modulo n if the largest prime in bs factorization is at most(log n)c andthere exists an integer x such that b≡ x 2 mod n{\displaystyle b\equiv x^{2}\mod n.
It is true that if n is prime,then 2 n≡ 2 mod n{\displaystyle 2^{n}\equiv 2{\bmod{n}}} this is a special case of Fermat's little theorem.
Indeed\[3{20} 3486784401\equiv 1\;(\mkern-18mu\mod 100)\] This is exactly an example of the situation when the Euler's totient function doesn't provide the smallest natural number satisfying the equation.
A necessary condition for the existence of such a system is that n≡{\displaystyle\equiv} 3 or 5(mod 6) which comes from considerations that apply to all the classical Steiner systems.
The Welch-Costas array is constructed by taking a primitive root g of a prime number p and defining the array A by A i, j 1{\displaystyleA_{i, j}=1}if j≡ g i mod p{\displaystyle j\equiv g^{i}{\bmod{p}}}, otherwise 0.
However, the converse(if 2 n≡ 2 mod n{\displaystyle 2^{n}\equiv 2{\bmod{n}}} then n is prime) is false, and therefore the hypothesis as a whole is false.
Lubotzky, Phillips and Sarnak show how to construct an infinite family of( p+ 1){\displaystyle(p+1)}-regular Ramanujan graphs, whenever p{\displaystyle p} is a prime number andp≡ 1( mod 4){\displaystyle p\equiv 1{\pmod{4.
So the solution of x 2+ D≡ 0{\displaystyle x^{2}+D\equiv 0} is got by solving the linear congruence u k x≡± t k{\displaystyle u_{k}x\equiv\pm t_{k.
If r is small,we can recover m by an exhaustive search, i.e. checking if x i≡ a mod n{\displaystyle x^{i}\equiv a\mod n} for all 0…( r- 1){\displaystyle 0\dots r-1.
Here is a list of programs that are designed to work with the EQUIV file- remember, these applications are able to open at most a few file extensions, they are designed to work with a specific data type.
This follows from Carmichael's theorem which states that if n is apositive integer then λ(n) is the smallest integer m such that a m≡ 1( mod n){\displaystyle a^{m}\equiv 1{\pmod{n}}} for every integer a that is coprime to n.
UNOSC TOTAL Note 1: PHD Doctorate or equiv.; MA Master's degree or equiv.; BA Bachelor's degree or equiv.; Other Less than Bachelor's degree; N/A Not Available.
A Wolstenholme prime is a prime number p> 7 that satisfies the congruence( 2 p- 1 p- 1)≡ 1( mod p 4),{\displaystyle{2p-1\choose p-1}\equiv 1{\pmod{p^{4}}},} where the expression in left-hand side denotes a binomial coefficient.
A method was proposed anda calculation of the ZrO 2 content in the(NaCl-KCl) equiv-UO 2 Cl 2-ZrCl 4 melt for different values of current density(0.08-0.63 A/cm 2) and the ZrCl 4 concentration(0-12.3wt%) was carried out on the base of known composition for one UO 2-ZrO 2 cathode deposit.
In number theory, the Chinese hypothesis is a disproven conjecture stating that an integer n is prime if and only if it satisfies the condition that 2 n- 2{\displaystyle 2^{n}-2} is divisible by n-in other words, that integer n is prime if andonly if 2 n≡ 2 mod n{\displaystyle 2^{n}\equiv 2{\bmod{n.
Cipolla's algorithm is a technique for solving a congruence of the form x 2≡ n( mod p),{\displaystyle x^{2}\equiv n{\pmod{p}},} where x, n∈ F p{\displaystyle x, n\in\mathbf{F}_{p}}, so n is the square of x, and where p{\displaystyle p} is an odd prime.
In number theory, a Carmichael number is a composite number n{\displaystyle n}which satisfies the modular arithmetic congruence relation: b n- 1≡ 1( mod n){\displaystyle b^{n-1}\equiv 1{\pmod{n}}} for all integers b{\displaystyle b} which are relatively prime to n{\displaystyle n.