Translation for 'prime number' from English to Bulgarian

prime number {noun}

просто число {ср}мат.

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to number {verb}

номерирам

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number {noun}

брой {м}

число {ср}

perfect number {noun}

съвършено число {ср}мат.

phone number {noun}

телефонен номер {м}

square number {noun}

квадратно число {ср}мат.

random number {noun}

случайно число {ср}мат.

tetrahedral number {noun}

тетраедрално число {ср}мат.

inventory number {noun}

инвентарен номер {м}

number {noun} <no.>

номер {м} <№>

decimal number {noun}

десетично число {ср}

algebraic number theory {noun}

unverified алгебрична теория {ж} на числатамат.

triangular pyramidal number {noun}

триъгълното пирамидално число {ср}мат.

CAS (regisrty) number {noun}

регистрационен номер {м} в CASхимия

floating point number {noun}

число {ср} с плаваща запетаяинформ.

International Bank Account Number {noun} <IBAN>

международен номер {м} на банкова сметка <IBAN>фин.

prime {noun}

просто число {ср}мат.

prime meridian {noun}

нулев меридиан {м}геог.

prime minister {noun}

министър-председател {м}пол.

• is a prime number.
• It is defined as an Euler product, with one factor for every prime number "p".
• The numbers 8 and 9 are coprime, despite the fact that neither considered individually is a prime number, since 1 is their only common divisor.
• The prime number theorem, conjectured on 31 May, gives a good understanding of how the prime numbers are distributed among the integers.
• Often, the most natural proofs for statements in real analysis or even number theory employ techniques from complex analysis (see prime number theorem for an example).

• The fundamental theorem of arithmetic is one of the reasons why 1 is not considered a prime number.
• Any group whose order is a square of a prime number is also abelian.
• Every positive integer must either be a prime number itself, which would factor uniquely, or a composite that also factors uniquely into primes, or in the case of the integer [...] , not factor into any prime.
• (a prime number), the prime field is isomorphic to the finite field [...] introduced below.
• In 1852, Kummer proved that if "m" and "n" are nonnegative integers and "p" is a prime number, then the largest power of "p" dividing [...] equals "p'c", where "c" is the number of carries when "m" and "n" are added in base "p".