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In mathematics, the fundamental theorem of arithmetic, also called the unique factorization theorem and prime factorization theorem, states that every integer greater than 1 can be represented uniquely as a product of prime numbers, up to the order of the factors.

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数学では、算術の基本定理は、一意の因数分解定理および素数因数分解定理とも呼ばれ、1より大きいすべての整数は、因数のオーダーまで、素数の積として一意に表すことができると述べています。

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In mathematics, the Fundamental Theorem of Arithmetic, also known as the Unique Factorization Theorem and the Prime Factorization Theorem, states that all integers greater than 1 can be uniquely represented as the product of prime numbers, down to the order of the factors. ..

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数学では、算術の基本定理は、一意の因数分解の定理および素数の因数分解の定理としても知られ、1より大きいすべての整数は、因数の順序まで、素数の積として一意に表すことができると述べています。 ..

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In mathematics, the fundamental theorem of arithmetic is also known as the unique factorization theorem and the factorization theorem of prime numbers, and all integers greater than 1 can be uniquely represented as the product of prime numbers, up to the order of the factors. It states. ..

INTO JAPANESE

数学では、算術の基本定理は、一意の因数分解定理および素数の因数分解定理とも呼ばれ、1より大きいすべての整数は、因数の次数まで、素数の積として一意に表すことができます。それは述べています。 ..

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In mathematics, the Fundamental Theorem of Arithmetic, also known as the Unique Factorization Theorem and the Factorization Theorem for Prime Numbers, allows all integers greater than 1 to be uniquely represented as the product of prime numbers up to the order of the factors. it says. ..

INTO JAPANESE

数学では、算術の基本定理は、一意の因数分解定理および素数の因数分解定理としても知られ、1より大きいすべての整数を素数の積として素数の次数まで一意に表すことができます。それは言う。 ..

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In mathematics, the Fundamental Theorem of Arithmetic, also known as the Unique Factor Theorem and the Factor Theorem of Prime Numbers, can uniquely represent all integers greater than 1 as the product of prime numbers up to the order of the prime numbers. It says. ..

INTO JAPANESE

数学では、算術の基本定理は、一意の因数定理および素数の因数定理とも呼ばれ、1より大きいすべての整数を、素数から素数のオーダーまでの積として一意に表すことができます。それは言う。 ..

BACK INTO ENGLISH

In mathematics, the Fundamental Theorem of Arithmetic, also known as the Unique Factor Theorem and the Factor Theorem for Prime Numbers, can uniquely represent all integers greater than 1 as the product from prime to prime order. It says. ..

INTO JAPANESE

数学では、算術の基本定理は、一意の因数定理および素数の因数定理とも呼ばれ、1より大きいすべての整数を素数から素数までの積として一意に表すことができます。それは言う。 ..

BACK INTO ENGLISH

In mathematics, the fundamental theorem of arithmetic, also known as the unique factor theorem and the factor theorem of prime numbers, can uniquely represent all integers greater than 1 as the product of primes to prime numbers. It says. ..

INTO JAPANESE

数学では、一意の因数定理および素数の因数定理としても知られる算術の基本定理は、素数と素数の積として1より大きいすべての整数を一意に表すことができます。それは言う。 ..

BACK INTO ENGLISH

In mathematics, the fundamental theorem of arithmetic, also known as the unique factor theorem and the factor theorem of prime numbers, can uniquely represent all integers greater than 1 as the product of prime numbers. It says. ..

INTO JAPANESE

数学では、算術の基本定理は、一意の因数定理および素数の因数定理とも呼ばれ、1より大きいすべての整数を素数の積として一意に表すことができます。それは言う。 ..

BACK INTO ENGLISH

In mathematics, the fundamental theorem of arithmetic, also known as the unique factor theorem and the factor theorem of prime numbers, can uniquely represent all integers greater than 1 as the product of prime numbers. It says. ..