13 is prime so it is not the number.
15 is the product of 3 and 5, two prime numbers, so it fits the conditions.
17 is prime so it is not the number.
19 is prime so it is not the number.
15 is the only odd number between 11 and 21 that fits the conditions. However, if 21 is included in the range, it also is the product of two prime numbers: 3 x 7.
The product of two prime numbers is always a composite number, and it never is a prime number.
A number as a product of prime numbers would be "x".
The product of two prime numbers can never be another prime number, the numbers that you multiplied are factors of the product. (example, 9 times 5 is 45, 9 and 5 go into 45)
34 is the product of the prime numbers 2 and 17.
prime numbers, yes
29 is a prime number. There are no prime numbers between 29 and 30.
The product of two prime numbers is always a composite number, and it never is a prime number.
A number as a product of prime numbers would be "x".
Prime factorization is writing a composite number as a product of prime numbers.
A composite number is the product of two or more prime numbers.
Every composite number ... that is, one that is not a prime ... can be written as the product of two or more prime numbers. The primes themselves are the exceptions. A prime number is the product of only ' 1 ' and itself, and ' 1 ' is not considered a prime number.
The product of any two numbers, neither of which is 1, is never a prime number.
what is 1450 as a product of its prime numbers
141
There is no correct answer to this question, because it is nonsensical.The question asks for a largest prime number. By definition, a prime number is NOT the product of 2 (or more) prime numbers. So it is nonsensical to ask for any prime number that is the product of 2 prime numbers.
The product of two prime numbers can never be another prime number, the numbers that you multiplied are factors of the product. (example, 9 times 5 is 45, 9 and 5 go into 45)
Showing a composite number as a product of prime numbers is called prime factorization.