When multiplied together, 3 and 41 equal 123.
2 and 11 are the prime numbers that when multiplied together equal 22.
There are no two prime numbers in which a product of 100 is possible.
41 is a prime number so there is no answer.
Well, two prime numbers added together to equal six are 3 and 3, and 5 and 1. Two prime numbers multiplied together to equal six are 3 and 2.
There are no two prime numbers that equal 960 when multiplied together. Prime factorization of 960 is 2x2x2x2x2x2x3x5 or 26x3x5.
They are: 1*43 = 43 which is a prime number
7 and 67 are two prime numbers which have the product 469 when multiplied.
As a product of its prime factors: 3*3*137 = 1233
Since 29 is a prime number, the only two whole numbers multiplied together to get 29 are 1 and 29 as 29 x 1 = 29.
They are prime factors.
3 times 3 times 2 equals 18
They are: 97 times 1 = 97 which is also a prime number
Prime numbers are multiplied together in the same way as any integers may be multiplied together.
Then, we obtain the multiple or the product of prime numbers.
1 and 29. They're the only ones. 29 is a prime number.
3 times 7 times 11 equals 231.
There's only one single number that equals 75. That number is 75, and it's not a prime number. If you mean which prime numbers multiplied together equal 75, 52 X 3 works.
There is no need to do prime factorization as prime numbers are already prime. You do not need to find the prime numbers that when multiplied together create the number.
Numbers that cannot be broken down any smaller. 2 is made of 1 and 1, but 5 is prime because there are no real (or whole) numbers multiplied together that equal five.
You will need to multiply six prime numbers to obtain 400: 400 = 5*5*2*2*2*2
293 is already prime. Those numbers don't exist.
101 is a prime number.
They don't exist. 45 = 3*3*5 = 32*5.
1597 is a prime number. You cannot multiply prime numbers to create another prime number.