Numbers cannot "make" another number prime. If you are looking for the prime factorization of 56, it is 23 * 7.
Yes, it can. Examples are 2 and 5 to make 10 and 2 and 7 to make 14. If your question was if they could make an even prime number, the answer is no. Two is the only even prime number.
the two prime numbers will be factors of that number, which would make that number a composite number
Prime Factorization is finding which prime numbers multiply together to make the original number.
Two is the only even prime number. When you add an odd number to another odd number, you get an even number. When you add an even number to an odd number, you get an odd number. 91 is an odd number, therefore the answer is 2 and 89.
Numbers cannot "make" another number prime. If you are looking for the prime factorization of 56, it is 23 * 7.
i think prime numbers
By dividing it by a number that will make the outcome prime.
None. 251 is a prime number.
The concepts of "prime numbers" and "composite numbers" make sense for integers (whole numbers), not for arbitrary real numbers.
7 is a prime number; its only prime factor is 7.
A mirror prime.
No, for example you can't create the number 65, which is not a prime number, by adding any two prime numbers.
There is a difference of 95 when the prime number 2 is subtracted from the prime number 97.
Not a lot. They're both prime numbers. A factor that is prime is used to make other numbers.
23 is a prime number. Prime numbers are numbers that when multiplying only 1 and itself make it. Nothing but 1 and 23 equals 23 so 23 is a prime number.
Cubes of numbers are made by multiplying a number by itself three times.