No, there is an infinite number of primes containing an even number.
23 is a prime number. 26 is even, and the only even prime is 2. The prime factors of 26 are 2 & 13.
Of 23 and 39, only 23 is a prime number.
23 is a prime number and its only prime factor is 23.
No, it cannot be done. As 23 is odd, two numbers used would have to be one odd and one even. As 2 is the only even prime number and 21 + 2 equals 23, but 21 is not a prime number, it cannot be done.
Only 23 has prime factorization of 23.
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.
23 is a Prime number, meaning that it can only be divided by itself and 1. So only 23 * 1 = 23.
As 23 is a prime number, it has only two factors, the number one and itself. The factors of 23 are: 1 23 The prime factors are: 23 is a prime number.
Only 23 is a prime number.
6 and 9 are not prime numbers 23 is the only prime number in this group
For two numbers to equal an odd number, you need one to be even and the other odd. In this case, we want both to be prime. The only even prime number is 2. Therefore, the other number must be 23. This is prime, and so yes, 2 prime numbers can equal 25, however 2 and 23 are the only possible pair.
23 is a prime number so there is no prime factorization. Some consider it to be acceptable to write 1 X 23 in order to show the number is prime, even though 1 is not a prime or composite number.23 is already prime.