There's no solution. For two primes to add to an odd number, one of them would have to be two. 63 isn't prime, so there's no solution.
The only way two prime numbers can add up to an odd number is if one of them is 2. Since 63 isn't prime, this pair doesn't exist.
65 and 77, among others.
As a product of its prime factors: 5*13 = 65
They are 49+16 = 65
The prime numbers that go into 65 are 5 and 13. This is because 65 can be factored into 5 × 13, where both 5 and 13 are prime numbers. Therefore, the prime factorization of 65 is 5 and 13.
The only way two prime numbers can add up to an odd number is if one of them is 2. Since 63 isn't prime, this pair doesn't exist.
65 and 77, among others.
As a product of its prime factors: 5*13 = 65
They are 49+16 = 65
2+3+65=70, for one
65, 77, 78 and 315
The prime numbers that go into 65 are 5 and 13. This is because 65 can be factored into 5 × 13, where both 5 and 13 are prime numbers. Therefore, the prime factorization of 65 is 5 and 13.
65 and 77
The prime numbers between 45 and 65 are: 47, 53, 59 and 61
The two numbers that equal 130 are 65 and 65. This is because when you add 65 to 65, you get 130. In mathematical terms, this can be expressed as: 65 + 65 = 130.
No.
65