This is false. 3 + 4= 7. But two numbers (besides the number itself and 1) times each ather are never prime. This is how we get prime numbers.
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The given numbers of 15 and 35 are not prime numbers but they add up to 50
It is not possible to multiply two prime numbers and get 90. You can add 43 and 47.
There are no prime numbers greater than 10 that add up to 29. Since all prime numbers greater than 2 are odd numbers, no two prime numbers greater than 2 can have an even number for their sum.
No, it never is.No, it never is.No, it never is.No, it never is.
An example of two numbers which add together to make 100 are 47 and 53.
Add them together.
The sum of two prime numbers will be composite unless one of the prime numbers is 2.
The sum of the five smallest prime numbers is 18.
The given numbers of 15 and 35 are not prime numbers but they add up to 50
It is not possible to multiply two prime numbers and get 90. You can add 43 and 47.
There are no prime numbers greater than 10 that add up to 29. Since all prime numbers greater than 2 are odd numbers, no two prime numbers greater than 2 can have an even number for their sum.
Three prime numbers whose sum is 42 are 23, 17 and 2
All of the prime numbers (except 2) are odd. The sum of any two prime numbers (except 2) will be even. Unless 245 is a prime number (it isn't) your question does not have a solution.
No, it never is.No, it never is.No, it never is.No, it never is.
The sum of the first two prime numbers is 5.
which three prime numbers have a sum of 59
You can't write that as the sum of two prime numbers. Note: Goldbach's Conjecture (for expressing numbers as the sum of two prime numbers) applies to EVEN numbers.