659 and 7.
To express 92 as the sum of two odd primes, we can try various combinations of odd primes. One such combination is 89 and 3, since both 89 and 3 are prime numbers and their sum equals 92. Another combination is 83 and 9, but 9 is not a prime. Thus, 92 can be expressed as the sum of the odd primes 89 and 3.
There are not three odd primes with the sum of 14. The sum of three odd primes will be an odd number.
666 - 666 = 0
All prime numbers greater than 2 are odd numbers. For an odd prime to be written as the sum of two primes, one of the primes must be 2 because two odd primes will produce an even sum. 11 cannot be written as the sum of two primes. 13 = 2 + 11. 17 cannot be written as the sum of two primes. 19 = 2 + 17.
Infinity.
The expression for the sum of ten and the quotient of a number ( x ) and 666 can be written as ( 10 + \frac{x}{666} ). This represents adding 10 to the result of dividing ( x ) by 666.
Not true. 2 + 3 = 5, where all three are primes. One of the primes in the sum must be 2, otherwise both primes would be odd and their sum would be even (and >2) and therefore not prime. Such primes: p and p+2 [3 and 5 in the above example] are known as twin primes and there are infiitely many twin primes.
665999334 999,999 * 666 = 665999334
The twin primes 41 + 43 = 84.
This question cannot be answered because three odd primes always have an odd number for their sum.
.666 to a fraction equals approximately 2/3.
It is not. Of the infinitely many primes only one (the number 2) is even, the rest are all odd. The sum of any two primes other than 2 is even and therefore not a prime. If one of the primes in the sum is 2 then the sum is a prime only if the other is the lower of a pair of twin primes. So, while it is possible, it is certainly more likely that the sum is a composite.