For 'odd' prime numbers this is true, but '2' is also a prime number , so you will have an even answer. Remember when multiplying even X even = even even X odd = even odd X even = even odd x odd = odd.
3 is the smallest odd prime number.
3 is the smallest odd prime number.
All prime numbers are odd except one prime number and that is 2.
Except for 2 all other prime numbers are odd. Otherwise, they would be divisible by 2 (and thus not a prime number). This does NOT mean that all odd numbers are prime, but that all prime numbers (aside from 2) are odd.
You need to factor it, into prime factors. Then, for every prime factor that appears an ODD number of times, you need to multiply 2306 by this prime factor. Multiply all such prime factors together to get your answer.
odd and prime are two different things ,but odd numbers can be prime or composite just depends if you can multiply it with another number except 1 here's an example 7 ( 7 is odd and is prime because it has 2 factors "7 & 1" 15 is odd ,but not prime because 5x3 is 15 and 15x1 is 15 5 and 3 are factors of 15 so all odd numbers are not prime all even numbers are composite except the number 2.
For 'odd' prime numbers this is true, but '2' is also a prime number , so you will have an even answer. Remember when multiplying even X even = even even X odd = even odd X even = even odd x odd = odd.
3 is the smallest odd prime number.
The lowest odd prime number is 3 .
Start with the factors. Multiply combinations of three prime factors, then combinations of five, then seven, etc. All generated numbers will be guaranteed to have an odd number of prime factors.
NO,2 is the only prime number which is even, so 2 is not a odd prime number.
3 is the smallest odd prime number.
Every prime number is odd except one: the number 2.
An odd number times an odd number is an odd number no matter which 2 odds you multiply.
All prime numbers are odd except one prime number and that is 2.
odd is a number you cant halve a prime number is a number that you can double itself and it is odd