Not really. You just have to try different numbers. As to patterns, the probability of finding a prime goes down for higher numbers. The number of prime numbers up to a number "n" is roughly equal to n / ln(n), where ln() is the natural logarithm function.
Nothing goes into 1 but itself, it is not a prime number, 2,3,5,7,11,13,17..... are prime numbers. 2 is the only even number that is prime.
54 is divisible by 2 and 3 which are prime numbers
nothing they are both prime numbers
1. The numbers are co-prime.
order pairs are 2 numbers that you need to find wich point it goes to
Not really. You just have to try different numbers. As to patterns, the probability of finding a prime goes down for higher numbers. The number of prime numbers up to a number "n" is roughly equal to n / ln(n), where ln() is the natural logarithm function.
Nothing goes into 1 but itself, it is not a prime number, 2,3,5,7,11,13,17..... are prime numbers. 2 is the only even number that is prime.
It goes on forever because numbers go on forever.
54 is divisible by 2 and 3 which are prime numbers
nothing they are both prime numbers
only '1' goes in to 23 and 49 because they are both prime numbers!
The numbers are co-prime so the answer is 1.
It is 1 because they are both prime numbers
Itself and one because 37 is a prime number
Their HCF is 1 because they are both prime numbers
1. The numbers are co-prime.