There exists a real number A such that the floor of the quantity A to the three to the n gives one of these numbers for every positive integer n according to Mills' Theorem. Two to the quantity p minus one is congruent to one modulo p squared is satisfied by the Weifrich type of these. The Lucas-Lehmer Test is used to determine if a number fits a specific category of these and every even number can be written as the sum of two of these according to Goldbach's conjecture. Euclid showed that there are infinitely many of, for 10 points, what type 
There exists a real number A such that the floor of the quantity A to the three to the n gives one of these numbers for every positive integer n according to Mills' Theorem. Two to the quantity p minus one is congruent to one modulo p squared is satisfied by the Weifrich type of these. The Lucas-Lehmer Test is used to determine if a number fits a specific category of these and every even number can be written as the sum of two of these according to Goldbach's conjecture. Euclid showed that there are infinitely many of, for 10 points, what type positive integers, with two being the smallest member, which are only divisible by one and themselves.
There exists a real number A such that the floor of the quantity A to the three to the n gives one of these numbers for every positive integer n according to Mills' Theorem.
prime numbers [accept Mills theorem until "these numbers"]