a
about
blog
register
login
Languages:
English
Español
Français
Türkçe
中文
Social:
twitter
,
/r/arguman
,
study group
Overview
Arguments
Premises
Fallacy Reports
Most active channels
Science
Technology
Most discussed users
Most supported premises
There are infinite prime numbers.
Letting P be the product of all primes on the list, if P + 1 is not prime, then it has a prime factor not on the list.
2 supporter.
There are infinite prime numbers.
A prime factor of P + 1 cannot divide P, but all primes on the list can divide P.
2 supporter.
There are infinite prime numbers.
In order to divide both P and P + 1, the prime factor would also need to divide 1, and no prime number divides 1.
2 supporter.
There are infinite prime numbers.
For any finite list of primes, there exists at least one prime that is not on that list.
1 supporter.
There are infinite prime numbers.
Letting P be the product of all primes on the list, if P + 1 is prime, then it is a prime number not on the list.
1 supporter.