Since there are infinitely many primes, there are infinitely many numbers that are products of 3 primes.
only one has and that is the number 3
Believe it or not, the number of prime numbers beginning with 8 is infinite.
there are 13 primes not 5.
There are an infinite number of twin primes. This is true, but as yet there has not been published a valid proof of it. Perhaps soon someone will publish a valid proof.
Five of them.
Since there are infinitely many primes, there are infinitely many numbers that are products of 3 primes.
only one has and that is the number 3
Believe it or not, the number of prime numbers beginning with 8 is infinite.
Suppose a composite number x can be expressed as a product of primes p, q, r ... in exponential form as x = pa*qb*rc ... has (a+1)*(b+1)*(c+1) ... factors. So, the bigger a, b, c etc are, the greater the number of factors.
there are 13 primes not 5.
There are an infinite number of twin primes. This is true, but as yet there has not been published a valid proof of it. Perhaps soon someone will publish a valid proof.
One; the only even prime number is two.
101
Believe it or not, the number of prime numbers beginning with 8 is infinite.
Two distinct prime factors, four altogether.
The only even prime number is... 2 !