7 is already prime; no factorization required.
Let p = any prime number. (2p -1) is called a Mersenne number. Any such number that is prime is called a Mersenne Prime. Father Mersenne wrote a list of numbers of this type which he thought were prime, but a few were not. In fact, most of the large Mersenne numbers are not prime, but all the really large numbers that have been proved to be prime are Mersenne Primes.
Yes. There are infinitely many prime numbers so that the largest prime number is infiitely large. The current understanding of the universe suggests that it is finite, and therefore the number of atoms must be smaller.
Most of the time, but large prime numbers still have only two factors.
You is called a prime number!You is called a prime number!You is called a prime number!You is called a prime number!
No. Any number raised to a power is not prime.
There is no formula that will specifically give you a prime number and no non-prime number. Therefore, several large numbers are tested to see if they are primes, until a prime number is found.
no nothing can be multiplied to get a prime number
If a number is "on[l]y divisible by one and [a] prime number", as required by the question, then that number is prime. Therefore it cannot be composite.
Prime Obsession has 442 pages.
Memory Prime has 320 pages.
Vector Prime has 400 pages.
You divide the number by 2. If the number is able to divide WITHOUT a remainder, then it is a prime number. If you divide a number by 1, you will get the same number. That is not a prime number.
7 is already prime; no factorization required.
The largest prime number less than 50 is 47.
Let p = any prime number. (2p -1) is called a Mersenne number. Any such number that is prime is called a Mersenne Prime. Father Mersenne wrote a list of numbers of this type which he thought were prime, but a few were not. In fact, most of the large Mersenne numbers are not prime, but all the really large numbers that have been proved to be prime are Mersenne Primes.
There is no last prime number: they go on for ever. The first prime larger than 100 is 101.