Prove that each prime divisor of 2p−1, where p is a prime, is greater

than p. (Notice that it follows from this problem that the number of primes

is infinite!)

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- November 30th 2007, 07:58 AManncareuler function and theorem
Prove that each prime divisor of 2p−1, where p is a prime, is greater

than p. (Notice that it follows from this problem that the number of primes

is infinite!) - November 30th 2007, 08:07 AMThePerfectHacker
- November 30th 2007, 11:59 AManncar
sorry. Its 2^p - 1. Thats 2 raised to the power 'p'