September 11th, 2017, 07:01 AM  #1 
Newbie Joined: Jan 2010 Posts: 9 Thanks: 0  Goldbach
The formula that generates whole prime numbers : y=(2^(x1)1)/x ( formula1) If y is an integer , then x must be absolutely a prime number . the set of x for any value of integer y ; x = { 3,5,7,11,13,....} and it generates all the prime numbers . The question is that for the set of prime numbers ( x1 , x2) does the formula generates all the even numbers or not ? y1 = (2^(x11) 1 ) /x1 + (2^(x21) 1 ) /x2 for ( x1 , x2) = ( 3,3) then y1 = 2 ; for ( x1 , x2) = ( 3,5) then y2 = 4 ; for ( x1 , x2) = ( 5,5) then y3 = 6 ; for ( x1 , x2) = (5,7) then y4 = 8 ; .................... The result for whole prime sets of ( x1 , x2) then you can generate all the even number's set . P.S.: For the proof of formula1 and to learn more about it please contact me . For example formula1 must be always divided by 3 . METE UZUN TEL: +905315540733 email: meteuzun@hotmail.com 
September 11th, 2017, 09:47 AM  #2 
Global Moderator Joined: Dec 2006 Posts: 18,593 Thanks: 1491 
Though $(2^{3411}1)/341$ is an integer, 341 = 11 × 31 is composite.


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