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#56 |
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May 2017
ITALY
23×32×7 Posts |
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#57 |
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May 2017
ITALY
1111110002 Posts |
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#58 |
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May 2017
ITALY
1F816 Posts |
this should be 9 log_3(N)
https://www.academia.edu/34595630/6_...ione_di_Lepore waiting for feedback, I greet you |
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#59 |
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May 2017
ITALY
23×32×7 Posts |
Dato N
N=a^2+n*a N2=N-4-2*n N3=N-16-4*n N4=N-36-6*n N5=N-64-8*n N6=N-100-10*n N7=N-144-12*n N8=N-196-14*n N9=N-256-16*n Testare N/3 se è intero ciclare finchè non trovi N=a^2+n*a con a ed n interi [Ni-(n+2*coeffeciente della n in Ni)*(a-coeffeciente della n in Ni)]/3^k=1 , N=a^2+n*a con k che parte da 0 ricorda che se n=0 N=a^2 se a=1 n=N-1 |
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#60 | |
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May 2017
ITALY
50410 Posts |
Quote:
N=a^2+n*a N2=N-4-2*n N3=N-16-4*n N4=N-36-6*n N5=N-64-8*n N6=N-100-10*n N7=N-144-12*n N8=N-196-14*n N9=N-256-16*n Testare N/3 se è intero ciclare finchè non trovi N=a^2+n*a con a ed n interi sqrt[Ni-(n+2*coeffeciente della n in Ni)*(a-coeffeciente della n in Ni)]/(3^k)=1 , N=a^2+n*a con k che parte da 0 ricorda che se n=0 N=a^2 se a=1 n=N-1 |
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#61 |
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May 2017
ITALY
23×32×7 Posts |
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#62 |
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May 2017
ITALY
23×32×7 Posts |
Transforming the factorization problem into a game
https://www.academia.edu/34655158/Tr...ne_in_un_gioco |
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