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 Modular arithmetic Stereotomy Junior Fellow Posts: 2 Threads: 1 Joined: Apr 2010 04/03/2010, 12:18 AM (This post was last modified: 04/03/2010, 12:18 AM by Stereotomy.) (04/02/2010, 10:57 PM)bo198214 Wrote: (04/02/2010, 07:16 PM)Stereotomy Wrote: $^{n}a\text{ mod }b= {}^{m}a\text{ mod }b$ $\text{For }^{n}a,{}^{m}a > b,\text{ }a,b,n,m \in \mathbb{N}$ Is this actually true? And if so is there a proof of it I'll be able to wrap my mind around? I dont think it is true. For example: $7^7 \text{mod} 5 = 3\neq 2 = 7 \text{mod} 5$ Ah, good point, though $7^{7^{7}} \text{mod} 5 = 3$ Is true as well. In fact, thinking about it, the numbers I tried out with this all had b>a. Perhaps that's an additional condition that either b > a or m, n > 1? Just quickly tried this for a few low examples, a = 8, 9, 10, 11, and it seems to hold. « Next Oldest | Next Newest »

 Messages In This Thread Modular arithmetic - by Stereotomy - 04/02/2010, 07:16 PM RE: Modular arithmetic - by bo198214 - 04/02/2010, 10:57 PM RE: Modular arithmetic - by Stereotomy - 04/03/2010, 12:18 AM RE: Modular arithmetic - by bo198214 - 04/03/2010, 12:00 PM

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