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Dann Corbit science forum beginner
Joined: 02 Jun 2006
Posts: 47
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Posted: Thu Jul 20, 2006 10:56 pm Post subject:
Crackpot factoring scheme?
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I was just thinking about numbers, and composites in particular.
If we consider some composite (M*K), that means that it can be divided into
'K' equal lengths of M units.
This means (additionally) that every composite M*K can be turned into a
regular K-gon with sides of length M. (For degenerate 2-sided K-gons, we
will factor out the 2's until it is not an even number or 2 is remaining).
I am wondering if there is any trigonometric property or identity for
regular N-gons that might be helpful in factoring.
Thoughts? |
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Gerry Myerson science forum Guru
Joined: 28 Apr 2005
Posts: 871
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Posted: Thu Jul 20, 2006 11:14 pm Post subject:
Re: Crackpot factoring scheme?
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In article <e9p1lh$3nj$1@nntp.aioe.org>,
"Dann Corbit" <dcorbit@connx.com> wrote:
| Quote: | I was just thinking about numbers, and composites in particular.
If we consider some composite (M*K), that means that it can be divided into
'K' equal lengths of M units.
This means (additionally) that every composite M*K can be turned into a
regular K-gon with sides of length M. (For degenerate 2-sided K-gons, we
will factor out the 2's until it is not an even number or 2 is remaining).
I am wondering if there is any trigonometric property or identity for
regular N-gons that might be helpful in factoring.
Thoughts?
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I think it would be good to have a crackpot factoring scheme.
There are quite a few crackpots I would like to factor.
--
Gerry Myerson (gerry@maths.mq.edi.ai) (i -> u for email) |
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