(New page: I don't really have a favorite theorem but the theroem that I will use is the Fundamenral Theorem of Arithmetic- which states every integer greater than 1 is a prime or a product of primes...) |
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| − | I don't really have a favorite theorem but the theroem that I will use is the Fundamenral Theorem of Arithmetic- which states every integer greater than 1 is a prime or a product of primes. | + | I don't really have a favorite theorem but the theroem that I will use is the Fundamenral Theorem of Arithmetic- which states every integer greater than 1 is a prime or a product of primes. This is important when it comes to factoring and makes it easier to work with big numbers. |
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Latest revision as of 07:52, 31 August 2008
I don't really have a favorite theorem but the theroem that I will use is the Fundamenral Theorem of Arithmetic- which states every integer greater than 1 is a prime or a product of primes. This is important when it comes to factoring and makes it easier to work with big numbers.
