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April’s Problem: Almost all Internet and Commerce Security involves applied number theory. It usually contains two parts: one party has one piece and the other party has the second. To make this simple, these pieces are usually very large numbers, and each is used to verify authenticity. In order for the security to be broken, one must be able to “break” the numbers, by prime factorization. Let’s see if you can do it with a “small” number. Write the prime factorization of 40261427. Hint: None of the primes are over four digits long.
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