-R-ES-O-N-A-N--CE--I-D-e-c-e-m-b-e-T-`-99
... arithlnetic progression {I + 1017,; 17, ~ I} contain infinitely nlany primes? Any prime number other than 2 nlust obviously end in 1,3,7 or 9. The natural question is whether there are infinitely many of each type? The answer is 'yes' by a deep theorem due to Dirichlet - infinitely many primes or'-r ...
... arithlnetic progression {I + 1017,; 17, ~ I} contain infinitely nlany primes? Any prime number other than 2 nlust obviously end in 1,3,7 or 9. The natural question is whether there are infinitely many of each type? The answer is 'yes' by a deep theorem due to Dirichlet - infinitely many primes or'-r ...
Use of Chinese Remainder Theorem to generate
... applications. hers are some techniques that are used to generating random numbers such as” pseudorandom number generator” and “linear congruent generator” also cryptographically generated random numbers” etc. but here we are using the Chinese Reminder Theorem for the purpose ...
... applications. hers are some techniques that are used to generating random numbers such as” pseudorandom number generator” and “linear congruent generator” also cryptographically generated random numbers” etc. but here we are using the Chinese Reminder Theorem for the purpose ...
