1. Create functions redprines uptolx) and blueprines upteixi which count the number of red/blue primes up to a given number Recal that we deftined red/blue primes to be those of the form 4ne1 or 4n+3, respectively. Graph the relative proportion of redblue primes as varies from tto1 mlion. Eg, are the proportions 50%/50% or 705/30%, and how do these proportions change? You can read an article ty Rubinstain and Samak for more You can aso Investigate primes in the form 6n+1, 6n+6. 2 Does there seem to be a bias in the last digits of primes? Note that, except for 2 and 5, every prime ends in 1,17, or . Note: the last digt of a number is obtained from ns 10.

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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1. Create functions redprines uptolx) andblueprines uptoixi which count the number of red/blue primes up to a given number Recal that we deftined
red/blue primes to be those of the form 4n+1 or 4n+3, respectively. Graph the relative proportion of redblue primes as varies from 1 to 1 mlion. Eg, re the
proportions 50%/50% or 70/30%, and how do these proportions change? You can read an article ty Rubinstein and Samak for more. You can also
investigate primes in the form 6n+1, 6n+5.
2 Does there seem to be a bias in the last digits of primes? Note that, except for 2 and 5, every prime ends in 1,1,7, or 9. Note: the last digit of a number nis
obtained from n 10,
Transcribed Image Text:1. Create functions redprines uptolx) andblueprines uptoixi which count the number of red/blue primes up to a given number Recal that we deftined red/blue primes to be those of the form 4n+1 or 4n+3, respectively. Graph the relative proportion of redblue primes as varies from 1 to 1 mlion. Eg, re the proportions 50%/50% or 70/30%, and how do these proportions change? You can read an article ty Rubinstein and Samak for more. You can also investigate primes in the form 6n+1, 6n+5. 2 Does there seem to be a bias in the last digits of primes? Note that, except for 2 and 5, every prime ends in 1,1,7, or 9. Note: the last digit of a number nis obtained from n 10,
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