anonymous
  • anonymous
I am working on ps1:#1. I have been banging me head against the wall for some time now trying to figure it out. It seems that the simplest way to find a prime number is to take your test (n%n-1) and check for remainder == 0. This way you can differentiate between prime and not prime numbers. However, I cannot seem to get things to work right in python, and now I feel that this may not even be an accurate way to calculate prime numbers (deterministically). I would greatly appreciate some pointers in the right direction on how to get this assignment to work. Thanks in advance.
MIT 6.00 Intro Computer Science (OCW)
  • Stacey Warren - Expert brainly.com
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SOLVED
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katieb
  • katieb
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anonymous
  • anonymous
are you online?
anonymous
  • anonymous
yes, I am
anonymous
  • anonymous
go to chat

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anonymous
  • anonymous
looking around, not seeing a chat icon. are we already in chat?
anonymous
  • anonymous
it should be at the bottom of the page.
anonymous
  • anonymous
http://codepad.org/irXZYVQJ
anonymous
  • anonymous
The way I approached calculating if a number is prime was to make sure that you cannot represent the number as a combination of prime factors rather than going through all the numbers smaller than itself. eg. 36 = 2^2 * 3^2 -So if we start with list primes [2,3], the next obvious number to check if its a prime is 5 (first odd number) - I check if 5 is divisible by 2 or 3, if not then it is a prime and I add to list of primes = [2,3,5] - I then check the next odd number 7, which is also prime as it is not divisible by 2, 3 or 5, so primes = [2,3,5,7] - Then I check 9, which is divisible by 3, I skip and go to 11 and so on. This way you go through a much smaller list of numbers each time http://codepad.org/G52Va8xf
anonymous
  • anonymous
Thanks for your response! I actually figured it out for the most part. Went a slightly different route and was getting some strange print outputs regardless of correct prime values. I will take a look at yours and compare the two. Thanks again.

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