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current_count=1 x=3 Desired_prime_count=int(raw_input('Pick desired Nth largest Prime Number ')) if Desired_prime_count<1: print( 'Please redue with a positive integer ') elif Desired_prime_count==1: print (2) elif Desired_prime_count>1: while(current_count

MIT 6.00 Intro Computer Science (OCW)
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When you're writing any program, you should break the problem down into smaller problems, and then break them down into smaller problems and keep doing this until the problems are so small that basically you're forced to write code. One math thing to remember: if a number isn't prime, ultimately it will be divisible by prime numbers. I think it's referred to as the least multiplier.
Also try to put some print statement in here and there to see if the program is doing what you expect. I am sure you will be surprised.
current_count=1 x=3 Desired_prime_count=int(raw_input('Pick desired Nth largest Prime Number ')) if Desired_prime_count<1: print( 'Please redue with a positive integer ') elif Desired_prime_count==1: print (2) elif Desired_prime_count>1: while(current_count

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from math import * primeslist=() logsum=0 current_count=1 x=3 y=0 Desired_prime_count=int(raw_input('Pick desired Nth largest Prime Number ')) if Desired_prime_count<1:print( 'Please redue with a positive integer ') elif Desired_prime_count==1: print 2 print log(2) print log(2)/2 elif Desired_prime_count>1: while(current_count
every*

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