4 deleted 2 characters in body

# Python 99 bytes

def s(n):a,k=2,0;exec('k+=1-bool(n%a)\nwhile not n%a:n/=a;k+=10**9\na+=1\n'*n);return k==3*10**9+3


First submission. Forgive me if I did something wrong. Kinda silly, counts the number of factors of n, and then the number of times n is divisible by each (by adding 10**9).

I'm pretty sure there are a few easy ways to cut off ~10-20 characters, but I didn't.

Also this is intractably slow at 10**9. Could be made okay by changing '...a+=1\n'*n to '...a+=1\n'*n**.5, as we only need to go to the square root of n.

# Python 99 bytes

def s(n):a,k=2,0;exec('k+=1-bool(n%a)\nwhile not n%a:n/=a;k+=10**9\na+=1\n'*n);return k==3*10**9+3


First submission. Forgive me if I did something wrong. Kinda silly, counts the number of factors of n, and then the number of times n is divisible by each (by adding 10**9).

I'm pretty sure there are a few easy ways to cut off ~10-20 characters, but I didn't.

Also this is intractably slow at 10**9. Could be made okay by changing '...a+=1\n'*n to '...a+=1\n'*n**.5, as we only need to go to the square root of n.

# Python 99 bytes

def s(n):a,k=2,0;exec('k+=1-bool(n%a)\nwhile not n%a:n/=a;k+=10**9\na+=1\n'*n);return k==3*10**9+3


First submission. Forgive me if I did something wrong. Kinda silly, counts the number of factors of n, and then the number of times n is divisible by each (by adding 10**9).

I'm pretty sure there are a few easy ways to cut off ~10-20 characters, but I didn't.

Also this is intractably slow at 10**9. Could be made okay by changing '...a+=1\n'*n to '...a+=1\n'*n**.5, as we only need to go to the square root of n.

3 added 174 characters in body

# Python 99 bytes

def s(n):a,k=2,0;exec('k+=1-bool(n%a)\nwhile not n%a:n/=a;k+=10**9\na+=1\n'*n);return k==3*10**9+3


First submission. Forgive me if I did something wrong. Kinda silly, counts the number of factors of n, and then the number of times n is divisible by each (by adding 10**9).

I'm pretty sure there are a few easy ways to cut off ~10-20 characters, but I didn't.

Also this is intractably slow at 10**9. Could be made okay by changing '...a+=1\n'*n to '...a+=1\n'*n**.5, as we only need to go to the square root of n.

# Python 99 bytes

def s(n):a,k=2,0;exec('k+=1-bool(n%a)\nwhile not n%a:n/=a;k+=10**9\na+=1\n'*n);return k==3*10**9+3


First submission. Forgive me if I did something wrong. Kinda silly, counts the number of factors of n, and then the number of times n is divisible by each (by adding 10**9).

I'm pretty sure there are a few easy ways to cut off ~10-20 characters, but I didn't.

# Python 99 bytes

def s(n):a,k=2,0;exec('k+=1-bool(n%a)\nwhile not n%a:n/=a;k+=10**9\na+=1\n'*n);return k==3*10**9+3


First submission. Forgive me if I did something wrong. Kinda silly, counts the number of factors of n, and then the number of times n is divisible by each (by adding 10**9).

I'm pretty sure there are a few easy ways to cut off ~10-20 characters, but I didn't.

Also this is intractably slow at 10**9. Could be made okay by changing '...a+=1\n'*n to '...a+=1\n'*n**.5, as we only need to go to the square root of n.

2 deleted 2 characters in body

# Python 99 bytes

def s(n):a,k=2,0;exec('k+=1-bool(n%a)\nwhile not n%a:n/=a;k+=10**9\na+=1\n'*n);return k==3*10**9+3


First submission. Forgive me if I did something wrong. Kinda silly, counts the number of factors of n, and then the number of times n is divisible by each (by adding 10**9).

I'm pretty sure there are a few easy ways to cut off ~10-20 characters, but I didn't.

# Python 99 bytes

def s(n):a,k=2,0;exec('k+=1-bool(n%a)\nwhile not n%a:n/=a;k+=10**9\na+=1\n'*n);return k==3*10**9+3


First submission. Forgive me if I did something wrong. Kinda silly, counts the number of factors of n, and then the number of times n is divisible by each (by adding 10**9).

I'm pretty sure there are a few easy ways to cut off ~10-20 characters, but I didn't.

# Python 99 bytes

def s(n):a,k=2,0;exec('k+=1-bool(n%a)\nwhile not n%a:n/=a;k+=10**9\na+=1\n'*n);return k==3*10**9+3


First submission. Forgive me if I did something wrong. Kinda silly, counts the number of factors of n, and then the number of times n is divisible by each (by adding 10**9).

I'm pretty sure there are a few easy ways to cut off ~10-20 characters, but I didn't.

1