• TypeError: 'float' object cannot be interpreted as an integer

  Your code uses floating-point division instead of integer division (times have changed since Python 2. -> 3.)

• Your code will fail for very large non-prime numbers like 2^32 because it performs a lot of unnecessary computation in prime && divisor checking. (You should read about prime divisors and find an optimal boundary to stop the iteration)

issue with your code is not an issue, read this

How the heck does this account for the order in which people arrive? As its all sums.

Run it with [100, 25, 25, 25, 25, 25] and it fails. should be NO, but returns yes.

wow

I tried to check if n is a prime number when each time n changes. Hope this can help.

Thanks for replying.
Since i haven't solved this kata i can't determine whether the problem i have is an a issue.
You remind me well,thanks again.

hi 1vaR: I'm not affiliated with this kata in any way, but in general please don't use the Issue flag to raise questions –– an Issue is something that's wrong with the kata, not a problem you're having with solving it

Hi sir,can you take a look at my new issue about this kata?
It wouldn't take you much time,thanks!

Best.

Enjoy!
Try one line!

really?what's the alternative method?