This solution have a problem with n1 = n^x and n2 = m^y

these types of questions convinced me to start learning number theory, mind if you tell me specifically whats this about?

me too)))

Wow, I used number theory in my solution, but it wasn't anywhere near this compact

No, it is fast.

#11bfr_42x

your solution is very elegant . thanks for the intel .
python is a black art .

I know it but i dont know the third argument

What a amazing standard library! (but it maybe slow)

The tests are correct, your code is mutating the inputs somehow. Not a kata issue.

Fixed

Approved

Your solution is very slow, you can solve this problem using number theory.

It's stated in the problem that RNA cannot have 'T' and DNA cannot have 'U', so how could both of them be in the same sequence for either type?

you can do it without actually raising the number to the power (much faster for huge powers)

is it me or was it quite easy to code in python!
would've been better if C was provided as an option!