> Figure out how much memory fib_dp is holding on to right before it returns
> the answer. fib(40) is a _big_ number! And so is fib(39), and
> fib(38), and fib(37), etc. By the time you're done, you're holding
> on to quite a huge pile of storage here. Depending on how much phys
Windson Yang writes:
> 'I'm just running them in succession and seeing how long they'. The full
> code looks like this, this is only an example.py here. and I run 'time
> python3 example.py' for each function.
>
> def fib_dp(n):
> dp = [0] * (n+1)
> if n <= 1:
> r
