(Solved): Need help this is in Python. What is the "time complexity" of these two functions? We say that an a ...

Need help this is in Python.

What is the "time complexity" of these two functions? We say that an algorithm has a linear time complexity if the order of growth of its running time is the same as that of the straight-line function $f(n)=n$. Similarly, we say that an algorithm has a quadratic time complexity if the order of growth of its running time is the same as that of the quadratic function $f(n)=n^2$. Finally, we say that an algorithm has a cubic time complexity if the order of growth of its running time is the same as that of the cubic function $f(n)=n^3$. The next cell conveniently provides these three functions to you for use in Deliverable \#5. Deliverable \#5: Determine the time complexity of your algorithms. answer. answer. - Important: do not submit this notebook if the next 2 cells take more than 10 seconds (combined) to execute. \# Use this cell to determine the order of growth of 'time_one_dimensional'. \# Use this cell to determine the order of growth of "time_two_dimensional'.