The course material is broken up into days, each focusing on an individual topic. Each days topic is supported by at least one pre-recorded lecture to introduce the topic, accompanied by the written material in the website that covers the mathematical background of details of each algorithm covered. At certain points in the material, practical exercises are given to consolidate your understanding and to further develop practical skills in algorithm implementation using Python.
Print the value of $\pi$ to the console.
This is an example problem. Each problem is followed by a hidden solution for your reference, see below. Of course, only consult the solution to compare against your own solution, or if you are stuck and cannot proceed.
import numpy as np
print(np.pi)