Task $04$: Understanding Threading and

Multiprocessing $(40$ points$)$

Write a Python script that performs the following:

Define a function print$\_$squares$(n$ that takes in an integer input $(n)$ and prints the

squares of numbers from $1$ to $n.$

Define a function print$\_$cubes$(n)$ that takes in an integer input $(n)$ and prints the cubes of

numbers from $1$ to $n.$

In a main$()$ function, use the threading module to create two threads: one that executes

print$\_$squares$(10)$ and another that executes print$\_$cubes$(10)$ concurrently.

Now, in the same main$()$ function, use the multiprocessing module to create two

processes: one that executes print$\_$squares$(10)$ and another that executes

print$\_$cubes$(10)$ in parallel.

The main$()$ function must only run automatically if the module is being run directly, not

when imported.

Here is a screenshot of the expected behavior. Replicate this functionality in your script,

including the formatting and outputs of all messages.

IMPORTANT: Before you forget, you'll end up submitting five scripts for this Lab because

Task $1$ requires two scripts.