Second Practicum Review

Practice Practicum: Monday, March 20th

Before coming to class, solve as many problems as you can during a 50-minute period from the Spring 2021 Practicum 2.
During class on Monday, we will cover sample solutions.
The format of this practice practicum is the same as the format for the first practicum.
The practice practicum is designed to give you feedback on your understanding of the course material.
A second practice practicum appears below if you want additional practice.

Start Time: 10:00 a.m. The questions for the practicum will be made available in class. You must come to class to take the practicum.
End Time: 10:50 a.m. Important - the Dropbox closes at 10:51 a.m. so make sure to upload your solutions no later than 10:50 p.m.
Place the answers to all of the practicum problems in a file named YourFirstName-YourLastName.py and upload that file to the BrightSpace Dropbox named Practicum 2.
The practicum questions will be based on the Python materials that we have covered to date. It will be helpful to review the assignments, the interactive textbook and material covered during class.
You may use one 8.5 inch by 11 inch sheet of double-sided notes.
You may use a laptop to develop your answers. You may only use the internet to access the interactive python textbook, online python documentation or previous python programs that you wrote for this course.
To be successful on the exam, strive to understand the Python material and be able to use it to solve small problems.

You might be asked to demonstrate your understanding of functions.
You might be asked to demonstrate your understanding of if statements.
You might be asked to demonstrate your understanding of any of the libraries that we have used such as the turtle module, the random module or the math module.
You might be asked to use the online module documentation - link.

Fall 2021 Practicum 2.
In the turtle module, there are two names for the same function that makes the turtle invisible. What are these two names?
Write a function average(number_1, number_2, number_3) that returns the average of the three numbers. Show an example of calling the function.
Write a program that asks the user for his or her age. If the age is between 13 and 19, print teenager. If the age is between 20 and 64, print adult. If the age is 65 or older, print senior citizen. Otherwise print child. Solve the program using one if, elif, else construct.
Write a function named practice_addition that might be used to help a child practice addition. The function should generate one random addition problem, using two numbers between 1 and 9 (e.g. What is 3 + 9?). The function should return True if the person answers the problem correctly and False if not.