Instructions:

Submission Format: Submit your answers as two files to Canvas:

A single consolidated $.$pdf file.

A $.$py or $.$ipynb file containing your Python code.

Report Contents: Include code, outputs, and comments that demonstrate and explain

your solutions in the $.$pdf report.

Code Execution: The $.$py or $.$ipynb file you submit should be executed as a python script

without errors and produce the same outputs as shown in your report. You can use

multiple print$()$ statements to separate your solutions.

Resubmissions: Multiple submissions are allowed; however, only the final submission

made before the due date will be graded.

Late Submissions: No late submissions will be accepted. Plan to submit it at least $2$

hours before the deadline to accommodate any unexpected technical difficulties.

File Accuracy: Ensure you submit the correct files to Canvas. Submissions with incorrect

or missing files will not be graded.

Inquiries: Any questions about the homework must be sent to the instructors within $3$

days after grades are published.

Note: Ensure your code is well$-$commented to explain your logic and approach for each

exercise.

Exercise $1$: Age Category $(40$ points$)$

Using functions, for loops, conditionals and lists:

a$.$ Write a program that accepts the names and ages of three people.

b$.$ Print the name of the oldest person.

c$.$ Print the name of the youngest person.

d$.$ For each person, print their age category $($Child$,$ Teen, Adult, Senior$)$

Exercise $2$: Grades $(60$ points$)$

Using functions, for loops, conditionals and lists:

a$.$ Create a function get$\_$lab$\_$grades$()$ to obtain from the user a list of lab grades.

b$.$ Create a function get$\_$hw$\_$grades$()$ to obtain from the user a list of homework grades.

c$.$ Create a function get$\_$quiz$\_$grades$()$ to obtain from the user a list of quizzes grades.

d$.$ Create a function get$\_$exam$\_$grades$()$ to obtain from the user a list of exam grades.

e$.$ Use the list percentages $=[0\mathrm{.}1,0\mathrm{.}3,0\mathrm{.}1,0\mathrm{.}5]$ for the weights of each group of assignments.

f$.$ Create a function compute$\_$grade$()$ that inputs each of the assignments lists and percentages

weights list as inputs and return the final grade.