Create a new list called majorCoursesWithTrack by making a copy of the

majorCourses list. Use the copy$()$ list method. Verify that the new list was created

successfully.

$25.$ Use the list method extend$()$ to extend the majorCoursesWithTrack list by the

contents of the list baTrack. This is equivalent to appending the elements of the baTrack

one by one to the majorCoursesWithTrack list.

$26.$ Verify that the majorCoursesWithTrack list contains the new course elements.

$27.$ Verify that the majorCourses list has not been modified.

$28.$ Use the slice notation to make a copy of the majorCourses list and assign it to a new list

sortedCourseList. Verify that the new list contains the correct values.

Hint: A slice $[$:$]$ with default start and end values creates a copy of the entire list.

$29.$ Use the list method sort$()$ to sort the sortedCourseList by alphabetical order. Verify

that the list prints in alphabetical order.

$30.$ Use the list method sort$($reverse$=$True$)$ to sort the list elements in a reverse alphabetical

order. Verify that the list prints in reverse alphabetical order.

$31.$ Use a string method join$()$ to create a string from the sortedCourseList. Use a comma

as a joining string. Store the generated string in a variable output and print it$.$

$32.$ Check your output carefully to ensure that your output matches sample output in punctuation,

spelling, spacing, and case.

$33.$ Go over your notebook and fix all output lines to use print$().$ This document uses just the

expressions alone to get their output because it takes advantage of the special formatting that

the notebook engine does in those cases. However, to turn your script into a general python

program that would run as a standalone program and not only in an interactive session, you

must have all output generated by the print$()$ function.