Please help
1) Use any data structures or control flows as appropriate to complete the following prompt where
you manipulate 2D LISTS.
The chart above list courses and instructors who teach them.
This course chart is stored in a 2-dimensional list. The "outer" list is the instructors (rows) and the
"inner" list is the various courses the given instructor teaches (columns).
course1 = "INST126"
course2 = "INST314"
courseChart = [['INST126', 'INST327', 'INST123'],
['INST327', 'INST123', 'INST314'],
['INST126'],
['INST314'],
['INST314', 'INST414'],
['INST327']]
instructorNames = ['Duffy', 'Diker', 'Lindeman', 'Kacorri', 'Momeni','Nelson']
def whoTeaches():
return
print("The course ",course1," is taught by ",whoTeaches(course1, courseChart))
print("The course ",course2," is taught by ",whoTeaches(course2, courseChart))
Complete the function whoTeaches(). Note that the program will not run as is because the function
is incomplete. The purpose of the function is to determine the instructors that teach a given
course. The function takes the chosen course and the course chart. The function then returns
a list instructors who teach that course. Note that the function should work for ANY 2D list of
instructors and courses and ANY chosen course (aka a dynamic function!).
The expected output is:
You may find yourself using nested loops and conditionals, and appending to lists!
Course Chart.
Please help 1 Use any data structures or control flows as a.pdf
1. Please help
1) Use any data structures or control flows as appropriate to complete the following prompt where
you manipulate 2D LISTS.
The chart above list courses and instructors who teach them.
This course chart is stored in a 2-dimensional list. The "outer" list is the instructors (rows) and the
"inner" list is the various courses the given instructor teaches (columns).
course1 = "INST126"
course2 = "INST314"
courseChart = [['INST126', 'INST327', 'INST123'],
['INST327', 'INST123', 'INST314'],
['INST126'],
['INST314'],
['INST314', 'INST414'],
['INST327']]
instructorNames = ['Duffy', 'Diker', 'Lindeman', 'Kacorri', 'Momeni','Nelson']
def whoTeaches():
return
print("The course ",course1," is taught by ",whoTeaches(course1, courseChart))
print("The course ",course2," is taught by ",whoTeaches(course2, courseChart))
Complete the function whoTeaches(). Note that the program will not run as is because the function
is incomplete. The purpose of the function is to determine the instructors that teach a given
course. The function takes the chosen course and the course chart. The function then returns
a list instructors who teach that course. Note that the function should work for ANY 2D list of
instructors and courses and ANY chosen course (aka a dynamic function!).
The expected output is:
You may find yourself using nested loops and conditionals, and appending to lists!
Course Chart
![Please help
1) Use any data structures or control flows as appropriate to complete the following prompt where
you manipulate 2D LISTS.
The chart above list courses and instructors who teach them.
This course chart is stored in a 2-dimensional list. The "outer" list is the instructors (rows) and the
"inner" list is the various courses the given instructor teaches (columns).
course1 = "INST126"
course2 = "INST314"
courseChart = [['INST126', 'INST327', 'INST123'],
['INST327', 'INST123', 'INST314'],
['INST126'],
['INST314'],
['INST314', 'INST414'],
['INST327']]
instructorNames = ['Duffy', 'Diker', 'Lindeman', 'Kacorri', 'Momeni','Nelson']
def whoTeaches():
return
print("The course ",course1," is taught by ",whoTeaches(course1, courseChart))
print("The course ",course2," is taught by ",whoTeaches(course2, courseChart))
Complete the function whoTeaches(). Note that the program will not run as is because the function
is incomplete. The purpose of the function is to determine the instructors that teach a given
course. The function takes the chosen course and the course chart. The function then returns
a list instructors who teach that course. Note that the function should work for ANY 2D list of
instructors and courses and ANY chosen course (aka a dynamic function!).
The expected output is:
You may find yourself using nested loops and conditionals, and appending to lists!
Course Chart](https://image.slidesharecdn.com/pleasehelp1useanydatastructuresorcontrolflowsasa-230322123546-178b7723/85/Please-help-1-Use-any-data-structures-or-control-flows-as-a-pdf-1-320.jpg)
