Task 5 Suppose a list contains marks earned in the courses CSE110, PHY111, and MAT110 of each student consecutively in a nested list form. Your task is to take a course name as input from the user and sort the list based on the marks obtained in that course in order to finally print the names of the students in descending order of marks obtained i.e. from the student who earned the highest marks to the student who earned the lowest. For example, the list may look like Ist = [["Alan", 95, 87, 91j, ("Turing", 92, 90, 83). ["Elon", 87, 92, 80]. ["Musk", 85, 94, 90]] where for each nested list, 1st index holds the name of the student, 2nd index is total marks earned in the CSE110 course, 3rd index is PHY111 marks and 4th index is MAT 110 marks. Hint: You may create a function for sorting, then call it every time when needed instead of rewriting the code. You may get the data in the individual lists from the given nested list. Sample Input 1 MAT110 Sample Output 1 Alan Musk Turing Elon Explanation: Here the user gives us "MAT110" as the course name. Now, the students Alan, Turing, Elon and Musk earned 91, 83, 80 and 90 marks respectively in this course. If we sort it, Alan got the highest marks of 91 followed by Musk with 90 marks and Turing with 83 marks. Among these 4 students, Elon obtained the lowest marks in the MAT 110 course with 80 marks. All of these has been illustrated in our sample output.
Task 5 Suppose a list contains marks earned in the courses CSE110, PHY111, and MAT110 of each student consecutively in a nested list form. Your task is to take a course name as input from the user and sort the list based on the marks obtained in that course in order to finally print the names of the students in descending order of marks obtained i.e. from the student who earned the highest marks to the student who earned the lowest. For example, the list may look like Ist = [["Alan", 95, 87, 91j, ("Turing", 92, 90, 83). ["Elon", 87, 92, 80]. ["Musk", 85, 94, 90]] where for each nested list, 1st index holds the name of the student, 2nd index is total marks earned in the CSE110 course, 3rd index is PHY111 marks and 4th index is MAT 110 marks. Hint: You may create a function for sorting, then call it every time when needed instead of rewriting the code. You may get the data in the individual lists from the given nested list. Sample Input 1 MAT110 Sample Output 1 Alan Musk Turing Elon Explanation: Here the user gives us "MAT110" as the course name. Now, the students Alan, Turing, Elon and Musk earned 91, 83, 80 and 90 marks respectively in this course. If we sort it, Alan got the highest marks of 91 followed by Musk with 90 marks and Turing with 83 marks. Among these 4 students, Elon obtained the lowest marks in the MAT 110 course with 80 marks. All of these has been illustrated in our sample output.
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Task 5
Suppose a list contains marks earned in the courses CSE110, PHY111, and MAT110 of each student consecutively in a nested list form. Your task is to take a
course name as input from the user and sort the list based on the marks obtained in that course in order to finally print the names of the students in
descending order of marks obtained i.e. from the student who earned the highest marks to the student who earned the lowest.
For example, the list may look like
Ist = [["Alan", 95, 87, 91], ["Turing", 92, 90, 83], ["Elon", 87, 92, 80], ["Musk", 85, 94, 90] ]
where for each nested list, 1st index holds the name of the student, 2nd index is total marks earned in the CSE110 course, 3rd index is PHY111 marks and 4th
index is MAT110 marks.
Hint:
You may create a function for sorting, then call it every time when needed instead of rewriting the code.
You may get the data in the individual lists from the given nested list.
========
=======
Sample Input 1
MAT110
Sample Output 1
Alan
Musk
Turing
Elon
Explanation:
Here the user gives us "MAT110" as the course name. Now, the students Alan, Turing, Elon and Musk earned 91, 83, 80 and 90 marks respectively in this
course. If we sort it, Alan got the highest marks of 91 followed by Musk with 90 marks and Turing with 83 marks. Among these 4 students, Elon obtained the
lowest marks in the MAT110 course with 80 marks. All of these has been illustrated in our sample output.
3:32 PM
12/27/2021](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4dcc2abb-a507-418a-be49-4fdd396c1b0f%2Fefcee831-b824-4db2-9a56-27ef3c32b22d%2Fyjqyokd_processed.png&w=3840&q=75)
Transcribed Image Text:Downloads/
CSE110 Lab Assignment 7 (Sortin x
O localhost:8889/notebooks/Downloads/CSE110%20Lab%20Assignment%207%20(Sorting%20and%20Searching).ipynb
jupyter CSE110 Lab Assignment 7 (Sorting and Searching) Last Checkpoint: 2 hours ago (autosaved)
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Task 5
Suppose a list contains marks earned in the courses CSE110, PHY111, and MAT110 of each student consecutively in a nested list form. Your task is to take a
course name as input from the user and sort the list based on the marks obtained in that course in order to finally print the names of the students in
descending order of marks obtained i.e. from the student who earned the highest marks to the student who earned the lowest.
For example, the list may look like
Ist = [["Alan", 95, 87, 91], ["Turing", 92, 90, 83], ["Elon", 87, 92, 80], ["Musk", 85, 94, 90] ]
where for each nested list, 1st index holds the name of the student, 2nd index is total marks earned in the CSE110 course, 3rd index is PHY111 marks and 4th
index is MAT110 marks.
Hint:
You may create a function for sorting, then call it every time when needed instead of rewriting the code.
You may get the data in the individual lists from the given nested list.
========
=======
Sample Input 1
MAT110
Sample Output 1
Alan
Musk
Turing
Elon
Explanation:
Here the user gives us "MAT110" as the course name. Now, the students Alan, Turing, Elon and Musk earned 91, 83, 80 and 90 marks respectively in this
course. If we sort it, Alan got the highest marks of 91 followed by Musk with 90 marks and Turing with 83 marks. Among these 4 students, Elon obtained the
lowest marks in the MAT110 course with 80 marks. All of these has been illustrated in our sample output.
3:32 PM
12/27/2021
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