Programming Question 2: Suppose that the list of students in a university is saved as a Python dictionary, where the keys are the names of the students, and the values are tuples of length 2. The first element of each tuple is the graduation year of the student, and the second element of each tuple is the list of grades of the student. For example, if there are four students named Alice (graduating in 2023), Bob (graduating in 2024), Morgan (graduating in 2024), and Tim (graduating in 2023), then the dictionary representing these students is recorded as follows. Note that different students can have various number of grades because they have taken different number of courses per semester. student_list = {'Alice': (2023, [3.5, 2.9, 3.1, 3.8]), 'Bob': (2024, [3.0, 2.6]), Morgan': (2024, [2.8, 3.9, 3.7]), 'Tim': (2023, [2.5]} Write a Python function, called process_students, that accepts the dictionary containing the student information as its input and returns another dictionary, called updated student_list, that has the graduation year as its keys. Each value for the output dictionary is a list of length-2 tuples, each tuple representing one of the students graduating in that year. The first element of each tuple is the name of the student, and the second element of each tuple is the GPA of the student. For example, if the input to the function is the above list of students, the following dictionary will be returned as output: updated student_list = ('Tim', 2.5)], (2023: [('Alice', 3.325), 2024: [('Bob', 2.8), ('Morgan', 3.47)]}
Programming Question 2: Suppose that the list of students in a university is saved as a Python dictionary, where the keys are the names of the students, and the values are tuples of length 2. The first element of each tuple is the graduation year of the student, and the second element of each tuple is the list of grades of the student. For example, if there are four students named Alice (graduating in 2023), Bob (graduating in 2024), Morgan (graduating in 2024), and Tim (graduating in 2023), then the dictionary representing these students is recorded as follows. Note that different students can have various number of grades because they have taken different number of courses per semester. student_list = {'Alice': (2023, [3.5, 2.9, 3.1, 3.8]), 'Bob': (2024, [3.0, 2.6]), Morgan': (2024, [2.8, 3.9, 3.7]), 'Tim': (2023, [2.5]} Write a Python function, called process_students, that accepts the dictionary containing the student information as its input and returns another dictionary, called updated student_list, that has the graduation year as its keys. Each value for the output dictionary is a list of length-2 tuples, each tuple representing one of the students graduating in that year. The first element of each tuple is the name of the student, and the second element of each tuple is the GPA of the student. For example, if the input to the function is the above list of students, the following dictionary will be returned as output: updated student_list = ('Tim', 2.5)], (2023: [('Alice', 3.325), 2024: [('Bob', 2.8), ('Morgan', 3.47)]}
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![Programming Question 2: Suppose that the list of students in a university is saved as a
Python
dictionary, where the keys are the names of the students, and the values are tuples
of length 2. The first element of each tuple is the graduation year of the student, and the
second element of each tuple is the list of grades of the student. For example, if there are
four students named Alice (graduating in 2023), Bob (graduating in 2024), Morgan
(graduating in 2024), and Tim (graduating in 2023), then the dictionary representing these
students is recorded as follows. Note that different students can have various number of
grades because they have taken different number of courses per semester.
student_list = {'Alice': (2023, [3.5, 2.9, 3.1, 3.8]), 'Bob': (2024, [3.0,
2.6]), Morgan': (2024, [2.8, 3.9, 3.7]), 'Tim': (2023, [2.5]}
Write a Python function, called process_students, that accepts the dictionary
containing the student information as its input and returns another dictionary, called
updated student_list, that has the graduation year as its keys. Each value for the
output dictionary is a list of length-2 tuples, each tuple representing one of the students
graduating in that year. The first element of each tuple is the name of the student, and
the second element of each tuple is the GPA of the student.
For example, if the input to the function is the above list of students, the following
dictionary will be returned as output:
updated student_list
(2023: [('Alice',
3.325), ('Tim', 2.5)],
2024: [('Bob', 2.8), ('Morgan', 3.47)]}](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffbb4f64a-abda-416b-9af6-fa6be3ae4141%2Fda4dd427-4376-46b7-8675-bd09874b5591%2Fazzuf5h_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Programming Question 2: Suppose that the list of students in a university is saved as a
Python
dictionary, where the keys are the names of the students, and the values are tuples
of length 2. The first element of each tuple is the graduation year of the student, and the
second element of each tuple is the list of grades of the student. For example, if there are
four students named Alice (graduating in 2023), Bob (graduating in 2024), Morgan
(graduating in 2024), and Tim (graduating in 2023), then the dictionary representing these
students is recorded as follows. Note that different students can have various number of
grades because they have taken different number of courses per semester.
student_list = {'Alice': (2023, [3.5, 2.9, 3.1, 3.8]), 'Bob': (2024, [3.0,
2.6]), Morgan': (2024, [2.8, 3.9, 3.7]), 'Tim': (2023, [2.5]}
Write a Python function, called process_students, that accepts the dictionary
containing the student information as its input and returns another dictionary, called
updated student_list, that has the graduation year as its keys. Each value for the
output dictionary is a list of length-2 tuples, each tuple representing one of the students
graduating in that year. The first element of each tuple is the name of the student, and
the second element of each tuple is the GPA of the student.
For example, if the input to the function is the above list of students, the following
dictionary will be returned as output:
updated student_list
(2023: [('Alice',
3.325), ('Tim', 2.5)],
2024: [('Bob', 2.8), ('Morgan', 3.47)]}
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