Python

class Student: def __init__(self, name, id_num, quizzes, exams): self._name = name self._id_num = id_num self._quizzes = quizzes self._exams = exams   def grade(self): average_quiz_score = sum(self._quizzes) / len(self._quizzes) average_exam_score = sum(self._exams) / len(self._exams) course_grade = 0.25 * average_quiz_score + 0.75 * average_exam_score return course_grade 

def find_best(students): return None 

if __name__ == '__main__': 

 s1 = Student('Jane Smith', 110837363, [90, 88, 82, 99], [80, 77]) s2 = Student('Mike Jones', 110284928, [78, 91, 50], [100, 91, 92]) s3 = Student('Abe Lincoln', 110293822, [88], [94, 78, 84, 91]) s4 = Student('Felix D. Cat', 110728365, [38, 88, 91, 77, 81], [95]) s5 = Student('Alan Turing', 110101100, [92, 99], [90, 90, 90]) 

 print('Testing find_best() for [s1, s2, s3, s4, s5]: ' + str(find_best([s1, s2, s3, s4, s5]))) print('Testing find_best() for [s2, s3, s5]: ' + str(find_best([s2, s3, s5]))) print('Testing find_best() for [s1, s3]: ' + str(find_best([s1, s3]))) 

Write a function find best that takes a list of Student objects and returns a list of the names of all students who scored 90 or higher on all of their exams. If no student scored 90 or higher on all of their exams, the function returns an empty list. Examples: Return Value Function Call find-best s1, s2, S3, S4, s5]) ['Mike Jones', 'Felix D. Cat', 'Alan Turing' find-best ([S2, s 3, S51) Mike Jones', 'Alan Turing' find-best [s 1, s 31)