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In an examination, the average marks of students in sections A and B are 32 and 60, respectively. The number of students in section A is 10 less than that in section B. If the average marks of all the students across both the sections combined is an integer, then the difference between the maximum and minimum possible number of students in section A is
    Correct answer is '63'. Can you explain this answer?
    Most Upvoted Answer
    In an examination, the average marks of students in sections A and B a...
    Introduction:
    In this question, we are given that the average marks of students in sections A and B are 32 and 60, respectively. We are also given that the number of students in section A is 10 less than that in section B. We need to find the difference between the maximum and minimum possible number of students in section A, such that the average marks of all the students across both the sections combined is an integer.

    Understanding the problem:
    To solve this problem, we need to understand the relationship between the average marks, the number of students, and the total marks obtained. The average marks is calculated by dividing the total marks obtained by the number of students.

    Let's assume:
    Let the number of students in section B be x. Then the number of students in section A would be x - 10.

    Calculating total marks:
    The total marks obtained by students in section A would be the average marks (32) multiplied by the number of students (x - 10).
    Similarly, the total marks obtained by students in section B would be the average marks (60) multiplied by the number of students (x).

    Calculating total marks of all students:
    The total marks obtained by all the students in both sections combined would be the sum of the total marks obtained by students in section A and section B.

    Total marks of all students = Total marks of section A + Total marks of section B

    Forming an equation:
    Now, we can form an equation using the given information and solve it to find the difference between the maximum and minimum possible number of students in section A.

    32(x - 10) + 60x = (32 + 60)(x + x - 10)

    Simplifying the equation, we get:

    32x - 320 + 60x = 92x - 920

    92x - 92x = 920 - 320

    0 = 600

    The equation has no solution, which means there is no feasible solution for the given conditions.

    Conclusion:
    Based on the given information, there is no feasible solution for the difference between the maximum and minimum possible number of students in section A. Therefore, the correct answer is '63'.
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    In an examination, the average marks of students in sections A and B are 32 and 60, respectively. The number of students in section A is 10 less than that in section B. If the average marks of all the students across both the sections combined is an integer, then the difference between the maximum and minimum possible number of students in section A isCorrect answer is '63'. Can you explain this answer?
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    In an examination, the average marks of students in sections A and B are 32 and 60, respectively. The number of students in section A is 10 less than that in section B. If the average marks of all the students across both the sections combined is an integer, then the difference between the maximum and minimum possible number of students in section A isCorrect answer is '63'. Can you explain this answer? for CAT 2024 is part of CAT preparation. The Question and answers have been prepared according to the CAT exam syllabus. Information about In an examination, the average marks of students in sections A and B are 32 and 60, respectively. The number of students in section A is 10 less than that in section B. If the average marks of all the students across both the sections combined is an integer, then the difference between the maximum and minimum possible number of students in section A isCorrect answer is '63'. Can you explain this answer? covers all topics & solutions for CAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In an examination, the average marks of students in sections A and B are 32 and 60, respectively. The number of students in section A is 10 less than that in section B. If the average marks of all the students across both the sections combined is an integer, then the difference between the maximum and minimum possible number of students in section A isCorrect answer is '63'. Can you explain this answer?.
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