Question:

If in a frequency distribution, the mean and median are 21 and 22 respectively, then its mode is

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Remember the important empirical relation: \[ \text{Mode} = 3\text{Median} - 2\text{Mean} \] This is frequently asked in aptitude and statistics-based exams.
Updated On: Apr 30, 2026
  • \(22.0\)
  • \(20.5\)
  • \(25.5\)
  • \(23.2\)
  • \(24.0\)
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The Correct Option is D

Solution and Explanation

Concept: For a moderately skewed frequency distribution, the empirical relation between mean, median, and mode is: \[ \text{Mode} = 3(\text{Median}) - 2(\text{Mean}) \] This relation is commonly used in statistics when direct calculation of mode is difficult.

Step 1:
Write the given values. Given: \[ \text{Mean} = 21 \] \[ \text{Median} = 22 \] We need to find: \[ \text{Mode} \]

Step 2:
Use the empirical formula. \[ \text{Mode} = 3(\text{Median}) - 2(\text{Mean}) \] Substituting the values: \[ \text{Mode} = 3(22) - 2(21) \] \[ = 66 - 42 \] \[ = 24 \] Thus, \[ \boxed{\text{Mode} = 24.0} \] Hence, the correct option is: \[ \boxed{(E)\ 24.0} \]
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