If in a moderately asymmetrical distribution,the mode and mean of the data are $6 \lambda$ and $9 \lambda$ respectively,then the median is:

  • A
    $8 \lambda$
  • B
    $7 \lambda$
  • C
    $6 \lambda$
  • D
    $5 \lambda$

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Similar Questions

Find the mode of the given frequency distribution.
Class $0-10$ $10-20$ $20-30$ $30-40$ $40-50$ $50-60$ $60-70$ $70-80$
$f_i$ $2$ $18$ $30$ $45$ $35$ $20$ $6$ $3$

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The mode of the following frequency distribution is:
Class $0-5$ $5-10$ $10-15$ $15-20$ $20-25$ $25-30$
Frequency $(f_i)$ $3$ $4$ $7$ $11$ $2$ $5$

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Consider the following frequency distribution:
Class $0-6$ $6-12$ $12-18$ $18-24$ $24-30$
Frequency $a$ $b$ $12$ $9$ $5$

If $\text{mean} = \frac{309}{22}$ and $\text{median} = 14$,then the value of $(a-b)^{2}$ is equal to $.....$

For a discrete series (where all values are not equal),what is the relationship between Mean Deviation $(M.D.)$,Mean $(Mean)$,and Standard Deviation $(S.D.)$?

In a moderately asymmetrical distribution,the mode and mean are $7$ and $4$ respectively. The median is:

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