Median of Grouped Data

50 students enter for a school javelin throw competition. The distance (in metre) thrown are recorded below

Are the median distance calculated in (ii) by drawing ogive and (iii) by cumulative frequency same?

50 students enter for a school javelin throw competition. The distance (in metre) thrown are recorded below

Calculate the median distance by using the formula for median.

The table below shows the salaries of $280$ persons.

Calculate the median and mode of the data.

Draw the less than type and more than type ogives for the data and use them to find the median weight.

The weights of tea in $70$ packets shown in the following table

Size of agriculture holdings in a survey of $200$ families is given in the following table.

Compute median and mode size of the holdings.

Draw the less than type ogive for this data and use it to find the median weight.

The weights of tea in $70$ packets:

The median of the following data is $50$. Find the values of $p$ and $q$, if the sum of all the frequencies is $90$.

The maximum bowling speeds, in $\mathrm{km}$ per hour, of $33$ players at a cricket coaching centre are given as follows.

Calculate the median bowling speed.

Will the median class and modal class of grouped data always be different? Justify your answer.

Consider the following frequency distribution

The upper limit of the median class is

The sum of lower limits of the median class and modal class is