Consider the following frequency distribution table representing the weights of 40 students of a class .

Draw a histogram to represent the above data.

The following table presents the number of literate males in a town: Draw a histogram to represent the above data.

The following distribution gives the time taken by 25 students to solve a problem. Draw a histogram to represent the above Data.

Represent the following frequency distribution by means of a histogram:

Represent the following frequency distribution by means of a histogram:

The following table gives the distribution of IQ (intelligence Quotient) of 60 pupils of class IX in a school Draw a histrogram to represent the above data.

The distribution below gives the weights of 30 students of a class. Find the median weight of the students.

In a frequency distribution, gives are graphical represented of

The following table presents the number of literate females in the age group (10-34) in town. Draw a histogram to represent the above data

Various modes of transport used by 1950 students of a school are given below Draw a graph to represent the above data.

Consider the frequency distribution table (Table 14.3, Example 4, Chapter 14), which gives the weights of 38 students of a class. (i) Find the probability that the weight of a student in the class lies in the interval 46-50 kg. (ii) Give two events in this context, one having probability 0 and the other having probability 1.