On arranging the data in ascending order, we get 32,32,34,35,35,38,42 Now, arrange the data in tabular form:

It is clear from the above table, that 32 and 35 occur two times
\(\therefore\)   Mode = 32 and 35
In the ascending order, the middle value of data is 35
\(\therefore\) Median = 35
Hence, currect mode is 32 and 35 and median is 35

To find the mean number of points per game for C, we divide the total points by 3, because C did not play 3rd game.

We know that, there are seven days in a week. Let the study hours for different days of the week are as follows

Total number of study hours = 6+5+6+7+6+5+7=42h
Number of days in a week = 7
\(\therefore\)  \(Average=\frac { Total\ study\ hours }{ total\ number\ of\ days } =\frac { 42 }{ 7 } =6h\)
Hence, average study hours is 6 h per day

x = 21

On arranging the data in ascending order, we get 128,132,135,139,141,143,146,149,150,151
We can observe from the ascending order of heights that last term is maximum. Thus, height of the tallest girl = 151 cm

Let the heights (in cm) of 10 students of your Class VII be
150,151,147,149,150,152,149,143,146 and 152.
Rearranging the heights in ascending order, we get
143,146,147,149,149,150,150,151,152,152
Now, range of the height of students
= Highest observation - Lowest observation
= 152 -143 = 9 cm
Hence, range of height of 10 students is 9 cm.

(a) Possible situations to happen are as follows:
(i) On tossing a coin, getting either a head or a tail
(ii) On drawing one card from a pack of 52 cards one side will appear.
(iii) Getting a number from 1 to 6 by throwing a die.
(b) Impossible to happen are as follows:
(i) A girl in the boy's school.
(ii) Getting a number 8 by throwing a die.
(iii) A person of height 3 m.
(c) Mayor may not happen situations are as follows:
(i) To toss a coin and get tail.
(ii) Probably it may rain.
(iii) An ant rising to 4 m height

We know that on a die, there are six faces with numbers from 1 to 6. Clearly, all the numbers are less than 7. Hence, whatever number appears on throwing a die, it will be less than 7. In other words, we can say that it is certain to get a number less than 7 on throwing a die. Hence, its probability is 1

Mode = maximum occuring observation = 67  (occurs 2 times)

The representation of data with bars of uniform width is called bar graph