The given distribution shows the number of runs scored by some top batsmen of the world in one-day international cricket matches

Find the mode of the data.

The wickets taken by a bowler in 10 cricket matches are as follows, 2 6 4 5 0 2 1 3 2 3 Find the mode of the data.

A student noted the number of cars passing through a spot on a road for 100 periods each of 3 minutes and summarised it in the table given below. Find the mode of the data :

The following number of goals were scored by a team in a series of 10 matches : 2, 3, 4, 5, 0, 1, 3, 3, 4, 3 Find mean, median and mode of these scores :

In each of the following problems, clearly state what the relevant and irrelevant factors are while going through Steps 1, 2 and 3 given in this chapter :- Suppose a company needs a computer for some period of time. The company can either hire a computer for Rs 2,000 per month or buy one for Rs 25,000. If the company has to use the computer for a long period, the company will pay such a high rent, that buying a computer will be cheaper. On the other hand, if the company has to use the computer for say, just one month, then hiring a computer will be cheaper. Find the number of months beyond which it will be cheaper to buy a computer.

The runs scored by two teams A and B in the first 60 balls in a cricket match are given below : : Represent the data of both the teams on the same graph by frequency polygons.

In the next world cup of cricket there will be 12 teams, divided equally in two groups. Teams of each group will play a match against each other. From each group 3 top teams will qualify for the next round.In this round each team will play against other once. Each of the four top teams of this round will play amatch against the other three. Two top teams of this round will go to the final round, where they will playthe best of three matches. The minimum number of matches in the next world cup will be

The points scored by a basket ball team in a seris of matches are as follows: 17,2,7,27,25,5,14,18,24,48,10,8,7,10,28 Find the median and mode for the data.