Slide 3 :- What is statistics?

Slide 4 :- Introduction.

Slide 6 :- Use of Statistics at present.

Slide 7 :- usage of statistics in our day-to-day life.

Slide 8 :- Presenting data in graphical form.

Slide 9 :- Image of different types of graphs.

Slide 10:- use of statistics in Cricket.

Slide 11:- General Statistics.

Slide 12:- Cricket statistics.

Slide 13:- Batting Statistics.

Slide 16:- Bowling Statistics.

Slide 20:- Graphical Statistics.

Slide 22:- Image of different types of graphs used in cricket.

Slide 23:- Association of Cricket Statisticians and Historians.

Slide 24:- Cricket world cup 2011 stats.

Slide 37:- Conclusion.

Slide 38:- Reference/Source.

Statistics is the study of the collection, organization,

analysis, interpretation and presentation of data.

It deals with all aspects of data including the

planning of data collection in terms of the design of

surveys and experiments. happening in the world

around use sets of mathematical equations that are used

to analyze \in the world around us

What is Statistics?

Introduction :

Statistics are sets of mathematical equations that are

used to analyze what is happening in the world

around us.of

Everyday we come across a wide variety of

information in the form of facts, numerical figures,

tables, graphs, etc…

These are provided by newspapers, televisions,

magazines and other means of communications.

These facts or figures, which are numerical are

called data.

This is studied in a branch of Mathematics called

statistics.

These may relate to Cricket batting or bowling,

averages, profits of a company, temperatures of

cities, polling results, and so on.

Use of statistics at present :

We know that today we live in the Information Age

where we understand a great deal about the world

around us.

Much of this information are determined

mathematically by using statistics. When used

correctly, statistics tell us any trends in what

happened in the past and can be useful in predicting

what may happen in the future.

Usage of statistics in our day-to-

day life

Weather Forecasts

Predicting Disease

Medical Studies

Political Campaigns

Insurance

Quality Testing

Stock Market

Consumer Goods

Polling Results, and many more….

Presenting data in graphical form

There are many ways to present data, the most

commonly used way of presenting data is of

graphical form.

graphical form makes it easier to understand.

Graphs tells something with visuals rather than in

words or numbers.

There are numerous graphing options when it comes

to presenting data.

Pie charts, bar graphs, statistical maps, histograms,

and frequency polygons are some popular way of

presenting data in graphical form.

Use of statistics in CRICKET

Cricket is a sport that generates a large number

of statistics.

Statistics are recorded for each player during a

match, and aggregated over a career.

At the professional level, statistics for Test

cricket, one-day internationals, and first-class

cricket are recorded separately.

Nowadays records are also maintained for List

A and Twenty20 limited over matches.

General statistics

Matches (Mat/M):

Number of matches played.

Catches (Ct):

Number of catches taken.

Stumpings (St):

Number of stumpings made

(as a wicket-keeper).

Cricket statistics

Batting :

Innings, Run, Batting average, Century, Strike rate, Not out, Four and Six.

Bowling :

Overs, Run, wicket, no ball, wide, bowling average, hat trick

Fielding :

Catch, Leg Bye.

Wicket-keeper :

Catch, Stump, Bye.

Batting statistics

Matches (Mat/M):

Number of matches the batsman played.

Innings (I):

The number of innings in which the batsman actually

batted.

Runs (R):

The number of runs scored.

Highest score (HS/Best):

The highest score ever made by the batsman.

Not outs (NO):

The number of times the batsman was not out

at the conclusion of an innings they batted in.

Centuries (100):

The number of innings in which the batsman

scored one hundred runs or more.

Half-centuries (50):

The number of innings in which the batsman

scored fifty to ninety-nine runs (centuries do

not count as half-centuries).

Balls faced (BF):

The total number of balls received, including

no balls but not including wides.

Batting average (Avg.): The total number of runs divided by the total number of innings in which the batsman was out.

Avg. = Runs/[I – NO]

Strike rate (SR): The average number of runs scored per 100 balls faced.

SR = [100 * Runs]/BF)

Run rate (RR): The average number of runs a batsman (or the batting side) scores in an over of 6 balls.

Net run rate (NRR):

A method of ranking teams with equal points in limited overs league competitions.

Bowling statistics

• Overs (O): The number of overs bowled.

Balls (B): The number of balls bowled.

Maiden overs (M): The number of maiden overs (overs in which the bowler conceded zero runs) bowled.

Runs (R): The number of runs conceded by the bowler.

Wickets (W):

The number of wickets taken.

No balls (Nb):

The number of no balls bowled.

Wides (Wd):

The number of wides bowled.

Bowling average (Ave):

The average number of runs conceded per wicket.

Ave = Runs/W

Strike Rate (SR):

The average number of balls bowled per wicket

taken.

SR = Balls/W

Economy rate (Econ):

The average number of runs conceded per over.

Econ = Runs/Overs bowled

Best bowling (BB):

The bowler's best bowling performance, defined as

firstly the greatest number of wickets, secondly the

fewest runs conceded for that number of wickets.

Five wickets in an innings (5w):

The number of innings in which the bowler took at

least five wickets.

Ten wickets in a match (10w):

The number of matches in which the bowler took at

least ten wickets; recorded for Tests and first-class

matches only.

Graphical statistics

The television coverage of professional cricket has

developed new and interesting forms of presenting

statistical data to viewers. Television networks have

thus invented several new ways of presenting

statistics.

These include displaying two-dimensional and even

three-dimensional plots of shot directions and

distances on an overhead view of a cricket field,

commonly referred to as a Wagon-Wheel.

Other forms include graphs of run scoring and wicket

taking numbers plotted against time or balls bowled

over a career or within a match. These graphics can

be changed dynamically through a computer

controlled back-end, as statistics evolve during a

game. Commonly used graphics, especially during a

limited-over match, are a worm graph.

called so, for the worm-like appearance of the teams'

score progression as the overs progress.

Still there are many types of graph used in cricket.

Association of Cricket

Statisticians and Historians

ACS was founded in England in 1973 for the

purpose of researching and collating information

about the history and statistics of cricket.

ACS headquarters were formerly in Nottingham,

opposite Trent Bridge Cricket Ground, but since

2006 it has been based in Cardiff at Sophia Gardens

Cricket Ground.

Although constituted in England, the ACS has a

worldwide membership and is open to anyone with a

relevant interest. The membership in 2010 numbered

about 1,300.

Cricket world cup 2011 stats.

Here’s the statistics of the cricket world

cup 2011.

Highest Team Totals :

The following table lists the highest team scores

during this tournament.

Highest team totals :

310

320

330

340

350

360

370

380

INDIA iINDIA ENGLAND SRI LANKA WESTINDIES

RUNS

Batting Statistics Most runs in World Cup 2011 :

This table contains top 5 players with most runs

in the tournament.

Most runs in World Cup 2011 :

050

100150200250300350400450500

500 482 465422

393

9 9 9 7 9

Runs

Matches

Highest scores :

This table contains the top 5 players with highest

scores of the tournament made by a batsman in a

single innings.

Highest scores :

0

20

40

60

80

100

120

140

160

180

Sehwag strauss Dilshan de villears Tharanga

175

158

144134 133

140145

131

98

141

14 18 16 13 17

5 1 1 4 0

Score

Balls

4s

6s

Bowling Statistics Most wickets :

The following table contains the top 5 leading

wicket-takers of the tournament.

Bowling Statistics :

Best bowling figures :

This table lists the top 5 players with the best

bowling figures in the tournament.

Hat-tricks :

This table lists the hat-tricks (3 wickets

continuously in 3 balls) taken by a bowler.

Fielding statistics Most dismissals :

This is a list of the wicketkeepers who have made

the most dismissals in the tournament.

Most catches :

This is a list of the outfielders who have taken the

most catches in the tournament.

2011 world cup final Worm Graph :

This graph shows the runs scored by two teams in

the final of 2011 world cup.

Conclusion

From this Presentation we come to know that,

Statistics is very important in CRICKET.

Cricket is a sport that generates a large number

of statistics.

Statistics in cricket includes :

Graphical data.

Numerical data.

This stats, helps to maintain record. Record may be

about Batting, Bowling, Fielding.

Records are very useful in the field of CRICKET.

Source/Reference INTERNET :

Wikipedia -

http://en.wikipedia.org/wiki/Cricket_statistics

http://en.wikipedia.org/wiki/2011_Cricket_World_Cup

_statistics

ESPN Cricinfo –

http://www.espncricinfo.com/icc-cricket-world-cup-

2011

And many more websites…..