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Report On Pay and Performance in Major League Sports

Category: Business Statistics Paper Type: Report Writing Reference: N/A Words: 1810

There has been growing and large disparity in recent years among the payrolls of salaries of major league sports team. In order to acquire the players, very high prices are being paid by many teams so that team could be made up of best players. It hasbeen seen that high budget teams are often successful such as New York Yankees; this raises the question that either tag of high prices worth the improvement in players’ performance or not. Many statistics such as on base percentage plus slugging, stolen base, and batting average can be examined to evaluate their impact on the salariesof players.

The higher salaries are expected to be correlated to good players’ performance. OPS takes on base percentage plus slugging of players and normalize the number around whole league and accounts for ballparks kind of external factors. It is a solid tool for players’ performance evaluation at the place and it is a good measure to rank players switching the teams. The number of tears of experience refers to time period between a player joined the team till present working time and it also matters to evaluate the performance of the players.This project aims to identify the relationship between salary of player and their performance in major league sports and predicting the salary of baseball based on the performance as well in the field. The model for this project is explained as:

Wins = number of games won = dependent variable

Errors = number of errors committed = independent variable

ERA = team ERA = independent variable

HR = number of homes runs = independent variable

League =whether the team places in the National League or the American League. League code variable is added by using 1 for the American League and 0 for the National League.

Payroll = Players Pay = Independent variable

SB = Stolen base = independent variable

BA = Batting average = independent variable

On base percentage plus slugging is major independent variable because this variable plays an important role to identify the performance of player. Following is the general form of variables:

Definition of Variables of Pay and Performance in Major League Sports

Wins: Wins refer to the number of games that league has won.

League: League refers to two sports league i.e. National League and the American eague.

HR: It refers to the number of home runs. The expected result of this variable is positive.

Payroll: It refers to players’ salary that is what players are being paid for their work in a team. The expected result of this variable is positive.

Stolen base:In major league sports, stolen base occurs when players is not entitled to some base and advances to that base and it is ruled by the official scorer that action of the runner is credited by advances. It often occurs when ball is being pitched by pitcher to home plate and runner advances to a next base. The expected result of this variable on dependent variable is negative.

Batting average:the average score of a player is called batting average. For example, in cricket, runs scored by a batsman on one completed innings and in baseball, the safe hits of batter at bat per official times is knowns as batting average. The expected result of this variable on dependent variable is positive.

Data Description

This project is based on data of above mentionedvariables collected form “Bovée, C.L., Thill, J.V. and Raina, R.L., 2016. Business communication today. Pearson Education India.” The data is presented in following table:

Team

League

Wins

ERA

BA

HR

SB

Errors

Payroll

Arizona Diamondbacks

NL

65

4.81

0.250

180

86

102

60.7

Atlanta Braves

NL

91

3.56

0.258

139

63

126

84.4

Baltimore Orioles

AL

66

4.59

0.259

133

76

105

81.6

Boston Red Sox

AL

89

4.20

0.268

211

68

111

162.7

Chicago Cubs

NL

75

4.18

0.257

149

55

126

146.9

Chicago White Sox

AL

88

4.09

0.268

177

160

103

108.3

Cincinnati Reds

NL

91

4.01

0.272

188

93

72

72.4

Cleveland Indians

AL

69

4.30

0.248

128

91

110

61.2

Colorado Rockies

NL

83

4.14

0.263

173

99

101

84.2

Detroit Tigers

AL

81

4.30

0.268

152

69

109

122.9

Florida Marlins

NL

80

4.08

0.254

152

92

123

55.6

Houston Astros

NL

76

4.09

0.247

108

100

103

92.4

Kansas City Royals

AL

67

4.97

0.274

121

115

121

72.3

Los Angeles Angels

AL

80

4.04

0.248

155

104

113

105

Los Angeles Dodgers

NL

80

4.01

0.252

120

92

98

94.9

Milwaukee Brewers

NL

77

4.58

0.262

182

81

101

81.1

Minnesota Twins

AL

94

3.95

0.273

142

68

78

97.6

New York Mets

NL

79

3.70

0.249

128

130

87

132.7

New York Yankees

AL

95

4.06

0.267

201

103

69

206.3

Oakland Athletics

AL

81

3.56

0.256

109

156

99

51.7

Philadelphia Phillies

NL

97

3.67

0.260

166

108

83

141.9

Pittsburgh Pirates

NL

57

5.00

0.242

126

87

127

34.9

San Diego Padres

NL

90

3.39

0.246

132

124

72

37.8

San Francisco Giants

NL

92

3.36

0.257

162

55

73

97.8

Seattle Mariners

AL

61

3.93

0.236

101

142

110

98.4

St. Louis Cardinals

NL

86

3.57

0.263

150

79

99

93.5

Tampa Bay Rays

AL

96

3.78

0.247

160

172

85

71.9

Texas Rangers

AL

90

3.93

0.276

162

123

105

55.3

Toronto Blue Jays

AL

85

4.22

0.248

257

58

92

62.7

Washington Nationals

NL

69

4.13

0.250

149

110

127

61.4

 

Presentation and Interpretation of Results of Pay and Performance in Major League Sports

 Correlation Analysis of Major League Sports

 

Wins

League

ERA

BA

HR

SB

Errors

Payroll

Wins

1

League

0.049402548

1

ERA

-0.681075006

0.144781586

1

BA

0.460875034

0.224153518

0.058049927

1

HR

0.437799827

0.114081832

0.08710859

0.317179144

1

SB

0.034441106

0.270324406

-0.203424468

-0.176253311

-0.307739372

1

Errors

-0.634078486

-0.015525505

0.479930323

-0.16569051

-0.279342476

-0.132660629

1

Payroll

0.34902618

0.148628679

-0.142205861

0.296919745

0.26227353

-0.1603734

-0.216774

1

 

League

Wins

ERA

BA

HR

SB

Errors

Payroll

Mean

0.466666667

81

4.073333333

0.257266667

153.7666667

98.63333333

101

91.01666667

Standard Error

0.092641111

2.00917436

0.076555642

0.00189672

6.119440162

5.697445149

3.19662178

6.984363625

Median

0

81

4.07

0.257

151

92.5

102.5

84.3

Mode

0

80

3.56

0.268

149

68

126

#N/A

Standard Deviation

0.507416263

11.00470119

0.419312519

0.010388765

33.51755416

31.20619228

17.50861857

38.25493507

Sample Variance

0.257471264

121.1034483

0.175822989

0.000107926

1123.426437

973.8264368

306.5517241

1463.440057

Kurtosis

-2.126913265

-0.652291187

0.170077771

-0.817470219

1.797977689

-0.025766615

-0.759303791

1.62727711

Skewness

0.14076918

-0.489521729

0.492762757

0.092907631

0.991335172

0.697212811

-0.2699435

1.133049818

Range

1

40

1.64

0.04

156

117

58

171.4

Minimum

0

57

3.36

0.236

101

55

69

34.9

Maximum

1

97

5

0.276

257

172

127

206.3

Sum

14

2430

122.2

7.718

4613

2959

3030

2730.5

Count

30

30

30

30

30

30

30

30

The above table represents the correlation analysis. It can be seen that wins variable is positively correlated with league, ERA, andBA. While the variable is negatively correlated with HR, SB, and errors. The wins are highly correlated with league. From the total 7 variables only two variables are negatively correlated with the Wins these are; ERA and errors which have values roundabout the -0.681075006 and -0.634078486 respectively. Meanwhile the remaining five variables as; League, BA, HR, SB and payrolls are positively related with the Wins. The negative values shows that there is negative relationship among the dependent and independent variables and the positive values shows positive relationship.

Summary Statistics of Major League Sports

 The summary statistics of variables is given in the above table containing means, standard error, standard deviation, median, and mode etc. The above data shows that HR has highest mean value followed by error, SB, and payroll while the BA has lowest mean value. The summarystatics analysis used to represent the minimum and maximum values of the variables and it also can calculate the ranges along with the mean mode medianfor each variable individually. This tables is also represents the values of the Skewness andKurtosis that is commonly used to measure the relative size of the two tails and combined sizes of the two tails respectively. The probability of the two tails also can be measure by the analysis.The value of the leagues is the best match for the Kurtosis.

Regression Analysis of Major League Sports

SUMMARY OUTPUT of Major League Sports

Regression Statistics

Multiple R

0.931129925

R Square

0.867002938

Adjusted R Square

0.824685691

Standard Error

4.607729093

Observations

30

ANOVA

 

df

SS

MS

F

Significance F

Regression

7

3044.914317

434.9877596

20.48816966

2.89702E-08

Residual

22

467.0856827

21.2311674

Total

29

3512

 

 

 

 

Coefficients

Standard Error

t Stat

P-value

Lower 95%

Intercept

39.7199497

26.13628013

1.51972467

0.142822471

-14.48337776

League

-0.061828574

1.918998774

-0.032219184

0.974587782

-4.041588449

ERA

-16.80095049

2.496407119

-6.730052309

9.16822E-07

-21.97818198

BA

385.2606269

92.33324928

4.172501563

0.000395919

193.773188

HR

0.113088294

0.030441284

3.714964627

0.001205621

0.049956934

SB

0.021301062

0.032870296

0.648033787

0.523669467

-0.046867759

Errors

-0.097128388

0.061543682

-1.578202406

0.128790918

-0.224762173

Payroll

0.010435676

0.024790363

0.420956958

0.677870466

-0.040976391

Interpretations of Major League Sports

 The above given tables shows the regression analysis which is usually represent the effects of the independent variable on the dependent variables. In the coefficients table the value of the coefficient for all variablesconsidered for applying the equation.

Y= a+ bx

Y=a+ League x1+ ERA x2+ BA x3+ HR x4+ SB x5+ Errors x6+ Payroll x7

Y=39.7199497+-0.061828574x1+-16.80095049 x2+385.2606269x3+0.113088294x4+0.021301062x5+-0.097128388x6+0.010435676x7

The above table is showing that there is postiche relationship among all of these variables except three variables as; Errors, League and ERA. Because these three variables have negative relationship with the wins.  It shows the winning power of the supports can be decrees by increasing the errors leagues and ERA. All the variables has significant values less than 0.05 but only league, ERA and payroll are not significant for the Wins.

In the table of the model summary the value of the adjusted R square is 0.824685691 which shows wins has 82% influence on the independents variables.

Conclusion Major League Sports

It is concluded that salaries is major key that enforce the person to continue to his jobs. The higher salaries are expected to be correlated to good players’ performance. OPS takes on base percentage plus slugging of players and normalize the number around whole league and accounts for ballparks kind of external factors. It has been concluded in this paper that there is the positive relationship between salary of player and their performance in major league sports and predicting the salary of baseball based on the performance as well in the field. By increasing the salaries the performance of the players will be enhance as well. It has been observed by applying the regression and correlation that there is the significant positive relationship among the salaries and good players’ performance.

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