The partial mega stat output below is regression analysis of the relationship between annual payroll and number of wins in a season for 28 teams in professional sports. The purpose of the analysis is to predict the number of wins when given an annual payroll in $millions. Although technically not a sample, the baseball data below will be treated as a convenience sample of all major league professional sports. Refer to the printout above. The regression equation is:
A) = 0.379 + 68.8291x
B) = 68.8291 + 0.3979x
C) = 0.2473 + 0.3979x
D) = 68.8291 + 0.2473x
E) = 0.2473 + 68.8291x

Question

The partial mega stat output below is regression analysis of the relationship between annual payroll and number of wins in a season for 28 teams in professional sports. The purpose of the analysis is to predict the number of wins when given an annual payroll in $millions. Although technically not a sample, the baseball data below will be treated as a convenience sample of all major league professional sports.  Refer to the printout above. The regression equation is:
A) = 0.379 + 68.8291x 
B) = 68.8291 + 0.3979x 
C) = 0.2473 + 0.3979x 
D) = 68.8291 + 0.2473x 
E) = 0.2473 + 68.8291x

Quizplus · Accepted Answer

The Answer of The partial mega stat output below is regression analysis of the relationship between annual payroll and number of wins in a season for 28 teams in professional sports. The purpose of the analysis is to predict the number of wins when given an annual payroll in $millions. Although technically not a sample, the baseball data below will be treated as a convenience sample of all major league professional sports.  Refer to the printout above. The regression equation is:
A) = 0.379 + 68.8291x 
B) = 68.8291 + 0.3979x 
C) = 0.2473 + 0.3979x 
D) = 68.8291 + 0.2473x 
E) = 0.2473 + 68.8291x

The Partial Mega Stat Output Below Is Regression Analysis of the Relationship