Student's Final Grade A statistics professor investigated some of the factors that affect an individual student's final grade in her course. She proposed the multiple regression model , where y is the final grade (out of 100 points), x ₁ is the number of lectures skipped, x ₂ is the number of late assignments, and x ₃ is the midterm exam score (out of 100). The professor recorded the data for 50 randomly selected students. The computer output is shown below. THE REGRESSION EQUATION IS

S = 13.74 R - Sq = 30.0%
ANALYSIS OF VARIANCE {Student's Final Grade Narrative} Interpret the coefficient b ₂.

Question

Student's Final Grade A statistics professor investigated some of the factors that affect an individual student's final grade in her course. She proposed the multiple regression model

, where y is the final grade (out of 100 points), x ₁ is the number of lectures skipped, x ₂ is the number of late assignments, and x ₃ is the midterm exam score (out of 100). The professor recorded the data for 50 randomly selected students. The computer output is shown below. THE REGRESSION EQUATION IS

S = 13.74 R - Sq = 30.0%
ANALYSIS OF VARIANCE

{Student's Final Grade Narrative} Interpret the coefficient b ₂.

Quizplus · Accepted Answer

The Answer of Student's Final Grade A statistics professor investigated some of the factors that affect an individual student's final grade in her course. She proposed the multiple regression model , where y is the final grade (out of 100 points), x ₁ is the number of lectures skipped, x ₂ is the number of late assignments, and x ₃ is the midterm exam score (out of 100). The professor recorded the data for 50 randomly selected students. The computer output is shown below. THE REGRESSION EQUATION IS S = 13.74 R - Sq = 30.0% ANALYSIS OF VARIANCE {Student's Final Grade Narrative} Interpret the coefficient b ₂.

Student's Final Grade a Statistics Professor Investigated Some of the Factors