In each of the following cases, find the best predicted value for y given that x = 3.00. The given statistics are summarized from paired sample data. Use the given data to find the best predicted value of the dependent variable. Be sure to follow the prediction procedures. (a) r = 0.988, y = 7.00, n = 20, and the equation of the regression line is = 6.00 + 5.00x. (b) r = 0.057, y = 7.00, n = 20, and the equation of the regression line is = 6.00 + 5.00x.
In each of the following cases, find the best predicted value for y given that x = 3.00. The given statistics are summarized from paired sample data. Use the given data to find the best predicted value of the dependent variable. Be sure to follow the prediction procedures. (a) r = 0.988, y = 7.00, n = 20, and the equation of the regression line is = 6.00 + 5.00x. (b) r = 0.057, y = 7.00, n = 20, and the equation of the regression line is = 6.00 + 5.00x.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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In each of the following cases, find the best predicted value for y given that x = 3.00. The given statistics are summarized from paired sample data. Use the given data to find the best predicted value of the dependent variable. Be sure to follow the prediction procedures.
(a) r = 0.988, y = 7.00, n = 20, and the equation of the regression line is = 6.00 + 5.00x.
(b) r = 0.057, y = 7.00, n = 20, and the equation of the regression line is = 6.00 + 5.00x.
(b) r = 0.057, y = 7.00, n = 20, and the equation of the regression line is = 6.00 + 5.00x.
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