Assume that you have paired values consisting of heights (in inches) and weights (in lb) from 40 randomlyselected men. The linear correlation coefficient r is 0.594. Find the value of the coefficient of determination.What practical information does the coefficient of determination provide?Choose the correct answer below.O A. The coefficient of determination is 0.353. 64.7% of the variation is explained by the linear correlation,and 35.3% is explained by other factors.O B. The coefficient of determination is 0.647. 35.3% of the variation is explained by the linear correlation,and 64.7% is explained by other factors.O C. The coefficient of determination is 0.647. 64.7% of the variation is explained by the linear correlation,and 35.3% is explained by other factors.O D. The coefficient of determination is 0.353. 35.3% of the variation is explained by the linear correlation,and 64.7% is explained by other factors.

Answered: Assume that you have paired values…

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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Use the data values in the table below to calculate the correlation between the variables x and y. Submit the link through Canvas to either a photo of your work on paper or a link to a google sheet. y 1 17.15 2 14.28 3 12.01 4 6.64 3.67 3.4 Give your answer to three decimal places.
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Assume that you have paired values consisting of heights (in inches) and weights (in lb) from 40 randomly selected men. The linear correlation coefficient r is 0.567. Find the value of the coefficient of determination. What practical information does the coefficient of determination provide? Question content area bottom Part 1 Choose the correct answer below. A. The coefficient of determination is 0.321. 32.1% of the variation is explained by the linear correlation, and 67.9% is explained by other factors. B. The coefficient of determination is 0.679. 67.9% of the variation is explained by the linear correlation, and 32.1% is explained by other factors. C. The coefficient of determination is 0.321. 67.9% of the variation is explained by the linear correlation, and 32.1% is explained by other factors. D. The coefficient of determination is 0.679. 32.1% of the variation is explained by the linear correlation, and 67.9% is…
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