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 explained by other factors.

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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 explained by other factors.
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