Explain what each of the following sample correlation coefcients tells you about the relationship between the x and y values in the sample. atr=1 b.r=-1 ctr=0 d.r=0.91 e.r=0,14 ftr= -0.87 a. What relationship exists between the x and y values in the sample? i] A. x and y have a weak, negative linear relationship. [l B. x and y have a strong, negative linear relationship. \\.:,' C. x and y have a strong, positive linear relationship, [i o. x and y have a perfect, positive linear relationship i] E. x and y have a perfect, negative linear relationship. \\_:l F. x and y have a weak. positive linear relationship. {:3 G. X and y are not linearly related. b. What relationship exists between the x and y values in the sample? Cl A. x and y have a weak, negative linear relationship, i] B. x and y have a perfect, negative linear relationship. \\_:l C. x and y have a weak. positive linear relationship. D. x and y have a strong, negative linear relationship. [i e. x and y have a strong, positive linear relationship. i] Ft x and y have a perfect, positive linear relationship \\_:l G. x and y are not linearly related. e. What relationship exists between the x and y values in the sample? A. x and y have a strong, negative linear relationship. [l B. x and y have a weak. negative linear relationship. Cl C. x and y have a perfect, negative linear relationship. t] D. x and y have a weak, positive linear relationship. x and y have a perfect, positive linear relationship x and y have a strong, positive linear relationship. Explain what each or the rollowing sample correlatlon coefclents tells you about the relatlonshlp between the X and y values in the sample, a.r=l h,l=*1 .I'=0 d. What relationship exlsls between the x and y values in the sample? x and y have a perfect, positive linear relationship. x and y have a weak, negative linear relationship. x and y have a perfect, negative linear relationship, x and v have a strong, positive linear relationship, it and y have a strong, negative linear relationship, x and y have a weak, positive linear relationship. . x and y are not linearly related. e. What relationship exlsts between the x and y values in the sample? x and y have a strong, positive linear relationship, x and y have a perfect, negative linear relationship, x and y have a perfect, positive linear relationship. x and y have a weak, negative linear relationship. x and y have a strong, negative linear relationship, x and v have a weak, positive linear relationship. . x and y are not linearly related. i. What relationship exists hetween the x and y values in the sample? x and y have a perleot, positive linear relationship. x and y have a strong, positive linear relationship, x and v have a perfect, negative linear relationship, it and y have a weak, negative linear relationship, x and V have a strong, negative linear relationship. x and y have a weak, positive linear relationship. . x and y are not linearly related