11. What is the type of relationship between the explanatory variable and the response variable based on the details provided? A. Cannot be known B. Direct C. Either direct or inverse D. Inverse 12....

11. What is the type of relationship between the explanatory variable and the response variable based
on the details provided?
A. Cannot be known
B. Direct
C. Either direct or inverse
D. Inverse
12. Is the computed correlation coefficient statistically significant? What is your basis?
A. Yes; the p-value of the t-test in the correlation analysis is <>
B. Yes; the p-value of the F-test in the regression analysis is <>
C. No; the Pearson r in the correlation analysis is >0.05
D. No; the R square in the regression analysis is >0.05
13. Waist circumference (cm) in the regression analysis is the _____ variable.
A. Categorical
B. Dependent
C. Independent
D. Response

Extracted text: Correlation Coefficients Regression Analysis Pearson 0.7791 OVERALL FIT Spearman 0.740316 0.553078 Multiple R 0.7791 AIC 179.3782 Kendall R Square 0.606996 AICC 180.1782 Adjusted R Square 0.594715 SBC 182.4309 Pearson's coeff (t test) Pearson's coeff (Fisher) Standard Error 13.59095 Observations 34 Alpha 0.05 Rho Tails Alpha 0.05 ANOVA Alpha 0.05 2 df p-value 1 9129.329 9129.329 49.42418 5.71E-08 Tails MS F corr 0.7791 Regression 0.7791 0.174078 5.8076 6.34E-09 0.59866 0.884287 std err 0.110821 corr Residual 32 5910.842 184.7138 t 7.030233 std err Total 33 15040.17 p-value 5.71E-08 lower 0.553364 p-value coeff std err t stat p-value lower upper upper 1.004835 lower Intercept -116.799 23.45742 -4.97919 2.11E-05 -164.58 -69.0176 upper Waist circumference (cm) 2.048552 0.291392 7.030233 5.71E-08 1.455006 2.642097