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LIST I:LIST II:A. An inferential test used to determine effect size for a chi-square test; the correlation used when both measured variables are dicho
Question

Match List I with List II


LIST I:
LIST II:
A. An inferential test used to determine effect size for a chi-square test; the correlation used when both measured variables are dichotomous and nominal
I. Point-biserial correlation coefficient
B. The correlation used when one of its variables is measured on a dichotomous nominal scale and the other is measured on an interval or ratio scale
II. Regression analysis
C. A procedure that allows to predict an individual’s score on one variable based on knowing one or more variables
III. Partial correlation
D. A correlational technique that involves measuring three variables and then statistically removing the effect of the third variable from the correlation of the remaining two variables​
IV. Phi-coefficient

A.

A-IV, B-II, C-III, D-I

B.

A-III, B-II, C-IV, D-I

C.

A-II, B-IV, C-III, D-I

D.

A-IV, B-I, C-II, D-III

Correct option is D

A. An inferential test used to determine effect size for a chi-square test; the correlation used when both measured variables are dichotomous and nominal: This corresponds to Phi-coefficient (IV). The Phi-coefficient is used when both variables are dichotomous and nominal, typically in chi-square tests.

B. The correlation used when one of its variables is measured on a dichotomous nominal scale and the other is measured on an interval or ratio scale: This corresponds to the Point-biserial correlation coefficient (I). The point-biserial correlation is used when one variable is dichotomous (nominal) and the other is continuous (interval or ratio).

C. A procedure that allows to predict an individual’s score on one variable based on knowing one or more variables: This corresponds to Regression analysis (II). Regression analysis is used to predict the value of one variable based on another (or more) variables.

D. A correlational technique that involves measuring three variables and then statistically removing the effect of the third variable from the correlation of the remaining two variables: This corresponds to Partial correlation (III). Partial correlation is used to understand the relationship between two variables while controlling for the effect of a third variable.

Thus, the correct answer is Option (d) A-IV, B-I, C-II, D-III.

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