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Tukey's HSD 100(1 − α)% Confidence Interval for the Difference

Question 46

Multiple Choice

Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μi − μj for unbalanced data is given by ________.


A) ( Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± i - Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± j) ± Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ±
B) ( Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± i - Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± j) ± Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ±
C) ( Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± i - Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± j) ± Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ±
D) ( Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± i - Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± j) ± Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ± Tukey's HSD 100(1 − α) % confidence interval for the difference between two population means μ<sub>i</sub> − μ<sub>j</sub> for unbalanced data is given by ________. A) ( <sub>i </sub>- <sub>j</sub>) ± B) ( <sub>i </sub>- <sub>j</sub>) ± C) ( <sub>i </sub>- <sub>j</sub>) ± D) ( <sub>i </sub>- <sub>j</sub>) ±

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