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The Normality Assumption Implies That

Question 6

Multiple Choice

The normality assumption implies that:


A) the population error u is dependent on the explanatory variables and is normally distributed with mean equal to one and variance The normality assumption implies that: A) the population error u is dependent on the explanatory variables and is normally distributed with mean equal to one and variance <sup>2</sup>. B) the population error u is independent of the explanatory variables and is normally distributed with mean equal to one and variance . C) the population error u is dependent on the explanatory variables and is normally distributed with mean zero and variance . D) the population error u is independent of the explanatory variables and is normally distributed with mean zero and variance <sup>2</sup>. 2.
B) the population error u is independent of the explanatory variables and is normally distributed with mean equal to one and variance The normality assumption implies that: A) the population error u is dependent on the explanatory variables and is normally distributed with mean equal to one and variance <sup>2</sup>. B) the population error u is independent of the explanatory variables and is normally distributed with mean equal to one and variance . C) the population error u is dependent on the explanatory variables and is normally distributed with mean zero and variance . D) the population error u is independent of the explanatory variables and is normally distributed with mean zero and variance <sup>2</sup>. .
C) the population error u is dependent on the explanatory variables and is normally distributed with mean zero and variance The normality assumption implies that: A) the population error u is dependent on the explanatory variables and is normally distributed with mean equal to one and variance <sup>2</sup>. B) the population error u is independent of the explanatory variables and is normally distributed with mean equal to one and variance . C) the population error u is dependent on the explanatory variables and is normally distributed with mean zero and variance . D) the population error u is independent of the explanatory variables and is normally distributed with mean zero and variance <sup>2</sup>. .
D) the population error u is independent of the explanatory variables and is normally distributed with mean zero and variance The normality assumption implies that: A) the population error u is dependent on the explanatory variables and is normally distributed with mean equal to one and variance <sup>2</sup>. B) the population error u is independent of the explanatory variables and is normally distributed with mean equal to one and variance . C) the population error u is dependent on the explanatory variables and is normally distributed with mean zero and variance . D) the population error u is independent of the explanatory variables and is normally distributed with mean zero and variance <sup>2</sup>. 2.

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