Deck 3: Multiple Regression Analysis Estimation

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Question
Suppose the variable <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> has been omitted from the following regression equation, <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> is the estimator obtained when <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> is omitted from the equation. The bias in <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> is negative if _____.

A) <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> >0 and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> are positively correlated
B) <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> <0 and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> are positively correlated
C) <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> =0 and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> are negatively correlated
D) <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> =0 and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <div style=padding-top: 35px> are negatively correlated
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Question
High (but not perfect) correlation between two or more independent variables is called _____.

A)heteroskedasticty
B)homoskedasticty
C)multicollinearity
D)micronumerosity
Question
The value of R2 always _____.

A)lies below 0
B)lies above 1
C)lies between 0 and 1
D)lies between 1 and 1.5
Question
The term "linear" in a multiple linear regression model means that the equation is linear in parameters.
Question
The term _____ refers to the problem of small sample size.

A)micronumerosity
B)multicollinearity
C)homoskedasticity
D)heteroskedasticity
Question
Find the degrees of freedom in a regression model that has 10 observations and 7 independent variables.

A)17
B)2
C)3
D)4
Question
The key assumption for the general multiple regression model is that all factors in the unobserved error term be correlated with the explanatory variables.
Question
The Gauss-Markov theorem will not hold if _____.

A)the error term has the same variance given any values of the explanatory variables
B)the error term has an expected value of zero given any values of the independent variables
C)the independent variables have exact linear relationships among them
D)the regression model relies on the method of random sampling for collection of data
Question
The assumption that there are no exact linear relationships among the independent variables in a multiple linear regression model fails if _____, where n is the sample size and k is the number of parameters.

A)n > 2
B)n = k + 1
C)n > k
D)n < k + 1
Question
In the equation, <strong>In the equation,   is a(n) _____.</strong> A)independent variable B)dependent variable C)slope parameter D)intercept parameter <div style=padding-top: 35px> is a(n) _____.

A)independent variable
B)dependent variable
C)slope parameter
D)intercept parameter
Question
In econometrics, the general partialling out result is usually called the _____.​

A)​Gauss-Markov assumption
B)​Best linear unbiased estimator
C)​Frisch-Waugh theorem
D)​Gauss-Markov theorem
Question
Exclusion of a relevant variable from a multiple linear regression model leads to the problem of _____.

A)misspecification of the model
B)multicollinearity
C)perfect collinearity
D)homoskedasticity
Question
Suppose the variable <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. If   is said to _____.</strong> A)have an upward bias B)have a downward bias C)be unbiased D)be biased toward zero <div style=padding-top: 35px> has been omitted from the following regression equation, <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. If   is said to _____.</strong> A)have an upward bias B)have a downward bias C)be unbiased D)be biased toward zero <div style=padding-top: 35px> <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. If   is said to _____.</strong> A)have an upward bias B)have a downward bias C)be unbiased D)be biased toward zero <div style=padding-top: 35px> is the estimator obtained when <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. If   is said to _____.</strong> A)have an upward bias B)have a downward bias C)be unbiased D)be biased toward zero <div style=padding-top: 35px> is omitted from the equation. If <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. If   is said to _____.</strong> A)have an upward bias B)have a downward bias C)be unbiased D)be biased toward zero <div style=padding-top: 35px> is said to _____.

A)have an upward bias
B)have a downward bias
C)be unbiased
D)be biased toward zero
Question
Which of the following is true of R2?

A)R2 is also called the standard error of regression.
B)A low R2 indicates that the Ordinary Least Squares line fits the data well.
C)R2 usually decreases with an increase in the number of independent variables in a regression.
D)R2 shows what percentage of the total variation in the dependent variable, Y, is explained by the explanatory variables.
Question
The coefficient of determination (R2) decreases when an independent variable is added to a multiple regression model.
Question
If an independent variable in a multiple linear regression model is an exact linear combination of other independent variables, the model suffers from the problem of _____.

A)perfect collinearity
B)homoskedasticity
C)heteroskedasticty
D)omitted variable bias
Question
If the explained sum of squares is 35 and the total sum of squares is 49, what is the residual sum of squares?

A)10
B)12
C)18
D)14
Question
Which of the following is true of BLUE?​

A)​It is a rule that can be applied to any one value of the data to produce an estimate.
B)​An estimator <strong>Which of the following is true of BLUE?​</strong> A)​It is a rule that can be applied to any one value of the data to produce an estimate. B)​An estimator   is an unbiased estimator of   if   for any   . C)​An estimator is linear if and only if it can be expressed as a linear function of the data on the dependent variable. D)​It is the best linear uniform estimator. <div style=padding-top: 35px> is an unbiased estimator of <strong>Which of the following is true of BLUE?​</strong> A)​It is a rule that can be applied to any one value of the data to produce an estimate. B)​An estimator   is an unbiased estimator of   if   for any   . C)​An estimator is linear if and only if it can be expressed as a linear function of the data on the dependent variable. D)​It is the best linear uniform estimator. <div style=padding-top: 35px> if <strong>Which of the following is true of BLUE?​</strong> A)​It is a rule that can be applied to any one value of the data to produce an estimate. B)​An estimator   is an unbiased estimator of   if   for any   . C)​An estimator is linear if and only if it can be expressed as a linear function of the data on the dependent variable. D)​It is the best linear uniform estimator. <div style=padding-top: 35px> for any <strong>Which of the following is true of BLUE?​</strong> A)​It is a rule that can be applied to any one value of the data to produce an estimate. B)​An estimator   is an unbiased estimator of   if   for any   . C)​An estimator is linear if and only if it can be expressed as a linear function of the data on the dependent variable. D)​It is the best linear uniform estimator. <div style=padding-top: 35px> .
C)​An estimator is linear if and only if it can be expressed as a linear function of the data on the dependent variable.
D)​It is the best linear uniform estimator.
Question
Suppose the variable x2 has been omitted from the following regression equation, <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> is the estimator obtained when <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> is omitted from the equation. The bias in <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> is positive if _____.

A) <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> >0 and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> are positively correlated
B) <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> <0 and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> are positively correlated
C) <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> >0 and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> are negatively correlated
D) <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> = 0 and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <div style=padding-top: 35px> are negatively correlated
Question
Consider the following regression equation: <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> . What does <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> imply?

A) <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> measures the ceteris paribus effect of <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> on <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> .
B) <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> measures the ceteris paribus effect of <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> on <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> .
C) <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> measures the ceteris paribus effect of <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> on <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> .
D) <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> measures the ceteris paribus effect of <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> on <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . <div style=padding-top: 35px> .
Question
A larger error variance makes it difficult to estimate the partial effect of any of the independent variables on the dependent variable.
Question
Suppose that you are interested in estimating the average impact a job training program has on wages. However, you recognize that there are some observed factors that influence wage, participation on the training program, or both. You may still get the unbiased estimate for the program effectiveness by:

A)Excluding those observed factors from your model and running a simple linear regression
B)Including only the factors that predict wage but not participation as controls and running a multiple linear regression
C)Including only the factors that predict participation but not wage as controls and running a multiple linear regression
D)​ Including factors that predict both wage and participation as controls and running a multiple linear regression

Question
An explanatory variable is said to be exogenous if it is correlated with the error term.
Question
Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log ( <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> ) = <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> + <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> + <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> + <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> . Which of the following is the most accurate interpretation of the coefficient, <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> ?

A)Holding education and experience constant, participating in the training program increases the wage by $ <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> .
B)Holding education and experience constant, participating in the training program is predicted to increase the wage by <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px>
C)Participating in the training program is predicted to increase the wage by <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> % .
D)Participating in the training program increases the wage by $ <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <div style=padding-top: 35px> .
Question
​When one randomly samples from a population, the total sample variation in xj decreases without bound as the sample size increases.
Question
Which of the following often implies that a single variable acts as a 'sufficient statistic' for predicting the outcome variable, y?

A)Ceteris paribus
B)Conditional independence assumption
C)Efficient markets theories
D)Gauss-Markov theorem
Question
In a multiple linear regression model, , where is a binary variable and is the years of experience, is the difference in the average wage between males and non-males, after accounting for experience.
Question
If two regressions use different sets of observations, then we can tell how the R-squareds will compare, even if one regression uses a subset of regressors.​
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Deck 3: Multiple Regression Analysis Estimation
1
Suppose the variable <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated has been omitted from the following regression equation, <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated is the estimator obtained when <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated is omitted from the equation. The bias in <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated is negative if _____.

A) <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated >0 and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated are positively correlated
B) <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated <0 and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated are positively correlated
C) <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated =0 and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated are negatively correlated
D) <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated =0 and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated and <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is negative if _____.</strong> A)   >0 and   and   are positively correlated B)   <0 and   and   are positively correlated C)   =0 and   and   are negatively correlated D)   =0 and   and   are negatively correlated are negatively correlated
B
2
High (but not perfect) correlation between two or more independent variables is called _____.

A)heteroskedasticty
B)homoskedasticty
C)multicollinearity
D)micronumerosity
C
3
The value of R2 always _____.

A)lies below 0
B)lies above 1
C)lies between 0 and 1
D)lies between 1 and 1.5
C
4
The term "linear" in a multiple linear regression model means that the equation is linear in parameters.
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5
The term _____ refers to the problem of small sample size.

A)micronumerosity
B)multicollinearity
C)homoskedasticity
D)heteroskedasticity
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6
Find the degrees of freedom in a regression model that has 10 observations and 7 independent variables.

A)17
B)2
C)3
D)4
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7
The key assumption for the general multiple regression model is that all factors in the unobserved error term be correlated with the explanatory variables.
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8
The Gauss-Markov theorem will not hold if _____.

A)the error term has the same variance given any values of the explanatory variables
B)the error term has an expected value of zero given any values of the independent variables
C)the independent variables have exact linear relationships among them
D)the regression model relies on the method of random sampling for collection of data
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9
The assumption that there are no exact linear relationships among the independent variables in a multiple linear regression model fails if _____, where n is the sample size and k is the number of parameters.

A)n > 2
B)n = k + 1
C)n > k
D)n < k + 1
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10
In the equation, <strong>In the equation,   is a(n) _____.</strong> A)independent variable B)dependent variable C)slope parameter D)intercept parameter is a(n) _____.

A)independent variable
B)dependent variable
C)slope parameter
D)intercept parameter
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11
In econometrics, the general partialling out result is usually called the _____.​

A)​Gauss-Markov assumption
B)​Best linear unbiased estimator
C)​Frisch-Waugh theorem
D)​Gauss-Markov theorem
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12
Exclusion of a relevant variable from a multiple linear regression model leads to the problem of _____.

A)misspecification of the model
B)multicollinearity
C)perfect collinearity
D)homoskedasticity
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13
Suppose the variable <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. If   is said to _____.</strong> A)have an upward bias B)have a downward bias C)be unbiased D)be biased toward zero has been omitted from the following regression equation, <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. If   is said to _____.</strong> A)have an upward bias B)have a downward bias C)be unbiased D)be biased toward zero <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. If   is said to _____.</strong> A)have an upward bias B)have a downward bias C)be unbiased D)be biased toward zero is the estimator obtained when <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. If   is said to _____.</strong> A)have an upward bias B)have a downward bias C)be unbiased D)be biased toward zero is omitted from the equation. If <strong>Suppose the variable   has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. If   is said to _____.</strong> A)have an upward bias B)have a downward bias C)be unbiased D)be biased toward zero is said to _____.

A)have an upward bias
B)have a downward bias
C)be unbiased
D)be biased toward zero
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14
Which of the following is true of R2?

A)R2 is also called the standard error of regression.
B)A low R2 indicates that the Ordinary Least Squares line fits the data well.
C)R2 usually decreases with an increase in the number of independent variables in a regression.
D)R2 shows what percentage of the total variation in the dependent variable, Y, is explained by the explanatory variables.
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15
The coefficient of determination (R2) decreases when an independent variable is added to a multiple regression model.
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16
If an independent variable in a multiple linear regression model is an exact linear combination of other independent variables, the model suffers from the problem of _____.

A)perfect collinearity
B)homoskedasticity
C)heteroskedasticty
D)omitted variable bias
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17
If the explained sum of squares is 35 and the total sum of squares is 49, what is the residual sum of squares?

A)10
B)12
C)18
D)14
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18
Which of the following is true of BLUE?​

A)​It is a rule that can be applied to any one value of the data to produce an estimate.
B)​An estimator <strong>Which of the following is true of BLUE?​</strong> A)​It is a rule that can be applied to any one value of the data to produce an estimate. B)​An estimator   is an unbiased estimator of   if   for any   . C)​An estimator is linear if and only if it can be expressed as a linear function of the data on the dependent variable. D)​It is the best linear uniform estimator. is an unbiased estimator of <strong>Which of the following is true of BLUE?​</strong> A)​It is a rule that can be applied to any one value of the data to produce an estimate. B)​An estimator   is an unbiased estimator of   if   for any   . C)​An estimator is linear if and only if it can be expressed as a linear function of the data on the dependent variable. D)​It is the best linear uniform estimator. if <strong>Which of the following is true of BLUE?​</strong> A)​It is a rule that can be applied to any one value of the data to produce an estimate. B)​An estimator   is an unbiased estimator of   if   for any   . C)​An estimator is linear if and only if it can be expressed as a linear function of the data on the dependent variable. D)​It is the best linear uniform estimator. for any <strong>Which of the following is true of BLUE?​</strong> A)​It is a rule that can be applied to any one value of the data to produce an estimate. B)​An estimator   is an unbiased estimator of   if   for any   . C)​An estimator is linear if and only if it can be expressed as a linear function of the data on the dependent variable. D)​It is the best linear uniform estimator. .
C)​An estimator is linear if and only if it can be expressed as a linear function of the data on the dependent variable.
D)​It is the best linear uniform estimator.
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19
Suppose the variable x2 has been omitted from the following regression equation, <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated is the estimator obtained when <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated is omitted from the equation. The bias in <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated is positive if _____.

A) <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated >0 and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated are positively correlated
B) <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated <0 and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated are positively correlated
C) <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated >0 and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated are negatively correlated
D) <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated = 0 and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated and <strong>Suppose the variable x2 has been omitted from the following regression equation,     is the estimator obtained when   is omitted from the equation. The bias in   is positive if _____.</strong> A)   >0 and   and   <sub> </sub>are positively correlated B)   <0 and   and   are positively correlated C)   >0 and   and   are negatively correlated D)   = 0 and   and   are negatively correlated are negatively correlated
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20
Consider the following regression equation: <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . . What does <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . imply?

A) <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . measures the ceteris paribus effect of <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . on <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . .
B) <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . measures the ceteris paribus effect of <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . on <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . .
C) <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . measures the ceteris paribus effect of <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . on <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . .
D) <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . measures the ceteris paribus effect of <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . on <strong>Consider the following regression equation:   . What does   imply?</strong> A)   measures the ceteris paribus effect of   on   . B)   measures the ceteris paribus effect of   on   . C)   measures the ceteris paribus effect of   on   . D)   measures the ceteris paribus effect of   on   . .
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21
A larger error variance makes it difficult to estimate the partial effect of any of the independent variables on the dependent variable.
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22
Suppose that you are interested in estimating the average impact a job training program has on wages. However, you recognize that there are some observed factors that influence wage, participation on the training program, or both. You may still get the unbiased estimate for the program effectiveness by:

A)Excluding those observed factors from your model and running a simple linear regression
B)Including only the factors that predict wage but not participation as controls and running a multiple linear regression
C)Including only the factors that predict participation but not wage as controls and running a multiple linear regression
D)​ Including factors that predict both wage and participation as controls and running a multiple linear regression

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23
An explanatory variable is said to be exogenous if it is correlated with the error term.
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24
Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log ( <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . ) = <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . + <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . + <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . + <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . . Which of the following is the most accurate interpretation of the coefficient, <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . ?

A)Holding education and experience constant, participating in the training program increases the wage by $ <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . .
B)Holding education and experience constant, participating in the training program is predicted to increase the wage by <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   .
C)Participating in the training program is predicted to increase the wage by <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . % .
D)Participating in the training program increases the wage by $ <strong>Suppose the relationship between wage, years of education (educ), years of experience (exper), and participation in a job training program (train) is modeled as: log (   ) =   +     +   +     . Which of the following is the most accurate interpretation of the coefficient,   ?</strong> A)Holding education and experience constant, participating in the training program increases the wage by $   . B)Holding education and experience constant, participating in the training program is predicted to increase the wage by   C)Participating in the training program is predicted to increase the wage by   % . D)Participating in the training program increases the wage by $   . .
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25
​When one randomly samples from a population, the total sample variation in xj decreases without bound as the sample size increases.
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26
Which of the following often implies that a single variable acts as a 'sufficient statistic' for predicting the outcome variable, y?

A)Ceteris paribus
B)Conditional independence assumption
C)Efficient markets theories
D)Gauss-Markov theorem
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27
In a multiple linear regression model, , where is a binary variable and is the years of experience, is the difference in the average wage between males and non-males, after accounting for experience.
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28
If two regressions use different sets of observations, then we can tell how the R-squareds will compare, even if one regression uses a subset of regressors.​
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