Suppose you have a regression model with 2 independent variables and 85 observations. Considering significance level of 5%, what will be the lower bound for a one-sided Durbin-Watson test? Select one:...


Please do not explain, just say the answer like A,B,C,D,


Suppose you have a regression model with 2 independent variables and 85 observations.<br>Considering significance level of 5%, what will be the lower bound for a one-sided Durbin-Watson test?<br>Select one:<br>O a. 1.60<br>Оь. 1.28<br>О с. 1.34<br>O d. 1.55<br>O e. 1.57<br>O f. 1.22<br>

Extracted text: Suppose you have a regression model with 2 independent variables and 85 observations. Considering significance level of 5%, what will be the lower bound for a one-sided Durbin-Watson test? Select one: O a. 1.60 Оь. 1.28 О с. 1.34 O d. 1.55 O e. 1.57 O f. 1.22
Consider a simple regression model: InY:=ao+aglnX;+u<br>If error term of the regression has no autocorrelation, which of the followings will be correct?<br>Select one:<br>Oa.<br>Residuals will have an increasing trend over time.<br>O b.<br>Residuals will have a cyclical pattern over time.<br>Oc.<br>Residuals will have an alternating pattern over time.<br>d.<br>Residuals will display negative relationship with dependent variable.<br>e.<br>Residuals will have a decreasing trend over time.<br>Of.<br>Residuals will display a random pattern over time.<br>8.<br>Residuals will display negative relationship with independent variable.<br>

Extracted text: Consider a simple regression model: InY:=ao+aglnX;+u If error term of the regression has no autocorrelation, which of the followings will be correct? Select one: Oa. Residuals will have an increasing trend over time. O b. Residuals will have a cyclical pattern over time. Oc. Residuals will have an alternating pattern over time. d. Residuals will display negative relationship with dependent variable. e. Residuals will have a decreasing trend over time. Of. Residuals will display a random pattern over time. 8. Residuals will display negative relationship with independent variable.

Jun 07, 2022
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