1. The table below presents hypothetical OLS results with used small SUV price information (in dollars) as the dependent variable. Assume that the model is correctly specified and a significance level (p-value) of 0.05. Variable Coefficient P-Value Constant 10,000 0.001 SUV is in Good Condition (GC) 1,000 0.030 SUV is Green (GRN) 500 0.040 Miles on the SUV (MGE) -0.005 0.019 Age of the SUV (AGE) -200 0.007 SUV has a Sunroof (SUN) 400 0.045 The number of miles on the SUV and the age in years of the SUV are continuous variables. The rest of the variables are dummy variables. a. Write the predictive equation for the price of small used SUVs in this market. b. According to this model, what is the predicted price of a 6 year old blue SUV in poor condition with 80,000 miles on it and no sunroof? c. According to this model, what is the predicted price of an 8 year old green SUV in good condition with only 30,000 miles on it and a sunroof?
1. The table below presents hypothetical OLS results with used small SUV price information (in dollars) as the dependent variable. Assume that the model is correctly specified and a significance level (p-value) of 0.05.
Variable | Coefficient | P-Value |
Constant | 10,000 | 0.001 |
SUV is in Good Condition (GC) | 1,000 | 0.030 |
SUV is Green (GRN) | 500 | 0.040 |
Miles on the SUV (MGE) | -0.005 | 0.019 |
Age of the SUV (AGE) | -200 | 0.007 |
SUV has a Sunroof (SUN) | 400 | 0.045 |
The number of miles on the SUV and the age in years of the SUV are continuous variables. The rest of the variables are dummy variables.
a. Write the predictive equation for the price of small used SUVs in this market.
b. According to this model, what is the predicted price of a 6 year old blue SUV in poor condition with 80,000 miles on it and no sunroof?
c. According to this model, what is the predicted price of an 8 year old green SUV in good condition with only 30,000 miles on it and a sunroof?
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