Data were collected from a random sample of 270 home sales from a community in 2003. Let Price denote the selling price (in $1,000). BOR denote the number of bedrooms, Bath denote the number of bathrooms, Hsize denote the size of the house in square feet). Esize denote the lot size (in square feet), Age denote the age of the house in years) and Poor denote a binary variable that is equal to 1 if the condition of the house is reported as "poor." An estimated regression yields Price = 118.0 +0.48060R23 2Bath +0.154Hsize 0.004L3/20 +0.089Age - 48.3Poor R -0.71, SER-411 Suppose that a homeowner converts part of an existing family room in her house into a new bathroom. What is the expected increase in the value of the house? The expected increase in the value of the house is $(Round your response to the nearest dollar) Suppose that a homeowner adds a new bathroom to her house, which increases the size of the house by 99 square feet. What is the expected increase in the value of the house? The expected increase in the value of the house is $(Round your response to the nearest dollar) What is the loss in value if a homeowner lets his house run down so that its condition becomes "poor? The loss is $). (Round your response to the nearest dollar) Compute the R for the regression. The PP for the regression is (Round your response to three decimal places.)