price=0+1sqrft+2bdrms+U, where price is the house price measured in thousands of dollars, sqrft is the size of the house in square feet, and bdrms is the number of bedrooms in the house. (i) Write out the results in equation form (i.e., price=^0+^1sqrft+^2bdrms with your estimates in place of ^ 's). (ii) What is the estimated increase in price for a house with one more bedroom, holding square footage constant? (iii) What is the estimated increase in price for a house with an additional bedroom that is 140 square feet in size? Compare this to your answer in part (ii). (iv) What percentage of the variation in price is explained by square footage and number of bedrooms? (v) The first house in the sample has sqrft=2,438 and bdrms=4. Find the predicted selling price for this house. (vi) The actual selling price of the first house in the sample was $300,000 (so price =300 ). Find the residual for this house. Does it suggest that the buyer underpaid or overpaid for the house? price=0+1sqrft+2bdrms+U, where price is the house price measured in thousands of dollars, sqrft is the size of the house in square feet, and bdrms is the number of bedrooms in the house. (i) Write out the results in equation form (i.e., price=^0+^1sqrft+^2bdrms with your estimates in place of ^ 's). (ii) What is the estimated increase in price for a house with one more bedroom, holding square footage constant? (iii) What is the estimated increase in price for a house with an additional bedroom that is 140 square feet in size? Compare this to your answer in part (ii). (iv) What percentage of the variation in price is explained by square footage and number of bedrooms? (v) The first house in the sample has sqrft=2,438 and bdrms=4. Find the predicted selling price for this house. (vi) The actual selling price of the first house in the sample was $300,000 (so price =300 ). Find the residual for this house. Does it suggest that the buyer underpaid or overpaid for the house