An automobile manufacturer would like to know the gas mileage of a car (y in miles per gallon) based on four predictor variables: x1 = horsepower (ft-lb), x2 = torque (ft-lb), x3 = displacement (cubic inches), and x4 = weight (lbs). The prediction equation is given as: y_hat = 35.4 + 0.145X1+ 0.54X2 - 0.66X3 - 0.0013X4 What is the predicted value of gas mileage for a car with 16 ft-lbs of horsepower, 25 ft-lbs of torque, 35 cubic inches of displacement, and weighs 3900 pounds? O 23.05 O 18.19 O 27.36 O 35.42

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An automobile manufacturer would like to know the gas mileage of a car (y in miles per gallon) based on four predictor variables: x1 = horsepower (ft-lb), x2 =
torque (ft-lb), x3 = displacement (cubic inches), and x4 = weight (lbs). The prediction equation is given as:
y_hat = 35.4 + 0.145X1 +0.54X2 - 0.66X3 - 0.0013X4
What is the predicted value of gas mileage for a car with 16 ft-lbs of horsepower, 25 ft-lbs of torque, 35 cubic inches of displacement, and weighs 3900
pounds?
23.05
O 18.19
O 27.36
O 35.42
Transcribed Image Text:An automobile manufacturer would like to know the gas mileage of a car (y in miles per gallon) based on four predictor variables: x1 = horsepower (ft-lb), x2 = torque (ft-lb), x3 = displacement (cubic inches), and x4 = weight (lbs). The prediction equation is given as: y_hat = 35.4 + 0.145X1 +0.54X2 - 0.66X3 - 0.0013X4 What is the predicted value of gas mileage for a car with 16 ft-lbs of horsepower, 25 ft-lbs of torque, 35 cubic inches of displacement, and weighs 3900 pounds? 23.05 O 18.19 O 27.36 O 35.42
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