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Data Were Collected on Y = Price of Car (In

Question 37

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Data were collected on y = price of car (in dollars) and x = age of car (in years) for each car in a sample of 60 used Toyota Camrys. A scatterplot showed a negative linear relationship between x and y. The least squares regression line was fit and the Data were collected on y = price of car (in dollars)  and x = age of car (in years)  for each car in a sample of 60 used Toyota Camrys. A scatterplot showed a negative linear relationship between x and y. The least squares regression line was fit and the   value was computed. If   , which of the following is a correct statement? ​ A) The correlation coefficient is positive, r = 0.55 B) If the least-squares line is used to predict car price based on number of miles driven, predictions should be within $0.55 of the true price. C) There is a very strong linear relationship between car price and number of miles driven. D) For each additional mile driven, car price increases by approximately $0.55 E) Approximately 55% of the variability in car price can be explained by the linear relationship between car price and number of miles the car has been driven. value was computed. If Data were collected on y = price of car (in dollars)  and x = age of car (in years)  for each car in a sample of 60 used Toyota Camrys. A scatterplot showed a negative linear relationship between x and y. The least squares regression line was fit and the   value was computed. If   , which of the following is a correct statement? ​ A) The correlation coefficient is positive, r = 0.55 B) If the least-squares line is used to predict car price based on number of miles driven, predictions should be within $0.55 of the true price. C) There is a very strong linear relationship between car price and number of miles driven. D) For each additional mile driven, car price increases by approximately $0.55 E) Approximately 55% of the variability in car price can be explained by the linear relationship between car price and number of miles the car has been driven. , which of the following is a correct statement? ​


A) The correlation coefficient is positive, r = 0.55
B) If the least-squares line is used to predict car price based on number of miles driven, predictions should be within $0.55 of the true price.
C) There is a very strong linear relationship between car price and number of miles driven.
D) For each additional mile driven, car price increases by approximately $0.55
E) Approximately 55% of the variability in car price can be explained by the linear relationship between car price and number of miles the car has been driven.

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