City government has collected the following data on annual sales tax collections and new car registrations:Annual Sales Tax Collections (in millions)New Car Registrations (in thousands)S0.98$2.0416$1.42$1.88$1.80S2.14$2.32111415151821a) The least-squares regression equation that shows the best relationship between sales tax (in millions) and car registrations (in thousands) is (round yourresponses to three decimal places and include a minus sign if necessary):S=ロ+ロxwhere y = Dependent Variable and x = Independent Variable.b) Using the least-squares regression equation, the estimated sales tax collection when the new number of registrations total is 22,000 = $response to two decimal places).million (round yourc) The coefficient of correlation for the least-squares regression(round your response to four decimal places).The coefficient of determination for the least-squares regression(round your response to four decimal places).

City government has collected the following data on annual sales tax collections and new car registrations: Annual Sales Tax Collections (in millions) $0.98 $1.42 $1.88 $2.04 $1.80 $2.14 $2.32 New Car Registrations (in thousands) 11 14 15 16 15 18 21 a) The least-squares regression equation that shows the best relationship between sales tax (in millions) and car registrations (in thousands) is (round your responses to three decimal places and include a minus sign if necessary): where y = Dependent Variable and x = Independent Variable. b) Using the least-squares regression equation, the estimated sales tax collection when the new number of registrations total is 22,000 = $ response to two decimal places). million (round your c) The coefficient of correlation for the least-squares regression =|(round your response to four decimal places). The coefficient of determination for the least-squares regression = (round your response to four decimal places).