a. Compute R2 . l b. Compute RE . ~/ - Select your answer - Y6! No Consider the following data for a dependent variable y and two independent variables, 331 and $2; for these data SST = 15,182.9, and SSR = 14,0522. $1 932 y 30 12 94 47 10 108 25 17 1 12 51 16 178 40 5 94 51 19 175 74 7 170 36 12 1 17 59 13 142 76 16 211 Round your answers to three decimal places. ater than 70%, the model explains a large amount of variability. Icient of determination is than 70%, the model explain a large amount of variability. , joesiheestimatedjegression equation explain a large amount of the variability in the data? minus; Consider the following data for a dependent variable y and two independent variables, $1 and $2; for these data SST = 15,1829, and SSR = 14,0522. Round your answers to three decimal places. a. Compute R2 . b. Compute R3 . g c. Does the estimated regression equation explain a large amount of the variability in the data? - Select your answer - 6 Explain. Hint: If R3 is greater than 70%, the model explains a large amount of variability. ~/ - Select your answer - Since the adjusted coefcient of determination greater m1 932 y 30 12 94 47 10 108 25 17 1 12 51 16 178 40 5 94 51 19 175 74 7 170 36 12 1 17 59 13 142 76 16 211 than 70%, the model explain a large amount of variability. runus; Hint(s) Consider the following data for a dependent variable y and two independent variables, $1 and $2; for these data SST = 15,1829, and SSR = 14,0522. m1 932 y 30 12 94 47 10 108 25 17 1 12 51 16 178 40 5 94 51 19 175 74 7 170 36 12 1 17 59 13 142 76 16 211 Round your answers to three decimal places. a. Compute R2 . b. Compute R3 . c. Does the estimated regression equation explain a large amount of the variability in the data? - Select your answer - 6 Explain. Hint: If R3 is greater than 70%, the model explains a large amount of variability. Since the adjusted coefcient of determination is than 70%, the mod - Select your answer - explain a large amount of variability. does does not runus