Decide whether application of the empirical rule is appropriate for curve b. Select the correct answer below. OA. The empirical rule is inappropriate. The data set is quantitative, but the distribution is asymmetric. Therefore, Chebyshev's rule provides better estimates of the location of the observations than the empirical rule. OB. The empirical rule is appropriate. The data set is quantitative and k is a real number greater than or equal to 1, so the empirical rule provides better estimates of the location of the observations than Chebyshev's rule. OC. The empirical rule is appropriate. The data set is quantitative and the distribution is roughly bell-shaped, so the empirical rule provides better estimates of the location of the observations than Chebyshev's rule. OD. The empirical rule is inappropriate. The data set is qualitative, so the curve cannot represent the data faithfully. Therefore, Chebyshev's rule provides better estimates of the location of the observations than the empirical rule. 0000000 0000000 8 > Search hp 19 fo 9 144 Clear all Check answer ins 12 prt sc delete home t backspace 8:43 PM 2/11/2023 000000 num 0000000 0000000 0000000 0000000 Decide whether application of the empirical rule is appropriate for curve a. Select the correct answer below. OA. The empirical rule is inappropriate. The data set is quantitative, but the distribution is asymmetric. Therefore, Chebyshev's rule provides better estimates of the location of the observations than the empirical rule. OB. The empirical rule is appropriate. The data set is quantitative and k is a real number greater than or equal to 1, so the empirical rule provides better estimates of the location of the observations than Chebyshev's rule. C. The empirical rule is inappropriate. The data set is qualitative, so the curve cannot represent the data faithfully. Therefore, Chebyshev's rule provides better estimates of the location of the observations than the empirical rule. OD. The empirical rule is appropriate. The data set is quantitative and the distribution is roughly bell-shaped, so the empirical rule provides better estimates of the location of the observations than Chebyshev's rule. + O Search 144 hp 144 f12 + Clear all Check answer ins prt sc delete home 8:43 PM 2/11/2023 num end Decide whether application of the empirical rule is appropriate for curve c. Select the correct answer below. O A. The empirical rule is appropriate. The data set is quantitative and k is a real number greater than or equal to 1, so the empirical rule provides better estimates of the location of the observations than Chebyshev's rule. OB. The empirical rule is appropriate. The data set is quantitative and the distribution is roughly bell-shaped, so the empirical rule provides better estimates of the location of the observations than Chebyshev's rule. O C. The empirical rule is inappropriate. The data set is qualitative, so the curve cannot represent the data faithfully. Therefore, Chebyshev's rule provides better estimates of the location of the observations than the empirical rule. OD. The empirical rule is inappropriate. The data set is quantitative, but the distribution is asymmetric. Therefore, Chebyshev's rule provides better estimates of the location of the observations than the empirical rule. 0000 0000000 0000000 > Search * 8 9 hp 144 Clear all Check answer ins f12 prt sc delete home [ backspace 8:43 PM 2/11/2023 num lock Part 1 of 3 Points: 1 of 3 Each of the following smooth curves represents the shape of a data set. In each case, decide whether application of the empirical rule to the data set is appropriate. Explain your answers. Click the icon to view the curves that represent the shape of data sets. De Curves for Data Sets a. Q b. Q - X cal rule provides better estimates of the loca provides better estimates of the location of hebyshev's rule provides better estimates of le provides better estimates of the location Print Done Clear all Check ansv Search hp 8:44 2/11/2 Sav