A multinomial experiment with k : 4 cells and n : 400 produced the data shown in the one-way table to the right. do these data provide sufficient evidence to contradict the null CELL D hypothesis that p1 :0 2, p2 20.4, p3 : 0.2, and p4 20.2? Test, using a: 0.05. W 84 160 Si 75 Choose the correct null and alternative hypotheses below. Q A. H01p1= 0.2, p2 =0.4, p3 = 0.2, and p4 =02 Ha: p1 = 0.25. p2 = 0.25. p3 =0,25, and p4 =0,25 E. HO: p, = 0.2. p2 =0.4, p3 = 0,2, and p4 =0,2 Ha:p190.2,p2 #04, p3 #0.2, and p4 $0.2 Q C. H01p1= 0.2, p2 =0.4, p3 = 0.2, and p4 =02 a:p1= 0.8. pZ =05. p3 = 0.8, and p4 =08 D. HO: p1 = 0.2. p2 =0.4, p3 = 0,2, and p4 =02 : At least one of the proportions differs from its hypothesized value Find the value of the chirsquare statistic, x2 : (Round to three decimal places as needed.) Determine the prvalue, p-value = (Round to four decimal places as needed.) Choose the correct conclusion below. Q A. Do not reject Ho. There is sufcient evidence that the multinomial probabi ies differ. B. Reject H0. There is insufficient evidence that the multinomial probabilities differ. Q C. Reject H0. There is sufficient evidence that the multinomial probabilities differ. D. Do not reject H0. There is insufficient evidence that the multinomial probabilities differ