The Coca-cola Company introduced New Coke in 1985. Within three months of this introduction, negative consumer reaction forced Coca-cola to reintroduce the original formula of Coke as Coca-cola Classic. Suppose that two years later, in 1987, a marketing research firm in Chicago compared the sales of Coca-cola Classic, New Coke, and Pepsi in public building vending machines. To do this, the marketing research firm randomly selected 10 public buildings in Chicago having both a Coke machine (selling Coke Classic and New Coke) and a Pepsi machine. The Coca-cola Data and a MINITAB Output of a Randomized Block ANOVA of the Data: Building 1 2 3 4 5 6 7 8 9 10 Coke Classic 42 133 131 50 148 33 64 210 106 86 New Coke 6 110 54 12 43 11 34 160 57 147 Pepsi 33 95 105 45 45 45 76 122 79 96 Two-way ANOVA: Cans versus Drink, Building Source DF SS MS F P Drink 2 7, 208.5 3, 604.23 4.59 . 024 Building 9 51 , 209.2 5, 689.91 7.25 . 000 Error 18 14 , 132.2 785 . 12 Total 29 72 , 549.9 Descriptive Statistics: Cans Variable Drink Mean Cans Coke Classic 100.3 New Coke 63. 4 Pepsi 74.1(a-1) Calculate the value of the test statistic and pvalue. (Round "test statistic" value to 2 decimal places and "p-value" to 3 decimal places.) 6 Answer is complete but not entirely correct. Test statistic p-value (a-2) At the 0.05 significance level, what is the conclusion? Reject HO 0 Do not reject H0 (b) What is the Tukey simultaneous 95 percent confidence interval for the following? (Negative amounts should be indicated by a minus sign. Round your answers to 2 decimal places.) x Answer is complete but not entirely correct. Confidence interval Coke Classic - New Coke 11.62 X 71.38 X Coke Classic - Pepsi 3.23 X 6.42 X New Coke - Pepsi 0.23 X 1.34 X