8. To infer the value of the mean of a variable for a population of individuals, the following hypotheses are being tested; Hg : n = 100 versus Hg : pr > 100. The variable is observed for a sample of n = 64 individuals from the population, giving summary statistics E = 105.5 and s = 20. Which one of the following statements is TRUE? (:1) The test statistic has value 2.2 , the pvalue = 0.0228. This pvalue suggests there is evidence to reject Hg : ,u = 100, evidence to suggest H, :,u > 100 at a = 0.05. (b) The test statistic has value +2.2 , the pvalue = 0.0139. This pvalue suggests there is evidence to reject Hg : ,u = 100, is evidence to suggest H :pt > 100 at a = 0.05. (c) The test statistic has value 2.2 , the pvalue = 0.0139. This pvalue suggests there is evidence to reject Hg : ,u = 100, evidence to suggest H, :,u > 100 at a = 0.05. (d) The test statistic has value +2.2 , the pvalue = 0.0139. This pvalue suggests there is evidence to reject Hg : ,u = 100, is evidence to suggest H :pt > 100. at or = 0.0]. (e) The test statistic has value +2.2 , the pvalue = 0.0228. This pvalue suggests there is evidence to reject Hg : ,u = 100, is evidence to suggest H :pt > 100. at or = 0.05. (f) The test statistic has value +2.2 , the pvalue = 0.0139. This pvalue suggests there is no evidence to reject Hg :pi = 100. is no evidence to suggest Hu- : p > 100 at or = 0.01