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# Vocabulary in everyday terminology and examples of everyday events or stats a. Analysis of Variance Oneway ANOVA Betweengroup variance Withingroup...

Vocabulary in everyday terminology and examples of everyday events or stats a. Analysis of Variance  b. One-way ANOVA  c. Between-group variance  d. Within-group variance  e. Sum of squares between groups  f. Sum of squares within groups  g. Paired difference  In a one-way ANOVA, there are three treatments with n 1 = 4, n 2 = 6 and n 3 = 10. The rejection region for this test at the 99% level of significance is:           26.8           99.4           6.03           6.11 A corporate CEO reviews the earnings of three divisions over the last eighteen months. Each division reports its earnings quarterly. Based on the earnings below, is there sufficient evidence to conclude, at the 99% level of confidence, that one of these divisions is more profitable than the others? Division I Division II Division III 45 4 18 17 40 25 32 3 22 53 16 12 10 39 26 60 22 1 •€€€€€€€€ State the null and alternate hypotheses •€€€€€€€€ Calculate the sums of squares SS(total), SS(factor), and SS(error) •€€€€€€€€ Calculate the degrees of freedom df(total), df(factor), and df(error) •€€€€€€€€ Calculate the mean square for factor, and the mean square for error •€€€€€€€€ Calculate the F-statistic •€€€€€€€€ Determine the critical value(s) •€€€€€€€€ State your decision: Should the null hypothesis be rejected? The following data show samples of three chain stores in three different locations in one town and the amount of dollars spent per customer per visit.
Management wishes to test whether each shopper is spending an equal amount of money at each store. Store A Store B Store C 29 48 35 4 15 27 24 49 39 13 29 41 3 1 7 31 12 Perform a one-way analysis of variance on these data, assuming a = 0.05: •€€€€€€€€ State the null and alternate hypotheses •€€€€€€€€ Calculate the sums of squares SS(total), SS(factor), and SS(error) •€€€€€€€€ Calculate the degrees of freedom df(total), df(factor), and df(error) •€€€€€€€€ Calculate the mean square for factor, and the mean square for error •€€€€€€€€ Calculate the F-statistic •€€€€€€€€ Determine the critical value(s) •€€€€€€€€ State your decision: Should the null hypothesis be rejected?

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Analysis of Variance: Analysis of Variance is used to detect whether means from different populations are same or not. Total variability is partitioned into different parts due to the different...

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