..

6:31 .01 LTE Take Quiz Exit Question 3 1 pts In a repeated-measures analysis of variance, how does the magnitude of the mean differences from one treatment to another contribute to the F-ratio? O The sample mean differences do not influence the F-ratio. O The mean differences add to the numerator of the F-ratio. O The mean differences add to both the numerator and the denominator of the F-ratio. O The mean differences add to the denominator of the F-ratio. Question 4 1 pts What is the correct denominator for the repeated- measures F-ratio? O MSwithin O MSerror O MSbetweenjur6:31 ..| LTE C)- Take Quiz Exit ll D Question 2 1 pts In an independent-measures ANOVA, individual differences contribute to the variance in the numerator and in the denominator of the F -ratio. For a repeated-measures ANOVA, what happens to the individual differences in the denominator of the F -ratio? 0 None of the other options accurately describes individual differences in the denominator. 0 They do not exist because the same individuals participate in all treatments. 0 They are measured and subtracted out in the second stage of the analysis. 0 Individual differences contribute to the variance in the denominator. D Question 3 1 pts In a repeated-measures analysis of variance, how does the magnitude of the mean differences from one treatment to another contribute to the F -ratio? 6:31 ..| LTE C)- Take Quiz Exit D Question 12 1 pts A repeated-measures analysis of variance for a study comparing three treatment conditions with a sample of n = 10 participants, produces an F -ratio of F = 5.40. For this result, which of the following is the correct statistical decision? 0 Reject the null hypothesis with either a = .05 or a = .01 O Reject the null hypothesis with a = .05 but not with a = .01 O Fail to reject the null hypothesis with either a = .05 or a = .01 Q There is not enough information to determine the correct decision. D Question 13 1 pts In a two-factor analysis of variance, a main effect is dened as O the difference between the largest treatment mean and the smallest treatment mean 0 the mean difference between the two factors 6:31 .01 LTE Take Quiz Exit Question 10 1 pts For the following data, what are the df values for the repeated-measures F-ratio? Treatments Subject I II III P-totals A 3 4 5 12 G =27 B 4 6 EX- = 109 C 2 6 9 T=6 T=6 T= 15 SS =2 SS=6 SS = 2 O 2, 6 0 3, 4 O 2, 4 0 3, 6 Question 11 1 pts6:31 .01 LTE Take Quiz Exit Question 8 1 pts A repeated-measures ANOVA with n = 5 subjects has ofwithin-treatment equal to 12. What is the value for dferror for this analysis? O Insufficient information to find dferror O 48 0 8 O 16 Question 9 1 pts A repeated-measures ANOVA has SSwithin treatments = 26 and SSbetween subjects = 12. For this analysis, what is the value for SSerror? O 26 O 14 O 12 O 386:31 .01 LTE Take Quiz Exit Question 14 1 pts In the second stage of the repeated-measures ANOVA, individual differences are removed from the denominator of the F-ratio. O True O False Question 15 1 pts For the repeated-measures analysis, the F-ratio, on average, is expected to be zero when Ho is true. O True O False Quiz saved at 6:31pm Submit Quiz Time Elapsed: Hide Time 1.596:31 ..| LTE C)- Take Quiz Exit D Question 11 1 pts A repeated-measures experiment compares three treatment conditions with a sample of n = 10 participants. If the data are analyzed with ANOVA, the analysis would have dotal = 027 028 029 030 D Question 12 1 pts A repeated-measures analysis of variance for a study comparing three treatment conditions with a sample of n = 10 participants, produces an F -ratio of F = 5.40. For this result, which of the following is the correct statistical decision? 0 Reject the null hypothesis with either a = .05 or a = .01 O Reject the null hypothesis with a = .05 but not with a = .01 6:31 .01 LTE Take Quiz Exit D Question 4 1 pts What is the correct denominator for the repeated- measures F-ratio? O MSwithin O MSerror MSbetween subjects O MSbetween treatments D Question 5 1 pts The repeated-measures ANOVA is a two-stage process. Which of the following accurately describes what happens during this process? O None of these O The first stage removes individual differences from the numerator of the F-ratio, and the second stage removes individual differences from the denominator. O The first stage removes individual differences from the numerator. The second stage removes individual differences from the denominator.6:31 ..| LTE C)- Take Quiz Exit Q There is not enough information to determine the correct decision. D Question 13 1 pts In a two-factor analysis of variance, 3 main effect is dened as O the difference between the largest treatment mean and the smallest treatment mean 0 the mean difference between the two factors 0 the mean differences among the levels of one factor Q the mean differences among all treatment conditions D Question 14 1 pts In the second stage of the repeated-measures ANOVA, individual differences are removed from the denominator of the F -ratio. O True 0 False 6:31 .01 LTE Take Quiz Exit Question 1 1 pts In an independent-measures ANOVA, individual differences contribute to the variance in the numerator and in the denominator of the F-ratio. For a repeated-measures ANOVA, what happens to the individual differences in the numerator of the F-ratio? O Individual differences contribute to the variance in the numerator. O None of the other options accurately describes individual differences in the numerator. O They do not exist because the same individuals participate in all treatments. O They are measured and subtracted out in the second stage of the analysis. Question 2 1 pts In an independent-measures ANOVA, individual differences contribute to the variance in the numerator and in the denominator of the F-ratio. For a repeated-measures ANOVA, what happens to the individual differences in the denominator of the F-ratio?6:31 .01 LTE Take Quiz Exit Question 6 1 pts In a repeated-measures ANOVA, the variability within treatments is divided into two components. What are they? O Between-subjects variance and error variance Total variability and error variance O Between-subjects variance and between- treatments variance Between-treatments variance and error variance Question 7 1 pts A researcher reports an F-ratio with df = 2, 40 from a repeated-measures ANOVA. How many treatment conditions were compared in this experiment? O 2 0 3 O 41 0 4