Assuming that the standard notations in the right hand side correspond to the cases in left hand side we have,
k: The number of treatment conditions
n: The number of scores in each treatment
N: The total number of scores in the entire study
T: The sum of scores for each treatment condition
G: The sum of all the scores in the research study
F: The F-ratio
The number of treatment conditions The number of scores in each treatment The total number of...
A researcher conducts an experiment comparing three treatment conditions. The data consist of n = 34 scores for each treatment condition. a. If the researcher used an independent-measures design, then how many individuals were needed for the study and what are the df-values for the F-ratio? Explain in detail and be sure to show all formulas with symbols (and plug in numbers), steps, processes and calculations for all steps and all parts of all answers. b. If the researcher used...
A researcher conducts an experiment comparing two treatment conditions and obtains 20 scores in each treatment? Which design would require the smallest number of subjects? a repeated-measures design an independent-measures design a matched-subjects design either an independent-measures or a matched-subjects design
I The following data were obtained from a study comparing 3 treatment conditions, with 5 participants in each treatment condition. Assuming the statistic reported below is significant at .05 conduct Tukey post hoc tests for all pairwise comparisons. Treatment 1 Treatment 2 Treatment 3 Means MS SS 70 F=10.51 Source Between Treatments Within Treatments Total 3.33 110 :
For a research study comparing two treatment conditions, a repeated-measures design would require one score for each participant but an independent-measures design would require two scores for each participant. True or False
Suppose an ANOVA has three treatment conditions, and n = 12 in each condition, which pair of values correctly identify the df for the F-ratio? Group of answer choices 3, 36 2, 33 2, 12 2, 36
1. The following data represent the results from an independent-measures experiment comparing three treatment conditions. Use an analysis of variance with α = .05 to determine whether these data are sufficient to conclude that there are significant differences between the treatments. You do not need to do post-hoc tests. Treatments 1 2 3 2 6 6 N = 12 4 6 10 G = 60 2 2 10 ∑X2 = 408 0 6 6 T = 8 T = 20 T = 32 SS = 8 SS = 12 SS = 16 2. A researcher reports an F-ratio with df =...
12. In a study, each of the six conditions is presented in each ordinal position: presented both before and after each other condition The technique described is a. random order with rotation. b. simple block randomization. c. a balanced Latin square design. d. none of the above. 13. During the course of a stress study the sphyamomanometer being used to measure blood pressure becomes less and less accurate. This is likely to cause a. a testing effect. b. a demand...
11) When calculating the mean, the symbol E indicates dividing the scores by the total number of scores in the distribution B) multiplying the sum of the scores by the total number of scores in the distribution C) summing all the scores in the distribution D) finding the total number of scores in the distribution
For a research study with two levels of Factor A, two levels of
Factor B, and n=6 in each treatment condition, what are the degrees
of freedom values for the F-ratio evaluating the main effect of
Factor B? (Please choose correct answer from below options, THANK
YOU)
cfrect and only T factor is manipulated ctio 10,) For a research study with neg levels of factor A, (u2 levels of factor B, and n 6 in eac condition, what are the...
Question 9 1 pts Suppose an ANOVA has three treatment conditions, and n = 12 in each condition, which pair of values correctly identify the df for the F-ratio? O 3,36 O 2,33 O 2,12 O 2,36