A researcher obtains t = 2.35 for a repeated-measures study using a sample of n = 8 participants.  Based on this t value, what is the correct decision for a two-tailed test?

Under what circumstances can a very small treatment effect be statistically significant?

What value do you get for ΣX – 1 for the following data set: 1, 3, 5, 6

What is the critical value for factor A in a Factorial ANOVA with N=77, 6 levels for factor A and 4 levels for factor B, and an alpha level of 0.05?

In a population of scores, X = 83 corresponds to z = –0.50 and X = 93 corresponds to z = +2.00.  What are the values for the population mean and standard deviation?

Assume that any mean difference is significant. Describe the effects for the table below:   B1 B2 A1 16 16 A2 22 20

In an independent-measures hypothesis test, what must be true if t = 0?

Which of the following sets of data would produce the largest value for an independent-measures t statistic?

An independent-measures research study compares three treatment conditions using a sample of n = 5 in each treatment.  For this study, the three sample means are, M1 = 1,  M2 = 2,  and M3 = 3.  For the ANOVA, what value would be obtained for SSbetween?

A population has µ = 50.  What value of s would make X = 55 a central, representative score in the population that is closest to the mean?