2- Design a table that shows a 2x3 factorial design (either in the response box here or on your scratch paper).

3 - How many factors are being examined in a 2x3 design? How many levels are there on each of the factors?

6 - Assume that you have been testing different programs to reduce the combination of drinking while driving among college students. You have presented three programs to three groups of students and a fourth group of students served as a control group. You then measure the number of times that members of each group drink and drive over a five-month period. You hypothesize that the groups will differ in levels of driving while drinking after the programs. Assume there are 6 subjects in each of the 4 groups.

State your hypotheses.

7 - Assume that you have been testing different programs to reduce the combination of drinking while driving among college students. You have presented three programs to three groups of students and a fourth group of students served as a control group. You then measure the number of times that members of each group drink and drive over a five-month period. You hypothesize that the groups will differ in levels of driving while drinking after the programs. Assume there are 6 subjects in each of the 4 groups.

Calculate your degrees of freedom (between and within) and find your critical value for this test. Use = 0.01.

9 - Assume that you have been testing different programs to reduce the combination of drinking while driving among college students. You have presented three programs to three groups of students and a fourth group of students served as a control group. You then measure the number of times that members of each group drink and drive over a five-month period. You hypothesize that the groups will differ in levels of driving while drinking after the programs. Assume there are 6 subjects in each of the 4 groups.

State your statical decision (Reject or Fail to Reject).

10 - Assume that you have been testing different programs to reduce the combination of drinking while driving among college students. You have presented three programs to three groups of students and a fourth group of students served as a control group. You then measure the number of times that members of each group drink and drive over a five-month period. You hypothesize that the groups will differ in levels of driving while drinking after the programs. Assume there are 6 subjects in each of the 4 groups.

Compute the proper effect size for this test.

11 - Assume that you have been testing different programs to reduce the combination of drinking while driving among college students. You have presented three programs to three groups of students and a fourth group of students served as a control group. You then measure the number of times that members of each group drink and drive over a five-month period. You hypothesize that the groups will differ in levels of driving while drinking after the programs. Assume there are 6 subjects in each of the 4 groups.

If you rejected your null hypothesis, conduct post hoc analyses using Tukey's HSD test to determine which conditions are significantly different from each other. Use = 0.01.

12 - Assume that you have been testing different programs to reduce the combination of drinking while driving among college students. You have presented three programs to three groups of students and a fourth group of students served as a control group. You then measure the number of times that members of each group drink and drive over a five-month period. You hypothesize that the groups will differ in levels of driving while drinking after the programs. Assume there are 6 subjects in each of the 4 groups.

State your final conclusions in word/ paragraph form. Include the results of the original F-test, the effect size stated in terms of percentage of variance accounted for, and the results of the post hoc analyses.