I need an answer for: H. Provide partial eta squared (_p²) as a measure of effect size for each hypothesis test. Thanks!

Part I: Studies have shown how drinking alcohol can increase aggression. However, a psychologist is interested in whether the relationship between alcohol and aggression depends on the environment that the person is in. The psychologist recruits a sample of participants and randomly assigns them to either drink alcohol (drunk condition) or drink juice (sober condition). They also manipulate the context that the person is in by having half of each group watch either a boxing match or an opera show. Treatenvironment (boxing vs. opera) as your row factor andalcohol (drunk vs. sober) as your column factor. The data from this study are provided in the table below.

Boxing	Opera
Sober	Drunk	Sober	Drunk
5	10	3	5
6	11	2	5
3	10	1	6
5	13	3	5
6	11	6	4

1. State all of the null and alternative hypotheses for this study.

H0: Thereis no interaction effect between the environment (boxing vs. opera) and alcohol consumption (drunk vs. sober) on aggression.

H1:Thereis an interaction effect between the environment (boxing vs. opera) and alcohol consumption (drunk vs. sober) on aggression.

1. Find each of the cell means, the row marginal means (environment), the column marginal means (alcohol), and the grand mean (GM). Use the following table to organize your answers.

	Sober	Drunk	Means
Boxing	5	11	8
Opera	3	5	4
Means	4	8	6

C. Indicate whether you think there are any main effects or interaction effects (ignore sampling error for now and treat any differences as a real difference).

D. Now you will calculate your three F-ratios for each of your hypothesis tests. Complete the following two-way ANOVA table to organize your answers.

	SS	df	MS	F
Between-groups	180	3	X	X
Rows	80	1	80	45.7
Columns	80	1	80	45.7
R x C	20	1	20	11.4
Within-groups	28	16	1.75
Total	208	19	X	X

E. Identify the criticalF-value using theF-distribution table and specify the degrees of freedom used to determine this value.

The criticalF-value is 4.494, using the degrees of freedom (1.16)

F. Make a decision as to whether or not to reject each of the null hypotheses.

G. Using words, explain your results. Specifically, describe what can be concluded for any significant main effects and/or interaction effects that you found.

H. Provide partial eta squared (_p²) as a measure of effect size for each hypothesis test.