Suppose you want to know if different dosages of caffeine affectstudents’ performance on a test. We randomly sampled 15 collegestudents and randomly assigned them to three conditions.

• Group 1: Very large dose of caffeine
• Group 2: Moderate dose of caffeine
• Group 3: Placebo (no caffeine)

The table below displays these 15 students’ scores.

Group1	Group 2	Group 3
15	26	10
16	25	9
14	23	9
13	20	6
12	21	6

1. Calculate SSB, SSW, SST, MSB, MSW, and F observed value. Fillout the blanks of this table.

	X	Y	Suppose you want to know if different dosages of caffeine affectstudents’ performance on a test. We randomly sampled 15 collegestudents and randomly assigned them to three conditions. Group 1: Very large dose of caffeine Group 2: Moderate dose of caffeine Group 3: Placebo (no caffeine) The table below displays these 15 students’ scores. Group1 Group 2 Group 3 15 26 10 16 25 9 14 23 9 13 20 6 12 21 6 Calculate SSB, SSW, SST, MSB, MSW, and F observed value. Fillout the blanks of this table. X Y 1 15 1 16 1 14 1 13 1 12 2 26 2 25 2 23 2 20 2 21 3 10 3 9 3 9 3 6 3 6 SUM: SSB=                                                                dfB= MSB = SSW=      dfW= MSW = SST =   Fobs= 2. Fill out the blanks of the following ANOVA table. Source SS df MS F   Between Groups   Within Groups     Total 3. Perform the hypothesis testing to see if there aredifferences in test scores among the three groups. 4. Perform post-hoc comparisons. Find which groups aresignificantly different in test scores. 5. Enter the data in EXCEL. Analyze the data and attach theoutput. Confirm your results with the EXCEL output. Submit theoutput.