Hi! Can you please show each step and explain in layman's term please? Thank you!

e. What do you conclude about your research question (use your own words, in everyday language]? f. Should you do the followup ttests for this ANOVA analysis? Why or why not? If yes, conduct and interpret followup ttests for this ANOVA analysis, including an overall interpretation of the results. 3. You are curious if students at Pierce. who intend to transfer to different types of Universities, differ in their caffeine consumption. All students fall into three categories, those who plan to transfer to the University of California, Los Angeles {Coded 1), those who plan to transfer to a California State University, Northridge or similar {Coded 2), and those who plan to transfer to another University of California or similar (Coded 3). Use PSPPISPSS and the PSPPI'SPSS student data le Student Survey ANOVA.sav g to conduct a Null Hypothesis Signicance test to answer this research question. a. State the null and alternative hypotheses. b. Using the PSPPI'SPSS data le Student Survey ANOVAsav, conduct an ANOVA comparing the average caffeine consumption among the three transfer groups. These variables are labeled Caffei and WhereZ. Report the Fstatistic and pvalue for this analysis. c. What do you conclude regarding the null hypothesis? d. What do you conclude about your research question (use your own words, in everyday language]? e. Include a PDF of your PSPPJSPSS output with your submission. f. Should you do the followup ttests for this ANOVA analysis? Why or why not? If yes, conduct and interpret followup ttests for this ANOVA analysis, including an overall interpretation of the results. 2. A drug company is comparing the results of three medications on the severity of bacillary dysentery in 7'5 Peace Corps volunteers returning to the US {N = 3'5}. Below are the averages for these three groups. Remember. you'll solve this by using the incomplete ANOVA table. Placebo: xbarl = 16.74, n1 = 25 Ciprooxacin: xbarz = 13.64. In = 25 Ooxacin: xbarg = 13.48, [13 = 25 a. State the null and alternative hypotheses. b. Conduct an ANOVA, showing all your work for each step, by completing the ANOVA table below. You need to show both the work for the answers you will present in the table and then also present the completed table itself. An F-table with blanks Source Sum of clf Mean F Squares square statistic JL ffect 202.63 X r Total 7 15.07 X c. Use a Type I error rate of ct {alpha} = 0.05, look up your critical F-value. Error X VTWj d. What do you conclude regarding the null hypothesis? Would the pyalue be bigger or smaller than alpha