Open the data set you created for the first lab assignment. Create a new variable and name it "psygre." Enter the following data for each participant: PSYGRE 500 330 510 620 520 500 540 400 410 700 510 410 530 650 500 510 380 680 500 510 Perform a between subjects ONE WAY ANOVA and LSD post hoc analyses using SES as the independent variable and PSY GRE as the dependent variable. How many IVs does the experimenter have? What is (are) they? How many levels? What are they? Reproduce the ANOVA Summary Table. **Include ONLY those values that we have discussed in class!** Source, SS, df, MS, F comp and Significance value. Reproduce the LSD POST HOC table. Use the same format we used in class...mean 1 - mean 2, mean 2 - mean 3, etc. Place an asterisk (*) beside all significant differences! Write a conclusion statement summarizing your findings. Be sure to include the F statistic at the end of your statement! Don't forget to include explanation of post hoc analyses. Use the example provided to you in previous labs! Open the data set you created for the first lab assignment. Create a new variable and name it "psygre." Enter the following data for each participant: PSYGRE 500 330 510 620 520 500 540 400 410 700 510 410 530 650 500 510 380 680 500 510 Perform a between subjects ONE WAY ANOVA and LSD post hoc analyses using SES as the independent variable and PSY GRE as the dependent variable. How many IVs does the experimenter have? What is (are) they? How many levels? What are they? Reproduce the ANOVA Summary Table. **Include ONLY those values that we have discussed in class!** Source, SS, df, MS, F comp and Significance value. Reproduce the LSD POST HOC table. Use the same format we used in class...mean 1 - mean 2, mean 2 - mean 3, etc. Place an asterisk (*) beside all significant differences! Write a conclusion statement summarizing your findings. Be sure to include the F statistic at the end of your statement! Don't forget to include explanation of post hoc analyses. Use the example provided to you in previous labs