based on this anova info for question 1

oneway Descriptives HAPPINESS OF MARRIAGE 95% Confidence Interval for Mean N Mean Std. Deviation Std. Error Lower Bound Upper Bound Minimum Maximum ALWAYS WRONG 479 1.38 .547 .025 1.33 1.43 1 3 ALMST ALWAYS WRG 65 1.45 .531 .066 1.31 1.58 3 SOMETIMES WRONG 28 1.39 .567 107 1.17 1.61 3 NOT WRONG AT ALL 4 1.50 .577 .289 .58 2.42 N Total 576 1.39 .545 .023 1.34 1.43 W ANOVA2. Explain in words what the data for your dependent variable would look like (i.e., how would the values of this variable be distributed) if there was a perfect relationship between your two variables. 3. You are currently conducting research on the effects of school and work on stress. For this research, you collected data on stress levels, measured on a scale from 1 (least stressed) to 25 most stressed. You have data from 15 young adults divided into three groups: those who both work and attend college; those who only attend college; and those who only work. Data for the three groups are shown in the table below. ANOVA HAPPINESS OF MARRIAGE Sum of Squares df Mean Square F Sig. Between Groups .301 3 .100 .337 .799 Within Groups 170.588 572 .298 Total 170.889 5751. Use SPSS and the General Social Survey (GSS) data set provided to the class to perform a hypothesis test about differences in means among three or more groups (or categories) of individuals living in the United States. To perform this analysis of variance, you need to choose variables you are interested in that are appropriate for conducting this type of analysis. Look carefully through the class GSS codebook (available on sakai), decide on two appropriate variables for your analysis, and develop a hypothesis concerning the relationship between these two variables. Use SPSS to run the analysis needed to test your null hypothesis and save the results in your output. (Y on cannot use the same two variables provided in the example in recitation.) Write up all of the steps to perform your hypothesis test (with an alpha of .01). Be sure to include equations and written statements for the null and alternative hypothesis. Describe your summary conclusion in complete sentences. Work and School School Only Work Only 18.0 13.8 11.6 22.2 16.6 13.4 12.4 9.2 9.4 15.8 10.4 8.6 13.2 12.8 9.6 You predict that these three groups of young adults experience different levels of stress. Write up the appropriate step-bystep hypothesis test to determine whether there is a relationship between school/work and stress (alpha of .01). Be sure to include equations and written statements for the null and alternative hypothesis. Describe your summary conclusion in complete sentences. If it is appropriate, discuss the strength of the relationship based upon the value and meaning of the relevant measure or relationship strength