Sheet3IDAGESEXGROUPCHNG_CHOLHDLGLYHB15112-2337.72221122366.9933511-5474.8444921-1514.5353911-15474.8164212-1345.26717111444.7782011-6434.7794922-2435.84105221-3534.441120120345.28125511-9404.641344220424.841423120305.98156321-9544.47166511-10494.671723221515.14184411-7564.59192922-1415.56203311-5544.632118121286.75222212-2384.97234321-3524.31243921-8464.73253822-2415.28262322-1536.72274311-4424.53283722-2395.12294921-2643.98303212-1495.053144210514.253235220454.64334711-4444.523431120365.14353722-1474.67362921-10513.81374921-8693.943835222466.22392821-5493.944050121384.87 © 2018 Laureate Education, Inc. PUBH6032 - Module 6 Application Step-By-Step Guide Step 1: Import the Microsoft Excel data file into SPSS (see Module 4 step-by-step guide) or use the correct saved SPSS data file from Module 4. 1. Open SPSS, select “Open an existing data source,” highlight “More Files,” and click OK. 2. Locate the folder where you saved the Module 4 Application dataset SPSS file, highlight it, and click OK. Step 2: Conduct an independent samples t-test to determine if there is a difference between Group 1 (medication) and Group 2 (placebo) in terms of changes in cholesterol values. Note that the independent variable is GROUP, and the dependent variable is CHNG_CHOL. For this analysis, use the default setting for a two-tailed test of significance. 1. In the top menu bar select Analyze > Compare Means > Independent Sample T Test. 2. Highlight CHNG_CHOL then click on the arrow button to move it over to the “Test Variable(s)” box. 3. Highlight GROUP then click on the arrow button to move it over to the “Grouping Variable” box. 4. Click on the Define Groups button. In the “Group 1” box enter “1.” In the “Group 2” enter “2.” Click Continue. 5. Click OK. Step 3: Conduct a between-subjects ANOVA to determine if there is a difference between sex (males vs. females) and HDL. Note that the independent variable is SEX, and the dependent variable is HDL. For this analysis, use the default setting for a two-tailed test of significance. 1. In the top menu bar select Analyze > Compare Means > One-Way ANOVA. 2. Highlight HDL then click on the arrow button to move it over to the “Dependent List” box. 3. Highlight SEX then click on the arrow button to move it over to the “Factor” box. 4. Click on the Options button and select “Descriptive.” Click Continue. 5. Click OK. Step 4: Conduct a Pearson correlation to determine if there is a relationship between HDL and GLYHB. For this analysis, use the default setting for a two-tailed test of significance. 1. In the top menu bar select Analyze > Correlate > Bivariate. 2. Highlight HDL and GLYHB then click on the arrow button to move it over to the “Variables” box. 3. Click on the Options button and select “Means and standard deviations.” Click Continue. © 2018 Laureate Education, Inc. 4. Click OK. Step 5: Review your SPSS output and answer each of the foll.