Score 53 1 2 3 4 5 6 50 51 53 61 53 58 66 SPSS Single Sample t-test: Use your class notes and the Holcomb text for help The following is an SPSS problem. To successfully complete these assignments, I suggest you carefully work through all lessons and respond to all exercises at the end of each applicable chapter in the Holcomb SPSS Basics Textbook prior to completing the assignment. In all cases I want you to print your output and your data files. In some cases, you may need to create tables or respond to questions in writing. You may use word/excel or handwrite these answers as necessary, however, please make sure to attach these neatly and orderly to your output printouts. I will not hunt and peck for your answers. We will be using APA formatting in this class. Be aware that you may need to reformat SPSS tables, graphs, and other output as needed to APA format before turning your assignments in 7 8 9 10 11 47 46 46 12 13 to me. 14 25 38 54 55 59 42 15 16 17 18 19 20 21 22 23 Let's say that there is some evidence that adults who had pets as children have slightly higher well-being as adults when compared the average level of well-being among adults. To further examine this relationship, a psychologist obtains a sample of young adults who had a pet in their home for at least ten years when growing up. These participants were given a standardized well- being questionnaire for which the general population has an average score of u = 39. Calculate this single sample t-test problem using SPSS (Keep in mind that we're always running 2-tail tests on SPSS.) Find Cohen's d, either compute it by hand using the appropriate values on the SPSS output, or get Cohen's d from the output, depending on the version of SPSS you're using. Write up the results of this study in APA style below. You do not need any of the other hypothesis testing steps for this problem (e.g., 1 don't need hypotheses for this particular problem) Print and attach your SPSS output and data . . . . 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 56 60 64 30 65 57 41 45 49 51 51 39 55 44 34 62 59 56 52 43 31 46 44