Be sure to show your work for problems that require calculation. 1. The table below shows the raw data for the results of a nicotine patch drug trial. The treatment column describes whether the participant received a placebo or the patch, the symptom column describes if the participant described relief from their nicotine cravings or not. Create a two-way table for the data. (6 pt) Treatment Symptoms Treatment Symptoms Placebo No relief Placebo No relief Placebo No Relief Nicotine patch No relief Placebo No Relief Nicotine patch Relief Nicotine patch No relief Nicotine patch No relief Placebo No relief Placebo Relief Nicotine patch Relief Nicotine patch Relief Placebo Relief Placebo No relief Placebo relief Placebo No relief Nicotine patch Relief Placebo No relief Placebo No relief Nicotine patch Relief Nicotine patch No relief Nicotine patch Relief Nicotine patch No Relief Nicotine patch Relief Placebo No relief Nicotine patch Relief Create a two-way table for the data. 6. Write the null and alternate hypothesis for this test. C. What are the assumptions of this test? d. Compute the appropriate test statistic. Show all your work including the work for calculating one expected count and all parts of the statistic. Write a conclusion for this test (include your check of the assumptions). 2. A manager wanted to determine whether or not the number of defective items produced at his factory was dependent on the day of the week. The following information was collected during 1 week. Use a critical value of 9.49. (7 pts) M T W Th F Non-defective 92 90 89 95 90 Defective 8 10 11 5 10 a. Write the null and alternate hypothesis for this test. (1 pt) b. Compute the appropriate test statistic. Show all your work including the work for calculating one expected count and all parts of the statistic. (4 pts) . Write a conclusion for this test. (2 pt)