7:25 Blackboard 88 AHS 201 - Final Project(2023) 864 AHS 201 Final Project Due: Monday, April...

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7:25 Blackboard 88 AHS 201 - Final Project(2023) 864 AHS 201 Final Project Due: Monday, April 17, 2023 For your final project, you are to set up a simple statistical study of your own, comparing either the means of 2 different populations, or proportions of 2 different populations. For example, you could take a small sample to test whether or not men are taller than women. Alternately, you could test whether or not there is a difference in the proportion of people who drink Starbucks in your program vs another program. Feel free to be creative! You should introduce your study by describing what you are trying to test and how you went about your study. Also indicate any bias that may have affected your experiment. Include all of your data, including mean, median, mode, Q1, Q3, variance and a histogram or boxplot. Perform the hypothesis test and if comparing proportions, calculate and interpret relative risk or odds ratio, depending on what kind of study you do. Be sure to indicate the significance level and power of the test. Also include a useful confidence interval. Include a meaningful conclusion (what can you conclude from this study?) Have fun! Ask me any questions that you have. 1 7:25 Blackboard 88 AHS 201 - Final Project(2023) 864 AHS 201 Final Project Due: Monday, April 17, 2023 For your final project, you are to set up a simple statistical study of your own, comparing either the means of 2 different populations, or proportions of 2 different populations. For example, you could take a small sample to test whether or not men are taller than women. Alternately, you could test whether or not there is a difference in the proportion of people who drink Starbucks in your program vs another program. Feel free to be creative! You should introduce your study by describing what you are trying to test and how you went about your study. Also indicate any bias that may have affected your experiment. Include all of your data, including mean, median, mode, Q1, Q3, variance and a histogram or boxplot. Perform the hypothesis test and if comparing proportions, calculate and interpret relative risk or odds ratio, depending on what kind of study you do. Be sure to indicate the significance level and power of the test. Also include a useful confidence interval. Include a meaningful conclusion (what can you conclude from this study?) Have fun! Ask me any questions that you have. 1