Le For this question and the next two, consider a scenario in which we want to assess whether eating meat increases the risk of high blood pressure. Imagine that we recruit a cohort of 50 meat-eating people and 50 vegans, and we measure their blood pressure values. We will set a threshold value and classify all individuals with values above that as having "high" blood pressure. (i.e., eating meat is the risk factor and high blood pressure is our focal outcome). Imagine that our study reveals that there 17 meat-eating and 11 vegan people have high blood pressure. Calculate the relative risk, odds ratio, and risk difference values. For this question and the next two, consider a scenario in which we want to assess whether eating meat increases the risk of high blood pressure. Imagine that we recruit a cohort of 50 meat-eating people and 50 vegans, and we measure their blood pressure values. We will set a threshold value and classify all individuals with values above that as having "high" blood pressure. (i.e., eating meat is the risk factor and high blood pressure is our focal outcome). Imagine that our study reveals that there 17 meat-eating and 11 vegan people have high blood pressure. Calculate the relative riskI odds ratio, and risk difference values. For this question and the next two, consider a scenario in which we want to assess whether eating meat increases the risk of high blood pressure. Imagine that we recruit a cohort of 50 meat-eating people and 50 vegans, and we measure their blood pressure values. We will set a threshold value and classify all individuals with values above that as having "high" blood pressure. (i.e., eating meat is the risk factor and high blood pressure is our focal outcome). Imagine that our study reveals that there 17 meat-eating and 11 vegan people have high blood pressure. Calculate the relative risk. odds ratio, and risk difference values