# Question ID 1 5.1.1 2 7.1.1 3 7.2.3 4 7.2.11 5 7.2.9 6 5.1.7 7 5.4.41 8 5.3.30 9 8.1.1 10 8.2.11 11 8.2.13 Objective Use probability rules and formulas to compute the probability of events. Answer conceptual questions about hypothesis testing. Determine the hypotheses for a one-sample test. Conduct the appropriate one-sample hypothesis test given summary statistics. Conduct the appropriate one sample hypothesis test given summary statistics. Use probability rules and formulas to compute the probability of events. Use the normal distribution to find probabilities. Use the binomial distribution to find probabilities. Create scatter charts of data and use Excel to fit models. Apply the Excel regression tool to find a simple linear regression model and interpret the results. Apply the Excel regression tool to find a simple linear regression model and interpret the results. Lauren drinks a variety of soft drinks. Over the past month, she has had 16 diet colas, 2 cans of lemonade, and 7 cans of root beer. a. Given this history, what is the probability that her next drink will be a diet cola? Lemonade? Root beer? b. What definition of probability should be used to answer this question? a. The probability that her next drink will be a diet cola is (Round to two decimal places as needed.) The probability that her next drink will be a lemonade is (Round to two decimal places as needed.) The probability that her next drink will be a root beer is (Round to two decimal places as needed.) b. Choose the correct answer below. OA. The relative frequency definition of probability B. The subjective definition of probability Lauren drinks a variety of soft drinks. Over the past month, she has had 16 diet colas, 2 cans of lem a. Given this history, what is the probability that her next drink will be a diet cola? Lemonade? Root b. What definition of probability should be used to answer this question? The probability that her next drink will be a lemonade is (Round to two decimal places as needed.) The probability that her next drink will be a root beer is (Round to two decimal places as needed.) b. Choose the correct answer below. OA. The relative frequency definition of probability B. The subjective definition of probability The classical definition of probability