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720_1&step=null QUESTION 7 A certe parking lot has three entrances. 40% of drivers use entrance 1 (A1), 35% use entrance 2 (A2). and 25% use entrance 3 (A3). Of those drivers using entrance 1, only 30% park for more than two hours (event B). Of those drivers using entrance 2, 60% park for more than two hours, whereas of those using entrance 3, 50% park for more than two hours. What probability rule can be used to find the probability that the next driver will use entrance 1 and park for more than two hours? O Law of Total Probability O Addition Rule Complement Rule Bayes' Rule/Theorem O Multiplication Rule QUESTION 8 A certain parking lot has three entrances. 40% of drivers use entrance 1 (A1), 35% use entrance 2 (A2), and 25% use entrance 3 (A3). Of those drivers using entrance 1, only 30% park for more than two hours (event B). Of those drivers using entrance 2, 60% park for more than two hours, whereas of those using entrance 3, 50% park for more than two hours. What probability rule can be used to find the probability that the next driver to enter the parking lot parks for more than two hours. Le P(B)? O Bayes' Rule/Theorem O Addition Rule O Multiplication Rule O Conditional Probability O Law of Total Probability QUESTION 9 A certain parking lot has three entrances. 40% of drivers use entrance 1 (A1). 35% use entrance 2 (A2), and 25% use entrance 3 (A3). Of those drivers using entrance 1, only 30% park for more than two hours (event B). Of those drivers using entrance 2, 60% park for more than two hours whereas of those using entrance 3.50% park for more than two hours. What is the correct probability notation to represent the probability that given the next driver parks for more than two hours, they will have used entrance 1? (1 ) OPA, UB) Click Save and Submit to save and submit. Click Save All Answers to save all answers, Save AU Answ BE here to search