Question: If customer interarrival times are exponentially distributed with mean 12 customers per hour, then to simulate the minutes between customer arrivals in Excel, one would

If customer interarrival times are exponentially
If customer interarrival times are exponentially
If customer interarrival times are exponentially distributed with mean 12 customers per hour, then to simulate the minutes between customer arrivals in Excel, one would use: None of the other answers are correct. All answers (except "None") are correct. --In(1-RANDO)/60-12 =-In(1-RANDO)/5 --In(1-RANDO)/12 =5*In(1-RANDO) Suppose that 2000 students per day enter a classroom building which is open for 12 hours. At any one time there are 150 students in the building. Which of the following statements are true assuming steady state? The student processing and wait time in this building is 1.8 hours. The arrival rate at the building is 150 students per hour. None of the other answers are correct. Students spend 54 minutes in the building. All answers (except "None") are correct. The building must have at least 5 classrooms

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