Question: + #submit rd Sav... Pinterest Connect M MHE Reader Marriott Extranet L.. New Tab Top 30 Behavior Question 3- Ocean City's Motor Vehicle Department has

+ #submit rd Sav... Pinterest Connect M MHE
+ #submit rd Sav... Pinterest Connect M MHE Reader Marriott Extranet L.. New Tab Top 30 Behavior Question 3- Ocean City's Motor Vehicle Department has two offices. The main office handles 70% of the traffic. They have designed the office into various sections: Initial Processing, Registration, Driving Licenses License Plate Renewal; and Fines. Everyone flows through Initial Processing, as it assigns everyone to the other sections. Saturday is the busiest day in the Motor Vehicle Department, with people arriving at a rate of 25 per hour following an assumed Poisson distribution. Moving through Initial Processing is straightforward, and on average, it only takes 120 seconds per person, following an assumed exponential distribution. (This is a Single Server Single Phase line structure) (Do not use the Excel calculator to solve this question, use the formulas in the slides) 1- What is the capacity utilization of the system? 2- What would be the probability of having no individuals in the system? 3- What would be the average number of individuals waiting in line? 4- What would be the average time in minutes) an individual spends in the system? + #submit rd Sav... Pinterest Connect M MHE Reader Marriott Extranet L.. New Tab Top 30 Behavior Question 3- Ocean City's Motor Vehicle Department has two offices. The main office handles 70% of the traffic. They have designed the office into various sections: Initial Processing, Registration, Driving Licenses License Plate Renewal; and Fines. Everyone flows through Initial Processing, as it assigns everyone to the other sections. Saturday is the busiest day in the Motor Vehicle Department, with people arriving at a rate of 25 per hour following an assumed Poisson distribution. Moving through Initial Processing is straightforward, and on average, it only takes 120 seconds per person, following an assumed exponential distribution. (This is a Single Server Single Phase line structure) (Do not use the Excel calculator to solve this question, use the formulas in the slides) 1- What is the capacity utilization of the system? 2- What would be the probability of having no individuals in the system? 3- What would be the average number of individuals waiting in line? 4- What would be the average time in minutes) an individual spends in the system

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