Customers arrive at a rate of 15 per hour and it takes an average of 2...

 

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Customers arrive at a rate of 15 per hour and it takes an average of 2 minutes to provide the service to the customer. There is only one server. Interarrival times and service times are exponential. Business 2: Customers arrive at a rate of 15 per hour and it takes an average of 2 minutes to provide the service to the customer. There is only one server. The distribution of interarrival time and service time are neither exponential nor deterministic. The interarrival time has a standard deviation of 2 minutes and the service time a standard deviation of 2 minutes as well. How many customers (on average) are waiting in line to be served at Business 1? What is the average waiting time (in min) in line of customers at Business 2? What is the average waiting time (in min) in the system of customers at Business 1? Customers arrive at a rate of 15 per hour and it takes an average of 2 minutes to provide the service to the customer. There is only one server. Interarrival times and service times are exponential. Business 2: Customers arrive at a rate of 15 per hour and it takes an average of 2 minutes to provide the service to the customer. There is only one server. The distribution of interarrival time and service time are neither exponential nor deterministic. The interarrival time has a standard deviation of 2 minutes and the service time a standard deviation of 2 minutes as well. How many customers (on average) are waiting in line to be served at Business 1? What is the average waiting time (in min) in line of customers at Business 2? What is the average waiting time (in min) in the system of customers at Business 1?

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