pleas do it in excel,and show both result and excel formulas , This course is the course of simulation. I want the solution as soon as possible, thanks

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Passengers arrive at an airport chick point at random. Time between arrivals and service time are shown in the table below. Use process interaction approach to simulate the arrival and service of 8 customers by hand then calculate the following. Calculate 1) The average waiting time for a customer 21 The probability that a customer has to wait in the queue 3) The fraction of idle time of the server 4) The average service time 5) The average time between arrivals 6) The average waiting time of those who wait 7) The average time a customer spends in the system SER Passengers arrive at an airport chick point at random. Time between arrivals and service time are shown in the table below. Use process interaction approach to simulate the arrival and service of 8 customers by hand then calculate the following. Calculate 1) The average waiting time for a customer 2) The probability that a customer has to wait in the queue 3) The fraction of idle time of the server 4) The average service time 5) The average time between arrivals 6) The average waiting time of those who wait 7) The average time a customer spends in the system 5 2 anival Time Service Time 10 4 10 5 5 6 10 3 Passengers arrive at an airport chick point at random. Time between arrivals and service time are shown in the table below. Use process interaction approach to simulate the arrival and service of 8 customers by hand then calculate the following. Calculate 1) The average waiting time for a customer 21 The probability that a customer has to wait in the queue 3) The fraction of idle time of the server 4) The average service time 5) The average time between arrivals 6) The average waiting time of those who wait 7) The average time a customer spends in the system SER Passengers arrive at an airport chick point at random. Time between arrivals and service time are shown in the table below. Use process interaction approach to simulate the arrival and service of 8 customers by hand then calculate the following. Calculate 1) The average waiting time for a customer 2) The probability that a customer has to wait in the queue 3) The fraction of idle time of the server 4) The average service time 5) The average time between arrivals 6) The average waiting time of those who wait 7) The average time a customer spends in the system 5 2 anival Time Service Time 10 4 10 5 5 6 10 3