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6. In a bank queuing model, FIVE (5) customers arrive at the bank with the following interarrival time (time between two successive arrivals) and service time as in Table Q6. Table Q6: Customer Interarrival and Service Time Customer Cust. 2 Interarrival time (minutes) Service time (minutes) Cust. 1 5 3 Cust. 3 2 2 Cust. 4 3 3 Cust. 5 4 6 2 5 From above system description: a. Develop a conceptual model on the steps to conduct a simulation model for this queuing system. b. Analyse the bank queuing system using an Event-Driven static simulation model. c. Determine the total time to serve FIVE (5) customers. d. Calculate the average number of customer waiting at any time. Assess the average customer waiting time. e. 6. In a bank queuing model, FIVE (5) customers arrive at the bank with the following interarrival time (time between two successive arrivals) and service time as in Table Q6. Table Q6: Customer Interarrival and Service Time Customer Cust. 2 Interarrival time (minutes) Service time (minutes) Cust. 1 5 3 Cust. 3 2 2 Cust. 4 3 3 Cust. 5 4 6 2 5 From above system description: a. Develop a conceptual model on the steps to conduct a simulation model for this queuing system. b. Analyse the bank queuing system using an Event-Driven static simulation model. c. Determine the total time to serve FIVE (5) customers. d. Calculate the average number of customer waiting at any time. Assess the average customer waiting time. e