Three types of customers arrive at a small airport: check baggage (30%), purchase tickets (15%), and carry-on (55%). The interarrival-time distribution for all customers combined is EXPO(1.3); all times are in minutes and the first arrival is at time 0.The bag checkers go directly to the check-bag counter to check their bags—the time for which is distributed TRIA (2,4,5)--- proceed to X-ray, and then go to the gate. The ticket buyers travel directly to the ticket counter to purchase their tickets—the time for which is distributed EXOP(7)—proceed to X-ray, and then go to the gate. The carry-ons travel directly to the X-ray, then to the gate counter to get a boarding pass—the time for which is distributed TRIA (1,1.6,3). All three counters are staffed all the time with one agent each. 

The X-ray time is EXPO(1). 

All travel times are EXPO(2),except for the carry-on time to the X-ray, which is EXPO(3). 

Run your model for 100 replications of 920 minutes each and collect statistics on resource utilization, queues and system time from entrance to gate for all customers combined. Don’t forget to add animations and your name into your model.

Answer rating: 100% (QA)

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