ARENA SIMULATON !!!!!!!!!!!! PLEASE COMPLETE THE BOXES WTH GVEN OPTONS!!!! ITS URGENT PLEASE HELP ME!!!!!!!

Kits of ceiling fans arrive at an assembly system with triangular distribution with minimum 5, most likely 7, and maximum 10 minutes. There are eight assembly operators, and the kits are automatically sent to the first available operator for assembly.

Upon completion of the assembly, fans are inspected with approximately 9% being found defective. A defective fan is sent back for repair to the same operator who assembled it. If a fan is rejected a second time, it should be rejected from the system.

Assembly operators work for 8-hour shifts and take a 30-minute lunch break (2 workers at a time) starting at four hours into their shift. Operators finish their current work before they go to lunch and return to work at the strict scheduled break end time, so they may lose part of their break time.

The Arena modules and the connections of this simulation model are provided in the figure below. Match the module specifics provided below with the numbered boxes in the screenshots. Drag the choices into the correct numbered boxes. (Note that there are more module specifics than you need.)

these are options:

Kits of ceiling fans arrive at an assembly system with triangular distribution with minimum 5, most likely 7, and maximum 10 minutes. There are eight assembly operators, and the kits are automatically sent to the first available operator for assembly. Upon completion of the assembly, fans are inspected with approximately 9% being found defective. A defective fan is sent back for repair to the same operator who assembled it. If a fan is rejected a second time, it should be rejected from the system. Assembly operators work for 8-hour shifts and take a 30-minute lunch break (2 workers at a time) starting at four hours into their shift. Operators finish their current work before they go to lunch and return to work at the strict scheduled break end time, so they may lose part of their break time. The Arena modules and the connections of this simulation model are provided in the figure below. Match the module specifics provided below with the numbered boxes in the screenshots. Drag the choices into the correct numbered boxes. (Note that there are more module specifics than you need.) Kits arrival Kits arrival Assign arrival time Assembly Record system Exit Nondefective? time 0 0 False Defective less than twice? Assign Rejection Number Repair 0 False Rejected Fans .0 0 Screenshots of the Modules: Screenshots of the Modules: Create ? Name: Kits arrival - Time Between Arrivals Type: Entity Type: fans Expression: Units: (1) (2) (3) Entities per Arrival: Max Arrivals: Infinite First Creation: 0.0 OK Cancel Help Box (1): Box (2): Box (3): Assign ? X Name: Assign arrival time Assignments: Attribute, rejection number, 0 Attribute, arrival time, Add... (4) Edit... Delete OK Cancel Help Box (4): Decide ? ? Type: (5) Name: Defective less than twice? If: Named: Attribute rejection number Value: Is: 2 OK Cancel Help Box (5): The following is the Schedule Durations table for the assembly operators where the time units are halfhours: Durations Value Duration 1 (6) (7) 2 (8) (9) 3 (10) (11) Double-click here to add a new row. Box (6): Box (7): Box (8): Box (9):1 Box (10): Box (11): Resource - Basic Process Name Type 1 Resource 1 Based on Schedule Schedule Rule Capacity Assembly Schedule Schedule Name Assembly Schedule (12) Box (12): 6 Ignore Seconds UNIF(5,10) 8 Minutes Wait 2-way by Chance NORM(5,2) TNOW TRIA(5,7,10) TAVG NORM(10,2) Expression 2 7 Preempt 5 3 2-way by Condition TRIA(2,5,10) Hours 4 UNIF(2,10) EXPO N-way by Chance N-way by Condition TRIA(10,5,2)