Question: simulation / arena A system is designed to deal with two type of parts. Part A arrive to the system according to expo(5.9) minutes. While

simulation / arena simulation / arena A system is designed to deal

A system is designed to deal with two type of parts. Part A arrive to the system according to expo(5.9) minutes. While Part Barrives exactly every 6.35 minutes. The parts move along a conveyor belt to machine #1, the machine takes-regardless of the part type-expo(2) to process them. The parts then move to another machine which takes TRIA(1.1.3.6) for part type A and unifc2.4) for part type B. Then the parts move to another machine that takes exactly 1 minutes to process each part regardless of its type. Run the system for 50 hours, do 10 replications, that takes exactly 1 minutes to process each Run the system for 50 hours, do 10 replications. A The utilization of machine 2 is higher than the utilization of machine 1 B The percentage of value-added time is higher than 50% Machine 2 is the bottleneck station D The average system time for part type A is 26.27 minutes E The average system time for part type B is 22.42 minutes F The weighted average system time for any part is 25.69 minutes G The average waiting time for machine 1 is more than 3 minutes H The average waiting time for machine 1 is less than 3 minutes 0 To model this system we need to use the "ASSIGN" Module in ARENA 0 Machine 3 is the bottleneck station A system is designed to deal with two type of parts. Part A arrive to the system according to expo(5.9) minutes. While Part Barrives exactly every 6.35 minutes. The parts move along a conveyor belt to machine #1, the machine takes-regardless of the part type-expo(2) to process them. The parts then move to another machine which takes TRIA(1.1.3.6) for part type A and unifc2.4) for part type B. Then the parts move to another machine that takes exactly 1 minutes to process each part regardless of its type. Run the system for 50 hours, do 10 replications, that takes exactly 1 minutes to process each Run the system for 50 hours, do 10 replications. A The utilization of machine 2 is higher than the utilization of machine 1 B The percentage of value-added time is higher than 50% Machine 2 is the bottleneck station D The average system time for part type A is 26.27 minutes E The average system time for part type B is 22.42 minutes F The weighted average system time for any part is 25.69 minutes G The average waiting time for machine 1 is more than 3 minutes H The average waiting time for machine 1 is less than 3 minutes 0 To model this system we need to use the "ASSIGN" Module in ARENA 0 Machine 3 is the bottleneck station

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