How would make this model using Arena Simulation? Please show All steps !
Two-piece suits are processed by a dry cleaner as follows. Suits arrive with ex interarrival times wait in a FIFO queue (see figure). Upon completion of service at server 1, one piece of the suit (the jacket) goes to server 2, and the other piece (the pants) goes to server 3. Ai server 2, a jacket has probability of 0.10 of being damaged, and at server 3 a pair of pants has a probability of 0.05 of being damaged. Upon leaving server 2 and server 3, the matching suit pieces are batched back together and enter a single queue for server 4. If both parts of the suit are undamaged it passes through server 7 and is returned to the customer. If either or both of the parts are damaged, the suit first goes to an inspection process (server 5) and then goes to customer relations (server 6). The inspection time in server 5 is dependent on whether there are 1 or 2 items damaged. Suits exit the system after processing by server 6 or 7 having mean 10 minutes and are initially served by server 1, perhaps after a 51 Server Number Service time distribution (Minutes) ed) Expo (8) (if damaged) Expo (3) (if 2 items are damaged) The distributions in the system have been studied by the management, but as yet the service time distributions for servers 1, 6, and 7 are not known. Over the last year data has been collected on these processes intermittently, 482 1808 l ahl xlsx (all times are in minates, "The manaoment has not fulhe stnded this daa the results of which are shown in chronological order in the file Two-piece suits are processed by a dry cleaner as follows. Suits arrive with ex interarrival times wait in a FIFO queue (see figure). Upon completion of service at server 1, one piece of the suit (the jacket) goes to server 2, and the other piece (the pants) goes to server 3. Ai server 2, a jacket has probability of 0.10 of being damaged, and at server 3 a pair of pants has a probability of 0.05 of being damaged. Upon leaving server 2 and server 3, the matching suit pieces are batched back together and enter a single queue for server 4. If both parts of the suit are undamaged it passes through server 7 and is returned to the customer. If either or both of the parts are damaged, the suit first goes to an inspection process (server 5) and then goes to customer relations (server 6). The inspection time in server 5 is dependent on whether there are 1 or 2 items damaged. Suits exit the system after processing by server 6 or 7 having mean 10 minutes and are initially served by server 1, perhaps after a 51 Server Number Service time distribution (Minutes) ed) Expo (8) (if damaged) Expo (3) (if 2 items are damaged) The distributions in the system have been studied by the management, but as yet the service time distributions for servers 1, 6, and 7 are not known. Over the last year data has been collected on these processes intermittently, 482 1808 l ahl xlsx (all times are in minates, "The manaoment has not fulhe stnded this daa the results of which are shown in chronological order in the file
