Consider a factory consisting of five different machines with each machine having a separate queue. There are four types of jobs and each type has a set of eligible machines as shown below. Each arriving job selects the machine with the shortest queue length among those eligible. Jobs (of all types) arrive to the system according to expo(3) and the probability distribution for different job types are shown in the table. The processing time follows expo(5) regardless of job type or machine. Build a simulation model for finding the average time in system using a macro submodel for all five machine stations. 1: eligibie, u: inegibie Consider a factory consisting of five different machines with each machine having a separate queue. There are four types of jobs and each type has a set of eligible machines as shown below. Each arriving job selects the machine with the shortest queue length among those eligible. Jobs (of all types) arrive to the system according to expo(3) and the probability distribution for different job types are shown in the table. The processing time follows expo(5) regardless of job type or machine. Build a simulation model for finding the average time in system using a macro submodel for all five machine stations. 1: eligibie, u: inegibie