Four jobs are processed using four machining centers. The machining centers termed as MC1, MC2, MC3 and MC4, consist of 3 servers at each center. The machining centers works for 2 shifts of 8 hours each and 5 days per week. Each job has its own route through machine centers and have respective process time. The details are presented in the following Table. Job Weekly Demand J1 J2 J3 15 10 6 4 Routing Sequence Data (Machine center and hourly Process time per job) 1 2 3 MC1 4 MC3 2 MC4 MC1 4 MC2 10 50% MC4 MC2 10 MC3 2 50% MC4 MC2 10 MC3 2 MC4 4 2 2 2 J4 (a) Determine the effective arrival rate at each machining center. (b) Determine the average processing time at each machining center. (c) Find the average number of jobs in process. (d) Find the throughput time for each job. Four jobs are processed using four machining centers. The machining centers termed as MC1, MC2, MC3 and MC4, consist of 3 servers at each center. The machining centers works for 2 shifts of 8 hours each and 5 days per week. Each job has its own route through machine centers and have respective process time. The details are presented in the following Table. Job Weekly Demand J1 J2 J3 15 10 6 4 Routing Sequence Data (Machine center and hourly Process time per job) 1 2 3 MC1 4 MC3 2 MC4 MC1 4 MC2 10 50% MC4 MC2 10 MC3 2 50% MC4 MC2 10 MC3 2 MC4 4 2 2 2 J4 (a) Determine the effective arrival rate at each machining center. (b) Determine the average processing time at each machining center. (c) Find the average number of jobs in process. (d) Find the throughput time for each job