We have a process as shown in the right figure. (M1-M4 are the names for four machines. The numbers are activity times in minutes). Consider the following schedule: Schedule a job on M1 every 10 minutes, starting at time 0 ; schedule a job on M2 every 5 minutes starting at time 0, Jobs finished on M1 go to M3; jobi The Gantt chart for the first 6 jobs is below: You can extend the above chart as needed. a) Find the WIP on each machine and complete the below table. b) What is the average throughput time, L.e., flow time [in mins)? (Hint: Every 10 minutes, 3 jobs come to the process ( 1 job to M1, 2 jobs to M2). To get the average throughput time (TPT), you need to colculate the TPT for eoch of the three jobs and then take the gverage. Do nof round your answer.) c) Is the process demand-or supply-constrained? What is the flow rate under the given schedule (in units/hour)? d) What is the actual cycle time under this schedule (in minutes)? We have a process as shown in the right figure. (M1-M4 are the names for four machines. The numbers are activity times in minutes). Consider the following schedule: Schedule a job on M1 every 10 minutes, starting at time 0 ; schedule a job on M2 every 5 minutes starting at time 0, Jobs finished on M1 go to M3; jobi The Gantt chart for the first 6 jobs is below: You can extend the above chart as needed. a) Find the WIP on each machine and complete the below table. b) What is the average throughput time, L.e., flow time [in mins)? (Hint: Every 10 minutes, 3 jobs come to the process ( 1 job to M1, 2 jobs to M2). To get the average throughput time (TPT), you need to colculate the TPT for eoch of the three jobs and then take the gverage. Do nof round your answer.) c) Is the process demand-or supply-constrained? What is the flow rate under the given schedule (in units/hour)? d) What is the actual cycle time under this schedule (in minutes)