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Problem II - 40 points total Consider a simple job shop manufacturing system that makes three class A products requiring three types of machines. The three products include seven parts shown in the table below. That table also shows the time standards in units per hour. Assuming an hour has only 55 minutes of productive time (5 minutes is lost due to operator or machine unavailability and machine downtime), 12,000 units of each part are to be made per day, and the job shop operates only one 8-hour shift per day, determine the number of units of machine types A, B, and C that would be required to achieve the desired production rate. Time Standards for Seven Parts in Units per Hour Part Machine Parts S 1600 2000 1200 1500 4 1 1200 2 1800 6 2000 Machine A B 3 1200 1200 1200 7 1000 1400 1200 2000 2300 You must show all your calculations to get credit for the problem Final Answers: # Machines A: # Machines B: # Machines C: Problem II - 40 points total Consider a simple job shop manufacturing system that makes three class A products requiring three types of machines. The three products include seven parts shown in the table below. That table also shows the time standards in units per hour. Assuming an hour has only 55 minutes of productive time (5 minutes is lost due to operator or machine unavailability and machine downtime), 12,000 units of each part are to be made per day, and the job shop operates only one 8-hour shift per day, determine the number of units of machine types A, B, and C that would be required to achieve the desired production rate. Time Standards for Seven Parts in Units per Hour Part Machine Parts S 1600 2000 1200 1500 4 1 1200 2 1800 6 2000 Machine A B 3 1200 1200 1200 7 1000 1400 1200 2000 2300 You must show all your calculations to get credit for the problem Final Answers: # Machines A: # Machines B: # Machines C