A master schedule shows 100 units of a product, AA, to be made in week 11...

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A master schedule shows 100 units of a product, AA, to be made in week 11 of a cycle, 220 units in week 14 and 150 units in week 16. There are currently 50 units of the product in stock. Each unit of the product takes a week to assemble from 3 units of part BB and 4 units of part CC. Each unit of part BB is made in one week from 2 units of material DD and 5 units of material EE. Part CC is assembled in 2 weeks from 3 units of component FF. Lead times for DD, EE and FF are 3, 2 and 1 weeks respectively. Current stocks are 200 units of BB, 250 of CC, 120 of DD, 400 of EE and 200 of FF. The minimum order size for EE is 500 units, while FF can only be ordered in discrete batches of 100 units. An order placed with a sub-contractor for 200 units of cC is expected to arrive in period 8. Design a timetable of activities for the company. A master schedule shows 100 units of a product, AA, to be made in week 11 of a cycle, 220 units in week 14 and 150 units in week 16. There are currently 50 units of the product in stock. Each unit of the product takes a week to assemble from 3 units of part BB and 4 units of part CC. Each unit of part BB is made in one week from 2 units of material DD and 5 units of material EE. Part CC is assembled in 2 weeks from 3 units of component FF. Lead times for DD, EE and FF are 3, 2 and 1 weeks respectively. Current stocks are 200 units of BB, 250 of CC, 120 of DD, 400 of EE and 200 of FF. The minimum order size for EE is 500 units, while FF can only be ordered in discrete batches of 100 units. An order placed with a sub-contractor for 200 units of cC is expected to arrive in period 8. Design a timetable of activities for the company.