Q8) Please show your work in the file submission to receive…

Q8) Please show your work in the file submission to receive partial credit. A small plant produces 3 different products, A B C, and they use a Kanban pull system. The demand for the A is 1050 units per day, for B is 500 units per day, and for C is 275 units per day. A is produced and transported in containers that can hold up to 3 units, B is transported in pairs, and C is transported individually. There is 1 unit of setup time when switching between the three products. Assuming that the replenishment lead time is 2 days for each product, determine the number of kanbans needed for each product. (10pts)

Q8) Please show your work in the file submission to receive…

Q8) Please show your work in the file submission to receive partial credit. A small plant produces 3 different products, A B C, and they use a Kanban pull system. The demand for the A is 50 units per day, for B is 150 units per day, and for C is 100 units per day. A is produced and transported in containers that can hold up to 2 units, but B and C are transported individually. There is no setup time when switching between the three products. Assuming that the replenishment lead time is a half-day for each product, determine the number of kanbans needed for each product. (10pts)

Q10) You were hired as an engineer for a candle manufacturin…

Q10) You were hired as an engineer for a candle manufacturing company, Makes-Scents-to-Me, to conduct a group analysis on their essential oil process. Using the Binary Ordering Algorithm, achieve a block diagonal structure for the 5 machines and 6 essential oils given the initial setup below. (15pts) NOTE: Please show all iterations in table format (meaning show the new binary order for each iteration you draw out). Machine Oil 1 Oil 2 Oil 3 Oil 4 Oil 5 Oil 6 A I I I E I I I C I I B I I D I I Final Machine Order = Final Essential Oil Order =