EXERCISE #10 Fad Enterprise has 23,000 units of demand last year. This year the top management expects the need will be acreased by 25%. Therefore, the production lines must be working 3-shift per day...


EXERCISE #10<br>Fad Enterprise has 23,000 units of demand last year. This year the top management expects the need will be<br>acreased by 25%. Therefore, the production lines must be working 3-shift per day in 6 days a week. To meet the<br>demand, the operations only shut down a week in entire year. Presently the production assembly system produces<br>12 units per hour. The enterprise kept the excess units about $0.50 per unit. The delivery takes 6 working days<br>with a cost of $10 per order. The enterprise keeps supplies approximately 2 months of production.<br>(a) Find the optimum value of ordering.<br>(b) The size of Kanban<br>oduction assembly<br>cess units must be<br>000 per order. The<br>roximately 30% of<br>(c) The amount of design capacity for a year business operation.<br>

Extracted text: EXERCISE #10 Fad Enterprise has 23,000 units of demand last year. This year the top management expects the need will be acreased by 25%. Therefore, the production lines must be working 3-shift per day in 6 days a week. To meet the demand, the operations only shut down a week in entire year. Presently the production assembly system produces 12 units per hour. The enterprise kept the excess units about $0.50 per unit. The delivery takes 6 working days with a cost of $10 per order. The enterprise keeps supplies approximately 2 months of production. (a) Find the optimum value of ordering. (b) The size of Kanban oduction assembly cess units must be 000 per order. The roximately 30% of (c) The amount of design capacity for a year business operation.

Jun 10, 2022
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