Question: A local computer shop decided to use the EOQ model to formulate an inventory management system for their monitors. The monitors are demanded 52 weeks
A local computer shop decided to use the EOQ model to formulate an inventory management system for their monitors. The monitors are demanded 52 weeks a year, below are more information that you will need:
| Item cost | $ | 150.00 |
| Order cost | $ | 120.00 |
| Annual holding cost (%) | â?¯ | 30 % of item cost |
| Annual demand | â?¯ | 780 |
| Average weekly demand | â?¯ | 15 per week |
| Standard deviation of weekly demand | 3 per week | |
| Lead time | 3 weeks | |
| Service probability | 95 % |
Determine the order quantity and reorder point (round to the nearest whole number
Optimal order quantity =
Reorder point =
Determine the annual holding and order costs (round to 2 decimal places
Annual Holding Cost =
Annual Ordering Cost =
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