A product has a reorder point of 110 units, and is ordered four times a year...

Transcribed Image Text:

A product has a reorder point of 110 units, and is ordered four times a year on average. The following table shows the historical distribution of demand values observed during lead time. Demand 100 110 120 130 Probability .3 4 2 .1 Managers have noted that stockouts occur 30 percent of the time with this policy, and they question whether a change in inventory policy, to include some safety stock, might be an improvement. The managers realize that any safety stock would increase the service level, but they are worried about the increased costs of carrying the safety stock. Currently, stockouts are valued at $20 per unit per occurrence, while inventory carrying costs are $10 per unit per year. What is your advice? Do higher levels of safety stock add to total costs, or not? What level of safety stock is best? [5 points] A product has a reorder point of 110 units, and is ordered four times a year on average. The following table shows the historical distribution of demand values observed during lead time. Demand 100 110 120 130 Probability .3 4 2 .1 Managers have noted that stockouts occur 30 percent of the time with this policy, and they question whether a change in inventory policy, to include some safety stock, might be an improvement. The managers realize that any safety stock would increase the service level, but they are worried about the increased costs of carrying the safety stock. Currently, stockouts are valued at $20 per unit per occurrence, while inventory carrying costs are $10 per unit per year. What is your advice? Do higher levels of safety stock add to total costs, or not? What level of safety stock is best? [5 points]

Answer rating: 100% (QA)

To determine whether adding safety stock is beneficial and to identify the optimal level of safety stock we need to consider the tradeoff between stoc... View the full answer