The answer is option C - average daily rate of usage multiplied by the number of days of lead time.
Other options will not lead to correct safety stock.
Safety stock is calculated as the difference between the maximum daily usage and the: O A. averag...
Lead time for computers is 5 days with daily demand of 25 and safety stock of 5 computers. If management wants to use 11 kanbans how many computers should each one hold? lead time 5 days daily demand 25 units per day safety stock 5 units number of kanbans 11 Excel Access
Lead time for computers is 5 days with daily demand of 25 and safety of comme use 10 kanbans how many computers should each one ho? lead time 5 days daily demand 25 units per day safety stock 5 units number of kanbans 10 Excel Access
QUESTION 30 Lead time for computers is 5 days with daily demand of 25 and safety stock of 5 computers. If management wants to use 18 kanbans how many computers should each one hold? lead time 5 days daily demand 25 units per day safety stock 5 units number of kanbans 18 Excel Access
A local company uses an average of 650 items a day. The daily usage has a standard deviation of 23. The manager is willing to accept no more than a 1% chance of a stock out. The lead-time is 14 days. (Assuming the distribution of usage is normal). What is the re-order point?
Reorder Point Shorts Company manufactures backpacks. A heavy-duty strap is one part that the company orders from an outside supplier. Information pertaining to the strap is as follows: Economic order quantity 6,300 units Average daily usage 315 units Maximum daily usage 375 units Lead time 4 days Required: 1. What is the reorder point assuming no safety stock is carried? units 2. What is the reorder point assuming that safety stock is carried? units
Assuming that there is no safety stock and that the present stock level is 400 components, when should the next order be placed? (Assume a 360-day year.) lead time= 3 days4000units per month= 4000/31=129units per day reorder point= lead time demand + safety stock = (lead time x average daily usage) + safety stock = ???
Using the reorder level-order quantity model, and assuming a safety stock of 800, what is the re-order point (R) given a daily demand of 300 units, a lead time of 5 days? 300 800 1500 2300 1100 Which of the following basic types of process structures needs to keep inventory of work-in-process component parts? Assemble to Order Make to Stock O None of the above Make to Order Engineer to Order Suppose a call center has one agent answering the...
in the context of MPR, what is the differnce between safety stock and safety lead time? is one better than the other? as a planner, under what circumstances would you choose safety stock and under what circumstances would you choose safety lead time?
Question 26 3 points Lead time for computers is 5 days with daily demand of 25 and safety stock of 5 computers. If management wants to use 15 kanbans how many computers should each one hold? lead time daily demand safety stock number of kanbans Excel Access 5 days 25 units per day 5 units 15
EOQ, reorder point, and safety stock Alexis Company uses 631 units of a product per year on a continuous basis. The product has a fixed cost of $41 per order, and its carrying cost is $4 per unit per year. It takes 5 days to receive a shipment after an order is placed, and the firm wishes to hold 10 days' usage in inventory as a safety stock. a. Calculate the EOQ. b. Determine the average level of inventory. (Note:...