Question 3 A Moving to another question will save this response Question 23 A certain type of computer costs $1,332 and the annual holding costs 25% of the value of the item. Muual demand in 10,000 units, and the order is 261 per rider What is the optimal order quantity? 3 points $1,332 per unit Product cost holding cost at of price Annual Demand order cost 10,000 units per year $61 per order Excel Access The cost accounting department has asked you to check their EOQ figures. You have been given the following data: demand is 17,483 units per quarter, S = $120 per setup, P = $5 per unit, and I = 25% per unit per year, EOQ=3,138 units. Calculate total annual inventor costs including setup, holding and product cost. Excel Access Lead time for computers is 5 days with daily demand of 25 and safety stock of 5 computers. If management wants to use 14 kanbans ho many computers should each one hold? 3 points lead time daily demand safety stock number of kanbans Excel Access 5 days 25 units per day 5 units 14 Question 27 Which of the following combinations of annual ordering or set-up) and annual holding cor carrying costs should be the result of an optimal to ordering policy? Ordering - 5327.457. Holding - $327. Sy Ordering - 5327.45. Holding - 5412.12/ Ordering - $327.15/yt. Holding - $212.15yr None of these