Consider a retail store that uses the EOQ model to manage its inventory of a SKU. The business setting satisfies all EOQ assumptions. The manager correctly finds EOQ-100 units and the annual total (sum of) ordering and cycle inventory holding costs to be $500 at EOQ-100. However, the store's current inventory policy specifies the order quantity of Q=120 units. Which of the following values is the most accurate assessment of the store's current annual total (sum of) ordering and cycle inventory holding costs at Q=120? $300/year $550/year O $800/year $1,200/year ABC Inc. uses the EOQ model to manage the inventory of a SKU for sales to customers. The business setting satisfies all assumptions for the EOQ model. ABC correctly calculates the EOQ to be 50 units and set the order quantity Q to be EOQ=50. The corresponding annual total (sum of) costs for ordering and holding cycle inventory is known to be $ 1.200. Please answer the following question: ABC's annual total costs for holding cycle inventory = $ ___ (Please report your answer with two decimal places.) (Hint: The problem statement deliberately gives only incomplete information of the parameters of ABC's inventory model. Please utilize a property of the EOQ model to answer this question) $1500 $1200 O $750 O $600 $500 $300 $30 $24