Thomas Kratzer is the purchasing manager for the headquarters of a large insurance company chain with a central inventory operation. Thomas's fastest-moving inventory item has a demand of 5,800 units per year. The cost of each unit is $99, and the inventory carrying cost is $9 per unit per year. The average ordering cost is $29 per order. It takes about 5 days for an order to arrive, and the demand for 1 week is 116 units. (This is a corporate operation, and there are 250 working days per year). Part 2 a) What is the EOQ? enter your response here units (round your response to two decimal places). Part 3 b) What is the average inventory if the EOQ is used? enter your response here units (round your response to two decimal places). Part 4 c) What is the optimal number of orders per year? enter your response here orders (round your response to two decimal places). Part 5 d) What is the optimal number of days in between any two orders? enter your response here days (round your response to two decimal places). Part 6 e) What is the annual cost of ordering and holding inventory? $ enter your response here per year (round your response to two decimal places). Part 7 f) What is the total annual inventory cost, including the cost of the 5,800 units? $ enter your response here per year (round your response to two decimal places).

Thomas Kratzer is the purchasing manager for the headquarters of a large insurance company chain with a central inventory operation. Thomas's fastest-moving inventory item has a demand of 5,800 units per year. The cost of each unit is $99, and the inventory carrying cost is $9 per unit per year. The average ordering cost is $29 per order. It takes about 5 days for an order to arrive, and the demand for week is 116 units. (This is a corporate operation, and there are 250 working days per year). a) What is the EOQ? units (round your response to two decimal places). b) What is the average inventory if the EOQ is used? units (round your response to two decimal places). c) What is the optimal number of orders per year? orders (round your response to two decimal places). d) What is the optimal number of days in between any two orders? days (round your response to two decimal places). e) What is the annual cost of ordering and holding inventory? \$ per year (round your response to two decimal places). f) What is the total annual inventory cost, including the cost of the 5,800 units? $ per year (round your response to two decimal places)