Suppose that the ordering cost cp = 200, the holding cost ch = 2, and the...

  

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Suppose that the ordering cost cp = 200, the holding cost ch = 2, and the daily demand D = 70. How frequently do you need to place a new order? (Note: Q* = √2cpD/ch) 1.3 1.69 2.3 None of the above QUESTION 2 Suppose that the ordering cost cp = 200 and the holding cost ch = 2. Find the order quantity for period 1 based on Part Period Balancing. Requirement Order Quantity Ending Inventory 25 45 95 165 1 20 2 5 3 20 4 5 6 7 50 70 180 250 QUESTION 3 Suppose that the average daily demand D = 90 and the optimal EOQ order quantity is 270. Find the order quantity for period 1 based on Periodic Order Quantities. Requirement Order Quantity Ending Inventory 25 45 95 270 1 2 3 4 5 6 7 20 5 20 50 70 180 250 QUESTION 4 Which of the following is NOT the assumption for basic EOQ models? constant demand rate discrete demand all demands are satisfied no production capacity(limitations) Suppose that the ordering cost cp = 200, the holding cost ch = 2, and the daily demand D = 70. How frequently do you need to place a new order? (Note: Q* = √2cpD/ch) 1.3 1.69 2.3 None of the above QUESTION 2 Suppose that the ordering cost cp = 200 and the holding cost ch = 2. Find the order quantity for period 1 based on Part Period Balancing. Requirement Order Quantity Ending Inventory 25 45 95 165 1 20 2 5 3 20 4 5 6 7 50 70 180 250 QUESTION 3 Suppose that the average daily demand D = 90 and the optimal EOQ order quantity is 270. Find the order quantity for period 1 based on Periodic Order Quantities. Requirement Order Quantity Ending Inventory 25 45 95 270 1 2 3 4 5 6 7 20 5 20 50 70 180 250 QUESTION 4 Which of the following is NOT the assumption for basic EOQ models? constant demand rate discrete demand all demands are satisfied no production capacity(limitations)

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