For a classical (Wilson) model of determining economic order quantity (EOQ), the carrying and ordering costs are Cr and Co, respectively. For an annual demand D, the minimum yearly total inventory cost is

For a classical (Wilson) model of determining economic order quantity

1.	For a classical (Wilson) model of determining economic order quantity (EOQ), the carrying and ordering costs are Cr and Co, respectively. For an annual demand D, the minimum yearly total inventory cost is
A.	\(\sqrt{DC_0C_r}\)
B.	\(\sqrt{1.5DC_0C_r}\)
C.	\(\sqrt{2DC_0C_r}\)
D.	\(\sqrt{3DC_0C_r}\)
Answer» D. \(\sqrt{3DC_0C_r}\)

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For a classical (Wilson) model of determining economic order quantity (EOQ), the carrying and ordering costs are Cr and Co, respectively. For an annual demand D, the minimum yearly total inventory cost is
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For a classical (Wilson) model of determining economic order quantity (EOQ), the carrying and ordering costs are Cr and Co, respectively. For an annual demand D, the minimum yearly total inventory cost is

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