Question: For example, suppose that we buy 2,000 units each year for $2 each. A clerk is paid $8.075 for the time it takes to place
| For example, suppose that we buy 2,000 units each year for $2 each. A clerk is paid | ||||||
| $8.075 for the time it takes to place the order, and there is a $1 delivery charge per order. | ||||||
| Therefore cost per order is $9.075. The cost of capital is 8%, which comes to 16 cents per | ||||||
| unit held per year (8% x $2 price per unit = $.16) and other cost related to storage, | ||||||
| insurance and warehousing come to $2.84 per year. The total carrying cost is therefore | ||||||
| $3 per unit. For this example: | ||||||
| Please replace xxx's with the values | Price or Purchase Cost per Unit | xxx | ||||
| in the example above. The implicit interest | Number of Units Purchased Each Year (N) = | xxx | ||||
| rate for a discount for prompt payment | Cost to Carry One Unit Per Year (C) = | xxx | ||||
| will be calculated automatically. | Cost to Place One Order (O)= | xxx | ||||
| EOQ | ||||||
| Inventory Carrying Cost = Cost to Carry One Unit x ------------- = | #VALUE! | |||||
| 2 | ||||||
| Number of Units | ||||||
| Purchased for Year | ||||||
| Inventory Ordering Cost = Cost to Make One Order x --------------------------------- = | #VALUE! | |||||
| EOQ | ||||||
| Total Inventory Cost = Purchase Cost + Carrying Cost + Ordering Cost = | #VALUE! | |||||
| EOQ = Square Root of ((2 x O x N)/ C) = | #VALUE! | |||||
Step by Step Solution
There are 3 Steps involved in it
1 Expert Approved Answer
Step: 1 Unlock
Question Has Been Solved by an Expert!
Get step-by-step solutions from verified subject matter experts
Step: 2 Unlock
Step: 3 Unlock
