Inventory Management_Management Accounting, Exercises of Management Accounting

Inventory Management_Management Accounting

Typology: Exercises

2018/2019

Uploaded on 02/17/2023

ginazahira
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14-3 Economic Order Quantity
P = 100
D = 6,250
C = 5
1. Compute the economic order quantity for setting up to make one batch.
EOQ = 500
Setup cost = PD/Q
Setup cost = (100 x 6,250)/500
Setup cost = 1,250
3. Compute the annual carrying cost for the EOQ
Carrying cost = CQ/2
Carrying cost = (5 x 500)/2
= 1,250
EOQ = √2PD/C
EOQ = √(2 x 100 x 6,250)/5
2. Compute the annual setup cost for the EOQ. (Note: Do not round the number of
setups per year to a whole number. Instead, consider that the annual setup cost is the
average annual setup cost.)
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14-3 Economic Order Quantity P = 100 D = 6, C = 5

1. Compute the economic order quantity for setting up to make one batch. EOQ = 500 Setup cost = PD/Q Setup cost = (100 x 6,250)/ Setup cost = 1, 3. Compute the annual carrying cost for the EOQ Carrying cost = CQ/ Carrying cost = (5 x 500)/ = 1,

EOQ = √2PD/C

EOQ = √(2 x 100 x 6,250)/

2. Compute the annual setup cost for the EOQ. (Note: Do not round the number of setups per year to a whole number. Instead, consider that the annual setup cost is the average annual setup cost.)

14-4 Reorder Point EOQ = 120,000 pounds Average daily usage = 8,000 pounds Maximum daily usage = 12,000 pounds Lead time = 3 days

1. What is the reorder point assuming no safety stock is carried? Reorder point = Average daily usage x Lead time Reorder point = 24,000 pounds 2. What is the reorder point assuming that safety stock is carried? Maximum daily usage 12, Average daily usage 8, Difference 4, Lead time 3 Safety stock 12, Reorder point = (Average daily usage x Lead time) + Safety stock Reorder point = 36,000 pounds