Answer: 200
Explanation:
Annual Demand (D) = Monthly Demand * 12 = 400*12 = 4800 units
Cost per Order (S) = $119
Annual Holding Cost per Unit (H) = $34
Economic Order Qty (EOQ) = SQRT(2*S*D/H) = SQRT(2*119*4800/34) = 183.03 ~ 183 units
Option 1: 1 - 99 Units
EOQ = 183 > Upper limit of the range
So to order 1-99 qty is not an optimum solution
Option 2: 100 - 199 units
EOQ (Q) = 183 units (within the given range)
Purchasing Cost (p) = $325
Annual Purchasing Cost = p*D = 325*4800 = $1560000
Annual Holding Cost = (Q/2)*H = (183/2)*34 = $3111
Annual Ordering Cost = (D/Q)*S = (4800/183)*119 =$ 3121.31
Total Cost = Annual Purchasing Cost + Annual Holding Cost + Annual Ordering Cost = $1566232.31
Option 2: >=200 units
EOQ = 183 units < 200
Feasible EOQ (Q) = 200 units
Purchasing Cost (p) = $300
Annual Purchasing Cost = p*D = 300*4800 = $1440000
Annual Holding Cost = (Q/2)*H = (200/2)*34 = $3400
Annual Ordering Cost = (D/Q)*S = (4800/200)*119 =$ 2856
Total Cost = Annual Purchasing Cost + Annual Holding Cost + Annual Ordering Cost = $1446256
Total Cost for Q=200 is the lowest so Optimal Order Qty = 200 units
Homework: Homework 8 (Module 12) Save Score: 0 of 3 pts 13 of 21 (21 complete)...
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