Respuesta :
Answer:
1000
Explanation:
The economic order quantity is given by the formula = Square root of [ (2 * D * S ) / (H) ]
D = Annual Demand = 2000*6=12000 numbers (six rotor for each pump)
S = Unit Order Cost = $ 250 / order
H = Inventory Holding Cost = 10% of Unit Cost = 10% of 60 = $ 6
The economic order quantity is given by the formula = Square root of [ (2 * D * S ) / (H) ]
Economic Order Quantiity = Squareroot of { (2 * 12000 * 250) / (6) }
Economic Order Quantiity = Squareroot of { 1,000,000 }
Economic Order Quantiity = 1000 numbers.
The total annual inventory cost for this part is $6000.
The annual demand (D) of rotors = 2,000 x 6 = 12,000 units
Holding cost (H) = 10% of purchasing price = 10% of $60 = $6
Ordering cost (Co) = $250
Rotor unit cost = $60
The economic order quantity (EOQ) will be:
EOQ = SQRT [(2 x D x Co) / H]
EOQ = SQRT [(2 x 12,000 x $250) / $6]
EOQ = 1,000
The total annual inventory cost will be:
Annual holding cost = (EOQ / 2) x H
= (1000 / 2) x $6
= $3,000
Annual ordering cost = (D / EOQ) x Co
= (12,000 / 1000) x $250
= $3,000
Total annual inventory cost will be:
= Annual holding cost + Annual ordering cost
= $3,000 + $3,000
= $6,000
Learn more about cost on:
https://brainly.com/question/24516871