Respuesta :
Answer:
$107.30
Explanation:
Overhead cost for Product B under Activity based costing is as follows:
For Activity 1:
= Estimated overhead cost × (Expected activity ÷ Total activity)
= $109,319 × (2,400 ÷ 4,900)
= $53,544
For Activity 2:
= Estimated overhead cost × (Expected activity ÷ Total activity)
= $135,033 × (2,200 ÷ 5,700)
= $52,118
Activity 3:
= Estimated overhead cost × (Expected activity ÷ Total activity)
= $143,990 × (1,180 ÷ 2,380)
= $71,390
Total Expense :
= $53,544 + $52,118 + $71,390
= $177,052
Overhead Per unit cost:
= Total Expense ÷ Annual production and sales of Product B
= $177,052 ÷ 1,650 units
= $107.30
Therefore, the overhead cost per unit of Product B is closest to $107.30.
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Abbe Company uses activitybased costing The company has two products A and B The annual production and sales of Product A is 3000 units and of Product B is 1650
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Abbe Company uses activity-based costing. The company has two products: A and B. The annual production and sales of Product A is 3,000 units and of Product B is 1,650 units. There are three activity cost pools, with estimated costs and expected activity as follows: Activity Cost Pools Estimated Overhead Cost Expected Activity Product A 1 $109,319 2,500 2,400 4,900 ActivityProduct B 2 $135,033 3,500 2,200 5,700 ActivityTotal Activity 3 $143,990 1,200 1,180 2,380 The overhead cost per unit of Product B is closest to _______.
Respuesta :
Answer:
$107.30
Explanation:
Overhead cost for Product B under Activity based costing is as follows:
For Activity 1:
= Estimated overhead cost × (Expected activity ÷ Total activity)
= $109,319 × (2,400 ÷ 4,900)
= $53,544
For Activity 2:
= Estimated overhead cost × (Expected activity ÷ Total activity)
= $135,033 × (2,200 ÷ 5,700)
= $52,118
Activity 3:
= Estimated overhead cost × (Expected activity ÷ Total activity)
= $143,990 × (1,180 ÷ 2,380)
= $71,390
Total Expense :
= $53,544 + $52,118 + $71,390
= $177,052
Overhead Per unit cost:
= Total Expense ÷ Annual production and sales of Product B
= $177,052 ÷ 1,650 units
= $107.30
Therefore, the overhead cost per unit of Product B is closest to $107.30.