Answer:
option (B) 0.012634
Explanation:
Data provided in the question:
Expected return Probability
16.5% 80%
-11.6% 20%
Now,
Mean return = ∑( Probability × Expected return )
= ( 0.8 × 16.5% ) + ( 0.2 × (-11.6%) )
= 13.2% - 2.32%
= 10.88%
Thus,
Variance = ∑(Probability × [ Expected return - Mean return ]² )
= 0.8 × ( 16.5% - 10.88% )² + 0.2 × ( -11.6% - 10.88% )²
= 0.8 × ( 5.62% )² + 0.2 × (-22.48%)²
= 0.8 × 0.0562² + 0.2 × 0.2248²
= 0.002526752 + 0.010107008
= 0.01263376 ≈ 0.012634
Hence,
The correct answer is option (B) 0.012634
Answer:
c. $ 98,000
Explanation:
The cost of goods manufactured is determined by adding the total manufacturing cost and adjusting it for the difference in work in process balances.
Direct Materials Used $ 19,000
Direct Labor Used $ 24.500
Factory Overhead <u>$ 55.100</u>
Total manufacturing cost input $ 98,600
Add: Opening work in process $ 10.700
Less: Closing work in process <u>$ (11,300)</u>
Cost of goods manufactured <u>$ 98,000</u>
Answer:
Dollar amount of ending Finished Goods Inventory = $1,073
Explanation:
The first step is to calculate the cost per unit.
Using absorption costing, the cost of one unit is
Cost per unit = direct materials + direct labor + variable manufacturing overhead + fixed manufacturing overhead per unit.
Now, the number of units left in inventory should be defined
Finished Goods Inventory (FGI) = Beginning Finished Goods Inventory + Units produced - units sold
The dollar amount of ending Finished Goods Inventory is FGI multiplied by the cost per unit.
