They could use the strategy of specialization using an assembly line process
Option B
The standard quantity of materials allowed is computed as Unit Quantity Standard × Actual Output.
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Explanation:</u></h3>
A standard is a benchmark or "pattern" for ranking production. In managerial accounting, standards associated with the price and quantity of inputs utilized in producing goods or rendering services. The "standard quantity provided for the actual output" indicates the number of the input that should have been practiced to generate the actual output of the session.
It is measured by squaring the standard amount of input per unit of output by the actual output. To scale production, actual quantities accepted are related to standard quantities enabled.
Answer:
Debt = 83.19%
Equity = 16.81%
Explanation:
Given that
Market value of the equity = $4 billion
Market value of debt = $19.8 billion
Total firm capital would be
= Market value of the equity + Market value of the debt
= $4 billion + $19.8 billion
= $23.8 billion
So, the weightage of debt would be
= Market value of debt ÷ Total firm capital
= $19.8 billion ÷ $23.8 billion
= 83.19%
And, the weightage of equity is
= Market value of equity ÷ Total firm capital
= $4 billion ÷ $23.8 billion
= 16.81%
Answer:
a building for a storage of goods/merchandise
Answer:
a.$92.30
b.27.55%
Explanation:
a. Computation for the contribution margin per pair
Sales 355.00 per pair
Less:Variable cost $262.70 per pair
Contribution margin $92.30 per pair
Therefore the Contribution margin per pair will be $92.30
b. Computation for the contribution margin ratio.
Using this formula
Contribution margin ratio=Contribution margin per unit/Selling price per unit
Where,
Contribution margin per unit =$92.30
Selling price per unit =$335.00
Let plug in the formula
Contribution margin ratio=$92.30/$335.00
Contribution margin ratio =27.55%
Therefore the Contribution margin ratio will be 27.55%
