Answer:
$73.86 per unit
Explanation:
The computation of the cost per unit under the absorption costing is as follows
= Direct material per unit + Direct labor per unit + variable overhead per unit + fixed overhead per unit
where,
Variable overhead cost per unit
= $288,000 ÷ 36,000 units
= $8 per unit
And, the fixed overhead cost per unit is
= $102,920 ÷ 36,000 units
= $2.86 per unit
So the cost per unit is
= $32 + $31 + $8 + $2.86
= $73.86 per unit
Generally, on a production possibilities curve, the optimal point is achieved where each good is produced at a level where marginal benefits equal marginal costs.
<h3>What is an
optimal point?</h3>
On a graph, this refers to the best or most favorable point on a graph curve etc
Hence, on the a production possibilities curve, the optimal point is achieved where each good is produced at a level where marginal benefits equal marginal costs.
Therefore, the Option B is correct.
Read more about optimal point
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A useful way of standardizing financial statements is to choose a base year and then express each item relative to that amount.
Below, this is further discussed.
<h3>Financial statements: What are they?</h3>
Financial statements, in general, are official records of the financial activity and condition of a company, an individual, or another organization. Structured and simple-to-comprehend presentations of pertinent financial data are made.
In summary, Selecting a base year and then expressing each item according to that sum is a helpful method for standardizing financial reporting.
Explore more about Financial statements
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I don’t understand what you are trying to say or what your question is?
First three together in the first I think
