Answer:
$7,222
Explanation:
Given that,
Selling price per dozen = $18
Variable costs = $5 per dozen
Total fixed costs = $ 5,200
Contribution margin per dozen:
= Selling price per dozen - Variable costs per dozen
= $18 - $5
= $13
Contribution margin ratio:
= (Contribution margin ÷ Selling price per dozen) × 100
= ($13 ÷ $18) × 100
= 0.72 × 100
= 72%
Break-even sales in dollars:
= Total fixed costs ÷ Contribution margin ratio
= $5,200 ÷ 0.72
= $7,222
Production possibilities curve between the two goods will be a straight, downward-sloping line if the opportunity cost rise.
<h3>What is production possibilities curve?</h3>
The production possibilities curve serves as graph that display the relationship between the resources and the output that can be produced.
Therefore, when the opportunity cost that exists between two goods, there will be. downward slope as regards the production possibilities curve.
Learn more about production possibilities curve at;
brainly.com/question/2601596
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Answer:
23%
Explanation:
The computation of the contribution margin ratio is shown below:-
Selling price per unit = $4,900,000 ÷ 4,025 units
= 1217.39
Contribution margin ratio = Contribution margin ÷ Selling price
= $280 ÷ 1217.39
= 23%
Therefore for computing the contribution margin ratio we simply divide selling price by contribution margin.
Answer:
Depreciation for
2017 = $2,540
2018 = $10,160
Explanation:
Provided, Total cost of the machine = $77,980
Estimated salvage value = $6,860
Therefore, value to be depreciated = $77,980 - $6,860 = $71,120
Total life of asset = 7 years
Depreciation for the year 2017 = October to December = 3 months

Depreciation for the year 2018 =
= $10,160
Under straight line method depreciation is fixed for each year, but in the given case in 2017 the asset is used only for 3 months, thus depreciation will be charged for 3 months only.
Final Answer
Depreciation for
2017 = $2,540
2018 = $10,160
Answer: True
Explanation:
The quality improvement teams are groups of employees that are from various departments who come together and meet regularly in order to define, analyze, and then solve common production problems.
The aim of the quality improvement team is to improve the production process. This is achievable by them working on their methods.