The answer to the question above is "no, the business is not optimizing" according to the information shown on the question above. In this situation, we have the greater marginal revenue (4=8*(1-1/2)) than the marginal cost (0)and the business is not in its full capacity. The parking lot business can increase its marginal cost to achieve its full capacity to gain more profit.
Answer:
Contribution margin per unit= $12.85
Explanation:
Giving the following information:
Direct materials$ 7.05
Direct labor$ 4.20
Variable manufacturing overhead$ 1.55
Sales commissions $ 1.15
Variable administrative expense$ 0.40
<u>To calculate the contribution margin, we need to use the following formula:</u>
Contribution margin per unit= selling price - total unitary variable cost
Contribution margin per unit= 27.2 - (7.05 + 4.2 + 1.55 + 1.15 + 0.4)
Contribution margin per unit= $12.85
Answer:
$21.67
Explanation:
Exhibit 21-3 is attached with the answer .Please find it.
Total cost of production includes the fixed cost and variable cost. Fixed Cost remains constant as $500 in the exhibit, but the variable cost changes with each production level.
Cost of producing 60 units
Variable cost = $800
Fixed cost = $500
Total cost = $800+500 = $1,300
Product cost per unit = Total cost / numbers of unit = $1,300 / 60 = $21.67
I would say hide it under your seat or between your seat. or your trunk
Answer:
18.52%
Explanation:
Calculation for the what would be the equity weight
Using this formula
Equity weight =E÷E+P+D
Let plug in the formula
Equity weight=$2,000,000×$27÷$2,000,000×$27+$1,000,000×$14.50+$10,000×.98×$1,000
Equity weight=$14,500,000÷$78,300,000
Equity weight=.1852×100
Equity weight=18.52%
Therefore what would be the equity weight is 18.52%
