Answer:
64.17% and 8%
Explanation:
The computation of the percentage is shown below:
For the cost of goods sold, the percentage would be
= (Cost of goods sold ÷ Sales) × 100
= ($77 million ÷ $120 million) × 100
= 64.17%
For the net income, the percentage would be
= (Net income ÷ Sales) × 100
= ($9.6 ÷ $120 million) × 100
= 8%
Simply we put the sales in denominator side and costs of goods sold or net income in numerator side
Answer:
Units of production method: $76,820
Explanation:
The three most common depreciation methods are: straight line, double-declining, and units of production. We will calculate the depreciation expense for each.
Straight line method:
Depreciable amount= cost - residual value
= 240,000 - 40,000
= 200,000
Depreciation by year = depreciable amount / years of useful life
= 200,000 / 8
= 25,000
Double declining method
Depreciation per year = depreciable amount x (2 / useful life in years)
= 200,000 x (2 / 8)
= 50,000
Units of production method
Depreciation per unit = depreciable amount / hours of operation
= 200,000 / 12,000
= 16.7
Total depreciation = depreciation per unit x actual units of operation
= 16.7 x 2,400 + 2,200
= 16.7 x 4,600
= 76.820
Therefore, the units of production method results in the highest depreciation expense among the three.
Answer:
B. The time spent on the task
Explanation:
The time that Dana spends carrying out her task is a cost to her. That cost can be calculated by ascertaining the gains or benefits she has missed due to the research.
If Dana were not doing the research, she would be engaged in other activities. Those activities could have been of benefit to her, be it financially or otherwise. The benefits foregone are the cost of Dana doing the research.
Answer:
58.81% annual
or 3.93% monthly
Explanation:
Using a financial calculator, we can determine the internal rate of return of this investment. The initial outlay is -$110,000, and the 60 $4,800 cash flows follow. The IRR is 3.93 per month. In order to determine the effective annual rate, we can use the following formula:
effective annual rate = (1 + 3.93%)¹² - 1 = 58.81%
