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:
Instructions are listed below.
Explanation:
Giving the following information:
A machine costing $251,800 was purchased May 1. The machine should be obsolete after three years and, therefore, no longer useful to the company. The estimated salvage value is $3,400.
A) Straight-line:
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (251,800 - 3,400)/3= $82,800
B) Double declining balance:
Annual depreciation= 2*[(original cost - residual value)/estimated life (years)]
Year 1= (248,400/3)*2= 165,600
Year 2= 55,200
Year 3= 18,400
Answer: High income countries with larger governments as a share of GDP have generally grown at a slower rate than the countries with smaller governments.
Explanation: Developing countries or countries with less money typically grow at a faster rate than higher income countries because returns related to capital are not as strong. In richer countries, they have higher capital and tend to grow at a slower rate.
Jack up truck bought it to the safe do what you want
The estimators are the blocks in this study
Explanation:
An estimator is a law in statistics for estimating a calculation based on observed figures for a given amount, thereby differentiating the definition, the quantity of value and its consequence. There are estimators for point and time.
To order to measure the time, energy, equipment and function necessary to produce a commodity, constructing a building or provide a service, cost estimators must gather and analyse data. They typically work on a particular company or industry.
It can either be finite-dimensional (parametric and semi-parametric) or infinite-sized (semi-parametric / non-parametric).
