Answer: b. When population exceeds real GDP growth
Explanation:
Gross domestic growth(GDP) is the monetary value of all finished goods and services done within in a country over a period of time. When the population of a country exceeds what it produces there would be record in decline in productivity of the country. This is a serious problem as it could lead to other factors as scarcity(having high demand and low supply), it could lead to poverty as there won't be much jobs as production is not commensurate with population.
Answer:
The correct answer is a) investments in new facilities.
Explanation:
Business investment is the main way to obtain benefits in the short, long or medium term. For this, it is necessary to invest a certain capital in business or activities that allow the investor to increase it over time.
In the case of financial investment, capital is used to acquire securities, securities and other financial documents through which to obtain a benefit through the interest earned on them.
Answer:
It is $30,000(C)
Explanation:
Depreciable cost = $90,000
Using straight-line method,
Annual depreciation = $90,000/3
= $30,000.
Hence, depreciation expense at the final year of service is $30,000
We cannot make use of entire cost of equipment of $120,000 because it seemed the company wanted to sell its scrap value for $30,000. Hence, this has been used to reduced it cost to $90,000 which is a depreciable cost .
<span>Description of this experiment: This type of experiment would be deemed as completely randomized, as the subjects are chosen at random to watch the commercial. The subjects are 15 children under 10 years old. The different factors in this experiment are the commercials, as well as the 3 levels of products (types). The response in this experiment would be the children's attention span.</span>
Answer:
The unstated assumptions in the problems given is that the company may require more units of aluminium and steel, which would allow for producing more bicycles.A linear programming model cannot account for this.
Explanation:
Linear programming model: this is an algebraic description of te objectives to be minimized and the constraints to be satisfied by the variables.
