Answer:
See explanation section
Explanation:
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Answer: Investment in human capital
Explanation:
The investment in human capital is one of the important element in the economical concept as it helps in developing the growth and productivity of an economy and also expanding the various types of skills, ideas and knowledge.
The human capital is one of the type of intangible asset in an organization that helps in analyzing the economic value on the basis of the employees skills and ability.
According to the given question, the investment in human capital is one of the long run growth in the economy. Therefore, Human investment capital is the correct answer.
When a business is able to grow by exporting its products around the world, it can frequently attain larger economies of scale, which leads to reduced unit costs.
A company's production unit cost often goes down as it grows. This reduction is the result of economies of scale. By employing the least expensive production techniques, profits will be maximized.
Consumers' prices are lowered as a result of lower cost-per-unit, which increases their real wages overall and makes it easier for them to locate affordable goods.
Businesses from one country offer their goods and services to clients or consumers in another country through the exporting process.
When a company produces more goods at a larger scale while paying less money on average per unit of output, this is a phenomenon known as economies of scale.
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The term that is referred by the description above is RESERVES. The reserve is the amount that is being kept for future periods. This amount is separated to the current period's income, but is part of the next period if this is applicable. The answer is D.
The time required to get a total amount of $3,300.00 with compounded interest on a principal of $1,650.00 at an interest rate of 6.2% per year and compounded 12 times per year is 11.209 years. hence the answer is
A. 2001
<h3>Compound Interest Calculation</h3>
(about 11 years 3 months)
First, convert R as a percent to r as a decimal
r = R/100
r = 6.2/100
r = 0.062 per year,
Then, solve the equation for t
t = ln(A/P) / n[ln(1 + r/n)]
t = ln(3,300.00/1,650.00) / ( 12 × [ln(1 + 0.062/12)] )
t = ln(3,300.00/1,650.00) / ( 12 × [ln(1 + 0.0051666666666667)] )
t = 11.209 years
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