Answer:
The correct answer is the option C: the working-age population to the number of dependents.
Explanation:
On one hand, the <em>dependancy ratio</em> is the name given, in the field of economics, to the term that refer to an age-population ratio that are and are not in the labor force. Moreover, this type of ratio focuses in measuring the pressure that the productive population has over the nonproductive population.
On the other hand, the <em>inverse dependay ratio</em> measures the amount of labor force that has to be provided regarding one dependent person. Therefore that it is understandable that <u><em>the inverse dependency ratio is defined as the reatio of the working-age population to the number of dependents</em></u>.
Answer:
The demands of an entrepreneur and a professional athlete are more comparative than one may expect.
Explanation:
Professional athlete are required to place in extended periods of time, remain submitted, deal with their bodies, keep an expert notoriety, and deal with their own image. An entrepreneur must work unusual hours, stay with their objectives, deal with themselves, arrange and keep up great associations with sellers and clients, and advance their organisation. So yes they both have similarities and an athlete can work as an entrepreneur because he knows how to work with team members and how to stay on objectives.
Answer:
For the first multi choice, I think the answer is `whether or not there is enough competition to keep prices low and quality high'
For the second multi choice, I think the answer is `the market is failing to compensate those who are impacted by the sale of goods and services`
Answer:
a) Why is it NOT necessary to weigh accurately the sodium sulfate?
Explanation:
The mass of sodium sulfate is not important to the lab because it is not used in any of the calculations to find the partition coefficient of 9-Fluorenone.
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
Learn more about Compound Interest here:
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