Answer: i think the answer is C) internal failure costs
Explanation:
$12,500,000,000/$62,500 = 200,000,000
What Is the GDP Per Capita?
A country's economic output is broken down by its per-capita gross domestic product (GDP), which is derived by dividing the GDP by the population.
By dividing a country's GDP by its population, the per capita GDP may be used to measure a nation's economic production per person.
Economists use it along with GDP to examine a country's prosperity based on its economic growth. It is a global indicator of a country's level of prosperity. It is frequently evaluated alongside GDP, enabling economists to compare the productivity of different nations. The analysis of the global per capita GDP offers information on the health and trends of the world economy. The greatest per capita GDPs are typically found in small, wealthy countries and more advanced industrialized nations.
A comparative understanding of economic prosperity and global economic advancements can be gained by analyzing GDP per capita on a global scale. The per capita calculation takes into account both GDP and population. Therefore, the highest GDP per capita may or may not be found in the highest GDP countries.
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The labor market is oversupplied. Surplus is defined as something that is more than you require. Items you don't need or use are an example of surplus goods. Money that is still available after all of your bills have been paid is an example of surplus cash.
The amount of an asset or resource that is over its utilized share is referred to as surplus. Simply divide the amount the consumer was willing to pay by the actual price they paid will yield the consumer surplus. For small firms to develop and expand, the economy must be in the surplus.
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Answer: b. 3 years
Explanation:
Based on the future value of $3,246 and the annual payment of $1,000, one can guess that the number of payments (years) till the future value is reached will be 3 years.
Plug 3 years in to find out if you are right;
= Annuity * (( (1 + r)^n - 1) / r)
= 1,000 * (( ( 1 + 8%)³ - 1) / 8%)
= $3,246
<em>Answer is proven to be 3 years. </em>
