Answer:
la respuesta correcta es jdjfhf
Answer:
If you require a return of 9.7 percent on the company’s stock, you will pay $47.61 for a share today .
Explanation:
Price today = Present Value of Dividends
Present Value of Dividends :
Year Dividend Discounting Factor(9.7%)
0 3.0000
1 8.00 0.9115770282588880
2 13.00 0.8309726784493050
3 18.00 0.7574956047851460
4 23.00 0.6905155923292130
year Present Value(Dividend* Discounting factor)
0
1 7.2926162260711000
2 10.8026448198410000
3 13.6349208861326000
4 15.8818586235719000
Present Value of Dividends 47.612040555616600
Therefore, If you require a return of 9.7 percent on the company’s stock, you will pay $47.61 for a share today .
The matter that will considered when calculating a country's balance of payments is the military expenditures.
<h3>What is a
balance of payments?</h3>
This refers to the balance of international payments. This is athe statement of all transactions made between entities in one country and the rest of the world over a defined period such as during a month, quarter, year etc.
The balance of payments summarizes all transactions that a country's individuals, companies, government bodies complete with individuals, companies, and government bodies outside the country.
These balance of payments helps to measures the inflows and outflows of money from sectors such as tourism, foreign aid, military expenditures and foreign investments as well as flows resulting from exports and imports.
Hence, the matter that will considered when calculating a country's balance of payments is the military expenditures.
Therefore, the Option A is correct.
Read more about balance of payments
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To solve this problem, we first make a chart that shows the spending pattern of $90 million over 23 years.
$90 million at 11% = [math]\frac{90 \times 1.11^{23}}{100}=903.478[/math]. The future worth at the end of the 23-year is approximately $903,478.
Since the problem does not provide a standard amount of time that people usually use to measure interest rates, we can infer that this rate should be 10% per year.
Using 10% per year instead of 11%:
$90 million at 10% = [math]\frac{90 \times 1.10^{23}}{100}=897.507[/math]. The future worth at the end of the 23-year is approximately $897,507.
Since the total amount that was spent on development over a period of 23 years is $90 million and the answer in our problem has to be in millions, we have to adjust the amount.
$90 million x 100 = $9 billion. The future worth at the end of the 23-year is approximately 9 billion dollars.