Michael, Sarah, and Mindy are partners in a limited partnership that buys commercial real estate. Michael and Sarah are limited
1 answer:
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Answer: $15,909.09
Explanation:
Nominal GDP is the value of goods and services that is calculated on the basis of current year prices whereas Real GDP is the value of goods and services that is determined on the basis of Base year prices. If we are using the identical price for both the years for calculating GDP then we can see the increment in the current year GDP from the last year. This means that the quantity of goods produced in the current year is larger than the last year. That's why it is important to use Real GDP rather than Nominal GDP.
Given that,
Nominal GDP (millions of dollars) = $14000
Price level (GDP deflator) = 88
Real GDP = 159.09 × 100
= $15,909.09
Hence, Real GDP = $15,909.09.
Therefore, Real GDP is greater than Nominal GDP hence we can say that the amount of good produced is worth more than $14,000.
The present value of the cash-flow stream if the interest rate is 6% is $323.03.
<h3>What is the interest rate?</h3>The interest rate can be defined as the amount or the percentage that is being fixed or fluctuating depending upon the condition of the agreement. The interest is calculated on the amount that is being loaned or given to the individual or a company.
According to the given question, the interest rate is 6%
1st year $120
2nd year $320
3rd year $220
Now, by applying the formula for the present value:
= 113.20 + 284.96 + 184.87
= 323.03
The present value of the cash flow stream is $323.03
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Answer:
$106,595
Explanation:
Given:
Initial market rate = 9%
Dropped market interest rate, r = 7% per year
or
= 7% × [6 ÷ 12]
= 3.5% = 0.035
Remaining time, n = 9 years = 18 semi annual periods
Now,
Value of the bond at the retirement
= [ PVAF × Interest payment] + [ PVF × face value]
here,
Present value of annuity factor, PVAF =
or
PVAF =
or
PVAF = 13.189
And,
Interest payment = $100,000 × 8% × [6 ÷ 12 ] [since, 8% bonds]
= $4000
Present value factor =
= 0.538
par value = $100,000
= [13.189 × $40] + [0.538 × 100,000]
= 52,758.7316 + 53,836.114
= $106,595
Hence,
The correct answer is option $106,595