Answer:
PV= $259.89 million
Explanation:
Giving the following information:
Future Value= $800 million
Number of periods= 21 years
Relevant discount rate= 5.5 percent
<u>To calculate the present value, we need to use the following formula:</u>
PV= FV/(1+i)^n
PV= 800/1.055^21
PV= $259.89 million
Answer: Invitees.
Explanation:
Stan the property agent and Paula the potential buyer are invitees to Chelsea's property. An invitee is a person or group of people invited to the property of an individual for the purpose of a business transaction or a public visit.
Answer:
$1,815,000
Explanation:
First we must determine the gross income = $2,000 x 10 units x 12 months = $240,000
minus the vacancy rate = $240,000 x 5% = $12,000
minus the annual expense = $10,200
net income = $240,000 - $12,000 - $10,200 = $217,800
to calculate the maximum amount that the investor should pay we must divide the net income by the expected rate of return = $217,800 / 12% = $1,815,000
When you are calculating a project's price (buying this asset is an investment project), depreciation and debt service are not included in the calculations.
Answer:
Ans. The annuity that will be equivalent to the publisher´s advance would be $26.40 per year, for 9 years at 7% interest rate.
Explanation:
Hi, first, let´s bring that $500 to be paid in 9 years to present value, we need to use the following formula.

Where: r is our discount rate (7%) and n the periods from now when she will receive that $500 amount. This should look like this.

Ok, so the equivalent amount of money today of those $500 in nine years is $271.97, but the author wants $100 today so the remaining amount has to be used to find the equal annual payments to be made in order to be equivalent to re remaining balance ($171.97). We now need to use the following equation.

And we solve for "A" like this




Therefore, the equivalent amount of money of $500 in 9 years is $100 today and $26.40 every year, at the end of the year, for nine years.
Best of luck.
Answer:
Restrictive loan policies, taxes
Explanation: