Complete/Correct Question:
An investor is analyzing a three-unit property by looking at its ability to produce future income. Which of the following would most likely be used to determine this value?
a. Effective gross income
b. Gross income multiplier
c. Gross rent multiplier
d. Potential gross income
Answer:
c, gross rent multiplier
Explanation:
Gross rent multiplier can be defined as the ratio of the price of a real estate investment to the annual income before the calculation of expenses.
It can simply be said to be the number of years it would take a property for pay for itself through rent collection.
Gross rent multiplier is very useful when deciding or trying to select properties to invest in to ensure that factors such as depreciation, periodical cost, etc affects the property/investment drastically.
in the case of the investor in the question above, gross rent multiplier will be used to determine what the future holds for the property.
Cheers
Leslie's budget is hurting in the areas of transportation, groceries, phone and dining out.
<u>Explanation:</u>
For transportation, cash is required for every day. So Leslie is spending more on transportation every month. Forgoing back and forth out anyplace she will burn through cash on transportation.
She is likewise spending cash on goods. Staple goods will be an essential one for living these days. So the financial backing is harming here.
She is spending another hand on the telephone and eating out. For the telephone, she will energize each month. She will feast out with companions each day.
Answer:
C) 10%
Explanation:
($144,000 + $12,780)/$36,000 = 4.355
Answer:
$86.67 is the profit maximizing price for the monopolist
Explanation:
In order to find the profit maximizing price for the monopolist using its price elasticity and marginal cost we have to use the formula
Price= Marginal cost* (elasticity/elasticity+1)
Marginal cost = $65.0065
Elasticity = -4
Price = 65.0065 *(-4/-4+1) = 65.0065*(-4/-3)= 86.67
Answer:
The standard deviation of the portfolio is 26.15%
Explanation:
First the formula of variance of a portfolio is used.
Take the square root of variance to get standard deviation.
(0.3)^2 × (0.35)^2 + (0.7)^2 × (0.3)^2 + 2 × 0.3 × 0.7 × 0.35 × 0.3 × 0.3 = 0.068355
Taking square root of 0.068355 to get standard deviation that is 26.15%
