Answer:
The stock price would be higher by $7.37
Explanation:
Free cash flow to equity = 195 million with a growth rate of 2% in perpetuity
Value of equity = Free cash flow to equity ÷ (Ce -g) = 195 million ÷ (13% - 2%)
= 190 ÷ 0.11 = $1,772,727,272.73 = $1,773 million
If growth rate is 3%, value of equity = 195 ÷ (13%-3%) = 195 ÷ 0.1 = $1,950 million
a. Value of stock = (1,773 + 15) million ÷ 22 = $81.27
b. Value of stock with 3% = 1,950 ÷ 22 = $88.64
Thus stock price would be higher by = b-a = $7.37
-Inelastic means that the consumers will still purchase the product at the same rate despite price changes.
-The answer would be cancer medication, because the consumer would still need to buy this regardless of price. Even if it puts them in a financial bind.
-When having your on a car or watch, if the price of that item increases, you could be less likely to buy it.
-When picking out a hamburger at a restaurant, the customer is most likely to by a cheaper burger if they are on a budget.
It is false that the market rate is used to calculate the actual cash payments made to bondholders rather it is the economic price for goods and services that is offered for them in free market or market place. It is also called a going rate, the market value or market price are equal only under conditions of market equilibrium and rational expectation.
Answer:
It will take 3 years to have enough money to purchase the car.
Explanation:
We can use either Compounding or Discounting Formula to determine the time it will take to make $19,970 from $15,000 when the investment rate is 10%. Lets go with the Compounding Formula:
Future Value = Present Value * (1 + i) ^ n
<u>Re-arrange equation for "n" which is the Time Period:</u>
⇒ FV / PV = (1 + i) ^ n
Taking log on both sides;
⇒ log (FV / PV) = log (1 + i) ^ n
OR log (FV / PV) = n log (1 + i)
OR n = log (FV / PV) / log (1 + i)
Simply put values now;
⇒ n = log (19,970 / 15,000) / log (1 + 10%) = log (1.33) / log (1.1) = .12 / .04
OR n = 3
