Answer:
Results are below.
Explanation:
Giving the following information:
Inflation rate= 7%
Real rate of return= 10%
Present value (PV)= $10,000
Number of periods (n)= 10 years
<u>The real rate of return incorporates the effect of the inflation rate. Therefore, the nominal rate of return:</u>
Nominal rate of return= 0.1 + 0.07= 17%
<u>To calculate the Future Value, we need to use the following formula:</u>
FV= PV*(1 + i)^n
FV= 10,000*(1.17^10)
FV= $48,068.28
This is the n<u>ominal valu</u>e received after ten years.
<u>If Sally wants to determine the real value of the investment after 10 years, we must use the real rate of return:</u>
<u></u>
FV= 10,000*(1.1^10)
FV=$25,937.42
The fact that his school work may end up slacking or he is ambitious and will achieve what he wants to
Answer:
c. 10%
Explanation:
The Yield to Maturity(YTM) of the Bond is the cost of the debt. So, we need to find the YTM first.
Here i will use a Financial Calculator to enter and compute the YTM as follows :
N = 20× 2 = 40
PMT = ($1,000 × 8%) ÷ 2 = $40
PV = $828
P/YR = 2
FV = 1,000
I or YTM = ?
Thus the cost of the Bond is 10%
Answer:
The correct answer is option d.
Explanation:
The most effective model to understand the effect of change of a variable on other variable is by assuming other factors to be constant. This simplifies the model and helps in easily understanding the relationship between the two variables.
Though the assumption of other things being constant does not apply in the real world, it is still used as otherwise change in other factors would complicate the model. If several factors change it would be difficult to understand the relationship between variables.
Here, to study the effect of change in the price of grapes on the market for wine, it is necessary to assume other factors such as income, consumer preferences, etc to be constant.