It is A. So that I know whether I have identified potential barriers
Thank you for the 5 points
Manuel is retired and receives a fixed payment from his pension each there is inflation when the buying power of his pension will fall
This is further explained below.
<h3>What is
inflation?</h3>
Generally, Inflation refers to the rate at which prices continue to grow during a certain period of time, and the term may also refer to inflation itself. In most cases, inflation is assessed on a broad scale, such as the overall increase in prices or the growth in the cost of living in a particular nation.
To put inflation in its most basic form, it may be thought of as the general upward trend in the prices of goods and services over time. What this implies is that a dollar spent now won't purchase as much in the future. In other words, it will lower your ability to purchase things in the future.
In conclusion, Manuel is now retired and receives a certain amount from his pension on an annual basis. In the event that there is inflation, Manuel will be able to buy a lesser total amount with his pension money.
Read more about inflation
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Answer:
the portfolio's return will be Ep(r)= 9.2 %
Explanation:
if the stock lies on the security market line , then the expected return will be
Ep(r) = rf + β*( E(M)- rf)
where
Ep(r) = expected return of the portfolio
rf= risk free return
E(M) = expected return of the market
β = portfolio's beta
then
Ep(r) = rf + β*( E(M)- rf)
E(M) = (Ep(r) - rf ) / β + rf
replacing values
E(M) = (Ep(r) - rf ) / β + rf
E(M) = ( 17.2% - 3.2%) /1.4 + 3.2% = 13.2%
since the stock and the risk free asset belongs to the security market line , a combination of both will also lie in this line, then the previous equation of expected return also applies.
Thus for a portfolio of β=0.6
Ep(r) = rf + β*( E(M)- rf) = 3.2% + 0.6*(13.2%-3.2%) = 9.2 %
Ep(r)= 9.2 %
Depreciation is the correct answer
