Answer:
$26,800
Explanation:
Data given in the question
Probability of the risk = 40%
Cost of the project = $67,000
So by considering the above information
The expected monetary value of the risk event is
= Probability of the risk × cost of the project
= 40% × $67,000
= $26,800
By multiplying the probability with the cost of the project, the expected monetary value could come
Answer:
You should pay $3.86 to purchase this stock.
Explanation:
Hi, first let me mention that we can find the price of a stock by bringing to present value its future cash flows, in this case, its dividends, therefore we need to bring to present value $0.25 of year 3 and $0.25 of year 4. We also have to bring that constant dividend of $0.75 that the company plans to pay indefinitely, that we can do by using the following formula, discounted at 13%.

Notice that the formula above says PV(4), that is because this formula only brings that perpetual annuity to one period of time before the first payment takes place, therefore this value has to be brought to present value too.
With all the considerations above, this is how everything should look like.


Therefore, the price of this stock is $3.86
Best of luck.
Answer:
B) adaptive
Explanation:
Based on the scenario being described it can be said that this form of expectations formation is known as adaptive expectations. These are expectations formed from a process in which individuals predict what will most likely occur in the future based on the data of what has already happened in the past.
Liability insurance or legal liability