Suppose you want to quickly perform a customer marketing survey, while allowing some measure of anonymity and keeping costs as low as possible. D. Telephone of survey would be a good choice for this purpose
Answer:
=> fraction of the portfolio that should be allocated to T-bills = 0.4482 = 44.82%.
=> fraction to equity = 0.5518 = 55.18%.
Explanation:
So, in this question or problem we are given the following parameters or data or information which are; that the utility function is U = E(r) – 0.5 × Aσ2 and the risk-aversion coefficient is A = 4.4.
The fraction of the portfolio that should be allocated to T-bills and its equivalent fraction to equity can be calculated by using the formula below;
The first step is to determine or Calculate the value of fraction to equity.
Hence, the fraction to equity = risk premium/(market standard deviation)^2 - risk aversion.
= 8.10% ÷ [(20.48%)^2 × 3.5 = 0.5518.
Therefore, the value for fraction of the portfolio that should be allocated to T-bills = 1 - fraction to equity = 1 - 0.5518 =0.4482 .
Answer:
The performance problem to minor burns will be mainly psychological.
Explanation:
The staff involved will most likely exhibit a reduction in speed at which he or she executed the task which led to the burn.
If the personnel is in a chain of production where their own activity feeds others, it may translate to the increase in the time taken to achieve results.
One solution to this is to critically examine the production process and eliminate the cause of the accident if any.
If the cause of the incident was as a result of carelessness on the part of the staff, then he or she might have to be rescheduled to another department or unit where their current mindset will not stall the overall performance of the team/production line.
Cheers!
Answer:
$270
Explanation:
If the rent is $300 then 110 units will be occupied. The manager of the apartment complex should set a price which will maximize the revenue. When the rent is increased by $2 then one additional unit will be left vacant. This will reduce the revenue of the apartment manager. The equation to find the best possible rent which maximizes the total revenue is:
Profit = 110 (p - 300)
P = 110p - 330
P = 270.
The rent for the apartment should be 270 so the total revenue will be maximized.
