Answer:
A. Wait for real-world events to confirm or refute the hypothesis.
B. Conduct one or more experiments.
Explanation:
Hypothesis by economists can lead to results that can decide economic policy. As such, it is important that they are tried and tested.
One way of testing a hypothesis is the standard method of conducting one of more experiments. These experiments will simulate world settings so that the experiment can be as close as possible to the real world.
Another method is to experience the hypothesis. The economist could just wait for events in the real world to either confirm or deny the hypothesis because the economy is dynamic and has been known to react uniquely to events that it otherwise should not have reacted to. It is therefore likely that it might react in a certain way that will enable the economist test their hypothesis.
You will need $228,790 in 28 years to supplement your retirement funds. If you can earn 8% interest, you must save $2,400 each year. ✅
Answer:
True
Explanation:
When a company increases the amount of business units it is harder to be informed about each business unit. When the manager try to understand and review all the information about the business units the time is not enough, in that case the sustainability of a multiple units business model is a challenge. When this happens, the manager can empower a business unit manager, so the corporate manager just needs to know the basic information and be informed about the decisions and results obtained evaluating the results of the business unit.
Answer:
The EAR on the investment is 23.79%
Explanation:
Here, we are concerned with calculating the EAR on the stock investment.
Firstly, we start with calculating the return on shares
Mathematically, that is; P1 - P0
From the question P1 = $57.36 while P0 = $54.14
So Return on shares = $57.36-$54.14 = $3.22
We proceed with calculating the Return on shares in percentage
Mathematically;
Return on shares in % = Return on shares/P0 * 100
= 3.22/54.14 * 100 = 5.95%
Lastly we calculate the effective annual interest;
The effective annual interest = 5.95%/3 * 12 = 23.79%
Answer:
$3.04
Explanation:
F = (K - F0)*e^(-r*T) <em>Where f = current value of forward contract, F0 = forward price agreed upon today, K = delivery price for a contract negotiated, r = risk-free interest rate applicable to the life of forward contract, T = delivery date</em>
<em />
F = ($49.25-$46.00)*e^(-0.0665*12/12)
F = $3.25*e^(-0.0665)
F = $3.25*0.935662916
F = $3.040904477
F = $3.04
So, the value of the short forward contract is $3.04.
