Answer:
b. Overvalued
Explanation:
Overvalued stocks are securities that trade higher than their fair market value, i.e. the value that the company's fundamentals, such as earnings or revenues justify.
Answer:
<u>Seniors </u>
Explanation:
The seniors generational cohorts refers to the generation that preceded the generation of baby boomers classified as those individuals who were born between 1946 and 1964.
The seniors generation is habitually complaining, something inherited from their witnessing times of wars and periods of uncertainties and financial distress.
This generation commands respect, special attention and at the same time are more miserly in their spending habits.
Also a common observation being, these individuals are not well familiar and adept with technological advancements such as gadgets, systems and modern day appliances in the sense they require more time to get used to them.
Answer:
The number of units of good G that can be purchased if all income is used to purchase good G is 15 units.
Explanation:
Since D is on the y-axis, indicating G is on the x-axis, the formula for calculating the marginal rate of transformation (MRT) is given as follows:
MRT = - PG / PD …………………. (1)
Where:
MRT = Marginal rate of transformation = -2
PG = Price of good G = ?
PD = Price of good D = $6
Substituting the relevant values into equation (1) and solve for PG, we have:
-2 = - PG / $6
PG = -2 * (-6) = $12
Therefore, we have:
Number units of good G if all income is spent on it = Monthly income / PG = $180 / $12 = 15
Therefore, the number of units of good G that can be purchased if all income is used to purchase good G is 15 units.
Answer:
A. True
Explanation:
The product life cycle is a term that describes a form of structure or arrangement of sales and profits of a product in a given time.
However, due to volatile marketing conditions, it is TRUE, that the sales and profits of an individual product may or may not follow the life cycle of the general pattern.
Hence, the correct answer in this situations is absolutely TRUE
The option that will be best in this scenario would be a <span>Parallel test.
In a parallel test, same input will be entered in two different version of simulation. By doing this, we could create multiple simulations to test several possibilities and reducing the total time needed at the same time. The downside is that this test exposes the tester to a high risk of making a mistake.</span>