Answer:
b) third-degree price discrimination.
Explanation:
The price gouging happens on prices when is carried out by the seller, goods, services or goods to a higher level than what is considered acceptable or fair and potentially considered unethically. This usually occurs after a demand or supply shock. Common examples include price increases for basic needs after hurricanes or other natural disasters.
First-degree discrimination (perfect price discrimination) appears when a business charges the maximum possible price for each unit consumed because prices are diverse among some units. In this case, where a company charges a different price for every good or service sold.
Second-degree price discrimination is the concept in which a company charges a different price when there are demands for different quantities consumed, such as quantity discounts on bulk purchases.
Third-degree price discrimination is the case in which a company charges a different price to different consumer groups. This is the type of most common type of price discrimination. If we see in the question there is given distinctive ticket price offers to senior citizens and/or students. That’s why we should choose third-degree price discrimination.
Answer:
58.81% annual
or 3.93% monthly
Explanation:
Using a financial calculator, we can determine the internal rate of return of this investment. The initial outlay is -$110,000, and the 60 $4,800 cash flows follow. The IRR is 3.93 per month. In order to determine the effective annual rate, we can use the following formula:
effective annual rate = (1 + 3.93%)¹² - 1 = 58.81%
Dixon ills has fundamentally historically and natural law
Answer:
The answer is below
Explanation:
A What is the probability that all 4 selected workers will be the day shift?
B What is the probability that all 4 selected workers will be the same shift?
C What is the probability that at least two different shifts will be represented among the selected workers.
A)
The total number of workers = 10 + 8 + 6 = 24
The probability that all 4 selected workers will be the day shift is given as:


B) The probability that all 4 selected workers will be the same shift (
) = probability that all 4 selected workers will be the day shift + probability that all 4 selected workers will be the swing shift + probability that all 4 selected workers will be the graveyard shift.
Hence:

C) The probability that at least two different shifts will be represented among the selected workers (
)= 1 - the probability that all 4 selected workers will be the same shift(
)

Explanation:
Breakeven=fixed cost/selling price - variable cost
so 14,300000/380-250
14,300000/130 = 110,000 units to be able to make break even