Like cars, bikes, airplanes, trains, public transport?
Answer:
The correct answer is C. the difference between the highest price a consumer is willing to pay and the price the consumer actually pays.
Explanation:
Consumer surplus arises from the law of diminishing returns. This means that the first unit to acquire we value it highly but as we acquire additional units our valuation falls. However, the price we pay for any unit is always the same: the market price. In this way, we enjoy a positive surplus of the first units we acquire until we reach the last one in which the surplus will be zero.
In graphic terms, consumer surplus is measured as the area below the market demand curve and above the price line. The demand curve measures the amount consumers are willing to pay for each unit consumed. Then, the total area below the demand curve reflects the total utility of consumption of the good or service. If the price we pay for each unit is subtracted from this area, the consumer surplus is obtained.
C. Unclear definitions of goals
Any professional and efficient team will of course want clear definitions of their goals to run well.
Risk that are caused by the response to the another risk is known as secondary risk. The first option is correct.
<h3>What are risk?</h3>
Risk refers to the possibility of the danger or harm. For example there is risk involved to change the career. The risk taken can lead to any outcome it can be positive or negative.
There are various kinds of risk one of those kind is the secondary risk in which the risk is taken as a result of the previous actions taken to deal with the situation.
Thus the correct option is Secondary risk.
Learn more about residual risk here:
brainly.com/question/6041526
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Answer:
The expected value of the car you will buy is $22,000
Explanation:
In the given question, the car values are symmetrically distributed which means that we have to compute the mean between the values that are mentioned in the question.
So, the mean is an average of the numbers, the computation is shown below:
= (Value 1 + value 2) ÷ (number of observations)
= ($20,000 + $24,000) ÷ 2
= $22,000