A customer service representative would be a feature commonly used by huge companies in addressing the customers' issues with regards to their products and services. Furthermore, customer feedback is very important because the company would have the idea on how to improve their service or product.
Answer: B. spillover
Explanation:
A Spillover is used to refer to the effects of an Externality which is what happens when a market exchange leads to effects on a third party that was not party to a transaction between the contracting parties.
The activities that result from the transaction spillover to the third party and can be either negative or positive. A negative spillover would be countries in Africa getting harsher global warming effects due to companies in china polluting the atmosphere.
For the statement "The payoff matrix represents hypothetical profits that could be earned by two milk..." and the Milky Mose table Both will cheat Option C. This is further explained below.
<h3>What is a
payoff matrix?</h3>
Generally, payoff matrix is simply defined as when one player's tactics and those of the other are represented in a table called a payoff matrix, they are listed in rows.
In conclusion, In order to get an edge, both parties will engage in dishonesty. As a result, both parties will be tempted to cheat in order to gain an unfair advantage.
The payoff matrix below represents hypothetical profits that could be earned by two milk sellers who have formed a cartel. Each seller must decide if they want to cheat or not to cheat on the production quotas in the cartel agreement. Use the payoff matrix to answer the questions below. Does either member have an incentive to cheat? Heifer's Gold will cheat, but Milky Moo will not. No, neither has an incentive to cheat, Yes, both will cheat. Milky Moo's will cheat, but Heifer's Gold will not
Read more about payoff matrix
brainly.com/question/7656949
#SPJ1
Answer:
Annual depreciation= $7,996
Explanation:
Giving the following information:
Purchase price= $42,000
Useful life= 5 years
Salvage value= $2,020
<u>To calculate the annual depreciation under the straight-line method, we need to use the following formula:</u>
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (42,000 - 2,020) / 5
Annual depreciation= $7,996
