I guess the correct answer is price discrimination, Robinson-Patman Act
As a result of Hurricane Charley, the Green Mountain Lumber Co. decides to charge all Home Depots in Florida $25 per sheet of plywood while all Home Depots outside of Florida pay only $10 per sheet of plywood. The Green Mountain Lumber Co. can be charged with price discrimination, which is illegal under the Robinson-Patman Act.
Price discrimination is the act of charging different consumers different prices for the same product.
The Robinson-Patman Act (1936) makes it unlawful to practice price discrimination, where the effect may substantially lessen competition or help to create a monopoly
Answer:
The line on the graph will be parallel to the pre-subsidy line and the new constraint will then be equal to the points connecting the two lines.
Explanation:
The subsidy by government to single parents is $3 per hour for up to 8 hours. The total of subsidy will be $16 for each day. The labor force who were not receiving the subsidy before had steep indifference curve but now few workers will find utility maximization with flatter indifference curve so the workers will join the subsidy program.
<u>Answer:</u>
<em>The most effective marketing strategies are those that are targeted toward a specific audience.</em>
<u>Explanation:</u>
The most effective marketing strategies are those that are targeted toward a specific audience,focused on key benefits based on the audience's point of view and interests, and delivered at an appropriate time, when the audience is most likely to be attentive to and interested in the message being delivered.
Successful marketing focuses solely on selling more products. continues long after the product is purchased. ends once the product is sold to consumers. includes preproduction through selling the product.
Finish to start dependency- This is the most common type of dependency in project management as well as real life.
Answer:
0.17
Explanation:
The computation of expected return in investment is shown below:-
Expected return in investment = (Expected return of outcome 1 × Probability of outcome 1) + (Expected return of outcome 2 × Probability of outcome 2) + (Expected return of outcome 3 × Probability of outcome 3)
= (0.15 × 0.50) + (0.25 × 0.30) + (0.10 × 0.20)
= 0.075 + 0.075 + 0.2
= 0.17
Therefore for computing the expected rate of return we simply applied the above formula.