Answer:
The market that characterizes the industry in which Forey competes is a market where competition is at its greatest possible level and it is a perfectly competitive market and the reason is because its returns decrease with the entering of new firms, also four-firm concentration ratio and Herfindahl Hirschman index are both quite small, so no one has significant market power to set or even influence the market price. In the short-run Forey Inc’s profit will decrease as more and more new firms enter the market and in the long-run Forey Inc will receive only normal (zero) economic profit.
The answer to this question is social inequality. Social
inequality is the unequal amount of opportunity and reward that is given to a
person depending on their race, gender, age, or class. Social inequality can be
categorized into 5 types such as political inequality, income inequality, life
inequality, inequality of membership, and inequality of treatment.
Answer:
C) $201,760
Explanation:
To compute the amount of cash proceeds, we have to multiply the bonds face value with the issued price percentage.
Since only issue price is given, so we assume it is in percentage form because the number of shares is not given in the question. So, we assume this.
In mathematically,
Cash proceeds = Face value × 0.97
= $208,000 × 0.97
= $201,760
Answer: . two-stage area
Explanation:
In two-stage specimen sampling, a simple random sample of specimen is selected and then a simple random sample is selected from the units in each sampled specimen. Two-stage sampling is used when the sizes of the specimens are large, making it difficult or expensive to observe all the units inside them.
Answer:
B
Explanation:
Here, in this question, we are to select which of the options is best.
The correct answer to this question is that in a concentrated network configuration, firms allow each site on the network to operate with full autonomy.
What this means is that each site in the network operate independently of the other sites.
A site is thus an autonomous entity but still part of the concentrated network
