Answer:
The correct answer is letter "B": The price will not increase but firms will increase the quantity supplied to promote the social interest.
Explanation:
Perfectly competitive markets are characterized by having companies offering an undifferentiated product, being price takers because firms posses a small market share which does not allow them to have a major influence in the price, and by free entry and exit of competitors.
Then, <em>if there is a shortage of clean drinking water in a local market that is perfectly competitive, the shortage would not last much since new producers would enter the market to process water so it can be offered purified. As drinking water is a basic good, the number of organizations entering the market is likely to be substantial.</em>
Answer:
poverty,lack of AQ,others do it for fun
Answer:
Option A:
<em>Large</em> Marginal costs; less <em>firms in the industry</em>
Explanation:
Monopolistic competitions are market models which are charaterized by low barriers to entry. High marginal costs will discourage firms from entering the industry, thereby leading to a reduced number of firms operating there in the long run.
Since the marginal costs reduce profit, if this continues to rise, most firms will discover that it is difficult to make profit in such an industry. They will definitely leave industry for a different one.
This makes Option C the answer.
Answer:
Option (a) is correct.
Explanation:
Average of quantity supplied:
= (70,000 + 30,000) ÷ 2
= 50,000
Percentage change in quantity supplied:
= (70,000 - 30,000) ÷ 50,000
= 0.8
Average of price change:
= (8 + 4) ÷ 2
= 6
Percentage change in price:
= (8 - 4) ÷ 6
= 0.667
Therefore,
Elasticity of supply in the market for gadgets:
= Percentage change in quantity supplied ÷ Percentage change in price
= 0.8 ÷ 0.667
= 1.2
Answer:
Cost of Equity = 11.30%
Explanation:
Computation Cost for Equity
Using Gordon Model
Market Price = [Dividend × (1 + Growth Rate )] / (Cost of Equity - Growth Rate)
41.08 = [$3.01 × (1 + 0.037)] / (Cost of Equity - 0.037)
41.08 = [$3.01 × (1.037)] / (Cost of Equity - 0.037)
Cost of Equity - 0.037 = $3.12 / 41.08
Cost of Equity - 0.037 = $0.076
Cost of Equity = 0.076 + 0.037
Cost of Equity = 0.1130
Cost of Equity = 11.30%
