In perfect competition there are no barriers to entering the market as a firm. This also says that for this particular market that there is on differentiation of products between firms .This implies that fixed cost costs and total costs are zero and the only costs that matter are marginal costs. This makes the entry and exit for a market without costs and therefore any firm can take a share of the market. This makes it so if a particular firm wants to charge higher than the market price no consumer will buy their product because they have a plethora of other sources that charge for a lower price for the same exact product. Therefore it must take the price of the market or else it will sell no goods. There is also no reason for the firm to lower its price either because it can sell as much as it wants in the competitive market at a higher price.
The following statement best describes the relationship between competition and a free market system: Competition increases within a free market system.
it is the work of pushing out the fetus
The government does not interfere in business practices.
The government does not interfere in business practices.
Countries engage in international trade to satisfy the wants or needs of the people.
The following statement best describes the relationship between competition and a free market system: Competition increases within a free market system.
The preceding preceding statement was visible.
the first statement in ModuleB
24 hours before the competition.
No following statements were included.
The part of a conditional statement following the word "then" is the consequent. It is the action or outcome that will occur if the condition specified in the statement is met.
Which statement describes the rate of change of the following function?f(x) = -6x - 9
Find the converse of the following statement. If it's a dime, then it's a coin.
statement statement
A+
It is one of the statements. Its syntax in BNF is the following: statement ::= for_statement for_statement ::= 'for' '(' opt_expression ';' expression ';' expression ')' statement
true