--%>

the perfect price discrimination

Suppose a monopolist has zero marginal cost and faces the following demand curve

D(p) = 10 - 2p

(a) Graph the demand curve, the marginal revenue curve, and the rm's marginal cost curve. Calculate the monopolist's price and output if she cannot engage in any type of price discrimination. Calculate the monopolist's pro ts at this price. Is the market operating eciently? Explain. In a general equilibrium context, explain the e ects of the monopolist on the allocation of goods and the use of resources in the economy.

(b) Suppose the monopolist can perfectly price discriminate. What prices will she charge?

Calculate the monopolist's pro ts under this pricing scheme. Is the market operating efficiently? Explain. Explain the diculty in engaging in this type of discrimination in terms of the revelation problem discussed in class.

(c) Suppose the demand curve represents that of a single consumer. If the monopolist engaged used a two-part tari to price its goods. Calculate the two-part tari (entry fee and per unit price) and the monopolist's pro ts. Compare and contrast this case with the perfect price discrimination case above.

(d) Suppose the monopolist used an all-or-nothing pricing scheme. Calculate the all-or-nothing price and the monopolist's pro ts. Compare and contrast this case with the perfect price discrimination case above.

(e) Given the information problems facing the monopolist, which of the later two cases would be easier to implement. Discuss the types of information that may be needed to implement each.

   Related Questions in Microeconomics

  • Q : Selling footballers-the economic

    State economic arguments on whether a football club must sell a significant player?

  • Q : Price elasticity of demand relatively

    The transfer of wealth from industrialized countries to oil exporting countries (OPEC) which followed skyrocketing oil prices within the 1970 year indicates such that the price elasticity of demand for oil: (w) relatively low. (x) relatively high. (y)

  • Q : Question on utility function Assume a

     Assume a consumer with the given utility function: U = 3y1y2 + 5. Suppose y2 = 1, derive the marginal utility schedule for y1. In what direction is it moving?

  • Q : Find price elasticity of demand for

    Suppose yearly steel sales double to 80 million tons while the price falls $40 per ton, to $180 per ton. Therefore price elasticity of demand for steel is approximately: (w) 3.333. (x) 10.000. (y) 2.500. (z) 6.667.

    Q : Demand for product is most elastic at

    From these points in this figure, demand for cheesy fried grits is largely elastic at a price of: (w) P1 and quantity of Q3. (x) P2 and quantity of Q2. (y) P3 and quantity of Q1. (z) P4 and q

  • Q : Shortages and surpluses in the market A

    A shortage as in below graph, during this market for papayas would match up to line: (1) ab. (2) cd. (3) ac. (4) bd. (5) ae. 1802_example</span></p>
                                        </div>
                                        <!-- /comment-box -->
                                    </li>
   
   </td>
	</tr><tr>
		<td>
       
      <li>
                                        <div class=

    Q : Problem on demand for sport utility

    Can someone help me in finding out the right answer from the given options that the demand for sport utility vehicles is most probable to decline in response to main rises in: (1) Consumer’s income. (2) The number of consumers. (3) Relative prices for pickups an

  • Q : Problem on Supply of Labor Can someone

    Can someone help me in finding out the right answer from the given options. The time in which people are willing and capable to work at different wage rates throughout a specific period is termed as the: (1) Labor force participation rate. (2) Supply of labor. (3) Mar

  • Q : Relationship between MC and ATC What

    What happens to ATC if MC < ATC? Answer: ATC will down or fall.

  • Q : Price equality to marginal costs A

    A nondiscriminating monopolist's equilibrium output is inconsistent along with: (w) marginal revenue equals marginal cost [MR = MC]. (x) price equal to marginal costs [P = MC]. (y) price exceeding average variable costs [P > AVC]. (z) price exceedi