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Two organic emu ranchers, Bill and Ted, serve a small metropolitan market. Bill and Ted are Cournot competitors, making a conscious decision each year regarding how many emus to breed. The price they can charge depends on how many emus they collectively raise, and demand in this market is given by \(Q=150-P\) Bill raises emus at a constant marginal and average total cost of \(\$ 10 ;\) Ted raises emus at a constant marginal and average total cost of \(\$ 20\). a. Find the Cournot equilibrium price, quantity, profits, and consumer surplus. b. Suppose that Bill and Ted merge and become a monopoly provider of emus. Furthermore, suppose that Ted adopts Bill's production techniques. Find the monopoly price, quantity, profits, and consumer surplus. c. Suppose that instead of merging, Bill considers buying Ted's operation for cash. How much should Bill be willing to offer Ted to purchase his emu ranch? (Assume that the combined firms are only going to operate for one period.) d. Has the combination of the two ranches discussed above been good for society or bad for society? Discuss how the forces of monopoly power and increased efficiency tend to push social well-being in opposite directions.

Short Answer

Expert verified
Cournot equilibrium: P = 103.5, Q = 46.5, Total Profit = 4160.75, CS = 1081.125. Monopoly: P = 80, Q = 70, Total Profit = 4900, CS = 2450. The merger trades consumer surplus for profit increase.

Step by step solution

01

Cournot Equilibrium Quantities

To find the equilibrium quantities, we need to set up the best response functions for both Bill and Ted. Given that total demand is \( Q = 150 - P \), rearrange to find the price as \( P = 150 - Q \), where \( Q = q_B + q_T \) (quantities of Bill and Ted).Bill's profit function is \( \pi_B = (150 - q_B - q_T)q_B - 10q_B \). Taking the derivative with respect to \( q_B \) and setting it to zero, we get Bill's reaction function:\[ q_B = \frac{70 - q_T}{2} \]For Ted, his profit function is \( \pi_T = (150 - q_B - q_T)q_T - 20q_T \). Deriving and setting this to zero gives Ted's reaction function:\[ q_T = \frac{65 - q_B}{2} \].
02

Solve Cournot Reaction Functions

Substitute Ted's reaction function into Bill's reaction function:\[ q_B = \frac{70 - \frac{65 - q_B}{2}}{2} \].Solve for \( q_B \) to find:\[ q_B = 28 \].Next, substitute \( q_B = 28 \) back into Ted's reaction function:\[ q_T = \frac{65 - 28}{2} = 18.5 \].
03

Determine Cournot Market Price and Consumer Surplus

The market quantity at equilibrium is \( Q = q_B + q_T = 28 + 18.5 = 46.5 \).Using the demand function, the price is \( P = 150 - 46.5 = 103.5 \).Consumer Surplus (CS) is calculated using the formula:\[ CS = \frac{1}{2} \times (150 - 103.5) \times 46.5 = \frac{1}{2} \times 46.5 \times 46.5 \].
04

Calculate Cournot Profits

Bill's profit is \( \pi_B = (103.5 - 10) \times 28 = 2618 \).Ted's profit is \( \pi_T = (103.5 - 20) \times 18.5 = 1542.75 \).
05

Monopoly Quantity and Price

If they merge, they are a monopoly with cost \( C = 10 \).Set \( MR = MC \) to find \( Q \): \( MR = 150 - 2Q = 10 \), \( Q = 70 \).Price is \( P = 150 - 70 = 80 \).
06

Monopoly Profits and Consumer Surplus

Monopoly profit is \( \pi_M = (80 - 10) \times 70 = 4900 \).Consumer Surplus is \( CS = \frac{1}{2} \times (150 - 80) \times 70 = 2450 \).
07

Buyout Offer for Ted's Ranch

The increase in profit from merging is \( 4900 - 4160.75 = 739.25 \).Bill should be willing to offer Ted an amount less than or equal to Ted's individual Cournot profit of 1542.75 minus any offer below the 739.25 profit gain.
08

Social Impact of the Merger

Merging improves efficiency and reduces costs, seen in higher total profits (4900 vs 4160.75). However, it reduces consumer surplus due to the higher price, with CS lowered from Cournot (1081.125) to monopoly (2450). Thus, it can negatively impact welfare due to reduced consumer surplus even as profits increase.

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Key Concepts

These are the key concepts you need to understand to accurately answer the question.

Monopoly Market Dynamics
In a monopoly, a single firm or a merged entity has complete control over the market. In this scenario involving Bill and Ted, when they merge, they operate as a monopoly. This means they are the sole suppliers and can influence prices more effectively than as individual competitors.

Unlike in competitive markets, where many firms lead to prices aligning closely with marginal costs, a monopoly sets prices higher to maximize profits. This is achieved by restricting output to increase the price level. A monopolist will produce fewer goods than in a competitive market, leading to higher prices for consumers and increased profits for the firm.

See these impacts:
  • Monopolists maximize profit by producing where marginal revenue equals marginal cost (MR = MC).
  • The monopoly price tends to be higher than the competitive price, leading to decreased consumer surplus.
  • Efficient market allocation is hindered, as monopolistic control limits quantity.
  • Market power leads to higher barriers to entry, sustaining the monopoly's dominance.
These dynamics illustrate why society sometimes loses when markets become monopolistic due to decreased overall welfare.
Understanding Consumer Surplus
Consumer surplus represents the difference between what consumers are willing to pay and the price they actually pay. It's an essential concept in analyzing welfare in market transactions. In a Cournot competition, like between Bill and Ted before their merger, consumer surplus is typically higher than in a monopolistic setting.

With the calculated consumer surplus at Cournot equilibrium:
  • Consumer Surplus (CS) is \[ CS = \frac{1}{2} \times (150 - 103.5) \times 46.5 \].
  • This calculation represents the area above the price line and below the demand curve.
  • The consumer surplus in this context signifies the benefit consumers get from market competition.
Upon merging, the calculation changes as the market becomes a monopoly, which typically reduces consumer surplus:
  • The monopoly consumer surplus of 2450 is less than in the Cournot situation.
  • This shows less satisfaction among consumers from higher prices.
  • The decreased consumer surplus indicates that consumers are worse off in monopolies than in competitive environments.
These differences highlight consumer surplus as a measure of the consumer advantage in different market structures.
Analyzing Marginal Cost's Role
Marginal cost is the cost of producing one additional unit of a good. In the context of Bill and Ted, marginal cost is critical in determining pricing and production levels.

For Cournot competitors like Bill and Ted, individual production decisions impact overall market pricing. Here’s how marginal costs influence:
  • Bill has a constant marginal cost of $10, while Ted's is $20.
  • These marginal costs shape their reaction functions and their decision-making in quantity produced.
  • Lower marginal costs allow firms to offer lower prices, leading to potentially higher profits per unit.
  • In a monopoly, marginal cost is still pivotal, as the decision to produce where MR = MC establishes monopoly equilibria.
Understanding this cost's role assists in grasping why firms operate as they do. A firm with lower marginal costs, like Bill after adopting Ted's techniques post-merger, can dominate by producing more efficiently.

Thus, marginal cost informs pricing strategies whether in a competitive or monopolistic market scenario.
The Role of Reaction Functions in Cournot Equilibria
Reaction functions are essential in Cournot competition, helping to determine equilibrium quantities. They express how one firm will react to the quantity produced by another. For Bill and Ted, these functions are crucial in shaping their strategic decision-making.
Bill's reaction function: \[ q_B = \frac{70 - q_T}{2} \].
Ted's reaction function: \[ q_T = \frac{65 - q_B}{2} \].
These functions show:
  • Each firm's optimal production level in response to the other's output.
  • Equilibrium is achieved when neither firm can increase profits by changing output, given the other’s decision.
  • This balance of production maximizes their profits individually while considering market dynamics.
  • Such strategic interdependence is characteristic of Cournot models where competitor actions significantly impact decisions.
Through these reaction functions, Bill and Ted determine how they can best compete without cooperation, leading to the Cournot equilibrium. Such models illustrate how firms optimize outlay and revenue in response to competitors, underlining strategic competition in oligopolistic markets.

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Most popular questions from this chapter

The market for nutmeg is controlled by two small island economies, Penang and Grenada. The market demand for bottled nutmeg is given by \(P=100-q_{P}-q_{G}\) where, \(q_{P}\) is the quantity Penang produces and \(q_{G}\) is the quantity Grenada produces. Both Grenada and Penang produce nutmeg at a constant marginal and average cost of $$ 20$$ per bottle. a. Verify that the reaction function for Grenada is given by $$q_{G}=40-0.5 q_{P}$$ then verify that the reaction function for Penang is given by $$q_{P}=40-0.5 q_{G}$$. b. Find the Coumot equilibrium quantity for each island. Then solve for the market price of nutmeg and for each firm's profit. c. Suppose that Grenada transforms the nature of competition to Stackelberg competition by announcing its production targets publicly in an attempt to seize a first-mover advantage. i. Grenada must first decide how much to produce, and to do this, it needs to know the demand conditions it faces. Substitute Penang's reaction function into the market demand curve to find the demand faced by Grenada. ii. Based on your answer to the problem above, find the marginal revenue curve faced by Grenada. iii Equate marginal revenue with marginal cost to find Grenada's output. iv. Plug Grenada's output into Penang's reaction function to determine Penang's output. v. Plug the combined output of Grenada and Penang into the market demand curve to determine the price. How do the industry quantity and price compare to those under Cournot competition? vi. Determine profits in Grenada and Penang. How do the profits of each compare to profits under Cournot competition? Is there an advantage to being the first-mover?

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Suppose that the inverse market demand for pumpkins is given by \(P=\$ 10-0.05 Q\) Pumpkins can be grown by anyone at a constant marginal cost of \(\$ 1\) a. If there are lots of pumpkin growers in town so that the pumpkin industry is competitive, how many pumpkins will be sold, and what price will they sell for? b. Suppose that a freak weather event wipes out the pumpkins of all but two producers, Linus and Lucy. Both Linus and Lucy produced bumper crops and have more than enough pumpkins available to satisfy the demand at even a zero price. If Linus and Lucy collude to generate monopoly profits, how many pumpkins will they sell, and what price will they sell for? c. Suppose that the predominant form of competition in the pumpkin industry is price competition. In other words, suppose that Linus and Lucy are Bertrand competitors. What will be the final price of pumpkins in this marketin other words, what is the Bertrand equilibrium price? d. At the Bertrand equilibrium price, what will be the final quantity of pumpkins sold by both Linus and Lucy individually, and for the industry as a whole? How profitable will Linus and Lucy be? e. Would the results you found in parts (c) and (d) be likely to hold if Linus let it be known that his pumpkins were the most orange in town, and Lucy let it be known that hers were the tastiest? Explain. \(f\). Would the results you found in parts (c) and (d) hold if Linus could grow pumpkins at a marginal cost of \(\$ 0.95 ?\)

Suppose that three grocery stores sell Bubba's Gourmet Red Beans and Rice. Bullseye Market is able to acquire, stock, and market them for \(\$ 2.00\) per package. OKMart can acquire, stock, and market them for \(\$ 1.98\) per package. SamsMart can acquire, stock, and market them for \(\$ 1.96\) per package. a. If the three competitors are located in close proximity to one another, so the cost of going to a different store to purchase red beans and rice is negligible, and if the market for prepackaged gourmet red beans and rice is characterized by Bertrand competition, what will the prevailing market price be? b. Where will customers buy their red beans and rice? Bullseye Market, OKMart, or SamsMart? What does your answer suggest about the potential rewards to small improvements in efficiency via cost-cutting? c. Suppose that each day, equal numbers of customers begin their shopping at each of the three stores. If the cost of going to a different store to purchase red beans and rice is 2 cents, is the Bertrand result likely to hold in this case? Where will customers purchase red beans and rice? Where will they not purchase them?

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