Warning: foreach() argument must be of type array|object, bool given in /var/www/html/web/app/themes/studypress-core-theme/template-parts/header/mobile-offcanvas.php on line 20

Two firms compete in selling identical widgets. They choose their output levels \(Q_{1}\) and \(Q_{2}\) simultaneously and face the demand curve \\[ P=30-Q \\] where \(Q=Q_{1}+Q_{2}\). Until recently, both firms had zero marginal costs. Recent environmental regulations have increased Firm 2 's marginal cost to \(\$ 15 .\) Firm 1 's marginal cost remains constant at zero. True or false: As a result, the market price will rise to the monopoly level.

Short Answer

Expert verified
False, the market price will not rise to the monopoly level.

Step by step solution

01

Understand the Pricing Function

First, take a look at the given pricing function, \(P=30-Q\). This tells that the price \(P\) decreases as the total output \(Q=Q_{1}+Q_{2}\) by both firms increases. The ultimate price that consumers get for the product is determined by this pricing function.
02

Analyze Firm 1

Firm 1's marginal cost remains constant at zero. This means that the firm does not have any additional cost for producing additional units.
03

Analyze Firm 2

Due to change in environmental regulations, Firm 2's marginal cost is $15. Meaning, Firm 2 will incur $15 for each unit it produces.
04

Analyze situation at Monopoly Level

The monopoly price is the price at which single supplier sells the goods. The monopoly supplier will set marginal cost equal to marginal revenue to maximize profits. If there were to be a monopoly for this good, the marginal cost would be compared to the derived demand, which is the demand as a function of \(Q_2\).
05

Compare Monopoly Situation and Current Situation

We can now compare the monopoly situation, where a potential monopoly (in this case Firm 2) would produce where marginal cost equals marginal revenue. Due to changes in regulation, Firm 2's marginal cost is now $15. If Firm 2 were a monopoly, it would produce where $15 equals marginal revenue leading to a price strictly greater than $15. But in the duopoly market, Firm 1 can still produce at zero cost and could lower its price if Firm 2 chooses a price above $15. Hence, the market price won't rise to the monopoly level because the other firm (Firm 1) would have an incentive to reduce its price.

Unlock Step-by-Step Solutions & Ace Your Exams!

  • Full Textbook Solutions

    Get detailed explanations and key concepts

  • Unlimited Al creation

    Al flashcards, explanations, exams and more...

  • Ads-free access

    To over 500 millions flashcards

  • Money-back guarantee

    We refund you if you fail your exam.

Over 30 million students worldwide already upgrade their learning with Vaia!

Key Concepts

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

Marginal Cost
In economics, the marginal cost is the change in the total cost that arises when the quantity produced is incremented by one unit. It's essentially the cost of producing one additional unit of a good or service. Calculating marginal cost involves taking the derivative of the total cost with respect to quantity, which, put simply, means looking at how the cost changes as you produce more.

In our exercise, Firm 1's marginal cost is zero, meaning it doesn't cost them anything extra to produce another widget. Firm 2, however, now incurs a $15 increase in total cost for each additional widget due to new environmental regulations. This discrepancy in costs will affect how the firms compete and price their products. Marginal cost is a crucial concept in determining the supply side of market equilibrium, as it influences firms' decisions on how much to produce.
Demand Curve
The demand curve is a graphical representation of the relationship between the price of a good and the quantity demanded by consumers. Generally, it is downward sloping, reflecting the inverse relationship between price and demand – as the price decreases, the demand typically increases, and vice versa.

In the context of our duopoly situation, the demand curve is defined by the equation \( P = 30 - Q \), wherein \( P \) is the price that consumers are willing to pay, and \( Q \) is the total quantity of widgets supplied by both Firm 1 and Firm 2. The curve gives us a visual framework to predict consumer behavior and market dynamics. It can help determine the equilibrium price and quantity in the market, where the amount consumers wish to buy equals the amount the firms are willing to sell.
Monopoly Pricing
Monopoly pricing refers to the behavior of a single seller in a market, a monopolist, who has considerable control over the price because they can adjust the supply to meet their desired price level. In such a scenario, a monopolist will typically produce at the quantity where the marginal cost of production equals marginal revenue to maximize profits, a state known as the profit maximization condition.

The monopoly price is typically higher than in a competitive market because, in the absence of competitors, the monopolist can set higher prices. However, in our exercise regarding a duopoly, even if Firm 2's marginal cost increases to a level where it might wish to set monopoly-like prices, Firm 1 has the ability to keep prices lower due to its zero marginal cost, thus preventing the price from reaching the monopoly level.
Environmental Regulations
Environmental regulations are rules and standards set by governments to protect the environment. These regulations can impact businesses significantly, often increasing costs due to added measures for pollution control, waste management, and use of sustainable resources.

In our exercise, Firm 2 experiences an increase in marginal cost directly because of new environmental regulations. These increased costs can change the competitive dynamics of a market. While such regulations are essential for protecting environmental health, they can also reshape the competitive landscape by creating cost burdens that may alter production decisions and market prices. It's an example of how non-market forces, like regulations, can have profound effects on market outcomes.

One App. One Place for Learning.

All the tools & learning materials you need for study success - in one app.

Get started for free

Most popular questions from this chapter

Suppose the airline industry consisted of only two firms: American and Texas Air Corp. Let the two firms have identical cost functions, \(C(q)=40 q\). Assume that the demand curve for the industry is given by \(P=100-Q\) and that each firm expects the other to behave as a Cournot competitor. a. Calculate the Cournot-Nash equilibrium for each firm, assuming that each chooses the output level that maximizes its profits when taking its rival's output as given. What are the profits of each firm? b. What would be the equilibrium quantity if Texas Air had constant marginal and average costs of \(\$ 25\) and American had constant marginal and average costs of \(\$ 40 ?\) c. Assuming that both firms have the original cost function, \(C(q)=40 q,\) how much should Texas Air be willing to invest to lower its marginal cost from 40 to \(25,\) assuming that American will not follow suit? How much should American be willing to spend to reduce its marginal cost to \(25,\) assuming that Texas Air will have marginal costs of 25 regardless of American's actions?

Demand for light bulbs can be characterized by \(Q=100-P,\) where \(Q\) is in millions of boxes of lights sold and \(P\) is the price per box. There are two producers of lights, Everglow and Dimlit. They have identical cost functions: \\[ \begin{array}{c} C_{i}=10 Q_{i}+\frac{1}{2} Q_{i}^{2}(i=E, D) \\ Q=Q_{E}+Q_{D} \end{array} \\] a. Unable to recognize the potential for collusion, the two firms act as short-run perfect competitors. What are the equilibrium values of \(Q_{E}, Q_{D},\) and \(P ?\) What are each firm's profits? b. Top management in both firms is replaced. Each new manager independently recognizes the oligopolistic nature of the light bulb industry and plays Cournot. What are the equilibrium values of \(Q_{E}\) \(Q_{D},\) and \(P ?\) What are each firm's profits? c. Suppose the Everglow manager guesses correctly that Dimlit is playing Cournot, so Everglow plays Stackelberg. What are the equilibrium values of \(Q_{E}\) \(Q_{D},\) and \(P ?\) What are each firm's profits? d. If the managers of the two companies collude, what are the equilibrium values of \(Q_{E}, Q_{D},\) and \(P ?\) What are each firm's profits?

Suppose all firms in a monopolistically competitive industry were merged into one large firm. Would that new firm produce as many different brands? Would it produce only a single brand? Explain.

The dominant firm model can help us understand the behavior of some cartels. Let's apply this model to the OPEC oil cartel. We will use isoelastic curves to describe world demand \(W\) and noncartel (competitive supply \(S\). Reasonable numbers for the price elasticities of world demand and noncartel supply are \(-1 / 2\) and \(1 / 2,\) respectively. Then, expressing \(W\) and \(S\) in millions of barrels per day \((\mathrm{mb} / \mathrm{d}),\) we could write \\[ W=160 P^{-1 / 2} \\] and \\[ S=\left(3 \frac{1}{3}\right) P^{1 / 2} \\] Note that OPEC's net demand is \(D=W-S\) a. Draw the world demand curve \(W\), the non-OPEC supply curve \(S,\) OPEC's net demand curve \(D,\) and OPEC's marginal revenue curve. For purposes of approximation, assume OPEC's production cost is zero. Indicate OPEC's optimal price, OPEC's optimal production, and non-OPEC production on the diagram. Now, show on the diagram how the various curves will shift and how OPEC's optimal price will change if non-OPEC supply becomes more expensive because reserves of oil start running out. b. Calculate OPEC's optimal (profit-maximizing) price. (Hint: Because OPEC's cost is zero, just write the expression for OPEC revenue and find the price that maximizes it.) c. Suppose the oil-consuming countries were to unite and form a "buyers' cartel" to gain monopsony power. What can we say, and what can't we say, about the impact this action would have on price?

Suppose that two competing firms, \(A\) and \(B\), produce a homogeneous good. Both firms have a marginal cost of \(\mathrm{MC}=\$ 50 .\) Describe what would happen to output and price in each of the following situations if the firms are at (i) Cournot equilibrium, (ii) collusive equilibrium, and (iii) Bertrand equilibrium. a. Because Firm \(A\) must increase wages, its \(\mathrm{MC}\) increases to \(\$ 80\). b. The marginal cost of both firms increases. c. The demand curve shifts to the right.

See all solutions

Recommended explanations on Economics Textbooks

View all explanations

What do you think about this solution?

We value your feedback to improve our textbook solutions.

Study anywhere. Anytime. Across all devices.

Sign-up for free