Question

In: Economics

I. The demand curve for chocolate can be represented by P = 1,500-10Q, where P is...

I. The demand curve for chocolate can be represented by P = 1,500-10Q, where P is the price per ton (in U.S. dollars), and Q is expressed in tons per year. The private marginal cost of production in the chocolate industry is given by 20Q. But chocolate production causes a nauseating odor to sweep over the city in the vicinity of chocolate factories, so the social marginal cost of production, taking the odor into account, is 30Q a. (3 points) Assuming that the market for chocolate is competitive, what will be the outcome (including the quantity of chocolate produced), in the absence of any policies or actions designed to deal with the externality? Please include a graph. b. (5 points) Regulators have decided to set up a cap-and-trade system for chocolate production. How many permits should they issue (that is, how much chocolate should they allow to be produced) to maximize efficiency? How much will a permit (to produce one ton of chocolate per year) trade for? c. (5 points) This odor problem and the subsequent reduction of the odor via a cap-and- trade system takes place in Grimyville. People were always free to move into or out of Grimyville. Following the reduction of the odor via the cap-and-trade system, who are the likely "winners" and "losers" from the cap-and-trade policy reform, in the resulting long- run competitive equilibrium? Please explain your answer

Solutions

Expert Solution


Related Solutions

Assume a firm with the following Demand Curve:         P = 9,000 – 10Q Total...
Assume a firm with the following Demand Curve:         P = 9,000 – 10Q Total Cost Curve:       TC = 600,000 + 5Q2    •   What is the Profit-Maximizing Price and Quantity this firm will use? Show work    •   Is the firm making a profit or a loss? Explain why    •   Should the firm stay in business or quit immediately? Explain why    •   Assume a Total Cost Function of TC = 6455 + 5.3Q + 4.27Q2...
A firm with market power faces an inverse demand curve of P = 100 – 10Q....
A firm with market power faces an inverse demand curve of P = 100 – 10Q. Assume that the firm faces a marginal cost curve of MC = 10 + 10Q. (4)a. If the firm cannot price discriminate, what are the profit maximizing levels of output and price? (4)b. Given you answers in part “a,” what are the values of consumer surplus, producer surplus and deadweight welfare loss? (4)c. If the firm is able to practice first degree (perfect) price...
The global demand for cocoa can be represented with the following equation: P=50 - 0.25Q, where...
The global demand for cocoa can be represented with the following equation: P=50 - 0.25Q, where P is the price (dollars per 100 lbs.), and Q is quantity. Furthermore, assume that cocoa can be produced at a constant marginal and average cost of $10 per unit of Q. Cocoa producers have formed a cartel, aimed at realizing the monopoly price for cocoa. Given the demand equation and marginal cost specified above, what is the monopoly price and quantity?
The global demand for cocoa can be represented with the following equation: P=50 - 0.25Q, where...
The global demand for cocoa can be represented with the following equation: P=50 - 0.25Q, where P is the price (dollars per 100 lbs.), and Q is quantity. Furthermore, assume that cocoa can be produced at a constant marginal and average cost of $10 per unit of Q. Cocoa producers have formed a cartel, aimed at realizing the monopoly price for cocoa. Given the demand equation and marginal cost specified above, what is the monopoly price and quantity? The monopoly...
3. The inverse market demand for mineral water is P = 200-10Q, where Q is the...
3. The inverse market demand for mineral water is P = 200-10Q, where Q is the total market output and P is the market price. Two firms, A and B, have complete control over the supply of mineral water and both have zero costs. a. Operating independently, how would each firm determine the quantity to be produced? Will this quantity maximize the profits of both firms?
3. The inverse market demand for mineral water is P = 200-10Q, where Q is the...
3. The inverse market demand for mineral water is P = 200-10Q, where Q is the total market output and P is the market price. Two firms, A and B, have complete control over the supply of mineral water and both have zero costs. a. Operating independently, how would each firm determine the quantity to be produced? Will this quantity maximize the profits of both firms?
The demand curve for turnip can be represented by the following equation: ? = 2000 −...
The demand curve for turnip can be represented by the following equation: ? = 2000 − 400? There are only two producers and the marginal cost to produce a turnip is $2 (There is no fixed cost). If the capacity of each firm is 600 output, calculate the price range of turnip under the Bertrand-Edgeworth Model.
Q1: Demand in a market is represented by Q = 500 – 50P where P is...
Q1: Demand in a market is represented by Q = 500 – 50P where P is measured in dollars per unit and Q is measured in units per week. Note: Demand in this question is identical to that in Q1 of Assignment #10. a) Complete the following table. Find elasticity between $10 and $8, between $8 and $6, between $6 and $4, between $4 and $2, and between $2 and $0. Show elasticity to two decimal places. Do not round...
Biwei’s firm with market power faces a demand curve for its product of P=100–10Q, which is...
Biwei’s firm with market power faces a demand curve for its product of P=100–10Q, which is also the firm’s average revenue curve. The corresponding marginal revenue curve is MR=100-20Q. Assume that the firm faces a marginal cost curve of MC=10+10Q. (20 points) 1) If the firm cannot price-discriminate, what is the profit-maximizing level of output and price? 2) If the firm cannot price-discriminate, what are the levels of consumer and producer surplus in the market, assuming the firm maximizes its...
2. Suppose two firms are competing in prices (Bertrand) in an industry where demand is P=300-10Q....
2. Suppose two firms are competing in prices (Bertrand) in an industry where demand is P=300-10Q. Assume neither firm faces any fixed costs. (a) If both firms have MC=100, what is the equilibrium price? Profits? (b) Suppose one firm has MC=200 and one has MC=0. Approximately how much profit does each firm make? (c) Suppose one firm has MC=150 and one has MC=100. Approximately how much profit does each firm make?
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT