ost functions and competitive markets Assume each firm in a competitive market (i.e., they produce the same homogeneous product) has the cost function C(Q) = 1500 + 20Q. The (entire) market faces the demand curve P(Q) = 220 – 0.5Q. What is the equilibrium price in this competitive market? What is the equilibrium quantity? (a) (b)

ost functions and competitive markets Assume each firm in a competitive market (i.e., they produce the same homogeneous product) has the cost function C(Q) = 1500 + 20Q. The (entire) market faces the demand curve P(Q) = 220 – 0.5Q. What is the equilibrium price in this competitive market? What is the equilibrium quantity? (a) (b)

Managerial Economics: A Problem Solving Approach

5th Edition

ISBN:9781337106665

Author:Luke M. Froeb, Brian T. McCann, Michael R. Ward, Mike Shor

Publisher:Luke M. Froeb, Brian T. McCann, Michael R. Ward, Mike Shor

Chapter3: Benefits, Costs, And Decisions

Section: Chapter Questions

Problem 9MC

See similar textbooks

Similar questions

Suppose that the development of a new drought-resistant hybrid seed corn leads to a 50 percent increase in the average yield per acre without increasing the cost to the farmers who use the new technology. If the producers in the corn production industry were price takers, what would happen to the following? a. the price of corn b. the profitability of corn farmers who quickly adopt the new technology c. the profitability of corn farmers who are slow to adopt the new technology d. the price of soybeans, a substitute product for corn
The market demand for Gucci bags is given by the function P = 75 - 1.5Q. P is price per bag, and Q is output per time period. The market supply is given as P = 25 + 0.50Q. A typical competitive firm that markets this type of bag has a marginal cost of production of MC = 2.5 + 10q. a) Calculate the market equilibrium price for the bags as well as the output rate in the market. b) Calculate how much the typical firm will produce per time period at the equilibrium price. c) If all firms had the same cost structure, how many firms would compete at the equilibrium price computed in (a) above?
A firm operates in a perfectly competitive market. The market price of its product is 4 birr and the total cost function is given by TC= 1/3 Q3 - 5Q2+20Q + 50, where TC is the total cost and Q is the level of output.a) What level of output should the firm produce to maximize its profit?b) Determine the level of profit at equilibrium.c) What minimum price is required by the firm to stay in the market?
Suppose a typical (representative) corn farm has a short run production technology which results in the outcome of U-shaped Average Variable Cost (AVC), Average Total Cost (ATC), and Marginal Cost (MC). Further, suppose this firm sells its product in a market where the price of the good is determined by the interaction of market Demand and Supply. Because an individual firm is very small compared to the rest of the market, we treat the market price as the price given to the firm, and the individual firm cannot impact that price. assume we are in the Short Run for this firm. In graphing, put $ on the vertical axis and lower-case q (firm output) on the horizontal axis. Start with the AFC0, AVC0, ATC0, and MC0 curves . show shifts in any of the cost curves, reflecting the higher cost of land (keeping in mind that this higher cost is independent of how much or how little corn is actually produced) and labeling the changed cost curves with a subscript 1. On the graph with $ on the…
If in a pure competitive market the supply function is defined by Q=0.5P-0.5 whilst the demand function is represented by P+Q2-25=0.determine the magnitude of the consumer's surplus and producer's surplus
The market for paperback detective novels is perfectly competitive. Market Demand is given by Q=450-6P. Market Supply is given by Q=4P-13. Suppose 21 units are bought to the market. Consider the Marginal Cost of production for these 21 units. What is the maximum Marginal Cost of production of these 21 units? Enter a number only, do not include the $ sign. Hint: 21 doesn't have to be the market quantity.
It is an aspect of microeconomics that helps in analyzing the various types of demand which enables the manger to arrive at reasonable estimates of demand for a product or his company. * market structures theory of the firm demand analysis production function
A firm faces inverse demand function p(q) = 120 - 4q, where q is the firm's output. Its cost function is c(q) = c * q. a. Write the profit function b. Find the profit-maximizing level of profit of unit cost c. c. Find the comparative statics derivative dq/dc. Is it positive or negative?
Suppose a firm A produces a product q, but also pollution x that affects a second firm B. Firm A is a competitive firm and faces an equilibrium price of £12 for its product. The cost function of firm A is . Firm B is a competitive firm and faces an equilibrium price of £10. Firm B’s cost function is . Compute the equilibrium prices and quantities and the profits of the two separate, competitive firms. Interpret the first order conditions. Explain.
Imagine a firm in a competitive market comes up with a new production method, which halves its marginal cost at all levels of Q. Fixed costs are unaffected. Which of the following statements are true? a. The firm's AC at all levels of Q would be lower. b. The firm would extract an innovation rent from selling at the market price with lower costs. c. The firm's point of minimum AC would be a higher level of Q. d. The innovation would immediately cause the market price to drop.
Firm A and Firm B sell identical goods The total market demand is:Q(P) = 1,000-1.0P The inverse demand function is therefore: P(QM) = 10,000-10QM QM is total market production (i.e., combined production of firm’s A and B). That is: QM = QA + QB As a result, the inverse demand curve for each firm is: P(QA,QB) = 10,000-10QA-10QB The difference between this example and the example in class is that the two firms have different costs. Firm A has the same cost as in class, but firm B has a different cost function: TCA(QA) = 5000QA TCB(QB) = 5000QB Using the demand function and the cost functions above, what is firm A’s profit function? Using the profit function above and assuming that firm B produces QB, calculate what firm A’s best response is to firm B’s decision to produce QB. (Note: Firm A’s best response should be a function of QB) Using the demand function and the cost functions above, what is firm B’s profit function? Using the profit function above and assuming that firm A…
The price-demand equation for the production of bluetooth speakers is: p = 250 - 1/20x, for 0 is less than or equal to x and x is less than or equal to 5000 where x speakers can be sold at $p per each speaker. The cost to produce x speakers is given as C(x) = 150,000 + 30x, where both C(x) and p are represented in dollars ($). - find the profit function and the marginal profit and interpret the quantity P'(4500) - find the marginal cost and interpret the quantity C'(3000) - find the revenue function and the marginal revenue and interpret the quantity R'(3000)