Output Total Total Total Marginal Marginal (Q) Price Revenue Cost Profit Revenue Cost 20 $25.00 $500 $650 $15 $5 40 $20.00 $800 $750 $5 60 $15.00 $900 $950 $15 80 $10.00 $800 $1,250 The table above shows revenue and cost information at four different Output (Q) levels for a Monopolist. Of the four available choices, Total Profit will be the greatest at Q = Select one: а. 80

Output Total Total Total Marginal Marginal (Q) Price Revenue Cost Profit Revenue Cost 20 $25.00 $500 $650 $15 $5 40 $20.00 $800 $750 $5 60 $15.00 $900 $950 $15 80 $10.00 $800 $1,250 The table above shows revenue and cost information at four different Output (Q) levels for a Monopolist. Of the four available choices, Total Profit will be the greatest at Q = Select one: а. 80

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

Which of the following statements is true? Group of answer choices A monopolist's profit maximizing output is when marginal revenue = marginal cost A monopolist's perceived demand is less than the marginal revenue A monopolist's marginal revenue is equal to the price
The demand and total cost functions for a monopolistically competitive market are: Q(P) = 300/N – P, where N = number of firms TC(Q) = 50 + Q2 There are currently three firms in this market and they are in a short run equilibrium. c) In the long run, how many firms are in the market (round to the nearest integer)?
The government of a small developing country has granted exclusive rights to Linden Enterprises for the production of plastic syringes. The table below shows the cost and demand data for this government-protected monopolist. Quantity per Day (cases) 1 2 3 $49.0 $42.0 $47.0 $34.5 5 6 7 8 10 Price per Case $16 15 14 13 12 11 10 7 What is the amount of profit that the firm earns? Total Cost $7.00 9.50 11.00 12.00 14.50 17.00 21.00 25.00 30.00 35.50
Initially, a profit maximizing local monopolist charges $15 and sells 500 units per week. Per unit variable cost is $10. Now assume the local government begins to provide 100 units per week at the market price. As a result, the market price falls to $13 and the quantity sold by the monopolist falls to 430. a) Find the changes in Consumer surplus , Producer surplus , and Government surplus created by the monopoly. b) Assume the METB (marginal excess tax burden)is 0.25. Find the changes in SS. c) Depict all of this in a diagram.
The graph above shows the cost and revenue curves for a natural monopoly that provides electrical power to the town of Fanaland. If unregulated, the monopolist operates to maximize its profit. (a) Identify the monopolist’s profit-maximizing quantity and price. (b) Assume the town government of Fanaland regulates the monopolist’s price to achieve the allocatively efficient quantity. What price would the government set in order to achieve the allocatively efficient quantity? (c) Will producing the allocatively efficient quantity be economically feasible for the monopolist? Explain. (d) Suppose instead the town government wants to regulate the monopolist to earn zero economic profit. What price would the government set to have the monopolist earn zero economic profit? (e) Based on your answer to part (d), will the deadweight loss increase, decrease, or stay the same as that of the unregulated monopolist? Explain.
You are considering entering a market serviced by a monopolist You are considering entering a market serviced by a monopolist. You currently earn $0 economic profits, while the monopolist earns $5. If you enter the market and the monopolist engages in a price war, you will lose $5 and the monopolist will earn $1. If the monopolist doesn’t engage in a price war, you will each earn profits of $2.There are two possible solutions or equilibria. What are they? You are considering entering a market serviced by a monopolist
You are the manager of a monopolistic firm, and your demand and cost functions are given by P = 300 − 3Q and TC(Q) = C(Q) = 1,500 + 2Q2, What is the MR of the firm? What is the MC of the firm? Determine the profit maximizing level of price and output? How much profit will the monopolist make?
If a monopolist faces a demand p(q) = 130-3q and costs c(q) = 2q^2, answer: a) What is the quantity this monopolist would sell? b) What is the price they would charge?
The table below shows the marginal revenue and costs for a monopolist. Demand, Costs, and Revenues Price (dollars) Quantity Demanded $85 79 73 67 61 55 50 150 250 350 450 550 Marginal Revenue (dollars) $85 76 64 1. 250; -$3,625 2. 250; $3,625 3. 350; -$3,625 4. 350; $4625 52 40 28 Marginal Cost (dollars) $25 85 64 61 67 77 Average Total Cost (dol $139.00 103.30 87.50 80.00 77.00 77.00 The monopolist's profit-maximizing level of output is...................its and the monopolist's profit at the profit maximizing output is....
All 20 consumers are alike and each has a demand curve for a monopolist's product of p=15 -3q. The cost of production C(Q) =2Q. Let the monopolist charge a price of $PM for qM unit purchased. Find the menu prices that maximize profits? (The buyer pays menu price PM for quantity qM) What is the maximum profit the monopolist can earn in this market? (pi)?
You are the manager of a monopolist that produces women shoes and faces a random marginal cost. The demand for women shoes is O = 1000 - 0.1P Marginal cost can be constant at either $60 with a probability of 50% or $40 with a probability of probability of 50%. Draw a graph and plot the demand for shoes. Derive the marginal revenue curve and plot it on the graph. Find the price and output that maximize profits. Find the firm's profits.
A monopolist faces an inverse demand curve P(q) = 28 – 3q. The cost curve is C(q) = 10q. What is deadweight loss in this market? (a) DWL = 3 (b) DWL = 27/2 (c) DWL = 19 (d) DWL = 27 (e) None of the above.