The figure at right shows the demand line, marginal revenue line, and cost curves for a single-price monopolist. Now suppose the monopolist is able to charge a different price on each different unit sold. The profit-maximizing quantity for the monopolist is whole number.) (Round your response to the nearest C Price ($) 1000- 900- 800- 700- 600- 500- 400- 300- 200- 100- 0+ 0 MC ATC D MR 50 100 150 200 250 300 350 400 450 500 Quantity Q Q

The figure at right shows the demand line, marginal revenue line, and cost curves for a single-price monopolist. Now suppose the monopolist is able to charge a different price on each different unit sold. The profit-maximizing quantity for the monopolist is whole number.) (Round your response to the nearest C Price ($) 1000- 900- 800- 700- 600- 500- 400- 300- 200- 100- 0+ 0 MC ATC D MR 50 100 150 200 250 300 350 400 450 500 Quantity Q Q

Principles of Economics 2e

2nd Edition

ISBN:9781947172364

Author:Steven A. Greenlaw; David Shapiro

Publisher:Steven A. Greenlaw; David Shapiro

Chapter9: Monopoly

Section: Chapter Questions

Problem 33P: Draw a monopolists demand curve, marginal revenue, and marginal cost curves. Identify the...

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Draw a monopolists demand curve, marginal revenue, and marginal cost curves. Identify the monopolists profit-maximizing output level. Now, think about a slightly higher level of output (sayQ0+1). According to the graph, is there any consumer willing to pay more than the marginal cost of that new level of output? If so, what does this mean?
How can a monopolist identify the profit-maximizing level of output if it knows its total revenue and total cost curves?
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O OO The above graph shows the market demand function for a product. Assume that the market is served by a perfectly-price-discriminating monopolist with a constant marginal cost of production equal to $4 (MC = $4) and no fixed cost (FC = 0). The deadweight loss equals: DWL - $72 DWL - $0 DWL- -$48 DWL - $84 DWL-$36 $30 $28 $26 $24 $22 $20 Question 23 $18 $16 $14 $12 $10 $8 $6 $4 $2 $0 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
(c) A discriminating monopolist is faced with the following price elasticities: e1-0.75 and What pricing policy should the monopolist adopt in the two markets? In which market will it be profitable for the monopolist to operate? Assume now that er ez 0.50, will it be advisable for the monopolist to discriminate or operate a single market? run. Briefly explain why the monopolist has no unique supply curve in the short Unlike the competitive firm, the monopoly firm can make supernormal profit in the long run. Explain why. e-1.50 i. ii. iii. iv. V.
2. The market for dark chocolate us characterized by Cournot duopolists - Honeydukes and Wonka industries. The market demand for dark chocolate is:P = 8 - 0.005Qdwhere P is the price per bar in dollars and Qd is dark chocolate's daily quantity demanded in bars (use qh to represent the quantity of dark chocolate sold by Honeydukes and qw to represent the quantity of dark chocolate sold by Wonka Industries). Honeydukes has a constant marginal cost of $2.50 per bar, while Wonka Industries has a constant marginal cost of $3.00 per bar. The firms move simultaneously in choosing their profit-maximizing quantity of output.a. Given the firms move simultaneously, what is the equation for Honeydukes' reaction function with qh expressed as a function of qw?b. Given the firms move simultaneously, what is the equation for Wonka's reaction function with qw expressed as a function of qh?c. What quantity of dark chocolate will each firm produce in equilibrium and what price will be established for a…
es The following table contains demand and cost data for a monopolist. Complete the table by filling in the columns for total revenue, marginal revenue, and marginal cost. Answer these three questions: (a) What output will the monopolist produce? (b) What price will the monopolist charge? (c) What total profit will the monopolist receive at the profit-maximizing level of output? Quantity Price Total revenue Marginal revenue Total cost Marginal cost O $34 $ 1 32 30 28 26 24 22 20 18 16 14 234 5678 9 10 $ $20 36 46 50 54 56 64 80 100 128 160 $
The diagram at right shows the demand curve, marginal revenue curve, and cost curves for a single-price monopolist that owns the only golf courses on Eagle Island. The monopolist's product is 18-hole golf games. a. Now suppose the monopolist is able to charge a different price on each different unit sold. What would be the total number of rounds of golf sold per week? rounds. (Round your response to the The total number of rounds sold per week is 600 nearest whole number) What would be the price on the last round sold? The price on the last round sold is $200 (Round your response to the nearest dollar) b. What is the value of the consumer surplus if the monopolist cannot price discriminate at all? The value of the consumer surplus is $ 40000 (Round your response to the nearest dollar) c. What is the value of the consumer surplus when the monopolist is practicing this "perfect price discrimination? The value of the consumer surplus is $ (Round your response to the nearest dollar) Price…
E4 How much extra profit does the monopolist earn when he increases the price from $12 to $18
: Suppose you are a monopolist and you have two customers, A and B. Each will buy either zero or one unit of the good you produce. A is willing to pay up to $35 for your product: B is willing to pay up to $10. You produce this good at a constant average and marginal cost of $8. If you could practice third-degree price discrimination, you will eam a profit of $
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Question 4 Think a price making firm (monopolist) with a downward-sloping demand curve is one with a price elasticity of demand equal to-1. This is illustrated in the following diagram. P=AR 20 Expenditure stays the same as price changes TR AR = = Q d (TR) dQ Slope = b/Q 40 100 Diagram 5 Unit elastic demand (Pe=-1) MR = As price and quantity change by the same proportion, total revenue is the same at each price (the TR curve is horizontal). This gives the following TR, AR and MR equations: TR=b b -D (AR) Q = 0 Q As TR is constant at all outputs, so MR must equal zero. In diagram 5, what is the value of b in equation TR=b?