15 6 Q Moonshine (1) b. 2 C. 3 d. 4 S D P 15 6 S Q Moonshine (2) S A P 15 XX 6 D Q Moonshine Q Moonshine 15 6 (3) D 2. "Moonshine" is illegal home brew made by adding sugar to accelerate corn fermentation. Ten pounds of sugar are necessary to make a gallon of moonshine. In the mid-1970s, the price of sugar tripled and the price of moonshine skyrocketed from $6 to $15 a gallon. Which graph in Figure 3-9 best illustrates this? a. 1

15 6 Q Moonshine (1) b. 2 C. 3 d. 4 S D P 15 6 S Q Moonshine (2) S A P 15 XX 6 D Q Moonshine Q Moonshine 15 6 (3) D 2. "Moonshine" is illegal home brew made by adding sugar to accelerate corn fermentation. Ten pounds of sugar are necessary to make a gallon of moonshine. In the mid-1970s, the price of sugar tripled and the price of moonshine skyrocketed from $6 to $15 a gallon. Which graph in Figure 3-9 best illustrates this? a. 1

Microeconomic Theory

12th Edition

ISBN:9781337517942

Author:NICHOLSON

Publisher:NICHOLSON

Chapter14: Monopoly

Section: Chapter Questions

Problem 14.13P

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1. The Reinheitsgebot is a set of laws established in the 1500s that regulate the production and sale of beer in Germany. Among its provisions, the edict set maximum prices that brewers could charge at various times of the year: During Oktoberfest, the price for one [Bavarian Liter] is not to exceed one Pfennig (Penny, Munich value). Suppose that the demand for beer is given by $QD = 6000-1600P, and the supply of beer is given by QS = -1000+2000P. a) If a 1-Pfennig price ceiling is imposed, does the price ceiling make society better off? Does it make beer producers better off? Does it make beer drinkers better off?
Suppose that the figure given below depicts the demand for grape oll, which can be purchased in any quantities and sold at any price. Price per litre 6 5 A 3 2 1 0 D 100 200 300 400 500 600 700 800 900 1000 Quantity per period a) What is the total consumer surplus if the price per litre is $3.0? (Hint: Area of a triangle?) Total consumer surplus: $ b) What is the total consumer surplus if the price per litre is $1.0? Total consumer surplus: $
Consider a town in which only two residents, Jacques and Kyoko, own wells that produce water safe for drinking. Jacques and Kyoko can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water. Price Quantity Demanded Total Revenue (Dollars per gallon) (Gallons of water) (Dollars) 6.00 0 0 5.50 45 $247.50 5.00 90 $450.00 4.50 135 $607.50 4.00 180 $720.00 3.50 225 $787.50 3.00 270 $810.00 2.50 315 $787.50 2.00 360 $720.00 1.50 405 $607.50 1.00 450 $450.00 0.50 495 $247.50 0 540 0 Suppose Jacques and Kyoko form a cartel and behave as a monopolist. The profit-maximizing price is per gallon, and the total output is gallons. As part of their cartel agreement, Jacques and Kyoko agree to split production equally. Therefore, Jacques's profit is , and Kyoko's profit is . Suppose that Jacques and Kyoko have been successfully…
Consider a town in which only two residents, Hubert and Kate, own wells that produce water safe for drinking. Hubert and Kate can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water. Price Quantity Demanded Total Revenue (Dollars per gallon) (Gallons of water) (Dollars) 3.60 0 0 3.30 35 116 3.00 70 210 2.70 105 284 2.40 140 336 2.10 175 368 1.80 210 378 1.50 245 368 1.20 280 336 0.90 315 284 0.60 350 210 0.30 385 116 0 420 0 Suppose Hubert and Kate form a cartel and behave as a monopolist. The profit-maximizing price is per gallon, and the total output is gallons. As part of their cartel agreement, Hubert and Kate agree to split production equally. Therefore, Hubert's profit is , and Kate's profit is . Suppose that Hubert and Kate have been successfully operating as a cartel. They each charge the monopoly price…
Table: Demand Schedule of Gadgets Price ofGadget Quantity ofGadgets Demanded $10 0 $9 100 $8 200 $7 300 $6 400 $5 500 $4 600 $3 700 $2 800 $1 900 $0 1,000 Reference: Ref 14-1 Table: Demand Schedule of Gadgets (Table: Demand Schedule of Gadgets) Use Table: Demand Schedule of Gadgets. The market for gadgets consists of two producers, Margaret and Ray. Each firm can produce gadgets at a marginal cost of $2 and no fixed cost. Suppose that these two producers have formed a cartel, agreed to split production of output evenly, and are maximizing total industry profits. If Margaret decides to cheat on the agreement and sell 100 more gadgets, the market price of gadgets will be: Select one: a. $6. b. $7. c. $4. d. $5.
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Consider a town in which only two residents, Hubert and Kate, own wells that produce water safe for drinking. Hubert and Kate can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water. Price Quantity Demanded Total Revenue (Dollars per gallon) (Gallons of water) (Dollars) 6.00 0 0 5.50 45 $247.50 5.00 90 $450.00 4.50 135 $607.50 4.00 180 $720.00 3.50 225 $787.50 3.00 270 $810.00 2.50 315 $787.50 2.00 360 $720.00 1.50 405 $607.50 1.00 450 $450.00 0.50 495 $247.50 0 540 0 Suppose Hubert and Kate form a cartel and behave as a monopolist. The profit-maximizing price is____per gallon, and the total output is_____gallons. As part of their cartel agreement, Hubert and Kate agree to split production equally. Therefore, Hubert's profit is _____, and Kate's profit is______. Suppose that Hubert and Kate have been successfully…
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Consider a town in which only two residents, Larry and Megan, own wells that produce water safe for drinking. Larry and Megan can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water. Price Quantity Demanded Total Revenue (Dollars per gallon) (Gallons of water) (Dollars) 6.00 0 0 5.50 45 $247.50 5.00 90 $450.00 4.50 135 $607.50 4.00 180 $720.00 3.50 225 $787.50 3.00 270 $810.00 2.50 315 $787.50 2.00 360 $720.00 1.50 405 $607.50 1.00 450 $450.00 0.50 495 $247.50 0 540 0 Suppose Larry and Megan form a cartel and behave as a monopolist. The profit-maximizing price is per gallon, and the total output is gallons. As part of their cartel agreement, Larry and Megan agree to split production equally. Suppose that Larry and Megan have been successfully operating as a cartel. They each charge the monopoly price and sell half of the…
Price/Quart $1.75 $1.65 $1.60 A Quarts/Week 2 4 Customers B Quarts/Week 9 11 12 Can't tell; insufficient information 16 25 22 с Quarts/Week 5 7 8 Individual demand schedules for three customers from the local H-E-B store in the purchase of ice cream are given above. What is the quantity demanded of ice cream at a price of $1.60 assuming that the only consumers in this market are customers A, B, and C?
The graph below shows the daily demand curve for fresh spring water in a remote mountain village in the land of Far Country. The only spring is controlled by the village chief who earns revenue from the sale of water in order to cover the costs of running the village. The villagers bring their own jugs and pay a price per jug as they leave. Price 5 4 3 2 1 0 20 40 60 80 Quantity per period 100 D 120 k
Consider a town in which only two residents, Nick and Rosa, own wells that produce water safe for drinking. Nick and Rosa can pump and sell as much water as they want at no cost. For them, total revenue equals profit. The following table shows the town's demand schedule for water. Price Quantity Demanded Total Revenue (Dollars per gallon) (Gallons of water) (Dollars) 3.60 3.30 35 $115.50 3.00 70 $210.00 2.70 105 $283.50 2.40 140 $336.00 2.10 175 $367.50 1.80 210 $378.00 1.50 245 $367.50 1.20 280 $336.00 0.90 315 $283.50 0.60 350 $210.00 0.30 385 $115.50 420