Consider the market for CD players, illustrated in the figure to the right. Suppose there are network externalities in this market such that the quantity of a good demanded grows in response to the growth of purchases by other individuals (as indicated by the demand curve "Demand" in the figure). Suppose that the price is initially $110 where the quantity demanded is 90 (thousand CD players per month). If the price of CD players falls to $50, demand will increase to thousand CD players per month. (Enter your response using an integer.) of this increase, thousand units of the 90 thousand-unit increase is the pure price effect and thousand units of the increase is the bandwagon effect. The bandwagon effect causes the demand for CD players to be more otherwise be the case (without network externalities). ▼than would 200- 180 160 Demand 140 120- 100- 80- 60- 40- 20- 0+ " 0 Deo 20 D150 D80 P120 P180 40 60 80 100 120 140 160 180 200 220 CD Players (thousands per month) Q

Consider the market for CD players, illustrated in the figure to the right. Suppose there are network externalities in this market such that the quantity of a good demanded grows in response to the growth of purchases by other individuals (as indicated by the demand curve "Demand" in the figure). Suppose that the price is initially $110 where the quantity demanded is 90 (thousand CD players per month). If the price of CD players falls to $50, demand will increase to thousand CD players per month. (Enter your response using an integer.) of this increase, thousand units of the 90 thousand-unit increase is the pure price effect and thousand units of the increase is the bandwagon effect. The bandwagon effect causes the demand for CD players to be more otherwise be the case (without network externalities). ▼than would 200- 180 160 Demand 140 120- 100- 80- 60- 40- 20- 0+ " 0 Deo 20 D150 D80 P120 P180 40 60 80 100 120 140 160 180 200 220 CD Players (thousands per month) Q

Microeconomic Theory

12th Edition

ISBN:9781337517942

Author:NICHOLSON

Publisher:NICHOLSON

Chapter6: Demand Relationships Among Goods

Section: Chapter Questions

Problem 6.4P

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Suppose that Paolo and Sharon are the only consumers of ice cream cones in a particular market. The following table shows their monthly demand schedules: Price Paolo’s Quantity Demanded Sharon’s Quantity Demanded (Dollars per cone) (Cones) (Cones) 1 8 16 2 5 12 3 3 8 4 1 6 5 0 4 On the following graph, plot Paolo’s demand for ice cream cones using the green points (triangle symbol). Next, plot Sharon’s demand for ice cream cones using the purple points (diamond symbol). Finally, plot the market demand for ice cream cones using the blue points (circle symbol). Note: Line segments will automatically connect the points. Remember to plot from left to right.
Lorena's income and the cost of other types of entertainment-in particular, how much it costs to go see a movie instead of playing golf. The three demand schedules in the table below show how many rounds of golf per year Lorena will demand at each price under three different scenarios. In scenario D1, Lorena's income is $50,000 per year and movies cost $9 each. In scenario D2, Lorena's income is also $50,000 per year, but the price of seeing a movie rises to $11. And in scenario D3, Lorena's income goes up to $70,000 per year, while movies cost $11. D1 Scenario D2 D3 Income per year $50,000 $50,000 $70,000 Price of movie ticket $9 $11 $11 Quantity Demanded Price of Golf $50 15 10 15 $35 25 15 30 $20 40 20 50 Instructions: Round your answers to 2 decimal places. If you are entering any negative numbers be sure to include a negative sign () in front of those numbers. a. Using the data under Di and D2, calculate the cross elasticity of Lorena's demand for golf at all three prices. (To do…
give me correct answer with proper explanation A network effect, or network externality, exists when: Group of answer choices a firm ’ s average total cost rises continuously over the entire ran the customers of one business overlap with those of another competing business. the costs of resources for an industry rises as the number of sellers in an industry expands. the value of a product or service to each consumer increases as the number of users expands.
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Imagine that when MattPat gets to Hope there are 27 Hardcore theorist and 9 others (i.e. Everyone else), what is the (inverse) demand curve for t- shirts here? What does the graph look like? 2. Suppose you have the following utility function: U(qx, y) = x 1/3 2/3 x qy is m (instead of specific prices/income given in the example video posted: mp4). a) What is the optimal consumption choice of good x and good y (i.e. q and q)? b) Show that if you double the income and prices that the choice of outcome (i.e. optimal quantity) does not change. c) Suppose there are 20 consumers in the market with the same preferences and income, what is the market demand for good a given m= $54 and Py = $6? The the price of good x is Pr, the price of good y is Py, and income
6. Exercise 4.6 An econometrician hired to analyse a local golf course has determined that there are two types of golfers, the regular and the occasional. The annual demand for games from regular players is given by QH = 24 - 0.3P, where P is the price of a round of golf. On the other hand, the annual demand for occasional items is given by Q° = 10 - 0.1P. The marginal cost and the average total cost per item are equal to €20. a) If you could distinguish between regular and casual players, what price would be set for each type? How many games would each type of player play? How much profit could the golf course generate? Represent graphically. b) As an alternative to the discrimination of third degree prices, those in charge consider a double tranche rate according to which the members can play as many games as they wish at a price of € 20 per game. How much profit will the golf course generate if it charges all players the same annual fee for becoming a member of the club? What if you…
Nathan and Joe are shopping for video games. The demand function of George for Track and field games is Q = 40 - 4P, and Georgia’s demand function is Q = 36 - 3P. What will their combined demand be if the price is $2? $10? If we add George and Georgia’s demand functions, we get: At $2 a game, both George and Georgia’s will have positive demand for field games, and so we can use the combined equation to getAt $10 a game, however, George’s demand function gives negative demand, which we know means he just has 0 demand for field games. In this case, we ignore George's function, and just use Georgia’s to figure out their combined demand, since using the combined function would give the wrong answer.
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The following graph shows the demand curve for a group of consumers in the U.S. market (blue line) for tablets. The market price of a tablet is shown by the black horizontal line at $80. Each rectangle you can place on the following graph corresponds to a particular buyer in this market: orange (square symbols) for Larry, green (triangle symbols) for Megan, purple (diamond symbols) for Raphael, tan (dash symbols) for Susan, and blue (circle symbols) for Alex. Use the rectangles to shade the areas representing consumer surplus for each person who is willing and able to purchase a tablet at a market price of $80. (Note: If a person will not purchase a tablet at the market price, indicate this by leaving his or her rectangle in its original position on the palette.)