The graph contains individual supply curves for the only two firms in a hypothetical market for stuffed animals. Place themarket supply curve at the correct location on the graph. Then, consider what would happen to the market if a third supplierenters the market, holding all else constant.Price per Stuffed Animal (5)1098A605m0Market for Stuffed AnimalsFirm IFirm 2Market1,000 2,000 3,000 4,000 5,000 6,000 7,000 8,000 9,000 10,000Quantity of Stuffed AnimalsA third firm would meanO Firm 1 and Firm 2 would lower output toaccommodate the new supplier in order to keepmarket supply constant.O market supply increases.O higher prices of stuffed animals.O market supply decreases.

The graph contains individual supply curves for the only two firms in a hypothetical market for stuffed animals. Place the market supply curve at the correct location on the graph. Then, consider what would happen to the market if a third supplie enters the market, holding all else constant. Price per Stuffed Animal (5) 10 160 8 90 S w 4 Market for Stuffed Animals Firm Firm 2. Market 0 1,000 2,000 3,000 4,000 5,000 6,000 7,000 8,000 9.000 10.000 A third firm would mean O Firm 1 and Firm 2 would lower output to accommodate the new supplier in order to keep market supply constant. market supply increases. O higher prices of stuffed animals. O market supply decreases.

The graph contains individual supply curves for the only two firms in a hypothetical market for stuffed animals. Place the market supply curve at the correct location on the graph. Then, consider what would happen to the market if a third supplie enters the market, holding all else constant. Price per Stuffed Animal (5) 10 160 8 90 S w 4 Market for Stuffed Animals Firm Firm 2. Market 0 1,000 2,000 3,000 4,000 5,000 6,000 7,000 8,000 9.000 10.000 A third firm would mean O Firm 1 and Firm 2 would lower output to accommodate the new supplier in order to keep market supply constant. market supply increases. O higher prices of stuffed animals. O market supply decreases.

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 31P: Return to Figure 9.2. Suppose P0 is 10 and P1 is 11. Suppose a new firm with the same LRAC curve as...

See similar textbooks

Similar questions

HighFlyer Airlines wants to build new airplanes with greatly increased cabin space. This will allow HighFlyer Airlines to give passengers more comfort and sell more tickets at a higher price. However, redesigning the cabin means rethinking many other elements of the airplane as well, like engine and luggage placement, and the most efficient shape of the plane for moving through the air. HighFlyer Airlines has developed a list of possible methods to increase cabin space, along with estimates of how these approaches would affect the planes operating costs and ticket sales. Based on these estimates, Table 13.5 shows the value of R, how much should the firm invest in R on top of the private return; that is, an R private return to HighFlyer Airlines would have a 9 social return. How much investment is socially optimal at the 6 interest rate?
1. Mzanzi-Ndizvo (Pty) is a vaccine manufacturing company that has the following costs ofproduction. Cost of capital is R50 000, labour cost is R30 000, and the total cost the firm is willing to pay is R300,000. Identify the type of this production function and Illustrate it with a 2D graph. 2. If the demand and supply curve for cell phones is given by: D = 80 - 4P, S = 40 + 6P In a market with a price of P for smartphones, compute the number of phones that would be bought and sold at equilibrium.
Jonathan, Scott and Mitchell share a garage. All enjoy having the garage cleaned, regardless of who pays for cleaning. The graph below represents Jonathan, Scott and Mitchell’s individual demand for garage cleaning. The marginal cost of cleaning $3 per hour. The Lindahl prices for Jonathan, Scott and Mitchell are, respectively, $68/17, $17/17, and $4/85 per hour. $34/17, $17/17, and $0 per hour. None of these. $30/17, $15/17, $6/17 per hour. $0, $0, and $0 per hour.
Firms can choose a location in the linear city of length 1 with fixed cost of 25. Consumer density at any location x in the linear city is 400. a) Show that a firm each at 0.125, 0.375, 0.625 and 0. 875 is not an equilibrium. b) What is the equilibrium number of firms and th6ir locations? c) Illustrate how entry is no longer profitable at equilibrium? Plz do fast
4. Suppose the market demand and supply functions are QD = 58,200 – 310P and QS = 90P - 1400. You have just graduated and moved to this city; as a new MBA and an entrepreneur, you are considering entering the market for this product. a. Determine the equilibrium price and quantity in this market. b. You’ve researched and found that most firms in the market currently experience costs such that TC = 220 + 210Q – 4.1Q2 + 0.06Q3. Determine whether or not you should enter this market. Use graphs to support your answer. (Remember that you can Format Axis and change the Minimum and Maximum Bounds of your axes to “zoom in” to a graph in Excel.) c. Due to unforeseen delays, you don’t enter the market. However, a year later the market supply has changed to QS = 90P + 3400. Are you surprised at this shift in supply? d. Given the new supply conditions, determine whether or not you should enter the market.
5. The market demand for leather handbags is given by the function P = 75 - 1.5Q. P is priceper handbag, and Q is output per time period.The market supply is given as P = 25 + 0.50Q. A typical competitive firm that markets thistype of bag has a marginal cost of production of MC = 2.5 + 10q. [4]a) Calculate the market equilibrium price for the bags as well as the output rate in themarket.b) Calculate how much the typical firm will produce per time period at the equilibriumprice.c) If all firms had the same cost structure, how many firms would compete at theequilibrium price computed in (a) above?
You have conducted a study to determine if there is independence or dependence between market segments (A-C) and prices the segments are willing to pay for a product. The following cross tabular output appears. Under $10 $11-$15 over $15 All A 50 30 20 100 50.00 30.00 20.00 33.33 27.27 50.00 16.67 10.00 6.67 50.00 36.67 13.33 0.000 1.212 3.333 B 40 50 10 100 40.00 50.00 10.00 26.67 45.45 25.00 13.33 16.67 3.33 50.00 36.67 13.33 2.000 4.848 0.833 C 60 30 10 100 60.00 30.00 10.00 40.00 27.27 25.00 20.00 10.00 3.33 50.00 36.67 13.33 2.000 1.212 0.833 All 150 110 40 300…
COURSE: MICROECONOMICS - Bertrand's ModelAssume that a market is supplied by 2 companies, whose total costs are: CTi = 100Respective demand of each is: q1 = 120 - 2p1 + p2 and q2 = 120 - 2p2 + p1It is requested to:(a) calculate the firms' profit and reaction function.(b) plot the market equilibrium price and reaction function(d) calculate equilibrium quantity produced by each firm(e) determine profits that both firms will have at equilibrium.
1. The demand function for a certain brand of DVD is given byp = −0.01x^2− 0.2x + 8where p is the unit price in dollars and x is the quantity demanded each week,measured in units of a thousand. Determine the consumers’ surplus if the market price is set at $5 per disc. PART 2 of number 1: The supplier of the DVD in problem #1 will make x hundred units availablein the market when the unit price in dollars isp =√36 + 1.8xDetermine the producers’ surplus if the market price is set at $9 per unit. 2.The demand function for a certain kind of mattress is given byp = 600e^−0.04xwhere p is the unit price in dollars and x (in units of a hundred) is the quantity demanded each month.(a) Find the number of mattresses demanded per month if the unit price isset at $250 per mattress.(b) Use the results of part (a) to find the consumers’ surplus if the sellingprice is set at $250 per mattress. PART 2 of number 2: The manufacturer of the brand of mattress of problem #2 will make x hundred units…
1. For each producer, the TC = 400 + 4q2 2. the marked demand for oil (in tons) is given by Qd= 160-p. what would the supply curve be for an individual producer?
You’ve been given a firm’s production and cost functions:p = 132 −2qMC = 12 + 4q(a) Assume this firm is in a perfectly competitive market. Calculate the equilibrium price andquantity.(b) What is the firm’s profit here?(c) Assume this firm is in a monopoly market. Calculate the equilibrium price and quantity.(d) What is the firm’s profit here?(e) Give an example of a perfectly competitive agricultural market, and give an example of amonopoly agricultural market.
You make delicious cupcakes that you mail to customers across the country. Your cupcakes are so unique and special that you have a great deal of pricing power. Your customers have identical demand curves for your cupcakes, and a representative customer’s demand curve is shown below. (It’s not needed, but the demand curve equation is P=5-0.2Q or Q=25-5P.) Suppose your MC=$1/cupcake, whether you produce lots or just a few cupcakes. To keep things simple, suppose there are no fixed costs, so FC=0. a) Acting as a monopolist, show the standard pricing analysis on the graph below that identifies your profit-mamximing price and quantity for your representative customer. Shade areas representing your profit and CS. (PS and profit are the same here since FC=0). b) Suppose you offer a quantity discount: first 10 cupcakes at $3 each and any cupcakes over 10 are offered at a discounted price. What discount price will maximize your profit? Show this quantity discount arrangement on your graph…