has a xed cost of $200 000. What will uns optimal decision be, and what will be the resulting market structure? Now assume that instead of having two firms in the market, we have a monopoly facing the in P(Q) = 400 - 100. The monopoly's marginal cost is $10. d) Find the price PM and the quantity QM that the monopoly will optimally choose. Find profit лM. e) Suppose that the monopoly described in (d) can first degree price discriminate. Find (c Monopoly's quantity, price, profit, the consumer surplus and the deadweight loss in thi representative graph here.

For the monopoly represented by the figure to the right, at what quantity is its revenue maximized? (Hint: Revenue is maximize where MR = 0.) Why is revenue maximized at a larger quantity than profit? Show the revenue curve. In the figure to the right, let D be demand and MR be marginal revenue. The quantity at which revenue is maximized is Q = 10 units. (Enter your response rounded to the nearest whole number.) Revenue is maximized at a larger quantity than profit because A. costs are decreasing in output. OB. marginal costs can be negative. C. marginal revenue is decreasing in output. OD. D. revenue is greater than profit. OE. profit is decreasing in output. Using the three-point curved line drawing tool, graph the monopoly's revenue curve. Label this curve 'R.' Carefully follow the instructions above, and only draw the required objects. p. $ per unit 30 28- 26- 24- 22- 20- 18- 16- 14- 12- 10- 8- 6- 4- 2- 0- 024 100- 90- 80- 70- 60- 50- 40- 30- 20- 10- 0- 6 MR D 8 10 12 14 16 18 20…

When selling downloadable software, e-books, and music streaming platforms, the marginal cost of making one more unit is basically zero. The average total cost is currently $1 per book. If a monopoly is operating in this market and is maximizing profits, marginal revenue is Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. a Greater than $0 Less than $0 $0 d $1 e There is not enough information to answer this question.

Suppose market demand is Pd = 4128-9* Q. There is a single monopoly producing the product. What is the optimal quantity produced if the total cost of production is: TC(Q) = 1136 +16* Q2 ?

Price and cost (dollars per unit) PI P2 P3 0 MR 외 Q2 Q3 Quantity (units per hour) Which of the following is true? In the above figure, if the market is S=MC a monopoly, output will be Q1 and price will be P3. perfect competition, output will be Q2 and price will be P2. perfect competition, output will be Q3 and price will be P3. a monopoly, output will be Q3 and price will be P3.

Please answer all parts...

A monopoly produces a good with a network externality at a constant marginal and average cost of c = $2. In the first period, its inverse demand curve is p 14-1Q. In the second period, its inverse demand curve is p=14-1Q unless it sells at least Q = 8 units in the first period. If it meets or exceeds this target, then the demand curve rotates out by a (it sells a times as many units for any given price), so that its inverse demand curve is p=14- - 1/10. The monopoly knows that it can sell no output after the second period. The monopoly's objective is to maximize the sum of its profits over the two periods. For what values of a would the monopoly earn a higher two-period profit by setting a lower price in the first period? . (round your answer to two decimal places) If a is

An airline has exclusive landing rights at the local airport. The airline flies one flight per day to New York City with a plane that has a seating capacity of 100. The cost of flying the plane per day is $4,000 + 10q, where q is the number of passengers. The number of seats to New York demanded is q = 165 - .5p and so marginal revenue is 330 - 4q. Assume the airline maximizes monopoly profits. (i) What will be the difference between the marginal cost of flying an extra passenger and the amount the marginal passenger is willing to pay to fly to New York City? (ii) What is the loss of consumer surplus from not filling the plane on each flight? (iii) Would it possible to reduce DWL to zero for this market? Explain

Topside Tiles, which produces roofing tiles, is a local monopoly. Its inverse demand function is p=140-2Q, and its constant marginal cost is 10. The owner has delegated the decision of how much output to produce to the plant manager. The manager's income, Y, is 5% of revenue: Y=0.05R. Show that a manager who wishes to maximize income, Y, will choose an output that exceeds the profit-maximizing level. Is there a conflict of interest between the owner and manager? Is this situation an agency problem? (Hint: This problem can be solved using a graph, by using calculus, or by using the rule that the MR curve has twice the slope of the demand curve.) The output that maximizes profit is (Enter your response rounded to one decimal place.) units.

A monopoly can use one of two alternative technologies. One technology requires 10 units of capital and 11 units of labor for each unit of output. The other technology requires 20 units of capital and 2 units of labor for each unit of output. The price of capital, r, and labor, w are both $1 per time period. This means the cost function cor- responding to the first technology is C1(y) = 2ly and the cost function corresponding to the second technology is C2(y) = 22y. The demand function is given by: P(y) = 100 -y The unregulated monopolist will clearly use the first technology since it allows produc- tion of any output level y at a lower cost. %3D %3D (a) Calculate the monopoly's output, price, and profit if it uses the first technology Consider a rate of return regulation which allows the monopoly to take as profit only $0.1 per each $1 of capital. (b) What would be the output, price and profit under each technology?