Village is an isolated community served by one newspaper that can meet the market demand at a lower cost than two or more newspapers could. The Village Examiner is the only source of news.
The graph shows the marginal cost of printing the newspaper and the market demand for it. The firm is a profit-maximizing, single-price monopoly.
1. Draw the marginal revenue curve and label it MR.
2. The number of copies of the Tiny Intelligencer printed each day is _____?
3. The price of a copy of the Tiny Intelligencer is ____ cent?
4. Draw a point at the profit-maximizing output and price.
5.This single-price monopoly ______ print the efficient quantity because the marginal _____ the marginal cost of the last copy printed.
A.does not; benefit from the last copy printed exceeds
B.does not; benefit from the last copy printed is less than
C.does; revenue from the last copy printed equals
D.does; benefit from the last copy printed exceeds
Village is an isolated community served by one newspaper that can meet the market demand at...
Let weekly demand for tankers of water to a small village be represented by the following demand curve: P = 160 – 20Q And suppose that HydroTank is the monopoly supplier of water to the village with a marginal cost curve: MC = 40 + 20Q; a) On a clearly labeled diagram, sketch the demand, marginal revenue, and marginal cost curves and calculate and show the monopolist’s profit-maximising quantity(QM) and the price that will be charged in the market (PM)....
Question 4 [22 marks] Pinesboro Herald is the only local newspaper in the city of Pinesboro. The publisher faces the demand schedule shown in the first table below and has the cost schedule shown in the second table. Price (dollars per copy) Quantity demanded (copies per day) 0.40 500 0.50 400 0.60 300 0.70 200 0.80 100 0.90 0 Quantity produced (copies per day) Total cost (dollars per day) 0 100 100 105 200 120 300 145 400 180 500...
Consider a single-price monopolist (i.e. the monopolist cannot price discriminate) facing the following market demand curve: P = 120 − Q. The monopolist has constant marginal cost of $20 and zero fixed cost. (a) Determine the monopolist’s profit maximizing quantity, denoted QM, and profit maximizing price, denoted PM. (b) Determine the quantity and price that would result in the market if this instead were a competitive market, denoted QC and PC, respectively. (c) Draw a picture of the market demand...
2. In a market, the demand is Q = 50 - P. A monopoly company operating in this market has the cost function C = 150. (a) Illustrate demand, marginal cost, and marginal revenue in a figure. (b) What is the profit-maximizing quantity? Explain why. What is the price thus? Illustrate in the figure. (c) Now suppose that the cost function is instead C = F+Q? which means that the fixed cost is F and MC = 20. How big...
In a market, the inverse demand is P = 60 - Q. A monopoly company operating in this market has the cost function C = 200. (a) What is the marginal cost of the company? What are the fixed costs? (b) Illustrate demand, marginal cost, and marginal revenue in a figure. (c) What is the profit-maximizing quantity? Explain why. What is the price thus? Illustrate in the figure. (d) Now suppose that the cost function is instead C=F+Q', which means...
Suppose demand in a market is P 120 Q 240 2P This is a monopoly market, where MC = 30. There are no fixed costs. (a) Illustrate demand, marginal cost and marginal revenue in a figure (b) What is the profit-maximizing quantity? Explain why. How big is the profit? (e) How large is the socio-economically optimal quantity? Explain why. How big is the loss of welfare if you instead choose the quantity that maximizes the profits of the monopoly company?...
1. Consider a small isolated town with a single brewery with a the inverse demand curve for beer -- p = 15 - 0.33QD. The brewery can produce beer at a constant marginal and average cost, MR = ATC = $1. What is the brewery's profit maximizing output (you may round)? 2. Consider a small isolated town with a single brewery with a the inverse demand curve for beer -- p = 15 - 0.33QD. The brewery can produce beer...
U Question 7 1 pts The figure below depicts the demand, marginal revenue, and marginal cost curves of a profit-maximizing monopolist. Price $40 30 20 Marginal Cost Demand 10 Marginal Revenue O 100 200 300 400 Quantity Refer to the figure above. If there are no fixed costs of production, maximized monopoly profit for a single-price monopolist that can not price discriminate equals O $500. $1,000. O $2,000. $4,000.
Problem 1e. The slope
of the demand curve indicates that if the price of Fluff increases
by 20 cents, consumers will buy one less unit. Determine what
happens to profit if price is increased by calculating the new
profit level for Fluff when price is set 20 cents higher than the
profit-maximizing price.
problem 2
Probem 3
Consider the graph, which illustrates the demand for Fluff. Fluff can be produced at a constant marginal and average total cost of $4...
Suppose that the local hardware store has a monopoly on screwdrivers. The market demand is given by P = 33 – 0.25Q and the marginal revenue is MR = 33 – 0.5Q. The marginal cost of selling screwdrivers is MC = 1 + 1.5Q. What is the profit-maximizing price the monopolist should charge for the screwdrivers and how many will they sell? Price: $ Quantity: screwdrivers