Suppose that the monopolist can produce with total cost: TC = 20Q. Assume that the monopolist sells its goods in two different markets separated by some distance. The demand curves in the first market and the second market are given by Q, = 240 – 4P, and Q2 = 360 - 2P2. Suppose that consumers can mail the product from cheaper location to a more expensive location freely (mailing cost $0). What would be the monopolist profit? %3D
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a) 12800
b) 14400
c) 9600
d) 11200
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- Suppose that the monopolist can produce with total cost: TC = 10Q. Assume that the monopolist sells its goods in two different markets separated by some distance. The demand curves in the first market and the second market are given by Q₁ = 120-4P₁ and Q₂ = 240 - 2P₂. Suppose that consumers can mail the product from cheaper location to a more expensive location at a mailing cost $50. What would be the monopolist profit? $5450 $6050 O $6450 $5050Suppose that the monopolist can produce with total cost: TC = 200. Assume that the monopolist sells its goods in two different markets separated by some distance. The demand curves in the first market and the second market are given by Q, = 240 - 4P, and Q2 = 360 - 2P2. Suppose that consumers can mail the product from cheaper location to a more expensive location at a mailing cost $24. What would be the monopolist profit? O $14896 O $11516 $13844 O $12672Suppose that the monopolist can produce with total cost: TC = goods in two different markets separated by some distance. The demand curves in the first market and the second market are given by Q = 120 - 2P, and Q2 = 240 - 2P,. Suppose that consumers can mail the product from cheaper location to a more expensive location freely (mailing cost $0). What would be the monopolist profit? 10Q. Assume that the monopolist sells its $8000 $7200 $6000 $6400
- Consider a monopolist who is selling his blockbuster drug in two markets where one market is much larger than the other. Suppose the demand in the two markets is given by q1 = 30 − p1 and q2 = 3 − p2 (quantity is measured in millions of complete dosages and price is in your favorite currency) and the marginal cost of production and distribution is roughly the same and equal to 1 per unit (c=1). This problem asks you to compare equilibrium outcomes (prices, quantities, profits, consumer surplus, and consumer surplus per unit of output) when the monopolist can price discriminate across the two markets versus when it must set a uniform price. It then asks you to comment on some recent policy proposals. For each market separately, set up and solve the monopolist’s profit-maximizing problem. Specifically, write down/compute the following. Inverse demand and the profit functions. Equilibrium prices (), quantities () and profits () Consumer surplus () and consumer surplus per unit of…Consider a monopolist facing two consumers with the following two inverse demand functions: P=200-4Q1 and P=122- 6Q2. Assume that fixed costs are zero and that the marginal cost is equal to $8.a) Suppose the monopolist can differentiate between the two consumers. The monopolist decides to use a twoparttariff that permits both consumers to stay in the market. Solve for each consumer’s demand, fixed fee andmonopolist profits. b) Assume the monopolist cannot differentiate between the two consumers and hence cannot apply a two-parttariff. He decides to serve both consumers. Solve for the equilibrium aggregate demand and price in themarket, demand of each consumer and the monopolist profit.Suppose that the monopalist can produce with total cost: TC = 100. Assume that the monopolist sells its goods in two different markets separated by some distance. The demand curves in the first market and the second market are given by Q,= 120 - 4P, and Q = 240 - 2P. Suppose that consumers can mail the product from cheaper location to a more expensive location at a mailing cost $24. What would be the monopolist profit? $6116 $4832 $5862 $5384
- Suppose that the monopolist can produce with total cost: TC = 10Q. Assume that the monopolist sells its goods in two different markets separated by some distance. The demand curves in the first market and the second market are given by Q1 = product from cheaper location to a more expensive location at a mailing cost $24. What would be the monopolist profit? 120 - 4P, and Q2 = 240 – 2P2. Suppose that consumers can mail the $5862 $5384 $6116 $4832Suppose a monopolist operates in a market with two types of consumers (“high” and “low” types) and offers two types of goods (“high quality” and “low quality”). In general, if the monopolist wants to implement second-degree price discrimination (i.e. to sell the “high quality” good to the “high” type consumer and the “low quality” good to the “low” type consumer), they may have to set the price of the “high quality” good lower than the willingness-to-pay of the “high” type.(a) True. (b) False.A monopolist is deciding how to allocate output between two geographically separated markets (East Coast and Midwest). Demand and marginal revenue for the two markets are: P1=20−Q1 MR1=20−2Q1 P2=30−2Q2 MR2=30−4Q2 The monopolist's total cost is C=5+5(Q1+Q2). What are price, output, profits, marginal revenues, and deadweight loss if the monopolist can price discriminate? (round all answers to two decimal places) In market 1, the price is $12.50 and the quantity is 7.50 In market 2, the price is $17.50and the quantity is 6.25
- A monopolist is deciding how to allocate output between two geographically separated markets (East Coast and Midwest). Demand and marginal revenue for the two markets are: P1=20−Q1 MR1=20−2Q1 P2=30−2Q2 MR2=30−4Q2 The monopolist's total cost is C=5+5(Q1+Q2). What are price, output, profits, marginal revenues, and deadweight loss if the monopolist can price discriminate? (round all answers to two decimal places) In market 1, the price is $12.50 and the quantity is 7.50 In market 2, the price is $17.50and the quantity is 6.25 The monopolist's profit is $_____.There is a monopolist,ConcreteMex,in the concretemarketin Mexico. The demand function is QD= 100–50p. The marginal cost of production isc=0.4. (referencing) Question 1.3 ConcreteMex claimed the high price is due to high transportation costs and persuaded the government to help cut down the costs. As a result, for every unit of concrete sold, the government subsidizes ConcreteMex 0.2dollars. What are the new profit-maximizing price and production levels for ConcreteMex? Under the subsidy policy and the new price in Question 1.3, calculate the consumer surplus, producer surplus, and deadweight loss. You do not need to consider government spending for the deadweight loss.BYOB is a monopolist in beer production and distribution in the imaginary economy of Hopsville. Suppose that BYOB cannot price discriminate; that is, it sells its beer at the same price per can to all customers. The following graph shows the marginal cost (MCMC), marginal revenue (MRMR), average total cost (ATCATC), and demand (D�) for beer in this market. On the following graph, place the black point (plus symbol) to indicate the profit-maximizing price and quantity for BYOB. If BYOB is making a profit, use the green rectangle (triangle symbols) to shade in the area representing its profit. If BYOB is suffering a loss, use the purple rectangle (diamond symbols) to shade in the area representing its loss. Suppose that BYOB charges $2.50 per can. Your friend Felix says that since BYOB is a monopoly with market power, it should charge a higher price of $3.00 per can because this will increase BYOB's profit. Complete the following table to determine whether Felix is correct.…