A monopolist practices third degree price discrimination by separating its customers into two groups: consumers under...
If a monopolist practices perfect price discrimination, then it will have a. a greater total revenue and sell a greater output than if it were not practicing price discrimination. b. a smaller total revenue and sell a smaller output than if it were not practicing price discrimination. c. the same total revenue but sell a larger output than if it were not practicing price discrimination. d. the same total revenue but sell a smaller output than if it were not...
1. Let demand be P(Q) = 6 - 2. What is the price elasticity of demand at Q = 4? a. E = C. b. E= E = -4 d. E= -2 2. Suppose we have 3 types of households each with private demand for a public good (like flood protection) of P1(Q) = 5, P2(Q) = 10 - Q, and P3(Q) = 20 – 2Q. What is the social demand curve for the range Q < 10? a. Ps(0=...
QUESTION 5: THIRD DEGREE PRICE DISCRIMINATION (20pt) A monopolist engages in third degree price discrimination.There are 2 types of consumers, and the monopolist wants to sell to both groups. The monopolist is allowed to charge different prices and hence engages in third degree price discrimination. The demand curve for each group (the entire group) is as follows 01 500 10P Q2 200-5P2 The total cost function is TC 2000+10Q (a) What price does this firm charge to each group? (b)...
1. Let demand be P(Q) = 6 ---Q. What is the price elasticity of demand at Q = 4? 1 a. E = — 4 1 C. b. E =- 2 E = -4 d. E = -2 2. Suppose we have 3 types of households each with private demand for a public good (like flood protection) of P (Q) = 5, P2(Q) = 10 - Q, and P3(Q) = 20 – 2Q. What is the social demand curve for...
1. Let demand be P(Q) = 6-Q. What is the price elasticity of demand at Q = 4? a. E = - b. E= - 2 C. E = -4 d. ε = -2 2. Suppose we have 3 types of households each with private demand for a public good (like flood protection) of P1(Q) = 5, P2(Q) = 10 - Q, and P3(Q) = 20 – 2Q. What is the social demand curve for the range Q < 10?...
Please answer clearly and explain. Question 2 (35 points): (3rd Degree Price Discrimination) Let there be a monopolist firm and two groups of consumers. Suppose that marginal cost is defined by MC- 2. T'he demand that each consumer receives is given by Q,-50-pl 202 200-P 1) ( 4 points) Consider the monopolist engages in first degree price discrimina- tion only in market 2. Compute the monopoly profit in this market. ii) (4 points) Which group has a mhore inelastic demand...
5. Consider a market with a monopolist that can price discriminate between two groups. The inverse demand equation for group 1 is R(Q.) = 156 - 50 where P is the price group 1 is charged and Q1 is the total quantity demanded by group 1. The inverse demand equation for group 2 is B(O2) = 48-22 where B, is the price group 2 is charged and Q2 is the total quantity demanded by group 2. The total amount the...
THIRD-DEGREE PRICE DISCRIMINATION A seller faces two groups of buyers: Pi-16- Q1 and P2-24-Q2. Marginal cost is constant at $4 and fixed costs are zero a. Assuming that resale of the good by consumers is impossible, find profit-maximizing quantities and prices under 3rd-degree price discrimination. No need to calculate profit. Show graphs and math. Suppose someone argues "Under this outcome Pi and P2 differ, so this cannot be profit maximizing since a seller could always transfer a unit from the...
Suppose that a price-discriminating monopolist has segregated its market into two groups of buyers as shown in the table below. a. Calculate the missing total-revenue and marginal-revenue amounts for Group 1. Instructions: Enter your answers as whole numbers in the gray-shaded cells. If you are entering any negative numbers be sure to include a negative sign (-) in front of those numbers. Group 1 Group 2 Price Quantity Total Marginal Total Quantity Marginal Demanded Revenue Price Revenue Demanded Revenue Revenue...
1) A monopolist firm sells its output in two regions: Califomia and Florida. The demand curves for each market are QF15-PF OF and Qc are measured in 1000s of units, so you may get decimal values for Q. If P-$10 and Q-1, the profit of S10 that you calculate is actually $10,000). Qc 12.5 - 2 Pc The monopoly's cost function is C 5+3Q5+3(QF+Qc) First, we'll assume that the monopoly can only charge one price in both markets. a) Calculate...