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3. A monopolist has two sets of customers. The inverse demand for Group 1 is described by P1 = 200 - Q1. For Group 2, the inverse demand is P2 = 100- Q2. The monopolist faces ca constant marginal cost of 40. Let Q be the aggregate quantity demanded.

a. (10 points) Show that the monopolist's total demand if the two markets are treated as one is: Q=0; P =200

Q=200-P;100<P =200
Q=300-2P;0<P = 100
b. (10 points) Show that the monopolist's profit-maximizing price is P = 95 if both groups are to be charged the same price. At this price, how much is sold to members of Group 1 and how much

to members of Group 2? What is the consumer surplus of each group? What are the total profits?

4. Now suppose that the monopolist in problem #3 can separate the two groups and charge separate, profit-maximizing prices to each group.

a. (10 points) What will these prices be? What is consumer surplus? What are the total profits?
b. (10 points) If the total surplus is consumer surplus plus profit, how has price discrimination affected total surplus?

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Nusrat Fatima
Nusrat FatimaLv10
28 Sep 2019
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