2) Consider the Stackelberg Model of Duopoly in the class slides. Assume that Firm 1 and...
2) Consider the Stackelberg Model of Duopoly in the class slides. Assume that Firm 1 and Firm 2 have different marginal costs of productions—that is, Firm 1’s marginal cost of production is c1 and Firm 2’s is c2. Under this assumption, answer the following questions.
i) Let Firm 1 choose its quantity first. Find Firm 2’s reaction function and the backwards-induction outcome of the game. Also, find the profit of each firm at the backwards-induction outcome.
ii) Let Firm 2 choose its quantity first. Find Firm 1’s reaction function and the backwards-induction outcome of the game. Also, find the profit of each firm at the backwards-induction outcome.
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2) Consider the Stackelberg Model of Duopoly in the class
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In Cournot duopoly , the inverse demand function is P=150-Q Firm 1 and Firm costs are C1=1000+12q1 and C2=2000+6q2 What is the profit maximization , best reaction function to find Nash equilibrium Price
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Consider a Stackelberg duopoly with a homogeneous product where market demand is given by P = 1 - Q = 1 - q1 - q2. Firm 1 produces one unit of output using one unit of labor and one unit of a raw material. Firm 2 produces one unit of output using two units of labor and one unit of the raw material. The unit costs of labor and the raw material are w and r respectively. The timing of...
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2. (15 pts) Consider a Stackelberg duopoly game of quantity competition in U.S. cigarettes between Philip...
2. (15 pts) Consider a Stackelberg duopoly game of quantity competition in U.S. cigarettes between Philip Morris (PM, biggest brand is Marlboro) and RJ Reynolds (RJR, biggest brand is Camel). Philip Morris is the leader, and Reynolds is the follower. (We will obviously ignore state-minimum pricing and taxes for this question.) Market demand is described by the inverse demand function P 12 0.005Q. Each firm has a constant unit cost of production equal to 2. Prices are in S/pack, and...
6. Entry Deterrence 2: Consider the Cournot duopoly game with demand p= 100 - (qı+q2) and...
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