Consider a good for which the per-period inverse-demand is p = v − Q. There are two periods and no discounting. There is an incumbent firm I that has marginal production cost C₁ < 1 in the first period. In the second period, its marginal production cost is C₂ = C₁ - λq₁, where q₁ is its output in the first period and λ € (0,2). a. Show that the incumbent will produce 91 1-C₁ 2-1 - Interpret it with respect to λ. Suppose now that there is a potential entrant E that might enter in the second period. It has marginal production cost C = C₁ and no cost of entry. Because of the latter, for the sake of clarity, suppose that the entrant always enters but may produce zero (in which case it does not enter de facto). The two firms compete quantities. b. Find the equilibrium in the second period given some C2. c. How does q₁ affect the incumbent's and entrant's profits in the second period? d. Find the equilibrium value of q₁. When is entry blockaded, deterred and accommodated, respectively?
Consider a good for which the per-period inverse-demand is p = v − Q. There are two periods and no discounting. There is an incumbent firm I that has marginal production cost C₁ < 1 in the first period. In the second period, its marginal production cost is C₂ = C₁ - λq₁, where q₁ is its output in the first period and λ € (0,2). a. Show that the incumbent will produce 91 1-C₁ 2-1 - Interpret it with respect to λ. Suppose now that there is a potential entrant E that might enter in the second period. It has marginal production cost C = C₁ and no cost of entry. Because of the latter, for the sake of clarity, suppose that the entrant always enters but may produce zero (in which case it does not enter de facto). The two firms compete quantities. b. Find the equilibrium in the second period given some C2. c. How does q₁ affect the incumbent's and entrant's profits in the second period? d. Find the equilibrium value of q₁. When is entry blockaded, deterred and accommodated, respectively?
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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Step 1: Define two period model with no discounting
VIEWStep 2: Show that the incumbent will produce q₁ =1-c1/2- λ. Interpret it with respect to λ
VIEWStep 3: Find the equilibrium in the second period given some c2.
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