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HEAD and Dunlop set prices simultaneously for their respective tennis rackets. Let p₁ ≥ 0 denote the price set by HEAD and p2 ≥ 0 the price set by Dunlop. Consumers demand 4-2p1+p₂ billions of HEAD rackets and 4-2p2+p₁ billions of Dunlops's. Assume that the cost of producing a tennis rackets is 0, so the payoff of HEAD is v₁ (P₁, P2) = P1(4—2p₁+P2), and the payoff of Dunlop is v₂ (P1, P2) = P2(4-2p2 +P₁). (a) What is the best-response p₁ = BR₁(p2) of HEAD to a price p2 chosen by What is the best-response p2 = BR₂(p₁) of Dunlop to a price p₁ chosen by Dunlop? HEAD? Find the Nash equilibrium of this game. Which strategies are rationalizable (i.e., survive the process of iterated of strategies that are not best responses for any surviving play of the eliminatio opponent,. (d) Suppose both firms choose prices p = P2 = 2. Does this outcome Pareto dominate the Nash equilibrium? (b) (c)

HEAD and Dunlop set prices simultaneously for their respective tennis rackets. Let p₁ ≥ 0 denote the price set by HEAD and p2 ≥ 0 the price set by Dunlop. Consumers demand 4-2p1+p₂ billions of HEAD rackets and 4-2p2+p₁ billions of Dunlops's. Assume that the cost of producing a tennis rackets is 0, so the payoff of HEAD is v₁ (P₁, P2) = P1(4—2p₁+P2), and the payoff of Dunlop is v₂ (P1, P2) = P2(4-2p2 +P₁). (a) What is the best-response p₁ = BR₁(p2) of HEAD to a price p2 chosen by What is the best-response p2 = BR₂(p₁) of Dunlop to a price p₁ chosen by Dunlop? HEAD? Find the Nash equilibrium of this game. Which strategies are rationalizable (i.e., survive the process of iterated of strategies that are not best responses for any surviving play of the eliminatio opponent,. (d) Suppose both firms choose prices p = P2 = 2. Does this outcome Pareto dominate the Nash equilibrium? (b) (c)

Elementary Geometry For College Students, 7e
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
Chapter8: Areas Of Polygons And Circles
Section8.5: More Area Relationships In The Circle
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HEAD and Dunlop set prices simultaneously for their respective tennis rackets. Let p₁ ≥ 0 denote the price set by HEAD and p2 ≥ 0 the price set by Dunlop. Consumers demand 4-2p1+p2 billions of HEAD rackets and 4-2p2+p₁ billions of Dunlops's. Assume that the cost of producing a tennis rackets is 0, so the payoff of HEAD is v₁ (P₁, P2) = P1(4-2p₁+P2), and the payoff of Dunlop is v2 (P1, P2) = P2(4-2p2 +P₁). (a) What is the best-response p₁ = BR₁(p2) of HEAD to a price p2 chosen by What is the best-response p2 = . BR₂ (p1) of Dunlop to a price p₁ chosen by Dunlop? HEAD? Find the Nash equilibrium of this game. Which strategies are rationalizable (i.e., survive the process of iterated of strategies that are not best responses for any surviving play of the eliminatio opponent,. (d) Suppose both firms choose prices p = P2 = 2. Does this outcome Pareto dominate the Nash equilibrium? (b) (c)
Transcribed Image Text:HEAD and Dunlop set prices simultaneously for their respective tennis rackets. Let p₁ ≥ 0 denote the price set by HEAD and p2 ≥ 0 the price set by Dunlop. Consumers demand 4-2p1+p2 billions of HEAD rackets and 4-2p2+p₁ billions of Dunlops's. Assume that the cost of producing a tennis rackets is 0, so the payoff of HEAD is v₁ (P₁, P2) = P1(4-2p₁+P2), and the payoff of Dunlop is v2 (P1, P2) = P2(4-2p2 +P₁). (a) What is the best-response p₁ = BR₁(p2) of HEAD to a price p2 chosen by What is the best-response p2 = . BR₂ (p1) of Dunlop to a price p₁ chosen by Dunlop? HEAD? Find the Nash equilibrium of this game. Which strategies are rationalizable (i.e., survive the process of iterated of strategies that are not best responses for any surviving play of the eliminatio opponent,. (d) Suppose both firms choose prices p = P2 = 2. Does this outcome Pareto dominate the Nash equilibrium? (b) (c)
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