Consider a Stackelberg duopoly with the following inverse demand function: P = 100 - 2Q₁ - 2Q₂.The firms' marginal cost are identical and given by MC_i(Q_i) = 2.Based on this information the leader's reaction function is A)r₁(Q₂) = 24.5 - 0.5Q₁ and r₂(Q₁) = 24.5 - 0.5Q₂. B)r₁(Q₂) = 24.5 - 0.5Q₂ and r₁(Q₂) = 24.5 - 0.5Q₁. C)Q₁ = 49 - 0.5Q₂ and Q₂ = 49 - 0.5Q₁. D)The Stackelberg leader does not react to the output decision of its rival.

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The Answer of Consider a Stackelberg duopoly with the following inverse demand function: P = 100 - 2Q₁ - 2Q₂.The firms' marginal cost are identical and given by MC_i(Q_i) = 2.Based on this information the leader's reaction function is A)r₁(Q₂) = 24.5 - 0.5Q₁ and r₂(Q₁) = 24.5 - 0.5Q₂. B)r₁(Q₂) = 24.5 - 0.5Q₂ and r₁(Q₂) = 24.5 - 0.5Q₁. C)Q₁ = 49 - 0.5Q₂ and Q₂ = 49 - 0.5Q₁. D)The Stackelberg leader does not react to the output decision of its rival.

Consider a Stackelberg Duopoly with the Following Inverse Demand Function