Assess students' ability to apply game-theoretic models (Cournot, Bertrand, Stackelberg, repeated and price-setting games) to oligopolistic pricing decisions by deriving and comparing equilibria, analyzing strategic moves (capacity, entry deterrence, price leadership, tacit or explicit collusion), solving numeric examples for Nash or subgame-perfect equilibria, and interpreting welfare and policy implications; tasks may include payoff setup, best-response analysis, comparative statics, and critical evaluation of model assumptions in medium-complexity scenarios.