Games extending to mixed strategies allow players to choose actions with given probabilities.Probability in games enables multiple plays and consideration of players' action likelihoods.Nash equilibrium determines optimal strategies by considering expected rewards.In the soccer game example, finding the Nash equilibrium resulted in optimal corner selection probabilities.Players' assumptions about opponents' actions influence their own strategies in game theory.Real-world scenarios like crime reporting can be analyzed using game theory concepts.Calculating expected rewards helps determine equilibrium in complex situations with multiple players.Rational behavior involves maximizing expected rewards based on others' mixed action strategies.As the number of witnesses to a crime increases, the likelihood of individual reporting decreases.Effortless and low-threshold reporting mechanisms increase the probability of crime reporting.