Probability of Rolling Snake Eyes
What’s the probability of rolling snake eyes?
Rolling snake eyes is a classic probability problem that deals with finding the likelihood of a specific outcome when rolling two fair six-sided dice. In this scenario, 'snake eyes' refers to the outcome where each die shows a one.
At a high level, you can approach this problem by understanding that when dealing with multiple independent events, such as rolling two dice, the probability of a specific outcome is determined by multiplying the probability of each individual event. For a single die, the probability of rolling a specific number (in this case, a one) is one out of six. Therefore, for two dice to each roll a one simultaneously, you multiply these individual probabilities: one sixth times one sixth.
This problem introduces fundamental principles of probability, such as independent events and basic multiplication rules for probabilities. It serves as an excellent foundation for more complex scenarios involving multiple events. By mastering simple outcomes like rolling snake eyes, students can build confidence in approaching more challenging probability problems involving dice, cards, or other probabilistic systems.
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