And this is an important thing to think about. But this isn't used in practice every day with the lottery and with casinos. Because they know that if you do large enough samples, and we could even calculate if you do large enough samples, what's the probability that things deviate significantly? But casinos and the lottery every day operate on this principle that if you take enough people, sure, in the short term or with a few samples, a couple people might beat the house. But over the long term, the house is always going to win because of the parameters of the games that they're making you play. Anyway, this is an important thing in probability. And I think it's fairly intuitive.