But a big clue, actually I'll tell you why it's called a binomial distribution, is that these probabilities, you can get them using binomial coefficients, using combinatorics. In another video we'll talk about, especially when we talk about the binomial theorem, why we even call those things binomial coefficients. But it's really based on taking powers of binomials in algebra. But this is a very, very, very, very important distribution. It's very important in statistics because for a lot of discrete processes, one might assume that the underlying distribution is a binomial distribution. And when we get further into statistics, we will talk why people do that. Now if you were to, if you have much more than five cases here, if instead of saying that the number of heads for flipping a coin five times, you said x is equal to the number of heads of flipping a coin five million times, then you can imagine you'd have much, much, you know, the bars would get narrower and narrower relative to the whole hump.