So it might be a pretty good approximation. That's actually what I do in the other video, just to approximate the area under the curve and give you a good sense that the normal distribution is what the binomial distribution becomes, essentially, if you have many, many, many, many trials. And what's interesting about the normal distribution, just so you know, I don't know if I already mentioned this, already, this right here, this is the graph. And this is just another word. People might talk about the central limit theorem, but this is really kind of one of the most important or interesting things about our universe, central limit theorem. I won't prove it here, but it essentially tells us, and you could kind of understand it by looking at the other video where we talk about flipping coins, and if we were to do many, many, many flips of coins, right, those are independent trials of each other. And if you take the sum of all of your flips, if you were to give yourself one point if you got ahead every time, and if you would take the sum of them, as you approach an infinite number of flips, you approach the normal distribution.