It's going to be 3 4ths to the 12th power. And what is this going to be equal to? Well, let's see, if you take, well, 3 4ths is, I'll just write three divided by three, divided by four, which is gonna be 0.75, to the 12th power. Now, this is a much smaller, this is now, if we actually, this is going to be 0.3, I guess we could go to one more decimal place, 0.32, or we could say, so this is 0.032, I should say, which is equal to, so this is approximately equal to, let me write that, which is equal to 3.2%. So now you have every right to start thinking that something is getting fishy. You could say, well, look, if there was, and this is what statisticians actually do, they often just define a threshold, hey, you know, if the probability of this happening purely by chance is more than 5%, then I'll say, well, maybe it was happening by chance. But if the probability of this happening purely by chance was, you know, and this is the threshold that statisticians often use is 5%, but that's somewhat arbitrarily defined, but this is a fairly low probability that it would happen fairly by chance.