Well, for each flip, you have two possibilities. So let's write this down. So let me, let me, so the first flip, the first flip, there's two possibilities, times two for the second flip, times two for the third flip, actually, I'm not gonna use the time notation, you might get confused with the random variable. Two possibilities for the first flip, two possibilities for the second flip, two possibilities for the third flip, two possibilities for the fourth flip, and then two possibilities for the fifth flip. Or two to the fifth equally likely possibilities from flipping a coin five times, which of course is equal to 32. And so this is going to be helpful because for each of the values that the random variable can take on, we just have to think about, well, how many of these equally likely possibilities would result in the random variable taking on that value? And let's just delve into it to see what we're actually talking about.