So it is just going to be 0. So plus 0. And since n is not equal to negative 1, we know that this is going to be defined. This is just going to be something divided by itself, which is just going to be 1. And this whole thing simplifies to x to the n. So the derivative of this thing, and this is in very general terms, is equal to x to the n. So given that, what is the antiderivative, let me switch colors here, what is the antiderivative of x to the n, and remember this is just the kind of strange looking notation we use. It makes more sense when we start doing definite integrals. But what is the antiderivative of x to the n, and we could say the antiderivative with respect to x if we want to.