Let's take the scenario when they are both below the x-axis. Let's say that we wanted to go from x equals, well, I won't use e since that is a loaded letter in mathematics, and so is f and g. Well, let's just say, well, I'm kind of running out of letters now. Let's say that I am gonna go from, I don't know, let's just call this m, and let's call this n right over here. Well, n is getting, let's put n right over here. So what I care about is this area, the area, once again, below f. We're assuming that we're looking at intervals where f is greater than g, so below f and greater than g. Will it still amount to this with now the endpoints being m and n? Well, let's think about it a little bit. If we were to evaluate that integral from m to n of, let's put my dx here, of f of x minus, minus g of x, we already know from our integral properties, this is going to be equal to the integral from m to n of f of x dx minus the integral from m to n of g of x dx.