And speed is, you could view in this case, especially in this one-dimensional case, this is equal to the absolute value of velocity. Later on, when we do multiple dimensions, it would be the magnitude of the velocity function, which is what the absolute value function does in one dimension. So what would this look like if we plotted it? Well, the absolute value of the velocity function would just look like that. And so if you want the distance, you would find the, the distance traveled, I should say, you would find the integral over the appropriate change in time of the speed function, right over here, which we have graphed. So notice, if we want the distance traveled, so I'll just say, I'll write it out, distance traveled over first five seconds, first five seconds, first five seconds, what would it be? Well, it would be the integral from zero to five of the absolute value of our velocity function, which is, you could just view it as our speed function right over here, dt.