let me do it in a different color so let's say, let's say the light source is above us so the light source is coming straight down is coming straight down to the apple and than if it's the right angle if the angle of incidence and the angle of reflection relative to the surface of the apple and we can draw that out, we can draw it perpendicular to the surface of the apple this is the angle of incidence, this is the angle of reflection so those points, at that point right there he's getting a little bit and I should draw a dotted line he's getting a little bit of the, of the specular reflection, but from every other point so for every other point on the apple, so over here, the specular reflection would go that way not to his eyes, or it would go that way, not to his eyes but from those points you also have some of the diffuse reflections and some of that is going to his eye in terms of red the red part of the frequency is getting to his eye from all of these other random directions and that's why this guy over here, he would see this, this reflection he would see this reflection rougly over here, and all of this other part of the apple would look red and we, since we're on this side of the apple, we see the reflection point the light is coming straight down from our light source bouncing right here than coming straight out towards our eye coming down, and than reflecting, coming straight out towards our eye it's also coming down on these other points, but those other points are going straight out to some place where our eye isn't, instead we're just seeing, we're just seeing the diffuse part that is actually coming to our eye anyway, hopefully you found that a little bit more, um, filled in a couple of the gaps of the last video