 even more classical conditioning. I'm not sure which one you're watching first, but let's just do this one as delay conditioning because delay conditioning is awesome. Why is delay conditioning awesome? Because it's the most common type of classical conditioning procedure that you use out there. Most likely you will be using it to develop reinforcers. I'm gonna slow myself down a little bit here. Now, so the difference between delay conditioning and classical, why does this suddenly feel like a sales pitch? I don't know, but I'm gonna swipe my card for 1995. Alright ladies and gentlemen, for OERs, we are starting to sell you hard. So anyway, just give them away. I'm just giving these things away, but they're gonna come with something later. I promise we're gonna charge you for something later. I promise. But until then, you get all of this for free. Imagine what you get for free. Here's a story about classical conditioning. You ready? I think we're talking about good delay conditioning. So delay conditioning is simple. It's better than trace conditioning. Why? Because you turn the CS on. Again, CS, you're gonna turn that CS on. Take a look up here. But before that CS turns off, you're gonna turn the US on. And that talk about predictability. That's gonna make things predictable as all get out. I'm telling you. Alright, so that CS comes on, the US comes on, then they both turn off. They don't have to turn off at the exact same time. Really roughly, it works. Anyway, you got a little bit of a gap from the time that the CS turns on, then the US turns on. That's the delay. So delay conditioning, most effective of the classical conditioning procedures. The second most effective is probably trace conditioning, but I'd have to refer to the literature. And as we've already established from other videos, sometimes I screw that up, but I don't think I screw this one up. So please pay nothing for this video because it was a great one. Last time you go car shopping before we do videos.