 Who will be? Oh, hello. What should we come back? Straight up. I don't know. There's no sign. I don't know. Which one is that? What is it? That's all. So, is it one day or two? Yeah. Okay. It's pleasant. Okay. The number of vegetables is here. The number of vegetables is here. How do you see girls? All that's there. We are completely 2 degrees out of there. Yeah. No. I mean, sir, what about nutrition? What is the slowest step you take? It depends on that. It depends on the ox and the cow. For this stage, D plus is negative. For this stage, D plus is negative. Because it's very heavy. For this stage, D plus is negative. But the movement of the process, the slowest step, is the constant of the cow. Sir, and less, And less is the right amount. It won't be a better, you know, less, better feeling compared to the actual one. Or even, it's to be less better. Because it's very heavy it takes time to move out. Wow. It's a lot of weight. What is kinetic? What is kinetic? What is kinetic? What is kinetic? What is kinetic? What is kinetic? No, isopropyl. Isopropyl. This is kinetic isopropyl. Then one of the questions which we sent the ordered options were all different isotopes and the one which I had made a mass, I made a short video. See what happens. See what happens. See what happens. Then you should tell. As soon as one second. It's a little bit. What happens? That makes it bigger. No, it's not. Sir, Pina. Sir, it has a near-ear, near-ear. That has a near-ear, near-ear. Okay, so now I... Okay. Okay, what happens? What happens? Pina volume. Pina volume. Pina volume. It's a danger. It's a danger to die on. It's a danger to die on. Yes, Pina, good. Yes, Pina, good. So if you have any hard-looking solids in your body, yeah, you have no connection to get it. Yes, Pina, good. Yes sir, even if you can't get it. Don't you believe it all? And the next one we wanted to get this one, he said that it's important to get it all over. That's all right. H plus the reading distance in minutes of my NASA. This is what it is. The more you take, the more likely you can write about this. So, what is the reading distance? So, what is the reading distance? I don't know. How do I do that? Just ask three questions at least. Okay, it's a product. In this way, we can see. So, what is the reading distance? It drops to, come on here. So, what will it read? I haven't done this. Actually, we get the electron. It will lose the electron. So, what will it read? It drops to 100. And then, it drops to the actual distance. I'll see that when I'm done this. So, when I'm done this. So, when I'm done this. So, when I'm done this. So, what will it read? I don't know. I'm reading the audience. What are you doing? So, what will it read? It doesn't deserve it. So, what will it read? Why do you think it's going to be the same? Yeah, actually. Yeah, actually. No, no. No, no, no. No, no, no. Okay. What is it? It's not going to be the same. Okay, so, what is it? It's going to be the same. So, what is it? It's not going to be the same. No, no, no. So, what will it read? It doesn't. It's not going to be the same. It doesn't. No, no, no. No, no, no. So, this edge take this one color and take this color on this color, so you positive charge CH2, CH3 and then we have 4 edge. This one we have done last step is deprotonation and the product will be CH3, CH2. You should know the nature of the reaction because it is irreversible. The order is stability of it. So, how do you compare the magnetic reaction of 4 edges? We know for reaction it is irreversible and not that. This pressure will keep in mind, it should memorize this. It is irreversible. It is irreversible. That will not... If not, this high effect will use that from now on. You know, more electron donor, donor presenter or more electron negative. If I know the nature of the test, CH3 or so, then we will mix with magnetic. Yes.