 This is correct? This is what? This is? Right. And the nation of the spacetotter is also here, right? So that will show what? That will show the spacetotter. So 3, 4, 5, 6 and 7. Like I said, hydrogen are still of season. So this gives you, we'll have, oh it's here, right? This hydrogen comes over here. This pi bond will shift between 20. So here we have, we understood this. Correct? This is more stable. This is a major problem. This carbon ion, C H T, C O H, uses H plus ion and forms C H 2 double bond C O H. So what happens, one of these hydrogens comes out as H plus giving this bond layer effect. So the second step is the power direction. Yes or no? More stable product, more power direction. And more we'll get this problem. So more stable energy, right? So it has to be, right on this, it has to be here. Registrality of love, love, right? Steady. Stability of energy in the chain. And stability in the chain comes here, right? Alpha hydrogen. Right? Basically what happens is, same molecule has to be here. So the first step is the rate of hydrogen from the water molecule. And it gives C H 3 single bond C O H, single bond C. You see the same product we are getting. Okay? In acid medium or basic medium? Corridor steel. Right? Mechanism is different. Right? It depends on the molecule. In basic medium, we'll check the stability of carbon ion. Right? So right now, in basic medium, more stable carbon ion gives, more stable carbon ion gives major product. Now you see some examples here. Suppose we have the GEM and basic medium. What is the product GEM? GEM. Okay, you see here, what is the intermediate medium? This O H minus, this O H minus is negative. This is for you to understand. Nothing but O H, carbon ion plus. So basically we are getting the same product. Which one is medium product? Now what do you see? The molecule which is a minor product in acid medium, that becomes, like, what is the carbon from this carbon? Because we have three hydrogen. So that is it. This we have, which has got more number of hydrogen. If you remove hydrogen from here, right? So for this, this is the major product in basic medium. So what we do, we just remove hydrogen from the adjacent carbon. If the medium is acidic, we'll choose the adjacent carbon which has... So what we have seen so far, but this is not always true. Okay? You won't get one product between this major in acidity, so minor in acidity. This is not true of it. You cannot generalize the adjacent carbon which has more number of hydrogen and major in acidity. What is the carbonic product in this molecule? Double part in your basic medium. On this carbon or from this carbon? Yes? Another one is what? Is it possible to do intermediate carbon? You can extract hydrogen from this carbon or from this carbon. Okay? What is more acidic? Second one. Second one? Second one. So here we have only one, here we have two, here we have carbonic carbon. So this is small, acidic carbon and major carbon. Now, you see, we are making... Understand this? Understand this? Right? So this is it for... If you get phenol, it is aromatic, this is 100% combination. Okay? Two more examples, we'll see. Right on the product in acidity and... Right on the... See, one hint I'll give you. There are two products possible here. One is... What is what? So one intermediate plant is this double part, negative charge here. This is... We will discuss in the next class, it takes around half an hour.