Solution Chemistry Class 12th Chapter 2 Part 2 #solution #12thchemistry @a2zpractical991

If I open this bottle, then I would have a little part of me, in the form of a very sweet, lovely, and wonderful concept, like a child named Henry—people who are very dear, very dear, very dear, very dear. What needs to be done is that whenever you sit down to go through my lectures, please make sure to create sorted notes; that's fine, and absolutely, whatever is on your screen should be right in front of your eyes; only then can I proceed with cutting, cutting, one by one thing If we dissolve sugar in water, what kinds of things could potentially be present in it? I mean, what processes could possibly occur there for it to become dissolved? One possibility is that nature itself acts asていき The girls were playing, each child's doll had dolls, and the dolls' dolls had their own toys, which were again, in the form of small, delicate, and fragile items. You must have also studied in 11th grade What are Like Dissolve, Like Methods? What exactly is there basically if you have any A polar solvent has been taken. If a polar solute is taken It will dissolve only in a polar solvent. If a nonpolar solute is taken, then in a nonpolar solvent It will dissolve, that's a fact you must remember It'll be fine, right? Listen, like, "dil" is like "method," it's just a phrase, this "like dil" Like method, according to this, what is told to you is that if you have a polar salute then that one It will be dissolved, okay? Are these things clear to everyone? Okay, then let's go. So, sugar and water separate from each other; you've seen water and oil separating. It's stuck, it's getting stuck. Suppose, if you had Suppose someone took a salute and took a solvent. Now there is no similar interaction between these two either. A bond will not be formed, and a bond will not be formed. So, will these two dissolve into each other? So, the one you're using, A and B Between whichever compound you are taking, both of them What should interaction be like? Should it be similar? What should happen? Should be similar? For example, as you see an example It dissolves in water because What does water do with NaCl? I think everyone should understand the point What should be the nature of the solute and solvent? What would they become by forming a bond with each other? What will dissolve? Tell me the first point. What chemical characteristics should it have? Should be similar? And should have similar intermolecular forces? The second like-dissolves-like Should these people follow this method? What should be the interaction between the dissolved solute and solvent, and between the solvent and solvent? It should be the same, not creating something different; it's forming a single whole. It won't work then. In any-cellular water like Las Puntas, it dissolves into this. Because hydrogen bonding occurs there And the second is Organic Compounds, Non-Polar Organic Compounds such as Cholesterol Your dissolve is such that it includes non-polar organic solvents like benzene. So everyone understands, it's clear. I mean, it's just a small thing, the child is here What small thing has made you understand? if you need to dissolve anything in something So the chemical that he The thing that has a chemical character is essentially the same as the thing that is similar. The intermolecular forces of attraction are similar in both. That can happen only if, otherwise, it would not happen. There is an example of Calia in the entire Rajas. Yes Water and Oil are talking about the one who started doing it Aren't they different? They were completely different dates. What? They don't like living together, Shalo. Going forward, I will show you Effect of temperature on solubility Now, what concern does the temperature have about Bella above? We will see. What will happen above the vaccine? We can see you very clearly, just focus entirely on me. Let's go together. Yes, what happens is that if What did you see when you were increasing the temperature in your oven? Was there a type of paper, perhaps a thermal paper, at your home? So, what did you see? If you raised the temperature in your homes—meaning, if you used something that increased the temperature—what did you observe? So, what's light and airy inside it—what becomes light and airy inside it? Then time becomes flexible, and when it becomes strong, it remains that way—so that's what happens. If you have increased the temperature in any substance, or if you have started a bridge, you would have learned about it in class 11. If you increase the temperature, the solubility will also increase, but both of these are in me. Actually, the concept itself tells us both whether it will be viable or not. Let's see, first let's understand Please, don't ruin this, man. It's such a lovely concept, and if you just take a little look at it, everyone will understand how adorable this concept is. Look, I have two beakers—just these two beakers—and I've already lit the burner. Whatever is in the water here, do whatever you have to do with it, just take the heat. And whoever had put in the solioat was very skillfully, in a very clever way, dismantled—exactly right. Now, these two are running. You're doing it wrong; you should mix it a little in liquid, because if it becomes solid, it stays solid, that's why. You used to heat it up, it would get stressed, and due to that stress, the molecules would then... When every wall is broken down, it will be good to know that whoever lives in the shade of the tree will be protected, and this truth will become clear to you. So here, everything is happening in endothermic reactions, which action in endothermic reactions do you have? Give us even one example, then look here, down below, come up here, look here—cassical desalination by thermal process and by absorption, right? Okay, regarding your annual cassical... Too much access and pressure lead to burnout, why does burnout occur? If they had followed that method, that path would have been clear. What would have happened? That one thing would have been settled, but it wouldn't have worked out. Now it's too late. Tell me what will happen to them, you said if you were to go there, would it be possible? If so, what will happen to the valleys? What will be the possibility? Will it also be destroyed? This is the decree of the one who destroys them. Start doing it, Esho Thermic ration, everyone will understand me in India, what will happen, Thetalia The ball valve was closed, the brake line burst, and the water drained into the sewer here. What's going on here? Left it, abandoning himself, not even bothering to resolve it. Moniquel broke it and is now fine, having regained energy. I think everyone understands these things. I'll be there when brother arrives, when the temperature... It depends on two things. In an endothermic reaction, temperature will increase. Then solubility will increase. Let's move forward and provide some data. Your The pre-coop store in the village is closed. For slight changes also changes have been made Temperature If I have made Cara Akara, I will definitely remain as such. Mold Cara Apara Cara Ate Hae Esa Aapko Bahut Hogi I'm making a slow video, so for me, such people. If you feel that Brother Sir is putting in a lot of effort, then please do something for me, that's fine with me—I'd also feel really good about it. Come on, look here, what am I writing right now? What's happening here? What's happening here? Look at the rice field. Hey, what's going on? Look at the temperature. As you grow older, their sense of responsibility gradually increases, just a little bit. Look at their solubility; there has been a very significant change, and it is continuing to change in the solubility of KNO3. Hey, you're 3, you're an and an and 0 free and love has to be yours, this is for you, this is for B, this is in this Sir, I'll try to send you the note embedded in the description. Third is this, third is your effect and pressure and solubility, meaning on top of solubility, who can apply effect? Pressure will not initially have any effect on solids and liquids. Is this material solid? If I press it too hard, will there be any changes? If your liquid refrigerant has become gaseous due to flash evaporation, that gas will remain inside the liquid and will be carried along. It will bond with it as well. All you need to do is maintain pressure with it. You don't drink soda, nor do you sit still; you're just sitting there, doing nothing. They all came to an understanding; now they were approaching their Henry's Loft. That's right, that's the mokhiti. Seeing you, that Coca-Cola bottle of Tiza, when it speaks to the Coca-Cola baller with such intense urgency, it speaks very passionately. When the pressure comes, look here at this spot—when it went there, why wasn't it there? Pressure was applied, and CIO2 was placed there, which is with me. And for those that are directly proportional, we can express them in terms of equal to a constant. Now here we write down what data we have provided here. So, what was yours? S was solubility. solubilities of gases in liquids solubility of the gas in the liquid Second p, what is p? pressure pressure of the gas And K H, K H, what's yours? Has all this been read by everyone? What is K H? Henry's constant Henry's constant, right? that is your proportionality constant Okay? Well, then I've written down all the things I used. Now, look here, regarding solubility, just check all the units you have. solubility unit mole liter, inverse pressure unit bar pressure unit bar Clear? Alright, let's get everyone to watch this video. Now let me see what I can do What is k h, k h? Henry's constant is So we need to take one unit. So I am here, unit of k h is equal to k h is equal to s divided by p What do you have? Tell me. What is solidity? mole, inverse liter What is your pressure, in what will your pressure come? How can you take this at the bar? mole, inverse liter And what will this become bar inverse Everyone understands Henry Lo and K.H. What is it? proportionality constant Write it down here What will become of the proprietary customer? Everyone understands it. If you understand I have to apply pressure, I have to apply pressure, and that's all I've been writing for you, some Judith, very much More important than what H. J. your Henry Scostant's Judith is, is one If ever asked about Mark, you should say this: You owe him solidarity, the dignity of pressure, and the dignity of solidarity—past tense. Your account gets debited, goes into negative, then you see, it's reacting along with the motor, brother, it's forming a bond, okay. You'll have to apply pressure; then those substances will dissolve, so they'll accept about half to one exception—namely, ammonia and carbon dioxide. Those half to one exceptions follow Henry's law, right? So what do they do? It will be for gas, so pressure will have to be applied on your part. If your pressure is higher than this, then So, when they go to Shriram Bharat, these people will not follow Henry's people. These people are Henry. This is Ghatg Banaara... This bond is being formed. More soluble in water Eve is becoming increasingly irritated by this. Henris said that when we press it Then it will be the matter of those who are present now. The Ford is parked across the street. I have been suffering from the same illness in India, and it's because of this that I've come here. In my own heart, yes, my beloved, I am also deeply in love. Even in the dark, there's a spark of light, a flame that never fades—like liquor, it burns bright. Now, what's the fun? Let's go ahead and calculate the solubility. First, your given data: solubility at 25 degrees Celsius and one atmospheric pressure. Your inverse won't be taken, that's right, so also write the unit properly, otherwise it will be invalid. Mark's child speaks in Bhojpuri now. He also asked another question. So it will be your apartment because you're the one who's apart, and even the part apart from you keeps asking you what it's asking. What will happen? We have received it from Henry Slaw. Skepi will go that way. Find out what the value is? 6.8 pi into 10 raised to minus 4 What is it? Original Liter inverse Bar Inverse into What is the pressure? 0.75 times What is 0.75? It's bar. Now you have已经是 to multiply these two When you bar him while he is begging Look, this time Inversely and this bar plus What will happen to you this time? It will be canceled. Whatever answers you receive will be in moles, liters, and inverse. In what will you receive the answers? Mole per liter, correct? It's clear, everyone understands, right? Alright, I think the first problem will be very easy for you to understand. What is given here? The Henry's law constant of methyl bromide Given Henry's law constant The value of Henry's law constant k_h is given How much has been given? That is 0.159 OK? mole, liter, inverse bar, inverse OK? What else have you asked? What is the solubility of methyl bromide in water? Solubility has been asked of you And you are given a pressure. The pressure is not given here to you. 130 mm Hg We need the pressure in bars, not in mm Hg. And solubility asked you Solubility, what did you do, brother? Asked This was given to you. Let's start calculating from here, beginning with Kalkyolinus. Solutions are provided Don't look first First, do you know what the formula for solubility is? So you can figure out solubility is nothing but what solubility is nothing but what K H to P 60 mm Hg ATM What are you going to do with atmospheric pressure? Are you going to deviate from it? Alright, if you're going to disconnect it If you do this, will you divorce it? So my Hg, my Hg will be canceled. Your answer will come in the ATM. I'm checking how much it will come to by deviating. 130 130 divided by 760 0.1710 It came out from the ATM. Entered atmospheric pressure, that's correct So you can convert from mm Hg to atmospheric pressure 760 mm Hg It's fine to disconnect from the atmosphere. You know, this will just completely cancel out up and down. And in Slash, this will go up above. Where will it go? It will go up there. Now atmospheric pressure pushes us Anything you need in the bar—Atmospheric To convert from bar 1.013 Bar ATM 0.1710 1.013 1.1732 Bar Now we have arrived at the bar; now we can plug it into this formula. What is the formula for solubility? kg to lb We know the value of k h. That is 0.159. mole per liter inverse bar What is the pressure equivalent of our inverse? 1.1732 Bar Let's multiply everyone. Multiply everyone I multiply myself. That is 0.159 1.1732 0.1865 Write down everything from the unit, see for yourself I'm dirty, I've written it down It's liter, wrote liter, bar is This bar, I didn't write it down It is said in the inverse. First, not this atmospheric If you're going to do it in Creation, divide it by whom? 760 mm Hg But from the ATM Do it, divide it. It will come into the ATM after division. How much will be credited in the ATM? What to do with the ATM now? Just do it with the ATM. To run the bar Crescent at 1.0132 lite But to see and do The baby's weight in kilograms is not going to fit in your bar. This process, they don't even call the symbols or the awareness awakened. The propeller also rotates. Pabusha to be a tremendous I'm showing you each item one by one in the video, kid, you The entire Sana becomes love for me, so please definitely like this shine, it's cool for me It was just a little, but please do show your love, and if you understand anything, then please subscribe to this channel. Definitely subscribe and support me. Thank you for watching this video, and see you next time. In the next video, you won't find any flaws; in the next video, we'll see many more excellent cons. Like and share Slay, I'll tell you something so important that it'll stay with you for life. Come on, let's meet up.