SSC Physics Chapter 6 | Effects of Heat on Substance | Basic Physics

Assalamu Alaikum, Welcome to my channel. I am Fahad. Today's topic is about the health of physics and I will talk about the effect of heat on objects.

I have written a few topics and most of them are based on the content of your book, physics book 2017. I will talk about them. You know about physics.

The additional changes in the body, the changes in the culture, the changes in the body, the changes in the culture, the changes in the body, the changes in the body, the changes in the culture, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body, the changes in the body

and the things that are there in the atmosphere can be used to create more energy, more energy, more energy. But if we think about it from that perspective, these things will remain. We cannot think about it in that way. Because, first of all, we have to take a look at the temperature. We have to take a look at the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature, the temperature

The temperature and pressure of the material is very important. Because, if you heat any material, it will have the same pressure. Now, if the material is cotton, liquid or gas, the same way these three materials have the same pressure, the same pressure is different. You can understand that kind of temperature. Then, the main thing is, it is a very important thing,

I will talk about LFLV and about the disability in the household. So, those of you who watch my videos and follow my channel, I always have this request from you that you try as much as possible to be like me. If any of my videos help you in any way, it will be achieved by me. So, before starting the discussion, let me say

The word heat is an energy

We can work with this energy. Heat is a form of energy that gives us the feeling of heat or cold. Or heat is a form of energy or power that we can work with. We can work with all the powers. The form of power is the power of your work. I have explained the power in detail in the chapter. You should know that there are many different dimensions of power. Or there are many forms of power.

In case of heat, we can use heat to work. That's why heat is called energy. Heat is also called Joule. Heat is also called Joule. In case of Joule, we have to remember that before Joule, there was another element of heat, which we call calorie.

Now, keep in mind that 1 Joule = 0.24 Calorie and 1 Calorie = 4.18 Joule. 1 Joule or Calorie is the temperature. So, what is the temperature? The temperature is the amount of heat that is given by the heat source. And what is the temperature? If we say this is heat.

A form of anergin. And that is temperature. And that is the temperature of an object. Which determines whether the object will give or not when it comes in contact with another object.

I mean, heat is a state, matter is a state, a state that defines or considers or verifies that if this is a different state, heat will not be applied. This is called the temperature. And in the case of temperature, three things are there. One is Celsius, Fahrenheit, and the other is Kelvin.

Now, these three are the names of the beginning of the term. The beginning of Celsius, the beginning of Fahrenheit, and the beginning of Kelvin. These three scales of the temperature-temperature-pulling-map are used. And these three scales have a lower value and a higher value. The lower value is called the minimum constant. The minimum constant. Another name for this is the ice point. Another is the maximum constant.

Now what is the difference between the Nimbus and the Purthus? The difference is that the amount of water that is produced by the ice in the water is

And Urdu is the temperature at which the hot water is released according to the temperature of the hot water. The word is used to mean 'bishuddha' here. Now, let's talk about 'bishuddha' and 'abisuddha' water. 'Bishuddha' water means that there is no other substance other than water. Now, 'abisuddha' water will vary the temperature. So, in that case, the average temperature of Celsius is

The minimum temperature is 0 degrees Celsius and the average temperature is 100 degrees Celsius. For Fahrenheit scale, the minimum temperature is 32 degrees Fahrenheit and the average temperature is 212 degrees Fahrenheit. For Kelvin, the minimum temperature is 100 degrees Kelvin and it is 273 Kelvin.

New England is 273 degree Kelvin. So 0 degree Celsius to 100 degree Celsius, 32 degree Fahrenheit to 212 degree Fahrenheit, 273 degree Kelvin to 373 degree Kelvin. So you can see that the lower value and the higher value has a distinction. This pathok katana is called Mohit Vyavathan.

This is called the physical activity. If we consider the physical activity as the same as the physical activity, then we can say that the central and central axis of the scale of the same matter is the physical activity. So, we have to remember this physical activity and by focusing on this central axis, we can create a representation

we get that any scale equal to negative constant divided by negative constant minus negative constant any scale's value minus negative constant negative constant minus negative constant that scale's value minus negative constant divided by negative constant minus negative constant

It is in your mind. You know it very well. So, it will be C/100 F-32/180 K-32

273 divided by 100. Just remember that the value of this is 100. The value of this is 180. The value of this is 100. Now, how can we divide this? If we divide this by 20, then here, actually, if we divide this by 20, then we will get 5 here, 9 here, and 5 here.

So, the equation we have here is a big transformational equation C/5 = F-32/9 = K-273/5 And this is the equation that we can use to calculate the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value of the value

And I have said this many times in your board solution, I gave a little bit of proof because I am discussing the chapter of your board in a practical way. So that is needed to be discussed.

For example, in case of Celsius-Fahrenheit Kelvin, we have to remember the operation of this element, remember the direction, we have simplified it a little bit, and if we put any temperature in Celsius-Fahrenheit Kelvin, we can find any echo. But the fun part is that usually to get from Celsius to Fahrenheit,

We have to calculate 273 Kelvin. It is a very simple calculation. 0 degree Celsius means 273 Kelvin. 1 degree Celsius means 284 Kelvin. -3 degree Celsius means 270 Kelvin. So, we have to add 273 Kelvin to Celsius. So, we will get the difference in Celsius/Fahrenheit.

So that is easy in a sense I think So if you get this value then you will get this tab

I believe you will be able to do it. Now, the Taapmatrik Dharma. The Taapmatrik Dharma is the same as the changes of the material. If you use a substance, if you increase the amount of the substance, then the changes of the substance and the Dharma will be the same. Like I can talk about the word "Rodha".

and just roll it

I will explain this in the following way. There are four variables in the frequency of the sun. There is a temperature. If the temperature is increased, then the sun of any planet rises. If the temperature is reduced, the sun rises. Again think that in the case of the material, if you increase the temperature, instead of water, for the first four days, it should be remembered that if the temperature is increased, then the movement increases.

If the verse is mentioned in the TAP Matra Barah, then it is the TAP Matri Dharma of the Bostur. The Bostur is the sun of the Bostur. So, the TAP Matri Dharma is a form of chambogata. If the TAP Matra Barah is there, then the chambogata is also there.

Dr. Gilbert, you must have remembered that he first invented a big, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round, round

The previous inventions of science, the legends that have been given to us by the world,

Even for the sake of knowledge, it is known that it is a human being, what he has done for us, what things are making our lives easier. So in that case, you can remember the relationship between the senses of Fahrenheit and Kelvin and you will remember the religious religion of the senses. If you remember this, you remember the religious religion of the senses, then I will tell you a simple thing.

The temperature of the substance is very important here. Actually, any substance that is heated up is usually produced. Now, there are three types of coating substances. One is the liquid, the liquid, and the liquid.

Now, these are the possibilities. The possibilities of the second process are expressed by giving alpha, the possibility of the third process is expressed by giving beta, and the possibility of the fourth process is expressed by giving gamma.

I believe you already know what is the alphabet gamma. Then I will explain it briefly. In the case of a term, the false expression that we will call is gamma A. A means apparent, which means false expression. In the case of a verb, it is gamma R, which means real expression. And in the case of a verb, there are two types of expressions. One is a straight pressure expression and another is a straight pressure expression. So,

I know that many students are not able to read the alphabet.

It's a bit difficult to understand. It's easy to understand. But it's a matter of understanding. And the math in this chapter is really really big. And to do this, that should be very cool. Let me tell you something. Imagine this is an object. It has a shape.

There is a temperature on this. Now, the temperature on this is theta1 and the pressure on this is L1. We will use L to calculate the pressure. L1 = Length. Now, the temperature on this is 25 degrees Celsius. The pressure on this is 2 meters. Suppose,

If I increase the temperature by 100 degree Celsius, then the temperature will be 2.002 meter When I was at home, the temperature was 125 degree Celsius. It was 25 degrees Celsius at first, but now it is 125 degrees Celsius.

Now, in this 125th case, we have to remember that there is a matter of change of the change of the force and the force. Now, this is the same from here to here, this is so small that it is 12. This 12th piece is the force of the force, which is called del L. So, in that case, the formula is del L divided by del L.

L1 del theta. That means, the value of alpha is del L, which is 0.002. If we divide it by 2.0002 meters, it becomes 0.002. L1 is 2. Del theta is... Del theta means the difference between the previous and the next values. That will be 100 Kelvin. So, this is 100. Now, the value that will come here is per Kelvin.

Because the Kelvin below the meter is 100 and this is per Kelvin. That means the one of these three is per Kelvin. Because it is produced in the form of ultra Kelvin. So the value here that we will get is the rate of diffusion of this product in this condition.

So, what can we do with the help of temperature? We can say that if this is 1 meter, if this is 1 Kelvin, then this will be equal to this. That is, in case of one temperature and one temperature change, the amount of temperature that is changed is called the temperature of the same product.

If you understand the problem of the derivative, then you will understand the problem of the derivative. Because B is the derivative of A divided by A1. Because B is the derivative of the derivative, then we will talk about the derivative.

This is the first question, then we will talk about the second one. And gamma is the final question. That would be like this as usual. As before, alpha, beta and gamma. So, alpha, beta, gamma, to know these lines, to implement them, or to be able to do the math test, there is a little bit of a problem here. So, alpha is like that.

So, in this case we know that if we divide alpha by 2, we get beta. And if we divide alpha by 3, we get gamma. That means we can write 2 alpha equal to beta. We also can write 3 alpha equal to gamma.

If I multiply the both sides by 3, that would be 6 alpha shaman 3 beta. And if I multiply both sides by 2 here, that would be 6 alpha shaman 2 gamma. That means, if 6 alpha equals to 3 beta, again 6 alpha equals to 2 gamma, then we can write 6 alpha shaman 3 beta shaman 2 gamma.

So this is the equation of the relationships between alpha, beta and gamma. So this is the equation.

If you are given a test or a question, you will be given a question where only the two are allowed to answer. But you are given the option of the Ayatana Prasad. So, you will not be able to complete the two questions with the help of the Ayatana Prasad. So, if you are given the option of the Ayatana Prasad, you will be given the option of the three, and you will be able to answer the question with the help of the Alpha.

If you are talking about the Ayatana but the data is given as the case, then yes, beta equals to 3 by 2 gamma. This is the only way to get the value of beta. Why 3 beta? Because beta is related to gamma, so 3 beta by gamma. So beta equals to 2/3 gamma actually.

2/3 gamma. So if 2/3 gamma happens, then if I multiply gamma by 2/3, I get beta. And if I multiply beta by 3/2, I get gamma. And if I multiply alpha by 3, I get gamma. And if I multiply alpha by 2, I get beta. So this is a very common, common types of thing that comes in this kind of math. And if you have a basic understanding, if you can understand the thing of alpha, beta and gamma,

then this is too easy to make yourself easier with that sort of mathematical problems that you can solve the problems of this chapter. So I will say that physics 6th class math is a little different from the tests. I am talking about myself. I mean, to say test, the tests that are done on other physics numbers, the feelings that are there, these numbers are a little bit more sour.

You have to think more about it. In case of your temperature, there is a very big difference in the temperature of the mixture. In my channel, there is a playlist called SSC Physics. There I gave a match of the temperature of the mixture, how the temperature of the mixture can be changed. I will upload another video where I will show how the temperature changes the way the mind of the temperature changes.

So if you can do that, I think you can achieve the same level of success in the SAC level. And you must keep this level in mind in the SAC level. There are also some words about you. Then I will write it down for myself. In the case of Taral Padarth, my treatment is of two types. One is Apatoprasaran and the other is Prakitoprasaran. Apatoprasaran means that we cannot actually put taran in a vessel and give it to the tap.

If I want to give heat to a liquid, and if I keep it in a vessel, then I have to give heat to the bottom of the vessel. If I give heat to the bottom of the vessel, the heat will be applied to the vessel first and the vessel will be inflated. Then the liquid will be applied and the liquid will be inflated. But if the liquid is not kept in the vessel, then the pressure we get is natural pressure.

But the pressure we get by keeping the paper, that is, the pressure we get by describing the paper pressure, that is the natural pressure. And the pressure I could get without describing the pressure of the paper, that is the natural pressure. In terms of word, the word 'Apata' means 'apparent', means 'a' and 'Prakita' means 'a' and this can be explained in a short way like this, that you can see that

There is a picture in front of you. This is a vessel. And in this vessel, there is water. The water is up to this level. Now, I have to answer the water in this vessel. Now, to answer, we have to think that there is water up to this level, which is A. Now, if I give the vessel a temperature,

Then the water level will go down. We will not see the water level going down. It is not possible to see it from the western side because it will be very small in size. Then when the water level will be low, the flow of the flow will be more difficult.

Then the current will actually come to this place which is C. Now it's things to remember that the current from A to B is not visible. But the actual current is from A to C. But what we know is that the actual water has come from B to C. This is called natural current.

The opposite of this is the manifestation of the body.

So we can see that BC =

BA plus AC that means gamma of R equals to gamma of G plus gamma of A. This is related to the natural and the natural pressure. I hope this is not a problem for you to understand because everything is very clear.

And in the case of physics, if you understand physics well, you will be able to think about things like this. So, if you understand this, I mean,

I don't think it will be a problem for you when you ask a test question. To establish a connection between the subject matter and the question. It is there in the book. You will get it only if you do this.

So I made it easy for you. I worked as a catalyst for you. How? I told you that whatever you hear, you will remember it. But when you will fall in the trap and if you just look at the picture once, it will be a little bit of a chill in your brain. Then you will be able to move your frame.

I mean, if someone says, "Look, what a great book you are teaching everyone!" That's not the point. In the modern smart age, there is no such thing as a back-side talker or a talker behind the scenes.

It is a very bad habit and in our society this is a very alarming bad habit of people to talk behind people's back. If you can avoid this a little bit, if you understand one thing well, if you share it with your friends and fellows, that is to

Just to improving, I mean you can take your part at the next level. So when you can understand the thing well, then you can understand it well, it is fixed. That means you can understand the things well and you can make understand other people as well.

So this thing will take you to a different level. So I hope you will be able to understand that place. You can understand it yourself, so that is okay. But to understand it for others, you need to understand it in a different level. This is a different level of understanding. So this understanding is an understanding of understanding. This is a deep understanding. So I think that you can feel the scenario that I am speaking right now. And if you can understand this scenario,

If you have clear vision, then you will have two problems in the case of Tural. And in the case of biochemical products, there are two things.

One is a straight-forward Ayatana question and another is a straight-forward Ayatana question. Even though this is not explained in this syllabus, you should remember that there are two questions in the Bible. And usually, this question is not mentioned in the syllabus of different Borders.

So, this question is not yet answered. So, with the help of the Bible, the question is not answered yet. So, we will just know that there are two types of Bible questions. After matching these questions, we have to think about the type of knowledge that we have. So, we have to actually see

C is heat capacity. C is Q/del theta. That means, any house's heat capacity increases by 1 Kelvin. Any house's heat capacity increases by 1 Kelvin, the amount of heat is

The temperature of the object is called the temperature of the object. In case of temperature, it is equal to Joule per Kelvin. Because what is Joule? Delta theta is the temperature of the object. So this is Kelvin. That will be Joule per Kelvin. And S is Q by M delta theta. That means the temperature of an object weighing 1 kg. M means weight in kg. Delta theta means Kelvin.

What does it mean? Joule. That would be Joule per kg per Kelvin. Meaning, the amount of energy required to produce 1 Kg of water is called the amount of energy. So, in case of energy consumption, it is very important that it should be 1 Kg of water. That is why energy consumption is a fixed value. As we all know, the energy consumption of water is barely Joule per kg per Kelvin.

Now, if you think that water has a temperature of 4200 joules per kg per kelvin, it means that to maintain a temperature of 1 kg per kelvin, you need a temperature of 4200 joules. It means that to heat water, you need to give it a higher temperature.

Again, hot water will take a lot of time to cool down. If the same amount of water and the same amount of kerosene is used in the same way, then the water in the kerosene will be released very slowly. That is, the kerosene in the water will be released very slowly because the water is too cold. And that is why water is used to cool down the engine because the water is too cold.

If we think about the relationship between C and S, we can say that C equals to MS.

If I think about M, that would be heat capacity. Heat capacity refers to the amount of heat that is produced in a single Kelvin. The amount of heat produced in a single house is the amount of heat that is produced in a single Kelvin. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is the amount of heat that is produced in a single house. That is

400 J/Kg is Tama. 100 J/Kg is Julebashpa. Aluminium is 900 J/Kg. You need to keep these data in mind. Tama and Rupa are 230 J/Kg. Human body is 3470 J/Kg.

So, 2200 is water, 400 is coal, 1 is water, 1 is ice, 9 is aluminium, 230 is copper, 427 is human temperature. That means, the temperature of any material in the heat field is 1 Kelvin in India. The temperature of any object is 1 kg. It has to be 1 kg. Now, if anyone asks you like,

How can we say the temperature of the turbine is 400 joules per Kg per Kelvin? It is understood that for 1 Kg of the temperature of the turbine, it will take 400 joules per Kelvin to produce 1 Kg per Kelvin. So, the most water in this is used to cool the engine due to this high temperature. So, I think you will get a good temperature. One more thing to say is that here

Calorie mythi is a word. Calorie mythi means the way in which the food is processed and consumed.

Like we say Trikonu Mithi, Jaya Mithi, Pori Mithi, Metri means knowledge. Calories is related with, we call it a relationship between calories. Calories means the balance of calories. So Calories Mithi means

The size or the part of the calorie meter is determined by the temperature. The name of the factor that determines the temperature is called the calorie meter.

The only source of heat is thermometers. Thermometers are used to produce heat because heat is one of the best heat sensitive elements that we can get in nature. Heat sensitive balls are used because if they are heated, they are very hot. And because of this hot pressure, thermometers are used to produce heat.

So, you will remember these different types of temperature. You will remember the temperature of the temperature. The main principle of temperature measurement is that, if I say that this is a hot and this is a cold. Now, the heat is like this. If it is like this, this color is cold and this color is hot.

If the temperature is not different from the natural temperature, then if we combine the hot and cold elements, then the temperature that goes from the hot element to the cold element will take the same temperature from the cold element to the hot element. That means the hot element is equal to the hot element and the cold element is equal to the hot element.

If there is no need for heat in any other place, then the heat will go away. Because if my hand is hot, it will take heat and if my hand is cold, it will give heat. That will not happen. I mean, there will be no need for heat in the environment or anywhere else. If this condition is fine, then the heat of the living and the heat of the living are equal. This is the value of calorimetry or the value of heat.

Another term is 'Latent Heat' When a substance is heated, it changes its state. As we know, a state is four states: Caustic, Biogas and Plasma. Plasma is an ionic state at the highest temperature.

But when a substance is released from the container, the temperature of the container will not change until all the components are released. That means, if we keep giving the temperature to the container,

LF = Latent Heat of Fusion

Fusion means heat. So the heat resistance of the heat is 336000 Joule per kg. And LV is latent heat of vaporization. And this is 2268000 Joule per kg. It means the heat resistance of the ice is 0.

3,36,000 Joule = 1 kg of ice. It would be completely filled with 1 kg of water. Now, the ice starts melting at 0 degree Celsius. That means, 0 degree ice will be filled with 0 degree Celsius ice and 0 degree Celsius water. Now, here, as much as the aim is, if the ice... Here, we have to remember one thing. The ice will be filled with 1 kg.

Why 1 kg? Because otherwise I can't fix the value. That means, 1 kg of ice is filled with 1 kg of water. That means, 0 degree Celsius only ice, 1 kg of ice, 0 degree Celsius only 1 kg of water. Then this 1 kg of ice, this amount of heat is consumed.

So, the temperature of the ice ball is 336 000 Joule per Kg. The temperature of 1 Kg ice is the same as the temperature of 1 Kg water.

And this is fixed. And same like, the amount of water that is used to generate the volume of 1 kg of water, which is 22,86,000 joules. Then we have to give this is Lv. We need two values, Lf and Lv. Then we will have three lines. One is, the first line is Q=Msdeltheta.

Then Q=MLF and Q=MLB. These are the same things but the use is different because when will we use LF? In case of ice. When 0 degree ice and 0 degree water will be used.

After that, the temperature of the water is 100 degree Celsius. The temperature of the water is 100 degree Celsius.

This is more or less a very useful term and useful principle for this verse. And it is used for this purpose. And the last one is the importance of the words. Here you have to remember some words. One is 'Galan' , one is 'Sputan' , one is 'Bashpi Bhavan' , 'Ghoni Bhavan' , 'Satabashpi Bhavan' .

Punashili Bhavan is a technique of pressing the clay and then pressing the clay again to make it more difficult. Here is a test of Franklin and a test of Bottomelli. The Bottomelli test is like a test of a stone on the surface of ice.

If the ice is cut down, the ice will not cut, the ice will melt again. Because when the ice was on the ice, the ice was melted due to the pressure of the ice. But when the pressure is increased, the ice will melt again.

then the earth comes back to its original state and the same purity is absorbed by the earth again. This is called the full moon.

The words like Golan, Sphutan, Basbibhavan, Ghanibhavan, Satabhashbibhavan are written in a simple way. But there are some factors that make Basbibhavan less effective. The more the air, the more the basbayan. The more the air, the more the basbayan.

When we feel hot while having tea, if we eat tea with a spoon, then when tea is poured into the spoon, then the external space of tea will come out.

then the more you can drink tea in cup, the more you can drink in the fridge. Because if you keep it in the fridge, the heat will spread to the tea. Then the upper layer of the tea leaves will be more, the leaves will be more, and the tea will be cold faster. The nature of the tea leaves depends on the liquid.

The amount of water should be less and the amount of water should be more. If the pressure is more on the liquid, the amount of water will be less and if the pressure is less, the amount of water will be more.

It depends on the type of air, humidity and humidity. If the air is too humid, the air pressure will be low. If the air is too humid, the air pressure will be high. Why? Because the clothes dry quickly in winter. Because the air is dry. The air has less moisture. The clothes will be more tight.

Only then will the skin get healed quickly. So, I hope I have discussed every single thing of this chapter. And I believe that you will be able to understand the verses of this chapter. And these three verses are very important. Keep this in mind.

Alpha, beta, gamma are the numbers of C and F. The numbers of C and F are like this. The numbers that are in the middle are C/5, F-32/9, K-2.73/5. This is one number. The second number is alpha del L divided by L1 del theta.

Then another line is

6 alpha equals 3 beta equals 2 gamma Then these three lines And remember these two numbers S Remember S And in case of that kind of power C equals to ms, remember this

Then you will know about LFLV. There is no explanation of calorie meter here. I will try to explain calorie meter in another video. How to get a healthy life in calorie meter.

So this is altogether the most covered area. I will cover more of these in other videos like Tabh Sankrantah Jai,

I will cover some of the problems related to the mathematical solution and the board solution. I have already uploaded a physics video in 2017 in my channel playlist. I have covered some of the problems related to the board solution.

So hopefully this is altogether the most covered part and I always try to discuss the things in a way that you can understand it well. So stay blessed.