Hey guys, today's video is about how to make a voltage. Because today's time is in the same electricity and engineers form. They work in industries and they have knowledge about their work. But this term has a voltage, potential difference, charge current. You should also have a specific knowledge. So guys, today's video will tell you what this voltage is like in a technical term. And how it works. And finally, why is the voltage in India a 2.20 in a specific way? So guys, today's video is being made with a 7 and start the video without any delay. Let me tell you that this is the 2nd term of the voltage. Which is potential difference and AMF. So you should never be confused. If you don't say that you both use the term, then you must know that this is the same thing about the voltage. Now guys, let's talk about the voltage. So guys, this is a pressure of a voltage and you can force it. Guys, I will give you an example of which your voltage will be more accurate. Suppose you have a round tip, which has a quaint. And if you want to say that you have to take a thick layer and move forward. So the thick layer is the voltage. Guys, I will give you another example. Suppose you have a tank full of water. And the tank is a single layer below the tank. So the water that is in the tank will be forced to come out. And if we open the tank, what will happen? The water that is in the tank starts to fall down. So the water that is in the tank is in the tank, it is a voltage. Now guys, let's talk about the industry. Because my industry is a 90 kW motor and a 200 kW motor. So this is a 90 kW motor, it runs on a 600 kW voltage. And this is a 400 kW motor, it runs on a 400-15 kW. So guys, every motor that is in the tank, it has a specific range of operating. So guys, this 90 kW motor is a slip-in induction motor. If we give it a 600-1600 volt supply, then the full electricity that is on it will start. Suppose we take the 6-1600 volt supply and if we give it a 400-1500 volt, then my motor will run. But the copper loss, iron loss, hysteresis loss will increase. And the efficiency of the motor will not be able to come on it. Suppose we take the 200 kW motor and if we give it a 600-1600 volt, then the first thing that will happen is that the motor will burn. Suppose you have an LED and if you have a 220 volt supply, then what will happen? You will understand that it will burn. This is the same as a voltage that is a force, which is a specific range of a frequency of a person. Now guys, let's talk about the last thing. We are still running the 220 volt. The first thing that happened in the UK, was the same as the first Nikola Tesla. Now guys, whatever the motor is burning, the use of copper and aluminum is coming. And we are still running. So that time, the copper was not able to meet easily. The problem is that if we run the motor by 110 volt, then our conductor and his cross section, the size, is much larger. So what happened with this? The cost was much bigger. And the losses were much bigger, because the amount of air you will increase, the amount of losses will increase. So guys, the first thing that scientists said, that the 110 volt is increased by 220 volt. Double, the current is less. If the current is less, then the size of the conductor will also be decreased. So the simple method is that at the same time, the 20 volt of 210 volt was done. Now guys, you all will know that the British, the British, the ones who were going to be in India, the first one to be in India, was sitting in the power plant in India. And they started their own 200-20 volt. So as we are using the 200-20 volt of the current, so guys, if you are looking good at my video, please like this video. If you are new, then subscribe to the channel and share with your friends. So that the electrical engineering, the real life, will be a fact. So guys, we will meet you in the next video, then take care of yourself.