study the part of microscopes || compound microscope and simple microscope #bio @a2zpractical991

Hello friends and welcome to my channel. So friends, I am Sachin Shukla and you are watching A to Z Practical. So friends, this channel is designed for you. In this, you will get all the practicals of physics and chemistry. And today I am starting the biology practical. So basically today I am starting the biology practical of 11th. What is your first experiment? To study the various parts of the microscope. Basically, there are two types of microscopes in your syllabus. One is a simple microscope, and the other is a compound microscope. So this is basically a simple microscope that I have. And the other one you must be seeing. This is a compound microscope. So we are going to study both of them. And I am going to tell you all the parts here. I am going to tell you all the solutions. You don't have to go anywhere. Please subscribe to this channel. And share it with as many people as possible. So, friends, let me begin the experiment. And I will tell you all the practical details here. So you just have to do one thing. Friends, you have to subscribe to this channel. So let me begin. So, friends, I have two types of microscopes. The first one you are seeing is a compound microscope. And the second one you are seeing is a simple microscope. They are both in your syllabus. But I set the simple one aside. First, I will tell you about the compound microscope. This is essentially a compound microscope. So, friends, the first microscope we are going to use. It is our compound light microscope. So what is a light microscope? I will tell you. To illuminate the specimen. That means we illuminate the specimen. And what is a compound microscope, basically? I will tell you about it. Two different lenses with different magnification. And when the large image is formed. It will also have magnification. So this is called a compound microscope. That means we are going to use two types of lenses. One is an eyepiece. And the other is the objective lens. So we are going to use these two lenses. And when we use the objective lens. We create a very large image. It also has magnification. So this is our compound microscope. So, friends. This is our compound microscope. So let's start from the lower part. Alright, let's start from the bottom. So this is called the foot or base. And the entire system of our microscope. It depends on this. And basically this. These surfaces. These surfaces here. Ah, brother, you weren't looking down, were you? I was right here, just a moment ago, right here. But there are also gases and living beings attached to a karbar. What they do, of course, is betray this mere exercise. We make fun of it, we make it happy Why does it feel like reading? Because it feels like a jerk, it feels like a shock So here too, the B-space specimen will be kept It can move, with its wheels giving us good images. What does it hold above? Plane Concave Mirror What does focus do where we are, what happens to us there? Light comes from the specimen onto the objective lens. So all the light first comes here, right here first. We had to adjust this light so that this light is... What does it do? What does it do? If you liked the video, please subscribe to this channel Subscribe to me, I'm putting in a lot of hard work Next part, we call this the die frame. What do we call this? The die frame basically does what? Light The iris in our eyes is not the same as this in the same way What else can it do, working so that light can come inside? It helps, okay? Now, friends, you're seeing it yourself. I'm holding this handle, which is like an arch. Actually, we call it an arm, don't we? What do we call it? What do we do? Okay, we move forward; this is what happens. What is our metallic stage? This is our metallic. stage What happens is our metallic stage, where we are at any What can be kept in a specimen jar? What can be done with the B object? Can it be kept there? Hey friends, you can see here there are two clips This clip should be visible to you, okay, this one The entire compound needs to be turned upside down; now it's fine. What is the function of the adjustment screw when viewing the specimen? So, if there's a bit of blur or something like that visible What can we do with this fine adjustment screw? You can create a sharp image for everyone's eyes If I look, then my power will slightly differ from that of the one whose I'll have to slightly adjust your position. Could it be that this is a sharp adjustment screw? It processes the image and detects the snake, but If you need to move the body, then this adjustment What can we do with the screw to this entire body? What are you doing? Moving it from top to bottom? What are they doing? They're moving it now. Friends, this is our eyepiece, eyepiece It's a 10x, so it could also be a 10x. It could also be a 25x magnifying image. We can do it, we can see it now, basically A friend told me about this. How much is this? It becomes 10 times, okay, and How much have you invested yourself right now, let's assume I've set it to 40x, okay? So, you... you So if you multiply 10 by 40, you will get You will get a 400x image, this will be provided. I mean, the specimen that will be here, will be here The specimen, meaning the one on the slide, you know If they set it to 40, then this one will 40 times larger image, large image, and magnifying image And the image we receive due to which is 40 Into 10x, how many times will you multiply it? How much? It will be 400x or greater, meaning 400 times or more What will we get? An image will be received that is large. It will be a magnified image, like this, if this is an IP Sabaika was 25x, and here it was 40. We'll make it 25 x 40, so you'll get something that big. What is the magnified image of this specimen? If it's worth seeing, then come on, I'll show you I'll adjust it and show you—take a look, please How should you handle this specimen? Here, you need to place it on this slide. Because we won't allow it to be even slightly touched by anyone problem Have you started the Yajna ceremony? You are making mistakes by relying on Islam. I saw an image that looks like a brawler. So, what do you have to do? Payay, also known as Parth, is called Harbada Bahanan. What kind of image could it be? A snake image could be possible Now I will tell you about the simple microscope. Simple microscope in place of compound microscope As if two lenses aren't being used, as you can see Attach it here on the lens up here. Let me see if I can fix the Apple. Here, fleeing from here, someone is looking at a lithe young man's cup. This pass is mine. Watch the clip, it's worth seeing. You have turned off the knob. Crawl Track the galen What Yes Kara kara karki Yes What From us You get a 400x image, that's much bigger. Image created: Hoota is clear, basically aye, peace, and Hanzak The lenses were here together; what columns are they becoming? We're letting you go, okay? So this is a very urgent experiment, so fronts, you guys I have shown you how I have explained both types of microscopes here, and I have informed you All the solutions will literally be printed out right in front of me, so come on, fronts. If you want all the practicals of Physics, Chemistry, and Biology Play up to the level of Khai complexity And please deploy incremental succession Prajikal and Plizar Gudhale Kaha Ja Diza A-Z Hurry to your Practical