study of resistors using colour code 11th physics practical #11thphysics @a2zpractical991

Today's practical is for physics. It's Eleven's experiment. I am taking Activity Number Seven to study the register using a color code Here is your activity number seven Let me quickly show you how it's done. Today's activity, activity number seven study of register using a color code So what's in this bicycle is that we color code with the help of which any substance can be Registers can be found out. So this is the first one, you, this is what we have here There are many here who Registers are there, many transistors are there What exactly can we do in this? How much current can it register? We can find it out, so let's go I'll show you, from this One of these, the long one, this one I'll find it out, the rest How you'll know how to do it will become clear to you as well Now here, the one before You'll see, fronts, in this there isn't very much It's a line, clear, this is gold, this is black Yes, it's brown. So what does this bicycle do, this first one It's the first one, you know, the first one Understand this, then what should you do? See here, the observation table Given: color code on the register, So if this is my first resistance Lunga, then I'll label it R1, R2, R3, you can do so many things like this. band, band 1 What do you have there, here People, then, see this, So always, the ones below I see you, golden, silver, and no color, This is always the impurity side, so its We'll do it later; first, whatever our main color is. black, brown, blue—whatever it may be So first, as you can see, if you have You must be seeing it here, the brown color is what you're seeing. What are you seeing, brown, so brown is ours Band 1 is here, what do we have in this, in this It's becoming clear, the first line is this, so what will become of us? Look at this for Band One and look at this for Band One, or it's brown on the page. So, Brown, how much is your digit? Forest So how much should I charge here, friend? One hundred I'll charge. You see it. Grind 2 Brand 2, how much is Brand 2? Black is official. What is it? Yes, it's complete. It's black. How much is for black? For black, it's 0 digits. Because your scale for these two should be 1 or 2 digits This is your digit. A bar is just that one thing that makes your heart beat slowly. So, what is the multiplier for black? 10 raised to the power of 0 10 raised to the power of 0 What is the fourth one, band? What do you see in the fourth band? Tolerance So this is our fourth one, so it's basically gold-colored. What color is golden color? You must be looking for golden here; for golden, ours is the one. What is the tolerance? Plus or minus 5 percent Now we will calculate the value of How do you calculate the value of ohm? Friends, you know it's very easy how to do it. Band 1 and Band 2 are the ones to take. Look, this is Band 1. This is 0, this is 1, and this is 0. So you have to write directly 10 like this Here, there are 2, 0, so what will you write? How will you calculate tolerance now? So, in tolerance, you don't need to do anything. What will tolerance be like here? How much will the tolerance be today? That's what it is. ±5% Alright, now calculated value of register using tolerance in ohms So how is the calculated value You calculate, I'll let you know. What is the value of 10? What do you need to do now? What is your band third? 10 raised to the power of 0 What is the plus-minus tolerance? 5% So, what will 10 into this be? How do you calculate plus or minus 5% of 10? 0.05 Plus, sorry, this plus will remain here You need to do plus once and minus once as well. 10 minus 5 divided by 100 Now, by calculating this, you will get it 100 plus 0.05 And this is 100 minus 0.05 You'll do it, won't you? It will become 10.05 And if you do this, then 9.95 Alright So basically your calculated value Now, how much is the register coming? One thing is, mine is coming. 10.05 9.95 Now let's do reading When looking at the multimeter, you will see I'll also teach you how to operate a multimeter. Multimeter The multimeter turns off. You can see two wires here, one of which is red. One is black, the one who is black It seems you're trying to say "You seem to be stuck in the com" or "You seem to be stuck in the chat." However, the original text appears to be in Hindi and contains a possible typo or miscommunication. The most accurate translation of the given Hindi sentence "कॉम में लगाना है दीख रहा है आपको" is: It needs to be installed in the COM. You need to attach the voltmeter in millimeters, okay, now you have two of them. This mesa is where you stay, how about you now? If you need to measure its resistance using a multimeter, what should you do? Kier, these things will take very good care of you. If it's going to be like this, then I'm doing it this way, so poles But along with this, open passage is required for text, there are things that have emerged. I am tightening here, and he is tightening here. Then, if you come here to see Rajin, your feet won't be able to move. The BLE of 0.1 is not attainable, it will not be achievable for you. So, what will you write here? Will you write 10? As you can see, my calculated value and the reading from the multimeter are almost exactly the same. It's 10:05, so how much will I get here? 10 So you can also find other registers like this. You should do it like this; for R2, one might also be available to you. Here, you will have the band, and the first one of it will remain And here is a digit for you to see Tista, look for three, Multiplayer You need to do it this way; you can see it in the calculation here. If you didn't understand the video, just watch it once again. Take a reading once from the multimeter as well. If both are the same, then what do you have? Is this correct? You have to do so many of these, okay If you liked this video, then Please subscribe to this channel So that I can get a lot of motivation to create videos for you