Let's discuss about the basic concept of electrical resistance. Electrical resistance is the opposition to the flow of electrons in a given material. It is measured in units called ohm. Actual pause of electric current is the flow of free electrons in a material and resistance is the opposition offered by this material to the flow of free electrons. Resistance is directly proportional to the length of the material and inversely proportional to the area of the cross section of the material through which the current flows. The resistance offered by conducting materials like silver copper and aluminium is low, whereas resistance offered by some other conducting materials like nichrome tungsten etc is very high. All these materials are called conducting materials, however the values of resistivity of these materials are different. The resistance R of a material is expressed as R equals to rho times l by A, where rho is the resistivity, l is the length and A is the cross-sectional area of the conducting material. The resistivity rho is also called thenspecific resistance of the material. The most conducting material silver has the lowest value of resistivity that is 0.016 into 10 to the power minus 6 ohm - m. After silver, copper is the most conducting. The resistivity or specific resistance of copper is somewhat more than that of silver that is 0.018 into 10 to the power minus 6 ohm - m. That is to say copper is less conducting than silver.
@FateymaRiaaz4 күн бұрын
Just WOW
@JohnSmith-ok9sn7 күн бұрын
We have this MESS on our hands because Benjamin Franklin arbitrarily, (or, not), stated in his paper on electricity research that electrons flow from positive to negative, and, since he was the grand master mason of them all, everyone accepted this as the ultimate truth. However, when later, more advanced experiments showed that electrons, actually, move exactly the opposite way in real life, the "grateful sons of the grand master" could not make his good name be "tarnished" like that - 'cause, "the grand master never makes mistakes" - and, pulled this "duality", we now know as the "Conventional Current Flow", and "Electron Flow" out of their asses, and now, every student who studies Physics, Chemistry, etc..., should go through this pain, and learn both "theories", just because somebody didn't want to offend the memory of some guy, and his scientific blunder. ... Yep, it is THIS idiotic!
@IanPlayzYT75239 күн бұрын
Does connecting batteries in series affect its capacity? Like 4 batteries are 2000mah..will it be the same,or will it increased?
@thusiricharithma29414 күн бұрын
The background music is highly disturbing😢
@simjjhf840Ай бұрын
Wow ❤ video is really helpful but why this channel don't post Video???
@raistyle1802Ай бұрын
Such a simple short and amazing explanation thank you
@niala58Ай бұрын
the background music is very disturbing.it makes the tutorial very tiresome to follow.
@xa-2-adityamahapatra96Ай бұрын
Just a doubt how and from where did the first power transferred equation came wich you just differentiated and equated to zero for max power transfer ?
@janhvinarayan1633Ай бұрын
tq so much it's very helpful, animation of working helps us to actually visualise and understand it's hard to visualise and understand just by reading
@tedzone5544Ай бұрын
Thank you it helped I am officially out of the deep dark black and back In my usual black
@San-vh4llАй бұрын
Hello vktc
@yalobeko7978Ай бұрын
Thank you sir
@NasreenShaik123Ай бұрын
Complicated 😢😢
@DebdeepNandy2 ай бұрын
Sir, My childrens were searching the answer for last 1 year....At last you explained it very well....Thanks a lot sir...
@9دد2 ай бұрын
سادس 2025
@fahmyabas84142 ай бұрын
Very good sharing 👍🏻
@pandiyalakshmi53882 ай бұрын
Please upload videos about dc mechine
@pandiyalakshmi53882 ай бұрын
You explained very well
@pandiyalakshmi53882 ай бұрын
I can understant your english i saw lots of animation electrical video but i understant a littlebit but understand your words easily
@user-ys3vi7gx7g2 ай бұрын
Thank you sir 💖💖💖💖🙏🏻🙏🏻🙏🏻
@theoryandapplication71972 ай бұрын
greate , thank you for sharing
@MarlaSigl-qg9es2 ай бұрын
Hi there😮😮😮😮😅😅😮
@MarlaSigl-qg9es2 ай бұрын
Hjfjtnbiirnfjir
@studystud36172 ай бұрын
10 year in video now in 2024
@filipes.53542 ай бұрын
Conventional flow sucks, why has humanity not yet dumped this arbitrary concept?
@kadammahesh64833 ай бұрын
Super Video, l Had Understood In Clear Way 😊😊
@ramasamyjagannathan3 ай бұрын
Clear and lucid style explanation , now I know the working principle of a MOSFET. Thank you very much.
@KAFKUBA3 ай бұрын
Striking graphics
@madhurendrakumar55423 ай бұрын
Flow of electron arrow is wrong.
@aliciajohn55283 ай бұрын
Thank you so much❤
@aboobakarmohammed12423 ай бұрын
Bruh tooooo slow animations but not bad
@sisir223 ай бұрын
very nice video on xmer magnetic circuit. really very hard labor to elaborate the phenomenon.
@bossmryash99643 ай бұрын
Who is watch video in 2024😂
@555-xd1fo3 ай бұрын
Who is from 2024
@HareeshVaka3 ай бұрын
It's understanding is vary easy😊😊
@everythingispossible58223 ай бұрын
Sir you explain the right thing I also considered with it but I think if you tell the matter about Lenz s law why the rotor always try to catch the rotating magnetic field
@charlesthomas31474 ай бұрын
Very clearly explained.
@Mr2Xri4 ай бұрын
Great explanation.
@randallmarsh4464 ай бұрын
I learn something new every day.thank you for keeping this simplified .
@jazz15774 ай бұрын
Here anode should be of pb not of PbO2
@ahmadshahzad26684 ай бұрын
2024😂❤🎉
@tonystark-rj3oo4 ай бұрын
Allah razo olsun ya hiçbir yerde yok aw şu deney .hintliler yetişti yine yardıma
@ayushijha96344 ай бұрын
So basically in zener diode at breakdown voltage covalent bonds are broken and hence no. Of charge carriers increase leading to increase in current??
@atharvapatil32484 ай бұрын
Nice 👌
@riteshkumardubey87694 ай бұрын
Thank you so much sir you explained the whole in just 2 minutes 🙏🏻
@kaeez5 ай бұрын
Why not just correct it instead of making something incorrect the "convention"?