OMG!!!!!! I literally was trying my hardest to understand from a separate video... And I was like, "I have to find another video... this cant be life." So glad I clicked this. : ]
@@AShortGiant Kindly follow and subscribe the channel too for better understanding.. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-2HiRqXCcIlM.html Thanks
@@Mohamed_zyd Kindly follow and subscribe the channel too for better understanding.. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-2HiRqXCcIlM.html Thanks
what it teaches is too basic. I am an engineering student and i say this video is more suited for kids in high school. I have to actually integrate electric field multiply by the area of the capacitors and plug into the basic definition to obtain the equations i need to solve the actual problem. It is very intellectually and mentally taxing.... Don't go into science and math if you dont like exercising your brains and solving logic puzzles....
some of us are not going into engineering and would like a basic understanding of capacitors suitable for our curriculum. This video provides that perfectly. Engineering students should work on integrating and coming up with equations away from youtube videos so they can concentrate. Good luck, m8!
Sometimes the best way to learn how to solve things like integration is by first understanding what integration is doing. The point is that, how can you expect to use the formulas properly if you dont know at the most basic level what those formulas are doing? I am an engineering student as well.
@@9707tim Kindly follow and subscribe the channel too for better understanding.. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-2HiRqXCcIlM.html Thanks
@@dejanhaskovic5204 Kindly follow and subscribe the channel too for better understanding.. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-2HiRqXCcIlM.html Thanks
@@user-uw4yb3oj7c Kindly follow and subscribe the channel too for better understanding.. ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-2HiRqXCcIlM.html Thanks
I watch RU-vid videos a lot to get extra help for my school work, and this has hands-down been one of the most helpful videos I have ever watched !! Thank you sir !!
This is literally the best video on capacitors that I have ever seen. I've read two different books and looked at 3 different lectures, and this was the godsend. Thanks David.
Awesome! Thanks for explaining that so clearly, especially how the charge and voltage relate and how distance and geometry are the ones in control of the capacitance!
This is what learning is called. I love you, khan. I love you more than anyone, even more than my girlfriend if she exists somewhere in the parallel universe.
Thisssss is simply amazing ... I LOVED IT🧡🧡🧡🧡 AND NO DOUBT,,,,,, I CAN CONFIDENTY SAY THAT ALL THOSE WHO VIEWED IT ALSO LOVED IT 💚💚💚💚 A BIG BIG BIG THANKYOU TO YOU 🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻😊😊😊😊
*_Summary Of The Video :-_* *Capacitor and Capacitance* *Capacitor is a device which is used to store charge. *As we connect two metal plates with a battery one plate gets positively charge and another plate get negatively charge. *Note* - Both metal plates are going to have the same magnitude of charge but of opposite nature. * Above is true for even plates have different sizes and shapes. * This process of charging is not going to happen forever . * If we remove the battery the charges will still stay in plates. * If two metal piece touch each other , In that case our Capacitor will never get charge beacuse circuit is completed. *Capacitance* of Capacitor tells us that how good the Capacitor is in storing charge. * In reality Total charge of Capacitor is zero. * The voltage between a fully charged Capacitor is same as the voltage of the battery. Unit - *Farad* (Coulomb / Volt) * We can not change the Capacitance of Capacitor by changing charge (Q) or voltage (V). * We can only change the Capacitance by by changing the physical characteristics of the Capacitor.
Excellent explanation. Of all of the info I've read/seen on capacitors so far, this video was the most complete with info and easy to understand. Thank you for sharing.
This is excellent. Taking apart an actual capacitor and then using the constituent pieces to explain the basic theory is very innovative and effective for learning.
After weeks of confusion, I finally was able to fully grasp the concept of capacitors thanks to this short video! It was very concise and beautifully explained!
Thanks man. That is a really excellent explanation. Your simple paper illustration/animation really helped a lot! This is the tenth video I've watched after searching 'what is capacitance' and its the first that makes sense to me.
Thank you, just thank you! Even though I have already learnt it before and wanted to simply revise it, this was a pleasure to listen to. How long should it take for schools to establish this approach? 21st century, come on!
This video just gave me 5 minutes to understand. I never understand capacitor principle well since junior high (m graduate from college now :D), textbook confusing me. Awesome, Keep up the good work guys and thank you for making video like this.
Amazing video! Perfect tempo and great info. I knew a lot about capacitors, but I still extracted huge amounts of new info. Before I really didn't understand why capacitors didn't pass DC current, but now I get it! So simple after hearing the explanation.
hllo , can u please tell me that why capacitors didn't pass DC current??also please tell me about the various types of capacitors like where do we use 2microF capacitors?
Ghost Naughty Because they saturate with the charge, which eventually cancels the applied voltage. Capacitor size is determined how it is used. E.g. if used for storage, you can calculate the needed energy 0.5CV^2, where C is the cap size. If cap is used for decoupling, size is determined by the noise frequency it needs to work within.
Ghost Naughty Saturate=capacitor becomes full of charge For AC, the charge in the capacitor is not opposing the voltage any more when the direction changes.
