Potential Difference - Derivation

[@physicswithsir]

As rightly pointed out by a student @ 6:50, charge "q" is missing in the equation. Thank you for watching the video meticulously. 👍

[@amitoshnigam3001]

Thanks

[@HUSTLERRAHULNAYAK]

Thanksp

[@KamalpreetKaurKhalsa]

Amazing sir,, you are explain this topic in very easy way ,,.... Thank you so much sir,, ❤❤❤❤❤❤❤❤❤❤❤❤😊😊😊😊😊😊😊😊😊😊😊😊

[@9880309536]

Great Sir

[@asishrabidas99]

Thankyou sir

[@arjunbverma1351]

🙏🙏🙏🙏Sir your every video📚 made me very 😀😀😇😇 Happy 😃😃

[@arjunbverma1351]

🙏🙏Thanks sir 🙏🙏
🌸🌸🌷🌷🌷🌷🌸🌸

[@foralluse4350]

Hats off♥️

[@keithallakpamjojo9624]

Now I understand well thank you sir😊😊😊

[@sabinarijal9048]

Thank you teacher😅

[@mad_wizardo]

Sir so work done by external force will be -ve of work done by electric force ; right sir?

[@palanisarve4581]

👌

[@subhantraj3733]

Thanks sir 🙏

[@NirdeshShrestha-x6e]

great explanation although sir you didn't wrote the "q" at last you cancelled the "qo" but didn't cancelled the q so q remains at last and the last value would be = (q / 4pi Eo) * [1/r1 - 1/r2]

[@physicswithsir]

@@NirdeshShrestha-x6e Thank You for pointing out it. If you have understood the concept I am very very happy 😊

[@NaveenKumar-yf4wi]

Sir u are amazing

[@drscott1]

👍🏼

[@KamalpreetKaurKhalsa]

Sir please tell us where are you from?

[@physicswithsir]

@@KamalpreetKaurKhalsa I am basically from Tiruchirapalli, Tamil Nadu. I served in Hyderabad and Dehradun. Presently in Eastern UP.

[@physicswithsir]

I shot all these videos during COVID 19 time. Later I have become too busy. By the way, I am the Principal of a school here. 😊😊😊

[@KamalpreetKaurKhalsa]

@@physicswithsir thanks sir,,.. ❤

[@KarthikKumar-wm1ep]

You are good expian give sir tnx

[@cupcakepapi8656]

Thank you sirji

[@galangradityowarman]

Thank you so much sir, really helpful😆. Please wish me luck on winning national level physics olympiad.

[@physicswithsir]

Wish you all the best for the National Level Physics Olympiad. Come out with flying colours. 👍

[@humayonakhtar2004]

sir this method you are using is very difficult

[@physicswithsir]

If you are in Class XII, you need to learn basic integration. The same approach is used in Class XI, Gravitational Potential Energy. If you find it difficult then just learn the formula and apply in numericals. That's enough. Derivation is not required. 👍

[@CSE97]

Thanks sir respect you why you are not in our clg🥹🥹