GAUSS' THEOREM - Application 4 || Electric Field at the Surface of a Charged Conductor

[@rohitkumarsingh6250]

Aap physics ke God hi sir,, aapke video se total concept clear ho jata hi..🙏🙏🙏💝💖💞

[@abhinandanyadav4443]

Sir! you are 'one man army'...
Concepts taught by you are 'crystal clear' ...

[@mousam8719]

Thank you sir ...you are a very good teacher. ...😊

[@kunalpatidar8322]

First of all thanku sir
Sir हमने जो पेहली 3application पड़ी थी उनमे charged body को पूरी तरह से gaussian surface ने cover करा था, but in the 4th application charged body के एक छोटे से टुकड़े को ही gaussian surface ने cover करा है ,लेकिन sir esa karne se to keval point p पर ही electric feild की intensity पता चलेगी,sir पूरी charged body के कारण electric feild ki intensity पता करने के लिये हमे पूरी body को gaussian surface से cover करना padega ना,, हालकी एक छोटा सा part cover karne se and पूरी charged body को gaussian surface से cover karne se derive करने के बाद result same आएगा( E =row/relative permitivity of free space ) लेकिन सर derivation करते समय दोनो cases me diferrent values put करते है, sir please doubt clear कर दो,thanku sir

[@sanjeevraghav8516]

Sir quality is too good you can provide us more lectures if you want Thanks

[@piyushsharma-ug9vs]

Sir class 12 physics k sara chapter cover kr lo ga kya

[@mrigankanath3480]

Sir aap bohut hi jyada accha padhate ho❤

[@nyashas7608]

thank you very much sir acche se samjaya aapne

[@Thisissatyamdhuriya]

1st thnku sir😘😘👌👌👌

[@edupoint.physics]

Hello satyam Dhuriya,
You are welcome.
Aap sab bahut supportive hain.

[@Thisissatyamdhuriya]

EduPoint sir apke lect hmare concept ko build up krte Hai neet 2019 phod denge

[@haruki_6461]

@@Thisissatyamdhuriya Bhai kya score aya ?

[@Antimattergaming_]

Best explanation sir thank you so much sir

[@aravagnihotri3795]

Sir plz make a video on hysteresis in Magnetism

[@munira3082]

Thank you sir❤

[@vlogtypea3201]

Thankyou very much

[@yatharthacademy1920]

Nice video sir

[@devrajkicomedy2831]

Surface charge density is value sigma hi hoti hai sir

[@NeerajKumar-tz9nl]

I am also thinking this🤯🤯🤯

[@gtagamerm4169]

tnx a lot sir

[@mayukhnandi4196]

Sir dipole pe bhi video banao, please..

[@edupoint.physics]

Available.

[@mohitranjannaik5275]

Thank you sir

[@edupoint.physics]

Hello Mohit Ranjan Naik,
You are welcome.
Aap sab aise hi dua dete rahe yahi tamanna hai.

[@musicacedmy1664]

Very nice

[@edupoint.physics]

Hello technichal things,
Your support is very encouraging.
Thank you for your support.

[@maheshprajapath8609]

tanx sir

[@wowtitel9398]

Thank sir ji

[@Raghvendra01]

charged conductor.

[@SiddlovesIT]

❤️❤️❤️❤️

[@cirreportingchannel-sasti5878]

Sir apka koi contact....

[@yme2003]

😊😊😄🤗🎉🎉🎉🎉🎉

[@AnkitGupta-jx5kx]

Thanks sir

[@vickymahi906]

Acha g aw bhi dekh layi g

[@goalhitter2022]

Thanku sir