Electric field inside a hollow charged sphere | Applications of Gauss,s law | 12th class physics |

[@physicskasafar]

Acha iss video mn bachon ko aik confusion h k hm gausses law wahan apply krte hain jahan closed surface hoti h.
To yahan to already closed surface h to phir hm ne imaginary aik closed surface kyun bnai.
To daikhain hm electric field intensity closed sphere k andar find kr rahe Hain
Aur electric field intensity sphere k andar hamain ager kisi point per find krni h to wahan koi surface lazmi honi chahiye
To kyun k sphere andar se khali h aur hamain electric field intensity find krne k liye andar aik surface ki zarorat h iss liye hm aik imaginaty surface lete hain jis pe electric field intensity ki value find krte hain.
Kyun k hm electric field intensity jahan find kr rahe hain wahan koi surface lazmi honi chahiye jis k uper hm electric field intensity find kr sakain.
Aur kyun k uss imaginary sphere k andar koi charge ni h iss liye electric field intensity ki value zero aati h

[@HamzaHamza-b2i]

Thank you so much sir g 😊😊😊

[@jahanzaibhayatvinoka8222]

Mashallah sir ji kia bat ha chas a gyi

[@faisalsaleemacademy]

Massallah Sir Ap Bht Acha Samjhatay hein Aik Bar Lecture Sun Lein To Yaad Hojata Hy

[@AreeshaAslam-r5s]

Mashallah may Allah bless you and may Allah gives you more success

[@IrajIman-q7s]

Your are Very best teacher i understand your lectur very well ❤

[@a1koreanvideodub274]

Jazakala u are use very easy way to understand Thanku so much

[@FaizanTariq-hf9sp]

MashaAllah
Great teacherr

[@farahhafeez3837]

thank you sir for this brilliant lecture 😊

[@HamzaHamza-b2i]

Outstanding lecture sir g 😊😊😊

[@AhmedHamid-kv6cb]

Thanks sir g

[@MuhammadNoman-e6i]

Sir g you are very genius 😍❤️😍❤️😍 mashallah ❤❤❤

[@TariqKhan-r5z]

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[@lucky-Rajpoot-girl]

Waoooo sir mashallah......great ❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@gulzarahmad4167]

Thank you soo much sir
Everything becomes easy after your lecture 👌🏼👍🏻👍🏻👍🏻👍🏻

[@mathsaccademy3832]

Thank you sir...Very well explained ❤

[@AmjadAmjad-g4k]

Good teacher 👍💯

[@AreeshaAslam-r5s]

Great lecture

[@maryamarzoo8137]

Well explained sir....thank you so much♥️🎀

[@DawoodDavid-o5v]

Thank you sir g❤❤❤

[@malikareeba8740]

nice

[@muteebmohsan7264]

Best lecture

[@poetrywithme566]

Ittne se time main ittna btta dia thanks sir ☺️

[@fawadkhan7944]

Good

[@abdulhananqazi445]

Fantastic sir

[@NaseemKhan-de8zf]

I have so much c0nfuse finally watch your vedio clear my doubt thanks you

[@kaifshakeel678]

Thank you sir for best lecture

[@muhammadshafiq3713]

Thanks💖

[@subhanghaffar6737]

Very well explained🙂

[@rabailrabail2324]

Its really helping

[@DanishMushtaq-vi5lu]

Very nice❤❤

[@physicskasafar]

Gauss's law ki aik new video mene upload ki h jis mn uss ki saari applications ap ki aik hi video mn milain gi boht hi easy way mn
Wo wali video daikhain
Playlist se
Ye video poorani Hain in mn Thora video quality ka issue h.

[@solutionsacademy876]

Very good sir ❤

[@muteebmohsan7264]

Lecture of the day

[@zainabiqbal4996]

Nics Method.

[@nancytharani9040]

MAY BGHWAN BLESS U

[@largegaming6679]

'Baher' so cute

[@muhammadsaqib1491]

Thanks sir

[@uzairakbar9403]

💓

[@shahzeb4231]

It clear concept

[@Rioyt647]

jzakAllah 🤍

[@Muhammadayaz786-t7i]

❤❤❤

[@sabahataslam-e5y]

Hmne iss ki outer surface pa positive charge kion liye hain ? ....hm negative b tou la skte the...

[@physicskasafar]

Hn g wo b le sakte hain no issue
Tb b net flux zero hi aae ga

[@aluvkth8658]

Sir can we apply electric flux equation EAcostheta to find electric flux inside a hollow sphere? is not this equation only for flat surfaces
And we have not taken any flat patch of sphere this time

[@physicskasafar]

Actually iss mn hm ne electric flux wale formula ko gauss's law wale flux se compare Kiya h.
Aur yahan pr EA main A Jo wo gaussian surface ka surface area h complete
Jo k uss k different paches ko jorne se aya h A.
Jb BS physics karain ge uss mn hn complete aese hi krte hn
K pehle patches bnate hn phir integrate krte Hain
To total area A aata h.
Ager iss ki BS level ki video dekhni h
To playlist mn mechanics book wali playlist se AP dekh sakte hn

[@aluvkth8658]

@@physicskasafar thank you so much sir so nice of you JazakAllah

[@areebakhan5784]

Amazing

[@talhajavaid7624]

Sir yahan to closed surface h to hm flat surface ka formula kyun LGA rhe hein???

[@physicskasafar]

Kyun k uss ne electric intensity poochi h
To electric intensity nikale k liye hm dono flux k formulas ko relate karte Hain theak h.
Next two Applications b aik br check karain.

[@talhajavaid7624]

Okk

[@hussainsheikh649]

Please sir video quality increase kerein

[@physicskasafar]

that's why I have uploaded new video of Gauss's law
And I have covered all three application of Gauss's in that video
See playlist of this chapter

[@muhammadwalayatkhan8120]

Sir we have compared the equation instead of puting

[@physicskasafar]

Both ways are correct

[@rehansheikhstudentmotivati9999]

Aap Pakistan SE HAI

[@physicskasafar]

Yup

[@talhajavaid7624]

Sir Gauss law us wqt applicable hota h JB charge inside the closed surface ho or yahan to inside the surface koi charge ni h to hm Gauss law kyun apply kr rhe hein???
Kindly answer me

[@physicskasafar]

Issi liye to jb q ki jaga zero put Kiya to answer flux ka zero aata.
Yani jb charge surface k baher ho to gauss's law apply karain to flux zero atta h iss liye applicable ni h
Bs yahi btane k liye

[@talhajavaid7624]

Okk

[@jahanzaibhayatvinoka8222]

Mashallah sir ji kia bat ha chas a gyi