Electric INTENSITY Due to an INFINITE SHEET of Charge | FSc Class 12 PHYSICS | ECAT MDCAT

[@aleemrajpoot3126]

Sir humnne intensity find krni h tw hum electric intensity ka formula kiu use ni krty in applications mein hum flux wala kiu krty h

[@ShahIdkhan-e8h1b]

Masallah sir 🎉

[@MuhammadAfzal-vz2xr]

Sir why we take infinite sheet instead of finite sheet?
Is article ki koi application?

[@UsmanShani]

ap finite lijye, or ziada achi bat hai, easy ho jye ga

[@MuhammadAfzal-vz2xr]

Thanks sir

[@toobatahir4775]

Aoa sir,Eik question hai
Hum Gaussian surface ko symmetrical kyon bnatay hain?hum ny point p par electric field find krni thi jo kay left side par tha to Phir right side par kyun assume kia?kia hmesh Gaussian surface ka total electric flux find kartay hain(har possible point par)?sir yay confusion clear kar dain

[@UsmanShani]

First comment me ans given hai...Thanks

[@muhammadasifrasheed9206]

Aoa sir Kya electric flux ka formula curved surface pr applicable ha ?

[@UsmanShani]

E.flux ka konsa formula?

[@muhammadasifrasheed9206]

@@UsmanShani E.A

[@UsmanShani]

@@muhammadasifrasheed9206 ye flat surface k liye apply hota

[@muhammadasifrasheed9206]

@@UsmanShani why not for curved ?

[@muhammadasifrasheed9206]

@@UsmanShani in 2nd application of gauss why we apply this on curved surface ?

[@SyedFayyazhussain-e7c]

Mashalah mashalah 😊

[@mutharkhan9506]

Sir which board

[@UsmanShani]

PUnjab

[@Umm-E-Arfa]

👍⭐👍

[@444emon]

thnx

[@UsmanShani]

wlcm + Thanks

[@KhanKhan-g3z9i]

Mashall sir very nice method

[@UsmanShani]

Many many Thanks, Plz support kijye for more subscribers

[@obaidullah3286]

Aslam walikum sir g i am from islamabad my question is about the electric flux why are vector area can never be zero and electric field can be zero

[@UsmanShani]

Waslam dear, Vid me btaya hwa hai first application me..plz check kijye thnks

[@kainatkhan874]

Well explained 👍👍👍ascent👍keep it up sir

[@UsmanShani]

Thaaanx ❤

[@mansoorkhalid6197]

V nice

[@UsmanShani]

Thank u so much

[@KhanKhan-g3z9i]

Hi​@@UsmanShani

[@toobatahir4775]

Aoa sir,Eik question hai
Hum Gaussian surface ko symmetrical kyon bnatay hain?hum ny point p par electric field find krni thi jo kay left side par tha to Phir right side par kyun assume kia?kia hmesh Gaussian surface ka total electric flux find kartay hain(har possible point par)?sir yay confusion clear kar dain

[@UsmanShani]

1st comment check kijye apna plz thanks

[@ZAKIRZAKIR-de4iw]

MashaAllah Sir g

[@UsmanShani]

Thank u so much...

[@iqbalsaqib2138]

Very good explanation 🙂

[@UsmanShani]

Thank u so much, Plz like videos n share with your friends/class mates

[@MuhammadSaimShoukat]

Amazing lecture sir

[@UsmanShani]

Thank u so much, Your words like oxygen for me, Plz like videos n share with class mates

[@toobatahir4775]

Aoa sir,Eik question hai
Hum Gaussian surface ko symmetrical kyon bnatay hain?hum ny point p par electric field find krni thi jo kay left side par tha to Phir right side par kyun assume kia?kia hmesh Gaussian surface ka total electric flux find kartay hain(har possible point par)?sir yay confusion clear kar dain

[@UsmanShani]

waslam...symmetricl k liye flux n E find krna bht easy hai is lye lety symtricl...G bilkul total he lyn gy q k hr point p E same hai... 3 ap left p b ly sakti hen,,No issue

[@toobatahir4775]

BAGHDAD ACADEMY OF SCIENCE thank you very much sir,your lectures are helping a lot..

[@UsmanShani]

@@toobatahir4775 Wlcm g

[@KhanKhan-bv4qi]

Mashallah sir

[@UsmanShani]

THanks

[@KhanKhan-bv4qi]

Sir g
God bless you

[@UsmanShani]

THank u so much

[@444emon]

best sir ever

[@UsmanShani]

Thank u so much... plz like n share

[@ahmadjutt8328]

MashAllah

[@UsmanShani]

THank u so much

[@Imranali-cz6pr]

MashaAllah sir

[@UsmanShani]

Thanks...Your words like Oxygen for me

[@MuhammadImran-dj5ji]

Excellent dear

[@UsmanShani]

Thanks

[@khamisokhamisokhamisokhan292]

Sir very great lecture

[@UsmanShani]

Thanks..Your words like Oxygen for me