Sir waqas nay sahi kaha tha you are the great teacher of phy seriously the way of reaching is fab sir mujhy mushkil thi alhamdulliah abhi nhi hai 😍😍😍thank you sir for such an amazing lecture 🤩🤩😋
Ox'm way of explaining👍 Sir can you explain whether it is possible that in case of close arbitrary surface, electric flux do not intersect the surface when it is parallel to vector area??
Hlw Sir reduced syllabus gauss law given hai But what about Its application And location of excess charge on a conductor Sub topics Fbise Sir plz reply
Sir ap kaha parhatay ho ma ap k lectures bhot follow karta ho mdcat ke tayare kalay you are really excellent teacher sir sara course upload karan sir mahrbani hogi
@@afnanbakht sir board bazar k twition centers ma kahe parhay idr physics ap sa acha koi nahe parha sakta manay saray famous teachers sa class leya ha lakan ma ap ka lectures ziyada follow karta ho real ma sir g
Agar hum bhout sara charges ko aik hi closed surface ka andar rakh da tu us sa farq nahi parha ga un charges ki apas ki attraction aur repulsion koi effect nahi kara ga
student-friendly approach. Liked it
Jazakallah sir g... mananaaa
Hamaran der Zbr10
Sir waqas nay sahi kaha tha you are the great teacher of phy seriously the way of reaching is fab sir mujhy mushkil thi alhamdulliah abhi nhi hai 😍😍😍thank you sir for such an amazing lecture 🤩🤩😋
Jazakallah bache...👍
"One pen, one book and one teacher can change the world"....u proved it...
nice sir g
Ox'm way of explaining👍
Sir can you explain whether it is possible that in case of close arbitrary surface, electric flux do not intersect the surface when it is parallel to vector area??
Sir you are a gift from god for us In this difficult time ...thank you for uploading these lectures ..❤️❤️❤️
Allah app ko or kamyab karay
Ameen.. jazakallah dear for ur precious duwa..👍❤️
Speechless Sir
Thanks sir a lot. You are doing so hard working with us so thanks for that.👍👍👍👍👍👍💯💯💯
Your copy teaching style of physics wallah Allak pandey sir.
Then don't see
Mathematical proof explained in a very easy way..Thank u Sir.
Well done 👍 sir
Perfectly explained, as always✨
It's my demo in a colg today..n I hv prepared guass law from ur lecture sir ..thank you for making us understand in a better n easiet way ❣️❣️❣️❣️
Best of luck... which college.. Forward college??
@@afnanbakht it's Punjab college of commerce
Ok ok g...
But sir non symmetrical objects ka elictric flex maloom karsaktay hai🤔🤔
Hlw
Sir reduced syllabus gauss law given hai
But what about Its application
And location of excess charge on a conductor
Sub topics
Fbise
Sir plz reply
Application of Gauss's law
th-cam.com/video/_mciQqTyJFo/w-d-xo.html
I have not seen the reduce syllabus of Fbise..
only 2nd application of gauss law 😶
Sir kp board me is tarah ke questions integration se hum kar saktay hay...?
Sir why more electric line are enter than leaving in case of close surface
Aslam o alkum sirg "sir agar hum sphere ke center me positive charge ki jaga negative use krle to formula me koi changing krni parh gi yaaaaa nhi"?
Sir why Gauss law is applicable to only close surface why not to open surface
Amazing lecture 👏
DR Abdul Qadeer Khan Uncle salute to you
Sir u r king of physics well done
Hats off to you sir 👌👍😊
Aap efficiency bht dekha thay hoo
Sir ap kaha parhatay ho ma ap k lectures bhot follow karta ho mdcat ke tayare kalay you are really excellent teacher sir sara course upload karan sir mahrbani hogi
Inshallah irada sare course ko upload kerne ka hai...and i teach in Hadaf college Peshawar
@@afnanbakht sir twition keyo nahe parhatay ho
@@afnanbakht sir board bazar k twition centers ma kahe parhay idr physics ap sa acha koi nahe parha sakta manay saray famous teachers sa class leya ha lakan ma ap ka lectures ziyada follow karta ho real ma sir g
I have joined Frontier Coaching Academy FCA
@@afnanbakht wellcome sir I must jion your class lakab classes kab start hoge sir
Very creative teacher in Pakistan.
Thank you Soo much best lec
very well sir g
Well tried but skipped the concept of closed surface.
He did🙄
Hi!!
Sir Is Guess's law applicable for moving charges?
no just applicable for rest
and also applicable for if one charge is at rest and the other one is moing....
ماشاء االلہ
Good sir❤
sir why we take E constant for all surfaces
are the all surfaces are equal??
bcuz all the small surfaces are equidistant from the charge.
Wow sir it's so good
Thank You♥️
MashaAllah daer kha sir❤❤❤❤
Sir G long live
🥰🥰🥰
Jazakallah
❤️❤️❤️
Sir Gauss's law is applicable for only one charge enclosed OR for many charged enclosed
Applicable to both single or many...but if enclosed in a closed surface
Agar hum bhout sara charges ko aik hi closed surface ka andar rakh da tu us sa farq nahi parha ga un charges ki apas ki attraction aur repulsion koi effect nahi kara ga
❤
Well explained
Both are looking fabulous
deeer deeer deeer
kha explanation .............................
Jazakallah 👍
sir G conceptual Question chahia