Application of gauss law class 12 | Electric field intensity between opposite charge plates class 12
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- čas přidán 7. 09. 2024
- Application of gauss law class 12 | Electric field intensity between opposite charge plates class 12
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The way you teach...
The knowledge you share..
The love you shower..
Makes you the world's Best Teacher
Sir Atif Ahmad♥️♥️
Thank you very much for sucha a nice comment 🙂
Your online classes have been game changer for us
A conductor of curiosity
A painter of possibilities
A catalyst of creativity
And
A mentor of magnificence
SIR ATIF AHMAD
Really helpful much more understandable lecture than clg 😒 best teacher 👍💯🥰💖💕💝
Sanp b mar dia or laathi b bacha li😂
Exactly😅
what a method of delivering lecture absolutely love to watch
Father of physics..... 🤍🤍🤍🤍
Masha Allah nice method of teaching..👌
Thank u very much for ur efforts.. if u can plz upload more lectures of 12th grade it would be really kind of u..
Welcome 🙂 ok zroor
@@atifahmadofficialsir g important long physics second year plz
Sir your teaching style is very very nice 👍👌i also fan of you ❤
Thank you sir G for sharing..... this type of lectures
Thanks 🙂
Superb opportunity to deliver knowledge 😊
JizakAllah Sir Its help Alot
Sir literally your teaching skills and easy way of explaining are.superb ❤
Great sir keep uploading 12 class lectures..
Great Keep uploading such amazing lectures ❤
Thank you so much best lecture all of world
You're the best teacher in the world
Best method of teaching Sir😊
Sir when u are describing the flux of 6 side of cube you were saying that that area and electric field lines are parallel but you tilt the mark in a way they are looking antiparallel and at the last moment i saw a figure in which i understand your point . thanks for demonstrating this topic in suchh a lovely way.
Assalam u alaikum Respected teacher you are our ideal teacher!! But i want to mention that please make little short vedio and 2ndly work on exercise also like short questions and numerical
An Awesome teacher in the world🥰😘
Best phy teacher in the world.
Thanks 🙂
❤❤❤ @@atifahmadofficial
Proud of you ❤
Sir you are very hardworking
Bulb box was interesting 🤨 good lecture
Such nice way of teaching😊😊
Sir your lectures is very intresting plz upload daily lecture
Thanks 🙂
Awesome 👍
Sir your method is best
Mashallah sir nice lecture😊
Great work
Sir gg you are the best❤❤
Sir I like your lectures too much
Thanks 🙂
Noice job 👍
This gradient occurs due to accumulation of positive and negative charges on each of the terminals of the battery. The current flow is characterized by the flow of electrons. The electrons move from the negative terminal of the battery to the positive terminal of the battery. This is called the electronic current.
thank you sir for making such an informative video you teach really very well....
Thank you so much for this amazing lecture
It's amazing really😇😇
sir end pe two minutes side pe ho jaya kare likhne keliye thanks
Hamri abi classes lgi thi pr ma 1 month clg nhi gi ur ab ya test tha ap ki video buth help ful thi❤❤❤❤
Aoa sir plz quickly upload leactures of this unit...it's a humble request 😊
Sir plz hr din ek ek lecture deya kre it's a humble req🙏
Superb👍
Why you imagined the upper side of gaussian surface inside the metal plate? Any reason
We always take it imaginary. By taking one side of the Gaussian surface inside the metal plate, we ensure that:
The electric field inside the conductor (which is zero) does not contribute to the electric flux.
- The electric flux only accounts for the electric field between the plates (which is what we want to calculate).
If we didn't take one side of the Gaussian surface inside the metal plate, we would incorrectly include the electric field inside the conductor, which would lead to an incorrect result.
So, taking one side of the Gaussian surface inside the metal plate is a crucial step in applying Gauss's law correctly and getting the right answer!
❤❤AA❤❤
thanks for a lot sir
Keep it up sir.Thankyou so much..
Welcome 🙂
Sir keep it upp
Very well
Agar gussaian surface ko upper surface py rkhien to wahan bhi flux hoskta h naaa ????
Good hogya❤❤
Good way of teaching sir
Thank you sir, it was very helpful.
Easy hai kafi
Thank so much sir for such a nice lec 😊
Jazakallah sir❤
Nice sir ❤❤❤
Sir if the upper side of imaginary cube does not fit in the plate then it's value is also same to bottom phase that is (EA) but according to this law we can take imaginary surface at any point but why there is a difference in the values for if we fit imaginary cube in plates then it's value for top face is (0) but if we not fit top of imaginary cube in top plate then it's value is (EA)
If we don't fit it into the plate then the value for top surface would be negative EA because the angle would be 180° between the vector area pointing upwards and electirc lines pointing downwards
Tysm sir❤❤
Nice explanation ❤
clg ma to smjh nhi aya lakin yha smjh a gya
❤❤❤
Sir jab upper part he metal plate ma hay to nichy ke surface area ma electric lines of force k sa pass honge ?jab k us sa nichy Wala hissa be to metal plate ma he ayga na ?
Amazing explain
A alikum sir g mera question ye hy ky sir agar gaussian surface ka upar wala phase metal plate ky under hy or electric field be zero to per neechy waly phase par be electric field zero hona chahyia kunky wo to us ky neechy he hy aur charge seraf sides per hy
point charge positive hai, wo uper plate ke sath repel hoke cancel honge aur neeche negative plate hai islie charge point ke sath cancel nahi honge
Sir kindly upload 2nd year physics important long question
Why we not take the cube between the plates ? Why we take its one side inside the plate?
Nice leacture
Great sir
Love u hogya sir gg
GooD 😊
Thanks Sir G 😙
Thank you sir
sir aap kis institute main parhatay hai
Nice 👍
Time kam knowledge zeyada , wah keya tharika hain sir
Assalamualikum sir electric field intensity due to oppositely charged plates mein hum ye Wala method use kar saktay hein jo apnay karaya hae for Karachi board.
G to ye wohe cheez hy....
@@atifahmadofficial OK sir thank-you so much
@@atifahmadofficial
Great 👍 lectures
sir E sirf gausses law k apps may r pay depend nahi krti na ya genrally b nahi krti?
R pr nhi
Sir students questions q ni krtay only other comments....🤔🤔🤔
Sir youtub sy kithna kamathy ho, plz share with us
Electric field strength of parallel plate capacitor is double of infint sheet of charges why?
Answer to dia kre na😶
Can we take an irregular closed surface ?
And what about the charges in this irregular surface ? Will they be symmetrical???idk imjust confused
😭😭😭😭
He doesn't answer about the question just say thanks😐🤨
dara manana sir🥰🥰🥰
Sir Board Per Desighn Khud Banaia🤭🤭
😂😂
suppose krna ha , so lets suppose am passed without studying
The way you teach...
The knowledge you share..
The love you shower..
Makes you the world's Best Teacher
Sir Atif Ahmad♥♥
Sir your teaching style is very very nice 👍👌i also fan of you ❤
Sir keep it upp