Acha SAWAL Banega Ispe - Charge Accumulation in Non Steady State of Electric Circuit
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- Опубліковано 9 тра 2024
- The JEE Advanced paper setter always looks for concepts that aren't common and missed by the students.
But those are there in the syllabus so that they can create a good question around it.
One such concept is picked up by NMS sir in this video which is important for the JEE Mains perspective as well as the JEE Advanced perspective.
We all know about the charge accumulated in a steady state but what about the conditions before that.
How much charge is accumulated in that case and how one can analyse that.
In this video we will be discussing this part of the electrodynamic from the current electricity chapter of Physics.
NMS sir explained the entire concept in depth and also derived the formula for the same.
We have also talked about charge in circular electric circuits.
Both of them have been a sweet spot for the JEE Advanced in past years and questions have come from it.
Check out the complete video as it becomes very crucial to learn these important physics concepts as a JEE aspirant when the exam is nearby.
#jeeadvanced #jee2024 #jeeadvanced2024 #physics #jeephysics #iitjee #nmssir #isaclearning
Physics galaxy(ashish arora sir) already told this question back 7 to 8 years ago
Unki playlist mein hai kya woh video
Ye question sab karate hain
I was going to type that man !!!
700 illustration waali book me bhi hai
@@Dx_Era_31 haan
Ashish arora sir already taught this in his booster checklist 😎
These concepts comes under self interaction
Allen Jee Ex(O2) Question no. 4
Great explanation sir ❤
Thanks sir❤
thankyou sir badhiya concept seekhne mila
love from ExploreInteresting Channel
Thankyou god❤
ati sundar
Sir in the Transverse electric field you have treat electron as a particle but i had read in some books that it has a wave nature may be i am wrong ,it is my opinion but if i am wrong could you please correct me
Amazing
Sir you should made 11 and 12 physics whole chapter video that will very helpfull for us😊
Present sir ... Aur ye transverse voltage directly prop to I2 not I as in ohms law
Sir, pls make a video on magnetic field produced by non steady current or ac.
1st one is Irodov problem..
nice concept and nice question from pathfinder
i saw it in physics galaxy advanced illustrations.
Where did the accumulated charge came from? In question 1
Sir few months ago you made a video on how to write self inductance of a cylinder, and you left it to us why results were not same.. please give the answer now
❤❤❤
Saleem sir ne ye phele hi bata diya
Sir same concept pe pyq bhi aaya hua hai current electricity ka
Sir please bring back old ijrs video of soa
Check out recent live videos
Sir I have a doubt ,
We generally consider a moving charge( velocity=v ) produces magnetic field .
but in whose frame of reference ?
Considering another situation where the observer moves with the charged particle with the same speed V . The charged particle is relatively at rest (Vr=0).
Does Magnetic field occurs in this situation or no?
Magnetic and electric field are frame dependent quantities…
@@Story_of_science_ Magnetic field toh tab bhi lagegi ?
@@Kush11 yeah obviously
@@Kush11 har frame me velocity , electric field and magnetic field alag hogi
The only thing that will remain invariant will be Lorentz force on any charge i.e. qE +qv×B
@@aniruddhkabra9430 to find value of field in some frame if if we know it's values in one frame, we use Lorentz transform
Did this from pg
Ashish sir physics galaxy mai isse bataya tha bhut saal phle hi
Uss time ke log aaj job kr rahe hai new student ke liye news video banane padegi
Bhai ye retort acha nhi Hai....respect all
Bhai mai sirf ye bata rha hu ki ye chize kuch ache teacher sb hi batate hai
Nms sir to god hai hi physics ke
Mai khud inke lecture dekhta hu
Ye varun advanced or bhisma dono me hai
Sir ye transverse electric field aa kiski vajah se Rahi h
bro its due to applied voltage at the ends of wire, using a cell/battery, before achieving steady state, there is charge accumulation at different places to ensure field is parallel to wire .
@@4m0d GOT IT
THANK YOU..
Pdha hai sir, Ashish Arora sir k book me Diya hai Electrostatics me
That’s good
@@NMSPhysicsISAC pranaam sir🙏
Ek baar topic ka name or chapter ka name bta do taki dhudne mei easy ho
@@sanyamgoel4175 Volume III A (Electrostatics and current electricity). Page number 313
@@sanyamgoel4175 It's in question format
Accumulation of charge here can be explained by parasitic capacitance.
Salemians❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤op
ua-cam.com/video/22ZYtbNNE7c/v-deo.html
Sir Few More Teacher like you in this Planet. Beautiful explanation with Practical.
Thank you for sharing
No no no quantum mechanics me aap classical mechanics nhi ghusa sakte , material ke shape chahe kaisi bhi ho har e- drift kar rahi hai yani hamesha ye drifting ek linear straight path me hi hogi. ✅
You can use Ising modal there
Jee advanced ka question dekha hai , same isii assumption ke saath puchha hai
@@findingmyself01 bina assumption ke to bohr ka model bhi quantum level per electron ke behaviour ko define nhi kar sakta.
Theoretically (classical) ye sahi hai per experimently ye prove nhi kya ja sakta kisi matter ke andar.
@@aj_tech456 jb jee pr focus kr rhe ho toh zyada aage ka sochne pr loss hi hotaa hai... telling you from my experience, question dekhkr smjh jao ki woh aisa krwana chah rha h fir apna logical dimaag mt ghusao
@@findingmyself01 physics mtlb reality, jee advanced real duniya ke hi examples le kar questions banata hai to shayad aapne iss baat per dhyan nhi diya hoga jee advanced bhi physics ke hi questions puchte ke jee advanced me physics ke laws and rules change nhi ho jate .
😂😂😂 current accumulation hota ya current bro
Gujrat kaisa tha sir😅
Excellent