🔴 DISPLACEMENT CURRENT || Maxwell Ampere's Circuital Law || in HINDI

[@ashutiwadi]

Being a teacher, I learned that how to teach. You made ut so simple guru ji. इतनी स्थिरता तभी आ सकती है जब एक एक चीज क्लियर खुद को क्लियर हो, नही हड़बड़ाहट मैं तो सभी explain कर रहे है।

[@kalpeshpatel6723]

Because your teaching method is best and also your Explanation

[@edupoint.physics]

Hello Kalpesh Patel ! Thanks for your support and encouragement. Aap sab ke saath our support se bahut taqat milti hai.

[@nageensabrimathstutorial763]

How displacement current provides a continuous path for charges across capacitor?kindly explain this

[@simpleidea2825]

I couldn't understand this concept from NCERT. But you said it so simply that i understood it easily. Tx man

[@IsEqualToShivang]

@14:25 beautiful 👏👏....@19:00 eqn 2.41 NCERT - electric field in the inner region between two charged plates

[@leexavier44]

Probably the best explanation of this topic in youtube, thank you sir..

[@gulshanrajbaadshah]

Not probably, surely the best

[@proud2bharyana925]

physicswallah

[@Heisenberg_1_0_0]

@@proud2bharyana925 unka lecture accha hein. Par agar kam samay mein bohot kuch acchi tarah se samajna ho toh unka video dekhne se bohot time jaata hein. He makes his lecture in such a way that even class 8 students can also easily understand. But i m a 12 student and edu point ne jo jo bataya inn 20 mins sab acchi tarh se bataya, and no one can do it better than edu point in such less time. Otherwise Physics wallah is great.🙏

[@sagarkumar-xr6wi]

It's for bsc 3 rd year students👩‍🎓

[@addictiveguitarist6811]

bhai saab maine aaj tkk displacement aur conduction current ke baare m itna best explanation nhi paya tha ..........u explained this concept and i explained the same concept in my college ppt ........love you sir😍😍🤩🤩

[@AdityaSingh-pv6qy]

It's an absolutely incredible lecture.it made me understand easily.thanku sir

[@Abhisheksingh-vm4pk]

sir i read the same topic from david j.griffith and there it was mentioned that E.F in the flat loop(first loop) is zero but i wondered that it was rate of change of electric flux which had to be zero since E.F which is respinsible for drift velocity,cannot be zero. now my doubt is solved since you depicted that E.F is not zero. Thank u so much sir.

[@avijitbhadury1955]

I also have a doubt on this. If current in the wire changes, then should the electric field responsible for drift of the electrons not change too?

[@avijitbhadury1955]

At around 17 mins., in case 1, how does he say that the second term is zero? If current in the circuit is changing( as it is), then why should the electric field not change?

[@virengothadiya5839]

@@avijitbhadury1955 here current is not change with time, charge on plate of capacitor is very with time. As sir said E = V / L, change in pd per unit length is constant so E is constant in conductor means outer region of capacitor. That's why electric flux is constant. And change in electric flux with time is zero.

[@avijitbhadury1955]

@@virengothadiya5839 Thank you friend, I understood.

[@bhavyashah8634]

Sir ji superb Now i realize that what is displacement current

[@ShivamGupta-vp2mp]

Maja aa gaya sir matlab kya samjaya ..... Ek dum....Bhadiya. . Sab aache se samaj aagaya. Thani you soo.much. ...In helping such students

[@vision6482]

Wow, if u provide 3d video this channel will be the best in world

[@amitkhanna4533]

Excellent explanation. Doubt solved 🧡🖤

[@bhaswardutta8493]

Sir, 17:38 meh apne Electric Field ko const kiu liya??? Charging of a capacitor meh current to constant nahi hai, so shouldn't electric field be also variable??

[@daneyale]

aur iss hisab se toh ac me ampere Circuital law change krna padega

[@bhaswardutta8493]

@@daneyale Because electric field to const nahi rahega!!

[@sankalpsalunke5800]

That's instantaneous current

[@brijusingh845]

So lucid explanation..you born for teaching!!!!

[@shahidmajeed6333]

This is very helpful...the concept i never understood is clear now❤️

[@DeepakKumar-yh4xp]

Aaj se pahale mujhe ye topic bilkul samjh nhi aata tha but Aaj isse lecture ke baad pura concept clear ho gaya....thank u so much sir 😊😊😊

[@raees2148]

Best Explanation I have ever seen👀👀..... HATTSOFF to you

[@shatabdiadhikary883]

sir apne jo jo bat yaha bataya he... utna deep details mujhe book me dhundke nhi mila tha😅 apke is vedio ko dekh k mujhe ek satisfaction mila he .. details me janne ki jo ek pyaas thi wo bujha diya he apne😅 thanks a lot sir

[@ananyag943]

TQ..so much sir..this vdo really helped me a lot

[@akshitagupta195]

11th 12 th bhul hi gyi thi...issey dekh k yaad aa raha thoda thoda very well explained👌👌👌....aage ki padhai mei toh physics kam maths hi hai.....assumptions & probabilities.....😦

[@NiranjanND]

In short time u explained whole thing Perfectly timed ❤️💟

[@vikramkumar2033g]

Sir apka samjhane ka trika bahut hi accha h. Me apni sbhi problem ka solution ap se pa leta hu thank you sir

[@Muskan-iw8si]

Appreciate your skills,sir.Very methodical way of explanation. Heartfelt gratitude. 👍

[@youkabhi]

बहुत बेहतरीन सर। surface और loop का बहुत अच्छा explanation आपने दिया है। thanks

[@iamplaying1.2k55]

Sir the way u teaches is incredible.... M falling in luv with phy....Only b/c of u ....

[@kasturipathak3340]

Vry good teaching.. thank you sir

[@prasannakumarbehera6960]

excellent .. now i am enjoying physics.. thank you sir

[@anukratisingh9746]

Thank you 😊

[@raghumalhotra3490]

The best part of your lecture is when you say khush rahe😃😃...thank you sir

[@raveshsview8388]

Best method of explanation..

[@edupoint.physics]

Thanks.

[@user-oz8uv]

@@edupoint.physics aap kha padhate ho?

[@adhit528]

hello Sir, Please tell me about, do we have to consider the displacement-current term for the alternative current for current-carrying wire (no capacitor using)? (i am one of your very first subscribers and a huge fan of your work) Thanks for your hard work

[@nickhildaiya4502]

I can't explain in words that how much I appreciate your work . I just lubhjyu sir !

[@mathshatersajan9773]

U r explanation is very clear............sir

[@bankinglove2942]

Iissse behatr or kuch bhi nhi..thnq love you sir

[@Mrakstyles]

Sir your teaching method is very good

[@rahulkumarkannaujiya6657]

ur teaching method is best sir...

[@anshikarai2186]

kya sir jb electeic feild hogi tbhi current. flow hoga pls. sir reply sir jha magneting feild hoti hai vha to current flow hoga

[@ranjeetsoni4709]

Best video for displacement current.....salute u guys🙂

[@justwatchsss8849]

Thank you sir your contribution in education system is much more than a education minister in india

[@edupoint.physics]

Hahaha. Good one, Shiv bhai. But I differ a little bit. He is doing something which i am incapable of.

[@justwatchsss8849]

Education minister is doing less than his ability and your are doing much more than ordinary teacher ability

[@dreamermufaj4664]

Op level lacture 👌👌love you so much sir

[@cpsharma9336]

Very helpful lecture sir thanx sir great explanation k liye🙏🙏 Sir aapki aavaj kuchh kuchh actor Kishore Kumar ki aavaj se match krti h 😎😎👍

[@mahadev62035]

Such a nice explaination . Student should see this video to increase his/ her knowledge. Thanks sir . This video so helpful for me

[@manaspandey2355]

Sir what is the direction of displacement current? Where it exists? It is between the plates of capacitor or flows along with the conduction current?

[@alberteinstein1234]

Sir you are great ...aapka vadio dekhne ke bad mera sara topic clear ho jata hai...thank you soo much sir ..for providing us best education..

[@alberteinstein1234]

You are the best teacher ..and explainer ...

[@namitkamani4732]

Great explanation sir..😍😍😍😍😍😍😍

[@itstimetowakeup1572]

sir can u please....tell..What kind of software you use make these study materials...

[@amulkumar4190]

Mind blowing sir

[@shubhankarsrivastava6036]

Sir how could we find out the direction of current in the loop.?which law ?

[@qwevgy]

loved it... can you please suggest a best theory book for electrodynamics.... please

[@edupoint.physics]

David Griffiths is very good. One can try that... But always remember, the choice of books is a subjective matter.

[@RohitAnimations08]

Kahar dha diya sir 😍

[@subratabanerjee6620]

Are you Anand kumar ?? Your voice is very similar with that great teacher 👍👍👍❤❤❤❤

[@sayanchakraborty1253]

Thanks a lot sir....actually sir i'm a student of physics honours 2nd year....So that i'm very very interested in all these....and specially your teaching.....

[@edupoint.physics]

Hello General Theory ! You are welcome and thanks a lot for the support you have shown. Keep supporting. And as always .... thanks for watching.

[@ashishmaurya6900]

vah so intresting best video for displacement current in youtube

[@-59047]

Sir aap bhaut accha padhate ho ..thank you so much sir

[@swarupdas4139]

Sir you r helping me a lot in my EMT subject

[@relationshipfacts7201]

Sir in dono k under koi single mechanism to hoga jo dono k liye responsible hai

[@Didi-ib2wd]

Thank u sir I had seen More then 3 video but I can't understand but this video help me a lot

[@amithegde3221]

It's really helpful. Thank You.

[@ishmeetsingh3399]

Sir does displacement current exist for an AC current in the conducting wire

[@mohammadashraf9177]

An excellent Teacher in India. M.ashraf Pak.islamabad

[@amritupadhayay5035]

your videos are best

[@soumyaranjannathsoumyaranj729]

Sir what happened the rate of change in flux , is it possible to obtain magnetic field or e.m.f produced

[@scienceabhayzesium9024]

Hello sir, The way you explained displacement current was really praiseworthy. In fact, i have no words to admire your talent, your teaching manner etc. Finally, i say thank you, thank you,thank you so very much from the bottom of my heart.

[@hannahrachelpothen4632]

Wonderful video. Thankyou sir ji ❤️❤️❤️

[@sumangiri3673]

Very nicely explained 👏 Thank you sir...

[@allcolours3213]

sir you explaination was awesome but initially you said it is tome variying electric field in capacitor and then at 24:50 you r saying that Efield is constant ?????

[@preetamdewangansirclasses2502]

exact explanation that I wanted...

[@meenuchaudhary946]

Thanks sir , your explanation is very best

[@manishadwivedi546]

Is electric field inside the wire due to external source(battery) ?if yes the how ?

[@Ranbir.Bhardwaj]

Sir at 17:26 you say electric field is constant, How?? Current is decreasing in the wire as capacitor is charging means electric field must be varying in the wire. Someone reply

[@edupoint.physics]

Constant throuout the space at an instant..... I am sorry for the inconvenience.

[@Ranbir.Bhardwaj]

@@edupoint.physics That means 2nd term must be non-zero at 17:26? But you took it zero?

[@zakirshah5060]

Excellent sir. Please let me know why tube of induction introduced?

[@santusharma1991]

Sir, in 24:00 you told that electric field is constant inside the wirebut as in my knowledge if electric field is constant then no magnetic field is produced but according to ampere circuital law magnetic field is produced? Explain sir?

[@edupoint.physics]

At a point of time , Electric field is constant (same/ not variable) in every point inside.

[@anildani9176]

Wow sir aapka padhane ka aanddaj to ak dam jhakas hai

[@shuvamdas9044]

Thank you sir for such a great explanation on displacement current ❤❤

[@rahulsharma-vq7rp]

Super explination of concept

[@fizakhan5352]

Awesme video... it was so helpful..you explained this topic so well.

[@chiragjain5176]

Sir please clear my dout at 17:14 how current can be constant in case of charging of capacitor it is exponentially decaying ....and we know that current density is equal to conductivity multiple with electric field ..... hence current changes exponentially than electric field will also change so flux can not be constant

[@akshitagupta195]

There is a change in flux as well as current....that's why rate of change of flux and its product along with permittivity is not equal to zero but equal to current.....what he meant by saying const current in equation *1* is that he was assuming current is simply passing through a conductor as in case 1st

[@davendrayadav118]

Very very helpful for me and ur explanation is too good

[@fizamahfooz550]

thnxxx a lot sir...

[@baaatli]

What software did you use for making this video?

[@letsgame514]

Simply genius explanation!

[@ShubhOam]

Sir, electric field and electric field lines denoted by? difference between electric field and electric field intensity.

[@AnkitYadav-zg5zd]

Sir, the battery we have used is a dc source. If we use a time varying source then the electric field in the conductor will also be varying. So as said in the video that electric flux is constant and hence the displacement current is zero in the wire part will not hold. This is the problem i came across. it will be of great help if you can make a video explaining this.

[@dncmi1436]

He is sooo good😍😍😍

[@musekhan2608]

Sir apke video bhut ache hote h

[@enjoyment2368]

Bahut mast samjaye hai sir

[@ramneekkaur1693]

Really helpful 👍😀😀

[@anujsoni6089]

bhot bhot bhot badhiya sirr... gzbb....

[@craftingsociety9445]

Sir kya magnetic field Compresable h?

[@i_m_shankar]

The loop you take in ampere circutal law is 3d semi spherical shape...but in ampere law as per my knowledge that is 2d loop like circular ..rectangular , or any other shape like triangular square etc etc..then how can you prove that law by taking a 3d loop.and how can you find dl ina 3d loop..please make me understand..

[@mannubhatyacharya7976]

First of all lecture was awesome....but Sir 17:30 yaha par current enclose i hai..but yaha to current change ho raha hai ishiluya toh flux change ho raha hai capacitor me par ap bol rahe ho electric field yaha constant hai..... As we know ya jo plane surface hai yaha par flux to negligible small hai.... kiya is waja se apne yea term neglect Kiya Hai Sir plz ans plz....

[@edupoint.physics]

E constant ka matlab hai ki capacitor ke andar ke space me har point me kisi point of time me const. hai...... I hope it cleared your doubt....

[@physicslearners6154]

Sir, if we use a battery in this circuit, there is a constant electric field between the plates of the capacitor, so how can we get the change of electric flux between the plates, i think it should be use the AC source in this circuit, and that is why we will get the Displacement current concept..( if am I not wrong ), Reply sir

[@sharishkumar6783]

So sir i have want gauge transmation of loerntz & coulmb ..

[@bishalo2921]

Maja aa gaya👍👍👍

[@manasvisawaria]

Very nice explanation

[@krishnadyutijana3927]

Awsome sir u r just grate

[@vikramkumar2033g]

Sir you are super star

[@ArnavTrivedi1]

Great sir....what a explanation...Thank you very much

[@sharishkumar6783]

Sir ur explanation vry good sir..

[@ahmedhussain5846]

awesome....as always u are sir...................