0:17 - introduction. 2:25 - Faraday's experiment (electromagnetic induction) 7:37 - experiment 1.1 8:39 - experiment 1.2 10:22 - magnetic flux. (derivation and formula) 14:30 - Faraday's Law of EMI. 18:11 - Question.1 22:33 - Lenz's Law. 29:33 - experiment 2 31:13 - experiment of Lenz's Law. 35:26 - Question.2 37:21 - Question.3 42:32 - motional EMF from Faraday's Law. 46:54 - motional EMF induced. (another method of derivation) 49:25 - Methods of generating induced EMF.(1. and 2. Studied; 3. To be studied) 51:29 - induced EMF by changing relative orientation of the coil and the magnetic fiel. (A.C. generator) 1:03:40 - Self Induction and Mutual induction. (derivation, formula and all) 1:19:23 - Question.4 1:21:17 - Energy stored in inductor and energy stored in inductor per unit volume. 1:26:53 - outro. And end. time stamps for the everyone hit like button for my mehnat please.
Lecture Timestamps: 0:17 - introduction. 2:25 - Faraday's experiment (electromagnetic induction) 7:37 - experiment 1.1 8:39 - experiment 1.2 10:22 - magnetic flux. (derivation and formula) 14:30 - Faraday's Law of EMI. 18:11 - Question.1 (thodi book bikri) 22:33 - Lenz's Law. 29:33 - experiment 2 31:13 - experiment of Lenz's Law. 35:26 - Question.2 37:21 - Question.3 42:32 - motional EMF from Faraday's Law. 46:54 - motional EMF induced. (another method of derivation) 49:25 - Methods of generating induced EMF.(1. and 2. Studied; 3. To be studied) 51:29 - induced EMF by changing relative orientation of the coil and the magnetic fiel. (A.C. generator) 1:03:40 - Self Induction and Mutual induction. (derivation, formula and all) 1:19:23 - Question.4 1:21:17 - Energy stored in inductor and energy stored in inductor per unit volume. 1:26:53 - outro. And end. Thank you sir for another amazing lecture. ❤
Sir please jaldi Jaldi lectures daal dijiye... We need your explanations.... My entire class 12th Physics depend on you Sir..... Preboards aa rhe hai Sir I am waiting for Alternating Current...... 🤩🤩
2:25 faradys experiment 7:37 experiment 1 8:29 experiment 2 10:22 magnetic flux 14:30 faradays law of EMI 18:11 question 22:33 lenzs law 29:33 experiment 3 31:13 experiment of lenzs law 35:26 question 42:32 motional emf from faradays law 46:53 motional emf induced 49:25 metgid of generatong induced EMF 51:29 induced emf by changing the relative orientation of the coil and the magnetic field 1:03:40 self inductance and mutua 1:19:23 question 1:21:17 enegry stored in inductor 1:24:44 energy stored in a conductor per unit volume
Sir I'm a jee student, my mid terms are ongoing thanks to your superb lecture and amazing explanation I can understand the all concepts and theory and can score good marks in exams ....
In the beginning i didn't even know anything about this chp ...i saw many videos on youtube but I can't understand anything... today i feel confident because of you ... hats off to you Sir ...Best EMI video ...on youtube..Thank you so much ❤❤❤❤❤
sir Plzz upload one shot of next chapter... we don't have any time for boards... we have to complete our syllabus timely... plzz sir... try to upload One shotss... Plzzz Plzzzz request
Hi from Pakistan, I'm currently a class tenth but here in my country these are also included in our physics textbook so I'm watching this lecture for my board exams.
Thank you so much 🙏🏻❤...i was not able to understand this topic but you helped me to solve my doubts.....you are a blessing for students who are unable to understand physics
Sir you are the best teacher I have ever seen !! Whether your chapter explanation videos or experiment videos ❤ thank you so much sir for your teaching 🥰
📒Most Recommended by Ashu sir
Past 10 Years PYQS and 11 SQPs in a single book 👇🏻
Class 12- amzn.to/4dFUWcP
Sir notes provide kra do lecture k
Sir notes provide kra do lecture k
Sir notes provide kra do lecture k
Sir notes provide kra do lecture k
Sir notes provide kra do lecture k
0:17 - introduction.
2:25 - Faraday's experiment (electromagnetic induction)
7:37 - experiment 1.1
8:39 - experiment 1.2
10:22 - magnetic flux. (derivation and formula)
14:30 - Faraday's Law of EMI.
18:11 - Question.1
22:33 - Lenz's Law.
29:33 - experiment 2
31:13 - experiment of Lenz's Law.
35:26 - Question.2
37:21 - Question.3
42:32 - motional EMF from Faraday's Law.
46:54 - motional EMF induced. (another method of derivation)
49:25 - Methods of generating induced EMF.(1. and 2. Studied; 3. To be studied)
51:29 - induced EMF by changing relative orientation of the coil and the magnetic fiel. (A.C. generator)
1:03:40 - Self Induction and Mutual induction. (derivation, formula and all)
1:19:23 - Question.4
1:21:17 - Energy stored in inductor and energy stored in inductor per unit volume.
1:26:53 - outro. And end.
time stamps for the everyone
hit like button for my mehnat please.
Thanks a lot ✨
You just copy pasted my comment, why so desperation for just some likes.😂
Thanks bro ❤
🫡
Bhai 1st time par raha hu EMI so is this enough for ISC boards
Lecture Timestamps:
0:17 - introduction.
2:25 - Faraday's experiment (electromagnetic induction)
7:37 - experiment 1.1
8:39 - experiment 1.2
10:22 - magnetic flux. (derivation and formula)
14:30 - Faraday's Law of EMI.
18:11 - Question.1 (thodi book bikri)
22:33 - Lenz's Law.
29:33 - experiment 2
31:13 - experiment of Lenz's Law.
35:26 - Question.2
37:21 - Question.3
42:32 - motional EMF from Faraday's Law.
46:54 - motional EMF induced. (another method of derivation)
49:25 - Methods of generating induced EMF.(1. and 2. Studied; 3. To be studied)
51:29 - induced EMF by changing relative orientation of the coil and the magnetic fiel. (A.C. generator)
1:03:40 - Self Induction and Mutual induction. (derivation, formula and all)
1:19:23 - Question.4
1:21:17 - Energy stored in inductor and energy stored in inductor per unit volume.
1:26:53 - outro. And end.
Thank you sir for another amazing lecture. ❤
1:21:17 kuch dikat he yar freinds
@@justfaduBolo Bhai.
Thanks labour
@bharat-steyn18 🙄👎
@@justfadu 🤡
Sir please jaldi Jaldi lectures daal dijiye... We need your explanations.... My entire class 12th Physics depend on you Sir..... Preboards aa rhe hai Sir
I am waiting for Alternating Current...... 🤩🤩
😢metoo bro
6:12 Andar bhar andar bhar hilare ho was personal 💀
sir aap jaldi jaldi lectures daal dijiye..please💚💚
Le le mere
2:45 me jo black screen aayi muje laga mere phone ko kya hua...💀💀
Us bhai us
Hn bhai😢😢😢😢😅😅😅
same
Same 😢
bhai mujhe lga gya mera laptop
Sir ji 💀 7:22
Like for chapter ac and ray optics fast😢😢😢😮
01:19:32 legit he was serious by expression.. but ruined it by his own mistake 😂😂😂.. ASHU SIR OP❤
2:25 faradys experiment
7:37 experiment 1
8:29 experiment 2
10:22 magnetic flux
14:30 faradays law of EMI
18:11 question
22:33 lenzs law
29:33 experiment 3
31:13 experiment of lenzs law
35:26 question
42:32 motional emf from faradays law
46:53 motional emf induced
49:25 metgid of generatong induced EMF
51:29 induced emf by changing the relative orientation of the coil and the magnetic field
1:03:40 self inductance and mutua
1:19:23 question
1:21:17 enegry stored in inductor
1:24:44 energy stored in a conductor per unit volume
1:27:20 thank you sir
37:23 Both rectangular and Circle are make Induced Current
And the Direction is Clockwise
Also rectangular loop is constant and circle is not constant
Why circle is not constant pls tell?
Thankyou so much sir bs ab aur lecture jaldi jaldi dal do please ❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤
sir half yearly me no. kam aaye the par ab samaj bhi aaya acche se aur confidence bhi aara ... pre board 1 me 95% launga...
Vote for AC 👇👇👇👇👇👇👇👇👇👇👇👇👇👇👇👇👇👇👇
4:04 don't be negative guyz 😏😏
😂😂😂😂😂😂
Are bhai 😅😅😅
Sir I'm a jee student, my mid terms are ongoing thanks to your superb lecture and amazing explanation I can understand the all concepts and theory and can score good marks in exams ....
7:19 vah vah
😂
37:30 rectangle, circle both makes induced current in clockwise direction
Could u explain why 😢
30:44 same can be done with copper rod !
Lenz law 👍
Sir Ji Dil ❤ khush kr diya aapne
Thank you❤🎉😊
Sir aap jitne smart ho utne hi smartness h apke pdhai me super sir👍
yes sir, aap pls lectures daal dijiye saare cuz pre boards are approaching very soon, and we are entirely dependent on you sir.....
35:52 anticlockwise
Superrrrrrrrr lecture 😊😊❤❤
Thanks for amazing lectures
6:04 are sir 😂❤
Thanks for this awesome lecture 🔥❤️🔥
sir alertenating current
lecture
1:27:23 ek no... Padhhaatee h sirjiii.... 😊😊😊
Nice lecture 🎉 very helpful for boards ❤🌼
1:03:12 sir but it's is Lens law 😰
1:03:40 self induction 😊
Clockwise 37:25
1:13:28 sir aapko pta hai na lecture ke baad aapko mam se milna h 😅😅
❤ Thanks Sir For explaining this chapter in very interesting way .❤❤❤❤❤❤❤
Thanku soo much sir 😊❤ blesses to have you in my 12th preparations ❤❤❤❤❤😊😊😊😊
Outstanding..💫
Aree sir feel aagyi topic ki ❤❤❤ 53:58
Sir plz ray optics and wave optics ka lecture plz ❤❤
1:27:23 Thanks sir 🙏🏻
6:03 😂😂😂 bhaiya dono hila rahe ho
😂😂
Gf bhi 👀👀
37:31 both clock direction
20:40 3v
37:27 clockwise
Anti clockwise
Sirrr.... Sooo much thank uuu it is sooo helpful💗💗💗💗💗💗💗💗💗💗💗💗
10:24 magnetic flux 🧲
Completed this chapter 😊😊
37:30 square loop will have constant emf while circular loop will not have const emf because of change in area of the circular loop.
In the beginning i didn't even know anything about this chp ...i saw many videos on youtube but I can't understand anything... today i feel confident because of you ... hats off to you Sir ...Best EMI video ...on youtube..Thank you so much ❤❤❤❤❤
7:16 and 7:19😂😂hila hi rha hu band nhi kiya
7:19 ☠️
Hmmmmm bhot shi
25:17 clockwise
Sir wave optics ke lecture ❤❤❤❤❤
sir Plzz upload one shot of next chapter... we don't have any time for boards... we have to complete our syllabus timely... plzz sir... try to upload One shotss... Plzzz Plzzzz request
55:26 sir acc to Faraday law (-)negative sign kese aaya ??
Lenz law kehna chahre the dono similar h and lenz bhi faraday se hi aaya h just opposite
8:08 👀👀
😂
Thank you sir this video is very very very helpfull in revision
Thank uh soo much sir for really amazing lecture ❤️🤩
Hi from Pakistan, I'm currently a class tenth but here in my country these are also included in our physics textbook so I'm watching this lecture for my board exams.
allah se pdh le bhai tu
1:13:26 Sir rocked mam shocked 😎🔥
Sir plsss provide next lecture we are dependent on u.....
Nd thanks sir for providing such amazing lectures we never get boar when u teach ❤
thank you sir nice lecture
Thank you for your all work ❤❤❤❤
Cbse students ke kaam ke topics
Electromagnetic induction
Magnetic flux
Faraday law of emf
Lenz law and experiment
Self induction
Mutual induction
🙂
Motional EMF and Motional EMF by Faraday's law syllabus me nahi hai kya CBSE board
Amazingly explained
Sukriya sir ✨
Sir please organic chemistry ka one shot please please sir 🙏🙏🙏
Next one shot kub sir we are wating for all one shot in before November end
Thank you sir...... 🎉🎉🎉🎉🎉
Thank you sir for giving us your immense knowledge and spending time on us.❤
Salute to your hard work 👍👍
thanks sir ji😃😃😃😃
7:22
Hilate Rahna Padega😅😅😅
2:49 I think ki electricity gone 😂😂😂😂😂.
😅😅😅
Me too 😂😂😂
Thank you so much sir 🎉🎉🎉❤❤❤❤❤❤❤😊😊😊😊
sir very nice one shot ... i request you to add some important questions to your one shot as you have added in this video.
really love your content
Hardly waiting for this lecture
Thanks sir❤
6:06
49:25 -method of generating induced
Teachers We Need🙏🙏
Thank You sir for the lecture
You Gave birth to my dead hope
Sir please alternating current ka oneshot jaldi upload kar dijiye
Yes
Fr🥲
THANK YOU SIR JII ❤
Ray optics and wave optics
plzzz sir
We admire your every effort sir....
Hats off to your work and sincerity 👋
Lecture was superb.😀
37:17 mein sir ham clockwise or anticlockwise dirn bus nahi likh skte kya ??
Thank you so much 🙏🏻❤...i was not able to understand this topic but you helped me to solve my doubts.....you are a blessing for students who are unable to understand physics
6:08 dono hila rhe ho😂😂
Sone Pe Suhaga!😅😅
And this was epic 🤣
Sir thankyou for your efforts ❤️ it really means alot to us
BEST ONE SHOT FOR EMI !!! THANK YOU SO MUCH SIR🙏
Bhaiya aap ache teacher ho bohot good
37:35 Rectangular Loop
Thankyou ashu sir ❤❤❤❤❤❤
02:44 be like ...💀
@48:35 sir aapne x ko l put kardiya hai but sir wo x toh displacement of the object on which force is applied hota hai
Please explain.
Sir you are the best teacher I have ever seen !! Whether your chapter explanation videos or experiment videos ❤ thank you so much sir for your teaching 🥰
Like kroge to good nahi kroge to bi good😂😂😂
Sir aapke lectures se derivation ek dum crystal clear ho jaati h Thank you so much ✨
Ashu Sir Control level 😅😅06:30
Andar Bahar hilate raho bachcho😅😅
Thank sir🎉🎉