Комментарии:
People :physics is tough
random Indian Guy :hold my 🍻
I'm a teacher learning this video ❤❤❤❤
ОтветитьSweet
ОтветитьBest Explanation
Ответитьwhat happen if we roll the conductor
??
It helped me a lot
Ответитьthis one is the best visual explanation on yt
ОтветитьThank you 💜
ОтветитьB is flux density.
ОтветитьIn what real-world scenario is this used?
Ответитьcontent is clear and awesome thank you so much for sharing ur valuable knowledge ❤❤❤
ОтветитьThank you
ОтветитьVery helpful explanation thank you!
ОтветитьMaxwell was using A,B,C.... And B stuck with magnetic flux density with no reason.
ОтветитьGood job 👍
Ответитьmy fingers just got tired
Ответить.
Ответить.
ОтветитьThankyousomuch sir!
Ответитьthankis matsh , i was gonna suffer matsh from this ba3bos
ОтветитьSo, when do we use right hand rule vs the left hand one?
Ответитьthank you. nicely done. it is baffling why physics classes are stuck in a time warp using conventional current flow more than a hundred years after electrons were discovered.
ОтветитьThank you so much for this video! This was way better than any of my school resources online. Simple explanations, easy to understand and most importantly the visuals were extremely helpful!!! Thank you
Ответитьاتجاه حركة الموصل
ОтветитьGreat explanation . Love from 🇱🇰 sri lanaka
Ответить学ig物理了
ОтветитьFather mother child FMC force magnetic field curren
ОтветитьNice❤
Ответить👍👍👍
ОтветитьThank you so much. It helped A lot😊
ОтветитьSuper class
ОтветитьHello sir
ОтветитьMy textbook has the Current and the magnetic field flopped on the fingers. Glad I pay so much for school to give me the wrong information..
ОтветитьThanks for this of Animation & Explanation.........
ОтветитьThank you so much🥰
ОтветитьDirections unclear, now I'm in a turf war with the crips. Send help.
ОтветитьIs there a reason to as why the current flows this way?
Ответитьcan i ask that from which software do you edit your videos ?
Ответить450 likes !!!!! thank me later!!
Ответитьthank u
Ответитьgood explanation
ОтветитьPeace! You are using the direction of electron flow and not conventional current, right?
ОтветитьThank you it was helpful
ОтветитьThanku soo much
ОтветитьThank you soooo much. You're illustrations help a lot
ОтветитьAfter 8 years, back to physics.... remembered old school classes
ОтветитьGreat explanation. I am a bit confused about the indicated direction of induced current, which rule you are using to find the direction of the current. Thanks
ОтветитьHow do you know what direction the current is moving in
ОтветитьVery underated
ОтветитьGreat class
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