Electromagnetic waves One Shot | 12th Physics

[@PhysicsWallahAspireHub]

best teacher ever , without any promotion , straight to the topic , i understood everything in one go , thank you sir

[@prabalmittal6737]

recently found this channel,it is 1000x better than physics wallah

[@Aukatbhulmat]

Sure 😂

[@oddexplorer7976]

Great explanation, kindly provide one shot series for other chapters of physics

[@mukultyagi5376]

I swear this is the best quality education for physics❤️❤️❤️

[@vikasmeena5425]

आप हमे हमारी भाषा मे पढ़ाते हो जोकि हमारे लिए फायदेमंद है धन्यवाद

[@i_am_khan_4572]

🤦🏻

[@RiyaKumari-m9s]

Outstanding explanation in the whole youtube 👍🏻

[@adriangheorghe2327]

The so-called UE electromagnetic waves exist only in conductors. In the cosmic vacuum, materialized by the etheric, non-cohesive, non-inertial, inelastic and incompressible ocean, i.e. in the ocean of weightless matter, the wave mechanism, which requires the successive transformation of one form of energy into another, cannot function. The phasing of the electric field with the magnetic field in the breast of EM waves is clear evidence that the wave mechanism does not work in a vacuum. The so-called electromagnetic waves are just some electromagnetic reliefs, made up of the chained circulations of the electric and magnetic fields. After deciphering the physical meaning of the action constant h, it can be demonstrated that at the level of each half-wave, the propulsive electromagnetic force is in balance with the inertial force, (BIl=m.a). This balance makes the sliding (translation) with a uniform rectilinear speed, of the scalar structure of the electromagnetic wave. The uniform-rectilinear speed and the transversal periodic structure give the wave appearance of E-M radiation. But the E-M radiation is only a dynamic structure similar to the linear electric motor, which glides through the vacuum at the speed of light, being propelled by the electromagnetic force, the force which is in balance with the inertia force.

[@starkeditz254]

This video was very interesting and very well explained Thankyou sir 😁

[@VidhyaSonii]

sir....at 01:03:18 why it is 1/mew not........🤔🤔 in the formula of poynting vector. please reply....!

[@thescientia.297]

Crystal clear..

[@AlokKumar-uk5qy]

जिनको मीडियम की जरूरत होती है उन्हे mechanical waves कहते हैं, matter waves तो microscopic particles से संबंधित है न?🤔

[@manassingh5103]

Yup

[@umeshchandramakwana806]

Very nice explanation!!!

[@AnsarulIslam-tr5pw]

0.1:09:14

[@mukultyagi5376]

You are the best teacher. Haven't seen this good explanation to physics concepts. You are a krantikaari teacher sir!!!🥰

[@RishabhKumar-wv7eu]

Sir u deserve everyones ❤️

[@naman881]

Mukherjee Lata hai kcl apply nahi kar Sakte. Sirf ampere circuital law fail ho raha hai

[@sanjaykumarofficial200]

Thanks a lot for good explaination❤❤❤

[@Instagramsong0.0]

ʃ Ma Kon sa current use Kiya Agar agar DC current use ha to magnetic field ek Bar banka khatm ho ga 2:23

[@PriyaSharma-fs7yh]

Kyo bahi current se to magnetic field produce hota hi hena

[@AGIRLNAMEDSAUMYA_888]

Keep it up sir superb

[@mahenderbishnoi7346]

Thanks sir it is very helpful

[@MuskanSingh-cb5dy]

Thank you 😊

[@AGIRLNAMEDSAUMYA_888]

So much helping .......❤️❤️❤️💖💖💖💖💐

[@रामभक्त-य5व]

Sir ek question hai agar capacitor ke bich mein current nahin hota hai to fir capacitor per negative charge kaise chal ata hai Kyunki ham log to jante Hain current ka direction plus se mines ki aur hota hai Aur Rahi baat ampere circuital law ki to ampere circuital law ke according capacitor ke bich mein wire hona chahie tab us wire ke across ham loop imagine karenge Lekin capacitor ke bich to koi wire hai hi nahin To fir vahan per ampere circuital law kyon aaya Please reply kijiega❤❤

[@kshitiparikh6897]

negative charge capacitor plate pe flow of electrons ki vajh se ata haii kyuki wahi flow of electrons ki vajh see conduction current opposite direction mei produce hua hai

[@Foodywine]

Sir ne ... Capacitor k bich loop ko assume kraya h 🙃

[@rakesharora2522]

Thanks a lot. You are great.

[@Monika-g7h9q]

This video is very useful for me ❤❤🎉

[@trusty9662]

Excellent Explanation🌞

[@umeshprajapati4987]

Nice explanation sir ji 😊😊

[@Manumunnaofficial-eo7gz]

Sir aap one shot bhi try kariye bhut successful rhega students ke liye bhi aur aap ke liye bhi mai ye bat as a student bol rha hu kyoki mai aap ko kafi time se follow kr rha hu

[@KafeeDalal]

Sir where we can find your notes?

[@GauravBisht-k3w]

Sir kya ye pura chapter hai ? Please answer

[@spark.life0620]

I find it easier to understand ❤

[@pankajmehra6960]

Thankyou sir it's very helpful for us 🥰

[@dikshajain2778]

pura chapter covered hai?

[@kunal1614]

THANKYOU SIR ... 😊

[@cooks_everyday6440]

More chapters one shot lectures sir

[@Ankita-cb9nt]

Thnkuu so much sir 😊 for this amazing 😍 video 📷 it helps us a lot 😁 Thnku Thnku Thnku so much sir🤩🤩🤩🤩🤩🤩

[@akashtiwari8645]

Aap poori baat batate ho😮

[@Khushi-lh6mj]

Thank you so much sir 🫀

[@AadityaMishra601]

I found this channel and realised I found not only video it's 💎 GEM for me splendid explanation ❤️

[@nlmshop8591]

Sir u are superb🎉

[@superediting564]

Thanks a lot sir ♥️

[@Shortsfunny4u]

Notes kaha milegi

[@riyagangwal1698]

amazon

[@sunydhillon]

​@@riyagangwal1698aacha

[@DeepanshuSaini-o7j]

Sir notes?

[@DeepanshuSaini-o7j]

Like nhi sir notes chahiye

[@6legendarynoobgod9]

​@@DeepanshuSaini-o7jAmazon se leke

[@luckyp4k235]

Sir after going through your channel and videos I swear I recommended my freind to see your videos instead of saying ALAKH PANDEY sir from PW

[@rakesharora7714]

Thanks a lot.

[@AmritAmrit-fg2fe]

If Sir take 3 or 4 period continues bacho ki to jaan nikl jaye gi 😅 hamre sir aasa hi karte hay

[@amirali2759]

Thanks

[@vinodpatil6317]

Sir please provide this chapter notes on telegram no please sir

[@akruthiv7870]

Sir i cannot understand hindi completely can you please give captions for this video

[@parulkatoch226]

Thanks sir

[@ManishSharma-yu5jh]

sir ek book me E = E°sin(kx-ωt) diya h aapne E= E°sin(kx+ωt) btaya h or ek jagah E = E°cos(kx+ωt) bhi diya h mujhe samajh nhi aarha... please explain sir🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@ManishSharma-yu5jh]

Sir like krke kya fayda....answer to dedo please......🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@kusambhatti3206]

It's :- E = E° sin (kx ± wt)

[@DeepanshuSaini-o7j]

🎉🎉

[@shamir1975]

amainggggg.........

[@SanidulIslam-rz8eb]

Pokkir class

[@King_Baldwin2]

Nyc explanation sir 👋❤️

[@navneethpawar7136]

Thank you so much 👍👍👍

[@parulkatoch226]

Thanks sir

[@saroj8316]

Thank sir