em waves in conducting medium (hindi)

[@Eduphile]

More Videos of Electromagnetic Theory are available

[@deystudies7295]

Sir more video upload ki ji ye electromagnetic theory topic pe

[@Eduphile]

@@deystudies7295 Ji Haan.
Aap tab tak purane videos dekhe
Electromagnetic Theory: ua-cam.com/play/PLyTVFDODClZiXlUfODWSuXI2kmCL4tIFb.html

[@Eduphile]

Em wave in non conducting medium is also available
ua-cam.com/video/fGU3KM9jUP4/v-deo.html

[@dandusubbaiah8374]

Tnq u sir..... Most of the people like ur videos sir including me because every point is clean and clear.... Not stop ur journey.... Sir

[@Eduphile]

Sure dost. Thanks

[@sachi_tiwari6526]

Really sir splendid explanation 🤗🤗🤗❤️🎉 I was too much worried about this theorem, but your class solved my every doubts💝 , I am new subscriber of your channel's sir🙃🙃

[@Eduphile]

All the best

[@amandhakal8939]

19:09
What is in video?: "r" is replaced by "x" because direction of propagation of wave is in x-direction
What it should be?: "r" should be replaced by "z" because we have electric field in x-direction
19:53
What is in video? Direction of magnetic field is shown in x-direction
What it should be? Direction of magnetic field should be in y-direction because we already have electric field in x-direction.
Correct me if I am wrong!
At last, thanks for this wonderful video.

[@Delta._]

You can take any direction for wave propagation.
It is upto you.
If your E is in x direction and B is in y direction S will be in z direction.
You can always simultaneously change the direction keeping in mind they all are perpendicular to each other.

[@sachi_tiwari6526]

@@Delta._ correct 💯 answer bro

[@nidhidewangan3522]

Bahut ache se samjhaya...nice😊😊

[@Eduphile]

Thanks. Keep Growing 🤗

[@AbhishekDwivedi-h]

Good job❤

[@Eduphile]

Thanks 😊

[@sanjeet7681]

Sir aaj mera exam tha or ye question v aaya tha
Or aapne kafi accha video banaya hi
Or me kafi acche se likh paya
Thank you 💟 sir

[@Eduphile]

Most Welcome. Keep Growing 🤗

[@payalpritilagna5089]

Brief and simplified. Thanks

[@Eduphile]

Most Welcome. Keep Growing

[@webtechhindi]

em wave in anisotropic medium kaha h sir

[@Vaaani_Saini]

Sir please upload more videos on electromagnetic theory. Aap bhut accha parate hain

[@Eduphile]

Thanks. Keep Growing. I shall try

[@ITIS_AYUU]

Sir alpha and ß value in book are in exchanged form. So which of them we considered attenuation constant.

[@sumanamondal3217]

Beta ko attenuation constant

[@mayurthosare4593]

sir plz make video on step potential and harmonic oscillator for 1 dimension

[@primeinfo7856]

Absolutely amazing

[@payalpritilagna5089]

Which case it is? EM waves propagating normally to conducting surface or EM waves propagating obliquely to conducting surface?

[@Eduphile]

For normally

[@sachi_tiwari6526]

For normally conducting dii.
Obliquely condition is for may be relection and transmission

[@Delta._]

Sir how do i show that electric field and magnetic field are not in phase in a conducting medium.

[@himani4204]

Sir then what are the Maxwell's eqn in isotropic and non isotropic medium ?????

[@Eduphile]

Check the video of electromagnetic waves for non conducting medium

[@bhargavsoni765]

Thanks for great explanation...🙏

[@Eduphile]

Most Welcome. Keep Growing

[@wardasaeed9239]

Very helpful 👍🏻

[@Eduphile]

Thanks. Keep Growing

[@hamidraza0785]

Electromagnetic waves travel faster in conductor then in dielectric constant
True or false

[@basavajyothi89]

What happens to the em wave when it is traveling normally from a non conducting linear medium to a perfectly conducting medium??
State whether the wave is transmitted or reflected back with phase shift??

[@Eduphile]

I shall try

[@abhaygupta4461]

Thanks sir
bahut easy explain kiya apne

[@Eduphile]

Most Welcome. Keep Growing

[@worldworld2369]

What a video sir thank you so much

[@kanwalsaeed5622]

video For non conducting medium ???

[@Eduphile]

I shall try

[@adarshkumarsingh3589]

Tysm sir 🙌❤️🙌

[@gospelgodae2104]

I need the English version of this, please

[@MusicalBoys18]

Love u sir u r life savior

[@Eduphile]

Thanks ❤️🤗

[@yogabypayal]

Thank you sir 🙏🏻🙏🏻

[@Factwallah12585]

Sirr yadi questions skin depth puche toa yah Maxwell equation in conducting media .....yah complete derivation kar sakte hain....... please reply sirr.....my exam in 3 days left only

[@sarthaksharma2629]

What is Beta at 12:00

[@FAIZANKHAN-je4ge]

Sir ye wala topic solve Maxwell's equation in conducting media rediation by moving charge me bhi likh sakte hai kya

[@muhammadabuzar3897]

Sir
Beta ky liy equation k^2 =(a-ib)^2 ho jaega?
Beta ky liy bhi haM eq 11 aur eq 13 add karengy?

[@tropi_sdphy7643]

thank u so muchhhh...in the last part there have a biggest confusion in my mind

[@Eduphile]

Most Welcome. Keep Growing 🤗

[@arvindbaa7145]

Samaj me aaa gya sir thanks

[@Eduphile]

Good. Most Welcome. Keep Growing

[@Factwallah12585]

Sirr...yah complete explanation Hain.
.....?????????.......about its topic......

[@Eduphile]

Ji haan

[@Factwallah12585]

@@Eduphile thankyou sirr......but...esme refractive index
Skin depth
Vagera bhi hota h

[@sohailhamza3810]

Very well done sir

[@Eduphile]

Thanks. Keep Growing

[@poonamsen2796]

Sir ese EM wave metallic medium b khte h na

[@Eduphile]

Yes

[@vandanagupta-ij1if]

Del to divergence hota hai to isse deferrentiation kaise kar diye ?

[@Eduphile]

Del differentiation k liye use karte h aur divergence ma bhi differentiation hi hota h

[@aliavhora1474]

Nice explanation

[@Eduphile]

Thanks and welcome

[@sweetynitti]

Sir if we can write this topic in msc 1st sem exam

[@sweetynitti]

Reply sir

[@sweetynitti]

Reply sir

[@Eduphile]

Yes , Aap likh sakte h

[@muhammadrizwanmuhammadrizw5071]

Sir ap electromagnetic waves in non conducting medium bi record kryan... Julaid hi

[@Eduphile]

I shall try

[@rahulkhatmal5676]

Gjb sir ji

[@Eduphile]

Thanks. Keep Growing

[@vikindu5524]

thnkew sir..its good

[@Eduphile]

Most Welcome. Keep Growing

[@physicsstudent2180]

Nice Video Sir

[@Eduphile]

Thanks. Keep Growing

[@sanskarkumar6484]

Thanks Sir ❤

[@Eduphile]

Most Welcome. Keep Growing

[@msheraz2952]

Good 👍

[@Eduphile]

Thanks

[@nazreenparween5272]

Em wave through isotropic dielectric pr video h

[@Eduphile]

Abhi nhi available h

[@rubelchowdhury9374]

@@Eduphile sir please upload kijia

[@utsadastidar2046]

well explained

[@jyotiprokashbhandary743]

Sir i scored 26.67 in iit jam physics 2020 and i have obc and the cutoff for obc is 19.53 this year.. is there any possibility to get nit for msc physics. If possible then which nit i will get?? Pls help

[@Eduphile]

Yes , A great possibility to get nit.
But which one? No idea.
👍

[@jyotiprokashbhandary743]

Thanks for your reply sir

[@dana5731]

Do you have any concept???

[@chhotikoshish9676]

Thanks sir

[@Eduphile]

Most Welcome. Keep Growing

[@VIKAS-ff7qn]

sir ye notes de do

[@Abhilashakri811]

👍👍👍

[@Eduphile]

Thanks. Keep Growing

[@satendrakumarkushwaha4446]

Book me skin depth = 1/alpha diya hai.

[@satendrakumarkushwaha4446]

Alpha aur beta me sir (-1 )aur (+1) exchange ho gaye hai

[@gouravghosh1560]

In non-conducting medium

[@Eduphile]

I shall try

[@gouravghosh1560]

Thank you your video is good. Is there any changes in non-conducting medium.

[@msazzahid6881]

EM wave in non conducting madia

[@Eduphile]

I shall try

[@khushibajwa1194]

❤️From 🇵🇰

[@Eduphile]

Thanks. Keep Growing 🤗

[@Bibhu144]

Jisko kuch samjhane nahi aaya bahi like kare😂

[@msheraz2952]

Urdu Hindi language is the best choice

[@Eduphile]

❤️👍

[@gospelgodae2104]

Why not speak in English

[@Solvingnow]

India bro, HINDI only

[@ggtajayy]

Where Ia in term of h 😡😡😡