Poynting Vector

[@jeanpauldosher3076]

by the way....your pronunciation is wonderful for non americans. Thanks!

[@δωμάτιομελέτης]

OMG..... Your accent is so lovely... Any non native like me can get it easily....😍...by the way... The class was so helpful.... Thanks a lot dear sir🖤🖤

[@dassaf5374]

Thank you, you break it down very nice and clear! I can see you have a very good nderstanding of this and that you put a lot of preparation into your videos! 👍

[@alphajaguar9156]

Phenomenal job, Sir. Thank you. Always an honor to learn from you.

[@aSenseSeeker]

Subscribed within 30 secs :D Your explanations are amazing and its all organized so we know which idea comes from where.

[@MrCyphox]

this was great help for my quantum module

[@cristianfernandoavilanavar711]

What a clear speaking you got. Nice explanation!

[@royroci2303]

I discovered today I can watch your lecture at 1.25 or 1.5 speed, thanks

[@arturoimt83]

Such a great ability to explain!!

[@yagnasenimukherjee5846]

Such a great way of explaining in such a short tine😊

[@constant6412]

It is perfect lecture!! I really appreciate with it!

[@vantuilpinheiro8433]

What a magnificent video class!

[@angelcastillo7818]

Great videos! I always watch your vids in 1.25x speed tho lmao

[@patrick0101]

Try 1.50x. You get used to it.

[@patrick0101]

You can even try 2.00x. I tried it but couldn't afford much long.

[@arnesaknussemm2427]

The pointing vector has the same units as irradiance. Are they the same?

[@suvapillay9358]

Very Good Explaination

[@tidegoesin_tidegoesout]

I understood your explanation better than Walter Lewin's

[@VitorEngRN]

Fantastic video!There's only one weird thing to me: why do you use the same equation twice? Because c=E/B=1/sqrt(uo*eo). Yeah, it helped to achieve the answer, but I didn't understand it... Thank you so much and sorry for my English...

[@gwakisazacharia3645]

😌thank you so much, i clearly understand

[@OliverJoshuaJacob]

Thanks. You've just found a new Subscriber XD

[@AAAAAAAAAAAAAAAAAAAAHH]

nice, concise and clear

[@AKLECTURES]

thanks!

[@cemates1156]

Excellent.

[@MdAnik-og5sw]

I couldn’t find your video on energy density equation. Can you help me to give that link?

[@aniksheikh902]

Very good explanation.

[@dalalalhilfi87]

What is the reference please? .. I need the reference very much

[@koustube4167]

is poynting vector and intensity similar ?

[@BlueUKLouis]

No. The average of the poynting vector is the intensity. Only when you take the average.

[@koustube4167]

Rah L. Thank you.... Was eagerly waiting to know !! 😊

[@sounakbhattacharya9646]

Thank you Sir

[@luismo95metalgamer67]

very helpfull ! , thank you very much !

[@Wardaimtiaz1066]

Thanks

[@Wardaimtiaz1066]

Amazing

[@jeanpauldosher3076]

I have a deep doubt when you assume that S= cB^2/ μ0 and S=EB/μ0......i dont get it

[@aniksheikh902]

According to Max planck, c=E/B.
you just have to put the value of "c"(which is E/B) then you'll get the ultimate result.

[@jeanpauldosher3076]

Yes!!! Thank u a lot!!!

[@ClumpypooCP]

What is your accent? Its cool

[@hventure]

thats from animal channel brave wilderness

[@ancelmoneto3325]

Very Good

[@hventure]

no idea why is this so difficult to focus. i had to rewind many times. thanks for the content anyways

[@nainasingh7569]

Sir upload some applications (numericals and theory questions) (subjective typ..)..

[@luckykumar8933]

thanks sir...

[@riyazhossen6602]

Tnx sir

[@MicrowavePasta]

Found it a little hard to stay focused, otherwise, good information

[@linknlogs2273]

So difficult to focus because of his pronunciations

[@eeliasselias549]

Ill never understand who votes this vídeos down

[@c1o6128]

Good job but stop talking like that

[@tamilselviselvi2365]

Explain English

[@shivlalkumawat1617]

Hli