POYNTING VECTOR & POYNTING THEOREM - DERIVATION - EM WAVES AND TRANSMISSION LINES - UNIT IV

[@silverbullet7688]

Watching it hours before exam😂, and understood in one time...thanks sir🙏

[@MrPprasanna]

Thank you very much

[@tadehmirzakhanian893]

An exmaple of a great video! Thanks and love from Armenia

[@MrPprasanna]

Thank you very much for your support and feedback

[@-Shivani-vc4mx]

Point on point explanation sir...happy watching💯😊

[@MrPprasanna]

Thank you very much please suggest to your friends also

[@srikanthdodle1584]

Im following your lectures from last 1 year ur such a great teacher sir.

[@MrPprasanna]

Thank you very much srikanth

[@lakshmik3856]

Superb explanation sir.another best video in you tube.🔥💥

[@MrPprasanna]

Thank you very much lakshmi for your valuable feedback

[@ranjeetamishra3548]

I saw many videos on this topic but I didn't get any conclusion on this..... But now I m very clearly understand this topic tq u Sir make a more videos plz

[@MrPprasanna]

Thank you very much ranjeetha may i know your university

[@_SaiNikhilGadilli]

Superb explanation sir. Thank you

[@olivakodem4553]

Very useful for my tomorrows seminar thank you sir

[@MrPprasanna]

What is your university

[@olivakodem4553]

@@MrPprasanna Kakatiya University

[@knight5725]

Thank you so much sir..... I hav learnt alot Thank u sir🙏🙏🙏🙏

[@maheshgudipudi123]

Very useful ❤ for tomorrow 😅 tq

[@sillarohan25]

Super 💥 sir chala Baga chepthunnaru

[@MrPprasanna]

Thank you very much rohan

[@bokkasushma9737]

Nice explanation sir.... awesome 👌🏻 keep it up

[@meghanapinninti1278]

good explanation sir

[@Iam-dc9hw]

The best explanation sir!

[@MrPprasanna]

Thank you very much

[@Crazymorality]

Is it in vector form,if not how to write or can we write this if they ask in vector form.

[@MrPprasanna]

You can write the same for vector also

[@smartnikhil1166]

Sir ur Very clearly explained ...... This topic Thank u sir....

[@MrPprasanna]

Thank you Nikhil, may I know your university

[@smartnikhil1166]

@@MrPprasanna ok sir But I don't know Just My sir said to me See him videos Then only clearly understand concept wise....so that's it sir

[@revathin7622]

Awesome explanation

[@MrPprasanna]

Thank you very much revathi

[@mohdhamzaanwar5482]

Sir is poyting vector and poynting theorem derivation is same? Plz reply ASAP..

[@seaofcuriosity]

there is no such theorem as poyting theorem as far as i know

[@eswar_21]

Excellent sir

[@shanmukhmalyala17]

sir then what about poynting vector derivation ?? and average power density and complex poynting vector??

[@MrPprasanna]

There is no derivation for poynting vector and complex poynting vectors, we need to mention formula, but there is derivation for energy density

[@shanmukhmalyala17]

@@MrPprasanna I am sorry for asking this sir but my textbook got some derivation and I couldn't get that so I asked about it..

[@harshithabenny3730]

Good explanation sir😇

[@MrPprasanna]

Thank you very much

[@anushamandapati8160]

Very good explanation sir

[@MrPprasanna]

Thank you very much

[@prashanthishanthi2972]

Morning mid exam n now times is 12:30am

[@divyakadali2484]

Sir is this same for instantaneous,average and complex poynting theorem?

[@MrPprasanna]

This one is poynting theorem derivation

[@MrPprasanna]

Instantaneous poynting vector = E X H, average poynting vector = 1/2 EXH, complex poynting vector = 1/2 (E X H*)

[@divyakadali2484]

@@MrPprasanna Okay sir. Thank you!

[@rudragoud4571]

Salam sir 🙏

[@perigisettysuresh4976]

Super sir

[@MrPprasanna]

Thank you very much suresh