4.9 WAVE POWER & THE POYNTING THEOREM for I.E.S./G.A.T.E.

[@delightnkomo2592]

this channel has made my experience with EMT a lot less scarier than advertised. Thank you so much

[@mayaacademyahiwara634]

Awesome detailed information

[@shaileshgawande117]

Nice explanation with all necessary details

[@jitendrakalsai1]

Wao Nice and beautiful explanation 🎉

[@angaihichinzah1076]

Beautifully explained

[@nikhilchourasiya4720]

Nice Explanation 👌👌👌👌👌👌👌👌👌👌👌👌 Thanks sir

[@boyaveeresh7198]

Super explain ❤

[@HellCastlemania]

Love you sir you removed my doubts

[@kzalesak4]

very good and clear thanks!

[@parulsharma7068]

osm explaination ...

[@cheripellichandana3667]

Please do more videos in emf subject

[@ozzyfromspace]

Good video! I'll definitely rewatch soon 👌🏽

[@aryanjaiswal8809]

can you provide a pdf format of this lecture??????

[@danieltambunan9717]

4:03 how do you get 1/2?

[@rakeshkumarsharmarakeshkum361]

I was also thought thanks

[@saurabhTiwari-iv7bf]

Thank you sir

[@akaaaay]

Please share those notes...

[@saurabhTiwari-iv7bf]

👌👌👌👌

[@pravinsidhu8281]

Sir ye notes mil saktey hae

[@pradhumnsharma5783]

Could you please give us your notes link

[@Charlie027]

Thnx

[@nikhil1757]

What is eta here?

[@Gaurav-bl4ni]

Intrinsic wave impedence

[@Random-sk7sx]

How E×H=P?

[@epovchannel1960]

arjun styles: E is electric field is polarized towards x axis; H magnetic field is polarized towards y axis and the cross product of E and H is directed towards z axis denoted by P i.e. poynting vector which indicates the direction of propagation of EM wave....

[@Random-sk7sx]

Thank you sir

[@parivartangadhe6653]

Thank you sir

[@parivartangadhe6653]

Thank you sir