Plane Waves in Lossy Medium

[@chess_material]

Awesome teaching ❤❤❤❤ I am preparing for my semester ❤. Your videos are helpful for my sem preperation ❤. Thankyou so much for providing such a good explanation to all topics.❤

[@PadmasriNaban]

Thank you. . Keep supporting my channel...👍

[@chess_material]

@@PadmasriNaban Thank you so much mam. Actually i thought that, I would fail in the semester examination. I had failed in 2/3 revision examinations. Yesterday I did my EMF semester examination. Surely i will get 85+ (A+ or O Grade). I didn't take the book. Just read all important topics from your videos. Now I am very happy 😊. Thanks a lot. It is better to Stop paying the amount for engineering, instead of that i planned to move on to the KZbin premium.

[@TheSolutionBank]

Perfectly explained!!!

[@PadmasriNaban]

Thank you ... 👍

[@SAN_messi_]

17.04 lah antha -1 enna mam achu

[@mustaphaalkhafaaf5512]

could you please send me or upload the notes .. thanks

[@Panith_Konda]

Very nice explanation 👍🏼

[@PadmasriNaban]

Thank you...👍

[@thinkerdoer191]

This is very well explained and you contained the detailed process to expand the imaginary part of permittivity in terms of conductor loss, which is rarely found in text books! Thanks a lot and it’s super good! Perhaps another way to get there is to use the Taylor expansion on the square term of epsilon_imaginary to get the similar Formular. Besides, it would be better to distinguish the dielectric loss from the conduction loss physically. Thanks again!

[@PadmasriNaban]

Thank you....👍

[@mohamedemad4032]

18:10 is the last simplification of the rule is (square rute to w/u*sigma)? or is it (square rute 2*w/(u*simga))?

[@calligraphymasterpradeep9228]

The 2 outside of the root becomes 2=2 x 2 when go inside of the root so it becomes root of 2×2πf/u*sigma, we alredy known that the w=2πf, we can simply replace it🥰

[@ronethmatata4387]

well explained and detailed, thank you............which video comes after this one, im trying to follow them step by step

[@PadmasriNaban]

Check my EMF playlist for further videos

[@mokhsedul]

thank you so much.. wonderful explanation..

[@PadmasriNaban]

👍

[@jeager6808]

thankyou so much

[@ankushbhatia3912]

Thanku💕💕💕...

[@PadmasriNaban]

👍☺

[@chess_material]

Guys follow this channel for Electromagnetic fields and waveguides (ECE Dept.) Really, i learnt all the concepts 100% in this channel. ❤ @PadmasriNaban Thank you so much mam. Actually i thought that, I would fail in the semester examination. I had failed in 2/3 revision examinations. Yesterday I did my EMF semester examination. Surely i will get 85+ (A+ or O Grade). I didn't take the book. Just read all important topics from your videos. Now I am very happy 😊. Thanks a lot. It is better to Stop paying the amount for engineering, instead of that i planned to move on to the KZbin premium.

[@girliesdiary3169]

Mam its so complex😢

[@chess_material]

Vera Vali illa padichu tha aganum. Ithu romba important derivation (lossy & lossless medium). Video vae 2 times parunga + 1 time eluthy parungae, easy paduchirelam😊❤

[@girliesdiary3169]

@@chess_material gods grace ithu enaku ketkala lossless thaa kettanga😌

[@chess_material]

@@girliesdiary3169 oh nice... Engaluku innum sem mudyala. next Monday the EMF... Any suggestions or advice please 🙏🥺

[@girliesdiary3169]

@@chess_material concentrate only on concept memorize matum pannathinga avlothaan

[@chess_material]

@@girliesdiary3169 na almost 70% derivations cover pannitaen. But problems pakkala. So, enaku atha bayama iruku. Problems eppadi pakkurathunu theryala 🥲

[@swarnrekhdewangan7663]

Thank you mam

[@PadmasriNaban]

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