Video

Super

thanku mam

Please make a complete video on laser and optical fiber

Nice explanation straight to the point

nice lecture mam

❤

Before exam watching

Very weak audio. When you turn up the volume, then the ads kick in with loud audio, KABOOM!

Mam will they give full marks if I write this for an 8 marks question

thanks mam

Thank you very much for your clear and concise lecture!!!😊😊😊

Thank you for your Playlist

How can I contact you

🎉🎉

Madam, in both E and H planes why do we take only E vector to draw?

At first, feilds from top to bottom and then fields are from bottom to top. Why is it like this only in one half cycle? Please explain

👍

Notes link ????

Thank you 🙏 madam

Thank you 🙏 madam

you explained an entire 30 slides ppt in 10 mins! thank you so much for your work!!

the way all my brain cells collectively understood this video, the way you teach is profound! thanks for making these videos ma'am <3

The wave diagram shown at 4:58 with Blue magnetic field , seems to indicate that the total instantaneous power in the wave ( Poynting Vector) being exchanged between the magnetic and electric wave, is not constant, but oscillates in magnitude even reaching zero twice per cycle, As far as I know the instantaneous total power total power stored in the electric and magnetic fields is constant. Please explain that diagram!

Thank you for a nice explanation

Great mam .... Why don't you do digital marketing for your videos .... ... I am a professional digital marketer and an engineering student.... I can help you to promote your channel....

Excellent ga cheparu mam

Beautiful mam , continue drawing it will make u happy 😊

Tq mam 😊 for ur nice explanation

very nice.. and thanks mam

Good explanation ma'am

Designs chala baagunnai madam...

nice art 👍

Brilliant art

Nice mam

Super mam

Thank you so much mam for your clear explanation 🙏

Simply superb mam...

Madam designs chaala bavunnai👌

Wonderful information

Wonderful explanation

Tq cleared my doubt

Clear explanation mam

I didn't saw any radiation mechanism concept in previous class could u plz add that class

Good explanation 👌☺️

Good explanation madam

Thanks

Minor correction: the orientation of the magnetic field should be clockwise (not counter-clockwise), relative to the electric field, such that the propagation direction is represented by the Poynting vector: S = E x H

Mam very very good explanation

ok..now... at 14 MhZ you have a transmitter with 100 watt RF transmitting into that dipole antenna , what is the amperage (current) in that antenna. ??? lets see you do that sum :)

Tqq mam nice explanation