Reflection of Uniform Plane Wave Due to Oblique Incidence

[@sabamajeed]

Excellent sir and thank you

[@magotrafamily593]

I have watched the lecture ...I searched a lot on you tube for this type of explanation but no one give this type .....excellent for u ....rest all are copying the standard books and ur way of explanation is by thinking ...again excellent... Thanku for this type of explanation I hope u will post magnetostatics also..

[@KishoreKashyap]

Thanks for watching my video......I will upload more videos with detailed explanation.

[@magotrafamily593]

Sir can u do questions of gate of this lecture....

[@KishoreKashyap]

Ok I will do gate questions also

[@magotrafamily593]

Sir what is polarization loss factor ...any idea Sir.... It is asked in one of recent gate questions..

[@magotrafamily593]

Sir angle of incidence is the angle made with positive z axis...or X axis??

[@Filipesko123]

Thank you my man, you just helped me pass my exam. Only thing i didn't knew when my professor asked me is what happens with the phase before and after Brewster angle, he asked questions like what is the reflection coef. telling me, if it's negative, or when it's positive. But he gave me some clues and i managed to figure it out "on the go". Thank you again for your lesson, it helped me a lot.

[@KishoreKashyap]

thats great.....

[@prasundatta6590]

Ultimate Saviour sir..superb Lecture

[@KishoreKashyap]

Thanks.....

[@guillermoseguragomez4227]

Amazing lecture! Congratulations. Only one question, could you tell me what books do you use?, I have searched in many sites, and i don't find a development like yours. Thank you and congratulations!!

[@DineshVerma-bz7ho]

Very nice and detailed explanation sir, please do more videos on electric, magnetic fields, transmission line, waveguide and antenna. Your videos helped me alot.

[@KishoreKashyap]

+Dinesh Verma Sure I will upload the videos soon.....👍👍👍

[@SuperENGLAND92]

sir your lectures are best! can you upload more lectures about transmission lines and antennas?

[@KishoreKashyap]

Yes I will

[@venkateswararaokalasai1700]

Hi sir , while writing magnitudes of propagation vector , you have written only magnitudes of x and z components .what happend to magnitude of y component ? can u pls explain?

[@KishoreKashyap]

Wave is propagating in XZ plane or XZ plane is the plane of propagation hence the propagation vector has just two components X and Z and its Y component is zero.

[@venkateswararaokalasai1700]

Thank you so much sir .

[@Tech_Ecosystem108]

Thanks sir for providing concept of oblique incident....n it is requested to u sir please provide a lecture on binary random process. It's tough

[@KishoreKashyap]

Thanks for watching......And I will upload the videos on random process

[@srujananandoju4991]

Sir in perpendicular polarisation Er direction should be in -y direction right? When the wave gets reflected its orientation changes. Why did you consider +y again?

[@KishoreKashyap]

you can take Er in -Y direction, accordingly the direction of Hr will change, it will be downwards. Now you can derive all the expressions for reflection coefficient and transmission coefficient, at the end you will get same expression.

[@srujananandoju4991]

I am getting same magnitude but with a negative sign

[@KishoreKashyap]

ok i will check and will get back to you.

[@naumanali1595]

superb love from pakistan

[@KishoreKashyap]

Thanks n love u too......

[@aushin4451]

superb lecture sir..thank u

[@gajatejeswarareddy6922]

in parallel polarization brewester angle case why the reflected wave becomes linearly polarized

[@suranjankumar94]

superb sir...superb...

[@KishoreKashyap]

Thanks......

[@farazuddin1517]

how can i contact you ?

[@KishoreKashyap]

[e-mail], whatsapp [phone]

[@ramanjaneyulujagannadh2668]

Super sirrrrr ,, ,,,,could you please upload remaining topics in electromagnetic theory

[@KishoreKashyap]

Thanks......I will upload the remaining topics soon....

[@PawanKumar-eb5oe]

Thanks sir

[@vishalvijaydange9877]

great sir...

[@KishoreKashyap]

+Vishal Dange Thanks.....

[@SushantPrasad-db5jx]

Thank you sir...

[@KishoreKashyap]

Good luck

[@swethasri2276]

Sir pls start transmission lines