The Wave Equation lecture no.20

this lecture tells us about the derivation of wave equation
the wave equation is:
The electromagnetic wave equation is a second-order partial differential equation that describes the propagation of electromagnetic waves through a medium or in a vacuum. It is a three-dimensional form of the wave equation. The homogeneous form of the equation, written in terms of either the electric field E or the magnetic field B, takes the form:
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[@ranakashif2700]

V good

[@susmitaroy9239]

Thank you sir

[@ankitmishra2723]

Thanks sir

[@sabirayubjan2690]

Welldone sir

[@euphemistic8522]

Very nice sir .......

[@learndailyphysics4804]

Thanks for the review

[@ranakashif2700]

Sir is book k baki topics bhi clear krayen plz like Maxwell relation etc

[@samarsherazi7906]

Sir please upload more lectures, we need more lectures on chapter 9

[@nasarjaved9184]

Thank u so much sir

[@learndailyphysics4804]

Most welcome

[@nasarjaved9184]

Thank u

[@learndailyphysics4804]

Welcome

[@brandonflorida1092]

I wonder how many English speakers came here only to realize that the video isn't in English, despite its English title, because you didn't bother to indicate that it's not really an English language video (which would have taken you 10 seconds).

[@learndailyphysics4804]

Sorry sir next time i will mention and save your precious time☺.

[@brandonflorida1092]

@@learndailyphysics4804 The sarcastic tone of your response suggests that you don't care how you inconvenience people if they aren't members of your group.

[@learndailyphysics4804]

I apologize.sir 😊I will next time.

[@Dawin_7]

@@brandonflorida1092 you got any problem with that ,?

[@Dawin_7]

@@brandonflorida1092 mind your own business man, just don't try to interfere in anyone's

[@rahatjaved5713]

Thanks sir

[@learndailyphysics4804]

Welcome

[@muneebanabi2585]

Thanks sir

[@learndailyphysics4804]

So nice of you