Maxwell's Equations, Electromagnetic Waves, Displacement Current, & Poynting Vector - Physics 

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Hello! I just wanted to thank you for your amazing work. You are a better teacher than most college professors. THANK YOU!

I just realized that I missed this chapter for homework and am now trying to frantically complete all of it plus another chapter in one day. Your video helps so much. Idk why teachers don't teach this this way, it makes so much more sense like this.

Once again my GOAT comes through. You have been helping me so much since like trig haha.

You're so underrated, lot's of love from India!!!!❤

Good video, the only thing is that I wish you used some example problems where we need to use the equations as they're written using limits of integration

This dude is saving a life rn

This video should be added to your Physic playlist

Do you have a playlist of the electromagnetic course ? I'm taking it in Spring ! If not could you point me to the first concept I should learn?

most underrated video

Quite a difficult course...But the most beautiful for me.

I am pretty sure that the transfer of energy between two plates in a capacitor is through dielectric induction, which is a form of longitudinal wave (not a hertzian wave), which means there is NO electromagnetic field generated. The only time you have an electric field is when you have a hertzian waveform. An example of a longitudinal electromagnetic waveform is one that is generated between the torus and the Earth in a Tesla coil. Again there is no magnetic field generated from the longitudinal wave. The reason for this is the longitudinal wave vibrates in the same direction as it travels, where is a Hertzian wave vibrates at a 90 degree angle from the direction of the wave.

In a magnetic field, the poles are Siamese twins, while in an electric fields, the poles are not.

Studies vectors vertices electromatic energy

You are an amazing soul mate thank you so much

Can you make a video on non permissible values of trig identities

How do you differentiate between average and total power (ref? Q11) because on first glance I thought the 500W was the total power so I had to find ½ of that as average power before dividing by area

You're Awesome

Is there any way you can do the same video but with trig??

Do u have anything on Maxwell’s relations (thermodynamics) ? Thanks

1:48 Isn't E the same as D just substituting one equation for EMF for another?

So nice

why is square having dimesion 5*10

.5 or .05

permeability of free space is not 8.85 but 4pi*10^-7

E=(6.8 x 10^6 - 8.4 x 10^5 t)where t is in sec sir please tell me what its reprents

Where are the triangles? And the devilish demon

nice !

Maxwell was Scottish

They're Heaviside's Equations.

goat

jesus…