Maxwell’s Equations Part 2: Gauss’s Law for the Magnetic Field

We just learned Gauss's law for the electric field, but wait, there's also Gauss's law for the magnetic field! This will help us better understand magnetic fields, obviously. And who doesn't want that? Again, if all the advanced calculus is too much to handle, visit the mathematics playlist for some review! Otherwise let's learn about how moving electric charges generate magnetic fields.

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[FeedYourBrainChannel]

Just finished electromagnetism in school, I’m psyched to see this!

[CE]

0:42 - 0:49. The fields are not propagating along the y-axis or the z-axis. Both fields are propagating along the x-axis. The orientation of the E-field is along the y-axis. The orientation of the B-field is along the z-axis. But the wave is propagating along the x-axis.

[someoneonthissite]

hey i was wondering like what are the things that you’re will have in this playlist in the future like after classical electromagnetism will you delve into Lagrangians and Hamiltonians and further into modern physics or will this be strictly for classical physics, and also will you add the necessary math knowledge for the future courses to your math playlist if it’s something that wasn’t discussed there or will you explain them in those videos respectively? and thanks !!

[Nxck]

Did you know there's also a Gauss's law for the gravitational field? It's grad . g = -4 pi G * density

[dreyking]

Hey Prof Dave, can you explain to me the Schrödinger equations and how to use it

[venividivici]

I respectfully request you to upload a series of tutorials explaining and illustrating electromagnetism and the complicated math problems associated with it. Please please please....

[thepurplecone]

Thanks man going to be honest math is not my supersuit but you make it so easy to understand :)

[humanchord]

Could you collaborate with Avinash Kumar regarding his recent thesis on anomalous relaxation?

[pancakesauces]

I have a question. Why does the plate get so warm in the microwave, if it only heats water particles?

[Z-_-Z-_-Z-_-Z-_-Z]

hey professor dave, while i think this playlist is very complete and is overall fantastic, i do feel like you could cover a lot more things in the modern physics playlist. do you ever plan on expanding the playlist or do you just feel like its complete?

[TomHendricksMusea]

Maxwell's discovery was that he connected light with magnetism. 
I say light converts to electron positron pairs  and back and forth. Photons, electrons and positrons are all versions of the same thing.

The magnetic field connected to a light wave... would have to have both a positive and negative aspect. Magnetism is not a monopole.
That would suggest magnetism is an electron positron magnetic field.
That seems to tie in photon light with electron positron magnetism. 
The drawing shows a light or photon wave as red and the magnetic field in blue with electrons or e-, alternating with positrons or e+.

Summary
Here are the key components of all my physics posts.
Photons are eternal and outside of time and distance.
The singularity of photons began the Big Bang.
Photons created electron positron pairs in the Big Bang.
These electrons and positrons made the elementary particles which in turn made the atoms.
Photons, electrons, and positrons, are all different versions of the same thing.
The energy of the universe comes from photons converting to electron positron pairs, or electrons and positrons converting to photons.
The force from the Big Bang singularity was photons, dark energy, or anti gravity.
The force from acceleration is anti gravity, not gravity.

[panasiia]

Aw man, why did my school let me take this course before I took linear algebra. It's been tough 😬

[ashaydwivedi]

hi professor dave! lovely video. are you american? because i was curious about - what grade do students learn these topics in the US? and i realised that i have been pronouncing "gauss" wrong my whole life😭

[اوك-حم]

حفظ الله ورعايته لكم اخي الكريم وبارك الله فيك وجزاك الله خيرا

[sampap]

Hi Dave! I watched a few vids by Ken Wheeler yesterday, have you heard of him? 2 days ago he called himself "the foremost expert in this world on what the field of magnetism is" and he's previously said that he "literally wrote THE book on magnetism"😂. Seems like michelin star word salad to me but it's definitely not my area, would love to hear your thoughts in a vid!

[Alberts_Stuff]

I'm so dumb, why am I even here 😐

[aidenmikla]

I’m on this unit now, can you crank through the videos faster please lol