Maxwell’s Equations Part 4: The Ampere-Maxwell Equation

[@mcalkis5771]

It's great to see you go through some pretty advanced stuff. Would to love to see more.

[@mhsohn6798]

No offense, but how can you be so knowledgable in all kinds of fields? I heard that you majored in Organic Chemistry, but it is really impressive that you can provide in-depth knowledge about electromagneticism too

[@pinball1970]

I was thinking the same

[@sideeggunnecessary]

Keep learning

[@pinball1970]

@@sideeggunnecessary Yes I am!

[@amerilovangel333]

He’s likely not. Most likely he’s fed a script or bullet points from whatever company is keeping his atrocious channel going. His comment section is typically full of anonymous (repetitive) accounts that only leave glorifying comments on videos like this or trolling ones for any opinions that go against his main point. Suspect? Welcome to the sneaky programming behind social media.

[@pinball1970]

@@amerilovangel333 Do you not like science?

[@Pinkguy6999]

I simply watch your vids cuz im bored during semester break, love it

[@Shf623]

Thanks professor! Thanks for sharing and spreading knowledge for everyone and for free. You really make the difference!

[@kylebeschler03]

How do you know so much about so many different subjects? It's just crazy I think LOL but it's freaking awesome and I love it!!

[@kinsey304]

It's called the internet

[@Duckface998]

bro, he knows a lot about the science stuff, weren't you listening?

[@JS-vj1il]

Its easy to learn the basics of electrodynamics by yourself if you have a solid scientific background. But these videos are surface level(which is not bad), electrodynamics gets nasty very quickly and is often one of the harder courses, depending on the uni and lecturers.

[@darthvader4633]

this is tought in high school bruh

[@markoalex8819]

@@darthvader4633 In what high school are they doing vector calculus??

[@rachidlamzougui1683]

You give the explanation in a better way. Than k you very much

[@danielvolinski8319]

Given that E and B depend on t,x,y,z, shouldn't their derivative with respect to time be a partial derivative? Thanks!

[@ilia9876]

If I am allowed to give a suggestion Pls address the Formula of B=E/C is ONLY applied to is ONLY applied to the changing electric field (like whats happening in the capacitor) as C=1/μ0E0 and got nothing to do with constant electric flow that is the first part of the equation Also I dont think it was clear enough that the + sign between 2 sides of the equations means that we beed or constant electric flow OR changing in electric field over time amd NOT together

[@nabriss]

for the first time in my life, i am posting the first comment, thanks prof. dave

[@hcmishra6371]

You have posted 2 comments on this channel alone

[@nabriss]

@@hcmishra6371 but this time, i posted before anyone

[@hcmishra6371]

@@nabriss ohh, yeah sorry i thought you said 'my first comment'

[@pramodsingh7898]

Thanks

[@ronakjain1872]

hi i have exam on 8 april can some one explain n cap in this equation and how to use it when E=xi+yj+zk eg a surface is in xy plane wot I dooo HElp

[@ronakjain1872]

MB i want to know about E.nda=q/ε0

[@Howtosg]

Thank you so much for the great work professor Dave

[@theoryandapplication7197]

thank you sir

[@Lennon959]

Surprisingly, Quantum Mechanics is easier to understand than Electromagnetism and Electrostatics.

[@borttorbbq2556]

No I am not entirely sure I would agree with that I don't think I agree with that at all electromagnetism and electrostatics seems much more comprehensible to me

[@Lennon959]

That's just for me. In QM, particle can be wave, even it is weird but more understandable when you know the properties of wave. Meanwhile some applications of electrostatic like in plasma oscillations or lightning during thunderstorms, they are called "charges at rest" yet seems "the electrons moving". Plasma oscillation as I remember is an electron oscillation yet it called electrostatic wave?

[@Lennon959]

For EM, the concept of "accelerating charge produces EM wave" is a bit confuses me.

[@borttorbbq2556]

@@Lennon959 I mean I'm just going to be honest the fact that an effect can be its own cause and quantum mechanics is more confusing than particles producing Fields due to their charges. And before you ask I cannot explain it because I do not understand it entirely I just know that a Quantum effect can cause itself how I don't know but it can and I can't give an example cuz I can't think of one I am stoned and I'm got a 2/3 of my bong Bowl to go

[@borttorbbq2556]

@@Lennon959 yeah I think you're confusion with it is the fact that it's quantum mechanics. Like what you're describing right now is macro scale Quantum effects. Like lightning and stuff like that is all macro scale quantum frickery

[@toymaker3474]

these ARE heaviside equations, not maxwell equations. maxwell equations included the scalar component

[@flurit]

what in the bacon with mustard filling is that thumbnail?! people understand this shit?

[@borttorbbq2556]

It makes sense if you know what it means if you don't know what I mean it's confusing

[@luckygamer9197]

whats confusing

[@-JA-]

👍👏

[@willbyrob6582]

Can you do a video on Elwood’s Dog Meat farm?

[@mattiasarvidsson8522]

make it stop ;)

[@nicco-sixty]

Common!? DIFFERENTIAL EQUATION videoes!!!!!!!!!!!!!