For the sake of simplicity, I did not go over the concepts of electric and magnetic flux, and was using E/D to describe electric fields and B/H to describe magnetic fields interchangeably to avoid confusion.
Hey Ali, I've been watching you since 500 subs, I'm a grade 12 student in India and I've just finished learning the major part of electromagnetic physics wherein I've learnt about these equations. Thanks for inspiring me to pursue a career in electrical engineering, which I'll be taking next year. Keep up the fantastic work.
I saw the integral versions of these equations when I started studying Physics 2 in my home country Sweden several years ago, and they freaked me out. Thankfully, we weren't actually supposed to know those equations - the entire chapter was just about building a foundation for the equation for light intensity.
My dad was a computer engineer and I came across his college textbooks and was reading them and I've recently become interested in how the generally skip over electric fields and teach that electrons move like water or whatever. I designed a PCB board as a hobby I've taken up and I've realized that thinking the power runs through the traces like a water thru a hose causes a lot of issues. There's nothing out there that really teaches electricity from the ground up and it seems like that causes a lot of issues for people down the road
Hey dude! Good to see you here haha. This is actually an awful explanation, I can explain it way better now that I've evolved. I'll be back in LA in August, let's meet up and talk some electronics, I can explain it way better in person
I think another good way to actually understand Electrodynamics better, is by the concept of how simulations solve maxwells equations. (Especially the Finite difference time domain method).
For the sake of simplicity, I did not go over the concepts of electric and magnetic flux, and was using E/D to describe electric fields and B/H to describe magnetic fields interchangeably to avoid confusion.
It is well explained💯👍
This is my first video of yours. EXCELLENT! I hope you never get tired of teaching; you are uber talented at explaining technical content.
thank you! I actually plan on making an updated version of this!
Hey Ali, I've been watching you since 500 subs, I'm a grade 12 student in India and I've just finished learning the major part of electromagnetic physics wherein I've learnt about these equations. Thanks for inspiring me to pursue a career in electrical engineering, which I'll be taking next year.
Keep up the fantastic work.
Wow, thank you for taking the time to write this. This made my morning :-)
I saw the integral versions of these equations when I started studying Physics 2 in my home country Sweden several years ago, and they freaked me out.
Thankfully, we weren't actually supposed to know those equations - the entire chapter was just about building a foundation for the equation for light intensity.
Thank you! I’m taking EMAG next spring, this definitely made these scary looking concepts seem comprehensible :)
Perfect!!
Came here to get a refresher on Maxwell's equations, great explanations!
Love this keep posting educational content !!
Glad yuou like it!
That was a great explanation, thank you for this!
You're very welcome!
I Googled Maxwell's equations and you came up, great video!
My dad was a computer engineer and I came across his college textbooks and was reading them and I've recently become interested in how the generally skip over electric fields and teach that electrons move like water or whatever. I designed a PCB board as a hobby I've taken up and I've realized that thinking the power runs through the traces like a water thru a hose causes a lot of issues. There's nothing out there that really teaches electricity from the ground up and it seems like that causes a lot of issues for people down the road
Hey dude! Good to see you here haha. This is actually an awful explanation, I can explain it way better now that I've evolved. I'll be back in LA in August, let's meet up and talk some electronics, I can explain it way better in person
@@alithedazzling Nice! Yeah hit me up when you're in town!
I think another good way to actually understand Electrodynamics better, is by the concept of how simulations solve maxwells equations. (Especially the Finite difference time domain method).
True, and understanding how different solvers go about it
So think of charged dc battery for static analysis and alternator for dynamic analysis?🤔
Awesome video Ali!
Do more like these
glad you like it!
Actually, electromagnetic fields are belongs to physics, or electrical engineering?
physics -- engineering is the application of physics
@@alithedazzling By the way, as a radiation and antennas designer, do you use in electrodynamics? (that is continuance of electromagnetism)
@@eliran986 yes you have a good understanding of it, but you dont really use it -- you use the tools that use it like hte software
Nice one !
Glad you liked it :-)
Best
First view and like❤️
I love the 80s aesthetic of your channel haha. I am big into synthwave
@@alithedazzling thanks for replying 😊
Im glad you have same taste💜
Exactly why math first.😅
Is your nose looks off