Hey everyone, thanks so much for watching! If you enjoyed this video then please do check out the other two Maxwell Equation videos I've made in my playlist here: th-cam.com/play/PLOlz9q28K2e6aNgl1zt1xccyy4Ofl3YAk.html
@@romaindec1717 hey i have a question. there is another notation to represent the same equation? and why is minus the change of the magnetig velocity through the surface. I enjoyed a lot you video.
Parth...just a suggestion. Put the light off to the side and we won't be distracted from your excellent presentation by the flickering reflections of the circular bulb in your glasses as you move your head back and forth. Even better...get 2 lights, put them off to each side. Nice warm look...
That was just an explanation of definite integrals and what are vector fields. So it's not all calculus. While the explanation for definite integrals was good, that's not a summary, that's how it's explained and introduced to students in any textbook; it's actually a common explanation.
As a senior electrical engineering major (4th year) I have been using Maxwell's Equations without a concrete understanding for 2 years now. In under an hour, I have learned more than EMAG ever taught me. Please Please Please continue this series (it earned my sub quick!) Thanks Parth!!!
I am a biologist. Your videos makes me want to go back to my undergrad math and physics textbooks to try to understand these things on a deep but now more intuitive level. That is a feat of *magic*!
love this guy. For an old biochemist like me who struggled with Physics really illumination. I am a Scot like Maxwell so good to see him getting a mention
I don't know how my teachers never had interest in knowing all these awesome stuff. Because if they would have known they could have been able to teach us in this way. Thanks for feeding my curious mind with the beauty of these phenomena. I'm so happy for the 1st time I am able to understand equations of physics. Even the derivative and integration parts were not taught this way to me. Thanks again 🙏
very explicit explanation. Felt like I was in my hostel room, studying the entire concept. Then, we didn't have internet facilities and Mr Parth's video would have surely made things easier. Thank you very much.
I have a conference (I'm an attendee) on Maxwell's equations in an hour. Never seen them before, and you just saved my dignity :) take my sub, thank you.
Parth... thank you for these videos. I'm taking an electromagnetism course next semester and I've decided to start with the intuition before doing the math. Your channel is a goldmine for this, so thank you!
An "Automath", is, for Stella Baruk (French World Class Pedagogue of Mathematics), a said "Learner" who has been Trained to Only Remember Algorithms WITHOUT Understanding of Any Sort. You, Mate, just do the Strict Opposite of the Usual School Teaching: You Truly// Bring UNDERSTANDING. And by the way, I Do Join the Rest of the Commenters to say that your Explaination of the Integral is THE VERY BEST// I have Ever Seen Around! 👏👏👏👌👍👍👍
Thank you for existing and making these videos. You make it SO easy to understand, even for someone who doesn't have a background in this. Thanks!!! ✨️
3:15 I think it would benefit learners to explain why anyone would ever need to find the area under a curve as it is often not thought well or at all in school. Perhaps a simple example like the rate of water flowing into a container can be represented and we can find the amount of water in the container after x time using the area under the graph.
i like how you make it so easily explanible with all of those complex phisicys while having a level of mathmatics included and having some kind of rigor and not simply saying like oh wow and explain stuff in calculas so easily even a child could understand it
Parth.. extraordinary explanation of Maxwell's equation!!! Really admire your ability to do it in such a short period of time. Please don't let the irrelevant criticism bother you, some people just are born whinners.
I cant say I fully understand it yet but this definetly helped me very much, you have a talent putting important information in a compact dense form. If your carrier in what ever profession you are striving to take should fail, then you always can be a rapper.
A pleasure to watch! Thank you so much for creating this. Perfect level for someone like me with good science background who's always been afraid of the Maxwell's equations. Thanks!!
A difficult topic to explain but you did a good job. It would be nice to mention that Maxwell's original work was presented as 22 equations with 22 unknowns and the four equations that you showed at the start of the video was a result of work by the English Physicist and Mathematician Oliver Heavyside who is often overlooked. To be fair to him, I think the four equations should be known as the Maxwell-Heaviside equations - what do you think?
I had studied that equation but did not know the meaning at that time. After watching this video I understand the real meaning behind that equation. Thanks a lot. Keep it up. Please explain the concept behind the other maxwell's equations.
You are just this great teacher I've never had. Thank you so much! You are doing physics like its piece of art which it is but only for a few people(people who love it and really see the beauty of this subject). I hope someday you will make a video for the other two equations.
Well, only a few really neat examples could be used seeing that it is vector calculus. You can dodge a lot of calculus stuff if you make the wire loop a square but you have to be careful what you ask for since this stuff is hard to fully appreciate when you haven't done basic calculus.
@@SteveGouldinSpain Ah, I see. That's fair. If a video isn't made there is a book that might interest you. Griffith's introduction to electrodynamics. It uses these integrals all throughout the book. All you need to understand it pretty well is probably basic mechanics and vector calc. (first year E&M would be good as well)
In high school, I learnt this is Faraday’s law: e.m.f = - N d(phi)/dt. I really liked this subject and it was the most fun question in my final test (unfortunately, most students in my school find it difficult and confusing). It took me a moment to realize this is the same equation: I realized this as soon as you said l for length and S for area. So satisfying.
I think I owe my life to u about now cus ur the lifeguard resuscitating my confidence in physics and hopefully the tool to a good final grade in 2 weeks
Another super video - rapid course in Maxwell's equations. Thing is, if you are first time listening to this, don't think you have a chance to get further with anything you explained, because these equations are fundamental to understand EM and the behaviour. If you never come across line integral and its relationship to surface integral equation, its difficult to go further than that. Think your explanations were perfect... really super.
Can you do videos on 10 and 11 th concepts.. I teach 6 th to 11 th graders those who aren't economically able to take tuitions for free.. So this would be really helpful..
Definitely subscribed. Im going to dissect each one of your videos. Ive been studying your videos like my life depended on it. The way you explain these equations helps me out so much. And you explain it in a way that even I can understand it. Which means EVERYONE should be able to..lol
Bro I really appreciate you beacuse u explain the Maxwell equations so well like nobody could do that... Love u man keep on going what u do.. A love from Cyprus ❤️🇨🇾
Excellent sirji....I wish students in schools and colleges were taught physics like that....telling them what an equation really means...rather than just hurling "meaningless" math equations on them !!
I believe the reason its difficult for most of students (like me at least) to make sense of most of the physics, even when taught by excellent teachers as you, is because most of topics of physics are started with a non-real hypothetical ideas like "region of space" or "a positive charge being moved from infinity" and so on......these settings are so away from what one see around in the world....we normally see charges flowing in metal wires ....not in a region of space.
Even a student who are not in science stream can also understand this explanation❤ huge respect man for providing such an easiest lecture and to make people fall in love with it❤ :D
I just came across two of your videos explaining Maxwell's equation. I wish someone had explained these to me back in my college days. Loved watching both of your videos. Keep it up, man.
Wonderfully explained! By simplifying things, especially mathematical equations and relating it to day to day examples makes it easier to understand complex topics.. that's the beauty of physics
step by step in depth explanations of all steps? Ohhh boy stoked for the rest your vids fren well done. 12:40+ made me think of how some people theorize black holes could amplify energy by like a slingshot effect. wonder if this is the principle that would contribute to that?
Good explanation! Could you explain the 3rd and 4th Maxwell's equations, in both forms? Could you also show real- world applications (like in engines etc) for each equation?
Parth, excellent, most excellent explanation! The best by far i have seen utube. Look forward to see the explanation of other 2 equations. Thanks. (in minute 16:00 ...i guess the wording would be "along" loop of wire dl, instead of "through" )
Thank you a lot Sir from Dakar Senegal West Africa. Now Im in computer science field but was good at physics and maths. I don't want To Forget so some videos like yours keep me on.
Lol bro i'm a huge consumer of TH-cam. I think your probably gonna blow up over the next few years, what I've seen from your content so far is excellent. Props brotato you have good things to come. I've been here since 12.6k
Heavyside. Maxwell established the speed of light as a constant. Maxwell predicted radio waves and I believe inspired the early researchers that developed radio. Maxwell transformed physics and was followed enthusiastically by a generation of physicists, including Einstein, but he didn't write Maxwell's Equations. Heavyside did. I really enjoy your videos and look forward to the next one.
Congrats on these magnificent resources. Could you walk us through experiments to understand what experimenters actually see and make conclusions about shooting one electron at a time, how they see the number of protons and neutrons in an atom, how they realise there so many quarks in a proton, how they realise there are different types of quarks etc. etc. We are always told about the conclusions but how do they reach there? What did they observe.
The -ve sign in the RHS of the equation also shows that the direction of the induced emf is always opposite to the direction of the changing magnetic flux i.e Lentz's Law. Thnks 4 your awsome video.....keep it up
First Fantastic. Keep making these videos! Excellent teacher. I do, however; agree with the guy who said to slow down a little over more complex topics. I would rather understand it well from the first reading than having to rewind-repeat, or review the video several times. Professors sometimes belabor the obvious or easy points, then rush over the more complicated topics. It is not necessary to maintain the same speaking pace or rate when discussing both the easier points and the the more difficult points. Variation in delivery speed to me is acceptable. We know you understand this well, your teaching it! But for us, it may be the first time seeing it. Or in my case, 50 years since first seeing it or trying, (and I do mean trying) to understand the topic. I’m 70 years old. Bet you thought most of your viewers were high school, college students, or physics teachers. Hehe. Surprise! I never understood it so well, than after seeing your videos. One minor point, at t = 4:11min, there is an error on the X-axis. X should equal 2, not 1. Thanks again, and keep making videos. If they are watching, soon the whole world will understand the physics of our Universe, and be able to more deeply understand and participate in the life of it better. Thank you! P.S. With your gift for teaching, you might want to considerate You Tube teaching High School and College Math, and Calculus and beyond. Found much of it difficult at the time I tried to learn it. I know, if you only had the time! It’s Everyone’s constraint.
please brother keep making explanations of the rest of equations of maxwell especially the ( rot ) one too , make a playlist for maxwell, faraday, gauss and Lorentz , I swear you're explanations is the best and really clear , I'll highly support you
Parth, this was a great explanation of magnetic induction. Could you possibly consider adding an actual worked problem. I think this would be very beneficial
Hey everyone, thanks so much for watching! If you enjoyed this video then please do check out the other two Maxwell Equation videos I've made in my playlist here: th-cam.com/play/PLOlz9q28K2e6aNgl1zt1xccyy4Ofl3YAk.html
I'm a student in a french engineering school, and i can say you did great job
@@romaindec1717 hey i have a question. there is another notation to represent the same equation? and why is minus the change of the magnetig velocity through the surface. I enjoyed a lot you video.
Great work ! Would love to see more videos on electromagnetism !!
great video man, but i would suggest you to increase the amplitude of the sound wave that comes out of your mouth
Can you please translate these videos into Arabic?
Hands down the best videos explaining maxwells equations I’ve ever seen. Keep it up!
And calculus!
If I had these videos at Uni, I’d have dove do much better, especially early on. He has the clearest explanations I’ve ever heard.
Straight facts
Parth...just a suggestion. Put the light off to the side and we won't be distracted from your excellent presentation by the flickering reflections of the circular bulb in your glasses as you move your head back and forth.
Even better...get 2 lights, put them off to each side. Nice warm look...
True 🥺
Oddly enough from a totally stylistic position I actually think the circle effect being reflected is dope. 😁
I actually don´t care at all.
@@ParthGChannel YOU LOOK LIKE A VAMPIRE!!!
I know that's good advice, but for me the lighting the way it is is a small part of the charm of these videos.
The first ten minutes of this video are the most concise summary of calculus I've ever seen.
That was just an explanation of definite integrals and what are vector fields. So it's not all calculus.
While the explanation for definite integrals was good, that's not a summary, that's how it's explained and introduced to students in any textbook; it's actually a common explanation.
@@altuber99_athlete True, but still an incredibly concise recap! kudos
Tbh
As a senior electrical engineering major (4th year) I have been using Maxwell's Equations without a concrete understanding for 2 years now. In under an hour, I have learned more than EMAG ever taught me. Please Please Please continue this series (it earned my sub quick!) Thanks Parth!!!
Parth!
You are amazing!
Please do the rest of Maxwell's equation in all different forms.
Thank you so much! 👏👏👏
Hey Parth, please upload other two Maxwell equations as well.
I am a biologist. Your videos makes me want to go back to my undergrad math and physics textbooks to try to understand these things on a deep but now more intuitive level. That is a feat of *magic*!
I was an electronics engineer and no professor in my clg has explained the concepts this good
Being an electrical engineer I have reached heaven now
love this guy. For an old biochemist like me who struggled with Physics really illumination. I am a Scot like Maxwell so good to see him getting a mention
I am spell bound with the explanation. Being a Electrical Engineer I can say this is the best explanation of Maxwell's equation I had ever seen.
Ima be honest. I never really properly appreciated the line integral until i studied complex analysis.
Beautiful subject indeed. It has something that makes you appreciate mathematics by itself.
K
You actually deserve order M of subscribers, not order k.
I don't know how my teachers never had interest in knowing all these awesome stuff. Because if they would have known they could have been able to teach us in this way.
Thanks for feeding my curious mind with the beauty of these phenomena.
I'm so happy for the 1st time I am able to understand equations of physics.
Even the derivative and integration parts were not taught this way to me.
Thanks again 🙏
Man, you are amazing ! Please post the other two equations, finelly I'm getting it ! Congrats and tks
very explicit explanation. Felt like I was in my hostel room, studying the entire concept. Then, we didn't have internet facilities and Mr Parth's video would have surely made things easier. Thank you very much.
I have a conference (I'm an attendee) on Maxwell's equations in an hour. Never seen them before, and you just saved my dignity :) take my sub, thank you.
Man that's great!!! If you were near me I'd have lifted you on my shoulders
Parth... thank you for these videos. I'm taking an electromagnetism course next semester and I've decided to start with the intuition before doing the math. Your channel is a goldmine for this, so thank you!
Great work! I'm looking forward to the next two videos. Thank you for your hard work!
The insight you probide is really rare.. i always wanted a bada bhai like you who would explain these amazing phenomenon...thank you for that.
Thanks! Just a suggestion: I would start with the coil & magnet example and then work your way through.
Agree
The dl is along the coil and ds inside the area of the coil
Bro we literally needmore teachers like you, pls don't stop teaching 🥺
An "Automath", is, for Stella Baruk (French World Class Pedagogue of Mathematics), a said "Learner" who has been Trained to Only Remember Algorithms WITHOUT Understanding of Any Sort.
You, Mate, just do the Strict Opposite of the Usual School Teaching: You Truly// Bring UNDERSTANDING.
And by the way, I Do Join the Rest of the Commenters to say that your Explaination of the Integral is THE VERY BEST// I have Ever Seen Around! 👏👏👏👌👍👍👍
Your vids are of incredible quality considering the amount of subscribers you have! You're gonna get big on here.
I cannot believe that what I have just seen is possible! A testament to the complexity of the human brain. Thanks.
You have the gift to become an excellent teacher your art of making Complex . ..S I m p l e ! No 3 next please .
I cant believe this was all I needed to understand my electromagnetics class
Amazing work done. physics made easy and interesting. kindly do the other 2 equations as well please. thanks a lot.
Thank you for existing and making these videos. You make it SO easy to understand, even for someone who doesn't have a background in this. Thanks!!! ✨️
3:15 I think it would benefit learners to explain why anyone would ever need to find the area under a curve as it is often not thought well or at all in school.
Perhaps a simple example like the rate of water flowing into a container can be represented and we can find the amount of water in the container after x time using the area under the graph.
i like how you make it so easily explanible with all of those complex phisicys while having a level of mathmatics included and having some kind of rigor and not simply saying like oh wow and explain stuff in calculas so easily even a child could understand it
Love the videos. Could you include an explanation of Lenz’s law?
I always have to think twice about that one
Can't wait for the third and fourth Maxwell Equation!!! I learn it for fun and I love your explanation so much, simple and clear! Thank you so much!
This was so great, please upload another one
These explanations are so clear I would have understood them freshman year of high school. That's pretty amazing.
Parth.. extraordinary explanation of Maxwell's equation!!! Really admire your ability to do it in such a short period of time. Please don't let the irrelevant criticism bother you, some people just are born whinners.
I cant say I fully understand it yet but this definetly helped me very much, you have a talent putting important information in a compact dense form. If your carrier in what ever profession you are striving to take should fail, then you always can be a rapper.
A pleasure to watch! Thank you so much for creating this. Perfect level for someone like me with good science background who's always been afraid of the Maxwell's equations. Thanks!!
We owe you brother, Don't say thanks, I thank you for all this ❤️
A difficult topic to explain but you did a good job. It would be nice to mention that Maxwell's original work was presented as 22 equations with 22 unknowns and the four equations that you showed at the start of the video was a result of work by the English Physicist and Mathematician Oliver Heavyside who is often overlooked. To be fair to him, I think the four equations should be known as the Maxwell-Heaviside equations - what do you think?
What does the circle on the integral sign on the L>H>S mean?
This means that the integral is applied to a closed loop, for example in this case a circle.
It's called 'Closed integral'.
OMG Kudos to the best concise and meaningful explanation of the Maxwell-Faraday equation ever
These videos are amazing! Can you explain the other two soon?!?!
Never understood integration & maxwell equations so easily...Great Job!!!
I had studied that equation but did not know the meaning at that time. After watching this video I understand the real meaning behind that equation. Thanks a lot. Keep it up. Please explain the concept behind the other maxwell's equations.
You explain it so beautifully. Loved it. Was never so interested in physics, but your videos are just amazing. Keep going.
You are just this great teacher I've never had. Thank you so much! You are doing physics like its piece of art which it is but only for a few people(people who love it and really see the beauty of this subject). I hope someday you will make a video for the other two equations.
Could you show how to plug some numbers in to the equation showing it doing something useful?
Well, only a few really neat examples could be used seeing that it is vector calculus. You can dodge a lot of calculus stuff if you make the wire loop a square but you have to be careful what you ask for since this stuff is hard to fully appreciate when you haven't done basic calculus.
@@nathandaniel5451 I've done basic calculas, just a bit foggy on how to apply it in the instance of invisible forces!
@@SteveGouldinSpain Ah, I see.
That's fair. If a video isn't made there is a book that might interest you. Griffith's introduction to electrodynamics.
It uses these integrals all throughout the book. All you need to understand it pretty well is probably basic mechanics and vector calc. (first year E&M would be good as well)
@@nathandaniel5451 thanks very much Todd - I will check that out!!
this was the most wholesome interaction I've ever witnessed on TH-cam comments. brought a tear to my eye
This absolutely strapping young lad just broke down some of the universe’s most mysterious phenomena into an easy to understand short lecture. Bravo.
In high school, I learnt this is Faraday’s law: e.m.f = - N d(phi)/dt. I really liked this subject and it was the most fun question in my final test (unfortunately, most students in my school find it difficult and confusing). It took me a moment to realize this is the same equation: I realized this as soon as you said l for length and S for area. So satisfying.
please next one i'm so eager to learn all of them , thank you so much for simplifying this piece of science
I think I owe my life to u about now cus ur the lifeguard resuscitating my confidence in physics and hopefully the tool to a good final grade in 2 weeks
How could one possibly dislike this awesome video??
Come back to TH-cam please! (Also to the 2 remaining equations). Brilliant explanations. You’re a natural teacher
I finally arrived to the best physics channel... Thank you alot brother...
Physics, Passion & Parth = Perfection
Auto-focus doesn't seem to like what you're saying.
Another super video - rapid course in Maxwell's equations. Thing is, if you are first time listening to this, don't think you have a chance to get further with anything you explained, because these equations are fundamental to understand EM and the behaviour. If you never come across line integral and its relationship to surface integral equation, its difficult to go further than that. Think your explanations were perfect... really super.
Can you do videos on 10 and 11 th concepts.. I teach 6 th to 11 th graders those who aren't economically able to take tuitions for free.. So this would be really helpful..
Definitely subscribed. Im going to dissect each one of your videos. Ive been studying your videos like my life depended on it.
The way you explain these equations helps me out so much. And you explain it in a way that even I can understand it.
Which means EVERYONE should be able to..lol
Bro I really appreciate you beacuse u explain the Maxwell equations so well like nobody could do that... Love u man keep on going what u do.. A love from Cyprus ❤️🇨🇾
2:00am in the morning in Spain and whatching this excellent tutorial on Maxwell´s laws....excellent description of the conceptual meaning.
The best short explanation that I've ever seen on youtube, greetings from South America.
Excellent sirji....I wish students in schools and colleges were taught physics like that....telling them what an equation really means...rather than just hurling "meaningless" math equations on them !!
I believe the reason its difficult for most of students (like me at least) to make sense of most of the physics, even when taught by excellent teachers as you, is because most of topics of physics are started with a non-real hypothetical ideas like "region of space" or "a positive charge being moved from infinity" and so on......these settings are so away from what one see around in the world....we normally see charges flowing in metal wires ....not in a region of space.
Even a student who are not in science stream can also understand this explanation❤ huge respect man for providing such an easiest lecture and to make people fall in love with it❤ :D
I just came across two of your videos explaining Maxwell's equation. I wish someone had explained these to me back in my college days. Loved watching both of your videos. Keep it up, man.
WOW I can't think how beautiful these equations are!!!
World needs people like you!
Calculusley was the right word - and thanks for bringing light to concepts previously beyond me. This is what the internet is for :) well played.
I tried understanding this equation a number of years ago and failed but after watching this video i now know.Thankyou mate!
Wonderfully explained! By simplifying things, especially mathematical equations and relating it to day to day examples makes it easier to understand complex topics.. that's the beauty of physics
step by step in depth explanations of all steps? Ohhh boy stoked for the rest your vids fren well done. 12:40+ made me think of how some people theorize black holes could amplify energy by like a slingshot effect. wonder if this is the principle that would contribute to that?
Please also make videos on remaining maxwell equation. And this was best explanation of equation I have ever seen.
I'm thankful that you are here teaching us stuff was hard to understand clearly.
thanks again, man
Good explanation! Could you explain the 3rd and 4th Maxwell's equations, in both forms? Could you also show real- world applications (like in engines etc) for each equation?
Great explanation of Maxwell equation. It makes understnding of concept very easy.
Parth, excellent, most excellent explanation! The best by far i have seen utube. Look forward to see the explanation of other 2 equations. Thanks.
(in minute 16:00 ...i guess the wording would be "along" loop of wire dl, instead of "through" )
This channel is about to blow up
Elequently explained. Thank you sir for not only teaching us abt physics equations bt also mathematics as well. Much love from South Africa.
Your video is kind of a nice Integral of so many d.tiny useful and fondamental d.stuffs...Thanks !
That was just awesome.....keep explaining the critical expressions like this.....
Thank you a lot Sir from Dakar Senegal West Africa. Now Im in computer science field but was good at physics and maths. I don't want To Forget so some videos like yours keep me on.
Lol bro i'm a huge consumer of TH-cam. I think your probably gonna blow up over the next few years, what I've seen from your content so far is excellent. Props brotato you have good things to come. I've been here since 12.6k
Beautiful!!
One of the most perfectly concise and deliciously informative presentations I've seen anywhere on youtube.
Heavyside. Maxwell established the speed of light as a constant. Maxwell predicted radio waves and I believe inspired the early researchers that developed radio. Maxwell transformed physics and was followed enthusiastically by a generation of physicists, including Einstein, but he didn't write Maxwell's Equations. Heavyside did. I really enjoy your videos and look forward to the next one.
Thank you! I’ve had many questions before this video. You are great!!! ✨
Congrats on these magnificent resources. Could you walk us through experiments to understand what experimenters actually see and make conclusions about shooting one electron at a time, how they see the number of protons and neutrons in an atom, how they realise there so many quarks in a proton, how they realise there are different types of quarks etc. etc. We are always told about the conclusions but how do they reach there? What did they observe.
The -ve sign in the RHS of the equation also shows that the direction of the induced emf is always opposite to the direction of the changing magnetic flux i.e Lentz's Law. Thnks 4 your awsome video.....keep it up
First Fantastic. Keep making these videos! Excellent teacher. I do, however; agree with the guy who said to slow down a little over more complex topics. I would rather understand it well from the first reading than having to rewind-repeat, or review the video several times. Professors sometimes belabor the obvious or easy points, then rush over the more complicated topics. It is not necessary to maintain the same speaking pace or rate when discussing both the easier points and the the more difficult points. Variation in delivery speed to me is acceptable. We know you understand this well, your teaching it! But for us, it may be the first time seeing it. Or in my case, 50 years since first seeing it or trying, (and I do mean trying) to understand the topic. I’m 70 years old. Bet you thought most of your viewers were high school, college students, or physics teachers. Hehe. Surprise! I never understood it so well, than after seeing your videos.
One minor point, at t = 4:11min, there is an error on the X-axis. X should equal 2, not 1.
Thanks again, and keep making videos. If they are watching, soon the whole world will understand the physics of our Universe, and be able to more deeply understand and participate in the life of it better.
Thank you!
P.S. With your gift for teaching, you might want to considerate You Tube teaching High School and College Math, and Calculus and beyond. Found much of it difficult at the time I tried to learn it. I know, if you only had the time! It’s Everyone’s constraint.
please brother keep making explanations of the rest of equations of maxwell especially the ( rot ) one too , make a playlist for maxwell, faraday, gauss and Lorentz , I swear you're explanations is the best and really clear , I'll highly support you
Parth, you are an absolute genius man!!!!!!
Proudly subscribed! Thanks for the exceptional video
I watched your first equation. Divergence etc. Well explained. Thank you. I am your subscriber
Thank you for easy to understand explanations
Extraordinary explanation. I can almost compare you to the great professor Walter Lewin ! Good job !
Thanks sir, it's been a great help for me..keep pouring this kind of useful information..thanks again
Wow! Not you are teaching calculus in a few minutes! Well done, thanks.
It was like miracle for me ,I understood first time this fast
Parth, this was a great explanation of magnetic induction. Could you possibly consider adding an actual worked problem. I think this would be very beneficial