How do Magnets & Magnetic Fields Work?

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  • čas přidán 26. 02. 2023
  • Have you ever wondered how magnets work? In this video, we'll dive into the fascinating world of magnetism and explore the fundamental principles behind it. We'll cover everything from magnetic fields and magnetic flux to flux density and compass deflection.
    First, we'll discuss magnetic fields and how they create invisible force fields around magnets. We'll also explain how magnetic fields are produced by moving charges, such as electrons. Then, we'll explore magnetic flux, which is a measure of the number of magnetic field lines passing through a given area.
    Next, we'll delve into flux density, which describes the strength of the magnetic field in a specific area. We'll show you how to calculate flux density using mathematical formulas and explain why it's essential to understand this concept in the study of magnetism.
    We'll also explain how a compass works and demonstrate how it can detect the magnetic field of a magnet. This phenomenon is known as compass deflection and is a crucial tool for scientists studying magnetic fields.
    Moving on, we'll introduce the concept of electromagnets, which are artificial magnets created by passing an electrical current through a coil of wire. We'll explain how electromagnets work and how they're used in everyday life, from MRI machines to electric motors.
    Finally, we'll touch on the quantum nature of magnetism, which is a fascinating topic that explores the behavior of magnetic particles at the atomic and subatomic level. We'll discuss how magnetism arises from the spin of electrons and how this phenomenon can be harnessed for use in modern technology.
    By the end of this video, you'll have a comprehensive understanding of the science of magnets and the fundamental principles behind their behavior.
    More Lessons: www.MathAndScience.com
    Twitter: / jasongibsonmath

Komentáře • 466

  • @catalhuyuk7
    @catalhuyuk7 Před 7 měsíci +20

    If all teachers were as good as you this world would be a better and much different place.

  • @eric_james_music
    @eric_james_music Před rokem +14

    this is so much better than 10 min videos that don't go in depth. how else are you supposed to understand a complex concept like this?

    • @MathAndScience
      @MathAndScience  Před rokem +2

      Thank you and yes I agree!

    • @mrwebber35
      @mrwebber35 Před 2 měsíci

      1hr and 42 minutes and not once did Professor Proton mention that the North Pole is positive and South Pole is negative. Electrons are negative and are attracted to positively charged metals and the reverse is the hole flow which is the opposite and attracted to the negatively charged metals. Take away an election creates a hole. Magnetic fields mimic electron flow which is how inductive transformers and motors work. This also explains how you can charge your cell phone without plugging it in or bladeless fans can blow air around. Interesting how the compass is attracted to Earth's North Pole but attracted to the magnet's "S" Pole. That means Neil DeGrasse Tyson is right, Earth's North Pole is actually the South Pole. Earth's North Pole is actually True North Pole not a magnetic North Pole like Professor Proton called it. Technically it is the "magnetic" South Pole. Then there's the "geographic North Pole which is the axis of which the Earth spins. Welcome to my world. Sorry Professor, I had to. Oh great, Faraday's Left Hand rule is not referring to the right hand professor. The right hand rule is Fleming's pertaining to thrust and the middle finger is current flow and the thumb is mechanical direction of motion.. Since you say the thumb is the current flow then it is the left hand rule of Faraday not Fleming. Fleming is referring to a mechanical movement which can reverse the lines of flux like your picture. That means the lines of flux in your drawing are circulating the wrong direction if you mean current flow. Now you say your thumb is hole flow so your drawing is correct. Congrats. Never the less, it's still doesn't negate the rule is Faraday's Left Hand Rule for current flow, not a right hand rule when the thumb is the current flow reference. Oh too bad, you were so close.

  • @MarkusCommenter
    @MarkusCommenter Před rokem +14

    I'm an extreme biology nerd that had trouble during the physics course. I just wanted to say thanks for making this. It was very interesting and helped me get a better grade. I can still proudly say that I haven't failed any classes thanks to you.

  • @jacintorodriguez679
    @jacintorodriguez679 Před rokem +54

    Jason, I am 69 years old man and I have never been so fascinated by science before watching your videos, now I am beginning to
    understand. You are actually reversing the dynamics of the universe by going from complex to simple. Thanks for offering your talent.

    • @MathAndScience
      @MathAndScience  Před rokem +7

      That is awesome!

    • @leonhardtkristensen4093
      @leonhardtkristensen4093 Před 9 měsíci +8

      I am a 77 year young man and I aggree with you.

    • @catalhuyuk7
      @catalhuyuk7 Před 7 měsíci +4

      I’m a 65 yo woman and I concur 💯%!!!

    • @andrewjustin256
      @andrewjustin256 Před 6 měsíci

      ​@@leonhardtkristensen4093l love your spirit_ young man!!

    • @GMT439
      @GMT439 Před 4 měsíci

      @@MathAndScience Ma' G's N3T. Blue and Red are Opposite ends of the colour spectrum too. I hope you mentioned that.
      I'm not going to watch the video because I will learn nothing from it.

  • @paulatlin9067
    @paulatlin9067 Před rokem +53

    You are a walking.. talking encyclopedia of knowledge. Thanks for sharing

    • @MathAndScience
      @MathAndScience  Před rokem +5

      So nice of you!

    • @RoseT-dz9hl
      @RoseT-dz9hl Před 6 měsíci +2

      Sir what type or kind of liquid u r using. I feel like show to my grandchildren what u show. I love magnets. Thanks i learn alot. God bless. Can u explain about refregerators some close good some dont.

    • @WSmith_1984
      @WSmith_1984 Před 4 měsíci

      ​​@@RoseT-dz9hliron fillings in a very light oil I'd imagine.

    • @vincecox8376
      @vincecox8376 Před 14 dny

      Let me share a few facts, I've been a Ham operator since 1959 as a general class operator I designed and built all my equipment (the TUBE days'). You have a good understanding of inductance!! I agree with all your findings. BUT!!! I want to expose something you can get into and it's going to blow your mind. JUST LIKE TESLA SAID look for things you can't see!! So, let me introduce you to what I refer to as the "B" field., I'm sure you know that there are three elements to any AC or Radio wave traversing space The oscilloscope only shows the two base elements, the positive and negative parts of any radio signal "BUTT!! The fact is it's the centerfield of a magnet that pushes the signal out whether it be AC current or a radio signal same thing!! Her's what I want you to learn: the centerfield of a magnet is by far the most powerful!! FACT! I refer to it as the "B" field, for a good reason it's much more complicated, Here's just a few facts:
      #1. If you tap the centerfield of a magnet (IE: the "B" Field) on any none Metalica item, it will lose weight.
      #2. If you tap the centerfield near a trickle of water, it will repel the water!!
      #3. If you vibrate the center field into a granite rock it will not only lose weight but also be very workable, what basically happens at the correct frequency the Quarts in the rock will reorganize.
      #4. The center field of a magnet is multi-dimensional.
      Once you start to see what's going on

  • @davidjones6288
    @davidjones6288 Před 6 měsíci +11

    Sir, you are utterly gifted when it comes to teaching. Thank you so much for taking the time to teach us without leaving gaps in the flow of information, which so often fractures the uptake of information.

    • @user-te6nj8fv7e
      @user-te6nj8fv7e Před 6 měsíci

      Sir, you are utterly gifted when it comes to teaching. Thank you so much for taking the time to teach us without leaving gaps in the flow of information, which so often fractures the uptake of information.

    • @vincecox8376
      @vincecox8376 Před 5 měsíci

      Please get tuned into facts, 1. anti gravity is a product of the center field of a magnet. 2. the center of a magnet when vibrated will repel water 3. If you vibrate granite rock with the center field of a magnet at the correct frequency it will turn like butter. that's just the beginning it will play a Hugh part of our country's future. The anti gravity is only applicable to none iron type material such as glass or plastic. If you have a bar magnet simply tap the center near a trickle of water and watch the water move out of the way. Tap the center field on any none metalic surface and watch it loose weight. You can not use a sign wave type vibration it must be saw tooth . A sign wave signal contains the centerfield, that's what pushes AC and radio signals around the world. A sign wave has three elements on an oscilloscope you only see the two , On a scope you see the positive cycle and the negative cycle you never see the most significant part of the cycle and that is the center field that produces the energy to push the energy forward!!! There is allot to be learned about the magnetic center field .. Please help spred the news ..

  • @rodknocking351
    @rodknocking351 Před 7 měsíci +13

    Outstanding explanation of magnetism and how electrical current and coils create magnetism. I wish struggling physics and EE101 students everywhere knew this video was out there available on youtube. This is a better and much more understandable presentation of the subject than any professor I ever had. Nice tie-in with electron spin and magnetism too. When I went through college I could work the math but never really understood what it represented. After watching this video it finally all makes sense..

    • @TrapperAaron
      @TrapperAaron Před 4 měsíci

      This is definitely an intro type class. I graduated many moons ago but these basic concepts were covered in high-school. I would be outraged if I had to pay for information that anyone w a G.E.D. knows.

    • @vincecox8376
      @vincecox8376 Před 14 dny

      Let me share a few facts, I've been a Ham operator since 1959 as a general class operator I designed and built all my equipment (the TUBE days'). You have a good understanding of inductance!! I agree with all your findings. BUT!!! I want to expose something you can get into and it's going to blow your mind. JUST LIKE TESLA SAID look for things you can't see!! So, let me introduce you to what I refer to as the "B" field., I'm sure you know that there are three elements to any AC or Radio wave traversing space The oscilloscope only shows the two base elements, the positive and negative parts of any radio signal "BUTT!! The fact is it's the centerfield of a magnet that pushes the signal out whether it be AC current or a radio signal same thing!! Her's what I want you to learn: the centerfield of a magnet is by far the most powerful!! FACT! I refer to it as the "B" field, for a good reason it's much more complicated, Here's just a few facts:
      #1. If you tap the centerfield of a magnet (IE: the "B" Field) on any none Metalica item, it will lose weight.
      #2. If you tap the centerfield near a trickle of water, it will repel the water!!
      #3. If you vibrate the center field into a granite rock it will not only lose weight but also be very workable, what basically happens at the correct frequency the Quarts in the rock will reorganize.
      #4. The center field of a magnet is multi-dimensional.
      Once you start to see what's going on

  • @terrybull3798
    @terrybull3798 Před rokem +4

    Excellent presentation. I think it is worth considering at 1:7:04 that, as your arrows show, the external field of the solenoid does not cancel but the additive effect is diminished by the reducing flux density, and thus tends to zero in the ideal solenoid. If the external field did cancel every case would behave as ideal.

  • @micahjoshua8827
    @micahjoshua8827 Před rokem +5

    Amazing video sir. Thank you for illustrating everything so clearly. I'm very interested in the theoretical physics of Electro Gravitics and Over Unity energy machines. I'd love to see you do work on those things.

  • @anthonygregg862
    @anthonygregg862 Před rokem +28

    absolutely superb lesson sir. You explain things so well and understandable. I am so much more interested in science and its all down to you.

    • @MathAndScience
      @MathAndScience  Před rokem +2

      So nice of you! Thank you!

    • @vincecox8376
      @vincecox8376 Před 14 dny

      Let me share a few facts, I've been a Ham operator since 1959 as a general class operator I designed and built all my equipment (the TUBE days'). You have a good understanding of inductance!! I agree with all your findings. BUT!!! I want to expose something you can get into and it's going to blow your mind. JUST LIKE TESLA SAID look for things you can't see!! So, let me introduce you to what I refer to as the "B" field., I'm sure you know that there are three elements to any AC or Radio wave traversing space The oscilloscope only shows the two base elements, the positive and negative parts of any radio signal "BUTT!! The fact is it's the centerfield of a magnet that pushes the signal out whether it be AC current or a radio signal same thing!! Her's what I want you to learn: the centerfield of a magnet is by far the most powerful!! FACT! I refer to it as the "B" field, for a good reason it's much more complicated, Here's just a few facts:
      #1. If you tap the centerfield of a magnet (IE: the "B" Field) on any none Metalica item, it will lose weight.
      #2. If you tap the centerfield near a trickle of water, it will repel the water!!
      #3. If you vibrate the center field into a granite rock it will not only lose weight but also be very workable, what basically happens at the correct frequency the Quarts in the rock will reorganize.
      #4. The center field of a magnet is multi-dimensional.
      Once you start to see what's going on

  • @andrewclarke6916
    @andrewclarke6916 Před rokem +14

    Great lesson. Good blend of theory and practical. Please make more videos like this.

  • @husseinahmed741
    @husseinahmed741 Před 8 dny +1

    You are "the" genius tutor. No others could be that perfect. I hope we have you in other subjects

  • @mewsicman9541
    @mewsicman9541 Před rokem +17

    I've been waiting for this! Hoping for more lessons about electromagnetism

    • @MathAndScience
      @MathAndScience  Před rokem +1

      Awesome to hear thank you.

    • @billsavimaki900
      @billsavimaki900 Před 8 měsíci

      ​@@MathAndScienceis ¹¹.😮😢🎉😂c😅😅u6t31 45:38 45:38

  • @tresajessygeorge210
    @tresajessygeorge210 Před rokem +5

    THANK YOU... SIR...!!!
    You have done a great teaching...to connect all the basics we know about this PRAPANCHAM... and took us far beyond...!!!
    IT IS FUN AND WISDOM...!!!
    ENJOYED VERY WELL...!!!
    THANKS AGAIN...!!!

  • @User-74891
    @User-74891 Před rokem

    Thank you for very good demonstrative experiments and explanation of behaviour of magnets.

  • @zezebeavogui6694
    @zezebeavogui6694 Před 10 měsíci +2

    It's so well explained that I understood every single aspects. Thank you so much. I love it. Subscribed.

  • @AVOWIRENEWS
    @AVOWIRENEWS Před 2 měsíci

    Magnets and magnetic fields are such fascinating topics! It's great to see content exploring how magnets interact with the world around us. The way magnets can attract or repel each other and how they influence objects without physical contact is really intriguing. Plus, the concept of magnetic fields extends to so many areas, from compass navigation to data storage in computers. It's amazing to think about the invisible forces at play!

  • @sibalogh
    @sibalogh Před 11 měsíci +5

    Jason, I still believe you're the best to explain things despite no one seemingly can perfectly explain to me how permanent magnets work on the subatomic level. The best I could comprehend about PMs is that once you harden carbon steel it becomes magnetic due to the carbon atoms (more the better) locked in its molecular structure that retains magnetism even after removing the magnetic field that created it (hence the reason screws stick to the tip of screwdrivers). This is only valid for carbon steel, not a proper PM magnet, although this concept might apply to them the same way.

    • @KerbalSpacey
      @KerbalSpacey Před 5 měsíci +1

      yeah I clicked this hoping for a deeper level of understanding than we already have but we are still stuck in the mystery of why particles even have a north and south pole to begin with before even getting into the whole itinerant ferromagnetism debacle lol i guess asking "why?" is the same as asking why there is anything rather than nothing... will always be out of our scope.

  • @RamiK101
    @RamiK101 Před rokem +5

    Great demonstrations and explanations! Really appreciate your time and efforts. Thank you.

  • @daviddabeegukabassima8232
    @daviddabeegukabassima8232 Před 6 měsíci +2

    So clear explanations. As an EE it is like music to my ears. It refreshes the concepts in a limpid way Thank you and God bless!

  • @spacetimemalleable7718
    @spacetimemalleable7718 Před rokem +6

    One of the BEST explanations of magnets. & magnetism And it's humbling that we don't know everything... yet. Why from high to low energy? Why do electrons have a spin attribute? More research needed. Hopefully one day, there will be an explanation - Noble physics prizes are waiting.

  • @awoyemivictora
    @awoyemivictora Před 6 měsíci +1

    One of the best science videos so far. I know it's not easy to create this kind of video and the time. Thanks so much sir.

  • @vythinathanduraiswamy3430
    @vythinathanduraiswamy3430 Před 2 měsíci

    Excellent explanation of magnetism and the idea of mathematical models that may or may not fully explain what really goes on. Very enlightening. A huge thanks.

  • @albertomontoya4316
    @albertomontoya4316 Před 7 měsíci +2

    Another Excellent lesson , Jason.

  • @MrPaulhunter
    @MrPaulhunter Před 6 měsíci +5

    I’m 72 rears of age and I loved your presentation. Yes I made it to the end and I’m going to watch it all over again. Thanks for being such an enthusiastic teacher.
    It’s cleared up some of my own questions and needless to say brought many more questions I need to answer to the forefront… isn’t science wonderful😄😄😄

  • @PaulCTownsend
    @PaulCTownsend Před 2 měsíci +1

    I will never look at a solenoid the same after listening to you Thanks for the great info.

  • @alfredoillescas4353
    @alfredoillescas4353 Před 11 měsíci +7

    Excellent explanation! when I was a student I had to read so many bookss and cost me a lot of time to have a real picture of the physical phenomena. Now Jason, in less than an hour, explains everything so clearly!!

    • @user-xe5nl7dt4q
      @user-xe5nl7dt4q Před 4 měsíci

      The teacher keeps the subject,
      students flirt themselves

  • @James-yp5dn
    @James-yp5dn Před 6 měsíci

    That was an awesome explanation 👍👍 thank you for taking your time to explain a difficult question about how magnets/magnetism work .

  • @inarisound
    @inarisound Před rokem

    THANK YOU SO MUCH!!!! It was really awesome, I've learned a lot!
    btw love these 10-minute format videos 😋

  • @trailertrashed6390
    @trailertrashed6390 Před rokem +1

    Bravo.... Thanks for the very informative lesson. Science is awesome, even more so when its easily learned. Well done...

  • @petMonster28
    @petMonster28 Před 2 měsíci +1

    This guy is amazing. I've learned so much from him over the years. Thank you, Math and Science.

  • @tsmith4343
    @tsmith4343 Před rokem

    The last 10 minutes really explained the attractive and repulsive properties of magnets. Keep up the great work!!!!

  • @ursschmied5309
    @ursschmied5309 Před 7 měsíci

    yeah "mesmerizing" ist most certainly the word! Terrific doing, Mr. Jason! :) cheers!

  • @anoopchempakasseril8417
    @anoopchempakasseril8417 Před rokem +2

    Excellent lesson. I was planning to make speakers and before that I wanted to learn magnets thoroughly and I am so glad that I found this video.
    Keep up the good work

  • @Eileen_Yulick
    @Eileen_Yulick Před 7 měsíci +2

    Thank you so much for this you’re a great teacher.

  • @AR-tb9hq
    @AR-tb9hq Před 9 měsíci

    what an excellent lecture, thank you

  • @fsiserir
    @fsiserir Před rokem

    Thank you for this helpful lesson.

  • @sidhu.australia
    @sidhu.australia Před 3 měsíci

    Thank you very much for your great information about the magnetic field n magnets. You are a great teacher to explain things easy n simple way.

  • @rudyhabib2
    @rudyhabib2 Před 7 měsíci

    i wish i had you as my science teacher! great video. thanks.

  • @dougloggie2880
    @dougloggie2880 Před 6 měsíci

    awesome... you've ignited my curiosity in science... As you explained the rotation of electrons, my thoughts go to whole big picture of why matter rotates around the centre points gravitational objects in the universe...

  • @stuzman52
    @stuzman52 Před rokem +3

    Very well done! As you mentioned, we truly don’t know what’s happening at the quantum level, but models help our feeble minds to come up with calculations to describe our universe. I believe that magnetic field lines do not exist. The magnetic field is continuous throughout, dissipating as it extends outward. In other words, with the iron filings, one would believe that in between the lines, there is no field. When actually, each iron filing has become a magnet repelling another iron filing in its next concentric circle. Also, when looking at an electron’s magnetic field, you can use the left hand rule to show the direction of the magnetic field. Again, great discussion Jason of this complicated topic. 👍

  • @m.syassin5774
    @m.syassin5774 Před rokem +2

    A very interesting and useful lecture. Thank you very much.

  • @user-jd3xg3lo1y
    @user-jd3xg3lo1y Před rokem

    you my man--are great---ty -i,m 77 and do wish i had you as a teacher all the way through--you are very understandable--thanks again

  • @Hoekstes
    @Hoekstes Před rokem +15

    I like how you invited energy to the party. That’s the thing that always make magnets seem like magic things with endless energy.

  • @DeteacherTeacha
    @DeteacherTeacha Před 6 měsíci

    Great explanation...Enjoyed It..A Refresher For Me...

  • @saulwarren9611
    @saulwarren9611 Před 11 měsíci

    just what I needed, awesome thank you.

  • @michellalonde137
    @michellalonde137 Před rokem

    Thanks ,, Please make more videos like this...I learn a lot today ,,

  • @Ckillen2422
    @Ckillen2422 Před 2 měsíci

    I've been fascinated by magnetism lately. Because it already is an invisible force that can easily explain why the Earth's magnetism could be the source that's turning the constellations through an invisible axis that makes a vortex which creates our gravity. Especially when you see how quantum locking works.
    It's just fascinating stuff.

  • @saugeyes
    @saugeyes Před rokem +4

    Great lesson! I would love to see your Iron fillings experiment on repelling and attracting magnets. Am I correct in assuming 2 opposite magnets when attracted together form one larger magnet?

    • @MathAndScience
      @MathAndScience  Před rokem +2

      Yes exactly when they attract everything is lined up in the same way so they form 1 larger magnet!

  • @user-ds9hg7bf2r
    @user-ds9hg7bf2r Před měsícem

    Perfect explanation, interesting and clear. Thanks a lot!

  • @raydelaforce8149
    @raydelaforce8149 Před 7 měsíci +2

    I really like the way you explain these concepts. I can just see Michael faraday doing the same things amazing children. They didn't need the math, but the evidence is locked into their minds when they get in the physic of electricty. Thank you, I enjoyed it.

  • @user-du7jx8ex1e
    @user-du7jx8ex1e Před 7 měsíci

    Thank you very much. Amazing presentation.

  • @leeslevin7602
    @leeslevin7602 Před 5 měsíci +1

    You sir, are absolutely brilliant. Thank you. I'm an electrical engineer, this is by far the best lesson I've ever come across. 👏👏👏

  • @resignurdrnk7535
    @resignurdrnk7535 Před rokem +2

    amazing visual presentations. super fun!

  • @jedidaddyissues4128
    @jedidaddyissues4128 Před 17 dny

    Thank you so much for this video! I really feel like I have a better understanding of magnetism, and you have inspired me to do further research!

  • @user-qs6hc8xv4y
    @user-qs6hc8xv4y Před 4 měsíci

    TQ SO MUCH SIR, FOR DETAILED INFORMATION OF BASICS

  • @charliejohnston1978
    @charliejohnston1978 Před 5 měsíci

    This is a very good demonstration of how magnetic lines couple together to form closed loops of a magnetic field in the air or in space. Once the lines are formed/coupled together and everything stabilizes, the lines are coupled together without moving from pole to pole actually. And that is why we saw steel filings being coupled and attracted to both poles simultaneously. You did a very nice good of explaining why the fields are generated within each atomic structure and magnetic domain. The angular rotation of each atom's electrons is random, until the magnetic field is introduced to see its region of magnetic influence. Thank you for helping young people increase their knowledge of physics. QED

    • @digbysirchickentf2315
      @digbysirchickentf2315 Před 3 měsíci

      The field is continous there are no actual lines, that is only a concept to map the strength. The filings form lines within the field because of their long thin shape. I thing the video host maybe confused. I didnt watch the whole video.

  • @ismaelismael9080
    @ismaelismael9080 Před 2 měsíci

    Very satisfying video, thank you dear.
    We hope to see more videos like this one.

  • @mudasirbelail7993
    @mudasirbelail7993 Před 4 měsíci

    The best video I never seen before, thank you for sharing

  • @musicoscope
    @musicoscope Před 5 měsíci

    you are a genius! you live science and have the power to magnetize with you anybody that hears your videos, they are so profound and thorough!! thank you very much!!!

  • @wilkyclergeot9416
    @wilkyclergeot9416 Před rokem +4

    You're so amazing teacher everyone would love that just the way you described it incredible teacher!!!

  • @alerum3473
    @alerum3473 Před 3 měsíci +1

    Cool dude! This is the Science teacher everyone needs! ☺️👌

  • @nagasundaryerramilli3867
    @nagasundaryerramilli3867 Před 4 měsíci

    Excellent explanation. Your way of explaining is very good.

  • @jham7894
    @jham7894 Před 5 měsíci

    Thank you, very enlightening!

  • @DownhillAllTheWay
    @DownhillAllTheWay Před rokem

    From 1:17:40 to 1:26:35 is a talk about how magnetic fields exist due to their interaction with electrons (which are components of atoms). Does this mean that if I took two bar magnets into intergalactic space, their magnetic attraction or repulsion would be greatly reduced because the number of atoms, and consequently electrons per cm^3 is greatly reduced?

  • @DuduGPT
    @DuduGPT Před rokem +1

    Explained very well.

  • @naftalibendavid
    @naftalibendavid Před 6 měsíci

    Fantastic work. Amazing. Thanks so much.

  • @h7opolo
    @h7opolo Před 10 měsíci

    most excellent presentation of this topic. subbed.
    20:37 right on

  • @leonhardtkristensen4093
    @leonhardtkristensen4093 Před 9 měsíci +1

    I think you explaned it very well but I am even more satisfyed with that you admitted that it is probably just the functioning of it you explaned and not the total truth. I am especially happy with that you explaned magnetic attraction in a way that is actually a pushing effect. It is just like that vaccuum doesn't suck. It is the air aroud that pushes things into the vacuum.

  • @nickjohnson410
    @nickjohnson410 Před 3 měsíci

    This is amazing. Thank You!

  • @mohamadfazli5575
    @mohamadfazli5575 Před rokem +1

    That was impressive explanation thanks for your time and Passion and patience,,you are suburb.

  • @muhammadhussainsarhandi9928

    Excellent Sir, lots of respect and love for you,

  • @alangamer2017
    @alangamer2017 Před rokem

    Nice lesson , hoping for some lessons about optics

  • @road_warrior_1
    @road_warrior_1 Před rokem

    Now get the most expensive rare earth magnets, bolt opposing sides together, weigh them and find an equal weight. now drop them from a few stories and see which one lands first. Love the channel btw cheers 🥂☺️

  • @maruataro9960
    @maruataro9960 Před 11 měsíci +1

    Very, very satisfying! Nice gateway to physics, electricity, and I guess science. Thank you so much!

  • @frankroper3274
    @frankroper3274 Před rokem +2

    Great class for anyone interested in electricity such as myself!

  • @mirzaalim2439
    @mirzaalim2439 Před rokem

    Super explanation. Thanks

  • @nickrowe9221
    @nickrowe9221 Před rokem

    wonderful. recommend it to everyone.

  • @mathwithmrsirmpho
    @mathwithmrsirmpho Před 8 měsíci +1

    I’d like to know the brand of your microphone. Good quality there.

  • @surgingcircuits6955
    @surgingcircuits6955 Před rokem

    This answered so many qiuestions I have had. Why did you wait so long to share this info? :D

  • @zakariyeisxaaq5839
    @zakariyeisxaaq5839 Před 11 měsíci

    wow just amazing tnk for the time and u put into this.

  • @fotistsoukalas6916
    @fotistsoukalas6916 Před rokem

    Very nice presentation. Congrats.

  • @user-qs3mh4pp3b
    @user-qs3mh4pp3b Před 3 dny

    Briliant lecture.

  • @akikotsukamoto1334
    @akikotsukamoto1334 Před 11 měsíci

    So interesting to watch!

  • @jamesjohn2537
    @jamesjohn2537 Před rokem +2

    Nice lessons and more helpful and deep in content

  • @ottomendez2404
    @ottomendez2404 Před 4 měsíci

    What a great video!! Thanks!!!!

  • @LSATAngel
    @LSATAngel Před rokem +1

    Excellent! Can you do this?:
    Put a normal bar magnet (straight line) down vertically, then bring a piece of non-magnetic steel or whatever next to the North Pole. Have it lay on the page also. Once in the same line as the first magnet, once at a 90 degree angle where the first magnet bisects the second, and once where the first magnet attaches to the end of the second (but still with the second at a 90 degree angle). And do the paper plus iron filing thing on top at each of the three configurations.

  • @brentchadwell8101
    @brentchadwell8101 Před rokem +2

    The best teacher!

  • @botektecnology6756
    @botektecnology6756 Před rokem +1

    Grait job thank you very much ❤🧡💛

  • @athenaphoenix3771
    @athenaphoenix3771 Před rokem +1

    Whoa, the intro has me hooked!

  • @eduardmeyer1
    @eduardmeyer1 Před 2 měsíci

    Thank you, sir for you dedication 🎩

  • @mbahcarrier1629
    @mbahcarrier1629 Před 6 měsíci

    How Do Magnets and Magnetic Fields Work? Good question. I like this video because it provides a lot of knowledge. Always success "Math....."....Pekalongan, Central Java, Indonesia On

  • @victorcervantes3822
    @victorcervantes3822 Před rokem

    Wow nice explanation thank's sir

  • @laynelommen9460
    @laynelommen9460 Před rokem

    Im down with the sickness. Great video.

  • @PortableKonfidence
    @PortableKonfidence Před 8 měsíci

    This was fun. Thank you

  • @deanparker5548
    @deanparker5548 Před 6 měsíci

    Great video, Thank You!

  • @andrewjustin256
    @andrewjustin256 Před 6 měsíci

    You are the most phenomenal and awe-inspiring teacher ever! I just would like to ask a question regarding what you stated in 1:23:15 timeline that the electron is not spinning but it has angular momentum. I mean how is it possible?

    • @MathAndScience
      @MathAndScience  Před 6 měsíci

      It’s one of the great mysteries of quantum mechanics in the answer is nobody knows. We always envision these things as little balls but electrons are definitely not little balls, but they have characteristics of waves, but we know that you’re not completely wave like either - whatever they are they have something that we can measure is angular momentum but they’re definitely not little balls that really spin. If you’re having trouble visualizing that the join the club because nobody really understands what they are.

    • @vincecox8376
      @vincecox8376 Před 5 měsíci

      Please get tuned into facts, 1. anti gravity is a product of the center field of a magnet. 2. the center of a magnet when vibrated will repel water 3. If you vibrate granite rock with the center field of a magnet at the correct frequency it will turn like butter. that's just the beginning it will play a Hugh part of our country's future. The anti gravity is only applicable to none iron type material such as glass or plastic. If you have a bar magnet simply tap the center near a trickle of water and watch the water move out of the way. Tap the center field on any none metalic surface and watch it loose weight. You can not use a sign wave type vibration it must be saw tooth . A sign wave signal contains the centerfield, that's what pushes AC and radio signals around the world. A sign wave has three elements on an oscilloscope you only see the two , On a scope you see the positive cycle and the negative cycle you never see the most significant part of the cycle and that is the center field that produces the energy to push the energy forward!!! There is allot to be learned about the magnetic center field .. Please help spred the news ..

    • @andrewjustin256
      @andrewjustin256 Před 5 měsíci

      @@MathAndScience That sounds mysteries, Mr. Jayson. But how did mankind endeavor to ferret it out, ie. It has angular momentum even when it is not spinning etc. It almost feels like God revealed it to us.

  • @mohamadfazli5575
    @mohamadfazli5575 Před rokem +1

    Impressive explanation

  • @allenpike5473
    @allenpike5473 Před 5 měsíci

    Excellent Sir!! Im sorry to only hear this at 77 yrs of age!! Pse continue!!

  • @cndbrn7975
    @cndbrn7975 Před rokem

    That was a cool demo