Flux and Faraday’s law [IB Physics HL]

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  • Опубликовано: 18 ноя 2024

Комментарии • 34

  • @tanishamittal1733
    @tanishamittal1733 2 года назад +12

    I cannot thank you enough for your videos. I don't know what I would've done without these videos. Seriously, you are the best teacher ever period! 😃

    • @OSC1990
      @OSC1990  2 года назад

      You are too kind. Your comment makes my day! Cheers, Mitch

  • @bruh-es6og
    @bruh-es6og 3 года назад +33

    full syllabus mug before ib exams tmr. youre so fkn good! regret not finding you ealier

    • @OSC1990
      @OSC1990  3 года назад +10

      Hahah. Thanks! Good luck with the exams! Cheers, Mitch

  • @abhimanyugupta4017
    @abhimanyugupta4017 2 года назад +9

    you are a lifesaver @OSC !! idk how much i would have suffered in physics if i had not found you earlier; you're the best ib physics tutor in my opinion

    • @OSC1990
      @OSC1990  2 года назад +1

      That makes me so happy! Good luck with your studies - you can do this! Cheers, Mitch

  • @theterminator7365
    @theterminator7365 3 года назад +14

    thanks so much for your help sir idk how else we would have prepared for exam next week

    • @OSC1990
      @OSC1990  3 года назад +3

      You are most welcome Cheers, Mitch

  • @jennyzhang2810
    @jennyzhang2810 3 года назад +9

    Hi sir, hope this is not a stupid question: what is the difference between magnetic flux and magnetic flux linkage? Thank you!

    • @OSC1990
      @OSC1990  3 года назад +9

      One way to look at it is that magnetic flux are the imaginary lines, whereas magnetic flux linkage is how those lines intersect a surface.

  • @loveletterrss
    @loveletterrss 2 года назад +2

    you are so nice to listen to. thank you for making these!!!

    • @OSC1990
      @OSC1990  2 года назад

      You are so welcome! Cheers, Mitch

  • @Joseph-co7uh
    @Joseph-co7uh Год назад +5

    much better than my physics teacher who teaches nothing

    • @OSC1990
      @OSC1990  Год назад

      You're too kind! :)

  • @sachinprabhuram5765
    @sachinprabhuram5765 3 года назад +20

    3 hours before exam lmaoo

    • @OSC1990
      @OSC1990  3 года назад +3

      Hope the exam went ok!

  • @rehanadatia9208
    @rehanadatia9208 3 года назад +3

    There there is a mathematical error in the equation being solved. The induced emf is 0.6 volts.

    • @saianjanakella5879
      @saianjanakella5879 3 года назад +8

      no its 0.006

    • @user-qe5xk4cv8q
      @user-qe5xk4cv8q 2 года назад +5

      his answer is correct, but his process is wrong (should have been 6000*10^-5, but he still had correct answer).

    • @mohamedhossam8559
      @mohamedhossam8559 Год назад

      bruv, its 0.6969, check ur math

  • @rayanjansepar3234
    @rayanjansepar3234 3 года назад +3

    Do you cover all HL Physics topics in this channel?

    • @OSC1990
      @OSC1990  3 года назад +6

      I sure do! Just look at the different playlists for the various topics. I've got all 8 SL topics, plus AHL topics 9, 10, 11 and 12, in addition to two of the optional topics (Relativity and Astrophysics)

  • @shauryagoyal4788
    @shauryagoyal4788 Год назад +2

    the GOAT

    • @OSC1990
      @OSC1990  Год назад

      Awww, thanks! Cheers, Mitch

  • @Ten0bre
    @Ten0bre 2 года назад +3

    30x200 isn’t it 6000 not 600?

    • @OSC1990
      @OSC1990  2 года назад +4

      Yes, you are correct! Thanks for writing. Cheers, Mitch

  • @godclimbers
    @godclimbers Год назад +1

    thx bro

    • @OSC1990
      @OSC1990  Год назад +3

      You're very welcome! From your YT handle, looks like you're into climbing? Me too! :)

  • @Wolf-lb9lz
    @Wolf-lb9lz Год назад +1

    Hello sir,
    Hope you are having a good day.
    My understanding of mag flux vs flux linkage is that mag flux is like the total mag field and flux linkage are the field lines that go through the number of coils. So if the mag field changes, there are more/less of the lines passing through the coils. Is this a valid way to think about flux vs linkage?
    Also, if a magnet were to move forward and induce (for example) a positive on that side of the coil, does this mean that when it's taken away it induces a negative on that same side of the coil?
    Just wanted to say that your videos help out a lot. I've been using them in parallel with my own revision and you explain things super clearly (like the chocolate analogy for p.d. really helped).

    • @OSC1990
      @OSC1990  Год назад

      Yes, you have it correct - well done!

  • @__szn__
    @__szn__ 3 месяца назад

    man why did i go physics HL

    • @OSC1990
      @OSC1990  3 месяца назад +1

      Because it's awesome :)
      Good news, students do quite well in the course overall, just that it seems really hard while they're in the course. Hang in there - you'll get through the course alright

  • @aqibsami6500
    @aqibsami6500 2 года назад +1

    IB Phys exam in 3 hrs.

    • @OSC1990
      @OSC1990  2 года назад

      Good luck! Hope it went well :)
      Cheers, Mitch