IB Physics: Faraday's Law of Electromagnetic Induction

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  • Опубликовано: 30 сен 2024

Комментарии • 35

  • @erelsaul5654
    @erelsaul5654 7 лет назад +39

    YOU ARE AN IB LEGEND

  • @philipweiss6752
    @philipweiss6752 10 лет назад +15

    You are amazing. Please keep making these -Portland, Oregon

    • @donerphysics
      @donerphysics  10 лет назад

      Thanks Philip. Glad it helped. Will keep cranking them out.

    • @philipweiss6752
      @philipweiss6752 10 лет назад

      Chris Doner Is there any way you could make a video on Alternating Current or Lenz's Law?

    • @donerphysics
      @donerphysics  10 лет назад

      Philip Weiss
      They are in the works.

  • @Danu_Nanu
    @Danu_Nanu Год назад +1

  • @jusong
    @jusong 9 лет назад +6

    Thank you thank you thank you thank you! You sir, have saved my life!

  • @crabbyproductions7680
    @crabbyproductions7680 6 месяцев назад +1

    Life saver

  • @serenejay2756
    @serenejay2756 6 лет назад +1

    Your accent o.o I can't place it it sounds like a beautiful weird hybrid of canadian and australian and british o.o

  • @waikhaylim6180
    @waikhaylim6180 8 лет назад +2

    Waiting for your video on 11.2 and 11.3! Thank you so much and please keep on making these videos! Kudos from Malaysia

  • @mattiasandivan
    @mattiasandivan 6 лет назад +1

    Very very helpful videos thank you!!!!

  • @tanmaysingla1688
    @tanmaysingla1688 3 года назад +1

    why cant the answer be B 14:15?

    • @donerphysics
      @donerphysics  3 года назад +3

      The flux through the coil would not consider the number of turns.

    • @tanmaysingla1688
      @tanmaysingla1688 3 года назад

      @@donerphysics oh thank you sir.

  • @manavjuthani516
    @manavjuthani516 4 года назад +3

    you taught me something 10x better than my actual physics teacher who calls herself an astrophysicist

    • @donerphysics
      @donerphysics  4 года назад +16

      Be respectful of your teachers and learn all that you can from them. The videos are a supplement that I am sure your teachers would encourage.

  • @KrisCurrent
    @KrisCurrent 7 лет назад +10

    watching this before my mocks...literally know nothing before induction til this vid. thanks so much!!

    • @rosahu8826
      @rosahu8826 3 года назад +5

      here i am 4 years later in th exact same situation...

    • @kurtstefangodel4962
      @kurtstefangodel4962 2 года назад +1

      @@rosahu8826 here i am 5 years later in the exact same situation...

    • @log_e555
      @log_e555 Год назад +1

      6 years later in the exact same situation😍

    • @elyassaedevrij8437
      @elyassaedevrij8437 6 месяцев назад

      Here I am 7 years later in the same situation (final exams in 4 weeks)

  • @manangoel3883
    @manangoel3883 Год назад

    Im a bit confused about the indicator at 2:50 on why you can tell it is coming out of the page. What indicator is there that shows this. Thanks for the videos, they really help me in improving my grade

    • @donerphysics
      @donerphysics  Год назад

      An x represents the back of a dart or arrow thus into the page. A dot represents the front of an arrow or dart, and hence, out of the page.

  • @AG-cx1ug
    @AG-cx1ug 4 года назад

    At 5:06 and 2:26 what do these dots represent for the field lines - different points of the lines? I didn't really follow, and the coils are the turns of wire? Thank you.

    • @donerphysics
      @donerphysics  4 года назад

      An x represents the back of an arrow and a dot represents the front on an arrow. The represents field lines pointed into and out of the page respectively.

  • @antonioserrano6105
    @antonioserrano6105 2 года назад

    Hi I have a question what do you mean in 5:25 when you say that we will get an emf in the opposite direction?

    • @donerphysics
      @donerphysics  2 года назад +1

      emf is in the opposite direction when pulled out of field than when pushed in.

  • @mahmudjumaev3430
    @mahmudjumaev3430 6 лет назад

    Great

  • @daviddeng5914
    @daviddeng5914 8 лет назад +1

    Hey Thank you for this amazing video. If its possible, could you please explain 11.2 and 11.3 as well? Thanks again. This video really helped!

    • @donerphysics
      @donerphysics  8 лет назад +1

      +david deng
      I will but not before the May exam.

  • @sudo4585
    @sudo4585 8 лет назад

    is there a video on 11.2 and 11.3?

    • @donerphysics
      @donerphysics  8 лет назад

      +Judy Tianyan
      I haven't got around to a.c. and capacitors yet.

    • @sudo4585
      @sudo4585 8 лет назад

      okay and thanks for all the amazing videos!

    • @donerphysics
      @donerphysics  7 лет назад

      11.2 and 11.3 are posted now