Induced Current and Induced EMF

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  • Опубліковано 10 лис 2024

КОМЕНТАРІ • 61

  • @nadiaakrach7461
    @nadiaakrach7461 3 роки тому +9

    wonderful explanation ,'m from morocco , and thanks to you i understance that , god bless you

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому +1

      Greetings from Malaysia! I'm very glad to hear this. Thank you for dropping a comment. God bless you too.

  • @jstalad4087
    @jstalad4087 2 роки тому +2

    Didn't expect it to be this much helpful !......any confusion existed ever has been disappeared ♥️

    • @MrRuelTuition
      @MrRuelTuition  2 роки тому +1

      That's really great! I'm really happy it's helped 😊

  • @prasanna.k8309
    @prasanna.k8309 3 роки тому +2

    Sir iam searching for this type of teaching only, now I found it ,thanks a lot for this explanation and please continue this

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому +1

      I'm glad you found what you needed! Thank you for dropping a comment 😊

  • @yeabaweke868
    @yeabaweke868 2 роки тому +1

    This was great it give me all the important points for my presentation *as grade 8* . I understand it more clear than my teacher taught me. Thanks sir from Ethiopia 🇪🇹.

    • @MrRuelTuition
      @MrRuelTuition  2 роки тому

      That's really great to know. You're most welcome from Malaysia. 😊

  • @adith7244
    @adith7244 Рік тому +1

    Sir, it cleared all my doubts.Such a helpful clss, just in 10 min i learnt more than my 1 hr lecture in schl👏🤝❤️

  • @kasif11965
    @kasif11965 3 роки тому +1

    LOVE FROM"" INDIA "".
    AMAZING EXPLANATION. ..
    GOD BLESS YOU. .....

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому +1

      Thank you! 😊

    • @kasif11965
      @kasif11965 3 роки тому +1

      @@MrRuelTuition u r welcome sir

    • @kasif11965
      @kasif11965 3 роки тому +1

      @@MrRuelTuition u speak so much fluent english more than me.

  • @athiramanoj8433
    @athiramanoj8433 10 місяців тому

    Thank you so much for this video, it's really helped me understand this topic for my exams 😁

  • @shotoniphone5633
    @shotoniphone5633 3 роки тому +3

    What an amazing lecture sir! Every concept got crystal clear
    Thankyou so much

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому +1

      Thank you very much for your kind comments. I really appreciate it. 😊

  • @ShalomMulas-n6m
    @ShalomMulas-n6m 3 місяці тому

    Thank you so much for your clear explanation 🙏

  • @joloallexicepineda7347
    @joloallexicepineda7347 3 роки тому +4

    Thank ypu so much!! your explanation is very clear and understandable

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому

      Thank you for the kind words. I hope my channel will continue to help clear your doubts! 😊

  • @Kajuu55567
    @Kajuu55567 2 роки тому +1

    Very very helpful. I am very grateful to you🙏🏾🙏🏾

  • @megbluejay8497
    @megbluejay8497 3 роки тому

    Tq soo much ..I had this doubt so long, difference between induced current and emf ...now my doubt cleared once again tqqqqqq

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому +1

      You're most welcome. I'm very happy thay it's helped! 😊

  • @신채호-j1n
    @신채호-j1n Рік тому

    Thank you sir for a high quality video! Terimakashi!

    • @MrRuelTuition
      @MrRuelTuition  Рік тому

      You're most welcome! I'm glad you appreciate the effort I put in to the quality. 😀

  • @mayuririsawade5421
    @mayuririsawade5421 3 роки тому +2

    Awesomeeee🤩
    Toooo good explanation......😊
    Please sir do prepare a video on how exactly an induced emf works!!!!

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому

      Thank you! OK I will get to that video.

  • @boakyeeric3413
    @boakyeeric3413 Рік тому

    Good, I will learn from you. Thank you.

  • @prinsymgr7527
    @prinsymgr7527 3 роки тому +1

    Thankyou so much sir 😊well described

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому

      You're welcome. I'm glad you think so. 😊

  • @josephdavidpauldasari1114
    @josephdavidpauldasari1114 4 роки тому +2

    thanks for the good explanation.

    • @MrRuelTuition
      @MrRuelTuition  4 роки тому +3

      Thank you for dropping a comment!

    • @josephdavidpauldasari1114
      @josephdavidpauldasari1114 4 роки тому

      @@MrRuelTuition by the way can you give an explanation on transistors, it'll be helpful.

  • @abdlrhmnn
    @abdlrhmnn 2 роки тому

    Thx so much am convinced now

  • @unstoppable519
    @unstoppable519 3 роки тому +1

    Awesome 👍👍👍👍👍👍

  • @shubhamdugtal6247
    @shubhamdugtal6247 3 роки тому +1

    Even studying faraday law.... I was tnsed that.... I have to study induced current and emf seperate 😳

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому +2

      Without induced emf there will be no induced current. It would just be...current. Don't worry it will click when you piece it together.

  • @prerna1188
    @prerna1188 3 роки тому

    Thankyou for your awesome explanation in just moments
    Keep on going

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому +1

      Thank you for the kind comment! Appreciate it. 😊

  • @serendipitysakura
    @serendipitysakura Рік тому

    Thank you for this video! I was wondering if instead of a Faraday cage also a simple box of plastic (e.g. the ones where you can put toys in or stuff) can be used as isolation for batteries and electronic devices in case of induced current generated by multiple M- or 1 strong X class solar flare with CME, since that would be induced current.
    If yes, would the plastic lid be enough or do you need to isolate the edges with something?

  • @Hannah-tw1um
    @Hannah-tw1um 2 роки тому

    Awesome video...but i have a question.
    So whenever we try to move the magnet into the coil....the direction of the induced current is such that it opposes the chang causing it....but we are able to move the magnet into the coil eventhough the direction of the coil is opposing....is it because we are applying more force to push the magnet through?

    • @MrRuelTuition
      @MrRuelTuition  2 роки тому

      An object can continue moving when two forces of equal magnitude act on it in opposite directions. The acceleration will be 0 but the object can continue moving at constant velocity in the same direction.

    • @Hannah-tw1um
      @Hannah-tw1um 2 роки тому

      @@MrRuelTuition ohh i understand..tqsm🤗

  • @SidduAcademy
    @SidduAcademy 2 роки тому

    ❤️❤️❤️

  • @fahmiyusof6290
    @fahmiyusof6290 3 роки тому

    Thank you sir! Really easy to understand your explanation!

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому

      I'm very happy to hear that. You're most welcome 😊

  • @mdzahidhasan8290
    @mdzahidhasan8290 2 роки тому

    But why a changing magnetic flux needed to induced emf to the conductor?

  • @lavanyameesa6432
    @lavanyameesa6432 3 роки тому

    It is really helpful

    • @MrRuelTuition
      @MrRuelTuition  3 роки тому

      Thank you for taking the time to comment! I'm glad it was helpful 😊

  • @OVERRATED_247
    @OVERRATED_247 2 роки тому

    Sir is induced emf and emf is same?

    • @MrRuelTuition
      @MrRuelTuition  2 роки тому

      It is not the same. Induced EMF is only used when the EMF is induced by changing the magnetic flux linkage of a conductor. But there are other sources of EMF such as batteries. These provide EMF too but we don't call it induced EMF.

  • @justforstudy2973
    @justforstudy2973 4 роки тому

    Sir I think u r indian and video must be somewhere in hindi as most of students belongs to India and india is such a country where hindi is best way to understand anything rather than English best explanation ❤️

    • @MrRuelTuition
      @MrRuelTuition  4 роки тому +4

      Hello. Thank you for dropping a comment! Unfortunately I'm Malaysia Indian and I do not speak Hindi. Hopefully you still enjoy my videos in English.

    • @justforstudy2973
      @justforstudy2973 4 роки тому

      @@MrRuelTuition it's ohk sir❤️

  • @XYZ-mx1oq
    @XYZ-mx1oq 4 роки тому

    Sir what is the definition of emf in simple words

    • @MrRuelTuition
      @MrRuelTuition  4 роки тому +8

      Remember it in three parts:
      1. Energy
      2. To move 1 Coulomb of charge
      3. Around a complete circuit

  • @talhajat3301
    @talhajat3301 3 роки тому

    why the hell do you have a chinese accent 😂 😂 😂