Permittivity vs Permeability | The 7 Differences

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  • Опубликовано: 13 янв 2025

Комментарии • 68

  • @justtlo3526
    @justtlo3526 2 года назад +14

    Permittivity depends on the medium that an electric field is produced in. Permeability depends on the material or medium being placed in a magnetic field. They are not constant as they change depending on the medium. Permittivity is lowest in a vacuum and permeability is highest in a mediums such as ferromagnetic materials. Thank you for this explanation!

    • @Nitish-p7m
      @Nitish-p7m Год назад +1

      Boards me Jake chipka yha mat gyaan de

  • @Its_bulma
    @Its_bulma День назад +1

    You are a life saver 😅🧬❤️

  • @Its_bulma
    @Its_bulma День назад +1

    Your videos are worth watching 💝
    Amazing and easiest explanation 👏🏻
    Keep going and growing Sir 💪🔥

  • @poojaskopparad
    @poojaskopparad 11 дней назад +1

    Super sir. Tq

  • @anbu6100
    @anbu6100 Год назад +4

    just a tip, place the camera far away from you and zoom in. it reduces the fish eye effect

  • @pranabkalita1937
    @pranabkalita1937 4 года назад +5

    Perfect explanation. Thanks a lot sir.

    • @GauravJ
      @GauravJ  4 года назад +1

      You are welcome..! Do subscribe to my channel & share the video.. !

  • @artisticimagination7494
    @artisticimagination7494 2 года назад +2

    Thank you so much Sir... it is very helpful 😇😇

  • @421-r.venkateshnaik7
    @421-r.venkateshnaik7 2 года назад +1

    Excellent...... sir

  • @bikramjit671
    @bikramjit671 3 года назад +1

    thanx brother it is very helpful

  • @yash_bhoir12
    @yash_bhoir12 2 года назад +1

    excellent sir

  • @bihariallinone4509
    @bihariallinone4509 Год назад +1

    Does permeability depend upon magnetic flux density(B) ?

  • @29nitukumari15
    @29nitukumari15 2 года назад

    Clear explanation sir thank you

  • @leonardojacometti9883
    @leonardojacometti9883 3 года назад +1

    Congratulations man

  • @dhawalprajapati3705
    @dhawalprajapati3705 4 года назад +2

    Superb sir

    • @GauravJ
      @GauravJ  4 года назад

      Thanks Dhawal. Do share the video 😊🙏

  • @technicalpahadivlogs
    @technicalpahadivlogs 3 года назад +2

    Thank you so much sir.. Lot's of Respect 🙏

    • @GauravJ
      @GauravJ  3 года назад +1

      Most welcome

  • @jasonvoorhees2050
    @jasonvoorhees2050 4 года назад +1

    Thank you very much !!!

    • @GauravJ
      @GauravJ  4 года назад

      You are welcome ☺️ do share the video !! 🙏

  • @miguelmicallef1415
    @miguelmicallef1415 2 года назад +1

    very good video

  • @b.srinivas9567
    @b.srinivas9567 3 года назад +1

    Very useful

  • @donberg01
    @donberg01 2 года назад +1

    I have a question: So what is the air gap used for, resistance?

    • @lunam7249
      @lunam7249 Год назад

      yes in magnetic systems.....in electric systems it creates a capacitor

  • @sudhanshugupta1555
    @sudhanshugupta1555 3 года назад +1

    Whether they are constants or not, it depends.

  • @skbaiswade
    @skbaiswade 4 года назад +1

    Thanks somuch fo this

    • @GauravJ
      @GauravJ  4 года назад

      You are welcome 🙂 do subscribe to my channel and share the video ✌🏻🙏

  • @Pavankumar-co9qv
    @Pavankumar-co9qv 4 года назад +2

    All videos are super and clear explanation keep going 😊

    • @GauravJ
      @GauravJ  4 года назад +1

      Thank you ! 😇 Do share the videos 🙏

  • @ncertphysicsdecodedforneet9426
    @ncertphysicsdecodedforneet9426 3 года назад

    Sir can u plz make a video on susceptibility ..

  • @ambidextrousseamer7101
    @ambidextrousseamer7101 2 года назад +1

    Why is permittivity of the free space (resistance offered by the free space against the applied electric field) is not zero, since there is no other molecule/particle to offer any resistive electric field?

    • @2UK_2UK
      @2UK_2UK 11 месяцев назад

      It is zero

  • @sureshgosavi8068
    @sureshgosavi8068 3 года назад

    Very nice explanation..sir

  • @ffeditz_
    @ffeditz_ 2 года назад

    Formula for capacitence is e°A/d hai na?

  • @NativeBox
    @NativeBox 11 месяцев назад

    permittivity can be complex or constant. In class last week we learned about tangential permittivity

  • @NextGen_Tech_Hindi
    @NextGen_Tech_Hindi 3 года назад +3

    Permittivity and permeability are not constant
    Permeability is depends on material

  • @motivationminds6730
    @motivationminds6730 3 года назад

    What is oxygen index in xlpe cable can explain it sir.

  • @amitnishad3341
    @amitnishad3341 4 года назад +2

    Very helpful videos.. Thanks a lot.
    Please make video on ferromagnetic and ferrielectric 🙏🙏🙏🙏

    • @GauravJ
      @GauravJ  4 года назад

      Thanks Amit. Do subscribe to my channel and share the video ✌🏻🙏 Sure, I'll try to make videos on the topics suggested by you.

    • @amitnishad3341
      @amitnishad3341 4 года назад

      @@GauravJ thank you sir

  • @sujitpradhan5058
    @sujitpradhan5058 4 года назад

    Sir... What is Surge Impedance Loading ?? please make a video on this.

  • @abdulrahmanalsaadi1088
    @abdulrahmanalsaadi1088 3 года назад +1

    great video

    • @GauravJ
      @GauravJ  3 года назад

      Glad it was helpful 😊 Do also check out other videos on my channel 😊👍🏻

  • @conan4991
    @conan4991 4 года назад

    May i know why the t-shirts shown here below are not sold in INR..

  • @Utsa_sur
    @Utsa_sur 4 года назад +1

    thank you so much sir...you are the best:):)

    • @GauravJ
      @GauravJ  4 года назад

      You're welcome 😁 do share the video 🙏✌🏻

    • @Utsa_sur
      @Utsa_sur 4 года назад +1

      @@GauravJ hm sure sir..you are my inspiration sir:):)

    • @GauravJ
      @GauravJ  4 года назад

      Thank you 😊

  • @chinnakarlapraveen9966
    @chinnakarlapraveen9966 4 года назад +2

    Sir while explanations please show the content in screen instead of ur video so that we can understand easy. As you done in early videos.

  • @manoharp6800
    @manoharp6800 4 года назад +1

    They are not constant sir they are variable for every material ✌️this I learn from your viedo am I crt sir

    • @GauravJ
      @GauravJ  4 года назад +2

      Yes. You are right ✌🏻✌🏻

    • @manoharp6800
      @manoharp6800 4 года назад

      😁👻👻I am third year btech student sir can you give me any suggestion for gate exam sir I am thinking about gate exam sir

    • @GauravJ
      @GauravJ  4 года назад +1

      Just give 100% concentration to your studies..! Learn well and first understand the application of what you're learning 🙂

    • @manoharp6800
      @manoharp6800 4 года назад

      Tq for your suggestion sir 😁😊👻

    • @chinnakarlapraveen9966
      @chinnakarlapraveen9966 4 года назад

      @@manoharp6800 where you are studying

  • @Infernanime
    @Infernanime Месяц назад

    Bro there is no electric field generated by current carrying conductor due to charge flowing in it because no matter how much current is passing the conductor always remains electrically neutral but a magnetic field is definitely produced and felt too.

  • @pianonotes1585
    @pianonotes1585 2 года назад

    Current carrying conductor doesn't produce electric field it produces magnetic field

  • @conan4991
    @conan4991 4 года назад

    I wanna buy one...

  • @catchmypoint6756
    @catchmypoint6756 4 года назад +1

    👍

  • @gopalkurmi3721
    @gopalkurmi3721 3 года назад

    There is no electric field around conductor. Beacause conductor is electrically neutral(not charged)

  • @nsry2509
    @nsry2509 2 года назад

    A DC current carrying wire produces only magnetic field arround it.,It doesnot produce electric field because in a current carrying wire charge only flows but the wire Is electrically neutral..so as no net charge so no electric field..

  • @MechTech_Automation
    @MechTech_Automation 4 года назад

    Upload videos in hindi also 👍👌

  • @Kartiksain07
    @Kartiksain07 3 года назад

    Technical guruji intro 😅

  • @chinnakarlapraveen9966
    @chinnakarlapraveen9966 4 года назад +1

    ✌️