Area vector with examples & flux vector equation | Electric fields & charges | Khan Academy

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  • Опубликовано: 26 дек 2024

Комментарии • 32

  • @prachichoubey7313
    @prachichoubey7313 Год назад +35

    Why do i love him so much????? i will protect this man with a blanket and a sword. No fear should ever fall upon him😭😭

  • @konakill
    @konakill 2 года назад +9

    i've been having trouble mentally getting to lectures. Your videos have been helping me catch up so much! Thank you

  • @ayushsahoo2078
    @ayushsahoo2078 2 года назад +1

    "E•A Like a boss" 9:43

  • @muslimattar3047
    @muslimattar3047 2 года назад +5

    Man thank you so much. This was really really helpful.
    By the way , the explanation is top.
    I,m watching you from Iraq yet you made it so basic and simple.

  • @arpitasharma6892
    @arpitasharma6892 3 года назад +2

    You sir are LEGIT the BEST. PERIOD.

  • @nathanielkilmer5022
    @nathanielkilmer5022 3 года назад +5

    I love how this dude is doing his best Sal Khan impression. Great videos, btw!

    • @Mahesh_Shenoy
      @Mahesh_Shenoy 3 года назад +4

      I am influenced by him, but I am not trying to do an impression :)

    • @nathanielkilmer5022
      @nathanielkilmer5022 3 года назад +1

      @@Mahesh_Shenoy he's a great guy to be influenced by. I can hear echos of his speech patterns in this person's vocabulary, like they must have watched hundreds of hours of Khan lectures. I can hear Sal's influence in 3Blue1Brown, as well.

    • @weirdfishes63
      @weirdfishes63 26 дней назад

      Who is he?

  • @ashutosh-kumar
    @ashutosh-kumar 3 года назад +5

    Thank you sir, watched it on 14th October 2021 at 8:26 PM for the prepration of term 1 board examination 2021-22.

  • @manitechnutsp9106
    @manitechnutsp9106 3 года назад +1

    Sir your voice is inspiring
    Your teaching style is fantastic

  • @manitechnutsp9106
    @manitechnutsp9106 3 года назад +2

    U made me love physics
    You deserve millions of subs sir i feel really bad

  • @Nancy_Shorts13
    @Nancy_Shorts13 6 месяцев назад

    Mind blowing explanation ❤️👏

  • @FormerlyChainChompBraden
    @FormerlyChainChompBraden Год назад

    great video. this helped a TON

  • @sajanphilip8221
    @sajanphilip8221 3 года назад +1

    Your drawing is extremely good

  • @S1ngh1
    @S1ngh1 Год назад

    It was an amazing experience leraning from you. And it was fun! It was so boring when i was reading my notes but watching this was so much more interesting.

  • @ananyatyagi7753
    @ananyatyagi7753 Год назад

    thankyou so much !

  • @drp2996
    @drp2996 2 года назад +5

    Khan Academy India can you make playlist of all related videos in a sequence it will be very helpful

  • @doinnothing7818
    @doinnothing7818 8 месяцев назад

    Can we draw this area vector anywhere on the surface? Or at geometrical centre?

  • @shivamsuhana6603
    @shivamsuhana6603 3 года назад +1

    please tell me that for which class this video is related

    • @konakill
      @konakill 2 года назад

      physics in electromagnetism I'd assume.

    • @aditidump
      @aditidump Год назад

      12th

  • @mathewmunro3770
    @mathewmunro3770 10 месяцев назад

    If your area is a result of a vector cross-product, you could define the direction of the area as per the right-hand rule.

  • @johnn._snow
    @johnn._snow 10 месяцев назад

    Now tell how to find direction for open

  • @bromskiii4017
    @bromskiii4017 Год назад

    ❤❤❤

  • @carl_johnson_
    @carl_johnson_ 4 месяца назад

    Sir its perpendicular to a line
    And normal to a plane..

  • @olaoluwaomopariola4867
    @olaoluwaomopariola4867 2 года назад

    Please can you explain why in some textbooks, electric flux is Φ = ∫ E dA and in other textbooks electric flux is Ψ= Q, and in this video too? Which one is correct and which is wrong?

  • @smiling4813
    @smiling4813 2 года назад

    But how to find it without the x y z
    ?
    If it is just given like that