Hooke's Law Introduction - Force of a Spring

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  • Опубликовано: 23 янв 2025

Комментарии • 57

  • @Aurora-pp3cs
    @Aurora-pp3cs 5 лет назад +43

    Best!!! Visual representation helps a ton to understand. PLEASE NEVER STOP MAKING VIDEOS!!!! You make physics Fun

    • @FlippingPhysics
      @FlippingPhysics  5 лет назад +7

      Wonderful comment. Thank you!

    • @FlippingPhysics
      @FlippingPhysics  5 лет назад +7

      Any chance you could help me out by doing what I ask people to do in the following video? bit.ly/2y4tOCA It would be a great way to show your appreciation!

  • @kaziashiqul
    @kaziashiqul Год назад +3

    your explanation so far the best. I learn from you more than my university professor!

  • @diegotorresfacundo1969
    @diegotorresfacundo1969 3 года назад +1

    I had watch just 20 seconds of this video and I'm already suscribed.Nice!

  • @BrijeshKumar-yg7bm
    @BrijeshKumar-yg7bm 6 лет назад +15

    Most of best teachers on earth.😘

  • @yellowlabsrunning
    @yellowlabsrunning 5 лет назад +4

    your videos are amazing and are really helping me learn and understand physics in a fun and entertaining way! Love the effort that you put into them! don't think I could do ap physics without these vids

  • @Oniko-b2y
    @Oniko-b2y 2 года назад

    You deserve 10 MillionSubs
    Great illustrations .
    Keep it up Sir !!

  • @depymak2
    @depymak2 6 лет назад +8

    it's brilliant. Excellent presentation. The only thing that is strange to me is the division between vectors.

    • @FlippingPhysics
      @FlippingPhysics  6 лет назад

      I am sorry, however, I am not sure what you mean by "division between vectors".

    • @depymak2
      @depymak2 6 лет назад +1

      when you defined spring stiffness constant K you wrote K=F/x where you kept using vector notation

    • @FlippingPhysics
      @FlippingPhysics  6 лет назад

      Yes, that is a valid point. I probably should have left the vector notation out at that point.
      Sorry. 😞

    • @depymak2
      @depymak2 6 лет назад +1

      thank you for accepting my comment and for your outstanding work. I often suggest your videos to my colleagues and to my students. Please also accept our congratulations.

    • @FlippingPhysics
      @FlippingPhysics  6 лет назад +2

      Thanks. I do my best to accept constructive criticism of my work. I am far from perfect!
      Thank you for your compliment. It would be lovely to know where you are from and perhaps where you teach. I find it absolutely amazing that I end up helping people all over the planet to learn.

  • @muhittinselcukgoksu1327
    @muhittinselcukgoksu1327 8 месяцев назад

    super, what a nice class atmosphere. Thank you so much.

  • @rohanr5150
    @rohanr5150 4 года назад

    Do you have a list of equations that you think is more useful and should be on the exam vs the actual one?

  • @raquelbarras3625
    @raquelbarras3625 3 года назад +1

    Thank you! Can you please tell me where I can buy this force sensor?

    • @FlippingPhysics
      @FlippingPhysics  3 года назад +1

      This is the force sensor I use in the video: www.pasco.com/products/sensors/pasport/ps-2104

  • @shahari4822
    @shahari4822 5 лет назад +12

    I didn't know that Leonard Hofstadter did physics lessons online

    • @carultch
      @carultch 3 года назад

      And apparently Sheldon Cooper is one of his students.

  • @XFOYS
    @XFOYS 6 лет назад +1

    Thx for ur best content

  • @themathwizj07
    @themathwizj07 6 лет назад +1

    What are those lines on top of the letters in the equations

    • @FlippingPhysics
      @FlippingPhysics  6 лет назад

      Vector symbols. www.flippingphysics.com/vectors-and-scalars.html

    • @themathwizj07
      @themathwizj07 6 лет назад

      Flipping Physics so is it true that speed is a vector

    • @FlippingPhysics
      @FlippingPhysics  6 лет назад

      No. Speed is a scalar.

    • @themathwizj07
      @themathwizj07 6 лет назад

      What's the difference between a scalar and a vector

    • @FlippingPhysics
      @FlippingPhysics  6 лет назад

      www.flippingphysics.com/vectors-and-scalars.html

  • @huseyintenlik3605
    @huseyintenlik3605 4 года назад +3

    Özhan hocamız sağolsun buradayız

  • @jkgan4952
    @jkgan4952 3 года назад

    Thanks for the vid!

  • @SANAGHUS1934
    @SANAGHUS1934 5 лет назад

    Great video. Keep it up

  • @srushtipednekar1136
    @srushtipednekar1136 5 лет назад +1

    Enjoying your vedios so far...
    Can you make vedios on electricity and magnetism.. that would be a great help

  • @mara.2201
    @mara.2201 6 лет назад +3

    Love it

  • @stephenrussell4309
    @stephenrussell4309 4 года назад +13

    why is robert hooke making videos about himself

    • @carultch
      @carultch 3 года назад

      Video didn't exist in Robert Hooke's lifetime.

  • @ericagabbidon872
    @ericagabbidon872 2 года назад +2

    Don’t see how you got 640

  • @sakshilonkar5988
    @sakshilonkar5988 6 лет назад +1

    Best...

  • @Kaizen_22改善
    @Kaizen_22改善 Год назад

    Didn't understood how y=-640x + 0 came

    • @Adumbb
      @Adumbb 8 месяцев назад

      spring constant

  • @cornemouton
    @cornemouton 2 года назад

    Is the dude with long hair Leonard from Big Bang Theory?

  • @pyrogen7165
    @pyrogen7165 3 года назад +1

    you made yourself "disappear" at the end with your main goal as to let us see what's on the full white board at the end, but you also added a bunch of video links and your youtube profile that end up hiding your calculations when the left part of the whiteboard is revealed so we will never end up seeing the full right part of the board with the full left part of the board... and yes, I am in class rn and very board which is why I am typing this comment. Thanks for the video tho!

    • @FlippingPhysics
      @FlippingPhysics  3 года назад +1

      I would suggest visiting my website for the lecture notes. Link in the video description.

  • @marcomoriarty7692
    @marcomoriarty7692 3 года назад

    Anyone notice that this guy and Hooke look alike? Also, idk but he kind of looks like his students too.

  • @rigidmenace3333
    @rigidmenace3333 4 года назад

    Hello to anyone here because of quarantine homework. 👋

  • @davidm3210
    @davidm3210 3 года назад

    He's not very convincing playing an unsmart guy - tuff luck, long hair. Nice video!

  • @oranharkin8855
    @oranharkin8855 5 лет назад +1

    I feel like I'm Bobby

    • @FlippingPhysics
      @FlippingPhysics  5 лет назад

      Thanks for the reminder. We all feel like Bobby sometimes. That is why he is there.