Introduction to Elastic Potential Energy with Examples

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  • čas přidán 7. 08. 2024
  • Looking for AP Physics 1 study guides, multiple choice problems, free response question solutions and a practice exam? www.ultimatereviewpacket.com/...
    Mr. Fullerton of APlusPhysics.com makes a guest appearance as a floating head to help us learn about Elastic Potential Energy. Several examples of objects which store elastic potential energy are shown and one example of stored elastic potential energy is calculated.
    Want Lecture Notes? www.flippingphysics.com/intro-...
    This is an AP Physics 1 topic.
    0:00 Defining Elastic Potential Energy
    1:38 The equation for Elastic Potential Energy
    2:08 Defining the Spring Constant
    3:27 Elastic Potential Energy stored in a rubber band (Mr. Fullerton’s entrance).
    3:39 Showing equilibrium position (or rest position).
    4:00 Determining the Spring Constant
    4:55 Solving for Elastic Potential Energy
    5:44 Solving for the units of Elastic Potential Energy
    6:29 Can Elastic Potential Energy be negative?
    Next Video: Introduction to Conservation of Mechanical Energy with Demonstrations
    www.flippingphysics.com/intro-...
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    - Mohammed A. Gomaa تمت ترجمة هذا الفيديو للغة العربية من قبل
    Previous Video: Introduction to Gravitational Potential Energy with Zero Line Examples
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Komentáře • 62

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    @wochh Před 4 lety +38

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    @joshuayoon1727 Před 7 lety +1

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  • @jacqueline.6445
    @jacqueline.6445 Před 3 lety

    ahhhh this video is sooo adorable and informative! thank you!!!

  • @Ren-gc3nq
    @Ren-gc3nq Před 6 lety +7

    thank you for making science so entertaining and comedic XD and thank you for this video, i was hoping to find elastic potential energy introduction thats easy to get bec. the others are quite complicated. Hope you make more videos! :)

    • @FlippingPhysics
      @FlippingPhysics  Před 6 lety

      You are welcome. I am glad you find them to be comedic. I do whatever I think will be amusing and am amazed that others find them to be so as well sometimes.

  • @calebmeeks442
    @calebmeeks442 Před 5 lety +3

    Love your videos big fan I depend on you to help me when I have no idea what's going on in my class

    • @FlippingPhysics
      @FlippingPhysics  Před 5 lety

      I am glad I am able to help you bridge the gap between your class and what you need to learn.

    • @FlippingPhysics
      @FlippingPhysics  Před 5 lety

      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!

  • @melz6954
    @melz6954 Před 4 lety +2

    these really help, thanks!

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    @Galaxya55user Před 4 lety +1

    Sir u r great!!!

  • @FlippingPhysics
    @FlippingPhysics  Před 7 lety +13

    It would be nice if the person who translated the subtitles for this video to Arabic could let me know who you are, please?

    • @OoMDIOoO
      @OoMDIOoO Před 7 lety +9

      Oh hey, that's me :D

    • @FlippingPhysics
      @FlippingPhysics  Před 7 lety +1

      Well, thank you very much! I have given you credit on my "translation" page: flippingphysics.com/translate.html
      If you are kind enough to take the time to translate any more subtitles of my videos to Arabic, please let me know.

    • @OoMDIOoO
      @OoMDIOoO Před 7 lety +1

      Flipping Physics Thanks, I'll probably translate more, it depends on time I have.

    • @FlippingPhysics
      @FlippingPhysics  Před 3 lety

      @AMAIRA VARUN SETH [Parel] Unfortunately, CZcams has discontinued the ability for people to add translations to videos. Sorry!

  • @ShayanErfanfar
    @ShayanErfanfar Před 5 lety +1

    Awesome channel, and even more awesome person!!!

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    @nikki1597 Před rokem +1

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  • @wailhm2112
    @wailhm2112 Před 5 lety +2

    Tnx man awsome learning method
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  • @nelex17
    @nelex17 Před 6 lety

    what about from -.5 back to 0? i did it, i cant remember how.

  • @user-zq3bq7jk3r
    @user-zq3bq7jk3r Před 6 měsíci

    Thanks bro

  • @chowzah287
    @chowzah287 Před 5 měsíci

    god i love these videos

  • @anilsharma-ev2my
    @anilsharma-ev2my Před 4 lety

    Use spring of ⏰ so we found the total energy storage in it and we use it in many ways like hydraulic and electricity to recharge our car battery 🔋
    And trimmer and so on

  • @carlosgabrielgerongco2990

    Where did you get the 241 ???

    • @FlippingPhysics
      @FlippingPhysics  Před 7 lety +1

      The spring constant, which is 241 N/m for this spring, is the slope of the force as a function of displacement from equilibrium position.

  • @angelcambarijan507
    @angelcambarijan507 Před 7 lety +2

    Is spring constant and force constant the same?

    • @FlippingPhysics
      @FlippingPhysics  Před 7 lety +1

      Yes, a spring constant is sometimes called a force constant.

    • @angelcambarijan507
      @angelcambarijan507 Před 7 lety +1

      Oh...! thanks! You really helped alot, gotta do a report about Elastic potential Energy!

    • @FlippingPhysics
      @FlippingPhysics  Před 7 lety +1

      You are welcome! I hope the report goes well.

  • @fredrickzoller5643
    @fredrickzoller5643 Před 6 lety +1

    Thanks for making these videos!

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    @danamoldovan9135 Před 4 lety +2

    "Bobby,Would you mind doing that for us?"
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  • @Shivhari_calisthenics

    Kinetic energy for a freely falling object
    When an object is positioned at a certain height, it must have a certain amount of potential energy.
    If this block is allowed to descend freely due to gravity's acceleration, the object's potential energy can be converted to kinetic energy.
    The mass of the object, its acceleration owing to gravity, and the height at which it is put determine the potential energy of the object.
    The kinetic energy of an object is determined by the mass of the thing and the velocity at which it is traveling.
    When an object falls from a certain height, the object's potential energy reduces but its kinetic energy increases.
    The complete potential energy of the object is transformed to kinetic energy at the moment it reaches the ground.
    When an object collides with the ground, its kinetic energy is transformed into heat and sound energy, which is why sound is produced when it falls to the earth.
    Hence, when an object falls freely, its potential energy gets converted into kinetic energy. When the object hits the ground, its kinetic energy gets converted into heat energy and sound energy.

  • @jay_ar2003
    @jay_ar2003 Před 4 lety

    JCM

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    @simmisharma9723 Před 5 lety +1

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    @thomasxiao1558 Před 3 lety +1

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    @pranit8437 Před 5 lety +1

    bruh just give the two dollars

  • @Unknown-xv5bi
    @Unknown-xv5bi Před 3 lety

    This is why I hate spring 😭

  • @PIXTO_
    @PIXTO_ Před 4 lety

    why is there pictures of girls on the board

    • @FlippingPhysics
      @FlippingPhysics  Před 4 lety

      This is my office. Those are my family pictures.

    • @PIXTO_
      @PIXTO_ Před 4 lety

      @@FlippingPhysics oh ok

  • @neirababovic227
    @neirababovic227 Před 7 lety +3

    Hahaha this is great

  • @meepilee7991
    @meepilee7991 Před 6 měsíci

    Heh. Pee. (Help)

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