Work Done By Gravity and Gravitational Potential Energy - Physics

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  • Опубликовано: 14 окт 2024
  • This physics video tutorial explains how to calculate the work done by gravity as well as the gravitational potential energy of an object.
    Work-Energy Formula Sheet: bit.ly/408Zp51
    ___________________________________
    Work, Energy, and Power - Mega Review:
    • Work, Energy, and Powe...
    Kinetic Energy and Potential Energy:
    • Kinetic Energy and Pot...
    Mechanical Energy:
    • Mechanical Energy - Ba...
    What Is The Difference - Work Vs Energy?
    • What Is The Difference...
    Work - Dot Product Formula:
    • Work Done By a Force -...
    Power - Dot Product Formula:
    • Dot Product Formula of...
    ___________________________________
    Work Done By Gravity:
    • Work Done By Gravity a...
    Elastic Potential Energy and Hooke's Law:
    • Hooke's Law and Elasti...
    Work Required To Compress a Spring:
    • How To Calculate The W...
    Conservation of Energy:
    • Conservation of Energy...
    Conservative & Nonconservative Forces:
    • Conservative & Noncons...
    Force and Potential Energy:
    • Potential Energy and C...
    ____________________________________
    Work Problems - Calculus:
    • Work Problems - Calculus
    Converting Heat Into Electricity:
    • Thermodynamics - Conve...
    Intro to Momentum:
    • Introduction to Moment...
    Full-Length Videos and Worksheets:
    / collections
    Physics PDF Worksheets:
    www.video-tuto...

Комментарии • 40

  • @TheOrganicChemistryTutor
    @TheOrganicChemistryTutor  Год назад

    Work-Energy Formula Sheet: bit.ly/408Zp51
    Physics PDF Worksheets: www.video-tutor.net/physics-basic-introduction.html
    Full-Length Videos & Exams: www.patreon.com/MathScienceTutor/collections
    Work, Energy, & Power Video: bit.ly/3GH1St6

    • @TurbidMidday41
      @TurbidMidday41 10 месяцев назад +1

      Please can you do a video on Principle of Virtual Work, i would be very grateful 😪

  • @GGGONEXT67
    @GGGONEXT67 Год назад +97

    I was a freshman back in 2018. Now im about to finish my masters degree and hold a high level position at a well known engineering company. It feels like a lifetime ago when i first stumbled across this channel in my intro to physics class. So much has come and gone since then. Friends, classmates staying up till 3 am before finals, college relationships and flames, TAs, professors, old bosses and coworkers. Many of those memories are nearly forgotten, archived in some deep vault in my mind waiting to be reactivated someday. But this channel.... i remember many specific videos vividly. When i was at my wits end you always had just the right way to explain things. From an old supporter, thank you for everything my friend.

    • @Ibn267
      @Ibn267 Год назад +11

      This making me tear

    • @aayaanfarooq9427
      @aayaanfarooq9427 8 месяцев назад +1

      What company?

    • @Sdgutfbb34566
      @Sdgutfbb34566 6 месяцев назад +1

      Because you studied I watched this video much before but still I am unemployed studing these topics back as these are asked in the exams.😂😂

  • @svtxtarchives
    @svtxtarchives Год назад +23

    Hi! It's the celebration of teacher's day and I just wanted to greet you a Happy Teacher's Day. You're not really my teacher in real life, but I've learned a lot because of your videos. I really appreciate all the work you've done in providing us clear lessons.
    Thank you so much!

  • @fun_g
    @fun_g Год назад +15

    Can't miss a physics video absolute p e r f e c t i o n

  • @dahblesscomedy2996
    @dahblesscomedy2996 Год назад +12

    After learning this my teacher will feel he’s the one who thought me it

    • @FYP_010
      @FYP_010 Год назад +2

      Bro your grammar sounds like you ain't tryna learn anything in school..

  • @tshepisomotsoko3151
    @tshepisomotsoko3151 Год назад +3

    woah, this droppped just when I need it for my classical mechanics test. Life saver :O

  • @deeprest9284
    @deeprest9284 Год назад +4

    Happy teachers day my beloved Sensei 🎉🎉🎉🎉

  • @Theone-v5j
    @Theone-v5j Год назад +3

    Sir can you kindly do a full mole concept video🤲🤲🤲

  • @SgMaxii
    @SgMaxii 6 месяцев назад

    How is it possible that his videos from 6.7 years ago have better sound that the new ones! haha

  • @mercyphiri2078
    @mercyphiri2078 Год назад

    Happy teachers day to the best teacher that I know 🎉

  • @VictoriaSarfo-tl9zz
    @VictoriaSarfo-tl9zz Год назад +1

    Please SNR can you do a tutorial on binomial theorem for positive integral index

  • @markbanda9985
    @markbanda9985 Год назад +1

    Happy teachers day, my GOAT

  • @AkoRandy-pd2hr
    @AkoRandy-pd2hr Год назад +1

    Wow thank you sir😄😀😃

  • @I_gayming
    @I_gayming 6 месяцев назад

    imformative and easy to understand 👍

  • @noelanicolecelajes8970
    @noelanicolecelajes8970 9 дней назад

    Happy teachers day!!!!

  • @ChiragSonne
    @ChiragSonne Год назад

    Is Physics will be covered in GED? @The Organic Chemistry Tutor

  • @Gamingguru-gv1gk
    @Gamingguru-gv1gk 11 месяцев назад +2

    I found it by doing 5×9.8×15 but even the sign matters a lot 😅

  • @joraa
    @joraa 11 месяцев назад

    my lifesaver fr

  • @_lizaribd
    @_lizaribd Год назад

    happy teacher's day !

  • @cappmasters7253
    @cappmasters7253 4 месяца назад

    sir i am lost why you assume that gravity is still uniform while your object are above the earth is surface

  • @kundangosa6855
    @kundangosa6855 Год назад

    happy teachers day

  • @Jmmm19
    @Jmmm19 7 месяцев назад

    Can you explain the negative sign?

    • @sofiab5030
      @sofiab5030 7 месяцев назад

      If you’re talking about the first question: the force of gravity is downwards, but we are moving the book from 10m to 25m so we are moving it up, in the opposite direction to gravity. This is why it becomes a negative. Also he explains at around 3:10 that if the Force and Displacement are in different directions then we get negative work done. Hope that helps

    • @aku7598
      @aku7598 5 месяцев назад

      Using definite integral to find total work done proportional 1/r^2, we get result proportional to negative 1/r. Thus at infinity, U=0.

  • @yanxirayleigh7618
    @yanxirayleigh7618 11 месяцев назад

    Exam sa major subject namin bukas yw oi naunsa namn ni

  • @thatomofolo452
    @thatomofolo452 Год назад +1

    😃

  • @Black_heartttttt
    @Black_heartttttt 4 месяца назад

    Im Here On 24/5/2024 For Memories , What About You ?💥

  • @dan20g
    @dan20g Год назад +4

    this is not an exaggeration in the slightest but to me you are jesus

  • @FrancisMahinay-dw4fb
    @FrancisMahinay-dw4fb 10 месяцев назад

    aucona😔

  • @BenDover-vq9pu
    @BenDover-vq9pu Год назад +1

    Goat 🐐